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README  (24 Jan 2014; 1.70)
---------------------------

gunzip leptonica-1.70.tar.gz
tar -xvf leptonica-1.70.tar

Building leptonica
I/O libraries leptonica is dependent on
Developing with leptonica
What's in leptonica?

Building leptonica 

1. Top view

  This tar includes:
    (1) src: library source and function prototypes for building liblept
    (2) prog: source for regression test, usage example programs, and
        sample images
  for building on these platforms:
     -  Linux on x86 (i386) and AMD 64 (x64)
     -  OSX (both powerPC and x86).
     -  Cygwin, msys and mingw on x86
  It should compile properly with any version of gcc from 2.95.3 onward.
  There is an additional zip file for building with MS Visual Studio.

  Libraries, executables and prototypes are easily made, as described below.

  When you extract from the archive, all files are put in a
  subdirectory 'leptonica-1.70'.  In that directory you will
  find a src directory containing the source files for the library,
  and a prog directory containing source files for various
  testing and example programs.

2. Building on Linux/Unix/MacOS

  There are two ways to build the library:

    (1) By customization:  Use the existing static makefile,
        src/makefile.static and customize the build by setting flags
        in src/environ.h.  See src/environ.h and src/makefile for details.
        Note: if you are going to develop with leptonica, I encourage
        you to use the static makefiles.

    (2) Using autoconf.  Run ./configure in this directory to
        build Makefiles here and in src.  Autoconf handles the
        following automatically:
            * architecture endianness
            * enabling Leptonica I/O image read/write functions that
              depend on external libraries (if the libraries exist)
            * enabling functions for redirecting formatted image stream
              I/O to memory (on linux only)
        After running ./configure: make; make install.  There's also
        a 'make check' for testing.

  In more detail:

    (1) Customization using the static makefiles:

       * FIRST THING: Run make-for-local.  This simply renames
               src/makefile.static  -->  src/makefile
               prog/makefile.static -->  prog/makefile
         [Note: the autoconf build will not work if you have any files
          named "makefile" in src or prog.  If you've already run
          make-for-local and renamed the static makefiles, and you then
          want to build with autoconf, run make-for-auto to rename them
          back to makefile.static.]

       * You can customize for:
         (a) Including Leptonica I/O functions that depend on external
             libraries [use flags in src/environ.h]
         (b) Adding functions for redirecting formatted image stream
             I/O to memory [use flag in src/environ.h]
         (c) Specifying the location of the object code.  By default it
             goes into a tree whose root is also the parent of the src
             and prog directories.  This can be changed using the
             ROOT_DIR variable in makefile.

       * Build the library:
         - To make an optimized version of the library (in src):
               make
         - To make a debug version of the library (in src):
               make DEBUG=yes debug
         - To make a shared library version (in src):
               make SHARED=yes shared
         - To make the prototype extraction program (in src):
               make   (to make the library first)
               make xtractprotos

       * To use shared libraries, you need to include the location of
         the shared libraries in your LD_LIBRARY_PATH.

       * To make the programs in the prog directory, first make liblept
         in src, and then do 'make' in the prog directory.

       VERY IMPORTANT: the 240+ programs in the prog directory are
       an integral part of this package.  These can be divided into
       three types:
         (1) Programs that are used as regression tests.  The most
             important of these are named *_reg, and about 60 of them
             are invoked together (alltests_reg).  These have been
             standardized and are relatively easy to write.  See
             regutils.h for details.
         (2) Programs that were used to test library functions or
             auto-generate library code.  These are useful for testing
             the behavior of small sets of functions, and for
             providing example code.
         (3) Programs that are useful applications for running on the
             command line.  They can be installed from autoconf builds
             using 'make install'.  Examples of these are the PostScript
             and pdf conversion programs: converttopdf, converttops,
             convertfilestopdf, convertfilestops, convertsegfilestopdf,
             convertsegfilestops, printimage and printsplitimage.

    (2) Building using autoconf  (Thanks to James Le Cuirot)

       Use the standard incantation, in the root directory (the
       directory with configure):
          ./configure    [build the Makefile]
          make   [builds the library and shared library versions of
                  all the progs]
          make install  [as root; this puts liblept.a into /usr/local/lib/
                         and 13 of the the progs into /usr/local/bin/ ]
          make [-j4] check  [runs the alltests_reg set of regression tests.
                             This works even if you build in a different
                             place from the distribution.]

       Configure also supports building in a separate directory from the
       source.  Run "/(path-to)/leptonica-1.70/configure" and then "make"
       from the desired build directory.

       Configure has a number of useful options; run "configure --help" for
       details.  If you're not planning to modify the library, adding the
       "--disable-dependency-tracking" option will speed up the build.  By
       default, both static and shared versions of the library are built.  Add
       the "--disable-shared" or "--disable-static" option if one or the other
       isn't needed.  To skip building the programs, use "--disable-programs".

       By default, the library is built with debugging symbols.  If you do not
       want these, use "CFLAGS=-O2 ./configure" to eliminate symbols for
       subsequent compilations, or "make CFLAGS=-O2" to override for this
       compilation only.  Another option is to use the 'install-strip' target
       (i.e., "make install-strip") to remove the debugging symbols when
       the library is installed.

       Finally, if you find that the installed programs are unable to link
       at runtime to the installed library, which is in /usr/local/lib,
       try to run configure in this way:
           LDFLAGS="-Wl,-rpath -Wl,/usr/local/lib" ./configure
       which causes the compiler to pass those options through to the linker.

       For the debian distribution, out of all the programs in the prog
       directory, we only build a small subset of general purpose
       utility programs.  This subset is the same set of programs that
       'make install' puts into /usr/local/bin.  It has no dependency on
       the image files that are bundled in the prog directory for testing.

    (3) Cross-compiling for windows

       You can use src/makefile.mingw for cross-compiling in linux.


3. Building on Windows

   (a) Building with Visual Studio

       Tom Powers has provided a set of developer notes and project files
       for building the library and applications under windows with VC++ 2008:

http:///www.leptonica.org/vs2008doc/index.html
http:///www.leptonica.org/download.html#VS2008 


       He has also supplied a zip file that contains the entire 'lib'
       and 'include' directories needed to build Windows-based programs
       using static or dynamic versions of the leptonica library
       (including static library versions of zlib, libpng, libjpeg,
       libtiff, and giflib).

leptonica-1.68-win32-lib-include-dirs.zip 


       You can download Tom's vs2008 package either from the download
       page or from code.google.com/p/leptonica.

   (b) Building for mingw with MSYS
       (Thanks to David Bryan)

       MSYS is a Unix-compatible build environment for the mingw compiler.
       Installing the "MinGW Compiler Suite C Compiler" and the "MSYS Basic
       System" will allow building the library with autoconf as in (2) above.
       It will also allow building with the static makefile as in (1) above if
       this option is added to the make command:

         CC="gcc -D_BSD_SOURCE -DANSI"

       Only the static library may be built this way; the autoconf method must
       be used if a shared (DLL) library is desired.

       External image libraries (see below) must be downloaded separately,
       built, and installed before building the library.  Pre-built libraries
       are available from the GnuWin project.

   (c) Building for Cygwin
       (Thanks to David Bryan)

       Cygwin is a Unix-compatible build and runtime environment.  Installing
       the "Base", "Devel", and "Graphics" packages will allow building the
       library with autoconf as in (2) above.  If the graphics libraries are
       not present in the /lib, /usr/lib, or /usr/local/lib directories, you
       must run make with the "LDFLAGS=-L/(path-to-image)/lib" option.  It
       will also allow building with the static makefile as in (1) above if
       this option is added to the make command:

         CC="gcc -ansi -D_BSD_SOURCE -DANSI"

       Only the static library may be built this way; the autoconf method must
       be used if a shared (DLL) library is desired.

I/O libraries leptonica is dependent on 

   Leptonica is configured to handle image I/O using these external
   libraries: libjpeg, libtiff, libpng, libz, libgif, libwebp

   These libraries are easy to obtain.  For example, using the
   debian package manager:
       sudo apt-get install 
   where  = {libpng12-dev, libjpeg62-dev, libtiff4-dev}.

   Leptonica also allows image I/O with bmp and pnm formats, for which
   we provide the serializers (encoders and decoders).  It also
   gives output drivers for wrapping images in PostScript and PDF, which
   in turn use tiffg4, jpeg and png encoding.  Wrapping of jpeg2000
   images in PDF is also implemented.

   There is a programmatic interface to gnuplot.  To use it, you
   need only the gnuplot executable (suggest version 3.7.2 or later);
   the gnuplot library is not required.

   If you build with automake, libraries on your system will be
   automatically found and used.

   The rest of this section is for building with the static makefiles.
   The entries in environ.h specify which of these libraries to use.
   The default is to link to these four libraries:
      libjpeg.a  (standard jfif jpeg library, version 6b or 7, 8 or 9))
      libtiff.a  (standard Leffler tiff library, version 3.7.4 or later;
      libpng.a   (standard png library, suggest version 1.4.0 or later)
      libz.a     (standard gzip library, suggest version 1.2.3)
                  current non-beta version is 3.8.2)

   These libraries (and their shared versions) should be in /usr/lib.
   (If they're not, you can change the LDFLAGS variable in the makefile.)
   Additionally, for compilation, the following header files are
   assumed to be in /usr/include:
      jpeg:  jconfig.h
      png:   png.h, pngconf.h
      tiff:  tiff.h, tiffio.h

   If for some reason you do not want to link to specific libraries,
   even if you have them, stub files are included for the nine
   different output formats:
        bmp, jpeg, png, pnm, ps, pdf, tiff, gif and webp.
   For example, if you don't want to include the tiff library,
   in environ.h set:
       #define  HAVE_LIBTIFF   0
   and the stubs will be linked in.

   To read and write webp files:
      (1) Download libwebp from sourceforge
      (2) #define HAVE_LIBWEBP   1  (in environ.h)
      (3) In prog/makefile, edit ALL_LIBS to include -lwebp

   To read and write gif files:
      (1) Download version giflib-5.0.X from souceforge
      (2) #define  HAVE_LIBGIF   1  (in environ.h)
      (3) In prog/makefile, edit ALL_LIBS to include -lgif
      (4) If the library is installed into /usr/local/lib, you may need
          to add that directory to LDFLAGS; or, equivalently, add
          that path to the LD_LIBRARY_PATH environment variable.
      (5) Note: do not use giflib-4.1.4: binary comp and decomp
          don't pack the pixel data and are ridiculously slow.

Developing with leptonica 

You are encouraged to use the static makefiles if you are developing
applications using leptonica.  The following instructions assume
that you are using the static makefiles and customizing environ.h.

1. Automatic generation of prototypes

   The prototypes are automatically generated by the program xtractprotos.
   They can either be put in-line into allheaders.h, or they can be
   written to a file leptprotos.h, which is #included in allheaders.h.
   Note: (1) We supply the former version of allheaders.h.
         (2) all .c files simply include allheaders.h.

   First, make xtractprotos:
       make xtractprotos

   Then to generate the prototypes and make allheaders.h, do one of
   these two things:
       make allheaders  [puts everything into allheaders.h]
       make allprotos   [generates a file leptprotos.h containing the
                         function prototypes, and includes it in allheaders.h]

   Things to note about xtractprotos, assuming that you are developing
   in Leptonica and need to regenerate the prototypes in allheaders.h:

     (1) xtractprotos is part of Leptonica.  You can 'make' it in either
         src or prog (see the makefile).
     (2) You can output the prototypes for any C file to stdout by running:
             xtractprotos      or
             xtractprotos -prestring=[string] 
     (3) The source for xtractprotos has been packaged up into a tar
         containing just the Leptonica files necessary for building it
         in linux.  The tar file is available at:
             www.leptonica.com/source/xtractlib-1.5.tar.gz

2. GNU runtime functions for stream redirection to memory

   There are two non-standard gnu functions, fmemopen() and open_memstream(),
   that only work on linux and conveniently allow memory I/O with a file
   stream interface.  This is convenient for compressing and decompressing
   image data to memory rather than to file.  Stubs are provided
   for all these I/O functions.  Default is not to enable them, in
   deference to the OSX developers, who don't have these functions
   available.  To enable, #define HAVE_FMEMOPEN  1  (in environ.h).
   If it is not enabled, raster to compressed data in memory is
   accomplished through a temporary file.
   See 9 for more details on image I/O formats.

   If you're building with the autoconf programs, these two functions are
   automatically enabled if available.

3. Typedefs

   A deficiency of C is that no standard has been universally
   adopted for typedefs of the built-in types.  As a result,
   typedef conflicts are common, and cause no end of havoc when
   you try to link different libraries.  If you're lucky, you
   can find an order in which the libraries can be linked
   to avoid these conflicts, but the state of affairs is aggravating.

   The most common typedefs use lower case variables: uint8, int8, ...
   The png library avoids typedef conflicts by altruistically
   appending "png_" to the type names.  Following that approach,
   Leptonica appends "l_" to the type name.  This should avoid
   just about all conflicts.  In the highly unlikely event that it doesn't,
   here's a simple way to change the type declarations throughout
   the Leptonica code:
    (1) customize a file "converttypes.sed" with the following lines:
        /l_uint8/s//YOUR_UINT8_NAME/g
        /l_int8/s//YOUR_INT8_NAME/g
        /l_uint16/s//YOUR_UINT16_NAME/g
        /l_int16/s//YOUR_INT16_NAME/g
        /l_uint32/s//YOUR_UINT32_NAME/g
        /l_int32/s//YOUR_INT32_NAME/g
        /l_float32/s//YOUR_FLOAT32_NAME/g
        /l_float64/s//YOUR_FLOAT64_NAME/g
    (2) in the src and prog directories:
       - if you have a version of sed that does in-place conversion:
            sed -i -f converttypes.sed *
       - else, do something like (in csh)
           foreach file (*)
           sed -f converttypes.sed $file > tempdir/$file
           end

   If you are using Leptonica with a large code base that typedefs the
   built-in types differently from Leptonica, just edit the typedefs
   in environ.h.  This should have no side-effects with other libraries,
   and no issues should arise with the location in which liblept is
   included.

   For compatibility with 64 bit hardware and compilers, where
   necessary we use the typedefs in stdint.h to specify the pointer
   size (either 4 or 8 byte).

4. Compile-time control over stderr output (see environ.h)

   Leptonica provides both compile-time and run-time control over
   messages and debug output (thanks to Dave Bryan).  Both compile-time
   and run-time severity thresholds can be set.  The run-time threshold
   can also be set by an environmental variable.  Messages are
   vararg-formatted and of 3 types: error, warning, informational.
   These are all macros, and can be further suppressed when
   NO_CONSOLE_IO is defined on the compile line.  For production code
   where no output is to go to stderr, compile with -DNO_CONSOLE_IO.

5. In-memory raster format (Pix)

   Unlike many other open source packages, Leptonica uses packed
   data for images with all bit/pixel (bpp) depths, allowing us
   to process pixels in parallel.  For example, rasterops works
   on all depths with 32-bit parallel operations throughout.
   Leptonica is also explicitly configured to work on both little-endian
   and big-endian hardware.  RGB image pixels are always stored
   in 32-bit words, and a few special functions are provided for
   scaling and rotation of RGB images that have been optimized by
   making explicit assumptions about the location of the R, G and B
   components in the 32-bit pixel.  In such cases, the restriction
   is documented in the function header.  The in-memory data structure
   used throughout Leptonica to hold the packed data is a Pix,
   which is defined and documented in pix.h.  The alpha component
   in RGB images is significantly better supported, starting in 1.70.

   Additionally, a FPix is provided for handling 2D arrays of floats,
   and a DPix is provided for 2D arrays of doubles.  Converters
   between these and the Pix are given.

6. Conversion between Pix and other in-memory raster formats

 . If you use Leptonica with other imaging libraries, you will need
   functions to convert between the Pix and other image data
   structures.  To make a Pix from other image data structures, you
   will need to understand pixel packing, pixel padding, component
   ordering and byte ordering on raster lines.  See the file pix.h
   for the specification of image data in the pix.

7. Custom memory management

   Leptonica allows you to use custom memory management (allocator,
   deallocator).  For Pix, which tend to be large, the alloc/dealloc
   functions can be set programmatically.  For all other structs and arrays,
   the allocators are specified in environ.h.  Default functions
   are malloc and free.  We have also provided a sample custom
   allocator/deallocator for Pix, in pixalloc.c.

What's in leptonica? 

1. Rasterops

   This is a source for a clean, fast implementation of rasterops.
   You can find details starting at the Leptonica home page,
   and also by looking directly at the source code.
   The low-level code is in roplow.c and ropiplow.c, and an
   interface is given in rop.c to the simple Pix image data structure.

2. Binary morphology

   This is a source for efficient implementations of binary morphology
   Details are found starting at the Leptonica home page, and by reading
   the source code.

   Binary morphology is implemented two ways:

     (a) Successive full image rasterops for arbitrary
         structuring elements (Sels)

     (b) Destination word accumulation (dwa) for specific Sels.
         This code is automatically generated.  See, for example,
         the code in fmorphgen.1.c and fmorphgenlow.1.c.
         These files were generated by running the program
         prog/fmorphautogen.c. Results can be checked by comparing dwa
         and full image rasterops; e.g., prog/fmorphauto_reg.c.

   Method (b) is considerably faster than (a), which is the
   reason we've gone to the effort of supporting the use
   of this method for all Sels.  We also support two different
   boundary conditions for erosion.

   Similarly, dwa code for the general hit-miss transform can
   be auto-generated from an array of hit-miss Sels.
   When prog/fhmtautogen.c is compiled and run, it generates
   the dwa C code in fhmtgen.1.c and fhmtgenlow.1.c.  These
   files can then be compiled into the libraries or into other programs.
   Results can be checked by comparing dwa and rasterop results;
   e.g., prog/fhmtauto_reg.c

   Several functions with simple parsers are provided to execute a
   sequence of morphological operations (plus binary rank reduction
   and replicative expansion).  See morphseq.c.

   The structuring element is represented by a simple Sel data structure
   defined in morph.h.  We provide (at least) seven ways to generate
   Sels in sel1.c, and several simple methods to generate hit-miss
   Sels for pattern finding in selgen.c.

   In use, the most common morphological Sels are separable bricks,
   of dimension n x m (where either n or m, but not both, is commonly 1).
   Accordingly, we provide separable morphological operations on brick
   Sels, using for binary both rasterops and dwa.  Parsers are provided
   for a sequence of separable binary (rasterop and dwa) and grayscale
   brick morphological operations, in morphseq.c.  The main
   advantage in using the parsers is that you don't have to create
   and destroy Sels, or do any of the intermediate image bookkeeping.

   We also give composable separable brick functions for binary images,
   for both rasterop and dwa.  These decompose each of the linear
   operations into a sequence of two operations at different scales,
   reducing the operation count to a sum of decomposition factors,
   rather than the (un-decomposed) product of factors.
   As always, parsers are provided for a sequence of such operations.

3. Grayscale morphology and rank order filters

   We give an efficient implementation of grayscale morphology for brick
   Sels.  See the Leptonica home page and the source code.

   Brick Sels are separable into linear horizontal and vertical elements.
   We use the van Herk/Gil-Werman algorithm, that performs the calculations
   in a time that is independent of the size of the Sels.  Implementations
   of tophat and hdome are also given.  The low-level code is in graymorphlow.c.

   We also provide grayscale rank order filters for brick filters.
   The rank order filter is a generalization of grayscale morphology,
   that selects the rank-valued pixel (rather than the min or max).
   A color rank order filter applies the grayscale rank operation
   independently to each of the (r,g,b) components.

4. Image scaling

   Leptonica provides many simple and relatively efficient
   implementations of image scaling.  Some of them are listed here;
   for the full set see the web page and the source code.

   Grayscale and color images are scaled using:
      - sampling
      - lowpass filtering followed by sampling,
      - area mapping
      -  linear interpolation

   Scaling operations with antialiased sampling, area mapping,
   and linear interpolation are limited to 2, 4 and 8 bpp gray,
   24 bpp full RGB color, and 2, 4 and 8 bpp colormapped
   (bpp == bits/pixel).  Scaling operations with simple sampling
   can be done at 1, 2, 4, 8, 16 and 32 bpp.  Linear interpolation
   is slower but gives better results, especially for upsampling.
   For moderate downsampling, best results are obtained with area
   mapping scaling.  With very high downsampling, either area mapping
   or antialias sampling (lowpass filter followed by sampling) give
   good results.  Fast area map with power-of-2 reduction are also
   provided.  Optional sharpening after resampling is provided to
   improve appearance by reducing the visual effect of averaging
   across sharp boundaries.

   For fast analysis of grayscale and color images, it is useful to
   have integer subsampling combined with pixel depth reduction.
   RGB color images can thus be converted to low-resolution
   grayscale and binary images.

   For binary scaling, the dest pixel can be selected from the
   closest corresponding source pixel.  For the special case of
   power-of-2 binary reduction, low-pass rank-order filtering can be
   done in advance.  Isotropic integer expansion is done by pixel replication.

   We also provide 2x, 3x, 4x, 6x, 8x, and 16x scale-to-gray reduction
   on binary images, to produce high quality reduced grayscale images.
   These are integrated into a scale-to-gray function with arbitrary
   reduction.

   Conversely, we have special 2x and 4x scale-to-binary expansion
   on grayscale images, using linear interpolation on grayscale
   raster line buffers followed by either thresholding or dithering.

   There are also image depth converters that don't have scaling,
   such as unpacking operations from 1 bpp to grayscale, and
   thresholding and dithering operations from grayscale to 1, 2 and 4 bpp.

5. Image shear and rotation (and affine, projective, ...)

   Image shear is implemented with both rasterops and linear interpolation.
   The rasterop implementation is faster and has no constraints on image
   depth.  We provide horizontal and vertical shearing about an
   arbitrary point (really, a line), both in-place and from source to dest.
   The interpolated shear is used on 8 bpp and 32 bpp images, and
   gives a smoother result.  Shear is used for the fastest implementations
   of rotation.

   There are three different types of general image rotators:

     a.  Grayscale rotation using area mapping
         - pixRotateAM() for 8 bit gray and 24 bit color, about center
         - pixRotateAMCorner() for 8 bit gray, about image UL corner
         - pixRotateAMColorFast() for faster 24 bit color, about center

     b.  Rotation of an image of arbitrary bit depth, using
         either 2 or 3 shears.  These rotations can be done
         about an arbitrary point, and they can be either
         from source to dest or in-place; e.g.
         - pixRotateShear()
         - pixRotateShearIP()

     c.  Rotation by sampling.  This can be used on images of arbitrary
         depth, and done about an arbitrary point.  Colormaps are retained.

   The area mapping rotations are slower and more accurate,
   because each new pixel is composed using an average of four
   neighboring pixels in the original image; this is sometimes
   also called "antialiasing".  Very fast color area mapping
   rotation is provided.  The low-level code is in rotateamlow.c.

   The shear rotations are much faster, and work on images
   of arbitrary pixel depth, but they just move pixels
   around without doing any averaging.  The pixRotateShearIP()
   operates on the image in-place.

   We also provide orthogonal rotators (90, 180, 270 degree; left-right
   flip and top-bottom flip) for arbitrary image depth.
   And we provide implementations of affine, projective and bilinear
   transforms, with both sampling (for speed) and interpolation
   (for antialiasing).

6. Sequential algorithms

   We provide a number of fast sequential algorithms, including
   binary and grayscale seedfill, and the distance function for
   a binary image.  The most efficient binary seedfill is
   pixSeedfill(), which uses Luc Vincent's algorithm to iterate
   raster- and antiraster-ordered propagation, and can be used
   for either 4- or 8-connected fills.  Similar raster/antiraster
   sequential algorithms are used to generate a distance map from
   a binary image, and for grayscale seedfill.  We also use Heckbert's
   stack-based filling algorithm for identifying 4- and 8-connected
   components in a binary image.  A fast implementation of the
   watershed transform, using a priority queue, is included.

7. Image enhancement

   A few simple image enhancement routines for grayscale and
   color images have been provided.  These include intensity mapping
   with gamma correction and contrast enhancement, as well as edge
   sharpening, smoothing, and hue and saturation modification.

8. Convolution and cousins

   A number of standard image processing operations are also
   included, such as block convolution, binary block rank filtering,
   grayscale and rgb rank order filtering, and edge and local
   minimum/maximum extraction.   Generic convolution is included,
   for both separable and non-separable kernels, using float arrays
   in the Pix.  Two implementations are included for grayscale and
   color bilateral filtering: a straightforward (slow) one, and a
   fast, approximate, separable one.

9. Image I/O

   Some facilities have been provided for image input and output.
   This is of course required to build executables that handle images,
   and many examples of such programs, most of which are for
   testing, can be built in the prog directory.  Functions have been
   provided to allow reading and writing of files in JPEG, PNG,
   TIFF, BMP, PNM ,GIF and WEBPformats.  These formats were chosen
   for the following reasons:

    - JFIF JPEG is the standard method for lossy compression
      of grayscale and color images.  It is supported natively
      in all browsers, and uses a good open source compression
      library.  Decompression is supported by the rasterizers
      in PS and PDF, for level 2 and above.  It has a progressive
      mode that compresses about 10% better than standard, but
      is considerably slower to decompress.  See jpegio.c.

    - PNG is the standard method for lossless compression
      of binary, grayscale and color images.  It is supported
      natively in all browsers, and uses a good open source
      compression library (zlib).  It is superior in almost every
      respect to GIF (which, until recently, contained proprietary
      LZW compression).  See pngio.c.

    - TIFF is a common interchange format, which supports different
      depths, colormaps, etc., and also has a relatively good and
      widely used binary compression format (CCITT Group 4).
      Decompression of G4 is supported by rasterizers in PS and PDF,
      level 2 and above.  G4 compresses better than PNG for most
      text and line art images, but it does quite poorly for halftones.
      It has good and stable support by Leffler's open source library,
      which is clean and small.  Tiff also supports multipage
      images through a directory structure.  See tiffio.c

    - BMP has (until recently) had no compression.  It is a simple
      format with colormaps that requires no external libraries.
      It is commonly used because it is a Microsoft standard,
      but has little besides simplicity to recommend it.  See bmpio.c.

    - PNM is a very simple, old format that still has surprisingly
      wide use in the image processing community.  It does not
      support compression or colormaps, but it does support binary,
      grayscale and rgb images.  Like BMP, the implementation
      is simple and requires no external libraries.  See pnmio.c.

    - WEBP is a new wavelet encoding method derived from libvpx,
      a video compression library.  It is rapidly growing in acceptance,
      and is supported natively in several browsers (as of Dec 2013).
      Leptonica provides an interface through webp into the underlying
      codec.  You need to download libwebp.

    - GIF is still widely used in the world.  With the expiration
      of the LZW patent, it is practical to add support for GIF files.
      The open source gif library is relatively incomplete and
      unsupported (because of the Sperry-Rand-Burroughs-Univac
      patent history).   See gifio.c.

   Here's a summary of compression support and limitations:
      - All formats except JPEG support 1 bpp binary.
      - All formats support 8 bpp grayscale (GIF must have a colormap).
      - All formats except GIF support 24 bpp rgb color.
      - All formats except PNM support 8 bpp colormap.
      - PNG and PNM support 2 and 4 bpp images.
      - PNG supports 2 and 4 bpp colormap, and 16 bpp without colormap.
      - PNG, JPEG, TIFF and GIF support image compression; PNM and BMP do not.
      - WEBP supports 24 bpp rgb color.
   Use prog/ioformats_reg for a regression test on all but GIF and WEBP.
   Use prog/gifio_reg for testing GIF.

   We provide generators for PS output, from all types of input images.
   The output can be either uncompressed or compressed with level 2
   (ccittg4 or dct) or level 3 (flate) encoding.  You have flexibility
   for scaling and placing of images, and for printing at different
   resolutions.  You can also compose mixed raster (text, image) PS.
   See psio1.c for examples of how to output PS for different applications.
   As examples of usage, see:
     * prog/converttops.c for a general image --> PS conversion
           for printing.  You can specify compression level (1, 2, or 3).
     * prog/convertfilestops.c to generate a multipage level 3 compressed
           PS file that can then be converted to pdf with ps2pdf.
     * prog/convertsegfilestops.c to generate a multipage, mixed raster,
           level 2 compressed PS file.

   We provide generators for PDF output, again from all types of input
   images, and with ccittg4, dct, flate and jpx (jpeg2000) compression.
   You can do the following for PDF:
     * Put any number of images onto a page, with specified input
       resolution, location and compression.
     * Write a mixed raster PDF, given an input image and a segmentation
       mask.  Non-image regions are written in G4 (fax) encoding.
     * Concatenate single-page PDF wrapped images into a single PDF file.
     * Build a PDF file of all images in a directory or array of file names.

   Note: any or all of these I/O library calls can be stubbed out at
         compile time, using the environment variables in environ.h.

   For all formatted reads and writes, we support read from memory
   and write to memory.  (We cheat with gif, using a file intermediary.)
   For all formats except for TIFF, these memory I/O functions
   are supported through open_memstream() and fmemopen(),
   which only is available with the gnu C runtime library (glibc).
   Therefore, except for TIFF, you will not be able to do memory
   supported read/writes on these platforms:
       OSX, Windows, Solaris
   By default, these non-POSIX functions are disabled.  To enable memory
   I/O for image formatted read/writes, see environ.h.


10. Colormap removal and color quantization

   Leptonica provides functions that remove colormaps, for conversion
   to either 8 bpp gray or 24 bpp RGB.  It also provides the inverse
   function to colormap removal; namely, color quantization
   from 24 bpp full color to 8 bpp colormap with some number
   of colormap colors.  Several versions are provided, some that
   use a fast octree vector quantizer and others that use
   a variation of the median cut quantizer.  For high-level interfaces,
   see for example: pixConvertRGBToColormap(), pixOctreeColorQuant(),
   pixOctreeQuantByPopulation(), pixFixedOctcubeQuant256(),
   and pixMedianCutQuant().

11. Programmatic image display

   For debugging, several pixDisplay* functions in writefile.c are given.
   Two (pixDisplay and pixDisplayWithTitle) can be called to display
   an image using one of several display programs (xv, xli, xzgv, l_view).
   If necessary to fit on the screen, the image is reduced in size,
   with 1 bpp images being converted to grayscale for readability.
   (This is much better than letting xv do the reduction).
   Another function, pixDisplayWrite(), writes images to disk under
   control of a reduction/disable flag, which then allows
   either viewing with pixDisplayMultiple(), or the generation
   of a composite image using, for example, pixaDisplayTiledAndScaled().
   These files can also be gathered up into a compressed PostScript file,
   using prog/convertfilestops, and viewed with evince, or converted
   to pdf.  Common image display programs are: xv, xli, xzgv, display,
   gthumb, gqview, evince, gv and acroread.  Finally, a set of
   images can be saved into a pixa (array of pix), specifying the
   eventual layout into a single pix, using pixaSaveTiled*().

12. Document image analysis

   Many functions have been included specifically to help with
   document image analysis.  These include skew and text orientation
   detection; page segmentation; baseline finding for text;
   unsupervised classification of connected components, characters
   and words; dewarping camera images; adaptive binarization; and
   a simple book-adaptive classifier for various character sets,
   segmentation for newspaper articles, etc.

13. Data structures

   Simple data structures are provided for safe and efficient handling
   of arrays of numbers, strings, pointers, and bytes.  The generic
   pointer array is implemented in four ways: as a stack, a queue,
   a heap (used to implement a priority queue), and an array with
   insertion and deletion, from which the stack operations form a subset.
   Byte arrays are implemented both as a wrapper around the actual
   array and as a queue.  The string arrays are particularly useful
   for both parsing and composing text.  Generic lists with
   doubly-linked cons cells are also provided.

14. Examples of programs that are easily built using the library:

    - for plotting x-y data, we give a programmatic interface
      to the gnuplot program, with output to X11, png, ps or eps.
      We also allow serialization of the plot data, in a form
      such that the data can be read, the commands generated,
      and (finally) the plot constructed by running gnuplot.

    - a simple jbig2-type classifier, using various distance
      metrics between image components (correlation, rank
      hausdorff); see prog/jbcorrelation.c, prog/jbrankhaus.c.

    - a simple color segmenter, giving a smoothed image
      with a small number of the most significant colors.

    - a program for converting all images in a directory
      to a PostScript file, and a program for printing an image
      in any (supported) format to a PostScript printer.

    - various programs for generating pdf files from compressed
      images, including very fast ones that don't scale and
      avoid transcoding if possible.

    - converters between binary images and SVG format.

    - an adaptive recognition utility for training and identifying
      text characters in a multipage document such as a book.

    - a bitmap font facility that allows painting text onto
      images.  We currently support one font in several sizes.
      The font images and postscript programs for generating
      them are stored in prog/fonts/.

    - a binary maze game lets you generate mazes and find shortest
      paths between two arbitrary points, if such a path exists.
      You can also compute the "shortest" (i.e., least cost) path
      between points on a grayscale image.

    - a 1D barcode reader.  This is still in an early stage of development,
      with little testing, and it only decodes 6 formats.

    - a utility that will dewarp images of text that were captured
      with a camera at close range.

    - a sudoku solver, including a pretty good test for uniqueness

    - see (13, above) for other document image applications.

15. JBig2 encoder

   Leptonica supports an open source jbig2 encoder (yes, there is one!),
   which can be downloaded from:
       http://www.imperialviolet.org/jbig2.html.
   To build the encoder, use the most recent version.  This bundles
   Leptonica 1.63.  Once you've built the encoder, use it to compress
   a set of input image files:  (e.g.)
       ./jbig2 -v -s   >   
   You can also generate a pdf wrapping for the output jbig2.  To do that,
   call jbig2 with the -p arg, which generates a symbol file (output.sym)
   plus a set of location files for each input image (output.0000, ...):
        ./jbig2 -v -s -p 
   and then generate the pdf:
       python pdf.py output  >  
   See the usage documentation for the jbig2 compressor at:
       http://www.imperialviolet.org/binary/jbig2enc.html
   You can uncompress the jbig2 files using jbig2dec, which can be
   downloaded and built from:
       http://jbig2dec.sourceforge.net/

16. Versions

   New versions of the Leptonica library are released approximately
   6 times a year, and version numbers are provided for each release in
   the makefile and in allheaders.h.  All even versions from 1.42 to 1.60
   have been archived at http://code.google.com/p/leptonica, as well as all
   versions after 1.60.  However, code.google.com is going away in the
   near future, and these will be put somewhere else.  Consult the
   leptonica site for the links.

   Downloads of leptonica increased by nearly an order of magnitude with
   1.69, due to bundling with tesseract and incorporation in ubuntu 12-04.
   Leptonica has about 2400 functions, and the binary API has changed
   with the new 1.70 release.  Having a proper binary release version
   is required for all debian packages.  The binary release version
   for 1.69 is 3.0.0, and for 1.70 it is 4.0.0.

   A brief version chronology is maintained in version-notes.html.
   Starting with gcc 4.3.3, error warnings (-Werror) are given for
   minor infractions like not checking return values of built-in C
   functions.  I have attempted to eliminate these warnings.
   In any event, you will see warnings with the -Wall flag.
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#endif int fnord () { return 42; } int main () { void *self = dlopen (0, LT_DLGLOBAL|LT_DLLAZY_OR_NOW); int status = $lt_dlunknown; if (self) { if (dlsym (self,"fnord")) status = $lt_dlno_uscore; else { if (dlsym( self,"_fnord")) status = $lt_dlneed_uscore; else puts (dlerror ()); } /* dlclose (self); */ } else puts (dlerror ()); return status; }] _LT_EOF if AC_TRY_EVAL(ac_link) && test -s conftest${ac_exeext} 2>/dev/null; then (./conftest; exit; ) >&AS_MESSAGE_LOG_FD 2>/dev/null lt_status=$? case x$lt_status in x$lt_dlno_uscore) $1 ;; x$lt_dlneed_uscore) $2 ;; x$lt_dlunknown|x*) $3 ;; esac else : # compilation failed $3 fi fi rm -fr conftest* ])# _LT_TRY_DLOPEN_SELF # LT_SYS_DLOPEN_SELF # ------------------ AC_DEFUN([LT_SYS_DLOPEN_SELF], [m4_require([_LT_HEADER_DLFCN])dnl if test "x$enable_dlopen" != xyes; then enable_dlopen=unknown enable_dlopen_self=unknown enable_dlopen_self_static=unknown else lt_cv_dlopen=no lt_cv_dlopen_libs= case $host_os in beos*) lt_cv_dlopen="load_add_on" lt_cv_dlopen_libs= lt_cv_dlopen_self=yes ;; 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esac # HP-UX runs *really* slowly unless shared libraries are mode 555, ... postinstall_cmds='chmod 555 $lib' # or fails outright, so override atomically: install_override_mode=555 ;; interix[[3-9]]*) version_type=linux # correct to gnu/linux during the next big refactor need_lib_prefix=no need_version=no library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major ${libname}${shared_ext}' soname_spec='${libname}${release}${shared_ext}$major' dynamic_linker='Interix 3.x ld.so.1 (PE, like ELF)' shlibpath_var=LD_LIBRARY_PATH shlibpath_overrides_runpath=no hardcode_into_libs=yes ;; irix5* | irix6* | nonstopux*) case $host_os in nonstopux*) version_type=nonstopux ;; *) if test "$lt_cv_prog_gnu_ld" = yes; then version_type=linux # correct to gnu/linux during the next big refactor else version_type=irix fi ;; esac need_lib_prefix=no need_version=no soname_spec='${libname}${release}${shared_ext}$major' library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major ${libname}${release}${shared_ext} $libname${shared_ext}' case $host_os in irix5* | nonstopux*) libsuff= shlibsuff= ;; *) case $LD in # libtool.m4 will add one of these switches to LD *-32|*"-32 "|*-melf32bsmip|*"-melf32bsmip ") libsuff= shlibsuff= libmagic=32-bit;; *-n32|*"-n32 "|*-melf32bmipn32|*"-melf32bmipn32 ") libsuff=32 shlibsuff=N32 libmagic=N32;; *-64|*"-64 "|*-melf64bmip|*"-melf64bmip ") libsuff=64 shlibsuff=64 libmagic=64-bit;; *) libsuff= shlibsuff= libmagic=never-match;; esac ;; esac shlibpath_var=LD_LIBRARY${shlibsuff}_PATH shlibpath_overrides_runpath=no sys_lib_search_path_spec="/usr/lib${libsuff} /lib${libsuff} /usr/local/lib${libsuff}" sys_lib_dlsearch_path_spec="/usr/lib${libsuff} /lib${libsuff}" hardcode_into_libs=yes ;; # No shared lib support for Linux oldld, aout, or coff. linux*oldld* | linux*aout* | linux*coff*) dynamic_linker=no ;; # This must be glibc/ELF. linux* | k*bsd*-gnu | kopensolaris*-gnu) version_type=linux # correct to gnu/linux during the next big refactor need_lib_prefix=no need_version=no library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}' soname_spec='${libname}${release}${shared_ext}$major' finish_cmds='PATH="\$PATH:/sbin" ldconfig -n $libdir' shlibpath_var=LD_LIBRARY_PATH shlibpath_overrides_runpath=no # Some binutils ld are patched to set DT_RUNPATH AC_CACHE_VAL([lt_cv_shlibpath_overrides_runpath], [lt_cv_shlibpath_overrides_runpath=no save_LDFLAGS=$LDFLAGS save_libdir=$libdir eval "libdir=/foo; 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newsos6) version_type=linux # correct to gnu/linux during the next big refactor library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}' shlibpath_var=LD_LIBRARY_PATH shlibpath_overrides_runpath=yes ;; *nto* | *qnx*) version_type=qnx need_lib_prefix=no need_version=no library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}' soname_spec='${libname}${release}${shared_ext}$major' shlibpath_var=LD_LIBRARY_PATH shlibpath_overrides_runpath=no hardcode_into_libs=yes dynamic_linker='ldqnx.so' ;; openbsd*) version_type=sunos sys_lib_dlsearch_path_spec="/usr/lib" need_lib_prefix=no # Some older versions of OpenBSD (3.3 at least) *do* need versioned libs. case $host_os in openbsd3.3 | openbsd3.3.*) need_version=yes ;; *) need_version=no ;; esac library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${shared_ext}$versuffix' finish_cmds='PATH="\$PATH:/sbin" ldconfig -m $libdir' shlibpath_var=LD_LIBRARY_PATH if test -z "`echo __ELF__ | $CC -E - | $GREP __ELF__`" || test "$host_os-$host_cpu" = "openbsd2.8-powerpc"; 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hppa*64*) [lt_cv_deplibs_check_method='file_magic (s[0-9][0-9][0-9]|ELF[ -][0-9][0-9])(-bit)?( [LM]SB)? shared object( file)?[, -]* PA-RISC [0-9]\.[0-9]'] lt_cv_file_magic_test_file=/usr/lib/pa20_64/libc.sl ;; *) lt_cv_deplibs_check_method='file_magic (s[[0-9]][[0-9]][[0-9]]|PA-RISC[[0-9]]\.[[0-9]]) shared library' lt_cv_file_magic_test_file=/usr/lib/libc.sl ;; esac ;; interix[[3-9]]*) # PIC code is broken on Interix 3.x, that's why |\.a not |_pic\.a here lt_cv_deplibs_check_method='match_pattern /lib[[^/]]+(\.so|\.a)$' ;; irix5* | irix6* | nonstopux*) case $LD in *-32|*"-32 ") libmagic=32-bit;; *-n32|*"-n32 ") libmagic=N32;; *-64|*"-64 ") libmagic=64-bit;; *) libmagic=never-match;; esac lt_cv_deplibs_check_method=pass_all ;; # This must be glibc/ELF. linux* | k*bsd*-gnu | kopensolaris*-gnu) lt_cv_deplibs_check_method=pass_all ;; netbsd* | netbsdelf*-gnu) if echo __ELF__ | $CC -E - | $GREP __ELF__ > /dev/null; then lt_cv_deplibs_check_method='match_pattern /lib[[^/]]+(\.so\.[[0-9]]+\.[[0-9]]+|_pic\.a)$' else lt_cv_deplibs_check_method='match_pattern /lib[[^/]]+(\.so|_pic\.a)$' fi ;; newos6*) lt_cv_deplibs_check_method='file_magic ELF [[0-9]][[0-9]]*-bit [[ML]]SB (executable|dynamic lib)' lt_cv_file_magic_cmd=/usr/bin/file lt_cv_file_magic_test_file=/usr/lib/libnls.so ;; *nto* | *qnx*) lt_cv_deplibs_check_method=pass_all ;; openbsd*) if test -z "`echo __ELF__ | $CC -E - | $GREP __ELF__`" || test "$host_os-$host_cpu" = "openbsd2.8-powerpc"; then lt_cv_deplibs_check_method='match_pattern /lib[[^/]]+(\.so\.[[0-9]]+\.[[0-9]]+|\.so|_pic\.a)$' else lt_cv_deplibs_check_method='match_pattern /lib[[^/]]+(\.so\.[[0-9]]+\.[[0-9]]+|_pic\.a)$' fi ;; osf3* | osf4* | osf5*) lt_cv_deplibs_check_method=pass_all ;; rdos*) lt_cv_deplibs_check_method=pass_all ;; solaris*) lt_cv_deplibs_check_method=pass_all ;; sysv5* | sco3.2v5* | sco5v6* | unixware* | OpenUNIX* | sysv4*uw2*) lt_cv_deplibs_check_method=pass_all ;; sysv4 | sysv4.3*) case $host_vendor in motorola) lt_cv_deplibs_check_method='file_magic ELF [[0-9]][[0-9]]*-bit [[ML]]SB (shared object|dynamic lib) M[[0-9]][[0-9]]* Version [[0-9]]' lt_cv_file_magic_test_file=`echo /usr/lib/libc.so*` ;; ncr) lt_cv_deplibs_check_method=pass_all ;; sequent) lt_cv_file_magic_cmd='/bin/file' lt_cv_deplibs_check_method='file_magic ELF [[0-9]][[0-9]]*-bit [[LM]]SB (shared object|dynamic lib )' ;; sni) lt_cv_file_magic_cmd='/bin/file' lt_cv_deplibs_check_method="file_magic ELF [[0-9]][[0-9]]*-bit [[LM]]SB dynamic lib" lt_cv_file_magic_test_file=/lib/libc.so ;; siemens) lt_cv_deplibs_check_method=pass_all ;; pc) lt_cv_deplibs_check_method=pass_all ;; esac ;; tpf*) lt_cv_deplibs_check_method=pass_all ;; esac ]) file_magic_glob= want_nocaseglob=no if test "$build" = "$host"; then case $host_os in mingw* | pw32*) if ( shopt | grep nocaseglob ) >/dev/null 2>&1; then want_nocaseglob=yes else file_magic_glob=`echo aAbBcCdDeEfFgGhHiIjJkKlLmMnNoOpPqQrRsStTuUvVwWxXyYzZ | $SED -e "s/\(..\)/s\/[[\1]]\/[[\1]]\/g;/g"` fi ;; esac fi file_magic_cmd=$lt_cv_file_magic_cmd deplibs_check_method=$lt_cv_deplibs_check_method test -z "$deplibs_check_method" && deplibs_check_method=unknown _LT_DECL([], [deplibs_check_method], [1], [Method to check whether dependent libraries are shared objects]) _LT_DECL([], [file_magic_cmd], [1], [Command to use when deplibs_check_method = "file_magic"]) _LT_DECL([], [file_magic_glob], [1], [How to find potential files when deplibs_check_method = "file_magic"]) _LT_DECL([], [want_nocaseglob], [1], [Find potential files using nocaseglob when deplibs_check_method = "file_magic"]) ])# _LT_CHECK_MAGIC_METHOD # LT_PATH_NM # ---------- # find the pathname to a BSD- or MS-compatible name lister AC_DEFUN([LT_PATH_NM], [AC_REQUIRE([AC_PROG_CC])dnl AC_CACHE_CHECK([for BSD- or MS-compatible name lister (nm)], lt_cv_path_NM, [if test -n "$NM"; then # Let the user override the test. lt_cv_path_NM="$NM" else lt_nm_to_check="${ac_tool_prefix}nm" if test -n "$ac_tool_prefix" && test "$build" = "$host"; then lt_nm_to_check="$lt_nm_to_check nm" fi for lt_tmp_nm in $lt_nm_to_check; do lt_save_ifs="$IFS"; IFS=$PATH_SEPARATOR for ac_dir in $PATH /usr/ccs/bin/elf /usr/ccs/bin /usr/ucb /bin; do IFS="$lt_save_ifs" test -z "$ac_dir" && ac_dir=. tmp_nm="$ac_dir/$lt_tmp_nm" if test -f "$tmp_nm" || test -f "$tmp_nm$ac_exeext" ; then # Check to see if the nm accepts a BSD-compat flag. # Adding the `sed 1q' prevents false positives on HP-UX, which says: # nm: unknown option "B" ignored # Tru64's nm complains that /dev/null is an invalid object file case `"$tmp_nm" -B /dev/null 2>&1 | sed '1q'` in */dev/null* | *'Invalid file or object type'*) lt_cv_path_NM="$tmp_nm -B" break ;; *) case `"$tmp_nm" -p /dev/null 2>&1 | sed '1q'` in */dev/null*) lt_cv_path_NM="$tmp_nm -p" break ;; *) lt_cv_path_NM=${lt_cv_path_NM="$tmp_nm"} # keep the first match, but continue # so that we can try to find one that supports BSD flags ;; esac ;; esac fi done IFS="$lt_save_ifs" done : ${lt_cv_path_NM=no} fi]) if test "$lt_cv_path_NM" != "no"; then NM="$lt_cv_path_NM" else # Didn't find any BSD compatible name lister, look for dumpbin. if test -n "$DUMPBIN"; then : # Let the user override the test. else AC_CHECK_TOOLS(DUMPBIN, [dumpbin "link -dump"], :) case `$DUMPBIN -symbols /dev/null 2>&1 | sed '1q'` in *COFF*) DUMPBIN="$DUMPBIN -symbols" ;; *) DUMPBIN=: ;; esac fi AC_SUBST([DUMPBIN]) if test "$DUMPBIN" != ":"; then NM="$DUMPBIN" fi fi test -z "$NM" && NM=nm AC_SUBST([NM]) _LT_DECL([], [NM], [1], [A BSD- or MS-compatible name lister])dnl AC_CACHE_CHECK([the name lister ($NM) interface], [lt_cv_nm_interface], [lt_cv_nm_interface="BSD nm" echo "int some_variable = 0;" > conftest.$ac_ext (eval echo "\"\$as_me:$LINENO: $ac_compile\"" >&AS_MESSAGE_LOG_FD) (eval "$ac_compile" 2>conftest.err) cat conftest.err >&AS_MESSAGE_LOG_FD (eval echo "\"\$as_me:$LINENO: $NM \\\"conftest.$ac_objext\\\"\"" >&AS_MESSAGE_LOG_FD) (eval "$NM \"conftest.$ac_objext\"" 2>conftest.err > conftest.out) cat conftest.err >&AS_MESSAGE_LOG_FD (eval echo "\"\$as_me:$LINENO: output\"" >&AS_MESSAGE_LOG_FD) cat conftest.out >&AS_MESSAGE_LOG_FD if $GREP 'External.*some_variable' conftest.out > /dev/null; then lt_cv_nm_interface="MS dumpbin" fi rm -f conftest*]) ])# LT_PATH_NM # Old names: AU_ALIAS([AM_PROG_NM], [LT_PATH_NM]) AU_ALIAS([AC_PROG_NM], [LT_PATH_NM]) dnl aclocal-1.4 backwards compatibility: dnl AC_DEFUN([AM_PROG_NM], []) dnl AC_DEFUN([AC_PROG_NM], []) # _LT_CHECK_SHAREDLIB_FROM_LINKLIB # -------------------------------- # how to determine the name of the shared library # associated with a specific link library. # -- PORTME fill in with the dynamic library characteristics m4_defun([_LT_CHECK_SHAREDLIB_FROM_LINKLIB], [m4_require([_LT_DECL_EGREP]) m4_require([_LT_DECL_OBJDUMP]) m4_require([_LT_DECL_DLLTOOL]) AC_CACHE_CHECK([how to associate runtime and link libraries], lt_cv_sharedlib_from_linklib_cmd, [lt_cv_sharedlib_from_linklib_cmd='unknown' case $host_os in cygwin* | mingw* | pw32* | cegcc*) # two different shell functions defined in ltmain.sh # decide which to use based on capabilities of $DLLTOOL case `$DLLTOOL --help 2>&1` in *--identify-strict*) lt_cv_sharedlib_from_linklib_cmd=func_cygming_dll_for_implib ;; *) lt_cv_sharedlib_from_linklib_cmd=func_cygming_dll_for_implib_fallback ;; esac ;; *) # fallback: assume linklib IS sharedlib lt_cv_sharedlib_from_linklib_cmd="$ECHO" ;; esac ]) sharedlib_from_linklib_cmd=$lt_cv_sharedlib_from_linklib_cmd test -z "$sharedlib_from_linklib_cmd" && sharedlib_from_linklib_cmd=$ECHO _LT_DECL([], [sharedlib_from_linklib_cmd], [1], [Command to associate shared and link libraries]) ])# _LT_CHECK_SHAREDLIB_FROM_LINKLIB # _LT_PATH_MANIFEST_TOOL # ---------------------- # locate the manifest tool m4_defun([_LT_PATH_MANIFEST_TOOL], [AC_CHECK_TOOL(MANIFEST_TOOL, mt, :) test -z "$MANIFEST_TOOL" && MANIFEST_TOOL=mt AC_CACHE_CHECK([if $MANIFEST_TOOL is a manifest tool], [lt_cv_path_mainfest_tool], [lt_cv_path_mainfest_tool=no echo "$as_me:$LINENO: $MANIFEST_TOOL '-?'" >&AS_MESSAGE_LOG_FD $MANIFEST_TOOL '-?' 2>conftest.err > conftest.out cat conftest.err >&AS_MESSAGE_LOG_FD if $GREP 'Manifest Tool' conftest.out > /dev/null; then lt_cv_path_mainfest_tool=yes fi rm -f conftest*]) if test "x$lt_cv_path_mainfest_tool" != xyes; then MANIFEST_TOOL=: fi _LT_DECL([], [MANIFEST_TOOL], [1], [Manifest tool])dnl ])# _LT_PATH_MANIFEST_TOOL # LT_LIB_M # -------- # check for math library AC_DEFUN([LT_LIB_M], [AC_REQUIRE([AC_CANONICAL_HOST])dnl LIBM= case $host in *-*-beos* | *-*-cegcc* | *-*-cygwin* | *-*-haiku* | *-*-pw32* | *-*-darwin*) # These system don't have libm, or don't need it ;; *-ncr-sysv4.3*) AC_CHECK_LIB(mw, _mwvalidcheckl, LIBM="-lmw") AC_CHECK_LIB(m, cos, LIBM="$LIBM -lm") ;; *) AC_CHECK_LIB(m, cos, LIBM="-lm") ;; esac AC_SUBST([LIBM]) ])# LT_LIB_M # Old name: AU_ALIAS([AC_CHECK_LIBM], [LT_LIB_M]) dnl aclocal-1.4 backwards compatibility: dnl AC_DEFUN([AC_CHECK_LIBM], []) # _LT_COMPILER_NO_RTTI([TAGNAME]) # ------------------------------- m4_defun([_LT_COMPILER_NO_RTTI], [m4_require([_LT_TAG_COMPILER])dnl _LT_TAGVAR(lt_prog_compiler_no_builtin_flag, $1)= if test "$GCC" = yes; then case $cc_basename in nvcc*) _LT_TAGVAR(lt_prog_compiler_no_builtin_flag, $1)=' -Xcompiler -fno-builtin' ;; *) _LT_TAGVAR(lt_prog_compiler_no_builtin_flag, $1)=' -fno-builtin' ;; esac _LT_COMPILER_OPTION([if $compiler supports -fno-rtti -fno-exceptions], lt_cv_prog_compiler_rtti_exceptions, [-fno-rtti -fno-exceptions], [], [_LT_TAGVAR(lt_prog_compiler_no_builtin_flag, $1)="$_LT_TAGVAR(lt_prog_compiler_no_builtin_flag, $1) -fno-rtti -fno-exceptions"]) fi _LT_TAGDECL([no_builtin_flag], [lt_prog_compiler_no_builtin_flag], [1], [Compiler flag to turn off builtin functions]) ])# _LT_COMPILER_NO_RTTI # _LT_CMD_GLOBAL_SYMBOLS # ---------------------- m4_defun([_LT_CMD_GLOBAL_SYMBOLS], [AC_REQUIRE([AC_CANONICAL_HOST])dnl AC_REQUIRE([AC_PROG_CC])dnl AC_REQUIRE([AC_PROG_AWK])dnl AC_REQUIRE([LT_PATH_NM])dnl AC_REQUIRE([LT_PATH_LD])dnl m4_require([_LT_DECL_SED])dnl m4_require([_LT_DECL_EGREP])dnl m4_require([_LT_TAG_COMPILER])dnl # Check for command to grab the raw symbol name followed by C symbol from nm. AC_MSG_CHECKING([command to parse $NM output from $compiler object]) AC_CACHE_VAL([lt_cv_sys_global_symbol_pipe], [ # These are sane defaults that work on at least a few old systems. # [They come from Ultrix. What could be older than Ultrix?!! ;)] # Character class describing NM global symbol codes. symcode='[[BCDEGRST]]' # Regexp to match symbols that can be accessed directly from C. sympat='\([[_A-Za-z]][[_A-Za-z0-9]]*\)' # Define system-specific variables. case $host_os in aix*) symcode='[[BCDT]]' ;; cygwin* | mingw* | pw32* | cegcc*) symcode='[[ABCDGISTW]]' ;; hpux*) if test "$host_cpu" = ia64; then symcode='[[ABCDEGRST]]' fi ;; irix* | nonstopux*) symcode='[[BCDEGRST]]' ;; osf*) symcode='[[BCDEGQRST]]' ;; solaris*) symcode='[[BDRT]]' ;; sco3.2v5*) symcode='[[DT]]' ;; sysv4.2uw2*) symcode='[[DT]]' ;; sysv5* | sco5v6* | unixware* | OpenUNIX*) symcode='[[ABDT]]' ;; sysv4) symcode='[[DFNSTU]]' ;; esac # If we're using GNU nm, then use its standard symbol codes. case `$NM -V 2>&1` in *GNU* | *'with BFD'*) symcode='[[ABCDGIRSTW]]' ;; esac # Transform an extracted symbol line into a proper C declaration. # Some systems (esp. on ia64) link data and code symbols differently, # so use this general approach. lt_cv_sys_global_symbol_to_cdecl="sed -n -e 's/^T .* \(.*\)$/extern int \1();/p' -e 's/^$symcode* .* \(.*\)$/extern char \1;/p'" # Transform an extracted symbol line into symbol name and symbol address lt_cv_sys_global_symbol_to_c_name_address="sed -n -e 's/^: \([[^ ]]*\)[[ ]]*$/ {\\\"\1\\\", (void *) 0},/p' -e 's/^$symcode* \([[^ ]]*\) \([[^ ]]*\)$/ {\"\2\", (void *) \&\2},/p'" lt_cv_sys_global_symbol_to_c_name_address_lib_prefix="sed -n -e 's/^: \([[^ ]]*\)[[ ]]*$/ {\\\"\1\\\", (void *) 0},/p' -e 's/^$symcode* \([[^ ]]*\) \(lib[[^ ]]*\)$/ {\"\2\", (void *) \&\2},/p' -e 's/^$symcode* \([[^ ]]*\) \([[^ ]]*\)$/ {\"lib\2\", (void *) \&\2},/p'" # Handle CRLF in mingw tool chain opt_cr= case $build_os in mingw*) opt_cr=`$ECHO 'x\{0,1\}' | tr x '\015'` # option cr in regexp ;; esac # Try without a prefix underscore, then with it. for ac_symprfx in "" "_"; do # Transform symcode, sympat, and symprfx into a raw symbol and a C symbol. symxfrm="\\1 $ac_symprfx\\2 \\2" # Write the raw and C identifiers. if test "$lt_cv_nm_interface" = "MS dumpbin"; then # Fake it for dumpbin and say T for any non-static function # and D for any global variable. # Also find C++ and __fastcall symbols from MSVC++, # which start with @ or ?. lt_cv_sys_global_symbol_pipe="$AWK ['"\ " {last_section=section; section=\$ 3};"\ " /^COFF SYMBOL TABLE/{for(i in hide) delete hide[i]};"\ " /Section length .*#relocs.*(pick any)/{hide[last_section]=1};"\ " \$ 0!~/External *\|/{next};"\ " / 0+ UNDEF /{next}; / UNDEF \([^|]\)*()/{next};"\ " {if(hide[section]) next};"\ " {f=0}; \$ 0~/\(\).*\|/{f=1}; {printf f ? \"T \" : \"D \"};"\ " {split(\$ 0, a, /\||\r/); split(a[2], s)};"\ " s[1]~/^[@?]/{print s[1], s[1]; next};"\ " s[1]~prfx {split(s[1],t,\"@\"); print t[1], substr(t[1],length(prfx))}"\ " ' prfx=^$ac_symprfx]" else lt_cv_sys_global_symbol_pipe="sed -n -e 's/^.*[[ ]]\($symcode$symcode*\)[[ ]][[ ]]*$ac_symprfx$sympat$opt_cr$/$symxfrm/p'" fi lt_cv_sys_global_symbol_pipe="$lt_cv_sys_global_symbol_pipe | sed '/ __gnu_lto/d'" # Check to see that the pipe works correctly. pipe_works=no rm -f conftest* cat > conftest.$ac_ext <<_LT_EOF #ifdef __cplusplus extern "C" { #endif char nm_test_var; void nm_test_func(void); void nm_test_func(void){} #ifdef __cplusplus } #endif int main(){nm_test_var='a';nm_test_func();return(0);} _LT_EOF if AC_TRY_EVAL(ac_compile); then # Now try to grab the symbols. nlist=conftest.nm if AC_TRY_EVAL(NM conftest.$ac_objext \| "$lt_cv_sys_global_symbol_pipe" \> $nlist) && test -s "$nlist"; then # Try sorting and uniquifying the output. if sort "$nlist" | uniq > "$nlist"T; then mv -f "$nlist"T "$nlist" else rm -f "$nlist"T fi # Make sure that we snagged all the symbols we need. if $GREP ' nm_test_var$' "$nlist" >/dev/null; then if $GREP ' nm_test_func$' "$nlist" >/dev/null; then cat <<_LT_EOF > conftest.$ac_ext /* Keep this code in sync between libtool.m4, ltmain, lt_system.h, and tests. */ #if defined(_WIN32) || defined(__CYGWIN__) || defined(_WIN32_WCE) /* DATA imports from DLLs on WIN32 con't be const, because runtime relocations are performed -- see ld's documentation on pseudo-relocs. */ # define LT@&t@_DLSYM_CONST #elif defined(__osf__) /* This system does not cope well with relocations in const data. */ # define LT@&t@_DLSYM_CONST #else # define LT@&t@_DLSYM_CONST const #endif #ifdef __cplusplus extern "C" { #endif _LT_EOF # Now generate the symbol file. eval "$lt_cv_sys_global_symbol_to_cdecl"' < "$nlist" | $GREP -v main >> conftest.$ac_ext' cat <<_LT_EOF >> conftest.$ac_ext /* The mapping between symbol names and symbols. */ LT@&t@_DLSYM_CONST struct { const char *name; void *address; } lt__PROGRAM__LTX_preloaded_symbols[[]] = { { "@PROGRAM@", (void *) 0 }, _LT_EOF $SED "s/^$symcode$symcode* \(.*\) \(.*\)$/ {\"\2\", (void *) \&\2},/" < "$nlist" | $GREP -v main >> conftest.$ac_ext cat <<\_LT_EOF >> conftest.$ac_ext {0, (void *) 0} }; /* This works around a problem in FreeBSD linker */ #ifdef FREEBSD_WORKAROUND static const void *lt_preloaded_setup() { return lt__PROGRAM__LTX_preloaded_symbols; } #endif #ifdef __cplusplus } #endif _LT_EOF # Now try linking the two files. mv conftest.$ac_objext conftstm.$ac_objext lt_globsym_save_LIBS=$LIBS lt_globsym_save_CFLAGS=$CFLAGS LIBS="conftstm.$ac_objext" CFLAGS="$CFLAGS$_LT_TAGVAR(lt_prog_compiler_no_builtin_flag, $1)" if AC_TRY_EVAL(ac_link) && test -s conftest${ac_exeext}; then pipe_works=yes fi LIBS=$lt_globsym_save_LIBS CFLAGS=$lt_globsym_save_CFLAGS else echo "cannot find nm_test_func in $nlist" >&AS_MESSAGE_LOG_FD fi else echo "cannot find nm_test_var in $nlist" >&AS_MESSAGE_LOG_FD fi else echo "cannot run $lt_cv_sys_global_symbol_pipe" >&AS_MESSAGE_LOG_FD fi else echo "$progname: failed program was:" >&AS_MESSAGE_LOG_FD cat conftest.$ac_ext >&5 fi rm -rf conftest* conftst* # Do not use the global_symbol_pipe unless it works. if test "$pipe_works" = yes; then break else lt_cv_sys_global_symbol_pipe= fi done ]) if test -z "$lt_cv_sys_global_symbol_pipe"; then lt_cv_sys_global_symbol_to_cdecl= fi if test -z "$lt_cv_sys_global_symbol_pipe$lt_cv_sys_global_symbol_to_cdecl"; then AC_MSG_RESULT(failed) else AC_MSG_RESULT(ok) fi # Response file support. if test "$lt_cv_nm_interface" = "MS dumpbin"; then nm_file_list_spec='@' elif $NM --help 2>/dev/null | grep '[[@]]FILE' >/dev/null; then nm_file_list_spec='@' fi _LT_DECL([global_symbol_pipe], [lt_cv_sys_global_symbol_pipe], [1], [Take the output of nm and produce a listing of raw symbols and C names]) _LT_DECL([global_symbol_to_cdecl], [lt_cv_sys_global_symbol_to_cdecl], [1], [Transform the output of nm in a proper C declaration]) _LT_DECL([global_symbol_to_c_name_address], [lt_cv_sys_global_symbol_to_c_name_address], [1], [Transform the output of nm in a C name address pair]) _LT_DECL([global_symbol_to_c_name_address_lib_prefix], [lt_cv_sys_global_symbol_to_c_name_address_lib_prefix], [1], [Transform the output of nm in a C name address pair when lib prefix is needed]) _LT_DECL([], [nm_file_list_spec], [1], [Specify filename containing input files for $NM]) ]) # _LT_CMD_GLOBAL_SYMBOLS # _LT_COMPILER_PIC([TAGNAME]) # --------------------------- m4_defun([_LT_COMPILER_PIC], [m4_require([_LT_TAG_COMPILER])dnl _LT_TAGVAR(lt_prog_compiler_wl, $1)= _LT_TAGVAR(lt_prog_compiler_pic, $1)= _LT_TAGVAR(lt_prog_compiler_static, $1)= m4_if([$1], [CXX], [ # C++ specific cases for pic, static, wl, etc. if test "$GXX" = yes; then _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_static, $1)='-static' case $host_os in aix*) # All AIX code is PIC. if test "$host_cpu" = ia64; then # AIX 5 now supports IA64 processor _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' fi ;; amigaos*) case $host_cpu in powerpc) # see comment about AmigaOS4 .so support _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC' ;; m68k) # FIXME: we need at least 68020 code to build shared libraries, but # adding the `-m68020' flag to GCC prevents building anything better, # like `-m68040'. _LT_TAGVAR(lt_prog_compiler_pic, $1)='-m68020 -resident32 -malways-restore-a4' ;; esac ;; beos* | irix5* | irix6* | nonstopux* | osf3* | osf4* | osf5*) # PIC is the default for these OSes. ;; mingw* | cygwin* | os2* | pw32* | cegcc*) # This hack is so that the source file can tell whether it is being # built for inclusion in a dll (and should export symbols for example). # Although the cygwin gcc ignores -fPIC, still need this for old-style # (--disable-auto-import) libraries m4_if([$1], [GCJ], [], [_LT_TAGVAR(lt_prog_compiler_pic, $1)='-DDLL_EXPORT']) ;; darwin* | rhapsody*) # PIC is the default on this platform # Common symbols not allowed in MH_DYLIB files _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fno-common' ;; *djgpp*) # DJGPP does not support shared libraries at all _LT_TAGVAR(lt_prog_compiler_pic, $1)= ;; haiku*) # PIC is the default for Haiku. # The "-static" flag exists, but is broken. _LT_TAGVAR(lt_prog_compiler_static, $1)= ;; interix[[3-9]]*) # Interix 3.x gcc -fpic/-fPIC options generate broken code. # Instead, we relocate shared libraries at runtime. ;; sysv4*MP*) if test -d /usr/nec; then _LT_TAGVAR(lt_prog_compiler_pic, $1)=-Kconform_pic fi ;; hpux*) # PIC is the default for 64-bit PA HP-UX, but not for 32-bit # PA HP-UX. On IA64 HP-UX, PIC is the default but the pic flag # sets the default TLS model and affects inlining. case $host_cpu in hppa*64*) ;; *) _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC' ;; esac ;; *qnx* | *nto*) # QNX uses GNU C++, but need to define -shared option too, otherwise # it will coredump. _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC -shared' ;; *) _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC' ;; esac else case $host_os in aix[[4-9]]*) # All AIX code is PIC. if test "$host_cpu" = ia64; then # AIX 5 now supports IA64 processor _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' else _LT_TAGVAR(lt_prog_compiler_static, $1)='-bnso -bI:/lib/syscalls.exp' fi ;; chorus*) case $cc_basename in cxch68*) # Green Hills C++ Compiler # _LT_TAGVAR(lt_prog_compiler_static, $1)="--no_auto_instantiation -u __main -u __premain -u _abort -r $COOL_DIR/lib/libOrb.a $MVME_DIR/lib/CC/libC.a $MVME_DIR/lib/classix/libcx.s.a" ;; esac ;; mingw* | cygwin* | os2* | pw32* | cegcc*) # This hack is so that the source file can tell whether it is being # built for inclusion in a dll (and should export symbols for example). m4_if([$1], [GCJ], [], [_LT_TAGVAR(lt_prog_compiler_pic, $1)='-DDLL_EXPORT']) ;; dgux*) case $cc_basename in ec++*) _LT_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC' ;; ghcx*) # Green Hills C++ Compiler _LT_TAGVAR(lt_prog_compiler_pic, $1)='-pic' ;; *) ;; esac ;; freebsd* | dragonfly*) # FreeBSD uses GNU C++ ;; hpux9* | hpux10* | hpux11*) case $cc_basename in CC*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_static, $1)='${wl}-a ${wl}archive' if test "$host_cpu" != ia64; then _LT_TAGVAR(lt_prog_compiler_pic, $1)='+Z' fi ;; aCC*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_static, $1)='${wl}-a ${wl}archive' case $host_cpu in hppa*64*|ia64*) # +Z the default ;; *) _LT_TAGVAR(lt_prog_compiler_pic, $1)='+Z' ;; esac ;; *) ;; esac ;; interix*) # This is c89, which is MS Visual C++ (no shared libs) # Anyone wants to do a port? ;; irix5* | irix6* | nonstopux*) case $cc_basename in CC*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_static, $1)='-non_shared' # CC pic flag -KPIC is the default. ;; *) ;; esac ;; linux* | k*bsd*-gnu | kopensolaris*-gnu) case $cc_basename in KCC*) # KAI C++ Compiler _LT_TAGVAR(lt_prog_compiler_wl, $1)='--backend -Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC' ;; ecpc* ) # old Intel C++ for x86_64 which still supported -KPIC. _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-static' ;; icpc* ) # Intel C++, used to be incompatible with GCC. # ICC 10 doesn't accept -KPIC any more. _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-static' ;; pgCC* | pgcpp*) # Portland Group C++ compiler _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fpic' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' ;; cxx*) # Compaq C++ # Make sure the PIC flag is empty. It appears that all Alpha # Linux and Compaq Tru64 Unix objects are PIC. _LT_TAGVAR(lt_prog_compiler_pic, $1)= _LT_TAGVAR(lt_prog_compiler_static, $1)='-non_shared' ;; xlc* | xlC* | bgxl[[cC]]* | mpixl[[cC]]*) # IBM XL 8.0, 9.0 on PPC and BlueGene _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-qpic' _LT_TAGVAR(lt_prog_compiler_static, $1)='-qstaticlink' ;; *) case `$CC -V 2>&1 | sed 5q` in *Sun\ C*) # Sun C++ 5.9 _LT_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Qoption ld ' ;; esac ;; esac ;; lynxos*) ;; m88k*) ;; mvs*) case $cc_basename in cxx*) _LT_TAGVAR(lt_prog_compiler_pic, $1)='-W c,exportall' ;; *) ;; esac ;; netbsd* | netbsdelf*-gnu) ;; *qnx* | *nto*) # QNX uses GNU C++, but need to define -shared option too, otherwise # it will coredump. _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC -shared' ;; osf3* | osf4* | osf5*) case $cc_basename in KCC*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='--backend -Wl,' ;; RCC*) # Rational C++ 2.4.1 _LT_TAGVAR(lt_prog_compiler_pic, $1)='-pic' ;; cxx*) # Digital/Compaq C++ _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' # Make sure the PIC flag is empty. It appears that all Alpha # Linux and Compaq Tru64 Unix objects are PIC. _LT_TAGVAR(lt_prog_compiler_pic, $1)= _LT_TAGVAR(lt_prog_compiler_static, $1)='-non_shared' ;; *) ;; esac ;; psos*) ;; solaris*) case $cc_basename in CC* | sunCC*) # Sun C++ 4.2, 5.x and Centerline C++ _LT_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Qoption ld ' ;; gcx*) # Green Hills C++ Compiler _LT_TAGVAR(lt_prog_compiler_pic, $1)='-PIC' ;; *) ;; esac ;; sunos4*) case $cc_basename in CC*) # Sun C++ 4.x _LT_TAGVAR(lt_prog_compiler_pic, $1)='-pic' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' ;; lcc*) # Lucid _LT_TAGVAR(lt_prog_compiler_pic, $1)='-pic' ;; *) ;; esac ;; sysv5* | unixware* | sco3.2v5* | sco5v6* | OpenUNIX*) case $cc_basename in CC*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' ;; esac ;; tandem*) case $cc_basename in NCC*) # NonStop-UX NCC 3.20 _LT_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC' ;; *) ;; esac ;; vxworks*) ;; *) _LT_TAGVAR(lt_prog_compiler_can_build_shared, $1)=no ;; esac fi ], [ if test "$GCC" = yes; then _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_static, $1)='-static' case $host_os in aix*) # All AIX code is PIC. if test "$host_cpu" = ia64; then # AIX 5 now supports IA64 processor _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' fi ;; amigaos*) case $host_cpu in powerpc) # see comment about AmigaOS4 .so support _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC' ;; m68k) # FIXME: we need at least 68020 code to build shared libraries, but # adding the `-m68020' flag to GCC prevents building anything better, # like `-m68040'. _LT_TAGVAR(lt_prog_compiler_pic, $1)='-m68020 -resident32 -malways-restore-a4' ;; esac ;; beos* | irix5* | irix6* | nonstopux* | osf3* | osf4* | osf5*) # PIC is the default for these OSes. ;; mingw* | cygwin* | pw32* | os2* | cegcc*) # This hack is so that the source file can tell whether it is being # built for inclusion in a dll (and should export symbols for example). # Although the cygwin gcc ignores -fPIC, still need this for old-style # (--disable-auto-import) libraries m4_if([$1], [GCJ], [], [_LT_TAGVAR(lt_prog_compiler_pic, $1)='-DDLL_EXPORT']) ;; darwin* | rhapsody*) # PIC is the default on this platform # Common symbols not allowed in MH_DYLIB files _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fno-common' ;; haiku*) # PIC is the default for Haiku. # The "-static" flag exists, but is broken. _LT_TAGVAR(lt_prog_compiler_static, $1)= ;; hpux*) # PIC is the default for 64-bit PA HP-UX, but not for 32-bit # PA HP-UX. On IA64 HP-UX, PIC is the default but the pic flag # sets the default TLS model and affects inlining. case $host_cpu in hppa*64*) # +Z the default ;; *) _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC' ;; esac ;; interix[[3-9]]*) # Interix 3.x gcc -fpic/-fPIC options generate broken code. # Instead, we relocate shared libraries at runtime. ;; msdosdjgpp*) # Just because we use GCC doesn't mean we suddenly get shared libraries # on systems that don't support them. _LT_TAGVAR(lt_prog_compiler_can_build_shared, $1)=no enable_shared=no ;; *nto* | *qnx*) # QNX uses GNU C++, but need to define -shared option too, otherwise # it will coredump. _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC -shared' ;; sysv4*MP*) if test -d /usr/nec; then _LT_TAGVAR(lt_prog_compiler_pic, $1)=-Kconform_pic fi ;; *) _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC' ;; esac case $cc_basename in nvcc*) # Cuda Compiler Driver 2.2 _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Xlinker ' if test -n "$_LT_TAGVAR(lt_prog_compiler_pic, $1)"; then _LT_TAGVAR(lt_prog_compiler_pic, $1)="-Xcompiler $_LT_TAGVAR(lt_prog_compiler_pic, $1)" fi ;; esac else # PORTME Check for flag to pass linker flags through the system compiler. case $host_os in aix*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' if test "$host_cpu" = ia64; then # AIX 5 now supports IA64 processor _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' else _LT_TAGVAR(lt_prog_compiler_static, $1)='-bnso -bI:/lib/syscalls.exp' fi ;; mingw* | cygwin* | pw32* | os2* | cegcc*) # This hack is so that the source file can tell whether it is being # built for inclusion in a dll (and should export symbols for example). m4_if([$1], [GCJ], [], [_LT_TAGVAR(lt_prog_compiler_pic, $1)='-DDLL_EXPORT']) ;; hpux9* | hpux10* | hpux11*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' # PIC is the default for IA64 HP-UX and 64-bit HP-UX, but # not for PA HP-UX. case $host_cpu in hppa*64*|ia64*) # +Z the default ;; *) _LT_TAGVAR(lt_prog_compiler_pic, $1)='+Z' ;; esac # Is there a better lt_prog_compiler_static that works with the bundled CC? _LT_TAGVAR(lt_prog_compiler_static, $1)='${wl}-a ${wl}archive' ;; irix5* | irix6* | nonstopux*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' # PIC (with -KPIC) is the default. _LT_TAGVAR(lt_prog_compiler_static, $1)='-non_shared' ;; linux* | k*bsd*-gnu | kopensolaris*-gnu) case $cc_basename in # old Intel for x86_64 which still supported -KPIC. ecc*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-static' ;; # icc used to be incompatible with GCC. # ICC 10 doesn't accept -KPIC any more. icc* | ifort*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-static' ;; # Lahey Fortran 8.1. lf95*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='--shared' _LT_TAGVAR(lt_prog_compiler_static, $1)='--static' ;; nagfor*) # NAG Fortran compiler _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,-Wl,,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-PIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' ;; pgcc* | pgf77* | pgf90* | pgf95* | pgfortran*) # Portland Group compilers (*not* the Pentium gcc compiler, # which looks to be a dead project) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fpic' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' ;; ccc*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' # All Alpha code is PIC. _LT_TAGVAR(lt_prog_compiler_static, $1)='-non_shared' ;; xl* | bgxl* | bgf* | mpixl*) # IBM XL C 8.0/Fortran 10.1, 11.1 on PPC and BlueGene _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-qpic' _LT_TAGVAR(lt_prog_compiler_static, $1)='-qstaticlink' ;; *) case `$CC -V 2>&1 | sed 5q` in *Sun\ Ceres\ Fortran* | *Sun*Fortran*\ [[1-7]].* | *Sun*Fortran*\ 8.[[0-3]]*) # Sun Fortran 8.3 passes all unrecognized flags to the linker _LT_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' _LT_TAGVAR(lt_prog_compiler_wl, $1)='' ;; *Sun\ F* | *Sun*Fortran*) _LT_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Qoption ld ' ;; *Sun\ C*) # Sun C 5.9 _LT_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' ;; *Intel*\ [[CF]]*Compiler*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-static' ;; *Portland\ Group*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fpic' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' ;; esac ;; esac ;; newsos6) _LT_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' ;; *nto* | *qnx*) # QNX uses GNU C++, but need to define -shared option too, otherwise # it will coredump. _LT_TAGVAR(lt_prog_compiler_pic, $1)='-fPIC -shared' ;; osf3* | osf4* | osf5*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' # All OSF/1 code is PIC. _LT_TAGVAR(lt_prog_compiler_static, $1)='-non_shared' ;; rdos*) _LT_TAGVAR(lt_prog_compiler_static, $1)='-non_shared' ;; solaris*) _LT_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' case $cc_basename in f77* | f90* | f95* | sunf77* | sunf90* | sunf95*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Qoption ld ';; *) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,';; esac ;; sunos4*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Qoption ld ' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-PIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' ;; sysv4 | sysv4.2uw2* | sysv4.3*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' ;; sysv4*MP*) if test -d /usr/nec ;then _LT_TAGVAR(lt_prog_compiler_pic, $1)='-Kconform_pic' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' fi ;; sysv5* | unixware* | sco3.2v5* | sco5v6* | OpenUNIX*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_pic, $1)='-KPIC' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' ;; unicos*) _LT_TAGVAR(lt_prog_compiler_wl, $1)='-Wl,' _LT_TAGVAR(lt_prog_compiler_can_build_shared, $1)=no ;; uts4*) _LT_TAGVAR(lt_prog_compiler_pic, $1)='-pic' _LT_TAGVAR(lt_prog_compiler_static, $1)='-Bstatic' ;; *) _LT_TAGVAR(lt_prog_compiler_can_build_shared, $1)=no ;; esac fi ]) case $host_os in # For platforms which do not support PIC, -DPIC is meaningless: *djgpp*) _LT_TAGVAR(lt_prog_compiler_pic, $1)= ;; *) _LT_TAGVAR(lt_prog_compiler_pic, $1)="$_LT_TAGVAR(lt_prog_compiler_pic, $1)@&t@m4_if([$1],[],[ -DPIC],[m4_if([$1],[CXX],[ -DPIC],[])])" ;; esac AC_CACHE_CHECK([for $compiler option to produce PIC], [_LT_TAGVAR(lt_cv_prog_compiler_pic, $1)], [_LT_TAGVAR(lt_cv_prog_compiler_pic, $1)=$_LT_TAGVAR(lt_prog_compiler_pic, $1)]) _LT_TAGVAR(lt_prog_compiler_pic, $1)=$_LT_TAGVAR(lt_cv_prog_compiler_pic, $1) # # Check to make sure the PIC flag actually works. # if test -n "$_LT_TAGVAR(lt_prog_compiler_pic, $1)"; then _LT_COMPILER_OPTION([if $compiler PIC flag $_LT_TAGVAR(lt_prog_compiler_pic, $1) works], [_LT_TAGVAR(lt_cv_prog_compiler_pic_works, $1)], [$_LT_TAGVAR(lt_prog_compiler_pic, $1)@&t@m4_if([$1],[],[ -DPIC],[m4_if([$1],[CXX],[ -DPIC],[])])], [], [case $_LT_TAGVAR(lt_prog_compiler_pic, $1) in "" | " "*) ;; *) _LT_TAGVAR(lt_prog_compiler_pic, $1)=" $_LT_TAGVAR(lt_prog_compiler_pic, $1)" ;; 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To avoid this, we pick a random, # 256 KiB-aligned image base between 0x50000000 and 0x6FFC0000 at link # time. 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This is # necessary to make sure instantiated templates are included # in the archive. _LT_TAGVAR(old_archive_cmds, $1)='$CC -ar -WR,-u -o $oldlib $oldobjs' ;; *) if test "$GXX" = yes; then if test "$with_gnu_ld" = no; then _LT_TAGVAR(archive_cmds, $1)='$CC -shared $pic_flag -nostdlib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname ${wl}$soname `test -n "$verstring" && func_echo_all "${wl}-set_version ${wl}$verstring"` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib' else _LT_TAGVAR(archive_cmds, $1)='$CC -shared $pic_flag -nostdlib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname ${wl}$soname `test -n "$verstring" && func_echo_all "${wl}-set_version ${wl}$verstring"` -o $lib' fi fi _LT_TAGVAR(link_all_deplibs, $1)=yes ;; esac _LT_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}-rpath ${wl}$libdir' _LT_TAGVAR(hardcode_libdir_separator, $1)=: _LT_TAGVAR(inherit_rpath, $1)=yes ;; linux* | k*bsd*-gnu | kopensolaris*-gnu) case $cc_basename in KCC*) # Kuck and Associates, Inc. (KAI) C++ Compiler # KCC will only create a shared library if the output file # ends with ".so" (or ".sl" for HP-UX), so rename the library # to its proper name (with version) after linking. _LT_TAGVAR(archive_cmds, $1)='tempext=`echo $shared_ext | $SED -e '\''s/\([[^()0-9A-Za-z{}]]\)/\\\\\1/g'\''`; templib=`echo $lib | $SED -e "s/\${tempext}\..*/.so/"`; $CC $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags --soname $soname -o \$templib; mv \$templib $lib' _LT_TAGVAR(archive_expsym_cmds, $1)='tempext=`echo $shared_ext | $SED -e '\''s/\([[^()0-9A-Za-z{}]]\)/\\\\\1/g'\''`; templib=`echo $lib | $SED -e "s/\${tempext}\..*/.so/"`; $CC $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags --soname $soname -o \$templib ${wl}-retain-symbols-file,$export_symbols; mv \$templib $lib' # Commands to make compiler produce verbose output that lists # what "hidden" libraries, object files and flags are used when # linking a shared library. # # There doesn't appear to be a way to prevent this compiler from # explicitly linking system object files so we need to strip them # from the output so that they don't get included in the library # dependencies. output_verbose_link_cmd='templist=`$CC $CFLAGS -v conftest.$objext -o libconftest$shared_ext 2>&1 | $GREP "ld"`; rm -f libconftest$shared_ext; list=""; for z in $templist; do case $z in conftest.$objext) list="$list $z";; *.$objext);; *) list="$list $z";;esac; done; func_echo_all "$list"' _LT_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}-rpath,$libdir' _LT_TAGVAR(export_dynamic_flag_spec, $1)='${wl}--export-dynamic' # Archives containing C++ object files must be created using # "CC -Bstatic", where "CC" is the KAI C++ compiler. _LT_TAGVAR(old_archive_cmds, $1)='$CC -Bstatic -o $oldlib $oldobjs' ;; icpc* | ecpc* ) # Intel C++ with_gnu_ld=yes # version 8.0 and above of icpc choke on multiply defined symbols # if we add $predep_objects and $postdep_objects, however 7.1 and # earlier do not add the objects themselves. case `$CC -V 2>&1` in *"Version 7."*) _LT_TAGVAR(archive_cmds, $1)='$CC -shared $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname $wl$soname -o $lib' _LT_TAGVAR(archive_expsym_cmds, $1)='$CC -shared $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib' ;; *) # Version 8.0 or newer tmp_idyn= case $host_cpu in ia64*) tmp_idyn=' -i_dynamic';; esac _LT_TAGVAR(archive_cmds, $1)='$CC -shared'"$tmp_idyn"' $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib' _LT_TAGVAR(archive_expsym_cmds, $1)='$CC -shared'"$tmp_idyn"' $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib' ;; esac _LT_TAGVAR(archive_cmds_need_lc, $1)=no _LT_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}-rpath,$libdir' _LT_TAGVAR(export_dynamic_flag_spec, $1)='${wl}--export-dynamic' _LT_TAGVAR(whole_archive_flag_spec, $1)='${wl}--whole-archive$convenience ${wl}--no-whole-archive' ;; pgCC* | pgcpp*) # Portland Group C++ compiler case `$CC -V` in *pgCC\ [[1-5]].* | *pgcpp\ [[1-5]].*) _LT_TAGVAR(prelink_cmds, $1)='tpldir=Template.dir~ rm -rf $tpldir~ $CC --prelink_objects --instantiation_dir $tpldir $objs $libobjs $compile_deplibs~ compile_command="$compile_command `find $tpldir -name \*.o | sort | $NL2SP`"' _LT_TAGVAR(old_archive_cmds, $1)='tpldir=Template.dir~ rm -rf $tpldir~ $CC --prelink_objects --instantiation_dir $tpldir $oldobjs$old_deplibs~ $AR $AR_FLAGS $oldlib$oldobjs$old_deplibs `find $tpldir -name \*.o | sort | $NL2SP`~ $RANLIB $oldlib' _LT_TAGVAR(archive_cmds, $1)='tpldir=Template.dir~ rm -rf $tpldir~ $CC --prelink_objects --instantiation_dir $tpldir $predep_objects $libobjs $deplibs $convenience $postdep_objects~ $CC -shared $pic_flag $predep_objects $libobjs $deplibs `find $tpldir -name \*.o | sort | $NL2SP` $postdep_objects $compiler_flags ${wl}-soname ${wl}$soname -o $lib' _LT_TAGVAR(archive_expsym_cmds, $1)='tpldir=Template.dir~ rm -rf $tpldir~ $CC --prelink_objects --instantiation_dir $tpldir $predep_objects $libobjs $deplibs $convenience $postdep_objects~ $CC -shared $pic_flag $predep_objects $libobjs $deplibs `find $tpldir -name \*.o | sort | $NL2SP` $postdep_objects $compiler_flags ${wl}-soname ${wl}$soname ${wl}-retain-symbols-file ${wl}$export_symbols -o $lib' ;; *) # Version 6 and above use weak symbols _LT_TAGVAR(archive_cmds, $1)='$CC -shared $pic_flag $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname ${wl}$soname -o $lib' _LT_TAGVAR(archive_expsym_cmds, $1)='$CC -shared $pic_flag $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname ${wl}$soname ${wl}-retain-symbols-file ${wl}$export_symbols -o $lib' ;; esac _LT_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}--rpath ${wl}$libdir' _LT_TAGVAR(export_dynamic_flag_spec, $1)='${wl}--export-dynamic' _LT_TAGVAR(whole_archive_flag_spec, $1)='${wl}--whole-archive`for conv in $convenience\"\"; do test -n \"$conv\" && new_convenience=\"$new_convenience,$conv\"; done; func_echo_all \"$new_convenience\"` ${wl}--no-whole-archive' ;; cxx*) # Compaq C++ _LT_TAGVAR(archive_cmds, $1)='$CC -shared $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname $wl$soname -o $lib' _LT_TAGVAR(archive_expsym_cmds, $1)='$CC -shared $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname $wl$soname -o $lib ${wl}-retain-symbols-file $wl$export_symbols' runpath_var=LD_RUN_PATH _LT_TAGVAR(hardcode_libdir_flag_spec, $1)='-rpath $libdir' _LT_TAGVAR(hardcode_libdir_separator, $1)=: # Commands to make compiler produce verbose output that lists # what "hidden" libraries, object files and flags are used when # linking a shared library. # # There doesn't appear to be a way to prevent this compiler from # explicitly linking system object files so we need to strip them # from the output so that they don't get included in the library # dependencies. output_verbose_link_cmd='templist=`$CC -shared $CFLAGS -v conftest.$objext 2>&1 | $GREP "ld"`; templist=`func_echo_all "$templist" | $SED "s/\(^.*ld.*\)\( .*ld .*$\)/\1/"`; list=""; for z in $templist; do case $z in conftest.$objext) list="$list $z";; *.$objext);; *) list="$list $z";;esac; done; func_echo_all "X$list" | $Xsed' ;; xl* | mpixl* | bgxl*) # IBM XL 8.0 on PPC, with GNU ld _LT_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}-rpath ${wl}$libdir' _LT_TAGVAR(export_dynamic_flag_spec, $1)='${wl}--export-dynamic' _LT_TAGVAR(archive_cmds, $1)='$CC -qmkshrobj $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib' if test "x$supports_anon_versioning" = xyes; then _LT_TAGVAR(archive_expsym_cmds, $1)='echo "{ global:" > $output_objdir/$libname.ver~ cat $export_symbols | sed -e "s/\(.*\)/\1;/" >> $output_objdir/$libname.ver~ echo "local: *; };" >> $output_objdir/$libname.ver~ $CC -qmkshrobj $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-version-script ${wl}$output_objdir/$libname.ver -o $lib' fi ;; *) case `$CC -V 2>&1 | sed 5q` in *Sun\ C*) # Sun C++ 5.9 _LT_TAGVAR(no_undefined_flag, $1)=' -zdefs' _LT_TAGVAR(archive_cmds, $1)='$CC -G${allow_undefined_flag} -h$soname -o $lib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags' _LT_TAGVAR(archive_expsym_cmds, $1)='$CC -G${allow_undefined_flag} -h$soname -o $lib $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-retain-symbols-file ${wl}$export_symbols' _LT_TAGVAR(hardcode_libdir_flag_spec, $1)='-R$libdir' _LT_TAGVAR(whole_archive_flag_spec, $1)='${wl}--whole-archive`new_convenience=; for conv in $convenience\"\"; do test -z \"$conv\" || new_convenience=\"$new_convenience,$conv\"; done; func_echo_all \"$new_convenience\"` ${wl}--no-whole-archive' _LT_TAGVAR(compiler_needs_object, $1)=yes # Not sure whether something based on # $CC $CFLAGS -v conftest.$objext -o libconftest$shared_ext 2>&1 # would be better. output_verbose_link_cmd='func_echo_all' # Archives containing C++ object files must be created using # "CC -xar", where "CC" is the Sun C++ compiler. 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(KAI) C++ Compiler # KCC will only create a shared library if the output file # ends with ".so" (or ".sl" for HP-UX), so rename the library # to its proper name (with version) after linking. _LT_TAGVAR(archive_cmds, $1)='tempext=`echo $shared_ext | $SED -e '\''s/\([[^()0-9A-Za-z{}]]\)/\\\\\1/g'\''`; templib=`echo "$lib" | $SED -e "s/\${tempext}\..*/.so/"`; $CC $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags --soname $soname -o \$templib; mv \$templib $lib' _LT_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}-rpath,$libdir' _LT_TAGVAR(hardcode_libdir_separator, $1)=: # Archives containing C++ object files must be created using # the KAI C++ compiler. case $host in osf3*) _LT_TAGVAR(old_archive_cmds, $1)='$CC -Bstatic -o $oldlib $oldobjs' ;; *) _LT_TAGVAR(old_archive_cmds, $1)='$CC -o $oldlib $oldobjs' ;; esac ;; RCC*) # Rational C++ 2.4.1 # FIXME: insert proper C++ library support _LT_TAGVAR(ld_shlibs, $1)=no ;; cxx*) case $host in osf3*) _LT_TAGVAR(allow_undefined_flag, $1)=' ${wl}-expect_unresolved ${wl}\*' _LT_TAGVAR(archive_cmds, $1)='$CC -shared${allow_undefined_flag} $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags ${wl}-soname $soname `test -n "$verstring" && func_echo_all "${wl}-set_version $verstring"` -update_registry ${output_objdir}/so_locations -o $lib' _LT_TAGVAR(hardcode_libdir_flag_spec, $1)='${wl}-rpath ${wl}$libdir' ;; *) _LT_TAGVAR(allow_undefined_flag, $1)=' -expect_unresolved \*' _LT_TAGVAR(archive_cmds, $1)='$CC -shared${allow_undefined_flag} $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags -msym -soname $soname `test -n "$verstring" && func_echo_all "-set_version $verstring"` -update_registry ${output_objdir}/so_locations -o $lib' _LT_TAGVAR(archive_expsym_cmds, $1)='for i in `cat $export_symbols`; do printf "%s %s\\n" -exported_symbol "\$i" >> $lib.exp; done~ echo "-hidden">> $lib.exp~ $CC -shared$allow_undefined_flag $predep_objects $libobjs $deplibs $postdep_objects $compiler_flags -msym -soname $soname ${wl}-input ${wl}$lib.exp `test -n "$verstring" && $ECHO "-set_version $verstring"` -update_registry ${output_objdir}/so_locations -o $lib~ $RM $lib.exp' _LT_TAGVAR(hardcode_libdir_flag_spec, $1)='-rpath $libdir' ;; esac _LT_TAGVAR(hardcode_libdir_separator, $1)=: # Commands to make compiler produce verbose output that lists # what "hidden" libraries, object files and flags are used when # linking a shared library. # # There doesn't appear to be a way to prevent this compiler from # explicitly linking system object files so we need to strip them # from the output so that they don't get included in the library # dependencies. output_verbose_link_cmd='templist=`$CC -shared $CFLAGS -v conftest.$objext 2>&1 | $GREP "ld" | $GREP -v "ld:"`; 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These are needed # for certain cross-compile configurations and native mingw. m4_defun([_LT_PATH_CONVERSION_FUNCTIONS], [AC_REQUIRE([AC_CANONICAL_HOST])dnl AC_REQUIRE([AC_CANONICAL_BUILD])dnl AC_MSG_CHECKING([how to convert $build file names to $host format]) AC_CACHE_VAL(lt_cv_to_host_file_cmd, [case $host in *-*-mingw* ) case $build in *-*-mingw* ) # actually msys lt_cv_to_host_file_cmd=func_convert_file_msys_to_w32 ;; *-*-cygwin* ) lt_cv_to_host_file_cmd=func_convert_file_cygwin_to_w32 ;; * ) # otherwise, assume *nix lt_cv_to_host_file_cmd=func_convert_file_nix_to_w32 ;; esac ;; *-*-cygwin* ) case $build in *-*-mingw* ) # actually msys lt_cv_to_host_file_cmd=func_convert_file_msys_to_cygwin ;; *-*-cygwin* ) lt_cv_to_host_file_cmd=func_convert_file_noop ;; * ) # otherwise, assume *nix lt_cv_to_host_file_cmd=func_convert_file_nix_to_cygwin ;; esac ;; * ) # unhandled hosts (and "normal" native builds) lt_cv_to_host_file_cmd=func_convert_file_noop ;; esac ]) to_host_file_cmd=$lt_cv_to_host_file_cmd AC_MSG_RESULT([$lt_cv_to_host_file_cmd]) _LT_DECL([to_host_file_cmd], [lt_cv_to_host_file_cmd], [0], [convert $build file names to $host format])dnl AC_MSG_CHECKING([how to convert $build file names to toolchain format]) AC_CACHE_VAL(lt_cv_to_tool_file_cmd, [#assume ordinary cross tools, or native build. lt_cv_to_tool_file_cmd=func_convert_file_noop case $host in *-*-mingw* ) case $build in *-*-mingw* ) # actually msys lt_cv_to_tool_file_cmd=func_convert_file_msys_to_w32 ;; esac ;; esac ]) to_tool_file_cmd=$lt_cv_to_tool_file_cmd AC_MSG_RESULT([$lt_cv_to_tool_file_cmd]) _LT_DECL([to_tool_file_cmd], [lt_cv_to_tool_file_cmd], [0], [convert $build files to toolchain format])dnl ])# _LT_PATH_CONVERSION_FUNCTIONS # Helper functions for option handling. -*- Autoconf -*- # # Copyright (C) 2004, 2005, 2007, 2008, 2009 Free Software Foundation, # Inc. # Written by Gary V. Vaughan, 2004 # # This file is free software; the Free Software Foundation gives # unlimited permission to copy and/or distribute it, with or without # modifications, as long as this notice is preserved. # serial 7 ltoptions.m4 # This is to help aclocal find these macros, as it can't see m4_define. AC_DEFUN([LTOPTIONS_VERSION], [m4_if([1])]) # _LT_MANGLE_OPTION(MACRO-NAME, OPTION-NAME) # ------------------------------------------ m4_define([_LT_MANGLE_OPTION], [[_LT_OPTION_]m4_bpatsubst($1__$2, [[^a-zA-Z0-9_]], [_])]) # _LT_SET_OPTION(MACRO-NAME, OPTION-NAME) # --------------------------------------- # Set option OPTION-NAME for macro MACRO-NAME, and if there is a # matching handler defined, dispatch to it. Other OPTION-NAMEs are # saved as a flag. m4_define([_LT_SET_OPTION], [m4_define(_LT_MANGLE_OPTION([$1], [$2]))dnl m4_ifdef(_LT_MANGLE_DEFUN([$1], [$2]), _LT_MANGLE_DEFUN([$1], [$2]), [m4_warning([Unknown $1 option `$2'])])[]dnl ]) # _LT_IF_OPTION(MACRO-NAME, OPTION-NAME, IF-SET, [IF-NOT-SET]) # ------------------------------------------------------------ # Execute IF-SET if OPTION is set, IF-NOT-SET otherwise. m4_define([_LT_IF_OPTION], [m4_ifdef(_LT_MANGLE_OPTION([$1], [$2]), [$3], [$4])]) # _LT_UNLESS_OPTIONS(MACRO-NAME, OPTION-LIST, IF-NOT-SET) # ------------------------------------------------------- # Execute IF-NOT-SET unless all options in OPTION-LIST for MACRO-NAME # are set. m4_define([_LT_UNLESS_OPTIONS], [m4_foreach([_LT_Option], m4_split(m4_normalize([$2])), [m4_ifdef(_LT_MANGLE_OPTION([$1], _LT_Option), [m4_define([$0_found])])])[]dnl m4_ifdef([$0_found], [m4_undefine([$0_found])], [$3 ])[]dnl ]) # _LT_SET_OPTIONS(MACRO-NAME, OPTION-LIST) # ---------------------------------------- # OPTION-LIST is a space-separated list of Libtool options associated # with MACRO-NAME. If any OPTION has a matching handler declared with # LT_OPTION_DEFINE, dispatch to that macro; otherwise complain about # the unknown option and exit. m4_defun([_LT_SET_OPTIONS], [# Set options m4_foreach([_LT_Option], m4_split(m4_normalize([$2])), [_LT_SET_OPTION([$1], _LT_Option)]) m4_if([$1],[LT_INIT],[ dnl dnl Simply set some default values (i.e off) if boolean options were not dnl specified: _LT_UNLESS_OPTIONS([LT_INIT], [dlopen], [enable_dlopen=no ]) _LT_UNLESS_OPTIONS([LT_INIT], [win32-dll], [enable_win32_dll=no ]) dnl dnl If no reference was made to various pairs of opposing options, then dnl we run the default mode handler for the pair. For example, if neither dnl `shared' nor `disable-shared' was passed, we enable building of shared dnl archives by default: _LT_UNLESS_OPTIONS([LT_INIT], [shared disable-shared], [_LT_ENABLE_SHARED]) _LT_UNLESS_OPTIONS([LT_INIT], [static disable-static], [_LT_ENABLE_STATIC]) _LT_UNLESS_OPTIONS([LT_INIT], [pic-only no-pic], [_LT_WITH_PIC]) _LT_UNLESS_OPTIONS([LT_INIT], [fast-install disable-fast-install], [_LT_ENABLE_FAST_INSTALL]) ]) ])# _LT_SET_OPTIONS # _LT_MANGLE_DEFUN(MACRO-NAME, OPTION-NAME) # ----------------------------------------- m4_define([_LT_MANGLE_DEFUN], [[_LT_OPTION_DEFUN_]m4_bpatsubst(m4_toupper([$1__$2]), [[^A-Z0-9_]], [_])]) # LT_OPTION_DEFINE(MACRO-NAME, OPTION-NAME, CODE) # ----------------------------------------------- m4_define([LT_OPTION_DEFINE], [m4_define(_LT_MANGLE_DEFUN([$1], [$2]), [$3])[]dnl ])# LT_OPTION_DEFINE # dlopen # ------ LT_OPTION_DEFINE([LT_INIT], [dlopen], [enable_dlopen=yes ]) AU_DEFUN([AC_LIBTOOL_DLOPEN], [_LT_SET_OPTION([LT_INIT], [dlopen]) AC_DIAGNOSE([obsolete], [$0: Remove this warning and the call to _LT_SET_OPTION when you put the `dlopen' option into LT_INIT's first parameter.]) ]) dnl aclocal-1.4 backwards compatibility: dnl AC_DEFUN([AC_LIBTOOL_DLOPEN], []) # win32-dll # --------- # Declare package support for building win32 dll's. LT_OPTION_DEFINE([LT_INIT], [win32-dll], [enable_win32_dll=yes case $host in *-*-cygwin* | *-*-mingw* | *-*-pw32* | *-*-cegcc*) AC_CHECK_TOOL(AS, as, false) AC_CHECK_TOOL(DLLTOOL, dlltool, false) AC_CHECK_TOOL(OBJDUMP, objdump, false) ;; esac test -z "$AS" && AS=as _LT_DECL([], [AS], [1], [Assembler program])dnl test -z "$DLLTOOL" && DLLTOOL=dlltool _LT_DECL([], [DLLTOOL], [1], [DLL creation program])dnl test -z "$OBJDUMP" && OBJDUMP=objdump _LT_DECL([], [OBJDUMP], [1], [Object dumper program])dnl ])# win32-dll AU_DEFUN([AC_LIBTOOL_WIN32_DLL], [AC_REQUIRE([AC_CANONICAL_HOST])dnl _LT_SET_OPTION([LT_INIT], [win32-dll]) AC_DIAGNOSE([obsolete], [$0: Remove this warning and the call to _LT_SET_OPTION when you put the `win32-dll' option into LT_INIT's first parameter.]) ]) dnl aclocal-1.4 backwards compatibility: dnl AC_DEFUN([AC_LIBTOOL_WIN32_DLL], []) # _LT_ENABLE_SHARED([DEFAULT]) # ---------------------------- # implement the --enable-shared flag, and supports the `shared' and # `disable-shared' LT_INIT options. # DEFAULT is either `yes' or `no'. If omitted, it defaults to `yes'. m4_define([_LT_ENABLE_SHARED], [m4_define([_LT_ENABLE_SHARED_DEFAULT], [m4_if($1, no, no, yes)])dnl AC_ARG_ENABLE([shared], [AS_HELP_STRING([--enable-shared@<:@=PKGS@:>@], [build shared libraries @<:@default=]_LT_ENABLE_SHARED_DEFAULT[@:>@])], [p=${PACKAGE-default} case $enableval in yes) enable_shared=yes ;; no) enable_shared=no ;; *) enable_shared=no # Look at the argument we got. We use all the common list separators. lt_save_ifs="$IFS"; IFS="${IFS}$PATH_SEPARATOR," for pkg in $enableval; do IFS="$lt_save_ifs" if test "X$pkg" = "X$p"; then enable_shared=yes fi done IFS="$lt_save_ifs" ;; esac], [enable_shared=]_LT_ENABLE_SHARED_DEFAULT) _LT_DECL([build_libtool_libs], [enable_shared], [0], [Whether or not to build shared libraries]) ])# _LT_ENABLE_SHARED LT_OPTION_DEFINE([LT_INIT], [shared], [_LT_ENABLE_SHARED([yes])]) LT_OPTION_DEFINE([LT_INIT], [disable-shared], [_LT_ENABLE_SHARED([no])]) # Old names: AC_DEFUN([AC_ENABLE_SHARED], [_LT_SET_OPTION([LT_INIT], m4_if([$1], [no], [disable-])[shared]) ]) AC_DEFUN([AC_DISABLE_SHARED], [_LT_SET_OPTION([LT_INIT], [disable-shared]) ]) AU_DEFUN([AM_ENABLE_SHARED], [AC_ENABLE_SHARED($@)]) AU_DEFUN([AM_DISABLE_SHARED], [AC_DISABLE_SHARED($@)]) dnl aclocal-1.4 backwards compatibility: dnl AC_DEFUN([AM_ENABLE_SHARED], []) dnl AC_DEFUN([AM_DISABLE_SHARED], []) # _LT_ENABLE_STATIC([DEFAULT]) # ---------------------------- # implement the --enable-static flag, and support the `static' and # `disable-static' LT_INIT options. # DEFAULT is either `yes' or `no'. If omitted, it defaults to `yes'. m4_define([_LT_ENABLE_STATIC], [m4_define([_LT_ENABLE_STATIC_DEFAULT], [m4_if($1, no, no, yes)])dnl AC_ARG_ENABLE([static], [AS_HELP_STRING([--enable-static@<:@=PKGS@:>@], [build static libraries @<:@default=]_LT_ENABLE_STATIC_DEFAULT[@:>@])], [p=${PACKAGE-default} case $enableval in yes) enable_static=yes ;; no) enable_static=no ;; *) enable_static=no # Look at the argument we got. We use all the common list separators. lt_save_ifs="$IFS"; IFS="${IFS}$PATH_SEPARATOR," for pkg in $enableval; do IFS="$lt_save_ifs" if test "X$pkg" = "X$p"; then enable_static=yes fi done IFS="$lt_save_ifs" ;; esac], [enable_static=]_LT_ENABLE_STATIC_DEFAULT) _LT_DECL([build_old_libs], [enable_static], [0], [Whether or not to build static libraries]) ])# _LT_ENABLE_STATIC LT_OPTION_DEFINE([LT_INIT], [static], [_LT_ENABLE_STATIC([yes])]) LT_OPTION_DEFINE([LT_INIT], [disable-static], [_LT_ENABLE_STATIC([no])]) # Old names: AC_DEFUN([AC_ENABLE_STATIC], [_LT_SET_OPTION([LT_INIT], m4_if([$1], [no], [disable-])[static]) ]) AC_DEFUN([AC_DISABLE_STATIC], [_LT_SET_OPTION([LT_INIT], [disable-static]) ]) AU_DEFUN([AM_ENABLE_STATIC], [AC_ENABLE_STATIC($@)]) AU_DEFUN([AM_DISABLE_STATIC], [AC_DISABLE_STATIC($@)]) dnl aclocal-1.4 backwards compatibility: dnl AC_DEFUN([AM_ENABLE_STATIC], []) dnl AC_DEFUN([AM_DISABLE_STATIC], []) # _LT_ENABLE_FAST_INSTALL([DEFAULT]) # ---------------------------------- # implement the --enable-fast-install flag, and support the `fast-install' # and `disable-fast-install' LT_INIT options. # DEFAULT is either `yes' or `no'. If omitted, it defaults to `yes'. m4_define([_LT_ENABLE_FAST_INSTALL], [m4_define([_LT_ENABLE_FAST_INSTALL_DEFAULT], [m4_if($1, no, no, yes)])dnl AC_ARG_ENABLE([fast-install], [AS_HELP_STRING([--enable-fast-install@<:@=PKGS@:>@], [optimize for fast installation @<:@default=]_LT_ENABLE_FAST_INSTALL_DEFAULT[@:>@])], [p=${PACKAGE-default} case $enableval in yes) enable_fast_install=yes ;; no) enable_fast_install=no ;; *) enable_fast_install=no # Look at the argument we got. We use all the common list separators. lt_save_ifs="$IFS"; IFS="${IFS}$PATH_SEPARATOR," for pkg in $enableval; do IFS="$lt_save_ifs" if test "X$pkg" = "X$p"; then enable_fast_install=yes fi done IFS="$lt_save_ifs" ;; esac], [enable_fast_install=]_LT_ENABLE_FAST_INSTALL_DEFAULT) _LT_DECL([fast_install], [enable_fast_install], [0], [Whether or not to optimize for fast installation])dnl ])# _LT_ENABLE_FAST_INSTALL LT_OPTION_DEFINE([LT_INIT], [fast-install], [_LT_ENABLE_FAST_INSTALL([yes])]) LT_OPTION_DEFINE([LT_INIT], [disable-fast-install], [_LT_ENABLE_FAST_INSTALL([no])]) # Old names: AU_DEFUN([AC_ENABLE_FAST_INSTALL], [_LT_SET_OPTION([LT_INIT], m4_if([$1], [no], [disable-])[fast-install]) AC_DIAGNOSE([obsolete], [$0: Remove this warning and the call to _LT_SET_OPTION when you put the `fast-install' option into LT_INIT's first parameter.]) ]) AU_DEFUN([AC_DISABLE_FAST_INSTALL], [_LT_SET_OPTION([LT_INIT], [disable-fast-install]) AC_DIAGNOSE([obsolete], [$0: Remove this warning and the call to _LT_SET_OPTION when you put the `disable-fast-install' option into LT_INIT's first parameter.]) ]) dnl aclocal-1.4 backwards compatibility: dnl AC_DEFUN([AC_ENABLE_FAST_INSTALL], []) dnl AC_DEFUN([AM_DISABLE_FAST_INSTALL], []) # _LT_WITH_PIC([MODE]) # -------------------- # implement the --with-pic flag, and support the `pic-only' and `no-pic' # LT_INIT options. # MODE is either `yes' or `no'. If omitted, it defaults to `both'. m4_define([_LT_WITH_PIC], [AC_ARG_WITH([pic], [AS_HELP_STRING([--with-pic@<:@=PKGS@:>@], [try to use only PIC/non-PIC objects @<:@default=use both@:>@])], [lt_p=${PACKAGE-default} case $withval in yes|no) pic_mode=$withval ;; *) pic_mode=default # Look at the argument we got. We use all the common list separators. lt_save_ifs="$IFS"; IFS="${IFS}$PATH_SEPARATOR," for lt_pkg in $withval; do IFS="$lt_save_ifs" if test "X$lt_pkg" = "X$lt_p"; then pic_mode=yes fi done IFS="$lt_save_ifs" ;; esac], [pic_mode=default]) test -z "$pic_mode" && pic_mode=m4_default([$1], [default]) _LT_DECL([], [pic_mode], [0], [What type of objects to build])dnl ])# _LT_WITH_PIC LT_OPTION_DEFINE([LT_INIT], [pic-only], [_LT_WITH_PIC([yes])]) LT_OPTION_DEFINE([LT_INIT], [no-pic], [_LT_WITH_PIC([no])]) # Old name: AU_DEFUN([AC_LIBTOOL_PICMODE], [_LT_SET_OPTION([LT_INIT], [pic-only]) AC_DIAGNOSE([obsolete], [$0: Remove this warning and the call to _LT_SET_OPTION when you put the `pic-only' option into LT_INIT's first parameter.]) ]) dnl aclocal-1.4 backwards compatibility: dnl AC_DEFUN([AC_LIBTOOL_PICMODE], []) m4_define([_LTDL_MODE], []) LT_OPTION_DEFINE([LTDL_INIT], [nonrecursive], [m4_define([_LTDL_MODE], [nonrecursive])]) LT_OPTION_DEFINE([LTDL_INIT], [recursive], [m4_define([_LTDL_MODE], [recursive])]) LT_OPTION_DEFINE([LTDL_INIT], [subproject], [m4_define([_LTDL_MODE], [subproject])]) m4_define([_LTDL_TYPE], []) LT_OPTION_DEFINE([LTDL_INIT], [installable], [m4_define([_LTDL_TYPE], [installable])]) LT_OPTION_DEFINE([LTDL_INIT], [convenience], [m4_define([_LTDL_TYPE], [convenience])]) # ltsugar.m4 -- libtool m4 base layer. -*-Autoconf-*- # # Copyright (C) 2004, 2005, 2007, 2008 Free Software Foundation, Inc. # Written by Gary V. Vaughan, 2004 # # This file is free software; the Free Software Foundation gives # unlimited permission to copy and/or distribute it, with or without # modifications, as long as this notice is preserved. # serial 6 ltsugar.m4 # This is to help aclocal find these macros, as it can't see m4_define. AC_DEFUN([LTSUGAR_VERSION], [m4_if([0.1])]) # lt_join(SEP, ARG1, [ARG2...]) # ----------------------------- # Produce ARG1SEPARG2...SEPARGn, omitting [] arguments and their # associated separator. # Needed until we can rely on m4_join from Autoconf 2.62, since all earlier # versions in m4sugar had bugs. m4_define([lt_join], [m4_if([$#], [1], [], [$#], [2], [[$2]], [m4_if([$2], [], [], [[$2]_])$0([$1], m4_shift(m4_shift($@)))])]) m4_define([_lt_join], [m4_if([$#$2], [2], [], [m4_if([$2], [], [], [[$1$2]])$0([$1], m4_shift(m4_shift($@)))])]) # lt_car(LIST) # lt_cdr(LIST) # ------------ # Manipulate m4 lists. # These macros are necessary as long as will still need to support # Autoconf-2.59 which quotes differently. m4_define([lt_car], [[$1]]) m4_define([lt_cdr], [m4_if([$#], 0, [m4_fatal([$0: cannot be called without arguments])], [$#], 1, [], [m4_dquote(m4_shift($@))])]) m4_define([lt_unquote], $1) # lt_append(MACRO-NAME, STRING, [SEPARATOR]) # ------------------------------------------ # Redefine MACRO-NAME to hold its former content plus `SEPARATOR'`STRING'. # Note that neither SEPARATOR nor STRING are expanded; they are appended # to MACRO-NAME as is (leaving the expansion for when MACRO-NAME is invoked). # No SEPARATOR is output if MACRO-NAME was previously undefined (different # than defined and empty). # # This macro is needed until we can rely on Autoconf 2.62, since earlier # versions of m4sugar mistakenly expanded SEPARATOR but not STRING. m4_define([lt_append], [m4_define([$1], m4_ifdef([$1], [m4_defn([$1])[$3]])[$2])]) # lt_combine(SEP, PREFIX-LIST, INFIX, SUFFIX1, [SUFFIX2...]) # ---------------------------------------------------------- # Produce a SEP delimited list of all paired combinations of elements of # PREFIX-LIST with SUFFIX1 through SUFFIXn. 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See the GNU # General Public License for more details. # # You should have received a copy of the GNU General Public License # along with this program; if not, see . # # As a special exception to the GNU General Public License, if you # distribute this file as part of a program that contains a # configuration script generated by Autoconf, you may include it under # the same distribution terms that you use for the rest of that program. # Originally written by Per Bothner. Please send patches (context # diff format) to and include a ChangeLog # entry. # # This script attempts to guess a canonical system name similar to # config.sub. If it succeeds, it prints the system name on stdout, and # exits with 0. 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But MiNT is downward compatible to TOS, so this should # be no problem. atarist[e]:*MiNT:*:* | atarist[e]:*mint:*:* | atarist[e]:*TOS:*:*) echo m68k-atari-mint${UNAME_RELEASE} exit ;; atari*:*MiNT:*:* | atari*:*mint:*:* | atarist[e]:*TOS:*:*) echo m68k-atari-mint${UNAME_RELEASE} exit ;; *falcon*:*MiNT:*:* | *falcon*:*mint:*:* | *falcon*:*TOS:*:*) echo m68k-atari-mint${UNAME_RELEASE} exit ;; milan*:*MiNT:*:* | milan*:*mint:*:* | *milan*:*TOS:*:*) echo m68k-milan-mint${UNAME_RELEASE} exit ;; hades*:*MiNT:*:* | hades*:*mint:*:* | *hades*:*TOS:*:*) echo m68k-hades-mint${UNAME_RELEASE} exit ;; *:*MiNT:*:* | *:*mint:*:* | *:*TOS:*:*) echo m68k-unknown-mint${UNAME_RELEASE} exit ;; m68k:machten:*:*) echo m68k-apple-machten${UNAME_RELEASE} exit ;; powerpc:machten:*:*) echo powerpc-apple-machten${UNAME_RELEASE} exit ;; RISC*:Mach:*:*) echo mips-dec-mach_bsd4.3 exit ;; RISC*:ULTRIX:*:*) echo mips-dec-ultrix${UNAME_RELEASE} exit ;; VAX*:ULTRIX*:*:*) echo vax-dec-ultrix${UNAME_RELEASE} exit ;; 2020:CLIX:*:* | 2430:CLIX:*:*) echo clipper-intergraph-clix${UNAME_RELEASE} exit ;; mips:*:*:UMIPS | mips:*:*:RISCos) eval $set_cc_for_build sed 's/^ //' << EOF >$dummy.c #ifdef __cplusplus #include /* for printf() prototype */ int main (int argc, char *argv[]) { #else int main (argc, argv) int argc; char *argv[]; { #endif #if defined (host_mips) && defined (MIPSEB) #if defined (SYSTYPE_SYSV) printf ("mips-mips-riscos%ssysv\n", argv[1]); exit (0); #endif #if defined (SYSTYPE_SVR4) printf ("mips-mips-riscos%ssvr4\n", argv[1]); exit (0); #endif #if defined (SYSTYPE_BSD43) || defined(SYSTYPE_BSD) printf ("mips-mips-riscos%sbsd\n", argv[1]); exit (0); #endif #endif exit (-1); } EOF $CC_FOR_BUILD -o $dummy $dummy.c && dummyarg=`echo "${UNAME_RELEASE}" | sed -n 's/\([0-9]*\).*/\1/p'` && SYSTEM_NAME=`$dummy $dummyarg` && { echo "$SYSTEM_NAME"; exit; } echo mips-mips-riscos${UNAME_RELEASE} exit ;; Motorola:PowerMAX_OS:*:*) echo powerpc-motorola-powermax exit ;; Motorola:*:4.3:PL8-*) echo powerpc-harris-powermax exit ;; Night_Hawk:*:*:PowerMAX_OS | Synergy:PowerMAX_OS:*:*) echo powerpc-harris-powermax exit ;; Night_Hawk:Power_UNIX:*:*) echo powerpc-harris-powerunix exit ;; m88k:CX/UX:7*:*) echo m88k-harris-cxux7 exit ;; m88k:*:4*:R4*) echo m88k-motorola-sysv4 exit ;; m88k:*:3*:R3*) echo m88k-motorola-sysv3 exit ;; AViiON:dgux:*:*) # DG/UX returns AViiON for all architectures UNAME_PROCESSOR=`/usr/bin/uname -p` if [ $UNAME_PROCESSOR = mc88100 ] || [ $UNAME_PROCESSOR = mc88110 ] then if [ ${TARGET_BINARY_INTERFACE}x = m88kdguxelfx ] || \ [ ${TARGET_BINARY_INTERFACE}x = x ] then echo m88k-dg-dgux${UNAME_RELEASE} else echo m88k-dg-dguxbcs${UNAME_RELEASE} fi else echo i586-dg-dgux${UNAME_RELEASE} fi exit ;; M88*:DolphinOS:*:*) # DolphinOS (SVR3) echo m88k-dolphin-sysv3 exit ;; M88*:*:R3*:*) # Delta 88k system running SVR3 echo m88k-motorola-sysv3 exit ;; XD88*:*:*:*) # Tektronix XD88 system running UTekV (SVR3) echo m88k-tektronix-sysv3 exit ;; Tek43[0-9][0-9]:UTek:*:*) # Tektronix 4300 system running UTek (BSD) echo m68k-tektronix-bsd exit ;; *:IRIX*:*:*) echo mips-sgi-irix`echo ${UNAME_RELEASE}|sed -e 's/-/_/g'` exit ;; ????????:AIX?:[12].1:2) # AIX 2.2.1 or AIX 2.1.1 is RT/PC AIX. echo romp-ibm-aix # uname -m gives an 8 hex-code CPU id exit ;; # Note that: echo "'`uname -s`'" gives 'AIX ' i*86:AIX:*:*) echo i386-ibm-aix exit ;; ia64:AIX:*:*) if [ -x /usr/bin/oslevel ] ; then IBM_REV=`/usr/bin/oslevel` else IBM_REV=${UNAME_VERSION}.${UNAME_RELEASE} fi echo ${UNAME_MACHINE}-ibm-aix${IBM_REV} exit ;; *:AIX:2:3) if grep bos325 /usr/include/stdio.h >/dev/null 2>&1; then eval $set_cc_for_build sed 's/^ //' << EOF >$dummy.c #include main() { if (!__power_pc()) exit(1); puts("powerpc-ibm-aix3.2.5"); exit(0); } EOF if $CC_FOR_BUILD -o $dummy $dummy.c && SYSTEM_NAME=`$dummy` then echo "$SYSTEM_NAME" else echo rs6000-ibm-aix3.2.5 fi elif grep bos324 /usr/include/stdio.h >/dev/null 2>&1; then echo rs6000-ibm-aix3.2.4 else echo rs6000-ibm-aix3.2 fi exit ;; *:AIX:*:[4567]) IBM_CPU_ID=`/usr/sbin/lsdev -C -c processor -S available | sed 1q | awk '{ print $1 }'` if /usr/sbin/lsattr -El ${IBM_CPU_ID} | grep ' POWER' >/dev/null 2>&1; then IBM_ARCH=rs6000 else IBM_ARCH=powerpc fi if [ -x /usr/bin/oslevel ] ; then IBM_REV=`/usr/bin/oslevel` else IBM_REV=${UNAME_VERSION}.${UNAME_RELEASE} fi echo ${IBM_ARCH}-ibm-aix${IBM_REV} exit ;; *:AIX:*:*) echo rs6000-ibm-aix exit ;; ibmrt:4.4BSD:*|romp-ibm:BSD:*) echo romp-ibm-bsd4.4 exit ;; ibmrt:*BSD:*|romp-ibm:BSD:*) # covers RT/PC BSD and echo romp-ibm-bsd${UNAME_RELEASE} # 4.3 with uname added to exit ;; # report: romp-ibm BSD 4.3 *:BOSX:*:*) echo rs6000-bull-bosx exit ;; DPX/2?00:B.O.S.:*:*) echo m68k-bull-sysv3 exit ;; 9000/[34]??:4.3bsd:1.*:*) echo m68k-hp-bsd exit ;; hp300:4.4BSD:*:* | 9000/[34]??:4.3bsd:2.*:*) echo m68k-hp-bsd4.4 exit ;; 9000/[34678]??:HP-UX:*:*) HPUX_REV=`echo ${UNAME_RELEASE}|sed -e 's/[^.]*.[0B]*//'` case "${UNAME_MACHINE}" in 9000/31? ) HP_ARCH=m68000 ;; 9000/[34]?? ) HP_ARCH=m68k ;; 9000/[678][0-9][0-9]) if [ -x /usr/bin/getconf ]; then sc_cpu_version=`/usr/bin/getconf SC_CPU_VERSION 2>/dev/null` sc_kernel_bits=`/usr/bin/getconf SC_KERNEL_BITS 2>/dev/null` case "${sc_cpu_version}" in 523) HP_ARCH="hppa1.0" ;; # CPU_PA_RISC1_0 528) HP_ARCH="hppa1.1" ;; # CPU_PA_RISC1_1 532) # CPU_PA_RISC2_0 case "${sc_kernel_bits}" in 32) HP_ARCH="hppa2.0n" ;; 64) HP_ARCH="hppa2.0w" ;; '') HP_ARCH="hppa2.0" ;; # HP-UX 10.20 esac ;; esac fi if [ "${HP_ARCH}" = "" ]; then eval $set_cc_for_build sed 's/^ //' << EOF >$dummy.c #define _HPUX_SOURCE #include #include int main () { #if defined(_SC_KERNEL_BITS) long bits = sysconf(_SC_KERNEL_BITS); #endif long cpu = sysconf (_SC_CPU_VERSION); switch (cpu) { case CPU_PA_RISC1_0: puts ("hppa1.0"); break; case CPU_PA_RISC1_1: puts ("hppa1.1"); break; case CPU_PA_RISC2_0: #if defined(_SC_KERNEL_BITS) switch (bits) { case 64: puts ("hppa2.0w"); break; case 32: puts ("hppa2.0n"); break; default: puts ("hppa2.0"); break; } break; #else /* !defined(_SC_KERNEL_BITS) */ puts ("hppa2.0"); break; #endif default: puts ("hppa1.0"); break; } exit (0); } EOF (CCOPTS= $CC_FOR_BUILD -o $dummy $dummy.c 2>/dev/null) && HP_ARCH=`$dummy` test -z "$HP_ARCH" && HP_ARCH=hppa fi ;; esac if [ ${HP_ARCH} = "hppa2.0w" ] then eval $set_cc_for_build # hppa2.0w-hp-hpux* has a 64-bit kernel and a compiler generating # 32-bit code. hppa64-hp-hpux* has the same kernel and a compiler # generating 64-bit code. GNU and HP use different nomenclature: # # $ CC_FOR_BUILD=cc ./config.guess # => hppa2.0w-hp-hpux11.23 # $ CC_FOR_BUILD="cc +DA2.0w" ./config.guess # => hppa64-hp-hpux11.23 if echo __LP64__ | (CCOPTS= $CC_FOR_BUILD -E - 2>/dev/null) | grep -q __LP64__ then HP_ARCH="hppa2.0w" else HP_ARCH="hppa64" fi fi echo ${HP_ARCH}-hp-hpux${HPUX_REV} exit ;; ia64:HP-UX:*:*) HPUX_REV=`echo ${UNAME_RELEASE}|sed -e 's/[^.]*.[0B]*//'` echo ia64-hp-hpux${HPUX_REV} exit ;; 3050*:HI-UX:*:*) eval $set_cc_for_build sed 's/^ //' << EOF >$dummy.c #include int main () { long cpu = sysconf (_SC_CPU_VERSION); /* The order matters, because CPU_IS_HP_MC68K erroneously returns true for CPU_PA_RISC1_0. CPU_IS_PA_RISC returns correct results, however. */ if (CPU_IS_PA_RISC (cpu)) { switch (cpu) { case CPU_PA_RISC1_0: puts ("hppa1.0-hitachi-hiuxwe2"); break; case CPU_PA_RISC1_1: puts ("hppa1.1-hitachi-hiuxwe2"); break; case CPU_PA_RISC2_0: puts ("hppa2.0-hitachi-hiuxwe2"); break; default: puts ("hppa-hitachi-hiuxwe2"); break; } } else if (CPU_IS_HP_MC68K (cpu)) puts ("m68k-hitachi-hiuxwe2"); else puts ("unknown-hitachi-hiuxwe2"); exit (0); } EOF $CC_FOR_BUILD -o $dummy $dummy.c && SYSTEM_NAME=`$dummy` && { echo "$SYSTEM_NAME"; exit; } echo unknown-hitachi-hiuxwe2 exit ;; 9000/7??:4.3bsd:*:* | 9000/8?[79]:4.3bsd:*:* ) echo hppa1.1-hp-bsd exit ;; 9000/8??:4.3bsd:*:*) echo hppa1.0-hp-bsd exit ;; *9??*:MPE/iX:*:* | *3000*:MPE/iX:*:*) echo hppa1.0-hp-mpeix exit ;; hp7??:OSF1:*:* | hp8?[79]:OSF1:*:* ) echo hppa1.1-hp-osf exit ;; hp8??:OSF1:*:*) echo hppa1.0-hp-osf exit ;; i*86:OSF1:*:*) if [ -x /usr/sbin/sysversion ] ; then echo ${UNAME_MACHINE}-unknown-osf1mk else echo ${UNAME_MACHINE}-unknown-osf1 fi exit ;; parisc*:Lites*:*:*) echo hppa1.1-hp-lites exit ;; C1*:ConvexOS:*:* | convex:ConvexOS:C1*:*) echo c1-convex-bsd exit ;; C2*:ConvexOS:*:* | convex:ConvexOS:C2*:*) if getsysinfo -f scalar_acc then echo c32-convex-bsd else echo c2-convex-bsd fi exit ;; C34*:ConvexOS:*:* | convex:ConvexOS:C34*:*) echo c34-convex-bsd exit ;; C38*:ConvexOS:*:* | convex:ConvexOS:C38*:*) echo c38-convex-bsd exit ;; C4*:ConvexOS:*:* | convex:ConvexOS:C4*:*) echo c4-convex-bsd exit ;; CRAY*Y-MP:*:*:*) echo ymp-cray-unicos${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/' exit ;; CRAY*[A-Z]90:*:*:*) echo ${UNAME_MACHINE}-cray-unicos${UNAME_RELEASE} \ | sed -e 's/CRAY.*\([A-Z]90\)/\1/' \ -e y/ABCDEFGHIJKLMNOPQRSTUVWXYZ/abcdefghijklmnopqrstuvwxyz/ \ -e 's/\.[^.]*$/.X/' exit ;; CRAY*TS:*:*:*) echo t90-cray-unicos${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/' exit ;; CRAY*T3E:*:*:*) echo alphaev5-cray-unicosmk${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/' exit ;; CRAY*SV1:*:*:*) echo sv1-cray-unicos${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/' exit ;; *:UNICOS/mp:*:*) echo craynv-cray-unicosmp${UNAME_RELEASE} | sed -e 's/\.[^.]*$/.X/' exit ;; F30[01]:UNIX_System_V:*:* | F700:UNIX_System_V:*:*) FUJITSU_PROC=`uname -m | tr 'ABCDEFGHIJKLMNOPQRSTUVWXYZ' 'abcdefghijklmnopqrstuvwxyz'` FUJITSU_SYS=`uname -p | tr 'ABCDEFGHIJKLMNOPQRSTUVWXYZ' 'abcdefghijklmnopqrstuvwxyz' | sed -e 's/\///'` FUJITSU_REL=`echo ${UNAME_RELEASE} | sed -e 's/ /_/'` echo "${FUJITSU_PROC}-fujitsu-${FUJITSU_SYS}${FUJITSU_REL}" exit ;; 5000:UNIX_System_V:4.*:*) FUJITSU_SYS=`uname -p | tr 'ABCDEFGHIJKLMNOPQRSTUVWXYZ' 'abcdefghijklmnopqrstuvwxyz' | sed -e 's/\///'` FUJITSU_REL=`echo ${UNAME_RELEASE} | tr 'ABCDEFGHIJKLMNOPQRSTUVWXYZ' 'abcdefghijklmnopqrstuvwxyz' | sed -e 's/ /_/'` echo "sparc-fujitsu-${FUJITSU_SYS}${FUJITSU_REL}" exit ;; i*86:BSD/386:*:* | i*86:BSD/OS:*:* | *:Ascend\ Embedded/OS:*:*) echo ${UNAME_MACHINE}-pc-bsdi${UNAME_RELEASE} exit ;; sparc*:BSD/OS:*:*) echo sparc-unknown-bsdi${UNAME_RELEASE} exit ;; *:BSD/OS:*:*) echo ${UNAME_MACHINE}-unknown-bsdi${UNAME_RELEASE} exit ;; *:FreeBSD:*:*) UNAME_PROCESSOR=`/usr/bin/uname -p` case ${UNAME_PROCESSOR} in amd64) echo x86_64-unknown-freebsd`echo ${UNAME_RELEASE}|sed -e 's/[-(].*//'` ;; *) echo ${UNAME_PROCESSOR}-unknown-freebsd`echo ${UNAME_RELEASE}|sed -e 's/[-(].*//'` ;; esac exit ;; i*:CYGWIN*:*) echo ${UNAME_MACHINE}-pc-cygwin exit ;; *:MINGW*:*) echo ${UNAME_MACHINE}-pc-mingw32 exit ;; i*:MSYS*:*) echo ${UNAME_MACHINE}-pc-msys exit ;; i*:windows32*:*) # uname -m includes "-pc" on this system. echo ${UNAME_MACHINE}-mingw32 exit ;; i*:PW*:*) echo ${UNAME_MACHINE}-pc-pw32 exit ;; *:Interix*:*) case ${UNAME_MACHINE} in x86) echo i586-pc-interix${UNAME_RELEASE} exit ;; authenticamd | genuineintel | EM64T) echo x86_64-unknown-interix${UNAME_RELEASE} exit ;; IA64) echo ia64-unknown-interix${UNAME_RELEASE} exit ;; esac ;; [345]86:Windows_95:* | [345]86:Windows_98:* | [345]86:Windows_NT:*) echo i${UNAME_MACHINE}-pc-mks exit ;; 8664:Windows_NT:*) echo x86_64-pc-mks exit ;; i*:Windows_NT*:* | Pentium*:Windows_NT*:*) # How do we know it's Interix rather than the generic POSIX subsystem? # It also conflicts with pre-2.0 versions of AT&T UWIN. Should we # UNAME_MACHINE based on the output of uname instead of i386? echo i586-pc-interix exit ;; i*:UWIN*:*) echo ${UNAME_MACHINE}-pc-uwin exit ;; amd64:CYGWIN*:*:* | x86_64:CYGWIN*:*:*) echo x86_64-unknown-cygwin exit ;; p*:CYGWIN*:*) echo powerpcle-unknown-cygwin exit ;; prep*:SunOS:5.*:*) echo powerpcle-unknown-solaris2`echo ${UNAME_RELEASE}|sed -e 's/[^.]*//'` exit ;; *:GNU:*:*) # the GNU system echo `echo ${UNAME_MACHINE}|sed -e 's,[-/].*$,,'`-unknown-gnu`echo ${UNAME_RELEASE}|sed -e 's,/.*$,,'` exit ;; *:GNU/*:*:*) # other systems with GNU libc and userland echo ${UNAME_MACHINE}-unknown-`echo ${UNAME_SYSTEM} | sed 's,^[^/]*/,,' | tr '[A-Z]' '[a-z]'``echo ${UNAME_RELEASE}|sed -e 's/[-(].*//'`-gnu exit ;; i*86:Minix:*:*) echo ${UNAME_MACHINE}-pc-minix exit ;; aarch64:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; aarch64_be:Linux:*:*) UNAME_MACHINE=aarch64_be echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; alpha:Linux:*:*) case `sed -n '/^cpu model/s/^.*: \(.*\)/\1/p' < /proc/cpuinfo` in EV5) UNAME_MACHINE=alphaev5 ;; EV56) UNAME_MACHINE=alphaev56 ;; PCA56) UNAME_MACHINE=alphapca56 ;; PCA57) UNAME_MACHINE=alphapca56 ;; EV6) UNAME_MACHINE=alphaev6 ;; EV67) UNAME_MACHINE=alphaev67 ;; EV68*) UNAME_MACHINE=alphaev68 ;; esac objdump --private-headers /bin/sh | grep -q ld.so.1 if test "$?" = 0 ; then LIBC="libc1" ; else LIBC="" ; fi echo ${UNAME_MACHINE}-unknown-linux-gnu${LIBC} exit ;; arm*:Linux:*:*) eval $set_cc_for_build if echo __ARM_EABI__ | $CC_FOR_BUILD -E - 2>/dev/null \ | grep -q __ARM_EABI__ then echo ${UNAME_MACHINE}-unknown-linux-gnu else if echo __ARM_PCS_VFP | $CC_FOR_BUILD -E - 2>/dev/null \ | grep -q __ARM_PCS_VFP then echo ${UNAME_MACHINE}-unknown-linux-gnueabi else echo ${UNAME_MACHINE}-unknown-linux-gnueabihf fi fi exit ;; avr32*:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; cris:Linux:*:*) echo ${UNAME_MACHINE}-axis-linux-gnu exit ;; crisv32:Linux:*:*) echo ${UNAME_MACHINE}-axis-linux-gnu exit ;; frv:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; hexagon:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; i*86:Linux:*:*) LIBC=gnu eval $set_cc_for_build sed 's/^ //' << EOF >$dummy.c #ifdef __dietlibc__ LIBC=dietlibc #endif EOF eval `$CC_FOR_BUILD -E $dummy.c 2>/dev/null | grep '^LIBC'` echo "${UNAME_MACHINE}-pc-linux-${LIBC}" exit ;; ia64:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; m32r*:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; m68*:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; mips:Linux:*:* | mips64:Linux:*:*) eval $set_cc_for_build sed 's/^ //' << EOF >$dummy.c #undef CPU #undef ${UNAME_MACHINE} #undef ${UNAME_MACHINE}el #if defined(__MIPSEL__) || defined(__MIPSEL) || defined(_MIPSEL) || defined(MIPSEL) CPU=${UNAME_MACHINE}el #else #if defined(__MIPSEB__) || defined(__MIPSEB) || defined(_MIPSEB) || defined(MIPSEB) CPU=${UNAME_MACHINE} #else CPU= #endif #endif EOF eval `$CC_FOR_BUILD -E $dummy.c 2>/dev/null | grep '^CPU'` test x"${CPU}" != x && { echo "${CPU}-unknown-linux-gnu"; exit; } ;; or32:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; padre:Linux:*:*) echo sparc-unknown-linux-gnu exit ;; parisc64:Linux:*:* | hppa64:Linux:*:*) echo hppa64-unknown-linux-gnu exit ;; parisc:Linux:*:* | hppa:Linux:*:*) # Look for CPU level case `grep '^cpu[^a-z]*:' /proc/cpuinfo 2>/dev/null | cut -d' ' -f2` in PA7*) echo hppa1.1-unknown-linux-gnu ;; PA8*) echo hppa2.0-unknown-linux-gnu ;; *) echo hppa-unknown-linux-gnu ;; esac exit ;; ppc64:Linux:*:*) echo powerpc64-unknown-linux-gnu exit ;; ppc:Linux:*:*) echo powerpc-unknown-linux-gnu exit ;; s390:Linux:*:* | s390x:Linux:*:*) echo ${UNAME_MACHINE}-ibm-linux exit ;; sh64*:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; sh*:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; sparc:Linux:*:* | sparc64:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; tile*:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; vax:Linux:*:*) echo ${UNAME_MACHINE}-dec-linux-gnu exit ;; x86_64:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; xtensa*:Linux:*:*) echo ${UNAME_MACHINE}-unknown-linux-gnu exit ;; i*86:DYNIX/ptx:4*:*) # ptx 4.0 does uname -s correctly, with DYNIX/ptx in there. # earlier versions are messed up and put the nodename in both # sysname and nodename. echo i386-sequent-sysv4 exit ;; i*86:UNIX_SV:4.2MP:2.*) # Unixware is an offshoot of SVR4, but it has its own version # number series starting with 2... # I am not positive that other SVR4 systems won't match this, # I just have to hope. -- rms. # Use sysv4.2uw... so that sysv4* matches it. echo ${UNAME_MACHINE}-pc-sysv4.2uw${UNAME_VERSION} exit ;; i*86:OS/2:*:*) # If we were able to find `uname', then EMX Unix compatibility # is probably installed. echo ${UNAME_MACHINE}-pc-os2-emx exit ;; i*86:XTS-300:*:STOP) echo ${UNAME_MACHINE}-unknown-stop exit ;; i*86:atheos:*:*) echo ${UNAME_MACHINE}-unknown-atheos exit ;; i*86:syllable:*:*) echo ${UNAME_MACHINE}-pc-syllable exit ;; i*86:LynxOS:2.*:* | i*86:LynxOS:3.[01]*:* | i*86:LynxOS:4.[02]*:*) echo i386-unknown-lynxos${UNAME_RELEASE} exit ;; i*86:*DOS:*:*) echo ${UNAME_MACHINE}-pc-msdosdjgpp exit ;; i*86:*:4.*:* | i*86:SYSTEM_V:4.*:*) UNAME_REL=`echo ${UNAME_RELEASE} | sed 's/\/MP$//'` if grep Novell /usr/include/link.h >/dev/null 2>/dev/null; then echo ${UNAME_MACHINE}-univel-sysv${UNAME_REL} else echo ${UNAME_MACHINE}-pc-sysv${UNAME_REL} fi exit ;; i*86:*:5:[678]*) # UnixWare 7.x, OpenUNIX and OpenServer 6. case `/bin/uname -X | grep "^Machine"` in *486*) UNAME_MACHINE=i486 ;; *Pentium) UNAME_MACHINE=i586 ;; *Pent*|*Celeron) UNAME_MACHINE=i686 ;; esac echo ${UNAME_MACHINE}-unknown-sysv${UNAME_RELEASE}${UNAME_SYSTEM}${UNAME_VERSION} exit ;; i*86:*:3.2:*) if test -f /usr/options/cb.name; then UNAME_REL=`sed -n 's/.*Version //p' /dev/null >/dev/null ; then UNAME_REL=`(/bin/uname -X|grep Release|sed -e 's/.*= //')` (/bin/uname -X|grep i80486 >/dev/null) && UNAME_MACHINE=i486 (/bin/uname -X|grep '^Machine.*Pentium' >/dev/null) \ && UNAME_MACHINE=i586 (/bin/uname -X|grep '^Machine.*Pent *II' >/dev/null) \ && UNAME_MACHINE=i686 (/bin/uname -X|grep '^Machine.*Pentium Pro' >/dev/null) \ && UNAME_MACHINE=i686 echo ${UNAME_MACHINE}-pc-sco$UNAME_REL else echo ${UNAME_MACHINE}-pc-sysv32 fi exit ;; pc:*:*:*) # Left here for compatibility: # uname -m prints for DJGPP always 'pc', but it prints nothing about # the processor, so we play safe by assuming i586. # Note: whatever this is, it MUST be the same as what config.sub # prints for the "djgpp" host, or else GDB configury will decide that # this is a cross-build. echo i586-pc-msdosdjgpp exit ;; Intel:Mach:3*:*) echo i386-pc-mach3 exit ;; paragon:*:*:*) echo i860-intel-osf1 exit ;; i860:*:4.*:*) # i860-SVR4 if grep Stardent /usr/include/sys/uadmin.h >/dev/null 2>&1 ; then echo i860-stardent-sysv${UNAME_RELEASE} # Stardent Vistra i860-SVR4 else # Add other i860-SVR4 vendors below as they are discovered. echo i860-unknown-sysv${UNAME_RELEASE} # Unknown i860-SVR4 fi exit ;; mini*:CTIX:SYS*5:*) # "miniframe" echo m68010-convergent-sysv exit ;; mc68k:UNIX:SYSTEM5:3.51m) echo m68k-convergent-sysv exit ;; M680?0:D-NIX:5.3:*) echo m68k-diab-dnix exit ;; M68*:*:R3V[5678]*:*) test -r /sysV68 && { echo 'm68k-motorola-sysv'; exit; } ;; 3[345]??:*:4.0:3.0 | 3[34]??A:*:4.0:3.0 | 3[34]??,*:*:4.0:3.0 | 3[34]??/*:*:4.0:3.0 | 4400:*:4.0:3.0 | 4850:*:4.0:3.0 | SKA40:*:4.0:3.0 | SDS2:*:4.0:3.0 | SHG2:*:4.0:3.0 | S7501*:*:4.0:3.0) OS_REL='' test -r /etc/.relid \ && OS_REL=.`sed -n 's/[^ ]* [^ ]* \([0-9][0-9]\).*/\1/p' < /etc/.relid` /bin/uname -p 2>/dev/null | grep 86 >/dev/null \ && { echo i486-ncr-sysv4.3${OS_REL}; exit; } /bin/uname -p 2>/dev/null | /bin/grep entium >/dev/null \ && { echo i586-ncr-sysv4.3${OS_REL}; exit; } ;; 3[34]??:*:4.0:* | 3[34]??,*:*:4.0:*) /bin/uname -p 2>/dev/null | grep 86 >/dev/null \ && { echo i486-ncr-sysv4; exit; } ;; NCR*:*:4.2:* | MPRAS*:*:4.2:*) OS_REL='.3' test -r /etc/.relid \ && OS_REL=.`sed -n 's/[^ ]* [^ ]* \([0-9][0-9]\).*/\1/p' < /etc/.relid` /bin/uname -p 2>/dev/null | grep 86 >/dev/null \ && { echo i486-ncr-sysv4.3${OS_REL}; exit; } /bin/uname -p 2>/dev/null | /bin/grep entium >/dev/null \ && { echo i586-ncr-sysv4.3${OS_REL}; exit; } /bin/uname -p 2>/dev/null | /bin/grep pteron >/dev/null \ && { echo i586-ncr-sysv4.3${OS_REL}; exit; } ;; m68*:LynxOS:2.*:* | m68*:LynxOS:3.0*:*) echo m68k-unknown-lynxos${UNAME_RELEASE} exit ;; mc68030:UNIX_System_V:4.*:*) echo m68k-atari-sysv4 exit ;; TSUNAMI:LynxOS:2.*:*) echo sparc-unknown-lynxos${UNAME_RELEASE} exit ;; rs6000:LynxOS:2.*:*) echo rs6000-unknown-lynxos${UNAME_RELEASE} exit ;; PowerPC:LynxOS:2.*:* | PowerPC:LynxOS:3.[01]*:* | PowerPC:LynxOS:4.[02]*:*) echo powerpc-unknown-lynxos${UNAME_RELEASE} exit ;; SM[BE]S:UNIX_SV:*:*) echo mips-dde-sysv${UNAME_RELEASE} exit ;; RM*:ReliantUNIX-*:*:*) echo mips-sni-sysv4 exit ;; RM*:SINIX-*:*:*) echo mips-sni-sysv4 exit ;; *:SINIX-*:*:*) if uname -p 2>/dev/null >/dev/null ; then UNAME_MACHINE=`(uname -p) 2>/dev/null` echo ${UNAME_MACHINE}-sni-sysv4 else echo ns32k-sni-sysv fi exit ;; PENTIUM:*:4.0*:*) # Unisys `ClearPath HMP IX 4000' SVR4/MP effort # says echo i586-unisys-sysv4 exit ;; *:UNIX_System_V:4*:FTX*) # From Gerald Hewes . # How about differentiating between stratus architectures? -djm echo hppa1.1-stratus-sysv4 exit ;; *:*:*:FTX*) # From seanf@swdc.stratus.com. echo i860-stratus-sysv4 exit ;; i*86:VOS:*:*) # From Paul.Green@stratus.com. echo ${UNAME_MACHINE}-stratus-vos exit ;; *:VOS:*:*) # From Paul.Green@stratus.com. echo hppa1.1-stratus-vos exit ;; mc68*:A/UX:*:*) echo m68k-apple-aux${UNAME_RELEASE} exit ;; news*:NEWS-OS:6*:*) echo mips-sony-newsos6 exit ;; R[34]000:*System_V*:*:* | R4000:UNIX_SYSV:*:* | R*000:UNIX_SV:*:*) if [ -d /usr/nec ]; then echo mips-nec-sysv${UNAME_RELEASE} else echo mips-unknown-sysv${UNAME_RELEASE} fi exit ;; BeBox:BeOS:*:*) # BeOS running on hardware made by Be, PPC only. echo powerpc-be-beos exit ;; BeMac:BeOS:*:*) # BeOS running on Mac or Mac clone, PPC only. echo powerpc-apple-beos exit ;; BePC:BeOS:*:*) # BeOS running on Intel PC compatible. echo i586-pc-beos exit ;; BePC:Haiku:*:*) # Haiku running on Intel PC compatible. echo i586-pc-haiku exit ;; SX-4:SUPER-UX:*:*) echo sx4-nec-superux${UNAME_RELEASE} exit ;; SX-5:SUPER-UX:*:*) echo sx5-nec-superux${UNAME_RELEASE} exit ;; SX-6:SUPER-UX:*:*) echo sx6-nec-superux${UNAME_RELEASE} exit ;; SX-7:SUPER-UX:*:*) echo sx7-nec-superux${UNAME_RELEASE} exit ;; SX-8:SUPER-UX:*:*) echo sx8-nec-superux${UNAME_RELEASE} exit ;; SX-8R:SUPER-UX:*:*) echo sx8r-nec-superux${UNAME_RELEASE} exit ;; Power*:Rhapsody:*:*) echo powerpc-apple-rhapsody${UNAME_RELEASE} exit ;; *:Rhapsody:*:*) echo ${UNAME_MACHINE}-apple-rhapsody${UNAME_RELEASE} exit ;; *:Darwin:*:*) UNAME_PROCESSOR=`uname -p` || UNAME_PROCESSOR=unknown case $UNAME_PROCESSOR in i386) eval $set_cc_for_build if [ "$CC_FOR_BUILD" != 'no_compiler_found' ]; then if (echo '#ifdef __LP64__'; echo IS_64BIT_ARCH; echo '#endif') | \ (CCOPTS= $CC_FOR_BUILD -E - 2>/dev/null) | \ grep IS_64BIT_ARCH >/dev/null then UNAME_PROCESSOR="x86_64" fi fi ;; unknown) UNAME_PROCESSOR=powerpc ;; esac echo ${UNAME_PROCESSOR}-apple-darwin${UNAME_RELEASE} exit ;; *:procnto*:*:* | *:QNX:[0123456789]*:*) UNAME_PROCESSOR=`uname -p` if test "$UNAME_PROCESSOR" = "x86"; then UNAME_PROCESSOR=i386 UNAME_MACHINE=pc fi echo ${UNAME_PROCESSOR}-${UNAME_MACHINE}-nto-qnx${UNAME_RELEASE} exit ;; *:QNX:*:4*) echo i386-pc-qnx exit ;; NEO-?:NONSTOP_KERNEL:*:*) echo neo-tandem-nsk${UNAME_RELEASE} exit ;; NSE-?:NONSTOP_KERNEL:*:*) echo nse-tandem-nsk${UNAME_RELEASE} exit ;; NSR-?:NONSTOP_KERNEL:*:*) echo nsr-tandem-nsk${UNAME_RELEASE} exit ;; *:NonStop-UX:*:*) echo mips-compaq-nonstopux exit ;; BS2000:POSIX*:*:*) echo bs2000-siemens-sysv exit ;; DS/*:UNIX_System_V:*:*) echo ${UNAME_MACHINE}-${UNAME_SYSTEM}-${UNAME_RELEASE} exit ;; *:Plan9:*:*) # "uname -m" is not consistent, so use $cputype instead. 386 # is converted to i386 for consistency with other x86 # operating systems. if test "$cputype" = "386"; then UNAME_MACHINE=i386 else UNAME_MACHINE="$cputype" fi echo ${UNAME_MACHINE}-unknown-plan9 exit ;; *:TOPS-10:*:*) echo pdp10-unknown-tops10 exit ;; *:TENEX:*:*) echo pdp10-unknown-tenex exit ;; KS10:TOPS-20:*:* | KL10:TOPS-20:*:* | TYPE4:TOPS-20:*:*) echo pdp10-dec-tops20 exit ;; XKL-1:TOPS-20:*:* | TYPE5:TOPS-20:*:*) echo pdp10-xkl-tops20 exit ;; *:TOPS-20:*:*) echo pdp10-unknown-tops20 exit ;; *:ITS:*:*) echo pdp10-unknown-its exit ;; SEI:*:*:SEIUX) echo mips-sei-seiux${UNAME_RELEASE} exit ;; *:DragonFly:*:*) echo ${UNAME_MACHINE}-unknown-dragonfly`echo ${UNAME_RELEASE}|sed -e 's/[-(].*//'` exit ;; *:*VMS:*:*) UNAME_MACHINE=`(uname -p) 2>/dev/null` case "${UNAME_MACHINE}" in A*) echo alpha-dec-vms ; exit ;; I*) echo ia64-dec-vms ; exit ;; V*) echo vax-dec-vms ; exit ;; esac ;; *:XENIX:*:SysV) echo i386-pc-xenix exit ;; i*86:skyos:*:*) echo ${UNAME_MACHINE}-pc-skyos`echo ${UNAME_RELEASE}` | sed -e 's/ .*$//' exit ;; i*86:rdos:*:*) echo ${UNAME_MACHINE}-pc-rdos exit ;; i*86:AROS:*:*) echo ${UNAME_MACHINE}-pc-aros exit ;; x86_64:VMkernel:*:*) echo ${UNAME_MACHINE}-unknown-esx exit ;; esac #echo '(No uname command or uname output not recognized.)' 1>&2 #echo "${UNAME_MACHINE}:${UNAME_SYSTEM}:${UNAME_RELEASE}:${UNAME_VERSION}" 1>&2 eval $set_cc_for_build cat >$dummy.c < # include #endif main () { #if defined (sony) #if defined (MIPSEB) /* BFD wants "bsd" instead of "newsos". Perhaps BFD should be changed, I don't know.... */ printf ("mips-sony-bsd\n"); exit (0); #else #include printf ("m68k-sony-newsos%s\n", #ifdef NEWSOS4 "4" #else "" #endif ); exit (0); #endif #endif #if defined (__arm) && defined (__acorn) && defined (__unix) printf ("arm-acorn-riscix\n"); exit (0); #endif #if defined (hp300) && !defined (hpux) printf ("m68k-hp-bsd\n"); exit (0); #endif #if defined (NeXT) #if !defined (__ARCHITECTURE__) #define __ARCHITECTURE__ "m68k" #endif int version; version=`(hostinfo | sed -n 's/.*NeXT Mach \([0-9]*\).*/\1/p') 2>/dev/null`; if (version < 4) printf ("%s-next-nextstep%d\n", __ARCHITECTURE__, version); else printf ("%s-next-openstep%d\n", __ARCHITECTURE__, version); exit (0); #endif #if defined (MULTIMAX) || defined (n16) #if defined (UMAXV) printf ("ns32k-encore-sysv\n"); exit (0); #else #if defined (CMU) printf ("ns32k-encore-mach\n"); exit (0); #else printf ("ns32k-encore-bsd\n"); exit (0); #endif #endif #endif #if defined (__386BSD__) printf ("i386-pc-bsd\n"); exit (0); #endif #if defined (sequent) #if defined (i386) printf ("i386-sequent-dynix\n"); exit (0); #endif #if defined (ns32000) printf ("ns32k-sequent-dynix\n"); exit (0); #endif #endif #if defined (_SEQUENT_) struct utsname un; uname(&un); if (strncmp(un.version, "V2", 2) == 0) { printf ("i386-sequent-ptx2\n"); exit (0); } if (strncmp(un.version, "V1", 2) == 0) { /* XXX is V1 correct? */ printf ("i386-sequent-ptx1\n"); exit (0); } printf ("i386-sequent-ptx\n"); exit (0); #endif #if defined (vax) # if !defined (ultrix) # include # if defined (BSD) # if BSD == 43 printf ("vax-dec-bsd4.3\n"); exit (0); # else # if BSD == 199006 printf ("vax-dec-bsd4.3reno\n"); exit (0); # else printf ("vax-dec-bsd\n"); exit (0); # endif # endif # else printf ("vax-dec-bsd\n"); exit (0); # endif # else printf ("vax-dec-ultrix\n"); exit (0); # endif #endif #if defined (alliant) && defined (i860) printf ("i860-alliant-bsd\n"); exit (0); #endif exit (1); } EOF $CC_FOR_BUILD -o $dummy $dummy.c 2>/dev/null && SYSTEM_NAME=`$dummy` && { echo "$SYSTEM_NAME"; exit; } # Apollos put the system type in the environment. test -d /usr/apollo && { echo ${ISP}-apollo-${SYSTYPE}; exit; } # Convex versions that predate uname can use getsysinfo(1) if [ -x /usr/convex/getsysinfo ] then case `getsysinfo -f cpu_type` in c1*) echo c1-convex-bsd exit ;; c2*) if getsysinfo -f scalar_acc then echo c32-convex-bsd else echo c2-convex-bsd fi exit ;; c34*) echo c34-convex-bsd exit ;; c38*) echo c38-convex-bsd exit ;; c4*) echo c4-convex-bsd exit ;; esac fi cat >&2 < in order to provide the needed information to handle your system. config.guess timestamp = $timestamp uname -m = `(uname -m) 2>/dev/null || echo unknown` uname -r = `(uname -r) 2>/dev/null || echo unknown` uname -s = `(uname -s) 2>/dev/null || echo unknown` uname -v = `(uname -v) 2>/dev/null || echo unknown` /usr/bin/uname -p = `(/usr/bin/uname -p) 2>/dev/null` /bin/uname -X = `(/bin/uname -X) 2>/dev/null` hostinfo = `(hostinfo) 2>/dev/null` /bin/universe = `(/bin/universe) 2>/dev/null` /usr/bin/arch -k = `(/usr/bin/arch -k) 2>/dev/null` /bin/arch = `(/bin/arch) 2>/dev/null` /usr/bin/oslevel = `(/usr/bin/oslevel) 2>/dev/null` /usr/convex/getsysinfo = `(/usr/convex/getsysinfo) 2>/dev/null` UNAME_MACHINE = ${UNAME_MACHINE} UNAME_RELEASE = ${UNAME_RELEASE} UNAME_SYSTEM = ${UNAME_SYSTEM} UNAME_VERSION = ${UNAME_VERSION} EOF exit 1 # Local variables: # eval: (add-hook 'write-file-hooks 'time-stamp) # time-stamp-start: "timestamp='" # time-stamp-format: "%:y-%02m-%02d" # time-stamp-end: "'" # End: leptonica-1.70/config/install-sh0000755000175000017500000003325612273602600014765 0ustar dandan#!/bin/sh # install - install a program, script, or datafile scriptversion=2011-01-19.21; # UTC # This originates from X11R5 (mit/util/scripts/install.sh), which was # later released in X11R6 (xc/config/util/install.sh) with the # following copyright and license. # # Copyright (C) 1994 X Consortium # # Permission is hereby granted, free of charge, to any person obtaining a copy # of this software and associated documentation files (the "Software"), to # deal in the Software without restriction, including without limitation the # rights to use, copy, modify, merge, publish, distribute, sublicense, and/or # sell copies of the Software, and to permit persons to whom the Software is # furnished to do so, subject to the following conditions: # # The above copyright notice and this permission notice shall be included in # all copies or substantial portions of the Software. # # THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR # IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, # FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE # X CONSORTIUM BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN # AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNEC- # TION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE. # # Except as contained in this notice, the name of the X Consortium shall not # be used in advertising or otherwise to promote the sale, use or other deal- # ings in this Software without prior written authorization from the X Consor- # tium. # # # FSF changes to this file are in the public domain. # # Calling this script install-sh is preferred over install.sh, to prevent # `make' implicit rules from creating a file called install from it # when there is no Makefile. # # This script is compatible with the BSD install script, but was written # from scratch. nl=' ' IFS=" "" $nl" # set DOITPROG to echo to test this script # Don't use :- since 4.3BSD and earlier shells don't like it. doit=${DOITPROG-} if test -z "$doit"; then doit_exec=exec else doit_exec=$doit fi # Put in absolute file names if you don't have them in your path; # or use environment vars. chgrpprog=${CHGRPPROG-chgrp} chmodprog=${CHMODPROG-chmod} chownprog=${CHOWNPROG-chown} cmpprog=${CMPPROG-cmp} cpprog=${CPPROG-cp} mkdirprog=${MKDIRPROG-mkdir} mvprog=${MVPROG-mv} rmprog=${RMPROG-rm} stripprog=${STRIPPROG-strip} posix_glob='?' initialize_posix_glob=' test "$posix_glob" != "?" || { if (set -f) 2>/dev/null; then posix_glob= else posix_glob=: fi } ' posix_mkdir= # Desired mode of installed file. mode=0755 chgrpcmd= chmodcmd=$chmodprog chowncmd= mvcmd=$mvprog rmcmd="$rmprog -f" stripcmd= src= dst= dir_arg= dst_arg= copy_on_change=false no_target_directory= usage="\ Usage: $0 [OPTION]... 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There is NO # warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. # GNU Libtool is free software; you can redistribute it and/or modify # it under the terms of the GNU General Public License as published by # the Free Software Foundation; either version 2 of the License, or # (at your option) any later version. # # As a special exception to the GNU General Public License, # if you distribute this file as part of a program or library that # is built using GNU Libtool, you may include this file under the # same distribution terms that you use for the rest of that program. # # GNU Libtool is distributed in the hope that it will be useful, but # WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU # General Public License for more details. # # You should have received a copy of the GNU General Public License # along with GNU Libtool; see the file COPYING. If not, a copy # can be downloaded from http://www.gnu.org/licenses/gpl.html, # or obtained by writing to the Free Software Foundation, Inc., # 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. # Usage: $progname [OPTION]... [MODE-ARG]... # # Provide generalized library-building support services. # # --config show all configuration variables # --debug enable verbose shell tracing # -n, --dry-run display commands without modifying any files # --features display basic configuration information and exit # --mode=MODE use operation mode MODE # --preserve-dup-deps don't remove duplicate dependency libraries # --quiet, --silent don't print informational messages # --no-quiet, --no-silent # print informational messages (default) # --no-warn don't display warning messages # --tag=TAG use configuration variables from tag TAG # -v, --verbose print more informational messages than default # --no-verbose don't print the extra informational messages # --version print version information # -h, --help, --help-all print short, long, or detailed help message # # MODE must be one of the following: # # clean remove files from the build directory # compile compile a source file into a libtool object # execute automatically set library path, then run a program # finish complete the installation of libtool libraries # install install libraries or executables # link create a library or an executable # uninstall remove libraries from an installed directory # # MODE-ARGS vary depending on the MODE. When passed as first option, # `--mode=MODE' may be abbreviated as `MODE' or a unique abbreviation of that. # Try `$progname --help --mode=MODE' for a more detailed description of MODE. # # When reporting a bug, please describe a test case to reproduce it and # include the following information: # # host-triplet: $host # shell: $SHELL # compiler: $LTCC # compiler flags: $LTCFLAGS # linker: $LD (gnu? $with_gnu_ld) # $progname: (GNU libtool) 2.4.2 Debian-2.4.2-1ubuntu1 # automake: $automake_version # autoconf: $autoconf_version # # Report bugs to . # GNU libtool home page: . # General help using GNU software: . PROGRAM=libtool PACKAGE=libtool VERSION="2.4.2 Debian-2.4.2-1ubuntu1" TIMESTAMP="" package_revision=1.3337 # Be Bourne compatible if test -n "${ZSH_VERSION+set}" && (emulate sh) >/dev/null 2>&1; then emulate sh NULLCMD=: # Zsh 3.x and 4.x performs word splitting on ${1+"$@"}, which # is contrary to our usage. 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On IRIX 6.4+, sh # is ksh but when the shell is invoked as "sh" and the current value of # the _XPG environment variable is not equal to 1 (one), the special # positional parameter $0, within a function call, is the name of the # function. progpath="$0" : ${CP="cp -f"} test "${ECHO+set}" = set || ECHO=${as_echo-'printf %s\n'} : ${MAKE="make"} : ${MKDIR="mkdir"} : ${MV="mv -f"} : ${RM="rm -f"} : ${SHELL="${CONFIG_SHELL-/bin/sh}"} : ${Xsed="$SED -e 1s/^X//"} # Global variables: EXIT_SUCCESS=0 EXIT_FAILURE=1 EXIT_MISMATCH=63 # $? = 63 is used to indicate version mismatch to missing. EXIT_SKIP=77 # $? = 77 is used to indicate a skipped test to automake. exit_status=$EXIT_SUCCESS # Make sure IFS has a sensible default lt_nl=' ' IFS=" $lt_nl" dirname="s,/[^/]*$,," basename="s,^.*/,," # func_dirname file append nondir_replacement # Compute the dirname of FILE. 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Xsed="${SED}"' -e 1s/^X//' sed_quote_subst='s/\([`"$\\]\)/\\\1/g' # Same as above, but do not quote variable references. double_quote_subst='s/\(["`\\]\)/\\\1/g' # Sed substitution that turns a string into a regex matching for the # string literally. sed_make_literal_regex='s,[].[^$\\*\/],\\&,g' # Sed substitution that converts a w32 file name or path # which contains forward slashes, into one that contains # (escaped) backslashes. A very naive implementation. lt_sed_naive_backslashify='s|\\\\*|\\|g;s|/|\\|g;s|\\|\\\\|g' # Re-`\' parameter expansions in output of double_quote_subst that were # `\'-ed in input to the same. If an odd number of `\' preceded a '$' # in input to double_quote_subst, that '$' was protected from expansion. # Since each input `\' is now two `\'s, look for any number of runs of # four `\'s followed by two `\'s and then a '$'. `\' that '$'. bs='\\' bs2='\\\\' bs4='\\\\\\\\' dollar='\$' sed_double_backslash="\ s/$bs4/&\\ /g s/^$bs2$dollar/$bs&/ s/\\([^$bs]\\)$bs2$dollar/\\1$bs2$bs$dollar/g s/\n//g" # Standard options: opt_dry_run=false opt_help=false opt_quiet=false opt_verbose=false opt_warning=: # func_echo arg... # Echo program name prefixed message, along with the current mode # name if it has been set yet. func_echo () { $ECHO "$progname: ${opt_mode+$opt_mode: }$*" } # func_verbose arg... # Echo program name prefixed message in verbose mode only. func_verbose () { $opt_verbose && func_echo ${1+"$@"} # A bug in bash halts the script if the last line of a function # fails when set -e is in force, so we need another command to # work around that: : } # func_echo_all arg... # Invoke $ECHO with all args, space-separated. func_echo_all () { $ECHO "$*" } # func_error arg... # Echo program name prefixed message to standard error. func_error () { $ECHO "$progname: ${opt_mode+$opt_mode: }"${1+"$@"} 1>&2 } # func_warning arg... # Echo program name prefixed warning message to standard error. func_warning () { $opt_warning && $ECHO "$progname: ${opt_mode+$opt_mode: }warning: "${1+"$@"} 1>&2 # bash bug again: : } # func_fatal_error arg... # Echo program name prefixed message to standard error, and exit. func_fatal_error () { func_error ${1+"$@"} exit $EXIT_FAILURE } # func_fatal_help arg... # Echo program name prefixed message to standard error, followed by # a help hint, and exit. func_fatal_help () { func_error ${1+"$@"} func_fatal_error "$help" } help="Try \`$progname --help' for more information." ## default # func_grep expression filename # Check whether EXPRESSION matches any line of FILENAME, without output. func_grep () { $GREP "$1" "$2" >/dev/null 2>&1 } # func_mkdir_p directory-path # Make sure the entire path to DIRECTORY-PATH is available. func_mkdir_p () { my_directory_path="$1" my_dir_list= if test -n "$my_directory_path" && test "$opt_dry_run" != ":"; then # Protect directory names starting with `-' case $my_directory_path in -*) my_directory_path="./$my_directory_path" ;; esac # While some portion of DIR does not yet exist... while test ! -d "$my_directory_path"; do # ...make a list in topmost first order. Use a colon delimited # list incase some portion of path contains whitespace. my_dir_list="$my_directory_path:$my_dir_list" # If the last portion added has no slash in it, the list is done case $my_directory_path in */*) ;; *) break ;; esac # ...otherwise throw away the child directory and loop my_directory_path=`$ECHO "$my_directory_path" | $SED -e "$dirname"` done my_dir_list=`$ECHO "$my_dir_list" | $SED 's,:*$,,'` save_mkdir_p_IFS="$IFS"; IFS=':' for my_dir in $my_dir_list; do IFS="$save_mkdir_p_IFS" # mkdir can fail with a `File exist' error if two processes # try to create one of the directories concurrently. Don't # stop in that case! $MKDIR "$my_dir" 2>/dev/null || : done IFS="$save_mkdir_p_IFS" # Bail out if we (or some other process) failed to create a directory. test -d "$my_directory_path" || \ func_fatal_error "Failed to create \`$1'" fi } # func_mktempdir [string] # Make a temporary directory that won't clash with other running # libtool processes, and avoids race conditions if possible. If # given, STRING is the basename for that directory. func_mktempdir () { my_template="${TMPDIR-/tmp}/${1-$progname}" if test "$opt_dry_run" = ":"; then # Return a directory name, but don't create it in dry-run mode my_tmpdir="${my_template}-$$" else # If mktemp works, use that first and foremost my_tmpdir=`mktemp -d "${my_template}-XXXXXXXX" 2>/dev/null` if test ! -d "$my_tmpdir"; then # Failing that, at least try and use $RANDOM to avoid a race my_tmpdir="${my_template}-${RANDOM-0}$$" save_mktempdir_umask=`umask` umask 0077 $MKDIR "$my_tmpdir" umask $save_mktempdir_umask fi # If we're not in dry-run mode, bomb out on failure test -d "$my_tmpdir" || \ func_fatal_error "cannot create temporary directory \`$my_tmpdir'" fi $ECHO "$my_tmpdir" } # func_quote_for_eval arg # Aesthetically quote ARG to be evaled later. # This function returns two values: FUNC_QUOTE_FOR_EVAL_RESULT # is double-quoted, suitable for a subsequent eval, whereas # FUNC_QUOTE_FOR_EVAL_UNQUOTED_RESULT has merely all characters # which are still active within double quotes backslashified. func_quote_for_eval () { case $1 in *[\\\`\"\$]*) func_quote_for_eval_unquoted_result=`$ECHO "$1" | $SED "$sed_quote_subst"` ;; *) func_quote_for_eval_unquoted_result="$1" ;; esac case $func_quote_for_eval_unquoted_result in # Double-quote args containing shell metacharacters to delay # word splitting, command substitution and and variable # expansion for a subsequent eval. # Many Bourne shells cannot handle close brackets correctly # in scan sets, so we specify it separately. *[\[\~\#\^\&\*\(\)\{\}\|\;\<\>\?\'\ \ ]*|*]*|"") func_quote_for_eval_result="\"$func_quote_for_eval_unquoted_result\"" ;; *) func_quote_for_eval_result="$func_quote_for_eval_unquoted_result" esac } # func_quote_for_expand arg # Aesthetically quote ARG to be evaled later; same as above, # but do not quote variable references. func_quote_for_expand () { case $1 in *[\\\`\"]*) my_arg=`$ECHO "$1" | $SED \ -e "$double_quote_subst" -e "$sed_double_backslash"` ;; *) my_arg="$1" ;; esac case $my_arg in # Double-quote args containing shell metacharacters to delay # word splitting and command substitution for a subsequent eval. # Many Bourne shells cannot handle close brackets correctly # in scan sets, so we specify it separately. *[\[\~\#\^\&\*\(\)\{\}\|\;\<\>\?\'\ \ ]*|*]*|"") my_arg="\"$my_arg\"" ;; esac func_quote_for_expand_result="$my_arg" } # func_show_eval cmd [fail_exp] # Unless opt_silent is true, then output CMD. Then, if opt_dryrun is # not true, evaluate CMD. If the evaluation of CMD fails, and FAIL_EXP # is given, then evaluate it. func_show_eval () { my_cmd="$1" my_fail_exp="${2-:}" ${opt_silent-false} || { func_quote_for_expand "$my_cmd" eval "func_echo $func_quote_for_expand_result" } if ${opt_dry_run-false}; then :; else eval "$my_cmd" my_status=$? if test "$my_status" -eq 0; then :; else eval "(exit $my_status); $my_fail_exp" fi fi } # func_show_eval_locale cmd [fail_exp] # Unless opt_silent is true, then output CMD. Then, if opt_dryrun is # not true, evaluate CMD. If the evaluation of CMD fails, and FAIL_EXP # is given, then evaluate it. Use the saved locale for evaluation. func_show_eval_locale () { my_cmd="$1" my_fail_exp="${2-:}" ${opt_silent-false} || { func_quote_for_expand "$my_cmd" eval "func_echo $func_quote_for_expand_result" } if ${opt_dry_run-false}; then :; else eval "$lt_user_locale $my_cmd" my_status=$? eval "$lt_safe_locale" if test "$my_status" -eq 0; then :; else eval "(exit $my_status); $my_fail_exp" fi fi } # func_tr_sh # Turn $1 into a string suitable for a shell variable name. # Result is stored in $func_tr_sh_result. All characters # not in the set a-zA-Z0-9_ are replaced with '_'. Further, # if $1 begins with a digit, a '_' is prepended as well. func_tr_sh () { case $1 in [0-9]* | *[!a-zA-Z0-9_]*) func_tr_sh_result=`$ECHO "$1" | $SED 's/^\([0-9]\)/_\1/; s/[^a-zA-Z0-9_]/_/g'` ;; * ) func_tr_sh_result=$1 ;; esac } # func_version # Echo version message to standard output and exit. func_version () { $opt_debug $SED -n '/(C)/!b go :more /\./!{ N s/\n# / / b more } :go /^# '$PROGRAM' (GNU /,/# warranty; / { s/^# // s/^# *$// s/\((C)\)[ 0-9,-]*\( [1-9][0-9]*\)/\1\2/ p }' < "$progpath" exit $? } # func_usage # Echo short help message to standard output and exit. func_usage () { $opt_debug $SED -n '/^# Usage:/,/^# *.*--help/ { s/^# // s/^# *$// s/\$progname/'$progname'/ p }' < "$progpath" echo $ECHO "run \`$progname --help | more' for full usage" exit $? } # func_help [NOEXIT] # Echo long help message to standard output and exit, # unless 'noexit' is passed as argument. func_help () { $opt_debug $SED -n '/^# Usage:/,/# Report bugs to/ { :print s/^# // s/^# *$// s*\$progname*'$progname'* s*\$host*'"$host"'* s*\$SHELL*'"$SHELL"'* s*\$LTCC*'"$LTCC"'* s*\$LTCFLAGS*'"$LTCFLAGS"'* s*\$LD*'"$LD"'* s/\$with_gnu_ld/'"$with_gnu_ld"'/ s/\$automake_version/'"`(${AUTOMAKE-automake} --version) 2>/dev/null |$SED 1q`"'/ s/\$autoconf_version/'"`(${AUTOCONF-autoconf} --version) 2>/dev/null |$SED 1q`"'/ p d } /^# .* home page:/b print /^# General help using/b print ' < "$progpath" ret=$? if test -z "$1"; then exit $ret fi } # func_missing_arg argname # Echo program name prefixed message to standard error and set global # exit_cmd. func_missing_arg () { $opt_debug func_error "missing argument for $1." exit_cmd=exit } # func_split_short_opt shortopt # Set func_split_short_opt_name and func_split_short_opt_arg shell # variables after splitting SHORTOPT after the 2nd character. func_split_short_opt () { my_sed_short_opt='1s/^\(..\).*$/\1/;q' my_sed_short_rest='1s/^..\(.*\)$/\1/;q' func_split_short_opt_name=`$ECHO "$1" | $SED "$my_sed_short_opt"` func_split_short_opt_arg=`$ECHO "$1" | $SED "$my_sed_short_rest"` } # func_split_short_opt may be replaced by extended shell implementation # func_split_long_opt longopt # Set func_split_long_opt_name and func_split_long_opt_arg shell # variables after splitting LONGOPT at the `=' sign. func_split_long_opt () { my_sed_long_opt='1s/^\(--[^=]*\)=.*/\1/;q' my_sed_long_arg='1s/^--[^=]*=//' func_split_long_opt_name=`$ECHO "$1" | $SED "$my_sed_long_opt"` func_split_long_opt_arg=`$ECHO "$1" | $SED "$my_sed_long_arg"` } # func_split_long_opt may be replaced by extended shell implementation exit_cmd=: magic="%%%MAGIC variable%%%" magic_exe="%%%MAGIC EXE variable%%%" # Global variables. nonopt= preserve_args= lo2o="s/\\.lo\$/.${objext}/" o2lo="s/\\.${objext}\$/.lo/" extracted_archives= extracted_serial=0 # If this variable is set in any of the actions, the command in it # will be execed at the end. This prevents here-documents from being # left over by shells. exec_cmd= # func_append var value # Append VALUE to the end of shell variable VAR. func_append () { eval "${1}=\$${1}\${2}" } # func_append may be replaced by extended shell implementation # func_append_quoted var value # Quote VALUE and append to the end of shell variable VAR, separated # by a space. func_append_quoted () { func_quote_for_eval "${2}" eval "${1}=\$${1}\\ \$func_quote_for_eval_result" } # func_append_quoted may be replaced by extended shell implementation # func_arith arithmetic-term... func_arith () { func_arith_result=`expr "${@}"` } # func_arith may be replaced by extended shell implementation # func_len string # STRING may not start with a hyphen. func_len () { func_len_result=`expr "${1}" : ".*" 2>/dev/null || echo $max_cmd_len` } # func_len may be replaced by extended shell implementation # func_lo2o object func_lo2o () { func_lo2o_result=`$ECHO "${1}" | $SED "$lo2o"` } # func_lo2o may be replaced by extended shell implementation # func_xform libobj-or-source func_xform () { func_xform_result=`$ECHO "${1}" | $SED 's/\.[^.]*$/.lo/'` } # func_xform may be replaced by extended shell implementation # func_fatal_configuration arg... # Echo program name prefixed message to standard error, followed by # a configuration failure hint, and exit. func_fatal_configuration () { func_error ${1+"$@"} func_error "See the $PACKAGE documentation for more information." func_fatal_error "Fatal configuration error." } # func_config # Display the configuration for all the tags in this script. func_config () { re_begincf='^# ### BEGIN LIBTOOL' re_endcf='^# ### END LIBTOOL' # Default configuration. $SED "1,/$re_begincf CONFIG/d;/$re_endcf CONFIG/,\$d" < "$progpath" # Now print the configurations for the tags. for tagname in $taglist; do $SED -n "/$re_begincf TAG CONFIG: $tagname\$/,/$re_endcf TAG CONFIG: $tagname\$/p" < "$progpath" done exit $? } # func_features # Display the features supported by this script. func_features () { echo "host: $host" if test "$build_libtool_libs" = yes; then echo "enable shared libraries" else echo "disable shared libraries" fi if test "$build_old_libs" = yes; then echo "enable static libraries" else echo "disable static libraries" fi exit $? } # func_enable_tag tagname # Verify that TAGNAME is valid, and either flag an error and exit, or # enable the TAGNAME tag. We also add TAGNAME to the global $taglist # variable here. func_enable_tag () { # Global variable: tagname="$1" re_begincf="^# ### BEGIN LIBTOOL TAG CONFIG: $tagname\$" re_endcf="^# ### END LIBTOOL TAG CONFIG: $tagname\$" sed_extractcf="/$re_begincf/,/$re_endcf/p" # Validate tagname. case $tagname in *[!-_A-Za-z0-9,/]*) func_fatal_error "invalid tag name: $tagname" ;; esac # Don't test for the "default" C tag, as we know it's # there but not specially marked. case $tagname in CC) ;; *) if $GREP "$re_begincf" "$progpath" >/dev/null 2>&1; then taglist="$taglist $tagname" # Evaluate the configuration. Be careful to quote the path # and the sed script, to avoid splitting on whitespace, but # also don't use non-portable quotes within backquotes within # quotes we have to do it in 2 steps: extractedcf=`$SED -n -e "$sed_extractcf" < "$progpath"` eval "$extractedcf" else func_error "ignoring unknown tag $tagname" fi ;; esac } # func_check_version_match # Ensure that we are using m4 macros, and libtool script from the same # release of libtool. func_check_version_match () { if test "$package_revision" != "$macro_revision"; then if test "$VERSION" != "$macro_version"; then if test -z "$macro_version"; then cat >&2 <<_LT_EOF $progname: Version mismatch error. This is $PACKAGE $VERSION, but the $progname: definition of this LT_INIT comes from an older release. $progname: You should recreate aclocal.m4 with macros from $PACKAGE $VERSION $progname: and run autoconf again. _LT_EOF else cat >&2 <<_LT_EOF $progname: Version mismatch error. This is $PACKAGE $VERSION, but the $progname: definition of this LT_INIT comes from $PACKAGE $macro_version. $progname: You should recreate aclocal.m4 with macros from $PACKAGE $VERSION $progname: and run autoconf again. _LT_EOF fi else cat >&2 <<_LT_EOF $progname: Version mismatch error. This is $PACKAGE $VERSION, revision $package_revision, $progname: but the definition of this LT_INIT comes from revision $macro_revision. $progname: You should recreate aclocal.m4 with macros from revision $package_revision $progname: of $PACKAGE $VERSION and run autoconf again. _LT_EOF fi exit $EXIT_MISMATCH fi } # Shorthand for --mode=foo, only valid as the first argument case $1 in clean|clea|cle|cl) shift; set dummy --mode clean ${1+"$@"}; shift ;; compile|compil|compi|comp|com|co|c) shift; set dummy --mode compile ${1+"$@"}; shift ;; execute|execut|execu|exec|exe|ex|e) shift; set dummy --mode execute ${1+"$@"}; shift ;; finish|finis|fini|fin|fi|f) shift; set dummy --mode finish ${1+"$@"}; shift ;; install|instal|insta|inst|ins|in|i) shift; set dummy --mode install ${1+"$@"}; shift ;; link|lin|li|l) shift; set dummy --mode link ${1+"$@"}; shift ;; uninstall|uninstal|uninsta|uninst|unins|unin|uni|un|u) shift; set dummy --mode uninstall ${1+"$@"}; shift ;; esac # Option defaults: opt_debug=: opt_dry_run=false opt_config=false opt_preserve_dup_deps=false opt_features=false opt_finish=false opt_help=false opt_help_all=false opt_silent=: opt_warning=: opt_verbose=: opt_silent=false opt_verbose=false # Parse options once, thoroughly. This comes as soon as possible in the # script to make things like `--version' happen as quickly as we can. { # this just eases exit handling while test $# -gt 0; do opt="$1" shift case $opt in --debug|-x) opt_debug='set -x' func_echo "enabling shell trace mode" $opt_debug ;; --dry-run|--dryrun|-n) opt_dry_run=: ;; --config) opt_config=: func_config ;; --dlopen|-dlopen) optarg="$1" opt_dlopen="${opt_dlopen+$opt_dlopen }$optarg" shift ;; --preserve-dup-deps) opt_preserve_dup_deps=: ;; --features) opt_features=: func_features ;; --finish) opt_finish=: set dummy --mode finish ${1+"$@"}; shift ;; --help) opt_help=: ;; --help-all) opt_help_all=: opt_help=': help-all' ;; --mode) test $# = 0 && func_missing_arg $opt && break optarg="$1" opt_mode="$optarg" case $optarg in # Valid mode arguments: clean|compile|execute|finish|install|link|relink|uninstall) ;; # Catch anything else as an error *) func_error "invalid argument for $opt" exit_cmd=exit break ;; esac shift ;; --no-silent|--no-quiet) opt_silent=false func_append preserve_args " $opt" ;; --no-warning|--no-warn) opt_warning=false func_append preserve_args " $opt" ;; --no-verbose) opt_verbose=false func_append preserve_args " $opt" ;; --silent|--quiet) opt_silent=: func_append preserve_args " $opt" opt_verbose=false ;; --verbose|-v) opt_verbose=: func_append preserve_args " $opt" opt_silent=false ;; --tag) test $# = 0 && func_missing_arg $opt && break optarg="$1" opt_tag="$optarg" func_append preserve_args " $opt $optarg" func_enable_tag "$optarg" shift ;; -\?|-h) func_usage ;; --help) func_help ;; --version) func_version ;; # Separate optargs to long options: --*=*) func_split_long_opt "$opt" set dummy "$func_split_long_opt_name" "$func_split_long_opt_arg" ${1+"$@"} shift ;; # Separate non-argument short options: -\?*|-h*|-n*|-v*) func_split_short_opt "$opt" set dummy "$func_split_short_opt_name" "-$func_split_short_opt_arg" ${1+"$@"} shift ;; --) break ;; -*) func_fatal_help "unrecognized option \`$opt'" ;; *) set dummy "$opt" ${1+"$@"}; shift; break ;; esac done # Validate options: # save first non-option argument if test "$#" -gt 0; then nonopt="$opt" shift fi # preserve --debug test "$opt_debug" = : || func_append preserve_args " --debug" case $host in *cygwin* | *mingw* | *pw32* | *cegcc*) # don't eliminate duplications in $postdeps and $predeps opt_duplicate_compiler_generated_deps=: ;; *) opt_duplicate_compiler_generated_deps=$opt_preserve_dup_deps ;; esac $opt_help || { # Sanity checks first: func_check_version_match if test "$build_libtool_libs" != yes && test "$build_old_libs" != yes; then func_fatal_configuration "not configured to build any kind of library" fi # Darwin sucks eval std_shrext=\"$shrext_cmds\" # Only execute mode is allowed to have -dlopen flags. if test -n "$opt_dlopen" && test "$opt_mode" != execute; then func_error "unrecognized option \`-dlopen'" $ECHO "$help" 1>&2 exit $EXIT_FAILURE fi # Change the help message to a mode-specific one. generic_help="$help" help="Try \`$progname --help --mode=$opt_mode' for more information." } # Bail if the options were screwed $exit_cmd $EXIT_FAILURE } ## ----------- ## ## Main. ## ## ----------- ## # func_lalib_p file # True iff FILE is a libtool `.la' library or `.lo' object file. # This function is only a basic sanity check; it will hardly flush out # determined imposters. func_lalib_p () { test -f "$1" && $SED -e 4q "$1" 2>/dev/null \ | $GREP "^# Generated by .*$PACKAGE" > /dev/null 2>&1 } # func_lalib_unsafe_p file # True iff FILE is a libtool `.la' library or `.lo' object file. # This function implements the same check as func_lalib_p without # resorting to external programs. To this end, it redirects stdin and # closes it afterwards, without saving the original file descriptor. # As a safety measure, use it only where a negative result would be # fatal anyway. Works if `file' does not exist. func_lalib_unsafe_p () { lalib_p=no if test -f "$1" && test -r "$1" && exec 5<&0 <"$1"; then for lalib_p_l in 1 2 3 4 do read lalib_p_line case "$lalib_p_line" in \#\ Generated\ by\ *$PACKAGE* ) lalib_p=yes; break;; esac done exec 0<&5 5<&- fi test "$lalib_p" = yes } # func_ltwrapper_script_p file # True iff FILE is a libtool wrapper script # This function is only a basic sanity check; it will hardly flush out # determined imposters. func_ltwrapper_script_p () { func_lalib_p "$1" } # func_ltwrapper_executable_p file # True iff FILE is a libtool wrapper executable # This function is only a basic sanity check; it will hardly flush out # determined imposters. func_ltwrapper_executable_p () { func_ltwrapper_exec_suffix= case $1 in *.exe) ;; *) func_ltwrapper_exec_suffix=.exe ;; esac $GREP "$magic_exe" "$1$func_ltwrapper_exec_suffix" >/dev/null 2>&1 } # func_ltwrapper_scriptname file # Assumes file is an ltwrapper_executable # uses $file to determine the appropriate filename for a # temporary ltwrapper_script. func_ltwrapper_scriptname () { func_dirname_and_basename "$1" "" "." func_stripname '' '.exe' "$func_basename_result" func_ltwrapper_scriptname_result="$func_dirname_result/$objdir/${func_stripname_result}_ltshwrapper" } # func_ltwrapper_p file # True iff FILE is a libtool wrapper script or wrapper executable # This function is only a basic sanity check; it will hardly flush out # determined imposters. func_ltwrapper_p () { func_ltwrapper_script_p "$1" || func_ltwrapper_executable_p "$1" } # func_execute_cmds commands fail_cmd # Execute tilde-delimited COMMANDS. # If FAIL_CMD is given, eval that upon failure. # FAIL_CMD may read-access the current command in variable CMD! func_execute_cmds () { $opt_debug save_ifs=$IFS; IFS='~' for cmd in $1; do IFS=$save_ifs eval cmd=\"$cmd\" func_show_eval "$cmd" "${2-:}" done IFS=$save_ifs } # func_source file # Source FILE, adding directory component if necessary. # Note that it is not necessary on cygwin/mingw to append a dot to # FILE even if both FILE and FILE.exe exist: automatic-append-.exe # behavior happens only for exec(3), not for open(2)! Also, sourcing # `FILE.' does not work on cygwin managed mounts. func_source () { $opt_debug case $1 in */* | *\\*) . "$1" ;; *) . "./$1" ;; esac } # func_resolve_sysroot PATH # Replace a leading = in PATH with a sysroot. Store the result into # func_resolve_sysroot_result func_resolve_sysroot () { func_resolve_sysroot_result=$1 case $func_resolve_sysroot_result in =*) func_stripname '=' '' "$func_resolve_sysroot_result" func_resolve_sysroot_result=$lt_sysroot$func_stripname_result ;; esac } # func_replace_sysroot PATH # If PATH begins with the sysroot, replace it with = and # store the result into func_replace_sysroot_result. func_replace_sysroot () { case "$lt_sysroot:$1" in ?*:"$lt_sysroot"*) func_stripname "$lt_sysroot" '' "$1" func_replace_sysroot_result="=$func_stripname_result" ;; *) # Including no sysroot. func_replace_sysroot_result=$1 ;; esac } # func_infer_tag arg # Infer tagged configuration to use if any are available and # if one wasn't chosen via the "--tag" command line option. # Only attempt this if the compiler in the base compile # command doesn't match the default compiler. # arg is usually of the form 'gcc ...' func_infer_tag () { $opt_debug if test -n "$available_tags" && test -z "$tagname"; then CC_quoted= for arg in $CC; do func_append_quoted CC_quoted "$arg" done CC_expanded=`func_echo_all $CC` CC_quoted_expanded=`func_echo_all $CC_quoted` case $@ in # Blanks in the command may have been stripped by the calling shell, # but not from the CC environment variable when configure was run. " $CC "* | "$CC "* | " $CC_expanded "* | "$CC_expanded "* | \ " $CC_quoted"* | "$CC_quoted "* | " $CC_quoted_expanded "* | "$CC_quoted_expanded "*) ;; # Blanks at the start of $base_compile will cause this to fail # if we don't check for them as well. *) for z in $available_tags; do if $GREP "^# ### BEGIN LIBTOOL TAG CONFIG: $z$" < "$progpath" > /dev/null; then # Evaluate the configuration. eval "`${SED} -n -e '/^# ### BEGIN LIBTOOL TAG CONFIG: '$z'$/,/^# ### END LIBTOOL TAG CONFIG: '$z'$/p' < $progpath`" CC_quoted= for arg in $CC; do # Double-quote args containing other shell metacharacters. func_append_quoted CC_quoted "$arg" done CC_expanded=`func_echo_all $CC` CC_quoted_expanded=`func_echo_all $CC_quoted` case "$@ " in " $CC "* | "$CC "* | " $CC_expanded "* | "$CC_expanded "* | \ " $CC_quoted"* | "$CC_quoted "* | " $CC_quoted_expanded "* | "$CC_quoted_expanded "*) # The compiler in the base compile command matches # the one in the tagged configuration. # Assume this is the tagged configuration we want. tagname=$z break ;; esac fi done # If $tagname still isn't set, then no tagged configuration # was found and let the user know that the "--tag" command # line option must be used. if test -z "$tagname"; then func_echo "unable to infer tagged configuration" func_fatal_error "specify a tag with \`--tag'" # else # func_verbose "using $tagname tagged configuration" fi ;; esac fi } # func_write_libtool_object output_name pic_name nonpic_name # Create a libtool object file (analogous to a ".la" file), # but don't create it if we're doing a dry run. func_write_libtool_object () { write_libobj=${1} if test "$build_libtool_libs" = yes; then write_lobj=\'${2}\' else write_lobj=none fi if test "$build_old_libs" = yes; then write_oldobj=\'${3}\' else write_oldobj=none fi $opt_dry_run || { cat >${write_libobj}T </dev/null` if test "$?" -eq 0 && test -n "${func_convert_core_file_wine_to_w32_tmp}"; then func_convert_core_file_wine_to_w32_result=`$ECHO "$func_convert_core_file_wine_to_w32_tmp" | $SED -e "$lt_sed_naive_backslashify"` else func_convert_core_file_wine_to_w32_result= fi fi } # end: func_convert_core_file_wine_to_w32 # func_convert_core_path_wine_to_w32 ARG # Helper function used by path conversion functions when $build is *nix, and # $host is mingw, cygwin, or some other w32 environment. Relies on a correctly # configured wine environment available, with the winepath program in $build's # $PATH. Assumes ARG has no leading or trailing path separator characters. # # ARG is path to be converted from $build format to win32. # Result is available in $func_convert_core_path_wine_to_w32_result. # Unconvertible file (directory) names in ARG are skipped; if no directory names # are convertible, then the result may be empty. func_convert_core_path_wine_to_w32 () { $opt_debug # unfortunately, winepath doesn't convert paths, only file names func_convert_core_path_wine_to_w32_result="" if test -n "$1"; then oldIFS=$IFS IFS=: for func_convert_core_path_wine_to_w32_f in $1; do IFS=$oldIFS func_convert_core_file_wine_to_w32 "$func_convert_core_path_wine_to_w32_f" if test -n "$func_convert_core_file_wine_to_w32_result" ; then if test -z "$func_convert_core_path_wine_to_w32_result"; then func_convert_core_path_wine_to_w32_result="$func_convert_core_file_wine_to_w32_result" else func_append func_convert_core_path_wine_to_w32_result ";$func_convert_core_file_wine_to_w32_result" fi fi done IFS=$oldIFS fi } # end: func_convert_core_path_wine_to_w32 # func_cygpath ARGS... # Wrapper around calling the cygpath program via LT_CYGPATH. This is used when # when (1) $build is *nix and Cygwin is hosted via a wine environment; or (2) # $build is MSYS and $host is Cygwin, or (3) $build is Cygwin. In case (1) or # (2), returns the Cygwin file name or path in func_cygpath_result (input # file name or path is assumed to be in w32 format, as previously converted # from $build's *nix or MSYS format). In case (3), returns the w32 file name # or path in func_cygpath_result (input file name or path is assumed to be in # Cygwin format). Returns an empty string on error. # # ARGS are passed to cygpath, with the last one being the file name or path to # be converted. # # Specify the absolute *nix (or w32) name to cygpath in the LT_CYGPATH # environment variable; do not put it in $PATH. func_cygpath () { $opt_debug if test -n "$LT_CYGPATH" && test -f "$LT_CYGPATH"; then func_cygpath_result=`$LT_CYGPATH "$@" 2>/dev/null` if test "$?" -ne 0; then # on failure, ensure result is empty func_cygpath_result= fi else func_cygpath_result= func_error "LT_CYGPATH is empty or specifies non-existent file: \`$LT_CYGPATH'" fi } #end: func_cygpath # func_convert_core_msys_to_w32 ARG # Convert file name or path ARG from MSYS format to w32 format. Return # result in func_convert_core_msys_to_w32_result. func_convert_core_msys_to_w32 () { $opt_debug # awkward: cmd appends spaces to result func_convert_core_msys_to_w32_result=`( cmd //c echo "$1" ) 2>/dev/null | $SED -e 's/[ ]*$//' -e "$lt_sed_naive_backslashify"` } #end: func_convert_core_msys_to_w32 # func_convert_file_check ARG1 ARG2 # Verify that ARG1 (a file name in $build format) was converted to $host # format in ARG2. Otherwise, emit an error message, but continue (resetting # func_to_host_file_result to ARG1). func_convert_file_check () { $opt_debug if test -z "$2" && test -n "$1" ; then func_error "Could not determine host file name corresponding to" func_error " \`$1'" func_error "Continuing, but uninstalled executables may not work." # Fallback: func_to_host_file_result="$1" fi } # end func_convert_file_check # func_convert_path_check FROM_PATHSEP TO_PATHSEP FROM_PATH TO_PATH # Verify that FROM_PATH (a path in $build format) was converted to $host # format in TO_PATH. Otherwise, emit an error message, but continue, resetting # func_to_host_file_result to a simplistic fallback value (see below). func_convert_path_check () { $opt_debug if test -z "$4" && test -n "$3"; then func_error "Could not determine the host path corresponding to" func_error " \`$3'" func_error "Continuing, but uninstalled executables may not work." # Fallback. This is a deliberately simplistic "conversion" and # should not be "improved". See libtool.info. if test "x$1" != "x$2"; then lt_replace_pathsep_chars="s|$1|$2|g" func_to_host_path_result=`echo "$3" | $SED -e "$lt_replace_pathsep_chars"` else func_to_host_path_result="$3" fi fi } # end func_convert_path_check # func_convert_path_front_back_pathsep FRONTPAT BACKPAT REPL ORIG # Modifies func_to_host_path_result by prepending REPL if ORIG matches FRONTPAT # and appending REPL if ORIG matches BACKPAT. func_convert_path_front_back_pathsep () { $opt_debug case $4 in $1 ) func_to_host_path_result="$3$func_to_host_path_result" ;; esac case $4 in $2 ) func_append func_to_host_path_result "$3" ;; esac } # end func_convert_path_front_back_pathsep ################################################## # $build to $host FILE NAME CONVERSION FUNCTIONS # ################################################## # invoked via `$to_host_file_cmd ARG' # # In each case, ARG is the path to be converted from $build to $host format. # Result will be available in $func_to_host_file_result. # func_to_host_file ARG # Converts the file name ARG from $build format to $host format. Return result # in func_to_host_file_result. func_to_host_file () { $opt_debug $to_host_file_cmd "$1" } # end func_to_host_file # func_to_tool_file ARG LAZY # converts the file name ARG from $build format to toolchain format. Return # result in func_to_tool_file_result. If the conversion in use is listed # in (the comma separated) LAZY, no conversion takes place. func_to_tool_file () { $opt_debug case ,$2, in *,"$to_tool_file_cmd",*) func_to_tool_file_result=$1 ;; *) $to_tool_file_cmd "$1" func_to_tool_file_result=$func_to_host_file_result ;; esac } # end func_to_tool_file # func_convert_file_noop ARG # Copy ARG to func_to_host_file_result. func_convert_file_noop () { func_to_host_file_result="$1" } # end func_convert_file_noop # func_convert_file_msys_to_w32 ARG # Convert file name ARG from (mingw) MSYS to (mingw) w32 format; automatic # conversion to w32 is not available inside the cwrapper. Returns result in # func_to_host_file_result. func_convert_file_msys_to_w32 () { $opt_debug func_to_host_file_result="$1" if test -n "$1"; then func_convert_core_msys_to_w32 "$1" func_to_host_file_result="$func_convert_core_msys_to_w32_result" fi func_convert_file_check "$1" "$func_to_host_file_result" } # end func_convert_file_msys_to_w32 # func_convert_file_cygwin_to_w32 ARG # Convert file name ARG from Cygwin to w32 format. Returns result in # func_to_host_file_result. func_convert_file_cygwin_to_w32 () { $opt_debug func_to_host_file_result="$1" if test -n "$1"; then # because $build is cygwin, we call "the" cygpath in $PATH; no need to use # LT_CYGPATH in this case. func_to_host_file_result=`cygpath -m "$1"` fi func_convert_file_check "$1" "$func_to_host_file_result" } # end func_convert_file_cygwin_to_w32 # func_convert_file_nix_to_w32 ARG # Convert file name ARG from *nix to w32 format. Requires a wine environment # and a working winepath. Returns result in func_to_host_file_result. func_convert_file_nix_to_w32 () { $opt_debug func_to_host_file_result="$1" if test -n "$1"; then func_convert_core_file_wine_to_w32 "$1" func_to_host_file_result="$func_convert_core_file_wine_to_w32_result" fi func_convert_file_check "$1" "$func_to_host_file_result" } # end func_convert_file_nix_to_w32 # func_convert_file_msys_to_cygwin ARG # Convert file name ARG from MSYS to Cygwin format. Requires LT_CYGPATH set. # Returns result in func_to_host_file_result. func_convert_file_msys_to_cygwin () { $opt_debug func_to_host_file_result="$1" if test -n "$1"; then func_convert_core_msys_to_w32 "$1" func_cygpath -u "$func_convert_core_msys_to_w32_result" func_to_host_file_result="$func_cygpath_result" fi func_convert_file_check "$1" "$func_to_host_file_result" } # end func_convert_file_msys_to_cygwin # func_convert_file_nix_to_cygwin ARG # Convert file name ARG from *nix to Cygwin format. Requires Cygwin installed # in a wine environment, working winepath, and LT_CYGPATH set. Returns result # in func_to_host_file_result. func_convert_file_nix_to_cygwin () { $opt_debug func_to_host_file_result="$1" if test -n "$1"; then # convert from *nix to w32, then use cygpath to convert from w32 to cygwin. func_convert_core_file_wine_to_w32 "$1" func_cygpath -u "$func_convert_core_file_wine_to_w32_result" func_to_host_file_result="$func_cygpath_result" fi func_convert_file_check "$1" "$func_to_host_file_result" } # end func_convert_file_nix_to_cygwin ############################################# # $build to $host PATH CONVERSION FUNCTIONS # ############################################# # invoked via `$to_host_path_cmd ARG' # # In each case, ARG is the path to be converted from $build to $host format. # The result will be available in $func_to_host_path_result. # # Path separators are also converted from $build format to $host format. If # ARG begins or ends with a path separator character, it is preserved (but # converted to $host format) on output. # # All path conversion functions are named using the following convention: # file name conversion function : func_convert_file_X_to_Y () # path conversion function : func_convert_path_X_to_Y () # where, for any given $build/$host combination the 'X_to_Y' value is the # same. If conversion functions are added for new $build/$host combinations, # the two new functions must follow this pattern, or func_init_to_host_path_cmd # will break. # func_init_to_host_path_cmd # Ensures that function "pointer" variable $to_host_path_cmd is set to the # appropriate value, based on the value of $to_host_file_cmd. to_host_path_cmd= func_init_to_host_path_cmd () { $opt_debug if test -z "$to_host_path_cmd"; then func_stripname 'func_convert_file_' '' "$to_host_file_cmd" to_host_path_cmd="func_convert_path_${func_stripname_result}" fi } # func_to_host_path ARG # Converts the path ARG from $build format to $host format. Return result # in func_to_host_path_result. func_to_host_path () { $opt_debug func_init_to_host_path_cmd $to_host_path_cmd "$1" } # end func_to_host_path # func_convert_path_noop ARG # Copy ARG to func_to_host_path_result. func_convert_path_noop () { func_to_host_path_result="$1" } # end func_convert_path_noop # func_convert_path_msys_to_w32 ARG # Convert path ARG from (mingw) MSYS to (mingw) w32 format; automatic # conversion to w32 is not available inside the cwrapper. Returns result in # func_to_host_path_result. func_convert_path_msys_to_w32 () { $opt_debug func_to_host_path_result="$1" if test -n "$1"; then # Remove leading and trailing path separator characters from ARG. MSYS # behavior is inconsistent here; cygpath turns them into '.;' and ';.'; # and winepath ignores them completely. func_stripname : : "$1" func_to_host_path_tmp1=$func_stripname_result func_convert_core_msys_to_w32 "$func_to_host_path_tmp1" func_to_host_path_result="$func_convert_core_msys_to_w32_result" func_convert_path_check : ";" \ "$func_to_host_path_tmp1" "$func_to_host_path_result" func_convert_path_front_back_pathsep ":*" "*:" ";" "$1" fi } # end func_convert_path_msys_to_w32 # func_convert_path_cygwin_to_w32 ARG # Convert path ARG from Cygwin to w32 format. Returns result in # func_to_host_file_result. func_convert_path_cygwin_to_w32 () { $opt_debug func_to_host_path_result="$1" if test -n "$1"; then # See func_convert_path_msys_to_w32: func_stripname : : "$1" func_to_host_path_tmp1=$func_stripname_result func_to_host_path_result=`cygpath -m -p "$func_to_host_path_tmp1"` func_convert_path_check : ";" \ "$func_to_host_path_tmp1" "$func_to_host_path_result" func_convert_path_front_back_pathsep ":*" "*:" ";" "$1" fi } # end func_convert_path_cygwin_to_w32 # func_convert_path_nix_to_w32 ARG # Convert path ARG from *nix to w32 format. Requires a wine environment and # a working winepath. Returns result in func_to_host_file_result. func_convert_path_nix_to_w32 () { $opt_debug func_to_host_path_result="$1" if test -n "$1"; then # See func_convert_path_msys_to_w32: func_stripname : : "$1" func_to_host_path_tmp1=$func_stripname_result func_convert_core_path_wine_to_w32 "$func_to_host_path_tmp1" func_to_host_path_result="$func_convert_core_path_wine_to_w32_result" func_convert_path_check : ";" \ "$func_to_host_path_tmp1" "$func_to_host_path_result" func_convert_path_front_back_pathsep ":*" "*:" ";" "$1" fi } # end func_convert_path_nix_to_w32 # func_convert_path_msys_to_cygwin ARG # Convert path ARG from MSYS to Cygwin format. Requires LT_CYGPATH set. # Returns result in func_to_host_file_result. func_convert_path_msys_to_cygwin () { $opt_debug func_to_host_path_result="$1" if test -n "$1"; then # See func_convert_path_msys_to_w32: func_stripname : : "$1" func_to_host_path_tmp1=$func_stripname_result func_convert_core_msys_to_w32 "$func_to_host_path_tmp1" func_cygpath -u -p "$func_convert_core_msys_to_w32_result" func_to_host_path_result="$func_cygpath_result" func_convert_path_check : : \ "$func_to_host_path_tmp1" "$func_to_host_path_result" func_convert_path_front_back_pathsep ":*" "*:" : "$1" fi } # end func_convert_path_msys_to_cygwin # func_convert_path_nix_to_cygwin ARG # Convert path ARG from *nix to Cygwin format. Requires Cygwin installed in a # a wine environment, working winepath, and LT_CYGPATH set. Returns result in # func_to_host_file_result. func_convert_path_nix_to_cygwin () { $opt_debug func_to_host_path_result="$1" if test -n "$1"; then # Remove leading and trailing path separator characters from # ARG. msys behavior is inconsistent here, cygpath turns them # into '.;' and ';.', and winepath ignores them completely. func_stripname : : "$1" func_to_host_path_tmp1=$func_stripname_result func_convert_core_path_wine_to_w32 "$func_to_host_path_tmp1" func_cygpath -u -p "$func_convert_core_path_wine_to_w32_result" func_to_host_path_result="$func_cygpath_result" func_convert_path_check : : \ "$func_to_host_path_tmp1" "$func_to_host_path_result" func_convert_path_front_back_pathsep ":*" "*:" : "$1" fi } # end func_convert_path_nix_to_cygwin # func_mode_compile arg... func_mode_compile () { $opt_debug # Get the compilation command and the source file. base_compile= srcfile="$nonopt" # always keep a non-empty value in "srcfile" suppress_opt=yes suppress_output= arg_mode=normal libobj= later= pie_flag= for arg do case $arg_mode in arg ) # do not "continue". Instead, add this to base_compile lastarg="$arg" arg_mode=normal ;; target ) libobj="$arg" arg_mode=normal continue ;; normal ) # Accept any command-line options. case $arg in -o) test -n "$libobj" && \ func_fatal_error "you cannot specify \`-o' more than once" arg_mode=target continue ;; -pie | -fpie | -fPIE) func_append pie_flag " $arg" continue ;; -shared | -static | -prefer-pic | -prefer-non-pic) func_append later " $arg" continue ;; -no-suppress) suppress_opt=no continue ;; -Xcompiler) arg_mode=arg # the next one goes into the "base_compile" arg list continue # The current "srcfile" will either be retained or ;; # replaced later. I would guess that would be a bug. -Wc,*) func_stripname '-Wc,' '' "$arg" args=$func_stripname_result lastarg= save_ifs="$IFS"; IFS=',' for arg in $args; do IFS="$save_ifs" func_append_quoted lastarg "$arg" done IFS="$save_ifs" func_stripname ' ' '' "$lastarg" lastarg=$func_stripname_result # Add the arguments to base_compile. func_append base_compile " $lastarg" continue ;; *) # Accept the current argument as the source file. # The previous "srcfile" becomes the current argument. # lastarg="$srcfile" srcfile="$arg" ;; esac # case $arg ;; esac # case $arg_mode # Aesthetically quote the previous argument. func_append_quoted base_compile "$lastarg" done # for arg case $arg_mode in arg) func_fatal_error "you must specify an argument for -Xcompile" ;; target) func_fatal_error "you must specify a target with \`-o'" ;; *) # Get the name of the library object. test -z "$libobj" && { func_basename "$srcfile" libobj="$func_basename_result" } ;; esac # Recognize several different file suffixes. # If the user specifies -o file.o, it is replaced with file.lo case $libobj in *.[cCFSifmso] | \ *.ada | *.adb | *.ads | *.asm | \ *.c++ | *.cc | *.ii | *.class | *.cpp | *.cxx | \ *.[fF][09]? | *.for | *.java | *.go | *.obj | *.sx | *.cu | *.cup) func_xform "$libobj" libobj=$func_xform_result ;; esac case $libobj in *.lo) func_lo2o "$libobj"; obj=$func_lo2o_result ;; *) func_fatal_error "cannot determine name of library object from \`$libobj'" ;; esac func_infer_tag $base_compile for arg in $later; do case $arg in -shared) test "$build_libtool_libs" != yes && \ func_fatal_configuration "can not build a shared library" build_old_libs=no continue ;; -static) build_libtool_libs=no build_old_libs=yes continue ;; -prefer-pic) pic_mode=yes continue ;; -prefer-non-pic) pic_mode=no continue ;; esac done func_quote_for_eval "$libobj" test "X$libobj" != "X$func_quote_for_eval_result" \ && $ECHO "X$libobj" | $GREP '[]~#^*{};<>?"'"'"' &()|`$[]' \ && func_warning "libobj name \`$libobj' may not contain shell special characters." func_dirname_and_basename "$obj" "/" "" objname="$func_basename_result" xdir="$func_dirname_result" lobj=${xdir}$objdir/$objname test -z "$base_compile" && \ func_fatal_help "you must specify a compilation command" # Delete any leftover library objects. if test "$build_old_libs" = yes; then removelist="$obj $lobj $libobj ${libobj}T" else removelist="$lobj $libobj ${libobj}T" fi # On Cygwin there's no "real" PIC flag so we must build both object types case $host_os in cygwin* | mingw* | pw32* | os2* | cegcc*) pic_mode=default ;; esac if test "$pic_mode" = no && test "$deplibs_check_method" != pass_all; then # non-PIC code in shared libraries is not supported pic_mode=default fi # Calculate the filename of the output object if compiler does # not support -o with -c if test "$compiler_c_o" = no; then output_obj=`$ECHO "$srcfile" | $SED 's%^.*/%%; s%\.[^.]*$%%'`.${objext} lockfile="$output_obj.lock" else output_obj= need_locks=no lockfile= fi # Lock this critical section if it is needed # We use this script file to make the link, it avoids creating a new file if test "$need_locks" = yes; then until $opt_dry_run || ln "$progpath" "$lockfile" 2>/dev/null; do func_echo "Waiting for $lockfile to be removed" sleep 2 done elif test "$need_locks" = warn; then if test -f "$lockfile"; then $ECHO "\ *** ERROR, $lockfile exists and contains: `cat $lockfile 2>/dev/null` This indicates that another process is trying to use the same temporary object file, and libtool could not work around it because your compiler does not support \`-c' and \`-o' together. If you repeat this compilation, it may succeed, by chance, but you had better avoid parallel builds (make -j) in this platform, or get a better compiler." $opt_dry_run || $RM $removelist exit $EXIT_FAILURE fi func_append removelist " $output_obj" $ECHO "$srcfile" > "$lockfile" fi $opt_dry_run || $RM $removelist func_append removelist " $lockfile" trap '$opt_dry_run || $RM $removelist; exit $EXIT_FAILURE' 1 2 15 func_to_tool_file "$srcfile" func_convert_file_msys_to_w32 srcfile=$func_to_tool_file_result func_quote_for_eval "$srcfile" qsrcfile=$func_quote_for_eval_result # Only build a PIC object if we are building libtool libraries. if test "$build_libtool_libs" = yes; then # Without this assignment, base_compile gets emptied. fbsd_hideous_sh_bug=$base_compile if test "$pic_mode" != no; then command="$base_compile $qsrcfile $pic_flag" else # Don't build PIC code command="$base_compile $qsrcfile" fi func_mkdir_p "$xdir$objdir" if test -z "$output_obj"; then # Place PIC objects in $objdir func_append command " -o $lobj" fi func_show_eval_locale "$command" \ 'test -n "$output_obj" && $RM $removelist; exit $EXIT_FAILURE' if test "$need_locks" = warn && test "X`cat $lockfile 2>/dev/null`" != "X$srcfile"; then $ECHO "\ *** ERROR, $lockfile contains: `cat $lockfile 2>/dev/null` but it should contain: $srcfile This indicates that another process is trying to use the same temporary object file, and libtool could not work around it because your compiler does not support \`-c' and \`-o' together. If you repeat this compilation, it may succeed, by chance, but you had better avoid parallel builds (make -j) in this platform, or get a better compiler." $opt_dry_run || $RM $removelist exit $EXIT_FAILURE fi # Just move the object if needed, then go on to compile the next one if test -n "$output_obj" && test "X$output_obj" != "X$lobj"; then func_show_eval '$MV "$output_obj" "$lobj"' \ 'error=$?; $opt_dry_run || $RM $removelist; exit $error' fi # Allow error messages only from the first compilation. if test "$suppress_opt" = yes; then suppress_output=' >/dev/null 2>&1' fi fi # Only build a position-dependent object if we build old libraries. if test "$build_old_libs" = yes; then if test "$pic_mode" != yes; then # Don't build PIC code command="$base_compile $qsrcfile$pie_flag" else command="$base_compile $qsrcfile $pic_flag" fi if test "$compiler_c_o" = yes; then func_append command " -o $obj" fi # Suppress compiler output if we already did a PIC compilation. func_append command "$suppress_output" func_show_eval_locale "$command" \ '$opt_dry_run || $RM $removelist; exit $EXIT_FAILURE' if test "$need_locks" = warn && test "X`cat $lockfile 2>/dev/null`" != "X$srcfile"; then $ECHO "\ *** ERROR, $lockfile contains: `cat $lockfile 2>/dev/null` but it should contain: $srcfile This indicates that another process is trying to use the same temporary object file, and libtool could not work around it because your compiler does not support \`-c' and \`-o' together. If you repeat this compilation, it may succeed, by chance, but you had better avoid parallel builds (make -j) in this platform, or get a better compiler." $opt_dry_run || $RM $removelist exit $EXIT_FAILURE fi # Just move the object if needed if test -n "$output_obj" && test "X$output_obj" != "X$obj"; then func_show_eval '$MV "$output_obj" "$obj"' \ 'error=$?; $opt_dry_run || $RM $removelist; exit $error' fi fi $opt_dry_run || { func_write_libtool_object "$libobj" "$objdir/$objname" "$objname" # Unlock the critical section if it was locked if test "$need_locks" != no; then removelist=$lockfile $RM "$lockfile" fi } exit $EXIT_SUCCESS } $opt_help || { test "$opt_mode" = compile && func_mode_compile ${1+"$@"} } func_mode_help () { # We need to display help for each of the modes. case $opt_mode in "") # Generic help is extracted from the usage comments # at the start of this file. func_help ;; clean) $ECHO \ "Usage: $progname [OPTION]... --mode=clean RM [RM-OPTION]... FILE... Remove files from the build directory. RM is the name of the program to use to delete files associated with each FILE (typically \`/bin/rm'). RM-OPTIONS are options (such as \`-f') to be passed to RM. If FILE is a libtool library, object or program, all the files associated with it are deleted. Otherwise, only FILE itself is deleted using RM." ;; compile) $ECHO \ "Usage: $progname [OPTION]... --mode=compile COMPILE-COMMAND... SOURCEFILE Compile a source file into a libtool library object. This mode accepts the following additional options: -o OUTPUT-FILE set the output file name to OUTPUT-FILE -no-suppress do not suppress compiler output for multiple passes -prefer-pic try to build PIC objects only -prefer-non-pic try to build non-PIC objects only -shared do not build a \`.o' file suitable for static linking -static only build a \`.o' file suitable for static linking -Wc,FLAG pass FLAG directly to the compiler COMPILE-COMMAND is a command to be used in creating a \`standard' object file from the given SOURCEFILE. The output file name is determined by removing the directory component from SOURCEFILE, then substituting the C source code suffix \`.c' with the library object suffix, \`.lo'." ;; execute) $ECHO \ "Usage: $progname [OPTION]... --mode=execute COMMAND [ARGS]... Automatically set library path, then run a program. This mode accepts the following additional options: -dlopen FILE add the directory containing FILE to the library path This mode sets the library path environment variable according to \`-dlopen' flags. If any of the ARGS are libtool executable wrappers, then they are translated into their corresponding uninstalled binary, and any of their required library directories are added to the library path. Then, COMMAND is executed, with ARGS as arguments." ;; finish) $ECHO \ "Usage: $progname [OPTION]... --mode=finish [LIBDIR]... Complete the installation of libtool libraries. Each LIBDIR is a directory that contains libtool libraries. The commands that this mode executes may require superuser privileges. Use the \`--dry-run' option if you just want to see what would be executed." ;; install) $ECHO \ "Usage: $progname [OPTION]... --mode=install INSTALL-COMMAND... Install executables or libraries. INSTALL-COMMAND is the installation command. The first component should be either the \`install' or \`cp' program. The following components of INSTALL-COMMAND are treated specially: -inst-prefix-dir PREFIX-DIR Use PREFIX-DIR as a staging area for installation The rest of the components are interpreted as arguments to that command (only BSD-compatible install options are recognized)." ;; link) $ECHO \ "Usage: $progname [OPTION]... --mode=link LINK-COMMAND... Link object files or libraries together to form another library, or to create an executable program. LINK-COMMAND is a command using the C compiler that you would use to create a program from several object files. The following components of LINK-COMMAND are treated specially: -all-static do not do any dynamic linking at all -avoid-version do not add a version suffix if possible -bindir BINDIR specify path to binaries directory (for systems where libraries must be found in the PATH setting at runtime) -dlopen FILE \`-dlpreopen' FILE if it cannot be dlopened at runtime -dlpreopen FILE link in FILE and add its symbols to lt_preloaded_symbols -export-dynamic allow symbols from OUTPUT-FILE to be resolved with dlsym(3) -export-symbols SYMFILE try to export only the symbols listed in SYMFILE -export-symbols-regex REGEX try to export only the symbols matching REGEX -LLIBDIR search LIBDIR for required installed libraries -lNAME OUTPUT-FILE requires the installed library libNAME -module build a library that can dlopened -no-fast-install disable the fast-install mode -no-install link a not-installable executable -no-undefined declare that a library does not refer to external symbols -o OUTPUT-FILE create OUTPUT-FILE from the specified objects -objectlist FILE Use a list of object files found in FILE to specify objects -precious-files-regex REGEX don't remove output files matching REGEX -release RELEASE specify package release information -rpath LIBDIR the created library will eventually be installed in LIBDIR -R[ ]LIBDIR add LIBDIR to the runtime path of programs and libraries -shared only do dynamic linking of libtool libraries -shrext SUFFIX override the standard shared library file extension -static do not do any dynamic linking of uninstalled libtool libraries -static-libtool-libs do not do any dynamic linking of libtool libraries -version-info CURRENT[:REVISION[:AGE]] specify library version info [each variable defaults to 0] -weak LIBNAME declare that the target provides the LIBNAME interface -Wc,FLAG -Xcompiler FLAG pass linker-specific FLAG directly to the compiler -Wl,FLAG -Xlinker FLAG pass linker-specific FLAG directly to the linker -XCClinker FLAG pass link-specific FLAG to the compiler driver (CC) All other options (arguments beginning with \`-') are ignored. Every other argument is treated as a filename. Files ending in \`.la' are treated as uninstalled libtool libraries, other files are standard or library object files. If the OUTPUT-FILE ends in \`.la', then a libtool library is created, only library objects (\`.lo' files) may be specified, and \`-rpath' is required, except when creating a convenience library. If OUTPUT-FILE ends in \`.a' or \`.lib', then a standard library is created using \`ar' and \`ranlib', or on Windows using \`lib'. If OUTPUT-FILE ends in \`.lo' or \`.${objext}', then a reloadable object file is created, otherwise an executable program is created." ;; uninstall) $ECHO \ "Usage: $progname [OPTION]... --mode=uninstall RM [RM-OPTION]... FILE... Remove libraries from an installation directory. RM is the name of the program to use to delete files associated with each FILE (typically \`/bin/rm'). RM-OPTIONS are options (such as \`-f') to be passed to RM. If FILE is a libtool library, all the files associated with it are deleted. Otherwise, only FILE itself is deleted using RM." ;; *) func_fatal_help "invalid operation mode \`$opt_mode'" ;; esac echo $ECHO "Try \`$progname --help' for more information about other modes." } # Now that we've collected a possible --mode arg, show help if necessary if $opt_help; then if test "$opt_help" = :; then func_mode_help else { func_help noexit for opt_mode in compile link execute install finish uninstall clean; do func_mode_help done } | sed -n '1p; 2,$s/^Usage:/ or: /p' { func_help noexit for opt_mode in compile link execute install finish uninstall clean; do echo func_mode_help done } | sed '1d /^When reporting/,/^Report/{ H d } $x /information about other modes/d /more detailed .*MODE/d s/^Usage:.*--mode=\([^ ]*\) .*/Description of \1 mode:/' fi exit $? fi # func_mode_execute arg... func_mode_execute () { $opt_debug # The first argument is the command name. cmd="$nonopt" test -z "$cmd" && \ func_fatal_help "you must specify a COMMAND" # Handle -dlopen flags immediately. for file in $opt_dlopen; do test -f "$file" \ || func_fatal_help "\`$file' is not a file" dir= case $file in *.la) func_resolve_sysroot "$file" file=$func_resolve_sysroot_result # Check to see that this really is a libtool archive. func_lalib_unsafe_p "$file" \ || func_fatal_help "\`$lib' is not a valid libtool archive" # Read the libtool library. dlname= library_names= func_source "$file" # Skip this library if it cannot be dlopened. if test -z "$dlname"; then # Warn if it was a shared library. test -n "$library_names" && \ func_warning "\`$file' was not linked with \`-export-dynamic'" continue fi func_dirname "$file" "" "." dir="$func_dirname_result" if test -f "$dir/$objdir/$dlname"; then func_append dir "/$objdir" else if test ! -f "$dir/$dlname"; then func_fatal_error "cannot find \`$dlname' in \`$dir' or \`$dir/$objdir'" fi fi ;; *.lo) # Just add the directory containing the .lo file. func_dirname "$file" "" "." dir="$func_dirname_result" ;; *) func_warning "\`-dlopen' is ignored for non-libtool libraries and objects" continue ;; esac # Get the absolute pathname. absdir=`cd "$dir" && pwd` test -n "$absdir" && dir="$absdir" # Now add the directory to shlibpath_var. if eval "test -z \"\$$shlibpath_var\""; then eval "$shlibpath_var=\"\$dir\"" else eval "$shlibpath_var=\"\$dir:\$$shlibpath_var\"" fi done # This variable tells wrapper scripts just to set shlibpath_var # rather than running their programs. libtool_execute_magic="$magic" # Check if any of the arguments is a wrapper script. args= for file do case $file in -* | *.la | *.lo ) ;; *) # Do a test to see if this is really a libtool program. if func_ltwrapper_script_p "$file"; then func_source "$file" # Transform arg to wrapped name. file="$progdir/$program" elif func_ltwrapper_executable_p "$file"; then func_ltwrapper_scriptname "$file" func_source "$func_ltwrapper_scriptname_result" # Transform arg to wrapped name. file="$progdir/$program" fi ;; esac # Quote arguments (to preserve shell metacharacters). func_append_quoted args "$file" done if test "X$opt_dry_run" = Xfalse; then if test -n "$shlibpath_var"; then # Export the shlibpath_var. eval "export $shlibpath_var" fi # Restore saved environment variables for lt_var in LANG LANGUAGE LC_ALL LC_CTYPE LC_COLLATE LC_MESSAGES do eval "if test \"\${save_$lt_var+set}\" = set; then $lt_var=\$save_$lt_var; export $lt_var else $lt_unset $lt_var fi" done # Now prepare to actually exec the command. exec_cmd="\$cmd$args" else # Display what would be done. if test -n "$shlibpath_var"; then eval "\$ECHO \"\$shlibpath_var=\$$shlibpath_var\"" echo "export $shlibpath_var" fi $ECHO "$cmd$args" exit $EXIT_SUCCESS fi } test "$opt_mode" = execute && func_mode_execute ${1+"$@"} # func_mode_finish arg... func_mode_finish () { $opt_debug libs= libdirs= admincmds= for opt in "$nonopt" ${1+"$@"} do if test -d "$opt"; then func_append libdirs " $opt" elif test -f "$opt"; then if func_lalib_unsafe_p "$opt"; then func_append libs " $opt" else func_warning "\`$opt' is not a valid libtool archive" fi else func_fatal_error "invalid argument \`$opt'" fi done if test -n "$libs"; then if test -n "$lt_sysroot"; then sysroot_regex=`$ECHO "$lt_sysroot" | $SED "$sed_make_literal_regex"` sysroot_cmd="s/\([ ']\)$sysroot_regex/\1/g;" else sysroot_cmd= fi # Remove sysroot references if $opt_dry_run; then for lib in $libs; do echo "removing references to $lt_sysroot and \`=' prefixes from $lib" done else tmpdir=`func_mktempdir` for lib in $libs; do sed -e "${sysroot_cmd} s/\([ ']-[LR]\)=/\1/g; s/\([ ']\)=/\1/g" $lib \ > $tmpdir/tmp-la mv -f $tmpdir/tmp-la $lib done ${RM}r "$tmpdir" fi fi if test -n "$finish_cmds$finish_eval" && test -n "$libdirs"; then for libdir in $libdirs; do if test -n "$finish_cmds"; then # Do each command in the finish commands. func_execute_cmds "$finish_cmds" 'admincmds="$admincmds '"$cmd"'"' fi if test -n "$finish_eval"; then # Do the single finish_eval. eval cmds=\"$finish_eval\" $opt_dry_run || eval "$cmds" || func_append admincmds " $cmds" fi done fi # Exit here if they wanted silent mode. $opt_silent && exit $EXIT_SUCCESS if test -n "$finish_cmds$finish_eval" && test -n "$libdirs"; then echo "----------------------------------------------------------------------" echo "Libraries have been installed in:" for libdir in $libdirs; do $ECHO " $libdir" done echo echo "If you ever happen to want to link against installed libraries" echo "in a given directory, LIBDIR, you must either use libtool, and" echo "specify the full pathname of the library, or use the \`-LLIBDIR'" echo "flag during linking and do at least one of the following:" if test -n "$shlibpath_var"; then echo " - add LIBDIR to the \`$shlibpath_var' environment variable" echo " during execution" fi if test -n "$runpath_var"; then echo " - add LIBDIR to the \`$runpath_var' environment variable" echo " during linking" fi if test -n "$hardcode_libdir_flag_spec"; then libdir=LIBDIR eval flag=\"$hardcode_libdir_flag_spec\" $ECHO " - use the \`$flag' linker flag" fi if test -n "$admincmds"; then $ECHO " - have your system administrator run these commands:$admincmds" fi if test -f /etc/ld.so.conf; then echo " - have your system administrator add LIBDIR to \`/etc/ld.so.conf'" fi echo echo "See any operating system documentation about shared libraries for" case $host in solaris2.[6789]|solaris2.1[0-9]) echo "more information, such as the ld(1), crle(1) and ld.so(8) manual" echo "pages." ;; *) echo "more information, such as the ld(1) and ld.so(8) manual pages." ;; esac echo "----------------------------------------------------------------------" fi exit $EXIT_SUCCESS } test "$opt_mode" = finish && func_mode_finish ${1+"$@"} # func_mode_install arg... func_mode_install () { $opt_debug # There may be an optional sh(1) argument at the beginning of # install_prog (especially on Windows NT). if test "$nonopt" = "$SHELL" || test "$nonopt" = /bin/sh || # Allow the use of GNU shtool's install command. case $nonopt in *shtool*) :;; *) false;; esac; then # Aesthetically quote it. func_quote_for_eval "$nonopt" install_prog="$func_quote_for_eval_result " arg=$1 shift else install_prog= arg=$nonopt fi # The real first argument should be the name of the installation program. # Aesthetically quote it. func_quote_for_eval "$arg" func_append install_prog "$func_quote_for_eval_result" install_shared_prog=$install_prog case " $install_prog " in *[\\\ /]cp\ *) install_cp=: ;; *) install_cp=false ;; esac # We need to accept at least all the BSD install flags. dest= files= opts= prev= install_type= isdir=no stripme= no_mode=: for arg do arg2= if test -n "$dest"; then func_append files " $dest" dest=$arg continue fi case $arg in -d) isdir=yes ;; -f) if $install_cp; then :; else prev=$arg fi ;; -g | -m | -o) prev=$arg ;; -s) stripme=" -s" continue ;; -*) ;; *) # If the previous option needed an argument, then skip it. if test -n "$prev"; then if test "x$prev" = x-m && test -n "$install_override_mode"; then arg2=$install_override_mode no_mode=false fi prev= else dest=$arg continue fi ;; esac # Aesthetically quote the argument. func_quote_for_eval "$arg" func_append install_prog " $func_quote_for_eval_result" if test -n "$arg2"; then func_quote_for_eval "$arg2" fi func_append install_shared_prog " $func_quote_for_eval_result" done test -z "$install_prog" && \ func_fatal_help "you must specify an install program" test -n "$prev" && \ func_fatal_help "the \`$prev' option requires an argument" if test -n "$install_override_mode" && $no_mode; then if $install_cp; then :; else func_quote_for_eval "$install_override_mode" func_append install_shared_prog " -m $func_quote_for_eval_result" fi fi if test -z "$files"; then if test -z "$dest"; then func_fatal_help "no file or destination specified" else func_fatal_help "you must specify a destination" fi fi # Strip any trailing slash from the destination. func_stripname '' '/' "$dest" dest=$func_stripname_result # Check to see that the destination is a directory. test -d "$dest" && isdir=yes if test "$isdir" = yes; then destdir="$dest" destname= else func_dirname_and_basename "$dest" "" "." destdir="$func_dirname_result" destname="$func_basename_result" # Not a directory, so check to see that there is only one file specified. set dummy $files; shift test "$#" -gt 1 && \ func_fatal_help "\`$dest' is not a directory" fi case $destdir in [\\/]* | [A-Za-z]:[\\/]*) ;; *) for file in $files; do case $file in *.lo) ;; *) func_fatal_help "\`$destdir' must be an absolute directory name" ;; esac done ;; esac # This variable tells wrapper scripts just to set variables rather # than running their programs. libtool_install_magic="$magic" staticlibs= future_libdirs= current_libdirs= for file in $files; do # Do each installation. case $file in *.$libext) # Do the static libraries later. func_append staticlibs " $file" ;; *.la) func_resolve_sysroot "$file" file=$func_resolve_sysroot_result # Check to see that this really is a libtool archive. func_lalib_unsafe_p "$file" \ || func_fatal_help "\`$file' is not a valid libtool archive" library_names= old_library= relink_command= func_source "$file" # Add the libdir to current_libdirs if it is the destination. if test "X$destdir" = "X$libdir"; then case "$current_libdirs " in *" $libdir "*) ;; *) func_append current_libdirs " $libdir" ;; esac else # Note the libdir as a future libdir. case "$future_libdirs " in *" $libdir "*) ;; *) func_append future_libdirs " $libdir" ;; esac fi func_dirname "$file" "/" "" dir="$func_dirname_result" func_append dir "$objdir" if test -n "$relink_command"; then # Determine the prefix the user has applied to our future dir. inst_prefix_dir=`$ECHO "$destdir" | $SED -e "s%$libdir\$%%"` # Don't allow the user to place us outside of our expected # location b/c this prevents finding dependent libraries that # are installed to the same prefix. # At present, this check doesn't affect windows .dll's that # are installed into $libdir/../bin (currently, that works fine) # but it's something to keep an eye on. test "$inst_prefix_dir" = "$destdir" && \ func_fatal_error "error: cannot install \`$file' to a directory not ending in $libdir" if test -n "$inst_prefix_dir"; then # Stick the inst_prefix_dir data into the link command. relink_command=`$ECHO "$relink_command" | $SED "s%@inst_prefix_dir@%-inst-prefix-dir $inst_prefix_dir%"` else relink_command=`$ECHO "$relink_command" | $SED "s%@inst_prefix_dir@%%"` fi func_warning "relinking \`$file'" func_show_eval "$relink_command" \ 'func_fatal_error "error: relink \`$file'\'' with the above command before installing it"' fi # See the names of the shared library. set dummy $library_names; shift if test -n "$1"; then realname="$1" shift srcname="$realname" test -n "$relink_command" && srcname="$realname"T # Install the shared library and build the symlinks. func_show_eval "$install_shared_prog $dir/$srcname $destdir/$realname" \ 'exit $?' tstripme="$stripme" case $host_os in cygwin* | mingw* | pw32* | cegcc*) case $realname in *.dll.a) tstripme="" ;; esac ;; esac if test -n "$tstripme" && test -n "$striplib"; then func_show_eval "$striplib $destdir/$realname" 'exit $?' fi if test "$#" -gt 0; then # Delete the old symlinks, and create new ones. # Try `ln -sf' first, because the `ln' binary might depend on # the symlink we replace! Solaris /bin/ln does not understand -f, # so we also need to try rm && ln -s. for linkname do test "$linkname" != "$realname" \ && func_show_eval "(cd $destdir && { $LN_S -f $realname $linkname || { $RM $linkname && $LN_S $realname $linkname; }; })" done fi # Do each command in the postinstall commands. lib="$destdir/$realname" func_execute_cmds "$postinstall_cmds" 'exit $?' fi # Install the pseudo-library for information purposes. func_basename "$file" name="$func_basename_result" instname="$dir/$name"i func_show_eval "$install_prog $instname $destdir/$name" 'exit $?' # Maybe install the static library, too. test -n "$old_library" && func_append staticlibs " $dir/$old_library" ;; *.lo) # Install (i.e. copy) a libtool object. # Figure out destination file name, if it wasn't already specified. if test -n "$destname"; then destfile="$destdir/$destname" else func_basename "$file" destfile="$func_basename_result" destfile="$destdir/$destfile" fi # Deduce the name of the destination old-style object file. case $destfile in *.lo) func_lo2o "$destfile" staticdest=$func_lo2o_result ;; *.$objext) staticdest="$destfile" destfile= ;; *) func_fatal_help "cannot copy a libtool object to \`$destfile'" ;; esac # Install the libtool object if requested. test -n "$destfile" && \ func_show_eval "$install_prog $file $destfile" 'exit $?' # Install the old object if enabled. if test "$build_old_libs" = yes; then # Deduce the name of the old-style object file. func_lo2o "$file" staticobj=$func_lo2o_result func_show_eval "$install_prog \$staticobj \$staticdest" 'exit $?' fi exit $EXIT_SUCCESS ;; *) # Figure out destination file name, if it wasn't already specified. if test -n "$destname"; then destfile="$destdir/$destname" else func_basename "$file" destfile="$func_basename_result" destfile="$destdir/$destfile" fi # If the file is missing, and there is a .exe on the end, strip it # because it is most likely a libtool script we actually want to # install stripped_ext="" case $file in *.exe) if test ! -f "$file"; then func_stripname '' '.exe' "$file" file=$func_stripname_result stripped_ext=".exe" fi ;; esac # Do a test to see if this is really a libtool program. case $host in *cygwin* | *mingw*) if func_ltwrapper_executable_p "$file"; then func_ltwrapper_scriptname "$file" wrapper=$func_ltwrapper_scriptname_result else func_stripname '' '.exe' "$file" wrapper=$func_stripname_result fi ;; *) wrapper=$file ;; esac if func_ltwrapper_script_p "$wrapper"; then notinst_deplibs= relink_command= func_source "$wrapper" # Check the variables that should have been set. test -z "$generated_by_libtool_version" && \ func_fatal_error "invalid libtool wrapper script \`$wrapper'" finalize=yes for lib in $notinst_deplibs; do # Check to see that each library is installed. libdir= if test -f "$lib"; then func_source "$lib" fi libfile="$libdir/"`$ECHO "$lib" | $SED 's%^.*/%%g'` ### testsuite: skip nested quoting test if test -n "$libdir" && test ! -f "$libfile"; then func_warning "\`$lib' has not been installed in \`$libdir'" finalize=no fi done relink_command= func_source "$wrapper" outputname= if test "$fast_install" = no && test -n "$relink_command"; then $opt_dry_run || { if test "$finalize" = yes; then tmpdir=`func_mktempdir` func_basename "$file$stripped_ext" file="$func_basename_result" outputname="$tmpdir/$file" # Replace the output file specification. relink_command=`$ECHO "$relink_command" | $SED 's%@OUTPUT@%'"$outputname"'%g'` $opt_silent || { func_quote_for_expand "$relink_command" eval "func_echo $func_quote_for_expand_result" } if eval "$relink_command"; then : else func_error "error: relink \`$file' with the above command before installing it" $opt_dry_run || ${RM}r "$tmpdir" continue fi file="$outputname" else func_warning "cannot relink \`$file'" fi } else # Install the binary that we compiled earlier. file=`$ECHO "$file$stripped_ext" | $SED "s%\([^/]*\)$%$objdir/\1%"` fi fi # remove .exe since cygwin /usr/bin/install will append another # one anyway case $install_prog,$host in */usr/bin/install*,*cygwin*) case $file:$destfile in *.exe:*.exe) # this is ok ;; *.exe:*) destfile=$destfile.exe ;; *:*.exe) func_stripname '' '.exe' "$destfile" destfile=$func_stripname_result ;; esac ;; esac func_show_eval "$install_prog\$stripme \$file \$destfile" 'exit $?' $opt_dry_run || if test -n "$outputname"; then ${RM}r "$tmpdir" fi ;; esac done for file in $staticlibs; do func_basename "$file" name="$func_basename_result" # Set up the ranlib parameters. oldlib="$destdir/$name" func_to_tool_file "$oldlib" func_convert_file_msys_to_w32 tool_oldlib=$func_to_tool_file_result func_show_eval "$install_prog \$file \$oldlib" 'exit $?' if test -n "$stripme" && test -n "$old_striplib"; then func_show_eval "$old_striplib $tool_oldlib" 'exit $?' fi # Do each command in the postinstall commands. func_execute_cmds "$old_postinstall_cmds" 'exit $?' done test -n "$future_libdirs" && \ func_warning "remember to run \`$progname --finish$future_libdirs'" if test -n "$current_libdirs"; then # Maybe just do a dry run. $opt_dry_run && current_libdirs=" -n$current_libdirs" exec_cmd='$SHELL $progpath $preserve_args --finish$current_libdirs' else exit $EXIT_SUCCESS fi } test "$opt_mode" = install && func_mode_install ${1+"$@"} # func_generate_dlsyms outputname originator pic_p # Extract symbols from dlprefiles and create ${outputname}S.o with # a dlpreopen symbol table. func_generate_dlsyms () { $opt_debug my_outputname="$1" my_originator="$2" my_pic_p="${3-no}" my_prefix=`$ECHO "$my_originator" | sed 's%[^a-zA-Z0-9]%_%g'` my_dlsyms= if test -n "$dlfiles$dlprefiles" || test "$dlself" != no; then if test -n "$NM" && test -n "$global_symbol_pipe"; then my_dlsyms="${my_outputname}S.c" else func_error "not configured to extract global symbols from dlpreopened files" fi fi if test -n "$my_dlsyms"; then case $my_dlsyms in "") ;; *.c) # Discover the nlist of each of the dlfiles. nlist="$output_objdir/${my_outputname}.nm" func_show_eval "$RM $nlist ${nlist}S ${nlist}T" # Parse the name list into a source file. func_verbose "creating $output_objdir/$my_dlsyms" $opt_dry_run || $ECHO > "$output_objdir/$my_dlsyms" "\ /* $my_dlsyms - symbol resolution table for \`$my_outputname' dlsym emulation. */ /* Generated by $PROGRAM (GNU $PACKAGE$TIMESTAMP) $VERSION */ #ifdef __cplusplus extern \"C\" { #endif #if defined(__GNUC__) && (((__GNUC__ == 4) && (__GNUC_MINOR__ >= 4)) || (__GNUC__ > 4)) #pragma GCC diagnostic ignored \"-Wstrict-prototypes\" #endif /* Keep this code in sync between libtool.m4, ltmain, lt_system.h, and tests. */ #if defined(_WIN32) || defined(__CYGWIN__) || defined(_WIN32_WCE) /* DATA imports from DLLs on WIN32 con't be const, because runtime relocations are performed -- see ld's documentation on pseudo-relocs. */ # define LT_DLSYM_CONST #elif defined(__osf__) /* This system does not cope well with relocations in const data. */ # define LT_DLSYM_CONST #else # define LT_DLSYM_CONST const #endif /* External symbol declarations for the compiler. */\ " if test "$dlself" = yes; then func_verbose "generating symbol list for \`$output'" $opt_dry_run || echo ': @PROGRAM@ ' > "$nlist" # Add our own program objects to the symbol list. progfiles=`$ECHO "$objs$old_deplibs" | $SP2NL | $SED "$lo2o" | $NL2SP` for progfile in $progfiles; do func_to_tool_file "$progfile" func_convert_file_msys_to_w32 func_verbose "extracting global C symbols from \`$func_to_tool_file_result'" $opt_dry_run || eval "$NM $func_to_tool_file_result | $global_symbol_pipe >> '$nlist'" done if test -n "$exclude_expsyms"; then $opt_dry_run || { eval '$EGREP -v " ($exclude_expsyms)$" "$nlist" > "$nlist"T' eval '$MV "$nlist"T "$nlist"' } fi if test -n "$export_symbols_regex"; then $opt_dry_run || { eval '$EGREP -e "$export_symbols_regex" "$nlist" > "$nlist"T' eval '$MV "$nlist"T "$nlist"' } fi # Prepare the list of exported symbols if test -z "$export_symbols"; then export_symbols="$output_objdir/$outputname.exp" $opt_dry_run || { $RM $export_symbols eval "${SED} -n -e '/^: @PROGRAM@ $/d' -e 's/^.* \(.*\)$/\1/p' "'< "$nlist" > "$export_symbols"' case $host in *cygwin* | *mingw* | *cegcc* ) eval "echo EXPORTS "'> "$output_objdir/$outputname.def"' eval 'cat "$export_symbols" >> "$output_objdir/$outputname.def"' ;; esac } else $opt_dry_run || { eval "${SED} -e 's/\([].[*^$]\)/\\\\\1/g' -e 's/^/ /' -e 's/$/$/'"' < "$export_symbols" > "$output_objdir/$outputname.exp"' eval '$GREP -f "$output_objdir/$outputname.exp" < "$nlist" > "$nlist"T' eval '$MV "$nlist"T "$nlist"' case $host in *cygwin* | *mingw* | *cegcc* ) eval "echo EXPORTS "'> "$output_objdir/$outputname.def"' eval 'cat "$nlist" >> "$output_objdir/$outputname.def"' ;; esac } fi fi for dlprefile in $dlprefiles; do func_verbose "extracting global C symbols from \`$dlprefile'" func_basename "$dlprefile" name="$func_basename_result" case $host in *cygwin* | *mingw* | *cegcc* ) # if an import library, we need to obtain dlname if func_win32_import_lib_p "$dlprefile"; then func_tr_sh "$dlprefile" eval "curr_lafile=\$libfile_$func_tr_sh_result" dlprefile_dlbasename="" if test -n "$curr_lafile" && func_lalib_p "$curr_lafile"; then # Use subshell, to avoid clobbering current variable values dlprefile_dlname=`source "$curr_lafile" && echo "$dlname"` if test -n "$dlprefile_dlname" ; then func_basename "$dlprefile_dlname" dlprefile_dlbasename="$func_basename_result" else # no lafile. user explicitly requested -dlpreopen . $sharedlib_from_linklib_cmd "$dlprefile" dlprefile_dlbasename=$sharedlib_from_linklib_result fi fi $opt_dry_run || { if test -n "$dlprefile_dlbasename" ; then eval '$ECHO ": $dlprefile_dlbasename" >> "$nlist"' else func_warning "Could not compute DLL name from $name" eval '$ECHO ": $name " >> "$nlist"' fi func_to_tool_file "$dlprefile" func_convert_file_msys_to_w32 eval "$NM \"$func_to_tool_file_result\" 2>/dev/null | $global_symbol_pipe | $SED -e '/I __imp/d' -e 's/I __nm_/D /;s/_nm__//' >> '$nlist'" } else # not an import lib $opt_dry_run || { eval '$ECHO ": $name " >> "$nlist"' func_to_tool_file "$dlprefile" func_convert_file_msys_to_w32 eval "$NM \"$func_to_tool_file_result\" 2>/dev/null | $global_symbol_pipe >> '$nlist'" } fi ;; *) $opt_dry_run || { eval '$ECHO ": $name " >> "$nlist"' func_to_tool_file "$dlprefile" func_convert_file_msys_to_w32 eval "$NM \"$func_to_tool_file_result\" 2>/dev/null | $global_symbol_pipe >> '$nlist'" } ;; esac done $opt_dry_run || { # Make sure we have at least an empty file. test -f "$nlist" || : > "$nlist" if test -n "$exclude_expsyms"; then $EGREP -v " ($exclude_expsyms)$" "$nlist" > "$nlist"T $MV "$nlist"T "$nlist" fi # Try sorting and uniquifying the output. if $GREP -v "^: " < "$nlist" | if sort -k 3 /dev/null 2>&1; then sort -k 3 else sort +2 fi | uniq > "$nlist"S; then : else $GREP -v "^: " < "$nlist" > "$nlist"S fi if test -f "$nlist"S; then eval "$global_symbol_to_cdecl"' < "$nlist"S >> "$output_objdir/$my_dlsyms"' else echo '/* NONE */' >> "$output_objdir/$my_dlsyms" fi echo >> "$output_objdir/$my_dlsyms" "\ /* The mapping between symbol names and symbols. */ typedef struct { const char *name; void *address; } lt_dlsymlist; extern LT_DLSYM_CONST lt_dlsymlist lt_${my_prefix}_LTX_preloaded_symbols[]; LT_DLSYM_CONST lt_dlsymlist lt_${my_prefix}_LTX_preloaded_symbols[] = {\ { \"$my_originator\", (void *) 0 }," case $need_lib_prefix in no) eval "$global_symbol_to_c_name_address" < "$nlist" >> "$output_objdir/$my_dlsyms" ;; *) eval "$global_symbol_to_c_name_address_lib_prefix" < "$nlist" >> "$output_objdir/$my_dlsyms" ;; esac echo >> "$output_objdir/$my_dlsyms" "\ {0, (void *) 0} }; /* This works around a problem in FreeBSD linker */ #ifdef FREEBSD_WORKAROUND static const void *lt_preloaded_setup() { return lt_${my_prefix}_LTX_preloaded_symbols; } #endif #ifdef __cplusplus } #endif\ " } # !$opt_dry_run pic_flag_for_symtable= case "$compile_command " in *" -static "*) ;; *) case $host in # compiling the symbol table file with pic_flag works around # a FreeBSD bug that causes programs to crash when -lm is # linked before any other PIC object. But we must not use # pic_flag when linking with -static. The problem exists in # FreeBSD 2.2.6 and is fixed in FreeBSD 3.1. *-*-freebsd2.*|*-*-freebsd3.0*|*-*-freebsdelf3.0*) pic_flag_for_symtable=" $pic_flag -DFREEBSD_WORKAROUND" ;; *-*-hpux*) pic_flag_for_symtable=" $pic_flag" ;; *) if test "X$my_pic_p" != Xno; then pic_flag_for_symtable=" $pic_flag" fi ;; esac ;; esac symtab_cflags= for arg in $LTCFLAGS; do case $arg in -pie | -fpie | -fPIE) ;; *) func_append symtab_cflags " $arg" ;; esac done # Now compile the dynamic symbol file. func_show_eval '(cd $output_objdir && $LTCC$symtab_cflags -c$no_builtin_flag$pic_flag_for_symtable "$my_dlsyms")' 'exit $?' # Clean up the generated files. func_show_eval '$RM "$output_objdir/$my_dlsyms" "$nlist" "${nlist}S" "${nlist}T"' # Transform the symbol file into the correct name. symfileobj="$output_objdir/${my_outputname}S.$objext" case $host in *cygwin* | *mingw* | *cegcc* ) if test -f "$output_objdir/$my_outputname.def"; then compile_command=`$ECHO "$compile_command" | $SED "s%@SYMFILE@%$output_objdir/$my_outputname.def $symfileobj%"` finalize_command=`$ECHO "$finalize_command" | $SED "s%@SYMFILE@%$output_objdir/$my_outputname.def $symfileobj%"` else compile_command=`$ECHO "$compile_command" | $SED "s%@SYMFILE@%$symfileobj%"` finalize_command=`$ECHO "$finalize_command" | $SED "s%@SYMFILE@%$symfileobj%"` fi ;; *) compile_command=`$ECHO "$compile_command" | $SED "s%@SYMFILE@%$symfileobj%"` finalize_command=`$ECHO "$finalize_command" | $SED "s%@SYMFILE@%$symfileobj%"` ;; esac ;; *) func_fatal_error "unknown suffix for \`$my_dlsyms'" ;; esac else # We keep going just in case the user didn't refer to # lt_preloaded_symbols. The linker will fail if global_symbol_pipe # really was required. # Nullify the symbol file. compile_command=`$ECHO "$compile_command" | $SED "s% @SYMFILE@%%"` finalize_command=`$ECHO "$finalize_command" | $SED "s% @SYMFILE@%%"` fi } # func_win32_libid arg # return the library type of file 'arg' # # Need a lot of goo to handle *both* DLLs and import libs # Has to be a shell function in order to 'eat' the argument # that is supplied when $file_magic_command is called. # Despite the name, also deal with 64 bit binaries. func_win32_libid () { $opt_debug win32_libid_type="unknown" win32_fileres=`file -L $1 2>/dev/null` case $win32_fileres in *ar\ archive\ import\ library*) # definitely import win32_libid_type="x86 archive import" ;; *ar\ archive*) # could be an import, or static # Keep the egrep pattern in sync with the one in _LT_CHECK_MAGIC_METHOD. if eval $OBJDUMP -f $1 | $SED -e '10q' 2>/dev/null | $EGREP 'file format (pei*-i386(.*architecture: i386)?|pe-arm-wince|pe-x86-64)' >/dev/null; then func_to_tool_file "$1" func_convert_file_msys_to_w32 win32_nmres=`eval $NM -f posix -A \"$func_to_tool_file_result\" | $SED -n -e ' 1,100{ / I /{ s,.*,import, p q } }'` case $win32_nmres in import*) win32_libid_type="x86 archive import";; *) win32_libid_type="x86 archive static";; esac fi ;; *DLL*) win32_libid_type="x86 DLL" ;; *executable*) # but shell scripts are "executable" too... case $win32_fileres in *MS\ Windows\ PE\ Intel*) win32_libid_type="x86 DLL" ;; esac ;; esac $ECHO "$win32_libid_type" } # func_cygming_dll_for_implib ARG # # Platform-specific function to extract the # name of the DLL associated with the specified # import library ARG. # Invoked by eval'ing the libtool variable # $sharedlib_from_linklib_cmd # Result is available in the variable # $sharedlib_from_linklib_result func_cygming_dll_for_implib () { $opt_debug sharedlib_from_linklib_result=`$DLLTOOL --identify-strict --identify "$1"` } # func_cygming_dll_for_implib_fallback_core SECTION_NAME LIBNAMEs # # The is the core of a fallback implementation of a # platform-specific function to extract the name of the # DLL associated with the specified import library LIBNAME. # # SECTION_NAME is either .idata$6 or .idata$7, depending # on the platform and compiler that created the implib. # # Echos the name of the DLL associated with the # specified import library. func_cygming_dll_for_implib_fallback_core () { $opt_debug match_literal=`$ECHO "$1" | $SED "$sed_make_literal_regex"` $OBJDUMP -s --section "$1" "$2" 2>/dev/null | $SED '/^Contents of section '"$match_literal"':/{ # Place marker at beginning of archive member dllname section s/.*/====MARK====/ p d } # These lines can sometimes be longer than 43 characters, but # are always uninteresting /:[ ]*file format pe[i]\{,1\}-/d /^In archive [^:]*:/d # Ensure marker is printed /^====MARK====/p # Remove all lines with less than 43 characters /^.\{43\}/!d # From remaining lines, remove first 43 characters s/^.\{43\}//' | $SED -n ' # Join marker and all lines until next marker into a single line /^====MARK====/ b para H $ b para b :para x s/\n//g # Remove the marker s/^====MARK====// # Remove trailing dots and whitespace s/[\. \t]*$// # Print /./p' | # we now have a list, one entry per line, of the stringified # contents of the appropriate section of all members of the # archive which possess that section. Heuristic: eliminate # all those which have a first or second character that is # a '.' (that is, objdump's representation of an unprintable # character.) This should work for all archives with less than # 0x302f exports -- but will fail for DLLs whose name actually # begins with a literal '.' or a single character followed by # a '.'. # # Of those that remain, print the first one. $SED -e '/^\./d;/^.\./d;q' } # func_cygming_gnu_implib_p ARG # This predicate returns with zero status (TRUE) if # ARG is a GNU/binutils-style import library. Returns # with nonzero status (FALSE) otherwise. func_cygming_gnu_implib_p () { $opt_debug func_to_tool_file "$1" func_convert_file_msys_to_w32 func_cygming_gnu_implib_tmp=`$NM "$func_to_tool_file_result" | eval "$global_symbol_pipe" | $EGREP ' (_head_[A-Za-z0-9_]+_[ad]l*|[A-Za-z0-9_]+_[ad]l*_iname)$'` test -n "$func_cygming_gnu_implib_tmp" } # func_cygming_ms_implib_p ARG # This predicate returns with zero status (TRUE) if # ARG is an MS-style import library. Returns # with nonzero status (FALSE) otherwise. func_cygming_ms_implib_p () { $opt_debug func_to_tool_file "$1" func_convert_file_msys_to_w32 func_cygming_ms_implib_tmp=`$NM "$func_to_tool_file_result" | eval "$global_symbol_pipe" | $GREP '_NULL_IMPORT_DESCRIPTOR'` test -n "$func_cygming_ms_implib_tmp" } # func_cygming_dll_for_implib_fallback ARG # Platform-specific function to extract the # name of the DLL associated with the specified # import library ARG. # # This fallback implementation is for use when $DLLTOOL # does not support the --identify-strict option. # Invoked by eval'ing the libtool variable # $sharedlib_from_linklib_cmd # Result is available in the variable # $sharedlib_from_linklib_result func_cygming_dll_for_implib_fallback () { $opt_debug if func_cygming_gnu_implib_p "$1" ; then # binutils import library sharedlib_from_linklib_result=`func_cygming_dll_for_implib_fallback_core '.idata$7' "$1"` elif func_cygming_ms_implib_p "$1" ; then # ms-generated import library sharedlib_from_linklib_result=`func_cygming_dll_for_implib_fallback_core '.idata$6' "$1"` else # unknown sharedlib_from_linklib_result="" fi } # func_extract_an_archive dir oldlib func_extract_an_archive () { $opt_debug f_ex_an_ar_dir="$1"; shift f_ex_an_ar_oldlib="$1" if test "$lock_old_archive_extraction" = yes; then lockfile=$f_ex_an_ar_oldlib.lock until $opt_dry_run || ln "$progpath" "$lockfile" 2>/dev/null; do func_echo "Waiting for $lockfile to be removed" sleep 2 done fi func_show_eval "(cd \$f_ex_an_ar_dir && $AR x \"\$f_ex_an_ar_oldlib\")" \ 'stat=$?; rm -f "$lockfile"; exit $stat' if test "$lock_old_archive_extraction" = yes; then $opt_dry_run || rm -f "$lockfile" fi if ($AR t "$f_ex_an_ar_oldlib" | sort | sort -uc >/dev/null 2>&1); then : else func_fatal_error "object name conflicts in archive: $f_ex_an_ar_dir/$f_ex_an_ar_oldlib" fi } # func_extract_archives gentop oldlib ... func_extract_archives () { $opt_debug my_gentop="$1"; shift my_oldlibs=${1+"$@"} my_oldobjs="" my_xlib="" my_xabs="" my_xdir="" for my_xlib in $my_oldlibs; do # Extract the objects. case $my_xlib in [\\/]* | [A-Za-z]:[\\/]*) my_xabs="$my_xlib" ;; *) my_xabs=`pwd`"/$my_xlib" ;; esac func_basename "$my_xlib" my_xlib="$func_basename_result" my_xlib_u=$my_xlib while :; do case " $extracted_archives " in *" $my_xlib_u "*) func_arith $extracted_serial + 1 extracted_serial=$func_arith_result my_xlib_u=lt$extracted_serial-$my_xlib ;; *) break ;; esac done extracted_archives="$extracted_archives $my_xlib_u" my_xdir="$my_gentop/$my_xlib_u" func_mkdir_p "$my_xdir" case $host in *-darwin*) func_verbose "Extracting $my_xabs" # Do not bother doing anything if just a dry run $opt_dry_run || { darwin_orig_dir=`pwd` cd $my_xdir || exit $? darwin_archive=$my_xabs darwin_curdir=`pwd` darwin_base_archive=`basename "$darwin_archive"` darwin_arches=`$LIPO -info "$darwin_archive" 2>/dev/null | $GREP Architectures 2>/dev/null || true` if test -n "$darwin_arches"; then darwin_arches=`$ECHO "$darwin_arches" | $SED -e 's/.*are://'` darwin_arch= func_verbose "$darwin_base_archive has multiple architectures $darwin_arches" for darwin_arch in $darwin_arches ; do func_mkdir_p "unfat-$$/${darwin_base_archive}-${darwin_arch}" $LIPO -thin $darwin_arch -output "unfat-$$/${darwin_base_archive}-${darwin_arch}/${darwin_base_archive}" "${darwin_archive}" cd "unfat-$$/${darwin_base_archive}-${darwin_arch}" func_extract_an_archive "`pwd`" "${darwin_base_archive}" cd "$darwin_curdir" $RM "unfat-$$/${darwin_base_archive}-${darwin_arch}/${darwin_base_archive}" done # $darwin_arches ## Okay now we've a bunch of thin objects, gotta fatten them up :) darwin_filelist=`find unfat-$$ -type f -name \*.o -print -o -name \*.lo -print | $SED -e "$basename" | sort -u` darwin_file= darwin_files= for darwin_file in $darwin_filelist; do darwin_files=`find unfat-$$ -name $darwin_file -print | sort | $NL2SP` $LIPO -create -output "$darwin_file" $darwin_files done # $darwin_filelist $RM -rf unfat-$$ cd "$darwin_orig_dir" else cd $darwin_orig_dir func_extract_an_archive "$my_xdir" "$my_xabs" fi # $darwin_arches } # !$opt_dry_run ;; *) func_extract_an_archive "$my_xdir" "$my_xabs" ;; esac my_oldobjs="$my_oldobjs "`find $my_xdir -name \*.$objext -print -o -name \*.lo -print | sort | $NL2SP` done func_extract_archives_result="$my_oldobjs" } # func_emit_wrapper [arg=no] # # Emit a libtool wrapper script on stdout. # Don't directly open a file because we may want to # incorporate the script contents within a cygwin/mingw # wrapper executable. Must ONLY be called from within # func_mode_link because it depends on a number of variables # set therein. # # ARG is the value that the WRAPPER_SCRIPT_BELONGS_IN_OBJDIR # variable will take. If 'yes', then the emitted script # will assume that the directory in which it is stored is # the $objdir directory. This is a cygwin/mingw-specific # behavior. func_emit_wrapper () { func_emit_wrapper_arg1=${1-no} $ECHO "\ #! $SHELL # $output - temporary wrapper script for $objdir/$outputname # Generated by $PROGRAM (GNU $PACKAGE$TIMESTAMP) $VERSION # # The $output program cannot be directly executed until all the libtool # libraries that it depends on are installed. # # This wrapper script should never be moved out of the build directory. # If it is, it will not operate correctly. # Sed substitution that helps us do robust quoting. It backslashifies # metacharacters that are still active within double-quoted strings. sed_quote_subst='$sed_quote_subst' # Be Bourne compatible if test -n \"\${ZSH_VERSION+set}\" && (emulate sh) >/dev/null 2>&1; then emulate sh NULLCMD=: # Zsh 3.x and 4.x performs word splitting on \${1+\"\$@\"}, which # is contrary to our usage. Disable this feature. alias -g '\${1+\"\$@\"}'='\"\$@\"' setopt NO_GLOB_SUBST else case \`(set -o) 2>/dev/null\` in *posix*) set -o posix;; esac fi BIN_SH=xpg4; export BIN_SH # for Tru64 DUALCASE=1; export DUALCASE # for MKS sh # The HP-UX ksh and POSIX shell print the target directory to stdout # if CDPATH is set. (unset CDPATH) >/dev/null 2>&1 && unset CDPATH relink_command=\"$relink_command\" # This environment variable determines our operation mode. if test \"\$libtool_install_magic\" = \"$magic\"; then # install mode needs the following variables: generated_by_libtool_version='$macro_version' notinst_deplibs='$notinst_deplibs' else # When we are sourced in execute mode, \$file and \$ECHO are already set. if test \"\$libtool_execute_magic\" != \"$magic\"; then file=\"\$0\"" qECHO=`$ECHO "$ECHO" | $SED "$sed_quote_subst"` $ECHO "\ # A function that is used when there is no print builtin or printf. func_fallback_echo () { eval 'cat <<_LTECHO_EOF \$1 _LTECHO_EOF' } ECHO=\"$qECHO\" fi # Very basic option parsing. These options are (a) specific to # the libtool wrapper, (b) are identical between the wrapper # /script/ and the wrapper /executable/ which is used only on # windows platforms, and (c) all begin with the string "--lt-" # (application programs are unlikely to have options which match # this pattern). # # There are only two supported options: --lt-debug and # --lt-dump-script. There is, deliberately, no --lt-help. # # The first argument to this parsing function should be the # script's $0 value, followed by "$@". lt_option_debug= func_parse_lt_options () { lt_script_arg0=\$0 shift for lt_opt do case \"\$lt_opt\" in --lt-debug) lt_option_debug=1 ;; --lt-dump-script) lt_dump_D=\`\$ECHO \"X\$lt_script_arg0\" | $SED -e 's/^X//' -e 's%/[^/]*$%%'\` test \"X\$lt_dump_D\" = \"X\$lt_script_arg0\" && lt_dump_D=. lt_dump_F=\`\$ECHO \"X\$lt_script_arg0\" | $SED -e 's/^X//' -e 's%^.*/%%'\` cat \"\$lt_dump_D/\$lt_dump_F\" exit 0 ;; --lt-*) \$ECHO \"Unrecognized --lt- option: '\$lt_opt'\" 1>&2 exit 1 ;; esac done # Print the debug banner immediately: if test -n \"\$lt_option_debug\"; then echo \"${outputname}:${output}:\${LINENO}: libtool wrapper (GNU $PACKAGE$TIMESTAMP) $VERSION\" 1>&2 fi } # Used when --lt-debug. Prints its arguments to stdout # (redirection is the responsibility of the caller) func_lt_dump_args () { lt_dump_args_N=1; for lt_arg do \$ECHO \"${outputname}:${output}:\${LINENO}: newargv[\$lt_dump_args_N]: \$lt_arg\" lt_dump_args_N=\`expr \$lt_dump_args_N + 1\` done } # Core function for launching the target application func_exec_program_core () { " case $host in # Backslashes separate directories on plain windows *-*-mingw | *-*-os2* | *-cegcc*) $ECHO "\ if test -n \"\$lt_option_debug\"; then \$ECHO \"${outputname}:${output}:\${LINENO}: newargv[0]: \$progdir\\\\\$program\" 1>&2 func_lt_dump_args \${1+\"\$@\"} 1>&2 fi exec \"\$progdir\\\\\$program\" \${1+\"\$@\"} " ;; *) $ECHO "\ if test -n \"\$lt_option_debug\"; then \$ECHO \"${outputname}:${output}:\${LINENO}: newargv[0]: \$progdir/\$program\" 1>&2 func_lt_dump_args \${1+\"\$@\"} 1>&2 fi exec \"\$progdir/\$program\" \${1+\"\$@\"} " ;; esac $ECHO "\ \$ECHO \"\$0: cannot exec \$program \$*\" 1>&2 exit 1 } # A function to encapsulate launching the target application # Strips options in the --lt-* namespace from \$@ and # launches target application with the remaining arguments. func_exec_program () { case \" \$* \" in *\\ --lt-*) for lt_wr_arg do case \$lt_wr_arg in --lt-*) ;; *) set x \"\$@\" \"\$lt_wr_arg\"; shift;; esac shift done ;; esac func_exec_program_core \${1+\"\$@\"} } # Parse options func_parse_lt_options \"\$0\" \${1+\"\$@\"} # Find the directory that this script lives in. thisdir=\`\$ECHO \"\$file\" | $SED 's%/[^/]*$%%'\` test \"x\$thisdir\" = \"x\$file\" && thisdir=. # Follow symbolic links until we get to the real thisdir. file=\`ls -ld \"\$file\" | $SED -n 's/.*-> //p'\` while test -n \"\$file\"; do destdir=\`\$ECHO \"\$file\" | $SED 's%/[^/]*\$%%'\` # If there was a directory component, then change thisdir. if test \"x\$destdir\" != \"x\$file\"; then case \"\$destdir\" in [\\\\/]* | [A-Za-z]:[\\\\/]*) thisdir=\"\$destdir\" ;; *) thisdir=\"\$thisdir/\$destdir\" ;; esac fi file=\`\$ECHO \"\$file\" | $SED 's%^.*/%%'\` file=\`ls -ld \"\$thisdir/\$file\" | $SED -n 's/.*-> //p'\` done # Usually 'no', except on cygwin/mingw when embedded into # the cwrapper. WRAPPER_SCRIPT_BELONGS_IN_OBJDIR=$func_emit_wrapper_arg1 if test \"\$WRAPPER_SCRIPT_BELONGS_IN_OBJDIR\" = \"yes\"; then # special case for '.' if test \"\$thisdir\" = \".\"; then thisdir=\`pwd\` fi # remove .libs from thisdir case \"\$thisdir\" in *[\\\\/]$objdir ) thisdir=\`\$ECHO \"\$thisdir\" | $SED 's%[\\\\/][^\\\\/]*$%%'\` ;; $objdir ) thisdir=. ;; esac fi # Try to get the absolute directory name. absdir=\`cd \"\$thisdir\" && pwd\` test -n \"\$absdir\" && thisdir=\"\$absdir\" " if test "$fast_install" = yes; then $ECHO "\ program=lt-'$outputname'$exeext progdir=\"\$thisdir/$objdir\" if test ! -f \"\$progdir/\$program\" || { file=\`ls -1dt \"\$progdir/\$program\" \"\$progdir/../\$program\" 2>/dev/null | ${SED} 1q\`; \\ test \"X\$file\" != \"X\$progdir/\$program\"; }; then file=\"\$\$-\$program\" if test ! -d \"\$progdir\"; then $MKDIR \"\$progdir\" else $RM \"\$progdir/\$file\" fi" $ECHO "\ # relink executable if necessary if test -n \"\$relink_command\"; then if relink_command_output=\`eval \$relink_command 2>&1\`; then : else $ECHO \"\$relink_command_output\" >&2 $RM \"\$progdir/\$file\" exit 1 fi fi $MV \"\$progdir/\$file\" \"\$progdir/\$program\" 2>/dev/null || { $RM \"\$progdir/\$program\"; $MV \"\$progdir/\$file\" \"\$progdir/\$program\"; } $RM \"\$progdir/\$file\" fi" else $ECHO "\ program='$outputname' progdir=\"\$thisdir/$objdir\" " fi $ECHO "\ if test -f \"\$progdir/\$program\"; then" # fixup the dll searchpath if we need to. # # Fix the DLL searchpath if we need to. Do this before prepending # to shlibpath, because on Windows, both are PATH and uninstalled # libraries must come first. if test -n "$dllsearchpath"; then $ECHO "\ # Add the dll search path components to the executable PATH PATH=$dllsearchpath:\$PATH " fi # Export our shlibpath_var if we have one. if test "$shlibpath_overrides_runpath" = yes && test -n "$shlibpath_var" && test -n "$temp_rpath"; then $ECHO "\ # Add our own library path to $shlibpath_var $shlibpath_var=\"$temp_rpath\$$shlibpath_var\" # Some systems cannot cope with colon-terminated $shlibpath_var # The second colon is a workaround for a bug in BeOS R4 sed $shlibpath_var=\`\$ECHO \"\$$shlibpath_var\" | $SED 's/::*\$//'\` export $shlibpath_var " fi $ECHO "\ if test \"\$libtool_execute_magic\" != \"$magic\"; then # Run the actual program with our arguments. func_exec_program \${1+\"\$@\"} fi else # The program doesn't exist. \$ECHO \"\$0: error: \\\`\$progdir/\$program' does not exist\" 1>&2 \$ECHO \"This script is just a wrapper for \$program.\" 1>&2 \$ECHO \"See the $PACKAGE documentation for more information.\" 1>&2 exit 1 fi fi\ " } # func_emit_cwrapperexe_src # emit the source code for a wrapper executable on stdout # Must ONLY be called from within func_mode_link because # it depends on a number of variable set therein. func_emit_cwrapperexe_src () { cat < #include #ifdef _MSC_VER # include # include # include #else # include # include # ifdef __CYGWIN__ # include # endif #endif #include #include #include #include #include #include #include #include /* declarations of non-ANSI functions */ #if defined(__MINGW32__) # ifdef __STRICT_ANSI__ int _putenv (const char *); # endif #elif defined(__CYGWIN__) # ifdef __STRICT_ANSI__ char *realpath (const char *, char *); int putenv (char *); int setenv (const char *, const char *, int); # endif /* #elif defined (other platforms) ... */ #endif /* portability defines, excluding path handling macros */ #if defined(_MSC_VER) # define setmode _setmode # define stat _stat # define chmod _chmod # define getcwd _getcwd # define putenv _putenv # define S_IXUSR _S_IEXEC # ifndef _INTPTR_T_DEFINED # define _INTPTR_T_DEFINED # define intptr_t int # endif #elif defined(__MINGW32__) # define setmode _setmode # define stat _stat # define chmod _chmod # define getcwd _getcwd # define putenv _putenv #elif defined(__CYGWIN__) # define HAVE_SETENV # define FOPEN_WB "wb" /* #elif defined (other platforms) ... */ #endif #if defined(PATH_MAX) # define LT_PATHMAX PATH_MAX #elif defined(MAXPATHLEN) # define LT_PATHMAX MAXPATHLEN #else # define LT_PATHMAX 1024 #endif #ifndef S_IXOTH # define S_IXOTH 0 #endif #ifndef S_IXGRP # define S_IXGRP 0 #endif /* path handling portability macros */ #ifndef DIR_SEPARATOR # define DIR_SEPARATOR '/' # define PATH_SEPARATOR ':' #endif #if defined (_WIN32) || defined (__MSDOS__) || defined (__DJGPP__) || \ defined (__OS2__) # define HAVE_DOS_BASED_FILE_SYSTEM # define FOPEN_WB "wb" # ifndef DIR_SEPARATOR_2 # define DIR_SEPARATOR_2 '\\' # endif # ifndef PATH_SEPARATOR_2 # define PATH_SEPARATOR_2 ';' # endif #endif #ifndef DIR_SEPARATOR_2 # define IS_DIR_SEPARATOR(ch) ((ch) == DIR_SEPARATOR) #else /* DIR_SEPARATOR_2 */ # define IS_DIR_SEPARATOR(ch) \ (((ch) == DIR_SEPARATOR) || ((ch) == DIR_SEPARATOR_2)) #endif /* DIR_SEPARATOR_2 */ #ifndef PATH_SEPARATOR_2 # define IS_PATH_SEPARATOR(ch) ((ch) == PATH_SEPARATOR) #else /* PATH_SEPARATOR_2 */ # define IS_PATH_SEPARATOR(ch) ((ch) == PATH_SEPARATOR_2) #endif /* PATH_SEPARATOR_2 */ #ifndef FOPEN_WB # define FOPEN_WB "w" #endif #ifndef _O_BINARY # define _O_BINARY 0 #endif #define XMALLOC(type, num) ((type *) xmalloc ((num) * sizeof(type))) #define XFREE(stale) do { \ if (stale) { free ((void *) stale); stale = 0; } \ } while (0) #if defined(LT_DEBUGWRAPPER) static int lt_debug = 1; #else static int lt_debug = 0; #endif const char *program_name = "libtool-wrapper"; /* in case xstrdup fails */ void *xmalloc (size_t num); char *xstrdup (const char *string); const char *base_name (const char *name); char *find_executable (const char *wrapper); char *chase_symlinks (const char *pathspec); int make_executable (const char *path); int check_executable (const char *path); char *strendzap (char *str, const char *pat); void lt_debugprintf (const char *file, int line, const char *fmt, ...); void lt_fatal (const char *file, int line, const char *message, ...); static const char *nonnull (const char *s); static const char *nonempty (const char *s); void lt_setenv (const char *name, const char *value); char *lt_extend_str (const char *orig_value, const char *add, int to_end); void lt_update_exe_path (const char *name, const char *value); void lt_update_lib_path (const char *name, const char *value); char **prepare_spawn (char **argv); void lt_dump_script (FILE *f); EOF cat <= 0) && (st.st_mode & (S_IXUSR | S_IXGRP | S_IXOTH))) return 1; else return 0; } int make_executable (const char *path) { int rval = 0; struct stat st; lt_debugprintf (__FILE__, __LINE__, "(make_executable): %s\n", nonempty (path)); if ((!path) || (!*path)) return 0; if (stat (path, &st) >= 0) { rval = chmod (path, st.st_mode | S_IXOTH | S_IXGRP | S_IXUSR); } return rval; } /* Searches for the full path of the wrapper. Returns newly allocated full path name if found, NULL otherwise Does not chase symlinks, even on platforms that support them. */ char * find_executable (const char *wrapper) { int has_slash = 0; const char *p; const char *p_next; /* static buffer for getcwd */ char tmp[LT_PATHMAX + 1]; int tmp_len; char *concat_name; lt_debugprintf (__FILE__, __LINE__, "(find_executable): %s\n", nonempty (wrapper)); if ((wrapper == NULL) || (*wrapper == '\0')) return NULL; /* Absolute path? */ #if defined (HAVE_DOS_BASED_FILE_SYSTEM) if (isalpha ((unsigned char) wrapper[0]) && wrapper[1] == ':') { concat_name = xstrdup (wrapper); if (check_executable (concat_name)) return concat_name; XFREE (concat_name); } else { #endif if (IS_DIR_SEPARATOR (wrapper[0])) { concat_name = xstrdup (wrapper); if (check_executable (concat_name)) return concat_name; XFREE (concat_name); } #if defined (HAVE_DOS_BASED_FILE_SYSTEM) } #endif for (p = wrapper; *p; p++) if (*p == '/') { has_slash = 1; break; } if (!has_slash) { /* no slashes; search PATH */ const char *path = getenv ("PATH"); if (path != NULL) { for (p = path; *p; p = p_next) { const char *q; size_t p_len; for (q = p; *q; q++) if (IS_PATH_SEPARATOR (*q)) break; p_len = q - p; p_next = (*q == '\0' ? q : q + 1); if (p_len == 0) { /* empty path: current directory */ if (getcwd (tmp, LT_PATHMAX) == NULL) lt_fatal (__FILE__, __LINE__, "getcwd failed: %s", nonnull (strerror (errno))); tmp_len = strlen (tmp); concat_name = XMALLOC (char, tmp_len + 1 + strlen (wrapper) + 1); memcpy (concat_name, tmp, tmp_len); concat_name[tmp_len] = '/'; strcpy (concat_name + tmp_len + 1, wrapper); } else { concat_name = XMALLOC (char, p_len + 1 + strlen (wrapper) + 1); memcpy (concat_name, p, p_len); concat_name[p_len] = '/'; strcpy (concat_name + p_len + 1, wrapper); } if (check_executable (concat_name)) return concat_name; XFREE (concat_name); } } /* not found in PATH; assume curdir */ } /* Relative path | not found in path: prepend cwd */ if (getcwd (tmp, LT_PATHMAX) == NULL) lt_fatal (__FILE__, __LINE__, "getcwd failed: %s", nonnull (strerror (errno))); tmp_len = strlen (tmp); concat_name = XMALLOC (char, tmp_len + 1 + strlen (wrapper) + 1); memcpy (concat_name, tmp, tmp_len); concat_name[tmp_len] = '/'; strcpy (concat_name + tmp_len + 1, wrapper); if (check_executable (concat_name)) return concat_name; XFREE (concat_name); return NULL; } char * chase_symlinks (const char *pathspec) { #ifndef S_ISLNK return xstrdup (pathspec); #else char buf[LT_PATHMAX]; struct stat s; char *tmp_pathspec = xstrdup (pathspec); char *p; int has_symlinks = 0; while (strlen (tmp_pathspec) && !has_symlinks) { lt_debugprintf (__FILE__, __LINE__, "checking path component for symlinks: %s\n", tmp_pathspec); if (lstat (tmp_pathspec, &s) == 0) { if (S_ISLNK (s.st_mode) != 0) { has_symlinks = 1; break; } /* search backwards for last DIR_SEPARATOR */ p = tmp_pathspec + strlen (tmp_pathspec) - 1; while ((p > tmp_pathspec) && (!IS_DIR_SEPARATOR (*p))) p--; if ((p == tmp_pathspec) && (!IS_DIR_SEPARATOR (*p))) { /* no more DIR_SEPARATORS left */ break; } *p = '\0'; } else { lt_fatal (__FILE__, __LINE__, "error accessing file \"%s\": %s", tmp_pathspec, nonnull (strerror (errno))); } } XFREE (tmp_pathspec); if (!has_symlinks) { return xstrdup (pathspec); } tmp_pathspec = realpath (pathspec, buf); if (tmp_pathspec == 0) { lt_fatal (__FILE__, __LINE__, "could not follow symlinks for %s", pathspec); } return xstrdup (tmp_pathspec); #endif } char * strendzap (char *str, const char *pat) { size_t len, patlen; assert (str != NULL); assert (pat != NULL); len = strlen (str); patlen = strlen (pat); if (patlen <= len) { str += len - patlen; if (strcmp (str, pat) == 0) *str = '\0'; } return str; } void lt_debugprintf (const char *file, int line, const char *fmt, ...) { va_list args; if (lt_debug) { (void) fprintf (stderr, "%s:%s:%d: ", program_name, file, line); va_start (args, fmt); (void) vfprintf (stderr, fmt, args); va_end (args); } } static void lt_error_core (int exit_status, const char *file, int line, const char *mode, const char *message, va_list ap) { fprintf (stderr, "%s:%s:%d: %s: ", program_name, file, line, mode); vfprintf (stderr, message, ap); fprintf (stderr, ".\n"); if (exit_status >= 0) exit (exit_status); } void lt_fatal (const char *file, int line, const char *message, ...) { va_list ap; va_start (ap, message); lt_error_core (EXIT_FAILURE, file, line, "FATAL", message, ap); va_end (ap); } static const char * nonnull (const char *s) { return s ? s : "(null)"; } static const char * nonempty (const char *s) { return (s && !*s) ? "(empty)" : nonnull (s); } void lt_setenv (const char *name, const char *value) { lt_debugprintf (__FILE__, __LINE__, "(lt_setenv) setting '%s' to '%s'\n", nonnull (name), nonnull (value)); { #ifdef HAVE_SETENV /* always make a copy, for consistency with !HAVE_SETENV */ char *str = xstrdup (value); setenv (name, str, 1); #else int len = strlen (name) + 1 + strlen (value) + 1; char *str = XMALLOC (char, len); sprintf (str, "%s=%s", name, value); if (putenv (str) != EXIT_SUCCESS) { XFREE (str); } #endif } } char * lt_extend_str (const char *orig_value, const char *add, int to_end) { char *new_value; if (orig_value && *orig_value) { int orig_value_len = strlen (orig_value); int add_len = strlen (add); new_value = XMALLOC (char, add_len + orig_value_len + 1); if (to_end) { strcpy (new_value, orig_value); strcpy (new_value + orig_value_len, add); } else { strcpy (new_value, add); strcpy (new_value + add_len, orig_value); } } else { new_value = xstrdup (add); } return new_value; } void lt_update_exe_path (const char *name, const char *value) { lt_debugprintf (__FILE__, __LINE__, "(lt_update_exe_path) modifying '%s' by prepending '%s'\n", nonnull (name), nonnull (value)); if (name && *name && value && *value) { char *new_value = lt_extend_str (getenv (name), value, 0); /* some systems can't cope with a ':'-terminated path #' */ int len = strlen (new_value); while (((len = strlen (new_value)) > 0) && IS_PATH_SEPARATOR (new_value[len-1])) { new_value[len-1] = '\0'; } lt_setenv (name, new_value); XFREE (new_value); } } void lt_update_lib_path (const char *name, const char *value) { lt_debugprintf (__FILE__, __LINE__, "(lt_update_lib_path) modifying '%s' by prepending '%s'\n", nonnull (name), nonnull (value)); if (name && *name && value && *value) { char *new_value = lt_extend_str (getenv (name), value, 0); lt_setenv (name, new_value); XFREE (new_value); } } EOF case $host_os in mingw*) cat <<"EOF" /* Prepares an argument vector before calling spawn(). Note that spawn() does not by itself call the command interpreter (getenv ("COMSPEC") != NULL ? getenv ("COMSPEC") : ({ OSVERSIONINFO v; v.dwOSVersionInfoSize = sizeof(OSVERSIONINFO); GetVersionEx(&v); v.dwPlatformId == VER_PLATFORM_WIN32_NT; }) ? "cmd.exe" : "command.com"). Instead it simply concatenates the arguments, separated by ' ', and calls CreateProcess(). We must quote the arguments since Win32 CreateProcess() interprets characters like ' ', '\t', '\\', '"' (but not '<' and '>') in a special way: - Space and tab are interpreted as delimiters. They are not treated as delimiters if they are surrounded by double quotes: "...". - Unescaped double quotes are removed from the input. Their only effect is that within double quotes, space and tab are treated like normal characters. - Backslashes not followed by double quotes are not special. - But 2*n+1 backslashes followed by a double quote become n backslashes followed by a double quote (n >= 0): \" -> " \\\" -> \" \\\\\" -> \\" */ #define SHELL_SPECIAL_CHARS "\"\\ \001\002\003\004\005\006\007\010\011\012\013\014\015\016\017\020\021\022\023\024\025\026\027\030\031\032\033\034\035\036\037" #define SHELL_SPACE_CHARS " \001\002\003\004\005\006\007\010\011\012\013\014\015\016\017\020\021\022\023\024\025\026\027\030\031\032\033\034\035\036\037" char ** prepare_spawn (char **argv) { size_t argc; char **new_argv; size_t i; /* Count number of arguments. */ for (argc = 0; argv[argc] != NULL; argc++) ; /* Allocate new argument vector. */ new_argv = XMALLOC (char *, argc + 1); /* Put quoted arguments into the new argument vector. */ for (i = 0; i < argc; i++) { const char *string = argv[i]; if (string[0] == '\0') new_argv[i] = xstrdup ("\"\""); else if (strpbrk (string, SHELL_SPECIAL_CHARS) != NULL) { int quote_around = (strpbrk (string, SHELL_SPACE_CHARS) != NULL); size_t length; unsigned int backslashes; const char *s; char *quoted_string; char *p; length = 0; backslashes = 0; if (quote_around) length++; for (s = string; *s != '\0'; s++) { char c = *s; if (c == '"') length += backslashes + 1; length++; if (c == '\\') backslashes++; else backslashes = 0; } if (quote_around) length += backslashes + 1; quoted_string = XMALLOC (char, length + 1); p = quoted_string; backslashes = 0; if (quote_around) *p++ = '"'; for (s = string; *s != '\0'; s++) { char c = *s; if (c == '"') { unsigned int j; for (j = backslashes + 1; j > 0; j--) *p++ = '\\'; } *p++ = c; if (c == '\\') backslashes++; else backslashes = 0; } if (quote_around) { unsigned int j; for (j = backslashes; j > 0; j--) *p++ = '\\'; *p++ = '"'; } *p = '\0'; new_argv[i] = quoted_string; } else new_argv[i] = (char *) string; } new_argv[argc] = NULL; return new_argv; } EOF ;; esac cat <<"EOF" void lt_dump_script (FILE* f) { EOF func_emit_wrapper yes | $SED -n -e ' s/^\(.\{79\}\)\(..*\)/\1\ \2/ h s/\([\\"]\)/\\\1/g s/$/\\n/ s/\([^\n]*\).*/ fputs ("\1", f);/p g D' cat <<"EOF" } EOF } # end: func_emit_cwrapperexe_src # func_win32_import_lib_p ARG # True if ARG is an import lib, as indicated by $file_magic_cmd func_win32_import_lib_p () { $opt_debug case `eval $file_magic_cmd \"\$1\" 2>/dev/null | $SED -e 10q` in *import*) : ;; *) false ;; esac } # func_mode_link arg... func_mode_link () { $opt_debug case $host in *-*-cygwin* | *-*-mingw* | *-*-pw32* | *-*-os2* | *-cegcc*) # It is impossible to link a dll without this setting, and # we shouldn't force the makefile maintainer to figure out # which system we are compiling for in order to pass an extra # flag for every libtool invocation. # allow_undefined=no # FIXME: Unfortunately, there are problems with the above when trying # to make a dll which has undefined symbols, in which case not # even a static library is built. For now, we need to specify # -no-undefined on the libtool link line when we can be certain # that all symbols are satisfied, otherwise we get a static library. allow_undefined=yes ;; *) allow_undefined=yes ;; esac libtool_args=$nonopt base_compile="$nonopt $@" compile_command=$nonopt finalize_command=$nonopt compile_rpath= finalize_rpath= compile_shlibpath= finalize_shlibpath= convenience= old_convenience= deplibs= old_deplibs= compiler_flags= linker_flags= dllsearchpath= lib_search_path=`pwd` inst_prefix_dir= new_inherited_linker_flags= avoid_version=no bindir= dlfiles= dlprefiles= dlself=no export_dynamic=no export_symbols= export_symbols_regex= generated= libobjs= ltlibs= module=no no_install=no objs= non_pic_objects= precious_files_regex= prefer_static_libs=no preload=no prev= prevarg= release= rpath= xrpath= perm_rpath= temp_rpath= thread_safe=no vinfo= vinfo_number=no weak_libs= single_module="${wl}-single_module" func_infer_tag $base_compile # We need to know -static, to get the right output filenames. for arg do case $arg in -shared) test "$build_libtool_libs" != yes && \ func_fatal_configuration "can not build a shared library" build_old_libs=no break ;; -all-static | -static | -static-libtool-libs) case $arg in -all-static) if test "$build_libtool_libs" = yes && test -z "$link_static_flag"; then func_warning "complete static linking is impossible in this configuration" fi if test -n "$link_static_flag"; then dlopen_self=$dlopen_self_static fi prefer_static_libs=yes ;; -static) if test -z "$pic_flag" && test -n "$link_static_flag"; then dlopen_self=$dlopen_self_static fi prefer_static_libs=built ;; -static-libtool-libs) if test -z "$pic_flag" && test -n "$link_static_flag"; then dlopen_self=$dlopen_self_static fi prefer_static_libs=yes ;; esac build_libtool_libs=no build_old_libs=yes break ;; esac done # See if our shared archives depend on static archives. test -n "$old_archive_from_new_cmds" && build_old_libs=yes # Go through the arguments, transforming them on the way. while test "$#" -gt 0; do arg="$1" shift func_quote_for_eval "$arg" qarg=$func_quote_for_eval_unquoted_result func_append libtool_args " $func_quote_for_eval_result" # If the previous option needs an argument, assign it. if test -n "$prev"; then case $prev in output) func_append compile_command " @OUTPUT@" func_append finalize_command " @OUTPUT@" ;; esac case $prev in bindir) bindir="$arg" prev= continue ;; dlfiles|dlprefiles) if test "$preload" = no; then # Add the symbol object into the linking commands. func_append compile_command " @SYMFILE@" func_append finalize_command " @SYMFILE@" preload=yes fi case $arg in *.la | *.lo) ;; # We handle these cases below. force) if test "$dlself" = no; then dlself=needless export_dynamic=yes fi prev= continue ;; self) if test "$prev" = dlprefiles; then dlself=yes elif test "$prev" = dlfiles && test "$dlopen_self" != yes; then dlself=yes else dlself=needless export_dynamic=yes fi prev= continue ;; *) if test "$prev" = dlfiles; then func_append dlfiles " $arg" else func_append dlprefiles " $arg" fi prev= continue ;; esac ;; expsyms) export_symbols="$arg" test -f "$arg" \ || func_fatal_error "symbol file \`$arg' does not exist" prev= continue ;; expsyms_regex) export_symbols_regex="$arg" prev= continue ;; framework) case $host in *-*-darwin*) case "$deplibs " in *" $qarg.ltframework "*) ;; *) func_append deplibs " $qarg.ltframework" # this is fixed later ;; esac ;; esac prev= continue ;; inst_prefix) inst_prefix_dir="$arg" prev= continue ;; objectlist) if test -f "$arg"; then save_arg=$arg moreargs= for fil in `cat "$save_arg"` do # func_append moreargs " $fil" arg=$fil # A libtool-controlled object. # Check to see that this really is a libtool object. if func_lalib_unsafe_p "$arg"; then pic_object= non_pic_object= # Read the .lo file func_source "$arg" if test -z "$pic_object" || test -z "$non_pic_object" || test "$pic_object" = none && test "$non_pic_object" = none; then func_fatal_error "cannot find name of object for \`$arg'" fi # Extract subdirectory from the argument. func_dirname "$arg" "/" "" xdir="$func_dirname_result" if test "$pic_object" != none; then # Prepend the subdirectory the object is found in. pic_object="$xdir$pic_object" if test "$prev" = dlfiles; then if test "$build_libtool_libs" = yes && test "$dlopen_support" = yes; then func_append dlfiles " $pic_object" prev= continue else # If libtool objects are unsupported, then we need to preload. prev=dlprefiles fi fi # CHECK ME: I think I busted this. -Ossama if test "$prev" = dlprefiles; then # Preload the old-style object. func_append dlprefiles " $pic_object" prev= fi # A PIC object. func_append libobjs " $pic_object" arg="$pic_object" fi # Non-PIC object. if test "$non_pic_object" != none; then # Prepend the subdirectory the object is found in. non_pic_object="$xdir$non_pic_object" # A standard non-PIC object func_append non_pic_objects " $non_pic_object" if test -z "$pic_object" || test "$pic_object" = none ; then arg="$non_pic_object" fi else # If the PIC object exists, use it instead. # $xdir was prepended to $pic_object above. non_pic_object="$pic_object" func_append non_pic_objects " $non_pic_object" fi else # Only an error if not doing a dry-run. if $opt_dry_run; then # Extract subdirectory from the argument. func_dirname "$arg" "/" "" xdir="$func_dirname_result" func_lo2o "$arg" pic_object=$xdir$objdir/$func_lo2o_result non_pic_object=$xdir$func_lo2o_result func_append libobjs " $pic_object" func_append non_pic_objects " $non_pic_object" else func_fatal_error "\`$arg' is not a valid libtool object" fi fi done else func_fatal_error "link input file \`$arg' does not exist" fi arg=$save_arg prev= continue ;; precious_regex) precious_files_regex="$arg" prev= continue ;; release) release="-$arg" prev= continue ;; rpath | xrpath) # We need an absolute path. case $arg in [\\/]* | [A-Za-z]:[\\/]*) ;; *) func_fatal_error "only absolute run-paths are allowed" ;; esac if test "$prev" = rpath; then case "$rpath " in *" $arg "*) ;; *) func_append rpath " $arg" ;; esac else case "$xrpath " in *" $arg "*) ;; *) func_append xrpath " $arg" ;; esac fi prev= continue ;; shrext) shrext_cmds="$arg" prev= continue ;; weak) func_append weak_libs " $arg" prev= continue ;; xcclinker) func_append linker_flags " $qarg" func_append compiler_flags " $qarg" prev= func_append compile_command " $qarg" func_append finalize_command " $qarg" continue ;; xcompiler) func_append compiler_flags " $qarg" prev= func_append compile_command " $qarg" func_append finalize_command " $qarg" continue ;; xlinker) func_append linker_flags " $qarg" func_append compiler_flags " $wl$qarg" prev= func_append compile_command " $wl$qarg" func_append finalize_command " $wl$qarg" continue ;; *) eval "$prev=\"\$arg\"" prev= continue ;; esac fi # test -n "$prev" prevarg="$arg" case $arg in -all-static) if test -n "$link_static_flag"; then # See comment for -static flag below, for more details. func_append compile_command " $link_static_flag" func_append finalize_command " $link_static_flag" fi continue ;; -allow-undefined) # FIXME: remove this flag sometime in the future. func_fatal_error "\`-allow-undefined' must not be used because it is the default" ;; -avoid-version) avoid_version=yes continue ;; -bindir) prev=bindir continue ;; -dlopen) prev=dlfiles continue ;; -dlpreopen) prev=dlprefiles continue ;; -export-dynamic) export_dynamic=yes continue ;; -export-symbols | -export-symbols-regex) if test -n "$export_symbols" || test -n "$export_symbols_regex"; then func_fatal_error "more than one -exported-symbols argument is not allowed" fi if test "X$arg" = "X-export-symbols"; then prev=expsyms else prev=expsyms_regex fi continue ;; -framework) prev=framework continue ;; -inst-prefix-dir) prev=inst_prefix continue ;; # The native IRIX linker understands -LANG:*, -LIST:* and -LNO:* # so, if we see these flags be careful not to treat them like -L -L[A-Z][A-Z]*:*) case $with_gcc/$host in no/*-*-irix* | /*-*-irix*) func_append compile_command " $arg" func_append finalize_command " $arg" ;; esac continue ;; -L*) func_stripname "-L" '' "$arg" if test -z "$func_stripname_result"; then if test "$#" -gt 0; then func_fatal_error "require no space between \`-L' and \`$1'" else func_fatal_error "need path for \`-L' option" fi fi func_resolve_sysroot "$func_stripname_result" dir=$func_resolve_sysroot_result # We need an absolute path. case $dir in [\\/]* | [A-Za-z]:[\\/]*) ;; *) absdir=`cd "$dir" && pwd` test -z "$absdir" && \ func_fatal_error "cannot determine absolute directory name of \`$dir'" dir="$absdir" ;; esac case "$deplibs " in *" -L$dir "* | *" $arg "*) # Will only happen for absolute or sysroot arguments ;; *) # Preserve sysroot, but never include relative directories case $dir in [\\/]* | [A-Za-z]:[\\/]* | =*) func_append deplibs " $arg" ;; *) func_append deplibs " -L$dir" ;; esac func_append lib_search_path " $dir" ;; esac case $host in *-*-cygwin* | *-*-mingw* | *-*-pw32* | *-*-os2* | *-cegcc*) testbindir=`$ECHO "$dir" | $SED 's*/lib$*/bin*'` case :$dllsearchpath: in *":$dir:"*) ;; ::) dllsearchpath=$dir;; *) func_append dllsearchpath ":$dir";; esac case :$dllsearchpath: in *":$testbindir:"*) ;; ::) dllsearchpath=$testbindir;; *) func_append dllsearchpath ":$testbindir";; esac ;; esac continue ;; -l*) if test "X$arg" = "X-lc" || test "X$arg" = "X-lm"; then case $host in *-*-cygwin* | *-*-mingw* | *-*-pw32* | *-*-beos* | *-cegcc* | *-*-haiku*) # These systems don't actually have a C or math library (as such) continue ;; *-*-os2*) # These systems don't actually have a C library (as such) test "X$arg" = "X-lc" && continue ;; *-*-openbsd* | *-*-freebsd* | *-*-dragonfly*) # Do not include libc due to us having libc/libc_r. test "X$arg" = "X-lc" && continue ;; *-*-rhapsody* | *-*-darwin1.[012]) # Rhapsody C and math libraries are in the System framework func_append deplibs " System.ltframework" continue ;; *-*-sco3.2v5* | *-*-sco5v6*) # Causes problems with __ctype test "X$arg" = "X-lc" && continue ;; *-*-sysv4.2uw2* | *-*-sysv5* | *-*-unixware* | *-*-OpenUNIX*) # Compiler inserts libc in the correct place for threads to work test "X$arg" = "X-lc" && continue ;; esac elif test "X$arg" = "X-lc_r"; then case $host in *-*-openbsd* | *-*-freebsd* | *-*-dragonfly*) # Do not include libc_r directly, use -pthread flag. continue ;; esac fi func_append deplibs " $arg" continue ;; -module) module=yes continue ;; # Tru64 UNIX uses -model [arg] to determine the layout of C++ # classes, name mangling, and exception handling. # Darwin uses the -arch flag to determine output architecture. -model|-arch|-isysroot|--sysroot) func_append compiler_flags " $arg" func_append compile_command " $arg" func_append finalize_command " $arg" prev=xcompiler continue ;; -mt|-mthreads|-kthread|-Kthread|-pthread|-pthreads|--thread-safe \ |-threads|-fopenmp|-openmp|-mp|-xopenmp|-omp|-qsmp=*) func_append compiler_flags " $arg" func_append compile_command " $arg" func_append finalize_command " $arg" case "$new_inherited_linker_flags " in *" $arg "*) ;; * ) func_append new_inherited_linker_flags " $arg" ;; esac continue ;; -multi_module) single_module="${wl}-multi_module" continue ;; -no-fast-install) fast_install=no continue ;; -no-install) case $host in *-*-cygwin* | *-*-mingw* | *-*-pw32* | *-*-os2* | *-*-darwin* | *-cegcc*) # The PATH hackery in wrapper scripts is required on Windows # and Darwin in order for the loader to find any dlls it needs. func_warning "\`-no-install' is ignored for $host" func_warning "assuming \`-no-fast-install' instead" fast_install=no ;; *) no_install=yes ;; esac continue ;; -no-undefined) allow_undefined=no continue ;; -objectlist) prev=objectlist continue ;; -o) prev=output ;; -precious-files-regex) prev=precious_regex continue ;; -release) prev=release continue ;; -rpath) prev=rpath continue ;; -R) prev=xrpath continue ;; -R*) func_stripname '-R' '' "$arg" dir=$func_stripname_result # We need an absolute path. case $dir in [\\/]* | [A-Za-z]:[\\/]*) ;; =*) func_stripname '=' '' "$dir" dir=$lt_sysroot$func_stripname_result ;; *) func_fatal_error "only absolute run-paths are allowed" ;; esac case "$xrpath " in *" $dir "*) ;; *) func_append xrpath " $dir" ;; esac continue ;; -shared) # The effects of -shared are defined in a previous loop. continue ;; -shrext) prev=shrext continue ;; -static | -static-libtool-libs) # The effects of -static are defined in a previous loop. # We used to do the same as -all-static on platforms that # didn't have a PIC flag, but the assumption that the effects # would be equivalent was wrong. It would break on at least # Digital Unix and AIX. continue ;; -thread-safe) thread_safe=yes continue ;; -version-info) prev=vinfo continue ;; -version-number) prev=vinfo vinfo_number=yes continue ;; -weak) prev=weak continue ;; -Wc,*) func_stripname '-Wc,' '' "$arg" args=$func_stripname_result arg= save_ifs="$IFS"; IFS=',' for flag in $args; do IFS="$save_ifs" func_quote_for_eval "$flag" func_append arg " $func_quote_for_eval_result" func_append compiler_flags " $func_quote_for_eval_result" done IFS="$save_ifs" func_stripname ' ' '' "$arg" arg=$func_stripname_result ;; -Wl,*) func_stripname '-Wl,' '' "$arg" args=$func_stripname_result arg= save_ifs="$IFS"; IFS=',' for flag in $args; do IFS="$save_ifs" func_quote_for_eval "$flag" func_append arg " $wl$func_quote_for_eval_result" func_append compiler_flags " $wl$func_quote_for_eval_result" func_append linker_flags " $func_quote_for_eval_result" done IFS="$save_ifs" func_stripname ' ' '' "$arg" arg=$func_stripname_result ;; -Xcompiler) prev=xcompiler continue ;; -Xlinker) prev=xlinker continue ;; -XCClinker) prev=xcclinker continue ;; # -msg_* for osf cc -msg_*) func_quote_for_eval "$arg" arg="$func_quote_for_eval_result" ;; # Flags to be passed through unchanged, with rationale: # -64, -mips[0-9] enable 64-bit mode for the SGI compiler # -r[0-9][0-9]* specify processor for the SGI compiler # -xarch=*, -xtarget=* enable 64-bit mode for the Sun compiler # +DA*, +DD* enable 64-bit mode for the HP compiler # -q* compiler args for the IBM compiler # -m*, -t[45]*, -txscale* architecture-specific flags for GCC # -F/path path to uninstalled frameworks, gcc on darwin # -p, -pg, --coverage, -fprofile-* profiling flags for GCC # @file GCC response files # -tp=* Portland pgcc target processor selection # --sysroot=* for sysroot support # -O*, -flto*, -fwhopr*, -fuse-linker-plugin GCC link-time optimization -64|-mips[0-9]|-r[0-9][0-9]*|-xarch=*|-xtarget=*|+DA*|+DD*|-q*|-m*| \ -t[45]*|-txscale*|-p|-pg|--coverage|-fprofile-*|-F*|@*|-tp=*|--sysroot=*| \ -O*|-flto*|-fwhopr*|-fuse-linker-plugin) func_quote_for_eval "$arg" arg="$func_quote_for_eval_result" func_append compile_command " $arg" func_append finalize_command " $arg" func_append compiler_flags " $arg" continue ;; # Some other compiler flag. -* | +*) func_quote_for_eval "$arg" arg="$func_quote_for_eval_result" ;; *.$objext) # A standard object. func_append objs " $arg" ;; *.lo) # A libtool-controlled object. # Check to see that this really is a libtool object. if func_lalib_unsafe_p "$arg"; then pic_object= non_pic_object= # Read the .lo file func_source "$arg" if test -z "$pic_object" || test -z "$non_pic_object" || test "$pic_object" = none && test "$non_pic_object" = none; then func_fatal_error "cannot find name of object for \`$arg'" fi # Extract subdirectory from the argument. func_dirname "$arg" "/" "" xdir="$func_dirname_result" if test "$pic_object" != none; then # Prepend the subdirectory the object is found in. pic_object="$xdir$pic_object" if test "$prev" = dlfiles; then if test "$build_libtool_libs" = yes && test "$dlopen_support" = yes; then func_append dlfiles " $pic_object" prev= continue else # If libtool objects are unsupported, then we need to preload. prev=dlprefiles fi fi # CHECK ME: I think I busted this. -Ossama if test "$prev" = dlprefiles; then # Preload the old-style object. func_append dlprefiles " $pic_object" prev= fi # A PIC object. func_append libobjs " $pic_object" arg="$pic_object" fi # Non-PIC object. if test "$non_pic_object" != none; then # Prepend the subdirectory the object is found in. non_pic_object="$xdir$non_pic_object" # A standard non-PIC object func_append non_pic_objects " $non_pic_object" if test -z "$pic_object" || test "$pic_object" = none ; then arg="$non_pic_object" fi else # If the PIC object exists, use it instead. # $xdir was prepended to $pic_object above. non_pic_object="$pic_object" func_append non_pic_objects " $non_pic_object" fi else # Only an error if not doing a dry-run. if $opt_dry_run; then # Extract subdirectory from the argument. func_dirname "$arg" "/" "" xdir="$func_dirname_result" func_lo2o "$arg" pic_object=$xdir$objdir/$func_lo2o_result non_pic_object=$xdir$func_lo2o_result func_append libobjs " $pic_object" func_append non_pic_objects " $non_pic_object" else func_fatal_error "\`$arg' is not a valid libtool object" fi fi ;; *.$libext) # An archive. func_append deplibs " $arg" func_append old_deplibs " $arg" continue ;; *.la) # A libtool-controlled library. func_resolve_sysroot "$arg" if test "$prev" = dlfiles; then # This library was specified with -dlopen. func_append dlfiles " $func_resolve_sysroot_result" prev= elif test "$prev" = dlprefiles; then # The library was specified with -dlpreopen. func_append dlprefiles " $func_resolve_sysroot_result" prev= else func_append deplibs " $func_resolve_sysroot_result" fi continue ;; # Some other compiler argument. *) # Unknown arguments in both finalize_command and compile_command need # to be aesthetically quoted because they are evaled later. func_quote_for_eval "$arg" arg="$func_quote_for_eval_result" ;; esac # arg # Now actually substitute the argument into the commands. if test -n "$arg"; then func_append compile_command " $arg" func_append finalize_command " $arg" fi done # argument parsing loop test -n "$prev" && \ func_fatal_help "the \`$prevarg' option requires an argument" if test "$export_dynamic" = yes && test -n "$export_dynamic_flag_spec"; then eval arg=\"$export_dynamic_flag_spec\" func_append compile_command " $arg" func_append finalize_command " $arg" fi oldlibs= # calculate the name of the file, without its directory func_basename "$output" outputname="$func_basename_result" libobjs_save="$libobjs" if test -n "$shlibpath_var"; then # get the directories listed in $shlibpath_var eval shlib_search_path=\`\$ECHO \"\${$shlibpath_var}\" \| \$SED \'s/:/ /g\'\` else shlib_search_path= fi eval sys_lib_search_path=\"$sys_lib_search_path_spec\" eval sys_lib_dlsearch_path=\"$sys_lib_dlsearch_path_spec\" func_dirname "$output" "/" "" output_objdir="$func_dirname_result$objdir" func_to_tool_file "$output_objdir/" tool_output_objdir=$func_to_tool_file_result # Create the object directory. func_mkdir_p "$output_objdir" # Determine the type of output case $output in "") func_fatal_help "you must specify an output file" ;; *.$libext) linkmode=oldlib ;; *.lo | *.$objext) linkmode=obj ;; *.la) linkmode=lib ;; *) linkmode=prog ;; # Anything else should be a program. esac specialdeplibs= libs= # Find all interdependent deplibs by searching for libraries # that are linked more than once (e.g. -la -lb -la) for deplib in $deplibs; do if $opt_preserve_dup_deps ; then case "$libs " in *" $deplib "*) func_append specialdeplibs " $deplib" ;; esac fi func_append libs " $deplib" done if test "$linkmode" = lib; then libs="$predeps $libs $compiler_lib_search_path $postdeps" # Compute libraries that are listed more than once in $predeps # $postdeps and mark them as special (i.e., whose duplicates are # not to be eliminated). pre_post_deps= if $opt_duplicate_compiler_generated_deps; then for pre_post_dep in $predeps $postdeps; do case "$pre_post_deps " in *" $pre_post_dep "*) func_append specialdeplibs " $pre_post_deps" ;; esac func_append pre_post_deps " $pre_post_dep" done fi pre_post_deps= fi deplibs= newdependency_libs= newlib_search_path= need_relink=no # whether we're linking any uninstalled libtool libraries notinst_deplibs= # not-installed libtool libraries notinst_path= # paths that contain not-installed libtool libraries case $linkmode in lib) passes="conv dlpreopen link" for file in $dlfiles $dlprefiles; do case $file in *.la) ;; *) func_fatal_help "libraries can \`-dlopen' only libtool libraries: $file" ;; esac done ;; prog) compile_deplibs= finalize_deplibs= alldeplibs=no newdlfiles= newdlprefiles= passes="conv scan dlopen dlpreopen link" ;; *) passes="conv" ;; esac for pass in $passes; do # The preopen pass in lib mode reverses $deplibs; put it back here # so that -L comes before libs that need it for instance... if test "$linkmode,$pass" = "lib,link"; then ## FIXME: Find the place where the list is rebuilt in the wrong ## order, and fix it there properly tmp_deplibs= for deplib in $deplibs; do tmp_deplibs="$deplib $tmp_deplibs" done deplibs="$tmp_deplibs" fi if test "$linkmode,$pass" = "lib,link" || test "$linkmode,$pass" = "prog,scan"; then libs="$deplibs" deplibs= fi if test "$linkmode" = prog; then case $pass in dlopen) libs="$dlfiles" ;; dlpreopen) libs="$dlprefiles" ;; link) libs="$deplibs %DEPLIBS%" test "X$link_all_deplibs" != Xno && libs="$libs $dependency_libs" ;; esac fi if test "$linkmode,$pass" = "lib,dlpreopen"; then # Collect and forward deplibs of preopened libtool libs for lib in $dlprefiles; do # Ignore non-libtool-libs dependency_libs= func_resolve_sysroot "$lib" case $lib in *.la) func_source "$func_resolve_sysroot_result" ;; esac # Collect preopened libtool deplibs, except any this library # has declared as weak libs for deplib in $dependency_libs; do func_basename "$deplib" deplib_base=$func_basename_result case " $weak_libs " in *" $deplib_base "*) ;; *) func_append deplibs " $deplib" ;; esac done done libs="$dlprefiles" fi if test "$pass" = dlopen; then # Collect dlpreopened libraries save_deplibs="$deplibs" deplibs= fi for deplib in $libs; do lib= found=no case $deplib in -mt|-mthreads|-kthread|-Kthread|-pthread|-pthreads|--thread-safe \ |-threads|-fopenmp|-openmp|-mp|-xopenmp|-omp|-qsmp=*) if test "$linkmode,$pass" = "prog,link"; then compile_deplibs="$deplib $compile_deplibs" finalize_deplibs="$deplib $finalize_deplibs" else func_append compiler_flags " $deplib" if test "$linkmode" = lib ; then case "$new_inherited_linker_flags " in *" $deplib "*) ;; * ) func_append new_inherited_linker_flags " $deplib" ;; esac fi fi continue ;; -l*) if test "$linkmode" != lib && test "$linkmode" != prog; then func_warning "\`-l' is ignored for archives/objects" continue fi func_stripname '-l' '' "$deplib" name=$func_stripname_result if test "$linkmode" = lib; then searchdirs="$newlib_search_path $lib_search_path $compiler_lib_search_dirs $sys_lib_search_path $shlib_search_path" else searchdirs="$newlib_search_path $lib_search_path $sys_lib_search_path $shlib_search_path" fi for searchdir in $searchdirs; do for search_ext in .la $std_shrext .so .a; do # Search the libtool library lib="$searchdir/lib${name}${search_ext}" if test -f "$lib"; then if test "$search_ext" = ".la"; then found=yes else found=no fi break 2 fi done done if test "$found" != yes; then # deplib doesn't seem to be a libtool library if test "$linkmode,$pass" = "prog,link"; then compile_deplibs="$deplib $compile_deplibs" finalize_deplibs="$deplib $finalize_deplibs" else deplibs="$deplib $deplibs" test "$linkmode" = lib && newdependency_libs="$deplib $newdependency_libs" fi continue else # deplib is a libtool library # If $allow_libtool_libs_with_static_runtimes && $deplib is a stdlib, # We need to do some special things here, and not later. if test "X$allow_libtool_libs_with_static_runtimes" = "Xyes" ; then case " $predeps $postdeps " in *" $deplib "*) if func_lalib_p "$lib"; then library_names= old_library= func_source "$lib" for l in $old_library $library_names; do ll="$l" done if test "X$ll" = "X$old_library" ; then # only static version available found=no func_dirname "$lib" "" "." ladir="$func_dirname_result" lib=$ladir/$old_library if test "$linkmode,$pass" = "prog,link"; then compile_deplibs="$deplib $compile_deplibs" finalize_deplibs="$deplib $finalize_deplibs" else deplibs="$deplib $deplibs" test "$linkmode" = lib && newdependency_libs="$deplib $newdependency_libs" fi continue fi fi ;; *) ;; esac fi fi ;; # -l *.ltframework) if test "$linkmode,$pass" = "prog,link"; then compile_deplibs="$deplib $compile_deplibs" finalize_deplibs="$deplib $finalize_deplibs" else deplibs="$deplib $deplibs" if test "$linkmode" = lib ; then case "$new_inherited_linker_flags " in *" $deplib "*) ;; * ) func_append new_inherited_linker_flags " $deplib" ;; esac fi fi continue ;; -L*) case $linkmode in lib) deplibs="$deplib $deplibs" test "$pass" = conv && continue newdependency_libs="$deplib $newdependency_libs" func_stripname '-L' '' "$deplib" func_resolve_sysroot "$func_stripname_result" func_append newlib_search_path " $func_resolve_sysroot_result" ;; prog) if test "$pass" = conv; then deplibs="$deplib $deplibs" continue fi if test "$pass" = scan; then deplibs="$deplib $deplibs" else compile_deplibs="$deplib $compile_deplibs" finalize_deplibs="$deplib $finalize_deplibs" fi func_stripname '-L' '' "$deplib" func_resolve_sysroot "$func_stripname_result" func_append newlib_search_path " $func_resolve_sysroot_result" ;; *) func_warning "\`-L' is ignored for archives/objects" ;; esac # linkmode continue ;; # -L -R*) if test "$pass" = link; then func_stripname '-R' '' "$deplib" func_resolve_sysroot "$func_stripname_result" dir=$func_resolve_sysroot_result # Make sure the xrpath contains only unique directories. case "$xrpath " in *" $dir "*) ;; *) func_append xrpath " $dir" ;; esac fi deplibs="$deplib $deplibs" continue ;; *.la) func_resolve_sysroot "$deplib" lib=$func_resolve_sysroot_result ;; *.$libext) if test "$pass" = conv; then deplibs="$deplib $deplibs" continue fi case $linkmode in lib) # Linking convenience modules into shared libraries is allowed, # but linking other static libraries is non-portable. case " $dlpreconveniencelibs " in *" $deplib "*) ;; *) valid_a_lib=no case $deplibs_check_method in match_pattern*) set dummy $deplibs_check_method; shift match_pattern_regex=`expr "$deplibs_check_method" : "$1 \(.*\)"` if eval "\$ECHO \"$deplib\"" 2>/dev/null | $SED 10q \ | $EGREP "$match_pattern_regex" > /dev/null; then valid_a_lib=yes fi ;; pass_all) valid_a_lib=yes ;; esac if test "$valid_a_lib" != yes; then echo $ECHO "*** Warning: Trying to link with static lib archive $deplib." echo "*** I have the capability to make that library automatically link in when" echo "*** you link to this library. But I can only do this if you have a" echo "*** shared version of the library, which you do not appear to have" echo "*** because the file extensions .$libext of this argument makes me believe" echo "*** that it is just a static archive that I should not use here." else echo $ECHO "*** Warning: Linking the shared library $output against the" $ECHO "*** static library $deplib is not portable!" deplibs="$deplib $deplibs" fi ;; esac continue ;; prog) if test "$pass" != link; then deplibs="$deplib $deplibs" else compile_deplibs="$deplib $compile_deplibs" finalize_deplibs="$deplib $finalize_deplibs" fi continue ;; esac # linkmode ;; # *.$libext *.lo | *.$objext) if test "$pass" = conv; then deplibs="$deplib $deplibs" elif test "$linkmode" = prog; then if test "$pass" = dlpreopen || test "$dlopen_support" != yes || test "$build_libtool_libs" = no; then # If there is no dlopen support or we're linking statically, # we need to preload. func_append newdlprefiles " $deplib" compile_deplibs="$deplib $compile_deplibs" finalize_deplibs="$deplib $finalize_deplibs" else func_append newdlfiles " $deplib" fi fi continue ;; %DEPLIBS%) alldeplibs=yes continue ;; esac # case $deplib if test "$found" = yes || test -f "$lib"; then : else func_fatal_error "cannot find the library \`$lib' or unhandled argument \`$deplib'" fi # Check to see that this really is a libtool archive. func_lalib_unsafe_p "$lib" \ || func_fatal_error "\`$lib' is not a valid libtool archive" func_dirname "$lib" "" "." ladir="$func_dirname_result" dlname= dlopen= dlpreopen= libdir= library_names= old_library= inherited_linker_flags= # If the library was installed with an old release of libtool, # it will not redefine variables installed, or shouldnotlink installed=yes shouldnotlink=no avoidtemprpath= # Read the .la file func_source "$lib" # Convert "-framework foo" to "foo.ltframework" if test -n "$inherited_linker_flags"; then tmp_inherited_linker_flags=`$ECHO "$inherited_linker_flags" | $SED 's/-framework \([^ $]*\)/\1.ltframework/g'` for tmp_inherited_linker_flag in $tmp_inherited_linker_flags; do case " $new_inherited_linker_flags " in *" $tmp_inherited_linker_flag "*) ;; *) func_append new_inherited_linker_flags " $tmp_inherited_linker_flag";; esac done fi dependency_libs=`$ECHO " $dependency_libs" | $SED 's% \([^ $]*\).ltframework% -framework \1%g'` if test "$linkmode,$pass" = "lib,link" || test "$linkmode,$pass" = "prog,scan" || { test "$linkmode" != prog && test "$linkmode" != lib; }; then test -n "$dlopen" && func_append dlfiles " $dlopen" test -n "$dlpreopen" && func_append dlprefiles " $dlpreopen" fi if test "$pass" = conv; then # Only check for convenience libraries deplibs="$lib $deplibs" if test -z "$libdir"; then if test -z "$old_library"; then func_fatal_error "cannot find name of link library for \`$lib'" fi # It is a libtool convenience library, so add in its objects. func_append convenience " $ladir/$objdir/$old_library" func_append old_convenience " $ladir/$objdir/$old_library" tmp_libs= for deplib in $dependency_libs; do deplibs="$deplib $deplibs" if $opt_preserve_dup_deps ; then case "$tmp_libs " in *" $deplib "*) func_append specialdeplibs " $deplib" ;; esac fi func_append tmp_libs " $deplib" done elif test "$linkmode" != prog && test "$linkmode" != lib; then func_fatal_error "\`$lib' is not a convenience library" fi continue fi # $pass = conv # Get the name of the library we link against. linklib= if test -n "$old_library" && { test "$prefer_static_libs" = yes || test "$prefer_static_libs,$installed" = "built,no"; }; then linklib=$old_library else for l in $old_library $library_names; do linklib="$l" done fi if test -z "$linklib"; then func_fatal_error "cannot find name of link library for \`$lib'" fi # This library was specified with -dlopen. if test "$pass" = dlopen; then if test -z "$libdir"; then func_fatal_error "cannot -dlopen a convenience library: \`$lib'" fi if test -z "$dlname" || test "$dlopen_support" != yes || test "$build_libtool_libs" = no; then # If there is no dlname, no dlopen support or we're linking # statically, we need to preload. We also need to preload any # dependent libraries so libltdl's deplib preloader doesn't # bomb out in the load deplibs phase. func_append dlprefiles " $lib $dependency_libs" else func_append newdlfiles " $lib" fi continue fi # $pass = dlopen # We need an absolute path. case $ladir in [\\/]* | [A-Za-z]:[\\/]*) abs_ladir="$ladir" ;; *) abs_ladir=`cd "$ladir" && pwd` if test -z "$abs_ladir"; then func_warning "cannot determine absolute directory name of \`$ladir'" func_warning "passing it literally to the linker, although it might fail" abs_ladir="$ladir" fi ;; esac func_basename "$lib" laname="$func_basename_result" # Find the relevant object directory and library name. if test "X$installed" = Xyes; then if test ! -f "$lt_sysroot$libdir/$linklib" && test -f "$abs_ladir/$linklib"; then func_warning "library \`$lib' was moved." dir="$ladir" absdir="$abs_ladir" libdir="$abs_ladir" else dir="$lt_sysroot$libdir" absdir="$lt_sysroot$libdir" fi test "X$hardcode_automatic" = Xyes && avoidtemprpath=yes else if test ! -f "$ladir/$objdir/$linklib" && test -f "$abs_ladir/$linklib"; then dir="$ladir" absdir="$abs_ladir" # Remove this search path later func_append notinst_path " $abs_ladir" else dir="$ladir/$objdir" absdir="$abs_ladir/$objdir" # Remove this search path later func_append notinst_path " $abs_ladir" fi fi # $installed = yes func_stripname 'lib' '.la' "$laname" name=$func_stripname_result # This library was specified with -dlpreopen. if test "$pass" = dlpreopen; then if test -z "$libdir" && test "$linkmode" = prog; then func_fatal_error "only libraries may -dlpreopen a convenience library: \`$lib'" fi case "$host" in # special handling for platforms with PE-DLLs. *cygwin* | *mingw* | *cegcc* ) # Linker will automatically link against shared library if both # static and shared are present. Therefore, ensure we extract # symbols from the import library if a shared library is present # (otherwise, the dlopen module name will be incorrect). We do # this by putting the import library name into $newdlprefiles. # We recover the dlopen module name by 'saving' the la file # name in a special purpose variable, and (later) extracting the # dlname from the la file. if test -n "$dlname"; then func_tr_sh "$dir/$linklib" eval "libfile_$func_tr_sh_result=\$abs_ladir/\$laname" func_append newdlprefiles " $dir/$linklib" else func_append newdlprefiles " $dir/$old_library" # Keep a list of preopened convenience libraries to check # that they are being used correctly in the link pass. test -z "$libdir" && \ func_append dlpreconveniencelibs " $dir/$old_library" fi ;; * ) # Prefer using a static library (so that no silly _DYNAMIC symbols # are required to link). if test -n "$old_library"; then func_append newdlprefiles " $dir/$old_library" # Keep a list of preopened convenience libraries to check # that they are being used correctly in the link pass. test -z "$libdir" && \ func_append dlpreconveniencelibs " $dir/$old_library" # Otherwise, use the dlname, so that lt_dlopen finds it. elif test -n "$dlname"; then func_append newdlprefiles " $dir/$dlname" else func_append newdlprefiles " $dir/$linklib" fi ;; esac fi # $pass = dlpreopen if test -z "$libdir"; then # Link the convenience library if test "$linkmode" = lib; then deplibs="$dir/$old_library $deplibs" elif test "$linkmode,$pass" = "prog,link"; then compile_deplibs="$dir/$old_library $compile_deplibs" finalize_deplibs="$dir/$old_library $finalize_deplibs" else deplibs="$lib $deplibs" # used for prog,scan pass fi continue fi if test "$linkmode" = prog && test "$pass" != link; then func_append newlib_search_path " $ladir" deplibs="$lib $deplibs" linkalldeplibs=no if test "$link_all_deplibs" != no || test -z "$library_names" || test "$build_libtool_libs" = no; then linkalldeplibs=yes fi tmp_libs= for deplib in $dependency_libs; do case $deplib in -L*) func_stripname '-L' '' "$deplib" func_resolve_sysroot "$func_stripname_result" func_append newlib_search_path " $func_resolve_sysroot_result" ;; esac # Need to link against all dependency_libs? if test "$linkalldeplibs" = yes; then deplibs="$deplib $deplibs" else # Need to hardcode shared library paths # or/and link against static libraries newdependency_libs="$deplib $newdependency_libs" fi if $opt_preserve_dup_deps ; then case "$tmp_libs " in *" $deplib "*) func_append specialdeplibs " $deplib" ;; esac fi func_append tmp_libs " $deplib" done # for deplib continue fi # $linkmode = prog... if test "$linkmode,$pass" = "prog,link"; then if test -n "$library_names" && { { test "$prefer_static_libs" = no || test "$prefer_static_libs,$installed" = "built,yes"; } || test -z "$old_library"; }; then # We need to hardcode the library path if test -n "$shlibpath_var" && test -z "$avoidtemprpath" ; then # Make sure the rpath contains only unique directories. case "$temp_rpath:" in *"$absdir:"*) ;; *) func_append temp_rpath "$absdir:" ;; esac fi # Hardcode the library path. # Skip directories that are in the system default run-time # search path. case " $sys_lib_dlsearch_path " in *" $absdir "*) ;; *) case "$compile_rpath " in *" $absdir "*) ;; *) func_append compile_rpath " $absdir" ;; esac ;; esac case " $sys_lib_dlsearch_path " in *" $libdir "*) ;; *) case "$finalize_rpath " in *" $libdir "*) ;; *) func_append finalize_rpath " $libdir" ;; esac ;; esac fi # $linkmode,$pass = prog,link... if test "$alldeplibs" = yes && { test "$deplibs_check_method" = pass_all || { test "$build_libtool_libs" = yes && test -n "$library_names"; }; }; then # We only need to search for static libraries continue fi fi link_static=no # Whether the deplib will be linked statically use_static_libs=$prefer_static_libs if test "$use_static_libs" = built && test "$installed" = yes; then use_static_libs=no fi if test -n "$library_names" && { test "$use_static_libs" = no || test -z "$old_library"; }; then case $host in *cygwin* | *mingw* | *cegcc*) # No point in relinking DLLs because paths are not encoded func_append notinst_deplibs " $lib" need_relink=no ;; *) if test "$installed" = no; then func_append notinst_deplibs " $lib" need_relink=yes fi ;; esac # This is a shared library # Warn about portability, can't link against -module's on some # systems (darwin). Don't bleat about dlopened modules though! dlopenmodule="" for dlpremoduletest in $dlprefiles; do if test "X$dlpremoduletest" = "X$lib"; then dlopenmodule="$dlpremoduletest" break fi done if test -z "$dlopenmodule" && test "$shouldnotlink" = yes && test "$pass" = link; then echo if test "$linkmode" = prog; then $ECHO "*** Warning: Linking the executable $output against the loadable module" else $ECHO "*** Warning: Linking the shared library $output against the loadable module" fi $ECHO "*** $linklib is not portable!" fi if test "$linkmode" = lib && test "$hardcode_into_libs" = yes; then # Hardcode the library path. # Skip directories that are in the system default run-time # search path. case " $sys_lib_dlsearch_path " in *" $absdir "*) ;; *) case "$compile_rpath " in *" $absdir "*) ;; *) func_append compile_rpath " $absdir" ;; esac ;; esac case " $sys_lib_dlsearch_path " in *" $libdir "*) ;; *) case "$finalize_rpath " in *" $libdir "*) ;; *) func_append finalize_rpath " $libdir" ;; esac ;; esac fi if test -n "$old_archive_from_expsyms_cmds"; then # figure out the soname set dummy $library_names shift realname="$1" shift libname=`eval "\\$ECHO \"$libname_spec\""` # use dlname if we got it. it's perfectly good, no? if test -n "$dlname"; then soname="$dlname" elif test -n "$soname_spec"; then # bleh windows case $host in *cygwin* | mingw* | *cegcc*) func_arith $current - $age major=$func_arith_result versuffix="-$major" ;; esac eval soname=\"$soname_spec\" else soname="$realname" fi # Make a new name for the extract_expsyms_cmds to use soroot="$soname" func_basename "$soroot" soname="$func_basename_result" func_stripname 'lib' '.dll' "$soname" newlib=libimp-$func_stripname_result.a # If the library has no export list, then create one now if test -f "$output_objdir/$soname-def"; then : else func_verbose "extracting exported symbol list from \`$soname'" func_execute_cmds "$extract_expsyms_cmds" 'exit $?' fi # Create $newlib if test -f "$output_objdir/$newlib"; then :; else func_verbose "generating import library for \`$soname'" func_execute_cmds "$old_archive_from_expsyms_cmds" 'exit $?' fi # make sure the library variables are pointing to the new library dir=$output_objdir linklib=$newlib fi # test -n "$old_archive_from_expsyms_cmds" if test "$linkmode" = prog || test "$opt_mode" != relink; then add_shlibpath= add_dir= add= lib_linked=yes case $hardcode_action in immediate | unsupported) if test "$hardcode_direct" = no; then add="$dir/$linklib" case $host in *-*-sco3.2v5.0.[024]*) add_dir="-L$dir" ;; *-*-sysv4*uw2*) add_dir="-L$dir" ;; *-*-sysv5OpenUNIX* | *-*-sysv5UnixWare7.[01].[10]* | \ *-*-unixware7*) add_dir="-L$dir" ;; *-*-darwin* ) # if the lib is a (non-dlopened) module then we can not # link against it, someone is ignoring the earlier warnings if /usr/bin/file -L $add 2> /dev/null | $GREP ": [^:]* bundle" >/dev/null ; then if test "X$dlopenmodule" != "X$lib"; then $ECHO "*** Warning: lib $linklib is a module, not a shared library" if test -z "$old_library" ; then echo echo "*** And there doesn't seem to be a static archive available" echo "*** The link will probably fail, sorry" else add="$dir/$old_library" fi elif test -n "$old_library"; then add="$dir/$old_library" fi fi esac elif test "$hardcode_minus_L" = no; then case $host in *-*-sunos*) add_shlibpath="$dir" ;; esac add_dir="-L$dir" add="-l$name" elif test "$hardcode_shlibpath_var" = no; then add_shlibpath="$dir" add="-l$name" else lib_linked=no fi ;; relink) if test "$hardcode_direct" = yes && test "$hardcode_direct_absolute" = no; then add="$dir/$linklib" elif test "$hardcode_minus_L" = yes; then add_dir="-L$absdir" # Try looking first in the location we're being installed to. if test -n "$inst_prefix_dir"; then case $libdir in [\\/]*) func_append add_dir " -L$inst_prefix_dir$libdir" ;; esac fi add="-l$name" elif test "$hardcode_shlibpath_var" = yes; then add_shlibpath="$dir" add="-l$name" else lib_linked=no fi ;; *) lib_linked=no ;; esac if test "$lib_linked" != yes; then func_fatal_configuration "unsupported hardcode properties" fi if test -n "$add_shlibpath"; then case :$compile_shlibpath: in *":$add_shlibpath:"*) ;; *) func_append compile_shlibpath "$add_shlibpath:" ;; esac fi if test "$linkmode" = prog; then test -n "$add_dir" && compile_deplibs="$add_dir $compile_deplibs" test -n "$add" && compile_deplibs="$add $compile_deplibs" else test -n "$add_dir" && deplibs="$add_dir $deplibs" test -n "$add" && deplibs="$add $deplibs" if test "$hardcode_direct" != yes && test "$hardcode_minus_L" != yes && test "$hardcode_shlibpath_var" = yes; then case :$finalize_shlibpath: in *":$libdir:"*) ;; *) func_append finalize_shlibpath "$libdir:" ;; esac fi fi fi if test "$linkmode" = prog || test "$opt_mode" = relink; then add_shlibpath= add_dir= add= # Finalize command for both is simple: just hardcode it. if test "$hardcode_direct" = yes && test "$hardcode_direct_absolute" = no; then add="$libdir/$linklib" elif test "$hardcode_minus_L" = yes; then add_dir="-L$libdir" add="-l$name" elif test "$hardcode_shlibpath_var" = yes; then case :$finalize_shlibpath: in *":$libdir:"*) ;; *) func_append finalize_shlibpath "$libdir:" ;; esac add="-l$name" elif test "$hardcode_automatic" = yes; then if test -n "$inst_prefix_dir" && test -f "$inst_prefix_dir$libdir/$linklib" ; then add="$inst_prefix_dir$libdir/$linklib" else add="$libdir/$linklib" fi else # We cannot seem to hardcode it, guess we'll fake it. add_dir="-L$libdir" # Try looking first in the location we're being installed to. if test -n "$inst_prefix_dir"; then case $libdir in [\\/]*) func_append add_dir " -L$inst_prefix_dir$libdir" ;; esac fi add="-l$name" fi if test "$linkmode" = prog; then test -n "$add_dir" && finalize_deplibs="$add_dir $finalize_deplibs" test -n "$add" && finalize_deplibs="$add $finalize_deplibs" else test -n "$add_dir" && deplibs="$add_dir $deplibs" test -n "$add" && deplibs="$add $deplibs" fi fi elif test "$linkmode" = prog; then # Here we assume that one of hardcode_direct or hardcode_minus_L # is not unsupported. This is valid on all known static and # shared platforms. if test "$hardcode_direct" != unsupported; then test -n "$old_library" && linklib="$old_library" compile_deplibs="$dir/$linklib $compile_deplibs" finalize_deplibs="$dir/$linklib $finalize_deplibs" else compile_deplibs="-l$name -L$dir $compile_deplibs" finalize_deplibs="-l$name -L$dir $finalize_deplibs" fi elif test "$build_libtool_libs" = yes; then # Not a shared library if test "$deplibs_check_method" != pass_all; then # We're trying link a shared library against a static one # but the system doesn't support it. # Just print a warning and add the library to dependency_libs so # that the program can be linked against the static library. echo $ECHO "*** Warning: This system can not link to static lib archive $lib." echo "*** I have the capability to make that library automatically link in when" echo "*** you link to this library. But I can only do this if you have a" echo "*** shared version of the library, which you do not appear to have." if test "$module" = yes; then echo "*** But as you try to build a module library, libtool will still create " echo "*** a static module, that should work as long as the dlopening application" echo "*** is linked with the -dlopen flag to resolve symbols at runtime." if test -z "$global_symbol_pipe"; then echo echo "*** However, this would only work if libtool was able to extract symbol" echo "*** lists from a program, using \`nm' or equivalent, but libtool could" echo "*** not find such a program. So, this module is probably useless." echo "*** \`nm' from GNU binutils and a full rebuild may help." fi if test "$build_old_libs" = no; then build_libtool_libs=module build_old_libs=yes else build_libtool_libs=no fi fi else deplibs="$dir/$old_library $deplibs" link_static=yes fi fi # link shared/static library? if test "$linkmode" = lib; then if test -n "$dependency_libs" && { test "$hardcode_into_libs" != yes || test "$build_old_libs" = yes || test "$link_static" = yes; }; then # Extract -R from dependency_libs temp_deplibs= for libdir in $dependency_libs; do case $libdir in -R*) func_stripname '-R' '' "$libdir" temp_xrpath=$func_stripname_result case " $xrpath " in *" $temp_xrpath "*) ;; *) func_append xrpath " $temp_xrpath";; esac;; *) func_append temp_deplibs " $libdir";; esac done dependency_libs="$temp_deplibs" fi func_append newlib_search_path " $absdir" # Link against this library test "$link_static" = no && newdependency_libs="$abs_ladir/$laname $newdependency_libs" # ... and its dependency_libs tmp_libs= for deplib in $dependency_libs; do newdependency_libs="$deplib $newdependency_libs" case $deplib in -L*) func_stripname '-L' '' "$deplib" func_resolve_sysroot "$func_stripname_result";; *) func_resolve_sysroot "$deplib" ;; esac if $opt_preserve_dup_deps ; then case "$tmp_libs " in *" $func_resolve_sysroot_result "*) func_append specialdeplibs " $func_resolve_sysroot_result" ;; esac fi func_append tmp_libs " $func_resolve_sysroot_result" done if test "$link_all_deplibs" != no; then # Add the search paths of all dependency libraries for deplib in $dependency_libs; do path= case $deplib in -L*) path="$deplib" ;; *.la) func_resolve_sysroot "$deplib" deplib=$func_resolve_sysroot_result func_dirname "$deplib" "" "." dir=$func_dirname_result # We need an absolute path. case $dir in [\\/]* | [A-Za-z]:[\\/]*) absdir="$dir" ;; *) absdir=`cd "$dir" && pwd` if test -z "$absdir"; then func_warning "cannot determine absolute directory name of \`$dir'" absdir="$dir" fi ;; esac if $GREP "^installed=no" $deplib > /dev/null; then case $host in *-*-darwin*) depdepl= eval deplibrary_names=`${SED} -n -e 's/^library_names=\(.*\)$/\1/p' $deplib` if test -n "$deplibrary_names" ; then for tmp in $deplibrary_names ; do depdepl=$tmp done if test -f "$absdir/$objdir/$depdepl" ; then depdepl="$absdir/$objdir/$depdepl" darwin_install_name=`${OTOOL} -L $depdepl | awk '{if (NR == 2) {print $1;exit}}'` if test -z "$darwin_install_name"; then darwin_install_name=`${OTOOL64} -L $depdepl | awk '{if (NR == 2) {print $1;exit}}'` fi func_append compiler_flags " ${wl}-dylib_file ${wl}${darwin_install_name}:${depdepl}" func_append linker_flags " -dylib_file ${darwin_install_name}:${depdepl}" path= fi fi ;; *) path="-L$absdir/$objdir" ;; esac else eval libdir=`${SED} -n -e 's/^libdir=\(.*\)$/\1/p' $deplib` test -z "$libdir" && \ func_fatal_error "\`$deplib' is not a valid libtool archive" test "$absdir" != "$libdir" && \ func_warning "\`$deplib' seems to be moved" path="-L$absdir" fi ;; esac case " $deplibs " in *" $path "*) ;; *) deplibs="$path $deplibs" ;; esac done fi # link_all_deplibs != no fi # linkmode = lib done # for deplib in $libs if test "$pass" = link; then if test "$linkmode" = "prog"; then compile_deplibs="$new_inherited_linker_flags $compile_deplibs" finalize_deplibs="$new_inherited_linker_flags $finalize_deplibs" else compiler_flags="$compiler_flags "`$ECHO " $new_inherited_linker_flags" | $SED 's% \([^ $]*\).ltframework% -framework \1%g'` fi fi dependency_libs="$newdependency_libs" if test "$pass" = dlpreopen; then # Link the dlpreopened libraries before other libraries for deplib in $save_deplibs; do deplibs="$deplib $deplibs" done fi if test "$pass" != dlopen; then if test "$pass" != conv; then # Make sure lib_search_path contains only unique directories. lib_search_path= for dir in $newlib_search_path; do case "$lib_search_path " in *" $dir "*) ;; *) func_append lib_search_path " $dir" ;; esac done newlib_search_path= fi if test "$linkmode,$pass" != "prog,link"; then vars="deplibs" else vars="compile_deplibs finalize_deplibs" fi for var in $vars dependency_libs; do # Add libraries to $var in reverse order eval tmp_libs=\"\$$var\" new_libs= for deplib in $tmp_libs; do # FIXME: Pedantically, this is the right thing to do, so # that some nasty dependency loop isn't accidentally # broken: #new_libs="$deplib $new_libs" # Pragmatically, this seems to cause very few problems in # practice: case $deplib in -L*) new_libs="$deplib $new_libs" ;; -R*) ;; *) # And here is the reason: when a library appears more # than once as an explicit dependence of a library, or # is implicitly linked in more than once by the # compiler, it is considered special, and multiple # occurrences thereof are not removed. Compare this # with having the same library being listed as a # dependency of multiple other libraries: in this case, # we know (pedantically, we assume) the library does not # need to be listed more than once, so we keep only the # last copy. This is not always right, but it is rare # enough that we require users that really mean to play # such unportable linking tricks to link the library # using -Wl,-lname, so that libtool does not consider it # for duplicate removal. case " $specialdeplibs " in *" $deplib "*) new_libs="$deplib $new_libs" ;; *) case " $new_libs " in *" $deplib "*) ;; *) new_libs="$deplib $new_libs" ;; esac ;; esac ;; esac done tmp_libs= for deplib in $new_libs; do case $deplib in -L*) case " $tmp_libs " in *" $deplib "*) ;; *) func_append tmp_libs " $deplib" ;; esac ;; *) func_append tmp_libs " $deplib" ;; esac done eval $var=\"$tmp_libs\" done # for var fi # Last step: remove runtime libs from dependency_libs # (they stay in deplibs) tmp_libs= for i in $dependency_libs ; do case " $predeps $postdeps $compiler_lib_search_path " in *" $i "*) i="" ;; esac if test -n "$i" ; then func_append tmp_libs " $i" fi done dependency_libs=$tmp_libs done # for pass if test "$linkmode" = prog; then dlfiles="$newdlfiles" fi if test "$linkmode" = prog || test "$linkmode" = lib; then dlprefiles="$newdlprefiles" fi case $linkmode in oldlib) if test -n "$dlfiles$dlprefiles" || test "$dlself" != no; then func_warning "\`-dlopen' is ignored for archives" fi case " $deplibs" in *\ -l* | *\ -L*) func_warning "\`-l' and \`-L' are ignored for archives" ;; esac test -n "$rpath" && \ func_warning "\`-rpath' is ignored for archives" test -n "$xrpath" && \ func_warning "\`-R' is ignored for archives" test -n "$vinfo" && \ func_warning "\`-version-info/-version-number' is ignored for archives" test -n "$release" && \ func_warning "\`-release' is ignored for archives" test -n "$export_symbols$export_symbols_regex" && \ func_warning "\`-export-symbols' is ignored for archives" # Now set the variables for building old libraries. build_libtool_libs=no oldlibs="$output" func_append objs "$old_deplibs" ;; lib) # Make sure we only generate libraries of the form `libNAME.la'. case $outputname in lib*) func_stripname 'lib' '.la' "$outputname" name=$func_stripname_result eval shared_ext=\"$shrext_cmds\" eval libname=\"$libname_spec\" ;; *) test "$module" = no && \ func_fatal_help "libtool library \`$output' must begin with \`lib'" if test "$need_lib_prefix" != no; then # Add the "lib" prefix for modules if required func_stripname '' '.la' "$outputname" name=$func_stripname_result eval shared_ext=\"$shrext_cmds\" eval libname=\"$libname_spec\" else func_stripname '' '.la' "$outputname" libname=$func_stripname_result fi ;; esac if test -n "$objs"; then if test "$deplibs_check_method" != pass_all; then func_fatal_error "cannot build libtool library \`$output' from non-libtool objects on this host:$objs" else echo $ECHO "*** Warning: Linking the shared library $output against the non-libtool" $ECHO "*** objects $objs is not portable!" func_append libobjs " $objs" fi fi test "$dlself" != no && \ func_warning "\`-dlopen self' is ignored for libtool libraries" set dummy $rpath shift test "$#" -gt 1 && \ func_warning "ignoring multiple \`-rpath's for a libtool library" install_libdir="$1" oldlibs= if test -z "$rpath"; then if test "$build_libtool_libs" = yes; then # Building a libtool convenience library. # Some compilers have problems with a `.al' extension so # convenience libraries should have the same extension an # archive normally would. oldlibs="$output_objdir/$libname.$libext $oldlibs" build_libtool_libs=convenience build_old_libs=yes fi test -n "$vinfo" && \ func_warning "\`-version-info/-version-number' is ignored for convenience libraries" test -n "$release" && \ func_warning "\`-release' is ignored for convenience libraries" else # Parse the version information argument. save_ifs="$IFS"; IFS=':' set dummy $vinfo 0 0 0 shift IFS="$save_ifs" test -n "$7" && \ func_fatal_help "too many parameters to \`-version-info'" # convert absolute version numbers to libtool ages # this retains compatibility with .la files and attempts # to make the code below a bit more comprehensible case $vinfo_number in yes) number_major="$1" number_minor="$2" number_revision="$3" # # There are really only two kinds -- those that # use the current revision as the major version # and those that subtract age and use age as # a minor version. But, then there is irix # which has an extra 1 added just for fun # case $version_type in # correct linux to gnu/linux during the next big refactor darwin|linux|osf|windows|none) func_arith $number_major + $number_minor current=$func_arith_result age="$number_minor" revision="$number_revision" ;; freebsd-aout|freebsd-elf|qnx|sunos) current="$number_major" revision="$number_minor" age="0" ;; irix|nonstopux) func_arith $number_major + $number_minor current=$func_arith_result age="$number_minor" revision="$number_minor" lt_irix_increment=no ;; *) func_fatal_configuration "$modename: unknown library version type \`$version_type'" ;; esac ;; no) current="$1" revision="$2" age="$3" ;; esac # Check that each of the things are valid numbers. case $current in 0|[1-9]|[1-9][0-9]|[1-9][0-9][0-9]|[1-9][0-9][0-9][0-9]|[1-9][0-9][0-9][0-9][0-9]) ;; *) func_error "CURRENT \`$current' must be a nonnegative integer" func_fatal_error "\`$vinfo' is not valid version information" ;; esac case $revision in 0|[1-9]|[1-9][0-9]|[1-9][0-9][0-9]|[1-9][0-9][0-9][0-9]|[1-9][0-9][0-9][0-9][0-9]) ;; *) func_error "REVISION \`$revision' must be a nonnegative integer" func_fatal_error "\`$vinfo' is not valid version information" ;; esac case $age in 0|[1-9]|[1-9][0-9]|[1-9][0-9][0-9]|[1-9][0-9][0-9][0-9]|[1-9][0-9][0-9][0-9][0-9]) ;; *) func_error "AGE \`$age' must be a nonnegative integer" func_fatal_error "\`$vinfo' is not valid version information" ;; esac if test "$age" -gt "$current"; then func_error "AGE \`$age' is greater than the current interface number \`$current'" func_fatal_error "\`$vinfo' is not valid version information" fi # Calculate the version variables. major= versuffix= verstring= case $version_type in none) ;; darwin) # Like Linux, but with the current version available in # verstring for coding it into the library header func_arith $current - $age major=.$func_arith_result versuffix="$major.$age.$revision" # Darwin ld doesn't like 0 for these options... func_arith $current + 1 minor_current=$func_arith_result xlcverstring="${wl}-compatibility_version ${wl}$minor_current ${wl}-current_version ${wl}$minor_current.$revision" verstring="-compatibility_version $minor_current -current_version $minor_current.$revision" ;; freebsd-aout) major=".$current" versuffix=".$current.$revision"; ;; freebsd-elf) major=".$current" versuffix=".$current" ;; irix | nonstopux) if test "X$lt_irix_increment" = "Xno"; then func_arith $current - $age else func_arith $current - $age + 1 fi major=$func_arith_result case $version_type in nonstopux) verstring_prefix=nonstopux ;; *) verstring_prefix=sgi ;; esac verstring="$verstring_prefix$major.$revision" # Add in all the interfaces that we are compatible with. loop=$revision while test "$loop" -ne 0; do func_arith $revision - $loop iface=$func_arith_result func_arith $loop - 1 loop=$func_arith_result verstring="$verstring_prefix$major.$iface:$verstring" done # Before this point, $major must not contain `.'. major=.$major versuffix="$major.$revision" ;; linux) # correct to gnu/linux during the next big refactor func_arith $current - $age major=.$func_arith_result versuffix="$major.$age.$revision" ;; osf) func_arith $current - $age major=.$func_arith_result versuffix=".$current.$age.$revision" verstring="$current.$age.$revision" # Add in all the interfaces that we are compatible with. loop=$age while test "$loop" -ne 0; do func_arith $current - $loop iface=$func_arith_result func_arith $loop - 1 loop=$func_arith_result verstring="$verstring:${iface}.0" done # Make executables depend on our current version. func_append verstring ":${current}.0" ;; qnx) major=".$current" versuffix=".$current" ;; sunos) major=".$current" versuffix=".$current.$revision" ;; windows) # Use '-' rather than '.', since we only want one # extension on DOS 8.3 filesystems. func_arith $current - $age major=$func_arith_result versuffix="-$major" ;; *) func_fatal_configuration "unknown library version type \`$version_type'" ;; esac # Clear the version info if we defaulted, and they specified a release. if test -z "$vinfo" && test -n "$release"; then major= case $version_type in darwin) # we can't check for "0.0" in archive_cmds due to quoting # problems, so we reset it completely verstring= ;; *) verstring="0.0" ;; esac if test "$need_version" = no; then versuffix= else versuffix=".0.0" fi fi # Remove version info from name if versioning should be avoided if test "$avoid_version" = yes && test "$need_version" = no; then major= versuffix= verstring="" fi # Check to see if the archive will have undefined symbols. if test "$allow_undefined" = yes; then if test "$allow_undefined_flag" = unsupported; then func_warning "undefined symbols not allowed in $host shared libraries" build_libtool_libs=no build_old_libs=yes fi else # Don't allow undefined symbols. allow_undefined_flag="$no_undefined_flag" fi fi func_generate_dlsyms "$libname" "$libname" "yes" func_append libobjs " $symfileobj" test "X$libobjs" = "X " && libobjs= if test "$opt_mode" != relink; then # Remove our outputs, but don't remove object files since they # may have been created when compiling PIC objects. removelist= tempremovelist=`$ECHO "$output_objdir/*"` for p in $tempremovelist; do case $p in *.$objext | *.gcno) ;; $output_objdir/$outputname | $output_objdir/$libname.* | $output_objdir/${libname}${release}.*) if test "X$precious_files_regex" != "X"; then if $ECHO "$p" | $EGREP -e "$precious_files_regex" >/dev/null 2>&1 then continue fi fi func_append removelist " $p" ;; *) ;; esac done test -n "$removelist" && \ func_show_eval "${RM}r \$removelist" fi # Now set the variables for building old libraries. if test "$build_old_libs" = yes && test "$build_libtool_libs" != convenience ; then func_append oldlibs " $output_objdir/$libname.$libext" # Transform .lo files to .o files. oldobjs="$objs "`$ECHO "$libobjs" | $SP2NL | $SED "/\.${libext}$/d; $lo2o" | $NL2SP` fi # Eliminate all temporary directories. #for path in $notinst_path; do # lib_search_path=`$ECHO "$lib_search_path " | $SED "s% $path % %g"` # deplibs=`$ECHO "$deplibs " | $SED "s% -L$path % %g"` # dependency_libs=`$ECHO "$dependency_libs " | $SED "s% -L$path % %g"` #done if test -n "$xrpath"; then # If the user specified any rpath flags, then add them. temp_xrpath= for libdir in $xrpath; do func_replace_sysroot "$libdir" func_append temp_xrpath " -R$func_replace_sysroot_result" case "$finalize_rpath " in *" $libdir "*) ;; *) func_append finalize_rpath " $libdir" ;; esac done if test "$hardcode_into_libs" != yes || test "$build_old_libs" = yes; then dependency_libs="$temp_xrpath $dependency_libs" fi fi # Make sure dlfiles contains only unique files that won't be dlpreopened old_dlfiles="$dlfiles" dlfiles= for lib in $old_dlfiles; do case " $dlprefiles $dlfiles " in *" $lib "*) ;; *) func_append dlfiles " $lib" ;; esac done # Make sure dlprefiles contains only unique files old_dlprefiles="$dlprefiles" dlprefiles= for lib in $old_dlprefiles; do case "$dlprefiles " in *" $lib "*) ;; *) func_append dlprefiles " $lib" ;; esac done if test "$build_libtool_libs" = yes; then if test -n "$rpath"; then case $host in *-*-cygwin* | *-*-mingw* | *-*-pw32* | *-*-os2* | *-*-beos* | *-cegcc* | *-*-haiku*) # these systems don't actually have a c library (as such)! ;; *-*-rhapsody* | *-*-darwin1.[012]) # Rhapsody C library is in the System framework func_append deplibs " System.ltframework" ;; *-*-netbsd*) # Don't link with libc until the a.out ld.so is fixed. ;; *-*-openbsd* | *-*-freebsd* | *-*-dragonfly*) # Do not include libc due to us having libc/libc_r. ;; *-*-sco3.2v5* | *-*-sco5v6*) # Causes problems with __ctype ;; *-*-sysv4.2uw2* | *-*-sysv5* | *-*-unixware* | *-*-OpenUNIX*) # Compiler inserts libc in the correct place for threads to work ;; *) # Add libc to deplibs on all other systems if necessary. if test "$build_libtool_need_lc" = "yes"; then func_append deplibs " -lc" fi ;; esac fi # Transform deplibs into only deplibs that can be linked in shared. name_save=$name libname_save=$libname release_save=$release versuffix_save=$versuffix major_save=$major # I'm not sure if I'm treating the release correctly. I think # release should show up in the -l (ie -lgmp5) so we don't want to # add it in twice. Is that correct? release="" versuffix="" major="" newdeplibs= droppeddeps=no case $deplibs_check_method in pass_all) # Don't check for shared/static. Everything works. # This might be a little naive. We might want to check # whether the library exists or not. But this is on # osf3 & osf4 and I'm not really sure... Just # implementing what was already the behavior. newdeplibs=$deplibs ;; test_compile) # This code stresses the "libraries are programs" paradigm to its # limits. Maybe even breaks it. We compile a program, linking it # against the deplibs as a proxy for the library. Then we can check # whether they linked in statically or dynamically with ldd. $opt_dry_run || $RM conftest.c cat > conftest.c </dev/null` $nocaseglob else potential_libs=`ls $i/$libnameglob[.-]* 2>/dev/null` fi for potent_lib in $potential_libs; do # Follow soft links. if ls -lLd "$potent_lib" 2>/dev/null | $GREP " -> " >/dev/null; then continue fi # The statement above tries to avoid entering an # endless loop below, in case of cyclic links. # We might still enter an endless loop, since a link # loop can be closed while we follow links, # but so what? potlib="$potent_lib" while test -h "$potlib" 2>/dev/null; do potliblink=`ls -ld $potlib | ${SED} 's/.* -> //'` case $potliblink in [\\/]* | [A-Za-z]:[\\/]*) potlib="$potliblink";; *) potlib=`$ECHO "$potlib" | $SED 's,[^/]*$,,'`"$potliblink";; esac done if eval $file_magic_cmd \"\$potlib\" 2>/dev/null | $SED -e 10q | $EGREP "$file_magic_regex" > /dev/null; then func_append newdeplibs " $a_deplib" a_deplib="" break 2 fi done done fi if test -n "$a_deplib" ; then droppeddeps=yes echo $ECHO "*** Warning: linker path does not have real file for library $a_deplib." echo "*** I have the capability to make that library automatically link in when" echo "*** you link to this library. But I can only do this if you have a" echo "*** shared version of the library, which you do not appear to have" echo "*** because I did check the linker path looking for a file starting" if test -z "$potlib" ; then $ECHO "*** with $libname but no candidates were found. (...for file magic test)" else $ECHO "*** with $libname and none of the candidates passed a file format test" $ECHO "*** using a file magic. Last file checked: $potlib" fi fi ;; *) # Add a -L argument. func_append newdeplibs " $a_deplib" ;; esac done # Gone through all deplibs. ;; match_pattern*) set dummy $deplibs_check_method; shift match_pattern_regex=`expr "$deplibs_check_method" : "$1 \(.*\)"` for a_deplib in $deplibs; do case $a_deplib in -l*) func_stripname -l '' "$a_deplib" name=$func_stripname_result if test "X$allow_libtool_libs_with_static_runtimes" = "Xyes" ; then case " $predeps $postdeps " in *" $a_deplib "*) func_append newdeplibs " $a_deplib" a_deplib="" ;; esac fi if test -n "$a_deplib" ; then libname=`eval "\\$ECHO \"$libname_spec\""` for i in $lib_search_path $sys_lib_search_path $shlib_search_path; do potential_libs=`ls $i/$libname[.-]* 2>/dev/null` for potent_lib in $potential_libs; do potlib="$potent_lib" # see symlink-check above in file_magic test if eval "\$ECHO \"$potent_lib\"" 2>/dev/null | $SED 10q | \ $EGREP "$match_pattern_regex" > /dev/null; then func_append newdeplibs " $a_deplib" a_deplib="" break 2 fi done done fi if test -n "$a_deplib" ; then droppeddeps=yes echo $ECHO "*** Warning: linker path does not have real file for library $a_deplib." echo "*** I have the capability to make that library automatically link in when" echo "*** you link to this library. But I can only do this if you have a" echo "*** shared version of the library, which you do not appear to have" echo "*** because I did check the linker path looking for a file starting" if test -z "$potlib" ; then $ECHO "*** with $libname but no candidates were found. (...for regex pattern test)" else $ECHO "*** with $libname and none of the candidates passed a file format test" $ECHO "*** using a regex pattern. Last file checked: $potlib" fi fi ;; *) # Add a -L argument. func_append newdeplibs " $a_deplib" ;; esac done # Gone through all deplibs. ;; none | unknown | *) newdeplibs="" tmp_deplibs=`$ECHO " $deplibs" | $SED 's/ -lc$//; s/ -[LR][^ ]*//g'` if test "X$allow_libtool_libs_with_static_runtimes" = "Xyes" ; then for i in $predeps $postdeps ; do # can't use Xsed below, because $i might contain '/' tmp_deplibs=`$ECHO " $tmp_deplibs" | $SED "s,$i,,"` done fi case $tmp_deplibs in *[!\ \ ]*) echo if test "X$deplibs_check_method" = "Xnone"; then echo "*** Warning: inter-library dependencies are not supported in this platform." else echo "*** Warning: inter-library dependencies are not known to be supported." fi echo "*** All declared inter-library dependencies are being dropped." droppeddeps=yes ;; esac ;; esac versuffix=$versuffix_save major=$major_save release=$release_save libname=$libname_save name=$name_save case $host in *-*-rhapsody* | *-*-darwin1.[012]) # On Rhapsody replace the C library with the System framework newdeplibs=`$ECHO " $newdeplibs" | $SED 's/ -lc / System.ltframework /'` ;; esac if test "$droppeddeps" = yes; then if test "$module" = yes; then echo echo "*** Warning: libtool could not satisfy all declared inter-library" $ECHO "*** dependencies of module $libname. Therefore, libtool will create" echo "*** a static module, that should work as long as the dlopening" echo "*** application is linked with the -dlopen flag." if test -z "$global_symbol_pipe"; then echo echo "*** However, this would only work if libtool was able to extract symbol" echo "*** lists from a program, using \`nm' or equivalent, but libtool could" echo "*** not find such a program. So, this module is probably useless." echo "*** \`nm' from GNU binutils and a full rebuild may help." fi if test "$build_old_libs" = no; then oldlibs="$output_objdir/$libname.$libext" build_libtool_libs=module build_old_libs=yes else build_libtool_libs=no fi else echo "*** The inter-library dependencies that have been dropped here will be" echo "*** automatically added whenever a program is linked with this library" echo "*** or is declared to -dlopen it." if test "$allow_undefined" = no; then echo echo "*** Since this library must not contain undefined symbols," echo "*** because either the platform does not support them or" echo "*** it was explicitly requested with -no-undefined," echo "*** libtool will only create a static version of it." if test "$build_old_libs" = no; then oldlibs="$output_objdir/$libname.$libext" build_libtool_libs=module build_old_libs=yes else build_libtool_libs=no fi fi fi fi # Done checking deplibs! deplibs=$newdeplibs fi # Time to change all our "foo.ltframework" stuff back to "-framework foo" case $host in *-*-darwin*) newdeplibs=`$ECHO " $newdeplibs" | $SED 's% \([^ $]*\).ltframework% -framework \1%g'` new_inherited_linker_flags=`$ECHO " $new_inherited_linker_flags" | $SED 's% \([^ $]*\).ltframework% -framework \1%g'` deplibs=`$ECHO " $deplibs" | $SED 's% \([^ $]*\).ltframework% -framework \1%g'` ;; esac # move library search paths that coincide with paths to not yet # installed libraries to the beginning of the library search list new_libs= for path in $notinst_path; do case " $new_libs " in *" -L$path/$objdir "*) ;; *) case " $deplibs " in *" -L$path/$objdir "*) func_append new_libs " -L$path/$objdir" ;; esac ;; esac done for deplib in $deplibs; do case $deplib in -L*) case " $new_libs " in *" $deplib "*) ;; *) func_append new_libs " $deplib" ;; esac ;; *) func_append new_libs " $deplib" ;; esac done deplibs="$new_libs" # All the library-specific variables (install_libdir is set above). library_names= old_library= dlname= # Test again, we may have decided not to build it any more if test "$build_libtool_libs" = yes; then # Remove ${wl} instances when linking with ld. # FIXME: should test the right _cmds variable. case $archive_cmds in *\$LD\ *) wl= ;; esac if test "$hardcode_into_libs" = yes; then # Hardcode the library paths hardcode_libdirs= dep_rpath= rpath="$finalize_rpath" test "$opt_mode" != relink && rpath="$compile_rpath$rpath" for libdir in $rpath; do if test -n "$hardcode_libdir_flag_spec"; then if test -n "$hardcode_libdir_separator"; then func_replace_sysroot "$libdir" libdir=$func_replace_sysroot_result if test -z "$hardcode_libdirs"; then hardcode_libdirs="$libdir" else # Just accumulate the unique libdirs. case $hardcode_libdir_separator$hardcode_libdirs$hardcode_libdir_separator in *"$hardcode_libdir_separator$libdir$hardcode_libdir_separator"*) ;; *) func_append hardcode_libdirs "$hardcode_libdir_separator$libdir" ;; esac fi else eval flag=\"$hardcode_libdir_flag_spec\" func_append dep_rpath " $flag" fi elif test -n "$runpath_var"; then case "$perm_rpath " in *" $libdir "*) ;; *) func_append perm_rpath " $libdir" ;; esac fi done # Substitute the hardcoded libdirs into the rpath. if test -n "$hardcode_libdir_separator" && test -n "$hardcode_libdirs"; then libdir="$hardcode_libdirs" eval "dep_rpath=\"$hardcode_libdir_flag_spec\"" fi if test -n "$runpath_var" && test -n "$perm_rpath"; then # We should set the runpath_var. rpath= for dir in $perm_rpath; do func_append rpath "$dir:" done eval "$runpath_var='$rpath\$$runpath_var'; export $runpath_var" fi test -n "$dep_rpath" && deplibs="$dep_rpath $deplibs" fi shlibpath="$finalize_shlibpath" test "$opt_mode" != relink && shlibpath="$compile_shlibpath$shlibpath" if test -n "$shlibpath"; then eval "$shlibpath_var='$shlibpath\$$shlibpath_var'; export $shlibpath_var" fi # Get the real and link names of the library. eval shared_ext=\"$shrext_cmds\" eval library_names=\"$library_names_spec\" set dummy $library_names shift realname="$1" shift if test -n "$soname_spec"; then eval soname=\"$soname_spec\" else soname="$realname" fi if test -z "$dlname"; then dlname=$soname fi lib="$output_objdir/$realname" linknames= for link do func_append linknames " $link" done # Use standard objects if they are pic test -z "$pic_flag" && libobjs=`$ECHO "$libobjs" | $SP2NL | $SED "$lo2o" | $NL2SP` test "X$libobjs" = "X " && libobjs= delfiles= if test -n "$export_symbols" && test -n "$include_expsyms"; then $opt_dry_run || cp "$export_symbols" "$output_objdir/$libname.uexp" export_symbols="$output_objdir/$libname.uexp" func_append delfiles " $export_symbols" fi orig_export_symbols= case $host_os in cygwin* | mingw* | cegcc*) if test -n "$export_symbols" && test -z "$export_symbols_regex"; then # exporting using user supplied symfile if test "x`$SED 1q $export_symbols`" != xEXPORTS; then # and it's NOT already a .def file. Must figure out # which of the given symbols are data symbols and tag # them as such. So, trigger use of export_symbols_cmds. # export_symbols gets reassigned inside the "prepare # the list of exported symbols" if statement, so the # include_expsyms logic still works. orig_export_symbols="$export_symbols" export_symbols= always_export_symbols=yes fi fi ;; esac # Prepare the list of exported symbols if test -z "$export_symbols"; then if test "$always_export_symbols" = yes || test -n "$export_symbols_regex"; then func_verbose "generating symbol list for \`$libname.la'" export_symbols="$output_objdir/$libname.exp" $opt_dry_run || $RM $export_symbols cmds=$export_symbols_cmds save_ifs="$IFS"; IFS='~' for cmd1 in $cmds; do IFS="$save_ifs" # Take the normal branch if the nm_file_list_spec branch # doesn't work or if tool conversion is not needed. case $nm_file_list_spec~$to_tool_file_cmd in *~func_convert_file_noop | *~func_convert_file_msys_to_w32 | ~*) try_normal_branch=yes eval cmd=\"$cmd1\" func_len " $cmd" len=$func_len_result ;; *) try_normal_branch=no ;; esac if test "$try_normal_branch" = yes \ && { test "$len" -lt "$max_cmd_len" \ || test "$max_cmd_len" -le -1; } then func_show_eval "$cmd" 'exit $?' skipped_export=false elif test -n "$nm_file_list_spec"; then func_basename "$output" output_la=$func_basename_result save_libobjs=$libobjs save_output=$output output=${output_objdir}/${output_la}.nm func_to_tool_file "$output" libobjs=$nm_file_list_spec$func_to_tool_file_result func_append delfiles " $output" func_verbose "creating $NM input file list: $output" for obj in $save_libobjs; do func_to_tool_file "$obj" $ECHO "$func_to_tool_file_result" done > "$output" eval cmd=\"$cmd1\" func_show_eval "$cmd" 'exit $?' output=$save_output libobjs=$save_libobjs skipped_export=false else # The command line is too long to execute in one step. func_verbose "using reloadable object file for export list..." skipped_export=: # Break out early, otherwise skipped_export may be # set to false by a later but shorter cmd. break fi done IFS="$save_ifs" if test -n "$export_symbols_regex" && test "X$skipped_export" != "X:"; then func_show_eval '$EGREP -e "$export_symbols_regex" "$export_symbols" > "${export_symbols}T"' func_show_eval '$MV "${export_symbols}T" "$export_symbols"' fi fi fi if test -n "$export_symbols" && test -n "$include_expsyms"; then tmp_export_symbols="$export_symbols" test -n "$orig_export_symbols" && tmp_export_symbols="$orig_export_symbols" $opt_dry_run || eval '$ECHO "$include_expsyms" | $SP2NL >> "$tmp_export_symbols"' fi if test "X$skipped_export" != "X:" && test -n "$orig_export_symbols"; then # The given exports_symbols file has to be filtered, so filter it. func_verbose "filter symbol list for \`$libname.la' to tag DATA exports" # FIXME: $output_objdir/$libname.filter potentially contains lots of # 's' commands which not all seds can handle. GNU sed should be fine # though. Also, the filter scales superlinearly with the number of # global variables. join(1) would be nice here, but unfortunately # isn't a blessed tool. $opt_dry_run || $SED -e '/[ ,]DATA/!d;s,\(.*\)\([ \,].*\),s|^\1$|\1\2|,' < $export_symbols > $output_objdir/$libname.filter func_append delfiles " $export_symbols $output_objdir/$libname.filter" export_symbols=$output_objdir/$libname.def $opt_dry_run || $SED -f $output_objdir/$libname.filter < $orig_export_symbols > $export_symbols fi tmp_deplibs= for test_deplib in $deplibs; do case " $convenience " in *" $test_deplib "*) ;; *) func_append tmp_deplibs " $test_deplib" ;; esac done deplibs="$tmp_deplibs" if test -n "$convenience"; then if test -n "$whole_archive_flag_spec" && test "$compiler_needs_object" = yes && test -z "$libobjs"; then # extract the archives, so we have objects to list. # TODO: could optimize this to just extract one archive. whole_archive_flag_spec= fi if test -n "$whole_archive_flag_spec"; then save_libobjs=$libobjs eval libobjs=\"\$libobjs $whole_archive_flag_spec\" test "X$libobjs" = "X " && libobjs= else gentop="$output_objdir/${outputname}x" func_append generated " $gentop" func_extract_archives $gentop $convenience func_append libobjs " $func_extract_archives_result" test "X$libobjs" = "X " && libobjs= fi fi if test "$thread_safe" = yes && test -n "$thread_safe_flag_spec"; then eval flag=\"$thread_safe_flag_spec\" func_append linker_flags " $flag" fi # Make a backup of the uninstalled library when relinking if test "$opt_mode" = relink; then $opt_dry_run || eval '(cd $output_objdir && $RM ${realname}U && $MV $realname ${realname}U)' || exit $? fi # Do each of the archive commands. if test "$module" = yes && test -n "$module_cmds" ; then if test -n "$export_symbols" && test -n "$module_expsym_cmds"; then eval test_cmds=\"$module_expsym_cmds\" cmds=$module_expsym_cmds else eval test_cmds=\"$module_cmds\" cmds=$module_cmds fi else if test -n "$export_symbols" && test -n "$archive_expsym_cmds"; then eval test_cmds=\"$archive_expsym_cmds\" cmds=$archive_expsym_cmds else eval test_cmds=\"$archive_cmds\" cmds=$archive_cmds fi fi if test "X$skipped_export" != "X:" && func_len " $test_cmds" && len=$func_len_result && test "$len" -lt "$max_cmd_len" || test "$max_cmd_len" -le -1; then : else # The command line is too long to link in one step, link piecewise # or, if using GNU ld and skipped_export is not :, use a linker # script. # Save the value of $output and $libobjs because we want to # use them later. If we have whole_archive_flag_spec, we # want to use save_libobjs as it was before # whole_archive_flag_spec was expanded, because we can't # assume the linker understands whole_archive_flag_spec. # This may have to be revisited, in case too many # convenience libraries get linked in and end up exceeding # the spec. if test -z "$convenience" || test -z "$whole_archive_flag_spec"; then save_libobjs=$libobjs fi save_output=$output func_basename "$output" output_la=$func_basename_result # Clear the reloadable object creation command queue and # initialize k to one. test_cmds= concat_cmds= objlist= last_robj= k=1 if test -n "$save_libobjs" && test "X$skipped_export" != "X:" && test "$with_gnu_ld" = yes; then output=${output_objdir}/${output_la}.lnkscript func_verbose "creating GNU ld script: $output" echo 'INPUT (' > $output for obj in $save_libobjs do func_to_tool_file "$obj" $ECHO "$func_to_tool_file_result" >> $output done echo ')' >> $output func_append delfiles " $output" func_to_tool_file "$output" output=$func_to_tool_file_result elif test -n "$save_libobjs" && test "X$skipped_export" != "X:" && test "X$file_list_spec" != X; then output=${output_objdir}/${output_la}.lnk func_verbose "creating linker input file list: $output" : > $output set x $save_libobjs shift firstobj= if test "$compiler_needs_object" = yes; then firstobj="$1 " shift fi for obj do func_to_tool_file "$obj" $ECHO "$func_to_tool_file_result" >> $output done func_append delfiles " $output" func_to_tool_file "$output" output=$firstobj\"$file_list_spec$func_to_tool_file_result\" else if test -n "$save_libobjs"; then func_verbose "creating reloadable object files..." output=$output_objdir/$output_la-${k}.$objext eval test_cmds=\"$reload_cmds\" func_len " $test_cmds" len0=$func_len_result len=$len0 # Loop over the list of objects to be linked. for obj in $save_libobjs do func_len " $obj" func_arith $len + $func_len_result len=$func_arith_result if test "X$objlist" = X || test "$len" -lt "$max_cmd_len"; then func_append objlist " $obj" else # The command $test_cmds is almost too long, add a # command to the queue. if test "$k" -eq 1 ; then # The first file doesn't have a previous command to add. reload_objs=$objlist eval concat_cmds=\"$reload_cmds\" else # All subsequent reloadable object files will link in # the last one created. reload_objs="$objlist $last_robj" eval concat_cmds=\"\$concat_cmds~$reload_cmds~\$RM $last_robj\" fi last_robj=$output_objdir/$output_la-${k}.$objext func_arith $k + 1 k=$func_arith_result output=$output_objdir/$output_la-${k}.$objext objlist=" $obj" func_len " $last_robj" func_arith $len0 + $func_len_result len=$func_arith_result fi done # Handle the remaining objects by creating one last # reloadable object file. All subsequent reloadable object # files will link in the last one created. test -z "$concat_cmds" || concat_cmds=$concat_cmds~ reload_objs="$objlist $last_robj" eval concat_cmds=\"\${concat_cmds}$reload_cmds\" if test -n "$last_robj"; then eval concat_cmds=\"\${concat_cmds}~\$RM $last_robj\" fi func_append delfiles " $output" else output= fi if ${skipped_export-false}; then func_verbose "generating symbol list for \`$libname.la'" export_symbols="$output_objdir/$libname.exp" $opt_dry_run || $RM $export_symbols libobjs=$output # Append the command to create the export file. test -z "$concat_cmds" || concat_cmds=$concat_cmds~ eval concat_cmds=\"\$concat_cmds$export_symbols_cmds\" if test -n "$last_robj"; then eval concat_cmds=\"\$concat_cmds~\$RM $last_robj\" fi fi test -n "$save_libobjs" && func_verbose "creating a temporary reloadable object file: $output" # Loop through the commands generated above and execute them. save_ifs="$IFS"; IFS='~' for cmd in $concat_cmds; do IFS="$save_ifs" $opt_silent || { func_quote_for_expand "$cmd" eval "func_echo $func_quote_for_expand_result" } $opt_dry_run || eval "$cmd" || { lt_exit=$? # Restore the uninstalled library and exit if test "$opt_mode" = relink; then ( cd "$output_objdir" && \ $RM "${realname}T" && \ $MV "${realname}U" "$realname" ) fi exit $lt_exit } done IFS="$save_ifs" if test -n "$export_symbols_regex" && ${skipped_export-false}; then func_show_eval '$EGREP -e "$export_symbols_regex" "$export_symbols" > "${export_symbols}T"' func_show_eval '$MV "${export_symbols}T" "$export_symbols"' fi fi if ${skipped_export-false}; then if test -n "$export_symbols" && test -n "$include_expsyms"; then tmp_export_symbols="$export_symbols" test -n "$orig_export_symbols" && tmp_export_symbols="$orig_export_symbols" $opt_dry_run || eval '$ECHO "$include_expsyms" | $SP2NL >> "$tmp_export_symbols"' fi if test -n "$orig_export_symbols"; then # The given exports_symbols file has to be filtered, so filter it. func_verbose "filter symbol list for \`$libname.la' to tag DATA exports" # FIXME: $output_objdir/$libname.filter potentially contains lots of # 's' commands which not all seds can handle. GNU sed should be fine # though. Also, the filter scales superlinearly with the number of # global variables. join(1) would be nice here, but unfortunately # isn't a blessed tool. $opt_dry_run || $SED -e '/[ ,]DATA/!d;s,\(.*\)\([ \,].*\),s|^\1$|\1\2|,' < $export_symbols > $output_objdir/$libname.filter func_append delfiles " $export_symbols $output_objdir/$libname.filter" export_symbols=$output_objdir/$libname.def $opt_dry_run || $SED -f $output_objdir/$libname.filter < $orig_export_symbols > $export_symbols fi fi libobjs=$output # Restore the value of output. output=$save_output if test -n "$convenience" && test -n "$whole_archive_flag_spec"; then eval libobjs=\"\$libobjs $whole_archive_flag_spec\" test "X$libobjs" = "X " && libobjs= fi # Expand the library linking commands again to reset the # value of $libobjs for piecewise linking. # Do each of the archive commands. if test "$module" = yes && test -n "$module_cmds" ; then if test -n "$export_symbols" && test -n "$module_expsym_cmds"; then cmds=$module_expsym_cmds else cmds=$module_cmds fi else if test -n "$export_symbols" && test -n "$archive_expsym_cmds"; then cmds=$archive_expsym_cmds else cmds=$archive_cmds fi fi fi if test -n "$delfiles"; then # Append the command to remove temporary files to $cmds. eval cmds=\"\$cmds~\$RM $delfiles\" fi # Add any objects from preloaded convenience libraries if test -n "$dlprefiles"; then gentop="$output_objdir/${outputname}x" func_append generated " $gentop" func_extract_archives $gentop $dlprefiles func_append libobjs " $func_extract_archives_result" test "X$libobjs" = "X " && libobjs= fi save_ifs="$IFS"; IFS='~' for cmd in $cmds; do IFS="$save_ifs" eval cmd=\"$cmd\" $opt_silent || { func_quote_for_expand "$cmd" eval "func_echo $func_quote_for_expand_result" } $opt_dry_run || eval "$cmd" || { lt_exit=$? # Restore the uninstalled library and exit if test "$opt_mode" = relink; then ( cd "$output_objdir" && \ $RM "${realname}T" && \ $MV "${realname}U" "$realname" ) fi exit $lt_exit } done IFS="$save_ifs" # Restore the uninstalled library and exit if test "$opt_mode" = relink; then $opt_dry_run || eval '(cd $output_objdir && $RM ${realname}T && $MV $realname ${realname}T && $MV ${realname}U $realname)' || exit $? if test -n "$convenience"; then if test -z "$whole_archive_flag_spec"; then func_show_eval '${RM}r "$gentop"' fi fi exit $EXIT_SUCCESS fi # Create links to the real library. for linkname in $linknames; do if test "$realname" != "$linkname"; then func_show_eval '(cd "$output_objdir" && $RM "$linkname" && $LN_S "$realname" "$linkname")' 'exit $?' fi done # If -module or -export-dynamic was specified, set the dlname. if test "$module" = yes || test "$export_dynamic" = yes; then # On all known operating systems, these are identical. dlname="$soname" fi fi ;; obj) if test -n "$dlfiles$dlprefiles" || test "$dlself" != no; then func_warning "\`-dlopen' is ignored for objects" fi case " $deplibs" in *\ -l* | *\ -L*) func_warning "\`-l' and \`-L' are ignored for objects" ;; esac test -n "$rpath" && \ func_warning "\`-rpath' is ignored for objects" test -n "$xrpath" && \ func_warning "\`-R' is ignored for objects" test -n "$vinfo" && \ func_warning "\`-version-info' is ignored for objects" test -n "$release" && \ func_warning "\`-release' is ignored for objects" case $output in *.lo) test -n "$objs$old_deplibs" && \ func_fatal_error "cannot build library object \`$output' from non-libtool objects" libobj=$output func_lo2o "$libobj" obj=$func_lo2o_result ;; *) libobj= obj="$output" ;; esac # Delete the old objects. $opt_dry_run || $RM $obj $libobj # Objects from convenience libraries. This assumes # single-version convenience libraries. Whenever we create # different ones for PIC/non-PIC, this we'll have to duplicate # the extraction. reload_conv_objs= gentop= # reload_cmds runs $LD directly, so let us get rid of # -Wl from whole_archive_flag_spec and hope we can get by with # turning comma into space.. wl= if test -n "$convenience"; then if test -n "$whole_archive_flag_spec"; then eval tmp_whole_archive_flags=\"$whole_archive_flag_spec\" reload_conv_objs=$reload_objs\ `$ECHO "$tmp_whole_archive_flags" | $SED 's|,| |g'` else gentop="$output_objdir/${obj}x" func_append generated " $gentop" func_extract_archives $gentop $convenience reload_conv_objs="$reload_objs $func_extract_archives_result" fi fi # If we're not building shared, we need to use non_pic_objs test "$build_libtool_libs" != yes && libobjs="$non_pic_objects" # Create the old-style object. reload_objs="$objs$old_deplibs "`$ECHO "$libobjs" | $SP2NL | $SED "/\.${libext}$/d; /\.lib$/d; $lo2o" | $NL2SP`" $reload_conv_objs" ### testsuite: skip nested quoting test output="$obj" func_execute_cmds "$reload_cmds" 'exit $?' # Exit if we aren't doing a library object file. if test -z "$libobj"; then if test -n "$gentop"; then func_show_eval '${RM}r "$gentop"' fi exit $EXIT_SUCCESS fi if test "$build_libtool_libs" != yes; then if test -n "$gentop"; then func_show_eval '${RM}r "$gentop"' fi # Create an invalid libtool object if no PIC, so that we don't # accidentally link it into a program. # $show "echo timestamp > $libobj" # $opt_dry_run || eval "echo timestamp > $libobj" || exit $? exit $EXIT_SUCCESS fi if test -n "$pic_flag" || test "$pic_mode" != default; then # Only do commands if we really have different PIC objects. reload_objs="$libobjs $reload_conv_objs" output="$libobj" func_execute_cmds "$reload_cmds" 'exit $?' fi if test -n "$gentop"; then func_show_eval '${RM}r "$gentop"' fi exit $EXIT_SUCCESS ;; prog) case $host in *cygwin*) func_stripname '' '.exe' "$output" output=$func_stripname_result.exe;; esac test -n "$vinfo" && \ func_warning "\`-version-info' is ignored for programs" test -n "$release" && \ func_warning "\`-release' is ignored for programs" test "$preload" = yes \ && test "$dlopen_support" = unknown \ && test "$dlopen_self" = unknown \ && test "$dlopen_self_static" = unknown && \ func_warning "\`LT_INIT([dlopen])' not used. Assuming no dlopen support." case $host in *-*-rhapsody* | *-*-darwin1.[012]) # On Rhapsody replace the C library is the System framework compile_deplibs=`$ECHO " $compile_deplibs" | $SED 's/ -lc / System.ltframework /'` finalize_deplibs=`$ECHO " $finalize_deplibs" | $SED 's/ -lc / System.ltframework /'` ;; esac case $host in *-*-darwin*) # Don't allow lazy linking, it breaks C++ global constructors # But is supposedly fixed on 10.4 or later (yay!). if test "$tagname" = CXX ; then case ${MACOSX_DEPLOYMENT_TARGET-10.0} in 10.[0123]) func_append compile_command " ${wl}-bind_at_load" func_append finalize_command " ${wl}-bind_at_load" ;; esac fi # Time to change all our "foo.ltframework" stuff back to "-framework foo" compile_deplibs=`$ECHO " $compile_deplibs" | $SED 's% \([^ $]*\).ltframework% -framework \1%g'` finalize_deplibs=`$ECHO " $finalize_deplibs" | $SED 's% \([^ $]*\).ltframework% -framework \1%g'` ;; esac # move library search paths that coincide with paths to not yet # installed libraries to the beginning of the library search list new_libs= for path in $notinst_path; do case " $new_libs " in *" -L$path/$objdir "*) ;; *) case " $compile_deplibs " in *" -L$path/$objdir "*) func_append new_libs " -L$path/$objdir" ;; esac ;; esac done for deplib in $compile_deplibs; do case $deplib in -L*) case " $new_libs " in *" $deplib "*) ;; *) func_append new_libs " $deplib" ;; esac ;; *) func_append new_libs " $deplib" ;; esac done compile_deplibs="$new_libs" func_append compile_command " $compile_deplibs" func_append finalize_command " $finalize_deplibs" if test -n "$rpath$xrpath"; then # If the user specified any rpath flags, then add them. for libdir in $rpath $xrpath; do # This is the magic to use -rpath. case "$finalize_rpath " in *" $libdir "*) ;; *) func_append finalize_rpath " $libdir" ;; esac done fi # Now hardcode the library paths rpath= hardcode_libdirs= for libdir in $compile_rpath $finalize_rpath; do if test -n "$hardcode_libdir_flag_spec"; then if test -n "$hardcode_libdir_separator"; then if test -z "$hardcode_libdirs"; then hardcode_libdirs="$libdir" else # Just accumulate the unique libdirs. case $hardcode_libdir_separator$hardcode_libdirs$hardcode_libdir_separator in *"$hardcode_libdir_separator$libdir$hardcode_libdir_separator"*) ;; *) func_append hardcode_libdirs "$hardcode_libdir_separator$libdir" ;; esac fi else eval flag=\"$hardcode_libdir_flag_spec\" func_append rpath " $flag" fi elif test -n "$runpath_var"; then case "$perm_rpath " in *" $libdir "*) ;; *) func_append perm_rpath " $libdir" ;; esac fi case $host in *-*-cygwin* | *-*-mingw* | *-*-pw32* | *-*-os2* | *-cegcc*) testbindir=`${ECHO} "$libdir" | ${SED} -e 's*/lib$*/bin*'` case :$dllsearchpath: in *":$libdir:"*) ;; ::) dllsearchpath=$libdir;; *) func_append dllsearchpath ":$libdir";; esac case :$dllsearchpath: in *":$testbindir:"*) ;; ::) dllsearchpath=$testbindir;; *) func_append dllsearchpath ":$testbindir";; esac ;; esac done # Substitute the hardcoded libdirs into the rpath. if test -n "$hardcode_libdir_separator" && test -n "$hardcode_libdirs"; then libdir="$hardcode_libdirs" eval rpath=\" $hardcode_libdir_flag_spec\" fi compile_rpath="$rpath" rpath= hardcode_libdirs= for libdir in $finalize_rpath; do if test -n "$hardcode_libdir_flag_spec"; then if test -n "$hardcode_libdir_separator"; then if test -z "$hardcode_libdirs"; then hardcode_libdirs="$libdir" else # Just accumulate the unique libdirs. case $hardcode_libdir_separator$hardcode_libdirs$hardcode_libdir_separator in *"$hardcode_libdir_separator$libdir$hardcode_libdir_separator"*) ;; *) func_append hardcode_libdirs "$hardcode_libdir_separator$libdir" ;; esac fi else eval flag=\"$hardcode_libdir_flag_spec\" func_append rpath " $flag" fi elif test -n "$runpath_var"; then case "$finalize_perm_rpath " in *" $libdir "*) ;; *) func_append finalize_perm_rpath " $libdir" ;; esac fi done # Substitute the hardcoded libdirs into the rpath. if test -n "$hardcode_libdir_separator" && test -n "$hardcode_libdirs"; then libdir="$hardcode_libdirs" eval rpath=\" $hardcode_libdir_flag_spec\" fi finalize_rpath="$rpath" if test -n "$libobjs" && test "$build_old_libs" = yes; then # Transform all the library objects into standard objects. compile_command=`$ECHO "$compile_command" | $SP2NL | $SED "$lo2o" | $NL2SP` finalize_command=`$ECHO "$finalize_command" | $SP2NL | $SED "$lo2o" | $NL2SP` fi func_generate_dlsyms "$outputname" "@PROGRAM@" "no" # template prelinking step if test -n "$prelink_cmds"; then func_execute_cmds "$prelink_cmds" 'exit $?' fi wrappers_required=yes case $host in *cegcc* | *mingw32ce*) # Disable wrappers for cegcc and mingw32ce hosts, we are cross compiling anyway. wrappers_required=no ;; *cygwin* | *mingw* ) if test "$build_libtool_libs" != yes; then wrappers_required=no fi ;; *) if test "$need_relink" = no || test "$build_libtool_libs" != yes; then wrappers_required=no fi ;; esac if test "$wrappers_required" = no; then # Replace the output file specification. compile_command=`$ECHO "$compile_command" | $SED 's%@OUTPUT@%'"$output"'%g'` link_command="$compile_command$compile_rpath" # We have no uninstalled library dependencies, so finalize right now. exit_status=0 func_show_eval "$link_command" 'exit_status=$?' if test -n "$postlink_cmds"; then func_to_tool_file "$output" postlink_cmds=`func_echo_all "$postlink_cmds" | $SED -e 's%@OUTPUT@%'"$output"'%g' -e 's%@TOOL_OUTPUT@%'"$func_to_tool_file_result"'%g'` func_execute_cmds "$postlink_cmds" 'exit $?' fi # Delete the generated files. if test -f "$output_objdir/${outputname}S.${objext}"; then func_show_eval '$RM "$output_objdir/${outputname}S.${objext}"' fi exit $exit_status fi if test -n "$compile_shlibpath$finalize_shlibpath"; then compile_command="$shlibpath_var=\"$compile_shlibpath$finalize_shlibpath\$$shlibpath_var\" $compile_command" fi if test -n "$finalize_shlibpath"; then finalize_command="$shlibpath_var=\"$finalize_shlibpath\$$shlibpath_var\" $finalize_command" fi compile_var= finalize_var= if test -n "$runpath_var"; then if test -n "$perm_rpath"; then # We should set the runpath_var. rpath= for dir in $perm_rpath; do func_append rpath "$dir:" done compile_var="$runpath_var=\"$rpath\$$runpath_var\" " fi if test -n "$finalize_perm_rpath"; then # We should set the runpath_var. rpath= for dir in $finalize_perm_rpath; do func_append rpath "$dir:" done finalize_var="$runpath_var=\"$rpath\$$runpath_var\" " fi fi if test "$no_install" = yes; then # We don't need to create a wrapper script. link_command="$compile_var$compile_command$compile_rpath" # Replace the output file specification. link_command=`$ECHO "$link_command" | $SED 's%@OUTPUT@%'"$output"'%g'` # Delete the old output file. $opt_dry_run || $RM $output # Link the executable and exit func_show_eval "$link_command" 'exit $?' if test -n "$postlink_cmds"; then func_to_tool_file "$output" postlink_cmds=`func_echo_all "$postlink_cmds" | $SED -e 's%@OUTPUT@%'"$output"'%g' -e 's%@TOOL_OUTPUT@%'"$func_to_tool_file_result"'%g'` func_execute_cmds "$postlink_cmds" 'exit $?' fi exit $EXIT_SUCCESS fi if test "$hardcode_action" = relink; then # Fast installation is not supported link_command="$compile_var$compile_command$compile_rpath" relink_command="$finalize_var$finalize_command$finalize_rpath" func_warning "this platform does not like uninstalled shared libraries" func_warning "\`$output' will be relinked during installation" else if test "$fast_install" != no; then link_command="$finalize_var$compile_command$finalize_rpath" if test "$fast_install" = yes; then relink_command=`$ECHO "$compile_var$compile_command$compile_rpath" | $SED 's%@OUTPUT@%\$progdir/\$file%g'` else # fast_install is set to needless relink_command= fi else link_command="$compile_var$compile_command$compile_rpath" relink_command="$finalize_var$finalize_command$finalize_rpath" fi fi # Replace the output file specification. link_command=`$ECHO "$link_command" | $SED 's%@OUTPUT@%'"$output_objdir/$outputname"'%g'` # Delete the old output files. $opt_dry_run || $RM $output $output_objdir/$outputname $output_objdir/lt-$outputname func_show_eval "$link_command" 'exit $?' if test -n "$postlink_cmds"; then func_to_tool_file "$output_objdir/$outputname" postlink_cmds=`func_echo_all "$postlink_cmds" | $SED -e 's%@OUTPUT@%'"$output_objdir/$outputname"'%g' -e 's%@TOOL_OUTPUT@%'"$func_to_tool_file_result"'%g'` func_execute_cmds "$postlink_cmds" 'exit $?' fi # Now create the wrapper script. func_verbose "creating $output" # Quote the relink command for shipping. if test -n "$relink_command"; then # Preserve any variables that may affect compiler behavior for var in $variables_saved_for_relink; do if eval test -z \"\${$var+set}\"; then relink_command="{ test -z \"\${$var+set}\" || $lt_unset $var || { $var=; export $var; }; }; $relink_command" elif eval var_value=\$$var; test -z "$var_value"; then relink_command="$var=; export $var; $relink_command" else func_quote_for_eval "$var_value" relink_command="$var=$func_quote_for_eval_result; export $var; $relink_command" fi done relink_command="(cd `pwd`; $relink_command)" relink_command=`$ECHO "$relink_command" | $SED "$sed_quote_subst"` fi # Only actually do things if not in dry run mode. $opt_dry_run || { # win32 will think the script is a binary if it has # a .exe suffix, so we strip it off here. case $output in *.exe) func_stripname '' '.exe' "$output" output=$func_stripname_result ;; esac # test for cygwin because mv fails w/o .exe extensions case $host in *cygwin*) exeext=.exe func_stripname '' '.exe' "$outputname" outputname=$func_stripname_result ;; *) exeext= ;; esac case $host in *cygwin* | *mingw* ) func_dirname_and_basename "$output" "" "." output_name=$func_basename_result output_path=$func_dirname_result cwrappersource="$output_path/$objdir/lt-$output_name.c" cwrapper="$output_path/$output_name.exe" $RM $cwrappersource $cwrapper trap "$RM $cwrappersource $cwrapper; exit $EXIT_FAILURE" 1 2 15 func_emit_cwrapperexe_src > $cwrappersource # The wrapper executable is built using the $host compiler, # because it contains $host paths and files. If cross- # compiling, it, like the target executable, must be # executed on the $host or under an emulation environment. $opt_dry_run || { $LTCC $LTCFLAGS -o $cwrapper $cwrappersource $STRIP $cwrapper } # Now, create the wrapper script for func_source use: func_ltwrapper_scriptname $cwrapper $RM $func_ltwrapper_scriptname_result trap "$RM $func_ltwrapper_scriptname_result; exit $EXIT_FAILURE" 1 2 15 $opt_dry_run || { # note: this script will not be executed, so do not chmod. if test "x$build" = "x$host" ; then $cwrapper --lt-dump-script > $func_ltwrapper_scriptname_result else func_emit_wrapper no > $func_ltwrapper_scriptname_result fi } ;; * ) $RM $output trap "$RM $output; exit $EXIT_FAILURE" 1 2 15 func_emit_wrapper no > $output chmod +x $output ;; esac } exit $EXIT_SUCCESS ;; esac # See if we need to build an old-fashioned archive. for oldlib in $oldlibs; do if test "$build_libtool_libs" = convenience; then oldobjs="$libobjs_save $symfileobj" addlibs="$convenience" build_libtool_libs=no else if test "$build_libtool_libs" = module; then oldobjs="$libobjs_save" build_libtool_libs=no else oldobjs="$old_deplibs $non_pic_objects" if test "$preload" = yes && test -f "$symfileobj"; then func_append oldobjs " $symfileobj" fi fi addlibs="$old_convenience" fi if test -n "$addlibs"; then gentop="$output_objdir/${outputname}x" func_append generated " $gentop" func_extract_archives $gentop $addlibs func_append oldobjs " $func_extract_archives_result" fi # Do each command in the archive commands. if test -n "$old_archive_from_new_cmds" && test "$build_libtool_libs" = yes; then cmds=$old_archive_from_new_cmds else # Add any objects from preloaded convenience libraries if test -n "$dlprefiles"; then gentop="$output_objdir/${outputname}x" func_append generated " $gentop" func_extract_archives $gentop $dlprefiles func_append oldobjs " $func_extract_archives_result" fi # POSIX demands no paths to be encoded in archives. We have # to avoid creating archives with duplicate basenames if we # might have to extract them afterwards, e.g., when creating a # static archive out of a convenience library, or when linking # the entirety of a libtool archive into another (currently # not supported by libtool). if (for obj in $oldobjs do func_basename "$obj" $ECHO "$func_basename_result" done | sort | sort -uc >/dev/null 2>&1); then : else echo "copying selected object files to avoid basename conflicts..." gentop="$output_objdir/${outputname}x" func_append generated " $gentop" func_mkdir_p "$gentop" save_oldobjs=$oldobjs oldobjs= counter=1 for obj in $save_oldobjs do func_basename "$obj" objbase="$func_basename_result" case " $oldobjs " in " ") oldobjs=$obj ;; *[\ /]"$objbase "*) while :; do # Make sure we don't pick an alternate name that also # overlaps. newobj=lt$counter-$objbase func_arith $counter + 1 counter=$func_arith_result case " $oldobjs " in *[\ /]"$newobj "*) ;; *) if test ! -f "$gentop/$newobj"; then break; fi ;; esac done func_show_eval "ln $obj $gentop/$newobj || cp $obj $gentop/$newobj" func_append oldobjs " $gentop/$newobj" ;; *) func_append oldobjs " $obj" ;; esac done fi func_to_tool_file "$oldlib" func_convert_file_msys_to_w32 tool_oldlib=$func_to_tool_file_result eval cmds=\"$old_archive_cmds\" func_len " $cmds" len=$func_len_result if test "$len" -lt "$max_cmd_len" || test "$max_cmd_len" -le -1; then cmds=$old_archive_cmds elif test -n "$archiver_list_spec"; then func_verbose "using command file archive linking..." for obj in $oldobjs do func_to_tool_file "$obj" $ECHO "$func_to_tool_file_result" done > $output_objdir/$libname.libcmd func_to_tool_file "$output_objdir/$libname.libcmd" oldobjs=" $archiver_list_spec$func_to_tool_file_result" cmds=$old_archive_cmds else # the command line is too long to link in one step, link in parts func_verbose "using piecewise archive linking..." save_RANLIB=$RANLIB RANLIB=: objlist= concat_cmds= save_oldobjs=$oldobjs oldobjs= # Is there a better way of finding the last object in the list? for obj in $save_oldobjs do last_oldobj=$obj done eval test_cmds=\"$old_archive_cmds\" func_len " $test_cmds" len0=$func_len_result len=$len0 for obj in $save_oldobjs do func_len " $obj" func_arith $len + $func_len_result len=$func_arith_result func_append objlist " $obj" if test "$len" -lt "$max_cmd_len"; then : else # the above command should be used before it gets too long oldobjs=$objlist if test "$obj" = "$last_oldobj" ; then RANLIB=$save_RANLIB fi test -z "$concat_cmds" || concat_cmds=$concat_cmds~ eval concat_cmds=\"\${concat_cmds}$old_archive_cmds\" objlist= len=$len0 fi done RANLIB=$save_RANLIB oldobjs=$objlist if test "X$oldobjs" = "X" ; then eval cmds=\"\$concat_cmds\" else eval cmds=\"\$concat_cmds~\$old_archive_cmds\" fi fi fi func_execute_cmds "$cmds" 'exit $?' done test -n "$generated" && \ func_show_eval "${RM}r$generated" # Now create the libtool archive. case $output in *.la) old_library= test "$build_old_libs" = yes && old_library="$libname.$libext" func_verbose "creating $output" # Preserve any variables that may affect compiler behavior for var in $variables_saved_for_relink; do if eval test -z \"\${$var+set}\"; then relink_command="{ test -z \"\${$var+set}\" || $lt_unset $var || { $var=; export $var; }; }; $relink_command" elif eval var_value=\$$var; test -z "$var_value"; then relink_command="$var=; export $var; $relink_command" else func_quote_for_eval "$var_value" relink_command="$var=$func_quote_for_eval_result; export $var; $relink_command" fi done # Quote the link command for shipping. relink_command="(cd `pwd`; $SHELL $progpath $preserve_args --mode=relink $libtool_args @inst_prefix_dir@)" relink_command=`$ECHO "$relink_command" | $SED "$sed_quote_subst"` if test "$hardcode_automatic" = yes ; then relink_command= fi # Only create the output if not a dry run. $opt_dry_run || { for installed in no yes; do if test "$installed" = yes; then if test -z "$install_libdir"; then break fi output="$output_objdir/$outputname"i # Replace all uninstalled libtool libraries with the installed ones newdependency_libs= for deplib in $dependency_libs; do case $deplib in *.la) func_basename "$deplib" name="$func_basename_result" func_resolve_sysroot "$deplib" eval libdir=`${SED} -n -e 's/^libdir=\(.*\)$/\1/p' $func_resolve_sysroot_result` test -z "$libdir" && \ func_fatal_error "\`$deplib' is not a valid libtool archive" func_append newdependency_libs " ${lt_sysroot:+=}$libdir/$name" ;; -L*) func_stripname -L '' "$deplib" func_replace_sysroot "$func_stripname_result" func_append newdependency_libs " -L$func_replace_sysroot_result" ;; -R*) func_stripname -R '' "$deplib" func_replace_sysroot "$func_stripname_result" func_append newdependency_libs " -R$func_replace_sysroot_result" ;; *) func_append newdependency_libs " $deplib" ;; esac done dependency_libs="$newdependency_libs" newdlfiles= for lib in $dlfiles; do case $lib in *.la) func_basename "$lib" name="$func_basename_result" eval libdir=`${SED} -n -e 's/^libdir=\(.*\)$/\1/p' $lib` test -z "$libdir" && \ func_fatal_error "\`$lib' is not a valid libtool archive" func_append newdlfiles " ${lt_sysroot:+=}$libdir/$name" ;; *) func_append newdlfiles " $lib" ;; esac done dlfiles="$newdlfiles" newdlprefiles= for lib in $dlprefiles; do case $lib in *.la) # Only pass preopened files to the pseudo-archive (for # eventual linking with the app. that links it) if we # didn't already link the preopened objects directly into # the library: func_basename "$lib" name="$func_basename_result" eval libdir=`${SED} -n -e 's/^libdir=\(.*\)$/\1/p' $lib` test -z "$libdir" && \ func_fatal_error "\`$lib' is not a valid libtool archive" func_append newdlprefiles " ${lt_sysroot:+=}$libdir/$name" ;; esac done dlprefiles="$newdlprefiles" else newdlfiles= for lib in $dlfiles; do case $lib in [\\/]* | [A-Za-z]:[\\/]*) abs="$lib" ;; *) abs=`pwd`"/$lib" ;; esac func_append newdlfiles " $abs" done dlfiles="$newdlfiles" newdlprefiles= for lib in $dlprefiles; do case $lib in [\\/]* | [A-Za-z]:[\\/]*) abs="$lib" ;; *) abs=`pwd`"/$lib" ;; esac func_append newdlprefiles " $abs" done dlprefiles="$newdlprefiles" fi $RM $output # place dlname in correct position for cygwin # In fact, it would be nice if we could use this code for all target # systems that can't hard-code library paths into their executables # and that have no shared library path variable independent of PATH, # but it turns out we can't easily determine that from inspecting # libtool variables, so we have to hard-code the OSs to which it # applies here; at the moment, that means platforms that use the PE # object format with DLL files. See the long comment at the top of # tests/bindir.at for full details. tdlname=$dlname case $host,$output,$installed,$module,$dlname in *cygwin*,*lai,yes,no,*.dll | *mingw*,*lai,yes,no,*.dll | *cegcc*,*lai,yes,no,*.dll) # If a -bindir argument was supplied, place the dll there. if test "x$bindir" != x ; then func_relative_path "$install_libdir" "$bindir" tdlname=$func_relative_path_result$dlname else # Otherwise fall back on heuristic. tdlname=../bin/$dlname fi ;; esac $ECHO > $output "\ # $outputname - a libtool library file # Generated by $PROGRAM (GNU $PACKAGE$TIMESTAMP) $VERSION # # Please DO NOT delete this file! # It is necessary for linking the library. # The name that we can dlopen(3). dlname='$tdlname' # Names of this library. library_names='$library_names' # The name of the static archive. old_library='$old_library' # Linker flags that can not go in dependency_libs. inherited_linker_flags='$new_inherited_linker_flags' # Libraries that this one depends upon. dependency_libs='$dependency_libs' # Names of additional weak libraries provided by this library weak_library_names='$weak_libs' # Version information for $libname. current=$current age=$age revision=$revision # Is this an already installed library? installed=$installed # Should we warn about portability when linking against -modules? shouldnotlink=$module # Files to dlopen/dlpreopen dlopen='$dlfiles' dlpreopen='$dlprefiles' # Directory that this library needs to be installed in: libdir='$install_libdir'" if test "$installed" = no && test "$need_relink" = yes; 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-sco5) os=-sco3.2v5 basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'` ;; -sco4) os=-sco3.2v4 basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'` ;; -sco3.2.[4-9]*) os=`echo $os | sed -e 's/sco3.2./sco3.2v/'` basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'` ;; -sco3.2v[4-9]*) # Don't forget version if it is 3.2v4 or newer. basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'` ;; -sco5v6*) # Don't forget version if it is 3.2v4 or newer. basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'` ;; -sco*) os=-sco3.2v2 basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'` ;; -udk*) basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'` ;; -isc) os=-isc2.2 basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'` ;; -clix*) basic_machine=clipper-intergraph ;; -isc*) basic_machine=`echo $1 | sed -e 's/86-.*/86-pc/'` ;; -lynx*) os=-lynxos ;; -ptx*) basic_machine=`echo $1 | sed -e 's/86-.*/86-sequent/'` ;; -windowsnt*) os=`echo $os | sed -e 's/windowsnt/winnt/'` ;; -psos*) os=-psos ;; -mint | -mint[0-9]*) basic_machine=m68k-atari os=-mint ;; esac # Decode aliases for certain CPU-COMPANY combinations. case $basic_machine in # Recognize the basic CPU types without company name. # Some are omitted here because they have special meanings below. 1750a | 580 \ | a29k \ | aarch64 | aarch64_be \ | alpha | alphaev[4-8] | alphaev56 | alphaev6[78] | alphapca5[67] \ | alpha64 | alpha64ev[4-8] | alpha64ev56 | alpha64ev6[78] | alpha64pca5[67] \ | am33_2.0 \ | arc | arm | arm[bl]e | arme[lb] | armv[2345] | armv[345][lb] | avr | avr32 \ | be32 | be64 \ | bfin \ | c4x | clipper \ | d10v | d30v | dlx | dsp16xx \ | epiphany \ | fido | fr30 | frv \ | h8300 | h8500 | hppa | hppa1.[01] | hppa2.0 | hppa2.0[nw] | hppa64 \ | hexagon \ | i370 | i860 | i960 | ia64 \ | ip2k | iq2000 \ | le32 | le64 \ | lm32 \ | m32c | m32r | m32rle | m68000 | m68k | m88k \ | maxq | mb | microblaze | mcore | mep | metag \ | mips | mipsbe | mipseb | mipsel | mipsle \ | mips16 \ | mips64 | mips64el \ | mips64octeon | mips64octeonel \ | mips64orion | mips64orionel \ | mips64r5900 | mips64r5900el \ | mips64vr | mips64vrel \ | mips64vr4100 | mips64vr4100el \ | mips64vr4300 | mips64vr4300el \ | mips64vr5000 | mips64vr5000el \ | mips64vr5900 | mips64vr5900el \ | mipsisa32 | mipsisa32el \ | mipsisa32r2 | mipsisa32r2el \ | mipsisa64 | mipsisa64el \ | mipsisa64r2 | mipsisa64r2el \ | mipsisa64sb1 | mipsisa64sb1el \ | mipsisa64sr71k | mipsisa64sr71kel \ | mipstx39 | mipstx39el \ | mn10200 | mn10300 \ | moxie \ | mt \ | msp430 \ | nds32 | nds32le | nds32be \ | nios | nios2 \ | ns16k | ns32k \ | open8 \ | or32 \ | pdp10 | pdp11 | pj | pjl \ | powerpc | powerpc64 | powerpc64le | powerpcle \ | pyramid \ | rl78 | rx \ | score \ | sh | sh[1234] | sh[24]a | sh[24]aeb | sh[23]e | sh[34]eb | sheb | shbe | shle | sh[1234]le | sh3ele \ | sh64 | sh64le \ | sparc | sparc64 | sparc64b | sparc64v | sparc86x | sparclet | sparclite \ | sparcv8 | sparcv9 | sparcv9b | sparcv9v \ | spu \ | tahoe | tic4x | tic54x | tic55x | tic6x | tic80 | tron \ | ubicom32 \ | v850 | v850e | v850e1 | v850e2 | v850es | v850e2v3 \ | we32k \ | x86 | xc16x | xstormy16 | xtensa \ | z8k | z80) basic_machine=$basic_machine-unknown ;; c54x) basic_machine=tic54x-unknown ;; c55x) basic_machine=tic55x-unknown ;; c6x) basic_machine=tic6x-unknown ;; m6811 | m68hc11 | m6812 | m68hc12 | m68hcs12x | picochip) basic_machine=$basic_machine-unknown os=-none ;; m88110 | m680[12346]0 | m683?2 | m68360 | m5200 | v70 | w65 | z8k) ;; ms1) basic_machine=mt-unknown ;; strongarm | thumb | xscale) basic_machine=arm-unknown ;; xgate) basic_machine=$basic_machine-unknown os=-none ;; xscaleeb) basic_machine=armeb-unknown ;; xscaleel) basic_machine=armel-unknown ;; # We use `pc' rather than `unknown' # because (1) that's what they normally are, and # (2) the word "unknown" tends to confuse beginning users. i*86 | x86_64) basic_machine=$basic_machine-pc ;; # Object if more than one company name word. *-*-*) echo Invalid configuration \`$1\': machine \`$basic_machine\' not recognized 1>&2 exit 1 ;; # Recognize the basic CPU types with company name. 580-* \ | a29k-* \ | aarch64-* | aarch64_be-* \ | alpha-* | alphaev[4-8]-* | alphaev56-* | alphaev6[78]-* \ | alpha64-* | alpha64ev[4-8]-* | alpha64ev56-* | alpha64ev6[78]-* \ | alphapca5[67]-* | alpha64pca5[67]-* | arc-* \ | arm-* | armbe-* | armle-* | armeb-* | armv*-* \ | avr-* | avr32-* \ | be32-* | be64-* \ | bfin-* | bs2000-* \ | c[123]* | c30-* | [cjt]90-* | c4x-* \ | clipper-* | craynv-* | cydra-* \ | d10v-* | d30v-* | dlx-* \ | elxsi-* \ | f30[01]-* | f700-* | fido-* | fr30-* | frv-* | fx80-* \ | h8300-* | h8500-* \ | hppa-* | hppa1.[01]-* | hppa2.0-* | hppa2.0[nw]-* | hppa64-* \ | hexagon-* \ | i*86-* | i860-* | i960-* | ia64-* \ | ip2k-* | iq2000-* \ | le32-* | le64-* \ | lm32-* \ | m32c-* | m32r-* | m32rle-* \ | m68000-* | m680[012346]0-* | m68360-* | m683?2-* | m68k-* \ | m88110-* | m88k-* | maxq-* | mcore-* | metag-* | microblaze-* \ | mips-* | mipsbe-* | mipseb-* | mipsel-* | mipsle-* \ | mips16-* \ | mips64-* | mips64el-* \ | mips64octeon-* | mips64octeonel-* \ | mips64orion-* | mips64orionel-* \ | mips64r5900-* | mips64r5900el-* \ | mips64vr-* | mips64vrel-* \ | mips64vr4100-* | mips64vr4100el-* \ | mips64vr4300-* | mips64vr4300el-* \ | mips64vr5000-* | mips64vr5000el-* \ | mips64vr5900-* | mips64vr5900el-* \ | mipsisa32-* | mipsisa32el-* \ | mipsisa32r2-* | mipsisa32r2el-* \ | mipsisa64-* | mipsisa64el-* \ | mipsisa64r2-* | mipsisa64r2el-* \ | mipsisa64sb1-* | mipsisa64sb1el-* \ | mipsisa64sr71k-* | mipsisa64sr71kel-* \ | mipstx39-* | mipstx39el-* \ | mmix-* \ | mt-* \ | msp430-* \ | nds32-* | nds32le-* | nds32be-* \ | nios-* | nios2-* \ | none-* | np1-* | ns16k-* | ns32k-* \ | open8-* \ | orion-* \ | pdp10-* | pdp11-* | pj-* | pjl-* | pn-* | power-* \ | powerpc-* | powerpc64-* | powerpc64le-* | powerpcle-* \ | pyramid-* \ | rl78-* | romp-* | rs6000-* | rx-* \ | sh-* | sh[1234]-* | sh[24]a-* | sh[24]aeb-* | sh[23]e-* | sh[34]eb-* | sheb-* | shbe-* \ | shle-* | sh[1234]le-* | sh3ele-* | sh64-* | sh64le-* \ | sparc-* | sparc64-* | sparc64b-* | sparc64v-* | sparc86x-* | sparclet-* \ | sparclite-* \ | sparcv8-* | sparcv9-* | sparcv9b-* | sparcv9v-* | sv1-* | sx?-* \ | tahoe-* \ | tic30-* | tic4x-* | tic54x-* | tic55x-* | tic6x-* | tic80-* \ | tile*-* \ | tron-* \ | ubicom32-* \ | v850-* | v850e-* | v850e1-* | v850es-* | v850e2-* | v850e2v3-* \ | vax-* \ | we32k-* \ | x86-* | x86_64-* | xc16x-* | xps100-* \ | xstormy16-* | xtensa*-* \ | ymp-* \ | z8k-* | z80-*) ;; # Recognize the basic CPU types without company name, with glob match. xtensa*) basic_machine=$basic_machine-unknown ;; # Recognize the various machine names and aliases which stand # for a CPU type and a company and sometimes even an OS. 386bsd) basic_machine=i386-unknown os=-bsd ;; 3b1 | 7300 | 7300-att | att-7300 | pc7300 | safari | unixpc) basic_machine=m68000-att ;; 3b*) basic_machine=we32k-att ;; a29khif) basic_machine=a29k-amd os=-udi ;; abacus) basic_machine=abacus-unknown ;; adobe68k) basic_machine=m68010-adobe os=-scout ;; alliant | fx80) basic_machine=fx80-alliant ;; altos | altos3068) basic_machine=m68k-altos ;; am29k) basic_machine=a29k-none os=-bsd ;; amd64) basic_machine=x86_64-pc ;; amd64-*) basic_machine=x86_64-`echo $basic_machine | sed 's/^[^-]*-//'` ;; amdahl) basic_machine=580-amdahl os=-sysv ;; amiga | amiga-*) basic_machine=m68k-unknown ;; amigaos | amigados) basic_machine=m68k-unknown os=-amigaos ;; amigaunix | amix) basic_machine=m68k-unknown os=-sysv4 ;; apollo68) basic_machine=m68k-apollo os=-sysv ;; apollo68bsd) basic_machine=m68k-apollo os=-bsd ;; aros) basic_machine=i386-pc os=-aros ;; aux) basic_machine=m68k-apple os=-aux ;; balance) basic_machine=ns32k-sequent os=-dynix ;; blackfin) basic_machine=bfin-unknown os=-linux ;; blackfin-*) basic_machine=bfin-`echo $basic_machine | sed 's/^[^-]*-//'` os=-linux ;; bluegene*) basic_machine=powerpc-ibm os=-cnk ;; c54x-*) basic_machine=tic54x-`echo $basic_machine | sed 's/^[^-]*-//'` ;; c55x-*) basic_machine=tic55x-`echo $basic_machine | sed 's/^[^-]*-//'` ;; c6x-*) basic_machine=tic6x-`echo $basic_machine | sed 's/^[^-]*-//'` ;; c90) basic_machine=c90-cray os=-unicos ;; cegcc) basic_machine=arm-unknown os=-cegcc ;; convex-c1) basic_machine=c1-convex os=-bsd ;; convex-c2) basic_machine=c2-convex os=-bsd ;; convex-c32) basic_machine=c32-convex os=-bsd ;; convex-c34) basic_machine=c34-convex os=-bsd ;; convex-c38) basic_machine=c38-convex os=-bsd ;; cray | j90) basic_machine=j90-cray os=-unicos ;; craynv) basic_machine=craynv-cray os=-unicosmp ;; cr16 | cr16-*) basic_machine=cr16-unknown os=-elf ;; crds | unos) basic_machine=m68k-crds ;; crisv32 | crisv32-* | etraxfs*) basic_machine=crisv32-axis ;; cris | cris-* | etrax*) basic_machine=cris-axis ;; crx) basic_machine=crx-unknown os=-elf ;; da30 | da30-*) basic_machine=m68k-da30 ;; decstation | decstation-3100 | pmax | pmax-* | pmin | dec3100 | decstatn) basic_machine=mips-dec ;; decsystem10* | dec10*) basic_machine=pdp10-dec os=-tops10 ;; decsystem20* | dec20*) basic_machine=pdp10-dec os=-tops20 ;; delta | 3300 | motorola-3300 | motorola-delta \ | 3300-motorola | delta-motorola) basic_machine=m68k-motorola ;; delta88) basic_machine=m88k-motorola os=-sysv3 ;; dicos) basic_machine=i686-pc os=-dicos ;; djgpp) basic_machine=i586-pc os=-msdosdjgpp ;; dpx20 | dpx20-*) basic_machine=rs6000-bull os=-bosx ;; dpx2* | dpx2*-bull) basic_machine=m68k-bull os=-sysv3 ;; ebmon29k) basic_machine=a29k-amd os=-ebmon ;; elxsi) basic_machine=elxsi-elxsi os=-bsd ;; encore | umax | mmax) basic_machine=ns32k-encore ;; es1800 | OSE68k | ose68k | ose | OSE) basic_machine=m68k-ericsson os=-ose ;; fx2800) basic_machine=i860-alliant ;; genix) basic_machine=ns32k-ns ;; gmicro) basic_machine=tron-gmicro os=-sysv ;; go32) basic_machine=i386-pc os=-go32 ;; h3050r* | hiux*) basic_machine=hppa1.1-hitachi os=-hiuxwe2 ;; h8300hms) basic_machine=h8300-hitachi os=-hms ;; h8300xray) basic_machine=h8300-hitachi os=-xray ;; h8500hms) basic_machine=h8500-hitachi os=-hms ;; harris) basic_machine=m88k-harris os=-sysv3 ;; hp300-*) basic_machine=m68k-hp ;; hp300bsd) basic_machine=m68k-hp os=-bsd ;; hp300hpux) basic_machine=m68k-hp os=-hpux ;; hp3k9[0-9][0-9] | hp9[0-9][0-9]) basic_machine=hppa1.0-hp ;; hp9k2[0-9][0-9] | hp9k31[0-9]) basic_machine=m68000-hp ;; hp9k3[2-9][0-9]) basic_machine=m68k-hp ;; hp9k6[0-9][0-9] | hp6[0-9][0-9]) basic_machine=hppa1.0-hp ;; hp9k7[0-79][0-9] | hp7[0-79][0-9]) basic_machine=hppa1.1-hp ;; hp9k78[0-9] | hp78[0-9]) # FIXME: really hppa2.0-hp basic_machine=hppa1.1-hp ;; hp9k8[67]1 | hp8[67]1 | hp9k80[24] | hp80[24] | hp9k8[78]9 | hp8[78]9 | hp9k893 | hp893) # FIXME: really hppa2.0-hp basic_machine=hppa1.1-hp ;; hp9k8[0-9][13679] | hp8[0-9][13679]) basic_machine=hppa1.1-hp ;; hp9k8[0-9][0-9] | hp8[0-9][0-9]) basic_machine=hppa1.0-hp ;; hppa-next) os=-nextstep3 ;; hppaosf) basic_machine=hppa1.1-hp os=-osf ;; hppro) basic_machine=hppa1.1-hp os=-proelf ;; i370-ibm* | ibm*) basic_machine=i370-ibm ;; i*86v32) basic_machine=`echo $1 | sed -e 's/86.*/86-pc/'` os=-sysv32 ;; i*86v4*) basic_machine=`echo $1 | sed -e 's/86.*/86-pc/'` os=-sysv4 ;; i*86v) basic_machine=`echo $1 | sed -e 's/86.*/86-pc/'` os=-sysv ;; i*86sol2) basic_machine=`echo $1 | sed -e 's/86.*/86-pc/'` os=-solaris2 ;; i386mach) basic_machine=i386-mach os=-mach ;; i386-vsta | vsta) basic_machine=i386-unknown os=-vsta ;; iris | iris4d) basic_machine=mips-sgi case $os in -irix*) ;; *) os=-irix4 ;; esac ;; isi68 | isi) basic_machine=m68k-isi os=-sysv ;; m68knommu) basic_machine=m68k-unknown os=-linux ;; m68knommu-*) basic_machine=m68k-`echo $basic_machine | sed 's/^[^-]*-//'` os=-linux ;; m88k-omron*) basic_machine=m88k-omron ;; magnum | m3230) basic_machine=mips-mips os=-sysv ;; merlin) basic_machine=ns32k-utek os=-sysv ;; microblaze) basic_machine=microblaze-xilinx ;; mingw32) basic_machine=i386-pc os=-mingw32 ;; mingw32ce) basic_machine=arm-unknown os=-mingw32ce ;; miniframe) basic_machine=m68000-convergent ;; *mint | -mint[0-9]* | *MiNT | *MiNT[0-9]*) basic_machine=m68k-atari os=-mint ;; mips3*-*) basic_machine=`echo $basic_machine | sed -e 's/mips3/mips64/'` ;; mips3*) basic_machine=`echo $basic_machine | sed -e 's/mips3/mips64/'`-unknown ;; monitor) basic_machine=m68k-rom68k os=-coff ;; morphos) basic_machine=powerpc-unknown os=-morphos ;; msdos) basic_machine=i386-pc os=-msdos ;; ms1-*) basic_machine=`echo $basic_machine | sed -e 's/ms1-/mt-/'` ;; msys) basic_machine=i386-pc os=-msys ;; mvs) basic_machine=i370-ibm os=-mvs ;; nacl) basic_machine=le32-unknown os=-nacl ;; ncr3000) basic_machine=i486-ncr os=-sysv4 ;; netbsd386) basic_machine=i386-unknown os=-netbsd ;; netwinder) basic_machine=armv4l-rebel os=-linux ;; news | news700 | news800 | news900) basic_machine=m68k-sony os=-newsos ;; news1000) basic_machine=m68030-sony os=-newsos ;; news-3600 | risc-news) basic_machine=mips-sony os=-newsos ;; necv70) basic_machine=v70-nec os=-sysv ;; next | m*-next ) basic_machine=m68k-next case $os in -nextstep* ) ;; -ns2*) os=-nextstep2 ;; *) os=-nextstep3 ;; esac ;; nh3000) basic_machine=m68k-harris os=-cxux ;; nh[45]000) basic_machine=m88k-harris os=-cxux ;; nindy960) basic_machine=i960-intel os=-nindy ;; mon960) basic_machine=i960-intel os=-mon960 ;; nonstopux) basic_machine=mips-compaq os=-nonstopux ;; np1) basic_machine=np1-gould ;; neo-tandem) basic_machine=neo-tandem ;; nse-tandem) basic_machine=nse-tandem ;; nsr-tandem) basic_machine=nsr-tandem ;; op50n-* | op60c-*) basic_machine=hppa1.1-oki os=-proelf ;; openrisc | openrisc-*) basic_machine=or32-unknown ;; os400) basic_machine=powerpc-ibm os=-os400 ;; OSE68000 | ose68000) basic_machine=m68000-ericsson os=-ose ;; os68k) basic_machine=m68k-none os=-os68k ;; pa-hitachi) basic_machine=hppa1.1-hitachi os=-hiuxwe2 ;; paragon) basic_machine=i860-intel os=-osf ;; parisc) basic_machine=hppa-unknown os=-linux ;; parisc-*) basic_machine=hppa-`echo $basic_machine | sed 's/^[^-]*-//'` os=-linux ;; pbd) basic_machine=sparc-tti ;; pbb) basic_machine=m68k-tti ;; pc532 | pc532-*) basic_machine=ns32k-pc532 ;; pc98) basic_machine=i386-pc ;; pc98-*) basic_machine=i386-`echo $basic_machine | sed 's/^[^-]*-//'` ;; pentium | p5 | k5 | k6 | nexgen | viac3) basic_machine=i586-pc ;; pentiumpro | p6 | 6x86 | athlon | athlon_*) basic_machine=i686-pc ;; pentiumii | pentium2 | pentiumiii | pentium3) basic_machine=i686-pc ;; pentium4) basic_machine=i786-pc ;; pentium-* | p5-* | k5-* | k6-* | nexgen-* | viac3-*) basic_machine=i586-`echo $basic_machine | sed 's/^[^-]*-//'` ;; pentiumpro-* | p6-* | 6x86-* | athlon-*) basic_machine=i686-`echo $basic_machine | sed 's/^[^-]*-//'` ;; pentiumii-* | pentium2-* | pentiumiii-* | pentium3-*) basic_machine=i686-`echo $basic_machine | sed 's/^[^-]*-//'` ;; pentium4-*) basic_machine=i786-`echo $basic_machine | sed 's/^[^-]*-//'` ;; pn) basic_machine=pn-gould ;; power) basic_machine=power-ibm ;; ppc | ppcbe) basic_machine=powerpc-unknown ;; ppc-* | ppcbe-*) basic_machine=powerpc-`echo $basic_machine | sed 's/^[^-]*-//'` ;; ppcle | powerpclittle | ppc-le | powerpc-little) basic_machine=powerpcle-unknown ;; ppcle-* | powerpclittle-*) basic_machine=powerpcle-`echo $basic_machine | sed 's/^[^-]*-//'` ;; ppc64) basic_machine=powerpc64-unknown ;; ppc64-*) basic_machine=powerpc64-`echo $basic_machine | sed 's/^[^-]*-//'` ;; ppc64le | powerpc64little | ppc64-le | powerpc64-little) basic_machine=powerpc64le-unknown ;; ppc64le-* | powerpc64little-*) basic_machine=powerpc64le-`echo $basic_machine | sed 's/^[^-]*-//'` ;; ps2) basic_machine=i386-ibm ;; pw32) basic_machine=i586-unknown os=-pw32 ;; rdos) basic_machine=i386-pc os=-rdos ;; rom68k) basic_machine=m68k-rom68k os=-coff ;; rm[46]00) basic_machine=mips-siemens ;; rtpc | rtpc-*) basic_machine=romp-ibm ;; s390 | s390-*) basic_machine=s390-ibm ;; s390x | s390x-*) basic_machine=s390x-ibm ;; sa29200) basic_machine=a29k-amd os=-udi ;; sb1) basic_machine=mipsisa64sb1-unknown ;; sb1el) basic_machine=mipsisa64sb1el-unknown ;; sde) basic_machine=mipsisa32-sde os=-elf ;; sei) basic_machine=mips-sei os=-seiux ;; sequent) basic_machine=i386-sequent ;; sh) basic_machine=sh-hitachi os=-hms ;; sh5el) basic_machine=sh5le-unknown ;; sh64) basic_machine=sh64-unknown ;; sparclite-wrs | simso-wrs) basic_machine=sparclite-wrs os=-vxworks ;; sps7) basic_machine=m68k-bull os=-sysv2 ;; spur) basic_machine=spur-unknown ;; st2000) basic_machine=m68k-tandem ;; stratus) basic_machine=i860-stratus os=-sysv4 ;; strongarm-* | thumb-*) basic_machine=arm-`echo $basic_machine | sed 's/^[^-]*-//'` ;; sun2) basic_machine=m68000-sun ;; sun2os3) basic_machine=m68000-sun os=-sunos3 ;; sun2os4) basic_machine=m68000-sun os=-sunos4 ;; sun3os3) basic_machine=m68k-sun os=-sunos3 ;; sun3os4) basic_machine=m68k-sun os=-sunos4 ;; sun4os3) basic_machine=sparc-sun os=-sunos3 ;; sun4os4) basic_machine=sparc-sun os=-sunos4 ;; sun4sol2) basic_machine=sparc-sun os=-solaris2 ;; sun3 | sun3-*) basic_machine=m68k-sun ;; sun4) basic_machine=sparc-sun ;; sun386 | sun386i | roadrunner) basic_machine=i386-sun ;; sv1) basic_machine=sv1-cray os=-unicos ;; symmetry) basic_machine=i386-sequent os=-dynix ;; t3e) basic_machine=alphaev5-cray os=-unicos ;; t90) basic_machine=t90-cray os=-unicos ;; tile*) basic_machine=$basic_machine-unknown os=-linux-gnu ;; tx39) basic_machine=mipstx39-unknown ;; tx39el) basic_machine=mipstx39el-unknown ;; toad1) basic_machine=pdp10-xkl os=-tops20 ;; tower | tower-32) basic_machine=m68k-ncr ;; tpf) basic_machine=s390x-ibm os=-tpf ;; udi29k) basic_machine=a29k-amd os=-udi ;; ultra3) basic_machine=a29k-nyu os=-sym1 ;; v810 | necv810) basic_machine=v810-nec os=-none ;; vaxv) basic_machine=vax-dec os=-sysv ;; vms) basic_machine=vax-dec os=-vms ;; vpp*|vx|vx-*) basic_machine=f301-fujitsu ;; vxworks960) basic_machine=i960-wrs os=-vxworks ;; vxworks68) basic_machine=m68k-wrs os=-vxworks ;; vxworks29k) basic_machine=a29k-wrs os=-vxworks ;; w65*) basic_machine=w65-wdc os=-none ;; w89k-*) basic_machine=hppa1.1-winbond os=-proelf ;; xbox) basic_machine=i686-pc os=-mingw32 ;; xps | xps100) basic_machine=xps100-honeywell ;; xscale-* | xscalee[bl]-*) basic_machine=`echo $basic_machine | sed 's/^xscale/arm/'` ;; ymp) basic_machine=ymp-cray os=-unicos ;; z8k-*-coff) basic_machine=z8k-unknown os=-sim ;; z80-*-coff) basic_machine=z80-unknown os=-sim ;; none) basic_machine=none-none os=-none ;; # Here we handle the default manufacturer of certain CPU types. It is in # some cases the only manufacturer, in others, it is the most popular. w89k) basic_machine=hppa1.1-winbond ;; op50n) basic_machine=hppa1.1-oki ;; op60c) basic_machine=hppa1.1-oki ;; romp) basic_machine=romp-ibm ;; mmix) basic_machine=mmix-knuth ;; rs6000) basic_machine=rs6000-ibm ;; vax) basic_machine=vax-dec ;; pdp10) # there are many clones, so DEC is not a safe bet basic_machine=pdp10-unknown ;; pdp11) basic_machine=pdp11-dec ;; we32k) basic_machine=we32k-att ;; sh[1234] | sh[24]a | sh[24]aeb | sh[34]eb | sh[1234]le | sh[23]ele) basic_machine=sh-unknown ;; sparc | sparcv8 | sparcv9 | sparcv9b | sparcv9v) basic_machine=sparc-sun ;; cydra) basic_machine=cydra-cydrome ;; orion) basic_machine=orion-highlevel ;; orion105) basic_machine=clipper-highlevel ;; mac | mpw | mac-mpw) basic_machine=m68k-apple ;; pmac | pmac-mpw) basic_machine=powerpc-apple ;; *-unknown) # Make sure to match an already-canonicalized machine name. ;; *) echo Invalid configuration \`$1\': machine \`$basic_machine\' not recognized 1>&2 exit 1 ;; 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See the # GNU General Public License for more details. # You should have received a copy of the GNU General Public License # along with this program. If not, see . # As a special exception to the GNU General Public License, if you # distribute this file as part of a program that contains a # configuration script generated by Autoconf, you may include it under # the same distribution terms that you use for the rest of that program. # Originally written by Alexandre Oliva . case $1 in '') echo "$0: No command. Try \`$0 --help' for more information." 1>&2 exit 1; ;; -h | --h*) cat <<\EOF Usage: depcomp [--help] [--version] PROGRAM [ARGS] Run PROGRAMS ARGS to compile a file, generating dependencies as side-effects. Environment variables: depmode Dependency tracking mode. source Source file read by `PROGRAMS ARGS'. object Object file output by `PROGRAMS ARGS'. DEPDIR directory where to store dependencies. depfile Dependency file to output. tmpdepfile Temporary file to use when outputting dependencies. libtool Whether libtool is used (yes/no). Report bugs to . EOF exit $? ;; -v | --v*) echo "depcomp $scriptversion" exit $? ;; esac if test -z "$depmode" || test -z "$source" || test -z "$object"; then echo "depcomp: Variables source, object and depmode must be set" 1>&2 exit 1 fi # Dependencies for sub/bar.o or sub/bar.obj go into sub/.deps/bar.Po. depfile=${depfile-`echo "$object" | sed 's|[^\\/]*$|'${DEPDIR-.deps}'/&|;s|\.\([^.]*\)$|.P\1|;s|Pobj$|Po|'`} tmpdepfile=${tmpdepfile-`echo "$depfile" | sed 's/\.\([^.]*\)$/.T\1/'`} rm -f "$tmpdepfile" # Some modes work just like other modes, but use different flags. We # parameterize here, but still list the modes in the big case below, # to make depend.m4 easier to write. Note that we *cannot* use a case # here, because this file can only contain one case statement. if test "$depmode" = hp; then # HP compiler uses -M and no extra arg. gccflag=-M depmode=gcc fi if test "$depmode" = dashXmstdout; then # This is just like dashmstdout with a different argument. dashmflag=-xM depmode=dashmstdout fi cygpath_u="cygpath -u -f -" if test "$depmode" = msvcmsys; then # This is just like msvisualcpp but w/o cygpath translation. # Just convert the backslash-escaped backslashes to single forward # slashes to satisfy depend.m4 cygpath_u='sed s,\\\\,/,g' depmode=msvisualcpp fi if test "$depmode" = msvc7msys; then # This is just like msvc7 but w/o cygpath translation. # Just convert the backslash-escaped backslashes to single forward # slashes to satisfy depend.m4 cygpath_u='sed s,\\\\,/,g' depmode=msvc7 fi case "$depmode" in gcc3) ## gcc 3 implements dependency tracking that does exactly what ## we want. Yay! Note: for some reason libtool 1.4 doesn't like ## it if -MD -MP comes after the -MF stuff. Hmm. ## Unfortunately, FreeBSD c89 acceptance of flags depends upon ## the command line argument order; so add the flags where they ## appear in depend2.am. Note that the slowdown incurred here ## affects only configure: in makefiles, %FASTDEP% shortcuts this. for arg do case $arg in -c) set fnord "$@" -MT "$object" -MD -MP -MF "$tmpdepfile" "$arg" ;; *) set fnord "$@" "$arg" ;; esac shift # fnord shift # $arg done "$@" stat=$? if test $stat -eq 0; then : else rm -f "$tmpdepfile" exit $stat fi mv "$tmpdepfile" "$depfile" ;; gcc) ## There are various ways to get dependency output from gcc. Here's ## why we pick this rather obscure method: ## - Don't want to use -MD because we'd like the dependencies to end ## up in a subdir. Having to rename by hand is ugly. ## (We might end up doing this anyway to support other compilers.) ## - The DEPENDENCIES_OUTPUT environment variable makes gcc act like ## -MM, not -M (despite what the docs say). ## - Using -M directly means running the compiler twice (even worse ## than renaming). if test -z "$gccflag"; then gccflag=-MD, fi "$@" -Wp,"$gccflag$tmpdepfile" stat=$? if test $stat -eq 0; then : else rm -f "$tmpdepfile" exit $stat fi rm -f "$depfile" echo "$object : \\" > "$depfile" alpha=ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz ## The second -e expression handles DOS-style file names with drive letters. sed -e 's/^[^:]*: / /' \ -e 's/^['$alpha']:\/[^:]*: / /' < "$tmpdepfile" >> "$depfile" ## This next piece of magic avoids the `deleted header file' problem. ## The problem is that when a header file which appears in a .P file ## is deleted, the dependency causes make to die (because there is ## typically no way to rebuild the header). We avoid this by adding ## dummy dependencies for each header file. Too bad gcc doesn't do ## this for us directly. tr ' ' ' ' < "$tmpdepfile" | ## Some versions of gcc put a space before the `:'. On the theory ## that the space means something, we add a space to the output as ## well. hp depmode also adds that space, but also prefixes the VPATH ## to the object. Take care to not repeat it in the output. ## Some versions of the HPUX 10.20 sed can't process this invocation ## correctly. Breaking it into two sed invocations is a workaround. sed -e 's/^\\$//' -e '/^$/d' -e "s|.*$object$||" -e '/:$/d' \ | sed -e 's/$/ :/' >> "$depfile" rm -f "$tmpdepfile" ;; hp) # This case exists only to let depend.m4 do its work. It works by # looking at the text of this script. This case will never be run, # since it is checked for above. exit 1 ;; sgi) if test "$libtool" = yes; then "$@" "-Wp,-MDupdate,$tmpdepfile" else "$@" -MDupdate "$tmpdepfile" fi stat=$? if test $stat -eq 0; then : else rm -f "$tmpdepfile" exit $stat fi rm -f "$depfile" if test -f "$tmpdepfile"; then # yes, the sourcefile depend on other files echo "$object : \\" > "$depfile" # Clip off the initial element (the dependent). Don't try to be # clever and replace this with sed code, as IRIX sed won't handle # lines with more than a fixed number of characters (4096 in # IRIX 6.2 sed, 8192 in IRIX 6.5). We also remove comment lines; # the IRIX cc adds comments like `#:fec' to the end of the # dependency line. tr ' ' ' ' < "$tmpdepfile" \ | sed -e 's/^.*\.o://' -e 's/#.*$//' -e '/^$/ d' | \ tr ' ' ' ' >> "$depfile" echo >> "$depfile" # The second pass generates a dummy entry for each header file. tr ' ' ' ' < "$tmpdepfile" \ | sed -e 's/^.*\.o://' -e 's/#.*$//' -e '/^$/ d' -e 's/$/:/' \ >> "$depfile" else # The sourcefile does not contain any dependencies, so just # store a dummy comment line, to avoid errors with the Makefile # "include basename.Plo" scheme. echo "#dummy" > "$depfile" fi rm -f "$tmpdepfile" ;; aix) # The C for AIX Compiler uses -M and outputs the dependencies # in a .u file. In older versions, this file always lives in the # current directory. Also, the AIX compiler puts `$object:' at the # start of each line; $object doesn't have directory information. # Version 6 uses the directory in both cases. dir=`echo "$object" | sed -e 's|/[^/]*$|/|'` test "x$dir" = "x$object" && dir= base=`echo "$object" | sed -e 's|^.*/||' -e 's/\.o$//' -e 's/\.lo$//'` if test "$libtool" = yes; then tmpdepfile1=$dir$base.u tmpdepfile2=$base.u tmpdepfile3=$dir.libs/$base.u "$@" -Wc,-M else tmpdepfile1=$dir$base.u tmpdepfile2=$dir$base.u tmpdepfile3=$dir$base.u "$@" -M fi stat=$? if test $stat -eq 0; then : else rm -f "$tmpdepfile1" "$tmpdepfile2" "$tmpdepfile3" exit $stat fi for tmpdepfile in "$tmpdepfile1" "$tmpdepfile2" "$tmpdepfile3" do test -f "$tmpdepfile" && break done if test -f "$tmpdepfile"; then # Each line is of the form `foo.o: dependent.h'. # Do two passes, one to just change these to # `$object: dependent.h' and one to simply `dependent.h:'. sed -e "s,^.*\.[a-z]*:,$object:," < "$tmpdepfile" > "$depfile" # That's a tab and a space in the []. sed -e 's,^.*\.[a-z]*:[ ]*,,' -e 's,$,:,' < "$tmpdepfile" >> "$depfile" else # The sourcefile does not contain any dependencies, so just # store a dummy comment line, to avoid errors with the Makefile # "include basename.Plo" scheme. echo "#dummy" > "$depfile" fi rm -f "$tmpdepfile" ;; icc) # Intel's C compiler understands `-MD -MF file'. However on # icc -MD -MF foo.d -c -o sub/foo.o sub/foo.c # ICC 7.0 will fill foo.d with something like # foo.o: sub/foo.c # foo.o: sub/foo.h # which is wrong. We want: # sub/foo.o: sub/foo.c # sub/foo.o: sub/foo.h # sub/foo.c: # sub/foo.h: # ICC 7.1 will output # foo.o: sub/foo.c sub/foo.h # and will wrap long lines using \ : # foo.o: sub/foo.c ... \ # sub/foo.h ... \ # ... "$@" -MD -MF "$tmpdepfile" stat=$? if test $stat -eq 0; then : else rm -f "$tmpdepfile" exit $stat fi rm -f "$depfile" # Each line is of the form `foo.o: dependent.h', # or `foo.o: dep1.h dep2.h \', or ` dep3.h dep4.h \'. # Do two passes, one to just change these to # `$object: dependent.h' and one to simply `dependent.h:'. sed "s,^[^:]*:,$object :," < "$tmpdepfile" > "$depfile" # Some versions of the HPUX 10.20 sed can't process this invocation # correctly. Breaking it into two sed invocations is a workaround. sed 's,^[^:]*: \(.*\)$,\1,;s/^\\$//;/^$/d;/:$/d' < "$tmpdepfile" | sed -e 's/$/ :/' >> "$depfile" rm -f "$tmpdepfile" ;; hp2) # The "hp" stanza above does not work with aCC (C++) and HP's ia64 # compilers, which have integrated preprocessors. The correct option # to use with these is +Maked; it writes dependencies to a file named # 'foo.d', which lands next to the object file, wherever that # happens to be. # Much of this is similar to the tru64 case; see comments there. dir=`echo "$object" | sed -e 's|/[^/]*$|/|'` test "x$dir" = "x$object" && dir= base=`echo "$object" | sed -e 's|^.*/||' -e 's/\.o$//' -e 's/\.lo$//'` if test "$libtool" = yes; then tmpdepfile1=$dir$base.d tmpdepfile2=$dir.libs/$base.d "$@" -Wc,+Maked else tmpdepfile1=$dir$base.d tmpdepfile2=$dir$base.d "$@" +Maked fi stat=$? if test $stat -eq 0; then : else rm -f "$tmpdepfile1" "$tmpdepfile2" exit $stat fi for tmpdepfile in "$tmpdepfile1" "$tmpdepfile2" do test -f "$tmpdepfile" && break done if test -f "$tmpdepfile"; then sed -e "s,^.*\.[a-z]*:,$object:," "$tmpdepfile" > "$depfile" # Add `dependent.h:' lines. sed -ne '2,${ s/^ *// s/ \\*$// s/$/:/ p }' "$tmpdepfile" >> "$depfile" else echo "#dummy" > "$depfile" fi rm -f "$tmpdepfile" "$tmpdepfile2" ;; tru64) # The Tru64 compiler uses -MD to generate dependencies as a side # effect. `cc -MD -o foo.o ...' puts the dependencies into `foo.o.d'. # At least on Alpha/Redhat 6.1, Compaq CCC V6.2-504 seems to put # dependencies in `foo.d' instead, so we check for that too. # Subdirectories are respected. dir=`echo "$object" | sed -e 's|/[^/]*$|/|'` test "x$dir" = "x$object" && dir= base=`echo "$object" | sed -e 's|^.*/||' -e 's/\.o$//' -e 's/\.lo$//'` if test "$libtool" = yes; then # With Tru64 cc, shared objects can also be used to make a # static library. This mechanism is used in libtool 1.4 series to # handle both shared and static libraries in a single compilation. # With libtool 1.4, dependencies were output in $dir.libs/$base.lo.d. # # With libtool 1.5 this exception was removed, and libtool now # generates 2 separate objects for the 2 libraries. These two # compilations output dependencies in $dir.libs/$base.o.d and # in $dir$base.o.d. We have to check for both files, because # one of the two compilations can be disabled. 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" >&6; } if ${lt_cv_nm_interface+:} false; then : $as_echo_n "(cached) " >&6 else lt_cv_nm_interface="BSD nm" echo "int some_variable = 0;" > conftest.$ac_ext (eval echo "\"\$as_me:$LINENO: $ac_compile\"" >&5) (eval "$ac_compile" 2>conftest.err) cat conftest.err >&5 (eval echo "\"\$as_me:$LINENO: $NM \\\"conftest.$ac_objext\\\"\"" >&5) (eval "$NM \"conftest.$ac_objext\"" 2>conftest.err > conftest.out) cat conftest.err >&5 (eval echo "\"\$as_me:$LINENO: output\"" >&5) cat conftest.out >&5 if $GREP 'External.*some_variable' conftest.out > /dev/null; then lt_cv_nm_interface="MS dumpbin" fi rm -f conftest* fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $lt_cv_nm_interface" >&5 $as_echo "$lt_cv_nm_interface" >&6; } { $as_echo "$as_me:${as_lineno-$LINENO}: checking whether ln -s works" >&5 $as_echo_n "checking whether ln -s works... 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Even if it were fixed, the result of this # check would be larger than it should be. lt_cv_sys_max_cmd_len=12288; # 12K is about right ;; gnu*) # Under GNU Hurd, this test is not required because there is # no limit to the length of command line arguments. # Libtool will interpret -1 as no limit whatsoever lt_cv_sys_max_cmd_len=-1; ;; cygwin* | mingw* | cegcc*) # On Win9x/ME, this test blows up -- it succeeds, but takes # about 5 minutes as the teststring grows exponentially. # Worse, since 9x/ME are not pre-emptively multitasking, # you end up with a "frozen" computer, even though with patience # the test eventually succeeds (with a max line length of 256k). # Instead, let's just punt: use the minimum linelength reported by # all of the supported platforms: 8192 (on NT/2K/XP). lt_cv_sys_max_cmd_len=8192; ;; mint*) # On MiNT this can take a long time and run out of memory. lt_cv_sys_max_cmd_len=8192; ;; amigaos*) # On AmigaOS with pdksh, this test takes hours, literally. # So we just punt and use a minimum line length of 8192. lt_cv_sys_max_cmd_len=8192; ;; netbsd* | freebsd* | openbsd* | darwin* | dragonfly*) # This has been around since 386BSD, at least. Likely further. if test -x /sbin/sysctl; then lt_cv_sys_max_cmd_len=`/sbin/sysctl -n kern.argmax` elif test -x /usr/sbin/sysctl; then lt_cv_sys_max_cmd_len=`/usr/sbin/sysctl -n kern.argmax` else lt_cv_sys_max_cmd_len=65536 # usable default for all BSDs fi # And add a safety zone lt_cv_sys_max_cmd_len=`expr $lt_cv_sys_max_cmd_len \/ 4` lt_cv_sys_max_cmd_len=`expr $lt_cv_sys_max_cmd_len \* 3` ;; interix*) # We know the value 262144 and hardcode it with a safety zone (like BSD) lt_cv_sys_max_cmd_len=196608 ;; os2*) # The test takes a long time on OS/2. lt_cv_sys_max_cmd_len=8192 ;; osf*) # Dr. Hans Ekkehard Plesser reports seeing a kernel panic running configure # due to this test when exec_disable_arg_limit is 1 on Tru64. It is not # nice to cause kernel panics so lets avoid the loop below. # First set a reasonable default. lt_cv_sys_max_cmd_len=16384 # if test -x /sbin/sysconfig; then case `/sbin/sysconfig -q proc exec_disable_arg_limit` in *1*) lt_cv_sys_max_cmd_len=-1 ;; esac fi ;; sco3.2v5*) lt_cv_sys_max_cmd_len=102400 ;; sysv5* | sco5v6* | sysv4.2uw2*) kargmax=`grep ARG_MAX /etc/conf/cf.d/stune 2>/dev/null` if test -n "$kargmax"; then lt_cv_sys_max_cmd_len=`echo $kargmax | sed 's/.*[ ]//'` else lt_cv_sys_max_cmd_len=32768 fi ;; *) lt_cv_sys_max_cmd_len=`(getconf ARG_MAX) 2> /dev/null` if test -n "$lt_cv_sys_max_cmd_len"; then lt_cv_sys_max_cmd_len=`expr $lt_cv_sys_max_cmd_len \/ 4` lt_cv_sys_max_cmd_len=`expr $lt_cv_sys_max_cmd_len \* 3` else # Make teststring a little bigger before we do anything with it. # a 1K string should be a reasonable start. for i in 1 2 3 4 5 6 7 8 ; do teststring=$teststring$teststring done SHELL=${SHELL-${CONFIG_SHELL-/bin/sh}} # If test is not a shell built-in, we'll probably end up computing a # maximum length that is only half of the actual maximum length, but # we can't tell. while { test "X"`env echo "$teststring$teststring" 2>/dev/null` \ = "X$teststring$teststring"; } >/dev/null 2>&1 && test $i != 17 # 1/2 MB should be enough do i=`expr $i + 1` teststring=$teststring$teststring done # Only check the string length outside the loop. lt_cv_sys_max_cmd_len=`expr "X$teststring" : ".*" 2>&1` teststring= # Add a significant safety factor because C++ compilers can tack on # massive amounts of additional arguments before passing them to the # linker. It appears as though 1/2 is a usable value. lt_cv_sys_max_cmd_len=`expr $lt_cv_sys_max_cmd_len \/ 2` fi ;; esac fi if test -n $lt_cv_sys_max_cmd_len ; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $lt_cv_sys_max_cmd_len" >&5 $as_echo "$lt_cv_sys_max_cmd_len" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: none" >&5 $as_echo "none" >&6; } fi max_cmd_len=$lt_cv_sys_max_cmd_len : ${CP="cp -f"} : ${MV="mv -f"} : ${RM="rm -f"} { $as_echo "$as_me:${as_lineno-$LINENO}: checking whether the shell understands some XSI constructs" >&5 $as_echo_n "checking whether the shell understands some XSI constructs... " >&6; } # Try some XSI features xsi_shell=no ( _lt_dummy="a/b/c" test "${_lt_dummy##*/},${_lt_dummy%/*},${_lt_dummy#??}"${_lt_dummy%"$_lt_dummy"}, \ = c,a/b,b/c, \ && eval 'test $(( 1 + 1 )) -eq 2 \ && test "${#_lt_dummy}" -eq 5' ) >/dev/null 2>&1 \ && xsi_shell=yes { $as_echo "$as_me:${as_lineno-$LINENO}: result: $xsi_shell" >&5 $as_echo "$xsi_shell" >&6; } { $as_echo "$as_me:${as_lineno-$LINENO}: checking whether the shell understands \"+=\"" >&5 $as_echo_n "checking whether the shell understands \"+=\"... " >&6; } lt_shell_append=no ( foo=bar; set foo baz; eval "$1+=\$2" && test "$foo" = barbaz ) \ >/dev/null 2>&1 \ && lt_shell_append=yes { $as_echo "$as_me:${as_lineno-$LINENO}: result: $lt_shell_append" >&5 $as_echo "$lt_shell_append" >&6; } if ( (MAIL=60; unset MAIL) || exit) >/dev/null 2>&1; then lt_unset=unset else lt_unset=false fi # test EBCDIC or ASCII case `echo X|tr X '\101'` in A) # ASCII based system # \n is not interpreted correctly by Solaris 8 /usr/ucb/tr lt_SP2NL='tr \040 \012' lt_NL2SP='tr \015\012 \040\040' ;; *) # EBCDIC based system lt_SP2NL='tr \100 \n' lt_NL2SP='tr \r\n \100\100' ;; esac { $as_echo "$as_me:${as_lineno-$LINENO}: checking how to convert $build file names to $host format" >&5 $as_echo_n "checking how to convert $build file names to $host format... " >&6; } if ${lt_cv_to_host_file_cmd+:} false; then : $as_echo_n "(cached) " >&6 else case $host in *-*-mingw* ) case $build in *-*-mingw* ) # actually msys lt_cv_to_host_file_cmd=func_convert_file_msys_to_w32 ;; *-*-cygwin* ) lt_cv_to_host_file_cmd=func_convert_file_cygwin_to_w32 ;; * ) # otherwise, assume *nix lt_cv_to_host_file_cmd=func_convert_file_nix_to_w32 ;; esac ;; *-*-cygwin* ) case $build in *-*-mingw* ) # actually msys lt_cv_to_host_file_cmd=func_convert_file_msys_to_cygwin ;; *-*-cygwin* ) lt_cv_to_host_file_cmd=func_convert_file_noop ;; * ) # otherwise, assume *nix lt_cv_to_host_file_cmd=func_convert_file_nix_to_cygwin ;; esac ;; * ) # unhandled hosts (and "normal" native builds) lt_cv_to_host_file_cmd=func_convert_file_noop ;; esac fi to_host_file_cmd=$lt_cv_to_host_file_cmd { $as_echo "$as_me:${as_lineno-$LINENO}: result: $lt_cv_to_host_file_cmd" >&5 $as_echo "$lt_cv_to_host_file_cmd" >&6; } { $as_echo "$as_me:${as_lineno-$LINENO}: checking how to convert $build file names to toolchain format" >&5 $as_echo_n "checking how to convert $build file names to toolchain format... " >&6; } if ${lt_cv_to_tool_file_cmd+:} false; then : $as_echo_n "(cached) " >&6 else #assume ordinary cross tools, or native build. lt_cv_to_tool_file_cmd=func_convert_file_noop case $host in *-*-mingw* ) case $build in *-*-mingw* ) # actually msys lt_cv_to_tool_file_cmd=func_convert_file_msys_to_w32 ;; esac ;; esac fi to_tool_file_cmd=$lt_cv_to_tool_file_cmd { $as_echo "$as_me:${as_lineno-$LINENO}: result: $lt_cv_to_tool_file_cmd" >&5 $as_echo "$lt_cv_to_tool_file_cmd" >&6; } { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $LD option to reload object files" >&5 $as_echo_n "checking for $LD option to reload object files... " >&6; } if ${lt_cv_ld_reload_flag+:} false; then : $as_echo_n "(cached) " >&6 else lt_cv_ld_reload_flag='-r' fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $lt_cv_ld_reload_flag" >&5 $as_echo "$lt_cv_ld_reload_flag" >&6; } reload_flag=$lt_cv_ld_reload_flag case $reload_flag in "" | " "*) ;; *) reload_flag=" $reload_flag" ;; esac reload_cmds='$LD$reload_flag -o $output$reload_objs' case $host_os in cygwin* | mingw* | pw32* | cegcc*) if test "$GCC" != yes; then reload_cmds=false fi ;; darwin*) if test "$GCC" = yes; then reload_cmds='$LTCC $LTCFLAGS -nostdlib ${wl}-r -o $output$reload_objs' else reload_cmds='$LD$reload_flag -o $output$reload_objs' fi ;; esac if test -n "$ac_tool_prefix"; then # Extract the first word of "${ac_tool_prefix}objdump", so it can be a program name with args. set dummy ${ac_tool_prefix}objdump; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_OBJDUMP+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$OBJDUMP"; then ac_cv_prog_OBJDUMP="$OBJDUMP" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_OBJDUMP="${ac_tool_prefix}objdump" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi OBJDUMP=$ac_cv_prog_OBJDUMP if test -n "$OBJDUMP"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $OBJDUMP" >&5 $as_echo "$OBJDUMP" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi fi if test -z "$ac_cv_prog_OBJDUMP"; then ac_ct_OBJDUMP=$OBJDUMP # Extract the first word of "objdump", so it can be a program name with args. set dummy objdump; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_ac_ct_OBJDUMP+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$ac_ct_OBJDUMP"; then ac_cv_prog_ac_ct_OBJDUMP="$ac_ct_OBJDUMP" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_ac_ct_OBJDUMP="objdump" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi ac_ct_OBJDUMP=$ac_cv_prog_ac_ct_OBJDUMP if test -n "$ac_ct_OBJDUMP"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_ct_OBJDUMP" >&5 $as_echo "$ac_ct_OBJDUMP" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi if test "x$ac_ct_OBJDUMP" = x; then OBJDUMP="false" else case $cross_compiling:$ac_tool_warned in yes:) { $as_echo "$as_me:${as_lineno-$LINENO}: WARNING: using cross tools not prefixed with host triplet" >&5 $as_echo "$as_me: WARNING: using cross tools not prefixed with host triplet" >&2;} ac_tool_warned=yes ;; esac OBJDUMP=$ac_ct_OBJDUMP fi else OBJDUMP="$ac_cv_prog_OBJDUMP" fi test -z "$OBJDUMP" && OBJDUMP=objdump { $as_echo "$as_me:${as_lineno-$LINENO}: checking how to recognize dependent libraries" >&5 $as_echo_n "checking how to recognize dependent libraries... " >&6; } if ${lt_cv_deplibs_check_method+:} false; then : $as_echo_n "(cached) " >&6 else lt_cv_file_magic_cmd='$MAGIC_CMD' lt_cv_file_magic_test_file= lt_cv_deplibs_check_method='unknown' # Need to set the preceding variable on all platforms that support # interlibrary dependencies. # 'none' -- dependencies not supported. # `unknown' -- same as none, but documents that we really don't know. # 'pass_all' -- all dependencies passed with no checks. # 'test_compile' -- check by making test program. # 'file_magic [[regex]]' -- check by looking for files in library path # which responds to the $file_magic_cmd with a given extended regex. # If you have `file' or equivalent on your system and you're not sure # whether `pass_all' will *always* work, you probably want this one. case $host_os in aix[4-9]*) lt_cv_deplibs_check_method=pass_all ;; beos*) lt_cv_deplibs_check_method=pass_all ;; bsdi[45]*) lt_cv_deplibs_check_method='file_magic ELF [0-9][0-9]*-bit [ML]SB (shared object|dynamic lib)' lt_cv_file_magic_cmd='/usr/bin/file -L' lt_cv_file_magic_test_file=/shlib/libc.so ;; cygwin*) # func_win32_libid is a shell function defined in ltmain.sh lt_cv_deplibs_check_method='file_magic ^x86 archive import|^x86 DLL' lt_cv_file_magic_cmd='func_win32_libid' ;; mingw* | pw32*) # Base MSYS/MinGW do not provide the 'file' command needed by # func_win32_libid shell function, so use a weaker test based on 'objdump', # unless we find 'file', for example because we are cross-compiling. # func_win32_libid assumes BSD nm, so disallow it if using MS dumpbin. if ( test "$lt_cv_nm_interface" = "BSD nm" && file / ) >/dev/null 2>&1; then lt_cv_deplibs_check_method='file_magic ^x86 archive import|^x86 DLL' lt_cv_file_magic_cmd='func_win32_libid' else # Keep this pattern in sync with the one in func_win32_libid. lt_cv_deplibs_check_method='file_magic file format (pei*-i386(.*architecture: i386)?|pe-arm-wince|pe-x86-64)' lt_cv_file_magic_cmd='$OBJDUMP -f' fi ;; cegcc*) # use the weaker test based on 'objdump'. See mingw*. lt_cv_deplibs_check_method='file_magic file format pe-arm-.*little(.*architecture: arm)?' lt_cv_file_magic_cmd='$OBJDUMP -f' ;; darwin* | rhapsody*) lt_cv_deplibs_check_method=pass_all ;; freebsd* | dragonfly*) if echo __ELF__ | $CC -E - | $GREP __ELF__ > /dev/null; then case $host_cpu in i*86 ) # Not sure whether the presence of OpenBSD here was a mistake. # Let's accept both of them until this is cleared up. lt_cv_deplibs_check_method='file_magic (FreeBSD|OpenBSD|DragonFly)/i[3-9]86 (compact )?demand paged shared library' lt_cv_file_magic_cmd=/usr/bin/file lt_cv_file_magic_test_file=`echo /usr/lib/libc.so.*` ;; esac else lt_cv_deplibs_check_method=pass_all fi ;; gnu*) lt_cv_deplibs_check_method=pass_all ;; haiku*) lt_cv_deplibs_check_method=pass_all ;; hpux10.20* | hpux11*) lt_cv_file_magic_cmd=/usr/bin/file case $host_cpu in ia64*) lt_cv_deplibs_check_method='file_magic (s[0-9][0-9][0-9]|ELF-[0-9][0-9]) shared object file - IA64' lt_cv_file_magic_test_file=/usr/lib/hpux32/libc.so ;; hppa*64*) lt_cv_deplibs_check_method='file_magic (s[0-9][0-9][0-9]|ELF[ -][0-9][0-9])(-bit)?( [LM]SB)? shared object( file)?[, -]* PA-RISC [0-9]\.[0-9]' lt_cv_file_magic_test_file=/usr/lib/pa20_64/libc.sl ;; *) lt_cv_deplibs_check_method='file_magic (s[0-9][0-9][0-9]|PA-RISC[0-9]\.[0-9]) shared library' lt_cv_file_magic_test_file=/usr/lib/libc.sl ;; esac ;; interix[3-9]*) # PIC code is broken on Interix 3.x, that's why |\.a not |_pic\.a here lt_cv_deplibs_check_method='match_pattern /lib[^/]+(\.so|\.a)$' ;; irix5* | irix6* | nonstopux*) case $LD in *-32|*"-32 ") libmagic=32-bit;; *-n32|*"-n32 ") libmagic=N32;; *-64|*"-64 ") libmagic=64-bit;; *) libmagic=never-match;; esac lt_cv_deplibs_check_method=pass_all ;; # This must be glibc/ELF. linux* | k*bsd*-gnu | kopensolaris*-gnu) lt_cv_deplibs_check_method=pass_all ;; netbsd* | netbsdelf*-gnu) if echo __ELF__ | $CC -E - | $GREP __ELF__ > /dev/null; then lt_cv_deplibs_check_method='match_pattern /lib[^/]+(\.so\.[0-9]+\.[0-9]+|_pic\.a)$' else lt_cv_deplibs_check_method='match_pattern /lib[^/]+(\.so|_pic\.a)$' fi ;; newos6*) lt_cv_deplibs_check_method='file_magic ELF [0-9][0-9]*-bit [ML]SB (executable|dynamic lib)' lt_cv_file_magic_cmd=/usr/bin/file lt_cv_file_magic_test_file=/usr/lib/libnls.so ;; *nto* | *qnx*) lt_cv_deplibs_check_method=pass_all ;; openbsd*) if test -z "`echo __ELF__ | $CC -E - | $GREP __ELF__`" || test "$host_os-$host_cpu" = "openbsd2.8-powerpc"; then lt_cv_deplibs_check_method='match_pattern /lib[^/]+(\.so\.[0-9]+\.[0-9]+|\.so|_pic\.a)$' else lt_cv_deplibs_check_method='match_pattern /lib[^/]+(\.so\.[0-9]+\.[0-9]+|_pic\.a)$' fi ;; osf3* | osf4* | osf5*) lt_cv_deplibs_check_method=pass_all ;; rdos*) lt_cv_deplibs_check_method=pass_all ;; solaris*) lt_cv_deplibs_check_method=pass_all ;; sysv5* | sco3.2v5* | sco5v6* | unixware* | OpenUNIX* | sysv4*uw2*) lt_cv_deplibs_check_method=pass_all ;; sysv4 | sysv4.3*) case $host_vendor in motorola) lt_cv_deplibs_check_method='file_magic ELF [0-9][0-9]*-bit [ML]SB (shared object|dynamic lib) M[0-9][0-9]* Version [0-9]' lt_cv_file_magic_test_file=`echo /usr/lib/libc.so*` ;; ncr) lt_cv_deplibs_check_method=pass_all ;; sequent) lt_cv_file_magic_cmd='/bin/file' lt_cv_deplibs_check_method='file_magic ELF [0-9][0-9]*-bit [LM]SB (shared object|dynamic lib )' ;; sni) lt_cv_file_magic_cmd='/bin/file' lt_cv_deplibs_check_method="file_magic ELF [0-9][0-9]*-bit [LM]SB dynamic lib" lt_cv_file_magic_test_file=/lib/libc.so ;; siemens) lt_cv_deplibs_check_method=pass_all ;; pc) lt_cv_deplibs_check_method=pass_all ;; esac ;; tpf*) lt_cv_deplibs_check_method=pass_all ;; esac fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $lt_cv_deplibs_check_method" >&5 $as_echo "$lt_cv_deplibs_check_method" >&6; } file_magic_glob= want_nocaseglob=no if test "$build" = "$host"; then case $host_os in mingw* | pw32*) if ( shopt | grep nocaseglob ) >/dev/null 2>&1; then want_nocaseglob=yes else file_magic_glob=`echo aAbBcCdDeEfFgGhHiIjJkKlLmMnNoOpPqQrRsStTuUvVwWxXyYzZ | $SED -e "s/\(..\)/s\/[\1]\/[\1]\/g;/g"` fi ;; esac fi file_magic_cmd=$lt_cv_file_magic_cmd deplibs_check_method=$lt_cv_deplibs_check_method test -z "$deplibs_check_method" && deplibs_check_method=unknown if test -n "$ac_tool_prefix"; then # Extract the first word of "${ac_tool_prefix}dlltool", so it can be a program name with args. set dummy ${ac_tool_prefix}dlltool; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_DLLTOOL+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$DLLTOOL"; then ac_cv_prog_DLLTOOL="$DLLTOOL" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_DLLTOOL="${ac_tool_prefix}dlltool" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi DLLTOOL=$ac_cv_prog_DLLTOOL if test -n "$DLLTOOL"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $DLLTOOL" >&5 $as_echo "$DLLTOOL" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi fi if test -z "$ac_cv_prog_DLLTOOL"; then ac_ct_DLLTOOL=$DLLTOOL # Extract the first word of "dlltool", so it can be a program name with args. set dummy dlltool; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_ac_ct_DLLTOOL+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$ac_ct_DLLTOOL"; then ac_cv_prog_ac_ct_DLLTOOL="$ac_ct_DLLTOOL" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_ac_ct_DLLTOOL="dlltool" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi ac_ct_DLLTOOL=$ac_cv_prog_ac_ct_DLLTOOL if test -n "$ac_ct_DLLTOOL"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_ct_DLLTOOL" >&5 $as_echo "$ac_ct_DLLTOOL" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi if test "x$ac_ct_DLLTOOL" = x; then DLLTOOL="false" else case $cross_compiling:$ac_tool_warned in yes:) { $as_echo "$as_me:${as_lineno-$LINENO}: WARNING: using cross tools not prefixed with host triplet" >&5 $as_echo "$as_me: WARNING: using cross tools not prefixed with host triplet" >&2;} ac_tool_warned=yes ;; esac DLLTOOL=$ac_ct_DLLTOOL fi else DLLTOOL="$ac_cv_prog_DLLTOOL" fi test -z "$DLLTOOL" && DLLTOOL=dlltool { $as_echo "$as_me:${as_lineno-$LINENO}: checking how to associate runtime and link libraries" >&5 $as_echo_n "checking how to associate runtime and link libraries... " >&6; } if ${lt_cv_sharedlib_from_linklib_cmd+:} false; then : $as_echo_n "(cached) " >&6 else lt_cv_sharedlib_from_linklib_cmd='unknown' case $host_os in cygwin* | mingw* | pw32* | cegcc*) # two different shell functions defined in ltmain.sh # decide which to use based on capabilities of $DLLTOOL case `$DLLTOOL --help 2>&1` in *--identify-strict*) lt_cv_sharedlib_from_linklib_cmd=func_cygming_dll_for_implib ;; *) lt_cv_sharedlib_from_linklib_cmd=func_cygming_dll_for_implib_fallback ;; esac ;; *) # fallback: assume linklib IS sharedlib lt_cv_sharedlib_from_linklib_cmd="$ECHO" ;; esac fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $lt_cv_sharedlib_from_linklib_cmd" >&5 $as_echo "$lt_cv_sharedlib_from_linklib_cmd" >&6; } sharedlib_from_linklib_cmd=$lt_cv_sharedlib_from_linklib_cmd test -z "$sharedlib_from_linklib_cmd" && sharedlib_from_linklib_cmd=$ECHO if test -n "$ac_tool_prefix"; then for ac_prog in ar do # Extract the first word of "$ac_tool_prefix$ac_prog", so it can be a program name with args. set dummy $ac_tool_prefix$ac_prog; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_AR+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$AR"; then ac_cv_prog_AR="$AR" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_AR="$ac_tool_prefix$ac_prog" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi AR=$ac_cv_prog_AR if test -n "$AR"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $AR" >&5 $as_echo "$AR" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi test -n "$AR" && break done fi if test -z "$AR"; then ac_ct_AR=$AR for ac_prog in ar do # Extract the first word of "$ac_prog", so it can be a program name with args. set dummy $ac_prog; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_ac_ct_AR+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$ac_ct_AR"; then ac_cv_prog_ac_ct_AR="$ac_ct_AR" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_ac_ct_AR="$ac_prog" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi ac_ct_AR=$ac_cv_prog_ac_ct_AR if test -n "$ac_ct_AR"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_ct_AR" >&5 $as_echo "$ac_ct_AR" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi test -n "$ac_ct_AR" && break done if test "x$ac_ct_AR" = x; then AR="false" else case $cross_compiling:$ac_tool_warned in yes:) { $as_echo "$as_me:${as_lineno-$LINENO}: WARNING: using cross tools not prefixed with host triplet" >&5 $as_echo "$as_me: WARNING: using cross tools not prefixed with host triplet" >&2;} ac_tool_warned=yes ;; esac AR=$ac_ct_AR fi fi : ${AR=ar} : ${AR_FLAGS=cru} { $as_echo "$as_me:${as_lineno-$LINENO}: checking for archiver @FILE support" >&5 $as_echo_n "checking for archiver @FILE support... " >&6; } if ${lt_cv_ar_at_file+:} false; then : $as_echo_n "(cached) " >&6 else lt_cv_ar_at_file=no cat confdefs.h - <<_ACEOF >conftest.$ac_ext /* end confdefs.h. */ int main () { ; return 0; } _ACEOF if ac_fn_c_try_compile "$LINENO"; then : echo conftest.$ac_objext > conftest.lst lt_ar_try='$AR $AR_FLAGS libconftest.a @conftest.lst >&5' { { eval echo "\"\$as_me\":${as_lineno-$LINENO}: \"$lt_ar_try\""; } >&5 (eval $lt_ar_try) 2>&5 ac_status=$? $as_echo "$as_me:${as_lineno-$LINENO}: \$? = $ac_status" >&5 test $ac_status = 0; } if test "$ac_status" -eq 0; then # Ensure the archiver fails upon bogus file names. rm -f conftest.$ac_objext libconftest.a { { eval echo "\"\$as_me\":${as_lineno-$LINENO}: \"$lt_ar_try\""; } >&5 (eval $lt_ar_try) 2>&5 ac_status=$? $as_echo "$as_me:${as_lineno-$LINENO}: \$? = $ac_status" >&5 test $ac_status = 0; } if test "$ac_status" -ne 0; then lt_cv_ar_at_file=@ fi fi rm -f conftest.* libconftest.a fi rm -f core conftest.err conftest.$ac_objext conftest.$ac_ext fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $lt_cv_ar_at_file" >&5 $as_echo "$lt_cv_ar_at_file" >&6; } if test "x$lt_cv_ar_at_file" = xno; then archiver_list_spec= else archiver_list_spec=$lt_cv_ar_at_file fi if test -n "$ac_tool_prefix"; then # Extract the first word of "${ac_tool_prefix}strip", so it can be a program name with args. set dummy ${ac_tool_prefix}strip; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_STRIP+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$STRIP"; then ac_cv_prog_STRIP="$STRIP" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_STRIP="${ac_tool_prefix}strip" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi STRIP=$ac_cv_prog_STRIP if test -n "$STRIP"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $STRIP" >&5 $as_echo "$STRIP" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi fi if test -z "$ac_cv_prog_STRIP"; then ac_ct_STRIP=$STRIP # Extract the first word of "strip", so it can be a program name with args. set dummy strip; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_ac_ct_STRIP+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$ac_ct_STRIP"; then ac_cv_prog_ac_ct_STRIP="$ac_ct_STRIP" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_ac_ct_STRIP="strip" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi ac_ct_STRIP=$ac_cv_prog_ac_ct_STRIP if test -n "$ac_ct_STRIP"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_ct_STRIP" >&5 $as_echo "$ac_ct_STRIP" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi if test "x$ac_ct_STRIP" = x; then STRIP=":" else case $cross_compiling:$ac_tool_warned in yes:) { $as_echo "$as_me:${as_lineno-$LINENO}: WARNING: using cross tools not prefixed with host triplet" >&5 $as_echo "$as_me: WARNING: using cross tools not prefixed with host triplet" >&2;} ac_tool_warned=yes ;; esac STRIP=$ac_ct_STRIP fi else STRIP="$ac_cv_prog_STRIP" fi test -z "$STRIP" && STRIP=: if test -n "$ac_tool_prefix"; then # Extract the first word of "${ac_tool_prefix}ranlib", so it can be a program name with args. set dummy ${ac_tool_prefix}ranlib; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_RANLIB+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$RANLIB"; then ac_cv_prog_RANLIB="$RANLIB" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_RANLIB="${ac_tool_prefix}ranlib" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi RANLIB=$ac_cv_prog_RANLIB if test -n "$RANLIB"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $RANLIB" >&5 $as_echo "$RANLIB" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi fi if test -z "$ac_cv_prog_RANLIB"; then ac_ct_RANLIB=$RANLIB # Extract the first word of "ranlib", so it can be a program name with args. set dummy ranlib; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_ac_ct_RANLIB+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$ac_ct_RANLIB"; then ac_cv_prog_ac_ct_RANLIB="$ac_ct_RANLIB" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_ac_ct_RANLIB="ranlib" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi ac_ct_RANLIB=$ac_cv_prog_ac_ct_RANLIB if test -n "$ac_ct_RANLIB"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_ct_RANLIB" >&5 $as_echo "$ac_ct_RANLIB" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi if test "x$ac_ct_RANLIB" = x; then RANLIB=":" else case $cross_compiling:$ac_tool_warned in yes:) { $as_echo "$as_me:${as_lineno-$LINENO}: WARNING: using cross tools not prefixed with host triplet" >&5 $as_echo "$as_me: WARNING: using cross tools not prefixed with host triplet" >&2;} ac_tool_warned=yes ;; esac RANLIB=$ac_ct_RANLIB fi else RANLIB="$ac_cv_prog_RANLIB" fi test -z "$RANLIB" && RANLIB=: # Determine commands to create old-style static archives. old_archive_cmds='$AR $AR_FLAGS $oldlib$oldobjs' old_postinstall_cmds='chmod 644 $oldlib' old_postuninstall_cmds= if test -n "$RANLIB"; then case $host_os in openbsd*) old_postinstall_cmds="$old_postinstall_cmds~\$RANLIB -t \$tool_oldlib" ;; *) old_postinstall_cmds="$old_postinstall_cmds~\$RANLIB \$tool_oldlib" ;; esac old_archive_cmds="$old_archive_cmds~\$RANLIB \$tool_oldlib" fi case $host_os in darwin*) lock_old_archive_extraction=yes ;; *) lock_old_archive_extraction=no ;; esac for ac_prog in gawk mawk nawk awk do # Extract the first word of "$ac_prog", so it can be a program name with args. set dummy $ac_prog; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_AWK+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$AWK"; then ac_cv_prog_AWK="$AWK" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_AWK="$ac_prog" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi AWK=$ac_cv_prog_AWK if test -n "$AWK"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $AWK" >&5 $as_echo "$AWK" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi test -n "$AWK" && break done # If no C compiler was specified, use CC. LTCC=${LTCC-"$CC"} # If no C compiler flags were specified, use CFLAGS. LTCFLAGS=${LTCFLAGS-"$CFLAGS"} # Allow CC to be a program name with arguments. compiler=$CC # Check for command to grab the raw symbol name followed by C symbol from nm. { $as_echo "$as_me:${as_lineno-$LINENO}: checking command to parse $NM output from $compiler object" >&5 $as_echo_n "checking command to parse $NM output from $compiler object... " >&6; } if ${lt_cv_sys_global_symbol_pipe+:} false; then : $as_echo_n "(cached) " >&6 else # These are sane defaults that work on at least a few old systems. # [They come from Ultrix. What could be older than Ultrix?!! ;)] # Character class describing NM global symbol codes. symcode='[BCDEGRST]' # Regexp to match symbols that can be accessed directly from C. sympat='\([_A-Za-z][_A-Za-z0-9]*\)' # Define system-specific variables. case $host_os in aix*) symcode='[BCDT]' ;; cygwin* | mingw* | pw32* | cegcc*) symcode='[ABCDGISTW]' ;; hpux*) if test "$host_cpu" = ia64; then symcode='[ABCDEGRST]' fi ;; irix* | nonstopux*) symcode='[BCDEGRST]' ;; osf*) symcode='[BCDEGQRST]' ;; solaris*) symcode='[BDRT]' ;; sco3.2v5*) symcode='[DT]' ;; sysv4.2uw2*) symcode='[DT]' ;; sysv5* | sco5v6* | unixware* | OpenUNIX*) symcode='[ABDT]' ;; sysv4) symcode='[DFNSTU]' ;; esac # If we're using GNU nm, then use its standard symbol codes. case `$NM -V 2>&1` in *GNU* | *'with BFD'*) symcode='[ABCDGIRSTW]' ;; esac # Transform an extracted symbol line into a proper C declaration. # Some systems (esp. on ia64) link data and code symbols differently, # so use this general approach. lt_cv_sys_global_symbol_to_cdecl="sed -n -e 's/^T .* \(.*\)$/extern int \1();/p' -e 's/^$symcode* .* \(.*\)$/extern char \1;/p'" # Transform an extracted symbol line into symbol name and symbol address lt_cv_sys_global_symbol_to_c_name_address="sed -n -e 's/^: \([^ ]*\)[ ]*$/ {\\\"\1\\\", (void *) 0},/p' -e 's/^$symcode* \([^ ]*\) \([^ ]*\)$/ {\"\2\", (void *) \&\2},/p'" lt_cv_sys_global_symbol_to_c_name_address_lib_prefix="sed -n -e 's/^: \([^ ]*\)[ ]*$/ {\\\"\1\\\", (void *) 0},/p' -e 's/^$symcode* \([^ ]*\) \(lib[^ ]*\)$/ {\"\2\", (void *) \&\2},/p' -e 's/^$symcode* \([^ ]*\) \([^ ]*\)$/ {\"lib\2\", (void *) \&\2},/p'" # Handle CRLF in mingw tool chain opt_cr= case $build_os in mingw*) opt_cr=`$ECHO 'x\{0,1\}' | tr x '\015'` # option cr in regexp ;; esac # Try without a prefix underscore, then with it. for ac_symprfx in "" "_"; do # Transform symcode, sympat, and symprfx into a raw symbol and a C symbol. symxfrm="\\1 $ac_symprfx\\2 \\2" # Write the raw and C identifiers. if test "$lt_cv_nm_interface" = "MS dumpbin"; then # Fake it for dumpbin and say T for any non-static function # and D for any global variable. # Also find C++ and __fastcall symbols from MSVC++, # which start with @ or ?. lt_cv_sys_global_symbol_pipe="$AWK '"\ " {last_section=section; section=\$ 3};"\ " /^COFF SYMBOL TABLE/{for(i in hide) delete hide[i]};"\ " /Section length .*#relocs.*(pick any)/{hide[last_section]=1};"\ " \$ 0!~/External *\|/{next};"\ " / 0+ UNDEF /{next}; / UNDEF \([^|]\)*()/{next};"\ " {if(hide[section]) next};"\ " {f=0}; \$ 0~/\(\).*\|/{f=1}; {printf f ? \"T \" : \"D \"};"\ " {split(\$ 0, a, /\||\r/); split(a[2], s)};"\ " s[1]~/^[@?]/{print s[1], s[1]; next};"\ " s[1]~prfx {split(s[1],t,\"@\"); print t[1], substr(t[1],length(prfx))}"\ " ' prfx=^$ac_symprfx" else lt_cv_sys_global_symbol_pipe="sed -n -e 's/^.*[ ]\($symcode$symcode*\)[ ][ ]*$ac_symprfx$sympat$opt_cr$/$symxfrm/p'" fi lt_cv_sys_global_symbol_pipe="$lt_cv_sys_global_symbol_pipe | sed '/ __gnu_lto/d'" # Check to see that the pipe works correctly. pipe_works=no rm -f conftest* cat > conftest.$ac_ext <<_LT_EOF #ifdef __cplusplus extern "C" { #endif char nm_test_var; void nm_test_func(void); void nm_test_func(void){} #ifdef __cplusplus } #endif int main(){nm_test_var='a';nm_test_func();return(0);} _LT_EOF if { { eval echo "\"\$as_me\":${as_lineno-$LINENO}: \"$ac_compile\""; } >&5 (eval $ac_compile) 2>&5 ac_status=$? $as_echo "$as_me:${as_lineno-$LINENO}: \$? = $ac_status" >&5 test $ac_status = 0; }; then # Now try to grab the symbols. nlist=conftest.nm if { { eval echo "\"\$as_me\":${as_lineno-$LINENO}: \"$NM conftest.$ac_objext \| "$lt_cv_sys_global_symbol_pipe" \> $nlist\""; } >&5 (eval $NM conftest.$ac_objext \| "$lt_cv_sys_global_symbol_pipe" \> $nlist) 2>&5 ac_status=$? $as_echo "$as_me:${as_lineno-$LINENO}: \$? = $ac_status" >&5 test $ac_status = 0; } && test -s "$nlist"; then # Try sorting and uniquifying the output. if sort "$nlist" | uniq > "$nlist"T; then mv -f "$nlist"T "$nlist" else rm -f "$nlist"T fi # Make sure that we snagged all the symbols we need. if $GREP ' nm_test_var$' "$nlist" >/dev/null; then if $GREP ' nm_test_func$' "$nlist" >/dev/null; then cat <<_LT_EOF > conftest.$ac_ext /* Keep this code in sync between libtool.m4, ltmain, lt_system.h, and tests. */ #if defined(_WIN32) || defined(__CYGWIN__) || defined(_WIN32_WCE) /* DATA imports from DLLs on WIN32 con't be const, because runtime relocations are performed -- see ld's documentation on pseudo-relocs. */ # define LT_DLSYM_CONST #elif defined(__osf__) /* This system does not cope well with relocations in const data. */ # define LT_DLSYM_CONST #else # define LT_DLSYM_CONST const #endif #ifdef __cplusplus extern "C" { #endif _LT_EOF # Now generate the symbol file. eval "$lt_cv_sys_global_symbol_to_cdecl"' < "$nlist" | $GREP -v main >> conftest.$ac_ext' cat <<_LT_EOF >> conftest.$ac_ext /* The mapping between symbol names and symbols. */ LT_DLSYM_CONST struct { const char *name; void *address; } lt__PROGRAM__LTX_preloaded_symbols[] = { { "@PROGRAM@", (void *) 0 }, _LT_EOF $SED "s/^$symcode$symcode* \(.*\) \(.*\)$/ {\"\2\", (void *) \&\2},/" < "$nlist" | $GREP -v main >> conftest.$ac_ext cat <<\_LT_EOF >> conftest.$ac_ext {0, (void *) 0} }; /* This works around a problem in FreeBSD linker */ #ifdef FREEBSD_WORKAROUND static const void *lt_preloaded_setup() { return lt__PROGRAM__LTX_preloaded_symbols; } #endif #ifdef __cplusplus } #endif _LT_EOF # Now try linking the two files. mv conftest.$ac_objext conftstm.$ac_objext lt_globsym_save_LIBS=$LIBS lt_globsym_save_CFLAGS=$CFLAGS LIBS="conftstm.$ac_objext" CFLAGS="$CFLAGS$lt_prog_compiler_no_builtin_flag" if { { eval echo "\"\$as_me\":${as_lineno-$LINENO}: \"$ac_link\""; } >&5 (eval $ac_link) 2>&5 ac_status=$? $as_echo "$as_me:${as_lineno-$LINENO}: \$? = $ac_status" >&5 test $ac_status = 0; } && test -s conftest${ac_exeext}; then pipe_works=yes fi LIBS=$lt_globsym_save_LIBS CFLAGS=$lt_globsym_save_CFLAGS else echo "cannot find nm_test_func in $nlist" >&5 fi else echo "cannot find nm_test_var in $nlist" >&5 fi else echo "cannot run $lt_cv_sys_global_symbol_pipe" >&5 fi else echo "$progname: failed program was:" >&5 cat conftest.$ac_ext >&5 fi rm -rf conftest* conftst* # Do not use the global_symbol_pipe unless it works. if test "$pipe_works" = yes; then break else lt_cv_sys_global_symbol_pipe= fi done fi if test -z "$lt_cv_sys_global_symbol_pipe"; then lt_cv_sys_global_symbol_to_cdecl= fi if test -z "$lt_cv_sys_global_symbol_pipe$lt_cv_sys_global_symbol_to_cdecl"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: failed" >&5 $as_echo "failed" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: ok" >&5 $as_echo "ok" >&6; } fi # Response file support. if test "$lt_cv_nm_interface" = "MS dumpbin"; then nm_file_list_spec='@' elif $NM --help 2>/dev/null | grep '[@]FILE' >/dev/null; then nm_file_list_spec='@' fi { $as_echo "$as_me:${as_lineno-$LINENO}: checking for sysroot" >&5 $as_echo_n "checking for sysroot... " >&6; } # Check whether --with-sysroot was given. if test "${with_sysroot+set}" = set; then : withval=$with_sysroot; else with_sysroot=no fi lt_sysroot= case ${with_sysroot} in #( yes) if test "$GCC" = yes; then lt_sysroot=`$CC --print-sysroot 2>/dev/null` fi ;; #( /*) lt_sysroot=`echo "$with_sysroot" | sed -e "$sed_quote_subst"` ;; #( no|'') ;; #( *) { $as_echo "$as_me:${as_lineno-$LINENO}: result: ${with_sysroot}" >&5 $as_echo "${with_sysroot}" >&6; } as_fn_error $? "The sysroot must be an absolute path." "$LINENO" 5 ;; esac { $as_echo "$as_me:${as_lineno-$LINENO}: result: ${lt_sysroot:-no}" >&5 $as_echo "${lt_sysroot:-no}" >&6; } # Check whether --enable-libtool-lock was given. if test "${enable_libtool_lock+set}" = set; then : enableval=$enable_libtool_lock; fi test "x$enable_libtool_lock" != xno && enable_libtool_lock=yes # Some flags need to be propagated to the compiler or linker for good # libtool support. case $host in ia64-*-hpux*) # Find out which ABI we are using. echo 'int i;' > conftest.$ac_ext if { { eval echo "\"\$as_me\":${as_lineno-$LINENO}: \"$ac_compile\""; } >&5 (eval $ac_compile) 2>&5 ac_status=$? $as_echo "$as_me:${as_lineno-$LINENO}: \$? = $ac_status" >&5 test $ac_status = 0; }; then case `/usr/bin/file conftest.$ac_objext` in *ELF-32*) HPUX_IA64_MODE="32" ;; *ELF-64*) HPUX_IA64_MODE="64" ;; esac fi rm -rf conftest* ;; *-*-irix6*) # Find out which ABI we are using. echo '#line '$LINENO' "configure"' > conftest.$ac_ext if { { eval echo "\"\$as_me\":${as_lineno-$LINENO}: \"$ac_compile\""; } >&5 (eval $ac_compile) 2>&5 ac_status=$? $as_echo "$as_me:${as_lineno-$LINENO}: \$? = $ac_status" >&5 test $ac_status = 0; }; then if test "$lt_cv_prog_gnu_ld" = yes; then case `/usr/bin/file conftest.$ac_objext` in *32-bit*) LD="${LD-ld} -melf32bsmip" ;; *N32*) LD="${LD-ld} -melf32bmipn32" ;; *64-bit*) LD="${LD-ld} -melf64bmip" ;; esac else case `/usr/bin/file conftest.$ac_objext` in *32-bit*) LD="${LD-ld} -32" ;; *N32*) LD="${LD-ld} -n32" ;; *64-bit*) LD="${LD-ld} -64" ;; esac fi fi rm -rf conftest* ;; x86_64-*kfreebsd*-gnu|x86_64-*linux*|ppc*-*linux*|powerpc*-*linux*| \ s390*-*linux*|s390*-*tpf*|sparc*-*linux*) # Find out which ABI we are using. echo 'int i;' > conftest.$ac_ext if { { eval echo "\"\$as_me\":${as_lineno-$LINENO}: \"$ac_compile\""; } >&5 (eval $ac_compile) 2>&5 ac_status=$? $as_echo "$as_me:${as_lineno-$LINENO}: \$? = $ac_status" >&5 test $ac_status = 0; }; then case `/usr/bin/file conftest.o` in *32-bit*) case $host in x86_64-*kfreebsd*-gnu) LD="${LD-ld} -m elf_i386_fbsd" ;; x86_64-*linux*) LD="${LD-ld} -m elf_i386" ;; ppc64-*linux*|powerpc64-*linux*) LD="${LD-ld} -m elf32ppclinux" ;; s390x-*linux*) LD="${LD-ld} -m elf_s390" ;; sparc64-*linux*) LD="${LD-ld} -m elf32_sparc" ;; esac ;; *64-bit*) case $host in x86_64-*kfreebsd*-gnu) LD="${LD-ld} -m elf_x86_64_fbsd" ;; x86_64-*linux*) LD="${LD-ld} -m elf_x86_64" ;; ppc*-*linux*|powerpc*-*linux*) LD="${LD-ld} -m elf64ppc" ;; s390*-*linux*|s390*-*tpf*) LD="${LD-ld} -m elf64_s390" ;; sparc*-*linux*) LD="${LD-ld} -m elf64_sparc" ;; esac ;; esac fi rm -rf conftest* ;; *-*-sco3.2v5*) # On SCO OpenServer 5, we need -belf to get full-featured binaries. SAVE_CFLAGS="$CFLAGS" CFLAGS="$CFLAGS -belf" { $as_echo "$as_me:${as_lineno-$LINENO}: checking whether the C compiler needs -belf" >&5 $as_echo_n "checking whether the C compiler needs -belf... " >&6; } if ${lt_cv_cc_needs_belf+:} false; then : $as_echo_n "(cached) " >&6 else ac_ext=c ac_cpp='$CPP $CPPFLAGS' ac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5' ac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5' ac_compiler_gnu=$ac_cv_c_compiler_gnu cat confdefs.h - <<_ACEOF >conftest.$ac_ext /* end confdefs.h. */ int main () { ; return 0; } _ACEOF if ac_fn_c_try_link "$LINENO"; then : lt_cv_cc_needs_belf=yes else lt_cv_cc_needs_belf=no fi rm -f core conftest.err conftest.$ac_objext \ conftest$ac_exeext conftest.$ac_ext ac_ext=c ac_cpp='$CPP $CPPFLAGS' ac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5' ac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5' ac_compiler_gnu=$ac_cv_c_compiler_gnu fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $lt_cv_cc_needs_belf" >&5 $as_echo "$lt_cv_cc_needs_belf" >&6; } if test x"$lt_cv_cc_needs_belf" != x"yes"; then # this is probably gcc 2.8.0, egcs 1.0 or newer; no need for -belf CFLAGS="$SAVE_CFLAGS" fi ;; *-*solaris*) # Find out which ABI we are using. echo 'int i;' > conftest.$ac_ext if { { eval echo "\"\$as_me\":${as_lineno-$LINENO}: \"$ac_compile\""; } >&5 (eval $ac_compile) 2>&5 ac_status=$? $as_echo "$as_me:${as_lineno-$LINENO}: \$? = $ac_status" >&5 test $ac_status = 0; }; then case `/usr/bin/file conftest.o` in *64-bit*) case $lt_cv_prog_gnu_ld in yes*) case $host in i?86-*-solaris*) LD="${LD-ld} -m elf_x86_64" ;; sparc*-*-solaris*) LD="${LD-ld} -m elf64_sparc" ;; esac # GNU ld 2.21 introduced _sol2 emulations. Use them if available. if ${LD-ld} -V | grep _sol2 >/dev/null 2>&1; then LD="${LD-ld}_sol2" fi ;; *) if ${LD-ld} -64 -r -o conftest2.o conftest.o >/dev/null 2>&1; then LD="${LD-ld} -64" fi ;; esac ;; esac fi rm -rf conftest* ;; esac need_locks="$enable_libtool_lock" if test -n "$ac_tool_prefix"; then # Extract the first word of "${ac_tool_prefix}mt", so it can be a program name with args. set dummy ${ac_tool_prefix}mt; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_MANIFEST_TOOL+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$MANIFEST_TOOL"; then ac_cv_prog_MANIFEST_TOOL="$MANIFEST_TOOL" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_MANIFEST_TOOL="${ac_tool_prefix}mt" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi MANIFEST_TOOL=$ac_cv_prog_MANIFEST_TOOL if test -n "$MANIFEST_TOOL"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $MANIFEST_TOOL" >&5 $as_echo "$MANIFEST_TOOL" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi fi if test -z "$ac_cv_prog_MANIFEST_TOOL"; then ac_ct_MANIFEST_TOOL=$MANIFEST_TOOL # Extract the first word of "mt", so it can be a program name with args. set dummy mt; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_ac_ct_MANIFEST_TOOL+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$ac_ct_MANIFEST_TOOL"; then ac_cv_prog_ac_ct_MANIFEST_TOOL="$ac_ct_MANIFEST_TOOL" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_ac_ct_MANIFEST_TOOL="mt" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi ac_ct_MANIFEST_TOOL=$ac_cv_prog_ac_ct_MANIFEST_TOOL if test -n "$ac_ct_MANIFEST_TOOL"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_ct_MANIFEST_TOOL" >&5 $as_echo "$ac_ct_MANIFEST_TOOL" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi if test "x$ac_ct_MANIFEST_TOOL" = x; then MANIFEST_TOOL=":" else case $cross_compiling:$ac_tool_warned in yes:) { $as_echo "$as_me:${as_lineno-$LINENO}: WARNING: using cross tools not prefixed with host triplet" >&5 $as_echo "$as_me: WARNING: using cross tools not prefixed with host triplet" >&2;} ac_tool_warned=yes ;; esac MANIFEST_TOOL=$ac_ct_MANIFEST_TOOL fi else MANIFEST_TOOL="$ac_cv_prog_MANIFEST_TOOL" fi test -z "$MANIFEST_TOOL" && MANIFEST_TOOL=mt { $as_echo "$as_me:${as_lineno-$LINENO}: checking if $MANIFEST_TOOL is a manifest tool" >&5 $as_echo_n "checking if $MANIFEST_TOOL is a manifest tool... " >&6; } if ${lt_cv_path_mainfest_tool+:} false; then : $as_echo_n "(cached) " >&6 else lt_cv_path_mainfest_tool=no echo "$as_me:$LINENO: $MANIFEST_TOOL '-?'" >&5 $MANIFEST_TOOL '-?' 2>conftest.err > conftest.out cat conftest.err >&5 if $GREP 'Manifest Tool' conftest.out > /dev/null; then lt_cv_path_mainfest_tool=yes fi rm -f conftest* fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $lt_cv_path_mainfest_tool" >&5 $as_echo "$lt_cv_path_mainfest_tool" >&6; } if test "x$lt_cv_path_mainfest_tool" != xyes; then MANIFEST_TOOL=: fi case $host_os in rhapsody* | darwin*) if test -n "$ac_tool_prefix"; then # Extract the first word of "${ac_tool_prefix}dsymutil", so it can be a program name with args. set dummy ${ac_tool_prefix}dsymutil; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_DSYMUTIL+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$DSYMUTIL"; then ac_cv_prog_DSYMUTIL="$DSYMUTIL" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_DSYMUTIL="${ac_tool_prefix}dsymutil" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi DSYMUTIL=$ac_cv_prog_DSYMUTIL if test -n "$DSYMUTIL"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $DSYMUTIL" >&5 $as_echo "$DSYMUTIL" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi fi if test -z "$ac_cv_prog_DSYMUTIL"; then ac_ct_DSYMUTIL=$DSYMUTIL # Extract the first word of "dsymutil", so it can be a program name with args. set dummy dsymutil; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_ac_ct_DSYMUTIL+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$ac_ct_DSYMUTIL"; then ac_cv_prog_ac_ct_DSYMUTIL="$ac_ct_DSYMUTIL" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_ac_ct_DSYMUTIL="dsymutil" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi ac_ct_DSYMUTIL=$ac_cv_prog_ac_ct_DSYMUTIL if test -n "$ac_ct_DSYMUTIL"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_ct_DSYMUTIL" >&5 $as_echo "$ac_ct_DSYMUTIL" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi if test "x$ac_ct_DSYMUTIL" = x; then DSYMUTIL=":" else case $cross_compiling:$ac_tool_warned in yes:) { $as_echo "$as_me:${as_lineno-$LINENO}: WARNING: using cross tools not prefixed with host triplet" >&5 $as_echo "$as_me: WARNING: using cross tools not prefixed with host triplet" >&2;} ac_tool_warned=yes ;; esac DSYMUTIL=$ac_ct_DSYMUTIL fi else DSYMUTIL="$ac_cv_prog_DSYMUTIL" fi if test -n "$ac_tool_prefix"; then # Extract the first word of "${ac_tool_prefix}nmedit", so it can be a program name with args. set dummy ${ac_tool_prefix}nmedit; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_NMEDIT+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$NMEDIT"; then ac_cv_prog_NMEDIT="$NMEDIT" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_NMEDIT="${ac_tool_prefix}nmedit" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi NMEDIT=$ac_cv_prog_NMEDIT if test -n "$NMEDIT"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $NMEDIT" >&5 $as_echo "$NMEDIT" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi fi if test -z "$ac_cv_prog_NMEDIT"; then ac_ct_NMEDIT=$NMEDIT # Extract the first word of "nmedit", so it can be a program name with args. set dummy nmedit; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_ac_ct_NMEDIT+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$ac_ct_NMEDIT"; then ac_cv_prog_ac_ct_NMEDIT="$ac_ct_NMEDIT" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_ac_ct_NMEDIT="nmedit" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi ac_ct_NMEDIT=$ac_cv_prog_ac_ct_NMEDIT if test -n "$ac_ct_NMEDIT"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_ct_NMEDIT" >&5 $as_echo "$ac_ct_NMEDIT" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi if test "x$ac_ct_NMEDIT" = x; then NMEDIT=":" else case $cross_compiling:$ac_tool_warned in yes:) { $as_echo "$as_me:${as_lineno-$LINENO}: WARNING: using cross tools not prefixed with host triplet" >&5 $as_echo "$as_me: WARNING: using cross tools not prefixed with host triplet" >&2;} ac_tool_warned=yes ;; esac NMEDIT=$ac_ct_NMEDIT fi else NMEDIT="$ac_cv_prog_NMEDIT" fi if test -n "$ac_tool_prefix"; then # Extract the first word of "${ac_tool_prefix}lipo", so it can be a program name with args. set dummy ${ac_tool_prefix}lipo; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_LIPO+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$LIPO"; then ac_cv_prog_LIPO="$LIPO" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_LIPO="${ac_tool_prefix}lipo" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi LIPO=$ac_cv_prog_LIPO if test -n "$LIPO"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $LIPO" >&5 $as_echo "$LIPO" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi fi if test -z "$ac_cv_prog_LIPO"; then ac_ct_LIPO=$LIPO # Extract the first word of "lipo", so it can be a program name with args. set dummy lipo; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_ac_ct_LIPO+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$ac_ct_LIPO"; then ac_cv_prog_ac_ct_LIPO="$ac_ct_LIPO" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_ac_ct_LIPO="lipo" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi ac_ct_LIPO=$ac_cv_prog_ac_ct_LIPO if test -n "$ac_ct_LIPO"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_ct_LIPO" >&5 $as_echo "$ac_ct_LIPO" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi if test "x$ac_ct_LIPO" = x; then LIPO=":" else case $cross_compiling:$ac_tool_warned in yes:) { $as_echo "$as_me:${as_lineno-$LINENO}: WARNING: using cross tools not prefixed with host triplet" >&5 $as_echo "$as_me: WARNING: using cross tools not prefixed with host triplet" >&2;} ac_tool_warned=yes ;; esac LIPO=$ac_ct_LIPO fi else LIPO="$ac_cv_prog_LIPO" fi if test -n "$ac_tool_prefix"; then # Extract the first word of "${ac_tool_prefix}otool", so it can be a program name with args. set dummy ${ac_tool_prefix}otool; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_OTOOL+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$OTOOL"; then ac_cv_prog_OTOOL="$OTOOL" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_OTOOL="${ac_tool_prefix}otool" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi OTOOL=$ac_cv_prog_OTOOL if test -n "$OTOOL"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $OTOOL" >&5 $as_echo "$OTOOL" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi fi if test -z "$ac_cv_prog_OTOOL"; then ac_ct_OTOOL=$OTOOL # Extract the first word of "otool", so it can be a program name with args. set dummy otool; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_ac_ct_OTOOL+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$ac_ct_OTOOL"; then ac_cv_prog_ac_ct_OTOOL="$ac_ct_OTOOL" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_ac_ct_OTOOL="otool" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi ac_ct_OTOOL=$ac_cv_prog_ac_ct_OTOOL if test -n "$ac_ct_OTOOL"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_ct_OTOOL" >&5 $as_echo "$ac_ct_OTOOL" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi if test "x$ac_ct_OTOOL" = x; then OTOOL=":" else case $cross_compiling:$ac_tool_warned in yes:) { $as_echo "$as_me:${as_lineno-$LINENO}: WARNING: using cross tools not prefixed with host triplet" >&5 $as_echo "$as_me: WARNING: using cross tools not prefixed with host triplet" >&2;} ac_tool_warned=yes ;; esac OTOOL=$ac_ct_OTOOL fi else OTOOL="$ac_cv_prog_OTOOL" fi if test -n "$ac_tool_prefix"; then # Extract the first word of "${ac_tool_prefix}otool64", so it can be a program name with args. set dummy ${ac_tool_prefix}otool64; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_OTOOL64+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$OTOOL64"; then ac_cv_prog_OTOOL64="$OTOOL64" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_OTOOL64="${ac_tool_prefix}otool64" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi OTOOL64=$ac_cv_prog_OTOOL64 if test -n "$OTOOL64"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $OTOOL64" >&5 $as_echo "$OTOOL64" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi fi if test -z "$ac_cv_prog_OTOOL64"; then ac_ct_OTOOL64=$OTOOL64 # Extract the first word of "otool64", so it can be a program name with args. set dummy otool64; ac_word=$2 { $as_echo "$as_me:${as_lineno-$LINENO}: checking for $ac_word" >&5 $as_echo_n "checking for $ac_word... " >&6; } if ${ac_cv_prog_ac_ct_OTOOL64+:} false; then : $as_echo_n "(cached) " >&6 else if test -n "$ac_ct_OTOOL64"; then ac_cv_prog_ac_ct_OTOOL64="$ac_ct_OTOOL64" # Let the user override the test. else as_save_IFS=$IFS; IFS=$PATH_SEPARATOR for as_dir in $PATH do IFS=$as_save_IFS test -z "$as_dir" && as_dir=. for ac_exec_ext in '' $ac_executable_extensions; do if { test -f "$as_dir/$ac_word$ac_exec_ext" && $as_test_x "$as_dir/$ac_word$ac_exec_ext"; }; then ac_cv_prog_ac_ct_OTOOL64="otool64" $as_echo "$as_me:${as_lineno-$LINENO}: found $as_dir/$ac_word$ac_exec_ext" >&5 break 2 fi done done IFS=$as_save_IFS fi fi ac_ct_OTOOL64=$ac_cv_prog_ac_ct_OTOOL64 if test -n "$ac_ct_OTOOL64"; then { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_ct_OTOOL64" >&5 $as_echo "$ac_ct_OTOOL64" >&6; } else { $as_echo "$as_me:${as_lineno-$LINENO}: result: no" >&5 $as_echo "no" >&6; } fi if test "x$ac_ct_OTOOL64" = x; then OTOOL64=":" else case $cross_compiling:$ac_tool_warned in yes:) { $as_echo "$as_me:${as_lineno-$LINENO}: WARNING: using cross tools not prefixed with host triplet" >&5 $as_echo "$as_me: WARNING: using cross tools not prefixed with host triplet" >&2;} ac_tool_warned=yes ;; esac OTOOL64=$ac_ct_OTOOL64 fi else OTOOL64="$ac_cv_prog_OTOOL64" fi { $as_echo "$as_me:${as_lineno-$LINENO}: checking for -single_module linker flag" >&5 $as_echo_n "checking for -single_module linker flag... " >&6; } if ${lt_cv_apple_cc_single_mod+:} false; then : $as_echo_n "(cached) " >&6 else lt_cv_apple_cc_single_mod=no if test -z "${LT_MULTI_MODULE}"; then # By default we will add the -single_module flag. You can override # by either setting the environment variable LT_MULTI_MODULE # non-empty at configure time, or by adding -multi_module to the # link flags. rm -rf libconftest.dylib* echo "int foo(void){return 1;}" > conftest.c echo "$LTCC $LTCFLAGS $LDFLAGS -o libconftest.dylib \ -dynamiclib -Wl,-single_module conftest.c" >&5 $LTCC $LTCFLAGS $LDFLAGS -o libconftest.dylib \ -dynamiclib -Wl,-single_module conftest.c 2>conftest.err _lt_result=$? # If there is a non-empty error log, and "single_module" # appears in it, assume the flag caused a linker warning if test -s conftest.err && $GREP single_module conftest.err; then cat conftest.err >&5 # Otherwise, if the output was created with a 0 exit code from # the compiler, it worked. elif test -f libconftest.dylib && test $_lt_result -eq 0; then lt_cv_apple_cc_single_mod=yes else cat conftest.err >&5 fi rm -rf libconftest.dylib* rm -f conftest.* fi fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $lt_cv_apple_cc_single_mod" >&5 $as_echo "$lt_cv_apple_cc_single_mod" >&6; } { $as_echo "$as_me:${as_lineno-$LINENO}: checking for -exported_symbols_list linker flag" >&5 $as_echo_n "checking for -exported_symbols_list linker flag... " >&6; } if ${lt_cv_ld_exported_symbols_list+:} false; then : $as_echo_n "(cached) " >&6 else lt_cv_ld_exported_symbols_list=no save_LDFLAGS=$LDFLAGS echo "_main" > conftest.sym LDFLAGS="$LDFLAGS -Wl,-exported_symbols_list,conftest.sym" cat confdefs.h - <<_ACEOF >conftest.$ac_ext /* end confdefs.h. */ int main () { ; return 0; } _ACEOF if ac_fn_c_try_link "$LINENO"; then : lt_cv_ld_exported_symbols_list=yes else lt_cv_ld_exported_symbols_list=no fi rm -f core conftest.err conftest.$ac_objext \ conftest$ac_exeext conftest.$ac_ext LDFLAGS="$save_LDFLAGS" fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $lt_cv_ld_exported_symbols_list" >&5 $as_echo "$lt_cv_ld_exported_symbols_list" >&6; } { $as_echo "$as_me:${as_lineno-$LINENO}: checking for -force_load linker flag" >&5 $as_echo_n "checking for -force_load linker flag... " >&6; } if ${lt_cv_ld_force_load+:} false; then : $as_echo_n "(cached) " >&6 else lt_cv_ld_force_load=no cat > conftest.c << _LT_EOF int forced_loaded() { return 2;} _LT_EOF echo "$LTCC $LTCFLAGS -c -o conftest.o conftest.c" >&5 $LTCC $LTCFLAGS -c -o conftest.o conftest.c 2>&5 echo "$AR cru libconftest.a conftest.o" >&5 $AR cru libconftest.a conftest.o 2>&5 echo "$RANLIB libconftest.a" >&5 $RANLIB libconftest.a 2>&5 cat > conftest.c << _LT_EOF int main() { return 0;} _LT_EOF echo "$LTCC $LTCFLAGS $LDFLAGS -o conftest conftest.c -Wl,-force_load,./libconftest.a" >&5 $LTCC $LTCFLAGS $LDFLAGS -o conftest conftest.c -Wl,-force_load,./libconftest.a 2>conftest.err _lt_result=$? if test -s conftest.err && $GREP force_load conftest.err; then cat conftest.err >&5 elif test -f conftest && test $_lt_result -eq 0 && $GREP forced_load conftest >/dev/null 2>&1 ; then lt_cv_ld_force_load=yes else cat conftest.err >&5 fi rm -f conftest.err libconftest.a conftest conftest.c rm -rf conftest.dSYM fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $lt_cv_ld_force_load" >&5 $as_echo "$lt_cv_ld_force_load" >&6; } case $host_os in rhapsody* | darwin1.[012]) _lt_dar_allow_undefined='${wl}-undefined ${wl}suppress' ;; darwin1.*) _lt_dar_allow_undefined='${wl}-flat_namespace ${wl}-undefined ${wl}suppress' ;; darwin*) # darwin 5.x on # if running on 10.5 or later, the deployment target defaults # to the OS version, if on x86, and 10.4, the deployment # target defaults to 10.4. Don't you love it? case ${MACOSX_DEPLOYMENT_TARGET-10.0},$host in 10.0,*86*-darwin8*|10.0,*-darwin[91]*) _lt_dar_allow_undefined='${wl}-undefined ${wl}dynamic_lookup' ;; 10.[012]*) _lt_dar_allow_undefined='${wl}-flat_namespace ${wl}-undefined ${wl}suppress' ;; 10.*) _lt_dar_allow_undefined='${wl}-undefined ${wl}dynamic_lookup' ;; esac ;; esac if test "$lt_cv_apple_cc_single_mod" = "yes"; then _lt_dar_single_mod='$single_module' fi if test "$lt_cv_ld_exported_symbols_list" = "yes"; then _lt_dar_export_syms=' ${wl}-exported_symbols_list,$output_objdir/${libname}-symbols.expsym' else _lt_dar_export_syms='~$NMEDIT -s $output_objdir/${libname}-symbols.expsym ${lib}' fi if test "$DSYMUTIL" != ":" && test "$lt_cv_ld_force_load" = "no"; then _lt_dsymutil='~$DSYMUTIL $lib || :' else _lt_dsymutil= fi ;; esac ac_ext=c ac_cpp='$CPP $CPPFLAGS' ac_compile='$CC -c $CFLAGS $CPPFLAGS conftest.$ac_ext >&5' ac_link='$CC -o conftest$ac_exeext $CFLAGS $CPPFLAGS $LDFLAGS conftest.$ac_ext $LIBS >&5' ac_compiler_gnu=$ac_cv_c_compiler_gnu { $as_echo "$as_me:${as_lineno-$LINENO}: checking how to run the C preprocessor" >&5 $as_echo_n "checking how to run the C preprocessor... 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FIXME archive_cmds='$CC -nostart $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib' else ld_shlibs=no fi ;; cygwin* | mingw* | pw32* | cegcc*) # _LT_TAGVAR(hardcode_libdir_flag_spec, ) is actually meaningless, # as there is no search path for DLLs. hardcode_libdir_flag_spec='-L$libdir' export_dynamic_flag_spec='${wl}--export-all-symbols' allow_undefined_flag=unsupported always_export_symbols=no enable_shared_with_static_runtimes=yes export_symbols_cmds='$NM $libobjs $convenience | $global_symbol_pipe | $SED -e '\''/^[BCDGRS][ ]/s/.*[ ]\([^ ]*\)/\1 DATA/;s/^.*[ ]__nm__\([^ ]*\)[ ][^ ]*/\1 DATA/;/^I[ ]/d;/^[AITW][ ]/s/.* //'\'' | sort | uniq > $export_symbols' exclude_expsyms='[_]+GLOBAL_OFFSET_TABLE_|[_]+GLOBAL__[FID]_.*|[_]+head_[A-Za-z0-9_]+_dll|[A-Za-z0-9_]+_dll_iname' if $LD --help 2>&1 | $GREP 'auto-import' > /dev/null; then archive_cmds='$CC -shared $libobjs $deplibs $compiler_flags -o $output_objdir/$soname ${wl}--enable-auto-image-base -Xlinker --out-implib -Xlinker $lib' # If the export-symbols file already is a .def file (1st line # is EXPORTS), use it as is; otherwise, prepend... archive_expsym_cmds='if test "x`$SED 1q $export_symbols`" = xEXPORTS; then cp $export_symbols $output_objdir/$soname.def; else echo EXPORTS > $output_objdir/$soname.def; cat $export_symbols >> $output_objdir/$soname.def; fi~ $CC -shared $output_objdir/$soname.def $libobjs $deplibs $compiler_flags -o $output_objdir/$soname ${wl}--enable-auto-image-base -Xlinker --out-implib -Xlinker $lib' else ld_shlibs=no fi ;; haiku*) archive_cmds='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib' link_all_deplibs=yes ;; interix[3-9]*) hardcode_direct=no hardcode_shlibpath_var=no hardcode_libdir_flag_spec='${wl}-rpath,$libdir' export_dynamic_flag_spec='${wl}-E' # Hack: On Interix 3.x, we cannot compile PIC because of a broken gcc. # Instead, shared libraries are loaded at an image base (0x10000000 by # default) and relocated if they conflict, which is a slow very memory # consuming and fragmenting process. To avoid this, we pick a random, # 256 KiB-aligned image base between 0x50000000 and 0x6FFC0000 at link # time. Moving up from 0x10000000 also allows more sbrk(2) space. archive_cmds='$CC -shared $pic_flag $libobjs $deplibs $compiler_flags ${wl}-h,$soname ${wl}--image-base,`expr ${RANDOM-$$} % 4096 / 2 \* 262144 + 1342177280` -o $lib' archive_expsym_cmds='sed "s,^,_," $export_symbols >$output_objdir/$soname.expsym~$CC -shared $pic_flag $libobjs $deplibs $compiler_flags ${wl}-h,$soname ${wl}--retain-symbols-file,$output_objdir/$soname.expsym ${wl}--image-base,`expr ${RANDOM-$$} % 4096 / 2 \* 262144 + 1342177280` -o $lib' ;; gnu* | linux* | tpf* | k*bsd*-gnu | kopensolaris*-gnu) tmp_diet=no if test "$host_os" = linux-dietlibc; then case $cc_basename in diet\ *) tmp_diet=yes;; # linux-dietlibc with static linking (!diet-dyn) esac fi if $LD --help 2>&1 | $EGREP ': supported targets:.* elf' > /dev/null \ && test "$tmp_diet" = no then tmp_addflag=' $pic_flag' tmp_sharedflag='-shared' case $cc_basename,$host_cpu in pgcc*) # Portland Group C compiler whole_archive_flag_spec='${wl}--whole-archive`for conv in $convenience\"\"; do test -n \"$conv\" && new_convenience=\"$new_convenience,$conv\"; done; func_echo_all \"$new_convenience\"` ${wl}--no-whole-archive' tmp_addflag=' $pic_flag' ;; pgf77* | pgf90* | pgf95* | pgfortran*) # Portland Group f77 and f90 compilers whole_archive_flag_spec='${wl}--whole-archive`for conv in $convenience\"\"; do test -n \"$conv\" && new_convenience=\"$new_convenience,$conv\"; done; func_echo_all \"$new_convenience\"` ${wl}--no-whole-archive' tmp_addflag=' $pic_flag -Mnomain' ;; ecc*,ia64* | icc*,ia64*) # Intel C compiler on ia64 tmp_addflag=' -i_dynamic' ;; efc*,ia64* | ifort*,ia64*) # Intel Fortran compiler on ia64 tmp_addflag=' -i_dynamic -nofor_main' ;; ifc* | ifort*) # Intel Fortran compiler tmp_addflag=' -nofor_main' ;; lf95*) # Lahey Fortran 8.1 whole_archive_flag_spec= tmp_sharedflag='--shared' ;; xl[cC]* | bgxl[cC]* | mpixl[cC]*) # IBM XL C 8.0 on PPC (deal with xlf below) tmp_sharedflag='-qmkshrobj' tmp_addflag= ;; nvcc*) # Cuda Compiler Driver 2.2 whole_archive_flag_spec='${wl}--whole-archive`for conv in $convenience\"\"; do test -n \"$conv\" && new_convenience=\"$new_convenience,$conv\"; done; func_echo_all \"$new_convenience\"` ${wl}--no-whole-archive' compiler_needs_object=yes ;; esac case `$CC -V 2>&1 | sed 5q` in *Sun\ C*) # Sun C 5.9 whole_archive_flag_spec='${wl}--whole-archive`new_convenience=; for conv in $convenience\"\"; do test -z \"$conv\" || new_convenience=\"$new_convenience,$conv\"; done; func_echo_all \"$new_convenience\"` ${wl}--no-whole-archive' compiler_needs_object=yes tmp_sharedflag='-G' ;; *Sun\ F*) # Sun Fortran 8.3 tmp_sharedflag='-G' ;; esac archive_cmds='$CC '"$tmp_sharedflag""$tmp_addflag"' $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib' if test "x$supports_anon_versioning" = xyes; then archive_expsym_cmds='echo "{ global:" > $output_objdir/$libname.ver~ cat $export_symbols | sed -e "s/\(.*\)/\1;/" >> $output_objdir/$libname.ver~ echo "local: *; };" >> $output_objdir/$libname.ver~ $CC '"$tmp_sharedflag""$tmp_addflag"' $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-version-script ${wl}$output_objdir/$libname.ver -o $lib' fi case $cc_basename in xlf* | bgf* | bgxlf* | mpixlf*) # IBM XL Fortran 10.1 on PPC cannot create shared libs itself whole_archive_flag_spec='--whole-archive$convenience --no-whole-archive' hardcode_libdir_flag_spec='${wl}-rpath ${wl}$libdir' archive_cmds='$LD -shared $libobjs $deplibs $linker_flags -soname $soname -o $lib' if test "x$supports_anon_versioning" = xyes; then archive_expsym_cmds='echo "{ global:" > $output_objdir/$libname.ver~ cat $export_symbols | sed -e "s/\(.*\)/\1;/" >> $output_objdir/$libname.ver~ echo "local: *; };" >> $output_objdir/$libname.ver~ $LD -shared $libobjs $deplibs $linker_flags -soname $soname -version-script $output_objdir/$libname.ver -o $lib' fi ;; esac else ld_shlibs=no fi ;; netbsd* | netbsdelf*-gnu) if echo __ELF__ | $CC -E - | $GREP __ELF__ >/dev/null; then archive_cmds='$LD -Bshareable $libobjs $deplibs $linker_flags -o $lib' wlarc= else archive_cmds='$CC -shared $pic_flag $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib' archive_expsym_cmds='$CC -shared $pic_flag $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib' fi ;; solaris*) if $LD -v 2>&1 | $GREP 'BFD 2\.8' > /dev/null; then ld_shlibs=no cat <<_LT_EOF 1>&2 *** Warning: The releases 2.8.* of the GNU linker cannot reliably *** create shared libraries on Solaris systems. Therefore, libtool *** is disabling shared libraries support. We urge you to upgrade GNU *** binutils to release 2.9.1 or newer. Another option is to modify *** your PATH or compiler configuration so that the native linker is *** used, and then restart. _LT_EOF elif $LD --help 2>&1 | $GREP ': supported targets:.* elf' > /dev/null; then archive_cmds='$CC -shared $pic_flag $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib' archive_expsym_cmds='$CC -shared $pic_flag $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib' else ld_shlibs=no fi ;; sysv5* | sco3.2v5* | sco5v6* | unixware* | OpenUNIX*) case `$LD -v 2>&1` in *\ [01].* | *\ 2.[0-9].* | *\ 2.1[0-5].*) ld_shlibs=no cat <<_LT_EOF 1>&2 *** Warning: Releases of the GNU linker prior to 2.16.91.0.3 can not *** reliably create shared libraries on SCO systems. Therefore, libtool *** is disabling shared libraries support. We urge you to upgrade GNU *** binutils to release 2.16.91.0.3 or newer. Another option is to modify *** your PATH or compiler configuration so that the native linker is *** used, and then restart. _LT_EOF ;; *) # For security reasons, it is highly recommended that you always # use absolute paths for naming shared libraries, and exclude the # DT_RUNPATH tag from executables and libraries. But doing so # requires that you compile everything twice, which is a pain. if $LD --help 2>&1 | $GREP ': supported targets:.* elf' > /dev/null; then hardcode_libdir_flag_spec='${wl}-rpath ${wl}$libdir' archive_cmds='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib' archive_expsym_cmds='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib' else ld_shlibs=no fi ;; esac ;; sunos4*) archive_cmds='$LD -assert pure-text -Bshareable -o $lib $libobjs $deplibs $linker_flags' wlarc= hardcode_direct=yes hardcode_shlibpath_var=no ;; *) if $LD --help 2>&1 | $GREP ': supported targets:.* elf' > /dev/null; then archive_cmds='$CC -shared $pic_flag $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib' archive_expsym_cmds='$CC -shared $pic_flag $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname ${wl}-retain-symbols-file $wl$export_symbols -o $lib' else ld_shlibs=no fi ;; esac if test "$ld_shlibs" = no; then runpath_var= hardcode_libdir_flag_spec= export_dynamic_flag_spec= whole_archive_flag_spec= fi else # PORTME fill in a description of your system's linker (not GNU ld) case $host_os in aix3*) allow_undefined_flag=unsupported always_export_symbols=yes archive_expsym_cmds='$LD -o $output_objdir/$soname $libobjs $deplibs $linker_flags -bE:$export_symbols -T512 -H512 -bM:SRE~$AR $AR_FLAGS $lib $output_objdir/$soname' # Note: this linker hardcodes the directories in LIBPATH if there # are no directories specified by -L. hardcode_minus_L=yes if test "$GCC" = yes && test -z "$lt_prog_compiler_static"; then # Neither direct hardcoding nor static linking is supported with a # broken collect2. hardcode_direct=unsupported fi ;; aix[4-9]*) if test "$host_cpu" = ia64; then # On IA64, the linker does run time linking by default, so we don't # have to do anything special. aix_use_runtimelinking=no exp_sym_flag='-Bexport' no_entry_flag="" else # If we're using GNU nm, then we don't want the "-C" option. # -C means demangle to AIX nm, but means don't demangle with GNU nm # Also, AIX nm treats weak defined symbols like other global # defined symbols, whereas GNU nm marks them as "W". if $NM -V 2>&1 | $GREP 'GNU' > /dev/null; then export_symbols_cmds='$NM -Bpg $libobjs $convenience | awk '\''{ if (((\$ 2 == "T") || (\$ 2 == "D") || (\$ 2 == "B") || (\$ 2 == "W")) && (substr(\$ 3,1,1) != ".")) { print \$ 3 } }'\'' | sort -u > $export_symbols' else export_symbols_cmds='$NM -BCpg $libobjs $convenience | awk '\''{ if (((\$ 2 == "T") || (\$ 2 == "D") || (\$ 2 == "B")) && (substr(\$ 3,1,1) != ".")) { print \$ 3 } }'\'' | sort -u > $export_symbols' fi aix_use_runtimelinking=no # Test if we are trying to use run time linking or normal # AIX style linking. If -brtl is somewhere in LDFLAGS, we # need to do runtime linking. case $host_os in aix4.[23]|aix4.[23].*|aix[5-9]*) for ld_flag in $LDFLAGS; do if (test $ld_flag = "-brtl" || test $ld_flag = "-Wl,-brtl"); then aix_use_runtimelinking=yes break fi done ;; esac exp_sym_flag='-bexport' no_entry_flag='-bnoentry' fi # When large executables or shared objects are built, AIX ld can # have problems creating the table of contents. If linking a library # or program results in "error TOC overflow" add -mminimal-toc to # CXXFLAGS/CFLAGS for g++/gcc. In the cases where that is not # enough to fix the problem, add -Wl,-bbigtoc to LDFLAGS. archive_cmds='' hardcode_direct=yes hardcode_direct_absolute=yes hardcode_libdir_separator=':' link_all_deplibs=yes file_list_spec='${wl}-f,' if test "$GCC" = yes; then case $host_os in aix4.[012]|aix4.[012].*) # We only want to do this on AIX 4.2 and lower, the check # below for broken collect2 doesn't work under 4.3+ collect2name=`${CC} -print-prog-name=collect2` if test -f "$collect2name" && strings "$collect2name" | $GREP resolve_lib_name >/dev/null then # We have reworked collect2 : else # We have old collect2 hardcode_direct=unsupported # It fails to find uninstalled libraries when the uninstalled # path is not listed in the libpath. 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The following line is correct: shared_flag='-G' else if test "$aix_use_runtimelinking" = yes; then shared_flag='${wl}-G' else shared_flag='${wl}-bM:SRE' fi fi fi export_dynamic_flag_spec='${wl}-bexpall' # It seems that -bexpall does not export symbols beginning with # underscore (_), so it is better to generate a list of symbols to export. always_export_symbols=yes if test "$aix_use_runtimelinking" = yes; then # Warning - without using the other runtime loading flags (-brtl), # -berok will link without error, but may produce a broken library. allow_undefined_flag='-berok' # Determine the default libpath from the value encoded in an # empty executable. if test "${lt_cv_aix_libpath+set}" = set; then aix_libpath=$lt_cv_aix_libpath else if ${lt_cv_aix_libpath_+:} false; then : $as_echo_n "(cached) " >&6 else cat confdefs.h - <<_ACEOF >conftest.$ac_ext /* end confdefs.h. */ int main () { ; return 0; } _ACEOF if ac_fn_c_try_link "$LINENO"; then : lt_aix_libpath_sed=' /Import File Strings/,/^$/ { /^0/ { s/^0 *\([^ ]*\) *$/\1/ p } }' lt_cv_aix_libpath_=`dump -H conftest$ac_exeext 2>/dev/null | $SED -n -e "$lt_aix_libpath_sed"` # Check for a 64-bit object if we didn't find anything. if test -z "$lt_cv_aix_libpath_"; then lt_cv_aix_libpath_=`dump -HX64 conftest$ac_exeext 2>/dev/null | $SED -n -e "$lt_aix_libpath_sed"` fi fi rm -f core conftest.err conftest.$ac_objext \ conftest$ac_exeext conftest.$ac_ext if test -z "$lt_cv_aix_libpath_"; then lt_cv_aix_libpath_="/usr/lib:/lib" fi fi aix_libpath=$lt_cv_aix_libpath_ fi hardcode_libdir_flag_spec='${wl}-blibpath:$libdir:'"$aix_libpath" archive_expsym_cmds='$CC -o $output_objdir/$soname $libobjs $deplibs '"\${wl}$no_entry_flag"' $compiler_flags `if test "x${allow_undefined_flag}" != "x"; then func_echo_all "${wl}${allow_undefined_flag}"; else :; fi` '"\${wl}$exp_sym_flag:\$export_symbols $shared_flag" else if test "$host_cpu" = ia64; then hardcode_libdir_flag_spec='${wl}-R $libdir:/usr/lib:/lib' allow_undefined_flag="-z nodefs" archive_expsym_cmds="\$CC $shared_flag"' -o $output_objdir/$soname $libobjs $deplibs '"\${wl}$no_entry_flag"' $compiler_flags ${wl}${allow_undefined_flag} '"\${wl}$exp_sym_flag:\$export_symbols" else # Determine the default libpath from the value encoded in an # empty executable. if test "${lt_cv_aix_libpath+set}" = set; 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then # We only use this code for GNU lds that support --whole-archive. whole_archive_flag_spec='${wl}--whole-archive$convenience ${wl}--no-whole-archive' else # Exported symbols can be pulled into shared objects from archives whole_archive_flag_spec='$convenience' fi archive_cmds_need_lc=yes # This is similar to how AIX traditionally builds its shared libraries. archive_expsym_cmds="\$CC $shared_flag"' -o $output_objdir/$soname $libobjs $deplibs ${wl}-bnoentry $compiler_flags ${wl}-bE:$export_symbols${allow_undefined_flag}~$AR $AR_FLAGS $output_objdir/$libname$release.a $output_objdir/$soname' fi fi ;; amigaos*) case $host_cpu in powerpc) # see comment about AmigaOS4 .so support archive_cmds='$CC -shared $libobjs $deplibs $compiler_flags ${wl}-soname $wl$soname -o $lib' archive_expsym_cmds='' ;; m68k) archive_cmds='$RM $output_objdir/a2ixlibrary.data~$ECHO "#define NAME $libname" > $output_objdir/a2ixlibrary.data~$ECHO "#define LIBRARY_ID 1" >> $output_objdir/a2ixlibrary.data~$ECHO "#define VERSION $major" >> $output_objdir/a2ixlibrary.data~$ECHO "#define REVISION $revision" >> $output_objdir/a2ixlibrary.data~$AR $AR_FLAGS $lib $libobjs~$RANLIB $lib~(cd $output_objdir && a2ixlibrary -32)' hardcode_libdir_flag_spec='-L$libdir' hardcode_minus_L=yes ;; esac ;; bsdi[45]*) export_dynamic_flag_spec=-rdynamic ;; cygwin* | mingw* | pw32* | cegcc*) # When not using gcc, we currently assume that we are using # Microsoft Visual C++. # hardcode_libdir_flag_spec is actually meaningless, as there is # no search path for DLLs. case $cc_basename in cl*) # Native MSVC hardcode_libdir_flag_spec=' ' allow_undefined_flag=unsupported always_export_symbols=yes file_list_spec='@' # Tell ltmain to make .lib files, not .a files. libext=lib # Tell ltmain to make .dll files, not .so files. shrext_cmds=".dll" # FIXME: Setting linknames here is a bad hack. archive_cmds='$CC -o $output_objdir/$soname $libobjs $compiler_flags $deplibs -Wl,-dll~linknames=' archive_expsym_cmds='if test "x`$SED 1q $export_symbols`" = xEXPORTS; then sed -n -e 's/\\\\\\\(.*\\\\\\\)/-link\\\ -EXPORT:\\\\\\\1/' -e '1\\\!p' < $export_symbols > $output_objdir/$soname.exp; else sed -e 's/\\\\\\\(.*\\\\\\\)/-link\\\ -EXPORT:\\\\\\\1/' < $export_symbols > $output_objdir/$soname.exp; fi~ $CC -o $tool_output_objdir$soname $libobjs $compiler_flags $deplibs "@$tool_output_objdir$soname.exp" -Wl,-DLL,-IMPLIB:"$tool_output_objdir$libname.dll.lib"~ linknames=' # The linker will not automatically build a static lib if we build a DLL. # _LT_TAGVAR(old_archive_from_new_cmds, )='true' enable_shared_with_static_runtimes=yes exclude_expsyms='_NULL_IMPORT_DESCRIPTOR|_IMPORT_DESCRIPTOR_.*' export_symbols_cmds='$NM $libobjs $convenience | $global_symbol_pipe | $SED -e '\''/^[BCDGRS][ ]/s/.*[ ]\([^ ]*\)/\1,DATA/'\'' | $SED -e '\''/^[AITW][ ]/s/.*[ ]//'\'' | sort | uniq > $export_symbols' # Don't use ranlib old_postinstall_cmds='chmod 644 $oldlib' postlink_cmds='lt_outputfile="@OUTPUT@"~ lt_tool_outputfile="@TOOL_OUTPUT@"~ case $lt_outputfile in *.exe|*.EXE) ;; *) lt_outputfile="$lt_outputfile.exe" lt_tool_outputfile="$lt_tool_outputfile.exe" ;; esac~ if test "$MANIFEST_TOOL" != ":" && test -f "$lt_outputfile.manifest"; then $MANIFEST_TOOL -manifest "$lt_tool_outputfile.manifest" -outputresource:"$lt_tool_outputfile" || exit 1; $RM "$lt_outputfile.manifest"; fi' ;; *) # Assume MSVC wrapper hardcode_libdir_flag_spec=' ' allow_undefined_flag=unsupported # Tell ltmain to make .lib files, not .a files. libext=lib # Tell ltmain to make .dll files, not .so files. shrext_cmds=".dll" # FIXME: Setting linknames here is a bad hack. archive_cmds='$CC -o $lib $libobjs $compiler_flags `func_echo_all "$deplibs" | $SED '\''s/ -lc$//'\''` -link -dll~linknames=' # The linker will automatically build a .lib file if we build a DLL. old_archive_from_new_cmds='true' # FIXME: Should let the user specify the lib program. old_archive_cmds='lib -OUT:$oldlib$oldobjs$old_deplibs' enable_shared_with_static_runtimes=yes ;; esac ;; darwin* | rhapsody*) archive_cmds_need_lc=no hardcode_direct=no hardcode_automatic=yes hardcode_shlibpath_var=unsupported if test "$lt_cv_ld_force_load" = "yes"; then whole_archive_flag_spec='`for conv in $convenience\"\"; do test -n \"$conv\" && new_convenience=\"$new_convenience ${wl}-force_load,$conv\"; done; func_echo_all \"$new_convenience\"`' else whole_archive_flag_spec='' fi link_all_deplibs=yes allow_undefined_flag="$_lt_dar_allow_undefined" case $cc_basename in ifort*) _lt_dar_can_shared=yes ;; *) _lt_dar_can_shared=$GCC ;; esac if test "$_lt_dar_can_shared" = "yes"; then output_verbose_link_cmd=func_echo_all archive_cmds="\$CC -dynamiclib \$allow_undefined_flag -o \$lib \$libobjs \$deplibs \$compiler_flags -install_name \$rpath/\$soname \$verstring $_lt_dar_single_mod${_lt_dsymutil}" module_cmds="\$CC \$allow_undefined_flag -o \$lib -bundle \$libobjs \$deplibs \$compiler_flags${_lt_dsymutil}" archive_expsym_cmds="sed 's,^,_,' < \$export_symbols > \$output_objdir/\${libname}-symbols.expsym~\$CC -dynamiclib \$allow_undefined_flag -o \$lib \$libobjs \$deplibs \$compiler_flags -install_name \$rpath/\$soname \$verstring ${_lt_dar_single_mod}${_lt_dar_export_syms}${_lt_dsymutil}" module_expsym_cmds="sed -e 's,^,_,' < \$export_symbols > \$output_objdir/\${libname}-symbols.expsym~\$CC \$allow_undefined_flag -o \$lib -bundle \$libobjs \$deplibs \$compiler_flags${_lt_dar_export_syms}${_lt_dsymutil}" else ld_shlibs=no fi ;; dgux*) archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_libdir_flag_spec='-L$libdir' hardcode_shlibpath_var=no ;; # FreeBSD 2.2.[012] allows us to include c++rt0.o to get C++ constructor # support. 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" >&6; } if ${lt_cv_prog_compiler__b+:} false; then : $as_echo_n "(cached) " >&6 else lt_cv_prog_compiler__b=no save_LDFLAGS="$LDFLAGS" LDFLAGS="$LDFLAGS -b" echo "$lt_simple_link_test_code" > conftest.$ac_ext if (eval $ac_link 2>conftest.err) && test -s conftest$ac_exeext; then # The linker can only warn and ignore the option if not recognized # So say no if there are warnings if test -s conftest.err; then # Append any errors to the config.log. cat conftest.err 1>&5 $ECHO "$_lt_linker_boilerplate" | $SED '/^$/d' > conftest.exp $SED '/^$/d; /^ *+/d' conftest.err >conftest.er2 if diff conftest.exp conftest.er2 >/dev/null; then lt_cv_prog_compiler__b=yes fi else lt_cv_prog_compiler__b=yes fi fi $RM -r conftest* LDFLAGS="$save_LDFLAGS" fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $lt_cv_prog_compiler__b" >&5 $as_echo "$lt_cv_prog_compiler__b" >&6; } if test x"$lt_cv_prog_compiler__b" = xyes; then archive_cmds='$CC -b ${wl}+h ${wl}$soname ${wl}+b ${wl}$install_libdir -o $lib $libobjs $deplibs $compiler_flags' else archive_cmds='$LD -b +h $soname +b $install_libdir -o $lib $libobjs $deplibs $linker_flags' fi ;; esac fi if test "$with_gnu_ld" = no; then hardcode_libdir_flag_spec='${wl}+b ${wl}$libdir' hardcode_libdir_separator=: case $host_cpu in hppa*64*|ia64*) hardcode_direct=no hardcode_shlibpath_var=no ;; *) hardcode_direct=yes hardcode_direct_absolute=yes export_dynamic_flag_spec='${wl}-E' # hardcode_minus_L: Not really in the search PATH, # but as the default location of the library. hardcode_minus_L=yes ;; esac fi ;; irix5* | irix6* | nonstopux*) if test "$GCC" = yes; then archive_cmds='$CC -shared $pic_flag $libobjs $deplibs $compiler_flags ${wl}-soname ${wl}$soname `test -n "$verstring" && func_echo_all "${wl}-set_version ${wl}$verstring"` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib' # Try to use the -exported_symbol ld option, if it does not # work, assume that -exports_file does not work either and # implicitly export all symbols. # This should be the same for all languages, so no per-tag cache variable. { $as_echo "$as_me:${as_lineno-$LINENO}: checking whether the $host_os linker accepts -exported_symbol" >&5 $as_echo_n "checking whether the $host_os linker accepts -exported_symbol... " >&6; } if ${lt_cv_irix_exported_symbol+:} false; then : $as_echo_n "(cached) " >&6 else save_LDFLAGS="$LDFLAGS" LDFLAGS="$LDFLAGS -shared ${wl}-exported_symbol ${wl}foo ${wl}-update_registry ${wl}/dev/null" cat confdefs.h - <<_ACEOF >conftest.$ac_ext /* end confdefs.h. */ int foo (void) { return 0; } _ACEOF if ac_fn_c_try_link "$LINENO"; then : lt_cv_irix_exported_symbol=yes else lt_cv_irix_exported_symbol=no fi rm -f core conftest.err conftest.$ac_objext \ conftest$ac_exeext conftest.$ac_ext LDFLAGS="$save_LDFLAGS" fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $lt_cv_irix_exported_symbol" >&5 $as_echo "$lt_cv_irix_exported_symbol" >&6; } if test "$lt_cv_irix_exported_symbol" = yes; then archive_expsym_cmds='$CC -shared $pic_flag $libobjs $deplibs $compiler_flags ${wl}-soname ${wl}$soname `test -n "$verstring" && func_echo_all "${wl}-set_version ${wl}$verstring"` ${wl}-update_registry ${wl}${output_objdir}/so_locations ${wl}-exports_file ${wl}$export_symbols -o $lib' fi else archive_cmds='$CC -shared $libobjs $deplibs $compiler_flags -soname $soname `test -n "$verstring" && func_echo_all "-set_version $verstring"` -update_registry ${output_objdir}/so_locations -o $lib' archive_expsym_cmds='$CC -shared $libobjs $deplibs $compiler_flags -soname $soname `test -n "$verstring" && func_echo_all "-set_version $verstring"` -update_registry ${output_objdir}/so_locations -exports_file $export_symbols -o $lib' fi archive_cmds_need_lc='no' hardcode_libdir_flag_spec='${wl}-rpath ${wl}$libdir' hardcode_libdir_separator=: inherit_rpath=yes link_all_deplibs=yes ;; netbsd* | netbsdelf*-gnu) if echo __ELF__ | $CC -E - | $GREP __ELF__ >/dev/null; then archive_cmds='$LD -Bshareable -o $lib $libobjs $deplibs $linker_flags' # a.out else archive_cmds='$LD -shared -o $lib $libobjs $deplibs $linker_flags' # ELF fi hardcode_libdir_flag_spec='-R$libdir' hardcode_direct=yes hardcode_shlibpath_var=no ;; newsos6) archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_direct=yes hardcode_libdir_flag_spec='${wl}-rpath ${wl}$libdir' hardcode_libdir_separator=: hardcode_shlibpath_var=no ;; *nto* | *qnx*) ;; openbsd*) if test -f /usr/libexec/ld.so; then hardcode_direct=yes hardcode_shlibpath_var=no hardcode_direct_absolute=yes if test -z "`echo __ELF__ | $CC -E - | $GREP __ELF__`" || test "$host_os-$host_cpu" = "openbsd2.8-powerpc"; then archive_cmds='$CC -shared $pic_flag -o $lib $libobjs $deplibs $compiler_flags' archive_expsym_cmds='$CC -shared $pic_flag -o $lib $libobjs $deplibs $compiler_flags ${wl}-retain-symbols-file,$export_symbols' hardcode_libdir_flag_spec='${wl}-rpath,$libdir' export_dynamic_flag_spec='${wl}-E' else case $host_os in openbsd[01].* | openbsd2.[0-7] | openbsd2.[0-7].*) archive_cmds='$LD -Bshareable -o $lib $libobjs $deplibs $linker_flags' hardcode_libdir_flag_spec='-R$libdir' ;; *) archive_cmds='$CC -shared $pic_flag -o $lib $libobjs $deplibs $compiler_flags' hardcode_libdir_flag_spec='${wl}-rpath,$libdir' ;; esac fi else ld_shlibs=no fi ;; os2*) hardcode_libdir_flag_spec='-L$libdir' hardcode_minus_L=yes allow_undefined_flag=unsupported archive_cmds='$ECHO "LIBRARY $libname INITINSTANCE" > $output_objdir/$libname.def~$ECHO "DESCRIPTION \"$libname\"" >> $output_objdir/$libname.def~echo DATA >> $output_objdir/$libname.def~echo " SINGLE NONSHARED" >> $output_objdir/$libname.def~echo EXPORTS >> $output_objdir/$libname.def~emxexp $libobjs >> $output_objdir/$libname.def~$CC -Zdll -Zcrtdll -o $lib $libobjs $deplibs $compiler_flags $output_objdir/$libname.def' old_archive_from_new_cmds='emximp -o $output_objdir/$libname.a $output_objdir/$libname.def' ;; osf3*) if test "$GCC" = yes; then allow_undefined_flag=' ${wl}-expect_unresolved ${wl}\*' archive_cmds='$CC -shared${allow_undefined_flag} $libobjs $deplibs $compiler_flags ${wl}-soname ${wl}$soname `test -n "$verstring" && func_echo_all "${wl}-set_version ${wl}$verstring"` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib' else allow_undefined_flag=' -expect_unresolved \*' archive_cmds='$CC -shared${allow_undefined_flag} $libobjs $deplibs $compiler_flags -soname $soname `test -n "$verstring" && func_echo_all "-set_version $verstring"` -update_registry ${output_objdir}/so_locations -o $lib' fi archive_cmds_need_lc='no' hardcode_libdir_flag_spec='${wl}-rpath ${wl}$libdir' hardcode_libdir_separator=: ;; osf4* | osf5*) # as osf3* with the addition of -msym flag if test "$GCC" = yes; then allow_undefined_flag=' ${wl}-expect_unresolved ${wl}\*' archive_cmds='$CC -shared${allow_undefined_flag} $pic_flag $libobjs $deplibs $compiler_flags ${wl}-msym ${wl}-soname ${wl}$soname `test -n "$verstring" && func_echo_all "${wl}-set_version ${wl}$verstring"` ${wl}-update_registry ${wl}${output_objdir}/so_locations -o $lib' hardcode_libdir_flag_spec='${wl}-rpath ${wl}$libdir' else allow_undefined_flag=' -expect_unresolved \*' archive_cmds='$CC -shared${allow_undefined_flag} $libobjs $deplibs $compiler_flags -msym -soname $soname `test -n "$verstring" && func_echo_all "-set_version $verstring"` -update_registry ${output_objdir}/so_locations -o $lib' archive_expsym_cmds='for i in `cat $export_symbols`; do printf "%s %s\\n" -exported_symbol "\$i" >> $lib.exp; done; printf "%s\\n" "-hidden">> $lib.exp~ $CC -shared${allow_undefined_flag} ${wl}-input ${wl}$lib.exp $compiler_flags $libobjs $deplibs -soname $soname `test -n "$verstring" && $ECHO "-set_version $verstring"` -update_registry ${output_objdir}/so_locations -o $lib~$RM $lib.exp' # Both c and cxx compiler support -rpath directly hardcode_libdir_flag_spec='-rpath $libdir' fi archive_cmds_need_lc='no' hardcode_libdir_separator=: ;; solaris*) no_undefined_flag=' -z defs' if test "$GCC" = yes; then wlarc='${wl}' archive_cmds='$CC -shared $pic_flag ${wl}-z ${wl}text ${wl}-h ${wl}$soname -o $lib $libobjs $deplibs $compiler_flags' archive_expsym_cmds='echo "{ global:" > $lib.exp~cat $export_symbols | $SED -e "s/\(.*\)/\1;/" >> $lib.exp~echo "local: *; };" >> $lib.exp~ $CC -shared $pic_flag ${wl}-z ${wl}text ${wl}-M ${wl}$lib.exp ${wl}-h ${wl}$soname -o $lib $libobjs $deplibs $compiler_flags~$RM $lib.exp' else case `$CC -V 2>&1` in *"Compilers 5.0"*) wlarc='' archive_cmds='$LD -G${allow_undefined_flag} -h $soname -o $lib $libobjs $deplibs $linker_flags' archive_expsym_cmds='echo "{ global:" > $lib.exp~cat $export_symbols | $SED -e "s/\(.*\)/\1;/" >> $lib.exp~echo "local: *; };" >> $lib.exp~ $LD -G${allow_undefined_flag} -M $lib.exp -h $soname -o $lib $libobjs $deplibs $linker_flags~$RM $lib.exp' ;; *) wlarc='${wl}' archive_cmds='$CC -G${allow_undefined_flag} -h $soname -o $lib $libobjs $deplibs $compiler_flags' archive_expsym_cmds='echo "{ global:" > $lib.exp~cat $export_symbols | $SED -e "s/\(.*\)/\1;/" >> $lib.exp~echo "local: *; };" >> $lib.exp~ $CC -G${allow_undefined_flag} -M $lib.exp -h $soname -o $lib $libobjs $deplibs $compiler_flags~$RM $lib.exp' ;; esac fi hardcode_libdir_flag_spec='-R$libdir' hardcode_shlibpath_var=no case $host_os in solaris2.[0-5] | solaris2.[0-5].*) ;; *) # The compiler driver will combine and reorder linker options, # but understands `-z linker_flag'. GCC discards it without `$wl', # but is careful enough not to reorder. # Supported since Solaris 2.6 (maybe 2.5.1?) if test "$GCC" = yes; then whole_archive_flag_spec='${wl}-z ${wl}allextract$convenience ${wl}-z ${wl}defaultextract' else whole_archive_flag_spec='-z allextract$convenience -z defaultextract' fi ;; esac link_all_deplibs=yes ;; sunos4*) if test "x$host_vendor" = xsequent; then # Use $CC to link under sequent, because it throws in some extra .o # files that make .init and .fini sections work. archive_cmds='$CC -G ${wl}-h $soname -o $lib $libobjs $deplibs $compiler_flags' else archive_cmds='$LD -assert pure-text -Bstatic -o $lib $libobjs $deplibs $linker_flags' fi hardcode_libdir_flag_spec='-L$libdir' hardcode_direct=yes hardcode_minus_L=yes hardcode_shlibpath_var=no ;; sysv4) case $host_vendor in sni) archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_direct=yes # is this really true??? ;; siemens) ## LD is ld it makes a PLAMLIB ## CC just makes a GrossModule. archive_cmds='$LD -G -o $lib $libobjs $deplibs $linker_flags' reload_cmds='$CC -r -o $output$reload_objs' hardcode_direct=no ;; motorola) archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_direct=no #Motorola manual says yes, but my tests say they lie ;; esac runpath_var='LD_RUN_PATH' hardcode_shlibpath_var=no ;; sysv4.3*) archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_shlibpath_var=no export_dynamic_flag_spec='-Bexport' ;; sysv4*MP*) if test -d /usr/nec; then archive_cmds='$LD -G -h $soname -o $lib $libobjs $deplibs $linker_flags' hardcode_shlibpath_var=no runpath_var=LD_RUN_PATH hardcode_runpath_var=yes ld_shlibs=yes fi ;; sysv4*uw2* | sysv5OpenUNIX* | sysv5UnixWare7.[01].[10]* | unixware7* | sco3.2v5.0.[024]*) no_undefined_flag='${wl}-z,text' archive_cmds_need_lc=no hardcode_shlibpath_var=no runpath_var='LD_RUN_PATH' if test "$GCC" = yes; then archive_cmds='$CC -shared ${wl}-h,$soname -o $lib $libobjs $deplibs $compiler_flags' archive_expsym_cmds='$CC -shared ${wl}-Bexport:$export_symbols ${wl}-h,$soname -o $lib $libobjs $deplibs $compiler_flags' else archive_cmds='$CC -G ${wl}-h,$soname -o $lib $libobjs $deplibs $compiler_flags' archive_expsym_cmds='$CC -G ${wl}-Bexport:$export_symbols ${wl}-h,$soname -o $lib $libobjs $deplibs $compiler_flags' fi ;; sysv5* | sco3.2v5* | sco5v6*) # Note: We can NOT use -z defs as we might desire, because we do not # link with -lc, and that would cause any symbols used from libc to # always be unresolved, which means just about no library would # ever link correctly. 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Since this was broken with cross compilers, # most powerpc-linux boxes support dynamic linking these days and # people can always --disable-shared, the test was removed, and we # assume the GNU/Linux dynamic linker is in use. dynamic_linker='GNU/Linux ld.so' ;; netbsdelf*-gnu) version_type=linux need_lib_prefix=no need_version=no library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major ${libname}${shared_ext}' soname_spec='${libname}${release}${shared_ext}$major' shlibpath_var=LD_LIBRARY_PATH shlibpath_overrides_runpath=no hardcode_into_libs=yes dynamic_linker='NetBSD ld.elf_so' ;; netbsd*) version_type=sunos need_lib_prefix=no need_version=no if echo __ELF__ | $CC -E - | $GREP __ELF__ >/dev/null; then library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${shared_ext}$versuffix' finish_cmds='PATH="\$PATH:/sbin" ldconfig -m $libdir' dynamic_linker='NetBSD (a.out) ld.so' else library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major ${libname}${shared_ext}' soname_spec='${libname}${release}${shared_ext}$major' dynamic_linker='NetBSD ld.elf_so' fi shlibpath_var=LD_LIBRARY_PATH shlibpath_overrides_runpath=yes hardcode_into_libs=yes ;; 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then case $host_os in openbsd2.[89] | openbsd2.[89].*) shlibpath_overrides_runpath=no ;; *) shlibpath_overrides_runpath=yes ;; esac else shlibpath_overrides_runpath=yes fi ;; os2*) libname_spec='$name' shrext_cmds=".dll" need_lib_prefix=no library_names_spec='$libname${shared_ext} $libname.a' dynamic_linker='OS/2 ld.exe' shlibpath_var=LIBPATH ;; osf3* | osf4* | osf5*) version_type=osf need_lib_prefix=no need_version=no soname_spec='${libname}${release}${shared_ext}$major' library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}' shlibpath_var=LD_LIBRARY_PATH sys_lib_search_path_spec="/usr/shlib /usr/ccs/lib /usr/lib/cmplrs/cc /usr/lib /usr/local/lib /var/shlib" sys_lib_dlsearch_path_spec="$sys_lib_search_path_spec" ;; rdos*) dynamic_linker=no ;; solaris*) version_type=linux # correct to gnu/linux during the next big refactor need_lib_prefix=no need_version=no library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}' soname_spec='${libname}${release}${shared_ext}$major' shlibpath_var=LD_LIBRARY_PATH shlibpath_overrides_runpath=yes hardcode_into_libs=yes # ldd complains unless libraries are executable postinstall_cmds='chmod +x $lib' ;; sunos4*) version_type=sunos library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${shared_ext}$versuffix' finish_cmds='PATH="\$PATH:/usr/etc" ldconfig $libdir' shlibpath_var=LD_LIBRARY_PATH shlibpath_overrides_runpath=yes if test "$with_gnu_ld" = yes; then need_lib_prefix=no fi need_version=yes ;; sysv4 | sysv4.3*) version_type=linux # correct to gnu/linux during the next big refactor library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}' soname_spec='${libname}${release}${shared_ext}$major' shlibpath_var=LD_LIBRARY_PATH case $host_vendor in sni) shlibpath_overrides_runpath=no need_lib_prefix=no runpath_var=LD_RUN_PATH ;; siemens) need_lib_prefix=no ;; motorola) need_lib_prefix=no need_version=no shlibpath_overrides_runpath=no sys_lib_search_path_spec='/lib /usr/lib /usr/ccs/lib' ;; esac ;; sysv4*MP*) if test -d /usr/nec ;then version_type=linux # correct to gnu/linux during the next big refactor library_names_spec='$libname${shared_ext}.$versuffix $libname${shared_ext}.$major $libname${shared_ext}' soname_spec='$libname${shared_ext}.$major' shlibpath_var=LD_LIBRARY_PATH fi ;; sysv5* | sco3.2v5* | sco5v6* | unixware* | OpenUNIX* | sysv4*uw2*) version_type=freebsd-elf need_lib_prefix=no need_version=no library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext} $libname${shared_ext}' soname_spec='${libname}${release}${shared_ext}$major' shlibpath_var=LD_LIBRARY_PATH shlibpath_overrides_runpath=yes hardcode_into_libs=yes if test "$with_gnu_ld" = yes; then sys_lib_search_path_spec='/usr/local/lib /usr/gnu/lib /usr/ccs/lib /usr/lib /lib' else sys_lib_search_path_spec='/usr/ccs/lib /usr/lib' case $host_os in sco3.2v5*) sys_lib_search_path_spec="$sys_lib_search_path_spec /lib" ;; esac fi sys_lib_dlsearch_path_spec='/usr/lib' ;; tpf*) # TPF is a cross-target only. Preferred cross-host = GNU/Linux. version_type=linux # correct to gnu/linux during the next big refactor need_lib_prefix=no need_version=no library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}' shlibpath_var=LD_LIBRARY_PATH shlibpath_overrides_runpath=no hardcode_into_libs=yes ;; uts4*) version_type=linux # correct to gnu/linux during the next big refactor library_names_spec='${libname}${release}${shared_ext}$versuffix ${libname}${release}${shared_ext}$major $libname${shared_ext}' soname_spec='${libname}${release}${shared_ext}$major' shlibpath_var=LD_LIBRARY_PATH ;; *) dynamic_linker=no ;; esac { $as_echo "$as_me:${as_lineno-$LINENO}: result: $dynamic_linker" >&5 $as_echo "$dynamic_linker" >&6; } test "$dynamic_linker" = no && can_build_shared=no variables_saved_for_relink="PATH $shlibpath_var $runpath_var" if test "$GCC" = yes; then variables_saved_for_relink="$variables_saved_for_relink GCC_EXEC_PREFIX COMPILER_PATH LIBRARY_PATH" fi if test "${lt_cv_sys_lib_search_path_spec+set}" = set; then sys_lib_search_path_spec="$lt_cv_sys_lib_search_path_spec" fi if test "${lt_cv_sys_lib_dlsearch_path_spec+set}" = set; then sys_lib_dlsearch_path_spec="$lt_cv_sys_lib_dlsearch_path_spec" fi { $as_echo "$as_me:${as_lineno-$LINENO}: checking how to hardcode library paths into programs" >&5 $as_echo_n "checking how to hardcode library paths into programs... " >&6; } hardcode_action= if test -n "$hardcode_libdir_flag_spec" || test -n "$runpath_var" || test "X$hardcode_automatic" = "Xyes" ; then # We can hardcode non-existent directories. if test "$hardcode_direct" != no && # If the only mechanism to avoid hardcoding is shlibpath_var, we # have to relink, otherwise we might link with an installed library # when we should be linking with a yet-to-be-installed one ## test "$_LT_TAGVAR(hardcode_shlibpath_var, )" != no && test "$hardcode_minus_L" != no; then # Linking always hardcodes the temporary library directory. hardcode_action=relink else # We can link without hardcoding, and we can hardcode nonexisting dirs. hardcode_action=immediate fi else # We cannot hardcode anything, or else we can only hardcode existing # directories. hardcode_action=unsupported fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $hardcode_action" >&5 $as_echo "$hardcode_action" >&6; } if test "$hardcode_action" = relink || test "$inherit_rpath" = yes; then # Fast installation is not supported enable_fast_install=no elif test "$shlibpath_overrides_runpath" = yes || test "$enable_shared" = no; then # Fast installation is not necessary enable_fast_install=needless fi if test "x$enable_dlopen" != xyes; then enable_dlopen=unknown enable_dlopen_self=unknown enable_dlopen_self_static=unknown else lt_cv_dlopen=no lt_cv_dlopen_libs= case $host_os in beos*) lt_cv_dlopen="load_add_on" lt_cv_dlopen_libs= lt_cv_dlopen_self=yes ;; mingw* | pw32* | cegcc*) lt_cv_dlopen="LoadLibrary" lt_cv_dlopen_libs= ;; cygwin*) lt_cv_dlopen="dlopen" lt_cv_dlopen_libs= ;; darwin*) # if libdl is installed we need to link against it { $as_echo "$as_me:${as_lineno-$LINENO}: checking for dlopen in -ldl" >&5 $as_echo_n "checking for dlopen in -ldl... " >&6; } if ${ac_cv_lib_dl_dlopen+:} false; then : $as_echo_n "(cached) " >&6 else ac_check_lib_save_LIBS=$LIBS LIBS="-ldl $LIBS" cat confdefs.h - <<_ACEOF >conftest.$ac_ext /* end confdefs.h. */ /* Override any GCC internal prototype to avoid an error. Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char dlopen (); int main () { return dlopen (); ; return 0; } _ACEOF if ac_fn_c_try_link "$LINENO"; then : ac_cv_lib_dl_dlopen=yes else ac_cv_lib_dl_dlopen=no fi rm -f core conftest.err conftest.$ac_objext \ conftest$ac_exeext conftest.$ac_ext LIBS=$ac_check_lib_save_LIBS fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_cv_lib_dl_dlopen" >&5 $as_echo "$ac_cv_lib_dl_dlopen" >&6; } if test "x$ac_cv_lib_dl_dlopen" = xyes; then : lt_cv_dlopen="dlopen" lt_cv_dlopen_libs="-ldl" else lt_cv_dlopen="dyld" lt_cv_dlopen_libs= lt_cv_dlopen_self=yes fi ;; *) ac_fn_c_check_func "$LINENO" "shl_load" "ac_cv_func_shl_load" if test "x$ac_cv_func_shl_load" = xyes; then : lt_cv_dlopen="shl_load" else { $as_echo "$as_me:${as_lineno-$LINENO}: checking for shl_load in -ldld" >&5 $as_echo_n "checking for shl_load in -ldld... " >&6; } if ${ac_cv_lib_dld_shl_load+:} false; then : $as_echo_n "(cached) " >&6 else ac_check_lib_save_LIBS=$LIBS LIBS="-ldld $LIBS" cat confdefs.h - <<_ACEOF >conftest.$ac_ext /* end confdefs.h. */ /* Override any GCC internal prototype to avoid an error. Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char shl_load (); int main () { return shl_load (); ; return 0; } _ACEOF if ac_fn_c_try_link "$LINENO"; then : ac_cv_lib_dld_shl_load=yes else ac_cv_lib_dld_shl_load=no fi rm -f core conftest.err conftest.$ac_objext \ conftest$ac_exeext conftest.$ac_ext LIBS=$ac_check_lib_save_LIBS fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_cv_lib_dld_shl_load" >&5 $as_echo "$ac_cv_lib_dld_shl_load" >&6; } if test "x$ac_cv_lib_dld_shl_load" = xyes; then : lt_cv_dlopen="shl_load" lt_cv_dlopen_libs="-ldld" else ac_fn_c_check_func "$LINENO" "dlopen" "ac_cv_func_dlopen" if test "x$ac_cv_func_dlopen" = xyes; then : lt_cv_dlopen="dlopen" else { $as_echo "$as_me:${as_lineno-$LINENO}: checking for dlopen in -ldl" >&5 $as_echo_n "checking for dlopen in -ldl... " >&6; } if ${ac_cv_lib_dl_dlopen+:} false; then : $as_echo_n "(cached) " >&6 else ac_check_lib_save_LIBS=$LIBS LIBS="-ldl $LIBS" cat confdefs.h - <<_ACEOF >conftest.$ac_ext /* end confdefs.h. */ /* Override any GCC internal prototype to avoid an error. Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char dlopen (); int main () { return dlopen (); ; return 0; } _ACEOF if ac_fn_c_try_link "$LINENO"; then : ac_cv_lib_dl_dlopen=yes else ac_cv_lib_dl_dlopen=no fi rm -f core conftest.err conftest.$ac_objext \ conftest$ac_exeext conftest.$ac_ext LIBS=$ac_check_lib_save_LIBS fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_cv_lib_dl_dlopen" >&5 $as_echo "$ac_cv_lib_dl_dlopen" >&6; } if test "x$ac_cv_lib_dl_dlopen" = xyes; then : lt_cv_dlopen="dlopen" lt_cv_dlopen_libs="-ldl" else { $as_echo "$as_me:${as_lineno-$LINENO}: checking for dlopen in -lsvld" >&5 $as_echo_n "checking for dlopen in -lsvld... " >&6; } if ${ac_cv_lib_svld_dlopen+:} false; then : $as_echo_n "(cached) " >&6 else ac_check_lib_save_LIBS=$LIBS LIBS="-lsvld $LIBS" cat confdefs.h - <<_ACEOF >conftest.$ac_ext /* end confdefs.h. */ /* Override any GCC internal prototype to avoid an error. Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char dlopen (); int main () { return dlopen (); ; return 0; } _ACEOF if ac_fn_c_try_link "$LINENO"; then : ac_cv_lib_svld_dlopen=yes else ac_cv_lib_svld_dlopen=no fi rm -f core conftest.err conftest.$ac_objext \ conftest$ac_exeext conftest.$ac_ext LIBS=$ac_check_lib_save_LIBS fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_cv_lib_svld_dlopen" >&5 $as_echo "$ac_cv_lib_svld_dlopen" >&6; } if test "x$ac_cv_lib_svld_dlopen" = xyes; then : lt_cv_dlopen="dlopen" lt_cv_dlopen_libs="-lsvld" else { $as_echo "$as_me:${as_lineno-$LINENO}: checking for dld_link in -ldld" >&5 $as_echo_n "checking for dld_link in -ldld... " >&6; } if ${ac_cv_lib_dld_dld_link+:} false; then : $as_echo_n "(cached) " >&6 else ac_check_lib_save_LIBS=$LIBS LIBS="-ldld $LIBS" cat confdefs.h - <<_ACEOF >conftest.$ac_ext /* end confdefs.h. */ /* Override any GCC internal prototype to avoid an error. Use char because int might match the return type of a GCC builtin and then its argument prototype would still apply. */ #ifdef __cplusplus extern "C" #endif char dld_link (); int main () { return dld_link (); ; return 0; } _ACEOF if ac_fn_c_try_link "$LINENO"; then : ac_cv_lib_dld_dld_link=yes else ac_cv_lib_dld_dld_link=no fi rm -f core conftest.err conftest.$ac_objext \ conftest$ac_exeext conftest.$ac_ext LIBS=$ac_check_lib_save_LIBS fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $ac_cv_lib_dld_dld_link" >&5 $as_echo "$ac_cv_lib_dld_dld_link" >&6; } if test "x$ac_cv_lib_dld_dld_link" = xyes; then : lt_cv_dlopen="dld_link" lt_cv_dlopen_libs="-ldld" fi fi fi fi fi fi ;; esac if test "x$lt_cv_dlopen" != xno; then enable_dlopen=yes else enable_dlopen=no fi case $lt_cv_dlopen in dlopen) save_CPPFLAGS="$CPPFLAGS" test "x$ac_cv_header_dlfcn_h" = xyes && CPPFLAGS="$CPPFLAGS -DHAVE_DLFCN_H" save_LDFLAGS="$LDFLAGS" wl=$lt_prog_compiler_wl eval LDFLAGS=\"\$LDFLAGS $export_dynamic_flag_spec\" save_LIBS="$LIBS" LIBS="$lt_cv_dlopen_libs $LIBS" { $as_echo "$as_me:${as_lineno-$LINENO}: checking whether a program can dlopen itself" >&5 $as_echo_n "checking whether a program can dlopen itself... " >&6; } if ${lt_cv_dlopen_self+:} false; then : $as_echo_n "(cached) " >&6 else if test "$cross_compiling" = yes; then : lt_cv_dlopen_self=cross else lt_dlunknown=0; lt_dlno_uscore=1; lt_dlneed_uscore=2 lt_status=$lt_dlunknown cat > conftest.$ac_ext <<_LT_EOF #line $LINENO "configure" #include "confdefs.h" #if HAVE_DLFCN_H #include #endif #include #ifdef RTLD_GLOBAL # define LT_DLGLOBAL RTLD_GLOBAL #else # ifdef DL_GLOBAL # define LT_DLGLOBAL DL_GLOBAL # else # define LT_DLGLOBAL 0 # endif #endif /* We may have to define LT_DLLAZY_OR_NOW in the command line if we find out it does not work in some platform. */ #ifndef LT_DLLAZY_OR_NOW # ifdef RTLD_LAZY # define LT_DLLAZY_OR_NOW RTLD_LAZY # else # ifdef DL_LAZY # define LT_DLLAZY_OR_NOW DL_LAZY # else # ifdef RTLD_NOW # define LT_DLLAZY_OR_NOW RTLD_NOW # else # ifdef DL_NOW # define LT_DLLAZY_OR_NOW DL_NOW # else # define LT_DLLAZY_OR_NOW 0 # endif # endif # endif # endif #endif /* When -fvisbility=hidden is used, assume the code has been annotated correspondingly for the symbols needed. */ #if defined(__GNUC__) && (((__GNUC__ == 3) && (__GNUC_MINOR__ >= 3)) || (__GNUC__ > 3)) int fnord () __attribute__((visibility("default"))); #endif int fnord () { return 42; } int main () { void *self = dlopen (0, LT_DLGLOBAL|LT_DLLAZY_OR_NOW); int status = $lt_dlunknown; if (self) { if (dlsym (self,"fnord")) status = $lt_dlno_uscore; else { if (dlsym( self,"_fnord")) status = $lt_dlneed_uscore; else puts (dlerror ()); } /* dlclose (self); */ } else puts (dlerror ()); return status; } _LT_EOF if { { eval echo "\"\$as_me\":${as_lineno-$LINENO}: \"$ac_link\""; } >&5 (eval $ac_link) 2>&5 ac_status=$? $as_echo "$as_me:${as_lineno-$LINENO}: \$? = $ac_status" >&5 test $ac_status = 0; } && test -s conftest${ac_exeext} 2>/dev/null; then (./conftest; exit; ) >&5 2>/dev/null lt_status=$? case x$lt_status in x$lt_dlno_uscore) lt_cv_dlopen_self=yes ;; x$lt_dlneed_uscore) lt_cv_dlopen_self=yes ;; x$lt_dlunknown|x*) lt_cv_dlopen_self=no ;; esac else : # compilation failed lt_cv_dlopen_self=no fi fi rm -fr conftest* fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $lt_cv_dlopen_self" >&5 $as_echo "$lt_cv_dlopen_self" >&6; } if test "x$lt_cv_dlopen_self" = xyes; then wl=$lt_prog_compiler_wl eval LDFLAGS=\"\$LDFLAGS $lt_prog_compiler_static\" { $as_echo "$as_me:${as_lineno-$LINENO}: checking whether a statically linked program can dlopen itself" >&5 $as_echo_n "checking whether a statically linked program can dlopen itself... " >&6; } if ${lt_cv_dlopen_self_static+:} false; then : $as_echo_n "(cached) " >&6 else if test "$cross_compiling" = yes; then : lt_cv_dlopen_self_static=cross else lt_dlunknown=0; lt_dlno_uscore=1; lt_dlneed_uscore=2 lt_status=$lt_dlunknown cat > conftest.$ac_ext <<_LT_EOF #line $LINENO "configure" #include "confdefs.h" #if HAVE_DLFCN_H #include #endif #include #ifdef RTLD_GLOBAL # define LT_DLGLOBAL RTLD_GLOBAL #else # ifdef DL_GLOBAL # define LT_DLGLOBAL DL_GLOBAL # else # define LT_DLGLOBAL 0 # endif #endif /* We may have to define LT_DLLAZY_OR_NOW in the command line if we find out it does not work in some platform. */ #ifndef LT_DLLAZY_OR_NOW # ifdef RTLD_LAZY # define LT_DLLAZY_OR_NOW RTLD_LAZY # else # ifdef DL_LAZY # define LT_DLLAZY_OR_NOW DL_LAZY # else # ifdef RTLD_NOW # define LT_DLLAZY_OR_NOW RTLD_NOW # else # ifdef DL_NOW # define LT_DLLAZY_OR_NOW DL_NOW # else # define LT_DLLAZY_OR_NOW 0 # endif # endif # endif # endif #endif /* When -fvisbility=hidden is used, assume the code has been annotated correspondingly for the symbols needed. */ #if defined(__GNUC__) && (((__GNUC__ == 3) && (__GNUC_MINOR__ >= 3)) || (__GNUC__ > 3)) int fnord () __attribute__((visibility("default"))); #endif int fnord () { return 42; } int main () { void *self = dlopen (0, LT_DLGLOBAL|LT_DLLAZY_OR_NOW); int status = $lt_dlunknown; if (self) { if (dlsym (self,"fnord")) status = $lt_dlno_uscore; else { if (dlsym( self,"_fnord")) status = $lt_dlneed_uscore; else puts (dlerror ()); } /* dlclose (self); */ } else puts (dlerror ()); return status; } _LT_EOF if { { eval echo "\"\$as_me\":${as_lineno-$LINENO}: \"$ac_link\""; } >&5 (eval $ac_link) 2>&5 ac_status=$? $as_echo "$as_me:${as_lineno-$LINENO}: \$? = $ac_status" >&5 test $ac_status = 0; } && test -s conftest${ac_exeext} 2>/dev/null; then (./conftest; exit; ) >&5 2>/dev/null lt_status=$? case x$lt_status in x$lt_dlno_uscore) lt_cv_dlopen_self_static=yes ;; x$lt_dlneed_uscore) lt_cv_dlopen_self_static=yes ;; x$lt_dlunknown|x*) lt_cv_dlopen_self_static=no ;; esac else : # compilation failed lt_cv_dlopen_self_static=no fi fi rm -fr conftest* fi { $as_echo "$as_me:${as_lineno-$LINENO}: result: $lt_cv_dlopen_self_static" >&5 $as_echo "$lt_cv_dlopen_self_static" >&6; } fi CPPFLAGS="$save_CPPFLAGS" LDFLAGS="$save_LDFLAGS" LIBS="$save_LIBS" ;; esac case $lt_cv_dlopen_self in yes|no) enable_dlopen_self=$lt_cv_dlopen_self ;; *) enable_dlopen_self=unknown ;; esac case $lt_cv_dlopen_self_static in yes|no) enable_dlopen_self_static=$lt_cv_dlopen_self_static ;; *) enable_dlopen_self_static=unknown ;; esac fi striplib= old_striplib= { $as_echo "$as_me:${as_lineno-$LINENO}: checking whether stripping libraries is possible" >&5 $as_echo_n "checking whether stripping libraries is possible... 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * endiantest.c * * This test was contributed by Bill Janssen. When used with the * gnu compiler, it allows efficient computation of the endian * flag as part of the normal compilation process. As a result, * it is not necessary to set this flag either manually or * through the configure Makefile generator. */ #include int main() { /* fprintf(stderr, "doing the test\n"); */ long v = 0x04030201; if (*((unsigned char *)(&v)) == 0x04) printf("L_BIG_ENDIAN\n"); else printf("L_LITTLE_ENDIAN\n"); return 0; } leptonica-1.70/lept.pc.in0000644000175000017500000000051312074011155013375 0ustar dandanlibdir=@libdir@ includedir=@includedir@/leptonica Name: leptonica Description: An open source C library for efficient image processing and image analysis operations Version: @VERSION@ Libs: -L${libdir} -llept Libs.private: @ZLIB_LIBS@ @LIBPNG_LIBS@ @JPEG_LIBS@ @GIFLIB_LIBS@ @LIBTIFF_LIBS@ @LIBWEBP_LIBS@ Cflags: -I${includedir} leptonica-1.70/leptonica-license.txt0000644000175000017500000000275411707077535015670 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ leptonica-1.70/m4/0000755000175000017500000000000012274453055012034 5ustar dandanleptonica-1.70/make-for-auto0000755000175000017500000000026211535013346014103 0ustar dandan#!/bin/sh # # make-for-auto # # Run this to make with autoconf if you've previously run make-for-local mv src/makefile src/makefile.static mv prog/makefile prog/makefile.static leptonica-1.70/make-for-local0000755000175000017500000000024511465561612014234 0ustar dandan#!/bin/sh # # make-for-local # # Run this first if you want to use these static makefiles cp src/makefile.static src/makefile cp prog/makefile.static prog/makefile leptonica-1.70/moller52.jpg0000444000175000017500000002261210472131452013650 0ustar dandanÿØÿàJFIFÿþXCREATOR: XV Version 3.10a Rev: 12/29/94 (PNG patch 1.2) Quality = 75, Smoothing = 0 ÿÛC    $.' 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—ýôú~òGÚžœ;3÷Éæýs1/ôñÖÿÁ}ó»EÁbIEND®B`‚leptonica-1.70/prog/paint_reg.c0000640000175000017500000003236212262340165014573 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * paint_reg.c * * Regression test for: * (1) painting on images of various types and depths. * (2) painting through masks (test by reconstructing cmapped image) */ #include "allheaders.h" static PIX * ReconstructByValue(L_REGPARAMS *rp, const char *fname); static PIX * FakeReconstructByBand(L_REGPARAMS *rp, const char *fname); int main(int argc, char **argv) { l_int32 index; l_uint32 val32; BOX *box, *box1, *box2, *box3, *box4, *box5; BOXA *boxa; L_KERNEL *kel; PIX *pixs, *pixg, *pixb, *pixd, *pixt, *pix1, *pix2, *pix3, *pix4; PIXA *pixa; PIXCMAP *cmap; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; pixa = pixaCreate(0); /* Color non-white pixels on RGB */ pixs = pixRead("lucasta-frag.jpg"); pixt = pixConvert8To32(pixs); box = boxCreate(120, 30, 200, 200); pixColorGray(pixt, box, L_PAINT_DARK, 220, 0, 0, 255); regTestWritePixAndCheck(rp, pixt, IFF_JFIF_JPEG); /* 0 */ pixaAddPix(pixa, pixt, L_COPY); pixColorGray(pixt, NULL, L_PAINT_DARK, 220, 255, 100, 100); regTestWritePixAndCheck(rp, pixt, IFF_JFIF_JPEG); /* 1 */ pixaAddPix(pixa, pixt, L_INSERT); boxDestroy(&box); /* Color non-white pixels on colormap */ pixt = pixThresholdTo4bpp(pixs, 6, 1); box = boxCreate(120, 30, 200, 200); pixColorGray(pixt, box, L_PAINT_DARK, 220, 0, 0, 255); regTestWritePixAndCheck(rp, pixt, IFF_PNG); /* 2 */ pixaAddPix(pixa, pixt, L_COPY); pixColorGray(pixt, NULL, L_PAINT_DARK, 220, 255, 100, 100); regTestWritePixAndCheck(rp, pixt, IFF_PNG); /* 3 */ pixaAddPix(pixa, pixt, L_INSERT); boxDestroy(&box); /* Color non-black pixels on RGB */ pixt = pixConvert8To32(pixs); box = boxCreate(120, 30, 200, 200); pixColorGray(pixt, box, L_PAINT_LIGHT, 20, 0, 0, 255); regTestWritePixAndCheck(rp, pixt, IFF_PNG); /* 4 */ pixaAddPix(pixa, pixt, L_COPY); pixColorGray(pixt, NULL, L_PAINT_LIGHT, 80, 255, 100, 100); regTestWritePixAndCheck(rp, pixt, IFF_PNG); /* 5 */ pixaAddPix(pixa, pixt, L_INSERT); boxDestroy(&box); /* Color non-black pixels on colormap */ pixt = pixThresholdTo4bpp(pixs, 6, 1); box = boxCreate(120, 30, 200, 200); pixColorGray(pixt, box, L_PAINT_LIGHT, 20, 0, 0, 255); regTestWritePixAndCheck(rp, pixt, IFF_PNG); /* 6 */ pixaAddPix(pixa, pixt, L_COPY); pixColorGray(pixt, NULL, L_PAINT_LIGHT, 20, 255, 100, 100); regTestWritePixAndCheck(rp, pixt, IFF_PNG); /* 7 */ pixaAddPix(pixa, pixt, L_INSERT); boxDestroy(&box); /* Add highlight color to RGB */ pixt = pixConvert8To32(pixs); box = boxCreate(507, 5, 385, 45); pixg = pixClipRectangle(pixs, box, NULL); pixb = pixThresholdToBinary(pixg, 180); pixInvert(pixb, pixb); pixDisplayWrite(pixb, 1); composeRGBPixel(50, 0, 250, &val32); pixPaintThroughMask(pixt, pixb, box->x, box->y, val32); boxDestroy(&box); pixDestroy(&pixg); pixDestroy(&pixb); box = boxCreate(236, 107, 262, 40); pixg = pixClipRectangle(pixs, box, NULL); pixb = pixThresholdToBinary(pixg, 180); pixInvert(pixb, pixb); composeRGBPixel(250, 0, 50, &val32); pixPaintThroughMask(pixt, pixb, box->x, box->y, val32); boxDestroy(&box); pixDestroy(&pixg); pixDestroy(&pixb); box = boxCreate(222, 208, 247, 43); pixg = pixClipRectangle(pixs, box, NULL); pixb = pixThresholdToBinary(pixg, 180); pixInvert(pixb, pixb); composeRGBPixel(60, 250, 60, &val32); pixPaintThroughMask(pixt, pixb, box->x, box->y, val32); regTestWritePixAndCheck(rp, pixt, IFF_PNG); /* 8 */ pixaAddPix(pixa, pixt, L_INSERT); boxDestroy(&box); pixDestroy(&pixg); pixDestroy(&pixb); /* Add highlight color to colormap */ pixt = pixThresholdTo4bpp(pixs, 5, 1); cmap = pixGetColormap(pixt); pixcmapGetIndex(cmap, 255, 255, 255, &index); box = boxCreate(507, 5, 385, 45); pixSetSelectCmap(pixt, box, index, 50, 0, 250); boxDestroy(&box); box = boxCreate(236, 107, 262, 40); pixSetSelectCmap(pixt, box, index, 250, 0, 50); boxDestroy(&box); box = boxCreate(222, 208, 247, 43); pixSetSelectCmap(pixt, box, index, 60, 250, 60); regTestWritePixAndCheck(rp, pixt, IFF_PNG); /* 9 */ pixaAddPix(pixa, pixt, L_INSERT); boxDestroy(&box); /* Paint lines on RGB */ pixt = pixConvert8To32(pixs); pixRenderLineArb(pixt, 450, 20, 850, 320, 5, 200, 50, 125); pixRenderLineArb(pixt, 30, 40, 440, 40, 5, 100, 200, 25); box = boxCreate(70, 80, 300, 245); pixRenderBoxArb(pixt, box, 3, 200, 200, 25); regTestWritePixAndCheck(rp, pixt, IFF_JFIF_JPEG); /* 10 */ pixaAddPix(pixa, pixt, L_INSERT); boxDestroy(&box); /* Paint lines on colormap */ pixt = pixThresholdTo4bpp(pixs, 5, 1); pixRenderLineArb(pixt, 450, 20, 850, 320, 5, 200, 50, 125); pixRenderLineArb(pixt, 30, 40, 440, 40, 5, 100, 200, 25); box = boxCreate(70, 80, 300, 245); pixRenderBoxArb(pixt, box, 3, 200, 200, 25); regTestWritePixAndCheck(rp, pixt, IFF_PNG); /* 11 */ pixaAddPix(pixa, pixt, L_INSERT); boxDestroy(&box); /* Blend lines on RGB */ pixt = pixConvert8To32(pixs); pixRenderLineBlend(pixt, 450, 20, 850, 320, 5, 200, 50, 125, 0.35); pixRenderLineBlend(pixt, 30, 40, 440, 40, 5, 100, 200, 25, 0.35); box = boxCreate(70, 80, 300, 245); pixRenderBoxBlend(pixt, box, 3, 200, 200, 25, 0.6); regTestWritePixAndCheck(rp, pixt, IFF_JFIF_JPEG); /* 12 */ pixaAddPix(pixa, pixt, L_INSERT); boxDestroy(&box); /* Colorize gray on cmapped image. */ pix1 = pixRead("lucasta.150.jpg"); pix2 = pixThresholdTo4bpp(pix1, 7, 1); box1 = boxCreate(73, 206, 140, 27); pixColorGrayCmap(pix2, box1, L_PAINT_LIGHT, 130, 207, 43); regTestWritePixAndCheck(rp, pix2, IFF_PNG); /* 13 */ pixaAddPix(pixa, pix2, L_COPY); if (rp->display) pixPrintStreamInfo(stderr, pix2, "One box added"); box2 = boxCreate(255, 404, 197, 25); pixColorGrayCmap(pix2, box2, L_PAINT_LIGHT, 230, 67, 119); regTestWritePixAndCheck(rp, pix2, IFF_PNG); /* 14 */ pixaAddPix(pixa, pix2, L_COPY); if (rp->display) pixPrintStreamInfo(stderr, pix2, "Two boxes added"); box3 = boxCreate(122, 756, 224, 22); pixColorGrayCmap(pix2, box3, L_PAINT_DARK, 230, 67, 119); regTestWritePixAndCheck(rp, pix2, IFF_PNG); /* 15 */ pixaAddPix(pixa, pix2, L_COPY); if (rp->display) pixPrintStreamInfo(stderr, pix2, "Three boxes added"); box4 = boxCreate(11, 780, 147, 22); pixColorGrayCmap(pix2, box4, L_PAINT_LIGHT, 70, 137, 229); regTestWritePixAndCheck(rp, pix2, IFF_PNG); /* 16 */ pixaAddPix(pixa, pix2, L_COPY); if (rp->display) pixPrintStreamInfo(stderr, pix2, "Four boxes added"); box5 = boxCreate(163, 605, 78, 22); pixColorGrayCmap(pix2, box5, L_PAINT_LIGHT, 70, 137, 229); regTestWritePixAndCheck(rp, pix2, IFF_PNG); /* 17 */ pixaAddPix(pixa, pix2, L_INSERT); if (rp->display) pixPrintStreamInfo(stderr, pix2, "Five boxes added"); pixDestroy(&pix1); boxDestroy(&box1); boxDestroy(&box2); boxDestroy(&box3); boxDestroy(&box4); boxDestroy(&box5); pixDestroy(&pixs); /* Make a gray image and identify the fg pixels (val > 230) */ pixs = pixRead("feyn-fract.tif"); pix1 = pixConvertTo8(pixs, 0); kel = makeGaussianKernel(2, 2, 1.5, 1.0); pix2 = pixConvolve(pix1, kel, 8, 1); pix3 = pixThresholdToBinary(pix2, 230); boxa = pixConnComp(pix3, NULL, 8); pixDestroy(&pixs); pixDestroy(&pix1); pixDestroy(&pix3); kernelDestroy(&kel); /* Color the individual components in the gray image */ pix4 = pixColorGrayRegions(pix2, boxa, L_PAINT_DARK, 230, 255, 0, 0); regTestWritePixAndCheck(rp, pix4, IFF_PNG); /* 18 */ pixaAddPix(pixa, pix4, L_INSERT); pixDisplayWithTitle(pix4, 0, 0, NULL, rp->display); /* Threshold to 10 levels of gray */ pix3 = pixThresholdOn8bpp(pix2, 10, 1); regTestWritePixAndCheck(rp, pix3, IFF_PNG); /* 19 */ pixaAddPix(pixa, pix3, L_COPY); /* Color the individual components in the cmapped image */ pix4 = pixColorGrayRegions(pix3, boxa, L_PAINT_DARK, 230, 255, 0, 0); regTestWritePixAndCheck(rp, pix4, IFF_PNG); /* 20 */ pixaAddPix(pixa, pix4, L_INSERT); pixDisplayWithTitle(pix4, 0, 100, NULL, rp->display); boxaDestroy(&boxa); /* Color the entire gray image (not component-wise) */ pixColorGray(pix2, NULL, L_PAINT_DARK, 230, 255, 0, 0); regTestWritePixAndCheck(rp, pix2, IFF_PNG); /* 21 */ pixaAddPix(pixa, pix2, L_INSERT); /* Color the entire cmapped image (not component-wise) */ pixColorGray(pix3, NULL, L_PAINT_DARK, 230, 255, 0, 0); regTestWritePixAndCheck(rp, pix3, IFF_PNG); /* 22 */ pixaAddPix(pixa, pix3, L_INSERT); /* Reconstruct cmapped images */ pixd = ReconstructByValue(rp, "weasel2.4c.png"); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 23 */ pixaAddPix(pixa, pixd, L_INSERT); pixd = ReconstructByValue(rp, "weasel4.11c.png"); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 24 */ pixaAddPix(pixa, pixd, L_INSERT); pixd = ReconstructByValue(rp, "weasel8.240c.png"); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 25 */ pixaAddPix(pixa, pixd, L_INSERT); /* Fake reconstruct cmapped images, with one color into a band */ pixd = FakeReconstructByBand(rp, "weasel2.4c.png"); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 26 */ pixaAddPix(pixa, pixd, L_INSERT); pixd = FakeReconstructByBand(rp, "weasel4.11c.png"); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 27 */ pixaAddPix(pixa, pixd, L_INSERT); pixd = FakeReconstructByBand(rp, "weasel8.240c.png"); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 28 */ pixaAddPix(pixa, pixd, L_INSERT); /* If in testing mode, make a pdf */ if (rp->display) { pixaConvertToPdf(pixa, 100, 1.0, L_FLATE_ENCODE, 0, "Colorize and paint", "/tmp/paint.pdf"); } pixaDestroy(&pixa); return regTestCleanup(rp); } static PIX * ReconstructByValue(L_REGPARAMS *rp, const char *fname) { l_int32 i, n, rval, gval, bval; PIX *pixs, *pixm, *pixd; PIXCMAP *cmap; pixs = pixRead(fname); cmap = pixGetColormap(pixs); n = pixcmapGetCount(cmap); pixd = pixCreateTemplate(pixs); for (i = 0; i < n; i++) { pixm = pixGenerateMaskByValue(pixs, i, 1); pixcmapGetColor(cmap, i, &rval, &gval, &bval); pixSetMaskedCmap(pixd, pixm, 0, 0, rval, gval, bval); pixDestroy(&pixm); } regTestComparePix(rp, pixs, pixd); pixDestroy(&pixs); return pixd; } static PIX * FakeReconstructByBand(L_REGPARAMS *rp, const char *fname) { l_int32 i, jlow, jup, n, nbands; l_int32 rval1, gval1, bval1, rval2, gval2, bval2, rval, gval, bval; PIX *pixs, *pixm, *pixd; PIXCMAP *cmaps, *cmapd; pixs = pixRead(fname); cmaps = pixGetColormap(pixs); n = pixcmapGetCount(cmaps); nbands = (n + 1) / 2; pixd = pixCreateTemplate(pixs); cmapd = pixcmapCreate(pixGetDepth(pixs)); pixSetColormap(pixd, cmapd); for (i = 0; i < nbands; i++) { jlow = 2 * i; jup = L_MIN(jlow + 1, n - 1); pixm = pixGenerateMaskByBand(pixs, jlow, jup, 1, 1); /* Get average color in the band */ pixcmapGetColor(cmaps, jlow, &rval1, &gval1, &bval1); pixcmapGetColor(cmaps, jup, &rval2, &gval2, &bval2); rval = (rval1 + rval2) / 2; gval = (gval1 + gval2) / 2; bval = (bval1 + bval2) / 2; pixcmapAddColor(cmapd, rval, gval, bval); pixSetMaskedCmap(pixd, pixm, 0, 0, rval, gval, bval); pixDestroy(&pixm); } pixDestroy(&pixs); return pixd; } leptonica-1.70/prog/gplotdata.example0000640000175000017500000000317007556063060016014 0ustar dandan% % gplotdata.example % % This is an example data file to be used as input for gplot % from file. % % All lines starting with '%' are comments and are ignored % All blank lines are ignored % Use '&' at beginning of a line as a control character: % The first '&' signals that the data is to start % Subsequent '&' are separators between data for different plots; % this way, we can have multiple plots on the same output graph % % All plot info lines before the "&" that signals start of % data are optional % % If they exist, the first three must be: % title % xaxis label % yaxis label % These default to null strings. % % Optionally after that, the individual plots can % be labeled and the drawing method specified. % This is done by specifying: % number of plots % title for plot 1 % drawing style for plot 1 % title for plot 2 % drawing style for plot 2 % ... % % The defaults are to have the plots untitled and to % use LINES for the plot. The drawing styles allowed % are in the set {LINES, POINTS, IMPULSES, LINESPOINTS, DOTS}. % this is the title this is the xaxis label this is the yaxis label 4 % (this is a comment line) plotto uno LINES % (this is a comment line) plotto due POINTS % (this is a comment line) plotto tre LINESPOINTS % (this is a comment line) plotto quattro DOTS &&&&&&&& 1. 4 2,7 3 11 b(4) = 19 (5., 31) 6.2 40 7.3 , 70 &&&&&&&& &&&&&&&& oops, I put in an extra one 1 7 2.1 15 3.3 22 4.5, 36 5.9 62 &&&&&&&& 0.5 4 1.5 10 2.5 25 3.5 35 4.5 47.2 5.5, 68 &&&&&&&& 0.2 5 1.2 12.3 2.3 27.9 3.6 42.8 4.8 61.9 5.1 68.3 leptonica-1.70/prog/dwalinear.3.c0000644000175000017500000003107111707074305014735 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /*! * Top-level fast binary morphology with auto-generated sels * * PIX *pixMorphDwa_3() * PIX *pixFMorphopGen_3() */ #include #include "allheaders.h" PIX *pixMorphDwa_3(PIX *pixd, PIX *pixs, l_int32 operation, char *selname); PIX *pixFMorphopGen_3(PIX *pixd, PIX *pixs, l_int32 operation, char *selname); l_int32 fmorphopgen_low_3(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 index); static l_int32 NUM_SELS_GENERATED = 124; static char SEL_NAMES[][80] = { "sel_2h", "sel_3h", "sel_4h", "sel_5h", "sel_6h", "sel_7h", "sel_8h", "sel_9h", "sel_10h", "sel_11h", "sel_12h", "sel_13h", "sel_14h", "sel_15h", "sel_16h", "sel_17h", "sel_18h", "sel_19h", "sel_20h", "sel_21h", "sel_22h", "sel_23h", "sel_24h", "sel_25h", "sel_26h", "sel_27h", "sel_28h", "sel_29h", "sel_30h", "sel_31h", "sel_32h", "sel_33h", "sel_34h", "sel_35h", "sel_36h", "sel_37h", "sel_38h", "sel_39h", "sel_40h", "sel_41h", "sel_42h", "sel_43h", "sel_44h", "sel_45h", "sel_46h", "sel_47h", "sel_48h", "sel_49h", "sel_50h", "sel_51h", "sel_52h", "sel_53h", "sel_54h", "sel_55h", "sel_56h", "sel_57h", "sel_58h", "sel_59h", "sel_60h", "sel_61h", "sel_62h", "sel_63h", "sel_2v", "sel_3v", "sel_4v", "sel_5v", "sel_6v", "sel_7v", "sel_8v", "sel_9v", "sel_10v", "sel_11v", "sel_12v", "sel_13v", "sel_14v", "sel_15v", "sel_16v", "sel_17v", "sel_18v", "sel_19v", "sel_20v", "sel_21v", "sel_22v", "sel_23v", "sel_24v", "sel_25v", "sel_26v", "sel_27v", "sel_28v", "sel_29v", "sel_30v", "sel_31v", "sel_32v", "sel_33v", "sel_34v", "sel_35v", "sel_36v", "sel_37v", "sel_38v", "sel_39v", "sel_40v", "sel_41v", "sel_42v", "sel_43v", "sel_44v", "sel_45v", "sel_46v", "sel_47v", "sel_48v", "sel_49v", "sel_50v", "sel_51v", "sel_52v", "sel_53v", "sel_54v", "sel_55v", "sel_56v", "sel_57v", "sel_58v", "sel_59v", "sel_60v", "sel_61v", "sel_62v", "sel_63v"}; /*! * pixMorphDwa_3() * * Input: pixd (usual 3 choices: null, == pixs, != pixs) * pixs (1 bpp) * operation (L_MORPH_DILATE, L_MORPH_ERODE, * L_MORPH_OPEN, L_MORPH_CLOSE) * sel name * Return: pixd * * Notes: * (1) This simply adds a border, calls the appropriate * pixFMorphopGen_*(), and removes the border. * See the notes for that function. * (2) The size of the border depends on the operation * and the boundary conditions. */ PIX * pixMorphDwa_3(PIX *pixd, PIX *pixs, l_int32 operation, char *selname) { l_int32 bordercolor, bordersize; PIX *pixt1, *pixt2, *pixt3; PROCNAME("pixMorphDwa_3"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs must be 1 bpp", procName, pixd); /* Set the border size */ bordercolor = getMorphBorderPixelColor(L_MORPH_ERODE, 1); bordersize = 32; if (bordercolor == 0 && operation == L_MORPH_CLOSE) bordersize += 32; pixt1 = pixAddBorder(pixs, bordersize, 0); pixt2 = pixFMorphopGen_3(NULL, pixt1, operation, selname); pixt3 = pixRemoveBorder(pixt2, bordersize); pixDestroy(&pixt1); pixDestroy(&pixt2); if (!pixd) return pixt3; pixCopy(pixd, pixt3); pixDestroy(&pixt3); return pixd; } /*! * pixFMorphopGen_3() * * Input: pixd (usual 3 choices: null, == pixs, != pixs) * pixs (1 bpp) * operation (L_MORPH_DILATE, L_MORPH_ERODE, * L_MORPH_OPEN, L_MORPH_CLOSE) * sel name * Return: pixd * * Notes: * (1) This is a dwa operation, and the Sels must be limited in * size to not more than 31 pixels about the origin. * (2) A border of appropriate size (32 pixels, or 64 pixels * for safe closing with asymmetric b.c.) must be added before * this function is called. * (3) This handles all required setting of the border pixels * before erosion and dilation. * (4) The closing operation is safe; no pixels can be removed * near the boundary. */ PIX * pixFMorphopGen_3(PIX *pixd, PIX *pixs, l_int32 operation, char *selname) { l_int32 i, index, found, w, h, wpls, wpld, bordercolor, erodeop, borderop; l_uint32 *datad, *datas, *datat; PIX *pixt; PROCNAME("pixFMorphopGen_3"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs must be 1 bpp", procName, pixd); /* Get boundary colors to use */ bordercolor = getMorphBorderPixelColor(L_MORPH_ERODE, 1); if (bordercolor == 1) erodeop = PIX_SET; else erodeop = PIX_CLR; found = FALSE; for (i = 0; i < NUM_SELS_GENERATED; i++) { if (strcmp(selname, SEL_NAMES[i]) == 0) { found = TRUE; index = 2 * i; break; } } if (found == FALSE) return (PIX *)ERROR_PTR("sel index not found", procName, pixd); if (!pixd) { if ((pixd = pixCreateTemplate(pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } else /* for in-place or pre-allocated */ pixResizeImageData(pixd, pixs); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); /* The images must be surrounded, in advance, with a border of * size 32 pixels (or 64, for closing), that we'll read from. * Fabricate a "proper" image as the subimage within the 32 * pixel border, having the following parameters: */ w = pixGetWidth(pixs) - 64; h = pixGetHeight(pixs) - 64; datas = pixGetData(pixs) + 32 * wpls + 1; datad = pixGetData(pixd) + 32 * wpld + 1; if (operation == L_MORPH_DILATE || operation == L_MORPH_ERODE) { borderop = PIX_CLR; if (operation == L_MORPH_ERODE) { borderop = erodeop; index++; } if (pixd == pixs) { /* in-place; generate a temp image */ if ((pixt = pixCopy(NULL, pixs)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, pixd); datat = pixGetData(pixt) + 32 * wpls + 1; pixSetOrClearBorder(pixt, 32, 32, 32, 32, borderop); fmorphopgen_low_3(datad, w, h, wpld, datat, wpls, index); pixDestroy(&pixt); } else { /* not in-place */ pixSetOrClearBorder(pixs, 32, 32, 32, 32, borderop); fmorphopgen_low_3(datad, w, h, wpld, datas, wpls, index); } } else { /* opening or closing; generate a temp image */ if ((pixt = pixCreateTemplate(pixs)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, pixd); datat = pixGetData(pixt) + 32 * wpls + 1; if (operation == L_MORPH_OPEN) { pixSetOrClearBorder(pixs, 32, 32, 32, 32, erodeop); fmorphopgen_low_3(datat, w, h, wpls, datas, wpls, index+1); pixSetOrClearBorder(pixt, 32, 32, 32, 32, PIX_CLR); fmorphopgen_low_3(datad, w, h, wpld, datat, wpls, index); } else { /* closing */ pixSetOrClearBorder(pixs, 32, 32, 32, 32, PIX_CLR); fmorphopgen_low_3(datat, w, h, wpls, datas, wpls, index); pixSetOrClearBorder(pixt, 32, 32, 32, 32, erodeop); fmorphopgen_low_3(datad, w, h, wpld, datat, wpls, index+1); } pixDestroy(&pixt); } return pixd; } leptonica-1.70/prog/shear1_reg.c0000644000175000017500000002210712244775260014653 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * shear1_reg.c * * Regression test for shear, both IP and to new pix. */ #include "allheaders.h" #define BINARY_IMAGE "test1.png" #define TWO_BPP_IMAGE "weasel2.4c.png" #define FOUR_BPP_IMAGE1 "weasel4.11c.png" #define FOUR_BPP_IMAGE2 "weasel4.16g.png" #define EIGHT_BPP_IMAGE "test8.jpg" #define EIGHT_BPP_CMAP_IMAGE1 "dreyfus8.png" #define EIGHT_BPP_CMAP_IMAGE2 "test24.jpg" #define RGB_IMAGE "marge.jpg" static PIX *shearTest(PIX *pixs, l_float32 scale); static const l_float32 ANGLE1 = 3.14159265 / 12.; l_int32 main(int argc, char **argv) { l_int32 index; PIX *pixs, *pixc, *pixd; PIXCMAP *cmap; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; fprintf(stderr, "Test binary image:\n"); pixs = pixRead(BINARY_IMAGE); pixd = shearTest(pixs, 1.0); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 0 */ pixDisplayWithTitle(pixd, 100, 100, NULL, rp->display); pixDestroy(&pixs); pixDestroy(&pixd); /* We change the black to dark red so that we can see * that the IP shear does brings in that color. It * can't bring in black because the cmap is filled. */ fprintf(stderr, "Test 2 bpp cmapped image with filled cmap:\n"); pixs = pixRead(TWO_BPP_IMAGE); cmap = pixGetColormap(pixs); pixcmapGetIndex(cmap, 40, 44, 40, &index); pixcmapResetColor(cmap, index, 100, 0, 0); pixd = shearTest(pixs, 1.0); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 1 */ pixDisplayWithTitle(pixd, 100, 100, NULL, rp->display); pixDestroy(&pixs); pixDestroy(&pixd); fprintf(stderr, "Test 4 bpp cmapped image with unfilled cmap:\n"); pixs = pixRead(FOUR_BPP_IMAGE1); pixd = shearTest(pixs, 1.0); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 2 */ pixDisplayWithTitle(pixd, 100, 100, NULL, rp->display); pixDestroy(&pixs); pixDestroy(&pixd); fprintf(stderr, "Test 4 bpp cmapped image with filled cmap:\n"); pixs = pixRead(FOUR_BPP_IMAGE2); pixd = shearTest(pixs, 1.0); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 3 */ pixDisplayWithTitle(pixd, 100, 100, NULL, rp->display); pixDestroy(&pixs); pixDestroy(&pixd); fprintf(stderr, "Test 8 bpp grayscale image:\n"); pixs = pixRead(EIGHT_BPP_IMAGE); pixd = shearTest(pixs, 0.5); regTestWritePixAndCheck(rp, pixd, IFF_JFIF_JPEG); /* 4 */ pixDisplayWithTitle(pixd, 100, 100, NULL, rp->display); pixDestroy(&pixs); pixDestroy(&pixd); fprintf(stderr, "Test 8 bpp grayscale cmap image:\n"); pixs = pixRead(EIGHT_BPP_CMAP_IMAGE1); pixd = shearTest(pixs, 1.0); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 5 */ pixDisplayWithTitle(pixd, 100, 100, NULL, rp->display); pixDestroy(&pixs); pixDestroy(&pixd); fprintf(stderr, "Test 8 bpp color cmap image:\n"); pixs = pixRead(EIGHT_BPP_CMAP_IMAGE2); pixd = pixOctreeColorQuant(pixs, 200, 0); pixc = shearTest(pixd, 1.0 / 3.0); regTestWritePixAndCheck(rp, pixc, IFF_JFIF_JPEG); /* 6 */ pixDisplayWithTitle(pixc, 100, 100, NULL, rp->display); pixDestroy(&pixs); pixDestroy(&pixd); pixDestroy(&pixc); fprintf(stderr, "Test rgb image:\n"); pixs = pixRead(RGB_IMAGE); pixd = shearTest(pixs, 0.5); regTestWritePixAndCheck(rp, pixd, IFF_JFIF_JPEG); /* 7 */ pixDisplayWithTitle(pixd, 100, 100, NULL, rp->display); pixDestroy(&pixs); pixDestroy(&pixd); return regTestCleanup(rp); } static PIX * shearTest(PIX *pixs, l_float32 scale) { l_int32 w, h, d; PIX *pixt1, *pixt2, *pixd; PIXA *pixa; pixa = pixaCreate(0); pixGetDimensions(pixs, &w, &h, &d); pixt1 = pixHShear(NULL, pixs, 0, ANGLE1, L_BRING_IN_WHITE); pixSaveTiled(pixt1, pixa, scale, 1, 20, 32); pixt2 = pixHShear(NULL, pixs, h / 2, ANGLE1, L_BRING_IN_WHITE); pixSaveTiled(pixt2, pixa, scale, 0, 20, 0); pixDestroy(&pixt1); pixDestroy(&pixt2); pixt1 = pixHShear(NULL, pixs, 0, ANGLE1, L_BRING_IN_BLACK); pixSaveTiled(pixt1, pixa, scale, 0, 20, 0); pixt2 = pixHShear(NULL, pixs, h / 2, ANGLE1, L_BRING_IN_BLACK); pixSaveTiled(pixt2, pixa, scale, 0, 20, 0); pixDestroy(&pixt1); pixDestroy(&pixt2); if (!pixGetColormap(pixs)) { pixt1 = pixCopy(NULL, pixs); pixHShearIP(pixt1, 0, ANGLE1, L_BRING_IN_WHITE); pixSaveTiled(pixt1, pixa, scale, 1, 20, 0); pixt2 = pixCopy(NULL, pixs); pixHShearIP(pixt2, h / 2, ANGLE1, L_BRING_IN_WHITE); pixSaveTiled(pixt2, pixa, scale, 0, 20, 0); pixDestroy(&pixt1); pixDestroy(&pixt2); pixt1 = pixCopy(NULL, pixs); pixHShearIP(pixt1, 0, ANGLE1, L_BRING_IN_BLACK); pixSaveTiled(pixt1, pixa, scale, 0, 20, 0); pixt2 = pixCopy(NULL, pixs); pixHShearIP(pixt2, h / 2, ANGLE1, L_BRING_IN_BLACK); pixSaveTiled(pixt2, pixa, scale, 0, 20, 32); pixDestroy(&pixt1); pixDestroy(&pixt2); } if (d == 8 || d == 32 || pixGetColormap(pixs)) { pixt1 = pixHShearLI(pixs, 0, ANGLE1, L_BRING_IN_WHITE); pixSaveTiled(pixt1, pixa, scale, 1, 20, 0); pixt2 = pixHShearLI(pixs, w / 2, ANGLE1, L_BRING_IN_WHITE); pixSaveTiled(pixt2, pixa, scale, 0, 20, 0); pixDestroy(&pixt1); pixDestroy(&pixt2); pixt1 = pixHShearLI(pixs, 0, ANGLE1, L_BRING_IN_BLACK); pixSaveTiled(pixt1, pixa, scale, 0, 20, 0); pixt2 = pixHShearLI(pixs, w / 2, ANGLE1, L_BRING_IN_BLACK); pixSaveTiled(pixt2, pixa, scale, 0, 20, 0); pixDestroy(&pixt1); pixDestroy(&pixt2); } pixt1 = pixVShear(NULL, pixs, 0, ANGLE1, L_BRING_IN_WHITE); pixSaveTiled(pixt1, pixa, scale, 1, 20, 0); pixt2 = pixVShear(NULL, pixs, w / 2, ANGLE1, L_BRING_IN_WHITE); pixSaveTiled(pixt2, pixa, scale, 0, 20, 0); pixDestroy(&pixt1); pixDestroy(&pixt2); pixt1 = pixVShear(NULL, pixs, 0, ANGLE1, L_BRING_IN_BLACK); pixSaveTiled(pixt1, pixa, scale, 0, 20, 0); pixt2 = pixVShear(NULL, pixs, w / 2, ANGLE1, L_BRING_IN_BLACK); pixSaveTiled(pixt2, pixa, scale, 0, 20, 0); pixDestroy(&pixt1); pixDestroy(&pixt2); if (!pixGetColormap(pixs)) { pixt1 = pixCopy(NULL, pixs); pixVShearIP(pixt1, 0, ANGLE1, L_BRING_IN_WHITE); pixSaveTiled(pixt1, pixa, scale, 1, 20, 0); pixt2 = pixCopy(NULL, pixs); pixVShearIP(pixt2, w / 2, ANGLE1, L_BRING_IN_WHITE); pixSaveTiled(pixt2, pixa, scale, 0, 20, 0); pixDestroy(&pixt1); pixDestroy(&pixt2); pixt1 = pixCopy(NULL, pixs); pixVShearIP(pixt1, 0, ANGLE1, L_BRING_IN_BLACK); pixSaveTiled(pixt1, pixa, scale, 0, 20, 0); pixt2 = pixCopy(NULL, pixs); pixVShearIP(pixt2, w / 2, ANGLE1, L_BRING_IN_BLACK); pixSaveTiled(pixt2, pixa, scale, 0, 20, 32); pixDestroy(&pixt1); pixDestroy(&pixt2); } if (d == 8 || d == 32 || pixGetColormap(pixs)) { pixt1 = pixVShearLI(pixs, 0, ANGLE1, L_BRING_IN_WHITE); pixSaveTiled(pixt1, pixa, scale, 1, 20, 0); pixt2 = pixVShearLI(pixs, w / 2, ANGLE1, L_BRING_IN_WHITE); pixSaveTiled(pixt2, pixa, scale, 0, 20, 0); pixDestroy(&pixt1); pixDestroy(&pixt2); pixt1 = pixVShearLI(pixs, 0, ANGLE1, L_BRING_IN_BLACK); pixSaveTiled(pixt1, pixa, scale, 0, 20, 0); pixt2 = pixVShearLI(pixs, w / 2, ANGLE1, L_BRING_IN_BLACK); pixSaveTiled(pixt2, pixa, scale, 0, 20, 0); pixDestroy(&pixt1); pixDestroy(&pixt2); } pixd = pixaDisplay(pixa, 0, 0); pixaDestroy(&pixa); return pixd; } leptonica-1.70/prog/fcombautogen.c0000644000175000017500000000534012242266473015303 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * fcombautogen.c * * This program is used to generate the two files of dwa code for combs, * that are used in linear composite dwa operations for brick Sels. * If filename is not given, the files are: * dwacomb..c * dwacomblow..c * Otherwise they are: * ..c * low..c * where is the input index. * These two files, when compiled, are used to implement all * the composite dwa operations for brick Sels, that are * generated by selaAddDwaCombs(). * * The library files dwacomp.2.c and dwacomblow.2.c were made * using = 2. */ #include "allheaders.h" int main(int argc, char **argv) { char *filename; l_int32 index, ret; SELA *sela; static char mainName[] = "fcombautogen"; if (argc != 2 && argc != 3) return ERROR_INT(" Syntax: fcombautogen index ", mainName, 1); index = atoi(argv[1]); sela = selaAddDwaCombs(NULL); if (argc == 2) filename = stringNew("dwacomb"); else filename = argv[2]; ret = fmorphautogen(sela, index, filename); if (argc == 2) lept_free(filename); selaDestroy(&sela); return ret; } leptonica-1.70/prog/german.png0000444000175000017500000013234211353700537014442 0ustar dandan‰PNG  IHDRãg«§ˆsRGB®Îé pHYsM&ÀÜÚetIMEÚ’e¥tEXtCommentCreated with GIMPW IDATxÚì}mÒã6®µÆ7ûH×]ˆãÒF&5 q\ÚHænįG™d#OޘƠ@ˆ¢$[²ÏùÑÕ-SüAÿöõõÕA;Ɖ]@A¦&‚ ÈÔq4<ÇãÁ~ ÈÔ±SÜn7Ò41 ã‰"Aä'ÒWúsûŒtŽô‰>o¿¢Ô-×D2¡oKép‡¥%¸O©?Nî…_ÎòI(Ê*ÍJ‘V¾å‡öOàJ%/-J_ä牭§ŸHÐ )°4Ÿa2ëcP¦m5¼Úþ©L¾Ú噂X—¬mÇÂÚê á3¥LM¼ ¡îéyÍëΡ¶¨"œkßâåŸñZ§Ÿ™ZN‰kæ3Ðñd·ÈÒå’¼(äªÕËÉÆȯߥA™èÙús™ÚZ?„n€¦ukótpoE‘•?£¦•[½Þj¸ 4éá% IINà}Lø/§µí_tý6%\e- ¿‡éãëë‹'ŠäðdÑÔ½AOZô gn=ñG‘—ËEý.ü·z¾g?Iü(ôœGÞ«ËìáÒívÓ3=9YÒJQöÄO½Vô= ÕÊ[7y‘³S}Fʹ\.×ëÕ¾Î÷8™ÔœÜ5°£¶ºwo—áQ¶þ$‡óý`Þ÷§iëÒàõ ‘àa,¿¨žê2V)Û·W^`2xEÛÓ´D¦è3¡·\>Çn·›Ò½wø|Gò‰®Úð+ñ°6½€· îÐ¥Gä' @UED‡Up¸¶“©?E¸•aA‚ï=¯—(¸Ä€ÀËþËt~þø‰§êpèeÕ˜ôÏ]_´üpÓ–owdêgb«5ÃHãØ÷}›k6™šx%DvA•öváÙ¸{îöœXzƾ¸[-`€¾ßïêEëÉÔï+õqßF¨ääϵnIì ѬD{}Y¼˜¬HÃ3VWš]’Lýþ°4—ˆ¾Ú^Åb&ã¹³¨íaŸ Í¥<®°Èü,í…½¥¢Þ”4©òkÚ_ñ«U¤7Ü÷<û ô³µbUî´ÈÔïŒýg‚VSF(úÞ˜0™ü3!_ýªÞ1‹åý'ÖPãß^Òë'ÍDðŸÉõ¦!9 £Û¦UåcÉ.О|dê5¥jŸª“Ò‡¼@Œ¢r“%¦$™ÑZJ4˜4Øÿ6™‡áÂc§nXÿ«æóF’îÇ y5•R³žÛ±pˆ’¬v^wN¤ñˆ£@/½5ÙP¬`¥$È/¬›º:)Yç"kû&%;42Ô§@ÓêA%;ã§|'Y¤»‚?–š¹Õ1+´uÀɪXìù¡¸è>IW2ËaJõl,Ñh¢TΗú ýs†ÒæUh½4õ|®ÄãÞõ«‡Àî0üɇ®äžÿêN§á‹ðs9ñq ðLçUºŠð?} ô~v—P ° ? 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * newspaper_reg.c * * Segmenting newspaper articles using morphology. * * Most of the work is done at 4x reduction (approx. 75 ppi), * which makes it very fast. */ #include "allheaders.h" int main(int argc, char **argv) { l_int32 w, h; BOXA *boxa; PIX *pixs, *pixt, *pix1, *pix2, *pix3, *pix4, *pix5; PIX *pix6, *pix7, *pix8, *pix9, *pix10, *pix11; PIXA *pixa1, *pixa2; PIXCMAP *cmap; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; pixs = pixRead("scots-frag.tif"); pixa1 = pixaCreate(12); pixt = pixScaleToGray4(pixs); pixaAddPix(pixa1, pixt, L_INSERT); regTestWritePixAndCheck(rp, pixt, IFF_JFIF_JPEG); /* 0 */ /* Rank reduce 2x */ pix1 = pixReduceRankBinary2(pixs, 2, NULL); pixt = pixScale(pix1, 0.5, 0.5); pixaAddPix(pixa1, pixt, L_INSERT); /* Open out the vertical lines */ pix2 = pixMorphSequence(pix1, "o1.50", 0); pixt = pixScale(pix2, 0.5, 0.5); pixaAddPix(pixa1, pixt, L_INSERT); regTestWritePixAndCheck(rp, pixt, IFF_TIFF_G4); /* 1 */ pixDisplayWithTitle(pixt, 0, 0, "open vertical lines", rp->display); /* Seedfill back to get those lines in their entirety */ pix3 = pixSeedfillBinary(NULL, pix2, pix1, 8); pixt = pixScale(pix3, 0.5, 0.5); pixaAddPix(pixa1, pixt, L_INSERT); regTestWritePixAndCheck(rp, pixt, IFF_TIFF_G4); /* 2 */ pixDisplayWithTitle(pixt, 300, 0, "seedfill vertical", rp->display); /* Remove the vertical lines (and some of the images) */ pixXor(pix2, pix1, pix3); pixt = pixScale(pix2, 0.5, 0.5); pixaAddPix(pixa1, pixt, L_INSERT); regTestWritePixAndCheck(rp, pixt, IFF_TIFF_G4); /* 3 */ pixDisplayWithTitle(pixt, 600, 0, "remove vertical lines", rp->display); /* Open out the horizontal lines */ pix4 = pixMorphSequence(pix2, "o50.1", 0); pixt = pixScale(pix4, 0.5, 0.5); pixaAddPix(pixa1, pixt, L_INSERT); /* Seedfill back to get those lines in their entirety */ pix5 = pixSeedfillBinary(NULL, pix4, pix2, 8); pixt = pixScale(pix5, 0.5, 0.5); pixaAddPix(pixa1, pixt, L_INSERT); regTestWritePixAndCheck(rp, pixt, IFF_TIFF_G4); /* 4 */ pixDisplayWithTitle(pixt, 900, 0, "seedfill horizontal", rp->display); /* Remove the horizontal lines */ pixXor(pix4, pix2, pix5); pixt = pixScale(pix4, 0.5, 0.5); pixaAddPix(pixa1, pixt, L_INSERT); regTestWritePixAndCheck(rp, pixt, IFF_TIFF_G4); /* 5 */ pixDisplayWithTitle(pixt, 1200, 0, "remove horiz lines", rp->display); /* Invert and identify vertical gutters between text columns */ pix6 = pixReduceRankBinaryCascade(pix4, 1, 1, 0, 0); pixInvert(pix6, pix6); pixt = pixScale(pix6, 2.0, 2.0); pixaAddPix(pixa1, pixt, L_INSERT); regTestWritePixAndCheck(rp, pixt, IFF_TIFF_G4); /* 6 */ pixDisplayWithTitle(pixt, 1500, 0, NULL, rp->display); pix7 = pixMorphSequence(pix6, "o1.50", 0); pixt = pixScale(pix7, 2.0, 2.0); pixaAddPix(pixa1, pixt, L_INSERT); regTestWritePixAndCheck(rp, pixt, IFF_TIFF_G4); /* 7 */ pixDisplayWithTitle(pixt, 0, 300, "vertical gutters", rp->display); pix8 = pixExpandBinaryPower2(pix7, 4); /* gutter mask */ regTestWritePixAndCheck(rp, pix8, IFF_TIFF_G4); /* 8 */ /* Solidify text blocks */ pix9 = pixMorphSequence(pix4, "c50.1 + c1.10", 0); pixSubtract(pix9, pix9, pix8); /* preserve gutter */ pix10 = pixMorphSequence(pix9, "d3.3", 0); pixt = pixScale(pix10, 0.5, 0.5); pixaAddPix(pixa1, pixt, L_INSERT); regTestWritePixAndCheck(rp, pixt, IFF_TIFF_G4); /* 9 */ pixDisplayWithTitle(pixt, 300, 300, "solidify text", rp->display); /* Show stuff under this mask */ pixGetDimensions(pix10, &w, &h, NULL); boxa = pixConnComp(pix10, &pixa2, 8); pix11 = pixaDisplayRandomCmap(pixa2, w, h); pixPaintThroughMask(pix11, pix4, 0, 0, 0); pixt = pixScale(pix11, 0.5, 0.5); pixaAddPix(pixa1, pixt, L_INSERT); regTestWritePixAndCheck(rp, pixt, IFF_PNG); /* 10 */ pixDisplayWithTitle(pixt, 600, 300, "stuff under mask1", rp->display); boxaDestroy(&boxa); pixaDestroy(&pixa2); /* Paint the background white */ cmap = pixGetColormap(pix11); pixcmapResetColor(cmap, 0, 255, 255, 255); regTestWritePixAndCheck(rp, pix11, IFF_PNG); /* 11 */ pixt = pixScale(pix11, 0.5, 0.5); pixaAddPix(pixa1, pixt, L_INSERT); regTestWritePixAndCheck(rp, pixt, IFF_PNG); /* 12 */ pixDisplayWithTitle(pixt, 900, 300, "stuff under mask2", rp->display); pixaConvertToPdf(pixa1, 75, 1.0, 0, 0, "Segmentation: newspaper_reg", "/tmp/newspaper.pdf"); L_INFO("Output pdf: /tmp/newspaper.pdf\n", rp->testname); pixaDestroy(&pixa1); pixDestroy(&pixs); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); pixDestroy(&pix5); pixDestroy(&pix6); pixDestroy(&pix7); pixDestroy(&pix8); pixDestroy(&pix9); pixDestroy(&pix10); pixDestroy(&pix11); return regTestCleanup(rp); } leptonica-1.70/prog/otsutest2.c0000644000175000017500000001142112242266064014577 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * otsutest2.c * * This demonstrates the usefulness of the modified version of Otsu * for thresholding an image that doesn't have a well-defined * background color. * * Standard Otsu binarization is done with scorefract = 0.0, which * returns the threshold at the maximum value of the score. However. * this value is up on the shoulder of the background, and its * use causes some of the dark background to be binarized as foreground. * * Using the modified Otsu with scorefract = 0.1 returns a threshold * at the lowest value of this histogram such that the score * is at least 0.9 times the maximum value of the score. This allows * the threshold to be taken in the histogram minimum between * the fg and bg peaks, producing a much cleaner binarization. */ #ifndef _WIN32 #include #else #include /* for Sleep() */ #endif /* _WIN32 */ #include "allheaders.h" int main(int argc, char **argv) { char textstr[256]; l_int32 i, thresh, fgval, bgval; l_float32 scorefract; L_BMF *bmf; PIX *pixs, *pixb, *pixb2, *pixb3, *pixg, *pixp, *pixt1, *pixt2; PIXA *pixa; pixs = pixRead("1555-7.jpg"); pixg = pixConvertTo8(pixs, 0); bmf = bmfCreate("fonts", 8); for (i = 0; i < 3; i++) { pixa = pixaCreate(3); scorefract = 0.1 * i; pixOtsuAdaptiveThreshold(pixg, 2000, 2000, 0, 0, scorefract, NULL, &pixb); pixSaveTiledOutline(pixb, pixa, 0.5, 1, 20, 2, 32); pixSplitDistributionFgBg(pixg, scorefract, 1, &thresh, &fgval, &bgval, 1); fprintf(stderr, "thresh = %d, fgval = %d, bgval = %d\n", thresh, fgval, bgval); /* Give gnuplot time to write out the plot */ #ifndef _WIN32 sleep(1); #else Sleep(1000); #endif /* _WIN32 */ pixp = pixRead("/tmp/histplot.png"); pixSaveTiled(pixp, pixa, 1.0, 0, 20, 1); pixt1 = pixaDisplay(pixa, 0, 0); snprintf(textstr, sizeof(textstr), "Scorefract = %3.1f ........... Thresh = %d", scorefract, thresh); pixt2 = pixAddSingleTextblock(pixt1, bmf, textstr, 0x00ff0000, L_ADD_BELOW, NULL); pixDisplay(pixt2, 100, 100); snprintf(textstr, sizeof(textstr), "/tmp/otsu.%d.png", i); pixWrite(textstr, pixt2, IFF_PNG); pixDestroy(&pixb); pixDestroy(&pixp); pixDestroy(&pixt1); pixDestroy(&pixt2); pixaDestroy(&pixa); } pixa = pixaCreate(2); for (i = 0; i < 2; i++) { scorefract = 0.1 * i; pixOtsuAdaptiveThreshold(pixg, 300, 300, 0, 0, scorefract, NULL, &pixb); pixb2 = pixAddBlackOrWhiteBorder(pixb, 2, 2, 2, 2, L_GET_BLACK_VAL); snprintf(textstr, sizeof(textstr), "Scorefract = %3.1f", scorefract); pixb3 = pixAddSingleTextblock(pixb2, bmf, textstr, 1, L_ADD_BELOW, NULL); pixSaveTiled(pixb3, pixa, 2, (i + 1) % 1, 20, 32); pixDestroy(&pixb); pixDestroy(&pixb2); } pixb = pixaDisplay(pixa, 0, 0); pixWrite("/tmp/otsu-tiled.jpg", pixb, IFF_PNG); pixDestroy(&pixb); pixaDestroy(&pixa); bmfDestroy(&bmf); pixDestroy(&pixs); pixDestroy(&pixg); return 0; } leptonica-1.70/prog/cmapquant_reg.c0000644000175000017500000001022112270122643015441 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * cmapquant_reg.c * * Tests quantization of rgb image to a specific colormap. * Does this by starting with a grayscale image, doing a grayscale * quantization with a colormap in the dest, then adding new * colors, scaling (which removes the colormap), and finally * re-quantizing back to the original colormap. */ #include "allheaders.h" #define LEVEL 3 #define MIN_DEPTH 4 int main(int argc, char **argv) { l_int32 same; l_uint32 *rtab, *gtab, *btab; l_int32 *cmaptab; BOX *box; PIX *pixs, *pixt1, *pixt2, *pixt3, *pixt4; PIXCMAP *cmap; static char mainName[] = "cmapquant_reg"; pixs = pixRead("lucasta-frag.jpg"); if (argc != 1) return ERROR_INT("syntax: cmapquant_req", mainName, 1); /* Convert to 4 bpp with 6 levels and a colormap */ pixt1 = pixThresholdTo4bpp(pixs, 6, 1); /* Color some non-white pixels, preserving antialiasing, and * adding these colors to the colormap */ box = boxCreate(120, 30, 200, 200); pixColorGray(pixt1, box, L_PAINT_DARK, 220, 0, 0, 255); pixDisplayWrite(pixt1, 1); boxDestroy(&box); /* Scale up by 1.5; losing the colormap */ startTimer(); pixt2 = pixScale(pixt1, 1.5, 1.5); fprintf(stderr, "Time to scale by 1.5x = %7.3f sec\n", stopTimer()); pixDisplayWrite(pixt2, 1); /* Re-quantize using the same colormap */ startTimer(); cmap = pixGetColormap(pixt1); pixt3 = pixOctcubeQuantFromCmap(pixt2, cmap, MIN_DEPTH, LEVEL, L_EUCLIDEAN_DISTANCE); fprintf(stderr, "Time to requantize to cmap = %7.3f sec\n", stopTimer()); pixDisplayWrite(pixt3, 1); /* Re-quantize first making the tables and then * using the lower-level function */ startTimer(); makeRGBToIndexTables(&rtab, >ab, &btab, LEVEL); cmaptab = pixcmapToOctcubeLUT(cmap, LEVEL, L_EUCLIDEAN_DISTANCE); fprintf(stderr, "Time to make tables = %7.3f sec\n", stopTimer()); startTimer(); pixt4 = pixOctcubeQuantFromCmapLUT(pixt2, cmap, MIN_DEPTH, cmaptab, rtab, gtab, btab); fprintf(stderr, "Time for lowlevel re-quant = %7.3f sec\n", stopTimer()); pixDisplayWrite(pixt4, 1); pixEqual(pixt3, pixt4, &same); if (same) fprintf(stderr, "Correct: images are the same\n"); else fprintf(stderr, "Error: images differ\n"); lept_free(cmaptab); lept_free(rtab); lept_free(gtab); lept_free(btab); pixDisplayMultiple("/tmp/display/file*"); pixDestroy(&pixs); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); return 0; } leptonica-1.70/prog/sudoku1.dat0000444000175000017500000000034311465606421014544 0ustar dandan# sudoku1.dat # 5 star puzzle # Requires: 1.0M guesses, 0.1 sec 3 8 0 2 0 0 0 9 0 2 0 0 0 9 1 0 0 7 0 4 0 0 3 0 0 0 0 0 2 0 0 0 0 0 0 0 0 1 6 0 0 0 2 5 0 0 0 0 0 0 0 0 1 0 0 0 0 0 8 0 0 6 0 4 0 0 6 7 0 0 0 8 0 5 0 0 0 3 0 7 1 leptonica-1.70/prog/blackwhite_reg.c0000644000175000017500000001063712240303436015576 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * blackwhite_reg.c * * Tests functions that handle black and white pixels in an image. */ #include "allheaders.h" const char *fnames[11] = {"test1.png", "speckle2.png", "weasel2.4g.png", "speckle4.png", "weasel4.11c.png", "dreyfus8.png", "weasel8.240c.png", "test16.tif", "marge.jpg", "test-cmap-alpha.png", "test-gray-alpha.png"}; const l_int32 setsize = 11; int main(int argc, char **argv) { l_int32 i, spp; l_uint32 bval, wval; PIX *pixs, *pix1, *pix2, *pix3, *pixd; PIXA *pixa; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; /* Scale each image and add a white boundary */ pixa = pixaCreate(setsize); for (i = 0; i < setsize; i++) { pixs = pixRead(fnames[i]); spp = pixGetSpp(pixs); pixGetBlackOrWhiteVal(pixs, L_GET_WHITE_VAL, &wval); pixGetBlackOrWhiteVal(pixs, L_GET_BLACK_VAL, &bval); fprintf(stderr, "d = %d, spp = %d, bval = %x, wval = %x\n", pixGetDepth(pixs), spp, bval, wval); if (spp == 4) /* remove alpha, using white background */ pix1 = pixAlphaBlendUniform(pixs, wval); else pix1 = pixClone(pixs); pix2 = pixScaleToSize(pix1, 150, 150); pixGetBlackOrWhiteVal(pix2, L_GET_WHITE_VAL, &wval); pix3 = pixAddBorderGeneral(pix2, 30, 30, 20, 20, wval); pixaAddPix(pixa, pix3, L_INSERT); pixDestroy(&pixs); pixDestroy(&pix1); pixDestroy(&pix2); } pixd = pixaDisplayTiledInRows(pixa, 32, 1200, 1.0, 1, 30, 0); regTestWritePixAndCheck(rp, pixd, IFF_PNG); pixDisplayWithTitle(pixd, 0, 100, NULL, rp->display); pixDestroy(&pixd); pixaDestroy(&pixa); /* Scale each image and add a black boundary */ pixa = pixaCreate(setsize); for (i = 0; i < setsize; i++) { pixs = pixRead(fnames[i]); spp = pixGetSpp(pixs); pixGetBlackOrWhiteVal(pixs, L_GET_WHITE_VAL, &wval); pixGetBlackOrWhiteVal(pixs, L_GET_BLACK_VAL, &bval); fprintf(stderr, "d = %d, spp = %d, bval = %x, wval = %x\n", pixGetDepth(pixs), spp, bval, wval); if (spp == 4) /* remove alpha, using white background */ pix1 = pixAlphaBlendUniform(pixs, wval); else pix1 = pixClone(pixs); pix2 = pixScaleToSize(pix1, 150, 150); pixGetBlackOrWhiteVal(pixs, L_GET_BLACK_VAL, &bval); pix3 = pixAddBorderGeneral(pix2, 30, 30, 20, 20, bval); pixaAddPix(pixa, pix3, L_INSERT); pixDestroy(&pixs); pixDestroy(&pix1); pixDestroy(&pix2); } pixd = pixaDisplayTiledInRows(pixa, 32, 1200, 1.0, 0, 30, 0); regTestWritePixAndCheck(rp, pixd, IFF_PNG); pixDisplayWithTitle(pixd, 1000, 100, NULL, rp->display); pixDestroy(&pixd); pixaDestroy(&pixa); return regTestCleanup(rp); } leptonica-1.70/prog/lion-page.00017.png0000444000175000017500000004660511330622167015515 0ustar dandan‰PNG  IHDRÌp3å¡'PLTE***UUUªªªÔÔÔÿÿÿa¼ pHYsb&2 IDATxœí]‹–«* HüÿO>æ±c«=í0dÝ;§µŠÊæÍÎβNÆ–O?À´ûl‚9M0² æ@6ÁÈ&˜Ùs ›`dÌl‚9M0² æ@6ÁÈ&˜Ùs ›`dÌl‚9M0² æ@6ÁÈ&˜Ùs ›`dÌl‚9M0² æ@6ÁÈ&˜Ùs ›`dÌl‚9M0² æ@6ÁÈ&˜Ùs ›`dÌl‚9M0² æ@6ÁÈ&˜Ùs ûR0ñÓð íKÁŒ!}ú~¡}'˜¸9«æÓö`Îfö%ûR0§½bÌl‚9M0² æ@6ÁÈ&˜Ùs ›`dÌl‚9M0² æ@6ÁÈ&˜Ùs ›`~Ön݃Ÿ`~ÂÀ>ÜK¨˜`~Àp‚9Ž½‹ß4ÁÈ&˜Ùs ›`dÌl‚9M0² æ@6Álí{,M0[›`dÌl‚9íl‚9M0¿Ç.7ðÌï± æ´bÌl‚9M0² æ@6ÁÈ&˜Ùs ›`dÌl‚9M0² æ@6ÁÈ&˜Ùs ›`dÌl‚9M0² æ@6ÁÈ&˜Ùs ›`dÌl‚9M0² æ@6ÁÈ&˜Ùs ›`dÌl‚ùi»Q¦}‚ùi›`NëÙs ›`dÌl‚9M0² æ@6ÁÈ&˜Ùs ›`dÌl‚9½Ì_à·Ùs ›Íì@6ÁÈ&˜Ùs ›`dÌl‚9M0² æ@6ÁÈ&˜Ùs ›`dÌl‚9M0² æ@6ÁÈ&˜Ùs ›`dÌl‚9M0² æ@6ÁÈ&˜Ùs ›`d_ æw8}ÇSœ±ï>?yé —ß`Øüûû(˜ˆ€fÀù›Éolôi;iÍçdÿTýÒ+œæv‡Nj µç=x¹Ø'ÁÄ°l‚þ¿at$,„Ëv,ð1Œt(Ð÷íO즔"ýCâd7øé{ÊYìúˆt‹-H¿%:q—TÜ®Nù!Óö}3; RŒ ø6Û}H!\O‚sçû$˜°,q«Šô¶ü&œ¹ä~¥HKÝ~íäpt-Ÿ1l•yKQSÂ-¥´ÕÁ­P $¢ÐÈ©s+Ûy–D%-&©…6$S4¬¹,ò£%.†iý¨}LL”۔ǔs°*íÀ¸qÆeX)?íSl3Ÿ±ûDM-jõÝÀ•—“í) (å†Ïìä>•®ªÄP!A»ÁÂy¤_a{J-ËþÑþ³}´fJžYKg¶nkÉÓ¸”ÖuŸaq)m"ýÌÍ4“[EÂRÏK„^»Ø‚Iͱý¢Uí‰Pû:+|Ë/Í¢É߸ìWÇ×\µd`ÒfÙ–÷Õ±r²¡€Šq°ãÚw+æLI†ïr«‹B·PSrßóïü&ûü`•w¸ä'Ê[®Ø«I±ÔeÍñ|–$\[ÉM:}†v𳻪¾=¸;åòi±áÔ¬™-˜!”š™ÁÔ^zß;T½¬4wÖ;®\ã]5”>ï`ðyfIRÖc°ê˜m6³üMÍ”9H¾f.Û„ŽtÁ¬¦+© &äA|¥´¡?Í93·ÎlÛ˜WÎî7a‚ÉÖ6³A–°ôžÔ ò²AZ:œ«/rîâÁ” ¶F6”µ‚•MGóQÍLIÉnl¯³™¥G5˜ù“Sõò?Ö`‚ƒ"`S[§·³ÒAÅ<ÕÌV`Rj[¬ZûØ7€Ù4³˜·`®Ø™™¤2JÕ ü$Ÿ¥Ã¬. 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Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * flipdetect_reg.c * * Tests 90 degree orientation of text and whether the text is * mirror reversed. Compares the rasterop with dwa implementations * for speed. Shows the typical 'confidence' outputs from the * functions in flipdetect.c. */ #include "allheaders.h" static void printStarredMessage(const char *msg); int main(int argc, char **argv) { char *filein; l_int32 i, orient; l_float32 upconf1, upconf2, leftconf1, leftconf2, conf1, conf2; PIX *pixs, *pixt1, *pixt2; static char mainName[] = "flipdetect_reg"; if (argc != 2) return ERROR_INT(" Syntax: flipdetect_reg filein", mainName, 1); filein = argv[1]; if ((pixt1 = pixRead(filein)) == NULL) return ERROR_INT("pixt1 not made", mainName, 1); pixs = pixConvertTo1(pixt1, 130); pixDestroy(&pixt1); fprintf(stderr, "\nTest orientation detection\n"); startTimer(); pixOrientDetect(pixs, &upconf1, &leftconf1, 0, 0); fprintf(stderr, "Time for rop orient test: %7.3f sec\n", stopTimer()); makeOrientDecision(upconf1, leftconf1, 0, 0, &orient, 1); startTimer(); pixOrientDetectDwa(pixs, &upconf2, &leftconf2, 0, 0); fprintf(stderr, "Time for dwa orient test: %7.3f sec\n", stopTimer()); if (upconf1 == upconf2 && leftconf1 == leftconf2) { printStarredMessage("Orient results identical"); fprintf(stderr, "upconf = %7.3f, leftconf = %7.3f\n", upconf1, leftconf1); } else { printStarredMessage("Orient results differ"); fprintf(stderr, "upconf1 = %7.3f, upconf2 = %7.3f\n", upconf1, upconf2); fprintf(stderr, "leftconf1 = %7.3f, leftconf2 = %7.3f\n", leftconf1, leftconf2); } pixt1 = pixCopy(NULL, pixs); fprintf(stderr, "\nTest orient detection for 4 orientations\n"); for (i = 0; i < 4; i++) { pixOrientDetectDwa(pixt1, &upconf2, &leftconf2, 0, 0); makeOrientDecision(upconf2, leftconf2, 0, 0, &orient, 1); if (i == 3) break; pixt2 = pixRotate90(pixt1, 1); pixDestroy(&pixt1); pixt1 = pixt2; } pixDestroy(&pixt1); fprintf(stderr, "\nTest mirror reverse detection\n"); startTimer(); pixMirrorDetect(pixs, &conf1, 0, 1); fprintf(stderr, "Time for rop mirror flip test: %7.3f sec\n", stopTimer()); startTimer(); pixMirrorDetectDwa(pixs, &conf2, 0, 0); fprintf(stderr, "Time for dwa mirror flip test: %7.3f sec\n", stopTimer()); if (conf1 == conf2) { printStarredMessage("Mirror results identical"); fprintf(stderr, "conf = %7.3f\n", conf1); } else { printStarredMessage("Mirror results differ"); fprintf(stderr, "conf1 = %7.3f, conf2 = %7.3f\n", conf1, conf2); } fprintf(stderr, "\nSafer version of up-down tests\n"); pixUpDownDetectGeneral(pixs, &conf1, 0, 10, 1); pixUpDownDetectGeneralDwa(pixs, &conf2, 0, 10, 1); if (conf1 == conf2) fprintf(stderr, "Confidence results are identical\n"); else fprintf(stderr, "Confidence results differ\n"); pixDestroy(&pixs); return 0; } void printStarredMessage(const char *msg) { fprintf(stderr, "****************************************************\n"); fprintf(stderr, "*********** %s ***********\n", msg); fprintf(stderr, "****************************************************\n"); return; } leptonica-1.70/prog/fpix1_reg.c0000644000175000017500000003442612274450345014523 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * fpix1_reg.c * * Regression test for a number of functions in the FPix utility. * FPix allows you to do floating point operations such as * convolution, with conversions to and from Pix. */ #include #ifndef _WIN32 #include #else #include /* for Sleep() */ #endif /* _WIN32 */ #include "allheaders.h" static void MakePtasAffine(l_int32 i, PTA **pptas, PTA **pptad); static void MakePtas(l_int32 i, PTA **pptas, PTA **pptad); static const l_int32 xs1[] = { 300, 300, 1100, 300, 32}; static const l_int32 ys1[] = {1200, 1200, 1200, 1250, 934}; static const l_int32 xs2[] = {1200, 1200, 325, 1300, 487}; static const l_int32 ys2[] = {1100, 1100, 1200, 1250, 934}; static const l_int32 xs3[] = { 200, 200, 1200, 250, 32}; static const l_int32 ys3[] = { 200, 200, 200, 300, 67}; static const l_int32 xs4[] = {1200, 1200, 1100, 1250, 332}; static const l_int32 ys4[] = { 400, 200, 200, 300, 57}; static const l_int32 xd1[] = { 300, 300, 1150, 300, 32}; static const l_int32 yd1[] = {1200, 1400, 1150, 1350, 934}; static const l_int32 xd2[] = {1100, 1400, 320, 1300, 487}; static const l_int32 yd2[] = {1000, 1500, 1300, 1200, 904}; static const l_int32 xd3[] = { 250, 200, 1310, 300, 61}; static const l_int32 yd3[] = { 200, 300, 250, 325, 83}; static const l_int32 xd4[] = {1250, 1200, 1140, 1250, 412}; static const l_int32 yd4[] = { 300, 300, 250, 350, 83}; int main(int argc, char **argv) { l_float32 sum, sumx, sumy, diff; L_DEWARP *dew; L_DEWARPA *dewa; FPIX *fpixs, *fpixs2, *fpixs3, *fpixs4, *fpixg, *fpixd; FPIX *fpix1, *fpix2, *fpixt1, *fpixt2; DPIX *dpix, *dpix2; L_KERNEL *kel, *kelx, *kely; PIX *pixs, *pixs2, *pixs3, *pixt, *pixd, *pixg, *pixb, *pixn; PIX *pixt1, *pixt2, *pixt3, *pixt4, *pixt5, *pixt6; PIXA *pixa; PTA *ptas, *ptad; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; pixa = pixaCreate(0); /* Gaussian kernel */ kel = makeGaussianKernel(5, 5, 3.0, 4.0); kernelGetSum(kel, &sum); if (rp->display) fprintf(stderr, "Sum for 2d gaussian kernel = %f\n", sum); pixt = kernelDisplayInPix(kel, 41, 2); regTestWritePixAndCheck(rp, pixt, IFF_PNG); /* 0 */ pixSaveTiled(pixt, pixa, 1.0, 1, 20, 8); pixDestroy(&pixt); /* Separable gaussian kernel */ makeGaussianKernelSep(5, 5, 3.0, 4.0, &kelx, &kely); kernelGetSum(kelx, &sumx); if (rp->display) fprintf(stderr, "Sum for x gaussian kernel = %f\n", sumx); kernelGetSum(kely, &sumy); if (rp->display) fprintf(stderr, "Sum for y gaussian kernel = %f\n", sumy); if (rp->display) fprintf(stderr, "Sum for x * y gaussian kernel = %f\n", sumx * sumy); pixt = kernelDisplayInPix(kelx, 41, 2); regTestWritePixAndCheck(rp, pixt, IFF_PNG); /* 1 */ pixSaveTiled(pixt, pixa, 1.0, 0, 20, 8); pixDestroy(&pixt); pixt = kernelDisplayInPix(kely, 41, 2); regTestWritePixAndCheck(rp, pixt, IFF_PNG); /* 2 */ pixSaveTiled(pixt, pixa, 1.0, 0, 20, 8); pixDestroy(&pixt); /* Use pixRasterop() to generate source image */ pixs = pixRead("test8.jpg"); pixs2 = pixRead("karen8.jpg"); pixRasterop(pixs, 150, 125, 150, 100, PIX_SRC, pixs2, 75, 100); regTestWritePixAndCheck(rp, pixs, IFF_JFIF_JPEG); /* 3 */ /* Convolution directly with pix */ pixt1 = pixConvolve(pixs, kel, 8, 1); regTestWritePixAndCheck(rp, pixt1, IFF_JFIF_JPEG); /* 4 */ pixSaveTiled(pixt1, pixa, 1.0, 1, 20, 8); pixt2 = pixConvolveSep(pixs, kelx, kely, 8, 1); regTestWritePixAndCheck(rp, pixt2, IFF_JFIF_JPEG); /* 5 */ pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 8); /* Convolution indirectly with fpix, using fpixRasterop() * to generate the source image. */ fpixs = pixConvertToFPix(pixs, 3); fpixs2 = pixConvertToFPix(pixs2, 3); fpixRasterop(fpixs, 150, 125, 150, 100, fpixs2, 75, 100); fpixt1 = fpixConvolve(fpixs, kel, 1); pixt3 = fpixConvertToPix(fpixt1, 8, L_CLIP_TO_ZERO, 1); regTestWritePixAndCheck(rp, pixt3, IFF_JFIF_JPEG); /* 6 */ pixSaveTiled(pixt3, pixa, 1.0, 1, 20, 8); fpixt2 = fpixConvolveSep(fpixs, kelx, kely, 1); pixt4 = fpixConvertToPix(fpixt2, 8, L_CLIP_TO_ZERO, 1); regTestWritePixAndCheck(rp, pixt4, IFF_JFIF_JPEG); /* 7 */ pixSaveTiled(pixt4, pixa, 1.0, 0, 20, 8); pixDestroy(&pixs2); fpixDestroy(&fpixs2); fpixDestroy(&fpixt1); fpixDestroy(&fpixt2); /* Comparison of results */ pixCompareGray(pixt1, pixt2, L_COMPARE_ABS_DIFF, 0, NULL, &diff, NULL, NULL); if (rp->display) fprintf(stderr, "Ave diff of pixConvolve and pixConvolveSep: %f\n", diff); pixCompareGray(pixt3, pixt4, L_COMPARE_ABS_DIFF, 0, NULL, &diff, NULL, NULL); if (rp->display) fprintf(stderr, "Ave diff of fpixConvolve and fpixConvolveSep: %f\n", diff); pixCompareGray(pixt1, pixt3, L_COMPARE_ABS_DIFF, 0, NULL, &diff, NULL, NULL); if (rp->display) fprintf(stderr, "Ave diff of pixConvolve and fpixConvolve: %f\n", diff); pixCompareGray(pixt2, pixt4, L_COMPARE_ABS_DIFF, GPLOT_PNG, NULL, &diff, NULL, NULL); if (rp->display) fprintf(stderr, "Ave diff of pixConvolveSep and fpixConvolveSep: %f\n", diff); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); /* Test arithmetic operations; add in a fraction rotated by 180 */ pixs3 = pixRotate180(NULL, pixs); regTestWritePixAndCheck(rp, pixs3, IFF_JFIF_JPEG); /* 8 */ pixSaveTiled(pixs3, pixa, 1.0, 1, 20, 8); fpixs3 = pixConvertToFPix(pixs3, 3); fpixd = fpixLinearCombination(NULL, fpixs, fpixs3, 20.0, 5.0); fpixAddMultConstant(fpixd, 0.0, 23.174); /* multiply up in magnitude */ pixd = fpixDisplayMaxDynamicRange(fpixd); /* bring back to 8 bpp */ regTestWritePixAndCheck(rp, pixd, IFF_JFIF_JPEG); /* 9 */ pixSaveTiled(pixd, pixa, 1.0, 0, 20, 8); pixDestroy(&pixs3); fpixDestroy(&fpixs3); fpixDestroy(&fpixd); pixDestroy(&pixd); pixDestroy(&pixs); fpixDestroy(&fpixs); /* Save the comparison graph; gnuplot should have made it by now! */ #ifndef _WIN32 sleep(2); #else Sleep(2000); #endif /* _WIN32 */ pixt5 = pixRead("/tmp/grayroot0.png"); regTestWritePixAndCheck(rp, pixt5, IFF_PNG); /* 10 */ pixSaveTiled(pixt5, pixa, 1.0, 1, 20, 8); pixDestroy(&pixt5); /* Display results */ pixd = pixaDisplay(pixa, 0, 0); regTestWritePixAndCheck(rp, pixd, IFF_JFIF_JPEG); /* 11 */ pixDisplayWithTitle(pixd, 100, 100, NULL, rp->display); pixDestroy(&pixd); pixaDestroy(&pixa); /* Test some more convolutions, with sampled output. First on pix */ pixa = pixaCreate(0); pixs = pixRead("1555-7.jpg"); pixg = pixConvertTo8(pixs, 0); l_setConvolveSampling(5, 5); pixt1 = pixConvolve(pixg, kel, 8, 1); regTestWritePixAndCheck(rp, pixt1, IFF_JFIF_JPEG); /* 12 */ pixSaveTiled(pixt1, pixa, 1.0, 1, 20, 32); pixt2 = pixConvolveSep(pixg, kelx, kely, 8, 1); regTestWritePixAndCheck(rp, pixt2, IFF_JFIF_JPEG); /* 13 */ pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 32); pixt3 = pixConvolveRGB(pixs, kel); regTestWritePixAndCheck(rp, pixt3, IFF_JFIF_JPEG); /* 14 */ pixSaveTiled(pixt3, pixa, 1.0, 0, 20, 32); pixt4 = pixConvolveRGBSep(pixs, kelx, kely); regTestWritePixAndCheck(rp, pixt4, IFF_JFIF_JPEG); /* 15 */ pixSaveTiled(pixt4, pixa, 1.0, 0, 20, 32); /* Then on fpix */ fpixg = pixConvertToFPix(pixg, 1); fpixt1 = fpixConvolve(fpixg, kel, 1); pixt5 = fpixConvertToPix(fpixt1, 8, L_CLIP_TO_ZERO, 0); regTestWritePixAndCheck(rp, pixt5, IFF_JFIF_JPEG); /* 16 */ pixSaveTiled(pixt5, pixa, 1.0, 1, 20, 32); fpixt2 = fpixConvolveSep(fpixg, kelx, kely, 1); pixt6 = fpixConvertToPix(fpixt2, 8, L_CLIP_TO_ZERO, 0); regTestWritePixAndCheck(rp, pixt6, IFF_JFIF_JPEG); /* 17 */ pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 32); regTestCompareSimilarPix(rp, pixt1, pixt5, 2, 0.00, 0); /* 18 */ regTestCompareSimilarPix(rp, pixt2, pixt6, 2, 0.00, 0); /* 19 */ pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); pixDestroy(&pixt5); pixDestroy(&pixt6); fpixDestroy(&fpixg); fpixDestroy(&fpixt1); fpixDestroy(&fpixt2); pixd = pixaDisplay(pixa, 0, 0); regTestWritePixAndCheck(rp, pixd, IFF_JFIF_JPEG); /* 20 */ pixDisplayWithTitle(pixd, 600, 100, NULL, rp->display); pixDestroy(&pixs); pixDestroy(&pixg); pixDestroy(&pixd); pixaDestroy(&pixa); /* Test extension (continued and slope). * First, build a smooth vertical disparity array; * then extend and show the contours. */ pixs = pixRead("cat-35.jpg"); pixn = pixBackgroundNormSimple(pixs, NULL, NULL); pixg = pixConvertRGBToGray(pixn, 0.5, 0.3, 0.2); pixb = pixThresholdToBinary(pixg, 130); dewa = dewarpaCreate(1, 30, 1, 15, 0); if ((dew = dewarpCreate(pixb, 35)) == NULL) { rp->success = FALSE; L_ERROR("dew not made; tests 21-28 skipped (failed)\n", "fpix1_reg"); return regTestCleanup(rp); } dewarpaInsertDewarp(dewa, dew); dewarpBuildPageModel(dew, NULL); dewarpPopulateFullRes(dew, NULL, 0, 0); fpixs = dew->fullvdispar; fpixs2 = fpixAddContinuedBorder(fpixs, 200, 200, 100, 300); fpixs3 = fpixAddSlopeBorder(fpixs, 200, 200, 100, 300); dpix = fpixConvertToDPix(fpixs3); fpixs4 = dpixConvertToFPix(dpix); pixt1 = fpixRenderContours(fpixs, 2.0, 0.2); pixt2 = fpixRenderContours(fpixs2, 2.0, 0.2); pixt3 = fpixRenderContours(fpixs3, 2.0, 0.2); pixt4 = fpixRenderContours(fpixs4, 2.0, 0.2); pixt5 = pixRead("karen8.jpg"); dpix2 = pixConvertToDPix(pixt5, 1); pixt6 = dpixConvertToPix(dpix2, 8, L_CLIP_TO_ZERO, 0); regTestWritePixAndCheck(rp, pixt1, IFF_PNG); /* 21 */ pixDisplayWithTitle(pixt1, 0, 100, NULL, rp->display); regTestWritePixAndCheck(rp, pixt2, IFF_PNG); /* 22 */ pixDisplayWithTitle(pixt2, 470, 100, NULL, rp->display); regTestWritePixAndCheck(rp, pixt3, IFF_PNG); /* 23 */ pixDisplayWithTitle(pixt3, 1035, 100, NULL, rp->display); regTestComparePix(rp, pixt3, pixt4); /* 24 */ regTestComparePix(rp, pixt5, pixt6); /* 25 */ pixDestroy(&pixs); pixDestroy(&pixn); pixDestroy(&pixg); pixDestroy(&pixb); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); pixDestroy(&pixt5); pixDestroy(&pixt6); fpixDestroy(&fpixs2); fpixDestroy(&fpixs3); fpixDestroy(&fpixs4); dpixDestroy(&dpix); dpixDestroy(&dpix2); /* Test affine and projective transforms on fpix */ fpixWrite("/tmp/fpix1.fp", dew->fullvdispar); fpix1 = fpixRead("/tmp/fpix1.fp"); pixt1 = fpixAutoRenderContours(fpix1, 40); regTestWritePixAndCheck(rp, pixt1, IFF_PNG); /* 26 */ pixDisplayWithTitle(pixt1, 0, 500, NULL, rp->display); pixDestroy(&pixt1); MakePtasAffine(1, &ptas, &ptad); fpix2 = fpixAffinePta(fpix1, ptad, ptas, 200, 0.0); pixt2 = fpixAutoRenderContours(fpix2, 40); regTestWritePixAndCheck(rp, pixt2, IFF_PNG); /* 27 */ pixDisplayWithTitle(pixt2, 400, 500, NULL, rp->display); fpixDestroy(&fpix2); pixDestroy(&pixt2); ptaDestroy(&ptas); ptaDestroy(&ptad); MakePtas(1, &ptas, &ptad); fpix2 = fpixProjectivePta(fpix1, ptad, ptas, 200, 0.0); pixt3 = fpixAutoRenderContours(fpix2, 40); regTestWritePixAndCheck(rp, pixt3, IFF_PNG); /* 28 */ pixDisplayWithTitle(pixt3, 400, 500, NULL, rp->display); fpixDestroy(&fpix2); pixDestroy(&pixt3); ptaDestroy(&ptas); ptaDestroy(&ptad); fpixDestroy(&fpix1); dewarpaDestroy(&dewa); kernelDestroy(&kel); kernelDestroy(&kelx); kernelDestroy(&kely); return regTestCleanup(rp); } static void MakePtas(l_int32 i, PTA **pptas, PTA **pptad) { PTA *ptas, *ptad; ptas = ptaCreate(4); ptaAddPt(ptas, xs1[i], ys1[i]); ptaAddPt(ptas, xs2[i], ys2[i]); ptaAddPt(ptas, xs3[i], ys3[i]); ptaAddPt(ptas, xs4[i], ys4[i]); ptad = ptaCreate(4); ptaAddPt(ptad, xd1[i], yd1[i]); ptaAddPt(ptad, xd2[i], yd2[i]); ptaAddPt(ptad, xd3[i], yd3[i]); ptaAddPt(ptad, xd4[i], yd4[i]); *pptas = ptas; *pptad = ptad; return; } static void MakePtasAffine(l_int32 i, PTA **pptas, PTA **pptad) { PTA *ptas, *ptad; ptas = ptaCreate(3); ptaAddPt(ptas, xs1[i], ys1[i]); ptaAddPt(ptas, xs2[i], ys2[i]); ptaAddPt(ptas, xs3[i], ys3[i]); ptad = ptaCreate(3); ptaAddPt(ptad, xd1[i], yd1[i]); ptaAddPt(ptad, xd2[i], yd2[i]); ptaAddPt(ptad, xd3[i], yd3[i]); *pptas = ptas; *pptad = ptad; return; } leptonica-1.70/prog/printimage.c0000644000175000017500000001036712265771320014773 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * printimage.c * * Syntax: printimage filein [-P [-#] * * If you want the image printed, use the standard lpr flags * for either (or both) the printer and the number of copies. * * If neither a printer nor a number of copies is specified, the * only action is that a new PostScript file, * /tmp/print_image.ps * is generated for the image. * * To get color output, you may need a special lpr flag. In that case, * first generate the PostScript file and then use a printer-dependent * output flag, such as "-o ColorModel=Color" or "-o ColorModel=CMYK": * lpr -P /tmp/print_image.ps * A simple way to get the flag in linux is to bring up the print-driver * interface in acroread, select the color printer, select properties, * select color, and look at the print command line that would be used. * * The PS file generated is level 1. This is large, but will work * on all PS printers. */ #include "allheaders.h" static const l_float32 FILL_FACTOR = 0.95; /* fill factor on 8.5 x 11 page */ int main(int argc, char **argv) { char *filein, *fname, *argp, *argn; char buffer[512]; l_int32 i, w, h, ignore; l_float32 scale; FILE *fp; PIX *pixs, *pixt; static char mainName[] = "printimage"; if (argc < 2 || argc > 4) return ERROR_INT( " Syntax: printimage filein [-P] [-#]", mainName, 1); /* parse args */ filein = argv[1]; argp = argn = NULL; if (argc > 2) { for (i = 2; i < argc; i++) { if (argv[i][1] == 'P') argp = argv[i]; else if (argv[i][1] == '#') argn = argv[i]; } } lept_rm(NULL, "print_image.ps"); if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pixs not made", mainName, 1); pixGetDimensions(pixs, &w, &h, NULL); if (w > h) { pixt = pixRotate90(pixs, 1); pixGetDimensions(pixt, &w, &h, NULL); } else { pixt = pixClone(pixs); } scale = L_MIN(FILL_FACTOR * 2550 / w, FILL_FACTOR * 3300 / h); fname = genPathname("/tmp", "print_image.ps"); fp = lept_fopen(fname, "wb+"); pixWriteStreamPS(fp, pixt, NULL, 300, scale); lept_fclose(fp); /* print it out */ if (argp && !argn) { sprintf(buffer, "lpr %s %s &", argp, fname); ignore = system(buffer); } else if (!argp && argn) { sprintf(buffer, "lpr %s %s &", argn, fname); ignore = system(buffer); } else if (argp && argn) { sprintf(buffer, "lpr %s %s %s &", argp, argn, fname); ignore = system(buffer); } lept_free(fname); pixDestroy(&pixs); pixDestroy(&pixt); return 0; } leptonica-1.70/prog/pdf2png-binary0000750000175000017500000000132310244261033015211 0ustar dandan#!/bin/bash # pdf2png-binary # # Rasterizes a PDF file, saving as a set of binary png images # # input: PDF # root name of output files # output: png binary files for each page scriptname=${0##*/} if test $# != 2 then echo "usage: " $scriptname " inpdffile outpngroot" exit -1 fi inpdffile=$1 outpngroot=$2 # need mysterious "primer" # choose one of the two options below # output image size depending on resolution echo "0 neg 0 neg" translate | gs -sDEVICE=pngmono -sOutputFile=${outpngroot}%03d.png -r300x300 -q - ${inpdffile} # output fixed image size #echo "0 neg 0 neg" translate | gs -sDEVICE=pngmono -sOutputFile=${outpngroot}%03d.png -g2550x3300 -r300x300 -q - ${inpdffile} leptonica-1.70/prog/lyra-5.numa0000644000175000017500000003365311410041151014445 0ustar dandan Numa Version 1 Number of numbers = 721 [0] = 3.000000 [1] = 0.000000 [2] = 0.000000 [3] = 0.000000 [4] = 0.000000 [5] = 0.000000 [6] = 0.000000 [7] = 0.000000 [8] = 0.000000 [9] = 0.000000 [10] = 0.000000 [11] = 0.000000 [12] = 0.000000 [13] = 0.000000 [14] = 0.000000 [15] = 0.000000 [16] = 0.000000 [17] = 0.000000 [18] = 0.000000 [19] = 0.000000 [20] = 0.000000 [21] = 0.000000 [22] = 0.000000 [23] = 0.000000 [24] = 0.000000 [25] = 0.000000 [26] = 0.000000 [27] = 0.000000 [28] = 1.000000 [29] = 0.000000 [30] = 6.000000 [31] = 5.000000 [32] = 0.000000 [33] = 0.000000 [34] = 0.000000 [35] = 0.000000 [36] = 0.000000 [37] = 0.000000 [38] = 0.000000 [39] = 0.000000 [40] = 0.000000 [41] = 0.000000 [42] = 0.000000 [43] = 0.000000 [44] = 0.000000 [45] = 0.000000 [46] = 0.000000 [47] = 0.000000 [48] = 0.000000 [49] = 0.000000 [50] = 0.000000 [51] = 0.000000 [52] = 0.000000 [53] = 0.000000 [54] = 0.000000 [55] = 0.000000 [56] = 0.000000 [57] = 0.000000 [58] = 0.000000 [59] = 0.000000 [60] = 0.000000 [61] = 0.000000 [62] = 0.000000 [63] = 0.000000 [64] = 0.000000 [65] = 0.000000 [66] = 0.000000 [67] = 0.000000 [68] = 0.000000 [69] = 0.000000 [70] = 0.000000 [71] = 0.000000 [72] = 0.000000 [73] = 0.000000 [74] = 0.000000 [75] = 0.000000 [76] = 0.000000 [77] = 0.000000 [78] = 0.000000 [79] = 0.000000 [80] = 0.000000 [81] = 0.000000 [82] = 0.000000 [83] = 0.000000 [84] = 0.000000 [85] = 0.000000 [86] = 0.000000 [87] = 0.000000 [88] = 0.000000 [89] = 0.000000 [90] = 0.000000 [91] = 0.000000 [92] = 0.000000 [93] = 0.000000 [94] = 0.000000 [95] = 0.000000 [96] = 0.000000 [97] = 0.000000 [98] = 0.000000 [99] = 0.000000 [100] = 0.000000 [101] = 0.000000 [102] = 1.000000 [103] = 0.000000 [104] = 0.000000 [105] = 0.000000 [106] = 0.000000 [107] = 0.000000 [108] = 0.000000 [109] = 0.000000 [110] = 0.000000 [111] = 0.000000 [112] = 1.000000 [113] = 0.000000 [114] = 0.000000 [115] = 0.000000 [116] = 0.000000 [117] = 0.000000 [118] = 0.000000 [119] = 0.000000 [120] = 0.000000 [121] = 0.000000 [122] = 0.000000 [123] = 0.000000 [124] = 0.000000 [125] = 0.000000 [126] = 0.000000 [127] = 0.000000 [128] = 0.000000 [129] = 0.000000 [130] = 0.000000 [131] = 0.000000 [132] = 0.000000 [133] = 0.000000 [134] = 0.000000 [135] = 0.000000 [136] = 0.000000 [137] = 0.000000 [138] = 0.000000 [139] = 0.000000 [140] = 0.000000 [141] = 0.000000 [142] = 0.000000 [143] = 0.000000 [144] = 0.000000 [145] = 0.000000 [146] = 0.000000 [147] = 0.000000 [148] = 0.000000 [149] = 0.000000 [150] = 0.000000 [151] = 0.000000 [152] = 0.000000 [153] = 0.000000 [154] = 0.000000 [155] = 0.000000 [156] = 0.000000 [157] = 0.000000 [158] = 0.000000 [159] = 0.000000 [160] = 0.000000 [161] = 0.000000 [162] = 0.000000 [163] = 0.000000 [164] = 0.000000 [165] = 0.000000 [166] = 0.000000 [167] = 7.000000 [168] = 27.000000 [169] = 39.000000 [170] = 75.000000 [171] = 95.000000 [172] = 113.000000 [173] = 109.000000 [174] = 111.000000 [175] = 103.000000 [176] = 103.000000 [177] = 111.000000 [178] = 107.000000 [179] = 83.000000 [180] = 79.000000 [181] = 85.000000 [182] = 93.000000 [183] = 77.000000 [184] = 68.000000 [185] = 76.000000 [186] = 80.000000 [187] = 80.000000 [188] = 89.000000 [189] = 101.000000 [190] = 127.000000 [191] = 135.000000 [192] = 107.000000 [193] = 120.000000 [194] = 112.000000 [195] = 124.000000 [196] = 113.000000 [197] = 107.000000 [198] = 91.000000 [199] = 78.000000 [200] = 74.000000 [201] = 77.000000 [202] = 87.000000 [203] = 85.000000 [204] = 93.000000 [205] = 92.000000 [206] = 98.000000 [207] = 102.000000 [208] = 82.000000 [209] = 103.000000 [210] = 91.000000 [211] = 99.000000 [212] = 103.000000 [213] = 101.000000 [214] = 109.000000 [215] = 89.000000 [216] = 79.000000 [217] = 97.000000 [218] = 99.000000 [219] = 95.000000 [220] = 91.000000 [221] = 97.000000 [222] = 87.000000 [223] = 97.000000 [224] = 85.000000 [225] = 109.000000 [226] = 103.000000 [227] = 107.000000 [228] = 97.000000 [229] = 89.000000 [230] = 87.000000 [231] = 95.000000 [232] = 101.000000 [233] = 97.000000 [234] = 79.000000 [235] = 85.000000 [236] = 109.000000 [237] = 93.000000 [238] = 97.000000 [239] = 87.000000 [240] = 87.000000 [241] = 103.000000 [242] = 97.000000 [243] = 93.000000 [244] = 107.000000 [245] = 111.000000 [246] = 107.000000 [247] = 131.000000 [248] = 115.000000 [249] = 117.000000 [250] = 105.000000 [251] = 81.000000 [252] = 93.000000 [253] = 103.000000 [254] = 89.000000 [255] = 75.000000 [256] = 91.000000 [257] = 99.000000 [258] = 99.000000 [259] = 133.000000 [260] = 127.000000 [261] = 107.000000 [262] = 119.000000 [263] = 101.000000 [264] = 107.000000 [265] = 101.000000 [266] = 89.000000 [267] = 97.000000 [268] = 91.000000 [269] = 97.000000 [270] = 101.000000 [271] = 107.000000 [272] = 101.000000 [273] = 97.000000 [274] = 99.000000 [275] = 97.000000 [276] = 99.000000 [277] = 105.000000 [278] = 103.000000 [279] = 103.000000 [280] = 87.000000 [281] = 89.000000 [282] = 103.000000 [283] = 87.000000 [284] = 97.000000 [285] = 103.000000 [286] = 105.000000 [287] = 107.000000 [288] = 117.000000 [289] = 121.000000 [290] = 91.000000 [291] = 111.000000 [292] = 100.000000 [293] = 102.000000 [294] = 83.000000 [295] = 95.000000 [296] = 85.000000 [297] = 95.000000 [298] = 109.000000 [299] = 115.000000 [300] = 113.000000 [301] = 103.000000 [302] = 119.000000 [303] = 111.000000 [304] = 103.000000 [305] = 107.000000 [306] = 93.000000 [307] = 102.000000 [308] = 104.000000 [309] = 100.000000 [310] = 82.000000 [311] = 85.000000 [312] = 108.000000 [313] = 120.000000 [314] = 99.000000 [315] = 111.000000 [316] = 99.000000 [317] = 103.000000 [318] = 111.000000 [319] = 101.000000 [320] = 113.000000 [321] = 107.000000 [322] = 99.000000 [323] = 105.000000 [324] = 85.000000 [325] = 89.000000 [326] = 95.000000 [327] = 81.000000 [328] = 101.000000 [329] = 105.000000 [330] = 113.000000 [331] = 95.000000 [332] = 93.000000 [333] = 109.000000 [334] = 121.000000 [335] = 109.000000 [336] = 115.000000 [337] = 113.000000 [338] = 114.000000 [339] = 118.000000 [340] = 103.000000 [341] = 114.000000 [342] = 105.000000 [343] = 107.000000 [344] = 103.000000 [345] = 101.000000 [346] = 97.000000 [347] = 91.000000 [348] = 93.000000 [349] = 95.000000 [350] = 105.000000 [351] = 107.000000 [352] = 101.000000 [353] = 119.000000 [354] = 111.000000 [355] = 95.000000 [356] = 113.000000 [357] = 97.000000 [358] = 119.000000 [359] = 99.000000 [360] = 111.000000 [361] = 97.000000 [362] = 77.000000 [363] = 93.000000 [364] = 97.000000 [365] = 91.000000 [366] = 95.000000 [367] = 95.000000 [368] = 103.000000 [369] = 99.000000 [370] = 93.000000 [371] = 99.000000 [372] = 99.000000 [373] = 97.000000 [374] = 95.000000 [375] = 85.000000 [376] = 95.000000 [377] = 105.000000 [378] = 99.000000 [379] = 105.000000 [380] = 93.000000 [381] = 107.000000 [382] = 103.000000 [383] = 95.000000 [384] = 91.000000 [385] = 95.000000 [386] = 109.000000 [387] = 105.000000 [388] = 91.000000 [389] = 103.000000 [390] = 93.000000 [391] = 95.000000 [392] = 95.000000 [393] = 99.000000 [394] = 105.000000 [395] = 107.000000 [396] = 111.000000 [397] = 101.000000 [398] = 101.000000 [399] = 93.000000 [400] = 99.000000 [401] = 103.000000 [402] = 111.000000 [403] = 101.000000 [404] = 97.000000 [405] = 95.000000 [406] = 95.000000 [407] = 113.000000 [408] = 101.000000 [409] = 115.000000 [410] = 103.000000 [411] = 85.000000 [412] = 93.000000 [413] = 85.000000 [414] = 93.000000 [415] = 95.000000 [416] = 97.000000 [417] = 91.000000 [418] = 87.000000 [419] = 75.000000 [420] = 93.000000 [421] = 83.000000 [422] = 83.000000 [423] = 85.000000 [424] = 97.000000 [425] = 101.000000 [426] = 107.000000 [427] = 113.000000 [428] = 109.000000 [429] = 99.000000 [430] = 103.000000 [431] = 99.000000 [432] = 107.000000 [433] = 91.000000 [434] = 101.000000 [435] = 91.000000 [436] = 111.000000 [437] = 113.000000 [438] = 81.000000 [439] = 87.000000 [440] = 91.000000 [441] = 93.000000 [442] = 97.000000 [443] = 105.000000 [444] = 105.000000 [445] = 89.000000 [446] = 87.000000 [447] = 93.000000 [448] = 97.000000 [449] = 83.000000 [450] = 85.000000 [451] = 67.000000 [452] = 81.000000 [453] = 103.000000 [454] = 99.000000 [455] = 71.000000 [456] = 77.000000 [457] = 83.000000 [458] = 85.000000 [459] = 79.000000 [460] = 89.000000 [461] = 101.000000 [462] = 83.000000 [463] = 87.000000 [464] = 81.000000 [465] = 81.000000 [466] = 73.000000 [467] = 73.000000 [468] = 79.000000 [469] = 77.000000 [470] = 75.000000 [471] = 95.000000 [472] = 101.000000 [473] = 103.000000 [474] = 97.000000 [475] = 95.000000 [476] = 99.000000 [477] = 93.000000 [478] = 95.000000 [479] = 103.000000 [480] = 101.000000 [481] = 101.000000 [482] = 107.000000 [483] = 81.000000 [484] = 91.000000 [485] = 103.000000 [486] = 91.000000 [487] = 79.000000 [488] = 77.000000 [489] = 97.000000 [490] = 91.000000 [491] = 85.000000 [492] = 91.000000 [493] = 71.000000 [494] = 85.000000 [495] = 71.000000 [496] = 83.000000 [497] = 93.000000 [498] = 85.000000 [499] = 89.000000 [500] = 87.000000 [501] = 109.000000 [502] = 89.000000 [503] = 75.000000 [504] = 89.000000 [505] = 75.000000 [506] = 87.000000 [507] = 93.000000 [508] = 87.000000 [509] = 81.000000 [510] = 91.000000 [511] = 91.000000 [512] = 91.000000 [513] = 89.000000 [514] = 101.000000 [515] = 105.000000 [516] = 111.000000 [517] = 99.000000 [518] = 93.000000 [519] = 105.000000 [520] = 103.000000 [521] = 101.000000 [522] = 87.000000 [523] = 93.000000 [524] = 89.000000 [525] = 91.000000 [526] = 79.000000 [527] = 59.000000 [528] = 13.000000 [529] = 9.000000 [530] = 7.000000 [531] = 5.000000 [532] = 5.000000 [533] = 1.000000 [534] = 0.000000 [535] = 0.000000 [536] = 0.000000 [537] = 0.000000 [538] = 0.000000 [539] = 0.000000 [540] = 0.000000 [541] = 0.000000 [542] = 0.000000 [543] = 0.000000 [544] = 0.000000 [545] = 0.000000 [546] = 0.000000 [547] = 0.000000 [548] = 0.000000 [549] = 0.000000 [550] = 0.000000 [551] = 1.000000 [552] = 0.000000 [553] = 0.000000 [554] = 0.000000 [555] = 0.000000 [556] = 0.000000 [557] = 0.000000 [558] = 0.000000 [559] = 0.000000 [560] = 0.000000 [561] = 0.000000 [562] = 0.000000 [563] = 0.000000 [564] = 0.000000 [565] = 0.000000 [566] = 0.000000 [567] = 0.000000 [568] = 0.000000 [569] = 0.000000 [570] = 0.000000 [571] = 0.000000 [572] = 0.000000 [573] = 0.000000 [574] = 0.000000 [575] = 0.000000 [576] = 0.000000 [577] = 0.000000 [578] = 0.000000 [579] = 0.000000 [580] = 0.000000 [581] = 0.000000 [582] = 0.000000 [583] = 0.000000 [584] = 0.000000 [585] = 0.000000 [586] = 0.000000 [587] = 0.000000 [588] = 0.000000 [589] = 0.000000 [590] = 0.000000 [591] = 0.000000 [592] = 0.000000 [593] = 0.000000 [594] = 0.000000 [595] = 5.000000 [596] = 17.000000 [597] = 7.000000 [598] = 7.000000 [599] = 0.000000 [600] = 0.000000 [601] = 0.000000 [602] = 0.000000 [603] = 0.000000 [604] = 0.000000 [605] = 0.000000 [606] = 0.000000 [607] = 0.000000 [608] = 0.000000 [609] = 0.000000 [610] = 0.000000 [611] = 0.000000 [612] = 0.000000 [613] = 0.000000 [614] = 1.000000 [615] = 5.000000 [616] = 43.000000 [617] = 87.000000 [618] = 87.000000 [619] = 83.000000 [620] = 95.000000 [621] = 93.000000 [622] = 91.000000 [623] = 101.000000 [624] = 87.000000 [625] = 89.000000 [626] = 87.000000 [627] = 91.000000 [628] = 86.000000 [629] = 81.000000 [630] = 71.000000 [631] = 87.000000 [632] = 77.000000 [633] = 91.000000 [634] = 87.000000 [635] = 79.000000 [636] = 79.000000 [637] = 89.000000 [638] = 93.000000 [639] = 87.000000 [640] = 89.000000 [641] = 101.000000 [642] = 95.000000 [643] = 99.000000 [644] = 83.000000 [645] = 83.000000 [646] = 71.000000 [647] = 71.000000 [648] = 81.000000 [649] = 84.000000 [650] = 98.000000 [651] = 101.000000 [652] = 81.000000 [653] = 83.000000 [654] = 90.000000 [655] = 91.000000 [656] = 80.000000 [657] = 85.000000 [658] = 91.000000 [659] = 79.000000 [660] = 99.000000 [661] = 83.000000 [662] = 81.000000 [663] = 102.000000 [664] = 105.000000 [665] = 89.000000 [666] = 86.000000 [667] = 84.000000 [668] = 78.000000 [669] = 86.000000 [670] = 101.000000 [671] = 90.000000 [672] = 82.000000 [673] = 91.000000 [674] = 93.000000 [675] = 93.000000 [676] = 95.000000 [677] = 95.000000 [678] = 97.000000 [679] = 89.000000 [680] = 90.000000 [681] = 90.000000 [682] = 104.000000 [683] = 90.000000 [684] = 83.000000 [685] = 84.000000 [686] = 96.000000 [687] = 86.000000 [688] = 86.000000 [689] = 74.000000 [690] = 76.000000 [691] = 86.000000 [692] = 86.000000 [693] = 87.000000 [694] = 100.000000 [695] = 90.000000 [696] = 84.000000 [697] = 92.000000 [698] = 90.000000 [699] = 83.000000 [700] = 79.000000 [701] = 79.000000 [702] = 71.000000 [703] = 81.000000 [704] = 79.000000 [705] = 89.000000 [706] = 85.000000 [707] = 83.000000 [708] = 95.000000 [709] = 87.000000 [710] = 73.000000 [711] = 74.000000 [712] = 72.000000 [713] = 67.000000 [714] = 74.000000 [715] = 80.000000 [716] = 78.000000 [717] = 80.000000 [718] = 82.000000 [719] = 0.000000 [720] = 0.000000 leptonica-1.70/prog/alphaops_reg.c0000640000175000017500000003452312265645247015304 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * alphaops_reg.c * * Tests various functions that use the alpha layer: * * (1) Remove and add alpha layers. * Removing is done by blending with a uniform image. * Adding is done by setting all white pixels to transparent, * and grading the alpha layer to opaque depending on * the distance from the nearest transparent pixel. * * (2) Tests transparency and cleaning under alpha. * * (3) Blending with a uniform color. Also tests an alternative * way to "blend" to a color: component-wise multiplication by * the color. * * (4) Testing RGB and colormapped images with alpha, including * binary and ascii colormap serialization. */ #include "allheaders.h" static PIX *DoBlendTest(PIX *pix, BOX *box, l_uint32 val, l_float32 gamma, l_int32 minval, l_int32 maxval, l_int32 which); void CmapEqual(PIXCMAP *cmap1, PIXCMAP *cmap2, l_int32 *pequal); int main(int argc, char **argv) { l_uint8 *data; l_int32 w, h, n1, n2, n, i, minval, maxval; l_int32 ncolors, rval, gval, bval, equal; l_int32 *rmap, *gmap, *bmap; l_uint32 color; l_float32 gamma; BOX *box; FILE *fp; PIX *pix1, *pix2, *pix3, *pix4, *pix5, *pix6; PIX *pixs, *pixb, *pixg, *pixc, *pixd; PIX *pixg2, *pixcs1, *pixcs2, *pixd1, *pixd2; PIXA *pixa, *pixa2, *pixa3; PIXCMAP *cmap, *cmap2; RGBA_QUAD *cta; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; /* ------------------------ (1) ----------------------------*/ /* Blend with a white background */ pix1 = pixRead("books_logo.png"); pixDisplayWithTitle(pix1, 100, 0, NULL, rp->display); pix2 = pixAlphaBlendUniform(pix1, 0xffffff00); pixDisplayWithTitle(pix2, 100, 150, NULL, rp->display); regTestWritePixAndCheck(rp, pix1, IFF_PNG); /* 0 */ regTestWritePixAndCheck(rp, pix2, IFF_PNG); /* 1 */ /* Generate an alpha layer based on the white background */ pix3 = pixSetAlphaOverWhite(pix2); pixSetSpp(pix3, 3); pixWrite("/tmp/alphaops.2.png", pix3, IFF_PNG); /* without alpha */ regTestCheckFile(rp, "/tmp/alphaops.2.png"); /* 2 */ pixSetSpp(pix3, 4); regTestWritePixAndCheck(rp, pix3, IFF_PNG); /* 3, with alpha */ pixDisplayWithTitle(pix3, 100, 300, NULL, rp->display); /* Render on a light yellow background */ pix4 = pixAlphaBlendUniform(pix3, 0xffffe000); regTestWritePixAndCheck(rp, pix4, IFF_PNG); /* 4 */ pixDisplayWithTitle(pix4, 100, 450, NULL, rp->display); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); /* ------------------------ (2) ----------------------------*/ lept_rmdir("alpha"); lept_mkdir("alpha"); /* Make the transparency (alpha) layer. * pixs is the mask. We turn it into a transparency (alpha) * layer by converting to 8 bpp. A small convolution fuzzes * the mask edges so that you don't see the pixels. */ pixs = pixRead("feyn-fract.tif"); pixGetDimensions(pixs, &w, &h, NULL); pixg = pixConvert1To8(NULL, pixs, 0, 255); pixg2 = pixBlockconvGray(pixg, NULL, 1, 1); regTestWritePixAndCheck(rp, pixg2, IFF_JFIF_JPEG); /* 5 */ pixDisplayWithTitle(pixg2, 0, 0, "alpha", rp->display); /* Make the viewable image. * pixc is the image that we see where the alpha layer is * opaque -- i.e., greater than 0. Scale it to the same * size as the mask. To visualize what this will look like * when displayed over a black background, create the black * background image, pixb, and do the blending with pixcs1 * explicitly using the alpha layer pixg2. */ pixc = pixRead("tetons.jpg"); pixcs1 = pixScaleToSize(pixc, w, h); regTestWritePixAndCheck(rp, pixcs1, IFF_JFIF_JPEG); /* 6 */ pixDisplayWithTitle(pixcs1, 300, 0, "viewable", rp->display); pixb = pixCreateTemplate(pixcs1); /* black */ pixd1 = pixBlendWithGrayMask(pixb, pixcs1, pixg2, 0, 0); regTestWritePixAndCheck(rp, pixd1, IFF_JFIF_JPEG); /* 7 */ pixDisplayWithTitle(pixd1, 600, 0, "alpha-blended 1", rp->display); /* Embed the alpha layer pixg2 into the color image pixc. * Write it out as is. Then clean pixcs1 (to 0) under the fully * transparent part of the alpha layer, and write that result * out as well. */ pixSetRGBComponent(pixcs1, pixg2, L_ALPHA_CHANNEL); pixWrite("/tmp/alpha/pixcs1.png", pixcs1, IFF_PNG); pixcs2 = pixSetUnderTransparency(pixcs1, 0, 0); pixWrite("/tmp/alpha/pixcs2.png", pixcs2, IFF_PNG); /* What will this look like over a black background? * Do the blending explicitly and display. It should * look identical to the blended result pixd1 before cleaning. */ pixd2 = pixBlendWithGrayMask(pixb, pixcs2, pixg2, 0, 0); regTestWritePixAndCheck(rp, pixd2, IFF_JFIF_JPEG); /* 8 */ pixDisplayWithTitle(pixd2, 0, 400, "alpha blended 2", rp->display); /* Read the two images back, ignoring the transparency layer. * The uncleaned image will come back identical to pixcs1. * However, the cleaned image will be black wherever * the alpha layer was fully transparent. It will * look the same when viewed through the alpha layer, * but have much better compression. */ pix1 = pixRead("/tmp/alpha/pixcs1.png"); /* just pixcs1 */ pix2 = pixRead("/tmp/alpha/pixcs2.png"); /* cleaned under transparent */ n1 = nbytesInFile("/tmp/alpha/pixcs1.png"); n2 = nbytesInFile("/tmp/alpha/pixcs2.png"); fprintf(stderr, " Original: %d bytes\n Cleaned: %d bytes\n", n1, n2); regTestWritePixAndCheck(rp, pix1, IFF_JFIF_JPEG); /* 9 */ regTestWritePixAndCheck(rp, pix2, IFF_JFIF_JPEG); /* 10 */ pixDisplayWithTitle(pix1, 300, 400, "without alpha", rp->display); pixDisplayWithTitle(pix2, 600, 400, "cleaned under transparent", rp->display); pixa = pixaCreate(0); pixSaveTiled(pixg2, pixa, 1.0, 1, 20, 32); pixSaveTiled(pixcs1, pixa, 1.0, 1, 20, 0); pixSaveTiled(pix1, pixa, 1.0, 0, 20, 0); pixSaveTiled(pixd1, pixa, 1.0, 1, 20, 0); pixSaveTiled(pixd2, pixa, 1.0, 0, 20, 0); pixSaveTiled(pix2, pixa, 1.0, 1, 20, 0); pixd = pixaDisplay(pixa, 0, 0); regTestWritePixAndCheck(rp, pixd, IFF_JFIF_JPEG); /* 11 */ pixDisplayWithTitle(pixd, 200, 200, "composite", rp->display); pixWrite("/tmp/alpha/alpha.png", pixd, IFF_JFIF_JPEG); pixDestroy(&pixd); pixaDestroy(&pixa); pixDestroy(&pixs); pixDestroy(&pixb); pixDestroy(&pixg); pixDestroy(&pixg2); pixDestroy(&pixc); pixDestroy(&pixcs1); pixDestroy(&pixcs2); pixDestroy(&pixd); pixDestroy(&pixd1); pixDestroy(&pixd2); pixDestroy(&pix1); pixDestroy(&pix2); /* ------------------------ (3) ----------------------------*/ color = 0xffffa000; gamma = 1.0; minval = 0; maxval = 200; box = boxCreate(0, 85, 600, 100); pixa = pixaCreate(6); pix1 = pixRead("blend-green1.jpg"); pixaAddPix(pixa, pix1, L_INSERT); pix1 = pixRead("blend-green2.png"); pixaAddPix(pixa, pix1, L_INSERT); pix1 = pixRead("blend-green3.png"); pixaAddPix(pixa, pix1, L_INSERT); pix1 = pixRead("blend-orange.jpg"); pixaAddPix(pixa, pix1, L_INSERT); pix1 = pixRead("blend-yellow.jpg"); pixaAddPix(pixa, pix1, L_INSERT); pix1 = pixRead("blend-red.png"); pixaAddPix(pixa, pix1, L_INSERT); n = pixaGetCount(pixa); pixa2 = pixaCreate(n); pixa3 = pixaCreate(n); for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixa, i, L_CLONE); pix2 = DoBlendTest(pix1, box, color, gamma, minval, maxval, 1); regTestWritePixAndCheck(rp, pix2, IFF_JFIF_JPEG); /* 12, 14, ... 22 */ pixDisplayWithTitle(pix2, 150 * i, 0, NULL, rp->display); pixaAddPix(pixa2, pix2, L_INSERT); pix2 = DoBlendTest(pix1, box, color, gamma, minval, maxval, 2); regTestWritePixAndCheck(rp, pix2, IFF_JFIF_JPEG); /* 13, 15, ... 23 */ pixDisplayWithTitle(pix2, 150 * i, 200, NULL, rp->display); pixaAddPix(pixa3, pix2, L_INSERT); pixDestroy(&pix1); } if (rp->display) { pixaConvertToPdf(pixa2, 0, 0.75, L_FLATE_ENCODE, 0, "blend 1 test", "/tmp/alpha/blending1.pdf"); pixaConvertToPdf(pixa3, 0, 0.75, L_FLATE_ENCODE, 0, "blend 2 test", "/tmp/alpha/blending2.pdf"); } pixaDestroy(&pixa); pixaDestroy(&pixa2); pixaDestroy(&pixa3); boxDestroy(&box); /* ------------------------ (4) ----------------------------*/ /* Use one image as the alpha component for a second image */ pix1 = pixRead("test24.jpg"); pix2 = pixRead("marge.jpg"); pix3 = pixScale(pix2, 1.9, 2.2); pix4 = pixConvertTo8(pix3, 0); pixSetRGBComponent(pix1, pix4, L_ALPHA_CHANNEL); regTestWritePixAndCheck(rp, pix1, IFF_PNG); /* 24 */ pixDisplayWithTitle(pix1, 600, 0, NULL, rp->display); /* Set the alpha value in a colormap to bval */ pix5 = pixOctreeColorQuant(pix1, 128, 0); cmap = pixGetColormap(pix5); pixcmapToArrays(cmap, &rmap, &gmap, &bmap, NULL); n = pixcmapGetCount(cmap); for (i = 0; i < n; i++) { pixcmapGetColor(cmap, i, &rval, &gval, &bval); cta = (RGBA_QUAD *)cmap->array; cta[i].alpha = bval; } /* Test binary serialization/deserialization of colormap with alpha */ pixcmapSerializeToMemory(cmap, 4, &ncolors, &data); cmap2 = pixcmapDeserializeFromMemory(data, 4, ncolors); CmapEqual(cmap, cmap2, &equal); regTestCompareValues(rp, TRUE, equal, 0.0); /* 25 */ pixcmapDestroy(&cmap2); lept_free(data); /* Test ascii serialization/deserialization of colormap with alpha */ fp = fopenWriteStream("/tmp/alpha/cmap.4", "w"); pixcmapWriteStream(fp, cmap); fclose(fp); fp = fopenReadStream("/tmp/alpha/cmap.4"); cmap2 = pixcmapReadStream(fp); fclose(fp); CmapEqual(cmap, cmap2, &equal); regTestCompareValues(rp, TRUE, equal, 0.0); /* 26 */ pixcmapDestroy(&cmap2); /* Test r/w for cmapped pix with non-opaque alpha */ pixDisplayWithTitle(pix5, 900, 0, NULL, rp->display); regTestWritePixAndCheck(rp, pix5, IFF_PNG); /* 27 */ pixWrite("/tmp/alpha/fourcomp.png", pix5, IFF_PNG); pix6 = pixRead("/tmp/alpha/fourcomp.png"); regTestComparePix(rp, pix5, pix6); /* 28 */ pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); pixDestroy(&pix5); pixDestroy(&pix6); lept_free(rmap); lept_free(gmap); lept_free(bmap); return regTestCleanup(rp); } /* Use which == 1 to test alpha blending; which == 2 to test "blending" * by pixel multiplication. This generates a composite of 5 images: * the original, blending over a box at the bottom (2 ways), and * multiplying over a box at the bottom (2 ways). */ static PIX * DoBlendTest(PIX *pix, BOX *box, l_uint32 color, l_float32 gamma, l_int32 minval, l_int32 maxval, l_int32 which) { PIX *pix1, *pix2, *pix3, *pixd; PIXA *pixa; pixa = pixaCreate(5); pix1 = pixRemoveColormap(pix, REMOVE_CMAP_TO_FULL_COLOR); pix2 = pixCopy(NULL, pix1); pixaAddPix(pixa, pix2, L_COPY); if (which == 1) pix3 = pixBlendBackgroundToColor(NULL, pix2, box, color, gamma, minval, maxval); else pix3 = pixMultiplyByColor(NULL, pix2, box, color); pixaAddPix(pixa, pix3, L_INSERT); if (which == 1) pixBlendBackgroundToColor(pix2, pix2, box, color, gamma, minval, maxval); else pixMultiplyByColor(pix2, pix2, box, color); pixaAddPix(pixa, pix2, L_INSERT); pix2 = pixCopy(NULL, pix1); if (which == 1) pix3 = pixBlendBackgroundToColor(NULL, pix2, NULL, color, gamma, minval, maxval); else pix3 = pixMultiplyByColor(NULL, pix2, NULL, color); pixaAddPix(pixa, pix3, L_INSERT); if (which == 1) pixBlendBackgroundToColor(pix2, pix2, NULL, color, gamma, minval, maxval); else pixMultiplyByColor(pix2, pix2, NULL, color); pixaAddPix(pixa, pix2, L_INSERT); pixd = pixaDisplayTiledInRows(pixa, 32, 800, 1.0, 0, 30, 2); pixDestroy(&pix1); pixaDestroy(&pixa); return pixd; } void CmapEqual(PIXCMAP *cmap1, PIXCMAP *cmap2, l_int32 *pequal) { l_int32 n1, n2, i, rval1, gval1, bval1, aval1, rval2, gval2, bval2, aval2; *pequal = FALSE; n1 = pixcmapGetCount(cmap1); n2 = pixcmapGetCount(cmap1); if (n1 != n2) return; for (i = 0; i < n1; i++) { pixcmapGetRGBA(cmap1, i, &rval1, &gval1, &bval1, &aval1); pixcmapGetRGBA(cmap2, i, &rval2, &gval2, &bval2, &aval2); if ((rval1 != rval2) || (gval1 != gval2) || (bval1 != bval2) || (aval1 != aval2)) return; } *pequal = TRUE; return; } leptonica-1.70/prog/binmorph5_reg.c0000644000175000017500000002760112240303443015361 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * binmorph5_reg.c * * Regression test for expanded dwa morph operations. * We compare: * (1) dwa composite vs. morph composite * (2) dwa composite vs. morph non-composite */ #include "allheaders.h" l_int32 DoComparisonDwa1(PIX *pixs, PIX *pixt1, PIX *pixt2, PIX *pixt3, PIX *pixt4, PIX *pixt5, PIX *pixt6, l_int32 isize); l_int32 DoComparisonDwa2(PIX *pixs, PIX *pixt1, PIX *pixt2, PIX *pixt3, PIX *pixt4, PIX *pixt5, PIX *pixt6, l_int32 size); l_int32 PixCompareDwa(l_int32 size, const char *type, PIX *pixt1, PIX *pixt2, PIX *pixt3, PIX *pixt4, PIX *pixt5, PIX *pixt6); #define TIMING 0 #define FASTER_TEST 1 #define SLOWER_TEST 1 /* This fails on the symmetric case, but the differences are * relatively small. Most of the problems seems to be in the * non-dwa code, because we are doing sequential erosions * without an extra border, and things aren't being properly * initialized. To avoid these errors, add a border in advance * for symmetric b.c. Note that asymmetric b.c. are recommended * for document image operations, and this test passes for * asymmetric b.c. */ #define TEST_SYMMETRIC 0 /* set to 1 for symmetric b.c.; otherwise, it tests asymmetric b.c. */ int main(int argc, char **argv) { l_int32 i, n, rsize, fact1, fact2, extra; l_int32 size, lastsize; l_int32 dwasize[256]; l_int32 ropsize[256]; PIX *pixs, *pixt1, *pixt2, *pixt3, *pixt4, *pixt5, *pixt6; pixs = pixRead("feyn.tif"); #if TEST_SYMMETRIC /* This works properly if there's an added border */ resetMorphBoundaryCondition(SYMMETRIC_MORPH_BC); #if 1 pixt1 = pixAddBorder(pixs, 64, 0); pixTransferAllData(pixs, &pixt1, 0, 0); #endif #endif /* TEST_SYMMETRIC */ pixt1 = pixCreateTemplateNoInit(pixs); pixt2 = pixCreateTemplateNoInit(pixs); pixt3 = pixCreateTemplateNoInit(pixs); pixt4 = pixCreateTemplateNoInit(pixs); pixt5 = pixCreateTemplateNoInit(pixs); pixt6 = pixCreateTemplateNoInit(pixs); /* ---------------------------------------------------------------- * * Faster test; testing fewer sizes * * ---------------------------------------------------------------- */ #if FASTER_TEST /* Compute the actual sizes used for each input size 'i' */ for (i = 0; i < 256; i++) { dwasize[i] = 0; ropsize[i] = 0; } for (i = 65; i < 256; i++) { selectComposableSizes(i, &fact1, &fact2); rsize = fact1 * fact2; ropsize[i] = rsize; getExtendedCompositeParameters(i, &n, &extra, &dwasize[i]); } /* Use only values where the resulting sizes are equal */ for (i = 65; i < 240; i++) { n = 1 + (l_int32)((i - 63) / 62); extra = i - 63 - (n - 1) * 62 + 1; if (extra == 2) continue; /* don't use this one (e.g., i == 126) */ if (ropsize[i] == dwasize[i]) DoComparisonDwa1(pixs, pixt1, pixt2, pixt3, pixt4, pixt5, pixt6, i); } #endif /* FASTER_TEST */ /* ---------------------------------------------------------------- * * Slower test; testing maximum number of sizes * * ---------------------------------------------------------------- */ #if SLOWER_TEST lastsize = 0; for (i = 65; i < 199; i++) { getExtendedCompositeParameters(i, &n, &extra, &size); if (size == lastsize) continue; if (size == 126 || size == 188) continue; /* deliberately off by one */ lastsize = size; DoComparisonDwa2(pixs, pixt1, pixt2, pixt3, pixt4, pixt5, pixt6, size); } #endif /* SLOWER_TEST */ pixDestroy(&pixs); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); pixDestroy(&pixt5); pixDestroy(&pixt6); return 0; } l_int32 DoComparisonDwa1(PIX *pixs, PIX *pixt1, PIX *pixt2, PIX *pixt3, PIX *pixt4, PIX *pixt5, PIX *pixt6, l_int32 isize) { l_int32 fact1, fact2, size; selectComposableSizes(isize, &fact1, &fact2); size = fact1 * fact2; fprintf(stderr, "..%d..", size); if (TIMING) startTimer(); pixDilateCompBrickExtendDwa(pixt1, pixs, size, 1); pixDilateCompBrickExtendDwa(pixt3, pixs, 1, size); pixDilateCompBrickExtendDwa(pixt5, pixs, size, size); if (TIMING) fprintf(stderr, "Time Dwa: %7.3f sec\n", stopTimer()); if (TIMING) startTimer(); pixDilateCompBrick(pixt2, pixs, size, 1); pixDilateCompBrick(pixt4, pixs, 1, size); pixDilateCompBrick(pixt6, pixs, size, size); if (TIMING) fprintf(stderr, "Time Rop: %7.3f sec\n", stopTimer()); PixCompareDwa(size, "dilate", pixt1, pixt2, pixt3, pixt4, pixt5, pixt6); if (TIMING) startTimer(); pixErodeCompBrickExtendDwa(pixt1, pixs, size, 1); pixErodeCompBrickExtendDwa(pixt3, pixs, 1, size); pixErodeCompBrickExtendDwa(pixt5, pixs, size, size); if (TIMING) fprintf(stderr, "Time Dwa: %7.3f sec\n", stopTimer()); if (TIMING) startTimer(); pixErodeCompBrick(pixt2, pixs, size, 1); pixErodeCompBrick(pixt4, pixs, 1, size); pixErodeCompBrick(pixt6, pixs, size, size); if (TIMING) fprintf(stderr, "Time Rop: %7.3f sec\n", stopTimer()); PixCompareDwa(size, "erode", pixt1, pixt2, pixt3, pixt4, pixt5, pixt6); if (TIMING) startTimer(); pixOpenCompBrickExtendDwa(pixt1, pixs, size, 1); pixOpenCompBrickExtendDwa(pixt3, pixs, 1, size); pixOpenCompBrickExtendDwa(pixt5, pixs, size, size); if (TIMING) fprintf(stderr, "Time Dwa: %7.3f sec\n", stopTimer()); if (TIMING) startTimer(); pixOpenCompBrick(pixt2, pixs, size, 1); pixOpenCompBrick(pixt4, pixs, 1, size); pixOpenCompBrick(pixt6, pixs, size, size); if (TIMING) fprintf(stderr, "Time Rop: %7.3f sec\n", stopTimer()); PixCompareDwa(size, "open", pixt1, pixt2, pixt3, pixt4, pixt5, pixt6); if (TIMING) startTimer(); pixCloseCompBrickExtendDwa(pixt1, pixs, size, 1); pixCloseCompBrickExtendDwa(pixt3, pixs, 1, size); pixCloseCompBrickExtendDwa(pixt5, pixs, size, size); if (TIMING) fprintf(stderr, "Time Dwa: %7.3f sec\n", stopTimer()); if (TIMING) startTimer(); pixCloseSafeCompBrick(pixt2, pixs, size, 1); pixCloseSafeCompBrick(pixt4, pixs, 1, size); pixCloseSafeCompBrick(pixt6, pixs, size, size); if (TIMING) fprintf(stderr, "Time Rop: %7.3f sec\n", stopTimer()); PixCompareDwa(size, "close", pixt1, pixt2, pixt3, pixt4, pixt5, pixt6); #if 0 pixWrite("/tmp/junkpixt3.png", pixt3, IFF_PNG); pixWrite("/tmp/junkpixt4.png", pixt4, IFF_PNG); pixXor(pixt3, pixt3, pixt4); pixWrite("/tmp/junkxor.png", pixt3, IFF_PNG); #endif return 0; } l_int32 DoComparisonDwa2(PIX *pixs, PIX *pixt1, PIX *pixt2, PIX *pixt3, PIX *pixt4, PIX *pixt5, PIX *pixt6, l_int32 size) /* exactly decomposable */ { fprintf(stderr, "..%d..", size); if (TIMING) startTimer(); pixDilateCompBrickExtendDwa(pixt1, pixs, size, 1); pixDilateCompBrickExtendDwa(pixt3, pixs, 1, size); pixDilateCompBrickExtendDwa(pixt5, pixs, size, size); if (TIMING) fprintf(stderr, "Time Dwa: %7.3f sec\n", stopTimer()); if (TIMING) startTimer(); pixDilateBrick(pixt2, pixs, size, 1); pixDilateBrick(pixt4, pixs, 1, size); pixDilateBrick(pixt6, pixs, size, size); if (TIMING) fprintf(stderr, "Time Rop: %7.3f sec\n", stopTimer()); PixCompareDwa(size, "dilate", pixt1, pixt2, pixt3, pixt4, pixt5, pixt6); if (TIMING) startTimer(); pixErodeCompBrickExtendDwa(pixt1, pixs, size, 1); pixErodeCompBrickExtendDwa(pixt3, pixs, 1, size); pixErodeCompBrickExtendDwa(pixt5, pixs, size, size); if (TIMING) fprintf(stderr, "Time Dwa: %7.3f sec\n", stopTimer()); if (TIMING) startTimer(); pixErodeBrick(pixt2, pixs, size, 1); pixErodeBrick(pixt4, pixs, 1, size); pixErodeBrick(pixt6, pixs, size, size); if (TIMING) fprintf(stderr, "Time Rop: %7.3f sec\n", stopTimer()); PixCompareDwa(size, "erode", pixt1, pixt2, pixt3, pixt4, pixt5, pixt6); if (TIMING) startTimer(); pixOpenCompBrickExtendDwa(pixt1, pixs, size, 1); pixOpenCompBrickExtendDwa(pixt3, pixs, 1, size); pixOpenCompBrickExtendDwa(pixt5, pixs, size, size); if (TIMING) fprintf(stderr, "Time Dwa: %7.3f sec\n", stopTimer()); if (TIMING) startTimer(); pixOpenBrick(pixt2, pixs, size, 1); pixOpenBrick(pixt4, pixs, 1, size); pixOpenBrick(pixt6, pixs, size, size); if (TIMING) fprintf(stderr, "Time Rop: %7.3f sec\n", stopTimer()); PixCompareDwa(size, "open", pixt1, pixt2, pixt3, pixt4, pixt5, pixt6); if (TIMING) startTimer(); pixCloseCompBrickExtendDwa(pixt1, pixs, size, 1); pixCloseCompBrickExtendDwa(pixt3, pixs, 1, size); pixCloseCompBrickExtendDwa(pixt5, pixs, size, size); if (TIMING) fprintf(stderr, "Time Dwa: %7.3f sec\n", stopTimer()); if (TIMING) startTimer(); pixCloseSafeBrick(pixt2, pixs, size, 1); pixCloseSafeBrick(pixt4, pixs, 1, size); pixCloseSafeBrick(pixt6, pixs, size, size); if (TIMING) fprintf(stderr, "Time Rop: %7.3f sec\n", stopTimer()); PixCompareDwa(size, "close", pixt1, pixt2, pixt3, pixt4, pixt5, pixt6); #if 0 pixWrite("/tmp/junkpixt3.png", pixt3, IFF_PNG); pixWrite("/tmp/junkpixt4.png", pixt4, IFF_PNG); pixXor(pixt3, pixt3, pixt4); pixWrite("/tmp/junkxor.png", pixt3, IFF_PNG); #endif return 0; } l_int32 PixCompareDwa(l_int32 size, const char *type, PIX *pixt1, PIX *pixt2, PIX *pixt3, PIX *pixt4, PIX *pixt5, PIX *pixt6) { l_int32 same, fail; fail = FALSE; pixEqual(pixt1, pixt2, &same); if (!same) { fail = TRUE; fprintf(stderr, "%s (%d, 1) not same\n", type, size); } pixEqual(pixt3, pixt4, &same); if (!same) { fail = TRUE; fprintf(stderr, "%s (1, %d) not same\n", type, size); } pixEqual(pixt5, pixt6, &same); if (!same) { fail = TRUE; fprintf(stderr, "%s (%d, %d) not same\n", type, size, size); } return fail; } leptonica-1.70/prog/byteatest.c0000644000175000017500000001113212242267033014623 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * byteatest.c * */ #include #include "allheaders.h" int main(int argc, char **argv) { char *str; l_uint8 *data1, *data2; l_int32 i, n, start, end, same1, same2; size_t size1, size2; FILE *fp; L_DNA *da; SARRAY *sa; L_BYTEA *lba1, *lba2, *lba3, *lba4, *lba5; static char mainName[] = "byteatest"; if (argc != 1) return ERROR_INT("syntax: byteatest", mainName, 1); /* Test basic init, join and split */ lba1 = l_byteaInitFromFile("feyn.tif"); lba2 = l_byteaInitFromFile("test24.jpg"); size1 = l_byteaGetSize(lba1); size2 = l_byteaGetSize(lba2); l_byteaJoin(lba1, &lba2); lba3 = l_byteaInitFromMem(lba1->data, size1); lba4 = l_byteaInitFromMem(lba1->data + size1, size2); /* Split by hand */ l_binaryWrite("junk1", "w", lba3->data, lba3->size); l_binaryWrite("junk2", "w", lba4->data, lba4->size); filesAreIdentical("feyn.tif", "junk1", &same1); filesAreIdentical("test24.jpg", "junk2", &same2); if (same1 && same2) fprintf(stderr, "OK for join file\n"); else fprintf(stderr, "Error: files are different!\n"); /* Split by function */ l_byteaSplit(lba1, size1, &lba5); l_binaryWrite("junk3", "w", lba1->data, lba1->size); l_binaryWrite("junk4", "w", lba5->data, lba5->size); filesAreIdentical("feyn.tif", "junk3", &same1); filesAreIdentical("test24.jpg", "junk4", &same2); if (same1 && same2) fprintf(stderr, "OK for split file\n"); else fprintf(stderr, "Error: files are different!\n"); l_byteaDestroy(&lba1); l_byteaDestroy(&lba2); l_byteaDestroy(&lba3); l_byteaDestroy(&lba4); l_byteaDestroy(&lba5); /* Test appending */ data1 = l_binaryRead("whatever10.c", &size1); sa = sarrayCreateLinesFromString((char *)data1, 1); lba1 = l_byteaCreate(0); n = sarrayGetCount(sa); for (i = 0; i < n; i++) { str = sarrayGetString(sa, i, L_NOCOPY); l_byteaAppendString(lba1, str); l_byteaAppendString(lba1, (char *)"\n"); } data2 = l_byteaGetData(lba1, &size2); l_binaryWrite("junk1.txt", "w", data2, size2); filesAreIdentical("whatever10.c", "junk1.txt", &same1); if (same1) fprintf(stderr, "OK for appended file\n"); else fprintf(stderr, "Error: appended file is different!\n"); lept_free(data1); sarrayDestroy(&sa); l_byteaDestroy(&lba1); /* Test search */ convertToPdf("test24.jpg", L_JPEG_ENCODE, 0, "junk3.pdf", 0, 0, 100, NULL, NULL, 0); lba1 = l_byteaInitFromFile("junk3.pdf"); l_byteaFindEachSequence(lba1, (l_uint8 *)" 0 obj\n", 7, &da); l_dnaWriteStream(stderr, da); l_byteaDestroy(&lba1); l_dnaDestroy(&da); /* Test write to file */ lba1 = l_byteaInitFromFile("feyn.tif"); fp = lept_fopen("junk5", "wb"); size1 = l_byteaGetSize(lba1); for (start = 0; start < size1; start += 1000) { end = L_MIN(start + 1000 - 1, size1 - 1); l_byteaWriteStream(fp, lba1, start, end); } lept_fclose(fp); l_byteaDestroy(&lba1); return 0; } leptonica-1.70/prog/conncomp_reg.c0000644000175000017500000001137712240303243015273 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * conncomp_reg.c * * Regression test for connected components (both 4 and 8 * connected), including regeneration of the original * image from the components. This is also an implicit * test of rasterop. */ #include #include "allheaders.h" #define NTIMES 10 int main(int argc, char **argv) { l_uint8 *array1, *array2; l_int32 n, np, same, diff; size_t nbytes1, nbytes2; FILE *fp; BOXA *boxa, *boxa2; PIX *pixs, *pixd; PIXA *pixa; PIXCMAP *cmap; static char mainName[] = "conncomp_reg"; if (argc != 1) return ERROR_INT(" Syntax: conncomp_reg", mainName, 1); pixs = pixRead("feyn.tif"); /* Test pixConnComp() with output to both boxa and pixa */ /* First, test with 4-cc */ boxa = pixConnComp(pixs, &pixa, 4); n = boxaGetCount(boxa); fprintf(stderr, "Number of 4 c.c. b.b: %d\n", n); np = pixaGetCount(pixa); fprintf(stderr, "Number of 4 c.c. pix: %d\n", np); pixd = pixaDisplay(pixa, pixGetWidth(pixs), pixGetHeight(pixs)); pixWrite("/tmp/junkout1.png", pixd, IFF_PNG); pixEqual(pixs, pixd, &same); if (same == 1) fprintf(stderr, "Source and reconstructed pix are the same.\n"); else fprintf(stderr, "Error: source and reconstructed pix differ!\n"); pixaDestroy(&pixa); boxaDestroy(&boxa); pixDestroy(&pixd); /* Test with 8-cc */ boxa = pixConnComp(pixs, &pixa, 8); n = boxaGetCount(boxa); fprintf(stderr, "Number of 8 c.c. b.b: %d\n", n); np = pixaGetCount(pixa); fprintf(stderr, "Number of 8 c.c. pix: %d\n", np); pixd = pixaDisplay(pixa, pixGetWidth(pixs), pixGetHeight(pixs)); pixWrite("/tmp/junkout2.png", pixd, IFF_PNG); pixEqual(pixs, pixd, &same); if (same == 1) fprintf(stderr, "Source and reconstructed pix are the same.\n"); else fprintf(stderr, "Error: source and reconstructed pix differ!\n"); pixaDestroy(&pixa); boxaDestroy(&boxa); pixDestroy(&pixd); /* Test i/o */ boxa = pixConnComp(pixs, NULL, 4); fp = lept_fopen("/tmp/junk1.ba", "wb+"); boxaWriteStream(fp, boxa); lept_fclose(fp); fp = lept_fopen("/tmp/junk1.ba", "rb"); boxa2 = boxaReadStream(fp); lept_fclose(fp); fp = lept_fopen("/tmp/junk2.ba", "wb+"); boxaWriteStream(fp, boxa2); lept_fclose(fp); array1 = l_binaryRead("/tmp/junk1.ba", &nbytes1); array2 = l_binaryRead("/tmp/junk2.ba", &nbytes2); diff = strcmp((char *)array1, (char *)array2); if (nbytes1 != nbytes2 || diff) fprintf(stderr, "I/O error for boxes.\n"); else fprintf(stderr, "I/O valid for boxes.\n"); lept_free(array1); lept_free(array2); boxaDestroy(&boxa); boxaDestroy(&boxa2); /* Just for fun, display each component as a random color * in cmapped 8 bpp. Background is color 0; it is set to white. */ boxa = pixConnComp(pixs, &pixa, 4); pixd = pixaDisplayRandomCmap(pixa, pixGetWidth(pixs), pixGetHeight(pixs)); cmap = pixGetColormap(pixd); pixcmapResetColor(cmap, 0, 255, 255, 255); /* reset background to white */ pixDisplay(pixd, 100, 100); boxaDestroy(&boxa); pixDestroy(&pixd); pixaDestroy(&pixa); pixDestroy(&pixs); return 0; } leptonica-1.70/prog/lucasta-frag.jpg0000444000175000017500000015307110360146125015532 0ustar dandanÿØÿàJFIFÿþXCREATOR: XV Version 3.10a Rev: 12/29/94 (PNG patch 1.2) Quality = 75, Smoothing = 0 ÿÛC    $.' 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * livre_hmt.c * * This demonstrates use of pixGenerateSelBoundary() to * generate a hit-miss Sel. * * (1) The Sel is displayed with the hit and miss elements in color. * * (2) We produce several 4 bpp colormapped renditions, * with the matched pattern either hightlighted or removed. * * (3) For figures in the Document Image Applications chapter: * fig 7: livre_hmt 1 8 * fig 8: livre_hmt 2 4 */ #include "allheaders.h" /* for pixDisplayHitMissSel() */ static const l_uint32 HitColor = 0x33aa4400; static const l_uint32 MissColor = 0xaa44bb00; /* Patterns at full resolution */ static const char *patname[3] = { "", "tribune-word.png", /* patno = 1 */ "tribune-t.png"}; /* patno = 2 */ int main(int argc, char **argv) { l_int32 patno, reduction, width, cols, cx, cy; BOX *box; PIX *pixs, *pixt, *pix, *pixr, *pixp, *pixsel, *pixhmt; PIX *pixd1, *pixd2, *pixd3, *pixd; PIXA *pixa; SEL *selhm; static char mainName[] = "livre_hmt"; if (argc != 3) return ERROR_INT(" Syntax: livre_hmt pattern reduction", mainName, 1); patno = atoi(argv[1]); reduction = atoi(argv[2]); if ((pixs = pixRead(patname[patno])) == NULL) return ERROR_INT("pixs not made", mainName, 1); if (reduction != 4 && reduction != 8 && reduction != 16) return ERROR_INT("reduction not 4, 8 or 16", mainName, 1); if (reduction == 4) pixt = pixReduceRankBinaryCascade(pixs, 4, 4, 0, 0); else if (reduction == 8) pixt = pixReduceRankBinaryCascade(pixs, 4, 4, 2, 0); else if (reduction == 16) pixt = pixReduceRankBinaryCascade(pixs, 4, 4, 2, 2); /* Make a hit-miss sel */ if (reduction == 4) selhm = pixGenerateSelBoundary(pixt, 2, 2, 20, 30, 1, 1, 0, 0, &pixp); else if (reduction == 8) selhm = pixGenerateSelBoundary(pixt, 1, 2, 6, 12, 1, 1, 0, 0, &pixp); else if (reduction == 16) selhm = pixGenerateSelBoundary(pixt, 1, 1, 4, 8, 0, 0, 0, 0, &pixp); /* Display the sel */ pixsel = pixDisplayHitMissSel(pixp, selhm, 7, HitColor, MissColor); pixDisplay(pixsel, 200, 200); pixWrite("/tmp/pixsel1", pixsel, IFF_PNG); /* Use the Sel to find all instances in the page */ pix = pixRead("tribune-page-4x.png"); /* 4x reduced */ if (reduction == 4) pixr = pixClone(pix); else if (reduction == 8) pixr = pixReduceRankBinaryCascade(pix, 2, 0, 0, 0); else if (reduction == 16) pixr = pixReduceRankBinaryCascade(pix, 2, 2, 0, 0); startTimer(); pixhmt = pixHMT(NULL, pixr, selhm); fprintf(stderr, "Time to find patterns = %7.3f\n", stopTimer()); /* Color each instance at full res */ selGetParameters(selhm, NULL, NULL, &cy, &cx); pixd1 = pixDisplayMatchedPattern(pixr, pixp, pixhmt, cx, cy, 0x0000ff00, 1.0, 5); pixWrite("/tmp/pixd11", pixd1, IFF_PNG); /* Color each instance at 0.5 scale */ pixd2 = pixDisplayMatchedPattern(pixr, pixp, pixhmt, cx, cy, 0x0000ff00, 0.5, 5); pixWrite("/tmp/pixd12", pixd2, IFF_PNG); /* Remove each instance from the input image */ pixd3 = pixCopy(NULL, pixr); pixRemoveMatchedPattern(pixd3, pixp, pixhmt, cx, cy, 1); pixWrite("/tmp/pixr1", pixd3, IFF_PNG); pixa = pixaCreate(2); pixaAddPix(pixa, pixs, L_CLONE); pixaAddPix(pixa, pixsel, L_CLONE); cols = (patno == 1) ? 1 : 2; width = (patno == 1) ? 800 : 400; pixd = pixaDisplayTiledAndScaled(pixa, 32, width, cols, 0, 30, 2); pixWrite("/tmp/hmt.png", pixd, IFF_PNG); pixDisplay(pixd, 0, 300); selDestroy(&selhm); pixDestroy(&pixp); pixDestroy(&pixsel); pixDestroy(&pixhmt); pixDestroy(&pixd1); pixDestroy(&pixd2); pixDestroy(&pixd3); pixDestroy(&pixs); pixDestroy(&pix); pixDestroy(&pixt); return 0; } leptonica-1.70/prog/hardlight1_2.jpg0000444000175000017500000000330311004507774015430 0ustar dandanÿØÿàJFIFÿþZ CREATOR: XV Version 3.10a Rev: 12/29/94 (PNG patch 1.2) Quality = 75, Smoothing = 0 ÿÛC    $.' ",#(7),01444'9=82<.342ÿÀ uÊÿÄ ÿĵ}!1AQa"q2‘¡#B±ÁRÑð$3br‚ %&'()*456789:CDEFGHIJSTUVWXYZcdefghijstuvwxyzƒ„…†‡ˆ‰Š’“”•–—˜™š¢£¤¥¦§¨©ª²³´µ¶·¸¹ºÂÃÄÅÆÇÈÉÊÒÓÔÕÖ×ØÙÚáâãäåæçèéêñòóôõö÷øùúÿÚ?åüTâ²×?ì!?þŒjÌCÍXCS!æ¬!©ÐÔÊjU5(4ðiÀÓÁ§ pà)vÒm¦‘IIFhͤͯrÐä]Ó?ëÒ/ýWÍ+?ñYkŸö¸ÿÑYhjt5:5NS¡©ÔÔªÕ(4ðiàÓÅJ‚¥TÍJ#ö§yTÒ•.*#M4™¤Í&hÍ.kÝ4ù4Ïúô‹ÿ@ó'‹üVzïý„.?ôcVZš¦Fæ§F©Ñªuj•Z¥ R©ÔÉ֬ƹ«qDM[Žß4ÿ³qPÉ*¤‘ãµVqŠ€ši4ÜÑšMÔn¯xðÿü‹z_ýzEÿ  ùŧþ+MwþÂ7ú1«)MJ­S#TèÕ:5LÍL­R«T¡ªT5j1š½g«mqZÚûTÆÓŽ•J{lY—`ô¬ÙF ªnqQ¦–¤ÝIºÕïžÿ‘kJÿ¯8ô_0ø¹¿âµ×¿ì#qÿ£²TÔªÕ25LÍLÍLÍL­R«TªÕb6«ö­Ka’+~Ê<[0Ä6Š¢ª71€ a^.3X—T%j®ÍL/M/FúMõô‡yðÆ“ÿ^pÿè¾^ñyÿŠÛ^ÿ°ÇþŒjÉ¥SR«TªÕ2µL­S+Ôªõ*?5b6æ¯@ý+ZÑÆEtv.8­¸\m©™Æ*…Ôƒ¹Ûé95‡s'&³e~jzŒ½4½!zC%}á®|-¤úr‡ÿ@ò÷‹ÏüVúÿý„n?ôcV@4ðjEj•Z¥V©•êUz•^¥Gæ¬FüÕÈdéÍiÛÎÖÝØ涠½ëSµèÇZλ½kîë$ÖDódžj”’qP3Ôeé ÓKÒo÷¯¤|3Ï…4úñƒÿ@òïŒüVúÿý„®?ôcV84ðiàÔŠÕ"µJ¯R«Ôªõ"½N’{Õ˜åÅ\ŠãV„7„Í_‹PÇz{j$ŽµRkìçšÎ–ë$óT¤›5Yä÷¨LžôÂô…é¥é ×Ó>çÂ:/ýxAÿ¢Ö¾\ñÿŠã_ÿ°•ÇþŒjÇœ <xj5<5H¥Wâ¤R+ÔË.*t›:\c½L·G=iMÙõ¨Þäžõ]çÍBÒÔ&OzazazBôÒô…ëê sàýþ¼ ÿÑk_.xÄÿÅo¯ÿØJãÿF5cNœ 8xj5<5<=Hžœ²{Ô¢ZxšŸç{Ñç{ÓLÞõ–˜d¦=é¥é¥é¥é¥èß_TxOŸèö·ÿÑk_.xÇþGþÂWú1« #ifndef _WIN32 #include #else #include /* for Sleep() */ #endif /* _WIN32 */ #include "allheaders.h" static PIXA *PixSavePlots1(void); static PIXA *PixSavePlots2(void); int main(int argc, char **argv) { char fname[256]; l_int32 i, w, h, nbins, factor; l_int32 spike; l_uint32 *array, *marray; NUMA *na, *nan, *nai, *narbin; PIX *pixs, *pixt, *pixd; PIXA *pixa; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; /* Find the rank bin colors */ pixs = pixRead("map1.jpg"); pixGetDimensions(pixs, &w, &h, NULL); factor = L_MAX(1, (l_int32)sqrt((l_float64)(w * h / 20000.0))); nbins = 10; pixGetRankColorArray(pixs, nbins, L_SELECT_MIN, factor, &array, 2); if (!array) return ERROR_INT("\n\n\nFAILURE!\n\n\n", rp->testname, 1); for (i = 0; i < nbins; i++) fprintf(stderr, "%d: %x\n", i, array[i]); pixd = pixDisplayColorArray(array, nbins, 200, 5, 1); pixWrite("/tmp/rankhisto.0.png", pixd, IFF_PNG); regTestCheckFile(rp, "/tmp/rankhisto.0.png"); /* 0 */ pixDisplayWithTitle(pixd, 100, 100, NULL, rp->display); pixDestroy(&pixd); /* Modify the rank bin colors by mapping them such * that the lightest color is mapped to white */ marray = (l_uint32 *)lept_calloc(nbins, sizeof(l_uint32)); for (i = 0; i < nbins; i++) pixelLinearMapToTargetColor(array[i], array[nbins - 1], 0xffffff00, &marray[i]); pixd = pixDisplayColorArray(marray, nbins, 200, 5, 1); pixWrite("/tmp/rankhisto.1.png", pixd, IFF_PNG); regTestCheckFile(rp, "/tmp/rankhisto.1.png"); /* 1 */ pixDisplayWithTitle(pixd, 100, 600, NULL, rp->display); pixDestroy(&pixd); lept_free(marray); /* Save the histogram plots */ #ifndef _WIN32 sleep(2); /* give gnuplot time to write out the files */ #else Sleep(2000); #endif /* _WIN32 */ pixa = PixSavePlots1(); pixd = pixaDisplay(pixa, 0, 0); pixWrite("/tmp/rankhisto.2.png", pixd, IFF_PNG); regTestCheckFile(rp, "/tmp/rankhisto.2.png"); /* 2 */ pixDisplayWithTitle(pixd, 100, 600, NULL, rp->display); pixaDestroy(&pixa); pixDestroy(&pixd); /* Map to the lightest bin; then do TRC adjustment */ pixt = pixLinearMapToTargetColor(NULL, pixs, array[nbins - 1], 0xffffff00); pixd = pixGammaTRC(NULL, pixt, 1.0, 0, 240); pixWrite("/tmp/rankhisto.3.png", pixd, IFF_PNG); regTestCheckFile(rp, "/tmp/rankhisto.3.png"); /* 3 */ pixDisplayWithTitle(pixd, 600, 100, NULL, rp->display); pixDestroy(&pixt); pixDestroy(&pixd); /* Now test the edge cases for the histogram and rank LUT, * where all the histo data is piled up at one place. * We only require that the result be sensible. */ for (i = 0; i < 3; i++) { if (i == 0) spike = 0; else if (i == 1) spike = 50; else spike = 99; na = numaMakeConstant(0, 100); numaReplaceNumber(na, spike, 200.0); nan = numaNormalizeHistogram(na, 1.0); numaDiscretizeRankAndIntensity(nan, 10, &narbin, &nai, NULL, NULL); snprintf(fname, sizeof(fname), "/tmp/rtnan%d", i + 1); gplotSimple1(nan, GPLOT_PNG, fname, "Normalized Histogram"); snprintf(fname, sizeof(fname), "/tmp/rtnai%d", i + 1); gplotSimple1(nai, GPLOT_PNG, fname, "Intensity vs. rank bin"); snprintf(fname, sizeof(fname), "/tmp/rtnarbin%d", i + 1); gplotSimple1(narbin, GPLOT_PNG, fname, "LUT: rank bin vs. Intensity"); numaDestroy(&na); numaDestroy(&nan); numaDestroy(&narbin); numaDestroy(&nai); } #ifndef _WIN32 sleep(2); /* give gnuplot time to write out the files */ #else Sleep(2000); #endif /* _WIN32 */ pixa = PixSavePlots2(); pixd = pixaDisplay(pixa, 0, 0); pixWrite("/tmp/rankhisto.4.png", pixd, IFF_PNG); regTestCheckFile(rp, "/tmp/rankhisto.4.png"); /* 4 */ pixDisplayWithTitle(pixd, 500, 600, NULL, rp->display); pixaDestroy(&pixa); pixDestroy(&pixd); pixDestroy(&pixs); lept_free(array); return regTestCleanup(rp); } static PIXA * PixSavePlots1(void) { PIX *pixt; PIXA *pixa; pixa = pixaCreate(8); pixt = pixRead("/tmp/rtnan.png"); pixSaveTiled(pixt, pixa, 1.0, 1, 20, 8); pixDestroy(&pixt); pixt = pixRead("/tmp/rtnar.png"); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 8); pixDestroy(&pixt); pixt = pixRead("/tmp/rtnai.png"); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 8); pixDestroy(&pixt); pixt = pixRead("/tmp/rtnarbin.png"); pixSaveTiled(pixt, pixa, 1.0, 1, 20, 8); pixDestroy(&pixt); pixt = pixRead("/tmp/rtnabb.png"); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 8); pixDestroy(&pixt); pixt = pixRead("/tmp/rtnared.png"); pixSaveTiled(pixt, pixa, 1.0, 1, 20, 8); pixDestroy(&pixt); pixt = pixRead("/tmp/rtnagreen.png"); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 8); pixDestroy(&pixt); pixt = pixRead("/tmp/rtnablue.png"); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 8); pixDestroy(&pixt); return pixa; } static PIXA * PixSavePlots2(void) { PIX *pixt; PIXA *pixa; pixa = pixaCreate(9); pixt = pixRead("/tmp/rtnan1.png"); pixSaveTiled(pixt, pixa, 1.0, 1, 20, 8); pixDestroy(&pixt); pixt = pixRead("/tmp/rtnai1.png"); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 8); pixDestroy(&pixt); pixt = pixRead("/tmp/rtnarbin1.png"); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 8); pixDestroy(&pixt); pixt = pixRead("/tmp/rtnan2.png"); pixSaveTiled(pixt, pixa, 1.0, 1, 20, 8); pixDestroy(&pixt); pixt = pixRead("/tmp/rtnai2.png"); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 8); pixDestroy(&pixt); pixt = pixRead("/tmp/rtnarbin2.png"); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 8); pixDestroy(&pixt); pixt = pixRead("/tmp/rtnan3.png"); pixSaveTiled(pixt, pixa, 1.0, 1, 20, 8); pixDestroy(&pixt); pixt = pixRead("/tmp/rtnai3.png"); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 8); pixDestroy(&pixt); pixt = pixRead("/tmp/rtnarbin3.png"); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 8); pixDestroy(&pixt); return pixa; } leptonica-1.70/prog/Makefile.in0000644000175000017500000050455312274452340014540 0ustar dandan# Makefile.in generated by automake 1.11.3 from Makefile.am. # @configure_input@ # Copyright (C) 1994, 1995, 1996, 1997, 1998, 1999, 2000, 2001, 2002, # 2003, 2004, 2005, 2006, 2007, 2008, 2009, 2010, 2011 Free Software # Foundation, Inc. # This Makefile.in is free software; the Free Software Foundation # gives unlimited permission to copy and/or distribute it, # with or without modifications, as long as this notice is preserved. # This program is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY, to the extent permitted by law; without # even the implied warranty of MERCHANTABILITY or FITNESS FOR A # PARTICULAR PURPOSE. @SET_MAKE@ VPATH = @srcdir@ pkgdatadir = $(datadir)/@PACKAGE@ pkgincludedir = $(includedir)/@PACKAGE@ pkglibdir = $(libdir)/@PACKAGE@ pkglibexecdir = $(libexecdir)/@PACKAGE@ am__cd = CDPATH="$${ZSH_VERSION+.}$(PATH_SEPARATOR)" && cd install_sh_DATA = $(install_sh) -c -m 644 install_sh_PROGRAM = $(install_sh) -c install_sh_SCRIPT = $(install_sh) -c INSTALL_HEADER = $(INSTALL_DATA) transform = $(program_transform_name) NORMAL_INSTALL = : PRE_INSTALL = : POST_INSTALL = : NORMAL_UNINSTALL = : PRE_UNINSTALL = : POST_UNINSTALL = : build_triplet = @build@ host_triplet = @host@ @ENABLE_PROGRAMS_TRUE@bin_PROGRAMS = $(am__EXEEXT_1) @ENABLE_PROGRAMS_TRUE@noinst_PROGRAMS = $(am__EXEEXT_2) \ 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grayfill_reg$(EXEEXT) graymorph1_reg$(EXEEXT) \ grayquant_reg$(EXEEXT) heap_reg$(EXEEXT) \ locminmax_reg$(EXEEXT) logicops_reg$(EXEEXT) \ lowaccess_reg$(EXEEXT) morphseq_reg$(EXEEXT) \ numa1_reg$(EXEEXT) numa2_reg$(EXEEXT) pixa1_reg$(EXEEXT) \ pixadisp_reg$(EXEEXT) pixalloc_reg$(EXEEXT) \ pixcomp_reg$(EXEEXT) pixmem_reg$(EXEEXT) pixtile_reg$(EXEEXT) \ projective_reg$(EXEEXT) pta_reg$(EXEEXT) ptra1_reg$(EXEEXT) \ ptra2_reg$(EXEEXT) rank_reg$(EXEEXT) rasterop_reg$(EXEEXT) \ smallpix_reg$(EXEEXT) smoothedge_reg$(EXEEXT) \ string_reg$(EXEEXT) webpio_reg$(EXEEXT) wordboxes_reg$(EXEEXT) am__EXEEXT_4 = adaptmaptest$(EXEEXT) adaptmap_dark$(EXEEXT) \ arabic_lines$(EXEEXT) arithtest$(EXEEXT) barcodetest$(EXEEXT) \ baselinetest$(EXEEXT) binarize_set$(EXEEXT) \ bincompare$(EXEEXT) blendcmaptest$(EXEEXT) buffertest$(EXEEXT) \ byteatest$(EXEEXT) ccbordtest$(EXEEXT) cctest1$(EXEEXT) \ colormorphtest$(EXEEXT) colorsegtest$(EXEEXT) \ colorspacetest$(EXEEXT) comparepages$(EXEEXT) \ comparetest$(EXEEXT) contrasttest$(EXEEXT) \ converttogray$(EXEEXT) convolvetest$(EXEEXT) \ cornertest$(EXEEXT) croptest$(EXEEXT) croptext$(EXEEXT) \ dewarprules$(EXEEXT) dewarptest1$(EXEEXT) dewarptest2$(EXEEXT) \ dewarptest3$(EXEEXT) dewarptest4$(EXEEXT) digitprep1$(EXEEXT) \ displayboxa$(EXEEXT) displaypix$(EXEEXT) displaypixa$(EXEEXT) \ dithertest$(EXEEXT) dwalineargen$(EXEEXT) edgetest$(EXEEXT) \ falsecolortest$(EXEEXT) fcombautogen$(EXEEXT) \ fhmtautogen$(EXEEXT) findpattern1$(EXEEXT) \ findpattern2$(EXEEXT) findpattern3$(EXEEXT) \ flipselgen$(EXEEXT) fmorphautogen$(EXEEXT) \ fpixcontours$(EXEEXT) gammatest$(EXEEXT) genfonts$(EXEEXT) \ graphicstest$(EXEEXT) graymorphtest$(EXEEXT) \ histotest$(EXEEXT) iotest$(EXEEXT) italictest$(EXEEXT) \ jbcorrelation$(EXEEXT) jbrankhaus$(EXEEXT) jbwords$(EXEEXT) \ lineremoval$(EXEEXT) listtest$(EXEEXT) livre_adapt$(EXEEXT) \ livre_hmt$(EXEEXT) livre_makefigs$(EXEEXT) \ livre_orient$(EXEEXT) livre_pageseg$(EXEEXT) \ livre_seedgen$(EXEEXT) livre_tophat$(EXEEXT) maketile$(EXEEXT) \ misctest1$(EXEEXT) modifyhuesat$(EXEEXT) morphtest1$(EXEEXT) \ mtifftest$(EXEEXT) numaranktest$(EXEEXT) otsutest1$(EXEEXT) \ otsutest2$(EXEEXT) pagesegtest1$(EXEEXT) pagesegtest2$(EXEEXT) \ partitiontest$(EXEEXT) pdfiotest$(EXEEXT) pixaatest$(EXEEXT) \ plottest$(EXEEXT) quadtreetest$(EXEEXT) ranktest$(EXEEXT) \ recogsort$(EXEEXT) recogtest1$(EXEEXT) reducetest$(EXEEXT) \ removecmap$(EXEEXT) renderfonts$(EXEEXT) \ rotatefastalt$(EXEEXT) rotateorthtest1$(EXEEXT) \ rotatetest1$(EXEEXT) runlengthtest$(EXEEXT) \ scaleandtile$(EXEEXT) scaletest1$(EXEEXT) scaletest2$(EXEEXT) \ seedfilltest$(EXEEXT) sharptest$(EXEEXT) sheartest$(EXEEXT) \ showedges$(EXEEXT) skewtest$(EXEEXT) snapcolortest$(EXEEXT) \ sorttest$(EXEEXT) sudokutest$(EXEEXT) trctest$(EXEEXT) \ viewertest$(EXEEXT) warpertest$(EXEEXT) watershedtest$(EXEEXT) \ wordsinorder$(EXEEXT) writemtiff$(EXEEXT) yuvtest$(EXEEXT) PROGRAMS = $(bin_PROGRAMS) $(noinst_PROGRAMS) adaptmap_dark_SOURCES = adaptmap_dark.c 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$(dwamorph1_reg_SOURCES) \ $(dwamorph2_reg_SOURCES) edgetest.c enhance_reg.c equal_reg.c \ expand_reg.c extrema_reg.c falsecolortest.c fcombautogen.c \ fhmtauto_reg.c fhmtautogen.c fileinfo.c findcorners_reg.c \ findpattern1.c findpattern2.c findpattern3.c findpattern_reg.c \ flipdetect_reg.c flipselgen.c fmorphauto_reg.c fmorphautogen.c \ fpix1_reg.c fpix2_reg.c fpixcontours.c gammatest.c genfonts.c \ gifio_reg.c graphicstest.c grayfill_reg.c graymorph1_reg.c \ graymorph2_reg.c graymorphtest.c grayquant_reg.c \ hardlight_reg.c heap_reg.c histotest.c insert_reg.c \ ioformats_reg.c iotest.c italictest.c jbcorrelation.c \ jbrankhaus.c jbwords.c jpegio_reg.c kernel_reg.c label_reg.c \ lineremoval.c listtest.c livre_adapt.c livre_hmt.c \ livre_makefigs.c livre_orient.c livre_pageseg.c \ livre_seedgen.c livre_tophat.c locminmax_reg.c logicops_reg.c \ lowaccess_reg.c maketile.c maze_reg.c misctest1.c \ modifyhuesat.c morphseq_reg.c morphtest1.c mtifftest.c \ multitype_reg.c nearline_reg.c newspaper_reg.c numa1_reg.c \ numa2_reg.c numaranktest.c otsutest1.c otsutest2.c \ overlap_reg.c pagesegtest1.c pagesegtest2.c paint_reg.c \ paintmask_reg.c partitiontest.c pdfiotest.c pdfseg_reg.c \ pixa1_reg.c pixa2_reg.c pixaatest.c pixadisp_reg.c \ pixalloc_reg.c pixcomp_reg.c pixmem_reg.c pixserial_reg.c \ pixtile_reg.c plottest.c pngio_reg.c printimage.c \ printsplitimage.c printtiff.c projection_reg.c \ projective_reg.c psio_reg.c psioseg_reg.c pta_reg.c \ ptra1_reg.c ptra2_reg.c quadtreetest.c rank_reg.c \ rankbin_reg.c rankhisto_reg.c ranktest.c rasterop_reg.c \ rasteropip_reg.c recogsort.c recogtest1.c reducetest.c \ removecmap.c renderfonts.c rotate1_reg.c rotate2_reg.c \ rotatefastalt.c rotateorth_reg.c rotateorthtest1.c \ rotatetest1.c runlengthtest.c scale_reg.c scaleandtile.c \ scaletest1.c scaletest2.c seedfilltest.c seedspread_reg.c \ selio_reg.c sharptest.c shear1_reg.c shear2_reg.c sheartest.c \ showedges.c skew_reg.c skewtest.c smallpix_reg.c \ smoothedge_reg.c snapcolortest.c sorttest.c splitcomp_reg.c \ splitimage2pdf.c string_reg.c subpixel_reg.c sudokutest.c \ threshnorm_reg.c translate_reg.c trctest.c viewertest.c \ warper_reg.c warpertest.c watershedtest.c webpio_reg.c \ wordboxes_reg.c wordsinorder.c writemtiff.c writetext_reg.c \ xformbox_reg.c xtractprotos.c yuvtest.c DIST_SOURCES = adaptmap_dark.c adaptmaptest.c adaptnorm_reg.c \ affine_reg.c alltests_reg.c alphaops_reg.c alphaxform_reg.c \ arabic_lines.c arithtest.c barcodetest.c baselinetest.c \ bilateral1_reg.c bilateral2_reg.c bilinear_reg.c \ binarize_reg.c binarize_set.c bincompare.c binmorph1_reg.c \ binmorph2_reg.c binmorph3_reg.c binmorph4_reg.c \ binmorph5_reg.c blackwhite_reg.c blend1_reg.c blend2_reg.c \ blend3_reg.c blend4_reg.c blendcmaptest.c boxa1_reg.c \ buffertest.c byteatest.c ccbordtest.c cctest1.c ccthin1_reg.c \ ccthin2_reg.c cmapquant_reg.c colorcontent_reg.c \ coloring_reg.c colorize_reg.c colormask_reg.c colormorphtest.c \ colorquant_reg.c colorseg_reg.c colorsegtest.c \ colorspace_reg.c colorspacetest.c compare_reg.c comparepages.c \ comparetest.c compfilter_reg.c conncomp_reg.c contrasttest.c \ conversion_reg.c convertfilestopdf.c convertfilestops.c \ convertformat.c convertsegfilestopdf.c convertsegfilestops.c \ converttogray.c converttopdf.c converttops.c convolve_reg.c \ convolvetest.c cornertest.c croptest.c croptext.c dewarp_reg.c \ dewarprules.c dewarptest1.c dewarptest2.c dewarptest3.c \ dewarptest4.c digitprep1.c displayboxa.c displaypix.c \ displaypixa.c distance_reg.c dithertest.c dna_reg.c \ dwalineargen.c $(dwamorph1_reg_SOURCES) \ $(dwamorph2_reg_SOURCES) edgetest.c enhance_reg.c equal_reg.c \ expand_reg.c extrema_reg.c falsecolortest.c fcombautogen.c \ fhmtauto_reg.c fhmtautogen.c fileinfo.c findcorners_reg.c \ findpattern1.c findpattern2.c findpattern3.c findpattern_reg.c \ flipdetect_reg.c flipselgen.c fmorphauto_reg.c fmorphautogen.c \ fpix1_reg.c fpix2_reg.c fpixcontours.c gammatest.c genfonts.c \ gifio_reg.c 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projective_reg.c psio_reg.c psioseg_reg.c pta_reg.c \ ptra1_reg.c ptra2_reg.c quadtreetest.c rank_reg.c \ rankbin_reg.c rankhisto_reg.c ranktest.c rasterop_reg.c \ rasteropip_reg.c recogsort.c recogtest1.c reducetest.c \ removecmap.c renderfonts.c rotate1_reg.c rotate2_reg.c \ rotatefastalt.c rotateorth_reg.c rotateorthtest1.c \ rotatetest1.c runlengthtest.c scale_reg.c scaleandtile.c \ scaletest1.c scaletest2.c seedfilltest.c seedspread_reg.c \ selio_reg.c sharptest.c shear1_reg.c shear2_reg.c sheartest.c \ showedges.c skew_reg.c skewtest.c smallpix_reg.c \ smoothedge_reg.c snapcolortest.c sorttest.c splitcomp_reg.c \ splitimage2pdf.c string_reg.c subpixel_reg.c sudokutest.c \ threshnorm_reg.c translate_reg.c trctest.c viewertest.c \ warper_reg.c warpertest.c watershedtest.c webpio_reg.c \ wordboxes_reg.c wordsinorder.c writemtiff.c writetext_reg.c \ xformbox_reg.c xtractprotos.c yuvtest.c ETAGS = etags CTAGS = ctags am__tty_colors = \ red=; grn=; lgn=; blu=; std= am__vpath_adj_setup 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * gifio_reg.c * * !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! * This is the Leptonica regression test for lossless read/write * I/O in gif format. * !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! * * This tests reading and writing of images in gif format for * varioius depths. * * The relative times for writing of gif and png are interesting. * * For 1 bpp: * * png writing is about 2x faster than gif writing, using giflib. * * For 32 bpp, using a 1 Mpix rgb image: * * png: Lossless: 1.16 sec (2.0 MB output file) * Lossy: 0.43 sec, composed of: * 0.22 sec (octree quant with dithering) * 0.21 sec (to compress and write out) * * gif: Lossy: 0.34 sec, composed of: * 0.22 sec (octree quant with dithering) * 0.12 sec (to compress and write out) * (note: no lossless mode; gif can't write out rgb) */ #include #include "allheaders.h" static void test_gif(const char *fname, L_REGPARAMS *rp); static l_int32 test_mem_gif(const char *fname, l_int32 index); /* Needed for HAVE_LIBGIF and or HAVE_LIBUNGIF */ #ifdef HAVE_CONFIG_H #include #endif /* HAVE_CONFIG_H */ #define FILE_1BPP "feyn.tif" #define FILE_2BPP "weasel2.4g.png" #define FILE_4BPP "weasel4.16c.png" #define FILE_8BPP_1 "dreyfus8.png" #define FILE_8BPP_2 "weasel8.240c.png" #define FILE_8BPP_3 "test8.jpg" #define FILE_16BPP "test16.tif" #define FILE_32BPP "marge.jpg" #define REDUCTION 1 int main(int argc, char **argv) { l_int32 success; L_REGPARAMS *rp; #if !HAVE_LIBGIF && !HAVE_LIBUNGIF fprintf(stderr, "gifio is not enabled\n" "libgif or libungif are required for gifio_reg\n" "See environ.h: #define HAVE_LIBGIF or HAVE_LIBUNGIF 1\n" "See prog/Makefile: link in -lgif or -lungif\n\n"); return 0; #endif /* abort */ if (regTestSetup(argc, argv, &rp)) return 1; pixDisplayWrite(NULL, -1); /* ------------ Part 1: Test lossless r/w to file ------------*/ test_gif(FILE_1BPP, rp); test_gif(FILE_2BPP, rp); test_gif(FILE_4BPP, rp); test_gif(FILE_8BPP_1, rp); test_gif(FILE_8BPP_2, rp); test_gif(FILE_8BPP_3, rp); test_gif(FILE_16BPP, rp); test_gif(FILE_32BPP, rp); if (rp->success) fprintf(stderr, "\n ****** Success on lossless r/w to file *****\n\n"); else fprintf(stderr, "\n ******* Failure on at least one r/w to file ******\n\n"); if (rp->display) pixDisplayMultiple("/tmp/display/file*"); /* ------------ Part 2: Test lossless r/w to memory ------------ */ success = TRUE; #if HAVE_FMEMOPEN pixDisplayWrite(NULL, -1); if (test_mem_gif(FILE_1BPP, 0)) success = FALSE; if (test_mem_gif(FILE_2BPP, 1)) success = FALSE; if (test_mem_gif(FILE_4BPP, 2)) success = FALSE; if (test_mem_gif(FILE_8BPP_1, 3)) success = FALSE; if (test_mem_gif(FILE_8BPP_2, 4)) success = FALSE; if (test_mem_gif(FILE_8BPP_3, 5)) success = FALSE; if (test_mem_gif(FILE_16BPP, 6)) success = FALSE; if (test_mem_gif(FILE_32BPP, 7)) success = FALSE; if (success) fprintf(stderr, "\n ****** Success on lossless r/w to memory *****\n\n"); else fprintf(stderr, "\n ******* Failure on at least one r/w to memory ******\n\n"); #else fprintf(stderr, "\n ***** r/w to memory not enabled *****\n\n"); #endif /* HAVE_FMEMOPEN */ /* Success only if all tests are passed */ if (rp->success == TRUE) rp->success = success; return regTestCleanup(rp); } static void test_gif(const char *fname, L_REGPARAMS *rp) { char buf[256]; l_int32 same; PIX *pixs, *pix1, *pix2; pixs = pixRead(fname); snprintf(buf, sizeof(buf), "/tmp/gifio-a.%d.gif", rp->index + 1); pixWrite(buf, pixs, IFF_GIF); pix1 = pixRead(buf); snprintf(buf, sizeof(buf), "/tmp/gifio-b.%d.gif", rp->index + 1); pixWrite(buf, pix1, IFF_GIF); pix2 = pixRead(buf); regTestWritePixAndCheck(rp, pix2, IFF_GIF); pixEqual(pixs, pix2, &same); if (!same && rp->index < 6) { fprintf(stderr, "Error for %s\n", fname); rp->success = FALSE; } if (rp->display) { fprintf(stderr, " depth: pixs = %d, pix1 = %d\n", pixGetDepth(pixs), pixGetDepth(pix1)); pixDisplayWrite(pix2, REDUCTION); } pixDestroy(&pixs); pixDestroy(&pix1); pixDestroy(&pix2); return; } /* Returns 1 on error */ static l_int32 test_mem_gif(const char *fname, l_int32 index) { l_uint8 *data = NULL; l_int32 same; size_t size = 0; PIX *pixs; PIX *pixd = NULL; if ((pixs = pixRead(fname)) == NULL) { fprintf(stderr, "Failure to read %s\n", fname); return 1; } if (pixWriteMem(&data, &size, pixs, IFF_GIF)) { fprintf(stderr, "Mem write fail for gif\n"); return 1; } if ((pixd = pixReadMem(data, size)) == NULL) { fprintf(stderr, "Mem read fail for gif\n"); lept_free(data); return 1; } pixEqual(pixs, pixd, &same); pixDestroy(&pixs); pixDestroy(&pixd); lept_free(data); if (!same && index < 6) { fprintf(stderr, "Mem write/read fail for file %s\n", fname); return 1; } else return 0; } leptonica-1.70/prog/pdf2jpeg0000750000175000017500000000133110251755057014103 0ustar dandan#!/bin/bash # pdf2jpeg # # Rasterizes a PDF file, saving as a set of 3-component jpeg images # # input: PDF file # root name of output files # output: 24 bpp RGB jpeg files for each page scriptname=${0##*/} if test $# != 2 then echo "usage: " $scriptname " inpdffile outjpgroot" exit -1 fi inpdffile=$1 outjpgroot=$2 # (need mysterious "primer") # choose one of the two options below # output image size depending on resolution echo "0 neg 0 neg" translate | gs -sDEVICE=jpeg -sOutputFile=${outjpgroot}%03d.jpg -r300x300 -q - ${inpdffile} # output fixed image size #echo "0 neg 0 neg" translate | gs -sDEVICE=jpeg -sOutputFile=${outjpgroot}%03d.jpg -g2550x3300 -r300x300 -q - ${inpdffile} leptonica-1.70/prog/witten.tif0000444000175000017500000032344610603537557014517 0ustar dandanII* ¦& ,ÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÈd'Â*Ãa‰ À¯&€S ÒÁ0s´àJ <0ü†@öjøaû b20Q°öé°ûA¶RM Ö¶ÓïÐ~›ÿéý½ÿÿoÿßò—„ /ýíHD² QÿÚ¦žä wÿ kè2yù— f-hRƒ@d2Xrž×íEh&@„T4Š–xˆe±ˆ ˆ ¨ †Ö+Âà†jrƒJ{· ¥ ¯éÚÄ2 ‚±¡lE k 2t„Xä"ô† ’ˆ(Âß°¿½ø ~á x0'@j‹ ‹ K¢tGDxŽŽ#€yBpÂD20ýðøAÞa¿øˆˆ‰ ë)⮑u* à° ‚§zÒ%!¡(D{„zaëþœG%x.  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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * compfilter_reg.c * * Tests filters that select components based on size, etc. */ #include "allheaders.h" static void count_pieces(PIX *pix, l_int32 nexp); static void count_pieces2(BOXA *boxa, l_int32 nexp); static l_int32 count_ones(NUMA *na, l_int32 nexp, l_int32 index, const char *name); static const l_float32 edges[13] = {0.0, 0.2, 0.3, 0.35, 0.4, 0.45, 0.5, 0.55, 0.6, 0.7, 0.8, 0.9, 1.0}; #if 1 /* for feyn.tif */ static const l_int32 band[12] = {1, 11, 48, 264, 574, 704, 908, 786, 466, 157, 156, 230}; static const l_int32 total[12] = {1, 12, 60, 324, 898, 1602, 2510, 3296, 3762, 3919, 4075, 4305}; #else /* for rabi.png */ static const l_int32 band[12] = {24, 295, 490, 817, 1768, 962, 8171, 63, 81, 51, 137, 8619}; static const l_int32 total[12] = {24, 319, 809, 1626, 3394, 4356, 12527, 12590, 12671, 12722, 12859, 21478}; #endif int main(int argc, char **argv) { l_int32 w, h, n, i, sum, sumi, empty; BOX *box1, *box2, *box3, *box4; BOXA *boxa, *boxat; NUMA *na1, *na2, *na3, *na4, *na5; NUMA *na2i, *na3i, *na4i, *nat, *naw, *nah; PIX *pixs, *pixc, *pixt, *pixt2, *pixd, *pixcount; PIXA *pixas, *pixad, *pixac; pixDisplayWrite(NULL, -1); /* Draw 4 filled boxes of different sizes */ pixs = pixCreate(200, 200, 1); box1 = boxCreate(10, 10, 20, 30); box2 = boxCreate(50, 10, 40, 20); box3 = boxCreate(110, 10, 35, 5); box4 = boxCreate(160, 10, 5, 15); boxa = boxaCreate(4); boxaAddBox(boxa, box1, L_INSERT); boxaAddBox(boxa, box2, L_INSERT); boxaAddBox(boxa, box3, L_INSERT); boxaAddBox(boxa, box4, L_INSERT); pixRenderBox(pixs, box1, 1, L_SET_PIXELS); pixRenderBox(pixs, box2, 1, L_SET_PIXELS); pixRenderBox(pixs, box3, 1, L_SET_PIXELS); pixRenderBox(pixs, box4, 1, L_SET_PIXELS); pixt = pixFillClosedBorders(pixs, 4); pixDisplayWrite(pixt, 1); pixt2 = pixCreateTemplate(pixs); pixRenderHashBox(pixt2, box1, 6, 4, L_POS_SLOPE_LINE, 1, L_SET_PIXELS); pixRenderHashBox(pixt2, box2, 7, 2, L_POS_SLOPE_LINE, 1, L_SET_PIXELS); pixRenderHashBox(pixt2, box3, 4, 2, L_VERTICAL_LINE, 1, L_SET_PIXELS); pixRenderHashBox(pixt2, box4, 3, 1, L_HORIZONTAL_LINE, 1, L_SET_PIXELS); pixDisplayWrite(pixt2, 1); /* Exercise the parameters */ pixd = pixSelectBySize(pixt, 0, 22, 8, L_SELECT_HEIGHT, L_SELECT_IF_GT, NULL); count_pieces(pixd, 1); pixd = pixSelectBySize(pixt, 0, 30, 8, L_SELECT_HEIGHT, L_SELECT_IF_LT, NULL); count_pieces(pixd, 3); pixd = pixSelectBySize(pixt, 0, 5, 8, L_SELECT_HEIGHT, L_SELECT_IF_GT, NULL); count_pieces(pixd, 3); pixd = pixSelectBySize(pixt, 0, 6, 8, L_SELECT_HEIGHT, L_SELECT_IF_LT, NULL); count_pieces(pixd, 1); pixd = pixSelectBySize(pixt, 20, 0, 8, L_SELECT_WIDTH, L_SELECT_IF_GT, NULL); count_pieces(pixd, 2); pixd = pixSelectBySize(pixt, 31, 0, 8, L_SELECT_WIDTH, L_SELECT_IF_LT, NULL); count_pieces(pixd, 2); pixd = pixSelectBySize(pixt, 21, 10, 8, L_SELECT_IF_EITHER, L_SELECT_IF_LT, NULL); count_pieces(pixd, 3); pixd = pixSelectBySize(pixt, 20, 30, 8, L_SELECT_IF_EITHER, L_SELECT_IF_GT, NULL); count_pieces(pixd, 2); pixd = pixSelectBySize(pixt, 22, 32, 8, L_SELECT_IF_BOTH, L_SELECT_IF_LT, NULL); count_pieces(pixd, 2); pixd = pixSelectBySize(pixt, 6, 32, 8, L_SELECT_IF_BOTH, L_SELECT_IF_LT, NULL); count_pieces(pixd, 1); pixd = pixSelectBySize(pixt, 5, 25, 8, L_SELECT_IF_BOTH, L_SELECT_IF_GT, NULL); count_pieces(pixd, 1); pixd = pixSelectBySize(pixt, 25, 5, 8, L_SELECT_IF_BOTH, L_SELECT_IF_GT, NULL); count_pieces(pixd, 1); pixd = pixSelectByPerimToAreaRatio(pixt, 0.3, 8, L_SELECT_IF_GT, NULL); count_pieces(pixd, 2); pixd = pixSelectByPerimToAreaRatio(pixt, 0.15, 8, L_SELECT_IF_GT, NULL); count_pieces(pixd, 3); pixd = pixSelectByPerimToAreaRatio(pixt, 0.4, 8, L_SELECT_IF_LTE, NULL); count_pieces(pixd, 2); pixd = pixSelectByPerimToAreaRatio(pixt, 0.45, 8, L_SELECT_IF_LT, NULL); count_pieces(pixd, 3); pixd = pixSelectByPerimSizeRatio(pixt2, 2.3, 8, L_SELECT_IF_GT, NULL); count_pieces(pixd, 2); pixd = pixSelectByPerimSizeRatio(pixt2, 1.2, 8, L_SELECT_IF_GT, NULL); count_pieces(pixd, 3); pixd = pixSelectByPerimSizeRatio(pixt2, 1.7, 8, L_SELECT_IF_LTE, NULL); count_pieces(pixd, 1); pixd = pixSelectByPerimSizeRatio(pixt2, 2.9, 8, L_SELECT_IF_LT, NULL); count_pieces(pixd, 3); pixd = pixSelectByAreaFraction(pixt2, 0.3, 8, L_SELECT_IF_LT, NULL); count_pieces(pixd, 0); pixd = pixSelectByAreaFraction(pixt2, 0.9, 8, L_SELECT_IF_LT, NULL); count_pieces(pixd, 4); pixd = pixSelectByAreaFraction(pixt2, 0.5, 8, L_SELECT_IF_GTE, NULL); count_pieces(pixd, 3); pixd = pixSelectByAreaFraction(pixt2, 0.7, 8, L_SELECT_IF_GT, NULL); count_pieces(pixd, 2); boxat = boxaSelectBySize(boxa, 21, 10, L_SELECT_IF_EITHER, L_SELECT_IF_LT, NULL); count_pieces2(boxat, 3); boxat = boxaSelectBySize(boxa, 22, 32, L_SELECT_IF_BOTH, L_SELECT_IF_LT, NULL); count_pieces2(boxat, 2); boxaDestroy(&boxa); pixDestroy(&pixt); pixDestroy(&pixt2); pixDestroy(&pixs); /* Here's the most general method for selecting components. * We do it for area fraction, but any combination of * size, area/perimeter ratio and area fraction can be used. */ pixs = pixRead("feyn.tif"); /* pixs = pixRead("rabi.png"); */ pixc = pixCopy(NULL, pixs); /* subtract bands from this */ pixt = pixCreateTemplate(pixs); /* add bands to this */ pixGetDimensions(pixs, &w, &h, NULL); boxa = pixConnComp(pixs, &pixas, 8); n = boxaGetCount(boxa); fprintf(stderr, "total: %d\n", n); na1 = pixaFindAreaFraction(pixas); nat = numaCreate(0); numaSetCount(nat, n); /* initialize to all 0 */ sum = sumi = 0; pixac = pixaCreate(0); for (i = 0; i < 12; i++) { /* Compute within the intervals using an intersection. */ na2 = numaMakeThresholdIndicator(na1, edges[i], L_SELECT_IF_GTE); if (i != 11) na3 = numaMakeThresholdIndicator(na1, edges[i + 1], L_SELECT_IF_LT); else na3 = numaMakeThresholdIndicator(na1, edges[i + 1], L_SELECT_IF_LTE); na4 = numaLogicalOp(NULL, na2, na3, L_INTERSECTION); sum += count_ones(na4, 0, 0, NULL); /* Compute outside the intervals using a union, and invert */ na2i = numaMakeThresholdIndicator(na1, edges[i], L_SELECT_IF_LT); if (i != 11) na3i = numaMakeThresholdIndicator(na1, edges[i + 1], L_SELECT_IF_GTE); else na3i = numaMakeThresholdIndicator(na1, edges[i + 1], L_SELECT_IF_GT); na4i = numaLogicalOp(NULL, na3i, na2i, L_UNION); numaInvert(na4i, na4i); sumi += count_ones(na4i, 0, 0, NULL); /* Compare the two methods */ if (sum == sumi) fprintf(stderr, "\nCorrect: sum = sumi = %d\n", sum); else fprintf(stderr, "\nWRONG: sum = %d, sumi = %d\n", sum, sumi); /* Reconstruct the image, band by band. */ numaLogicalOp(nat, nat, na4, L_UNION); pixad = pixaSelectWithIndicator(pixas, na4, NULL); pixd = pixaDisplay(pixad, w, h); pixOr(pixt, pixt, pixd); /* add them in */ pixcount = pixCopy(NULL, pixt); /* destroyed by count_pieces */ count_ones(na4, band[i], i, "band"); count_pieces(pixd, band[i]); count_ones(nat, total[i], i, "total"); count_pieces(pixcount, total[i]); pixaDestroy(&pixad); /* Remove band successively from full image */ pixRemoveWithIndicator(pixc, pixas, na4); pixSaveTiled(pixc, pixac, 0.25, 1 - i % 2, 25, 8); numaDestroy(&na2); numaDestroy(&na3); numaDestroy(&na4); numaDestroy(&na2i); numaDestroy(&na3i); numaDestroy(&na4i); } /* Did we remove all components from pixc? */ pixZero(pixc, &empty); if (!empty) fprintf(stderr, "\nWRONG: not all pixels removed from pixc\n"); pixDestroy(&pixs); pixDestroy(&pixc); pixDestroy(&pixt); boxaDestroy(&boxa); pixaDestroy(&pixas); numaDestroy(&na1); numaDestroy(&nat); /* One last extraction. Get all components that have either * a height of at least 50 or a width of between 30 and 35, * and also have a relatively large perimeter/area ratio. */ pixs = pixRead("feyn.tif"); boxa = pixConnComp(pixs, &pixas, 8); n = boxaGetCount(boxa); pixaFindDimensions(pixas, &naw, &nah); na1 = pixaFindPerimToAreaRatio(pixas); na2 = numaMakeThresholdIndicator(nah, 50, L_SELECT_IF_GTE); na3 = numaMakeThresholdIndicator(naw, 30, L_SELECT_IF_GTE); na4 = numaMakeThresholdIndicator(naw, 35, L_SELECT_IF_LTE); na5 = numaMakeThresholdIndicator(na1, 0.4, L_SELECT_IF_GTE); numaLogicalOp(na3, na3, na4, L_INTERSECTION); numaLogicalOp(na2, na2, na3, L_UNION); numaLogicalOp(na2, na2, na5, L_INTERSECTION); numaInvert(na2, na2); /* get components to be removed */ pixRemoveWithIndicator(pixs, pixas, na2); pixSaveTiled(pixs, pixac, 0.25, 1, 25, 8); pixDestroy(&pixs); boxaDestroy(&boxa); pixaDestroy(&pixas); numaDestroy(&naw); numaDestroy(&nah); numaDestroy(&na1); numaDestroy(&na2); numaDestroy(&na3); numaDestroy(&na4); numaDestroy(&na5); pixDisplayMultiple("/tmp/display/file*"); pixd = pixaDisplay(pixac, 0, 0); pixDisplay(pixd, 100, 100); pixWrite("/tmp/comp.jpg", pixd, IFF_JFIF_JPEG); pixDestroy(&pixd); pixaDestroy(&pixac); return 0; } void count_pieces(PIX *pix, l_int32 nexp) { l_int32 n; BOXA *boxa; pixDisplayWrite(pix, 1); boxa = pixConnComp(pix, NULL, 8); n = boxaGetCount(boxa); if (n == nexp) fprintf(stderr, "Correct: Num. comps: %d\n", n); else fprintf(stderr, "WRONG!: Num. comps: %d\n", n); boxaDestroy(&boxa); pixDestroy(&pix); } void count_pieces2(BOXA *boxa, l_int32 nexp) { l_int32 n; n = boxaGetCount(boxa); if (n == nexp) fprintf(stderr, "Correct: Num. boxes: %d\n", n); else fprintf(stderr, "WRONG!: Num. boxes: %d\n", n); boxaDestroy(&boxa); } l_int32 count_ones(NUMA *na, l_int32 nexp, l_int32 index, const char *name) { l_int32 i, n, val, sum; n = numaGetCount(na); sum = 0; for (i = 0; i < n; i++) { numaGetIValue(na, i, &val); if (val == 1) sum++; } if (!name) return sum; if (nexp == sum) fprintf(stderr, "Correct: %s[%d]: num. ones: %d\n", name, index, sum); else fprintf(stderr, "WRONG!: %s[%d]: num. ones: %d\n", name, index, sum); return 0; } leptonica-1.70/prog/binmorph4_reg.c0000644000175000017500000005131112240303447015357 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * binmorph4_reg.c * * Regression test for dwa brick morph operations * We compare: * (1) morph composite vs. morph non-composite * (2) dwa non-composite vs. morph composite * (3) dwa composite vs. dwa non-composite * (4) dwa composite vs. morph composite * (5) dwa composite vs. morph non-composite * The brick functions all have a pre-allocated pix as the dest. */ #include "allheaders.h" l_int32 DoComparisonDwa1(PIX *pixs, PIX *pixt1, PIX *pixt2, PIX *pixt3, PIX *pixt4, PIX *pixt5, PIX *pixt6, l_int32 isize); l_int32 DoComparisonDwa2(PIX *pixs, PIX *pixt1, PIX *pixt2, PIX *pixt3, PIX *pixt4, PIX *pixt5, PIX *pixt6, l_int32 isize); l_int32 DoComparisonDwa3(PIX *pixs, PIX *pixt1, PIX *pixt2, PIX *pixt3, PIX *pixt4, PIX *pixt5, PIX *pixt6, l_int32 isize); l_int32 DoComparisonDwa4(PIX *pixs, PIX *pixt1, PIX *pixt2, PIX *pixt3, PIX *pixt4, PIX *pixt5, PIX *pixt6, l_int32 isize); l_int32 DoComparisonDwa5(PIX *pixs, PIX *pixt1, PIX *pixt2, PIX *pixt3, PIX *pixt4, PIX *pixt5, PIX *pixt6, l_int32 isize); l_int32 PixCompareDwa(l_int32 size, const char *type, PIX *pixt1, PIX *pixt2, PIX *pixt3, PIX *pixt4, PIX *pixt5, PIX *pixt6); #define TIMING 0 /* This fails on the symmetric case, but the differences are * relatively small. Most of the problems seems to be in the * non-dwa code, because we are doing sequential erosions * without an extra border, and things aren't being properly * initialized. To avoid these errors, add a border in advance * for symmetric b.c. Note that asymmetric b.c. are recommended * for document image operations, and this test passes for * asymmetric b.c. */ #define TEST_SYMMETRIC 0 /* set to 1 for symmetric b.c.; otherwise, it tests asymmetric b.c. */ int main(int argc, char **argv) { l_int32 i; PIX *pixs, *pixt1, *pixt2, *pixt3, *pixt4, *pixt5, *pixt6; pixs = pixRead("feyn.tif"); #if TEST_SYMMETRIC /* This works properly if there is an added border */ resetMorphBoundaryCondition(SYMMETRIC_MORPH_BC); #if 1 pixt1 = pixAddBorder(pixs, 64, 0); pixTransferAllData(pixs, &pixt1, 0, 0); #endif #endif /* TEST_SYMMETRIC */ pixt1 = pixCreateTemplateNoInit(pixs); pixt2 = pixCreateTemplateNoInit(pixs); pixt3 = pixCreateTemplateNoInit(pixs); pixt4 = pixCreateTemplateNoInit(pixs); pixt5 = pixCreateTemplateNoInit(pixs); pixt6 = pixCreateTemplateNoInit(pixs); for (i = 2; i < 64; i++) { #if 1 /* Compare morph composite with morph non-composite */ DoComparisonDwa1(pixs, pixt1, pixt2, pixt3, pixt4, pixt5, pixt6, i); #endif #if 1 /* Compare DWA non-composite with morph composite */ if (i < 16) DoComparisonDwa2(pixs, pixt1, pixt2, pixt3, pixt4, pixt5, pixt6, i); /* Compare DWA composite with DWA non-composite */ if (i < 16) DoComparisonDwa3(pixs, pixt1, pixt2, pixt3, pixt4, pixt5, pixt6, i); /* Compare DWA composite with morph composite */ DoComparisonDwa4(pixs, pixt1, pixt2, pixt3, pixt4, pixt5, pixt6, i); /* Compare DWA composite with morph non-composite */ DoComparisonDwa5(pixs, pixt1, pixt2, pixt3, pixt4, pixt5, pixt6, i); #endif } pixDestroy(&pixs); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); pixDestroy(&pixt5); pixDestroy(&pixt6); return 0; } /* morph composite with morph non-composite */ l_int32 DoComparisonDwa1(PIX *pixs, PIX *pixt1, PIX *pixt2, PIX *pixt3, PIX *pixt4, PIX *pixt5, PIX *pixt6, l_int32 isize) { l_int32 fact1, fact2, size; selectComposableSizes(isize, &fact1, &fact2); size = fact1 * fact2; fprintf(stderr, "..%d..", size); if (TIMING) startTimer(); pixDilateCompBrick(pixt1, pixs, size, 1); pixDilateCompBrick(pixt3, pixs, 1, size); pixDilateCompBrick(pixt5, pixs, size, size); if (TIMING) fprintf(stderr, "Time Dwa: %7.3f sec\n", stopTimer()); if (TIMING) startTimer(); pixDilateBrick(pixt2, pixs, size, 1); pixDilateBrick(pixt4, pixs, 1, size); pixDilateBrick(pixt6, pixs, size, size); if (TIMING) fprintf(stderr, "Time Rop: %7.3f sec\n", stopTimer()); PixCompareDwa(size, "dilate", pixt1, pixt2, pixt3, pixt4, pixt5, pixt6); if (TIMING) startTimer(); pixErodeCompBrick(pixt1, pixs, size, 1); pixErodeCompBrick(pixt3, pixs, 1, size); pixErodeCompBrick(pixt5, pixs, size, size); if (TIMING) fprintf(stderr, "Time Dwa: %7.3f sec\n", stopTimer()); if (TIMING) startTimer(); pixErodeBrick(pixt2, pixs, size, 1); pixErodeBrick(pixt4, pixs, 1, size); pixErodeBrick(pixt6, pixs, size, size); if (TIMING) fprintf(stderr, "Time Rop: %7.3f sec\n", stopTimer()); PixCompareDwa(size, "erode", pixt1, pixt2, pixt3, pixt4, pixt5, pixt6); if (TIMING) startTimer(); pixOpenCompBrick(pixt1, pixs, size, 1); pixOpenCompBrick(pixt3, pixs, 1, size); pixOpenCompBrick(pixt5, pixs, size, size); if (TIMING) fprintf(stderr, "Time Dwa: %7.3f sec\n", stopTimer()); if (TIMING) startTimer(); pixOpenBrick(pixt2, pixs, size, 1); pixOpenBrick(pixt4, pixs, 1, size); pixOpenBrick(pixt6, pixs, size, size); if (TIMING) fprintf(stderr, "Time Rop: %7.3f sec\n", stopTimer()); PixCompareDwa(size, "open", pixt1, pixt2, pixt3, pixt4, pixt5, pixt6); #if 1 pixWrite("/tmp/junko1.png", pixt1, IFF_PNG); pixWrite("/tmp/junko2.png", pixt2, IFF_PNG); pixXor(pixt1, pixt1, pixt2); pixWrite("/tmp/junkoxor.png", pixt1, IFF_PNG); #endif #if 0 pixDisplay(pixt1, 100, 100); pixDisplay(pixt2, 800, 100); pixWrite("/tmp/junkpixt1.png", pixt1, IFF_PNG); pixWrite("/tmp/junkpixt2.png", pixt2, IFF_PNG); #endif if (TIMING) startTimer(); pixCloseSafeCompBrick(pixt1, pixs, size, 1); pixCloseSafeCompBrick(pixt3, pixs, 1, size); pixCloseSafeCompBrick(pixt5, pixs, size, size); if (TIMING) fprintf(stderr, "Time Dwa: %7.3f sec\n", stopTimer()); if (TIMING) startTimer(); pixCloseSafeBrick(pixt2, pixs, size, 1); pixCloseSafeBrick(pixt4, pixs, 1, size); pixCloseSafeBrick(pixt6, pixs, size, size); if (TIMING) fprintf(stderr, "Time Rop: %7.3f sec\n", stopTimer()); PixCompareDwa(size, "close", pixt1, pixt2, pixt3, pixt4, pixt5, pixt6); #if 1 pixWrite("/tmp/junkc1.png", pixt1, IFF_PNG); pixWrite("/tmp/junkc2.png", pixt2, IFF_PNG); pixXor(pixt1, pixt1, pixt2); pixWrite("/tmp/junkcxor.png", pixt1, IFF_PNG); #endif return 0; } /* dwa non-composite with morph composite */ l_int32 DoComparisonDwa2(PIX *pixs, PIX *pixt1, PIX *pixt2, PIX *pixt3, PIX *pixt4, PIX *pixt5, PIX *pixt6, l_int32 isize) { l_int32 fact1, fact2, size; selectComposableSizes(isize, &fact1, &fact2); size = fact1 * fact2; fprintf(stderr, "..%d..", size); if (TIMING) startTimer(); pixDilateBrickDwa(pixt1, pixs, size, 1); pixDilateBrickDwa(pixt3, pixs, 1, size); pixDilateBrickDwa(pixt5, pixs, size, size); if (TIMING) fprintf(stderr, "Time Dwa: %7.3f sec\n", stopTimer()); if (TIMING) startTimer(); pixDilateCompBrick(pixt2, pixs, size, 1); pixDilateCompBrick(pixt4, pixs, 1, size); pixDilateCompBrick(pixt6, pixs, size, size); if (TIMING) fprintf(stderr, "Time Rop: %7.3f sec\n", stopTimer()); PixCompareDwa(size, "dilate", pixt1, pixt2, pixt3, pixt4, pixt5, pixt6); /* pixDisplay(pixt1, 100, 100); */ /* pixDisplay(pixt2, 800, 100); */ if (TIMING) startTimer(); pixErodeBrickDwa(pixt1, pixs, size, 1); pixErodeBrickDwa(pixt3, pixs, 1, size); pixErodeBrickDwa(pixt5, pixs, size, size); if (TIMING) fprintf(stderr, "Time Dwa: %7.3f sec\n", stopTimer()); if (TIMING) startTimer(); pixErodeCompBrick(pixt2, pixs, size, 1); pixErodeCompBrick(pixt4, pixs, 1, size); pixErodeCompBrick(pixt6, pixs, size, size); if (TIMING) fprintf(stderr, "Time Rop: %7.3f sec\n", stopTimer()); PixCompareDwa(size, "erode", pixt1, pixt2, pixt3, pixt4, pixt5, pixt6); if (TIMING) startTimer(); pixOpenBrickDwa(pixt1, pixs, size, 1); pixOpenBrickDwa(pixt3, pixs, 1, size); pixOpenBrickDwa(pixt5, pixs, size, size); if (TIMING) fprintf(stderr, "Time Dwa: %7.3f sec\n", stopTimer()); if (TIMING) startTimer(); pixOpenCompBrick(pixt2, pixs, size, 1); pixOpenCompBrick(pixt4, pixs, 1, size); pixOpenCompBrick(pixt6, pixs, size, size); if (TIMING) fprintf(stderr, "Time Rop: %7.3f sec\n", stopTimer()); PixCompareDwa(size, "open", pixt1, pixt2, pixt3, pixt4, pixt5, pixt6); if (TIMING) startTimer(); pixCloseBrickDwa(pixt1, pixs, size, 1); pixCloseBrickDwa(pixt3, pixs, 1, size); pixCloseBrickDwa(pixt5, pixs, size, size); if (TIMING) fprintf(stderr, "Time Dwa: %7.3f sec\n", stopTimer()); if (TIMING) startTimer(); pixCloseSafeCompBrick(pixt2, pixs, size, 1); pixCloseSafeCompBrick(pixt4, pixs, 1, size); pixCloseSafeCompBrick(pixt6, pixs, size, size); if (TIMING) fprintf(stderr, "Time Rop: %7.3f sec\n", stopTimer()); PixCompareDwa(size, "close", pixt1, pixt2, pixt3, pixt4, pixt5, pixt6); /* pixWrite("/tmp/junkpixt1.png", pixt1, IFF_PNG); */ /* pixWrite("/tmp/junkpixt2.png", pixt2, IFF_PNG); */ /* pixXor(pixt1, pixt1, pixt2); */ /* pixWrite("/tmp/junkxor.png", pixt1, IFF_PNG); */ return 0; } /* dwa composite with dwa non-composite */ l_int32 DoComparisonDwa3(PIX *pixs, PIX *pixt1, PIX *pixt2, PIX *pixt3, PIX *pixt4, PIX *pixt5, PIX *pixt6, l_int32 isize) { l_int32 fact1, fact2, size; selectComposableSizes(isize, &fact1, &fact2); size = fact1 * fact2; fprintf(stderr, "..%d..", size); if (TIMING) startTimer(); pixDilateCompBrickDwa(pixt1, pixs, size, 1); pixDilateCompBrickDwa(pixt3, pixs, 1, size); pixDilateCompBrickDwa(pixt5, pixs, size, size); if (TIMING) fprintf(stderr, "Time Dwa: %7.3f sec\n", stopTimer()); if (TIMING) startTimer(); pixDilateBrickDwa(pixt2, pixs, size, 1); pixDilateBrickDwa(pixt4, pixs, 1, size); pixDilateBrickDwa(pixt6, pixs, size, size); if (TIMING) fprintf(stderr, "Time Rop: %7.3f sec\n", stopTimer()); PixCompareDwa(size, "dilate", pixt1, pixt2, pixt3, pixt4, pixt5, pixt6); /* pixDisplay(pixt1, 100, 100); */ /* pixDisplay(pixt2, 800, 100); */ if (TIMING) startTimer(); pixErodeCompBrickDwa(pixt1, pixs, size, 1); pixErodeCompBrickDwa(pixt3, pixs, 1, size); pixErodeCompBrickDwa(pixt5, pixs, size, size); if (TIMING) fprintf(stderr, "Time Dwa: %7.3f sec\n", stopTimer()); if (TIMING) startTimer(); pixErodeBrickDwa(pixt2, pixs, size, 1); pixErodeBrickDwa(pixt4, pixs, 1, size); pixErodeBrickDwa(pixt6, pixs, size, size); if (TIMING) fprintf(stderr, "Time Rop: %7.3f sec\n", stopTimer()); PixCompareDwa(size, "erode", pixt1, pixt2, pixt3, pixt4, pixt5, pixt6); if (TIMING) startTimer(); pixOpenCompBrickDwa(pixt1, pixs, size, 1); pixOpenCompBrickDwa(pixt3, pixs, 1, size); pixOpenCompBrickDwa(pixt5, pixs, size, size); if (TIMING) fprintf(stderr, "Time Dwa: %7.3f sec\n", stopTimer()); if (TIMING) startTimer(); pixOpenBrickDwa(pixt2, pixs, size, 1); pixOpenBrickDwa(pixt4, pixs, 1, size); pixOpenBrickDwa(pixt6, pixs, size, size); if (TIMING) fprintf(stderr, "Time Rop: %7.3f sec\n", stopTimer()); PixCompareDwa(size, "open", pixt1, pixt2, pixt3, pixt4, pixt5, pixt6); if (TIMING) startTimer(); pixCloseCompBrickDwa(pixt1, pixs, size, 1); pixCloseCompBrickDwa(pixt3, pixs, 1, size); pixCloseCompBrickDwa(pixt5, pixs, size, size); if (TIMING) fprintf(stderr, "Time Dwa: %7.3f sec\n", stopTimer()); if (TIMING) startTimer(); pixCloseBrickDwa(pixt2, pixs, size, 1); pixCloseBrickDwa(pixt4, pixs, 1, size); pixCloseBrickDwa(pixt6, pixs, size, size); if (TIMING) fprintf(stderr, "Time Rop: %7.3f sec\n", stopTimer()); PixCompareDwa(size, "close", pixt1, pixt2, pixt3, pixt4, pixt5, pixt6); #if 0 pixWrite("/tmp/junkpixt1.png", pixt1, IFF_PNG); pixWrite("/tmp/junkpixt2.png", pixt2, IFF_PNG); pixXor(pixt1, pixt1, pixt2); pixWrite("/tmp/junkxor.png", pixt1, IFF_PNG); #endif return 0; } /* dwa composite with morph composite */ l_int32 DoComparisonDwa4(PIX *pixs, PIX *pixt1, PIX *pixt2, PIX *pixt3, PIX *pixt4, PIX *pixt5, PIX *pixt6, l_int32 isize) { l_int32 fact1, fact2, size; selectComposableSizes(isize, &fact1, &fact2); size = fact1 * fact2; fprintf(stderr, "..%d..", size); if (TIMING) startTimer(); pixDilateCompBrickDwa(pixt1, pixs, size, 1); pixDilateCompBrickDwa(pixt3, pixs, 1, size); pixDilateCompBrickDwa(pixt5, pixs, size, size); if (TIMING) fprintf(stderr, "Time Dwa: %7.3f sec\n", stopTimer()); if (TIMING) startTimer(); pixDilateCompBrick(pixt2, pixs, size, 1); pixDilateCompBrick(pixt4, pixs, 1, size); pixDilateCompBrick(pixt6, pixs, size, size); if (TIMING) fprintf(stderr, "Time Rop: %7.3f sec\n", stopTimer()); PixCompareDwa(size, "dilate", pixt1, pixt2, pixt3, pixt4, pixt5, pixt6); /* pixDisplay(pixt1, 100, 100); */ /* pixDisplay(pixt2, 800, 100); */ if (TIMING) startTimer(); pixErodeCompBrickDwa(pixt1, pixs, size, 1); pixErodeCompBrickDwa(pixt3, pixs, 1, size); pixErodeCompBrickDwa(pixt5, pixs, size, size); if (TIMING) fprintf(stderr, "Time Dwa: %7.3f sec\n", stopTimer()); if (TIMING) startTimer(); pixErodeCompBrick(pixt2, pixs, size, 1); pixErodeCompBrick(pixt4, pixs, 1, size); pixErodeCompBrick(pixt6, pixs, size, size); if (TIMING) fprintf(stderr, "Time Rop: %7.3f sec\n", stopTimer()); PixCompareDwa(size, "erode", pixt1, pixt2, pixt3, pixt4, pixt5, pixt6); if (TIMING) startTimer(); pixOpenCompBrickDwa(pixt1, pixs, size, 1); pixOpenCompBrickDwa(pixt3, pixs, 1, size); pixOpenCompBrickDwa(pixt5, pixs, size, size); if (TIMING) fprintf(stderr, "Time Dwa: %7.3f sec\n", stopTimer()); if (TIMING) startTimer(); pixOpenCompBrick(pixt2, pixs, size, 1); pixOpenCompBrick(pixt4, pixs, 1, size); pixOpenCompBrick(pixt6, pixs, size, size); if (TIMING) fprintf(stderr, "Time Rop: %7.3f sec\n", stopTimer()); PixCompareDwa(size, "open", pixt1, pixt2, pixt3, pixt4, pixt5, pixt6); /* pixDisplay(pixt1, 100, 100); */ /* pixDisplay(pixt2, 800, 100); */ /* pixWrite("/tmp/junkpixt1.png", pixt1, IFF_PNG); */ /* pixWrite("/tmp/junkpixt2.png", pixt2, IFF_PNG); */ if (TIMING) startTimer(); pixCloseCompBrickDwa(pixt1, pixs, size, 1); pixCloseCompBrickDwa(pixt3, pixs, 1, size); pixCloseCompBrickDwa(pixt5, pixs, size, size); if (TIMING) fprintf(stderr, "Time Dwa: %7.3f sec\n", stopTimer()); if (TIMING) startTimer(); pixCloseSafeCompBrick(pixt2, pixs, size, 1); pixCloseSafeCompBrick(pixt4, pixs, 1, size); pixCloseSafeCompBrick(pixt6, pixs, size, size); if (TIMING) fprintf(stderr, "Time Rop: %7.3f sec\n", stopTimer()); PixCompareDwa(size, "close", pixt1, pixt2, pixt3, pixt4, pixt5, pixt6); return 0; } /* dwa composite with morph non-composite */ l_int32 DoComparisonDwa5(PIX *pixs, PIX *pixt1, PIX *pixt2, PIX *pixt3, PIX *pixt4, PIX *pixt5, PIX *pixt6, l_int32 isize) { l_int32 fact1, fact2, size; selectComposableSizes(isize, &fact1, &fact2); size = fact1 * fact2; fprintf(stderr, "..%d..", size); if (TIMING) startTimer(); pixDilateCompBrickDwa(pixt1, pixs, size, 1); pixDilateCompBrickDwa(pixt3, pixs, 1, size); pixDilateCompBrickDwa(pixt5, pixs, size, size); if (TIMING) fprintf(stderr, "Time Dwa: %7.3f sec\n", stopTimer()); if (TIMING) startTimer(); pixDilateBrick(pixt2, pixs, size, 1); pixDilateBrick(pixt4, pixs, 1, size); pixDilateBrick(pixt6, pixs, size, size); if (TIMING) fprintf(stderr, "Time Rop: %7.3f sec\n", stopTimer()); PixCompareDwa(size, "dilate", pixt1, pixt2, pixt3, pixt4, pixt5, pixt6); /* pixDisplay(pixt1, 100, 100); */ /* pixDisplay(pixt2, 800, 100); */ if (TIMING) startTimer(); pixErodeCompBrickDwa(pixt1, pixs, size, 1); pixErodeCompBrickDwa(pixt3, pixs, 1, size); pixErodeCompBrickDwa(pixt5, pixs, size, size); if (TIMING) fprintf(stderr, "Time Dwa: %7.3f sec\n", stopTimer()); if (TIMING) startTimer(); pixErodeBrick(pixt2, pixs, size, 1); pixErodeBrick(pixt4, pixs, 1, size); pixErodeBrick(pixt6, pixs, size, size); if (TIMING) fprintf(stderr, "Time Rop: %7.3f sec\n", stopTimer()); PixCompareDwa(size, "erode", pixt1, pixt2, pixt3, pixt4, pixt5, pixt6); if (TIMING) startTimer(); pixOpenCompBrickDwa(pixt1, pixs, size, 1); pixOpenCompBrickDwa(pixt3, pixs, 1, size); pixOpenCompBrickDwa(pixt5, pixs, size, size); if (TIMING) fprintf(stderr, "Time Dwa: %7.3f sec\n", stopTimer()); if (TIMING) startTimer(); pixOpenBrick(pixt2, pixs, size, 1); pixOpenBrick(pixt4, pixs, 1, size); pixOpenBrick(pixt6, pixs, size, size); if (TIMING) fprintf(stderr, "Time Rop: %7.3f sec\n", stopTimer()); PixCompareDwa(size, "open", pixt1, pixt2, pixt3, pixt4, pixt5, pixt6); if (TIMING) startTimer(); pixCloseCompBrickDwa(pixt1, pixs, size, 1); pixCloseCompBrickDwa(pixt3, pixs, 1, size); pixCloseCompBrickDwa(pixt5, pixs, size, size); if (TIMING) fprintf(stderr, "Time Dwa: %7.3f sec\n", stopTimer()); if (TIMING) startTimer(); pixCloseSafeBrick(pixt2, pixs, size, 1); pixCloseSafeBrick(pixt4, pixs, 1, size); pixCloseSafeBrick(pixt6, pixs, size, size); if (TIMING) fprintf(stderr, "Time Rop: %7.3f sec\n", stopTimer()); PixCompareDwa(size, "close", pixt1, pixt2, pixt3, pixt4, pixt5, pixt6); return 0; } l_int32 PixCompareDwa(l_int32 size, const char *type, PIX *pixt1, PIX *pixt2, PIX *pixt3, PIX *pixt4, PIX *pixt5, PIX *pixt6) { l_int32 same, fail; fail = FALSE; pixEqual(pixt1, pixt2, &same); if (!same) { fail = TRUE; fprintf(stderr, "%s (%d, 1) not same\n", type, size); } pixEqual(pixt3, pixt4, &same); if (!same) { fail = TRUE; fprintf(stderr, "%s (1, %d) not same\n", type, size); } pixEqual(pixt5, pixt6, &same); if (!same) { fail = TRUE; fprintf(stderr, "%s (%d, %d) not same\n", type, size, size); } return fail; } leptonica-1.70/prog/comparetest.c0000644000175000017500000001410312242266756015161 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * comparetest.c * * comparetest filein1 filein2 type fileout * * where * type = {0, 1} for {abs-diff and subtraction} comparisons * * Compares two images, using either the absolute value of the * pixel differences or the difference clipped to 0. For RGB, * the differences are computed separately on each component. * If one has a colormap and the other doesn't, the colormap * is removed before making the comparison. * * Warning: you usually want to use abs-diff to compare * two grayscale or color images. If you use subtraction, * the result you get will depend on the order of the input images. * For example, if pix2 = pixDilateGray(pix1), then every * pixel in pix1 will be equal to or greater than pix2. So if * you subtract pix2 from pix1, you will get 0 for all pixels, * which looks like they're the same! * * Here's an interesting observation. Take an image that has * been jpeg compressed at a quality = 75. If you re-compress * the image, what quality factor should be used to minimize * the change? Answer: 75 (!) */ #include "allheaders.h" int main(int argc, char **argv) { l_int32 type, comptype, d1, d2, same, first, last; l_float32 fract, diff, rmsdiff; char *filein1, *filein2, *fileout; GPLOT *gplot; NUMA *na1, *na2; PIX *pixs1, *pixs2, *pixd; static char mainName[] = "comparetest"; if (argc != 5) return ERROR_INT(" Syntax: comparetest filein1 filein2 type fileout", mainName, 1); filein1 = argv[1]; filein2 = argv[2]; type = atoi(argv[3]); pixd = NULL; fileout = argv[4]; l_pngSetReadStrip16To8(0); if ((pixs1 = pixRead(filein1)) == NULL) return ERROR_INT("pixs1 not made", mainName, 1); if ((pixs2 = pixRead(filein2)) == NULL) return ERROR_INT("pixs2 not made", mainName, 1); d1 = pixGetDepth(pixs1); d2 = pixGetDepth(pixs2); if (d1 == 1 && d2 == 1) { pixEqual(pixs1, pixs2, &same); if (same) { fprintf(stderr, "Images are identical\n"); pixd = pixCreateTemplate(pixs1); /* write empty pix for diff */ } else { if (type == 0) comptype = L_COMPARE_XOR; else comptype = L_COMPARE_SUBTRACT; pixCompareBinary(pixs1, pixs2, comptype, &fract, &pixd); fprintf(stderr, "Fraction of different pixels: %10.6f\n", fract); } pixWrite(fileout, pixd, IFF_PNG); } else { if (type == 0) comptype = L_COMPARE_ABS_DIFF; else comptype = L_COMPARE_SUBTRACT; pixCompareGrayOrRGB(pixs1, pixs2, comptype, GPLOT_X11, &same, &diff, &rmsdiff, &pixd); if (type == 0) { if (same) fprintf(stderr, "Images are identical\n"); else { fprintf(stderr, "Images differ: = %10.6f\n", diff); fprintf(stderr, " = %10.6f\n", rmsdiff); } } else { /* subtraction */ if (same) fprintf(stderr, "pixs2 strictly greater than pixs1\n"); else { fprintf(stderr, "Images differ: = %10.6f\n", diff); fprintf(stderr, " = %10.6f\n", rmsdiff); } } if (d1 != 16) pixWrite(fileout, pixd, IFF_JFIF_JPEG); else pixWrite(fileout, pixd, IFF_PNG); if (d1 != 16) { na1 = pixCompareRankDifference(pixs1, pixs2, 1); if (na1) { fprintf(stderr, "na1[150] = %20.10f\n", na1->array[150]); fprintf(stderr, "na1[200] = %20.10f\n", na1->array[200]); fprintf(stderr, "na1[250] = %20.10f\n", na1->array[250]); numaGetNonzeroRange(na1, 0.00005, &first, &last); fprintf(stderr, "Nonzero diff range: first = %d, last = %d\n", first, last); na2 = numaClipToInterval(na1, first, last); gplot = gplotCreate("/tmp/junkrank", GPLOT_X11, "Pixel Rank Difference", "pixel val", "rank"); gplotAddPlot(gplot, NULL, na2, GPLOT_LINES, "rank"); gplotMakeOutput(gplot); gplotDestroy(&gplot); numaDestroy(&na1); numaDestroy(&na2); } } } pixDestroy(&pixs1); pixDestroy(&pixs2); pixDestroy(&pixd); return 0; } leptonica-1.70/prog/sudoku6.dat0000444000175000017500000000032611465606421014552 0ustar dandan# sudoku6.dat # 6 star sudoku (Jackson Hole daily) 7 8 0 0 0 6 3 0 0 0 0 0 9 8 0 5 0 4 0 0 0 0 3 0 0 8 0 3 0 8 4 0 0 0 0 0 0 0 0 5 7 1 0 0 0 0 0 0 0 0 8 9 0 1 0 6 0 0 2 0 0 0 0 9 0 7 0 1 3 0 0 0 0 0 3 6 0 0 0 2 7 leptonica-1.70/prog/italictest.c0000644000175000017500000000653412244775416015011 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * italictest.c * * Demonstrates binary reconstruction for finding italic text. */ #include "allheaders.h" int main(int argc, char **argv) { char opstring[32]; l_int32 size; BOXA *boxa1, *boxa2, *boxa3, *boxawm; PIX *pixs, *pixm, *pixt; static char mainName[] = "italictest"; if (argc != 1 && argc != 2) return ERROR_INT(" Syntax: italictest [filein]", mainName, 1); if (argc == 1) pixs = pixRead("italic.png"); else pixs = pixRead(argv[1]); if (!pixs) return ERROR_INT("pixs not read", mainName, 1); /* Basic functionality with debug flag */ pixItalicWords(pixs, NULL, NULL, &boxa1, 1); boxaWrite("/tmp/ital1.ba", boxa1); pixt = pixRead("/tmp/ital.png"); pixDisplayWithTitle(pixt, 0, 0, "Intermediate steps", 1); pixDestroy(&pixt); pixt = pixRead("/tmp/runhisto.png"); pixDisplayWithTitle(pixt, 800, 0, "Histogram of white runs", 1); pixDestroy(&pixt); /* Generate word mask */ pixWordMaskByDilation(pixs, 20, NULL, &size); L_INFO("dilation size = %d\n", mainName, size); snprintf(opstring, sizeof(opstring), "d1.5 + c%d.1", size); pixm = pixMorphSequence(pixs, opstring, 0); pixWrite("/tmp/ital-wm.png", pixm, IFF_PNG); pixDisplayWithTitle(pixm, 800, 200, "Word mask", 1); /* Re-run italic finder using the word mask */ pixItalicWords(pixs, NULL, pixm, &boxa2, 1); boxaWrite("/tmp/ital2.ba", boxa2); /* Re-run italic finder using word mask bounding boxes */ boxawm = pixConnComp(pixm, NULL, 8); pixItalicWords(pixs, boxawm, NULL, &boxa3, 1); boxaWrite("/tmp/ital-wm.ba", boxawm); boxaWrite("/tmp/ital3.ba", boxa3); boxaDestroy(&boxa1); boxaDestroy(&boxa2); boxaDestroy(&boxa3); boxaDestroy(&boxawm); pixDestroy(&pixs); pixDestroy(&pixm); return 0; } leptonica-1.70/prog/barcode-128-300.png0000444000175000017500000000515310770123063015372 0ustar dandan‰PNG  IHDR­‹GÛgAMA± üa8tEXtSoftwareXV Version 3.10a Rev: 12/29/94 (PNG patch 1.2)Ý.I ŸIDATxœíœOn$·‡ÙaBV•$æ5²\Gñb ›Ðp•  ¯ú>JJ-çaC‹,ÃΊ¶)2$ëÿ«›ÙÄÕ#Œ¦ͧ7ßû½GJ3=@ü/ìØ»cwìŽÝ±;öìe|ß7–À‚F¿«ôÏgj ÚDZ ÔúýPbÅAEÆOô–‚8aa,‡Ë*ö[ˆèq,þjÀêšûŠÕÌJ`›nÁvEϘÀöòny)ÔØæùZ Û!!9 Ø×"Øg¹Ê*Äò#¹ª¶ˆÛgA˜ UÕ«)yx&ÇØ] `¯âª±%¦Lae¨ž`G,,2¼KÐsÿ]õ,•òJ¾™2+Ò<÷¼z°¬ÂÂö½€j,©ûc¬”€[‰­€*²õ¬.ˆílßö¼ ŽÕvâµVNÙ„USÆa1,ÑÔ “ت V®•_Ô3¹oE‘–i¬Ü±:· ûSOQl:à|¦*·úã€Áþî€ÿeÑ—9"ånQ‹Ë £±E6˜2Pk\(lÎE(çú!Ov€TÀûËtex ˥ɮQ«k=V°âº¶{×ã׌}-‡åíZw-Í°û°Ÿû”Çć8µ40"•Â~Uß…ýù¯â{*g®¹@%îÊe›°?rÁ!A´fm€h,´í$ö°Ëÿñ¥oy#èN-‡¸&òR×dyr+h¬p±RBÄí¿ÄMÞŒÞ>Z5Ac-;àšÎXЈýX$ÔºZKЂÉHlÄÊ*g h®vÍ-Fµ í›\¤:kìeÁòÃ$ÁpëaCIPX¦±SµËV6‡É§J%D±žŒÐX­!5òè^ÜZI8Únµ¨Va?´„÷EŸ$ »´ì¨6„]ÜÚ-fD, Q·‹»e`N‚×2›’ ±À’àºIµ¬¶Z†5-s%CS•‡S8·mnn©ž2; õ€%Ö˜2šçöf·ŒX@‚]Ÿ2¼ ï"›Xo1†°Dc—UcaÙ ¡Å+I³ÆÁ“à$¡ ¸ÌiY(`4Rm|1šûölº%V˶ŒSfW &¬ÛÐ8„æíÛEqÜ’`ÀRÌÄ"S€¥© ˜?¼HŒkÜ‘pÛ°`˦³Ì˜²Û°Œ Ƭj/ñ$èÐÊ[X^:"mì0¼÷¸ ,=eN‡¨Õä,ávX5ÿ™²ø8”oƒ‰5l¨eM: 9kÜÙ·ãÉ‹xdx•[÷Úœ>Ëhõæ¯#á–‹$`Û¸;ÁÌ-°I°‡÷2í„ȪÉL‚»Æ#,•Û¸sÕ4Ë­fº±ehƾé$œ] ÌiY~nýá}Э)ám¹1 ëVƒ7çÖ<Þü“×ÁÞȆUcoÀ­—„l·ÉÜ®IØ6Ž5ÝzXš–Àš¼UC7¯qæ´¬q±Ø¼~ nelNBdˆÙ²U¬¹o#XºLÚ¼ÁÀ´k3·¡€µYn‰ã6°.týhØÆ^5MhÕI@÷å6ŽÕ-ëCØtÀ€¹Æ›D u¬Zœ[m;V[G%,·ƒ{š(¶±s»‚ NYDqܦ°¡q¸[4’ ¾?”l™)!×í‚ÝÆvÂ5·eø>·Öð6+I˜%’P»¹=÷A,q°“Û¾ln'·}OB®[âcS&?.$aÁ‚%`§‹nb-CnÔ´áj7aoÜhYÜ­Hˆ$!²jjOB8`)Cêû¥ u®h¬šKÆ€ÝëvJqZVOØ„[—‚ ©ã>RmíCØíѨöf`»\ áj l3aÉ\í–€ùØaÊF XCŸ›„¶â>6ívµe:·<زÄ8äaáõªõ±[B•’à$ÔÑqp±^µpÂI8åå6w¦€™-#Ù-£ öÉÁrkxÇjad²Z6aoÞ”ÁÕjÝ–=™IèL··-VZ¶Ñ­™â¬Jµ ç úÀì¶3±Ä¨6Ö²û‘˜²Žc–„1 ïNµpZãÜkÙ¼ªtˈS-0Ýòơؔ٨—[èWëo°tµ! l®„1·bÁNÕvþ™+á#:¼˃¹}Ø-õX-Q[kŽÃJÀ|lpxo#vnY{ñÝjl?TË`1 ²eGB ˜Ü·"-ÁukÌÅ­j3$¼÷m7µ,7·6VŸebl™X‘@& Éqø˜6˜3È:"«e™n O“[ ûÔvª[ÀÚ§Cc­qÞ fËzw'ŒÕ¶y.>vr+BØÛõ$Xœ$Ôþ”eT;ŒÃ€½ŒÃë·ÌY5Ü ³e•ÆÎÕçjÓ-›ªe:·ÖðÊßíKh¬j³Üb?`Ì9tžBؼ܊i1:«¦öÝfŒZûvœ2R Ó¾•X1H@Ü®V{ö«×øâv‘ÐXûvHÂ9Žeðjƒ–@ƒX¯ZùUýZÀfì×K¡ÛÜ–·$¼/nÅجj»L,•Õ.«Ã-°ØOBÒíP훉 HÜžòZFÍ–Iì9êÖkYKGì›v«±bH‚5y¹¥†Û ‹¦áÜúؼ–ÝŒ$ ØÙí„=EÝÆZ¦°tnÙìvÂò•–¥’`cÑ„ ì^,²sË]·už[3·Ç1·–„Ù-[¶R-ÕØÛœ„ã"!0Û'†×™²¯ÕÒqx‡jiÍ*܈¿£ÿ"B¹½9¹M`¿k1úIô\„€]G·h^ÛŸ è“ý1‚‹aÛ;¸Å[óJ´iRKýq¶~_Ä&ZË«_Äç7÷ ‚Ø/’BØÒû«Àþ³VÞ0(’[Oý-jŠx‘WvcyúÊý5– sþ€ëÓAÑ$sÄöe^s*À‹€¸­€ÜgrÓ‰—WB `y}å5im‹óõÆ `YCX#™¬QX .äÊš"ØS#™|ÂÒ"Ø–[Žf,’Øöq¬x²s„Ž tIMEØ 4˜= tEXtSoftwareESP Ghostscript 815.02 Æ”Å_IEND®B`‚leptonica-1.70/prog/ccthin1_reg.c0000644000175000017500000002476512270122643015023 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * ccthin1_reg.c * * Tests the "best" cc-preserving thinning functions. * Displays all the strong cc-preserving 3x3 Sels. */ #include "allheaders.h" /* Sels for 4-connected thinning */ static const char *sel_4_1 = " x" "oCx" " x"; static const char *sel_4_2 = " x" "oCx" " o "; static const char *sel_4_3 = " o " "oCx" " x"; static const char *sel_4_4 = " o " "oCx" " o "; static const char *sel_4_5 = " ox" "oCx" " o "; static const char *sel_4_6 = " o " "oCx" " ox"; static const char *sel_4_7 = " xx" "oCx" " o "; static const char *sel_4_8 = " x" "oCx" "o x"; static const char *sel_4_9 = "o x" "oCx" " x"; /* Sels for 8-connected thinning */ static const char *sel_8_1 = " x " "oCx" " x "; static const char *sel_8_2 = " x " "oCx" "o "; static const char *sel_8_3 = "o " "oCx" " x "; static const char *sel_8_4 = "o " "oCx" "o "; static const char *sel_8_5 = "o x" "oCx" "o "; static const char *sel_8_6 = "o " "oCx" "o x"; static const char *sel_8_7 = " x " "oCx" "oo "; static const char *sel_8_8 = " x " "oCx" "ox "; static const char *sel_8_9 = "ox " "oCx" " x "; /* Sels for both 4 and 8-connected thinning */ static const char *sel_48_1 = " xx" "oCx" "oo "; static const char *sel_48_2 = "o x" "oCx" "o x"; int main(int argc, char **argv) { BOX *box; PIX *pix, *pixs, *pixd, *pixt; PIXA *pixa; SEL *sel, *sel1, *sel2, *sel3; SELA *sela4, *sela8, *sela48; static char mainName[] = "ccthin1_reg"; if (argc != 1) return ERROR_INT(" Syntax: ccthin1_reg", mainName, 1); /* Generate and display all of the 4-cc sels */ sela4 = selaCreate(9); sel = selCreateFromString(sel_4_1, 3, 3, "sel_4_1"); selaAddSel(sela4, sel, NULL, 0); sel = selCreateFromString(sel_4_2, 3, 3, "sel_4_2"); selaAddSel(sela4, sel, NULL, 0); sel = selCreateFromString(sel_4_3, 3, 3, "sel_4_3"); selaAddSel(sela4, sel, NULL, 0); sel = selCreateFromString(sel_4_4, 3, 3, "sel_4_4"); selaAddSel(sela4, sel, NULL, 0); sel = selCreateFromString(sel_4_5, 3, 3, "sel_4_5"); selaAddSel(sela4, sel, NULL, 0); sel = selCreateFromString(sel_4_6, 3, 3, "sel_4_6"); selaAddSel(sela4, sel, NULL, 0); sel = selCreateFromString(sel_4_7, 3, 3, "sel_4_7"); selaAddSel(sela4, sel, NULL, 0); sel = selCreateFromString(sel_4_8, 3, 3, "sel_4_8"); selaAddSel(sela4, sel, NULL, 0); sel = selCreateFromString(sel_4_9, 3, 3, "sel_4_9"); selaAddSel(sela4, sel, NULL, 0); pixt = selaDisplayInPix(sela4, 35, 3, 15, 3); pixWrite("/tmp/junkallsel4.png", pixt, IFF_PNG); pixDestroy(&pixt); selaDestroy(&sela4); /* Generate and display all of the 8-cc sels */ sela8 = selaCreate(9); sel = selCreateFromString(sel_8_1, 3, 3, "sel_8_1"); selaAddSel(sela8, sel, NULL, 0); sel = selCreateFromString(sel_8_2, 3, 3, "sel_8_2"); selaAddSel(sela8, sel, NULL, 0); sel = selCreateFromString(sel_8_3, 3, 3, "sel_8_3"); selaAddSel(sela8, sel, NULL, 0); sel = selCreateFromString(sel_8_4, 3, 3, "sel_8_4"); selaAddSel(sela8, sel, NULL, 0); sel = selCreateFromString(sel_8_5, 3, 3, "sel_8_5"); selaAddSel(sela8, sel, NULL, 0); sel = selCreateFromString(sel_8_6, 3, 3, "sel_8_6"); selaAddSel(sela8, sel, NULL, 0); sel = selCreateFromString(sel_8_7, 3, 3, "sel_8_7"); selaAddSel(sela8, sel, NULL, 0); sel = selCreateFromString(sel_8_8, 3, 3, "sel_8_8"); selaAddSel(sela8, sel, NULL, 0); sel = selCreateFromString(sel_8_9, 3, 3, "sel_8_9"); selaAddSel(sela8, sel, NULL, 0); pixt = selaDisplayInPix(sela8, 35, 3, 15, 3); pixWrite("/tmp/junkallsel8.png", pixt, IFF_PNG); pixDestroy(&pixt); selaDestroy(&sela8); /* Generate and display all of the 4 and 8-cc preserving sels */ sela48 = selaCreate(3); sel = selCreateFromString(sel_48_1, 3, 3, "sel_48_1"); selaAddSel(sela48, sel, NULL, 0); sel = selCreateFromString(sel_48_2, 3, 3, "sel_48_2"); selaAddSel(sela48, sel, NULL, 0); pixt = selaDisplayInPix(sela48, 35, 3, 15, 4); pixWrite("/tmp/junkallsel48.png", pixt, IFF_PNG); pixDestroy(&pixt); selaDestroy(&sela48); /* Generate and display three of the 4-cc sels and their rotations */ sela4 = selaCreate(3); sel = selCreateFromString(sel_4_1, 3, 3, "sel_4_1"); sel1 = selRotateOrth(sel, 1); sel2 = selRotateOrth(sel, 2); sel3 = selRotateOrth(sel, 3); selaAddSel(sela4, sel, NULL, 0); selaAddSel(sela4, sel1, "sel_4_1_90", 0); selaAddSel(sela4, sel2, "sel_4_1_180", 0); selaAddSel(sela4, sel3, "sel_4_1_270", 0); sel = selCreateFromString(sel_4_2, 3, 3, "sel_4_2"); sel1 = selRotateOrth(sel, 1); sel2 = selRotateOrth(sel, 2); sel3 = selRotateOrth(sel, 3); selaAddSel(sela4, sel, NULL, 0); selaAddSel(sela4, sel1, "sel_4_2_90", 0); selaAddSel(sela4, sel2, "sel_4_2_180", 0); selaAddSel(sela4, sel3, "sel_4_2_270", 0); sel = selCreateFromString(sel_4_3, 3, 3, "sel_4_3"); sel1 = selRotateOrth(sel, 1); sel2 = selRotateOrth(sel, 2); sel3 = selRotateOrth(sel, 3); selaAddSel(sela4, sel, NULL, 0); selaAddSel(sela4, sel1, "sel_4_3_90", 0); selaAddSel(sela4, sel2, "sel_4_3_180", 0); selaAddSel(sela4, sel3, "sel_4_3_270", 0); pixt = selaDisplayInPix(sela4, 35, 3, 15, 4); pixWrite("/tmp/junksel4.png", pixt, IFF_PNG); pixDestroy(&pixt); selaDestroy(&sela4); /* Generate and display four of the 8-cc sels and their rotations */ sela8 = selaCreate(4); sel = selCreateFromString(sel_8_2, 3, 3, "sel_8_2"); sel1 = selRotateOrth(sel, 1); sel2 = selRotateOrth(sel, 2); sel3 = selRotateOrth(sel, 3); selaAddSel(sela8, sel, NULL, 0); selaAddSel(sela8, sel1, "sel_8_2_90", 0); selaAddSel(sela8, sel2, "sel_8_2_180", 0); selaAddSel(sela8, sel3, "sel_8_2_270", 0); sel = selCreateFromString(sel_8_3, 3, 3, "sel_8_3"); sel1 = selRotateOrth(sel, 1); sel2 = selRotateOrth(sel, 2); sel3 = selRotateOrth(sel, 3); selaAddSel(sela8, sel, NULL, 0); selaAddSel(sela8, sel1, "sel_8_3_90", 0); selaAddSel(sela8, sel2, "sel_8_3_180", 0); selaAddSel(sela8, sel3, "sel_8_3_270", 0); sel = selCreateFromString(sel_8_5, 3, 3, "sel_8_5"); sel1 = selRotateOrth(sel, 1); sel2 = selRotateOrth(sel, 2); sel3 = selRotateOrth(sel, 3); selaAddSel(sela8, sel, NULL, 0); selaAddSel(sela8, sel1, "sel_8_5_90", 0); selaAddSel(sela8, sel2, "sel_8_5_180", 0); selaAddSel(sela8, sel3, "sel_8_5_270", 0); sel = selCreateFromString(sel_8_6, 3, 3, "sel_8_6"); sel1 = selRotateOrth(sel, 1); sel2 = selRotateOrth(sel, 2); sel3 = selRotateOrth(sel, 3); selaAddSel(sela8, sel, NULL, 0); selaAddSel(sela8, sel1, "sel_8_6_90", 0); selaAddSel(sela8, sel2, "sel_8_6_180", 0); selaAddSel(sela8, sel3, "sel_8_6_270", 0); pixt = selaDisplayInPix(sela8, 35, 3, 15, 4); pixWrite("/tmp/junksel8.png", pixt, IFF_PNG); pixDestroy(&pixt); selaDestroy(&sela8); /* Test the best 4 and 8 cc thinning */ pixDisplayWrite(NULL, 0); pix = pixRead("feyn.tif"); box = boxCreate(683, 799, 970, 479); pixs = pixClipRectangle(pix, box, NULL); pixDisplayWrite(pixs, 1); pixt = pixThin(pixs, L_THIN_FG, 4, 0); pixDisplayWrite(pixt, 1); pixDestroy(&pixt); pixt = pixThin(pixs, L_THIN_BG, 4, 0); pixDisplayWrite(pixt, 1); pixDestroy(&pixt); pixt = pixThin(pixs, L_THIN_FG, 8, 0); pixDisplayWrite(pixt, 1); pixDestroy(&pixt); pixt = pixThin(pixs, L_THIN_BG, 8, 0); pixDisplayWrite(pixt, 1); pixDestroy(&pixt); /* Display tiled */ pixa = pixaReadFiles("/tmp/display", "file"); pixd = pixaDisplayTiledAndScaled(pixa, 8, 500, 1, 0, 25, 2); pixWrite("/tmp/junktiles.jpg", pixd, IFF_JFIF_JPEG); pixDestroy(&pixd); pixaDestroy(&pixa); pixDestroy(&pix); pixDestroy(&pixs); boxDestroy(&box); pixDisplayMultiple("/tmp/display/file*"); return 0; } leptonica-1.70/prog/displaypix.c0000644000175000017500000000426712242266542015024 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * displaypix.c * * This calls pixDisplay(), which: * (1) automatically downscales the image if necessary to display * it without scrollbars, and * (2) launches the selected viewer (default is xzgv) * * Downscaling uses area mapping to avoid moire. */ #include "allheaders.h" int main(int argc, char **argv) { PIX *pixs; char *filein; static char mainName[] = "displaypix"; if (argc != 2) return ERROR_INT(" Syntax: displaypix filein", mainName, 1); filein = argv[1]; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pixs not made", mainName, 1); pixDisplay(pixs, 20, 20); pixDestroy(&pixs); return 0; } leptonica-1.70/prog/tribune-page-4x.png0000444000175000017500000024465111374065564016122 0ustar dandan‰PNG  IHDRc\*1» pHYsb&2 IDATxœ´½ `Õ¹ðfgÉl0f6`K¨1³êµ— ­Äwˆ­-ØöÞ~¾%ÿ½¶@é­É%d&I¨Ø€´UJëRûyûÞûjk¯Ök/;$x‹,½Þ¾êõc'$­ÈNˆ²³ììœ÷9gfvg¿’lô”ÍÎìÌ9¿yÎó<ç9gΙA"†dâLJ8üKáñ“”»Ù“2ÙÅ` ¦Éá)ö\’’>Çý|ÓèÏI$ÆBÇIá”C$:»ÌËr!b%˜SNÖ lCR¦o˜×mz‰‘}ÃDHR¤°³äÁy öáôÀ ýö6þeô¨$C&¥]9d÷ÎÊ0$'È&KòAJ4Mi/™&ÛuÎ’ÇïbH¸~ŸÉj"•ÉI P'bsÏ3²¹äPÈ06Qžb‰ýFѽ’Í…­ÒÆLáßæ¡që¢ä5N ¾%’äœ<’“"ÆSfðëCž’ —#9_ãT4¥ûè¹füÿlnð”–CºÈ>;Eœ/fécòÒMÙ¯Ô:Þ¶¾šcM*Êc°rÏ©ÍHáeŠ¸ÜDÊ%E“+Ëæn¾u)þÃä1„±}à¸IÊ!,‹!“^ƒÿ.±¾ ±¢€‘ty –ÒæïÒ£p‘“m=—úÒÃÛþ„ÿy‘'—þ<B–ÁÖ‡¬›Ë­¸p樈UüyËÎ~;´Ðn¤7øB½:i ãD w%m/L‹I`)æ>6–ùqÛ„*¿=!ÕÎ7¯– í"£r…±óLÐï1<’‘CŒ2ŒäÊÑ\íÞŠY ,%žLá 83•¾L‘Q vÜö¢Hr®‹&i(ãNcaÂÏ…7fì¿T}HJÉèþöƒaøÇm7‰Üˆ¦ŒaÓ:*’Ç3šepÿTÂà D(CÆø©¡Ôÿ|ò÷J)%YeÁá}ÖŽ$Ö…‚£R ãH [‰H^]Ò¬$û¬Ã¢;`2ƳΗvT!âòriÛO‰™3­cFˆLõv££É{M-ÈêCæÀTÞ_š„·ì+p]Ž+E­? 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * blend1_reg.c * * Regression test for these functions: * pixBlendGray() * pixBlendGrayAdapt() * pixBlendColor() */ #include "allheaders.h" #define DISPLAY 0 void GrayBlend(PIX *pixs, PIX *pixb, l_int32 op, l_float32 fract); void AdaptiveGrayBlend(PIX *pixs, PIX *pixb, l_float32 fract); void ColorBlend(PIX *pixs, PIX *pixb, l_float32 fract); PIX *MakeGrayWash(l_int32 w, l_int32 h); PIX *MakeColorWash(l_int32 w, l_int32 h, l_int32 color); int main(int argc, char **argv) { PIX *pixs, *pixg, *pixc, *pixt, *pixd; PIXA *pixa; pixg = pixRead("blender8.png"); pixt = pixRead("weasel4.11c.png"); pixc = pixRemoveColormap(pixt, REMOVE_CMAP_TO_FULL_COLOR); pixDisplayWrite(NULL, -1); pixa = pixaCreate(0); #if 1 /* Gray blend (straight) */ pixs = pixRead("test24.jpg"); GrayBlend(pixs, pixg, L_BLEND_GRAY, 0.3); pixSaveTiled(pixs, pixa, 1.0, 1, 20, 32); pixDisplayWithTitle(pixs, 100, 100, NULL, DISPLAY); pixDestroy(&pixs); pixs = pixRead("marge.jpg"); GrayBlend(pixs, pixg, L_BLEND_GRAY, 0.2); pixSaveTiled(pixs, pixa, 1.0, 1, 20, 32); pixDisplayWithTitle(pixs, 100, 100, NULL, DISPLAY); pixDestroy(&pixs); pixs = pixRead("marge.jpg"); pixt = pixConvertRGBToLuminance(pixs); GrayBlend(pixt, pixg, L_BLEND_GRAY, 0.2); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 32); pixDisplayWithTitle(pixt, 100, 100, NULL, DISPLAY); pixDestroy(&pixs); pixDestroy(&pixt); #endif #if 1 /* Gray blend (inverse) */ pixs = pixRead("test24.jpg"); GrayBlend(pixs, pixg, L_BLEND_GRAY_WITH_INVERSE, 0.6); pixSaveTiled(pixs, pixa, 1.0, 1, 20, 32); pixDisplayWithTitle(pixs, 100, 100, NULL, DISPLAY); pixDestroy(&pixs); pixs = pixRead("marge.jpg"); GrayBlend(pixs, pixg, L_BLEND_GRAY_WITH_INVERSE, 0.6); pixSaveTiled(pixs, pixa, 1.0, 1, 20, 32); pixDisplayWithTitle(pixs, 100, 100, NULL, DISPLAY); pixDestroy(&pixs); pixs = pixRead("marge.jpg"); pixt = pixConvertRGBToLuminance(pixs); GrayBlend(pixt, pixg, L_BLEND_GRAY_WITH_INVERSE, 0.6); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 32); pixDisplayWithTitle(pixt, 100, 100, NULL, DISPLAY); pixDestroy(&pixs); pixDestroy(&pixt); pixs = MakeGrayWash(1000, 120); GrayBlend(pixs, pixg, L_BLEND_GRAY_WITH_INVERSE, 0.3); pixSaveTiled(pixs, pixa, 1.0, 1, 20, 32); pixDisplayWithTitle(pixs, 200, 100, NULL, DISPLAY); pixDestroy(&pixs); pixs = MakeColorWash(1000, 120, COLOR_RED); GrayBlend(pixs, pixg, L_BLEND_GRAY_WITH_INVERSE, 1.0); pixSaveTiled(pixs, pixa, 1.0, 1, 20, 32); pixDisplayWithTitle(pixs, 200, 100, NULL, DISPLAY); pixDestroy(&pixs); #endif #if 1 /* Adaptive gray blend */ pixs = pixRead("test24.jpg"); AdaptiveGrayBlend(pixs, pixg, 0.8); pixSaveTiled(pixs, pixa, 1.0, 1, 20, 32); pixDisplayWithTitle(pixs, 200, 100, NULL, DISPLAY); pixDestroy(&pixs); pixs = pixRead("marge.jpg"); AdaptiveGrayBlend(pixs, pixg, 0.8); pixSaveTiled(pixs, pixa, 1.0, 1, 20, 32); pixDisplayWithTitle(pixs, 200, 100, NULL, DISPLAY); pixt = pixConvertRGBToLuminance(pixs); AdaptiveGrayBlend(pixt, pixg, 0.1); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 32); pixDisplayWithTitle(pixt, 200, 100, NULL, DISPLAY); pixDestroy(&pixs); pixDestroy(&pixt); pixs = MakeGrayWash(1000, 120); AdaptiveGrayBlend(pixs, pixg, 0.3); pixSaveTiled(pixs, pixa, 1.0, 1, 20, 32); pixDisplayWithTitle(pixs, 200, 100, NULL, DISPLAY); pixDestroy(&pixs); pixs = MakeColorWash(1000, 120, COLOR_RED); AdaptiveGrayBlend(pixs, pixg, 0.5); pixSaveTiled(pixs, pixa, 1.0, 1, 20, 32); pixDisplayWithTitle(pixs, 200, 100, NULL, DISPLAY); pixDestroy(&pixs); #endif #if 1 /* Color blend */ pixs = pixRead("test24.jpg"); ColorBlend(pixs, pixc, 0.3); pixSaveTiled(pixs, pixa, 1.0, 1, 20, 32); pixDisplayWithTitle(pixs, 300, 100, NULL, DISPLAY); pixDestroy(&pixs); pixs = pixRead("marge.jpg"); ColorBlend(pixs, pixc, 0.30); pixSaveTiled(pixs, pixa, 1.0, 1, 20, 32); pixDisplayWithTitle(pixs, 300, 100, NULL, DISPLAY); pixDestroy(&pixs); pixs = pixRead("marge.jpg"); ColorBlend(pixs, pixc, 0.15); pixSaveTiled(pixs, pixa, 1.0, 0, 20, 32); pixDisplayWithTitle(pixs, 300, 100, NULL, DISPLAY); pixDestroy(&pixs); #endif /* Display results */ pixd = pixaDisplay(pixa, 0, 0); pixDisplay(pixd, 100, 100); pixWrite("/tmp/junkblend.jpg", pixd, IFF_JFIF_JPEG); pixDestroy(&pixd); pixaDestroy(&pixa); pixDisplayMultiple("/tmp/display/file*"); pixDestroy(&pixg); pixDestroy(&pixt); pixDestroy(&pixc); return 0; } void GrayBlend(PIX *pixs, PIX *pixb, l_int32 op, l_float32 fract) { l_int32 i, j, wb, hb, ws, hs, delx, dely, x, y; pixGetDimensions(pixs, &ws, &hs, NULL); pixGetDimensions(pixb, &wb, &hb, NULL); delx = wb + 30; dely = hb + 25; x = 200; y = 300; for (i = 0; i < 20; i++) { y = 20 + i * dely; if (y >= hs - hb) continue; for (j = 0; j < 20; j++) { x = 30 + j * delx; if (x >= ws - wb) continue; pixBlendGray(pixs, pixs, pixb, x, y, fract, op, 1, 255); } } pixDisplayWriteFormat(pixs, 1, IFF_PNG); } void AdaptiveGrayBlend(PIX *pixs, PIX *pixb, l_float32 fract) { l_int32 i, j, wb, hb, ws, hs, delx, dely, x, y; pixGetDimensions(pixs, &ws, &hs, NULL); pixGetDimensions(pixb, &wb, &hb, NULL); delx = wb + 30; dely = hb + 25; x = 200; y = 300; for (i = 0; i < 20; i++) { y = 20 + i * dely; if (y >= hs - hb) continue; for (j = 0; j < 20; j++) { x = 30 + j * delx; if (x >= ws - wb) continue; pixBlendGrayAdapt(pixs, pixs, pixb, x, y, fract, 80); } } pixDisplayWriteFormat(pixs, 1, IFF_PNG); } void ColorBlend(PIX *pixs, PIX *pixb, l_float32 fract) { l_int32 i, j, wb, hb, ws, hs, delx, dely, x, y; pixGetDimensions(pixs, &ws, &hs, NULL); pixGetDimensions(pixb, &wb, &hb, NULL); delx = wb + 30; dely = hb + 25; x = 200; y = 300; for (i = 0; i < 20; i++) { y = 20 + i * dely; if (y >= hs - hb) continue; for (j = 0; j < 20; j++) { x = 30 + j * delx; if (x >= ws - wb) continue; pixBlendColor(pixs, pixs, pixb, x, y, fract, 1, 255); } } pixDisplayWriteFormat(pixs, 1, IFF_PNG); } PIX * MakeGrayWash(l_int32 w, l_int32 h) { l_int32 i, j, wpl, val; l_uint32 *data, *line; PIX *pixd; pixd = pixCreate(w, h, 8); data = pixGetData(pixd); wpl = pixGetWpl(pixd); for (i = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < w; j++) { val = (j * 255) / w; SET_DATA_BYTE(line, j, val); } } return pixd; } PIX * MakeColorWash(l_int32 w, l_int32 h, l_int32 color) { l_int32 i, j, wpl; l_uint32 val; l_uint32 *data, *line; PIX *pixd; pixd = pixCreate(w, h, 32); data = pixGetData(pixd); wpl = pixGetWpl(pixd); for (i = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < w; j++) { if (color == COLOR_RED) val = ((j * 255) / w) << L_GREEN_SHIFT | ((j * 255) / w) << L_BLUE_SHIFT | 255 << L_RED_SHIFT; else if (color == COLOR_GREEN) val = ((j * 255) / w) << L_RED_SHIFT | ((j * 255) / w) << L_BLUE_SHIFT | 255 << L_GREEN_SHIFT; else val = ((j * 255) / w) << L_RED_SHIFT | ((j * 255) / w) << L_GREEN_SHIFT | 255 << L_BLUE_SHIFT; line[j] = val; } } return pixd; } leptonica-1.70/prog/weasel8.16g.nocmap.png0000444000175000017500000000310110400443670016371 0ustar dandan‰PNG  IHDRRI‹V. pHYsb&2óIDATxœ­˜k™#9EO÷Wb!-QH 9leZZFÂ\µ?¤´óå™ÙÝQÙ®²Jººñå·/þéñýGäc)ÿ×~“išwSßòOd ìø2™öû_ÇXâמ%¨/Õñ¥=ÄXdë7{ý?@ÚÕÑ2džLMPòl€L“€v˜—²€­`+¢€GÉ”øì_E¸v¬ÞAØ-(¥Ì‰ôh @¥À4ƒv ¹ÄcJÏéöPš jIÇ iÔÄâXRJñî9óoíh‹¿€”žÒ«ÍωGÜÆ|Á®õÁÆ3Ž#$Ì;"–š¬´¨EŸy9A†ºÙò …N"ƒÚ±½Ý­M+Gýè~±Ýÿ`ìÜIŒÃIBf"ZH r^ÅHÖÑŽ7ïsýÝcQR÷w¢ŸÍ<ùöxõP¾Ð¥[gÞßâhüaË‚ç“¿0v?+2¯Äq¯izcC]~XªX‘5éó™!4ÒEŠø8˜FŠ§@=7@[¸ùq# bWºü¾?%"Î;ß bYqá,»B¡Û3‡"·7jœ¨èä—[Hí5‚QËÁ0zI’kŒ`Øü¿Çx8°—Y6Tsš+zz´²•vª­«äàDó€ø<Øõ Üh˜¹ûSîeºŒÂÎý´½R‡W¾2Щô„|Öelô£]ʼnÇÃ?3CóÑß³Õk]ºB’aZqÍåµØ”IŸÉ2‡áuõã=dÇê7«V¦|Üq ÙJ¯˜[HfêAm«©c‰œßƒ –©™–ë‡ãtD•ê×A³©ÅáØ™žEfÔç¶è2Sœi‡u]öhÉ“­ˆ*ÕßEáaXj\™G$µŠpKQ“šý™û˜ÚabÔå j­¶™ÀþÄÐ[šg‹w–€pÏq`U€a·¿ƒÉIp™LºÄê–³K‡íG‡rÉÒ„ä$j2´$O7G´€4s1.2þ!)jÎDkÕ,ù´µ†ÍEíäÚ×=шB‰J6R"¢ü©ÊVÃn‹ÿðûÇ“àÏîP‚!èžUGvRkÓ§–G…vb©³à¯îl¿tP´îxÅ÷ 9¯YŽª-ÀÚ´]­Ï†Ì§ü&.£Ç°^Ëòc™W85Ér*ÙR}nð“­íÔÒ@Ý'Ó\î˜\ód†dä¶*%MÀZuà½:‘ÅHå9Õ†…¹»#zCk¹˜ç=ÇhMéدæ‘ֶܦiäu=ËÞ´©Œ/Âò4=êÖ´k«Õm|š0dgF´ÀoWðƒU“ôÎjçJ‚µÅÜÎF4‘>§~Lp]âá"j" këH!a)§n•Ró•ÅµÞÓn/¸‹{Y<€™§QåÔ¢4Òtižm¥-¦Šÿο̥PrwÃÌ^)rÿÌ~eÛjKû‹xÜ(xKIÅ~>E­U>OÏžü¤Ë ¤Ný‹;®Hu¤5Õ¥Zºí.Ç^ý…({^š×ã"Ì£d¢¶hJ?.*k ë½ÑH æåßaòÀa±h–|NçbñöòÜãoÓf™dÞ,ƒh²’¾i® Ÿ–ÏŽöy{Ü‹›~“Ð{–2™ÉNabjdæ‡Bðë”(ß°üÞ·§'8€h)išH†¸s‘ï£ö¼AÔ ¤Æ1OÜ»bù±ÞÏmPm‚ň8× >‘¶ºü~¾¢¿$QÜ µˆ”/º ÐÓþ;–z^A´Þ9Tfˆp#Î÷:Щ!éö2tsuccess = FALSE; regTestCleanup(rp); return 1; } sela = selaAddDwaLinear(NULL); nsels = selaGetCount(sela); for (i = 0; i < nsels; i++) { sel = selaGetSel(sela, i); selname = selGetName(sel); /* --------- dilation ----------*/ pixt1 = pixDilate(NULL, pixs, sel); pixt2 = pixMorphDwa_3(NULL, pixs, L_MORPH_DILATE, selname); pixEqual(pixt1, pixt2, &same); if (same == 1) { fprintf(stderr, "dilations are identical for sel %d (%s)\n", i, selname); } else { rp->success = FALSE; fprintf(rp->fp, "dilations differ for sel %d (%s)\n", i, selname); pixt3 = pixXor(NULL, pixt1, pixt2); pixCountPixels(pixt3, &xorcount, NULL); fprintf(rp->fp, "Number of pixels in XOR: %d\n", xorcount); pixDestroy(&pixt3); } pixDestroy(&pixt1); pixDestroy(&pixt2); /* --------- erosion with asymmetric b.c ----------*/ resetMorphBoundaryCondition(ASYMMETRIC_MORPH_BC); fprintf(stderr, "MORPH_BC = %d ... ", MORPH_BC); pixt1 = pixErode(NULL, pixs, sel); pixt2 = pixMorphDwa_3(NULL, pixs, L_MORPH_ERODE, selname); pixEqual(pixt1, pixt2, &same); if (same == 1) { fprintf(stderr, "erosions are identical for sel %d (%s)\n", i, selname); } else { rp->success = FALSE; fprintf(rp->fp, "erosions differ for sel %d (%s)\n", i, selname); pixt3 = pixXor(NULL, pixt1, pixt2); pixCountPixels(pixt3, &xorcount, NULL); fprintf(rp->fp, "Number of pixels in XOR: %d\n", xorcount); pixDestroy(&pixt3); } pixDestroy(&pixt1); pixDestroy(&pixt2); /* --------- erosion with symmetric b.c ----------*/ resetMorphBoundaryCondition(SYMMETRIC_MORPH_BC); fprintf(stderr, "MORPH_BC = %d ... ", MORPH_BC); pixt1 = pixErode(NULL, pixs, sel); pixt2 = pixMorphDwa_3(NULL, pixs, L_MORPH_ERODE, selname); pixEqual(pixt1, pixt2, &same); if (same == 1) { fprintf(stderr, "erosions are identical for sel %d (%s)\n", i, selname); } else { rp->success = FALSE; fprintf(rp->fp, "erosions differ for sel %d (%s)\n", i, selname); pixt3 = pixXor(NULL, pixt1, pixt2); pixCountPixels(pixt3, &xorcount, NULL); fprintf(rp->fp, "Number of pixels in XOR: %d\n", xorcount); pixDestroy(&pixt3); } pixDestroy(&pixt1); pixDestroy(&pixt2); /* --------- opening with asymmetric b.c ----------*/ resetMorphBoundaryCondition(ASYMMETRIC_MORPH_BC); fprintf(stderr, "MORPH_BC = %d ... ", MORPH_BC); pixt1 = pixOpen(NULL, pixs, sel); pixt2 = pixMorphDwa_3(NULL, pixs, L_MORPH_OPEN, selname); pixEqual(pixt1, pixt2, &same); if (same == 1) { fprintf(stderr, "openings are identical for sel %d (%s)\n", i, selname); } else { rp->success = FALSE; fprintf(rp->fp, "openings differ for sel %d (%s)\n", i, selname); pixt3 = pixXor(NULL, pixt1, pixt2); pixCountPixels(pixt3, &xorcount, NULL); fprintf(rp->fp, "Number of pixels in XOR: %d\n", xorcount); pixDestroy(&pixt3); } pixDestroy(&pixt1); pixDestroy(&pixt2); /* --------- opening with symmetric b.c ----------*/ resetMorphBoundaryCondition(SYMMETRIC_MORPH_BC); fprintf(stderr, "MORPH_BC = %d ... ", MORPH_BC); pixt1 = pixOpen(NULL, pixs, sel); pixt2 = pixMorphDwa_3(NULL, pixs, L_MORPH_OPEN, selname); pixEqual(pixt1, pixt2, &same); if (same == 1) { fprintf(stderr, "openings are identical for sel %d (%s)\n", i, selname); } else { rp->success = FALSE; fprintf(rp->fp, "openings differ for sel %d (%s)\n", i, selname); pixt3 = pixXor(NULL, pixt1, pixt2); pixCountPixels(pixt3, &xorcount, NULL); fprintf(rp->fp, "Number of pixels in XOR: %d\n", xorcount); pixDestroy(&pixt3); } pixDestroy(&pixt1); pixDestroy(&pixt2); /* --------- safe closing with asymmetric b.c ----------*/ resetMorphBoundaryCondition(ASYMMETRIC_MORPH_BC); fprintf(stderr, "MORPH_BC = %d ... ", MORPH_BC); pixt1 = pixCloseSafe(NULL, pixs, sel); /* must use safe version */ pixt2 = pixMorphDwa_3(NULL, pixs, L_MORPH_CLOSE, selname); pixEqual(pixt1, pixt2, &same); if (same == 1) { fprintf(stderr, "closings are identical for sel %d (%s)\n", i, selname); } else { rp->success = FALSE; fprintf(rp->fp, "closings differ for sel %d (%s)\n", i, selname); pixt3 = pixXor(NULL, pixt1, pixt2); pixCountPixels(pixt3, &xorcount, NULL); fprintf(rp->fp, "Number of pixels in XOR: %d\n", xorcount); pixDestroy(&pixt3); } pixDestroy(&pixt1); pixDestroy(&pixt2); /* --------- safe closing with symmetric b.c ----------*/ resetMorphBoundaryCondition(SYMMETRIC_MORPH_BC); fprintf(stderr, "MORPH_BC = %d ... ", MORPH_BC); pixt1 = pixClose(NULL, pixs, sel); /* safe version not required */ pixt2 = pixMorphDwa_3(NULL, pixs, L_MORPH_CLOSE, selname); pixEqual(pixt1, pixt2, &same); if (same == 1) { fprintf(stderr, "closings are identical for sel %d (%s)\n", i, selname); } else { rp->success = FALSE; fprintf(rp->fp, "closings differ for sel %d (%s)\n", i, selname); pixt3 = pixXor(NULL, pixt1, pixt2); pixCountPixels(pixt3, &xorcount, NULL); fprintf(rp->fp, "Number of pixels in XOR: %d\n", xorcount); pixDestroy(&pixt3); } pixDestroy(&pixt1); pixDestroy(&pixt2); } selaDestroy(&sela); pixDestroy(&pixs); return regTestCleanup(rp); } leptonica-1.70/prog/chars-10.tif0000444000175000017500000000534412226572724014513 0ustar dandanII*& & T?ÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÈr`ÐþA]ÈrC`{È,¹w$ù ÎH†•‚j™‘Ò ´ä2¼†TÈ5Á šhrüŽÈöT#0PbN’  ò & ÓUâÈg˜FzøA¤ÚAž•P=$ŒL4ÒÂAšMÿ£yþ½+iú6mmt‚ ¤ßô–é6’N©6$•„sÐtmfL)pD•­ïJ»ÿõíú¶ÁtÝr:ÒZ«ÿ¯_éu¤Ø1Ee.?î¾—^“ÿ¯ÿª^ÆC)×¾žºôµþÿü}.©l#‹Õz㯭Uÿä~½¤•8Aõ_«Ò´¿¢#öé-*[Kýý%óv·_êA»’{úØ¡öéT—„TÃKþÕom$¨†/ÇÿÕ*âóz±V¿^Ä6+RA¥w¥ý.8UæÛÓ§ÿ`Å$ýØ_ú¡¸Aеa¶¾>ÃÑ„Á›—_Ô» zn|ÚH;E×üH’w×ô„:Xð›Ñ†Ø¯ ¾ðŒM[ü‚©rÄ¥î’AÚKÈ6ä“i_þ—é:[×I6ÿßÛÛü;×ýq4 Îë¸ýU‚qé%í¥ø¥úZþ’OXÿÿ·ÿÚZ]ú_Ï—ìU¯OéÊ!•uëëÿÿÛ]kú]du½/¬DØÿé%û¿Í‚ ¯]iZíÓ¥ÚIvWÖÚMÃü*jþ‘Èë뤞’ÖÕ}$¾Ðe×WÚZÚ[i?ôÿáém¤ØFñ¶¿¤ôk8a&ÒI´‚ i¯b) Ä&!0ºé­† b qL0‚VHXˆˆ0X†4ø¨¤„"BAŠÄ(,†@#ˆ‹iV""#þ•{¥¯Ý%X¶´;Ðí¥¶–#ÿÿÿÿÿÿÿÿÿÿÿÿù°Ur†C  ‚Øââù €" â#°UÓ²Ç Dd2@¿i¥ÌN<³P ‚åÁ APÈ92AÈ`‚(Ce$È.pAn0dŒ@ȇ „N‡hd1ÖAù2Q ÁÃG8†îá†Ði ÓTÓÓxGˆ99°rs #áªi§Ý4“ªÓGŒ4È4Ù/²ì‰0fÂA›ƒ `‚ G» C @Ù@² ,6‚.3‚ÃA‡ 0ƒ Á Ò›òæÂ6ø6“YÌ>Ð[íé7¶“{¤}÷ý[¦êiÐA¿Ð^ßúOÿ¥ÚÞo´ƒ}ÿÿi=í¤ÚZ_¤Ú{¯·þ—ÿ¥üºé^é^éÿëN“Ö—OM˯¥íõÒÿú\ºkßMþßÿþõß}¯äÈ:N·ûïŽ5_ú_ˮ޿¥þ#ÚÞ®“Ð¥…‡©î¾’õý/µöýÿÿzta{«I,,4¨ @Ÿ«é}ÿÿ¥ï^ßß÷¥ÚõtÚN©dà$íÅ=_Kùò#¯þ—ÚûézIÿþû«t–˜A %_ßJ·ÿ¯ý/zû÷ë}(½Zë¥øAT—¥pÁÿÿÿ ¾ÿoý/ÒeÕû^®šmRðA.\i}{ÄñÇÇúû¥íÿ„¿<ÙÐ3>ôêÿt–ÐAa†–—­Íÿü_ßíÿŸÿ@˜ß׶Å%ˆ@„0ÒýkÁ¿çœ›?~ëÿüŽ †ÿuû_¬ ƒ .ºWßúzþo×·þ7îCRŸõjô›K ƒuéu}Þ¿öAÜŒý¿µöûÿìûW¯FK§ïÒCßëÿ‹ÿÛ÷¯oëëmÿzÕµJô¶_Õ+ÿñÇ Fì?µöý}vßÿëªoK A6í­K‡ûîÿû~õþþß·þÚWÞ¯Öd2Ë‚ ­´_„•ÿÒûÿöþ×ÛÿØßJõûh«öúÈ#íÿûy}ëÛÝvÒÛ!¡ÿXê4›Ò!‡Ã B ±•ô½ÿý½.?oºÿo®é®¿KÈ9aA®-*¿oKöÿý¿Úö6ÒÛKo_^&ô½0¡ƒ$Øi+é0È.>ý‡ÿíÿþÚ[i}ÖÚ_¤ß¯t-°—x$Ø\ÒÛÿöÿ¯v[ -»Kƒš}}%üãA4Є™ „ †a™”  ðƒa¡„Ýv$l0A$lWM$ÃA¡íPxM1 ÁLB@‚„‚ a„aA†!b‚ ¸„6¿ X kŠˆˆ0„DB"   Hˆ‹B.!DB &¼DG¡¡"":ZôƒÒ lqÒEÌ耵¨ÄÆ®ãÿÿÿÿÿÿÿÿÿÿÿÿùz^„†ÿ<G §d²v@’ Y« lã!—Ë„È+LH2y (!²ARÛç½4ŸWM?Ko¯ pt]Ãø8?ÿ¦¾ÿäÃ`ÿÿ0«ë´×‚ÿô“uþ#ÿÿúúÿÿúMÿÿÿÿkÿÿÿ¤õ—„³òø†Xää^á ¡Ëâ N_hÂÇ  rã `rr#‹äÿÛ‚!—< ÈeP!/<†U4) ù‘{M ƒ!•à©„,2S!³H0r試 ‘,ƒœº^¯ÿKž˜PŒ8Fæ‰Ã9¸ 1LA`©¦ ˜F`©¢çTa´N  0A‚Á…h ¸ŸÿÛÛ|»hÁÐAÐA°¨&´bï ½š1]¡ۢ턚Õ+ï¿@ôÕ$—ÿ¥ÐnÝ é:V Ø7³a B ƒƒè, Bl16“`ØmàÄWlÁúÓí+®¿ý[Þ›KW_Jëý/úÕºmzkÿoo¦ÒKÿë×^›÷§ý.šz~ý|qÿKOuÒK² ,…ÒoÞ†µÿÿÐ_þ—õÕÿ.©7MéVèþ" ê¿ÿÿ¯ÿïºüÌ ýÒoø­h%†1ƒKòÂ?øû¯øÿÿÿöÿÒm&®’oI Å~ÇÿæÁ§¥ÿ6ŸÿÿþÃýºÿmô›ÒH5úÿþõÿ·ÿÿÿ†ÿ×I½=%oJ‡õÿÿa„¿öÿÿúüþöý-½/Çô½+¾ðÄ/ý¿ÿ¿[ðÝ-}Þ•ÿÿÿ. öÿÿ®¿  wþþ›¤›}"#ÿþ½;«éíÿû¯¿ÿ«Ói]ë_ÿúWkzÿì?ÿºÒµúõŽµx¤—ÿì"ëtÙvÑulŠúûþý ›_[;ÃEÕ­¤›t¿ÿm-L0¬4­†Nk§¦ÃM0§m¥ &Â0¨4ê)Š½ô®’ ÿìTºÅ*6 xA¸@Ápa†ÃAE1 8aÓPúua¼þ ˜BB؈ã#†A ›A0± Bi¡¡ÇüDDEˆâ8ˆˆÿa'þ¿òåÒ×ûÿÿÿÇëÒm.h ô—÷Kzº¯HJÄ]/È-㨎ÚIz¶  u†! “ µˆˆÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÀ@…]] Ô Ü (ÀÀleptonica-1.70/prog/wordboxes_reg.c0000644000175000017500000001315112240302331015460 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * wordboxes_reg.c */ #include "allheaders.h" void MakeWordBoxes1(PIX *pixs, l_int32 maxdil, L_REGPARAMS *rp); void MakeWordBoxes2(PIX *pixs, l_int32 reduction, L_REGPARAMS *rp); int main(int argc, char **argv) { BOX *box; PIX *pixt1, *pixt2, *pix1, *pix2, *pix3; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; pixt1 = pixRead("feyn.tif"); /* 300 ppi */ box = boxCreate(19, 774, 2247, 2025); pix1 = pixClipRectangle(pixt1, box, NULL); pixDestroy(&pixt1); pixt1 = pixRead("lucasta.150.jpg"); pixt2 = pixConvertTo1(pixt1, 128); /* 150 ppi */ pix2 = pixScale(pixt2, 2.2, 2.2); /* 300 ppi */ pixDestroy(&pixt1); pixDestroy(&pixt2); pixt1 = pixRead("zanotti-78.jpg"); pixt2 = pixConvertTo1(pixt1, 128); /* 150 ppi */ pix3 = pixScale(pixt2, 2.0, 2.0); /* 300 ppi */ pixDestroy(&pixt1); pixDestroy(&pixt2); boxDestroy(&box); /* Make word boxes using pixWordMaskByDilation() */ MakeWordBoxes1(pix1, 20, rp); /* 0 */ MakeWordBoxes1(pix2, 20, rp); /* 1 */ MakeWordBoxes1(pix3, 20, rp); /* 2 */ /* Make word boxes using the higher-level functions * pixGetWordsInTextlines() and pixGetWordBoxesInTextlines() */ MakeWordBoxes2(pix1, 1, rp); /* 3, 4 */ MakeWordBoxes2(pix2, 1, rp); /* 5, 6 */ MakeWordBoxes2(pix3, 1, rp); /* 7, 8 */ /* Make word boxes using the higher-level functions * pixGetWordsInTextlines() and pixGetWordBoxesInTextlines() */ MakeWordBoxes2(pix1, 2, rp); /* 9, 10 */ MakeWordBoxes2(pix2, 2, rp); /* 11, 12 */ MakeWordBoxes2(pix3, 2, rp); /* 13, 14 */ pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); return regTestCleanup(rp); } void MakeWordBoxes1(PIX *pixs, l_int32 maxdil, L_REGPARAMS *rp) { BOXA *boxa; PIX *pix1, *pixd; pixWordMaskByDilation(pixs, maxdil, &pix1, NULL); pixd = NULL; if (pix1) { boxa = pixConnComp(pix1, NULL, 8); pixd = pixConvertTo8(pixs, 1); pixRenderBoxaArb(pixd, boxa, 2, 255, 0, 0); boxaDestroy(&boxa); } regTestWritePixAndCheck(rp, pixd, IFF_PNG); pixDisplayWithTitle(pixd, 0, 100, NULL, rp->display); pixDestroy(&pix1); pixDestroy(&pixd); return; } void MakeWordBoxes2(PIX *pixs, l_int32 reduction, L_REGPARAMS *rp) { l_int32 default_minwidth = 10; l_int32 default_minheight = 10; l_int32 default_maxwidth = 400; l_int32 default_maxheight = 70; l_int32 minwidth, minheight, maxwidth, maxheight; BOXA *boxa1, *boxa2; NUMA *na; PIX *pixd1, *pixd2; PIXA *pixa; minwidth = default_minwidth / reduction; minheight = default_minheight / reduction; maxwidth = default_maxwidth / reduction; maxheight = default_maxheight / reduction; /* Get the word boxes */ pixGetWordsInTextlines(pixs, reduction, minwidth, minheight, maxwidth, maxheight, &boxa1, &pixa, &na); pixaDestroy(&pixa); numaDestroy(&na); if (reduction == 1) boxa2 = boxaCopy(boxa1, L_CLONE); else boxa2 = boxaTransform(boxa1, 0, 0, 2.0, 2.0); pixd1 = pixConvertTo8(pixs, 1); pixRenderBoxaArb(pixd1, boxa2, 2, 255, 0, 0); regTestWritePixAndCheck(rp, pixd1, IFF_PNG); pixDisplayWithTitle(pixd1, 800, 100, NULL, rp->display); boxaDestroy(&boxa1); boxaDestroy(&boxa2); /* Do it again with this interface. The result should be the same. */ pixGetWordBoxesInTextlines(pixs, reduction, minwidth, minheight, maxwidth, maxheight, &boxa1, NULL); if (reduction == 1) boxa2 = boxaCopy(boxa1, L_CLONE); else boxa2 = boxaTransform(boxa1, 0, 0, 2.0, 2.0); pixd2 = pixConvertTo8(pixs, 1); pixRenderBoxaArb(pixd2, boxa2, 2, 255, 0, 0); if (regTestComparePix(rp, pixd1, pixd2)) { L_ERROR("pix not the same", "MakeWordBoxes2"); pixDisplayWithTitle(pixd2, 800, 100, NULL, rp->display); } pixDestroy(&pixd1); pixDestroy(&pixd2); boxaDestroy(&boxa1); boxaDestroy(&boxa2); return; } leptonica-1.70/prog/writetext_reg.c0000644000175000017500000001514312240302325015511 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * writetext_reg.c * * Regression test for writing a block of text in one of 4 locations * relative to a pix. This tests writing on 8 different types of images. * Output is written to /tmp/pixd[1,2,3,4].png */ #include "allheaders.h" void AddTextAndSave(PIXA *pixa, PIX *pixs, L_BMF *bmf, const char *textstr, l_int32 location, l_uint32 val); const char *textstr[] = {"This is a simple test of text writing: 8 bpp", "This is a simple test of text writing: 32 bpp", "This is a simple test of text writing: 8 bpp cmapped", "This is a simple test of text writing: 4 bpp cmapped", "This is a simple test of text writing: 4 bpp", "This is a simple test of text writing: 2 bpp cmapped", "This is a simple test of text writing: 2 bpp", "This is a simple test of text writing: 1 bpp"}; const char *topstr[] = {"Text is added above each image", "Text is added over the top of each image", "Text is added over the bottom of each image", "Text is added below each image"}; const l_int32 loc[] = {1, 5, 6, 2}; const l_uint32 colors[6] = {0x4090e000, 0x40e09000, 0x9040e000, 0x90e04000, 0xe0409000, 0xe0904000}; int main(int argc, char **argv) { char buf[512]; l_int32 i; L_BMF *bmf, *bmftop; PIX *pixs, *pixt, *pixd; PIX *pix1, *pix2, *pix3, *pix4, *pix5, *pix6, *pix7, *pix8; PIXA *pixa; L_REGPARAMS *rp; SARRAY *sa; if (regTestSetup(argc, argv, &rp)) return 1; bmf = bmfCreate("./fonts", 6); bmftop = bmfCreate("./fonts", 10); pixs = pixRead("lucasta-47.jpg"); pix1 = pixScale(pixs, 0.4, 0.4); /* 8 bpp grayscale */ pix2 = pixConvertTo32(pix1); /* 32 bpp rgb */ pix3 = pixThresholdOn8bpp(pix1, 12, 1); /* 8 bpp cmapped */ pix4 = pixThresholdTo4bpp(pix1, 10, 1); /* 4 bpp cmapped */ pix5 = pixThresholdTo4bpp(pix1, 10, 0); /* 4 bpp not cmapped */ pix6 = pixThresholdTo2bpp(pix1, 3, 1); /* 2 bpp cmapped */ pix7 = pixThresholdTo2bpp(pix1, 3, 0); /* 2 bpp not cmapped */ pix8 = pixThresholdToBinary(pix1, 160); /* 1 bpp */ for (i = 0; i < 4; i++) { pixa = pixaCreate(0); AddTextAndSave(pixa, pix1, bmf, textstr[0], loc[i], 800); AddTextAndSave(pixa, pix2, bmf, textstr[1], loc[i], 0xff000000); AddTextAndSave(pixa, pix3, bmf, textstr[2], loc[i], 0x00ff0000); AddTextAndSave(pixa, pix4, bmf, textstr[3], loc[i], 0x0000ff00); AddTextAndSave(pixa, pix5, bmf, textstr[4], loc[i], 800); AddTextAndSave(pixa, pix6, bmf, textstr[5], loc[i], 0xff000000); AddTextAndSave(pixa, pix7, bmf, textstr[6], loc[i], 800); AddTextAndSave(pixa, pix8, bmf, textstr[7], loc[i], 800); pixt = pixaDisplay(pixa, 0, 0); pixd = pixAddSingleTextblock(pixt, bmftop, topstr[i], 0xff00ff00, L_ADD_ABOVE, NULL); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 0 - 4 */ pixDisplayWithTitle(pixd, 50 * i, 50, NULL, rp->display); pixDestroy(&pixt); pixDestroy(&pixd); pixaDestroy(&pixa); } pixDestroy(&pixs); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); pixDestroy(&pix5); pixDestroy(&pix6); pixDestroy(&pix7); pixDestroy(&pix8); bmfDestroy(&bmf); bmfDestroy(&bmftop); /* Write multiple lines in different colors, filling up * the colormap and requesting even more colors. */ pixs = pixRead("weasel4.11c.png"); pix1 = pixConvertTo8(pixs, 0); pix2 = pixScale(pixs, 8.0, 8.0); pix3 = pixQuantFromCmap(pix2, pixGetColormap(pixs), 4, 5, L_EUCLIDEAN_DISTANCE); regTestWritePixAndCheck(rp, pix3, IFF_PNG); /* 5 */ pixDisplayWithTitle(pix3, 0, 500, NULL, rp->display); bmf = bmfCreate("fonts", 10); sa = sarrayCreate(6); for (i = 0; i < 6; i++) { snprintf(buf, sizeof(buf), "This is textline %d\n", i); sarrayAddString(sa, buf, L_COPY); } for (i = 0; i < 6; i++) { pixSetTextline(pix3, bmf, sarrayGetString(sa, i, L_NOCOPY), colors[i], 50, 120 + 60 * i, NULL, NULL); } regTestWritePixAndCheck(rp, pix3, IFF_PNG); /* 6 */ pixDisplayWithTitle(pix3, 600, 500, NULL, rp->display); pixDestroy(&pixs); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); bmfDestroy(&bmf); sarrayDestroy(&sa); return regTestCleanup(rp); } void AddTextAndSave(PIXA *pixa, PIX *pixs, L_BMF *bmf, const char *textstr, l_int32 location, l_uint32 val) { l_int32 n, newrow, ovf; PIX *pixt; pixt = pixAddSingleTextblock(pixs, bmf, textstr, val, location, &ovf); n = pixaGetCount(pixa); newrow = (n % 4) ? 0 : 1; pixSaveTiledOutline(pixt, pixa, 1, newrow, 30, 2, 32); if (ovf) fprintf(stderr, "Overflow writing text in image %d\n", n + 1); pixDestroy(&pixt); return; } leptonica-1.70/prog/graymorph1_reg.c0000644000175000017500000002752012270122643015553 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * graymorph1_reg.c * * (1) Tests the interpreter for grayscale morphology, as * given in morphseq.c * * (2) Tests composite operations: tophat and hdome * * (3) Tests duality for grayscale erode/dilate, open/close, * and black/white tophat * * (4) Demonstrates closing plus white tophat. Note that this * combination of operations can be quite useful. * * (5) Demonstrates a method of doing contrast enhancement * by taking 3 * pixs and subtracting from this the * closing and opening of pixs. Do this both with the * basic pix accumulation functions and with the cleaner * Pixacc wrapper. Verify the results are equivalent. * * (6) Playing around: extract the feynman diagrams from * the stamp, using the tophat. * * For input, use e.g., aneurisms8.jpg */ #include "allheaders.h" #define WSIZE 7 #define HSIZE 7 #define BUF_SIZE 512 #define HORIZ_SEP 0 /* set to 50 to display each image */ static void pixCompare(PIX *pix, PIX *pix2, const char *msg1, const char *msg2); int main(int argc, char **argv) { char dilateseq[BUF_SIZE], erodeseq[BUF_SIZE]; char openseq[BUF_SIZE], closeseq[BUF_SIZE]; char wtophatseq[BUF_SIZE], btophatseq[BUF_SIZE]; char *filein; l_int32 w, h, d; PIX *pixs, *pixt, *pixt2, *pixt3, *pixt3a, *pixt4; PIX *pixg, *pixd, *pixd1, *pixd2, *pixd3; PIXACC *pacc; PIXCMAP *cmap; static char mainName[] = "graymorph1_reg"; if (argc != 2) return ERROR_INT(" Syntax: graymorph1_reg filein", mainName, 1); filein = argv[1]; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pixs not made", mainName, 1); pixGetDimensions(pixs, &w, &h, &d); if (d != 8) return ERROR_INT("pixs not 8 bpp", mainName, 1); /* -------- Test gray morph, including interpreter ------------ */ pixd = pixDilateGray(pixs, WSIZE, HSIZE); sprintf(dilateseq, "D%d.%d", WSIZE, HSIZE); pixg = pixGrayMorphSequence(pixs, dilateseq, HORIZ_SEP, 0); pixCompare(pixd, pixg, "results are the same", "results are different" ); pixDestroy(&pixg); pixDestroy(&pixd); pixd = pixErodeGray(pixs, WSIZE, HSIZE); sprintf(erodeseq, "E%d.%d", WSIZE, HSIZE); pixg = pixGrayMorphSequence(pixs, erodeseq, HORIZ_SEP, 100); pixCompare(pixd, pixg, "results are the same", "results are different" ); pixDestroy(&pixg); pixDestroy(&pixd); pixd = pixOpenGray(pixs, WSIZE, HSIZE); sprintf(openseq, "O%d.%d", WSIZE, HSIZE); pixg = pixGrayMorphSequence(pixs, openseq, HORIZ_SEP, 200); pixCompare(pixd, pixg, "results are the same", "results are different" ); pixDestroy(&pixg); pixDestroy(&pixd); pixd = pixCloseGray(pixs, WSIZE, HSIZE); sprintf(closeseq, "C%d.%d", WSIZE, HSIZE); pixg = pixGrayMorphSequence(pixs, closeseq, HORIZ_SEP, 300); pixCompare(pixd, pixg, "results are the same", "results are different" ); pixDestroy(&pixg); pixDestroy(&pixd); pixd = pixTophat(pixs, WSIZE, HSIZE, L_TOPHAT_WHITE); sprintf(wtophatseq, "Tw%d.%d", WSIZE, HSIZE); pixg = pixGrayMorphSequence(pixs, wtophatseq, HORIZ_SEP, 400); pixCompare(pixd, pixg, "results are the same", "results are different" ); pixDestroy(&pixg); pixDestroy(&pixd); pixd = pixTophat(pixs, WSIZE, HSIZE, L_TOPHAT_BLACK); sprintf(btophatseq, "Tb%d.%d", WSIZE, HSIZE); pixg = pixGrayMorphSequence(pixs, btophatseq, HORIZ_SEP, 500); pixCompare(pixd, pixg, "results are the same", "results are different" ); pixDestroy(&pixg); /* ------------- Test erode/dilate duality -------------- */ pixd = pixDilateGray(pixs, WSIZE, HSIZE); pixInvert(pixs, pixs); pixd2 = pixErodeGray(pixs, WSIZE, HSIZE); pixInvert(pixd2, pixd2); pixCompare(pixd, pixd2, "results are the same", "results are different" ); pixDestroy(&pixd); pixDestroy(&pixd2); /* ------------- Test open/close duality -------------- */ pixd = pixOpenGray(pixs, WSIZE, HSIZE); pixInvert(pixs, pixs); pixd2 = pixCloseGray(pixs, WSIZE, HSIZE); pixInvert(pixd2, pixd2); pixCompare(pixd, pixd2, "results are the same", "results are different" ); pixDestroy(&pixd); pixDestroy(&pixd2); /* ------------- Test tophat duality -------------- */ pixd = pixTophat(pixs, WSIZE, HSIZE, L_TOPHAT_WHITE); pixInvert(pixs, pixs); pixd2 = pixTophat(pixs, WSIZE, HSIZE, L_TOPHAT_BLACK); pixCompare(pixd, pixd2, "Correct: images are duals", "Error: images are not duals" ); pixDestroy(&pixd); pixDestroy(&pixd2); pixInvert(pixs, pixs); pixd = pixGrayMorphSequence(pixs, "Tw9.5", HORIZ_SEP, 100); pixInvert(pixs, pixs); pixd2 = pixGrayMorphSequence(pixs, "Tb9.5", HORIZ_SEP, 300); pixCompare(pixd, pixd2, "Correct: images are duals", "Error: images are not duals" ); pixDestroy(&pixd); pixDestroy(&pixd2); /* ------------- Test opening/closing for large sels -------------- */ pixd = pixGrayMorphSequence(pixs, "C9.9 + C19.19 + C29.29 + C39.39 + C49.49", HORIZ_SEP, 100); pixDestroy(&pixd); pixd = pixGrayMorphSequence(pixs, "O9.9 + O19.19 + O29.29 + O39.39 + O49.49", HORIZ_SEP, 400); pixDestroy(&pixd); /* ---------- Closing plus white tophat result ------------ * * Parameters: wsize, hsize = 9, 29 * * ---------------------------------------------------------*/ pixd = pixCloseGray(pixs, 9, 9); pixd1 = pixTophat(pixd, 9, 9, L_TOPHAT_WHITE); pixd2 = pixGrayMorphSequence(pixs, "C9.9 + TW9.9", HORIZ_SEP, 0); pixCompare(pixd1, pixd2, "correct: same", "wrong: different"); pixd3 = pixMaxDynamicRange(pixd1, L_LINEAR_SCALE); pixDisplayWrite(pixd3, 1); pixDestroy(&pixd); pixDestroy(&pixd1); pixDestroy(&pixd2); pixDestroy(&pixd3); pixd = pixCloseGray(pixs, 29, 29); pixd1 = pixTophat(pixd, 29, 29, L_TOPHAT_WHITE); pixd2 = pixGrayMorphSequence(pixs, "C29.29 + Tw29.29", HORIZ_SEP, 0); pixCompare(pixd1, pixd2, "correct: same", "wrong: different"); pixd3 = pixMaxDynamicRange(pixd1, L_LINEAR_SCALE); pixDisplayWrite(pixd3, 1); pixDestroy(&pixd); pixDestroy(&pixd1); pixDestroy(&pixd2); pixDestroy(&pixd3); /* --------- hdome with parameter height = 100 ------------*/ pixd = pixHDome(pixs, 100, 4); pixd2 = pixMaxDynamicRange(pixd, L_LINEAR_SCALE); pixDisplayWrite(pixd2, 1); pixDestroy(&pixd2); /* ----- Contrast enhancement with morph parameters 9, 9 -------*/ pixd1 = pixInitAccumulate(w, h, 0x8000); pixAccumulate(pixd1, pixs, L_ARITH_ADD); pixMultConstAccumulate(pixd1, 3., 0x8000); pixd2 = pixOpenGray(pixs, 9, 9); pixAccumulate(pixd1, pixd2, L_ARITH_SUBTRACT); pixDestroy(&pixd2); pixd2 = pixCloseGray(pixs, 9, 9); pixAccumulate(pixd1, pixd2, L_ARITH_SUBTRACT); pixDestroy(&pixd2); pixd = pixFinalAccumulate(pixd1, 0x8000, 8); pixDisplayWrite(pixd, 1); pixDestroy(&pixd1); /* Do the same thing with the Pixacc */ pacc = pixaccCreate(w, h, 1); pixaccAdd(pacc, pixs); pixaccMultConst(pacc, 3.); pixd1 = pixOpenGray(pixs, 9, 9); pixaccSubtract(pacc, pixd1); pixDestroy(&pixd1); pixd1 = pixCloseGray(pixs, 9, 9); pixaccSubtract(pacc, pixd1); pixDestroy(&pixd1); pixd2 = pixaccFinal(pacc, 8); pixaccDestroy(&pacc); pixDisplayWrite(pixd2, 1); pixCompare(pixd, pixd2, "Correct: same", "Wrong: different"); pixDestroy(&pixd); pixDestroy(&pixd2); /* ---- Tophat result on feynman stamp, to extract diagrams ----- */ pixDestroy(&pixs); pixs = pixRead("feynman-stamp.jpg"); /* Make output image to hold five intermediate images */ w = pixGetWidth(pixs); h = pixGetHeight(pixs); pixd = pixCreate(5 * w + 18, h + 6, 32); /* composite output image */ pixSetAllArbitrary(pixd, 0x0000ff00); /* set to blue */ /* Paste in the input image */ pixt = pixRemoveColormap(pixs, REMOVE_CMAP_TO_FULL_COLOR); pixRasterop(pixd, 3, 3, w, h, PIX_SRC, pixt, 0, 0); /* 1st one */ /* pixWrite("/tmp/junkgray.jpg", pixt, IFF_JFIF_JPEG); */ pixDestroy(&pixt); /* Paste in the grayscale version */ cmap = pixGetColormap(pixs); if (cmap) pixt = pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); else pixt = pixConvertRGBToGray(pixs, 0.33, 0.34, 0.33); pixt2 = pixConvertTo32(pixt); /* 8 --> 32 bpp */ pixRasterop(pixd, w + 6, 3, w, h, PIX_SRC, pixt2, 0, 0); /* 2nd one */ pixDestroy(&pixt2); /* Paste in a log dynamic range scaled version of the white tophat */ pixt2 = pixTophat(pixt, 3, 3, L_TOPHAT_WHITE); pixt3a = pixMaxDynamicRange(pixt2, L_LOG_SCALE); pixt3 = pixConvertTo32(pixt3a); pixRasterop(pixd, 2 * w + 9, 3, w, h, PIX_SRC, pixt3, 0, 0); /* 3rd */ /* pixWrite("/tmp/junktophat.jpg", pixt2, IFF_JFIF_JPEG); */ pixDestroy(&pixt3); pixDestroy(&pixt3a); pixDestroy(&pixt); /* Stretch the range and threshold to binary; paste it in */ pixt3a = pixGammaTRC(NULL, pixt2, 1.0, 0, 80); pixt3 = pixThresholdToBinary(pixt3a, 70); pixt4 = pixConvertTo32(pixt3); pixRasterop(pixd, 3 * w + 12, 3, w, h, PIX_SRC, pixt4, 0, 0); /* 4th */ /* pixWrite("/tmp/junkbin.png", pixt3, IFF_PNG); */ pixDestroy(&pixt2); pixDestroy(&pixt3a); pixDestroy(&pixt4); /* Invert; this is the final result */ pixInvert(pixt3, pixt3); pixt4 = pixConvertTo32(pixt3); pixRasterop(pixd, 4 * w + 15, 3, w, h, PIX_SRC, pixt4, 0, 0); /* 5th */ pixWrite("/tmp/junkbininvert.png", pixt3, IFF_PNG); pixDisplayWrite(pixd, 1); /* pixWrite("/tmp/junkall.jpg", pixd, IFF_JFIF_JPEG); */ pixDestroy(&pixt3); pixDestroy(&pixt4); pixDestroy(&pixd); pixDisplayMultiple("/tmp/display/file*"); pixDestroy(&pixs); return 0; } /* simple comparison function */ static void pixCompare(PIX *pix1, PIX *pix2, const char *msg1, const char *msg2) { l_int32 same; pixEqual(pix1, pix2, &same); if (same) { fprintf(stderr, "%s\n", msg1); pixDisplayWrite(pix1, 1); } else { fprintf(stderr, "%s\n", msg2); pixDisplayWrite(pix1, 1); pixDisplayWrite(pix2, 1); } return; } leptonica-1.70/prog/pixaatest.c0000644000175000017500000001016112242265777014637 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pixaatest.c * * Syntax: pixaatest */ #include "allheaders.h" static const l_int32 nx = 10; static const l_int32 ny = 12; static const l_int32 ncols = 3; int main(int argc, char **argv) { l_int32 w, d, tilewidth; PIX *pixs; PIXA *pixa, *pixad1, *pixad2; PIXAA *pixaa1, *pixaa2; static char mainName[] = "pixaatest"; if (argc != 1) return ERROR_INT(" Syntax: pixaatest", mainName, 1); /* Read in file, split it into a set of tiles, and generate a pdf. * Two things to note for these tiny images: * (1) If you use dct format (jpeg) for each image instead of * flate (lossless), the quantization will be apparent. * (2) If the resolution in pixaConvertToPdf() is above 50, and * you add a red boundary, you will see errors in the boundary * width. */ pixs = pixRead("test24.jpg"); pixGetDimensions(pixs, &w, NULL, &d); pixa = pixaSplitPix(pixs, nx, ny, 0, 0); /* pixa = pixaSplitPix(pixs, nx, ny, 2, 0xff000000); */ /* red border */ pixWrite("/tmp/junk0", pixa->pix[0], IFF_PNG); pixWrite("/tmp/junk9", pixa->pix[9], IFF_PNG); pixaConvertToPdf(pixa, 50, 1.0, 0, 95, "individual", "/tmp/junkout0.pdf"); /* Generate two pixaa by sampling the pixa, and write them to file */ pixaa1 = pixaaCreateFromPixa(pixa, nx, L_CHOOSE_CONSECUTIVE, L_CLONE); pixaa2 = pixaaCreateFromPixa(pixa, nx, L_CHOOSE_SKIP_BY, L_CLONE); pixaaWrite("/tmp/pixaa1.paa", pixaa1); pixaaWrite("/tmp/pixaa2.paa", pixaa2); pixaDestroy(&pixa); pixaaDestroy(&pixaa1); pixaaDestroy(&pixaa2); /* Read each pixaa from file; tile/scale into a pixa */ pixaa1 = pixaaRead("/tmp/pixaa1.paa"); pixaa2 = pixaaRead("/tmp/pixaa2.paa"); tilewidth = w / nx; pixad1 = pixaaDisplayTiledAndScaled(pixaa1, d, tilewidth, ncols, 0, 10, 0); pixad2 = pixaaDisplayTiledAndScaled(pixaa2, d, tilewidth, ncols, 0, 10, 0); /* Generate a pdf from each pixa */ pixaConvertToPdf(pixad1, 50, 1.0, 0, 75, "consecutive", "/tmp/junkout1.pdf"); pixaConvertToPdf(pixad2, 50, 1.0, 0, 75, "skip_by", "/tmp/junkout2.pdf"); /* Write each pixa to a set of files, and generate a PS */ pixaWriteFiles("/tmp/junksplit1.", pixad1, IFF_JFIF_JPEG); pixaWriteFiles("/tmp/junksplit2.", pixad2, IFF_JFIF_JPEG); convertFilesToPS("/tmp", "junksplit1", 40, "/tmp/junkout1.ps"); convertFilesToPS("/tmp", "junksplit2", 40, "/tmp/junkout2.ps"); pixDestroy(&pixs); pixaaDestroy(&pixaa1); pixaaDestroy(&pixaa2); pixaDestroy(&pixad1); pixaDestroy(&pixad2); return 0; } leptonica-1.70/prog/equal_reg.c0000644000175000017500000002175512244775437014615 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * equal_reg.c * * Tests the pixEqual() function in many situations. * * This also tests the quantization of grayscale and color * images (to generate a colormapped image), and removal of * the colormap to either RGB or grayscale. */ #include "allheaders.h" /* use this set */ #define FEYN1 "feyn.tif" /* 1 bpp */ #define DREYFUS2 "dreyfus2.png" /* 2 bpp cmapped */ #define DREYFUS4 "dreyfus4.png" /* 4 bpp cmapped */ #define DREYFUS8 "dreyfus8.png" /* 8 bpp cmapped */ #define KAREN8 "karen8.jpg" /* 8 bpp, not cmapped */ #define MARGE32 "marge.jpg" /* rgb */ int main(int argc, char **argv) { l_int32 errorfound, same; PIX *pixs, *pixt1, *pixt2, *pixt3, *pixt4; static char mainName[] = "equal_reg"; if (argc != 1) return ERROR_INT(" Syntax: equal_reg", mainName, 1); errorfound = FALSE; pixs = pixRead(FEYN1); pixWrite("/tmp/junkfeyn.png", pixs, IFF_PNG); pixt1 = pixRead("/tmp/junkfeyn.png"); pixEqual(pixs, pixt1, &same); if (same) L_INFO("equal for feyn1\n", mainName); else { L_INFO("FAILURE for equal for feyn1\n", mainName); errorfound = TRUE; } pixDestroy(&pixs); pixDestroy(&pixt1); pixs = pixRead(DREYFUS2); pixt1 = pixRemoveColormap(pixs, REMOVE_CMAP_BASED_ON_SRC); pixWrite("/tmp/junkdrey2-1.png", pixt1, IFF_PNG); pixt2 = pixRemoveColormap(pixs, REMOVE_CMAP_TO_FULL_COLOR); pixWrite("/tmp/junkdrey2-2.png", pixt2, IFF_PNG); pixt3 = pixOctreeQuantNumColors(pixt2, 64, 1); pixWrite("/tmp/junkdrey2-3.png", pixt3, IFF_PNG); pixt4 = pixConvertRGBToColormap(pixt2, 1); pixWrite("/tmp/junkdrey2-4.png", pixt4, IFF_PNG); pixEqual(pixs, pixt1, &same); if (same) { L_INFO("equal for pixt1 of dreyfus2\n", mainName); } else { L_INFO("FAILURE for pixt1 of dreyfus2\n", mainName); errorfound = TRUE; } pixEqual(pixs, pixt2, &same); if (same) { L_INFO("equal for pixt2 of dreyfus2\n", mainName); } else { L_INFO("FAILURE for pixt2 of dreyfus2\n", mainName); errorfound = TRUE; } pixEqual(pixs, pixt3, &same); if (same) { L_INFO("equal for pixt3 of dreyfus2\n", mainName); } else { L_INFO("FAILURE for pixt3 of dreyfus2\n", mainName); errorfound = TRUE; } pixEqual(pixs, pixt4, &same); if (same) { L_INFO("equal for pixt4 of dreyfus2\n", mainName); } else { L_INFO("FAILURE for pixt4 of dreyfus2\n", mainName); errorfound = TRUE; } pixDestroy(&pixs); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); pixs = pixRead(DREYFUS4); pixt1 = pixRemoveColormap(pixs, REMOVE_CMAP_BASED_ON_SRC); pixWrite("/tmp/junkdrey4-1.png", pixt1, IFF_PNG); pixt2 = pixRemoveColormap(pixs, REMOVE_CMAP_TO_FULL_COLOR); pixWrite("/tmp/junkdrey4-2.png", pixt2, IFF_PNG); pixt3 = pixOctreeQuantNumColors(pixt2, 256, 1); pixWrite("/tmp/junkdrey4-3.png", pixt3, IFF_PNG); pixt4 = pixConvertRGBToColormap(pixt2, 1); pixWrite("/tmp/junkdrey4-4.png", pixt4, IFF_PNG); pixEqual(pixs, pixt1, &same); if (same) { L_INFO("equal for pixt1 of dreyfus4\n", mainName); } else { L_INFO("FAILURE for pixt1 of dreyfus4\n", mainName); errorfound = TRUE; } pixEqual(pixs, pixt2, &same); if (same) { L_INFO("equal for pixt2 of dreyfus4\n", mainName); } else { L_INFO("FAILURE for pixt2 of dreyfus4\n", mainName); errorfound = TRUE; } pixEqual(pixs, pixt3, &same); if (same) { L_INFO("equal for pixt3 of dreyfus4\n", mainName); } else { L_INFO("FAILURE for pixt3 of dreyfus4\n", mainName); errorfound = TRUE; } pixEqual(pixs, pixt4, &same); if (same) { L_INFO("equal for pixt4 of dreyfus4\n", mainName); } else { L_INFO("FAILURE for pixt4 of dreyfus4\n", mainName); errorfound = TRUE; } pixDestroy(&pixs); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); pixs = pixRead(DREYFUS8); pixt1 = pixRemoveColormap(pixs, REMOVE_CMAP_BASED_ON_SRC); pixWrite("/tmp/junkdrey8-1.png", pixt1, IFF_PNG); pixt2 = pixRemoveColormap(pixs, REMOVE_CMAP_TO_FULL_COLOR); pixWrite("/tmp/junkdrey8-2.png", pixt2, IFF_PNG); pixt3 = pixConvertRGBToColormap(pixt2, 1); pixWrite("/tmp/junkdrey8-3.png", pixt3, IFF_PNG); pixEqual(pixs, pixt1, &same); if (same) { L_INFO("equal for pixt1 of dreyfus8\n", mainName); } else { L_INFO("FAILURE for pixt1 of dreyfus8\n", mainName); errorfound = TRUE; } pixEqual(pixs, pixt2, &same); if (same) { L_INFO("equal for pixt2 of dreyfus8\n", mainName); } else { L_INFO("FAILURE for pixt2 of dreyfus8\n", mainName); errorfound = TRUE; } pixDestroy(&pixs); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixs = pixRead(KAREN8); pixt1 = pixThresholdTo4bpp(pixs, 16, 1); pixWrite("/tmp/junkkar8-1.png", pixt1, IFF_PNG); pixt2 = pixRemoveColormap(pixt1, REMOVE_CMAP_BASED_ON_SRC); pixWrite("/tmp/junkkar8-2.png", pixt2, IFF_PNG); pixt3 = pixRemoveColormap(pixt1, REMOVE_CMAP_TO_FULL_COLOR); pixWrite("/tmp/junkkar8-3.png", pixt3, IFF_PNG); pixt4 = pixConvertRGBToColormap(pixt3, 1); pixEqual(pixt1, pixt2, &same); if (same) { L_INFO("equal for pixt2 of karen8\n", mainName); } else { L_INFO("FAILURE for pixt2 of karen8\n", mainName); errorfound = TRUE; } pixEqual(pixt1, pixt3, &same); if (same) { L_INFO("equal for pixt3 of karen8\n", mainName); } else { L_INFO("FAILURE for pixt3 of karen8\n", mainName); errorfound = TRUE; } pixEqual(pixt1, pixt4, &same); if (same) { L_INFO("equal for pixt4 of karen8\n", mainName); } else { L_INFO("FAILURE for pixt4 of karen8\n", mainName); errorfound = TRUE; } pixDestroy(&pixs); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); pixs = pixRead(MARGE32); pixt1 = pixOctreeQuantNumColors(pixs, 32, 0); pixWrite("/tmp/junkmarge8-1.png", pixt1, IFF_PNG); pixt2 = pixRemoveColormap(pixt1, REMOVE_CMAP_TO_FULL_COLOR); pixWrite("/tmp/junkmarge8-2.png", pixt2, IFF_PNG); pixt3 = pixConvertRGBToColormap(pixt2, 1); pixWrite("/tmp/junkmarge8-3.png", pixt3, IFF_PNG); pixt4 = pixOctreeQuantNumColors(pixt2, 64, 0); pixWrite("/tmp/junkmarge8-4.png", pixt4, IFF_PNG); pixEqual(pixt1, pixt2, &same); if (same) { L_INFO("equal for pixt2 of marge32\n", mainName); } else { L_INFO("FAILURE for pixt2 of marge32\n", mainName); errorfound = TRUE; } pixEqual(pixt1, pixt3, &same); if (same) { L_INFO("equal for pixt3 of marge32\n", mainName); } else { L_INFO("FAILURE for pixt3 of marge32\n", mainName); errorfound = TRUE; } pixEqual(pixt1, pixt4, &same); if (same) { L_INFO("equal for pixt4 of marge32\n", mainName); } else { L_INFO("FAILURE for pixt4 of marge32\n", mainName); errorfound = TRUE; } pixDestroy(&pixs); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); if (errorfound) L_INFO("FAILURE in processing this test\n", mainName); else L_INFO("SUCCESS in processing this test\n", mainName); return 0; } leptonica-1.70/prog/lineremoval.c0000640000175000017500000001002212270122643015123 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * lineremoval.c * * Use with dave-orig.png */ #include "allheaders.h" int main(int argc, char **argv) { char *filein; l_float32 angle, conf, deg2rad; PIX *pixs, *pix1, *pix2, *pix3, *pix4, *pix5; PIX *pix6, *pix7, *pix8, *pix9; static char mainName[] = "lineremoval"; if (argc != 2) return ERROR_INT(" Syntax: lineremoval filein", mainName, 1); filein = argv[1]; deg2rad = 3.14159 / 180.; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pix not made", mainName, 1); /* threshold to binary, extracting much of the lines */ pix1 = pixThresholdToBinary(pixs, 170); pixWrite("/tmp/dave-proc1.png", pix1, IFF_PNG); pixDisplayWrite(pix1, 1); /* find the skew angle and deskew using an interpolated * rotator for anti-aliasing (to avoid jaggies) */ pixFindSkew(pix1, &angle, &conf); pix2 = pixRotateAMGray(pixs, deg2rad * angle, 255); pixWrite("/tmp/dave-proc2.png", pix2, IFF_PNG); pixDisplayWrite(pix2, 1); /* extract the lines to be removed */ pix3 = pixCloseGray(pix2, 51, 1); pixWrite("/tmp/dave-proc3.png", pix3, IFF_PNG); pixDisplayWrite(pix3, 1); /* solidify the lines to be removed */ pix4 = pixErodeGray(pix3, 1, 5); pixWrite("/tmp/dave-proc4.png", pix4, IFF_PNG); pixDisplayWrite(pix4, 1); /* clean the background of those lines */ pix5 = pixThresholdToValue(NULL, pix4, 210, 255); pixWrite("/tmp/dave-proc5.png", pix5, IFF_PNG); pixDisplayWrite(pix5, 1); pix6 = pixThresholdToValue(NULL, pix5, 200, 0); pixWrite("/tmp/dave-proc6.png", pix6, IFF_PNG); pixDisplayWrite(pix6, 1); /* get paint-through mask for changed pixels */ pix7 = pixThresholdToBinary(pix6, 210); pixWrite("/tmp/dave-proc7.png", pix7, IFF_PNG); pixDisplayWrite(pix7, 1); /* add the inverted, cleaned lines to orig. Because * the background was cleaned, the inversion is 0, * so when you add, it doesn't lighten those pixels. * It only lightens (to white) the pixels in the lines! */ pixInvert(pix6, pix6); pix8 = pixAddGray(NULL, pix2, pix6); pixWrite("/tmp/dave-proc8.png", pix8, IFF_PNG); pixDisplayWrite(pix8, 1); pix9 = pixOpenGray(pix8, 1, 9); pixWrite("/tmp/dave-proc9.png", pix9, IFF_PNG); pixDisplayWrite(pix9, 1); pixCombineMasked(pix8, pix9, pix7); pixWrite("/tmp/dave-result.png", pix8, IFF_PNG); pixDisplayWrite(pix8, 1); pixDisplayMultiple("/tmp/display/file*"); return 0; } leptonica-1.70/prog/psio_reg.c0000644000175000017500000002262312240302616014430 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * psio_reg.c * * Tests writing of images in PS, with arbitrary scaling and * translation, in the following formats: * * - uncompressed * - DCT compressed (jpeg for 8 bpp grayscale and RGB) * - CCITT-G4 compressed (g4 fax compression for 1 bpp) * - Flate compressed (gzip compression) */ #include "allheaders.h" char *WeaselNames[] = {(char *)"weasel2.4c.png", (char *)"weasel2.4g.png", (char *)"weasel2.png", (char *)"weasel4.11c.png", (char *)"weasel4.8g.png", (char *)"weasel4.16g.png", (char *)"weasel8.16g.png", (char *)"weasel8.149g.png", (char *)"weasel8.240c.png", (char *)"weasel8.png", (char *)"weasel32.png"}; int main(int argc, char **argv) { l_int32 i, w, h; l_float32 factor, scale; BOX *box; FILE *fp1; PIX *pixs, *pixt; PIXA *pixa; SARRAY *sa; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; factor = 0.95; /* Uncompressed PS with scaling but centered on the page */ pixs = pixRead("feyn-fract.tif"); pixGetDimensions(pixs, &w, &h, NULL); scale = L_MIN(factor * 2550 / w, factor * 3300 / h); fp1 = lept_fopen("/tmp/psio0.ps", "wb+"); pixWriteStreamPS(fp1, pixs, NULL, 300, scale); lept_fclose(fp1); regTestCheckFile(rp, "/tmp/psio0.ps"); /* 0 */ pixDestroy(&pixs); /* Uncompressed PS with scaling, with LL corner at (1500, 1500) mils */ pixs = pixRead("weasel4.11c.png"); pixGetDimensions(pixs, &w, &h, NULL); scale = L_MIN(factor * 2550 / w, factor * 3300 / h); box = boxCreate(1500, 1500, (l_int32)(1000 * scale * w / 300), (l_int32)(1000 * scale * h / 300)); fp1 = lept_fopen("/tmp/psio1.ps", "wb+"); pixWriteStreamPS(fp1, pixs, box, 300, 1.0); lept_fclose(fp1); regTestCheckFile(rp, "/tmp/psio1.ps"); /* 1 */ boxDestroy(&box); pixDestroy(&pixs); /* DCT compressed PS with LL corner at (300, 1000) pixels */ pixs = pixRead("marge.jpg"); pixt = pixConvertTo32(pixs); pixWrite("/tmp/psio2.jpg", pixt, IFF_JFIF_JPEG); convertJpegToPS("/tmp/psio2.jpg", "/tmp/psio3.ps", "w", 300, 1000, 0, 4.0, 1, 1); regTestCheckFile(rp, "/tmp/psio2.jpg"); /* 2 */ regTestCheckFile(rp, "/tmp/psio3.ps"); /* 3 */ pixDestroy(&pixt); pixDestroy(&pixs); /* For each page, apply tiff g4 image first; then jpeg or png over it */ convertG4ToPS("feyn.tif", "/tmp/psio4.ps", "w", 0, 0, 0, 1.0, 1, 1, 0); convertJpegToPS("marge.jpg", "/tmp/psio4.ps", "a", 500, 100, 300, 2.0, 1, 0); convertFlateToPS("weasel4.11c.png", "/tmp/psio4.ps", "a", 300, 400, 300, 6.0, 1, 0); convertJpegToPS("marge.jpg", "/tmp/psio4.ps", "a", 100, 800, 300, 1.5, 1, 1); convertG4ToPS("feyn.tif", "/tmp/psio4.ps", "a", 0, 0, 0, 1.0, 2, 1, 0); convertJpegToPS("marge.jpg", "/tmp/psio4.ps", "a", 1000, 700, 300, 2.0, 2, 0); convertJpegToPS("marge.jpg", "/tmp/psio4.ps", "a", 100, 200, 300, 2.0, 2, 1); convertG4ToPS("feyn.tif", "/tmp/psio4.ps", "a", 0, 0, 0, 1.0, 3, 1, 0); convertJpegToPS("marge.jpg", "/tmp/psio4.ps", "a", 200, 200, 300, 2.0, 3, 0); convertJpegToPS("marge.jpg", "/tmp/psio4.ps", "a", 200, 900, 300, 2.0, 3, 1); regTestCheckFile(rp, "/tmp/psio4.ps"); /* 4 */ /* Now apply jpeg first; then paint through a g4 mask. * For gv, the first image with a b.b. determines the * window size for the canvas, so we put down the largest * image first. If we had rendered a small image first, * gv and evince will not show the entire page. However, after * conversion to pdf, everything works fine, regardless of the * order in which images are placed into the PS. That is * because the pdf interpreter is robust to bad hints, ignoring * the page hints and computing the bounding box from the * set of images rendered on the page. * * Concatenate several pages, with colormapped png, color * jpeg and tiffg4 images (with the g4 image acting as a mask * that we're painting black through. If the text layer * is painted first, the following images occlude it; otherwise, * the images remain in the background of the text. */ pixs = pixRead("wyom.jpg"); pixt = pixScaleToSize(pixs, 2528, 3300); pixWrite("/tmp/psio5.jpg", pixt, IFF_JFIF_JPEG); pixDestroy(&pixs); pixDestroy(&pixt); convertJpegToPS("/tmp/psio5.jpg", "/tmp/psio5.ps", "w", 0, 0, 300, 1.0, 1, 0); convertFlateToPS("weasel8.240c.png", "/tmp/psio5.ps", "a", 100, 100, 300, 5.0, 1, 0); convertFlateToPS("weasel8.149g.png", "/tmp/psio5.ps", "a", 200, 300, 300, 5.0, 1, 0); convertFlateToPS("weasel4.11c.png", "/tmp/psio5.ps", "a", 300, 500, 300, 5.0, 1, 0); convertG4ToPS("feyn.tif", "/tmp/psio5.ps", "a", 0, 0, 0, 1.0, 1, 1, 1); convertJpegToPS("marge.jpg", "/tmp/psio5.ps", "a", 500, 100, 300, 2.0, 2, 0); convertFlateToPS("weasel4.11c.png", "/tmp/psio5.ps", "a", 300, 400, 300, 6.0, 2, 0); convertJpegToPS("marge.jpg", "/tmp/psio5.ps", "a", 100, 800, 300, 1.5, 2, 0); convertG4ToPS("feyn.tif", "/tmp/psio5.ps", "a", 0, 0, 0, 1.0, 2, 1, 1); convertJpegToPS("marge.jpg", "/tmp/psio5.ps", "a", 500, 100, 300, 2.0, 3, 0); convertJpegToPS("marge.jpg", "/tmp/psio5.ps", "a", 100, 800, 300, 2.0, 3, 0); convertG4ToPS("feyn.tif", "/tmp/psio5.ps", "a", 0, 0, 0, 1.0, 3, 1, 1); convertJpegToPS("marge.jpg", "/tmp/psio5.ps", "a", 700, 700, 300, 2.0, 4, 0); convertFlateToPS("weasel8.149g.png", "/tmp/psio5.ps", "a", 400, 400, 300, 5.0, 4, 0); convertG4ToPS("feyn.tif", "/tmp/psio5.ps", "a", 0, 0, 0, 1.0, 4, 1, 0); convertFlateToPS("weasel8.240c.png", "/tmp/psio5.ps", "a", 100, 220, 300, 5.0, 4, 0); convertJpegToPS("marge.jpg", "/tmp/psio5.ps", "a", 100, 200, 300, 2.0, 4, 1); convertJpegToPS("marge.jpg", "/tmp/psio5.ps", "a", 200, 200, 300, 1.5, 5, 0); convertFlateToPS("weasel8.240c.png", "/tmp/psio5.ps", "a", 140, 80, 300, 7.0, 5, 0); convertG4ToPS("feyn.tif", "/tmp/psio5.ps", "a", 0, 0, 0, 1.0, 5, 1, 0); convertFlateToPS("weasel8.149g.png", "/tmp/psio5.ps", "a", 280, 310, 300, 5.0, 4, 0); convertJpegToPS("marge.jpg", "/tmp/psio5.ps", "a", 200, 900, 300, 2.0, 5, 1); regTestCheckFile(rp, "/tmp/psio5.ps"); /* 5 */ /* Generation using segmentation masks */ convertSegmentedPagesToPS(".", "lion-page", ".", "lion-mask", 10, 0, 100, 2.0, 0.8, 190, "/tmp/psio6.ps"); regTestCheckFile(rp, "/tmp/psio6.ps"); /* 6 */ /* PS generation for embeddding */ convertJpegToPSEmbed("tetons.jpg", "/tmp/psio7.ps"); regTestCheckFile(rp, "/tmp/psio7.ps"); /* 7 */ convertG4ToPSEmbed("feyn-fract.tif", "/tmp/psio8.ps"); regTestCheckFile(rp, "/tmp/psio8.ps"); /* 8 */ convertFlateToPSEmbed("weasel8.240c.png", "/tmp/psio9.ps"); regTestCheckFile(rp, "/tmp/psio9.ps"); /* 9 */ /* Writing compressed from a pixa */ sa = sarrayCreate(0); for (i = 0; i < 11; i++) sarrayAddString(sa, WeaselNames[i], L_COPY); pixa = pixaReadFilesSA(sa); pixaWriteCompressedToPS(pixa, "/tmp/psio10.ps", 0, 3); regTestCheckFile(rp, "/tmp/psio10.ps"); /* 10 */ pixaDestroy(&pixa); sarrayDestroy(&sa); return regTestCleanup(rp); } leptonica-1.70/prog/endiantest.c0000644000175000017500000000406411707066337014774 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * endiantest.c * * This test was contributed by Bill Janssen. When used with the * gnu compiler, it allows efficient computation of the endian * flag as part of the normal compilation process. As a result, * it is not necessary to set this flag either manually or * through the configure Makefile generator. */ #include int main() { /* fprintf(stderr, "doing the test\n"); */ long v = 0x04030201; if (*((unsigned char *)(&v)) == 0x04) printf("L_BIG_ENDIAN\n"); else printf("L_LITTLE_ENDIAN\n"); return 0; } leptonica-1.70/prog/rotate2_reg.c0000644000175000017500000001556612240302507015045 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * rotate2_reg.c * * Regression test for rotation by shear, sampling and area mapping. * Displays results from all the various types of rotations. */ #include "allheaders.h" #define BINARY_IMAGE "test1.png" #define TWO_BPP_IMAGE "weasel2.4c.png" #define FOUR_BPP_IMAGE1 "weasel4.11c.png" #define FOUR_BPP_IMAGE2 "weasel4.16g.png" #define EIGHT_BPP_IMAGE "test8.jpg" #define EIGHT_BPP_CMAP_IMAGE1 "dreyfus8.png" #define EIGHT_BPP_CMAP_IMAGE2 "test24.jpg" #define RGB_IMAGE "marge.jpg" static const l_float32 ANGLE1 = 3.14159265 / 30.; static const l_float32 ANGLE2 = 3.14159265 / 7.; void RotateTest(PIX *pixs, l_float32 scale, L_REGPARAMS *rp); int main(int argc, char **argv) { PIX *pixs, *pixd; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; fprintf(stderr, "Test binary image:\n"); pixs = pixRead(BINARY_IMAGE); RotateTest(pixs, 1.0, rp); pixDestroy(&pixs); fprintf(stderr, "Test 2 bpp cmapped image with filled cmap:\n"); pixs = pixRead(TWO_BPP_IMAGE); RotateTest(pixs, 1.0, rp); pixDestroy(&pixs); fprintf(stderr, "Test 4 bpp cmapped image with unfilled cmap:\n"); pixs = pixRead(FOUR_BPP_IMAGE1); RotateTest(pixs, 1.0, rp); pixDestroy(&pixs); fprintf(stderr, "Test 4 bpp cmapped image with filled cmap:\n"); pixs = pixRead(FOUR_BPP_IMAGE2); RotateTest(pixs, 1.0, rp); pixDestroy(&pixs); fprintf(stderr, "Test 8 bpp grayscale image:\n"); pixs = pixRead(EIGHT_BPP_IMAGE); RotateTest(pixs, 1.0, rp); pixDestroy(&pixs); fprintf(stderr, "Test 8 bpp grayscale cmap image:\n"); pixs = pixRead(EIGHT_BPP_CMAP_IMAGE1); RotateTest(pixs, 1.0, rp); pixDestroy(&pixs); fprintf(stderr, "Test 8 bpp color cmap image:\n"); pixs = pixRead(EIGHT_BPP_CMAP_IMAGE2); pixd = pixOctreeColorQuant(pixs, 200, 0); RotateTest(pixd, 0.5, rp); pixDestroy(&pixs); pixDestroy(&pixd); fprintf(stderr, "Test rgb image:\n"); pixs = pixRead(RGB_IMAGE); RotateTest(pixs, 0.25, rp); pixDestroy(&pixs); return regTestCleanup(rp); } void RotateTest(PIX *pixs, l_float32 scale, L_REGPARAMS *rp) { l_int32 w, h, d, outformat; PIX *pixt1, *pixt2, *pixt3, *pixd; PIXA *pixa; pixGetDimensions(pixs, &w, &h, &d); outformat = (d == 8 || d == 32) ? IFF_JFIF_JPEG : IFF_PNG; pixa = pixaCreate(0); pixt1 = pixRotate(pixs, ANGLE1, L_ROTATE_SHEAR, L_BRING_IN_WHITE, w, h); pixSaveTiled(pixt1, pixa, scale, 1, 20, 32); pixt2 = pixRotate(pixs, ANGLE1, L_ROTATE_SHEAR, L_BRING_IN_BLACK, w, h); pixSaveTiled(pixt2, pixa, scale, 0, 20, 0); pixDestroy(&pixt1); pixDestroy(&pixt2); pixt1 = pixRotate(pixs, ANGLE1, L_ROTATE_SHEAR, L_BRING_IN_WHITE, 0, 0); pixSaveTiled(pixt1, pixa, scale, 1, 20, 0); pixt2 = pixRotate(pixs, ANGLE1, L_ROTATE_SHEAR, L_BRING_IN_BLACK, 0, 0); pixSaveTiled(pixt2, pixa, scale, 0, 20, 0); pixDestroy(&pixt1); pixDestroy(&pixt2); pixt1 = pixRotate(pixs, ANGLE2, L_ROTATE_SHEAR, L_BRING_IN_WHITE, w, h); pixSaveTiled(pixt1, pixa, scale, 1, 20, 0); pixt2 = pixRotate(pixs, ANGLE2, L_ROTATE_SHEAR, L_BRING_IN_BLACK, w, h); pixSaveTiled(pixt2, pixa, scale, 0, 20, 0); pixDestroy(&pixt1); pixDestroy(&pixt2); pixt1 = pixRotate(pixs, ANGLE2, L_ROTATE_SHEAR, L_BRING_IN_WHITE, 0, 0); pixSaveTiled(pixt1, pixa, scale, 1, 20, 0); pixt2 = pixRotate(pixs, ANGLE2, L_ROTATE_SHEAR, L_BRING_IN_BLACK, 0, 0); pixSaveTiled(pixt2, pixa, scale, 0, 20, 0); pixDestroy(&pixt1); pixDestroy(&pixt2); pixd = pixaDisplay(pixa, 0, 0); regTestWritePixAndCheck(rp, pixd, outformat); pixDisplayWithTitle(pixd, 100, 100, NULL, rp->display); pixDestroy(&pixd); pixaDestroy(&pixa); pixa = pixaCreate(0); pixt1 = pixRotate(pixs, ANGLE2, L_ROTATE_SAMPLING, L_BRING_IN_WHITE, w, h); pixSaveTiled(pixt1, pixa, scale, 1, 20, 32); pixt2 = pixRotate(pixs, ANGLE2, L_ROTATE_SAMPLING, L_BRING_IN_BLACK, w, h); pixSaveTiled(pixt2, pixa, scale, 0, 20, 0); pixDestroy(&pixt1); pixDestroy(&pixt2); pixt1 = pixRotate(pixs, ANGLE2, L_ROTATE_SAMPLING, L_BRING_IN_WHITE, 0, 0); pixSaveTiled(pixt1, pixa, scale, 1, 20, 0); pixt2 = pixRotate(pixs, ANGLE2, L_ROTATE_SAMPLING, L_BRING_IN_BLACK, 0, 0); pixSaveTiled(pixt2, pixa, scale, 0, 20, 0); pixDestroy(&pixt1); pixDestroy(&pixt2); if (pixGetDepth(pixs) == 1) pixt1 = pixScaleToGray2(pixs); else pixt1 = pixClone(pixs); pixt2 = pixRotate(pixt1, ANGLE2, L_ROTATE_AREA_MAP, L_BRING_IN_WHITE, w, h); pixSaveTiled(pixt2, pixa, scale, 1, 20, 0); pixt3 = pixRotate(pixt1, ANGLE2, L_ROTATE_AREA_MAP, L_BRING_IN_BLACK, w, h); pixSaveTiled(pixt3, pixa, scale, 0, 20, 0); pixDestroy(&pixt2); pixDestroy(&pixt3); pixt2 = pixRotate(pixt1, ANGLE2, L_ROTATE_AREA_MAP, L_BRING_IN_WHITE, 0, 0); pixSaveTiled(pixt2, pixa, scale, 1, 20, 0); pixt3 = pixRotate(pixt1, ANGLE2, L_ROTATE_AREA_MAP, L_BRING_IN_BLACK, 0, 0); pixSaveTiled(pixt3, pixa, scale, 0, 20, 0); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt1); pixd = pixaDisplay(pixa, 0, 0); regTestWritePixAndCheck(rp, pixd, outformat); pixDisplayWithTitle(pixd, 100, 100, NULL, rp->display); pixDestroy(&pixd); pixaDestroy(&pixa); return; } leptonica-1.70/prog/barcode-2of5-300.png0000444000175000017500000000461610770123063015636 0ustar dandan‰PNG  IHDR• kò“gAMA± üa8tEXtSoftwareXV Version 3.10a Rev: 12/29/94 (PNG patch 1.2)Ý.IÂIDATxœí›?Žä6ÆY± lX l²Á`èÀ˜ †›íœ-°X›80†*Ë@…}OècX Î 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B¼6—BGB0ÐH¡Á„@`‚Šh* "C\qq":ö%"EIŽqÄR‹A&„º!‡!(sŒ¨  ‚öœH † - ˆó)Ñt%Òa ·†Ž8ABF"3Ž$‡$8œp‚â6qÆÅ ‹á!A) …,BDº&UÝpÇ„‚A¤H*&åÐA ÄO \C ‘ð1d|ŽGÁ”ŽÐ؈²;¤qÁ‡$9c ‚8âÂ&} †Pá"Ë¢8„*ÂaBÒ Aí…A¨A0˜BBÊ$]YÇ!!a‹d a§Ç™Ž)ŠBB"Pá"qÂFGÁ‚v[ŽHŠIØ`‡†Ç[Aø‚°’q ØâqÔ,5ÜDYÇ&8“IŽB! ‚’AytC"œN:G|§ÂRˆþGA8œpÄ ˜AiZ0˜AI$’Ô\H…B x)d C8â6ÈáøBLp‚l±Ð@©0˜TÂA$L!‚h¨8ø„„Dâ¡ÐŒÃ¤ i:YÇ!L§ „D ˆ‚"8†Ù ¡¬A N:BqÁÈ!Q‚aa TŽ8A„ÐH§ÄºHú/Ì$- ØA¦‚HV ¡È£ˆìŽÐ8ŽS„”:GC#•„Ai †qÎ8ƒh ¹Cä“a tC‹¤B„C‰C„p‚k—HDHP@”6ƒ(â!¡)ØBqÎ8H5í„!„’U„–",¡ÂeZm2:@‚ A¤C„B ˆ9c< Ç+2Q¸AdQÎ8AˆA¹Ç)Â! ¾GA,ã‚N: „JuŒV CI ‚Õ„0ˆ`pA<\®¦G ´ˆøB"aÊr‡H¡ÄFÒ”â.Â! ‚a0„îEÔ¬hu„)ʧÂÝ&‚ ‘ÑHH° Ã\r¸¡Ä[ x5b ¡¦GeĘp‚ÅB!qÎ8A1„‚ „"‚ …c躩tAza BH Lv™2†¼ccb($„Y#ŒŽHà‡eÐI„i‘û]^-&G PÄAD| ‹¹PØ9 ‰Ç8âCœvGh$)U ‚å9C¤C•„Ê!ñI‚!Êrœ`!o±8çãía'8çJ$í¤B>‚)a,CÙB#0 Û¸°…—AtBÂ/I§ „˜êÓà‚¡Ç ˆáwb‚q/&á$Ç!!º œp‚‚aYtGI0¢†Cqd|!±á!&8·±a Dua î,ã´-ö@”:B"BPárœN8AX7‚ 2H…„)‡öØå9Cœt8†GDsGÐGH$Gâ*Kr‡¼E…e8ŠGDD ˜B* áè0U(x÷a 1ÂD˜åŽ"'ph)$I.Ò x| 0݉Ç8á"Lqds#²8쎂 ‰š B@ñhXúN)$aÎ8œq H±Ò!<‚¤$|$!b@ö8M[¼†ÁÄZ3„Šp‚„B"qÐAÔ@þ  ä  Üþ$Ý  äÜ;Ý0Ý8UNLV-ISRI-01Converted: Tue Sep 28 16:45:42 1993-ÆÀ'-ÆÀ'leptonica-1.70/prog/adaptmap_dark.c0000644000175000017500000001300512274202153015405 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * adaptmap_dark.c * * Demonstrates the effect of the fg threshold on adaptive mapping * and cleaning for images with dark and variable background. * * The example pages are text and image. For both, because the * background is both dark and variable, using a lower threshold * gives much better results. * * For text, cleaning the background to white after adaptively * remapping to make the background uniform is preferable. * The final cleaning step uses pixGammaTRC() where the white value * (here, 180) is set below the remapped gray value (here, 200). * * For the image, however, it is best to stop after remapping * the background. Going further and moving pixels near the * background color to white removes the details in the lighter * regions of the image. In practice, parts of a scanned page * that are image (as opposed to text) don't necessarily have * background pixels that should be white. These regions can be * protected by masks from operations, such as pixGammaTRC(), * where the white value is less than 255. */ #include "string.h" #include "allheaders.h" void GenCleans(const char *fname, l_int32 *pindex, l_int32 thresh, L_BMF *bmf); l_int32 main(int argc, char **argv) { l_int32 index; BOX *box, *box1, *box2; PIX *pix, *pix1, *pix2, *pix3, *pix4, *pix5, *pix6, *pix7, *pix8, *pix9; PIXA *pixa; L_BMF *bmf; PROCNAME("adaptmap_dark"); bmf = bmfCreate("fonts", 10); index = 0; lept_rmdir("adapt"); lept_mkdir("adapt"); /* Using a variety of different thresholds */ GenCleans("cavalerie.29.jpg", &index, 80, bmf); GenCleans("cavalerie.29.jpg", &index, 60, bmf); GenCleans("cavalerie.29.jpg", &index, 40, bmf); GenCleans("cavalerie.11.jpg", &index, 80, bmf); GenCleans("cavalerie.11.jpg", &index, 60, bmf); GenCleans("cavalerie.11.jpg", &index, 40, bmf); lept_rmdir("adapt2"); lept_mkdir("adapt2"); convertToNUpFiles("/tmp/adapt", ".jpg", 2, 1, 500, 6, 2, NULL, "adapt2"); L_INFO("Writing to /tmp/adapt_cleaning.pdf\n", procName); convertFilesToPdf("/tmp/adapt2", ".jpg", 100, 1.0, L_JPEG_ENCODE, 75, "Adaptive cleaning", "/tmp/adapt_cleaning.pdf"); bmfDestroy(&bmf); return 0; } void GenCleans(const char *fname, l_int32 *pindex, l_int32 thresh, L_BMF *bmf) { l_int32 index, blackval, whiteval; char buf[256]; PIX *pix1, *pix2, *pix3, *pix4, *pix5; blackval = 70; whiteval = 180; index = *pindex; pix1 = pixRead(fname); snprintf(buf, sizeof(buf), "/tmp/adapt/%03d.jpg", index++); pixWrite(buf, pix1, IFF_JFIF_JPEG); pix2 = pixBackgroundNorm(pix1, NULL, NULL, 10, 15, thresh, 25, 200, 2, 1); snprintf(buf, sizeof(buf), "Norm color: fg thresh = %d", thresh); fprintf(stderr, "%s\n", buf); pix3 = pixAddSingleTextline(pix2, bmf, buf, 0x00ff0000, L_ADD_BELOW); snprintf(buf, sizeof(buf), "/tmp/adapt/%03d.jpg", index++); pixWrite(buf, pix3, IFF_JFIF_JPEG); pixDestroy(&pix3); pix3 = pixGammaTRC(NULL, pix2, 1.0, blackval, whiteval); snprintf(buf, sizeof(buf), "Clean color: fg thresh = %d", thresh); pix4 = pixAddSingleTextblock(pix3, bmf, buf, 0x00ff0000, L_ADD_BELOW, NULL); snprintf(buf, sizeof(buf), "/tmp/adapt/%03d.jpg", index++); pixWrite(buf, pix4, IFF_JFIF_JPEG); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); pix2 = pixConvertRGBToGray(pix1, 0.33, 0.34, 0.33); pix3 = pixBackgroundNorm(pix2, NULL, NULL, 10, 15, thresh, 25, 200, 2, 1); pix4 = pixGammaTRC(NULL, pix3, 1.0, blackval, whiteval); snprintf(buf, sizeof(buf), "Clean gray: fg thresh = %d", thresh); pix5 = pixAddSingleTextblock(pix4, bmf, buf, 0x00ff0000, L_ADD_BELOW, NULL); snprintf(buf, sizeof(buf), "/tmp/adapt/%03d.jpg", index++); pixWrite(buf, pix5, IFF_JFIF_JPEG); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); pixDestroy(&pix5); pixDestroy(&pix1); *pindex = index; return; } leptonica-1.70/prog/croptest.c0000644000175000017500000002171112242433627014472 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * croptest.c */ #ifndef _WIN32 #include #else #include /* for Sleep() */ #endif /* _WIN32 */ #include "allheaders.h" static const l_int32 mindif = 60; l_int32 GetLeftCut(NUMA *narl, NUMA *nart, NUMA *nait, l_int32 h, l_int32 *pleft); l_int32 GetRightCut(NUMA *narl, NUMA *nart, NUMA *nait, l_int32 h, l_int32 *pright); const char *fnames[] = {"lyra.005.jpg", "lyra.036.jpg"}; int main(int argc, char **argv) { #if 1 l_int32 i, pageno, w, h, left, right; NUMA *nar, *naro, *narl, *nart, *nai, *naio, *nait; PIX *pixs, *pixr, *pixg, *pixgi, *pixd, *pix1, *pix2; PIXA *pixa1, *pixa2; static char mainName[] = "croptest"; if (argc != 1) return ERROR_INT("syntax: croptest", mainName, 1); pixa1 = pixaCreate(2); for (i = 0; i < 2; i++) { pageno = extractNumberFromFilename(fnames[i], 5, 0); fprintf(stderr, "Page %d\n", pageno); pixs = pixRead(fnames[i]); pixr = pixRotate90(pixs, (pageno % 2) ? 1 : -1); pixg = pixConvertTo8(pixr, 0); pixGetDimensions(pixg, &w, &h, NULL); /* Get info on vertical reversal profile */ nar = pixReversalProfile(pixg, 0.8, L_VERTICAL_LINE, 0, h - 1, mindif, 1, 1); naro = numaOpen(nar, 11); gplotSimple1(naro, GPLOT_PNG, "/tmp/root1", "Reversals Opened"); narl = numaLowPassIntervals(naro, 0.1, 0.0); fprintf(stderr, "narl:"); numaWriteStream(stderr, narl); nart = numaThresholdEdges(naro, 0.1, 0.5, 0.0); fprintf(stderr, "nart:"); numaWriteStream(stderr, nart); numaDestroy(&nar); numaDestroy(&naro); /* Get info on vertical intensity profile */ pixgi = pixInvert(NULL, pixg); nai = pixAverageIntensityProfile(pixgi, 0.8, L_VERTICAL_LINE, 0, h - 1, 1, 1); naio = numaOpen(nai, 11); gplotSimple1(naio, GPLOT_PNG, "/tmp/root2", "Intensities Opened"); nait = numaThresholdEdges(naio, 0.4, 0.6, 0.0); fprintf(stderr, "nait:"); numaWriteStream(stderr, nait); numaDestroy(&nai); numaDestroy(&naio); /* Analyze profiles for left/right edges */ GetLeftCut(narl, nart, nait, w, &left); GetRightCut(narl, nart, nait, w, &right); fprintf(stderr, "left = %d, right = %d\n", left, right); /* Output visuals */ #ifndef _WIN32 sleep(1); #else Sleep(1000); #endif /* _WIN32 */ pixa2 = pixaCreate(3); pixSaveTiled(pixr, pixa2, 1.0, 1, 25, 32); pix1 = pixRead("/tmp/root1.png"); pix2 = pixRead("/tmp/root2.png"); pixSaveTiled(pix1, pixa2, 1.0, 1, 25, 32); pixSaveTiled(pix2, pixa2, 1.0, 0, 25, 32); pixd = pixaDisplay(pixa2, 0, 0); pixaDestroy(&pixa2); pixaAddPix(pixa1, pixd, L_INSERT); pixDisplay(pixd, 100, 100); pixDestroy(&pixs); pixDestroy(&pixr); pixDestroy(&pixg); pixDestroy(&pixgi); pixDestroy(&pix1); pixDestroy(&pix2); numaDestroy(&narl); numaDestroy(&nart); numaDestroy(&nait); } pixaConvertToPdf(pixa1, 75, 1.0, L_JPEG_ENCODE, 0, "Profiles", "/tmp/croptest.pdf"); pixaDestroy(&pixa1); return 0; } #endif #if 0 /* pixs = pixRead("lucasta-cropped.jpg"); */ Pix *pixs = pixRead("1555-7.jpg"); /* pixs = pixRead("feyn.tif"); */ int w, h, d, minrev; pixGetDimensions(pixs, &w, &h, &d); if (d == 1) minrev = 1; else minrev = 40; Numa *na = pixReversalProfile(pixs, 0.98, L_HORIZONTAL_LINE, 0, h - 1, minrev, 3, 3); gplotSimple1(na, GPLOT_X11, "/tmp/junkroot1", "Reversals"); numaDestroy(&na); na = pixAverageIntensityProfile(pixs, 0.98, L_HORIZONTAL_LINE, 0, h - 1, 1, 1); gplotSimple1(na, GPLOT_X11, "/tmp/junkroot2", "Intensities"); numaDestroy(&na); pixDestroy(&pixs); } #endif /* * Use these variable abbreviations: * * pap1: distance from left edge to the page * txt1: distance from left edge to the text * Identify pap1 by (a) 1st downward transition in intensity (nait). * (b) start of 1st lowpass interval (nail) * Identify txt1 by (a) end of 1st lowpass interval (nail) * (b) first upward transition in reversals (nart) * * pap2: distance from right edge to beginning of last upward transition, * plus some extra for safety. * txt1: distance from right edge to the text * Identify pap2 by 1st downward transition in intensity. * Identify txt2 by (a) beginning of 1st lowpass interval from bottom * (b) last downward transition in reversals from bottom */ l_int32 GetLeftCut(NUMA *narl, NUMA *nart, NUMA *nait, l_int32 w, l_int32 *pleft) { l_int32 nrl, nrt, nit, start, end, sign, pap1, txt1, del; nrl = numaGetCount(narl); nrt = numaGetCount(nart); nit = numaGetCount(nait); /* Check for small max number of reversals or no edge */ numaGetSpanValues(narl, 0, NULL, &end); if (end < 20 || nrl <= 1) { *pleft = 0; return 0; } /* Where is text and page, scanning from the left? */ pap1 = 0; txt1 = 0; if (nrt >= 4) { /* beginning of first upward transition */ numaGetEdgeValues(nart, 0, &start, NULL, NULL); txt1 = start; } if (nit >= 4) { /* end of first downward trans in (inverse) intensity */ numaGetEdgeValues(nait, 0, NULL, &end, &sign); if (end < txt1 && sign == -1) pap1 = end; else pap1 = 0.5 * txt1; } del = txt1 - pap1; if (del > 20) { txt1 -= L_MIN(20, 0.5 * del); pap1 += L_MIN(20, 0.5 * del); } fprintf(stderr, "txt1 = %d, pap1 = %d\n", txt1, pap1); *pleft = pap1; return 0; } l_int32 GetRightCut(NUMA *narl, NUMA *nart, NUMA *nait, l_int32 w, l_int32 *pright) { l_int32 nrl, nrt, nit, ntrans, start, end, sign, txt2, pap2, found, trans; nrl = numaGetCount(narl); nrt = numaGetCount(nart); nit = numaGetCount(nait); /* Check for small max number of reversals or no edge */ /* Where is text and page, scanning from the right? */ ntrans = nrt / 3; if (ntrans > 1) { found = FALSE; for (trans = ntrans - 1; trans > 0; --trans) { numaGetEdgeValues(nart, trans, &start, &end, &sign); if (sign == -1) { /* end of textblock */ txt2 = end; found = TRUE; } } if (!found) { txt2 = w - 1; /* take the whole thing! */ pap2 = w - 1; } else { /* found textblock; now find right side of page */ found = FALSE; for (trans = ntrans - 1; trans > 0; --trans) { numaGetEdgeValues(nart, trans, &start, &end, &sign); if (sign == 1 && start > txt2) { pap2 = start; /* start of textblock on other page */ found = TRUE; } } if (!found) { /* no text from other page */ pap2 = w - 1; /* refine later */ } } } else { txt2 = w - 1; pap2 = w - 1; } fprintf(stderr, "txt2 = %d, pap2 = %d\n", txt2, pap2); *pright = pap2; return 0; } leptonica-1.70/prog/leptonica-license.txt0000444000175000017500000000275411707062722016625 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ leptonica-1.70/prog/logicops_reg.c0000644000175000017500000002072612240303003015266 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * logicops_reg.c * */ #include "allheaders.h" #define DISPLAY 0 int main(int argc, char **argv) { l_int32 same; PIX *pixs, *pixt1, *pixt2, *pixt3, *pixt4; static char mainName[] = "logicops_reg"; if (argc != 1) return ERROR_INT(" Syntax: logicops_reg", mainName, 1); pixs = pixRead("test1.png"); pixDisplayWrite(pixs, DISPLAY); /* pixInvert */ pixt1 = pixInvert(NULL, pixs); pixt2 = pixCreateTemplate(pixs); /* into pixd of same size */ pixInvert(pixt2, pixs); pixEqual(pixt1, pixt2, &same); if (!same) fprintf(stderr, "Error: pixInvert\n"); else fprintf(stderr, "Correct: pixInvert\n"); pixDisplayWrite(pixt1, DISPLAY); pixt3 = pixRead("marge.jpg"); /* into pixd of different size */ pixInvert(pixt3, pixs); pixEqual(pixt1, pixt3, &same); if (!same) fprintf(stderr, "Error: pixInvert\n"); else fprintf(stderr, "Correct: pixInvert\n"); pixDisplayWrite(pixt3, DISPLAY); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixt1 = pixOpenBrick(NULL, pixs, 1, 9); pixt2 = pixDilateBrick(NULL, pixs, 1, 9); pixDisplayWrite(pixt1, DISPLAY); pixDisplayWrite(pixt2, DISPLAY); /* pixOr */ pixt3 = pixCreateTemplate(pixs); pixOr(pixt3, pixs, pixt1); /* existing */ pixt4 = pixOr(NULL, pixs, pixt1); /* new */ pixEqual(pixt3, pixt4, &same); if (!same) fprintf(stderr, "Error: pixOr\n"); else fprintf(stderr, "Correct: pixOr\n"); pixDisplayWrite(pixt3, DISPLAY); pixCopy(pixt4, pixt1); pixOr(pixt4, pixt4, pixs); /* in-place */ pixEqual(pixt3, pixt4, &same); if (!same) fprintf(stderr, "Error: pixOr\n"); else fprintf(stderr, "Correct: pixOr\n"); pixDestroy(&pixt3); pixDestroy(&pixt4); pixt3 = pixCreateTemplate(pixs); pixOr(pixt3, pixs, pixt2); /* existing */ pixt4 = pixOr(NULL, pixs, pixt2); /* new */ pixEqual(pixt3, pixt4, &same); if (!same) fprintf(stderr, "Error: pixOr\n"); else fprintf(stderr, "Correct: pixOr\n"); pixDisplayWrite(pixt3, DISPLAY); pixCopy(pixt4, pixt2); pixOr(pixt4, pixt4, pixs); /* in-place */ pixEqual(pixt3, pixt4, &same); if (!same) fprintf(stderr, "Error: pixOr\n"); else fprintf(stderr, "Correct: pixOr\n"); pixDestroy(&pixt3); pixDestroy(&pixt4); /* pixAnd */ pixt3 = pixCreateTemplate(pixs); pixAnd(pixt3, pixs, pixt1); /* existing */ pixt4 = pixAnd(NULL, pixs, pixt1); /* new */ pixEqual(pixt3, pixt4, &same); if (!same) fprintf(stderr, "Error: pixAnd\n"); else fprintf(stderr, "Correct: pixAnd\n"); pixDisplayWrite(pixt3, DISPLAY); pixCopy(pixt3, pixt1); pixAnd(pixt3, pixt3, pixs); /* in-place */ pixEqual(pixt3, pixt4, &same); if (!same) fprintf(stderr, "Error: pixAnd\n"); else fprintf(stderr, "Correct: pixAnd\n"); pixDestroy(&pixt3); pixDestroy(&pixt4); pixt3 = pixCreateTemplate(pixs); pixAnd(pixt3, pixs, pixt2); /* existing */ pixt4 = pixAnd(NULL, pixs, pixt2); /* new */ pixEqual(pixt3, pixt4, &same); if (!same) fprintf(stderr, "Error: pixAnd\n"); else fprintf(stderr, "Correct: pixAnd\n"); pixDisplayWrite(pixt3, DISPLAY); pixCopy(pixt3, pixt2); pixAnd(pixt3, pixt3, pixs); /* in-place */ pixEqual(pixt3, pixt4, &same); if (!same) fprintf(stderr, "Error: pixAnd\n"); else fprintf(stderr, "Correct: pixAnd\n"); pixDestroy(&pixt3); pixDestroy(&pixt4); /* pixXor */ pixt3 = pixCreateTemplate(pixs); pixXor(pixt3, pixs, pixt1); /* existing */ pixt4 = pixXor(NULL, pixs, pixt1); /* new */ pixEqual(pixt3, pixt4, &same); if (!same) fprintf(stderr, "Error: pixXor\n"); else fprintf(stderr, "Correct: pixXor\n"); pixDisplayWrite(pixt3, DISPLAY); pixCopy(pixt3, pixt1); pixXor(pixt3, pixt3, pixs); /* in-place */ pixEqual(pixt3, pixt4, &same); if (!same) fprintf(stderr, "Error: pixXor\n"); else fprintf(stderr, "Correct: pixXor\n"); pixDestroy(&pixt3); pixDestroy(&pixt4); pixt3 = pixCreateTemplate(pixs); pixXor(pixt3, pixs, pixt2); /* existing */ pixt4 = pixXor(NULL, pixs, pixt2); /* new */ pixEqual(pixt3, pixt4, &same); if (!same) fprintf(stderr, "Error: pixXor\n"); else fprintf(stderr, "Correct: pixXor\n"); pixDisplayWrite(pixt3, DISPLAY); pixCopy(pixt3, pixt2); pixXor(pixt3, pixt3, pixs); /* in-place */ pixEqual(pixt3, pixt4, &same); if (!same) fprintf(stderr, "Error: pixXor\n"); else fprintf(stderr, "Correct: pixXor\n"); pixDestroy(&pixt3); pixDestroy(&pixt4); /* pixSubtract */ pixt3 = pixCreateTemplate(pixs); pixSubtract(pixt3, pixs, pixt1); /* existing */ pixt4 = pixSubtract(NULL, pixs, pixt1); /* new */ pixEqual(pixt3, pixt4, &same); if (!same) fprintf(stderr, "Error: pixSubtract\n"); else fprintf(stderr, "Correct: pixSubtract\n"); pixDisplayWrite(pixt3, DISPLAY); pixCopy(pixt4, pixt1); pixSubtract(pixt4, pixs, pixt4); /* in-place */ pixEqual(pixt3, pixt4, &same); if (!same) fprintf(stderr, "Error: pixSubtract\n"); else fprintf(stderr, "Correct: pixSubtract\n"); pixDestroy(&pixt3); pixDestroy(&pixt4); pixt3 = pixCreateTemplate(pixs); pixSubtract(pixt3, pixs, pixt2); /* existing */ pixt4 = pixSubtract(NULL, pixs, pixt2); /* new */ pixEqual(pixt3, pixt4, &same); if (!same) fprintf(stderr, "Error: pixSubtract\n"); else fprintf(stderr, "Correct: pixSubtract\n"); pixDisplayWrite(pixt3, DISPLAY); pixCopy(pixt4, pixt2); pixSubtract(pixt4, pixs, pixt4); /* in-place */ pixEqual(pixt3, pixt4, &same); if (!same) fprintf(stderr, "Error: pixSubtract\n"); else fprintf(stderr, "Correct: pixSubtract\n"); pixCopy(pixt4, pixt2); pixSubtract(pixs, pixs, pixt4); /* in-place */ pixEqual(pixt3, pixs, &same); if (!same) fprintf(stderr, "Error: pixSubtract\n"); else fprintf(stderr, "Correct: pixSubtract\n"); pixDestroy(&pixt3); pixDestroy(&pixt4); pixt4 = pixRead("marge.jpg"); pixSubtract(pixt4, pixs, pixs); /* subtract from itself; should be empty */ pixt3 = pixCreateTemplate(pixs); pixEqual(pixt3, pixt4, &same); if (!same) fprintf(stderr, "Error: pixSubtract\n"); else fprintf(stderr, "Correct: pixSubtract\n"); pixDestroy(&pixt3); pixDestroy(&pixt4); pixSubtract(pixs, pixs, pixs); /* subtract from itself; should be empty */ pixt3 = pixCreateTemplate(pixs); pixEqual(pixt3, pixs, &same); if (!same) fprintf(stderr, "Error: pixSubtract\n"); else fprintf(stderr, "Correct: pixSubtract\n"); pixDestroy(&pixt3); pixDestroy(&pixs); pixDestroy(&pixt1); pixDestroy(&pixt2); return 0; } leptonica-1.70/prog/projection_reg.c0000644000175000017500000001633412240302631015631 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * projection_reg.c * * Tests projection stats for rows and columns. * Just for interest, a number of different tests are done. */ #ifndef _WIN32 #include #else #include /* for Sleep() */ #endif /* _WIN32 */ #include "allheaders.h" void TestProjection(L_REGPARAMS *rp, PIX *pix); int main(int argc, char **argv) { PIX *pixs, *pixg1, *pixg2; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; /* Use for input two different images */ pixs = pixRead("projectionstats.jpg"); pixg1 = pixConvertTo8(pixs, 0); pixDestroy(&pixs); pixs = pixRead("feyn.tif"); pixg2 = pixScaleToGray4(pixs); pixDestroy(&pixs); TestProjection(rp, pixg1); TestProjection(rp, pixg2); pixDestroy(&pixg1); pixDestroy(&pixg2); return regTestCleanup(rp); } /* * Test both vertical and horizontal projections on this image. * We rotate the image by 90 degrees for the horizontal projection, * so that the two results should be identical. */ void TestProjection(L_REGPARAMS *rp, PIX *pixs) { l_int32 outline; NUMA *na1, *na2, *na3, *na4, *na5, *na6; NUMA *na7, *na8, *na9, *na10, *na11, *na12; PIX *pixd, *pixt; PIXA *pixa; outline = 2; pixColumnStats(pixs, NULL, &na1, &na3, &na5, &na7, &na9, &na11); pixd = pixRotateOrth(pixs, 1); pixRowStats(pixd, NULL, &na2, &na4, &na6, &na8, &na10, &na12); /* The png plot files are written to "/tmp/proj.0.png", etc. * These temp files are overwritten each time this * function is called. */ gplotSimple1(na1, GPLOT_PNG, "/tmp/proj.0", "Mean value"); gplotSimple1(na2, GPLOT_PNG, "/tmp/proj.1", "Mean value"); gplotSimple1(na3, GPLOT_PNG, "/tmp/proj.2", "Median value"); gplotSimple1(na4, GPLOT_PNG, "/tmp/proj.3", "Median value"); gplotSimple1(na5, GPLOT_PNG, "/tmp/proj.4", "Mode value"); gplotSimple1(na6, GPLOT_PNG, "/tmp/proj.5", "Mode value"); gplotSimple1(na7, GPLOT_PNG, "/tmp/proj.6", "Mode count"); gplotSimple1(na8, GPLOT_PNG, "/tmp/proj.7", "Mode count"); gplotSimple1(na9, GPLOT_PNG, "/tmp/proj.8", "Variance"); gplotSimple1(na10, GPLOT_PNG, "/tmp/proj.9", "Variance"); gplotSimple1(na11, GPLOT_PNG, "/tmp/proj.10", "Square Root Variance"); gplotSimple1(na12, GPLOT_PNG, "/tmp/proj.11", "Square Root Variance"); #ifndef _WIN32 sleep(1); #else Sleep(1000); #endif /* _WIN32 */ /* Each of the 12 plot files is read into a pix and then: * (1) saved into a pixa for display * (2) saved as a golden file (generate stage) or compared * to the existing golden file (testing stage) */ pixa = pixaCreate(13); pixSaveTiledOutline(pixs, pixa, 1.0, 1, 30, outline, 32); pixt = pixRead("/tmp/proj.0.png"); regTestWritePixAndCheck(rp, pixt, IFF_PNG); /* 0 */ pixSaveTiledOutline(pixt, pixa, 1.0, 1, 30, outline, 32); pixDestroy(&pixt); pixt = pixRead("/tmp/proj.1.png"); regTestWritePixAndCheck(rp, pixt, IFF_PNG); /* 1 */ pixSaveTiledOutline(pixt, pixa, 1.0, 0, 30, outline, 32); pixDestroy(&pixt); pixt = pixRead("/tmp/proj.2.png"); regTestWritePixAndCheck(rp, pixt, IFF_PNG); /* 2 */ pixSaveTiledOutline(pixt, pixa, 1.0, 1, 30, outline, 32); pixDestroy(&pixt); pixt = pixRead("/tmp/proj.3.png"); regTestWritePixAndCheck(rp, pixt, IFF_PNG); /* 3 */ pixSaveTiledOutline(pixt, pixa, 1.0, 0, 30, outline, 32); pixDestroy(&pixt); pixt = pixRead("/tmp/proj.4.png"); regTestWritePixAndCheck(rp, pixt, IFF_PNG); /* 4 */ pixSaveTiledOutline(pixt, pixa, 1.0, 1, 30, outline, 32); pixDestroy(&pixt); pixt = pixRead("/tmp/proj.5.png"); regTestWritePixAndCheck(rp, pixt, IFF_PNG); /* 5 */ pixSaveTiledOutline(pixt, pixa, 1.0, 0, 30, outline, 32); pixDestroy(&pixt); pixt = pixRead("/tmp/proj.6.png"); regTestWritePixAndCheck(rp, pixt, IFF_PNG); /* 6 */ pixSaveTiledOutline(pixt, pixa, 1.0, 1, 30, outline, 32); pixDestroy(&pixt); pixt = pixRead("/tmp/proj.7.png"); regTestWritePixAndCheck(rp, pixt, IFF_PNG); /* 7 */ pixSaveTiledOutline(pixt, pixa, 1.0, 0, 30, outline, 32); pixDestroy(&pixt); pixt = pixRead("/tmp/proj.8.png"); regTestWritePixAndCheck(rp, pixt, IFF_PNG); /* 8 */ pixSaveTiledOutline(pixt, pixa, 1.0, 1, 30, outline, 32); pixDestroy(&pixt); pixt = pixRead("/tmp/proj.9.png"); regTestWritePixAndCheck(rp, pixt, IFF_PNG); /* 9 */ pixSaveTiledOutline(pixt, pixa, 1.0, 0, 30, outline, 32); pixDestroy(&pixt); pixt = pixRead("/tmp/proj.10.png"); regTestWritePixAndCheck(rp, pixt, IFF_PNG); /* 10 */ pixSaveTiledOutline(pixt, pixa, 1.0, 1, 30, outline, 32); pixDestroy(&pixt); pixt = pixRead("/tmp/proj.11.png"); regTestWritePixAndCheck(rp, pixt, IFF_PNG); /* 11 */ pixSaveTiledOutline(pixt, pixa, 1.0, 0, 30, outline, 32); pixDestroy(&pixt); /* The pixa is composited into a pix and 'goldened'/tested */ pixt = pixaDisplay(pixa, 0, 0); regTestWritePixAndCheck(rp, pixt, IFF_PNG); /* 12 */ pixDisplayWithTitle(pixt, 100, 0, NULL, rp->display); pixDestroy(&pixt); pixaDestroy(&pixa); /* The 12 plot files are tested in pairs for identity */ regTestCompareFiles(rp, 0, 1); regTestCompareFiles(rp, 2, 3); regTestCompareFiles(rp, 4, 5); regTestCompareFiles(rp, 6, 7); regTestCompareFiles(rp, 8, 9); regTestCompareFiles(rp, 10, 11); pixDestroy(&pixd); numaDestroy(&na1); numaDestroy(&na2); numaDestroy(&na3); numaDestroy(&na4); numaDestroy(&na5); numaDestroy(&na6); numaDestroy(&na7); numaDestroy(&na8); numaDestroy(&na9); numaDestroy(&na10); numaDestroy(&na11); numaDestroy(&na12); return; } leptonica-1.70/prog/binarize_set.c0000644000175000017500000001515012242267055015305 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * binarize_set.c * * Does 5 different types of binarization for the contest. * * Method 1. Using local background normalization, followed by * a global threshold. * Method 2. Using local background normalization, followed by * Otsu on the result to get a global threshold that * can be applied to the normalized image. * Method 3. Using local background normalization with two different * thresholds. For the part of the image near the text, * a high threshold can be chosen, to render the text * fully in black. For the rest of the image, * much of which is background, use a threshold based on * the Otsu global value of the original image. * Method 4. Background normalization followed by Sauvola binarization. * Method 5. Contrast normalization followed by background normalization * and thresholding. * * The first 3 were submitted to a binarization contest associated * with ICDAR in 2009. The 4th and 5th work better for difficult * images, such as w91frag.jpg. */ #include "allheaders.h" #define ALL 1 int main(int argc, char **argv) { char *infile; l_int32 w, d, i, threshval, ival, newval; l_uint32 val; PIX *pixs, *pixg, *pixg2; PIX *pix1, *pix2; PIXA *pixa; static char mainName[] = "binarize_set"; if (argc != 2) return ERROR_INT(" Syntax: binarize_set infile", mainName, 1); infile = argv[1]; pixa = pixaCreate(5); pixs = pixRead(infile); pixGetDimensions(pixs, &w, NULL, &d); pixSaveTiled(pixs, pixa, 1.0, 1, 50, 32); pixDisplay(pixs, 100, 0); #if ALL /* 1. Standard background normalization with a global threshold. */ pixg = pixConvertTo8(pixs, 0); pix1 = pixBackgroundNorm(pixg, NULL, NULL, 10, 15, 100, 50, 255, 2, 2); pix2 = pixThresholdToBinary(pix1, 160); pixWrite("/tmp/binar1.png", pix2, IFF_PNG); pixDisplay(pix2, 100, 0); pixSaveTiled(pix2, pixa, 1.0, 1, 50, 32); pixDestroy(&pixg); pixDestroy(&pix1); pixDestroy(&pix2); #endif #if ALL /* 2. Background normalization followed by Otsu thresholding. Otsu * binarization attempts to split the image into two roughly equal * sets of pixels, and it does a very poor job when there are large * amounts of dark background. By doing a background normalization * first (to get the background near 255), we remove this problem. * Then we use a modified Otsu to estimate the best global * threshold on the normalized image. */ pixg = pixConvertTo8(pixs, 0); pix1 = pixOtsuThreshOnBackgroundNorm(pixg, NULL, 10, 15, 100, 50, 255, 2, 2, 0.10, &threshval); fprintf(stderr, "thresh val = %d\n", threshval); pixSaveTiled(pix1, pixa, 1.0, 1, 50, 32); pixWrite("/tmp/binar2.png", pix1, IFF_PNG); pixDisplay(pix1, 100, 200); pixDestroy(&pixg); pixDestroy(&pix1); #endif #if ALL /* 3. Background normalization with Otsu threshold estimation and * masking for threshold selection. */ pixg = pixConvertTo8(pixs, 0); pix1 = pixMaskedThreshOnBackgroundNorm(pixg, NULL, 10, 15, 100, 50, 2, 2, 0.10, &threshval); fprintf(stderr, "thresh val = %d\n", threshval); pixSaveTiled(pix1, pixa, 1.0, 1, 50, 32); pixWrite("/tmp/binar3.png", pix1, IFF_PNG); pixDisplay(pix1, 100, 400); pixDestroy(&pixg); pixDestroy(&pix1); #endif #if ALL /* 4. Background normalization followed by Sauvola binarization */ if (d == 32) pixg = pixConvertRGBToGray(pixs, 0.2, 0.7, 0.1); else pixg = pixConvertTo8(pixs, 0); pixg2 = pixContrastNorm(NULL, pixg, 20, 20, 130, 2, 2); pixSauvolaBinarizeTiled(pixg2, 25, 0.40, 1, 1, NULL, &pix1); pixSaveTiled(pix1, pixa, 1.0, 1, 50, 32); pixWrite("/tmp/binar4.png", pix1, IFF_PNG); pixDisplay(pix1, 100, 600); pixDestroy(&pixg); pixDestroy(&pixg2); pixDestroy(&pix1); #endif #if ALL /* 5. Contrast normalization followed by background normalization, and * thresholding. */ if (d == 32) pixg = pixConvertRGBToGray(pixs, 0.2, 0.7, 0.1); else pixg = pixConvertTo8(pixs, 0); pixOtsuAdaptiveThreshold(pixg, 5000, 5000, 0, 0, 0.1, &pix1, NULL); pixGetPixel(pix1, 0, 0, &val); ival = (l_int32)val; newval = ival + (l_int32)(0.6 * (110 - ival)); fprintf(stderr, "th1 = %d, th2 = %d\n", ival, newval); pixDestroy(&pix1); pixContrastNorm(pixg, pixg, 50, 50, 130, 2, 2); pixg2 = pixBackgroundNorm(pixg, NULL, NULL, 20, 20, 70, 40, 200, 2, 2); ival = L_MIN(ival, 110); pix1 = pixThresholdToBinary(pixg2, ival); pixSaveTiled(pix1, pixa, 1.0, 1, 50, 32); pixWrite("/tmp/binar5.png", pix1, IFF_PNG); pixDisplay(pix1, 100, 800); pixDestroy(&pixg); pixDestroy(&pixg2); pixDestroy(&pix1); #endif pix1 = pixaDisplayTiledInRows(pixa, 32, w + 100, 1.0, 0, 30, 2); pixWrite("/tmp/binar6.png", pix1, IFF_PNG); pixDisplay(pix1, 1000, 0); pixDestroy(&pix1); pixaDestroy(&pixa); pixDestroy(&pixs); return 0; } leptonica-1.70/prog/digitprep1.c0000644000175000017500000000673212242266554014710 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * digitprep1.c * * Extract barcode digits and put in a pixaa (a resource file for * readnum.c). */ #include "allheaders.h" static const l_int32 HEIGHT = 32; /* pixels */ int main(int argc, char **argv) { char buf[8]; l_int32 i, n, h; l_float32 scalefact; BOXA *boxa; PIX *pixs, *pix, *pixt1, *pixt2; PIXA *pixa, *pixas, *pixad; PIXAA *pixaa; static char mainName[] = "digitprep1"; if (argc != 1) { ERROR_INT(" Syntax: digitprep1", mainName, 1); return 1; } if ((pixs = pixRead("barcode-digits.png")) == NULL) return ERROR_INT("pixs not read", mainName, 1); /* Extract the digits and scale to HEIGHT */ boxa = pixConnComp(pixs, &pixa, 8); pixas = pixaSort(pixa, L_SORT_BY_X, L_SORT_INCREASING, NULL, L_CLONE); n = pixaGetCount(pixas); /* Move the last ("0") to the first position */ pixt1 = pixaGetPix(pixas, n - 1, L_CLONE); pixaInsertPix(pixas, 0, pixt1, NULL); pixaRemovePix(pixas, n); /* Make the output scaled pixa */ pixad = pixaCreate(n); for (i = 0; i < n; i++) { pixt1 = pixaGetPix(pixas, i, L_CLONE); pixGetDimensions(pixt1, NULL, &h, NULL); scalefact = HEIGHT / (l_float32)h; pixt2 = pixScale(pixt1, scalefact, scalefact); if (pixGetHeight(pixt2) != 32) return ERROR_INT("height not 32!", mainName, 1); sprintf(buf, "%d", i); pixSetText(pixt2, buf); pixaAddPix(pixad, pixt2, L_INSERT); pixDestroy(&pixt1); } /* Save in a pixaa, with 1 pix in each pixa */ pixaa = pixaaCreateFromPixa(pixad, 1, L_CHOOSE_CONSECUTIVE, L_CLONE); pixaaWrite("junkdigits.pixaa", pixaa); /* Show result */ pixt1 = pixaaDisplayByPixa(pixaa, 20, 20, 1000); pixDisplay(pixt1, 100, 100); pixDestroy(&pixt1); boxaDestroy(&boxa); pixaDestroy(&pixa); pixaDestroy(&pixas); pixaDestroy(&pixad); pixaaDestroy(&pixaa); return 0; } leptonica-1.70/prog/distance_reg.c0000644000175000017500000001411212240303223015235 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * distance_reg.c * * This tests pixDistanceFunction for a variety of usage * with all 8 combinations of these parameters: * * connectivity : 4 or 8 * dest depth : 8 or 16 * boundary cond : L_BOUNDARY_BG or L_BOUNDARY_FG */ #include "allheaders.h" static void TestDistance(PIXA *pixa, PIX *pixs, l_int32 conn, l_int32 depth, l_int32 bc, L_REGPARAMS *rp); #define DEBUG 0 int main(int argc, char **argv) { l_int32 i, j, k, index, conn, depth, bc; BOX *box; PIX *pix, *pixs, *pixd; PIXA *pixa; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; pix = pixRead("feyn.tif"); box = boxCreate(383, 338, 1480, 1050); pixs = pixClipRectangle(pix, box, NULL); regTestWritePixAndCheck(rp, pixs, IFF_PNG); /* 0 */ for (i = 0; i < 2; i++) { conn = 4 + 4 * i; for (j = 0; j < 2; j++) { depth = 8 + 8 * j; for (k = 0; k < 2; k++) { bc = k + 1; index = 4 * i + 2 * j + k; fprintf(stderr, "Set %d\n", index); if (DEBUG) { fprintf(stderr, "%d: conn = %d, depth = %d, bc = %d\n", rp->index + 1, conn, depth, bc); } pixa = pixaCreate(0); pixSaveTiled(pixs, pixa, 1.0, 1, 20, 8); TestDistance(pixa, pixs, conn, depth, bc, rp); pixd = pixaDisplay(pixa, 0, 0); pixDisplayWithTitle(pixd, 0, 0, NULL, rp->display); pixaDestroy(&pixa); pixDestroy(&pixd); } } } boxDestroy(&box); pixDestroy(&pix); pixDestroy(&pixs); return regTestCleanup(rp); } static void TestDistance(PIXA *pixa, PIX *pixs, l_int32 conn, l_int32 depth, l_int32 bc, L_REGPARAMS *rp) { PIX *pixt1, *pixt2, *pixt3, *pixt4, *pixt5; /* Test the distance function and display */ pixInvert(pixs, pixs); pixt1 = pixDistanceFunction(pixs, conn, depth, bc); regTestWritePixAndCheck(rp, pixt1, IFF_PNG); /* a + 1 */ pixSaveTiled(pixt1, pixa, 1.0, 1, 20, 0); pixInvert(pixs, pixs); pixt2 = pixMaxDynamicRange(pixt1, L_LOG_SCALE); regTestWritePixAndCheck(rp, pixt2, IFF_JFIF_JPEG); /* a + 2 */ pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 0); pixDestroy(&pixt1); pixDestroy(&pixt2); /* Test the distance function and display with contour rendering */ pixInvert(pixs, pixs); pixt1 = pixDistanceFunction(pixs, conn, depth, bc); regTestWritePixAndCheck(rp, pixt1, IFF_PNG); /* a + 3 */ pixSaveTiled(pixt1, pixa, 1.0, 1, 20, 0); pixInvert(pixs, pixs); pixt2 = pixRenderContours(pixt1, 2, 4, 1); /* binary output */ regTestWritePixAndCheck(rp, pixt2, IFF_PNG); /* a + 4 */ pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 0); pixt3 = pixRenderContours(pixt1, 2, 4, depth); pixt4 = pixMaxDynamicRange(pixt3, L_LINEAR_SCALE); regTestWritePixAndCheck(rp, pixt4, IFF_JFIF_JPEG); /* a + 5 */ pixSaveTiled(pixt4, pixa, 1.0, 0, 20, 0); pixt5 = pixMaxDynamicRange(pixt3, L_LOG_SCALE); regTestWritePixAndCheck(rp, pixt5, IFF_JFIF_JPEG); /* a + 6 */ pixSaveTiled(pixt5, pixa, 1.0, 0, 20, 0); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); pixDestroy(&pixt5); /* Label all pixels in each c.c. with a color equal to the * max distance of any pixel within that c.c. from the bg. * Note that we've normalized so the dynamic range extends * to 255. For the image here, each unit of distance is * represented by about 21 grayscale units. The largest * distance is 12. */ if (depth == 8) { pixt1 = pixDistanceFunction(pixs, conn, depth, bc); pixt4 = pixMaxDynamicRange(pixt1, L_LOG_SCALE); regTestWritePixAndCheck(rp, pixt4, IFF_JFIF_JPEG); /* b + 1 */ pixSaveTiled(pixt4, pixa, 1.0, 1, 20, 0); pixt2 = pixCreateTemplate(pixt1); pixSetMasked(pixt2, pixs, 255); regTestWritePixAndCheck(rp, pixt2, IFF_JFIF_JPEG); /* b + 2 */ pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 0); pixSeedfillGray(pixt1, pixt2, 4); pixt3 = pixMaxDynamicRange(pixt1, L_LINEAR_SCALE); regTestWritePixAndCheck(rp, pixt3, IFF_JFIF_JPEG); /* b + 3 */ pixSaveTiled(pixt3, pixa, 1.0, 0, 20, 0); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); } return; } leptonica-1.70/prog/weasel4.11c.png0000444000175000017500000000173110565760306015121 0ustar dandan‰PNG  IHDRRI\lð!PLTEXI4²þóó󬬬ƛl SRN°d“sRS èÜâ pHYsb&2^IDATxœÖ1SÛ0`®PSºya`$ùȯ=¬“WõS æ)ñÄ‘ —Nܵ@²14néT®×Àñ+û$ÇŽlÙ!â|€ýñ¤÷ôä°AÖëË0±Ç¶ùË8—›oźÈå¨þ9Åë ¥®BÖÇô'mµèÁ›1åÐ6~Q$Á*éyzØÞàrµdW<Åxðüø;Z-%ïÆ”Êλb¥ô?îÑpÀ9¿i’U÷=4@å-†##TàñÏùĆ<‰Ú…›’R¥ý¡ƒY@ùy«µ”¥T]ƒxçÎÍùݘÖIDzø0ÔLÉK#¦uur9nÛ²€lX@*0„Y»@©%irÀ˜ßIUP|¹Îwûé-¥XLF‹ŠueÏ”ºé¥vªøS<[ìº'–,N1?þ˜ïÁˆ 4¥yâè²£¦†Ø÷È}“$€36ÆÒyÚý»† #ÂÜùrò¤Q²>‘{° (še@À×Ë­lÖqž‰]#fdÅÄ“ñ%Iè}LüSW¬lp—µZD°•¢úýª”³tv7¢ôSŸ°Ó½Bz2°b g–âΈH×íçadíQéÀÁâu¾aB±–4”ZëìÎæ¸|x±;'ú„,P!Ãÿøf#—•Ó^3H!×ëËÿC½GHDϧÿIEND®B`‚leptonica-1.70/prog/colorseg_reg.c0000644000175000017500000000702512240303321015264 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * colorseg_reg.c * * This explores the space of the four parameters input for color * segmentation. Of the four, only two strongly determine the * output result: * maxdist (the maximum distance between pixels that get * clustered: 20 is very small, 180 is very large) * selsize (responsible for smoothing the result: 0 is no * smoothing (fine texture), 8 is large smoothing) * * For large selsize (>~ 6), large regions get the same color, * and there are few colors in the final result. * * The other two parameters, maxcolors and finalcolors, can be * set small (~4) or large (~20). When set large, @maxdist will * be most influential in determining the actual number of colors. */ #include "allheaders.h" static const l_int32 MaxColors[] = {4, 8, 16}; static const l_int32 FinalColors[] = {4, 8, 16}; int main(int argc, char **argv) { char namebuf[256]; l_int32 i, j, k, maxdist, maxcolors, selsize, finalcolors; PIX *pixs, *pixt, *pixd; PIXA *pixa; static char mainName[] = "colorseg_reg"; if (argc != 1) return ERROR_INT("Syntax: colorseg_reg", mainName, 1); pixs = pixRead("tetons.jpg"); for (k = 0; k < 3; k++) { maxcolors = MaxColors[k]; finalcolors = FinalColors[k]; pixa = pixaCreate(0); pixSaveTiled(pixs, pixa, 1.0, 1, 15, 32); for (i = 1; i <= 9; i++) { maxdist = 20 * i; for (j = 0; j <= 6; j++) { selsize = j; pixt = pixColorSegment(pixs, maxdist, maxcolors, selsize, finalcolors); pixSaveTiled(pixt, pixa, 1.0, j == 0 ? 1 : 0, 15, 32); pixDestroy(&pixt); } } pixd = pixaDisplay(pixa, 0, 0); pixDisplay(pixd, 100, 100); sprintf(namebuf, "/tmp/junkcolorseg%d.jpg", k); pixWrite(namebuf, pixd, IFF_JFIF_JPEG); pixDestroy(&pixd); pixaDestroy(&pixa); } pixDestroy(&pixs); return 0; } leptonica-1.70/prog/sudoku2.dat0000444000175000017500000000027311465606421014547 0ustar dandan# sudoku2.dat # 3 stars 0 1 0 0 6 0 0 2 4 7 0 0 0 0 3 0 0 0 5 6 0 0 9 0 3 0 0 0 5 4 1 0 0 8 7 0 0 0 0 0 0 0 0 0 0 0 8 7 0 0 9 2 4 0 0 0 5 0 3 0 0 9 8 0 0 0 8 0 0 0 0 3 8 3 0 0 7 0 0 6 0 leptonica-1.70/prog/arithtest.c0000644000175000017500000000535012242267073014637 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * arithtest.c * */ #include "allheaders.h" int main(int argc, char **argv) { char *filein; l_int32 w, h; PIX *pixs, *pix1, *pix2, *pix3, *pix4, *pix5; static char mainName[] = "arithtest"; if (argc != 2) return ERROR_INT(" Syntax: arithtest filein", mainName, 1); filein = argv[1]; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pix not made", mainName, 1); /* Input a grayscale image and convert it to 16 bpp */ pixGetDimensions(pixs, &w, &h, NULL); pix1 = pixInitAccumulate(w, h, 0); pixAccumulate(pix1, pixs, L_ARITH_ADD); pixMultConstAccumulate(pix1, 255., 0); pix2 = pixFinalAccumulate(pix1, 0, 16); l_pngSetReadStrip16To8(0); pixWrite("/tmp/pix1.png", pix2, IFF_PNG); /* Convert it back to 8 bpp, linear mapped */ pix3 = pixMaxDynamicRange(pix2, L_LINEAR_SCALE); pixWrite("/tmp/pix2.png", pix3, IFF_PNG); /* Convert it back to 8 bpp using the MSB */ pix4 = pixRead("/tmp/pix1.png"); pix5 = pixConvert16To8(pix4, 1); pixWrite("/tmp/pix3.png", pix5, IFF_PNG); pixDestroy(&pixs); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); pixDestroy(&pix5); return 0; } leptonica-1.70/prog/blend3_reg.c0000640000175000017500000001767012240303423014624 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * blend3_reg.c * * 42 results: 6 input image combinations * 7 blendings */ #include "allheaders.h" #define X 140 #define Y 40 #define ALL 1 static PIX *BlendTest(const char *file1, const char *file2, l_float32 fract); int main(int argc, char **argv) { PIX *pixt, *pixd; PIXA *pixa; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; pixa = pixaCreate(6); pixt = BlendTest("marge.jpg", "feyn-word.tif", 0.5); pixaAddPix(pixa, pixt, L_INSERT); regTestWritePixAndCheck(rp, pixt, IFF_JFIF_JPEG); /* 0 */ pixDisplayWithTitle(pixt, 0, 0, NULL, rp->display); pixt = BlendTest("marge.jpg", "weasel8.png", 0.3); pixaAddPix(pixa, pixt, L_INSERT); regTestWritePixAndCheck(rp, pixt, IFF_JFIF_JPEG); /* 1 */ pixDisplayWithTitle(pixt, 0, 200, NULL, rp->display); pixt = BlendTest("marge.jpg", "weasel8.240c.png", 0.3); pixaAddPix(pixa, pixt, L_INSERT); regTestWritePixAndCheck(rp, pixt, IFF_JFIF_JPEG); /* 2 */ pixDisplayWithTitle(pixt, 0, 400, NULL, rp->display); pixt = BlendTest("test8.jpg", "feyn-word.tif", 0.5); pixaAddPix(pixa, pixt, L_INSERT); regTestWritePixAndCheck(rp, pixt, IFF_JFIF_JPEG); /* 3 */ pixDisplayWithTitle(pixt, 0, 600, NULL, rp->display); pixt = BlendTest("test8.jpg", "weasel8.png", 0.5); pixaAddPix(pixa, pixt, L_INSERT); regTestWritePixAndCheck(rp, pixt, IFF_JFIF_JPEG); /* 4 */ pixDisplayWithTitle(pixt, 0, 800, NULL, rp->display); pixt = BlendTest("test8.jpg", "weasel8.240c.png", 0.6); pixaAddPix(pixa, pixt, L_INSERT); regTestWritePixAndCheck(rp, pixt, IFF_JFIF_JPEG); /* 5 */ pixDisplayWithTitle(pixt, 0, 1000, NULL, rp->display); pixd = pixaDisplayTiledInRows(pixa, 32, 1800, 1.0, 0, 20, 2); pixWrite("/tmp/blendall.jpg", pixd, IFF_JFIF_JPEG); pixaDestroy(&pixa); pixDestroy(&pixd); return regTestCleanup(rp); } static PIX * BlendTest(const char *file1, const char *file2, l_float32 fract) { l_int32 d1, d2; PIX *pixs1, *pixs2, *pix1, *pix2, *pix3, *pix4, *pix5, *pixd; PIXA *pixa; pixs1 = pixRead(file1); pixs2 = pixRead(file2); d1 = pixGetDepth(pixs1); d2 = pixGetDepth(pixs2); pixa = pixaCreate(7); #if ALL if (d1 == 1) { pix1 = pixBlend(pixs1, pixs2, X, Y, fract); pix2 = pixBlend(pix1, pixs2, X, Y + 60, fract); pix3 = pixBlend(pix2, pixs2, X, Y + 120, fract); pix4 = pixBlend(pix3, pixs2, X, Y + 180, fract); pix5 = pixBlend(pix4, pixs2, X, Y + 240, fract); pixd = pixBlend(pix5, pixs2, X, Y + 300, fract); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); pixDestroy(&pix5); } else { pix1 = pixBlend(pixs1, pixs2, X, Y, fract); pix2 = pixBlend(pix1, pixs2, X + 80, Y + 80, fract); pix3 = pixBlend(pix2, pixs2, X + 160, Y + 160, fract); pix4 = pixBlend(pix3, pixs2, X + 240, Y + 240, fract); pix5 = pixBlend(pix4, pixs2, X + 320, Y + 320, fract); pixd = pixBlend(pix5, pixs2, X + 360, Y + 360, fract); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); pixDestroy(&pix5); } pixaAddPix(pixa, pixd, L_INSERT); #endif #if ALL /* Gray blend */ if (d2 >= 8) pixSnapColor(pixs2, pixs2, 0xff, 0xff, 50); pixd = pixBlendGray(NULL, pixs1, pixs2, 200, 100, fract, L_BLEND_GRAY, 1, 0xff); pixBlendGray(pixd, pixd, pixs2, 200, 200, fract, L_BLEND_GRAY, 1, 0xff); pixBlendGray(pixd, pixd, pixs2, 200, 260, fract, L_BLEND_GRAY, 1, 0xff); pixBlendGray(pixd, pixd, pixs2, 200, 340, fract, L_BLEND_GRAY, 1, 0xff); pixaAddPix(pixa, pixd, L_INSERT); #endif #if ALL /* Gray blend (with inverse) */ if (d2 >= 8) pixSnapColor(pixs2, pixs2, 0xff, 0xff, 50); pixd = pixBlendGray(NULL, pixs1, pixs2, 200, 100, fract, L_BLEND_GRAY_WITH_INVERSE, 1, 0xff); pixBlendGray(pixd, pixd, pixs2, 200, 200, fract, L_BLEND_GRAY_WITH_INVERSE, 1, 0xff); pixBlendGray(pixd, pixd, pixs2, 200, 260, fract, L_BLEND_GRAY_WITH_INVERSE, 1, 0xff); pixBlendGray(pixd, pixd, pixs2, 200, 340, fract, L_BLEND_GRAY_WITH_INVERSE, 1, 0xff); pixaAddPix(pixa, pixd, L_INSERT); #endif #if ALL /* Blend Gray for robustness */ if (d2 >= 8) pixSnapColor(pixs2, pixs2, 0xff, 0xff, 50); pixd = pixBlendGrayInverse(NULL, pixs1, pixs2, 200, 100, fract); pixBlendGrayInverse(pixd, pixd, pixs2, 200, 200, fract); pixBlendGrayInverse(pixd, pixd, pixs2, 200, 260, fract); pixBlendGrayInverse(pixd, pixd, pixs2, 200, 340, fract); pixaAddPix(pixa, pixd, L_INSERT); #endif #if ALL /* Blend Gray adapted */ if (d2 >= 8) pixSnapColor(pixs2, pixs2, 0xff, 0xff, 50); pixd = pixBlendGrayAdapt(NULL, pixs1, pixs2, 200, 100, fract, 120); pixBlendGrayAdapt(pixd, pixd, pixs2, 200, 200, fract, 120); pixBlendGrayAdapt(pixd, pixd, pixs2, 200, 260, fract, 120); pixBlendGrayAdapt(pixd, pixd, pixs2, 200, 340, fract, 120); pixaAddPix(pixa, pixd, L_INSERT); #endif #if ALL /* Blend color */ if (d2 >= 8) pixSnapColor(pixs2, pixs2, 0xffffff00, 0xffffff00, 50); pixd = pixBlendColor(NULL, pixs1, pixs2, 200, 100, fract, 1, 0xffffff00); pixBlendColor(pixd, pixd, pixs2, 200, 200, fract, 1, 0xffffff00); pixBlendColor(pixd, pixd, pixs2, 200, 260, fract, 1, 0xffffff00); pixBlendColor(pixd, pixd, pixs2, 200, 340, fract, 1, 0xffffff00); pixaAddPix(pixa, pixd, L_INSERT); #endif #if ALL /* Blend color by channel */ if (d2 >= 8) pixSnapColor(pixs2, pixs2, 0xffffff00, 0xffffff00, 50); pixd = pixBlendColorByChannel(NULL, pixs1, pixs2, 200, 100, 1.6 * fract, fract, 0.5 * fract, 1, 0xffffff00); pixBlendColorByChannel(pixd, pixd, pixs2, 200, 200, 1.2 * fract, fract, 0.2 * fract, 1, 0xffffff00); pixBlendColorByChannel(pixd, pixd, pixs2, 200, 260, 1.6 * fract, 1.8 * fract, 0.3 * fract, 1, 0xffffff00); pixBlendColorByChannel(pixd, pixd, pixs2, 200, 340, 0.4 * fract, 1.3 * fract, 1.8 * fract, 1, 0xffffff00); pixaAddPix(pixa, pixd, L_INSERT); #endif pixd = pixaDisplayTiledInRows(pixa, 32, 2500, 0.5, 0, 20, 2); pixaDestroy(&pixa); pixDestroy(&pixs1); pixDestroy(&pixs2); return pixd; } leptonica-1.70/prog/sorttest.c0000640000175000017500000000642612242265601014513 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * sorttest.c * * Tests sorting of connected components by various attributes, * in increasing or decreasing order. */ #include "allheaders.h" int main(int argc, char **argv) { char *filein; l_int32 i, n, ns; BOX *box; BOXA *boxa, *boxas; PIX *pixs, *pixt; PIXA *pixa, *pixas, *pixas2; static char mainName[] = "sorttest"; if (argc != 2) return ERROR_INT(" Syntax: sorttest filein", mainName, 1); filein = argv[1]; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pixs not made", mainName, 1); #if 0 boxa = pixConnComp(pixs, NULL, 8); n = boxaGetCount(boxa); boxas = boxaSort(boxa, L_SORT_BY_PERIMETER, L_SORT_DECREASING, NULL); ns = boxaGetCount(boxas); fprintf(stderr, "Number of cc: n = %d, ns = %d\n", n, ns); boxaWrite("/tmp/junkboxa.ba", boxas); for (i = 0; i < n; i++) { box = boxaGetBox(boxas, i, L_CLONE); pixRenderBox(pixs, box, 2, L_FLIP_PIXELS); boxDestroy(&box); } pixWrite("/tmp/junkout.png", pixs, IFF_PNG); boxaDestroy(&boxa); boxaDestroy(&boxas); #endif #if 1 boxa = pixConnComp(pixs, &pixa, 8); n = pixaGetCount(pixa); pixas = pixaSort(pixa, L_SORT_BY_Y, L_SORT_INCREASING, NULL, L_CLONE); ns = pixaGetCount(pixas); fprintf(stderr, "Number of cc: n = %d, ns = %d\n", n, ns); pixaWrite("/tmp/pixa.pa", pixas); pixas2 = pixaRead("/tmp/pixa.pa"); pixaWrite("/tmp/pixa2.pa", pixas2); pixt = pixaDisplayOnLattice(pixas, 100, 100, NULL, NULL); pixWrite("/tmp/sorted.png", pixt, IFF_PNG); boxaWrite("/tmp/boxa.ba", pixas->boxa); pixDestroy(&pixt); pixaDestroy(&pixa); pixaDestroy(&pixas); pixaDestroy(&pixas2); boxaDestroy(&boxa); #endif pixDestroy(&pixs); return 0; } leptonica-1.70/prog/ptra1_reg.c0000644000175000017500000003150012240302553014477 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * ptra1_reg.c * * Testing basic ptra operations */ #include "allheaders.h" static void MakePtrasFromPixa(PIXA *pixa, L_PTRA **ppapix, L_PTRA **ppabox, l_int32 copyflag); static PIXA *ReconstructPixa(L_PTRA *papix, L_PTRA *pabox, l_int32 choose); static PIXA *ReconstructPixa1(L_PTRA *papix, L_PTRA *pabox); static PIXA *ReconstructPixa2(L_PTRA *papix, L_PTRA *pabox); static void CopyPtras(L_PTRA *papixs, L_PTRA *paboxs, L_PTRA **ppapixd, L_PTRA **ppaboxd); static void DisplayResult(PIXA *pixac, PIXA **ppixa, l_int32 w, l_int32 h, l_int32 newline); #define CHOOSE_RECON 2 /* 1 or 2 */ int main(int argc, char **argv) { l_int32 i, n, w, h, nactual, imax; BOX *box; BOXA *boxa; PIX *pixs, *pixd, *pix; PIXA *pixas, *pixat, *pixac; L_PTRA *papix, *pabox, *papix2, *pabox2; static char mainName[] = "ptra1_reg"; if (argc != 1) return ERROR_INT(" Syntax: ptra1_reg", mainName, 1); pixac = pixaCreate(0); if ((pixs = pixRead("lucasta.1.300.tif")) == NULL) return ERROR_INT("pixs not made", mainName, 1); pixGetDimensions(pixs, &w, &h, NULL); boxa = pixConnComp(pixs, &pixas, 8); pixDestroy(&pixs); boxaDestroy(&boxa); n = pixaGetCount(pixas); /* Fill ptras with clones and reconstruct */ fprintf(stderr, "Fill with clones and reconstruct\n"); MakePtrasFromPixa(pixas, &papix, &pabox, L_CLONE); pixat = ReconstructPixa(papix, pabox, CHOOSE_RECON); ptraDestroy(&papix, 0, 1); ptraDestroy(&pabox, 0, 1); DisplayResult(pixac, &pixat, w, h, 1); /* Remove every other one for the first half; * with compaction at each removal */ fprintf(stderr, "Remove every other in 1st half, with compaction\n"); MakePtrasFromPixa(pixas, &papix, &pabox, L_COPY); for (i = 0; i < n / 2; i++) { if (i % 2 == 0) { pix = (PIX *)ptraRemove(papix, i, L_COMPACTION); box = (BOX *)ptraRemove(pabox, i, L_COMPACTION); pixDestroy(&pix); boxDestroy(&box); } } pixat = ReconstructPixa(papix, pabox, CHOOSE_RECON); ptraDestroy(&papix, 0, 1); ptraDestroy(&pabox, 0, 1); DisplayResult(pixac, &pixat, w, h, 0); /* Remove every other one for the entire set, * but without compaction at each removal */ fprintf(stderr, "Remove every other in 1st half, without & then with compaction\n"); MakePtrasFromPixa(pixas, &papix, &pabox, L_COPY); for (i = 0; i < n; i++) { if (i % 2 == 0) { pix = (PIX *)ptraRemove(papix, i, L_NO_COMPACTION); box = (BOX *)ptraRemove(pabox, i, L_NO_COMPACTION); pixDestroy(&pix); boxDestroy(&box); } } ptraCompactArray(papix); /* now do the compaction */ ptraCompactArray(pabox); pixat = ReconstructPixa(papix, pabox, CHOOSE_RECON); ptraDestroy(&papix, 0, 1); ptraDestroy(&pabox, 0, 1); DisplayResult(pixac, &pixat, w, h, 0); /* Fill ptras using insert at head, and reconstruct */ fprintf(stderr, "Insert at head and reconstruct\n"); papix = ptraCreate(n); pabox = ptraCreate(n); for (i = 0; i < n; i++) { pix = pixaGetPix(pixas, i, L_CLONE); box = pixaGetBox(pixas, i, L_CLONE); ptraInsert(papix, 0, pix, L_MIN_DOWNSHIFT); ptraInsert(pabox, 0, box, L_FULL_DOWNSHIFT); } pixat = ReconstructPixa(papix, pabox, CHOOSE_RECON); ptraDestroy(&papix, 0, 1); ptraDestroy(&pabox, 0, 1); DisplayResult(pixac, &pixat, w, h, 1); /* Reverse the arrays by swapping */ fprintf(stderr, "Reverse by swapping\n"); MakePtrasFromPixa(pixas, &papix, &pabox, L_CLONE); for (i = 0; i < n / 2; i++) { ptraSwap(papix, i, n - i - 1); ptraSwap(pabox, i, n - i - 1); } ptraCompactArray(papix); /* already compact; shouldn't do anything */ ptraCompactArray(pabox); pixat = ReconstructPixa(papix, pabox, CHOOSE_RECON); ptraDestroy(&papix, 0, 1); ptraDestroy(&pabox, 0, 1); DisplayResult(pixac, &pixat, w, h, 0); /* Remove at the top of the array and push the hole to the end * by neighbor swapping (!). This is O(n^2), so it's not a * recommended way to copy a ptra. [joke] */ fprintf(stderr, "Remove at top, pushing hole to end by swapping -- O(n^2)\n"); MakePtrasFromPixa(pixas, &papix, &pabox, L_CLONE); papix2 = ptraCreate(0); pabox2 = ptraCreate(0); while (1) { ptraGetActualCount(papix, &nactual); if (nactual == 0) break; ptraGetMaxIndex(papix, &imax); pix = (PIX *)ptraRemove(papix, 0, L_NO_COMPACTION); box = (BOX *)ptraRemove(pabox, 0, L_NO_COMPACTION); ptraAdd(papix2, pix); ptraAdd(pabox2, box); for (i = 1; i <= imax; i++) { ptraSwap(papix, i - 1, i); ptraSwap(pabox, i - 1, i); } } ptraCompactArray(papix); /* should be empty */ ptraCompactArray(pabox); /* ditto */ pixat = ReconstructPixa(papix, pabox, CHOOSE_RECON); ptraDestroy(&papix, 0, 1); ptraDestroy(&pabox, 0, 1); DisplayResult(pixac, &pixat, w, h, 1); /* nothing there */ pixat = ReconstructPixa(papix2, pabox2, CHOOSE_RECON); ptraDestroy(&papix2, 0, 1); ptraDestroy(&pabox2, 0, 1); DisplayResult(pixac, &pixat, w, h, 0); /* Remove and insert one position above, allowing minimum downshift. * If you specify L_AUTO_DOWNSHIFT, because there is only 1 hole, * it will do a full downshift at each insert. This is a * situation where the heuristic (expected number of holes) * fails to do the optimal thing. */ fprintf(stderr, "Remove and insert one position above (min downshift)\n"); MakePtrasFromPixa(pixas, &papix, &pabox, L_CLONE); for (i = 1; i < n; i++) { pix = (PIX *)ptraRemove(papix, i, L_NO_COMPACTION); box = (BOX *)ptraRemove(pabox, i, L_NO_COMPACTION); ptraInsert(papix, i - 1, pix, L_MIN_DOWNSHIFT); ptraInsert(pabox, i - 1, box, L_MIN_DOWNSHIFT); } pixat = ReconstructPixa(papix, pabox, CHOOSE_RECON); ptraDestroy(&papix, 0, 1); ptraDestroy(&pabox, 0, 1); DisplayResult(pixac, &pixat, w, h, 1); /* Remove and insert one position above, but this time * forcing a full downshift at each step. */ fprintf(stderr, "Remove and insert one position above (full downshift)\n"); MakePtrasFromPixa(pixas, &papix, &pabox, L_CLONE); for (i = 1; i < n; i++) { pix = (PIX *)ptraRemove(papix, i, L_NO_COMPACTION); box = (BOX *)ptraRemove(pabox, i, L_NO_COMPACTION); ptraInsert(papix, i - 1, pix, L_AUTO_DOWNSHIFT); ptraInsert(pabox, i - 1, box, L_AUTO_DOWNSHIFT); } /* ptraCompactArray(papix); ptraCompactArray(pabox); */ pixat = ReconstructPixa(papix, pabox, CHOOSE_RECON); ptraDestroy(&papix, 0, 1); ptraDestroy(&pabox, 0, 1); DisplayResult(pixac, &pixat, w, h, 0); pixd = pixaDisplay(pixac, 0, 0); pixDisplay(pixd, 100, 100); pixWrite("/tmp/junkptra1.png", pixd, IFF_PNG); pixDestroy(&pixd); pixaDestroy(&pixac); pixaDestroy(&pixas); return 0; } static void MakePtrasFromPixa(PIXA *pixa, L_PTRA **ppapix, L_PTRA **ppabox, l_int32 copyflag) { l_int32 i, n; BOX *box; PIX *pix; L_PTRA *papix, *pabox; n = pixaGetCount(pixa); papix = ptraCreate(n); pabox = ptraCreate(n); for (i = 0; i < n; i++) { pix = pixaGetPix(pixa, i, copyflag); box = pixaGetBox(pixa, i, copyflag); ptraAdd(papix, pix); ptraAdd(pabox, box); } *ppapix = papix; *ppabox = pabox; return; } static PIXA * ReconstructPixa(L_PTRA *papix, L_PTRA *pabox, l_int32 choose) { PIXA *pixa; if (choose == 1) pixa = ReconstructPixa1(papix, pabox); else pixa = ReconstructPixa2(papix, pabox); return pixa; } /* Reconstruction without compaction */ static PIXA * ReconstructPixa1(L_PTRA *papix, L_PTRA *pabox) { l_int32 i, imax, nactual; BOX *box; PIX *pix; PIXA *pixat; ptraGetMaxIndex(papix, &imax); ptraGetActualCount(papix, &nactual); fprintf(stderr, "Before removal: imax = %4d, actual = %4d\n", imax, nactual); pixat = pixaCreate(imax + 1); for (i = 0; i <= imax; i++) { pix = (PIX *)ptraRemove(papix, i, L_NO_COMPACTION); box = (BOX *)ptraRemove(pabox, i, L_NO_COMPACTION); if (pix) pixaAddPix(pixat, pix, L_INSERT); if (box) pixaAddBox(pixat, box, L_INSERT); } ptraGetMaxIndex(papix, &imax); ptraGetActualCount(papix, &nactual); fprintf(stderr, "After removal: imax = %4d, actual = %4d\n\n", imax, nactual); return pixat; } /* Reconstruction with compaction */ static PIXA * ReconstructPixa2(L_PTRA *papix, L_PTRA *pabox) { l_int32 i, imax, nactual; BOX *box; PIX *pix; PIXA *pixat; ptraGetMaxIndex(papix, &imax); ptraGetActualCount(papix, &nactual); fprintf(stderr, "Before removal: imax = %4d, actual = %4d\n", imax, nactual); /* Remove half */ pixat = pixaCreate(imax + 1); for (i = 0; i <= imax; i++) { if (i % 2 == 0) { pix = (PIX *)ptraRemove(papix, i, L_NO_COMPACTION); box = (BOX *)ptraRemove(pabox, i, L_NO_COMPACTION); if (pix) pixaAddPix(pixat, pix, L_INSERT); if (box) pixaAddBox(pixat, box, L_INSERT); } } /* Compact */ ptraGetMaxIndex(papix, &imax); ptraGetActualCount(papix, &nactual); fprintf(stderr, "Before compaction: imax = %4d, actual = %4d\n", imax, nactual); ptraCompactArray(papix); ptraCompactArray(pabox); ptraGetMaxIndex(papix, &imax); ptraGetActualCount(papix, &nactual); fprintf(stderr, "After compaction: imax = %4d, actual = %4d\n", imax, nactual); /* Remove the rest (and test compaction with removal) */ while (1) { ptraGetActualCount(papix, &nactual); if (nactual == 0) break; pix = (PIX *)ptraRemove(papix, 0, L_COMPACTION); box = (BOX *)ptraRemove(pabox, 0, L_COMPACTION); pixaAddPix(pixat, pix, L_INSERT); pixaAddBox(pixat, box, L_INSERT); } ptraGetMaxIndex(papix, &imax); ptraGetActualCount(papix, &nactual); fprintf(stderr, "After removal: imax = %4d, actual = %4d\n\n", imax, nactual); return pixat; } static void CopyPtras(L_PTRA *papixs, L_PTRA *paboxs, L_PTRA **ppapixd, L_PTRA **ppaboxd) { l_int32 i, imax; BOX *box; PIX *pix; ptraGetMaxIndex(papixs, &imax); *ppapixd = ptraCreate(imax + 1); *ppaboxd = ptraCreate(imax + 1); for (i = 0; i <= imax; i++) { pix = pixCopy(NULL, (PIX *)ptraGetPtrToItem(papixs, i)); box = boxCopy((BOX *)ptraGetPtrToItem(paboxs, i)); ptraAdd(*ppapixd, pix); ptraAdd(*ppaboxd, box); } return; } static void DisplayResult(PIXA *pixac, PIXA **ppixa, l_int32 w, l_int32 h, l_int32 newline) { PIX *pixd; pixd = pixaDisplay(*ppixa, w, h); pixSaveTiled(pixd, pixac, 1, newline, 30, 8); pixDestroy(&pixd); pixaDestroy(ppixa); return; } leptonica-1.70/prog/weasel-113c.png0000444000175000017500000000464610400443670015115 0ustar dandan‰PNG  IHDRRI™ãñSPLTE$!99&!1)%$#))11)!1)151$544BRZ!F6%F91R9)kczB9BIG7RB)VE2RR9cJ5eR7sZ9IIFRJJURGUUUZcciXFcVRsZBccZxcHscR{sZffewwvˆ—„1!ª¼ˆjIŒsJŒsR”sJ™wTˆ{s”{c¥{Z΄„{œ„kœ„s§…Y«ˆc­”sµŒc»”hÆ›kÆœs†††”Œ„””Œš™™œœ¥œ¥¥ªœŒ¥œš¨¥œ½­œªªª­­µ­µ­­µµµ­­µ­µµµ­¶¶¶½½Æ½Æ½Î½¥Æ½»Æ½ÆÆƽçÖ½ÉÉÉÎÎÖÖÎÖÖÖÎÙÙÙÞÞççÞÞççÞëëëïï÷ï÷ïï÷÷÷ïï÷÷ïýýýJˆ,œ pHYsb&2ùIDATxœµ˜ý[ÛÖÇO5ßͳ’Š1n\%åe˜Ff3³^2‘ȸ0ÊÔU.ÎÖèÿÿiçÞ+ëõúI×g;2~Ãúø{^î¹Ç‚ônð@†Æ'쩸[—ÿw°†\ŸÍîg³Ùô¾~KØQµøûXbÖz iÌ’)~ú~Z¿%Ó{üÏ´à1£4ãÜ|'ïîâí/§ •2»7¦¶Ä´ 19ô.¾aø;¡òûiMåB›"±"Ò„õ èRzG)½¥4D;¥±eÐäç"3+4ÂÀ÷n¯éÝõÄTÙæeDɇÿ9͉<÷=ïÔH+»ŽóR‡€!úe* ‰îÒ #ZDw=Ï÷|6ò_?™ÄIò£ RòDÁ—H4Ú'>#zîØÛˆüXC&É`L£sÊ5þ3ŽC‚º<¯«D¨qìqwH?C䬂Äb MfŠßD£ ¬&ñš¥[CYî¨ úÌg þ©Ö&òg~öw@k,H¾Æù&#ìN´ VxÅ oý’P¶Ð›Žó—¶a‡qND‰“Š^óUöžô0älY†¦©ªa–j„ù\écERêà£&’÷K±ÃF¶Fø[îc‰(ή|™«H[p6ÄñuÈ™-¶mB:n%’2Ç=¯-Û(ØöejšÆ×23Ç9ÎVO_©=ÚqÜzP}½©2a*cÃ4ƒÀÆ0ÁÛÛºjÁtž/ã·áàR‹›¹t;›;N£6ÆãA©Ëýòîà ° )»èÄV=C=ù)¸j `Åã»NËîüìA–l¢¥N…@áF¯éxÌçÖß°"ÕßægŒ{‘•Ñ“6z¼›ZJ%ác¿©2ÎRÎç µ—^ܺ¨+‚}ŽÙŠW+Ï~£Óyaò…¨·¨“.B:GKP˜SÙÕÐ÷'M•”A©~lL)Ï©;ô;-\À¶ºã÷ b'‹¢¨yŸÑD:±a’3-…ö’Þn·>S ;À8þQkNÔG¹¹ˆÊL°ç^“·r TåeĨ¾¼ùÚÁí&)«XB+‹ˆ²XN0 ˆ„8{*û1M³­E*e8Þ+ÏT‚KÅ|8\%F3¤*7yÉ4 !CLÛÇ6ì ×”æÏá4Um©Êõˆå%ãX뽯±Ù% Lë(ðxø°#!ÎÔPŠÜ,˜Ú¶aǶeÙApl–Kîï)›d‘Ôñ§|càöí¯VGåmŒl³ìõÁ†2” M² mÌ–µã9Šã»-㇋èìÍÛõ6~€ÂÃýáÐ{¥xS‚Ì3B–¶úðw\‰ë¿fÞšKÃ=¨­ëØRÁÌÞ;Ʊꃉ2•Ãvë¤I±M¤’cæ÷£áþƒGD|šMÊaÀš1ó/‘QÑ"Z'þøÈÓ»iÚ=e.OÒ4‚GûûkŠA-뙦eÓ‘f—ãÐpüo‹.Èrûý§.ë2³jÓtÊ~MØÎx)[EQQ ŒÆÓ2-.ÎþB›~¬#Sž`qKr¤ ÞÏ 0MÿühL ^IEND®B`‚leptonica-1.70/prog/weasel4.16c.png0000444000175000017500000000302710400443670015114 0ustar dandan‰PNG  IHDRRI\lðgAMA± üa0PLTE($ P HH@hd`PH0 ˜\@¨Œ`Àœh¨¬¨”ˆÈÐÈðôðØÜظÀ¸ØMËF8tEXtSoftwareXV Version 3.10a Rev: 12/29/94 (PNG patch 1.2)Ý.I;IDATxœ–MLGÇg±º &ëâ¨Ð‰Ð©7S»R›ÕÈFMÕšV¤=å°g8DJn–ª §UÕ4joO 8Í€7N»¡¹ä„ü‘HœfQ®Èë’ÓÆaûf¿f°‘È[{±½?þïcÞ¼]DßÖz{2}‚] I³Õ‚—ÕbfºçVÕµv»á´«N.$[G­YoÕ°×ÚŽ¯†“³M“þ’/8¾åêœô<»<üÍF#û¹Ä(bN®#|Ê;5Û¢ê¼î8+2B_çÖÂŒ,f '¬V—¾T³1‘“‹×ûÒ4)Ðìå‚Ìû˜ªF{â U-GÒ!ÉÄboÓ2«uÐt¢j9†_¨ªz7Ê5[ ¡.k™ ¼©¿FÆÙ[ )?Ì­Y>‰+,>×?€Z½é´ ªåB"Æ${…ܵÃpi[Ø>lÙX{ùÁ4B‰«@ÞþÉáÞ×,Ȉ2ç-ÛÆÕ!Ú2ŠÍÜP™¿ÈPrÏ’Ù+”T}+~¹÷¥ˆRÓÃÀR³*'ž‘ߦƒ±ÇnDCP-<¼û`#P\E7C°Œ4kz$€Ž«©/ÅUAó/§ƒlj˜ÌXÁC;R%?HÇIå"û»}¢&äýBÇš›ÐJ|±492ý‰ŒX÷¢¢æ^mO 8 %dtvÖBÖ²ÕÚÁa-É*’þUÿ~×aþwl°lÜõ!ØH ̳š Jÿ‹@š¶CÉTL- ¹«wzÅÜm‚uÌÆı”"bî.¤µ1!÷;AHIôî@˜Õz•àM© T³ýî½YgÒ&«òT¨ûùŽ£»™Õf²9×-©Þ‰pÒ<È%™|*Ùͱm,hšfs5+3{ãM‘d£¦ýZFî2v£<ÎÝëgT¼\ºr6Pº’ñÝaî§/o¥ ÿ&£OƒÏ?õ¾Cb¥$ÍxPźÉoB7–¦Ñ f‡²‘cHIU¼|Õõ:èòÑݾ”WBò 4è Ÿ[dEØ@Çyóh/{;²<¤¢[¯x7y•‡]κ¨œ“Q&y×%»ë ä¾ )%ÎËRÆ0Þ)3°'¨Ø4_£ 5X%¤ŒNˆ1  Úï^AJWÒñö¥Ž ÝØŠ«ÿLkp]Ž®o š{Þþ…ž×11ø°¹7,ú«@îó=LŒÕ`†”&‘ô9Üá[Ò¥¥Òâu˜ß?CÍ•HØ! ³XÓ¼í®RÁ-’>f™¼N ÷£Ã=6»üñ¥o =¹†’à6\|:!]°„Œ`*i>y{iN™wàŠœ¬‰q¾9ðG ³äþögŠ2r®"Á5],@7ÆGE‰ÒƒItÑË„“0lͪ´"õŒ*Êp¾?ïŒN7!²ëQH©Fãq†e×±®ëÙíû=ŠT¡ÜDMn„¤jÏ:C%µÓa‰"ôù¨W$NZš¤N¶úè’2¼by1ÎpÉá06†è â餻â$`º£v›+sÜu’ ]çÝ1.묑Œ”µß£œçä¹MBd)}1Ÿ7¶bt÷” A³·ƒÔ7Ï%wØõÒ'§æúBr÷ôÑŒÜU‹S·¿ÂÆÊ]½Ö€ÏRëG4!—háf~}2NÇå´>’¿ë\#¸.Ä 4GÿIßWFÞƒ›xkLú¶c5¡7ãå[ ú!]ZÚ£ _ÈçXЙõŽÕ<éé7’M|‚…OªÍj—µÄ/õðé—L‹ÂãegøÉÿè}e‡gÿW~~õGÒK+tIMEÒ ¸`ËIEND®B`‚leptonica-1.70/prog/speckle2.png0000444000175000017500000000074211220550653014672 0ustar dandan‰PNG  IHDR̘ÇæAn pHYsb&2”IDATX…Õ—Yƒ0 CuÿK»C‰cIÉ”8~îx% ªPï…ç©#‘õsC8#x…h´‡%ŒgÌóÿ¶Ið+`Ù –ઠ̸ŽT&Õãä2šÑú<[ Ãt D3$µ T™cñŒ‹Þ†³¨¤34æF@ºØ3RUR™^ìôqp`ë/0k*À^Ȧ4á nòjzM“¹`FêñE†±Í&6øg{•ÍœG†íñòÚÑŒ(½¿r(&ü8Êx¹º×b;ž‘¦ó ·¹ú —ñ›‹+tª9š©N'Þ´ÒŘÞINgx¾Ô¤K,‚™ö ì/C·’ÍðGÄüZé‚ÎáL{6¹£Lo9›Ìf@}Ö1³uŠd¤É`²É!ÿÉ7V[è| ï‘i6™‹ÃÍ\!›¹•^I³aÝh¸§3"©z®þLfŠ÷42s¾9Í`æ Ì»+aHfÌB§”ßd®~£xÂãKÌé$LµVŒ²™vsφT»-E3[½¨¢É,VŠ³™)Ò=î/—”n2ó“5iIsIEND®B`‚leptonica-1.70/prog/1555-3.jpg0000444000175000017500000060373511457505742013743 0ustar dandanÿØÿàJFIFÿÛC    $.' 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * jpegio_reg.c * * !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! * This is a Leptonica regression test for jpeg I/O * !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! * * This tests reading and writing of images and image * metadata, between Pix and compressed data in jpeg format. * * This only tests properly written jpeg files. To test * reading of corrupted jpeg files to insure that the * reader does not crash, use prog/corrupttest.c. */ #include #include "allheaders.h" /* Needed for HAVE_LIBJPEG */ #ifdef HAVE_CONFIG_H #include #endif /* HAVE_CONFIG_H */ void DoJpegTest1(L_REGPARAMS *rp, const char *fname); void DoJpegTest2(L_REGPARAMS *rp, const char *fname); void DoJpegTest3(L_REGPARAMS *rp, const char *fname); int main(int argc, char **argv) { L_REGPARAMS *rp; #if !HAVE_LIBJPEG fprintf(stderr, "jpegio is not enabled\n" "See environ.h: #define HAVE_LIBJPEG\n" "See prog/Makefile: link in -ljpeg\n\n"); return 0; #endif /* abort */ if (regTestSetup(argc, argv, &rp)) return 1; DoJpegTest1(rp, "test8.jpg"); DoJpegTest1(rp, "fish24.jpg"); DoJpegTest1(rp, "test24.jpg"); DoJpegTest2(rp, "lucasta.150.jpg"); DoJpegTest2(rp, "tetons.jpg"); DoJpegTest3(rp, "karen8.jpg"); regTestCleanup(rp); return 0; } void DoJpegTest1(L_REGPARAMS *rp, const char *fname) { size_t size; l_uint8 *data; char buf[256]; PIX *pixs, *pix1, *pix2, *pix3, *pix4, *pix5; /* Test file read/write (general functions) */ pixs = pixRead(fname); snprintf(buf, sizeof(buf), "/tmp/jpegio.%d.jpg", rp->index + 1); pixWrite(buf, pixs, IFF_JFIF_JPEG); pix1 = pixRead(buf); regTestCompareSimilarPix(rp, pixs, pix1, 6, 0.01, 0); pixDisplayWithTitle(pix1, 500, 100, "pix1", rp->display); /* Test memory read/write (general functions) */ pixWriteMemJpeg(&data, &size, pixs, 75, 0); pix2 = pixReadMem(data, size); regTestComparePix(rp, pix1, pix2); lept_free(data); /* Test file read/write (specialized jpeg functions) */ pix3 = pixReadJpeg(fname, 0, 1, NULL); regTestComparePix(rp, pixs, pix3); snprintf(buf, sizeof(buf), "/tmp/jpegio.%d.jpg", rp->index + 1); pixWriteJpeg(buf, pix3, 75, 0); pix4 = pixReadJpeg(buf, 0, 1, NULL); regTestComparePix(rp, pix2, pix4); /* Test memory read/write (specialized jpeg functions) */ pixWriteMemJpeg(&data, &size, pixs, 75, 0); pix5 = pixReadMemJpeg(data, size, 0, 1, NULL, 0); regTestComparePix(rp, pix4, pix5); lept_free(data); pixDestroy(&pixs); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); pixDestroy(&pix5); return; } void DoJpegTest2(L_REGPARAMS *rp, const char *fname) { l_int32 w1, h1, bps1, spp1, w2, h2, bps2, spp2, format1, format2; size_t size; l_uint8 *data; PIX *pixs; /* Test header reading (specialized jpeg functions) */ readHeaderJpeg(fname, &w1, &h1, &spp1, NULL, NULL); pixs = pixRead(fname); pixWriteMemJpeg(&data, &size, pixs, 75, 0); readHeaderMemJpeg(data, size, &w2, &h2, &spp2, NULL, NULL); regTestCompareValues(rp, w1, w2, 0.0); regTestCompareValues(rp, h1, h2, 0.0); regTestCompareValues(rp, spp1, spp2, 0.0); lept_free(data); /* Test header reading (general jpeg functions) */ pixReadHeader(fname, &format1, &w1, &h1, &bps1, &spp1, NULL); pixWriteMem(&data, &size, pixs, IFF_JFIF_JPEG); pixReadHeaderMem(data, size, &format2, &w2, &h2, &bps2, &spp2, NULL); regTestCompareValues(rp, format1, format2, 0.0); regTestCompareValues(rp, w1, w2, 0.0); regTestCompareValues(rp, h1, h2, 0.0); regTestCompareValues(rp, bps1, bps2, 0.0); regTestCompareValues(rp, bps1, 8, 0.0); regTestCompareValues(rp, spp1, spp2, 0.0); fprintf(stderr, "w = %d, h = %d, bps = %d, spp = %d, format = %d\n", w1, h1, bps1, spp1, format1); pixDestroy(&pixs); lept_free(data); return; } void DoJpegTest3(L_REGPARAMS *rp, const char *fname) { char buf[256]; char comment1[256]; l_uint8 *comment2; l_int32 xres, yres; FILE *fp; PIX *pixs; /* Test special comment and resolution readers */ pixs = pixRead(fname); snprintf(comment1, sizeof(comment1), "Test %d", rp->index + 1); pixSetText(pixs, comment1); pixSetResolution(pixs, 137, 137); snprintf(buf, sizeof(buf), "/tmp/jpegio.%d.jpg", rp->index + 1); pixWrite(buf, pixs, IFF_JFIF_JPEG); regTestCheckFile(rp, buf); fp = lept_fopen(buf, "rb"); fgetJpegResolution(fp, &xres, &yres); fgetJpegComment(fp, &comment2); if (!comment2) comment2 = (l_uint8 *)stringNew(""); lept_fclose(fp); regTestCompareValues(rp, xres, 137, 0.0); regTestCompareValues(rp, yres, 137, 0.0); regTestCompareStrings(rp, (l_uint8 *)comment1, strlen(comment1), comment2, strlen((char *)comment2)); fprintf(stderr, "xres = %d, yres = %d, comment = %s\n", xres, yres, comment1); lept_free(comment2); pixDestroy(&pixs); return; } leptonica-1.70/prog/feyn-word.tif0000444000175000017500000000065211112654433015073 0ustar dandanII*ì&¡“ÿÿÿÈ7ì g †@&háÓÒzN¤ÿþ“ÿ¾®BB_‚KÄø‚öCô)¡a2Z‘GÆÂ?!Hôq¶.ÐvškÝ6øÑYœæÞ0ŽMzKi„¦Õ°Ý6Ž?­¥]{Ïé[§ÿw½ý¦«Wÿþ¶‚â«_d×~Ä£Õ•OÝ?õð^?úý_þ×ÿôpüð'ßzÿ¤«¯ÛKþ¯ÿþÖ×ïZ´œ„ü0 ºþÒµ»W^)Š ¦±ØAí…´ðÂjÓAÓqL^ Öü&gv›ÄDFs „ ¾ƒ ŸK¡ý==pøÀ@Ã88䚢(HHleptonica-1.70/prog/paintmask_reg.c0000640000175000017500000002014512265245701015446 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * paintmask_reg.c * * Regression test for painting through a mask onto various * depth images. * * This file shows how one can start with a 32 bpp RGB image and * derive from it the following: * 8 bpp color, cmapped * 4 bpp color, cmapped * 2 bpp color, cmapped * 8 bpp gray * 4 bpp gray * 4 bpp gray, cmapped * 2 bpp gray * 2 bpp gray, cmapped * * For each of these, pixClipMasked() is used to place a 1 bpp * mask over part of the image, clip out the rectangular region * supporting the mask, and paint a given color through the * mask onto the result. * * Finally we do a clip/mask operation on 1 bpp sources. * * If you run 'paintmask_reg display', a pdf of the results is made. */ #include "allheaders.h" int main(int argc, char **argv) { BOX *box; PIX *pixs, *pixs8, *pixm, *pixt1, *pixt2, *pixd; PIXA *pixa; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; pixa = pixaCreate(0); /* Start with a 32 bpp image and a mask. Use the * same mask for all clip/masked operations. */ pixs = pixRead("test24.jpg"); pixt1 = pixRead("rabi.png"); box = boxCreate(303, 1983, 800, 500); pixm = pixClipRectangle(pixt1, box, NULL); pixInvert(pixm, pixm); boxDestroy(&box); box = boxCreate(100, 100, 800, 500); /* clips on pixs and derivatives */ pixt2 = pixClipRectangle(pixs, box, NULL); regTestWritePixAndCheck(rp, pixt2, IFF_JFIF_JPEG); /* 0 */ pixaAddPix(pixa, pixt2, L_INSERT); pixDestroy(&pixt1); /* Clip 32 bpp RGB */ pixd = pixClipMasked(pixs, pixm, 100, 100, 0x03c08000); regTestWritePixAndCheck(rp, pixd, IFF_JFIF_JPEG); /* 1 */ pixaAddPix(pixa, pixd, L_INSERT); /* Clip 8 bpp colormapped */ pixt1 = pixMedianCutQuant(pixs, 0); pixt2 = pixClipRectangle(pixt1, box, NULL); regTestWritePixAndCheck(rp, pixt2, IFF_PNG); /* 2 */ pixaAddPix(pixa, pixt2, L_INSERT); pixd = pixClipMasked(pixt1, pixm, 100, 100, 0x03c08000); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 3 */ pixaAddPix(pixa, pixd, L_INSERT); pixDestroy(&pixt1); /* Clip 4 bpp colormapped */ pixt1 = pixOctreeQuantNumColors(pixs, 16, 1); pixt2 = pixClipRectangle(pixt1, box, NULL); regTestWritePixAndCheck(rp, pixt2, IFF_PNG); /* 4 */ pixaAddPix(pixa, pixt2, L_INSERT); pixd = pixClipMasked(pixt1, pixm, 100, 100, 0x03c08000); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 5 */ pixaAddPix(pixa, pixd, L_INSERT); pixDestroy(&pixt1); /* Clip 2 bpp colormapped */ pixt1 = pixMedianCutQuantGeneral(pixs, 0, 2, 4, 5, 1, 1); pixt2 = pixClipRectangle(pixt1, box, NULL); regTestWritePixAndCheck(rp, pixt2, IFF_PNG); /* 6 */ pixaAddPix(pixa, pixt2, L_INSERT); pixd = pixClipMasked(pixt1, pixm, 100, 100, 0x03608000); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 7 */ pixaAddPix(pixa, pixd, L_INSERT); pixDestroy(&pixt1); /* Clip 8 bpp gray */ pixs8 = pixConvertRGBToLuminance(pixs); pixt2 = pixClipRectangle(pixs8, box, NULL); regTestWritePixAndCheck(rp, pixt2, IFF_JFIF_JPEG); /* 8 */ pixaAddPix(pixa, pixt2, L_INSERT); pixd = pixClipMasked(pixs8, pixm, 100, 100, 90); regTestWritePixAndCheck(rp, pixd, IFF_JFIF_JPEG); /* 9 */ pixaAddPix(pixa, pixd, L_INSERT); /* Clip 4 bpp gray */ pixt1 = pixThresholdTo4bpp(pixs8, 16, 0); pixt2 = pixClipRectangle(pixt1, box, NULL); regTestWritePixAndCheck(rp, pixt2, IFF_PNG); /* 10 */ pixaAddPix(pixa, pixt2, L_INSERT); pixd = pixClipMasked(pixt1, pixm, 100, 100, 0); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 11 */ pixaAddPix(pixa, pixd, L_INSERT); pixd = pixClipMasked(pixt1, pixm, 100, 100, 5); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 12 */ pixaAddPix(pixa, pixd, L_INSERT); pixd = pixClipMasked(pixt1, pixm, 100, 100, 15); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 13 */ pixaAddPix(pixa, pixd, L_INSERT); pixDestroy(&pixt1); /* Clip 4 bpp gray, colormapped */ pixt1 = pixThresholdTo4bpp(pixs8, 16, 1); pixt2 = pixClipRectangle(pixt1, box, NULL); regTestWritePixAndCheck(rp, pixt2, IFF_PNG); /* 14 */ pixaAddPix(pixa, pixt2, L_INSERT); pixd = pixClipMasked(pixt1, pixm, 100, 100, 0x55555500); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 15 */ pixaAddPix(pixa, pixd, L_INSERT); pixDestroy(&pixt1); /* Clip 2 bpp gray */ pixt1 = pixThresholdTo2bpp(pixs8, 4, 0); pixt2 = pixClipRectangle(pixt1, box, NULL); regTestWritePixAndCheck(rp, pixt2, IFF_PNG); /* 16 */ pixaAddPix(pixa, pixt2, L_INSERT); pixd = pixClipMasked(pixt1, pixm, 100, 100, 1); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 17 */ pixaAddPix(pixa, pixd, L_INSERT); pixDestroy(&pixt1); /* Clip 2 bpp gray, colormapped */ pixt1 = pixThresholdTo2bpp(pixs8, 4, 1); pixt2 = pixClipRectangle(pixt1, box, NULL); pixd = pixClipMasked(pixt1, pixm, 100, 100, 0x55555500); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 18 */ pixaAddPix(pixa, pixd, L_INSERT); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixm); pixDestroy(&pixs); pixDestroy(&pixs8); boxDestroy(&box); /* Finally, do the 1 bpp painting through clipped region. * We start with two 1 bpp text sources, use the inverse * of the 2nd for the mask (so we take all of the 1st * pixels under this mask), and for the remainder, which * are the fg pixels in the 2nd, we paint them black (1). * So this is a simple and fast blending of two 1 bpp pix. */ pixs = pixRead("feyn.tif"); box = boxCreate(670, 827, 800, 500); pixt2 = pixClipRectangle(pixs, box, NULL); regTestWritePixAndCheck(rp, pixt2, IFF_PNG); /* 19 */ pixaAddPix(pixa, pixt2, L_INSERT); boxDestroy(&box); pixt1 = pixRead("rabi.png"); box = boxCreate(303, 1983, 800, 500); pixm = pixClipRectangle(pixt1, box, NULL); pixInvert(pixm, pixm); regTestWritePixAndCheck(rp, pixm, IFF_PNG); /* 20 */ pixaAddPix(pixa, pixm, L_INSERT); pixd = pixClipMasked(pixs, pixm, 670, 827, 1); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 21 */ pixaAddPix(pixa, pixd, L_INSERT); pixDestroy(&pixs); pixDestroy(&pixt1); boxDestroy(&box); /* If in testing mode, make a pdf */ if (rp->display) { L_INFO("Output written to /tmp/paintmask.pdf\n", rp->testname); pixaConvertToPdf(pixa, 100, 1.0, L_FLATE_ENCODE, 0, "Paint through mask", "/tmp/paintmask.pdf"); } pixaDestroy(&pixa); return regTestCleanup(rp); } leptonica-1.70/prog/findpattern3.c0000644000175000017500000001326512242266442015234 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * findpattern3.c * * findpattern3 * * This is setup with input parameters to work on feyn.tif. * * This uses pixGenerateSelBoundary() to generate the sels. * * (1) We extract a "c" bitmap, generate a hit-miss sel, and * then produce several 4 bpp colormapped renditions, * with the pattern either removed or highlighted. * * (2) We do the same with the word "Caltech". */ #include "allheaders.h" /* for pixDisplayHitMissSel() */ static const l_uint32 HitColor = 0x33aa4400; static const l_uint32 MissColor = 0xaa44bb00; int main(int argc, char **argv) { BOX *box; PIX *pixs, *pixc, *pixp, *pixsel, *pixhmt; PIX *pixd1, *pixd2, *pixd3; SEL *selhm; static char mainName[] = "findpattern3"; if (argc != 1) return ERROR_INT(" Syntax: findpattern3", mainName, 1); /* -------------------------------------------- * * Extract the pattern for a single character * * ---------------------------------------------*/ pixs = pixRead("feyn.tif"); box = boxCreate(599, 1055, 18, 23); pixc = pixClipRectangle(pixs, box, NULL); /* Make a hit-miss sel */ selhm = pixGenerateSelBoundary(pixc, 1, 2, 2, 2, 1, 1, 0, 0, &pixp); /* Display the sel */ pixsel = pixDisplayHitMissSel(pixp, selhm, 7, HitColor, MissColor); pixDisplay(pixsel, 200, 200); pixWrite("/tmp/junkpixsel1", pixsel, IFF_PNG); /* Use the Sel to find all instances in the page */ startTimer(); pixhmt = pixHMT(NULL, pixs, selhm); fprintf(stderr, "Time to find patterns = %7.3f\n", stopTimer()); /* Color each instance at full res */ pixd1 = pixDisplayMatchedPattern(pixs, pixp, pixhmt, selhm->cx, selhm->cy, 0x0000ff00, 1.0, 5); pixWrite("/tmp/junkpixd11", pixd1, IFF_PNG); /* Color each instance at 0.3 scale */ pixd2 = pixDisplayMatchedPattern(pixs, pixp, pixhmt, selhm->cx, selhm->cy, 0x0000ff00, 0.5, 5); pixWrite("/tmp/junkpixd12", pixd2, IFF_PNG); /* Remove each instance from the input image */ pixd3 = pixCopy(NULL, pixs); pixRemoveMatchedPattern(pixd3, pixp, pixhmt, selhm->cx, selhm->cy, 1); pixWrite("/tmp/junkpixr1", pixd3, IFF_PNG); boxDestroy(&box); selDestroy(&selhm); pixDestroy(&pixc); pixDestroy(&pixp); pixDestroy(&pixsel); pixDestroy(&pixhmt); pixDestroy(&pixd1); pixDestroy(&pixd2); pixDestroy(&pixd3); /* -------------------------------------------- * * Extract the pattern for a word * * ---------------------------------------------*/ box = boxCreate(208, 872, 130, 35); pixc = pixClipRectangle(pixs, box, NULL); /* Make a hit-miss sel */ selhm = pixGenerateSelBoundary(pixc, 2, 2, 1, 4, 1, 1, 0, 0, &pixp); /* Display the sel */ pixsel = pixDisplayHitMissSel(pixp, selhm, 7, HitColor, MissColor); pixDisplay(pixsel, 200, 200); pixWrite("/tmp/junkpixsel2", pixsel, IFF_PNG); /* Use the Sel to find all instances in the page */ startTimer(); pixhmt = pixHMT(NULL, pixs, selhm); fprintf(stderr, "Time to find word patterns = %7.3f\n", stopTimer()); /* Color each instance at full res */ pixd1 = pixDisplayMatchedPattern(pixs, pixp, pixhmt, selhm->cx, selhm->cy, 0x0000ff00, 1.0, 5); pixWrite("/tmp/junkpixd21", pixd1, IFF_PNG); /* Color each instance at 0.3 scale */ pixd2 = pixDisplayMatchedPattern(pixs, pixp, pixhmt, selhm->cx, selhm->cy, 0x0000ff00, 0.5, 5); pixWrite("/tmp/junkpixd22", pixd2, IFF_PNG); /* Remove each instance from the input image */ pixd3 = pixCopy(NULL, pixs); pixRemoveMatchedPattern(pixd3, pixp, pixhmt, selhm->cx, selhm->cy, 1); pixWrite("/tmp/junkpixr2", pixd3, IFF_PNG); selDestroy(&selhm); boxDestroy(&box); pixDestroy(&pixc); pixDestroy(&pixp); pixDestroy(&pixsel); pixDestroy(&pixhmt); pixDestroy(&pixd1); pixDestroy(&pixd2); pixDestroy(&pixd3); pixDestroy(&pixs); return 0; } leptonica-1.70/prog/hardlight2_2.jpg0000444000175000017500000000662311004510004015415 0ustar dandanÿØÿàJFIFÿþXCREATOR: XV Version 3.10a Rev: 12/29/94 (PNG patch 1.2) Quality = 75, Smoothing = 0 ÿÛC    $.' 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * dewarptest3.c * * This exercise functions in dewarp.c for dewarping based on lines * of horizontal text, showing results for different interpolations * (quadratic, cubic, quartic). * * Inspeciton of the output pdf shows that using LS fitting beyond * quadratic has a tendency to overfit. So we choose to use * quadratic LSF for the textlines. */ #include "allheaders.h" l_int32 main(int argc, char **argv) { l_int32 i, n; l_float32 a, b, c, d, e; NUMA *nax, *nafit; PIX *pixs, *pixn, *pixg, *pixb, *pixt1, *pixt2; PIXA *pixa; PTA *pta, *ptad; PTAA *ptaa1, *ptaa2; pixs = pixRead("cat-35.jpg"); /* pixs = pixRead("zanotti-78.jpg"); */ /* Normalize for varying background and binarize */ pixn = pixBackgroundNormSimple(pixs, NULL, NULL); pixg = pixConvertRGBToGray(pixn, 0.5, 0.3, 0.2); pixb = pixThresholdToBinary(pixg, 130); pixDestroy(&pixn); pixDestroy(&pixg); /* Get the textline centers */ pixa = pixaCreate(6); ptaa1 = dewarpGetTextlineCenters(pixb, 0); pixt1 = pixCreateTemplate(pixs); pixSetAll(pixt1); pixt2 = pixDisplayPtaa(pixt1, ptaa1); pixWrite("/tmp/textline1.png", pixt2, IFF_PNG); pixDisplayWithTitle(pixt2, 0, 100, "textline centers 1", 1); pixaAddPix(pixa, pixt2, L_INSERT); pixDestroy(&pixt1); /* Remove short lines */ fprintf(stderr, "Num all lines = %d\n", ptaaGetCount(ptaa1)); ptaa2 = dewarpRemoveShortLines(pixb, ptaa1, 0.8, 0); pixt1 = pixCreateTemplate(pixs); pixSetAll(pixt1); pixt2 = pixDisplayPtaa(pixt1, ptaa2); pixWrite("/tmp/textline2.png", pixt2, IFF_PNG); pixDisplayWithTitle(pixt2, 300, 100, "textline centers 2", 1); pixaAddPix(pixa, pixt2, L_INSERT); pixDestroy(&pixt1); n = ptaaGetCount(ptaa2); fprintf(stderr, "Num long lines = %d\n", n); ptaaDestroy(&ptaa1); pixDestroy(&pixb); /* Long lines over input image */ pixt1 = pixCopy(NULL, pixs); pixt2 = pixDisplayPtaa(pixt1, ptaa2); pixWrite("/tmp/textline3.png", pixt2, IFF_PNG); pixDisplayWithTitle(pixt2, 600, 100, "textline centers 3", 1); pixaAddPix(pixa, pixt2, L_INSERT); pixDestroy(&pixt1); /* Quadratic fit to curve */ pixt1 = pixCopy(NULL, pixs); for (i = 0; i < n; i++) { pta = ptaaGetPta(ptaa2, i, L_CLONE); ptaGetArrays(pta, &nax, NULL); ptaGetQuadraticLSF(pta, &a, &b, &c, &nafit); fprintf(stderr, "Quadratic: a = %10.6f, b = %7.3f, c = %7.3f\n", a, b, c); ptad = ptaCreateFromNuma(nax, nafit); pixDisplayPta(pixt1, pixt1, ptad); ptaDestroy(&pta); ptaDestroy(&ptad); numaDestroy(&nax); numaDestroy(&nafit); } pixWrite("/tmp/textline4.png", pixt1, IFF_PNG); pixDisplayWithTitle(pixt1, 900, 100, "textline centers 4", 1); pixaAddPix(pixa, pixt1, L_INSERT); /* Cubic fit to curve */ pixt1 = pixCopy(NULL, pixs); for (i = 0; i < n; i++) { pta = ptaaGetPta(ptaa2, i, L_CLONE); ptaGetArrays(pta, &nax, NULL); ptaGetCubicLSF(pta, &a, &b, &c, &d, &nafit); fprintf(stderr, "Cubic: a = %10.6f, b = %10.6f, c = %7.3f, d = %7.3f\n", a, b, c, d); ptad = ptaCreateFromNuma(nax, nafit); pixDisplayPta(pixt1, pixt1, ptad); ptaDestroy(&pta); ptaDestroy(&ptad); numaDestroy(&nax); numaDestroy(&nafit); } pixWrite("/tmp/textline5.png", pixt1, IFF_PNG); pixDisplayWithTitle(pixt1, 1200, 100, "textline centers 5", 1); pixaAddPix(pixa, pixt1, L_INSERT); /* Quartic fit to curve */ pixt1 = pixCopy(NULL, pixs); for (i = 0; i < n; i++) { pta = ptaaGetPta(ptaa2, i, L_CLONE); ptaGetArrays(pta, &nax, NULL); ptaGetQuarticLSF(pta, &a, &b, &c, &d, &e, &nafit); fprintf(stderr, "Quartic: a = %7.3f, b = %7.3f, c = %9.5f, d = %7.3f, e = %7.3f\n", a, b, c, d, e); ptad = ptaCreateFromNuma(nax, nafit); pixDisplayPta(pixt1, pixt1, ptad); ptaDestroy(&pta); ptaDestroy(&ptad); numaDestroy(&nax); numaDestroy(&nafit); } pixWrite("/tmp/textline6.png", pixt1, IFF_PNG); pixDisplayWithTitle(pixt1, 1500, 100, "textline centers 6", 1); pixaAddPix(pixa, pixt1, L_INSERT); pixaConvertToPdf(pixa, 300, 0.5, L_JPEG_ENCODE, 75, "LS fittings to textlines", "/tmp/dewarp_fittings.pdf"); pixaDestroy(&pixa); pixDestroy(&pixs); ptaaDestroy(&ptaa2); return 0; } leptonica-1.70/prog/chars-20.tif0000444000175000017500000001161412226572724014511 0ustar dandanII*Î& .ÿÿÿÿÿÿÿÿÿÿÿÿÿÿÈdƒ@Ø ¹ä2AeÈhÜà¼<¡4ÒÈ ÞAZJò†“<4è@­È-†ôÔï\Á†T‚Ç‚«dm"ô Clà‚h ¯„ ‹h8 ð½A„A¤Ü<0¤5ë0¸'‚xZR u#Æ$Ýá Ó\ XA£ä®4m ž“t’<6ƒKñ°‚ ÿ„HÃI½n’²OZ6 šøARA7þ9/[I붚¤“aSF„×Ah&éÿ Mêô“iÖ“`<Ìn7á*VÕ¿úÝt’}+OI, ´ ë6aN…N•ÿI~ÿÒ½×·Óp›FJ•nŸzT¶ªÒ]jÛô¸]=IUS­ô¿ëýR¸m$•¶¾ézZþÿëþ—ÕX1‘ßXôÝuétº_ýúJ­†Žt¿õuôµþÿÿô¾¼1êßþ—¥×ïþ¿þ’Iy lKúzÿ]}ªñô¿Ûúÿë%õUuþ«ýv’K‚‘oIÿ×K^ü‚À¿º¥¤•XFi×¥éuÿýû¥[‚OýúI~•¥ýh¿úKJõz_Õ~’·_è>öÒí!îþÿ¥äYõi~ëûªQUµé/é/‚ªÃJÿ² BÝí¥°•Ú¿ý$«ÂªK_é[Øh$«¶½/ô’ðš‘h¬4¿õàðÅy ÚxßÿH/ˆxA¤Ä&ÿþ0Á$¤Gú_¨$–¸AÓëõì—jk[ÿôCR¥æb´“Pÿßä˜ šïÿ¥\ o Ó µö°ôyC­Ž—ý¥Â}&·¯Pa¤“dâ]ÿúHàÃún ´‚ †´¿PÞCJñý/Ò‚ ¥´é>Ž6à }.CT"A“¿ÿô-®/ ´‚@ÜWþCi>æMÿ¥úO]î©Ø^ÿ0ÚH ÚWùò²?Òm-뤃a¤¼AFI½¿ÿý'ÿm*v¿ðÚKjßý%úV—פàÁïÓ×þ¿]k‘GI&Æ¿ô–öëúKõxÝw_÷ý[üá³oÒ×úWú „.zTÞÚþ)~–¿­uþ¾Ýþ—þ’ºÿéék¥½õÿÿ¶“×õ¥D5ÿ}/Kª!šþ—Ûkkÿ¤A´ÿõÕ~¿Û¯ÒoÒ ]t½Wÿ¥ûÿÖ“®@Ä-éz_ÿýµú_¥uôëúYÁàƒMÿ¤—NýdouÒý¿¤­$°ƒOÿÝm†þ @ðߺ鴽+Õô½:×I+î®?ôºÛIÒ­$´íjÿé¸Òi6–‘jí/¯Vé/õô’t˜h2w­}ýÒí&Ò«P—ÿKml#È×?é{KVÒM°“t­¤‚ÿáé$ÚLêÓkî“i&°ÂW $ØI[H%ÿÃÂ[h&!žºöÒ Ò‘e rrsM¥L0‚-¦½ˆ„“ÐaÒL%¬VÄ& V Ó °a`ÁiÒƒXbÂá1 ƒÄDHjè†0¯Å ÂCBPY "2‚üC.ú¬ÀÈ £€xkƒÀxjœ  ¼D[T±zÒýRýº¤¿I}[é/m$¿ê’Å´”wT¶é…¶í¥¶–õ´Ö#ÿÿÿÿÿÿÿÿÿÿùPi‚œ†H- l V@ð,¬àQ¡°12ä ÁŠ8ETUr€C k’ÐÐKT¤  *Ã@.U‚å@t €×5¡¨0u¢ 4Ê°Ò"`ÈU†‘Pd PaA ã`Á{!¢² 0†mh™ )Ø ‚A\bÈ°+°Ð%8ièÿÿµ¼ ä\6ƒƒWÿä# ¸uáaáÿÿï8a ÿýpšÚúad(PXCL\†P¨EÂ!˜A ÒfC4‚„#@Í$›D€Ëd4æ88d4´"88d4´"‡äA§ÈA™PŒ‰Ú>V˜D€¨f`Œ D6P30!³@Ïf€Ä#@/i¦šiÓÓm @Û4Ú ³@]„}¦¦¬4@Â(„%>~Ñ ïAÈ( È(· ÞÐAÚi¦šA4ÚNÐA†Â0Ü7AæËTû­Òn «œ„a®Ú> ïá ÿú_Þ“{i7ºO[ÿ^­¤ÚT–‚  ƒw¸I¬7þ‚ý.Öôƒ{iöÒ}ÿ½éý.öÐ^ßô—ÿ¥ýé7é7éý¥­6­¥þé6¾—·þ“ÿéwÞ“î“{}ï·úOZZM ž÷_oý/ÿKÖmz¾ëõÿû®Õºm-/Òm_¯oþ¿ý.m9µÛÒot›Þ¿ÿ]i´ž´ºzo¿Kßýý/×ïWõÿýë¿[^±ÕÒ_oRÿô½ºöú¿«õþÕµÛ§K_JûúûÿÿÐ_¯·«ú¿â8ûüÚ®“t)d2Mȧߤ‡Hô½ëßïûÿþ¾é´­RÂÁêC'ö—ÿÿÿ¥ö¾Þ“úOÿöºO·½%…‡TßoUï×ÿKÞ½¿¾»ëýéÿÒ´« RÌߥõ[ýé}¯ßÿúßö·¶“i:® ´k}ô¿ÿþ—½{z¾ªý¿¥ý7IdK Z]:O¥þC—<>†AÛJŸVô¿oÿÛýþ6Òô¶õÛÚ®›ëÓ @­´–ô›Â_·ÿíÿû¶–Ý}¥Ú_KzK§† •°–úL2±¥®ßÿ·®×½¥°ÒÛºÛ [¤úÿ†A[ $•á&K¿aÿûþì4¶Â[ví'kJô—TÐXa„¿ƒ )ÒØkßíªívá°–ÃK»Ka„¿ÛÒ ¾Á„v„&F ˆHi† STôØq§¦»I†A&ÜI6jki&ÓCú ƒ!’ t ‚!¡@f±d6( ²Q.¡†  D@gìÔHƒR†  Ô¡‡:!¨­Šë†A­GÖAˆ@Ø  Â@pÄ5Öà @) pÄ,1 a¡ kð“\4x&ƒòLHÐ*pÈfÿßßÜ0Xan ,0©Þ¿Æ„DB"Ad@ˆX"8ˆ‡H'A‚z¡ ¶ ^C$3Ì‚Ù~$AÈ)q pàÍÄzŽˆâ,Ì `Óè zZª–ƒô‘Ì• ˆ…É?D@n=B=(aDê(°¾ @Âè°3á?ÿÿÿÿÿÿÿÿÿÿ<-d4V@Ô á°mgä2CnÈdÈA €ÞÈÙhkfA·?!N@ð³!‘øRƒùÀ²dæXaþç¡À°5 x¡<4 «¢[|Ð5$yÈ,YŒô¶útÒõÂiú÷ý¤@ðIÈý)ÁþÓ!•2 sÿ­wÒ®ï[ÿizCÿ¯ªúÿÿÿ<Ÿén×5(ÿô´¿ëð¿ÿM¯® /ÿé^¿Äÿúµÿúÿõ×ÿÿê×ÿÿÿWÿÿÿô­/ÿÿÿoÿÿÿÒÿÿÿÿmÿÿô¹ÀÚ' ) 2 ³!µùÉä)‘(Cj5?Òr$È12 ®D¡sÚ‚dNDr PEâˆÈk9@ðRrÿôÜ ð@ÈmjA³\ aAr @ÁB( aP¡0E8fAAHhD¨‚ã,ƒÔA„ÑäD¨†¿ÿWƒÂaÂ=2 T bšà©¦A¢‰„ ÈeQByš"ž«Úÿÿõa=(G†Â"Áâ ÃE@Æ„4i Y„Ó `4GÆÈѤ6h¨ð´F$BÐC?PŒ´p€_ÿ«£b½0 ð°‚ „Aõýé„õAôÂŽ  ƒ„:M…I¬#ÄÿAz’@×èÿÌÁOiíÿÿõøoû¯ÒnÖ¯è5øA}í¥ÿ·ÿÿÿ†ÿ×JôÞ’~”_¥ÿþÚ_ûÿÿø7ûÓ{ÿ¥z´?ÿÝþà íÿÿýù}?µ×I6ÕÒÿÿbþßÿÝi~AM¿Óz7¾’ÿÿÒý¼0¿öÿÿÿðí+]$›µ¯ÿK÷Ã0íÿûý~ÿ¾õz[Ò_ÿý]þÿíÿÿZ·ä£þÒÕõoÒ DÿëëxKÿoÿízÿ_¿J›m%ÿÿ^›½ô¿öÿýýoÿµzz½+ô¿ÿ×JÛ[×ÿoÿúéµúþÖ64žÕ*ÿû_{__ý¿ÿ´­-õzªVت_ÿÖÐVÚ0­Ø>¿ûÿÛí&ö•¶Œ,né^¿ÿ¶¿i7a-°½ÿíÿû¥h+_ò(öÞ´›i/ÿᄸa& ; %Ã^@ƒ7þßÿÚV“ ÏÚV†ë¥}/ÿâƒ&V*Øa%‡vº°kkݶ” ˜­m&)ŠýêÚHÿÚ²¢)ƒj  †8aÂØ@Á pØiE0°Šp.ÂUPnÖaèþÂŽmŧ@0(†ÂöA‚ó `— 9 !‚à΀ä@!Ð ƒ&² ÁÊ &˜Pu´‡¯ÿµÐh4[‡ÿØ/ÿbúA…ñM·®¶ŸÿÃhA‚„BYpÉ  °`…ˆ`ƒA‚ñqÿœ$ 0#ÀœHdƒGb9Ãðˆˆ×þ"‚!œøøÿöOýá'ÿÿÒÒÿÈÿÿÿ¯þõß×^•¯ÿÿÿã×é=v×ûKšÃGJ½ Ú_ÿûi~Ú_¨”à‹¨fD~½!´’ò€ÔëÚ_Ú[a$½ Øa’¯°ÂA$Ðu†!D Ä@üa… ád  XvG0Ç ,DDÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿà  ÇÇÅ|„(ÀÀleptonica-1.70/prog/selio_reg.c0000644000175000017500000001001312240302440014552 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * selio_reg.c * * Runs a number of tests on reading and writing of Sels * */ #include #include "allheaders.h" static const char *textsel1 = "x oo " "x oOo " "x o " "x " "xxxxxx"; static const char *textsel2 = " oo x" " oOo x" " o x" " x" "xxxxxx"; static const char *textsel3 = "xxxxxx" "x " "x o " "x oOo " "x oo "; static const char *textsel4 = "xxxxxx" " x" " o x" " oOo x" " oo x"; int main(int argc, char **argv) { PIX *pix; SEL *sel; SELA *sela1, *sela2; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; /* selaRead() / selaWrite() */ sela1 = selaAddBasic(NULL); selaWrite("/tmp/sel.0.sela", sela1); regTestCheckFile(rp, "/tmp/sel.0.sela"); /* 0 */ sela2 = selaRead("/tmp/sel.0.sela"); selaWrite("/tmp/sel.1.sela", sela2); regTestCheckFile(rp, "/tmp/sel.1.sela"); /* 1 */ regTestCompareFiles(rp, 0, 1); /* 2 */ selaDestroy(&sela1); selaDestroy(&sela2); /* Create from file and display result */ sela1 = selaCreateFromFile("flipsels.txt"); pix = selaDisplayInPix(sela1, 31, 3, 15, 4); regTestWritePixAndCheck(rp, pix, IFF_PNG); /* 3 */ pixDisplayWithTitle(pix, 100, 100, NULL, rp->display); selaWrite("/tmp/sel.3.sela", sela1); regTestCheckFile(rp, "/tmp/sel.3.sela"); /* 4 */ pixDestroy(&pix); selaDestroy(&sela1); /* Create the same set of Sels from compiled strings and compare */ sela2 = selaCreate(4); sel = selCreateFromString(textsel1, 5, 6, "textsel1"); selaAddSel(sela2, sel, NULL, 0); sel = selCreateFromString(textsel2, 5, 6, "textsel2"); selaAddSel(sela2, sel, NULL, 0); sel = selCreateFromString(textsel3, 5, 6, "textsel3"); selaAddSel(sela2, sel, NULL, 0); sel = selCreateFromString(textsel4, 5, 6, "textsel4"); selaAddSel(sela2, sel, NULL, 0); selaWrite("/tmp/sel.4.sela", sela2); regTestCheckFile(rp, "/tmp/sel.4.sela"); /* 5 */ regTestCompareFiles(rp, 4, 5); /* 6 */ selaDestroy(&sela2); return regTestCleanup(rp); } leptonica-1.70/prog/findpattern2.c0000644000175000017500000001326112242266447015234 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * findpattern2.c * * findpattern2 * * This is setup with input parameters to work on feyn.tif. * * It uses pixGenerateSelRandom() to generate the sels. * * (1) We extract a "c" bitmap, generate a hit-miss sel, and * then produce several 4 bpp colormapped renditions, * with the pattern either removed or highlighted. * * (2) We do the same with the word "Caltech". */ #include "allheaders.h" /* for pixDisplayHitMissSel() */ static const l_uint32 HitColor = 0x33aa4400; static const l_uint32 MissColor = 0xaa44bb00; int main(int argc, char **argv) { BOX *box; PIX *pixs, *pixc, *pixp, *pixsel, *pixhmt; PIX *pixd1, *pixd2, *pixd3; SEL *selhm; static char mainName[] = "findpattern2"; if (argc != 1) return ERROR_INT(" Syntax: findpattern2", mainName, 1); /* -------------------------------------------- * * Extract the pattern for a single character * * ---------------------------------------------*/ pixs = pixRead("feyn.tif"); box = boxCreate(599, 1055, 18, 23); pixc = pixClipRectangle(pixs, box, NULL); /* Make a hit-miss sel */ selhm = pixGenerateSelRandom(pixc, 0.3, 0.2, 1, 6, 6, 0, 0, &pixp); /* Display the sel */ pixsel = pixDisplayHitMissSel(pixp, selhm, 7, HitColor, MissColor); pixDisplay(pixsel, 200, 200); pixWrite("/tmp/junkpixsel1", pixsel, IFF_PNG); /* Use the Sel to find all instances in the page */ startTimer(); pixhmt = pixHMT(NULL, pixs, selhm); fprintf(stderr, "Time to find patterns = %7.3f\n", stopTimer()); /* Color each instance at full res */ pixd1 = pixDisplayMatchedPattern(pixs, pixp, pixhmt, selhm->cx, selhm->cy, 0x0000ff00, 1.0, 5); pixWrite("/tmp/junkpixd11", pixd1, IFF_PNG); /* Color each instance at 0.3 scale */ pixd2 = pixDisplayMatchedPattern(pixs, pixp, pixhmt, selhm->cx, selhm->cy, 0x0000ff00, 0.5, 5); pixWrite("/tmp/junkpixd12", pixd2, IFF_PNG); /* Remove each instance from the input image */ pixd3 = pixCopy(NULL, pixs); pixRemoveMatchedPattern(pixd3, pixp, pixhmt, selhm->cx, selhm->cy, 1); pixWrite("/tmp/junkpixr1", pixd3, IFF_PNG); boxDestroy(&box); selDestroy(&selhm); pixDestroy(&pixc); pixDestroy(&pixp); pixDestroy(&pixsel); pixDestroy(&pixhmt); pixDestroy(&pixd1); pixDestroy(&pixd2); pixDestroy(&pixd3); /* -------------------------------------------- * * Extract the pattern for a word * * ---------------------------------------------*/ box = boxCreate(208, 872, 130, 35); pixc = pixClipRectangle(pixs, box, NULL); /* Make a hit-miss sel */ selhm = pixGenerateSelRandom(pixc, 1.0, 0.05, 2, 6, 6, 0, 0, &pixp); /* Display the sel */ pixsel = pixDisplayHitMissSel(pixp, selhm, 7, HitColor, MissColor); pixDisplay(pixsel, 200, 200); pixWrite("/tmp/junkpixsel2", pixsel, IFF_PNG); /* Use the Sel to find all instances in the page */ startTimer(); pixhmt = pixHMT(NULL, pixs, selhm); fprintf(stderr, "Time to find word patterns = %7.3f\n", stopTimer()); /* Color each instance at full res */ pixd1 = pixDisplayMatchedPattern(pixs, pixp, pixhmt, selhm->cx, selhm->cy, 0x0000ff00, 1.0, 5); pixWrite("/tmp/junkpixd21", pixd1, IFF_PNG); /* Color each instance at 0.3 scale */ pixd2 = pixDisplayMatchedPattern(pixs, pixp, pixhmt, selhm->cx, selhm->cy, 0x0000ff00, 0.5, 5); pixWrite("/tmp/junkpixd22", pixd2, IFF_PNG); /* Remove each instance from the input image */ pixd3 = pixCopy(NULL, pixs); pixRemoveMatchedPattern(pixd3, pixp, pixhmt, selhm->cx, selhm->cy, 1); pixWrite("/tmp/junkpixr2", pixd3, IFF_PNG); selDestroy(&selhm); boxDestroy(&box); pixDestroy(&pixc); pixDestroy(&pixp); pixDestroy(&pixsel); pixDestroy(&pixhmt); pixDestroy(&pixd1); pixDestroy(&pixd2); pixDestroy(&pixd3); pixDestroy(&pixs); return 0; } leptonica-1.70/prog/sudoku3.dat0000444000175000017500000000056411465606421014553 0ustar dandan# sudoku3.dat # "Near worst case" sudoku for brute force, # Req: 623M guesses, 70 sec # (Rotating by 180, it only requires: 4.7M guesses, 0.6 sec) # from http://en.wikipedia.org/wiki/Algorithmics_of_sudoku 0 0 0 0 0 0 0 0 0 0 0 0 0 0 3 0 8 5 0 0 1 0 2 0 0 0 0 0 0 0 5 0 7 0 0 0 0 0 4 0 0 0 1 0 0 0 9 0 0 0 0 0 0 0 5 0 0 0 0 0 0 7 3 0 0 2 0 1 0 0 0 0 0 0 0 0 4 0 0 0 9 leptonica-1.70/prog/otsutest1.c0000644000175000017500000001263512242266060014602 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * otsutest1.c */ #include #include "allheaders.h" static const l_int32 NTests = 5; static const l_int32 gaussmean1[5] = {20, 40, 60, 80, 60}; static const l_int32 gaussstdev1[5] = {10, 20, 20, 20, 30}; static const l_int32 gaussmean2[5] = {220, 200, 140, 180, 150}; static const l_int32 gaussstdev2[5] = {15, 20, 40, 20, 30}; static const l_float32 gaussfract1[5] = {0.2, 0.3, 0.1, 0.5, 0.3}; static char buf[256]; static l_int32 GenerateSplitPlot(l_int32 i); static NUMA *MakeGaussian(l_int32 mean, l_int32 stdev, l_float32 fract); int main(int argc, char **argv) { l_int32 i; PIX *pix; PIXA *pixa; for (i = 0; i < NTests; i++) GenerateSplitPlot(i); /* Read the results back in ... */ pixa = pixaCreate(0); for (i = 0; i < NTests; i++) { sprintf(buf, "/tmp/junkplot.%d.png", i); pix = pixRead(buf); pixSaveTiled(pix, pixa, 1.0, 1, 25, 32); pixDestroy(&pix); sprintf(buf, "/tmp/junkplots.%d.png", i); pix = pixRead(buf); pixSaveTiled(pix, pixa, 1.0, 0, 25, 32); pixDestroy(&pix); } /* ... and save into a tiled pix */ pix = pixaDisplay(pixa, 0, 0); pixWrite("/tmp/junkotsuplot.png", pix, IFF_PNG); pixDisplay(pix, 100, 100); pixaDestroy(&pixa); pixDestroy(&pix); return 0; } static l_int32 GenerateSplitPlot(l_int32 i) { char title[256]; l_int32 split; l_float32 ave1, ave2, num1, num2, maxnum, maxscore; GPLOT *gplot; NUMA *na1, *na2, *nascore, *nax, *nay; PIX *pixs, *pixd; /* Generate */ na1 = MakeGaussian(gaussmean1[i], gaussstdev1[i], gaussfract1[i]); na2 = MakeGaussian(gaussmean2[i], gaussstdev1[i], 1.0 - gaussfract1[i]); numaArithOp(na1, na1, na2, L_ARITH_ADD); /* Otsu splitting */ numaSplitDistribution(na1, 0.08, &split, &ave1, &ave2, &num1, &num2, &nascore); fprintf(stderr, "split = %d, ave1 = %6.1f, ave2 = %6.1f\n", split, ave1, ave2); fprintf(stderr, "num1 = %8.0f, num2 = %8.0f\n", num1, num2); /* Prepare for plotting a vertical line at the split point */ nax = numaMakeConstant(split, 2); numaGetMax(na1, &maxnum, NULL); nay = numaMakeConstant(0, 2); numaReplaceNumber(nay, 1, (l_int32)(0.5 * maxnum)); /* Plot the input histogram with the split location */ sprintf(buf, "/tmp/junkplot.%d", i); sprintf(title, "Plot %d", i); gplot = gplotCreate(buf, GPLOT_PNG, "Histogram: mixture of 2 gaussians", "Grayscale value", "Number of pixels"); gplotAddPlot(gplot, NULL, na1, GPLOT_LINES, title); gplotAddPlot(gplot, nax, nay, GPLOT_LINES, NULL); gplotMakeOutput(gplot); gplotDestroy(&gplot); numaDestroy(&na1); numaDestroy(&na2); /* Plot the score function */ sprintf(buf, "/tmp/junkplots.%d", i); sprintf(title, "Plot %d", i); gplot = gplotCreate(buf, GPLOT_PNG, "Otsu score function for splitting", "Grayscale value", "Score"); gplotAddPlot(gplot, NULL, nascore, GPLOT_LINES, title); numaGetMax(nascore, &maxscore, NULL); numaReplaceNumber(nay, 1, maxscore); gplotAddPlot(gplot, nax, nay, GPLOT_LINES, NULL); gplotMakeOutput(gplot); gplotDestroy(&gplot); numaDestroy(&nax); numaDestroy(&nay); numaDestroy(&nascore); return 0; } static NUMA * MakeGaussian(l_int32 mean, l_int32 stdev, l_float32 fract) { l_int32 i, total; l_float32 norm, val; NUMA *na; na = numaMakeConstant(0.0, 256); norm = fract / ((l_float32)stdev * sqrt(2 * 3.14159)); total = 0; for (i = 0; i < 256; i++) { val = norm * 1000000. * exp(-(l_float32)((i - mean) * (i - mean)) / (l_float32)(2 * stdev * stdev)); total += (l_int32)val; numaSetValue(na, i, val); } fprintf(stderr, "Total = %d\n", total); return na; } leptonica-1.70/prog/arabic.png0000444000175000017500000037225710735531223014422 0ustar dandan‰PNG  IHDRU ºœ pHYsb&2 IDATxœì½;Œ$Iš ç1Ñ(o‚Åö ê€Ú²,ÕxÕ8¥[,ïÅ K*µëÅ+²#\¶Py9èa0±•æ. @õ4‚™ž ‡É¨ÀÓcØ @lz –%ÊËÿËþˆWfUgvoþèΊðð‡ÙçöøÍìÿ‹Ì½ˆèè¶Spwäž…—{^îYx¹gáåž…—{^îYx¹gáåž…—{^îYx¹gáåž…—{^îYx¹gáåž…—{^îYx¹gáåž…—{^îYx¹gáåVY”é\|ˆT8 X$­ŸÊìƒ>¤H¼`ü!Ráij¨nÅO¨‡‡>A§‡œìXè6‹CSz¸ê°ó«øà'¤œ¼…EžúäC¥h?r‡\ƒEvÀÉ‹vÌÓCŸ|¨ÌbpèÊÃí²8ð ×`¡8ùvYxþ÷Ç¢Ó^¤‡>ùPYxþáíÅuY¤­ŸN}ð—JzÅAí¿g±>ô9߇¼i|«²C¯?è}†:xÕüé²ùurP"V›~8>WíÓöCkÑd ‹U#Ýæ×Yóç‹·Íïuv|››:øFXßÑdzàU·ßsžµ’ÒË¢NûŽ^_´$#d¡3zÈ™¤}ÙTÿ£V æ­tÖ™ …ïþÝOÓÇñþ|Ç¿uYHáË´€=m¾‰œfÞŸ,½BF,¾Íè ú5=X,ø¬‹¿Éš7™!‹@‹®RþÚÈ(a3ø3âS;,”ͬ–›šixÂÁ,´ýp¹é HÚH’A,F)%¤z­ä},¸ˆóO(”© Ïª”û|†™3ºðé:¦ËRJ^‡E"™M,‹E³™º>‹ ÏÒ+V‹d; ‘#û_°OVÀbN,‚¯}ºÆ˜ªïð·µê²Ë¿•cÑÐz>‹Òj-Ä‚ªo_ƒÅEæúâê…KâœêHbf‘Ñe.UE²3Yԟ߀Ţÿ÷ äÊ67Ù¾í¬‡ž¥½ÅBæ”bÛD ãi¹Zî0ßÍbÑaa=ñwõ ÊzXD–…2ûÊ,ඒр$@IN ¥¹&CÇåÇ ÅSTy\¸Íg[±-cx±€”BÕ`‘]xí9²x ­ ²˜K3,m¹¨²BXŒ‘EÙZib'%èˆÚ²(˜E ˜vAk¨ÕQ:Ö&O¢ÿ4&éÊo—Åt~UlFŽ‹9³ø™1¯‹$ϸý*cJ²x°–ÚQa‹T?ÏàžØâÆ®\@É1–EáYœb»x ¥pŒqØ´¨°ÆÎÆåëx”¡–6CM+ú4ÃÖ-˜EžÌ¯¨æ€¨XDÌ¢ü‹2‚QÝ?geô©eA?’Ã? 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * wordsinorder.c * * wordsinorder dirin rootname [firstpage npages] * * dirin: directory of input pages * rootname: used for naming the two output files (templates * and c.c. data) * firstpage: 0-based; default is 0 * npages: use 0 for all pages; default is 0 * */ #include "allheaders.h" /* Input variables */ static const l_int32 MIN_WORD_WIDTH = 6; static const l_int32 MIN_WORD_HEIGHT = 4; static const l_int32 MAX_WORD_WIDTH = 500; static const l_int32 MAX_WORD_HEIGHT = 100; #define BUF_SIZE 512 #define RENDER_PAGES 1 int main(int argc, char **argv) { char filename[BUF_SIZE]; char *dirin, *rootname, *fname; l_int32 i, j, w, h, firstpage, npages, nfiles, ncomp; l_int32 index, ival, rval, gval, bval; BOX *box; BOXA *boxa; BOXAA *baa; JBDATA *data; JBCLASSER *classer; NUMA *nai; NUMAA *naa; SARRAY *safiles; PIX *pixs, *pixt1, *pixt2, *pixd; PIXCMAP *cmap; static char mainName[] = "wordsinorder"; if (argc != 3 && argc != 5) return ERROR_INT( " Syntax: wordsinorder dirin rootname [firstpage, npages]", mainName, 1); dirin = argv[1]; rootname = argv[2]; if (argc == 3) { firstpage = 0; npages = 0; } else { firstpage = atoi(argv[3]); npages = atoi(argv[4]); } /* Compute the word bounding boxes at 2x reduction, along with * the textlines that they are in. */ safiles = getSortedPathnamesInDirectory(dirin, NULL, firstpage, npages); nfiles = sarrayGetCount(safiles); baa = boxaaCreate(nfiles); naa = numaaCreate(nfiles); for (i = 0; i < nfiles; i++) { fname = sarrayGetString(safiles, i, 0); if ((pixs = pixRead(fname)) == NULL) { L_WARNING("image file %d not read\n", mainName, i); continue; } pixGetWordBoxesInTextlines(pixs, 2, MIN_WORD_WIDTH, MIN_WORD_HEIGHT, MAX_WORD_WIDTH, MAX_WORD_HEIGHT, &boxa, &nai); boxaaAddBoxa(baa, boxa, L_INSERT); numaaAddNuma(naa, nai, L_INSERT); #if RENDER_PAGES /* Show the results on a 2x reduced image, where each * word is outlined and the color of the box depends on the * computed textline. */ pixt1 = pixReduceRankBinary2(pixs, 2, NULL); pixGetDimensions(pixt1, &w, &h, NULL); pixd = pixCreate(w, h, 8); cmap = pixcmapCreateRandom(8, 1, 1); /* first color is black */ pixSetColormap(pixd, cmap); pixt2 = pixUnpackBinary(pixt1, 8, 1); pixRasterop(pixd, 0, 0, w, h, PIX_SRC | PIX_DST, pixt2, 0, 0); ncomp = boxaGetCount(boxa); for (j = 0; j < ncomp; j++) { box = boxaGetBox(boxa, j, L_CLONE); numaGetIValue(nai, j, &ival); index = 1 + (ival % 254); /* omit black and white */ pixcmapGetColor(cmap, index, &rval, &gval, &bval); pixRenderBoxArb(pixd, box, 2, rval, gval, bval); boxDestroy(&box); } snprintf(filename, BUF_SIZE, "%s.%05d", rootname, i); fprintf(stderr, "filename: %s\n", filename); pixWrite(filename, pixd, IFF_PNG); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixs); pixDestroy(&pixd); #endif /* RENDER_PAGES */ } boxaaDestroy(&baa); numaaDestroy(&naa); sarrayDestroy(&safiles); return 0; } leptonica-1.70/prog/morphseq_reg.c0000644000175000017500000001114012240302766015312 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * morphseq_reg.c * * Simple regression test for binary morph sequence (interpreter), * showing display mode and rejection of invalid sequence components. */ #include "allheaders.h" #define SEQUENCE1 "O1.3 + C3.1 + R22 + D2.2 + X4" #define SEQUENCE2 "O2.13 + C5.23 + R22 + X4" #define SEQUENCE3 "e3.3 + d3.3 + tw5.5" #define SEQUENCE4 "O3.3 + C3.3" #define SEQUENCE5 "O5.5 + C5.5" #define BAD_SEQUENCE "O1.+D8 + E2.4 + e.4 + r25 + R + R.5 + X + x5 + y7.3" #define DISPLAY_SEPARATION 0 /* use 250 to get images displayed */ int main(int argc, char **argv) { PIX *pixs, *pixg, *pixc, *pixd; static char mainName[] = "morphseq_reg"; if (argc != 1) return ERROR_INT(" Syntax: morphseq_reg", mainName, 1); pixs = pixRead("feyn.tif"); /* 1 bpp */ pixd = pixMorphSequence(pixs, SEQUENCE1, -1); pixDestroy(&pixd); pixd = pixMorphSequence(pixs, SEQUENCE1, DISPLAY_SEPARATION); pixWrite("/tmp/morphseq1.png", pixd, IFF_PNG); pixDestroy(&pixd); pixd = pixMorphCompSequence(pixs, SEQUENCE2, -2); pixDestroy(&pixd); pixd = pixMorphCompSequence(pixs, SEQUENCE2, DISPLAY_SEPARATION); pixWrite("/tmp/morphseq2.png", pixd, IFF_PNG); pixDestroy(&pixd); fprintf(stderr, "\n ------------------ Error messages -----------------\n"); fprintf(stderr, " ------------ DWA v23 Sel doesn't exist -----------\n"); fprintf(stderr, " ---------------------------------------------------\n"); pixd = pixMorphSequenceDwa(pixs, SEQUENCE2, -3); pixDestroy(&pixd); pixd = pixMorphSequenceDwa(pixs, SEQUENCE2, DISPLAY_SEPARATION); pixWrite("/tmp/morphseq3.png", pixd, IFF_PNG); pixDestroy(&pixd); pixd = pixMorphCompSequenceDwa(pixs, SEQUENCE2, -4); pixDestroy(&pixd); pixd = pixMorphCompSequenceDwa(pixs, SEQUENCE2, DISPLAY_SEPARATION); pixWrite("/tmp/morphseq4.png", pixd, IFF_PNG); pixDestroy(&pixd); /* 8 bpp */ pixg = pixScaleToGray(pixs, 0.25); pixd = pixGrayMorphSequence(pixg, SEQUENCE3, -5, 150); pixDestroy(&pixd); pixd = pixGrayMorphSequence(pixg, SEQUENCE3, DISPLAY_SEPARATION, 150); pixWrite("/tmp/morphseq5.png", pixd, IFF_PNG); pixDestroy(&pixd); pixd = pixGrayMorphSequence(pixg, SEQUENCE4, -6, 300); pixWrite("/tmp/morphseq6.png", pixd, IFF_PNG); pixDestroy(&pixd); /* 32 bpp */ pixc = pixRead("wyom.jpg"); pixd = pixColorMorphSequence(pixc, SEQUENCE5, -7, 150); pixDestroy(&pixd); pixd = pixColorMorphSequence(pixc, SEQUENCE5, DISPLAY_SEPARATION, 450); pixWrite("/tmp/morphseq7.png", pixd, IFF_PNG); pixDestroy(&pixc); pixDestroy(&pixd); /* Syntax error handling */ fprintf(stderr, "\n ----------------- Error messages ------------------\n"); fprintf(stderr, " ---------------- Invalid sequence -----------------\n"); fprintf(stderr, " ---------------------------------------------------\n"); pixd = pixMorphSequence(pixs, BAD_SEQUENCE, 50); /* fails; returns null */ pixd = pixGrayMorphSequence(pixg, BAD_SEQUENCE, 50, 0); /* this fails */ pixDestroy(&pixg); pixDestroy(&pixs); return 0; } leptonica-1.70/prog/baselinetest.c0000640000175000017500000000522512242267062015305 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * baselinetest.c * * - e.g., use keystone.png as the input image * - to get plots of baseline locations and other derived * parameters, set DEBUG_PLOT to 1 in baseline.c */ #include "allheaders.h" int main(int argc, char **argv) { char *filein, *fileout; NUMA *na; PIX *pixs, *pixd; PTA *pta; static char mainName[] = "baselinetest"; if (argc != 3) return ERROR_INT(" Syntax: baselinetest filein fileout", mainName, 1); filein = argv[1]; fileout = argv[2]; pixs = pixRead(filein); #if 1 /* Test function for deskewing using projective transform * on linear approximation for local skew angle */ pixd = pixDeskewLocal(pixs, 10, 0, 0, 0.0, 0.0, 0.0); pixWrite(fileout, pixd, IFF_TIFF_G4); /* test baseline finder */ na = pixFindBaselines(pixd, &pta, 1); /* ptaWriteStream(stderr, pta, 1); */ pixDestroy(&pixd); numaDestroy(&na); ptaDestroy(&pta); #endif #if 0 /* Test function for finding local skew angles */ na = pixGetLocalSkewAngles(pixs, 10, 0, 0, 0.0, 0.0, 0.0, NULL, NULL); numaDestroy(&na); #endif pixDestroy(&pixs); return 0; } leptonica-1.70/prog/test-fulltrans-alpha.png0000444000175000017500000000040412047007135017227 0ustar dandan‰PNG  IHDRÁQN1›tRNSv“Í8bKGDÝŠ¤ pHYs.#.#x¥?v8IDATxÚíÁ1 õOm O ø†Z <éF%tEXtdate:create2012-02-16T04:31:19-05:00ú†Ò%tEXtdate:modify2012-02-16T04:31:19-05:00‹Û»nIEND®B`‚leptonica-1.70/prog/pixtile_reg.c0000644000175000017500000000644512240302645015142 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pixtile_reg.c */ #include "allheaders.h" static l_int32 TestTiling(PIX *pixd, PIX *pixs, l_int32 nx, l_int32 ny, l_int32 w, l_int32 h, l_int32 xoverlap, l_int32 yoverlap); int main(int argc, char **argv) { PIX *pixs, *pixd; pixs = pixRead("test24.jpg"); pixd = pixCreateTemplateNoInit(pixs); TestTiling(pixd, pixs, 1, 1, 0, 0, 183, 83); TestTiling(pixd, pixs, 0, 1, 60, 0, 30, 20); TestTiling(pixd, pixs, 1, 0, 0, 60, 40, 40); TestTiling(pixd, pixs, 0, 0, 27, 31, 27, 31); TestTiling(pixd, pixs, 0, 0, 400, 400, 40, 20); TestTiling(pixd, pixs, 7, 9, 0, 0, 35, 35); TestTiling(pixd, pixs, 0, 0, 27, 31, 0, 0); TestTiling(pixd, pixs, 7, 9, 0, 0, 0, 0); pixDestroy(&pixs); pixDestroy(&pixd); return 0; } l_int32 TestTiling(PIX *pixd, PIX *pixs, l_int32 nx, l_int32 ny, l_int32 w, l_int32 h, l_int32 xoverlap, l_int32 yoverlap) { l_int32 i, j, same; PIX *pixt; PIXTILING *pt; pixClearAll(pixd); pt = pixTilingCreate(pixs, nx, ny, w, h, xoverlap, yoverlap); pixTilingGetCount(pt, &nx, &ny); pixTilingGetSize(pt, &w, &h); if (pt) fprintf(stderr, "nx,ny = %d,%d; w,h = %d,%d; overlap = %d,%d\n", nx, ny, w, h, pt->xoverlap, pt->yoverlap); else return 1; for (i = 0; i < ny; i++) { for (j = 0; j < nx; j++) { pixt = pixTilingGetTile(pt, i, j); pixTilingPaintTile(pixd, i, j, pixt, pt); pixDestroy(&pixt); } } pixEqual(pixs, pixd, &same); if (same) fprintf(stderr, "Tiling OK\n"); else fprintf(stderr, "Tiling ERROR !\n"); pixTilingDestroy(&pt); return 0; } leptonica-1.70/prog/livre_seedgen.c0000644000175000017500000000544312270122643015440 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * livre_seedgen.c */ #include "allheaders.h" int main(int argc, char **argv) { l_int32 i; PIX *pixs, *pixt1, *pixt2, *pixt3, *pixd; PIXA *pixa; static char mainName[] = "livre_seedgen"; pixs = pixRead("pageseg2.tif"); startTimer(); for (i = 0; i < 100; i++) { pixt1 = pixReduceRankBinaryCascade(pixs, 1, 4, 4, 3); pixDestroy(&pixt1); } fprintf(stderr, "Time: %8.4f sec\n", stopTimer() / 100.); /* 4 2x rank reductions (levels 1, 4, 4, 3), followed by 5x5 opening */ pixDisplayWrite(NULL, -1); pixDisplayWriteFormat(pixs, 4, IFF_PNG); pixt1 = pixReduceRankBinaryCascade(pixs, 1, 4, 0, 0); pixDisplayWriteFormat(pixt1, 1, IFF_PNG); pixt2 = pixReduceRankBinaryCascade(pixt1, 4, 3, 0, 0); pixDisplayWriteFormat(pixt2, 1, IFF_PNG); pixOpenBrick(pixt2, pixt2, 5, 5); pixt3 = pixExpandBinaryReplicate(pixt2, 2); pixDisplayWriteFormat(pixt3, 1, IFF_PNG); /* Generate the output image */ pixa = pixaReadFiles("/tmp/display", "file"); pixd = pixaDisplayTiledAndScaled(pixa, 8, 250, 4, 0, 25, 2); pixWrite("/tmp/seedgen.png", pixd, IFF_PNG); pixDestroy(&pixs); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixd); pixaDestroy(&pixa); return 0; } leptonica-1.70/prog/chars-14.tif0000444000175000017500000000703412226572724014515 0ustar dandanII*^ & doÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿþC 3¿ÈqÈ0ä2A¦üd<,-ÖAVÙ2D6øI²ÑiòÐAªd4æCjÈCV7&ADÈi~PŒÁ ¹†¨=[† ƒ  ÂX.`ƒ×Á@ºn–’n©6 š}„lƒáõHÞ^ &ÕŸVC-ÕPM…A„Ö-A7þXuº :I6RM‚=ÑâÏð•$é7þ–u§ÕÓÕ[ApƒpAÖ\‚˜+i7ÿ^•Òô•ÝUpºzm]*JŸU_õõÛ ê­Âé´¿ÒõÖÿëþº¤°Å«ÇýÒô´¾½ë_õÖ» zþþ—¥ÿ¿]õÒ«ä!kÒëÿÒõÿü}tª°Þ¿ñÒô©+®üƒ"Oê­$»§vñëõ×üˆýµ]*WJúÿT¾’ºÿO½ê!îê¿T¾O×m/õ bÈïí%Šö¾¿ê¼=&Wý×xm*ªÚ½T’ôÒ%Ü4µÿ¦ B\‰Zãÿô—Åá“ßõñ iWwëôˆf¸M.pžj×ÚöS†Ü'÷ _øƒ]Ó¦¯B»‘½šxõúW]:JØawðÚœ“³€Oõý)m-§„P͉}~¤t Œ0Ößúþ„7âÜ'¤m¯ëeæ¡Ý7ù€" µ/é:_¶©Úü‚ºL=+jßÿ_¤Úýt®I†Ö®¯ý/õë}Õ&Çÿéuzòѯé:@iý-þˆY7Zooük­-ÒÒÇ_¥öÒýKÿK¯Òý¿úoëzõô¿  ÿ´¿]t¨ƒV___I}±O]u¤A©þž—¤¿ÿýõ×ô´²o¯\‚¤1º¥Óoù k Hôþ“Ö«éi¦¿Öë·~ ƒí---´ž’m$µ]oI+î]&¿¤PË®ÖÿÐ_uÞ–ôØA’wÿ¦ëC´·IÒVÒ ÷¤“i0Â9Š×­]$Õ†NA6’V’_]Aá-°“ëZ¦H†ZuˆD†E0Òà ´×†"Aˆ&i¿¦•ŠúØLBIŠ  ÑLCZCˆ0BÁ† C 3¸ˆ¾’ˆˆˆýÕ~êµ÷T¾é%^ÚÒâÝ(úP¶ÒºÝ,Gÿÿÿÿÿÿÿÿÿ f .@ðÕ †JР: ( xf†@Y9rQÈ7r ÷É9l:ÔPCT h À€d4VCÖCÅd1Y¡ë Ò‚ Â7 †brjÈj'!˜¬2È=d2Q">2 L†Ž ½( à‚l0ƒ †d8 ÃA„ Ò†ƒpƒ´0Á„ †xa4A Òa¤ÖëÓ<í„f<Œ:r 0õ„f/ÀÁÊà`ˆetàežÜ6C*3ƒ<„f#!›„%Àœà.``°aht«°ŒÄ 7!&" cby# ¼ Aéªj’«Jôn  @ÃÁ°‚ L<>ôý=Ö`6.`m߇AÃáÿú ûÐMí ›Þºÿ×Om&ê—H8A{i>þUÿ¥ÚÞ‚ î‚ í¤ÿûuûi:Z]6“û¥íÿ¤ÿú_úOÚOëõÿê“ÕÖ—ôÚ0¾—·þ—ÿ¥Ì&Œ,ÂzÞë{×ÿ¶¯{jéibé7ߥ÷ÿÿøKÿÛÒoÒo×ÿúÿIµë x¤ôÿ^øâ—ÿ¥í¥íûþÿˆãÿhÂíÓЮûôCÛk~£ß¨ÿéûzWé_ÿ¶—ÚV•¤–$ ›:ú­þ¿ô¾Òÿß÷ÿÿz÷WÒÂÃ\#Ìí[Õ×ÿKßöõú_«ý´µon­$²ŽL$‚ÿ¯¼ƒ¾AßÿÒý/o¯êõÿûô´›J´Â0×I­'Ò­ÿëÿA{·÷¯é_ÿ¤ûizé„a¥¯÷„—ÿ×ÿKô½½_¥~˜¶“÷ÆÚIx A†’IzO„ ÿÿÿKÛý¿ô¿ I«ÿëÚt’ð‚ 4º¯¸ÿÿãý/Òÿý/ÂLÖÿtµtš¾¶‚ƒ@a¥¯×%ÃgãÿOÛý¿ð—æC"O÷ß~é.ÐAa‡]z¼àÿÿñ¥íÿ–à˜þ—·zX„ij©wƒÿ8ÿ~ßíÿÂýÁ¿ÛI÷«b’ÂAƒA}i>ßó€ùÀÿ9¿ÒöÿÇöÈkÕÿõjºXAõýíýÿû~ßÿÿîATÿºV¯£ µX@ƒiz¤“ïÿÿÿ·ú^ß`ß÷ÿû¯=}q}Þ¿öCFŸû~ßíý}m¿þéZI7¥ß·é{¿ÿ¿ÿ·ý{{ûûoûi{é7¥Ãýiër]ÿ·í¯·ëÚîÿÿW¯Ö 0‚ouJ`zý¿þßÿý××ïV½SzXa„·r:¤—ï׿ÿ·í¥íïÿ·ÿjûªW®2 `A;a' mýÿßÿ·ÿí÷[u·ý=i^¯¥†+b¢‹´¾ŸK!÷ÿöò´½¿_]² Þ½mÒoH†ÇÃa¦[zÞ—÷ÿíþÿ··[uÿßñ½Uõá†!ØŠKôÞ¿·ÿá¿â½½µívÿÕê£WÒònC2à ˆ6Å­>­é~ßÿ°õßþÒÞ¶ô¶ê7t¯_A‚@Ã$ÛK½&ô¿oÿÛþ½´¶ÒÛµíz¥}/O A&ÚKé0Èl|%®ÃÿöÿvÒØi]„šúoI~ƒ ¶J›Á&Kì?ÿoK¯v[imà l0—é_Køx,0a¡L*¤Ø0©¦ž›hiºi» “a„“nI6*šum4>’ ¦(‚€ÈcTbAh ÅaŠ!ž²²¯!²¶ )ôÈJˆcL1D2« ¡„C*¶!i­§èƒ!•Zíaá4 ¢œD ipÉpQÿkÜ0Xb°°×ôÿˆ0B"AP1 ªˆâ"8ˆp`„!`„.œDGQ¡ xj؈ˆõ„¬ õ¤¥F=*A)ÀØ‘X1Aº¢é\!Çÿÿÿÿÿÿÿÿü†ÑA0T¿²O H <7‚†¤Ú‚ 1dà†”~@ð7‚ 3 x4ÍHÌàÓ2³KaóÁšˆ5âABáH*Að*[}=¤A›ˆ |‹¹®M2 ø†¿Wþªîw[w]¿í/Qÿÿý_Òúòa˜ÿÿ¶¾»Mx_ÿK¯ñ_ÿÛ_ÿÿý/õÿÿýµÿÿÿÒëÿÿÿIµÿÿÿÿÿ%þCSˆ| Ùÿÿ¤Ü¸i\”Èjy‰ä ×=A¢Œ‚vC. 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * seedspread_reg.c * * Tests the seedspreading (voronoi finding & filling) function * for both 4 and 8 connectivity. */ #include "allheaders.h" static const l_int32 scalefact = 1.0; int main(int argc, char **argv) { l_int32 i, j, x, y, val; PIX *pixsq, *pixs, *pixc, *pixd; PIXA *pixa; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; pixsq = pixCreate(3, 3, 32); pixSetAllArbitrary(pixsq, 0x00ff0000); pixa = pixaCreate(6); /* Moderately dense */ pixs = pixCreate(300, 300, 8); for (i = 0; i < 100; i++) { x = (153 * i * i * i + 59) % 299; y = (117 * i * i * i + 241) % 299; val = (97 * i + 74) % 256; pixSetPixel(pixs, x, y, val); } pixd = pixSeedspread(pixs, 4); /* 4-cc */ pixc = pixConvertTo32(pixd); for (i = 0; i < 100; i++) { x = (153 * i * i * i + 59) % 299; y = (117 * i * i * i + 241) % 299; pixRasterop(pixc, x - 1, y - 1, 3, 3, PIX_SRC, pixsq, 0, 0); } pixSaveTiled(pixc, pixa, scalefact, 1, 20, 32); regTestWritePixAndCheck(rp, pixc, IFF_PNG); /* 0 */ pixDisplayWithTitle(pixc, 100, 100, "4-cc", rp->display); pixDestroy(&pixd); pixDestroy(&pixc); pixd = pixSeedspread(pixs, 8); /* 8-cc */ pixc = pixConvertTo32(pixd); for (i = 0; i < 100; i++) { x = (153 * i * i * i + 59) % 299; y = (117 * i * i * i + 241) % 299; pixRasterop(pixc, x - 1, y - 1, 3, 3, PIX_SRC, pixsq, 0, 0); } pixSaveTiled(pixc, pixa, scalefact, 0, 20, 0); regTestWritePixAndCheck(rp, pixc, IFF_PNG); /* 1 */ pixDisplayWithTitle(pixc, 410, 100, "8-cc", rp->display); pixDestroy(&pixd); pixDestroy(&pixc); pixDestroy(&pixs); /* Regular lattice */ pixs = pixCreate(200, 200, 8); for (i = 5; i <= 195; i += 10) { for (j = 5; j <= 195; j += 10) { pixSetPixel(pixs, i, j, (7 * i + 17 * j) % 255); } } pixd = pixSeedspread(pixs, 4); /* 4-cc */ pixc = pixConvertTo32(pixd); for (i = 5; i <= 195; i += 10) { for (j = 5; j <= 195; j += 10) { pixRasterop(pixc, j - 1, i - 1, 3, 3, PIX_SRC, pixsq, 0, 0); } } pixSaveTiled(pixc, pixa, scalefact, 1, 20, 0); regTestWritePixAndCheck(rp, pixc, IFF_PNG); /* 2 */ pixDisplayWithTitle(pixc, 100, 430, "4-cc", rp->display); pixDestroy(&pixd); pixDestroy(&pixc); pixd = pixSeedspread(pixs, 8); /* 8-cc */ pixc = pixConvertTo32(pixd); for (i = 5; i <= 195; i += 10) { for (j = 5; j <= 195; j += 10) { pixRasterop(pixc, j - 1, i - 1, 3, 3, PIX_SRC, pixsq, 0, 0); } } pixSaveTiled(pixc, pixa, scalefact, 0, 20, 0); regTestWritePixAndCheck(rp, pixc, IFF_PNG); /* 3 */ pixDisplayWithTitle(pixc, 310, 430, "8-cc", rp->display); pixDestroy(&pixd); pixDestroy(&pixc); pixDestroy(&pixs); /* Very sparse points */ pixs = pixCreate(200, 200, 8); pixSetPixel(pixs, 60, 20, 90); pixSetPixel(pixs, 160, 40, 130); pixSetPixel(pixs, 80, 80, 205); pixSetPixel(pixs, 40, 160, 115); pixd = pixSeedspread(pixs, 4); /* 4-cc */ pixc = pixConvertTo32(pixd); pixRasterop(pixc, 60 - 1, 20 - 1, 3, 3, PIX_SRC, pixsq, 0, 0); pixRasterop(pixc, 160 - 1, 40 - 1, 3, 3, PIX_SRC, pixsq, 0, 0); pixRasterop(pixc, 80 - 1, 80 - 1, 3, 3, PIX_SRC, pixsq, 0, 0); pixRasterop(pixc, 40 - 1, 160 - 1, 3, 3, PIX_SRC, pixsq, 0, 0); pixSaveTiled(pixc, pixa, scalefact, 1, 20, 0); regTestWritePixAndCheck(rp, pixc, IFF_PNG); /* 4 */ pixDisplayWithTitle(pixc, 100, 600, "4-cc", rp->display); pixDestroy(&pixd); pixDestroy(&pixc); pixd = pixSeedspread(pixs, 8); /* 8-cc */ pixc = pixConvertTo32(pixd); pixRasterop(pixc, 60 - 1, 20 - 1, 3, 3, PIX_SRC, pixsq, 0, 0); pixRasterop(pixc, 160 - 1, 40 - 1, 3, 3, PIX_SRC, pixsq, 0, 0); pixRasterop(pixc, 80 - 1, 80 - 1, 3, 3, PIX_SRC, pixsq, 0, 0); pixRasterop(pixc, 40 - 1, 160 - 1, 3, 3, PIX_SRC, pixsq, 0, 0); pixSaveTiled(pixc, pixa, scalefact, 0, 20, 0); regTestWritePixAndCheck(rp, pixc, IFF_PNG); /* 5 */ pixDisplayWithTitle(pixc, 310, 660, "8-cc", rp->display); pixDestroy(&pixd); pixDestroy(&pixc); pixDestroy(&pixs); pixDestroy(&pixsq); pixd = pixaDisplay(pixa, 0, 0); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 6 */ pixDisplayWithTitle(pixc, 720, 100, "Final", rp->display); pixaDestroy(&pixa); pixDestroy(&pixd); return regTestCleanup(rp); } leptonica-1.70/prog/dreyfus4.png0000444000175000017500000005377510256452147014754 0ustar dandan‰PNG  IHDRIÑ•|0PLTE???¿¿¿ÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ×Çz IDATxœí} –¤:’,, @ŸB Iû_Ó3s ‚ÈOuÕ­ìžygš™®[•†Kr7ÿÈÕäÿ®½ùŸFð;×QþÜõå~Ç¿xÄߣ|Î?€ã××?F™Ê¼;n?õéí³ÿ\æÿ %¾Õ,ýÑåý±„}nòÞ7Kj:ü¦ëö>·9¶CØ]”ß ¿°·Ãeîsoö9ñ/ùÙ§„ý’óÑg@›ù‰¼ôyÈ‹{òïühú@yì=õ¹Ù³]’k†ÜÍÑÌûÞ»œ[`%J ìeÛÿ Œ¹”힇½MÌÀØûyÏPBÄÝ#wfŸO”ý%ú"¢œ%72⃌øvµ»=÷íÞ_#þAþSY6ÀÌÞïóî°4 ˾“,»ãÄ_P6X=©;ÜcøÆe4y P-šÈé“ V÷6ºþáñÙ~a¢üÿåøú/ÊŸ»þO¢Lž«È¸½é£L&lÛ†ÿý4—û)”‚«åÉáuâ_·Ÿât?‰ì ¡.EªüÓþÌÍ e¨¥.å'–ÿ÷¡|¶å¯[ýùñOÍÏB Ûݸò×Tÿ› ÍãÜýÇPæç£ü-9WLùÜý§PšØœ~Ï…2›àäæ?†2,—ÒY^òS1þÈÝ ¥}±²åvóù‡„ùC(EI–k}ý4ÐÿÈõSóòõ×à<Üÿñ×Ï ¼´O~7‹Çü36ògP^s1mÙÝñø‰»ÿJ øf\˘ÚqÄ_d©¯ÿ4R¶û¿~hÄA+m½ïêä!Ài?>ì÷/¸r÷¹ò3(ãQ^ñ-°áþÕ$y¹{œ?ÒêSøo¾‡2Yý£;eºM–@I ¹yÎÊÍp¨M£ÊHÞ>ÿ HùÓ¾Æü'P†øš•…ÙtNÌøOd)÷ /Bð(£{M>ë;þ'éPVÍÿlùglì¯þȈËàrf*?ò,˜ÿhùˆ?òúæO¬è!‹?pëÓƒawø ú iÿJ`|}óg4Æ6À2®¨NbꉻŽýo^I)Y7§_^ÓOù)Û)S€Ó¶aì÷­Ï±ƒŽú¶žÆíÐ]~êF‰{D eÄ,±Gÿ[K'šŠj 9ÚÅÕ‡û„þ9”1(Y•Pë>«#$yàe|¾3è±ÁÅ¿ÈtqG_~¼åû+þ`Æ€ppZòïA'«°äI?¨œa¾^F±±~hH¨Ò\éUØÞÞê÷Pþ³1ÑQä\Œ½.™ÑA¬¨þâ+CÓtÂt…<!æÏOü¥×îœÔÍÎþV£‹ï%3šœÏª(IŸx¿8?厦ëgæ[˜õØ`rØKˆ¯EþeWfîRÙÈÌ{³â,HZܬ.M.?Te6h·tºœ‹vq­–…ÍB¸=«P=Ç%Ý8©i}l:¬ˆÐÚ º"”ðâ—(ëtÀç—Û㜈ë5ä±Ó…·JËe Ί¯M1o‘ÌÒh™‹- ¼³G‡õÏù^n°\VV´ynÜãhÚauêÏ5`^þÊCæ ç°)ŸL‡”_±”݃êøÆ0ƒ‹_ÇpÐÑfñ&!è–w‡^ÇÄ{:“›ØBS¸Í”ù™©Š#bniŽËÉ‹oW5íó¥„~Á‰ k}BaÈ££@ñJÓ e‡B¹cöšZ¼’®Ë‚ÒÿjiƒÍÜæ}ˆϯƇ‘X’ûèCjø<§Úu^ó×G”UÜž¢ª¥@×…—g ËKF#ÒŽ6­ðAÇöH$˜A4ôŒŸdÝj“GÜч¥„°9]yÑsņƒg›Gó€5pŸ„ùå©¥Å8'm rÇK¯È'FM!Ó©.ˆÆ3û蘎l¬ÜdÎ&T¯ÃÛ.|o #$²ÌÕ®®uc³ÏTL>Œóf]…w¸sð?¢<5Ž¨­.ö²„ðøAoe¶ïRTuÈÊ j€,!|¬ÎPüm=ÚÛág²úôËîÉBÒQD |‡¢a¤V9zU\æÍ‘¿EyþðÃr.o4W%Îœ°T-z“X¥¥ß[è&™nøåLmy`öÄV¾cö Ž’+¯KÂÜÜh<â°ÌD¡©ÖõIö[”uòj·XÄÑ8AÁ¹/ø3@·Þ>)Í¥Ÿ&v%‡¡ºHˆ¯à-¸t·ÁðÍb^RHåŠyé½I›KJÜ9Ñ)ñ4àë÷( ˜è¦YçÃG†.<4ýËcåM8Á‚}rIªùù°½¢ÞlÞm¾âþ\Wy˜¡G™7·˜¸!Þ`”gÙÌ2X«^÷å¹Ñ»bÊ7žÿ ÊB¤ð–)Œõ£§m‰ç@” %”w½ßQnTôC~*®0ËZMFã¶àê½[ÏT[¬ë„)ŽòN¬ˆ0 [ùç7(—|ÿµÒe¤çÀw÷ó ¥ŒøDKX_˜T¢†Ô)ö+T”_úÔ*Ýfzí¥ã¤8WÆ2ã"wѺˆ—õâ!§s±=/ãd)G•íÊϹå‡b_DV ‘?†ŠÞ 4ç\i"Òòž¢d~s€wòECÄ8ÛXJÁƒ•SϧRÆ ÀôÂ’l± Õ²}R4QeµšTlO.3Wuk(-M±kØô#7:?·fÎ2Z.–·ª£W3€_µ\ÞîÌ®˜6»³.Æü£ 5ïøØ ú4e¡_£At‘–›Þ™øúÜ\qí›<ºçÒs‡W™¸¦²Îô0Ê;=©{ø·ÛÉ“| up¶¦› >KqL¤t‡ƒ DØLcN-÷%ʼ$þÎÉ°(féd‰|*䃊IÞ3Î$±± %dçà<P×:&{ö!BËœŒ¾£1ãáÀL°Z”ÅW}ê(K¡™¢¯âÉö?s"q”ŠÔb1˜ày¢O”X°{Ó9 ÍsÌ ‚ÇÖiiH0Ý>Õ÷×xY. 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¬Ô’¦»òì,='ÂóÅŒÅÄ™î x'æ%?…ð%7gÍ]™‹AÒ$ºôÙ“¬Ó&RÔ£8;çu¾üF'vg§Â2оÌ÷òìȶ!×[ÖL³©ŽÄúAx÷ø¾”eY<¬ÍÐõ«bLvfKèšóñë|ñKò)ùYùïôÚ8ŸîQÃEcS‰ãz¡&q2ÜåþExã}^^6»8€Ü9Uæfy¥îØîI'x - w / 2, box->y - h / 2, w + 4, h + 4); boxaAddBox(boxa2, boxe, L_INSERT); pixRenderBox(pixs, boxe, 4, L_FLIP_PIXELS); boxDestroy(&box); } pixWrite("/tmp/junkoutline", pixs, IFF_TIFF_G4); boxaWriteStream(stderr, boxa2); pixDestroy(&pixs); pixDestroy(&pixp); pixDestroy(&pixpe); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixhmt); pixDestroy(&pixd); selDestroy(&sel); selDestroy(&sel_2h); boxaDestroy(&boxa1); boxaDestroy(&boxa2); return 0; } leptonica-1.70/prog/19-colors.png0000444000175000017500000000116311713662405014716 0ustar dandan‰PNG  IHDR¶d=†;v pHYsb&2%IDATxœíÖ±BQA E,"Ä"Æ;»¥„÷ƨŠ`Œ]©ï·IÏÓ.m®zpåszÀ¥ÍUïÓ¾Ø<÷ÍUžðg›«&ŸpóÖ7WM~àmõÜ7W->áãôØ"‘ $2„D€ÈB"@Hd‰ !‘ $2„D€ÈB"@Hd‰ !‘ $2„D€ÈB"@Hd‰ !‘ $2„D€ÈB"@Hd‰ !‘ $2„D€ÈB"@Hd‰ !‘ $2„D€ÈB"@Hd‰ !‘ $2„D€ÈB"@Hd‰ !‘ $2„D€ÈB"@Hd‰ !‘ $2„D€ÈB"@Hd‰ !‘ $2„D€ÈB"@Hd‰ !‘ $2„D€ÈB"@Hd‰ !‘ $2„D€ÈB"@Hd‰ !‘ $2Ä?ú Çg5:ˆIEND®B`‚leptonica-1.70/prog/skewtest.c0000640000175000017500000001251412244775366014510 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * skewtest.c * * Tests various skew finding methods, optionally deskewing * the input (binary) image. The best version does a linear * sweep followed by a binary (angle-splitting) search. * The basic method is to find the vertical shear angle such * that the differential variance of ON pixels between each * line and it's neighbor, when summed over all lines, is * maximized. */ #include "allheaders.h" /* deskew */ #define DESKEW_REDUCTION 2 /* 1, 2 or 4 */ /* sweep only */ #define SWEEP_RANGE 10. /* degrees */ #define SWEEP_DELTA 0.2 /* degrees */ #define SWEEP_REDUCTION 2 /* 1, 2, 4 or 8 */ /* sweep and search */ #define SWEEP_RANGE2 10. /* degrees */ #define SWEEP_DELTA2 1. /* degrees */ #define SWEEP_REDUCTION2 2 /* 1, 2, 4 or 8 */ #define SEARCH_REDUCTION 2 /* 1, 2, 4 or 8 */ #define SEARCH_MIN_DELTA 0.01 /* degrees */ int main(int argc, char **argv) { char *filein, *fileout; l_int32 ret; l_float32 deg2rad; l_float32 angle, conf, score; PIX *pix, *pixs, *pixd; static char mainName[] = "skewtest"; if (argc != 3) return ERROR_INT(" Syntax: skewtest filein fileout", mainName, 1); filein = argv[1]; fileout = argv[2]; pixd = NULL; deg2rad = 3.1415926535 / 180.; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pixs not made", mainName, 1); /* Find the skew angle various ways */ pix = pixConvertTo1(pixs, 130); pixWrite("/tmp/binarized.tif", pix, IFF_TIFF_G4); pixFindSkew(pix, &angle, &conf); fprintf(stderr, "pixFindSkew():\n" " conf = %5.3f, angle = %7.3f degrees\n", conf, angle); pixFindSkewSweepAndSearchScorePivot(pix, &angle, &conf, &score, SWEEP_REDUCTION2, SEARCH_REDUCTION, 0.0, SWEEP_RANGE2, SWEEP_DELTA2, SEARCH_MIN_DELTA, L_SHEAR_ABOUT_CORNER); fprintf(stderr, "pixFind...Pivot(about corner):\n" " conf = %5.3f, angle = %7.3f degrees, score = %f\n", conf, angle, score); pixFindSkewSweepAndSearchScorePivot(pix, &angle, &conf, &score, SWEEP_REDUCTION2, SEARCH_REDUCTION, 0.0, SWEEP_RANGE2, SWEEP_DELTA2, SEARCH_MIN_DELTA, L_SHEAR_ABOUT_CENTER); fprintf(stderr, "pixFind...Pivot(about center):\n" " conf = %5.3f, angle = %7.3f degrees, score = %f\n", conf, angle, score); /* Use top-level */ pixd = pixDeskew(pixs, 0); pixWriteImpliedFormat(fileout, pixd, 0, 0); #if 0 /* Do it piecemeal; fails if outside the range */ if (pixGetDepth(pixs) == 1) { pixd = pixDeskew(pix, DESKEW_REDUCTION); pixWrite(fileout, pixd, IFF_PNG); } else { ret = pixFindSkewSweepAndSearch(pix, &angle, &conf, SWEEP_REDUCTION2, SEARCH_REDUCTION, SWEEP_RANGE2, SWEEP_DELTA2, SEARCH_MIN_DELTA); if (ret) L_WARNING("skew angle not valid\n", mainName); else { fprintf(stderr, "conf = %5.3f, angle = %7.3f degrees\n", conf, angle); if (conf > 2.5) pixd = pixRotate(pixs, angle * deg2rad, L_ROTATE_AREA_MAP, L_BRING_IN_WHITE, 0, 0); else pixd = pixClone(pixs); pixWrite(fileout, pixd, IFF_PNG); pixDestroy(&pixd); } } #endif pixDestroy(&pixs); pixDestroy(&pix); pixDestroy(&pixd); return 0; } leptonica-1.70/prog/showedges.c0000644000175000017500000000503512242265621014615 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * showedges.c * * Uses computation of half edge function, along with thresholding. */ #include "allheaders.h" #define SMOOTH_WIDTH_1 2 /* must be smaller */ #define SMOOTH_WIDTH_2 4 /* must be larger */ #define THRESHOLD 5 /* low works best */ int main(int argc, char **argv) { char *infile, *outfile; l_int32 d; PIX *pixs, *pixgr, *pixb; static char mainName[] = "showedges"; if (argc != 3) return ERROR_INT(" Syntax: showedges infile outfile", mainName, 1); infile = argv[1]; outfile = argv[2]; pixs = pixRead(infile); d = pixGetDepth(pixs); if (d != 8 && d != 32) return ERROR_INT("d not 8 or 32 bpp", mainName, 1); pixgr = pixHalfEdgeByBandpass(pixs, SMOOTH_WIDTH_1, SMOOTH_WIDTH_1, SMOOTH_WIDTH_2, SMOOTH_WIDTH_2); pixb = pixThresholdToBinary(pixgr, THRESHOLD); pixInvert(pixb, pixb); /* pixWrite("junkpixgr", pixgr, IFF_JFIF_JPEG); */ pixWrite(outfile, pixb, IFF_PNG); return 0; } leptonica-1.70/prog/lighttext.jpg0000444000175000017500000030451011303557425015200 0ustar dandanÿØÿàJFIFÿþ“Software::XV Version 3.10a Rev: 12/29/94 (PNG patch 1.2) CREATOR: XV Version 3.10a Rev: 12/29/94 (PNG patch 1.2) Quality = 75, Smoothing = 0 ÿÛC    $.' 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * recogsort.c */ #include "string.h" #include "allheaders.h" l_int32 main(int argc, char **argv) { char *boxatxt; l_int32 i; BOX *box, *box1, *box2; BOXA *boxa, *boxa1, *boxa2, *boxa3; BOXAA *baa, *baa1; NUMAA *naa1; PIX *pixdb, *pix, *pix1, *pix2, *pix3, *pix4; PIXA *pixa1, *pixa2, *pixa3, *pixat; L_RECOG *recog; L_RECOGA *recoga; SARRAY *sa1; PROCNAME("recogsort"); /* ----- Example identifying samples using training data ----- */ #if 1 /* Read the training data */ pixat = pixaRead("recog/sets/train06.pa"); recog = recogCreateFromPixa(pixat, 0, 0, L_USE_ALL, 128, 1, "fonts"); recoga = recogaCreateFromRecog(recog); pixaDestroy(&pixat); /* Read the data from all samples */ pix1 = pixRead("recog/sets/samples06.png"); boxatxt = pixGetText(pix1); boxa1 = boxaReadMem((l_uint8 *)boxatxt, strlen(boxatxt)); pixa1 = pixaCreateFromBoxa(pix1, boxa1, NULL); pixDestroy(&pix1); /* destroys boxa1 */ /* Identify components in the sample data */ pixa2 = pixaCreate(0); pixa3 = pixaCreate(0); for (i = 0; i < 9; i++) { /* if (i != 4) continue; */ /* dots form separate boxa */ /* if (i != 8) continue; */ /* broken 2 in '24' */ pix1 = pixaGetPix(pixa1, i, L_CLONE); /* Show the 2d box data in the sample */ boxa2 = pixConnComp(pix1, NULL, 8); baa = boxaSort2d(boxa2, NULL, 6, 6, 5); pix2 = boxaaDisplay(baa, 3, 1, 0xff000000, 0x00ff0000, 0, 0); pixaAddPix(pixa3, pix2, L_INSERT); boxaaDestroy(&baa); boxaDestroy(&boxa2); /* Get the numbers in the sample */ recogaIdentifyMultiple(recoga, pix1, 0, 5, 3, &boxa3, NULL, &pixdb, 0); sa1 = recogaExtractNumbers(recoga, boxa3, 0.7, -1, &baa1, &naa1); sarrayWriteStream(stderr, sa1); boxaaWriteStream(stderr, baa1); numaaWriteStream(stderr, naa1); pixaAddPix(pixa2, pixdb, L_INSERT); /* pixaWrite("/tmp/pixa.pa", pixa2); */ pixDestroy(&pix1); boxaDestroy(&boxa3); boxaaDestroy(&baa1); numaaDestroy(&naa1); sarrayDestroy(&sa1); } pix3 = pixaDisplayLinearly(pixa2, L_VERT, 1.0, 0, 20, 1, NULL); pixWrite("/tmp/pix3.png", pix3, IFF_PNG); pix4 = pixaDisplayTiledInRows(pixa3, 32, 1500, 1.0, 0, 20, 2); pixDisplay(pix4, 500, 0); pixWrite("/tmp/pix4.png", pix4, IFF_PNG); pixaDestroy(&pixa2); pixaDestroy(&pixa3); pixDestroy(&pix1); pixDestroy(&pix3); pixDestroy(&pix4); pixaDestroy(&pixa1); boxaDestroy(&boxa1); recogaDestroy(&recoga); #endif return 0; } leptonica-1.70/prog/weasel4.5g.png0000444000175000017500000000152410400443670015036 0ustar dandan‰PNG  IHDRRI\lðPLTE???¿¿¿ÿÿÿw7AÖ pHYsb&2ëIDATxœÖv PÀ  €à,ôN¸ÿ™hKC±:ÞÞ|Ûû&­ÈÿâÿÒé/Ãlòƾ–RŠÃpMÎqNyù‰yž?ÈÃt–¨A\›œßË5=hY¿€]<‰™«Ph}Œq=•5èÄA§>ÇÔˆ”ݤÏ3c ªŠœèw3͇€ušÑzô¾IZ#ŒÓ•¤–%ä%2¹Ç¤ÄsI>-„,³´W.kIraG9°¬†Eú7ro0Á#ŽòP m´Âmx#ãž÷!â ÷.³ŠÉ1&ë`Ë`_û!dPaŸ&m&—‰ÃºÛåø€P…öræ§'äô²öÀeI‚ÁàÔº¤¼Cxj‚`jI¦•Ä+ŠÈ Än¸K'ÃÛ~J^ÑžÛô}PÐ<&‡Øìòa¹Ü‚ÒŽ)™|¿–=8*‰ËTî;ÔÔ–;؃ËnßS ÛBô!Ã[¹n"³1½f§#i]”*­ñMÔKöuzè?Êš]¢kg× µÏã(ë%¤—¢œ°7»I?ÈÅ”ßÔÃ/E p’}2Û –õrâKv C“µb]‰72ÕŠÖšÍT¥9“Ñ Ðµx…Ý€ä²ö‡ÖÒøP$è7¸ÇŒ­A©£|‘a=—¡Ìzæ÷gwˆIR¼P!­oÎüVLb+šúÜK~ŠÑ.W£F0e<‘AÂÚÕ…®¢î q·'Yõ‰’,y–½“öþõq–\ÍÏdìe¹è.B-ˆÉRv­Q9,Ïe˜¤¤Wz;Áí9uSJÔ-ÞéíÝJ-øC÷,;ÌO!.ù»D™Ÿë"}–Ôù¡áÞžHj³Ÿ ŽMS¿—! ½gÚ¢=µ$½ˆ“4òƒ B.}.óKé]¦ËQNÆ.ÝvÉ¿T“¿?GiÑ–‡)N·ü®-ç æAJ@Kÿý½eÐM¸ë„U]~Þ³vò§Ì0Ða¾Ž+OIÔTècNRõÜ%bèºïo¿›Ìo^xû±½©æüMæ&ÿ9þ ýe¶p ×IEND®B`‚leptonica-1.70/prog/convolve_reg.c0000640000175000017500000002011712240303231015273 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * convolve_reg.c * * Tests a number of convolution functions. */ #include "allheaders.h" static const char *kel1str = " 20 50 80 50 20 " " 50 100 140 100 50 " " 90 160 200 160 90 " " 50 100 140 100 50 " " 20 50 80 50 20 "; static const char *kel2str = " -20 -50 -80 -50 -20 " " -50 50 80 50 -50 " " -90 90 200 90 -90 " " -50 50 80 50 -50 " " -20 -50 -80 -50 -20 "; static const char *kel3xstr = " -70 40 100 40 -70 "; static const char *kel3ystr = " 20 -70 40 100 40 -70 20 "; int main(int argc, char **argv) { l_int32 i, j, sizex, sizey, bias; FPIX *fpixv, *fpixrv; L_KERNEL *kel1, *kel2, *kel3x, *kel3y; PIX *pixs, *pixacc, *pixg, *pixt, *pixd; PIX *pixb, *pixm, *pixms, *pixrv, *pix1, *pix2, *pix3, *pix4; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; /* Test pixBlockconvGray() on 8 bpp */ pixs = pixRead("test8.jpg"); pixacc = pixBlockconvAccum(pixs); pixd = pixBlockconvGray(pixs, pixacc, 3, 5); regTestWritePixAndCheck(rp, pixd, IFF_JFIF_JPEG); /* 0 */ pixDisplayWithTitle(pixd, 100, 0, NULL, rp->display); pixDestroy(&pixacc); pixDestroy(&pixd); /* Test pixBlockconv() on 8 bpp */ pixd = pixBlockconv(pixs, 9, 8); regTestWritePixAndCheck(rp, pixd, IFF_JFIF_JPEG); /* 1 */ pixDisplayWithTitle(pixd, 200, 0, NULL, rp->display); pixDestroy(&pixd); pixDestroy(&pixs); /* Test pixBlockrank() on 1 bpp */ pixs = pixRead("test1.png"); pixacc = pixBlockconvAccum(pixs); for (i = 0; i < 3; i++) { pixd = pixBlockrank(pixs, pixacc, 4, 4, 0.25 + 0.25 * i); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 2 - 4 */ pixDisplayWithTitle(pixd, 300 + 100 * i, 0, NULL, rp->display); pixDestroy(&pixd); } /* Test pixBlocksum() on 1 bpp */ pixd = pixBlocksum(pixs, pixacc, 16, 16); regTestWritePixAndCheck(rp, pixd, IFF_JFIF_JPEG); /* 5 */ pixDisplayWithTitle(pixd, 700, 0, NULL, rp->display); pixDestroy(&pixd); pixDestroy(&pixacc); pixDestroy(&pixs); /* Test pixCensusTransform() */ pixs = pixRead("test24.jpg"); pixg = pixScaleRGBToGrayFast(pixs, 2, COLOR_GREEN); pixd = pixCensusTransform(pixg, 10, NULL); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 6 */ pixDisplayWithTitle(pixd, 800, 0, NULL, rp->display); pixDestroy(&pixd); /* Test generic convolution with kel1 */ kel1 = kernelCreateFromString(5, 5, 2, 2, kel1str); pixd = pixConvolve(pixg, kel1, 8, 1); regTestWritePixAndCheck(rp, pixd, IFF_JFIF_JPEG); /* 7 */ pixDisplayWithTitle(pixd, 100, 500, NULL, rp->display); pixDestroy(&pixd); /* Test convolution with flat rectangular kel */ kel2 = kernelCreate(11, 11); kernelSetOrigin(kel2, 5, 5); for (i = 0; i < 11; i++) { for (j = 0; j < 11; j++) kernelSetElement(kel2, i, j, 1); } pixd = pixConvolve(pixg, kel2, 8, 1); regTestWritePixAndCheck(rp, pixd, IFF_JFIF_JPEG); /* 8 */ pixDisplayWithTitle(pixd, 200, 500, NULL, rp->display); pixDestroy(&pixd); kernelDestroy(&kel1); kernelDestroy(&kel2); /* Test pixBlockconv() on 32 bpp */ pixt = pixScaleBySampling(pixs, 0.5, 0.5); pixd = pixBlockconv(pixt, 4, 6); regTestWritePixAndCheck(rp, pixd, IFF_JFIF_JPEG); /* 9 */ pixDisplayWithTitle(pixd, 300, 500, NULL, rp->display); pixDestroy(&pixt); pixDestroy(&pixs); pixDestroy(&pixg); pixDestroy(&pixd); /* Test bias convolution non-separable with kel2 */ pixs = pixRead("marge.jpg"); pixg = pixScaleRGBToGrayFast(pixs, 2, COLOR_GREEN); kel2 = kernelCreateFromString(5, 5, 2, 2, kel2str); pixd = pixConvolveWithBias(pixg, kel2, NULL, TRUE, &bias); regTestWritePixAndCheck(rp, pixd, IFF_JFIF_JPEG); /* 10 */ pixDisplayWithTitle(pixd, 400, 500, NULL, rp->display); fprintf(stderr, "bias = %d\n", bias); kernelDestroy(&kel2); pixDestroy(&pixd); /* Test bias convolution separable with kel3x and kel3y */ kel3x = kernelCreateFromString(1, 5, 0, 2, kel3xstr); kel3y = kernelCreateFromString(7, 1, 3, 0, kel3ystr); pixd = pixConvolveWithBias(pixg, kel3x, kel3y, TRUE, &bias); regTestWritePixAndCheck(rp, pixd, IFF_JFIF_JPEG); /* 11 */ pixDisplayWithTitle(pixd, 500, 500, NULL, rp->display); fprintf(stderr, "bias = %d\n", bias); kernelDestroy(&kel3x); kernelDestroy(&kel3y); pixDestroy(&pixd); pixDestroy(&pixs); pixDestroy(&pixg); /* Test pixWindowedMean() and pixWindowedMeanSquare() on 8 bpp */ pixs = pixRead("feyn-fract2.tif"); pixg = pixConvertTo8(pixs, 0); sizex = 5; sizey = 20; pixb = pixAddBorderGeneral(pixg, sizex + 1, sizex + 1, sizey + 1, sizey + 1, 0); pixm = pixWindowedMean(pixb, sizex, sizey, 1, 1); pixms = pixWindowedMeanSquare(pixb, sizex, sizey, 1); regTestWritePixAndCheck(rp, pixm, IFF_JFIF_JPEG); /* 12 */ pixDisplayWithTitle(pixm, 100, 0, NULL, rp->display); pixDestroy(&pixs); pixDestroy(&pixb); /* Test pixWindowedVariance() on 8 bpp */ pixWindowedVariance(pixm, pixms, &fpixv, &fpixrv); pixrv = fpixConvertToPix(fpixrv, 8, L_CLIP_TO_ZERO, 1); regTestWritePixAndCheck(rp, pixrv, IFF_JFIF_JPEG); /* 13 */ pixDisplayWithTitle(pixrv, 100, 250, NULL, rp->display); pix1 = fpixDisplayMaxDynamicRange(fpixv); pix2 = fpixDisplayMaxDynamicRange(fpixrv); pixDisplayWithTitle(pix1, 100, 500, "Variance", rp->display); pixDisplayWithTitle(pix2, 100, 750, "RMS deviation", rp->display); regTestWritePixAndCheck(rp, pix1, IFF_JFIF_JPEG); /* 14 */ regTestWritePixAndCheck(rp, pix2, IFF_JFIF_JPEG); /* 15 */ fpixDestroy(&fpixv); fpixDestroy(&fpixrv); pixDestroy(&pixm); pixDestroy(&pixms); pixDestroy(&pixrv); /* Test again all windowed functions with simpler interface */ pixWindowedStats(pixg, sizex, sizey, 0, NULL, NULL, &fpixv, &fpixrv); pix3 = fpixDisplayMaxDynamicRange(fpixv); pix4 = fpixDisplayMaxDynamicRange(fpixrv); regTestComparePix(rp, pix1, pix3); /* 16 */ regTestComparePix(rp, pix2, pix4); /* 17 */ pixDestroy(&pixg); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); fpixDestroy(&fpixv); fpixDestroy(&fpixrv); return regTestCleanup(rp); } leptonica-1.70/prog/juditharismax.jpg0000444000175000017500000044437411011761750016047 0ustar dandanÿØÿàJFIFÿþXCREATOR: XV Version 3.10a Rev: 12/29/94 (PNG patch 1.2) Quality = 75, Smoothing = 0 ÿÛC    $.' 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * skew_reg.c * * Regression test for skew detection. */ #include "allheaders.h" /* deskew */ #define DESKEW_REDUCTION 4 /* 1, 2 or 4 */ /* sweep only */ #define SWEEP_RANGE 5. /* degrees */ #define SWEEP_DELTA 0.2 /* degrees */ #define SWEEP_REDUCTION 2 /* 1, 2, 4 or 8 */ /* sweep and search */ #define SWEEP_RANGE2 5. /* degrees */ #define SWEEP_DELTA2 1. /* degrees */ #define SWEEP_REDUCTION2 2 /* 1, 2, 4 or 8 */ #define SEARCH_REDUCTION 2 /* 1, 2, 4 or 8 */ #define SEARCH_MIN_DELTA 0.01 /* degrees */ static const l_int32 BORDER = 150; int main(int argc, char **argv) { l_int32 w, h, wd, hd; l_float32 deg2rad, angle, conf; PIX *pixs, *pixb1, *pixb2, *pixr, *pixf, *pixd, *pixc; PIXA *pixa; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; deg2rad = 3.1415926535 / 180.; pixa = pixaCreate(0); pixs = pixRead("feyn.tif"); pixSetOrClearBorder(pixs, 100, 250, 100, 0, PIX_CLR); pixb1 = pixReduceRankBinaryCascade(pixs, 2, 2, 0, 0); regTestWritePixAndCheck(rp, pixb1, IFF_PNG); /* 0 */ pixDisplayWithTitle(pixb1, 0, 100, NULL, rp->display); /* Add a border and locate and deskew a 40 degree rotation */ pixb2 = pixAddBorder(pixb1, BORDER, 0); pixGetDimensions(pixb2, &w, &h, NULL); pixSaveTiled(pixb2, pixa, 0.5, 1, 20, 8); pixr = pixRotateBySampling(pixb2, w / 2, h / 2, deg2rad * 40., L_BRING_IN_WHITE); regTestWritePixAndCheck(rp, pixr, IFF_PNG); /* 1 */ pixSaveTiled(pixr, pixa, 0.5, 0, 20, 0); pixFindSkewSweepAndSearchScorePivot(pixr, &angle, &conf, NULL, 1, 1, 0.0, 45.0, 2.0, 0.03, L_SHEAR_ABOUT_CENTER); fprintf(stderr, "Should be 40 degrees: angle = %7.3f, conf = %7.3f\n", angle, conf); pixf = pixRotateBySampling(pixr, w / 2, h / 2, deg2rad * angle, L_BRING_IN_WHITE); pixd = pixRemoveBorder(pixf, BORDER); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 2 */ pixSaveTiled(pixd, pixa, 0.5, 0, 20, 0); pixDestroy(&pixr); pixDestroy(&pixf); pixDestroy(&pixd); /* Do a rotation larger than 90 degrees using embedding; * Use 2 sets of measurements at 90 degrees to scan the * full range of possible rotation angles. */ pixGetDimensions(pixb1, &w, &h, NULL); pixr = pixRotate(pixb1, deg2rad * 37., L_ROTATE_SAMPLING, L_BRING_IN_WHITE, w, h); regTestWritePixAndCheck(rp, pixr, IFF_PNG); /* 3 */ pixSaveTiled(pixr, pixa, 0.5, 1, 20, 0); startTimer(); pixFindSkewOrthogonalRange(pixr, &angle, &conf, 2, 1, 47.0, 1.0, 0.03, 0.0); fprintf(stderr, "Orth search time: %7.3f sec\n", stopTimer()); fprintf(stderr, "Should be about -128 degrees: angle = %7.3f\n", angle); pixd = pixRotate(pixr, deg2rad * angle, L_ROTATE_SAMPLING, L_BRING_IN_WHITE, w, h); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 4 */ pixGetDimensions(pixd, &wd, &hd, NULL); pixc = pixCreate(w, h, 1); pixRasterop(pixc, 0, 0, w, h, PIX_SRC, pixd, (wd - w) / 2, (hd - h) / 2); regTestWritePixAndCheck(rp, pixc, IFF_PNG); /* 5 */ pixSaveTiled(pixc, pixa, 0.5, 0, 20, 0); pixDestroy(&pixr); pixDestroy(&pixf); pixDestroy(&pixd); pixDestroy(&pixc); pixd = pixaDisplay(pixa, 0, 0); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 6 */ pixDisplayWithTitle(pixd, 100, 100, NULL, rp->display); pixDestroy(&pixd); pixDestroy(&pixs); pixDestroy(&pixb1); pixDestroy(&pixb2); pixaDestroy(&pixa); return regTestCleanup(rp); } #if 0 pixFindSkewSweepAndSearchScore(pixs, &angle, &conf, &endscore, 4, 2, 0.0, 5.0, 1.0, 0.01); fprintf(stderr, "angle = %8.4f, conf = %8.4f, endscore = %f\n", angle, conf, endscore); startTimer(); pixd = pixDeskew(pixs, DESKEW_REDUCTION); fprintf(stderr, "Time to deskew = %7.4f sec\n", stopTimer()); pixWrite(fileout, pixd, IFF_BMP); pixDestroy(&pixd); #endif #if 0 if (pixFindSkew(pixs, &angle)) { L_WARNING("skew angle not valid\n", mainName); return 1; } #endif #if 0 if (pixFindSkewSweep(pixs, &angle, SWEEP_REDUCTION, SWEEP_RANGE, SWEEP_DELTA)) { L_WARNING("skew angle not valid\n", mainName); return 1; } #endif #if 0 if (pixFindSkewSweepAndSearch(pixs, &angle, SWEEP_REDUCTION2, SEARCH_REDUCTION, SWEEP_RANGE2, SWEEP_DELTA2, SEARCH_MIN_DELTA)) { L_WARNING("skew angle not valid\n", mainName); return 1; } #endif leptonica-1.70/prog/weasel2.4g.png0000444000175000017500000000135010400443670015030 0ustar dandan‰PNG  IHDRRIÓS™P PLTEUUUªªªÿÿÿÁbÑ pHYsb&2‚IDATxœuÕ¿oÓ@ðQ–5ƒÊÒ.^ú'Ô©²à”^†t`)RåÜ‚ÄÂ’Fm¥n5rïuè„T$„ÅŸÀÀÐ)ê@Qµ>î—Û17Dò'/Ïwß;;À*Æ%Të!)ŽžTZ‚bŒJ:®ÔÉÀÛV…R«ƒxUÔ$ò:h¥RmˆV衙ׄ%ZC¤Åxò ;­‰kÝIs ½’ŠRÜ“át¦*Ò¢ ©sY‰¸Œì|­¯ƒ %¦}}½è⥫ðU6î§*gÀ“­9&¦9øªøN´×ú[éj?‹©è½P BK}I—òÚB­*õ©‘.Elgš < ye1ëdHJïú C;Ó}¥ 1ö[b&yFVæÊJ,"ŠG˜¾¤w†¼†éI,W°;oå•ÚÔ±1¬¿™ê¶8¢Hmtž,Εñ@¾v ù­v¡¤ÇîÀÎé:ôƒ­•i}†ðH´7µª•)¿¯}-h ÷ÇiÞ(Mt®âÃ}Ì® êþ4b¦RßV{Œ tÞt»lF ŸlYÃsó!›Õo°<«Áíº?«ÃkW>ü/ úþO•~¼\— š™q}þË•ºœ)ômþì•nñ—¬ ¼[I5ÜÜòèÊޚЋ8Õha3¾óÛ/Ädïgó¥õÅ«ÛظǡãOÕý½þn<%l¤k+¿Á‰ÔK#þÿ@¥þåœ31p<IEND®B`‚leptonica-1.70/prog/runlengthtest.c0000640000175000017500000000525612242265664015543 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * runlengthtest.c * */ #include "allheaders.h" int main(int argc, char **argv) { PIX *pixs, *pixh, *pixv, *pix, *pixd; char *filein, *fileout; static char mainName[] = "runlengthtest"; if (argc != 3) return ERROR_INT(" Syntax: runlengthtest filein fileout", mainName, 1); filein = argv[1]; fileout = argv[2]; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pixs not made", mainName, 1); startTimer(); pixh = pixRunlengthTransform(pixs, 0, L_HORIZONTAL_RUNS, 8); pixv = pixRunlengthTransform(pixs, 0, L_VERTICAL_RUNS, 8); pix = pixMinOrMax(NULL, pixh, pixv, L_CHOOSE_MAX); pixd = pixMaxDynamicRange(pix, L_LINEAR_SCALE); fprintf(stderr, "Total time: %7.3f sec\n", stopTimer()); pixDisplay(pixh, 0, 0); pixDisplay(pixv, 400, 0); pixDisplay(pix, 800, 0); pixDisplay(pixd, 1200, 0); pixWrite("/tmp/junkpixh.png", pixh, IFF_PNG); pixWrite("/tmp/junkpixv.png", pixv, IFF_PNG); pixWrite("/tmp/junkpix.png", pix, IFF_PNG); pixWrite(fileout, pixd, IFF_PNG); pixDestroy(&pixs); pixDestroy(&pixh); pixDestroy(&pixv); pixDestroy(&pix); pixDestroy(&pixd); return 0; } leptonica-1.70/prog/extrema_reg.c0000640000175000017500000000611712240303160015112 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * extrema_reg.c * * Tests procedure for locating extrema (minima and maxima) * of a sampled function. */ #include #ifndef _WIN32 #include #else #include /* for Sleep() */ #endif /* _WIN32 */ #include "allheaders.h" int main(int argc, char **argv) { l_int32 i, ival, n; l_float32 f, val; GPLOT *gplot; NUMA *na1, *na2, *na3; PIX *pixt; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; /* Generate a 1D signal and plot it */ na1 = numaCreate(500); for (i = 0; i < 500; i++) { f = 48.3 * sin(0.13 * (l_float32)i); f += 63.4 * cos(0.21 * (l_float32)i); numaAddNumber(na1, f); } gplot = gplotCreate("/tmp/extrema", GPLOT_PNG, "Extrema test", "x", "y"); gplotAddPlot(gplot, NULL, na1, GPLOT_LINES, "plot 1"); /* Find the local min and max and plot them */ na2 = numaFindExtrema(na1, 38.3); n = numaGetCount(na2); na3 = numaCreate(n); for (i = 0; i < n; i++) { numaGetIValue(na2, i, &ival); numaGetFValue(na1, ival, &val); numaAddNumber(na3, val); } gplotAddPlot(gplot, na2, na3, GPLOT_POINTS, "plot 2"); gplotMakeOutput(gplot); #ifndef _WIN32 sleep(1); #else Sleep(1000); #endif /* _WIN32 */ regTestCheckFile(rp, "/tmp/extrema.png"); /* 0 */ pixt = pixRead("/tmp/extrema.png"); pixDisplayWithTitle(pixt, 100, 100, "Extrema test", rp->display); pixDestroy(&pixt); gplotDestroy(&gplot); numaDestroy(&na1); numaDestroy(&na2); numaDestroy(&na3); return regTestCleanup(rp); } leptonica-1.70/prog/pageseg2.tif0000444000175000017500000077155611266777654014725 0ustar dandanMM*òrþMQÄGhì†H å\ÀЈ‰ Àä$s9PP嚤DDD†IGeF94å…V""$2VãœsÁI¢¹P+DDHd˜ä?Ñå6ÕÈwdpÉ‚8d‚á‘‘Ä#¢èÚ!¢³ÞGË¢<`!tG":!²àå̾GˆŽ‹äqHàÜÂ#‚çòùÆ^0‰xÈ¥Ñ|Õš²ŒáˆèG‘Ùs#†‘p.GÄ0‚äpË0‰sÁq  qÈàlܸ+`¥PG¡±¤s#åÑeÃ4Ž` –G28ODDDHª#¢8l#€¨eDDH Ô›Ø $›œR8 ¬Nè‹£Ù ´GhjÄD’¢ùä]Ñt`B8d™  I²34GDx¸üDD©"èÖŠ|ŽˆùäXäpBPøˆˆˆˆˆ‰\—.ˆè‘ò8CdDDJâѼŽ‹ç]2"#ùÀ <Žˆã. $tmF³ˆË6¼î™|Â#çDGÈèº'd|â1ŸeòÑزâXaÚ˜ˆ`„C"%àÂÁ‚A„ `ˆär(ä09ÃÒƒqÉñÄdÈo xp9Xå‚rC”8A Cœr‡(p‚ÂHQÊrsÀAdW0ã”9!ÈQÌ9ÈjA`r Ç(â"@ê ŽPå"YC‰1ÂG‚E|ã˜sŽ.M Ë,Š8 „p‚Äã”9!ÊrrC‘&9NBXäQÈG0ç ²§(rC’ƒ‚Àå!C’ƒHä‡ ƒ¾·Ä§(r‡Ì9Ç(qC„#¢=Þýp%ŽLŽ/ƒ(p‚ܱÊ#å]ù7(p‚‚ŽPê/‚ (|±Ü „G$8Aà‚ÊJ§&9N"%Hr‡Ì8 ‡(rC”9ãâXåPà‚ÉPåŽaÿøA„ሑ`^"ÈêB8AFPøAA~& ±‚ âPÇÄF‚ r‡âX „\¡Ê ±Á>Xœp‚÷Ä ±(s8A}„ú¡âÄKðB"qÌ8âø »ÿø‰1öâXåD'ıÄaâ !Ac‰NXˆA|b9NXá0‚Ç ²ŸÇñ‚óŽ#åÙC…ÄAø‚ Ç‚ÇðsU„8æ °‚‚Âqà +þYNPåB8AeˆAXCC•p°‚ñ„ >ø”8AF0‹¡ñóŽWD °‚aˆAbqÊÄã”9C„ˆ‰!Ê¡ý‘Ð\`ˆøADá"#ˆA Oµ™Â  ñì ·ħ,Dp¢"Pä2²Î沶eü_8å‰C„!„PåŽTpADð_áz(p‚ƒÇ/ÄXYCŽ9‡>_ˆ‰C–9Câ!ß‹/åB$Qòœ ±qô]B ÄD±ð>%ŽPå9C„ƒâ"@ð8ŸÇ¡ÄD ¢ aEàˆè ¸ðe[„ Âøý1ØBPær‡‚ !. 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pngio_reg.c * * !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! * This is the Leptonica regression test for lossless read/write * I/O in png format. * !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! * * This tests reading and writing of images in png format for * various depths, with and without colormaps. * * This test is dependent on the following external libraries: * libpng, libz */ #include "allheaders.h" /* Needed for checking libraries */ #ifdef HAVE_CONFIG_H #include #endif /* HAVE_CONFIG_H */ #define FILE_1BPP "rabi.png" #define FILE_2BPP "speckle2.png" #define FILE_2BPP_C "weasel2.4g.png" #define FILE_4BPP "speckle4.png" #define FILE_4BPP_C "weasel4.16c.png" #define FILE_8BPP "dreyfus8.png" #define FILE_8BPP_C "weasel8.240c.png" #define FILE_16BPP "test16.png" #define FILE_32BPP "weasel32.png" #define FILE_32BPP_ALPHA "test32-alpha.png" #define FILE_CMAP_ALPHA "test-cmap-alpha.png" #define FILE_CMAP_ALPHA2 "test-cmap-alpha2.png" #define FILE_TRANS_ALPHA "test-fulltrans-alpha.png" #define FILE_GRAY_ALPHA "test-gray-alpha.png" static l_int32 test_mem_png(const char *fname); static l_int32 get_header_data(const char *filename); LEPT_DLL extern const char *ImageFileFormatExtensions[]; int main(int argc, char **argv) { l_int32 success, failure; L_REGPARAMS *rp; #if !HAVE_LIBPNG || !HAVE_LIBZ fprintf(stderr, "libpng & libz are required for testing pngio_reg\n"); return 1; #endif /* abort */ if (regTestSetup(argc, argv, &rp)) return 1; /* --------- Part 1: Test lossless r/w to file ---------*/ failure = FALSE; success = TRUE; fprintf(stderr, "Test bmp 1 bpp file:\n"); if (ioFormatTest(FILE_1BPP)) success = FALSE; fprintf(stderr, "\nTest 2 bpp file:\n"); if (ioFormatTest(FILE_2BPP)) success = FALSE; fprintf(stderr, "\nTest 2 bpp file with cmap:\n"); if (ioFormatTest(FILE_2BPP_C)) success = FALSE; fprintf(stderr, "\nTest 4 bpp file:\n"); if (ioFormatTest(FILE_4BPP)) success = FALSE; fprintf(stderr, "\nTest 4 bpp file with cmap:\n"); if (ioFormatTest(FILE_4BPP_C)) success = FALSE; fprintf(stderr, "\nTest 8 bpp grayscale file with cmap:\n"); if (ioFormatTest(FILE_8BPP)) success = FALSE; fprintf(stderr, "\nTest 8 bpp color file with cmap:\n"); if (ioFormatTest(FILE_8BPP_C)) success = FALSE; fprintf(stderr, "\nTest 16 bpp file:\n"); if (ioFormatTest(FILE_16BPP)) success = FALSE; fprintf(stderr, "\nTest 32 bpp RGB file:\n"); if (ioFormatTest(FILE_32BPP)) success = FALSE; fprintf(stderr, "\nTest 32 bpp RGBA file:\n"); if (ioFormatTest(FILE_32BPP_ALPHA)) success = FALSE; fprintf(stderr, "\nTest spp = 1, cmap with alpha file:\n"); if (ioFormatTest(FILE_CMAP_ALPHA)) success = FALSE; fprintf(stderr, "\nTest spp = 1, cmap with alpha (small alpha array):\n"); if (ioFormatTest(FILE_CMAP_ALPHA2)) success = FALSE; fprintf(stderr, "\nTest spp = 1, fully transparent with alpha file:\n"); if (ioFormatTest(FILE_TRANS_ALPHA)) success = FALSE; fprintf(stderr, "\nTest spp = 2, gray with alpha file:\n"); if (ioFormatTest(FILE_GRAY_ALPHA)) success = FALSE; if (success) { fprintf(stderr, "\n ********** Success on lossless r/w to file *********\n"); } else { fprintf(stderr, "\n ******* Failure on at least one r/w to file ******\n"); } if (!success) failure = TRUE; /* ------------ Part 2: Test lossless r/w to memory ------------ */ pixDisplayWrite(NULL, -1); success = TRUE; if (test_mem_png(FILE_1BPP)) success = FALSE; if (test_mem_png(FILE_2BPP)) success = FALSE; if (test_mem_png(FILE_2BPP_C)) success = FALSE; if (test_mem_png(FILE_4BPP)) success = FALSE; if (test_mem_png(FILE_4BPP_C)) success = FALSE; if (test_mem_png(FILE_8BPP)) success = FALSE; if (test_mem_png(FILE_8BPP_C)) success = FALSE; if (test_mem_png(FILE_16BPP)) success = FALSE; if (test_mem_png(FILE_32BPP)) success = FALSE; if (test_mem_png(FILE_32BPP_ALPHA)) success = FALSE; if (test_mem_png(FILE_CMAP_ALPHA)) success = FALSE; if (test_mem_png(FILE_CMAP_ALPHA2)) success = FALSE; if (test_mem_png(FILE_TRANS_ALPHA)) success = FALSE; if (test_mem_png(FILE_GRAY_ALPHA)) success = FALSE; if (success) { fprintf(stderr, "\n ****** Success on lossless r/w to memory *****\n"); } else { fprintf(stderr, "\n ******* Failure on at least one r/w to memory ******\n"); } if (!success) failure = TRUE; /* -------------- Part 3: Read header information -------------- */ success = TRUE; if (get_header_data(FILE_1BPP)) success = FALSE; if (get_header_data(FILE_2BPP)) success = FALSE; if (get_header_data(FILE_2BPP_C)) success = FALSE; if (get_header_data(FILE_4BPP)) success = FALSE; if (get_header_data(FILE_4BPP_C)) success = FALSE; if (get_header_data(FILE_8BPP)) success = FALSE; if (get_header_data(FILE_8BPP_C)) success = FALSE; if (get_header_data(FILE_16BPP)) success = FALSE; if (get_header_data(FILE_32BPP)) success = FALSE; if (get_header_data(FILE_32BPP_ALPHA)) success = FALSE; if (get_header_data(FILE_CMAP_ALPHA)) success = FALSE; if (get_header_data(FILE_CMAP_ALPHA2)) success = FALSE; if (get_header_data(FILE_TRANS_ALPHA)) success = FALSE; if (get_header_data(FILE_GRAY_ALPHA)) success = FALSE; if (success) { fprintf(stderr, "\n ******* Success on reading headers *******\n\n"); } else { fprintf(stderr, "\n ******* Failure on reading headers *******\n\n"); } if (!success) failure = TRUE; if (!failure) { fprintf(stderr, " ******* Success on all tests *******\n\n"); } else { fprintf(stderr, " ******* Failure on at least one test *******\n\n"); } if (failure) rp->success = FALSE; return regTestCleanup(rp); } /* Returns 1 on error */ static l_int32 test_mem_png(const char *fname) { l_uint8 *data = NULL; l_int32 same; size_t size = 0; PIX *pixs; PIX *pixd = NULL; if ((pixs = pixRead(fname)) == NULL) { fprintf(stderr, "Failure to read %s\n", fname); return 1; } if (pixWriteMem(&data, &size, pixs, IFF_PNG)) { fprintf(stderr, "Mem write fail for png\n"); return 1; } if ((pixd = pixReadMem(data, size)) == NULL) { fprintf(stderr, "Mem read fail for png\n"); lept_free(data); return 1; } pixEqual(pixs, pixd, &same); if (!same) fprintf(stderr, "Mem write/read fail for file %s\n", fname); pixDestroy(&pixs); pixDestroy(&pixd); lept_free(data); return (!same); } /* Retrieve header data from file and from array in memory */ static l_int32 get_header_data(const char *filename) { l_uint8 *data; l_int32 ret1, ret2, format1, format2; l_int32 w1, w2, h1, h2, d1, d2, bps1, bps2, spp1, spp2, iscmap1, iscmap2; size_t nbytes1, nbytes2; /* Read header from file */ nbytes1 = nbytesInFile(filename); ret1 = pixReadHeader(filename, &format1, &w1, &h1, &bps1, &spp1, &iscmap1); d1 = bps1 * spp1; if (d1 == 24) d1 = 32; if (ret1) { fprintf(stderr, "Error: couldn't read header data from file: %s\n", filename); } else { fprintf(stderr, "Format data for image %s with format %s:\n" " nbytes = %lu, size (w, h, d) = (%d, %d, %d)\n" " bps = %d, spp = %d, iscmap = %d\n", filename, ImageFileFormatExtensions[format1], (unsigned long)nbytes1, w1, h1, d1, bps1, spp1, iscmap1); if (format1 != IFF_PNG) { fprintf(stderr, "Error: format is %d; should be %d\n", format1, IFF_PNG); ret1 = 1; } } /* Read header from array in memory */ ret2 = 0; data = l_binaryRead(filename, &nbytes2); ret2 = pixReadHeaderMem(data, nbytes2, &format2, &w2, &h2, &bps2, &spp2, &iscmap2); lept_free(data); d2 = bps2 * spp2; if (d2 == 24) d2 = 32; if (ret2) { fprintf(stderr, "Error: couldn't mem-read header data: %s\n", filename); } else { if (nbytes1 != nbytes2 || format1 != format2 || w1 != w2 || h1 != h2 || d1 != d2 || bps1 != bps2 || spp1 != spp2 || iscmap1 != iscmap2) { fprintf(stderr, "Incomsistency reading image %s with format %s\n", filename, ImageFileFormatExtensions[IFF_PNG]); ret2 = 1; } } return ret1 || ret2; } leptonica-1.70/prog/ps2png-binary0000750000175000017500000000145610376541211015076 0ustar dandan#!/bin/bash # ps2png-binary # # Rasterizes a postscript file, saving as a set of binary png images # # input: PostScript file # root name of output files # output: png binary files for each page # # Restriction: the input PostScript file must be binary scriptname=${0##*/} if test $# != 2 then echo "usage: " $scriptname " inpsfile outpngroot" exit -1 fi inpsfile=$1 outpngroot=$2 # need mysterious "primer" # choose one of the two options below # choice: output image size depending on resolution echo "0 neg 0 neg" translate | gs -sDEVICE=pngmono -sOutputFile=${outpngroot}%03d.png -r300x300 -q - ${inpsfile} # choice: output fixed image size #echo "0 neg 0 neg" translate | gs -sDEVICE=pngmono -sOutputFile=${outpngroot}%03d.png -g2550x3300 -r300x300 -q - ${inpsfile} leptonica-1.70/prog/test8.jpg0000444000175000017500000015345107430611256014240 0ustar dandanÿØÿàJFIFÿþXCREATOR: XV Version 3.10a Rev: 12/29/94 (PNG patch 1.2) Quality = 75, Smoothing = 0 ÿÛC    $.' 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ƒÔv®ŸÂ·’A¨Aääã—ö'¯µv:«y”¡ñÉ qú¨üê{[Ûv±%”3ɔϧíÕ*åïc’—Hå*§'À>ýøÅuž–æÂa:üÊ1Éî23øàÖ¶½£ áy§Ç“sþ“fËÎ[wùšðíNÑ­nJH ö"³(¢Š(§+céR+S#çƒV#έ£ñÇ*7<žj`7ÍJ£u§×5ªŒ^J?Úþ•ô~£âÏÞÃk9×m–hd)!™Gðô­ËO‰KH¼ÍvÑ[+ÏÓ¥9¾'x,‚®Ûx?+…R·ø›à›{uŒëqqŸùfÿá\£â¿ \x–{“©+ÛÈå·ˆŸ¿>•KMñ„~×tnµV1퉺géVÇŒ< š‹Ä/Ùp1*ÀÀçÐ ÎÖçaŽÚu8n3Çÿ^˜ž0µX#ìÒ»#ôãô¨î|Uo:mH¾ùÝ¿ ½aãÈl Ú,ŸûÛǦ+u~-[-m›M™¥ŠMðIç“Û§§ÃøŸ]¶×5Yní¬ªHrcß»žç8…æsÒš[Ú“"ŒŠ2(ͧoÿd~T¢R;SÅÓtT‚ùÇð­H59ü³Z”kƒ‰úÓ†·0ÿ–qΔë·ñCð5qp÷4ÏÌyÅÿÙleptonica-1.70/prog/modifyhuesat.c0000644000175000017500000000705412242266113015326 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * modifyhuesat.c * * modifyhuesat filein nhue dhue nsat dsat fileout * * where nhue and nsat are odd * * This gives a rectangle of nhue x nsat output images, * where the center image is not modified. * * Example: modifyhuesat test24.jpg 5 0.2 5 0.2 /tmp/junkout.jpg */ #include "allheaders.h" int main(int argc, char **argv) { char *filein, *fileout; l_int32 i, j, w, d, nhue, nsat, tilewidth; l_float32 scale, dhue, dsat, delhue, delsat; PIX *pixs, *pixt1, *pixt2, *pixd; PIXA *pixa; static char mainName[] = "modifyhuesat"; if (argc != 7) return ERROR_INT( " Syntax: modifyhuesat filein nhue dhue nsat dsat fileout", mainName, 1); filein = argv[1]; nhue = atoi(argv[2]); dhue = atof(argv[3]); nsat = atoi(argv[4]); dsat = atof(argv[5]); fileout = argv[6]; if (nhue % 2 == 0) { nhue++; fprintf(stderr, "nhue must be odd; raised to %d\n", nhue); } if (nsat % 2 == 0) { nsat++; fprintf(stderr, "nsat must be odd; raised to %d\n", nsat); } if ((pixt1 = pixRead(filein)) == NULL) return ERROR_INT("pixt1 not read", mainName, 1); pixGetDimensions(pixt1, &w, NULL, NULL); scale = 250.0 / (l_float32)w; pixt2 = pixScale(pixt1, scale, scale); pixs = pixConvertTo32(pixt2); pixDestroy(&pixt1); pixDestroy(&pixt2); pixGetDimensions(pixs, &w, NULL, &d); pixa = pixaCreate(nhue * nsat); for (i = 0; i < nsat; i++) { delsat = (i - nsat / 2) * dsat; pixt1 = pixModifySaturation(NULL, pixs, delsat); for (j = 0; j < nhue; j++) { delhue = (j - nhue / 2) * dhue; pixt2 = pixModifyHue(NULL, pixt1, delhue); pixaAddPix(pixa, pixt2, L_INSERT); } pixDestroy(&pixt1); } tilewidth = L_MIN(w, 1500 / nsat); pixd = pixaDisplayTiledAndScaled(pixa, d, tilewidth, nsat, 0, 25, 3); pixWrite(fileout, pixd, IFF_JFIF_JPEG); pixDestroy(&pixs); pixDestroy(&pixd); pixaDestroy(&pixa); return 0; } leptonica-1.70/prog/reducetest.c0000644000175000017500000000474212242265737015010 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * reducetest.c * * Carries out a rank binary cascade of up to four 2x reductions. * This requires all four rank levels to be input; to stop the * cascade, use 0 for the final rank level(s). */ #include "allheaders.h" int main(int argc, char **argv) { PIX *pixs, *pixd; l_int32 level1, level2, level3, level4; char *filein, *fileout; static char mainName[] = "reducetest"; if (argc != 7) return ERROR_INT(" Syntax: reducetest filein fileout l1 l2 l3 l4", mainName, 1); filein = argv[1]; fileout = argv[2]; level1 = atoi(argv[3]); level2 = atoi(argv[4]); level3 = atoi(argv[5]); level4 = atoi(argv[6]); if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pixs not made", mainName, 1); #if 1 pixd = pixReduceRankBinaryCascade(pixs, level1, level2, level3, level4); #endif #if 0 pixd = pixReduce2(pixs, NULL); #endif pixWrite(fileout, pixd, IFF_PNG); return 0; } leptonica-1.70/prog/hole-filler.png0000444000175000017500000007407010606270437015377 0ustar dandan‰PNG  IHDR½Há2 pHYsb&2 IDATxœÔ}mw9Žî8U²«cï¦w²;³wÿÿºçÞ=Û÷töÄ=r$«jˆÒÜHU%KŽÓåLÇR‰Å·‡ßá¢Dú·‘?Á}®Ó¨ãriá²J}%ÖÜ=t µm‡‚þBõ{“*¬9,ÿEFä~úÇÝh1ζzœ>€fÄâø&L³Æés>Sh™Þ]”‹Š†8ìÚ ÃýC×6-Œ,Íàh”qŒhž¿fª˜ŽQêv‚æ槛nÓvd¨´=)Ï‹]–‰9òái÷eÈoŽ–åòZpßµÔ PÇ̇aœ"GMKÔ5Ô`À#3ž'^ ßEèà ¹{ &4Ôl>¼¡ë€ˆh“›Á”¢ï3€ˆp|ì ûqèûç—Û™©~{{ÓQ È]–³ôœ“v’†F>¾|>äaÓ gÓíMG„†šÐ´-F¦Fš9ˆ|àaŒ#èw´Ûmš–šÛu ­üõ°{þÛóÞ ¾ ¿+Ð3ðn>m?Ýêè†È†Ž@ÌÖmNõ3rŒ Ž8ö|<÷Ã8ì?Ï‘bQ³`·ÝthÒ=Ãð#Öÿ§]{&…s<öÿ÷ Ã¶LáF¨¦CnnÃD2nEcÎŒ#Ëô8ôcƒîîvÐ"xÒ"æØ?íŸûþ©GªýBø.GOÁûððé/:B@ .€ÒÐ -zÒ§ÁM…1ŒÈ`Ž±ç¯Ÿ<†ýaX¨h°ÝÞo3Ù gz;ÇD£6fš¢L:Žüõ¿ÿëÇ—ßFdüºûÛ¶kÚ¶£@¡C ™¤Ó¾{Áˆœ…°"À`Nˆ@„D«€Áàó—Ï_RÝÂw z¼îãüÛýí:€@ˆt*LÆ6qµ £àò±° €92sŒÜ¿~=<í‡ýsMSÐÃÇ»®ÂŽ+~I鮉l 3Í©’»j³ûÿü€‡OÆ°½ÛÞÞl>¬iM”èK{B6WÊ™™!úS’4Tˆ@3øÈ_¿þ÷=öHÀ%ðM„µ…$à=üå¯?tAaë JeÌnT˜Á` K8UEtr2"˜9‚™Ÿ{þúõ·§ÝÀý3»v5 vûq»¦ Ülg†›™èA¢gßÑEB0è #øá°“ÊFcº{èš–Ú÷]‰yú&÷ p´ek¶–·¡ ’1 @ˆ!2Þ3­»¶û¥Waö²t)zšnß¿ïB0^Olž3»…‚ÑGƒ“l„Ò¨¯o×:˜ÄÄ î˜#º>vï?üöÛSÿì[ßÍí¶%?ˉ։¼#ÿ毖¾hµ’¦À!*5¨í~®üt÷aÝ…ŽÖRvZU FÇ¥É&f„M`P`™¹ÚÖ%L2t!‚À¼¾ÙlrÃé⻽/_þ•9¸q`d&éJ¤Ä ×$&Ú ™” ‘뽓³›ô^ ’Ÿ{1¼—7´ b}?NÅÏ`-I¤R¤jmüøó‡ODˆ(M9[PKt‰€è2æǹ«é™Îë  ãØœÓgÒ…èY©Ã1?cbá „˜Å>R‰Eg!2¾¸+ð¬Ü SøÊ>å”ìÌÁýð–랦ýÁ3ÈürÀA?Få€P¥õˆSVÄ´rÙ(¬92Ö·ëõ×v³ÛƆÀ“õÛVþàZ¡Ï™Ög;\ʧ–(5´?mÛû{¡;B^Ö ž ?R¥29ËéC^D)ûR´ÿÌoçÒ…èJ|O†ƒÍˆ/†ÀÚzã’¬³›efLÖ~R2µ¡£Z¿?÷#ÞFFD p.uÚ Æq—úO^±÷íÔW12€ö§÷ï×JvPåÀ3M]À%žqNÑd ^gá©Š¿(fe1°­lL1¸c”É.¿–—JB€LœdÜ…58rÿðe'¯»~%â«ÉŒ#–Ù'âü À Ú~¼ÿØÕ‰«KìlyðU¨¦§€cAÅÌ2[‹© E)—§k_àc9¿cP\t†ŠxEà4Éfªô¦£@Úx%@&†È"80ëÛ›ÛýfÁÄÀ™X ð„¢xa%³ø\G¦ùð~MÔ…Ä fPÍ7²Aà³Á*(q:gÙȧâfR„ôêËöØ1©ÚéVº´ºÃOÒlHª~0}i†ôÒʘWi.²>¯I—ç➙Š§¼’ yôÕhÆbiÏÊ™â ] jmadŒÄ$V³§ßT>X£WÊËmUø’PC6À™ k€»¯ïC‘¥L¨.Õj\RZY_uÒÍ+”ô”®–9u ¿&>`Ú ¯ j¿)‰ºnZ‚g LÀzÝÑþ(ù¨CR¥ZhÕßhBoÞ²Þfš56Öó^÷†óú7ˈ€eõb¹EjÆÓ’=Ó­9åîÕ þÓ´º<«ðã¡—ùå飔—ÞL:…î¿~ʶE¢õÇëô€œT_-¢ä˜Å8Ÿ‚Mž¬ÀtaÄPìùÅ”PŠ–1ÆÒMÆwÊxi~ÊßÌ9ew3/z@ÍY'µiº–ö00X8f©öè¹`6ÑT‘‘®FÛÛRú¦bYß9ÖÕ䉫ڥ«ÍÊ/)¿±Yù‡6Õ‹£¯¦ Ÿ¬ S݇T!´1”V¾éZ«ïùK/¢¡¹,‹ézôzõÉÕ“¥ˆjBÌ[,.I÷ŒÁQ'Š¦A¸ç¨Ü-ÁaÃF }³HS À$%ý¥ˆGŽËCp›•¾p) "ä†1HGdËU­ iXý ‘óΩIT›Nççˆìy‡B… &‡Ð!HF"eŸÆH»îýZß ¢y,xR‡4*Æ¥&P•BÅœÊ[ãY»0å¯à2–­£ø§PAâö+cN±æ,a^!ÓÞeéjôî0m¼yG(l¢Õ%{½NÛÇ>¡i€Ìlhý!-} «ùÜóç UQj!;(E†°Xƒ½$¬2mKå%l楉h`£hÍ Ž¹_Ê8/C¯(k`æh.’iIæÌÛ³Tÿ->F0sßÇ€¦A½£ûkäd“ÙAô,ùÅI»< Àf»6g½ÔJÀD Ø<ÍïêÄè)Mü§ÕÇäúé©øÆy=í=힎ìøLÉ?ÀjIFÁÉø²9Ë£þܤ\Y4eœïD^?ÑUH ?sfsg¹†xm¿ l”¥^¸,'e™2Ïøʽ>ñ¸Îiº‘ž²M>Õ¹,! 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * rankbin_reg.c * * Tests rank bin functions: * (1) numaDiscretizeRankAndIntensity() * (2) numaGetRankBinValues() */ #ifndef _WIN32 #include #else #include /* for Sleep() */ #endif /* _WIN32 */ #include "allheaders.h" int main(int argc, char **argv) { l_int32 i, n, w, h; BOXA *boxa; NUMA *naindex, *naw, *nah, *naw_med, *nah_med; PIX *pixs, *pixt; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; /* Generate arrays of word widths and heights */ pixs = pixRead("feyn.tif"); pixGetWordBoxesInTextlines(pixs, 1, 6, 6, 500, 50, &boxa, &naindex); n = boxaGetCount(boxa); naw = numaCreate(0); nah = numaCreate(0); for (i = 0; i < n; i++) { boxaGetBoxGeometry(boxa, i, NULL, NULL, &w, &h); numaAddNumber(naw, w); numaAddNumber(nah, h); } boxaDestroy(&boxa); numaDestroy(&naindex); /* Make the rank bin arrays of median values, with 10 bins */ numaGetRankBinValues(naw, 10, NULL, &naw_med); numaGetRankBinValues(nah, 10, NULL, &nah_med); gplotSimple1(naw_med, GPLOT_PNG, "/tmp/w_10bin", "width vs rank bins (10)"); gplotSimple1(nah_med, GPLOT_PNG, "/tmp/h_10bin", "height vs rank bins (10)"); numaDestroy(&naw_med); numaDestroy(&nah_med); /* Make the rank bin arrays of median values, with 30 bins */ numaGetRankBinValues(naw, 30, NULL, &naw_med); numaGetRankBinValues(nah, 30, NULL, &nah_med); gplotSimple1(naw_med, GPLOT_PNG, "/tmp/w_30bin", "width vs rank bins (30)"); gplotSimple1(nah_med, GPLOT_PNG, "/tmp/h_30bin", "height vs rank bins (30)"); numaDestroy(&naw_med); numaDestroy(&nah_med); /* Give gnuplot time to write out the files */ #ifndef _WIN32 sleep(2); #else Sleep(2000); #endif /* _WIN32 */ /* Save as golden files, or check against them */ regTestCheckFile(rp, "/tmp/w_10bin.png"); /* 0 */ regTestCheckFile(rp, "/tmp/h_10bin.png"); /* 1 */ regTestCheckFile(rp, "/tmp/w_30bin.png"); /* 2 */ regTestCheckFile(rp, "/tmp/h_30bin.png"); /* 3 */ /* Display results for debugging */ pixt = pixRead("/tmp/w_10bin.png"); pixDisplayWithTitle(pixt, 0, 0, NULL, rp->display); pixDestroy(&pixt); pixt = pixRead("/tmp/h_10bin.png"); pixDisplayWithTitle(pixt, 650, 0, NULL, rp->display); pixDestroy(&pixt); pixt = pixRead("/tmp/w_30bin.png"); pixDisplayWithTitle(pixt, 0, 550, NULL, rp->display); pixDestroy(&pixt); pixt = pixRead("/tmp/h_30bin.png"); pixDisplayWithTitle(pixt, 650, 550, NULL, rp->display); pixDestroy(&pixt); pixDestroy(&pixs); numaDestroy(&naw); numaDestroy(&nah); return regTestCleanup(rp); } leptonica-1.70/prog/lion-page.00010.jpg0000444000175000017500000015010111330622065015462 0ustar dandanÿØÿàJFIFÿÛC    $.' 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * convertfilestops.c * * Converts all files in the given directory with matching substring * to a level 3 compressed PostScript file, at the specified resolution. * To convert all files in the directory, use 'allfiles' for the substring. * * See below for syntax and usage. * * To generate a ps that scales the images to fit a standard 8.5 x 11 * page, use res = 0. * * Otherwise, this will convert based on a specified input resolution. * Decreasing the input resolution will cause the image to be rendered * larger, and v.v. For example, if the page was originally scanned * at 400 ppi and you use 300 ppi for the resolution, the page will * be rendered with larger pixels (i.e., be magnified) and you will * lose a quarter of the page on the right side and a quarter * at the bottom. */ #include #include "allheaders.h" int main(int argc, char **argv) { char *dirin, *substr, *fileout; l_int32 res; if (argc != 5) { fprintf(stderr, " Syntax: convertfilestops dirin substr res fileout\n" " where\n" " dirin: input directory for image files\n" " substr: Use 'allfiles' to convert all files\n" " in the directory.\n" " res: Input resolution of each image;\n" " assumed to all be the same\n" " fileout: Output ps file.\n"); return 1; } dirin = argv[1]; substr = argv[2]; res = atoi(argv[3]); fileout = argv[4]; if (!strcmp(substr, "allfiles")) substr = NULL; if (res != 0) return convertFilesToPS(dirin, substr, res, fileout); else return convertFilesFittedToPS(dirin, substr, 0.0, 0.0, fileout); } leptonica-1.70/prog/hmttemplate2.txt0000640000175000017500000000711611707074233015630 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /*! * Low-level fast hit-miss transform with auto-generated sels * * Dispatcher: --- * l_int32 fhmtgen_low_*() * * Static Low-level: --- * void fhmt_*_*() */ #include "allheaders.h" --- This file is: hmttemplate2.txt --- --- insert static protos here /*---------------------------------------------------------------------* * Fast hmt dispatcher * *---------------------------------------------------------------------*/ /*! --- * fhmtgen_low_*() * * a dispatcher to appropriate low-level code */ l_int32 --- fhmtgen_low_*(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 index) { switch (index) { --- insert dispatcher code for fhmt* routines } return 0; } /*--------------------------------------------------------------------------* * Low-level auto-generated static routines * *--------------------------------------------------------------------------*/ /* * N.B. In all the low-level routines, the part of the image * that is accessed has been clipped by 32 pixels on * all four sides. This is done in the higher level * code by redefining w and h smaller and by moving the * start-of-image pointers up to the beginning of this * interior rectangle. */ --- static void fhmt_*_*(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; --- declare wplsN args as necessary ---------------------- pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { --- insert barrel-op code for *dptr here ... } } } leptonica-1.70/prog/trctest.c0000644000175000017500000000444612242265550014323 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * trctest.c * * Example: trctest wet-day.jpg 3.1 50 160 /tmp/junk.png */ #include "allheaders.h" int main(int argc, char **argv) { PIX *pixs, *pixd; l_int32 minval, maxval; l_float32 gamma; char *filein, *fileout; static char mainName[] = "trctest"; if (argc != 6) return ERROR_INT(" Syntax: trctest filein gamma minval maxval fileout", mainName, 1); filein = argv[1]; gamma = atof(argv[2]); minval = atoi(argv[3]); maxval = atoi(argv[4]); fileout = argv[5]; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pixs not made", mainName, 1); pixd = pixGammaTRC(NULL, pixs, gamma, minval, maxval); pixWrite(fileout, pixd, IFF_PNG); pixDestroy(&pixs); pixDestroy(&pixd); return 0; } leptonica-1.70/prog/colorcontent_reg.c0000664000175000017500000000711012266271665016204 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * colorcontent_reg.c * * This tests various color content functions, including a simple * color quantization method. */ #include "string.h" #include "allheaders.h" l_int32 main(int argc, char **argv) { l_uint32 *colors; l_int32 ncolors; PIX *pix1, *pix2, *pix3; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; /* Find the most populated colors */ pix1 = pixRead("fish24.jpg"); pixGetMostPopulatedColors(pix1, 2, 3, 10, &colors, NULL); pix2 = pixDisplayColorArray(colors, 10, 190, 5, 1); pixDisplayWithTitle(pix2, 0, 0, NULL, rp->display); regTestWritePixAndCheck(rp, pix2, IFF_PNG); /* 0 */ lept_free(colors); pixDestroy(&pix2); /* Do a simple color quantization with sigbits = 2 */ pix2 = pixSimpleColorQuantize(pix1, 2, 3, 10); pixDisplayWithTitle(pix2, 0, 400, NULL, rp->display); regTestWritePixAndCheck(rp, pix2, IFF_PNG); /* 1 */ pix3 = pixRemoveColormap(pix2, REMOVE_CMAP_TO_FULL_COLOR); regTestComparePix(rp, pix2, pix3); /* 2 */ pixNumColors(pix3, 1, &ncolors); regTestCompareValues(rp, ncolors, 10, 0.0); /* 3 */ pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); /* Do a simple color quantization with sigbits = 3 */ pix1 = pixRead("wyom.jpg"); pixNumColors(pix1, 1, &ncolors); /* >255, so should give 0 */ regTestCompareValues(rp, ncolors, 0, 0.0); /* 4 */ pix2 = pixSimpleColorQuantize(pix1, 3, 3, 20); pixDisplayWithTitle(pix2, 1000, 0, NULL, rp->display); regTestWritePixAndCheck(rp, pix2, IFF_PNG); /* 5 */ ncolors = pixcmapGetCount(pixGetColormap(pix2)); regTestCompareValues(rp, ncolors, 20, 0.0); /* 6 */ pixDestroy(&pix1); pixDestroy(&pix2); /* Find the number of perceptually significant gray intensities */ pix1 = pixRead("marge.jpg"); pix2 = pixConvertTo8(pix1, 0); pixNumSignificantGrayColors(pix2, 20, 236, 0.0001, 1, &ncolors); regTestCompareValues(rp, ncolors, 219, 0.0); /* 7 */ pixDestroy(&pix1); pixDestroy(&pix2); return regTestCleanup(rp); } leptonica-1.70/prog/convertformat.c0000644000175000017500000001226412244775345015533 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * convertformat.c * * Converts an image file from one format to another. * * Syntax: convertformat filein fileout [format] * * where format is one of these: * * BMP * JPEG (only applicable for 8 bpp or rgb; transcode instead to png) * PNG * TIFF * TIFF_G4 (only applicable for 1 bpp; transcode instead to png) * PNM * GIF * WEBP * * The output format can be chosen either explicitly with the @format * arg, or implicitly using the extension of @fileout: * * BMP .bmp * JPEG .jpg * PNG .png * TIFF .tif * TIFF_G4 .tif * PNM .pnm * GIF .gif * WEBP .webp */ #include #include "allheaders.h" int main(int argc, char **argv) { PIX *pixs; char *filein, *fileout, *base, *ext; const char *formatstr; l_int32 format; l_int32 d; static char mainName[] = "convertformat"; if (argc != 3 && argc != 4) { fprintf(stderr, "Syntax: convertformat filein fileout [format]\n" "If you don't specify a format, the output file\n" "needs one of these seven extensions:\n" " bmp, jpg, png, tif, pnm, gif, webp\n"); return 1; } filein = argv[1]; fileout = argv[2]; if (argc == 3) { splitPathAtExtension(fileout, NULL, &ext); if (!strcmp(ext, ".bmp")) format = IFF_BMP; else if (!strcmp(ext, ".jpg")) format = IFF_JFIF_JPEG; else if (!strcmp(ext, ".png")) format = IFF_PNG; else if (!strcmp(ext, ".tif")) /* requesting g4-tiff binary comp */ format = IFF_TIFF_G4; else if (!strcmp(ext, ".pnm")) format = IFF_PNM; else if (!strcmp(ext, ".gif")) format = IFF_GIF; else if (!strcmp(ext, ".webp")) format = IFF_WEBP; else { return ERROR_INT( "Valid extensions: bmp, jpg, png, tif, pnm, gif, webp", mainName, 1); } lept_free(ext); } else { formatstr = argv[3]; if (!strcmp(formatstr, "BMP")) format = IFF_BMP; else if (!strcmp(formatstr, "JPEG")) format = IFF_JFIF_JPEG; else if (!strcmp(formatstr, "PNG")) format = IFF_PNG; else if (!strcmp(formatstr, "TIFF")) format = IFF_TIFF_G4; else if (!strcmp(formatstr, "PNM")) format = IFF_PNM; else if (!strcmp(formatstr, "GIF")) format = IFF_GIF; else if (!strcmp(formatstr, "WEBP")) format = IFF_WEBP; else { return ERROR_INT( "Valid formats: BMP, JPEG, PNG, TIFF, PNM, GIF, WEBP", mainName, 1); } } if ((pixs = pixRead(filein)) == NULL) { L_ERROR("read fail for %s\n", mainName, filein); return 1; } d = pixGetDepth(pixs); if (d != 1 && format == IFF_TIFF_G4) { L_WARNING("can't convert to tiff_g4; converting to png\n", mainName); format = IFF_PNG; } if (d < 8 && format == IFF_JFIF_JPEG) { L_WARNING("can't convert to jpeg; converting to png\n", mainName); splitPathAtExtension(fileout, &base, &ext); fileout = stringJoin(base, ".png"); format = IFF_PNG; } if (d < 8 && format == IFF_WEBP) { L_WARNING("can't convert to webp; converting to png\n", mainName); splitPathAtExtension(fileout, &base, &ext); fileout = stringJoin(base, ".png"); format = IFF_PNG; } pixWrite(fileout, pixs, format); return 0; } leptonica-1.70/prog/sudokutest.c0000644000175000017500000000626312242265565015052 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * sudokutest.c * * Tests sudoku solver and generator. */ #include "allheaders.h" static const char *startsol = "3 8 7 2 6 4 1 9 5 " "2 6 5 8 9 1 4 3 7 " "1 4 9 5 3 7 6 8 2 " "5 2 3 7 1 6 8 4 9 " "7 1 6 9 4 8 2 5 3 " "8 9 4 3 5 2 7 1 6 " "9 7 2 1 8 5 3 6 4 " "4 3 1 6 7 9 5 2 8 " "6 5 8 4 2 3 9 7 1"; int main(int argc, char **argv) { l_int32 unique; l_int32 *array; L_SUDOKU *sud; static char mainName[] = "sudokutest"; if (argc != 1 && argc != 2) return ERROR_INT(" Syntax: sudokutest [filein]", mainName, 1); if (argc == 1) { /* Generate a new sudoku by element elimination */ array = sudokuReadString(startsol); sud = sudokuGenerate(array, 3693, 28, 7); sudokuDestroy(&sud); lept_free(array); return 0; } /* Solve the input sudoku */ if ((array = sudokuReadFile(argv[1])) == NULL) return ERROR_INT("invalid input", mainName, 1); if ((sud = sudokuCreate(array)) == NULL) return ERROR_INT("sud not made", mainName, 1); sudokuOutput(sud, L_SUDOKU_INIT); startTimer(); sudokuSolve(sud); fprintf(stderr, "Time: %7.3f sec\n", stopTimer()); sudokuOutput(sud, L_SUDOKU_STATE); sudokuDestroy(&sud); /* Test for uniqueness */ sudokuTestUniqueness(array, &unique); if (unique) fprintf(stderr, "Sudoku is unique\n"); else fprintf(stderr, "Sudoku is NOT unique\n"); lept_free(array); return 0; } leptonica-1.70/prog/colormorphtest.c0000640000175000017500000000747312274450323015715 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * colormorphtest.c */ #include "allheaders.h" static void PixCompare(PIX *pix, PIX *pix2, const char *msg1, const char *msg2); /* MSVC can't handle arrays dimensioned by static const integers */ #define L_BUF_SIZE 256 int main(int argc, char **argv) { char *filein; char buf[L_BUF_SIZE]; l_int32 size; PIX *pixs, *pixt1, *pixt2; static char mainName[] = "colormorphtest"; if (argc != 3) return ERROR_INT(" Syntax: colormorphtest filein size", mainName, 1); filein = argv[1]; size = atoi(argv[2]); if (size % 2 == 0) size++; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pixs not read", mainName, 1); pixt1 = pixColorMorph(pixs, L_MORPH_DILATE, size, size); sprintf(buf, "d%d.%d", size, size); pixt2 = pixColorMorphSequence(pixs, buf, 0, 0); PixCompare(pixt1, pixt2, "Correct for dilation", "Error on dilation"); pixDestroy(&pixt1); pixDestroy(&pixt2); pixt1 = pixColorMorph(pixs, L_MORPH_ERODE, size, size); sprintf(buf, "e%d.%d", size, size); pixt2 = pixColorMorphSequence(pixs, buf, 0, 0); PixCompare(pixt1, pixt2, "Correct for erosion", "Error on erosion"); pixDestroy(&pixt1); pixDestroy(&pixt2); pixt1 = pixColorMorph(pixs, L_MORPH_OPEN, size, size); sprintf(buf, "o%d.%d", size, size); pixt2 = pixColorMorphSequence(pixs, buf, 0, 0); PixCompare(pixt1, pixt2, "Correct for opening", "Error on opening"); pixDestroy(&pixt1); pixDestroy(&pixt2); pixt1 = pixColorMorph(pixs, L_MORPH_CLOSE, size, size); sprintf(buf, "c%d.%d", size, size); pixt2 = pixColorMorphSequence(pixs, buf, 0, 0); PixCompare(pixt1, pixt2, "Correct for closing", "Error on closing"); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDisplayMultiple("/tmp/display/file*"); pixDestroy(&pixs); return 0; } /* Simple comparison function */ static void PixCompare(PIX *pix1, PIX *pix2, const char *msg1, const char *msg2) { l_int32 same; pixEqual(pix1, pix2, &same); if (same) { fprintf(stderr, "%s\n", msg1); pixDisplayWrite(pix1, 1); } else { fprintf(stderr, "%s\n", msg2); pixDisplayWrite(pix1, 1); pixDisplayWrite(pix2, 1); } return; } leptonica-1.70/prog/shear2_reg.c0000644000175000017500000001660612244775303014661 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * shear2_reg.c * * Regression test for quadratic shear, both sampled and interpolated. */ #include "allheaders.h" void PixSave(PIX **ppixs, PIXA *pixa, l_int32 newrow, L_BMF *bmf, const char *textstr); l_int32 main(int argc, char **argv) { L_BMF *bmf; PIX *pixs1, *pixs2, *pixg, *pixt, *pixd; PIXA *pixa; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; bmf = bmfCreate("./fonts", 8); pixs1 = pixCreate(301, 301, 32); pixs2 = pixCreate(601, 601, 32); pixSetAll(pixs1); pixSetAll(pixs2); pixRenderLineArb(pixs1, 0, 20, 300, 20, 5, 0, 0, 255); pixRenderLineArb(pixs1, 0, 70, 300, 70, 5, 0, 255, 0); pixRenderLineArb(pixs1, 0, 120, 300, 120, 5, 0, 255, 255); pixRenderLineArb(pixs1, 0, 170, 300, 170, 5, 255, 0, 0); pixRenderLineArb(pixs1, 0, 220, 300, 220, 5, 255, 0, 255); pixRenderLineArb(pixs1, 0, 270, 300, 270, 5, 255, 255, 0); pixRenderLineArb(pixs2, 0, 20, 300, 20, 5, 0, 0, 255); pixRenderLineArb(pixs2, 0, 70, 300, 70, 5, 0, 255, 0); pixRenderLineArb(pixs2, 0, 120, 300, 120, 5, 0, 255, 255); pixRenderLineArb(pixs2, 0, 170, 300, 170, 5, 255, 0, 0); pixRenderLineArb(pixs2, 0, 220, 300, 220, 5, 255, 0, 255); pixRenderLineArb(pixs2, 0, 270, 300, 270, 5, 255, 255, 0); /* Color, small pix */ pixa = pixaCreate(0); pixt = pixQuadraticVShear(pixs1, L_WARP_TO_LEFT, 60, -20, L_SAMPLED, L_BRING_IN_WHITE); PixSave(&pixt, pixa, 1, bmf, "sampled-left"); pixt = pixQuadraticVShear(pixs1, L_WARP_TO_RIGHT, 60, -20, L_SAMPLED, L_BRING_IN_WHITE); PixSave(&pixt, pixa, 0, bmf, "sampled-right"); pixt = pixQuadraticVShear(pixs1, L_WARP_TO_LEFT, 60, -20, L_INTERPOLATED, L_BRING_IN_WHITE); PixSave(&pixt, pixa, 1, bmf, "interpolated-left"); pixt = pixQuadraticVShear(pixs1, L_WARP_TO_RIGHT, 60, -20, L_INTERPOLATED, L_BRING_IN_WHITE); PixSave(&pixt, pixa, 0, bmf, "interpolated-right"); pixd = pixaDisplay(pixa, 0, 0); regTestWritePixAndCheck(rp, pixd, IFF_PNG); pixDisplayWithTitle(pixd, 50, 50, NULL, rp->display); pixDestroy(&pixd); pixaDestroy(&pixa); /* Grayscale, small pix */ pixg = pixConvertTo8(pixs1, 0); pixa = pixaCreate(0); pixt = pixQuadraticVShear(pixg, L_WARP_TO_LEFT, 60, -20, L_SAMPLED, L_BRING_IN_WHITE); PixSave(&pixt, pixa, 1, bmf, "sampled-left"); pixt = pixQuadraticVShear(pixg, L_WARP_TO_RIGHT, 60, -20, L_SAMPLED, L_BRING_IN_WHITE); PixSave(&pixt, pixa, 0, bmf, "sampled-right"); pixt = pixQuadraticVShear(pixg, L_WARP_TO_LEFT, 60, -20, L_INTERPOLATED, L_BRING_IN_WHITE); PixSave(&pixt, pixa, 1, bmf, "interpolated-left"); pixt = pixQuadraticVShear(pixg, L_WARP_TO_RIGHT, 60, -20, L_INTERPOLATED, L_BRING_IN_WHITE); PixSave(&pixt, pixa, 0, bmf, "interpolated-right"); pixd = pixaDisplay(pixa, 0, 0); regTestWritePixAndCheck(rp, pixd, IFF_PNG); pixDisplayWithTitle(pixd, 250, 50, NULL, rp->display); pixDestroy(&pixg); pixDestroy(&pixd); pixaDestroy(&pixa); /* Color, larger pix */ pixa = pixaCreate(0); pixt = pixQuadraticVShear(pixs2, L_WARP_TO_LEFT, 120, -40, L_SAMPLED, L_BRING_IN_WHITE); PixSave(&pixt, pixa, 1, bmf, "sampled-left"); pixt = pixQuadraticVShear(pixs2, L_WARP_TO_RIGHT, 120, -40, L_SAMPLED, L_BRING_IN_WHITE); PixSave(&pixt, pixa, 0, bmf, "sampled-right"); pixt = pixQuadraticVShear(pixs2, L_WARP_TO_LEFT, 120, -40, L_INTERPOLATED, L_BRING_IN_WHITE); PixSave(&pixt, pixa, 1, bmf, "interpolated-left"); pixt = pixQuadraticVShear(pixs2, L_WARP_TO_RIGHT, 120, -40, L_INTERPOLATED, L_BRING_IN_WHITE); PixSave(&pixt, pixa, 0, bmf, "interpolated-right"); pixd = pixaDisplay(pixa, 0, 0); regTestWritePixAndCheck(rp, pixd, IFF_PNG); pixDisplayWithTitle(pixd, 550, 50, NULL, rp->display); pixDestroy(&pixd); pixaDestroy(&pixa); /* Grayscale, larger pix */ pixg = pixConvertTo8(pixs2, 0); pixa = pixaCreate(0); pixt = pixQuadraticVShear(pixg, L_WARP_TO_LEFT, 60, -20, L_SAMPLED, L_BRING_IN_WHITE); PixSave(&pixt, pixa, 1, bmf, "sampled-left"); pixt = pixQuadraticVShear(pixg, L_WARP_TO_RIGHT, 60, -20, L_SAMPLED, L_BRING_IN_WHITE); PixSave(&pixt, pixa, 0, bmf, "sampled-right"); pixt = pixQuadraticVShear(pixg, L_WARP_TO_LEFT, 60, -20, L_INTERPOLATED, L_BRING_IN_WHITE); PixSave(&pixt, pixa, 1, bmf, "interpolated-left"); pixt = pixQuadraticVShear(pixg, L_WARP_TO_RIGHT, 60, -20, L_INTERPOLATED, L_BRING_IN_WHITE); PixSave(&pixt, pixa, 0, bmf, "interpolated-right"); pixd = pixaDisplay(pixa, 0, 0); regTestWritePixAndCheck(rp, pixd, IFF_PNG); pixDisplayWithTitle(pixd, 850, 50, NULL, rp->display); pixDestroy(&pixg); pixDestroy(&pixd); pixaDestroy(&pixa); pixDestroy(&pixs1); pixDestroy(&pixs2); bmfDestroy(&bmf); return regTestCleanup(rp); } void PixSave(PIX **ppixs, PIXA *pixa, l_int32 newrow, L_BMF *bmf, const char *textstr) { PROCNAME("PixSave"); if (!ppixs || !(*ppixs)) { L_ERROR("pixs not defined\n", procName); return; } /* Scaling is done after adding border pixels. 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * partitiontest.c * * partitiontest type [maxboxes ovlap] * * where type is: * 5: L_SORT_BY_WIDTH * 6: L_SORT_BY_HEIGHT * 7: L_SORT_BY_MIN_DIMENSION * 8: L_SORT_BY_MAX_DIMENSION * 9: L_SORT_BY_PERIMETER * 10: L_SORT_BY_AREA */ #include "allheaders.h" #define REDUCTION 1 int main(int argc, char **argv) { char *filename; l_int32 w, h, type, maxboxes; l_float32 ovlap; BOX *box; BOXA *boxa, *boxat, *boxad; PIX *pix, *pixt, *pixs, *pixd; static char mainName[] = "partitiontest"; if (argc != 3 && argc != 5) return ERROR_INT("syntax: partitiontest type [maxboxes ovlap]", mainName, 1); filename = argv[1]; type = atoi(argv[2]); if (type == L_SORT_BY_WIDTH) fprintf(stderr, "Sorting by width:\n"); else if (type == L_SORT_BY_HEIGHT) fprintf(stderr, "Sorting by height:\n"); else if (type == L_SORT_BY_MAX_DIMENSION) fprintf(stderr, "Sorting by maximum dimension:\n"); else if (type == L_SORT_BY_MIN_DIMENSION) fprintf(stderr, "Sorting by minimum dimension:\n"); else if (type == L_SORT_BY_PERIMETER) fprintf(stderr, "Sorting by perimeter:\n"); else if (type == L_SORT_BY_AREA) fprintf(stderr, "Sorting by area:\n"); else { fprintf(stderr, "Use one of the following for 'type':\n" " 5: L_SORT_BY_WIDTH\n" " 6: L_SORT_BY_HEIGHT\n" " 7: L_SORT_BY_MIN_DIMENSION\n" " 8: L_SORT_BY_MAX_DIMENSION\n" " 9: L_SORT_BY_PERIMETER\n" " 10: L_SORT_BY_AREA\n"); return ERROR_INT("invalid type: see source", mainName, 1); } if (argc == 5) { maxboxes = atoi(argv[3]); ovlap = atof(argv[4]); } else { maxboxes = 100; ovlap = 0.2; } pix = pixRead(filename); pixs = pixConvertTo1(pix, 128); pixDilateBrick(pixs, pixs, 5, 5); boxa = pixConnComp(pixs, NULL, 4); pixGetDimensions(pixs, &w, &h, NULL); box = boxCreate(0, 0, w, h); startTimer(); boxaPermuteRandom(boxa, boxa); boxat = boxaSelectBySize(boxa, 500, 500, L_SELECT_IF_BOTH, L_SELECT_IF_LT, NULL); boxad = boxaGetWhiteblocks(boxat, box, type, maxboxes, ovlap, 200, 0.15, 20000); fprintf(stderr, "Time: %7.3f sec\n", stopTimer()); boxaWriteStream(stderr, boxad); pixDisplayWrite(NULL, -1); pixDisplayWrite(pixs, REDUCTION); /* Display box outlines in a single color in a cmapped image */ pixd = pixDrawBoxa(pixs, boxad, 7, 0xe0708000); pixDisplayWrite(pixd, REDUCTION); pixDestroy(&pixd); /* Display box outlines in a single color in an RGB image */ pixt = pixConvertTo8(pixs, FALSE); pixd = pixDrawBoxa(pixt, boxad, 7, 0x40a0c000); pixDisplayWrite(pixd, REDUCTION); pixDestroy(&pixt); pixDestroy(&pixd); /* Display box outlines with random colors in a cmapped image */ pixd = pixDrawBoxaRandom(pixs, boxad, 7); pixDisplayWrite(pixd, REDUCTION); pixDestroy(&pixd); /* Display box outlines with random colors in an RGB image */ pixt = pixConvertTo8(pixs, FALSE); pixd = pixDrawBoxaRandom(pixt, boxad, 7); pixDisplayWrite(pixd, REDUCTION); pixDestroy(&pixt); pixDestroy(&pixd); /* Display boxes in the same color in a cmapped image */ pixd = pixPaintBoxa(pixs, boxad, 0x60e0a000); pixDisplayWrite(pixd, REDUCTION); pixDestroy(&pixd); /* Display boxes in the same color in an RGB image */ pixt = pixConvertTo8(pixs, FALSE); pixd = pixPaintBoxa(pixt, boxad, 0xc030a000); pixDisplayWrite(pixd, REDUCTION); pixDestroy(&pixt); pixDestroy(&pixd); /* Display boxes in random colors in a cmapped image */ pixd = pixPaintBoxaRandom(pixs, boxad); pixDisplayWrite(pixd, REDUCTION); pixDestroy(&pixd); /* Display boxes in random colors in an RGB image */ pixt = pixConvertTo8(pixs, FALSE); pixd = pixPaintBoxaRandom(pixt, boxad); pixDisplayWrite(pixd, REDUCTION); pixDestroy(&pixt); pixDestroy(&pixd); pixDisplayMultiple("/tmp/display/file*"); pixDestroy(&pix); pixDestroy(&pixs); boxDestroy(&box); boxaDestroy(&boxa); boxaDestroy(&boxat); boxaDestroy(&boxad); return 0; } leptonica-1.70/prog/writemtiff.c0000640000175000017500000000373212242265516015006 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * writemtiff.c * * Writes all matched files into a multipage tiff */ #include "allheaders.h" int main(int argc, char **argv) { char *dirin, *pattern, *fileout; static char mainName[] = "writemtiff"; if (argc != 4) return ERROR_INT(" Syntax: writemtiff dirin pattern fileout", mainName, 1); dirin = argv[1]; pattern = argv[2]; fileout = argv[3]; writeMultipageTiff(dirin, pattern, fileout); return 0; } leptonica-1.70/prog/pdf2tiff0000750000175000017500000000175510257405614014115 0ustar dandan#!/bin/bash # pdf2tiff # # Rasterizes a PDF file, saving as a set of g4 compressed tiff images # # input: PDF file # root name of output files # output: ccitt-g4 compressed tiff binary files for each page scriptname=${0##*/} if test $# != 2 then echo "usage: " $scriptname " inpdffile outtifroot" exit -1 fi inpdffile=$1 outtifroot=$2 # assert (input pdf filename ends in .pdf) if test ${inpdffile##*.} != pdf then echo $scriptname ": " $inpdffile "does not end in .pdf" exit -1 fi # need mysterious "primer" # choose one of the two options below # output image size depending on resolution echo "0 neg 0 neg" translate | gs -sDEVICE=tiffg4 -sOutputFile=${outtifroot}%03d.tif -r300x300 -q - ${inpdffile} # output fixed image size #echo "0 neg 0 neg" translate | gs -sDEVICE=tiffg4 -sOutputFile=${outtifroot}%03d.tif -g2550x3300 -r300x300 -q - ${inpdffile} # use this to output to a single multipage tiff file #tiffcp -c g4 ${outtifroot}*.tif ${outtifroot}.tif leptonica-1.70/prog/iotest.c0000644000175000017500000002134312242266314014134 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * iotest.c * * Tests several I/O operations, including the special operations * for handling 16 bpp png input, zlib compression quality in png, * chroma sampling options in jpeg, and read/write of alpha with png. * * This does not testt multipage/custom tiff and PostScript, which * are separately tested in mtifftest and psiotest, respectively. */ #include "string.h" #ifndef _WIN32 #include #else #include /* for Sleep() */ #endif /* _WIN32 */ #include "allheaders.h" LEPT_DLL extern const char *ImageFileFormatExtensions[]; int main(int argc, char **argv) { char *text; l_int32 w, h, d, level, wpl, count, format, xres, yres; l_int32 bps, spp, res, iscmap; size_t size; FILE *fp; PIX *pixs, *pixg, *pix1, *pix2, *pix3, *pix4; PIXA *pixa; PIXCMAP *cmap; static char mainName[] = "iotest"; if (argc != 1) return ERROR_INT(" Syntax: iotest", mainName, 1); /* Test 16 to 8 stripping */ pixs = pixRead("test16.tif"); pixWrite("/tmp/test16.png", pixs, IFF_PNG); pix1 = pixRead("/tmp/test16.png"); if ((d = pixGetDepth(pix1)) != 8) fprintf(stderr, "Error: d = %d; should be 8", d); pixDestroy(&pix1); l_pngSetReadStrip16To8(0); pix1 = pixRead("/tmp/test16.png"); if ((d = pixGetDepth(pix1)) != 16) fprintf(stderr, "Error: d = %d; should be 16", d); pixDestroy(&pix1); pixDestroy(&pixs); /* Test zlib compression in png */ pixs = pixRead("feyn.tif"); for (level = 0; level < 10; level++) { pixSetZlibCompression(pixs, level); pixWrite("/tmp/zlibtest.png", pixs, IFF_PNG); size = nbytesInFile("/tmp/zlibtest.png"); fprintf(stderr, "zlib level = %d, file size = %ld\n", level, (unsigned long)size); } pixDestroy(&pixs); /* Test chroma sampling options in jpeg */ pixs = pixRead("marge.jpg"); pixWrite("/tmp/chromatest.jpg", pixs, IFF_JFIF_JPEG); size = nbytesInFile("/tmp/chromatest.jpg"); fprintf(stderr, "chroma default: file size = %ld\n", (unsigned long)size); pixSetChromaSampling(pixs, 0); pixWrite("/tmp/chromatest.jpg", pixs, IFF_JFIF_JPEG); size = nbytesInFile("/tmp/chromatest.jpg"); fprintf(stderr, "no ch. sampling: file size = %ld\n", (unsigned long)size); pixSetChromaSampling(pixs, 1); pixWrite("/tmp/chromatest.jpg", pixs, IFF_JFIF_JPEG); size = nbytesInFile("/tmp/chromatest.jpg"); fprintf(stderr, "chroma sampling: file size = %ld\n", (unsigned long)size); pixDestroy(&pixs); /* Test read/write of alpha with png */ pixs = pixRead("books_logo.png"); pixDisplay(pixs, 0, 100); pixg = pixGetRGBComponent(pixs, L_ALPHA_CHANNEL); pixDisplay(pixg, 300, 100); pixDestroy(&pixg); pix1 = pixAlphaBlendUniform(pixs, 0xffffff00); /* render rgb over white */ pixWrite("/tmp/logo1.png", pix1, IFF_PNG); pixDisplay(pix1, 0, 250); pix2 = pixSetAlphaOverWhite(pix1); /* regenerate alpha from white */ pixDisplay(pix2, 0, 400); pixWrite("/tmp/logo2.png", pix2, IFF_PNG); pixg = pixGetRGBComponent(pix2, L_ALPHA_CHANNEL); pixDisplay(pixg, 300, 400); pixDestroy(&pixg); pix3 = pixRead("/tmp/logo2.png"); pix4 = pixAlphaBlendUniform(pix3, 0x00ffff00); /* render rgb over cyan */ pixWrite("/tmp/logo3.png", pix3, IFF_PNG); pixDisplay(pix3, 0, 550); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); pixDestroy(&pixs); /* A little fun with rgb colormaps */ pixs = pixRead("weasel4.11c.png"); pixa = pixaCreate(6); pixaAddPix(pixa, pixs, L_CLONE); pixGetDimensions(pixs, &w, &h, &d); wpl = pixGetWpl(pixs); fprintf(stderr, "w = %d, h = %d, d = %d, wpl = %d\n", w, h, d, wpl); xres = pixGetXRes(pixs); yres = pixGetXRes(pixs); if (xres != 0 && yres != 0) fprintf(stderr, "xres = %d, yres = %d\n", xres, yres); cmap = pixGetColormap(pixs); /* Write and read back the colormap */ pixcmapWriteStream(stderr, pixGetColormap(pixs)); fp = lept_fopen("/tmp/cmap1", "wb"); pixcmapWriteStream(fp, pixGetColormap(pixs)); lept_fclose(fp); fp = lept_fopen("/tmp/cmap1", "rb"); cmap = pixcmapReadStream(fp); lept_fclose(fp); fp = lept_fopen("/tmp/cmap2", "wb"); pixcmapWriteStream(fp, cmap); lept_fclose(fp); pixcmapDestroy(&cmap); /* Remove and regenerate colormap */ pix1 = pixRemoveColormap(pixs, REMOVE_CMAP_BASED_ON_SRC); pixaAddPix(pixa, pix1, L_CLONE); pixWrite("/tmp/weaselrgb.png", pix1, IFF_PNG); pix2 = pixConvertRGBToColormap(pix1, 1); pixaAddPix(pixa, pix2, L_CLONE); pixWrite("/tmp/weaselcmap.png", pix2, IFF_PNG); pixDestroy(&pixs); pixDestroy(&pix1); pixDestroy(&pix2); /* Remove and regnerate gray colormap */ pixs = pixRead("weasel4.5g.png"); pixaAddPix(pixa, pixs, L_CLONE); pix1 = pixRemoveColormap(pixs, REMOVE_CMAP_BASED_ON_SRC); pixaAddPix(pixa, pix1, L_CLONE); pixWrite("/tmp/weaselgray.png", pix1, IFF_PNG); pix2 = pixConvertGrayToColormap(pix1); pixaAddPix(pixa, pix2, L_CLONE); pixWrite("/tmp/weaselcmap2.png", pix2, IFF_PNG); pixDestroy(&pix1); pixDestroy(&pix2); pix3 = pixaDisplayTiled(pixa, 400, 0, 20); pixDisplay(pix3, 0, 750); pixDestroy(&pix3); pixaDestroy(&pixa); /* Other fields in the pix */ format = pixGetInputFormat(pixs); fprintf(stderr, "Input format extension: %s\n", ImageFileFormatExtensions[format]); pixSetText(pixs, "reconstituted 4-bit weasel"); text = pixGetText(pixs); if (text && strlen(text) != 0) fprintf(stderr, "Text: %s\n", text); pixDestroy(&pixs); #ifndef _WIN32 sleep(1); #else Sleep(1000); #endif /* _WIN32 */ /* Some tiff compression and headers */ readHeaderTiff("feyn-fract.tif", 0, &w, &h, &bps, &spp, &res, &iscmap, &format); fprintf(stderr, "w = %d, h = %d, bps = %d, spp = %d, res = %d, cmap = %d\n", w, h, bps, spp, res, iscmap); fprintf(stderr, "Input format extension: %s\n", ImageFileFormatExtensions[format]); pixs = pixRead("feyn-fract.tif"); pixWrite("/tmp/fract1.tif", pixs, IFF_TIFF); size = nbytesInFile("/tmp/fract1.tif"); fprintf(stderr, "uncompressed: %ld\n", (unsigned long)size); pixWrite("/tmp/fract2.tif", pixs, IFF_TIFF_PACKBITS); size = nbytesInFile("/tmp/fract2.tif"); fprintf(stderr, "packbits: %ld\n", (unsigned long)size); pixWrite("/tmp/fract3.tif", pixs, IFF_TIFF_RLE); size = nbytesInFile("/tmp/fract3.tif"); fprintf(stderr, "rle: %ld\n", (unsigned long)size); pixWrite("/tmp/fract4.tif", pixs, IFF_TIFF_G3); size = nbytesInFile("/tmp/fract4.tif"); fprintf(stderr, "g3: %ld\n", (unsigned long)size); pixWrite("/tmp/fract5.tif", pixs, IFF_TIFF_G4); size = nbytesInFile("/tmp/fract5.tif"); fprintf(stderr, "g4: %ld\n", (unsigned long)size); pixWrite("/tmp/fract6.tif", pixs, IFF_TIFF_LZW); size = nbytesInFile("/tmp/fract6.tif"); fprintf(stderr, "lzw: %ld\n", (unsigned long)size); pixWrite("/tmp/fract7.tif", pixs, IFF_TIFF_ZIP); size = nbytesInFile("/tmp/fract7.tif"); fprintf(stderr, "zip: %ld\n", (unsigned long)size); pixDestroy(&pixs); return 0; } leptonica-1.70/prog/form2.tif0000444000175000017500000001177412251657772014233 0ustar dandanMM*>ÿÿÿÿHgDEr°ˆDJŽ;AQÕΚ ¡gaªÕ°A.Èø¸‘Á€„æ‰(äc˜sA&$ÿ„-5Ž"ãˆüwü_ ƒýþæwÈ0h~¿ÇдLÿÿßúýb}ˆ‰Ö$×iòg”2€ç"ñôF"öG!â<4ÁµÓLÆ„1´ËßBD†Áäqȃˆˆ‹ämGXÇ¡ÿðDH ƒˆ|†‡ÿ ®?9ÙŒþb3°ûêD=x} @в8L/Ù(NÎ8*a3Â3g Ï0Ì;œrÝk÷eBeœ¸ ûŽ""9*ŽGÙÄr4F"„Td&yF–h2œ›•kê]XM4Ó<“8ÌÄ)Ò 4ͤÏ,DDGÃB!äq28âÈᜎÿøŽ#ï0Ð\!ÞA&>Lr1ü‚ÿBñ ðŽИ& IÂd°ÜCŽaÂd1dÇ_£¬DDDDDFU™Ðµ*ϳ^HsBeXGK:b""ÿ‡i„ËÄv9öˆƒÌr ä09 åŽF9rc‘ ˆ9 91È ä2éÇ÷ƱƼwù úþ$3ŽF=ÿë·Ó"Gò ä6ïäH߈ˆˆˆˆˆˆˆˆˆ$Iv§b­G`ˆ‹"1"X¢"""9EDT#Z.Í ‘uA˜Y!ÓBÓLô™xì4R¼H¸h#XC0)pb " 'C)ÈÇ!”äDŒrÇ!G ‰kñ„8ã¾#ˆûü†eÅ. <œ~C,r ÈÇ!œw™á›“)Ìæë8èÌŒl³—Êšd8à©p¥ÙýL:=²,LóPÊ­8ˆq{‹B""ÂHDú4"P¨AåBRÇÄCˆÂ5¦‚xˆÂhˆärÜ““†\ ›"ä\S.eÆG \eÅ0Ž"qds0º0Dq‘ÀÁ³®Ühh^‡§kñhp×ÿÉ0ùä6¹ÿÿéþçͧ…;Q»µ ÃÂaL:ù·O4&qÈ0>® qÌ8*a;RÇ0ærs'êC3…£N%B°`ši¦á©œœ'¨ˆ´""-ˆ" ˆ6C)EĈ‰|DD‚•€<3¢ ܆ÁÄ„…YŽ!#š#ȃ¦;Ž"#øï!®9 © ƒP>BŽD†ÁÈ äAÿ `}NΊˆMH”\Ó7#D ʬ¨(¹ÆÊòƒ)P¡b–"ƒ)ÉLÎWÊs9‘½ a²ÄƒØLŒð„Zˆˆ¼!DO¤„N)g™0HÁš‘F"„z>3hé—Žˆˆ³b.”Hx „¹í3hýj¦ói2ù12>šeÒpâÌ`žy Ì#‡LYŒ6‚jnˆ0BCBhDDX"qF8´!×#F‡ÿX‹ö"ûõ!üƒXùr7¼Œr:ùãb ê"jBÊPj ª„ˆ¦ ˆÄZhDEÄâ8eÁ›2î#Qa Žú&8‹ýýŽ¸žÇ×ù¢#Nûþºd}2<]K#@f Ëq¨º1ΔDDe¹J&{1š¢N'G³ùD©Dj%9„šhˆ9 ãAÈ`pr1È‘ÌA˜#† lBâÑѵñ±§§Çär“‘äc¿ûM3˜rc§ æ™Ç²+ªgÎ9á27w0újaËr1ñ 4Nв‹ Ê„g€…¡e9„ʄʬ aA¦V- 8é–:ˆˆˆˆˆˆˆˆˆˆˆˆˆˆˆŒ•Dr7ãdGÏF"9›g‘ŒÐ!q 2ù€Í8ÍŠ`äxœ3¸†óŒá͸[ˆ‹N-B."ÓA ì!hXA§Xzwý¯ûÿ£ïïí{M4Î:Úi„íB¦A‘Þ˜O"1D"""""#*¨F¤QÑB2$RPˆR!È äHlPˆÔ•¯!–<ìšúù¼är8f"<`Ž3‘Ⱥ8“0…ØK‚*<†àŠ~§ CmAàŠˆ‘Ò¥&¥F‰IÓfãBdüØW•dH8ç‚ –D"9[W¹6  ¤AY¬`ŸGÅ0Íä|ˆ£™ÈÜa#Ã1—ŽD!™ÇŒÚ7˜gî„4$nD`ƒ4â- ‘ŽFäH ¸âдD8ˆ×ôоùã`|Œüqâ´ò1Ðy1ÉŽúÞAÈ.êB:”ˆDDDDDDéˆÄrQÈÆQ™æ#lÄz#™Ã#æ1ãb‘ófyˆùxº0‹‘x‹Æ#4qdqO€BxÁFs6)8Eÿhˆâ-4Èစ¡"!ØB.-;Œ! !hY*`„hD_ôD±zühZÇ|uþ8"?ñH08ù ƒ»L”-áHà…Ó‹ML9'$ä|„u"A@éÚgDDDDDDDDDE”ˆˆŒ•£L"ñ<Œ3Èú9—g‘ÄS™#'EãHŽÎ#HÁ„‹ÇUFÙÁ˜2„CFãš.Fòô"qwåÍ0™hA¡g @Ìh‚‘`XLŽÓLØDÌðQ´Ó#ÅÒg …Á¡iÁÂœGpÂ"Ðv…ªÜG"8²8#a oȃæÇÇñë·!/Ù ƒ˜u´×»Èƒª‘weŽLr1íS²C‘Ž«Ðé©RÄDDDDDD눈‹)hàF %(„ZÚb4 éÚŒ”vèôA£ª7É4CÍÆälÌÑ GÑžJcHÓ‘°3 NÖF}z6Ìd|ó/—f6Ë£8Žex“.ŽGÄ­sa LŽšXL!#yC‘EоÖ5WDrÍŽ#þ!úðdAÉŽBÆAÜŒr˜\‡p±øˆˆˆˆŽ#‡É9!ÈaËŒrnA¸å¹1ˉ ÈùxÓÊR®ºú©‚"ÃcýþA@ä(éâÔè‘1+ReÓ'9N™œ”Í5Ç’_æè#’±žÐ¸HE…[!Ç"ZݯŠ}3f  …â#Œ¢ƒ¹¯#ƒpBÈàñhŒqdsBò@h0<.Tø¾Þ"1M> 볎šhGc“toªÍ+øˆˆˆˆ©˜Èôºé—eò>tr>Öt äq—ˆsÀsªÃÿdp`5Q¸5¿ô1#ŒŽ — À½HgŒ}YÑD_²y¬¨EÅò çtÊxf‚c© ]•}phMHÑ]AÈÇÉŽDl³Çj…œt" ÊÄq["Ïh„³9Ç3™Ãû;•¦Vi‚eñXtˆE#¢«F¢é¨§aPˆ¸lâb)KÛbGICFŒs`¦G!N 4yGH½œ6?ê©„ Øhpz¯Æ„CˆˆˆŽF=÷}8ƒE¡|†hùöEÐ*Ègƒ9ÄZaS<‚cûÊ´ ˆˆ4#+P„E+4ÓMeÅ1›4Ax&ä,Îå9pBx'…bÂ(ä0""#„E§‘Íд 0úÙBĨ»/â8`Ø¥ÊqòqìÎåbÙ‘ ;ˆµZy‡»²1Û´Õá”0!9'ù÷ðÎ:vqÔ—}2*(ˆü¨à™8͈Gº„ö\4Ê{'=±h†„DDºâóŠÂbÎê9ö¡H)µœeÃadp؈`r-ٜízMš$¼‡Ö¡ìmPþ/õ½+¡h}a‘wÀëWÃœf/h^.ʃ6ƈæGŒd®#çÑôhŒ¨DpÌÑ¥¦š`„;"í0š ú ˆú4# 3:1—<8‹ˆˆ‰ 8$ADE„ErP,‹Ñþ"-S´âÐÿȃAÈQÓ´ÓR ºe² #6GÍÅÐ${0eÙA›ˆì»gu0á©œ¬)ÉÙâ Í !B,¨Qàâ""""RÓB1ÿü@Šþþ6ìô(%€ %€ leptonica-1.70/prog/ps2tiff0000750000175000017500000000201110376541232013747 0ustar dandan#!/bin/bash # ps2tiff # # Rasterizes a postscript file, saving as a set of g4 compressed # tiff images # # input: PostScript file # root name of output files # output: ccitt-g4 compressed tiff binary files for each page # # Restriction: the input PostScript file must be binary scriptname=${0##*/} if test $# != 2 then echo "usage: " $scriptname " inpsfile outtifroot" exit -1 fi inpsfile=$1 outtifroot=$2 # assert (input postscript filename ends in .ps) if test ${inpsfile##*.} != ps then echo $scriptname ": " $inpsfile "does not end in .ps" exit -1 fi # choice: output image size depending on resolution echo "0 neg 0 neg" translate | gs -sDEVICE=tiffg4 -sOutputFile=${outtifroot}%03d.tif -r300x300 -q - ${inpsfile} # choice: output fixed image size #echo "0 neg 0 neg" translate | gs -sDEVICE=tiffg4 -sOutputFile=${outtifroot}%03d.tif -g2550x3300 -r300x300 -q - ${inpsfile} # use this to output to a single multipage tiff file #tiffcp -c g4 ${outtifroot}*.tif ${outtifroot}.tif leptonica-1.70/prog/colorseg.jpg0000444000175000017500000015370610371255516015012 0ustar dandanÿØÿàJFIF??ÿÛC    $.' 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É[dží4øAÑpÝ/°ÓÓ†©é¶Ÿ×[I¿Õ½;ÕtºººM¯´é6Óî–î’ß^ïïNÛ[ôëWM¾ÚoM¯Ókö··J½Û½õo®½×§ÿ¿Þïÿ¿k~½úÿ×[i/ÿûúýz½ílÝßßÚ÷ëÿﺿK‹ÿÃÿÚî—Ûñíÿ_­~×uÝ{¶<ˆ"?®»#ïÿþÔë_µø¯ðc÷Cºô«þÒÿÿ­v£í_¼è¶Üº×áÃúÿÓŠ_¯öÿë»ýG°µÿñß¹ïÆ=°ÁvãþY¸žÿ¿¶Kÿùoš_ïÿßø?ÑšPüÚùi=_—$»ÒÉÿÞQ–Gÿý°Kï×ð—ø7›ÿõú¦…ÿÿ­/í~¿³Õkæ×þ—þ–õ_çÿb«ô´²ë_ÿͺ^§š}õ9¾þmoíØ"£ÿëÐ:Yuî¾aXIì?_ÿº¬Í}îÚëî¿‚)û«¯¯½úû3ZÛº_¯¿Ù½ÿÿü"«å×ýë׿ð½V­¯¿Û[ÈêÖû_w÷Ú¸I×_mm×ê×ÿýtÒÛ]~ëÿêûGWC÷OUÝ+­'Cm'Kò(îJ›I†¬C‡M…Ó^“oµ½µ_mØE4íáÚiß®’wêÙåm„­S ± Š´Ø­&)ƒ.qL[‹ Ï“±TÅI>*)‰NÐq§a&%Ðk\Âa6 ¸ã H%#ÚkŽ6+#¤‚ 7 ¦"1*/†kµi†¨Ža¦A„Ä(ˆˆ°ƒA„ ò­šÃ)Ó[ƒNÊM{´Ð‹ CDD4ÖÓA‚¡†"ÂÄDE… !†ˆŽ"8ˆˆ¸ã'òc¾Ž‡££Õõÿé?×µö–év%°` v(6+ƒ'±¹Ù†1ÿäÉ“\ìüMÜ*C5/‘ : &KÕR´ÎÌ]%ú˜NŒ;uU[Ó;Âr gÞô·m·‡Ú÷‡þøÚvˆ>ªÑ©{Mƒˆ[_ØßÆüwuÇþ½/ýÿýý%ýý}ÿª_ý/%škúI.Dd ¤F¯ Ù™˜©³(0ƒ(ø  y¸ ³ Ódisplay); /* Get the textline centers */ ptaa1 = dewarpGetTextlineCenters(pixb, 0); pixt1 = pixCreateTemplate(pixs); pixt2 = pixDisplayPtaa(pixt1, ptaa1); regTestWritePixAndCheck(rp, pixt2, IFF_PNG); /* 1 */ pixDisplayWithTitle(pixt2, 0, 500, "textline centers", rp->display); pixDestroy(&pixt1); /* Remove short lines */ ptaa2 = dewarpRemoveShortLines(pixb, ptaa1, 0.8, 0); /* Fit to quadratic */ n = ptaaGetCount(ptaa2); for (i = 0; i < n; i++) { pta = ptaaGetPta(ptaa2, i, L_CLONE); ptaGetArrays(pta, &nax, NULL); ptaGetQuadraticLSF(pta, &a, &b, &c, &nafit); ptad = ptaCreateFromNuma(nax, nafit); pixDisplayPta(pixt2, pixt2, ptad); ptaDestroy(&pta); ptaDestroy(&ptad); numaDestroy(&nax); numaDestroy(&nafit); } regTestWritePixAndCheck(rp, pixt2, IFF_PNG); /* 2 */ pixDisplayWithTitle(pixt2, 300, 500, "fitted lines superimposed", rp->display); ptaaDestroy(&ptaa1); ptaaDestroy(&ptaa2); pixDestroy(&pixt2); /* Build the model for page 7 and dewarp */ dewa1 = dewarpaCreate(2, 30, 1, 15, 30); if ((dew1 = dewarpCreate(pixb, 7)) == NULL) return ERROR_INT("\n\n\n FAILURE !!! \n\n\n", rp->testname, 1); dewarpaUseBothArrays(dewa1, 1); dewarpaInsertDewarp(dewa1, dew1); dewarpBuildPageModel(dew1, NULL); dewarpaApplyDisparity(dewa1, 7, pixb, 200, 0, 0, &pixd, NULL); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 3 */ pixDisplayWithTitle(pixd, 400, 0, "page 7 dewarped", rp->display); pixDestroy(&pixd); /* Read page 3, normalize background and binarize */ pixs2 = pixRead("1555-3.jpg"); pixn2 = pixBackgroundNormSimple(pixs2, NULL, NULL); pixg2 = pixConvertRGBToGray(pixn2, 0.5, 0.3, 0.2); pixb2 = pixThresholdToBinary(pixg2, 130); pixDestroy(&pixn2); pixDestroy(&pixg2); regTestWritePixAndCheck(rp, pixb, IFF_PNG); /* 4 */ pixDisplayWithTitle(pixb, 0, 400, "binarized input (2)", rp->display); /* Minimize and re-apply page 7 disparity to this image */ dewarpaInsertRefModels(dewa1, 0, 0); dewarpaApplyDisparity(dewa1, 3, pixb2, 200, 0, 0, &pixd, NULL); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 5 */ pixDisplayWithTitle(pixd, 400, 400, "page 3 dewarped", rp->display); pixDestroy(&pixd); /* Write and read back minimized dewarp struct */ dewarpMinimize(dew1); dewarpWrite("/tmp/dewarp.6.dew", dew1); regTestCheckFile(rp, "/tmp/dewarp.6.dew"); /* 6 */ dew2 = dewarpRead("/tmp/dewarp.6.dew"); dewarpWrite("/tmp/dewarp.7.dew", dew2); regTestCheckFile(rp, "/tmp/dewarp.7.dew"); /* 7 */ regTestCompareFiles(rp, 6, 7); /* 8 */ /* Apply this minimized dew to page 3 in a new dewa */ dewa2 = dewarpaCreate(2, 30, 1, 15, 30); dewarpaUseBothArrays(dewa2, 1); dewarpaInsertDewarp(dewa2, dew2); dewarpaInsertRefModels(dewa2, 0, 0); dewarpaListPages(dewa2); /* just for fun: should be 1, 3, 5, 7 */ dewarpaApplyDisparity(dewa2, 3, pixb2, 200, 0, 0, &pixd, NULL); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 9 */ pixDisplayWithTitle(pixd, 800, 400, "page 3 dewarped again", rp->display); pixDestroy(&pixd); /* Minimize, re-populate disparity arrays, and apply again */ dewarpMinimize(dew2); dewarpaApplyDisparity(dewa2, 3, pixb2, 200, 0, 0, &pixd, NULL); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 10 */ regTestCompareFiles(rp, 9, 10); /* 11 */ pixDisplayWithTitle(pixd, 900, 400, "page 3 dewarped yet again", rp->display); pixDestroy(&pixd); /* Test a few of the fpix functions */ fpix1 = fpixClone(dew2->sampvdispar); fpixWrite("/tmp/dewarp.12.fpix", fpix1); regTestCheckFile(rp, "/tmp/dewarp.12.fpix"); /* 12 */ fpix2 = fpixRead("/tmp/dewarp.12.fpix"); fpixWrite("/tmp/dewarp.13.fpix", fpix2); regTestCheckFile(rp, "/tmp/dewarp.13.fpix"); /* 13 */ regTestCompareFiles(rp, 12, 13); /* 14 */ fpix3 = fpixScaleByInteger(fpix2, 30); pix1 = fpixRenderContours(fpix3, 2.0, 0.2); regTestWritePixAndCheck(rp, pix1, IFF_PNG); /* 15 */ pixDisplayWithTitle(pix1, 0, 800, "v. disparity contours", rp->display); fpixDestroy(&fpix1); fpixDestroy(&fpix2); fpixDestroy(&fpix3); /* Test a few of the dpix functions. Note that we can't compare * 15 with 19, because of a tiny difference due to float roundoff, * so we do an approximate comparison on the images. */ dpix1 = fpixConvertToDPix(dew2->sampvdispar); dpixWrite("/tmp/dewarp.16.dpix", dpix1); regTestCheckFile(rp, "/tmp/dewarp.16.dpix"); /* 16 */ dpix2 = dpixRead("/tmp/dewarp.16.dpix"); dpixWrite("/tmp/dewarp.17.dpix", dpix2); regTestCheckFile(rp, "/tmp/dewarp.17.dpix"); /* 17 */ regTestCompareFiles(rp, 16, 17); /* 18 */ dpix3 = dpixScaleByInteger(dpix2, 30); fpix3 = dpixConvertToFPix(dpix3); pixt1 = fpixRenderContours(fpix3, 2.0, 0.2); regTestWritePixAndCheck(rp, pixt1, IFF_PNG); /* 19 */ pixDisplayWithTitle(pixt1, 400, 800, "v. disparity contours", rp->display); regTestCompareSimilarPix(rp, pix1, pixt1, 1, 0.00001, 1); /* 20 */ dpixDestroy(&dpix1); dpixDestroy(&dpix2); dpixDestroy(&dpix3); fpixDestroy(&fpix3); pixDestroy(&pix1); pixDestroy(&pixt1); dewarpaDestroy(&dewa1); dewarpaDestroy(&dewa2); pixDestroy(&pixs); pixDestroy(&pixb); pixDestroy(&pixs2); pixDestroy(&pixb2); return regTestCleanup(rp); } leptonica-1.70/prog/binmorph3_reg.c0000644000175000017500000003433612240303453015363 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * binmorph3_reg.c * * This is a regression test of dwa functions. It should always * be run if changes are made to the low-level morphology code. * * Some things to note: * * (1) This compares results for these operations: * - rasterop brick (non-separable, separable) * - dwa brick (separable), as implemented in morphdwa.c * - dwa brick separable, but using lower-level non-separable * autogen'd code. * * (2) See in-line comments for ordinary closing and safe closing. * The complication is due to the fact that the results differ * for symmetric and asymmetric b.c., so we must do some * fine adjustments of the border when implementing using * the lower-level code directly. */ #include "allheaders.h" #define TEST_SYMMETRIC 0 /* set to 1 for symmetric b.c.; otherwise, it tests asymmetric b.c. */ int main(int argc, char **argv) { char *selnameh, *selnamev; l_int32 ok, same, w, h, i, bordercolor, extraborder; l_int32 width[3] = {21, 1, 21}; l_int32 height[3] = {1, 7, 7}; PIX *pixs, *pixref; PIX *pixt0, *pixt1, *pixt2, *pixt3, *pixt4; SEL *sel; SELA *sela; static char mainName[] = "binmorph3_reg"; if (argc != 1) return ERROR_INT(" Syntax: binmorph3_reg", mainName, 1); if ((pixs = pixRead("feyn.tif")) == NULL) return ERROR_INT("pix not made", mainName, 1); #if TEST_SYMMETRIC resetMorphBoundaryCondition(SYMMETRIC_MORPH_BC); #endif /* TEST_SYMMETRIC */ for (i = 0; i < 3; i++) { w = width[i]; h = height[i]; sel = selCreateBrick(h, w, h / 2, w / 2, SEL_HIT); selnameh = NULL; selnamev = NULL; /* Get the selnames for horiz and vert */ sela = selaAddBasic(NULL); if (w > 1) { if ((selnameh = selaGetBrickName(sela, w, 1)) == NULL) { selaDestroy(&sela); return ERROR_INT("dwa hor sel not defined", mainName, 1); } } if (h > 1) { if ((selnamev = selaGetBrickName(sela, 1, h)) == NULL) { selaDestroy(&sela); return ERROR_INT("dwa vert sel not defined", mainName, 1); } } fprintf(stderr, "w = %d, h = %d, selh = %s, selv = %s\n", w, h, selnameh, selnamev); ok = TRUE; selaDestroy(&sela); /* ----------------- Dilation ----------------- */ fprintf(stderr, "Testing dilation\n"); pixref = pixDilate(NULL, pixs, sel); pixt1 = pixDilateBrickDwa(NULL, pixs, w, h); pixEqual(pixref, pixt1, &same); if (!same) { fprintf(stderr, "pixref != pixt1 !\n"); ok = FALSE; } pixDestroy(&pixt1); if (w > 1) pixt1 = pixMorphDwa_1(NULL, pixs, L_MORPH_DILATE, selnameh); else pixt1 = pixClone(pixs); if (h > 1) pixt2 = pixMorphDwa_1(NULL, pixt1, L_MORPH_DILATE, selnamev); else pixt2 = pixClone(pixt1); pixEqual(pixref, pixt2, &same); if (!same) { fprintf(stderr, "pixref != pixt2 !\n"); ok = FALSE; } pixDestroy(&pixt1); pixDestroy(&pixt2); pixt1 = pixAddBorder(pixs, 32, 0); if (w > 1) pixt2 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_DILATE, selnameh); else pixt2 = pixClone(pixt1); if (h > 1) pixt3 = pixFMorphopGen_1(NULL, pixt2, L_MORPH_DILATE, selnamev); else pixt3 = pixClone(pixt2); pixt4 = pixRemoveBorder(pixt3, 32); pixEqual(pixref, pixt4, &same); if (!same) { fprintf(stderr, "pixref != pixt4 !\n"); ok = FALSE; } pixDestroy(&pixref); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); /* ----------------- Erosion ----------------- */ fprintf(stderr, "Testing erosion\n"); pixref = pixErode(NULL, pixs, sel); pixt1 = pixErodeBrickDwa(NULL, pixs, w, h); pixEqual(pixref, pixt1, &same); if (!same) { fprintf(stderr, "pixref != pixt1 !\n"); ok = FALSE; } pixDestroy(&pixt1); if (w > 1) pixt1 = pixMorphDwa_1(NULL, pixs, L_MORPH_ERODE, selnameh); else pixt1 = pixClone(pixs); if (h > 1) pixt2 = pixMorphDwa_1(NULL, pixt1, L_MORPH_ERODE, selnamev); else pixt2 = pixClone(pixt1); pixEqual(pixref, pixt2, &same); if (!same) { fprintf(stderr, "pixref != pixt2 !\n"); ok = FALSE; } pixDestroy(&pixt1); pixDestroy(&pixt2); pixt1 = pixAddBorder(pixs, 32, 0); if (w > 1) pixt2 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_ERODE, selnameh); else pixt2 = pixClone(pixt1); if (h > 1) pixt3 = pixFMorphopGen_1(NULL, pixt2, L_MORPH_ERODE, selnamev); else pixt3 = pixClone(pixt2); pixt4 = pixRemoveBorder(pixt3, 32); pixEqual(pixref, pixt4, &same); if (!same) { fprintf(stderr, "pixref != pixt4 !\n"); ok = FALSE; } pixDestroy(&pixref); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); /* ----------------- Opening ----------------- */ fprintf(stderr, "Testing opening\n"); pixref = pixOpen(NULL, pixs, sel); pixt1 = pixOpenBrickDwa(NULL, pixs, w, h); pixEqual(pixref, pixt1, &same); if (!same) { fprintf(stderr, "pixref != pixt1 !\n"); ok = FALSE; } pixDestroy(&pixt1); if (h == 1) pixt2 = pixMorphDwa_1(NULL, pixs, L_MORPH_OPEN, selnameh); else if (w == 1) pixt2 = pixMorphDwa_1(NULL, pixs, L_MORPH_OPEN, selnamev); else { pixt1 = pixMorphDwa_1(NULL, pixs, L_MORPH_ERODE, selnameh); pixt2 = pixMorphDwa_1(NULL, pixt1, L_MORPH_ERODE, selnamev); pixMorphDwa_1(pixt1, pixt2, L_MORPH_DILATE, selnameh); pixMorphDwa_1(pixt2, pixt1, L_MORPH_DILATE, selnamev); pixDestroy(&pixt1); } pixEqual(pixref, pixt2, &same); if (!same) { fprintf(stderr, "pixref != pixt2 !\n"); ok = FALSE; } pixDestroy(&pixt2); pixt1 = pixAddBorder(pixs, 32, 0); if (h == 1) pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_OPEN, selnameh); else if (w == 1) pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_OPEN, selnamev); else { pixt2 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_ERODE, selnameh); pixt3 = pixFMorphopGen_1(NULL, pixt2, L_MORPH_ERODE, selnamev); pixFMorphopGen_1(pixt2, pixt3, L_MORPH_DILATE, selnameh); pixFMorphopGen_1(pixt3, pixt2, L_MORPH_DILATE, selnamev); pixDestroy(&pixt2); } pixt4 = pixRemoveBorder(pixt3, 32); pixEqual(pixref, pixt4, &same); if (!same) { fprintf(stderr, "pixref != pixt4 !\n"); ok = FALSE; } pixDestroy(&pixref); pixDestroy(&pixt1); pixDestroy(&pixt3); pixDestroy(&pixt4); /* ----------------- Closing ----------------- */ fprintf(stderr, "Testing closing\n"); pixref = pixClose(NULL, pixs, sel); /* Note: L_MORPH_CLOSE for h==1 or w==1 gives safe closing, * so we can't use it here. */ if (h == 1) { pixt1 = pixMorphDwa_1(NULL, pixs, L_MORPH_DILATE, selnameh); pixt2 = pixMorphDwa_1(NULL, pixt1, L_MORPH_ERODE, selnameh); } else if (w == 1) { pixt1 = pixMorphDwa_1(NULL, pixs, L_MORPH_DILATE, selnamev); pixt2 = pixMorphDwa_1(NULL, pixt1, L_MORPH_ERODE, selnamev); } else { pixt1 = pixMorphDwa_1(NULL, pixs, L_MORPH_DILATE, selnameh); pixt2 = pixMorphDwa_1(NULL, pixt1, L_MORPH_DILATE, selnamev); pixMorphDwa_1(pixt1, pixt2, L_MORPH_ERODE, selnameh); pixMorphDwa_1(pixt2, pixt1, L_MORPH_ERODE, selnamev); } pixDestroy(&pixt1); pixEqual(pixref, pixt2, &same); if (!same) { fprintf(stderr, "pixref != pixt2 !\n"); ok = FALSE; } pixDestroy(&pixt2); /* Note: by adding only 32 pixels of border, we get * the normal closing operation, even when calling * with L_MORPH_CLOSE, because it requires 32 pixels * of border to be safe. */ pixt1 = pixAddBorder(pixs, 32, 0); if (h == 1) pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_CLOSE, selnameh); else if (w == 1) pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_CLOSE, selnamev); else { pixt2 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_DILATE, selnameh); pixt3 = pixFMorphopGen_1(NULL, pixt2, L_MORPH_DILATE, selnamev); pixFMorphopGen_1(pixt2, pixt3, L_MORPH_ERODE, selnameh); pixFMorphopGen_1(pixt3, pixt2, L_MORPH_ERODE, selnamev); pixDestroy(&pixt2); } pixt4 = pixRemoveBorder(pixt3, 32); pixEqual(pixref, pixt4, &same); if (!same) { fprintf(stderr, "pixref != pixt4 !\n"); ok = FALSE; } pixDestroy(&pixref); pixDestroy(&pixt1); pixDestroy(&pixt3); pixDestroy(&pixt4); /* ------------- Safe Closing ----------------- */ fprintf(stderr, "Testing safe closing\n"); pixref = pixCloseSafe(NULL, pixs, sel); pixt0 = pixCloseSafeBrick(NULL, pixs, w, h); pixEqual(pixref, pixt0, &same); if (!same) { fprintf(stderr, "pixref != pixt0 !\n"); ok = FALSE; } pixDestroy(&pixt0); pixt1 = pixCloseBrickDwa(NULL, pixs, w, h); pixEqual(pixref, pixt1, &same); if (!same) { fprintf(stderr, "pixref != pixt1 !\n"); ok = FALSE; } pixDestroy(&pixt1); bordercolor = getMorphBorderPixelColor(L_MORPH_ERODE, 1); if (bordercolor == 0) /* asymmetric b.c. */ extraborder = 32; else /* symmetric b.c. */ extraborder = 0; /* Note: for safe closing we need 64 border pixels. * However, when we implement a separable Sel * with pixMorphDwa_*(), we must do dilation and * erosion explicitly, and these functions only * add/remove a 32-pixel border. Thus, for that * case we must add an additional 32-pixel border * before doing the operations. That is the reason * why the implementation in morphdwa.c adds the * 64 bit border and then uses the lower-level * pixFMorphopGen_*() functions. */ if (h == 1) pixt3 = pixMorphDwa_1(NULL, pixs, L_MORPH_CLOSE, selnameh); else if (w == 1) pixt3 = pixMorphDwa_1(NULL, pixs, L_MORPH_CLOSE, selnamev); else { pixt0 = pixAddBorder(pixs, extraborder, 0); pixt1 = pixMorphDwa_1(NULL, pixt0, L_MORPH_DILATE, selnameh); pixt2 = pixMorphDwa_1(NULL, pixt1, L_MORPH_DILATE, selnamev); pixMorphDwa_1(pixt1, pixt2, L_MORPH_ERODE, selnameh); pixMorphDwa_1(pixt2, pixt1, L_MORPH_ERODE, selnamev); pixt3 = pixRemoveBorder(pixt2, extraborder); pixDestroy(&pixt0); pixDestroy(&pixt1); pixDestroy(&pixt2); } pixEqual(pixref, pixt3, &same); if (!same) { fprintf(stderr, "pixref != pixt3 !\n"); ok = FALSE; } pixDestroy(&pixt3); pixt1 = pixAddBorder(pixs, 32 + extraborder, 0); if (h == 1) pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_CLOSE, selnameh); else if (w == 1) pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_CLOSE, selnamev); else { pixt2 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_DILATE, selnameh); pixt3 = pixFMorphopGen_1(NULL, pixt2, L_MORPH_DILATE, selnamev); pixFMorphopGen_1(pixt2, pixt3, L_MORPH_ERODE, selnameh); pixFMorphopGen_1(pixt3, pixt2, L_MORPH_ERODE, selnamev); pixDestroy(&pixt2); } pixt4 = pixRemoveBorder(pixt3, 32 + extraborder); pixEqual(pixref, pixt4, &same); if (!same) { fprintf(stderr, "pixref != pixt4 !\n"); ok = FALSE; } pixDestroy(&pixref); pixDestroy(&pixt1); pixDestroy(&pixt3); pixDestroy(&pixt4); if (ok) fprintf(stderr, "All morph tests OK!\n"); selDestroy(&sel); lept_free(selnameh); lept_free(selnamev); } pixDestroy(&pixs); return 0; } leptonica-1.70/prog/livre_orient.c0000644000175000017500000000635612242266147015341 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * livre_orient.c * * This generates an image of the set of 4 HMT Sels that are * used for counting ascenders and descenders to detect * text orientation. */ #include "allheaders.h" static const char *textsel1 = "x oo " "x oOo " "x o " "x " "xxxxxx"; static const char *textsel2 = " oo x" " oOo x" " o x" " x" "xxxxxx"; static const char *textsel3 = "xxxxxx" "x " "x o " "x oOo " "x oo "; static const char *textsel4 = "xxxxxx" " x" " o x" " oOo x" " oo x"; int main(int argc, char **argv) { PIX *pixd; SEL *sel1, *sel2, *sel3, *sel4; SELA *sela; static char mainName[] = "livre_orient"; sel1 = selCreateFromString(textsel1, 5, 6, NULL); sel2 = selCreateFromString(textsel2, 5, 6, NULL); sel3 = selCreateFromString(textsel3, 5, 6, NULL); sel4 = selCreateFromString(textsel4, 5, 6, NULL); sela = selaCreate(4); selaAddSel(sela, sel1, "textsel1", L_INSERT); selaAddSel(sela, sel2, "textsel2", L_INSERT); selaAddSel(sela, sel3, "textsel3", L_INSERT); selaAddSel(sela, sel4, "textsel4", L_INSERT); pixd = selaDisplayInPix(sela, 28, 3, 30, 4); pixWrite("/tmp/orient.png", pixd, IFF_PNG); pixDisplay(pixd, 100, 100); pixDestroy(&pixd); selaDestroy(&sela); return 0; } leptonica-1.70/prog/adaptmaptest.c0000644000175000017500000001717612270122643015322 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * adaptmaptest.c * * Generates adaptive mappings in both gray and color, testing * individual parts. * * e.g., use with wet-day.jpg */ #include "allheaders.h" #define SIZE_X 10 #define SIZE_Y 30 #define BINTHRESH 50 #define MINCOUNT 30 #define BGVAL 200 #define SMOOTH_X 2 #define SMOOTH_Y 1 /* Location of image region in wet-day.jpg */ #define XS 151 #define YS 225 #define WS 913 #define HS 1285 int main(int argc, char **argv) { l_int32 w, h, d; PIX *pixs, *pixc, *pixg, *pixgm, *pixmi, *pixd, *pixd2; PIX *pixmr, *pixmg, *pixmb, *pixmri, *pixmgi, *pixmbi; PIX *pixim; PIXA *pixa; char *filein; static char mainName[] = "adaptmaptest"; if (argc != 2) return ERROR_INT(" Syntax: adaptmaptest filein", mainName, 1); filein = argv[1]; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pix not made", mainName, 1); pixGetDimensions(pixs, &w, &h, &d); if (d != 8 && d != 32) return ERROR_INT("pix not 8 or 32 bpp", mainName, 1); pixDisplayWrite(NULL, -1); pixa = pixaCreate(0); pixSaveTiled(pixs, pixa, 1.0, 1, 20, 32); pixDisplayWrite(pixs, 1); if (d == 32) { pixc = pixClone(pixs); pixg = pixConvertRGBToGray(pixs, 0.33, 0.34, 0.33); } else { pixc = pixConvertTo32(pixs); pixg = pixClone(pixs); } pixSaveTiled(pixg, pixa, 1.0, 0, 20, 32); pixDisplayWrite(pixg, 1); #if 1 /* Process in grayscale */ startTimer(); pixim = NULL; pixim = pixCreate(w, h, 1); pixRasterop(pixim, XS, YS, WS, HS, PIX_SET, NULL, 0, 0); pixGetBackgroundGrayMap(pixg, pixim, SIZE_X, SIZE_Y, BINTHRESH, MINCOUNT, &pixgm); fprintf(stderr, "time for gray adaptmap gen: %7.3f\n", stopTimer()); pixWrite("/tmp/pixgm1.png", pixgm, IFF_PNG); pixSaveTiled(pixgm, pixa, 1.0, 1, 20, 32); pixDisplayWrite(pixgm, 1); startTimer(); pixmi = pixGetInvBackgroundMap(pixgm, BGVAL, SMOOTH_X, SMOOTH_Y); fprintf(stderr, "time for gray inv map generation: %7.3f\n", stopTimer()); pixWrite("/tmp/pixmi1.png", pixmi, IFF_PNG); pixSaveTiled(pixmi, pixa, 1.0, 0, 20, 32); pixDisplayWrite(pixmi, 1); startTimer(); pixd = pixApplyInvBackgroundGrayMap(pixg, pixmi, SIZE_X, SIZE_Y); fprintf(stderr, "time to apply gray inv map: %7.3f\n", stopTimer()); pixWrite("/tmp/pixd1.jpg", pixd, IFF_JFIF_JPEG); pixSaveTiled(pixd, pixa, 1.0, 0, 20, 32); pixDisplayWrite(pixd, 1); pixd2 = pixGammaTRCMasked(NULL, pixd, pixim, 1.0, 0, 190); pixInvert(pixim, pixim); pixGammaTRCMasked(pixd2, pixd2, pixim, 1.0, 60, 190); pixWrite("/tmp/pixo1.jpg", pixd2, IFF_JFIF_JPEG); pixSaveTiled(pixd2, pixa, 1.0, 0, 20, 32); pixDisplayWrite(pixd2, 1); pixDestroy(&pixim); pixDestroy(&pixgm); pixDestroy(&pixmi); pixDestroy(&pixd); pixDestroy(&pixd2); #endif #if 1 /* Process in color */ startTimer(); pixmr = pixmg = pixmb = NULL; pixim = pixCreate(w, h, 1); pixRasterop(pixim, XS, YS, WS, HS, PIX_SET, NULL, 0, 0); pixGetBackgroundRGBMap(pixc, pixim, NULL, SIZE_X, SIZE_Y, BINTHRESH, MINCOUNT, &pixmr, &pixmg, &pixmb); fprintf(stderr, "time for color adaptmap gen: %7.3f\n", stopTimer()); pixWrite("/tmp/pixmr.png", pixmr, IFF_PNG); pixWrite("/tmp/pixmg.png", pixmg, IFF_PNG); pixWrite("/tmp/pixmb.png", pixmb, IFF_PNG); startTimer(); pixmri = pixGetInvBackgroundMap(pixmr, BGVAL, SMOOTH_X, SMOOTH_Y); pixmgi = pixGetInvBackgroundMap(pixmg, BGVAL, SMOOTH_X, SMOOTH_Y); pixmbi = pixGetInvBackgroundMap(pixmb, BGVAL, SMOOTH_X, SMOOTH_Y); fprintf(stderr, "time for color inv map generation: %7.3f\n", stopTimer()); pixWrite("/tmp/pixmri.png", pixmri, IFF_PNG); pixWrite("/tmp/pixmgi.png", pixmgi, IFF_PNG); pixWrite("/tmp/pixmbi.png", pixmbi, IFF_PNG); startTimer(); pixd = pixApplyInvBackgroundRGBMap(pixc, pixmri, pixmgi, pixmbi, SIZE_X, SIZE_Y); fprintf(stderr, "time to apply color inv maps: %7.3f\n", stopTimer()); pixWrite("/tmp/pixd2.jpg", pixd, IFF_JFIF_JPEG); pixSaveTiled(pixd, pixa, 1.0, 1, 20, 32); pixDisplayWrite(pixd, 1); pixd2 = pixGammaTRCMasked(NULL, pixd, pixim, 1.0, 0, 190); pixInvert(pixim, pixim); pixGammaTRCMasked(pixd2, pixd2, pixim, 1.0, 60, 190); pixWrite("/tmp/pixo2.jpg", pixd2, IFF_JFIF_JPEG); pixSaveTiled(pixd2, pixa, 1.0, 0, 20, 32); pixDisplayWrite(pixd2, 1); pixDestroy(&pixmr); pixDestroy(&pixmg); pixDestroy(&pixmb); pixDestroy(&pixmri); pixDestroy(&pixmgi); pixDestroy(&pixmbi); pixDestroy(&pixim); pixDestroy(&pixd); pixDestroy(&pixd2); #endif #if 1 /* Process in either gray or color, depending on the source */ startTimer(); pixim = pixCreate(w, h, 1); pixRasterop(pixim, XS, YS, WS, HS, PIX_SET, NULL, 0, 0); /* pixd = pixBackgroundNorm(pixs, pixim, NULL,SIZE_X, SIZE_Y, BINTHRESH, MINCOUNT, BGVAL, SMOOTH_X, SMOOTH_Y); */ pixd = pixBackgroundNorm(pixs, pixim, NULL, 5, 10, BINTHRESH, 20, BGVAL, SMOOTH_X, SMOOTH_Y); fprintf(stderr, "time for bg normalization: %7.3f\n", stopTimer()); pixWrite("/tmp/pixd3.jpg", pixd, IFF_JFIF_JPEG); pixSaveTiled(pixd, pixa, 1.0, 1, 20, 32); pixDisplayWrite(pixd, 1); pixd2 = pixGammaTRCMasked(NULL, pixd, pixim, 1.0, 0, 190); pixInvert(pixim, pixim); pixGammaTRCMasked(pixd2, pixd2, pixim, 1.0, 60, 190); pixWrite("/tmp/pixo3.jpg", pixd2, IFF_JFIF_JPEG); pixSaveTiled(pixd2, pixa, 1.0, 0, 20, 32); pixDisplayWrite(pixd2, 1); pixDestroy(&pixd); pixDestroy(&pixd2); pixDestroy(&pixim); #endif /* Display results */ pixd = pixaDisplay(pixa, 0, 0); pixDisplay(pixd, 100, 100); pixWrite("/tmp/adapt.jpg", pixd, IFF_JFIF_JPEG); pixDestroy(&pixd); pixaDestroy(&pixa); pixDisplayMultiple("/tmp/display/file*"); pixDestroy(&pixs); pixDestroy(&pixg); pixDestroy(&pixc); return 0; } leptonica-1.70/prog/rotatefastalt.c0000644000175000017500000003007412242265716015510 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * rotatefastalt.c * * Alternative (slightly slower) method for rotating color images, * with antialiasing. This is here just for comparison with * the better methods in the library. * * Includes these functions: * pixRotateAMColorFast2() * pixShiftRGB258() * rotateAMColorFastLow2() */ #include #include /* required for sin and tan */ #include "allheaders.h" static const l_float32 VERY_SMALL_ANGLE = 0.001; /* radians; ~0.06 degrees */ static PIX *pixRotateAMColorFast2(PIX *pixs, l_float32 angle, l_uint8 grayval); static PIX *pixShiftRGB258(PIX *pixs); static void rotateAMColorFastLow2(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_float32 angle, l_uint8 grayval); int main(int argc, char **argv) { char *filein, *fileout; l_float32 angle, deg2rad; PIX *pixs, *pixd; static char mainName[] = "rotatefastalt"; if (argc != 4) return ERROR_INT("Syntax: rotatefastalt filein angle fileout", mainName, 1); filein = argv[1]; angle = atof(argv[2]); fileout = argv[3]; deg2rad = 3.1415926535 / 180.; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pixs not read", mainName, 1); startTimer(); pixd = pixRotateAMColorFast2(pixs, deg2rad * angle, 255); fprintf(stderr, "Time for rotation: %7.3f sec\n", stopTimer()); pixWrite(fileout, pixd, IFF_JFIF_JPEG); pixDestroy(&pixs); pixDestroy(&pixd); return 0; } /*! * pixRotateAMColorFast2() * * Input: pixs * angle (radians; clockwise is positive) * grayval (0 to bring in BLACK, 255 for WHITE) * Return: pixd, or null on error * * Notes: * - This rotates a color image about the image center. * A positive angle gives a clockwise rotation. * - It uses area mapping, dividing each pixel into * 16 subpixels. * - It creates a temporary 32-bit color image. * - It is slightly slower than pixRotateAMColorFast(), * which uses less memory because it does not create * a temporary image. * * *** Warning: implicit assumption about RGB component ordering *** */ PIX * pixRotateAMColorFast2(PIX *pixs, l_float32 angle, l_uint8 grayval) { l_int32 w, h, wpls, wpld; l_uint32 *datas, *datad; PIX *pixshft, *pixd; PROCNAME("pixRotateAMColorFast2"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs must be 32 bpp", procName, NULL); if (L_ABS(angle) < VERY_SMALL_ANGLE) return pixClone(pixs); if ((pixshft = pixShiftRGB258(pixs)) == NULL) return (PIX *)ERROR_PTR("pixshft not defined", procName, NULL); w = pixGetWidth(pixshft); h = pixGetHeight(pixshft); datas = pixGetData(pixshft); wpls = pixGetWpl(pixshft); pixd = pixCreateTemplate(pixshft); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); rotateAMColorFastLow2(datad, w, h, wpld, datas, wpls, angle, grayval); pixDestroy(&pixshft); return pixd; } /*! * pixShiftRGB258() * * Makes a new 32 bpp image with the R, G and B components * right-shifted by 2, 5 and 8 bits, respectively. */ PIX * pixShiftRGB258(PIX *pixs) { l_int32 w, h, wpls, wpld, i, j; l_uint32 word; l_uint32 *datas, *datad, *lines, *lined; PIX *pixd; PROCNAME("pixShift258"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("depth not 32 bpp", procName, NULL); w = pixGetWidth(pixs); h = pixGetHeight(pixs); wpls = pixGetWpl(pixs); datas = pixGetData(pixs); if ((pixd = pixCreate(w, h, 32)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); wpld = pixGetWpl(pixd); datad = pixGetData(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { word = *(lines + j); *(lined + j) = ((word & 0xff000000) >> 2) | ((word & 0x00ff0000) >> 5) | ((word & 0x0000ff00) >> 8); } } return pixd; } /*! * rotateAMColorFastLow2() * * Alternative version for fast color rotation * * *** Warning: explicit assumption about RGB component ordering *** */ void rotateAMColorFastLow2(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_float32 angle, l_uint8 grayval) { l_int32 i, j, xcen, ycen, wm2, hm2; l_int32 xdif, ydif, xpm, ypm, xp, yp, xf, yf; l_uint32 edgeval, word; l_uint32 *pword, *lines, *lined; l_float32 sina, cosa; xcen = w / 2; wm2 = w - 2; ycen = h / 2; hm2 = h - 2; sina = 4. * sin(angle); cosa = 4. * cos(angle); edgeval = (grayval << 24) | (grayval << 16) | (grayval << 8); for (i = 0; i < h; i++) { ydif = ycen - i; lined = datad + i * wpld; for (j = 0; j < w; j++) { xdif = xcen - j; xpm = (l_int32)(-xdif * cosa - ydif * sina + 0.5); ypm = (l_int32)(-ydif * cosa + xdif * sina + 0.5); xp = xcen + (xpm >> 2); yp = ycen + (ypm >> 2); xf = xpm & 0x03; yf = ypm & 0x03; /* if off the edge, write the input grayval */ if (xp < 0 || yp < 0 || xp > wm2 || yp > hm2) { *(lined + j) = edgeval; continue; } lines = datas + yp * wpls; pword = lines + xp; switch (xf + 4 * yf) { case 0: word = *pword; *(lined + j) = ((word & 0x3fc00000) << 2) | ((word & 0x0007f800) << 5) | ((word & 0x000000ff) << 8); break; case 1: word = 3 * (*pword) + *(pword + 1); *(lined + j) = (word & 0xff000000) | ((word & 0x001fe000) << 3) | ((word & 0x000003fc) << 6); break; case 2: word = *pword + *(pword + 1); *(lined + j) = ((word & 0x7f800000) << 1) | ((word & 0x000ff000) << 4) | ((word & 0x000001fe) << 7); break; case 3: word = *pword + 3 * (*(pword + 1)); *(lined + j) = (word & 0xff000000) | ((word & 0x001fe000) << 3) | ((word & 0x000003fc) << 6); break; case 4: word = 3 * (*pword) + *(pword + wpls); *(lined + j) = (word & 0xff000000) | ((word & 0x001fe000) << 3) | ((word & 0x000003fc) << 6); break; case 5: word = 2 * (*pword) + *(pword + 1) + *(pword + wpls); *(lined + j) = (word & 0xff000000) | ((word & 0x001fe000) << 3) | ((word & 0x000003fc) << 6); break; case 6: word = *pword + *(pword + 1); *(lined + j) = ((word & 0x7f800000) << 1) | ((word & 0x000ff000) << 4) | ((word & 0x000001fe) << 7); break; case 7: word = *pword + 2 * (*(pword + 1)) + *(pword + wpls + 1); *(lined + j) = (word & 0xff000000) | ((word & 0x001fe000) << 3) | ((word & 0x000003fc) << 6); break; case 8: word = *pword + *(pword + wpls); *(lined + j) = ((word & 0x7f800000) << 1) | ((word & 0x000ff000) << 4) | ((word & 0x000001fe) << 7); break; case 9: word = *pword + *(pword + wpls); *(lined + j) = ((word & 0x7f800000) << 1) | ((word & 0x000ff000) << 4) | ((word & 0x000001fe) << 7); break; case 10: word = *pword + *(pword + 1) + *(pword + wpls) + *(pword + wpls + 1); *(lined + j) = (word & 0xff000000) | ((word & 0x001fe000) << 3) | ((word & 0x000003fc) << 6); break; case 11: word = *(pword + 1) + *(pword + wpls + 1); *(lined + j) = ((word & 0x7f800000) << 1) | ((word & 0x000ff000) << 4) | ((word & 0x000001fe) << 7); break; case 12: word = *pword + 3 * (*(pword + wpls)); *(lined + j) = (word & 0xff000000) | ((word & 0x001fe000) << 3) | ((word & 0x000003fc) << 6); break; case 13: word = *pword + 2 * (*(pword + wpls)) + *(pword + wpls + 1); *(lined + j) = (word & 0xff000000) | ((word & 0x001fe000) << 3) | ((word & 0x000003fc) << 6); break; case 14: word = *(pword + wpls) + *(pword + wpls + 1); *(lined + j) = ((word & 0x7f800000) << 1) | ((word & 0x000ff000) << 4) | ((word & 0x000001fe) << 7); break; case 15: word = *(pword + 1) + *(pword + wpls) + 2 * (*(pword + wpls + 1)); *(lined + j) = (word & 0xff000000) | ((word & 0x001fe000) << 3) | ((word & 0x000003fc) << 6); break; default: /* for testing only; no interpolation, no shift */ fprintf(stderr, "shouldn't get here\n"); *(lined + j) = *pword; break; } } } return; } leptonica-1.70/prog/ps2png0000750000175000017500000000161110141356041013600 0ustar dandan#!/bin/bash # ps2png # # Rasterizes a postscript file, saving as a set of bitmaps # # input: PostScript file # root name of output files # output: png binary files for each page # # Restriction: the input PostScript file must be binary scriptname=${0##*/} if test $# != 2 then echo "usage: " $scriptname " inpsfile outpngroot" exit -1 fi inpsfile=$1 outpngroot=$2 # strip off directory and suffix parts of $1 to use in other names basename=${1##*/} baseroot=${basename%.*} # make names for temporary files tmppsfile=${baseroot}.$$_.ps tmppsroot=${tmppsfile%.*} # have the temporary files deleted on exit, interrupt, etc: trap "/bin/rm -f ${tmppsroot}*" EXIT SIGHUP SIGINT SIGTERM cp $inpsfile $tmppsfile # need mysterious "primer" echo "0 neg 0 neg" translate | gs -sDEVICE=pngmono -sOutputFile=${outpngroot}%03d.png -g2550x3300 -r300x300 -q - 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÷$mÖ7óŠÜ¥3_îõëÁëì:”ŒÝ³ÅG­w|Ö×jӮ͹Õ{Œ‚ÏQ>EúÞ‹l¬þÞ0c{1›Õ¢¶Nç²Ö‘¯{FÄ;¼u%£ Y˜dOw;êÕÏ ?“P–ä“G’ú[!‘î‰ïNºúØ9ÆdìÑïž ™{v®îQ5ÆÿYQ„'ýÈM9^Eˆê;­ñüñ´ŒÆóÊ«œ`VÊ^b=jSÃËõYYzØõ÷|ŒñžÄžx9Œ9σ5É^lЂç‘í»˜÷GDùÇ; ޗøx‚záß¹º=42u®²9‹ÙŽXÖÐ5²æn„݇wVýýÖ댊²J²¾Agº§åXáEHŸsÏ#é{Ý•Øšõ±ÀrÈ‘«IŸ :6¨ ³ƒçŽ´&®ÅØG+ÄmÖÏ:Ϙ¾¹ù|G~bçó)?ïÐÇš¿'YÎò•r•§gF‰ûÖZÍОŸ:Îrm ÓÚ>YÍê5˜û§Kèÿ´B?r­3$ôO»ë>ô8C¹Ï$ë=O²õ¢aÏRËÿYq±$íµÑë0ßå(ï<ìN¾«AëåÅ;ÊÏÏv$ý}IüÑX®ï­;“ß“ Vëq­g¼Øy¹•ÅÇþŸ\—´/™d<þÞJèŽ|·ÅÄ-Ooù¦u­Pî“7»}šÛuìD>…8ŠÈŸ˜©QÖ+4ÿùØÙýgzæš$ýa=À"Åχ¼ a¨#ëO…8"lN[E?óÇ\> +¢~ÃÛïÏûZ=IðTúaçÎxÓ£c¿‡"r†ùYrò‰ÍŸí›«Rä…cÄFT>ù'€×ày ÷±8*x^ÅuW‹sœ!Y.YŒÄõƼ¹®ü'Ña‘w‚ Ûùùe­AžÚ›ìLÈcô9/]‰âlô¢5æê¸áE“y^Ÿ‘öL[¬±ZŒý³¦² wø˜Ás5’ùñÞ”ç›Í§±½my2ôñ|ËãäEä)®ê>BT¢o«Ib‡ÿìÛà!Gû*¤OÊ|m ,¶ú™H¢­byTϲ8Oõ¨ökžU<"¿GÜÛrg´íHõÁê“ÙÑÅ“–Ä~«zyƒ2¤Ç´÷øºŠ\Ï2įzÜïBÒ.‹8z¼£_5Ç(O1Jshò Ï\“¤õÌŽË·ÁG¾x£e#·Ø’~|;Yñ÷G±æÇ›”ïiâeºôÖñû4vù'×X+ÿ¢½³Rò¶'\„$~¼~‘X|˜·#×'1Ç ÝaðºÀHXDÊÑÄãïɳcò%Ò"Æ_Íÿy„>8ÆŽ§8çŽQoÖv ­}Ï{ñþEb݆õEÜð8z±óNX-†–gO'ºõ é·±›•1šHêq¿IÏï*üÍGX,WùY«evϘÏùæjÄ:œÏp?FË‹G@VÓäà‘E­ÙNŽôH{ÄŽ×8 /ÿä|rÖ1d`3ÌC¸ÊçTñºŽýMâÞÄ5º²óî#êG*udO«óXÅ5®EÖJ›§hwtRF{¬/õégg±ÌÁZ¾¡‡Ÿ<Ÿuâóß>é•«‡ñè ŽáU‰âÜ©¢˜j,óÀ·_Æ?תJ=+y>Ê'ŽÈœãsiØgÏ>< µ¯äž½vDF`Há1üD¤3õodü•ëŽ¿¬º{#Q<xÅImt¤ukqõr¡B,פöZ‡È:¹ŸZák ϥჿ·ì¼ò2¾ã3ðÅ’AÒ_rWy(G”ÇŒÇãƒçƒ>™x4?#L[ÏL­Ý‰85|Êv¯fÃõiøFf©‡"˜?ì|ó8ÙQ¼äø/’¬Lô+b‹í°Sˆ#£Ïmô½WYɈK=¢<ꤻ/gyós“#ò!Okôd’>:~1s¥W¢lô½¸„y'Ÿmü~›´ø){ß‘¿2*QY­ñõ•ˆry]â|ì‰Æ×ê<µsv·Ž^/}ût:ìôð‚{×±µ§)ú7Š’\ûË„Y9þÊz.B‰Œ‡­¨˜t…æ«sK;ü<†íœž‘ž5ŒÖ»0~O'i«‡±ö¼êô$WîyÁß&õrÑ#Àdüe§®ò"¤sCj³Íl‡Šx|ıë¼ÕçÂâõlöz }dz’õ%ÜÛ–7øç›ì9‡™gQdÌY4Ásϋ﯒´äïx?ÖàzŒæüXk},%êºÉû“Œr[‘÷<ù»3tôæm DhÂuY͈{‘ïS–ŸÇ/?uþWDóÿ=ïK²ù‡§«\'Wèõú9F{`¬g©jí!uíã4øq¬öeþ*’ü#íÖ›ØójüeÅ@"¾ýjþ¨n=‹{“k9o¿C©t>åúk¤ÜÓ“X.•ÞÁŸïô$Ü–J4ŸDÜ‹¶9V_vŽÙÓ‘Äz]êq®­W¦Žý #include "allheaders.h" int main(int argc, char **argv) { char *dirin, *fileout, *fname, *fullname; l_int32 depth, width, background, i, index, nfiles, n; l_float32 scale; SARRAY *safiles; PIX *pix, *pixt, *pixd; PIXA *pixa; static char mainName[] = "maketile"; if (argc != 7) return ERROR_INT( "Syntax: maketile dirin depth scale width background fileout", mainName, 1); dirin = argv[1]; depth = atoi(argv[2]); scale = atof(argv[3]); width = atoi(argv[4]); background = atoi(argv[5]); fileout = argv[6]; /* capture the filenames in the input directory; ignore directories */ if ((safiles = getFilenamesInDirectory(dirin)) == NULL) return ERROR_INT("safiles not made", mainName, 1); /* capture images with the requisite depth */ nfiles = sarrayGetCount(safiles); pixa = pixaCreate(nfiles); for (i = 0, index = 0; i < nfiles; i++) { fname = sarrayGetString(safiles, i, 0); fullname = genPathname(dirin, fname); pix = pixRead(fullname); lept_free(fullname); if (!pix) continue; if (pixGetDepth(pix) != depth) { pixDestroy(&pix); continue; } if (pixGetHeight(pix) > 5000) { fprintf(stderr, "%s too tall\n", fname); continue; } pixt = pixScale(pix, scale, scale); pixaAddPix(pixa, pixt, L_INSERT); pixDestroy(&pix); /* fprintf(stderr, "%d..", i); */ } fprintf(stderr, "\n"); /* tile them */ pixd = pixaDisplayTiled(pixa, width, background, 15); if (depth < 8) pixWrite(fileout, pixd, IFF_PNG); else pixWrite(fileout, pixd, IFF_JFIF_JPEG); pixaDestroy(&pixa); pixDestroy(&pixd); sarrayDestroy(&safiles); return 0; } leptonica-1.70/prog/colormask_reg.c0000644000175000017500000001412312240303335015443 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * colormask_reg.c * * This tests the ability to identify regions in HSV color space * by analyzing the HS histogram and building masks that cover * peaks in HS. */ #include #ifndef _WIN32 #include #else #include /* for Sleep() */ #endif /* _WIN32 */ #include "allheaders.h" int main(int argc, char **argv) { l_int32 i, j, x, y, rval, gval, bval; l_uint32 pixel; l_float32 frval, fgval, fbval; NUMA *nahue, *nasat, *napk; PIX *pixs, *pixhsv, *pixh, *pixg, *pixf, *pixd; PIX *pixr, *pixt1, *pixt2, *pixt3; PIXA *pixa, *pixapk; PTA *ptapk; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; /* Make a graded frame color */ pixs = pixCreate(650, 900, 32); for (i = 0; i < 900; i++) { rval = 40 + i / 30; for (j = 0; j < 650; j++) { gval = 255 - j / 30; bval = 70 + j / 30; composeRGBPixel(rval, gval, bval, &pixel); pixSetPixel(pixs, j, i, pixel); } } /* Place an image inside the frame and convert to HSV */ pixt1 = pixRead("1555-3.jpg"); pixt2 = pixScale(pixt1, 0.5, 0.5); pixRasterop(pixs, 100, 100, 2000, 2000, PIX_SRC, pixt2, 0, 0); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDisplayWithTitle(pixs, 400, 0, "Input image", rp->display); pixa = pixaCreate(0); pixhsv = pixConvertRGBToHSV(NULL, pixs); /* Work in the HS projection of HSV */ pixh = pixMakeHistoHS(pixhsv, 5, &nahue, &nasat); pixg = pixMaxDynamicRange(pixh, L_LOG_SCALE); pixf = pixConvertGrayToFalseColor(pixg, 1.0); regTestWritePixAndCheck(rp, pixf, IFF_PNG); /* 0 */ pixDisplayWithTitle(pixf, 100, 0, "False color HS histo", rp->display); pixaAddPix(pixa, pixs, L_COPY); pixaAddPix(pixa, pixhsv, L_INSERT); pixaAddPix(pixa, pixg, L_INSERT); pixaAddPix(pixa, pixf, L_INSERT); gplotSimple1(nahue, GPLOT_PNG, "/tmp/junkhue", "Histogram of hue values"); #ifndef _WIN32 sleep(1); #else Sleep(1000); #endif /* _WIN32 */ pixt3 = pixRead("/tmp/junkhue.png"); regTestWritePixAndCheck(rp, pixt3, IFF_PNG); /* 1 */ pixDisplayWithTitle(pixt3, 100, 300, "Histo of hue", rp->display); pixaAddPix(pixa, pixt3, L_INSERT); gplotSimple1(nasat, GPLOT_PNG, "/tmp/junksat", "Histogram of saturation values"); #ifndef _WIN32 sleep(1); #else Sleep(1000); #endif /* _WIN32 */ pixt3 = pixRead("/tmp/junksat.png"); regTestWritePixAndCheck(rp, pixt3, IFF_PNG); /* 2 */ pixDisplayWithTitle(pixt3, 100, 800, "Histo of saturation", rp->display); pixaAddPix(pixa, pixt3, L_INSERT); pixd = pixaDisplayTiledAndScaled(pixa, 32, 270, 7, 0, 30, 3); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 3 */ pixDisplayWithTitle(pixd, 0, 400, "Hue and Saturation Mosaic", rp->display); pixDestroy(&pixd); pixaDestroy(&pixa); numaDestroy(&nahue); numaDestroy(&nasat); /* Find all the peaks */ pixFindHistoPeaksHSV(pixh, L_HS_HISTO, 20, 20, 6, 2.0, &ptapk, &napk, &pixapk); numaWriteStream(stderr, napk); ptaWriteStream(stderr, ptapk, 1); pixd = pixaDisplayTiledInRows(pixapk, 32, 1400, 1.0, 0, 30, 2); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 4 */ pixDisplayWithTitle(pixd, 0, 550, "Peaks in HS", rp->display); pixDestroy(&pixh); pixDestroy(&pixd); pixaDestroy(&pixapk); /* Make masks for each of the peaks */ pixa = pixaCreate(0); pixr = pixScaleBySampling(pixs, 0.4, 0.4); for (i = 0; i < 6; i++) { ptaGetIPt(ptapk, i, &x, &y); pixt1 = pixMakeRangeMaskHS(pixr, y, 20, x, 20, L_INCLUDE_REGION); pixaAddPix(pixa, pixt1, L_INSERT); pixGetAverageMaskedRGB(pixr, pixt1, 0, 0, 1, L_MEAN_ABSVAL, &frval, &fgval, &fbval); composeRGBPixel((l_int32)frval, (l_int32)fgval, (l_int32)fbval, &pixel); pixt2 = pixCreateTemplate(pixr); pixSetAll(pixt2); pixPaintThroughMask(pixt2, pixt1, 0, 0, pixel); pixaAddPix(pixa, pixt2, L_INSERT); pixt3 = pixCreateTemplate(pixr); pixSetAllArbitrary(pixt3, pixel); pixaAddPix(pixa, pixt3, L_INSERT); } pixd = pixaDisplayTiledAndScaled(pixa, 32, 225, 3, 0, 30, 3); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 5 */ pixDisplayWithTitle(pixd, 600, 0, "Masks over peaks", rp->display); pixDestroy(&pixs); pixDestroy(&pixr); pixDestroy(&pixd); pixaDestroy(&pixa); ptaDestroy(&ptapk); numaDestroy(&napk); return regTestCleanup(rp); } leptonica-1.70/prog/weasel4.16g.png0000444000175000017500000000276410400443670015127 0ustar dandan‰PNG  IHDRRI\lð0PLTE"""333DDDUUUfffwwwˆˆˆ™™™ªªª»»»ÌÌÌÝÝÝîîîÿÿÿ{ pHYsb&2jIDATxœ–[L\EÇç,—ÞbrØåVê.´Pž„.¶òT¶…íª R±%M‹,ÆPÛºo«6l r±œ©>h/¡;'µ5ñÁîYÊ‹ÖÈ.í³Y.áµr8QcÆ=ã̹ÌØ­éŸåéüòÿ.óÍ—øyžŸœlú_57±É×Ô5uiÑú©ê¢©”£0#³µJ)„I&èxÙ&טԵ%uÑpMýTÔ•J%J’xÎg“„µc‡šò¢û&Â3¹H*ò\V”[^ºÂw´Ü¤‘æW'(ù½¸÷Â{›ŸIž ô(Jw„°àYäõL–A)_ùn7'79¤ºÄI4C,ÞaÜ=¡ä»ÂÈVeÆÆ´µ4JÌ/&S?6@)TY@,'^TÂw¬Ú[”öÉꪢ Ï!¢¯Í¡ÛÍš{€ëC@µ);Ϻž‰£iê!õú„CU“Y“Ý%â¹Jnow‘oÏ}hD*“DæÙã×–Ïo°4ÍX{…;øI N•ÃžˆÉMòœ:Ír 2kEðæËøÞ®0kçßYž4&¨$˜Õñ§q[_ø |è=Eû9ÃGŸÞ-içðÊ(®èu¿DŸ9±¡€pj]çOsQ.øq¾w÷×ñ@K_]Nûfן&÷úmÎùþ Ú¯J¼àœQNÉöKgr<×iÉ&1ÖÈûËÖ6ÈêÄÑKjkUiIEND®B`‚leptonica-1.70/prog/fpixcontours.c0000644000175000017500000000467412242266364015405 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * fpixcontours.c * * Generates and displays an fpix as a set of contours * * Syntax: fpixcontours filein [ncontours] * Default for ncontours is 40. */ #include #include "allheaders.h" static const char *fileout = "/tmp/fpixcontours.png"; int main(int argc, char **argv) { char *filein; l_int32 ncontours; FPIX *fpix; PIX *pix; static char mainName[] = "fpixcontours"; if (argc != 2 && argc != 3) { fprintf(stderr, "Syntax: fpixcontours filein [ncontours]\n"); return 1; } filein = argv[1]; if (argc == 2) ncontours = 40; else /* argc == 3 */ ncontours = atoi(argv[2]); if ((fpix = fpixRead(filein)) == NULL) return ERROR_INT(mainName, "fpix not read", 1); pix = fpixAutoRenderContours(fpix, ncontours); pixWrite(fileout, pix, IFF_PNG); pixDisplay(pix, 100, 100); pixDestroy(&pix); fpixDestroy(&fpix); return 0; } leptonica-1.70/prog/affine_reg.c0000644000175000017500000003147212240303544014711 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * affine_reg.c * */ #include "allheaders.h" static void MakePtas(l_int32 i, PTA **pptas, PTA **pptad); l_int32 RenderHashedBoxa(PIX *pixt, BOXA *boxa, l_int32 i); /* Sample values. * 1-3: invertability tests * 4: comparison between sampling and sequential * 5: test with large distortion */ static const l_int32 x1[] = { 300, 300, 300, 95, 32}; static const l_int32 y1[] = {1200, 1200, 1250, 2821, 934}; static const l_int32 x2[] = {1200, 1200, 1125, 1432, 487}; static const l_int32 y2[] = {1100, 1100, 1100, 2682, 934}; static const l_int32 x3[] = { 200, 200, 200, 232, 32}; static const l_int32 y3[] = { 200, 200, 200, 657, 67}; static const l_int32 xp1[] = { 500, 300, 350, 117, 32}; static const l_int32 yp1[] = {1700, 1400, 1400, 2629, 934}; static const l_int32 xp2[] = {850, 1400, 1400, 1464, 487}; static const l_int32 yp2[] = {850, 1500, 1500, 2432, 804}; static const l_int32 xp3[] = { 450, 200, 400, 183, 61}; static const l_int32 yp3[] = { 300, 300, 400, 490, 83}; static const l_int32 SHIFTX = 44; static const l_int32 SHIFTY = 39; static const l_float32 SCALEX = 0.83; static const l_float32 SCALEY = 0.78; static const l_float32 ROTATION = 0.11; /* radian */ #define ADDED_BORDER_PIXELS 1000 #define ALL 1 int main(int argc, char **argv) { char bufname[256]; l_int32 i, w, h; l_float32 *mat1, *mat2, *mat3, *mat1i, *mat2i, *mat3i, *matdinv; l_float32 matd[9], matdi[9]; BOXA *boxa, *boxa2; PIX *pix, *pixs, *pixb, *pixg, *pixc, *pixcs; PIX *pixd, *pixt1, *pixt2, *pixt3; PIXA *pixa; PTA *ptas, *ptad; static char mainName[] = "affine_reg"; if (argc != 1) return ERROR_INT(" Syntax: affine_reg", mainName, 1); if ((pixs = pixRead("feyn.tif")) == NULL) return ERROR_INT("pixs not made", mainName, 1); #if 1 /* Test invertability of sequential. */ pixa = pixaCreate(0); for (i = 0; i < 3; i++) { pixb = pixAddBorder(pixs, ADDED_BORDER_PIXELS, 0); MakePtas(i, &ptas, &ptad); pixt1 = pixAffineSequential(pixb, ptad, ptas, 0, 0); pixSaveTiled(pixt1, pixa, 0.3333, 1, 20, 8); pixt2 = pixAffineSequential(pixt1, ptas, ptad, 0, 0); pixSaveTiled(pixt2, pixa, 0.3333, 0, 20, 0); pixd = pixRemoveBorder(pixt2, ADDED_BORDER_PIXELS); pixXor(pixd, pixd, pixs); pixSaveTiled(pixd, pixa, 0.3333, 0, 20, 0); sprintf(bufname, "/tmp/seq%d.png", i); pixWrite(bufname, pixd, IFF_PNG); pixDestroy(&pixb); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixd); ptaDestroy(&ptas); ptaDestroy(&ptad); } pixt1 = pixaDisplay(pixa, 0, 0); pixWrite("/tmp/affine1.png", pixt1, IFF_PNG); pixDisplay(pixt1, 100, 100); pixDestroy(&pixt1); pixaDestroy(&pixa); #endif #if ALL /* Test invertability of sampling */ pixa = pixaCreate(0); for (i = 0; i < 3; i++) { pixb = pixAddBorder(pixs, ADDED_BORDER_PIXELS, 0); MakePtas(i, &ptas, &ptad); pixt1 = pixAffineSampledPta(pixb, ptad, ptas, L_BRING_IN_WHITE); pixSaveTiled(pixt1, pixa, 0.3333, 1, 20, 8); pixt2 = pixAffineSampledPta(pixt1, ptas, ptad, L_BRING_IN_WHITE); pixSaveTiled(pixt2, pixa, 0.3333, 0, 20, 0); pixd = pixRemoveBorder(pixt2, ADDED_BORDER_PIXELS); pixXor(pixd, pixd, pixs); pixSaveTiled(pixd, pixa, 0.3333, 0, 20, 0); if (i == 0) pixWrite("/tmp/samp.png", pixt1, IFF_PNG); pixDestroy(&pixb); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixd); ptaDestroy(&ptas); ptaDestroy(&ptad); } pixt1 = pixaDisplay(pixa, 0, 0); pixWrite("/tmp/affine2.png", pixt1, IFF_PNG); pixDisplay(pixt1, 100, 300); pixDestroy(&pixt1); pixaDestroy(&pixa); #endif #if ALL /* Test invertability of interpolation on grayscale */ pixa = pixaCreate(0); pixg = pixScaleToGray3(pixs); for (i = 0; i < 3; i++) { pixb = pixAddBorder(pixg, ADDED_BORDER_PIXELS / 3, 255); MakePtas(i, &ptas, &ptad); pixt1 = pixAffinePta(pixb, ptad, ptas, L_BRING_IN_WHITE); pixSaveTiled(pixt1, pixa, 1.0, 1, 20, 8); pixt2 = pixAffinePta(pixt1, ptas, ptad, L_BRING_IN_WHITE); pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 0); pixd = pixRemoveBorder(pixt2, ADDED_BORDER_PIXELS / 3); pixXor(pixd, pixd, pixg); pixSaveTiled(pixd, pixa, 1.0, 0, 20, 0); if (i == 0) pixWrite("/tmp/interp.png", pixt1, IFF_PNG); pixDestroy(&pixb); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixd); ptaDestroy(&ptas); ptaDestroy(&ptad); } pixt1 = pixaDisplay(pixa, 0, 0); pixWrite("/tmp/affine3.png", pixt1, IFF_PNG); pixDisplay(pixt1, 100, 500); pixDestroy(&pixt1); pixaDestroy(&pixa); pixDestroy(&pixg); #endif #if ALL /* Test invertability of interpolation on color */ pixa = pixaCreate(0); pixc = pixRead("test24.jpg"); pixcs = pixScale(pixc, 0.3, 0.3); for (i = 0; i < 3; i++) { pixb = pixAddBorder(pixcs, ADDED_BORDER_PIXELS / 4, 0xffffff00); MakePtas(i, &ptas, &ptad); pixt1 = pixAffinePta(pixb, ptad, ptas, L_BRING_IN_WHITE); pixSaveTiled(pixt1, pixa, 1.0, 1, 20, 32); pixt2 = pixAffinePta(pixt1, ptas, ptad, L_BRING_IN_WHITE); pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 0); pixd = pixRemoveBorder(pixt2, ADDED_BORDER_PIXELS / 4); pixXor(pixd, pixd, pixcs); pixSaveTiled(pixd, pixa, 1.0, 0, 20, 0); pixDestroy(&pixb); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixd); ptaDestroy(&ptas); ptaDestroy(&ptad); } pixt1 = pixaDisplay(pixa, 0, 0); pixWrite("/tmp/affine4.png", pixt1, IFF_PNG); pixDisplay(pixt1, 100, 500); pixDestroy(&pixt1); pixaDestroy(&pixa); pixDestroy(&pixc); pixDestroy(&pixcs); #endif #if ALL /* Comparison between sequential and sampling */ MakePtas(3, &ptas, &ptad); pixa = pixaCreate(0); /* Use sequential transforms */ pixt1 = pixAffineSequential(pixs, ptas, ptad, ADDED_BORDER_PIXELS, ADDED_BORDER_PIXELS); pixSaveTiled(pixt1, pixa, 0.5, 0, 20, 8); /* Use sampled transform */ pixt2 = pixAffineSampledPta(pixs, ptas, ptad, L_BRING_IN_WHITE); pixSaveTiled(pixt2, pixa, 0.5, 0, 20, 8); /* Compare the results */ pixXor(pixt2, pixt2, pixt1); pixSaveTiled(pixt2, pixa, 0.5, 0, 20, 8); pixd = pixaDisplay(pixa, 0, 0); pixWrite("/tmp/affine5.png", pixd, IFF_PNG); pixDisplay(pixd, 100, 700); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixd); pixaDestroy(&pixa); ptaDestroy(&ptas); ptaDestroy(&ptad); #endif #if ALL /* Get timings and test with large distortion */ MakePtas(4, &ptas, &ptad); pixa = pixaCreate(0); pixg = pixScaleToGray3(pixs); startTimer(); pixt1 = pixAffineSequential(pixg, ptas, ptad, 0, 0); fprintf(stderr, " Time for pixAffineSequentialPta(): %6.2f sec\n", stopTimer()); pixSaveTiled(pixt1, pixa, 1.0, 1, 20, 8); startTimer(); pixt2 = pixAffineSampledPta(pixg, ptas, ptad, L_BRING_IN_WHITE); fprintf(stderr, " Time for pixAffineSampledPta(): %6.2f sec\n", stopTimer()); pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 8); startTimer(); pixt3 = pixAffinePta(pixg, ptas, ptad, L_BRING_IN_WHITE); fprintf(stderr, " Time for pixAffinePta(): %6.2f sec\n", stopTimer()); pixSaveTiled(pixt3, pixa, 1.0, 0, 20, 8); pixXor(pixt1, pixt1, pixt2); pixSaveTiled(pixt1, pixa, 1.0, 1, 20, 8); pixXor(pixt2, pixt2, pixt3); pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 8); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixd = pixaDisplay(pixa, 0, 0); pixWrite("/tmp/affine6.png", pixd, IFF_PNG); pixDisplay(pixd, 100, 900); pixDestroy(&pixd); pixDestroy(&pixg); pixaDestroy(&pixa); ptaDestroy(&ptas); ptaDestroy(&ptad); #endif pixDestroy(&pixs); #if ALL /* Set up pix and boxa */ pixa = pixaCreate(0); pix = pixRead("lucasta.1.300.tif"); pixTranslate(pix, pix, 70, 0, L_BRING_IN_WHITE); pixt1 = pixCloseBrick(NULL, pix, 14, 5); pixOpenBrick(pixt1, pixt1, 1, 2); boxa = pixConnComp(pixt1, NULL, 8); pixs = pixConvertTo32(pix); pixGetDimensions(pixs, &w, &h, NULL); pixc = pixCopy(NULL, pixs); RenderHashedBoxa(pixc, boxa, 113); pixSaveTiled(pixc, pixa, 0.5, 1, 30, 32); pixDestroy(&pix); pixDestroy(&pixc); pixDestroy(&pixt1); /* Set up an affine transform in matd, and apply it to boxa */ mat1 = createMatrix2dTranslate(SHIFTX, SHIFTY); mat2 = createMatrix2dScale(SCALEX, SCALEY); mat3 = createMatrix2dRotate(w / 2, h / 2, ROTATION); l_productMat3(mat3, mat2, mat1, matd, 3); boxa2 = boxaAffineTransform(boxa, matd); /* Set up the inverse transform in matdi */ mat1i = createMatrix2dTranslate(-SHIFTX, -SHIFTY); mat2i = createMatrix2dScale(1.0/ SCALEX, 1.0 / SCALEY); mat3i = createMatrix2dRotate(w / 2, h / 2, -ROTATION); l_productMat3(mat1i, mat2i, mat3i, matdi, 3); /* Invert the original affine transform in matdinv */ affineInvertXform(matd, &matdinv); fprintf(stderr, "Affine transform, applied to boxa\n"); for (i = 0; i < 9; i++) { if (i && (i % 3 == 0)) fprintf(stderr, "\n"); fprintf(stderr, " %7.3f ", matd[i]); } fprintf(stderr, "\nInverse transform, made by composing inverse parts"); for (i = 0; i < 9; i++) { if (i % 3 == 0) fprintf(stderr, "\n"); fprintf(stderr, " %7.3f ", matdi[i]); } fprintf(stderr, "\nInverse transform, made by inverting the affine xform"); for (i = 0; i < 6; i++) { if (i % 3 == 0) fprintf(stderr, "\n"); fprintf(stderr, " %7.3f ", matdinv[i]); } fprintf(stderr, "\n"); /* Apply the inverted affine transform pixs */ pixd = pixAffine(pixs, matdinv, L_BRING_IN_WHITE); RenderHashedBoxa(pixd, boxa2, 513); pixSaveTiled(pixd, pixa, 0.5, 0, 30, 32); pixDestroy(&pixd); pixd = pixaDisplay(pixa, 0, 0); pixWrite("/tmp/affine7.png", pixd, IFF_PNG); pixDisplay(pixd, 100, 900); pixDestroy(&pixd); pixDestroy(&pixs); pixaDestroy(&pixa); boxaDestroy(&boxa); boxaDestroy(&boxa2); lept_free(mat1); lept_free(mat2); lept_free(mat3); lept_free(mat1i); lept_free(mat2i); lept_free(mat3i); #endif return 0; } static void MakePtas(l_int32 i, PTA **pptas, PTA **pptad) { *pptas = ptaCreate(3); ptaAddPt(*pptas, x1[i], y1[i]); ptaAddPt(*pptas, x2[i], y2[i]); ptaAddPt(*pptas, x3[i], y3[i]); *pptad = ptaCreate(3); ptaAddPt(*pptad, xp1[i], yp1[i]); ptaAddPt(*pptad, xp2[i], yp2[i]); ptaAddPt(*pptad, xp3[i], yp3[i]); return; } l_int32 RenderHashedBoxa(PIX *pixt, BOXA *boxa, l_int32 i) { l_int32 j, n, rval, gval, bval; BOX *box; n = boxaGetCount(boxa); rval = (1413 * i) % 256; gval = (4917 * i) % 256; bval = (7341 * i) % 256; for (j = 0; j < n; j++) { box = boxaGetBox(boxa, j, L_CLONE); pixRenderHashBoxArb(pixt, box, 10, 3, i % 4, 1, rval, gval, bval); boxDestroy(&box); } return 0; } leptonica-1.70/prog/blendcmaptest.c0000640000175000017500000000636112270122643015446 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * blendcmaptest.c * */ #include "allheaders.h" #define NX 4 #define NY 5 #define FADE_FRACTION 0.75 int main(int argc, char **argv) { l_int32 i, j, sindex, wb, hb, ws, hs, delx, dely, x, y, y0; PIX *pixs, *pixb, *pixt0, *pixt1; PIXCMAP *cmap; pixs = pixRead("rabi.png"); pixb = pixRead("weasel4.11c.png"); pixDisplayWrite(NULL, -1); /* Fade the blender */ pixcmapShiftIntensity(pixGetColormap(pixb), FADE_FRACTION); /* Downscale the input */ wb = pixGetWidth(pixb); hb = pixGetHeight(pixb); pixt0 = pixScaleToGray4(pixs); /* Threshold to 5 levels, 4 bpp */ ws = pixGetWidth(pixt0); hs = pixGetHeight(pixt0); pixt1 = pixThresholdTo4bpp(pixt0, 5, 1); pixDisplayWriteFormat(pixt1, 1, IFF_PNG); pixDisplayWrite(pixb, 1); cmap = pixGetColormap(pixt1); pixcmapWriteStream(stderr, cmap); /* Overwrite the white pixels (at sindex in pixt1) */ pixcmapGetIndex(cmap, 255, 255, 255, &sindex); delx = ws / NX; dely = hs / NY; for (i = 0; i < NY; i++) { y = 20 + i * dely; if (y >= hs + hb) continue; for (j = 0; j < NX; j++) { x = 30 + j * delx; y0 = y; if (j & 1) { y0 = y + dely / 2; if (y0 >= hs + hb) continue; } if (x >= ws + wb) continue; pixBlendCmap(pixt1, pixb, x, y0, sindex); } } pixDisplayWriteFormat(pixt1, 1, IFF_PNG); cmap = pixGetColormap(pixt1); pixcmapWriteStream(stderr, cmap); pixDisplayMultiple("/tmp/display/file*"); pixDestroy(&pixs); pixDestroy(&pixb); pixDestroy(&pixt0); pixDestroy(&pixt1); return 0; } leptonica-1.70/prog/rasterop_reg.c0000644000175000017500000000653512240302522015315 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * rasterop_reg.c * * This is a fairly rigorous test of rasterop. * It demonstrates both that the results are correct * with many different rop configurations, and, * if done under valgrind, that no memory violations occur. * * Use it on images with a significant amount of FG * that extends to the edges. */ #include "allheaders.h" int main(int argc, char **argv) { l_int32 i, j, w, h, same, width, height, cx, cy; l_uint32 val; PIX *pixs, *pixse, *pixd1, *pixd2; SEL *sel; static char mainName[] = "rasterop_reg"; if (argc != 1) return ERROR_INT(" Syntax: rasterop_reg", mainName, 1); pixs = pixRead("feyn.tif"); for (width = 1; width <= 25; width += 3) { for (height = 1; height <= 25; height += 4) { cx = width / 2; cy = height / 2; /* Dilate using an actual sel */ sel = selCreateBrick(height, width, cy, cx, SEL_HIT); pixd1 = pixDilate(NULL, pixs, sel); /* Dilate using a pix as a sel */ pixse = pixCreate(width, height, 1); pixSetAll(pixse); pixd2 = pixCopy(NULL, pixs); w = pixGetWidth(pixs); h = pixGetHeight(pixs); for (i = 0; i < h; i++) { for (j = 0; j < w; j++) { pixGetPixel(pixs, j, i, &val); if (val) pixRasterop(pixd2, j - cx, i - cy, width, height, PIX_SRC | PIX_DST, pixse, 0, 0); } } pixEqual(pixd1, pixd2, &same); if (same == 1) fprintf(stderr, "Correct for (%d,%d)\n", width, height); else { fprintf(stderr, "Error: results are different!\n"); fprintf(stderr, "SE: width = %d, height = %d\n", 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * blend2_reg.c * * Regression test for this function: * pixBlendWithGrayMask() */ #include "allheaders.h" int main(int argc, char **argv) { l_int32 i, j, w1, h1, w2, h2, w, h, same; BOX *box1, *box2; PIX *pixs, *pixs1, *pixs2, *pix1, *pix2; PIX *pixg, *pixg1, *pixg2, *pixc2, *pixbl, *pixd; PIXA *pixa; /* --- Set up the 8 bpp blending image --- */ pixg = pixCreate(660, 500, 8); for (i = 0; i < 500; i++) for (j = 0; j < 660; j++) pixSetPixel(pixg, j, i, (l_int32)(0.775 * j) % 256); /* --- Set up the initial color images to be blended together --- */ pixs1 = pixRead("wyom.jpg"); pixs2 = pixRead("fish24.jpg"); pixGetDimensions(pixs1, &w1, &h1, NULL); pixGetDimensions(pixs2, &w2, &h2, NULL); h = L_MIN(h1, h2); w = L_MIN(w1, w2); box1 = boxCreate(0, 0, w1, h1); box2 = boxCreate(0, 300, 660, 500); pix1 = pixClipRectangle(pixs1, box1, NULL); pix2 = pixClipRectangle(pixs2, box2, NULL); pixDestroy(&pixs1); pixDestroy(&pixs2); boxDestroy(&box1); boxDestroy(&box2); /* --- Blend 2 rgb images --- */ pixa = pixaCreate(0); pixSaveTiled(pixg, pixa, 1.0, 1, 40, 32); pixd = pixBlendWithGrayMask(pix1, pix2, pixg, 50, 50); pixSaveTiled(pix1, pixa, 1.0, 1, 40, 32); pixSaveTiled(pix2, pixa, 1.0, 0, 40, 32); pixSaveTiled(pixd, pixa, 1.0, 0, 40, 32); pixDestroy(&pixd); /* --- Blend 2 grayscale images --- */ pixg1 = pixConvertRGBToLuminance(pix1); pixg2 = pixConvertRGBToLuminance(pix2); pixd = pixBlendWithGrayMask(pixg1, pixg2, pixg, 50, 50); pixSaveTiled(pixg1, pixa, 1.0, 1, 40, 32); pixSaveTiled(pixg2, pixa, 1.0, 0, 40, 32); pixSaveTiled(pixd, pixa, 1.0, 0, 40, 32); pixDestroy(&pixg1); pixDestroy(&pixg2); pixDestroy(&pixd); /* --- Blend a colormap image and an rgb image --- */ pixc2 = pixFixedOctcubeQuantGenRGB(pix2, 2); pixd = pixBlendWithGrayMask(pix1, pixc2, pixg, 50, 50); pixSaveTiled(pix1, pixa, 1.0, 1, 40, 32); pixSaveTiled(pixc2, pixa, 1.0, 0, 40, 32); pixSaveTiled(pixd, pixa, 1.0, 0, 40, 32); pixDestroy(&pixc2); pixDestroy(&pixd); /* --- Blend a colormap image and a grayscale image --- */ pixg1 = pixConvertRGBToLuminance(pix1); pixc2 = pixFixedOctcubeQuantGenRGB(pix2, 2); pixd = pixBlendWithGrayMask(pixg1, pixc2, pixg, 50, 50); pixSaveTiled(pixg1, pixa, 1.0, 1, 40, 32); pixSaveTiled(pixc2, pixa, 1.0, 0, 40, 32); pixSaveTiled(pixd, pixa, 1.0, 0, 40, 32); pixDestroy(&pixd); pixd = pixBlendWithGrayMask(pixg1, pixc2, pixg, -100, -100); pixSaveTiled(pixg1, pixa, 1.0, 1, 40, 32); pixSaveTiled(pixc2, pixa, 1.0, 0, 40, 32); pixSaveTiled(pixd, pixa, 1.0, 0, 40, 32); pixDestroy(&pixd); pixDestroy(&pixg1); pixDestroy(&pixc2); /* --- Test png read/write with alpha channel --- */ /* First make pixs1, using pixg as the alpha channel */ pixs = pixRead("fish24.jpg"); box1 = boxCreate(0, 300, 660, 500); pixs1 = pixClipRectangle(pixs, box1, NULL); pixSaveTiled(pixs1, pixa, 1.0, 1, 40, 32); pixSetRGBComponent(pixs1, pixg, L_ALPHA_CHANNEL); /* To see the alpha channel, blend with a black image */ pixbl = pixCreate(660, 500, 32); pixd = pixBlendWithGrayMask(pixbl, pixs1, NULL, 0, 0); pixSaveTiled(pixd, pixa, 1.0, 0, 40, 32); pixDestroy(&pixd); /* Write out the RGBA image and read it back */ pixWrite("/tmp/junkpixs1.png", pixs1, IFF_PNG); pixs2 = pixRead("/tmp/junkpixs1.png"); /* Make sure that the alpha channel image hasn't changed */ pixg2 = pixGetRGBComponent(pixs2, L_ALPHA_CHANNEL); pixEqual(pixg, pixg2, &same); if (same) fprintf(stderr, "PNG with alpha read/write OK\n"); else fprintf(stderr, "PNG with alpha read/write failed\n"); /* Blend again with a black image */ pixd = pixBlendWithGrayMask(pixbl, pixs2, NULL, 0, 0); pixSaveTiled(pixd, pixa, 1.0, 0, 40, 32); pixDestroy(&pixd); /* Blend with a white image */ pixSetAll(pixbl); pixd = pixBlendWithGrayMask(pixbl, pixs2, NULL, 0, 0); pixSaveTiled(pixd, pixa, 1.0, 0, 40, 32); pixDestroy(&pixd); pixDestroy(&pixbl); pixDestroy(&pixs); pixDestroy(&pixs1); pixDestroy(&pixs2); pixDestroy(&pixg2); boxDestroy(&box1); /* --- Display results --- */ pixd = pixaDisplay(pixa, 0, 0); pixDisplay(pixd, 100, 100); pixWrite("/tmp/junkblend2.jpg", pixd, IFF_JFIF_JPEG); pixDestroy(&pixd); pixaDestroy(&pixa); pixDestroy(&pixg); pixDestroy(&pix1); pixDestroy(&pix2); return 0; } leptonica-1.70/prog/numa2_reg.c0000644000175000017500000003203312240302745014477 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * numa_reg2.c * * Tests: * * numa windowed stats * * numa extraction from pix on a line * * pixel averages and variances */ #include #ifndef _WIN32 #include #else #include /* for Sleep() */ #endif /* _WIN32 */ #include "allheaders.h" #define DO_ALL 1 int main(int argc, char **argv) { l_int32 i, j, n; l_int32 w, h, bw, bh, wpls, rval, gval, bval, same; l_uint32 pixel; l_uint32 *lines, *datas; l_float32 sum1, sum2, sum3, ave1, ave2, ave3, ave4, diff1, diff2; l_float32 var1, var2, var3; BOX *box1, *box2; NUMA *na, *na1, *na2, *na3, *na4; PIX *pix, *pixs, *pix1, *pix2, *pix3, *pix4, *pix5, *pixg, *pixd; PIXA *pixa; PTA *pta; static char mainName[] = "numa2_reg"; if (argc != 1) return ERROR_INT(" Syntax: numa2_reg", mainName, 1); /* -------------------------------------------------------------------* * Numa-windowed stats * * -------------------------------------------------------------------*/ #if DO_ALL na = numaRead("lyra-5.numa"); numaWindowedStats(na, 5, &na1, &na2, &na3, &na4); gplotSimple1(na, GPLOT_PNG, "/tmp/lyraroot6", "Original"); gplotSimple1(na1, GPLOT_PNG, "/tmp/lyraroot7", "Mean"); gplotSimple1(na2, GPLOT_PNG, "/tmp/lyraroot8", "Mean Square"); gplotSimple1(na3, GPLOT_PNG, "/tmp/lyraroot9", "Variance"); gplotSimple1(na4, GPLOT_PNG, "/tmp/lyraroot10", "RMS Difference"); #ifndef _WIN32 sleep(1); #else Sleep(1000); #endif /* _WIN32 */ pixa = pixaCreate(5); pix1 = pixRead("/tmp/lyraroot6.png"); pix2 = pixRead("/tmp/lyraroot7.png"); pix3 = pixRead("/tmp/lyraroot8.png"); pix4 = pixRead("/tmp/lyraroot9.png"); pix5 = pixRead("/tmp/lyraroot10.png"); pixSaveTiled(pix1, pixa, 1.0, 1, 25, 32); pixSaveTiled(pix2, pixa, 1.0, 1, 25, 32); pixSaveTiled(pix3, pixa, 1.0, 0, 25, 32); pixSaveTiled(pix4, pixa, 1.0, 1, 25, 32); pixSaveTiled(pix5, pixa, 1.0, 0, 25, 32); pixd = pixaDisplay(pixa, 0, 0); pixDisplay(pixd, 100, 100); pixWrite("/tmp/numawindow.png", pixd, IFF_PNG); numaDestroy(&na); numaDestroy(&na1); numaDestroy(&na2); numaDestroy(&na3); numaDestroy(&na4); pixaDestroy(&pixa); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); pixDestroy(&pix5); pixDestroy(&pixd); #endif /* -------------------------------------------------------------------* * Extraction on a line * * -------------------------------------------------------------------*/ #if DO_ALL /* First, make a pretty image */ w = h = 200; pixs = pixCreate(w, h, 32); wpls = pixGetWpl(pixs); datas = pixGetData(pixs); for (i = 0; i < 200; i++) { lines = datas + i * wpls; for (j = 0; j < 200; j++) { rval = (l_int32)((255. * j) / w + (255. * i) / h); gval = (l_int32)((255. * 2 * j) / w + (255. * 2 * i) / h) % 255; bval = (l_int32)((255. * 4 * j) / w + (255. * 4 * i) / h) % 255; composeRGBPixel(rval, gval, bval, &pixel); lines[j] = pixel; } } pixg = pixConvertTo8(pixs, 0); /* and a grayscale version */ pixWrite("/tmp/junkpixg", pixg, IFF_PNG); pixDisplay(pixg, 450, 100); na1 = pixExtractOnLine(pixg, 20, 20, 180, 20, 1); na2 = pixExtractOnLine(pixg, 40, 30, 40, 170, 1); na3 = pixExtractOnLine(pixg, 20, 170, 180, 30, 1); na4 = pixExtractOnLine(pixg, 20, 190, 180, 10, 1); gplotSimple1(na1, GPLOT_PNG, "/tmp/extroot1", "Horizontal"); gplotSimple1(na2, GPLOT_PNG, "/tmp/extroot2", "Vertical"); gplotSimple1(na3, GPLOT_PNG, "/tmp/extroot3", "Slightly more horizontal than vertical"); gplotSimple1(na4, GPLOT_PNG, "/tmp/extroot4", "Slightly more vertical than horizontal"); #ifndef _WIN32 sleep(1); #else Sleep(1000); #endif /* _WIN32 */ pixa = pixaCreate(4); pix1 = pixRead("/tmp/extroot1.png"); pix2 = pixRead("/tmp/extroot2.png"); pix3 = pixRead("/tmp/extroot3.png"); pix4 = pixRead("/tmp/extroot4.png"); pixSaveTiled(pix1, pixa, 1.0, 1, 25, 32); pixSaveTiled(pix2, pixa, 1.0, 0, 25, 32); pixSaveTiled(pix3, pixa, 1.0, 1, 25, 32); pixSaveTiled(pix4, pixa, 1.0, 0, 25, 32); pixd = pixaDisplay(pixa, 0, 0); pixDisplay(pixd, 100, 500); pixWrite("/tmp/numaextract.png", pixd, IFF_PNG); numaDestroy(&na1); numaDestroy(&na2); numaDestroy(&na3); numaDestroy(&na4); pixaDestroy(&pixa); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); pixDestroy(&pix5); pixDestroy(&pixs); pixDestroy(&pixg); pixDestroy(&pixd); #endif /* -------------------------------------------------------------------* * Row and column pixel sums * * -------------------------------------------------------------------*/ #if DO_ALL /* Sum by columns in two halves (left and right) */ pixs = pixRead("test8.jpg"); pixGetDimensions(pixs, &w, &h, NULL); box1 = boxCreate(0, 0, w / 2, h); box2 = boxCreate(w / 2, 0, w - 2 / 2, h); na1 = pixAverageByColumn(pixs, box1, L_BLACK_IS_MAX); na2 = pixAverageByColumn(pixs, box2, L_BLACK_IS_MAX); numaJoin(na1, na2, 0, -1); na3 = pixAverageByColumn(pixs, NULL, L_BLACK_IS_MAX); numaSimilar(na1, na3, 0.0, &same); if (same) fprintf(stderr, "Same for columns\n"); else fprintf(stderr, "Error for columns\n"); pta = generatePlotPtaFromNuma(na3, L_HORIZONTAL_LINE, 3, h / 2, 80, 1); pix = pixConvertTo32(pixs); pixRenderPtaArb(pix, pta, 255, 0, 0); boxDestroy(&box1); boxDestroy(&box2); numaDestroy(&na1); numaDestroy(&na2); numaDestroy(&na3); ptaDestroy(&pta); /* Sum by rows in two halves (top and bottom) */ box1 = boxCreate(0, 0, w, h / 2); box2 = boxCreate(0, h / 2, w, h - h / 2); na1 = pixAverageByRow(pixs, box1, L_WHITE_IS_MAX); na2 = pixAverageByRow(pixs, box2, L_WHITE_IS_MAX); numaJoin(na1, na2, 0, -1); na3 = pixAverageByRow(pixs, NULL, L_WHITE_IS_MAX); numaSimilar(na1, na3, 0.0, &same); if (same) fprintf(stderr, "Same for rows\n"); else fprintf(stderr, "Error for rows\n"); pta = generatePlotPtaFromNuma(na3, L_VERTICAL_LINE, 3, w / 2, 80, 1); pixRenderPtaArb(pix, pta, 0, 255, 0); pixDisplay(pix, 500, 200); boxDestroy(&box1); boxDestroy(&box2); numaDestroy(&na1); numaDestroy(&na2); numaDestroy(&na3); pixDestroy(&pix); ptaDestroy(&pta); /* Average left by rows; right by columns; compare totals */ box1 = boxCreate(0, 0, w / 2, h); box2 = boxCreate(w / 2, 0, w - 2 / 2, h); na1 = pixAverageByRow(pixs, box1, L_WHITE_IS_MAX); na2 = pixAverageByColumn(pixs, box2, L_WHITE_IS_MAX); numaGetSum(na1, &sum1); /* sum of averages of left box */ numaGetSum(na2, &sum2); /* sum of averages of right box */ ave1 = sum1 / h; ave2 = 2.0 * sum2 / w; ave3 = 0.5 * (ave1 + ave2); /* average over both halves */ fprintf(stderr, "ave1 = %8.4f\n", sum1 / h); fprintf(stderr, "ave2 = %8.4f\n", 2.0 * sum2 / w); pixAverageInRect(pixs, NULL, &ave4); /* entire image */ diff1 = ave4 - ave3; diff2 = w * h * ave4 - (0.5 * w * sum1 + h * sum2); if (diff1 < 0.001) fprintf(stderr, "Average diffs are correct\n"); else fprintf(stderr, "Average diffs are wrong: diff1 = %7.5f\n", diff1); if (diff2 < 20) /* float-to-integer roundoff */ fprintf(stderr, "Pixel sums are correct\n"); else fprintf(stderr, "Pixel sums are in error: diff = %7.0f\n", diff2); /* Variance left and right halves. Variance doesn't average * in a simple way, unlike pixel sums. */ pixVarianceInRect(pixs, box1, &var1); /* entire image */ pixVarianceInRect(pixs, box2, &var2); /* entire image */ pixVarianceInRect(pixs, NULL, &var3); /* entire image */ fprintf(stderr, "0.5 * (var1 + var2) = %7.3f, var3 = %7.3f\n", 0.5 * (var1 + var2), var3); boxDestroy(&box1); boxDestroy(&box2); numaDestroy(&na1); numaDestroy(&na2); #endif /* -------------------------------------------------------------------* * Row and column variances * * -------------------------------------------------------------------*/ #if DO_ALL /* Display variance by rows and columns */ box1 = boxCreate(415, 0, 130, 425); boxGetGeometry(box1, NULL, NULL, &bw, &bh); na1 = pixVarianceByRow(pixs, box1); na2 = pixVarianceByColumn(pixs, box1); pix = pixConvertTo32(pixs); pta = generatePlotPtaFromNuma(na1, L_VERTICAL_LINE, 3, 415, 100, 1); pixRenderPtaArb(pix, pta, 255, 0, 0); ptaDestroy(&pta); pta = generatePlotPtaFromNuma(na2, L_HORIZONTAL_LINE, 3, bh / 2, 100, 1); pixRenderPtaArb(pix, pta, 0, 255, 0); pixDisplay(pix, 500, 900); boxDestroy(&box1); numaDestroy(&na1); numaDestroy(&na2); ptaDestroy(&pta); pixDestroy(&pix); pixDestroy(&pixs); /* Again on a different image */ pix1 = pixRead("boxedpage.jpg"); pix2 = pixConvertTo8(pix1, 0); pixGetDimensions(pix2, &w, &h, NULL); na1 = pixVarianceByRow(pix2, NULL); pta = generatePlotPtaFromNuma(na1, L_VERTICAL_LINE, 3, 0, 70, 1); pix3 = pixConvertTo32(pix1); pixRenderPtaArb(pix3, pta, 255, 0, 0); ptaDestroy(&pta); na2 = pixVarianceByColumn(pix2, NULL); pta = generatePlotPtaFromNuma(na2, L_HORIZONTAL_LINE, 3, bh - 1, 70, 1); pixRenderPtaArb(pix3, pta, 0, 255, 0); pixDisplay(pix3, 1000, 0); numaDestroy(&na1); numaDestroy(&na2); ptaDestroy(&pta); pixDestroy(&pix3); /* Again, with an erosion */ pix3 = pixErodeGray(pix2, 3, 21); pixDisplay(pix3, 1400, 0); na1 = pixVarianceByRow(pix3, NULL); pta = generatePlotPtaFromNuma(na1, L_VERTICAL_LINE, 3, 30, 70, 1); pix4 = pixConvertTo32(pix1); pixRenderPtaArb(pix4, pta, 255, 0, 0); ptaDestroy(&pta); na2 = pixVarianceByColumn(pix3, NULL); pta = generatePlotPtaFromNuma(na2, L_HORIZONTAL_LINE, 3, bh - 1, 70, 1); pixRenderPtaArb(pix4, pta, 0, 255, 0); pixDisplay(pix4, 1000, 550); numaDestroy(&na1); numaDestroy(&na2); ptaDestroy(&pta); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); #endif /* -------------------------------------------------------------------* * Windowed variance along a line * * -------------------------------------------------------------------*/ #if DO_ALL pix1 = pixRead("boxedpage.jpg"); pix2 = pixConvertTo8(pix1, 0); pixGetDimensions(pix2, &w, &h, NULL); /* Plot along horizontal line */ pixWindowedVarianceOnLine(pix2, L_HORIZONTAL_LINE, h / 2 - 30, 0, w, 5, &na1); pta = generatePlotPtaFromNuma(na1, L_HORIZONTAL_LINE, 3, h / 2 - 30, 80, 1); pixRenderPtaArb(pix1, pta, 255, 0, 0); numaDestroy(&na1); ptaDestroy(&pta); /* Plot along vertical line */ pixWindowedVarianceOnLine(pix2, L_VERTICAL_LINE, 0.78 * w, 0, h, 5, &na1); pta = generatePlotPtaFromNuma(na1, L_VERTICAL_LINE, 3, 0.78 * w, 60, 1); pixRenderPtaArb(pix1, pta, 0, 255, 0); pixDisplay(pix1, 100, 100); pixDestroy(&pix1); pixDestroy(&pix2); numaDestroy(&na1); ptaDestroy(&pta); #endif return 0; } leptonica-1.70/prog/pta_reg.c0000644000175000017500000001375512240302556014253 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pta_reg.c * * This tests several ptaa functions, including: * - ptaaGetBoundaryPixels() * - pixRenderRandomCmapPtaa() */ #include "allheaders.h" int main(int argc, char **argv) { l_int32 i, nbox, npta, fgcount, bgcount, count, same, ok; BOXA *boxa; PIX *pixs, *pixfg, *pixbg, *pixc, *pixb, *pixd; PIXA *pixa; PTA *pta; PTAA *ptaafg, *ptaabg; ok = TRUE; pixs = pixRead("feyn-fract.tif"); boxa = pixConnComp(pixs, NULL, 8); nbox = boxaGetCount(boxa); if (nbox != 464) ok = FALSE; fprintf(stderr, "Num boxes = %d\n", nbox); /* Get fg and bg boundary pixels */ pixfg = pixMorphSequence(pixs, "e3.3", 0); pixXor(pixfg, pixfg, pixs); pixCountPixels(pixfg, &fgcount, NULL); if (fgcount == 58764) fprintf(stderr, "num fg pixels = %d\n", fgcount); else { ok = FALSE; fprintf(stderr, "Error: num fg pixels = %d\n", fgcount); } pixbg = pixMorphSequence(pixs, "d3.3", 0); pixXor(pixbg, pixbg, pixs); pixCountPixels(pixbg, &bgcount, NULL); if (bgcount == 60335) fprintf(stderr, "num bg pixels = %d\n", bgcount); else { ok = FALSE; fprintf(stderr, "Error: num bg pixels = %d\n", bgcount); } /* Get ptaa of fg pixels */ ptaafg = ptaaGetBoundaryPixels(pixs, L_BOUNDARY_FG, 8, NULL, NULL); ptaaWrite("/tmp/fg.ptaa", ptaafg, 1); npta = ptaaGetCount(ptaafg); if (npta != nbox) { ok = FALSE; fprintf(stderr, "Error: ptaa count = %d, boxa count = %d\n", npta, nbox); } count = 0; for (i = 0; i < npta; i++) { pta = ptaaGetPta(ptaafg, i, L_CLONE); count += ptaGetCount(pta); ptaDestroy(&pta); } fprintf(stderr, "num fg pts = %d\n", count); if (fgcount != count) { ok = FALSE; fprintf(stderr, "Error: npix = %d, num fg pts = %d\n", fgcount, count); } /* Get ptaa of bg pixels. Note that the number of bg pts * is, in general, larger than the number of bg boundary pixels, * because bg boundary pixels are shared by two c.c. that * are 1 pixel apart. */ ptaabg = ptaaGetBoundaryPixels(pixs, L_BOUNDARY_BG, 8, NULL, NULL); ptaaWrite("/tmp/bg.ptaa", ptaabg, 1); npta = ptaaGetCount(ptaabg); if (npta != nbox) { ok = FALSE; fprintf(stderr, "Error: ptaa count = %d, boxa count = %d\n", npta, nbox); } count = 0; for (i = 0; i < npta; i++) { pta = ptaaGetPta(ptaabg, i, L_CLONE); count += ptaGetCount(pta); ptaDestroy(&pta); } fprintf(stderr, "num bg pts = %d\n", count); if (count != 60602) { fprintf(stderr, "Error: npix = %d, num bg pts = %d\n", bgcount, count); ok = FALSE; } /* Render the fg boundary pixels on top of pixs. */ pixa = pixaCreate(4); pixc = pixRenderRandomCmapPtaa(pixs, ptaafg, 0, 0, 0); pixSaveTiled(pixc, pixa, 1.0, 1, 30, 32); pixDestroy(&pixc); /* Render the bg boundary pixels on top of pixs. */ pixc = pixRenderRandomCmapPtaa(pixs, ptaabg, 0, 0, 0); pixSaveTiled(pixc, pixa, 1.0, 0, 30, 32); pixDestroy(&pixc); pixClearAll(pixs); /* Render the fg boundary pixels alone. */ pixc = pixRenderRandomCmapPtaa(pixs, ptaafg, 0, 0, 0); pixSaveTiled(pixc, pixa, 1.0, 1, 30, 32); /* Verify that the fg pixels are the same set as we * originally started with. */ pixb = pixConvertTo1(pixc, 255); pixEqual(pixb, pixfg, &same); if (!same) { fprintf(stderr, "Fg pixel set not correct\n"); ok = FALSE; } pixDestroy(&pixc); pixDestroy(&pixb); /* Render the fg boundary pixels alone. */ pixc = pixRenderRandomCmapPtaa(pixs, ptaabg, 0, 0, 0); pixSaveTiled(pixc, pixa, 1.0, 0, 30, 32); /* Verify that the bg pixels are the same set as we * originally started with. */ pixb = pixConvertTo1(pixc, 255); pixEqual(pixb, pixbg, &same); if (!same) { fprintf(stderr, "Bg pixel set not correct\n"); ok = FALSE; } pixDestroy(&pixc); pixDestroy(&pixb); if (ok) fprintf(stderr, "OK!\n"); else fprintf(stderr, "Error!\n"); pixd = pixaDisplay(pixa, 0, 0); pixWrite("/tmp/boundary.png", pixd, IFF_PNG); pixDisplay(pixd, 0, 0); ptaaDestroy(&ptaafg); ptaaDestroy(&ptaabg); pixDestroy(&pixs); pixDestroy(&pixfg); pixDestroy(&pixbg); pixDestroy(&pixd); pixaDestroy(&pixa); boxaDestroy(&boxa); return 0; } leptonica-1.70/prog/boxedpage.jpg0000444000175000017500000016747412133610773015140 0ustar dandanÿØÿàJFIFKKÿÛC    $.' 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * threshnorm__reg.c * * Regression test for adaptive threshold normalization. */ #include #include "allheaders.h" static void AddTestSet(PIXA *pixa, PIX *pixs, l_int32 filtertype, l_int32 edgethresh, l_int32 smoothx, l_int32 smoothy, l_float32 gamma, l_int32 minval, l_int32 maxval, l_int32 targetthresh); int main(int argc, char **argv) { PIX *pixs, *pixd; PIXA *pixa; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; pixs = pixRead("stampede2.jpg"); pixa = pixaCreate(0); pixSaveTiled(pixs, pixa, 1.0, 1, 20, 8); AddTestSet(pixa, pixs, L_SOBEL_EDGE, 18, 40, 40, 0.7, -25, 280, 128); AddTestSet(pixa, pixs, L_TWO_SIDED_EDGE, 18, 40, 40, 0.7, -25, 280, 128); AddTestSet(pixa, pixs, L_SOBEL_EDGE, 10, 40, 40, 0.7, -15, 305, 128); AddTestSet(pixa, pixs, L_TWO_SIDED_EDGE, 10, 40, 40, 0.7, -15, 305, 128); AddTestSet(pixa, pixs, L_SOBEL_EDGE, 15, 40, 40, 0.6, -45, 285, 158); AddTestSet(pixa, pixs, L_TWO_SIDED_EDGE, 15, 40, 40, 0.6, -45, 285, 158); pixDestroy(&pixs); pixd = pixaDisplay(pixa, 0, 0); regTestWritePixAndCheck(rp, pixd, IFF_JFIF_JPEG); /* 0 */ pixDisplayWithTitle(pixd, 100, 100, NULL, rp->display); pixDestroy(&pixd); pixaDestroy(&pixa); return regTestCleanup(rp); } void AddTestSet(PIXA *pixa, PIX *pixs, l_int32 filtertype, l_int32 edgethresh, l_int32 smoothx, l_int32 smoothy, l_float32 gamma, l_int32 minval, l_int32 maxval, l_int32 targetthresh) { PIX *pixb, *pixd, *pixth; pixThresholdSpreadNorm(pixs, filtertype, edgethresh, smoothx, smoothy, gamma, minval, maxval, targetthresh, &pixth, NULL, &pixd); pixSaveTiled(pixth, pixa, 1.0, 1, 20, 0); pixSaveTiled(pixd, pixa, 1.0, 0, 20, 0); pixb = pixThresholdToBinary(pixd, targetthresh - 20); pixSaveTiled(pixb, pixa, 1.0, 0, 20, 0); pixDestroy(&pixb); pixb = pixThresholdToBinary(pixd, targetthresh); pixSaveTiled(pixb, pixa, 1.0, 0, 20, 0); pixDestroy(&pixb); pixb = pixThresholdToBinary(pixd, targetthresh + 20); pixSaveTiled(pixb, pixa, 1.0, 0, 20, 0); pixDestroy(&pixb); pixb = pixThresholdToBinary(pixd, targetthresh + 40); pixSaveTiled(pixb, pixa, 1.0, 0, 20, 0); pixDestroy(&pixb); pixDestroy(&pixth); pixDestroy(&pixd); return; } leptonica-1.70/prog/splitcomp_reg.c0000644000175000017500000001342512240302406015465 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * splitcomp_reg.c * * Regression test for splittings of a single component and for an image * composed of several components, using different components and * parameters. Note that: * (1) All coverings must cover the fg of the mask. * (2) The first set of parameters is small and generates * a proper tiling, covering ONLY the mask fg. * (3) The tilings generated on 90 degree rotated components * are identical (rotated) to those on un-rotated components. */ #include "allheaders.h" int main(int argc, char **argv) { l_int32 i, j, w, h; l_int32 minsum[5] = { 2, 40, 50, 50, 70}; l_int32 skipdist[5] = { 5, 5, 10, 10, 30}; l_int32 delta[5] = { 2, 10, 10, 25, 40}; l_int32 maxbg[5] = {10, 15, 10, 20, 40}; BOX *box1, *box2, *box3, *box4; BOXA *boxa; PIX *pixs, *pixc, *pixt, *pixd, *pix32; PIXA *pixas, *pixad; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; /* Generate and save 1 bpp masks */ pixas = pixaCreate(0); pixs = pixCreate(300, 250, 1); pixSetAll(pixs); box1 = boxCreate(50, 0, 140, 25); box2 = boxCreate(120, 100, 100, 25); box3 = boxCreate(75, 170, 80, 20); box4 = boxCreate(150, 80, 25, 70); pixClearInRect(pixs, box1); pixaAddPix(pixas, pixs, L_COPY); pixt = pixRotateOrth(pixs, 1); pixaAddPix(pixas, pixt, L_INSERT); pixClearInRect(pixs, box2); pixaAddPix(pixas, pixs, L_COPY); pixt = pixRotateOrth(pixs, 1); pixaAddPix(pixas, pixt, L_INSERT); pixClearInRect(pixs, box3); pixaAddPix(pixas, pixs, L_COPY); pixt = pixRotateOrth(pixs, 1); pixaAddPix(pixas, pixt, L_INSERT); pixClearInRect(pixs, box4); pixaAddPix(pixas, pixs, L_COPY); pixt = pixRotateOrth(pixs, 1); pixaAddPix(pixas, pixt, L_INSERT); boxDestroy(&box1); boxDestroy(&box2); boxDestroy(&box3); boxDestroy(&box4); pixDestroy(&pixs); /* Do 5 splittings on each of the 8 masks */ pixad = pixaCreate(0); for (j = 0; j < 8; j++) { pixt = pixaGetPix(pixas, j, L_CLONE); pixGetDimensions(pixt, &w, &h, NULL); pix32 = pixCreate(w, h, 32); pixSetAll(pix32); pixPaintThroughMask(pix32, pixt, 0, 0, 0xc0c0c000); pixSaveTiled(pix32, pixad, 1.0, 1, 30, 32); for (i = 0; i < 5; i++) { pixc = pixCopy(NULL, pix32); boxa = pixSplitComponentIntoBoxa(pixt, NULL, minsum[i], skipdist[i], delta[i], maxbg[i], 0, 1); /* boxaWriteStream(stderr, boxa); */ pixd = pixBlendBoxaRandom(pixc, boxa, 0.4); pixRenderBoxaArb(pixd, boxa, 2, 255, 0, 0); pixSaveTiled(pixd, pixad, 1.0, 0, 30, 32); pixDestroy(&pixd); pixDestroy(&pixc); boxaDestroy(&boxa); } pixDestroy(&pixt); pixDestroy(&pix32); } /* Display results */ pixd = pixaDisplay(pixad, 0, 0); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 0 */ pixDisplayWithTitle(pixd, 100, 100, NULL, rp->display); pixDestroy(&pixd); pixaDestroy(&pixad); /* Put the 8 masks all together, and split 5 ways */ pixad = pixaCreate(0); pixs = pixaDisplayOnLattice(pixas, 325, 325, NULL, NULL); pixGetDimensions(pixs, &w, &h, NULL); pix32 = pixCreate(w, h, 32); pixSetAll(pix32); pixPaintThroughMask(pix32, pixs, 0, 0, 0xc0c0c000); pixSaveTiled(pix32, pixad, 1.0, 1, 30, 32); for (i = 0; i < 5; i++) { pixc = pixCopy(NULL, pix32); boxa = pixSplitIntoBoxa(pixs, minsum[i], skipdist[i], delta[i], maxbg[i], 0, 1); /* boxaWriteStream(stderr, boxa); */ pixd = pixBlendBoxaRandom(pixc, boxa, 0.4); pixRenderBoxaArb(pixd, boxa, 2, 255, 0, 0); pixSaveTiled(pixd, pixad, 1.0, 0, 30, 32); pixDestroy(&pixd); pixDestroy(&pixc); boxaDestroy(&boxa); } pixDestroy(&pix32); pixDestroy(&pixs); /* Display results */ pixd = pixaDisplay(pixad, 0, 0); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 1 */ pixDisplayWithTitle(pixd, 600, 100, NULL, rp->display); pixDestroy(&pixd); pixaDestroy(&pixad); pixaDestroy(&pixas); return regTestCleanup(rp); } leptonica-1.70/prog/kernel_reg.c0000644000175000017500000003224312274452312014743 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * kernel_reg.c */ #include #ifndef _WIN32 #include #else #include /* for Sleep() */ #endif /* _WIN32 */ #include "allheaders.h" static const char *kdatastr = " 20.3 50 80 50 20 " " 51.4 100 140 100 50 " " 92.5 160 200 160 90 " " 53.7 100 140 100 50 " " 24.9 50 80 50 20 "; int main(int argc, char **argv) { char *str; l_int32 i, j, same, ok; l_float32 sum, avediff, rmsdiff; L_KERNEL *kel1, *kel2, *kel3, *kel4, *kelx, *kely; BOX *box; PIX *pix, *pixs, *pixb, *pixg, *pixd, *pixp, *pixt; PIX *pixt1, *pixt2, *pixt3; PIXA *pixa; SARRAY *sa; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; pixa = pixaCreate(0); /* Test creating from a string */ kel1 = kernelCreateFromString(5, 5, 2, 2, kdatastr); pixd = kernelDisplayInPix(kel1, 41, 2); pixWrite("/tmp/pixkern.png", pixd, IFF_PNG); regTestCheckFile(rp, "/tmp/pixkern.png"); /* 0 */ pixSaveTiled(pixd, pixa, 1.0, 1, 20, 8); pixDestroy(&pixd); kernelDestroy(&kel1); /* Test read/write for kernel. Note that both get * compared to the same golden file, which is * overwritten with a copy of /tmp/kern2.kel */ kel1 = kernelCreateFromString(5, 5, 2, 2, kdatastr); kernelWrite("/tmp/kern1.kel", kel1); regTestCheckFile(rp, "/tmp/kern1.kel"); /* 1 */ kel2 = kernelRead("/tmp/kern1.kel"); kernelWrite("/tmp/kern2.kel", kel2); regTestCheckFile(rp, "/tmp/kern2.kel"); /* 2 */ regTestCompareFiles(rp, 1, 2); /* 3 */ kernelDestroy(&kel1); kernelDestroy(&kel2); /* Test creating from a file */ sa = sarrayCreate(0); sarrayAddString(sa, (char *)"# small 3x3 kernel", L_COPY); sarrayAddString(sa, (char *)"3 5", L_COPY); sarrayAddString(sa, (char *)"1 2", L_COPY); sarrayAddString(sa, (char *)"20.5 50 80 50 20", L_COPY); sarrayAddString(sa, (char *)"82. 120 180 120 80", L_COPY); sarrayAddString(sa, (char *)"22.1 50 80 50 20", L_COPY); str = sarrayToString(sa, 1); l_binaryWrite("/tmp/kernfile.kel", "w", str, strlen(str)); kel2 = kernelCreateFromFile("/tmp/kernfile.kel"); pixd = kernelDisplayInPix(kel2, 41, 2); pixSaveTiled(pixd, pixa, 1.0, 1, 20, 0); pixWrite("/tmp/ker1.png", pixd, IFF_PNG); regTestCheckFile(rp, "/tmp/ker1.png"); /* 4 */ pixDestroy(&pixd); sarrayDestroy(&sa); lept_free(str); kernelDestroy(&kel2); /* Test creating from a pix */ pixt = pixCreate(5, 3, 8); pixSetPixel(pixt, 0, 0, 20); pixSetPixel(pixt, 1, 0, 50); pixSetPixel(pixt, 2, 0, 80); pixSetPixel(pixt, 3, 0, 50); pixSetPixel(pixt, 4, 0, 20); pixSetPixel(pixt, 0, 1, 80); pixSetPixel(pixt, 1, 1, 120); pixSetPixel(pixt, 2, 1, 180); pixSetPixel(pixt, 3, 1, 120); pixSetPixel(pixt, 4, 1, 80); pixSetPixel(pixt, 0, 0, 20); pixSetPixel(pixt, 1, 2, 50); pixSetPixel(pixt, 2, 2, 80); pixSetPixel(pixt, 3, 2, 50); pixSetPixel(pixt, 4, 2, 20); kel3 = kernelCreateFromPix(pixt, 1, 2); pixd = kernelDisplayInPix(kel3, 41, 2); pixSaveTiled(pixd, pixa, 1.0, 0, 20, 0); pixWrite("/tmp/ker2.png", pixd, IFF_PNG); regTestCheckFile(rp, "/tmp/ker2.png"); /* 5 */ pixDestroy(&pixd); pixDestroy(&pixt); kernelDestroy(&kel3); /* Test convolution with kel1 */ pixs = pixRead("test24.jpg"); pixg = pixScaleRGBToGrayFast(pixs, 3, COLOR_GREEN); pixSaveTiled(pixg, pixa, 1.0, 1, 20, 0); kel1 = kernelCreateFromString(5, 5, 2, 2, kdatastr); pixd = pixConvolve(pixg, kel1, 8, 1); pixSaveTiled(pixd, pixa, 1.0, 0, 20, 0); pixWrite("/tmp/ker3.png", pixd, IFF_PNG); regTestCheckFile(rp, "/tmp/ker3.png"); /* 6 */ pixDestroy(&pixs); pixDestroy(&pixg); pixDestroy(&pixd); kernelDestroy(&kel1); /* Test convolution with flat rectangular kel; also test * block convolution with tiling. */ pixs = pixRead("test24.jpg"); pixg = pixScaleRGBToGrayFast(pixs, 3, COLOR_GREEN); kel2 = makeFlatKernel(11, 11, 5, 5); pixd = pixConvolve(pixg, kel2, 8, 1); pixSaveTiled(pixd, pixa, 1.0, 1, 20, 0); pixWrite("/tmp/ker4.png", pixd, IFF_PNG); regTestCheckFile(rp, "/tmp/ker4.png"); /* 7 */ pixt = pixBlockconv(pixg, 5, 5); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 0); pixWrite("/tmp/ker5.png", pixt, IFF_PNG); regTestCheckFile(rp, "/tmp/ker5.png"); /* 8 */ if (rp->display) pixCompareGray(pixd, pixt, L_COMPARE_ABS_DIFF, GPLOT_X11, NULL, NULL, NULL, NULL); pixt2 = pixBlockconvTiled(pixg, 5, 5, 3, 6); pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 0); pixWrite("/tmp/ker5a.png", pixt2, IFF_PNG); regTestCheckFile(rp, "/tmp/ker5a.png"); /* 9 */ pixDestroy(&pixt2); ok = TRUE; for (i = 1; i <= 7; i++) { for (j = 1; j <= 7; j++) { if (i == 1 && j == 1) continue; pixt2 = pixBlockconvTiled(pixg, 5, 5, j, i); pixEqual(pixt2, pixd, &same); if (!same) { fprintf(stderr," Error for nx = %d, ny = %d\n", j, i); ok = FALSE; } pixDestroy(&pixt2); } } if (ok) fprintf(stderr, "OK: Tiled results identical to pixConvolve()\n"); else fprintf(stderr, "ERROR: Tiled results not identical to pixConvolve()\n"); pixDestroy(&pixs); pixDestroy(&pixg); pixDestroy(&pixd); pixDestroy(&pixt); kernelDestroy(&kel2); /* Do another flat rectangular test; this time with white at edge. * About 1% of the pixels near the image edge differ by 1 between * the pixConvolve() and pixBlockconv(). For what it's worth, * pixConvolve() gives the more accurate result; namely, 255 for * pixels at the edge. */ pix = pixRead("pageseg1.tif"); box = boxCreate(100, 100, 2260, 3160); pixb = pixClipRectangle(pix, box, NULL); pixs = pixScaleToGray4(pixb); kel3 = makeFlatKernel(7, 7, 3, 3); startTimer(); pixt = pixConvolve(pixs, kel3, 8, 1); fprintf(stderr, "Generic convolution time: %5.3f sec\n", stopTimer()); pixSaveTiled(pixt, pixa, 1.0, 1, 20, 0); pixWrite("/tmp/conv1.png", pixt, IFF_PNG); regTestCheckFile(rp, "/tmp/conv1.png"); /* 10 */ startTimer(); pixt2 = pixBlockconv(pixs, 3, 3); fprintf(stderr, "Flat block convolution time: %5.3f sec\n", stopTimer()); pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 0); pixWrite("/tmp/conv2.png", pixt2, IFF_PNG); /* ditto */ regTestCheckFile(rp, "/tmp/conv2.png"); /* 11 */ pixCompareGray(pixt, pixt2, L_COMPARE_ABS_DIFF, GPLOT_PNG, NULL, &avediff, &rmsdiff, NULL); #ifndef _WIN32 sleep(1); /* give gnuplot time to write out the file */ #else Sleep(1000); #endif /* _WIN32 */ pixp = pixRead("/tmp/grayroot0.png"); pixSaveTiled(pixp, pixa, 1.0, 0, 20, 0); pixWrite("/tmp/conv3.png", pixp, IFF_PNG); regTestCheckFile(rp, "/tmp/conv3.png"); /* 12 */ fprintf(stderr, "Ave diff = %6.4f, RMS diff = %6.4f\n", avediff, rmsdiff); if (avediff <= 0.01) fprintf(stderr, "OK: avediff = %6.4f <= 0.01\n", avediff); else fprintf(stderr, "Bad?: avediff = %6.4f > 0.01\n", avediff); pixDestroy(&pixt); pixDestroy(&pixt2); pixDestroy(&pixs); pixDestroy(&pixp); pixDestroy(&pix); pixDestroy(&pixb); boxDestroy(&box); kernelDestroy(&kel3); /* Do yet another set of flat rectangular tests, this time * on an RGB image */ pixs = pixRead("test24.jpg"); kel4 = makeFlatKernel(7, 7, 3, 3); startTimer(); pixt1 = pixConvolveRGB(pixs, kel4); fprintf(stderr, "Time 7x7 non-separable: %7.3f sec\n", stopTimer()); pixWrite("/tmp/conv4.jpg", pixt1, IFF_JFIF_JPEG); regTestCheckFile(rp, "/tmp/conv4.jpg"); /* 13 */ kelx = makeFlatKernel(1, 7, 0, 3); kely = makeFlatKernel(7, 1, 3, 0); startTimer(); pixt2 = pixConvolveRGBSep(pixs, kelx, kely); fprintf(stderr, "Time 7x1,1x7 separable: %7.3f sec\n", stopTimer()); pixWrite("/tmp/conv5.jpg", pixt2, IFF_JFIF_JPEG); regTestCheckFile(rp, "/tmp/conv5.jpg"); /* 14 */ startTimer(); pixt3 = pixBlockconv(pixs, 3, 3); fprintf(stderr, "Time 7x7 blockconv: %7.3f sec\n", stopTimer()); pixWrite("/tmp/conv6.jpg", pixt3, IFF_JFIF_JPEG); regTestCheckFile(rp, "/tmp/conv6.jpg"); /* 15 */ regTestComparePix(rp, pixt1, pixt2); /* 16 */ regTestCompareSimilarPix(rp, pixt2, pixt3, 15, 0.0005, 0); /* 17 */ pixDestroy(&pixs); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); kernelDestroy(&kel4); kernelDestroy(&kelx); kernelDestroy(&kely); /* Test generation and convolution with gaussian kernel */ pixs = pixRead("test8.jpg"); pixSaveTiled(pixs, pixa, 1.0, 1, 20, 0); kel1 = makeGaussianKernel(5, 5, 3.0, 5.0); kernelGetSum(kel1, &sum); fprintf(stderr, "Sum for gaussian kernel = %f\n", sum); kernelWrite("/tmp/gauss.kel", kel1); pixt = pixConvolve(pixs, kel1, 8, 1); pixt2 = pixConvolve(pixs, kel1, 16, 0); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 0); pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 0); pixWrite("/tmp/ker6.png", pixt, IFF_PNG); regTestCheckFile(rp, "/tmp/ker6.png"); /* 18 */ pixDestroy(&pixt); pixDestroy(&pixt2); pixt = kernelDisplayInPix(kel1, 25, 2); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 0); pixDestroy(&pixt); kernelDestroy(&kel1); pixDestroy(&pixs); /* Test generation and convolution with separable gaussian kernel */ pixs = pixRead("test8.jpg"); pixSaveTiled(pixs, pixa, 1.0, 1, 20, 0); makeGaussianKernelSep(5, 5, 3.0, 5.0, &kelx, &kely); kernelGetSum(kelx, &sum); fprintf(stderr, "Sum for x gaussian kernel = %f\n", sum); kernelGetSum(kely, &sum); fprintf(stderr, "Sum for y gaussian kernel = %f\n", sum); kernelWrite("/tmp/gauss.kelx", kelx); kernelWrite("/tmp/gauss.kely", kely); pixt = pixConvolveSep(pixs, kelx, kely, 8, 1); pixt2 = pixConvolveSep(pixs, kelx, kely, 16, 0); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 0); pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 0); pixWrite("/tmp/ker7.png", pixt, IFF_PNG); regTestCheckFile(rp, "/tmp/ker7.png"); /* 19 */ pixDestroy(&pixt); pixDestroy(&pixt2); pixt = kernelDisplayInPix(kelx, 25, 2); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 0); pixDestroy(&pixt); pixt = kernelDisplayInPix(kely, 25, 2); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 0); pixDestroy(&pixt); kernelDestroy(&kelx); kernelDestroy(&kely); pixDestroy(&pixs); /* Test generation and convolution with diff of gaussians kernel */ /* pixt = pixRead("marge.jpg"); pixs = pixConvertRGBToLuminance(pixt); pixDestroy(&pixt); */ pixs = pixRead("test8.jpg"); pixSaveTiled(pixs, pixa, 1.0, 1, 20, 0); kel1 = makeDoGKernel(7, 7, 1.5, 2.7); kernelGetSum(kel1, &sum); fprintf(stderr, "Sum for DoG kernel = %f\n", sum); kernelWrite("/tmp/dog.kel", kel1); pixt = pixConvolve(pixs, kel1, 8, 0); /* pixInvert(pixt, pixt); */ pixSaveTiled(pixt, pixa, 1.0, 0, 20, 0); pixWrite("/tmp/ker8.png", pixt, IFF_PNG); regTestCheckFile(rp, "/tmp/ker8.png"); /* 20 */ pixDestroy(&pixt); pixt = kernelDisplayInPix(kel1, 20, 2); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 0); pixDestroy(&pixt); kernelDestroy(&kel1); pixDestroy(&pixs); pixd = pixaDisplay(pixa, 0, 0); pixDisplayWithTitle(pixd, 100, 100, NULL, rp->display); pixWrite("/tmp/kernel.jpg", pixd, IFF_JFIF_JPEG); pixDestroy(&pixd); pixaDestroy(&pixa); return regTestCleanup(rp); } leptonica-1.70/prog/plottest.c0000644000175000017500000001207412242265772014513 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * plottest.c * * This tests the gplot library functions that generate * the plot commands and data required for input to gnuplot. */ #include #include #include "allheaders.h" /* for GPLOT_STYLE, use one of the following set: * GPLOT_LINES * GPLOT_POINTS * GPLOT_IMPULSE * GPLOT_LINESPOINTS * GPLOT_DOTS */ #define GPLOT_STYLE GPLOT_LINES /* for GPLOT_OUTPUT use one of the following set: * GPLOT_PNG * GPLOT_PS * GPLOT_EPS * GPLOT_X11 * GPLOT_LATEX */ #define GPLOT_OUTPUT GPLOT_X11 int main(int argc, char **argv) { char *str1, *str2; l_int32 i; size_t size1, size2; l_float32 x, y1, y2, pi; GPLOT *gplot1, *gplot2, *gplot3, *gplot4, *gplot5; NUMA *nax, *nay1, *nay2; static char mainName[] = "plottest"; if (argc != 1) return ERROR_INT(" Syntax: plottest", mainName, 1); /* Generate plot data */ nax = numaCreate(0); nay1 = numaCreate(0); nay2 = numaCreate(0); pi = 3.1415926535; for (i = 0; i < 180; i++) { x = (pi / 180.) * i; y1 = (l_float32)sin(2.4 * x); y2 = (l_float32)cos(2.4 * x); numaAddNumber(nax, x); numaAddNumber(nay1, y1); numaAddNumber(nay2, y2); } /* Show the plot */ gplot1 = gplotCreate("/tmp/plotroot1", GPLOT_OUTPUT, "Example plots", "theta", "f(theta)"); gplotAddPlot(gplot1, nax, nay1, GPLOT_STYLE, "sin (2.4 * theta)"); gplotAddPlot(gplot1, nax, nay2, GPLOT_STYLE, "cos (2.4 * theta)"); gplotMakeOutput(gplot1); /* Also save the plot to png */ gplot1->outformat = GPLOT_PNG; stringReplace(&gplot1->outname, "/tmp/plotroot1.png"); gplotMakeOutput(gplot1); /* Test gplot serialization */ gplotWrite("/tmp/gplot1", gplot1); if ((gplot2 = gplotRead("/tmp/gplot1")) == NULL) return ERROR_INT("gplotRead failure!", mainName, 1); gplotWrite("/tmp/gplot2", gplot2); /* Are the two written gplot files the same? */ str1 = (char *)l_binaryRead("/tmp/gplot1", &size1); str2 = (char *)l_binaryRead("/tmp/gplot2", &size2); if (size1 != size2) fprintf(stderr, "Error: size1 = %lu, size2 = %lu\n", (unsigned long)size1, (unsigned long)size2); else fprintf(stderr, "Correct: size1 = size2 = %lu\n", (unsigned long)size1); if (strcmp(str1, str2)) fprintf(stderr, "Error: str1 != str2\n"); else fprintf(stderr, "Correct: str1 == str2\n"); lept_free(str1); lept_free(str2); /* Read from file and regenerate the plot */ gplot3 = gplotRead("/tmp/gplot2"); stringReplace(&gplot3->title , "Example plots regen"); gplot3->outformat = GPLOT_X11; gplotMakeOutput(gplot3); /* Build gplot but do not make the output formatted stuff */ gplot4 = gplotCreate("/tmp/plotroot2", GPLOT_OUTPUT, "Example plots 2", "theta", "f(theta)"); gplotAddPlot(gplot4, nax, nay1, GPLOT_STYLE, "sin (2.4 * theta)"); gplotAddPlot(gplot4, nax, nay2, GPLOT_STYLE, "cos (2.4 * theta)"); /* Write, read back, and generate the plot */ gplotWrite("/tmp/gplot4", gplot4); if ((gplot5 = gplotRead("/tmp/gplot4")) == NULL) return ERROR_INT("gplotRead failure!", mainName, 1); gplotMakeOutput(gplot5); gplotDestroy(&gplot1); gplotDestroy(&gplot2); gplotDestroy(&gplot3); gplotDestroy(&gplot4); gplotDestroy(&gplot5); numaDestroy(&nax); numaDestroy(&nay1); numaDestroy(&nay2); return 0; } leptonica-1.70/prog/pdf2png-gray0000750000175000017500000000132710244261125014675 0ustar dandan#!/bin/bash # pdf2png-gray # # Rasterizes a PDF file, saving a set of 8 bpp grayscale png images # # input: PDF # root name of output files # output: 8 bpp png files for each page scriptname=${0##*/} if test $# != 2 then echo "usage: " $scriptname " inpdffile outpngroot" exit -1 fi inpdffile=$1 outpngroot=$2 # need mysterious "primer" # choose one of the two options below # output image size depending on resolution echo "0 neg 0 neg" translate | gs -sDEVICE=pnggray -sOutputFile=${outpngroot}%03d.png -r300x300 -q - ${inpdffile} # output fixed image size #echo "0 neg 0 neg" translate | gs -sDEVICE=pnggray -sOutputFile=${outpngroot}%03d.png -g2550x3300 -r300x300 -q - ${inpdffile} leptonica-1.70/prog/fhmtautogen.c0000644000175000017500000000476512242266466015167 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * fhmtautogen.c * * This program is used to generate the two files. * If filename is not given, the files are: * fhmtgen..c * fhmtgenlow..c * where is the input index. Otherwise they are: * ..c * low..c * These two files, when compiled, implement hit-miss dwa * operations for all sels generated by selaAddHitMiss(). * * The library files fhmtgen.1.c and fhmtgenlow.1.c * were made using index = 1. */ #include "allheaders.h" int main(int argc, char **argv) { char *filename; l_int32 index; SELA *sela; static char mainName[] = "fhmtautogen"; if (argc != 2 && argc != 3) return ERROR_INT(" Syntax: fhmtautogen index ", mainName, 1); index = atoi(argv[1]); filename = NULL; if (argc == 3) filename = argv[2]; sela = selaAddHitMiss(NULL); if (fhmtautogen(sela, index, filename)) return 1; selaDestroy(&sela); return 0; } leptonica-1.70/prog/lion-mask.00016.tif0000444000175000017500000000063211330622227015514 0ustar dandanII*ÜÿÿÿÿÿÿÿÿþB€Ì ?ÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ€€ÐŒŒÔŠ’(xxleptonica-1.70/prog/pagesegtest1.c0000644000175000017500000000473312267652376015243 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pagesegtest1.c * * Use on, e.g.: feyn.tif, witten.tif, * pageseg1.tif, pageseg2.tif, pageseg3.tif, pageseg4.tif */ #include "allheaders.h" int main(int argc, char **argv) { PIX *pixs, *pixhm, *pixtm, *pixtb, *pixd; PIXA *pixa; char *filein; static char mainName[] = "pagesegtest1"; if (argc != 2) return ERROR_INT(" Syntax: pagesegtest1 filein", mainName, 1); filein = argv[1]; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pixs not made", mainName, 1); pixGetRegionsBinary(pixs, &pixhm, &pixtm, &pixtb, 1); pixDestroy(&pixhm); pixDestroy(&pixtm); pixDestroy(&pixtb); pixDestroy(&pixs); /* Display intermediate images in a single image */ pixa = pixaReadFiles("/tmp", "junk_write"); pixd = pixaDisplayTiledAndScaled(pixa, 32, 400, 4, 0, 20, 3); pixWrite("/tmp/segstuff.png", pixd, IFF_PNG); pixaDestroy(&pixa); pixDestroy(&pixd); return 0; } leptonica-1.70/prog/chars-4.tif0000444000175000017500000000264612226572724014440 0ustar dandanII*è& Mÿÿÿÿÿÿÿÿÿÿÿÿ?†çb †Ç!±È9rÇ x5Aˆ xg‚øC@ä0ær² F¾h"ŸH¡ôœ ¯@Žä‚ añT%w„qÿÑ¡éÒ®•‘ÁqJ­ GGÜ>Gá"ïN“#˜~¿ÿê•[ Õc«î‚(}.¿ü†!~:¥+ ¿|qUõ­ðË¥])Ãz_éW8>ìWî5à þ?úA4¹sJí|!`Þ‚)цҙŒKúקÑ}°Ê_ ã¥O·ù aÇý'ˆ¥AÁÿÿöë~–@È8ÿ¯Ö@ür}AÕ+îïÈäž´´xŽ×«iU¤–½hEl6!ºéjÁ‚ 9ÀÎ ƒV %ˆˆƒDzhDDDDGvGõãi$;ˆãÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿä2^È„Ž@‰ÏÄä¡¡ü†0ÜCá …Á Y=“ ñèAŽ ½1d0r ² †²Ë¸ îIÈ$r}ö‰Øeö‹¶vÃ/C/B0l4A Ðip»a—˜EÛ ¼Ñr<^†˜L&šÚ´ÔŽKÝ3÷A>ßtÿ¥ßzA½Ò 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * adaptnorm_reg.c * * Image normalization for two extreme cases: * * variable and low contrast * * good contrast but fast varying background */ #include "allheaders.h" int main(int argc, char **argv) { l_int32 w, h; l_float32 mps; PIX *pixs, *pixt, *pixmin, *pixd; PIX *pixt1, *pixt2, *pixt3, *pixt4, *pixt5, *pixt6; PIX *pixt7, *pixt8, *pixt9, *pixt10, *pixt11, *pixt12; PIX *pixt13, *pixt14, *pixt15, *pixt16; PIXA *pixac; static char mainName[] = "adaptnorm_reg"; /* ---------------------------------------------------------- * * Normalize by adaptively expanding the dynamic range * * ---------------------------------------------------------- */ pixac = pixaCreate(0); pixs = pixRead("lighttext.jpg"); pixGetDimensions(pixs, &w, &h, NULL); pixSaveTiled(pixs, pixac, 1.0, 1, 20, 8); startTimer(); pixt1 = pixContrastNorm(NULL, pixs, 10, 10, 40, 2, 2); mps = 0.000001 * w * h / stopTimer(); fprintf(stderr, "Time: Contrast norm: %7.3f Mpix/sec\n", mps); pixSaveTiled(pixt1, pixac, 1.0, 1, 40, 8); pixWrite("/tmp/pixt1.png", pixt1, IFF_PNG); /* Apply a gamma to clean up the remaining background */ pixt2 = pixGammaTRC(NULL, pixt1, 1.5, 50, 235); pixSaveTiled(pixt2, pixac, 1.0, 0, 40, 8); pixWrite("/tmp/pixt2.png", pixt2, IFF_PNG); /* Here are two possible output display images; a dithered * 2 bpp image and a 7 level thresholded 4 bpp image */ pixt3 = pixDitherTo2bpp(pixt2, 1); pixSaveTiled(pixt3, pixac, 1.0, 0, 40, 8); pixWrite("/tmp/pixt3.png", pixt3, IFF_PNG); pixt4 = pixThresholdTo4bpp(pixt2, 7, 1); pixSaveTiled(pixt4, pixac, 1.0, 0, 40, 8); pixWrite("/tmp/pixt4.png", pixt4, IFF_PNG); /* Binary image produced from 8 bpp normalized ones, * before and after the gamma correction. */ pixt5 = pixThresholdToBinary(pixt1, 180); pixSaveTiled(pixt5, pixac, 1.0, 1, 40, 8); pixWrite("/tmp/pixt5.png", pixt5, IFF_PNG); pixt6 = pixThresholdToBinary(pixt2, 200); pixSaveTiled(pixt6, pixac, 1.0, 0, 40, 8); pixWrite("/tmp/pixt6.png", pixt6, IFF_PNG); pixDestroy(&pixs); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); pixDestroy(&pixt5); pixDestroy(&pixt6); pixd = pixaDisplay(pixac, 0, 0); pixDisplay(pixd, 100, 100); pixWrite("/tmp/norm.png", pixd, IFF_PNG); pixDestroy(&pixd); pixaDestroy(&pixac); /* ---------------------------------------------------------- * * Normalize for rapidly varying background * * ---------------------------------------------------------- */ pixac = pixaCreate(0); pixs = pixRead("w91frag.jpg"); pixGetDimensions(pixs, &w, &h, NULL); pixSaveTiled(pixs, pixac, 1.0, 1, 20, 8); startTimer(); pixt7 = pixBackgroundNormFlex(pixs, 7, 7, 1, 1, 10); mps = 0.000001 * w * h / stopTimer(); fprintf(stderr, "Time: Flexible bg norm: %7.3f Mpix/sec\n", mps); pixSaveTiled(pixt7, pixac, 1.0, 0, 40, 8); pixWrite("/tmp/pixt7.png", pixt7, IFF_PNG); /* Now do it again in several steps */ pixt8 = pixScaleSmooth(pixs, 1./7., 1./7.); pixt = pixScale(pixt8, 7.0, 7.0); pixSaveTiled(pixt, pixac, 1.0, 1, 20, 8); pixDestroy(&pixt); pixLocalExtrema(pixt8, 0, 0, &pixmin, NULL); /* 1's at minima */ pixt9 = pixExpandBinaryReplicate(pixmin, 7); pixSaveTiled(pixt9, pixac, 1.0, 0, 20, 8); pixt10 = pixSeedfillGrayBasin(pixmin, pixt8, 10, 4); pixt11 = pixExtendByReplication(pixt10, 1, 1); pixt12 = pixGetInvBackgroundMap(pixt11, 200, 1, 1); /* smoothing incl. */ pixt13 = pixApplyInvBackgroundGrayMap(pixs, pixt12, 7, 7); pixSaveTiled(pixt13, pixac, 1.0, 0, 20, 8); /* Process the result for gray and binary output */ pixt14 = pixGammaTRCMasked(NULL, pixt7, NULL, 1.0, 100, 175); pixSaveTiled(pixt14, pixac, 1.0, 1, 20, 8); pixt15 = pixThresholdTo4bpp(pixt14, 10, 1); pixSaveTiled(pixt15, pixac, 1.0, 0, 20, 8); pixt16 = pixThresholdToBinary(pixt14, 190); pixSaveTiled(pixt16, pixac, 1.0, 0, 20, 8); pixDestroy(&pixs); pixDestroy(&pixt7); pixDestroy(&pixmin); pixDestroy(&pixt8); pixDestroy(&pixt9); pixDestroy(&pixt10); pixDestroy(&pixt11); pixDestroy(&pixt12); pixDestroy(&pixt13); pixDestroy(&pixt14); pixDestroy(&pixt15); pixDestroy(&pixt16); pixd = pixaDisplay(pixac, 0, 0); pixDisplay(pixd, 100, 100); pixWrite("/tmp/flex.png", pixd, IFF_PNG); pixDestroy(&pixd); pixaDestroy(&pixac); return 0; } leptonica-1.70/prog/sudoku7.dat0000444000175000017500000000032611465606421014553 0ustar dandan# sudoku7.dat # 4 star sudoku (Jackson Hole daily) 7 8 6 0 0 0 5 0 3 0 0 0 0 0 8 0 6 2 0 0 0 0 5 0 0 4 0 3 4 0 0 8 0 0 0 0 0 0 5 0 0 0 4 0 0 0 0 0 0 6 0 0 3 5 0 3 0 0 1 0 0 0 0 6 9 0 8 0 0 0 0 0 8 0 4 0 0 0 1 7 9 leptonica-1.70/prog/bilinear_reg.c0000644000175000017500000001523012240303503015233 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * bilinear_reg.c */ #include "allheaders.h" static void MakePtas(l_int32 i, PTA **pptas, PTA **pptad); /* Sample values. * 1: test with relatively large distortion * 2-3: invertability tests */ static const l_int32 x1[] = { 32, 32, 32}; static const l_int32 y1[] = { 150, 150, 150}; static const l_int32 x2[] = { 520, 520, 520}; static const l_int32 y2[] = { 150, 150, 150}; static const l_int32 x3[] = { 32, 32, 32}; static const l_int32 y3[] = { 612, 612, 612}; static const l_int32 x4[] = { 520, 520, 520}; static const l_int32 y4[] = { 612, 612, 612}; static const l_int32 xp1[] = { 32, 32, 32}; static const l_int32 yp1[] = { 150, 150, 150}; static const l_int32 xp2[] = { 520, 520, 520}; static const l_int32 yp2[] = { 44, 124, 140}; static const l_int32 xp3[] = { 32, 32, 32}; static const l_int32 yp3[] = { 612, 612, 612}; static const l_int32 xp4[] = { 520, 520, 520}; static const l_int32 yp4[] = { 694, 624, 622}; #define ALL 1 #define ADDED_BORDER_PIXELS 500 int main(int argc, char **argv) { l_int32 i; PIX *pixs, *pixgb, *pixt1, *pixt2, *pixt3, *pixt4, *pixg, *pixd; PIXA *pixa; PTA *ptas, *ptad; static char mainName[] = "bilinear_reg"; if (argc != 1) return ERROR_INT(" Syntax: bilinear_reg", mainName, 1); #if 1 pixs = pixRead("feyn.tif"); pixg = pixScaleToGray3(pixs); #else pixs = pixRead("marge.jpg"); pixg = pixConvertTo8(pixs, 0); #endif #if ALL /* Test non-invertability of sampling */ pixa = pixaCreate(0); for (i = 1; i < 3; i++) { pixgb = pixAddBorder(pixg, ADDED_BORDER_PIXELS, 255); MakePtas(i, &ptas, &ptad); pixt1 = pixBilinearSampledPta(pixgb, ptad, ptas, L_BRING_IN_WHITE); pixSaveTiled(pixt1, pixa, 0.5, 1, 20, 8); pixt2 = pixBilinearSampledPta(pixt1, ptas, ptad, L_BRING_IN_WHITE); pixSaveTiled(pixt2, pixa, 0.5, 0, 20, 0); pixd = pixRemoveBorder(pixt2, ADDED_BORDER_PIXELS); pixInvert(pixd, pixd); pixXor(pixd, pixd, pixg); pixSaveTiled(pixd, pixa, 0.5, 0, 20, 0); if (i == 0) pixWrite("/tmp/junksamp.png", pixt1, IFF_PNG); pixDestroy(&pixgb); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixd); ptaDestroy(&ptas); ptaDestroy(&ptad); } pixt1 = pixaDisplay(pixa, 0, 0); pixWrite("/tmp/junkbilin1.png", pixt1, IFF_PNG); pixDisplay(pixt1, 100, 300); pixDestroy(&pixt1); pixaDestroy(&pixa); #endif #if ALL /* Test non-invertability of interpolation */ pixa = pixaCreate(0); for (i = 1; i < 3; i++) { pixgb = pixAddBorder(pixg, ADDED_BORDER_PIXELS, 255); MakePtas(i, &ptas, &ptad); pixt1 = pixBilinearPta(pixgb, ptad, ptas, L_BRING_IN_WHITE); pixSaveTiled(pixt1, pixa, 0.5, 1, 20, 8); pixt2 = pixBilinearPta(pixt1, ptas, ptad, L_BRING_IN_WHITE); pixSaveTiled(pixt2, pixa, 0.5, 0, 20, 0); pixd = pixRemoveBorder(pixt2, ADDED_BORDER_PIXELS); pixInvert(pixd, pixd); pixXor(pixd, pixd, pixg); pixSaveTiled(pixd, pixa, 0.5, 0, 20, 0); if (i == 0) pixWrite("/tmp/junkinterp.png", pixt1, IFF_PNG); pixDestroy(&pixgb); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixd); ptaDestroy(&ptas); ptaDestroy(&ptad); } pixt1 = pixaDisplay(pixa, 0, 0); pixWrite("/tmp/junkbilin2.png", pixt1, IFF_PNG); pixDisplay(pixt1, 100, 300); pixDestroy(&pixt1); pixaDestroy(&pixa); #endif #if ALL /* test with large distortion and inversion */ MakePtas(0, &ptas, &ptad); pixa = pixaCreate(0); startTimer(); pixt1 = pixBilinearSampledPta(pixg, ptas, ptad, L_BRING_IN_WHITE); fprintf(stderr, " Time for pixBilinearSampled(): %6.2f sec\n", stopTimer()); pixSaveTiled(pixt1, pixa, 0.5, 1, 20, 8); startTimer(); pixt2 = pixBilinearPta(pixg, ptas, ptad, L_BRING_IN_WHITE); fprintf(stderr, " Time for pixBilinearInterpolated(): %6.2f sec\n", stopTimer()); pixSaveTiled(pixt2, pixa, 0.5, 0, 20, 8); pixt3 = pixBilinearSampledPta(pixt1, ptad, ptas, L_BRING_IN_WHITE); pixSaveTiled(pixt3, pixa, 0.5, 0, 20, 8); pixt4 = pixBilinearPta(pixt2, ptad, ptas, L_BRING_IN_WHITE); pixSaveTiled(pixt4, pixa, 0.5, 0, 20, 8); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); pixt1 = pixaDisplay(pixa, 0, 0); pixWrite("/tmp/junkbilin3.png", pixt1, IFF_PNG); pixDisplay(pixt1, 100, 300); pixDestroy(&pixt1); pixaDestroy(&pixa); pixDestroy(&pixs); pixDestroy(&pixg); ptaDestroy(&ptas); ptaDestroy(&ptad); #endif return 0; } static void MakePtas(l_int32 i, PTA **pptas, PTA **pptad) { *pptas = ptaCreate(4); ptaAddPt(*pptas, x1[i], y1[i]); ptaAddPt(*pptas, x2[i], y2[i]); ptaAddPt(*pptas, x3[i], y3[i]); ptaAddPt(*pptas, x4[i], y4[i]); *pptad = ptaCreate(4); ptaAddPt(*pptad, xp1[i], yp1[i]); ptaAddPt(*pptad, xp2[i], yp2[i]); ptaAddPt(*pptad, xp3[i], yp3[i]); ptaAddPt(*pptad, xp4[i], yp4[i]); return; } leptonica-1.70/prog/jbwords.c0000644000175000017500000001121712242266274014303 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * jbwords.c * * jbwords dirin thresh weight rootname [firstpage npages] * * dirin: directory of input pages * reduction: 1 (full res) or 2 (half-res) * thresh: 0.80 is a reasonable compromise between accuracy * and number of classes, for characters * weight: 0.6 seems to work reasonably with thresh = 0.8. * rootname: used for naming the two output files (templates * and c.c. data) * firstpage: 0-based; default is 0 * npages: use 0 for all pages; default is 0 * */ #include "allheaders.h" /* Eliminate very large "words" */ static const l_int32 MAX_WORD_WIDTH = 500; static const l_int32 MAX_WORD_HEIGHT = 200; #define BUF_SIZE 512 /* select additional debug output */ #define RENDER_PAGES 1 #define RENDER_DEBUG 1 int main(int argc, char **argv) { char filename[BUF_SIZE]; char *dirin, *rootname, *fname; l_int32 reduction, i, firstpage, npages, nfiles; l_float32 thresh, weight; JBDATA *data; JBCLASSER *classer; NUMA *natl; SARRAY *safiles; PIX *pix; PIXA *pixa, *pixadb; static char mainName[] = "jbwords"; if (argc != 6 && argc != 8) return ERROR_INT(" Syntax: jbwords dirin reduction thresh " "weight rootname [firstpage, npages]", mainName, 1); dirin = argv[1]; reduction = atoi(argv[2]); thresh = atof(argv[3]); weight = atof(argv[4]); rootname = argv[5]; if (argc == 6) { firstpage = 0; npages = 0; } else { firstpage = atoi(argv[6]); npages = atoi(argv[7]); } classer = jbWordsInTextlines(dirin, reduction, MAX_WORD_WIDTH, MAX_WORD_HEIGHT, thresh, weight, &natl, firstpage, npages); /* Save and write out the result */ data = jbDataSave(classer); jbDataWrite(rootname, data); #if RENDER_PAGES /* Render the pages from the classifier data, and write to file. * Use debugflag == FALSE to omit outlines of each component. */ pixa = jbDataRender(data, FALSE); npages = pixaGetCount(pixa); for (i = 0; i < npages; i++) { pix = pixaGetPix(pixa, i, L_CLONE); snprintf(filename, BUF_SIZE, "%s.%05d", rootname, i); fprintf(stderr, "filename: %s\n", filename); pixWrite(filename, pix, IFF_PNG); pixDestroy(&pix); } pixaDestroy(&pixa); #endif /* RENDER_PAGES */ #if RENDER_DEBUG /* Use debugflag == TRUE to see outlines of each component. */ pixadb = jbDataRender(data, TRUE); /* Write the debug pages out */ npages = pixaGetCount(pixadb); for (i = 0; i < npages; i++) { pix = pixaGetPix(pixadb, i, L_CLONE); snprintf(filename, BUF_SIZE, "%s.db.%05d", rootname, i); fprintf(stderr, "filename: %s\n", filename); pixWrite(filename, pix, IFF_PNG); pixDestroy(&pix); } pixaDestroy(&pixadb); #endif /* RENDER_DEBUG */ jbClasserDestroy(&classer); jbDataDestroy(&data); numaDestroy(&natl); return 0; } leptonica-1.70/prog/redcover.jpg0000444000175000017500000005227211751724474015011 0ustar dandanÿØÿàJFIF$$ÿÛC    $.' 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dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * coloring_reg.c * * This tests simple coloring functions. */ #include "string.h" #include "allheaders.h" static const char *bgcolors[] = {"255 255 235", "255 245 235", "255 235 245", "235 245 255"}; l_int32 main(int argc, char **argv) { char buf[512]; l_int32 i, n, index; l_int32 rval[4], gval[4], bval[4]; l_uint32 scolor, dcolor; L_BMF *bmf; PIX *pix0, *pix1, *pix2, *pix3, *pix4, *pix5; PIXA *pixa; PIXCMAP *cmap; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; /* Read in the bg colors */ for (i = 0; i < 4; i++) sscanf(bgcolors[i], "%d %d %d", &rval[i], &gval[i], &bval[i]); bmf = bmfCreate("fonts", 8); /* Get the input image (100 ppi resolution) */ pix0 = pixRead("harmoniam100-11.png"); cmap = pixGetColormap(pix0); pixa = pixaCreate(0); /* Do cmapped coloring on the white pixels only */ pixcmapGetIndex(cmap, 255, 255, 255, &index); /* index of white pixels */ for (i = 0; i < 4; i++) { pixcmapResetColor(cmap, index, rval[i], gval[i], bval[i]); snprintf(buf, sizeof(buf), "(rval, bval, gval) = (%d, %d, %d)", rval[i], gval[i], bval[i]); pix1 = pixAddSingleTextblock(pix0, bmf, buf, 0xff000000, L_ADD_AT_BOT, NULL); pixaAddPix(pixa, pix1, L_INSERT); } /* Do cmapped background coloring on all the pixels */ for (i = 0; i < 4; i++) { scolor = 0xffffff00; /* source color */ composeRGBPixel(rval[i], gval[i], bval[i], &dcolor); /* dest color */ pix1 = pixShiftByComponent(NULL, pix0, scolor, dcolor); snprintf(buf, sizeof(buf), "(rval, bval, gval) = (%d, %d, %d)", rval[i], gval[i], bval[i]); pix2 = pixAddSingleTextblock(pix1, bmf, buf, 0xff000000, L_ADD_AT_BOT, NULL); pixaAddPix(pixa, pix2, L_INSERT); pixDestroy(&pix1); } /* Do background coloring on rgb */ pix1 = pixConvertTo32(pix0); for (i = 0; i < 4; i++) { scolor = 0xffffff00; composeRGBPixel(rval[i], gval[i], bval[i], &dcolor); pix2 = pixShiftByComponent(NULL, pix1, scolor, dcolor); snprintf(buf, sizeof(buf), "(rval, bval, gval) = (%d, %d, %d)", rval[i], gval[i], bval[i]); pix3 = pixAddSingleTextblock(pix2, bmf, buf, 0xff000000, L_ADD_AT_BOT, NULL); pixaAddPix(pixa, pix3, L_INSERT); pixDestroy(&pix2); } pixDestroy(&pix1); /* Compare cmapped & rgb foreground coloring */ scolor = 0x0; /* source color */ composeRGBPixel(200, 30, 150, &dcolor); /* ugly fg dest color */ pix1 = pixShiftByComponent(NULL, pix0, scolor, dcolor); /* cmapped */ snprintf(buf, sizeof(buf), "(rval, bval, gval) = (%d, %d, %d)", 200, 100, 50); pix2 = pixAddSingleTextblock(pix1, bmf, buf, 0xff000000, L_ADD_AT_BOT, NULL); pixaAddPix(pixa, pix2, L_INSERT); pix3 = pixConvertTo32(pix0); pix4 = pixShiftByComponent(NULL, pix3, scolor, dcolor); /* rgb */ snprintf(buf, sizeof(buf), "(rval, bval, gval) = (%d, %d, %d)", 200, 100, 50); pix5 = pixAddSingleTextblock(pix4, bmf, buf, 0xff000000, L_ADD_AT_BOT, NULL); pixaAddPix(pixa, pix5, L_INSERT); regTestComparePix(rp, pix1, pix4); regTestComparePix(rp, pix2, pix5); pixDestroy(&pix1); pixDestroy(&pix3); pixDestroy(&pix4); /* Log all the results */ n = pixaGetCount(pixa); for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixa, i, L_CLONE); regTestWritePixAndCheck(rp, pix1, IFF_PNG); pixDestroy(&pix1); } /* If in testing mode, make a pdf */ if (rp->display) { pixaConvertToPdf(pixa, 100, 1.0, L_FLATE_ENCODE, 0, "Colored background", "/tmp/coloring.pdf"); } pixaDestroy(&pixa); pixDestroy(&pix0); bmfDestroy(&bmf); return regTestCleanup(rp); } leptonica-1.70/prog/greencover.jpg0000444000175000017500000005233711751724470015335 0ustar dandanÿØÿàJFIF––ÿÛC    $.' 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * fmorphauto_reg.c * * Basic regression test for erosion & dilation: rasterops & dwa. * * Tests erosion and dilation from 58 structuring elements * by comparing the full image rasterop results with the * automatically generated dwa results. * * Results must be identical for all operations. */ #include "allheaders.h" /* defined in morph.c */ LEPT_DLL extern l_int32 MORPH_BC; int main(int argc, char **argv) { l_int32 i, nsels, same, xorcount; char *filein, *selname; PIX *pixs, *pixs1, *pixt1, *pixt2, *pixt3, *pixt4; SEL *sel; SELA *sela; static char mainName[] = "fmorphauto_reg"; if (argc != 2) return ERROR_INT(" Syntax: fmorphauto_reg filein", mainName, 1); filein = argv[1]; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pix not made", mainName, 1); sela = selaAddBasic(NULL); nsels = selaGetCount(sela); for (i = 0; i < nsels; i++) { sel = selaGetSel(sela, i); selname = selGetName(sel); /* --------- dilation ----------*/ pixt1 = pixDilate(NULL, pixs, sel); pixs1 = pixAddBorder(pixs, 32, 0); pixt2 = pixFMorphopGen_1(NULL, pixs1, L_MORPH_DILATE, selname); pixt3 = pixRemoveBorder(pixt2, 32); pixt4 = pixXor(NULL, pixt1, pixt3); pixZero(pixt4, &same); if (same == 1) { fprintf(stderr, "dilations are identical for sel %d (%s)\n", i, selname); } else { fprintf(stderr, "dilations differ for sel %d (%s)\n", i, selname); pixCountPixels(pixt4, &xorcount, NULL); fprintf(stderr, "Number of pixels in XOR: %d\n", xorcount); } pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); pixDestroy(&pixs1); /* --------- erosion with asymmetric b.c ----------*/ resetMorphBoundaryCondition(ASYMMETRIC_MORPH_BC); fprintf(stderr, "MORPH_BC = %d ... ", MORPH_BC); pixt1 = pixErode(NULL, pixs, sel); if (MORPH_BC == ASYMMETRIC_MORPH_BC) pixs1 = pixAddBorder(pixs, 32, 0); /* OFF border pixels */ else pixs1 = pixAddBorder(pixs, 32, 1); /* ON border pixels */ pixt2 = pixFMorphopGen_1(NULL, pixs1, L_MORPH_ERODE, selname); pixt3 = pixRemoveBorder(pixt2, 32); pixt4 = pixXor(NULL, pixt1, pixt3); pixZero(pixt4, &same); if (same == 1) { fprintf(stderr, "erosions are identical for sel %d (%s)\n", i, selname); } else { fprintf(stderr, "erosions differ for sel %d (%s)\n", i, selname); pixCountPixels(pixt4, &xorcount, NULL); fprintf(stderr, "Number of pixels in XOR: %d\n", xorcount); } pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); pixDestroy(&pixs1); /* --------- erosion with symmetric b.c ----------*/ resetMorphBoundaryCondition(SYMMETRIC_MORPH_BC); fprintf(stderr, "MORPH_BC = %d ... ", MORPH_BC); pixt1 = pixErode(NULL, pixs, sel); if (MORPH_BC == ASYMMETRIC_MORPH_BC) pixs1 = pixAddBorder(pixs, 32, 0); /* OFF border pixels */ else pixs1 = pixAddBorder(pixs, 32, 1); /* ON border pixels */ pixt2 = pixFMorphopGen_1(NULL, pixs1, L_MORPH_ERODE, selname); pixt3 = pixRemoveBorder(pixt2, 32); pixt4 = pixXor(NULL, pixt1, pixt3); pixZero(pixt4, &same); if (same == 1) { fprintf(stderr, "erosions are identical for sel %d (%s)\n", i, selname); } else { fprintf(stderr, "erosions differ for sel %d (%s)\n", i, selname); pixCountPixels(pixt4, &xorcount, NULL); fprintf(stderr, "Number of pixels in XOR: %d\n", xorcount); } pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); pixDestroy(&pixs1); } return 0; } leptonica-1.70/prog/blend-green2.png0000444000175000017500000001713211653424354015437 0ustar dandan‰PNG  IHDR?{¬$VŸPLTE %""!"434.1?;@=A@>A9>BÀ8àÇ“5™“Î+ ¼WÀÄqâÅþ8ïÌüh½Îû3íÛï#—â‡r{õ 17ü €óäëçïØ[†J’EJEØ‘Kb­ýÆ:ù¯ð×ÌvHŽ*›¢};}oYê²(~RåG þ™$@Ä̵S‰hÇ\.¬Ç×1Eiðj*ËÍÛo$â-Š4=0–Èí‹O™»9Š¤%I+Ü$QÑþ'’Ë£>_ÙØÆ_E~ˆ¸4×EœVÛªvzu|üô¸ðýŒø1¥~ø\*YÁ"þ| ÃTùhìÀ†ˆAfŸ€Îâb÷è7’õã÷HrBxûÒ8Mi/h¦Š´U’˜EGóøËa%ÐKGL—*Mõ½³\€n¼©îù40V wìÐ6Š£âj³?b¯ß÷m¾¿Ülþ°ø,†çÉ9ü€Ï{ã¤#Íÿ2Nü@ƒ;F¬8,rP rg°þîèÛÍ?s[öFäd?CŒ3Z#|h±Âv3·¶‹Ê¾3éµ6v¶gÙü“,Ù±ýÏú0)ù@A±4´cУ:Úo—¿µlø™äq9\U6üL²ág½lø™dÃÏzYŸrrzg^зˆŸõr)~öÞë`<¦žTžõø¹é¯È†Ÿõr)~¼aÛüžp ©é~Ôü_ÚùìPšB·Te¼š›0-úÖlÃÏz¹?˜Ê~²‡¿‚G¦>1‚xãÁÏÉø p=x9s>ì<.dB(K^t±FGÊûˆ÷ÁÇ@>ß ?‘ ?ëeEÿg§´žTÞ°ÁL½øDýœ!Îw/*…3¸È>ˆÍ¢’ÚÄšØ+¹’r¹À§ÊøCQ[&Gê»Ë†Ÿõr9~K£á„?ôE³ÉQ±Ùk^è*í ŽÒ\wR +Œb¬YÊE¥x¯~`jÃÏz¹? 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * compare_reg.c * * This tests comparison of images that are: * * (1) translated with respect to each other * (2) only slightly different in content */ #include "string.h" #include "allheaders.h" l_int32 main(int argc, char **argv) { l_int32 delx, dely, etransx, etransy, w, h, area1, area2; l_int32 *stab, *ctab; l_float32 cx1, cy1, cx2, cy2, score, fract; PIX *pix0, *pix1, *pix2, *pix3, *pix4, *pix5; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; /* ------------ Test of pixBestCorrelation() --------------- */ pix0 = pixRead("harmoniam100-11.png"); pix1 = pixConvertTo1(pix0, 160); pixGetDimensions(pix1, &w, &h, NULL); /* Now make a smaller image, translated by (-32, -12) * Except for the resizing, this is equivalent to * pix2 = pixTranslate(NULL, pix1, -32, -12, L_BRING_IN_WHITE); */ pix2 = pixCreate(w - 10, h, 1); pixRasterop(pix2, 0, 0, w, h, PIX_SRC, pix1, 32, 12); /* Get the number of FG pixels and the centroid locations */ stab = makePixelSumTab8(); ctab = makePixelCentroidTab8(); pixCountPixels(pix1, &area1, stab); pixCountPixels(pix2, &area2, stab); pixCentroid(pix1, ctab, stab, &cx1, &cy1); pixCentroid(pix2, ctab, stab, &cx2, &cy2); etransx = lept_roundftoi(cx1 - cx2); etransy = lept_roundftoi(cy1 - cy2); fprintf(stderr, "delta cx = %d, delta cy = %d\n", etransx, etransy); /* Get the best correlation, searching around the translation * where the centroids coincide */ pixBestCorrelation(pix1, pix2, area1, area2, etransx, etransy, 4, stab, &delx, &dely, &score, 5); fprintf(stderr, "delx = %d, dely = %d, score = %7.4f\n", delx, dely, score); regTestCompareValues(rp, 32, delx, 0); /* 0 */ regTestCompareValues(rp, 12, dely, 0); /* 1 */ regTestCheckFile(rp, "/tmp/correl_5.png"); /* 2 */ lept_rm(NULL, "correl_5.png"); lept_free(stab); lept_free(ctab); pixDestroy(&pix0); pixDestroy(&pix1); pixDestroy(&pix2); /* ------------ Test of pixCompareWithTranslation() ------------ */ /* Now use the pyramid to get the result. Do a translation * to remove pixels at the bottom from pix2, so that the * centroids are initially far apart. */ pix1 = pixRead("harmoniam-11.tif"); pix2 = pixTranslate(NULL, pix1, -45, 25, L_BRING_IN_WHITE); l_pdfSetDateAndVersion(0); pixCompareWithTranslation(pix1, pix2, 160, &delx, &dely, &score, 1); pixDestroy(&pix1); pixDestroy(&pix2); fprintf(stderr, "delx = %d, dely = %d\n", delx, dely); regTestCompareValues(rp, 45, delx, 0); /* 3 */ regTestCompareValues(rp, -25, dely, 0); /* 4 */ regTestCheckFile(rp, "/tmp/cmp.pdf"); /* 5 */ regTestCheckFile(rp, "/tmp/correl.pdf"); /* 6 */ /* ------------ Test of pixGetPerceptualDiff() --------------- */ pix0 = pixRead("greencover.jpg"); pix1 = pixRead("redcover.jpg"); /* pre-scaled to the same size */ /* Apply directly to the color images */ pixGetPerceptualDiff(pix0, pix1, 1, 3, 20, &fract, &pix2, &pix3); fprintf(stderr, "Fraction of color pixels = %f\n", fract); regTestCompareValues(rp, 0.061252, fract, 0.01); /* 7 */ regTestWritePixAndCheck(rp, pix2, IFF_JFIF_JPEG); /* 8 */ regTestWritePixAndCheck(rp, pix3, IFF_TIFF_G4); /* 9 */ pixDestroy(&pix2); pixDestroy(&pix3); /* Apply to grayscale images */ pix2 = pixConvertTo8(pix0, 0); pix3 = pixConvertTo8(pix1, 0); pixGetPerceptualDiff(pix2, pix3, 1, 3, 20, &fract, &pix4, &pix5); fprintf(stderr, "Fraction of grayscale pixels = %f\n", fract); regTestCompareValues(rp, 0.046928, fract, 0.0002); /* 10 */ regTestWritePixAndCheck(rp, pix4, IFF_JFIF_JPEG); /* 11 */ regTestWritePixAndCheck(rp, pix5, IFF_TIFF_G4); /* 12 */ pixDestroy(&pix0); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); pixDestroy(&pix5); return regTestCleanup(rp); } leptonica-1.70/prog/heap_reg.c0000644000175000017500000000623412240303033014365 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * heap_reg.c * * Tests the heap utility. */ #include "allheaders.h" struct HeapElement { l_float32 distance; l_int32 x; l_int32 y; }; typedef struct HeapElement HEAPEL; static const l_int32 NELEM = 50; int main(int argc, char **argv) { l_int32 i; l_float32 frand, fval; HEAPEL *item; NUMA *na; L_HEAP *lh; static char mainName[] = "heap_reg"; if (argc != 1) return ERROR_INT(" Syntax: heap_reg", mainName, 1); /* make a numa of random numbers */ na = numaCreate(5); for (i = 0; i < NELEM; i++) { frand = (l_float32)rand() / (l_float32)RAND_MAX; numaAddNumber(na, frand); } /* make an array of HEAPELs with the same numbers */ lh = lheapCreate(5, L_SORT_INCREASING); for (i = 0; i < NELEM; i++) { numaGetFValue(na, i, &fval); item = (HEAPEL *)lept_calloc(1, sizeof(HEAPEL)); item->distance = fval; lheapAdd(lh, item); } lheapPrint(stderr, lh); /* switch the direction and resort into a heap */ lh->direction = L_SORT_DECREASING; lheapSort(lh); lheapPrint(stderr, lh); /* resort for strict order */ lheapSortStrictOrder(lh); lheapPrint(stderr, lh); /* switch the direction again and resort into a heap */ lh->direction = L_SORT_INCREASING; lheapSort(lh); lheapPrint(stderr, lh); /* remove the elements, one at a time */ for (i = 0; lheapGetCount(lh) > 0; i++) { item = (HEAPEL *)lheapRemove(lh); fprintf(stderr, "item %d: %f\n", i, item->distance); lept_free(item); } lheapDestroy(&lh, 1); numaDestroy(&na); return 0; } leptonica-1.70/prog/test1.bmp0000444000175000017500000007401607277671633014244 0ustar dandanBMx>(&ªÐwm m ÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿüÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿüÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÉp÷ÿ÷ÿºÕçÿÿÿÿÿÿÿÿÿÿÿÿÿÿüÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÁêþÕz­Õݧÿÿÿÿÿÿÿÿÿÿÿÿÿÿüÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿð­×«µ÷:kOÿÿÿÿÿÿÿÿÿÿÿÿÿÿüÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿðVªÞÖªÕØçÿÿÿÿÿÿÿÿÿÿÿÿÿÿüÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿø»]k«Uz¯GÿÿÿÿÿÿÿÿÿÿÿÿÿÿüÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿøvêÕ]ª·]ÿÿÿÿÿÿÿÿÿÿÿÿÿÿüûÿÿÿöÚ¿ï÷þ¶í·ÿþúõªª·ÿý¶¾ÿÿÿÛÛwÿÿÿÿÿÿÿÿÿÿÿÿÿÿø«]~º÷]+Gÿÿÿÿÿÿÿÿÿÿÿÿÿÿüóÿÿî9÷óœÿÿHUªÿÿÿÿÿÿÿÿÿÿÿÿÿÿüUû­ÕY*ÏÿÿÿÿÿÿÿÿÿÿÿÿÿÿüñÿÿÈ; óõLÿ€*$KjU ÿÿÿÿÿÿÿÿÿÿÿÿÿÿüª­v«®T‡ÿÿÿÿÿÿÿÿÿÿÿÿÿÿüñÿÿ†­^ýóŒ ?ÿ” DJ ƒÿÿÿÿÿÿÿÿÿÿÿÿÿÿüÍû«uvjÇÿÿÿÿÿÿÿÿÿÿÿÿÿÿüðúzêÀ~òÜÿà@¬À€‡ÿÿÿÿÿÿÿÿÿÿÿÿÿÿü d¦ÝÖ«4Hƒÿÿÿÿÿÿÿÿÿÿÿÿÿÿüøéîx¬Õ`>r˜€ÿਨ 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‰PNG  IHDR.õíÛ pHYs¸Œ¸ŒÌö»/VIDAT™cøÿÿ9Ä? ñD< @±Ì@â?8`$€êþ°‰ò@â@=`ée‡`.X¬¬¬ bÀ~˜¡`ã!­[N¼sÿ@‹sxŽ×IEND®B`‚ pix[29]: xres = 1200, yres = 1200 ‰PNG  IHDR.Ú4Ø pHYs¸Œ¸ŒÌö»/IDAT™cøÿÿÿšh€ŠŠI&¯Õ•‰÷(™ÊIEND®B`‚ pix[30]: xres = 1200, yres = 1200 ‰PNG  IHDR.Ú4Ø pHYs¸Œ¸ŒÌö»/UIDAT™cøÿÿÿÒ {Á"˜ADC=x $~°ƒ”0‚ˆõ@âƒ<øÃÒÆ"8‰ @âŒËSV ÖÆ3 lhÜ"~¸å¤8@h”Æ¢ðyDIEND®B`‚ pix[31]: xres = 1200, yres = 1200 ‰PNG  IHDR. t, pHYs¸Œ¸ŒÌö»/`IDAT™uͱ € „á3àŒ‚›igé¬rÆEF#_÷¿{(…¨â@øž`G,3áü[E ´Â(ºó²É.«"["MÚÓæÑH’ï_«SÍ+Ùoóã¬Iiœ›@ûáIEND®B`‚ pix[32]: xres = 1200, yres = 1200 ‰PNG  IHDR#.Š<* pHYs¸Œ¸ŒÌö»/¥IDAT•Ï½ Â@ à'!‘.f”»Ø «dj‘(Ò‘™¢iÁ'8:#bœ‘_é÷ÔŽ±š0É(Í:‘IÚ0R©!7Œ¨*Œ š*¼L^Ýè1È>šx.€6ˆ¨›½K ¸l³ Åx]ô(Üdîâ¥2Ù>?[JKÏ£ÉoÆPŸz g±” éèç&ÕÚÊvŒ‘t75ú­lëþõ ë˜åõç¢ÔIEND®B`‚ pix[33]: xres = 1200, yres = 1200 ‰PNG  IHDR&.lVn pHYs¸Œ¸ŒÌö»/„IDAT••ÏÁ ƒP„á‘<Ú@À"ØJJH‚†`K 9؆^Èå–·™ÝEðê¾ãåªËηûØyw+îÅ,áu¤rsSOs[ú ÅüIC?%¬éª9ë‰N0Š¶úÚ,½>ÝU £®ƒ™dÚ!«æ‰ž15l5ØÞòO¬»c !ØÌIEND®B`‚ pix[34]: xres = 1200, yres = 1200 ‰PNG  IHDR.ÄDŸ 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pHYs¸Œ¸ŒÌö»/IDAT™cøÿÿÃp!€°b`ø4˜áó†ì`‡“MÚ‚¢Qm:ÍIEND®B`‚ pix[69]: xres = 1200, yres = 1200 ‰PNG  IHDR2pò¶ pHYs¸Œ¸ŒÌö»/UIDAT™cøÿÿɸáÃ?††?6 þÉ0<üÇÃpø? ·ƒq;3þc€ ÿ3q3âõOÈ÷0|`àaøÁ`4›d7í#uÙ,>äIEND®B`‚ pix[70]: xres = 1200, yres = 1200 ‰PNG  IHDR2}ìfñ pHYs¸Œ¸ŒÌö»/9IDAT™cøÿŸáÿ†ÿþ70ü·aøWÏð§žáÇú€024€¦AÄÀÏÀÀβŽ0‹W•ÆË tIEND®B`‚ pix[71]: xres = 1200, yres = 1200 ‰PNG  IHDR2ùM; pHYs¸Œ¸ŒÌö»/vIDAT™¥Í± ƒ@DÑ.¤J¡-g^ÉmÑÖ5pd¶tºõ!„$/ÙÕÜݸET‚oö䆱¶Á˜üÊ«b2–ú4¶GÊ‘JÁOå]d±ˆ7IôñLk +êmFòb g>:d½¬±æsjì&ûÛ—„|Y¢4 IEND®B`‚ pix[72]: xres = 1200, yres = 1200 ‰PNG  IHDR2ˆíA pHYs¸Œ¸ŒÌö»/HIDAT™cøÿÿÿ†õ@¢D0€ˆõ01¢‰ v QÀ $„{PÁðÃþ¨?¨@4ðÿà``ZÆv8xŸ| ƒÔ¤IEND®B`‚ pix[73]: xres = 1200, yres = 1200 ‰PNG  IHDR 2¯¼l© pHYs¸Œ¸ŒÌö»/-IDAT™cøÿƒˆ~þ`øðƒáA} ¢¡?ÀèYˆƒ0ņgYEwt­‚IEND®B`‚ pix[74]: xres = 1200, yres = 1200 ‰PNG  IHDR 2¢¢î pHYs¸Œ¸ŒÌö»/9IDAT™cøÿ€ˆþ$0üP`øÁE â´$x@¡A¤òõÐzÀðñÃç ìç-? ëž|ÁIEND®B`‚ pix[75]: xres = 1200, yres = 1200 ‰PNG  IHDR2…  pHYs¸Œ¸ŒÌö»/bIDAT™Î± € …á—PP:‚nâ*lb¨X‹Î5pJ ï§pš/—ËÝËSｨ~ê%™)Áb¼»qFãä‚8ˆ¡pWùh+o#Àå B’í%_7+úös|釫 úž.|IEND®B`‚ pix[76]: xres = 1200, yres = 1200 ‰PNG  IHDR 2¯¼l© pHYs¸Œ¸ŒÌö»/IDAT™cøÿƒáÇ0ú@KÄÀÁ@ëˆ@b;Zƒö”~IEND®B`‚ pix[77]: xres = 1200, yres = 1200 ‰PNG  IHDR+2íÿ> pHYs¸Œ¸ŒÌö»/KIDAT•cøhHýøÀÿÀþÃöü@êsû†ýŒr Êþ@}3ª?ðDýøÿ0=(>ù l ühèw•ZVííIEND®B`‚ pix[78]: xres = 1200, yres = 1200 ‰PNG  IHDR2ˆíA pHYs¸Œ¸ŒÌö»/CIDAT™cøÿÿÿŠˆz ñ£‚ýCCó†Æ Ü€bò*~Øõ`âˆþ @Ë(s31c¥×'Öà IEND®B`‚ pix[79]: xres = 1200, yres = 1200 ‰PNG  IHDR2ùM; pHYs¸Œ¸ŒÌö»/\IDAT™¥Î» € ÐK((EL3¬…aØ€ÒÂxbBabIóºû@1=qÁçj‰&CT"ëxIDP!¢ `?´f0»ê )ÅÇ^ï–>„¸1wüÇ‘’•2>óIEND®B`‚ pix[80]: xres = 1200, yres = 1200 ‰PNG  IHDR2gІ pHYs¸Œ¸ŒÌö»/`IDAT™cøÿÿÿŠˆz ñ£‚ýCCㆆ†î ~Èÿ`øaÿHÔÿc@!þc#ÀêÀ„ŒøS"€ÆÛÿòßûy Á $ê?€´‘C4°ÿÿ]©™lqÐðIEND®B`‚ pix[81]: xres = 1200, yres = 1200 ‰PNG  IHDR2jÎö8 pHYs¸Œ¸ŒÌö»/UIDAT™cøÿÿÿʉË ÿ0ü¨ÿ7`xüÿð†ã ¢Nðã%ØQ‰f4êà?æ *œ0<`Š}`øƒ,'øÁÀÍeœ.G?öèIEND®B`‚ pix[82]: xres = 1200, yres = 1200 ‰PNG  IHDR2y¶Ì pHYs¸Œ¸ŒÌö»//IDAT™cøÿÿ9ødž@|€áCËq=`øðŸ<ÌÀ Ád¸™†zÏ}™R¤IEND®B`‚ pix[83]: xres = 1200, yres = 1200 ‰PNG  IHDR2–ÛÝò pHYs¸Œ¸ŒÌö»/[IDAT™•Î± € 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(]^_`abcdefghijklmnopqrstuvwxyz{|}~) ashow showpage leptonica-1.70/prog/fonts/chars-10.pa0000444000175000017500000004176712256617134015471 0ustar dandan Pixa Version 2 Number of pix = 95 Boxa Version 2 Number of boxes = 0 pix[0]: xres = 0, yres = 0 ‰PNG  IHDR '{äø pHYsb&2IDAT™cø€î•ÙDc¾ÄhIEND®B`‚ pix[1]: xres = 1200, yres = 1200 ‰PNG  IHDR'ïp¿u pHYs¸Œ¸ŒÌö»/&IDAT™cøÁðƒáC4Àa <†7~€aT}”‡` ñ<}»IEND®B`‚ pix[2]: xres = 1200, yres = 1200 ‰PNG  IHDR 'ñ¹Æ pHYs¸Œ¸ŒÌö»/ IDAT™cøÿ€a¾?ˆ¢ùp´„€ ¨i²;™‹PfïIEND®B`‚ pix[3]: xres = 1200, yres = 1200 ‰PNG  IHDR'ÈÞ> pHYs¸Œ¸ŒÌö»/@IDAT™mÍ¡ !EÁ'¯¤S\[ˆôJóÅHV ˆÑCïÂ}/-ì"íØ&3Ò<®j9/ó¾I[¯Ì€£/IEND®B`‚ pix[4]: xres = 1200, yres = 1200 ‰PNG  IHDR'ÅÀNÚ pHYs¸Œ¸ŒÌö»/aIDAT™Eͱ € „á3–Œ#hGAp•7Š¥+Ù¹ÆK\ÀHžG_uùs°]Ñ”YñAñFÁ“g\ä*îÍB3NqOÊBP`+`‰òà›Hà#ûmýò㻳î¥9éh5KlIEND®B`‚ pix[5]: xres = 1200, yres = 1200 ‰PNG  IHDR'ßü®T pHYs¸Œ¸ŒÌö»/gIDAT™…α € Ð?#È&º™”–ŒÀ6R²‚Ñ‚VCeB8"´6¯º»œÈ¤,»~²8EŒ‰Ê…ŽïX²Ú™‰%nÒXOȽ ây.Ap ß±•™+ldFR¯ýñëÈ)økä%IEND®B`‚ pix[6]: xres = 1200, yres = 1200 ‰PNG  IHDR'Û ~i pHYs¸Œ¸ŒÌö»/|IDAT™uÎ!Â@EÑ—TT~‹ë6p]‹@`YB›Šn«Ë`ÓÔ¼&“™þ’ƒ9ꊋR ñå.z'_$ÈUÌbqR׈¶t` 6ÎÛ^O›´eþ{ä6’1ªŸcIEND®B`‚ pix[10]: xres = 1200, yres = 1200 ‰PNG  IHDR'D‚ pHYs¸Œ¸ŒÌö»/8IDAT™cøÿ‡„jþÉ0ܳaè³a`«ahªaøÐÀðƒáAˆ ™gÃðϤ¨ª…|ã…?s<ÿ‰ßIEND®B`‚ pix[11]: xres = 1200, yres = 1200 ‰PNG  IHDR'ÈÞ> pHYs¸Œ¸ŒÌö»/IDAT™cøÿÿA|ž8 Ī'`/S›iÏà§IEND®B`‚ pix[12]: xres = 1200, yres = 1200 ‰PNG  IHDR'Ž4Å pHYs¸Œ¸ŒÌö»/!IDAT™cøÏ@:üÁð€á!>f8Ìpœ¡åìA2Ȩ#hµA§ÅIEND®B`‚ pix[13]: xres = 1200, yres = 1200 ‰PNG  IHDR 'e”¿ pHYs¸Œ¸ŒÌö»/IDAT™cøÿ<dèÿ1E­×*²IEND®B`‚ pix[14]: xres = 1200, yres = 1200 ‰PNG  IHDR'ïp¿u pHYs¸Œ¸ŒÌö»/IDAT™cøÁ@:œÁÀÁè2tñ""£ý¢IEND®B`‚ pix[15]: xres = 1200, yres = 1200 ‰PNG  IHDR'*%ä pHYs¸Œ¸ŒÌö»/JIDAT™EÃÁ À ÀíÄR´³”` iÅŸ…øÈ[ü»,ÜBnn€Ÿw‹S~¸kÕ¤¹Áô\q{|yòâ¡]«Þœ8³ÿ?’/^3ÚƒNIEND®B`‚ pix[16]: xres = 1200, yres = 1200 ‰PNG  IHDR'ÅÀNÚ pHYs¸Œ¸ŒÌö»/JIDAT™cøÿÿ ÿa~Àðãá†Ï?0<ÿ‘ÀpüC;30ô1?ÿ#³Ãõƒ0ȼ†Ã@³ÿ|Àðá1Ð>~„ÝX0ÜpKáË7aPIEND®B`‚ pix[17]: xres = 1200, yres = 1200 ‰PNG  IHDR'.÷õÙ pHYs¸Œ¸ŒÌö»/,IDAT™cøÿŸ„æ3ü“gø Ïp@žMžaŸ<ˆK úÁÎp€j8:«Û2¸D ÕoIEND®B`‚ pix[18]: xres = 1200, yres = 1200 ‰PNG  IHDR''U£ pHYs¸Œ¸ŒÌö»/bIDAT™uͱ @PÄñ¿Jk”·•Þl`«¼D¡4‰Dý‰†D<‡Ð¹äWÞ1—=5,1Œ&xZót«»õ»£–øñÄõ¢®É,£´RI-¹qÚÕö&‹Ld äÉûýã"-Z·ÓúûIEND®B`‚ pix[19]: xres = 1200, yres = 1200 ‰PNG  IHDR'*%ä pHYs¸Œ¸ŒÌö»/`IDAT™uÍ1 €0Àˆƒ£Oj¦ààèúýˆ›kÅ¥‚RÓŠƒƒÃMIR"²Ø¡&–Šð$¦`á²h1K*ÔÝd—•¸FíÔ?–7ÒùÕ&f„Ó~ðDßêË<ß?n>fT¯0ÇÕIEND®B`‚ pix[20]: xres = 1200, yres = 1200 ‰PNG  IHDR''U£ pHYs¸Œ¸ŒÌö»/OIDAT™cøÿÿÿâ@üˆq#/bE NüÀð„r€ø'ÿâÏ@üˆŸñy(žÄ 0 170üÊÂíÆŽÓÝ`ól 8IEND®B`‚ pix[21]: xres = 1200, yres = 1200 ‰PNG  IHDR'ÅÀNÚ pHYs¸Œ¸ŒÌö»/VIDAT™uͱ €@DÑ–ávb+×™­` #'j¨px®ˆ ¢ÁK†OÎâ´`è!ú6})ÄèdL«1'È·ýͨ“ѤàD¿‰.Š¶ôfuµ¾IU´®ñÒþAm7IEND®B`‚ pix[32]: xres = 1200, yres = 1200 ‰PNG  IHDR&U­Ì pHYs¸Œ¸ŒÌö»/ˆIDAT™eÎ!Â@„áI*Ï.Â-V4á,Ü¢Š ©(‚€Ep••ëz…Mµàžê°}+˜OÎü ©¨d) QÌ«¨Ð >œ=^¤ÃDž1’ ·|ˆxö»‚ô›…vk ~_‰ðaHIpAîpGñx´ÒẾ(Ææë¨Í¿—#»´s˨A¿¾¾l¶eùèû‡¯IEND®B`‚ pix[33]: xres = 1200, yres = 1200 ‰PNG  IHDR &X¤D pHYs¸Œ¸ŒÌö»/oIDAT™}Ρ €0ÐKHFè(­dV0+@ØLIšÿ¹A`8ñÔårP*Áð/Ù}H9½$‡±6d«‘Lƒ±v&á"ñ1@€ É#‡L8¤âpªTØUoJô*«x®ýqmòx¤SýIEND®B`‚ pix[34]: xres = 1200, yres = 1200 ‰PNG  IHDR&w= pHYs¸Œ¸ŒÌö»/LIDAT™cøÿÿ30Ø1Ç?l þ7Añ!$| ˆû€xÛ1|°øÇðAI=HÍ ~€ÃÌhªçcx´«b/ ¤b[k§$+ÑIEND®B`‚ pix[35]: xres = 1200, yres = 1200 ‰PNG  IHDR&KÝ‹ pHYs¸Œ¸ŒÌö»/bIDAT™}α €0„á‹”Ž`6É*n¢`Ꭲ¸ÈsƒØ¥œï,´ù®:øARÀX+:Ð p† ¤ž•ÝØnfLö(8£ùŽÖ1bà‚ÔÈUòÐÕ ±ªÒ÷Á:Üt(Œ<‚…IEND®B`‚ pix[36]: xres = 1200, yres = 1200 ‰PNG  IHDR&ûbÏ pHYs¸Œ¸ŒÌö»/XIDAT™cøÿÿÿ0Áø€ýã†ÿj€Ä ñGHüãÿY@D œh€ð ¨ÚÀØ<°É âÈ¢ +þ0``þÃÐÀ u^+Ú}Ç«x‡IEND®B`‚ pix[37]: xres = 1200, yres = 1200 ‰PNG  IHDR&w= pHYs¸Œ¸ŒÌö»/7“$O0U¢Eƒâ’ÇŠG&ØÉ«1¹ ·Å3>¯8n‡ˆ:ÕÌ£3†‡h¤ òW”*{ja¬Uu÷ýáä³qûŸ®ó§IEND®B`‚ pix[40]: xres = 1200, yres = 1200 ‰PNG  IHDR!&bšÏz pHYs¸Œ¸ŒÌö»/8IDAT™cø ’ÿCƒü††ÿÿ³ƒÉv²Iv8I‰9HäûŒ0w"»/  ™Œe¸‘™)IEND®B`‚ pix[41]: xres = 1200, yres = 1200 ‰PNG  IHDR &Ø9G pHYs¸Œ¸ŒÌö»/IDAT™cøÿˆ€ A€áê¡ 3!†£"^øAÈÚ׬IEND®B`‚ pix[42]: xres = 1200, yres = 1200 ‰PNG  IHDR&ÜÌ—' pHYs¸Œ¸ŒÌö»/%IDAT™cøÿ‡ˆ°0ü±¡ª£? 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f`àáÿ˜˜ŒÀêšÿ0⇠>T~`øÃL´½B¾`Ñì°07IEND®B`‚ pix[80]: xres = 1200, yres = 1200 ‰PNG  IHDR*pµý~ pHYs¸Œ¸ŒÌö»/JIDAT™cøÿÿ±øÏ;†äð14ÌccøPßÄðáÿ$ü ?âC@| Šû€zì>ÈÕ1|`øÇð¡ˆÿÆ öÿ5mm·E#¿IEND®B`‚ pix[81]: xres = 1200, yres = 1200 ‰PNG  IHDR*pµý~ pHYs¸Œ¸ŒÌö»/LIDAT™cøÿÿѸùÃ?>†??ø>þ‘cxþOŽá8·q?ócÁìP RÓ Ôsð‡ÃGr øä~ØÉ1üÿGþÁÜUò]3 IEND®B`‚ pix[82]: xres = 1200, yres = 1200 ‰PNG  IHDR*DÌ0ü(`@3í‰I‹¾$¥IEND®B`‚ pix[85]: xres = 1200, yres = 1200 ‰PNG  IHDR*¾¦ó pHYs¸Œ¸ŒÌö»/7IDAT™cøÿÿ?±øßÿï þ·30üaghâ@6ñ¨þÛ´3ü`lføÃÜÀðh»ÿlQ—Ð ²IEND®B`‚ pix[86]: xres = 1200, yres = 1200 ‰PNG  IHDR*pµý~ pHYs¸Œ¸ŒÌö»/FIDAT™cøÿÿ)˜Á†áàÿ>†‡`<áÛ1|¨·cøQWÆìþ1ü±b™ ÿ$˜¨—ˆ™¸ 'Ú^wØldítT0IEND®B`‚ pix[87]: xres = 1200, yres = 1200 ‰PNG  IHDR"*þo´ pHYs¸Œ¸ŒÌö»/iIDAT™cø(!ì÷p``°—o``8ø_þƇÿå?Éü@òÃ?þÏ@ò;˜l~€áG ˜¬<|N?’ŒÎ’Ê`RýÃþ ÿØ?ØI~ù£h#„”ÿƒ Éw9u©¥Ž¸\¨IEND®B`‚ pix[88]: xres = 1200, yres = 1200 ‰PNG  IHDR*›‚F} pHYs¸Œ¸ŒÌö»/ZIDAT™Í± €0Dá'–qK[wr€ƒ8”…k(¶6 ü$F\ ÅÇkŽœE­»hSOcžÓÄ…facáDÊök÷³MÄS<‡¸$öàYÄ3ª‹{jkð”_ãÜIEND®B`‚ pix[89]: xres = 1200, yres = 1200 ‰PNG  IHDR*pµý~ pHYs¸Œ¸ŒÌö»/_IDAT™•Í± €0EÑVŽ 8Jˆ›%Š ]FÐUì,]@P7°´ÿ}Ñ,`qÊË…ªà`Ò‡ì:à|Y\žY‡;2)©`å”QK=Í´$Iõ/X©æ³Qyá­gv§·-IEND®B`‚ pix[90]: xres = 1200, yres = 1200 ‰PNG  IHDR*y^] pHYs¸Œ¸ŒÌö»/SIDAT™•Í1€0DÑßQ"s‚œÀL d)D)Sd8ÖBŠ×üb—gÄñ4#×MœüªIrÊì|‹Ó¥­²;5<.JI¦n ß< fçÅãIEND®B`‚ pix[91]: xres = 1200, yres = 1200 ‰PNG  IHDR*¦' pHYs¸Œ¸ŒÌö»/$IDAT™cøÏðƒá#Ãc<ð8Ãyy†~ OÕG†Ÿ ÿ!õâ$®UØ¢JIEND®B`‚ pix[92]: xres = 1200, yres = 1200 ‰PNG  IHDR*±2·Ò pHYs¸Œ¸ŒÌö»/IDAT™c` À[Að˜IEND®B`‚ pix[93]: xres = 1200, yres = 1200 ‰PNG  IHDR *IÒL% pHYs¸Œ¸ŒÌö»/,IDAT™cøßÀÐßÀp¼á1ÑèaÃdž? ?À â5ÛUßÀðŠ`93¯ IEND®B`‚ pix[94]: xres = 1200, yres = 1200 ‰PNG  IHDR*t@-C pHYs¸Œ¸ŒÌö»/)IDAT™cøÿÿ¥øÃÿ ä0cî`èo``Á`Os‘0WÇu ¶„~OIEND®B`‚leptonica-1.70/prog/fonts/chars-16.pa0000444000175000017500000004756712256617134015503 0ustar dandan Pixa Version 2 Number of pix = 95 Boxa Version 2 Number of boxes = 0 pix[0]: xres = 0, yres = 0 ‰PNG  IHDR> .¦Š pHYsb&2IDAT™cøÿŸah"âB{…#÷íIEND®B`‚ pix[1]: xres = 1200, yres = 1200 ‰PNG  IHDR>>Wg– pHYs¸Œ¸ŒÌö»/2IDAT™cøÏ‚?04Àa# <‡‡‘àc$øœá=Ã8| Ô2…lÒa$4ù—0Rx.6´IEND®B`‚ pix[2]: xres = 1200, yres = 1200 ‰PNG  IHDR>Ûv· pHYs¸Œ¸ŒÌö»/5IDAT™cøÿÿ·ÿp`hþÁÀÀüˆt3nc†ö? 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pHYs¸Œ¸ŒÌö»/áIDAT(‘½Ò½„0`¯8¤—â¶6ó"°-AD–h² ,¿›nµXÑ'‚7oFv¸>w vÆ)pÉÐÜùë(zÑW`cTTšñf¬8’bD (vÎtþ- Œ8/$Eád)©#~‘7X (*i!UgÅ -à:¯£À+K ÝýiqáƒþPœ — õ;Ö> ‚`ƒ‡7Á»Ì7Ä>aQ4CO#ZAq VJòŽk„B¦óQ‚c”.࣬m2TJ >Ê¡{1ºçMõ(øÆßÏæŸñtÉ¿T£,/IEND®B`‚ pix[6]: xres = 1200, yres = 1200 ‰PNG  IHDR;N¶±Sl pHYs¸Œ¸ŒÌö»/øIDAT(‘½ÒAN!ÐO0Á•l]˜¡b‚G™#¸taŒñ(xŽÀ’E‡² ÊŒ™Itg'¼¤¡øU4h=¿¢EqŠlÌÂ~ÀBOŠ–òB¥rrÆçÞ¯à.qòŠW V_¢â9)6 _¢¹oøŸÈ¯ñ”#¤?LÀŽ‰qcקýÎÐpõˆÎÇÛ[äF5å4Q(GE YJ ÞÎàža¨[ÅnÆÂÀŠÓá12dâ÷Šr›ê|‘¨‡è ‘vÈšR§xÆŒj©sÕðTꀆ¸È†Ø>;_+WoÎVæ,'y¹ežØü-ÿ†/½ÏÖL'§aIEND®B`‚ pix[7]: xres = 1200, yres = 1200 ‰PNG  IHDRNשq. pHYs¸Œ¸ŒÌö»/@IDAT™cøÿ„>0üo`øÃFL`ÄÆðˆøÀHŽáÙ1|¨cxDÿ‚Qó?ö üÿì!† jœ`‹ï?IEND®B`‚ pix[8]: xres = 1200, yres = 1200 ‰PNG  IHDRNç 1 pHYs¸Œ¸ŒÌö»/}IDAT•Ð± ƒ0УJ6È là•² ÈHÉ&á—.,ÿb[ ˆ*Å«,ùî>HùrËf—&О`ô·O³¹›¡ÈÝåaH…*Ê\½;ÏX~¬Íð§õâOQVÏí=b8ú¥ptÖ†ÒhÛ×vÚ¬ýæ’ß"Oõ>º—Ý­®;(¾ÁIEND®B`‚ pix[9]: xres = 1200, yres = 1200 ‰PNG  IHDRNç 1 pHYs¸Œ¸ŒÌö»/yIDAT•Ð± €0 @K)“ ²°Dˆ‚±@Ê"a—)Áƶ¢£¸Öþh a%‘x²Lv‚,!ÔáˆÄ#œÌ!4Ö‘éa3#´bz,¼U?…ï=Ô?öÓ2pËfYgÍï¤÷º;Fé[“ô/ºEÖm¼lubü¬/ÐÎ<•IEND®B`‚ pix[10]: xres = 1200, yres = 1200 ‰PNG  IHDRNùìP¼ pHYs¸Œ¸ŒÌö»/iIDAT•cøÿÿÿtâ=ˆàìPÖó?òÿ?€² `¢¢þCƒx Ôö‡áÃÆ q€F0‰Œ@ °‹ÿPmŒ šAÄq¡ïAÄÿü0by=¦Ó†%h$I ¢ßIEND®B`‚ pix[11]: xres = 1200, yres = 1200 ‰PNG  IHDR*N~ݹº pHYs¸Œ¸ŒÌö»/IDAT(‘cøŒz0ð` Ý9€qü'è†K±`IEND®B`‚ pix[12]: xres = 1200, yres = 1200 ‰PNG  IHDRNîÎÀu pHYs¸Œ¸ŒÌö»/EIDAT•cøÿ¿aØà ÿ170üaF(f†à?ìPÌßÀðC‚?Øq}Úsˆq3³ñ|L»Øe°ˆáæIEND®B`‚ pix[13]: xres = 1200, yres = 1200 ‰PNG  IHDRNý€ pHYs¸Œ¸ŒÌö»/#IDAT•cøÿÿÃP$0ŒhB0Á¤AÄÀ»åLz,¢œIEND®B`‚ pix[14]: xres = 1200, yres = 1200 ‰PNG  IHDR N1€ºj pHYs¸Œ¸ŒÌö»/"IDAT™cø€aТ8040€”Ñà'Ý4j| `~IEND®B`‚ pix[15]: xres = 1200, yres = 1200 ‰PNG  IHDR$N`‰ pHYs¸Œ¸ŒÌö»/iIDAT•Í¡À Fa’nÀ Ý€•º"“e“Œ€Dp¤\.˜šO¾Tu†°ì··=PäC2F8ÙÛ lŠB>$c„3yG†½ÀV¡¨—dŒpåk²]“íš8E!É?õ¯/ŽTb ˆÖšIEND®B`‚ pix[16]: xres = 1200, yres = 1200 ‰PNG  IHDR%NÖâ7 pHYs¸Œ¸ŒÌö»/‹IDAT•µÐ1à …áe k6®‘k±AÔ‹Ñ›pF(®¡n£H[ßhÙ?X†pãn…3Œ¸·Y4<ˉÐçòjÙPc·D®+ ŸfY¹\LÃý+N0ýÕEMwêm«šãÇMí߉žkP«ãB ·–ŸRÆðC*ÍÜ»!ØÑО£­½oþ_º»#F«Ü*IEND®B`‚ pix[17]: xres = 1200, yres = 1200 ‰PNG  IHDRNÅ›ø pHYs¸Œ¸ŒÌö»/FIDAT•cøÿÿÿdâ<ˆà@ÄqHüc?@Ä ÁP$˜ ~±Dü~Äö? €A`“‚ñC¤‰µ[IEND®B`‚ pix[18]: xres = 1200, yres = 1200 ‰PNG  IHDR&NdáY4 pHYs¸Œ¸ŒÌö»/¤IDAT•­Ð1 Ã0 Ð2dô¹HÀ×êˆK.–С×péÐÕ£aÕúš†vë4HZ#øbnÌ/(€Ð 2ÐPçä"&ÄYL-qS}FÜU×þÇjìqÝ©ǣ봓·z¦íÛÒ™âè`fo¦ÙŒük£ºÐÎ,Δ_{3Ífd]hgÖus0Å›ùTë`'@¤+ 8ægÛÿô ?q-þw/dPIEND®B`‚ pix[19]: xres = 1200, yres = 1200 ‰PNG  IHDR&NdáY4 pHYs¸Œ¸ŒÌö»/»IDAT•­Ð= ÂPà‘i^ ‹r±@À#x•ˆ…ÇpÁ"í›KÖÙÕàOaeŠ4ov?Ňºr í±¡@®˜•BÃ)Kü›*E‹Ô˜kÖ׸.5náÅLÇG¤ývˆë‡7·aîÎÞÁÔû˜t4E«äM(¼í &Ö—‘VDr˜Öîô/õ·kœÃŠØóU-Ÿž˜\‡-Ž¼¥8Ds‰æÒÌl.™p!/IÍ×Ë}ÛÔ}oþOïµ.5E7ölIEND®B`‚ pix[20]: xres = 1200, yres = 1200 ‰PNG  IHDR'N‹#2 pHYs¸Œ¸ŒÌö»/}IDAT•­ÐÁ Â0 P£Àt“²Yaºܺdr ’åÿlE=Uý‡w°,Kþ”K„p†U wfr~áÇù„ ¼Á“)ƒÉ£šÄŒð |9'x„½*g“/jªf5:|™î¤¹R›:ÉØÜ*×®H?Â5ïZÛ{ûx<)OŽ|YIEND®B`‚ pix[21]: xres = 1200, yres = 1200 ‰PNG  IHDR%NÖâ7 pHYs¸Œ¸ŒÌö»/”IDAT•­Ð± Â0Ћ(â.m:¯‘F¢LälÀJ‘R°†³AÊ_g[4!$pñ*ýûêö&ýwËÿjøÝ)È :yÆAžÐÔ<#¬Ú˜§¶[à$ÉÙáNF—óoU œòjú¬ÛÙÃk¶:àútqÓFË®†…\ +©t1$åíì Š²MiµË Ç÷ÿɽÍ&+0Ð4AIEND®B`‚ pix[22]: xres = 1200, yres = 1200 ‰PNG  IHDR%NÖâ7 pHYs¸Œ¸ŒÌö»/¬IDAT•­Ð± à й°;·éXÃE$2JƠ㼣ܔÈä>¶d%Š»Pš½‚ŸjÁ¬ÿÙÑéÊ™m u¦ÅÑì©Fšúžµ;Ðmw¤µ[æÓìNu×Óä“£ÍnóË&ÏŠ26¹sK¦o:ÑlÆà}X¯•/'H¤ÉöìÞ-µ„y9´äx‹öëÖ~/{C°äMÀölÏ*¸èü¾ÏX"Š×#¿IEND®B`‚ pix[23]: xres = 1200, yres = 1200 ‰PNG  IHDR%NÖâ7 pHYs¸Œ¸ŒÌö»/ŒIDAT•µÐ± 1 P#ŠÐ¥¥Ë×e-º€(n­;±Hnƒ”.¢˜|»H$¿xe“ô0}ú+—É+9‘ºïC …î “aVugŠ"/uÕ]¦‡Í °š²Z’ªfõPwõ9é`3=¬aÈ3Á¬n2|Lž`;«ƒl¢6å)«›áÝLßÿüßZA5Žª•ÜIEND®B`‚ pix[24]: xres = 1200, yres = 1200 ‰PNG  IHDR%NÖâ7 pHYs¸Œ¸ŒÌö»/ÈIDAT•­Ð!nÄ0Ð8 Rè2_#¨¹VXôZ®z÷XùýãÕ‚J»¬XÍÿê9žxa—†YŒrhƒãJ<-³lð̺ÀWÚ“7ØNX_¹Ò—PS5Ó6Ô™Õa‰?rä·CÛ>ÃwmoxËÚ‹žçn~X‘º‘í@̤ÚlPªÜp‹T˜"Ï1¡’eÂ5pFQ|tG²½rúãÀhq>T‹ÂhQvÖ-zµÈ<•?])òÛÜ“¯=yÜVç{zóÿñþÂ@| 7\IEND®B`‚ pix[25]: xres = 1200, yres = 1200 ‰PNG  IHDR$N`‰ pHYs¸Œ¸ŒÌö»/¬IDAT•­Ð»à „áeŠÔ‚: %utF)”p!Ìù?Æqf‚/eï‡Ú¼y:ÚÌŒÍtÝ N?AßÔ™Q‹@¢VAKZ4Õv š;•åi =À}ˆŸâ¡<Ìén3#­›Öiš!@\ßMàèpöïÀb{ž¶HçN³¾:oÏÓ2]è¸éé¹ÒÎ*‘6öÑ:»:–Yo¥²ÑÊÑÃñY§‰^¾›ÿÓ+ÊÛ'§B­d¥IEND®B`‚ pix[26]: xres = 1200, yres = 1200 ‰PNG  IHDR L— b pHYs¸Œ¸ŒÌö»/$IDAT™cøßÀ@9:ÜÀÐÐÀÀDÈ,x˜31Íd ÃL^V)?TlIEND®B`‚ pix[27]: xres = 1200, yres = 1200 ‰PNG  IHDRLLÄ @ pHYs¸Œ¸ŒÌö»/SIDAT™cøÿŸ 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!œàSŽ¬ˆäM8NÄÂ#^ƒ˜©„˜¨:‚!(AETK€ ?Á wWÜŽ~Á#øy$ljòÂÄ$)IEND®B`‚ pix[34]: xres = 1200, yres = 1200 ‰PNG  IHDR.L:þ¸Ë pHYs¸Œ¸ŒÌö»/’IDAT(‘µÑ1 Ã0 P™²zB/’£ÚÞÌGÑ2zv¢ÿU°¡C;TË3¬oIš—Ɉ׃,d2)®IMm—Í©¤É ž$ßzô ÖžðéŒ~íE&PPî Ÿ9ë³¹’„;e\‹€É.ìÌ`”Ÿ™{Þ†¹Ä°8AcNM~ÀÈ_QîAù¿«ú!q8LÕ¶´«IEND®B`‚ pix[35]: xres = 1200, yres = 1200 ‰PNG  IHDR6L‡y× pHYs¸Œ¸ŒÌö»/¨IDAT(‘µÑA à Ð/)dÈ 9Š+ÔE—9TŽâ\f!Nÿ8µÄ@é*nè8#~H]5NîÐmà)ð¢îN$Ñ4²”Æ…Wiðt…ÔŽ+Š3ss0÷ÑLÍÙ¬m8»¹5½~ù4q•ÿæŸß;÷Ʊ7 ¹ÃÌ_}µ`±\0›A/FȦ…/þ? òÄ<ÀšIó9äõ°üíʃš«ð뻼¯ô §T¤Wàn1õIEND®B`‚ pix[36]: xres = 1200, yres = 1200 ‰PNG  IHDR=Lög‚ pHYs¸Œ¸ŒÌö»/šIDAT(‘ÅÒ=„ àg(´³µóv^k»åh…#PRF`~¶pµÚd§úBHȼˆ'á ¬×ÑfWŒÌŠ2y¼+ƒü,£ :A‚‚ƒ ~S,‚ãŠIAü9¦[|^_î¡ ÛÝ4…FW,CKÕr¶ä­‹] 5¥V\nŹ†Öä\µåúµÐ¾þàEmÌ2ïNTÖIEND®B`‚ pix[37]: xres = 1200, yres = 1200 ‰PNG  IHDR.L:þ¸Ë pHYs¸Œ¸ŒÌö»/WIDAT(‘cøP)0àA£þ@¨@Exþ©2`ê?ÉÔ©ÇDSÍ Š'õÿÿaRÍ$Á¹ Ôu„0Õ‚BBÈ T …5ªh@n:NûÈV¢çIEND®B`‚ pix[38]: xres = 1200, yres = 1200 ‰PNG  IHDR+LÜ×s pHYs¸Œ¸ŒÌö»/JIDAT(‘cøP)d £þ@¨@E ÿÔ¬TA dIÔc¢©fÅÀÀŒ“úÿÿ0©f’ì\ ¨ õÐÀ¤°F („V·’wøžIEND®B`‚ pix[39]: xres = 1200, yres = 1200 ‰PNG  IHDR;Lûyòg pHYs¸Œ¸ŒÌö»/²IDAT(‘½Ò±à ÀÓ( ¤Ü ¥‰Òp'¸9#`ïßFƱ­hƒ8Þ_ÁNÑl‚B8A"@tÄ£,D]9&Ø= r îDÚˆ¡{}< Ú:à u@·ù@ ìD>g¤ol3ð;Ä Zì7!·x„¯¼CEÇ8ŽÀÏ(nƾê2CÓD×R‚!yC^ Ò¦üY“i§\€Ñ²½Û$§ômT?¿–áEÑÙioÍhIEND®B`‚ pix[40]: xres = 1200, yres = 1200 ‰PNG  IHDRBLñ%\5 pHYs¸Œ¸ŒÌö»/JIDAT(‘cø°±€àÿÿÀ`ýa°ÿÿÿƒü† õ@õ ö@½`Ý õCŸD°Þ¥À²GŽsÌ´á€ÄŸÂˆÕåóæÿúðÐIEND®B`‚ pix[41]: xres = 1200, yres = 1200 ‰PNG  IHDRL_J´ pHYs¸Œ¸ŒÌö»/$IDAT•cøÿÿ? #ƒ? ö ÿêþò2@ö3‰mˆ›ž Õ9]IEND®B`‚ pix[42]: xres = 1200, yres = 1200 ‰PNG  IHDRL´$ñ· pHYs¸Œ¸ŒÌö»/CIDAT•cøÿÿÿq€Äÿv Ä~ ñ@~dö¸ˆz8ñF‡Dýq !Ï$øA„<ˆ¨ÀÀ(Bצ­9+IEND®B`‚ pix[43]: xres = 1200, yres = 1200 ‰PNG  IHDR:L»™Y pHYs¸Œ¸ŒÌö»/½IDAT(‘½Ò»à ÐÕ(P¨T ¥;»R®B g»‘íÔÒ›A÷b-Ã'Æš¯o¸‘"J2täÌSc§ïÄ}í$êEx",%ˆaî“hQá™° ^ÂNôƒ˜a´DÔL8K† E[ÐǸÅ1EvÝU7]] fØ¡œ¡*Ê¡äU©«ö • ögž_ýzXÔUSŸ]‰°óÊH„ÓAZˆrr‚¶s¸®)W`¡=ÏŸ?Éñ†¸À‰ÿ<IEND®B`‚ pix[44]: xres = 1200, yres = 1200 ‰PNG  IHDR/LÕ<Óõ pHYs¸Œ¸ŒÌö»/BIDAT(‘cøÿP) À¤þ0؃¨ õ`• ÿG) ê õB=ÂC‚Qà°ob‡6ÃÅÆð…ÂU4 dŠs;p+‰ÄIEND®B`‚ pix[45]: xres = 1200, yres = 1200 ‰PNG  IHDRLLïìl† pHYs¸Œ¸ŒÌö»/ÜIDAT(‘ÍÒ½mÃ0ೄ.3po •¼¸ðZ2´…iY² (ßIQ‚:W}Åáð€{°”ñpL€ Kt[Fè‰cç!e*¼†8è5öT[&æ¥#~UFæç‰x« Ì+óΤÀž©™^ˆp@Ιø%‘S&~¬| ÞP ½j™Œ0t-c/Œ§–!3!m&,>sA.…Öv®ì_…c?UšJgž•º¡.ôjå‡) ç•øÐÌØÒ¦Cbö#~ “b:l 5m …?BêÅï_õü|³§uPÚ HIEND®B`‚ pix[46]: xres = 1200, yres = 1200 ‰PNG  IHDRCLç7 pHYs¸Œ¸ŒÌö»/¿IDAT(‘½Ò± à …ásBŠÈloo3š7 #¸¤@ƒÜ{i\‡ÆŸðÄI³•äL2é§ÊX?m¦"«nfŸ¤Ê¢*AÏÕ¥+PžrÔݨ»ü´™æ ý×_EjPò”ƒŽ ÊT¨jZMýþ¦HiĤÈA1eJ#&P«I#P¤ö%Žš Lª¼LMžÔŠ3´Sé J Lªõ§l]•:ÆÄD•Œ7ß©´`š2ÕÞç³öW}×ÿçj©ßáIEND®B`‚ pix[47]: xres = 1200, yres = 1200 ‰PNG  IHDR>LP9# pHYs¸Œ¸ŒÌö»/ÒIDAT(‘½ÒA ƒ0Ð"d#xÁ‹^L0½YŽ’#d9 1ý3–´J·­n$™ óƒz~;>p'20"à\á!® ¢ µb"ÒRk DÜxÐZRÜŽÃY]þ¾jq"VÈ =1£"1FdCjè¡Xº¡{# ±]7`_ÀºK÷ñŠÒ#Nw¤#’ !7ÌÈá‚´¢øÄwˆŽ·>tÀ NþЛš…Þcì!Sd¡¢ÁežO›&ÈÝÎ2EÈ-å–ûf(Ìÿ|$éþZþ†'мÍW-úo°IEND®B`‚ pix[48]: xres = 1200, yres = 1200 ‰PNG  IHDR.L:þ¸Ë pHYs¸Œ¸ŒÌö»/qIDAT(‘ÍÑ1 €0 Ð/-¸¼@"ôb¯æQz7;”Ö&©PÑÁE0ÞBÂG¡J¸Bå% Õž"LP9# pHYs¸Œ¸ŒÌö»/þIDAT(‘µÒAŠÄ Ð dð ¹Â ‹5ľ™GñÂl\8:¿*ÆL†Þv²y V‰¿P/ã p Vá#à ׈4Ô„ˆ¶V,„ßjõáv4„”LCF´.S¥øyjHVzbET8bQ<¾c†t`éŽñ‚SDb¿ HŸ€vOã¸;â ·ü‡?ð€·7„¡cÒGx"E¾äyëKX` ³(rÅb% öÈ“cÅ(Áyž»$ÈÝ/Í”9ö”{î›"ahCÎi‘Èþ\rl×æç8žÛØÔôÅ×Dn2Òñ[#ÑsûxŒ_ÀŒ6…kHwNæOþz+µ u–à®IEND®B`‚ pix[50]: xres = 1200, yres = 1200 ‰PNG  IHDR6L‡y× pHYs¸Œ¸ŒÌö»/¤IDAT(‘½Ñ± Ä ÐQ¤9‰X$R;)Œ–Q!%ŠÏàï‚\uÍÑLP9# pHYs¸Œ¸ŒÌö»/zIDAT(‘íÒ±€ ÐóYP2‚£0t®¥ÏEÒ‚G¼Dm”–ÎT¿ ¡¸ƒ\SðGd(|’ *"±rËö¶0+âIáš…¿QËôÀ3ȉØH6ŒL0™§S$8ºÀ•­ ð† þkÝÐÛ­¶ôÇ äÄò¿œÈ)IEND®B`‚ pix[54]: xres = 1200, yres = 1200 ‰PNG  IHDR:L»™Y pHYs¸Œ¸ŒÌö»/°IDAT(‘½Ò± Ä PG)QHWd-G)n Ø€’á³9’ DiïW¯°¾~a oîPDP3"N|‘B”!÷Ðå„TfÃÍ?8†mH‚Eà–( °ƒ CCäž*4Ñ&ˆWì3ÑKk…jÈ Ýcâ¥]L4ðèl{,.p=ÐFêá?D½HóûÀ: += L¦FØ\ÃrÒ#¶ááIþˆt}ç•9ܱIEND®B`‚ pix[55]: xres = 1200, yres = 1200 ‰PNG  IHDRQL=¼fÞ pHYs¸Œ¸ŒÌö»/âIDAT(‘ÍÒ1à P§é ¸F7.V :åZ¸HrF„kƒ›Ð¦ÙkÉâ„ðÜÊÃÁ¦@!jD¨õé"ŽV'å!dÅ{™œÙfw~{ÜÍw²õP†/s‹ùäÄÐŒ´.Wê¸ÙaÄæàž·Ã𴸊§ëÅà̦3v8º˜¨?<±›mRbsæäè4;öÖ±7–¡˜£×͉Œ V39Ûæ@3ì}¯Îjb»ê‘ü¼ý°Þ\Ø˵f£\Ìn ÇÞ ¶mbœ%vzÛ}yÜÅ4¤Ss²ØÏZq`ëŸÙþO¿±Vp„Ù¥tØIEND®B`‚ pix[56]: xres = 1200, yres = 1200 ‰PNG  IHDR5Lå°ÂÔ pHYs¸Œ¸ŒÌö»/ÜIDAT(‘µÑ1nÃ0 P”Mk†ºIÕcu“‚\LA/Â#hä ˜ýå! 2V˃!Ûä'IçzñøB¼¹ÕnšYT«Ð0ox²êkÒ#À#ä¨c) ö ’¡ìÚ‹ËæØ”Õ}˜‡•¶>¨œ†iýŒË4m._³{)ÓNú¤lîØ—ëù ¿ú÷ƒürúåu:¯zì}<º÷õ³¼#‘PÀrÄS°|É•ŒD6¬ÕæÑ‹ËHdsjÐævC¥è{è6Wtß1ç# #8¢%s I²ßÔ¦W²µ(á÷ížÿ×_eí¦¾Á›­µIEND®B`‚ pix[57]: xres = 1200, yres = 1200 ‰PNG  IHDR6L‡y× pHYs¸Œ¸ŒÌö»/¢IDAT(‘ÍÑM Â0à)-d#öB."äbB ]ô^¥Å‹Ôd™EÈóM‹Škq6ßjþ9¢ì^‹¾Ïˆµii z¯ú“Íôg‰2ÛER õFºÒÅÝ謲¡l”z ’U[D5R§6M ¼ ¦ xÏŽÃZ½e7WMv³}Ö훡sE)ꯦÝzŸ?÷9/öÕ?ÿÆkݵx2¥IEND®B`‚ pix[58]: xres = 1200, yres = 1200 ‰PNG  IHDR4L r©ê pHYs¸Œ¸ŒÌö»/©IDAT(‘µÑ± Ã0 DÑ3\¸t6ð Ù@+ey4âTº ¤wL‘ )Ãæ5— bp>5h¾{ƒ-~,,áVÇèxPC{óšd›å¹¤«_žlRI¯IEND®B`‚ pix[63]: xres = 1200, yres = 1200 ‰PNG  IHDR*TܘG pHYs¸Œ¸ŒÌö»/IDAT(‘cøF©áDá´³¼1Ê€“¤ÕÛIEND®B`‚ pix[64]: xres = 1200, yres = 1200 ‰PNG  IHDRTuäPÓ pHYs¸Œ¸ŒÌö»/?IDAT™cøÿ„~0üÀðÿÃÿ&†ÿl ôáýcøDv Àè5ÔACû?{ˆ!C n¼”ˉú7¥IEND®B`‚ pix[65]: xres = 1200, yres = 1200 ‰PNG  IHDR$TÂY¨ô pHYs¸Œ¸ŒÌö»/yIDAT•Íб 1ÐR¸¼<ÊæÍRq”()Ð>Í¥Hê„â D†âǚЉ‘]áÀ¦°q4Å Ma7êé3Îw¥æ|ÑJÐU¢§.¬ÚF×Nç¸<âR>x–ž¢æ#”ýãN{£µebÏlñ&¨PoðmúSëR¬ðVåõIEND®B`‚ pix[66]: xres = 1200, yres = 1200 ‰PNG  IHDR+T3Róy pHYs¸Œ¸ŒÌö»/ŠIDAT(‘Íѱ ƒ0…ág((oâUƒ)‹eà’ù¸w¶E)U7_aÉòáI§qô®hwå‡ÀØ1‘„‘Dôd…#C™ÒÁŒ‘UqŠ7¢·7ôIþOšß¨)±²U/ôg,‚ö!ìA‡¬‘œ5àˆÇ@ŒD¸ª¶±¿ãVÛ€¼‹#lIEND®B`‚ pix[67]: xres = 1200, yres = 1200 ‰PNG  IHDR T˲Ž pHYs¸Œ¸ŒÌö»/sIDAT•½Ð± Ä …á¥H™…Ñ ›q›0× ñb"å¤4WÆÅWXz–mdÅ‹ j€ÊdƪÄðÖèA•ô¥FùÇgNÙŸ¸¿ð$]Ä›&Þ(›QW£9u:±2Ø–v(ÏÅ+v‚–÷¾v/¹!BËyöIEND®B`‚ pix[68]: xres = 1200, yres = 1200 ‰PNG  IHDR-T>Lƒ> pHYs¸Œ¸ŒÌö»/IDAT(‘ÍÑ1Â0 Ðeè7 7¡×bjÓ…sù(\ c†ÊÆ?¡R„¿íë[†q ¸Ÿ•ÔC‹ÌDq" ¹±*ÑÁÄÙGÛœ2Yq¶Év'/5%·0ù`í¾=Ò›å€]R«$c-(çZ7ö Ñîl 噞s ~pÅ Ìðd JJ<^õ—¼)Û‡jJ™#ŠIEND®B`‚ pix[69]: xres = 1200, yres = 1200 ‰PNG  IHDR#T …³ pHYs¸Œ¸ŒÌö»/‚IDAT•ÅбÂ0 …á?GáÒ#$›x•l³ £xà2…/‰ÔQñ*IOÈ˸ZÂÙ¢Iî}ÜŒ#i2FV5öYm¥—ЊlÁ¶°¹Ðb Uê¿äô³|>¯íÿ¬Û—%l§ó[ËÒƒžt,ôIcagë+ƒì— <…*Ùí”È›®þùœQ‹ÛÖìBIEND®B`‚ pix[70]: xres = 1200, yres = 1200 ‰PNG  IHDRT´c pHYs¸Œ¸ŒÌö»/TIDAT•½Ð1 €0DÑ^+'Ó@.o¢7H™"dÜ X¦ÐæU餌ÑÍ©›QÑeN,/ú4'dâ`þå;šSØ­ëƒ<֯ܘóôà(‰\IEND®B`‚ pix[71]: xres = 1200, yres = 1200 ‰PNG  IHDR*TܘG pHYs¸Œ¸ŒÌö»/½IDAT(‘ÍÑ1B! àFŽÀQðfðâÅpòÆ02êßV1ÆÄY–//¡} ±œF ¡SÁwÂYq 3-¢ÌBÏ\K£[æ& 8oZáÛ/Ê›ü¢±6»‰Ï G–#¬¦’ 4gušú•«Í••”i £?±+2V1®€`xýƒÀ•Èá œ6›„‚ 44¨gø/Žüu+lÐsFÝËHº YâV™Á/g³ë«Ty£GIDAT•cøÿÿ æÿÁð‡ˆ™0ü@ >H$¡~ Äͽ HdÎ?:c*`€(÷“‡šÃ,%þIEND®B`‚ pix[74]: xres = 1200, yres = 1200 ‰PNG  IHDRTLƒáˆ pHYs¸Œ¸ŒÌö»/SIDAT•cøÿ¿â f`@Å PñÇhêqá?@ü áCÃ$üŸ¡aÖ`ÅH˜ˆ™‘0;ÐOüüG¾á‡}ÃúP10ÿoÍÚ£Igƒ>IEND®B`‚ pix[75]: xres = 1200, yres = 1200 ‰PNG  IHDR,TÑŽè pHYs¸Œ¸ŒÌö»/•IDAT(‘ÍÑ1 Ð)ñ9J®”€ãÅÈx‘t¶[R0 üµ#ÍcØ]} Cê ¾1×ÚïiØUÏ rn$kçMxÒRWR6b‘J} ¹x‚‰SÚKÊ’•ó Ê©BEe«Su¨D’fŸ«ºVó¦«gº¹áúžÄŽ1BO"ï?õ4|~ìïxT<‡§ĉhIEND®B`‚ pix[76]: xres = 1200, yres = 1200 ‰PNG  IHDRTEhAò pHYs¸Œ¸ŒÌö»/*IDAT•cøÿÿÃÿÃ?þ0ÿ``@ þ¿a‚A~ùÀPÁ`?Ӱ涫»1kâIEND®B`‚ pix[77]: xres = 1200, yres = 1200 ‰PNG  IHDRHT ‚L pHYs¸Œ¸ŒÌö»/{IDAT(‘ÝÒÁ Ã0 …á?ÕÁGàQ2Z²˜Fé†^t0Vm§…,P(Ñé³@2<„‹êÕ–ÙÀc­$§J!ÑÉ¢ÄBÊE†ä)»-N{$“Péš“mÊûÇÆÞÍóv•Ì¿>ÊîzsÙvVëÙj„3Gå¢?¸ƒßë bðv1q©IEND®B`‚ pix[78]: xres = 1200, yres = 1200 ‰PNG  IHDR/T:¹S pHYs¸Œ¸ŒÌö»/`IDAT(‘Íѱ €0 DÑpÉ0J6Æ(éh))"‡ ¨èãæU'Î?£Eö9ˆÆ!‰Ù@6ÄÑ›ARgœ}<ƒ‘Y³SSNW ò¢MSëêBª#èŒEyhã+ÿ\õÜ¥´ôÞÅxIEND®B`‚ pix[79]: xres = 1200, yres = 1200 ‰PNG  IHDR(TØeHz pHYs¸Œ¸ŒÌö»/~IDAT•Åбà 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(]^_`abcdefghijklmnopqrstuvwxyz{|}~) ashow showpage leptonica-1.70/prog/fonts/chars-8.pa0000444000175000017500000003753112256617134015412 0ustar dandan Pixa Version 2 Number of pix = 95 Boxa Version 2 Number of boxes = 0 pix[0]: xres = 0, yres = 0 ‰PNG  IHDRò§± pHYsb&2 IDAT™cøÏ@½ªâñ˜¬âIEND®B`‚ pix[1]: xres = 1200, yres = 1200 ‰PNG  IHDRè›Q‹ pHYs¸Œ¸ŒÌö»/$IDAT™cøÀðaƒ2€I4à Pø A*@j> qmÁXwÌIEND®B`‚ pix[2]: xres = 1200, yres = 1200 ‰PNG  IHDR eÚ; pHYs¸Œ¸ŒÌö»/IDAT™cøßÀD2 PdÓ€@v`) T&lýŸØ©IEND®B`‚ pix[3]: xres = 1200, yres = 1200 ‰PNG  IHDR)' pHYs¸Œ¸ŒÌö»/:IDAT™cøÿ¿„ÿ|†àHøçcn```øø¼Œ?ƒðqfÊ<>ÀÏû‘ðü†ãó!æcÁœØD6>©IEND®B`‚ pix[4]: xres = 1200, yres = 1200 ‰PNG  IHDR{ª| pHYs¸Œ¸ŒÌö»/PIDAT™%̱ €0 DÑ/ð%£ELÀŒB™’"ŠÔ®¨Ð#¤§_‰GdÃhm°<ݸ&TV£/(uÓ”tQr|‚•ÿ-½Ó û*û]\ÜIEND®B`‚ pix[5]: xres = 1200, yres = 1200 ‰PNG  IHDRÑüàÐ pHYs¸Œ¸ŒÌö»/kIDAT™mͱƒ0P âÓ`³•7ð¹dø,à€Ž’"¹KÂGŸ‚Šæ5’NPUÁÉG'A‰/AŽ½Àûh$R°âÉ5)-™¿¶}Û@–Y]-ÐÑxŒÄtONðS.þ×ù ªUePãõíIEND®B`‚ pix[6]: xres = 1200, yres = 1200 ‰PNG  IHDRÕ 0í pHYs¸Œ¸ŒÌö»/aIDAT™EÍ¡ €0EÑËá¯ëb$•8Vè,*Y¡ [%|>G\óªÊË)gR®U9Ìö°Þf¥D¥zL¹…É ƒD¢‹Ho’G–€Ë¦}…1Cqíï|?¿»óBÙ½ØpUIEND®B`‚ pix[7]: xres = 1200, yres = 1200 ‰PNG  IHDR¬êˆ pHYs¸Œ¸ŒÌö»/IDAT™cøÇð‹áÃ# <„çæ1Ø1ü#V¯©P„ã‘IEND®B`‚ pix[8]: xres = 1200, yres = 1200 ‰PNG  IHDRò§± pHYs¸Œ¸ŒÌö»/.IDAT™cøÏðá/ÃO†Ï ÏŽ3œgèC~y È–9Tõ?õü9±{ø|™IEND®B`‚ pix[9]: xres = 1200, yres = 1200 ‰PNG  IHDRò§± pHYs¸Œ¸ŒÌö»/,IDAT™cøÏPÏ°Ÿa>Ãy†ç >3|ÃXà¨Üg ºç@õóöOµ™µ¿ÑµIEND®B`‚ pix[10]: xres = 1200, yres = 1200 ‰PNG  IHDR   pHYs¸Œ¸ŒÌö»/1IDAT™cøÿ€ˆþQÃŒ œ`øÀÀð€Ä–|À°ãÆ¿`e$"³q3'RÅ6zIEND®B`‚ pix[11]: xres = 1200, yres = 1200 ‰PNG  IHDRÂ+ $ pHYs¸Œ¸ŒÌö»/IDAT™cøÿÿ^lƒ!58ÌHMFECž^IEND®B`‚ pix[12]: xres = 1200, yres = 1200 ‰PNG  IHDRìn¶ pHYs¸Œ¸ŒÌö»/IDAT™cøÃ@,|Àp€ážaèa˜Ã`ÃPÃð˜W}9üd IEND®B`‚ pix[13]: xres = 1200, yres = 1200 ‰PNG  IHDR eÚ; pHYs¸Œ¸ŒÌö»/IDAT™cøßÀ@‚âöê+d¥mä%IEND®B`‚ pix[14]: xres = 1200, yres = 1200 ‰PNG  IHDRè›Q‹ pHYs¸Œ¸ŒÌö»/IDAT™cøÀ@,œÀÅ[[q–¢¿IEND®B`‚ pix[15]: xres = 1200, yres = 1200 ‰PNG  IHDRÿ¹ÁB pHYs¸Œ¸ŒÌö»/IIDAT™ÌQ @PEÑ=e"ÊÄÌÁ” )SP”ß'?ÔÉñî­õ½°pÁ>Ò’¦ÔàŽ¯‚ñŠKÜbgZÓ(fÑŠ¾žáÀ¢5B×u­IEND®B`‚ pix[16]: xres = 1200, yres = 1200 ‰PNG  IHDR{ª| pHYs¸Œ¸ŒÌö»/8IDAT™cøÿˆ~È1<îc8~Œáü#†~ zÀ Dp"~ ‚¨|ÆÐ~Žáð<†v £—·+¾?ÌÐIEND®B`‚ pix[17]: xres = 1200, yres = 1200 ‰PNG  IHDR ûL pHYs¸Œ¸ŒÌö»/)IDAT™cøÿˆþ|`øð¡áƒÄ†Š ?HE £}7Ê´dñIEND®B`‚ pix[18]: xres = 1200, yres = 1200 ‰PNG  IHDRÆÞp pHYs¸Œ¸ŒÌö»/MIDAT™M̱ €0Áï,!£8š‚8BV XXfÁÂV°Ä×ÆçêGùµ%5ä‘8·ÂjÆ3N°ãé¹å’SvI0Pª«Ÿ~±/úöñ´IEND®B`‚ pix[19]: xres = 1200, yres = 1200 ‰PNG  IHDR{ª| pHYs¸Œ¸ŒÌö»/OIDAT™cøÿˆ~È1<àc8ÜÆpþÃýG ó1ìÄðÿÃÿc ÿÏ1ü–cøÁÆðûÃÿ ÿ? 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f`øø ƒÅò?0|lâÿ„ñ f‡˜®dLÞ m·ìIEND®B`‚ pix[49]: xres = 1200, yres = 1200 ‰PNG  IHDRÕ 0í pHYs¸Œ¸ŒÌö»/[IDAT™UÍ¡ €0Dá·#tÖª’•H*Ì@*°45ˆ¦ÇDÄ'ï’ø0QzG–çR`WdU27®y~º&á?™`» ‹S÷ä(ÖÕbýÍÌu„*ì3¾¯E\QôíwIEND®B`‚ pix[50]: xres = 1200, yres = 1200 ‰PNG  IHDR$k` pHYs¸Œ¸ŒÌö»/KIDAT™cøÿÿ70ücøðÃŽáã?9þ„Áb@¹?u þ1|dâÃPüˆ?ñ:þ5ã?Çÿl ò 0;Ð0DàI~–&IEND®B`‚ pix[51]: xres = 1200, yres = 1200 ‰PNG  IHDRÆÞp pHYs¸Œ¸ŒÌö»/LIDAT™M̱ € EÑk(,Qþhº+áÁšo,ž¢É©Ô½“;éziˆ±FJÀ'TÐ|X;±†Uæ ‰¯ú¹´—+î>ób–IEND®B`‚ pix[52]: xres = 1200, yres = 1200 ‰PNG  IHDRÏ5Ðc pHYs¸Œ¸ŒÌö»/%IDAT™cøÿÿƒ€=ÿ†ýýÈøÃÿþáŒó±`ÎEJ5ØÆIEND®B`‚ pix[53]: xres = 1200, yres = 1200 ‰PNG  IHDRÑüàÐ pHYs¸Œ¸ŒÌö»/7IDAT™cøÿÿÿ0Á`ßÀÀððÿç ©I<>ÀðB?ÀðCžH0ð`øÇ`µÚ}i,±ÂIEND®B`‚ pix[54]: xres = 1200, yres = 1200 ‰PNG  IHDRÕ 0í pHYs¸Œ¸ŒÌö»/PIDAT™cøÿÿ?3Ô30þÿ˜ááÿç`üñÿy†Pü£~>ÿ©·gøcÁÿìêþÉÕ3ü—êçâ^ îâF > ÅÇø9Ä|,…KçdÀð›IEND®B`‚ pix[55]: xres = 1200, yres = 1200 ‰PNG  IHDR ®-ò! pHYs¸Œ¸ŒÌö»/dIDAT™mͱ € Fáß Qn4L,,a((™PÐbl0ðrZøŠ¯}„©ëk× ¾Ó(à Ue¤S¤kˆ‡` bÞ,öoQ‚#&ª"£ŠF%¦ ºŽïü‡8gaÊŽUNIEND®B`‚ pix[56]: xres = 1200, yres = 1200 ‰PNG  IHDRËÀ^ pHYs¸Œ¸ŒÌö»/\IDAT™cøÿÿ7þ?Ä= þÛ0ü¨âº†?6þY±$P 3³q;7±"ÿ+øÃðçG à þùdžáó?†ÇÿdŽÿçaàÿÏÀ³ KH¦»!IEND®B`‚ pix[57]: xres = 1200, yres = 1200 ‰PNG  IHDR ÷»] pHYs¸Œ¸ŒÌö»/GIDAT™cøÿÿÃs fþÿ€¡ñÿ†‡ÿO0|ø?ƒá×[0ü©«`øc÷ƒáŸÍ†ÿ’@Ì ÄÍP|œ0þÃPÁ² QþN¦µ\ÈIEND®B`‚ pix[58]: xres = 1200, yres = 1200 ‰PNG  IHDR ÷»] pHYs¸Œ¸ŒÌö»/ZIDAT™]Í¡ €0Dá'qØ:ÖÀ±®²k‘tV(a€Vþ¢éÑ&`Ÿ{¹C2†¸Y¹9ÎêÈuE¶£Ò›ë»ÐÍF£n†y£øBRáê¢Ac¾ŸR@J:×¹>EIEND®B`‚ pix[59]: xres = 1200, yres = 1200 ‰PNG  IHDRò§± pHYs¸Œ¸ŒÌö»/IDAT™ch```hgè'¶30ò%8ìqIEND®B`‚ pix[60]: xres = 1200, yres = 1200 ‰PNG  IHDRÿ¹ÁB pHYs¸Œ¸ŒÌö»/FIDAT™%ÌA @PEÑ»e#ÊÆ,EÙŒ¡²E™~©—ç÷Ô,zÑŠ)Ö8c·¸Äú ¼U‡«±ÄŒ¼áBm­†51•÷IEND®B`‚ pix[61]: xres = 1200, yres = 1200 ‰PNG  IHDR"JC¥v pHYs¸Œ¸ŒÌö»/IDAT™c`d``øÀð‘ ø¨ó?½ÃI¶ž–µIEND®B`‚ pix[62]: xres = 1200, yres = 1200 ‰PNG  IHDR"~:dj pHYs¸Œ¸ŒÌö»/ö3|>Ïðø8Ãóç Ç3œÿÌÐÿ‘aþOù? ö êIDb”<—ùÛÍIEND®B`‚ pix[63]: xres = 1200, yres = 1200 ‰PNG  IHDR"‘øT pHYs¸Œ¸ŒÌö»/IDAT™cøÿ¿ž°ˆ]MR?¹gÀsIEND®B`‚ pix[64]: xres = 1200, yres = 1200 ‰PNG  IHDR"»Hþû pHYs¸Œ¸ŒÌö»/IDAT™cøÇð‹áÃ'†g Ç€°¡áiø÷?ä̪|IEND®B`‚ pix[65]: xres = 1200, yres = 1200 ‰PNG  IHDR"¨Ÿ¾ pHYs¸Œ¸ŒÌö»/6IDAT™cøÿz Çpža~ý?ÆðŸáÃác ýÇä!¨Ÿ¡Ïá`sÆ5$í# IEND®B`‚ pix[66]: xres = 1200, yres = 1200 ‰PNG  IHDR"zÏ´W pHYs¸Œ¸ŒÌö»/CIDAT™cøÿÿÃa fâǸp33`xTàÀðàÃÃ? Aø:vŠƒ0PýÏ >`xÁ~€d ³~Oñ³ÔÇ5IEND®B`‚ pix[67]: xres = 1200, yres = 1200 ‰PNG  IHDR "¬jn2 pHYs¸Œ¸ŒÌö»/2IDAT™cøÿƒúÁÁð¸áü†þ ó_0Èÿ@ ~0êÿÁÐþƒáà†xÌMÈ8g‡À¸IEND®B`‚ pix[68]: xres = 1200, yres = 1200 ‰PNG  IHDR"• ßi pHYs¸Œ¸ŒÌö»/?IDAT™cøÿÿÃÿ@|ˆàÆ?0<ª9TÛäÏby4Ì y nð€áðŒ ,ÀvàÇØ.UoMÕsIEND®B`‚ pix[69]: xres = 1200, yres = 1200 ‰PNG  IHDR"G]Õ1 pHYs¸Œ¸ŒÌö»/6IDAT™cøÿ‡ú!Ãð¹‡áø†þ# ó0È?! ÿEü`Ôþ…áà†<8ÍùÿÁ©5ès#S#IEND®B`‚ pix[70]: xres = 1200, yres = 1200 ‰PNG  IHDR "¡tu pHYs¸Œ¸ŒÌö»/0IDAT™cøÿ€áÃ†Ï ¾?`xþ€á8:ÀÀ ÀàŽ*ˆ1<`ø5&5ò[œ1IEND®B`‚ pix[71]: xres = 1200, yres = 1200 ‰PNG  IHDR"‘øT pHYs¸Œ¸ŒÌö»/TIDAT™…Ë¡ €0DÑO¤£°Ú9pŒÀ*M•]¡ ¢š ¨+'ëÏ\þÑ»øÓ‚x6¨rû5¨bÍâ`xTð€áá†Ç ü‡8ÌPÃÀ²ƒðS_g;IEND®B`‚ pix[73]: xres = 1200, yres = 1200 ‰PNG  IHDR "¥ÎH pHYs¸Œ¸ŒÌö»/%IDAT™cøßÀDŸ‚Ñg0‚~704ƒÑc"üoÀ…^Ý.À$~$hIEND®B`‚ pix[74]: xres = 1200, yres = 1200 ‰PNG  IHDR"JC¥v pHYs¸Œ¸ŒÌö»/&IDAT™cøÏðŸá'à üÉð ÿ2ÂDÀÏ ž3ðCÊ 3‡dIEND®B`‚ pix[75]: xres = 1200, yres = 1200 ‰PNG  IHDR"• ßi pHYs¸Œ¸ŒÌö»/IIDAT™cøÿÿÃc n†ÒXñŸ†Ç?€ø#ýˆÏ±ü†GõØi û1?·ña ~Ä€ø‡C È£VU:ÞtžIEND®B`‚ pix[76]: xres = 1200, yres = 1200 ‰PNG  IHDR "¥ÎH pHYs¸Œ¸ŒÌö»/IDAT™cøßÀð¸¡LR‚€h9.|7±“ƒIEND®B`‚ pix[77]: xres = 1200, yres = 1200 ‰PNG  IHDR"‹ÄïÚ pHYs¸Œ¸ŒÌö»/3IDAT™cøÿÿÿb‰ßÍ043¨``*œSÁððƒÃãÿÈ!䈶D6r3l,¬IEND®B`‚ pix[78]: xres = 1200, yres = 1200 ‰PNG  IHDR"• ßi pHYs¸Œ¸ŒÌö»/,IDAT™cøÿÿ!ü»ù3㦂 $0<á?Äa†‚æ1<–S—Ðon‹IEND®B`‚ pix[79]: xres = 1200, yres = 1200 ‰PNG  IHDR"~:dj pHYs¸Œ¸ŒÌö»/7IDAT™cøÿŸú!Ïð¸áøc†þ‡ ýä?0Èÿ@ ~ ú oÿÌpð8Ãyœæüÿ,q81Sl IEND®B`‚ pix[80]: xres = 1200, yres = 1200 ‰PNG  IHDR"• ßi pHYs¸Œ¸ŒÌö»/AIDAT™cøÿÿ!ü»ñC3悆þc`x Âÿ‘±P „Àø០>1û ~ÜðÿÐQíë¹kIEND®B`‚ pix[81]: xres = 1200, yres = 1200 ‰PNG  IHDR"‘øT pHYs¸Œ¸ŒÌö»/Ë£a~(É·?l`8<±áƒ!PÿG¸ÌHƒ„í½–IEND®B`‚ pix[82]: xres = 1200, yres = 1200 ‰PNG  IHDR "¬jn2 pHYs¸Œ¸ŒÌö»/(IDAT™cøÿƒúÝÁÐÌÀÐÄÀðàÃà àC 8ÍùÿìŠ<>8küðIEND®B`‚ pix[83]: xres = 1200, yres = 1200 ‰PNG  IHDR "C¨ pHYs¸Œ¸ŒÌö»/9IDAT™cøÿzPÀp^€aþùPÄü¡Á€á€Ã†ÿ ö `4A΀·9ÿ?óc1GÏâÐIEND®B`‚ pix[84]: xres = 1200, yres = 1200 ‰PNG  IHDR "¡tu pHYs¸Œ¸ŒÌö»/-IDAT™cøÿ€Ž~?`xø€á1z ÀÐÀÀÀ €"ˆ†‚•}H`@6 k8ˆOèmáIEND®B`‚ pix[85]: xres = 1200, yres = 1200 ‰PNG  IHDR"wÑÄ pHYs¸Œ¸ŒÌö»/1IDAT™cøÿÿ!üûCó‡æ ÿ0<ªÿÀRÀðC† ù@ ±V(Ê´:ÆIEND®B`‚ pix[86]: xres = 1200, yres = 1200 ‰PNG  IHDR"zÏ´W pHYs¸Œ¸ŒÌö»/GIDAT™cøÿÿ!\÷½áÃá?ÿâŸþ>Àðñó†@üã;??Àð'ˆýXþÃ?(þoOØ| £dTçò¨Â4IEND®B`‚ pix[87]: xres = 1200, yres = 1200 ‰PNG  IHDR"†ÚŸ pHYs¸Œ¸ŒÌö»/RIDAT™cøÿÿÿb †Ÿ?€Ä†Ã?ÿ%0<þ&þ<`xü æÃÇ'µ@âL%8gý€áÇ=c 1OHìöìþØ÷‰zAŠåýfr\êLßßIEND®B`‚ pix[88]: xres = 1200, yres = 1200 ‰PNG  IHDR"‘øT pHYs¸Œ¸ŒÌö»/LIDAT™cøÿ¿~ÄÍ?n`øø¼áÃû†÷þȱ}Ã?²ÿö70ülo`ø|¨çpÃñ‡ üšıöLéáûΑIEND®B`‚ pix[89]: xres = 1200, yres = 1200 ‰PNG  IHDR"zÏ´W pHYs¸Œ¸ŒÌö»/TIDAT™cøÿÿ!¼ï{ÆÃ0<áŸñÇÏ>ñï@üüß| öbþ ÿä!ø¿=×ù0 4óïâf nÿu2Q¤Ø{l¡IEND®B`‚ pix[90]: xres = 1200, yres = 1200 ‰PNG  IHDR"~:dj pHYs¸Œ¸ŒÌö»/@IDAT™u̱ EÁg£M©´’ÄF•ZG‚oÉÕ‡ÄO_$CiÔL ("˵lÇôL1m“aù>ÒÁ„:´óîˆÊIEND®B`‚ pix[91]: xres = 1200, yres = 1200 ‰PNG  IHDR"TŠ•Å pHYs¸Œ¸ŒÌö»/ IDAT™cøÃð„áCV(Ã`ÄØåz€º0üA–FE³ÿâIEND®B`‚ pix[92]: xres = 1200, yres = 1200 ‰PNG  IHDR"]a5¿ pHYs¸Œ¸ŒÌö»/IDAT™c8À@*8€oD+\ ¤IEND®B`‚ pix[93]: xres = 1200, yres = 1200 ‰PNG  IHDR"»Hþû pHYs¸Œ¸ŒÌö»/!IDAT™cøÇ0¡áVøŒáÃrÇ€ºäþ )Q þ7`IEND®B`‚ pix[94]: xres = 1200, yres = 1200 ‰PNG  IHDR"~:dj pHYs¸Œ¸ŒÌö»/IDAT™cøÿŸHtðÃœ†}’ öÍ õDë#®T?µQþÞµIEND®B`‚leptonica-1.70/prog/fonts/chars-18.pa0000444000175000017500000005172112256617134015470 0ustar dandan Pixa Version 2 Number of pix = 95 Boxa Version 2 Number of boxes = 0 pix[0]: xres = 0, yres = 0 ‰PNG  IHDRFéªù pHYsb&2IDAT•cøÿÿÃ(ÆÀé¿õÏ„UIEND®B`‚ pix[1]: xres = 1200, yres = 1200 ‰PNG  IHDR F6äƒ pHYs¸Œ¸ŒÌö»/]„2]‡Ô!ÓB3Q™>ªÝ›Ã–×åegöfm6B|¡µ®ÔÎS¥…‡‹UéJ¿–\;/ŸÞŸu?Хʤ5IEND®B`‚ pix[5]: xres = 1200, yres = 1200 ‰PNG  IHDR9F^< pHYs¸Œ¸ŒÌö»/ÃIDAT(‘½Ñ± à PR¹ôa‘H^,‘\¸ôJA^ÃÈ àŽqùp–‹Ô¡z ÇýÏK]¡ ,AVÉz£C,·&bĈpÄ$A[A÷¥ÁÜ@_0ÁI >qBZÔ×;¢uŠ5O½W$eÜJ Nzbi0ãm¨¾B'Ýq òŒ=_ÌŠõ‚ *,±7Ø,”œYrVâHÖOã²”hF"ÝKgYJVšà8ñçwÿwÇÆmHœéIEND®B`‚ pix[6]: xres = 1200, yres = 1200 ‰PNG  IHDR5FD+á² pHYs¸Œ¸ŒÌö»/ÈIDAT(‘µÑ1n! Ð?¢`;ŽÀ5RDškmÒäXŒö"ì (]Œp>˜)¢M»4OÆß:àÕšÌM„i_žw?•nÖåSÍãÅð×~iïç>-²liiyê±tË°Œfc™Öq?ÛDa¿yʧז~оK­o*´*¦‡æË4üÖ²›5J°*,}Ó¡8óÜžÓ>ݸ°‡™=åK ù2Iè®Q"Ìáµ€§9uS dææ0±â`÷;÷ÂNøïßÞê/?cuÞ«T)~IEND®B`‚ pix[7]: xres = 1200, yres = 1200 ‰PNG  IHDRFÔ8˜} pHYs¸Œ¸ŒÌö»/=IDAT™cøÿ‡„0üg`øD,PôƒŒd@èƒ Ã‡zð‡áᆃÿahÿÃÀÿ‡a?Dû BÆZ}“R ]IEND®B`‚ pix[8]: xres = 1200, yres = 1200 ‰PNG  IHDRFéªù pHYs¸Œ¸ŒÌö»/pIDAT•¥Ð± €0…á KGÈ(º™H ׺à"Š ¤Lr¾ó±³øiÂûC"LÒ&’J$gÆý€ "ô005¨Á”‘)«™iWbØ%X>t?D÷~39–g‡nÊN·ª:Úö¬E›dõÎÓ›µ½Üq㾕ËÏ3lIEND®B`‚ pix[9]: xres = 1200, yres = 1200 ‰PNG  IHDRFéªù pHYs¸Œ¸ŒÌö»/lIDAT•¥Ð± €0 @K”!£ÀfQDÁ¬b”E`ƒÐ¥@„·òt×Úÿ/µª,à`†;dTÊ r¯r¹¦öÐÁ‘VPÚÌø–üðqs{üUæˆÌ61«aöË·.Ö©„Öó`çÄ °Å «–{ÆY”IEND®B`‚ pix[10]: xres = 1200, yres = 1200 ‰PNG  IHDRFþˆiÒ pHYs¸Œ¸ŒÌö»/`IDAT•ÍÍÁ €0ÐÄAœE¤®åÍ£#¨|o¥1*¨#xx>!$ñØ$ЪËhƒ´F¸™ÀBô5aeÆî#t#•Éúæî8)Ôïd²sïÝäúù÷_Jȹ?V‰x?IEND®B`‚ pix[11]: xres = 1200, yres = 1200 ‰PNG  IHDR&Fˆ²ÛY pHYs¸Œ¸ŒÌö»/IDAT•cøhO¶Ó”Ähm/Œ¤i蘨8ˆ4^LàIEND®B`‚ pix[12]: xres = 1200, yres = 1200 ‰PNG  IHDRF;úóC pHYs¸Œ¸ŒÌö»/=IDAT™cøÿa°  ÿþÃbcøÃB?ä@èƒÇ:zðá 5ÿchÿÇÀÿa?›š|Î*IEND®B`‚ pix[13]: xres = 1200, yres = 1200 ‰PNG  IHDRFàAYa pHYs¸Œ¸ŒÌö»/IDAT•cøÿÿÃ`ÀÀ˜Œ€xÝkðÃÇ´ <IEND®B`‚ pix[14]: xres = 1200, yres = 1200 ‰PNG  IHDR F6äƒ pHYs¸Œ¸ŒÌö»/IDAT™cøßÀ0xÐÁ††dÐ$Å]ßaE{ÈIEND®B`‚ pix[15]: xres = 1200, yres = 1200 ‰PNG  IHDR F…¬« pHYs¸Œ¸ŒÌö»/yIDAT•uб Å CÑt”ŒÀ(ŒFAÁ\ˆE`ƒ”(‰ïÓ©¾%ŸÚòq+‡Úa@… 8ðâúbQL#‰Ó¸_: ¨Ð C·ñâ2‚XFÓHâü`s‡d(^\Fˈbéå4x£Ã€ ò¦€ÿ»î?„ëôo‚fIMIEND®B`‚ pix[16]: xres = 1200, yres = 1200 ‰PNG  IHDR!FjnÀ pHYs¸Œ¸ŒÌö»/„IDAT•µÐ±à …á磠ôŒÂhˆs‘µðe²AJ ERLrvP|%§÷ƒåN6§V¨„H¾Bmc÷„–†øLìDV+s&<Ì]¾1Ë4›ÛG|­€û“t¸˜ùìûª}Z¦ws“Eéð&#ëÞ8¤@ ]kø¦e€$•`­Š»–ü/§EõÿÄ,IIEND®B`‚ pix[17]: xres = 1200, yres = 1200 ‰PNG  IHDRFú}¹ï pHYs¸Œ¸ŒÌö»/EIDAT•cøÿÿÿ$â_=ø"€ˆ ñH| @‚$Á"äÀÕ Yâ€ý†ã ü  zOúgØ0>|d|IEND®B`‚ pix[18]: xres = 1200, yres = 1200 ‰PNG  IHDR"FY{# pHYs¸Œ¸ŒÌö»/IDAT•­Ð± Ã0 À7\¨ÔE£9€‹¬Å EJ¯ # ¨T!ˆ!ß…ãÀe¾¸î>¡ÁÉ] ffA&A¢ ï& ¦–Q°i5ßÚh¯“j®_ê•£ÛwÃa‹‡u¢É-»³›yùƒ.ôN¹¢OnKnÝÂ}Ò…]+™V2­¤ÜnÉTè ¿¹øäü–NÔkŠ…IEND®B`‚ pix[19]: xres = 1200, yres = 1200 ‰PNG  IHDR"FY{# pHYs¸Œ¸ŒÌö»/¢IDAT•­Ð1Â0 …áW1dìz”ôf-b`ä\åU =‘XÖ!ª±Ý¡…‰ ß[¿ ÑG|˜ƒ9¢Q€–È-͘ƒ*E}I=YvŠútçº>l.ífíÜh–ÁÌÞs4“5¨ö“°Ù97ê}o[{“«ØL¿íÝN%®:E\D&÷äågâæÍ“×Ò;³V%4bÚŪîøºä|Lt ät8úÈIEND®B`‚ pix[20]: xres = 1200, yres = 1200 ‰PNG  IHDR#Fn› pHYs¸Œ¸ŒÌö»/sIDAT•­Ð!€0 Ð&‹Û5p\ ·+ÍíKvÍU,k'Ú _<ÑüT|h=Z²Î$²ÉˆAéØK¹°+YÙ²‹ˆdVF¥g­Òˆu#Ë!b3•¾ëàÊPg\7¿›h“ì¦nâ?÷%ÿð9ÝuxÜ+âIEND®B`‚ pix[21]: xres = 1200, yres = 1200 ‰PNG  IHDR!FjnÀ pHYs¸Œ¸ŒÌö»/†IDAT•­Ð± ÂP Ћ(RfFÉhß%#° (EÖøÙà—AŠþqv"ŠDC\¼Êò j ßΉE›ø¸îÿomÜ‚^Îq¿ O²Ënš=U¹OÑÖVáÞwæßÚÆž|(:¼‘ƒáJ^ÞŽdgXÕm⢞9gxó‚V.º±ýäA¾`ßžÄr˜IEND®B`‚ pix[22]: xres = 1200, yres = 1200 ‰PNG  IHDR!FjnÀ pHYs¸Œ¸ŒÌö»/“IDAT•­Ð» !ÐA„W¥Ð˜%8]c¸Sá<ƒdü“3¼v™] ž„o²;Y7™£4ºíN6/k%Êôjƒ5˜%š»nð W¸¨ýf6§ÖÉâÍTFõ/>üŸoÈã ¤yÒ€IEND®B`‚ pix[24]: xres = 1200, yres = 1200 ‰PNG  IHDR!FjnÀ pHYs¸Œ¸ŒÌö»/®IDAT•­Ð± à …ᇈDé< +eÎráµ°¼ˆGpIx¹»TN”._Ç .ÁÍÍŠ¢Y0Ò5 úÜ“ å¡^…Ñ]'¹¸» þ²ðpuÍÜÔ™:眨“Ï4fšÞØðÔÛ;‚:à%À»'»º“$ëA´ž¬¤kèìêA=‡ÕdV`sy~+7£7¯îBkÞéÍôæ2´ùš[¶Zû¥áµ”ôù“ÿñÇê ìIEND®B`‚ pix[25]: xres = 1200, yres = 1200 ‰PNG  IHDR F…¬« pHYs¸Œ¸ŒÌö»/ŽIDAT•Ð± Ã0 À\°ÔÅ£I‚³7Ñ*UbžŽaAª°¸öÿ ãáƒIH˜Òv ŠžfD³å˜à4ÛœŠâT³òf3;ŽŸ„›Œ|äDŽ}@“VÐ)˜ˆ º±sÍ.–0üj‡™ð‡ Œø@è‡Ã;†@TÇðáà ÿ1þÇÐü¡ýƒ<Âý sŽ§Q7IEND®B`‚ pix[28]: xres = 1200, yres = 1200 ‰PNG  IHDR&E&©÷ pHYs¸Œ¸ŒÌö»/}IDAT•µÁ € E?ñÀÅÄ\ÄÄÑd4FqŽõ·U™^HóóÚái˜ËbÌFÀÊ°²2­dÇAÖ ù;*ÓNv\d êÉQ‰l¸È²¨(o¦;?iÃ"ãíuÏx^ݼI=l%¿ß{yßw†ji±Ù$¯cf×û.ï^eÆï=Å­+2ÈãXIEND®B`‚ pix[29]: xres = 1200, yres = 1200 ‰PNG  IHDR&E&©÷ pHYs¸Œ¸ŒÌö»/IDAT•cø'‰ f“©J^/(Y¸ç)IEND®B`‚ pix[30]: xres = 1200, yres = 1200 ‰PNG  IHDR%Eåô pHYs¸Œ¸ŒÌö»/vIDAT•µÐ1ÀÐõÒiÓ9J®•Ž£9JŽ Tx3û"¹Åo0;È=V•uF¨¥¢0{X,lÂ[cc˜,v‰HK^V»œK¼Þ`Ì¥šöy^ïj35”À\?;hí–ü×ÙpŒû½+®ú½“!(}þ”IEND®B`‚ pix[31]: xres = 1200, yres = 1200 ‰PNG  IHDRE“+  pHYs¸Œ¸ŒÌö»/‡IDAT••Ï½ ƒP à{J‘’`“¬Â& UJFÈ*¥` @I¸Ü½H(ä§Hó¹°ì³A2ðÂå˜Q“ªÃ‚#Ñ g.7  æÍ~¥QhEvFg’Ñz®G±(óIL gøŒÁÜÍÕTõž~cÜÿñFév&‰Ÿ”Æ3òç–?xámÝ®¡4R3IEND®B`‚ pix[32]: xres = 1200, yres = 1200 ‰PNG  IHDR4E-}ø" pHYs¸Œ¸ŒÌö»/ôIDAT(‘µÑ±mÃ0…á'°`IM`® ‚p%•)SB -‘ad¨ñÔ—ŽAú‘ŠI5_¥;ÜO”ö ~›à›+tèª €§Ò•ÉÒ`‹:•’5íø»dMo‚dh ¶Ž#ÄWH]—ì%é’z*Ýš{le};œÓÄÝKVùP箚¾¦iä©ÍªžºSÍyfué§>iî§ÑœŽXª±ÉóKðb¿Á» ¶àïvÜÄÝí"Ø£û¼°CH—¼rÅï=âÜãîáìÐú°KQt>úÕneu,Q»ê£kdoG3mï0A5öÏwûY±V£xý•ÔIEND®B`‚ pix[33]: xres = 1200, yres = 1200 ‰PNG  IHDR8E7A¬ pHYs¸Œ¸ŒÌö»/£IDAT(‘µÑ½ à àg¹pÉxVò$•×rä"kÄò¤£@û±#ŒÒæ(¾‰Ç;TîÆûá­þb†»:ªi´ê¤ÆɨQ q¸øNê–zqÏêš;ñYÔù+DÃÁTÏÚ²°™t¬+/6UZ2úD† •KÉÙ­²'WúáiGÎÔD+èiìÐ#³ iY‡tE‹0ð=C{‰púcoÿôw¼ŒªªYJ«IEND®B`‚ pix[34]: xres = 1200, yres = 1200 ‰PNG  IHDR)Eÿ-òz pHYs¸Œ¸ŒÌö»/„IDAT•µÐ± ! Ð(RÞŒÂhñh7 #PR ãO¤C×\ŠÐ¼ûÛ†Î'ر Þ‚ÓÈ‚T#j1FÔörú":ã9{ùq¥%§fçÔɘ# ‘@À/`]e³Æ„G¿À‘ŸÙ»•®‹­*G*Éo6çlmÝ ¯käÛåÿÀcáÚ»vyIEND®B`‚ pix[35]: xres = 1200, yres = 1200 ‰PNG  IHDR0E$–XX pHYs¸Œ¸ŒÌö»/“IDAT•­Ñ± à Ð(\2‚Ga4“Í< Ù€È âçûB",¥4ÍœNwú€vð£Ãd`Ø ÀØuË‘|€i#Ÿ SÛ Ým1ê ˆe5ò Ú ýÊf¤+œÁ=üg¾+­F£,3ÕÍŸÏ™ÔXÁÝ[JYEEW•§‡Ê@ÐKÒ>¢ÀOp;oCTRh¬J\­IEND®B`‚ pix[36]: xres = 1200, yres = 1200 ‰PNG  IHDR6E)ˆ( pHYs¸Œ¸ŒÌö»/IDAT(‘µÑÁ €0 …á” ^ApÁÅ;ZGé{ÆhžbU¼ÙË×[“¿$ûaº»z5n—‰‰dêT/k¦EÍÞdg Á0š±7ÓakÎMi®¾Õqþ±*}¼ß”žs·¥é¶gÄþ=ÐgŒnº†uÀùÒ¿3ÝÛýì k)Þ<•IEND®B`‚ pix[37]: xres = 1200, yres = 1200 ‰PNG  IHDR)Eÿ-òz pHYs¸Œ¸ŒÌö»/]IDAT•­ÑË €@PÌfk”¶­ØÞö@Yñ ‰sy'È=L‘-ÎÀT!ˆ¡˜œå+xf¼FÒ±fg Z6 7«ß4Û ð‘–1ÛéŒÊÔü¬Hð'+bŸÐØ2Œ)IEND®B`‚ pix[38]: xres = 1200, yres = 1200 ‰PNG  IHDR&E&©÷ pHYs¸Œ¸ŒÌö»/OIDAT•cøIdpLe~00ücþÿ¿L!šüƒ—´ÁNþC"ÿI  ÐHæÿ?0TþÃa7Nþa‘? aÅ '1C’bÊþcK³ˆ!IEND®B`‚ pix[39]: xres = 1200, yres = 1200 ‰PNG  IHDR5E¿“ pHYs¸Œ¸ŒÌö»/˜IDAT(‘µÑ± Ä Ð(¸ŽXƒ.kÑ…Ñ…()ÄÆD®¾Ð<ÉÂØâcÌSñµÓ tȦ¨ê1Š¥™º0µRq{@×d hfiź,n—Ÿá¹éöÜ¿Ž]üÛǼ„Ï2?zDÞ3{Ù÷©ó­‹«ÞmJì1:1Scò3ŠÎÿM±@qplÞr{Õ z±}Qª~IEND®B`‚ pix[40]: xres = 1200, yres = 1200 ‰PNG  IHDR;EÜv£¯ pHYs¸Œ¸ŒÌö»/KIDAT(‘cø0 Ìÿ0€”q€Aþÿ?† A*ø0üc2>È Ø'؃ą”1à‘ò‡رŠžè¦=B›7$c$¡IEND®B`‚ pix[41]: xres = 1200, yres = 1200 ‰PNG  IHDREfÕ+Ï pHYs¸Œ¸ŒÌö»/(IDAT•cøÿÿ ÃÀ†?Œþ1- ró„?ýF€;ÙŒî ½IEND®B`‚ pix[42]: xres = 1200, yres = 1200 ‰PNG  IHDREx| pHYs¸Œ¸ŒÌö»/?IDAT•Õб € @ÑŸ0£0ÚÙYºÆ¥ì¾‚#P¼*¿ÃKÁ£a¹º§g:%.©Uh)Rý¢»™‡_LIEND®B`‚ pix[43]: xres = 1200, yres = 1200 ‰PNG  IHDR4E-}ø" pHYs¸Œ¸ŒÌö»/¬IDAT(‘µÑ½ à à#”²+e°²Ù„^ILwJ‘ÔqóIF¼Ÿs†o?;î+âv¸u —_&Ú2­“žô t´Gj‰¶L뤧ôt]ߎH{¢–i›ô%Ÿ2Л§pú݇êÕ¯êgêßúCó@óBóíSµ_Ó¾«÷uÚÊÊ Ê­(Çz(Ç \íœ; }uxìwX;l'ðó^ö ŸfhúqÒøIEND®B`‚ pix[44]: xres = 1200, yres = 1200 ‰PNG  IHDR*EIy pHYs¸Œ¸ŒÌö»/@IDAT•cøP)f$êƒ<ˆúÖûǪ¸Ö pHYs¸Œ¸ŒÌö»/´IDAT(‘µÑ1!Ð!”XZ¹‚7ØÒc¹‰…×¢ó’‚°~àÏÆdm†—?“Ùfe9B,Ž((CD3.nÒÆ«gÀ ¿dÞáOœq¶ÄÅ(„¸*BX"…'’#²¢X¢…½Ùm¢'MxÑÙEhBDO`ĪˆAá‰äˆl‰bˆºCˆ&÷‰M±*â7Zsjs¤/¥(ªãr›â÷Þÿ† ¦:ƒs¼IEND®B`‚ pix[47]: xres = 1200, yres = 1200 ‰PNG  IHDR7EÆJC! pHYs¸Œ¸ŒÌö»/¶IDAT(‘µÑAƒ ЯÎÈNn 7‘›)^ŒÞ„#°ÌÂþÀÔê¾eÁÛ ùA©'ã«ÀV=:5pTLñ–FW’¡/úÐ*:°²¡~ÃaiX! 3RuBr4MˆÕ±)#Â~µo=üÇrMýÛ¯Ô>¹?õWÏŒð®nN:Ÿp®êŒ¨ó§É4EDsŠGG_5¹Rž¼µ±æÊYs¶ÈBÓPâ®ùã܇©û p·½ýÕ74Tu‡E8UIEND®B`‚ pix[48]: xres = 1200, yres = 1200 ‰PNG  IHDR)Eÿ-òz pHYs¸Œ¸ŒÌö»/jIDAT•Íѱ €0 À\PfFa4Ìf%#PRD1‰í"‘(((psÕË/Ò‡1Ó&Ø©’F%¹H©AL´Ø@zÇ'Ã÷ÅKD%¯Œ]é­+Q,÷JP.øuiàñ_r'z"Í!ÕsÝIEND®B`‚ pix[49]: xres = 1200, yres = 1200 ‰PNG  IHDR7EÆJC! pHYs¸Œ¸ŒÌö»/âIDAT(‘­Ò1n„0ÐHÐÁ à&øf¬W{1G{€½Âti]NaÙùc³ ‘R$^cã™?F©OÆŠ­êÑ™€£:¿Qq%N4på@ﶋïÀí8'꤅†ºQY«3¢£q†TǦŽ·«=¼™.–«¬©•ûÚ9¹ÿÖÿeá]3ürF°þ”}UWˆõ¯;¢©å"Ôr’ŒÔÑKŽ>øµƒ-WËw)ZóîŠÜ,«µÍcªó¸6·Ïs~,ÑÌXÎ9ÕØöq=ìå©è}œí ú3†±Ýƒ°6Óþ¾_ÿb_ˆ& IEND®B`‚ pix[50]: xres = 1200, yres = 1200 ‰PNG  IHDR0E$–XX pHYs¸Œ¸ŒÌö»/IDAT•­Ñ± ! Ð((Qn4ÈfŒÂ”|“ˆ“R¤Í…ýðàÉ:› È'èlÃJ3d€È“Oòì:å¥h‚hÞp¤{RIq‘ŒOr EoÕ‘¶±¤kÁ‘7Q{^$kBñ'U‡h:R7'ŸMì·_'9`…6ÓªÛœÝ@ðõþÉ \)r«Â´ÆIEND®B`‚ pix[51]: xres = 1200, yres = 1200 ‰PNG  IHDR$E ÓyÊ pHYs¸Œ¸ŒÌö»/¢IDAT•­Ð± ƒ0ÐC”°+°+±H)Rf„¬B”EÈ¿t¸Üÿ9(m\<ɲuÿlPËð1a”3* †­Ú0 µœ Ös1,#MÒ}éðòcyȳŗØÝ© KwF¢×,xŸ´÷ ÕŠÚt Hh pHYs¸Œ¸ŒÌö»/BIDAT•cøP)öÿÿ @€¡…êÿÀþ?œš§êÿOÀKýQF*Õ`¦äAÔ†z…-¨I«VRcO–ë•IEND®B`‚ pix[53]: xres = 1200, yres = 1200 ‰PNG  IHDR8E7A¬ pHYs¸Œ¸ŒÌö»/pIDAT(‘íѱ €0 ÀRP2BFÉhAb±H,@Gñ¼  j:\ø$»ûëà)àY€ËŒ «Gqú®›7SµüÖÉáðظþ2ƒû:PO÷IÑÈȘ0ü?Äð¿á?Ã>†| ä@èÙ1|°cxDu `¨ˆþ1°ÿcØÑ>¨§rˆÎ/HëˆIEND®B`‚ pix[65]: xres = 1200, yres = 1200 ‰PNG  IHDR L$7ˆx pHYs¸Œ¸ŒÌö»/uIDAT•½Ð!€0 п p`q;Ê®… ÇêQJØÉ ²ò!A°Pñš4mÓÆÀ×hMP60' ‡™MÓ€Õâ‰'Ésì… "$£õH%k1í‰-ãMñ$^8“ƒÉc°†t\%HÄñ.-ÉVÿðÆrób6Ç«•IEND®B`‚ pix[66]: xres = 1200, yres = 1200 ‰PNG  IHDR'LÆë“ pHYs¸Œ¸ŒÌö»/‡IDAT•½Ð± ƒ@ ÐHÀ&I&D“2+eØàÊ‹dÙñ?ŠDBJ—¸x…‹oëÃ|v§©£øpßÈO”†® 3Fè!vx¸'‹5¤°äV&%¤1-™à2çèüÕå`N³ú­†lO%›Î¼•Ÿl..7ŠÎ½bð–"&ÅS 6¹÷ùo_z @A š–IEND®B`‚ pix[67]: xres = 1200, yres = 1200 ‰PNG  IHDRL¹:ð pHYs¸Œ¸ŒÌö»/jIDAT•½Ð1Â0DÑoQÄ-Gáh¶Dñ’Žc˜¸ÜÂò°FJ"ºÐ¼rô5H2Ǹ (;}2h×±¤uP伤'ËÆ} ìœ~¾É;É™o+åìÔɱ ™‘>ð´Oä.‘½¯óà™´±JIEND®B`‚ pix[68]: xres = 1200, yres = 1200 ‰PNG  IHDR(L7àÈŒ pHYs¸Œ¸ŒÌö»/€IDAT•ÅÐ1 Ã0 ÐoZ2ôZÉMtŒI.4Ð¥C¡½ÁXü!v Ó³IfÃÛq#üs{0+*Á²ž¬öÔÕš¥dð*Gyò­óææî7ã׆‹§¼ôÜcèM(É¢ÎMÛrd}_8¡!2 ˜LšÇOþà Z%¦õËÌ"IEND®B`‚ pix[69]: xres = 1200, yres = 1200 ‰PNG  IHDR L$7ˆx pHYs¸Œ¸ŒÌö»/qIDAT•µÐ1 Ä …á_,,sâÑ4äb9Š°° D|Y’m¶Í+¾bà1à oÓ½Qɨ¡Ezì G–‡§Jž]r_Vi}(¸‡;nçL™‹)?²±§›uRƒ>4§¬hGV÷þK,ÐØö^ jMtIEND®B`‚ pix[70]: xres = 1200, yres = 1200 ‰PNG  IHDRL_J´ pHYs¸Œ¸ŒÌö»/IIDAT•cøÿÿ0Ãÿÿ ÿÿñ(þøáÿã? ÿÿgøßÄüü ÿ!„˜>qTO%üƒè{0þô•1˜ ©x¢ÕIEND®B`‚ pix[71]: xres = 1200, yres = 1200 ‰PNG  IHDR'LÆë“ pHYs¸Œ¸ŒÌö»/­IDAT•ÅÏ1à П"…-Ü Ü$Ü,4êŲõуej[©*Uê\†7€±¿1ôþ OfCQïȉ g TXíU0£ÕmŒÉ=çoj½ŒZ_Ü,IÐë Ö•›Žà²ùôTÉ”lr1Éí~Óýµ“‹¤®ÖMÕ-°@Ò¸/ö«{rž-•zè×·áËå#¯—ZI›Ù7ëÐvëvzN‘¢o‘m Ty\FﵑqIEND®B`‚ pix[72]: xres = 1200, yres = 1200 ‰PNG  IHDR+LÜ×s pHYs¸Œ¸ŒÌö»/aIDAT(‘ÍÑÍ À àW,õØ¥£Õ[×rÇð I_‚º@1—ÈZTèã´èä#)?ÀQ÷1 n#ã"ÈžÊIX16mFнÙ@£•PÁC˜Ì¬Ã ñ Zs¬{çIEND®B`‚ pix[73]: xres = 1200, yres = 1200 ‰PNG  IHDRLH1Ú} pHYs¸Œ¸ŒÌö»/;IDAT•cøÿÿ2þ'€áÿ†ì¨$öÏU-V|¨¨ö3@ñ~ˆ~z`[a€ [IÇu—¢—Nú¢ÂIEND®B`‚ pix[74]: xres = 1200, yres = 1200 ‰PNG  IHDRLšaÐ% pHYs¸Œ¸ŒÌö»/NIDAT™cøÿÚþ31üc€¢ÿ îÿc (jцÿ ?€H}Q1ñ1ü"9†?v ?êþ10þchÿšGoñ+aIEND®B`‚ pix[75]: xres = 1200, yres = 1200 ‰PNG  IHDR'LÆë“ pHYs¸Œ¸ŒÌö»/‰IDAT•½Ð± Â0…áEŠ)P¼Ù„l‚€•Â&Á¥ +!ï' €‹¯8ÛwO§m?«¶§-ÑêËO¥þÒÜÛ„ËdïÔƒ]£­ƒ-7›øõÂF{ì EEJËmc{ñ^ô™G»Ð91%3±´Ll˜.’ˆTó•„Òv*aËÚÏX°vò&'ûü·oÇ!4F¤½IIEND®B`‚ pix[76]: xres = 1200, yres = 1200 ‰PNG  IHDRLH1Ú} pHYs¸Œ¸ŒÌö»/'IDAT•cøÿÿÃÿþ ?ø00@1ˆýgˆâì@?@ØoÔÅz]˜͸¶IEND®B`‚ pix[77]: xres = 1200, yres = 1200 ‰PNG  IHDR@LõÐŒ pHYs¸Œ¸ŒÌö»/sIDAT(‘Õѱ ƒP „áQ<Š(!‹ ½•R¦‚Œæ ²‚G |â°¢H¡Oáê»+®1úgÂk¹É«ØÌ{aÂn£®°’%xЉ6TîÊZž9Ñ+Šž‰¢Åä󦜎7ÚiÑŠÂa¾øóã~ÂÄïÍת$IEND®B`‚ pix[78]: xres = 1200, yres = 1200 ‰PNG  IHDR+LÜ×s pHYs¸Œ¸ŒÌö»/[IDAT(‘ÍÐÁ €0ÐojäèÅÑìh½¹cp ˜4q¸¼ŸÀåÏaÔà Œ"2˜&nÆ +8€ÎнÏ3Nb“l.Is¡MhaÅÐæÖQÄ€EÏÿy¹HmrA‡IEND®B`‚ pix[79]: xres = 1200, yres = 1200 ‰PNG  IHDR%LÂC< pHYs¸Œ¸ŒÌö»/zIDAT•ÅÐ!à Fá—‰H6.׈ãZqЛћpä †íÒ–N]dV|úý‹Ú 7Xéfv3²m–Y¨®!ˆWNJÐx’ƒ¦ƒ¬š7Ò°¬<†ò¦a½’Ÿ+ñß ²}M^åèkØ»Åi¶¶EŸÖ9©Õ6pÖþ½åžOv_Uü9(-MúTIEND®B`‚ pix[80]: xres = 1200, yres = 1200 ‰PNG  IHDR(L7àÈŒ pHYs¸Œ¸ŒÌö»/IDAT•Åϱ Ã@ …ág®‹p£x4\d­óYÁ#¸¼Bܳt$`H“&DŇñ#0ðY…hºƒ(º`ÈÀ=–zËE`#k‚ 47± 0!]}»\,_¸}¸^|t¥«aÓ(ZŽzaàAwZCH7»#&Wýµ~û{³/O‘Ä€èUtIEND®B`‚ pix[81]: xres = 1200, yres = 1200 ‰PNG  IHDR'LÆë“ pHYs¸Œ¸ŒÌö»/{IDAT•Åб „0 Ð((³Ç$d& 9±lb6 ¤ˆ0ߦ9‰†æ„e½Ê¶¾ exAvÝÑRèTÌ H(Qç„}TIØÔwu÷ëN7ëV7¯kù×Ñ2ÌQ3ýX* ¥cžz˜ g ª¦DÓwÿïš[ÊÇ]žÆn-ÙÔÒE—IEND®B`‚ pix[82]: xres = 1200, yres = 1200 ‰PNG  IHDRL[暉 pHYs¸Œ¸ŒÌö»/NIDAT•cøÿÿÿZç?00üã?ÀÀp€¿ˆø€øøÃQ$ÿ æ Øÿƒ‰ øéDü`î?r” K ïéq&%f;IEND®B`‚ pix[83]: xres = 1200, yres = 1200 ‰PNG  IHDRLVøêÎ pHYs¸Œ¸ŒÌö»/zIDAT•µÐ± Â0…á?ÊdVȬ” 0ÊŒUŒXÄlp¥ +Ç;\‘>Íלü?ɸ»q6ùbì`ÔÀîÉøx1^^w°zûGÏAúqyPª0ª© ž˜ÑmÒˆhjóv`ê<½ÎÕmÑPÖFDéùÛù_"¾6ÒúÓ­IEND®B`‚ pix[84]: xres = 1200, yres = 1200 ‰PNG  IHDRLAÚz pHYs¸Œ¸ŒÌö»/KIDAT•cøÿÿ^üˆÏÿaøÇÿ‡áÿ! `øÀÀÀÐÀ, 2Dë#³1ó†?@{þ1ð± Æÿjðût ÎÔ¬×*ÕzÎIEND®B`‚ pix[85]: xres = 1200, yres = 1200 ‰PNG  IHDR+LÜ×s pHYs¸Œ¸ŒÌö»/_IDAT(‘Íл €0PGîI FC4YãF LÅ䃀 ˆ›×¸° •úÀKÞ¨DƒQ–…—HE>•ß¹·„ÆYêêätd„u¬`jÌCfÃ@»‹…ÀžÿrõšlŽ•`rxIEND®B`‚ pix[86]: xres = 1200, yres = 1200 ‰PNG  IHDR(L7àÈŒ pHYs¸Œ¸ŒÌö»/vIDAT•Åб €0Ð/‚–!£d´èŽà*‚…¥+¶ŠMŠó¼ÓàŸÇ/?º ¸{M©F0” w‹˜uH%EÕƒÔ‚½6tdŠkvq›8±»ÅŽ ¶¿5Vtl¬TÏ&ªlÖbûqüøË'/ÀJÔçu;IEND®B`‚ pix[87]: xres = 1200, yres = 1200 ‰PNG  IHDR=Lög‚ pHYs¸Œ¸ŒÌö»/±IDAT(‘ÕÑ1 1ÐYRlÄä vk•kY,d÷î•‚^cÅ ¤LòÍL¢¸¥•8LñøÅÀgu"ý²cÙä‘À2Bh±ž(jA¤TÓ î‘rnX5Šq)—|›àZÑ1ÁY f, Z`:˜‚ følçl+¦ŠÑúì ÖÑùq‹¡ #Ž‚/£kˆ qÿ‚ôH‚RŒK~B#¿¡Ù[üúƒßã "—¡ÅaIEND®B`‚ pix[88]: xres = 1200, yres = 1200 ‰PNG  IHDR$L-Ü( pHYs¸Œ¸ŒÌö»/’IDAT•Åб à Ð\PâLÀéX)X2R ¯…äEðWº@\þ]vH(^q:}>@y¿÷.fÍ*+j2{Ô‹ó¨§`,úÌ ÷ƒ&Š™iÝ mÛn>-­¯¦<ÜÅd_}2Ý\øN³q¯n™§Xþ!v×q›iDvÈcaŸ2ƒw¦²+}×úÓ€àþë'ÝVËDé-¸åIEND®B`‚ pix[89]: xres = 1200, yres = 1200 ‰PNG  IHDR(L7àÈŒ pHYs¸Œ¸ŒÌö»/˜IDAT•Åн Ã0à3 ¸ ÑÑ(M†.=BV¤ð6 r§Bèr? ò¹âãUÇòÁ¿š›Åb!Y¬òÏâ¡ŒX›U„jš‰z 䀻ø&§æJF5ÌäÖ«ŽLêÝ“Y½‰×@–‹¼¶ªƒ,WÍɇ8Ÿ\N>E×­¾[B7c÷`?;»¾ØhÄQ´ìä$ó'¿5N>šÉ„“*IEND®B`‚ pix[90]: xres = 1200, yres = 1200 ‰PNG  IHDR"L ÂXE pHYs¸Œ¸ŒÌö»/uIDAT•Åб €0@#Š”QÈfd´…‚hRD o‹€/®³e=†Ÿá{ €ôv ŽÛ>ÎÑfh´D6ì µUn4«´O´Í2Ði‘ûBm•ÍZÅ&x´¥z´û6éÑ–àÑšµÿú¤¼uP0_˦€¾IEND®B`‚ pix[91]: xres = 1200, yres = 1200 ‰PNG  IHDRLLÄ @ pHYs¸Œ¸ŒÌö»/GIDAT™cøÿŸáÿC†ÿÍ ÿÙþñƒ‘<Ãj ö ô¡žáÁöÿ ÿƒØÁ?öT0èN kÿóƒ\rÿ_° æÐ`¶£óêIEND®B`‚ pix[92]: xres = 1200, yres = 1200 ‰PNG  IHDRLb+Ò pHYs¸Œ¸ŒÌö»/IDAT™cøÀ@OðX+¶¡Xý½IEND®B`‚ pix[93]: xres = 1200, yres = 1200 ‰PNG  IHDRLLÄ @ pHYs¸Œ¸ŒÌö»/BIDAT™cøÿŸ¡ý?ÃÁÿ þ3|¨¡@dOôG„þñ3üggøÿDÙAª˜ÿìÚ`—ÝÏÿŸá?v g>Àö¥IEND®B`‚ pix[94]: xres = 1200, yres = 1200 ‰PNG  IHDR&L))ø? pHYs¸Œ¸ŒÌö»/OIDAT•cø†ÉþÿÿïÃûÿ- øÿó0<øÁü‡áà?† †æÿ 6 íÿ0ÔåþUóÿÿÏü‡aþ`p?õIVdXc6“IEND®B`‚leptonica-1.70/prog/fonts/chars-4.pa0000444000175000017500000003257512256617134015411 0ustar dandan Pixa Version 2 Number of pix = 95 Boxa Version 2 Number of boxes = 0 pix[0]: xres = 0, yres = 0 ‰PNG  IHDRëMS pHYsb&2 IDAT™cøÀ€ÓŠð6XIEND®B`‚ pix[1]: xres = 1200, yres = 1200 ‰PNG  IHDRæS#W pHYs¸Œ¸ŒÌö»/IDAT™ch`@€ <„ 1};ÞÁGóGIEND®B`‚ pix[2]: xres = 1200, yres = 1200 ‰PNG  IHDR8. pHYs¸Œ¸ŒÌö»/IDAT™cÈ`H`ÈÂØ ž¾ A†Ÿ‰EIEND®B`‚ pix[3]: xres = 1200, yres = 1200 ‰PNG  IHDRñq³ž pHYs¸Œ¸ŒÌö»/IDAT™cxË‚gN2Ü’³p2Ãf†ÿ œi °ª5&2IEND®B`‚ pix[4]: xres = 1200, yres = 1200 ‰PNG  IHDRñq³ž pHYs¸Œ¸ŒÌö»/$IDAT™cøÎpa+nghghdøÀð ·002 ¡2}ªIEND®B`‚ pix[8]: xres = 1200, yres = 1200 ‰PNG  IHDRëMS pHYs¸Œ¸ŒÌö»/IDAT™cxÀpaÆ84ò7Å.q?úIEND®B`‚ pix[9]: xres = 1200, yres = 1200 ‰PNG  IHDRëMS pHYs¸Œ¸ŒÌö»/IDAT™c0`ØÀpá>@‚€b6£^ ¨ý¡IEND®B`‚ pix[10]: xres = 1200, yres = 1200 ‰PNG  IHDR8. pHYs¸Œ¸ŒÌö»/IDAT™c¸ÁàÁ ÁÐÄ'~ CN Q°E.£IEND®B`‚ pix[11]: xres = 1200, yres = 1200 ‰PNG  IHDRñq³ž pHYs¸Œ¸ŒÌö»/IDAT™cøςߡ΋͌ ³,ž“|IEND®B`‚ pix[12]: xres = 1200, yres = 1200 ‰PNG  IHDRëMS pHYs¸Œ¸ŒÌö»/IDAT™cøÀ€ 0L Ëž a{VaIEND®B`‚ pix[13]: xres = 1200, yres = 1200 ‰PNG  IHDR8. pHYs¸Œ¸ŒÌö»/IDAT™cøÁ€ Px?ËŽ ‘çIEND®B`‚ pix[14]: xres = 1200, yres = 1200 ‰PNG  IHDRæS#W pHYs¸Œ¸ŒÌö»/IDAT™c8À€ AÌœÞ Á±ŸÓºIEND®B`‚ pix[15]: xres = 1200, yres = 1200 ‰PNG  IHDR︃- pHYs¸Œ¸ŒÌö»/!IDAT™cøÁðƒáà |„w€pÆ üÄÎ áÙ‘‚IEND®B`‚ pix[16]: xres = 1200, yres = 1200 ‰PNG  IHDRzè pHYs¸Œ¸ŒÌö»/IDAT™c8Æ°‰Á‚¡‚¡m¬Úþ sô‹+ɲ*IEND®B`‚ pix[17]: xres = 1200, yres = 1200 ‰PNG  IHDR︃- pHYs¸Œ¸ŒÌö»/IDAT™cøÃÐÃÃð 20üA´Ö IĈXIEND®B`‚ pix[18]: xres = 1200, yres = 1200 ‰PNG  IHDRñq³ž pHYs¸Œ¸ŒÌö»/#IDAT™cøÏÐÌ°‘Á’á'~føÎðžá>C#éö •š–TIEND®B`‚ pix[19]: xres = 1200, yres = 1200 ‰PNG  IHDRñq³ž pHYs¸Œ¸ŒÌö»/#IDAT™cøÏÐÌ°“a/ÃO†Ï ~0üÂJv†ÿ ´¶ —¬¸êIEND®B`‚ pix[20]: xres = 1200, yres = 1200 ‰PNG  IHDRñq³ž pHYs¸Œ¸ŒÌö»/!IDAT™cøÍð_3œf¸Í°›Ášá7>`ø‚¶ <•FIEND®B`‚ pix[21]: xres = 1200, yres = 1200 ‰PNG  IHDRzè pHYs¸Œ¸ŒÌö»/IDAT™c8ÀÐÀ° ›v0ü† †6† ž& !`ý¢BIEND®B`‚ pix[22]: xres = 1200, yres = 1200 ‰PNG  IHDRñq³ž pHYs¸Œ¸ŒÌö»/!IDAT™cøËð™á=Ã}†ù Œ 2 v`8—á0ÃŽ ’YÙw²IEND®B`‚ pix[23]: xres = 1200, yres = 1200 ‰PNG  IHDRñq³ž pHYs¸Œ¸ŒÌö»/!IDAT™c˜ÃÐÀ`Ã`Ëð¿á{†ó ÷æ3üAšè ³·YËIEND®B`‚ pix[24]: xres = 1200, yres = 1200 ‰PNG  IHDRzè pHYs¸Œ¸ŒÌö»/IDAT™chc0b¨B#†6†&† ´²ÿ _2ɾ'+¥IEND®B`‚ pix[25]: xres = 1200, yres = 1200 ‰PNG  IHDR︃- pHYs¸Œ¸ŒÌö»/IDAT™cèaØÂP…  ¾0¼a˜Ãðƒv 9îóéIEND®B`‚ pix[26]: xres = 1200, yres = 1200 ‰PNG  IHDRæS#W pHYs¸Œ¸ŒÌö»/IDAT™c8Àƒ €Æ„ÞAq•¿™IEND®B`‚ pix[27]: xres = 1200, yres = 1200 ‰PNG  IHDRëMS pHYs¸Œ¸ŒÌö»/IDAT™cøÀƒ€Áž„Ǿ ðvÝIEND®B`‚ pix[28]: xres = 1200, yres = 1200 ‰PNG  IHDRñq³ž pHYs¸Œ¸ŒÌö»/ IDAT™cøÏÿ~02üaøÁðœa>º' JC"Þ§IEND®B`‚ pix[31]: xres = 1200, yres = 1200 ‰PNG  IHDR︃- pHYs¸Œ¸ŒÌö»/$IDAT™cøÃÐÂÀPÀðá Æ; {€ðà üÃ𦠡cä’IEND®B`‚ pix[32]: xres = 1200, yres = 1200 ‰PNG  IHDR øšä pHYs¸Œ¸ŒÌö»/4IDAT™cøÿáCÃq†ùv`0R`HK`ð"†&†ã>0•ýÿsvΘ#¢IEND®B`‚ pix[33]: xres = 1200, yres = 1200 ‰PNG  IHDR F pHYs¸Œ¸ŒÌö»/,IDAT™cøÿ€á÷†Ÿ>‚Ñ0º—Àp á~Ã~’g`*ûÿ$Htæ­ÞIEND®B`‚ pix[34]: xres = 1200, yres = 1200 ‰PNG  IHDR õ„c£ pHYs¸Œ¸ŒÌö»/'IDAT™cø€áÆs`tæà Æy(²0ü!ŠðûæÓÇïIEND®B`‚ pix[35]: xres = 1200, yres = 1200 ‰PNG  IHDR F pHYs¸Œ¸ŒÌö»/*IDAT™cøÿ€áƒÃó†ûæ?`°GBò@"Ç0<``*ûÿË ´N–àIEND®B`‚ pix[36]: xres = 1200, yres = 1200 ‰PNG  IHDR XxÚ pHYs¸Œ¸ŒÌö»/+IDAT™cøÿƒÁ‚á¼Ãù ç0œ€„€"7Î[04T0•ýÿØÜ$›<ÃIEND®B`‚ pix[37]: xres = 1200, yres = 1200 ‰PNG  IHDR õ„c£ pHYs¸Œ¸ŒÌö»/)IDAT™Š 0€<­Ó:Í ê¤V!¨ ¿/“†„ÝÆ«w‚‰5þ¤IEND®B`‚ pix[38]: xres = 1200, yres = 1200 ‰PNG  IHDR ³Ø  pHYs¸Œ¸ŒÌö»/$IDAT™cøßÀçÎQk`8&ÏÃ{Ãe/ «›bjIEND®B`‚ pix[39]: xres = 1200, yres = 1200 ‰PNG  IHDR øšä pHYs¸Œ¸ŒÌö»/)IDAT™cøÿáƒÃñ óèƒýb` ¥00•ýÿ¶|¤6ï"ÒIEND®B`‚ pix[40]: xres = 1200, yres = 1200 ‰PNG  IHDRüoÃÙ pHYs¸Œ¸ŒÌö»/IDAT™cøÿ‡áü:ÀƒÂ"  ²ÿй?ÈǯVIEND®B`‚ pix[41]: xres = 1200, yres = 1200 ‰PNG  IHDR8. pHYs¸Œ¸ŒÌö»/IDAT™cøÁÀÀp d`øÁð ¹á+é„IEND®B`‚ pix[42]: xres = 1200, yres = 1200 ‰PNG  IHDR8. pHYs¸Œ¸ŒÌö»/IDAT™cøÁÀÀp¼ N 1³ÉŠãIEND®B`‚ pix[43]: xres = 1200, yres = 1200 ‰PNG  IHDR øšä pHYs¸Œ¸ŒÌö»/,IDAT™cøÿ½á¼ù†3N~`8 F@ J•ýÿÜU¦".ÿ IEND®B`‚ pix[44]: xres = 1200, yres = 1200 ‰PNG  IHDR õ„c£ pHYs¸Œ¸ŒÌö»/IDAT™cø€ýÃy\¨„€ÊþêÛ½ëtIEND®B`‚ pix[45]: xres = 1200, yres = 1200 ‰PNG  IHDRÅr‚ pHYs¸Œ¸ŒÌö»/0IDAT™cøÿŸÿ#ÃùÇ ÇÁèòeº½™áæf†»Å wŠî}fè{ÀTöÿ?ÜEgí0ÈIEND®B`‚ pix[46]: xres = 1200, yres = 1200 ‰PNG  IHDRüoÃÙ pHYs¸Œ¸ŒÌö»//IDAT™cøÿ‡¿áü†ão.¿a¸ FwÞ0ÜËa¸¯F= ýg€Êþÿ&Š l[IEND®B`‚ pix[47]: xres = 1200, yres = 1200 ‰PNG  IHDR XxÚ pHYs¸Œ¸ŒÌö»/,IDAT™cøÿƒáƒÃy †ù'æ`°¢P$ÿ$x\‚áAPÙÿ¬d¼aWkîIEND®B`‚ pix[48]: xres = 1200, yres = 1200 ‰PNG  IHDR õ„c£ pHYs¸Œ¸ŒÌö»/$IDAT™cø€ÁáÃy:çÀpâÃy$Ä~€á?mûR~8:óIEND®B`‚ pix[49]: xres = 1200, yres = 1200 ‰PNG  IHDR XxÚ pHYs¸Œ¸ŒÌö»/,IDAT™cøÿƒáƒÃy †ù'æ`°¢P$ÿ$x~à †@e®ËþƒÇAqIEND®B`‚ pix[50]: xres = 1200, yres = 1200 ‰PNG  IHDR F pHYs¸Œ¸ŒÌö»//IDAT™cøÿ€!áœÃyJ`8ñ€áà†“Î<`8—dg`*ûÿ”¥»åvˆIEND®B`‚ pix[51]: xres = 1200, yres = 1200 ‰PNG  IHDRñq³ž pHYs¸Œ¸ŒÌö»/$IDAT™cøÏðáÃ>†ý@ØÌp€áÃ? ÜËÀÌðŸá?¶ï òïêuIEND®B`‚ pix[52]: xres = 1200, yres = 1200 ‰PNG  IHDR õ„c£ pHYs¸Œ¸ŒÌö»/IDAT™cø€Š@èóìèÁ†ÿ ÅØ\µj,áIEND®B`‚ pix[53]: xres = 1200, yres = 1200 ‰PNG  IHDR XxÚ pHYs¸Œ¸ŒÌö»/IDAT™cøÿƒ½áü œèø† @eÿ ãO*)IEND®B`‚ pix[54]: xres = 1200, yres = 1200 ‰PNG  IHDR øšä pHYs¸Œ¸ŒÌö»/%IDAT™cøÿaþ†óÀÈ€áy}úB?aè?Íì.ýü°IEND®B`‚ pix[55]: xres = 1200, yres = 1200 ‰PNG  IHDRÅr‚ pHYs¸Œ¸ŒÌö»/2IDAT™cøÿŸ¿‚a~-Ã<[†s@´“áìl:y›áña†ÇÇž?gøþž¨ìÿ·ƒÙ'IEND®B`‚ pix[56]: xres = 1200, yres = 1200 ‰PNG  IHDR õ„c£ pHYs¸Œ¸ŒÌö»/,IDAT™cø€ÁžAîÃœ g0<†¡‡n‚÷`¨s`*ûÀ;ý.›¦IEND®B`‚ pix[57]: xres = 1200, yres = 1200 ‰PNG  IHDR F pHYs¸Œ¸ŒÌö»/+IDAT™cøÿ€A¾aþ†ó Ïž=`øð€á㆟HèÁ†ÿ óª=šÈ©§IEND®B`‚ pix[58]: xres = 1200, yres = 1200 ‰PNG  IHDR F pHYs¸Œ¸ŒÌö»/1IDAT™cøÿ€¡a¿þ† 0ü|ÀðùÃs0:€aþ *ûÿÕR}¼ñ‘&IEND®B`‚ pix[59]: xres = 1200, yres = 1200 ‰PNG  IHDRëMS pHYs¸Œ¸ŒÌö»/IDAT™c```0 ( [þ@œ¼?IEND®B`‚ pix[60]: xres = 1200, yres = 1200 ‰PNG  IHDR︃- pHYs¸Œ¸ŒÌö»/!IDAT™c¨a¨a°aØ„w€ð >aøÂðáþ›Ö ñ^¶FIEND®B`‚ pix[61]: xres = 1200, yres = 1200 ‰PNG  IHDRÒ‘0û pHYs¸Œ¸ŒÌö»/IDAT™c```˜„°À  §¢ ាõÐIEND®B`‚ pix[62]: xres = 1200, yres = 1200 ‰PNG  IHDRÈ­Ðu pHYs¸Œ¸ŒÌö»/IDAT™cøÏðá9Ãa†Û sö2Ô1üG‡ú®K¹(›IEND®B`‚ pix[63]: xres = 1200, yres = 1200 ‰PNG  IHDRÈ­Ðu pHYs¸Œ¸ŒÌö»/IDAT™cøÏ€2€HñÍ«¯3IEND®B`‚ pix[64]: xres = 1200, yres = 1200 ‰PNG  IHDR0M+‚ pHYs¸Œ¸ŒÌö»/IDAT™cxÀp€a*0$0<ÀÌâ \êIEND®B`‚ pix[65]: xres = 1200, yres = 1200 ‰PNG  IHDR9¦‹ø pHYs¸Œ¸ŒÌö»/IDAT™cøǃm E Ÿ1X1TY0qââ ÉCÇöIEND®B`‚ pix[66]: xres = 1200, yres = 1200 ‰PNG  IHDRÈ­Ðu pHYs¸Œ¸ŒÌö»/IDAT™cøÏ`Ï° 72ô0Ìc؆{šþC Ê> Í:•®KIEND®B`‚ pix[67]: xres = 1200, yres = 1200 ‰PNG  IHDRÖdàÆ pHYs¸Œ¸ŒÌö»/IDAT™cøÃ60T0Ô¡ 6ÀÄàÖ µÓõŒ!IEND®B`‚ pix[68]: xres = 1200, yres = 1200 ‰PNG  IHDRÈ­Ðu pHYs¸Œ¸ŒÌö»/IDAT™cøÏð“á/dØÉP …– - ÿ!æ iÚ¦ÍIEND®B`‚ pix[69]: xres = 1200, yres = 1200 ‰PNG  IHDRÈ­Ðu pHYs¸Œ¸ŒÌö»/IDAT™cøσf2ìa``°Âù aâãé ²¹öIEND®B`‚ pix[70]: xres = 1200, yres = 1200 ‰PNG  IHDR=S[Å pHYs¸Œ¸ŒÌö»/IDAT™cøÁp€aà œÁÀ¦!P‚á‚ ñ÷›cIEND®B`‚ pix[71]: xres = 1200, yres = 1200 ‰PNG  IHDRÈ­Ðu pHYs¸Œ¸ŒÌö»/ IDAT™cøσ­  Õ@hÎÐÏ°Ÿ‘Á’¡­Ê, ›õ锯IEND®B`‚ pix[72]: xres = 1200, yres = 1200 ‰PNG  IHDR 'o»K pHYs¸Œ¸ŒÌö»/!IDAT™cøßÀ ßÀp†.60œi`¸‡Šø€Ê`%l¹jYfqIEND®B`‚ pix[73]: xres = 1200, yres = 1200 ‰PNG  IHDR0M+‚ pHYs¸Œ¸ŒÌö»/IDAT™cxÀ „ ô8d‹!”b Á“µ€IEND®B`‚ pix[74]: xres = 1200, yres = 1200 ‰PNG  IHDRÒ‘0û pHYs¸Œ¸ŒÌö»/IDAT™cøÀp?á ¼€'æ’ Q./6ÂIEND®B`‚ pix[75]: xres = 1200, yres = 1200 ‰PNG  IHDRÈ­Ðu pHYs¸Œ¸ŒÌö»/!IDAT™cøÏ`Ï° ÷2ìfXÎÐÄ›v2È0ü‡@Ç U¸Ø¤AIEND®B`‚ pix[76]: xres = 1200, yres = 1200 ‰PNG  IHDR0M+‚ pHYs¸Œ¸ŒÌö»/IDAT™cxÀ À° d`x«â Á”›0IEND®B`‚ pix[77]: xres = 1200, yres = 1200 ‰PNG  IHDR .„1 pHYs¸Œ¸ŒÌö»/IDAT™cøÿƒ)K0Hœ`ØûI<@VÃküLwŠyIEND®B`‚ pix[78]: xres = 1200, yres = 1200 ‰PNG  IHDR 'o»K pHYs¸Œ¸ŒÌö»/IDAT™cøßÀ€Œxî¡">d5+¬yˆð¦IEND®B`‚ pix[79]: xres = 1200, yres = 1200 ‰PNG  IHDR 'o»K pHYs¸Œ¸ŒÌö»/ IDAT™cøßÀ€Œ60Ìi`°a`°#9÷ Šò›Ãâj/IEND®B`‚ pix[80]: xres = 1200, yres = 1200 ‰PNG  IHDR 'o»K pHYs¸Œ¸ŒÌö»/IDAT™cøßÀ€Œ&40ô50Üg@ { "+µ1oð%DIEND®B`‚ pix[81]: xres = 1200, yres = 1200 ‰PNG  IHDRÈ­Ðu pHYs¸Œ¸ŒÌö»/IDAT™cøσv2ÔB¡%C+Ã_çE ¹±vIEND®B`‚ pix[82]: xres = 1200, yres = 1200 ‰PNG  IHDR=S[Å pHYs¸Œ¸ŒÌö»/IDAT™cøÁƒ  ;à&Öz ‰#HIEND®B`‚ pix[83]: xres = 1200, yres = 1200 ‰PNG  IHDRÖdàÆ pHYs¸Œ¸ŒÌö»/IDAT™cøÃv0ìahÒ?*X`âòÒ ÉˆÃ6IEND®B`‚ pix[84]: xres = 1200, yres = 1200 ‰PNG  IHDRÒ‘0û pHYs¸Œ¸ŒÌö»/IDAT™cøÀ‚€p˜†ÀˆÌÏ qçŽVIEND®B`‚ pix[85]: xres = 1200, yres = 1200 ‰PNG  IHDRÈ­Ðu pHYs¸Œ¸ŒÌö»/IDAT™cøσ–@¸ w2´ÀÄæ$ ›‘œ8$IEND®B`‚ pix[86]: xres = 1200, yres = 1200 ‰PNG  IHDR 'o»K pHYs¸Œ¸ŒÌö»/IDAT™cøßÀ€Œxæ50Üm`8 FÁè;Š<ÖÖž@í IEND®B`‚ pix[87]: xres = 1200, yres = 1200 ‰PNG  IHDR .„1 pHYs¸Œ¸ŒÌö»/&IDAT™cøÿƒñ>`˜D/Ne0œŠ`8.ÁðÜ‚áýd5Ç–u£IEND®B`‚ pix[88]: xres = 1200, yres = 1200 ‰PNG  IHDRÈ­Ðu pHYs¸Œ¸ŒÌö»/IDAT™cøσsî2œfx„‡n2ØÀÄüâDx4rIEND®B`‚ pix[89]: xres = 1200, yres = 1200 ‰PNG  IHDR 'o»K pHYs¸Œ¸ŒÌö»/$IDAT™cøßÀ€Œxæ50Üm`8 FÁè; ½o`èo;FÜÛË¡IEND®B`‚ pix[90]: xres = 1200, yres = 1200 ‰PNG  IHDRÈ­Ðu pHYs¸Œ¸ŒÌö»/IDAT™cøσ ;>3|gxÎpžaLüto¯ÿâIEND®B`‚ pix[91]: xres = 1200, yres = 1200 ‰PNG  IHDR0M+‚ pHYs¸Œ¸ŒÌö»/IDAT™cxÀp€aT@á`x¹ ᥳIEND®B`‚ pix[92]: xres = 1200, yres = 1200 ‰PNG  IHDR4¸û¿ pHYs¸Œ¸ŒÌö»/IDAT™ch`À ¢ƒ£•ÿIEND®B`‚ pix[93]: xres = 1200, yres = 1200 ‰PNG  IHDR0M+‚ pHYs¸Œ¸ŒÌö»/IDAT™cxÀ À° @á)0<®b At@.ìIEND®B`‚ pix[94]: xres = 1200, yres = 1200 ‰PNG  IHDRÈ­Ðu pHYs¸Œ¸ŒÌö»/IDAT™cøÏ€ ç3¤1T¢ˆüíqÁŽ|IEND®B`‚leptonica-1.70/prog/fonts/chars-14.pa0000444000175000017500000004572612256617134015474 0ustar dandan Pixa Version 2 Number of pix = 95 Boxa Version 2 Number of boxes = 0 pix[0]: xres = 0, yres = 0 ‰PNG  IHDR 6ÛïE pHYsb&2IDAT™cøÿap# °hkâM?IEND®B`‚ pix[1]: xres = 1200, yres = 1200 ‰PNG  IHDR6ÌÍÕH pHYs¸Œ¸ŒÌö»/(IDAT™cøÂPAC ØÃp Þaø‡GLhAG‚!z!µD°|]IEND®B`‚ pix[2]: xres = 1200, yres = 1200 ‰PNG  IHDR6æ}$ç pHYs¸Œ¸ŒÌö»/%IDAT™cøÿŸˆú2°?£‡PÔAÁè3Ý#ˆz:"ç¡b/ _'IEND®B`‚ pix[3]: xres = 1200, yres = 1200 ‰PNG  IHDR6ƒ¯W pHYs¸Œ¸ŒÌö»/^IDAT•Ï¡ €0…áÛ ×QºYÙ•H*:ap'Ž—Òæ.`øÅgžz$"L†\gÀƒÂü!ƒÔ8;+!E܆Á7vËeÈ 4j( "X”dáDñ÷­ܧ¤l@fÙIEND®B`‚ pix[4]: xres = 1200, yres = 1200 ‰PNG  IHDR6ñ_´. pHYs¸Œ¸ŒÌö»/~IDAT•mÏ1‚PÐù¡ änÃ1¤£ôHŽ¡ðи-v&ë¨ùAšWì&3»psbOw&^(‰¥MÄd7b°'q½¸ˆ*ÃsÊ…èZ‘‚Ø#ŠHF$¯74ÅŒ/KÎõC³QÛ¼BœlRå ¶žÀ£Rbקƒ·vøoÎçšnêy›rIEND®B`‚ pix[5]: xres = 1200, yres = 1200 ‰PNG  IHDR-6{p-o pHYs¸Œ¸ŒÌö»/©IDAT•¥Ð+Ã0 ÐHë5&åZeÙÐÆz„¦ °g¨Jg•8’e׎Á:¼Éò7ˆ= _8bàF8a( ¤dÒؤåE±A¹p»9ÙYÉ™¾Oo½XTFd€“B ¥:ù,èäil||SÖ\• ä¬ÌK¥ÏòP†±p:B2ÊÛÈ–WdqÀjêZÖaê´ß*rÂÊϱþ`ýA»¨!µIEND®B`‚ pix[6]: xres = 1200, yres = 1200 ‰PNG  IHDR)6r› pHYs¸Œ¸ŒÌö»/ŸIDAT•Ð;Â0 PG€Èr”ÞŒ¶êбW êkq°e¨büa*^Þ௠$1Á‰–”4ŠW⢤]è'Š±›¡ÃúmP®£¶_l‘3ü—À%þšSj¦Ì<‘K8Vf¯ƒ°´$¬- áˆo¡…üK™©0žrTP˜©Ó0QsLî˜Ý!;¾Rõ|Оõ£ãßH/oIEND®B`‚ pix[7]: xres = 1200, yres = 1200 ‰PNG  IHDR 693^ø pHYs¸Œ¸ŒÌö»/6IDAT™cøÿ€ˆþ10|P£zð„>`8ø€áð†ãÚ0ô?`À`VOG27]غçA¡IEND®B`‚ pix[8]: xres = 1200, yres = 1200 ‰PNG  IHDR 64-.¿ pHYs¸Œ¸ŒÌö»/TIDAT™Î±€ DÑÍ´J±4r, ‡Jì³ V8ærg^z÷"T¡ ]ЎдFTN¹‰bN—ˆí·äÖmqëùk!rFGz P0cRþ±lMœA*zàIEND®B`‚ pix[9]: xres = 1200, yres = 1200 ‰PNG  IHDR6ß•¼ pHYs¸Œ¸ŒÌö»/YIDAT™cøÿ‡Áþƒü†þ? Çÿ0<þÃððÇ? ?€¨†á É0üƒ †ÿ@Ä‚„Zþ7Z´€ 1jE È: ¥Áx v ÐIóÿî KÆÑ2XTIEND®B`‚ pix[10]: xres = 1200, yres = 1200 ‰PNG  IHDR6 JŸä pHYs¸Œ¸ŒÌö»/LIDAT™cøÿÿâƒ@|øÃùæ í혘±ÿà þ ÁÀð‡‚?È004̇ȱÕôñ} žÿÍýÿÏ#™K è@‡a‡Þ‘IEND®B`‚ pix[11]: xres = 1200, yres = 1200 ‰PNG  IHDR6ƒ¯W pHYs¸Œ¸ŒÌö»/IDAT•cøÿÿÿŠˆh€bó Yž3Éy­%IEND®B`‚ pix[12]: xres = 1200, yres = 1200 ‰PNG  IHDR 6ÛïE pHYs¸Œ¸ŒÌö»/6IDAT™cøÿ~ˆá €‘à *¡~`8øáð†ö ýø?0ØCuÌh^³ùm IEND®B`‚ pix[13]: xres = 1200, yres = 1200 ‰PNG  IHDR6 ¿OÙ pHYs¸Œ¸ŒÌö»/IDAT™cøÿ¿¸Œ ,Û¦q~_–©”IEND®B`‚ pix[14]: xres = 1200, yres = 1200 ‰PNG  IHDR6#¾v pHYs¸Œ¸ŒÌö»/IDAT™cøÇ@xŽ¡‰˜Ú°«½ø0{nÈRIEND®B`‚ pix[15]: xres = 1200, yres = 1200 ‰PNG  IHDR6h- pHYs¸Œ¸ŒÌö»/hIDAT•eϱ€ A: K±4Í)Š€:€Œ€ñý{G L6½9'"§Η TH!@\xØ”ËØ•iÊø Ô C ò"@›r»2ãe,4èP BZdÁ?Ó?nG:©Gº…ÁIEND®B`‚ pix[16]: xres = 1200, yres = 1200 ‰PNG  IHDR6h- pHYs¸Œ¸ŒÌö»/eIDAT•­Ï¡€0CÑ8$#° ŒFî*¬D¯‚5è±@qŽ@iEq̳ɇ$¢`ê‰ q´5±«"6ÂËkÄiɘÈP¨~€ “xÖ|ÆE¬\fÑL÷Ý6Gwwàõ d™’p®îmßIEND®B`‚ pix[17]: xres = 1200, yres = 1200 ‰PNG  IHDR6ï–„ pHYs¸Œ¸ŒÌö»/5IDAT™cøÿÿ?âæ ˜?0|âF ›ˆå¸¾"GwÌø᣸?"¦ƒg-@75IEND®B`‚ pix[18]: xres = 1200, yres = 1200 ‰PNG  IHDR6ñ_´. pHYs¸Œ¸ŒÌö»/uIDAT•Ï±„0@1@ .…Ò€ˆhE?iÁPdîO‰‡ÿžt03✠8Ð 5ÁìD«ˆÅb51ìÁVøˆ(Æ‚_¶;ˆÖÉs©ü›ˆb“ÎÝ:¹Ó>-=ÅEŸü¿õŽ/ŠD¤pIIEND®B`‚ pix[19]: xres = 1200, yres = 1200 ‰PNG  IHDR6ñ_´. pHYs¸Œ¸ŒÌö»/…IDAT•Ï1 ÂPБ–ÁkØýLˆb‘2Gð*,,=‚‘¶)!Nvø 6e’ˆv ñÀšÈX–Á¶"Fwí‰K¡q5*œÌÁ´¦3qJÏlœP™EÐÀ-ë`0Þä_ÔH…‰8nD§‘hu&zÅ»D21!Wß³þc¯Ç¢V‹¼ÔIEND®B`‚ pix[20]: xres = 1200, yres = 1200 ‰PNG  IHDR6üAÄi pHYs¸Œ¸ŒÌö»/[IDAT•cøÿÿÿdâ0ˆ`‡ÿàÄñN|ÏáÄy81Dȃ{ ñ¯Fü™÷DüŸáÄsqDœ (ÌErNâ3©†èÞ"Š¤ˆ›ß©ÔìAIEND®B`‚ pix[21]: xres = 1200, yres = 1200 ‰PNG  IHDR6ñ_´. pHYs¸Œ¸ŒÌö»/pIDAT•Ï½ €Pàˆ…c8Š7™ØY:‚«Àž¸€?…VÆ{?`aóÁqH"n&àÆç¿¿ …ƒŒXÆ€Ä)=ePeEæ`^éÙOö/ì‚(4Ef¢ÕH4êˆ^5Ñ9½À{âŽì5ë''-l¤7yÇŽêIEND®B`‚ pix[22]: xres = 1200, yres = 1200 ‰PNG  IHDR6h- pHYs¸Œ¸ŒÌö»/{IDAT•Ï± ƒP Ћ((MòG‹Š¿ˆ"kü¿K „s'Š(PšWX²ïŒˆ0üò![K–ž¸f“È¢#[OÖD–×k·ˆ*¦“Á;‚ÆðÆÀ§341Š´;~Cç•b˜£*£*rVƒÌ.‰A+¸¼õ_©“¢”KöIEND®B`‚ pix[23]: xres = 1200, yres = 1200 ‰PNG  IHDR6ñ_´. pHYs¸Œ¸ŒÌö»/hIDAT••Ï± €0 @K À%lQQ²’%Š¬Ê¤KÅø-%ˆ’/®üדˆ0½|² ˜œ&/y‘)ÈŽÃušïÔ C\ D°¹ÓœR ¯#(78¥Ã`LßGx«@£›;pÁàIEND®B`‚ pix[24]: xres = 1200, yres = 1200 ‰PNG  IHDR6h- pHYs¸Œ¸ŒÌö»/‡IDAT•Ï1‚PEÑKL´d ,…-¹x†‚Ò-A(ØÆ7l; â8ƒ…h,lnõsÞ|ÌLì¢Z<(ÄRÄÝ1Ù ëÅh7ÑþHc“¸Ä;Ù(ºú*RáJ:–bÆÑ•2ä<âòr>8¿fÁ¼‚êð$È_™¿¢]ÞãCìöÖúP‡oCÙç·þËx·½?þá¯o-$¹6ÚTçåIEND®B`‚ pix[33]: xres = 1200, yres = 1200 ‰PNG  IHDR+5ðú/† pHYs¸Œ¸ŒÌö»/‰IDAT•Ð1!„áI¶ Ü ˜p#Gc76v^ÀÃ`å5^âØŽMOࢥÓ|™ö—ÞìÂ&ø/ÈŽ83rièÊM8Ì•c%Ô@´©ø,¬…]Øø.¸Â“©a3ö˜‹på 3ºgB2¤±a™!4rˆ•àó[PìÎo¬¿xÀ&þƒ½ÌIEND®B`‚ pix[34]: xres = 1200, yres = 1200 ‰PNG  IHDR 5Ôq pHYs¸Œ¸ŒÌö»/nIDAT•Ï» À Ћ(R2+dF Q#Ê"Œ@Ip|Hù4Hqñ 䳈^tðÈ ŠÏV©¤ÍŠ é+ƪgvUNA!à[ê÷˜h†±‰l$8âxövbîB½ZrÈ<ŸØ>Â~ô“ PŽ‡óÿ¸IEND®B`‚ pix[35]: xres = 1200, yres = 1200 ‰PNG  IHDR&5¤6 pHYs¸Œ¸ŒÌö»/ƒIDAT•Ð; Ã0Ð6¸ èE H!S Qál©Bh²+lH•LñÊÙ¨iø˜Ú€ (Ð0™AGÎè ùBó䆺šÌ‡4óèyï'Ãé/ÝW[î³r4Ën0e5«7Ûbv­Q÷gò]/*À¬ÀM¯NÓñŸ|’ ØH),zIEND®B`‚ pix[36]: xres = 1200, yres = 1200 ‰PNG  IHDR+5ðú/† pHYs¸Œ¸ŒÌö»/mIDAT•Ð±€ Ðx”Œ›°Š› çb¸IF ¤àŒ1¡íHóº$ÿ½ƒ0Âc™Ä2Å„ê([¡VåPRc°á…<B™Å÷|V×±çRÎþù[£T –°G °pvîÂhñ×Ò$ã±ë± L_IEND®B`‚ pix[37]: xres = 1200, yres = 1200 ‰PNG  IHDR 5Ôq pHYs¸Œ¸ŒÌö»/‘Á±OÁžÈ— å+•Î:2·Aùâ6ˆÿ¬/,óÄzŠ²íFvêIrÚâì³sLN‘™i·kpTv Ù{$^Ÿõo…‘ï¤ 5>¥IEND®B`‚ pix[40]: xres = 1200, yres = 1200 ‰PNG  IHDR.5Óä pHYs¸Œ¸ŒÌö»/BIDAT•cøP)†ú@âÃÿ < øÿÿ?PÃðGþÿÿhJídÀ ho-6êÄÓЀRX‹T \CüÓØc¨]IEND®B`‚ pix[41]: xres = 1200, yres = 1200 ‰PNG  IHDR5+=w pHYs¸Œ¸ŒÌö»/%IDAT™cøÿ¿†AàCÃ~ –ø?Ä] €ìV< [OÞW/TIEND®B`‚ pix[42]: xres = 1200, yres = 1200 ‰PNG  IHDR5‹ÞíJ pHYs¸Œ¸ŒÌö»/2IDAT™cøÿÿ ```øÀÀðÈg¤˜ Ë?`øÂöêèÆÿ³"e°»j.IEND®B`‚ pix[43]: xres = 1200, yres = 1200 ‰PNG  IHDR)5ôÿ» pHYs¸Œ¸ŒÌö»/‘IDAT••Ð1B! àFß`ä( ¯…ñ"xÆäUøÿÉÄÅ| ´ˆí¨òH™®JÓÅŒ¦y‘lð6ð"Ášl4ƒQ@7ð$wÁ-kG®„{ÂÌ#0Óóœã-B*j|¶³ˆÁ’4°2NÇr+il¬'ö†*mzüÄ);Š­áçgýË~ŠØÀÅæ0IEND®B`‚ pix[44]: xres = 1200, yres = 1200 ‰PNG  IHDR!5çØ¿O pHYs¸Œ¸ŒÌö»/5IDAT•cø È$C=<Àbÿá“òC€üÇ€NþÁ 40üú¯á‰D“wľ‰’€®¸IEND®B`‚ pix[45]: xres = 1200, yres = 1200 ‰PNG  IHDR55ÉžÝ pHYs¸Œ¸ŒÌö»/IDAT•Ð± 1 …a£)ÓÒ¹`ˆ‘˜ ܬ*Ö8‰Bç"Š±%NTçÂ_÷Š¸Á^@ázªO“†¹Ì.Ìù:eí9ø£®›o5ùáK%>Ô솨Û-^eÓÍ¡º ¹é×õ¶óÒL]Û¤®kæ.ª)Ô.` ÊÙ«RÇÿëzÐ/Œ»/):q¾IEND®B`‚ pix[46]: xres = 1200, yres = 1200 ‰PNG  IHDR.5Óä pHYs¸Œ¸ŒÌö»/‚IDAT•Ð± !ÐL¶YØÆ-ÍR,ÁÐ@ü«ãq(\p“<ø?ÈHŬHb'(gè‰Ú“èIºI¶+ýÍ Ò45 Ñ“t“lI9Wª!MQ“°IÉoR^¤+ D>‡ìÇ= ¿$ÇyŠÃÏÍþæo}þIï*RÀIEND®B`‚ pix[47]: xres = 1200, yres = 1200 ‰PNG  IHDR+5ðú/† pHYs¸Œ¸ŒÌö»/”IDAT•Ð±„0 ÀcºèÄ­Ð fhÌ߉¾‡<ÜŸà‡!FÉfÒ@ÃMŽNÃàD^Ë$Ûh8"{0ôD†¶’›¡Šl0-)ˉ-ø8óI±]ì€ Ú †×êv_È΂òGɪ˜*õWq'ò#"¹«ÃHªX<¢úÝÛ"ÕUø”ut¤ç³^ñp_óÆÅF–IEND®B`‚ pix[48]: xres = 1200, yres = 1200 ‰PNG  IHDR 5Ôq pHYs¸Œ¸ŒÌö»/TIDAT•cø ê00ð3üÿÁÎðGþ?3ˆhAÄññN€í ‚Hü‘gø#4þãU‰ü`××C 4o&ˆÆžr®NIEND®B`‚ pix[49]: xres = 1200, yres = 1200 ‰PNG  IHDR+5ðú/† pHYs¸Œ¸ŒÌö»/°IDAT•Ð± à Ð\¸d{H^…MÀJ‘µ°²ÈeJ Ë—‡¥Í+@Çýµ#øR¢Ñ 6Rr]Ȥ}\QÏIpnªAгê.h¤„Cjr$á0V§­Øw&Òÿ ü0F“2~pÒ‡ÊÍš8¹õ‹,ª·&Ofˆª&âìÈ|A/K‹Ü-{‹5Ñø3¹°xKŒmHùÙžÜÀ)zjà)WoÉyøQæŸ;ð{IEND®B`‚ pix[50]: xres = 1200, yres = 1200 ‰PNG  IHDR&5¤6 pHYs¸Œ¸ŒÌö»/}IDAT•ÐA „0 Ð/]ÌÒ ˆ¹ˆàŬÌÂkÕ›tnಋ0æWPÄ,Þ*ü|‚\FqÖ£"­B%937t¦ád¼õKWú¡‹ù«ÉRì0™®ÜÕžJCgêi°‰£¹U… ÌÑ3ÝáÞÖמïÃ8 µyëL »×<ö_¯Á£ÓºÈOIEND®B`‚ pix[51]: xres = 1200, yres = 1200 ‰PNG  IHDR5zÕ¶Ç pHYs¸Œ¸ŒÌö»/‚IDAT•Ï± Â@ ÐQ\› Xá6`¥Û A”ŒUXÄÙÀå§ûø„hh^aÉÿÛ 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= 1200, yres = 1200 ‰PNG  IHDR%5î35 pHYs¸Œ¸ŒÌö»/IDAT•µÐ1Â0ÀEIçÖR¾Að·è,”ð¥Pñ >`º+N^îŒÒ¦àŠévW:ÐNðµ4‘I‰ì1%Öˆ2P#$PÐ@¹@;Š v|[vϧ9òe^ù0ï͉7sÎÃb9'SNÙ=¸}]{·î~Z©;þÁÖ?#,®>°ÑŠ$ÜÒCÙÕ¨IEND®B`‚ pix[58]: xres = 1200, yres = 1200 ‰PNG  IHDR$5ñt pHYs¸Œ¸ŒÌö»/€IDAT•Ð± ƒ0„ágQPš X X)`6ó(á! ‹—»kˆ’&W|…¥_¶l¹}êÆ=Nvàx±3¢Éú¢Åi’Û[ö‘^™ú,WÚdÝhÑ]»Lôhé•åL]¶•ÖMê»L)DÕz¦H¡K¤iCfž÷ûûÎÌ3¡ßÍQIEND®B`‚ pix[59]: xres = 1200, yres = 1200 ‰PNG  IHDR 5]{7/ pHYs¸Œ¸ŒÌö»/IDAT™c`€æ ìƒÃD E/9¿à˜‘IEND®B`‚ pix[60]: xres = 1200, yres = 1200 ‰PNG  IHDR6h- pHYs¸Œ¸ŒÌö»/eIDAT•UÏ¡À A: „”’ÒˆCR‚:‡`òù{³~ˆ<ÎCÚD(¡A…æ!(˸•×¸1ü&A„T›ÓÊ2nå5.ED(¡AÝ è0 çlþçF¨ÉBÞËIEND®B`‚ pix[61]: xres = 1200, yres = 1200 ‰PNG  IHDR ;gqV_ pHYs¸Œ¸ŒÌö»/IDAT™c``€€ zq–ÃÿÈV <èýµ+IEND®B`‚ pix[62]: xres = 1200, yres = 1200 ‰PNG  IHDR;@ß×· pHYs¸Œ¸ŒÌö»/[IDAT•Íα€ Ð?¸AVpVrOÖòŽEdƒ”1 Ï l^ý "Œw'(WÇ+‡q’²Î1u"£z¥„4aÉ“,l”iP7ÄA[á ¾ƒ?òæÏÑuÜIIEND®B`‚ pix[63]: xres = 1200, yres = 1200 ‰PNG  IHDR;¯¼‰ pHYs¸Œ¸ŒÌö»/IDAT•cøÿÿÿ†‘A Rô Ý™’¢yPIEND®B`‚ pix[64]: xres = 1200, yres = 1200 ‰PNG  IHDR ;…­M& pHYs¸Œ¸ŒÌö»/4IDAT™cøÿ€„þ)0üI`ø‘Àðá=xÀððÃA0j|ÀÐü€Œì!ê ÿg2hÓD£IEND®B`‚ pix[65]: xres = 1200, yres = 1200 ‰PNG  IHDR;¦öó pHYs¸Œ¸ŒÌö»/iIDAT•­Ï1 €0 Ð:zâÑéÅ*Ž^AðvT(?‹ƒs—I~™)z‚¨¨ƒb½ƒbkŽ‘ÝDqYòðGcÏ2©Â²LäðÁâ$'üa8øšTçao>IæEdÞF‰]ßzz©+šÂòŒIEND®B`‚ pix[66]: xres = 1200, yres = 1200 ‰PNG  IHDR;«èl´ pHYs¸Œ¸ŒÌö»/lIDAT•­Ï1 €0ÀEA;ý~ÀÒB’¯¥²ôMÁ%Ýrç…`a#6S-»,D„Á^‰ŒdÐW Ìp  hD¨µGꥰÜE¸‰olOc5Cë=;kÖÉ2+¨9´Œ=yÆõíN­§´_„†ÎIEND®B`‚ pix[67]: xres = 1200, yres = 1200 ‰PNG  IHDR;WýG~ pHYs¸Œ¸ŒÌö»/QIDAT™¥Î± €0EÑ –.à(BV‹X¸VÀE"8À/,RŸ¿Hm“âô©ÒÅáJSâÒÍÙz\eú14»Û\jr(Øœ)ŒT§¸ö\?}å•è òIEND®B`‚ pix[68]: xres = 1200, yres = 1200 ‰PNG  IHDR ;2µ pHYs¸Œ¸ŒÌö»/jIDAT•­Ï1 €0 Ð^BÈE/&ØÒÁk\=DбC1æ+¸ b o ÿ¨ lÅHÄ‘Bê'Rg8e°¼¬Y°1táÉE 3ißiS<‰ º Ò´Z‡XoATŒ€úû­Ÿ8{í¬ÖåÄ IEND®B`‚ pix[69]: xres = 1200, yres = 1200 ‰PNG  IHDR;I4wÍ pHYs¸Œ¸ŒÌö»/WIDAT™¥Î± €0DÑ/)!›¸Z”®q‘dƒ” ê0…Ö9xŇ$šÇe YžTlZñÅ¢ˆùèx3”®Ÿ¾š«IÁD›Èôœe#\Ë×Ç´â™×^²IEND®B`‚ pix[70]: xres = 1200, yres = 1200 ‰PNG  IHDR;±ÔŒ: pHYs¸Œ¸ŒÌö»/?IDAT™cøÿGáÿ†ÿ ø<Ï?Àð_þÃ?û ðœXáƒCCãVGf`„àÿÿ)™s€p ‡,bIEND®B`‚ pix[71]: xres = 1200, yres = 1200 ‰PNG  IHDR;D*Š pHYs¸Œ¸ŒÌö»/IDAT•­Ï; Ã0Ð 1¤1ä:Š‰.ò!…¯%á‹È7ØRÅ ÍÈ$"¥›‡Ðgfw'ö$E¢áLÔs Xý1 {&OÄËËVâÙ¯d_ˆä3Q.J1(%·(xµY§lô½lLz µ0·Qåß>œ~ _tÊIÔ«&°ž¬,U©Ï¼*Xµ yfÍ\IEND®B`‚ pix[72]: xres = 1200, yres = 1200 ‰PNG  IHDR!;ÝÒÞ? pHYs¸Œ¸ŒÌö»/LIDAT•cø ÿìAä0É&?€É‘Œ ÒŽ¡HÚ0ØI y iøHªÿ‘üÿ@¤ü?v°.º‘ Œÿ $$hF7aÅkgpÎ=IEND®B`‚ pix[73]: xres = 1200, yres = 1200 ‰PNG  IHDR;ŒFí\ pHYs¸Œ¸ŒÌö»/+IDAT™cøÿ‚þÔ1ü°cøC?êàRÈèX–Œ~P† «-¸QŸW·˜Å£ÞIEND®B`‚ pix[74]: xres = 1200, yres = 1200 ‰PNG  IHDR ;gqV_ pHYs¸Œ¸ŒÌö»/;IDAT™cøÿ‚þ0ü`øÃF .\  0ü`8Fh‡ @è€Ñ†˜?0ð›ÓHít ö.IEND®B`‚ pix[75]: xres = 1200, yres = 1200 ‰PNG  IHDR;«èl´ pHYs¸Œ¸ŒÌö»/pIDAT•­ÏÁ @@…áAÂP7¡3T&Уƒìzÿ– .ßaö½Œyï¹Ql`pÁý—ŠîA\ÌNØ¡C%úQt4Z°À,j"á>£‘Ð`mGø¾dQÎÊØL áSÓY«…Û~á梲ל°]IEND®B`‚ pix[76]: xres = 1200, yres = 1200 ‰PNG  IHDR;ŒFí\ pHYs¸Œ¸ŒÌö»/!IDAT™cøÿáŸÃ;;†v ?èˆ èR3Q üšbIEND®B`‚ pix[77]: xres = 1200, yres = 1200 ‰PNG  IHDR2;KäÔ pHYs¸Œ¸ŒÌö»/YIDAT•Íб € EÑk((‰7°¤ a3]í» cP¾_ÜA½Í©ßCGÂû:=ÍžP¡Dv²ÀFb1×kª¯s» Íuo.Ísú#™l–{üî×áõ¬8!·LnGIEND®B`‚ pix[78]: xres = 1200, yres = 1200 ‰PNG  IHDR!;ÝÒÞ? pHYs¸Œ¸ŒÌö»/FIDAT•cø ´!ä?;†ú†6 ö  ò@ÒðÃõ? ’ÿˆ”ÿÇ$íÿÓd`üÏÀ%i@ËÑÐT½‡«ëIEND®B`‚ pix[79]: xres = 1200, yres = 1200 ‰PNG  IHDR;@ß×· pHYs¸Œ¸ŒÌö»/iIDAT•­Ï± „0DÑ. „RÜ[¢„hË'ÑÀ’m`y0G~ÉKÿ ’Œ7IÑ(´FŽaJÆ®màVy`–÷,Ê? }(ø¨ôóͤøÞ$ùÀ6z ÅÓðn­]º:ƒñÍ[=‰ÀNž‰IEND®B`‚ pix[80]: xres = 1200, yres = 1200 ‰PNG  IHDR ;2µ pHYs¸Œ¸ŒÌö»/eIDAT•­Í¡ €0Ðk•¡‚Ut5PHV‚°HÙùáø?!u(8ñÔåÔàG® âè‘1$ <¤=H 9>d.•òÆ^Y­2³MEˆ×SqBœá•i•o¯è&oA´fšË·PIEND®B`‚ pix[81]: xres = 1200, yres = 1200 ‰PNG  IHDR;«èl´ pHYs¸Œ¸ŒÌö»/fIDAT•­Ï¡ €0„áK*p`Q°Éc-LÁ,MX¤ WÑpôA‚Ä€ùÌŸ’þÄ Ø£‘ˆÁ®lʪŒÊô½b®Ùpã–.ÑÍW—V‘*ÂϸéN›°‹·y IEND®B`‚ pix[82]: xres = 1200, yres = 1200 ‰PNG  IHDR;¼Êü} pHYs¸Œ¸ŒÌö»/7IDAT™cøÿÿ%øŸ=à 6``ø¡Äì ?ø_0üÿÁðÞr 4Œ)t+8k>­\ì{IEND®B`‚ pix[83]: xres = 1200, yres = 1200 ‰PNG  IHDR;¼Êü} pHYs¸Œ¸ŒÌö»/aIDAT™¥Î¡ €0FáG*Š«­c:Öª£Ç:Hk°@å©GÈϽûs¨ 42•È-‘³%6M„nï¼5ΰÅ ‡õ—õˆ¾*h3 ³–ÏÊÔE‚m:É0Ø­ÿõëî(‡n·@yìIEND®B`‚ pix[84]: xres = 1200, yres = 1200 ‰PNG  IHDR;µ!\ pHYs¸Œ¸ŒÌö»/5IDAT™cøÿ¿'¶o`øÄ?ˆÀ €õDa9 Y@Sÿñ?F {˜ñ¸•0#Bq“ï…IEND®B`‚ pix[85]: xres = 1200, yres = 1200 ‰PNG  IHDR!;ÝÒÞ? pHYs¸Œ¸ŒÌö»/GIDAT•cø ´#ÿÙÿ?ßÀðÀþƒý8ùÃþÉ?`òˆ”ÿ"ÙŸÉ? |ì@W1È100üg°‘h¡…Ó‰1ûÕIEND®B`‚ pix[86]: xres = 1200, yres = 1200 ‰PNG  IHDR;«èl´ pHYs¸Œ¸ŒÌö»/_IDAT•­Ï± € ПPØɲ‰l†1.¦¸-‰ &—;… h^ÿ "ŒŽ@|x+#ÂÏ„X02ƒ H“kbðáI¨ÌvWÖÌq%öŒ?&ÑV¨°ôl½û`Ë;^AÌÙIEND®B`‚ pix[87]: xres = 1200, yres = 1200 ‰PNG  IHDR/;ÃîŒ pHYs¸Œ¸ŒÌö»/‰IDAT•½Ð± Ã0 @.ÔYD›„ãd ˆÈYÅžÀ+(HáV‚ È‘ Oào®{<Ô#p&h@'X2 J%i„œôâÄ?å œvjÁØ ñÓ±ë¸CV–ùÛ¨ÎsÚœWvÆ”WËÍx4&,ѹÓ¥ddåoµ¡ µqÒY?s‡,ÕtòÂÆIEND®B`‚ pix[88]: xres = 1200, yres = 1200 ‰PNG  IHDR;@ß×· pHYs¸Œ¸ŒÌö»/vIDAT•­Ï± Ã0„á*í âM¢•¼’>•.â1d¼ÀsçBèr¯ðn>xpüð@Òp#…mò9¢$3X: ç´Ú°8?C_Ãä$ñÊ¢ð¢úYÓÅê»Ï ¢?£*9(šß‚â`1l¬3+¹ó#ç!‚ÇÛ£xemIEND®B`‚ pix[89]: xres = 1200, yres = 1200 ‰PNG  IHDR;«èl´ pHYs¸Œ¸ŒÌö»/IDAT•­Ï± Â0EÑß¹ƒ ð&x3>ˆ2«@•ŽŒ@¤iÒ8’åŸ÷’ hNy¥+fV䈋²òÔr^í$QËYbX¹H ø\$ûô£gònBÊ d÷J nx5äúJ±¢©bóδ3‘´¤# øxð&×@”`kÃ9Ç,‘¾9pIEND®B`‚ pix[90]: xres = 1200, yres = 1200 ‰PNG  IHDR;MÁ§ð pHYs¸Œ¸ŒÌö»/aIDAT•­Ï± À À—((QÈf„Í~¤)CIpüÙWY²,T6R…ù¸P¹¡JÊâ#Ó³<‚I7Z"5ÅO1™žŒ@z€H¤%R3QL‘ã°ÕÅæ[/éõ»,Ã_JÈIEND®B`‚ pix[91]: xres = 1200, yres = 1200 ‰PNG  IHDR ;jo& pHYs¸Œ¸ŒÌö»/8IDAT™cø€áÆ>`xH.:|€¡ýÿy0È}L®QÀè$ Ã€ÎCE¶ù\œÕ›†IEND®B`‚ pix[92]: xres = 1200, yres = 1200 ‰PNG  IHDR;–z Ò pHYs¸Œ¸ŒÌö»/IDAT™cxÀ@ ð?Fåá`fLXIEND®B`‚ pix[93]: xres = 1200, yres = 1200 ‰PNG  IHDR ;jo& pHYs¸Œ¸ŒÌö»/3IDAT™cø€AþCû†Ã`ô\ôáà @è˜Kž9ÁÎ8vÐaÿÑ÷$]>ÔjRIEND®B`‚ pix[94]: xres = 1200, yres = 1200 ‰PNG  IHDR;¯¼‰ pHYs¸Œ¸ŒÌö»/=IDAT•cøÿÿÿº/þÈÿÀðùÿ† õ ‡ÈI0´ÿ``èÿÇPÁ ÿÿÀ†ýâ4¬%µÝSNlPIEND®B`‚leptonica-1.70/prog/fonts/chars-6.pa0000444000175000017500000003521412256617134015404 0ustar dandan Pixa Version 2 Number of pix = 95 Boxa Version 2 Number of boxes = 0 pix[0]: xres = 0, yres = 0 ‰PNG  IHDRñk± pHYsb&2 IDAT™cøÃ@7N¡S‚\åIEND®B`‚ pix[1]: xres = 1200, yres = 1200 ‰PNG  IHDRBzJ pHYs¸Œ¸ŒÌö»/IDAT™cxÀð€,€BœXä Ãð nJÞIEND®B`‚ pix[2]: xres = 1200, yres = 1200 ‰PNG  IHDR©Ú0 pHYs¸Œ¸ŒÌö»/IDAT™cøÇðA‚Áwá.†ø!ºÉè«";IEND®B`‚ pix[3]: xres = 1200, yres = 1200 ‰PNG  IHDR  ‹Jù pHYs¸Œ¸ŒÌö»/'IDAT™cøÿƒˆ>Ï€¡ ß-ž[ ù tÑC¢!åOÍ`ëIEND®B`‚ pix[4]: xres = 1200, yres = 1200 ‰PNG  IHDR •:¾ pHYs¸Œ¸ŒÌö»/BIDAT™Ë1 À ÑK*£Ë÷|tÁfrÕСÃZ yã¯<¢Œ eª9åV1Hȶ\Ó[r¿ßòÖhðüåIEND®B`‚ pix[5]: xres = 1200, yres = 1200 ‰PNG  IHDR0ìû¢ pHYs¸Œ¸ŒÌö»/OIDAT™cøÿÿ?þý€aæç 6ßø9¿âó@±ûϪÙÄ ÿ‹þ¥70üyÞÀðˆñïÏ Ÿ$0|‡š…„|Ž9ïzžIEND®B`‚ pix[6]: xres = 1200, yres = 1200 ‰PNG  IHDRß.œ pHYs¸Œ¸ŒÌö»/LIDAT™cøÿÿÿ¨?ÀðÉþÃs(~ä?Š?âÇñŒÏl@¸øƒúy~ n>ÀÐÎÀÀp Àáÿ?ˆYHC0ÃO+;IEND®B`‚ pix[7]: xres = 1200, yres = 1200 ‰PNG  IHDR\ pHYs¸Œ¸ŒÌö»/IDAT™cøÁð€áà †† ;*~à‡à¿1Ó_m_IEND®B`‚ pix[8]: xres = 1200, yres = 1200 ‰PNG  IHDRñk± pHYs¸Œ¸ŒÌö»/#IDAT™cøÃðá Æ; s€P†Á ÉܪyÂð> Ýíà~5IEND®B`‚ pix[9]: xres = 1200, yres = 1200 ‰PNG  IHDRñk± pHYs¸Œ¸ŒÌö»/&IDAT™cøÃPÃ`Ã0‡á >Â@ø >‹‚dç0ìa¨Å»%*D®bIEND®B`‚ pix[10]: xres = 1200, yres = 1200 ‰PNG  IHDR pHYs¸Œ¸ŒÌö»/ IDAT™cøÏðŸá3ƒ1ƒ8à d²>3|gø «_Ó‘O ¢IEND®B`‚ pix[11]: xres = 1200, yres = 1200 ‰PNG  IHDR  ‹Jù pHYs¸Œ¸ŒÌö»/IDAT™cøÿƒ ýÅ@@€)ˆª [-ÙO}>IEND®B`‚ pix[12]: xres = 1200, yres = 1200 ‰PNG  IHDRñk± pHYs¸Œ¸ŒÌö»/IDAT™cøÀ>`8„gæ¡ Ã'úei!BIEND®B`‚ pix[13]: xres = 1200, yres = 1200 ‰PNG  IHDR pHYs¸Œ¸ŒÌö»/IDAT™cøÏ€600bÏl7IEND®B`‚ pix[14]: xres = 1200, yres = 1200 ‰PNG  IHDRBzJ pHYs¸Œ¸ŒÌö»/IDAT™cxÀ€*001œÙ_¡$àùRIEND®B`‚ pix[15]: xres = 1200, yres = 1200 ‰PNG  IHDR •:¾ pHYs¸Œ¸ŒÌö»/=IDAT™cøÿ€áÃÿ ÿ@è_ýyB0ü|ÀðûÃg0zFçÁèþ†ùö?`°j!vÕ'‘ùFÊIEND®B`‚ pix[16]: xres = 1200, yres = 1200 ‰PNG  IHDR •:¾ pHYs¸Œ¸ŒÌö»/-IDAT™cøÿ€ˆ<`8—À0_a>ƒ=5`Aò@¤RÓ—Àp¬ ‡  ’¦ ÍIEND®B`‚ pix[17]: xres = 1200, yres = 1200 ‰PNG  IHDR ëWQ€ pHYs¸Œ¸ŒÌö»/IDAT™cø€ˆ>`8|€AÌ 500@4Ât˜&Ú9„âÖIEND®B`‚ pix[18]: xres = 1200, yres = 1200 ‰PNG  IHDR æI!Ç pHYs¸Œ¸ŒÌö»/>IDAT™cøÿˆ040Ì`ØDþCÃÿ†þ~`øùáó†çÎ`h`ˆFΩ#ÏÌ0 ­IEND®B`‚ pix[19]: xres = 1200, yres = 1200 ‰PNG  IHDR •:¾ pHYs¸Œ¸ŒÌö»/9IDAT™cøÿ€ˆ<`8À0Oa?ýW`ø—Àðçà ›áÕ70Ø+0ÌK`hëBB}ß!ƒ·šHIEND®B`‚ pix[20]: xres = 1200, yres = 1200 ‰PNG  IHDR æI!Ç pHYs¸Œ¸ŒÌö»/:IDAT™5ËÁ €0Ñ)y*J)–R‚,$ˆD–|Þñ_–¼2å‘Kn9¥Ë&‡ÔòV*Ü~¤Á!^ðt.œIEND®B`‚ pix[21]: xres = 1200, yres = 1200 ‰PNG  IHDR •:¾ pHYs¸Œ¸ŒÌö»/.IDAT™cøÿ€ˆ0€Ðýt!á€Ã=†ÿ@Ô€@ö óÀº¯Ö"<°‚5IEND®B`‚ pix[22]: xres = 1200, yres = 1200 ‰PNG  IHDR •:¾ pHYs¸Œ¸ŒÌö»/4IDAT™cøÿ€ˆþ$0ü|ÀðüÃy0šF | ò ö 4_¡/áXuÙx _øLIEND®B`‚ pix[23]: xres = 1200, yres = 1200 ‰PNG  IHDR æI!Ç pHYs¸Œ¸ŒÌö»/9IDAT™cøÿˆ@@€¡~C½C}Ã? úÀðçÃO0ú FÏ?0ÿÀpþCÿy°.$¯|%"ú?GIEND®B`‚ pix[24]: xres = 1200, yres = 1200 ‰PNG  IHDR •:¾ pHYs¸Œ¸ŒÌö»/6IDAT™cøÿ€ˆ<`èK`°W€"¹†¶ â s€\{ j#†y ÀºŠŒ>iì­ËIEND®B`‚ pix[25]: xres = 1200, yres = 1200 ‰PNG  IHDR ëWQ€ pHYs¸Œ¸ŒÌö»/:IDAT™EËÁ @@À©D+®ÀëA)ÖKjð’ˆ;$"™ïhqÛ¢S1ú TWyœqÄkÌoütdi×¾{Ê0IEND®B`‚ pix[26]: xres = 1200, yres = 1200 ‰PNG  IHDRÈÓæ pHYs¸Œ¸ŒÌö»/IDAT™cøÀ€ '001>° 1!òbIEND®B`‚ pix[27]: xres = 1200, yres = 1200 ‰PNG  IHDRë ¸Ø pHYs¸Œ¸ŒÌö»/IDAT™cøÁ€ á$þ°È † ;,çÕ©x>ÖIEND®B`‚ pix[28]: xres = 1200, yres = 1200 ‰PNG  IHDR øÝø, pHYs¸Œ¸ŒÌö»/-IDAT™cøÿƒ=`øßÀðO‚áGÃà í?äÁ$ ŠeAjZ\['6_ŸyÝIEND®B`‚ pix[29]: xres = 1200, yres = 1200 ‰PNG  IHDR øÝø, pHYs¸Œ¸ŒÌö»/IDAT™cøÿƒ¬lTœ+)DFÒçIEND®B`‚ pix[30]: xres = 1200, yres = 1200 ‰PNG  IHDR øÝø, pHYs¸Œ¸ŒÌö»/0IDAT™cøÿƒ Ùÿ`àÿÁpøÇ ,þs0ü?Àð¿Äþç«AÒ7&â5IEND®B`‚ pix[31]: xres = 1200, yres = 1200 ‰PNG  IHDR ñ6XV pHYs¸Œ¸ŒÌö»/4IDAT™Eʱ ÑÛJ¾Ó9Š¥¥bŒ±^sp˜pEH$È°aéšbˆ&zx§g öÔl=ÓIEND®B`‚ pix[32]: xres = 1200, yres = 1200 ‰PNG  IHDRÅO™J pHYs¸Œ¸ŒÌö»/PIDAT™cøÿ¿„ð70||ÜÀpþgÃü ûÔ,Ú 30$ƒð9†ô>n`Pïm`Ø$ÉÀ0ãÃù? ?õ³CÌA Ð(J=«P›IEND®B`‚ pix[33]: xres = 1200, yres = 1200 ‰PNG  IHDR.x"I pHYs¸Œ¸ŒÌö»/KIDAT™=Ì» @P@Ñ›(Œa#Á*·S¾HJ‘WðâBqÚÃyÊ£”ãSÈVË^I ²6™{é2¢Œ“„$í"õ-ïà¿^¥K6ik fçIEND®B`‚ pix[34]: xres = 1200, yres = 1200 ‰PNG  IHDR øÝø, pHYs¸Œ¸ŒÌö»/1IDAT™cøÿƒˆ$Îw0œ?C@¶Ã  Ãù ç ¡ © ˆF0MÑ!mN\ÕIEND®B`‚ pix[35]: xres = 1200, yres = 1200 ‰PNG  IHDR*òt pHYs¸Œ¸ŒÌö»/6IDAT™cøÿŸˆ>00<üÀpþ/Ã| úÏ ÿŸÁ ɃP¼ÿ?Ãñÿ ~0ü`d€h#³¬#ÑP©ÙÎIEND®B`‚ pix[36]: xres = 1200, yres = 1200 ‰PNG  IHDRÅO™J pHYs¸Œ¸ŒÌö»/3IDAT™cøÿ¿„ØÎ?âŸ@ü„ÎÿÃAr 5?€ø#n`hà‡˜ƒ„+Í.˜G2’ IEND®B`‚ pix[37]: xres = 1200, yres = 1200 ‰PNG  IHDRêC/ pHYs¸Œ¸ŒÌö»//IDAT™cøÿ‡ˆ€àù0úÂðüÃó7 ôø Ã($D? ¨¢Œ#é';»™}IEND®B`‚ pix[38]: xres = 1200, yres = 1200 ‰PNG  IHDR øÝø, pHYs¸Œ¸ŒÌö»/(IDAT™cøÿƒˆ€àùúÁðü=>Áð€Ê "!°.!'Q«ÓR;IEND®B`‚ pix[39]: xres = 1200, yres = 1200 ‰PNG  IHDRÅO™J pHYs¸Œ¸ŒÌö»/;IDAT™cøÿ¿„ÿ040|üÓÀpü_Ã} ž³Ç‚å00ÈÿÊÕöƒÔñ þÁ1 fZ/'»r$oIEND®B`‚ pix[40]: xres = 1200, yres = 1200 ‰PNG  IHDR̤90 pHYs¸Œ¸ŒÌö»/&IDAT™cøÿÿ3ÑóÿXñ †Çÿ°ËÁ0H?Ì,(Ïš2lõPÄIEND®B`‚ pix[41]: xres = 1200, yres = 1200 ‰PNG  IHDRô3h pHYs¸Œ¸ŒÌö»/IDAT™cøÏðŸá9^ÈÀðº6„_®”IEND®B`‚ pix[42]: xres = 1200, yres = 1200 ‰PNG  IHDR ñ6XV pHYs¸Œ¸ŒÌö»/IDAT™cøßÀD ŸÈAßøMΛDœ .IEND®B`‚ pix[43]: xres = 1200, yres = 1200 ‰PNG  IHDR.x"I pHYs¸Œ¸ŒÌö»/GIDAT™cøÿÿ3ü``xþùÃóç@|ˆç±ý†gõžå€h ÿ¹<÷ñq ~ ÄøPÿ˜YP f5(cclóIEND®B`‚ pix[44]: xres = 1200, yres = 1200 ‰PNG  IHDRü(( pHYs¸Œ¸ŒÌö»/IDAT™cøÿˆþ1<'ý€¢L `¥‰*ídOIEND®B`‚ pix[45]: xres = 1200, yres = 1200 ‰PNG  IHDR'“‚3 pHYs¸Œ¸ŒÌö»/MIDAT™cøÿÿ³ÿo`8þ_Œÿ“a¸üoÃÅ?snþÃpˆïüâê9 ÷ŠØ|Ã}u æâ~ ž?‡ýÌ,(?2ôØIEND®B`‚ pix[46]: xres = 1200, yres = 1200 ‰PNG  IHDRÁºIw pHYs¸Œ¸ŒÌö»/EIDAT™cøÿÿóÿa`8þ?á0_âP|§>áž}Ã}y îâv >Äø#ÿ€`ö? @s`æ1–µ0ùä„IEND®B`‚ pix[47]: xres = 1200, yres = 1200 ‰PNG  IHDR.x"I pHYs¸Œ¸ŒÌö»/@IDAT™cøÿÿÿ`?Àððá†ó?0ÌÿãÀ0ÿƒ=ÿGÅò ü$ïÀÐÿïÃñ¿@}Ÿ!úafA1 Õ.fOyk*IEND®B`‚ pix[48]: xres = 1200, yres = 1200 ‰PNG  IHDRêC/ pHYs¸Œ¸ŒÌö»/,IDAT™cøÿ‡ˆxžaxþ€áùzÂðü Ã3†ç° °.C9(= ”ÒIEND®B`‚ pix[49]: xres = 1200, yres = 1200 ‰PNG  IHDR.x"I pHYs¸Œ¸ŒÌö»/KIDAT™U̱ € Fá—X8£È†ŽÀ*gé Ä(!Á;¹Òâ«^òp¡ï¢VqwQf¦ÁÿR°è™ÓÄõŠgˆ¶ KËú ÀèÌ)ôBIEND®B`‚ pix[50]: xres = 1200, yres = 1200 ‰PNG  IHDR*òt pHYs¸Œ¸ŒÌö»/8IDAT™cøÿŸˆøžfxþ˜áùgzÎðŒŸá‰=Ã3y†ç@ÔÏðü8LÍG† `Þe$ß ¼*™IEND®B`‚ pix[51]: xres = 1200, yres = 1200 ‰PNG  IHDR “ pHYs¸Œ¸ŒÌö»/;IDAT™cøÿˆ0ôO`Ø?Áˆ>€ÿ†† þ70ü?Bõ@4A΀¬ †ÛêX_šIEND®B`‚ pix[52]: xres = 1200, yres = 1200 ‰PNG  IHDRü(( pHYs¸Œ¸ŒÌö»/#IDAT™cøÿáþ? °©a°«a¨«cøGúÀÇÔC! ”³âIEND®B`‚ pix[53]: xres = 1200, yres = 1200 ‰PNG  IHDRÁºIw pHYs¸Œ¸ŒÌö»/)IDAT™cøÿÿ3ü``xþ?xü‚ÿyÀðáç†Ìs0Ž97EÑÿÔIEND®B`‚ pix[54]: xres = 1200, yres = 1200 ‰PNG  IHDRÅO™J pHYs¸Œ¸ŒÌö»/@IDAT™cøÿ¿„00ÿÓÆÿñφϿ>~†àßøyß÷@ìßÀð/ˆå!ø¿=ÿGÁ ÿ1ýv«ùœIEND®B`‚ pix[55]: xres = 1200, yres = 1200 ‰PNG  IHDR9Z²€ pHYs¸Œ¸ŒÌö»/LIDAT™cøÿÿ?3þÀpüóO†ãøáo†ç?3<> Ä7€xÆw†Ï{ÒÁø£]>ÃÇ:}†uü ?þƒ°<ÿü?Ÿfq7Öš(…IEND®B`‚ pix[56]: xres = 1200, yres = 1200 ‰PNG  IHDR*òt pHYs¸Œ¸ŒÌö»/DIDAT™5˱ € @Ñß1£8¢#Ü8” Aa‰  '1!yíÃŒl¸A*hE3-Ò„yðþ¦çúI ÔÀ•ˆŠÜ¬¸}&hg¹ÀIEND®B`‚ pix[57]: xres = 1200, yres = 1200 ‰PNG  IHDR*òt pHYs¸Œ¸ŒÌö»/9IDAT™cøÿŸáüö¿ Çÿ0<þÍðù3ÃÇç ?Þ3ü8Ïð'žáŸ<Ã?{†ÿè;P# ë÷#þ#çD7IEND®B`‚ pix[58]: xres = 1200, yres = 1200 ‰PNG  IHDR*òt pHYs¸Œ¸ŒÌö»/AIDAT™5ËÁ À Ñé$¥¤4K°¥@–ñ Và- ìª‡wlºx Q‰œñ…îm$~ÓÌ'ª("Vk<&öˆ%B0 pïIEND®B`‚ pix[59]: xres = 1200, yres = 1200 ‰PNG  IHDRë ¸Ø pHYs¸Œ¸ŒÌö»/IDAT™c` ´ AjUná[øæmIEND®B`‚ pix[60]: xres = 1200, yres = 1200 ‰PNG  IHDR •:¾ pHYs¸Œ¸ŒÌö»/?`øý€á'ý£ ôˆþ/`øßÀ4áÿ’Ù'&ê=IEND®B`‚ pix[61]: xres = 1200, yres = 1200 ‰PNG  IHDR:7b« pHYs¸Œ¸ŒÌö»/IDAT™c`a``xB$©ýÑ5Õ( YIEND®B`‚ pix[62]: xres = 1200, yres = 1200 ‰PNG  IHDR Â×™\ pHYs¸Œ¸ŒÌö»/+IDAT™cøÿƒˆ~€Ñ§ †Ï Ï-ÞÏ`8?ƒaþ ²ÀQC)+éÇ7E+IEND®B`‚ pix[63]: xres = 1200, yres = 1200 ‰PNG  IHDR Â×™\ pHYs¸Œ¸ŒÌö»/IDAT™cøÿƒ06q/)P=7IEND®B`‚ pix[64]: xres = 1200, yres = 1200 ‰PNG  IHDRÑÙ¨ pHYs¸Œ¸ŒÌö»/IDAT™cøÁð‚áà ††   ?AóQqù+“IEND®B`‚ pix[65]: xres = 1200, yres = 1200 ‰PNG  IHDR ÏÉé pHYs¸Œ¸ŒÌö»/-IDAT™cøÿ€=|À0çþ†`ô ¡/ÁŒl$Ú0u˜Ã$o KåZIEND®B`‚ pix[66]: xres = 1200, yres = 1200 ‰PNG  IHDR Â×™\ pHYs¸Œ¸ŒÌö»/1IDAT™cøÿƒŒÎ#¡3 '8Žw0?Àpþ:ÁpþC»CCP#*}‡'G› D´IEND®B`‚ pix[67]: xres = 1200, yres = 1200 ‰PNG  IHDR Ë<9& pHYs¸Œ¸ŒÌö»/'IDAT™cøßÀ€‰>40œc`˜Fö $ßÀ0¿¡á¦.[0­.IEND®B`‚ pix[68]: xres = 1200, yres = 1200 ‰PNG  IHDR Â×™\ pHYs¸Œ¸ŒÌö»/1IDAT™cøÿƒá¿Ã? †ÿ3èÇ †s óg€=’" †¾ @QÁ%!ß"Cë IEND®B`‚ pix[69]: xres = 1200, yres = 1200 ‰PNG  IHDR ÏÉé pHYs¸Œ¸ŒÌö»/*IDAT™cøÿ€}H`x®Àpža~üê£ã 0unÇ$Û‰¤ùÝIEND®B`‚ pix[70]: xres = 1200, yres = 1200 ‰PNG  IHDR$þR pHYs¸Œ¸ŒÌö»/IDAT™cøÏðƒáÃ{†óPØÈÀgà 3Ãîè B—šIEND®B`‚ pix[71]: xres = 1200, yres = 1200 ‰PNG  IHDR Â×™\ pHYs¸Œ¸ŒÌö»/8IDAT™cøÿƒ=øÁp†aƒ½ñU04ü`8ÿƒáþ† :ßÁ ‚Á‚f0ô[K'è6”4IEND®B`‚ pix[72]: xres = 1200, yres = 1200 ‰PNG  IHDR)à"_ pHYs¸Œ¸ŒÌö»/(IDAT™cøÿ‡¡ÿÿ†ó¨è„ Ãá†ãgÎcCÌ€QÚ)1CÊèIEND®B`‚ pix[73]: xres = 1200, yres = 1200 ‰PNG  IHDR:7b« pHYs¸Œ¸ŒÌö»/IDAT™cøÃð‡á Þa€°xÀnÌÄހ˷â;DëúIEND®B`‚ pix[78]: xres = 1200, yres = 1200 ‰PNG  IHDR)à"_ pHYs¸Œ¸ŒÌö»/!IDAT™cøÿ‡½ÿÃÀ!Ãp¸‡áø†óØóL]Ge*±»Ù8IEND®B`‚ pix[79]: xres = 1200, yres = 1200 ‰PNG  IHDR -òb pHYs¸Œ¸ŒÌö»/*IDAT™cøÿ=(`8gÀ0_€Á¾Œ@‘ü†ùÚ @ 0tn$±ÇF-IEND®B`‚ pix[80]: xres = 1200, yres = 1200 ‰PNG  IHDR)à"_ pHYs¸Œ¸ŒÌö»/.IDAT™cøÿ‡½“aàáa8|„áø†óІóoÏa8`Ãpþ3 )µê*OšIEND®B`‚ pix[81]: xres = 1200, yres = 1200 ‰PNG  IHDR Â×™\ pHYs¸Œ¸ŒÌö»/(IDAT™cøÿƒýˆ`xÏÁpÃü öHHŒú$Ì`øŽ„â# 2ƶ÷IEND®B`‚ pix[82]: xres = 1200, yres = 1200 ‰PNG  IHDR Ë<9& pHYs¸Œ¸ŒÌö»/ IDAT™cøßÀ€‰Î40p00k`8ÞÀpbÆ¢ Ü=!T’2nIEND®B`‚ pix[83]: xres = 1200, yres = 1200 ‰PNG  IHDR Ë<9& pHYs¸Œ¸ŒÌö»/-IDAT™cøßÀ€‰60Ìi`°k`°o`o``l`hh`øÀÀPF6` ]TÑ—ª÷Ö%IEND®B`‚ pix[84]: xres = 1200, yres = 1200 ‰PNG  IHDRÕõ • pHYs¸Œ¸ŒÌö»/"IDAT™cøÇ‚ïÎ1ôñ9†0€‡1üC@ñO›1ùBMIEND®B`‚ pix[85]: xres = 1200, yres = 1200 ‰PNG  IHDR Â×™\ pHYs¸Œ¸ŒÌö»/ IDAT™cøÿƒ?ÁÀÏ"± †c 0u(´)À‰4IEND®B`‚ pix[86]: xres = 1200, yres = 1200 ‰PNG  IHDR Â×™\ pHYs¸Œ¸ŒÌö»//IDAT™cøÿƒ17€Ðù Ço0<ŸÁðxÃg †Ï +~ü¡?Xt N*µ2”(RIEND®B`‚ pix[87]: xres = 1200, yres = 1200 ‰PNG  IHDRl3~ pHYs¸Œ¸ŒÌö»/?IDAT™cøÿÿ.Ì|ŸùÃùþ Çû70eŸ#à8IEND®B`‚ pix[88]: xres = 1200, yres = 1200 ‰PNG  IHDR -òb pHYs¸Œ¸ŒÌö»/0IDAT™cøÿõ70°O`xnÀð¸€áÆ`ô¡€á[Ã;†ó ò ˜ºùs(FÈ'ZIEND®B`‚ pix[89]: xres = 1200, yres = 1200 ‰PNG  IHDR)à"_ pHYs¸Œ¸ŒÌö»/>IDAT™cøÿ‡5·0070?ÃpüÃó9 ÷0|¶¡5 ?€èß? ÿ0ü£ß>ÿahÿ0Â*7ÞÒ€£IEND®B`‚ pix[90]: xres = 1200, yres = 1200 ‰PNG  IHDR -òb pHYs¸Œ¸ŒÌö»/4IDAT™cøÿ`èg`˜oÀ0Ï€áOà ??0|þÀðøÃñ ý€CÙZ'éY‰EIEND®B`‚ pix[91]: xres = 1200, yres = 1200 ‰PNG  IHDRÑÙ¨ pHYs¸Œ¸ŒÌö»/IDAT™cøÁp‚a´BLÑ ~}1‘FIEND®B`‚ pix[92]: xres = 1200, yres = 1200 ‰PNG  IHDRØëyÒ pHYs¸Œ¸ŒÌö»/IDAT™ch` 4 *²:Uq™IEND®B`‚ pix[93]: xres = 1200, yres = 1200 ‰PNG  IHDR>²– pHYs¸Œ¸ŒÌö»/IDAT™cøÀ`À0BLQ††hqQæÈSÔIEND®B`‚ pix[94]: xres = 1200, yres = 1200 ‰PNG  IHDR Â×™\ pHYs¸Œ¸ŒÌö»/IDAT™cøÿƒ?:ø€aÆ ; ÊþÿÖü.’Q8H¨IEND®B`‚leptonica-1.70/prog/weasel8.149g.png0000444000175000017500000000605510400443670015217 0ustar dandan‰PNG  IHDRRI™ãñ¿PLTE  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All rgb * values transform to a valid value of yuv, so when transforming * back we get the same rgb values that we started with. */ pixa = pixaCreate(0); bmf = bmfCreate("fonts", 6); for (gval = 0; gval <= 255; gval += 20) AddTransformsRGB(pixa, bmf, gval); pixd = pixaDisplayTiledAndScaled(pixa, 32, 755, 1, 0, 20, 2); pixDisplay(pixd, 100, 0); pixWrite("/tmp/yuv1.png", pixd, IFF_PNG); pixDestroy(&pixd); pixaDestroy(&pixa); /* Now start with all "valid" yuv values, not all of which are * related to a valid rgb value. Our yuv --> rgb transform * clips the rgb components to [0 ... 255], so when transforming * back we get different values whenever the initial yuv * value is out of the rgb gamut. */ pixa = pixaCreate(0); for (yval = 16; yval <= 235; yval += 16) AddTransformsYUV(pixa, bmf, yval); pixd = pixaDisplayTiledAndScaled(pixa, 32, 755, 1, 0, 20, 2); pixDisplay(pixd, 600, 0); pixWrite("/tmp/yuv2.png", pixd, IFF_PNG); pixDestroy(&pixd); pixaDestroy(&pixa); bmfDestroy(&bmf); /* --------- Try out a special case by hand, and show that --------- * * ------- the transform matrices we are using are inverses ---------*/ /* First, use our functions for the transform */ fprintf(stderr, "Start with: yval = 143, uval = 79, vval = 103\n"); convertYUVToRGB(143, 79, 103, &rval, &gval, &bval); fprintf(stderr, " ==> rval = %d, gval = %d, bval = %d\n", rval, gval, bval); convertRGBToYUV(rval, gval, bval, &yval, &uval, &vval); fprintf(stderr, " ==> yval = %d, uval = %d, vval = %d\n", yval, uval, vval); /* Next, convert yuv --> rbg by solving for rgb --> yuv transform. * [ a00 a01 a02 ] r = b0 (y - 16) * [ a10 a11 a12 ] * g = b1 (u - 128) * [ a20 a21 a22 ] b = b2 (v - 128) */ b[0] = 143.0 - 16.0; /* y - 16 */ b[1] = 79.0 - 128.0; /* u - 128 */ b[2] = 103.0 - 128.0; /* v - 128 */ for (i = 0; i < 3; i++) a[i] = (l_float32 *)lept_calloc(3, sizeof(l_float32)); a[0][0] = 65.738 / 256.0; a[0][1] = 129.057 / 256.0; a[0][2] = 25.064 / 256.0; a[1][0] = -37.945 / 256.0; a[1][1] = -74.494 / 256.0; a[1][2] = 112.439 / 256.0; a[2][0] = 112.439 / 256.0; a[2][1] = -94.154 / 256.0; a[2][2] = -18.285 / 256.0; fprintf(stderr, "Here's the original matrix: yuv --> rgb:\n"); for (i = 0; i < 3; i++) fprintf(stderr, " %7.3f %7.3f %7.3f\n", 256.0 * a[i][0], 256.0 * a[i][1], 256.0 * a[i][2]); gaussjordan(a, b, 3); fprintf(stderr, "\nInput (yuv) = (143,79,103); solve for rgb:\n" "rval = %7.3f, gval = %7.3f, bval = %7.3f\n", b[0], b[1], b[2]); fprintf(stderr, "Here's the inverse matrix: rgb --> yuv:\n"); for (i = 0; i < 3; i++) fprintf(stderr, " %7.3f %7.3f %7.3f\n", 256.0 * a[i][0], 256.0 * a[i][1], 256.0 * a[i][2]); /* Now, convert back: rgb --> yuv; * Do this by solving for yuv --> rgb transform. * Use the b[] found previously (the rgb values), and * the a[][] which now holds the rgb --> yuv transform. */ gaussjordan(a, b, 3); fprintf(stderr, "\nInput rgb; solve for yuv:\n" "yval = %7.3f, uval = %7.3f, vval = %7.3f\n", b[0] + 16.0, b[1] + 128.0, b[2] + 128.0); fprintf(stderr, "Inverting the matrix again: yuv --> rgb:\n"); for (i = 0; i < 3; i++) fprintf(stderr, " %7.3f %7.3f %7.3f\n", 256.0 * a[i][0], 256.0 * a[i][1], 256.0 * a[i][2]); for (i = 0; i < 3; i++) lept_free(a[i]); return 0; } void AddTransformsRGB(PIXA *pixa, L_BMF *bmf, l_int32 gval) { char textbuf[256]; l_int32 i, j, wpls; l_uint32 *datas, *lines; PIX *pixs, *pixt1, *pixt2, *pixt3, *pixt4; PIXA *pixat; pixs = pixCreate(255, 255, 32); wpls = pixGetWpl(pixs); datas = pixGetData(pixs); for (i = 0; i < 255; i++) { /* r */ lines = datas + i * wpls; for (j = 0; j < 255; j++) /* b */ composeRGBPixel(i, gval, j, lines + j); } pixat = pixaCreate(3); pixaAddPix(pixat, pixs, L_INSERT); pixt1 = pixConvertRGBToYUV(NULL, pixs); pixaAddPix(pixat, pixt1, L_INSERT); pixt2 = pixConvertYUVToRGB(NULL, pixt1); pixaAddPix(pixat, pixt2, L_INSERT); pixt3 = pixaDisplayTiledAndScaled(pixat, 32, 255, 3, 0, 20, 2); snprintf(textbuf, sizeof(textbuf), "gval = %d", gval); pixt4 = pixAddSingleTextblock(pixt3, bmf, textbuf, 0xff000000, L_ADD_BELOW, NULL); pixaAddPix(pixa, pixt4, L_INSERT); pixDestroy(&pixt3); pixaDestroy(&pixat); return; } void AddTransformsYUV(PIXA *pixa, L_BMF *bmf, l_int32 yval) { char textbuf[256]; l_int32 i, j, wpls; l_uint32 *datas, *lines; PIX *pixs, *pixt1, *pixt2, *pixt3, *pixt4; PIXA *pixat; pixs = pixCreate(225, 225, 32); wpls = pixGetWpl(pixs); datas = pixGetData(pixs); for (i = 0; i < 225; i++) { /* v */ lines = datas + i * wpls; for (j = 0; j < 225; j++) /* u */ composeRGBPixel(yval + 16, j + 16, i + 16, lines + j); } pixat = pixaCreate(3); pixaAddPix(pixat, pixs, L_INSERT); pixt1 = pixConvertYUVToRGB(NULL, pixs); pixaAddPix(pixat, pixt1, L_INSERT); pixt2 = pixConvertRGBToYUV(NULL, pixt1); pixaAddPix(pixat, pixt2, L_INSERT); pixt3 = pixaDisplayTiledAndScaled(pixat, 32, 225, 3, 0, 20, 2); snprintf(textbuf, sizeof(textbuf), "yval = %d", yval); pixt4 = pixAddSingleTextblock(pixt3, bmf, textbuf, 0xff000000, L_ADD_BELOW, NULL); pixaAddPix(pixa, pixt4, L_INSERT); pixDestroy(&pixt3); pixaDestroy(&pixat); return; } leptonica-1.70/prog/pagesegtest2.c0000644000175000017500000001103712242266042015217 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pagesegtest2.c * * Demonstrates morphological approach to segmenting images. * * pagesegtest2 filein fileout * * where: * filein: 1, 8 or 32 bpp page image * fileout: photomask for image regions at full resolution * * This example shows how to use the morphseq specification of * a sequence of morphological and reduction/expansion operations. * * This is much simpler than generating the structuring elements * for the morph operations, specifying each of the function * calls, keeping track of the intermediate images, and removing * them at the end. * * The specific sequences below tend to work ok for images scanned at * about 600 ppi. */ #include "allheaders.h" /* Mask at 4x reduction */ static const char *mask_sequence = "r11"; /* Seed at 4x reduction, formed by doing a 16x reduction, * an opening, and finally a 4x replicative expansion. */ static const char *seed_sequence = "r1143 + o5.5+ x4"; /* Simple dilation */ static const char *dilation_sequence = "d3.3"; #define DFLAG 1 int main(int argc, char **argv) { char *filein, *fileout; l_int32 thresh; PIX *pixs, *pixg, *pixb; PIX *pixmask4, *pixseed4, *pixsf4, *pixd4, *pixd; static char mainName[] = "pagesegtest2"; if (argc != 4) return ERROR_INT(" Syntax: pagesegtest2 filein thresh fileout", mainName, 1); filein = argv[1]; thresh = atoi(argv[2]); fileout = argv[3]; /* Get a 1 bpp version of the page */ if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pixs not made", mainName, 1); if (pixGetDepth(pixs) == 32) pixg = pixConvertRGBToGrayFast(pixs); else pixg = pixClone(pixs); if (pixGetDepth(pixg) == 8) pixb = pixThresholdToBinary(pixg, thresh); else pixb = pixClone(pixg); /* Make seed and mask, and fill seed into mask */ pixseed4 = pixMorphSequence(pixb, seed_sequence, 0); pixmask4 = pixMorphSequence(pixb, mask_sequence, 0); pixsf4 = pixSeedfillBinary(NULL, pixseed4, pixmask4, 8); pixd4 = pixMorphSequence(pixsf4, dilation_sequence, 0); /* Mask at full resolution */ pixd = pixExpandBinaryPower2(pixd4, 4); pixWrite(fileout, pixd, IFF_TIFF_G4); /* Extract non-image parts (e.g., text) at full resolution */ pixSubtract(pixb, pixb, pixd); pixDisplayWithTitle(pixseed4, 400, 100, "halftone seed", DFLAG); pixDisplayWithTitle(pixmask4, 100, 100, "halftone seed mask", DFLAG); pixDisplayWithTitle(pixd4, 700, 100, "halftone mask", DFLAG); pixDisplayWithTitle(pixb, 1000, 100, "non-halftone", DFLAG); #if 1 pixWrite("junkseed", pixseed4, IFF_TIFF_G4); pixWrite("junkmask", pixmask4, IFF_TIFF_G4); pixWrite("junkfill", pixd4, IFF_TIFF_G4); pixWrite("junktext", pixb, IFF_TIFF_G4); #endif pixDestroy(&pixs); pixDestroy(&pixg); pixDestroy(&pixb); pixDestroy(&pixseed4); pixDestroy(&pixmask4); pixDestroy(&pixsf4); pixDestroy(&pixd4); pixDestroy(&pixd); return 0; } leptonica-1.70/prog/graymorphtest.c0000640000175000017500000000646712242266327015547 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * graymorphtest.c * * Implements basic grayscale morphology; tests speed * */ #include "allheaders.h" int main(int argc, char **argv) { char *filein, *fileout; l_int32 wsize, hsize, w, h, d; PIX *pixs, *pixd; static char mainName[] = "graymorphtest"; if (argc != 5) return ERROR_INT(" Syntax: graymorphtest filein wsize hsize fileout", mainName, 1); filein = argv[1]; wsize = atoi(argv[2]); hsize = atoi(argv[3]); fileout = argv[4]; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pix not made", mainName, 1); pixGetDimensions(pixs, &w, &h, &d); if (d != 8) return ERROR_INT("pix not 8 bpp", mainName, 1); /* ---------- Choose an operation ---------- */ #if 1 pixd = pixDilateGray(pixs, wsize, hsize); pixWrite(fileout, pixd, IFF_JFIF_JPEG); pixDestroy(&pixd); #elif 0 pixd = pixErodeGray(pixs, wsize, hsize); pixWrite(fileout, pixd, IFF_JFIF_JPEG); pixDestroy(&pixd); #elif 0 pixd = pixOpenGray(pixs, wsize, hsize); pixWrite(fileout, pixd, IFF_JFIF_JPEG); pixDestroy(&pixd); #elif 0 pixd = pixCloseGray(pixs, wsize, hsize); pixWrite(fileout, pixd, IFF_JFIF_JPEG); pixDestroy(&pixd); #elif 0 pixd = pixTophat(pixs, wsize, hsize, TOPHAT_WHITE); pixWrite(fileout, pixd, IFF_JFIF_JPEG); pixDestroy(&pixd); #elif 0 pixd = pixTophat(pixs, wsize, hsize, TOPHAT_BLACK); pixWrite(fileout, pixd, IFF_JFIF_JPEG); pixDestroy(&pixd); #endif /* ---------- Speed ---------- */ #if 0 startTimer(); pixd = pixCloseGray(pixs, wsize, hsize); fprintf(stderr, " Speed is %6.2f MPix/sec\n", (l_float32)(4 * w * h) / (1000000. * stopTimer())); pixWrite(fileout, pixd, IFF_PNG); #endif pixDestroy(&pixs); return 0; } leptonica-1.70/prog/brothers.150.jpg0000444000175000017500000023663610646052226015333 0ustar dandanÿØÿàJFIFÿÛC    $.' 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óƒC˵€ õ™ÉúR±Í ã†([Æ«ôò2AéŠ2h=E,sô£display); pixDestroy(&pixd); pixaDestroy(&pixa); return; } leptonica-1.70/prog/sheartest.c0000644000175000017500000001350212242265625014631 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * sheartest.c * * sheartest filein angle fileout * * where angle is expressed in degrees */ #include "allheaders.h" #define NTIMES 10 int main(int argc, char **argv) { char *filein, *fileout; l_int32 i, w, h, liney, linex, same; l_float32 angle, deg2rad; PIX *pixt1, *pixt2, *pixs, *pixd; static char mainName[] = "sheartest"; if (argc != 4) return ERROR_INT(" Syntax: sheartest filein angle fileout", mainName, 1); /* Compare in-place H shear with H shear to a new pix */ pixt1 = pixRead("marge.jpg"); pixGetDimensions(pixt1, &w, &h, NULL); pixt2 = pixHShear(NULL, pixt1, (l_int32)(0.3 * h), 0.17, L_BRING_IN_WHITE); pixHShearIP(pixt1, (l_int32)(0.3 * h), 0.17, L_BRING_IN_WHITE); pixEqual(pixt1, pixt2, &same); if (same) fprintf(stderr, "Correct for H shear\n"); else fprintf(stderr, "Error for H shear\n"); pixDestroy(&pixt1); pixDestroy(&pixt2); /* Compare in-place V shear with V shear to a new pix */ pixt1 = pixRead("marge.jpg"); pixGetDimensions(pixt1, &w, &h, NULL); pixt2 = pixVShear(NULL, pixt1, (l_int32)(0.3 * w), 0.17, L_BRING_IN_WHITE); pixVShearIP(pixt1, (l_int32)(0.3 * w), 0.17, L_BRING_IN_WHITE); pixEqual(pixt1, pixt2, &same); if (same) fprintf(stderr, "Correct for V shear\n"); else fprintf(stderr, "Error for V shear\n"); pixDestroy(&pixt1); pixDestroy(&pixt2); filein = argv[1]; angle = atof(argv[2]); fileout = argv[3]; deg2rad = 3.1415926535 / 180.; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pix not made", mainName, 1); pixGetDimensions(pixs, &w, &h, NULL); #if 0 /* Select an operation from this list ... * ------------------------------------------ pixd = pixHShear(NULL, pixs, liney, deg2rad * angle, L_BRING_IN_WHITE); pixd = pixVShear(NULL, pixs, linex, deg2rad * angle, L_BRING_IN_WHITE); pixd = pixHShearCorner(NULL, pixs, deg2rad * angle, L_BRING_IN_WHITE); pixd = pixVShearCorner(NULL, pixs, deg2rad * angle, L_BRING_IN_WHITE); pixd = pixHShearCenter(NULL, pixs, deg2rad * angle, L_BRING_IN_WHITE); pixd = pixVShearCenter(NULL, pixs, deg2rad * angle, L_BRING_IN_WHITE); pixHShearIP(pixs, liney, deg2rad * angle, L_BRING_IN_WHITE); pixd = pixs; pixVShearIP(pixs, linex, deg2rad * angle, L_BRING_IN_WHITE); pixd = pixs; pixRasteropHip(pixs, 0, h/3, -50, L_BRING_IN_WHITE); pixd = pixs; pixRasteropVip(pixs, 0, w/3, -50, L_BRING_IN_WHITE); pixd = pixs; * ------------------------------------------ * ... and use it in the following: */ pixd = pixHShear(NULL, pixs, liney, deg2rad * angle, L_BRING_IN_WHITE); pixWrite(fileout, pixd, IFF_PNG); pixDisplay(pixd, 50, 50); pixDestroy(&pixd); #endif #if 0 /* Do a horizontal shear about a line */ for (i = 0; i < NTIMES; i++) { liney = i * h / (NTIMES - 1); if (liney >= h) liney = h - 1; pixd = pixHShear(NULL, pixs, liney, deg2rad * angle, L_BRING_IN_WHITE); pixDisplay(pixd, 50 + 10 * i, 50 + 10 * i); pixDestroy(&pixd); } #endif #if 0 /* Do a vertical shear about a line */ for (i = 0; i < NTIMES; i++) { linex = i * w / (NTIMES - 1); if (linex >= w) linex = w - 1; pixd = pixVShear(NULL, pixs, linex, deg2rad * angle, L_BRING_IN_WHITE); pixDisplay(pixd, 50 + 10 * i, 50 + 10 * i); pixDestroy(&pixd); } #endif #if 0 /* Do a horizontal in-place shear about a line */ pixSetPadBits(pixs, 0); for (i = 0; i < NTIMES; i++) { pixd = pixCopy(NULL, pixs); liney = i * h / (NTIMES - 1); if (liney >= h) liney = h - 1; pixHShearIP(pixd, liney, deg2rad * angle, L_BRING_IN_WHITE); pixDisplay(pixd, 50 + 10 * i, 50 + 10 * i); pixDestroy(&pixd); } #endif #if 0 /* Do a vertical in-place shear about a line */ for (i = 0; i < NTIMES; i++) { pixd = pixCopy(NULL, pixs); linex = i * w / (NTIMES - 1); if (linex >= w) linex = w - 1; pixVShearIP(pixd, linex, deg2rad * angle, L_BRING_IN_WHITE); pixDisplay(pixd, 50 + 10 * i, 50 + 10 * i); pixDestroy(&pixd); } #endif pixDestroy(&pixs); return 0; } leptonica-1.70/prog/webpio_reg.c0000644000175000017500000001160312240302334014734 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * webpio_reg.c * * !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! * This is the Leptonica regression test for lossy read/write * I/O in webp format. * !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! * * This tests reading and writing of images in webp format. * http://code.google.com/speed/webp/index.html * * webp supports 32 bpp rgb and rgba. * Lossy writing is slow; reading is fast, comparable to reading jpeg files. * Lossless writing is extremely slow. */ #include #include "allheaders.h" /* Needed for HAVE_LIBWEBP */ #ifdef HAVE_CONFIG_H #include #endif /* HAVE_CONFIG_H */ void DoWebpTest1(L_REGPARAMS *rp, const char *fname); void DoWebpTest2(L_REGPARAMS *rp, const char *fname, l_int32 quality, l_int32 lossless, l_float32 expected, l_float32 delta); int main(int argc, char **argv) { L_REGPARAMS *rp; #if !HAVE_LIBWEBP fprintf(stderr, "webpio is not enabled\n" "libwebp is required for webpio_reg\n" "See environ.h: #define HAVE_LIBWEBP\n" "See prog/Makefile: link in -lwebp\n\n"); return 0; #endif /* abort */ /* This test uses libjpeg */ #if !HAVE_LIBJPEG fprintf(stderr, "libjpeg is required for webpio_reg\n\n"); return 0; #endif /* abort */ if (regTestSetup(argc, argv, &rp)) return 1; DoWebpTest1(rp, "weasel2.4c.png"); DoWebpTest1(rp, "weasel8.240c.png"); DoWebpTest1(rp, "karen8.jpg"); DoWebpTest1(rp, "test24.jpg"); DoWebpTest2(rp, "test24.jpg", 50, 0, 43.217, 0.1); DoWebpTest2(rp, "test24.jpg", 75, 0, 45.759, 0.1); DoWebpTest2(rp, "test24.jpg", 90, 0, 52.066, 0.1); DoWebpTest2(rp, "test24.jpg", 100, 0, 57.879, 0.1); DoWebpTest2(rp, "test24.jpg", 0, 1, 1000.0, 0.1); regTestCleanup(rp); return 0; } void DoWebpTest1(L_REGPARAMS *rp, const char *fname) { char buf[256]; PIX *pixs, *pix1; startTimer(); pixs = pixRead(fname); fprintf(stderr, "Time to read jpg: %7.3f\n", stopTimer()); startTimer(); snprintf(buf, sizeof(buf), "/tmp/webpio.%d.webp", rp->index + 1); pixWrite(buf, pixs, IFF_WEBP); fprintf(stderr, "Time to write webp: %7.3f\n", stopTimer()); regTestCheckFile(rp, buf); startTimer(); pix1 = pixRead(buf); fprintf(stderr, "Time to read webp: %7.3f\n", stopTimer()); pixDisplayWithTitle(pix1, 100, 100, "pix1", 1); pixDestroy(&pixs); pixDestroy(&pix1); return; } void DoWebpTest2(L_REGPARAMS *rp, const char *fname, l_int32 quality, l_int32 lossless, l_float32 expected, l_float32 delta) { char buf[256]; l_float32 psnr; PIX *pixs, *pix1; pixs = pixRead(fname); snprintf(buf, sizeof(buf), "/tmp/webpio.%d.webp", rp->index + 1); if (lossless) startTimer(); pixWriteWebP("/tmp/junk.webp", pixs, quality, lossless); if (lossless) fprintf(stderr, "Lossless write: %7.3f sec\n", stopTimer()); pix1 = pixRead("/tmp/junk.webp"); pixGetPSNR(pixs, pix1, 4, &psnr); if (lossless) fprintf(stderr, "lossless; psnr should be 1000: psnr = %7.3f\n", psnr); else fprintf(stderr, "qual = %d, psnr = %7.3f\n", quality, psnr); regTestCompareValues(rp, expected, psnr, delta); pixDestroy(&pixs); pixDestroy(&pix1); return; } leptonica-1.70/prog/lion-page.00012.png0000444000175000017500000000664111330622127015500 0ustar dandan‰PNG  IHDRÌp3å¡'PLTE***UUUªªªÔÔÔÿÿÿa¼ pHYsb&2 2IDATxœí݉Vã8@akóû?òè—lÇLŠ¦J·îí3ìÅpò!y‹Å¶¦í§û甘 Ä%&(1A‰ JLPb‚”˜ Ä%&(1A‰ JLPb‚”˜ Ä%&(1A‰ JLPb‚”˜ Ä%&(1A‰ JLPb‚”˜ Ä%&(1A‰ JLPb‚”˜ Ä%&(1A‰ JLPb‚”˜ Ä%&(1A‰ JLPb‚”˜ Ä%&(1A‰ JLPb‚”˜ Ä%&(1A‰ JLPb‚”˜ Ä%&(1A‰ JLPb‚”˜ Ä%&(1A‰ JLPb‚”˜ Ä%&(1¿Z«í§„_%æ—ûí-Å$%&(1A‰ JLPb‚”˜ Ä%&(1A‰ JLPb‚”˜ Ä%&(1A‰ 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÷iÐé§Ý­ÇÓÐé÷¦©ë®Ý_ßÚ}Õ½Ò½ýý+ÿZõ¯ð­¥®íãþÿþkß[wûñÚ‹}üв|‹®ÿßÿîÛKlßöÁ·X¼Œw톅ƭõ/&ÿ§AëÇjëìwÅÿúÓÇï}[§ýß}wý?õï¯ñûS0¯ÙO$·ëþ}}ýYë?á5ïVÙN ÿຠŽY z¾—œ®ï¦ï/Úìm šhC)ÊPeHpÖ"#û}è6­ý?¹µòû­idlNMÎsi´Á-^ºðTÇ÷¯ïâ¿×Xé÷÷ÿýؤN7[º è$"'‡îÞð×_¤&67A[ˆˆˆ¦µý=ÿ¶ï…êôŸ*y˜L"qèÇ~ÿŠÿÿ®¹~üåBïþÓ¥×ö ñT#ç“}¿ûvÚ¯ñÇ{ÛO†5èSç‘×$I„åßVÕ?mµØöØMU0˜BÐ’ü1€€ T € €7Z88(%€ %€ leptonica-1.70/prog/jbcorrelation.c0000644000175000017500000001555412242266304015470 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * jbcorrelation.c * * jbcorrelation dirin thresh weight rootname [firstpage npages] * * dirin: directory of input pages * thresh: 0.80 - 0.85 is a reasonable compromise between accuracy * and number of classes, for characters * weight: 0.6 seems to work reasonably with thresh = 0.8. * rootname: used for naming the two output files (templates * and c.c. data) * * Note: all components larger than a default size are not saved. * The default size is given in jbclass.c. */ #include "allheaders.h" /* Choose one of these */ #define COMPONENTS JB_CONN_COMPS /* #define COMPONENTS JB_CHARACTERS */ /* #define COMPONENTS JB_WORDS */ #define BUF_SIZE 512 /* select additional debug output */ #define DEBUG_TEST_DATA_IO 0 #define RENDER_DEBUG 1 #define DISPLAY_DIFFERENCE 0 #define DISPLAY_ALL_INSTANCES 0 /* for display output of all instances, sorted by class */ #define X_SPACING 10 #define Y_SPACING 15 #define MAX_OUTPUT_WIDTH 400 int main(int argc, char **argv) { char filename[BUF_SIZE]; char *dirin, *rootname, *fname; l_int32 i, firstpage, npages, nfiles; l_float32 thresh, weight; JBDATA *data; JBCLASSER *classer; SARRAY *safiles; PIX *pix, *pixt; PIXA *pixa, *pixadb; static char mainName[] = "jbcorrelation"; if (argc != 5 && argc != 7) return ERROR_INT(" Syntax: jbcorrelation dirin thresh weight " "rootname [firstpage, npages]", mainName, 1); dirin = argv[1]; thresh = atof(argv[2]); weight = atof(argv[3]); rootname = argv[4]; if (argc == 5) { firstpage = 0; npages = 0; } else { firstpage = atoi(argv[5]); npages = atoi(argv[6]); } #if 0 /*--------------------------------------------------------------*/ jbCorrelation(dirin, thresh, weight, COMPONENTS, rootname, firstpage, npages, 1); /*--------------------------------------------------------------*/ #else /*--------------------------------------------------------------*/ safiles = getSortedPathnamesInDirectory(dirin, NULL, firstpage, npages); nfiles = sarrayGetCount(safiles); sarrayWriteStream(stderr, safiles); /* Classify components on requested pages */ startTimer(); classer = jbCorrelationInit(COMPONENTS, 0, 0, thresh, weight); jbAddPages(classer, safiles); fprintf(stderr, "Time to generate classes: %6.3f sec\n", stopTimer()); /* Save and write out the result */ data = jbDataSave(classer); jbDataWrite(rootname, data); fprintf(stderr, "Number of classes: %d\n", classer->nclass); /* Render the pages from the classifier data. * Use debugflag == FALSE to omit outlines of each component. */ pixa = jbDataRender(data, FALSE); /* Write the pages out */ npages = pixaGetCount(pixa); if (npages != nfiles) fprintf(stderr, "npages = %d, nfiles = %d, not equal!\n", npages, nfiles); for (i = 0; i < npages; i++) { pix = pixaGetPix(pixa, i, L_CLONE); snprintf(filename, BUF_SIZE, "%s.%05d", rootname, i); fprintf(stderr, "filename: %s\n", filename); pixWrite(filename, pix, IFF_PNG); pixDestroy(&pix); } #if DISPLAY_DIFFERENCE fname = sarrayGetString(safiles, 0, 0); pixt = pixRead(fname); pix = pixaGetPix(pixa, 0, L_CLONE); pixXor(pixt, pixt, pix); pixWrite("junk_output_diff", pixt, IFF_PNG); pixDestroy(&pix); pixDestroy(&pixt); #endif /* DISPLAY_DIFFERENCE */ #if DEBUG_TEST_DATA_IO { JBDATA *newdata; PIX *newpix; PIXA *newpixa; l_int32 same, iofail; /* Read the data back in and render the pages */ newdata = jbDataRead(rootname); newpixa = jbDataRender(newdata, FALSE); iofail = FALSE; for (i = 0; i < npages; i++) { pix = pixaGetPix(pixa, i, L_CLONE); newpix = pixaGetPix(newpixa, i, L_CLONE); pixEqual(pix, newpix, &same); if (!same) { iofail = TRUE; fprintf(stderr, "pix on page %d are unequal!\n", i); } pixDestroy(&pix); pixDestroy(&newpix); } if (iofail) fprintf(stderr, "read/write for jbdata fails\n"); else fprintf(stderr, "read/write for jbdata succeeds\n"); jbDataDestroy(&newdata); pixaDestroy(&newpixa); } #endif /* DEBUG_TEST_DATA_IO */ #if RENDER_DEBUG /* Use debugflag == TRUE to see outlines of each component. */ pixadb = jbDataRender(data, TRUE); /* Write the debug pages out */ npages = pixaGetCount(pixadb); for (i = 0; i < npages; i++) { pix = pixaGetPix(pixadb, i, L_CLONE); snprintf(filename, BUF_SIZE, "%s.db.%05d", rootname, i); fprintf(stderr, "filename: %s\n", filename); pixWrite(filename, pix, IFF_PNG); pixDestroy(&pix); } pixaDestroy(&pixadb); #endif /* RENDER_DEBUG */ #if DISPLAY_ALL_INSTANCES /* display all instances, organized by template */ pix = pixaaDisplayByPixa(classer->pixaa, X_SPACING, Y_SPACING, MAX_OUTPUT_WIDTH); pixWrite("output_instances", pix, IFF_PNG); pixDestroy(&pix); #endif /* DISPLAY_ALL_INSTANCES */ pixaDestroy(&pixa); sarrayDestroy(&safiles); jbClasserDestroy(&classer); jbDataDestroy(&data); /*--------------------------------------------------------------*/ #endif return 0; } leptonica-1.70/prog/lion-page.00011.png0000444000175000017500000004343211330622077015502 0ustar dandan‰PNG  IHDRÌp3å¡'PLTE***UUUªªªÔÔÔÿÿÿa¼ pHYsb&2 IDATxœí]‹‚«ªHüÿO>¬•€hµíÌiÕÍ{Ïž>-Ë„$ä1̓º¡éêô9`vDÌŽh€Ù 0;¢fG4À수ѳ#`vDÌŽh€Ù 0;¢fG4À수ѳ#`vDÌŽh€Ù 0;¢fG4À수ѳ#`vDÌŽh€Ù 0;¢fG4À수ѳ#`vDÌŽh€Ù 0;¢fG4À수ѳ#`vDÌŽh€Ù 0;¢fG4À수ѳ#`vDÌŽh€Ù 0;¢fG4À수ѳ#`vDÌŽh€Ù 0;¢fG4À수ÑóË$é¼k 0¿LÏ»ÖóÛ¤ç]j€ùkR‘z‡¾¦>ùúÖQw g·§qšâ½îÿ[`ÆÚ'Á—Mñÿiš™CR’o±HƒãOz¸‚L™ä+×ý-} LÍ?4D&"qBð.dÊß#S~õ?´ àbÆóã|ž–ñÃlÌ8=Ph_φ7_üŽã…$A•H<§3¨øïØà böâKé`ª=µdÄÌš6!òJT8óœ„ø?ÀT»BϘôó&/s°bdis/,¿Ä™À©®2ʉ.53R²wøü·`¦-vì öy¸Ÿ0=¦¯€)ë‰Z0A™0?¿óK»_˜ô?&¸¤é0ó@ñ× ì-·i€ù0³2Ò®2`šÇ2üÒPÓÝΟ1ûŠ+«l½f–g³¿s—1±PÌøçÁÜИþùoÖÌ}Æ„­ð…I`nè̢ͪʃ¹¯4cö‡3sáù%áz6)¾y÷Æç`®F³½VLøÕ’M´s—ƒI 1d˳ñØŠ9â>«¥—Þ§iÊÿ•Aó“}4™lOÙüMðò[wj±c0q—Ë*aWÀM§âÑMÀpNÅr¾æi`îüÂB¯ Úð*D!¢»–#©]ˆv¬Ø_¯èVŒ~+ÆÝ“-î6ÝÞ×y>Schçdºþb %î÷ 1Å“Ô¨ËÁäOä2èGÔóµ§ í(Ç-ÁÍæÀHáøâöÇwvª±waÜcE8îß» °wÉr­°<#x˜þúMºÌ2ºÌÌbü˾8}!´b£#;ojù$-®ëx¢Àô±b=(êÃÇb§êæÂ_¤+ÁŒ V˜4ÿÙ¡~¸?ÓS™%«kÙó".mɘþe3½*ÇÃ)-jËz`þw ¬Í}âïOõÕœY^§&}¬ÜDŒëÕsάOE6• *®h……(}ðxÌ4Ç`ª©ë‡²¹•wT §$¼Æ»•3_BûpÔå3øTh‰z%(9ËÇRX^7ËÈß“Rö ­ÂÝÀøÌ4IëK­6øæ–YR8ŽyΙ¼ Ù\²âÖF‰½ÔmcúÁcÄ8³¦1ûº³Ñ„³èÄMâ¥aÆGA(¹U­"\ô/+jÂX¡ŠÙ<€½ëLWáÝ€u(µõ' &nÇVž@fbÂlÀ4ÞTf{œîÊXÂ'p¤˜¥Â$Y§Bl$1»*]X‹Š†R±`³ÉÀr‡ÉVkÞ¢«>¼õ¼jÄ¿¦¤¦tgž×‰ÚDù6QK¥"ŒPYéæ©Us¢ÃÖ c¢– ¦‚ä5-;T™üL·¢æÒ¨(PjòÅ)HKF;™2s!´Xz$`9NYÍ5E*0ƒØj[`<üþ’`±óÀ,âU¬º¶ÆUú­•’@;Õ~d²Ceb´ËG°vt÷)¦~•ºKŽ­/†ˆX‰oš!þy¸‚Ú:LV”;f6ÌÌeâ9ß8q/âÙ»¬NÃFLP¾0ß0Þ ÿ°Jøwé<0KY}«z¯Åò¯_—o½þárìjëNn6K^w]KZ¼.Ùñk_ÎÞ¸íºëùѵÿ¶¹Ä Ä®Ùû¿¿[w ~CP.ÉïÚ^è­ ¾sC4ᧀ èDÎüä`ÛžŸûù…÷ú¢Þ…:Úœ4À수ÑóÓtáŠ:À수ѳ#`vDÌŽh€Ù 0;¢fG4À수ѳ#`vDÌŽh€Ù 0;¢fG4À수ѳ#êLd Äô²XWÔ-˜ÈVˆº«öüŒú“™–jyЄº3!òÏ@Ù=˜l©hygWßÎ Ô5˜Á’=Cý‹g×`"«9Yû¶¿€eß`²ª©öÕÁí€:“eœæðGìÍŽÁd•/VDH×Ì:ú“åE¬¼­þ‰³g0•¥¹Ìcð¿ <ÿÔ/˜ ¥Û–”ø,ý05ýÆü`궖W¿Ô?˜,ú7è€ùwh€Ù 0;¢fG4À수ѳ#êÌ?ËEêL”èþÛ%Ní²PF=ÄLßb îöÆ¥š_[®]Bñï0§òáJ÷æô‚éíy„Mž¾´¬ÂÊÚ6­(ËþX¬}96~f#SÑ[åøÓ`óDú°˜-=¹ô‹=´é÷´_¬½ÒÇ¢fÅ*³k|z¹÷è{ÃçÁôWñ{ÑÇ-ׇ§ÍÇ,½Ôoz­.c<¼ø4}ÌP»U|M÷{`îÎг&Õ?¢ â“^«/.U±È§nê¾f¾óçŠÇÿû5í„6â|gЭ™óÒ+;­š›¦Tjö“™> f°UJ–††Kj@MPt§mÛÚ¢³ÅrPýü(¥à̹4³­oj“êU?œæuÓ7ëÄKÜ*bÖ·nºìd­ÚÚáªD¶&ª·–DÂ~¸ /CS%ônŒá+êá§Á4Á&öð±MV´‡:ÿ,6¢´°¹„¦–Þb‰½œ¢·…B¿[o÷«c÷"qLÚ)E–ek"ÅÒ’+Ovžâ„<š3>.Ú {Ÿ'N1N8ægA›b Ã4Zƒâdq€Á:îæñË¢ŽnºÞwµ‚™Ø›ìŸ3òNË$Òr°ÖlЇJ_ik¿^1YX‡5&¶¹âËØ2øö"ÀŸ453ÓÒÃ/QùLÆ™Ê&ïl¼–ÜÅfålÛVÛȳU5ûñíþ.¶*øê9ï¢ÆRJ|R Æä:½}m="¥ôLÇmÐÿ/}š3ÑI'ýG³KpRæ}TKÁ§ÂU8&Ä{'ÎʘáL﹨l«©!xË0»PZ®C”£õ›ío´«s™øGRÚ™µÐH[oè9{¨¶Ÿ—æ½):»KÁ0}Àº9 ÏƒÉY,k|ô¤è`©ÕR(ñϺu­¹ZâìMGw/²'f«º™¬›¥«+AëMàªx ÐrO…ÄG#÷Îr0ÓeÍLÖ‚Õo½‚Ê#[0“u¯7í <³‡—ø} ÌTÞ7š›lÀ´©(zâæw²©åþEZ¥§¼®ºŽX'ï”´|bßwµœb7Ã{x¦÷C.Ž_ÇÁ\Ÿû|¥œUé*ÿŽ˜Í?Ë@_ÁT6(öß^8ìÚö*n=6²tÃÜP˙ɽ²ÌUX ‰ä¼Ÿü À~â[0gïËzf˜V+ž_ Üoã*q0Ó¼‘ÙRòeúÚæÆçMWQý}yKµ¼+\À·‹'/–-|*î–5gÖu¸®eLåܲ'ñ\5¥™ ~u­£™¤Ô¶i¿éL}Ó®[T‡¹>KZ¿/ÐçŬ¬ß—9ˆóü¸fºTñoL®3û­*wÁ,™^œÎµ:ÉÅ«-ª “6ÍC¯%·hµ nÉpYîÐ|ú fCË™8˜Ú.ÿ)?óßY3§h,ìÌðX98ýö§&;¯%ÁbÅW{`Ò¹®õõÚ±b  SYÚç9ä¿Ø9t2GÔ‘vÜ Ý.è âGÁì™Gâ+<}K‡ù_t;0¿@UîÇé&µ¾tÌj ¨|&¾ë¶Ô5˜ŽaµÝÃ×â’îA]ƒid»ŒY9þ^øçMè€ –`<ŽÉì„þ˜¤Þý0ÿ 0;¢fG4À수ѳ#º ˜[Ã! 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * dewarptest4.c * * testing serialization */ #include "allheaders.h" l_int32 main(int argc, char **argv) { L_DEWARP *dew1, *dew2, *dew3; L_DEWARPA *dewa1, *dewa2, *dewa3; PIX *pixs, *pixn, *pixg, *pixb, *pixd; PIX *pixs2, *pixn2, *pixg2, *pixb2, *pixd2; PIX *pixd3, *pixc1, *pixc2; /* pixs = pixRead("1555-7.jpg"); */ pixs = pixRead("cat-35.jpg"); dewa1 = dewarpaCreate(40, 30, 1, 15, 10); dewarpaUseBothArrays(dewa1, 1); /* Normalize for varying background and binarize */ pixn = pixBackgroundNormSimple(pixs, NULL, NULL); pixg = pixConvertRGBToGray(pixn, 0.5, 0.3, 0.2); pixb = pixThresholdToBinary(pixg, 130); /* Run the basic functions */ dew1 = dewarpCreate(pixb, 35); dewarpaInsertDewarp(dewa1, dew1); dewarpBuildPageModel(dew1, "/tmp/dewarp_junk35.pdf"); /* debug output */ dewarpPopulateFullRes(dew1, pixg, 0, 0); dewarpaApplyDisparity(dewa1, 35, pixg, 200, 0, 0, &pixd, "/tmp/dewarp_debug_35.pdf"); /* Normalize another image. */ /* pixs2 = pixRead("1555-3.jpg"); */ pixs2 = pixRead("cat-7.jpg"); pixn2 = pixBackgroundNormSimple(pixs2, NULL, NULL); pixg2 = pixConvertRGBToGray(pixn2, 0.5, 0.3, 0.2); pixb2 = pixThresholdToBinary(pixg2, 130); /* Run the basic functions */ dew2 = dewarpCreate(pixb2, 7); dewarpaInsertDewarp(dewa1, dew2); dewarpBuildPageModel(dew2, "/tmp/dewarp_junk7.pdf"); dewarpaApplyDisparity(dewa1, 7, pixg, 200, 0, 0, &pixd2, "/tmp/dewarp_debug_7.pdf"); /* Serialize and deserialize dewarpa */ dewarpaWrite("/tmp/dewarpa1.dewa", dewa1); dewa2 = dewarpaRead("/tmp/dewarpa1.dewa"); dewarpaWrite("/tmp/dewarpa2.dewa", dewa2); dewa3 = dewarpaRead("/tmp/dewarpa2.dewa"); dewarpDebug(dewa3->dewarp[35], "dew1", 35); dewarpaWrite("/tmp/dewarpa3.dewa", dewa3); /* Repopulate and show the vertical disparity arrays */ dewarpPopulateFullRes(dew1, NULL, 0, 0); pixc1 = fpixRenderContours(dew1->fullvdispar, 2.0, 0.2); pixDisplay(pixc1, 1400, 900); dew3 = dewarpaGetDewarp(dewa2, 35); dewarpPopulateFullRes(dew3, pixs, 0, 0); pixc2 = fpixRenderContours(dew3->fullvdispar, 2.0, 0.2); pixDisplay(pixc2, 1400, 900); dewarpaApplyDisparity(dewa2, 35, pixb, 200, 0, 0, &pixd3, "/tmp/dewarp_debug_35b.pdf"); pixDisplay(pixd, 0, 1000); pixDisplay(pixd2, 600, 1000); pixDisplay(pixd3, 1200, 1000); pixDestroy(&pixd3); dewarpaDestroy(&dewa1); dewarpaDestroy(&dewa2); dewarpaDestroy(&dewa3); pixDestroy(&pixs); pixDestroy(&pixn); pixDestroy(&pixg); pixDestroy(&pixb); pixDestroy(&pixd); pixDestroy(&pixs2); pixDestroy(&pixn2); pixDestroy(&pixg2); pixDestroy(&pixb2); pixDestroy(&pixd2); pixDestroy(&pixc1); pixDestroy(&pixc2); return 0; } leptonica-1.70/prog/psioseg_reg.c0000644000175000017500000001415212265246470015141 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * psioseg_reg.c * * This tests the PostScript output for images with mixed * text and images, coming from source of different depths, * with and without colormaps. * * Both convertFilesFittedToPS() and convertSegmentedPagesToPS() * generate a compressed PostScript file from a subset of images in * a directory. However, the latter function can also accept 1 bpp * masks that delineate image (as opposed to text) regions in * the corresponding page image file. Then, for page images that * are not 1 bpp, it generates mixed raster PostScript with * g4 encoding for the text and jpeg ("DCT") encoding for the * maining image parts. * * Although not required for 'success' on the regression test, * this program uses ps2pdf to generate the pdf output. */ #include "allheaders.h" int main(int argc, char **argv) { char buf[512]; char *psname, *pdfname; l_int32 w, h, wc, hc, ret, ret2; l_float32 scalefactor; PIX *pixs, *pixc, *pixht, *pixtxt, *pixmfull; PIX *pix4c, *pix8c, *pix8g, *pix32, *pixcs, *pixcs2; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; /* Source for generating images */ pixs = pixRead("pageseg2.tif"); /* 1 bpp */ pixc = pixRead("tetons.jpg"); /* 32 bpp */ /* Get a halftone segmentation mask for pixs */ pixGetRegionsBinary(pixs, &pixht, NULL, NULL, 0); pixtxt = pixSubtract(NULL, pixs, pixht); /* Construct a 32 bpp image in full page size, along with * a mask that can be used to render it. */ pixGetDimensions(pixs, &w, &h, NULL); pixGetDimensions(pixc, &wc, NULL, NULL); scalefactor = (l_float32)w / (l_float32)wc; pixcs = pixScale(pixc, scalefactor, scalefactor); pixGetDimensions(pixcs, &wc, &hc, NULL); pixcs2 = pixCreate(w, h, 32); pixRasterop(pixcs2, 0, 0, w, hc, PIX_SRC, pixcs, 0, 0); pixRasterop(pixcs2, 0, hc, w, hc, PIX_SRC, pixcs, 0, 0); regTestWritePixAndCheck(rp, pixcs2, IFF_JFIF_JPEG); /* 0 */ pixmfull = pixCreate(w, h, 1); pixSetAll(pixmfull); /* use as mask to render the color image */ /* Now make a 32 bpp input image, taking text parts from the * page image and image parts from pixcs2. */ pix32 = pixConvertTo32(pixtxt); pixCombineMasked(pix32, pixcs2, pixht); regTestWritePixAndCheck(rp, pix32, IFF_JFIF_JPEG); /* 1 */ /* Make an 8 bpp gray version */ pix8g = pixConvertRGBToLuminance(pix32); regTestWritePixAndCheck(rp, pix8g, IFF_JFIF_JPEG); /* 2 */ /* Make an 8 bpp colormapped version */ pix8c = pixOctreeColorQuant(pix32, 240, 0); regTestWritePixAndCheck(rp, pix8c, IFF_PNG); /* 3 */ /* Make a 4 bpp colormapped version */ pix4c = pixOctreeQuantNumColors(pix32, 16, 4); regTestWritePixAndCheck(rp, pix4c, IFF_PNG); /* 4 */ /* Write out the files to be imaged */ lept_mkdir("imagedir"); lept_mkdir("maskdir"); pixWrite("/tmp/imagedir/001.tif", pixs, IFF_TIFF_G4); pixWrite("/tmp/imagedir/002.tif", pixht, IFF_TIFF_G4); pixWrite("/tmp/imagedir/003.tif", pixtxt, IFF_TIFF_G4); pixWrite("/tmp/imagedir/004.jpg", pixcs2, IFF_JFIF_JPEG); pixWrite("/tmp/maskdir/004.tif", pixmfull, IFF_TIFF_G4); pixWrite("/tmp/imagedir/005.jpg", pix32, IFF_JFIF_JPEG); pixWrite("/tmp/maskdir/005.tif", pixht, IFF_TIFF_G4); pixWrite("/tmp/imagedir/006.jpg", pix8g, IFF_JFIF_JPEG); pixWrite("/tmp/maskdir/006.tif", pixht, IFF_TIFF_G4); pixWrite("/tmp/imagedir/007.png", pix8c, IFF_PNG); pixWrite("/tmp/maskdir/007.tif", pixht, IFF_TIFF_G4); pixWrite("/tmp/imagedir/008.png", pix4c, IFF_PNG); pixWrite("/tmp/maskdir/008.tif", pixht, IFF_TIFF_G4); pixDestroy(&pixs); pixDestroy(&pixc); pixDestroy(&pixht); pixDestroy(&pixtxt); pixDestroy(&pixcs); pixDestroy(&pixcs2); pixDestroy(&pixmfull); pixDestroy(&pix32); pixDestroy(&pix8g); pixDestroy(&pix8c); pixDestroy(&pix4c); /* Generate the 8 page ps and pdf files */ convertSegmentedPagesToPS("/tmp/imagedir", NULL, "/tmp/maskdir", NULL, 0, 0, 10, 2.0, 0.15, 190, "/tmp/junkseg.ps"); regTestCheckFile(rp, "/tmp/junkseg.ps"); /* 5 */ fprintf(stderr, "ps file made: /tmp/junkseg.ps\n"); psname = genPathname("/tmp", "junkseg.ps"); pdfname = genPathname("/tmp", "junkseg.pdf"); snprintf(buf, sizeof(buf), "ps2pdf %s %s", psname, pdfname); ret = system(buf); lept_free(psname); lept_free(pdfname); if (!ret) fprintf(stderr, "pdf file made: /tmp/junkseg.pdf\n"); ret2 = regTestCleanup(rp); return ret2; } leptonica-1.70/prog/pixa2_reg.c0000644000175000017500000001013012240302704014465 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pixa2_reg.c * * Tests various replacement functions on pixa. */ #include "allheaders.h" int main(int argc, char **argv) { const char *name; l_int32 i, n; BOX *box; PIX *pix0, *pix1, *pixd; PIXA *pixa; SARRAY *sa1, *sa2, *sa3, *sa4; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; /* ---------------- Find all the jpg and tif images --------------- */ sa1 = getSortedPathnamesInDirectory(".", ".jpg", 0, 0); sa2 = getSortedPathnamesInDirectory(".", ".tif", 0, 0); sa3 = sarraySelectByRange(sa1, 0, 9); sa4 = sarraySelectByRange(sa2, 0, 9); sarrayConcatenate(sa3, sa4); n =sarrayGetCount(sa3); sarrayDestroy(&sa1); sarrayDestroy(&sa2); sarrayDestroy(&sa4); /* ---------------- Use replace to fill up a pixa -------------------*/ pixa = pixaCreate(1); pixaExtendArrayToSize(pixa, n); if ((pix0 = pixRead("marge.jpg")) == NULL) rp->success = FALSE; pix1 = pixScaleToSize(pix0, 144, 108); /* scale 0.25 */ pixDestroy(&pix0); pixaInitFull(pixa, pix1, NULL); /* fill it up */ pixd = pixaDisplayTiledInRows(pixa, 32, 1000, 1.0, 0, 25, 2); pixDisplayWithTitle(pixd, 100, 100, NULL, rp->display); pixWrite("/tmp/pix1.jpg", pixd, IFF_JFIF_JPEG); pixDestroy(&pix1); pixDestroy(&pixd); /* ---------------- And again with jpgs and tifs -------------------*/ for (i = 0; i < n; i++) { name = sarrayGetString(sa3, i, L_NOCOPY); if ((pix0 = pixRead(name)) == NULL) rp->success = FALSE; pix1 = pixScaleToSize(pix0, 144, 108); pixaReplacePix(pixa, i, pix1, NULL); pixDestroy(&pix0); } pixd = pixaDisplayTiledInRows(pixa, 32, 1000, 1.0, 0, 25, 2); pixDisplayWithTitle(pixd, 400, 100, NULL, rp->display); pixWrite("/tmp/pix2.jpg", pixd, IFF_JFIF_JPEG); pixDestroy(&pixd); /* ---------------- And again, reversing the order ------------------*/ box = boxCreate(0, 0, 0, 0); pixaInitFull(pixa, NULL, box); boxDestroy(&box); for (i = 0; i < n; i++) { name = sarrayGetString(sa3, i, L_NOCOPY); if ((pix0 = pixRead(name)) == NULL) rp->success = FALSE; pix1 = pixScaleToSize(pix0, 144, 108); pixaReplacePix(pixa, n - 1 - i, pix1, NULL); pixDestroy(&pix0); } pixd = pixaDisplayTiledInRows(pixa, 32, 1000, 1.0, 0, 25, 2); pixDisplayWithTitle(pixd, 700, 100, NULL, rp->display); pixWrite("/tmp/pix3.jpg", pixd, IFF_JFIF_JPEG); pixDestroy(&pixd); sarrayDestroy(&sa3); pixaDestroy(&pixa); return regTestCleanup(rp); } leptonica-1.70/prog/numaranktest.c0000644000175000017500000000606612242266070015345 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * numaranktest.c * * test on 8 bpp grayscale (e.g., w91frag.jpg) */ #include "allheaders.h" static const l_int32 BIN_SIZE = 1; int main(int argc, char **argv) { char *filein; l_int32 i, j, w, h, d, sampling; l_float32 rank, rval; l_uint32 val; NUMA *na, *nah, *nar, *nav; PIX *pix; static char mainName[] = "numaranktest"; if (argc != 3) return ERROR_INT(" Syntax: numaranktest filein sampling", mainName, 1); filein = argv[1]; sampling = atoi(argv[2]); if ((pix = pixRead(filein)) == NULL) return ERROR_INT("pix not made", mainName, 1); pixGetDimensions(pix, &w, &h, &d); if (d != 8) return ERROR_INT("d != 8 bpp", mainName, 1); na = numaCreate(0); for (i = 0; i < h; i += sampling) { for (j = 0; j < w; j += sampling) { pixGetPixel(pix, j, i, &val); numaAddNumber(na, val); } } nah = numaMakeHistogramClipped(na, BIN_SIZE, 255); nar = numaCreate(0); for (rval = 0.0; rval < 256.0; rval += 2.56) { numaHistogramGetRankFromVal(nah, rval, &rank); numaAddNumber(nar, rank); } gplotSimple1(nar, GPLOT_X11, "/tmp/junkroot1", "rank vs val"); nav = numaCreate(0); for (rank = 0.0; rank <= 1.0; rank += 0.01) { numaHistogramGetValFromRank(nah, rank, &rval); numaAddNumber(nav, rval); } gplotSimple1(nav, GPLOT_X11, "/tmp/junkroot2", "val vs rank"); pixDestroy(&pix); numaDestroy(&na); numaDestroy(&nah); numaDestroy(&nar); numaDestroy(&nav); return 0; } leptonica-1.70/prog/wyom.jpg0000444000175000017500000035773211230774702014173 0ustar dandanÿØÿàJFIFZZÿÛC    $.' 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * locminmax_reg.c * * Note: you can remove all minima that are touching the border, using: * pix3 = pixRemoveBorderConnComps(pix1, 8); * pixPaintThroughMask(pixd, pix3, 0, 0, redval); */ #include #include "allheaders.h" int main(int argc, char **argv) { l_int32 i, j; l_float32 f; l_uint32 redval, greenval; PIX *pixs, *pixd, *pix0, *pix1, *pix2; static char mainName[] = "locminmax_reg"; if (argc != 1) return ERROR_INT("syntax: locminmax_reg", mainName, 1); pixs = pixCreate(500, 500, 8); for (i = 0; i < 500; i++) { for (j = 0; j < 500; j++) { f = 128.0 + 26.3 * sin(0.0438 * (l_float32)i); f += 33.4 * cos(0.0712 * (l_float32)i); f += 18.6 * sin(0.0561 * (l_float32)j); f += 23.6 * cos(0.0327 * (l_float32)j); pixSetPixel(pixs, j, i, (l_int32)f); } } pixDisplay(pixs, 0, 0); pixWrite("/tmp/junkpattern.png", pixs, IFF_PNG); startTimer(); /* pixSelectedLocalExtrema(pixs, 1, &pix1, &pix2); */ pixLocalExtrema(pixs, 0, 0, &pix1, &pix2); fprintf(stderr, "Time for extrema: %7.3f\n", stopTimer()); composeRGBPixel(255, 0, 0, &redval); composeRGBPixel(0, 255, 0, &greenval); pixd = pixConvertTo32(pixs); pixPaintThroughMask(pixd, pix2, 0, 0, greenval); pixPaintThroughMask(pixd, pix1, 0, 0, redval); pixDisplay(pixd, 510, 0); pixWrite("/tmp/junkpixd.png", pixd, IFF_PNG); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pixs); pixDestroy(&pixd); pix0 = pixRead("karen8.jpg"); pixs = pixBlockconv(pix0, 10, 10); pixDisplay(pixs, 0, 400); pixWrite("/tmp/junkconv.png", pixs, IFF_PNG); startTimer(); /* pixSelectedLocalExtrema(pixs, 1, &pix1, &pix2); */ pixLocalExtrema(pixs, 50, 100, &pix1, &pix2); fprintf(stderr, "Time for extrema: %7.3f\n", stopTimer()); composeRGBPixel(255, 0, 0, &redval); composeRGBPixel(0, 255, 0, &greenval); pixd = pixConvertTo32(pixs); pixPaintThroughMask(pixd, pix2, 0, 0, greenval); pixPaintThroughMask(pixd, pix1, 0, 0, redval); pixDisplay(pixd, 350, 400); pixWrite("/tmp/junkpixd2.png", pixd, IFF_PNG); pixDestroy(&pix0); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pixs); pixDestroy(&pixd); return 0; } leptonica-1.70/prog/enhance_reg.c0000644000175000017500000002062712240303175015062 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * enhance_reg.c * * This tests the following global "enhancement" functions: * * TRC transforms with variation of gamma and black point * * HSV transforms with variation of hue, saturation and intensity * * Contrast variation * * Sharpening * * Color mapping to lighten background with constant hue * * Linear color transform without mixing (diagonal) */ #include "allheaders.h" static const char *filein = "test24.jpg"; static const l_int32 WIDTH = 150; int main(int argc, char **argv) { char textstr[256]; l_int32 w, h, d, i; l_uint32 srcval, dstval; l_float32 scalefact, sat, fract; L_BMF *bmf8; L_KERNEL *kel; NUMA *na; PIX *pix, *pixs, *pixs1, *pixs2, *pixd; PIX *pixt0, *pixt1, *pixt2, *pixt3, *pixt4; PIXA *pixa, *pixaf; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; pix = pixRead(filein); pixGetDimensions(pix, &w, &h, &d); if (d != 32) return ERROR_INT("file not 32 bpp", argv[0], 1); scalefact = (l_float32)WIDTH / (l_float32)w; pixs = pixScale(pix, scalefact, scalefact); w = pixGetWidth(pixs); pixaf = pixaCreate(5); /* TRC: vary gamma */ pixa = pixaCreate(20); for (i = 0; i < 20; i++) { pixt0 = pixGammaTRC(NULL, pixs, 0.3 + 0.15 * i, 0, 255); pixaAddPix(pixa, pixt0, L_INSERT); } pixt1 = pixaDisplayTiledAndScaled(pixa, 32, w, 5, 0, 10, 2); pixSaveTiled(pixt1, pixaf, 1.0, 1, 20, 32); regTestWritePixAndCheck(rp, pixt1, IFF_PNG); /* 0 */ pixDisplayWithTitle(pixt1, 0, 100, "TRC Gamma", rp->display); pixDestroy(&pixt1); pixaDestroy(&pixa); /* TRC: vary black point */ pixa = pixaCreate(20); for (i = 0; i < 20; i++) { pixt0 = pixGammaTRC(NULL, pixs, 1.0, 5 * i, 255); pixaAddPix(pixa, pixt0, L_INSERT); } pixt1 = pixaDisplayTiledAndScaled(pixa, 32, w, 5, 0, 10, 2); pixSaveTiled(pixt1, pixaf, 1.0, 1, 20, 0); regTestWritePixAndCheck(rp, pixt1, IFF_PNG); /* 1 */ pixDisplayWithTitle(pixt1, 300, 100, "TRC", rp->display); pixDestroy(&pixt1); pixaDestroy(&pixa); /* Vary hue */ pixa = pixaCreate(20); for (i = 0; i < 20; i++) { pixt0 = pixModifyHue(NULL, pixs, 0.01 + 0.05 * i); pixaAddPix(pixa, pixt0, L_INSERT); } pixt1 = pixaDisplayTiledAndScaled(pixa, 32, w, 5, 0, 10, 2); pixSaveTiled(pixt1, pixaf, 1.0, 1, 20, 0); regTestWritePixAndCheck(rp, pixt1, IFF_PNG); /* 2 */ pixDisplayWithTitle(pixt1, 600, 100, "Hue", rp->display); pixDestroy(&pixt1); pixaDestroy(&pixa); /* Vary saturation */ pixa = pixaCreate(20); na = numaCreate(20); for (i = 0; i < 20; i++) { pixt0 = pixModifySaturation(NULL, pixs, -0.9 + 0.1 * i); pixMeasureSaturation(pixt0, 1, &sat); pixaAddPix(pixa, pixt0, L_INSERT); numaAddNumber(na, sat); } pixt1 = pixaDisplayTiledAndScaled(pixa, 32, w, 5, 0, 10, 2); pixSaveTiled(pixt1, pixaf, 1.0, 1, 20, 0); gplotSimple1(na, GPLOT_PNG, "/tmp/enhance.7", "Average Saturation"); regTestWritePixAndCheck(rp, pixt1, IFF_PNG); /* 3 */ pixDisplayWithTitle(pixt1, 900, 100, "Saturation", rp->display); numaDestroy(&na); pixDestroy(&pixt1); pixaDestroy(&pixa); /* Vary contrast */ pixa = pixaCreate(20); for (i = 0; i < 20; i++) { pixt0 = pixContrastTRC(NULL, pixs, 0.1 * i); pixaAddPix(pixa, pixt0, L_INSERT); } pixt1 = pixaDisplayTiledAndScaled(pixa, 32, w, 5, 0, 10, 2); pixSaveTiled(pixt1, pixaf, 1.0, 1, 20, 0); regTestWritePixAndCheck(rp, pixt1, IFF_PNG); /* 4 */ pixDisplayWithTitle(pixt1, 0, 400, "Contrast", rp->display); pixDestroy(&pixt1); pixaDestroy(&pixa); /* Vary sharpening */ pixa = pixaCreate(20); for (i = 0; i < 20; i++) { pixt0 = pixUnsharpMasking(pixs, 3, 0.01 + 0.15 * i); pixaAddPix(pixa, pixt0, L_INSERT); } pixt1 = pixaDisplayTiledAndScaled(pixa, 32, w, 5, 0, 10, 2); pixSaveTiled(pixt1, pixaf, 1.0, 1, 20, 0); regTestWritePixAndCheck(rp, pixt1, IFF_PNG); /* 5 */ pixDisplayWithTitle(pixt1, 300, 400, "Sharp", rp->display); pixDestroy(&pixt1); pixaDestroy(&pixa); /* Hue constant mapping to lighter background */ pixa = pixaCreate(11); bmf8 = bmfCreate("fonts", 8); pixt0 = pixRead("candelabrum-11.jpg"); composeRGBPixel(230, 185, 144, &srcval); /* select typical bg pixel */ for (i = 0; i <= 10; i++) { fract = 0.10 * i; pixelFractionalShift(230, 185, 144, fract, &dstval); pixt1 = pixLinearMapToTargetColor(NULL, pixt0, srcval, dstval); snprintf(textstr, 50, "Fract = %5.1f", fract); pixt2 = pixAddSingleTextblock(pixt1, bmf8, textstr, 0xff000000, L_ADD_BELOW, NULL); pixSaveTiledOutline(pixt2, pixa, 1.0, (i % 4 == 0) ? 1 : 0, 30, 2, 32); pixDestroy(&pixt1); pixDestroy(&pixt2); } pixDestroy(&pixt0); pixd = pixaDisplay(pixa, 0, 0); regTestWritePixAndCheck(rp, pixd, IFF_JFIF_JPEG); /* 6 */ pixDisplayWithTitle(pixd, 600, 400, "Constant hue", rp->display); bmfDestroy(&bmf8); pixaDestroy(&pixa); pixDestroy(&pixd); /* Delayed testing of saturation plot */ regTestCheckFile(rp, "/tmp/enhance.7.png"); /* 7 */ /* Display results */ pixd = pixaDisplay(pixaf, 0, 0); regTestWritePixAndCheck(rp, pixd, IFF_JFIF_JPEG); /* 8 */ pixDisplayWithTitle(pixd, 100, 100, "All", rp->display); pixDestroy(&pixd); pixaDestroy(&pixaf); pixDestroy(&pix); pixDestroy(&pixs); /* -----------------------------------------------* * Test global color transforms * * -----------------------------------------------*/ /* Make identical cmap and rgb images */ pix = pixRead("wet-day.jpg"); pixs1 = pixOctreeColorQuant(pix, 200, 0); pixs2 = pixRemoveColormap(pixs1, REMOVE_CMAP_TO_FULL_COLOR); regTestComparePix(rp, pixs1, pixs2); /* 9 */ /* Make a diagonal color transform matrix */ kel = kernelCreate(3, 3); kernelSetElement(kel, 0, 0, 0.7); kernelSetElement(kel, 1, 1, 0.4); kernelSetElement(kel, 2, 2, 1.3); /* Apply to both cmap and rgb images. */ pixt1 = pixMultMatrixColor(pixs1, kel); pixt2 = pixMultMatrixColor(pixs2, kel); regTestComparePix(rp, pixt1, pixt2); /* 10 */ kernelDestroy(&kel); /* Apply the same transform in the simpler interface */ pixt3 = pixMultConstantColor(pixs1, 0.7, 0.4, 1.3); pixt4 = pixMultConstantColor(pixs2, 0.7, 0.4, 1.3); regTestComparePix(rp, pixt3, pixt4); /* 11 */ regTestComparePix(rp, pixt1, pixt3); /* 12 */ regTestWritePixAndCheck(rp, pixt1, IFF_JFIF_JPEG); /* 13 */ pixDestroy(&pix); pixDestroy(&pixs1); pixDestroy(&pixs2); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); return regTestCleanup(rp); } leptonica-1.70/prog/fish24.jpg0000444000175000017500000031241711270663572014274 0ustar dandanÿØÿàJFIFÿþ“Software::XV Version 3.10a Rev: 12/29/94 (PNG patch 1.2) CREATOR: XV Version 3.10a Rev: 12/29/94 (PNG patch 1.2) Quality = 75, Smoothing = 0 ÿÛC    $.' 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m»Ô­üAE÷áR¸?Ü¢Šb"þõWþ1EãæŸdè¢Xn¿…jÁþ¥(¢¸pýMØîõ¡oþ¨QE\ʉ…ãùÛ×Cÿ šg…ä?ß4Q]ÿó ½Hÿ—§Goý*Û}Ê(®cbK_¹ùÔÒýÁøÑEzÙ «\çüIø*(¬±GÕ>‡MݦÞǤßCE¬þ ¥áïøó“þºä+fçþ=OÐÿ*(¬ðÿA|"Aþ¯þ\n«ÿò}MWc²¶1×þ>×ëZcýGãEÃ2/î}*h»}(¢µ‰H£yÿ²~ÈTö¿ññÔQEZø‘›ÜWÿÖÿ®‚´?æ,?ë¨ÿÐh¢µ_¨ÑÒA÷‡ÖšÿòýÃEêSÜÒ[#7[ÿ¤ü+RÛý\J(®:?ÅÖì»Z¿Ý4Q]†ˆŠâ¨É÷¨¢•%êÕ‘á_õs×FþtQ\ý¯ê>çJ)ƒþ>ýÕþtQ]q3eþÕ}óøÑEIdMH½h¢‚GGÐT‰÷MPŸ¹CýïΊ(u¨äíEwñ~(ëEÓÓð¤ïE'Þ¨åÿV¿U¢Š™ìÀš?¹þ}jÿÕ5Qö@«ú¹ÜÿK?õýTÇâ^Ÿ¨‘v.ôÿãQZ píOíøÑE6/ñÓ×øh¢ ¿wó¨åÿVÔQ@ÙX}ßÄÔ£îQEJ_âQ@ÐîÿçÖšÝOÖŠ(ÿÙleptonica-1.70/prog/nearline_reg.c0000644000175000017500000001650712266543170015271 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * nearline_reg.c * * Regression test for finding min or max values (and averages) * near a specified line. */ #ifndef _WIN32 #include #else #include /* for Sleep() */ #endif /* _WIN32 */ #include "allheaders.h" l_int32 main(int argc, char **argv) { l_int32 ret, i, n, similar, x1, y1, val1, val2, val3, val4; l_float32 minave, minave2, maxave, fract; NUMA *na1, *na2, *na3, *na4, *na5, *na6; NUMAA *naa; PIX *pixs, *pix1, *pix2, *pix3, *pix4; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; pixs = pixRead("feyn.tif"); pix1 = pixScaleToGray6(pixs); pixDisplayWithTitle(pix1, 100, 600, NULL, rp->display); /* Find averages of min and max along about 120 horizontal lines */ fprintf(stderr, "Ignore the following 12 error messages:\n"); na1 = numaCreate(0); na3 = numaCreate(0); for (y1 = 40; y1 < 575; y1 += 5) { ret = pixMinMaxNearLine(pix1, 20, y1, 400, y1, 5, L_SCAN_BOTH, NULL, NULL, &minave, &maxave); if (!ret) { numaAddNumber(na1, (l_int32)minave); numaAddNumber(na3, (l_int32)maxave); if (rp->display) fprintf(stderr, "y = %d: minave = %d, maxave = %d\n", y1, (l_int32)minave, (l_int32)maxave); } } /* Find averages along about 120 vertical lines. We've rotated * the image by 90 degrees, so the results should be nearly * identical to the first set. Also generate a single-sided * scan (L_SCAN_NEGATIVE) for comparison with the double-sided scans. */ pix2 = pixRotateOrth(pix1, 3); pixDisplayWithTitle(pix2, 600, 600, NULL, rp->display); na2 = numaCreate(0); na4 = numaCreate(0); na5 = numaCreate(0); for (x1 = 40; x1 < 575; x1 += 5) { ret = pixMinMaxNearLine(pix2, x1, 20, x1, 400, 5, L_SCAN_BOTH, NULL, NULL, &minave, &maxave); pixMinMaxNearLine(pix2, x1, 20, x1, 400, 5, L_SCAN_NEGATIVE, NULL, NULL, &minave2, NULL); if (!ret) { numaAddNumber(na2, (l_int32)minave); numaAddNumber(na4, (l_int32)maxave); numaAddNumber(na5, (l_int32)minave2); if (rp->display) fprintf(stderr, "x = %d: minave = %d, minave2 = %d, maxave = %d\n", x1, (l_int32)minave, (l_int32)minave2, (l_int32)maxave); } } numaSimilar(na1, na2, 3.0, &similar); /* should be TRUE */ regTestCompareValues(rp, similar, 1, 0); /* 0 */ numaSimilar(na3, na4, 1.0, &similar); /* should be TRUE */ regTestCompareValues(rp, similar, 1, 0); /* 1 */ numaWrite("/tmp/na1.na", na1); numaWrite("/tmp/na2.na", na2); numaWrite("/tmp/na3.na", na3); numaWrite("/tmp/na4.na", na4); numaWrite("/tmp/na5.na", na5); regTestCheckFile(rp, "/tmp/na1.na"); /* 2 */ regTestCheckFile(rp, "/tmp/na2.na"); /* 3 */ regTestCheckFile(rp, "/tmp/na3.na"); /* 4 */ regTestCheckFile(rp, "/tmp/na4.na"); /* 5 */ regTestCheckFile(rp, "/tmp/na5.na"); /* 6 */ /* Plot the average minimums for the 3 cases */ naa = numaaCreate(3); numaaAddNuma(naa, na1, L_INSERT); /* portrait, double-sided */ numaaAddNuma(naa, na2, L_INSERT); /* landscape, double-sided */ numaaAddNuma(naa, na5, L_INSERT); /* landscape, single-sided */ gplotSimpleN(naa, GPLOT_PNG, "/tmp/nearline", "Average minimums along lines"); #ifndef _WIN32 sleep(1); #else Sleep(1000); #endif /* _WIN32 */ pix3 = pixRead("/tmp/nearline.png"); regTestWritePixAndCheck(rp, pix3, IFF_PNG); /* 7 */ pixDisplayWithTitle(pix3, 100, 100, NULL, rp->display); if (rp->display) { n = numaGetCount(na3); for (i = 0; i < n; i++) { numaGetIValue(na1, i, &val1); numaGetIValue(na2, i, &val2); numaGetIValue(na3, i, &val3); numaGetIValue(na4, i, &val4); fprintf(stderr, "val1 = %d, val2 = %d, diff = %d; " "val3 = %d, val4 = %d, diff = %d\n", val1, val2, L_ABS(val1 - val2), val3, val4, L_ABS(val3 - val4)); } } numaaDestroy(&naa); numaDestroy(&na3); numaDestroy(&na4); /* Plot minima along a single line, with different distances */ pixMinMaxNearLine(pix1, 20, 200, 400, 200, 2, L_SCAN_BOTH, &na1, NULL, NULL, NULL); pixMinMaxNearLine(pix1, 20, 200, 400, 200, 5, L_SCAN_BOTH, &na2, NULL, NULL, NULL); pixMinMaxNearLine(pix1, 20, 200, 400, 200, 15, L_SCAN_BOTH, &na3, NULL, NULL, NULL); numaWrite("/tmp/na6.na", na1); regTestCheckFile(rp, "/tmp/na6.na"); /* 8 */ n = numaGetCount(na1); fract = 100.0 / n; na4 = numaTransform(na1, 0.0, fract); na5 = numaTransform(na2, 0.0, fract); na6 = numaTransform(na3, 0.0, fract); numaDestroy(&na1); numaDestroy(&na2); numaDestroy(&na3); na1 = numaUniformSampling(na4, 100); na2 = numaUniformSampling(na5, 100); na3 = numaUniformSampling(na6, 100); naa = numaaCreate(3); numaaAddNuma(naa, na1, L_INSERT); numaaAddNuma(naa, na2, L_INSERT); numaaAddNuma(naa, na3, L_INSERT); gplotSimpleN(naa, GPLOT_PNG, "/tmp/nearline2", "Min along line"); #ifndef _WIN32 sleep(1); #else Sleep(1000); #endif /* _WIN32 */ pix4 = pixRead("/tmp/nearline2.png"); regTestWritePixAndCheck(rp, pix4, IFF_PNG); /* 9 */ pixDisplayWithTitle(pix4, 800, 100, NULL, rp->display); numaaDestroy(&naa); numaDestroy(&na4); numaDestroy(&na5); numaDestroy(&na6); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); pixDestroy(&pixs); return regTestCleanup(rp); } leptonica-1.70/prog/copernicus.png0000444000175000017500000014744307543242414015354 0ustar dandan‰PNG  IHDR¶'>*– IDATxœì½Oo&9·ØÇêê¨Ú¸‚j²Ó±wÉ.Zª¾ˆ÷÷da÷D†ƒ@U)ºpoŒ´oO>‚wÉ"È[r/O>A†1<»¼5'/'SSžC²Š«êyôtÏ`xßÛ£§þ¿"ÿ²ñÿ—¡g¿5Á~áwî/~çþ²áwî/~çþ²áwî/~çþ²áwî/~çþ²áwî/~çþ²áwî/~çþ²áwî/~çþ²áwî/~çþ²á7äþiËCCM_ÿ 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pixcomp_reg.c * * Regression test for compressed pix and compressed pix arrays * in memory. * * Most of the functions tested here require the ability to write * a pix to a compressed string in memory, and conversely to * read a compressed image string from memory to generate a pix. * The gnu runtime provides fmemopen() and open_memstream(). If * these are not available, we work around this by writing data * to a temp file. */ #include #include "allheaders.h" LEPT_DLL extern const char *ImageFileFormatExtensions[]; static void get_format_data(l_int32 i, l_uint8 *data, size_t size); #define DO_PNG 1 /* set to 0 for valgrind to remove most png errors */ int main(int argc, char **argv) { l_int32 i, n; BOX *box; PIX *pix, *pixs, *pixd, *pixd2; PIXA *pixad, *pixa1, *pixa2, *pixa3; PIXC *pixc; PIXAC *pixac, *pixac1, *pixac2; static char mainName[] = "pixcomp_reg"; pixad = pixaCreate(0); /* --- Read in the images --- */ pixac = pixacompCreate(1); pixs = pixRead("marge.jpg"); pixc = pixcompCreateFromPix(pixs, IFF_JFIF_JPEG); pixd = pixCreateFromPixcomp(pixc); pixSaveTiledOutline(pixd, pixad, 1, 1, 30, 2, 32); pixDestroy(&pixd); pixcompDestroy(&pixc); pixacompAddPix(pixac, pixs, IFF_DEFAULT); pixDestroy(&pixs); pix = pixRead("feyn.tif"); pixs = pixScaleToGray6(pix); pixc = pixcompCreateFromPix(pixs, IFF_JFIF_JPEG); pixd = pixCreateFromPixcomp(pixc); pixSaveTiledOutline(pixd, pixad, 1.0, 0, 30, 2, 32); pixDestroy(&pixd); pixcompDestroy(&pixc); pixacompAddPix(pixac, pixs, IFF_DEFAULT); pixDestroy(&pixs); box = boxCreate(1144, 611, 690, 180); pixs = pixClipRectangle(pix, box, NULL); pixc = pixcompCreateFromPix(pixs, IFF_TIFF_G4); pixd = pixCreateFromPixcomp(pixc); pixSaveTiledOutline(pixd, pixad, 1.0, 0, 30, 2, 32); pixDestroy(&pixd); pixcompDestroy(&pixc); pixacompAddPix(pixac, pixs, IFF_DEFAULT); pixDestroy(&pixs); boxDestroy(&box); pixDestroy(&pix); #if DO_PNG pixs = pixRead("weasel4.11c.png"); pixc = pixcompCreateFromPix(pixs, IFF_PNG); pixd = pixCreateFromPixcomp(pixc); pixSaveTiledOutline(pixd, pixad, 1.0, 0, 30, 2, 32); pixDestroy(&pixd); pixcompDestroy(&pixc); pixacompAddPix(pixac, pixs, IFF_DEFAULT); pixDestroy(&pixs); #endif /* --- Retrieve to pix --- */ n = pixacompGetCount(pixac); for (i = 0; i < n; i++) { pixs = pixacompGetPix(pixac, i); pixSaveTiledOutline(pixs, pixad, 1.0, i == 0 ? 1 : 0, 30, 2, 32); pixDestroy(&pixs); } /* --- Retrieve to pixa --- */ pixa1 = pixaCreateFromPixacomp(pixac, L_CLONE); for (i = 0; i < n; i++) { pixs = pixaGetPix(pixa1, i, L_CLONE); pixSaveTiledOutline(pixs, pixad, 1.0, i == 0 ? 1 : 0, 30, 2, 32); pixDestroy(&pixs); } /* --- Do (pixa <==> pixac) conversions --- */ pixaWrite("/tmp/junkpixa1.pa", pixa1); pixac1 = pixacompCreateFromPixa(pixa1, IFF_DEFAULT, L_CLONE); pixa2 = pixaCreateFromPixacomp(pixac1, L_CLONE); pixaWrite("/tmp/junkpixa2.pa", pixa2); pixac2 = pixacompCreateFromPixa(pixa2, IFF_DEFAULT, L_CLONE); pixa3 = pixaCreateFromPixacomp(pixac2, L_CLONE); pixaWrite("/tmp/junkpixa3.pa", pixa3); /* --- Extract formatting info from compressed strings --- */ for (i = 0; i < n; i++) { pixc = pixacompGetPixcomp(pixac1, i); get_format_data(i, pixc->data, pixc->size); } /* --- Display results --- */ pixd = pixaDisplay(pixad, 0, 0); pixDisplay(pixd, 100, 100); pixWrite("/tmp/junkcomp.jpg", pixd, IFF_JFIF_JPEG); pixDestroy(&pixd); pixaDestroy(&pixad); pixaDestroy(&pixa1); pixaDestroy(&pixa2); pixaDestroy(&pixa3); pixacompDestroy(&pixac); pixacompDestroy(&pixac1); pixacompDestroy(&pixac2); /* --- Read all the 'weasel' files and display results --- */ pixac = pixacompCreateFromFiles(".", "weasel", IFF_DEFAULT); fprintf(stderr, "found %d weasel files\n", pixacompGetCount(pixac)); pixcompWriteStreamInfo(stderr, pixac->pixc[7], NULL); pixd = pixacompDisplayTiledAndScaled(pixac, 32, 100, 8, 0, 15, 2); pixWrite("/tmp/junkweasel.jpg", pixd, IFF_JFIF_JPEG); pixDisplay(pixd, 100, 100); pixacompDestroy(&pixac); pixDestroy(&pixd); /* --- Use serialized I/O on the pixacomp --- */ pixac = pixacompCreateFromFiles(".", "hardlight", IFF_DEFAULT); fprintf(stderr, "found %d jpg files\n", pixacompGetCount(pixac)); pixd = pixacompDisplayTiledAndScaled(pixac, 32, 200, 6, 0, 15, 2); pixWrite("/tmp/junkhardlight.png", pixd, IFF_PNG); pixDisplay(pixd, 100, 300); pixacompWrite("/tmp/junkpixac1.pa", pixac); pixac2 = pixacompRead("/tmp/junkpixac1.pa"); pixacompWrite("/tmp/junkpixac2.pa", pixac2); pixd2 = pixacompDisplayTiledAndScaled(pixac2, 32, 1200, 4, 0, 30, 2); pixDisplay(pixd2, 500, 300); pixacompWriteStreamInfo(stderr, pixac2, NULL); pixacompDestroy(&pixac); pixacompDestroy(&pixac2); pixDestroy(&pixd); pixDestroy(&pixd2); /* --- Read all the 'tif' files and display results --- */ pixac = pixacompCreateFromFiles(".", ".tif", IFF_DEFAULT); fprintf(stderr, "found %d tiff files\n", pixacompGetCount(pixac)); pixcompWriteStreamInfo(stderr, pixac->pixc[0], NULL); pixd = pixacompDisplayTiledAndScaled(pixac, 32, 200, 6, 0, 15, 2); pixWrite("/tmp/junktiffs.png", pixd, IFF_PNG); pixDisplay(pixd, 100, 500); pixacompDestroy(&pixac); pixDestroy(&pixd); return 0; } static void get_format_data(l_int32 i, l_uint8 *data, size_t size) { l_int32 ret, format, w, h, d, bps, spp, iscmap; ret = pixReadHeaderMem(data, size, &format, &w, &h, &bps, &spp, &iscmap); d = bps * spp; if (d == 24) d = 32; if (ret) fprintf(stderr, "Error: couldn't read data: size = %d\n", (l_int32)size); else fprintf(stderr, "Format data for image %d:\n" " format: %s, size (w, h, d) = (%d, %d, %d)\n" " bps = %d, spp = %d, iscmap = %d\n", i, ImageFileFormatExtensions[format], w, h, d, bps, spp, iscmap); return; } leptonica-1.70/prog/recog/0000755000175000017500000000000012254515413013555 5ustar dandanleptonica-1.70/prog/recog/sets/0000755000175000017500000000000012266537064014544 5ustar dandanleptonica-1.70/prog/recog/sets/test06.pa0000444000175000017500000024135112266536775016227 0ustar dandan Pixa Version 2 Number of pix = 202 Boxa Version 2 Number of boxes = 0 pix[0]: xres = 300, yres = 300 ‰PNG  IHDR浿 pHYs.#.#x¥?v tEXtComment9Ö/VIDAT™=ͱ €0 DÑ벆GËô¬•T¬áˆ‚# c'‚âI¿9Ìa¿ëÉXdHš‘äC¿YÐUïÆ!‚NSw‡ŒÍ·Õe”‡Qmháè/î> r%}ÄIEND®B`‚ pix[1]: xres = 300, yres = 300 ‰PNG  IHDR'LñéX pHYs.#.#x¥?v tEXtComment17EˆQIDAT™eËÁ €0 @Ã5º £ÑN†…xæÅ4¨‘ú9Y– +¤Aë@û4¬P»›[}iþß3¹»–Ôc(Égòžì=·!ŒLRì/¨gj\z‘IEND®B`‚ pix[2]: xres = 300, yres = 300 ‰PNG  IHDR*¹bè pHYs.#.#x¥?v tEXtComment20ðAèƒIDAT™5ϱ 1P¢À#x”ËdñuWf„¬‚äÂkØòDi®ˆ ¬Ð¼ŠÏ‡Ì‡Év“ N›OP­50, ÐRR²0½œ;mòpèæ‹è¯Ã=¨#°ºh‹S³€设®E“cz9‡i‚7î{Ð&ÓTô¤›õ¶õƒÙUøýPyMK‹{IEND®B`‚ pix[3]: xres = 300, yres = 300 ‰PNG  IHDR'9HS pHYs.#.#x¥?v tEXtComment22OeĆIDAT™EÄM ‚P†Ñ×él'µ±èÞ jØZJZƒ–Ñß ©&„Ðí{ :ƒ#ÀLí+t?à.°Ò¶Rüvxí†ãf¾ñŠšYê¥ai©º"éVc‰X`™X ‘&bLo²)­)8:ÓÛà©×÷‡ºW{Ø«’)‘VþÇAÙW³`24}¹IEND®B`‚ pix[4]: xres = 0, yres = 0 ‰PNG  IHDRáK®OÝ_ pHYsb&2 tEXtComment61ã*ñz_IDATH‰cø40ÐHÖŸì?ÚÉÊS ËO¾ìŸQYâeÙñÉþÀ«—v²´ó/%é ŠýOIj§™,~WÅ›»iX^ÊÙý¤ šÉþ«§ÀGxõÒ°‚²ãG¯#¿.jê1IEND®B`‚ pix[5]: xres = 0, yres = 0 ‰PNG  IHDRáK®OÝ_ pHYsb&2 tEXtComment59ÆÜ*‹_IDATH‰cø40ÐHÖŸì?ÚÉÊS ËO¾ìŸQYâeÙñÉþÀ«—v²´ó/%é ŠýOIj§™,~WÅ›»iX^ÊÙý¤ šÉþ«§ÀGxõÒ°‚²ãG¯#¿.jê1IEND®B`‚ pix[6]: xres = 300, yres = 300 ‰PNG  IHDR( HÖ­ pHYs.#.#x¥?v tEXtComment62z# ÀIDAT™ÎÁ Ã0 Ðotð1#d“j•ŽÐ âкJC& YÀ&„UÙ:<þáó¬,XIh°ï EZ'È‹§ˆR˜3jy¤ŒÓÝq”Å\mž³iÒr75¡Å<íMX%µˆMX§áŒ¬,@“Q¾ ø¯çXC1Ÿ ·¦×†%_°ã†Ag^·ûè)=­©xÈ©îUV¦:ª”#8újìšZüÍ®5IEND®B`‚ pix[13]: xres = 300, yres = 300 ‰PNG  IHDR=|}øy pHYs.#.#x¥?v tEXtComment1151ÍøIDAT•Ï!„0 п ¶®×¨Øƒ¡€c!q\£Ü ¸ˆNþR:ƒÛ¨7™äOzf’+’gš ‡Åá…¥`„xÆ™A¾Á7Ò }:jú 6£“3díëVñ?D LSC͉ êìÂ#ÈpA6Ã)c¢ã!ˆ¸>Ý´’Ò§r³îùIEND®B`‚ pix[14]: xres = 300, yres = 300 ‰PNG  IHDR< f“&? pHYs.#.#x¥?v tEXtComment116¨ÄÞB‰IDAT•}нà `yw)YÁd•Œ@™r™ Á&°Ü©àxáGváÜEÕ×¼'cv¦â`)9,mä;êsUÈJìðBi‡ù—­#cOä "҉϶ Ñx˜=±A›CÛ;è‚ôšâ‰0.ä;¼“oàMyX¢›xS¦ù÷ðdyÄÒXŽ IEND®B`‚ pix[15]: xres = 300, yres = 300 ‰PNG  IHDR:! Ñ…Ý pHYs.#.#x¥?v tEXtComment1198{ÃÓˆIDAT•}Ð1 B1 à€CáQê±Þd†7¼Ñ+õáÐk¼â".¤¿MDPì’$”$„ñ‰#ihûÆ ·¬x\Š¢ä«¢,’h–ÔÃ@øòž/ˆaÈ8{© ÌÉ2m²QÿÀæY߸w°¡ïµÃÚ7¥(ÄŽX\Q8ÑëÕÑÏò]öÊãA…úÓIEND®B`‚ pix[16]: xres = 300, yres = 300 ‰PNG  IHDR<“¿“G pHYs.#.#x¥?v tEXtComment125àÜ;ŸIDAT•EлÂ0 `å\¸‹3^!x¥”)rÀHŒÀ¬à ¸T!$ô'øPõ¬×™ìŒݳYÑq"ʦYi$þ¤`@¨%ÈA  )¨rB²ŒQbÇб.(¾$Y}`1OÊpù(íf@¶jvföŽw‡ýÁõ hyÕ íJ©nîqøŠ–ØÁ3ÕàØy¡ç TZmt|‡$µ/’€š|Ó-IEND®B`‚ pix[17]: xres = 0, yres = 0 ‰PNG  IHDRáK®OÝ_ pHYsb&2 tEXtComment131–)cWIDATH‰íÓ±JÄ@à‡\§`-CDæ•´S,V°Ðî!/"Üui„}„R¤3‰)’à¸ãl6{ÙÜÁ*C&ù˜ÛÿvsýROÁß4T‚øâÚÌÍEÀ •§ðLj=Qþ°ŠªÖmM¸jªYe´Cái)â^‰*ž¦$+Óeä랢ÚtùŒn 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Í üŠ¡üÆP5  4Xýæ ìÈø?‚Íü‡¡¨·ªd×æêÕ&™s6‘ IEND®B`‚ pix[121]: xres = 0, yres = 0 ‰PNG  IHDR«}¹´ pHYsb&2 tEXtComment8¡(5˜VIDAT™5̱ €0 ÀG”YÁ£e…×"¢ÈÁ¥‹ñ&BÖÖÛ§|1ä\¨¸£¢“ÒsoδλŸQÛ Ýê‚2ðÙH‡ð_p0ËÞìÕ^*«0TeL´1IEND®B`‚ pix[122]: xres = 0, yres = 0 ‰PNG  IHDR ÷»] pHYsb&2 tEXtComment8¡(5˜RIDAT™=ÍÁ À Fá'êŽâh=Vº˜£t„séo+>ɃЃcœ<Ò(4ËÜ.}JK¦jW­üÍ–¹¤ª‰#ql,šu ž¾nš §G' Ô—|VIEND®B`‚ pix[123]: xres = 0, yres = 0 ‰PNG  IHDR`!j pHYsb&2 tEXtComment8¡(5˜OIDAT™cøÁü€áà L`8ć(0þƒÀü?€r@5ŒPÌü¬¬þ€Cóö ìPq37å fêýÇþÄ,±K%cÁIEND®B`‚ pix[124]: xres = 0, yres = 0 ‰PNG  IHDRÏ5Ðc pHYsb&2 tEXtComment8¡(5˜UIDAT™cøÃüáÆ @,ÀpàƒÃÁ? ÍšÿA1ßÄ~1ƒPƒØ@r Ì@uì ü ÿƒˆƒä @z!ú?!Ð^‚G(ÁD®ÌüIEND®B`‚ pix[125]: xres = 0, yres = 0 ‰PNG  IHDRã/ pHYsb&2 tEXtComment8¡(5˜SIDAT™cøÇ~€áㆠ€Ðáð†f(n‡Ò?80Hª©c†bÆ`Í€ê00°``àÿƒŠÙ004õ6Í©Ùó‡ÿlq+UZ>…IEND®B`‚ pix[126]: xres = 0, yres = 0 ‰PNG  IHDR浿 pHYsb&2 tEXtComment8¡(5˜UIDAT™cøÏÿ€áó† €0áÀƒ†Ã?š‘ðÁ@ñ@ù :FÁ@=ÍÚ?(0°Õòÿacv(fŠ5å@ê@êAvíþ0,—½ÈIEND®B`‚ pix[127]: xres = 0, yres = 0 ‰PNG  IHDR ÷»] pHYsb&2 tEXtComment8¡(5˜PIDAT™cøÃüƒáCà –`8Â8þã`8 Å 6Hì@D¢¦žƒ¡(×ø¡ù?³1ó$TcÁ× ²ïóut)˾¶—˜IEND®B`‚ pix[128]: xres = 0, yres = 0 ‰PNG  IHDRã/ pHYsb&2 tEXtComment8¡(5˜LIDAT™U± 1ýJAù+1Ê’(‹1JF ¤|[T‘u2Æ ,p‚ ë8v’jV¶÷ÊF³´§ƒ°Þº‘7x;!úOZüÕ(TuhbIEND®B`‚ pix[129]: xres = 0, yres = 0 ‰PNG  IHDRiÆ pHYsb&2 tEXtComment8¡(5˜JIDAT™cøÃüáCÆ@ÜøA€¡ñC3:þ!Àp(RóŠAì<ó?v,$Þøƒ¬¢·€áãGm%Ar¹lIEND®B`‚ pix[130]: xres = 0, yres = 0 ‰PNG  IHDR :e pHYsb&2 tEXtComment8¡(5˜YIDAT™cøßÿáÃ0|ÀPÀp Á€áà†æ?@ü ù ñ@u`µ`õ@v#Pœùû? þÁüÿlþF þ `½ »þ0`øÿÿO.¸æ!â~IEND®B`‚ pix[131]: xres = 0, yres = 0 ‰PNG  IHDRiÆ pHYsb&2 tEXtComment8¡(5˜SIDAT™5‹± À QP†Q‰2B"Š¬Å(ŒàÒ…•DĤ8éÿua°Ó? M3Í2iq™÷S ½–å¹Û™{&¤¶Éãù'š;þä Ô%µšÿú€IEND®B`‚ pix[132]: xres = 0, yres = 0 ‰PNG  IHDR ÷»] pHYsb&2 tEXtComment8¡(5˜VIDAT™cøßþƒ?0T0<`°`8À Ápà‡ÃÁ ‡¸ŠøÀ† `u0 Rßð(”cþÇÀÀþ™¡¤¿(R Ò²ëÃþr*qU³ú%IEND®B`‚ pix[133]: xres = 0, yres = 0 ‰PNG  IHDR`!j pHYsb&2 tEXtComment8¡(5˜OIDAT™U̱ €0 DÑC)²FFó(D,æˆEn—.(8 (õ»çC6"6¢ÎaX1pæÀñ¶Òà¡ì1e?¿ËO—#ÐC]ÿššÚ+WÛÔ_vÞ¨T+‘à=IEND®B`‚ pix[134]: xres = 0, yres = 0 ‰PNG  IHDRÏ5Ðc pHYsb&2 tEXtComment8¡(5˜LIDAT™cøÿÿÃÆ ø€¡€áƒCÆÆ? Íp̦€å@jqƒãv :ö˜˜(’©ƒè)Ù¤ª'ß3øIEND®B`‚ pix[135]: xres = 0, yres = 0 ‰PNG  IHDRÏ5Ðc pHYsb&2 tEXtComment9Ö/ZIDAT™UÍ¡€0Dѱ)…h)%À ´¤„“'2Í0Äsûï¨ÑðÁ('™Å&¶šÛ‡¿Š6°jP‹jðîÖ%Ùk§{>q•¬íûǃÑf{[Þ-pås'IEND®B`‚ pix[136]: xres = 0, yres = 0 ‰PNG  IHDR浿 pHYsb&2 tEXtComment9Ö/ZIDAT™5±€0 Ÿ£ Ì0Z6!T¬Å¬ RºàÎ8Šo,ëEÎ"&¡AˆMbï•)*%ÊõÃGà Æ­ánO¤ÿ^â¡’ö¤}ç!šýmôF¹ê£6/ÌNAöIEND®B`‚ pix[137]: xres = 0, yres = 0 ‰PNG  IHDR :e pHYsb&2 tEXtComment9Ö/\IDAT™Eͱ €0 DÑ(R’Q‘ˆ‚µ²+0‚Ë–£ !ëUöñ$´Ièó°RCi™SƒAêüc¿¾+ ÇFdˆ,ÑšÀm¸-séè*mtWö¸Ÿ³à‹¼Ó!,E!M#IEND®B`‚ pix[138]: xres = 0, yres = 0 ‰PNG  IHDRiÆ pHYsb&2 tEXtComment9Ö/RIDAT™=ͱ €0 DÑ\¤„Q2#dVÊ(Á¥ $¸Xˆâ5–À·`r2ïXvÚ}”½ðkKS@YpщGÿËU9õ¨ËÔYݬíY¼¢®%dá^U+IEND®B`‚ pix[139]: xres = 0, yres = 0 ‰PNG  IHDRiÆ pHYsb&2 tEXtComment9Ö/UIDAT™m± €0 RÐf”Œ”!Q ÖÊ(ŒàÒ…°E‹^W½îÛ„ÈÍɤФ0,“ ŽõOtÝi‚;¸‹/€íð¬ sÙÇÐL׬±?‚&y6«)3ÍdÂIEND®B`‚ pix[140]: xres = 0, yres = 0 ‰PNG  IHDRiÆ pHYsb&2 tEXtComment9Ö/YIDAT™=ͱ €0 DÑ(è £0ZFJAÉJŒ’\RX — Q¼ÎÿŒÏFÁ¸‡ÈñìœXºØ~‹ò© õ¨†ºšî›ÚËûŽh/[$i»ÿ(“᛽º*Y!\•!IEND®B`‚ pix[141]: xres = 0, yres = 0 ‰PNG  IHDRÏ5Ðc pHYsb&2 tEXtComment9Ö/ZIDAT™-Í;€0DÑG•hˆ$$ =±X@–[äCHq›ýÌÐ’8›dêš±˜9šÜP$ eøæÖ`¨ ?”€ràYDû³ßþ9ÊuéŽOŽz_¶Z-$›­? IEND®B`‚ pix[142]: xres = 0, yres = 0 ‰PNG  IHDR浿 pHYsb&2 tEXtComment9Ö/OIDAT™cø/ÿ€áó<àÀÐøC¡ˆÛÿ00°cÁÍ@ÜøƒáP¹ ÿÿ a ~0þ Àpð@P-ÐlF  @»~È?dè-ú'çZûIEND®B`‚ pix[143]: xres = 0, yres = 0 ‰PNG  IHDRÏ5Ðc pHYsb&2 tEXtComment9Ö/XIDAT™]1€0—*Ä"I‘XB ¾Lñ“p ©(¶¸b÷è«Q'ãƸÈ"Qj"xüh°üþQ*ìršøéMÈ=Gãí–G__úó`Õ/)ÛˆP#IEND®B`‚ pix[144]: xres = 0, yres = 0 ‰PNG  IHDR«}¹´ pHYsb&2 tEXtComment9Ö/NIDAT™]̱ €0 DÑ(LÇ Í£D¢`-r#¸L ¢@Oráû¤‰XDG–þØGû{­¢þ!JäÖ˜ã˙՘rÎ^í»_£0]€|)²_!€IEND®B`‚ pix[145]: xres = 0, yres = 0 ‰PNG  IHDR ŒŽÑ pHYsb&2 tEXtComment9Ö/7IDAT™cxPÀpÀ€¡A€ŸA¾ŒÀl h``8ÀÀð€áCŸ‹HeƒÃ!ò  —"uIEND®B`‚ pix[146]: xres = 0, yres = 0 ‰PNG  IHDRÏ5Ðc pHYsb&2 tEXtComment9Ö/WIDAT™cøÁü0±CÆæ? ì üóÃØ€j€j€z Èd 1üÿ ý@ýí@Üüˆf6<0Ûñdã†üÎs*†·òüYIEND®B`‚ pix[147]: xres = 0, yres = 0 ‰PNG  IHDRiÆ pHYsb&2 tEXtComment9Ö/RIDAT™m± €0 ¹ Í(‚(X‹QÁ¥‹(ð!-ÅIÖËOZp\l©áY°VX;¿X‰~Qg¢E tEXtComment0¯ó½ª%IDAT™cø Çp€¡¹‰¡ýCÿ~Tl?Àp°‰á9+2z/ÀIEND®B`‚ pix[1]: xres = 200, yres = 200 ‰PNG  IHDRØJ©ò pHYsÂÂnÐu> tEXtComment0¯ó½ª6IDAT™cøÃßÀð¹ácÃÁ ‡000```GÃí@Üü¨æPm#õüàoÕ )œ9ÇAIEND®B`‚ pix[2]: xres = 200, yres = 200 ‰PNG  IHDR7ˆÂÌ pHYsÂÂnÐu> tEXtComment0¯ó½ª*IDAT™cøgÏðá3ÃF†Ãš0´@AÍ@‚‚Ô|`à cÈe 8IEND®B`‚ pix[3]: xres = 200, yres = 200 ‰PNG  IHDRüÔi pHYsÂÂnÐu> tEXtComment0¯ó½ª,IDAT™cø_Ïðƒá3ÃF†ƒ˜0°@AÌ@‚€•ý`Ë–”hr„žIEND®B`‚ pix[4]: xres = 200, yres = 200 ‰PNG  IHDRzW pHYsÂÂnÐu> tEXtComment0¯ó½ª6IDAT™cøÿ¿á{Ã憌 60~ÐÀÀüŒÙÑpó  üõ؃¶©þ>+IEND®B`‚ pix[5]: xres = 200, yres = 200 ‰PNG  IHDRÅr‚ pHYsÂÂnÐu> tEXtComment0¯ó½ª-IDAT™cøÁÏð™áÁA†ÃÚ?€;ý! ûøøÇ ˜~°¶E™ÒM;íIEND®B`‚ pix[6]: xres = 200, yres = 200 ‰PNG  IHDRüÔi pHYsÂÂnÐu> tEXtComment0¯ó½ª.IDAT™cøÿŸá?Ãf†Ì š0´?``ÿ€@@.P°ù!HPÙ~Oo}zòIEND®B`‚ pix[7]: xres = 200, yres = 200 ‰PNG  IHDR7ˆÂÌ pHYsÂÂnÐu> tEXtComment0¯ó½ª1IDAT™cøÿŸá?Ãv†Ã‡Ú2´dhÿÀÐFíôáøC†Ã0U"ÀV#¶¥ÈIEND®B`‚ pix[8]: xres = 200, yres = 200 ‰PNG  IHDRzW pHYsÂÂnÐu> tEXtComment0¯ó½ª6IDAT™cøÿ¿áÃ憌 40~ÀÀpøC;nFÂŽ@5BÔ`oÑÖ‰ö•0·IEND®B`‚ pix[9]: xres = 200, yres = 200 ‰PNG  IHDRØJ©ò pHYsÂÂnÐu> tEXtComment0¯ó½ª6IDAT™cø?¿á{ÃƆ 40þÀÀÐ Åì@ÌŒ„ª9T Tÿ½Ain'IEND®B`‚ pix[10]: xres = 200, yres = 200 ‰PNG  IHDRÅr‚ pHYsÂÂnÐu> tEXtComment0¯ó½ª-IDAT™cøÃÏð™áÁa†Ã`h¢ ìôùHðàC†Œ@e¸Ég8ušIEND®B`‚ pix[11]: xres = 200, yres = 200 ‰PNG  IHDRá-© pHYsÂÂnÐu> tEXtComment0¯ó½ª+IDAT™cøÿáÃ6†L ‡0´CÐþ ý`i>Ró€ øûnwlŒIEND®B`‚ pix[12]: xres = 200, yres = 200 ‰PNG  IHDRzW pHYsÂÂnÐu> tEXtComment0¯ó½ª1IDAT™cøÿ¿á{ÃƆ@|ðAÃá Í013700>€¨ýÀ Ö ­BíYtbIEND®B`‚ pix[13]: xres = 200, yres = 200 ‰PNG  IHDR­¨ç pHYsÂÂnÐu> tEXtComment0¯ó½ª+IDAT™cø Çð€á`Có†ö ì`ÄÿÌh£Ã‡0•r€F%‹IEND®B`‚ pix[14]: xres = 200, yres = 200 ‰PNG  IHDRá-© pHYsÂÂnÐu> tEXtComment0¯ó½ª-IDAT™cøWÇð€á`Có!†ö ÄþŠø$Xäø#†ƒ‡>°1üÍ}+±ý™IEND®B`‚ pix[15]: xres = 200, yres = 200 ‰PNG  IHDRñÐ pHYsÂÂnÐu> tEXtComment1Øô<IDAT™ch`F†Ã°$…“^!ÔmÈIEND®B`‚ pix[16]: xres = 200, yres = 200 ‰PNG  IHDR ÌXH pHYsÂÂnÐu> tEXtComment1Øô<IDAT™cø€¡80<8Àð7:VÙà-ŽIß!dôIEND®B`‚ pix[17]: xres = 200, yres = 200 ‰PNG  IHDR JÌræ pHYsÂÂnÐu> tEXtComment1Øô<IDAT™cø€áC=p`xpªa©hŸà®sÅIEND®B`‚ pix[18]: xres = 200, yres = 200 ‰PNG  IHDR 'o»K pHYsÂÂnÐu> tEXtComment1Øô<IDAT™cxÜÀÐÀB4àCe ä¸d&Vê«IEND®B`‚ pix[19]: xres = 200, yres = 200 ‰PNG  IHDR ÌXH pHYsÂÂnÐu> tEXtComment1Øô< IDAT™cø€áC=8€‚Â}ˆÀ1Û£°a±aIEND®B`‚ pix[20]: xres = 200, yres = 200 ‰PNG  IHDR ÌXH pHYsÂÂnÐu> tEXtComment1Øô<IDAT™cx€¡ŒÀ‡€jÀ*_0™aˆIEND®B`‚ pix[21]: xres = 200, yres = 200 ‰PNG  IHDR ì3hî pHYsÂÂnÐu> tEXtComment1Øô<IDAT™cøÐÀÐÀBâF ÊÈ~šÓ IEND®B`‚ pix[22]: xres = 200, yres = 200 ‰PNG  IHDR 'o»K pHYsÂÂnÐu> tEXtComment1Øô<IDAT™ch``€  ô:ÐRÃR Îæ‰úE{ãIEND®B`‚ pix[23]: xres = 200, yres = 200 ‰PNG  IHDRñÐ pHYsÂÂnÐu> tEXtComment1Øô<IDAT™ch```h`8Èpˆ!ð06e˜Ã š >IEND®B`‚ pix[24]: xres = 200, yres = 200 ‰PNG  IHDR #škv pHYsÂÂnÐu> tEXtComment1Øô<IDAT™cxÁÀÐF€(áCˆ„£H" P•¹rù_È <IEND®B`‚ pix[25]: xres = 200, yres = 200 ‰PNG  IHDRñÐ pHYsÂÂnÐu> tEXtComment1Øô<IDAT™cxÌЄÁð!D‚ º ïÔv›DIEND®B`‚ pix[26]: xres = 200, yres = 200 ‰PNG  IHDRñÐ pHYsÂÂnÐu> tEXtComment1Øô<IDAT™cøÏÀÀÐÀpá0<”a©ô ÝõÞióIEND®B`‚ pix[27]: xres = 200, yres = 200 ‰PNG  IHDR ÌXH pHYsÂÂnÐu> tEXtComment1Øô<IDAT™cø€áC}8€@À™}À¢ A/ .>¾ÇIEND®B`‚ pix[28]: xres = 200, yres = 200 ‰PNG  IHDR ÌXH pHYsÂÂnÐu> tEXtComment1Øô<IDAT™c8ÀÀÐÀ@ò€Ã:€@ À£"aRöÚ5IEND®B`‚ pix[29]: xres = 200, yres = 200 ‰PNG  IHDRzè pHYsÂÂnÐu> tEXtComment1Øô<IDAT™c8ÀÐÀp€á‰3±~ !±–gIEND®B`‚ pix[30]: xres = 200, yres = 200 ‰PNG  IHDR GÒ¡ pHYsÂÂnÐu> tEXtComment2Aý܆4IDAT™cøÿáACƒCƒƒÃ†0ôÇ€á0|øÀððÃá Í `îyªìIEND®B`‚ pix[31]: xres = 200, yres = 200 ‰PNG  IHDR ÁFp pHYsÂÂnÐu> tEXtComment2Aý܆1IDAT™cøPÀp@„æ10üƒ úcÀð§€áGÇ 0l©a`º¡ióM@0IEND®B`‚ pix[32]: xres = 200, yres = 200 ‰PNG  IHDR GÒ¡ pHYsÂÂnÐu> tEXtComment2Aý܆2IDAT™cøùáƆ†p$B ~0|ªyÀððÆŒ‘‹«éHIEND®B`‚ pix[33]: xres = 200, yres = 200 ‰PNG  IHDR GÒ¡ pHYsÂÂnÐu> tEXtComment2Aý܆4IDAT™cøÿá@Cƒƒƒ„ƒÃ2¡  >~`xx€ápC3âô<4ÔIEND®B`‚ pix[34]: xres = 200, yres = 200 ‰PNG  IHDR cLº: pHYsÂÂnÐu> tEXtComment2Aý܆5IDAT™cøÿƒáà † †$B,~T0|øÁððÃà 0À*Ù£ˆùIEND®B`‚ pix[35]: xres = 200, yres = 200 ‰PNG  IHDR GÒ¡ pHYsÂÂnÐu> tEXtComment2Aý܆4IDAT™cøÿáAƆ= ÿ‘߆ >0<üÀpøÃᆠH&=;Çü‚IEND®B`‚ pix[36]: xres = 200, yres = 200 ‰PNG  IHDR ¨iŸ pHYsÂÂnÐu> tEXtComment2Aý܆2IDAT™cøÿƒáCƒqp0Ìá`øA ôÇ‚áGÇ †`hl`ìÃzBGc}IEND®B`‚ pix[37]: xres = 200, yres = 200 ‰PNG  IHDR GÒ¡ pHYsÂÂnÐu> tEXtComment2Aý܆.IDAT™cxðá€CƒC‡ÃddÀðˆ >|`xøáð†F(h`6 QÌéˆIEND®B`‚ pix[38]: xres = 200, yres = 200 ‰PNG  IHDR cLº: pHYsÂÂnÐu> tEXtComment2Aý܆:IDAT™%Â; @Á7VRÆXˆ*F8èØðI¸'ðÂH˜ B:ìW؉õf"ãÁ4š¡ü[6Y¯ƒEIEND®B`‚ pix[39]: xres = 200, yres = 200 ‰PNG  IHDR ¨iŸ pHYsÂÂnÐu> tEXtComment2Aý܆0IDAT™cø`Áð@‚áCÆÈH‚áà † 0<ÀÐÀAîà@¥†ñIEND®B`‚ pix[40]: xres = 200, yres = 200 ‰PNG  IHDR ÁFp pHYsÂÂnÐu> tEXtComment2Aý܆2IDAT™cøPÀpÀ€¡A€á‡Ã?$ôÇ€áOÆ~`x|€áxCð‘¼?¦Û/IEND®B`‚ pix[41]: xres = 200, yres = 200 ‰PNG  IHDR ÁFp pHYsÂÂnÐu> tEXtComment2Aý܆6IDAT™cøPÀpÀ€¡A€¡C€aŸÃ?† ôÇ„~0|øÀðñÃã ‡€ÍAHçsIEND®B`‚ pix[42]: xres = 200, yres = 200 ‰PNG  IHDR ¨iŸ pHYsÂÂnÐu> tEXtComment2Aý܆4IDAT™cøÿƒáà ††>† ÿÁ$I0ü±`øQÁð¨æÃÁ ¿‚P숊IEND®B`‚ pix[43]: xres = 200, yres = 200 ‰PNG  IHDR ÁFp pHYsÂÂnÐu> tEXtComment2Aý܆,IDAT™cøðá€CƒCÃ?$ôÇ„~0<üÀpøCsëE,bçú^IEND®B`‚ pix[44]: xres = 200, yres = 200 ‰PNG  IHDR GÒ¡ pHYsÂÂnÐu> tEXtComment2Aý܆3IDAT™cøðáƆ†{ ÿ H„þ0ü(¡?`8ÈÀÐB K,v€˜IEND®B`‚ pix[45]: xres = 200, yres = 200 ‰PNG  IHDRâ¼ñú pHYsÂÂnÐu> tEXtComment36úì>IDAT™c8ÀÀÐCM, çxþñ0ü‘aøaÃðŒÈ0<àaøÀÂðá?5@Q?4°0àax`ó€ ŸÊɤIEND®B`‚ pix[46]: xres = 200, yres = 200 ‰PNG  IHDR  ‹Jù pHYsÂÂnÐu> tEXtComment36úì=IDAT™cøÇÁÐÀ2 $þX0ü°`øPB~0<’ €R ÿ!¨Œä€z€Ú%XÿÀ)õÙÛIEND®B`‚ pix[47]: xres = 200, yres = 200 ‰PNG  IHDR øÝø, pHYsÂÂnÐu> tEXtComment36úì:IDAT™c8ÃÁÐÀE} ÿ8þH0ü±`øaÁð¡„X0<à`øÁÁðŸŒ`ˆ¡¨ ¨]ë¾b¹¬JFIEND®B`‚ pix[48]: xres = 200, yres = 200 ‰PNG  IHDR  ‹Jù pHYsÂÂnÐu> tEXtComment36úì8IDAT™cøÿƒ¡„€ ƒáà †? ?€¨‚áI0|J10üo@AóÁ8X„ÛdÉ‹LIEND®B`‚ pix[49]: xres = 200, yres = 200 ‰PNG  IHDR  ‹Jù pHYsÂÂnÐu> tEXtComment36úì5IDAT™c8ÇÁÐÀ} ÿ8þH0ü°`øPE€l† ÿ!¨ú@zpÕ¹`Óuã—IEND®B`‚ pix[50]: xres = 200, yres = 200 ‰PNG  IHDR)à"_ pHYsÂÂnÐu> tEXtComment36úì9IDAT™cø†¡ÚYÎñ0ü‘aøD6  ˆ‡á Æÿ@Ô€@ý `], x؃ºË¡ôIEND®B`‚ pix[51]: xres = 200, yres = 200 ‰PNG  IHDR  ‹Jù pHYsÂÂnÐu> tEXtComment36úì>IDAT™cøÿƒ¡ƒ8x8öI0ü" † *@èY0< r0üg£0b`ëj`8`³ØA&üsIEND®B`‚ pix[52]: xres = 200, yres = 200 ‰PNG  IHDR Â×™\ pHYsÂÂnÐu> tEXtComment36úì:IDAT™cøþƒƒx8öH0ü°¡ ôˆ,9þ3€QÙ30ðq€´7H0¨ö´ ¹%IEND®B`‚ pix[53]: xres = 200, yres = 200 ‰PNG  IHDR øÝø, pHYsÂÂnÐu> tEXtComment36úì;IDAT™c8ÿ‚¡€ä<†? ,~X0|¨¡@dÁð(ÈÁðŸŒ`ˆƒ¡ƒá€Ô¸Õ˜IEND®B`‚ pix[54]: xres = 200, yres = 200 ‰PNG  IHDR  ‹Jù pHYsÂÂnÐu> tEXtComment36úì@IDAT™c¸ÿƒ¡úæq0ü‘¡ ?*>T0<" †@q†ÿ ÿHž¡ƒá€P%h‘[w¬!IEND®B`‚ pix[55]: xres = 200, yres = 200 ‰PNG  IHDR “ pHYsÂÂnÐu> tEXtComment36úì5IDAT™c8 ÀÐÀ;þ‘Æ@ôŒ >þCPÙr   î¬A_€IEND®B`‚ pix[56]: xres = 200, yres = 200 ‰PNG  IHDR æI!Ç pHYsÂÂnÐu> tEXtComment36úì tEXtComment36úìAIDAT™c8ÀÂÐFm, óxþñ0ü‘aøcÃðˆj>‘ à8 Ãÿ†ÿ ÿ€QÃü–†2½‘´=FšIEND®B`‚ pix[58]: xres = 200, yres = 200 ‰PNG  IHDR  ‹Jù pHYsÂÂnÐu> tEXtComment36úìAIDAT™5Ë1 €0@Ñ7ž„J9iŒU€´ ¥:24”BBò¶Ÿo5T„#Üa#]©oŸÔB_‰¹Ô»÷=‹–.˜£Þ{׋IEND®B`‚ pix[59]: xres = 200, yres = 200 ‰PNG  IHDR)à"_ pHYsÂÂnÐu> tEXtComment36úì>IDAT™cøÿ‡¡úXþñ0ü‘¡6 ?j>Ø0<àaøg`øD 4Ÿ…áÃiör‘RÊIEND®B`‚ pix[60]: xres = 200, yres = 200 ‰PNG  IHDRêC/ pHYsÂÂnÐu> tEXtComment4¨žy³ð0<æa8ÎÃÐÎÂÀÆ 5ÿyþ÷€µücHãÜSË…IEND®B`‚ pix[61]: xres = 200, yres = 200 ‰PNG  IHDR ~šÄ pHYsÂÂnÐu> tEXtComment4¨žy³:IDAT™-Ê» ÑÃ"{«Å÷p±´Dü¯<¼ãW\°k SBSŠ’‘Ÿ…³½ùÏÜÖôIEND®B`‚ pix[62]: xres = 200, yres = 200 ‰PNG  IHDRü(( pHYsÂÂnÐu> tEXtComment4¨žy³2IDAT™cøÿáÿ1†ÿm`ÄÆð‡á}lcxÜÆp¼¡½`ÊÃêð¨Ú~ï”IEND®B`‚ pix[63]: xres = 200, yres = 200 ‰PNG  IHDRÛÛ@¡ pHYsÂÂnÐu> tEXtComment4¨žy³:IDAT™MÂÁ À DÑ?¤ð°¤±ˆ•lB.ÄQry<üàÄÇ[L1D?h¢2¸ÅÇ®¿ÁɾQ’Wü¤IEND®B`‚ pix[64]: xres = 200, yres = 200 ‰PNG  IHDRü(( pHYsÂÂnÐu> tEXtComment4¨žy³;IDAT™cøÿáÿ#†úC ÿ›@èÃ6†@ÔÆð±áqÃñ6†ö&†©i£c0(ÂBYôp2‘ŠIEND®B`‚ pix[65]: xres = 200, yres = 200 ‰PNG  IHDRü(( pHYsÂÂnÐu> tEXtComment4¨žy³ tEXtComment4¨žy³:IDAT™5Ê;щºåÆJ(ÔJ…¸ŸÉ)5TQB†똎áéž)F6/qÎø‹kŠ5è‚p IEND®B`‚ pix[67]: xres = 200, yres = 200 ‰PNG  IHDR ~šÄ pHYsÂÂnÐu> tEXtComment4¨žy³:IDAT™cøÿáÿ3†ÿm`ÄÆðáÃ6†l Û¶1fchcb€€&˜Ê6$-L ÿí ‚—½»IEND®B`‚ pix[68]: xres = 200, yres = 200 ‰PNG  IHDRêC/ pHYsÂÂnÐu> tEXtComment4¨žy³6IDAT™cø„á ±0ücaøÃÂðƒ…á ÃG†Ç- Ç[Ú[  ¤ª®…ˆ„ÿšèÆIEND®B`‚ pix[69]: xres = 200, yres = 200 ‰PNG  IHDRü(( pHYsÂÂnÐu> tEXtComment4¨žy³6IDAT™cøŒá±1üccøF?Ø>¶1 tEXtComment4¨žy³5IDAT™cøŒá±1üccøÃÆðŒ>°1<`c8ÌÆÐÎƘ@ÊÑ?&† @bëà½À†IEND®B`‚ pix[71]: xres = 200, yres = 200 ‰PNG  IHDRêC/ pHYsÂÂnÐu> tEXtComment4¨žy³;IDAT™=Ê! Ñ {pÂW2Å,ƒ¸Âá… ƒ¼á Æ5Ž±ÅK ÑE•xrøa86_ë.ÃK IEND®B`‚ pix[72]: xres = 200, yres = 200 ‰PNG  IHDRü(( pHYsÂÂnÐu> tEXtComment4¨žy³9IDAT™cøÿŽáÿ1†ÿm`ÄÆðáÃ6†l Û·1oc`fb€€ 0•pÄÄðÆ^Ñ(¼;IEND®B`‚ pix[73]: xres = 200, yres = 200 ‰PNG  IHDR ~šÄ pHYsÂÂnÐu> tEXtComment4¨žy³9IDAT™=ÊÁ €0ÀÐÐCF·k ]Ãzô ÿ·BixÇyþB>y¥Ë#Mn©"«³¬s‹B0 :å5²¥‘´IEND®B`‚ pix[74]: xres = 200, yres = 200 ‰PNG  IHDRü(( pHYsÂÂnÐu> tEXtComment4¨žy³5IDAT™cøŒáÃ6úÇÆð‡á}`cxØÆp˜¡þ3·!´Eþ15¢¥1ä.šIEND®B`‚ pix[75]: xres = 200, yres = 200 ‰PNG  IHDRêC/ pHYsÂÂnÐu> tEXtComment5ß™I%9IDAT™cøÃÀðŒ>Ô0|øBþ0<„¡ƒØ0axÀÃðŸ…á baøÇÂÐÀÃÐ hÌaØŒIEND®B`‚ pix[76]: xres = 200, yres = 200 ‰PNG  IHDR  ‹Jù pHYsÂÂnÐu> tEXtComment5ß™I%6IDAT™cøÿƒá=¢ 0<þÁpŒšÁ¨ñCCCƒÃ †¨(Â`B ?ž$WcasIEND®B`‚ pix[77]: xres = 200, yres = 200 ‰PNG  IHDRâ¼ñú pHYsÂÂnÐu> tEXtComment5ß™I%9IDAT™cøÃÀðƒá±0<¨axð„ÂÐ? 6 dð0ücaøŠúXx€²61¥‹%ì’IEND®B`‚ pix[78]: xres = 200, yres = 200 ‰PNG  IHDRêC/ pHYsÂÂnÐu> tEXtComment5ß™I%9IDAT™cøÁÀð‚TüaxFÿ0£Æ? 5 2 xþñ0ü"0s€H†¡Á4ï7ïW¼IEND®B`‚ pix[79]: xres = 200, yres = 200 ‰PNG  IHDRÛÛ@¡ pHYsÂÂnÐu> tEXtComment5ß™I%9IDAT™cøÿŸá#Ã02ê>ÑzðŸá!˜| Ïð€Ÿá;à jFBì @ÄÏp@¸xC˜è·IEND®B`‚ pix[80]: xres = 200, yres = 200 ‰PNG  IHDR ~šÄ pHYsÂÂnÐu> tEXtComment5ß™I%8IDAT™cøÃÄðƒ„>QýcxC€¨Žá€Ã>†l ÿ¨ †ØúÙø€²vg?ÇGµ ‰IEND®B`‚ pix[81]: xres = 200, yres = 200 ‰PNG  IHDR õÈk pHYsÂÂnÐu> tEXtComment5ß™I%9IDAT™5ƱEÁWÊ•¦"u6¾„ã˜Ù`qcðHtQDýšÈ"‰hLcóøw¿#†:%oNaäIEND®B`‚ pix[82]: xres = 200, yres = 200 ‰PNG  IHDRêC/ pHYsÂÂnÐu> tEXtComment5ß™I%8IDAT™cøÃÀð‚l>Ô0|øEÁèà†6 dþñ0ügaøß‚„XúXxÈJëÖÛKÖ°IEND®B`‚ pix[83]: xres = 200, yres = 200 ‰PNG  IHDR  ‹Jù pHYsÂÂnÐu> tEXtComment5ß™I%‘Ç ôàÃC0:øƒá€Ã † ÿÀ¨†ú8$€j‚èBÔ¨›IEND®B`‚ pix[84]: xres = 200, yres = 200 ‰PNG  IHDR  ‹Jù pHYsÂÂnÐu> tEXtComment5ß™I%7IDAT™cøÿƒá=¢ Áè0 5ƒQCCƒÃ † ôŒþI€„ƒÃ¤“q¹KIEND®B`‚ pix[85]: xres = 200, yres = 200 ‰PNG  IHDR)à"_ pHYsÂÂnÐu> tEXtComment5ß™I%9IDAT™cøÿ‡á}"†5 þ€ÐÃ? aè€ Ã†?< ÿYÐCƒ ÃØNÖ‚œ[IEND®B`‚ pix[86]: xres = 200, yres = 200 ‰PNG  IHDRêC/ pHYsÂÂnÐu> tEXtComment5ß™I%:IDAT™cøÁÀð‚þ€Ðƒ? Áèà†Ãÿ04Ø0aøD< ÿ¨ŒÀl††5R$3§Ý+IEND®B`‚ pix[87]: xres = 200, yres = 200 ‰PNG  IHDRü(( pHYsÂÂnÐu> tEXtComment5ß™I%5IDAT™cøÃÄðƒŒê>Ñ?úøá! °c8 Çðá?Ãÿ6ÔÏÆÐÀÇÐ d‚Á|¾#IEND®B`‚ pix[88]: xres = 200, yres = 200 ‰PNG  IHDRêC/ pHYsÂÂnÐu> tEXtComment5ß™I%6IDAT™cøÁÂðá Ã? Áèñ†ÃH¨¡†á€ Ã?†ÿ<(èƆ5QÖ5äM¦ˆIEND®B`‚ pix[89]: xres = 200, yres = 200 ‰PNG  IHDRâ¼ñú pHYsÂÂnÐu> tEXtComment5ß™I%9IDAT™cøQÃðŠÔ0<øÃpàÃAjüÃÐ`ÃÐ Ãðƒ‡áÃsexd@²j:ºx;IEND®B`‚ pix[90]: xres = 200, yres = 200 ‰PNG  IHDR 3+‰ pHYsÂÂnÐu> tEXtComment6FŸ=IDAT™5± €0ÀÃê;[Gq´” ×zp7°üBˆ"xœQFÜ¡VWs–£l¥7ÂÄÜ¿ùïvò8Þ¤Z¶6»IEND®B`‚ pix[91]: xres = 200, yres = 200 ‰PNG  IHDR7tû´ pHYsÂÂnÐu> tEXtComment6FŸ>IDAT™Ʊ À Á—)ÒyFEÍR!¸¤@‚tÅ‘ƒtRXʬD#ßåŠ ¥ÿžëä=œn„0t²0½¶]°ÉIEND®B`‚ pix[92]: xres = 200, yres = 200 ‰PNG  IHDRضŠ pHYsÂÂnÐu> tEXtComment6FŸEIDAT™± €0 EÁWDJÃ…Ñ(¾”"%+™MÌ.SX)§cK|yž¼‰%j¨ è¢Õ¹±wã^ˆã¤–Œœî¾ IEND®B`‚ pix[93]: xres = 200, yres = 200 ‰PNG  IHDR7tû´ pHYsÂÂnÐu> tEXtComment6FŸDIDAT™cøÿƒáÿ†ÿ ÿØþÈ1ü°cøPÇðàÃà êð14014610?``‡¡ö ‡èÃ&†lÐ8cˆ/Û¬IEND®B`‚ pix[94]: xres = 200, yres = 200 ‰PNG  IHDR 3+‰ pHYsÂÂnÐu> tEXtComment6FŸ?IDAT™cøÿ€áÆ ,T0üBÍ?,8€€½ˆ@û†ö Í €º$(ÞŒ-ÐJvIEND®B`‚ pix[95]: xres = 200, yres = 200 ‰PNG  IHDR*òt pHYsÂÂnÐu> tEXtComment6FŸ@IDAT™E± À Á\P2BFa4l±˜ÙÄ#Pº@rÊœŽº”Rp!…|9ƒ˜øÀ;ÚPÁŒµYñ·?„pÙ?›0¤âílIEND®B`‚ pix[96]: xres = 200, yres = 200 ‰PNG  IHDRü(( pHYsÂÂnÐu> tEXtComment6FŸBIDAT™-± €0†Ñ‹”7’£‰$EÖ:q‘Ë)-ä?Aòx¤H'A¯ñì̃C\³Ð*Ýÿ±¶àvF% Ó>:•/¬J!:IEND®B`‚ pix[97]: xres = 200, yres = 200 ‰PNG  IHDRü(( pHYsÂÂnÐu> tEXtComment6FŸDIDAT™± €0 EÁ'#….#0 £!K¬õÙÄ#¤Lp§#;)£WÚNÄ‹¾^pc1Výc¾‚SÜŽŒ(´:¥“ºúyAIEND®B`‚ pix[98]: xres = 200, yres = 200 ‰PNG  IHDR7tû´ pHYsÂÂnÐu> tEXtComment6FŸ?IDAT™± À ÁtÁ£FY‹xF ¤@˜„Óá Wf`ý¦-ê©‚^h¤d’‘êÿ9‹ñÚ7n„1Ä0ÉÝôIEND®B`‚ pix[99]: xres = 200, yres = 200 ‰PNG  IHDR7tû´ pHYsÂÂnÐu> tEXtComment6FŸBIDAT™%ÂÁ €@ EÁ‡B¼Y‚¥Xš¬^lëË6’RÀ’(8 ”(Æ؈ƒH tEXtComment6FŸ@IDAT™cøÿáÃ?†?< ?l>üaxð‡áá†ÃÈ0`ahl`h>ÀÐþE70<`aøÀþZ•xÉIEND®B`‚ pix[101]: xres = 200, yres = 200 ‰PNG  IHDRü(( pHYsÂÂnÐu> tEXtComment6FŸAIDAT™cøÿ€áÃ?†?l øØ1<¨c8ø¡ˆäؘ˜¨ý5`hdb8ÀÄð¤ ?´LxqðtIEND®B`‚ pix[102]: xres = 200, yres = 200 ‰PNG  IHDRü(( pHYsÂÂnÐu> tEXtComment6FŸCIDAT™cøÿˆáÃ?†?L ?ä>Ô1<¢ ÿ14Ø14ð14°14010``‡¡v0j>Àp‰áÃ>¤ÁÀé¾zIEND®B`‚ pix[103]: xres = 200, yres = 200 ‰PNG  IHDR^"â$ pHYsÂÂnÐu> tEXtComment6FŸ=IDAT™-Ʊ @Ñ_(d4Å% ¥•.±ÈÙ@©„H^ñØʆÓ3}ÒžQ@²^ÅÈö_ƒî\>6jì°“IEND®B`‚ pix[104]: xres = 200, yres = 200 ‰PNG  IHDR7tû´ pHYsÂÂnÐu> tEXtComment6FŸBIDAT™ÂÁ À @Ñ…t Géh^<¸Vh‰ä(¥$ÅÇ#_RI᫬ oX0­¨ …® ã0NßÛç–üÀ ñj+›IEND®B`‚ pix[105]: xres = 200, yres = 200 ‰PNG  IHDRü(( pHYsÂÂnÐu> tEXtComment71—( 8IDAT™cøÿ¡†ú1ü¢&†ÿm ÿÙþñ1ü“cøAv ?ê>€Ñƒ Á¨„°Yá“ä˜KIEND®B`‚ pix[106]: xres = 200, yres = 200 ‰PNG  IHDR7tû´ pHYsÂÂnÐu> tEXtComment71—( BIDAT™cø¡Šæ`øˆáÃ6†ÿ| ÿ€HŽáÙ1ü°cøPBþ1<üÇpðÃá ÍÿÚÿ^}âã3ÖIEND®B`‚ pix[107]: xres = 200, yres = 200 ‰PNG  IHDRü(( pHYsÂÂnÐu> tEXtComment71—( 8IDAT™c8ÀÀÐCó1ü¢60âcøDr ôÇŽáÕ1|£ÿ@èà?†Ãÿšÿ1´ÿ€ØÂWÒä3IEND®B`‚ pix[108]: xres = 200, yres = 200 ‰PNG  IHDRêC/ pHYsÂÂnÐu> tEXtComment71—( =IDAT™cøÿ‡¡ øæ`øßÀð¿…á? ýãaø'Ãðˆl~Ø0|¨¡@èà†f0bÿ?‘h°3€xIEND®B`‚ pix[109]: xres = 200, yres = 200 ‰PNG  IHDRü(( pHYsÂÂnÐu> tEXtComment71—( =IDAT™cøßÄÐÀEí ý€" ÄÄðŸáýacø!Bì>Ô1<øBÿ14þchþÇÀüE•.»©ÍâIEND®B`‚ pix[110]: xres = 200, yres = 200 ‰PNG  IHDRÛÛ@¡ pHYsÂÂnÐu> tEXtComment71—( :IDAT™cøÿŸá#Cõ72üod¨gf¨"v0âg¨‘gøDö ôÞáC==øBÁèð(«ødIEND®B`‚ pix[111]: xres = 200, yres = 200 ‰PNG  IHDRêC/ pHYsÂÂnÐu> tEXtComment71—( @IDAT™ch`a€þ†ý ÿ[Àˆ‡áÉ0ü‘aøaBj>üaxð‡áᆃÿ04ÿa`þÃÀþÏöÔÀbP#IEND®B`‚ pix[112]: xres = 200, yres = 200 ‰PNG  IHDRضŠ pHYsÂÂnÐu> tEXtComment71—( >IDAT™c8ÿ‡¡ æ`ø„á Ãÿ†ÿ< ÿd@è ߆5 €è=üÃpðÃá? í Sc‚Ê}bTIEND®B`‚ pix[113]: xres = 200, yres = 200 ‰PNG  IHDRضŠ pHYsÂÂnÐu> tEXtComment71—( =IDAT™cxð€¡„æ¡ÿ- ÿ{þó0ü—aø'ÃðÇ„~ԀРúÃðŒÿa8ü‡áø†ó¢9cǽžIEND®B`‚ pix[114]: xres = 200, yres = 200 ‰PNG  IHDR‡“ pHYsÂÂnÐu> tEXtComment71—( 9IDAT™cøÿŸá#C060ôdøDÍ`ÄBÿøAè<ý°gøDõ €è?ÃA:üÝAfŽAIEND®B`‚ pix[115]: xres = 200, yres = 200 ‰PNG  IHDRêC/ pHYsÂÂnÐu> tEXtComment71—( 6IDAT™ch`ah`€¢þ ÿ¨ŒXþó0ü“aøF?l~Ô0|¢? þ0„¡fk‚\p‡½IEND®B`‚ pix[116]: xres = 200, yres = 200 ‰PNG  IHDRü(( pHYsÂÂnÐu> tEXtComment71—( 9IDAT™cøÿ¡€äüC ÿ¨ Œøþ‘à ²cøDu €èà Á¨ŒÚÿº–žWF´XIEND®B`‚ pix[117]: xres = 200, yres = 200 ‰PNG  IHDRêC/ pHYsÂÂnÐu> tEXtComment71—( @IDAT™cøÿ‡áxCõ`˜€á?µ0üïaøÏÃðO„þØ€ÐúPÃðàÃÃ? Á¨ùCû eö +MzIEND®B`‚ pix[118]: xres = 200, yres = 200 ‰PNG  IHDRü(( pHYsÂÂnÐu> tEXtComment71—( AIDAT™c8ø¡Šú0ü?Äð¿‰áÃ6†ÿ| ÿ€HŽáÃ;úPÇðˆþ1£Æ ÍÿÚÿ¬CÃöK›?IEND®B`‚ pix[119]: xres = 200, yres = 200 ‰PNG  IHDRêC/ pHYsÂÂnÐu> tEXtComment71—( 8IDAT™cøßÃÜ ÿþ³€Ð?ú#ÃðÇ„~Ô0|¢? þ0£æ? íØAàâö”%gIEND®B`‚ pix[120]: xres = 200, yres = 200 ‰PNG  IHDR^"â$ pHYsÂÂnÐu> tEXtComment8¡(5˜:IDAT™cøaÃð€‡áp Ãñ í`d<Âð€$DXÚ@âýø€Èö ‡€Äð@>1°ìIEND®B`‚ pix[121]: xres = 200, yres = 200 ‰PNG  IHDRضŠ pHYsÂÂnÐu> tEXtComment8¡(5˜8IDAT™cø`Ãp€‡á CsCû(:x€á ÃI10°70ð£ ì`5@õ@dÓ6Œ?›éIEND®B`‚ pix[122]: xres = 200, yres = 200 ‰PNG  IHDRضŠ pHYsÂÂnÐu> tEXtComment8¡(5˜4IDAT™cøÿ‡á Ææ†öä€Ñ†vþþPÔTÓÀœß‹• IEND®B`‚ pix[123]: xres = 200, yres = 200 ‰PNG  IHDRضŠ pHYsÂÂnÐu> tEXtComment8¡(5˜5IDAT™cøSÃð€‡á C3Cû(jn`hl K5°0°30ð70ð€"v°šœÔ~ÆÁXIEND®B`‚ pix[124]: xres = 200, yres = 200 ‰PNG  IHDR7tû´ pHYsÂÂnÐu> tEXtComment8¡(5˜7IDAT™%Š± Ã,ú·1ðVNá F(H^‡ÝX ‚îÄN½c¦Wo N¦Fú‡‘ø¸¶BIEND®B`‚ pix[125]: xres = 200, yres = 200 ‰PNG  IHDR7tû´ pHYsÂÂnÐu> tEXtComment8¡(5˜6IDAT™cø!Çð€áCsCó(:x$¢ Ê200``¢ í@j› jÈýï6aIEND®B`‚ pix[126]: xres = 200, yres = 200 ‰PNG  IHDRضŠ pHYsÂÂnÐu> tEXtComment8¡(5˜;IDAT™cøÿ‡áƒ Ɔæ†ö Ô|€¡ñCÃ(jc`ho`ࢠÄVTð€Þ‰a‰á‘9IEND®B`‚ pix[127]: xres = 200, yres = 200 ‰PNG  IHDRü(( pHYsÂÂnÐu> tEXtComment8¡(5˜9IDAT™cøÿáÃ6†L 0~E€D0A¥€ˆ¹ýû(j>Àp€¤à©Ÿ—÷g«IEND®B`‚ pix[128]: xres = 200, yres = 200 ‰PNG  IHDR7tû´ pHYsÂÂnÐu> tEXtComment8¡(5˜=IDAT™ŠÁ @!ÂÝZD®Uq‘ŽàòŸr(i¸•“qBeöO ëÉwe”"Š™‡i†QDð´‡(€µ2IEND®B`‚ pix[129]: xres = 200, yres = 200 ‰PNG  IHDRü(( pHYsÂÂnÐu> tEXtComment8¡(5˜?IDAT™Š¹ À0È+’.3¸Âk)È"Á¥«ø?ý¡‰×|Þ»XÆq®@…·7Õ¤Q9Á5â£(Ç62IEND®B`‚ pix[130]: xres = 200, yres = 200 ‰PNG  IHDRضŠ pHYsÂÂnÐu> tEXtComment8¡(5˜7IDAT™cø Ãð€…á CCó†ö ˆ0€Ä¡R, í ì ü@ˆŒš@Rx“GþÀ^IEND®B`‚ pix[131]: xres = 200, yres = 200 ‰PNG  IHDRضŠ pHYsÂÂnÐu> tEXtComment8¡(5˜9IDAT™-ʱ CÑ_6‚+®p­¸‰ƒˆèðŠ g³.„S˜)Vù“ >¢;Ug(áþHR@x¾IEND®B`‚ pix[132]: xres = 200, yres = 200 ‰PNG  IHDRü(( pHYsÂÂnÐu> tEXtComment8¡(5˜@IDAT™cøÿáƒÃ6†ÃL Í í@¨ùCã!†L Ø@(ÛÀÀÐÞÀÀ~€ÿµ?`h†)øÀTT€ÑEÉUIEND®B`‚ pix[133]: xres = 200, yres = 200 ‰PNG  IHDR7tû´ pHYsÂÂnÐu> tEXtComment8¡(5˜8IDAT™cøÿáÃ6†L 0~ÀÐ D40<`‰C¤30´``EÌ5 N«äs±rIEND®B`‚ pix[134]: xres = 200, yres = 200 ‰PNG  IHDRضŠ pHYsÂÂnÐu> tEXtComment8¡(5˜;IDAT™Š± ÄR6‚ 8샅k›ü–þAŠãr¡F4vpd¶¸ò™Å° èA³HÊ.Þú¥k[Jï0IEND®B`‚ pix[135]: xres = 200, yres = 200 ‰PNG  IHDRêC/ pHYsÂÂnÐu> tEXtComment9Ö/CIDAT™cø÷‡áƒ Æ, Í í@ˆŒ ìæ† >00ügaøÏÃð‡á ஆÆ? 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * xtractprotos.c * * This program accepts a list of C files on the command line * and outputs the C prototypes to stdout. It uses cpp to * handle the preprocessor macros, and then parses the cpp output. * In leptonica, it is used to make allheaders.h (and optionally * leptprotos.h, which contains just the function prototypes.) * In leptonica, only the file allheaders.h is included with * source files. * * An optional 'prestring' can be prepended to each declaration. * And the function prototypes can either be sent to stdout, written * to a named file, or placed in-line within allheaders.h. * * The signature is: * * xtractprotos [-prestring=] [-protos=] [list of C files] * * Without -protos, the prototypes are written to stdout. * With -protos, allheaders.h is rewritten: * * if you use -protos=inline, the prototypes are placed within * allheaders.h. * * if you use -protos=leptprotos.h, the prototypes written to * the file leptprotos.h, and alltypes.h has * #include "leptprotos.h" * * For constructing allheaders.h, two text files are provided: * allheaders_top.txt * allheaders_bot.txt * The former contains the leptonica version number, so it must * be updated when a new version is made. * * For simple C prototype extraction, xtractprotos has essentially * the same functionality as Adam Bryant's cextract, but the latter * has not been officially supported for over 15 years, has been * patched numerous times, and doesn't work with sys/sysmacros.h * for 64 bit architecture. * * This is used to extract all prototypes in liblept. * The function that does all the work is parseForProtos(), * which takes as input the output from cpp. * * xtractprotos can run in leptonica to do an 'ab initio' generation * of allheaders.h; that is, it can make allheaders.h without * leptprotos.h and with an allheaders.h file of 0 length. * Of course, the usual situation is to run it with a valid allheaders.h, * which includes all the function prototypes. To avoid including * all the prototypes in the input for each file, cpp runs here * with -DNO_PROTOS, so the prototypes are not included -- this is * much faster. * * The xtractprotos version number, defined below, is incremented * whenever a new version is made. */ #include #include "allheaders.h" static const l_int32 L_BUF_SIZE = 512; /* Cygwin needs an extension to prevent it from appending * ".exe" to the filename */ static const char *tempfile = "/tmp/temp_cpp_output.txt"; static const char *version = "1.5"; int main(int argc, char **argv) { char *filein, *str, *prestring, *outprotos, *protostr; const char *spacestr = " "; char buf[L_BUF_SIZE]; l_uint8 *allheaders; l_int32 i, maxindex, in_line, nflags, protos_added, firstfile, len, ret; size_t nbytes; L_BYTEA *ba, *ba2; SARRAY *sa, *safirst; static char mainName[] = "xtractprotos"; if (argc == 1) { fprintf(stderr, "xtractprotos [-prestring=] [-protos=] " "[list of C files]\n" "where the prestring is prepended to each prototype, and \n" "protos can be either 'inline' or the name of an output " "prototype file\n"); return 1; } /* ---------------------------------------------------------------- */ /* Parse input flags and find prestring and outprotos, if requested */ /* ---------------------------------------------------------------- */ prestring = outprotos = NULL; in_line = FALSE; nflags = 0; maxindex = L_MIN(3, argc); for (i = 1; i < maxindex; i++) { if (argv[i][0] == '-') { if (!strncmp(argv[i], "-prestring", 10)) { nflags++; ret = sscanf(argv[i] + 1, "prestring=%s", buf); if (ret != 1) { fprintf(stderr, "parse failure for prestring\n"); return 1; } if ((len = strlen(buf)) > L_BUF_SIZE - 3) { L_WARNING("prestring too large; omitting!\n", mainName); } else { buf[len] = ' '; buf[len + 1] = '\0'; prestring = stringNew(buf); } } else if (!strncmp(argv[i], "-protos", 7)) { nflags++; ret = sscanf(argv[i] + 1, "protos=%s", buf); if (ret != 1) { fprintf(stderr, "parse failure for protos\n"); return 1; } outprotos = stringNew(buf); if (!strncmp(outprotos, "inline", 7)) in_line = TRUE; } } } if (argc - nflags < 2) { fprintf(stderr, "no files specified!\n"); return 1; } /* ---------------------------------------------------------------- */ /* Generate the prototype string */ /* ---------------------------------------------------------------- */ ba = l_byteaCreate(500); /* First the extern C head */ sa = sarrayCreate(0); sarrayAddString(sa, (char *)"/*", 1); snprintf(buf, L_BUF_SIZE, " * These prototypes were autogen'd by xtractprotos, v. %s", version); sarrayAddString(sa, buf, 1); sarrayAddString(sa, (char *)" */", 1); sarrayAddString(sa, (char *)"#ifdef __cplusplus", 1); sarrayAddString(sa, (char *)"extern \"C\" {", 1); sarrayAddString(sa, (char *)"#endif /* __cplusplus */\n", 1); str = sarrayToString(sa, 1); l_byteaAppendString(ba, str); lept_free(str); sarrayDestroy(&sa); /* Then the prototypes */ firstfile = 1 + nflags; protos_added = FALSE; for (i = firstfile; i < argc; i++) { filein = argv[i]; len = strlen(filein); if (filein[len - 1] == 'h') /* skip .h files */ continue; snprintf(buf, L_BUF_SIZE, "cpp -ansi -DNO_PROTOS %s %s", filein, tempfile); ret = system(buf); if (ret) { fprintf(stderr, "cpp failure for %s; continuing\n", filein); continue; } if ((str = parseForProtos(tempfile, prestring)) == NULL) { fprintf(stderr, "parse failure for %s; continuing\n", filein); continue; } if (strlen(str) > 1) { /* strlen(str) == 1 is a file without protos */ l_byteaAppendString(ba, str); protos_added = TRUE; } lept_free(str); } /* Lastly the extern C tail */ sa = sarrayCreate(0); sarrayAddString(sa, (char *)"\n#ifdef __cplusplus", 1); sarrayAddString(sa, (char *)"}", 1); sarrayAddString(sa, (char *)"#endif /* __cplusplus */", 1); str = sarrayToString(sa, 1); l_byteaAppendString(ba, str); lept_free(str); sarrayDestroy(&sa); protostr = (char *)l_byteaCopyData(ba, &nbytes); l_byteaDestroy(&ba); /* ---------------------------------------------------------------- */ /* Generate the output */ /* ---------------------------------------------------------------- */ if (!outprotos) { /* just write to stdout */ fprintf(stderr, "%s\n", protostr); lept_free(protostr); return 0; } /* If no protos were found, do nothing further */ if (!protos_added) { fprintf(stderr, "No protos found\n"); lept_free(protostr); return 1; } /* Make the output files */ ba = l_byteaInitFromFile("allheaders_top.txt"); if (!in_line) { snprintf(buf, sizeof(buf), "#include \"%s\"\n", outprotos); l_byteaAppendString(ba, buf); l_binaryWrite(outprotos, "w", protostr, nbytes); } else { l_byteaAppendString(ba, protostr); } ba2 = l_byteaInitFromFile("allheaders_bot.txt"); l_byteaJoin(ba, &ba2); l_byteaWrite("allheaders.h", ba, 0, 0); l_byteaDestroy(&ba); lept_free(protostr); return 0; } leptonica-1.70/prog/flipselgen.c0000644000175000017500000001013612242266432014754 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * flipselgen.c * * Generates dwa code for hit-miss transform (hmt) that is * used in pixPageFlipDetectDWA(). * * Results are two files: * fmorphgen.3.c * fmorphgenlow.3.c * using INDEX = 3. */ #include "allheaders.h" #define INDEX 3 #define DFLAG 1 /* Sels for pixPageFlipDetectDWA() */ static const char *textsel1 = "x oo " "x oOo " "x o " "x " "xxxxxx"; static const char *textsel2 = " oo x" " oOo x" " o x" " x" "xxxxxx"; static const char *textsel3 = "xxxxxx" "x " "x o " "x oOo " "x oo "; static const char *textsel4 = "xxxxxx" " x" " o x" " oOo x" " oo x"; int main(int argc, char **argv) { SEL *sel1, *sel2, *sel3, *sel4; SELA *sela; PIX *pix, *pixd; PIXA *pixa; static char mainName[] = "flipselgen"; if (argc != 1) return ERROR_INT(" Syntax: flipselgen", mainName, 1); sela = selaCreate(0); sel1 = selCreateFromString(textsel1, 5, 6, "flipsel1"); sel2 = selCreateFromString(textsel2, 5, 6, "flipsel2"); sel3 = selCreateFromString(textsel3, 5, 6, "flipsel3"); sel4 = selCreateFromString(textsel4, 5, 6, "flipsel4"); selaAddSel(sela, sel1, NULL, 0); selaAddSel(sela, sel2, NULL, 0); selaAddSel(sela, sel3, NULL, 0); selaAddSel(sela, sel4, NULL, 0); pixa = pixaCreate(4); pix = selDisplayInPix(sel1, 23, 2); pixDisplayWithTitle(pix, 100, 100, "sel1", DFLAG); pixaAddPix(pixa, pix, L_INSERT); pix = selDisplayInPix(sel2, 23, 2); pixDisplayWithTitle(pix, 275, 100, "sel2", DFLAG); pixaAddPix(pixa, pix, L_INSERT); pix = selDisplayInPix(sel3, 23, 2); pixDisplayWithTitle(pix, 450, 100, "sel3", DFLAG); pixaAddPix(pixa, pix, L_INSERT); pix = selDisplayInPix(sel4, 23, 2); pixDisplayWithTitle(pix, 625, 100, "sel4", DFLAG); pixaAddPix(pixa, pix, L_INSERT); pixd = pixaDisplayTiled(pixa, 800, 0, 15); pixDisplayWithTitle(pixd, 100, 300, "allsels", DFLAG); pixDestroy(&pixd); pixaDestroy(&pixa); if (fhmtautogen(sela, INDEX, NULL)) return ERROR_INT(" Generation failed", mainName, 1); selaDestroy(&sela); return 0; } leptonica-1.70/prog/converttogray.c0000640000175000017500000001010312242266611015517 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * converttogray.c * */ #include "allheaders.h" int main(int argc, char **argv) { char *filein, *fileout; l_int32 d, same; PIX *pixs, *pixd, *pix1, *pix2, *pix3, *pix4; static char mainName[] = "converttogray"; if (argc != 2 && argc != 3) return ERROR_INT(" Syntax: converttogray filein [fileout]", mainName, 1); filein = argv[1]; fileout = argv[2]; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pixs not made", mainName, 1); #if 0 pixd = pixConvertRGBToGray(pixs, 0.33, 0.34, 0.33); pixWrite(fileout, pixd, IFF_PNG); pixDestroy(&pixd); #endif #if 1 d = pixGetDepth(pixs); if (d == 2) { pix1 = pixConvert2To8(pixs, 0x00, 0x55, 0xaa, 0xff, TRUE); pix2 = pixConvert2To8(pixs, 0x00, 0x55, 0xaa, 0xff, FALSE); pixEqual(pix1, pix2, &same); if (same) fprintf(stderr, "images are the same\n"); else fprintf(stderr, "images are different!\n"); pixWrite("/tmp/pix1.png", pix1, IFF_PNG); pixWrite("/tmp/pix2.png", pix2, IFF_PNG); pixDestroy(&pix1); pixDestroy(&pix2); pixSetColormap(pixs, NULL); pix3 = pixConvert2To8(pixs, 0x00, 0x55, 0xaa, 0xff, TRUE); pix4 = pixConvert2To8(pixs, 0x00, 0x55, 0xaa, 0xff, FALSE); pixEqual(pix3, pix4, &same); if (same) fprintf(stderr, "images are the same\n"); else fprintf(stderr, "images are different!\n"); pixWrite("/tmp/pix3.png", pix3, IFF_PNG); pixWrite("/tmp/pix4.png", pix4, IFF_PNG); pixDestroy(&pix3); pixDestroy(&pix4); } else if (d == 4) { pix1 = pixConvert4To8(pixs, TRUE); pix2 = pixConvert4To8(pixs, FALSE); pixEqual(pix1, pix2, &same); if (same) fprintf(stderr, "images are the same\n"); else fprintf(stderr, "images are different!\n"); pixWrite("/tmp/pix1.png", pix1, IFF_PNG); pixWrite("/tmp/pix2.png", pix2, IFF_PNG); pixDestroy(&pix1); pixDestroy(&pix2); pixSetColormap(pixs, NULL); pix3 = pixConvert4To8(pixs, TRUE); pix4 = pixConvert4To8(pixs, FALSE); pixEqual(pix3, pix4, &same); if (same) fprintf(stderr, "images are the same\n"); else fprintf(stderr, "images are different!\n"); pixWrite("/tmp/pix3.png", pix3, IFF_PNG); pixWrite("/tmp/pix4.png", pix4, IFF_PNG); pixDestroy(&pix3); pixDestroy(&pix4); } #endif pixDestroy(&pixs); return 0; } leptonica-1.70/prog/test32-alpha.png0000444000175000017500000000240412036647165015401 0ustar dandan‰PNG  IHDR€€Ã>aË pHYsb&2tEXtCommentAdobe ImageReady•¬ìh’IDATxœíÛŽã8 DÙ‹ýÿ_Î>0¼‰£ /UT—iÌLÇyDÉŽ-› !„âDþª †x]~vÍ™ààõáï\r'ðù”ü+[9”ü’Àl1—€ w$®HNÜ$` leL‚‹¬é¼oÿFÙ–€5@£¼Aë§ç…- Ð3 «ßÚ½Ú¾e þY< ³›&‚§6¼~ü»;(#ƒ™À!ôÛû ßR`¯W’:ïö¦TƒN˜õ“À,øŒ§›ŒxJ0À`T÷oOušðj×·ÏiyØ ¯éàþ9m/}â)@,ý ûþÿŽ*Àá°Œˆª*€÷qSªÀ¿»@DTòGõþ?p®Ûy=úJ]Š,'U/¾Pr#KØ8@eÂÿ¢Ÿ!Àëö3ƒA÷î7̓!™÷î­Þh>—ßÛ翪5@õ”]Ö!G{êßȺ‰³z¾¦#³Ñ­VÏFšð;: œ£EÒ¯Ttˆ¥´Kö'º.Âf9"ÙŸ¨îx…Õ}†- `ZÑ)8ÞOÛA·oÅ$à7h VW$À3¯ËŸ-Es´“@ÌÓJ‚îìž|ûý6t âûüt š¶H€}¨%ã´¼¢¨ûþÏʈ»g/š“ˆ,Ý4›Xž$@õ\öÒ‡`²Iurw(Íxæôç¦9i xÂ#ø»²”<+Á^VG¤÷–¬ÞO¥å…U€•ÄG>t2úÙp"° P@Ï@`¶µe bÔ{çåï=`¸Üön‹›:†A`4ñ•U,âìá!  0šø§àe”/Ê$@`d?\„ÇÚ«öp•I€ÍÉH—E¤Qÿ¦jÃÉÔ~"€8ê«Ï:ÒÞ!P-bòئe*ˆNþê©ýoRª@•¨#µ]aTÀäŠv…Wl“RúSÉ€9ù¨Ui›,˜\ݶÐãWŸšÕø”w }$Cä9ï_‰9ÀÌÓ’•Sr€‘ÛæJ¤¬¥¿ºm©D €`䶥ƒp òš¤„FØý}EO7úÍΩJþ¼`¼‹æØä›Q¦¤B×-'ð †ä²ÜO˜FZ{Ê8±0%?ü´õ4˜’ŸB†(AGi‡7[ýòÚ"¦ò ú¤«¤Ä”}  R×KÀÛb3 Ð5©f‰}cÜ%¬sâÍ’w a«;Ég'½,€!y™¸-jÑX)‡O¿ó2Ü3‚’ £ªï ~úò´)«phn#ÅJ÷ ÌÞHÉëÝ;»[³"ˆ!{ÖNšžx<1[-DòÍð¦€'ª“æLòÍx˜ Ÿá:B%þ§Aï0ê+÷8.9‡‘‹S„M&ŸhñÂ$ë³_ÖD‘ø¬ƒ¢¯Æ=¡J<ÄÁ°3ÝAÄ¢dì®q bÕ`¶®@6 „¶I¿ßÀD¼®aPÅ”åJ :TI¿"Ö Mø6qâ> (>B!„B!„B!„ æ?µ”ÇÜõÛˆgIEND®B`‚leptonica-1.70/prog/fhmtauto_reg.c0000644000175000017500000000656512240303147015314 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * fhmtauto_reg.c * * Basic regression test for hit-miss transform: rasterops & dwa. * * Tests hmt from a set of hmt structuring elements * by comparing the full image rasterop results with the * automatically generated dwa results. * * Results must be identical for all operations. */ #include "allheaders.h" int main(int argc, char **argv) { l_int32 i, nsels, same1, same2, ok; char *filein, *selname; PIX *pixs, *pixref, *pixt1, *pixt2, *pixt3, *pixt4; SEL *sel; SELA *sela; static char mainName[] = "fhmtauto_reg"; if (argc != 2) return ERROR_INT(" Syntax: fhmtauto_reg filein", mainName, 1); filein = argv[1]; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pixs not made", mainName, 1); sela = selaAddHitMiss(NULL); nsels = selaGetCount(sela); ok = TRUE; for (i = 0; i < nsels; i++) { sel = selaGetSel(sela, i); selname = selGetName(sel); pixref = pixHMT(NULL, pixs, sel); pixt1 = pixAddBorder(pixs, 32, 0); pixt2 = pixFHMTGen_1(NULL, pixt1, selname); pixt3 = pixRemoveBorder(pixt2, 32); pixt4 = pixHMTDwa_1(NULL, pixs, selname); pixEqual(pixref, pixt3, &same1); pixEqual(pixref, pixt4, &same2); if (same1 && same2) fprintf(stderr, "hmt are identical for sel %d (%s)\n", i, selname); else { fprintf(stderr, "hmt differ for sel %d (%s)\n", i, selname); ok = FALSE; } pixDestroy(&pixref); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); } if (ok) fprintf(stderr, "\n ******** All hmt are correct *******\n"); else fprintf(stderr, "\n ******** ERROR in at least one hmt *******\n"); pixDestroy(&pixs); selaDestroy(&sela); return 0; } leptonica-1.70/prog/subpixel_reg.c0000644000175000017500000002005712240302372015307 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * subpixel_reg.c * * Regression test for subpixel scaling. */ #include "allheaders.h" void AddTextAndSave(PIXA *pixa, PIX *pixs, l_int32 newrow, L_BMF *bmf, const char *textstr, l_int32 location, l_uint32 val); const char *textstr[] = {"Downscaled with sharpening", "Subpixel scaling; horiz R-G-B", "Subpixel scaling; horiz B-G-R", "Subpixel scaling; vert R-G-B", "Subpixel scaling; vert B-G-R"}; int main(int argc, char **argv) { l_float32 scalefact; L_BMF *bmf, *bmftop; L_KERNEL *kel, *kelx, *kely; PIX *pixs, *pixg, *pixt, *pixd; PIX *pix1, *pix2, *pix3, *pix4, *pix5, *pix6, *pix7, *pix8; PIXA *pixa; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; /* ----------------- Test on 8 bpp grayscale ---------------------*/ pixa = pixaCreate(5); bmf = bmfCreate("./fonts", 6); bmftop = bmfCreate("./fonts", 10); pixs = pixRead("lucasta-47.jpg"); pixg = pixScale(pixs, 0.4, 0.4); /* 8 bpp grayscale */ pix1 = pixConvertTo32(pixg); /* 32 bpp rgb */ AddTextAndSave(pixa, pix1, 1, bmf, textstr[0], L_ADD_BELOW, 0xff000000); pix2 = pixConvertGrayToSubpixelRGB(pixs, 0.4, 0.4, L_SUBPIXEL_ORDER_RGB); AddTextAndSave(pixa, pix2, 0, bmf, textstr[1], L_ADD_BELOW, 0x00ff0000); pix3 = pixConvertGrayToSubpixelRGB(pixs, 0.4, 0.4, L_SUBPIXEL_ORDER_BGR); AddTextAndSave(pixa, pix3, 0, bmf, textstr[2], L_ADD_BELOW, 0x0000ff00); pix4 = pixConvertGrayToSubpixelRGB(pixs, 0.4, 0.4, L_SUBPIXEL_ORDER_VRGB); AddTextAndSave(pixa, pix4, 0, bmf, textstr[3], L_ADD_BELOW, 0x00ff0000); pix5 = pixConvertGrayToSubpixelRGB(pixs, 0.4, 0.4, L_SUBPIXEL_ORDER_VBGR); AddTextAndSave(pixa, pix5, 0, bmf, textstr[4], L_ADD_BELOW, 0x0000ff00); pixt = pixaDisplay(pixa, 0, 0); pixd = pixAddSingleTextblock(pixt, bmftop, "Regression test for subpixel scaling: gray", 0xff00ff00, L_ADD_ABOVE, NULL); regTestWritePixAndCheck(rp, pixd, IFF_JFIF_JPEG); /* 0 */ pixDisplayWithTitle(pixd, 50, 50, NULL, rp->display); pixaDestroy(&pixa); pixDestroy(&pixs); pixDestroy(&pixg); pixDestroy(&pixt); pixDestroy(&pixd); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); pixDestroy(&pix5); /* ----------------- Test on 32 bpp rgb ---------------------*/ pixa = pixaCreate(5); pixs = pixRead("fish24.jpg"); pix1 = pixScale(pixs, 0.4, 0.4); AddTextAndSave(pixa, pix1, 1, bmf, textstr[0], L_ADD_BELOW, 0xff000000); pix2 = pixConvertToSubpixelRGB(pixs, 0.4, 0.4, L_SUBPIXEL_ORDER_RGB); AddTextAndSave(pixa, pix2, 0, bmf, textstr[1], L_ADD_BELOW, 0x00ff0000); pix3 = pixConvertToSubpixelRGB(pixs, 0.4, 0.35, L_SUBPIXEL_ORDER_BGR); AddTextAndSave(pixa, pix3, 0, bmf, textstr[2], L_ADD_BELOW, 0x0000ff00); pix4 = pixConvertToSubpixelRGB(pixs, 0.4, 0.45, L_SUBPIXEL_ORDER_VRGB); AddTextAndSave(pixa, pix4, 0, bmf, textstr[3], L_ADD_BELOW, 0x00ff0000); pix5 = pixConvertToSubpixelRGB(pixs, 0.4, 0.4, L_SUBPIXEL_ORDER_VBGR); AddTextAndSave(pixa, pix5, 0, bmf, textstr[4], L_ADD_BELOW, 0x0000ff00); pixt = pixaDisplay(pixa, 0, 0); pixd = pixAddSingleTextblock(pixt, bmftop, "Regression test for subpixel scaling: color", 0xff00ff00, L_ADD_ABOVE, NULL); regTestWritePixAndCheck(rp, pixd, IFF_JFIF_JPEG); /* 1 */ pixDisplayWithTitle(pixd, 50, 350, NULL, rp->display); pixaDestroy(&pixa); pixDestroy(&pixs); pixDestroy(&pixt); pixDestroy(&pixd); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); pixDestroy(&pix5); bmfDestroy(&bmf); bmfDestroy(&bmftop); /* --------------- Test on images that are initially 1 bpp ------------*/ /* For these, it is better to apply a lowpass filter before scaling */ /* Normal scaling of 8 bpp grayscale */ scalefact = 800. / 2320.; pixs = pixRead("patent.png"); /* sharp, 300 ppi, 1 bpp image */ pix1 = pixConvertTo8(pixs, FALSE); /* use 8 bpp input */ pix2 = pixScale(pix1, scalefact, scalefact); regTestWritePixAndCheck(rp, pix2, IFF_PNG); /* 2 */ /* Subpixel scaling; bad because there is very little aliasing. */ pix3 = pixConvertToSubpixelRGB(pix1, scalefact, scalefact, L_SUBPIXEL_ORDER_RGB); regTestWritePixAndCheck(rp, pix3, IFF_PNG); /* 3 */ /* Get same (bad) result doing subpixel rendering on RGB input */ pix4 = pixConvertTo32(pixs); pix5 = pixConvertToSubpixelRGB(pix4, scalefact, scalefact, L_SUBPIXEL_ORDER_RGB); regTestComparePix(rp, pix3, pix5); /* 4 */ regTestWritePixAndCheck(rp, pix5, IFF_PNG); /* 5 */ /* Now apply a small lowpass filter before scaling. */ makeGaussianKernelSep(2, 2, 1.0, 1.0, &kelx, &kely); startTimer(); pix6 = pixConvolveSep(pix1, kelx, kely, 8, 1); /* normalized */ fprintf(stderr, "Time sep: %7.3f\n", stopTimer()); regTestWritePixAndCheck(rp, pix6, IFF_PNG); /* 6 */ /* Get same lowpass result with non-separated convolution */ kel = makeGaussianKernel(2, 2, 1.0, 1.0); startTimer(); pix7 = pixConvolve(pix1, kel, 8, 1); /* normalized */ fprintf(stderr, "Time non-sep: %7.3f\n", stopTimer()); regTestComparePix(rp, pix6, pix7); /* 7 */ /* Now do the subpixel scaling on this slightly blurred image */ pix8 = pixConvertToSubpixelRGB(pix6, scalefact, scalefact, L_SUBPIXEL_ORDER_RGB); regTestWritePixAndCheck(rp, pix8, IFF_PNG); /* 8 */ kernelDestroy(&kelx); kernelDestroy(&kely); kernelDestroy(&kel); pixDestroy(&pixs); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); pixDestroy(&pix5); pixDestroy(&pix6); pixDestroy(&pix7); pixDestroy(&pix8); return regTestCleanup(rp); } void AddTextAndSave(PIXA *pixa, PIX *pixs, l_int32 newrow, L_BMF *bmf, const char *textstr, l_int32 location, l_uint32 val) { l_int32 n, ovf; PIX *pixt; pixt = pixAddSingleTextblock(pixs, bmf, textstr, val, location, &ovf); n = pixaGetCount(pixa); pixSaveTiledOutline(pixt, pixa, 1.0, newrow, 30, 2, 32); if (ovf) fprintf(stderr, "Overflow writing text in image %d\n", n + 1); pixDestroy(&pixt); return; } leptonica-1.70/prog/pdf2mtiff0000755000175000017500000000174511463463334014301 0ustar dandan#!/bin/bash # pdf2mtiff # # Rasterizes a PDF file, saving as a single multipage g4 compressed # tiff file # # input: PDF file # output file # output: ccitt-g4 compressed mulitipage tiff file scriptname=${0##*/} if test $# != 2 then echo "usage: " $scriptname " pdfin tiffout" exit -1 fi pdfin=$1 tiffout=$2 # assert (input pdf filename ends in .pdf) if test ${pdfin##*.} != pdf then echo $scriptname ": " $pdfin "does not end in .pdf" exit -1 fi # 'echo "0 neg 0 neg" translate' is the mysterious "primer" # choose one of the two options below # output image size at 300 ppi rm /tmp/junkpdf* echo "0 neg 0 neg" translate | /usr/bin/gs -sDEVICE=tiffg4 -sOutputFile=/tmp/junkpdf%03d.tif -r300x300 -q - ${pdfin} ./writemtiff /tmp junkpdf ${tiffout} # output image size at 600 ppi rm /tmp/junkpdf* echo "0 neg 0 neg" translate | /usr/bin/gs -sDEVICE=tiffg4 -sOutputFile=/tmp/junkpdf%03d.tif -r600x600 -q - ${pdfin} ./writemtiff /tmp junkpdf ${tiffout} leptonica-1.70/prog/graphicstest.c0000644000175000017500000000673312265247476015350 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * graphicstest.c * * e.g.: graphicstest fish24.jpg junkout */ #include "allheaders.h" int main(int argc, char **argv) { char *filein, *fileout; l_int32 d; BOX *box1, *box2, *box3, *box4; BOXA *boxa; PIX *pixs, *pix1; PTA *pta; static char mainName[] = "graphicstest"; if (argc != 3) return ERROR_INT(" Syntax: graphicstest filein fileout", mainName, 1); filein = argv[1]; fileout = argv[2]; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT(" Syntax: pixs not made", mainName, 1); d = pixGetDepth(pixs); if (d <= 8) pix1 = pixConvertTo32(pixs); else pix1 = pixClone(pixs); /* Paint on RGB */ pixRenderLineArb(pix1, 450, 20, 850, 320, 5, 200, 50, 125); pixRenderLineArb(pix1, 30, 40, 440, 40, 5, 100, 200, 25); pixRenderLineBlend(pix1, 30, 60, 440, 70, 5, 115, 200, 120, 0.3); pixRenderLineBlend(pix1, 30, 600, 440, 670, 9, 215, 115, 30, 0.5); pixRenderLineBlend(pix1, 130, 700, 540, 770, 9, 255, 255, 250, 0.4); pixRenderLineBlend(pix1, 130, 800, 540, 870, 9, 0, 0, 0, 0.4); box1 = boxCreate(70, 80, 300, 245); box2 = boxCreate(470, 180, 150, 205); box3 = boxCreate(520, 220, 160, 220); box4 = boxCreate(570, 260, 160, 220); boxa = boxaCreate(3); boxaAddBox(boxa, box2, L_INSERT); boxaAddBox(boxa, box3, L_INSERT); boxaAddBox(boxa, box4, L_INSERT); pixRenderBoxArb(pix1, box1, 3, 200, 200, 25); pixRenderBoxaBlend(pix1, boxa, 17, 200, 200, 25, 0.4, 1); pta = ptaCreate(5); ptaAddPt(pta, 250, 300); ptaAddPt(pta, 350, 450); ptaAddPt(pta, 400, 600); ptaAddPt(pta, 212, 512); ptaAddPt(pta, 180, 375); pixRenderPolylineBlend(pix1, pta, 17, 25, 200, 200, 0.5, 1, 1); pixWrite(fileout, pix1, IFF_JFIF_JPEG); pixDisplay(pix1, 200, 200); pixDestroy(&pixs); pixDestroy(&pix1); boxDestroy(&box1); boxaDestroy(&boxa); ptaDestroy(&pta); pixDestroy(&pixs); return 0; } leptonica-1.70/prog/binarize_reg.c0000644000175000017500000001331212240303475015260 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * binarize_reg.c * * Tests Sauvola local binarization and variants */ #include "allheaders.h" PIX *PixTest1(PIX *pixs, l_int32 size, l_float32 factor, L_REGPARAMS *rp); PIX *PixTest2(PIX *pixs, l_int32 size, l_float32 factor, l_int32 nx, l_int32 ny, L_REGPARAMS *rp); void PixTest3(PIX *pixs, l_int32 size, l_float32 factor, l_int32 nx, l_int32 ny, l_int32 paircount, L_REGPARAMS *rp); int main(int argc, char **argv) { PIX *pixs, *pixt1, *pixt2; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; pixs = pixRead("w91frag.jpg"); PixTest3(pixs, 3, 0.20, 2, 3, 0, rp); PixTest3(pixs, 6, 0.20, 100, 100, 1, rp); PixTest3(pixs, 10, 0.40, 10, 10, 2, rp); PixTest3(pixs, 10, 0.40, 20, 20, 3, rp); PixTest3(pixs, 20, 0.34, 30, 30, 4, rp); pixt1 = PixTest1(pixs, 7, 0.34, rp); pixt2 = PixTest2(pixs, 7, 0.34, 4, 4, rp); regTestComparePix(rp, pixt1, pixt2); pixDestroy(&pixt1); pixDestroy(&pixt2); /* Do combination of contrast norm and sauvola */ pixt1 = pixContrastNorm(NULL, pixs, 100, 100, 55, 1, 1); pixSauvolaBinarizeTiled(pixt1, 8, 0.34, 1, 1, NULL, &pixt2); regTestWritePixAndCheck(rp, pixt1, IFF_PNG); regTestWritePixAndCheck(rp, pixt2, IFF_PNG); pixDisplayWithTitle(pixt1, 100, 500, NULL, rp->display); pixDisplayWithTitle(pixt2, 700, 500, NULL, rp->display); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixs); return regTestCleanup(rp); } PIX * PixTest1(PIX *pixs, l_int32 size, l_float32 factor, L_REGPARAMS *rp) { l_int32 w, h; PIX *pixm, *pixsd, *pixth, *pixd, *pixt; PIXA *pixa; pixm = pixsd = pixth = pixd = NULL; pixGetDimensions(pixs, &w, &h, NULL); /* Get speed */ startTimer(); pixSauvolaBinarize(pixs, size, factor, 1, NULL, NULL, NULL, &pixd); fprintf(stderr, "\nSpeed: 1 tile, %7.3f Mpix/sec\n", (w * h / 1000000.) / stopTimer()); pixDestroy(&pixd); /* Get results */ pixSauvolaBinarize(pixs, size, factor, 1, &pixm, &pixsd, &pixth, &pixd); pixa = pixaCreate(0); pixSaveTiled(pixm, pixa, 1.0, 1, 30, 8); pixSaveTiled(pixsd, pixa, 1.0, 0, 30, 8); pixSaveTiled(pixth, pixa, 1.0, 1, 30, 8); pixSaveTiled(pixd, pixa, 1.0, 0, 30, 8); pixt = pixaDisplay(pixa, 0, 0); regTestWritePixAndCheck(rp, pixt, IFF_JFIF_JPEG); if (rp->index < 5) pixDisplayWithTitle(pixt, 100, 100, NULL, rp->display); regTestWritePixAndCheck(rp, pixd, IFF_PNG); pixaDestroy(&pixa); pixDestroy(&pixm); pixDestroy(&pixsd); pixDestroy(&pixth); pixDestroy(&pixt); return pixd; } PIX * PixTest2(PIX *pixs, l_int32 size, l_float32 factor, l_int32 nx, l_int32 ny, L_REGPARAMS *rp) { l_int32 w, h; PIX *pixth, *pixd, *pixt; PIXA *pixa; pixth = pixd = NULL; pixGetDimensions(pixs, &w, &h, NULL); /* Get speed */ startTimer(); pixSauvolaBinarizeTiled(pixs, size, factor, nx, ny, NULL, &pixd); fprintf(stderr, "Speed: %d x %d tiles, %7.3f Mpix/sec\n", nx, ny, (w * h / 1000000.) / stopTimer()); pixDestroy(&pixd); /* Get results */ pixSauvolaBinarizeTiled(pixs, size, factor, nx, ny, &pixth, &pixd); regTestWritePixAndCheck(rp, pixth, IFF_JFIF_JPEG); regTestWritePixAndCheck(rp, pixd, IFF_PNG); if (rp->index < 5 && rp->display) { pixa = pixaCreate(0); pixSaveTiled(pixth, pixa, 1.0, 1, 30, 8); pixSaveTiled(pixd, pixa, 1.0, 0, 30, 8); pixt = pixaDisplay(pixa, 0, 0); pixDisplayWithTitle(pixt, 100, 400, NULL, rp->display); pixDestroy(&pixt); pixaDestroy(&pixa); } pixDestroy(&pixth); return pixd; } void PixTest3(PIX *pixs, l_int32 size, l_float32 factor, l_int32 nx, l_int32 ny, l_int32 paircount, L_REGPARAMS *rp) { PIX *pixt1, *pixt2; pixt1 = PixTest1(pixs, size, factor, rp); pixt2 = PixTest2(pixs, size, factor, nx, ny, rp); regTestComparePix(rp, pixt1, pixt2); pixDestroy(&pixt1); pixDestroy(&pixt2); return; } leptonica-1.70/prog/convertsegfilestops.c0000644000175000017500000001351512242266621016740 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * convertsegfilestops.c * * Converts all image files in a 'page' directory, using optional * corresponding segmentation mask files in a 'mask' directory, * to a level 2 compressed PostScript file. This is done * automatically at a resolution that fits to a letter-sized * (8.5 x 11) inch page. The 'page' and 'mask' files are paired * by having the same number embedded in their name. * The 'numpre' and 'numpost' args specify the number of * characters at the beginning and end of the filename (not * counting any extension) that are NOT part of the page number. * For example, if the page numbers are 00000.jpg, 00001.jpg, ... * then numpre = numpost = 0. * * The mask directory must exist, but it does not need to have * any image mask files. * * The pages are taken in lexical order of the filenames. Therefore, * the embedded numbers should be 0-padded on the left up to * a fixed number of digits. * * PostScript (and pdf) allow regions of the image to be encoded * differently. Regions can be over-written, with the last writing * determining the final output. Black "ink" can also be written * through a mask that is given by a 1 bpp image. * * The page images are typically grayscale or color. To take advantage * of this depth, one typically upscales the text by 2.0. Likewise, * the images regions, denoted by foreground in the corresponding * segmentation mask, can be rendered at lower resolution, and * it is often useful to downscale the image parts by 0.5. * * If the mask does not exist, the entire page is interpreted as * text; it is converted to 1 bpp and written to file with * ccitt-g4 compression at the requested "textscale" relative * to the page image. If the mask exists and the foreground * covers the entire page, the entire page is saved with jpeg * ("dct") compression at the requested "imagescale". * If the mask exists and partially covers the page image, the * page is saved as a mixture of grayscale or rgb dct and 1 bpp g4. * * This uses a single global threshold for binarizing the text * (i.e., non-image) regions of every page. */ #include #include "allheaders.h" int main(int argc, char **argv) { char *pagedir, *pagestr, *maskdir, *maskstr, *fileout; l_int32 threshold, numpre, numpost, maxnum; l_float32 textscale, imagescale; if (argc != 12) { fprintf(stderr, " Syntax: convertsegfilestops pagedir pagestr maskdir maskstr \\ \n" " numpre numpost maxnum \\ \n" " textscale imagescale thresh fileout\n" " where\n" " pagedir: Input directory for page image files\n" " pagestr: Substring for matching; use 'allfiles' to\n" " convert all files in the page directory\n" " maskdir: Input directory for mask image files\n" " maskstr: Substring for matching; use 'allfiles' to\n" " convert all files in the mask directory\n" " numpre: Number of characters in name before number\n" " numpost: Number of characters in name after number\n" " maxnum: Only consider page numbers up to this value\n" " textscale: Scale of text output relative to pixs\n" " imagescale: Scale of image output relative to pixs\n" " thresh: threshold for binarization; typically about\n" " 180; use 0 for default\n" " fileout: Output p file\n"); return 1; } pagedir = argv[1]; pagestr = argv[2]; maskdir = argv[3]; maskstr = argv[4]; numpre = atoi(argv[5]); numpost = atoi(argv[6]); maxnum = atoi(argv[7]); textscale = atof(argv[8]); imagescale = atof(argv[9]); threshold = atoi(argv[10]); fileout = argv[11]; if (!strcmp(pagestr, "allfiles")) pagestr = NULL; if (!strcmp(maskstr, "allfiles")) maskstr = NULL; return convertSegmentedPagesToPS(pagedir, pagestr, maskdir, maskstr, numpre, numpost, maxnum, textscale, imagescale, threshold, fileout); } leptonica-1.70/prog/blender8.png0000444000175000017500000000342310327060544014666 0ustar dandan‰PNG  IHDR5/fÀÝQgAMA± üa8tEXtSoftwareXV Version 3.10a Rev: 12/29/94 (PNG patch 1.2)Ý.I IDATxœ%•½²$GF¿/3«ª{f°Ë*  ^ŸWäq°1°ð ]­öçÎtwUe&Æš'ŽwœÃ¿ ”cŸsÀ:©VL›ex Š$ç y>¡–ŒŒû6ÆÔBä ˆˆˆ ‰®¦BdˆH±žstïÇžZ@Fdͤ¨ ­ª¨©‹šÁž4;æ~Ûú§á´L1IŸÑÜf*¥ÑbÐÖ }¶L€ioÛv;:|Â0 ‰ &’6Q+–¥µÚŠLĤ½¿í½ûHUä ‰ÈHˆÐ€”ºT”¶,ËZWPØûmIED"æt÷ð€ˆI){ ­m=_–+LZOQ%cdmÙ—˜ãȉL£TSÁŒð9.¥ I³""´ Ô–]ý¸ÝtŸ3ĤÇÈ0cîÚD©´“ HUÌœî)I02³D?dÑ’|l³¢!ö ™@´áécvO*ºPÜ#)pÌ#)*ô;«jwpbcÌéÓGw䌮V"n·Õ*‘sŽ"’æË”Ùe™×CÇƤdÌîZ“Z"Dˆ”ˆÙ#hÌů/³^~íÃC:cŽ¨€hY (IQ’7qRŽ½/w Ÿ«ÀcÄ!Š‘QNZD´V"RFDPbû2$öÛª…<汓ðé1ªqŽCÇz·V3Khj‘Èpwÿø"wÏȱo×—í%2€D(¤Ö ¦Rjˆ aÈ>Žã:ÛhÛ§/#úv#£C—*[ô°º’Ä„ÍÌq»mG·Ëüøérl±,£Ì 2›'0·i>É›e³"@X|¿nZç§Ý—Rî_Ýmÿ*±KmMsö¥‹m,k5¤Xdÿü2òJ̬¯ï_}ýÇ{]Þe=”RòjÏü9ªXö_Ÿš‰ÀÄGw*öýÈÓýÏõrþ\Žw×í¤v•Ù‘‘‘µ·L«ú— Ÿy§ªð³µÖJêÏ_®¬B½këӛ׊Hö.õ²4‰(ú׸nz÷ ,ÇõÅO\¦Ðe•Ó·o¿û¦DÁì]÷l,’jjeב·ýó¾½~8ŸÏú´ü÷èöðê›ÇÖsÛ¯·8¿z=?å¾NÛð¬ÌOð­¿~ùù»7wzùþòé·ÏÙNkãqëÇËË—[Þ4öþüXºÑZ‰‘íž –õ¶¿NåIN§çëõȹoÇ}îûô~¼<¥˜Ø)|£ôòlq›¸é¯¿Ùšœ‡gß+Ó©>2l•à´õ›Çêafb¿[uïòíùÃËùòa.Ÿž?Ô_$§ªU ž†X)f\µ2L,33Q׋`•GÊzÁ)«©–“…V3&¨]´Ôjz(‰D.§3²ÛÆÓã‘U®VÖû6Åàaš¢µ¶jOá‘™–‰NMÐÎbÆåœ\{+Ö¢õfá„df‚"æ@FXNæ¬g¶®ÕR¢µZ¼¦‰J TETMU¶L‚0šyšt.Õ– 9­k‹š ™‹ZkÕôFª@€Ö¢ÈEfç}‰EcúE¤YiÕˆ ½2‚R¼8Or¬Ÿ–¥õjé}¤0¦Cˆth¸bI,†YÂ,®liûÉ/˜¥Ú ÂÕ€8@40 0™$W8BˆCT_—€¯áÒ¾B‚ ‚$5§'@ª„§1üjA’ÿõñ’è®7”tIMEÕ &4ó˜øè^tEXtCommentCREATOR: XV Version 3.10a Rev: 12/29/94 (PNG patch 1.2) Quality = 75, Smoothing = 0 E=…—IEND®B`‚leptonica-1.70/prog/ccthin2_reg.c0000644000175000017500000001063512270122643015013 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * ccthin2_reg.c * * Tests the examples in pixThinExamples() */ #include "allheaders.h" int main(int argc, char **argv) { l_int32 index, maxiters, type; BOX *box; PIX *pix, *pixs, *pixd, *pixt; PIXA *pixa; static char mainName[] = "ccthin2_reg"; if (argc != 1 && argc != 3) return ERROR_INT(" Syntax: ccthin2_reg [index maxiters]", mainName, 1); pixDisplayWrite(NULL, 0); pix = pixRead("feyn.tif"); box = boxCreate(683, 799, 970, 479); pixs = pixClipRectangle(pix, box, NULL); pixDisplayWrite(pixs, 1); /* Just do one of the examples */ if (argc == 3) { index = atoi(argv[1]); maxiters = atoi(argv[2]); if (index <= 7) type = L_THIN_FG; else type = L_THIN_BG; pixt = pixThinExamples(pixs, type, index, maxiters, "/tmp/junksels.png"); pixDisplay(pixt, 100, 100); pixDisplayWrite(pixt, 1); pixDestroy(&pixt); pixDisplayMultiple("/tmp/display/file*"); return 0; } /* Do all the examples */ pixt = pixThinExamples(pixs, L_THIN_FG, 1, 0, "/tmp/junksel_example1.png"); pixDisplayWrite(pixt, 1); pixDestroy(&pixt); pixt = pixThinExamples(pixs, L_THIN_FG, 2, 0, "/tmp/junksel_example2.png"); pixDisplayWrite(pixt, 1); pixDestroy(&pixt); pixt = pixThinExamples(pixs, L_THIN_FG, 3, 0, "/tmp/junksel_example3.png"); pixDisplayWrite(pixt, 1); pixDestroy(&pixt); pixt = pixThinExamples(pixs, L_THIN_FG, 4, 0, "/tmp/junksel_example4.png"); pixDisplayWrite(pixt, 1); pixDestroy(&pixt); pixt = pixThinExamples(pixs, L_THIN_FG, 5, 0, "/tmp/junksel_example5.png"); pixDisplayWrite(pixt, 1); pixDestroy(&pixt); pixt = pixThinExamples(pixs, L_THIN_FG, 6, 0, "/tmp/junksel_example6.png"); pixDisplayWrite(pixt, 1); pixDestroy(&pixt); pixt = pixThinExamples(pixs, L_THIN_FG, 7, 0, "/tmp/junksel_example7.png"); pixDisplayWrite(pixt, 1); pixDestroy(&pixt); pixt = pixThinExamples(pixs, L_THIN_BG, 8, 5, "/tmp/junksel_example8.png"); pixDisplayWrite(pixt, 1); pixDestroy(&pixt); pixt = pixThinExamples(pixs, L_THIN_BG, 9, 5, "/tmp/junksel_example9.png"); pixDisplayWrite(pixt, 1); pixDestroy(&pixt); /* Display the thinning results */ pixa = pixaReadFiles("/tmp/display", "file"); pixd = pixaDisplayTiledAndScaled(pixa, 8, 500, 1, 0, 25, 2); pixWrite("/tmp/junktiles.jpg", pixd, IFF_JFIF_JPEG); pixDestroy(&pixd); pixaDestroy(&pixa); /* Display the sels used in the examples */ pixa = pixaReadFiles("/tmp", "junksel_example"); pixd = pixaDisplayTiledInRows(pixa, 1, 500, 1.0, 0, 50, 2); pixWrite("/tmp/junksels.png", pixd, IFF_PNG); pixDestroy(&pixd); pixaDestroy(&pixa); pixDestroy(&pix); pixDestroy(&pixs); boxDestroy(&box); pixDisplayMultiple("/tmp/display/file*"); return 0; } leptonica-1.70/prog/barcode-upc-300.png0000444000175000017500000001234710770123063015652 0ustar dandan‰PNG  IHDRÍ™ZÃ1PgAMA± üa8tEXtSoftwareXV Version 3.10a Rev: 12/29/94 (PNG patch 1.2)Ý.IIDATxœí¿#ÉuÇ»ÕÆ`l‡Ðle }™' §mÀÈ œRƒÁ6‰6Ð ÍŸà?Áÿ€kšÁ8»PiC\‚êp½]~Uý«~¼ªng!Yº›½å~öíç}ß«"±âDâK=xôŽ~G¿£ßÑïèwô;úOý×CÿøåÐoñø£GóümÑ´õ›¡yNàŸå[¡ÏB¤ð¯ï>Ë'ßKôñG-Eà é¾.E+¿ª£ž¼QUójt“ó<ŠŠ&‚gòÍ>Yè#‚ÎçÐ<çYe<ÜöUzñ,I«?‹:tÝ¥% áË(zhrø:‹ëûô4‹ÎÑ¡éßuèãay„æèºG³û$zH#–“C“&l“ÒB)<~„2YFÊ}€?Då¤Þ¥2×G¾%õ>=°<96+Âî³zZ5›Ò]¯"šCÅB$tCŽ\¡K¾Mé>«YQ› a™šày×=º”­ä:f=šÝ“c“ÊAѪjž±ù6fºžÐ  AJK`ÐË&=²~çmF÷9…èÐw¹è†¨Á‚‚ÝAŠ;4”Ú¡[…æ w:å›hË’*ôxìã @Ÿ|Y±\¡“V¹¦ÑÝ„Þ~͵±ôdDÿüWöK›ÂQУëMz=>…Î:4ϺœÐ T¡AÈa×¹†J×ëÙðe²…BÇ ýÏÙ€æ†Èu&¢Ð)aÛl~sØ3‰¼‰–;¤Uè¤Î»ª[‰—èc¦÷äð@".ÿ H\φ¯CtèÞ5«1…e$]ç°ùRøÍêh>דèº8Šú¥£“b!×°X*¿TûºQh è3è´CßÇ¢IáŽè¢ jÐåRÝ èZî8 `mÆþê·‹Öeª´<;4‘è•DË¥ªŽ‚Ÿthò×Åá{yÁ¯s¹6ËP³¨)d°ÃÇ]ËßrþUz†ŸƒNÎÞîm´èÑ<ëÑ%O /Kû»Â}:‡DÑò hy{4\¿_fü‚ö•èš¨{¨¼Îx‡×¡y6÷üÃüSpôü£Žò/…¦_Í–?ÿZtû³/†¾âñÿýC+ä|~;ôg¸×ñ¥R¯’“{Æ^ƒ†×‰UUŠ&kS¸5šèã«ÐŸ¿ýxØæMLSA4Ïš=V].GÿøXš)Kœ¬äÝ­ºM­W=¡—»>Õ‚Â=€Ž¢»­‰†ÃÏD¯D§Œ Uoíªß}×¹NßÀuNݪ+´ê+ÂOõ É­áSè¡=ºžª…ˆW¸¾(4Ñ™æÚQèó•®5ô:÷¡¯âMîúš6^\×!!§«rÍt4‰TB-^)„LBÖ™DÃzªL!âBì6fýæKð¥z š¢hÛ5]¿-‚áSBö^ו Úhj%Ä@·ÿž³®ú±8äK]:YàîÌuÆI¯>2Lˆ \Ñ 7âÁª–4f_JS ­W½õ¡ÛÞµÎIu9±æ>{ô IgÂ7º6ÛØ";Ÿ_^ÚûüÉ'$µÖ““k|dxMr~â±Í¿ ©´A‡6&¥5è"Ú\<ñg±ñWm·ÑF«‘qÑ\¢+…öºt¥¡[èâ’„ðçöoÅ#ÿG± '„k›¸UcÓÈ£v—?6?Y ×Ö4zÑVÕÑöcúØü¢ÍZík.]¹Ž— Öyä»ESím#žÞ®Óê‘ï#Ôum…o@—8ÚtýƒXeçÇf{ÂGeÕ}ƒŽïëUþüØ|JÖÞ\Bb¼8úW€æ…X!te&Ä#A?qD÷®'!¥› ½Rè6Œ6\§•sìbB^:ôK» ´qrÝ¢®ñ\3™§ÖlóÊS5\k ±ÑØ4²6K«ç Û}ŠÐ\®ðU¤:ÏïkåBÞÂݳ1±Ñè)‡Œ% ~¢OûÚ ß’„´‘ ¹zóî¿„ƒ®§i æ? 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TϹxolS`€‚G^´òcÚWyBxëùóL‘FÌAr§#ž)ÈéäîÜU— =*´÷K*sØ+6á‹*;±RNäc9J¿ñE²Âg¼†) !ÜËŒðqÓñ®_Qñû‰JéhFOÏ$‡!Ç”¢œ3WtøüÉvŸJ·§Jöí ÈV=kNá³i1ë–¦iÀ\ Tš¿ú¢{æ¸ùGÎXr3QŽµj3À­VŒ6½Pgàt÷ÍU˜ï·¸ëIluzœRùS!ǘEhÆ»íäÀ8Qž;RÙê'L•¥R9à‚zÖTºŠ½Ûʈ@fÈ¡&µq08µã“YSO, ‡`£Ò«*R 38gbÌ›½HíL1³àƒÜžô*`üÇ!ªÁ€X#Ç4ª‘»s»bh@ó´äd¯ΦHè'§R= Y,»X…ÏòšÕqéÎjd¬ÎW·SëøU‰cŒ@@^GrsšKKp;…Ú~a»Ž*K†U»ã²O&<íe®:úÔÞbä`“’8Ç_©íC‚8A¸e³Æj‚ –óXl'’8J‡ÌŸËÜ8Ϩô¢{˜’ÜÄW•éƒY7·,m%ˤ ™Î3ÜŸzáüMãéC5¥™F*6¬Èr¾™«Î^W•Ë1É'&¬A SZÚ‚¤?óIñZϺL•ö§ëW0\,Î5¥á¹m,ìä–yIÙÿëŠÍ¿×¡´I%•±Ý@a^[¯øŽëV¹eÂÑIþ~µÏ'­8&*ì ª­ZyÊ©€qÚªM"<{BóëUã »æÎ)Y2äqéN (ÛL'ð¦’AHZ£-šÜÓ”ÓW’)º¦´].=*k¢Ac\uñÍìŸZ¯Ú–†ûµ4ñN+SIà¹ö®‚ UëÍaίop× ÷Žj;«æG ÍÜTÒG"é$ÌçvyΦžŸ6¿j²°ÈH ÓÁm»rqéMÚăޣÆd\‚Fy»½[±µ±\Ï2„û¨úŠžóÅÖÂŽÒÙÙñJzW9ónG³±-ÇsV’ÀÈQùR•ã¥Bã X^E)^¼U…>`úSœúÖ¼Z©qeÐÚ;$¼é[ú/… £H×Ñ«c9×ýzì-áH"RƆùPã Uˆ÷ÞWS×#Š¸cxùÞ8î9þUJP€;•#/îÁa´0$1êÏ4A,ÃœãùRgæç«sJˆóJ<°Aè=jdµ‘Ï÷³Œæ¬àFH˽Á§ïùDhx*1Éö©m¢d”ŽBx¥šBB©°g#µC´ùAŠÙÎ3NFs7Ìxâ‘Qâ )åOJ—Îf‹ç  'Šlûa+ó‡$  pwzõJåØ¡¢8 ã¿éUÞB¥Yó‚Z«y¨‘ÞÆ ‚Àp>¾•ÏÞx³OÓ·æ78]¹?_ʹë¿Çspæݼ¼p…QêkœÕ¯.o#%æÞ£žµ—i˜®ÙÉ´ÖB£bƒó0žgo+`ásÅC»=hš&” óM-Q´€TFBzRª— I©¥¶hP3“Ú¶tÿõiW÷…‡'Šuƒ¹'j{—¨Ç½qw'7RzˆRÒ?Ü4ÁÏ4êpéZú`ýË·~­¸Oî†;)ªÎ¡¬þ~FyÍgiP$š”¯°AÀ÷«‰ÿC“¶^¹Z|3(÷¯K“CY®Á¸÷zæ°îaÞ­DsOz~ÍÎ ±è£’j¶>VÝÓ¦)ñÅpèÏê£$ªç˜Z@N㊹g¥O¨åDXr ·Ÿë[Qx1Ò¤šU9 ²^ß…uÐ&ÈD° áp1Ÿ¥X !„Æjç=jF‡²pGû=*Håç#*py©áR2âi¬›ORIç¯Ö¥òMÆì@ìM=¡e\‚3ÆjKH“瀰ŚwšUqIÉ VcŒ:Òá†pÿõ©nÀî#<š’%Ò.9aóU‰cÚʪ Ž:æ¡t’ILL¬ à°Ç#ð¥c–ÎÞFsÐRíWvW*p)ªé !ÝlûsJQHÚU°NàI9Ç­U˜c*§{)ÁÆ9÷¦G±JÊdVÀ$¨==)ò\±w‰•Y¹8ãõ¬KŸiÚuÞÛ›•ógõõôÿëWk¾9¸¹wK<ÀŽ[vÞ8ì1ôþuȇyC39$œ’M_µDy ³ª¨f–{¨¤¹÷éL´¹òƒaµ$· ÄðØT§žô½EqÔÐN)–?ãW#´ŽH¸l·zdv%+'~•úc¡Ì|Š¬H¤R©g2° ã°­¦µs²ÙO®j¼Û¾Ã‘œ`ÔâfÇ$õ¦êGm»© 8 bpp --> 1 bpp */ pixt1 = pixConvertTo8(pixs1, FALSE); pixt2 = pixThreshold8(pixt1, 1, 0, 0); pixEqual(pixs1, pixt2, &same); if (!same) { pixDisplayWithTitle(pixs1, 100, 100, "1 bpp, no cmap", DFLAG); pixDisplayWithTitle(pixt2, 500, 100, "1 bpp, no cmap", DFLAG); error = TRUE; sarrayAddString(sa, (char *)"conversion 1 bpp <==> 8 bpp", L_COPY); } else fprintf(stderr, "OK: conversion 1 bpp <==> 8 bpp\n"); pixDestroy(&pixt1); pixDestroy(&pixt2); /* Conversion: 2 bpp --> 8 bpp --> 2 bpp */ /* Conversion: 2 bpp cmap --> 8 bpp cmap --> 2 bpp cmap */ pixt1 = pixRemoveColormap(pixs2, REMOVE_CMAP_TO_GRAYSCALE); pixt2 = pixThreshold8(pixt1, 2, 4, 0); pixt3 = pixConvertTo8(pixt2, FALSE); pixt4 = pixThreshold8(pixt3, 2, 4, 0); pixEqual(pixt2, pixt4, &same); if (!same) { pixDisplayWithTitle(pixt2, 100, 100, "2 bpp, no cmap", DFLAG); pixDisplayWithTitle(pixt4, 500, 100, "2 bpp, no cmap", DFLAG); error = TRUE; sarrayAddString(sa, (char *)"conversion 2 bpp <==> 8 bpp", L_COPY); } else fprintf(stderr, "OK: conversion 2 bpp <==> 8 bpp\n"); pixt5 = pixConvertTo8(pixs2, TRUE); pixt6 = pixThreshold8(pixt5, 2, 4, 1); pixEqual(pixs2, pixt6, &same); if (!same) { pixDisplayWithTitle(pixs2, 100, 100, "2 bpp, cmap", DFLAG); pixDisplayWithTitle(pixt6, 500, 100, "2 bpp, cmap", DFLAG); error = TRUE; sarrayAddString(sa, (char *)"conversion 2 bpp <==> 8 bpp; cmap", L_COPY); } else fprintf(stderr, "OK: conversion 2 bpp <==> 8 bpp; cmap\n"); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); pixDestroy(&pixt5); pixDestroy(&pixt6); /* Conversion: 4 bpp --> 8 bpp --> 4 bpp */ /* Conversion: 4 bpp cmap --> 8 bpp cmap --> 4 bpp cmap */ pixt1 = pixRemoveColormap(pixs4, REMOVE_CMAP_TO_GRAYSCALE); pixt2 = pixThreshold8(pixt1, 4, 16, 0); pixt3 = pixConvertTo8(pixt2, FALSE); pixt4 = pixThreshold8(pixt3, 4, 16, 0); pixEqual(pixt2, pixt4, &same); if (!same) { pixDisplayWithTitle(pixt2, 100, 100, "4 bpp, no cmap", DFLAG); pixDisplayWithTitle(pixt4, 500, 100, "4 bpp, no cmap", DFLAG); error = TRUE; sarrayAddString(sa, (char *)"conversion 4 bpp <==> 8 bpp", L_COPY); } else fprintf(stderr, "OK: conversion 4 bpp <==> 8 bpp\n"); pixt5 = pixConvertTo8(pixs4, TRUE); pixt6 = pixThreshold8(pixt5, 4, 16, 1); pixEqual(pixs4, pixt6, &same); if (!same) { pixDisplayWithTitle(pixs4, 100, 100, "4 bpp, cmap", DFLAG); pixDisplayWithTitle(pixt6, 500, 100, "4 bpp, cmap", DFLAG); error = TRUE; sarrayAddString(sa, (char *)"conversion 4 bpp <==> 8 bpp, cmap", L_COPY); } else fprintf(stderr, "OK: conversion 4 bpp <==> 8 bpp; cmap\n"); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); pixDestroy(&pixt5); pixDestroy(&pixt6); /* Conversion: 2 bpp cmap --> 2 bpp --> 2 bpp cmap --> 2 bpp */ pixt1 = pixRemoveColormap(pixs2, REMOVE_CMAP_TO_GRAYSCALE); pixt2 = pixConvertGrayToColormap(pixt1); pixt3 = pixRemoveColormap(pixt2, REMOVE_CMAP_TO_GRAYSCALE); pixt4 = pixThresholdTo2bpp(pixt3, 4, 1); pixEqual(pixt1, pixt4, &same); if (!same) { pixDisplayWithTitle(pixs2, 100, 100, "2 bpp, cmap", DFLAG); pixDisplayWithTitle(pixt4, 500, 100, "2 bpp, cmap", DFLAG); error = TRUE; sarrayAddString(sa, (char *)"conversion 2 bpp <==> 2 bpp", L_COPY); } else fprintf(stderr, "OK: conversion 2 bpp <==> 2 bpp\n"); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); /* Conversion: 4 bpp cmap --> 4 bpp --> 4 bpp cmap --> 4 bpp */ pixt1 = pixRemoveColormap(pixs4, REMOVE_CMAP_TO_GRAYSCALE); pixt2 = pixConvertGrayToColormap(pixt1); pixt3 = pixRemoveColormap(pixt2, REMOVE_CMAP_TO_GRAYSCALE); pixt4 = pixThresholdTo4bpp(pixt3, 16, 1); pixEqual(pixt1, pixt4, &same); if (!same) { pixDisplayWithTitle(pixs4, 100, 100, "4 bpp, cmap", DFLAG); pixDisplayWithTitle(pixt4, 500, 100, "4 bpp, cmap", DFLAG); error = TRUE; sarrayAddString(sa, (char *)"conversion 4 bpp <==> 4 bpp", L_COPY); } else fprintf(stderr, "OK: conversion 4 bpp <==> 4 bpp\n"); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); /* Conversion: 8 bpp --> 8 bpp cmap --> 8 bpp */ pixt1 = pixConvertTo8(pixs8, TRUE); pixt2 = pixConvertTo8(pixt1, FALSE); pixEqual(pixs8, pixt2, &same); if (!same) { pixDisplayWithTitle(pixt1, 100, 100, "8 bpp, cmap", DFLAG); pixDisplayWithTitle(pixt2, 500, 100, "8 bpp, no cmap", DFLAG); error = TRUE; sarrayAddString(sa, (char *)"conversion 8 bpp <==> 8 bpp", L_COPY); } else fprintf(stderr, "OK: conversion 8 bpp <==> 8 bpp\n"); pixDestroy(&pixt1); pixDestroy(&pixt2); /* Conversion: 2 bpp cmap --> 32 bpp --> 2 bpp cmap */ pixt1 = pixConvertTo8(pixc2, TRUE); pixt2 = pixConvertTo32(pixt1); pixt3 = pixConvertTo32(pixc2); pixEqual(pixt2, pixt3, &same); if (!same) { pixDisplayWithTitle(pixt2, 100, 100, "32 bpp", DFLAG); pixDisplayWithTitle(pixt3, 500, 100, "32 bpp", DFLAG); error = TRUE; sarrayAddString(sa, (char *)"conversion 2 bpp ==> 32 bpp", L_COPY); } else fprintf(stderr, "OK: conversion 2 bpp <==> 32 bpp\n"); cmap = pixGetColormap(pixc2); pixt4 = pixOctcubeQuantFromCmap(pixt3, cmap, 2, 4, L_EUCLIDEAN_DISTANCE); pixEqual(pixc2, pixt4, &same); if (!same) { pixDisplayWithTitle(pixc2, 100, 100, "4 bpp, cmap", DFLAG); pixDisplayWithTitle(pixt4, 500, 100, "4 bpp, cmap", DFLAG); error = TRUE; sarrayAddString(sa, (char *)"conversion 2 bpp <==> 32 bpp", L_COPY); } else fprintf(stderr, "OK: conversion 2 bpp <==> 32 bpp\n"); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); /* Conversion: 4 bpp cmap --> 32 bpp --> 4 bpp cmap */ pixt1 = pixConvertTo8(pixc4, TRUE); pixt2 = pixConvertTo32(pixt1); pixt3 = pixConvertTo32(pixc4); pixEqual(pixt2, pixt3, &same); if (!same) { pixDisplayWithTitle(pixt2, 100, 100, "32 bpp", DFLAG); pixDisplayWithTitle(pixt3, 500, 100, "32 bpp", DFLAG); error = TRUE; sarrayAddString(sa, (char *)"conversion 4 bpp ==> 32 bpp", L_COPY); } else fprintf(stderr, "OK: conversion 4 bpp <==> 32 bpp\n"); cmap = pixGetColormap(pixc4); pixt4 = pixOctcubeQuantFromCmap(pixt3, cmap, 2, 4, L_EUCLIDEAN_DISTANCE); pixEqual(pixc4, pixt4, &same); if (!same) { pixDisplayWithTitle(pixc4, 100, 100, "4 bpp, cmap", DFLAG); pixDisplayWithTitle(pixt4, 500, 100, "4 bpp, cmap", DFLAG); error = TRUE; sarrayAddString(sa, (char *)"conversion 4 bpp <==> 32 bpp", L_COPY); } else fprintf(stderr, "OK: conversion 4 bpp <==> 32 bpp\n"); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); /* Conversion: 8 bpp --> 32 bpp --> 8 bpp */ pixt1 = pixConvertTo32(pixs8); pixt2 = pixConvertTo8(pixt1, FALSE); pixEqual(pixs8, pixt2, &same); if (!same) { pixDisplayWithTitle(pixs8, 100, 100, "8 bpp", DFLAG); pixDisplayWithTitle(pixt2, 500, 100, "8 bpp", DFLAG); error = TRUE; sarrayAddString(sa, (char *)"conversion 8 bpp <==> 32 bpp", L_COPY); } else fprintf(stderr, "OK: conversion 8 bpp <==> 32 bpp\n"); pixDestroy(&pixt1); pixDestroy(&pixt2); /* Conversion: 8 bpp --> 16 bpp --> 8 bpp */ pixt1 = pixConvert8To16(pixs8, 8); pixt2 = pixConvertTo8(pixt1, FALSE); pixEqual(pixs8, pixt2, &same); if (!same) { pixDisplayWithTitle(pixs8, 100, 100, "8 bpp", DFLAG); pixDisplayWithTitle(pixt2, 500, 100, "8 bpp", DFLAG); error = TRUE; sarrayAddString(sa, (char *)"conversion 8 bpp <==> 16 bpp", L_COPY); } else fprintf(stderr, "OK: conversion 8 bpp <==> 16 bpp\n"); pixDestroy(&pixt1); pixDestroy(&pixt2); /* Conversion: 16 bpp --> 8 bpp --> 16 bpp */ pixt1 = pixConvert16To8(pixs16, 1); pixt2 = pixConvertTo16(pixt1); pixWrite("/tmp/junkpix.png", pixt2, IFF_PNG); pixEqual(pixs16, pixt2, &same); if (!same) { pixDisplayWithTitle(pixs16, 100, 100, "16 bpp", DFLAG); pixDisplayWithTitle(pixt2, 500, 100, "16 bpp", DFLAG); error = TRUE; sarrayAddString(sa, (char *)"conversion 16 bpp <==> 8 bpp", L_COPY); } else fprintf(stderr, "OK: conversion 16 bpp <==> 8 bpp\n"); pixDestroy(&pixt1); pixDestroy(&pixt2); /* Conversion: 8 bpp cmap --> 32 bpp --> 8 bpp cmap */ /* Required to go to level 6 of octcube to get identical result */ pixt1 = pixConvertTo32(pixc8); cmap = pixGetColormap(pixc8); pixt2 = pixOctcubeQuantFromCmap(pixt1, cmap, 2, 6, L_EUCLIDEAN_DISTANCE); pixEqual(pixc8, pixt2, &same); if (!same) { pixDisplayWithTitle(pixc8, 100, 100, "8 bpp cmap", DFLAG); pixDisplayWithTitle(pixt2, 500, 100, "8 bpp cmap", DFLAG); error = TRUE; sarrayAddString(sa, (char *)"conversion 8 bpp cmap <==> 32 bpp cmap", L_COPY); } else fprintf(stderr, "OK: conversion 8 bpp <==> 32 bpp\n"); pixDestroy(&pixt1); pixDestroy(&pixt2); /* Summarize results */ if (error == FALSE) fprintf(stderr, "No errors found\n"); else { errorstr = sarrayToString(sa, 1); fprintf(stderr, "Errors in the following:\n %s", errorstr); lept_free(errorstr); } sarrayDestroy(&sa); pixDestroy(&pixs1); pixDestroy(&pixs2); pixDestroy(&pixs4); pixDestroy(&pixc2); pixDestroy(&pixc4); pixDestroy(&pixs8); pixDestroy(&pixc8); pixDestroy(&pixs16); pixDestroy(&pixs32); return 0; } leptonica-1.70/prog/grayfill_reg.c0000644000175000017500000001410512240303067015264 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * grayfill_reg.c * */ #include "allheaders.h" void PixTestEqual(PIX *pixs1, PIX *pixs2, PIX *pixm, l_int32 set, l_int32 connectivity); int main(int argc, char **argv) { l_int32 i, j; PIX *pixm, *pixmi, *pixs1, *pixs1_8; PIX *pixs2, *pixs2_8, *pixs3, *pixs3_8; PIX *pixb1, *pixb2, *pixb3, *pixmin, *pixd; PIXA *pixac; pixDisplayWrite(NULL, -1); pixac = pixaCreate(0); /* Mask */ pixm = pixCreate(200, 200, 8); for (i = 0; i < 200; i++) for (j = 0; j < 200; j++) pixSetPixel(pixm, j, i, 20 + L_ABS((100 - i) * (100 - j)) / 50); pixmi = pixInvert(NULL, pixm); /* Seed1 */ pixs1 = pixCreate(200, 200, 8); for (i = 99; i <= 101; i++) for (j = 99; j <= 101; j++) pixSetPixel(pixs1, j, i, 50 - i/100 - j/100); pixs1_8 = pixCopy(NULL, pixs1); /* Seed2 */ pixs2 = pixCreate(200, 200, 8); for (i = 99; i <= 101; i++) for (j = 99; j <= 101; j++) pixSetPixel(pixs2, j, i, 205 - i/100 - j/100); pixs2_8 = pixCopy(NULL, pixs2); /* Inverse grayscale fill */ pixSaveTiled(pixm, pixac, 1.0, 1, 10, 8); pixSaveTiled(pixs1, pixac, 1.0, 0, 10, 0); pixSeedfillGrayInv(pixs1, pixm, 4); pixSeedfillGrayInv(pixs1_8, pixm, 8); pixSaveTiled(pixs1, pixac, 1.0, 0, 10, 0); pixSaveTiled(pixs1_8, pixac, 1.0, 0, 10, 0); pixb1 = pixThresholdToBinary(pixs1, 20); pixSaveTiled(pixb1, pixac, 1.0, 0, 10, 0); pixCombineMasked(pixs1, pixm, pixb1); pixSaveTiled(pixs1, pixac, 1.0, 0, 10, 0); pixDestroy(&pixs1); pixDestroy(&pixs1_8); pixDestroy(&pixb1); /* Standard grayscale fill */ pixSaveTiled(pixmi, pixac, 1.0, 1, 10, 0); pixSaveTiled(pixs2, pixac, 1.0, 0, 10, 0); pixSeedfillGray(pixs2, pixmi, 4); pixSeedfillGray(pixs2_8, pixmi, 8); pixSaveTiled(pixs2, pixac, 1.0, 0, 10, 0); pixSaveTiled(pixs2_8, pixac, 1.0, 0, 10, 0); pixb2 = pixThresholdToBinary(pixs2, 205); pixSaveTiled(pixb2, pixac, 1.0, 0, 10, 0); pixDestroy(&pixs2); pixDestroy(&pixs2_8); pixDestroy(&pixb2); /* Basin fill from minima as seed */ pixSaveTiled(pixm, pixac, 1.0, 1, 10, 8); pixLocalExtrema(pixm, 0, 0, &pixmin, NULL); pixSaveTiled(pixmin, pixac, 1.0, 0, 10, 0); pixs3 = pixSeedfillGrayBasin(pixmin, pixm, 30, 4); pixs3_8 = pixSeedfillGrayBasin(pixmin, pixm, 30, 8); pixSaveTiled(pixs3, pixac, 1.0, 0, 10, 0); pixSaveTiled(pixs3_8, pixac, 1.0, 0, 10, 0); pixb3 = pixThresholdToBinary(pixs3, 60); pixSaveTiled(pixb3, pixac, 1.0, 0, 10, 0); pixDestroy(&pixs3); pixDestroy(&pixs3_8); pixDestroy(&pixb3); pixd = pixaDisplay(pixac, 0, 0); pixDisplay(pixd, 100, 100); pixWrite("/tmp/junkfill.png", pixd, IFF_PNG); pixDestroy(&pixd); pixaDestroy(&pixac); /* Compare hybrid and iterative gray seedfills */ pixs1 = pixCopy(NULL, pixm); pixs2 = pixCopy(NULL, pixm); pixAddConstantGray(pixs1, -30); pixAddConstantGray(pixs2, 60); PixTestEqual(pixs1, pixs2, pixm, 1, 4); PixTestEqual(pixs1, pixs2, pixm, 2, 8); PixTestEqual(pixs2, pixs1, pixm, 3, 4); PixTestEqual(pixs2, pixs1, pixm, 4, 8); pixDestroy(&pixs1); pixDestroy(&pixs2); pixDestroy(&pixm); pixDestroy(&pixmi); pixDestroy(&pixmin); return 0; } void PixTestEqual(PIX *pixs1, PIX *pixs2, PIX *pixm, l_int32 set, l_int32 connectivity) { l_int32 same; PIX *pixc11, *pixc12, *pixc21, *pixc22, *pixmi; pixmi = pixInvert(NULL, pixm); pixc11 = pixCopy(NULL, pixs1); pixc12 = pixCopy(NULL, pixs1); pixc21 = pixCopy(NULL, pixs2); pixc22 = pixCopy(NULL, pixs2); /* Test inverse seed filling */ pixSeedfillGrayInv(pixc11, pixm, connectivity); pixSeedfillGrayInvSimple(pixc12, pixm, connectivity); pixEqual(pixc11, pixc12, &same); if (same) fprintf(stderr, "\nSuccess for inv set %d\n", set); else fprintf(stderr, "\nFailure for inv set %d\n", set); /* Test seed filling */ pixSeedfillGray(pixc21, pixm, connectivity); pixSeedfillGraySimple(pixc22, pixm, connectivity); pixEqual(pixc21, pixc22, &same); if (same) fprintf(stderr, "Success for set %d\n", set); else fprintf(stderr, "Failure for set %d\n", set); /* Display the filling results */ /* pixDisplay(pixc11, 220 * (set - 1), 100); pixDisplay(pixc21, 220 * (set - 1), 320); */ pixDestroy(&pixmi); pixDestroy(&pixc11); pixDestroy(&pixc12); pixDestroy(&pixc21); pixDestroy(&pixc22); return; } leptonica-1.70/prog/weasel-8g.png0000444000175000017500000000205210323370707014755 0ustar dandan‰PNG  IHDRRI\lðPLTE...JJJmmmššš¯¯¯ÓÓÓùùù^Ãf pHYsb&2¸IDATxœÖËw¢<ð Ó-¯9ÝFP»EôÛ£„ºm5Ñýt€mgú•üûsÃ3 ¶Í±S~½É½yò» ¾/wÁmÞÉGíߪª*.ZÜ˲(+Ù| Y–ísqEN†ÓD}…Eçãòºl»§¹œ±S|ºSÖ!Me"?ØË›²úCîSx„M/1•EEb Ñl³ê¡ˆ48ªÒrÜ·àf“5K7˜ÿÎÒcV:ÄÙNÓÀq\p<5õqV¥Ö7&„ͱÁ ëȶÞ{Yå#iûŒo­¶¤4Ód¡CnûuJó.¥¥žQÎH 6jÛ;] ~ »ùL 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§gÓ{ØÅÛœªêÚ'¼ÜÁºÆûRâåv;·ÅV«¬4y/yØÃËáølQ™þàñ¼Å[/WÞrA‡j¡«Þ¢mº¶xˆ—Ãç Ï•«*ê÷ÒoµÓKï¥GxzêÌr^õ¶ËåÊ5·pKK›„§ª.£IçãûÂ( ·ž7Þ$t.ÙÁ[@÷ŠTŸðEjL3-k’éÊÆ8Ã€Û O¼ªz½ÝÚÒÑhK #include "allheaders.h" static void GetImageMask(PIX *pixs, l_int32 res, BOXA **pboxa, const char *debugfile); static PIX * QuantizeNonImageRegion(PIX *pixs, PIX *pixm, l_int32 levels); int main(int argc, char **argv) { char buffer[512]; char *tempfile1, *tempfile2; l_uint8 *data; l_int32 i, j, w, h, seq, ret, same; size_t nbytes; const char *title; BOX *box; BOXA *boxa1, *boxa2; L_BYTEA *ba; L_PDF_DATA *lpd; PIX *pix1, *pix2, *pix3, *pix4, *pix5, *pix6; PIX *pixs, *pixt, *pixg, *pixgc, *pixc; static char mainName[] = "pdfiotest"; if (argc != 1) return ERROR_INT("syntax: pdfiotest", mainName, 1); l_pdfSetDateAndVersion(0); #if 1 /* --------------- Single image tests ------------------- */ fprintf(stderr, "\n*** Writing single images as pdf files\n"); convertToPdf("weasel2.4c.png", L_FLATE_ENCODE, 0, "/tmp/pdffile01.pdf", 0, 0, 72, "weasel2.4c.png", NULL, 0); convertToPdf("test24.jpg", L_JPEG_ENCODE, 0, "/tmp/pdffile02.pdf", 0, 0, 72, "test24.jpg", NULL, 0); convertToPdf("feyn.tif", L_G4_ENCODE, 0, "/tmp/pdffile03.pdf", 0, 0, 300, "feyn.tif", NULL, 0); pixs = pixRead("feyn.tif"); pixConvertToPdf(pixs, L_G4_ENCODE, 0, "/tmp/pdffile04.pdf", 0, 0, 300, "feyn.tif", NULL, 0); pixDestroy(&pixs); pixs = pixRead("test24.jpg"); pixConvertToPdf(pixs, L_JPEG_ENCODE, 5, "/tmp/pdffile05.pdf", 0, 0, 72, "test24.jpg", NULL, 0); pixDestroy(&pixs); pixs = pixRead("feyn.tif"); pixt = pixScaleToGray2(pixs); pixWrite("/tmp/feyn8.png", pixt, IFF_PNG); convertToPdf("/tmp/feyn8.png", L_JPEG_ENCODE, 0, "/tmp/pdffile06.pdf", 0, 0, 150, "feyn8.png", NULL, 0); pixDestroy(&pixs); pixDestroy(&pixt); convertToPdf("weasel4.16g.png", L_FLATE_ENCODE, 0, "/tmp/pdffile07.pdf", 0, 0, 30, "weasel4.16g.png", NULL, 0); pixs = pixRead("test24.jpg"); pixg = pixConvertTo8(pixs, 0); box = boxCreate(100, 100, 100, 100); pixc = pixClipRectangle(pixs, box, NULL); pixgc = pixClipRectangle(pixg, box, NULL); pixWrite("/tmp/pix32.jpg", pixc, IFF_JFIF_JPEG); pixWrite("/tmp/pix8.jpg", pixgc, IFF_JFIF_JPEG); convertToPdf("/tmp/pix32.jpg", L_FLATE_ENCODE, 0, "/tmp/pdffile08.pdf", 0, 0, 72, "pix32.jpg", NULL, 0); convertToPdf("/tmp/pix8.jpg", L_FLATE_ENCODE, 0, "/tmp/pdffile09.pdf", 0, 0, 72, "pix8.jpg", NULL, 0); pixDestroy(&pixs); pixDestroy(&pixg); pixDestroy(&pixc); pixDestroy(&pixgc); boxDestroy(&box); #endif #if 1 /* --------------- Multiple image tests ------------------- */ fprintf(stderr, "\n*** Writing multiple images as single page pdf files\n"); pix1 = pixRead("feyn-fract.tif"); pix2 = pixRead("weasel8.240c.png"); /* l_pdfSetDateAndVersion(0); */ /* First, write the 1 bpp image through the mask onto the weasels */ for (i = 0; i < 5; i++) { for (j = 0; j < 10; j++) { seq = (i == 0 && j == 0) ? L_FIRST_IMAGE : L_NEXT_IMAGE; title = (i == 0 && j == 0) ? "feyn-fract.tif" : NULL; pixConvertToPdf(pix2, L_FLATE_ENCODE, 0, NULL, 100 * j, 100 * i, 70, title, &lpd, seq); } } pixConvertToPdf(pix1, L_G4_ENCODE, 0, "/tmp/pdffile10.pdf", 0, 0, 80, NULL, &lpd, L_LAST_IMAGE); /* Now, write the 1 bpp image over the weasels */ l_pdfSetG4ImageMask(0); for (i = 0; i < 5; i++) { for (j = 0; j < 10; j++) { seq = (i == 0 && j == 0) ? L_FIRST_IMAGE : L_NEXT_IMAGE; title = (i == 0 && j == 0) ? "feyn-fract.tif" : NULL; pixConvertToPdf(pix2, L_FLATE_ENCODE, 0, NULL, 100 * j, 100 * i, 70, title, &lpd, seq); } } pixConvertToPdf(pix1, L_G4_ENCODE, 0, "/tmp/pdffile11.pdf", 0, 0, 80, NULL, &lpd, L_LAST_IMAGE); l_pdfSetG4ImageMask(1); pixDestroy(&pix1); pixDestroy(&pix2); #endif #if 1 /* -------- pdf convert segmented with no image regions -------- */ fprintf(stderr, "\n*** Writing segmented images without image regions\n"); pix1 = pixRead("rabi.png"); pix2 = pixScaleToGray2(pix1); pixWrite("/tmp/rabi8.jpg", pix2, IFF_JFIF_JPEG); pix3 = pixThresholdTo4bpp(pix2, 16, 1); pixWrite("/tmp/rabi4.png", pix3, IFF_PNG); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); /* 1 bpp input */ convertToPdfSegmented("rabi.png", 300, L_G4_ENCODE, 128, NULL, 0, 0, NULL, "/tmp/pdffile12.pdf"); convertToPdfSegmented("rabi.png", 300, L_JPEG_ENCODE, 128, NULL, 0, 0, NULL, "/tmp/pdffile13.pdf"); convertToPdfSegmented("rabi.png", 300, L_FLATE_ENCODE, 128, NULL, 0, 0, NULL, "/tmp/pdffile14.pdf"); /* 8 bpp input, no cmap */ convertToPdfSegmented("/tmp/rabi8.jpg", 150, L_G4_ENCODE, 128, NULL, 0, 0, NULL, "/tmp/pdffile15.pdf"); convertToPdfSegmented("/tmp/rabi8.jpg", 150, L_JPEG_ENCODE, 128, NULL, 0, 0, NULL, "/tmp/pdffile16.pdf"); convertToPdfSegmented("/tmp/rabi8.jpg", 150, L_FLATE_ENCODE, 128, NULL, 0, 0, NULL, "/tmp/pdffile17.pdf"); /* 4 bpp input, cmap */ convertToPdfSegmented("/tmp/rabi4.png", 150, L_G4_ENCODE, 128, NULL, 0, 0, NULL, "/tmp/pdffile18.pdf"); convertToPdfSegmented("/tmp/rabi4.png", 150, L_JPEG_ENCODE, 128, NULL, 0, 0, NULL, "/tmp/pdffile19.pdf"); convertToPdfSegmented("/tmp/rabi4.png", 150, L_FLATE_ENCODE, 128, NULL, 0, 0, NULL, "/tmp/pdffile20.pdf"); #endif #if 1 /* ---------- pdf convert segmented with image regions ---------- */ fprintf(stderr, "\n*** Writing segmented images with image regions\n"); /* Get the image region(s) for rabi.png. There are two * small bogus regions at the top, but we'll keep them for * the demonstration. */ pix1 = pixRead("rabi.png"); pixSetResolution(pix1, 300, 300); pixGetDimensions(pix1, &w, &h, NULL); pix2 = pixGenHalftoneMask(pix1, NULL, NULL, 0); pix3 = pixMorphSequence(pix2, "c20.1 + c1.20", 0); boxa1 = pixConnComp(pix3, NULL, 8); boxa2 = boxaTransform(boxa1, 0, 0, 0.5, 0.5); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); /* 1 bpp input */ convertToPdfSegmented("rabi.png", 300, L_G4_ENCODE, 128, boxa1, 0, 0.25, NULL, "/tmp/pdffile21.pdf"); convertToPdfSegmented("rabi.png", 300, L_JPEG_ENCODE, 128, boxa1, 0, 0.25, NULL, "/tmp/pdffile22.pdf"); convertToPdfSegmented("rabi.png", 300, L_FLATE_ENCODE, 128, boxa1, 0, 0.25, NULL, "/tmp/pdffile23.pdf"); /* 8 bpp input, no cmap */ convertToPdfSegmented("/tmp/rabi8.jpg", 150, L_G4_ENCODE, 128, boxa2, 0, 0.5, NULL, "/tmp/pdffile24.pdf"); convertToPdfSegmented("/tmp/rabi8.jpg", 150, L_JPEG_ENCODE, 128, boxa2, 0, 0.5, NULL, "/tmp/pdffile25.pdf"); convertToPdfSegmented("/tmp/rabi8.jpg", 150, L_FLATE_ENCODE, 128, boxa2, 0, 0.5, NULL, "/tmp/pdffile26.pdf"); /* 4 bpp input, cmap */ convertToPdfSegmented("/tmp/rabi4.png", 150, L_G4_ENCODE, 128, boxa2, 0, 0.5, NULL, "/tmp/pdffile27.pdf"); convertToPdfSegmented("/tmp/rabi4.png", 150, L_JPEG_ENCODE, 128, boxa2, 0, 0.5, NULL, "/tmp/pdffile28.pdf"); convertToPdfSegmented("/tmp/rabi4.png", 150, L_FLATE_ENCODE, 128, boxa2, 0, 0.5, NULL, "/tmp/pdffile29.pdf"); /* 4 bpp input, cmap, data output */ data = NULL; convertToPdfDataSegmented("/tmp/rabi4.png", 150, L_G4_ENCODE, 128, boxa2, 0, 0.5, NULL, &data, &nbytes); l_binaryWrite("/tmp/pdffile30.pdf", "w", data, nbytes); lept_free(data); convertToPdfDataSegmented("/tmp/rabi4.png", 150, L_JPEG_ENCODE, 128, boxa2, 0, 0.5, NULL, &data, &nbytes); l_binaryWrite("/tmp/pdffile31.pdf", "w", data, nbytes); lept_free(data); convertToPdfDataSegmented("/tmp/rabi4.png", 150, L_FLATE_ENCODE, 128, boxa2, 0, 0.5, NULL, &data, &nbytes); l_binaryWrite("/tmp/pdffile32.pdf", "w", data, nbytes); lept_free(data); boxaDestroy(&boxa1); boxaDestroy(&boxa2); #endif #if 1 /* -------- pdf convert segmented from color image -------- */ fprintf(stderr, "\n*** Writing color segmented images\n"); pix1 = pixRead("candelabrum-11.jpg"); pix2 = pixScale(pix1, 3.0, 3.0); pixWrite("/tmp/candelabrum3.jpg", pix2, IFF_JFIF_JPEG); GetImageMask(pix2, 200, &boxa1, "/tmp/seg1.jpg"); convertToPdfSegmented("/tmp/candelabrum3.jpg", 200, L_G4_ENCODE, 100, boxa1, 0, 0.25, NULL, "/tmp/pdffile33.pdf"); convertToPdfSegmented("/tmp/candelabrum3.jpg", 200, L_JPEG_ENCODE, 100, boxa1, 0, 0.25, NULL, "/tmp/pdffile34.pdf"); convertToPdfSegmented("/tmp/candelabrum3.jpg", 200, L_FLATE_ENCODE, 100, boxa1, 0, 0.25, NULL, "/tmp/pdffile35.pdf"); pixDestroy(&pix1); pixDestroy(&pix2); boxaDestroy(&boxa1); pix1 = pixRead("lion-page.00016.jpg"); pix2 = pixScale(pix1, 3.0, 3.0); pixWrite("/tmp/lion16.jpg", pix2, IFF_JFIF_JPEG); pix3 = pixRead("lion-mask.00016.tif"); boxa1 = pixConnComp(pix3, NULL, 8); boxa2 = boxaTransform(boxa1, 0, 0, 3.0, 3.0); convertToPdfSegmented("/tmp/lion16.jpg", 200, L_G4_ENCODE, 190, boxa2, 0, 0.5, NULL, "/tmp/pdffile36.pdf"); convertToPdfSegmented("/tmp/lion16.jpg", 200, L_JPEG_ENCODE, 190, boxa2, 0, 0.5, NULL, "/tmp/pdffile37.pdf"); convertToPdfSegmented("/tmp/lion16.jpg", 200, L_FLATE_ENCODE, 190, boxa2, 0, 0.5, NULL, "/tmp/pdffile38.pdf"); /* Quantize the non-image part and flate encode. * This is useful because it results in a smaller file than * when you flate-encode the un-quantized non-image regions. */ pix4 = pixScale(pix3, 3.0, 3.0); /* higher res mask, for combining */ pix5 = QuantizeNonImageRegion(pix2, pix4, 12); pixWrite("/tmp/lion16-quant.png", pix5, IFF_PNG); convertToPdfSegmented("/tmp/lion16-quant.png", 200, L_FLATE_ENCODE, 190, boxa2, 0, 0.5, NULL, "/tmp/pdffile39.pdf"); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); pixDestroy(&pix5); boxaDestroy(&boxa1); boxaDestroy(&boxa2); #endif #if 1 /* ------------------ Test multipage pdf generation ----------------- */ fprintf(stderr, "\n*** Writing multipage pdfs from single page pdfs\n"); /* Generate a multi-page pdf from all these files */ startTimer(); concatenatePdf("/tmp", "pdffile", "/tmp/cat_lept.pdf"); fprintf(stderr, "All files have been concatenated: /tmp/cat_lept.pdf\n" "Concatenation time: %7.3f\n", stopTimer()); #endif #if 1 /* -------------------- Test corruption recovery ------------------- */ /* Put two good pdf files in a directory */ lept_mkdir("good"); lept_cp("testfile1.pdf", "/tmp/good"); lept_cp("testfile2.pdf", "/tmp/good"); concatenatePdf("/tmp/good", "file", "/tmp/good.pdf"); /* Make a version with the pdf id removed, so that it is not * recognized as a pdf */ ba = l_byteaInitFromFile("testfile2.pdf"); data = l_byteaGetData(ba, &nbytes); l_binaryWrite("testfile0.notpdf.pdf", "w", data + 10, nbytes - 10); /* Make a version with a corrupted trailer */ if (data) data[2297] = '2'; /* munge trailer object 6: change 458 --> 428 */ l_binaryWrite("testfile2.bad.pdf", "w", data, nbytes); /* Put these two bad files, along with a good file, in a directory */ lept_mkdir("bad"); lept_mv("testfile0.notpdf.pdf", "/tmp/bad"); lept_cp("testfile1.pdf", "/tmp/bad"); lept_mv("testfile2.bad.pdf", "/tmp/bad"); l_byteaDestroy(&ba); /* Run concat on the bad files. In the /tmp/bad/ directory, * the "not pdf" file should be ignored, and the corrupted pdf * file should be properly parsed, so the resulting * concatenated files should be identical. */ fprintf(stderr, "\nWe attempt to build from the bad directory\n"); concatenatePdf("/tmp/bad", "file", "/tmp/bad.pdf"); filesAreIdentical("/tmp/good.pdf", "/tmp/bad.pdf", &same); if (same) fprintf(stderr, "Fixed: files are the same\n" "Attempt succeeded\n\n"); else fprintf(stderr, "Busted: files are different\n"); /* pdftk fails because the first file is not a pdf */ fprintf(stderr, "pdftk attempts to build from the bad directory\n"); tempfile1 = genPathname("/tmp/bad", "*.pdf"); tempfile2 = genPathname("/tmp", "pdftk.bad.pdf"); snprintf(buffer, sizeof(buffer), "pdftk %s output %s", tempfile1, tempfile2); ret = system(buffer); lept_free(tempfile1); lept_free(tempfile2); fprintf(stderr, "Attempt failed\n\n"); #endif #if 1 fprintf(stderr, "\n*** pdftk writes multipage pdfs from images\n"); tempfile1 = genPathname("/tmp", "pdffile*.pdf"); tempfile2 = genPathname("/tmp", "cat_pdftk.pdf"); snprintf(buffer, sizeof(buffer), "pdftk %s output %s", tempfile1, tempfile2); ret = system(buffer); lept_free(tempfile1); lept_free(tempfile2); #endif #if 1 /* -- Test simple interface for generating multi-page pdf from images -- */ fprintf(stderr, "\n*** Writing multipage pdfs from images\n"); /* Put four image files in a directory. They will be encoded thus: * file1.png: flate (8 bpp, only 10 colors) * file2.jpg: dct (8 bpp, 256 colors because of the jpeg encoding) * file3.tif: g4 (1 bpp) * file4.jpg: dct (32 bpp) */ lept_mkdir("image"); pix1 = pixRead("feyn.tif"); pix2 = pixRead("rabi.png"); pix3 = pixScaleToGray3(pix1); pix4 = pixScaleToGray3(pix2); pix5 = pixScale(pix1, 0.33, 0.33); pix6 = pixRead("test24.jpg"); pixWrite("/tmp/image/file1.png", pix3, IFF_PNG); /* 10 colors */ pixWrite("/tmp/image/file2.jpg", pix4, IFF_JFIF_JPEG); /* 256 colors */ pixWrite("/tmp/image/file3.tif", pix5, IFF_TIFF_G4); pixWrite("/tmp/image/file4.jpg", pix6, IFF_JFIF_JPEG); startTimer(); convertFilesToPdf("/tmp/image", "file", 100, 0.8, 0, 75, "4 file test", "/tmp/fourimages.pdf"); fprintf(stderr, "4-page pdf generated: /tmp/fourimages.pdf\n" "Time: %7.3f\n", stopTimer()); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); pixDestroy(&pix5); pixDestroy(&pix6); #endif return 0; } static void GetImageMask(PIX *pixs, l_int32 res, BOXA **pboxa, const char *debugfile) { PIX *pix1, *pix2, *pix3, *pix4; PIXA *pixa; pixSetResolution(pixs, 200, 200); pix1 = pixConvertTo1(pixs, 100); pix2 = pixGenHalftoneMask(pix1, NULL, NULL, 0); pix3 = pixMorphSequence(pix2, "c20.1 + c1.20", 0); *pboxa = pixConnComp(pix3, NULL, 8); if (debugfile) { pixa = pixaCreate(0); pixaAddPix(pixa, pixs, L_COPY); pixaAddPix(pixa, pix1, L_INSERT); pixaAddPix(pixa, pix2, L_INSERT); pixaAddPix(pixa, pix3, L_INSERT); pix4 = pixaDisplayTiledInRows(pixa, 32, 1800, 0.25, 0, 25, 2); pixWrite(debugfile, pix4, IFF_JFIF_JPEG); pixDisplay(pix4, 100, 100); pixDestroy(&pix4); pixaDestroy(&pixa); } else { pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); } return; } static PIX * QuantizeNonImageRegion(PIX *pixs, PIX *pixm, l_int32 levels) { PIX *pix1, *pix2, *pixd; pix1 = pixConvertTo8(pixs, 0); pix2 = pixThresholdOn8bpp(pix1, levels, 1); pixd = pixConvertTo32(pix2); /* save in rgb */ pixCombineMasked(pixd, pixs, pixm); /* rgb result */ pixDestroy(&pix1); pixDestroy(&pix2); return pixd; } leptonica-1.70/prog/contrasttest.c0000640000175000017500000000640612242266750015365 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * contrasttest.c * */ #include #include "allheaders.h" #define NPLOTS 5 int main(int argc, char **argv) { char *filein, *fileout; char bigbuf[512]; l_int32 iplot; l_float32 factor; /* scaled width of atan curve */ l_float32 fact[NPLOTS] = {.2, 0.4, 0.6, 0.8, 1.0}; GPLOT *gplot; NUMA *na, *nax; PIX *pixs, *pixd; static char mainName[] = "contrasttest"; if (argc != 4) return ERROR_INT(" Syntax: contrasttest filein factor fileout", mainName, 1); filein = argv[1]; factor = atof(argv[2]); fileout = argv[3]; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pixs not made", mainName, 1); #if 0 startTimer(); pixContrastTRC(pixs, pixs, factor); fprintf(stderr, "Time for contrast: %7.3f sec\n", stopTimer()); pixWrite(fileout, pixs, IFF_JFIF_JPEG); pixDestroy(&pixs); #endif #if 0 startTimer(); pixd = pixContrastTRC(NULL, pixs, factor); fprintf(stderr, "Time for contrast: %7.3f sec\n", stopTimer()); pixWrite(fileout, pixd, IFF_JFIF_JPEG); pixDestroy(&pixs); pixDestroy(&pixd); #endif na = numaContrastTRC(factor); gplotSimple1(na, GPLOT_X11, "junkroot", "contrast trc"); numaDestroy(&na); #if 1 /* plot contrast TRC maps */ nax = numaMakeSequence(0.0, 1.0, 256); gplot = gplotCreate("junkmap", GPLOT_X11, "Atan mapping function for contrast enhancement", "value in", "value out"); for (iplot = 0; iplot < NPLOTS; iplot++) { na = numaContrastTRC(fact[iplot]); sprintf(bigbuf, "factor = %3.1f", fact[iplot]); gplotAddPlot(gplot, nax, na, GPLOT_LINES, bigbuf); numaDestroy(&na); } gplotMakeOutput(gplot); gplotDestroy(&gplot); numaDestroy(&nax); #endif return 0; } leptonica-1.70/prog/chars-18.tif0000444000175000017500000001066212226572724014522 0ustar dandanII*ô& &ŸÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÈd¥îC$5\†w ¶<âAÁJN² —ÛĈp*MVHiЂ³l¡ ª7‚–C=UÅÌ¡ÉáH3á x xA…I¸:0 ‚0An& x]B'³¤$ÚjaPi… K  õ¬†jto]&úñ0¡iaÑá†òᕤŒ7­izTl*iøAR6‚ ïÒ8ÌIôƒ¤“wÕ6 ¨Ì«h-'A7×¥†–Ò ôéÒ¤àŒüø®oÐT“i?®‚ß~ž–Ó][Apƒpf3`ß¾ßúýZKé7uUÂéé´atª’´¯õK×ý/ ê­ÂéÒÒÒ߯ßÒê’l7DAê±öý/I-uÿÒÿÿ[ Q~«z^õéi}_õÿ¥ªTᎷþµô¿ÿÿÿú¥·_÷]/­/Wõ×ý-%¬) K¥úÿõû¯ÿñþַ̯ñ¤½--{òâžô–’K`ìuïKñî¿ÿµúKÂW×ú_¤•¯îC*ÿôœ$§¯]ÿKún¿¤{¥Å Ý_Kô—äsIm/õ Ñd%ßt”/k×õ¤¼=&A_ö½í¯^Âo¯é$¼R9ì4µÿÛÛI&ˆ5¿¯ú_ðƒIŠoú¥Ô1 L…÷ÿ¤ %ݵ¯¿±>¡$Iþ¿È5éóãªtÿë¦B%5î _ÒƒK‚ é¨a¶¾×°ÒGñëúM.ƒz8N®Âøû'!Œ"ÇëúÌ ?§ˆ éqÃâ^¸6‘ô›±þ¿¨@ÚXºM¨Aدü†ª| uoúþ¿Ý=$…ïJ¤ÃjßäÅëô›KzuH5ô@ÜSÒm'ÿ ¤!IÒý´’m¤¿Ãi$ßëÿWýzN/ýút›ÿªëKK#ý*lý%½ºò‚÷¯é:ûêéy¬!/Õ¿õ«ô¿ô·øUúTßi~*þ–¿­uŽ¿¯·ÿ_¥ÿÒºÿé~Ú_®º[ׯ×Ñ ¸ÿ÷ßë­*!«Ûõëÿé}¶—_úÔú^’×úÿb­uoÒºÈt¯KëÿÒûkúë§^ÿý,†Ô̺ý~Ÿü‚´.ºW[Ó¤•¤–O_¤m‡ù ¯ Y”ߥ¥Ú^¯¥Ýÿ¯}°ÞµMzÒn¿m.ÒKUÿ¤ºn^“¦×D k¶•é=%Ýõz[i0Â)ú륭¥ÚN—jýt’N­„{¿ý6’kh$ÛI´’m ‚ê¾Øašë¯a¤C6 ·Xa"p †VAï[!¨A$Ń צ•ŠˆÕˆQ5†qLU1A°˜ZƒX0˜A§¡Ú¦¾Âa(a !¦B kÒ !a`ƒC !°"-¥ÐˆˆúKïU_k¯½%ýªUïZêÚIV-¥C½%Ú°¶Ò´¶ÒÚab?ÿÿÿÿù@Ì‚]D2A¶²¡©©ÁKBƒ!ø xFAl L‚’2@dÔP&CP¤ä5 . †\  ¸2 ƒÈjjC_BІbr `È5 TA¬l È`A 0A‚å8`ˆÍ@ä`1 ED6y ©b„x†‚¼‚ØlÔ†ØÄàÁ ÎEÁ©`ÿÿ­áƒAÅþApÔ&¾a†Â4aƒ#@pà Á0X`ƒpƒ†Faà 0ŒÃ°ÃG‚á‚ &0˜$à û¯°ƒR ô! hŠ}5œƒÐƒJŠÌ¡ ÚÍ¡ Ê#àÐh TNŒƒ^ Ôr³„k Þ„0 f„ AF:8 éOu¦@@ƒÑ aÙl"í 4ÓM5M]] ›ah&Ø@ÚAæÌÁíSÓîC(éê ¹Á´f =Ãa î ïº ÿô·VÝ ÃÃiIÿÝý4ƒxm*K„6žè'Ûÿ ?þ—}é7¶ozëþë÷Iý- é7ö—†ÿÒý/_IþŸÒ~Ÿý×´­/ûAÓÝ/oý/ÿ/ïI½´›ÛÿýÒîž-.&ÿ_oþ¿ý.Öa=&ý&ý/ÿ¿Õµn´µzna~«õÿô¹…›]½ou½ÿÿuµí'],toÒûÿKÿÒûKÛéþŸÿÿº{Þ®¿Òº_oÿKßûÖýo×ù…I´›HRÈd È?N·ô?éþ—Ý{ûþÿî–·êé%…‡¤Ctý.߯þ—ºûz_¥ÿýþûuzXX: Üëzÿõÿ¥÷^ßß÷×û«iu¤éV¤öÿú¯ÿÿKÝ}¿~•õ¿î¾Õ´­%ÂíêÝ?¯ä|¿ú î¾õõþ¿ÿ§ÛßK x– ÃI “úÞ—·ÿÿé{¯·×õëºZþ“i% Â0Òê+§Ò¯ÿ¯ý/¿ßï®ú¿ï¾é´ºKL A†ºúÞ_ÿÿú^é{~úJúL?Þžzm í/§Á¿®«ÿ¥÷ûzúþ”öºû¤—„`ÒI}x‚ÿÿÿÒý/¿ô¿ 2œý7´ô—„±pÃKªû•—ýuãý/oöÿÒüR 6þékÕZ¥´X0ÐZúOüqÿéþ—¿øKóhÁÿ{~­ºUà‚à .¿¹ðÿÿñ~ßíÿ“Óø Ãýë¦ýº\0‚ 4¾’§È=?þ|?¥íÿÂý ßúëÓq¥ˆAa¥ªë{φ3áÿ>Ÿ¿÷þÁ~Ø7ýýZ¦ÒX@ƒ¿éöÿÃáÿý¿ºöÿÇöÈ2 ýÒm_ô°‚ ]i/·õÿÿíû¯·ÿû8ÓûÿÓkÂ6—¥÷¿ÿÿþÃû¯~ëºì÷®®‘½épƒÿÒOÝë¾÷ÿ†ý×Ûÿý°ßúêꗥ¦ýb÷ÿrÿíý×ÞþþÛþß×íépÂþ©/ý÷ÿ·î¾ß¯û¿ý6­Ò_\0¾õW÷øãj§þßÝ{^—oý¯úMë† ›½Vlÿ×ì?þߺû÷÷íÿ½uª·¥†Ao¢ê’_¿^ÿþßßíïïí¿úêß^–aÝ·éw÷ÿÿû¥÷õõ·þÝ7]$Þ–  qp‚tœ$“ûé}ÿû~ßíö½¯þ—ëªßᇄ¶ˆDó¾¯ýÿý¼ˆô½½ëzÛ!”õý¯·¤úD2£ < ›bšI'Õ½,xïÿÛý¿Ûí.ëoûÞºê›ÒðÃÁà ‚¯ÿKöÿý¿â½öý×o÷]XØÖô¼0Ä ›^úoK­¿ÿo÷ûÝ.ÒûKºb½'ëÈ †Da´’}[×ÿÿÛÒëÛî¶ëoýzÒ½|ƒfÌðÁ„ †—}7¥®ßÿ·ûûim¥·¥¶—µ¾•i¨0 [ +é0Èf¥ûþßõîÚ[imõÚµZMé. “a¥W„› „ì?ÿo÷÷m-´¾ÒÛK}+Òÿ 4à /¤Á„”%®ßÿ°õëöÒÛKnÒàÁ}¥}%ôƒÁlImA&-t(Tà SM=6Ô7M7a„“a„“nI6)ªÒ´Ô/ááaˆH4Є „$4à ši鶆žšna›I°Ða$ÚýXiǵAá4D3+!œ@A@ˆj bƒpd0 ‚àò °aH0¢ †»ˆ5 Q pâ @a…»‚L Àkµ‡„ /€Ê @³†I†WëzÿpÂøal&ª«üR`„D!S†@(ˆˆÐ‹ƒ$ õ!£Q ñ„G‚ˈˆŽ¸F`JP@úÂZAõ zI#c)ÆGP• MÁê1õ !´QPÒÓD CnøC°±ÿÿÿÿÿ!¯© 4{íHd†T< à ÈÈðANJÈ6Y {ü†@<<üàOáHS x)ù l>N ø z à¤B? 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D^IÀÍ26;_j}vÂTÃíÀÆz×y"Æ„–ÃÜâ¹èæ t»ó‡˜A qþEvѦåù@(Ï?D1D\*È>¸’j@ ‰nFàpÇ…FbP2£SÓò©Ó.]Oolý*@o¸\¤ž§¥&êj‘X¯#8äpELs` êßw'šTù‹2nõ#µ0ÆÌs‚r{Õ¶%$?!d1ïþzÓs¹¶ð3ƒÍ&4WTÁùŽCUƒ6°*F3Ži$ÎýÊG?¥((#'­ © ·;±†&„;NFJñüêo$6XgŒiÐÚop20zÐ0ê éÔCVK.Ö!sü€§ãØxç¹þTÝ›ÎÁ¿…>U’8v c ¦[¯–{ +7PM!“Ébò;“œÒZÛ€áÜ.Óó ÜqKq½R2U‚FqÅ8(r…òË·ê9§ÔC®TdnïŒ vÉ<˜óµ”r¸ëë@V€Î¬¤ñøóŠtq4îÆNBö)ØCüÅÈÁ'$qŽ¿SÚ†#"pƒpËgŒÔGdjÁðY˜nŒb¢’A•ö¯n3LÄ\·šÃa<‘ÀúT`,þ^à¹Æ}G¥Ug).ÎFÞ¤ŽÖ£{“ÎcäŸlÿõÅ4…rô÷1%¹ˆ¯+Ó²/nbXÚK—H$?3œg¸ÿ>õZÿ_†Ñ$–VÇup=…yn¿â;­Zå”;GE'ùúÕX=NÄÞ>”3ZY”b£j̇+é‘Ú¼éåy\³’riÁIëN Šd7qÐÄN©­HmABŽùªq‚ª>µi® ¡€qÚ²ÞÇ¥B1ŒbAšÒÎÊIgd“Æk/]¿QºÌ „Nõ¬À™b8ô§`/ËCiI³«Xa”â i t™ øQ»)¥©…³NĹX#y› ^·ÓÔ`Êyô©ôå4àUô n¦ô3»û5·’aˆcªôé# ª¶` ¥Ç¥MvH,k);³XFÇ©¶ëù TZ±|s{'Ö«ŠÙlc/‰‹Þ‚p¦ŠîÓ§ h4ñHhpéZZJæb}fŽ•«¤ð\ûT²Ñ®ök=·˜~ò· OçE$@á‘°sWíð-Tg¯5‡p¯op× ÷Žk7«±¢Ò754àRR è=j]·BÜñžµ›u|Àác¹»ŠšHä]$™œîÏ"…j Jö9àÄ1¡¦‘†¤=M=>l/~Õ¹ÌYXd‚¤ià¶Ý¹8ô¯@“BY®Á¸÷zæ±.<= RÉdœÔó!´ÑÌmb ÁÀïQã2.A#Pl ö [±Ylb“jƒó0‰n‰à/°¨3Sr”;–Zvò¶E=rl¤ª\€9&¦–Ù¡@ÌFOj`I"eH"¥œÊÀ3Œ˜#_OÿV• ,9 2 widths ! */ j = 7 * i; box = boxCreate(0, 0, w - j, h - j); pixt = pixClipRectangle(pixs, box, NULL); pixd = pixWarpStereoscopic(pixt, 15, 22, 8, 30, -20, 1); snprintf(buf, sizeof(buf), "/tmp/junkpixw.%02d.jpg", i); pixSetChromaSampling(pixd, 0); pixWrite(buf, pixd, IFF_JFIF_JPEG); pixDestroy(&pixd); pixDestroy(&pixt); boxDestroy(&box); } pixDestroy(&pixs); pixDisplayMultiple("/tmp/junkpixw*.jpg"); #endif /* -------- Quadratic Vertical Shear --------------*/ #if RUN_QUAD_VERT_SHEAR pixs = pixCreate(501, 501, 32); pixGetDimensions(pixs, &w, &h, NULL); pixSetAll(pixs); pixRenderLineArb(pixs, 0, 30, 500, 30, 5, 0, 0, 255); pixRenderLineArb(pixs, 0, 110, 500, 110, 5, 0, 255, 0); pixRenderLineArb(pixs, 0, 190, 500, 190, 5, 0, 255, 255); pixRenderLineArb(pixs, 0, 270, 500, 270, 5, 255, 0, 0); pixRenderLineArb(pixs, 0, 360, 500, 360, 5, 255, 0, 255); pixRenderLineArb(pixs, 0, 450, 500, 450, 5, 255, 255, 0); bmf = bmfCreate("./fonts", 6); for (i = 0; i < 50; i++) { j = 3 * i; dir = ((i / 2) & 1) ? L_WARP_TO_RIGHT : L_WARP_TO_LEFT; op = (i & 1) ? L_INTERPOLATED : L_SAMPLED; Box *box = boxCreate(0, 0, w - j, h - j); pixt = pixClipRectangle(pixs, box, NULL); pixt2 = pixQuadraticVShear(pixt, dir, 60, -20, op, L_BRING_IN_WHITE); snprintf(buf, sizeof(buf), "%s, %s", dirstr[dir], opstr[op]); pixd = pixAddSingleTextblock(pixt2, bmf, buf, 0xff000000, L_ADD_BELOW, 0); snprintf(buf, sizeof(buf), "/tmp/junkpixvs.%02d.png", i); pixWrite(buf, pixd, IFF_PNG); pixDestroy(&pixd); pixDestroy(&pixt); pixDestroy(&pixt2); boxDestroy(&box); } pixDestroy(&pixs); bmfDestroy(&bmf); pixDisplayMultiple("/tmp/junkpixvs*.png"); #endif /* -------- Linear Horizontal stretching --------------*/ #if RUN_LIN_HORIZ_STRETCH pixs = pixRead("german.png"); bmf = bmfCreate("./fonts", 6); for (k = 0; k < 2; k++) { for (i = 0; i < 25; i++) { index = 25 * k + i; stretch = 10 + 4 * i; if (k == 0) stretch = -stretch; dir = (k == 1) ? L_WARP_TO_RIGHT : L_WARP_TO_LEFT; op = (i & 1) ? L_INTERPOLATED : L_SAMPLED; pixt = pixStretchHorizontal(pixs, dir, L_LINEAR_WARP, stretch, op, L_BRING_IN_WHITE); snprintf(buf, sizeof(buf), "%s, %s", dirstr[dir], opstr[op]); pixd = pixAddSingleTextblock(pixt, bmf, buf, 0xff000000, L_ADD_BELOW, 0); snprintf(buf, sizeof(buf), "/tmp/junkpixlhs.%02d.jpg", index); pixWrite(buf, pixd, IFF_JFIF_JPEG); pixDestroy(&pixd); pixDestroy(&pixt); } } pixDestroy(&pixs); bmfDestroy(&bmf); pixDisplayMultiple("/tmp/junkpixlhs*.jpg"); #endif /* -------- Quadratic Horizontal stretching --------------*/ #if RUN_QUAD_HORIZ_STRETCH pixs = pixRead("german.png"); bmf = bmfCreate("./fonts", 6); for (k = 0; k < 2; k++) { for (i = 0; i < 25; i++) { index = 25 * k + i; stretch = 10 + 4 * i; if (k == 0) stretch = -stretch; dir = (k == 1) ? L_WARP_TO_RIGHT : L_WARP_TO_LEFT; op = (i & 1) ? L_INTERPOLATED : L_SAMPLED; pixt = pixStretchHorizontal(pixs, dir, L_QUADRATIC_WARP, stretch, op, L_BRING_IN_WHITE); snprintf(buf, sizeof(buf), "%s, %s", dirstr[dir], opstr[op]); pixd = pixAddSingleTextblock(pixt, bmf, buf, 0xff000000, L_ADD_BELOW, 0); snprintf(buf, sizeof(buf), "/tmp/junkpixqhs.%02d.jpg", index); pixWrite(buf, pixd, IFF_JFIF_JPEG); pixDestroy(&pixd); pixDestroy(&pixt); } } pixDestroy(&pixs); bmfDestroy(&bmf); pixDisplayMultiple("/tmp/junkpixqhs*.jpg"); #endif /* -------- Horizontal Shear --------------*/ #if RUN_HORIZ_SHEAR pixs = pixRead("german.png"); pixGetDimensions(pixs, &w, &h, NULL); bmf = bmfCreate("./fonts", 6); for (i = 0; i < 25; i++) { del = 0.2 / 12.; angle = -0.2 + (i - (i & 1)) * del; angledeg = 180. * angle / 3.14159265; op = (i & 1) ? L_INTERPOLATED : L_SAMPLED; if (op == L_SAMPLED) pixt = pixHShear(NULL, pixs, h / 2, angle, L_BRING_IN_WHITE); else pixt = pixHShearLI(pixs, h / 2, angle, L_BRING_IN_WHITE); snprintf(buf, sizeof(buf), "%6.2f degree, %s", angledeg, opstr[op]); pixd = pixAddSingleTextblock(pixt, bmf, buf, 0xff000000, L_ADD_BELOW, 0); snprintf(buf, sizeof(buf), "/tmp/junkpixsh.%02d.jpg", i); pixWrite(buf, pixd, IFF_JFIF_JPEG); pixDestroy(&pixd); pixDestroy(&pixt); } pixDestroy(&pixs); bmfDestroy(&bmf); pixDisplayMultiple("/tmp/junkpixsh*.jpg"); #endif /* -------- Vertical Shear --------------*/ #if RUN_VERT_SHEAR pixs = pixRead("german.png"); pixGetDimensions(pixs, &w, &h, NULL); bmf = bmfCreate("./fonts", 6); for (i = 0; i < 25; i++) { del = 0.2 / 12.; angle = -0.2 + (i - (i & 1)) * del; angledeg = 180. * angle / 3.14159265; op = (i & 1) ? L_INTERPOLATED : L_SAMPLED; if (op == L_SAMPLED) pixt = pixVShear(NULL, pixs, w / 2, angle, L_BRING_IN_WHITE); else pixt = pixVShearLI(pixs, w / 2, angle, L_BRING_IN_WHITE); snprintf(buf, sizeof(buf), "%6.2f degree, %s", angledeg, opstr[op]); pixd = pixAddSingleTextblock(pixt, bmf, buf, 0xff000000, L_ADD_BELOW, 0); snprintf(buf, sizeof(buf), "/tmp/junkpixsv.%02d.jpg", i); pixWrite(buf, pixd, IFF_JFIF_JPEG); pixDestroy(&pixd); pixDestroy(&pixt); } pixDestroy(&pixs); bmfDestroy(&bmf); pixDisplayMultiple("/tmp/junkpixsv*.jpg"); #endif return 0; } leptonica-1.70/prog/bincompare.c0000644000175000017500000000673512242267050014752 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * bincompare.c * * Bitwise comparison of two binary images */ #include "allheaders.h" /* set one of these to 1 */ #define XOR 1 #define SUBTRACT_1_FROM_2 0 #define SUBTRACT_2_FROM_1 0 int main(int argc, char **argv) { l_int32 w, h, d, n; char *filein1, *filein2, *fileout; PIX *pixs1, *pixs2; static char mainName[] = "bincompare"; if (argc != 4) return ERROR_INT(" Syntax: bincompare filein1 filein2 fileout", mainName, 1); filein1 = argv[1]; filein2 = argv[2]; fileout = argv[3]; if ((pixs1 = pixRead(filein1)) == NULL) return ERROR_INT("pixs1 not made", mainName, 1); if ((pixs2 = pixRead(filein2)) == NULL) return ERROR_INT("pixs2 not made", mainName, 1); pixGetDimensions(pixs1, &w, &h, &d); if (d != 1) return ERROR_INT("pixs1 not binary", mainName, 1); pixCountPixels(pixs1, &n, NULL); fprintf(stderr, "Number of fg pixels in file1 = %d\n", n); pixCountPixels(pixs2, &n, NULL); fprintf(stderr, "Number of fg pixels in file2 = %d\n", n); #if XOR fprintf(stderr, "xor: 1 ^ 2\n"); pixRasterop(pixs1, 0, 0, w, h, PIX_SRC ^ PIX_DST, pixs2, 0, 0); pixCountPixels(pixs1, &n, NULL); fprintf(stderr, "Number of fg pixels in XOR = %d\n", n); pixWrite(fileout, pixs1, IFF_PNG); #elif SUBTRACT_1_FROM_2 fprintf(stderr, "subtract: 2 - 1\n"); pixRasterop(pixs1, 0, 0, w, h, PIX_SRC & PIX_NOT(PIX_DST), pixs2, 0, 0); pixCountPixels(pixs1, &n, NULL); fprintf(stderr, "Number of fg pixels in 2 - 1 = %d\n", n); pixWrite(fileout, pixs1, IFF_PNG); #elif SUBTRACT_2_FROM_1 fprintf(stderr, "subtract: 1 - 2\n"); pixRasterop(pixs1, 0, 0, w, h, PIX_DST & PIX_NOT(PIX_SRC), pixs2, 0, 0); pixCountPixels(pixs1, &n, NULL); fprintf(stderr, "Number of fg pixels in 1 - 2 = %d\n", n); pixWrite(fileout, pixs1, IFF_PNG); #else fprintf(stderr, "no comparison selected\n"); #endif return 0; } leptonica-1.70/prog/scaletest2.c0000640000175000017500000002743712242265645014712 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * scaletest2.c * * Tests scale-to-gray, unsharp masking, smoothing, and color scaling */ #include "allheaders.h" #define DISPLAY 0 /* set to 1 to see the results */ int main(int argc, char **argv) { PIX *pixs; l_int32 d; static char mainName[] = "scaletest2"; if (argc != 2) return ERROR_INT(" Syntax: scaletest2 filein", mainName, 1); if ((pixs = pixRead(argv[1])) == NULL) return ERROR_INT("pixs not made", mainName, 1); d = pixGetDepth(pixs); #if 1 /* Integer scale-to-gray functions */ if (d == 1) { PIX *pixd; pixd = pixScaleToGray2(pixs); pixWrite("/tmp/s2g_2x", pixd, IFF_PNG); pixDestroy(&pixd); pixd = pixScaleToGray3(pixs); pixWrite("/tmp/s2g_3x", pixd, IFF_PNG); pixDestroy(&pixd); pixd = pixScaleToGray4(pixs); pixWrite("/tmp/s2g_4x", pixd, IFF_PNG); pixDestroy(&pixd); pixd = pixScaleToGray6(pixs); pixWrite("/tmp/s2g_6x", pixd, IFF_PNG); pixDestroy(&pixd); pixd = pixScaleToGray8(pixs); pixWrite("/tmp/s2g_8x", pixd, IFF_PNG); pixDestroy(&pixd); pixd = pixScaleToGray16(pixs); pixWrite("/tmp/s2g_16x", pixd, IFF_PNG); pixDestroy(&pixd); } #endif #if 1 /* Various non-integer scale-to-gray, compared with * with different ways of getting similar results */ if (d == 1) { PIX *pixt, *pixd; pixd = pixScaleToGray8(pixs); pixWrite("/tmp/s2g_8.png", pixd, IFF_PNG); pixDestroy(&pixd); pixd = pixScaleToGray(pixs, 0.124); pixWrite("/tmp/s2g_124.png", pixd, IFF_PNG); pixDestroy(&pixd); pixd = pixScaleToGray(pixs, 0.284); pixWrite("/tmp/s2g_284.png", pixd, IFF_PNG); pixDestroy(&pixd); pixt = pixScaleToGray4(pixs); pixd = pixScaleBySampling(pixt, 284./250., 284./250.); pixWrite("/tmp/s2g_284.2.png", pixd, IFF_PNG); pixDestroy(&pixt); pixDestroy(&pixd); pixt = pixScaleToGray4(pixs); pixd = pixScaleGrayLI(pixt, 284./250., 284./250.); pixWrite("/tmp/s2g_284.3.png", pixd, IFF_PNG); pixDestroy(&pixt); pixDestroy(&pixd); pixt = pixScaleBinary(pixs, 284./250., 284./250.); pixd = pixScaleToGray4(pixt); pixWrite("/tmp/s2g_284.4.png", pixd, IFF_PNG); pixDestroy(&pixt); pixDestroy(&pixd); pixt = pixScaleToGray4(pixs); pixd = pixScaleGrayLI(pixt, 0.49, 0.49); pixWrite("/tmp/s2g_42.png", pixd, IFF_PNG); pixDestroy(&pixt); pixDestroy(&pixd); pixt = pixScaleToGray4(pixs); pixd = pixScaleSmooth(pixt, 0.49, 0.49); pixWrite("/tmp/s2g_4sm.png", pixd, IFF_PNG); pixDestroy(&pixt); pixDestroy(&pixd); pixt = pixScaleBinary(pixs, .16/.125, .16/.125); pixd = pixScaleToGray8(pixt); pixWrite("/tmp/s2g_16.png", pixd, IFF_PNG); pixDestroy(&pixt); pixDestroy(&pixd); pixd = pixScaleToGray(pixs, .16); pixWrite("/tmp/s2g_16.2.png", pixd, IFF_PNG); pixDestroy(&pixd); } #endif #if 1 /* Antialiased (smoothed) reduction, along with sharpening */ if (d != 1) { PIX *pixt1, *pixt2; startTimer(); pixt1 = pixScaleSmooth(pixs, 0.154, 0.154); fprintf(stderr, "fast scale: %5.3f sec\n", stopTimer()); pixDisplayWithTitle(pixt1, 0, 0, "smooth scaling", DISPLAY); pixWrite("/tmp/smooth1.png", pixt1, IFF_PNG); pixt2 = pixUnsharpMasking(pixt1, 1, 0.3); pixWrite("/tmp/smooth2.png", pixt2, IFF_PNG); pixDisplayWithTitle(pixt2, 200, 0, "sharp scaling", DISPLAY); pixDestroy(&pixt1); pixDestroy(&pixt2); } #endif #if 1 /* Test a large range of scale-to-gray reductions */ if (d == 1) { l_int32 i; l_float32 scale; PIX *pixd; for (i = 2; i < 15; i++) { scale = 1. / (l_float32)i; startTimer(); pixd = pixScaleToGray(pixs, scale); fprintf(stderr, "Time for scale %7.3f: %7.3f sec\n", scale, stopTimer()); pixDisplayWithTitle(pixd, 75 * i, 100, "scaletogray", DISPLAY); pixDestroy(&pixd); } for (i = 8; i < 14; i++) { scale = 1. / (l_float32)(2 * i); startTimer(); pixd = pixScaleToGray(pixs, scale); fprintf(stderr, "Time for scale %7.3f: %7.3f sec\n", scale, stopTimer()); pixDisplayWithTitle(pixd, 100 * i, 600, "scaletogray", DISPLAY); pixDestroy(&pixd); } } #endif #if 1 /* Test the same range of scale-to-gray mipmap reductions */ if (d == 1) { l_int32 i; l_float32 scale; PIX *pixd; for (i = 2; i < 15; i++) { scale = 1. / (l_float32)i; startTimer(); pixd = pixScaleToGrayMipmap(pixs, scale); fprintf(stderr, "Time for scale %7.3f: %7.3f sec\n", scale, stopTimer()); pixDisplayWithTitle(pixd, 75 * i, 100, "scale mipmap", DISPLAY); pixDestroy(&pixd); } for (i = 8; i < 12; i++) { scale = 1. / (l_float32)(2 * i); startTimer(); pixd = pixScaleToGrayMipmap(pixs, scale); fprintf(stderr, "Time for scale %7.3f: %7.3f sec\n", scale, stopTimer()); pixDisplayWithTitle(pixd, 100 * i, 600, "scale mipmap", DISPLAY); pixDestroy(&pixd); } } #endif #if 1 /* Test several methods for antialiased reduction, * along with sharpening */ if (d != 1) { PIX *pixt1, *pixt2, *pixt3, *pixt4, *pixt5, *pixt6, *pixt7; l_float32 SCALING = 0.27; l_int32 SIZE = 7; l_int32 smooth; l_float32 FRACT = 1.0; smooth = SIZE / 2; startTimer(); pixt1 = pixScaleSmooth(pixs, SCALING, SCALING); fprintf(stderr, "fast scale: %5.3f sec\n", stopTimer()); pixDisplayWithTitle(pixt1, 0, 0, "smooth scaling", DISPLAY); pixWrite("/tmp/sm_1.png", pixt1, IFF_PNG); pixt2 = pixUnsharpMasking(pixt1, 1, 0.3); pixDisplayWithTitle(pixt2, 150, 0, "sharpened scaling", DISPLAY); startTimer(); pixt3 = pixBlockconv(pixs, smooth, smooth); pixt4 = pixScaleBySampling(pixt3, SCALING, SCALING); fprintf(stderr, "slow scale: %5.3f sec\n", stopTimer()); pixDisplayWithTitle(pixt4, 200, 200, "sampled scaling", DISPLAY); pixWrite("/tmp/sm_2.png", pixt4, IFF_PNG); startTimer(); pixt5 = pixUnsharpMasking(pixs, smooth, FRACT); pixt6 = pixBlockconv(pixt5, smooth, smooth); pixt7 = pixScaleBySampling(pixt6, SCALING, SCALING); fprintf(stderr, "very slow scale + sharp: %5.3f sec\n", stopTimer()); pixDisplayWithTitle(pixt7, 500, 200, "sampled scaling", DISPLAY); pixWrite("/tmp/sm_3.jpg", pixt7, IFF_JFIF_JPEG); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); pixDestroy(&pixt5); pixDestroy(&pixt6); pixDestroy(&pixt7); } #endif #if 1 /* Test the color scaling function, comparing the * special case of scaling factor 2.0 with the * general case. */ if (d == 32) { PIX *pix1, *pix2, *pixd; NUMA *nar, *nag, *nab, *naseq; GPLOT *gplot; startTimer(); pix1 = pixScaleColorLI(pixs, 2.00001, 2.0); fprintf(stderr, " Time with regular LI: %7.3f\n", stopTimer()); pixWrite("/tmp/color1.jpg", pix1, IFF_JFIF_JPEG); startTimer(); pix2 = pixScaleColorLI(pixs, 2.0, 2.0); fprintf(stderr, " Time with 2x LI: %7.3f\n", stopTimer()); pixWrite("/tmp/color2.jpg", pix2, IFF_JFIF_JPEG); pixd = pixAbsDifference(pix1, pix2); pixGetColorHistogram(pixd, 1, &nar, &nag, &nab); naseq = numaMakeSequence(0., 1., 256); gplot = gplotCreate("/tmp/plot_absdiff", GPLOT_X11, "Number vs diff", "diff", "number"); gplotSetScaling(gplot, GPLOT_LOG_SCALE_Y); gplotAddPlot(gplot, naseq, nar, GPLOT_POINTS, "red"); gplotAddPlot(gplot, naseq, nag, GPLOT_POINTS, "green"); gplotAddPlot(gplot, naseq, nab, GPLOT_POINTS, "blue"); gplotMakeOutput(gplot); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pixd); numaDestroy(&naseq); numaDestroy(&nar); numaDestroy(&nag); numaDestroy(&nab); gplotDestroy(&gplot); } #endif #if 1 /* Test the gray LI scaling function, comparing the * special cases of scaling factor 2.0 and 4.0 with the * general case */ if (d == 8 || d == 32) { PIX *pixt, *pix0, *pix1, *pix2, *pixd; NUMA *nagray, *naseq; GPLOT *gplot; if (d == 8) pixt = pixClone(pixs); else pixt = pixConvertRGBToGray(pixs, 0.33, 0.34, 0.33); pix0 = pixScaleGrayLI(pixt, 0.5, 0.5); #if 1 startTimer(); pix1 = pixScaleGrayLI(pix0, 2.00001, 2.0); fprintf(stderr, " Time with regular LI 2x: %7.3f\n", stopTimer()); startTimer(); pix2 = pixScaleGrayLI(pix0, 2.0, 2.0); fprintf(stderr, " Time with 2x LI: %7.3f\n", stopTimer()); #else startTimer(); pix1 = pixScaleGrayLI(pix0, 4.00001, 4.0); fprintf(stderr, " Time with regular LI 4x: %7.3f\n", stopTimer()); startTimer(); pix2 = pixScaleGrayLI(pix0, 4.0, 4.0); fprintf(stderr, " Time with 2x LI: %7.3f\n", stopTimer()); #endif pixWrite("/tmp/gray1", pix1, IFF_JFIF_JPEG); pixWrite("/tmp/gray2", pix2, IFF_JFIF_JPEG); pixd = pixAbsDifference(pix1, pix2); nagray = pixGetGrayHistogram(pixd, 1); naseq = numaMakeSequence(0., 1., 256); gplot = gplotCreate("/tmp/g_absdiff", GPLOT_X11, "Number vs diff", "diff", "number"); gplotSetScaling(gplot, GPLOT_LOG_SCALE_Y); gplotAddPlot(gplot, naseq, nagray, GPLOT_POINTS, "gray"); gplotMakeOutput(gplot); pixDestroy(&pixt); pixDestroy(&pix0); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pixd); numaDestroy(&naseq); numaDestroy(&nagray); gplotDestroy(&gplot); } #endif pixDestroy(&pixs); return 0; } leptonica-1.70/prog/chars-6.tif0000444000175000017500000000350412226572724014434 0ustar dandanII*†& t ÿÿÿÿÿÿÿÿÿÿÿÿÿÿÈ £ö@ð.ä3¹†@GÈ+Á W3 Èh‚1ȵJÈ(z!£lr8†| ]ÈB ‚ä_h¿ô@Žê“d}Qy… ¦º ‚10?Ñ|Òn’u¦î´›O.Ú.ÚÈᔎ*A7Aÿ¤¿×épÄ]OOSéké_Òý}iVÞC@ú_¿¯ýø!ãë’áÒßzô…m/ò ¸eàW¶•PÕÁÿý$¼¬é‡_éülRÑsñúý$—‹R±Xv»M{4Ÿ½kýr;vhI†ÚøømMh¾Ã.Üzý"!qzo¼Ø‚)ü†tÒÈj†A¯×ôž·§I[Ã/ÝRo¿ÈmŽ—úèAÿÓ¥ú_¶—â•ú_ú[ÿ`¯¶+ÿKH†òõô² îA‡ÿIaëQ4Ý'ô­,‚î“iV’]§÷Õ6“ †–´¯´´PÒÛJÒVÒKÚø†¬S<›þ©ŠhŠ)ŠIŠ b" ÕƒZCB¢""""a¡Ò¡ÖÒ×é!Ý!ÇÇÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÈŽC 7†[iˆ>C 5øƒ!–ä †Â8dЃ†CAÈbdæCÌ‚L‚Lžó!³| öBa !6L†„Ù0Ž †fxù¨"èœ Áê@ÐlIö48ÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿù|!Œû yA²ÈÁh!¯¬‚‹ h7 Ür„ Ùª© § ꥷþpèŽ Ÿ!’?ýh"}zýÿn¿Ä}ý-ýÿþ›¢/=Ùd6FC>d4fC)È>N2 9±Èeñ ãšÈ(²‡ ÃÈ1™“ÇÈ?9; ðN>È/Oÿ\B/=y‚/ š‹çÁåpP]p¥aø®Eæ ˜Dv,*h¼Ð0¡µN–цÿý&é».tƒ¥j“Q#Ì8}ÃfÃ@bGšM†p“A³Ž“¨pá„Ða(h Ó ¡ÿ·þ“† &?étÓÓ¤Ý6¾8† ®µÿô›éÒ¿þ¿Òúëútº¿Ý]5aºŠIm# ÄH3wþ‡ÿüWÿïÿϺäOt—è¾Òü#ÿ˜iÂ)ÿÿÿöÿuµ×u¦ô’ Wè/ÿö+ÿoÿÿÿÿ뫤ý/Äý+½½—öÿþý+òÇþö7ät¿ÿ¯O¯×þßÿº]þ­Ôi[DßÿíS C0í E;e¾‰Áûÿᥠ$Ø^Ò‡a}¥n’ÿý†{Š lpØ ƒÂAá70ƒ8a 1QLAáñ#¦ï„›t?ÿe͈Ž""""2ᥡÇï ?ëÿÚ¿ÿá‚ÿM¥÷¤—«uˆ°Ò¯„v($`ƒ¬DDÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ€€FF~4<(ÀÀleptonica-1.70/prog/makefile.mingw0000640000175000017500000006334312267665646015325 0ustar dandan#/*====================================================================* # - Copyright (C) 2001 Leptonica. All rights reserved. # - # - Redistribution and use in source and binary forms, with or without # - modification, are permitted provided that the following conditions # - are met: # - 1. Redistributions of source code must retain the above copyright # - notice, this list of conditions and the following disclaimer. # - 2. Redistributions in binary form must reproduce the above # - copyright notice, this list of conditions and the following # - disclaimer in the documentation and/or other materials # - provided with the distribution. # - # - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS # - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT # - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR # - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY # - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, # - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, # - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR # - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY # - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING # - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS # - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. # *====================================================================*/ # Makefile.mingw (cross-compiled for windows) # # !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! # NOTE: This file may not be up to date on the source files that # are listed here. For the current set of source files, see: # makefile # !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! # # For a nodebug version: make # For a debug version: make DEBUG=yes # For a shared library version: make SHARED=yes # With nonstandard library directories: # make EXTRALIBS="-L" # With nonstandard header directories # make EXTRAINCLUDES="-I" # # To remove all executables: make clean # # This is EXPERIMENTAL. It compiles and links, but is not very neat, # because I haven't built executables for windows in any environment # except cygwin. It makes optimized executables with static # libraries; ignore the 'SHARED' lines. This should eventually # be fixed up, but for now, SHARED doesn't work. Also, if # you make with DEBUG=yes, you will get very large .o files. # # To build .exe windows programs, you need 4 libraries: # jpeg, png, zlib, tiff # You can get them from the gnuwin32 site on sourceforge: # http://gnuwin32.sourceforge.net/packages/netpbm.htm # Download the 4 libraries as 'developer' packages, which give # you the library binaries with the header files. # The header files go in: # /usr/local/include/mingw/ # and the four libraries go in # /usr/local/lib/mingw/ # The four libraries you need are specified in the ALL_LIBS definition. # It seems that you also need to download dll files to get # the programs to run (e.g., jpeg2b.dll). # # Libraries are built into a binary tree with its root in the # parent directory ROOT_DIR = .. LIB_NODEBUG_DIR = $(ROOT_DIR)/lib/nodebug LIB_DEBUG_DIR = $(ROOT_DIR)/lib/debug LIB_SHARED_DIR = $(ROOT_DIR)/lib/shared # Include files are found within the same tree IMAGELIB_INCL = $(ROOT_DIR)/src CC = i586-mingw32msvc-gcc -ansi -Werror -D_BSD_SOURCE -DANSI #CC = i586-mingw32msvc-g++ -Werror -D_BSD_SOURCE ifdef SHARED LIB_DIR = $(LIB_SHARED_DIR) OPTIMIZE = -O2 else ifdef DEBUG LIB_DIR = $(LIB_DEBUG_DIR) OPTIMIZE = -g else LIB_DIR = $(LIB_NODEBUG_DIR) OPTIMIZE = -O2 endif endif OPTIONS = INCLUDES = -I$(IMAGELIB_INCL) -I/usr/local/include/mingw CFLAGS = $(OPTIMIZE) $(OPTIONS) CPPFLAGS = $(INCLUDES) -DL_LITTLE_ENDIAN #CPPFLAGS = $(INCLUDES) -DL_BIG_ENDIAN LDFLAGS += -L$(LIB_DIR) -L/usr/local/lib/mingw -L/usr/lib $(EXTRALIBS) #LDFLAGS += -L$(LIB_DIR) -L/usr/X11R6/lib -L/usr/local/lib -L/usr/lib $(EXTRALIBS) ifdef SHARED LEPTLIB = $(LIB_DIR)/liblept.so else LEPTLIB = $(LIB_DIR)/liblept.a endif ALL_LIBS = $(LEPTLIB) /usr/local/lib/mingw/libpng.a /usr/local/lib/mingw/libz.a /usr/local/lib/mingw/libtiff.dll.a /usr/local/lib/mingw/libjpeg.dll.a -lm ######################################################################### SRC = adaptnorm_reg.c affine_reg.c alphaclean_reg.c \ bilinear_reg.c binarize_reg.c \ binmorph1_reg.c binmorph2_reg.c \ binmorph3_reg.c binmorph4_reg.c binmorph5_reg.c \ blend_reg.c blend2_reg.c \ ccthin1_reg.c ccthin2_reg.c \ cmapquant_reg.c colorquant_reg.c \ colorseg_reg.c compfilter_reg.c \ conncomp_reg.c conversion_reg.c \ distance_reg.c dwamorph1_reg.c \ dwamorph2_reg.c enhance_reg.c \ equal_reg.c expand_reg.c extrema_reg.c \ fhmtauto_reg.c flipdetect_reg.c \ fmorphauto_reg.c fpix_reg.c gifio_reg.c \ grayfill_reg.c graymorph_reg.c grayquant_reg.c \ hardlight_reg.c heap_reg.c ioformats_reg.c \ kernel_reg.c locminmax_reg.c \ logicops_reg.c lowaccess_reg.c \ maze_reg.c morphseq_reg.c numa_reg.c \ paint_reg.c paintmask_reg.c \ pixa1_reg.c pixa2_reg.c \ pixadisp_reg.c pixalloc_reg.c \ pixcomp_reg.c pixmem_reg.c \ pixserial_reg.c pixtile_reg.c \ projective_reg.c psioseg_reg.c \ pta_reg.c ptra1_reg.c \ ptra2_reg.c rank_reg.c \ rasterop_reg.c rasteropip_reg.c \ rotate1_reg.c rotate2_reg.c rotateorth_reg.c \ scale_reg.c selio_reg.c \ shear_reg.c skew_reg.c \ smallpix_reg.c smoothedge_reg.c splitcomp_reg.c \ string_reg.c subpixel_reg.c threshnorm_reg.c \ warper_reg.c writetext_reg.c xformbox_reg.c \ adaptmaptest.c \ arithtest.c barcodetest.c \ baselinetest.c \ bincompare.c blendcmaptest.c \ blendtest1.c buffertest.c \ ccbordtest.c cctest1.c \ colormorphtest.c colorsegtest.c \ colorspacetest.c comparepages.c \ comparetest.c contrasttest.c \ convertfilestops.c convertformat.c \ convertsegfilestops.c converttogray.c \ converttops.c convolvetest.c cornertest.c \ croptext.c digitprep1.c dithertest.c \ dwalineargen.c edgetest.c falsecolortest.c \ fcombautogen.c fhmtautogen.c fileinfo.c \ findpattern1.c findpattern2.c findpattern3.c \ flipselgen.c \ fmorphautogen.c gammatest.c \ genfonts.c graphicstest.c graymorphtest.c \ histotest.c iotest.c inserttest.c \ jbcorrelation.c jbrankhaus.c jbwords.c \ lineremoval.c listtest.c \ maketile.c misctest1.c \ modifyhuesat.c morphtest1.c mtifftest.c \ numaranktest.c otsutest.c \ pagesegtest1.c pagesegtest2.c pagesegtest3.c \ partitiontest.c pixaatest.c \ plottest.c \ printimage.c printsplitimage.c printtiff.c \ ranktest.c reducetest.c \ removecmap.c renderfonts.c \ rotatefastalt.c rotateorthtest1.c \ rotatetest1.c runlengthtest.c \ scaletest1.c scaletest2.c \ seedfilltest.c sharptest.c \ sheartest.c showedges.c \ skewtest.c snapcolortest.c \ sorttest.c splitimage2pdf.c \ trctest.c \ viewertest.c watershedtest.c \ wordsinorder.c xtractprotos.c xvdisp.c # Remove the .o files from these on clean SRC2 = dwalinear.3.c dwalinearlow.3.c ###################################################################### all: $(SRC:%.c=%) debian: binarize_reg \ binmorph1_reg binmorph2_reg binmorph3_reg \ binmorph4_reg binmorph5_reg \ blend_reg blend2_reg buffertest comparetest \ cctest1 ccthin1_reg \ colormorphtest colorquant_reg colorspacetest \ conncomp_reg conversion_reg \ convertfilestops convertformat \ convertsegfilestops converttops distance_reg \ dithertest edgetest enhance_reg \ equal_reg expand_reg extrema_reg \ fhmtauto_reg fhmtautogen fileinfo \ flipdetect_reg flipselgen fmorphauto_reg fmorphautogen \ fpix_reg gammatest graphicstest grayfill_reg \ graymorph_reg \ grayquant_reg hardlight_reg heap_reg histotest ioformats_reg \ jbcorrelation jbrankhaus jbwords \ kernel_reg lineremoval locminmax_reg \ lowaccess_reg maze_reg numaranktest numa_reg pagesegtest1 \ pagesegtest2 pagesegtest3 paint_reg paintmask_reg \ partitiontest pixalloc_reg pixmem_reg plottest \ printimage printsplitimage printtiff \ ranktest rank_reg removecmap rotate1_reg rotate2_reg \ scale_reg selio_reg \ sharptest shear_reg smallpix_reg \ splitcomp_reg splitimage2pdf \ viewertest warper_reg writetext_reg xtractprotos ###################################################################### adaptnorm_reg: adaptnorm_reg.o $(LEPTLIB) $(CC) -o adaptnorm_reg adaptnorm_reg.o $(ALL_LIBS) $(EXTRALIBS) affine_reg: affine_reg.o $(LEPTLIB) $(CC) -o affine_reg affine_reg.o $(ALL_LIBS) $(EXTRALIBS) alphaclean_reg: alphaclean_reg.o $(LEPTLIB) $(CC) -o alphaclean_reg alphaclean_reg.o $(ALL_LIBS) $(EXTRALIBS) bilinear_reg: bilinear_reg.o $(LEPTLIB) $(CC) -o bilinear_reg bilinear_reg.o $(ALL_LIBS) $(EXTRALIBS) binarize_reg: binarize_reg.o $(LEPTLIB) $(CC) -o binarize_reg binarize_reg.o $(ALL_LIBS) $(EXTRALIBS) binmorph1_reg: binmorph1_reg.o $(LEPTLIB) $(CC) -o binmorph1_reg binmorph1_reg.o $(ALL_LIBS) $(EXTRALIBS) binmorph2_reg: binmorph2_reg.o $(LEPTLIB) $(CC) -o binmorph2_reg binmorph2_reg.o $(ALL_LIBS) $(EXTRALIBS) binmorph3_reg: binmorph3_reg.o $(LEPTLIB) $(CC) -o binmorph3_reg binmorph3_reg.o $(ALL_LIBS) $(EXTRALIBS) binmorph4_reg: binmorph4_reg.o $(LEPTLIB) $(CC) -o binmorph4_reg binmorph4_reg.o $(ALL_LIBS) $(EXTRALIBS) binmorph5_reg: binmorph5_reg.o $(LEPTLIB) $(CC) -o binmorph5_reg binmorph5_reg.o $(ALL_LIBS) $(EXTRALIBS) blend_reg: blend_reg.o $(LEPTLIB) $(CC) -o blend_reg blend_reg.o $(ALL_LIBS) $(EXTRALIBS) blend2_reg: blend2_reg.o $(LEPTLIB) $(CC) -o blend2_reg blend2_reg.o $(ALL_LIBS) $(EXTRALIBS) ccthin1_reg: ccthin1_reg.o $(LEPTLIB) $(CC) -o ccthin1_reg ccthin1_reg.o $(ALL_LIBS) $(EXTRALIBS) ccthin2_reg: ccthin2_reg.o $(LEPTLIB) $(CC) -o ccthin2_reg ccthin2_reg.o $(ALL_LIBS) $(EXTRALIBS) cmapquant_reg: cmapquant_reg.o $(LEPTLIB) $(CC) -o cmapquant_reg cmapquant_reg.o $(ALL_LIBS) $(EXTRALIBS) colorquant_reg: colorquant_reg.o $(LEPTLIB) $(CC) -o colorquant_reg colorquant_reg.o $(ALL_LIBS) $(EXTRALIBS) colorseg_reg: colorseg_reg.o $(LEPTLIB) $(CC) -o colorseg_reg colorseg_reg.o $(ALL_LIBS) $(EXTRALIBS) compfilter_reg: compfilter_reg.o $(LEPTLIB) $(CC) -o compfilter_reg compfilter_reg.o $(ALL_LIBS) $(EXTRALIBS) conncomp_reg: conncomp_reg.o $(LEPTLIB) $(CC) -o conncomp_reg conncomp_reg.o $(ALL_LIBS) $(EXTRALIBS) conversion_reg: conversion_reg.o $(LEPTLIB) $(CC) -o conversion_reg conversion_reg.o $(ALL_LIBS) $(EXTRALIBS) distance_reg: distance_reg.o $(LEPTLIB) $(CC) -o distance_reg distance_reg.o $(ALL_LIBS) $(EXTRALIBS) dwamorph1_reg: dwamorph1_reg.o dwalinear.3.o dwalinearlow.3.o $(LEPTLIB) $(CC) -o dwamorph1_reg dwamorph1_reg.o dwalinear.3.o dwalinearlow.3.o $(ALL_LIBS) $(EXTRALIBS) dwamorph2_reg: dwamorph2_reg.o dwalinear.3.o dwalinearlow.3.o $(LEPTLIB) $(CC) -o dwamorph2_reg dwamorph2_reg.o dwalinear.3.o dwalinearlow.3.o $(ALL_LIBS) $(EXTRALIBS) enhance_reg: enhance_reg.o $(LEPTLIB) $(CC) -o enhance_reg enhance_reg.o $(ALL_LIBS) $(EXTRALIBS) equal_reg: equal_reg.o $(LEPTLIB) $(CC) -o equal_reg equal_reg.o $(ALL_LIBS) $(EXTRALIBS) expand_reg: expand_reg.o $(LEPTLIB) $(CC) -o expand_reg expand_reg.o $(ALL_LIBS) $(EXTRALIBS) extrema_reg: extrema_reg.o $(LEPTLIB) $(CC) -o extrema_reg extrema_reg.o $(ALL_LIBS) $(EXTRALIBS) fhmtauto_reg: fhmtauto_reg.o $(LEPTLIB) $(CC) -o fhmtauto_reg fhmtauto_reg.o $(ALL_LIBS) $(EXTRALIBS) flipdetect_reg: flipdetect_reg.o $(LEPTLIB) $(CC) -o flipdetect_reg flipdetect_reg.o $(ALL_LIBS) $(EXTRALIBS) fmorphauto_reg: fmorphauto_reg.o $(LEPTLIB) $(CC) -o fmorphauto_reg fmorphauto_reg.o $(ALL_LIBS) $(EXTRALIBS) fpix_reg: fpix_reg.o $(LEPTLIB) $(CC) -o fpix_reg fpix_reg.o $(ALL_LIBS) $(EXTRALIBS) gifio_reg: gifio_reg.o $(LEPTLIB) $(CC) -o gifio_reg gifio_reg.o $(ALL_LIBS) $(EXTRALIBS) grayfill_reg: grayfill_reg.o $(LEPTLIB) $(CC) -o grayfill_reg grayfill_reg.o $(ALL_LIBS) $(EXTRALIBS) graymorph_reg: graymorph_reg.o $(LEPTLIB) $(CC) -o graymorph_reg graymorph_reg.o $(ALL_LIBS) $(EXTRALIBS) grayquant_reg: grayquant_reg.o $(LEPTLIB) $(CC) -o grayquant_reg grayquant_reg.o $(ALL_LIBS) $(EXTRALIBS) hardlight_reg: hardlight_reg.o $(LEPTLIB) $(CC) -o hardlight_reg hardlight_reg.o $(ALL_LIBS) $(EXTRALIBS) heap_reg: heap_reg.o $(LEPTLIB) $(CC) -o heap_reg heap_reg.o $(ALL_LIBS) $(EXTRALIBS) ioformats_reg: ioformats_reg.o $(LEPTLIB) $(CC) -o ioformats_reg ioformats_reg.o $(ALL_LIBS) $(EXTRALIBS) kernel_reg: kernel_reg.o $(LEPTLIB) $(CC) -o kernel_reg kernel_reg.o $(ALL_LIBS) $(EXTRALIBS) locminmax_reg: locminmax_reg.o $(LEPTLIB) $(CC) -o locminmax_reg locminmax_reg.o $(ALL_LIBS) $(EXTRALIBS) logicops_reg: logicops_reg.o $(LEPTLIB) $(CC) -o logicops_reg logicops_reg.o $(ALL_LIBS) $(EXTRALIBS) lowaccess_reg: lowaccess_reg.o $(LEPTLIB) $(CC) -o lowaccess_reg lowaccess_reg.o $(ALL_LIBS) $(EXTRALIBS) maze_reg: maze_reg.o $(LEPTLIB) $(CC) -o maze_reg maze_reg.o $(ALL_LIBS) $(EXTRALIBS) morphseq_reg: morphseq_reg.o $(LEPTLIB) $(CC) -o morphseq_reg morphseq_reg.o $(ALL_LIBS) $(EXTRALIBS) numa_reg: numa_reg.o $(LEPTLIB) $(CC) -o numa_reg numa_reg.o $(ALL_LIBS) $(EXTRALIBS) paint_reg: paint_reg.o $(LEPTLIB) $(CC) -o paint_reg paint_reg.o $(ALL_LIBS) $(EXTRALIBS) paintmask_reg: paintmask_reg.o $(LEPTLIB) $(CC) -o paintmask_reg paintmask_reg.o $(ALL_LIBS) $(EXTRALIBS) pixa1_reg: pixa1_reg.o $(LEPTLIB) $(CC) -o pixa1_reg pixa1_reg.o $(ALL_LIBS) $(EXTRALIBS) pixa2_reg: pixa2_reg.o $(LEPTLIB) $(CC) -o pixa2_reg pixa2_reg.o $(ALL_LIBS) $(EXTRALIBS) pixadisp_reg: pixadisp_reg.o $(LEPTLIB) $(CC) -o pixadisp_reg pixadisp_reg.o $(ALL_LIBS) $(EXTRALIBS) pixalloc_reg: pixalloc_reg.o $(LEPTLIB) $(CC) -o pixalloc_reg pixalloc_reg.o $(ALL_LIBS) $(EXTRALIBS) pixcomp_reg: pixcomp_reg.o $(LEPTLIB) $(CC) -o pixcomp_reg pixcomp_reg.o $(ALL_LIBS) $(EXTRALIBS) pixmem_reg: pixmem_reg.o $(LEPTLIB) $(CC) -o pixmem_reg pixmem_reg.o $(ALL_LIBS) $(EXTRALIBS) pixserial_reg: pixserial_reg.o $(LEPTLIB) $(CC) -o pixserial_reg pixserial_reg.o $(ALL_LIBS) $(EXTRALIBS) pixtile_reg: pixtile_reg.o $(LEPTLIB) $(CC) -o pixtile_reg pixtile_reg.o $(ALL_LIBS) $(EXTRALIBS) projective_reg: projective_reg.o $(LEPTLIB) $(CC) -o projective_reg projective_reg.o $(ALL_LIBS) $(EXTRALIBS) psioseg_reg: psioseg_reg.o $(LEPTLIB) $(CC) -o psioseg_reg psioseg_reg.o $(ALL_LIBS) $(EXTRALIBS) pta_reg: pta_reg.o $(LEPTLIB) $(CC) -o pta_reg pta_reg.o $(ALL_LIBS) $(EXTRALIBS) ptra1_reg: ptra1_reg.o $(LEPTLIB) $(CC) -o ptra1_reg ptra1_reg.o $(ALL_LIBS) $(EXTRALIBS) ptra2_reg: ptra2_reg.o $(LEPTLIB) $(CC) -o ptra2_reg ptra2_reg.o $(ALL_LIBS) $(EXTRALIBS) rank_reg: rank_reg.o $(LEPTLIB) $(CC) -o rank_reg rank_reg.o $(ALL_LIBS) $(EXTRALIBS) rasterop_reg: rasterop_reg.o $(LEPTLIB) $(CC) -o rasterop_reg rasterop_reg.o $(ALL_LIBS) $(EXTRALIBS) rasteropip_reg: rasteropip_reg.o $(LEPTLIB) $(CC) -o rasteropip_reg rasteropip_reg.o $(ALL_LIBS) $(EXTRALIBS) rotate1_reg: rotate1_reg.o $(LEPTLIB) $(CC) -o rotate1_reg rotate1_reg.o $(ALL_LIBS) $(EXTRALIBS) rotate2_reg: rotate2_reg.o $(LEPTLIB) $(CC) -o rotate2_reg rotate2_reg.o $(ALL_LIBS) $(EXTRALIBS) rotateorth_reg: rotateorth_reg.o $(LEPTLIB) $(CC) -o rotateorth_reg rotateorth_reg.o $(ALL_LIBS) $(EXTRALIBS) scale_reg: scale_reg.o $(LEPTLIB) $(CC) -o scale_reg scale_reg.o $(ALL_LIBS) $(EXTRALIBS) selio_reg: selio_reg.o $(LEPTLIB) $(CC) -o selio_reg selio_reg.o $(ALL_LIBS) $(EXTRALIBS) shear_reg: shear_reg.o $(LEPTLIB) $(CC) -o shear_reg shear_reg.o $(ALL_LIBS) $(EXTRALIBS) skew_reg: skew_reg.o $(LEPTLIB) $(CC) -o skew_reg skew_reg.o $(ALL_LIBS) $(EXTRALIBS) smallpix_reg: smallpix_reg.o $(LEPTLIB) $(CC) -o smallpix_reg smallpix_reg.o $(ALL_LIBS) $(EXTRALIBS) smoothedge_reg: smoothedge_reg.o $(LEPTLIB) $(CC) -o smoothedge_reg smoothedge_reg.o $(ALL_LIBS) $(EXTRALIBS) splitcomp_reg: splitcomp_reg.o $(LEPTLIB) $(CC) -o splitcomp_reg splitcomp_reg.o $(ALL_LIBS) $(EXTRALIBS) string_reg: string_reg.o $(LEPTLIB) $(CC) -o string_reg string_reg.o $(ALL_LIBS) $(EXTRALIBS) subpixel_reg: subpixel_reg.o $(LEPTLIB) $(CC) -o subpixel_reg subpixel_reg.o $(ALL_LIBS) $(EXTRALIBS) threshnorm_reg: threshnorm_reg.o $(LEPTLIB) $(CC) -o threshnorm_reg threshnorm_reg.o $(ALL_LIBS) $(EXTRALIBS) warper_reg: warper_reg.o $(LEPTLIB) $(CC) -o warper_reg warper_reg.o $(ALL_LIBS) $(EXTRALIBS) writetext_reg: writetext_reg.o $(LEPTLIB) $(CC) -o writetext_reg writetext_reg.o $(ALL_LIBS) $(EXTRALIBS) xformbox_reg: xformbox_reg.o $(LEPTLIB) $(CC) -o xformbox_reg xformbox_reg.o $(ALL_LIBS) $(EXTRALIBS) adaptmaptest: adaptmaptest.o $(LEPTLIB) $(CC) -o adaptmaptest adaptmaptest.o $(ALL_LIBS) $(EXTRALIBS) arithtest: arithtest.o $(LEPTLIB) $(CC) -o arithtest arithtest.o $(ALL_LIBS) $(EXTRALIBS) barcodetest: barcodetest.o $(LEPTLIB) $(CC) -o barcodetest barcodetest.o $(ALL_LIBS) $(EXTRALIBS) baselinetest: baselinetest.o $(LEPTLIB) $(CC) -o baselinetest baselinetest.o $(ALL_LIBS) $(EXTRALIBS) bincompare: bincompare.o $(LEPTLIB) $(CC) -o bincompare bincompare.o $(ALL_LIBS) $(EXTRALIBS) blendcmaptest: blendcmaptest.o $(LEPTLIB) $(CC) -o blendcmaptest blendcmaptest.o $(ALL_LIBS) $(EXTRALIBS) blendtest1: blendtest1.o $(LEPTLIB) $(CC) -o blendtest1 blendtest1.o $(ALL_LIBS) $(EXTRALIBS) buffertest: buffertest.o $(LEPTLIB) $(CC) -o buffertest buffertest.o $(ALL_LIBS) $(EXTRALIBS) ccbordtest: ccbordtest.o $(LEPTLIB) $(CC) -o ccbordtest ccbordtest.o $(ALL_LIBS) $(EXTRALIBS) cctest1: cctest1.o $(LEPTLIB) $(CC) -o cctest1 cctest1.o $(ALL_LIBS) $(EXTRALIBS) colormorphtest: colormorphtest.o $(LEPTLIB) $(CC) -o colormorphtest colormorphtest.o $(ALL_LIBS) $(EXTRALIBS) colorsegtest: colorsegtest.o $(LEPTLIB) $(CC) -o colorsegtest colorsegtest.o $(ALL_LIBS) $(EXTRALIBS) colorspacetest: colorspacetest.o $(LEPTLIB) $(CC) -o colorspacetest colorspacetest.o $(ALL_LIBS) $(EXTRALIBS) comparepages: comparepages.o $(LEPTLIB) $(CC) -o comparepages comparepages.o $(ALL_LIBS) $(EXTRALIBS) comparetest: comparetest.o $(LEPTLIB) $(CC) -o comparetest comparetest.o $(ALL_LIBS) $(EXTRALIBS) contrasttest: contrasttest.o $(LEPTLIB) $(CC) -o contrasttest contrasttest.o $(ALL_LIBS) $(EXTRALIBS) convertfilestops: convertfilestops.o $(LEPTLIB) $(CC) -o convertfilestops convertfilestops.o $(ALL_LIBS) $(EXTRALIBS) convertformat: convertformat.o $(LEPTLIB) $(CC) -o convertformat convertformat.o $(ALL_LIBS) $(EXTRALIBS) convertsegfilestops: convertsegfilestops.o $(LEPTLIB) $(CC) -o convertsegfilestops convertsegfilestops.o $(ALL_LIBS) $(EXTRALIBS) converttogray: converttogray.o $(LEPTLIB) $(CC) -o converttogray converttogray.o $(ALL_LIBS) $(EXTRALIBS) converttops: converttops.o $(LEPTLIB) $(CC) -o converttops converttops.o $(ALL_LIBS) $(EXTRALIBS) convolvetest: convolvetest.o $(LEPTLIB) $(CC) -o convolvetest convolvetest.o $(ALL_LIBS) $(EXTRALIBS) cornertest: cornertest.o $(LEPTLIB) $(CC) -o cornertest cornertest.o $(ALL_LIBS) $(EXTRALIBS) croptext: croptext.o $(LEPTLIB) $(CC) -o croptext croptext.o $(ALL_LIBS) $(EXTRALIBS) digitprep1: digitprep1.o $(LEPTLIB) $(CC) -o digitprep1 digitprep1.o $(ALL_LIBS) $(EXTRALIBS) dithertest: dithertest.o $(LEPTLIB) $(CC) -o dithertest dithertest.o $(ALL_LIBS) $(EXTRALIBS) dwalineargen: dwalineargen.o $(LEPTLIB) $(CC) -o dwalineargen dwalineargen.o $(ALL_LIBS) $(EXTRALIBS) edgetest: edgetest.o $(LEPTLIB) $(CC) -o edgetest edgetest.o $(ALL_LIBS) $(EXTRALIBS) falsecolortest: falsecolortest.o $(LEPTLIB) $(CC) -o falsecolortest falsecolortest.o $(ALL_LIBS) $(EXTRALIBS) fhmtautogen: fhmtautogen.o $(LEPTLIB) $(CC) -o fhmtautogen fhmtautogen.o $(ALL_LIBS) $(EXTRALIBS) fileinfo: fileinfo.o $(LEPTLIB) $(CC) -o fileinfo fileinfo.o $(ALL_LIBS) $(EXTRALIBS) findpattern1: findpattern1.o $(LEPTLIB) $(CC) -o findpattern1 findpattern1.o $(ALL_LIBS) $(EXTRALIBS) findpattern2: findpattern2.o $(LEPTLIB) $(CC) -o findpattern2 findpattern2.o $(ALL_LIBS) $(EXTRALIBS) findpattern3: findpattern3.o $(LEPTLIB) $(CC) -o findpattern3 findpattern3.o $(ALL_LIBS) $(EXTRALIBS) flipselgen: flipselgen.o $(LEPTLIB) $(CC) -o flipselgen flipselgen.o $(ALL_LIBS) $(EXTRALIBS) fcombautogen: fcombautogen.o $(LEPTLIB) $(CC) -o fcombautogen fcombautogen.o $(ALL_LIBS) $(EXTRALIBS) fmorphautogen: fmorphautogen.o $(LEPTLIB) $(CC) -o fmorphautogen fmorphautogen.o $(ALL_LIBS) $(EXTRALIBS) gammatest: gammatest.o $(LEPTLIB) $(CC) -o gammatest gammatest.o $(ALL_LIBS) $(EXTRALIBS) genfonts: genfonts.o $(LEPTLIB) $(CC) -o genfonts genfonts.o $(ALL_LIBS) $(EXTRALIBS) graphicstest: graphicstest.o $(LEPTLIB) $(CC) -o graphicstest graphicstest.o $(ALL_LIBS) $(EXTRALIBS) graymorphtest: graymorphtest.o $(LEPTLIB) $(CC) -o graymorphtest graymorphtest.o $(ALL_LIBS) $(EXTRALIBS) histotest: histotest.o $(LEPTLIB) $(CC) -o histotest histotest.o $(ALL_LIBS) $(EXTRALIBS) iotest: iotest.o $(LEPTLIB) $(CC) -o iotest iotest.o $(ALL_LIBS) $(EXTRALIBS) inserttest: inserttest.o $(LEPTLIB) $(CC) -o inserttest inserttest.o $(ALL_LIBS) $(EXTRALIBS) jbcorrelation: jbcorrelation.o $(LEPTLIB) $(CC) -o jbcorrelation jbcorrelation.o $(ALL_LIBS) $(EXTRALIBS) jbrankhaus: jbrankhaus.o $(LEPTLIB) $(CC) -o jbrankhaus jbrankhaus.o $(ALL_LIBS) $(EXTRALIBS) jbwords: jbwords.o $(LEPTLIB) $(CC) -o jbwords jbwords.o $(ALL_LIBS) $(EXTRALIBS) lineremoval: lineremoval.o $(LEPTLIB) $(CC) -o lineremoval lineremoval.o $(ALL_LIBS) $(EXTRALIBS) listtest: listtest.o $(LEPTLIB) $(CC) -o listtest listtest.o $(ALL_LIBS) $(EXTRALIBS) maketile: maketile.o $(LEPTLIB) $(CC) -o maketile maketile.o $(ALL_LIBS) $(EXTRALIBS) misctest1: misctest1.o $(LEPTLIB) $(CC) -o misctest1 misctest1.o $(ALL_LIBS) $(EXTRALIBS) modifyhuesat: modifyhuesat.o $(LEPTLIB) $(CC) -o modifyhuesat modifyhuesat.o $(ALL_LIBS) $(EXTRALIBS) morphtest1: morphtest1.o $(LEPTLIB) $(CC) -o morphtest1 morphtest1.o $(ALL_LIBS) $(EXTRALIBS) mtifftest: mtifftest.o $(LEPTLIB) $(CC) -o mtifftest mtifftest.o $(ALL_LIBS) $(EXTRALIBS) numaranktest: numaranktest.o $(LEPTLIB) $(CC) -o numaranktest numaranktest.o $(ALL_LIBS) $(EXTRALIBS) otsutest: otsutest.o $(LEPTLIB) $(CC) -o otsutest otsutest.o $(ALL_LIBS) $(EXTRALIBS) pagesegtest1: pagesegtest1.o $(LEPTLIB) $(CC) -o pagesegtest1 pagesegtest1.o $(ALL_LIBS) $(EXTRALIBS) pagesegtest2: pagesegtest2.o $(LEPTLIB) $(CC) -o pagesegtest2 pagesegtest2.o $(ALL_LIBS) $(EXTRALIBS) pagesegtest3: pagesegtest3.o $(LEPTLIB) $(CC) -o pagesegtest3 pagesegtest3.o $(ALL_LIBS) $(EXTRALIBS) partitiontest: partitiontest.o $(LEPTLIB) $(CC) -o partitiontest partitiontest.o $(ALL_LIBS) $(EXTRALIBS) pixaatest: pixaatest.o $(LEPTLIB) $(CC) -o pixaatest pixaatest.o $(ALL_LIBS) $(EXTRALIBS) plottest: plottest.o $(LEPTLIB) $(CC) -o plottest plottest.o $(ALL_LIBS) $(EXTRALIBS) printimage: printimage.o $(LEPTLIB) $(CC) -o printimage printimage.o $(ALL_LIBS) $(EXTRALIBS) printsplitimage: printsplitimage.o $(LEPTLIB) $(CC) -o printsplitimage printsplitimage.o $(ALL_LIBS) $(EXTRALIBS) printtiff: printtiff.o $(LEPTLIB) $(CC) -o printtiff printtiff.o $(ALL_LIBS) $(EXTRALIBS) ranktest: ranktest.o $(LEPTLIB) $(CC) -o ranktest ranktest.o $(ALL_LIBS) $(EXTRALIBS) reducetest: reducetest.o $(LEPTLIB) $(CC) -o reducetest reducetest.o $(ALL_LIBS) $(EXTRALIBS) removecmap: removecmap.o $(LEPTLIB) $(CC) -o removecmap removecmap.o $(ALL_LIBS) $(EXTRALIBS) renderfonts: renderfonts.o $(LEPTLIB) $(CC) -o renderfonts renderfonts.o $(ALL_LIBS) $(EXTRALIBS) rotatefastalt: rotatefastalt.o $(LEPTLIB) $(CC) -o rotatefastalt rotatefastalt.o $(ALL_LIBS) $(EXTRALIBS) rotateorthtest1: rotateorthtest1.o $(LEPTLIB) $(CC) -o rotateorthtest1 rotateorthtest1.o $(ALL_LIBS) $(EXTRALIBS) rotatetest1: rotatetest1.o $(LEPTLIB) $(CC) -o rotatetest1 rotatetest1.o $(ALL_LIBS) $(EXTRALIBS) runlengthtest: runlengthtest.o $(LEPTLIB) $(CC) -o runlengthtest runlengthtest.o $(ALL_LIBS) $(EXTRALIBS) scaletest1: scaletest1.o $(LEPTLIB) $(CC) -o scaletest1 scaletest1.o $(ALL_LIBS) $(EXTRALIBS) scaletest2: scaletest2.o $(LEPTLIB) $(CC) -o scaletest2 scaletest2.o $(ALL_LIBS) $(EXTRALIBS) seedfilltest: seedfilltest.o $(LEPTLIB) $(CC) -o seedfilltest seedfilltest.o $(ALL_LIBS) $(EXTRALIBS) sharptest: sharptest.o $(LEPTLIB) $(CC) -o sharptest sharptest.o $(ALL_LIBS) $(EXTRALIBS) sheartest: sheartest.o $(LEPTLIB) $(CC) -o sheartest sheartest.o $(ALL_LIBS) $(EXTRALIBS) showedges: showedges.o $(LEPTLIB) $(CC) -o showedges showedges.o $(ALL_LIBS) $(EXTRALIBS) skewtest: skewtest.o $(LEPTLIB) $(CC) -o skewtest skewtest.o $(ALL_LIBS) $(EXTRALIBS) snapcolortest: snapcolortest.o $(LEPTLIB) $(CC) -o snapcolortest snapcolortest.o $(ALL_LIBS) $(EXTRALIBS) sorttest: sorttest.o $(LEPTLIB) $(CC) -o sorttest sorttest.o $(ALL_LIBS) $(EXTRALIBS) splitimage2pdf: splitimage2pdf.o $(LEPTLIB) $(CC) -o splitimage2pdf splitimage2pdf.o $(ALL_LIBS) $(EXTRALIBS) trctest: trctest.o $(LEPTLIB) $(CC) -o trctest trctest.o $(ALL_LIBS) $(EXTRALIBS) viewertest: viewertest.o $(LEPTLIB) $(CC) -o viewertest viewertest.o $(ALL_LIBS) $(EXTRALIBS) watershedtest: watershedtest.o $(LEPTLIB) $(CC) -o watershedtest watershedtest.o $(ALL_LIBS) $(EXTRALIBS) wordsinorder: wordsinorder.o $(LEPTLIB) $(CC) -o wordsinorder wordsinorder.o $(ALL_LIBS) $(EXTRALIBS) xtractprotos: xtractprotos.o $(LEPTLIB) $(CC) -o xtractprotos xtractprotos.o $(ALL_LIBS) $(EXTRALIBS) xvdisp: xvdisp.o $(LEPTLIB) $(CC) -o xvdisp xvdisp.o $(ALL_LIBS) $(EXTRALIBS) ########################################################### clean: -@ for file in $(SRC:%.c=%) ; do \ rm -f $$file; \ done ; -@ for file in $(SRC:%.c=%.o) ; do \ rm -f $$file; \ done ; -@ for file in $(SRC2:%.c=%.o) ; do \ rm -f $$file; \ done ; ########################################################### install: mkdir -p $(DESTDIR)/usr/bin/leptonica -@ for file in $(SRC:%.c=%) ; do \ install $$file $(DESTDIR)/usr/bin/leptonica; \ done ; ########################################################### depend: $(BIN)/makedepend -DNO_PROTOS $(CPPFLAGS) $(SRC) dependprotos: $(BIN)/makedepend $(CPPFLAGS) $(SRC) # DO NOT DELETE THIS LINE -- make depend depends on it. leptonica-1.70/prog/raggededge.png0000444000175000017500000000070411301154262015232 0ustar dandan‰PNG  IHDRgjî]¦þgAMA± üa8tEXtSoftwareXV Version 3.10a Rev: 12/29/94 (PNG patch 1.2)Ý.I$IDATxœíÙKÃ0PnÀýoÉ J“~SÇƉêVC2lªF²-Y„z¡¦¦¦¦¦¦Îª%«î”IMýÒAõpž¬~VšP·-¶ŽYGeBkÑf©ðºQ*¶jêƒëzSת¦nU ­ë_ã¼8öé}UâhUñV ¶6ßþšÒßlZ¨©7hKª=«v±ÖM¬Ãy"°º¹O¡qNþ Z£™3°ê¿j¬MÓáulq5ÎÆ}Ÿî`jêÄº× ¨º9×JM½A#Ý€ÔÔãuSÖ8'OMMýÖ5>¸þ(tJ,ÇýÈZJ-)ô~s6/lÍ&m’CßWp¶ø¯9´úêC ]I§¦îGÜÅhÚËH¢W¯„,ºd¤ÑE¡Ô?×ò…¾æˆÃ4êr 4tIMEÙ *)ÄölIEND®B`‚leptonica-1.70/prog/ranktest.c0000644000175000017500000001055512270122643014460 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * ranktest.c * * Tests rank filters on 8 and 32 bpp images. */ #include "allheaders.h" int main(int argc, char **argv) { l_int32 i, wf, hf, w, h, d, same; l_float32 rank, time; PIX *pixs, *pixd, *pixt1, *pixt2, *pixt3, *pixt4; PIXA *pixa; char *filein, *fileout; static char mainName[] = "ranktest"; if (argc != 6) return ERROR_INT(" Syntax: ranktest filein wf hf rank fileout", mainName, 1); filein = argv[1]; wf = atoi(argv[2]); hf = atoi(argv[3]); rank = atof(argv[4]); fileout = argv[5]; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pix not made", mainName, 1); pixGetDimensions(pixs, &w, &h, &d); if (d != 8 && d != 32) return ERROR_INT("pix neither 8 nor 32 bpp", mainName, 1); startTimer(); pixd = pixRankFilter(pixs, wf, hf, rank); time = stopTimer(); fprintf(stderr, "Time = %7.3f sec\n", time); fprintf(stderr, "MPix/sec: %7.3f\n", 0.000001 * w * h / time); pixDisplay(pixs, 0, 0); pixDisplay(pixd, 600, 0); pixWrite(fileout, pixd, IFF_PNG); pixDestroy(&pixd); /* Get results for different rank values */ for (i = 0; i <= 10; i++) { pixd = pixRankFilter(pixs, wf, hf, 0.1 * i); pixDisplayWrite(pixd, 1); pixDestroy(&pixd); } /* Make the dimensions odd to compare with dilation & erosion */ if (wf % 2 == 0) wf++; if (hf % 2 == 0) hf++; /* Get results for dilation and erosion */ if (d == 8) { pixt1 = pixDilateGray(pixs, wf, hf); pixt2 = pixErodeGray(pixs, wf, hf); } else { pixt1 = pixColorMorph(pixs, L_MORPH_DILATE, wf, hf); pixt2 = pixColorMorph(pixs, L_MORPH_ERODE, wf, hf); } pixDisplayWrite(pixt1, 1); /* dilation */ /* Get results using the rank filter for rank = 0.0 and 1.0. * Don't use 0.0 or 1.0, because those are dispatched * automatically to erosion and dilation! */ pixt3 = pixRankFilter(pixs, wf, hf, 0.0001); pixt4 = pixRankFilter(pixs, wf, hf, 0.9999); /* Compare */ pixEqual(pixt1, pixt4, &same); if (same) fprintf(stderr, "Correct: dilation results same as rank 1.0\n"); else fprintf(stderr, "Error: dilation results differ from rank 1.0\n"); pixEqual(pixt2, pixt3, &same); if (same) fprintf(stderr, "Correct: erosion results same as rank 0.0\n"); else fprintf(stderr, "Error: erosion results differ from rank 0.0\n"); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); /* Display tiled */ pixa = pixaReadFiles("/tmp/display", "file"); pixd = pixaDisplayTiledAndScaled(pixa, d, 400, 3, 0, 25, 2); pixWrite("/tmp/junktiles.jpg", pixd, IFF_JFIF_JPEG); pixDestroy(&pixd); pixaDestroy(&pixa); pixDestroy(&pixs); return 0; } leptonica-1.70/prog/grayquant_reg.c0000644000175000017500000003543312240303050015465 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * grayquant_reg.c * * Tests gray thresholding to 1, 2 and 4 bpp, with and without colormaps */ #include "allheaders.h" static const l_int32 THRESHOLD = 130; /* nlevels for 4 bpp output; anything between 2 and 16 */ static const l_int32 NLEVELS = 4; int main(int argc, char **argv) { const char *str; l_int32 equal, index, w, h; BOX *box; PIX *pixs, *pixd, *pixt, *pixd1, *pixd2, *pixd3; PIX *pixt1, *pixt2, *pixt3, *pixt4; PIXA *pixa; PIXCMAP *cmap; static char mainName[] = "grayquant_reg"; if ((pixs = pixRead("test8.jpg")) == NULL) return ERROR_INT("pixs not made", mainName, 1); pixa = pixaCreate(0); pixSaveTiled(pixs, pixa, 1.0, 1, 20, 8); /* threshold to 1 bpp */ pixd = pixThresholdToBinary(pixs, THRESHOLD); pixSaveTiled(pixd, pixa, 1.0, 1, 20, 0); pixWrite("/tmp/thr0.png", pixd, IFF_PNG); pixDestroy(&pixd); /* dither to 2 bpp, with and without colormap */ pixd = pixDitherTo2bpp(pixs, 1); pixt = pixDitherTo2bpp(pixs, 0); pixt2 = pixConvertGrayToColormap(pixt); pixSaveTiled(pixd, pixa, 1.0, 1, 20, 0); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 0); pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 0); pixWrite("/tmp/thr1.png", pixd, IFF_PNG); pixWrite("/tmp/thr2.png", pixt, IFF_PNG); pixWrite("/tmp/thr3.png", pixt2, IFF_PNG); /* pixcmapWriteStream(stderr, pixGetColormap(pixd)); */ pixEqual(pixd, pixt2, &equal); if (!equal) fprintf(stderr, "Error: thr2 != thr3\n"); pixDestroy(&pixt); pixDestroy(&pixt2); pixDestroy(&pixd); /* threshold to 2 bpp, with and without colormap */ pixd = pixThresholdTo2bpp(pixs, 4, 1); pixt = pixThresholdTo2bpp(pixs, 4, 0); pixt2 = pixConvertGrayToColormap(pixt); pixSaveTiled(pixd, pixa, 1.0, 1, 20, 0); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 0); pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 0); pixWrite("/tmp/thr4.png", pixd, IFF_PNG); pixWrite("/tmp/thr5.png", pixt2, IFF_PNG); pixEqual(pixd, pixt2, &equal); if (!equal) fprintf(stderr, "Error: thr4 != thr5\n"); pixDestroy(&pixt); pixDestroy(&pixt2); pixDestroy(&pixd); pixd = pixThresholdTo2bpp(pixs, 3, 1); pixt = pixThresholdTo2bpp(pixs, 3, 0); pixSaveTiled(pixd, pixa, 1.0, 1, 20, 0); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 0); pixWrite("/tmp/thr6.png", pixd, IFF_PNG); pixWrite("/tmp/thr7.png", pixt, IFF_PNG); pixDestroy(&pixt); pixDestroy(&pixd); /* threshold to 4 bpp, with and without colormap */ pixd = pixThresholdTo4bpp(pixs, 9, 1); pixt = pixThresholdTo4bpp(pixs, 9, 0); pixt2 = pixConvertGrayToColormap(pixt); pixSaveTiled(pixd, pixa, 1.0, 1, 20, 0); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 0); pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 0); pixWrite("/tmp/thr8.png", pixd, IFF_PNG); pixWrite("/tmp/thr9.png", pixt, IFF_PNG); pixWrite("/tmp/thr10.png", pixt2, IFF_PNG); /* pixcmapWriteStream(stderr, pixGetColormap(pixd)); */ pixDestroy(&pixt); pixDestroy(&pixt2); pixDestroy(&pixd); /* threshold on 8 bpp, with and without colormap */ pixd = pixThresholdOn8bpp(pixs, 9, 1); pixt = pixThresholdOn8bpp(pixs, 9, 0); pixt2 = pixConvertGrayToColormap(pixt); pixSaveTiled(pixd, pixa, 1.0, 1, 20, 0); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 0); pixSaveTiled(pixt2, pixa, 1, 0, 20, 0); pixWrite("/tmp/thr11.png", pixd, IFF_PNG); pixWrite("/tmp/thr12.png", pixt2, IFF_PNG); /* pixcmapWriteStream(stderr, pixGetColormap(pixd)); */ pixEqual(pixd, pixt2, &equal); if (!equal) fprintf(stderr, "Error: thr11 != thr12\n"); pixDestroy(&pixt); pixDestroy(&pixt2); pixDestroy(&pixd); pixd1 = pixaDisplay(pixa, 0, 0); pixDisplay(pixd1, 100, 100); pixWrite("/tmp/pixd1.jpg", pixd1, IFF_JFIF_JPEG); pixDestroy(&pixd1); pixaDestroy(&pixa); pixa = pixaCreate(0); pixSaveTiled(pixs, pixa, 1.0, 1, 20, 32); /* highlight 2 bpp with colormap */ pixd = pixThresholdTo2bpp(pixs, 3, 1); cmap = pixGetColormap(pixd); pixcmapWriteStream(stderr, cmap); box = boxCreate(278, 35, 122, 50); pixSetSelectCmap(pixd, box, 2, 255, 255, 100); pixcmapWriteStream(stderr, cmap); pixDisplay(pixd, 0, 0); pixSaveTiled(pixd, pixa, 1.0, 1, 20, 0); pixWrite("/tmp/thr13.png", pixd, IFF_PNG); pixDestroy(&pixd); boxDestroy(&box); /* test pixThreshold8() */ pixd = pixThreshold8(pixs, 1, 2, 1); /* cmap */ pixSaveTiled(pixd, pixa, 1.0, 1, 20, 0); pixWrite("/tmp/thr14.png", pixd, IFF_PNG); pixDisplay(pixd, 100, 0); pixDestroy(&pixd); pixd = pixThreshold8(pixs, 1, 2, 0); /* no cmap */ pixSaveTiled(pixd, pixa, 1.0, 0, 20, 0); pixWrite("/tmp/thr15.png", pixd, IFF_PNG); pixDisplay(pixd, 200, 0); pixDestroy(&pixd); pixd = pixThreshold8(pixs, 2, 3, 1); /* highlight one box */ pixSaveTiled(pixd, pixa, 1.0, 0, 20, 0); box = boxCreate(278, 35, 122, 50); pixSetSelectCmap(pixd, box, 2, 255, 255, 100); pixWrite("/tmp/thr16.png", pixd, IFF_PNG); pixDisplay(pixd, 300, 0); cmap = pixGetColormap(pixd); pixcmapWriteStream(stderr, cmap); boxDestroy(&box); pixDestroy(&pixd); pixd = pixThreshold8(pixs, 2, 4, 0); /* no cmap */ pixSaveTiled(pixd, pixa, 1.0, 0, 20, 0); pixWrite("/tmp/thr17.png", pixd, IFF_PNG); pixDisplay(pixd, 400, 0); pixDestroy(&pixd); pixd = pixThreshold8(pixs, 4, 6, 1); /* highlight one box */ box = boxCreate(278, 35, 122, 50); pixSetSelectCmap(pixd, box, 5, 255, 255, 100); pixSaveTiled(pixd, pixa, 1.0, 0, 20, 0); pixWrite("/tmp/thr18.png", pixd, IFF_PNG); cmap = pixGetColormap(pixd); pixcmapWriteStream(stderr, cmap); boxDestroy(&box); pixDisplay(pixd, 500, 0); pixDestroy(&pixd); pixd = pixThreshold8(pixs, 4, 6, 0); /* no cmap */ pixSaveTiled(pixd, pixa, 1.0, 0, 20, 0); pixWrite("/tmp/thr19.png", pixd, IFF_PNG); pixDisplay(pixd, 600, 0); pixDestroy(&pixd); /* highlight 4 bpp with 2 colormap entries */ /* Note: We use 5 levels (0-4) for gray. */ /* 5 & 6 are used for highlight color. */ pixd = pixThresholdTo4bpp(pixs, 5, 1); cmap = pixGetColormap(pixd); pixcmapGetIndex(cmap, 255, 255, 255, &index); box = boxCreate(278, 35, 122, 50); pixSetSelectCmap(pixd, box, index, 255, 255, 100); /* use 5 */ boxDestroy(&box); box = boxCreate(4, 6, 157, 33); pixSetSelectCmap(pixd, box, index, 100, 255, 255); /* use 6 */ boxDestroy(&box); pixcmapWriteStream(stderr, cmap); pixSaveTiled(pixd, pixa, 1.0, 1, 20, 0); pixDisplay(pixd, 700, 0); pixWrite("/tmp/thr20.png", pixd, IFF_PNG); pixDestroy(&pixd); /* comparison 8 bpp jpeg with 2 bpp (highlight) */ pixDestroy(&pixs); pixs = pixRead("feyn.tif"); pixt = pixScaleToGray4(pixs); pixt2 = pixReduceRankBinaryCascade(pixs, 2, 2, 0, 0); pixd = pixThresholdTo2bpp(pixt, 3, 1); box = boxCreate(175, 208, 228, 88); pixSetSelectCmap(pixd, box, 2, 255, 255, 100); pixDisplay(pixd, 100, 200); cmap = pixGetColormap(pixd); pixcmapWriteStream(stderr, cmap); pixSaveTiled(pixt, pixa, 1.0, 1, 20, 0); pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 0); pixSaveTiled(pixd, pixa, 1.0, 0, 20, 0); pixWrite("/tmp/thr21.jpg", pixt, IFF_JFIF_JPEG); pixWrite("/tmp/thr22.png", pixt2, IFF_PNG); pixWrite("/tmp/thr23.png", pixd, IFF_PNG); pixDestroy(&pixd); pixDestroy(&pixt2); boxDestroy(&box); /* thresholding to 4 bpp (highlight); use pixt from above */ pixd = pixThresholdTo4bpp(pixt, NLEVELS, 1); box = boxCreate(175, 208, 228, 83); pixSetSelectCmap(pixd, box, NLEVELS - 1, 255, 255, 100); boxDestroy(&box); box = boxCreate(232, 298, 110, 25); pixSetSelectCmap(pixd, box, NLEVELS - 1, 100, 255, 255); boxDestroy(&box); box = boxCreate(21, 698, 246, 82); pixSetSelectCmap(pixd, box, NLEVELS - 1, 225, 100, 255); boxDestroy(&box); pixDisplay(pixd, 500, 200); cmap = pixGetColormap(pixd); pixcmapWriteStream(stderr, cmap); pixt2 = pixReduceRankBinaryCascade(pixs, 2, 2, 0, 0); pixSaveTiled(pixt2, pixa, 1.0, 1, 20, 0); pixSaveTiled(pixd, pixa, 1.0, 0, 20, 0); pixWrite("/tmp/thr24.png", pixt2, IFF_PNG); pixWrite("/tmp/thr25.png", pixd, IFF_PNG); pixDestroy(&pixt2); pixDestroy(&pixd); /* Thresholding to 4 bpp at 2, 3, 4, 5 and 6 levels */ box = boxCreate(25, 202, 136, 37); pixt1 = pixClipRectangle(pixt, box, NULL); pixt2 = pixScale(pixt1, 6., 6.); pixGetDimensions(pixt2, &w, &h, NULL); pixSaveTiled(pixt2, pixa, 1.0, 1, 20, 0); pixDisplay(pixt2, 0, 0); pixWrite("/tmp/junk-8.jpg", pixt2, IFF_JFIF_JPEG); pixd = pixCreate(w, 6 * h, 8); pixRasterop(pixd, 0, 0, w, h, PIX_SRC, pixt2, 0, 0); pixt3 = pixThresholdTo4bpp(pixt2, 6, 1); pixt4 = pixRemoveColormap(pixt3, REMOVE_CMAP_TO_GRAYSCALE); pixRasterop(pixd, 0, h, w, h, PIX_SRC, pixt4, 0, 0); pixSaveTiled(pixt3, pixa, 1.0, 0, 20, 0); pixDisplay(pixt3, 0, 100); pixWrite("/tmp/junk-4-6.png", pixt3, IFF_PNG); pixDestroy(&pixt3); pixDestroy(&pixt4); pixt3 = pixThresholdTo4bpp(pixt2, 5, 1); pixt4 = pixRemoveColormap(pixt3, REMOVE_CMAP_TO_GRAYSCALE); pixRasterop(pixd, 0, 2 * h, w, h, PIX_SRC, pixt4, 0, 0); pixSaveTiled(pixt3, pixa, 1.0, 0, 20, 0); pixDisplay(pixt3, 0, 200); pixWrite("/tmp/junk-4-5.png", pixt3, IFF_PNG); pixDestroy(&pixt3); pixDestroy(&pixt4); pixt3 = pixThresholdTo4bpp(pixt2, 4, 1); pixt4 = pixRemoveColormap(pixt3, REMOVE_CMAP_TO_GRAYSCALE); pixRasterop(pixd, 0, 3 * h, w, h, PIX_SRC, pixt4, 0, 0); pixSaveTiled(pixt3, pixa, 1.0, 0, 20, 0); pixDisplay(pixt3, 0, 300); pixWrite("/tmp/junk-4-4.png", pixt3, IFF_PNG); pixDestroy(&pixt3); pixDestroy(&pixt4); pixt3 = pixThresholdTo4bpp(pixt2, 3, 1); pixt4 = pixRemoveColormap(pixt3, REMOVE_CMAP_TO_GRAYSCALE); pixRasterop(pixd, 0, 4 * h, w, h, PIX_SRC, pixt4, 0, 0); pixSaveTiled(pixt3, pixa, 1.0, 1, 20, 0); pixDisplay(pixt3, 0, 400); pixWrite("/tmp/junk-4-3.png", pixt3, IFF_PNG); pixDestroy(&pixt3); pixDestroy(&pixt4); pixt3 = pixThresholdTo4bpp(pixt2, 2, 1); pixt4 = pixRemoveColormap(pixt3, REMOVE_CMAP_TO_GRAYSCALE); pixRasterop(pixd, 0, 5 * h, w, h, PIX_SRC, pixt4, 0, 0); pixDisplay(pixt3, 0, 500); pixSaveTiled(pixt3, pixa, 1.0, 0, 20, 0); pixWrite("/tmp/junk-4-2.png", pixt3, IFF_PNG); pixDestroy(&pixt3); pixDestroy(&pixt4); pixWrite("/tmp/junk-all.png", pixd, IFF_PNG); pixDestroy(&pixd); pixd2 = pixaDisplay(pixa, 0, 0); pixDisplay(pixd2, 100, 100); pixWrite("/tmp/pixd2.jpg", pixd2, IFF_JFIF_JPEG); pixDestroy(&pixd2); pixaDestroy(&pixa); #if 0 /* upscale 2x and threshold to 1 bpp; e.g., use test8.jpg */ startTimer(); pixd = pixScaleGray2xLIThresh(pixs, THRESHOLD); fprintf(stderr, " time for scale/dither = %7.3f sec\n", stopTimer()); pixWrite(fileout, pixd, IFF_PNG); pixDestroy(&pixd); #endif #if 0 /* upscale 4x and threshold to 1 bpp; e.g., use test8.jpg */ startTimer(); pixd = pixScaleGray4xLIThresh(pixs, THRESHOLD); fprintf(stderr, " time for scale/dither = %7.3f sec\n", stopTimer()); pixWrite(fileout, pixd, IFF_PNG); pixDestroy(&pixd); #endif boxDestroy(&box); pixDestroy(&pixt); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixs); /* Thresholding with fixed and arbitrary bin boundaries */ pixa = pixaCreate(0); pixs = pixRead("stampede2.jpg"); pixSaveTiled(pixs, pixa, 1.0, 1, 20, 8); pixt = pixThresholdTo4bpp(pixs, 5, 1); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 0); pixDestroy(&pixt); pixt = pixThresholdTo4bpp(pixs, 7, 1); cmap = pixGetColormap(pixt); pixcmapWriteStream(stderr, cmap); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 0); pixDestroy(&pixt); pixt = pixThresholdTo4bpp(pixs, 11, 1); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 0); pixDestroy(&pixt); pixSaveTiled(pixs, pixa, 1.0, 1, 20, 8); str = "45 75 115 185"; pixt = pixThresholdGrayArb(pixs, str, 8, 0, 0, 0); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 0); pixDestroy(&pixt); str = "38 65 85 115 160 210"; pixt = pixThresholdGrayArb(pixs, str, 8, 0, 1, 1); cmap = pixGetColormap(pixt); pixcmapWriteStream(stderr, cmap); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 0); pixDestroy(&pixt); str = "38 60 75 90 110 130 155 185 208 239"; pixt = pixThresholdGrayArb(pixs, str, 8, 0, 0, 0); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 0); pixDestroy(&pixt); pixSaveTiled(pixs, pixa, 1.0, 1, 20, 8); str = "45 75 115 185"; pixt = pixThresholdGrayArb(pixs, str, 0, 1, 0, 1); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 0); pixDestroy(&pixt); str = "38 65 85 115 160 210"; pixt = pixThresholdGrayArb(pixs, str, 0, 1, 0, 1); cmap = pixGetColormap(pixt); pixcmapWriteStream(stderr, cmap); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 0); pixDestroy(&pixt); str = "38 60 75 90 110 130 155 185 208 239"; pixt = pixThresholdGrayArb(pixs, str, 4, 1, 0, 1); pixSaveTiled(pixt, pixa, 1.0, 0, 20, 0); pixDestroy(&pixt); pixd3 = pixaDisplay(pixa, 0, 0); pixDisplay(pixd3, 100, 100); pixWrite("/tmp/pixd3.jpg", pixd3, IFF_JFIF_JPEG); pixDestroy(&pixd3); pixaDestroy(&pixa); pixDestroy(&pixs); return 0; } leptonica-1.70/prog/binmorph2_reg.c0000644000175000017500000001627012240303460015355 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * binmorph2_reg.c * * Thorough regression test for binary separable rasterops, * using the sequence interpreters. This compares the * results for 2-way composite Sels with unitary Sels, * all invoked on the separable block morph ops. */ #include "allheaders.h" static const l_int32 MAX_SEL_SIZE = 120; static void writeResult(char *sequence, l_int32 same); int main(int argc, char **argv) { char *str; char buffer1[256]; char buffer2[256]; l_int32 i, same, same2, factor1, factor2, diff, success; PIX *pixs, *pixsd, *pixt1, *pixt2, *pixt3; SEL *sel1, *sel2; static char mainName[] = "binmorph2_reg"; if (argc != 1) return ERROR_INT(" Syntax: binmorph2_reg", mainName, 1); #if 1 pixs = pixRead("rabi.png"); pixsd = pixMorphCompSequence(pixs, "d5.5", 0); success = TRUE; for (i = 1; i < MAX_SEL_SIZE; i++) { /* Check if the size is exactly decomposable */ selectComposableSizes(i, &factor1, &factor2); diff = factor1 * factor2 - i; fprintf(stderr, "%d: (%d, %d): %d\n", i, factor1, factor2, diff); /* Carry out operations on identical sized Sels: dilation */ sprintf(buffer1, "d%d.%d", i + diff, i + diff); sprintf(buffer2, "d%d.%d", i, i); pixt1 = pixMorphSequence(pixsd, buffer1, 0); pixt2 = pixMorphCompSequence(pixsd, buffer2, 0); pixEqual(pixt1, pixt2, &same); if (i < 64) { pixt3 = pixMorphCompSequenceDwa(pixsd, buffer2, 0); pixEqual(pixt1, pixt3, &same2); } else { pixt3 = NULL; same2 = TRUE; } if (same && same2) writeResult(buffer1, 1); else { writeResult(buffer1, 0); success = FALSE; } pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); /* ... erosion */ sprintf(buffer1, "e%d.%d", i + diff, i + diff); sprintf(buffer2, "e%d.%d", i, i); pixt1 = pixMorphSequence(pixsd, buffer1, 0); pixt2 = pixMorphCompSequence(pixsd, buffer2, 0); pixEqual(pixt1, pixt2, &same); if (i < 64) { pixt3 = pixMorphCompSequenceDwa(pixsd, buffer2, 0); pixEqual(pixt1, pixt3, &same2); } else { pixt3 = NULL; same2 = TRUE; } if (same && same2) writeResult(buffer1, 1); else { writeResult(buffer1, 0); success = FALSE; } pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); /* ... opening */ sprintf(buffer1, "o%d.%d", i + diff, i + diff); sprintf(buffer2, "o%d.%d", i, i); pixt1 = pixMorphSequence(pixsd, buffer1, 0); pixt2 = pixMorphCompSequence(pixsd, buffer2, 0); pixEqual(pixt1, pixt2, &same); if (i < 64) { pixt3 = pixMorphCompSequenceDwa(pixsd, buffer2, 0); pixEqual(pixt1, pixt3, &same2); } else { pixt3 = NULL; same2 = TRUE; } if (same && same2) writeResult(buffer1, 1); else { writeResult(buffer1, 0); success = FALSE; } pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); /* ... closing */ sprintf(buffer1, "c%d.%d", i + diff, i + diff); sprintf(buffer2, "c%d.%d", i, i); pixt1 = pixMorphSequence(pixsd, buffer1, 0); pixt2 = pixMorphCompSequence(pixsd, buffer2, 0); pixEqual(pixt1, pixt2, &same); if (i < 64) { pixt3 = pixMorphCompSequenceDwa(pixsd, buffer2, 0); pixEqual(pixt1, pixt3, &same2); } else { pixt3 = NULL; same2 = TRUE; } if (same && same2) writeResult(buffer1, 1); else { writeResult(buffer1, 0); success = FALSE; } pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); } pixDestroy(&pixs); pixDestroy(&pixsd); if (success) fprintf(stderr, "\n---------- Success: no errors ----------\n"); else fprintf(stderr, "\n---------- Failure: error(s) found -----------\n"); #endif #if 0 for (i = 1; i < 400; i++) { selectComposableSizes(i, &factor1, &factor2); diff = factor1 * factor2 - i; fprintf(stderr, "%d: (%d, %d): %d\n", i, factor1, factor2, diff); selectComposableSels(i, L_HORIZ, &sel1, &sel2); selDestroy(&sel1); selDestroy(&sel2); } #endif #if 0 selectComposableSels(68, L_HORIZ, &sel1, &sel2); /* 17, 4 */ str = selPrintToString(sel2); fprintf(stderr, str); selDestroy(&sel1); selDestroy(&sel2); lept_free(str); selectComposableSels(70, L_HORIZ, &sel1, &sel2); /* 10, 7 */ str = selPrintToString(sel2); selDestroy(&sel1); selDestroy(&sel2); fprintf(stderr, str); lept_free(str); selectComposableSels(85, L_HORIZ, &sel1, &sel2); /* 17, 5 */ str = selPrintToString(sel2); selDestroy(&sel1); selDestroy(&sel2); fprintf(stderr, str); lept_free(str); selectComposableSels(96, L_HORIZ, &sel1, &sel2); /* 12, 8 */ str = selPrintToString(sel2); 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * displaypixa.c * * displaypixa filein fileout [fontdir] * displaypixa filein scalefact border lossless disp fileout [fontdir] * * where disp = 1 to display on the screen; 0 to skip * lossless = 1 for tiff or png * * This reads a pixa from file and generates a composite of the * images tiled in rows. It also optionally displays on the screen. * No scaling is done if @scalefact == 0.0 or @scalefact == 1.0. * If @fontdir is specified, the text field for all pix with text * is written out below the image. */ #include #include "allheaders.h" int main(int argc, char **argv) { char buf[32]; char *filein, *fileout, *fontdir, *textstr; l_int32 n, i, maxdepth, ntext, border, lossless, display; l_float32 scalefact; L_BMF *bmf; PIX *pix1, *pix2, *pix3, *pix4, *pixd; PIXA *pixa, *pixat; static char mainName[] = "displaypixa"; if (argc != 3 && argc != 4 && argc != 7 && argc != 8) { fprintf(stderr, "Syntax error in displaypixa:\n" " displaypixa filein fileout [fontdir]\n" " displaypixa filein scalefact border" " lossless disp fileout [fontdir]\n"); return 1; } filein = argv[1]; if ((pixa = pixaRead(filein)) == NULL) return ERROR_INT("pixa not made", mainName, 1); pixaCountText(pixa, &ntext); /* Simple specification; no output text */ if (argc == 3 || (argc == 4 && ntext == 0)) { /* no text output */ fileout = argv[2]; pixaVerifyDepth(pixa, &maxdepth); pixd = pixaDisplayTiledInRows(pixa, maxdepth, 1400, 1.0, 0, 10, 0); pixDisplay(pixd, 100, 100); if (pixGetDepth(pixd) == 1) pixWrite(fileout, pixd, IFF_PNG); else pixWrite(fileout, pixd, IFF_JFIF_JPEG); pixDestroy(&pixd); pixaDestroy(&pixa); return 0; } /* Simple specification with output text */ if (argc == 4) { /* ntext > 0 */ fileout = argv[2]; fontdir = argv[3]; n = pixaGetCount(pixa); if ((bmf = bmfCreate(fontdir, 6)) == NULL) { L_ERROR("couldn't read fontdir\n", mainName); pixat = pixaCopy(pixa, L_CLONE); } else { pixat = pixaCreate(n); for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixa, i, L_CLONE); pix2 = pixConvertTo32(pix1); pix3 = pixAddBorderGeneral(pix2, 10, 10, 5, 5, 0xffffff00); textstr = pixGetText(pix1); if (textstr && strlen(textstr) > 0) { snprintf(buf, sizeof(buf), "%s", textstr); pix4 = pixAddSingleTextblock(pix3, bmf, buf, 0xff000000, L_ADD_BELOW, NULL); } else { pix4 = pixClone(pix3); } pixaAddPix(pixat, pix4, L_INSERT); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); } bmfDestroy(&bmf); } pixaVerifyDepth(pixat, &maxdepth); pixd = pixaDisplayTiledInRows(pixat, maxdepth, 1400, 1.0, 0, 10, 0); pixDisplay(pixd, 100, 100); if (pixGetDepth(pixd) == 1) pixWrite(fileout, pixd, IFF_PNG); else pixWrite(fileout, pixd, IFF_JFIF_JPEG); pixDestroy(&pixd); pixaDestroy(&pixa); pixaDestroy(&pixat); return 0; } /* Full specification */ scalefact = atof(argv[2]); border = atoi(argv[3]); lossless = atoi(argv[4]); display = atoi(argv[5]); fileout = argv[6]; fontdir = (argc == 8) ? argv[7] : NULL; if (fontdir && ntext == 0) L_WARNING("No text found in any of the pix\n", mainName); if (fontdir && ntext > 0) { if ((bmf = bmfCreate(fontdir, 6)) == NULL) { L_ERROR("couldn't read fontdir\n", mainName); pixat = pixaCopy(pixa, L_CLONE); } else { n = pixaGetCount(pixa); pixat = pixaCreate(n); for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixa, i, L_CLONE); pix2 = pixConvertTo32(pix1); pix3 = pixAddBorderGeneral(pix2, 10, 10, 5, 5, 0xffffff00); textstr = pixGetText(pix1); if (textstr && strlen(textstr) > 0) { snprintf(buf, sizeof(buf), "%s", textstr); pix4 = pixAddSingleTextblock(pix3, bmf, buf, 0xff000000, L_ADD_BELOW, NULL); } else { pix4 = pixClone(pix3); } pixaAddPix(pixat, pix4, L_INSERT); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); } bmfDestroy(&bmf); } } else { pixat = pixaCopy(pixa, L_CLONE); } pixaVerifyDepth(pixat, &maxdepth); pixd = pixaDisplayTiledInRows(pixat, maxdepth, 1400, scalefact, 0, 10, border); if (display) pixDisplay(pixd, 20, 20); if (pixGetDepth(pixd) == 1 || lossless) pixWrite(fileout, pixd, IFF_PNG); else pixWrite(fileout, pixd, IFF_JFIF_JPEG); pixDestroy(&pixd); pixaDestroy(&pixa); pixaDestroy(&pixat); return 0; } leptonica-1.70/prog/buffertest.c0000644000175000017500000000706312242267036015003 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * buffertest.c * * Tests the bbuffer operations */ #include "allheaders.h" #define NBLOCKS 11 int main(int argc, char **argv) { char *filein, *fileout; l_uint8 *array1, *array2, *dataout, *dataout2; l_int32 i, blocksize; size_t nbytes, nout, nout2; BBUFFER *bb, *bb2; FILE *fp; static char mainName[] = "buffertest"; if (argc != 3) return ERROR_INT(" Syntax: buffertest filein fileout", mainName, 1); filein = argv[1]; fileout = argv[2]; if ((array1 = l_binaryRead(filein, &nbytes)) == NULL) return ERROR_INT("array not made", mainName, 1); fprintf(stderr, " Bytes read from file: %lu\n", (unsigned long)nbytes); /* Application of byte buffer ops: compress/decompress in memory */ #if 1 dataout = zlibCompress(array1, nbytes, &nout); l_binaryWrite(fileout, "w", dataout, nout); dataout2 = zlibUncompress(dataout, nout, &nout2); l_binaryWrite("/tmp/junktest", "w", dataout2, nout2); fprintf(stderr, "nbytes in = %lu, nbytes comp = %lu, nbytes uncomp = %lu\n", (unsigned long)nbytes, (unsigned long)nout, (unsigned long)nout2); lept_free(dataout); lept_free(dataout2); #endif /* Low-level byte buffer read/write test */ #if 0 bb = bbufferCreate(array1, nbytes); bbufferRead(bb, array1, nbytes); array2 = (l_uint8 *)lept_calloc(2 * nbytes, sizeof(l_uint8)); fprintf(stderr, " Bytes initially in buffer: %d\n", bb->n); blocksize = (2 * nbytes) / NBLOCKS; for (i = 0; i <= NBLOCKS; i++) { bbufferWrite(bb, array2, blocksize, &nout); fprintf(stderr, " block %d: wrote %d bytes\n", i + 1, nout); } fprintf(stderr, " Bytes left in buffer: %d\n", bb->n); bb2 = bbufferCreate(NULL, 0); bbufferRead(bb2, array1, nbytes); fp = lept_fopen(fileout, "wb"); bbufferWriteStream(bb2, fp, nbytes, &nout); fprintf(stderr, " bytes written out to fileout: %d\n", nout); bbufferDestroy(&bb); bbufferDestroy(&bb2); lept_free(array2); #endif lept_free(array1); return 0; } leptonica-1.70/prog/testfile2.pdf0000444000175000017500000000453411517136671015064 0ustar dandan%PDF-1.2 1 0 obj << /Type /Catalog /Pages 3 0 R >> endobj 2 0 obj << /Title (weasel4.16g.png) /Producer (leptonica) >> endobj 3 0 obj << /Type /Pages /Kids [ 4 0 R ] /Count 1 >> 4 0 obj << /Type /Page /Parent 3 0 R /MediaBox [0 0 197 175] /Contents 5 0 R /Resources << /XObject << /Im1 6 0 R >> /ProcSet [ /ImageB /ImageI /ImageC ] >> >> endobj 5 0 obj << /Length 61 >> stream q 196.8000 0.0000 0.0000 175.2000 0.0000 0.0000 cm /Im1 Do Q endstream endobj 6 0 obj << 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * rank_reg.c * * Tests grayscale rank functions: * (1) pixRankFilterGray() * (2) pixScaleGrayMinMax() * (3) pixScaleGrayRankCascade() */ #include "allheaders.h" static const l_int32 SIZE = 20; int main(int argc, char **argv) { l_int32 i, j, w, h, same; l_float32 t, t1, t2; GPLOT *gplot; NUMA *nax, *nay1, *nay2; PIX *pixs, *pixd, *pixt1, *pixt2, *pixt3, *pixt4; PIXA *pixa; static char mainName[] = "rank_reg"; if (argc != 1) return ERROR_INT(" Syntax: rank_reg", mainName, 1); if ((pixs = pixRead("lucasta.150.jpg")) == NULL) return ERROR_INT("pixs not made", mainName, 1); pixGetDimensions(pixs, &w, &h, NULL); startTimer(); pixd = pixRankFilterGray(pixs, 15, 15, 0.4); t = stopTimer(); fprintf(stderr, "Time = %7.3f sec\n", t); fprintf(stderr, "MPix/sec: %7.3f\n", 0.000001 * w * h / t); pixDisplay(pixs, 0, 200); pixDisplay(pixd, 600, 200); pixWrite("/tmp/filter.png", pixd, IFF_PNG); pixDestroy(&pixd); /* Get results for dilation */ startTimer(); pixt1 = pixDilateGray(pixs, 15, 15); t = stopTimer(); fprintf(stderr, "Dilation time = %7.3f sec\n", t); /* Get results for erosion */ pixt2 = pixErodeGray(pixs, 15, 15); /* Get results using the rank filter for rank = 0.0 and 1.0. * Don't use 0.0 or 1.0, because those are dispatched * automatically to erosion and dilation! */ pixt3 = pixRankFilterGray(pixs, 15, 15, 0.0001); pixt4 = pixRankFilterGray(pixs, 15, 15, 0.9999); /* Compare */ pixEqual(pixt1, pixt4, &same); if (same) fprintf(stderr, "Correct: dilation results same as rank 1.0\n"); else fprintf(stderr, "Error: dilation results differ from rank 1.0\n"); pixEqual(pixt2, pixt3, &same); if (same) fprintf(stderr, "Correct: erosion results same as rank 0.0\n"); else fprintf(stderr, "Error: erosion results differ from rank 0.0\n"); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); fprintf(stderr, "\n----------------------------------------\n"); fprintf(stderr, "The next part takes about 30 seconds\n"); fprintf(stderr, "----------------------------------------\n\n"); nax = numaMakeSequence(1, 1, SIZE); nay1 = numaCreate(SIZE); nay2 = numaCreate(SIZE); gplot = gplotCreate("/tmp/rankroot", GPLOT_X11, "sec/MPix vs filter size", "size", "time"); for (i = 1; i <= SIZE; i++) { t1 = t2 = 0.0; for (j = 0; j < 5; j++) { startTimer(); pixt1 = pixRankFilterGray(pixs, i, SIZE + 1, 0.5); t1 += stopTimer(); pixDestroy(&pixt1); startTimer(); pixt1 = pixRankFilterGray(pixs, SIZE + 1, i, 0.5); t2 += stopTimer(); if (j == 0) pixDisplayWrite(pixt1, 1); pixDestroy(&pixt1); } numaAddNumber(nay1, 1000000. * t1 / (5. * w * h)); numaAddNumber(nay2, 1000000. * t2 / (5. * w * h)); } gplotAddPlot(gplot, nax, nay1, GPLOT_LINES, "vertical"); gplotAddPlot(gplot, nax, nay2, GPLOT_LINES, "horizontal"); gplotMakeOutput(gplot); gplotDestroy(&gplot); /* Display tiled */ pixa = pixaReadFiles("/tmp/display", "file"); pixd = pixaDisplayTiledAndScaled(pixa, 8, 250, 5, 0, 25, 2); pixWrite("/tmp/tiles.jpg", pixd, IFF_JFIF_JPEG); pixDestroy(&pixd); pixaDestroy(&pixa); pixDestroy(&pixs); pixDisplayWrite(NULL, -1); /* clear out */ pixs = pixRead("test8.jpg"); for (i = 1; i <= 4; i++) { pixt1 = pixScaleGrayRank2(pixs, i); pixDisplay(pixt1, 300 * (i - 1), 100); pixDestroy(&pixt1); } pixDestroy(&pixs); pixs = pixRead("test24.jpg"); pixt1 = pixConvertRGBToLuminance(pixs); pixt2 = pixScale(pixt1, 1.5, 1.5); for (i = 1; i <= 4; i++) { for (j = 1; j <= 4; j++) { pixt3 = pixScaleGrayRankCascade(pixt2, i, j, 0, 0); pixDisplayWrite(pixt3, 1); pixDestroy(&pixt3); } } pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixs); pixDisplayMultiple("/tmp/display/file*"); return 0; } leptonica-1.70/prog/blend-yellow.jpg0000444000175000017500000004277611653424354015600 0ustar dandanÿØÿàJFIFMMÿÛC    $.' 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1»ŽÕÚøà -ìäp äØçÍq £=tF~Ò 1=ÿÙleptonica-1.70/prog/xformbox_reg.c0000644000175000017500000002732712267401154015336 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * xformbox_reg.c * * Tests ordered box transforms (rotation, scaling, translation). * Also tests the various box hashing graphics operations. */ #include "allheaders.h" /* Consts for second set */ static const l_int32 SHIFTX_2 = 50; static const l_int32 SHIFTY_2 = 70; static const l_float32 SCALEX_2 = 1.17; static const l_float32 SCALEY_2 = 1.13; static const l_float32 ROTATION_2 = 0.10; /* radian */ /* Consts for third set */ static const l_int32 SHIFTX_3 = 44; static const l_int32 SHIFTY_3 = 39; static const l_float32 SCALEX_3 = 0.83; static const l_float32 SCALEY_3 = 0.78; static const l_float32 ROTATION_3 = 0.11; /* radian */ l_int32 RenderTransformedBoxa(PIX *pixt, BOXA *boxa, l_int32 i); int main(int argc, char **argv) { l_int32 i, n, ws, hs, w, h, rval, gval, bval, order; l_float32 *mat1, *mat2, *mat3; l_float32 matd[9]; BOX *box, *boxt; BOXA *boxa, *boxat, *boxa1, *boxa2, *boxa3, *boxa4, *boxa5; PIX *pix, *pixs, *pixc, *pixt, *pix1, *pix2, *pix3; PIXA *pixa; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; /* ----------------------------------------------------------- * * Test hash rendering in 3 modes * * ----------------------------------------------------------- */ pixs = pixRead("feyn.tif"); box = boxCreate(461, 429, 1393, 342); pix1 = pixClipRectangle(pixs, box, NULL); boxa = pixConnComp(pix1, NULL, 8); n = boxaGetCount(boxa); pix2 = pixConvertTo8(pix1, 1); pix3 = pixConvertTo32(pix1); for (i = 0; i < n; i++) { boxt = boxaGetBox(boxa, i, L_CLONE); rval = (1413 * (i + 1)) % 256; gval = (4917 * (i + 1)) % 256; bval = (7341 * (i + 1)) % 256; pixRenderHashBox(pix1, boxt, 8, 2, i % 4, 1, L_SET_PIXELS); pixRenderHashBoxArb(pix2, boxt, 7, 2, i % 4, 1, rval, gval, bval); pixRenderHashBoxBlend(pix3, boxt, 7, 2, i % 4, 1, rval, gval, bval, 0.5); boxDestroy(&boxt); } regTestWritePixAndCheck(rp, pix1, IFF_PNG); /* 0 */ regTestWritePixAndCheck(rp, pix2, IFF_PNG); /* 1 */ regTestWritePixAndCheck(rp, pix3, IFF_PNG); /* 2 */ pixDisplayWithTitle(pix1, 0, 0, NULL, rp->display); pixDisplayWithTitle(pix2, 0, 300, NULL, rp->display); pixDisplayWithTitle(pix3, 0, 570, NULL, rp->display); boxaDestroy(&boxa); boxDestroy(&box); pixDestroy(&pixs); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); /* ----------------------------------------------------------- * * Test orthogonal box rotation and hash rendering * * ----------------------------------------------------------- */ pixs = pixRead("feyn.tif"); box = boxCreate(461, 429, 1393, 342); pix1 = pixClipRectangle(pixs, box, NULL); pixc = pixConvertTo32(pix1); pixGetDimensions(pix1, &w, &h, NULL); boxa1 = pixConnComp(pix1, NULL, 8); pixa = pixaCreate(4); for (i = 0; i < 4; i++) { pix2 = pixRotateOrth(pixc, i); boxa2 = boxaRotateOrth(boxa1, w, h, i); rval = (1413 * (i + 4)) % 256; gval = (4917 * (i + 4)) % 256; bval = (7341 * (i + 4)) % 256; pixRenderHashBoxaArb(pix2, boxa2, 10, 3, i, 1, rval, gval, bval); pixaAddPix(pixa, pix2, L_INSERT); boxaDestroy(&boxa2); } pix3 = pixaDisplayTiledInRows(pixa, 32, 1200, 0.7, 0, 30, 3); regTestWritePixAndCheck(rp, pix3, IFF_PNG); /* 3 */ pixDisplayWithTitle(pix3, 0, 800, NULL, rp->display); boxDestroy(&box); pixDestroy(&pixs); pixDestroy(&pix1); pixDestroy(&pix3); pixDestroy(&pixc); boxaDestroy(&boxa1); pixaDestroy(&pixa); /* ----------------------------------------------------------- * * Test box transforms with either translation or scaling * * combined with rotation, using the simple 'ordered' * * function. Show that the order of the operations does * * not matter; different hashing schemes end up in the * * identical boxes. * * ----------------------------------------------------------- */ pix = pixRead("feyn.tif"); box = boxCreate(420, 360, 1500, 465); pixt = pixClipRectangle(pix, box, NULL); pixs = pixAddBorderGeneral(pixt, 0, 200, 0, 0, 0); boxDestroy(&box); pixDestroy(&pix); pixDestroy(&pixt); boxa = pixConnComp(pixs, NULL, 8); n = boxaGetCount(boxa); pixa = pixaCreate(0); pixt = pixConvertTo32(pixs); for (i = 0; i < 3; i++) { if (i == 0) order = L_TR_SC_RO; else if (i == 1) order = L_TR_RO_SC; else order = L_SC_TR_RO; boxat = boxaTransformOrdered(boxa, SHIFTX_2, SHIFTY_2, 1.0, 1.0, 450, 250, ROTATION_2, order); RenderTransformedBoxa(pixt, boxat, i); boxaDestroy(&boxat); } pixSaveTiled(pixt, pixa, 1.0, 1, 30, 32); pixDestroy(&pixt); pixt = pixConvertTo32(pixs); for (i = 0; i < 3; i++) { if (i == 0) order = L_RO_TR_SC; else if (i == 1) order = L_RO_SC_TR; else order = L_SC_RO_TR; boxat = boxaTransformOrdered(boxa, SHIFTX_2, SHIFTY_2, 1.0, 1.0, 450, 250, ROTATION_2, order); RenderTransformedBoxa(pixt, boxat, i + 4); boxaDestroy(&boxat); } pixSaveTiled(pixt, pixa, 1.0, 1, 30, 0); pixDestroy(&pixt); pixt = pixConvertTo32(pixs); for (i = 0; i < 3; i++) { if (i == 0) order = L_TR_SC_RO; else if (i == 1) order = L_SC_RO_TR; else order = L_SC_TR_RO; boxat = boxaTransformOrdered(boxa, 0, 0, SCALEX_2, SCALEY_2, 450, 250, ROTATION_2, order); RenderTransformedBoxa(pixt, boxat, i + 8); boxaDestroy(&boxat); } pixSaveTiled(pixt, pixa, 1.0, 1, 30, 0); pixDestroy(&pixt); pixt = pixConvertTo32(pixs); for (i = 0; i < 3; i++) { if (i == 0) order = L_RO_TR_SC; else if (i == 1) order = L_RO_SC_TR; else order = L_TR_RO_SC; boxat = boxaTransformOrdered(boxa, 0, 0, SCALEX_2, SCALEY_2, 450, 250, ROTATION_2, order); RenderTransformedBoxa(pixt, boxat, i + 12); boxaDestroy(&boxat); } pixSaveTiled(pixt, pixa, 1.0, 1, 30, 0); pixDestroy(&pixt); pixt = pixaDisplay(pixa, 0, 0); regTestWritePixAndCheck(rp, pixt, IFF_PNG); /* 4 */ pixDisplayWithTitle(pixt, 1000, 0, NULL, rp->display); pixDestroy(&pixt); pixDestroy(&pixs); boxaDestroy(&boxa); pixaDestroy(&pixa); /* ----------------------------------------------------------- * * Do more testing of box and pta transforms. Show that * * resulting boxes are identical by three methods. * * ----------------------------------------------------------- */ /* Set up pix and boxa */ pixa = pixaCreate(0); pix = pixRead("lucasta.1.300.tif"); pixTranslate(pix, pix, 70, 0, L_BRING_IN_WHITE); pixt = pixCloseBrick(NULL, pix, 14, 5); pixOpenBrick(pixt, pixt, 1, 2); boxa = pixConnComp(pixt, NULL, 8); pixs = pixConvertTo32(pix); pixc = pixCopy(NULL, pixs); RenderTransformedBoxa(pixc, boxa, 113); pixSaveTiled(pixc, pixa, 0.5, 1, 30, 32); pixDestroy(&pix); pixDestroy(&pixc); pixDestroy(&pixt); /* (a) Do successive discrete operations: shift, scale, rotate */ pix1 = pixTranslate(NULL, pixs, SHIFTX_3, SHIFTY_3, L_BRING_IN_WHITE); boxa1 = boxaTranslate(boxa, SHIFTX_3, SHIFTY_3); pixc = pixCopy(NULL, pix1); RenderTransformedBoxa(pixc, boxa1, 213); pixSaveTiled(pixc, pixa, 0.5, 0, 30, 32); pixDestroy(&pixc); pix2 = pixScale(pix1, SCALEX_3, SCALEY_3); boxa2 = boxaScale(boxa1, SCALEX_3, SCALEY_3); pixc = pixCopy(NULL, pix2); RenderTransformedBoxa(pixc, boxa2, 313); pixSaveTiled(pixc, pixa, 0.5, 1, 30, 32); pixDestroy(&pixc); pixGetDimensions(pix2, &w, &h, NULL); pix3 = pixRotateAM(pix2, ROTATION_3, L_BRING_IN_WHITE); boxa3 = boxaRotate(boxa2, w / 2, h / 2, ROTATION_3); pixc = pixCopy(NULL, pix3); RenderTransformedBoxa(pixc, boxa3, 413); pixSaveTiled(pixc, pixa, 0.5, 0, 30, 32); pixDestroy(&pixc); /* (b) Set up and use the composite transform */ mat1 = createMatrix2dTranslate(SHIFTX_3, SHIFTY_3); mat2 = createMatrix2dScale(SCALEX_3, SCALEY_3); mat3 = createMatrix2dRotate(w / 2, h / 2, ROTATION_3); l_productMat3(mat3, mat2, mat1, matd, 3); boxa4 = boxaAffineTransform(boxa, matd); pixc = pixCopy(NULL, pix3); RenderTransformedBoxa(pixc, boxa4, 513); pixSaveTiled(pixc, pixa, 0.5, 1, 30, 32); pixDestroy(&pixc); /* (c) Use the special 'ordered' function */ pixGetDimensions(pixs, &ws, &hs, NULL); boxa5 = boxaTransformOrdered(boxa, SHIFTX_3, SHIFTY_3, SCALEX_3, SCALEY_3, ws / 2, hs / 2, ROTATION_3, L_TR_SC_RO); pixc = pixCopy(NULL, pix3); RenderTransformedBoxa(pixc, boxa5, 613); pixSaveTiled(pixc, pixa, 0.5, 0, 30, 32); pixDestroy(&pixc); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); boxaDestroy(&boxa1); boxaDestroy(&boxa2); boxaDestroy(&boxa3); boxaDestroy(&boxa4); boxaDestroy(&boxa5); lept_free(mat1); lept_free(mat2); lept_free(mat3); pixt = pixaDisplay(pixa, 0, 0); regTestWritePixAndCheck(rp, pixt, IFF_PNG); /* 5 */ pixDisplayWithTitle(pixt, 1000, 300, NULL, rp->display); pixDestroy(&pixt); pixDestroy(&pixs); boxaDestroy(&boxa); pixaDestroy(&pixa); return regTestCleanup(rp); } l_int32 RenderTransformedBoxa(PIX *pixt, BOXA *boxa, l_int32 i) { l_int32 j, n, rval, gval, bval; BOX *box; n = boxaGetCount(boxa); rval = (1413 * i) % 256; gval = (4917 * i) % 256; bval = (7341 * i) % 256; for (j = 0; j < n; j++) { box = boxaGetBox(boxa, j, L_CLONE); pixRenderHashBoxArb(pixt, box, 10, 3, i % 4, 1, rval, gval, bval); boxDestroy(&box); } return 0; } leptonica-1.70/prog/hmttemplate1.txt0000640000175000017500000001315611707074233015630 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /*! * Top-level fast hit-miss transform with auto-generated sels * --- * PIX *pixHMTDwa_*() --- * PIX *pixFHMTGen_*() */ #include #include "allheaders.h" --- This file is: hmttemplate1.txt --- --- We need to include these prototypes: --- PIX *pixHMTDwa_*(PIX *pixd, PIX *pixs, l_int32 operation); --- PIX *pixFHMTGen_*(PIX *pixd, PIX *pixs, l_int32 operation); --- l_int32 fhmtgen_low_*(l_uint32 *datad, l_int32 w, l_int32 h, --- l_int32 wpld, l_uint32 *datas, --- l_int32 wpls, l_int32 index); --- --- We need to input two static globals here: --- static l_int32 NUM_SELS_GENERATED = ; --- static char SEL_NAMES[][80] = {"", "", ...}; /*! --- * pixHMTDwa_*() * * Input: pixd (usual 3 choices: null, == pixs, != pixs) * pixs (1 bpp) * sel name * Return: pixd * * Notes: * (1) This simply adds a 32 pixel border, calls the appropriate * pixFHMTGen_*(), and removes the border. * See notes below for that function. */ PIX * --- pixHMTDwa_*(PIX *pixd, PIX *pixs, char *selname) { PIX *pixt1, *pixt2, *pixt3; --- PROCNAME("pixHMTDwa_*"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs must be 1 bpp", procName, pixd); pixt1 = pixAddBorder(pixs, 32, 0); --- pixt2 = pixFHMTGen_*(NULL, pixt1, selname); pixt3 = pixRemoveBorder(pixt2, 32); pixDestroy(&pixt1); pixDestroy(&pixt2); if (!pixd) return pixt3; pixCopy(pixd, pixt3); pixDestroy(&pixt3); return pixd; } /*! --- * pixFHMTGen_*() * * Input: pixd (usual 3 choices: null, == pixs, != pixs) * pixs (1 bpp) * sel name * Return: pixd * * Notes: * (1) This is a dwa implementation of the hit-miss transform * on pixs by the sel. * (2) The sel must be limited in size to not more than 31 pixels * about the origin. It must have at least one hit, and it * can have any number of misses. * (3) This handles all required setting of the border pixels * before erosion and dilation. */ PIX * --- pixFHMTGen_*(PIX *pixd, PIX *pixs, char *selname) { l_int32 i, index, found, w, h, wpls, wpld; l_uint32 *datad, *datas, *datat; PIX *pixt; --- PROCNAME("pixFHMTGen_*"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs must be 1 bpp", procName, pixd); found = FALSE; for (i = 0; i < NUM_SELS_GENERATED; i++) { if (strcmp(selname, SEL_NAMES[i]) == 0) { found = TRUE; index = i; break; } } if (found == FALSE) return (PIX *)ERROR_PTR("sel index not found", procName, pixd); if (!pixd) { if ((pixd = pixCreateTemplate(pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } else /* for in-place or pre-allocated */ pixResizeImageData(pixd, pixs); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); /* The images must be surrounded with 32 additional border * pixels, that we'll read from. We fabricate a "proper" * image as the subimage within the border, having the * following parameters: */ w = pixGetWidth(pixs) - 64; h = pixGetHeight(pixs) - 64; datas = pixGetData(pixs) + 32 * wpls + 1; datad = pixGetData(pixd) + 32 * wpld + 1; if (pixd == pixs) { /* need temp image if in-place */ if ((pixt = pixCopy(NULL, pixs)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, pixd); datat = pixGetData(pixt) + 32 * wpls + 1; --- fhmtgen_low_*(datad, w, h, wpld, datat, wpls, index); pixDestroy(&pixt); } else { /* not in-place */ --- fhmtgen_low_*(datad, w, h, wpld, datas, wpls, index); } return pixd; } leptonica-1.70/prog/barcode-digits.png0000444000175000017500000000115311025613424016036 0ustar dandan‰PNG  IHDRÜ)v~z†gAMA± üa8tEXtSoftwareXV Version 3.10a Rev: 12/29/94 (PNG patch 1.2)Ý.IžIDAT8ÝÓ=ŽÔ0pgƒH‡[Šï áåÔ+.Ýh^VS¸1G"KŠ”{[¹€#š‡düøgf2 Q"$"%Jò“÷£>’ù÷øg`!=\0ó|ѶÎM2¶u¡)Õ¿k°R«p[§hlWgsÆI»&U'¬’¡ç¶Ã'ŒØ/Üjbÿ>&ÕWäý$Ù-hû1IGÑòÖ VÒ‚•Ú8‚$íœÊ s¥4 Âpø©yëÒË÷3ªJYcy§¨{~ÉG¤ƒ•;¥% d#ºac¿4¸5ö œfØì+”¤%Ÿâje¯Uy³5uktÔÖî¸B¯Uþ¼¥ÝCÞ4Ya±ÚIfw¢C!žÝ]¿‰É=ZƒZð€TÒæÓuepš?Šf>d7j^òvèækƒ4ŽÈ£^Š€m{}ú Ý‚^à 7oKÅOéÇ-Qñ8 z/ýœÙ©¢T¬ÿö˜ïyÁÍCLœù¦N·ÄØ°š¡bª€Öq‹Q¶´š¾1`™;Â:íŠâWˆ·xpí¯ü+ÿ-þcv«´fg”tIMEجÁ"!tEXtSoftwareESP Ghostscript 815.02 ÉÅÞ3IEND®B`‚leptonica-1.70/prog/colorspace_reg.c0000640000175000017500000002045312240303306015600 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * colorspace_reg.c * * Tests: * - conversions between HSV and both RGB and colormapped images. * - global linear color mapping and extraction of color magnitude */ #ifndef _WIN32 #include #else #include /* for Sleep() */ #endif /* _WIN32 */ #include "allheaders.h" int main(int argc, char **argv) { char label[512]; l_int32 rval, gval, bval, w, h, i, j, rwhite, gwhite, bwhite, count; l_uint32 pixel; GPLOT *gplot1, *gplot2; NUMA *naseq, *na; NUMAA *naa1, *naa2; PIX *pixs, *pixt, *pixt0, *pixt1, *pixt2; PIX *pixr, *pixg, *pixb; /* for color content extraction */ PIXA *pixa, *pixat; PIXCMAP *cmap; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; /* Generate a pdf of results when called with display */ pixa = pixaCreate(0); /* Generate colors by sampling hue with max sat and value. * This image has been saved as 19-colors.png. */ pixat = pixaCreate(19); for (i = 0; i < 19; i++) { convertHSVToRGB((240 * i / 18), 255, 255, &rval, &gval, &bval); composeRGBPixel(rval, gval, bval, &pixel); pixt1 = pixCreate(50, 100, 32); pixSetAllArbitrary(pixt1, pixel); pixaAddPix(pixat, pixt1, L_INSERT); } pixt2 = pixaDisplayTiledInRows(pixat, 32, 1100, 1.0, 0, 0, 0); regTestWritePixAndCheck(rp, pixt2, IFF_PNG); /* 0 */ pixaAddPix(pixa, pixt2, L_INSERT); pixaDestroy(&pixat); /* Colorspace conversion in rgb */ pixs = pixRead("wyom.jpg"); pixaAddPix(pixa, pixs, L_INSERT); pixt = pixConvertRGBToHSV(NULL, pixs); regTestWritePixAndCheck(rp, pixt, IFF_JFIF_JPEG); /* 1 */ pixaAddPix(pixa, pixt, L_COPY); pixConvertHSVToRGB(pixt, pixt); regTestWritePixAndCheck(rp, pixt, IFF_JFIF_JPEG); /* 2 */ pixaAddPix(pixa, pixt, L_INSERT); /* Colorspace conversion on a colormap */ pixt = pixOctreeQuantNumColors(pixs, 25, 0); regTestWritePixAndCheck(rp, pixt, IFF_JFIF_JPEG); /* 3 */ pixaAddPix(pixa, pixt, L_COPY); cmap = pixGetColormap(pixt); if (rp->display) pixcmapWriteStream(stderr, cmap); pixcmapConvertRGBToHSV(cmap); if (rp->display) pixcmapWriteStream(stderr, cmap); regTestWritePixAndCheck(rp, pixt, IFF_JFIF_JPEG); /* 4 */ pixaAddPix(pixa, pixt, L_COPY); pixcmapConvertHSVToRGB(cmap); if (rp->display) pixcmapWriteStream(stderr, cmap); regTestWritePixAndCheck(rp, pixt, IFF_JFIF_JPEG); /* 5 */ pixaAddPix(pixa, pixt, L_INSERT); /* Color content extraction */ pixColorContent(pixs, 0, 0, 0, 0, &pixr, &pixg, &pixb); regTestWritePixAndCheck(rp, pixr, IFF_JFIF_JPEG); /* 6 */ pixaAddPix(pixa, pixr, L_INSERT); regTestWritePixAndCheck(rp, pixg, IFF_JFIF_JPEG); /* 7 */ pixaAddPix(pixa, pixg, L_INSERT); regTestWritePixAndCheck(rp, pixb, IFF_JFIF_JPEG); /* 8 */ pixaAddPix(pixa, pixb, L_INSERT); /* Color content measurement. This tests the global * mapping of (r,g,b) --> (white), for 20 different * values of (r,g,b). For each mappings, we compute * the color magnitude and threshold it at six values. * For each of those six thresholds, we plot the * fraction of pixels that exceeds the threshold * color magnitude, where the red value (mapped to * white) goes between 100 and 195. */ pixat = pixaCreate(20); naseq = numaMakeSequence(100, 5, 20); naa1 = numaaCreate(6); naa2 = numaaCreate(6); for (i = 0; i < 6; i++) { na = numaCreate(20); numaaAddNuma(naa1, na, L_COPY); numaaAddNuma(naa2, na, L_INSERT); } pixGetDimensions(pixs, &w, &h, NULL); for (i = 0; i < 20; i++) { rwhite = 100 + 5 * i; gwhite = 200 - 5 * i; bwhite = 150; pixt0 = pixGlobalNormRGB(NULL, pixs, rwhite, gwhite, bwhite, 255); pixaAddPix(pixat, pixt0, L_INSERT); pixt1 = pixColorMagnitude(pixs, rwhite, gwhite, bwhite, L_MAX_DIFF_FROM_AVERAGE_2); for (j = 0; j < 6; j++) { pixt2 = pixThresholdToBinary(pixt1, 30 + 10 * j); pixInvert(pixt2, pixt2); pixCountPixels(pixt2, &count, NULL); na = numaaGetNuma(naa1, j, L_CLONE); numaAddNumber(na, (l_float32)count / (l_float32)(w * h)); numaDestroy(&na); pixDestroy(&pixt2); } pixDestroy(&pixt1); pixt1 = pixColorMagnitude(pixs, rwhite, gwhite, bwhite, L_MAX_MIN_DIFF_FROM_2); for (j = 0; j < 6; j++) { pixt2 = pixThresholdToBinary(pixt1, 30 + 10 * j); pixInvert(pixt2, pixt2); pixCountPixels(pixt2, &count, NULL); na = numaaGetNuma(naa2, j, L_CLONE); numaAddNumber(na, (l_float32)count / (l_float32)(w * h)); numaDestroy(&na); pixDestroy(&pixt2); } pixDestroy(&pixt1); } gplot1 = gplotCreate("/tmp/colorspace.10", GPLOT_PNG, "Fraction with given color (diff from average)", "white point space for red", "amount of color"); gplot2 = gplotCreate("/tmp/colorspace.11", GPLOT_PNG, "Fraction with given color (min diff)", "white point space for red", "amount of color"); for (j = 0; j < 6; j++) { na = numaaGetNuma(naa1, j, L_CLONE); sprintf(label, "thresh %d", 30 + 10 * j); gplotAddPlot(gplot1, naseq, na, GPLOT_LINES, label); numaDestroy(&na); na = numaaGetNuma(naa2, j, L_CLONE); gplotAddPlot(gplot2, naseq, na, GPLOT_LINES, label); numaDestroy(&na); } gplotMakeOutput(gplot1); gplotMakeOutput(gplot2); gplotDestroy(&gplot1); gplotDestroy(&gplot2); pixt1 = pixaDisplayTiledAndScaled(pixat, 32, 250, 4, 0, 10, 2); regTestWritePixAndCheck(rp, pixt1, IFF_JFIF_JPEG); /* 9 */ pixaAddPix(pixa, pixt1, L_INSERT); pixDisplayWithTitle(pixt1, 0, 100, "Color magnitude", rp->display); pixaDestroy(&pixat); numaDestroy(&naseq); numaaDestroy(&naa1); numaaDestroy(&naa2); /* Give gnuplot time to write out the files */ #ifndef _WIN32 sleep(1); #else Sleep(1000); #endif /* _WIN32 */ /* Save as golden files, or check against them */ regTestCheckFile(rp, "/tmp/colorspace.10.png"); /* 10 */ regTestCheckFile(rp, "/tmp/colorspace.11.png"); /* 11 */ if (rp->display) { pixt = pixRead("/tmp/colorspace.10.png"); pixaAddPix(pixa, pixt, L_INSERT); pixt = pixRead("/tmp/colorspace.11.png"); pixaAddPix(pixa, pixt, L_INSERT); pixaConvertToPdf(pixa, 0, 1.0, 0, 0, "colorspace tests", "/tmp/colorspace.pdf"); } pixaDestroy(&pixa); return regTestCleanup(rp); } leptonica-1.70/prog/binmorph1_reg.c0000644000175000017500000005060412240303466015361 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * binmorph1_reg.c * * This is a thorough regression test of different methods for * doing binary morphology. It should always be run if changes * are made to the low-level morphology code. * * Some things to note: * * (1) We add a white border to guarantee safe closing; i.e., that * closing is extensive for ASYMMETRIC_MORPH_BC. The separable * sequence for closing is not safe, so if we didn't add the border * ab initio, we would get different results for the atomic sequence * closing (which is safe) and the separable one. * * (2) There are no differences in any of the operations: * rasterop general * rasterop brick * morph sequence rasterop brick * dwa brick * morph sequence dwa brick * morph sequence dwa composite brick * when using ASYMMETRIC_MORPH_BC. * However, when using SYMMETRIC_MORPH_BC, there are differences * in two of the safe closing operations. These differences * are in pix numbers 4 and 5. These differences are * all due to the fact that for SYMMETRIC_MORPH_BC, we don't need * to add any borders to get the correct answer. When we do * add a border of 0 pixels, we naturally get a different result. * * (3) The 2-way Sel decomposition functions, implemented with the * separable brick interface, are tested separately against * the rasterop brick. See binmorph2_reg.c. */ #include "allheaders.h" /* set these ad lib. */ #define WIDTH 21 /* brick sel width */ #define HEIGHT 15 /* brick sel height */ #define TEST_SYMMETRIC 0 /* set to 1 to set symmetric b.c.; otherwise, it tests asymmetric b.c. */ int main(int argc, char **argv) { l_int32 ok, same; char sequence[512]; PIX *pixs, *pixref; PIX *pixt1, *pixt2, *pixt3, *pixt4, *pixt5, *pixt6; PIX *pixt7, *pixt8, *pixt9, *pixt10, *pixt11; PIX *pixt12, *pixt13, *pixt14; SEL *sel; static char mainName[] = "binmorph1_reg"; if (argc != 1) return ERROR_INT(" Syntax: binmorph1_reg", mainName, 1); if ((pixs = pixRead("feyn.tif")) == NULL) return ERROR_INT("pix not made", mainName, 1); #if TEST_SYMMETRIC /* This works properly if there is an added border */ resetMorphBoundaryCondition(SYMMETRIC_MORPH_BC); #if 1 pixt1 = pixAddBorder(pixs, 32, 0); pixTransferAllData(pixs, &pixt1, 0, 0); #endif #endif /* TEST_SYMMETRIC */ /* This is our test sel */ sel = selCreateBrick(HEIGHT, WIDTH, HEIGHT / 2, WIDTH / 2, SEL_HIT); /* Dilation */ fprintf(stderr, "Testing dilation\n"); ok = TRUE; pixref = pixDilate(NULL, pixs, sel); /* new one */ pixt1 = pixCreateTemplate(pixs); pixDilate(pixt1, pixs, sel); /* existing one */ pixEqual(pixref, pixt1, &same); if (!same) { fprintf(stderr, "pixref != pixt1 !\n"); ok = FALSE; } pixt2 = pixCopy(NULL, pixs); pixDilate(pixt2, pixt2, sel); /* in-place */ pixEqual(pixref, pixt2, &same); if (!same) { fprintf(stderr, "pixref != pixt2 !\n"); ok = FALSE; } sprintf(sequence, "d%d.%d", WIDTH, HEIGHT); pixt3 = pixMorphSequence(pixs, sequence, 0); /* sequence, atomic */ pixEqual(pixref, pixt3, &same); if (!same) { fprintf(stderr, "pixref != pixt3 !\n"); ok = FALSE; } sprintf(sequence, "d%d.1 + d1.%d", WIDTH, HEIGHT); pixt4 = pixMorphSequence(pixs, sequence, 0); /* sequence, separable */ pixEqual(pixref, pixt4, &same); if (!same) { fprintf(stderr, "pixref != pixt4 !\n"); ok = FALSE; } pixt5 = pixDilateBrick(NULL, pixs, WIDTH, HEIGHT); /* new one */ pixEqual(pixref, pixt5, &same); if (!same) { fprintf(stderr, "pixref != pixt5 !\n"); ok = FALSE; } pixt6 = pixCreateTemplate(pixs); pixDilateBrick(pixt6, pixs, WIDTH, HEIGHT); /* existing one */ pixEqual(pixref, pixt6, &same); if (!same) { fprintf(stderr, "pixref != pixt6 !\n"); ok = FALSE; } pixt7 = pixCopy(NULL, pixs); pixDilateBrick(pixt7, pixt7, WIDTH, HEIGHT); /* in-place */ pixEqual(pixref, pixt7, &same); if (!same) { fprintf(stderr, "pixref != pixt7 !\n"); ok = FALSE; } pixt8 = pixDilateBrickDwa(NULL, pixs, WIDTH, HEIGHT); /* new one */ pixEqual(pixref, pixt8, &same); if (!same) { fprintf(stderr, "pixref != pixt8 !\n"); ok = FALSE; } pixt9 = pixCreateTemplate(pixs); pixDilateBrickDwa(pixt9, pixs, WIDTH, HEIGHT); /* existing one */ pixEqual(pixref, pixt9, &same); if (!same) { fprintf(stderr, "pixref != pixt9 !\n"); ok = FALSE; } pixt10 = pixCopy(NULL, pixs); pixDilateBrickDwa(pixt10, pixt10, WIDTH, HEIGHT); /* in-place */ pixEqual(pixref, pixt10, &same); if (!same) { fprintf(stderr, "pixref != pixt10 !\n"); ok = FALSE; } pixt11 = pixCreateTemplate(pixs); pixDilateCompBrickDwa(pixt11, pixs, WIDTH, HEIGHT); /* existing one */ pixEqual(pixref, pixt11, &same); if (!same) { fprintf(stderr, "pixref != pixt11 !\n"); ok = FALSE; } sprintf(sequence, "d%d.%d", WIDTH, HEIGHT); pixt12 = pixMorphCompSequence(pixs, sequence, 0); /* comp sequence */ pixEqual(pixref, pixt12, &same); if (!same) { fprintf(stderr, "pixref != pixt12!\n"); ok = FALSE; } pixt13 = pixMorphSequenceDwa(pixs, sequence, 0); /* dwa sequence */ pixEqual(pixref, pixt13, &same); if (!same) { fprintf(stderr, "pixref != pixt13!\n"); ok = FALSE; } pixDestroy(&pixref); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); pixDestroy(&pixt5); pixDestroy(&pixt6); pixDestroy(&pixt7); pixDestroy(&pixt8); pixDestroy(&pixt9); pixDestroy(&pixt10); pixDestroy(&pixt11); pixDestroy(&pixt12); pixDestroy(&pixt13); /* Erosion */ fprintf(stderr, "Testing erosion\n"); pixref = pixErode(NULL, pixs, sel); /* new one */ pixt1 = pixCreateTemplate(pixs); pixErode(pixt1, pixs, sel); /* existing one */ pixEqual(pixref, pixt1, &same); if (!same) { fprintf(stderr, "pixref != pixt1 !\n"); ok = FALSE; } pixt2 = pixCopy(NULL, pixs); pixErode(pixt2, pixt2, sel); /* in-place */ pixEqual(pixref, pixt2, &same); if (!same) { fprintf(stderr, "pixref != pixt2 !\n"); ok = FALSE; } sprintf(sequence, "e%d.%d", WIDTH, HEIGHT); pixt3 = pixMorphSequence(pixs, sequence, 0); /* sequence, atomic */ pixEqual(pixref, pixt3, &same); if (!same) { fprintf(stderr, "pixref != pixt3 !\n"); ok = FALSE; } sprintf(sequence, "e%d.1 + e1.%d", WIDTH, HEIGHT); pixt4 = pixMorphSequence(pixs, sequence, 0); /* sequence, separable */ pixEqual(pixref, pixt4, &same); if (!same) { fprintf(stderr, "pixref != pixt4 !\n"); ok = FALSE; } pixt5 = pixErodeBrick(NULL, pixs, WIDTH, HEIGHT); /* new one */ pixEqual(pixref, pixt5, &same); if (!same) { fprintf(stderr, "pixref != pixt5 !\n"); ok = FALSE; } pixt6 = pixCreateTemplate(pixs); pixErodeBrick(pixt6, pixs, WIDTH, HEIGHT); /* existing one */ pixEqual(pixref, pixt6, &same); if (!same) { fprintf(stderr, "pixref != pixt6 !\n"); ok = FALSE; } pixt7 = pixCopy(NULL, pixs); pixErodeBrick(pixt7, pixt7, WIDTH, HEIGHT); /* in-place */ pixEqual(pixref, pixt7, &same); if (!same) { fprintf(stderr, "pixref != pixt7 !\n"); ok = FALSE; } pixt8 = pixErodeBrickDwa(NULL, pixs, WIDTH, HEIGHT); /* new one */ pixEqual(pixref, pixt8, &same); if (!same) { fprintf(stderr, "pixref != pixt8 !\n"); ok = FALSE; } pixt9 = pixCreateTemplate(pixs); pixErodeBrickDwa(pixt9, pixs, WIDTH, HEIGHT); /* existing one */ pixEqual(pixref, pixt9, &same); if (!same) { fprintf(stderr, "pixref != pixt9 !\n"); ok = FALSE; } pixt10 = pixCopy(NULL, pixs); pixErodeBrickDwa(pixt10, pixt10, WIDTH, HEIGHT); /* in-place */ pixEqual(pixref, pixt10, &same); if (!same) { fprintf(stderr, "pixref != pixt10 !\n"); ok = FALSE; } pixt11 = pixCreateTemplate(pixs); pixErodeCompBrickDwa(pixt11, pixs, WIDTH, HEIGHT); /* existing one */ pixEqual(pixref, pixt11, &same); if (!same) { fprintf(stderr, "pixref != pixt11 !\n"); ok = FALSE; } sprintf(sequence, "e%d.%d", WIDTH, HEIGHT); pixt12 = pixMorphCompSequence(pixs, sequence, 0); /* comp sequence */ pixEqual(pixref, pixt12, &same); if (!same) { fprintf(stderr, "pixref != pixt12!\n"); ok = FALSE; } pixt13 = pixMorphSequenceDwa(pixs, sequence, 0); /* dwa sequence */ pixEqual(pixref, pixt13, &same); if (!same) { fprintf(stderr, "pixref != pixt13!\n"); ok = FALSE; } pixDestroy(&pixref); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); pixDestroy(&pixt5); pixDestroy(&pixt6); pixDestroy(&pixt7); pixDestroy(&pixt8); pixDestroy(&pixt9); pixDestroy(&pixt10); pixDestroy(&pixt11); pixDestroy(&pixt12); pixDestroy(&pixt13); /* Opening */ fprintf(stderr, "Testing opening\n"); pixref = pixOpen(NULL, pixs, sel); /* new one */ pixt1 = pixCreateTemplate(pixs); pixOpen(pixt1, pixs, sel); /* existing one */ pixEqual(pixref, pixt1, &same); if (!same) { fprintf(stderr, "pixref != pixt1 !\n"); ok = FALSE; } pixt2 = pixCopy(NULL, pixs); pixOpen(pixt2, pixt2, sel); /* in-place */ pixEqual(pixref, pixt2, &same); if (!same) { fprintf(stderr, "pixref != pixt2 !\n"); ok = FALSE; } sprintf(sequence, "o%d.%d", WIDTH, HEIGHT); pixt3 = pixMorphSequence(pixs, sequence, 0); /* sequence, atomic */ pixEqual(pixref, pixt3, &same); if (!same) { fprintf(stderr, "pixref != pixt3 !\n"); ok = FALSE; } sprintf(sequence, "e%d.%d + d%d.%d", WIDTH, HEIGHT, WIDTH, HEIGHT); pixt4 = pixMorphSequence(pixs, sequence, 0); /* sequence, separable */ pixEqual(pixref, pixt4, &same); if (!same) { fprintf(stderr, "pixref != pixt4 !\n"); ok = FALSE; } sprintf(sequence, "e%d.1 + e1.%d + d%d.1 + d1.%d", WIDTH, HEIGHT, WIDTH, HEIGHT); pixt5 = pixMorphSequence(pixs, sequence, 0); /* sequence, separable^2 */ pixEqual(pixref, pixt5, &same); if (!same) { fprintf(stderr, "pixref != pixt5 !\n"); ok = FALSE; } pixt6 = pixOpenBrick(NULL, pixs, WIDTH, HEIGHT); /* new one */ pixEqual(pixref, pixt6, &same); if (!same) { fprintf(stderr, "pixref != pixt6 !\n"); ok = FALSE; } pixt7 = pixCreateTemplate(pixs); pixOpenBrick(pixt7, pixs, WIDTH, HEIGHT); /* existing one */ pixEqual(pixref, pixt7, &same); if (!same) { fprintf(stderr, "pixref != pixt7 !\n"); ok = FALSE; } pixt8 = pixCopy(NULL, pixs); /* in-place */ pixOpenBrick(pixt8, pixt8, WIDTH, HEIGHT); /* existing one */ pixEqual(pixref, pixt8, &same); if (!same) { fprintf(stderr, "pixref != pixt8 !\n"); ok = FALSE; } pixt9 = pixOpenBrickDwa(NULL, pixs, WIDTH, HEIGHT); /* new one */ pixEqual(pixref, pixt9, &same); if (!same) { fprintf(stderr, "pixref != pixt9 !\n"); ok = FALSE; } pixt10 = pixCreateTemplate(pixs); pixOpenBrickDwa(pixt10, pixs, WIDTH, HEIGHT); /* existing one */ pixEqual(pixref, pixt10, &same); if (!same) { fprintf(stderr, "pixref != pixt10 !\n"); ok = FALSE; } pixt11 = pixCopy(NULL, pixs); pixOpenBrickDwa(pixt11, pixt11, WIDTH, HEIGHT); /* in-place */ pixEqual(pixref, pixt11, &same); if (!same) { fprintf(stderr, "pixref != pixt11 !\n"); ok = FALSE; } sprintf(sequence, "o%d.%d", WIDTH, HEIGHT); pixt12 = pixMorphCompSequence(pixs, sequence, 0); /* comp sequence */ pixEqual(pixref, pixt12, &same); if (!same) { fprintf(stderr, "pixref != pixt12!\n"); ok = FALSE; } #if 0 pixWrite("/tmp/junkref.png", pixref, IFF_PNG); pixWrite("/tmp/junk12.png", pixt12, IFF_PNG); pixt13 = pixXor(NULL, pixref, pixt12); pixWrite("/tmp/junk12a.png", pixt13, IFF_PNG); pixDestroy(&pixt13); #endif pixt13 = pixMorphSequenceDwa(pixs, sequence, 0); /* dwa sequence */ pixEqual(pixref, pixt13, &same); if (!same) { fprintf(stderr, "pixref != pixt13!\n"); ok = FALSE; } pixt14 = pixCreateTemplate(pixs); pixOpenCompBrickDwa(pixt14, pixs, WIDTH, HEIGHT); /* existing one */ pixEqual(pixref, pixt14, &same); if (!same) { fprintf(stderr, "pixref != pixt14 !\n"); ok = FALSE; } pixDestroy(&pixref); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); pixDestroy(&pixt5); pixDestroy(&pixt6); pixDestroy(&pixt7); pixDestroy(&pixt8); pixDestroy(&pixt9); pixDestroy(&pixt10); pixDestroy(&pixt11); pixDestroy(&pixt12); pixDestroy(&pixt13); pixDestroy(&pixt14); /* Closing */ fprintf(stderr, "Testing closing\n"); pixref = pixClose(NULL, pixs, sel); /* new one */ pixt1 = pixCreateTemplate(pixs); pixClose(pixt1, pixs, sel); /* existing one */ pixEqual(pixref, pixt1, &same); if (!same) { fprintf(stderr, "pixref != pixt1 !\n"); ok = FALSE; } pixt2 = pixCopy(NULL, pixs); pixClose(pixt2, pixt2, sel); /* in-place */ pixEqual(pixref, pixt2, &same); if (!same) { fprintf(stderr, "pixref != pixt2 !\n"); ok = FALSE; } sprintf(sequence, "d%d.%d + e%d.%d", WIDTH, HEIGHT, WIDTH, HEIGHT); pixt3 = pixMorphSequence(pixs, sequence, 0); /* sequence, separable */ pixEqual(pixref, pixt3, &same); if (!same) { fprintf(stderr, "pixref != pixt3 !\n"); ok = FALSE; } sprintf(sequence, "d%d.1 + d1.%d + e%d.1 + e1.%d", WIDTH, HEIGHT, WIDTH, HEIGHT); pixt4 = pixMorphSequence(pixs, sequence, 0); /* sequence, separable^2 */ pixEqual(pixref, pixt4, &same); if (!same) { fprintf(stderr, "pixref != pixt4 !\n"); ok = FALSE; } pixt5 = pixCloseBrick(NULL, pixs, WIDTH, HEIGHT); /* new one */ pixEqual(pixref, pixt5, &same); if (!same) { fprintf(stderr, "pixref != pixt5 !\n"); ok = FALSE; } pixt6 = pixCreateTemplate(pixs); pixCloseBrick(pixt6, pixs, WIDTH, HEIGHT); /* existing one */ pixEqual(pixref, pixt6, &same); if (!same) { fprintf(stderr, "pixref != pixt6 !\n"); ok = FALSE; } pixt7 = pixCopy(NULL, pixs); /* in-place */ pixCloseBrick(pixt7, pixt7, WIDTH, HEIGHT); /* existing one */ pixEqual(pixref, pixt7, &same); if (!same) { fprintf(stderr, "pixref != pixt7 !\n"); ok = FALSE; } pixDestroy(&pixref); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); pixDestroy(&pixt5); pixDestroy(&pixt6); pixDestroy(&pixt7); /* Safe closing (using pix, not pixs) */ fprintf(stderr, "Testing safe closing\n"); pixref = pixCloseSafe(NULL, pixs, sel); /* new one */ pixt1 = pixCreateTemplate(pixs); pixCloseSafe(pixt1, pixs, sel); /* existing one */ pixEqual(pixref, pixt1, &same); if (!same) { fprintf(stderr, "pixref != pixt1 !\n"); ok = FALSE; } pixt2 = pixCopy(NULL, pixs); pixCloseSafe(pixt2, pixt2, sel); /* in-place */ pixEqual(pixref, pixt2, &same); if (!same) { fprintf(stderr, "pixref != pixt2 !\n"); ok = FALSE; } sprintf(sequence, "c%d.%d", WIDTH, HEIGHT); pixt3 = pixMorphSequence(pixs, sequence, 0); /* sequence, atomic */ pixEqual(pixref, pixt3, &same); if (!same) { fprintf(stderr, "pixref != pixt3 !\n"); ok = FALSE; } sprintf(sequence, "b32 + d%d.%d + e%d.%d", WIDTH, HEIGHT, WIDTH, HEIGHT); pixt4 = pixMorphSequence(pixs, sequence, 0); /* sequence, separable */ pixEqual(pixref, pixt4, &same); if (!same) { fprintf(stderr, "pixref != pixt4 !\n"); ok = FALSE; } sprintf(sequence, "b32 + d%d.1 + d1.%d + e%d.1 + e1.%d", WIDTH, HEIGHT, WIDTH, HEIGHT); pixt5 = pixMorphSequence(pixs, sequence, 0); /* sequence, separable^2 */ pixEqual(pixref, pixt5, &same); if (!same) { fprintf(stderr, "pixref != pixt5 !\n"); ok = FALSE; } pixt6 = pixCloseSafeBrick(NULL, pixs, WIDTH, HEIGHT); /* new one */ pixEqual(pixref, pixt6, &same); if (!same) { fprintf(stderr, "pixref != pixt6 !\n"); ok = FALSE; } pixt7 = pixCreateTemplate(pixs); pixCloseSafeBrick(pixt7, pixs, WIDTH, HEIGHT); /* existing one */ pixEqual(pixref, pixt7, &same); if (!same) { fprintf(stderr, "pixref != pixt7 !\n"); ok = FALSE; } pixt8 = pixCopy(NULL, pixs); /* in-place */ pixCloseSafeBrick(pixt8, pixt8, WIDTH, HEIGHT); /* existing one */ pixEqual(pixref, pixt8, &same); if (!same) { fprintf(stderr, "pixref != pixt8 !\n"); ok = FALSE; } pixt9 = pixCloseBrickDwa(NULL, pixs, WIDTH, HEIGHT); /* new one */ pixEqual(pixref, pixt9, &same); if (!same) { fprintf(stderr, "pixref != pixt9 !\n"); ok = FALSE; } pixt10 = pixCreateTemplate(pixs); pixCloseBrickDwa(pixt10, pixs, WIDTH, HEIGHT); /* existing one */ pixEqual(pixref, pixt10, &same); if (!same) { fprintf(stderr, "pixref != pixt10 !\n"); ok = FALSE; } pixt11 = pixCopy(NULL, pixs); pixCloseBrickDwa(pixt11, pixt11, WIDTH, HEIGHT); /* in-place */ pixEqual(pixref, pixt11, &same); if (!same) { fprintf(stderr, "pixref != pixt11 !\n"); ok = FALSE; } sprintf(sequence, "c%d.%d", WIDTH, HEIGHT); pixt12 = pixMorphCompSequence(pixs, sequence, 0); /* comp sequence */ pixEqual(pixref, pixt12, &same); if (!same) { fprintf(stderr, "pixref != pixt12!\n"); ok = FALSE; } pixt13 = pixMorphSequenceDwa(pixs, sequence, 0); /* dwa sequence */ pixEqual(pixref, pixt13, &same); if (!same) { fprintf(stderr, "pixref != pixt13!\n"); ok = FALSE; } pixt14 = pixCreateTemplate(pixs); pixCloseCompBrickDwa(pixt14, pixs, WIDTH, HEIGHT); /* existing one */ pixEqual(pixref, pixt14, &same); if (!same) { fprintf(stderr, "pixref != pixt14 !\n"); ok = FALSE; } #if 0 pixWrite("/tmp/junkref.png", pixref, IFF_PNG); pixWrite("/tmp/junk12.png", pixt12, IFF_PNG); pixt13 = pixXor(NULL, pixref, pixt12); pixWrite("/tmp/junk12a.png", pixt13, IFF_PNG); pixDestroy(&pixt13); #endif pixDestroy(&pixref); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); pixDestroy(&pixt5); pixDestroy(&pixt6); pixDestroy(&pixt7); pixDestroy(&pixt8); pixDestroy(&pixt9); pixDestroy(&pixt10); pixDestroy(&pixt11); pixDestroy(&pixt12); pixDestroy(&pixt13); pixDestroy(&pixt14); if (ok) fprintf(stderr, "All morph tests OK!\n"); 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\ˆèO/óðÅÉæBfö.n6›iÎ"¢ÌmlÉã3;š|Yl{.eARp. ˆva8…·• ½a¼ãx:O77wM×3s•ƒ²ëY{û¥övð¢mSá»›Á/ýÏš—†øãÓÞG !HC¤Bã]Û4Ítþ”3ã8lbÓ4,“äÏ9ÌZ4ω½I±O ó°iE$ç9„¢ï†Ý¿ûÕ/§ÃçËÀc»Pÿ°x£'dןtIMEÜ9Š0,9IEND®B`‚leptonica-1.70/prog/flipsels.txt0000644000175000017500000000061110702065466015042 0ustar dandan# flipsels.txt # # Example file for reading Sels from file in # a simple format. These Sels are also defined # in flipdetect.c and compiled into strings there. # textsel1 "x oo " "x oOo " "x o " "x " "xxxxxx" textsel2 " oo x" " oOo x" " o x" " x" "xxxxxx" textsel3 "xxxxxx" "x " "x o " "x oOo " "x oo " textsel4 "xxxxxx" " x" " o x" " oOo x" " oo x" leptonica-1.70/prog/cornertest.c0000640000175000017500000000640012265247457015022 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * cornertest.c * * e.g., use on witten.png */ #include "allheaders.h" #define LINE_SIZE 29 int main(int argc, char **argv) { char *filein, *fileout; l_int32 x, y, n, i; PIX *pixs; PTA *pta; PTAA *ptaa, *ptaa2, *ptaa3; static char mainName[] = "cornertest"; if (argc != 3) return ERROR_INT(" Syntax: cornertest filein fileout", mainName, 1); filein = argv[1]; fileout = argv[2]; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pixs not made", mainName, 1); /* Clean noise in LR corner of witten.tif */ pixSetPixel(pixs, 2252, 3051, 0); pixSetPixel(pixs, 2252, 3050, 0); pixSetPixel(pixs, 2251, 3050, 0); pta = pixFindCornerPixels(pixs); ptaWriteStream(stderr, pta, 1); /* Test pta and ptaa I/O */ #if 1 ptaa = ptaaCreate(3); ptaaAddPta(ptaa, pta, L_COPY); ptaaAddPta(ptaa, pta, L_COPY); ptaaAddPta(ptaa, pta, L_COPY); ptaaWriteStream(stderr, ptaa, 1); ptaaWrite("/tmp/junkptaa", ptaa, 1); ptaa2 = ptaaRead("/tmp/junkptaa"); ptaaWrite("/tmp/junkptaa2", ptaa2, 1); ptaaWrite("/tmp/junkptaa3", ptaa, 0); ptaa3 = ptaaRead("/tmp/junkptaa3"); ptaaWrite("/tmp/junkptaa4", ptaa3, 0); ptaaDestroy(&ptaa); ptaaDestroy(&ptaa2); ptaaDestroy(&ptaa3); #endif /* mark corner pixels */ n = ptaGetCount(pta); for (i = 0; i < n; i++) { ptaGetIPt(pta, i, &x, &y); pixRenderLine(pixs, x - LINE_SIZE, y, x + LINE_SIZE, y, 5, L_FLIP_PIXELS); pixRenderLine(pixs, x, y - LINE_SIZE, x, y + LINE_SIZE, 5, L_FLIP_PIXELS); } pixWrite(fileout, pixs, IFF_PNG); pixDestroy(&pixs); ptaDestroy(&pta); ptaDestroy(&pta); return 0; } leptonica-1.70/prog/graymorph2_reg.c0000644000175000017500000001401512240303055015542 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * graymorph2_reg.c * * Compares graymorph results with special (3x1, 1x3, 3x3) cases * against the general case. Require exact equality. */ #include "allheaders.h" int main(int argc, char **argv) { PIX *pixs, *pixt1, *pixt2, *pixd; PIXA *pixa; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; pixs = pixRead("test8.jpg"); /* Dilation */ pixa = pixaCreate(0); pixSaveTiled(pixs, pixa, 1.0, 1, 20, 8); pixt1 = pixDilateGray3(pixs, 3, 1); pixSaveTiled(pixt1, pixa, 1.0, 1, 20, 8); pixt2 = pixDilateGray(pixs, 3, 1); pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 8); regTestComparePix(rp, pixt1, pixt2); /* 0 */ pixDestroy(&pixt1); pixDestroy(&pixt2); pixt1 = pixDilateGray3(pixs, 1, 3); pixSaveTiled(pixt1, pixa, 1.0, 1, 20, 8); pixt2 = pixDilateGray(pixs, 1, 3); pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 8); regTestComparePix(rp, pixt1, pixt2); /* 1 */ pixDestroy(&pixt1); pixDestroy(&pixt2); pixt1 = pixDilateGray3(pixs, 3, 3); pixSaveTiled(pixt1, pixa, 1.0, 1, 20, 8); pixt2 = pixDilateGray(pixs, 3, 3); pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 8); regTestComparePix(rp, pixt1, pixt2); /* 2 */ pixDestroy(&pixt1); pixDestroy(&pixt2); pixd = pixaDisplay(pixa, 0, 0); pixDisplayWithTitle(pixd, 0, 100, "Dilation", rp->display); pixDestroy(&pixd); pixaDestroy(&pixa); /* Erosion */ pixa = pixaCreate(0); pixSaveTiled(pixs, pixa, 1.0, 1, 20, 8); pixt1 = pixErodeGray3(pixs, 3, 1); pixSaveTiled(pixt1, pixa, 1.0, 1, 20, 8); pixt2 = pixErodeGray(pixs, 3, 1); pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 8); regTestComparePix(rp, pixt1, pixt2); /* 3 */ pixDestroy(&pixt1); pixDestroy(&pixt2); pixt1 = pixErodeGray3(pixs, 1, 3); pixSaveTiled(pixt1, pixa, 1.0, 1, 20, 8); pixt2 = pixErodeGray(pixs, 1, 3); pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 8); regTestComparePix(rp, pixt1, pixt2); /* 4 */ pixDestroy(&pixt1); pixDestroy(&pixt2); pixt1 = pixErodeGray3(pixs, 3, 3); pixSaveTiled(pixt1, pixa, 1.0, 1, 20, 8); pixt2 = pixErodeGray(pixs, 3, 3); pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 8); regTestComparePix(rp, pixt1, pixt2); /* 5 */ pixDestroy(&pixt1); pixDestroy(&pixt2); pixd = pixaDisplay(pixa, 0, 0); pixDisplayWithTitle(pixd, 250, 100, "Erosion", rp->display); pixDestroy(&pixd); pixaDestroy(&pixa); /* Opening */ pixa = pixaCreate(0); pixSaveTiled(pixs, pixa, 1.0, 1, 20, 8); pixt1 = pixOpenGray3(pixs, 3, 1); pixSaveTiled(pixt1, pixa, 1.0, 1, 20, 8); pixt2 = pixOpenGray(pixs, 3, 1); pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 8); regTestComparePix(rp, pixt1, pixt2); /* 6 */ pixDestroy(&pixt1); pixDestroy(&pixt2); pixt1 = pixOpenGray3(pixs, 1, 3); pixSaveTiled(pixt1, pixa, 1.0, 1, 20, 8); pixt2 = pixOpenGray(pixs, 1, 3); pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 8); regTestComparePix(rp, pixt1, pixt2); /* 7 */ pixDestroy(&pixt1); pixDestroy(&pixt2); pixt1 = pixOpenGray3(pixs, 3, 3); pixSaveTiled(pixt1, pixa, 1.0, 1, 20, 8); pixt2 = pixOpenGray(pixs, 3, 3); pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 8); regTestComparePix(rp, pixt1, pixt2); /* 8 */ pixDestroy(&pixt1); pixDestroy(&pixt2); pixd = pixaDisplay(pixa, 0, 0); pixDisplayWithTitle(pixd, 500, 100, "Opening", rp->display); pixDestroy(&pixd); pixaDestroy(&pixa); /* Closing */ pixa = pixaCreate(0); pixSaveTiled(pixs, pixa, 1.0, 1, 20, 8); pixt1 = pixCloseGray3(pixs, 3, 1); pixSaveTiled(pixt1, pixa, 1.0, 1, 20, 8); pixt2 = pixCloseGray(pixs, 3, 1); pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 8); regTestComparePix(rp, pixt1, pixt2); /* 9 */ pixDestroy(&pixt1); pixDestroy(&pixt2); pixt1 = pixCloseGray3(pixs, 1, 3); pixSaveTiled(pixt1, pixa, 1.0, 1, 20, 8); pixt2 = pixCloseGray(pixs, 1, 3); pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 8); regTestComparePix(rp, pixt1, pixt2); /* 10 */ pixDestroy(&pixt1); pixDestroy(&pixt2); pixt1 = pixCloseGray3(pixs, 3, 3); pixSaveTiled(pixt1, pixa, 1.0, 1, 20, 8); pixt2 = pixCloseGray(pixs, 3, 3); pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 8); regTestComparePix(rp, pixt1, pixt2); /* 11 */ pixDestroy(&pixt1); pixDestroy(&pixt2); pixd = pixaDisplay(pixa, 0, 0); pixDisplayWithTitle(pixd, 750, 100, "Closing", rp->display); pixDestroy(&pixd); pixaDestroy(&pixa); pixDestroy(&pixs); return regTestCleanup(rp); } leptonica-1.70/prog/listtest.c0000644000175000017500000002245712242266177014516 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * listtest.c * * This file tests the main functions in the generic * list facility, given in list.c and list.h. * */ #include "allheaders.h" int main(int argc, char **argv) { char *filein; l_int32 i, n, w, h, samecount, count; BOX *box, *boxc; BOXA *boxa, *boxan; DLLIST *head, *tail, *head2, *tail2, *elem, *nextelem; PIX *pixs, *pixd, *pixd1, *pixd2; static char mainName[] = "listtest"; if (argc != 2) return ERROR_INT(" Syntax: listtest filein", mainName, 1); filein = argv[1]; boxa = boxan = NULL; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pix not made", mainName, 1); /* start with a boxa */ boxa = pixConnComp(pixs, NULL, 4); n = boxaGetCount(boxa); /*-------------------------------------------------------* * Do one of these two ... *-------------------------------------------------------*/ #if 1 /* listAddToTail(): make a list by adding to tail */ head = NULL; tail = NULL; for (i = 0; i < n; i++) { box = boxaGetBox(boxa, i, L_CLONE); listAddToTail(&head, &tail, box); } #else /* listAddToHead(): make a list by adding to head */ head = NULL; for (i = 0; i < n; i++) { box = boxaGetBox(boxa, i, L_CLONE); listAddToHead(&head, box); } #endif /*-------------------------------------------------------* * Then do one of these ... *-------------------------------------------------------*/ #if 1 /* list concatenation */ head2 = NULL; /* cons up 2nd list from null */ tail2 = NULL; for (i = 0; i < n; i++) { box = boxaGetBox(boxa, i, L_CLONE); listAddToTail(&head2, &tail2, box); } listJoin(&head, &head2); #endif count = listGetCount(head); fprintf(stderr, "%d items in list\n", count); listReverse(&head); count = listGetCount(head); fprintf(stderr, "%d items in reversed list\n", count); listReverse(&head); count = listGetCount(head); fprintf(stderr, "%d items in doubly reversed list\n", count); boxan = boxaCreate(n); #if 0 /* removal of all elements and data from a list, * without using BEGIN_LIST_FORWARD macro */ for (elem = head; elem; elem = nextelem) { nextelem = elem->next; box = (BOX *)elem->data; boxaAddBox(boxan, box, L_INSERT); elem->data = NULL; listRemoveElement(&head, elem); } #endif #if 0 /* removal of all elements and data from a list, * using BEGIN_LIST_FORWARD macro */ BEGIN_LIST_FORWARD(head, elem) box = (BOX *)elem->data; boxaAddBox(boxan, box, L_INSERT); elem->data = NULL; listRemoveElement(&head, elem); END_LIST #endif #if 0 /* removal of all elements and data from a list, * using BEGIN_LIST_REVERSE macro */ tail = listFindTail(head); BEGIN_LIST_REVERSE(tail, elem) box = (BOX *)elem->data; boxaAddBox(boxan, box, L_INSERT); elem->data = NULL; listRemoveElement(&head, elem); END_LIST #endif #if 0 /* boxa and boxan are same when list made with listAddToHead() */ tail = listFindTail(head); BEGIN_LIST_REVERSE(tail, elem) box = (BOX *)elem->data; boxaAddBox(boxan, box, L_INSERT); elem->data = NULL; listRemoveElement(&head, elem); END_LIST for (i = 0, samecount = 0; i < n; i++) { if (boxa->box[i]->w == boxan->box[i]->w && boxa->box[i]->h == boxan->box[i]->h) samecount++; } fprintf(stderr, " num boxes = %d, same count = %d\n", boxaGetCount(boxa), samecount); #endif #if 0 /* boxa and boxan are same when list made with listAddToTail() */ BEGIN_LIST_FORWARD(head, elem) box = (BOX *)elem->data; boxaAddBox(boxan, box, L_INSERT); elem->data = NULL; listRemoveElement(&head, elem); END_LIST for (i = 0, samecount = 0; i < n; i++) { if (boxa->box[i]->w == boxan->box[i]->w && boxa->box[i]->h == boxan->box[i]->h) samecount++; } fprintf(stderr, " num boxes = %d, same count = %d\n", boxaGetCount(boxa), samecount); #endif #if 0 /* destroy the boxes and then the list */ BEGIN_LIST_FORWARD(head, elem) box = (BOX *)elem->data; boxDestroy(&box); elem->data = NULL; END_LIST listDestroy(&head); #endif #if 0 /* listInsertBefore(): inserting a copy BEFORE each element */ BEGIN_LIST_FORWARD(head, elem) box = (BOX *)elem->data; boxc = boxCopy(box); listInsertBefore(&head, elem, boxc); END_LIST BEGIN_LIST_FORWARD(head, elem) box = (BOX *)elem->data; boxaAddBox(boxan, box, L_INSERT); elem->data = NULL; END_LIST listDestroy(&head); #endif #if 0 /* listInsertAfter(): inserting a copy AFTER that element */ BEGIN_LIST_FORWARD(head, elem) box = (BOX *)elem->data; boxc = boxCopy(box); listInsertAfter(&head, elem, boxc); END_LIST BEGIN_LIST_FORWARD(head, elem) box = (BOX *)elem->data; boxaAddBox(boxan, box, L_INSERT); elem->data = NULL; listRemoveElement(&head, elem); END_LIST /* listDestroy(&head); */ #endif #if 0 /* test listRemoveFromHead(), to successively * remove the head of the list for all elements. */ count = 0; while (head) { box = listRemoveFromHead(&head); boxDestroy(&box); count++; } fprintf(stderr, "removed %d items\n", count); #endif #if 0 /* another version to test listRemoveFromHead(), using * an iterator macro. */ count = 0; BEGIN_LIST_FORWARD(head, elem) box = (BOX *)listRemoveFromHead(&head); boxDestroy(&box); count++; END_LIST fprintf(stderr, "removed %d items\n", count); #endif #if 0 /* test listRemoveFromTail(), to successively remove * the tail of the list for all elements. */ count = 0; tail = NULL; /* will find tail automatically */ while (head) { box = (BOX *)listRemoveFromTail(&head, &tail); boxDestroy(&box); count++; } fprintf(stderr, "removed %d items\n", count); #endif #if 0 /* another version to test listRemoveFromTail(), using * an iterator macro. */ count = 0; tail = listFindTail(head); /* need to initialize tail */ BEGIN_LIST_REVERSE(tail, elem) box = (BOX *)listRemoveFromTail(&head, &tail); boxDestroy(&box); count++; END_LIST fprintf(stderr, "removed %d items\n", count); #endif #if 0 /* Iterate backwards over the box array, and use * listFindElement() to find each corresponding data structure * within the list; then remove it. Should completely * destroy the list. Note that listFindElement() * returns the cell without removing it from the list! */ n = boxaGetCount(boxa); for (i = 0, count = 0; i < n; i++) { box = boxaGetBox(boxa, n - i - 1, L_CLONE); if (i % 1709 == 0) boxPrintStream(stderr, box); elem = listFindElement(head, box); boxDestroy(&box); if (elem) { /* found */ box = listRemoveElement(&head, elem); if (i % 1709 == 0) boxPrintStream(stderr, box); boxDestroy(&box); count++; } } fprintf(stderr, "removed %d items\n", count); #endif fprintf(stderr, "boxa count = %d; boxan count = %d\n", boxaGetCount(boxa), boxaGetCount(boxan)); boxaGetExtent(boxa, &w, &h, NULL); fprintf(stderr, "boxa extent = (%d, %d)\n", w, h); boxaGetExtent(boxan, &w, &h, NULL); fprintf(stderr, "boxan extent = (%d, %d)\n", w, h); pixDestroy(&pixs); boxaDestroy(&boxa); boxaDestroy(&boxan); return 0; } leptonica-1.70/prog/color-wheel-hue.jpg0000444000175000017500000001700411736161626016166 0ustar dandanÿØÿàJFIFddÿìDucky2ÿîAdobedÀÿÛ„         #"""#''''''''''     !! !!''''''''''ÿÀÆÆ"ÿÄ¢  s!1AQa"q2‘¡±B#ÁRÑá3bð$r‚ñ%C4S’¢²csÂ5D'“£³6TdtÃÒâ&ƒ „”EF¤´VÓU(òãóÄÔäôeu…•¥µÅÕåõfv†–¦¶ÆÖæö7GWgw‡—§·Ç×ç÷8HXhxˆ˜¨¸ÈØèø)9IYiy‰™©¹ÉÙéù*:JZjzŠšªºÊÚêúm!1AQa"q‘2¡±ðÁÑá#BRbrñ3$4C‚’S%¢c²ÂsÒ5âDƒT“ &6E'dtU7ò£³Ã()Óã󄔤´ÄÔäôeu…•¥µÅÕåõFVfv†–¦¶ÆÖæöGWgw‡—§·Ç×ç÷8HXhxˆ˜¨¸ÈØèø9IYiy‰™©¹ÉÙéù*:JZjzŠšªºÊÚêúÿÚ ?ïù³fÅ]›6lUÙ³fÅ]›6jg¶·•í4äúõÚm F›Âiwßü•½†W›6,8Î\ÓŽ8Gœ¤h ÈDY4zw<ðÛFÓ\H±D»³¹ £æN7™¢i ÛX]ÜÆ¡™j¾ÓI¿Zdv_¬^L.µ)~³:’cZqŠ*íHc©§úÄ–÷탴Ùá5!”:ø&÷òÈëý®02 Q˜ñå¿Wõb#âZðg†\ãôo~[„Ðù‘Á Ò/˜xoün2ÿĆ›iWßð0ò³f³ývú†›ý.Oø·cùxw–ÿÄŸöª¾ÿƒþ«å‰…@ý|+Óà‡þ«fÍú6íõ ?úYÿůåáÞW1×þ•w½* XGüÎýyRù§MµxWQYlVqUšu%bÁBK$lë%¶ä@>5ÊÂ[—õ¤rÇ’š€N>Ëp{g®–Aâ`À`>¡8ÈŽá#)WÉž=gcˆŠù³e!€e5R*Üã— F½ÒH:DÂ8A«XIñ[·²µ >)·~'$öa²¼•mg­¥ÛìËJ9ßû™Âÿdž?j›•ÖömhµÀ SàÉ×öŸÃùߌÚ\¸·"ãüáËö'³fÍ›ŽìÙ³b®Í›6*ìÙ³b®Í›6*ìÙ²™‚©f (Ü“°o õ-fÇJQõ—-3ŠÅmç3öª íþQ¢Žç.¼Í}}#Å¥ÄmmFÂú` BAôa5x;ÿÀ÷ÂØmÒïV’i2Ï+‘ÈþgjŸè;g=Ú~Òi´¼X´õŸ(Ûcû¸ŸéK©ò>]T!b>©}ˆ«íGQÕK†6–m·Õ!bÿL´?ìRƒÄ°ÄQ5Æ¡ETPì^lâuºýN³'‰©ÈeÝPõcÑÀÉ’y Èß—Gc£C<2‘Z8Còðü ®7)ך2×A‡P|FbŠº<ŽÇÜy£ø2BcøH?&A›´›ëñÍU,ÃãâjœìÀŒ[0 yƒOT È»6lØJâOJq×¢üÎa†¢ÇŒkØ’OÑOë…ù•„To½ÍÓÆ¡Î?s±²GÈc•£}¤`?AÇfËA ‚ ¸!¹ZÓUÔô°«kûUØÛÌÿ¾EU ôfz–$Ž’ëö” d›NÖ,5NKm%&ym¤%NÕd=«Ñ…Tö'"xœÇ)FpCÆyG"’ŽÓ’:Ê~G:NÎö£Sƒ‡¬F1·þôyú¾?7 >ƒîXý»øc?Í‘<Ï&–é™–U§×8ñ V³ª²õ«¼GPw9-5pFvº=nŸY„fÓÏŠ'cµžâ^\3Å.Šîî>æófÍ™-nÍ›6*ìÙ³b®Èæ'˜L.ƒhôšp$¼e;¬_³ÍÎçü‘ï“[S·ÑôëJê¾” ˈêÌ~E÷f á—·—ä÷÷g•ÅË™$§A]‚­e@ =†k;WWàaà©åØwˆõ.£¶õß–Óøp5“5\ãâ—è þ¯¨ãkzh:,Ä€³Tôý_.’\æ™!еÃ[+ƬdÒ)ìû1'§†pº½Þ\C~r˜ótºÐâ¬9Ï«”d‹Èù²¬Ùºî3f©Û;6lت7HsÂxýÕ!dÿRAοð|†a%”¾–£…¸FOniñ¨ùñç‡y©dâþxýíé4Y8ôøÏP8Où»;6lÙC’•ß°iè?e@?¯øà\jJ³ƒ"75,Öûñb¤ŽTØÓ™Â&#„ó{±€1}›6l,Œ’T‰y9 í•,ѵsJôÏË f™ç~MÓ²ø ³3-ÎÁ·#3ÜV®ŸëeÖQÊ6xœNÔ§¾K¼•¨´º蛇/q§…DcÕíÍDLOr´âß*÷Èv)k{6™w¥n¥Þ ózÉSÔ‹æ@¨ÿ( è;_ù=HŒbËQŸpþl¾QÚ:1› zñï>øü^«›·ž¨#¹·q$3"É‹Ñ•‡%#æ1\ïžYÙ³fÅ]›6y»]ý¤IÙ®Öhø¯.!¿9DuónëAÚU‡9ß”dzùKÏÍ”âsOºz’š …Pff=UAfcØ\Î/g"2ØÝܽ(+Æ$¿ÒPñ]½Éì2I£ùv-=ÖúòO­ê\x™ÈãuûKo'€=ÍKç¶_Ù=ƒŸ\FYÞ,õŸªUÒôòwØtòɹôÇ¿©÷%–^YŸRUŸWi-#h-`‘£˜Tç,ÑU¨ÇáC·rz±ù3Hx‰õá]FðøÿÅÙ"ÍÖÍÑàÅXðC†?ÎR>d—e!X ò–”¬XK}Sã¨^÷ó„ôªêß ÷úýåzS¼Ø{›-üž—ýCúHþ¦|rþqù° ´-g@>œ úKFŒ¢»§#Lª´ø“â û,r­î!º‰g·pñ·B6¡Àî;wÐ0›Sòí•û½Ì$Ùß°®áUäáw *°*ãç¸ìFh{SÙœƒ,ÚB0å;˜Ÿî¤ÞŸwÉÍÓëå Ž_T{ÿˆ~¶;‰Ï2À…Û~ÁGS‰j¡º¤*D¬cµ¼ˆŸ«É!ÓŽJ†xYÏ@Cò‰Û d–I›”†§°ì€Î?7gj4Ù|=L2;ÿˆwÄŽaÜi¸sŽ(Jâ9ŸÐÜÓÉ9é·@;WÍ› ;6Ù³f¬—ɺ¡†GÑ'o«5>jX~ƒñ¯±#¢äÓ9/)£xî-˜%Ì %Ï@ëÒ¾Çì·±9Ót½FVÂø6YA䇪:’¯{«3¹ìæ4ÞÍäÁQ=ò‡ðËô<Ïjé|Þ$G£.þéuÜÙ³féÖ»8ÿž5èõWж!­lKEýG¨ãÚ«O¢¹Ôu©L6£0­c¶™Å ÃŽpÁi"¢…*À;¯Ü7ÍjbÔåÁáéàgg×DC£ÎÝ´z“O5ãHÙþŽ:5ö…,Ùn­÷ŠTxÓo¼mPjÛK²†ÆÑxÅ …ý¦ P»žì{œ›6u`(lÛ»6lØUÙ³fÅ]›6lU©é–zÅ„ún¡–ÖåJH½³)ìAÜæ2[Üé÷“éwÛÜÛÆO÷ì-_Naµ>*|@t5ε„>hÑ«f'µQúFÒ¯lNÜÁûp1ðp>†¡ÍgköxÖiÌb?{ŽåŒùõºNogêΟ5Ÿ¢{L~ŸƒÍŽE‘­@=AØ‚6*ñb1ÙÀH“ ј!êÁ7Ù±6ž¨gEj~ስò°„üöþ¹d4ùgô@Ÿ>CæYF—!h¬9ò®¦týKê2ŸôM@Ž pÇå"Š|ÀñȳÞLÝ(£Ûûq–¯0Ôôéã5š;»r…‰§Å"ÆÕñøXæã²4ùðjñdââ">(Ëj.?hi¿”ö·–ß—ýã±7‚)*]A$SÙ©þ°ßÍ“”c!RƒÐîR2”MÄ{ÆÈg´Û÷NT×ö‡!OÀþ8‘‚áz aþCoó!¸àìÙ›²tYw8„|=?g/±´gæ½ãôŠdŸ—~^[듯Þ'îm¥”N(LÃg•ÔÐŽìW­y)Î¥‘/ËÓ]qátãþIÄr[“Á§Ç§Æ1cúc|ù“Þ_DìÈB?‡,q™ëê˜â6]›6lµÍvl‹èÖ¡æÏ5é7.­i¥Ib¶HQ=·­'&êÕo'×|׬Øêu·¶•z&þž )+;$ìY‰ûB±Ž*ô ØM£tþSVf[m9n‹ÐSÕ0z•ãÒœ»d/2ù·ZO"ÙØê‘é×>`Óînïî¬sÕàŽŒlP-yž‡zžl"ÐôÏ2ØÜI&µ¯®­'à[(íx½AçÎ7rv¨¦â®Í›6*ó;Fšn½Ú|P†K™V•Q$l‘—Zì9óûœƒ5–g–¦¿½iD ? 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â@*ɳÛïR$ŽÔÂ|úR“¸äP!CIíM߃’i Æhdºq@ [Ò¦Üçu1€\sB•ÏJ.;1úõ§`¦­ ÛØɧÈ܃ŠrämúÓdÈ“ŠdÒägžôàIÁdisplay); pixaDestroy(&pixa); pixDestroy(&pix); pixa = TestHardlight("hardlight2_1.jpg", "hardlight2_2.jpg", rp); pix = pixaDisplay(pixa, 0, 500); regTestWritePixAndCheck(rp, pix, IFF_PNG); pixDisplayWithTitle(pix, 0, 0, NULL, rp->display); pixaDestroy(&pixa); pixDestroy(&pix); return regTestCleanup(rp); } static PIXA * TestHardlight(const char *file1, const char *file2, L_REGPARAMS *rp) { PIX *pixs1, *pixs2, *pixt1, *pixt2, *pixd; PIXA *pixa; PROCNAME("TestHardlight"); /* Read in images */ pixs1 = pixRead(file1); pixs2 = pixRead(file2); if (!pixs1) return (PIXA *)ERROR_PTR("pixs1 not read", procName, NULL); if (!pixs2) return (PIXA *)ERROR_PTR("pixs2 not read", procName, NULL); pixa = pixaCreate(0); /* ---------- Test not-in-place; no colormaps ----------- */ pixSaveTiled(pixs1, pixa, 1.0, 1, 20, 32); pixSaveTiled(pixs2, pixa, 1.0, 0, 20, 0); pixd = pixBlendHardLight(NULL, pixs1, pixs2, 0, 0, 1.0); regTestWritePixAndCheck(rp, pixd, IFF_PNG); pixSaveTiled(pixd, pixa, 1.0, 1, 20, 0); pixDestroy(&pixd); pixt2 = pixConvertTo32(pixs2); pixd = pixBlendHardLight(NULL, pixs1, pixt2, 0, 0, 1.0); regTestWritePixAndCheck(rp, pixd, IFF_PNG); pixSaveTiled(pixd, pixa, 1.0, 0, 20, 0); pixDestroy(&pixt2); pixDestroy(&pixd); pixd = pixBlendHardLight(NULL, pixs2, pixs1, 0, 0, 1.0); pixSaveTiled(pixd, pixa, 1.0, 0, 20, 0); pixDestroy(&pixd); /* ---------- Test not-in-place; colormaps ----------- */ pixt1 = pixMedianCutQuant(pixs1, 0); if (pixGetDepth(pixs2) == 8) pixt2 = pixConvertGrayToColormap8(pixs2, 8); else /* pixt2 = pixConvertTo8(pixs2, 1); */ pixt2 = pixMedianCutQuant(pixs2, 0); pixSaveTiled(pixt1, pixa, 1.0, 1, 20, 0); pixSaveTiled(pixt2, pixa, 1.0, 0, 20, 0); pixd = pixBlendHardLight(NULL, pixt1, pixs2, 0, 0, 1.0); regTestWritePixAndCheck(rp, pixd, IFF_PNG); pixSaveTiled(pixd, pixa, 1.0, 1, 20, 0); pixDestroy(&pixd); pixd = pixBlendHardLight(NULL, pixt1, pixt2, 0, 0, 1.0); regTestWritePixAndCheck(rp, pixd, IFF_PNG); pixSaveTiled(pixd, pixa, 1.0, 0, 20, 0); pixDestroy(&pixd); pixd = pixBlendHardLight(NULL, pixt2, pixt1, 0, 0, 1.0); regTestWritePixAndCheck(rp, pixd, IFF_PNG); pixSaveTiled(pixd, pixa, 1.0, 0, 20, 0); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixd); /* ---------- Test in-place; no colormaps ----------- */ pixBlendHardLight(pixs1, pixs1, pixs2, 0, 0, 1.0); regTestWritePixAndCheck(rp, pixs1, IFF_PNG); pixSaveTiled(pixs1, pixa, 1.0, 1, 20, 0); pixDestroy(&pixs1); pixs1 = pixRead(file1); pixt2 = pixConvertTo32(pixs2); pixBlendHardLight(pixs1, pixs1, pixt2, 0, 0, 1.0); regTestWritePixAndCheck(rp, pixs1, IFF_PNG); pixSaveTiled(pixs1, pixa, 1.0, 0, 20, 0); pixDestroy(&pixt2); pixDestroy(&pixs1); pixs1 = pixRead(file1); pixBlendHardLight(pixs2, pixs2, pixs1, 0, 0, 1.0); regTestWritePixAndCheck(rp, pixs2, IFF_PNG); pixSaveTiled(pixs2, pixa, 1.0, 0, 20, 0); pixDestroy(&pixs2); pixDestroy(&pixs1); pixDestroy(&pixs2); return pixa; } 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')(½ø$¹=â ý¯-V,jßo  JX´[ìþoŠUŒÇo_“\ÅNuíFØ ÒÇScŽÍsú#üÀ\ôN¼¬ ÒŸ_ûäëñÛ'CQ Z“NT¥‰\(’ÿyC=òþ“ÞJë–ehÏäï›ôhü¶éÜciÏä½™]F&9€-Çÿ6ôs€)é5¯YÏò¯-¶ùÏ?øº¿~ü6IzˆAØ1 KâÙ£¹E™¤ºß‚|óA~/.û8§øÈl[)vúX1û_:~ûÉ_+*»ê*¿b*ÿÚøí’̇øR^ ~%. ¨?ÆÅi?ñ0þÂñAIþE“EjòòÞµ—ˆNwWÞÕÿü®ñ?´äVx';6‹tIMEÕ'\U‘DIEND®B`‚leptonica-1.70/prog/expand_reg.c0000644000175000017500000001274412270122643014743 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * expand_reg.c * */ #include "allheaders.h" #define BINARY_IMAGE "test1.png" #define TWO_BPP_IMAGE_NO_CMAP "weasel2.4g.png" #define TWO_BPP_IMAGE_CMAP "weasel2.4c.png" #define FOUR_BPP_IMAGE_NO_CMAP "weasel4.16g.png" #define FOUR_BPP_IMAGE_CMAP "weasel4.16c.png" #define EIGHT_BPP_IMAGE_NO_CMAP "weasel8.149g.png" #define EIGHT_BPP_IMAGE_CMAP "weasel8.240c.png" #define RGB_IMAGE "marge.jpg" int main(int argc, char **argv) { l_int32 i, w, h, same; char filename[][64] = {BINARY_IMAGE, TWO_BPP_IMAGE_NO_CMAP, TWO_BPP_IMAGE_CMAP, FOUR_BPP_IMAGE_NO_CMAP, FOUR_BPP_IMAGE_CMAP, EIGHT_BPP_IMAGE_NO_CMAP, EIGHT_BPP_IMAGE_CMAP, RGB_IMAGE}; BOX *box; PIX *pix, *pixs, *pixt, *pixt1, *pixt2, *pixt3, *pixt4, *pixt5, *pixd; static char mainName[] = "expand_reg"; if (argc != 1) return ERROR_INT(" Syntax: expand_reg", mainName, 1); pixDisplayWrite(NULL, -1); for (i = 0; i < 8; i++) { pixs = pixRead(filename[i]); pixt = pixExpandReplicate(pixs, 2); pixDisplayWrite(pixt, 1); pixDestroy(&pixt); pixt = pixExpandReplicate(pixs, 3); pixDisplayWrite(pixt, 1); pixDestroy(&pixt); if (i == 4) { pixt = pixScale(pixs, 3.0, 3.0); pixWrite("/tmp/junkpixt.png", pixt, IFF_PNG); pixDestroy(&pixt); } pixDestroy(&pixs); } pix = pixRead("test1.png"); pixGetDimensions(pix, &w, &h, NULL); for (i = 1; i <= 15; i++) { box = boxCreate(13 * i, 13 * i, w - 13 * i, h - 13 * i); pixs = pixClipRectangle(pix, box, NULL); pixt = pixExpandReplicate(pixs, 3); pixDisplayWrite(pixt, 1); boxDestroy(&box); pixDestroy(&pixt); pixDestroy(&pixs); } pixDestroy(&pix); pixs = pixRead("speckle.png"); /* Test 2x expansion of 1 bpp */ pixt = pixExpandBinaryPower2(pixs, 2); pixDisplayWrite(pixt, 1); pixd = pixReduceRankBinary2(pixt, 4, NULL); pixEqual(pixs, pixd, &same); if (!same) fprintf(stderr, "Error in 2x 1bpp expansion\n"); pixDestroy(&pixt); pixDestroy(&pixd); /* Test 2x expansion of 2 bpp */ pixt1 = pixConvert1To2(NULL, pixs, 3, 0); pixt2 = pixExpandReplicate(pixt1, 2); pixDisplayWrite(pixt2, 1); pixt3 = pixConvertTo8(pixt2, FALSE); pixt4 = pixThresholdToBinary(pixt3, 250); pixd = pixReduceRankBinary2(pixt4, 4, NULL); pixEqual(pixs, pixd, &same); if (!same) fprintf(stderr, "Error in 2x 2bpp expansion\n"); pixt5 = pixExpandBinaryPower2(pixd, 2); pixDisplayWrite(pixt5, 1); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); pixDestroy(&pixt5); pixDestroy(&pixd); /* Test 4x expansion of 4 bpp */ pixt1 = pixConvert1To4(NULL, pixs, 15, 0); pixt2 = pixExpandReplicate(pixt1, 4); pixDisplayWrite(pixt2, 2); pixt3 = pixConvertTo8(pixt2, FALSE); pixt4 = pixThresholdToBinary(pixt3, 250); pixDisplayWrite(pixt4, 2); pixd = pixReduceRankBinaryCascade(pixt4, 4, 4, 0, 0); pixEqual(pixs, pixd, &same); if (!same) fprintf(stderr, "Error in 4x 4bpp expansion\n"); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); pixDestroy(&pixd); /* Test 8x expansion of 8 bpp */ pixt1 = pixConvertTo8(pixs, FALSE); pixt2 = pixExpandReplicate(pixt1, 8); pixDisplayWrite(pixt2, 4); pixt3 = pixThresholdToBinary(pixt2, 250); pixDisplayWrite(pixt3, 4); pixd = pixReduceRankBinaryCascade(pixt3, 4, 4, 4, 0); pixEqual(pixs, pixd, &same); if (!same) fprintf(stderr, "Error in 4x 4bpp expansion\n"); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixd); pixDestroy(&pixs); pixDisplayMultiple("/tmp/display/file*"); return 0; } leptonica-1.70/prog/insert_reg.c0000640000175000017500000001230112240303027014743 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * insert_reg.c * * This tests removal and insertion operations in numa, boxa and pixa. */ #include #include "allheaders.h" int main(int argc, char **argv) { l_int32 i, n; l_float32 pi, angle, val; BOX *box; BOXA *boxa, *boxa1, *boxa2; NUMA *na1, *na2; PIX *pix, *pix1, *pix2; PIXA *pixa1, *pixa2, *pixa3, *pixa4; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; /* ----------------- Test numa operations -------------------- */ pi = 3.1415926535; na1 = numaCreate(500); for (i = 0; i < 500; i++) { angle = 0.02293 * i * pi; val = (l_float32)sin(angle); numaAddNumber(na1, val); } numaWrite("/tmp/insert0.na", na1); na2 = numaCopy(na1); n = numaGetCount(na2); for (i = 0; i < n; i++) { numaGetFValue(na2, i, &val); numaRemoveNumber(na2, i); numaInsertNumber(na2, i, val); } numaWrite("/tmp/insert1.na", na2); regTestCheckFile(rp, "/tmp/insert0.na"); /* 0 */ regTestCheckFile(rp, "/tmp/insert1.na"); /* 1 */ regTestCompareFiles(rp, 0, 1); /* 2 */ numaDestroy(&na1); numaDestroy(&na2); /* ----------------- Test boxa operations -------------------- */ pix1 = pixRead("feyn.tif"); box = boxCreate(1138, 1666, 1070, 380); pix2 = pixClipRectangle(pix1, box, NULL); boxDestroy(&box); boxa1 = pixConnComp(pix2, NULL, 8); boxaWrite("/tmp/insert3.ba", boxa1); boxa2 = boxaCopy(boxa1, L_COPY); n = boxaGetCount(boxa2); for (i = 0; i < n; i++) { boxaRemoveBoxAndSave(boxa2, i, &box); boxaInsertBox(boxa2, i, box); } boxaWrite("/tmp/insert4.ba", boxa2); regTestCheckFile(rp, "/tmp/insert3.ba"); /* 3 */ regTestCheckFile(rp, "/tmp/insert4.ba"); /* 4 */ regTestCompareFiles(rp, 3, 4); /* 5 */ pixDestroy(&pix1); pixDestroy(&pix2); boxaDestroy(&boxa1); boxaDestroy(&boxa2); /* ----------------- Test pixa operations -------------------- */ pix1 = pixRead("feyn.tif"); box = boxCreate(1138, 1666, 1070, 380); pix2 = pixClipRectangle(pix1, box, NULL); boxDestroy(&box); boxa = pixConnComp(pix2, &pixa1, 8); boxaDestroy(&boxa); pixaWrite("/tmp/insert6.pa", pixa1); regTestCheckFile(rp, "/tmp/insert6.pa"); /* 6 */ pixDestroy(&pix1); pixDestroy(&pix2); /* Remove and insert each one */ pixa2 = pixaCopy(pixa1, L_COPY); n = pixaGetCount(pixa2); for (i = 0; i < n; i++) { pixaRemovePixAndSave(pixa2, i, &pix, &box); pixaInsertPix(pixa2, i, pix, box); } pixaWrite("/tmp/insert7.pa", pixa2); regTestCheckFile(rp, "/tmp/insert7.pa"); /* 7 */ regTestCompareFiles(rp, 6, 7); /* 8 */ /* Move the last to the beginning; do it n times */ pixa3 = pixaCopy(pixa2, L_COPY); for (i = 0; i < n; i++) { pix = pixaGetPix(pixa3, n - 1, L_CLONE); box = pixaGetBox(pixa3, n - 1, L_CLONE); pixaInsertPix(pixa3, 0, pix, box); pixaRemovePix(pixa3, n); } pixaWrite("/tmp/insert9.pa", pixa3); regTestCheckFile(rp, "/tmp/insert9.pa"); /* 9 */ /* Move the first one to the end; do it n times */ pixa4 = pixaCopy(pixa3, L_COPY); for (i = 0; i < n; i++) { pix = pixaGetPix(pixa4, 0, L_CLONE); box = pixaGetBox(pixa4, 0, L_CLONE); pixaInsertPix(pixa4, n, pix, box); /* make sure insert works at end */ pixaRemovePix(pixa4, 0); } pixaWrite("/tmp/insert10.pa", pixa4); regTestCheckFile(rp, "/tmp/insert10.pa"); /* 10 */ regTestCompareFiles(rp, 9, 10); /* 11 */ pixaDestroy(&pixa1); pixaDestroy(&pixa2); pixaDestroy(&pixa3); pixaDestroy(&pixa4); return regTestCleanup(rp); } leptonica-1.70/prog/sharptest.c0000644000175000017500000000462512242265632014650 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * sharptest.c * * sharptest filein smooth fract fileout * * (1) Use smooth = 1 for 3x3 smoothing filter * smooth = 2 for 5x5 smoothing filter, etc. * (2) Use fract in typical range (0.2 - 0.7) */ #include "allheaders.h" int main(int argc, char **argv) { PIX *pixs, *pixd; l_int32 smooth; l_float32 fract; char *filein, *fileout; static char mainName[] = "sharptest"; if (argc != 5) return ERROR_INT(" Syntax: sharptest filein smooth fract fileout", mainName, 1); filein = argv[1]; smooth = atoi(argv[2]); fract = atof(argv[3]); fileout = argv[4]; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pixs not made", mainName, 1); pixd = pixUnsharpMasking(pixs, smooth, fract); pixWrite(fileout, pixd, IFF_JFIF_JPEG); pixDestroy(&pixs); pixDestroy(&pixd); return 0; } leptonica-1.70/prog/sudoku5.dat0000444000175000017500000000062611465606421014554 0ustar dandan# sudoku5.dat # tarek071223170000052Easter Monster (rating 99408 -- whatever that is) # rating: 4m19s@2 GHz (by tarek) # Actual solution requires: Req: 18.1M guesses, about 2.1 sec # from http://en.wikipedia.org/wiki/Algorithmics_of_sudoku 0 0 1 0 0 4 0 0 0 0 0 0 0 6 0 3 0 5 0 0 0 9 0 0 0 0 0 8 0 0 0 0 0 7 0 3 0 0 0 0 0 0 0 2 8 5 0 0 0 7 0 6 0 0 3 0 0 0 8 0 0 0 6 0 0 9 2 0 0 0 0 0 0 4 0 0 0 1 0 0 0 leptonica-1.70/prog/morphtemplate2.txt0000640000175000017500000000725511707074233016171 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /*! * Low-level fast binary morphology with auto-generated sels * * Dispatcher: --- * l_int32 fmorphopgen_low_*() * * Static Low-level: --- * void fdilate_*_*() --- * void ferode_*_*() */ #include "allheaders.h" --- This file is: morphtemplate2.txt --- --- insert static protos here ... /*---------------------------------------------------------------------* * Fast morph dispatcher * *---------------------------------------------------------------------*/ /*! --- * fmorphopgen_low_*() * * a dispatcher to appropriate low-level code */ l_int32 --- fmorphopgen_low_*(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 index) { switch (index) { --- insert dispatcher code for fdilate* and ferode* routines ... } return 0; } /*--------------------------------------------------------------------------* * Low-level auto-generated static routines * *--------------------------------------------------------------------------*/ /* * N.B. In all the low-level routines, the part of the image * that is accessed has been clipped by 32 pixels on * all four sides. This is done in the higher level * code by redefining w and h smaller and by moving the * start-of-image pointers up to the beginning of this * interior rectangle. */ --- static void fdilate_*_*(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; --- declare wplsN args as necessary ... pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { --- insert barrel-op code for *dptr here ... } } } leptonica-1.70/prog/pdf2png-color0000750000175000017500000000132510257405631015055 0ustar dandan#!/bin/bash # pdf2png-color # # Rasterizes a PDF file, saving a set of 24 bpp RGB png images # # input: PDF # root name of output files # output: 24 bpp RGB png files for each page scriptname=${0##*/} if test $# != 2 then echo "usage: " $scriptname " inpdffile outpngroot" exit -1 fi inpdffile=$1 outpngroot=$2 # need mysterious "primer" # choose one of the two options below # output image size depending on resolution echo "0 neg 0 neg" translate | gs -sDEVICE=png16m -sOutputFile=${outpngroot}%03d.png -r300x300 -q - ${inpdffile} # output fixed image size #echo "0 neg 0 neg" translate | gs -sDEVICE=png16m -sOutputFile=${outpngroot}%03d.png -g2550x3300 -r300x300 -q - ${inpdffile} leptonica-1.70/prog/testangle.na0000444000175000017500000000047210613043265014763 0ustar dandan Numa Version 1 Number of numbers = 15 [0] = -1.000000 [1] = -2.000000 [2] = 0.000000 [3] = -1.500000 [4] = -0.500000 [5] = -1.250000 [6] = -0.750000 [7] = -1.125000 [8] = -0.875000 [9] = -1.062500 [10] = -0.937500 [11] = -0.968750 [12] = -0.906250 [13] = -0.953125 [14] = -0.921875 leptonica-1.70/prog/smallpix_reg.c0000644000175000017500000002031412240302421015274 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * smallpix_reg.c * * This is a regression test for scaling and rotation. * * The question to be answered is: in the quantization, where, if * anywhere, do we add 0.5? * * The answer is that it should usually, but not always, be omitted. * To see this, we operate on a very small pix and for visualization, * scale up with replication to avoid aliasing and shifting. * * To determine that the current implementations in scalelow.c, * rotate.c and rotateamlow.c are better, change the specific * implementations and re-run. * * In all cases here, the pix to be operated on is of odd size * so that the center pixel is symmetrically located, and there * are a couple of black pixels outside the pattern so that edge * effects (e.g., in pixScaleSmooth()) do not affect the results. */ #include "allheaders.h" void DisplayPix(PIXA **ppixa, l_int32 x, l_int32 y, char *fname) { PIX *pixt; pixt = pixaDisplay(*ppixa, 0, 0); if (fname) pixWrite(fname, pixt, IFF_PNG); pixDisplay(pixt, x, y); pixDestroy(&pixt); pixaDestroy(ppixa); } int main(int argc, char **argv) { l_int32 i; l_float32 pi, scale, angle; PIX *pixc, *pixm, *pix1, *pix2, *pix3; PIXA *pixa; PTA *pta1, *pta2, *pta3, *pta4; /* Make a small test image, the hard way! */ pi = 3.1415926535; pixc = pixCreate(9, 9, 32); pixm = pixCreate(9, 9, 1); pta1 = generatePtaLineFromPt(4, 4, 3.1, 0.0); pta2 = generatePtaLineFromPt(4, 4, 3.1, 0.5 * pi); pta3 = generatePtaLineFromPt(4, 4, 3.1, pi); pta4 = generatePtaLineFromPt(4, 4, 3.1, 1.5 * pi); ptaJoin(pta1, pta2, 0, -1); ptaJoin(pta1, pta3, 0, -1); ptaJoin(pta1, pta4, 0, -1); pixRenderPta(pixm, pta1, L_SET_PIXELS); pixPaintThroughMask(pixc, pixm, 0, 0, 0x00ff0000); ptaDestroy(&pta1); ptaDestroy(&pta2); ptaDestroy(&pta3); ptaDestroy(&pta4); pixDestroy(&pixm); /* Results differ for scaleSmoothLow() w/ and w/out + 0.5. * Neither is properly symmetric (with symm pattern on odd-sized * pix, because the smoothing is destroying the symmetry. */ pixa = pixaCreate(11); pix1 = pixExpandReplicate(pixc, 2); for (i = 0; i < 11; i++) { scale = 0.30 + 0.035 * (l_float32)i; pix2 = pixScaleSmooth(pix1, scale, scale); pix3 = pixExpandReplicate(pix2, 6); pixSaveTiled(pix3, pixa, 1.0, (i == 0), 20, 32); pixDestroy(&pix2); pixDestroy(&pix3); } pixDestroy(&pix1); DisplayPix(&pixa, 100, 100, NULL); /* Results same for pixScaleAreaMap w/ and w/out + 0.5 */ pixa = pixaCreate(11); pix1 = pixExpandReplicate(pixc, 2); for (i = 0; i < 11; i++) { scale = 0.30 + 0.035 * (l_float32)i; pix2 = pixScaleAreaMap(pix1, scale, scale); pix3 = pixExpandReplicate(pix2, 6); pixSaveTiled(pix3, pixa, 1.0, (i == 0), 20, 32); pixDestroy(&pix2); pixDestroy(&pix3); } pixDestroy(&pix1); DisplayPix(&pixa, 100, 200, NULL); /* Results better for pixScaleBySampling with + 0.5, for small, * odd-dimension pix. */ pixa = pixaCreate(11); pix1 = pixExpandReplicate(pixc, 2); for (i = 0; i < 11; i++) { scale = 0.30 + 0.035 * (l_float32)i; pix2 = pixScaleBySampling(pix1, scale, scale); pix3 = pixExpandReplicate(pix2, 6); pixSaveTiled(pix3, pixa, 1.0, (i == 0), 20, 32); pixDestroy(&pix2); pixDestroy(&pix3); } pixDestroy(&pix1); DisplayPix(&pixa, 100, 300, NULL); /* Results same for pixRotateAM w/ and w/out + 0.5 */ pixa = pixaCreate(11); pix1 = pixExpandReplicate(pixc, 1); for (i = 0; i < 11; i++) { angle = 0.10 + 0.05 * (l_float32)i; pix2 = pixRotateAM(pix1, angle, L_BRING_IN_BLACK); pix3 = pixExpandReplicate(pix2, 8); pixSaveTiled(pix3, pixa, 1.0, (i == 0), 20, 32); pixDestroy(&pix2); pixDestroy(&pix3); } pixDestroy(&pix1); DisplayPix(&pixa, 100, 400, NULL); /* If the size is odd, we express the center exactly, and the * results are better for pixRotateBySampling() w/out 0.5 * However, if the size is even, the center value is not * exact, and if we choose it 0.5 smaller than the actual * center, we get symmetrical results with +0.5. * So we choose not to include + 0.5. */ pixa = pixaCreate(11); pix1 = pixExpandReplicate(pixc, 1); for (i = 0; i < 11; i++) { angle = 0.10 + 0.05 * (l_float32)i; pix2 = pixRotateBySampling(pix1, 4, 4, angle, L_BRING_IN_BLACK); pix3 = pixExpandReplicate(pix2, 8); pixSaveTiled(pix3, pixa, 1.0, (i == 0), 20, 32); pixDestroy(&pix2); pixDestroy(&pix3); } pixDestroy(&pix1); DisplayPix(&pixa, 100, 500, NULL); /* Results same for pixRotateAMCorner w/ and w/out + 0.5 */ pixa = pixaCreate(11); pix1 = pixExpandReplicate(pixc, 1); for (i = 0; i < 11; i++) { angle = 0.10 + 0.05 * (l_float32)i; pix2 = pixRotateAMCorner(pix1, angle, L_BRING_IN_BLACK); pix3 = pixExpandReplicate(pix2, 8); pixSaveTiled(pix3, pixa, 1.0, (i == 0), 20, 32); pixDestroy(&pix2); pixDestroy(&pix3); } pixDestroy(&pix1); DisplayPix(&pixa, 100, 600, NULL); /* Results better for pixRotateAMColorFast without + 0.5 */ pixa = pixaCreate(11); pix1 = pixExpandReplicate(pixc, 1); for (i = 0; i < 11; i++) { angle = 0.10 + 0.05 * (l_float32)i; pix2 = pixRotateAMColorFast(pix1, angle, 0); pix3 = pixExpandReplicate(pix2, 8); pixSaveTiled(pix3, pixa, 1.0, (i == 0), 20, 32); pixDestroy(&pix2); pixDestroy(&pix3); } pixDestroy(&pix1); DisplayPix(&pixa, 100, 700, NULL); /* Results slightly better for pixScaleColorLI() w/out + 0.5 */ pixa = pixaCreate(11); pix1 = pixExpandReplicate(pixc, 1); for (i = 0; i < 11; i++) { scale = 1.0 + 0.2 * (l_float32)i; pix2 = pixScaleColorLI(pix1, scale, scale); pix3 = pixExpandReplicate(pix2, 4); pixSaveTiled(pix3, pixa, 1.0, (i == 0), 20, 32); pixDestroy(&pix2); pixDestroy(&pix3); } pixDestroy(&pix1); DisplayPix(&pixa, 100, 800, NULL); /* Results slightly better for pixScaleColorLI() w/out + 0.5 */ pixa = pixaCreate(11); pix1 = pixExpandReplicate(pixc, 1); for (i = 0; i < 11; i++) { scale = 1.0 + 0.2 * (l_float32)i; pix2 = pixScaleLI(pix1, scale, scale); pix3 = pixExpandReplicate(pix2, 4); pixSaveTiled(pix3, pixa, 1.0, (i == 0), 20, 32); pixDestroy(&pix2); pixDestroy(&pix3); } pixDestroy(&pix1); DisplayPix(&pixa, 100, 940, NULL); pixDestroy(&pixc); return 0; } leptonica-1.70/prog/barcodetest1.jpg0000444000175000017500000004662610770123127015552 0ustar dandanÿØÿàJFIFÿþXCREATOR: XV Version 3.10a Rev: 12/29/94 (PNG patch 1.2) Quality = 75, Smoothing = 0 ÿÛC    $.' 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * printsplitimage.c * * Syntax: printsplitimage filein nx ny [printer] * * nx = number of horizontal tiles * ny = number of vertical tiles * * If printer is not specified, the only action is that the * image is split into a set of tiles, and these are written * out as a set of uncompressed (i.e., very large) level 1 * PostScript files. The images in the PostScript files are * scaled to each fill an 8.5 x 11 inch page, up to the * FILLING_FACTOR fraction in each direction. * * If printer is specified, these are printed on separate pages. * We do this (separate, uncompressed PostScript pages) because * this is the lowest common denominator: many PostScript printers * will not print multi-page PostScript of images, or images that * are level 2 compressed. Hard to believe, but true. */ #include "allheaders.h" /* fill factor on 8.5 x 11 inch output page */ static const l_float32 FILL_FACTOR = 0.95; int main(int argc, char **argv) { char *filein, *fname, *printer; char buf[512]; l_int32 nx, ny, i, w, h, ws, hs, n, ignore; l_float32 scale; FILE *fp; PIX *pixs, *pixt, *pixr; PIXA *pixa; SARRAY *sa; static char mainName[] = "printsplitimage"; if (argc != 4 && argc != 5) return ERROR_INT(" Syntax: printsplitimage filein nx ny [printer]", mainName, 1); filein = argv[1]; nx = atoi(argv[2]); ny = atoi(argv[3]); if (argc == 5) printer = argv[4]; lept_rmdir("split"); lept_mkdir("split"); if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pixs not made", mainName, 1); pixGetDimensions(pixs, &ws, &hs, NULL); if (ny * ws > nx * hs) { pixr = pixRotate90(pixs, 1); pixa = pixaSplitPix(pixr, ny, nx, 0, 0); } else { pixr = pixClone(pixs); pixa = pixaSplitPix(pixr, nx, ny, 0, 0); } pixDestroy(&pixr); n = pixaGetCount(pixa); sa = sarrayCreate(n); for (i = 0; i < n; i++) { pixt = pixaGetPix(pixa, i, L_CLONE); pixGetDimensions(pixt, &w, &h, NULL); scale = L_MIN(FILL_FACTOR * 2550 / w, FILL_FACTOR * 3300 / h); sprintf(buf, "image%d.ps", i); fname = genPathname("/tmp/split", buf); fprintf(stderr, "fname: %s\n", fname); sarrayAddString(sa, fname, L_INSERT); fp = lept_fopen(fname, "wb+"); pixWriteStreamPS(fp, pixt, NULL, 300, scale); lept_fclose(fp); pixDestroy(&pixt); } if (argc == 5) { for (i = 0; i < n; i++) { fname = sarrayGetString(sa, i, 0); sprintf(buf, "lpr -P%s %s &", printer, fname); ignore = system(buf); } } sarrayDestroy(&sa); pixaDestroy(&pixa); pixDestroy(&pixs); return 0; } leptonica-1.70/prog/quadtreetest.c0000644000175000017500000001203512242265746015345 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * quadtreetest.c * * test of quadtree statistical functions */ #include "allheaders.h" int main(int argc, char **argv) { l_int32 i, j, w, h, error; l_float32 val1, val2; l_float32 val00, val10, val01, val11, valc00, valc10, valc01, valc11; PIX *pixs, *pixg, *pixt1, *pixt2, *pixt3, *pixt4, *pixt5; FPIXA *fpixam, *fpixav, *fpixarv; BOXAA *baa; static char mainName[] = "quadtreetest"; if (argc != 1) return ERROR_INT(" Syntax: quadtreetest", mainName, 1); /* Test generation of quadtree regions. */ baa = boxaaQuadtreeRegions(1000, 500, 3); boxaaWriteStream(stderr, baa); boxaaDestroy(&baa); baa = boxaaQuadtreeRegions(1001, 501, 3); boxaaWriteStream(stderr, baa); boxaaDestroy(&baa); /* Test quadtree stats generation */ #if 1 pixs = pixRead("rabi.png"); pixg = pixScaleToGray4(pixs); #else pixs = pixRead("test24.jpg"); pixg = pixConvertTo8(pixs, 0); #endif pixQuadtreeMean(pixg, 8, NULL, &fpixam); pixt1 = fpixaDisplayQuadtree(fpixam, 4); pixDisplay(pixt1, 100, 0); pixWrite("/tmp/quadtree1.png", pixt1, IFF_PNG); pixQuadtreeVariance(pixg, 8, NULL, NULL, &fpixav, &fpixarv); pixt2 = fpixaDisplayQuadtree(fpixav, 4); pixDisplay(pixt2, 100, 200); pixWrite("/tmp/quadtree2.png", pixt2, IFF_PNG); pixt3 = fpixaDisplayQuadtree(fpixarv, 4); pixDisplay(pixt3, 100, 400); pixWrite("/tmp/quadtree3.png", pixt3, IFF_PNG); /* Compare with fixed-size tiling at a resolution corresponding * to the deepest level of the quadtree above */ pixt4 = pixGetAverageTiled(pixg, 5, 6, L_MEAN_ABSVAL); pixt5 = pixExpandReplicate(pixt4, 4); pixWrite("/tmp/quadtree4.png", pixt5, IFF_PNG); pixDisplay(pixt5, 800, 0); pixDestroy(&pixt4); pixDestroy(&pixt5); pixt4 = pixGetAverageTiled(pixg, 5, 6, L_STANDARD_DEVIATION); pixt5 = pixExpandReplicate(pixt4, 4); pixWrite("/tmp/quadtree5.png", pixt5, IFF_PNG); pixDisplay(pixt5, 800, 400); /* Test quadtree parent/child access */ error = FALSE; fpixaGetFPixDimensions(fpixam, 4, &w, &h); for (i = 0; i < w; i += 2) { for (j = 0; j < h; j += 2) { quadtreeGetParent(fpixam, 4, j, i, &val1); fpixaGetPixel(fpixam, 3, j / 2, i / 2, &val2); if (val1 != val2) error = TRUE; } } if (error) fprintf(stderr, "\n======================\nError: parent access\n"); else fprintf(stderr, "\n======================\nSuccess: parent access\n"); error = FALSE; for (i = 0; i < w; i++) { for (j = 0; j < h; j++) { quadtreeGetChildren(fpixam, 4, j, i, &val00, &val10, &val01, &val11); fpixaGetPixel(fpixam, 5, 2 * j, 2 * i, &valc00); fpixaGetPixel(fpixam, 5, 2 * j + 1, 2 * i, &valc10); fpixaGetPixel(fpixam, 5, 2 * j, 2 * i + 1, &valc01); fpixaGetPixel(fpixam, 5, 2 * j + 1, 2 * i + 1, &valc11); if ((val00 != valc00) || (val10 != valc10) || (val01 != valc01) || (val11 != valc11)) error = TRUE; } } if (error) fprintf(stderr, "Error: child access\n======================\n"); else fprintf(stderr, "Success: child access\n======================\n"); pixDestroy(&pixs); pixDestroy(&pixg); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); pixDestroy(&pixt5); fpixaDestroy(&fpixam); fpixaDestroy(&fpixav); fpixaDestroy(&fpixarv); return 0; } leptonica-1.70/prog/jbrankhaus.c0000644000175000017500000001603612242266300014753 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * jbrankhaus.c * * jbrankhaus dirin size rank rootname [firstpage npages] * * dirin: directory of input pages * size: size of SE used for dilation * rank: min pixel fraction required in both directions in match * rootname: used for naming the two output files (templates * and c.c. data) * * Notes: * (1) All components larger than a default size are not saved. * The default size is given in jbclass.c. * (2) A set of reasonable values for cc or characters, that * gives good accuracy without too manyclasses, is: * size = 2 (2 x 2 structuring element) * rank = 0.97 */ #include "allheaders.h" /* Choose one of these */ #define COMPONENTS JB_CONN_COMPS /* #define COMPONENTS JB_CHARACTERS */ /* #define COMPONENTS JB_WORDS */ #define BUF_SIZE 512 /* select additional debug output */ #define DEBUG_TEST_DATA_IO 0 #define RENDER_DEBUG 1 #define DISPLAY_DIFFERENCE 1 #define DISPLAY_ALL_INSTANCES 0 /* for display output of all instances, sorted by class */ #define X_SPACING 10 #define Y_SPACING 15 #define MAX_OUTPUT_WIDTH 400 int main(int argc, char **argv) { char filename[BUF_SIZE]; char *dirin, *rootname, *fname; l_int32 i, size, firstpage, npages, nfiles; l_float32 rank; JBDATA *data; JBCLASSER *classer; SARRAY *safiles; PIX *pix, *pixt; PIXA *pixa, *pixadb; static char mainName[] = "jbrankhaus"; if (argc != 5 && argc != 7) return ERROR_INT( " Syntax: jbrankhaus dirin size rank rootname [firstpage, npages]", mainName, 1); dirin = argv[1]; size = atoi(argv[2]); rank = atof(argv[3]); rootname = argv[4]; if (argc == 5) { firstpage = 0; npages = 0; } else { firstpage = atoi(argv[5]); npages = atoi(argv[6]); } #if 1 /*--------------------------------------------------------------*/ jbRankHaus(dirin, size, rank, COMPONENTS, rootname, firstpage, npages, 1); /*--------------------------------------------------------------*/ #else /*--------------------------------------------------------------*/ safiles = getSortedPathnamesInDirectory(dirin, NULL, firstpage, npages); nfiles = sarrayGetCount(safiles); /* sarrayWriteStream(stderr, safiles); */ /* Classify components on requested pages */ startTimer(); classer = jbRankHausInit(COMPONENTS, 0, 0, size, rank); jbAddPages(classer, safiles); fprintf(stderr, "Time to classify components: %6.3f sec\n", stopTimer()); /* Save and write out the result */ data = jbDataSave(classer); jbDataWrite(rootname, data); /* Render the pages from the classifier data. * Use debugflag == FALSE to omit outlines of each component. */ pixa = jbDataRender(data, FALSE); /* Write the pages out */ npages = pixaGetCount(pixa); if (npages != nfiles) fprintf(stderr, "npages = %d, nfiles = %d, not equal!\n", npages, nfiles); for (i = 0; i < npages; i++) { pix = pixaGetPix(pixa, i, L_CLONE); snprintf(filename, BUF_SIZE, "%s.%05d", rootname, i); fprintf(stderr, "filename: %s\n", filename); pixWrite(filename, pix, IFF_PNG); pixDestroy(&pix); } #if DISPLAY_DIFFERENCE fname = sarrayGetString(safiles, 0, 0); pixt = pixRead(fname); pix = pixaGetPix(pixa, 0, L_CLONE); pixXor(pixt, pixt, pix); pixWrite("junk_output_diff", pixt, IFF_PNG); pixDestroy(&pix); pixDestroy(&pixt); #endif /* DISPLAY_DIFFERENCE */ #if DEBUG_TEST_DATA_IO { JBDATA *newdata; PIX *newpix; PIXA *newpixa; l_int32 same, iofail; /* Read the data back in and render the pages */ newdata = jbDataRead(rootname); newpixa = jbDataRender(newdata, FALSE); iofail = FALSE; for (i = 0; i < npages; i++) { pix = pixaGetPix(pixa, i, L_CLONE); newpix = pixaGetPix(newpixa, i, L_CLONE); pixEqual(pix, newpix, &same); if (!same) { iofail = TRUE; fprintf(stderr, "pix on page %d are unequal!\n", i); } pixDestroy(&pix); pixDestroy(&newpix); } if (iofail) fprintf(stderr, "read/write for jbdata fails\n"); else fprintf(stderr, "read/write for jbdata succeeds\n"); jbDataDestroy(&newdata); pixaDestroy(&newpixa); } #endif /* DEBUG_TEST_DATA_IO */ #if RENDER_DEBUG /* Use debugflag == TRUE to see outlines of each component. */ pixadb = jbDataRender(data, TRUE); /* Write the debug pages out */ npages = pixaGetCount(pixadb); for (i = 0; i < npages; i++) { pix = pixaGetPix(pixadb, i, L_CLONE); snprintf(filename, BUF_SIZE, "%s.db.%05d", rootname, i); fprintf(stderr, "filename: %s\n", filename); pixWrite(filename, pix, IFF_PNG); pixDestroy(&pix); } pixaDestroy(&pixadb); #endif /* RENDER_DEBUG */ #if DISPLAY_ALL_INSTANCES /* display all instances, organized by template */ pix = pixaaDisplayByPixa(classer->pixaa, X_SPACING, Y_SPACING, MAX_OUTPUT_WIDTH); pixWrite("output_instances", pix, IFF_PNG); pixDestroy(&pix); #endif /* DISPLAY_ALL_INSTANCES */ pixaDestroy(&pixa); sarrayDestroy(&safiles); jbClasserDestroy(&classer); jbDataDestroy(&data); /*--------------------------------------------------------------*/ #endif return 0; } leptonica-1.70/prog/pixmem_reg.c0000644000175000017500000001551212240302657014761 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pixmem_reg.c * * Tests the low-level pix data accessors, and functions that * call them. */ #include "allheaders.h" void Compare(PIX *pix1, PIX *pix2, l_int32 *perror); int main(int argc, char **argv) { l_int32 error; l_uint32 *data; PIX *pix1, *pix2, *pix3, *pix1c, *pix2c, *pix1t, *pix2t, *pixd; PIXA *pixa; error = 0; pixa = pixaCreate(0); /* Copy with internal resizing: onto a cmapped image */ pix1 = pixRead("weasel4.16c.png"); pix2 = pixRead("feyn-fract.tif"); pix3 = pixRead("lucasta.150.jpg"); fprintf(stderr, "before copy 2 --> 3\n"); pixCopy(pix3, pix2); Compare(pix2, pix3, &error); pixSaveTiled(pix3, pixa, 0.25, 1, 30, 32); fprintf(stderr, "before copy 3 --> 1\n"); pixCopy(pix1, pix3); Compare(pix2, pix1, &error); pixSaveTiled(pix1, pixa, 0.25, 0, 30, 32); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); /* Copy with internal resizing: from a cmapped image */ pix1 = pixRead("weasel4.16c.png"); pix2 = pixRead("feyn-fract.tif"); pix3 = pixRead("lucasta.150.jpg"); fprintf(stderr, "before copy 1 --> 2\n"); pixCopy(pix2, pix1); Compare(pix2, pix1, &error); pixSaveTiled(pix2, pixa, 1.0, 1, 30, 32); fprintf(stderr, "before copy 2 --> 3\n"); pixCopy(pix3, pix2); Compare(pix3, pix2, &error); pixSaveTiled(pix3, pixa, 1.0, 0, 30, 32); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); /* Transfer of data pixs --> pixd, when pixs is not cloned. * pixs is destroyed. */ pix1 = pixRead("weasel4.16c.png"); pix2 = pixRead("feyn-fract.tif"); pix3 = pixRead("lucasta.150.jpg"); pix1c = pixCopy(NULL, pix1); fprintf(stderr, "before transfer 1 --> 2\n"); pixTransferAllData(pix2, &pix1, 0, 0); Compare(pix2, pix1c, &error); pixSaveTiled(pix2, pixa, 1.0, 1, 30, 32); fprintf(stderr, "before transfer 2 --> 3\n"); pixTransferAllData(pix3, &pix2, 0, 0); Compare(pix3, pix1c, &error); pixSaveTiled(pix3, pixa, 1.0, 0, 30, 32); pixDestroy(&pix1c); pixDestroy(&pix3); /* Another transfer of data pixs --> pixd, when pixs is not cloned. * pixs is destroyed. */ pix1 = pixRead("weasel4.16c.png"); pix2 = pixRead("feyn-fract.tif"); pix3 = pixRead("lucasta.150.jpg"); pix1c = pixCopy(NULL, pix1); pix2c = pixCopy(NULL, pix2); fprintf(stderr, "before copy transfer 1 --> 2\n"); pixTransferAllData(pix2, &pix1c, 0, 0); Compare(pix2, pix1, &error); pixSaveTiled(pix2, pixa, 1.0, 0, 30, 32); fprintf(stderr, "before copy transfer 2 --> 3\n"); pixTransferAllData(pix3, &pix2, 0, 0); Compare(pix3, pix1, &error); pixSaveTiled(pix3, pixa, 1.0, 0, 30, 32); pixDestroy(&pix1); pixDestroy(&pix2c); pixDestroy(&pix3); /* Transfer of data pixs --> pixd, when pixs is cloned. * pixs has its refcount reduced by 1. */ pix1 = pixRead("weasel4.16c.png"); pix2 = pixRead("feyn-fract.tif"); pix3 = pixRead("lucasta.150.jpg"); pix1c = pixClone(pix1); pix2c = pixClone(pix2); fprintf(stderr, "before clone transfer 1 --> 2\n"); pixTransferAllData(pix2, &pix1c, 0, 0); Compare(pix2, pix1, &error); pixSaveTiled(pix2, pixa, 1.0, 0, 30, 32); fprintf(stderr, "before clone transfer 2 --> 3\n"); pixTransferAllData(pix3, &pix2c, 0, 0); Compare(pix3, pix1, &error); pixSaveTiled(pix3, pixa, 1.0, 0, 30, 32); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); /* Extraction of data when pixs is not cloned, putting * the data into a new template of pixs. */ pix2 = pixRead("feyn-fract.tif"); fprintf(stderr, "no clone: before extraction and reinsertion of 2\n"); pix2c = pixCopy(NULL, pix2); /* for later reference */ data = pixExtractData(pix2); pix2t = pixCreateTemplateNoInit(pix2); pixFreeData(pix2t); pixSetData(pix2t, data); Compare(pix2c, pix2t, &error); pixSaveTiled(pix2t, pixa, 0.25, 1, 30, 32); pixDestroy(&pix2); pixDestroy(&pix2c); pixDestroy(&pix2t); /* Extraction of data when pixs is cloned, putting * a copy of the data into a new template of pixs. */ pix1 = pixRead("weasel4.16c.png"); fprintf(stderr, "clone: before extraction and reinsertion of 1\n"); pix1c = pixClone(pix1); /* bump refcount of pix1 to 2 */ data = pixExtractData(pix1); /* should make a copy of data */ pix1t = pixCreateTemplateNoInit(pix1); pixFreeData(pix1t); pixSetData(pix1t, data); Compare(pix1c, pix1t, &error); pixSaveTiled(pix1t, pixa, 1.0, 0, 30, 32); pixDestroy(&pix1); pixDestroy(&pix1c); pixDestroy(&pix1t); pixd = pixaDisplay(pixa, 0, 0); pixDisplay(pixd, 100, 100); pixWrite("/tmp/junkpixmem.png", pixd, IFF_PNG); pixaDestroy(&pixa); pixDestroy(&pixd); if (error) fprintf(stderr, "Fail: an error occurred\n"); else fprintf(stderr, "Success: no errors\n"); return 0; } void Compare(PIX *pix1, PIX *pix2, l_int32 *perror) { l_int32 same; if (!pix1 || !pix2) { fprintf(stderr, "pix not defined\n"); *perror = 1; return; } pixEqual(pix1, pix2, &same); if (same) fprintf(stderr, "OK\n"); else { fprintf(stderr, "Fail: not equal\n"); *perror = 1; } return; } leptonica-1.70/prog/converttopdf.c0000664000175000017500000000571412263041543015346 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * converttopdf.c * * Bundles all image files that are in the designated directory, with * optional matching substring, into a pdf. * * The encoding type depends on the input file format: * jpeg ==> DCT (not transcoded) * jp2k ==> JPX (not transcoded) * tiff-g4 ==> G4 * other ==> FLATE * The default resolution is set at 300 ppi if not given in the * individual images, and the images are wrapped at full resolution. * No title is attached. * * This is meant for the simplest set of input arguments. It is * very fast for jpeg and jp2k. * The syntax for using all files in the directory is: * convertopdf * The syntax using some substring to be matched in the file names is: * converttopdf * If you want something more general, use convertfilestopdf. */ #include #include "allheaders.h" int main(int argc, char **argv) { l_int32 ret; char *dirin, *substr, *fileout; if (argc != 3 && argc != 4) { fprintf(stderr, " Syntax: converttopdf dir [substr] fileout\n" " substr: Leave this out to bundle all files\n" " fileout: Output pdf file\n"); return 1; } dirin = argv[1]; substr = (argc == 4) ? argv[2] : NULL; fileout = (argc == 4) ? argv[3] : argv[2]; ret = convertUnscaledFilesToPdf(dirin, substr, "", fileout); return ret; } leptonica-1.70/prog/convolvetest.c0000640000175000017500000001534112242266571015362 0ustar dandan/*===================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * convolvetest.c * */ #include "allheaders.h" static const char *kel1str = " 20 50 80 50 20 " " 50 100 140 100 50 " " 90 160 200 160 90 " " 50 100 140 100 50 " " 20 50 80 50 20 "; static const char *kel2str = " -20 -50 -80 -50 -20 " " -50 50 80 50 -50 " " -90 90 200 90 -90 " " -50 50 80 50 -50 " " -20 -50 -80 -50 -20 "; static const char *kel3xstr = " -70 40 100 40 -70 "; static const char *kel3ystr = " 20 -70 40 100 40 -70 20 "; #define NTIMES 100 int main(int argc, char **argv) { l_int32 i, j, wc, hc, d, bias; L_KERNEL *kel1, *kel2, *kel3x, *kel3y; PIX *pixs, *pixg, *pixacc, *pixd, *pixt; char *filein, *fileout; static char mainName[] = "convolvetest"; if (argc != 5) return ERROR_INT(" Syntax: convolvetest filein wc hc fileout", mainName, 1); filein = argv[1]; wc = atoi(argv[2]); hc = atoi(argv[3]); fileout = argv[4]; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pix not made", mainName, 1); #if 0 /* Measure speed */ pixacc = pixBlockconvAccum(pixs); for (i = 0; i < NTIMES; i++) { pixd = pixBlockconvGray(pixs, pixacc, wc, hc); if ((i+1) % 10 == 0) fprintf(stderr, "%d iters\n", i + 1); pixDestroy(&pixd); } pixd = pixBlockconvGray(pixs, pixacc, wc, hc); pixWrite(fileout, pixd, IFF_JFIF_JPEG); pixDestroy(&pixacc); #endif #if 0 /* Test pixBlockconvGray() */ pixacc = pixBlockconvAccum(pixs); pixd = pixBlockconvGray(pixs, pixacc, wc, hc); pixWrite(fileout, pixd, IFF_JFIF_JPEG); pixDestroy(&pixacc); #endif #if 0 /* Test pixBlockconv() */ pixd = pixBlockconv(pixs, wc, hc); pixWrite(fileout, pixd, IFF_JFIF_JPEG); #endif #if 0 /* Test pixBlockrank() */ pixacc = pixBlockconvAccum(pixs); pixd = pixBlockrank(pixs, pixacc, wc, hc, 0.5); pixWrite(fileout, pixd, IFF_TIFF_G4); pixDestroy(&pixacc); #endif #if 0 /* Test pixBlocksum() */ pixacc = pixBlockconvAccum(pixs); pixd = pixBlocksum(pixs, pixacc, wc, hc); pixInvert(pixd, pixd); pixWrite(fileout, pixd, IFF_JFIF_JPEG); pixDestroy(&pixacc); #endif #if 0 /* Test pixCensusTransform() */ d = pixGetDepth(pixs); if (d == 32) pixt = pixConvertRGBToLuminance(pixs); else pixt = pixClone(pixs); pixacc = pixBlockconvAccum(pixt); pixd = pixCensusTransform(pixt, wc, NULL); pixDestroy(&pixt); pixDestroy(&pixacc); pixWrite(fileout, pixd, IFF_PNG); #endif #if 0 /* Test generic convolution with kel1 */ if (pixGetDepth(pixs) == 32) pixg = pixScaleRGBToGrayFast(pixs, 2, COLOR_GREEN); else pixg = pixScale(pixs, 0.5, 0.5); pixDisplay(pixg, 0, 600); kel1 = kernelCreateFromString(5, 5, 2, 2, kel1str); pixd = pixConvolve(pixg, kel1, 8, 1); pixDisplay(pixd, 700, 0); pixWrite("/tmp/junkpixd4.bmp", pixd, IFF_BMP); pixDestroy(&pixd); kernelDestroy(&kel1); /* Test convolution with flat rectangular kel */ kel2 = kernelCreate(11, 11); kernelSetOrigin(kel2, 5, 5); for (i = 0; i < 11; i++) { for (j = 0; j < 11; j++) kernelSetElement(kel2, i, j, 1); } startTimer(); pixd = pixConvolve(pixg, kel2, 8, 1); fprintf(stderr, "Generic convolution: %7.3f sec\n", stopTimer()); pixDisplay(pixd, 1200, 0); pixWrite("/tmp/junkpixd5.bmp", pixd, IFF_BMP); startTimer(); pixt = pixBlockconv(pixg, 5, 5); fprintf(stderr, "Block convolution: %7.3f sec\n", stopTimer()); pixDisplay(pixd, 1200, 600); pixWrite("/tmp/junkpixd6.bmp", pixt, IFF_BMP); pixCompareGray(pixd, pixt, L_COMPARE_ABS_DIFF, GPLOT_X11, NULL, NULL, NULL, NULL); pixDestroy(&pixg); pixDestroy(&pixt); kernelDestroy(&kel2); #endif #if 0 /* Test bias convolution with kel2 */ if (pixGetDepth(pixs) == 32) pixg = pixScaleRGBToGrayFast(pixs, 2, COLOR_GREEN); else pixg = pixScale(pixs, 0.5, 0.5); pixDisplay(pixg, 0, 600); kel2 = kernelCreateFromString(5, 5, 2, 2, kel2str); pixd = pixConvolveWithBias(pixg, kel2, NULL, TRUE, &bias); pixDisplay(pixd, 700, 0); fprintf(stderr, "bias = %d\n", bias); pixWrite("/tmp/junkpixd6.png", pixd, IFF_PNG); pixDestroy(&pixg); kernelDestroy(&kel2); pixDestroy(&pixd); #endif #if 1 /* Test separable bias convolution with kel3x, kel3y */ if (pixGetDepth(pixs) == 32) pixg = pixScaleRGBToGrayFast(pixs, 2, COLOR_GREEN); else pixg = pixScale(pixs, 0.5, 0.5); pixDisplay(pixg, 0, 600); kel3x = kernelCreateFromString(1, 5, 0, 2, kel3xstr); kel3y = kernelCreateFromString(7, 1, 3, 0, kel3ystr); pixd = pixConvolveWithBias(pixg, kel3x, kel3y, TRUE, &bias); pixDisplay(pixd, 700, 0); fprintf(stderr, "bias = %d\n", bias); pixWrite("/tmp/junkpixd7.png", pixd, IFF_PNG); pixDestroy(&pixg); kernelDestroy(&kel3x); kernelDestroy(&kel3y); pixDestroy(&pixd); #endif pixDestroy(&pixs); return 0; } leptonica-1.70/prog/scaleandtile.c0000644000175000017500000000676712242265656015302 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * scaleandtile.c * * Generates a single image tiling of all images in a directory * whose filename contains a given substring. The filenames * are filtered and sorted, and read into a pixa, which is * then tiled into a pix at a specified depth, and finally * written out to file. * * Input: dirin: directory that has image files * depth (output depth: 1, 8 or 32; use 32 for RGB) * width (of each tile; all pix are scaled to the same width) * ncols (number of tiles in each row) * background (0 for white, 1 for black) * fileout: output tiled image file * * Note: this program is Unix only; it will not compile under cygwin. */ #include #include "allheaders.h" /* Change these and recompile if necessary */ static const l_int32 BACKGROUND_COLOR = 0; static const l_int32 SPACING = 25; /* between images and on outside */ static const l_int32 BLACK_BORDER = 2; /* surrounding each image */ int main(int argc, char **argv) { char *dirin, *substr, *fileout; l_int32 depth, width, ncols; PIX *pixd; PIXA *pixa; static char mainName[] = "scaleandtile"; if (argc != 7) return ERROR_INT( "Syntax: scaleandtile dirin substr depth width ncols fileout", mainName, 1); dirin = argv[1]; substr = argv[2]; depth = atoi(argv[3]); width = atoi(argv[4]); ncols = atoi(argv[5]); fileout = argv[6]; /* Read the specified images from file */ if ((pixa = pixaReadFiles(dirin, substr)) == NULL) return ERROR_INT("safiles not made", mainName, 1); fprintf(stderr, "Number of pix: %d\n", pixaGetCount(pixa)); /* Tile them */ pixd = pixaDisplayTiledAndScaled(pixa, depth, width, ncols, BACKGROUND_COLOR, SPACING, BLACK_BORDER); if (depth < 8) pixWrite(fileout, pixd, IFF_PNG); else pixWrite(fileout, pixd, IFF_JFIF_JPEG); pixaDestroy(&pixa); pixDestroy(&pixd); return 0; } leptonica-1.70/prog/dwalineargen.c0000644000175000017500000000605412242266516015273 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * dwalineargen.c * * This generates the C code for the full set of linear Sels, * for dilation, erosion, opening and closing, and for both * horizontal and vertical operations, from length 2 to 63. * * These are put in files: * dwalinear.3.c * dwalinearlow.3.c * * Q. Why is this C code generated here in prog, and not placed * in the library where it can be linked in with all programs? * A. Because the two files it generates have 17K lines of code! * We also make this code available here ("out of the box") so that you * can build and run dwamorph1_reg and dwamorph2_reg, without * first building and running dwalineargen.c * * Q. Why do we build code for operations up to 63 in width and height? * A. Atomic DWA operations work on Sels that have hits and misses * that are not larger than 31 pixel positions from the origin. * Thus, they can implement a horizontal closing up to 63 pixels * wide if the origin is in the center. * * Note the word "atomic". DWA operations can be done on arbitrarily * large Sels using the *ExtendDwa() functions. See morphdwa.c * for details. */ #include "allheaders.h" int main(int argc, char **argv) { SELA *sela; static char mainName[] = "dwalineargen"; if (argc != 1) return ERROR_INT(" Syntax: dwalineargen", mainName, 1); /* Generate the linear sel dwa code */ sela = selaAddDwaLinear(NULL); if (fmorphautogen(sela, 3, "dwalinear")) return 1; selaDestroy(&sela); return 0; } leptonica-1.70/prog/rock.png0000444000175000017500000024422311736161511014127 0ustar dandan‰PNG  IHDR›YkÓÝ›gAMA± üa8tEXtSoftwareXV Version 3.10a Rev: 12/29/94 (PNG patch 1.2)Ý.I IDATxœL½Y¯¤×‘-¶VÄþr8cÕ©™£$^ÝV`õ“Æa?ûÕ0ìÖÔ¶—ýl`Ük_á¢Ýív‹­‰)q(Åš«Î”™ßŽå‡ˆ¤Ô$[¬ª“™ßÞ±b­‘ü[и°iÕbÛµj“³MÀ‡ž¸®0mýÇ8If;3;M€Ì´ÉlÚX‚ä¼sf•6B”AÆlV¿AŠ 0gƒ &K !3 ÉQßžIGF‚F§å YÏ^X¨XA5#B€H3HFÒŽ‘«Æ§²ñxJ¤@—yGDt@aAÒ@I­‚¦Ê+c˜&vJ³ù.V˜}šŒ°@ò-Fšõ¹‡’ÀètPèÙf[kêÑ• . 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dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * removecmap.c * * removecmap filein type fileout * * type: 1 for conversion to 8 bpp gray * 2 for conversion to 24 bpp full color * 3 for conversion depending on src * * Removes the colormap and does the conversion * Works on palette images of 2, 4 and 8 bpp */ #include "allheaders.h" int main(int argc, char **argv) { char *filein, *fileout; l_int32 type, numcolors; PIX *pixs, *pixd; PIXCMAP *cmap; static char mainName[] = "removecmap"; if (argc != 4) return ERROR_INT("Syntax: removecmap filein type fileout", mainName, 1); filein = argv[1]; type = atoi(argv[2]); fileout = argv[3]; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pixs not made", mainName, 1); fprintf(stderr, " depth = %d\n", pixGetDepth(pixs)); if ((cmap = pixGetColormap(pixs)) != NULL) { numcolors = pixcmapGetCount(cmap); pixcmapWriteStream(stderr, cmap); fprintf(stderr, " colormap found; num colors = %d\n", numcolors); } else { fprintf(stderr, " no colormap\n"); } pixd = pixRemoveColormap(pixs, type); pixWrite(fileout, pixd, IFF_PNG); pixDestroy(&pixs); pixDestroy(&pixd); return 0; } leptonica-1.70/prog/lion-mask.00010.tif0000444000175000017500000000064611330622220015504 0ustar dandanII*èÿÿÿÿÿþV€ðVù0ÖØÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿëÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿð¿ÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿÿ 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * ptra2_reg.c * * Testing: * - basic ptra and ptraa operations * - bin sort using ptra * - boxaEqual() and pixaEqual() */ #include "allheaders.h" void BoxaSortTest(const char *fname, l_int32 index, const char *text); void PixaSortTest(const char *fname, l_int32 index, const char *text); int main(int argc, char **argv) { BoxaSortTest("feyn-fract.tif", 1, "Boxa sort test on small image"); BoxaSortTest("feyn.tif", 2, "Boxa sort test on large image"); PixaSortTest("feyn-fract.tif", 3, "Pixa sort test on small image"); PixaSortTest("feyn.tif", 4, "Pixa sort test on large image"); return 0; } void BoxaSortTest(const char *fname, l_int32 index, const char *text) { l_int32 i, n, m, imax, w, h, x, count, same; BOX *box; BOXA *boxa, *boxa1, *boxa2, *boxa3; NUMA *na, *nad1, *nad2, *nad3, *naindex; PIX *pixs; L_PTRA *pa, *pad, *paindex; L_PTRAA *paa; char buf[256]; fprintf(stderr, "\nTest %d: %s\n", index, text); pixs = pixRead(fname); boxa = pixConnComp(pixs, NULL, 8); /* Sort by x */ boxa1 = boxaSort(boxa, L_SORT_BY_X, L_SORT_INCREASING, &nad1); sprintf(buf, "/tmp/junkboxa1.%d.ba", index); boxaWrite(buf, boxa1); sprintf(buf, "/tmp/junknad1.%d.na", index); numaWrite(buf, nad1); startTimer(); boxa2 = boxaBinSort(boxa, L_SORT_BY_X, L_SORT_INCREASING, &nad2); sprintf(buf, "/tmp/junkboxa2.%d.ba", index); boxaWrite(buf, boxa2); sprintf(buf, "/tmp/junknad2.%d.na", index); numaWrite(buf, nad2); boxaEqual(boxa1, boxa2, 0, &naindex, &same); if (same) fprintf(stderr, "boxa1 and boxa2 are identical\n"); else fprintf(stderr, "boxa1 and boxa2 are not identical\n"); numaDestroy(&naindex); boxaEqual(boxa1, boxa2, 2, &naindex, &same); if (same) fprintf(stderr, "boxa1 and boxa2 are same at maxdiff = 2\n"); else fprintf(stderr, "boxa1 and boxa2 differ at maxdiff = 2\n"); sprintf(buf, "/tmp/junknaindex.%d.na", index); numaWrite(buf, naindex); numaDestroy(&naindex); boxaDestroy(&boxa1); numaDestroy(&nad1); numaDestroy(&nad2); /* Now do this stuff with ptra and ptraa */ /* First, store the boxes in a ptraa, where each ptra contains * the boxes, and store the sort index in a ptra of numa */ startTimer(); pixGetDimensions(pixs, &w, &h, NULL); paa = ptraaCreate(w); paindex = ptraCreate(w); n = boxaGetCount(boxa); fprintf(stderr, "n = %d\n", n); for (i = 0; i < n; i++) { box = boxaGetBox(boxa, i, L_CLONE); boxGetGeometry(box, &x, NULL, NULL, NULL); pa = ptraaGetPtra(paa, x, L_HANDLE_ONLY); na = (NUMA *)ptraGetPtrToItem(paindex, x); if (!pa) { /* na also needs to be made */ pa = ptraCreate(1); ptraaInsertPtra(paa, x, pa); na = numaCreate(1); ptraInsert(paindex, x, na, L_MIN_DOWNSHIFT); } ptraAdd(pa, box); numaAddNumber(na, i); } ptraGetActualCount(paindex, &count); fprintf(stderr, "count = %d\n", count); /* Flatten the ptraa to a ptra containing all the boxes * in sorted order, and put them in a boxa */ pad = ptraaFlattenToPtra(paa); ptraaDestroy(&paa, FALSE, FALSE); ptraGetActualCount(pad, &m); if (m != n) fprintf(stderr, "n(orig) = %d, m(new) = %d\n", n, m); boxa3 = boxaCreate(m); for (i = 0; i < m; i++) { box = (BOX *)ptraRemove(pad, i, L_NO_COMPACTION); boxaAddBox(boxa3, box, L_INSERT); } ptraDestroy(&pad, FALSE, FALSE); /* Extract the data from the ptra of Numa, putting it into * a single Numa */ ptraGetMaxIndex(paindex, &imax); nad3 = numaCreate(0); fprintf(stderr, "imax = %d\n", imax); for (i = 0; i <= imax; i++) { na = (NUMA *)ptraRemove(paindex, i, L_NO_COMPACTION); numaJoin(nad3, na, 0, -1); numaDestroy(&na); } fprintf(stderr, "Time for sort: %7.3f sec\n", stopTimer()); sprintf(buf, "/tmp/junkboxa3.%d.ba", index); boxaWrite(buf, boxa3); sprintf(buf, "/tmp/junknad3.%d.na", index); numaWrite(buf, nad3); boxaDestroy(&boxa2); boxaDestroy(&boxa3); numaDestroy(&nad3); ptraDestroy(&paindex, FALSE, FALSE); pixDestroy(&pixs); boxaDestroy(&boxa); return; } void PixaSortTest(const char *fname, l_int32 index, const char *text) { l_int32 same; BOXA *boxa, *boxa1, *boxa2; NUMA *nap1, *nap2, *naindex; PIX *pixs; PIXA *pixa, *pixa1, *pixa2; char buf[256]; fprintf(stderr, "\nTest %d: %s\n", index, text); pixs = pixRead(fname); boxa = pixConnComp(pixs, &pixa, 8); startTimer(); pixa1 = pixaSort(pixa, L_SORT_BY_X, L_SORT_INCREASING, &nap1, L_CLONE); fprintf(stderr, "Time for pixa sort: %7.3f sec\n", stopTimer()); boxa1 = pixaGetBoxa(pixa1, L_CLONE); sprintf(buf, "/tmp/junkbap1.%d.ba", index); boxaWrite(buf, boxa1); sprintf(buf, "/tmp/junknap1.%d.na", index); numaWrite(buf, nap1); sprintf(buf, "/tmp/junkpixa1.%d.pa", index); pixaWrite(buf, pixa1); startTimer(); pixa2 = pixaBinSort(pixa, L_SORT_BY_X, L_SORT_INCREASING, &nap2, L_CLONE); fprintf(stderr, "Time for pixa sort: %7.3f sec\n", stopTimer()); boxa2 = pixaGetBoxa(pixa2, L_CLONE); sprintf(buf, "/tmp/junkbap2.%d.ba", index); boxaWrite(buf, boxa2); sprintf(buf, "/tmp/junknap2.%d.na", index); numaWrite(buf, nap2); sprintf(buf, "/tmp/junkpixa2.%d.pa", index); pixaWrite(buf, pixa2); startTimer(); boxaEqual(boxa1, boxa2, 0, &naindex, &same); fprintf(stderr, "Time for boxaEqual: %7.3f sec\n", stopTimer()); if (same) fprintf(stderr, "boxa1 and boxa2 are identical\n"); else fprintf(stderr, "boxa1 and boxa2 are not identical\n"); numaDestroy(&naindex); boxaEqual(boxa1, boxa2, 3, &naindex, &same); if (same) fprintf(stderr, "boxa1 and boxa2 are same at maxdiff = 3\n"); else fprintf(stderr, "boxa1 and boxa2 differ at maxdiff = 3\n"); numaDestroy(&naindex); startTimer(); pixaEqual(pixa1, pixa2, 0, &naindex, &same); fprintf(stderr, "Time for pixaEqual: %7.3f sec\n", stopTimer()); if (same) fprintf(stderr, "pixa1 and pixa2 are identical\n"); else fprintf(stderr, "pixa1 and pixa2 are not identical\n"); numaDestroy(&naindex); pixaEqual(pixa1, pixa2, 3, &naindex, &same); if (same) fprintf(stderr, "pixa1 and pixa2 are same at maxdiff = 3\n"); else fprintf(stderr, "pixa1 and pixa2 differ at maxdiff = 3\n"); numaDestroy(&naindex); boxaDestroy(&boxa); boxaDestroy(&boxa1); boxaDestroy(&boxa2); numaDestroy(&nap1); numaDestroy(&nap2); pixaDestroy(&pixa); pixaDestroy(&pixa1); pixaDestroy(&pixa2); pixDestroy(&pixs); return; } leptonica-1.70/prog/w91frag.jpg0000444000175000017500000041447310234634063014452 0ustar dandanÿØÿàJFIFÿþXCREATOR: XV Version 3.10a Rev: 12/29/94 (PNG patch 1.2) Quality = 75, Smoothing = 0 ÿÛC    $.' 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e¨®Û²G­ÿÙleptonica-1.70/prog/livre_makefigs.c0000644000175000017500000000716312242266161015620 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * livre_makefigs.c * * This makes all the figures in Chapter 18, "Document Image Applications", * of the book "Mathematical morphology: from theory to applications", * edited by Laurent Najman and hugues Talbot. Published by Hermes * Scientific Publishing, Ltd, 2010. */ #include "allheaders.h" int main(int argc, char **argv) { char buf[256]; l_int32 ignore; static char mainName[] = "livre_makefigs"; if (argc != 1) return ERROR_INT(" Syntax: livre_makefigs", mainName, 1); /* Generate Figure 1 (page segmentation) */ ignore = system("livre_seedgen"); snprintf(buf, sizeof(buf), "cp /tmp/seedgen.png /tmp/dia_fig1.png"); ignore = system(buf); /* Generate Figures 2-5 (page segmentation) */ snprintf(buf, sizeof(buf), "livre_pageseg pageseg2.tif"); ignore = system(buf); snprintf(buf, sizeof(buf), "cp /tmp/segout.1.png /tmp/dia_fig2.png"); ignore = system(buf); snprintf(buf, sizeof(buf), "cp /tmp/segout.2.png /tmp/dia_fig3.png"); ignore = system(buf); snprintf(buf, sizeof(buf), "cp /tmp/segout.3.png /tmp/dia_fig4.png"); ignore = system(buf); snprintf(buf, sizeof(buf), "cp /tmp/segout.4.png /tmp/dia_fig5.png"); ignore = system(buf); /* Generate Figure 6 (hmt sels for text orientation) */ ignore = system("livre_orient"); snprintf(buf, sizeof(buf), "cp /tmp/orient.png /tmp/dia_fig6.png"); ignore = system(buf); /* Generate Figure 7 (hmt sel for fancy "Tribune") */ ignore = system("livre_hmt 1 8"); snprintf(buf, sizeof(buf), "cp /tmp/hmt.png /tmp/dia_fig7.png"); ignore = system(buf); /* Generate Figure 8 (hmt sel for fancy "T") */ ignore = system("livre_hmt 2 4"); snprintf(buf, sizeof(buf), "cp /tmp/hmt.png /tmp/dia_fig8.png"); ignore = system(buf); /* Generate Figure 9 (tophat background cleaning) */ ignore = system("livre_tophat"); snprintf(buf, sizeof(buf), "cp /tmp/tophat.jpg /tmp/dia_fig9.jpg"); ignore = system(buf); /* Run livre_adapt to generate an expanded version of Figure 9 */ ignore = system("livre_adapt"); return 0; } leptonica-1.70/prog/blend4_reg.c0000664000175000017500000000722212266543170014640 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * blend4_reg.c * * Regression test for this function: * pixAddAlphaToBlend() * * Blending is done using pixBlendWithGrayMask() */ #include "allheaders.h" static const char *blenders[] = {"feyn-word.tif", "weasel4.16c.png", "karen8.jpg"}; int main(int argc, char **argv) { l_int32 i, w, h; PIX *pix0, *pix1, *pix2, *pix3, *pix4, *pix5; PIXA *pixa; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; pixa = pixaCreate(0); /* Blending on a light image */ pix1 = pixRead("fish24.jpg"); pixGetDimensions(pix1, &w, &h, NULL); for (i = 0; i < 3; i++) { pix2 = pixRead(blenders[i]); if (i == 2) { pix3 = pixScale(pix2, 0.5, 0.5); pixDestroy(&pix2); pix2 = pix3; } pix3 = pixAddAlphaToBlend(pix2, 0.3, 0); pix4 = pixMirroredTiling(pix3, w, h); pix5 = pixBlendWithGrayMask(pix1, pix4, NULL, 0, 0); pixaAddPix(pixa, pix5, L_INSERT); regTestWritePixAndCheck(rp, pix5, IFF_JFIF_JPEG); /* 0 - 2 */ pixDisplayWithTitle(pix5, 200 * i, 0, NULL, rp->display); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); } pixDestroy(&pix1); /* Blending on a dark image */ pix0 = pixRead("karen8.jpg"); pix1 = pixScale(pix0, 2.0, 2.0); pixGetDimensions(pix1, &w, &h, NULL); for (i = 0; i < 2; i++) { pix2 = pixRead(blenders[i]); pix3 = pixAddAlphaToBlend(pix2, 0.3, 1); pix4 = pixMirroredTiling(pix3, w, h); pix5 = pixBlendWithGrayMask(pix1, pix4, NULL, 0, 0); pixaAddPix(pixa, pix5, L_INSERT); regTestWritePixAndCheck(rp, pix5, IFF_JFIF_JPEG); /* 3 - 4 */ pixDisplayWithTitle(pix5, 600 + 200 * i, 0, NULL, rp->display); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); } pixaConvertToPdf(pixa, 100, 1.0, L_JPEG_ENCODE, 0, "Blendings: blend4_reg", "/tmp/blend.pdf"); L_INFO("Output pdf: /tmp/blend.pdf\n", rp->testname); pixDestroy(&pix0); pixDestroy(&pix1); pixaDestroy(&pixa); return regTestCleanup(rp); } leptonica-1.70/prog/pageseg4.tif0000444000175000017500000034037611266777657014722 0ustar dandanMM*Àþl¨†H)Ž|(r€XÐ1 ¶dÇ0 DH-§!Sj"C$W* qΙ¤DD‚؃”Ù5‰¸r°Ör `“ãÇÿÿÿÿ÷õþÿÿÿ÷òßÌ>Ô†Pþ‰"#¢­”€æØCdb<3ª*ÁA´V™ÈÜ|0z0̹À œ l5ʤprì¬Èè»#çd":!ˆGÈâ iÞH¸G±i,¸”†$M†cbB‡(r¦t9îT`¬¡Êr‚È"4؈°CB"""OQÑtD":#¢:#¢8:a3ºâ™‘ŸD|Ì4Pd#pÎGeÌÅ6D˜ 2‘̾l aˆˆˆˆˆˆˆˆˆˆˆˆˆÙ‘ÑQ(3ä\ŒÌ‚£ˆDtpŽ´Xˆ¢‡ O!·Èæa—PYˆˆˆ‰28G;ø‰Ç]ä·At"d‘Y^´GÈêßN­…žB $„I&œ©+)¤3ÛUÒoÔ4„Tȸ·IHtmºÜÿ»ð‚nôŸ¥ý.º} »ðŽí}'e;ÿ_ݾþ»Kéêÿaý÷ÿô·ýŠé8nííÜòÿ Ãýûý:VÓzðøvÒµü0ÿ}‡÷Õ¼0ÿoaÛ׫°ßíá‡ÒAÕ7ûx|—@Šp‚ÿ··it„E½¿#-¼7ý/}þ÷»¾ÿ߆öôª­þî¬oDuÕÝv¯øÿÊä/oßúUÚ[û™'U[ N#{imûéDF¸Áp϶A}¬DD8Â# lŽ‚ E†”DFÈøá†(ˆŒÿÿÿÿÿËz¸)ÚÛ)#±…ÎÔ ¥>Ï “p<Ÿ‡°éºhÎŒ„ð ¤ÌŠÌv7ÿߠ骄É4 d•Þºô‡pèñOÁI`Èá æ [•GuF—w}C C‡xÓpP˜):+‹Çeõ¡ßtOÉÓ»Ó¦ˆÎê/þê÷„íû†Ý{åp¤K¯ÈÅþ=õ»_Nî¡ê¿¯ÿ]n?þü®yWõÿüqûÅë‚xG(‡˜"Añ¶C"@Ï‘ÿ.d…šy,ò1~Kÿÿøôlt-°,#X`¡n #;ÎÁbŽÏ  öG¨4E\f‘‚(ÄNŠ#fxÈdQeá—è4‚ †MÓ%±*é6%@• ÜZ£»Eàhhù¼hE£àhÐ4? ‚  ’3ˆÞxR Ê#tFFá ‘œ²s3VHYY.µÔ/¯ûúé´­­_×w¿zz[hZv›I½ØA„ÚM†Op“¤Ødž­¤Û%ı¥„aߣd"ùé…»|hÑ ‚„Â. ¡0ƒLa A ðDQyÔÊÎ A  ÐI*t2©›Ê õίÈZ_­ÿÿíö£cïÿ­?VÖ–ûTêÝ>“¤í5ôÛU«ßÕÓa“¬œ/a$Ú<8è'‰V'ˆFv„§¡Ñï¨EÃðp‹€Â`¡0ˆ~3†˜D9ƒA˜#bèˆ9XE¨?>fl¸ÁG'¡vK èF ƒ>Äõ'Ns:¢++ k¿ÿ¡ú[w÷Ú]ûïiÿz_÷öâ¶ôë¥×êé[N=? 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dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * fmorphautogen.c * * This program is used to generate the two files. * If filename is not given, the files are: * fmorphgen..c * fmorphgenlow..c * where is the input index. Otherwise they are: * ..c * low..c * These two files, when compiled, implement dwa operations for * all sels generated by selaAddBasic(). * * The library files fmorphgen.1.c and fmorphgenlow.1.c * were made using index = 1. */ #include "allheaders.h" int main(int argc, char **argv) { char *filename; l_int32 index; SELA *sela; static char mainName[] = "fmorphautogen"; if (argc != 2 && argc != 3) return ERROR_INT(" Syntax: fmorphautogen index ", mainName, 1); index = atoi(argv[1]); filename = NULL; if (argc == 3) filename = argv[2]; sela = selaAddBasic(NULL); if (fmorphautogen(sela, index, filename)) return 1; selaDestroy(&sela); return 0; } leptonica-1.70/prog/feyn.tif0000444000175000017500000031453407771520244014141 0ustar dandanMM*˜ž <gÿÿýÕÿÿÿÿÿßWü€¨Z<Œ´Fˆ†‹£RÈ š¢ùI t]—FÚ ÄcUK!sˆ¡pvGË” VÈèÆ^9þGÊÄÏÎ#莈èú:#ÙA,*EôŽi+˜8CY ÞGð‚B"5Jˆë $:&ˆíŽŠFxOeCÂÁ²Ÿ0àÎ#ÑD## @¤ã°„-¢<¿‘ѼÂÊiaQÚtjÈ0ˆù|º>ˆhÍy DQ)%BKQˆëËá!Èð§a8@„Eª8î""";.-„¬ ™ÇGH£î†]Œ,¦›JhŠ±‘ˆº ¡ÙtmÍ0‚ÔLl§(sÀ$„þyÜ„(3ù>$„])thŽ¨N¨Ž‹£æGFˆÂÓ.‹¤¼Žg=;ˆˆ”>añ  rÜD§c#æR;B#ˆˆ¶XâqÒ¦ÊJ”ÁJ:†GI„‹ééÂ(vc0ºT¨¾ÃÄb†¶]Ó @3ú—ÔúUÈéaŽ];».³i2B<¢èÜGJ"Gr‡f ˜‚ Â8‚*¨ciD"8ä3Ž"8ˆáÆ„G8âãÒVS˜–ÊØ)‡* ³pÛBBC=‘òê4 Ž¢â#Aà\P(E= Bóbö†aÔE‚>0ŒpD|»6ˆÿP‘ôˆé]0ð@­ ,a8#Á´Ä!"<&ˆÇÁQ ¸î"",!eä³3ÈèØ„8‘óÙÌ!…«§rC†¡ÄDzDDDa†„DŒzj¸Â|AÚz##é¡xL»‹â Ø«“LN,¸dDà®8ÏpòÛ´@‘ÌÑ ##ш)´‹0ñЋ/‘Â$G DDDHƒˆœq¨#6"!ÉŽ""Ј†G"8t""#D6",1G²Ú2YôG@!f‘P ÈéHèæGæ§ bд"'DG„Pâ"""#Ž‚nÊ eÑã#¦É¾#¸âã#ˆG¢"""8Žñ¡ °D|PaÕYÆGmâ""""-Ë£GË¢>G c.ÐfÄDDDDè‹£°&ƒf"$Mp&F"R…#, ñ%¹¼¸üDªdq‘ÂÑÀÚøˆˆ‘8ÁÑqK°± ò8b%K0G28†øˆ‘¼ŽÈù#¢9ÀÐ&"""@‚͘fâ$ÍÁlñ*hŸ.‹Äx¸d†ÌDDHa ¦Ö@Y,2àÊáµÅl&€x.qáͳ9}@œŽ…ÙÁË‹!¥ ; Ür¤Qd åT‚òRYÿÿÿÿÿ¿ÿÿÿï¯üãþ9‡¾øA ÿÿÿþ¿úÿ¯þ¿ëëÿÿÿÿÿÿÿÿÿ¯ÿÿÿùÒÁpˆ0Z{Z¿ÿõ·¥×­vø}ýl^¼†ñô‚ãë¾ñ_ýÿ×_ß]wß]ÿÿ\":ãëûëûß^úÿþÿkOÿúïÿÿûïúëÿ¯½Õ}ÚÓý½/Ûý/_ßÿéo÷uÛÿ뾿­=¿á~Ÿ]ïßëµ×ÿÿÿÿµ§ÿ×}ÿ××~G\}uÿÿÞÞ½ÿ÷ÞÖ½oÞ»Zí}w¥¾¿ûzÿ}uýí~žýõÃÒýõÚïW~õõ¬³ûÿ~Úé{wûÿÃ/›Ft×ö”?õþß_}úî¿õWïôßu~û×÷ÿ¾ßÚZûÿ·÷Þßímmÿé^ßéïøímûi{÷þý×íÿ ½_ÿÿÛÝ{߯ÿ¦ÚÛöÒ^öÿÛý4E øaÞÞ—¿·þé>_ooèD?ïíôÚ¯íÿÿõ{ÿ·ýtß~û}ú¿½wû}ÚºûþåVÝ}¿ÿßÞ¾ö÷öûMzoÕk¾¿_o_÷]o®«ÛöÒãWØ~ßï¶ÿ°½¿þûõïtºJýVñöýµ×o_}¿ÿ¾¿ÛûK½¿Ó¾×Õ½õúÛö=]¾½½´¾½¾«½¿ª÷ÿ½µþûÒúÿîÖûÓoµõ}þÿmv´EWi¿ÖÕ¿ëïKýúm6ú »a¥êûëþý·ùdJ VØ_ï½*ý÷Ò}¾‚±0Ó …ÿÛêÔ‹/ö¾ûïNCKFÁ¤¤ÞøKÐ~ôŸcý³àÔÁ‚ª®·izõ÷Oû Ã `ðÚíé/ûïû¿î˜ba˜onÒõ÷ý[W}ßh"‚Ó´Â Ò]¥ª¯uË!’#¢ ‰†[† 9† «i„•ÿÝ­^Þ±*¢ä\.!– 0AÚ %ªømº{Ä”`È5(^š“ h@IÚWÿ×þ$( AãöƒÊ˜„zûíZûø‰ª¯ÛHïPÕL.¯ë·¿‰X™>ðU[ .ÿ¥ïâ":Š;  Â¦û^Þþ"!–<BÁ˜'ºúûµˆ’‚`°A§¦×þž$¤\‘ jþ/¦ ¢˜'Úݽrº«MÁʪ „õ$™³Ž¿Na¤4íüDF·ôÁÊVO¬¶ŠQt];ý¦†’(*øˆ‹ïú÷´Ë©Uw½aÄZ ¡Èô(ïâ""$š#ox‰$™r‡)ïâ""þÑe«qñÿûïÿ®ÿµúß_ï®»ÿÿïúÿþúþúëÿÿ¯ïú×oÿÿ¯þõý¿ë¾¿úþÿûþúÿÿÿZÿÒwÿÿõ2´GËäs¬! 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 ˆI°ÁawïúÚ¦¹¤]˜¢=ûyÙh4ÐfˆêfŒÎ K ¡{HB^þ©Žù>û´,ÀËäùüôGyB5DŒˆ_ø­·hðÓAœ Lˆgã^Bx‰/2]¯û)ÐieŽÐ÷u‚#«»VópÔæƒA§ö³ÛF‹ªØ6Fv Íƃ2ÄD?ß‹P{ݾ‡6…÷éÐ/hæsÏ"÷ù¦éÚé½÷J×[LÓMˆ°ÈúZýÊÏëë×íï}Þ¹Ó7úÜ3qÌú±qo}ÝÿoE»§F¦·ÅUN/ü¹ßßþëþ´®º§o1Ù¼Ÿ0›õï¯ý(N½ó];¥^ßôþªÿ·ýoí¾;cº°Üo׫Z~ëZz|5ÒV§Eÿ¯šÿWòêÿøù´6ßí¯°ïþý¾®›Å4 éÿ½ÿðÿ××õí·í†Ðm÷ÒWª{ºÿ¿î"ÃK¿Û¥ôÿÝ¿ÿÿ¿ï[l¼ÛãCXc‘#±^þ¾".ÿ°ïn=S×¾Ûýëëm¾ÛvËáß=b˜5-ß³O_ña ·3ÿó_ßw¯þß¾8"¡ûÔñ0ú{Ç'Zÿâ""".î/·}·t¿»Ûmí¥Ž)n­½TÃýTŽˆˆˆˆ´áÅûýnã2þ=P‡ v÷ëqTî©Î‰¦)2¡™¾…ûZµkQµÄDGœæò,-ý1Ci=Óø‹GØbØì{V"E¥QUSâ".ÓXˆÿÿÿÿÿÿÿÿÿ©Ó0Òüšâÿÿÿ®ÿÿ¿ÿê  à ä 䘖™L™T(%€ %€ leptonica-1.70/prog/char.tif0000444000175000017500000000035010172662506014076 0ustar dandanII**&¡£ä&`ƒÓÑËÓzÿ_]ÿÿ`‚ôö\xkacÿð!Øà(ÀÀleptonica-1.70/prog/morphtemplate1.txt0000644000175000017500000002005311707074233016163 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /*! * Top-level fast binary morphology with auto-generated sels * --- * PIX *pixMorphDwa_*() --- * PIX *pixFMorphopGen_*() */ #include #include "allheaders.h" --- This file is: morphtemplate1.txt --- --- We need to include these prototypes: --- PIX *pixMorphDwa_*(PIX *pixd, PIX *pixs, l_int32 operation, --- char *selname); --- PIX *pixFMorphopGen_*(PIX *pixd, PIX *pixs, l_int32 operation, --- char *selname); --- l_int32 fmorphopgen_low_*(l_uint32 *datad, l_int32 w, l_int32 h, --- l_int32 wpld, l_uint32 *datas, --- l_int32 wpls, l_int32 index); --- --- We need to input two static globals here: --- static l_int32 NUM_SELS_GENERATED = ; --- static char SEL_NAMES[][80] = {"", "", ...}; /*! --- * pixMorphDwa_*() * * Input: pixd (usual 3 choices: null, == pixs, != pixs) * pixs (1 bpp) * operation (L_MORPH_DILATE, L_MORPH_ERODE, * L_MORPH_OPEN, L_MORPH_CLOSE) * sel name * Return: pixd * * Notes: * (1) This simply adds a border, calls the appropriate * pixFMorphopGen_*(), and removes the border. * See the notes for that function. * (2) The size of the border depends on the operation * and the boundary conditions. */ PIX * --- pixMorphDwa_*(PIX *pixd, PIX *pixs, l_int32 operation, char *selname) { l_int32 bordercolor, bordersize; PIX *pixt1, *pixt2, *pixt3; --- PROCNAME("pixMorpDwa_*"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs must be 1 bpp", procName, pixd); /* Set the border size */ bordercolor = getMorphBorderPixelColor(L_MORPH_ERODE, 1); bordersize = 32; if (bordercolor == 0 && operation == L_MORPH_CLOSE) bordersize += 32; pixt1 = pixAddBorder(pixs, bordersize, 0); --- pixt2 = pixFMorphopGen_*(NULL, pixt1, operation, selname); pixt3 = pixRemoveBorder(pixt2, bordersize); pixDestroy(&pixt1); pixDestroy(&pixt2); if (!pixd) return pixt3; pixCopy(pixd, pixt3); pixDestroy(&pixt3); return pixd; } /*! --- * pixFMorphopGen_*() * * Input: pixd (usual 3 choices: null, == pixs, != pixs) * pixs (1 bpp) * operation (L_MORPH_DILATE, L_MORPH_ERODE, * L_MORPH_OPEN, L_MORPH_CLOSE) * sel name * Return: pixd * * Notes: * (1) This is a dwa operation, and the Sels must be limited in * size to not more than 31 pixels about the origin. * (2) A border of appropriate size (32 pixels, or 64 pixels * for safe closing with asymmetric b.c.) must be added before * this function is called. * (3) This handles all required setting of the border pixels * before erosion and dilation. * (4) The closing operation is safe; no pixels can be removed * near the boundary. */ PIX * --- pixFMorphopGen_*(PIX *pixd, PIX *pixs, l_int32 operation, char *selname) { l_int32 i, index, found, w, h, wpls, wpld, bordercolor, erodeop, borderop; l_uint32 *datad, *datas, *datat; PIX *pixt; --- PROCNAME("pixFMorphopGen_*"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs must be 1 bpp", procName, pixd); /* Get boundary colors to use */ bordercolor = getMorphBorderPixelColor(L_MORPH_ERODE, 1); if (bordercolor == 1) erodeop = PIX_SET; else erodeop = PIX_CLR; found = FALSE; for (i = 0; i < NUM_SELS_GENERATED; i++) { if (strcmp(selname, SEL_NAMES[i]) == 0) { found = TRUE; index = 2 * i; break; } } if (found == FALSE) return (PIX *)ERROR_PTR("sel index not found", procName, pixd); if (!pixd) { if ((pixd = pixCreateTemplate(pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } else /* for in-place or pre-allocated */ pixResizeImageData(pixd, pixs); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); /* The images must be surrounded, in advance, with a border of * size 32 pixels (or 64, for closing), that we'll read from. * Fabricate a "proper" image as the subimage within the 32 * pixel border, having the following parameters: */ w = pixGetWidth(pixs) - 64; h = pixGetHeight(pixs) - 64; datas = pixGetData(pixs) + 32 * wpls + 1; datad = pixGetData(pixd) + 32 * wpld + 1; if (operation == L_MORPH_DILATE || operation == L_MORPH_ERODE) { borderop = PIX_CLR; if (operation == L_MORPH_ERODE) { borderop = erodeop; index++; } if (pixd == pixs) { /* in-place; generate a temp image */ if ((pixt = pixCopy(NULL, pixs)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, pixd); datat = pixGetData(pixt) + 32 * wpls + 1; pixSetOrClearBorder(pixt, 32, 32, 32, 32, borderop); --- fmorphopgen_low_*(datad, w, h, wpld, datat, wpls, index); pixDestroy(&pixt); } else { /* not in-place */ pixSetOrClearBorder(pixs, 32, 32, 32, 32, borderop); --- fmorphopgen_low_*(datad, w, h, wpld, datas, wpls, index); } } else { /* opening or closing; generate a temp image */ if ((pixt = pixCreateTemplate(pixs)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, pixd); datat = pixGetData(pixt) + 32 * wpls + 1; if (operation == L_MORPH_OPEN) { pixSetOrClearBorder(pixs, 32, 32, 32, 32, erodeop); --- fmorphopgen_low_*(datat, w, h, wpls, datas, wpls, index + 1); pixSetOrClearBorder(pixt, 32, 32, 32, 32, PIX_CLR); --- fmorphopgen_low_*(datad, w, h, wpld, datat, wpls, index); } else { /* closing */ pixSetOrClearBorder(pixs, 32, 32, 32, 32, PIX_CLR); --- fmorphopgen_low_*(datat, w, h, wpls, datas, wpls, index); pixSetOrClearBorder(pixt, 32, 32, 32, 32, erodeop); --- fmorphopgen_low_*(datad, w, h, wpld, datat, wpls, index + 1); } pixDestroy(&pixt); } return pixd; } leptonica-1.70/prog/splitimage2pdf.c0000644000175000017500000001051312265772362015546 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * splitimage2pdf.c * * Syntax: splitimage2pdf filein nx ny fileout * * nx = number of horizontal tiles * ny = number of vertical tiles * * Generates pdf of image tiles. Rotates the image before * tiling if the tiles otherwise will have larger width than * height. */ #include "allheaders.h" /* fill factor on 8.5 x 11 inch output page */ static const l_float32 FILL_FACTOR = 0.95; int main(int argc, char **argv) { char *filein, *fileout, *fname; char buffer[512]; const char *psfile = "/tmp/junk_split_image.ps"; l_int32 nx, ny, i, w, h, d, ws, hs, n, res, ignore; l_float32 scale; PIX *pixs, *pixt, *pixr; PIXA *pixa; static char mainName[] = "splitimage2pdf"; if (argc != 5) return ERROR_INT(" Syntax: splitimage2pdf filein nx ny fileout", mainName, 1); filein = argv[1]; nx = atoi(argv[2]); ny = atoi(argv[3]); fileout = argv[4]; lept_rm(NULL, "junk_split_image.ps"); if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pixs not made", mainName, 1); d = pixGetDepth(pixs); if (d == 1 ) lept_rm(NULL, "junk_split_image.tif"); else if (d == 8 || d == 32) lept_rm(NULL, "junk_split_image.jpg"); else return ERROR_INT("d not in {1,8,32} bpp", mainName, 1); pixGetDimensions(pixs, &ws, &hs, NULL); if (ny * ws > nx * hs) pixr = pixRotate90(pixs, 1); else pixr = pixClone(pixs); pixa = pixaSplitPix(pixr, nx, ny, 0, 0); n = pixaGetCount(pixa); res = 300; for (i = 0; i < n; i++) { pixt = pixaGetPix(pixa, i, L_CLONE); pixGetDimensions(pixt, &w, &h, NULL); scale = L_MIN(FILL_FACTOR * 2550 / w, FILL_FACTOR * 3300 / h); fname = NULL; if (d == 1) { fname = genPathname("/tmp", "junk_split_image.tif"); pixWrite(fname, pixt, IFF_TIFF_G4); if (i == 0) { convertG4ToPS(fname, psfile, "w", 0, 0, 300, scale, 1, FALSE, TRUE); } else { convertG4ToPS(fname, psfile, "a", 0, 0, 300, scale, 1, FALSE, TRUE); } } else { fname = genPathname("/tmp", "junk_split_image.jpg"); pixWrite(fname, pixt, IFF_JFIF_JPEG); if (i == 0) { convertJpegToPS(fname, psfile, "w", 0, 0, 300, scale, 1, TRUE); } else { convertJpegToPS(fname, psfile, "a", 0, 0, 300, scale, 1, TRUE); } } lept_free(fname); pixDestroy(&pixt); } sprintf(buffer, "ps2pdf %s %s", psfile, fileout); ignore = system(buffer); pixaDestroy(&pixa); pixDestroy(&pixr); pixDestroy(&pixs); return 0; } leptonica-1.70/prog/translate_reg.c0000644000175000017500000001347012240302352015450 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * translate_reg.c * * Regression test for in-place translation */ #include "allheaders.h" #define BINARY_IMAGE "test1.png" #define GRAYSCALE_IMAGE "test8.jpg" #define FOUR_BPP_IMAGE "weasel4.8g.png" #define COLORMAP_IMAGE "dreyfus8.png" #define RGB_IMAGE "marge.jpg" void TranslateAndSave1(PIXA *pixa, l_int32 depth, PIX *pix, l_int32 xshift, l_int32 yshift); void TranslateAndSave2(PIXA *pixa, PIX *pix, l_int32 xshift, l_int32 yshift); int main(int argc, char **argv) { BOX *box; PIX *pixs, *pixd; PIX *pix1, *pix2, *pix3, *pix4, *pix5, *pix6, *pix7; PIXA *pixa; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; /* Set up images */ pix1 = pixRead("weasel2.4c.png"); pix2 = pixScaleBySampling(pix1, 3.0, 3.0); box = boxCreate(0, 0, 209, 214); pixs = pixClipRectangle(pix2, box, NULL); pixDestroy(&pix1); pixDestroy(&pix2); boxDestroy(&box); pix1 = pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); pix2 = pixRemoveColormap(pixs, REMOVE_CMAP_TO_FULL_COLOR); pix3 = pixConvertTo1(pixs, 128); pix4 = pixRotateAM(pix1, 0.25, L_BRING_IN_BLACK); pix5 = pixRotateAM(pix1, -0.25, L_BRING_IN_WHITE); pix6 = pixRotateAM(pix2, -0.15, L_BRING_IN_BLACK); pix7 = pixRotateAM(pix2, +0.15, L_BRING_IN_WHITE); pixa = pixaCreate(0); TranslateAndSave1(pixa, 32, pixs, 30, 30); TranslateAndSave1(pixa, 32, pix1, 35, 20); TranslateAndSave1(pixa, 32, pix2, 20, 35); TranslateAndSave1(pixa, 32, pix3, 20, 35); pixd = pixaDisplayOnColor(pixa, 0, 0, 0x44aaaa00); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 0 */ pixDisplayWithTitle(pixd, 0, 0, "trans0", rp->display); pixDestroy(&pixd); pixaDestroy(&pixa); pixa = pixaCreate(0); TranslateAndSave1(pixa, 8, pix1, 35, 20); TranslateAndSave1(pixa, 8, pix4, 35, 20); pixd = pixaDisplayOnColor(pixa, 0, 0, 0x44); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 1 */ pixDisplayWithTitle(pixd, 250, 0, "trans1", rp->display); pixDestroy(&pixd); pixaDestroy(&pixa); pixa = pixaCreate(0); TranslateAndSave2(pixa, pixs, 30, 30); TranslateAndSave2(pixa, pix1, 30, 30); TranslateAndSave2(pixa, pix2, 35, 20); TranslateAndSave2(pixa, pix3, 20, 35); TranslateAndSave2(pixa, pix4, 25, 25); TranslateAndSave2(pixa, pix5, 25, 25); TranslateAndSave2(pixa, pix6, 25, 25); TranslateAndSave2(pixa, pix7, 25, 25); pixd = pixaDisplayTiledInRows(pixa, 32, 1200, 1.0, 0, 30, 3); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 2 */ pixDisplayWithTitle(pixd, 500, 0, "trans2", rp->display); pixDestroy(&pixd); pixaDestroy(&pixa); pixDestroy(&pixs); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); pixDestroy(&pix5); pixDestroy(&pix6); pixDestroy(&pix7); return regTestCleanup(rp); } void TranslateAndSave1(PIXA *pixa, l_int32 depth, PIX *pix, l_int32 xshift, l_int32 yshift) { PIX *pix1, *pix2, *pix3, *pix4; pix1 = pixTranslate(NULL, pix, xshift, yshift, L_BRING_IN_WHITE); pix2 = pixTranslate(NULL, pix, xshift, yshift, L_BRING_IN_BLACK); pix3 = pixTranslate(NULL, pix, -xshift, -yshift, L_BRING_IN_WHITE); pix4 = pixTranslate(NULL, pix, -xshift, -yshift, L_BRING_IN_BLACK); pixSaveTiled(pix1, pixa, 1.0, 1, 25, depth); pixSaveTiled(pix2, pixa, 1.0, 0, 25, depth); pixSaveTiled(pix3, pixa, 1.0, 0, 25, depth); pixSaveTiled(pix4, pixa, 1.0, 0, 25, depth); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); return; } void TranslateAndSave2(PIXA *pixa, PIX *pix, l_int32 xshift, l_int32 yshift) { PIX *pix1, *pix2, *pix3, *pix4; pix1 = pixTranslate(NULL, pix, xshift, yshift, L_BRING_IN_WHITE); pix2 = pixTranslate(NULL, pix, xshift, yshift, L_BRING_IN_BLACK); pix3 = pixTranslate(NULL, pix, -xshift, -yshift, L_BRING_IN_WHITE); pix4 = pixTranslate(NULL, pix, -xshift, -yshift, L_BRING_IN_BLACK); pixaAddPix(pixa, pix1, L_INSERT); pixaAddPix(pixa, pix2, L_INSERT); pixaAddPix(pixa, pix3, L_INSERT); pixaAddPix(pixa, pix4, L_INSERT); return; } leptonica-1.70/prog/ioformats_reg.c0000664000175000017500000006500512267066665015510 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * ioformats_reg.c * * !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! * This is the primary Leptonica regression test for lossless * read/write I/O to standard image files (png, tiff, bmp, etc.) * !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! * * This tests reading and writing of images in different formats * It should work properly on input images of any depth, with * and without colormaps. * * The first part of the test works by doing a write/read and * testing the result for equality. We only test the lossless * file formats, with pix of various depths, both with and * without colormaps. Because jpeg works fine on grayscale * and rgb, there is no need for explicit tests on jpeg * compression here. * * The second part tests all different tiff compressions, for * read/write that is backed both by file and by memory. * For r/w to file, it is actually redundant with the first part.) * * This test is dependent on the following external libraries: * libjpeg, libtiff, libpng, libz * * TODO (1/28/11): Set up a jpegio_reg.c set of tests * and include the following: * (1) different color spaces; e.g., CYYK * (2) colormapped images, which jpeg can handle * (3) no chroma subsampling */ #include "allheaders.h" /* Needed for checking libraries */ #ifdef HAVE_CONFIG_H #include #endif /* HAVE_CONFIG_H */ #define BMP_FILE "test1.bmp" #define FILE_1BPP "feyn.tif" #define FILE_2BPP "speckle2.png" #define FILE_2BPP_C "weasel2.4g.png" #define FILE_4BPP "speckle4.png" #define FILE_4BPP_C "weasel4.16c.png" #define FILE_8BPP_1 "dreyfus8.png" #define FILE_8BPP_2 "weasel8.240c.png" #define FILE_8BPP_3 "test8.jpg" #define FILE_16BPP "test16.tif" #define FILE_32BPP "marge.jpg" #define FILE_32BPP_ALPHA "test32-alpha.png" #define FILE_CMAP_ALPHA "test-cmap-alpha.png" #define FILE_TRANS_ALPHA "test-fulltrans-alpha.png" #define FILE_GRAY_ALPHA "test-gray-alpha.png" static l_int32 testcomp(const char *filename, PIX *pix, l_int32 comptype); static l_int32 testcomp_mem(PIX *pixs, PIX **ppixt, l_int32 index, l_int32 format); static l_int32 test_writemem(PIX *pixs, l_int32 format, char *psfile); static PIX *make_24_bpp_pix(PIX *pixs); static l_int32 get_header_data(const char *filename, l_int32 true_format); static void get_tiff_compression_name(char *buf, l_int32 format); LEPT_DLL extern const char *ImageFileFormatExtensions[]; int main(int argc, char **argv) { char psname[256]; char *tempname; l_uint8 *data; l_int32 i, d, n, success, failure, same; l_int32 w, h, bps, spp; size_t size, nbytes; PIX *pix1, *pix2, *pix4, *pix8, *pix16, *pix32; PIX *pix, *pixt, *pixd; PIXA *pixa; L_REGPARAMS *rp; #if !HAVE_LIBJPEG fprintf(stderr, "Omitting libjpeg tests in ioformats_reg\n"); #endif /* !HAVE_LIBJPEG */ #if !HAVE_LIBTIFF fprintf(stderr, "Omitting libtiff tests in ioformats_reg\n"); #endif /* !HAVE_LIBTIFF */ #if !HAVE_LIBPNG || !HAVE_LIBZ fprintf(stderr, "Omitting libpng tests in ioformats_reg\n"); #endif /* !HAVE_LIBPNG || !HAVE_LIBZ */ if (regTestSetup(argc, argv, &rp)) return 1; /* --------- Part 1: Test all lossless formats for r/w to file ---------*/ failure = FALSE; success = TRUE; fprintf(stderr, "Test bmp 1 bpp file:\n"); if (ioFormatTest(BMP_FILE)) success = FALSE; #if HAVE_LIBTIFF fprintf(stderr, "\nTest other 1 bpp file:\n"); if (ioFormatTest(FILE_1BPP)) success = FALSE; #endif /* HAVE_LIBTIFF */ #if HAVE_LIBPNG fprintf(stderr, "\nTest 2 bpp file:\n"); if (ioFormatTest(FILE_2BPP)) success = FALSE; fprintf(stderr, "\nTest 2 bpp file with cmap:\n"); if (ioFormatTest(FILE_2BPP_C)) success = FALSE; fprintf(stderr, "\nTest 4 bpp file:\n"); if (ioFormatTest(FILE_4BPP)) success = FALSE; fprintf(stderr, "\nTest 4 bpp file with cmap:\n"); if (ioFormatTest(FILE_4BPP_C)) success = FALSE; fprintf(stderr, "\nTest 8 bpp grayscale file with cmap:\n"); if (ioFormatTest(FILE_8BPP_1)) success = FALSE; fprintf(stderr, "\nTest 8 bpp color file with cmap:\n"); if (ioFormatTest(FILE_8BPP_2)) success = FALSE; #endif /* HAVE_LIBPNG */ #if HAVE_LIBJPEG fprintf(stderr, "\nTest 8 bpp file without cmap:\n"); if (ioFormatTest(FILE_8BPP_3)) success = FALSE; #endif /* HAVE_LIBJPEG */ #if HAVE_LIBTIFF fprintf(stderr, "\nTest 16 bpp file:\n"); if (ioFormatTest(FILE_16BPP)) success = FALSE; #endif /* HAVE_LIBTIFF */ #if HAVE_LIBJPEG fprintf(stderr, "\nTest 32 bpp files:\n"); if (ioFormatTest(FILE_32BPP)) success = FALSE; if (ioFormatTest(FILE_32BPP_ALPHA)) success = FALSE; #endif /* HAVE_LIBJPEG */ #if HAVE_LIBPNG && HAVE_LIBJPEG fprintf(stderr, "\nTest spp = 1, cmap with alpha file:\n"); if (ioFormatTest(FILE_CMAP_ALPHA)) success = FALSE; fprintf(stderr, "\nTest spp = 1, fully transparent with alpha file:\n"); if (ioFormatTest(FILE_TRANS_ALPHA)) success = FALSE; fprintf(stderr, "\nTest spp = 2, gray with alpha file:\n"); if (ioFormatTest(FILE_GRAY_ALPHA)) success = FALSE; #endif /* HAVE_LIBJPEG */ if (success) fprintf(stderr, "\n ********** Success on all i/o format tests *********\n"); else fprintf(stderr, "\n ******* Failure on at least one i/o format test ******\n"); if (!success) failure = TRUE; /* ------------------ Part 2: Test tiff r/w to file ------------------- */ #if !HAVE_LIBTIFF fprintf(stderr, "\nNo libtiff. Skipping:\n" " part 2 (tiff r/w)\n" " part 3 (tiff r/w to memory)\n" " part 4 (non-tiff r/w to memory)\n" " part 5 (multipage tiff r/w to memory)\n\n"); goto part6; #endif /* !HAVE_LIBTIFF */ fprintf(stderr, "\nTest tiff r/w and format extraction\n"); pixa = pixaCreate(6); pix1 = pixRead(BMP_FILE); pix2 = pixConvert1To2(NULL, pix1, 3, 0); pix4 = pixConvert1To4(NULL, pix1, 15, 0); pix16 = pixRead(FILE_16BPP); fprintf(stderr, "Input format: %d\n", pixGetInputFormat(pix16)); pix8 = pixConvert16To8(pix16, 1); pix32 = pixRead(FILE_32BPP); pixaAddPix(pixa, pix1, L_INSERT); pixaAddPix(pixa, pix2, L_INSERT); pixaAddPix(pixa, pix4, L_INSERT); pixaAddPix(pixa, pix8, L_INSERT); pixaAddPix(pixa, pix16, L_INSERT); pixaAddPix(pixa, pix32, L_INSERT); n = pixaGetCount(pixa); success = (n < 6) ? FALSE : TRUE; for (i = 0; i < n; i++) { if ((pix = pixaGetPix(pixa, i, L_CLONE)) == NULL) { success = FALSE; continue; } d = pixGetDepth(pix); fprintf(stderr, "%d bpp\n", d); if (i == 0) { /* 1 bpp */ pixWrite("/tmp/junkg3.tif", pix, IFF_TIFF_G3); pixWrite("/tmp/junkg4.tif", pix, IFF_TIFF_G4); pixWrite("/tmp/junkrle.tif", pix, IFF_TIFF_RLE); pixWrite("/tmp/junkpb.tif", pix, IFF_TIFF_PACKBITS); if (testcomp("/tmp/junkg3.tif", pix, IFF_TIFF_G3)) success = FALSE; if (testcomp("/tmp/junkg4.tif", pix, IFF_TIFF_G4)) success = FALSE; if (testcomp("/tmp/junkrle.tif", pix, IFF_TIFF_RLE)) success = FALSE; if (testcomp("/tmp/junkpb.tif", pix, IFF_TIFF_PACKBITS)) success = FALSE; } pixWrite("/tmp/junklzw.tif", pix, IFF_TIFF_LZW); pixWrite("/tmp/junkzip.tif", pix, IFF_TIFF_ZIP); pixWrite("/tmp/junknon.tif", pix, IFF_TIFF); if (testcomp("/tmp/junklzw.tif", pix, IFF_TIFF_LZW)) success = FALSE; if (testcomp("/tmp/junkzip.tif", pix, IFF_TIFF_ZIP)) success = FALSE; if (testcomp("/tmp/junknon.tif", pix, IFF_TIFF)) success = FALSE; pixDestroy(&pix); } if (success) fprintf(stderr, "\n ********** Success on tiff r/w to file *********\n\n"); else fprintf(stderr, "\n ******* Failure on at least one tiff r/w to file ******\n\n"); if (!success) failure = TRUE; /* ------------------ Part 3: Test tiff r/w to memory ----------------- */ success = (n < 6) ? FALSE : TRUE; for (i = 0; i < n; i++) { if ((pix = pixaGetPix(pixa, i, L_CLONE)) == NULL) { success = FALSE; continue; } d = pixGetDepth(pix); fprintf(stderr, "%d bpp\n", d); if (i == 0) { /* 1 bpp */ pixWriteMemTiff(&data, &size, pix, IFF_TIFF_G3); nbytes = nbytesInFile("/tmp/junkg3.tif"); fprintf(stderr, "nbytes = %lu, size = %lu\n", (unsigned long)nbytes, (unsigned long)size); pixt = pixReadMemTiff(data, size, 0); if (testcomp_mem(pix, &pixt, i, IFF_TIFF_G3)) success = FALSE; lept_free(data); pixWriteMemTiff(&data, &size, pix, IFF_TIFF_G4); nbytes = nbytesInFile("/tmp/junkg4.tif"); fprintf(stderr, "nbytes = %lu, size = %lu\n", (unsigned long)nbytes, (unsigned long)size); pixt = pixReadMemTiff(data, size, 0); if (testcomp_mem(pix, &pixt, i, IFF_TIFF_G4)) success = FALSE; readHeaderMemTiff(data, size, 0, &w, &h, &bps, &spp, NULL, NULL, NULL); fprintf(stderr, "(w,h,bps,spp) = (%d,%d,%d,%d)\n", w, h, bps, spp); lept_free(data); pixWriteMemTiff(&data, &size, pix, IFF_TIFF_RLE); nbytes = nbytesInFile("/tmp/junkrle.tif"); fprintf(stderr, "nbytes = %lu, size = %lu\n", (unsigned long)nbytes, (unsigned long)size); pixt = pixReadMemTiff(data, size, 0); if (testcomp_mem(pix, &pixt, i, IFF_TIFF_RLE)) success = FALSE; lept_free(data); pixWriteMemTiff(&data, &size, pix, IFF_TIFF_PACKBITS); nbytes = nbytesInFile("/tmp/junkpb.tif"); fprintf(stderr, "nbytes = %lu, size = %lu\n", (unsigned long)nbytes, (unsigned long)size); pixt = pixReadMemTiff(data, size, 0); if (testcomp_mem(pix, &pixt, i, IFF_TIFF_PACKBITS)) success = FALSE; lept_free(data); } pixWriteMemTiff(&data, &size, pix, IFF_TIFF_LZW); pixt = pixReadMemTiff(data, size, 0); if (testcomp_mem(pix, &pixt, i, IFF_TIFF_LZW)) success = FALSE; lept_free(data); pixWriteMemTiff(&data, &size, pix, IFF_TIFF_ZIP); pixt = pixReadMemTiff(data, size, 0); if (testcomp_mem(pix, &pixt, i, IFF_TIFF_ZIP)) success = FALSE; readHeaderMemTiff(data, size, 0, &w, &h, &bps, &spp, NULL, NULL, NULL); fprintf(stderr, "(w,h,bps,spp) = (%d,%d,%d,%d)\n", w, h, bps, spp); lept_free(data); pixWriteMemTiff(&data, &size, pix, IFF_TIFF); pixt = pixReadMemTiff(data, size, 0); if (testcomp_mem(pix, &pixt, i, IFF_TIFF)) success = FALSE; lept_free(data); pixDestroy(&pix); } if (success) fprintf(stderr, "\n ********** Success on tiff r/w to memory *********\n\n"); else fprintf(stderr, "\n ******* Failure on at least one tiff r/w to memory ******\n\n"); if (!success) failure = TRUE; /* ---------------- Part 4: Test non-tiff r/w to memory ---------------- */ pixDisplayWrite(NULL, -1); success = (n < 6) ? FALSE : TRUE; for (i = 0; i < n; i++) { if ((pix = pixaGetPix(pixa, i, L_CLONE)) == NULL) { success = FALSE; continue; } d = pixGetDepth(pix); sprintf(psname, "/tmp/junkps.%d", d); fprintf(stderr, "%d bpp\n", d); if (d != 16) { if (test_writemem(pix, IFF_PNG, NULL)) success = FALSE; if (test_writemem(pix, IFF_BMP, NULL)) success = FALSE; } if (test_writemem(pix, IFF_PNM, NULL)) success = FALSE; if (test_writemem(pix, IFF_PS, psname)) success = FALSE; if (d == 8 || d == 32) if (test_writemem(pix, IFF_JFIF_JPEG, NULL)) success = FALSE; pixDestroy(&pix); } if (success) fprintf(stderr, "\n ********** Success on non-tiff r/w to memory *********\n\n"); else fprintf(stderr, "\n **** Failure on at least one non-tiff r/w to memory *****\n\n"); if (!success) failure = TRUE; pixaDestroy(&pixa); /* ------------ Part 5: Test multipage tiff r/w to memory ------------ */ /* Make a multipage tiff file, and read it back into memory */ pix = pixRead("feyn.tif"); pixa = pixaSplitPix(pix, 3, 3, 0, 0); for (i = 0; i < 9; i++) { if ((pixt = pixaGetPix(pixa, i, L_CLONE)) == NULL) continue; if (i == 0) pixWriteTiff("/tmp/junktiffmpage.tif", pixt, IFF_TIFF_G4, "w"); else pixWriteTiff("/tmp/junktiffmpage.tif", pixt, IFF_TIFF_G4, "a"); pixDestroy(&pixt); } data = l_binaryRead("/tmp/junktiffmpage.tif", &nbytes); pixaDestroy(&pixa); /* Read the individual pages from memory to a pix */ pixa = pixaCreate(9); for (i = 0; i < 9; i++) { pixt = pixReadMemTiff(data, nbytes, i); pixaAddPix(pixa, pixt, L_INSERT); } lept_free(data); /* Un-tile the pix in the pixa back to the original image */ pixt = pixaDisplayUnsplit(pixa, 3, 3, 0, 0); pixaDestroy(&pixa); /* Clip to foreground to remove any extra rows or columns */ pixClipToForeground(pix, &pix1, NULL); pixClipToForeground(pixt, &pix2, NULL); pixEqual(pix1, pix2, &same); if (same) fprintf(stderr, "\n ******* Success on tiff multipage read from memory ******\n\n"); else fprintf(stderr, "\n ******* Failure on tiff multipage read from memory ******\n\n"); if (!same) failure = TRUE; pixDestroy(&pix); pixDestroy(&pixt); pixDestroy(&pix1); pixDestroy(&pix2); /* ------------ Part 6: Test 24 bpp writing ------------ */ #if !HAVE_LIBTIFF part6: #endif /* !HAVE_LIBTIFF */ #if !HAVE_LIBPNG || !HAVE_LIBJPEG || !HAVE_LIBTIFF fprintf(stderr, "Missing libpng, libjpeg or libtiff. Skipping:\n" " part 6 (24 bpp r/w)\n" " part 7 (header read)\n\n"); goto finish; #endif /* !HAVE_LIBPNG || !HAVE_LIBJPEG || !HAVE_LIBTIFF */ /* Generate a 24 bpp (not 32 bpp !!) rgb pix and write it out */ success = TRUE; if ((pix = pixRead("marge.jpg")) == NULL) success = FALSE; pixt = make_24_bpp_pix(pix); pixWrite("/tmp/junk24.png", pixt, IFF_PNG); pixWrite("/tmp/junk24.jpg", pixt, IFF_JFIF_JPEG); pixWrite("/tmp/junk24.tif", pixt, IFF_TIFF); pixd = pixRead("/tmp/junk24.png"); pixEqual(pix, pixd, &same); if (same) { fprintf(stderr, " **** success writing 24 bpp png ****\n"); } else { fprintf(stderr, " **** failure writing 24 bpp png ****\n"); success = FALSE; } pixDestroy(&pixd); pixd = pixRead("/tmp/junk24.jpg"); regTestCompareSimilarPix(rp, pix, pixd, 10, 0.0002, 0); pixDestroy(&pixd); pixd = pixRead("/tmp/junk24.tif"); pixEqual(pix, pixd, &same); if (same) { fprintf(stderr, " **** success writing 24 bpp tif ****\n"); } else { fprintf(stderr, " **** failure writing 24 bpp tif ****\n"); success = FALSE; } pixDestroy(&pixd); if (success) fprintf(stderr, "\n ******* Success on 24 bpp rgb writing *******\n\n"); else fprintf(stderr, "\n ******* Failure on 24 bpp rgb writing *******\n\n"); if (!success) failure = TRUE; pixDestroy(&pix); pixDestroy(&pixt); /* -------------- Part 7: Read header information -------------- */ success = TRUE; if (get_header_data(FILE_1BPP, IFF_TIFF_G4)) success = FALSE; if (get_header_data(FILE_2BPP, IFF_PNG)) success = FALSE; if (get_header_data(FILE_2BPP_C, IFF_PNG)) success = FALSE; if (get_header_data(FILE_4BPP, IFF_PNG)) success = FALSE; if (get_header_data(FILE_4BPP_C, IFF_PNG)) success = FALSE; if (get_header_data(FILE_8BPP_1, IFF_PNG)) success = FALSE; if (get_header_data(FILE_8BPP_2, IFF_PNG)) success = FALSE; if (get_header_data(FILE_8BPP_3, IFF_JFIF_JPEG)) success = FALSE; if (get_header_data(FILE_GRAY_ALPHA, IFF_PNG)) success = FALSE; if (get_header_data(FILE_16BPP, IFF_TIFF_ZIP)) success = FALSE; if (get_header_data(FILE_32BPP, IFF_JFIF_JPEG)) success = FALSE; if (get_header_data(FILE_32BPP_ALPHA, IFF_PNG)) success = FALSE; pix = pixRead(FILE_8BPP_1); tempname = genTempFilename((const char *)"/tmp", (const char *)".pnm", 1, 1); pixWrite(tempname, pix, IFF_PNM); if (get_header_data(tempname, IFF_PNM)) success = FALSE; pixDestroy(&pix); lept_free(tempname); pix = pixRead(FILE_1BPP); tempname = genTempFilename((const char *)"/tmp", (const char *)".tif", 1, 1); pixWrite(tempname, pix, IFF_TIFF_G3); if (get_header_data(tempname, IFF_TIFF_G3)) success = FALSE; pixWrite(tempname, pix, IFF_TIFF_G4); if (get_header_data(tempname, IFF_TIFF_G4)) success = FALSE; pixWrite(tempname, pix, IFF_TIFF_PACKBITS); if (get_header_data(tempname, IFF_TIFF_PACKBITS)) success = FALSE; pixWrite(tempname, pix, IFF_TIFF_RLE); if (get_header_data(tempname, IFF_TIFF_RLE)) success = FALSE; pixWrite(tempname, pix, IFF_TIFF_LZW); if (get_header_data(tempname, IFF_TIFF_LZW)) success = FALSE; pixWrite(tempname, pix, IFF_TIFF_ZIP); if (get_header_data(tempname, IFF_TIFF_ZIP)) success = FALSE; pixWrite(tempname, pix, IFF_TIFF); if (get_header_data(tempname, IFF_TIFF)) success = FALSE; pixDestroy(&pix); lept_free(tempname); if (success) fprintf(stderr, "\n ******* Success on reading headers *******\n\n"); else fprintf(stderr, "\n ******* Failure on reading headers *******\n\n"); if (!success) failure = TRUE; #if !HAVE_LIBPNG || !HAVE_LIBJPEG || !HAVE_LIBTIFF finish: #endif /* !HAVE_LIBPNG || !HAVE_LIBJPEG || !HAVE_LIBTIFF */ if (!failure) fprintf(stderr, " ******* Success on all tests *******\n\n"); else fprintf(stderr, " ******* Failure on at least one test *******\n\n"); return regTestCleanup(rp); } /* Returns 1 on error */ static l_int32 testcomp(const char *filename, PIX *pix, l_int32 comptype) { l_int32 format, sameformat, sameimage; FILE *fp; PIX *pixt; fp = lept_fopen(filename, "rb"); findFileFormatStream(fp, &format); sameformat = TRUE; if (format != comptype) { fprintf(stderr, "File %s has format %d, not comptype %d\n", filename, format, comptype); sameformat = FALSE; } lept_fclose(fp); pixt = pixRead(filename); pixEqual(pix, pixt, &sameimage); pixDestroy(&pixt); if (!sameimage) fprintf(stderr, "Write/read fail for file %s with format %d\n", filename, format); return (!sameformat || !sameimage); } /* Returns 1 on error */ static l_int32 testcomp_mem(PIX *pixs, PIX **ppixt, l_int32 index, l_int32 format) { l_int32 sameimage; PIX *pixt; pixt = *ppixt; pixEqual(pixs, pixt, &sameimage); if (!sameimage) fprintf(stderr, "Mem Write/read fail for file %d with format %d\n", index, format); pixDestroy(&pixt); *ppixt = NULL; return (!sameimage); } /* Returns 1 on error */ static l_int32 test_writemem(PIX *pixs, l_int32 format, char *psfile) { l_uint8 *data = NULL; l_int32 same; size_t size = 0; PIX *pixd = NULL; if (format == IFF_PS) { pixWriteMemPS(&data, &size, pixs, NULL, 0, 1.0); l_binaryWrite(psfile, "w", data, size); lept_free(data); return 0; } /* Fail silently if library is not available */ #if !HAVE_LIBJPEG if (format == IFF_JFIF_JPEG) return 0; #endif /* !HAVE_LIBJPEG */ #if !HAVE_LIBPNG if (format == IFF_PNG) return 0; #endif /* !HAVE_LIBPNG */ #if !HAVE_LIBTIFF if (format == IFF_TIFF) return 0; #endif /* !HAVE_LIBTIFF */ if (pixWriteMem(&data, &size, pixs, format)) { fprintf(stderr, "Mem write fail for format %d\n", format); return 1; } if ((pixd = pixReadMem(data, size)) == NULL) { fprintf(stderr, "Mem read fail for format %d\n", format); lept_free(data); return 1; } if (format == IFF_JFIF_JPEG) { fprintf(stderr, "jpeg size = %lu\n", (unsigned long)size); pixDisplayWrite(pixd, 1); same = TRUE; } else { pixEqual(pixs, pixd, &same); if (!same) fprintf(stderr, "Mem write/read fail for format %d\n", format); } pixDestroy(&pixd); lept_free(data); return (!same); } /* Composes 24 bpp rgb pix */ static PIX * make_24_bpp_pix(PIX *pixs) { l_int32 i, j, w, h, wpls, wpld, rval, gval, bval; l_uint32 *lines, *lined, *datas, *datad; PIX *pixd; pixGetDimensions(pixs, &w, &h, NULL); pixd = pixCreate(w, h, 24); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { extractRGBValues(lines[j], &rval, &gval, &bval); *((l_uint8 *)lined + 3 * j) = rval; *((l_uint8 *)lined + 3 * j + 1) = gval; *((l_uint8 *)lined + 3 * j + 2) = bval; } } return pixd; } /* Retrieve header data from file */ static l_int32 get_header_data(const char *filename, l_int32 true_format) { char buf[64]; l_uint8 *data; l_int32 ret1, ret2, format1, format2; l_int32 w1, w2, h1, h2, d1, d2, bps1, bps2, spp1, spp2, iscmap1, iscmap2; size_t size1, size2; /* Fail silently if library is not available */ #if !HAVE_LIBJPEG if (true_format == IFF_JFIF_JPEG) return 0; #endif /* !HAVE_LIBJPEG */ #if !HAVE_LIBPNG if (true_format == IFF_PNG) return 0; #endif /* !HAVE_LIBPNG */ #if !HAVE_LIBTIFF if (true_format == IFF_TIFF_G3 || true_format == IFF_TIFF_G4 || true_format == IFF_TIFF_ZIP || true_format == IFF_TIFF_LZW || true_format == IFF_TIFF_PACKBITS || true_format == IFF_TIFF_RLE || true_format == IFF_TIFF) return 0; #endif /* !HAVE_LIBTIFF */ /* Read header from file */ size1 = nbytesInFile(filename); ret1 = pixReadHeader(filename, &format1, &w1, &h1, &bps1, &spp1, &iscmap1); d1 = bps1 * spp1; if (d1 == 24) d1 = 32; if (ret1) fprintf(stderr, "Error: couldn't read header data: %s\n", filename); else { if (format1 > IFF_PNG && format1 < IFF_PNM) { get_tiff_compression_name(buf, format1); fprintf(stderr, "Format data for image %s with format %s:\n" " nbytes = %lu, size (w, h, d) = (%d, %d, %d)\n" " bps = %d, spp = %d, iscmap = %d\n", filename, buf, (unsigned long)size1, w1, h1, d1, bps1, spp1, iscmap1); } else { fprintf(stderr, "Format data for image %s with format %s:\n" " nbytes = %lu, size (w, h, d) = (%d, %d, %d)\n" " bps = %d, spp = %d, iscmap = %d\n", filename, ImageFileFormatExtensions[format1], (unsigned long)size1, w1, h1, d1, bps1, spp1, iscmap1); } if (format1 != true_format) { fprintf(stderr, "Error: format is %d; should be %d\n", format1, true_format); ret1 = 1; } } /* Read header from array in memory */ data = l_binaryRead(filename, &size2); ret2 = pixReadHeaderMem(data, size2, &format2, &w2, &h2, &bps2, &spp2, &iscmap2); lept_free(data); d2 = bps2 * spp2; if (d2 == 24) d2 = 32; if (ret2) fprintf(stderr, "Error: couldn't mem-read header data: %s\n", filename); else { if (size1 != size2 || format1 != format2 || w1 != w2 || h1 != h2 || d1 != d2 || bps1 != bps2 || spp1 != spp2 || iscmap1 != iscmap2) { fprintf(stderr, "Incomsistency reading image %s with format %s\n", filename, buf); ret2 = 1; } } return ret1 || ret2; } static void get_tiff_compression_name(char *buf, l_int32 format) { if (format == IFF_TIFF_G4) sprintf(buf, "tiff_g4"); else if (format == IFF_TIFF_G3) sprintf(buf, "tiff_g3"); else if (format == IFF_TIFF_ZIP) sprintf(buf, "tiff_zip"); else if (format == IFF_TIFF_LZW) sprintf(buf, "tiff_lzw"); else if (format == IFF_TIFF_RLE) sprintf(buf, "tiff_rle"); else if (format == IFF_TIFF_PACKBITS) sprintf(buf, "tiff_packbits"); else if (format == IFF_TIFF) sprintf(buf, "tiff_uncompressed"); else fprintf(stderr, "format %d: not tiff\n", format); return; } leptonica-1.70/prog/projectionstats.jpg0000444000175000017500000000636311455511247016424 0ustar dandanÿØÿàJFIFÿÛC    $.' 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * dna_reg.c * * Tests basic functioning of L_Dna (number array of doubles) */ #include #ifndef _WIN32 #include #else #include /* for Sleep() */ #endif /* _WIN32 */ #include "allheaders.h" int main(int argc, char **argv) { l_int32 i, nbins, ival; l_float64 pi, angle, val, sum; L_DNA *da1, *da2, *da3, *da4, *da5; L_DNAA *daa1, *daa2; GPLOT *gplot; NUMA *na, *nahisto, *nax; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; pi = 3.1415926535; da1 = l_dnaCreate(50); for (i = 0; i < 5000; i++) { angle = 0.02293 * i * pi; val = 999. * sin(angle); l_dnaAddNumber(da1, val); } /* Conversion to Numa; I/O for Dna */ na = l_dnaConvertToNuma(da1); da2 = numaConvertToDna(na); l_dnaWrite("/tmp/dna1.da", da1); l_dnaWrite("/tmp/dna2.da", da2); da3 = l_dnaRead("/tmp/dna2.da"); l_dnaWrite("/tmp/dna3.da", da3); regTestCheckFile(rp, "/tmp/dna1.da"); /* 0 */ regTestCheckFile(rp, "/tmp/dna2.da"); /* 1 */ regTestCheckFile(rp, "/tmp/dna3.da"); /* 2 */ regTestCompareFiles(rp, 1, 2); /* 3 */ /* I/O for Dnaa */ daa1 = l_dnaaCreate(3); l_dnaaAddDna(daa1, da1, L_INSERT); l_dnaaAddDna(daa1, da2, L_INSERT); l_dnaaAddDna(daa1, da3, L_INSERT); l_dnaaWrite("/tmp/dnaa1.daa", daa1); daa2 = l_dnaaRead("/tmp/dnaa1.daa"); l_dnaaWrite("/tmp/dnaa2.daa", daa2); regTestCheckFile(rp, "/tmp/dnaa1.daa"); /* 4 */ regTestCheckFile(rp, "/tmp/dnaa2.daa"); /* 5 */ regTestCompareFiles(rp, 4, 5); /* 6 */ l_dnaaDestroy(&daa1); l_dnaaDestroy(&daa2); /* Just for fun -- is the numa ok? */ nahisto = numaMakeHistogramClipped(na, 12, 2000); nbins = numaGetCount(nahisto); nax = numaMakeSequence(0, 1, nbins); gplot = gplotCreate("/tmp/historoot", GPLOT_PNG, "Histo example", "i", "histo[i]"); gplotAddPlot(gplot, nax, nahisto, GPLOT_LINES, "sine"); gplotMakeOutput(gplot); #ifndef _WIN32 sleep(1); #else Sleep(1000); #endif /* _WIN32 */ regTestCheckFile(rp, "/tmp/historoot.png"); /* 7 */ gplotDestroy(&gplot); numaDestroy(&na); numaDestroy(&nax); numaDestroy(&nahisto); /* Handling precision of int32 in double */ da4 = l_dnaCreate(25); for (i = 0; i < 1000; i++) l_dnaAddNumber(da4, 1928374 * i); l_dnaWrite("/tmp/dna4.da", da4); da5 = l_dnaRead("/tmp/dna4.da"); sum = 0; for (i = 0; i < 1000; i++) { l_dnaGetIValue(da5, i, &ival); sum += L_ABS(ival - i * 1928374); /* we better be adding 0 each time */ } regTestCompareValues(rp, sum, 0.0, 0.0); /* 8 */ l_dnaDestroy(&da4); l_dnaDestroy(&da5); return regTestCleanup(rp); } leptonica-1.70/prog/cctest1.c0000640000175000017500000001064112242267022014163 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * cctest1.c * * This is a test of the following function: * * BOXA *pixConnComp(PIX *pixs, PIXA **ppixa, l_int32 connectivity) * * pixs: input pix * ppixa: &pixa ( pixa of each c.c.) * connectivity (4 or 8) * boxa: returned array of boxes of c.c. * * Use NULL for &pixa if you don't want the pixa array. * * It also demonstrates a few display modes. */ #include "allheaders.h" #define NTIMES 2 int main(int argc, char **argv) { char *filein; l_int32 i, n, count; BOX *box; BOXA *boxa; PIX *pixs, *pixd; PIXA *pixa; PIXCMAP *cmap; static char mainName[] = "cctest1"; if (argc != 2) return ERROR_INT(" Syntax: cctest1 filein", mainName, 1); filein = argv[1]; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pixs not made", mainName, 1); if (pixGetDepth(pixs) != 1) exit(ERROR_INT("pixs not 1 bpp", mainName, 1)); /* Test speed of pixCountConnComp() */ startTimer(); for (i = 0; i < NTIMES; i++) pixCountConnComp(pixs, 4, &count); fprintf(stderr, "Time to compute 4-cc: %6.3f sec\n", stopTimer()/NTIMES); fprintf(stderr, "Number of 4-cc: %d\n", count); startTimer(); for (i = 0; i < NTIMES; i++) pixCountConnComp(pixs, 8, &count); fprintf(stderr, "Time to compute 8-cc: %6.3f sec\n", stopTimer()/NTIMES); fprintf(stderr, "Number of 8-cc: %d\n", count); /* Test speed of pixConnComp(), with only boxa output */ startTimer(); for (i = 0; i < NTIMES; i++) { boxa = pixConnComp(pixs, NULL, 4); boxaDestroy(&boxa); } fprintf(stderr, "Time to compute 4-cc: %6.3f sec\n", stopTimer()/NTIMES); startTimer(); for (i = 0; i < NTIMES; i++) { boxa = pixConnComp(pixs, NULL, 8); boxaDestroy(&boxa); } fprintf(stderr, "Time to compute 8-cc: %6.3f sec\n", stopTimer()/NTIMES); /* Draw outline of each c.c. box */ boxa = pixConnComp(pixs, NULL, 4); n = boxaGetCount(boxa); fprintf(stderr, "Num 4-cc boxes: %d\n", n); for (i = 0; i < n; i++) { box = boxaGetBox(boxa, i, L_CLONE); pixRenderBox(pixs, box, 3, L_FLIP_PIXELS); boxDestroy(&box); /* remember, clones need to be destroyed */ } pixDisplayWrite(pixs, 1); boxaDestroy(&boxa); /* Display each component as a random color in cmapped 8 bpp. * Background is color 0; it is set to white. */ boxa = pixConnComp(pixs, &pixa, 4); pixd = pixaDisplayRandomCmap(pixa, pixGetWidth(pixs), pixGetHeight(pixs)); cmap = pixGetColormap(pixd); pixcmapResetColor(cmap, 0, 255, 255, 255); /* reset background to white */ pixDisplay(pixd, 100, 100); pixDisplayWrite(pixd, 1); boxaDestroy(&boxa); pixDestroy(&pixd); pixaDestroy(&pixa); pixDestroy(&pixs); return 0; } leptonica-1.70/prog/lyra.005.jpg0000444000175000017500000031200512067375327014443 0ustar dandanÿØÿàJFIFÿþXCREATOR: XV Version 3.10a Rev: 12/29/94 (PNG patch 1.2) Quality = 75, Smoothing = 0 ÿÛC    $.' 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#…HÜO9<àŒT¨"-ƒž;úÕxçu$­J$fËÎC'ÚFßΔ Ø8½*¶é‡ ª3ߊ“{íÇÔS¸€6©ÜÚšPG\{ÔE¸lÞø¥-¹HTýi\ €zÓZE ©9988Ü“ô¸ÈŸ^h‰:ã¡ ñÅ)$IëÈÒ9Î1éšQóuÅbpŠoË‘Çj,IÎ:õÅ `7~Ò0 çžzHÑ\œàúôâ£ROœT‘®røÃ7Þ9¦2O-y œ` pŽ@ÛúS™ ù>ýqG˜}GçHuH9çðÅ)ǽ5{S½iÜV‰œw4Æ‘W#8"Þ£_¾iÜM î‚ävPîý)ýqúTÇ ¢áa»À“òýidrÎp$õ8¦?ñ})ÍÒ?¥;ŠÃF 8ãŸÎœ-ÐäûÒC÷š•þð¢à80)r?‰… ÚšÝiÜ,?*Î0ÿ0´Ð>öÐ}ùë@ûÂ…þ:aÊ87ŽXûwô¥ ŒgÞ˜Ÿwñ§·ÝZW < ÈÏÐÑ#&ô_÷ó¤§ãEÅaI=åŽ)¡ÀpÇ5)û¦«Éý)Ü.wgœzŠ‰Fâ¹vzH:SŸ§ãEÂÂqÑ}ZBpI9$­8t¤O¿EÂÃA`AÝlSrÇlcµ'ð/ã@§qØvInª=9¦6s÷»÷Ó[­=¾èúÒ¸Xi<à`“ëI*y / £‘†¡þø¥þ3ô¢âHn~S’“Þ›´°ÚB‘î)ÿÃøÐßuhL,&FGô”§'÷£ø¿ AÔý(¸ì/<þ½)¹\`ôþtË?Æ‘~í‰2¸À÷íçûÙú‚j/áZ_â?J.;%v}ÅçÛ›P mZýU ÷GÒ‹ŠÀT)<ŸCL •l1ýi£©úS×ý_ãEÂÄsŒ9 uàPTã!€èGjwð­ ÷…&ÆÒÎlñ†Å7Ìl` >Ÿýzs}ê¾õ+ŽÃòvW úyXÏ-T?¿Z;}iÜ,8"uN1ÜRª¼qïAÿ^Ý¥¸>´\ªŒW9íƒBF£î{RE÷¿ ˜ô¢à5Cmà®?Ý¥ Ùç*qÔt¤_»@ëJáaFWÐÈãõ§nÀÉLý[4¿ÃO꨸XDÃ!$þDÓˆA${šQ÷ŸéCt\,˜ ƒ×­7$ã$Ž=)ñýÚ‰¾ù¢ã°àÅAÃ0Ý)Æ\/' údð¥ëÏÒ¥°°¾hÈÏJrȃ¿•-4¬\,+’Ìdp6ŠBsÈLsÓm*ôo­*t¢áb2`rOÔR2– O~Õ8§§éEÂÅb]¤þž¸¦sŒÔ‹þ±iëÐýi]Æ œåEH 6 úäÒËþ§ñ¨£ÿWøÒ „ >¼Ñ„S¸e¦sMO¼*çðŠÅlnS´Žyè)YFbNáÈɤ¼?Þ©[ïþÄ[ ûHû¥ŽëKåª!E^»AééÚ–¾~†¥tÐ#UE$lŽ¹éKÀÃ๤GÖ§_ºhC/Þ ‘žQOÇ9Üüvª°ÿ­üów¼ŸQHdcåÜrN­"#y`òwzã"ž:“þY­Ф|§ ç¥9›ŽÇjiê~´åûÇé@ì ¤ çw¥"¡èÀæž½ ýe* ÇSÁïOVÑÐcŠ?…¾´ƒïšåˆ~•R{ Yæi$¶ç«g­\n•Y¾ñ ,ÿÙleptonica-1.70/prog/projective_reg.c0000644000175000017500000002073712240302624015633 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * projective_reg.c * */ #include "allheaders.h" static void MakePtas(l_int32 i, PTA **pptas, PTA **pptad); /* Sample values. * 1-3: invertability tests * 4: comparison between sampling and sequential * 5: test with large distortion */ static const l_int32 x1[] = { 300, 300, 300, 300, 32}; static const l_int32 y1[] = {1200, 1200, 1250, 1250, 934}; static const l_int32 x2[] = {1200, 1200, 1125, 1300, 487}; static const l_int32 y2[] = {1100, 1100, 1100, 1250, 934}; static const l_int32 x3[] = { 200, 200, 200, 250, 32}; static const l_int32 y3[] = { 200, 200, 200, 300, 67}; static const l_int32 x4[] = {1200, 1200, 1300, 1250, 332}; static const l_int32 y4[] = { 400, 200, 200, 300, 57}; static const l_int32 xp1[] = { 300, 300, 1150, 300, 32}; static const l_int32 yp1[] = {1200, 1400, 1150, 1350, 934}; static const l_int32 xp2[] = {1100, 1400, 320, 1300, 487}; static const l_int32 yp2[] = {1000, 1500, 1300, 1200, 904}; static const l_int32 xp3[] = { 250, 200, 1310, 300, 61}; static const l_int32 yp3[] = { 200, 300, 250, 325, 83}; static const l_int32 xp4[] = {1250, 1200, 240, 1250, 412}; static const l_int32 yp4[] = { 300, 300, 250, 350, 83}; #define ADDED_BORDER_PIXELS 500 #define ALL 1 int main(int argc, char **argv) { l_int32 i; PIX *pixs, *pixsc, *pixb, *pixg, *pixc, *pixcs, *pix1, *pix2, *pixd; PIXA *pixa; PTA *ptas, *ptad; static char mainName[] = "projective_reg"; if (argc != 1) return ERROR_INT(" Syntax: projective_reg", mainName, 1); if ((pixs = pixRead("feyn.tif")) == NULL) return ERROR_INT("pixs not made", mainName, 1); pixsc = pixScale(pixs, 0.5, 0.5); #if ALL /* Test invertability of sampling */ pixa = pixaCreate(0); for (i = 0; i < 3; i++) { pixb = pixAddBorder(pixsc, ADDED_BORDER_PIXELS, 0); MakePtas(i, &ptas, &ptad); pix1 = pixProjectiveSampledPta(pixb, ptad, ptas, L_BRING_IN_WHITE); pixSaveTiled(pix1, pixa, 1.0, 1, 20, 8); pix2 = pixProjectiveSampledPta(pix1, ptas, ptad, L_BRING_IN_WHITE); pixSaveTiled(pix2, pixa, 1.0, 0, 20, 0); pixd = pixRemoveBorder(pix2, ADDED_BORDER_PIXELS); pixXor(pixd, pixd, pixsc); pixSaveTiled(pixd, pixa, 1.0, 0, 20, 0); if (i == 0) pixWrite("/tmp/samp.png", pix1, IFF_PNG); pixDestroy(&pixb); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pixd); ptaDestroy(&ptas); ptaDestroy(&ptad); } pix1 = pixaDisplay(pixa, 0, 0); pixWrite("/tmp/proj1.png", pix1, IFF_PNG); pixDisplay(pix1, 100, 300); pixDestroy(&pix1); pixaDestroy(&pixa); #endif #if ALL /* Test invertability of interpolation on grayscale */ pixa = pixaCreate(0); pixg = pixScaleToGray3(pixs); for (i = 0; i < 3; i++) { pixb = pixAddBorder(pixg, ADDED_BORDER_PIXELS / 2, 255); MakePtas(i, &ptas, &ptad); pix1 = pixProjectivePta(pixb, ptad, ptas, L_BRING_IN_WHITE); pixSaveTiled(pix1, pixa, 1.0, 1, 20, 8); pix2 = pixProjectivePta(pix1, ptas, ptad, L_BRING_IN_WHITE); pixSaveTiled(pix2, pixa, 1.0, 0, 20, 0); pixd = pixRemoveBorder(pix2, ADDED_BORDER_PIXELS / 2); pixXor(pixd, pixd, pixg); pixSaveTiled(pixd, pixa, 1.0, 0, 20, 0); if (i == 0) pixWrite("/tmp/interp.png", pix1, IFF_PNG); pixDestroy(&pixb); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pixd); ptaDestroy(&ptas); ptaDestroy(&ptad); } pix1 = pixaDisplay(pixa, 0, 0); pixWrite("/tmp/proj2.png", pix1, IFF_PNG); pixDisplay(pix1, 100, 500); pixDestroy(&pix1); pixaDestroy(&pixa); pixDestroy(&pixg); #endif #if ALL /* Test invertability of interpolation on color */ pixa = pixaCreate(0); pixc = pixRead("test24.jpg"); pixcs = pixScale(pixc, 0.3, 0.3); for (i = 0; i < 5; i++) { pixb = pixAddBorder(pixcs, ADDED_BORDER_PIXELS, 0xffffff00); MakePtas(i, &ptas, &ptad); pix1 = pixProjectivePta(pixb, ptad, ptas, L_BRING_IN_WHITE); pixSaveTiled(pix1, pixa, 1.0, 1, 20, 32); pix2 = pixProjectivePta(pix1, ptas, ptad, L_BRING_IN_WHITE); pixSaveTiled(pix2, pixa, 1.0, 0, 20, 0); pixd = pixRemoveBorder(pix2, ADDED_BORDER_PIXELS); pixXor(pixd, pixd, pixcs); pixSaveTiled(pixd, pixa, 1.0, 0, 20, 0); pixDestroy(&pixb); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pixd); ptaDestroy(&ptas); ptaDestroy(&ptad); } pix1 = pixaDisplay(pixa, 0, 0); pixWrite("/tmp/proj3.png", pix1, IFF_PNG); pixDisplay(pix1, 100, 500); pixDestroy(&pix1); pixaDestroy(&pixa); pixDestroy(&pixc); pixDestroy(&pixcs); #endif #if ALL /* Comparison between sampling and interpolated */ MakePtas(3, &ptas, &ptad); pixa = pixaCreate(0); /* Use sampled transform */ pix1 = pixProjectiveSampledPta(pixs, ptas, ptad, L_BRING_IN_WHITE); pixSaveTiled(pix1, pixa, 0.5, 1, 20, 8); /* Use interpolated transforms */ pix2 = pixProjectivePta(pixs, ptas, ptad, L_BRING_IN_WHITE); pixSaveTiled(pix2, pixa, 0.5, 0, 20, 8); /* Compare the results */ pixXor(pix2, pix2, pix1); pixSaveTiled(pix2, pixa, 0.5, 0, 20, 8); pixd = pixaDisplay(pixa, 0, 0); pixWrite("/tmp/proj4.png", pixd, IFF_PNG); pixDisplay(pixd, 100, 700); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pixd); pixaDestroy(&pixa); ptaDestroy(&ptas); ptaDestroy(&ptad); #endif #if ALL /* Get timings */ MakePtas(4, &ptas, &ptad); pixa = pixaCreate(0); pixg = pixScaleToGray3(pixs); startTimer(); pix1 = pixProjectiveSampledPta(pixg, ptas, ptad, L_BRING_IN_WHITE); fprintf(stderr, " Time for pixProjectiveSampledPta(): %6.2f sec\n", stopTimer()); pixSaveTiled(pix1, pixa, 1.0, 1, 20, 8); startTimer(); pix2 = pixProjectivePta(pixg, ptas, ptad, L_BRING_IN_WHITE); fprintf(stderr, " Time for pixProjectivePta(): %6.2f sec\n", stopTimer()); pixSaveTiled(pix2, pixa, 1.0, 0, 20, 8); pixXor(pix1, pix1, pix2); pixSaveTiled(pix1, pixa, 1.0, 0, 20, 8); pixDestroy(&pix1); pixDestroy(&pix2); pixd = pixaDisplay(pixa, 0, 0); pixWrite("/tmp/proj5.png", pixd, IFF_PNG); pixDisplay(pixd, 100, 900); pixDestroy(&pixd); pixDestroy(&pixg); pixaDestroy(&pixa); ptaDestroy(&ptas); ptaDestroy(&ptad); #endif pixDestroy(&pixs); pixDestroy(&pixsc); return 0; } static void MakePtas(l_int32 i, PTA **pptas, PTA **pptad) { *pptas = ptaCreate(4); ptaAddPt(*pptas, x1[i], y1[i]); ptaAddPt(*pptas, x2[i], y2[i]); ptaAddPt(*pptas, x3[i], y3[i]); ptaAddPt(*pptas, x4[i], y4[i]); *pptad = ptaCreate(4); ptaAddPt(*pptad, xp1[i], yp1[i]); ptaAddPt(*pptad, xp2[i], yp2[i]); ptaAddPt(*pptad, xp3[i], yp3[i]); ptaAddPt(*pptad, xp4[i], yp4[i]); return; } leptonica-1.70/prog/blender1.tif0000444000175000017500000000076010327060544014656 0ustar dandanII*2& ¶ÿÿù¾'ڮ߇!<ëO÷ýÿü…™¸˜ç‰ú ! ýwiÓòyðˆ1o´ÓHÜþ-O ÞBùïþ’ 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printsplitimage printtiff \ splitimage2pdf xtractprotos AUTO_REG_PROGS = alphaops_reg alphaxform_reg \ binarize_reg blackwhite_reg \ blend3_reg blend4_reg \ colorcontent_reg coloring_reg \ colormask_reg colorquant_reg \ colorspace_reg compare_reg \ convolve_reg dewarp_reg \ dna_reg dwamorph1_reg enhance_reg \ findcorners_reg findpattern_reg \ fpix1_reg fpix2_reg \ graymorph2_reg hardlight_reg \ insert_reg ioformats_reg \ jpegio_reg kernel_reg label_reg \ maze_reg multitype_reg \ nearline_reg newspaper_reg \ overlap_reg paint_reg paintmask_reg \ pdfseg_reg pixa2_reg \ pixserial_reg pngio_reg \ projection_reg psio_reg psioseg_reg \ rankbin_reg rankhisto_reg \ rasteropip_reg \ rotate1_reg rotate2_reg rotateorth_reg \ scale_reg seedspread_reg \ selio_reg shear1_reg shear2_reg \ skew_reg splitcomp_reg subpixel_reg \ threshnorm_reg translate_reg \ warper_reg writetext_reg xformbox_reg MANUAL_REG_PROGS = alltests_reg adaptnorm_reg affine_reg \ bilateral1_reg bilateral2_reg bilinear_reg \ binmorph1_reg binmorph2_reg binmorph3_reg \ binmorph4_reg binmorph5_reg \ blend1_reg blend2_reg boxa1_reg \ ccthin1_reg ccthin2_reg cmapquant_reg \ colorize_reg colorseg_reg compfilter_reg \ conncomp_reg conversion_reg distance_reg \ dwamorph2_reg equal_reg expand_reg extrema_reg \ fhmtauto_reg flipdetect_reg fmorphauto_reg \ gifio_reg grayfill_reg graymorph1_reg \ grayquant_reg heap_reg locminmax_reg \ logicops_reg lowaccess_reg morphseq_reg \ numa1_reg numa2_reg pixa1_reg \ pixadisp_reg pixalloc_reg pixcomp_reg \ pixmem_reg pixtile_reg projective_reg \ pta_reg ptra1_reg ptra2_reg \ rank_reg rasterop_reg smallpix_reg \ smoothedge_reg string_reg \ webpio_reg wordboxes_reg OTHER_PROGS = adaptmaptest adaptmap_dark \ arabic_lines arithtest \ barcodetest baselinetest \ binarize_set bincompare \ blendcmaptest buffertest \ byteatest ccbordtest cctest1 \ colormorphtest colorsegtest colorspacetest \ comparepages comparetest \ contrasttest converttogray \ convolvetest cornertest \ croptest croptext \ dewarprules dewarptest1 dewarptest2 \ dewarptest3 dewarptest4 \ digitprep1 displayboxa \ displaypix displaypixa \ dithertest dwalineargen \ edgetest falsecolortest \ fcombautogen fhmtautogen \ findpattern1 findpattern2 findpattern3 \ flipselgen fmorphautogen \ fpixcontours gammatest genfonts \ graphicstest graymorphtest \ histotest iotest italictest \ jbcorrelation jbrankhaus jbwords \ lineremoval listtest \ livre_adapt livre_hmt \ livre_makefigs livre_orient \ livre_pageseg livre_seedgen livre_tophat \ maketile misctest1 \ modifyhuesat morphtest1 mtifftest \ numaranktest otsutest1 otsutest2 \ pagesegtest1 pagesegtest2 \ partitiontest pdfiotest \ pixaatest plottest \ quadtreetest ranktest \ recogsort recogtest1 \ reducetest removecmap \ renderfonts rotatefastalt \ rotateorthtest1 rotatetest1 \ runlengthtest scaleandtile \ scaletest1 scaletest2 \ seedfilltest sharptest \ sheartest showedges \ skewtest snapcolortest \ sorttest sudokutest trctest \ viewertest warpertest \ watershedtest wordsinorder \ writemtiff yuvtest if ENABLE_PROGRAMS bin_PROGRAMS = $(INSTALL_PROGS) noinst_PROGRAMS = $(AUTO_REG_PROGS) $(MANUAL_REG_PROGS) $(OTHER_PROGS) endif check_PROGRAMS = $(AUTO_REG_PROGS) TESTS = $(AUTO_REG_PROGS) TESTS_ENVIRONMENT = $(srcdir)/reg_wrapper.sh EXTRA_DIST = reg_wrapper.sh dwamorph1_reg_SOURCES = dwamorph1_reg.c dwalinear.3.c dwalinearlow.3.c dwamorph2_reg_SOURCES = dwamorph2_reg.c dwalinear.3.c dwalinearlow.3.c leptonica-1.70/prog/weasel2.png0000444000175000017500000000132010664715747014537 0ustar dandan‰PNG  IHDRRIÁæ6¾ pHYsb&2‚IDAT8uÕ¿oÓ@ðQ–5ƒÊÒ.^ú'Ô©²à”^†t`)RåÜ‚ÄÂ’Fm¥n5rïuè„T$„ÅŸÀÀÐ)ê@Qµ>î—Û17Dò'/Ïwß;;À*Æ%Të!)ŽžTZ‚bŒJ:®ÔÉÀÛV…R«ƒxUÔ$ò:h¥RmˆV衙ׄ%ZC¤Åxò ;­‰kÝIs ½’ŠRÜ“át¦*Ò¢ ©sY‰¸Œì|­¯ƒ %¦}}½è⥫ðU6î§*gÀ“­9&¦9øªøN´×ú[éj?‹©è½P BK}I—òÚB­*õ©‘.Elgš < ye1ëdHJïú C;Ó}¥ 1ö[b&yFVæÊJ,"ŠG˜¾¤w†¼†éI,W°;oå•ÚÔ±1¬¿™ê¶8¢Hmtž,Εñ@¾v ù­v¡¤ÇîÀÎé:ôƒ­•i}†ðH´7µª•)¿¯}-h ÷ÇiÞ(Mt®âÃ}Ì® êþ4b¦RßV{Œ tÞt»lF ŸlYÃsó!›Õo°<«Áíº?«ÃkW>ü/ úþO•~¼\— š™q}þË•ºœ)ômþì•nñ—¬ ¼[I5ÜÜòèÊޚЋ8Õha3¾óÛ/Ädïgó¥õÅ«ÛظǡãOÕý½þn<%l¤k+¿Á‰ÔK#þÿ@¥þåœ31×èßíIEND®B`‚leptonica-1.70/prog/rotateorth_reg.c0000644000175000017500000001174112240302501015641 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * rotateorth_reg.c * * Regression test for all rotateorth functions */ #include "allheaders.h" #define BINARY_IMAGE "test1.png" #define GRAYSCALE_IMAGE "test8.jpg" #define FOUR_BPP_IMAGE "weasel4.8g.png" #define COLORMAP_IMAGE "dreyfus8.png" #define RGB_IMAGE "marge.jpg" void RotateOrthTest(PIX *pix, L_REGPARAMS *rp); int main(int argc, char **argv) { PIX *pixs; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; fprintf(stderr, "\nTest binary image:\n"); pixs = pixRead(BINARY_IMAGE); RotateOrthTest(pixs, rp); pixDestroy(&pixs); fprintf(stderr, "\nTest 4 bpp colormapped image:\n"); pixs = pixRead(FOUR_BPP_IMAGE); RotateOrthTest(pixs, rp); pixDestroy(&pixs); fprintf(stderr, "\nTest grayscale image:\n"); pixs = pixRead(GRAYSCALE_IMAGE); RotateOrthTest(pixs, rp); pixDestroy(&pixs); fprintf(stderr, "\nTest colormap image:\n"); pixs = pixRead(COLORMAP_IMAGE); RotateOrthTest(pixs, rp); pixDestroy(&pixs); fprintf(stderr, "\nTest rgb image:\n"); pixs = pixRead(RGB_IMAGE); RotateOrthTest(pixs, rp); pixDestroy(&pixs); return regTestCleanup(rp); } void RotateOrthTest(PIX *pixs, L_REGPARAMS *rp) { l_int32 zero, count; PIX *pixt, *pixd; PIXCMAP *cmap; cmap = pixGetColormap(pixs); /* Test 4 successive 90 degree rotations */ pixt = pixRotate90(pixs, 1); pixd = pixRotate90(pixt, 1); pixDestroy(&pixt); pixt = pixRotate90(pixd, 1); pixDestroy(&pixd); pixd = pixRotate90(pixt, 1); pixDestroy(&pixt); regTestComparePix(rp, pixs, pixd); if (!cmap) { pixXor(pixd, pixd, pixs); pixZero(pixd, &zero); if (zero) fprintf(stderr, "OK. Four 90-degree rotations gives I\n"); else { pixCountPixels(pixd, &count, NULL); fprintf(stderr, "Failure for four 90-degree rots; count = %d\n", count); } } pixDestroy(&pixd); /* Test 2 successive 180 degree rotations */ pixt = pixRotate180(NULL, pixs); pixRotate180(pixt, pixt); regTestComparePix(rp, pixs, pixt); if (!cmap) { pixXor(pixt, pixt, pixs); pixZero(pixt, &zero); if (zero) fprintf(stderr, "OK. Two 180-degree rotations gives I\n"); else { pixCountPixels(pixt, &count, NULL); fprintf(stderr, "Failure for two 180-degree rots; count = %d\n", count); } } pixDestroy(&pixt); /* Test 2 successive LR flips */ pixt = pixFlipLR(NULL, pixs); pixFlipLR(pixt, pixt); regTestComparePix(rp, pixs, pixt); if (!cmap) { pixXor(pixt, pixt, pixs); pixZero(pixt, &zero); if (zero) fprintf(stderr, "OK. Two LR flips gives I\n"); else { pixCountPixels(pixt, &count, NULL); fprintf(stderr, "Failure for two LR flips; count = %d\n", count); } } pixDestroy(&pixt); /* Test 2 successive TB flips */ pixt = pixFlipTB(NULL, pixs); pixFlipTB(pixt, pixt); regTestComparePix(rp, pixs, pixt); if (!cmap) { pixXor(pixt, pixt, pixs); pixZero(pixt, &zero); if (zero) fprintf(stderr, "OK. Two TB flips gives I\n"); else { pixCountPixels(pixt, &count, NULL); fprintf(stderr, "Failure for two TB flips; count = %d\n", count); } } pixDestroy(&pixt); return; } leptonica-1.70/prog/colorize_reg.c0000644000175000017500000001716412274202133015310 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * colorize_reg.c * * This regresstion test demonstrates the detection of red highlight * color in an image, and the generation of a colormapped version * with clean background and colorized highlighting. */ #include "allheaders.h" l_int32 main(int argc, char **argv) { l_int32 irval, igval, ibval; l_float32 rval, gval, bval, fract; BOXA *boxa; FPIX *fpix; PIX *pixs, *pix, *pix1, *pix2, *pix3, *pix4, *pix5, *pix6; PIX *pix7, *pix8, *pix9, *pix10, *pix11; PIXA *pixa; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; pixa = pixaCreate(0); pixs = pixRead("breviar38.150.jpg"); pixaAddPix(pixa, pixs, L_CLONE); regTestWritePixAndCheck(rp, pixs, IFF_JFIF_JPEG); /* 0 */ pixDisplayWithTitle(pixs, 0, 0, "Input image", rp->display); /* Extract the blue component, which is small in all the text * regions, including in the highlight color region */ pix1 = pixGetRGBComponent(pixs, COLOR_BLUE); pixaAddPix(pixa, pix1, L_CLONE); regTestWritePixAndCheck(rp, pix1, IFF_JFIF_JPEG); /* 1 */ pixDisplayWithTitle(pix1, 200, 0, "Blue component", rp->display); /* Do a background normalization, with the background set to * approximately 200 */ pix2 = pixBackgroundNormSimple(pix1, NULL, NULL); pixaAddPix(pixa, pix2, L_COPY); regTestWritePixAndCheck(rp, pix2, IFF_JFIF_JPEG); /* 2 */ pixDisplayWithTitle(pix2, 400, 0, "BG normalized to 200", rp->display); /* Do a linear transform on the gray pixels, with 50 going to * black and 160 going to white. 50 is sufficiently low to * make both the red and black print quite dark. Quantize * to a few equally spaced gray levels. This is the image * to which highlight color will be applied. */ pixGammaTRC(pix2, pix2, 1.0, 50, 160); pix3 = pixThresholdOn8bpp(pix2, 7, 1); pixaAddPix(pixa, pix3, L_CLONE); regTestWritePixAndCheck(rp, pix3, IFF_JFIF_JPEG); /* 3 */ pixDisplayWithTitle(pix3, 600, 0, "Basic quantized with white bg", rp->display); /* Identify the regions of red text. First, make a mask * consisting of all pixels such that (R-B)/B is larger * than 2.0. This will have all the red, plus a lot of * the dark pixels. */ fpix = pixComponentFunction(pixs, 1.0, 0.0, -1.0, 0.0, 0.0, 1.0); pix4 = fpixThresholdToPix(fpix, 2.0); pixInvert(pix4, pix4); /* red plus some dark text */ pixaAddPix(pixa, pix4, L_CLONE); regTestWritePixAndCheck(rp, pix4, IFF_PNG); /* 4 */ pixDisplayWithTitle(pix4, 800, 0, "Red plus dark pixels", rp->display); /* Make a mask consisting of all the red and background pixels */ pix5 = pixGetRGBComponent(pixs, COLOR_RED); pix6 = pixThresholdToBinary(pix5, 128); pixInvert(pix6, pix6); /* red plus background (white) */ /* Intersect the two masks to get a mask consisting of pixels * that are almost certainly red. This is the seed. */ pix7 = pixAnd(NULL, pix4, pix6); /* red only (seed) */ pixaAddPix(pixa, pix7, L_COPY); regTestWritePixAndCheck(rp, pix7, IFF_PNG); /* 5 */ pixDisplayWithTitle(pix7, 0, 600, "Seed for red color", rp->display); /* Make the clipping mask by thresholding the image with * the background cleaned to white. */ pix8 = pixThresholdToBinary(pix2, 230); /* mask */ pixaAddPix(pixa, pix8, L_CLONE); regTestWritePixAndCheck(rp, pix8, IFF_PNG); /* 6 */ pixDisplayWithTitle(pix8, 200, 600, "Clipping mask for red components", rp->display); /* Fill into the mask from the seed */ pixSeedfillBinary(pix7, pix7, pix8, 8); /* filled: red plus touching */ regTestWritePixAndCheck(rp, pix7, IFF_PNG); /* 7 */ pixDisplayWithTitle(pix7, 400, 600, "Red component mask filled", rp->display); /* Remove long vertical lines from the filled result */ pix9 = pixMorphSequence(pix7, "o1.40", 0); pixSubtract(pix7, pix7, pix9); /* remove long vertical lines */ /* Close the regions to be colored */ pix10 = pixMorphSequence(pix7, "c5.1", 0); pixaAddPix(pixa, pix10, L_CLONE); regTestWritePixAndCheck(rp, pix10, IFF_PNG); /* 8 */ pixDisplayWithTitle(pix10, 600, 600, "Components defining regions allowing coloring", rp->display); /* Get the bounding boxes of the regions to be colored */ boxa = pixConnCompBB(pix10, 8); /* Get a color to paint that is representative of the * actual highlight color in the image. Scale each * color component up from the average by an amount necessary * to saturate the red. Then divide the green and * blue components by 3.0. */ pixGetAverageMaskedRGB(pixs, pix8, 0, 0, 1, L_MEAN_ABSVAL, &rval, &gval, &bval); fract = 255.0 / rval; irval = lept_roundftoi(fract * rval); igval = lept_roundftoi(fract * gval / 3.0); ibval = lept_roundftoi(fract * bval / 3.0); fprintf(stderr, "(r,g,b) = (%d,%d,%d)\n", irval, igval, ibval); /* Color the quantized gray version in the selected regions */ pix11 = pixColorGrayRegions(pix3, boxa, L_PAINT_DARK, 220, irval, igval, ibval); pixaAddPix(pixa, pix11, L_CLONE); regTestWritePixAndCheck(rp, pix11, IFF_PNG); /* 9 */ pixDisplayWithTitle(pix11, 800, 600, "Final colored result", rp->display); pixaAddPix(pixa, pixs, L_CLONE); /* Generate a pdf of the intermediate results */ L_INFO("Writing to /tmp/colorize.pdf\n", rp->testname); pixaConvertToPdf(pixa, 90, 1.0, 0, 0, "Colorizing highlighted text", "/tmp/colorize.pdf"); pixaDestroy(&pixa); fpixDestroy(&fpix); boxaDestroy(&boxa); pixDestroy(&pixs); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); pixDestroy(&pix5); pixDestroy(&pix6); pixDestroy(&pix7); pixDestroy(&pix8); pixDestroy(&pix9); pixDestroy(&pix10); pixDestroy(&pix11); return regTestCleanup(rp); } leptonica-1.70/prog/form1.tif0000444000175000017500000001367212251657771014230 0ustar dandanMM*üÎÀã³*ÝáðmíµÎÆøOQ;Fµ2b.EÃ-"CQ¡wzï#Ž Ž2, Ò93ýÜG­ÿSȆ3èæSÄùf"$1炸™ÊHT4VÈ5”U„Dpe0 jƒytaC.f"#ˆâ8í3<ÍDM4ÓLè¿ÄDDHƒØ82ã#†r8güØrr ŽLr ä3G Àä(ä{²”$æUˆ›˜?Zi™Âiœtòcó™s#ì¨S…ØBÓ¥÷¿yOþ91àœ]¡PD~/ÿ¿ƒ&Y¸A™ë­åÂðŸýb"#ˆ“¡e:f„'²=\ê`«_üDDDFªýfðãä"öº § ïÿßr8çÉsȘr;éÿÞ5Á삇² Ý2Cš‡²vgLøn> Á2W‚H 3Ž™VªL{$/tNLsÔêf1ƒL˜ëüÐÄ; „|DD|ïaÐçUþ!ÙP¼d}¥OâA©üEÚ®C†C> aòC‘Žšwzhœ/ˆ¿ùÇPA¯º¦´">—ß*×÷ÿÿÒÿýÿòïÏ¿Âß}ýWÿúqû¿ÁdY}?áký~AÇf3qRìÀ¤qS3Gg‘Úx…¢„CH]Èøˆˆˆˆˆˆ£ž8ˆˆˆ/ Ž@ð1³”äcˆäG ®9d ³)m 8åÁ!Â×!ˆÁˆõðdAɹïé u#tÓ6,†üǹ 0‰Â8„±”søFˆM!!¦n?ÓÄDDDDDDDG÷M+H¤Iÿ8)8Èù¦™®.,"âÈäGåÿ»MwíÜZd{ÿ_ñý?ëO|xd~Xù'_ïpÔê BK¨¸ÿâ-ŠhSª¾¿©üÂ4Jt†´Îô¾Óÿ V9±Ì9æ™97*Ì980ýsA‡!œr ä3ŽMqÙ)xE‰)×ÿµ[áÚj»kÿÿ\5¢ë‹÷´›Ì>_„›¬ñ¡ŸŠ.V/ýj„Gý”éHä}?ÿdDGÿÍHã8à[7‘óÃ#‘ˆàSƒ?—RÜ‚GÿI¡Úqšh4!´'@÷ø5åŽ=ÃúÚé ÏdxìþïY‡ÿõËŠ÷¡…ýúx¦H{ü[öø÷»üfB‘á'[Aˆ¾/÷÷ùqqç„Ê÷õSú];£É¸ˆˆpŶл‚#ÞÕç$~4BÊsC¦ErnF9 ‚Kf™¹™ÍgPšg Ì9ð¤‡tœD`„DDDDDDDDDGç¢ïÿÿ÷8ÌRñã>ŒG†O—ÌßÓ-…¢ b,ئÌÄGcþ•­Òâ"É@(.f#ºÙƒ#ük…!GßþšgsHEóÕ÷¿Äÿ“õÚéý„gئ3Ž™c¦F9œ&Ÿü-1$™À_ýù7žG³™´a—DF\S‚GH»#ä)˜ÐvŸïb"""""""CLq!GÀýŽC`ä‡`¤AÄH4—ÿvE!ÉŽ@‡A¯ûR Ž¹œ‡‹Á…\ds¶B¹äJ/ðB""""""Т  Ê‚’ÿÄDGúþ³y³=˜EkþèZlf2Šÿ‚#÷kö…Ŧ¨E‚D[mvŸþ¸ê?·O5ýruÕH êÁ„Ì8LæqÓ_´ûzÿhDHfbg3aêU¨ý™¤Èù†|g"äG3eã Æ™dp¥Ì¹‚ЃE¦ì ¿ „pS#ƒO—Ær1ȇ"C\rcäU4 C‘p¤ AH(ÇBìƒqÈQÉŽ™|Ccä3Ž™91Ô˜á;,tÂüã ûL‚ã¨P¤á4͈ü㪠S¯äC€OâteÎlòC—ëq¬—ªqe=ÇØÔ¾´ÿÄdpÊDDDDDbÏ!d ö™;_¯¬DDG÷Úd1‘Ì2æGFÿåæà˲c“‚3¢4"ÙÇD4uEãÈÏ0ËÅÙ¿! ð`8È öMÉŽ‘'@Èô#8þ?Þ±üŽ?éÚ<Ò|F¡Â’tF…ëxäp™7ÂdþqÑ›eQ3QµCÁ%„è™Á£ª”f¡^SÙ8_¡Ó½p‡ë‘ÿ‘ŽþĆ„¡E>ÅKÌ=ßXæyJ l#"#]}!¿\5§’Züwþÿx]Œ;$:’tåiÉ«ÝäX&Id(ìC"f§Óûÿ#Y¶ðeŽ™P|B"?ŵüSªºùys Ûh¡‹²>o75; 9Ì š 5(оŽ?мˆ‹ ˜ Hˆ1Љâ"ŽH28…ýøìOtBŽF9Äl jˆ°„3¿þËñ´ímPµã¯ã郑Ž“þ÷ìhÌ ô Êµ7%¿Î«ò ]žg³Ã8䃗B"""N ˆÿ] 0ëÈA݈ˆˆ‰„P!Çò;=œåP¡…aS‘âB8Œd„}"]&]ÑHˆ¶GÌ$frf#Vi^."""""""""""""""? 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * mtifftest.c * * Tests tiff I/O for: * * -- multipage tiff read/write * -- writing special tiff tags to file */ #include "allheaders.h" static const char *tempmtiff = "/tmp/junkmtiff"; static const char *tempnewmtiff = "/tmp/junknewmtiff"; int main(int argc, char **argv) { char *filein, *fileout, *str, *fname, *filename; char buffer[512]; l_int32 i, count, npages, length; FILE *fp; NUMA *naflags, *nasizes; PIX *pix, *pixd; PIXA *pixa; PIXCMAP *cmap; SARRAY *savals, *satypes, *sa; static char mainName[] = "mtifftest"; if (argc != 3) return ERROR_INT(" Syntax: mtifftest filein fileout", mainName, 1); filein = argv[1]; fileout = argv[2]; #if 1 /* ------------------ Test multipage I/O -------------------*/ /* This puts every image file in the directory with a string * match to "weasel" into a multipage tiff file. * Images with 1 bpp are coded as g4; the others as zip. * It then reads back into a pix and displays. */ writeMultipageTiff(".", "weasel", "/tmp/junkout.tif"); pixa = pixaReadMultipageTiff("/tmp/junkout.tif"); pixd = pixaDisplayTiledInRows(pixa, 1, 1200, 0.5, 0, 15, 4); pixDisplay(pixd, 100, 0); pixDestroy(&pixd); pixd = pixaDisplayTiledInRows(pixa, 8, 1200, 0.8, 0, 15, 4); pixDisplay(pixd, 100, 200); pixDestroy(&pixd); pixd = pixaDisplayTiledInRows(pixa, 32, 1200, 1.2, 0, 15, 4); pixDisplay(pixd, 100, 400); pixDestroy(&pixd); pixaDestroy(&pixa); #endif #if 0 /* ------------ Test single-to-multipage I/O -------------------*/ /* Use 'filein' to specify a directory of tiff files. * Read them in and generate a multipage tiff file. * Then convert that to a G4 compressed and ascii85 encoded * PS file. */ sa = getFilenamesInDirectory(filein); sarrayWriteStream(stderr, sa); sarraySort(sa, sa, L_SORT_INCREASING); sarrayWriteStream(stderr, sa); npages = sarrayGetCount(sa); for (i = 0; i < npages; i++) { fname = sarrayGetString(sa, i, 0); filename = genPathname(filein, fname); pix = pixRead(filename); if (!pix) continue; if (i == 0) pixWriteTiff(tempmtiff, pix, IFF_TIFF_G4, "w+"); else pixWriteTiff(tempmtiff, pix, IFF_TIFF_G4, "a"); pixDestroy(&pix); lept_free(filename); } /* write it out as a PS file */ convertTiffMultipageToPS(tempmtiff, fileout, NULL, 0.95); sarrayDestroy(&sa); #endif #if 0 /* ------------------ Test multipage I/O -------------------*/ /* read count of tiff multipage */ fp = lept_fopen(filein, "rb"); if (fileFormatIsTiff(fp)) { tiffGetCount(fp, &npages); fprintf(stderr, " Tiff: %d page\n", npages); } else return ERROR_INT(" file not tiff", mainName, 1); lept_fclose(fp); /* split into separate page files */ for (i = 0; i < npages + 1; i++) { /* read one beyond to catch error */ pix = pixReadTiff(filein, i); if (!pix) continue; sprintf(buffer, "/tmp/junkout.%d.tif", i); pixWrite(buffer, pix, IFF_TIFF_G4); pixDestroy(&pix); } /* read separate page files and write reversed file */ for (i = npages - 1; i >= 0; i--) { sprintf(buffer, "/tmp/junkout.%d.tif", i); pix = pixRead(buffer); if (!pix) continue; if (i == npages - 1) pixWriteTiff(tempmtiff, pix, IFF_TIFF_G4, "w+"); else pixWriteTiff(tempmtiff, pix, IFF_TIFF_G4, "a"); pixDestroy(&pix); } /* read reversed file and reverse again */ pixa = pixaCreate(npages); for (i = 0; i < 5; i++) { pix = pixReadTiff(tempmtiff, i); pixaAddPix(pixa, pix, L_INSERT); } for (i = npages - 1; i >= 0; i--) { pix = pixaGetPix(pixa, i, L_CLONE); if (i == npages - 1) pixWriteTiff(tempnewmtiff, pix, IFF_TIFF_G4, "w+"); else pixWriteTiff(tempnewmtiff, pix, IFF_TIFF_G4, "a"); pixDestroy(&pix); } pixaDestroy(&pixa); #endif #if 0 /* ----- test adding custom public tags to a tiff header ----- */ pix = pixRead(filein); naflags = numaCreate(10); savals = sarrayCreate(10); satypes = sarrayCreate(10); nasizes = numaCreate(10); /* numaAddNumber(naflags, TIFFTAG_XMLPACKET); */ /* XMP: 700 */ numaAddNumber(naflags, 700); str = "This is a Fake XMP packet\nGuess what ...?"; length = strlen(str); sarrayAddString(savals, str, 1); sarrayAddString(satypes, "char*", 1); numaAddNumber(nasizes, length); /* get it all */ numaAddNumber(naflags, 269); /* DOCUMENTNAME */ sarrayAddString(savals, "One silly title", 1); sarrayAddString(satypes, "char*", 1); numaAddNumber(naflags, 270); /* IMAGEDESCRIPTION */ sarrayAddString(savals, "One page of text", 1); sarrayAddString(satypes, "char*", 1); /* the max sample is used by rendering programs * to scale the dynamic range */ numaAddNumber(naflags, 281); /* MAXSAMPLEVALUE */ sarrayAddString(savals, "4", 1); sarrayAddString(satypes, "l_uint16", 1); /* note that date is required to be a 20 byte string */ numaAddNumber(naflags, 306); /* DATETIME */ sarrayAddString(savals, "2004:10:11 09:35:15", 1); sarrayAddString(satypes, "char*", 1); /* note that page number requires 2 l_uint16 input */ numaAddNumber(naflags, 297); /* PAGENUMBER */ sarrayAddString(savals, "1-412", 1); sarrayAddString(satypes, "l_uint16-l_uint16", 1); pixWriteTiffCustom(fileout, pix, IFF_TIFF_G4, "w", naflags, savals, satypes, nasizes); fprintTiffInfo(stderr, fileout); numaDestroy(&naflags); numaDestroy(&nasizes); sarrayDestroy(&savals); sarrayDestroy(&satypes); pixDestroy(&pix); #endif return 0; } leptonica-1.70/prog/scale_reg.c0000644000175000017500000002410512240302451014537 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * scale_reg.c * * This tests a number of scaling operations, through the pixScale() * interface. */ #include "allheaders.h" static const char *image[10] = {"feyn.tif", /* 1 bpp */ "weasel2.png", /* 2 bpp; no cmap */ "weasel2.4c.png", /* 2 bpp; cmap */ "weasel4.png", /* 4 bpp; no cmap */ "weasel4.16c.png", /* 4 bpp; cmap */ "weasel8.png", /* 8 bpp; no cmap */ "weasel8.240c.png", /* 8 bpp; cmap */ "test16.png", /* 16 bpp rgb */ "marge.jpg", /* 32 bpp rgb */ "test24.jpg"}; /* 32 bpp rgb */ static const l_int32 SPACE = 30; static const l_int32 WIDTH = 300; static const l_float32 FACTOR[5] = {2.3, 1.5, 1.1, 0.6, 0.3}; static void AddScaledImages(PIXA *pixa, const char *fname, l_int32 width); static void PixSave32(PIXA *pixa, PIX *pixc); static void PixaSaveDisplay(PIXA *pixa, L_REGPARAMS *rp); int main(int argc, char **argv) { l_int32 i; PIX *pixs, *pixc; PIXA *pixa; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; /* Test 1 bpp */ fprintf(stderr, "\n-------------- Testing 1 bpp ----------\n"); pixa = pixaCreate(0); pixs = pixRead(image[0]); pixc = pixScale(pixs, 0.32, 0.32); regTestWritePixAndCheck(rp, pixc, IFF_PNG); pixSaveTiled(pixc, pixa, 1.0, 1, SPACE, 32); pixDestroy(&pixc); pixc = pixScaleToGray3(pixs); regTestWritePixAndCheck(rp, pixc, IFF_PNG); PixSave32(pixa, pixc); pixc = pixScaleToGray4(pixs); regTestWritePixAndCheck(rp, pixc, IFF_PNG); pixSaveTiled(pixc, pixa, 1.0, 1, SPACE, 32); pixDestroy(&pixc); pixc = pixScaleToGray6(pixs); regTestWritePixAndCheck(rp, pixc, IFF_PNG); PixSave32(pixa, pixc); pixc = pixScaleToGray8(pixs); regTestWritePixAndCheck(rp, pixc, IFF_PNG); PixSave32(pixa, pixc); pixc = pixScaleToGray16(pixs); regTestWritePixAndCheck(rp, pixc, IFF_PNG); PixSave32(pixa, pixc); pixDestroy(&pixs); PixaSaveDisplay(pixa, rp); for (i = 1; i < 10; i++) { pixa = pixaCreate(0); AddScaledImages(pixa, image[i], WIDTH); PixaSaveDisplay(pixa, rp); } /* Test 2 bpp without colormap */ fprintf(stderr, "\n-------------- Testing 2 bpp without cmap ----------\n"); pixa = pixaCreate(0); pixs = pixRead(image[1]); pixSaveTiled(pixs, pixa, 1.0, 1, SPACE, 32); pixc = pixScale(pixs, 2.25, 2.25); regTestWritePixAndCheck(rp, pixc, IFF_JFIF_JPEG); PixSave32(pixa, pixc); pixc = pixScale(pixs, 0.85, 0.85); regTestWritePixAndCheck(rp, pixc, IFF_JFIF_JPEG); PixSave32(pixa, pixc); pixc = pixScale(pixs, 0.65, 0.65); regTestWritePixAndCheck(rp, pixc, IFF_JFIF_JPEG); PixSave32(pixa, pixc); PixaSaveDisplay(pixa, rp); pixDestroy(&pixs); /* Test 2 bpp with colormap */ fprintf(stderr, "\n-------------- Testing 2 bpp with cmap ----------\n"); pixa = pixaCreate(0); pixs = pixRead(image[2]); pixSaveTiled(pixs, pixa, 1.0, 1, SPACE, 32); pixc = pixScale(pixs, 2.25, 2.25); regTestWritePixAndCheck(rp, pixc, IFF_PNG); PixSave32(pixa, pixc); pixc = pixScale(pixs, 0.85, 0.85); regTestWritePixAndCheck(rp, pixc, IFF_PNG); PixSave32(pixa, pixc); pixc = pixScale(pixs, 0.65, 0.65); regTestWritePixAndCheck(rp, pixc, IFF_PNG); PixSave32(pixa, pixc); PixaSaveDisplay(pixa, rp); pixDestroy(&pixs); /* Test 4 bpp without colormap */ fprintf(stderr, "\n-------------- Testing 4 bpp without cmap ----------\n"); pixa = pixaCreate(0); pixs = pixRead(image[3]); pixSaveTiled(pixs, pixa, 1.0, 1, SPACE, 32); pixc = pixScale(pixs, 1.72, 1.72); regTestWritePixAndCheck(rp, pixc, IFF_PNG); PixSave32(pixa, pixc); pixc = pixScale(pixs, 0.85, 0.85); regTestWritePixAndCheck(rp, pixc, IFF_PNG); PixSave32(pixa, pixc); pixc = pixScale(pixs, 0.65, 0.65); regTestWritePixAndCheck(rp, pixc, IFF_PNG); PixSave32(pixa, pixc); PixaSaveDisplay(pixa, rp); pixDestroy(&pixs); /* Test 4 bpp with colormap */ fprintf(stderr, "\n-------------- Testing 4 bpp with cmap ----------\n"); pixa = pixaCreate(0); pixs = pixRead(image[4]); pixSaveTiled(pixs, pixa, 1.0, 1, SPACE, 32); pixc = pixScale(pixs, 1.72, 1.72); regTestWritePixAndCheck(rp, pixc, IFF_PNG); PixSave32(pixa, pixc); pixc = pixScale(pixs, 0.85, 0.85); regTestWritePixAndCheck(rp, pixc, IFF_PNG); PixSave32(pixa, pixc); pixc = pixScale(pixs, 0.65, 0.65); regTestWritePixAndCheck(rp, pixc, IFF_PNG); PixSave32(pixa, pixc); PixaSaveDisplay(pixa, rp); pixDestroy(&pixs); /* Test 8 bpp without colormap */ fprintf(stderr, "\n-------------- Testing 8 bpp without cmap ----------\n"); pixa = pixaCreate(0); pixs = pixRead(image[5]); pixSaveTiled(pixs, pixa, 1.0, 1, SPACE, 32); pixc = pixScale(pixs, 1.92, 1.92); regTestWritePixAndCheck(rp, pixc, IFF_JFIF_JPEG); PixSave32(pixa, pixc); pixc = pixScale(pixs, 0.85, 0.85); regTestWritePixAndCheck(rp, pixc, IFF_JFIF_JPEG); PixSave32(pixa, pixc); pixc = pixScale(pixs, 0.65, 0.65); regTestWritePixAndCheck(rp, pixc, IFF_JFIF_JPEG); PixSave32(pixa, pixc); PixaSaveDisplay(pixa, rp); pixDestroy(&pixs); /* Test 8 bpp with colormap */ fprintf(stderr, "\n-------------- Testing 8 bpp with cmap ----------\n"); pixa = pixaCreate(0); pixs = pixRead(image[6]); pixSaveTiled(pixs, pixa, 1.0, 1, SPACE, 32); pixc = pixScale(pixs, 1.92, 1.92); regTestWritePixAndCheck(rp, pixc, IFF_JFIF_JPEG); PixSave32(pixa, pixc); pixc = pixScale(pixs, 0.85, 0.85); regTestWritePixAndCheck(rp, pixc, IFF_JFIF_JPEG); PixSave32(pixa, pixc); pixc = pixScale(pixs, 0.65, 0.65); regTestWritePixAndCheck(rp, pixc, IFF_JFIF_JPEG); PixSave32(pixa, pixc); PixaSaveDisplay(pixa, rp); pixDestroy(&pixs); /* Test 16 bpp */ fprintf(stderr, "\n-------------- Testing 16 bpp ------------\n"); pixa = pixaCreate(0); pixs = pixRead(image[7]); pixSaveTiled(pixs, pixa, 1.0, 1, SPACE, 32); pixc = pixScale(pixs, 1.92, 1.92); regTestWritePixAndCheck(rp, pixc, IFF_JFIF_JPEG); PixSave32(pixa, pixc); pixc = pixScale(pixs, 0.85, 0.85); regTestWritePixAndCheck(rp, pixc, IFF_JFIF_JPEG); PixSave32(pixa, pixc); pixc = pixScale(pixs, 0.65, 0.65); regTestWritePixAndCheck(rp, pixc, IFF_JFIF_JPEG); PixSave32(pixa, pixc); PixaSaveDisplay(pixa, rp); pixDestroy(&pixs); /* Test 32 bpp */ fprintf(stderr, "\n-------------- Testing 32 bpp ------------\n"); pixa = pixaCreate(0); pixs = pixRead(image[8]); pixSaveTiled(pixs, pixa, 1.0, 1, SPACE, 32); pixc = pixScale(pixs, 1.42, 1.42); regTestWritePixAndCheck(rp, pixc, IFF_JFIF_JPEG); PixSave32(pixa, pixc); pixc = pixScale(pixs, 0.85, 0.85); regTestWritePixAndCheck(rp, pixc, IFF_JFIF_JPEG); PixSave32(pixa, pixc); pixc = pixScale(pixs, 0.65, 0.65); regTestWritePixAndCheck(rp, pixc, IFF_JFIF_JPEG); PixSave32(pixa, pixc); PixaSaveDisplay(pixa, rp); pixDestroy(&pixs); return regTestCleanup(rp); } static void AddScaledImages(PIXA *pixa, const char *fname, l_int32 width) { l_int32 i, w; l_float32 scalefactor; PIX *pixs, *pixt1, *pixt2, *pix32; pixs = pixRead(fname); w = pixGetWidth(pixs); for (i = 0; i < 5; i++) { scalefactor = (l_float32)width / (FACTOR[i] * (l_float32)w); pixt1 = pixScale(pixs, FACTOR[i], FACTOR[i]); pixt2 = pixScale(pixt1, scalefactor, scalefactor); pix32 = pixConvertTo32(pixt2); if (i == 0) pixSaveTiled(pix32, pixa, 1.0, 1, SPACE, 32); else pixSaveTiled(pix32, pixa, 1.0, 0, SPACE, 32); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pix32); } pixDestroy(&pixs); return; } static void PixSave32(PIXA *pixa, PIX *pixc) { PIX *pix32; pix32 = pixConvertTo32(pixc); pixSaveTiled(pix32, pixa, 1.0, 0, SPACE, 32); pixDestroy(&pixc); pixDestroy(&pix32); return; } static void PixaSaveDisplay(PIXA *pixa, L_REGPARAMS *rp) { PIX *pixd; pixd = pixaDisplay(pixa, 0, 0); regTestWritePixAndCheck(rp, pixd, IFF_JFIF_JPEG); pixDisplayWithTitle(pixd, 100, 100, NULL, rp->display); pixDestroy(&pixd); pixaDestroy(&pixa); return; } leptonica-1.70/prog/livre_tophat.c0000644000175000017500000000535712270122643015331 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * livre_tophat.c * */ #include "allheaders.h" int main(int argc, char **argv) { PIX *pixs, *pixsg, *pixg, *pixd; PIXA *pixa; static char mainName[] = "livre_tophat"; if (argc != 1) return ERROR_INT(" Syntax: livre_tophat", mainName, 1); /* Read the image in at 150 ppi. */ if ((pixs = pixRead("brothers.150.jpg")) == NULL) return ERROR_INT("pix not made", mainName, 1); pixDisplayWrite(NULL, -1); pixDisplayWriteFormat(pixs, 2, IFF_JFIF_JPEG); pixsg = pixConvertRGBToLuminance(pixs); /* Black tophat (closing - original-image) and invert */ pixg = pixTophat(pixsg, 15, 15, L_TOPHAT_BLACK); pixInvert(pixg, pixg); pixDisplayWriteFormat(pixg, 2, IFF_JFIF_JPEG); /* Set black point at 200, white point at 245. */ pixd = pixGammaTRC(NULL, pixg, 1.0, 200, 245); pixDisplayWriteFormat(pixd, 2, IFF_JFIF_JPEG); pixDestroy(&pixg); pixDestroy(&pixd); /* Generate the output image */ pixa = pixaReadFiles("/tmp/display", "file"); pixd = pixaDisplayTiledAndScaled(pixa, 8, 350, 3, 0, 25, 2); pixWrite("/tmp/tophat.jpg", pixd, IFF_JFIF_JPEG); pixDisplay(pixd, 0, 0); pixDestroy(&pixd); pixDestroy(&pixs); pixDestroy(&pixsg); return 0; } leptonica-1.70/prog/tribune-t.png0000444000175000017500000000340111425464255015077 0ustar dandan‰PNG  IHDRîÏ·äágAMA± üa8tEXtSoftwareXV Version 3.10a Rev: 12/29/94 (PNG patch 1.2)Ý.IaIDAThÕÙ±ŽÜ6P 2Â&›tq 1 OI€|@R¦B)RúâOY.®ô'¬ ¸"Åép,Ã4 9$gHJ¸œÝ„Õݾ%93$W+­pÎh‡íÆÍçlâ7-n·ËÓùÓ9 ü±â{Ê÷çüŽÛm‹ó{^çwz¾…¿Þ²ã|sήfSÆW°¾%¯~(yi§û’WMùïŠÙ”oJ^¿t×Äç½}F‹?f¾«XìMÁ_W: òí ,z?/g?ÚäY”½WŒ<¨Ž·Yà»°}Çy ¼DºÅSb=ldœ3˜Zç•e¼fßh°0‡ÝL‡Ol25Oμù¹-c’ÛêÙˆƒî‹çsWðÊYŒÞÞûj±’ÒÑ÷…ÏD^®Üà×{L_‹*phaðíˆ%.ÔsQåå› ½U^!¹ lÏe^¾õ 0lÅ2/Ò€çCíιžYO­vnT%¶açVÚØÆ—cÖ‘Uó]pBgVpª´‹¬ë-%ถÅ9Ä&'ÜõÂÈ:ízž0Ù¹mî#ÏEÚ;[r,øÆè\à1 –{lŠ3GóÚ9Òоg¹©À)p«Xì#ð sÜî—øUoÒ6xŸãd6·N¬ÜOnÖ¯Š¼v^°âÎ(^T‰Œi›X¦àUÁãæ'$‘yNUÙü„±ð®äÅrK%ŸèW¬¸L…‡±"Ãj2¤Mc¾ß9ÕÔà„˳85 ž6ÊûfödÅÆ3ï3l5c)œ_ 9n¥™ KU²I•b/†»ÖÇÀ×vïÿUîJÆ%Þß, ¶)/ž˜Ê‡¼š¼¥¼š¼ˆô!áù†óÄó&_^T ¼Çü€g‹y]&ΫdŒ5VÞÞú2íÀŸ(d\V_EÞ°*Û1˜>ãŽUÎÈpoãÊθà ýòÛÃÌωmØ6XSÿé1Ø5°þGØp€±¦&œìin—Òí1Œü.ð$IMך;R´Eyï1ë0¨Â8û}½ r½Ü%󽬩ʢdmÎC{ÛG%ÆCûxP–*ò#®ŽA»7eßÅïó±Õ;±›yŸò圻ĶøÛÄÍÈûsv„kÎ{W+öyÜøD®¹:ßíÞ)1…‘ð{ë&kÆl½59þ5Û‘òX^ðµ¨yâÅ¿øªU–/ÄŠ²©¹¹$eiO—æˆý¤·FŸñ~xlqƒ#³Ð¶´“ŸÂæœÿ*ËX±ý,},ù†ñPòïŒUÉ}dd‘·íNÙ$žÃ’!ëÇqßfxK¼Ä5‰ß½<ËÈk\ƒ£¯‰·XUÆŠóX"/‰ÓÝLº×íý³Æ*ü1 OË‚ãñÇïÈ"~ôà’!ëÀV¤í€Â!rGìOI‡lºÌsf‰¼õ%C&xÒ»E– eÂoù½› /:áIeKÛÃçõjçPcGÖD¶”ñ¡›Î¼QÆG‚#òÕöøDèÝM®*<8~¡Ch ”mRCäû öŒ{‹²XÃÕnÛ:Ê¡.ñ?øч„8Ë*ÞSù©ä!1>)ð{'=IÍ<¸øà'—-²ñú§i]âcß5Äü(ß-â)‘1ñ°¶t^#Ï©û54òœ7fýã(kæò·‡Áå»X’Yl#çòñ¸vù&—$ŽÍ¯Üüu~=1ö噞G¾Ïæ}úÓ‹ÌkÍâ×<8}ôáßylþ•žþLLcëjžËÀ­¤LC§XQ¦uÓžGöu™Ëg¬˜¼oqž\µ8fh±-§æœ #Û\•’íD²®ƒKc—lÓb6ÙÏN~Ò,¾Ú¸.Þüÿå}MBÿöø¼tIME×:,dzvöIEND®B`‚leptonica-1.70/prog/warper_reg.c0000644000175000017500000001074012240302343014750 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * warper_reg.c */ #include #include "allheaders.h" static void DisplayResult(PIXA *pixac, PIX **ppixd, l_int32 newline); static void DisplayCaptcha(PIXA *pixac, PIX *pixs, l_int32 nterms, l_uint32 seed, l_int32 newline); static const l_int32 size = 4; static const l_float32 xmag[] = {3.0, 4.0, 5.0, 7.0}; static const l_float32 ymag[] = {5.0, 6.0, 8.0, 10.0}; static const l_float32 xfreq[] = {0.11, 0.10, 0.10, 0.12}; static const l_float32 yfreq[] = {0.11, 0.13, 0.13, 0.15}; static const l_int32 nx[] = {4, 3, 2, 1}; static const l_int32 ny[] = {4, 3, 2, 1}; int main(int argc, char **argv) { l_int32 i, k, newline; PIX *pixs, *pixt, *pixg, *pixd; PIXA *pixac; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; pixs = pixRead("feyn-word.tif"); pixt = pixAddBorder(pixs, 25, 0); pixg = pixConvertTo8(pixt, 0); for (k = 0; k < size; k++) { pixac = pixaCreate(0); for (i = 0; i < 50; i++) { pixd = pixRandomHarmonicWarp(pixg, xmag[k], ymag[k], xfreq[k], yfreq[k], nx[k], ny[k], 7 * i, 255); newline = (i % 10 == 0) ? 1 : 0; DisplayResult(pixac, &pixd, newline); } pixd = pixaDisplay(pixac, 0, 0); regTestWritePixAndCheck(rp, pixd, IFF_PNG); pixDisplayWithTitle(pixd, 100, 100, NULL, rp->display); pixaDestroy(&pixac); pixDestroy(&pixd); } pixDestroy(&pixt); pixDestroy(&pixg); for (k = 1; k <= 4; k++) { pixac = pixaCreate(0); for (i = 0; i < 50; i++) { newline = (i % 10 == 0) ? 1 : 0; DisplayCaptcha(pixac, pixs, k, 7 * i, newline); } pixd = pixaDisplay(pixac, 0, 0); regTestWritePixAndCheck(rp, pixd, IFF_PNG); pixDisplayWithTitle(pixd, 100, 100, NULL, rp->display); pixaDestroy(&pixac); pixDestroy(&pixd); } pixDestroy(&pixs); return regTestCleanup(rp); } static void DisplayResult(PIXA *pixac, PIX **ppixd, l_int32 newline) { l_uint32 color; PIX *pixt; color = 0; color = ((rand() >> 16) & 0xff) << L_RED_SHIFT | ((rand() >> 16) & 0xff) << L_GREEN_SHIFT | ((rand() >> 16) & 0xff) << L_BLUE_SHIFT; pixt = pixColorizeGray(*ppixd, color, 0); pixSaveTiled(pixt, pixac, 1.0, newline, 20, 32); pixDestroy(&pixt); pixDestroy(ppixd); return; } static void DisplayCaptcha(PIXA *pixac, PIX *pixs, l_int32 nterms, l_uint32 seed, l_int32 newline) { l_uint32 color; PIX *pixd; color = 0; color = ((rand() >> 16) & 0xff) << L_RED_SHIFT | ((rand() >> 16) & 0xff) << L_GREEN_SHIFT | ((rand() >> 16) & 0xff) << L_BLUE_SHIFT; pixd = pixSimpleCaptcha(pixs, 25, nterms, seed, color, 0); pixSaveTiled(pixd, pixac, 1.0, newline, 20, 32); pixDestroy(&pixd); return; } leptonica-1.70/prog/keystone.png0000444000175000017500000011434510267112543015032 0ustar dandan‰PNG  IHDRoèÁ˜¬IDATxÚìýp%çyß ~Þ>Mœ¦ ÍiJŠ ÚÃ9MŠë°vPVì‘2¼C1ë&7ææÞ­uRŽ)*‡»77%epðb8á\Z„}S·è”cÙ®DµåÚK§¼[Œ‹â¼˜Íq¢HãÄò]‹ÓB"˜Ðd„È>`Ÿ~÷·»OŸ_À¿ì‹÷sNŸîo?¿ßç}Þç†c4ŒÃ±G/8r¨«Tç?ʼnìl3*Áø½¨ØËF±·_™ì˜´Ò‡`'¢|$vçÎ!‰œ×O˜µ ÿxÁÝ#'³ÒᦓhV•“ÇK³†xÖ‰G?q¡'pNàtŒä,å‰ÝÙf­ˆøÆ‘0'ŽÒô—[ÁZôÀÑÀ ‰cLpÙ˜ôKÞZ¬7WÃ_\R,CÓ^ö_M”½\–[_B”fŸü–\ñFç>Õ/½jW¦Œ›˜"ôŠ÷N >ž Àô{˜ OMzÕ—ÕÊÒ*ûÿ[“ßþ>›¶ÞvÄœø”øKãéÒpS3ìH+FÝX1Æ$µp"šˆ'ž‰k×âj2bÒºiÔ#ŒIAh0ÀiaT5æ~€I¨Æâ•až± f¹y‚Í÷A"þ’ ·CÄOD§ª@¥¢ÎÖ´TïU4Lzñ8*#Zl¥n­r`§^˜ãs¼Â€y€‹tgú}ShåO­mùlM¢€¨¡¶å‘‹pvï$Ú—» O¤àZAõTÖ#BáHÿ\­^ yå'õv÷ÝJ æ}– ¶Sç|À§^0V{ê* ôÛ?hÍX]Øœ±°Ç‹Íç“–LFî×Ú)@º8Àéâö•PíÎfng€Í\µ“fÛŸ'$ün—‹Úb4~Ïq÷¢ü¾Ø)%7ZÐBâ#T¦siæÛO¾'›a‘ ¶7±!•ÝÁñˆ2³IåKä¯(‰‡ '¦3X8·ƒ™ wK;2Fßmßt3`u<'–UœË ˆÄN%¤à¢[–dƒB¦$A­îNL®( [*h)€óå|G´&AA[Ì’$BnÏ«”·kEŸÈ)ëãhŸ°YXF¥nK×ïVÉ›h+ÜŽ ¸nx RÕe‰”ޣݩÏ£„£DD`À€ ÊØ no-@¢}6¼íoê³°[Q&°NKâ׈**ÎâÄ™!rNeò(<\V? 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * printtiff.c * * Syntax: printtiff filein [printer] * * Prints a multipage tiff file to a printer. If the tiff is * at standard fax resolution, it expands the vertical size * by a factor of two before encapsulating in ccittg4 encoded * PostScript. The PostScript file is left in /tmp, and * erased (deleted, removed, unlinked) on the next invocation. * * If the printer is not specified, this just writes the PostScript * file into /tmp. */ #include "allheaders.h" #define TEMP_PS "junk_printtiff.ps" /* in the temp directory */ #define FILL_FACTOR 0.95 int main(int argc, char **argv) { char *filein, *tempfile, *printer; char buf[512]; l_int32 ignore; static char mainName[] = "printtiff"; if (argc != 2 && argc != 3) return ERROR_INT(" Syntax: printtiff filein [printer]", mainName, 1); filein = argv[1]; if (argc == 3) printer = argv[2]; lept_rm(NULL, TEMP_PS); tempfile = genPathname("/tmp", TEMP_PS); convertTiffMultipageToPS(filein, tempfile, NULL, FILL_FACTOR); if (argc == 3) { sprintf(buf, "lpr -P%s %s &", printer, tempfile); ignore = system(buf); } lept_free(tempfile); return 0; } leptonica-1.70/prog/reg_wrapper.sh0000555000175000017500000000163012270004766015332 0ustar dandan#!/bin/sh # # This testing wrapper was written by James Le Cuirot. # # It runs: # alltests_reg generate # alltests_reg compare # when the command 'make check' is invoked # # The wrapper receives several parameters in this form: # path/to/source/config/test-driver -- ./foo_reg # # Shell trickery is used to strip off the final parameter and # transform the invocation into this. # path/to/source/config/test-driver # -- /bin/sh -c "cd \"path/to/source/prog\" && # \"path/to/build/prog/\"./foo_reg generate && # \"path/to/build/prog/\"./foo_reg compare" # # This also allows testing when you build in a different directory # from the install directory, and the logs still get written to # the build directory. eval TEST=\${${#}} exec ${@%${TEST}} /bin/sh -c "cd \"${srcdir}\" && \"${PWD}/\"${TEST} generate && \"${PWD}/\"${TEST} compare" leptonica-1.70/prog/findpattern_reg.c0000644000175000017500000001373512240303140015771 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * findpattern_reg.c * * This uses pixGenerateSelBoundary() to generate hit-miss Sels * that are a good fit for two 1 bpp patterns: * * a "T" in the banner name * * the banner name ("Tribune") * The sels are first displayed, showing the hit and miss elements * in color. * * The sels are then used to identify and remove the components * in a page image in which thay are found. We demonstrate * the ability to find these components are reductions from 4 to 16x. * (16x is extreme -- don't do this at home!) The results are displayed * with the matched pattern either highlighted or removed. * * Some of these Sels are also made by livre_hmt.c for figures * in the Document Image Applications chapter. */ #include "allheaders.h" /* for pixDisplayHitMissSel() */ static const l_uint32 HitColor = 0x33aa4400; static const l_uint32 MissColor = 0xaa44bb00; /* Patterns at full resolution */ static const char *patname[2] = { "tribune-word.png", /* patno = 0 */ "tribune-t.png"}; /* patno = 1 */ l_int32 GeneratePattern(l_int32 patno, l_int32 red, L_REGPARAMS *rp); int main(int argc, char **argv) { l_int32 patno, red; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; for (patno = 0; patno < 2; patno++) { for (red = 4; red <= 16; red *= 2) { if (patno == 1 && red == 16) continue; GeneratePattern(patno, red, rp); } } return regTestCleanup(rp); } l_int32 GeneratePattern(l_int32 patno, l_int32 red, L_REGPARAMS *rp) { l_int32 width, cx, cy; PIX *pixs, *pixt, *pix, *pixr, *pixp, *pixsel, *pixhmt; PIX *pixc1, *pixc2, *pixc3, *pixd; PIXA *pixa; SEL *selhm; PROCNAME("GeneratePattern"); if ((pixs = pixRead(patname[patno])) == NULL) { rp->success = FALSE; return ERROR_INT("pixs not made", procName, 1); } /* Make a hit-miss sel at specified reduction factor */ if (red == 4) { pixt = pixReduceRankBinaryCascade(pixs, 4, 4, 0, 0); selhm = pixGenerateSelBoundary(pixt, 2, 2, 20, 30, 1, 1, 0, 0, &pixp); } else if (red == 8) { pixt = pixReduceRankBinaryCascade(pixs, 4, 4, 2, 0); selhm = pixGenerateSelBoundary(pixt, 1, 2, 6, 12, 1, 1, 0, 0, &pixp); } else { /* red == 16 */ pixt = pixReduceRankBinaryCascade(pixs, 4, 4, 2, 2); selhm = pixGenerateSelBoundary(pixt, 1, 1, 4, 8, 0, 0, 0, 0, &pixp); } pixDestroy(&pixt); /* Display the sel */ pixsel = pixDisplayHitMissSel(pixp, selhm, 7, HitColor, MissColor); pixa = pixaCreate(2); pixaAddPix(pixa, pixs, L_CLONE); pixaAddPix(pixa, pixsel, L_CLONE); width = (patno == 0) ? 1200 : 400; pixd = pixaDisplayTiledAndScaled(pixa, 32, width, 2, 0, 30, 2); regTestWritePixAndCheck(rp, pixd, IFF_PNG); pixDisplayWithTitle(pixd, 100, 100 + 100 * (3 * patno + red / 4), NULL, rp->display); pixaDestroy(&pixa); pixDestroy(&pixd); /* Use the sel to find all instances in the page */ pix = pixRead("tribune-page-4x.png"); /* 4x reduced */ if (red == 4) pixr = pixClone(pix); else if (red == 8) pixr = pixReduceRankBinaryCascade(pix, 2, 0, 0, 0); else if (red == 16) pixr = pixReduceRankBinaryCascade(pix, 2, 2, 0, 0); pixDestroy(&pix); startTimer(); pixhmt = pixHMT(NULL, pixr, selhm); fprintf(stderr, "Time to find patterns = %7.3f\n", stopTimer()); /* Color each instance at full res */ selGetParameters(selhm, NULL, NULL, &cy, &cx); pixc1 = pixDisplayMatchedPattern(pixr, pixp, pixhmt, cx, cy, 0x0000ff00, 1.0, 5); regTestWritePixAndCheck(rp, pixc1, IFF_PNG); pixDisplayWithTitle(pixc1, 500, 100, NULL, rp->display); /* Color each instance at 0.5 scale */ pixc2 = pixDisplayMatchedPattern(pixr, pixp, pixhmt, cx, cy, 0x0000ff00, 0.5, 5); regTestWritePixAndCheck(rp, pixc2, IFF_PNG); /* Remove each instance from the input image */ pixc3 = pixCopy(NULL, pixr); pixRemoveMatchedPattern(pixc3, pixp, pixhmt, cx, cy, 1); regTestWritePixAndCheck(rp, pixc3, IFF_PNG); selDestroy(&selhm); pixDestroy(&pixp); pixDestroy(&pixsel); pixDestroy(&pixhmt); pixDestroy(&pixc1); pixDestroy(&pixc2); pixDestroy(&pixc3); pixDestroy(&pixd); pixDestroy(&pixr); pixDestroy(&pixs); return 0; } leptonica-1.70/prog/warped_sudoku.jpg0000444000175000017500000013775512105610371016046 0ustar dandanÿØÿàJFIFÿþžSoftware::Wolfram Mathematica 8.0 Creation Time::2012:04:19 12:55:44 CREATOR: XV Version 3.10a Rev: 12/29/94 (PNG patch 1.2) Quality = 75, Smoothing = 0 ÿÛC    $.' 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * snapcolortest.c * * This tests the color snapping in blend.c. * It is used here to color the background on images in index.html. */ #include "allheaders.h" static const l_uint32 LEPTONICA_YELLOW = 0xffffe400; int main(int argc, char **argv) { PIX *pixs, *pixc, *pixd; PIXA *pixa; static char mainName[] = "snapcolortest"; if (argc != 1) return ERROR_INT(" Syntax: snapcolortest", mainName, 1); if ((pixs = pixRead("Leptonica.jpg")) == NULL) return ERROR_INT("pixs not made", mainName, 1); pixa = pixaCreate(0); /* First, snap the color directly on the input rgb image. */ pixSaveTiledOutline(pixs, pixa, 1.0, 1, 25, 2, 32); pixd = pixSnapColor(NULL, pixs, 0xffffff00, LEPTONICA_YELLOW, 30); pixSaveTiledOutline(pixd, pixa, 1.0, 0, 25, 2, 32); pixWrite("/tmp/logo1.jpg", pixd, IFF_JFIF_JPEG); pixDestroy(&pixd); /* Then make a colormapped version and snap the color */ pixd = pixOctreeQuantNumColors(pixs, 250, 0); pixSaveTiledOutline(pixd, pixa, 1.0, 1, 25, 2, 32); pixSnapColor(pixd, pixd, 0xffffff00, LEPTONICA_YELLOW, 30); pixSaveTiledOutline(pixd, pixa, 1.0, 0, 25, 2, 32); pixWrite("/tmp/logo2.png", pixd, IFF_PNG); pixDestroy(&pixd); pixDestroy(&pixs); /* Set the background of the google searchbox to yellow. * The input image is colormapped with all 256 colors used. */ if ((pixs = pixRead("google-searchbox.png")) == NULL) return ERROR_INT("pixs not made", mainName, 1); pixSaveTiledOutline(pixs, pixa, 1.0, 1, 25, 2, 32); pixd = pixSnapColor(NULL, pixs, 0xffffff00, LEPTONICA_YELLOW, 30); pixSaveTiledOutline(pixd, pixa, 1.0, 0, 25, 2, 32); pixWrite("/tmp/logo3.png", pixd, IFF_PNG); pixDestroy(&pixd); pixDestroy(&pixs); /* A couple of more, setting pixels near white to strange colors */ pixs = pixRead("weasel4.11c.png"); pixSaveTiledOutline(pixs, pixa, 1.0, 1, 25, 2, 32); pixd = pixSnapColor(NULL, pixs, 0xfefefe00, 0x80800000, 50); pixSaveTiledOutline(pixd, pixa, 1.0, 0, 25, 2, 32); pixDestroy(&pixs); pixDestroy(&pixd); pixs = pixRead("wyom.jpg"); pixc = pixFixedOctcubeQuant256(pixs, 0); pixSaveTiledOutline(pixc, pixa, 1.0, 1, 25, 2, 32); pixd = pixSnapColor(NULL, pixc, 0xf0f0f000, 0x80008000, 100); pixSaveTiledOutline(pixd, pixa, 1.0, 0, 25, 2, 32); pixDestroy(&pixs); pixDestroy(&pixc); pixDestroy(&pixd); /* --- Display results --- */ pixd = pixaDisplay(pixa, 0, 0); pixDisplay(pixd, 100, 100); pixWrite("/tmp/snap.jpg", pixd, IFF_PNG); pixDestroy(&pixd); pixaDestroy(&pixa); return 0; } leptonica-1.70/prog/dithertest.c0000644000175000017500000000755712270122643015014 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * dithertest.c * * Input is 8 bpp grayscale * Output file is PostScript, 2 bpp dithered */ #include "allheaders.h" static const l_float32 FACTOR = 0.95; static const l_float32 GAMMA = 1.0; int main(int argc, char **argv) { char *filein, *fileout; l_int32 w, h; l_float32 scale; FILE *fp; PIX *pix, *pixs, *pixd; PIXCMAP *cmap; static char mainName[] = "dithertest"; if (argc != 3) return ERROR_INT(" Syntax: dithertest filein fileout", mainName, 1); filein = argv[1]; fileout = argv[2]; if ((pix = pixRead(filein)) == NULL) return ERROR_INT("pix not made", mainName, 1); if (pixGetDepth(pix) != 8) return ERROR_INT("pix not 8 bpp", mainName, 1); pixs = pixGammaTRC(NULL, pix, GAMMA, 0, 255); startTimer(); pixd = pixDitherToBinary(pixs); fprintf(stderr, " time for binarized dither = %7.3f sec\n", stopTimer()); pixDisplayWrite(pixd, 1); pixDestroy(&pixd); /* Dither to 2 bpp, with colormap */ startTimer(); pixd = pixDitherTo2bpp(pixs, 1); fprintf(stderr, " time for dither = %7.3f sec\n", stopTimer()); pixDisplayWrite(pixd, 1); cmap = pixGetColormap(pixd); pixcmapWriteStream(stderr, cmap); pixDestroy(&pixd); /* Dither to 2 bpp, without colormap */ startTimer(); pixd = pixDitherTo2bpp(pixs, 0); fprintf(stderr, " time for dither = %7.3f sec\n", stopTimer()); pixDisplayWrite(pixd, 1); pixDestroy(&pixd); /* Dither to 2 bpp, without colormap; output in PostScript */ pixd = pixDitherTo2bpp(pixs, 0); w = pixGetWidth(pixs); h = pixGetHeight(pixs); scale = L_MIN(FACTOR * 2550 / w, FACTOR * 3300 / h); fp = lept_fopen(fileout, "wb+"); pixWriteStreamPS(fp, pixd, NULL, 300, scale); lept_fclose(fp); pixDestroy(&pixd); /* Dither 2x upscale to 1 bpp */ startTimer(); pixd = pixScaleGray2xLIDither(pixs); fprintf(stderr, " time for scale/dither = %7.3f sec\n", stopTimer()); pixDisplayWrite(pixd, 1); pixDestroy(&pixd); /* Dither 4x upscale to 1 bpp */ startTimer(); pixd = pixScaleGray4xLIDither(pixs); fprintf(stderr, " time for scale/dither = %7.3f sec\n", stopTimer()); pixDisplayWrite(pixd, 1); pixDestroy(&pixd); pixDisplayMultiple("/tmp/display/file*"); pixDestroy(&pix); pixDestroy(&pixs); return 0; } leptonica-1.70/prog/weasel8.149g.bmp0000444000175000017500000001605210400443670015207 0ustar dandanBM*6(RIô  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dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pdfseg_reg.c * * Generates segmented images and encodes them efficiently in pdf. * The encoding is mixed-raster, with the image parts encoded as * DCT at one resolution and the non-image parts encoded at (typically) * a higher resolution. * * Uses 6 images, all segmented and scaled to a fixed width */ #include "allheaders.h" /* All images scaled to this width */ static const l_int32 WIDTH = 800; int main(int argc, char **argv) { l_int32 h; l_float32 scalefactor; BOX *box; BOXA *boxa1, *boxa2; BOXAA *baa; PIX *pix1, *pix2, *pix3, *pix4, *pix5, *pix6, *pix7, *pix8, *pix9; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; lept_rmdir("segtest"); lept_mkdir("segtest"); baa = boxaaCreate(5); /* Image region input. */ pix1 = pixRead("wet-day.jpg"); pix2 = pixScaleToSize(pix1, WIDTH, 0); pixWrite("/tmp/segtest/0.jpg", pix2, IFF_JFIF_JPEG); regTestCheckFile(rp, "/tmp/segtest/0.jpg"); /* 0 */ box = boxCreate(105, 161, 620, 872); /* image region */ boxa1 = boxaCreate(1); boxaAddBox(boxa1, box, L_INSERT); boxaaAddBoxa(baa, boxa1, L_INSERT); pixDestroy(&pix1); pixDestroy(&pix2); /* Compute image region at w = 2 * WIDTH */ pix1 = pixRead("candelabrum-11.jpg"); pix2 = pixScaleToSize(pix1, WIDTH, 0); pix3 = pixConvertTo1(pix2, 100); pix4 = pixExpandBinaryPower2(pix3, 2); /* w = 2 * WIDTH */ pix5 = pixGenHalftoneMask(pix4, NULL, NULL, 1); pix6 = pixMorphSequence(pix5, "c20.1 + c1.20", 0); pix7 = pixMaskConnComp(pix6, 8, &boxa1); pix8 = pixReduceBinary2(pix7, NULL); /* back to w = WIDTH */ pix9 = pixBackgroundNormSimple(pix2, pix8, NULL); pixWrite("/tmp/segtest/1.jpg", pix9, IFF_JFIF_JPEG); regTestCheckFile(rp, "/tmp/segtest/1.jpg"); /* 1 */ boxa2 = boxaTransform(boxa1, 0, 0, 0.5, 0.5); /* back to w = WIDTH */ boxaaAddBoxa(baa, boxa2, L_INSERT); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); pixDestroy(&pix5); pixDestroy(&pix6); pixDestroy(&pix7); pixDestroy(&pix8); pixDestroy(&pix9); boxaDestroy(&boxa1); /* Use mask to find image region */ pix1 = pixRead("lion-page.00016.jpg"); pix2 = pixScaleToSize(pix1, WIDTH, 0); pixWrite("/tmp/segtest/2.jpg", pix2, IFF_JFIF_JPEG); regTestCheckFile(rp, "/tmp/segtest/2.jpg"); /* 2 */ pix3 = pixRead("lion-mask.00016.tif"); pix4 = pixScaleToSize(pix3, WIDTH, 0); boxa1 = pixConnComp(pix4, NULL, 8); boxaaAddBoxa(baa, boxa1, L_INSERT); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); /* Compute image region at full res */ pix1 = pixRead("rabi.png"); scalefactor = (l_float32)WIDTH / (l_float32)pixGetWidth(pix1); pix2 = pixScaleToGray(pix1, scalefactor); pixWrite("/tmp/segtest/3.jpg", pix2, IFF_JFIF_JPEG); regTestCheckFile(rp, "/tmp/segtest/3.jpg"); /* 3 */ pix3 = pixGenHalftoneMask(pix1, NULL, NULL, 0); pix4 = pixMorphSequence(pix3, "c20.1 + c1.20", 0); boxa1 = pixConnComp(pix4, NULL, 8); boxa2 = boxaTransform(boxa1, 0, 0, scalefactor, scalefactor); boxaaAddBoxa(baa, boxa2, L_INSERT); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); boxaDestroy(&boxa1); /* Page with no image regions */ pix1 = pixRead("lucasta-47.jpg"); pix2 = pixScaleToSize(pix1, WIDTH, 0); boxa1 = boxaCreate(1); pixWrite("/tmp/segtest/4.jpg", pix2, IFF_JFIF_JPEG); regTestCheckFile(rp, "/tmp/segtest/4.jpg"); /* 4 */ boxaaAddBoxa(baa, boxa1, L_INSERT); pixDestroy(&pix1); pixDestroy(&pix2); /* Page that is all image */ pix1 = pixRead("map1.jpg"); pix2 = pixScaleToSize(pix1, WIDTH, 0); pixWrite("/tmp/segtest/5.jpg", pix2, IFF_JFIF_JPEG); regTestCheckFile(rp, "/tmp/segtest/5.jpg"); /* 5 */ h = pixGetHeight(pix2); box = boxCreate(0, 0, WIDTH, h); boxa1 = boxaCreate(1); boxaAddBox(boxa1, box, L_INSERT); boxaaAddBoxa(baa, boxa1, L_INSERT); pixDestroy(&pix1); pixDestroy(&pix2); /* Save the boxaa file */ boxaaWrite("/tmp/segtest/seg.baa", baa); regTestCheckFile(rp, "/tmp/segtest/seg.baa"); /* 6 */ /* Do the conversion */ l_pdfSetDateAndVersion(FALSE); convertSegmentedFilesToPdf("/tmp/segtest", ".jpg", 100, L_G4_ENCODE, 140, baa, 75, 0.6, "Segmentation Test", "/tmp/pdfseg.7.pdf"); L_INFO("Generated pdf file: /tmp/pdfseg.7.pdf\n", rp->testname); regTestCheckFile(rp, "/tmp/pdfseg.7.pdf"); /* 7 */ boxaaDestroy(&baa); return regTestCleanup(rp); } leptonica-1.70/prog/dwamorph2_reg.c0000644000175000017500000002472012265245322015370 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * dwamorph2_reg.c * * Compare the timings of various binary morphological implementations. */ #ifndef _WIN32 #include #else #include /* for Sleep() */ #endif /* _WIN32 */ #include "allheaders.h" #define HALFWIDTH 3 /* Complete set of linear brick dwa operations */ PIX *pixMorphDwa_3(PIX *pixd, PIX *pixs, l_int32 operation, char *selname); static const l_int32 NTIMES = 20; int main(int argc, char **argv) { char *selname; l_int32 i, j, nsels, sx, sy; l_float32 fact, time; GPLOT *gplot; NUMA *na1, *na2, *na3, *na4, *nac1, *nac2, *nac3, *nac4, *nax; PIX *pixs, *pixt; PIXA *pixa; SEL *sel; SELA *selalinear; static char mainName[] = "dwamorph2_reg"; if (argc != 1) return ERROR_INT(" Syntax: dwamorph2_reg", mainName, 1); pixs = pixRead("feyn-fract.tif"); pixt = pixCreateTemplate(pixs); selalinear = selaAddDwaLinear(NULL); nsels = selaGetCount(selalinear); fact = 1000. / (l_float32)NTIMES; /* converts to time in msec */ na1 = numaCreate(64); na2 = numaCreate(64); na3 = numaCreate(64); na4 = numaCreate(64); /* --------- dilation ----------*/ for (i = 0; i < nsels / 2; i++) { sel = selaGetSel(selalinear, i); selGetParameters(sel, &sy, &sx, NULL, NULL); selname = selGetName(sel); fprintf(stderr, " %d .", i); startTimer(); for (j = 0; j < NTIMES; j++) pixDilate(pixt, pixs, sel); time = fact * stopTimer(); numaAddNumber(na1, time); startTimer(); for (j = 0; j < NTIMES; j++) pixDilateCompBrick(pixt, pixs, sx, sy); time = fact * stopTimer(); numaAddNumber(na2, time); startTimer(); for (j = 0; j < NTIMES; j++) pixMorphDwa_3(pixt, pixs, L_MORPH_DILATE, selname); time = fact * stopTimer(); numaAddNumber(na3, time); startTimer(); for (j = 0; j < NTIMES; j++) pixDilateCompBrickDwa(pixt, pixs, sx, sy); time = fact * stopTimer(); numaAddNumber(na4, time); } nax = numaMakeSequence(2, 1, nsels / 2); nac1 = numaWindowedMean(na1, HALFWIDTH); nac2 = numaWindowedMean(na2, HALFWIDTH); nac3 = numaWindowedMean(na3, HALFWIDTH); nac4 = numaWindowedMean(na4, HALFWIDTH); gplot = gplotCreate("/tmp/junkdilate", GPLOT_PNG, "Dilation time vs sel size", "size", "time (ms)"); gplotAddPlot(gplot, nax, nac1, GPLOT_LINES, "linear rasterop"); gplotAddPlot(gplot, nax, nac2, GPLOT_LINES, "composite rasterop"); gplotAddPlot(gplot, nax, nac3, GPLOT_LINES, "linear dwa"); gplotAddPlot(gplot, nax, nac4, GPLOT_LINES, "composite dwa"); gplotMakeOutput(gplot); gplotDestroy(&gplot); numaDestroy(&nac1); numaDestroy(&nac2); numaDestroy(&nac3); numaDestroy(&nac4); /* --------- erosion ----------*/ numaEmpty(na1); numaEmpty(na2); numaEmpty(na3); numaEmpty(na4); for (i = 0; i < nsels / 2; i++) { sel = selaGetSel(selalinear, i); selGetParameters(sel, &sy, &sx, NULL, NULL); selname = selGetName(sel); fprintf(stderr, " %d .", i); startTimer(); for (j = 0; j < NTIMES; j++) pixErode(pixt, pixs, sel); time = fact * stopTimer(); numaAddNumber(na1, time); startTimer(); for (j = 0; j < NTIMES; j++) pixErodeCompBrick(pixt, pixs, sx, sy); time = fact * stopTimer(); numaAddNumber(na2, time); startTimer(); for (j = 0; j < NTIMES; j++) pixMorphDwa_3(pixt, pixs, L_MORPH_ERODE, selname); time = fact * stopTimer(); numaAddNumber(na3, time); startTimer(); for (j = 0; j < NTIMES; j++) pixErodeCompBrickDwa(pixt, pixs, sx, sy); time = fact * stopTimer(); numaAddNumber(na4, time); } nac1 = numaWindowedMean(na1, HALFWIDTH); nac2 = numaWindowedMean(na2, HALFWIDTH); nac3 = numaWindowedMean(na3, HALFWIDTH); nac4 = numaWindowedMean(na4, HALFWIDTH); gplot = gplotCreate("/tmp/junkerode", GPLOT_PNG, "Erosion time vs sel size", "size", "time (ms)"); gplotAddPlot(gplot, nax, nac1, GPLOT_LINES, "linear rasterop"); gplotAddPlot(gplot, nax, nac2, GPLOT_LINES, "composite rasterop"); gplotAddPlot(gplot, nax, nac3, GPLOT_LINES, "linear dwa"); gplotAddPlot(gplot, nax, nac4, GPLOT_LINES, "composite dwa"); gplotMakeOutput(gplot); gplotDestroy(&gplot); numaDestroy(&nac1); numaDestroy(&nac2); numaDestroy(&nac3); numaDestroy(&nac4); /* --------- opening ----------*/ numaEmpty(na1); numaEmpty(na2); numaEmpty(na3); numaEmpty(na4); for (i = 0; i < nsels / 2; i++) { sel = selaGetSel(selalinear, i); selGetParameters(sel, &sy, &sx, NULL, NULL); selname = selGetName(sel); fprintf(stderr, " %d .", i); startTimer(); for (j = 0; j < NTIMES; j++) pixOpen(pixt, pixs, sel); time = fact * stopTimer(); numaAddNumber(na1, time); startTimer(); for (j = 0; j < NTIMES; j++) pixOpenCompBrick(pixt, pixs, sx, sy); time = fact * stopTimer(); numaAddNumber(na2, time); startTimer(); for (j = 0; j < NTIMES; j++) pixMorphDwa_3(pixt, pixs, L_MORPH_OPEN, selname); time = fact * stopTimer(); numaAddNumber(na3, time); startTimer(); for (j = 0; j < NTIMES; j++) pixOpenCompBrickDwa(pixt, pixs, sx, sy); time = fact * stopTimer(); numaAddNumber(na4, time); } nac1 = numaWindowedMean(na1, HALFWIDTH); nac2 = numaWindowedMean(na2, HALFWIDTH); nac3 = numaWindowedMean(na3, HALFWIDTH); nac4 = numaWindowedMean(na4, HALFWIDTH); gplot = gplotCreate("/tmp/junkopen", GPLOT_PNG, "Opening time vs sel size", "size", "time (ms)"); gplotAddPlot(gplot, nax, nac1, GPLOT_LINES, "linear rasterop"); gplotAddPlot(gplot, nax, nac2, GPLOT_LINES, "composite rasterop"); gplotAddPlot(gplot, nax, nac3, GPLOT_LINES, "linear dwa"); gplotAddPlot(gplot, nax, nac4, GPLOT_LINES, "composite dwa"); gplotMakeOutput(gplot); gplotDestroy(&gplot); numaDestroy(&nac1); numaDestroy(&nac2); numaDestroy(&nac3); numaDestroy(&nac4); /* --------- closing ----------*/ numaEmpty(na1); numaEmpty(na2); numaEmpty(na3); numaEmpty(na4); for (i = 0; i < nsels / 2; i++) { sel = selaGetSel(selalinear, i); selGetParameters(sel, &sy, &sx, NULL, NULL); selname = selGetName(sel); fprintf(stderr, " %d .", i); startTimer(); for (j = 0; j < NTIMES; j++) pixClose(pixt, pixs, sel); time = fact * stopTimer(); numaAddNumber(na1, time); startTimer(); for (j = 0; j < NTIMES; j++) pixCloseCompBrick(pixt, pixs, sx, sy); time = fact * stopTimer(); numaAddNumber(na2, time); startTimer(); for (j = 0; j < NTIMES; j++) pixMorphDwa_3(pixt, pixs, L_MORPH_CLOSE, selname); time = fact * stopTimer(); numaAddNumber(na3, time); startTimer(); for (j = 0; j < NTIMES; j++) pixCloseCompBrickDwa(pixt, pixs, sx, sy); time = fact * stopTimer(); numaAddNumber(na4, time); } nac1 = numaWindowedMean(na1, HALFWIDTH); nac2 = numaWindowedMean(na2, HALFWIDTH); nac3 = numaWindowedMean(na3, HALFWIDTH); nac4 = numaWindowedMean(na4, HALFWIDTH); gplot = gplotCreate("/tmp/junkclose", GPLOT_PNG, "Closing time vs sel size", "size", "time (ms)"); gplotAddPlot(gplot, nax, nac1, GPLOT_LINES, "linear rasterop"); gplotAddPlot(gplot, nax, nac2, GPLOT_LINES, "composite rasterop"); gplotAddPlot(gplot, nax, nac3, GPLOT_LINES, "linear dwa"); gplotAddPlot(gplot, nax, nac4, GPLOT_LINES, "composite dwa"); gplotMakeOutput(gplot); #ifndef _WIN32 sleep(1); #else Sleep(1000); #endif /* _WIN32 */ gplotDestroy(&gplot); numaDestroy(&nac1); numaDestroy(&nac2); numaDestroy(&nac3); numaDestroy(&nac4); numaDestroy(&na1); numaDestroy(&na2); numaDestroy(&na3); numaDestroy(&na4); numaDestroy(&nax); selaDestroy(&selalinear); pixDestroy(&pixt); pixDestroy(&pixs); /* Display the results together */ pixa = pixaCreate(0); pixs = pixRead("/tmp/junkdilate.png"); pixaAddPix(pixa, pixs, L_INSERT); pixs = pixRead("/tmp/junkerode.png"); pixaAddPix(pixa, pixs, L_INSERT); pixs = pixRead("/tmp/junkopen.png"); pixaAddPix(pixa, pixs, L_INSERT); pixs = pixRead("/tmp/junkclose.png"); pixaAddPix(pixa, pixs, L_INSERT); pixt = pixaDisplayTiledInRows(pixa, 32, 1500, 1.0, 0, 40, 3); pixWrite("/tmp/junktimings.png", pixt, IFF_PNG); pixDisplay(pixt, 100, 100); pixDestroy(&pixt); pixaDestroy(&pixa); return 0; } leptonica-1.70/prog/test24.jpg0000444000175000017500000074544510011632623014316 0ustar dandanÿØÿàJFIFÿþZ CREATOR: XV Version 3.10a Rev: 12/29/94 (PNG patch 1.2) Quality = 75, Smoothing = 0 ÿÛC    $.' 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n¯«µ›ùkc<À¹”aúõÎjºïÛQPéS¬ƒ£dV,úÍßœªJ¶ãŒ°Éèu[†\‘?ì×<Û{¯Ì› k™J,¥ 0HÆk#SŠ+‰-ßì³+Fùaåg"»]0ý¾Êig|m€GTÆO"ñR8Ñ{çštéÙÜ–Ì}#ÃÊ—£Pb`=¢26°>§Ò±üQ5´×:–Ý€dŽ£œ×Q%ìÓ‰‘Á#ŠÈ#–7I"G²+w%t›\ÅÖî’}4Æ€/ àÕX!vŠâ8Hˆ%1‚?Ï¥o == "generate" to make the golden files in /tmp/golden * == "compare" to make local files and compare with * the golden files * == "display" to make local files and display * * You can also run each test individually with any one of these * arguments. Warning: if you run this with "display", a very * large number of images will be displayed on the screen. */ #include #include "allheaders.h" static const char *tests[] = { "alphaops_reg", "alphaxform_reg", /* "bilateral2_reg", */ "binarize_reg", "blackwhite_reg", "blend3_reg", "blend4_reg", "colorcontent_reg", "coloring_reg", "colormask_reg", "colorquant_reg", "colorspace_reg", "compare_reg", "convolve_reg", "dewarp_reg", /* "distance_reg", */ "dna_reg", "dwamorph1_reg", "enhance_reg", "findcorners_reg", "findpattern_reg", "fpix1_reg", "fpix2_reg", /* "gifio_reg", */ "graymorph2_reg", "hardlight_reg", "insert_reg", "ioformats_reg", "jpegio_reg", "kernel_reg", "label_reg", "maze_reg", "multitype_reg", "nearline_reg", "newspaper_reg", "overlap_reg", "paint_reg", "paintmask_reg", "pdfseg_reg", "pixa2_reg", "pixserial_reg", "pngio_reg", "projection_reg", "psio_reg", "psioseg_reg", "rankbin_reg", "rankhisto_reg", "rasteropip_reg", "rotateorth_reg", "rotate1_reg", "rotate2_reg", "scale_reg", "seedspread_reg", "selio_reg", "shear1_reg", "shear2_reg", "skew_reg", "splitcomp_reg", "subpixel_reg", "threshnorm_reg", "translate_reg", "warper_reg", "writetext_reg", "xformbox_reg", }; static const char *header = {"\n=======================\n" "Regression Test Results\n" "======================="}; int main(int argc, char **argv) { char *str, *results_file; char command[256], buf[256]; l_int32 i, ntests, dotest, nfail, ret, start, stop; SARRAY *sa; static char mainName[] = "alltests_reg"; if (argc != 2) return ERROR_INT(" Syntax alltests_reg [generate | compare | display]", mainName, 1); l_getCurrentTime(&start, NULL); ntests = sizeof(tests) / sizeof(char *); fprintf(stderr, "Running alltests_reg:\n" "This currently tests %d of the 97 Regression Test\n" "programs in the /prog directory.\n", ntests); /* Clear the output file if we're doing the set of reg tests */ dotest = strcmp(argv[1], "compare") ? 0 : 1; if (dotest) { results_file = genPathname("/tmp", "reg_results.txt"); sa = sarrayCreate(3); sarrayAddString(sa, (char *)header, L_COPY); sarrayAddString(sa, getLeptonicaVersion(), L_INSERT); sarrayAddString(sa, getImagelibVersions(), L_INSERT); str = sarrayToString(sa, 1); sarrayDestroy(&sa); l_binaryWrite("/tmp/reg_results.txt", "w", str, strlen(str)); lept_free(str); } nfail = 0; for (i = 0; i < ntests; i++) { #ifndef _WIN32 snprintf(command, sizeof(command) - 2, "./%s %s", tests[i], argv[1]); #else /* windows interprets '/' as a commandline flag */ snprintf(command, sizeof(command) - 2, "%s %s", tests[i], argv[1]); #endif /* ! _WIN32 */ ret = system(command); if (ret) { snprintf(buf, sizeof(buf), "Failed to complete %s\n", tests[i]); if (dotest) { l_binaryWrite("/tmp/reg_results.txt", "a", buf, strlen(buf)); nfail++; } else fprintf(stderr, "%s", buf); } } if (dotest) { #ifndef _WIN32 snprintf(command, sizeof(command) - 2, "cat %s", results_file); #else snprintf(command, sizeof(command) - 2, "type \"%s\"", results_file); #endif /* !_WIN32 */ lept_free(results_file); ret = system(command); fprintf(stderr, "Success in %d of %d *_reg programs (output matches" " the \"golden\" files)\n", ntests - nfail, ntests); } l_getCurrentTime(&stop, NULL); fprintf(stderr, "Time for all regression tests: %d sec\n", stop - start); return 0; } leptonica-1.70/prog/rasteropip_reg.c0000644000175000017500000000576512240302514015653 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * rasteropip_reg.c * * Tests in-place operation using the general 2-image pixRasterop(). * The in-place operation works because there is no overlap * between the src and dest rectangles. */ #include "allheaders.h" int main(int argc, char **argv) { l_int32 i, j; PIX *pixs, *pixt, *pixd; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; pixs = pixRead("test8.jpg"); pixt = pixCopy(NULL, pixs); /* Copy, in-place and one COLUMN at a time, from the right side to the left side. */ for (j = 0; j < 200; j++) pixRasterop(pixs, 20 + j, 20, 1, 250, PIX_SRC, pixs, 250 + j, 20); pixDisplayWithTitle(pixs, 50, 50, "in-place copy", rp->display); /* Copy, in-place and one ROW at a time, from the right side to the left side. */ for (i = 0; i < 250; i++) pixRasterop(pixt, 20, 20 + i, 200, 1, PIX_SRC, pixt, 250, 20 + i); /* Test */ regTestComparePix(rp, pixs, pixt); /* 0 */ pixDestroy(&pixs); pixDestroy(&pixt); /* Show the mirrored border, which uses the general pixRasterop() on an image in-place. */ pixs = pixRead("test8.jpg"); pixt = pixRemoveBorder(pixs, 40); pixd = pixAddMirroredBorder(pixt, 40, 40, 40, 40); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 1 */ pixDisplayWithTitle(pixd, 650, 50, "mirrored border", rp->display); pixDestroy(&pixs); pixDestroy(&pixt); pixDestroy(&pixd); return regTestCleanup(rp); } leptonica-1.70/prog/findcorners_reg.c0000644000175000017500000001673512072630041016000 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * findcorners_reg.c * * This reg test demonstrates extraction of deskewed objects (tickets * in this case) using morphological operations to identify the * barcodes on each object. The objects are separately deskewed, * the barcodes are again located, and the objects are extracted. * * We also show how to generate the HMT sela for detecting corners, * and how to use it (with pixUnionOfMorphOps()) to find all the * corners. The corner Sels were constructed to find significant * corners in the presence of the type of noise expected from * scanned images. The located corners are displayed by xor-ing * a pattern (sel_cross) on each one. * * When this function is called with the display argument * findcorners_reg display * we display some results and additionally generate the following pdfs: * /tmp/seq_output_1.pdf (morphological operations of first call to * locate barcodes) * /tmp/tickets.pdf (deskewed result for the set of tickets) */ #include "allheaders.h" static BOXA *LocateBarcodes(PIX *pixs, PIX **ppixd, l_int32 flag); static SELA *GetCornerSela(L_REGPARAMS *rp); static const char *sel_cross = " xxx " " xxx " " xxx " " xxx " " xxx " "xxxxxxxxxxxxx" "xxxxxxXxxxxxx" "xxxxxxxxxxxxx" " xxx " " xxx " " xxx " " xxx " " xxx "; l_int32 main(int argc, char **argv) { l_int32 i, n, flag; l_float32 angle, conf, deg2rad; BOX *box1, *box2, *box3, *box4; BOXA *boxa, *boxa2; PIX *pixs, *pixd, *pix1, *pix2, *pix3; PIXA *pixa; SEL *sel; SELA *sela; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; pixs = pixRead("tickets.tif"); flag = (rp->display) ? -1 : 0; boxa = LocateBarcodes(pixs, &pixd, flag); regTestWritePixAndCheck(rp, pixd, IFF_TIFF_G4); /* 0 */ if (rp->display) boxaWriteStream(stderr, boxa); n = boxaGetCount(boxa); deg2rad = 3.14159265 / 180.; pixa = pixaCreate(9); for (i = 0; i < n; i++) { box1 = boxaGetBox(boxa, i, L_CLONE); /* Use a larger adjustment to get entire skewed ticket */ box2 = boxAdjustSides(NULL, box1, -266, 346, -1560, 182); pix1 = pixClipRectangle(pixs, box2, NULL); /* Deskew */ pixFindSkew(pix1, &angle, &conf); pix2 = pixRotate(pix1, deg2rad * angle, L_ROTATE_SAMPLING, L_BRING_IN_WHITE, 0, 0); /* Find the barcode again ... */ boxa2 = LocateBarcodes(pix2, NULL, 0); box3 = boxaGetBox(boxa2, 0, L_CLONE); /* ... and adjust crop box exactly for ticket size */ box4 = boxAdjustSides(NULL, box3, -141, 221, -1535, 157); pix3 = pixClipRectangle(pix2, box4, NULL); regTestWritePixAndCheck(rp, pix3, IFF_TIFF_G4); /* 1 - 9 */ if (rp->display) pixaAddPix(pixa, pix3, L_INSERT); else pixDestroy(&pix3); boxDestroy(&box1); boxDestroy(&box2); boxDestroy(&box3); boxDestroy(&box4); boxaDestroy(&boxa2); pixDestroy(&pix1); pixDestroy(&pix2); } if (rp->display) pixaConvertToPdf(pixa, 0, 1.0, 0, 0, "tickets", "/tmp/tickets.pdf"); pixaDestroy(&pixa); /* Downscale by 2x and locate corners */ pix1 = pixScale(pixd, 0.5, 0.5); regTestWritePixAndCheck(rp, pix1, IFF_TIFF_G4); /* 10 */ pixDisplayWithTitle(pix1, 100, 200, NULL, rp->display); /* Find corners and blit a cross onto each (4 to each barcode) */ sela = GetCornerSela(rp); pix2 = pixUnionOfMorphOps(pix1, sela, L_MORPH_HMT); sel = selCreateFromString(sel_cross, 13, 13, "sel_cross"); pix3 = pixDilate(NULL, pix2, sel); pixXor(pix3, pix3, pix1); regTestWritePixAndCheck(rp, pix3, IFF_TIFF_G4); /* 11 */ pixDisplayWithTitle(pix3, 800, 200, NULL, rp->display); boxaDestroy(&boxa); pixDestroy(&pixs); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pixd); selDestroy(&sel); selaDestroy(&sela); return regTestCleanup(rp); } static BOXA * LocateBarcodes(PIX *pixs, PIX **ppixd, l_int32 flag) { BOXA *boxa1, *boxa2, *boxad; PIX *pix1, *pix2, *pix3; pix1 = pixScale(pixs, 0.5, 0.5); pix2 = pixMorphSequence(pix1, "o1.5 + c15.1 + o10.15 + c20.20", flag); boxa1 = pixConnComp(pix2, NULL, 8); boxa2 = boxaSelectBySize(boxa1, 300, 0, L_SELECT_WIDTH, L_SELECT_IF_GT, NULL); boxad = boxaTransform(boxa2, 0, 0, 2.0, 2.0); if (ppixd) { pix3 = pixSelectBySize(pix2, 300, 0, 8, L_SELECT_WIDTH, L_SELECT_IF_GT, NULL); *ppixd = pixScale(pix3, 2.0, 2.0); pixDestroy(&pix3); } pixDestroy(&pix1); pixDestroy(&pix2); boxaDestroy(&boxa1); boxaDestroy(&boxa2); return boxad; } static SELA * GetCornerSela(L_REGPARAMS *rp) { PIX *pix; SEL *sel; SELA *sela1, *sela2; sela1 = selaAddHitMiss(NULL); sela2 = selaCreate(4); selaFindSelByName(sela1, "sel_ulc", NULL, &sel); selaAddSel(sela2, sel, NULL, 1); selaFindSelByName(sela1, "sel_urc", NULL, &sel); selaAddSel(sela2, sel, NULL, 1); selaFindSelByName(sela1, "sel_llc", NULL, &sel); selaAddSel(sela2, sel, NULL, 1); selaFindSelByName(sela1, "sel_lrc", NULL, &sel); selaAddSel(sela2, sel, NULL, 1); selaDestroy(&sela1); if (rp->display) { pix = selaDisplayInPix(sela2, 21, 3, 10, 4); pixDisplay(pix, 0, 0); pixDestroy(&pix); } return sela2; } leptonica-1.70/prog/watershedtest.c0000644000175000017500000001130712242265524015514 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * watershedtest.c * */ #include #include "allheaders.h" int main(int argc, char **argv) { l_int32 i, j, w, h, empty; l_uint32 redval, greenval; l_float32 f; L_WSHED *wshed; PIX *pixs, *pixc, *pixd; PIX *pixt0, *pixt1, *pixt2, *pixt3, *pixt4, *pixt5; PIX *pixt6, *pixt7, *pixt8; PIXA *pixac; PTA *pta; static char mainName[] = "watershedtest"; if (argc != 1) return ERROR_INT(" Syntax: watershedtest", mainName, 1); pixac = pixaCreate(0); pixs = pixCreate(500, 500, 8); pixGetDimensions(pixs, &w, &h, NULL); for (i = 0; i < 500; i++) { for (j = 0; j < 500; j++) { #if 1 f = 128.0 + 26.3 * sin(0.0438 * (l_float32)i); f += 33.4 * cos(0.0712 * (l_float32)i); f += 18.6 * sin(0.0561 * (l_float32)j); f += 23.6 * cos(0.0327 * (l_float32)j); #else f = 128.0 + 26.3 * sin(0.0238 * (l_float32)i); f += 33.4 * cos(0.0312 * (l_float32)i); f += 18.6 * sin(0.0261 * (l_float32)j); f += 23.6 * cos(0.0207 * (l_float32)j); #endif pixSetPixel(pixs, j, i, (l_int32)f); } } pixSaveTiled(pixs, pixac, 1.0, 1, 10, 32); pixWrite("/tmp/pattern.png", pixs, IFF_PNG); startTimer(); pixLocalExtrema(pixs, 0, 0, &pixt1, &pixt2); fprintf(stderr, "Time for extrema: %7.3f\n", stopTimer()); pixSetOrClearBorder(pixt1, 2, 2, 2, 2, PIX_CLR); composeRGBPixel(255, 0, 0, &redval); composeRGBPixel(0, 255, 0, &greenval); pixc = pixConvertTo32(pixs); pixPaintThroughMask(pixc, pixt2, 0, 0, greenval); pixPaintThroughMask(pixc, pixt1, 0, 0, redval); pixSaveTiled(pixc, pixac, 1.0, 0, 10, 32); pixWrite("/tmp/pixc.png", pixc, IFF_PNG); pixSaveTiled(pixt1, pixac, 1.0, 0, 10, 32); pixSelectMinInConnComp(pixs, pixt1, &pta, NULL); /* ptaWriteStream(stderr, pta, 1); */ pixt3 = pixGenerateFromPta(pta, w, h); pixSaveTiled(pixt3, pixac, 1.0, 1, 10, 32); pixt4 = pixConvertTo32(pixs); pixPaintThroughMask(pixt4, pixt3, 0, 0, greenval); pixSaveTiled(pixt4, pixac, 1.0, 0, 10, 32); pixt5 = pixRemoveSeededComponents(NULL, pixt3, pixt1, 8, 2); pixSaveTiled(pixt5, pixac, 1.0, 0, 10, 32); pixZero(pixt5, &empty); fprintf(stderr, "Is empty? %d\n", empty); pixDestroy(&pixt4); pixDestroy(&pixt5); wshed = wshedCreate(pixs, pixt3, 10, 0); startTimer(); wshedApply(wshed); fprintf(stderr, "Time for wshed: %7.3f\n", stopTimer()); pixt6 = pixaDisplayRandomCmap(wshed->pixad, w, h); pixSaveTiled(pixt6, pixac, 1.0, 1, 10, 32); numaWriteStream(stderr, wshed->nalevels); pixt7 = wshedRenderFill(wshed); pixSaveTiled(pixt7, pixac, 1.0, 0, 10, 32); pixt8 = wshedRenderColors(wshed); pixSaveTiled(pixt8, pixac, 1.0, 0, 10, 32); wshedDestroy(&wshed); pixd = pixaDisplay(pixac, 0, 0); pixDisplay(pixd, 100, 100); pixWrite("/tmp/wshed.png", pixd, IFF_PNG); pixDestroy(&pixd); pixaDestroy(&pixac); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt6); pixDestroy(&pixt7); pixDestroy(&pixt8); pixDestroy(&pixs); pixDestroy(&pixc); ptaDestroy(&pta); return 0; } leptonica-1.70/prog/test-cmap-alpha.png0000444000175000017500000000147612047007131016143 0ustar dandan‰PNG  IHDR€€ôà‘ùgAMA¯È7ŠétEXtSoftwareAdobe ImageReadyqÉe<PLTE¥g¹ÏtRNSÿå·0J°IDATxÚìšÁrÄ0CÅÿÿtϻŶ$À™i“뎗0#~ðüd¸j?A¸¼¿n:aŠp5 2‚»a˜ Å• ðÖ£ÀರûZ÷ („4î>—# ò¸+| Xùïs5*Ž/ðÊ¡8â†à@úw’/Ö৿RÈ9AÔZ¾Ù_È~]”<Ù °Ù¬ŽŠ;@'ÀÚÉ°=e'… yp²rýlk<{Õüÿ`{ÚƸâX0N}쟶îÆÓÚž_°~Êö‰D4k›Ê„“¶éTˆjëºø:úFetû©.o "ˆ>ð=â¶úЃË}JéNé>‹pu¡r‘ñÕjÌXª®Úl ÚA-l$O¹^@µK™´ º@²öÒöǾ޸§C§2Cõ´â¼ðjP›ádgíàZPk‚ËœOw½!ÀS]4Œ°‹õ ö€*odE¦À¶ß Õ ÈöÃÔ‚&¬Æ¶ FäƒÝûÛ£edsl¥ôd—×ã‚"€«ÇjÍ)Ó蛧@ ÀŸ]Šú!6™…©à,·™—él€_Ûn]'¤E*d’ Ìnàì2çëHÙ_È×j%¡’PþÕ†T“jÙŸà"–I8Ž(DnDÊ]wˆ¬²*ƒOmöȦpUdzh¥XgdƒAë\¦³>69í´ÞP»ä„ünÀYÝäþâxøy^€àxø`i;4t„GôkIEND®B`‚leptonica-1.70/prog/rotatetest1.c0000644000175000017500000001707412242265701015111 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * rotatetest1.c * * rotatetest1 filein angle(in degrees) fileout */ #include "allheaders.h" #define NTIMES 180 #define NITERS 3 int main(int argc, char **argv) { l_int32 i, w, h, d, rotflag; PIX *pixs, *pixt, *pixd; l_float32 angle, deg2rad, pops, ang; char *filein, *fileout; static char mainName[] = "rotatetest1"; if (argc != 4) return ERROR_INT(" Syntax: rotatetest1 filein angle fileout", mainName, 1); filein = argv[1]; angle = atof(argv[2]); fileout = argv[3]; deg2rad = 3.1415926535 / 180.; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pix not made", mainName, 1); if (pixGetDepth(pixs) == 1) { pixt = pixScaleToGray3(pixs); pixDestroy(&pixs); pixs = pixAddBorderGeneral(pixt, 1, 0, 1, 0, 255); pixDestroy(&pixt); } pixGetDimensions(pixs, &w, &h, &d); fprintf(stderr, "w = %d, h = %d\n", w, h); #if 0 /* repertory of rotation operations to choose from */ pixd = pixRotateAM(pixs, deg2rad * angle, L_BRING_IN_WHITE); pixd = pixRotateAMColor(pixs, deg2rad * angle, 0xffffff00); pixd = pixRotateAMColorFast(pixs, deg2rad * angle, 255); pixd = pixRotateAMCorner(pixs, deg2rad * angle, L_BRING_IN_WHITE); pixd = pixRotateShear(pixs, w /2, h / 2, deg2rad * angle, L_BRING_IN_WHITE); pixd = pixRotate3Shear(pixs, w /2, h / 2, deg2rad * angle, L_BRING_IN_WHITE); pixRotateShearIP(pixs, w / 2, h / 2, deg2rad * angle); pixd = pixs; #endif #if 0 /* timing of shear rotation */ for (i = 0; i < NITERS; i++) { pixd = pixRotateShear(pixs, (i * w) / NITERS, (i * h) / NITERS, deg2rad * angle, L_BRING_IN_WHITE); pixDisplay(pixd, 100 + 20 * i, 100 + 20 * i); pixDestroy(&pixd); } #endif #if 0 /* timing of in-place shear rotation */ for (i = 0; i < NITERS; i++) { pixRotateShearIP(pixs, w/2, h/2, deg2rad * angle, L_BRING_IN_WHITE); /* pixRotateShearCenterIP(pixs, deg2rad * angle, L_BRING_IN_WHITE); */ pixDisplay(pixs, 100 + 20 * i, 100 + 20 * i); } pixd = pixs; if (pixGetDepth(pixd) == 1) pixWrite(fileout, pixd, IFF_PNG); else pixWrite(fileout, pixd, IFF_JFIF_JPEG); pixDestroy(&pixs); #endif #if 0 /* timing of various rotation operations (choose) */ startTimer(); w = pixGetWidth(pixs); h = pixGetHeight(pixs); for (i = 0; i < NTIMES; i++) { pixd = pixRotateShearCenter(pixs, deg2rad * angle, L_BRING_IN_WHITE); pixDestroy(&pixd); } pops = (l_float32)(w * h * NTIMES / 1000000.) / stopTimer(); fprintf(stderr, "vers. 1, mpops: %f\n", pops); startTimer(); w = pixGetWidth(pixs); h = pixGetHeight(pixs); for (i = 0; i < NTIMES; i++) { pixRotateShearIP(pixs, w/2, h/2, deg2rad * angle, L_BRING_IN_WHITE); } pops = (l_float32)(w * h * NTIMES / 1000000.) / stopTimer(); fprintf(stderr, "shear, mpops: %f\n", pops); pixWrite(fileout, pixs, IFF_PNG); for (i = 0; i < NTIMES; i++) { pixRotateShearIP(pixs, w/2, h/2, -deg2rad * angle, L_BRING_IN_WHITE); } pixWrite("/usr/tmp/junkout", pixs, IFF_PNG); #endif #if 0 /* area-mapping rotation operations */ pixd = pixRotateAM(pixs, deg2rad * angle, L_BRING_IN_WHITE); /* pixd = pixRotateAMColorFast(pixs, deg2rad * angle, 255); */ if (pixGetDepth(pixd) == 1) pixWrite(fileout, pixd, IFF_PNG); else pixWrite(fileout, pixd, IFF_JFIF_JPEG); #endif #if 0 /* compare the standard area-map color rotation with * the fast area-map color rotation, on a pixel basis */ { PIX *pix1, *pix2; NUMA *nar, *nag, *nab, *naseq; GPLOT *gplot; startTimer(); pix1 = pixRotateAMColor(pixs, 0.12, 0xffffff00); fprintf(stderr, " standard color rotate: %7.2f sec\n", stopTimer()); pixWrite("junkcolor1", pix1, IFF_JFIF_JPEG); startTimer(); pix2 = pixRotateAMColorFast(pixs, 0.12, 0xffffff00); fprintf(stderr, " fast color rotate: %7.2f sec\n", stopTimer()); pixWrite("junkcolor2", pix2, IFF_JFIF_JPEG); pixd = pixAbsDifference(pix1, pix2); pixGetColorHistogram(pixd, 1, &nar, &nag, &nab); naseq = numaMakeSequence(0., 1., 256); gplot = gplotCreate("junk_absdiff", GPLOT_X11, "Number vs diff", "diff", "number"); gplotAddPlot(gplot, naseq, nar, GPLOT_POINTS, "red"); gplotAddPlot(gplot, naseq, nag, GPLOT_POINTS, "green"); gplotAddPlot(gplot, naseq, nab, GPLOT_POINTS, "blue"); gplotMakeOutput(gplot); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pixd); numaDestroy(&nar); numaDestroy(&nag); numaDestroy(&nab); numaDestroy(&naseq); gplotDestroy(&gplot); } #endif /* Do a succession of 180 7-degree rotations in a cw * direction, and unwind the result with another set in * a ccw direction. Although there is a considerable amount * of distortion after successive rotations, after all * 360 rotations, the resulting image is restored to * its original pristine condition! */ #if 1 rotflag = L_ROTATE_AREA_MAP; /* rotflag = L_ROTATE_SHEAR; */ /* rotflag = L_ROTATE_SAMPLING; */ ang = 7.0 * deg2rad; pixGetDimensions(pixs, &w, &h, NULL); pixd = pixRotate(pixs, ang, rotflag, L_BRING_IN_WHITE, w, h); pixWrite("junkrot7", pixd, IFF_PNG); for (i = 1; i < 180; i++) { pixs = pixd; pixd = pixRotate(pixs, ang, rotflag, L_BRING_IN_WHITE, w, h); if ((i % 30) == 0) pixDisplay(pixd, 600, 0); pixDestroy(&pixs); } pixWrite("junkspin", pixd, IFF_PNG); pixDisplay(pixd, 0, 0); for (i = 0; i < 180; i++) { pixs = pixd; pixd = pixRotate(pixs, -ang, rotflag, L_BRING_IN_WHITE, w, h); if (i && (i % 30) == 0) pixDisplay(pixd, 600, 500); pixDestroy(&pixs); } pixWrite("junkunspin", pixd, IFF_PNG); pixDisplay(pixd, 0, 500); pixDestroy(&pixd); #endif return 0; } leptonica-1.70/prog/genfonts.c0000640000175000017500000001030312265246153014442 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * genfonts.c * * This program can be used to generate characters for a * font and save them in .pa format. * * The tiff images of bitmaps fonts, which are used as input * to this generator, are supplied in Leptonica in the prog/fonts * directory. The tiff images were generated from the PostScript files * in that directory, using the shell script prog/ps2tiff. If you * want to generate other fonts, modify the PostScript files * and use ps2tiff. ps2tiff uses GhostScript. */ #include "allheaders.h" #define NFONTS 9 #define TEST_DIR "/tmp/fonts" #define INSTALL_DIR "fonts" const char *outputfonts[] = {"chars-4.pa", "chars-6.pa", "chars-8.pa", "chars-10.pa", "chars-12.pa", "chars-14.pa", "chars-16.pa", "chars-18.pa", "chars-20.pa"}; const l_int32 sizes[] = { 4, 6, 8, 10, 12, 14, 16, 18, 20 }; #define DEBUG 1 int main(int argc, char **argv) { char buf[512]; char *pathname; l_int32 i, bl1, bl2, bl3; PIX *pixd; PIXA *pixa; static char mainName[] = "genfonts"; if (argc != 1) return ERROR_INT(" Syntax: genfonts", mainName, 1); /* ------------ Generate all the pixa char bitmap files ----------- */ #if 1 lept_rmdir("fonts"); lept_mkdir("fonts"); for (i = 0; i < 9; i++) { pixaSaveFont(INSTALL_DIR, "/tmp/fonts", sizes[i]); #if DEBUG pathname = genPathname(INSTALL_DIR, outputfonts[i]); pixa = pixaRead(pathname); fprintf(stderr, "Found %d chars in font size %d\n", pixaGetCount(pixa), sizes[i]); pixd = pixaDisplayTiled(pixa, 1500, 0, 15); pixDisplay(pixd, 100 * i, 200); pixDestroy(&pixd); pixaDestroy(&pixa); lept_free(pathname); #endif /* DEBUG */ } #endif /* ----- Use pixaGetFont() and write the result out -----*/ #if 1 for (i = 0; i < 9; i++) { pixa = pixaGetFont(INSTALL_DIR, sizes[i], &bl1, &bl2, &bl3); fprintf(stderr, "Baselines are at: %d, %d, %d\n", bl1, bl2, bl3); snprintf(buf, sizeof(buf), "/tmp/junkchars.%d.pixa", sizes[i]); pixaWrite(buf, pixa); #if DEBUG pixd = pixaDisplayTiled(pixa, 1500, 0, 15); pixDisplay(pixd, 100 * i, 700); pixDestroy(&pixd); #endif /* DEBUG */ pixaDestroy(&pixa); } #endif /* ------------ Get timing for font generation ----------- */ #if 0 startTimer(); i = 8; pixa = pixaGenerateFont(DIRECTORY, sizes[i], &bl1, &bl2, &bl3); pixaDestroy(&pixa); fprintf(stderr, "Time for font gen = %7.3f sec\n", stopTimer()); #endif return 0; } leptonica-1.70/prog/ccbordtest.c0000640000175000017500000002163312242267027014761 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * ccbordtest.c * * Comprehensive test for border-following representations * of binary images. */ #include "allheaders.h" int main(int argc, char **argv) { char *filein; l_int32 count; CCBORDA *ccba, *ccba2; PIX *pixs, *pixd, *pixd2, *pixd3; PIX *pixt, *pixc, *pixc2; static char mainName[] = "ccbordtest"; if (argc != 2) return ERROR_INT(" Syntax: ccbordtest filein", mainName, 1); filein = argv[1]; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pixs not made", mainName, 1); fprintf(stderr, "Get border representation..."); startTimer(); ccba = pixGetAllCCBorders(pixs); fprintf(stderr, "%6.3f sec\n", stopTimer()); #if 0 /* get global locs directly and display borders */ fprintf(stderr, "Convert from local to global locs..."); startTimer(); ccbaGenerateGlobalLocs(ccba); fprintf(stderr, "%6.3f sec\n", stopTimer()); fprintf(stderr, "Display border representation..."); startTimer(); pixd = ccbaDisplayBorder(ccba); fprintf(stderr, "%6.3f sec\n", stopTimer()); pixWrite("/tmp/junkborder1.png", pixd, IFF_PNG); #else /* get step chain code, then global coords, and display borders */ fprintf(stderr, "Get step chain code..."); startTimer(); ccbaGenerateStepChains(ccba); fprintf(stderr, "%6.3f sec\n", stopTimer()); fprintf(stderr, "Convert from step chain to global locs..."); startTimer(); ccbaStepChainsToPixCoords(ccba, CCB_GLOBAL_COORDS); fprintf(stderr, "%6.3f sec\n", stopTimer()); fprintf(stderr, "Display border representation..."); startTimer(); pixd = ccbaDisplayBorder(ccba); fprintf(stderr, "%6.3f sec\n", stopTimer()); pixWrite("/tmp/junkborder1.png", pixd, IFF_PNG); #endif /* check if border pixels are in original set */ fprintf(stderr, "Check if border pixels are in original set ...\n"); pixt = pixSubtract(NULL, pixd, pixs); pixCountPixels(pixt, &count, NULL); if (count == 0) fprintf(stderr, " all border pixels are in original set\n"); else fprintf(stderr, " %d border pixels are not in original set\n", count); pixDestroy(&pixt); /* display image */ fprintf(stderr, "Reconstruct image ..."); startTimer(); /* pixc = ccbaDisplayImage1(ccba); */ pixc = ccbaDisplayImage2(ccba); fprintf(stderr, "%6.3f sec\n", stopTimer()); pixWrite("/tmp/junkrecon1.png", pixc, IFF_PNG); /* check with original to see if correct */ fprintf(stderr, "Check with original to see if correct ...\n"); pixXor(pixc, pixc, pixs); pixCountPixels(pixc, &count, NULL); if (count == 0) fprintf(stderr, " perfect direct recon\n"); else { l_int32 w, h, i, j; l_uint32 val; fprintf(stderr, " %d pixels in error in recon\n", count); #if 1 w = pixGetWidth(pixc); h = pixGetHeight(pixc); for (i = 0; i < h; i++) { for (j = 0; j < w; j++) { pixGetPixel(pixc, j, i, &val); if (val == 1) fprintf(stderr, "bad pixel at (%d, %d)\n", j, i); } } pixWrite("/tmp/junkbadpixels.png", pixc, IFF_PNG); #endif } /*----------------------------------------------------------* * write to file (compressed) and read back * *----------------------------------------------------------*/ fprintf(stderr, "Write serialized step data..."); startTimer(); ccbaWrite("/tmp/junkstepout", ccba); fprintf(stderr, "%6.3f sec\n", stopTimer()); fprintf(stderr, "Read serialized step data..."); startTimer(); ccba2 = ccbaRead("/tmp/junkstepout"); fprintf(stderr, "%6.3f sec\n", stopTimer()); /* display the border pixels again */ fprintf(stderr, "Convert from step chain to global locs..."); startTimer(); ccbaStepChainsToPixCoords(ccba2, CCB_GLOBAL_COORDS); fprintf(stderr, "%6.3f sec\n", stopTimer()); fprintf(stderr, "Display border representation..."); startTimer(); pixd2 = ccbaDisplayBorder(ccba2); fprintf(stderr, "%6.3f sec\n", stopTimer()); pixWrite("/tmp/junkborder2.png", pixd2, IFF_PNG); /* check if border pixels are same as first time */ pixXor(pixd2, pixd2, pixd); pixCountPixels(pixd2, &count, NULL); if (count == 0) fprintf(stderr, " perfect w/r border recon\n"); else fprintf(stderr, " %d pixels in error in w/r recon\n", count); pixDestroy(&pixd2); /* display image again */ fprintf(stderr, "Convert from step chain to local coords..."); startTimer(); ccbaStepChainsToPixCoords(ccba2, CCB_LOCAL_COORDS); fprintf(stderr, "%6.3f sec\n", stopTimer()); fprintf(stderr, "Reconstruct image from file ..."); startTimer(); /* pixc2 = ccbaDisplayImage1(ccba2); */ pixc2 = ccbaDisplayImage2(ccba2); fprintf(stderr, "%6.3f sec\n", stopTimer()); pixWrite("/tmp/junkrecon2.png", pixc2, IFF_PNG); /* check with original to see if correct */ fprintf(stderr, "Check with original to see if correct ...\n"); pixXor(pixc2, pixc2, pixs); pixCountPixels(pixc2, &count, NULL); if (count == 0) fprintf(stderr, " perfect image recon\n"); else { l_int32 w, h, i, j; l_uint32 val; fprintf(stderr, " %d pixels in error in image recon\n", count); #if 1 w = pixGetWidth(pixc2); h = pixGetHeight(pixc2); for (i = 0; i < h; i++) { for (j = 0; j < w; j++) { pixGetPixel(pixc2, j, i, &val); if (val == 1) fprintf(stderr, "bad pixel at (%d, %d)\n", j, i); } } pixWrite("/tmp/junkbadpixels2.png", pixc2, IFF_PNG); #endif } /*----------------------------------------------------------* * make, display and check single path border for svg * *----------------------------------------------------------*/ /* make local single path border for svg */ fprintf(stderr, "Make local single path borders for svg ..."); startTimer(); ccbaGenerateSinglePath(ccba); fprintf(stderr, "%6.3f sec\n", stopTimer()); /* generate global single path border */ fprintf(stderr, "Generate global single path borders ..."); startTimer(); ccbaGenerateSPGlobalLocs(ccba, CCB_SAVE_TURNING_PTS); fprintf(stderr, "%6.3f sec\n", stopTimer()); /* display border pixels from single path */ fprintf(stderr, "Display border from single path..."); startTimer(); pixd3 = ccbaDisplaySPBorder(ccba); fprintf(stderr, "%6.3f sec\n", stopTimer()); pixWrite("/tmp/junkborder3.png", pixd3, IFF_PNG); /* check if border pixels are in original set */ fprintf(stderr, "Check if border pixels are in original set ...\n"); pixt = pixSubtract(NULL, pixd3, pixs); pixCountPixels(pixt, &count, NULL); if (count == 0) fprintf(stderr, " all border pixels are in original set\n"); else fprintf(stderr, " %d border pixels are not in original set\n", count); pixDestroy(&pixt); pixDestroy(&pixd3); /* output in svg file format */ fprintf(stderr, "Write output in svg file format ...\n"); startTimer(); ccbaWriteSVG("/tmp/junksvg", ccba); fprintf(stderr, "%6.3f sec\n", stopTimer()); ccbaDestroy(&ccba2); ccbaDestroy(&ccba); pixDestroy(&pixs); pixDestroy(&pixd); pixDestroy(&pixc); pixDestroy(&pixc2); return 0; } leptonica-1.70/prog/blendtext.tif0000444000175000017500000000076010277473544015167 0ustar dandanII*2& ¶ÿÿù¾'ڮ߇!<ëO÷ýÿü…™¸˜ç‰ú ! ýwiÓòyðˆ1o´ÓHÜþ-O ÞBùïþ’ þäâ-2Z—Ò€C€bý/áÐMé¡p ŸŸ¿ûö{Ó†y™Íl7iÇÚuÿL%·k¦ÙøûÏMwßXÿªuê®[~î—ê×ÿ§éº¶{ñ.‡_ÅïÚ}k¯Mm<à1úý·îקþhˆâþ¢:÷ÿœ RæhŽ‚ÿj¬ŠÿÿÁÿ¥þëõ½ïýÎ#À¿i¨aSÕ²8ëÈAÿö¿Ø¤Ní%¾ÂúýûM°ƒb“M6Õ~éÈâ ÁGŒKtÓA±I¯iZ®""!…ûHC8Ø¥ÄA‘Å6‚ &hŸ ¤¼˜^""?ÿð 55*àè(ÀÀleptonica-1.70/prog/pageseg2-seed.png0000444000175000017500000000446011112654453015601 0ustar dandan‰PNG  IHDRp UÕ pHYs``<|eìâIDATxœíÝÑrÛÆEAþÿOëVŒk‘g–)ƒV¯·Xs°;/©¤*q.o'ïò·_X¬Ök€5À` °X¬Ök€5À` °X¬Ök€5À` °X¬Ök€5À` °X¬Ök€5À` °X¬Öþðò±ß|õéwÛ¶UÀ` °X¬Ök€5À` °X¬Ök€5À` °vzàÛGãÛmàÍk€5À?` °XüÝ–ý~ð]’[û€1À`íôÀ/¬Ök€5À` °xcöË¿Q}ùlÊYÀ` °X¬Ök€5À` °vvà0X¬Ö>ïj¯¯Æk€µË{ûÝzú¬Ã*` °X{!àåþ¿æ xk0X¬]®tëé·ÂÞWc€5ÀÚéoWŒ·Þ}«ê8 ¬ÖÎ ü¤œ °X¬=î¼± ¬Æ®ø§¬ÖkÚ¶·ßdú8 ¬Ö^ x—xu0X¬Ök€5À` °X¬Ök€5ÀÚ'à"àÕQÀ` °X¬Ök€5À` °X¬Ök€5À` °ö5ëðöéšk£€1À`íôÀ™k€5À` °X¬Ök€5À` °X¬Ök€5À` °X¬Ök€5À` °X¬Ök€5À` °X¬Ök€5À` °X¬Ök€5À` °X¬Ök€5À` °X¬Ök€5À` °X¬Ök€5À` °X¬Ök€5À` °X¬Ök€5ÀàaêÁÿ•èpõÉ­)À` °vjàcÿSù«—O3€1À`íäÀËØÌíÓTÇÀ` °vrà'Þ°X¬]>¼ ج¶®óÖk€±›¾G…€€1À`íð±i@@@À×ÞóþxàCÛ€€€€/ ¼ïüñÀGÆ_ø•ðGXü'|ðe§ÿ^ÿ*ð¡O¾2ðô¿1 à_>ö@@@À—Þþàáƒ÷Ïåök€µÓo =*î×` °X;=ð†ðáëgÒþ?¬ÖN¼.|øø™²ß€1À`íôÀÏęӧ¡>¬Æk€µÓߎÆÉ»çp® Æk€µÓW¬Ökÿ(pñ/ºKSkW€ûÔÚà>µv¸O­]îSkW€ûÔÚà>µv¸O­]îSkW€ûÔÚà>µv¸O­]îSkW€ûÔÚà>µv¸O­]îSkW€ûÔÚà>µv¸O­]îSkW€ûÔÚà>µv¸O­]øëp›Y¿ÜfÖ/·™õKÀmfýp›Y¿ÜfÖ/·™õKÀmfýp›Y¿ÜfÖ/·™õKÀmfýp›Y¿ÜfÖ/·™õKÀmfýp›Y¿ÜfÖ/·™õKÀmæù-À` °X¬Ökÿ&ðýßë9ëß°·–Ž[KG€‡­¥#ÀÃÖÒàakéð°µtxØZ:ξgߎƒ³ïÇÁÙ÷€ãàì{Àqpö=à88ûpœ}8ξgߎƒ³ïÇÁÙ÷€ãàì{Àqpö=à88ûpœ}8ξgߎƒ³ïÇÁÙ÷/<óoøipö=à88ûpœ}vàáp›Y¿ÜfÖ/·™õKÀmfýp›Y¿ÜfÖ/·™õKÀmfýp›Y¿ÜfÖ/·™õKÀmfúàCÏ {Ó€ÃÞôà°7}8ìM{Ó€ÃÞôà°7}8ìM{Ó€ÃÞôà°7}8ìM{Ó€ÃÞôà°7}8ìM{Ó€ÃÞôà°7}8ìM{Ó€ÃÞôà°7}8ìMœøÝÖk€5À` °X¬Ök€5À` °X¬Ök€5À` °X¬Ök€5À` °X¬Ök€5À` °X¬Ök€5À` °X¬Ök€5À` °X¬Ök€5À` °X¬Ök€5À` °X¬Ök€5À` °X¬Ök€5À` °X¬Ök€5À` °X¬Ök€5À` °X¬Ök€5À` °X¬Ök€5À` °X¬Ök€5À` °X¬Ök€5À` °X| Ë¯nýð[)׬Ök€5À` °X¬ÖkÏÞýòú `ý `ý `ý `ý `ý `ý `ý `ý `ý `ý `ýÌÏNº¯ÿzÿÌöÃ%Ù_¬_¬_¬_¬_¬_¬_þÛÀ÷ïMo9_x÷Áçwÿ|_x¹Üý àÏ>ððŸ>õ/ÔÇ_<ðö àŸn¿xVàç±ËõÜx}ëãW2ð¿ŸžxøÈðöó÷JüyÀÃ3@@@À¿3À` °X¬Ök€5À` °X¬Ök€5À` °X¬Ök€5À` °X¬Ök€5À` °X¬Ök§þÁGjxÿïÝ®IEND®B`‚leptonica-1.70/prog/ps2jpeg0000750000175000017500000000134410376541156013761 0ustar dandan#!/bin/bash # ps2jpeg # # Rasterizes a postscript file, saving as a set of RGB images # # input: PostScript file # root name of output files # output: 24 bpp RGB jpeg files for each page scriptname=${0##*/} if test $# != 2 then echo "usage: " $scriptname " inpsfile outjpgroot" exit -1 fi inpsfile=$1 outjpgroot=$2 # (need mysterious "primer") # choose one of the two options below # choice: output image size depending on resolution echo "0 neg 0 neg" translate | gs -sDEVICE=jpeg -sOutputFile=${outjpgroot}%03d.jpg -r300x300 -q - ${inpsfile} # choice: output fixed image size echo "0 neg 0 neg" translate | gs -sDEVICE=jpeg -sOutputFile=${outjpgroot}%03d.jpg -g2550x3300 -r300x300 -q - ${inpsfile} leptonica-1.70/prog/numa1_reg.c0000644000175000017500000003521712240302751014502 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * numa1_reg.c * * Tests: * * histograms * * interpolation * * integration/differentiation * * rank extraction * * numa-morphology */ #include #ifndef _WIN32 #include #else #include /* for Sleep() */ #endif /* _WIN32 */ #include "allheaders.h" #define DO_ALL 1 int main(int argc, char **argv) { l_int32 i, j, w, h, wpls, n, binsize, binstart, nbins; l_float32 pi, val, angle, xval, yval, x0, y0, rank, startval, fbinsize; l_float32 minval, maxval, meanval, median, variance, rankval; GPLOT *gplot; NUMA *na, *nahisto, *nax, *nay, *nap, *nasx, *nasy; NUMA *nadx, *nady, *nafx, *nafy, *na1, *na2, *na3, *na4; PIX *pix, *pixs, *pix1, *pix2, *pix3, *pix4, *pix5, *pixg, *pixd; PIXA *pixa; static char mainName[] = "numa1_reg"; if (argc != 1) return ERROR_INT(" Syntax: numa1_reg", mainName, 1); /* -------------------------------------------------------------------* * Histograms * * -------------------------------------------------------------------*/ #if DO_ALL pi = 3.1415926535; na = numaCreate(5000); for (i = 0; i < 500000; i++) { angle = 0.02293 * i * pi; val = (l_float32)(999. * sin(angle)); numaAddNumber(na, val); } nahisto = numaMakeHistogramClipped(na, 6, 2000); nbins = numaGetCount(nahisto); nax = numaMakeSequence(0, 1, nbins); gplot = gplotCreate("/tmp/historoot1", GPLOT_X11, "example histo 1", "i", "histo[i]"); gplotAddPlot(gplot, nax, nahisto, GPLOT_LINES, "sine"); gplotMakeOutput(gplot); gplotDestroy(&gplot); numaDestroy(&nax); numaDestroy(&nahisto); nahisto = numaMakeHistogram(na, 1000, &binsize, &binstart); nbins = numaGetCount(nahisto); nax = numaMakeSequence(binstart, binsize, nbins); fprintf(stderr, " binsize = %d, binstart = %d\n", binsize, binstart); gplot = gplotCreate("/tmp/historoot2", GPLOT_X11, "example histo 2", "i", "histo[i]"); gplotAddPlot(gplot, nax, nahisto, GPLOT_LINES, "sine"); gplotMakeOutput(gplot); gplotDestroy(&gplot); numaDestroy(&nax); numaDestroy(&nahisto); nahisto = numaMakeHistogram(na, 1000, &binsize, NULL); nbins = numaGetCount(nahisto); nax = numaMakeSequence(0, binsize, nbins); fprintf(stderr, " binsize = %d, binstart = %d\n", binsize, 0); gplot = gplotCreate("/tmp/historoot3", GPLOT_X11, "example histo 3", "i", "histo[i]"); gplotAddPlot(gplot, nax, nahisto, GPLOT_LINES, "sine"); gplotMakeOutput(gplot); gplotDestroy(&gplot); numaDestroy(&nax); numaDestroy(&nahisto); nahisto = numaMakeHistogramAuto(na, 1000); nbins = numaGetCount(nahisto); numaGetParameters(nahisto, &startval, &fbinsize); nax = numaMakeSequence(startval, fbinsize, nbins); fprintf(stderr, " binsize = %7.4f, binstart = %8.3f\n", fbinsize, startval); gplot = gplotCreate("/tmp/historoot4", GPLOT_X11, "example histo 4", "i", "histo[i]"); gplotAddPlot(gplot, nax, nahisto, GPLOT_LINES, "sine"); gplotMakeOutput(gplot); gplotDestroy(&gplot); numaDestroy(&nax); numaDestroy(&nahisto); numaGetStatsUsingHistogram(na, 2000, &minval, &maxval, &meanval, &variance, &median, 0.80, &rankval, &nahisto); fprintf(stderr, "Sin histogram: \n" " min val = %7.2f -- should be -999.00\n" " max val = %7.2f -- should be 999.00\n" " mean val = %7.2f -- should be 0.06\n" " median = %7.2f -- should be 0.30\n" " rmsdev = %7.2f -- should be 706.41\n" " rank val = %7.2f -- should be 808.15\n", minval, maxval, meanval, median, sqrt((l_float64)variance), rankval); numaHistogramGetRankFromVal(nahisto, 808.15, &rank); fprintf(stderr, " rank = %7.3f -- should be 0.800\n", rank); numaDestroy(&nahisto); numaDestroy(&na); #endif /* -------------------------------------------------------------------* * Interpolation * * -------------------------------------------------------------------*/ #if DO_ALL /* Test numaInterpolateEqxInterval() */ pixs = pixRead("test8.jpg"); na = pixGetGrayHistogramMasked(pixs, NULL, 0, 0, 1); /* numaWriteStream(stderr, na); */ nasy = numaGetPartialSums(na); gplotSimple1(nasy, GPLOT_X11, "/tmp/introot1", "partial sums"); gplotSimple1(na, GPLOT_X11, "/tmp/introot2", "simple test"); numaInterpolateEqxInterval(0.0, 1.0, na, L_LINEAR_INTERP, 0.0, 255.0, 15, &nax, &nay); gplot = gplotCreate("/tmp/introot3", GPLOT_X11, "test interpolation", "pix val", "num pix"); gplotAddPlot(gplot, nax, nay, GPLOT_LINES, "plot 1"); gplotMakeOutput(gplot); gplotDestroy(&gplot); numaDestroy(&na); numaDestroy(&nasy); numaDestroy(&nax); numaDestroy(&nay); pixDestroy(&pixs); #endif #if DO_ALL /* Test numaInterpolateArbxInterval() */ pixs = pixRead("test8.jpg"); na = pixGetGrayHistogramMasked(pixs, NULL, 0, 0, 1); nasy = numaGetPartialSums(na); numaInsertNumber(nasy, 0, 0.0); nasx = numaMakeSequence(0.0, 1.0, 257); /* gplotSimple1(nasy, GPLOT_X11, "/tmp/nasyroot", "partial sums"); */ numaInterpolateArbxInterval(nasx, nasy, L_LINEAR_INTERP, 10.0, 250.0, 23, &nax, &nay); gplot = gplotCreate("/tmp/introot4", GPLOT_X11, "arbx interpolation", "pix val", "cum num pix"); gplotAddPlot(gplot, nax, nay, GPLOT_LINES, "plot 1"); gplotMakeOutput(gplot); gplotDestroy(&gplot); numaDestroy(&na); numaDestroy(&nasx); numaDestroy(&nasy); numaDestroy(&nax); numaDestroy(&nay); pixDestroy(&pixs); #endif #if DO_ALL /* Test numaInterpolateArbxVal() */ pixs = pixRead("test8.jpg"); na = pixGetGrayHistogramMasked(pixs, NULL, 0, 0, 1); nasy = numaGetPartialSums(na); numaInsertNumber(nasy, 0, 0.0); nasx = numaMakeSequence(0.0, 1.0, 257); /* gplotSimple1(nasy, GPLOT_X11, "/tmp/nasyroot", "partial sums"); */ nax = numaMakeSequence(15.0, (250.0 - 15.0) / 23.0, 24); n = numaGetCount(nax); nay = numaCreate(n); for (i = 0; i < n; i++) { numaGetFValue(nax, i, &xval); numaInterpolateArbxVal(nasx, nasy, L_QUADRATIC_INTERP, xval, &yval); numaAddNumber(nay, yval); } gplot = gplotCreate("/tmp/introot5", GPLOT_X11, "arbx interpolation", "pix val", "cum num pix"); gplotAddPlot(gplot, nax, nay, GPLOT_LINES, "plot 1"); gplotMakeOutput(gplot); gplotDestroy(&gplot); numaDestroy(&na); numaDestroy(&nasx); numaDestroy(&nasy); numaDestroy(&nax); numaDestroy(&nay); pixDestroy(&pixs); #endif #if DO_ALL /* Test interpolation */ nasx = numaRead("testangle.na"); nasy = numaRead("testscore.na"); gplot = gplotCreate("/tmp/introot6", GPLOT_X11, "arbx interpolation", "angle", "score"); numaInterpolateArbxInterval(nasx, nasy, L_LINEAR_INTERP, -2.00, 0.0, 50, &nax, &nay); gplotAddPlot(gplot, nax, nay, GPLOT_LINES, "linear"); numaDestroy(&nax); numaDestroy(&nay); numaInterpolateArbxInterval(nasx, nasy, L_QUADRATIC_INTERP, -2.00, 0.0, 50, &nax, &nay); gplotAddPlot(gplot, nax, nay, GPLOT_LINES, "quadratic"); numaDestroy(&nax); numaDestroy(&nay); gplotMakeOutput(gplot); gplotDestroy(&gplot); gplot = gplotCreate("/tmp/introot7", GPLOT_X11, "arbx interpolation", "angle", "score"); numaInterpolateArbxInterval(nasx, nasy, L_LINEAR_INTERP, -1.2, -0.8, 50, &nax, &nay); gplotAddPlot(gplot, nax, nay, GPLOT_LINES, "quadratic"); gplotMakeOutput(gplot); gplotDestroy(&gplot); numaFitMax(nay, &yval, nax, &xval); fprintf(stderr, "max = %f at loc = %f\n", yval, xval); numaDestroy(&nasx); numaDestroy(&nasy); numaDestroy(&nax); numaDestroy(&nay); #endif /* -------------------------------------------------------------------* * Integration and differentiation * * -------------------------------------------------------------------*/ #if DO_ALL /* Test integration and differentiation */ nasx = numaRead("testangle.na"); nasy = numaRead("testscore.na"); /* ---------- Plot the derivative ---------- */ numaDifferentiateInterval(nasx, nasy, -2.0, 0.0, 50, &nadx, &nady); gplot = gplotCreate("/tmp/diffroot1", GPLOT_X11, "derivative", "angle", "slope"); gplotAddPlot(gplot, nadx, nady, GPLOT_LINES, "derivative"); gplotMakeOutput(gplot); gplotDestroy(&gplot); /* ---------- Plot the original function ----------- */ /* and the integral of the derivative; the two */ /* should be approximately the same. */ gplot = gplotCreate("/tmp/diffroot2", GPLOT_X11, "integ-diff", "angle", "val"); numaInterpolateArbxInterval(nasx, nasy, L_LINEAR_INTERP, -2.00, 0.0, 50, &nafx, &nafy); gplotAddPlot(gplot, nafx, nafy, GPLOT_LINES, "function"); n = numaGetCount(nadx); numaGetFValue(nafx, 0, &x0); numaGetFValue(nafy, 0, &y0); nay = numaCreate(n); /* (Note: this tests robustness of the integrator: we go from * i = 0, and choose to have only 1 point in the interpolation * there, which is too small and causes the function to bomb out.) */ for (i = 0; i < n; i++) { numaGetFValue(nadx, i, &xval); numaIntegrateInterval(nadx, nady, x0, xval, 2 * i + 1, &yval); numaAddNumber(nay, y0 + yval); } fprintf(stderr, "It's required to get a 'npts < 2' error here!\n"); gplotAddPlot(gplot, nafx, nay, GPLOT_LINES, "anti-derivative"); gplotMakeOutput(gplot); gplotDestroy(&gplot); numaDestroy(&nasx); numaDestroy(&nasy); numaDestroy(&nafx); numaDestroy(&nafy); numaDestroy(&nadx); numaDestroy(&nady); numaDestroy(&nay); #endif /* -------------------------------------------------------------------* * Rank extraction * * -------------------------------------------------------------------*/ #if DO_ALL /* Rank extraction with interpolation */ pixs = pixRead("test8.jpg"); nasy= pixGetGrayHistogramMasked(pixs, NULL, 0, 0, 1); numaMakeRankFromHistogram(0.0, 1.0, nasy, 350, &nax, &nay); gplot = gplotCreate("/tmp/rankroot1", GPLOT_X11, "test rank extractor", "pix val", "rank val"); gplotAddPlot(gplot, nax, nay, GPLOT_LINES, "plot 1"); gplotMakeOutput(gplot); gplotDestroy(&gplot); numaDestroy(&nasy); numaDestroy(&nax); numaDestroy(&nay); pixDestroy(&pixs); #endif #if DO_ALL /* Rank extraction, point by point */ pixs = pixRead("test8.jpg"); nap = numaCreate(200); pixGetRankValueMasked(pixs, NULL, 0, 0, 2, 0.0, &val, &na); for (i = 0; i < 101; i++) { rank = 0.01 * i; numaHistogramGetValFromRank(na, rank, &val); numaAddNumber(nap, val); } gplotSimple1(nap, GPLOT_X11, "/tmp/rankroot2", "rank value"); numaDestroy(&na); numaDestroy(&nap); pixDestroy(&pixs); #endif /* -------------------------------------------------------------------* * Numa-morphology * * -------------------------------------------------------------------*/ #if DO_ALL na = numaRead("lyra-5.numa"); gplotSimple1(na, GPLOT_PNG, "/tmp/lyraroot1", "Original"); na1 = numaErode(na, 21); gplotSimple1(na1, GPLOT_PNG, "/tmp/lyraroot2", "Erosion"); na2 = numaDilate(na, 21); gplotSimple1(na2, GPLOT_PNG, "/tmp/lyraroot3", "Dilation"); na3 = numaOpen(na, 21); gplotSimple1(na3, GPLOT_PNG, "/tmp/lyraroot4", "Opening"); na4 = numaClose(na, 21); gplotSimple1(na4, GPLOT_PNG, "/tmp/lyraroot5", "Closing"); #ifndef _WIN32 sleep(1); #else Sleep(1000); #endif /* _WIN32 */ pixa = pixaCreate(5); pix1 = pixRead("/tmp/lyraroot1.png"); pix2 = pixRead("/tmp/lyraroot2.png"); pix3 = pixRead("/tmp/lyraroot3.png"); pix4 = pixRead("/tmp/lyraroot4.png"); pix5 = pixRead("/tmp/lyraroot5.png"); pixSaveTiled(pix1, pixa, 1.0, 1, 25, 32); pixSaveTiled(pix2, pixa, 1.0, 1, 25, 32); pixSaveTiled(pix3, pixa, 1.0, 0, 25, 32); pixSaveTiled(pix4, pixa, 1.0, 1, 25, 32); pixSaveTiled(pix5, pixa, 1.0, 0, 25, 32); pixd = pixaDisplay(pixa, 0, 0); pixDisplay(pixd, 100, 100); pixWrite("/tmp/numamorph.png", pixd, IFF_PNG); numaDestroy(&na); numaDestroy(&na1); numaDestroy(&na2); numaDestroy(&na3); numaDestroy(&na4); pixaDestroy(&pixa); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); pixDestroy(&pix5); pixDestroy(&pixd); #endif return 0; } leptonica-1.70/prog/arabic_lines.c0000644000175000017500000001350212271322245015234 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * arabic_lines.c * * Demonstrates some segmentation techniques and display options * To see the results in one image: /tmp/result.png. */ #include "allheaders.h" /* Hit-miss transform that splits lightly touching lines */ static const char *seltext = "xxxxxxx" " x " " x " " x " " x " " x " " x " " x " "o X o" " x " " x " " x " " x " " x " " x " " x " "xxxxxxx"; int main(int argc, char **argv) { l_int32 w, h, d, w2, h2, i, ncols, ret; l_float32 angle, conf; BOX *box; BOXA *boxa, *boxa2; PIX *pix, *pixs, *pixb, *pixb2, *pixd; PIX *pix1, *pix2, *pix3, *pix4, *pix5, *pix6; PIXA *pixam; /* mask with a single component over each column */ PIXA *pixac, *pixad, *pixat; PIXAA *pixaa, *pixaa2; SEL *selsplit; static char mainName[] = "arabic_lines"; if (argc != 1) return ERROR_INT(" Syntax: arabic_lines", mainName, 1); pixDisplayWrite(NULL, -1); /* init debug output */ /* Binarize input */ pixs = pixRead("arabic.png"); pixGetDimensions(pixs, &w, &h, &d); pix = pixConvertTo1(pixs, 128); /* Deskew */ pixb = pixFindSkewAndDeskew(pix, 1, &angle, &conf); pixDestroy(&pix); fprintf(stderr, "Skew angle: %7.2f degrees; %6.2f conf\n", angle, conf); pixDisplayWrite(pixb, 1); /* Use full image morphology to find columns, at 2x reduction. This only works for very simple layouts where each column of text extends the full height of the input image. */ pixb2 = pixReduceRankBinary2(pixb, 2, NULL); pix1 = pixMorphCompSequence(pixb2, "c5.500", 0); boxa = pixConnComp(pix1, &pixam, 8); ncols = boxaGetCount(boxa); fprintf(stderr, "Num columns: %d\n", ncols); pixDisplayWrite(pix1, 1); /* Use selective region-based morphology to get the textline mask. */ pixad = pixaMorphSequenceByRegion(pixb2, pixam, "c100.3", 0, 0); pixGetDimensions(pixb2, &w2, &h2, NULL); pix2 = pixaDisplay(pixad, w2, h2); pixDisplayWrite(pix2, 1); pixDestroy(&pix2); /* Some of the lines may be touching, so use a HMT to split the lines in each column, and use a pixaa to save the results. */ selsplit = selCreateFromString(seltext, 17, 7, "selsplit"); pixaa = pixaaCreate(ncols); for (i = 0; i < ncols; i++) { pix3 = pixaGetPix(pixad, i, L_CLONE); box = pixaGetBox(pixad, i, L_COPY); pix4 = pixHMT(NULL, pix3, selsplit); pixXor(pix4, pix4, pix3); boxa2 = pixConnComp(pix4, &pixac, 8); pixaaAddPixa(pixaa, pixac, L_INSERT); pixaaAddBox(pixaa, box, L_INSERT); pix5 = pixaDisplayRandomCmap(pixac, 0, 0); pixDisplayWrite(pix5, 1); fprintf(stderr, "Num textlines in col %d: %d\n", i, boxaGetCount(boxa2)); pixDestroy(&pix5); pixDestroy(&pix3); pixDestroy(&pix4); boxaDestroy(&boxa2); } /* Visual output */ ret = system("gthumb /tmp/display/file* &"); pixat = pixaReadFiles("/tmp/display", "file"); pix5 = selDisplayInPix(selsplit, 31, 2); pixaAddPix(pixat, pix5, L_INSERT); pix6 = pixaDisplayTiledAndScaled(pixat, 32, 400, 3, 0, 35, 3); pixWrite("/tmp/result.png", pix6, IFF_PNG); pixaDestroy(&pixat); pixDestroy(&pix6); /* Test pixaa I/O */ pixaaWrite("/tmp/pixaa", pixaa); pixaa2 = pixaaRead("/tmp/pixaa"); pixaaWrite("/tmp/pixaa2", pixaa2); /* Test pixaa display */ pixd = pixaaDisplay(pixaa, w2, h2); pixWrite("/tmp/textlines.png", pixd, IFF_PNG); pixDestroy(&pixd); /* Cleanup */ pixDestroy(&pixb2); pixDestroy(&pix1); pixaDestroy(&pixam); pixaDestroy(&pixad); pixaaDestroy(&pixaa); pixaaDestroy(&pixaa2); 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pixalloc_reg.c * * Tests custom pix allocator. * * The custom allocator is intended for situations where a number of large * pix will be repeatedly allocated and freed over the lifetime of a program. * If those pix are large, relying on malloc and free can result in * fragmentation, even if there are no small memory leaks in the program. * * Here we test the allocator in two situations: * * a small number of relatively large pix * * a large number of very small pix * * For the second case, timing shows that the custom allocator does * about as well as (malloc, free), even for thousands of very small pix. * (Turn off logging to get a fair comparison). */ #include #include "allheaders.h" static const l_int32 logging = FALSE; static const l_int32 ncopies = 2; static const l_int32 nlevels = 4; static const l_int32 ntimes = 30; PIXA *GenerateSetOfMargePix(void); void CopyStoreClean(PIXA *pixas, l_int32 nlevels, l_int32 ncopies); int main(int argc, char **argv) { l_int32 i; BOXA *boxa; NUMA *nas, *nab; PIX *pixs; PIXA *pixa, *pixas; /* ----------------- Custom with a few large pix -----------------*/ /* Set up pms */ nas = numaCreate(4); /* small */ numaAddNumber(nas, 5); numaAddNumber(nas, 4); numaAddNumber(nas, 3); numaAddNumber(nas, 2); setPixMemoryManager(pmsCustomAlloc, pmsCustomDealloc); pmsCreate(200000, 400000, nas, "/tmp/junk1.log"); /* Make the pix and do successive copies and removals of the copies */ pixas = GenerateSetOfMargePix(); startTimer(); for (i = 0; i < ntimes; i++) CopyStoreClean(pixas, nlevels, ncopies); fprintf(stderr, "Time (big pix; custom) = %7.3f sec\n", stopTimer()); /* Clean up */ numaDestroy(&nas); pixaDestroy(&pixas); pmsDestroy(); /* ----------------- Standard with a few large pix -----------------*/ setPixMemoryManager(malloc, free); /* Make the pix and do successive copies and removals of the copies */ startTimer(); pixas = GenerateSetOfMargePix(); for (i = 0; i < ntimes; i++) CopyStoreClean(pixas, nlevels, ncopies); fprintf(stderr, "Time (big pix; standard) = %7.3f sec\n", stopTimer()); pixaDestroy(&pixas); /* ----------------- Custom with many small pix -----------------*/ /* Set up pms */ nab = numaCreate(10); numaAddNumber(nab, 2000); numaAddNumber(nab, 2000); numaAddNumber(nab, 2000); numaAddNumber(nab, 500); numaAddNumber(nab, 100); numaAddNumber(nab, 100); numaAddNumber(nab, 100); setPixMemoryManager(pmsCustomAlloc, pmsCustomDealloc); if (logging) /* use logging == 0 for speed comparison */ pmsCreate(20, 40, nab, "/tmp/junk2.log"); else pmsCreate(20, 40, nab, NULL); pixs = pixRead("feyn.tif"); startTimer(); for (i = 0; i < 5; i++) { boxa = pixConnComp(pixs, &pixa, 8); boxaDestroy(&boxa); pixaDestroy(&pixa); } numaDestroy(&nab); pixDestroy(&pixs); pmsDestroy(); fprintf(stderr, "Time (custom) = %7.3f sec\n", stopTimer()); /* ----------------- Standard with many small pix -----------------*/ setPixMemoryManager(malloc, free); pixs = pixRead("feyn.tif"); startTimer(); for (i = 0; i < 5; i++) { boxa = pixConnComp(pixs, &pixa, 8); boxaDestroy(&boxa); pixaDestroy(&pixa); } pixDestroy(&pixs); fprintf(stderr, "Time (standard) = %7.3f sec\n", stopTimer()); return 0; } PIXA * GenerateSetOfMargePix(void) { l_float32 factor; BOX *box; PIX *pixs, *pixt1, *pixt2, *pixt3, *pixt4; PIXA *pixa; pixs = pixRead("marge.jpg"); box = boxCreate(130, 93, 263, 253); factor = sqrt(2.0); pixt1 = pixClipRectangle(pixs, box, NULL); /* 266 KB */ pixt2 = pixScale(pixt1, factor, factor); /* 532 KB */ pixt3 = pixScale(pixt2, factor, factor); /* 1064 KB */ pixt4 = pixScale(pixt3, factor, factor); /* 2128 KB */ pixa = pixaCreate(4); pixaAddPix(pixa, pixt1, L_INSERT); pixaAddPix(pixa, pixt2, L_INSERT); pixaAddPix(pixa, pixt3, L_INSERT); pixaAddPix(pixa, pixt4, L_INSERT); boxDestroy(&box); pixDestroy(&pixs); return pixa; } void CopyStoreClean(PIXA *pixas, l_int32 nlevels, l_int32 ncopies) { l_int32 i, j; PIX *pix, *pixt; PIXA *pixa; PIXAA *paa; paa = pixaaCreate(0); for (i = 0; i < nlevels ; i++) { pixa = pixaCreate(0); pixaaAddPixa(paa, pixa, L_INSERT); pix = pixaGetPix(pixas, i, L_CLONE); for (j = 0; j < ncopies; j++) { pixt = pixCopy(NULL, pix); pixaAddPix(pixa, pixt, L_INSERT); } pixDestroy(&pix); } pixaaDestroy(&paa); return; } leptonica-1.70/prog/blend-green1.jpg0000444000175000017500000003323311653424354015432 0ustar dandanÿØÿàJFIFMMÿÛC    $.' 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pixSetRGBComponent(pix1, pix3, L_ALPHA_CHANNEL); pixaAddPix(pixas, pix1, L_INSERT); n = pixaGetCount(pixas); pixDestroy(&pix2); pixDestroy(&pix3); #if DO_ALL /* Display with and without removing alpha with white bg */ pix1 = pixaDisplayTiledInRows(pixas, 32, 1200, 1.0, 0, 25, 2); regTestWritePixAndCheck(rp, pix1, IFF_PNG); /* 0 */ pixDisplayWithTitle(pix1, 0, 0, NULL, rp->display); pixDestroy(&pix1); pixa = pixaCreate(n); for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixas, i, L_COPY); pix2 = pixRemoveAlpha(pix1); pixaAddPix(pixa, pix2, L_INSERT); pixDestroy(&pix1); } pix1 = pixaDisplayTiledInRows(pixa, 32, 1200, 1.0, 0, 25, 2); regTestWritePixAndCheck(rp, pix1, IFF_PNG); /* 1 */ pixDisplayWithTitle(pix1, 200, 0, NULL, rp->display); pixDestroy(&pix1); pixaDestroy(&pixa); #endif #if DO_ALL /* Setting to gray */ pixa = pixaCreate(n); for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixas, i, L_COPY); pixSetAllGray(pix1, 170); pix2 = pixRemoveAlpha(pix1); pixaAddPix(pixa, pix2, L_INSERT); pixDestroy(&pix1); } pix1 = pixaDisplayTiledInRows(pixa, 32, 1200, 1.0, 0, 25, 2); regTestWritePixAndCheck(rp, pix1, IFF_PNG); /* 2 */ pixDisplayWithTitle(pix1, 400, 0, NULL, rp->display); pixDestroy(&pix1); pixaDestroy(&pixa); #endif #if DO_ALL /* General scaling */ pixa = pixaCreate(n); for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixas, i, L_COPY); pix2 = pixScaleToSize(pix1, 350, 650); pix3 = pixScaleToSize(pix2, 200, 200); pix4 = pixRemoveAlpha(pix3); pixaAddPix(pixa, pix4, L_INSERT); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); } pix1 = pixaDisplayTiledInRows(pixa, 32, 1200, 1.0, 0, 25, 2); regTestWritePixAndCheck(rp, pix1, IFF_PNG); /* 3 */ pixDisplayWithTitle(pix1, 600, 0, NULL, rp->display); pixDestroy(&pix1); pixaDestroy(&pixa); #endif #if DO_ALL /* Scaling by sampling */ pixa = pixaCreate(n); for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixas, i, L_COPY); pix2 = pixScaleBySamplingToSize(pix1, 350, 650); pix3 = pixScaleBySamplingToSize(pix2, 200, 200); pix4 = pixRemoveAlpha(pix3); pixaAddPix(pixa, pix4, L_INSERT); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); } pix1 = pixaDisplayTiledInRows(pixa, 32, 1200, 1.0, 0, 25, 2); regTestWritePixAndCheck(rp, pix1, IFF_PNG); /* 4 */ pixDisplayWithTitle(pix1, 800, 0, NULL, rp->display); pixDestroy(&pix1); pixaDestroy(&pixa); #endif #if DO_ALL /* Rotation by area mapping; no embedding */ pixa = pixaCreate(n); for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixas, i, L_COPY); pix2 = pixRotate(pix1, 0.25, L_ROTATE_AREA_MAP, L_BRING_IN_WHITE, 0, 0); pix3 = pixRotate(pix2, -0.35, L_ROTATE_AREA_MAP, L_BRING_IN_WHITE, 0, 0); pix4 = pixRemoveAlpha(pix3); pixaAddPix(pixa, pix4, L_INSERT); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); } pix1 = pixaDisplayTiledInRows(pixa, 32, 1200, 1.0, 0, 25, 2); regTestWritePixAndCheck(rp, pix1, IFF_PNG); /* 5 */ pixDisplayWithTitle(pix1, 1000, 0, NULL, rp->display); pixDestroy(&pix1); pixaDestroy(&pixa); #endif #if DO_ALL /* Rotation by area mapping; with embedding */ pixa = pixaCreate(n); for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixas, i, L_COPY); pix2 = pixRotate(pix1, 0.25, L_ROTATE_AREA_MAP, L_BRING_IN_WHITE, 250, 150); pix3 = pixRotate(pix2, -0.35, L_ROTATE_AREA_MAP, L_BRING_IN_WHITE, 250, 150); pix4 = pixRemoveBorderToSize(pix3, 250, 150); pix5 = pixRemoveAlpha(pix4); pixaAddPix(pixa, pix5, L_INSERT); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); } pix1 = pixaDisplayTiledInRows(pixa, 32, 1200, 1.0, 0, 25, 2); regTestWritePixAndCheck(rp, pix1, IFF_PNG); /* 6 */ pixDisplayWithTitle(pix1, 0, 400, NULL, rp->display); pixDestroy(&pix1); pixaDestroy(&pixa); #endif #if DO_ALL /* Rotation by 3-shear; no embedding */ pixa = pixaCreate(n); for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixas, i, L_COPY); pix2 = pixRotate(pix1, 0.25, L_ROTATE_SHEAR, L_BRING_IN_WHITE, 0, 0); pix3 = pixRotate(pix2, -0.35, L_ROTATE_SHEAR, L_BRING_IN_WHITE, 0, 0); pix4 = pixRemoveAlpha(pix3); pixaAddPix(pixa, pix4, L_INSERT); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); } pix1 = pixaDisplayTiledInRows(pixa, 32, 1200, 1.0, 0, 25, 2); regTestWritePixAndCheck(rp, pix1, IFF_PNG); /* 7 */ pixDisplayWithTitle(pix1, 200, 400, NULL, rp->display); pixDestroy(&pix1); pixaDestroy(&pixa); #endif #if DO_ALL /* Rotation by 3-shear; with embedding */ pixa = pixaCreate(n); for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixas, i, L_COPY); pix2 = pixRotate(pix1, 0.25, L_ROTATE_SHEAR, L_BRING_IN_WHITE, 250, 150); pix3 = pixRotate(pix2, -0.35, L_ROTATE_SHEAR, L_BRING_IN_WHITE, 250, 150); pix4 = pixRemoveBorderToSize(pix3, 250, 150); pix5 = pixRemoveAlpha(pix4); pixaAddPix(pixa, pix5, L_INSERT); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); } pix1 = pixaDisplayTiledInRows(pixa, 32, 1200, 1.0, 0, 25, 2); regTestWritePixAndCheck(rp, pix1, IFF_PNG); /* 8 */ pixDisplayWithTitle(pix1, 400, 400, NULL, rp->display); pixDestroy(&pix1); pixaDestroy(&pixa); #endif #if DO_ALL /* Rotation by 2-shear about the center */ pixa = pixaCreate(n); for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixas, i, L_COPY); pixGetDimensions(pix1, &w, &h, NULL); pix2 = pixRotate2Shear(pix1, w / 2, h / 2, 0.25, L_BRING_IN_WHITE); pix3 = pixRotate2Shear(pix2, w / 2, h / 2, -0.35, L_BRING_IN_WHITE); pix4 = pixRemoveAlpha(pix3); pixaAddPix(pixa, pix4, L_INSERT); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); } pix1 = pixaDisplayTiledInRows(pixa, 32, 1200, 1.0, 0, 25, 2); regTestWritePixAndCheck(rp, pix1, IFF_PNG); /* 9 */ pixDisplayWithTitle(pix1, 600, 400, NULL, rp->display); pixDestroy(&pix1); pixaDestroy(&pixa); #endif #if DO_ALL /* Rotation by sampling; no embedding */ pixa = pixaCreate(n); for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixas, i, L_COPY); pix2 = pixRotate(pix1, 0.25, L_ROTATE_SAMPLING, L_BRING_IN_WHITE, 0, 0); pix3 = pixRotate(pix2, -0.35, L_ROTATE_SAMPLING, L_BRING_IN_WHITE, 0, 0); pix4 = pixRemoveAlpha(pix3); pixaAddPix(pixa, pix4, L_INSERT); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); } pix1 = pixaDisplayTiledInRows(pixa, 32, 1200, 1.0, 0, 25, 2); regTestWritePixAndCheck(rp, pix1, IFF_PNG); /* 10 */ pixDisplayWithTitle(pix1, 800, 400, NULL, rp->display); pixDestroy(&pix1); pixaDestroy(&pixa); #endif #if DO_ALL /* Rotation by sampling; with embedding */ pixa = pixaCreate(n); for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixas, i, L_COPY); pix2 = pixRotate(pix1, 0.25, L_ROTATE_SAMPLING, L_BRING_IN_WHITE, 250, 150); pix3 = pixRotate(pix2, -0.35, L_ROTATE_SAMPLING, L_BRING_IN_WHITE, 250, 150); pix4 = pixRemoveBorderToSize(pix3, 250, 150); pix5 = pixRemoveAlpha(pix4); pixaAddPix(pixa, pix5, L_INSERT); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); } pix1 = pixaDisplayTiledInRows(pixa, 32, 1200, 1.0, 0, 25, 2); regTestWritePixAndCheck(rp, pix1, IFF_PNG); /* 11 */ pixDisplayWithTitle(pix1, 1000, 400, NULL, rp->display); pixDestroy(&pix1); pixaDestroy(&pixa); #endif #if DO_ALL /* Rotation by area mapping at corner */ pixa = pixaCreate(n); for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixas, i, L_COPY); pix2 = pixRotateAMCorner(pix1, 0.25, L_BRING_IN_WHITE); pix3 = pixRotateAMCorner(pix2, -0.35, L_BRING_IN_WHITE); pix4 = pixRemoveAlpha(pix3); pixaAddPix(pixa, pix4, L_INSERT); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); } pix1 = pixaDisplayTiledInRows(pixa, 32, 1200, 1.0, 0, 25, 2); regTestWritePixAndCheck(rp, pix1, IFF_PNG); /* 12 */ pixDisplayWithTitle(pix1, 0, 800, NULL, rp->display); pixDestroy(&pix1); pixaDestroy(&pixa); #endif #if DO_ALL /* Affine transform by interpolation */ pixa = pixaCreate(n); vc = Generate3PtTransformVector(); for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixas, i, L_COPY); pix2 = pixAffine(pix1, vc, L_BRING_IN_WHITE); /* pix2 = pixAffineSampled(pix1, vc, L_BRING_IN_WHITE); */ pix3 = pixRemoveAlpha(pix2); pixaAddPix(pixa, pix3, L_INSERT); pixDestroy(&pix1); pixDestroy(&pix2); } pix1 = pixaDisplayTiledInRows(pixa, 32, 1200, 1.0, 0, 25, 2); regTestWritePixAndCheck(rp, pix1, IFF_PNG); /* 13 */ pixDisplayWithTitle(pix1, 200, 800, NULL, rp->display); pixDestroy(&pix1); pixaDestroy(&pixa); lept_free(vc); #endif #if DO_ALL /* Projective transform by sampling */ pixa = pixaCreate(n); vc = Generate4PtTransformVector(PROJECTIVE); for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixas, i, L_COPY); pix2 = pixProjectiveSampled(pix1, vc, L_BRING_IN_WHITE); pix3 = pixRemoveAlpha(pix2); pixaAddPix(pixa, pix3, L_INSERT); pixDestroy(&pix1); pixDestroy(&pix2); } pix1 = pixaDisplayTiledInRows(pixa, 32, 1200, 1.0, 0, 25, 2); regTestWritePixAndCheck(rp, pix1, IFF_PNG); /* 14 */ pixDisplayWithTitle(pix1, 400, 800, NULL, rp->display); pixDestroy(&pix1); pixaDestroy(&pixa); lept_free(vc); #endif #if DO_ALL /* Projective transform by interpolation */ pixa = pixaCreate(n); vc = Generate4PtTransformVector(PROJECTIVE); for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixas, i, L_COPY); pix2 = pixProjective(pix1, vc, L_BRING_IN_WHITE); pix3 = pixRemoveAlpha(pix2); pixaAddPix(pixa, pix3, L_INSERT); pixDestroy(&pix1); pixDestroy(&pix2); } pix1 = pixaDisplayTiledInRows(pixa, 32, 1200, 1.0, 0, 25, 2); regTestWritePixAndCheck(rp, pix1, IFF_PNG); /* 15 */ pixDisplayWithTitle(pix1, 600, 800, NULL, rp->display); pixDestroy(&pix1); pixaDestroy(&pixa); lept_free(vc); #endif #if DO_ALL /* Bilinear transform by interpolation */ pixa = pixaCreate(n); vc = Generate4PtTransformVector(BILINEAR); for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixas, i, L_COPY); pix2 = pixBilinear(pix1, vc, L_BRING_IN_WHITE); pix3 = pixRemoveAlpha(pix2); pixaAddPix(pixa, pix3, L_INSERT); pixDestroy(&pix1); pixDestroy(&pix2); } pix1 = pixaDisplayTiledInRows(pixa, 32, 1200, 1.0, 0, 25, 2); regTestWritePixAndCheck(rp, pix1, IFF_PNG); /* 16 */ pixDisplayWithTitle(pix1, 800, 800, NULL, rp->display); pixDestroy(&pix1); pixaDestroy(&pixa); lept_free(vc); #endif pixaDestroy(&pixas); return regTestCleanup(rp); } static l_float32 * Generate3PtTransformVector() { l_int32 i; l_float32 *vc; PTA *ptas, *ptad; ptas = ptaCreate(3); ptad = ptaCreate(3); for (i = 0; i < 3; i++) { ptaAddPt(ptas, xs[i], ys[i]); ptaAddPt(ptad, xd[i], yd[i]); } getAffineXformCoeffs(ptad, ptas, &vc); ptaDestroy(&ptas); ptaDestroy(&ptad); return vc; } static l_float32 * Generate4PtTransformVector(l_int32 type) { l_int32 i; l_float32 *vc; PTA *ptas, *ptad; ptas = ptaCreate(4); ptad = ptaCreate(4); for (i = 0; i < 4; i++) { ptaAddPt(ptas, xs[i], ys[i]); ptaAddPt(ptad, xd[i], yd[i]); } if (type == PROJECTIVE) getProjectiveXformCoeffs(ptad, ptas, &vc); else /* BILINEAR */ getBilinearXformCoeffs(ptad, ptas, &vc); ptaDestroy(&ptas); ptaDestroy(&ptad); return vc; } leptonica-1.70/prog/cat-35.jpg0000444000175000017500000042205611767470550014175 0ustar dandanÿØÿàJFIFÿþZ CREATOR: XV Version 3.10a Rev: 12/29/94 (PNG patch 1.2) Quality = 20, Smoothing = 0 ÿÛC(#(#!#-+(0Ô„ûR˜›Ò“ÉoJ7³AaÝhòÍ!Føh%{ fS†{Š/¡¥=1I“éFi¥PÒlJ RgÚ†ÅìhòòzÐhSyCÔQäûŠSŒSK@ÅØá¤ÚÞ´{ÒóëH+Š_œRsýê9þõ)vî 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * boxa1_reg.c */ #include "allheaders.h" static PIX *DisplayBoxa(BOXA *boxa); int main(int argc, char **argv) { l_int32 same; l_float32 diffarea, diffxor; BOX *box; BOXA *boxa1, *boxa2; PIX *pix1, *pixdb; static char mainName[] = "boxa1_reg"; if (argc != 1) return ERROR_INT(" Syntax: boxa1_reg", mainName, 1); /* Make a boxa and display its contents */ boxa1 = boxaCreate(6); box = boxCreate(60, 60, 40, 20); boxaAddBox(boxa1, box, L_INSERT); box = boxCreate(120, 50, 20, 50); boxaAddBox(boxa1, box, L_INSERT); box = boxCreate(50, 140, 46, 60); boxaAddBox(boxa1, box, L_INSERT); box = boxCreate(166, 130, 64, 28); boxaAddBox(boxa1, box, L_INSERT); box = boxCreate(64, 224, 44, 34); boxaAddBox(boxa1, box, L_INSERT); box = boxCreate(117, 206, 26, 74); boxaAddBox(boxa1, box, L_INSERT); pix1 = DisplayBoxa(boxa1); pixDisplay(pix1, 100, 100); pixDestroy(&pix1); boxaCompareRegions(boxa1, boxa1, 100, &same, &diffarea, &diffxor, NULL); fprintf(stderr, "same = %d, diffarea = %5.3f, diffxor = %5.3f\n", same, diffarea, diffxor); boxa2 = boxaTransform(boxa1, -13, -13, 1.0, 1.0); boxaCompareRegions(boxa1, boxa2, 10, &same, &diffarea, &diffxor, NULL); fprintf(stderr, "same = %d, diffarea = %5.3f, diffxor = %5.3f\n", same, diffarea, diffxor); boxaDestroy(&boxa2); boxa2 = boxaReconcileEvenOddHeight(boxa1, L_ADJUST_TOP_AND_BOT, 6, L_ADJUST_CHOOSE_MIN, 1.0); pix1 = DisplayBoxa(boxa2); pixDisplay(pix1, 100, 500); pixDestroy(&pix1); boxaCompareRegions(boxa1, boxa2, 10, &same, &diffarea, &diffxor, &pixdb); fprintf(stderr, "same = %d, diffarea = %5.3f, diffxor = %5.3f\n", same, diffarea, diffxor); pixDisplay(pixdb, 700, 100); pixDestroy(&pixdb); boxaDestroy(&boxa1); boxaDestroy(&boxa2); return 0; } static PIX * DisplayBoxa(BOXA *boxa) { l_int32 w, h; BOX *box; PIX *pix1, *pix2, *pix3; PIXA *pixa; pixa = pixaCreate(2); boxaGetExtent(boxa, &w, &h, &box); pix1 = pixCreate(w, h, 1); pixMaskBoxa(pix1, pix1, boxa, L_SET_PIXELS); pixaAddPix(pixa, pix1, L_INSERT); pix2 = pixCreate(w, h, 32); pixSetAll(pix2); pixRenderBoxaArb(pix2, boxa, 2, 0, 255, 0); pixRenderBoxArb(pix2, box, 3, 255, 0, 0); pixaAddPix(pixa, pix2, L_INSERT); pix3 = pixaDisplayTiledInRows(pixa, 32, 1000, 1.0, 0, 30, 2); boxDestroy(&box); pixaDestroy(&pixa); return pix3; } leptonica-1.70/prog/lucasta-47.jpg0000444000175000017500000072616511275671221015065 0ustar dandanÿØÿàJFIFÿþXCREATOR: XV Version 3.10a Rev: 12/29/94 (PNG patch 1.2) Quality = 75, Smoothing = 0 ÿÛC    $.' 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * rotateorthtest1.c * * Tests and timings for 90 and 180 degree rotations * rotateorthtest1 filein fileout [direction] * where * direction = 1 for cw; -1 for ccw */ #include "allheaders.h" #define NTIMES 10 int main(int argc, char **argv) { l_int32 i, w, h, dir; PIX *pixs, *pixd, *pixt; l_float32 pops; char *filein, *fileout; static char mainName[] = "rotateorthtest1"; if (argc != 3 && argc != 4) return ERROR_INT(" Syntax: rotateorthtest1 filein fileout [direction]", mainName, 1); filein = argv[1]; fileout = argv[2]; if (argc == 4) dir = atoi(argv[3]); else dir = 1; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pix not made", mainName, 1); /* Do a single operation */ #if 1 pixd = pixRotate90(pixs, dir); #elif 0 pixd = pixRotate180(NULL, pixs); #elif 0 pixd = pixRotateLR(NULL, pixs); #elif 0 pixd = pixRotateTB(NULL, pixs); #endif /* Time rotate 90, allocating & destroying each time */ #if 0 startTimer(); w = pixGetWidth(pixs); h = pixGetHeight(pixs); for (i = 0; i < NTIMES; i++) { pixd = pixRotate90(pixs, dir); pixDestroy(&pixd); } pops = (l_float32)(w * h * NTIMES) / stopTimer(); fprintf(stderr, "MPops for 90 rotation: %7.3f\n", pops / 1000000.); pixd = pixRotate90(pixs, dir); #endif /* Time rotate 180, with no alloc/destroy */ #if 0 startTimer(); w = pixGetWidth(pixs); h = pixGetHeight(pixs); pixd = pixCreateTemplate(pixs); for (i = 0; i < NTIMES; i++) pixRotate180(pixd, pixs); pops = (l_float32)(w * h * NTIMES) / stopTimer(); fprintf(stderr, "MPops for 180 rotation: %7.3f\n", pops / 1000000.); #endif /* Test rotate 180 not in-place */ #if 0 pixt = pixRotate180(NULL, pixs); pixd = pixRotate180(NULL, pixt); pixEqual(pixs, pixd, &eq); if (eq) fprintf(stderr, "2 rots gives I\n"); else fprintf(stderr, "2 rots fail to give I\n"); pixDestroy(&pixt); #endif /* Test rotate 180 in-place */ #if 0 pixd = pixCopy(NULL, pixs); pixRotate180(pixd, pixd); pixRotate180(pixd, pixd); pixEqual(pixs, pixd, &eq); if (eq) fprintf(stderr, "2 rots gives I\n"); else fprintf(stderr, "2 rots fail to give I\n"); #endif /* Mix rotate 180 with LR/TB */ #if 0 pixd = pixRotate180(NULL, pixs); pixRotateLR(pixd, pixd); pixRotateTB(pixd, pixd); pixEqual(pixs, pixd, &eq); if (eq) fprintf(stderr, "180 rot OK\n"); else fprintf(stderr, "180 rot error\n"); #endif if (pixGetDepth(pixd) < 8) pixWrite(fileout, pixd, IFF_PNG); else pixWrite(fileout, pixd, IFF_JFIF_JPEG); pixDestroy(&pixs); pixDestroy(&pixd); return 0; } leptonica-1.70/prog/stampede2.jpg0000444000175000017500000022317611027565275015065 0ustar dandanÿØÿàJFIFÿþXCREATOR: XV Version 3.10a Rev: 12/29/94 (PNG patch 1.2) Quality = 75, Smoothing = 0 ÿÛC    $.' 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NULL); if (w > MAX_WIDTH) { factor = (l_float32)MAX_WIDTH / (l_float32)w; pixs = pixScale(pix, factor, factor); } else pixs = pixClone(pix); pixDestroy(&pix); pixa = pixaCreate(0); /* Median cut quantizer (no dither; 5 sigbits) */ pixSaveTiled(pixs, pixa, 1.0, 1, SPACE, 32); pixc = pixMedianCutQuantGeneral(pixs, 0, 0, 16, 5, 1, 1); PixSave32(pixa, pixc, rp); pixc = pixMedianCutQuantGeneral(pixs, 0, 0, 128, 5, 1, 1); PixSave32(pixa, pixc, rp); pixc = pixMedianCutQuantGeneral(pixs, 0, 0, 256, 5, 1, 1); PixSave32(pixa, pixc, rp); /* Median cut quantizer (with dither; 5 sigbits) */ pixSaveTiled(pixs, pixa, 1.0, 1, SPACE, 0); pixc = pixMedianCutQuantGeneral(pixs, 1, 0, 16, 5, 1, 1); PixSave32(pixa, pixc, rp); pixc = pixMedianCutQuantGeneral(pixs, 1, 0, 128, 5, 1, 1); PixSave32(pixa, pixc, rp); pixc = pixMedianCutQuantGeneral(pixs, 1, 0, 256, 5, 1, 1); PixSave32(pixa, pixc, rp); /* Median cut quantizer (no dither; 6 sigbits) */ pixSaveTiled(pixs, pixa, 1.0, 1, SPACE, 32); pixc = pixMedianCutQuantGeneral(pixs, 0, 0, 16, 6, 1, 1); PixSave32(pixa, pixc, rp); pixc = pixMedianCutQuantGeneral(pixs, 0, 0, 128, 6, 1, 1); PixSave32(pixa, pixc, rp); pixc = pixMedianCutQuantGeneral(pixs, 0, 0, 256, 6, 1, 1); PixSave32(pixa, pixc, rp); /* Median cut quantizer (with dither; 6 sigbits) */ pixSaveTiled(pixs, pixa, 1.0, 1, SPACE, 0); pixc = pixMedianCutQuantGeneral(pixs, 1, 0, 16, 6, 1, 1); PixSave32(pixa, pixc, rp); pixc = pixMedianCutQuantGeneral(pixs, 1, 0, 128, 6, 1, 1); PixSave32(pixa, pixc, rp); pixc = pixMedianCutQuantGeneral(pixs, 1, 0, 256, 6, 10, 1); PixSave32(pixa, pixc, rp); /* Median cut quantizer (mixed color/gray) */ pixSaveTiled(pixs, pixa, 1.0, 1, SPACE, 0); pixc = pixMedianCutQuantMixed(pixs, 20, 10, 0, 0, 0); PixSave32(pixa, pixc, rp); pixc = pixMedianCutQuantMixed(pixs, 60, 20, 0, 0, 0); PixSave32(pixa, pixc, rp); pixc = pixMedianCutQuantMixed(pixs, 180, 40, 0, 0, 0); PixSave32(pixa, pixc, rp); /* Simple 256 cube octcube quantizer */ pixSaveTiled(pixs, pixa, 1.0, 1, SPACE, 0); pixc = pixFixedOctcubeQuant256(pixs, 0); /* no dither */ PixSave32(pixa, pixc, rp); pixc = pixFixedOctcubeQuant256(pixs, 1); /* dither */ PixSave32(pixa, pixc, rp); /* 2-pass octree quantizer */ pixSaveTiled(pixs, pixa, 1.0, 1, SPACE, 0); pixc = pixOctreeColorQuant(pixs, 128, 0); /* no dither */ PixSave32(pixa, pixc, rp); pixc = pixOctreeColorQuant(pixs, 240, 0); /* no dither */ PixSave32(pixa, pixc, rp); pixc = pixOctreeColorQuant(pixs, 128, 1); /* dither */ PixSave32(pixa, pixc, rp); pixc = pixOctreeColorQuant(pixs, 240, 1); /* dither */ PixSave32(pixa, pixc, rp); /* Simple adaptive quantization to 4 or 8 bpp, specifying ncolors */ pixSaveTiled(pixs, pixa, 1.0, 1, SPACE, 0); pixc = pixOctreeQuantNumColors(pixs, 8, 0); /* fixed: 8 colors */ PixSave32(pixa, pixc, rp); pixc = pixOctreeQuantNumColors(pixs, 16, 0); /* fixed: 16 colors */ PixSave32(pixa, pixc, rp); pixc = pixOctreeQuantNumColors(pixs, 64, 0); /* fixed: 64 colors */ PixSave32(pixa, pixc, rp); pixc = pixOctreeQuantNumColors(pixs, 256, 0); /* fixed: 256 colors */ PixSave32(pixa, pixc, rp); /* Quantize to fully populated octree (RGB) at given level */ pixSaveTiled(pixs, pixa, 1.0, 1, SPACE, 0); pixc = pixFixedOctcubeQuantGenRGB(pixs, 2); /* level 2 */ PixSave32(pixa, pixc, rp); pixc = pixFixedOctcubeQuantGenRGB(pixs, 3); /* level 3 */ PixSave32(pixa, pixc, rp); pixc = pixFixedOctcubeQuantGenRGB(pixs, 4); /* level 4 */ PixSave32(pixa, pixc, rp); pixc = pixFixedOctcubeQuantGenRGB(pixs, 5); /* level 5 */ PixSave32(pixa, pixc, rp); /* Generate 32 bpp RGB image with num colors <= 256 */ pixt = pixOctreeQuantNumColors(pixs, 256, 0); /* cmapped version */ pix32 = pixRemoveColormap(pixt, REMOVE_CMAP_BASED_ON_SRC); /* Quantize image with few colors at fixed octree leaf level */ pixSaveTiled(pixt, pixa, 1.0, 1, SPACE, 0); pixc = pixFewColorsOctcubeQuant1(pix32, 2); /* level 2 */ PixSave32(pixa, pixc, rp); pixc = pixFewColorsOctcubeQuant1(pix32, 3); /* level 3 */ PixSave32(pixa, pixc, rp); pixc = pixFewColorsOctcubeQuant1(pix32, 4); /* level 4 */ PixSave32(pixa, pixc, rp); pixc = pixFewColorsOctcubeQuant1(pix32, 5); /* level 5 */ PixSave32(pixa, pixc, rp); /* Quantize image by population */ pixSaveTiled(pixt, pixa, 1.0, 1, SPACE, 0); pixc = pixOctreeQuantByPopulation(pixs, 3, 0); /* level 3, no dither */ PixSave32(pixa, pixc, rp); pixc = pixOctreeQuantByPopulation(pixs, 3, 1); /* level 3, dither */ PixSave32(pixa, pixc, rp); pixc = pixOctreeQuantByPopulation(pixs, 4, 0); /* level 4, no dither */ PixSave32(pixa, pixc, rp); pixc = pixOctreeQuantByPopulation(pixs, 4, 1); /* level 4, dither */ PixSave32(pixa, pixc, rp); /* Mixed color/gray octree quantizer */ pixSaveTiled(pixt, pixa, 1.0, 1, SPACE, 0); pixc = pixOctcubeQuantMixedWithGray(pix32, 8, 64, 10); /* max delta = 10 */ PixSave32(pixa, pixc, rp); pixc = pixOctcubeQuantMixedWithGray(pix32, 8, 64, 30); /* max delta = 30 */ PixSave32(pixa, pixc, rp); pixc = pixOctcubeQuantMixedWithGray(pix32, 8, 64, 50); /* max delta = 50 */ 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * colorsegtest.c * * See colorseg.c for details. * * Just for fun, try these combinations of the 4 parameters below on * the image tetons.jpg: * 30 20 5 10 (20 colors) * 40 20 7 15 (19 colors) * 50 12 5 12 (12 colors) * 50 12 3 12 (12 colors) * 30 13 3 13 (12 colors) * 30 20 3 20 (20 colors) * 15 20 5 15 (19 colors) * 80 20 3 20 (12 colors) * 100 15 5 15 (7 colors) * 100 15 2 15 (7 colors) * 100 15 0 15 (7 colors) * 30 15 0 15 (12 colors) * 150 15 0 15 (4 colors) * 150 15 2 15 (4 colors) * 180 6 2 6 (3 colors) * 180 6 0 6 (3 colors) */ #include "allheaders.h" static const l_int32 MAX_DIST = 120; static const l_int32 MAX_COLORS = 15; static const l_int32 SEL_SIZE = 4; static const l_int32 FINAL_COLORS = 15; int main(int argc, char **argv) { l_int32 max_dist, max_colors, sel_size, final_colors; PIX *pixs, *pixd, *pixt; char *filein, *fileout; static char mainName[] = "colorsegtest"; if (argc != 3 && argc != 7) return ERROR_INT( "Syntax: colorsegtest filein fileout" " [max_dist max_colors sel_size final_colors]\n" " Default values are: max_dist = 120\n" " max_colors = 15\n" " sel_size = 4\n" " final_colors = 15\n", mainName, 1); filein = argv[1]; fileout = argv[2]; if (argc == 3) { /* use default values */ max_dist = MAX_DIST; max_colors = MAX_COLORS; sel_size = SEL_SIZE; final_colors = FINAL_COLORS; } else { /* 6 input args */ max_dist = atoi(argv[3]); max_colors = atoi(argv[4]); sel_size = atoi(argv[5]); final_colors = atoi(argv[6]); } if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pixs not made", mainName, 1); startTimer(); pixt = pixRemoveColormap(pixs, REMOVE_CMAP_BASED_ON_SRC); pixd = pixColorSegment(pixt, max_dist, max_colors, sel_size, final_colors); fprintf(stderr, "Time to segment: %7.3f sec\n", stopTimer()); pixWrite(fileout, pixd, IFF_PNG); pixDestroy(&pixs); pixDestroy(&pixd); return 0; } leptonica-1.70/prog/convertfilestopdf.c0000644000175000017500000001020112244775411016361 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * convertfilestopdf.c * * Converts all image files in the given directory with matching substring * to a pdf, with the specified scaling factor <= 1.0 applied to all * images. * * See below for syntax and usage. * * The images are displayed at a resolution that depends on the * input resolution (res) and the scaling factor (scalefact) that * is applied to the images before conversion to pdf. Internally * we multiply these, so that the generated pdf will render at the * same resolution as if it hadn't been scaled. By downscaling, you * reduce the size of the images. For jpeg, downscaling reduces * pdf size by the square of the scale factor. The jpeg quality can * be specified from 1 (very poor) to 100 (best available, but * still lossy); use 0 for the default (75). */ #include #include "allheaders.h" int main(int argc, char **argv) { char *dirin, *substr, *title, *fileout; l_int32 ret, res, type, quality; l_float32 scalefactor; static char mainName[] = "convertfilestopdf"; if (argc != 9) { fprintf(stderr, " Syntax: convertfilestopdf dirin substr res" " scalefactor encoding_type title fileout\n" " dirin: input directory for image files\n" " substr: Use 'allfiles' to convert all files\n" " in the directory.\n" " res: Input resolution of each image;\n" " assumed to all be the same\n" " scalefactor: Use to scale all images\n" " encoding_type:\n" " L_JPEG_ENCODE = 1\n" " L_G4_ENCODE = 2\n" " L_FLATE_ENCODE = 3, or 0 for per-page default)\n" " quality: used for jpeg; 0 for default (75);\n" " otherwise select from 1 to 100\n" " title: Use 'none' to omit\n" " fileout: Output pdf file\n"); return 1; } dirin = argv[1]; substr = argv[2]; res = atoi(argv[3]); scalefactor = atof(argv[4]); type = atoi(argv[5]); quality = atoi(argv[6]); title = argv[7]; fileout = argv[8]; if (!strcmp(substr, "allfiles")) substr = NULL; if (scalefactor <= 0.0 || scalefactor > 1.0) { L_WARNING("invalid scalefactor: setting to 1.0\n", mainName); scalefactor = 1.0; } if (!strcmp(title, "none")) title = NULL; ret = convertFilesToPdf(dirin, substr, res, scalefactor, type, quality, title, fileout); return ret; } leptonica-1.70/prog/dwalinearlow.3.c0000644000175000017500000234703011707074305015466 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /*! * Low-level fast binary morphology with auto-generated sels * * Dispatcher: * l_int32 fmorphopgen_low_3() * * Static Low-level: * void fdilate_3_*() * void ferode_3_*() */ #include "allheaders.h" static void fdilate_3_0(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_0(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_1(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_1(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_2(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_2(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_3(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_3(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_4(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_4(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_5(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_5(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_6(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_6(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_7(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_7(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_8(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_8(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_9(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_9(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_10(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_10(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_11(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_11(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_12(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_12(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_13(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_13(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_14(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_14(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_15(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_15(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_16(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_16(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_17(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_17(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_18(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_18(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_19(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_19(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_20(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_20(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_21(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_21(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_22(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_22(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_23(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_23(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_24(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_24(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_25(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_25(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_26(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_26(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_27(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_27(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_28(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_28(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_29(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_29(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_30(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_30(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_31(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_31(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_32(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_32(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_33(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_33(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_34(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_34(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_35(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_35(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_36(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_36(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_37(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_37(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_38(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_38(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_39(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_39(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_40(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_40(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_41(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_41(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_42(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_42(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_43(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_43(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_44(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_44(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_45(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_45(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_46(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_46(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_47(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_47(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_48(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_48(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_49(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_49(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_50(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_50(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_51(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_51(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_52(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_52(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_53(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_53(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_54(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_54(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_55(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_55(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_56(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_56(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_57(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_57(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_58(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_58(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_59(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_59(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_60(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_60(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_61(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_61(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_62(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_62(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_63(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_63(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_64(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_64(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_65(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_65(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_66(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_66(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_67(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_67(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_68(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_68(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_69(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_69(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_70(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_70(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_71(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_71(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_72(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_72(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_73(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_73(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_74(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_74(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_75(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_75(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_76(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_76(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_77(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_77(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_78(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_78(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_79(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_79(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_80(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_80(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_81(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_81(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_82(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_82(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_83(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_83(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_84(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_84(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_85(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_85(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_86(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_86(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_87(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_87(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_88(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_88(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_89(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_89(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_90(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_90(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_91(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_91(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_92(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_92(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_93(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_93(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_94(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_94(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_95(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_95(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_96(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_96(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_97(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_97(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_98(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_98(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_99(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_99(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_100(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_100(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_101(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_101(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_102(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_102(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_103(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_103(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_104(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_104(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_105(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_105(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_106(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_106(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_107(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_107(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_108(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_108(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_109(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_109(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_110(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_110(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_111(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_111(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_112(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_112(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_113(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_113(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_114(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_114(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_115(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_115(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_116(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_116(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_117(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_117(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_118(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_118(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_119(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_119(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_120(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_120(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_121(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_121(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_122(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_122(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_3_123(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_3_123(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); /*---------------------------------------------------------------------* * Fast morph dispatcher * *---------------------------------------------------------------------*/ /*! * fmorphopgen_low_3() * * a dispatcher to appropriate low-level code */ l_int32 fmorphopgen_low_3(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 index) { switch (index) { case 0: fdilate_3_0(datad, w, h, wpld, datas, wpls); break; case 1: ferode_3_0(datad, w, h, wpld, datas, wpls); break; case 2: fdilate_3_1(datad, w, h, wpld, datas, wpls); break; case 3: ferode_3_1(datad, w, h, wpld, datas, wpls); break; case 4: fdilate_3_2(datad, w, h, wpld, datas, wpls); break; case 5: ferode_3_2(datad, w, h, wpld, datas, wpls); break; case 6: fdilate_3_3(datad, w, h, wpld, datas, wpls); break; case 7: ferode_3_3(datad, w, h, wpld, datas, wpls); break; case 8: fdilate_3_4(datad, w, h, wpld, datas, wpls); break; case 9: ferode_3_4(datad, w, h, wpld, datas, wpls); break; case 10: fdilate_3_5(datad, w, h, wpld, datas, wpls); break; case 11: ferode_3_5(datad, w, h, wpld, datas, wpls); break; case 12: fdilate_3_6(datad, w, h, wpld, datas, wpls); break; case 13: ferode_3_6(datad, w, h, wpld, datas, wpls); break; case 14: fdilate_3_7(datad, w, h, wpld, datas, wpls); break; case 15: ferode_3_7(datad, w, h, wpld, datas, wpls); break; case 16: fdilate_3_8(datad, w, h, wpld, datas, wpls); break; case 17: ferode_3_8(datad, w, h, wpld, datas, wpls); break; case 18: fdilate_3_9(datad, w, h, wpld, datas, wpls); break; case 19: ferode_3_9(datad, w, h, wpld, datas, wpls); break; case 20: fdilate_3_10(datad, w, h, wpld, datas, wpls); break; case 21: ferode_3_10(datad, w, h, wpld, datas, wpls); break; case 22: fdilate_3_11(datad, w, h, wpld, datas, wpls); break; case 23: ferode_3_11(datad, w, h, wpld, datas, wpls); break; case 24: fdilate_3_12(datad, w, h, wpld, datas, wpls); break; case 25: ferode_3_12(datad, w, h, wpld, datas, wpls); break; case 26: fdilate_3_13(datad, w, h, wpld, datas, wpls); break; case 27: ferode_3_13(datad, w, h, wpld, datas, wpls); break; case 28: fdilate_3_14(datad, w, h, wpld, datas, wpls); break; case 29: ferode_3_14(datad, w, h, wpld, datas, wpls); break; case 30: fdilate_3_15(datad, w, h, wpld, datas, wpls); break; case 31: ferode_3_15(datad, w, h, wpld, datas, wpls); break; case 32: fdilate_3_16(datad, w, h, wpld, datas, wpls); break; case 33: ferode_3_16(datad, w, h, wpld, datas, wpls); break; case 34: fdilate_3_17(datad, w, h, wpld, datas, wpls); break; case 35: ferode_3_17(datad, w, h, wpld, datas, wpls); break; case 36: fdilate_3_18(datad, w, h, wpld, datas, wpls); break; case 37: ferode_3_18(datad, w, h, wpld, datas, wpls); break; case 38: fdilate_3_19(datad, w, h, wpld, datas, wpls); break; case 39: ferode_3_19(datad, w, h, wpld, datas, wpls); break; case 40: fdilate_3_20(datad, w, h, wpld, datas, wpls); break; case 41: ferode_3_20(datad, w, h, wpld, datas, wpls); break; case 42: fdilate_3_21(datad, w, h, wpld, datas, wpls); break; case 43: ferode_3_21(datad, w, h, wpld, datas, wpls); break; case 44: fdilate_3_22(datad, w, h, wpld, datas, wpls); break; case 45: ferode_3_22(datad, w, h, wpld, datas, wpls); break; case 46: fdilate_3_23(datad, w, h, wpld, datas, wpls); break; case 47: ferode_3_23(datad, w, h, wpld, datas, wpls); break; case 48: fdilate_3_24(datad, w, h, wpld, datas, wpls); break; case 49: ferode_3_24(datad, w, h, wpld, datas, wpls); break; case 50: fdilate_3_25(datad, w, h, wpld, datas, wpls); break; case 51: ferode_3_25(datad, w, h, wpld, datas, wpls); break; case 52: fdilate_3_26(datad, w, h, wpld, datas, wpls); break; case 53: ferode_3_26(datad, w, h, wpld, datas, wpls); break; case 54: fdilate_3_27(datad, w, h, wpld, datas, wpls); break; case 55: ferode_3_27(datad, w, h, wpld, datas, wpls); break; case 56: fdilate_3_28(datad, w, h, wpld, datas, wpls); break; case 57: ferode_3_28(datad, w, h, wpld, datas, wpls); break; case 58: fdilate_3_29(datad, w, h, wpld, datas, wpls); break; case 59: ferode_3_29(datad, w, h, wpld, datas, wpls); break; case 60: fdilate_3_30(datad, w, h, wpld, datas, wpls); break; case 61: ferode_3_30(datad, w, h, wpld, datas, wpls); break; case 62: fdilate_3_31(datad, w, h, wpld, datas, wpls); break; case 63: ferode_3_31(datad, w, h, wpld, datas, wpls); break; case 64: fdilate_3_32(datad, w, h, wpld, datas, wpls); break; case 65: ferode_3_32(datad, w, h, wpld, datas, wpls); break; case 66: fdilate_3_33(datad, w, h, wpld, datas, wpls); break; case 67: ferode_3_33(datad, w, h, wpld, datas, wpls); break; case 68: fdilate_3_34(datad, w, h, wpld, datas, wpls); break; case 69: ferode_3_34(datad, w, h, wpld, datas, wpls); break; case 70: fdilate_3_35(datad, w, h, wpld, datas, wpls); break; case 71: ferode_3_35(datad, w, h, wpld, datas, wpls); break; case 72: fdilate_3_36(datad, w, h, wpld, datas, wpls); break; case 73: ferode_3_36(datad, w, h, wpld, datas, wpls); break; case 74: fdilate_3_37(datad, w, h, wpld, datas, wpls); break; case 75: ferode_3_37(datad, w, h, wpld, datas, wpls); break; case 76: fdilate_3_38(datad, w, h, wpld, datas, wpls); break; case 77: ferode_3_38(datad, w, h, wpld, datas, wpls); break; case 78: fdilate_3_39(datad, w, h, wpld, datas, wpls); break; case 79: ferode_3_39(datad, w, h, wpld, datas, wpls); break; case 80: fdilate_3_40(datad, w, h, wpld, datas, wpls); break; case 81: ferode_3_40(datad, w, h, wpld, datas, wpls); break; case 82: fdilate_3_41(datad, w, h, wpld, datas, wpls); break; case 83: ferode_3_41(datad, w, h, wpld, datas, wpls); break; case 84: fdilate_3_42(datad, w, h, wpld, datas, wpls); break; case 85: ferode_3_42(datad, w, h, wpld, datas, wpls); break; case 86: fdilate_3_43(datad, w, h, wpld, datas, wpls); break; case 87: ferode_3_43(datad, w, h, wpld, datas, wpls); break; case 88: fdilate_3_44(datad, w, h, wpld, datas, wpls); break; case 89: ferode_3_44(datad, w, h, wpld, datas, wpls); break; case 90: fdilate_3_45(datad, w, h, wpld, datas, wpls); break; case 91: ferode_3_45(datad, w, h, wpld, datas, wpls); break; case 92: fdilate_3_46(datad, w, h, wpld, datas, wpls); break; case 93: ferode_3_46(datad, w, h, wpld, datas, wpls); break; case 94: fdilate_3_47(datad, w, h, wpld, datas, wpls); break; case 95: ferode_3_47(datad, w, h, wpld, datas, wpls); break; case 96: fdilate_3_48(datad, w, h, wpld, datas, wpls); break; case 97: ferode_3_48(datad, w, h, wpld, datas, wpls); break; case 98: fdilate_3_49(datad, w, h, wpld, datas, wpls); break; case 99: ferode_3_49(datad, w, h, wpld, datas, wpls); break; case 100: fdilate_3_50(datad, w, h, wpld, datas, wpls); break; case 101: ferode_3_50(datad, w, h, wpld, datas, wpls); break; case 102: fdilate_3_51(datad, w, h, wpld, datas, wpls); break; case 103: ferode_3_51(datad, w, h, wpld, datas, wpls); break; case 104: fdilate_3_52(datad, w, h, wpld, datas, wpls); break; case 105: ferode_3_52(datad, w, h, wpld, datas, wpls); break; case 106: fdilate_3_53(datad, w, h, wpld, datas, wpls); break; case 107: ferode_3_53(datad, w, h, wpld, datas, wpls); break; case 108: fdilate_3_54(datad, w, h, wpld, datas, wpls); break; case 109: ferode_3_54(datad, w, h, wpld, datas, wpls); break; case 110: fdilate_3_55(datad, w, h, wpld, datas, wpls); break; case 111: ferode_3_55(datad, w, h, wpld, datas, wpls); break; case 112: fdilate_3_56(datad, w, h, wpld, datas, wpls); break; case 113: ferode_3_56(datad, w, h, wpld, datas, wpls); break; case 114: fdilate_3_57(datad, w, h, wpld, datas, wpls); break; case 115: ferode_3_57(datad, w, h, wpld, datas, wpls); break; case 116: fdilate_3_58(datad, w, h, wpld, datas, wpls); break; case 117: ferode_3_58(datad, w, h, wpld, datas, wpls); break; case 118: fdilate_3_59(datad, w, h, wpld, datas, wpls); break; case 119: ferode_3_59(datad, w, h, wpld, datas, wpls); break; case 120: fdilate_3_60(datad, w, h, wpld, datas, wpls); break; case 121: ferode_3_60(datad, w, h, wpld, datas, wpls); break; case 122: fdilate_3_61(datad, w, h, wpld, datas, wpls); break; case 123: ferode_3_61(datad, w, h, wpld, datas, wpls); break; case 124: fdilate_3_62(datad, w, h, wpld, datas, wpls); break; case 125: ferode_3_62(datad, w, h, wpld, datas, wpls); break; case 126: fdilate_3_63(datad, w, h, wpld, datas, wpls); break; case 127: ferode_3_63(datad, w, h, wpld, datas, wpls); break; case 128: fdilate_3_64(datad, w, h, wpld, datas, wpls); break; case 129: ferode_3_64(datad, w, h, wpld, datas, wpls); break; case 130: fdilate_3_65(datad, w, h, wpld, datas, wpls); break; case 131: ferode_3_65(datad, w, h, wpld, datas, wpls); break; case 132: fdilate_3_66(datad, w, h, wpld, datas, wpls); break; case 133: ferode_3_66(datad, w, h, wpld, datas, wpls); break; case 134: fdilate_3_67(datad, w, h, wpld, datas, wpls); break; case 135: ferode_3_67(datad, w, h, wpld, datas, wpls); break; case 136: fdilate_3_68(datad, w, h, wpld, datas, wpls); break; case 137: ferode_3_68(datad, w, h, wpld, datas, wpls); break; case 138: fdilate_3_69(datad, w, h, wpld, datas, wpls); break; case 139: ferode_3_69(datad, w, h, wpld, datas, wpls); break; case 140: fdilate_3_70(datad, w, h, wpld, datas, wpls); break; case 141: ferode_3_70(datad, w, h, wpld, datas, wpls); break; case 142: fdilate_3_71(datad, w, h, wpld, datas, wpls); break; case 143: ferode_3_71(datad, w, h, wpld, datas, wpls); break; case 144: fdilate_3_72(datad, w, h, wpld, datas, wpls); break; case 145: ferode_3_72(datad, w, h, wpld, datas, wpls); break; case 146: fdilate_3_73(datad, w, h, wpld, datas, wpls); break; case 147: ferode_3_73(datad, w, h, wpld, datas, wpls); break; case 148: fdilate_3_74(datad, w, h, wpld, datas, wpls); break; case 149: ferode_3_74(datad, w, h, wpld, datas, wpls); break; case 150: fdilate_3_75(datad, w, h, wpld, datas, wpls); break; case 151: ferode_3_75(datad, w, h, wpld, datas, wpls); break; case 152: fdilate_3_76(datad, w, h, wpld, datas, wpls); break; case 153: ferode_3_76(datad, w, h, wpld, datas, wpls); break; case 154: fdilate_3_77(datad, w, h, wpld, datas, wpls); break; case 155: ferode_3_77(datad, w, h, wpld, datas, wpls); break; case 156: fdilate_3_78(datad, w, h, wpld, datas, wpls); break; case 157: ferode_3_78(datad, w, h, wpld, datas, wpls); break; case 158: fdilate_3_79(datad, w, h, wpld, datas, wpls); break; case 159: ferode_3_79(datad, w, h, wpld, datas, wpls); break; case 160: fdilate_3_80(datad, w, h, wpld, datas, wpls); break; case 161: ferode_3_80(datad, w, h, wpld, datas, wpls); break; case 162: fdilate_3_81(datad, w, h, wpld, datas, wpls); break; case 163: ferode_3_81(datad, w, h, wpld, datas, wpls); break; case 164: fdilate_3_82(datad, w, h, wpld, datas, wpls); break; case 165: ferode_3_82(datad, w, h, wpld, datas, wpls); break; case 166: fdilate_3_83(datad, w, h, wpld, datas, wpls); break; case 167: ferode_3_83(datad, w, h, wpld, datas, wpls); break; case 168: fdilate_3_84(datad, w, h, wpld, datas, wpls); break; case 169: ferode_3_84(datad, w, h, wpld, datas, wpls); break; case 170: fdilate_3_85(datad, w, h, wpld, datas, wpls); break; case 171: ferode_3_85(datad, w, h, wpld, datas, wpls); break; case 172: fdilate_3_86(datad, w, h, wpld, datas, wpls); break; case 173: ferode_3_86(datad, w, h, wpld, datas, wpls); break; case 174: fdilate_3_87(datad, w, h, wpld, datas, wpls); break; case 175: ferode_3_87(datad, w, h, wpld, datas, wpls); break; case 176: fdilate_3_88(datad, w, h, wpld, datas, wpls); break; case 177: ferode_3_88(datad, w, h, wpld, datas, wpls); break; case 178: fdilate_3_89(datad, w, h, wpld, datas, wpls); break; case 179: ferode_3_89(datad, w, h, wpld, datas, wpls); break; case 180: fdilate_3_90(datad, w, h, wpld, datas, wpls); break; case 181: ferode_3_90(datad, w, h, wpld, datas, wpls); break; case 182: fdilate_3_91(datad, w, h, wpld, datas, wpls); break; case 183: ferode_3_91(datad, w, h, wpld, datas, wpls); break; case 184: fdilate_3_92(datad, w, h, wpld, datas, wpls); break; case 185: ferode_3_92(datad, w, h, wpld, datas, wpls); break; case 186: fdilate_3_93(datad, w, h, wpld, datas, wpls); break; case 187: ferode_3_93(datad, w, h, wpld, datas, wpls); break; case 188: fdilate_3_94(datad, w, h, wpld, datas, wpls); break; case 189: ferode_3_94(datad, w, h, wpld, datas, wpls); break; case 190: fdilate_3_95(datad, w, h, wpld, datas, wpls); break; case 191: ferode_3_95(datad, w, h, wpld, datas, wpls); break; case 192: fdilate_3_96(datad, w, h, wpld, datas, wpls); break; case 193: ferode_3_96(datad, w, h, wpld, datas, wpls); break; case 194: fdilate_3_97(datad, w, h, wpld, datas, wpls); break; case 195: ferode_3_97(datad, w, h, wpld, datas, wpls); break; case 196: fdilate_3_98(datad, w, h, wpld, datas, wpls); break; case 197: ferode_3_98(datad, w, h, wpld, datas, wpls); break; case 198: fdilate_3_99(datad, w, h, wpld, datas, wpls); break; case 199: ferode_3_99(datad, w, h, wpld, datas, wpls); break; case 200: fdilate_3_100(datad, w, h, wpld, datas, wpls); break; case 201: ferode_3_100(datad, w, h, wpld, datas, wpls); break; case 202: fdilate_3_101(datad, w, h, wpld, datas, wpls); break; case 203: ferode_3_101(datad, w, h, wpld, datas, wpls); break; case 204: fdilate_3_102(datad, w, h, wpld, datas, wpls); break; case 205: ferode_3_102(datad, w, h, wpld, datas, wpls); break; case 206: fdilate_3_103(datad, w, h, wpld, datas, wpls); break; case 207: ferode_3_103(datad, w, h, wpld, datas, wpls); break; case 208: fdilate_3_104(datad, w, h, wpld, datas, wpls); break; case 209: ferode_3_104(datad, w, h, wpld, datas, wpls); break; case 210: fdilate_3_105(datad, w, h, wpld, datas, wpls); break; case 211: ferode_3_105(datad, w, h, wpld, datas, wpls); break; case 212: fdilate_3_106(datad, w, h, wpld, datas, wpls); break; case 213: ferode_3_106(datad, w, h, wpld, datas, wpls); break; case 214: fdilate_3_107(datad, w, h, wpld, datas, wpls); break; case 215: ferode_3_107(datad, w, h, wpld, datas, wpls); break; case 216: fdilate_3_108(datad, w, h, wpld, datas, wpls); break; case 217: ferode_3_108(datad, w, h, wpld, datas, wpls); break; case 218: fdilate_3_109(datad, w, h, wpld, datas, wpls); break; case 219: ferode_3_109(datad, w, h, wpld, datas, wpls); break; case 220: fdilate_3_110(datad, w, h, wpld, datas, wpls); break; case 221: ferode_3_110(datad, w, h, wpld, datas, wpls); break; case 222: fdilate_3_111(datad, w, h, wpld, datas, wpls); break; case 223: ferode_3_111(datad, w, h, wpld, datas, wpls); break; case 224: fdilate_3_112(datad, w, h, wpld, datas, wpls); break; case 225: ferode_3_112(datad, w, h, wpld, datas, wpls); break; case 226: fdilate_3_113(datad, w, h, wpld, datas, wpls); break; case 227: ferode_3_113(datad, w, h, wpld, datas, wpls); break; case 228: fdilate_3_114(datad, w, h, wpld, datas, wpls); break; case 229: ferode_3_114(datad, w, h, wpld, datas, wpls); break; case 230: fdilate_3_115(datad, w, h, wpld, datas, wpls); break; case 231: ferode_3_115(datad, w, h, wpld, datas, wpls); break; case 232: fdilate_3_116(datad, w, h, wpld, datas, wpls); break; case 233: ferode_3_116(datad, w, h, wpld, datas, wpls); break; case 234: fdilate_3_117(datad, w, h, wpld, datas, wpls); break; case 235: ferode_3_117(datad, w, h, wpld, datas, wpls); break; case 236: fdilate_3_118(datad, w, h, wpld, datas, wpls); break; case 237: ferode_3_118(datad, w, h, wpld, datas, wpls); break; case 238: fdilate_3_119(datad, w, h, wpld, datas, wpls); break; case 239: ferode_3_119(datad, w, h, wpld, datas, wpls); break; case 240: fdilate_3_120(datad, w, h, wpld, datas, wpls); break; case 241: ferode_3_120(datad, w, h, wpld, datas, wpls); break; case 242: fdilate_3_121(datad, w, h, wpld, datas, wpls); break; case 243: ferode_3_121(datad, w, h, wpld, datas, wpls); break; case 244: fdilate_3_122(datad, w, h, wpld, datas, wpls); break; case 245: ferode_3_122(datad, w, h, wpld, datas, wpls); break; case 246: fdilate_3_123(datad, w, h, wpld, datas, wpls); break; case 247: ferode_3_123(datad, w, h, wpld, datas, wpls); break; } return 0; } /*--------------------------------------------------------------------------* * Low-level auto-generated static routines * *--------------------------------------------------------------------------*/ /* * N.B. In all the low-level routines, the part of the image * that is accessed has been clipped by 32 pixels on * all four sides. This is done in the higher level * code by redefining w and h smaller and by moving the * start-of-image pointers up to the beginning of this * interior rectangle. */ static void fdilate_3_0(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr); } } } static void ferode_3_0(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr); } } } static void fdilate_3_1(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)); } } } static void ferode_3_1(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)); } } } static void fdilate_3_2(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)); } } } static void ferode_3_2(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)); } } } static void fdilate_3_3(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)); } } } static void ferode_3_3(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)); } } } static void fdilate_3_4(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)); } } } static void ferode_3_4(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)); } } } static void fdilate_3_5(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)); } } } static void ferode_3_5(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)); } } } static void fdilate_3_6(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)); } } } static void ferode_3_6(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)); } } } static void fdilate_3_7(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)); } } } static void ferode_3_7(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)); } } } static void fdilate_3_8(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)); } } } static void ferode_3_8(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)); } } } static void fdilate_3_9(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)); } } } static void ferode_3_9(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)); } } } static void fdilate_3_10(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)); } } } static void ferode_3_10(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)); } } } static void fdilate_3_11(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)); } } } static void ferode_3_11(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)); } } } static void fdilate_3_12(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)); } } } static void ferode_3_12(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)); } } } static void fdilate_3_13(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)); } } } static void ferode_3_13(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)); } } } static void fdilate_3_14(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)); } } } static void ferode_3_14(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)); } } } static void fdilate_3_15(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)); } } } static void ferode_3_15(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)); } } } static void fdilate_3_16(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)); } } } static void ferode_3_16(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)); } } } static void fdilate_3_17(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)); } } } static void ferode_3_17(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)); } } } static void fdilate_3_18(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)); } } } static void ferode_3_18(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)); } } } static void fdilate_3_19(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)); } } } static void ferode_3_19(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)); } } } static void fdilate_3_20(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)); } } } static void ferode_3_20(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)); } } } static void fdilate_3_21(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)); } } } static void ferode_3_21(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)); } } } static void fdilate_3_22(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)); } } } static void ferode_3_22(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)); } } } static void fdilate_3_23(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)); } } } static void ferode_3_23(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)); } } } static void fdilate_3_24(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)); } } } static void ferode_3_24(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)); } } } static void fdilate_3_25(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)); } } } static void ferode_3_25(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)); } } } static void fdilate_3_26(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)); } } } static void ferode_3_26(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)); } } } static void fdilate_3_27(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)); } } } static void ferode_3_27(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)); } } } static void fdilate_3_28(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)); } } } static void ferode_3_28(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)); } } } static void fdilate_3_29(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)); } } } static void ferode_3_29(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)); } } } static void fdilate_3_30(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)); } } } static void ferode_3_30(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)); } } } static void fdilate_3_31(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)); } } } static void ferode_3_31(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)); } } } static void fdilate_3_32(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)); } } } static void ferode_3_32(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)); } } } static void fdilate_3_33(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)); } } } static void ferode_3_33(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)); } } } static void fdilate_3_34(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)); } } } static void ferode_3_34(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)); } } } static void fdilate_3_35(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)); } } } static void ferode_3_35(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)); } } } static void fdilate_3_36(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)); } } } static void ferode_3_36(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)); } } } static void fdilate_3_37(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)); } } } static void ferode_3_37(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)); } } } static void fdilate_3_38(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)); } } } static void ferode_3_38(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)); } } } static void fdilate_3_39(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)) | ((*(sptr) >> 20) | (*(sptr - 1) << 12)); } } } static void ferode_3_39(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)) & ((*(sptr) << 20) | (*(sptr + 1) >> 12)); } } } static void fdilate_3_40(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 21) | (*(sptr + 1) >> 11)) | ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)) | ((*(sptr) >> 20) | (*(sptr - 1) << 12)); } } } static void ferode_3_40(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 21) | (*(sptr - 1) << 11)) & ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)) & ((*(sptr) << 20) | (*(sptr + 1) >> 12)); } } } static void fdilate_3_41(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 21) | (*(sptr + 1) >> 11)) | ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)) | ((*(sptr) >> 20) | (*(sptr - 1) << 12)) | ((*(sptr) >> 21) | (*(sptr - 1) << 11)); } } } static void ferode_3_41(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 21) | (*(sptr - 1) << 11)) & ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)) & ((*(sptr) << 20) | (*(sptr + 1) >> 12)) & ((*(sptr) << 21) | (*(sptr + 1) >> 11)); } } } static void fdilate_3_42(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 22) | (*(sptr + 1) >> 10)) | ((*(sptr) << 21) | (*(sptr + 1) >> 11)) | ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)) | ((*(sptr) >> 20) | (*(sptr - 1) << 12)) | ((*(sptr) >> 21) | (*(sptr - 1) << 11)); } } } static void ferode_3_42(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 22) | (*(sptr - 1) << 10)) & ((*(sptr) >> 21) | (*(sptr - 1) << 11)) & ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)) & ((*(sptr) << 20) | (*(sptr + 1) >> 12)) & ((*(sptr) << 21) | (*(sptr + 1) >> 11)); } } } static void fdilate_3_43(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 22) | (*(sptr + 1) >> 10)) | ((*(sptr) << 21) | (*(sptr + 1) >> 11)) | ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)) | ((*(sptr) >> 20) | (*(sptr - 1) << 12)) | ((*(sptr) >> 21) | (*(sptr - 1) << 11)) | ((*(sptr) >> 22) | (*(sptr - 1) << 10)); } } } static void ferode_3_43(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 22) | (*(sptr - 1) << 10)) & ((*(sptr) >> 21) | (*(sptr - 1) << 11)) & ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)) & ((*(sptr) << 20) | (*(sptr + 1) >> 12)) & ((*(sptr) << 21) | (*(sptr + 1) >> 11)) & ((*(sptr) << 22) | (*(sptr + 1) >> 10)); } } } static void fdilate_3_44(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 23) | (*(sptr + 1) >> 9)) | ((*(sptr) << 22) | (*(sptr + 1) >> 10)) | ((*(sptr) << 21) | (*(sptr + 1) >> 11)) | ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)) | ((*(sptr) >> 20) | (*(sptr - 1) << 12)) | ((*(sptr) >> 21) | (*(sptr - 1) << 11)) | ((*(sptr) >> 22) | (*(sptr - 1) << 10)); } } } static void ferode_3_44(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 23) | (*(sptr - 1) << 9)) & ((*(sptr) >> 22) | (*(sptr - 1) << 10)) & ((*(sptr) >> 21) | (*(sptr - 1) << 11)) & ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)) & ((*(sptr) << 20) | (*(sptr + 1) >> 12)) & ((*(sptr) << 21) | (*(sptr + 1) >> 11)) & ((*(sptr) << 22) | (*(sptr + 1) >> 10)); } } } static void fdilate_3_45(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 23) | (*(sptr + 1) >> 9)) | ((*(sptr) << 22) | (*(sptr + 1) >> 10)) | ((*(sptr) << 21) | (*(sptr + 1) >> 11)) | ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)) | ((*(sptr) >> 20) | (*(sptr - 1) << 12)) | ((*(sptr) >> 21) | (*(sptr - 1) << 11)) | ((*(sptr) >> 22) | (*(sptr - 1) << 10)) | ((*(sptr) >> 23) | (*(sptr - 1) << 9)); } } } static void ferode_3_45(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 23) | (*(sptr - 1) << 9)) & ((*(sptr) >> 22) | (*(sptr - 1) << 10)) & ((*(sptr) >> 21) | (*(sptr - 1) << 11)) & ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)) & ((*(sptr) << 20) | (*(sptr + 1) >> 12)) & ((*(sptr) << 21) | (*(sptr + 1) >> 11)) & ((*(sptr) << 22) | (*(sptr + 1) >> 10)) & ((*(sptr) << 23) | (*(sptr + 1) >> 9)); } } } static void fdilate_3_46(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 24) | (*(sptr + 1) >> 8)) | ((*(sptr) << 23) | (*(sptr + 1) >> 9)) | ((*(sptr) << 22) | (*(sptr + 1) >> 10)) | ((*(sptr) << 21) | (*(sptr + 1) >> 11)) | ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)) | ((*(sptr) >> 20) | (*(sptr - 1) << 12)) | ((*(sptr) >> 21) | (*(sptr - 1) << 11)) | ((*(sptr) >> 22) | (*(sptr - 1) << 10)) | ((*(sptr) >> 23) | (*(sptr - 1) << 9)); } } } static void ferode_3_46(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 24) | (*(sptr - 1) << 8)) & ((*(sptr) >> 23) | (*(sptr - 1) << 9)) & ((*(sptr) >> 22) | (*(sptr - 1) << 10)) & ((*(sptr) >> 21) | (*(sptr - 1) << 11)) & ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)) & ((*(sptr) << 20) | (*(sptr + 1) >> 12)) & ((*(sptr) << 21) | (*(sptr + 1) >> 11)) & ((*(sptr) << 22) | (*(sptr + 1) >> 10)) & ((*(sptr) << 23) | (*(sptr + 1) >> 9)); } } } static void fdilate_3_47(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 24) | (*(sptr + 1) >> 8)) | ((*(sptr) << 23) | (*(sptr + 1) >> 9)) | ((*(sptr) << 22) | (*(sptr + 1) >> 10)) | ((*(sptr) << 21) | (*(sptr + 1) >> 11)) | ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)) | ((*(sptr) >> 20) | (*(sptr - 1) << 12)) | ((*(sptr) >> 21) | (*(sptr - 1) << 11)) | ((*(sptr) >> 22) | (*(sptr - 1) << 10)) | ((*(sptr) >> 23) | (*(sptr - 1) << 9)) | ((*(sptr) >> 24) | (*(sptr - 1) << 8)); } } } static void ferode_3_47(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 24) | (*(sptr - 1) << 8)) & ((*(sptr) >> 23) | (*(sptr - 1) << 9)) & ((*(sptr) >> 22) | (*(sptr - 1) << 10)) & ((*(sptr) >> 21) | (*(sptr - 1) << 11)) & ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)) & ((*(sptr) << 20) | (*(sptr + 1) >> 12)) & ((*(sptr) << 21) | (*(sptr + 1) >> 11)) & ((*(sptr) << 22) | (*(sptr + 1) >> 10)) & ((*(sptr) << 23) | (*(sptr + 1) >> 9)) & ((*(sptr) << 24) | (*(sptr + 1) >> 8)); } } } static void fdilate_3_48(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 25) | (*(sptr + 1) >> 7)) | ((*(sptr) << 24) | (*(sptr + 1) >> 8)) | ((*(sptr) << 23) | (*(sptr + 1) >> 9)) | ((*(sptr) << 22) | (*(sptr + 1) >> 10)) | ((*(sptr) << 21) | (*(sptr + 1) >> 11)) | ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)) | ((*(sptr) >> 20) | (*(sptr - 1) << 12)) | ((*(sptr) >> 21) | (*(sptr - 1) << 11)) | ((*(sptr) >> 22) | (*(sptr - 1) << 10)) | ((*(sptr) >> 23) | (*(sptr - 1) << 9)) | ((*(sptr) >> 24) | (*(sptr - 1) << 8)); } } } static void ferode_3_48(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 25) | (*(sptr - 1) << 7)) & ((*(sptr) >> 24) | (*(sptr - 1) << 8)) & ((*(sptr) >> 23) | (*(sptr - 1) << 9)) & ((*(sptr) >> 22) | (*(sptr - 1) << 10)) & ((*(sptr) >> 21) | (*(sptr - 1) << 11)) & ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)) & ((*(sptr) << 20) | (*(sptr + 1) >> 12)) & ((*(sptr) << 21) | (*(sptr + 1) >> 11)) & ((*(sptr) << 22) | (*(sptr + 1) >> 10)) & ((*(sptr) << 23) | (*(sptr + 1) >> 9)) & ((*(sptr) << 24) | (*(sptr + 1) >> 8)); } } } static void fdilate_3_49(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 25) | (*(sptr + 1) >> 7)) | ((*(sptr) << 24) | (*(sptr + 1) >> 8)) | ((*(sptr) << 23) | (*(sptr + 1) >> 9)) | ((*(sptr) << 22) | (*(sptr + 1) >> 10)) | ((*(sptr) << 21) | (*(sptr + 1) >> 11)) | ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)) | ((*(sptr) >> 20) | (*(sptr - 1) << 12)) | ((*(sptr) >> 21) | (*(sptr - 1) << 11)) | ((*(sptr) >> 22) | (*(sptr - 1) << 10)) | ((*(sptr) >> 23) | (*(sptr - 1) << 9)) | ((*(sptr) >> 24) | (*(sptr - 1) << 8)) | ((*(sptr) >> 25) | (*(sptr - 1) << 7)); } } } static void ferode_3_49(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 25) | (*(sptr - 1) << 7)) & ((*(sptr) >> 24) | (*(sptr - 1) << 8)) & ((*(sptr) >> 23) | (*(sptr - 1) << 9)) & ((*(sptr) >> 22) | (*(sptr - 1) << 10)) & ((*(sptr) >> 21) | (*(sptr - 1) << 11)) & ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)) & ((*(sptr) << 20) | (*(sptr + 1) >> 12)) & ((*(sptr) << 21) | (*(sptr + 1) >> 11)) & ((*(sptr) << 22) | (*(sptr + 1) >> 10)) & ((*(sptr) << 23) | (*(sptr + 1) >> 9)) & ((*(sptr) << 24) | (*(sptr + 1) >> 8)) & ((*(sptr) << 25) | (*(sptr + 1) >> 7)); } } } static void fdilate_3_50(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 26) | (*(sptr + 1) >> 6)) | ((*(sptr) << 25) | (*(sptr + 1) >> 7)) | ((*(sptr) << 24) | (*(sptr + 1) >> 8)) | ((*(sptr) << 23) | (*(sptr + 1) >> 9)) | ((*(sptr) << 22) | (*(sptr + 1) >> 10)) | ((*(sptr) << 21) | (*(sptr + 1) >> 11)) | ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)) | ((*(sptr) >> 20) | (*(sptr - 1) << 12)) | ((*(sptr) >> 21) | (*(sptr - 1) << 11)) | ((*(sptr) >> 22) | (*(sptr - 1) << 10)) | ((*(sptr) >> 23) | (*(sptr - 1) << 9)) | ((*(sptr) >> 24) | (*(sptr - 1) << 8)) | ((*(sptr) >> 25) | (*(sptr - 1) << 7)); } } } static void ferode_3_50(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 26) | (*(sptr - 1) << 6)) & ((*(sptr) >> 25) | (*(sptr - 1) << 7)) & ((*(sptr) >> 24) | (*(sptr - 1) << 8)) & ((*(sptr) >> 23) | (*(sptr - 1) << 9)) & ((*(sptr) >> 22) | (*(sptr - 1) << 10)) & ((*(sptr) >> 21) | (*(sptr - 1) << 11)) & ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)) & ((*(sptr) << 20) | (*(sptr + 1) >> 12)) & ((*(sptr) << 21) | (*(sptr + 1) >> 11)) & ((*(sptr) << 22) | (*(sptr + 1) >> 10)) & ((*(sptr) << 23) | (*(sptr + 1) >> 9)) & ((*(sptr) << 24) | (*(sptr + 1) >> 8)) & ((*(sptr) << 25) | (*(sptr + 1) >> 7)); } } } static void fdilate_3_51(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 26) | (*(sptr + 1) >> 6)) | ((*(sptr) << 25) | (*(sptr + 1) >> 7)) | ((*(sptr) << 24) | (*(sptr + 1) >> 8)) | ((*(sptr) << 23) | (*(sptr + 1) >> 9)) | ((*(sptr) << 22) | (*(sptr + 1) >> 10)) | ((*(sptr) << 21) | (*(sptr + 1) >> 11)) | ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)) | ((*(sptr) >> 20) | (*(sptr - 1) << 12)) | ((*(sptr) >> 21) | (*(sptr - 1) << 11)) | ((*(sptr) >> 22) | (*(sptr - 1) << 10)) | ((*(sptr) >> 23) | (*(sptr - 1) << 9)) | ((*(sptr) >> 24) | (*(sptr - 1) << 8)) | ((*(sptr) >> 25) | (*(sptr - 1) << 7)) | ((*(sptr) >> 26) | (*(sptr - 1) << 6)); } } } static void ferode_3_51(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 26) | (*(sptr - 1) << 6)) & ((*(sptr) >> 25) | (*(sptr - 1) << 7)) & ((*(sptr) >> 24) | (*(sptr - 1) << 8)) & ((*(sptr) >> 23) | (*(sptr - 1) << 9)) & ((*(sptr) >> 22) | (*(sptr - 1) << 10)) & ((*(sptr) >> 21) | (*(sptr - 1) << 11)) & ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)) & ((*(sptr) << 20) | (*(sptr + 1) >> 12)) & ((*(sptr) << 21) | (*(sptr + 1) >> 11)) & ((*(sptr) << 22) | (*(sptr + 1) >> 10)) & ((*(sptr) << 23) | (*(sptr + 1) >> 9)) & ((*(sptr) << 24) | (*(sptr + 1) >> 8)) & ((*(sptr) << 25) | (*(sptr + 1) >> 7)) & ((*(sptr) << 26) | (*(sptr + 1) >> 6)); } } } static void fdilate_3_52(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 27) | (*(sptr + 1) >> 5)) | ((*(sptr) << 26) | (*(sptr + 1) >> 6)) | ((*(sptr) << 25) | (*(sptr + 1) >> 7)) | ((*(sptr) << 24) | (*(sptr + 1) >> 8)) | ((*(sptr) << 23) | (*(sptr + 1) >> 9)) | ((*(sptr) << 22) | (*(sptr + 1) >> 10)) | ((*(sptr) << 21) | (*(sptr + 1) >> 11)) | ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)) | ((*(sptr) >> 20) | (*(sptr - 1) << 12)) | ((*(sptr) >> 21) | (*(sptr - 1) << 11)) | ((*(sptr) >> 22) | (*(sptr - 1) << 10)) | ((*(sptr) >> 23) | (*(sptr - 1) << 9)) | ((*(sptr) >> 24) | (*(sptr - 1) << 8)) | ((*(sptr) >> 25) | (*(sptr - 1) << 7)) | ((*(sptr) >> 26) | (*(sptr - 1) << 6)); } } } static void ferode_3_52(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 27) | (*(sptr - 1) << 5)) & ((*(sptr) >> 26) | (*(sptr - 1) << 6)) & ((*(sptr) >> 25) | (*(sptr - 1) << 7)) & ((*(sptr) >> 24) | (*(sptr - 1) << 8)) & ((*(sptr) >> 23) | (*(sptr - 1) << 9)) & ((*(sptr) >> 22) | (*(sptr - 1) << 10)) & ((*(sptr) >> 21) | (*(sptr - 1) << 11)) & ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)) & ((*(sptr) << 20) | (*(sptr + 1) >> 12)) & ((*(sptr) << 21) | (*(sptr + 1) >> 11)) & ((*(sptr) << 22) | (*(sptr + 1) >> 10)) & ((*(sptr) << 23) | (*(sptr + 1) >> 9)) & ((*(sptr) << 24) | (*(sptr + 1) >> 8)) & ((*(sptr) << 25) | (*(sptr + 1) >> 7)) & ((*(sptr) << 26) | (*(sptr + 1) >> 6)); } } } static void fdilate_3_53(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 27) | (*(sptr + 1) >> 5)) | ((*(sptr) << 26) | (*(sptr + 1) >> 6)) | ((*(sptr) << 25) | (*(sptr + 1) >> 7)) | ((*(sptr) << 24) | (*(sptr + 1) >> 8)) | ((*(sptr) << 23) | (*(sptr + 1) >> 9)) | ((*(sptr) << 22) | (*(sptr + 1) >> 10)) | ((*(sptr) << 21) | (*(sptr + 1) >> 11)) | ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)) | ((*(sptr) >> 20) | (*(sptr - 1) << 12)) | ((*(sptr) >> 21) | (*(sptr - 1) << 11)) | ((*(sptr) >> 22) | (*(sptr - 1) << 10)) | ((*(sptr) >> 23) | (*(sptr - 1) << 9)) | ((*(sptr) >> 24) | (*(sptr - 1) << 8)) | ((*(sptr) >> 25) | (*(sptr - 1) << 7)) | ((*(sptr) >> 26) | (*(sptr - 1) << 6)) | ((*(sptr) >> 27) | (*(sptr - 1) << 5)); } } } static void ferode_3_53(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 27) | (*(sptr - 1) << 5)) & ((*(sptr) >> 26) | (*(sptr - 1) << 6)) & ((*(sptr) >> 25) | (*(sptr - 1) << 7)) & ((*(sptr) >> 24) | (*(sptr - 1) << 8)) & ((*(sptr) >> 23) | (*(sptr - 1) << 9)) & ((*(sptr) >> 22) | (*(sptr - 1) << 10)) & ((*(sptr) >> 21) | (*(sptr - 1) << 11)) & ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)) & ((*(sptr) << 20) | (*(sptr + 1) >> 12)) & ((*(sptr) << 21) | (*(sptr + 1) >> 11)) & ((*(sptr) << 22) | (*(sptr + 1) >> 10)) & ((*(sptr) << 23) | (*(sptr + 1) >> 9)) & ((*(sptr) << 24) | (*(sptr + 1) >> 8)) & ((*(sptr) << 25) | (*(sptr + 1) >> 7)) & ((*(sptr) << 26) | (*(sptr + 1) >> 6)) & ((*(sptr) << 27) | (*(sptr + 1) >> 5)); } } } static void fdilate_3_54(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 28) | (*(sptr + 1) >> 4)) | ((*(sptr) << 27) | (*(sptr + 1) >> 5)) | ((*(sptr) << 26) | (*(sptr + 1) >> 6)) | ((*(sptr) << 25) | (*(sptr + 1) >> 7)) | ((*(sptr) << 24) | (*(sptr + 1) >> 8)) | ((*(sptr) << 23) | (*(sptr + 1) >> 9)) | ((*(sptr) << 22) | (*(sptr + 1) >> 10)) | ((*(sptr) << 21) | (*(sptr + 1) >> 11)) | ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)) | ((*(sptr) >> 20) | (*(sptr - 1) << 12)) | ((*(sptr) >> 21) | (*(sptr - 1) << 11)) | ((*(sptr) >> 22) | (*(sptr - 1) << 10)) | ((*(sptr) >> 23) | (*(sptr - 1) << 9)) | ((*(sptr) >> 24) | (*(sptr - 1) << 8)) | ((*(sptr) >> 25) | (*(sptr - 1) << 7)) | ((*(sptr) >> 26) | (*(sptr - 1) << 6)) | ((*(sptr) >> 27) | (*(sptr - 1) << 5)); } } } static void ferode_3_54(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 28) | (*(sptr - 1) << 4)) & ((*(sptr) >> 27) | (*(sptr - 1) << 5)) & ((*(sptr) >> 26) | (*(sptr - 1) << 6)) & ((*(sptr) >> 25) | (*(sptr - 1) << 7)) & ((*(sptr) >> 24) | (*(sptr - 1) << 8)) & ((*(sptr) >> 23) | (*(sptr - 1) << 9)) & ((*(sptr) >> 22) | (*(sptr - 1) << 10)) & ((*(sptr) >> 21) | (*(sptr - 1) << 11)) & ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)) & ((*(sptr) << 20) | (*(sptr + 1) >> 12)) & ((*(sptr) << 21) | (*(sptr + 1) >> 11)) & ((*(sptr) << 22) | (*(sptr + 1) >> 10)) & ((*(sptr) << 23) | (*(sptr + 1) >> 9)) & ((*(sptr) << 24) | (*(sptr + 1) >> 8)) & ((*(sptr) << 25) | (*(sptr + 1) >> 7)) & ((*(sptr) << 26) | (*(sptr + 1) >> 6)) & ((*(sptr) << 27) | (*(sptr + 1) >> 5)); } } } static void fdilate_3_55(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 28) | (*(sptr + 1) >> 4)) | ((*(sptr) << 27) | (*(sptr + 1) >> 5)) | ((*(sptr) << 26) | (*(sptr + 1) >> 6)) | ((*(sptr) << 25) | (*(sptr + 1) >> 7)) | ((*(sptr) << 24) | (*(sptr + 1) >> 8)) | ((*(sptr) << 23) | (*(sptr + 1) >> 9)) | ((*(sptr) << 22) | (*(sptr + 1) >> 10)) | ((*(sptr) << 21) | (*(sptr + 1) >> 11)) | ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)) | ((*(sptr) >> 20) | (*(sptr - 1) << 12)) | ((*(sptr) >> 21) | (*(sptr - 1) << 11)) | ((*(sptr) >> 22) | (*(sptr - 1) << 10)) | ((*(sptr) >> 23) | (*(sptr - 1) << 9)) | ((*(sptr) >> 24) | (*(sptr - 1) << 8)) | ((*(sptr) >> 25) | (*(sptr - 1) << 7)) | ((*(sptr) >> 26) | (*(sptr - 1) << 6)) | ((*(sptr) >> 27) | (*(sptr - 1) << 5)) | ((*(sptr) >> 28) | (*(sptr - 1) << 4)); } } } static void ferode_3_55(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 28) | (*(sptr - 1) << 4)) & ((*(sptr) >> 27) | (*(sptr - 1) << 5)) & ((*(sptr) >> 26) | (*(sptr - 1) << 6)) & ((*(sptr) >> 25) | (*(sptr - 1) << 7)) & ((*(sptr) >> 24) | (*(sptr - 1) << 8)) & ((*(sptr) >> 23) | (*(sptr - 1) << 9)) & ((*(sptr) >> 22) | (*(sptr - 1) << 10)) & ((*(sptr) >> 21) | (*(sptr - 1) << 11)) & ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)) & ((*(sptr) << 20) | (*(sptr + 1) >> 12)) & ((*(sptr) << 21) | (*(sptr + 1) >> 11)) & ((*(sptr) << 22) | (*(sptr + 1) >> 10)) & ((*(sptr) << 23) | (*(sptr + 1) >> 9)) & ((*(sptr) << 24) | (*(sptr + 1) >> 8)) & ((*(sptr) << 25) | (*(sptr + 1) >> 7)) & ((*(sptr) << 26) | (*(sptr + 1) >> 6)) & ((*(sptr) << 27) | (*(sptr + 1) >> 5)) & ((*(sptr) << 28) | (*(sptr + 1) >> 4)); } } } static void fdilate_3_56(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 29) | (*(sptr + 1) >> 3)) | ((*(sptr) << 28) | (*(sptr + 1) >> 4)) | ((*(sptr) << 27) | (*(sptr + 1) >> 5)) | ((*(sptr) << 26) | (*(sptr + 1) >> 6)) | ((*(sptr) << 25) | (*(sptr + 1) >> 7)) | ((*(sptr) << 24) | (*(sptr + 1) >> 8)) | ((*(sptr) << 23) | (*(sptr + 1) >> 9)) | ((*(sptr) << 22) | (*(sptr + 1) >> 10)) | ((*(sptr) << 21) | (*(sptr + 1) >> 11)) | ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)) | ((*(sptr) >> 20) | (*(sptr - 1) << 12)) | ((*(sptr) >> 21) | (*(sptr - 1) << 11)) | ((*(sptr) >> 22) | (*(sptr - 1) << 10)) | ((*(sptr) >> 23) | (*(sptr - 1) << 9)) | ((*(sptr) >> 24) | (*(sptr - 1) << 8)) | ((*(sptr) >> 25) | (*(sptr - 1) << 7)) | ((*(sptr) >> 26) | (*(sptr - 1) << 6)) | ((*(sptr) >> 27) | (*(sptr - 1) << 5)) | ((*(sptr) >> 28) | (*(sptr - 1) << 4)); } } } static void ferode_3_56(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 29) | (*(sptr - 1) << 3)) & ((*(sptr) >> 28) | (*(sptr - 1) << 4)) & ((*(sptr) >> 27) | (*(sptr - 1) << 5)) & ((*(sptr) >> 26) | (*(sptr - 1) << 6)) & ((*(sptr) >> 25) | (*(sptr - 1) << 7)) & ((*(sptr) >> 24) | (*(sptr - 1) << 8)) & ((*(sptr) >> 23) | (*(sptr - 1) << 9)) & ((*(sptr) >> 22) | (*(sptr - 1) << 10)) & ((*(sptr) >> 21) | (*(sptr - 1) << 11)) & ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)) & ((*(sptr) << 20) | (*(sptr + 1) >> 12)) & ((*(sptr) << 21) | (*(sptr + 1) >> 11)) & ((*(sptr) << 22) | (*(sptr + 1) >> 10)) & ((*(sptr) << 23) | (*(sptr + 1) >> 9)) & ((*(sptr) << 24) | (*(sptr + 1) >> 8)) & ((*(sptr) << 25) | (*(sptr + 1) >> 7)) & ((*(sptr) << 26) | (*(sptr + 1) >> 6)) & ((*(sptr) << 27) | (*(sptr + 1) >> 5)) & ((*(sptr) << 28) | (*(sptr + 1) >> 4)); } } } static void fdilate_3_57(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 29) | (*(sptr + 1) >> 3)) | ((*(sptr) << 28) | (*(sptr + 1) >> 4)) | ((*(sptr) << 27) | (*(sptr + 1) >> 5)) | ((*(sptr) << 26) | (*(sptr + 1) >> 6)) | ((*(sptr) << 25) | (*(sptr + 1) >> 7)) | ((*(sptr) << 24) | (*(sptr + 1) >> 8)) | ((*(sptr) << 23) | (*(sptr + 1) >> 9)) | ((*(sptr) << 22) | (*(sptr + 1) >> 10)) | ((*(sptr) << 21) | (*(sptr + 1) >> 11)) | ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)) | ((*(sptr) >> 20) | (*(sptr - 1) << 12)) | ((*(sptr) >> 21) | (*(sptr - 1) << 11)) | ((*(sptr) >> 22) | (*(sptr - 1) << 10)) | ((*(sptr) >> 23) | (*(sptr - 1) << 9)) | ((*(sptr) >> 24) | (*(sptr - 1) << 8)) | ((*(sptr) >> 25) | (*(sptr - 1) << 7)) | ((*(sptr) >> 26) | (*(sptr - 1) << 6)) | ((*(sptr) >> 27) | (*(sptr - 1) << 5)) | ((*(sptr) >> 28) | (*(sptr - 1) << 4)) | ((*(sptr) >> 29) | (*(sptr - 1) << 3)); } } } static void ferode_3_57(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 29) | (*(sptr - 1) << 3)) & ((*(sptr) >> 28) | (*(sptr - 1) << 4)) & ((*(sptr) >> 27) | (*(sptr - 1) << 5)) & ((*(sptr) >> 26) | (*(sptr - 1) << 6)) & ((*(sptr) >> 25) | (*(sptr - 1) << 7)) & ((*(sptr) >> 24) | (*(sptr - 1) << 8)) & ((*(sptr) >> 23) | (*(sptr - 1) << 9)) & ((*(sptr) >> 22) | (*(sptr - 1) << 10)) & ((*(sptr) >> 21) | (*(sptr - 1) << 11)) & ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)) & ((*(sptr) << 20) | (*(sptr + 1) >> 12)) & ((*(sptr) << 21) | (*(sptr + 1) >> 11)) & ((*(sptr) << 22) | (*(sptr + 1) >> 10)) & ((*(sptr) << 23) | (*(sptr + 1) >> 9)) & ((*(sptr) << 24) | (*(sptr + 1) >> 8)) & ((*(sptr) << 25) | (*(sptr + 1) >> 7)) & ((*(sptr) << 26) | (*(sptr + 1) >> 6)) & ((*(sptr) << 27) | (*(sptr + 1) >> 5)) & ((*(sptr) << 28) | (*(sptr + 1) >> 4)) & ((*(sptr) << 29) | (*(sptr + 1) >> 3)); } } } static void fdilate_3_58(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 30) | (*(sptr + 1) >> 2)) | ((*(sptr) << 29) | (*(sptr + 1) >> 3)) | ((*(sptr) << 28) | (*(sptr + 1) >> 4)) | ((*(sptr) << 27) | (*(sptr + 1) >> 5)) | ((*(sptr) << 26) | (*(sptr + 1) >> 6)) | ((*(sptr) << 25) | (*(sptr + 1) >> 7)) | ((*(sptr) << 24) | (*(sptr + 1) >> 8)) | ((*(sptr) << 23) | (*(sptr + 1) >> 9)) | ((*(sptr) << 22) | (*(sptr + 1) >> 10)) | ((*(sptr) << 21) | (*(sptr + 1) >> 11)) | ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)) | ((*(sptr) >> 20) | (*(sptr - 1) << 12)) | ((*(sptr) >> 21) | (*(sptr - 1) << 11)) | ((*(sptr) >> 22) | (*(sptr - 1) << 10)) | ((*(sptr) >> 23) | (*(sptr - 1) << 9)) | ((*(sptr) >> 24) | (*(sptr - 1) << 8)) | ((*(sptr) >> 25) | (*(sptr - 1) << 7)) | ((*(sptr) >> 26) | (*(sptr - 1) << 6)) | ((*(sptr) >> 27) | (*(sptr - 1) << 5)) | ((*(sptr) >> 28) | (*(sptr - 1) << 4)) | ((*(sptr) >> 29) | (*(sptr - 1) << 3)); } } } static void ferode_3_58(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 30) | (*(sptr - 1) << 2)) & ((*(sptr) >> 29) | (*(sptr - 1) << 3)) & ((*(sptr) >> 28) | (*(sptr - 1) << 4)) & ((*(sptr) >> 27) | (*(sptr - 1) << 5)) & ((*(sptr) >> 26) | (*(sptr - 1) << 6)) & ((*(sptr) >> 25) | (*(sptr - 1) << 7)) & ((*(sptr) >> 24) | (*(sptr - 1) << 8)) & ((*(sptr) >> 23) | (*(sptr - 1) << 9)) & ((*(sptr) >> 22) | (*(sptr - 1) << 10)) & ((*(sptr) >> 21) | (*(sptr - 1) << 11)) & ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)) & ((*(sptr) << 20) | (*(sptr + 1) >> 12)) & ((*(sptr) << 21) | (*(sptr + 1) >> 11)) & ((*(sptr) << 22) | (*(sptr + 1) >> 10)) & ((*(sptr) << 23) | (*(sptr + 1) >> 9)) & ((*(sptr) << 24) | (*(sptr + 1) >> 8)) & ((*(sptr) << 25) | (*(sptr + 1) >> 7)) & ((*(sptr) << 26) | (*(sptr + 1) >> 6)) & ((*(sptr) << 27) | (*(sptr + 1) >> 5)) & ((*(sptr) << 28) | (*(sptr + 1) >> 4)) & ((*(sptr) << 29) | (*(sptr + 1) >> 3)); } } } static void fdilate_3_59(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 30) | (*(sptr + 1) >> 2)) | ((*(sptr) << 29) | (*(sptr + 1) >> 3)) | ((*(sptr) << 28) | (*(sptr + 1) >> 4)) | ((*(sptr) << 27) | (*(sptr + 1) >> 5)) | ((*(sptr) << 26) | (*(sptr + 1) >> 6)) | ((*(sptr) << 25) | (*(sptr + 1) >> 7)) | ((*(sptr) << 24) | (*(sptr + 1) >> 8)) | ((*(sptr) << 23) | (*(sptr + 1) >> 9)) | ((*(sptr) << 22) | (*(sptr + 1) >> 10)) | ((*(sptr) << 21) | (*(sptr + 1) >> 11)) | ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)) | ((*(sptr) >> 20) | (*(sptr - 1) << 12)) | ((*(sptr) >> 21) | (*(sptr - 1) << 11)) | ((*(sptr) >> 22) | (*(sptr - 1) << 10)) | ((*(sptr) >> 23) | (*(sptr - 1) << 9)) | ((*(sptr) >> 24) | (*(sptr - 1) << 8)) | ((*(sptr) >> 25) | (*(sptr - 1) << 7)) | ((*(sptr) >> 26) | (*(sptr - 1) << 6)) | ((*(sptr) >> 27) | (*(sptr - 1) << 5)) | ((*(sptr) >> 28) | (*(sptr - 1) << 4)) | ((*(sptr) >> 29) | (*(sptr - 1) << 3)) | ((*(sptr) >> 30) | (*(sptr - 1) << 2)); } } } static void ferode_3_59(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 30) | (*(sptr - 1) << 2)) & ((*(sptr) >> 29) | (*(sptr - 1) << 3)) & ((*(sptr) >> 28) | (*(sptr - 1) << 4)) & ((*(sptr) >> 27) | (*(sptr - 1) << 5)) & ((*(sptr) >> 26) | (*(sptr - 1) << 6)) & ((*(sptr) >> 25) | (*(sptr - 1) << 7)) & ((*(sptr) >> 24) | (*(sptr - 1) << 8)) & ((*(sptr) >> 23) | (*(sptr - 1) << 9)) & ((*(sptr) >> 22) | (*(sptr - 1) << 10)) & ((*(sptr) >> 21) | (*(sptr - 1) << 11)) & ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)) & ((*(sptr) << 20) | (*(sptr + 1) >> 12)) & ((*(sptr) << 21) | (*(sptr + 1) >> 11)) & ((*(sptr) << 22) | (*(sptr + 1) >> 10)) & ((*(sptr) << 23) | (*(sptr + 1) >> 9)) & ((*(sptr) << 24) | (*(sptr + 1) >> 8)) & ((*(sptr) << 25) | (*(sptr + 1) >> 7)) & ((*(sptr) << 26) | (*(sptr + 1) >> 6)) & ((*(sptr) << 27) | (*(sptr + 1) >> 5)) & ((*(sptr) << 28) | (*(sptr + 1) >> 4)) & ((*(sptr) << 29) | (*(sptr + 1) >> 3)) & ((*(sptr) << 30) | (*(sptr + 1) >> 2)); } } } static void fdilate_3_60(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 31) | (*(sptr + 1) >> 1)) | ((*(sptr) << 30) | (*(sptr + 1) >> 2)) | ((*(sptr) << 29) | (*(sptr + 1) >> 3)) | ((*(sptr) << 28) | (*(sptr + 1) >> 4)) | ((*(sptr) << 27) | (*(sptr + 1) >> 5)) | ((*(sptr) << 26) | (*(sptr + 1) >> 6)) | ((*(sptr) << 25) | (*(sptr + 1) >> 7)) | ((*(sptr) << 24) | (*(sptr + 1) >> 8)) | ((*(sptr) << 23) | (*(sptr + 1) >> 9)) | ((*(sptr) << 22) | (*(sptr + 1) >> 10)) | ((*(sptr) << 21) | (*(sptr + 1) >> 11)) | ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)) | ((*(sptr) >> 20) | (*(sptr - 1) << 12)) | ((*(sptr) >> 21) | (*(sptr - 1) << 11)) | ((*(sptr) >> 22) | (*(sptr - 1) << 10)) | ((*(sptr) >> 23) | (*(sptr - 1) << 9)) | ((*(sptr) >> 24) | (*(sptr - 1) << 8)) | ((*(sptr) >> 25) | (*(sptr - 1) << 7)) | ((*(sptr) >> 26) | (*(sptr - 1) << 6)) | ((*(sptr) >> 27) | (*(sptr - 1) << 5)) | ((*(sptr) >> 28) | (*(sptr - 1) << 4)) | ((*(sptr) >> 29) | (*(sptr - 1) << 3)) | ((*(sptr) >> 30) | (*(sptr - 1) << 2)); } } } static void ferode_3_60(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 31) | (*(sptr - 1) << 1)) & ((*(sptr) >> 30) | (*(sptr - 1) << 2)) & ((*(sptr) >> 29) | (*(sptr - 1) << 3)) & ((*(sptr) >> 28) | (*(sptr - 1) << 4)) & ((*(sptr) >> 27) | (*(sptr - 1) << 5)) & ((*(sptr) >> 26) | (*(sptr - 1) << 6)) & ((*(sptr) >> 25) | (*(sptr - 1) << 7)) & ((*(sptr) >> 24) | (*(sptr - 1) << 8)) & ((*(sptr) >> 23) | (*(sptr - 1) << 9)) & ((*(sptr) >> 22) | (*(sptr - 1) << 10)) & ((*(sptr) >> 21) | (*(sptr - 1) << 11)) & ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)) & ((*(sptr) << 20) | (*(sptr + 1) >> 12)) & ((*(sptr) << 21) | (*(sptr + 1) >> 11)) & ((*(sptr) << 22) | (*(sptr + 1) >> 10)) & ((*(sptr) << 23) | (*(sptr + 1) >> 9)) & ((*(sptr) << 24) | (*(sptr + 1) >> 8)) & ((*(sptr) << 25) | (*(sptr + 1) >> 7)) & ((*(sptr) << 26) | (*(sptr + 1) >> 6)) & ((*(sptr) << 27) | (*(sptr + 1) >> 5)) & ((*(sptr) << 28) | (*(sptr + 1) >> 4)) & ((*(sptr) << 29) | (*(sptr + 1) >> 3)) & ((*(sptr) << 30) | (*(sptr + 1) >> 2)); } } } static void fdilate_3_61(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 31) | (*(sptr + 1) >> 1)) | ((*(sptr) << 30) | (*(sptr + 1) >> 2)) | ((*(sptr) << 29) | (*(sptr + 1) >> 3)) | ((*(sptr) << 28) | (*(sptr + 1) >> 4)) | ((*(sptr) << 27) | (*(sptr + 1) >> 5)) | ((*(sptr) << 26) | (*(sptr + 1) >> 6)) | ((*(sptr) << 25) | (*(sptr + 1) >> 7)) | ((*(sptr) << 24) | (*(sptr + 1) >> 8)) | ((*(sptr) << 23) | (*(sptr + 1) >> 9)) | ((*(sptr) << 22) | (*(sptr + 1) >> 10)) | ((*(sptr) << 21) | (*(sptr + 1) >> 11)) | ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)) | ((*(sptr) >> 20) | (*(sptr - 1) << 12)) | ((*(sptr) >> 21) | (*(sptr - 1) << 11)) | ((*(sptr) >> 22) | (*(sptr - 1) << 10)) | ((*(sptr) >> 23) | (*(sptr - 1) << 9)) | ((*(sptr) >> 24) | (*(sptr - 1) << 8)) | ((*(sptr) >> 25) | (*(sptr - 1) << 7)) | ((*(sptr) >> 26) | (*(sptr - 1) << 6)) | ((*(sptr) >> 27) | (*(sptr - 1) << 5)) | ((*(sptr) >> 28) | (*(sptr - 1) << 4)) | ((*(sptr) >> 29) | (*(sptr - 1) << 3)) | ((*(sptr) >> 30) | (*(sptr - 1) << 2)) | ((*(sptr) >> 31) | (*(sptr - 1) << 1)); } } } static void ferode_3_61(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 31) | (*(sptr - 1) << 1)) & ((*(sptr) >> 30) | (*(sptr - 1) << 2)) & ((*(sptr) >> 29) | (*(sptr - 1) << 3)) & ((*(sptr) >> 28) | (*(sptr - 1) << 4)) & ((*(sptr) >> 27) | (*(sptr - 1) << 5)) & ((*(sptr) >> 26) | (*(sptr - 1) << 6)) & ((*(sptr) >> 25) | (*(sptr - 1) << 7)) & ((*(sptr) >> 24) | (*(sptr - 1) << 8)) & ((*(sptr) >> 23) | (*(sptr - 1) << 9)) & ((*(sptr) >> 22) | (*(sptr - 1) << 10)) & ((*(sptr) >> 21) | (*(sptr - 1) << 11)) & ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)) & ((*(sptr) << 20) | (*(sptr + 1) >> 12)) & ((*(sptr) << 21) | (*(sptr + 1) >> 11)) & ((*(sptr) << 22) | (*(sptr + 1) >> 10)) & ((*(sptr) << 23) | (*(sptr + 1) >> 9)) & ((*(sptr) << 24) | (*(sptr + 1) >> 8)) & ((*(sptr) << 25) | (*(sptr + 1) >> 7)) & ((*(sptr) << 26) | (*(sptr + 1) >> 6)) & ((*(sptr) << 27) | (*(sptr + 1) >> 5)) & ((*(sptr) << 28) | (*(sptr + 1) >> 4)) & ((*(sptr) << 29) | (*(sptr + 1) >> 3)) & ((*(sptr) << 30) | (*(sptr + 1) >> 2)) & ((*(sptr) << 31) | (*(sptr + 1) >> 1)); } } } static void fdilate_3_62(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls)) | (*sptr); } } } static void ferode_3_62(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls)) & (*sptr); } } } static void fdilate_3_63(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)); } } } static void ferode_3_63(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)); } } } static void fdilate_3_64(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; wpls2 = 2 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)); } } } static void ferode_3_64(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; wpls2 = 2 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)); } } } static void fdilate_3_65(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; wpls2 = 2 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)); } } } static void ferode_3_65(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; wpls2 = 2 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)); } } } static void fdilate_3_66(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3; wpls2 = 2 * wpls; wpls3 = 3 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)); } } } static void ferode_3_66(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3; wpls2 = 2 * wpls; wpls3 = 3 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)); } } } static void fdilate_3_67(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3; wpls2 = 2 * wpls; wpls3 = 3 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)); } } } static void ferode_3_67(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3; wpls2 = 2 * wpls; wpls3 = 3 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)); } } } static void fdilate_3_68(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)); } } } static void ferode_3_68(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)); } } } static void fdilate_3_69(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)); } } } static void ferode_3_69(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)); } } } static void fdilate_3_70(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)); } } } static void ferode_3_70(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)); } } } static void fdilate_3_71(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)); } } } static void ferode_3_71(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)); } } } static void fdilate_3_72(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)); } } } static void ferode_3_72(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)); } } } static void fdilate_3_73(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)); } } } static void ferode_3_73(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)); } } } static void fdilate_3_74(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)); } } } static void ferode_3_74(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)); } } } static void fdilate_3_75(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)); } } } static void ferode_3_75(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)); } } } static void fdilate_3_76(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)); } } } static void ferode_3_76(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)); } } } static void fdilate_3_77(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)); } } } static void ferode_3_77(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)); } } } static void fdilate_3_78(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)); } } } static void ferode_3_78(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)); } } } static void fdilate_3_79(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)); } } } static void ferode_3_79(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)); } } } static void fdilate_3_80(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)); } } } static void ferode_3_80(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)); } } } static void fdilate_3_81(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)); } } } static void ferode_3_81(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)); } } } static void fdilate_3_82(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)); } } } static void ferode_3_82(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)); } } } static void fdilate_3_83(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)); } } } static void ferode_3_83(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)); } } } static void fdilate_3_84(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)); } } } static void ferode_3_84(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)); } } } static void fdilate_3_85(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)); } } } static void ferode_3_85(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)); } } } static void fdilate_3_86(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)); } } } static void ferode_3_86(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)); } } } static void fdilate_3_87(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)); } } } static void ferode_3_87(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)); } } } static void fdilate_3_88(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)); } } } static void ferode_3_88(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)); } } } static void fdilate_3_89(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)); } } } static void ferode_3_89(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)); } } } static void fdilate_3_90(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)); } } } static void ferode_3_90(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)); } } } static void fdilate_3_91(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)); } } } static void ferode_3_91(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)); } } } static void fdilate_3_92(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)); } } } static void ferode_3_92(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)); } } } static void fdilate_3_93(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)); } } } static void ferode_3_93(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)); } } } static void fdilate_3_94(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)); } } } static void ferode_3_94(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)); } } } static void fdilate_3_95(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)); } } } static void ferode_3_95(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)); } } } static void fdilate_3_96(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)); } } } static void ferode_3_96(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)); } } } static void fdilate_3_97(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)); } } } static void ferode_3_97(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)); } } } static void fdilate_3_98(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)); } } } static void ferode_3_98(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)); } } } static void fdilate_3_99(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)); } } } static void ferode_3_99(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)); } } } static void fdilate_3_100(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls20)) | (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)); } } } static void ferode_3_100(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls20)) & (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)); } } } static void fdilate_3_101(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls20)) | (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)) | (*(sptr - wpls20)); } } } static void ferode_3_101(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls20)) & (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)) & (*(sptr + wpls20)); } } } static void fdilate_3_102(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls21)) | (*(sptr + wpls20)) | (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)) | (*(sptr - wpls20)); } } } static void ferode_3_102(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls21)) & (*(sptr - wpls20)) & (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)) & (*(sptr + wpls20)); } } } static void fdilate_3_103(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls21)) | (*(sptr + wpls20)) | (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)) | (*(sptr - wpls20)) | (*(sptr - wpls21)); } } } static void ferode_3_103(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls21)) & (*(sptr - wpls20)) & (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)) & (*(sptr + wpls20)) & (*(sptr + wpls21)); } } } static void fdilate_3_104(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls22)) | (*(sptr + wpls21)) | (*(sptr + wpls20)) | (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)) | (*(sptr - wpls20)) | (*(sptr - wpls21)); } } } static void ferode_3_104(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls22)) & (*(sptr - wpls21)) & (*(sptr - wpls20)) & (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)) & (*(sptr + wpls20)) & (*(sptr + wpls21)); } } } static void fdilate_3_105(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls22)) | (*(sptr + wpls21)) | (*(sptr + wpls20)) | (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)) | (*(sptr - wpls20)) | (*(sptr - wpls21)) | (*(sptr - wpls22)); } } } static void ferode_3_105(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls22)) & (*(sptr - wpls21)) & (*(sptr - wpls20)) & (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)) & (*(sptr + wpls20)) & (*(sptr + wpls21)) & (*(sptr + wpls22)); } } } static void fdilate_3_106(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls23)) | (*(sptr + wpls22)) | (*(sptr + wpls21)) | (*(sptr + wpls20)) | (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)) | (*(sptr - wpls20)) | (*(sptr - wpls21)) | (*(sptr - wpls22)); } } } static void ferode_3_106(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls23)) & (*(sptr - wpls22)) & (*(sptr - wpls21)) & (*(sptr - wpls20)) & (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)) & (*(sptr + wpls20)) & (*(sptr + wpls21)) & (*(sptr + wpls22)); } } } static void fdilate_3_107(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls23)) | (*(sptr + wpls22)) | (*(sptr + wpls21)) | (*(sptr + wpls20)) | (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)) | (*(sptr - wpls20)) | (*(sptr - wpls21)) | (*(sptr - wpls22)) | (*(sptr - wpls23)); } } } static void ferode_3_107(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls23)) & (*(sptr - wpls22)) & (*(sptr - wpls21)) & (*(sptr - wpls20)) & (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)) & (*(sptr + wpls20)) & (*(sptr + wpls21)) & (*(sptr + wpls22)) & (*(sptr + wpls23)); } } } static void fdilate_3_108(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls24)) | (*(sptr + wpls23)) | (*(sptr + wpls22)) | (*(sptr + wpls21)) | (*(sptr + wpls20)) | (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)) | (*(sptr - wpls20)) | (*(sptr - wpls21)) | (*(sptr - wpls22)) | (*(sptr - wpls23)); } } } static void ferode_3_108(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls24)) & (*(sptr - wpls23)) & (*(sptr - wpls22)) & (*(sptr - wpls21)) & (*(sptr - wpls20)) & (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)) & (*(sptr + wpls20)) & (*(sptr + wpls21)) & (*(sptr + wpls22)) & (*(sptr + wpls23)); } } } static void fdilate_3_109(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls24)) | (*(sptr + wpls23)) | (*(sptr + wpls22)) | (*(sptr + wpls21)) | (*(sptr + wpls20)) | (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)) | (*(sptr - wpls20)) | (*(sptr - wpls21)) | (*(sptr - wpls22)) | (*(sptr - wpls23)) | (*(sptr - wpls24)); } } } static void ferode_3_109(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls24)) & (*(sptr - wpls23)) & (*(sptr - wpls22)) & (*(sptr - wpls21)) & (*(sptr - wpls20)) & (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)) & (*(sptr + wpls20)) & (*(sptr + wpls21)) & (*(sptr + wpls22)) & (*(sptr + wpls23)) & (*(sptr + wpls24)); } } } static void fdilate_3_110(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls25)) | (*(sptr + wpls24)) | (*(sptr + wpls23)) | (*(sptr + wpls22)) | (*(sptr + wpls21)) | (*(sptr + wpls20)) | (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)) | (*(sptr - wpls20)) | (*(sptr - wpls21)) | (*(sptr - wpls22)) | (*(sptr - wpls23)) | (*(sptr - wpls24)); } } } static void ferode_3_110(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls25)) & (*(sptr - wpls24)) & (*(sptr - wpls23)) & (*(sptr - wpls22)) & (*(sptr - wpls21)) & (*(sptr - wpls20)) & (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)) & (*(sptr + wpls20)) & (*(sptr + wpls21)) & (*(sptr + wpls22)) & (*(sptr + wpls23)) & (*(sptr + wpls24)); } } } static void fdilate_3_111(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls25)) | (*(sptr + wpls24)) | (*(sptr + wpls23)) | (*(sptr + wpls22)) | (*(sptr + wpls21)) | (*(sptr + wpls20)) | (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)) | (*(sptr - wpls20)) | (*(sptr - wpls21)) | (*(sptr - wpls22)) | (*(sptr - wpls23)) | (*(sptr - wpls24)) | (*(sptr - wpls25)); } } } static void ferode_3_111(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls25)) & (*(sptr - wpls24)) & (*(sptr - wpls23)) & (*(sptr - wpls22)) & (*(sptr - wpls21)) & (*(sptr - wpls20)) & (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)) & (*(sptr + wpls20)) & (*(sptr + wpls21)) & (*(sptr + wpls22)) & (*(sptr + wpls23)) & (*(sptr + wpls24)) & (*(sptr + wpls25)); } } } static void fdilate_3_112(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25, wpls26; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; wpls26 = 26 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls26)) | (*(sptr + wpls25)) | (*(sptr + wpls24)) | (*(sptr + wpls23)) | (*(sptr + wpls22)) | (*(sptr + wpls21)) | (*(sptr + wpls20)) | (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)) | (*(sptr - wpls20)) | (*(sptr - wpls21)) | (*(sptr - wpls22)) | (*(sptr - wpls23)) | (*(sptr - wpls24)) | (*(sptr - wpls25)); } } } static void ferode_3_112(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25, wpls26; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; wpls26 = 26 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls26)) & (*(sptr - wpls25)) & (*(sptr - wpls24)) & (*(sptr - wpls23)) & (*(sptr - wpls22)) & (*(sptr - wpls21)) & (*(sptr - wpls20)) & (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)) & (*(sptr + wpls20)) & (*(sptr + wpls21)) & (*(sptr + wpls22)) & (*(sptr + wpls23)) & (*(sptr + wpls24)) & (*(sptr + wpls25)); } } } static void fdilate_3_113(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25, wpls26; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; wpls26 = 26 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls26)) | (*(sptr + wpls25)) | (*(sptr + wpls24)) | (*(sptr + wpls23)) | (*(sptr + wpls22)) | (*(sptr + wpls21)) | (*(sptr + wpls20)) | (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)) | (*(sptr - wpls20)) | (*(sptr - wpls21)) | (*(sptr - wpls22)) | (*(sptr - wpls23)) | (*(sptr - wpls24)) | (*(sptr - wpls25)) | (*(sptr - wpls26)); } } } static void ferode_3_113(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25, wpls26; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; wpls26 = 26 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls26)) & (*(sptr - wpls25)) & (*(sptr - wpls24)) & (*(sptr - wpls23)) & (*(sptr - wpls22)) & (*(sptr - wpls21)) & (*(sptr - wpls20)) & (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)) & (*(sptr + wpls20)) & (*(sptr + wpls21)) & (*(sptr + wpls22)) & (*(sptr + wpls23)) & (*(sptr + wpls24)) & (*(sptr + wpls25)) & (*(sptr + wpls26)); } } } static void fdilate_3_114(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25, wpls26, wpls27; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; wpls26 = 26 * wpls; wpls27 = 27 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls27)) | (*(sptr + wpls26)) | (*(sptr + wpls25)) | (*(sptr + wpls24)) | (*(sptr + wpls23)) | (*(sptr + wpls22)) | (*(sptr + wpls21)) | (*(sptr + wpls20)) | (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)) | (*(sptr - wpls20)) | (*(sptr - wpls21)) | (*(sptr - wpls22)) | (*(sptr - wpls23)) | (*(sptr - wpls24)) | (*(sptr - wpls25)) | (*(sptr - wpls26)); } } } static void ferode_3_114(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25, wpls26, wpls27; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; wpls26 = 26 * wpls; wpls27 = 27 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls27)) & (*(sptr - wpls26)) & (*(sptr - wpls25)) & (*(sptr - wpls24)) & (*(sptr - wpls23)) & (*(sptr - wpls22)) & (*(sptr - wpls21)) & (*(sptr - wpls20)) & (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)) & (*(sptr + wpls20)) & (*(sptr + wpls21)) & (*(sptr + wpls22)) & (*(sptr + wpls23)) & (*(sptr + wpls24)) & (*(sptr + wpls25)) & (*(sptr + wpls26)); } } } static void fdilate_3_115(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25, wpls26, wpls27; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; wpls26 = 26 * wpls; wpls27 = 27 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls27)) | (*(sptr + wpls26)) | (*(sptr + wpls25)) | (*(sptr + wpls24)) | (*(sptr + wpls23)) | (*(sptr + wpls22)) | (*(sptr + wpls21)) | (*(sptr + wpls20)) | (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)) | (*(sptr - wpls20)) | (*(sptr - wpls21)) | (*(sptr - wpls22)) | (*(sptr - wpls23)) | (*(sptr - wpls24)) | (*(sptr - wpls25)) | (*(sptr - wpls26)) | (*(sptr - wpls27)); } } } static void ferode_3_115(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25, wpls26, wpls27; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; wpls26 = 26 * wpls; wpls27 = 27 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls27)) & (*(sptr - wpls26)) & (*(sptr - wpls25)) & (*(sptr - wpls24)) & (*(sptr - wpls23)) & (*(sptr - wpls22)) & (*(sptr - wpls21)) & (*(sptr - wpls20)) & (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)) & (*(sptr + wpls20)) & (*(sptr + wpls21)) & (*(sptr + wpls22)) & (*(sptr + wpls23)) & (*(sptr + wpls24)) & (*(sptr + wpls25)) & (*(sptr + wpls26)) & (*(sptr + wpls27)); } } } static void fdilate_3_116(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25, wpls26, wpls27, wpls28; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; wpls26 = 26 * wpls; wpls27 = 27 * wpls; wpls28 = 28 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls28)) | (*(sptr + wpls27)) | (*(sptr + wpls26)) | (*(sptr + wpls25)) | (*(sptr + wpls24)) | (*(sptr + wpls23)) | (*(sptr + wpls22)) | (*(sptr + wpls21)) | (*(sptr + wpls20)) | (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)) | (*(sptr - wpls20)) | (*(sptr - wpls21)) | (*(sptr - wpls22)) | (*(sptr - wpls23)) | (*(sptr - wpls24)) | (*(sptr - wpls25)) | (*(sptr - wpls26)) | (*(sptr - wpls27)); } } } static void ferode_3_116(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25, wpls26, wpls27, wpls28; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; wpls26 = 26 * wpls; wpls27 = 27 * wpls; wpls28 = 28 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls28)) & (*(sptr - wpls27)) & (*(sptr - wpls26)) & (*(sptr - wpls25)) & (*(sptr - wpls24)) & (*(sptr - wpls23)) & (*(sptr - wpls22)) & (*(sptr - wpls21)) & (*(sptr - wpls20)) & (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)) & (*(sptr + wpls20)) & (*(sptr + wpls21)) & (*(sptr + wpls22)) & (*(sptr + wpls23)) & (*(sptr + wpls24)) & (*(sptr + wpls25)) & (*(sptr + wpls26)) & (*(sptr + wpls27)); } } } static void fdilate_3_117(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25, wpls26, wpls27, wpls28; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; wpls26 = 26 * wpls; wpls27 = 27 * wpls; wpls28 = 28 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls28)) | (*(sptr + wpls27)) | (*(sptr + wpls26)) | (*(sptr + wpls25)) | (*(sptr + wpls24)) | (*(sptr + wpls23)) | (*(sptr + wpls22)) | (*(sptr + wpls21)) | (*(sptr + wpls20)) | (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)) | (*(sptr - wpls20)) | (*(sptr - wpls21)) | (*(sptr - wpls22)) | (*(sptr - wpls23)) | (*(sptr - wpls24)) | (*(sptr - wpls25)) | (*(sptr - wpls26)) | (*(sptr - wpls27)) | (*(sptr - wpls28)); } } } static void ferode_3_117(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25, wpls26, wpls27, wpls28; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; wpls26 = 26 * wpls; wpls27 = 27 * wpls; wpls28 = 28 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls28)) & (*(sptr - wpls27)) & (*(sptr - wpls26)) & (*(sptr - wpls25)) & (*(sptr - wpls24)) & (*(sptr - wpls23)) & (*(sptr - wpls22)) & (*(sptr - wpls21)) & (*(sptr - wpls20)) & (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)) & (*(sptr + wpls20)) & (*(sptr + wpls21)) & (*(sptr + wpls22)) & (*(sptr + wpls23)) & (*(sptr + wpls24)) & (*(sptr + wpls25)) & (*(sptr + wpls26)) & (*(sptr + wpls27)) & (*(sptr + wpls28)); } } } static void fdilate_3_118(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25, wpls26, wpls27, wpls28; l_int32 wpls29; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; wpls26 = 26 * wpls; wpls27 = 27 * wpls; wpls28 = 28 * wpls; wpls29 = 29 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls29)) | (*(sptr + wpls28)) | (*(sptr + wpls27)) | (*(sptr + wpls26)) | (*(sptr + wpls25)) | (*(sptr + wpls24)) | (*(sptr + wpls23)) | (*(sptr + wpls22)) | (*(sptr + wpls21)) | (*(sptr + wpls20)) | (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)) | (*(sptr - wpls20)) | (*(sptr - wpls21)) | (*(sptr - wpls22)) | (*(sptr - wpls23)) | (*(sptr - wpls24)) | (*(sptr - wpls25)) | (*(sptr - wpls26)) | (*(sptr - wpls27)) | (*(sptr - wpls28)); } } } static void ferode_3_118(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25, wpls26, wpls27, wpls28; l_int32 wpls29; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; wpls26 = 26 * wpls; wpls27 = 27 * wpls; wpls28 = 28 * wpls; wpls29 = 29 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls29)) & (*(sptr - wpls28)) & (*(sptr - wpls27)) & (*(sptr - wpls26)) & (*(sptr - wpls25)) & (*(sptr - wpls24)) & (*(sptr - wpls23)) & (*(sptr - wpls22)) & (*(sptr - wpls21)) & (*(sptr - wpls20)) & (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)) & (*(sptr + wpls20)) & (*(sptr + wpls21)) & (*(sptr + wpls22)) & (*(sptr + wpls23)) & (*(sptr + wpls24)) & (*(sptr + wpls25)) & (*(sptr + wpls26)) & (*(sptr + wpls27)) & (*(sptr + wpls28)); } } } static void fdilate_3_119(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25, wpls26, wpls27, wpls28; l_int32 wpls29; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; wpls26 = 26 * wpls; wpls27 = 27 * wpls; wpls28 = 28 * wpls; wpls29 = 29 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls29)) | (*(sptr + wpls28)) | (*(sptr + wpls27)) | (*(sptr + wpls26)) | (*(sptr + wpls25)) | (*(sptr + wpls24)) | (*(sptr + wpls23)) | (*(sptr + wpls22)) | (*(sptr + wpls21)) | (*(sptr + wpls20)) | (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)) | (*(sptr - wpls20)) | (*(sptr - wpls21)) | (*(sptr - wpls22)) | (*(sptr - wpls23)) | (*(sptr - wpls24)) | (*(sptr - wpls25)) | (*(sptr - wpls26)) | (*(sptr - wpls27)) | (*(sptr - wpls28)) | (*(sptr - wpls29)); } } } static void ferode_3_119(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25, wpls26, wpls27, wpls28; l_int32 wpls29; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; wpls26 = 26 * wpls; wpls27 = 27 * wpls; wpls28 = 28 * wpls; wpls29 = 29 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls29)) & (*(sptr - wpls28)) & (*(sptr - wpls27)) & (*(sptr - wpls26)) & (*(sptr - wpls25)) & (*(sptr - wpls24)) & (*(sptr - wpls23)) & (*(sptr - wpls22)) & (*(sptr - wpls21)) & (*(sptr - wpls20)) & (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)) & (*(sptr + wpls20)) & (*(sptr + wpls21)) & (*(sptr + wpls22)) & (*(sptr + wpls23)) & (*(sptr + wpls24)) & (*(sptr + wpls25)) & (*(sptr + wpls26)) & (*(sptr + wpls27)) & (*(sptr + wpls28)) & (*(sptr + wpls29)); } } } static void fdilate_3_120(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25, wpls26, wpls27, wpls28; l_int32 wpls29, wpls30; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; wpls26 = 26 * wpls; wpls27 = 27 * wpls; wpls28 = 28 * wpls; wpls29 = 29 * wpls; wpls30 = 30 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls30)) | (*(sptr + wpls29)) | (*(sptr + wpls28)) | (*(sptr + wpls27)) | (*(sptr + wpls26)) | (*(sptr + wpls25)) | (*(sptr + wpls24)) | (*(sptr + wpls23)) | (*(sptr + wpls22)) | (*(sptr + wpls21)) | (*(sptr + wpls20)) | (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)) | (*(sptr - wpls20)) | (*(sptr - wpls21)) | (*(sptr - wpls22)) | (*(sptr - wpls23)) | (*(sptr - wpls24)) | (*(sptr - wpls25)) | (*(sptr - wpls26)) | (*(sptr - wpls27)) | (*(sptr - wpls28)) | (*(sptr - wpls29)); } } } static void ferode_3_120(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25, wpls26, wpls27, wpls28; l_int32 wpls29, wpls30; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; wpls26 = 26 * wpls; wpls27 = 27 * wpls; wpls28 = 28 * wpls; wpls29 = 29 * wpls; wpls30 = 30 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls30)) & (*(sptr - wpls29)) & (*(sptr - wpls28)) & (*(sptr - wpls27)) & (*(sptr - wpls26)) & (*(sptr - wpls25)) & (*(sptr - wpls24)) & (*(sptr - wpls23)) & (*(sptr - wpls22)) & (*(sptr - wpls21)) & (*(sptr - wpls20)) & (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)) & (*(sptr + wpls20)) & (*(sptr + wpls21)) & (*(sptr + wpls22)) & (*(sptr + wpls23)) & (*(sptr + wpls24)) & (*(sptr + wpls25)) & (*(sptr + wpls26)) & (*(sptr + wpls27)) & (*(sptr + wpls28)) & (*(sptr + wpls29)); } } } static void fdilate_3_121(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25, wpls26, wpls27, wpls28; l_int32 wpls29, wpls30; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; wpls26 = 26 * wpls; wpls27 = 27 * wpls; wpls28 = 28 * wpls; wpls29 = 29 * wpls; wpls30 = 30 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls30)) | (*(sptr + wpls29)) | (*(sptr + wpls28)) | (*(sptr + wpls27)) | (*(sptr + wpls26)) | (*(sptr + wpls25)) | (*(sptr + wpls24)) | (*(sptr + wpls23)) | (*(sptr + wpls22)) | (*(sptr + wpls21)) | (*(sptr + wpls20)) | (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)) | (*(sptr - wpls20)) | (*(sptr - wpls21)) | (*(sptr - wpls22)) | (*(sptr - wpls23)) | (*(sptr - wpls24)) | (*(sptr - wpls25)) | (*(sptr - wpls26)) | (*(sptr - wpls27)) | (*(sptr - wpls28)) | (*(sptr - wpls29)) | (*(sptr - wpls30)); } } } static void ferode_3_121(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25, wpls26, wpls27, wpls28; l_int32 wpls29, wpls30; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; wpls26 = 26 * wpls; wpls27 = 27 * wpls; wpls28 = 28 * wpls; wpls29 = 29 * wpls; wpls30 = 30 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls30)) & (*(sptr - wpls29)) & (*(sptr - wpls28)) & (*(sptr - wpls27)) & (*(sptr - wpls26)) & (*(sptr - wpls25)) & (*(sptr - wpls24)) & (*(sptr - wpls23)) & (*(sptr - wpls22)) & (*(sptr - wpls21)) & (*(sptr - wpls20)) & (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)) & (*(sptr + wpls20)) & (*(sptr + wpls21)) & (*(sptr + wpls22)) & (*(sptr + wpls23)) & (*(sptr + wpls24)) & (*(sptr + wpls25)) & (*(sptr + wpls26)) & (*(sptr + wpls27)) & (*(sptr + wpls28)) & (*(sptr + wpls29)) & (*(sptr + wpls30)); } } } static void fdilate_3_122(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25, wpls26, wpls27, wpls28; l_int32 wpls29, wpls30, wpls31; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; wpls26 = 26 * wpls; wpls27 = 27 * wpls; wpls28 = 28 * wpls; wpls29 = 29 * wpls; wpls30 = 30 * wpls; wpls31 = 31 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls31)) | (*(sptr + wpls30)) | (*(sptr + wpls29)) | (*(sptr + wpls28)) | (*(sptr + wpls27)) | (*(sptr + wpls26)) | (*(sptr + wpls25)) | (*(sptr + wpls24)) | (*(sptr + wpls23)) | (*(sptr + wpls22)) | (*(sptr + wpls21)) | (*(sptr + wpls20)) | (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)) | (*(sptr - wpls20)) | (*(sptr - wpls21)) | (*(sptr - wpls22)) | (*(sptr - wpls23)) | (*(sptr - wpls24)) | (*(sptr - wpls25)) | (*(sptr - wpls26)) | (*(sptr - wpls27)) | (*(sptr - wpls28)) | (*(sptr - wpls29)) | (*(sptr - wpls30)); } } } static void ferode_3_122(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25, wpls26, wpls27, wpls28; l_int32 wpls29, wpls30, wpls31; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; wpls26 = 26 * wpls; wpls27 = 27 * wpls; wpls28 = 28 * wpls; wpls29 = 29 * wpls; wpls30 = 30 * wpls; wpls31 = 31 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls31)) & (*(sptr - wpls30)) & (*(sptr - wpls29)) & (*(sptr - wpls28)) & (*(sptr - wpls27)) & (*(sptr - wpls26)) & (*(sptr - wpls25)) & (*(sptr - wpls24)) & (*(sptr - wpls23)) & (*(sptr - wpls22)) & (*(sptr - wpls21)) & (*(sptr - wpls20)) & (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)) & (*(sptr + wpls20)) & (*(sptr + wpls21)) & (*(sptr + wpls22)) & (*(sptr + wpls23)) & (*(sptr + wpls24)) & (*(sptr + wpls25)) & (*(sptr + wpls26)) & (*(sptr + wpls27)) & (*(sptr + wpls28)) & (*(sptr + wpls29)) & (*(sptr + wpls30)); } } } static void fdilate_3_123(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25, wpls26, wpls27, wpls28; l_int32 wpls29, wpls30, wpls31; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; wpls26 = 26 * wpls; wpls27 = 27 * wpls; wpls28 = 28 * wpls; wpls29 = 29 * wpls; wpls30 = 30 * wpls; wpls31 = 31 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls31)) | (*(sptr + wpls30)) | (*(sptr + wpls29)) | (*(sptr + wpls28)) | (*(sptr + wpls27)) | (*(sptr + wpls26)) | (*(sptr + wpls25)) | (*(sptr + wpls24)) | (*(sptr + wpls23)) | (*(sptr + wpls22)) | (*(sptr + wpls21)) | (*(sptr + wpls20)) | (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)) | (*(sptr - wpls20)) | (*(sptr - wpls21)) | (*(sptr - wpls22)) | (*(sptr - wpls23)) | (*(sptr - wpls24)) | (*(sptr - wpls25)) | (*(sptr - wpls26)) | (*(sptr - wpls27)) | (*(sptr - wpls28)) | (*(sptr - wpls29)) | (*(sptr - wpls30)) | (*(sptr - wpls31)); } } } static void ferode_3_123(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25, wpls26, wpls27, wpls28; l_int32 wpls29, wpls30, wpls31; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; wpls26 = 26 * wpls; wpls27 = 27 * wpls; wpls28 = 28 * wpls; wpls29 = 29 * wpls; wpls30 = 30 * wpls; wpls31 = 31 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls31)) & (*(sptr - wpls30)) & (*(sptr - wpls29)) & (*(sptr - wpls28)) & (*(sptr - wpls27)) & (*(sptr - wpls26)) & (*(sptr - wpls25)) & (*(sptr - wpls24)) & (*(sptr - wpls23)) & (*(sptr - wpls22)) & (*(sptr - wpls21)) & (*(sptr - wpls20)) & (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)) & (*(sptr + wpls20)) & (*(sptr + wpls21)) & (*(sptr + wpls22)) & (*(sptr + wpls23)) & (*(sptr + wpls24)) & (*(sptr + wpls25)) & (*(sptr + wpls26)) & (*(sptr + wpls27)) & (*(sptr + wpls28)) & (*(sptr + wpls29)) & (*(sptr + wpls30)) & (*(sptr + wpls31)); } } } leptonica-1.70/prog/displayboxa.c0000644000175000017500000000632712244775330015156 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * displayboxa.c * * displayboxa filein width fileout [fontdir] * * This reads a boxa from file and generates a composite view of the * boxes, one per "page", tiled in rows. * The pix that backs each box is chosen to be the minimum size that * supports every box in the boxa. Each pix (and the box it backs) * is scaled so that the pix width is @width in pixels. * If @fontdir is specified, the number of each box is written below it. * * The minimum allowed width of the backing pix is 30, and the default * width is 100. */ #include "allheaders.h" int main(int argc, char **argv) { char *filein, *fileout, *fontdir; l_int32 w, h, width, sep; l_float32 scalefact; L_BMF *bmf; BOXA *boxa1, *boxa2; PIX *pixd; static char mainName[] = "displayboxa"; if (argc != 4 && argc != 5) { fprintf(stderr, "Syntax error in displayboxa:\n" " displayboxa filein width fileout [fontdir]\n"); return 1; } filein = argv[1]; fileout = argv[3]; fontdir = (argc == 4) ? NULL : argv[4]; width = atoi(argv[2]); if (width < 30) { L_ERROR("width too small; setting to 100\n", mainName); width = 100; } if ((boxa1 = boxaRead(filein)) == NULL) return ERROR_INT("boxa not made", mainName, 1); boxaGetExtent(boxa1, &w, &h, NULL); scalefact = (l_float32)width / (l_float32)w; boxa2 = boxaTransform(boxa1, 0, 0, scalefact, scalefact); sep = L_MIN(width / 5, 20); pixd = boxaDisplayTiled(boxa2, NULL, 1500, 2, 1.0, 0, sep, 2, fontdir); pixWrite(fileout, pixd, IFF_PNG); pixDisplay(pixd, 100, 100); boxaDestroy(&boxa1); boxaDestroy(&boxa2); pixDestroy(&pixd); return 0; } leptonica-1.70/prog/pageseg2-mask.png0000444000175000017500000010763411112654453015623 0ustar dandan‰PNG  IHDRrGt pHYsÊ&ó? 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * overlap_reg.c * * Tests the function that combines boxes that overlap into * their bounding regions. */ #include "allheaders.h" /* Determines maximum size of boxes */ static const l_float32 maxsize[] = {5.0, 10.0, 15.0, 20.0, 25.0, 26.0, 27.0}; int main(int argc, char **argv) { l_int32 i, k, x, y, w, h; BOX *box; BOXA *boxa1, *boxa2; PIX *pix1, *pix2, *pixd; PIXA *pixa; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; for (k = 0; k < 7; k++) { srand(45617); pixa = pixaCreate(2); boxa1 = boxaCreate(0); for (i = 0; i < 500; i++) { x = (l_int32)(600.0 * (l_float64)rand() / (l_float64)RAND_MAX); y = (l_int32)(600.0 * (l_float64)rand() / (l_float64)RAND_MAX); w = (l_int32) (1.0 + maxsize[k] * (l_float64)rand() / (l_float64)RAND_MAX); h = (l_int32) (1.0 + maxsize[k] * (l_float64)rand() / (l_float64)RAND_MAX); box = boxCreate(x, y, w, h); boxaAddBox(boxa1, box, L_INSERT); } pix1 = pixCreate(660, 660, 1); pixRenderBoxa(pix1, boxa1, 1, L_SET_PIXELS); pixaAddPix(pixa, pix1, L_INSERT); boxa2 = boxaCombineOverlaps(boxa1); pix2 = pixCreate(660, 660, 1); pixRenderBoxa(pix2, boxa2, 1, L_SET_PIXELS); pixaAddPix(pixa, pix2, L_INSERT); pixd = pixaDisplayTiledInRows(pixa, 1, 1500, 1.0, 0, 50, 2); pixDisplayWithTitle(pixd, 100, 100 + 100 * k, NULL, rp->display); regTestWritePixAndCheck(rp, pixd, IFF_PNG); fprintf(stderr, "%d: n_init = %d, n_final = %d\n", k, boxaGetCount(boxa1), boxaGetCount(boxa2)); pixDestroy(&pixd); boxaDestroy(&boxa1); boxaDestroy(&boxa2); pixaDestroy(&pixa); } return regTestCleanup(rp); } leptonica-1.70/prog/barcode-i2of5-300.png0000444000175000017500000000442510770123063016005 0ustar dandan‰PNG  IHDRõŸiâ®gAMA± üa8tEXtSoftwareXV Version 3.10a Rev: 12/29/94 (PNG patch 1.2)Ý.IIIDATxœíš¿Ž#¹ÆÙnàx€á9»`-¾ÂN& ïM ÇNö)Ô-°B=‚e»O /Ü81Œ60 ,»¥žþC²I­ðêÅìvùSU}õUQ;/z$yðþÁ?øÿàüWæ?ÞÅŸêÌ|£)<š/rf¾Qi(OGOò*+ñh‚ÉT$óÄ'd‰¿Äo(-ÈÏkFðÍ™ 6?Aý*"¼ü3ù@xþ ò¯lS­XRHvåyÞðÜË¿ê;–?Ѽ~aeµzJ«>•<­2ºÑt«Þ‰M½lxì=¶³ò0˴çŠë¤~^Òð53üyíᙉMK‹D>¿òÞð•À2Ë7ù„nžôø<»åïO{ü‚$êy}Í?‡~ÿ-Õû5û„ºù¯ú>ýÚúš%P¬Tß­ny32”œ"ä%ŽÁl%òÊðÌøϼ†;Úñ[õÂ7ÈÓzÉq~pÉoZÿ{ø&~¥Mýù=O4´Z™ùk¾fç§åW†GÿcÌ1¬™Aœgiögæ×?© C¾ÀI"ȉ¾ò@.•€›7ñqþùV7ûÃðî£Ìî@4•§3|¾"ããþ"ŒñKp?~û>bÇÎÊ7O ÇÎÍÇ=¿>þŸ T"cy½…Š ¾"ä’ñ¿àÛ%´ž”Y-ñ\Aw9czžÿ£¢g8žÑox:«—AüÇ¿ç‚ë×W’ɤNO°=@sÚ°æ+1|Á˜+ÎÈ‚«–¯Ò²åùˆÏ™«~½¸ñÂðØ!Ïy—ÿ’´ñçù¬åßò_.{ü|þb’ÿ²ÓÏÿÊ/†|O¿@~Ñê?å“ þuÑÖßö¯í“ÿ2Œ¿åré7Ÿ¿˜äßé·Õ¿?äÛþ'-¿»ò™¿ÿÞòßÍÄçÖúe—ÿõ7úÍöõøjÊõwÔ¿ô¿«_Î÷ÏÄg½ü£øÉ°~k|æ©ŸÌóüZ?©ýþSNýô-þ©ŸÿêÆoóŽŸÄg½þø.þÍ+ŸþãüåÒæ?WüÅ͇¡ÿ–qþÖ/ê!?“2Ê?¨þ«ø„¯—ªÍ¿òÖÏY>àcëÇøœÙõïçïë?ëÏÿÒߪëö÷[þ¢ï?¯~yo~NÃøCó¯ýýKN–ü«¹úÝú_ã<õ7¼îírªßÁß>¨ÿ_õô÷ΟU¿©Ô¬_Ýòwÿù×Þ¡_nôã˜ò¾ûëêÿéü õóúßÁOôóøÇîßaÿúç7ÿ ê½ü3ûǺÿ»ù©zó㜿©ÿ{üÁ[>ÔÏâßÀùï¯ ÿ_ùÖ?£ùrP¿Û3ówðêG¸­ÿ¦"¨ÿÈëYýýþ±çßßþýk­ÿW1¢ÿ[ý³ù_ý£Z¾ûÿÍ¿N¾É_ êïó3ñYWÿÐ?˜ÿ2,ÿ¾ÿÊ»ø…­þûãÃ_ÝÁã´vý‹àÕd÷¿¿ÿË ?ç?«þñú©¶ÿ§~_? 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¾.0…Wј˜Ò&¸X‰LDã§ïÍH8eJ¦öÃ5ÿ[°ñÌuD7˜ÈàÓ5Sö)'%LL¥#¦S`‚6a)ðNóµ @Ä%Ɇƒ Éiá™ 3‰. µ ºR…Ÿ>Žp ´õœ~ÅÔ|Ú‹ˆSEJ)œÆ¿B±ŒâÙo‰ óýÛÀ”såx!}ŸâomNA‘Ùs¯˜Û2ùRV+L²À-@±(ÐN‚W)'L*Øjy`*¢ñ2Ó¾CeÈ”âø¬õ–ç¡»_ab¿ÁÉÒôÃ$´ƒ]`Â`H(Ÿ©óf\ÉäˆIx=W3a¸ 0¹m˜‚Y”.l´-|X¦g‚¦%èu 9œŸa<ä,¤±ë˜²š ¾×§˜ˆÉ5U?¶=@‘ôÊ3½ÀÍAÝÄ¡«úTp°|¨ýŽk¦h{¦«õLE`šUå4 LGÄÄ+&˜òh’SÑ`‚¤;SëúT15'g¸W憾<óLWT`ÎŽ©àÌyc>±ÀäLÜ"“,™Z¯ÍÖL“X92•ábá•Ã>3ç‚Q0õsźdÒbb8Ø4“Šé–NC¬ãb ý´‘©ÀΟv Td{=oÓ,U¬©|ꔌ…æÁÄDWLôeW\s2$€ ôSѺo!¦[`jjþq`’”™™d™£Ä¦*U—”‚ì&Š—’ØA]y·_œÓR1V@T*öXB™æ­™ü_DûF®2y›G¹ò2I('ìæé@ªa‘é+úVŒä)²/…–[Œ[0÷ˆŠÖ0åÄ„¿Á›uV2ËYJ1ÜšFëµí ‡H—¾‚ “ ‰Œ)‘|þì‚m˜ð;cÚËr…)«¤nŒF é@åçc#xX¶dí­`k`2¬¦TµßË›b‰ùR“Àºe“r‚‡˜Ê?éh’7˜ ö8§:|–0´08t<8¾8‚_tûY2ƒ_(—&N±’E&½uÒ˜þΉIºòàÇwo¿ù£Äݾqåì †¶ò2á¡rPÕp*¯­Xú‹–\²S˜¼¦z· ¼SÎR¬ X>b¶”>ðÛÖ@·ñÆnÉu kE½H®“æ{ Y sæ™îñäçï‡Êœ±›¨É¿Î¾ªšþs0½2mù T”ïþ«åÓ/Øüñ[Ýàä/o,è‹ûŽK>¤tÕ2Ý#¿þÖ?”!™(ÿ?ùaindex + 1); pixWrite(buf, pixt, IFF_SPIX); regTestCheckFile(rp, buf); /* nfiles + 2 * i */ pixt2 = pixRead(buf); regTestComparePix(rp, pixt, pixt2); /* nfiles + 2 * i + 1 */ pixDestroy(&pixs); pixDestroy(&pixt); pixDestroy(&pixt2); } /* Test read header. Note that for rgb input, spp = 3, * but for 32 bpp spix, we set spp = 4. */ data = NULL; for (i = 0; i < nfiles; i++) { pixs = pixRead(filename[i]); pixWriteMem(&data, &size, pixs, IFF_SPIX); pixReadHeader(filename[i], &format, &w, &h, &bps, &spp, &iscmap); pixReadHeaderMem(data, size, &format2, &w2, &h2, &bps2, &spp2, &iscmap2); if (format2 != IFF_SPIX || w != w2 || h != h2 || bps != bps2 || iscmap != iscmap2) { if (rp->fp) fprintf(rp->fp, "Failure comparing data"); else fprintf(stderr, "Failure comparing data"); } pixDestroy(&pixs); lept_free(data); } #if 0 /* Do timing */ for (i = 0; i < nfiles; i++) { pixs = pixRead(filename[i]); startTimer(); pixSerializeToMemory(pixs, &data32, &size); pixd = pixDeserializeFromMemory(data32, size); fprintf(stderr, "Time for %s: %7.3f sec\n", filename[i], stopTimer()); lept_free(data32); pixDestroy(&pixs); pixDestroy(&pixd); } #endif return regTestCleanup(rp); } leptonica-1.70/prog/pdf2png0000750000175000017500000000170110237312020013722 0ustar dandan#!/bin/bash # pdf2png # # Rasterizes a PDF file, saving as a set of binary png images # # input: PDF # root name of output files # output: png binary files for each page # scriptname=${0##*/} if test $# != 2 then echo "usage: " $scriptname " inpdffile outpngroot" exit -1 fi inpdffile=$1 outpngroot=$2 # strip off directory and suffix parts of $1 to use in other names basename=${1##*/} baseroot=${basename%.*} # make names for temporary files tmppdffile=${baseroot}.$$_.pdf tmppdfroot=${tmppdffile%.*} # have the temporary files deleted on exit, interrupt, etc: trap "/bin/rm -f ${tmppdfroot}*" EXIT SIGHUP SIGINT SIGTERM cp $inpdffile $tmppdffile # need mysterious "primer" #echo "0 neg 0 neg" translate | gs -sDEVICE=pngmono -sOutputFile=${outpngroot}%03d.png -r300x300 -q - ${tmppdffile} echo "0 neg 0 neg" translate | gs -sDEVICE=pngmono -sOutputFile=${outpngroot}%03d.png -g2550x3300 -r300x300 -q - ${tmppdffile} leptonica-1.70/prog/recogtest1.c0000644000175000017500000001605412265246153014714 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * recogtest1.c * * Tests the recog utility using the bootstrap number set, * for both training and identification */ #include "string.h" #include "allheaders.h" /* Set match method */ static const l_int32 match_method = L_USE_AVERAGE; /* static const l_int32 match_method = L_USE_ALL; */ static const l_int32 scaledw = 20; static const l_int32 scaledh = 32; l_int32 main(int argc, char **argv) { l_int32 i, j, n, val, index, w, h, ignore; l_float32 score; char *fname, *strchar; char buf[256]; BOX *box; BOXA *boxat; NUMA *naindex, *nascore, *naindext, *nascoret; PIX *pixs, *pixd, *pixt, *pixdb; PIXA *pixa, *pixat; L_RECOG *recog, *recog2; L_RECOGA *recoga; SARRAY *sa, *satext, *satextt; if (argc != 1) { fprintf(stderr, " Syntax: recogtest1\n"); return 1; } recog = NULL; recog2 = NULL; #if 0 /* Generate a simple bootstrap pixa (bootnum1.pa) for number images in directory 'recog/bootnums' */ recog = recogCreate(scaledw, scaledh, match_method, 100, 1, "fonts"); sa = getSortedPathnamesInDirectory("recog/bootnums", "png", 0, 0); n = sarrayGetCount(sa); for (i = 0; i < n; i++) { fname = sarrayGetString(sa, i, L_NOCOPY); if ((pixs = pixRead(fname)) == NULL) { fprintf(stderr, "Can't read %s\n", fname); continue; } pixGetDimensions(pixs, &w, &h, NULL); box = boxCreate(0, 0, w, h); recogTrainLabelled(recog, pixs, box, NULL, 1, 1); pixDestroy(&pixs); boxDestroy(&box); } recogTrainingFinished(recog, 1); recogWritePixa("/tmp/bootnum1.pa", recog); snprintf(buf, sizeof(buf), "displaypixa /tmp/bootnum1.pa 1.0 2 1 0 /tmp/bootnum1.png fonts"); ignore = system(buf); sarrayDestroy(&sa); #else pixa = pixaRead("recog/digits/bootnum1.pa"); recog = recogCreateFromPixa(pixa, scaledw, scaledh, match_method, 120, 1, "fonts"); snprintf(buf, sizeof(buf), "displaypixa recog/digits/bootnum1.pa 1.0 2 1 0 " "/tmp/bootnum1.png fonts"); ignore = system(buf); pixaDestroy(&pixa); #endif #if 0 /* roman, one per image */ recog = recogCreate(20, 32, match_method, 100, 1, "fonts"); sa = getSortedPathnamesInDirectory("charset", "png", 0, 0); n = sarrayGetCount(sa); for (i = 0; i < n; i++) { fname = sarrayGetString(sa, i, L_NOCOPY); if ((pixs = pixRead(fname)) == NULL) { fprintf(stderr, "Can't read %s\n", fname); continue; } pixGetDimensions(pixs, &w, &h, NULL); box = boxCreate(0, 0, w, h); recogTrainLabelled(recog, pixs, box, NULL, 0, 1); pixDestroy(&pixs); boxDestroy(&box); } recogTrainingFinished(recog, 1); sarrayDestroy(&sa); #endif #if 1 fprintf(stderr, "Print Stats\n"); recogShowContent(stderr, recog, 1); #endif #if 1 fprintf(stderr, "AverageSamples\n"); recogAverageSamples(recog, 1); pixt = pixaGetPix(recog->pixadb_ave, 0, L_CLONE); pixWrite("/tmp/unscaled_ave.png", pixt, IFF_PNG); pixDestroy(&pixt); pixt = pixaGetPix(recog->pixadb_ave, 1, L_CLONE); pixWrite("/tmp/scaled_ave.png", pixt, IFF_PNG); pixDestroy(&pixt); #endif #if 1 /* Split touching characters */ fprintf(stderr, "Split touching\n"); pixd = pixRead("pagenums/pagenum.29.png"); /* 25 or 29 */ recoga = recogaCreateFromRecog(recog); recogaIdentifyMultiple(recoga, pixd, 3, -1, -1, &boxat, &pixat, &pixdb, 1); pixDisplay(pixdb, 800, 800); boxaWriteStream(stderr, boxat); pixt = pixaDisplay(pixat, 0, 0); pixDisplay(pixt, 1200, 800); pixDestroy(&pixdb); pixDestroy(&pixt); pixDestroy(&pixd); pixaDestroy(&pixat); boxaDestroy(&boxat); #endif #if 1 recogDebugAverages(recog, 0); recogShowMatchesInRange(recog, recog->pixa_tr, 0.65, 1.0, 0); pixWrite("/tmp/match_ave1.png", recog->pixdb_range, IFF_PNG); recogShowMatchesInRange(recog, recog->pixa_tr, 0.0, 1.0, 0); pixWrite("/tmp/match_ave2.png", recog->pixdb_range, IFF_PNG); #endif #if 0 /* Show that the pixa interface works for the entire set */ recogIdentifyPixa(recog, recog->pixa_tr, NULL, &pixd); pixWrite("/tmp/pixd2", pixd, IFF_PNG); n = numaGetCount(naindex); for (i = 0; i < n; i++) { numaGetIValue(naindex, i, &index); numaGetFValue(nascore, i, &score); strchar = sarrayGetString(satext, i, L_NOCOPY); fprintf(stderr, "%d: index = %d, text = %s, score = %5.3f\n", i, index, strchar, score); } pixDisplay(pixd, 0, 100); pixDestroy(&pixd); pixaDestroy(&pixa); numaDestroy(&naindex); sarrayDestroy(&satext); numaDestroy(&nascore); #endif #if 1 /* We can do about 5M correlations/sec */ fprintf(stderr, "Remove outliers\n"); recogRemoveOutliers(recog, 0.7, 0.5, 1); #endif #if 1 fprintf(stderr, "Debug averages\n"); recogDebugAverages(recog, 0); pixWrite("/tmp/averages.png", recog->pixdb_ave, IFF_PNG); #endif #if 1 fprintf(stderr, "Print stats 2\n"); recogShowContent(stderr, recog, 1); recogWrite("/tmp/rec1.rec", recog); recog2 = recogRead("/tmp/rec1.rec"); recogMakeBmf(recog2, "fonts", 0); recogWrite("/tmp/rec2.rec", recog2); fprintf(stderr, "Debug averages 2\n"); recogDebugAverages(recog2, 1); recogShowMatchesInRange(recog2, recog->pixa_tr, 0.0, 1.0, 1); pixWrite("/tmp/match_ave3.png", recog2->pixdb_range, IFF_PNG); recogDestroy(&recog2); #endif recogaDestroy(&recoga); return 0; } leptonica-1.70/prog/contrast-orig-60.jpg0000444000175000017500000032133211314513124016171 0ustar dandanÿØÿàJFIFÿÛC    $.' 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pŒŒtâ˜c¶Ý˨?QL’X'+ŸLQTäÓC6äÕ®" Qæ”åʧ?Û·ð$‡ÿˆ§®™/µYöÝsúT¦å_7ŠIîE iœa®‘³ÇÝÇõ©’34$úíÿëÓZÕ~[ˆBžyCÏþ=L6œs>êOþÍM:XëçÛŽzùgòûÔ㧾p.mÿ®dÿìô£NËÓÀØõCÿÅSŽš¹ùä…˜2§§ýõQÿf}¯ÊyÿÇ©ãMM§t°î'®Óþ4£J‹iRbÉ=BŸñ©M…Xý3·ŸçGö|YY0:ÿë é‘`®à;â£MÑsèz€x¥]Ð ÇÜ‘šFÑm $–õù¸¥5®:œç9ÝÖ˜Ú ›`å²½÷tãÃáË6ÎYÁ>˜ÿ cxfÉÏÞqôÇøRŸ iûBï÷‡ø{š_øF´ü‚K–å$Ž?JOøF´ýÄî|ýGON•ü"Ö[¸•À=@Ç5ø6Éóûé99Ðÿ÷Ȥÿ„ØEËdž @qH¾€0ÿIl˜P1QŸ@Pµ°?Ä/Ò¹­CàßÚuE \¶>9éëT,~I£_ÛêwšÝ²Ák*ÎùhÚ§qÉ'Žk²—ÅžŸí½;¿K¤'ù×Îì©?ˆu)bq$ou++ŽŒ ’ Sü)•­árG‹4‚?çòý WÓöŒeˆ–ê c“S¦2Øåb=sÉæ¦T ê ü¸Ý~Oô§ àòx#ŒŸJWãw|2hÉÝÇ9þB¤#©äÓÔ#¯4¾Z€NOSÜýiÆ¢?ëžpqžý3I±w:ç$wÇÿ®Tð02?*d£’I'oL“MÜJ©Î qÛ§øÓ&pœE". œdqŸZL',IÁ?LÐ bÙ'©}ë–‘þ¥!@î™-ó uíšYÙ¤Û1úâŽÌŽ¹« ªr¨R8¦í ¸  w©Ùwœ±àO½W Tœcä8{õúÔ²( ;ýiƒß9àöéPÊLJv±êy'Ú”’ dʓקCO•B«` display); pix3 = pixConnCompTransform(pix1, 8, 16); pix4 = pixConvert16To8(pix3, L_LS_BYTE); regTestCompareSimilarPix(rp, pix2, pix4, 3, 0.001, 0); /* 2 */ pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); /* Test connected component area labelling */ fprintf(stderr, "Test c.c. area labelling\n"); pix2 = pixConnCompAreaTransform(pix1, 8); pix3 = pixConvert16To8(pix2, L_CLIP_TO_255); regTestWritePixAndCheck(rp, pix3, IFF_PNG); /* 3 */ pixDisplayWithTitle(pix3, 0, 350, NULL, rp->display); pixMultConstantGray(pix2, 0.3); pix4 = pixConvert16To8(pix2, L_LS_BYTE); regTestWritePixAndCheck(rp, pix4, IFF_PNG); /* 4 */ pixDisplayWithTitle(pix4, 0, 700, NULL, rp->display); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); /* Test color transform: 4-fold symmetry */ fprintf(stderr, "Test color transform: 4-fold symmetry\n"); pix1 = pixRead("form1.tif"); pix2 = pixRotateOrth(pix1, 1); pix3 = pixRotateOrth(pix1, 2); pix4 = pixRotateOrth(pix1, 3); pix5 = pixLocToColorTransform(pix1); regTestWritePixAndCheck(rp, pix5, IFF_PNG); /* 5 */ pix6 = pixLocToColorTransform(pix2); regTestWritePixAndCheck(rp, pix6, IFF_PNG); /* 6 */ FindEMD(pix5, pix6, &distr, &distg, &distb); regTestCompareValues(rp, 0.12, distr, 0.01); /* 7 */ regTestCompareValues(rp, 0.00, distg, 0.01); /* 8 */ regTestCompareValues(rp, 0.00, distb, 0.01); /* 9 */ fprintf(stderr, "90 deg rotation: dist (r,g,b) = (%5.2f, %5.2f, %5.2f)\n", distr, distg, distb); pixDestroy(&pix6); pix6 = pixLocToColorTransform(pix3); regTestWritePixAndCheck(rp, pix6, IFF_PNG); /* 10 */ FindEMD(pix5, pix6, &distr, &distg, &distb); regTestCompareValues(rp, 0.12, distr, 0.01); /* 11 */ regTestCompareValues(rp, 0.09, distg, 0.01); /* 12 */ regTestCompareValues(rp, 0.00, distb, 0.01); /* 13 */ fprintf(stderr, "180 deg rotation: dist (r,g,b) = (%5.2f, %5.2f, %5.2f)\n", distr, distg, distb); pixDestroy(&pix6); pix6 = pixLocToColorTransform(pix4); regTestWritePixAndCheck(rp, pix6, IFF_PNG); /* 14 */ FindEMD(pix5, pix6, &distr, &distg, &distb); regTestCompareValues(rp, 0.00, distr, 0.01); /* 15 */ regTestCompareValues(rp, 0.09, distg, 0.01); /* 16 */ regTestCompareValues(rp, 0.00, distb, 0.01); /* 17 */ fprintf(stderr, "270 deg rotation: dist (r,g,b) = (%5.2f, %5.2f, %5.2f)\n", distr, distg, distb); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); pixDestroy(&pix5); pixDestroy(&pix6); /* Test color transform: same form with translation */ fprintf(stderr, "Test color transform with translation\n"); pix1 = pixRead("form1.tif"); pix2 = pixLocToColorTransform(pix1); pixDisplayWithTitle(pix2, 0, 0, NULL, rp->display); pixTranslate(pix1, pix1, 10, 10, L_BRING_IN_WHITE); pix3 = pixLocToColorTransform(pix1); regTestWritePixAndCheck(rp, pix3, IFF_PNG); /* 18 */ pixDisplayWithTitle(pix3, 470, 0, NULL, rp->display); FindEMD(pix2, pix3, &distr, &distg, &distb); regTestCompareValues(rp, 1.76, distr, 0.01); /* 19 */ regTestCompareValues(rp, 2.65, distg, 0.01); /* 20 */ regTestCompareValues(rp, 2.03, distb, 0.01); /* 21 */ fprintf(stderr, "Translation dist (r,g,b) = (%5.2f, %5.2f, %5.2f)\n", distr, distg, distb); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); /* Test color transform: same form with small rotation */ fprintf(stderr, "Test color transform with small rotation\n"); pix1 = pixRead("form1.tif"); pix2 = pixLocToColorTransform(pix1); pixRotateShearCenterIP(pix1, 0.1, L_BRING_IN_WHITE); pix3 = pixLocToColorTransform(pix1); regTestWritePixAndCheck(rp, pix3, IFF_PNG); /* 22 */ pixDisplayWithTitle(pix3, 880, 0, NULL, rp->display); FindEMD(pix2, pix3, &distr, &distg, &distb); regTestCompareValues(rp, 1.50, distr, 0.01); /* 23 */ regTestCompareValues(rp, 1.71, distg, 0.01); /* 24 */ regTestCompareValues(rp, 1.42, distb, 0.01); /* 25 */ fprintf(stderr, "Rotation dist (r,g,b) = (%5.2f, %5.2f, %5.2f)\n", distr, distg, distb); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); /* Test color transform: 2 different forms */ fprintf(stderr, "Test color transform (2 forms)\n"); pix1 = pixRead("form1.tif"); pix2 = pixLocToColorTransform(pix1); pixDisplayWithTitle(pix2, 0, 600, NULL, rp->display); pix3 = pixRead("form2.tif"); pix4 = pixLocToColorTransform(pix3); regTestWritePixAndCheck(rp, pix4, IFF_PNG); /* 25 */ pixDisplayWithTitle(pix4, 470, 600, NULL, rp->display); FindEMD(pix2, pix4, &distr, &distg, &distb); regTestCompareValues(rp, 6.10, distr, 0.02); /* 27 */ regTestCompareValues(rp, 11.13, distg, 0.01); /* 28 */ regTestCompareValues(rp, 10.53, distb, 0.01); /* 29 */ fprintf(stderr, "Different forms: dist (r,g,b) = (%5.2f, %5.2f, %5.2f)\n", distr, distg, distb); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); return regTestCleanup(rp); } void FindEMD(PIX *pix1, PIX *pix2, l_float32 *pdistr, l_float32 *pdistg, l_float32 *pdistb) { NUMA *nar1, *nar2, *nag1, *nag2, *nab1, *nab2; pixGetColorHistogram(pix1, 1, &nar1, &nag1, &nab1); pixGetColorHistogram(pix2, 1, &nar2, &nag2, &nab2); numaEarthMoverDistance(nar1, nar2, pdistr); numaEarthMoverDistance(nag1, nag2, pdistg); numaEarthMoverDistance(nab1, nab2, pdistb); numaDestroy(&nar1); numaDestroy(&nar2); numaDestroy(&nag1); numaDestroy(&nag2); numaDestroy(&nab1); numaDestroy(&nab2); return; } leptonica-1.70/prog/alphaxform_reg.c0000644000175000017500000002122012240303530015603 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * alphaxform_reg.c * * This tests the alpha blending functions when used with various * transforms (scaling, rotation, affine, projective, bilinear). * * It also tests the version that are wrapped in a gamma transform, * which is a technique for getting a truer color on transforming, * because it undoes the gamma that has been applied to an image * before transforming and then re-applying the gamma transform. */ #include "allheaders.h" static void MakePtas(l_int32 i, l_int32 npts, PTA **pptas, PTA **pptad); static const l_int32 x1[] = { 300, 300, 300, 95, 32 }; static const l_int32 y1[] = { 1200, 1200, 1250, 2821, 934 }; static const l_int32 x2[] = { 1200, 1200, 1125, 1432, 487 }; static const l_int32 y2[] = { 1100, 1100, 1100, 2682, 934 }; static const l_int32 x3[] = { 200, 200, 200, 232, 32 }; static const l_int32 y3[] = { 200, 200, 200, 657, 67 }; static const l_int32 x4[] = { 1200, 1200, 1125, 1432, 487 }; static const l_int32 y4[] = { 200, 200, 200, 242, 84 }; static const l_int32 xp1[] = { 500, 300, 350, 117, 32 }; static const l_int32 yp1[] = { 1700, 1400, 1100, 2629, 934 }; static const l_int32 xp2[] = { 850, 400, 1100, 1664, 487 }; static const l_int32 yp2[] = { 850, 500, 1300, 2432, 804 }; static const l_int32 xp3[] = { 450, 200, 400, 183, 61 }; static const l_int32 yp3[] = { 300, 300, 400, 490, 83 }; static const l_int32 xp4[] = { 850, 1000, 1100, 1664, 487 }; static const l_int32 yp4[] = { 350, 350, 400, 532, 114 }; int main(int argc, char **argv) { PIX *pixs2, *pixs3, *pixb1, *pixb2, *pixb3; PIX *pixr2, *pixr3; PIX *pixc1, *pixc2, *pixc3, *pixcs1, *pixcs2, *pixcs3; PIX *pixd, *pixt1, *pixt2, *pixt3; PTA *ptas1, *ptas2, *ptas3, *ptad1, *ptad2, *ptad3; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; pixc1 = pixRead("test24.jpg"); pixc2 = pixRead("wyom.jpg"); pixc3 = pixRead("marge.jpg"); /* Test alpha blend scaling */ pixd = pixCreate(900, 400, 32); pixSetAll(pixd); pixs2 = pixScaleWithAlpha(pixc2, 0.5, 0.5, NULL, 0.3); pixs3 = pixScaleWithAlpha(pixc3, 0.4, 0.4, NULL, 0.7); pixb1 = pixBlendWithGrayMask(pixd, pixs3, NULL, 100, 100); pixb2 = pixBlendWithGrayMask(pixb1, pixs2, NULL, 300, 130); pixb3 = pixBlendWithGrayMask(pixb2, pixs3, NULL, 600, 160); regTestWritePixAndCheck(rp, pixb3, IFF_PNG); /* 0 */ pixDisplayWithTitle(pixb3, 900, 100, NULL, rp->display); pixDestroy(&pixd); pixDestroy(&pixs2); pixDestroy(&pixs3); pixDestroy(&pixb1); pixDestroy(&pixb2); pixDestroy(&pixb3); /* Test alpha blend rotation */ pixd = pixCreate(1200, 800, 32); pixSetAll(pixd); pixr3 = pixRotateWithAlpha(pixc3, -0.3, NULL, 1.0); pixr2 = pixRotateWithAlpha(pixc2, +0.3, NULL, 1.0); pixb3 = pixBlendWithGrayMask(pixd, pixr3, NULL, 100, 100); pixb2 = pixBlendWithGrayMask(pixb3, pixr2, NULL, 400, 100); regTestWritePixAndCheck(rp, pixb2, IFF_PNG); /* 1 */ pixDisplayWithTitle(pixb2, 500, 100, NULL, rp->display); pixDestroy(&pixd); pixDestroy(&pixr3); pixDestroy(&pixr2); pixDestroy(&pixb3); pixDestroy(&pixb2); pixcs1 = pixScale(pixc1, 0.35, 0.35); pixcs2 = pixScale(pixc2, 0.55, 0.55); pixcs3 = pixScale(pixc3, 0.65, 0.65); /* Test alpha blend affine */ pixd = pixCreate(800, 900, 32); pixSetAll(pixd); MakePtas(2, 3, &ptas1, &ptad1); MakePtas(4, 3, &ptas2, &ptad2); MakePtas(3, 3, &ptas3, &ptad3); pixt1 = pixAffinePtaWithAlpha(pixcs1, ptad1, ptas1, NULL, 1.0, 300); pixt2 = pixAffinePtaWithAlpha(pixcs2, ptad2, ptas2, NULL, 0.8, 400); pixt3 = pixAffinePtaWithAlpha(pixcs3, ptad3, ptas3, NULL, 0.7, 300); pixb1 = pixBlendWithGrayMask(pixd, pixt1, NULL, -250, 20); pixb2 = pixBlendWithGrayMask(pixb1, pixt2, NULL, -150, -250); pixb3 = pixBlendWithGrayMask(pixb2, pixt3, NULL, -100, 220); regTestWritePixAndCheck(rp, pixb3, IFF_PNG); /* 2 */ pixDisplayWithTitle(pixb3, 100, 100, NULL, rp->display); pixDestroy(&pixd); pixDestroy(&pixb1); pixDestroy(&pixb2); pixDestroy(&pixb3); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); ptaDestroy(&ptas1); ptaDestroy(&ptas2); ptaDestroy(&ptas3); ptaDestroy(&ptad1); ptaDestroy(&ptad2); ptaDestroy(&ptad3); /* Test alpha blend projective */ pixd = pixCreate(900, 900, 32); pixSetAll(pixd); MakePtas(2, 4, &ptas1, &ptad1); MakePtas(4, 4, &ptas2, &ptad2); MakePtas(3, 4, &ptas3, &ptad3); pixt1 = pixProjectivePtaWithAlpha(pixcs1, ptad1, ptas1, NULL, 1.0, 300); pixt2 = pixProjectivePtaWithAlpha(pixcs2, ptad2, ptas2, NULL, 0.8, 400); pixt3 = pixProjectivePtaWithAlpha(pixcs3, ptad3, ptas3, NULL, 0.7, 400); pixb1 = pixBlendWithGrayMask(pixd, pixt1, NULL, -150, 20); pixb2 = pixBlendWithGrayMask(pixb1, pixt2, NULL, -50, -250); pixb3 = pixBlendWithGrayMask(pixb2, pixt3, NULL, -100, 220); regTestWritePixAndCheck(rp, pixb3, IFF_PNG); /* 3 */ pixDisplayWithTitle(pixb3, 300, 100, NULL, rp->display); pixDestroy(&pixd); pixDestroy(&pixb1); pixDestroy(&pixb2); pixDestroy(&pixb3); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); ptaDestroy(&ptas1); ptaDestroy(&ptas2); ptaDestroy(&ptas3); ptaDestroy(&ptad1); ptaDestroy(&ptad2); ptaDestroy(&ptad3); /* Test alpha blend bilinear */ pixd = pixCreate(900, 900, 32); pixSetAll(pixd); MakePtas(2, 4, &ptas1, &ptad1); MakePtas(4, 4, &ptas2, &ptad2); MakePtas(3, 4, &ptas3, &ptad3); pixt1 = pixBilinearPtaWithAlpha(pixcs1, ptad1, ptas1, NULL, 1.0, 300); pixt2 = pixBilinearPtaWithAlpha(pixcs2, ptad2, ptas2, NULL, 0.8, 400); pixt3 = pixBilinearPtaWithAlpha(pixcs3, ptad3, ptas3, NULL, 0.7, 400); pixb1 = pixBlendWithGrayMask(pixd, pixt1, NULL, -150, 20); pixb2 = pixBlendWithGrayMask(pixb1, pixt2, NULL, -50, -250); pixb3 = pixBlendWithGrayMask(pixb2, pixt3, NULL, -100, 220); regTestWritePixAndCheck(rp, pixb3, IFF_PNG); /* 4 */ pixDisplayWithTitle(pixb3, 500, 100, NULL, rp->display); pixDestroy(&pixd); pixDestroy(&pixb1); pixDestroy(&pixb2); pixDestroy(&pixb3); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); ptaDestroy(&ptas1); ptaDestroy(&ptas2); ptaDestroy(&ptas3); ptaDestroy(&ptad1); ptaDestroy(&ptad2); ptaDestroy(&ptad3); pixDestroy(&pixc1); pixDestroy(&pixc2); pixDestroy(&pixc3); pixDestroy(&pixcs1); pixDestroy(&pixcs2); pixDestroy(&pixcs3); return regTestCleanup(rp); } static void MakePtas(l_int32 i, l_int32 npts, /* 3 or 4 */ PTA **pptas, PTA **pptad) { *pptas = ptaCreate(npts); ptaAddPt(*pptas, x1[i], y1[i]); ptaAddPt(*pptas, x2[i], y2[i]); ptaAddPt(*pptas, x3[i], y3[i]); if (npts == 4) ptaAddPt(*pptas, x4[i], y4[i]); *pptad = ptaCreate(npts); ptaAddPt(*pptad, xp1[i], yp1[i]); ptaAddPt(*pptad, xp2[i], yp2[i]); ptaAddPt(*pptad, xp3[i], yp3[i]); if (npts == 4) ptaAddPt(*pptad, xp4[i], yp4[i]); return; } leptonica-1.70/prog/seedfilltest.c0000640000175000017500000001255612242265636015324 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * seedfilltest.c * */ #include "allheaders.h" #define NTIMES 5 #define CONNECTIVITY 8 #define XS 150 #define YS 150 #define DFLAG 1 int main(int argc, char **argv) { char *filein, *fileout; l_int32 i; l_uint32 val; l_float32 size; PIX *pixs, *pixd, *pixm, *pixmi, *pixt1, *pixt2, *pixt3; static char mainName[] = "seedfilltest"; if (argc != 3) return ERROR_INT(" Syntax: seedfilltest filein fileout", mainName, 1); filein = argv[1]; fileout = argv[2]; pixd = NULL; if ((pixm = pixRead(filein)) == NULL) return ERROR_INT("pixm not made", mainName, 1); pixmi = pixInvert(NULL, pixm); size = pixGetWidth(pixm) * pixGetHeight(pixm); pixs = pixCreateTemplate(pixm); for (i = 0; i < 100; i++) { pixGetPixel(pixm, XS + 5 * i, YS + 5 * i, &val); if (val == 0) break; } if (i == 100) return ERROR_INT("no seed pixel found", mainName, 1); pixSetPixel(pixs, XS + 5 * i, YS + 5 * i, 1); #if 0 /* hole filling; use "hole-filler.png" */ pixt1 = pixHDome(pixmi, 100, 4); pixt2 = pixThresholdToBinary(pixt1, 10); /* pixInvert(pixt1, pixt1); */ pixDisplay(pixt1, 100, 500); pixDisplay(pixt2, 600, 500); pixt3 = pixHolesByFilling(pixt2, 4); pixDilateBrick(pixt3, pixt3, 7, 7); pixd = pixConvertTo8(pixt3, FALSE); pixDisplay(pixd, 0, 100); pixSeedfillGray(pixd, pixmi, CONNECTIVITY); pixInvert(pixd, pixd); pixDisplay(pixmi, 500, 100); pixDisplay(pixd, 1000, 100); pixWrite("/tmp/junkpixm.png", pixmi, IFF_PNG); pixWrite("/tmp/junkpixd.png", pixd, IFF_PNG); #endif #if 0 /* hole filling; use "hole-filler.png" */ pixt1 = pixThresholdToBinary(pixm, 110); pixInvert(pixt1, pixt1); pixDisplay(pixt1, 100, 500); pixt2 = pixHolesByFilling(pixt1, 4); pixd = pixConvertTo8(pixt2, FALSE); pixDisplay(pixd, 0, 100); pixSeedfillGray(pixd, pixmi, CONNECTIVITY); pixInvert(pixd, pixd); pixDisplay(pixmi, 500, 100); pixDisplay(pixd, 1000, 100); pixWrite("/tmp/junkpixm.png", pixmi, IFF_PNG); pixWrite("/tmp/junkpixd.png", pixd, IFF_PNG); #endif #if 0 /* hole filling; use "hole-filler.png" */ pixd = pixInvert(NULL, pixm); pixAddConstantGray(pixd, -50); pixDisplay(pixd, 0, 100); /* pixt1 = pixThresholdToBinary(pixd, 20); pixDisplayWithTitle(pixt1, 600, 600, "pixt1", DFLAG); */ pixSeedfillGray(pixd, pixmi, CONNECTIVITY); /* pixInvert(pixd, pixd); */ pixDisplay(pixmi, 500, 100); pixDisplay(pixd, 1000, 100); pixWrite("/tmp/junkpixm.png", pixmi, IFF_PNG); pixWrite("/tmp/junkpixd.png", pixd, IFF_PNG); #endif #if 0 /* test in-place seedfill for speed */ pixd = pixClone(pixs); startTimer(); pixSeedfillBinary(pixs, pixs, pixmi, CONNECTIVITY); fprintf(stderr, "Filling rate: %7.4f Mpix/sec\n", (size/1000000.) / stopTimer()); pixWrite(fileout, pixd, IFF_PNG); pixOr(pixd, pixd, pixm); pixWrite("/tmp/junkout1.png", pixd, IFF_PNG); #endif #if 0 /* test seedfill to dest for speed */ pixd = pixCreateTemplate(pixm); startTimer(); for (i = 0; i < NTIMES; i++) { pixSeedfillBinary(pixd, pixs, pixmi, CONNECTIVITY); } fprintf(stderr, "Filling rate: %7.4f Mpix/sec\n", (size/1000000.) * NTIMES / stopTimer()); pixWrite(fileout, pixd, IFF_PNG); pixOr(pixd, pixd, pixm); pixWrite("/tmp/junkout1.png", pixd, IFF_PNG); #endif /* use same connectivity to compare with the result of the * slow parallel operation */ #if 1 pixDestroy(&pixd); pixd = pixSeedfillMorph(pixs, pixmi, 100, CONNECTIVITY); pixOr(pixd, pixd, pixm); pixWrite("/tmp/junkout2.png", pixd, IFF_PNG); #endif pixDestroy(&pixs); pixDestroy(&pixm); pixDestroy(&pixmi); pixDestroy(&pixd); return 0; } leptonica-1.70/prog/candelabrum-11.jpg0000444000175000017500000016402011325123752015654 0ustar dandanÿØÿàJFIFKKÿÛC    $.' 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * histotest.c * * Makes histograms of grayscale and color pixels * from a pix. For RGB color, this uses * rgb --> octcube indexing. * * histotest filein sigbits * * where the number of octcubes is 8^(sigbits) * * For gray, sigbits is ignored. */ #include "allheaders.h" int main(int argc, char **argv) { char *filein; l_int32 d, sigbits; GPLOT *gplot; NUMA *na; PIX *pixs; static char mainName[] = "histotest"; if (argc != 3) return ERROR_INT(" Syntax: histotest filein sigbits", mainName, 1); filein = argv[1]; sigbits = atoi(argv[2]); if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pixs not made", mainName, 1); d = pixGetDepth(pixs); if (d != 8 && d != 32) return ERROR_INT("depth not 8 or 32 bpp", mainName, 1); if (d == 32) { startTimer(); if ((na = pixOctcubeHistogram(pixs, sigbits, NULL)) == NULL) return ERROR_INT("na not made", mainName, 1); fprintf(stderr, "histo time = %7.3f sec\n", stopTimer()); gplot = gplotCreate("/tmp/junkrootc", GPLOT_X11, "color histogram with octcube indexing", "octcube index", "number of pixels in cube"); gplotAddPlot(gplot, NULL, na, GPLOT_LINES, "input pix"); gplotMakeOutput(gplot); gplotDestroy(&gplot); } else { if ((na = pixGetGrayHistogram(pixs, 1)) == NULL) return ERROR_INT("na not made", mainName, 1); numaWrite("/tmp/junkna", na); gplot = gplotCreate("/tmp/junkrootg", GPLOT_X11, "grayscale histogram", "gray value", "number of pixels"); gplotSetScaling(gplot, GPLOT_LOG_SCALE_Y); gplotAddPlot(gplot, NULL, na, GPLOT_LINES, "input pix"); gplotMakeOutput(gplot); gplotDestroy(&gplot); } pixDestroy(&pixs); numaDestroy(&na); return 0; } leptonica-1.70/prog/fpix2_reg.c0000644000175000017500000001000612240303113014467 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * fpix2_reg.c * * Regression test for FPix: * - rotation by multiples of 90 degrees * - adding borders of various types */ #include "allheaders.h" int main(int argc, char **argv) { FPIX *fpix1, *fpix2, *fpix3, *fpix4; PIX *pix1, *pix2, *pix3, *pix4, *pix5, *pix6, *pix7, *pix8; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; /* Test orthogonal rotations */ pix1 = pixRead("marge.jpg"); pix2 = pixConvertTo8(pix1, 0); fpix1 = pixConvertToFPix(pix2, 1); fpix2 = fpixRotateOrth(fpix1, 1); pix3 = fpixConvertToPix(fpix2, 8, L_CLIP_TO_ZERO, 0); pix4 = pixRotateOrth(pix2, 1); regTestComparePix(rp, pix3, pix4); /* 0 */ pixDisplayWithTitle(pix3, 100, 100, NULL, rp->display); fpix3 = fpixRotateOrth(fpix1, 2); pix5 = fpixConvertToPix(fpix3, 8, L_CLIP_TO_ZERO, 0); pix6 = pixRotateOrth(pix2, 2); regTestComparePix(rp, pix5, pix6); /* 1 */ pixDisplayWithTitle(pix5, 560, 100, NULL, rp->display); fpix4 = fpixRotateOrth(fpix1, 3); pix7 = fpixConvertToPix(fpix4, 8, L_CLIP_TO_ZERO, 0); pix8 = pixRotateOrth(pix2, 3); regTestComparePix(rp, pix7, pix8); /* 2 */ pixDisplayWithTitle(pix7, 1170, 100, NULL, rp->display); pixDisplayWithTitle(pix2, 560, 580, NULL, rp->display); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); pixDestroy(&pix5); pixDestroy(&pix6); pixDestroy(&pix7); pixDestroy(&pix8); fpixDestroy(&fpix1); fpixDestroy(&fpix2); fpixDestroy(&fpix3); fpixDestroy(&fpix4); /* Test adding various borders */ pix1 = pixRead("marge.jpg"); pix2 = pixConvertTo8(pix1, 0); fpix1 = pixConvertToFPix(pix2, 1); fpix2 = fpixAddMirroredBorder(fpix1, 21, 21, 25, 25); pix3 = fpixConvertToPix(fpix2, 8, L_CLIP_TO_ZERO, 0); pix4 = pixAddMirroredBorder(pix2, 21, 21, 25, 25); regTestComparePix(rp, pix3, pix4); /* 3 */ pixDisplayWithTitle(pix3, 100, 1000, NULL, rp->display); fpix3 = fpixAddContinuedBorder(fpix1, 21, 21, 25, 25); pix5 = fpixConvertToPix(fpix3, 8, L_CLIP_TO_ZERO, 0); pix6 = pixAddContinuedBorder(pix2, 21, 21, 25, 25); regTestComparePix(rp, pix5, pix6); /* 4 */ pixDisplayWithTitle(pix5, 750, 1000, NULL, rp->display); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); pixDestroy(&pix5); pixDestroy(&pix6); fpixDestroy(&fpix1); fpixDestroy(&fpix2); fpixDestroy(&fpix3); return regTestCleanup(rp); } leptonica-1.70/prog/dewarptest1.c0000644000175000017500000001505112107725234015070 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * dewarptest1.c * * This exercise functions in dewarp.c for dewarping based on lines * of horizontal text. It also creates a 24-image pdf of steps * in the process. */ #include "allheaders.h" #define DO_QUAD 1 #define DO_CUBIC 0 #define DO_QUARTIC 0 l_int32 main(int argc, char **argv) { L_DEWARP *dew1, *dew2; L_DEWARPA *dewa; PIX *pixs, *pixn, *pixg, *pixb, *pixd, *pixt1, *pixt2; PIX *pixs2, *pixn2, *pixg2, *pixb2, *pixd2; /* pixs = pixRead("1555-7.jpg"); */ pixs = pixRead("cat-35.jpg"); /* pixs = pixRead("cat-10.jpg"); */ /* Normalize for varying background and binarize */ pixn = pixBackgroundNormSimple(pixs, NULL, NULL); pixg = pixConvertRGBToGray(pixn, 0.5, 0.3, 0.2); pixb = pixThresholdToBinary(pixg, 130); /* Run the basic functions */ dewa = dewarpaCreate(2, 30, 1, 10, 30); dewarpaUseBothArrays(dewa, 1); dew1 = dewarpCreate(pixb, 10); dewarpaInsertDewarp(dewa, dew1); dewarpBuildPageModel(dew1, "/tmp/dewarp_model1.pdf"); dewarpaApplyDisparity(dewa, 10, pixg, 200, 0, 0, &pixd, "/tmp/dewarp_apply1.pdf"); /* Write out some of the files to be imaged */ lept_rmdir("dewtest"); lept_mkdir("dewtest"); pixWrite("/tmp/dewtest/001.jpg", pixs, IFF_JFIF_JPEG); pixWrite("/tmp/dewtest/002.jpg", pixn, IFF_JFIF_JPEG); pixWrite("/tmp/dewtest/003.jpg", pixg, IFF_JFIF_JPEG); pixWrite("/tmp/dewtest/004.png", pixb, IFF_TIFF_G4); pixWrite("/tmp/dewtest/005.jpg", pixd, IFF_JFIF_JPEG); pixt1 = pixRead("/tmp/dewmod/002.png"); pixWrite("/tmp/dewtest/006.png", pixt1, IFF_PNG); pixDestroy(&pixt1); pixt1 = pixRead("/tmp/dewmod/003.png"); pixWrite("/tmp/dewtest/007.png", pixt1, IFF_PNG); pixDestroy(&pixt1); pixt1 = pixRead("/tmp/dewmod/006.png"); pixWrite("/tmp/dewtest/008.png", pixt1, IFF_PNG); pixDestroy(&pixt1); pixt1 = pixRead("/tmp/dewmod/007.png"); pixWrite("/tmp/dewtest/009.png", pixt1, IFF_PNG); pixDestroy(&pixt1); pixt1 = pixRead("/tmp/dewapply/002.png"); pixWrite("/tmp/dewtest/010.png", pixt1, IFF_PNG); pixDestroy(&pixt1); pixt1 = pixRead("/tmp/dewapply/003.png"); pixWrite("/tmp/dewtest/011.png", pixt1, IFF_PNG); pixt2 = pixThresholdToBinary(pixt1, 130); pixWrite("/tmp/dewtest/012.png", pixt2, IFF_TIFF_G4); pixDestroy(&pixt1); pixDestroy(&pixt2); pixt1 = pixRead("/tmp/dewmod/004a.png"); pixWrite("/tmp/dewtest/013.png", pixt1, IFF_PNG); pixDestroy(&pixt1); pixt1 = pixRead("/tmp/dewmod/004b.png"); pixWrite("/tmp/dewtest/014.png", pixt1, IFF_PNG); pixDestroy(&pixt1); pixt1 = pixRead("/tmp/dewmod/005a.png"); pixWrite("/tmp/dewtest/015.png", pixt1, IFF_PNG); pixDestroy(&pixt1); pixt1 = pixRead("/tmp/dewmod/005b.png"); pixWrite("/tmp/dewtest/016.png", pixt1, IFF_PNG); pixDestroy(&pixt1); /* Normalize another image, that may not have enough textlines * to build an accurate model */ /* pixs2 = pixRead("1555-3.jpg"); */ pixs2 = pixRead("cat-7.jpg"); /* pixs2 = pixRead("cat-14.jpg"); */ pixn2 = pixBackgroundNormSimple(pixs2, NULL, NULL); pixg2 = pixConvertRGBToGray(pixn2, 0.5, 0.3, 0.2); pixb2 = pixThresholdToBinary(pixg2, 130); /* Apply the previous disparity model to this image */ dew2 = dewarpCreate(pixb2, 14); dewarpaInsertDewarp(dewa, dew2); dewarpaInsertRefModels(dewa, 0, 1); dewarpaInfo(stderr, dewa); dewarpaApplyDisparity(dewa, 14, pixg2, 200, 0, 0, &pixd2, "/tmp/dewarp_apply2.pdf"); dewarpaDestroy(&dewa); /* Write out files for the second image */ pixWrite("/tmp/dewtest/017.jpg", pixs2, IFF_JFIF_JPEG); pixWrite("/tmp/dewtest/018.jpg", pixg2, IFF_JFIF_JPEG); pixWrite("/tmp/dewtest/019.png", pixb2, IFF_TIFF_G4); pixWrite("/tmp/dewtest/020.jpg", pixd2, IFF_JFIF_JPEG); pixt1 = pixRead("/tmp/dewmod/006.png"); pixWrite("/tmp/dewtest/021.png", pixt1, IFF_PNG); pixDestroy(&pixt1); pixt1 = pixRead("/tmp/dewapply/002.png"); pixWrite("/tmp/dewtest/022.png", pixt1, IFF_PNG); pixt2 = pixThresholdToBinary(pixt1, 130); pixWrite("/tmp/dewtest/023.png", pixt2, IFF_TIFF_G4); pixDestroy(&pixt1); pixDestroy(&pixt2); pixt1 = pixRead("/tmp/dewmod/007.png"); pixWrite("/tmp/dewtest/024.png", pixt1, IFF_PNG); pixDestroy(&pixt1); pixt1 = pixRead("/tmp/dewapply/003.png"); pixWrite("/tmp/dewtest/025.png", pixt1, IFF_PNG); pixt2 = pixThresholdToBinary(pixt1, 130); pixWrite("/tmp/dewtest/026.png", pixt2, IFF_TIFF_G4); pixDestroy(&pixt1); pixDestroy(&pixt2); /* Generate the big pdf file */ convertFilesToPdf("/tmp/dewtest", NULL, 135, 1.0, 0, 0, "Dewarp Test", "/tmp/dewarp.pdf"); fprintf(stderr, "pdf file made: /tmp/dewarp.pdf\n"); pixDestroy(&pixs); pixDestroy(&pixn); pixDestroy(&pixg); pixDestroy(&pixb); pixDestroy(&pixd); pixDestroy(&pixs2); pixDestroy(&pixn2); pixDestroy(&pixg2); pixDestroy(&pixb2); pixDestroy(&pixd2); return 0; } leptonica-1.70/prog/renderfonts.c0000644000175000017500000000753712242265724015173 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * renderfonts.c * * This tests the font rendering functions */ #include "allheaders.h" #define NFONTS 9 #define DIRECTORY "./fonts" const l_int32 sizes[] = { 4, 6, 8, 10, 12, 14, 16, 18, 20 }; #define DEBUG 0 int main(int argc, char **argv) { char *filein, *fileout, *textstr; l_int32 i, d, size, width, wtext, overflow; l_uint32 val; L_BMF *bmf; PIX *pixs, *pix; static char mainName[] = "renderfonts"; if (argc != 4) return ERROR_INT("Syntax: renderfonts filein size fileout", mainName, 1); filein = argv[1]; size = atoi(argv[2]); fileout = argv[3]; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pixs not made", mainName, 1); d = pixGetDepth(pixs); if (d == 8) val = 128; else if (d == 16) val = 0x8000; else if (d == 32) composeRGBPixel(128, 0, 255, &val); else return ERROR_INT("pixs not 8, 16 or 32 bpp", mainName, 1); bmf = bmfCreate(DIRECTORY, size); #if 0 /* render a character of text */ pix = pixaGetPix(bmf->pixa, 45, L_CLONE); startTimer(); for (i = 0; i < 10000; i++) pixSetMaskedGeneral(pixs, pix, val, 150, 150); fprintf(stderr, "time: %7.3f sec\n", stopTimer()); pixWrite(fileout, pixs, IFF_JFIF_JPEG); pixDestroy(&pix); #endif #if 0 /* render a line of text; use marge.jpg with size 14 */ bmfGetStringWidth(bmf, "This is a funny cat!", &width); fprintf(stderr, "String width: %d pixels\n", width); pixSetTextline(pixs, bmf, "This is a funny cat!", 0x8000ff00, 50, 250, &width, &overflow); pixWrite(fileout, pixs, IFF_JFIF_JPEG); fprintf(stderr, "Text width = %d\n", width); if (overflow) fprintf(stderr, "Text overflow beyond image boundary\n"); #endif #if 1 /* render a block of text; use marge.jpg with size 14 */ textstr = stringNew("This is a cat! This is a funny cat! This is a funny funny cat! This is a funny funny funny cat!"); wtext = pixGetWidth(pixs) - 70; pixSetTextblock(pixs, bmf, textstr, 0x4040ff00, 50, 50, wtext, 1, &overflow); pixWrite(fileout, pixs, IFF_JFIF_JPEG); if (overflow) fprintf(stderr, "Text overflow beyond image boundary\n"); lept_free(textstr); #endif pixDestroy(&pixs); bmfDestroy(&bmf); return 0; } leptonica-1.70/prog/weasel8.5g.png0000444000175000017500000000163710400443670015047 0ustar dandan‰PNG  IHDRRI™ãñPLTE???¿¿¿ÿÿÿw7AÖ pHYsb&26IDATxœµ˜‹v!Döÿ¿¹2¾ÔMRÛÓ“lvoFPžŸðH¦¯OHò¾Lôçfð„ˆH<©ˆñWn©ò0†§C )¯ÃÈ:&ër`žU6*eÎ| :èd¨!5úŽâ×|®’‘oðþ%R/ÌÀI!=•ãsÎ5’‘—šш%î?uÞ’šõªQ¬Œï‰C(K’ 1EÁDž%"~=쀼Ó° H¾D®@­… O*ä…Äfšnàò Ò'mUd3ÒúÄ+•±xÜ”édüLœ³R3™6R\`­çºÒ¨Ù+tƒ—¨¡ ¹h’Û{»£â-ä˜L›—.ÑÇÁi;žz¸%h*H$ÈI.$60,”ÉG>RV¤\‹Òêê⺇¬N±Ê$W¥¬òœwra¦*Üê+ȹ™¤æÒ•¸ä!¥”ê$uGk—=dv•JÙÈZú°,1ìÆÕìô¤”—Žj[ šW¯÷H|<È“éÙò‰Ü ÛÄA6X½ÆV0NȺpÑX¤EF^©úWWÌä’’µüâó‰g-)#½±fâ)]zZ8µw±4{V=!áuløjÎU—O$«mL­.ŸB‹çš¬oÎfpêmùoAâ‹:””¼Åzöö—f_®kY·Fß*ÂÛ º@¶ö/)oä 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All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * scaletest1.c * * scaletest1 filein scalex scaley fileout * where * scalex, scaley are floating point input */ #include "allheaders.h" int main(int argc, char **argv) { char *filein, *fileout; l_int32 d; l_float32 scalex, scaley; PIX *pixs, *pixd; static char mainName[] = "scaletest1"; if (argc != 5) return ERROR_INT(" Syntax: scaletest1 filein scalex scaley fileout", mainName, 1); filein = argv[1]; scalex = atof(argv[2]); scaley = atof(argv[3]); fileout = argv[4]; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pixs not made", mainName, 1); /* choose type of scaling operation */ #if 1 pixd = pixScale(pixs, scalex, scaley); #elif 0 pixd = pixScaleLI(pixs, scalex, scaley); #elif 0 pixd = pixScaleSmooth(pixs, scalex, scaley); #elif 0 pixd = pixScaleAreaMap(pixs, scalex, scaley); #elif 0 pixd = pixScaleBySampling(pixs, scalex, scaley); #else pixd = pixScaleToGray(pixs, scalex); #endif d = pixGetDepth(pixd); #if 1 if (d <= 8) pixWrite(fileout, pixd, IFF_PNG); else pixWrite(fileout, pixd, IFF_JFIF_JPEG); #else pixWrite(fileout, pixd, IFF_PNG); #endif pixDestroy(&pixs); pixDestroy(&pixd); return 0; } leptonica-1.70/prog/barcodetest.c0000644000175000017500000000552512242267067015136 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * barcodetest.c * * barcodetest filein * * For each barcode in the image, if the barcode format is supported, * this deskews and crops it, and then decodes it twice: * (1) as is (deskewed) * (2) after 180 degree rotation */ #include "allheaders.h" #include "readbarcode.h" int main(int argc, char **argv) { char *filein; PIX *pixs; SARRAY *saw1, *saw2, *saw3, *sad1, *sad2, *sad3; static char mainName[] = "barcodetest"; if (argc != 2) return ERROR_INT(" Syntax: barcodetest filein", mainName, 1); filein = argv[1]; if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pixs not made", mainName, 1); sad1 = pixProcessBarcodes(pixs, L_BF_ANY, L_USE_WIDTHS, &saw1, 0); sarrayWrite("/tmp/junksaw1", saw1); sarrayWrite("/tmp/junksad1", sad1); sarrayDestroy(&saw1); sarrayDestroy(&sad1); pixRotate180(pixs, pixs); sad2 = pixProcessBarcodes(pixs, L_BF_ANY, L_USE_WIDTHS, &saw2, 0); sarrayWrite("/tmp/junksaw2", saw2); sarrayWrite("/tmp/junksad2", sad2); sarrayDestroy(&saw2); sarrayDestroy(&sad2); /* sad3 = pixProcessBarcodes(pixs, L_BF_ANY, L_USE_WINDOW, &saw3, 1); sarrayWrite("/tmp/junksaw3", saw3); sarrayWrite("/tmp/junksad3", sad3); sarrayDestroy(&saw3); sarrayDestroy(&sad3); */ pixDestroy(&pixs); return 0; } leptonica-1.70/prog/convertsegfilestopdf.c0000644000175000017500000001566712265771042017104 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * convertsegfilestopdf.c * * Converts all image files in the page directory with matching substring * to a pdf. Image regions are downscaled by the scalefactor and * encoded as jpeg. Non-image regions with depth > 1 are automatically * scaled up by 2x and thresholded if the encoding type is G4; * otherwise, no scaling is performed on them. To convert all * files in the page directory, use 'allfiles' for its substring. * Likewise to use all files in the mask directory, use 'allfiles' * for its substring. * * A typical invocation would be something like: * convertsegfilestopdf /tmp/segpages allfiles /tmp/segmasks allfiles \ * 300 2 160 skip 0.5 [title] [output pdf] * This upscales by 2x all non-image regions to 600 ppi, and downscales * by 0.5 all image regions to 150 ppi. * * If used on a set of images without segmentation data, a typical * invocation would be: * convertsegfilestopdf /tmp/pages allfiles skip skip \ * 300 2 160 skip 1.0 [title] [output pdf] * If the page images have depth > 1 bpp, this will upscale all pages * by 2x (to 600 ppi), and then convert the images to 1 bpp. * Note that 'skip' is used three times to omit all segmentation data. * * See below for further syntax and usage. * * Again, note that the image regions are displayed at a resolution * that depends on the input resolution (res) and the scaling factor * (scalefact) that is applied to the images before conversion to pdf. * Internally we multiply these, so that the generated pdf will render * at the same resolution as if it hadn't been scaled. When we * downscale the image regions, this: * (1) reduces the size of the images. For jpeg, downscaling * reduces by square of the scale factor the 'image' segmented part. * (2) regenerates the jpeg with quality = 75 after downscaling. * * If you already have a boxaafile of the image regions, use 'skip' for * maskdir. Otherwise, this will generate the boxaa from the mask images. * * A regression test that uses this is pdfseg_reg, which * generates images and the boxaa file in /tmp/segtest/. */ #include #include "allheaders.h" int main(int argc, char **argv) { char *pagedir, *pagesubstr, *maskdir, *masksubstr; char *title, *fileout, *boxaafile, *boxaapath; l_int32 ret, res, type, thresh; l_float32 scalefactor; BOXAA *baa; static char mainName[] = "convertsegfilestopdf"; if (argc != 12) { fprintf(stderr, " Syntax: convertsegfilestopdf dirin substr res type thresh \\ \n" " boxaafile scalefactor title fileout\n" " where\n" " pagedir: input directory for image files\n" " pagesubstr: Use 'allfiles' to convert all files\n" " in the directory\n" " maskdir: input directory for mask files;\n" " use 'skip' to skip \n" " masksubstr: Use 'allfiles' to convert all files\n" " in the directory; 'skip' to skip\n" " res: Input resolution of each image;\n" " assumed to all be the same\n" " type: compression used for non-image regions:\n" " 0: default (G4 encoding)\n" " 1: JPEG encoding\n" " 2: G4 encoding\n" " 3: PNG encoding\n" " thresh: threshold for binarization; use 0 for default\n" " boxaafile: Optional file of 'image' regions within\n" " each page. This contains a boxa for each\n" " page, consisting of a set of regions.\n" " Use 'skip' to skip.\n" " scalefactor: Use to scale down the image regions\n" " title: Use 'none' to omit\n" " fileout: Output pdf file\n"); return 1; } pagedir = argv[1]; pagesubstr = argv[2]; maskdir = argv[3]; masksubstr = argv[4]; res = atoi(argv[5]); type = atoi(argv[6]); thresh = atoi(argv[7]); boxaafile = argv[8]; scalefactor = atof(argv[9]); title = argv[10]; fileout = argv[11]; if (!strcmp(pagesubstr, "allfiles")) pagesubstr = NULL; if (!strcmp(maskdir, "skip")) maskdir = NULL; if (!strcmp(masksubstr, "allfiles")) masksubstr = NULL; if (scalefactor <= 0.0 || scalefactor > 1.0) { L_WARNING("invalid scalefactor: setting to 1.0\n", mainName); scalefactor = 1.0; } if (type != 1 && type != 2 && type != 3) type = L_G4_ENCODE; if (thresh <= 0) thresh = 150; if (!strcmp(title, "none")) title = NULL; if (maskdir) /* use this; ignore any input boxaafile */ baa = convertNumberedMasksToBoxaa(maskdir, masksubstr, 0, 0); else if (strcmp(boxaafile, "skip")) { /* use the boxaafile */ boxaapath = genPathname(boxaafile, NULL); baa = boxaaRead(boxaapath); lept_free(boxaapath); } else /* no maskdir and no input boxaafile */ baa = NULL; ret = convertSegmentedFilesToPdf(pagedir, pagesubstr, res, type, thresh, baa, 75, scalefactor, title, fileout); boxaaDestroy(&baa); return ret; } leptonica-1.70/prog/dewarprules.c0000644000175000017500000001407212240076030015153 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * dewarprules.c * * A challenge was presented in: * http://stackoverflow.com/questions/10196198/how-to-remove-convexity-defects-in-sudoku-square/10226971#10226971 * * Solutions were given there using mathematica and opencv. */ #include "string.h" #include "allheaders.h" l_int32 main(int argc, char **argv) { l_int32 i, w, h, n; BOXA *boxa1; L_DEWARP *dew; L_DEWARPA *dewa; PIX *pixs, *pixd, *pix1, *pix2, *pix3, *pix4, *pix5, *pix6, *pix7; PIX *pix8, *pix9, *pix10; PIXA *pixa1, *pixa2; if (argc != 1) { fprintf(stderr, " Syntax: dewarprules\n"); return 1; } #if 1 /* Extract the basic grid from the sudoku image */ pixs = pixRead("warped_sudoku.jpg"); pixGetDimensions(pixs, &w, &h, NULL); pix1 = pixConvertTo1(pixs, 220); boxa1 = pixConnComp(pix1, &pixa1, 8); pixa2 = pixaSelectBySize(pixa1, 400, 400, L_SELECT_IF_BOTH, L_SELECT_IF_GT, NULL); pix2 = pixaDisplay(pixa2, w, h); /* grid */ pixDisplay(pix1, 600, 300); pixDisplay(pix2, 100, 100); #else /* Extract the grid from the graph paper image */ pixs = pixRead("warped_paper.jpg"); pixDisplay(pixs, 1500, 1000); pix3 = pixConvertTo8(pixs, 0); pix4 = pixBackgroundNormSimple(pix3, NULL, NULL); pix5 = pixGammaTRC(NULL, pix4, 1.0, 50, 200); pix1 = pixConvertTo1(pix5, 220); pixGetDimensions(pix1, &w, &h, NULL); boxa1 = pixConnComp(pix1, &pixa1, 8); pixa2 = pixaSelectBySize(pixa1, 400, 400, L_SELECT_IF_BOTH, L_SELECT_IF_GT, NULL); pix2 = pixaDisplay(pixa2, w, h); /* grid */ pixDisplay(pix1, 600, 300); pixDisplay(pix2, 600, 400); pixDestroy(&pix3); pixDestroy(&pix4); pixDestroy(&pix5); #endif #if 1 /* -------------------------------------------------------------------* * Use dewarpBuildLineModel() to correct using both horizontal * and vertical lines with one dew. * -------------------------------------------------------------------*/ dewa = dewarpaCreate(1, 30, 1, 4, 50); dewarpaSetCurvatures(dewa, 500, 0, 500, 100, 100); dewarpaUseBothArrays(dewa, 1); dew = dewarpCreate(pix2, 0); dewarpaInsertDewarp(dewa, dew); dewarpBuildLineModel(dew, 10, "/tmp/sud.pdf"); dewarpaApplyDisparity(dewa, 0, pix1, 255, 0, 0, &pix3, NULL); dewarpaApplyDisparity(dewa, 0, pix2, 255, 0, 0, &pix4, NULL); pixDisplay(pix3, 500, 100); pixDisplay(pix4, 600, 100); pixDestroy(&pix3); pixDestroy(&pix4); dewarpaDestroy(&dewa); #endif #if 0 /* -------------------------------------------------------------------* * Hack: use dewarpBuildPageModel() twice, first straightening * the horizontal lines, then rotating the result by 90 degrees * and doing it again, and finally rotating back by -90 degrees. * -------------------------------------------------------------------*/ /* Extract the horizontal lines */ pix3 = pixMorphSequence(pix2, "d1.3 + c6.1 + o8.1", 0); pixDisplay(pix3, 600, 100); /* Correct for vertical disparity */ dewa = dewarpaCreate(1, 30, 1, 4, 50); dewarpaSetCurvatures(dewa, 500, 0, 500, 100, 100); dewarpaUseBothArrays(dewa, 0); dew = dewarpCreate(pix3, 0); dewarpaInsertDewarp(dewa, dew); dewarpBuildPageModel(dew, "/tmp/sud1.pdf"); dewarpaApplyDisparity(dewa, 0, pix1, 255, 0, 0, &pix4, NULL); dewarpaApplyDisparity(dewa, 0, pix2, 255, 0, 0, &pix5, NULL); pixDisplay(pix4, 500, 100); pixDisplay(pix5, 600, 100); dewarpaDestroy(&dewa); /* Rotate result 90 degrees */ pix6 = pixRotateOrth(pix4, 1); pix7 = pixRotateOrth(pix5, 1); /* grid: vertical lines now are horiz */ /* Extract the vertical lines (which are now horizontal) */ pix8 = pixMorphSequence(pix7, "d1.3 + c6.1 + o8.1", 0); pixDisplay(pix8, 600, 500); /* Correct for vertical (now horizontal) disparity */ dewa = dewarpaCreate(1, 30, 1, 4, 50); dewarpaSetCurvatures(dewa, 500, 0, 500, 100, 100); dewarpaUseBothArrays(dewa, 0); dew = dewarpCreate(pix8, 0); dewarpaInsertDewarp(dewa, dew); dewarpBuildPageModel(dew, "/tmp/sud2.pdf"); dewarpaApplyDisparity(dewa, 0, pix6, 255, 0, 0, &pix9, NULL); dewarpaApplyDisparity(dewa, 0, pix8, 255, 0, 0, &pix10, NULL); pixd = pixRotateOrth(pix9, 3); pixDisplay(pix10, 600, 300); pixDisplay(pixd, 600, 700); #endif pixDestroy(&pixs); pixDestroy(&pix1); pixDestroy(&pix2); boxaDestroy(&boxa1); pixaDestroy(&pixa1); pixaDestroy(&pixa2); return 0; } leptonica-1.70/prog/maze_reg.c0000644000175000017500000001222612240302772014413 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * maze_reg.c * * Tests the functions in maze.c: binary and gray maze search, * largest rectangle in bg or fg. */ #include #include "allheaders.h" #define NPATHS 6 static const l_int32 x0[NPATHS] = {42, 73, 73, 42, 324, 471}; static const l_int32 y0[NPATHS] = {117, 319, 319, 117, 170, 201}; static const l_int32 x1[NPATHS] = {419, 419, 233, 326, 418, 128}; static const l_int32 y1[NPATHS] = {383, 383, 112, 168, 371, 341}; static const l_int32 NBOXES = 20; static const l_int32 POLARITY = 0; /* background */ int main(int argc, char **argv) { l_int32 i, w, h, bx, by, bw, bh, index, rval, gval, bval; BOX *box; BOXA *boxa; PIX *pixm, *pixs, *pixg, *pixt, *pixd; PIXA *pixa; PIXCMAP *cmap; PTA *pta; PTAA *ptaa; L_REGPARAMS *rp; if (regTestSetup(argc, argv, &rp)) return 1; pixa = pixaCreate(0); /* ---------------- Shortest path in binary maze ---------------- */ /* Generate the maze */ pixm = generateBinaryMaze(200, 200, 20, 20, 0.65, 0.25); pixd = pixExpandBinaryReplicate(pixm, 3); pixSaveTiledOutline(pixd, pixa, 1.0, 1, 20, 2, 32); pixDestroy(&pixd); /* Find the shortest path between two points */ pta = pixSearchBinaryMaze(pixm, 20, 20, 170, 170, NULL); pixt = pixDisplayPta(NULL, pixm, pta); pixd = pixScaleBySampling(pixt, 3., 3.); pixSaveTiledOutline(pixd, pixa, 1.0, 0, 20, 2, 32); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 0 */ ptaDestroy(&pta); pixDestroy(&pixt); pixDestroy(&pixd); pixDestroy(&pixm); /* ---------------- Shortest path in gray maze ---------------- */ pixg = pixRead("test8.jpg"); pixGetDimensions(pixg, &w, &h, NULL); ptaa = ptaaCreate(NPATHS); for (i = 0; i < NPATHS; i++) { if (x0[i] >= w || x1[i] >= w || y0[i] >= h || y1[i] >= h) { fprintf(stderr, "path %d extends beyond image; skipping\n", i); continue; } pta = pixSearchGrayMaze(pixg, x0[i], y0[i], x1[i], y1[i], NULL); ptaaAddPta(ptaa, pta, L_INSERT); } pixt = pixDisplayPtaa(pixg, ptaa); pixd = pixScaleBySampling(pixt, 2., 2.); pixSaveTiledOutline(pixd, pixa, 1.0, 1, 20, 2, 32); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 1 */ ptaaDestroy(&ptaa); pixDestroy(&pixg); pixDestroy(&pixt); pixDestroy(&pixd); /* ---------------- Largest rectangles in image ---------------- */ pixs = pixRead("test1.png"); pixd = pixConvertTo8(pixs, FALSE); cmap = pixcmapCreateRandom(8, 1, 1); pixSetColormap(pixd, cmap); boxa = boxaCreate(0); for (i = 0; i < NBOXES; i++) { pixFindLargestRectangle(pixs, POLARITY, &box, NULL); boxGetGeometry(box, &bx, &by, &bw, &bh); pixSetInRect(pixs, box); fprintf(stderr, "bx = %5d, by = %5d, bw = %5d, bh = %5d, area = %d\n", bx, by, bw, bh, bw * bh); boxaAddBox(boxa, box, L_INSERT); } for (i = 0; i < NBOXES; i++) { index = 32 + (i & 254); pixcmapGetColor(cmap, index, &rval, &gval, &bval); box = boxaGetBox(boxa, i, L_CLONE); pixRenderHashBoxArb(pixd, box, 6, 2, L_NEG_SLOPE_LINE, 1, rval, gval, bval); boxDestroy(&box); } pixSaveTiledOutline(pixd, pixa, 1.0, 1, 20, 2, 32); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 2 */ pixDestroy(&pixs); pixDestroy(&pixd); boxaDestroy(&boxa); pixd = pixaDisplay(pixa, 0, 0); regTestWritePixAndCheck(rp, pixd, IFF_PNG); /* 3 */ pixDisplayWithTitle(pixd, 100, 100, NULL, rp->display); pixDestroy(&pixd); pixaDestroy(&pixa); return regTestCleanup(rp); } leptonica-1.70/src/0000755000175000017500000000000012274453055012303 5ustar dandanleptonica-1.70/src/allheaders_top.txt0000644000175000017500000000323511722537063016034 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ #ifndef LEPTONICA_ALLHEADERS_H #define LEPTONICA_ALLHEADERS_H #define LIBLEPT_MAJOR_VERSION 1 #define LIBLEPT_MINOR_VERSION 70 #include "alltypes.h" #ifndef NO_PROTOS leptonica-1.70/src/ptra.c0000644000175000017500000007337312244230002013410 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * ptra.c * * Ptra creation and destruction * L_PTRA *ptraCreate() * void *ptraDestroy() * * Add/insert/remove/replace generic ptr object * l_int32 ptraAdd() * static l_int32 ptraExtendArray() * l_int32 ptraInsert() * void *ptraRemove() * void *ptraRemoveLast() * void *ptraReplace() * l_int32 ptraSwap() * l_int32 ptraCompactArray() * * Other array operations * l_int32 ptraReverse() * l_int32 ptraJoin() * * Simple Ptra accessors * l_int32 ptraGetMaxIndex() * l_int32 ptraGetActualCount() * void *ptraGetPtrToItem() * * Ptraa creation and destruction * L_PTRAA *ptraaCreate() * void *ptraaDestroy() * * Ptraa accessors * l_int32 ptraaGetSize() * l_int32 ptraaInsertPtra() * L_PTRA *ptraaGetPtra() * * Ptraa conversion * L_PTRA *ptraaFlattenToPtra() * * Notes on the Ptra: * * (1) The Ptra is a struct, not an array. Always use the accessors * in this file, never the fields directly. * (2) Items can be placed anywhere in the allocated ptr array, * including one index beyond the last ptr (in which case the * ptr array is realloc'd). * (3) Thus, the items on the ptr array need not be compacted. In * general there will be null pointers in the ptr array. * (4) A compacted array will remain compacted on removal if * arbitrary items are removed with compaction, or if items * are removed from the end of the array. * (5) For addition to and removal from the end of the array, this * functions exactly like a stack, and with the same O(1) cost. * (6) This differs from the generic stack in that we allow * random access for insertion, removal and replacement. * Removal can be done without compacting the array. * Insertion into a null ptr in the array has no effect on * the other pointers, but insertion into a location already * occupied by an item has a cost proportional to the * distance to the next null ptr in the array. * (7) Null ptrs are valid input args for both insertion and * replacement; this allows arbitrary swapping. * (8) The item in the array with the largest index is at pa->imax. * This can be any value from -1 (initialized; all array ptrs * are null) up to pa->nalloc - 1 (the last ptr in the array). * (9) In referring to the array: the first ptr is the "top" or * "beginning"; the last pointer is the "bottom" or "end"; * items are shifted "up" towards the top when compaction occurs; * and items are shifted "down" towards the bottom when forced to * move due to an insertion. * (10) It should be emphasized that insertion, removal and replacement * are general: * * You can insert an item into any ptr location in the * allocated ptr array, as well as into the next ptr address * beyond the allocated array (in which case a realloc will occur). * * You can remove or replace an item from any ptr location * in the allocated ptr array. * * When inserting into an occupied location, you have * three options for downshifting. * * When removing, you can either leave the ptr null or * compact the array. * * Notes on the Ptraa: * * (1) The Ptraa is a fixed size ptr array for holding Ptra. * In that respect, it is different from other pointer arrays, which * are extensible and grow using the *Add*() functions. * (2) In general, the Ptra ptrs in the Ptraa can be randomly occupied. * A typical usage is to allow an O(n) horizontal sort of Pix, * where the size of the Ptra array is the width of the image, * and each Ptra is an array of all the Pix at a specific x location. */ #include "allheaders.h" static const l_int32 INITIAL_PTR_ARRAYSIZE = 20; /* n'importe quoi */ /* Static function */ static l_int32 ptraExtendArray(L_PTRA *pa); /*--------------------------------------------------------------------------* * Ptra creation and destruction * *--------------------------------------------------------------------------*/ /*! * ptraCreate() * * Input: size of ptr array to be alloc'd (0 for default) * Return: pa, or null on error */ L_PTRA * ptraCreate(l_int32 n) { L_PTRA *pa; PROCNAME("ptraCreate"); if (n <= 0) n = INITIAL_PTR_ARRAYSIZE; if ((pa = (L_PTRA *)CALLOC(1, sizeof(L_PTRA))) == NULL) return (L_PTRA *)ERROR_PTR("pa not made", procName, NULL); if ((pa->array = (void **)CALLOC(n, sizeof(void *))) == NULL) return (L_PTRA *)ERROR_PTR("ptr array not made", procName, NULL); pa->nalloc = n; pa->imax = -1; pa->nactual = 0; return pa; } /*! * ptraDestroy() * * Input: &ptra () * freeflag (TRUE to free each remaining item in the array) * warnflag (TRUE to warn if any remaining items are not destroyed) * Return: void * * Notes: * (1) If @freeflag == TRUE, frees each item in the array. * (2) If @freeflag == FALSE and warnflag == TRUE, and there are * items on the array, this gives a warning and destroys the array. * If these items are not owned elsewhere, this will cause * a memory leak of all the items that were on the array. * So if the items are not owned elsewhere and require their * own destroy function, they must be destroyed before the ptra. * (3) If warnflag == FALSE, no warnings will be issued. This is * useful if the items are owned elsewhere, such as a * PixMemoryStore(). * (4) To destroy the ptra, we destroy the ptr array, then * the ptra, and then null the contents of the input ptr. */ void ptraDestroy(L_PTRA **ppa, l_int32 freeflag, l_int32 warnflag) { l_int32 i, nactual; void *item; L_PTRA *pa; PROCNAME("ptraDestroy"); if (ppa == NULL) { L_WARNING("ptr address is NULL\n", procName); return; } if ((pa = *ppa) == NULL) return; ptraGetActualCount(pa, &nactual); if (nactual > 0) { if (freeflag) { for (i = 0; i <= pa->imax; i++) { if ((item = ptraRemove(pa, i, L_NO_COMPACTION)) != NULL) FREE(item); } } else if (warnflag) { L_WARNING("potential memory leak of %d items in ptra\n", procName, nactual); } } FREE(pa->array); FREE(pa); *ppa = NULL; return; } /*--------------------------------------------------------------------------* * Add/insert/remove/replace generic ptr object * *--------------------------------------------------------------------------*/ /*! * ptraAdd() * * Input: ptra * item (generic ptr to a struct) * Return: 0 if OK, 1 on error * * Notes: * (1) This adds the element to the next location beyond imax, * which is the largest occupied ptr in the array. This is * what you expect from a stack, where all ptrs up to and * including imax are occupied, but here the occuption of * items in the array is entirely arbitrary. */ l_int32 ptraAdd(L_PTRA *pa, void *item) { l_int32 imax; PROCNAME("ptraAdd"); if (!pa) return ERROR_INT("pa not defined", procName, 1); if (!item) return ERROR_INT("item not defined", procName, 1); ptraGetMaxIndex(pa, &imax); if (imax >= pa->nalloc - 1 && ptraExtendArray(pa)) return ERROR_INT("extension failure", procName, 1); pa->array[imax + 1] = (void *)item; pa->imax++; pa->nactual++; return 0; } /*! * ptraExtendArray() * * Input: ptra * Return: 0 if OK, 1 on error */ static l_int32 ptraExtendArray(L_PTRA *pa) { PROCNAME("ptraExtendArray"); if (!pa) return ERROR_INT("pa not defined", procName, 1); if ((pa->array = (void **)reallocNew((void **)&pa->array, sizeof(void *) * pa->nalloc, 2 * sizeof(void *) * pa->nalloc)) == NULL) return ERROR_INT("new ptr array not returned", procName, 1); pa->nalloc *= 2; return 0; } /*! * ptraInsert() * * Input: ptra * index (location in ptra to insert new value) * item (generic ptr to a struct; can be null) * shiftflag (L_AUTO_DOWNSHIFT, L_MIN_DOWNSHIFT, L_FULL_DOWNSHIFT) * Return: 0 if OK, 1 on error * * Notes: * (1) This checks first to see if the location is valid, and * then if there is presently an item there. If there is not, * it is simply inserted into that location. * (2) If there is an item at the insert location, items must be * moved down to make room for the insert. In the downward * shift there are three options, given by @shiftflag. * - If @shiftflag == L_AUTO_DOWNSHIFT, a decision is made * whether, in a cascade of items, to downshift a minimum * amount or for all items above @index. The decision is * based on the expectation of finding holes (null ptrs) * between @index and the bottom of the array. * Assuming the holes are distributed uniformly, if 2 or more * holes are expected, we do a minimum shift. * - If @shiftflag == L_MIN_DOWNSHIFT, the downward shifting * cascade of items progresses a minimum amount, until * the first empty slot is reached. This mode requires * some computation before the actual shifting is done. * - If @shiftflag == L_FULL_DOWNSHIFT, a shifting cascade is * performed where pa[i] --> pa[i + 1] for all i >= index. * Then, the item is inserted at pa[index]. * (3) If you are not using L_AUTO_DOWNSHIFT, the rule of thumb is * to use L_FULL_DOWNSHIFT if the array is compacted (each * element points to an item), and to use L_MIN_DOWNSHIFT * if there are a significant number of null pointers. * There is no penalty to using L_MIN_DOWNSHIFT for a * compacted array, however, because the full shift is required * and we don't do the O(n) computation to look for holes. * (4) This should not be used repeatedly on large arrays, * because the function is generally O(n). * (5) However, it can be used repeatedly if we start with an empty * ptr array and insert only once at each location. For example, * you can support an array of Numa, where at each ptr location * you store either 0 or 1 Numa, and the Numa can be added * randomly to the ptr array. */ l_int32 ptraInsert(L_PTRA *pa, l_int32 index, void *item, l_int32 shiftflag) { l_int32 i, ihole, imax; l_float32 nexpected; PROCNAME("ptraInsert"); if (!pa) return ERROR_INT("pa not defined", procName, 1); if (index < 0 || index > pa->nalloc) return ERROR_INT("index not in [0 ... nalloc]", procName, 1); if (shiftflag != L_AUTO_DOWNSHIFT && shiftflag != L_MIN_DOWNSHIFT && shiftflag != L_FULL_DOWNSHIFT) return ERROR_INT("invalid shiftflag", procName, 1); if (item) pa->nactual++; if (index == pa->nalloc) { /* can happen when index == n */ if (ptraExtendArray(pa)) return ERROR_INT("extension failure", procName, 1); } /* We are inserting into a hole or adding to the end of the array. * No existing items are moved. */ ptraGetMaxIndex(pa, &imax); if (pa->array[index] == NULL) { pa->array[index] = item; if (item && index > imax) /* new item put beyond max so far */ pa->imax = index; return 0; } /* We are inserting at the location of an existing item, * forcing the existing item and those below to shift down. * First, extend the array automatically if the last element * (nalloc - 1) is occupied (imax). This may not be necessary * in every situation, but only an anomalous sequence of insertions * into the array would cause extra ptr allocation. */ if (imax >= pa->nalloc - 1 && ptraExtendArray(pa)) return ERROR_INT("extension failure", procName, 1); /* If there are no holes, do a full downshift. * Otherwise, if L_AUTO_DOWNSHIFT, use the expected number * of holes between index and n to determine the shift mode */ if (imax + 1 == pa->nactual) { shiftflag = L_FULL_DOWNSHIFT; } else if (shiftflag == L_AUTO_DOWNSHIFT) { if (imax < 10) { shiftflag = L_FULL_DOWNSHIFT; /* no big deal */ } else { nexpected = (l_float32)(imax - pa->nactual) * (l_float32)((imax - index) / imax); shiftflag = (nexpected > 2.0) ? L_MIN_DOWNSHIFT : L_FULL_DOWNSHIFT; } } if (shiftflag == L_MIN_DOWNSHIFT) { /* run down looking for a hole */ for (ihole = index + 1; ihole <= imax; ihole++) { if (pa->array[ihole] == NULL) break; } } else { /* L_FULL_DOWNSHIFT */ ihole = imax + 1; } for (i = ihole; i > index; i--) pa->array[i] = pa->array[i - 1]; pa->array[index] = (void *)item; if (ihole == imax + 1) /* the last item was shifted down */ pa->imax++; return 0; } /*! * ptraRemove() * * Input: ptra * index (element to be removed) * flag (L_NO_COMPACTION, L_COMPACTION) * Return: item, or null on error * * Notes: * (1) If flag == L_NO_COMPACTION, this removes the item and * nulls the ptr on the array. If it takes the last item * in the array, pa->n is reduced to the next item. * (2) If flag == L_COMPACTION, this compacts the array for * for all i >= index. It should not be used repeatedly on * large arrays, because compaction is O(n). * (3) The ability to remove without automatic compaction allows * removal with cost O(1). */ void * ptraRemove(L_PTRA *pa, l_int32 index, l_int32 flag) { l_int32 i, imax, fromend, icurrent; void *item; PROCNAME("ptraRemove"); if (!pa) return (void *)ERROR_PTR("pa not defined", procName, NULL); ptraGetMaxIndex(pa, &imax); if (index < 0 || index > imax) return (void *)ERROR_PTR("index not in [0 ... imax]", procName, NULL); item = pa->array[index]; if (item) pa->nactual--; pa->array[index] = NULL; /* If we took the last item, need to reduce pa->n */ fromend = (index == imax); if (fromend) { for (i = index - 1; i >= 0; i--) { if (pa->array[i]) break; } pa->imax = i; } /* Compact from index to the end of the array */ if (!fromend && flag == L_COMPACTION) { for (icurrent = index, i = index + 1; i <= imax; i++) { if (pa->array[i]) pa->array[icurrent++] = pa->array[i]; } pa->imax = icurrent - 1; } return item; } /*! * ptraRemoveLast() * * Input: ptra * Return: item, or null on error or if the array is empty */ void * ptraRemoveLast(L_PTRA *pa) { l_int32 imax; PROCNAME("ptraRemoveLast"); if (!pa) return (void *)ERROR_PTR("pa not defined", procName, NULL); /* Remove the last item in the array. No compaction is required. */ ptraGetMaxIndex(pa, &imax); if (imax >= 0) return ptraRemove(pa, imax, L_NO_COMPACTION); else /* empty */ return NULL; } /*! * ptraReplace() * * Input: ptra * index (element to be replaced) * item (new generic ptr to a struct; can be null) * freeflag (TRUE to free old item; FALSE to return it) * Return: item (old item, if it exists and is not freed), * or null on error */ void * ptraReplace(L_PTRA *pa, l_int32 index, void *item, l_int32 freeflag) { l_int32 imax; void *olditem; PROCNAME("ptraReplace"); if (!pa) return (void *)ERROR_PTR("pa not defined", procName, NULL); ptraGetMaxIndex(pa, &imax); if (index < 0 || index > imax) return (void *)ERROR_PTR("index not in [0 ... imax]", procName, NULL); olditem = pa->array[index]; pa->array[index] = item; if (!item && olditem) pa->nactual--; else if (item && !olditem) pa->nactual++; if (freeflag == FALSE) return olditem; if (olditem) FREE(olditem); return NULL; } /*! * ptraSwap() * * Input: ptra * index1 * index2 * Return: 0 if OK, 1 on error */ l_int32 ptraSwap(L_PTRA *pa, l_int32 index1, l_int32 index2) { l_int32 imax; void *item; PROCNAME("ptraSwap"); if (!pa) return ERROR_INT("pa not defined", procName, 1); if (index1 == index2) return 0; ptraGetMaxIndex(pa, &imax); if (index1 < 0 || index1 > imax || index2 < 0 || index2 > imax) return ERROR_INT("invalid index: not in [0 ... imax]", procName, 1); item = ptraRemove(pa, index1, L_NO_COMPACTION); item = ptraReplace(pa, index2, item, FALSE); ptraInsert(pa, index1, item, L_MIN_DOWNSHIFT); return 0; } /*! * ptraCompactArray() * * Input: ptra * Return: 0 if OK, 1 on error * * Notes: * (1) This compacts the items on the array, filling any empty ptrs. * (2) This does not change the size of the array of ptrs. */ l_int32 ptraCompactArray(L_PTRA *pa) { l_int32 i, imax, nactual, index; PROCNAME("ptraCompactArray"); if (!pa) return ERROR_INT("pa not defined", procName, 1); ptraGetMaxIndex(pa, &imax); ptraGetActualCount(pa, &nactual); if (imax + 1 == nactual) return 0; /* Compact the array */ for (i = 0, index = 0; i <= imax; i++) { if (pa->array[i]) pa->array[index++] = pa->array[i]; } pa->imax = index - 1; if (nactual != index) L_ERROR("index = %d; != nactual\n", procName, index); return 0; } /*----------------------------------------------------------------------* * Other array operations * *----------------------------------------------------------------------*/ /*! * ptraReverse() * * Input: ptra * Return: 0 if OK, 1 on error */ l_int32 ptraReverse(L_PTRA *pa) { l_int32 i, imax; PROCNAME("ptraReverse"); if (!pa) return ERROR_INT("pa not defined", procName, 1); ptraGetMaxIndex(pa, &imax); for (i = 0; i < (imax + 1) / 2; i++) ptraSwap(pa, i, imax - i); return 0; } /*! * ptraJoin() * * Input: ptra1 (add to this one) * ptra2 (appended to ptra1, and emptied of items; can be null) * Return: 0 if OK, 1 on error */ l_int32 ptraJoin(L_PTRA *pa1, L_PTRA *pa2) { l_int32 i, imax; void *item; PROCNAME("ptraJoin"); if (!pa1) return ERROR_INT("pa1 not defined", procName, 1); if (!pa2) return 0; ptraGetMaxIndex(pa2, &imax); for (i = 0; i <= imax; i++) { item = ptraRemove(pa2, i, L_NO_COMPACTION); ptraAdd(pa1, item); } return 0; } /*----------------------------------------------------------------------* * Simple ptra accessors * *----------------------------------------------------------------------*/ /*! * ptraGetMaxIndex() * * Input: ptra * &maxindex ( index of last item in the array); * Return: 0 if OK; 1 on error * * Notes: * (1) The largest index to an item in the array is @maxindex. * @maxindex is one less than the number of items that would be * in the array if there were no null pointers between 0 * and @maxindex - 1. However, because the internal ptr array * need not be compacted, there may be null pointers at * indices below @maxindex; for example, if items have * been removed. * (2) When an item is added to the end of the array, it goes * into pa->array[maxindex + 1], and maxindex is then * incremented by 1. * (3) If there are no items in the array, this returns @maxindex = -1. */ l_int32 ptraGetMaxIndex(L_PTRA *pa, l_int32 *pmaxindex) { PROCNAME("ptraGetMaxIndex"); if (!pa) return ERROR_INT("pa not defined", procName, 1); if (!pmaxindex) return ERROR_INT("&maxindex not defined", procName, 1); *pmaxindex = pa->imax; return 0; } /*! * ptraGetActualCount() * * Input: ptra * &count ( actual number of items on the ptr array) * Return: 0 if OK; 1 on error * * Notes: * (1) The actual number of items on the ptr array, pa->nactual, * will be smaller than pa->n if the array is not compacted. */ l_int32 ptraGetActualCount(L_PTRA *pa, l_int32 *pcount) { PROCNAME("ptraGetActualCount"); if (!pa) return ERROR_INT("pa not defined", procName, 1); if (!pcount) return ERROR_INT("&count not defined", procName, 1); *pcount = pa->nactual; return 0; } /*! * ptraGetPtrToItem() * * Input: ptra * index (of element to be retrieved) * Return: a ptr to the element, or null on error * * Notes: * (1) This returns a ptr to the item. You must cast it to * the type of item. Do not destroy it; the item belongs * to the Ptra. * (2) This can access all possible items on the ptr array. * If an item doesn't exist, it returns null. */ void * ptraGetPtrToItem(L_PTRA *pa, l_int32 index) { PROCNAME("ptraGetPtrToItem"); if (!pa) return (void *)ERROR_PTR("pa not defined", procName, NULL); if (index < 0 || index >= pa->nalloc) return (void *)ERROR_PTR("index not in [0 ... nalloc-1]", procName, NULL); return pa->array[index]; } /*--------------------------------------------------------------------------* * Ptraa creation and destruction * *--------------------------------------------------------------------------*/ /*! * ptraaCreate() * * Input: size of ptr array to be alloc'd * Return: paa, or null on error * * Notes: * (1) The ptraa is generated with a fixed size, that can not change. * The ptra can be generated and inserted randomly into this array. */ L_PTRAA * ptraaCreate(l_int32 n) { L_PTRAA *paa; PROCNAME("ptraaCreate"); if (n <= 0) return (L_PTRAA *)ERROR_PTR("n must be > 0", procName, NULL); if ((paa = (L_PTRAA *)CALLOC(1, sizeof(L_PTRAA))) == NULL) return (L_PTRAA *)ERROR_PTR("paa not made", procName, NULL); if ((paa->ptra = (L_PTRA **)CALLOC(n, sizeof(L_PTRA *))) == NULL) return (L_PTRAA *)ERROR_PTR("ptr array not made", procName, NULL); paa->nalloc = n; return paa; } /*! * ptraaDestroy() * * Input: &paa () * freeflag (TRUE to free each remaining item in each ptra) * warnflag (TRUE to warn if any remaining items are not destroyed) * Return: void * * Notes: * (1) See ptraDestroy() for use of @freeflag and @warnflag. * (2) To destroy the ptraa, we destroy each ptra, then the ptr array, * then the ptraa, and then null the contents of the input ptr. */ void ptraaDestroy(L_PTRAA **ppaa, l_int32 freeflag, l_int32 warnflag) { l_int32 i, n; L_PTRA *pa; L_PTRAA *paa; PROCNAME("ptraaDestroy"); if (ppaa == NULL) { L_WARNING("ptr address is NULL\n", procName); return; } if ((paa = *ppaa) == NULL) return; ptraaGetSize(paa, &n); for (i = 0; i < n; i++) { pa = ptraaGetPtra(paa, i, L_REMOVE); ptraDestroy(&pa, freeflag, warnflag); } FREE(paa->ptra); FREE(paa); *ppaa = NULL; return; } /*--------------------------------------------------------------------------* * Ptraa accessors * *--------------------------------------------------------------------------*/ /*! * ptraaGetSize() * * Input: ptraa * &size ( size of ptr array) * Return: 0 if OK; 1 on error */ l_int32 ptraaGetSize(L_PTRAA *paa, l_int32 *psize) { PROCNAME("ptraaGetSize"); if (!paa) return ERROR_INT("paa not defined", procName, 1); if (!psize) return ERROR_INT("&size not defined", procName, 1); *psize = paa->nalloc; return 0; } /*! * ptraaInsertPtra() * * Input: ptraa * index (location in array for insertion) * ptra (to be inserted) * Return: 0 if OK; 1 on error * * Notes: * (1) Caller should check return value. On success, the Ptra * is inserted in the Ptraa and is owned by it. However, * on error, the Ptra remains owned by the caller. */ l_int32 ptraaInsertPtra(L_PTRAA *paa, l_int32 index, L_PTRA *pa) { l_int32 n; PROCNAME("ptraaInsertPtra"); if (!paa) return ERROR_INT("paa not defined", procName, 1); if (!pa) return ERROR_INT("pa not defined", procName, 1); ptraaGetSize(paa, &n); if (index < 0 || index >= n) return ERROR_INT("invalid index", procName, 1); if (paa->ptra[index] != NULL) return ERROR_INT("ptra alread stored at index", procName, 1); paa->ptra[index] = pa; return 0; } /*! * ptraaGetPtra() * * Input: ptraa * index (location in array) * accessflag (L_HANDLE_ONLY, L_REMOVE) * Return: ptra (at index location), or NULL on error or if there * is no ptra there. * * Notes: * (1) This returns the ptra ptr. If @accessflag == L_HANDLE_ONLY, * the ptra is left on the ptraa. If @accessflag == L_REMOVE, * the ptr in the ptraa is set to NULL, and the caller * is responsible for disposing of the ptra (either putting it * back on the ptraa, or destroying it). * (2) This returns NULL if there is no Ptra at the index location. */ L_PTRA * ptraaGetPtra(L_PTRAA *paa, l_int32 index, l_int32 accessflag) { l_int32 n; L_PTRA *pa; PROCNAME("ptraaGetPtra"); if (!paa) return (L_PTRA *)ERROR_PTR("paa not defined", procName, NULL); ptraaGetSize(paa, &n); if (index < 0 || index >= n) return (L_PTRA *)ERROR_PTR("invalid index", procName, NULL); if (accessflag != L_HANDLE_ONLY && accessflag != L_REMOVE) return (L_PTRA *)ERROR_PTR("invalid accessflag", procName, NULL); pa = paa->ptra[index]; if (accessflag == L_REMOVE) paa->ptra[index] = NULL; return pa; } /*--------------------------------------------------------------------------* * Ptraa conversion * *--------------------------------------------------------------------------*/ /*! * ptraaFlattenToPtra() * * Input: ptraa * Return: ptra, or null on error * * Notes: * (1) This 'flattens' the ptraa to a ptra, taking the items in * each ptra, in order, starting with the first ptra, etc. * (2) As a side-effect, the ptra are all removed from the ptraa * and destroyed, leaving an empty ptraa. */ L_PTRA * ptraaFlattenToPtra(L_PTRAA *paa) { l_int32 i, n; L_PTRA *pat, *pad; PROCNAME("ptraaFlattenToPtra"); if (!paa) return (L_PTRA *)ERROR_PTR("paa not defined", procName, NULL); pad = ptraCreate(0); ptraaGetSize(paa, &n); for (i = 0; i < n; i++) { pat = ptraaGetPtra(paa, i, L_REMOVE); if (!pat) continue; ptraJoin(pad, pat); ptraDestroy(&pat, FALSE, FALSE); /* they're all empty */ } return pad; } leptonica-1.70/src/pixabasic.c0000664000175000017500000020733312263572756014434 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pixabasic.c * * Pixa creation, destruction, copying * PIXA *pixaCreate() * PIXA *pixaCreateFromPix() * PIXA *pixaCreateFromBoxa() * PIXA *pixaSplitPix() * void pixaDestroy() * PIXA *pixaCopy() * * Pixa addition * l_int32 pixaAddPix() * l_int32 pixaAddBox() * static l_int32 pixaExtendArray() * l_int32 pixaExtendArrayToSize() * * Pixa accessors * l_int32 pixaGetCount() * l_int32 pixaChangeRefcount() * PIX *pixaGetPix() * l_int32 pixaGetPixDimensions() * PIX *pixaGetBoxa() * l_int32 pixaGetBoxaCount() * BOX *pixaGetBox() * l_int32 pixaGetBoxGeometry() * l_int32 pixaSetBoxa() * PIX **pixaGetPixArray() * l_int32 pixaVerifyDepth() * l_int32 pixaIsFull() * l_int32 pixaCountText() * void ***pixaGetLinePtrs() * * Pixa array modifiers * l_int32 pixaReplacePix() * l_int32 pixaInsertPix() * l_int32 pixaRemovePix() * l_int32 pixaRemovePixAndSave() * l_int32 pixaInitFull() * l_int32 pixaClear() * * Pixa and Pixaa combination * l_int32 pixaJoin() * l_int32 pixaaJoin() * * Pixaa creation, destruction * PIXAA *pixaaCreate() * PIXAA *pixaaCreateFromPixa() * void pixaaDestroy() * * Pixaa addition * l_int32 pixaaAddPixa() * l_int32 pixaaExtendArray() * l_int32 pixaaAddPix() * l_int32 pixaaAddBox() * * Pixaa accessors * l_int32 pixaaGetCount() * PIXA *pixaaGetPixa() * BOXA *pixaaGetBoxa() * PIX *pixaaGetPix() * l_int32 pixaaVerifyDepth() * l_int32 pixaaIsFull() * * Pixaa array modifiers * l_int32 pixaaInitFull() * l_int32 pixaaReplacePixa() * l_int32 pixaaClear() * l_int32 pixaaTruncate() * * Pixa serialized I/O (requires png support) * PIXA *pixaRead() * PIXA *pixaReadStream() * l_int32 pixaWrite() * l_int32 pixaWriteStream() * * Pixaa serialized I/O (requires png support) * PIXAA *pixaaReadFromFiles() * PIXAA *pixaaRead() * PIXAA *pixaaReadStream() * l_int32 pixaaWrite() * l_int32 pixaaWriteStream() * * * Important note on reference counting: * Reference counting for the Pixa is analogous to that for the Boxa. * See pix.h for details. pixaCopy() provides three possible modes * of copy. The basic rule is that however a Pixa is obtained * (e.g., from pixaCreate*(), pixaCopy(), or a Pixaa accessor), * it is necessary to call pixaDestroy() on it. */ #include #include "allheaders.h" static const l_int32 INITIAL_PTR_ARRAYSIZE = 20; /* n'import quoi */ /* Static functions */ static l_int32 pixaExtendArray(PIXA *pixa); /*---------------------------------------------------------------------* * Pixa creation, destruction, copy * *---------------------------------------------------------------------*/ /*! * pixaCreate() * * Input: n (initial number of ptrs) * Return: pixa, or null on error */ PIXA * pixaCreate(l_int32 n) { PIXA *pixa; PROCNAME("pixaCreate"); if (n <= 0) n = INITIAL_PTR_ARRAYSIZE; if ((pixa = (PIXA *)CALLOC(1, sizeof(PIXA))) == NULL) return (PIXA *)ERROR_PTR("pixa not made", procName, NULL); pixa->n = 0; pixa->nalloc = n; pixa->refcount = 1; if ((pixa->pix = (PIX **)CALLOC(n, sizeof(PIX *))) == NULL) return (PIXA *)ERROR_PTR("pix ptrs not made", procName, NULL); if ((pixa->boxa = boxaCreate(n)) == NULL) return (PIXA *)ERROR_PTR("boxa not made", procName, NULL); return pixa; } /*! * pixaCreateFromPix() * * Input: pixs (with individual components on a lattice) * n (number of components) * cellw (width of each cell) * cellh (height of each cell) * Return: pixa, or null on error * * Notes: * (1) For bpp = 1, we truncate each retrieved pix to the ON * pixels, which we assume for now start at (0,0) */ PIXA * pixaCreateFromPix(PIX *pixs, l_int32 n, l_int32 cellw, l_int32 cellh) { l_int32 w, h, d, nw, nh, i, j, index; PIX *pix, *pixt; PIXA *pixa; PROCNAME("pixaCreateFromPix"); if (!pixs) return (PIXA *)ERROR_PTR("pixs not defined", procName, NULL); if (n <= 0) return (PIXA *)ERROR_PTR("n must be > 0", procName, NULL); if ((pixa = pixaCreate(n)) == NULL) return (PIXA *)ERROR_PTR("pixa not made", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if ((pixt = pixCreate(cellw, cellh, d)) == NULL) return (PIXA *)ERROR_PTR("pixt not made", procName, NULL); nw = (w + cellw - 1) / cellw; nh = (h + cellh - 1) / cellh; for (i = 0, index = 0; i < nh; i++) { for (j = 0; j < nw && index < n; j++, index++) { pixRasterop(pixt, 0, 0, cellw, cellh, PIX_SRC, pixs, j * cellw, i * cellh); if (d == 1 && !pixClipToForeground(pixt, &pix, NULL)) pixaAddPix(pixa, pix, L_INSERT); else pixaAddPix(pixa, pixt, L_COPY); } } pixDestroy(&pixt); return pixa; } /*! * pixaCreateFromBoxa() * * Input: pixs * boxa * &cropwarn ( TRUE if the boxa extent * is larger than pixs. * Return: pixad, or null on error * * Notes: * (1) This simply extracts from pixs the region corresponding to each * box in the boxa. * (2) The 3rd arg is optional. If the extent of the boxa exceeds the * size of the pixa, so that some boxes are either clipped * or entirely outside the pix, a warning is returned as TRUE. * (3) pixad will have only the properly clipped elements, and * the internal boxa will be correct. */ PIXA * pixaCreateFromBoxa(PIX *pixs, BOXA *boxa, l_int32 *pcropwarn) { l_int32 i, n, w, h, wbox, hbox, cropwarn; BOX *box, *boxc; PIX *pixd; PIXA *pixad; PROCNAME("pixaCreateFromBoxa"); if (!pixs) return (PIXA *)ERROR_PTR("pixs not defined", procName, NULL); if (!boxa) return (PIXA *)ERROR_PTR("boxa not defined", procName, NULL); n = boxaGetCount(boxa); if ((pixad = pixaCreate(n)) == NULL) return (PIXA *)ERROR_PTR("pixad not made", procName, NULL); boxaGetExtent(boxa, &wbox, &hbox, NULL); pixGetDimensions(pixs, &w, &h, NULL); cropwarn = FALSE; if (wbox > w || hbox > h) cropwarn = TRUE; if (pcropwarn) *pcropwarn = cropwarn; for (i = 0; i < n; i++) { box = boxaGetBox(boxa, i, L_COPY); if (cropwarn) { /* if box is outside pixs, pixd is NULL */ pixd = pixClipRectangle(pixs, box, &boxc); /* may be NULL */ if (pixd) { pixaAddPix(pixad, pixd, L_INSERT); pixaAddBox(pixad, boxc, L_INSERT); } boxDestroy(&box); } else { pixd = pixClipRectangle(pixs, box, NULL); pixaAddPix(pixad, pixd, L_INSERT); pixaAddBox(pixad, box, L_INSERT); } } return pixad; } /*! * pixaSplitPix() * * Input: pixs (with individual components on a lattice) * nx (number of mosaic cells horizontally) * ny (number of mosaic cells vertically) * borderwidth (of added border on all sides) * bordercolor (in our RGBA format: 0xrrggbbaa) * Return: pixa, or null on error * * Notes: * (1) This is a variant on pixaCreateFromPix(), where we * simply divide the image up into (approximately) equal * subunits. If you want the subimages to have essentially * the same aspect ratio as the input pix, use nx = ny. * (2) If borderwidth is 0, we ignore the input bordercolor and * redefine it to white. * (3) The bordercolor is always used to initialize each tiled pix, * so that if the src is clipped, the unblitted part will * be this color. This avoids 1 pixel wide black stripes at the * left and lower edges. */ PIXA * pixaSplitPix(PIX *pixs, l_int32 nx, l_int32 ny, l_int32 borderwidth, l_uint32 bordercolor) { l_int32 w, h, d, cellw, cellh, i, j; PIX *pixt; PIXA *pixa; PROCNAME("pixaSplitPix"); if (!pixs) return (PIXA *)ERROR_PTR("pixs not defined", procName, NULL); if (nx <= 0 || ny <= 0) return (PIXA *)ERROR_PTR("nx and ny must be > 0", procName, NULL); borderwidth = L_MAX(0, borderwidth); if ((pixa = pixaCreate(nx * ny)) == NULL) return (PIXA *)ERROR_PTR("pixa not made", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); cellw = (w + nx - 1) / nx; /* round up */ cellh = (h + ny - 1) / ny; for (i = 0; i < ny; i++) { for (j = 0; j < nx; j++) { if ((pixt = pixCreate(cellw + 2 * borderwidth, cellh + 2 * borderwidth, d)) == NULL) return (PIXA *)ERROR_PTR("pixt not made", procName, NULL); pixCopyColormap(pixt, pixs); if (borderwidth == 0) { /* initialize full image to white */ if (d == 1) pixClearAll(pixt); else pixSetAll(pixt); } else { pixSetAllArbitrary(pixt, bordercolor); } pixRasterop(pixt, borderwidth, borderwidth, cellw, cellh, PIX_SRC, pixs, j * cellw, i * cellh); pixaAddPix(pixa, pixt, L_INSERT); } } return pixa; } /*! * pixaDestroy() * * Input: &pixa () * Return: void * * Notes: * (1) Decrements the ref count and, if 0, destroys the pixa. * (2) Always nulls the input ptr. */ void pixaDestroy(PIXA **ppixa) { l_int32 i; PIXA *pixa; PROCNAME("pixaDestroy"); if (ppixa == NULL) { L_WARNING("ptr address is NULL!\n", procName); return; } if ((pixa = *ppixa) == NULL) return; /* Decrement the refcount. If it is 0, destroy the pixa. */ pixaChangeRefcount(pixa, -1); if (pixa->refcount <= 0) { for (i = 0; i < pixa->n; i++) pixDestroy(&pixa->pix[i]); FREE(pixa->pix); boxaDestroy(&pixa->boxa); FREE(pixa); } *ppixa = NULL; return; } /*! * pixaCopy() * * Input: pixas * copyflag (see pix.h for details): * L_COPY makes a new pixa and copies each pix and each box * L_CLONE gives a new ref-counted handle to the input pixa * L_COPY_CLONE makes a new pixa and inserts clones of * all pix and boxes * Return: new pixa, or null on error */ PIXA * pixaCopy(PIXA *pixa, l_int32 copyflag) { l_int32 i; BOX *boxc; PIX *pixc; PIXA *pixac; PROCNAME("pixaCopy"); if (!pixa) return (PIXA *)ERROR_PTR("pixa not defined", procName, NULL); if (copyflag == L_CLONE) { pixaChangeRefcount(pixa, 1); return pixa; } if (copyflag != L_COPY && copyflag != L_COPY_CLONE) return (PIXA *)ERROR_PTR("invalid copyflag", procName, NULL); if ((pixac = pixaCreate(pixa->n)) == NULL) return (PIXA *)ERROR_PTR("pixac not made", procName, NULL); for (i = 0; i < pixa->n; i++) { if (copyflag == L_COPY) { pixc = pixaGetPix(pixa, i, L_COPY); boxc = pixaGetBox(pixa, i, L_COPY); } else { /* copy-clone */ pixc = pixaGetPix(pixa, i, L_CLONE); boxc = pixaGetBox(pixa, i, L_CLONE); } pixaAddPix(pixac, pixc, L_INSERT); pixaAddBox(pixac, boxc, L_INSERT); } return pixac; } /*---------------------------------------------------------------------* * Pixa addition * *---------------------------------------------------------------------*/ /*! * pixaAddPix() * * Input: pixa * pix (to be added) * copyflag (L_INSERT, L_COPY, L_CLONE) * Return: 0 if OK; 1 on error */ l_int32 pixaAddPix(PIXA *pixa, PIX *pix, l_int32 copyflag) { l_int32 n; PIX *pixc; PROCNAME("pixaAddPix"); if (!pixa) return ERROR_INT("pixa not defined", procName, 1); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (copyflag == L_INSERT) pixc = pix; else if (copyflag == L_COPY) pixc = pixCopy(NULL, pix); else if (copyflag == L_CLONE) pixc = pixClone(pix); else return ERROR_INT("invalid copyflag", procName, 1); if (!pixc) return ERROR_INT("pixc not made", procName, 1); n = pixaGetCount(pixa); if (n >= pixa->nalloc) pixaExtendArray(pixa); pixa->pix[n] = pixc; pixa->n++; return 0; } /*! * pixaAddBox() * * Input: pixa * box * copyflag (L_INSERT, L_COPY, L_CLONE) * Return: 0 if OK, 1 on error */ l_int32 pixaAddBox(PIXA *pixa, BOX *box, l_int32 copyflag) { PROCNAME("pixaAddBox"); if (!pixa) return ERROR_INT("pixa not defined", procName, 1); if (!box) return ERROR_INT("box not defined", procName, 1); if (copyflag != L_INSERT && copyflag != L_COPY && copyflag != L_CLONE) return ERROR_INT("invalid copyflag", procName, 1); boxaAddBox(pixa->boxa, box, copyflag); return 0; } /*! * pixaExtendArray() * * Input: pixa * Return: 0 if OK; 1 on error * * Notes: * (1) Doubles the size of the pixa and boxa ptr arrays. */ static l_int32 pixaExtendArray(PIXA *pixa) { PROCNAME("pixaExtendArray"); if (!pixa) return ERROR_INT("pixa not defined", procName, 1); return pixaExtendArrayToSize(pixa, 2 * pixa->nalloc); } /*! * pixaExtendArrayToSize() * * Input: pixa * Return: 0 if OK; 1 on error * * Notes: * (1) If necessary, reallocs new pixa and boxa ptrs arrays to @size. * The pixa and boxa ptr arrays must always be equal in size. */ l_int32 pixaExtendArrayToSize(PIXA *pixa, l_int32 size) { PROCNAME("pixaExtendArrayToSize"); if (!pixa) return ERROR_INT("pixa not defined", procName, 1); if (size > pixa->nalloc) { if ((pixa->pix = (PIX **)reallocNew((void **)&pixa->pix, sizeof(PIX *) * pixa->nalloc, size * sizeof(PIX *))) == NULL) return ERROR_INT("new ptr array not returned", procName, 1); pixa->nalloc = size; } return boxaExtendArrayToSize(pixa->boxa, size); } /*---------------------------------------------------------------------* * Pixa accessors * *---------------------------------------------------------------------*/ /*! * pixaGetCount() * * Input: pixa * Return: count, or 0 if no pixa */ l_int32 pixaGetCount(PIXA *pixa) { PROCNAME("pixaGetCount"); if (!pixa) return ERROR_INT("pixa not defined", procName, 0); return pixa->n; } /*! * pixaChangeRefcount() * * Input: pixa * Return: 0 if OK, 1 on error */ l_int32 pixaChangeRefcount(PIXA *pixa, l_int32 delta) { PROCNAME("pixaChangeRefcount"); if (!pixa) return ERROR_INT("pixa not defined", procName, 1); pixa->refcount += delta; return 0; } /*! * pixaGetPix() * * Input: pixa * index (to the index-th pix) * accesstype (L_COPY or L_CLONE) * Return: pix, or null on error */ PIX * pixaGetPix(PIXA *pixa, l_int32 index, l_int32 accesstype) { PIX *pix; PROCNAME("pixaGetPix"); if (!pixa) return (PIX *)ERROR_PTR("pixa not defined", procName, NULL); if (index < 0 || index >= pixa->n) return (PIX *)ERROR_PTR("index not valid", procName, NULL); if ((pix = pixa->pix[index]) == NULL) { L_ERROR("no pix at pixa[%d]\n", procName, index); return (PIX *)ERROR_PTR("pix not found!", procName, NULL); } if (accesstype == L_COPY) return pixCopy(NULL, pix); else if (accesstype == L_CLONE) return pixClone(pix); else return (PIX *)ERROR_PTR("invalid accesstype", procName, NULL); } /*! * pixaGetPixDimensions() * * Input: pixa * index (to the index-th box) * &w, &h, &d (; each can be null) * Return: 0 if OK, 1 on error */ l_int32 pixaGetPixDimensions(PIXA *pixa, l_int32 index, l_int32 *pw, l_int32 *ph, l_int32 *pd) { PIX *pix; PROCNAME("pixaGetPixDimensions"); if (pw) *pw = 0; if (ph) *ph = 0; if (pd) *pd = 0; if (!pixa) return ERROR_INT("pixa not defined", procName, 1); if (index < 0 || index >= pixa->n) return ERROR_INT("index not valid", procName, 1); if ((pix = pixaGetPix(pixa, index, L_CLONE)) == NULL) return ERROR_INT("pix not found!", procName, 1); pixGetDimensions(pix, pw, ph, pd); pixDestroy(&pix); return 0; } /*! * pixaGetBoxa() * * Input: pixa * accesstype (L_COPY, L_CLONE, L_COPY_CLONE) * Return: boxa, or null on error */ BOXA * pixaGetBoxa(PIXA *pixa, l_int32 accesstype) { PROCNAME("pixaGetBoxa"); if (!pixa) return (BOXA *)ERROR_PTR("pixa not defined", procName, NULL); if (!pixa->boxa) return (BOXA *)ERROR_PTR("boxa not defined", procName, NULL); if (accesstype != L_COPY && accesstype != L_CLONE && accesstype != L_COPY_CLONE) return (BOXA *)ERROR_PTR("invalid accesstype", procName, NULL); return boxaCopy(pixa->boxa, accesstype); } /*! * pixaGetBoxaCount() * * Input: pixa * Return: count, or 0 on error */ l_int32 pixaGetBoxaCount(PIXA *pixa) { PROCNAME("pixaGetBoxaCount"); if (!pixa) return ERROR_INT("pixa not defined", procName, 0); return boxaGetCount(pixa->boxa); } /*! * pixaGetBox() * * Input: pixa * index (to the index-th pix) * accesstype (L_COPY or L_CLONE) * Return: box (if null, not automatically an error), or null on error * * Notes: * (1) There is always a boxa with a pixa, and it is initialized so * that each box ptr is NULL. * (2) In general, we expect that there is either a box associated * with each pix, or no boxes at all in the boxa. * (3) Having no boxes is thus not an automatic error. Whether it * is an actual error is determined by the calling program. * If the caller expects to get a box, it is an error; see, e.g., * pixaGetBoxGeometry(). */ BOX * pixaGetBox(PIXA *pixa, l_int32 index, l_int32 accesstype) { BOX *box; PROCNAME("pixaGetBox"); if (!pixa) return (BOX *)ERROR_PTR("pixa not defined", procName, NULL); if (!pixa->boxa) return (BOX *)ERROR_PTR("boxa not defined", procName, NULL); if (index < 0 || index >= pixa->boxa->n) return (BOX *)ERROR_PTR("index not valid", procName, NULL); if (accesstype != L_COPY && accesstype != L_CLONE) return (BOX *)ERROR_PTR("invalid accesstype", procName, NULL); box = pixa->boxa->box[index]; if (box) { if (accesstype == L_COPY) return boxCopy(box); else /* accesstype == L_CLONE */ return boxClone(box); } else { return NULL; } } /*! * pixaGetBoxGeometry() * * Input: pixa * index (to the index-th box) * &x, &y, &w, &h (; each can be null) * Return: 0 if OK, 1 on error */ l_int32 pixaGetBoxGeometry(PIXA *pixa, l_int32 index, l_int32 *px, l_int32 *py, l_int32 *pw, l_int32 *ph) { BOX *box; PROCNAME("pixaGetBoxGeometry"); if (px) *px = 0; if (py) *py = 0; if (pw) *pw = 0; if (ph) *ph = 0; if (!pixa) return ERROR_INT("pixa not defined", procName, 1); if (index < 0 || index >= pixa->n) return ERROR_INT("index not valid", procName, 1); if ((box = pixaGetBox(pixa, index, L_CLONE)) == NULL) return ERROR_INT("box not found!", procName, 1); boxGetGeometry(box, px, py, pw, ph); boxDestroy(&box); return 0; } /*! * pixaSetBoxa() * * Input: pixa * boxa * accesstype (L_INSERT, L_COPY, L_CLONE) * Return: 0 if OK, 1 on error * * Notes: * (1) This destroys the existing boxa in the pixa. */ l_int32 pixaSetBoxa(PIXA *pixa, BOXA *boxa, l_int32 accesstype) { PROCNAME("pixaSetBoxa"); if (!pixa) return ERROR_INT("pixa not defined", procName, 1); if (!boxa) return ERROR_INT("boxa not defined", procName, 1); if (accesstype != L_INSERT && accesstype != L_COPY && accesstype != L_CLONE) return ERROR_INT("invalid access type", procName, 1); boxaDestroy(&pixa->boxa); if (accesstype == L_INSERT) pixa->boxa = boxa; else pixa->boxa = boxaCopy(boxa, accesstype); return 0; } /*! * pixaGetPixArray() * * Input: pixa * Return: pix array, or null on error * * Notes: * (1) This returns a ptr to the actual array. The array is * owned by the pixa, so it must not be destroyed. * (2) The caller should always check if the return value is NULL * before accessing any of the pix ptrs in this array! */ PIX ** pixaGetPixArray(PIXA *pixa) { PROCNAME("pixaGetPixArray"); if (!pixa) return (PIX **)ERROR_PTR("pixa not defined", procName, NULL); return pixa->pix; } /*! * pixaVerifyDepth() * * Input: pixa * &maxdepth ( max depth of all pix) * Return: depth (return 0 if they're not all the same, or on error) * * Notes: * (1) It is considered to be an error if there are no pix. */ l_int32 pixaVerifyDepth(PIXA *pixa, l_int32 *pmaxdepth) { l_int32 i, n, d, depth, maxdepth, same; PROCNAME("pixaVerifyDepth"); if (pmaxdepth) *pmaxdepth = 0; if (!pixa) return ERROR_INT("pixa not defined", procName, 0); depth = 0; n = pixaGetCount(pixa); maxdepth = 0; same = 1; for (i = 0; i < n; i++) { if (pixaGetPixDimensions(pixa, i, NULL, NULL, &d)) return ERROR_INT("pix depth not found", procName, 0); maxdepth = L_MAX(maxdepth, d); if (i == 0) depth = d; else if (d != depth) same = 0; } if (pmaxdepth) *pmaxdepth = maxdepth; return (same == 1) ? depth : 0; } /*! * pixaIsFull() * * Input: pixa * &fullpa ( 1 if pixa is full) * &fullba ( 1 if boxa is full) * Return: 0 if OK, 1 on error * * Notes: * (1) A pixa is "full" if the array of pix is fully * occupied from index 0 to index (pixa->n - 1). */ l_int32 pixaIsFull(PIXA *pixa, l_int32 *pfullpa, l_int32 *pfullba) { l_int32 i, n, full; BOXA *boxa; PIX *pix; PROCNAME("pixaIsFull"); if (pfullpa) *pfullpa = 0; if (pfullba) *pfullba = 0; if (!pixa) return ERROR_INT("pixa not defined", procName, 1); n = pixaGetCount(pixa); if (pfullpa) { full = 1; for (i = 0; i < n; i++) { if ((pix = pixaGetPix(pixa, i, L_CLONE)) == NULL) { full = 0; break; } pixDestroy(&pix); } *pfullpa = full; } if (pfullba) { boxa = pixaGetBoxa(pixa, L_CLONE); boxaIsFull(boxa, pfullba); boxaDestroy(&boxa); } return 0; } /*! * pixaCountText() * * Input: pixa * &ntext ( number of pix with non-empty text strings) * Return: 0 if OK, 1 on error. * * Notes: * (1) All pix have non-empty text strings if the returned value @ntext * equals the pixa count. */ l_int32 pixaCountText(PIXA *pixa, l_int32 *pntext) { char *text; l_int32 i, n; PIX *pix; PROCNAME("pixaCountText"); if (!pntext) return ERROR_INT("&ntext not defined", procName, 1); *pntext = 0; if (!pixa) return ERROR_INT("pixa not defined", procName, 1); n = pixaGetCount(pixa); for (i = 0; i < n; i++) { if ((pix = pixaGetPix(pixa, i, L_CLONE)) == NULL) continue; text = pixGetText(pix); if (text && strlen(text) > 0) (*pntext)++; pixDestroy(&pix); } return 0; } /*! * pixaGetLinePtrs() * * Input: pixa (of pix that all have the same depth) * &size ( number of pix in the pixa) * Return: array of array of line ptrs, or null on error * * Notes: * (1) See pixGetLinePtrs() for details. * (2) It is best if all pix in the pixa are the same size. * The size of each line ptr array is equal to the height * of the pix that it refers to. * (3) This is an array of arrays. To destroy it: * for (i = 0; i < size; i++) * FREE(lineset[i]); * FREE(lineset); */ void *** pixaGetLinePtrs(PIXA *pixa, l_int32 *psize) { l_int32 i, n; void **lineptrs; void ***lineset; PIX *pix; PROCNAME("pixaGetLinePtrs"); if (psize) *psize = 0; if (!pixa) return (void ***)ERROR_PTR("pixa not defined", procName, NULL); if (pixaVerifyDepth(pixa, NULL) == 0) return (void ***)ERROR_PTR("pixa not all same depth", procName, NULL); n = pixaGetCount(pixa); if (psize) *psize = n; if ((lineset = (void ***)CALLOC(n, sizeof(void **))) == NULL) return (void ***)ERROR_PTR("lineset not made", procName, NULL); for (i = 0; i < n; i++) { pix = pixaGetPix(pixa, i, L_CLONE); lineptrs = pixGetLinePtrs(pix, NULL); lineset[i] = lineptrs; pixDestroy(&pix); } return lineset; } /*---------------------------------------------------------------------* * Pixa array modifiers * *---------------------------------------------------------------------*/ /*! * pixaReplacePix() * * Input: pixa * index (to the index-th pix) * pix (insert to replace existing one) * box ( insert to replace existing) * Return: 0 if OK, 1 on error * * Notes: * (1) In-place replacement of one pix. * (2) The previous pix at that location is destroyed. */ l_int32 pixaReplacePix(PIXA *pixa, l_int32 index, PIX *pix, BOX *box) { BOXA *boxa; PROCNAME("pixaReplacePix"); if (!pixa) return ERROR_INT("pixa not defined", procName, 1); if (index < 0 || index >= pixa->n) return ERROR_INT("index not valid", procName, 1); if (!pix) return ERROR_INT("pix not defined", procName, 1); pixDestroy(&(pixa->pix[index])); pixa->pix[index] = pix; if (box) { boxa = pixa->boxa; if (index > boxa->n) return ERROR_INT("boxa index not valid", procName, 1); boxaReplaceBox(boxa, index, box); } return 0; } /*! * pixaInsertPix() * * Input: pixa * index (at which pix is to be inserted) * pixs (new pix to be inserted) * box ( new box to be inserted) * Return: 0 if OK, 1 on error * * Notes: * (1) This shifts pixa[i] --> pixa[i + 1] for all i >= index, * and then inserts at pixa[index]. * (2) To insert at the beginning of the array, set index = 0. * (3) It should not be used repeatedly on large arrays, * because the function is O(n). * (4) To append a pix to a pixa, it's easier to use pixaAddPix(). */ l_int32 pixaInsertPix(PIXA *pixa, l_int32 index, PIX *pixs, BOX *box) { l_int32 i, n; PROCNAME("pixaInsertPix"); if (!pixa) return ERROR_INT("pixa not defined", procName, 1); n = pixaGetCount(pixa); if (index < 0 || index > n) return ERROR_INT("index not in {0...n}", procName, 1); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (n >= pixa->nalloc) { /* extend both ptr arrays */ pixaExtendArray(pixa); boxaExtendArray(pixa->boxa); } pixa->n++; for (i = n; i > index; i--) pixa->pix[i] = pixa->pix[i - 1]; pixa->pix[index] = pixs; /* Optionally, insert the box */ if (box) boxaInsertBox(pixa->boxa, index, box); return 0; } /*! * pixaRemovePix() * * Input: pixa * index (of pix to be removed) * Return: 0 if OK, 1 on error * * Notes: * (1) This shifts pixa[i] --> pixa[i - 1] for all i > index. * (2) It should not be used repeatedly on large arrays, * because the function is O(n). * (3) The corresponding box is removed as well, if it exists. */ l_int32 pixaRemovePix(PIXA *pixa, l_int32 index) { l_int32 i, n, nbox; BOXA *boxa; PIX **array; PROCNAME("pixaRemovePix"); if (!pixa) return ERROR_INT("pixa not defined", procName, 1); n = pixaGetCount(pixa); if (index < 0 || index >= n) return ERROR_INT("index not in {0...n - 1}", procName, 1); /* Remove the pix */ array = pixa->pix; pixDestroy(&array[index]); for (i = index + 1; i < n; i++) array[i - 1] = array[i]; array[n - 1] = NULL; pixa->n--; /* Remove the box if it exists */ boxa = pixa->boxa; nbox = boxaGetCount(boxa); if (index < nbox) boxaRemoveBox(boxa, index); return 0; } /*! * pixaRemovePixAndSave() * * Input: pixa * index (of pix to be removed) * &pix ( removed pix) * &box ( removed box) * Return: 0 if OK, 1 on error * * Notes: * (1) This shifts pixa[i] --> pixa[i - 1] for all i > index. * (2) It should not be used repeatedly on large arrays, * because the function is O(n). * (3) The corresponding box is removed as well, if it exists. * (4) The removed pix and box can either be retained or destroyed. */ l_int32 pixaRemovePixAndSave(PIXA *pixa, l_int32 index, PIX **ppix, BOX **pbox) { l_int32 i, n, nbox; BOXA *boxa; PIX **array; PROCNAME("pixaRemovePixAndSave"); if (ppix) *ppix = NULL; if (pbox) *pbox = NULL; if (!pixa) return ERROR_INT("pixa not defined", procName, 1); n = pixaGetCount(pixa); if (index < 0 || index >= n) return ERROR_INT("index not in {0...n - 1}", procName, 1); /* Remove the pix */ array = pixa->pix; if (ppix) *ppix = pixaGetPix(pixa, index, L_CLONE); pixDestroy(&array[index]); for (i = index + 1; i < n; i++) array[i - 1] = array[i]; array[n - 1] = NULL; pixa->n--; /* Remove the box if it exists */ boxa = pixa->boxa; nbox = boxaGetCount(boxa); if (index < nbox) boxaRemoveBoxAndSave(boxa, index, pbox); return 0; } /*! * pixaInitFull() * * Input: pixa (typically empty) * pix ( to be replicated into the entire pixa ptr array) * box ( to be replicated into the entire boxa ptr array) * Return: 0 if OK, 1 on error * * Notes: * (1) This initializes a pixa by filling up the entire pix ptr array * with copies of @pix. If @pix == NULL, we use a tiny placeholder * pix (w = h = d = 1). Any existing pix are destroyed. * It also optionally fills the boxa with copies of @box. * After this operation, the numbers of pix and (optionally) * boxes are equal to the number of allocated ptrs. * (2) Note that we use pixaReplacePix() instead of pixaInsertPix(). * They both have the same effect when inserting into a NULL ptr * in the pixa ptr array: * (3) If the boxa is not initialized (i.e., filled with boxes), * later insertion of boxes will cause an error, because the * 'n' field is 0. * (4) Example usage. This function is useful to prepare for a * random insertion (or replacement) of pix into a pixa. * To randomly insert pix into a pixa, without boxes, up to * some index "max": * Pixa *pixa = pixaCreate(max); * pixaInitFull(pixa, NULL, NULL); * An existing pixa with a smaller ptr array can also be reused: * pixaExtendArrayToSize(pixa, max); * pixaInitFull(pixa, NULL, NULL); * The initialization allows the pixa to always be properly * filled, even if all pix (and boxes) are not later replaced. */ l_int32 pixaInitFull(PIXA *pixa, PIX *pix, BOX *box) { l_int32 i, n; PIX *pixt; PROCNAME("pixaInitFull"); if (!pixa) return ERROR_INT("pixa not defined", procName, 1); n = pixa->nalloc; pixa->n = n; for (i = 0; i < n; i++) { if (pix) pixt = pixCopy(NULL, pix); else pixt = pixCreate(1, 1, 1); pixaReplacePix(pixa, i, pixt, NULL); } if (box) boxaInitFull(pixa->boxa, box); return 0; } /*! * pixaClear() * * Input: pixa * Return: 0 if OK, 1 on error * * Notes: * (1) This destroys all pix in the pixa, as well as * all boxes in the boxa. The ptrs in the pix ptr array * are all null'd. The number of allocated pix, n, is set to 0. */ l_int32 pixaClear(PIXA *pixa) { l_int32 i, n; PROCNAME("pixaClear"); if (!pixa) return ERROR_INT("pixa not defined", procName, 1); n = pixaGetCount(pixa); for (i = 0; i < n; i++) pixDestroy(&pixa->pix[i]); pixa->n = 0; return boxaClear(pixa->boxa); } /*---------------------------------------------------------------------* * Pixa and Pixaa combination * *---------------------------------------------------------------------*/ /*! * pixaJoin() * * Input: pixad (dest pixa; add to this one) * pixas ( source pixa; add from this one) * istart (starting index in pixas) * iend (ending index in pixas; use -1 to cat all) * Return: 0 if OK, 1 on error * * Notes: * (1) This appends a clone of each indicated pix in pixas to pixad * (2) istart < 0 is taken to mean 'read from the start' (istart = 0) * (3) iend < 0 means 'read to the end' * (4) If pixas is NULL or contains no pix, this is a no-op. */ l_int32 pixaJoin(PIXA *pixad, PIXA *pixas, l_int32 istart, l_int32 iend) { l_int32 i, n, nb; BOXA *boxas, *boxad; PIX *pix; PROCNAME("pixaJoin"); if (!pixad) return ERROR_INT("pixad not defined", procName, 1); if (!pixas || ((n = pixaGetCount(pixas)) == 0)) return 0; if (istart < 0) istart = 0; if (iend < 0 || iend >= n) iend = n - 1; if (istart > iend) return ERROR_INT("istart > iend; nothing to add", procName, 1); for (i = istart; i <= iend; i++) { pix = pixaGetPix(pixas, i, L_CLONE); pixaAddPix(pixad, pix, L_INSERT); } boxas = pixaGetBoxa(pixas, L_CLONE); boxad = pixaGetBoxa(pixad, L_CLONE); nb = pixaGetBoxaCount(pixas); iend = L_MIN(iend, nb - 1); boxaJoin(boxad, boxas, istart, iend); boxaDestroy(&boxas); /* just the clones */ boxaDestroy(&boxad); return 0; } /*! * pixaaJoin() * * Input: paad (dest pixaa; add to this one) * paas ( source pixaa; add from this one) * istart (starting index in pixaas) * iend (ending index in pixaas; use -1 to cat all) * Return: 0 if OK, 1 on error * * Notes: * (1) This appends a clone of each indicated pixa in paas to pixaad * (2) istart < 0 is taken to mean 'read from the start' (istart = 0) * (3) iend < 0 means 'read to the end' */ l_int32 pixaaJoin(PIXAA *paad, PIXAA *paas, l_int32 istart, l_int32 iend) { l_int32 i, n; PIXA *pixa; PROCNAME("pixaaJoin"); if (!paad) return ERROR_INT("pixaad not defined", procName, 1); if (!paas) return 0; if (istart < 0) istart = 0; n = pixaaGetCount(paas, NULL); if (iend < 0 || iend >= n) iend = n - 1; if (istart > iend) return ERROR_INT("istart > iend; nothing to add", procName, 1); for (i = istart; i <= iend; i++) { pixa = pixaaGetPixa(paas, i, L_CLONE); pixaaAddPixa(paad, pixa, L_INSERT); } return 0; } /*---------------------------------------------------------------------* * Pixaa creation and destruction * *---------------------------------------------------------------------*/ /*! * pixaaCreate() * * Input: n (initial number of pixa ptrs) * Return: paa, or null on error * * Notes: * (1) A pixaa provides a 2-level hierarchy of images. * A common use is for segmentation masks, which are * inexpensive to store in png format. * (2) For example, suppose you want a mask for each textline * in a two-column page. The textline masks for each column * can be represented by a pixa, of which there are 2 in the pixaa. * The boxes for the textline mask components within a column * can have their origin referred to the column rather than the page. * Then the boxa field can be used to represent the two box (regions) * for the columns, and the (x,y) components of each box can * be used to get the absolute position of the textlines on * the page. */ PIXAA * pixaaCreate(l_int32 n) { PIXAA *paa; PROCNAME("pixaaCreate"); if (n <= 0) n = INITIAL_PTR_ARRAYSIZE; if ((paa = (PIXAA *)CALLOC(1, sizeof(PIXAA))) == NULL) return (PIXAA *)ERROR_PTR("paa not made", procName, NULL); paa->n = 0; paa->nalloc = n; if ((paa->pixa = (PIXA **)CALLOC(n, sizeof(PIXA *))) == NULL) { pixaaDestroy(&paa); return (PIXAA *)ERROR_PTR("pixa ptrs not made", procName, NULL); } paa->boxa = boxaCreate(n); return paa; } /*! * pixaaCreateFromPixa() * * Input: pixa * n (number specifying subdivision of pixa) * type (L_CHOOSE_CONSECUTIVE, L_CHOOSE_SKIP_BY) * copyflag (L_CLONE, L_COPY) * Return: paa, or null on error * * Notes: * (1) This subdivides a pixa into a set of smaller pixa that * are accumulated into a pixaa. * (2) If type == L_CHOOSE_CONSECUTIVE, the first 'n' pix are * put in a pixa and added to pixaa, then the next 'n', etc. * If type == L_CHOOSE_SKIP_BY, the first pixa is made by * aggregating pix[0], pix[n], pix[2*n], etc. * (3) The copyflag specifies if each new pix is a copy or a clone. */ PIXAA * pixaaCreateFromPixa(PIXA *pixa, l_int32 n, l_int32 type, l_int32 copyflag) { l_int32 count, i, j, npixa; PIX *pix; PIXA *pixat; PIXAA *paa; PROCNAME("pixaaCreateFromPixa"); if (!pixa) return (PIXAA *)ERROR_PTR("pixa not defined", procName, NULL); count = pixaGetCount(pixa); if (count == 0) return (PIXAA *)ERROR_PTR("no pix in pixa", procName, NULL); if (n <= 0) return (PIXAA *)ERROR_PTR("n must be > 0", procName, NULL); if (type != L_CHOOSE_CONSECUTIVE && type != L_CHOOSE_SKIP_BY) return (PIXAA *)ERROR_PTR("invalid type", procName, NULL); if (copyflag != L_CLONE && copyflag != L_COPY) return (PIXAA *)ERROR_PTR("invalid copyflag", procName, NULL); if (type == L_CHOOSE_CONSECUTIVE) npixa = (count + n - 1) / n; else /* L_CHOOSE_SKIP_BY */ npixa = L_MIN(n, count); paa = pixaaCreate(npixa); if (type == L_CHOOSE_CONSECUTIVE) { for (i = 0; i < count; i++) { if (i % n == 0) pixat = pixaCreate(n); pix = pixaGetPix(pixa, i, copyflag); pixaAddPix(pixat, pix, L_INSERT); if (i % n == n - 1) pixaaAddPixa(paa, pixat, L_INSERT); } if (i % n != 0) pixaaAddPixa(paa, pixat, L_INSERT); } else { /* L_CHOOSE_SKIP_BY */ for (i = 0; i < npixa; i++) { pixat = pixaCreate(count / npixa + 1); for (j = i; j < count; j += n) { pix = pixaGetPix(pixa, j, copyflag); pixaAddPix(pixat, pix, L_INSERT); } pixaaAddPixa(paa, pixat, L_INSERT); } } return paa; } /*! * pixaaDestroy() * * Input: &paa * Return: void */ void pixaaDestroy(PIXAA **ppaa) { l_int32 i; PIXAA *paa; PROCNAME("pixaaDestroy"); if (ppaa == NULL) { L_WARNING("ptr address is NULL!\n", procName); return; } if ((paa = *ppaa) == NULL) return; for (i = 0; i < paa->n; i++) pixaDestroy(&paa->pixa[i]); FREE(paa->pixa); boxaDestroy(&paa->boxa); FREE(paa); *ppaa = NULL; return; } /*---------------------------------------------------------------------* * Pixaa addition * *---------------------------------------------------------------------*/ /*! * pixaaAddPixa() * * Input: paa * pixa (to be added) * copyflag: * L_INSERT inserts the pixa directly * L_COPY makes a new pixa and copies each pix and each box * L_CLONE gives a new handle to the input pixa * L_COPY_CLONE makes a new pixa and inserts clones of * all pix and boxes * Return: 0 if OK; 1 on error */ l_int32 pixaaAddPixa(PIXAA *paa, PIXA *pixa, l_int32 copyflag) { l_int32 n; PIXA *pixac; PROCNAME("pixaaAddPixa"); if (!paa) return ERROR_INT("paa not defined", procName, 1); if (!pixa) return ERROR_INT("pixa not defined", procName, 1); if (copyflag != L_INSERT && copyflag != L_COPY && copyflag != L_CLONE && copyflag != L_COPY_CLONE) return ERROR_INT("invalid copyflag", procName, 1); if (copyflag == L_INSERT) { pixac = pixa; } else { if ((pixac = pixaCopy(pixa, copyflag)) == NULL) return ERROR_INT("pixac not made", procName, 1); } n = pixaaGetCount(paa, NULL); if (n >= paa->nalloc) pixaaExtendArray(paa); paa->pixa[n] = pixac; paa->n++; return 0; } /*! * pixaaExtendArray() * * Input: paa * Return: 0 if OK; 1 on error */ l_int32 pixaaExtendArray(PIXAA *paa) { PROCNAME("pixaaExtendArray"); if (!paa) return ERROR_INT("paa not defined", procName, 1); if ((paa->pixa = (PIXA **)reallocNew((void **)&paa->pixa, sizeof(PIXA *) * paa->nalloc, 2 * sizeof(PIXA *) * paa->nalloc)) == NULL) return ERROR_INT("new ptr array not returned", procName, 1); paa->nalloc = 2 * paa->nalloc; return 0; } /*! * pixaaAddPix() * * Input: paa (input paa) * index (index of pixa in paa) * pix (to be added) * box ( to be added) * copyflag (L_INSERT, L_COPY, L_CLONE) * Return: 0 if OK; 1 on error */ l_int32 pixaaAddPix(PIXAA *paa, l_int32 index, PIX *pix, BOX *box, l_int32 copyflag) { PIXA *pixa; PROCNAME("pixaaAddPix"); if (!paa) return ERROR_INT("paa not defined", procName, 1); if (!pix) return ERROR_INT("pix not defined", procName, 1); if ((pixa = pixaaGetPixa(paa, index, L_CLONE)) == NULL) return ERROR_INT("pixa not found", procName, 1); pixaAddPix(pixa, pix, copyflag); if (box) pixaAddBox(pixa, box, copyflag); pixaDestroy(&pixa); return 0; } /*! * pixaaAddBox() * * Input: paa * box * copyflag (L_INSERT, L_COPY, L_CLONE) * Return: 0 if OK, 1 on error * * Notes: * (1) The box can be used, for example, to hold the support region * of a pixa that is being added to the pixaa. */ l_int32 pixaaAddBox(PIXAA *paa, BOX *box, l_int32 copyflag) { PROCNAME("pixaaAddBox"); if (!paa) return ERROR_INT("paa not defined", procName, 1); if (!box) return ERROR_INT("box not defined", procName, 1); if (copyflag != L_INSERT && copyflag != L_COPY && copyflag != L_CLONE) return ERROR_INT("invalid copyflag", procName, 1); boxaAddBox(paa->boxa, box, copyflag); return 0; } /*---------------------------------------------------------------------* * Pixaa accessors * *---------------------------------------------------------------------*/ /*! * pixaaGetCount() * * Input: paa * &na ( number of pix in each pixa) * Return: count, or 0 if no pixaa * * Notes: * (1) If paa is empty, a returned na will also be empty. */ l_int32 pixaaGetCount(PIXAA *paa, NUMA **pna) { l_int32 i, n; NUMA *na; PIXA *pixa; PROCNAME("pixaaGetCount"); if (pna) *pna = NULL; if (!paa) return ERROR_INT("paa not defined", procName, 0); n = paa->n; if (pna) { if ((na = numaCreate(n)) == NULL) return ERROR_INT("na not made", procName, 0); *pna = na; for (i = 0; i < n; i++) { pixa = pixaaGetPixa(paa, i, L_CLONE); numaAddNumber(na, pixaGetCount(pixa)); pixaDestroy(&pixa); } } return n; } /*! * pixaaGetPixa() * * Input: paa * index (to the index-th pixa) * accesstype (L_COPY, L_CLONE, L_COPY_CLONE) * Return: pixa, or null on error * * Notes: * (1) L_COPY makes a new pixa with a copy of every pix * (2) L_CLONE just makes a new reference to the pixa, * and bumps the counter. You would use this, for example, * when you need to extract some data from a pix within a * pixa within a pixaa. * (3) L_COPY_CLONE makes a new pixa with a clone of every pix * and box * (4) In all cases, you must invoke pixaDestroy() on the returned pixa */ PIXA * pixaaGetPixa(PIXAA *paa, l_int32 index, l_int32 accesstype) { PIXA *pixa; PROCNAME("pixaaGetPixa"); if (!paa) return (PIXA *)ERROR_PTR("paa not defined", procName, NULL); if (index < 0 || index >= paa->n) return (PIXA *)ERROR_PTR("index not valid", procName, NULL); if (accesstype != L_COPY && accesstype != L_CLONE && accesstype != L_COPY_CLONE) return (PIXA *)ERROR_PTR("invalid accesstype", procName, NULL); if ((pixa = paa->pixa[index]) == NULL) { /* shouldn't happen! */ L_ERROR("missing pixa[%d]\n", procName, index); return (PIXA *)ERROR_PTR("pixa not found at index", procName, NULL); } return pixaCopy(pixa, accesstype); } /*! * pixaaGetBoxa() * * Input: paa * accesstype (L_COPY, L_CLONE) * Return: boxa, or null on error * * Notes: * (1) L_COPY returns a copy; L_CLONE returns a new reference to the boxa. * (2) In both cases, invoke boxaDestroy() on the returned boxa. */ BOXA * pixaaGetBoxa(PIXAA *paa, l_int32 accesstype) { PROCNAME("pixaaGetBoxa"); if (!paa) return (BOXA *)ERROR_PTR("paa not defined", procName, NULL); if (accesstype != L_COPY && accesstype != L_CLONE) return (BOXA *)ERROR_PTR("invalid access type", procName, NULL); return boxaCopy(paa->boxa, accesstype); } /*! * pixaaGetPix() * * Input: paa * index (index into the pixa array in the pixaa) * ipix (index into the pix array in the pixa) * accessflag (L_COPY or L_CLONE) * Return: pix, or null on error */ PIX * pixaaGetPix(PIXAA *paa, l_int32 index, l_int32 ipix, l_int32 accessflag) { PIX *pix; PIXA *pixa; PROCNAME("pixaaGetPix"); if ((pixa = pixaaGetPixa(paa, index, L_CLONE)) == NULL) return (PIX *)ERROR_PTR("pixa not retrieved", procName, NULL); if ((pix = pixaGetPix(pixa, ipix, accessflag)) == NULL) L_ERROR("pix not retrieved\n", procName); pixaDestroy(&pixa); return pix; } /*! * pixaaVerifyDepth() * * Input: paa * &maxdepth ( max depth of all pix in pixaa) * Return: depth (return 0 if they're not all the same, or on error) */ l_int32 pixaaVerifyDepth(PIXAA *paa, l_int32 *pmaxdepth) { l_int32 i, npixa, d, maxd, maxdepth, same; PIXA *pixa; PROCNAME("pixaaVerifyDepth"); if (pmaxdepth) *pmaxdepth = 0; if (!paa) return ERROR_INT("paa not defined", procName, 0); npixa = pixaaGetCount(paa, NULL); maxdepth = 0; same = 1; for (i = 0; i < npixa; i++) { pixa = pixaaGetPixa(paa, i, L_CLONE); if (pixaGetCount(pixa) > 0) { d = pixaVerifyDepth(pixa, &maxd); maxdepth = L_MAX(maxdepth, maxd); /* biggest up to this point */ if (d != maxdepth) same = 0; } pixaDestroy(&pixa); } if (pmaxdepth) *pmaxdepth = maxdepth; return (same == 1) ? maxdepth : 0; } /*! * pixaaIsFull() * * Input: paa * &full ( 1 if all pixa in the paa have full pix arrays) * Return: return 0 if OK, 1 on error * * Notes: * (1) Does not require boxa associated with each pixa to be full. */ l_int32 pixaaIsFull(PIXAA *paa, l_int32 *pfull) { l_int32 i, n, full; PIXA *pixa; PROCNAME("pixaaIsFull"); if (!pfull) return ERROR_INT("&full not defined", procName, 0); *pfull = 0; if (!paa) return ERROR_INT("paa not defined", procName, 0); n = pixaaGetCount(paa, NULL); full = 1; for (i = 0; i < n; i++) { pixa = pixaaGetPixa(paa, i, L_CLONE); pixaIsFull(pixa, &full, NULL); pixaDestroy(&pixa); if (!full) break; } *pfull = full; return 0; } /*---------------------------------------------------------------------* * Pixaa array modifiers * *---------------------------------------------------------------------*/ /*! * pixaaInitFull() * * Input: paa (typically empty) * pixa (to be replicated into the entire pixa ptr array) * Return: 0 if OK, 1 on error * * Notes: * (1) This initializes a pixaa by filling up the entire pixa ptr array * with copies of @pixa. Any existing pixa are destroyed. * (2) Example usage. This function is useful to prepare for a * random insertion (or replacement) of pixa into a pixaa. * To randomly insert pixa into a pixaa, up to some index "max": * Pixaa *paa = pixaaCreate(max); * Pixa *pixa = pixaCreate(1); // if you want little memory * pixaaInitFull(paa, pixa); // copy it to entire array * pixaDestroy(&pixa); // no longer needed * The initialization allows the pixaa to always be properly filled. */ l_int32 pixaaInitFull(PIXAA *paa, PIXA *pixa) { l_int32 i, n; PIXA *pixat; PROCNAME("pixaaInitFull"); if (!paa) return ERROR_INT("paa not defined", procName, 1); if (!pixa) return ERROR_INT("pixa not defined", procName, 1); n = paa->nalloc; paa->n = n; for (i = 0; i < n; i++) { pixat = pixaCopy(pixa, L_COPY); pixaaReplacePixa(paa, i, pixat); } return 0; } /*! * pixaaReplacePixa() * * Input: paa * index (to the index-th pixa) * pixa (insert to replace existing one) * Return: 0 if OK, 1 on error * * Notes: * (1) This allows random insertion of a pixa into a pixaa, with * destruction of any existing pixa at that location. * The input pixa is now owned by the pixaa. * (2) No other pixa in the array are affected. * (3) The index must be within the allowed set. */ l_int32 pixaaReplacePixa(PIXAA *paa, l_int32 index, PIXA *pixa) { PROCNAME("pixaaReplacePixa"); if (!paa) return ERROR_INT("paa not defined", procName, 1); if (index < 0 || index >= paa->n) return ERROR_INT("index not valid", procName, 1); if (!pixa) return ERROR_INT("pixa not defined", procName, 1); pixaDestroy(&(paa->pixa[index])); paa->pixa[index] = pixa; return 0; } /*! * pixaaClear() * * Input: paa * Return: 0 if OK, 1 on error * * Notes: * (1) This destroys all pixa in the pixaa, and nulls the ptrs * in the pixa ptr array. */ l_int32 pixaaClear(PIXAA *paa) { l_int32 i, n; PROCNAME("pixaClear"); if (!paa) return ERROR_INT("paa not defined", procName, 1); n = pixaaGetCount(paa, NULL); for (i = 0; i < n; i++) pixaDestroy(&paa->pixa[i]); paa->n = 0; return 0; } /*! * pixaaTruncate() * * Input: paa * Return: 0 if OK, 1 on error * * Notes: * (1) This identifies the largest index containing a pixa that * has any pix within it, destroys all pixa above that index, * and resets the count. */ l_int32 pixaaTruncate(PIXAA *paa) { l_int32 i, n, np; PIXA *pixa; PROCNAME("pixaaTruncate"); if (!paa) return ERROR_INT("paa not defined", procName, 1); n = pixaaGetCount(paa, NULL); for (i = n - 1; i >= 0; i--) { pixa = pixaaGetPixa(paa, i, L_CLONE); if (!pixa) { paa->n--; continue; } np = pixaGetCount(pixa); pixaDestroy(&pixa); if (np == 0) { pixaDestroy(&paa->pixa[i]); paa->n--; } else { break; } } return 0; } /*---------------------------------------------------------------------* * Pixa serialized I/O * *---------------------------------------------------------------------*/ #ifdef HAVE_CONFIG_H #include "config_auto.h" #endif /* HAVE_CONFIG_H */ /*! * pixaRead() * * Input: filename * Return: pixa, or null on error * * Notes: * (1) The pix are stored in the file as png. * If the png library is not linked, this will fail. */ PIXA * pixaRead(const char *filename) { FILE *fp; PIXA *pixa; PROCNAME("pixaRead"); #if !HAVE_LIBPNG /* defined in environ.h and config_auto.h */ return (PIXA *)ERROR_PTR("no libpng: can't read data", procName, NULL); #endif /* !HAVE_LIBPNG */ if (!filename) return (PIXA *)ERROR_PTR("filename not defined", procName, NULL); if ((fp = fopenReadStream(filename)) == NULL) return (PIXA *)ERROR_PTR("stream not opened", procName, NULL); if ((pixa = pixaReadStream(fp)) == NULL) { fclose(fp); return (PIXA *)ERROR_PTR("pixa not read", procName, NULL); } fclose(fp); return pixa; } /*! * pixaReadStream() * * Input: stream * Return: pixa, or null on error * * Notes: * (1) The pix are stored in the file as png. * If the png library is not linked, this will fail. */ PIXA * pixaReadStream(FILE *fp) { l_int32 n, i, xres, yres, version; l_int32 ignore; BOXA *boxa; PIX *pix; PIXA *pixa; PROCNAME("pixaReadStream"); #if !HAVE_LIBPNG /* defined in environ.h and config_auto.h */ return (PIXA *)ERROR_PTR("no libpng: can't read data", procName, NULL); #endif /* !HAVE_LIBPNG */ if (!fp) return (PIXA *)ERROR_PTR("stream not defined", procName, NULL); if (fscanf(fp, "\nPixa Version %d\n", &version) != 1) return (PIXA *)ERROR_PTR("not a pixa file", procName, NULL); if (version != PIXA_VERSION_NUMBER) return (PIXA *)ERROR_PTR("invalid pixa version", procName, NULL); if (fscanf(fp, "Number of pix = %d\n", &n) != 1) return (PIXA *)ERROR_PTR("not a pixa file", procName, NULL); if ((boxa = boxaReadStream(fp)) == NULL) return (PIXA *)ERROR_PTR("boxa not made", procName, NULL); if ((pixa = pixaCreate(n)) == NULL) { boxaDestroy(&boxa); return (PIXA *)ERROR_PTR("pixa not made", procName, NULL); } boxaDestroy(&pixa->boxa); pixa->boxa = boxa; for (i = 0; i < n; i++) { if ((fscanf(fp, " pix[%d]: xres = %d, yres = %d\n", &ignore, &xres, &yres)) != 3) { pixaDestroy(&pixa); return (PIXA *)ERROR_PTR("res reading error", procName, NULL); } if ((pix = pixReadStreamPng(fp)) == NULL) { pixaDestroy(&pixa); return (PIXA *)ERROR_PTR("pix not read", procName, NULL); } pixSetXRes(pix, xres); pixSetYRes(pix, yres); pixaAddPix(pixa, pix, L_INSERT); } return pixa; } /*! * pixaWrite() * * Input: filename * pixa * Return: 0 if OK, 1 on error * * Notes: * (1) The pix are stored in the file as png. * If the png library is not linked, this will fail. */ l_int32 pixaWrite(const char *filename, PIXA *pixa) { FILE *fp; PROCNAME("pixaWrite"); #if !HAVE_LIBPNG /* defined in environ.h and config_auto.h */ return ERROR_INT("no libpng: can't write data", procName, 1); #endif /* !HAVE_LIBPNG */ if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!pixa) return ERROR_INT("pixa not defined", procName, 1); if ((fp = fopenWriteStream(filename, "wb")) == NULL) return ERROR_INT("stream not opened", procName, 1); if (pixaWriteStream(fp, pixa)) return ERROR_INT("pixa not written to stream", procName, 1); fclose(fp); return 0; } /*! * pixaWriteStream() * * Input: stream (opened for "wb") * pixa * Return: 0 if OK, 1 on error * * Notes: * (1) The pix are stored in the file as png. * If the png library is not linked, this will fail. */ l_int32 pixaWriteStream(FILE *fp, PIXA *pixa) { l_int32 n, i; PIX *pix; PROCNAME("pixaWriteStream"); #if !HAVE_LIBPNG /* defined in environ.h and config_auto.h */ return ERROR_INT("no libpng: can't write data", procName, 1); #endif /* !HAVE_LIBPNG */ if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!pixa) return ERROR_INT("pixa not defined", procName, 1); n = pixaGetCount(pixa); fprintf(fp, "\nPixa Version %d\n", PIXA_VERSION_NUMBER); fprintf(fp, "Number of pix = %d\n", n); boxaWriteStream(fp, pixa->boxa); for (i = 0; i < n; i++) { if ((pix = pixaGetPix(pixa, i, L_CLONE)) == NULL) return ERROR_INT("pix not found", procName, 1); fprintf(fp, " pix[%d]: xres = %d, yres = %d\n", i, pix->xres, pix->yres); pixWriteStreamPng(fp, pix, 0.0); pixDestroy(&pix); } return 0; } /*---------------------------------------------------------------------* * Pixaa serialized I/O * *---------------------------------------------------------------------*/ /*! * pixaaReadFromFiles() * * Input: dirname (directory) * substr ( substring filter on filenames; can be NULL) * first (0-based) * nfiles (use 0 for everything from @first to the end) * Return: paa, or null on error or if no pixa files are found. * * Notes: * (1) The files must be serialized pixa files (e.g., *.pa) * If some files cannot be read, warnings are issued. * (2) Use @substr to filter filenames in the directory. If * @substr == NULL, this takes all files. * (3) After filtering, use @first and @nfiles to select * a contiguous set of files, that have been lexically * sorted in increasing order. */ PIXAA * pixaaReadFromFiles(const char *dirname, const char *substr, l_int32 first, l_int32 nfiles) { char *fname; l_int32 i, n; PIXA *pixa; PIXAA *paa; SARRAY *sa; PROCNAME("pixaaReadFromFiles"); if (!dirname) return (PIXAA *)ERROR_PTR("dirname not defined", procName, NULL); sa = getSortedPathnamesInDirectory(dirname, substr, first, nfiles); if (!sa || ((n = sarrayGetCount(sa)) == 0)) { sarrayDestroy(&sa); return (PIXAA *)ERROR_PTR("no pixa files found", procName, NULL); } paa = pixaaCreate(n); for (i = 0; i < n; i++) { fname = sarrayGetString(sa, i, L_NOCOPY); if ((pixa = pixaRead(fname)) == NULL) { L_ERROR("pixa not read for %d-th file", procName, i); continue; } pixaaAddPixa(paa, pixa, L_INSERT); } sarrayDestroy(&sa); return paa; } /*! * pixaaRead() * * Input: filename * Return: paa, or null on error * * Notes: * (1) The pix are stored in the file as png. * If the png library is not linked, this will fail. */ PIXAA * pixaaRead(const char *filename) { FILE *fp; PIXAA *paa; PROCNAME("pixaaRead"); #if !HAVE_LIBPNG /* defined in environ.h and config_auto.h */ return (PIXAA *)ERROR_PTR("no libpng: can't read data", procName, NULL); #endif /* !HAVE_LIBPNG */ if (!filename) return (PIXAA *)ERROR_PTR("filename not defined", procName, NULL); if ((fp = fopenReadStream(filename)) == NULL) return (PIXAA *)ERROR_PTR("stream not opened", procName, NULL); if ((paa = pixaaReadStream(fp)) == NULL) { fclose(fp); return (PIXAA *)ERROR_PTR("paa not read", procName, NULL); } fclose(fp); return paa; } /*! * pixaaReadStream() * * Input: stream * Return: paa, or null on error * * Notes: * (1) The pix are stored in the file as png. * If the png library is not linked, this will fail. */ PIXAA * pixaaReadStream(FILE *fp) { l_int32 n, i, version; l_int32 ignore; BOXA *boxa; PIXA *pixa; PIXAA *paa; PROCNAME("pixaaReadStream"); #if !HAVE_LIBPNG /* defined in environ.h and config_auto.h */ return (PIXAA *)ERROR_PTR("no libpng: can't read data", procName, NULL); #endif /* !HAVE_LIBPNG */ if (!fp) return (PIXAA *)ERROR_PTR("stream not defined", procName, NULL); if (fscanf(fp, "\nPixaa Version %d\n", &version) != 1) return (PIXAA *)ERROR_PTR("not a pixaa file", procName, NULL); if (version != PIXAA_VERSION_NUMBER) return (PIXAA *)ERROR_PTR("invalid pixaa version", procName, NULL); if (fscanf(fp, "Number of pixa = %d\n", &n) != 1) return (PIXAA *)ERROR_PTR("not a pixaa file", procName, NULL); if ((paa = pixaaCreate(n)) == NULL) return (PIXAA *)ERROR_PTR("paa not made", procName, NULL); if ((boxa = boxaReadStream(fp)) == NULL) return (PIXAA *)ERROR_PTR("boxa not made", procName, NULL); boxaDestroy(&paa->boxa); paa->boxa = boxa; for (i = 0; i < n; i++) { if ((fscanf(fp, "\n\n --------------- pixa[%d] ---------------\n", &ignore)) != 1) { return (PIXAA *)ERROR_PTR("text reading", procName, NULL); } if ((pixa = pixaReadStream(fp)) == NULL) return (PIXAA *)ERROR_PTR("pixa not read", procName, NULL); pixaaAddPixa(paa, pixa, L_INSERT); } return paa; } /*! * pixaaWrite() * * Input: filename * paa * Return: 0 if OK, 1 on error * * Notes: * (1) The pix are stored in the file as png. * If the png library is not linked, this will fail. */ l_int32 pixaaWrite(const char *filename, PIXAA *paa) { FILE *fp; PROCNAME("pixaaWrite"); #if !HAVE_LIBPNG /* defined in environ.h and config_auto.h */ return ERROR_INT("no libpng: can't read data", procName, 1); #endif /* !HAVE_LIBPNG */ if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!paa) return ERROR_INT("paa not defined", procName, 1); if ((fp = fopenWriteStream(filename, "wb")) == NULL) return ERROR_INT("stream not opened", procName, 1); if (pixaaWriteStream(fp, paa)) return ERROR_INT("paa not written to stream", procName, 1); fclose(fp); return 0; } /*! * pixaaWriteStream() * * Input: stream (opened for "wb") * paa * Return: 0 if OK, 1 on error * * Notes: * (1) The pix are stored in the file as png. * If the png library is not linked, this will fail. */ l_int32 pixaaWriteStream(FILE *fp, PIXAA *paa) { l_int32 n, i; PIXA *pixa; PROCNAME("pixaaWriteStream"); #if !HAVE_LIBPNG /* defined in environ.h and config_auto.h */ return ERROR_INT("no libpng: can't read data", procName, 1); #endif /* !HAVE_LIBPNG */ if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!paa) return ERROR_INT("paa not defined", procName, 1); n = pixaaGetCount(paa, NULL); fprintf(fp, "\nPixaa Version %d\n", PIXAA_VERSION_NUMBER); fprintf(fp, "Number of pixa = %d\n", n); boxaWriteStream(fp, paa->boxa); for (i = 0; i < n; i++) { if ((pixa = pixaaGetPixa(paa, i, L_CLONE)) == NULL) return ERROR_INT("pixa not found", procName, 1); fprintf(fp, "\n\n --------------- pixa[%d] ---------------\n", i); pixaWriteStream(fp, pixa); pixaDestroy(&pixa); } return 0; } leptonica-1.70/src/arrayaccess.h0000644000175000017500000002013111707052573014751 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ #ifndef LEPTONICA_ARRAY_ACCESS_H #define LEPTONICA_ARRAY_ACCESS_H /* * arrayaccess.h * * 1, 2, 4, 8, 16 and 32 bit data access within an array of 32-bit words * * This is used primarily to access 1, 2, 4, 8, 16 and 32 bit pixels * in a line of image data, represented as an array of 32-bit words. * * pdata: pointer to first 32-bit word in the array * n: index of the pixel in the array * * Function calls for these accessors are defined in arrayaccess.c. * * However, for efficiency we use the inline macros for all accesses. * Even though the 2 and 4 bit set* accessors are more complicated, * they are about 10% faster than the function calls. * * The 32 bit access is just a cast and ptr arithmetic. We include * it so that the input ptr can be void*. * * At the end of this file is code for invoking the function calls * instead of inlining. * * The macro SET_DATA_BIT_VAL(pdata, n, val) is a bit slower than * if (val == 0) * CLEAR_DATA_BIT(pdata, n); * else * SET_DATA_BIT(pdata, n); */ /* Use the inline accessors (except with _MSC_VER), because they * are faster. */ #define USE_INLINE_ACCESSORS 1 #if USE_INLINE_ACCESSORS #ifndef _MSC_VER /*--------------------------------------------------* * 1 bit access * *--------------------------------------------------*/ #define GET_DATA_BIT(pdata, n) \ ((*((l_uint32 *)(pdata) + ((n) >> 5)) >> (31 - ((n) & 31))) & 1) #define SET_DATA_BIT(pdata, n) \ (*((l_uint32 *)(pdata) + ((n) >> 5)) |= (0x80000000 >> ((n) & 31))) #define CLEAR_DATA_BIT(pdata, n) \ (*((l_uint32 *)(pdata) + ((n) >> 5)) &= ~(0x80000000 >> ((n) & 31))) #define SET_DATA_BIT_VAL(pdata, n, val) \ ({l_uint32 *_TEMP_WORD_PTR_; \ _TEMP_WORD_PTR_ = (l_uint32 *)(pdata) + ((n) >> 5); \ *_TEMP_WORD_PTR_ &= ~(0x80000000 >> ((n) & 31)); \ *_TEMP_WORD_PTR_ |= ((val) << (31 - ((n) & 31))); \ }) /*--------------------------------------------------* * 2 bit access * *--------------------------------------------------*/ #define GET_DATA_DIBIT(pdata, n) \ ((*((l_uint32 *)(pdata) + ((n) >> 4)) >> (2 * (15 - ((n) & 15)))) & 3) #define SET_DATA_DIBIT(pdata, n, val) \ ({l_uint32 *_TEMP_WORD_PTR_; \ _TEMP_WORD_PTR_ = (l_uint32 *)(pdata) + ((n) >> 4); \ *_TEMP_WORD_PTR_ &= ~(0xc0000000 >> (2 * ((n) & 15))); \ *_TEMP_WORD_PTR_ |= (((val) & 3) << (30 - 2 * ((n) & 15))); \ }) #define CLEAR_DATA_DIBIT(pdata, n) \ (*((l_uint32 *)(pdata) + ((n) >> 4)) &= ~(0xc0000000 >> (2 * ((n) & 15)))) /*--------------------------------------------------* * 4 bit access * *--------------------------------------------------*/ #define GET_DATA_QBIT(pdata, n) \ ((*((l_uint32 *)(pdata) + ((n) >> 3)) >> (4 * (7 - ((n) & 7)))) & 0xf) #define SET_DATA_QBIT(pdata, n, val) \ ({l_uint32 *_TEMP_WORD_PTR_; \ _TEMP_WORD_PTR_ = (l_uint32 *)(pdata) + ((n) >> 3); \ *_TEMP_WORD_PTR_ &= ~(0xf0000000 >> (4 * ((n) & 7))); \ *_TEMP_WORD_PTR_ |= (((val) & 15) << (28 - 4 * ((n) & 7))); \ }) #define CLEAR_DATA_QBIT(pdata, n) \ (*((l_uint32 *)(pdata) + ((n) >> 3)) &= ~(0xf0000000 >> (4 * ((n) & 7)))) /*--------------------------------------------------* * 8 bit access * *--------------------------------------------------*/ #ifdef L_BIG_ENDIAN #define GET_DATA_BYTE(pdata, n) \ (*((l_uint8 *)(pdata) + (n))) #else /* L_LITTLE_ENDIAN */ #define GET_DATA_BYTE(pdata, n) \ (*(l_uint8 *)((l_uintptr_t)((l_uint8 *)(pdata) + (n)) ^ 3)) #endif /* L_BIG_ENDIAN */ #ifdef L_BIG_ENDIAN #define SET_DATA_BYTE(pdata, n, val) \ (*((l_uint8 *)(pdata) + (n)) = (val)) #else /* L_LITTLE_ENDIAN */ #define SET_DATA_BYTE(pdata, n, val) \ (*(l_uint8 *)((l_uintptr_t)((l_uint8 *)(pdata) + (n)) ^ 3) = (val)) #endif /* L_BIG_ENDIAN */ /*--------------------------------------------------* * 16 bit access * *--------------------------------------------------*/ #ifdef L_BIG_ENDIAN #define GET_DATA_TWO_BYTES(pdata, n) \ (*((l_uint16 *)(pdata) + (n))) #else /* L_LITTLE_ENDIAN */ #define GET_DATA_TWO_BYTES(pdata, n) \ (*(l_uint16 *)((l_uintptr_t)((l_uint16 *)(pdata) + (n)) ^ 2)) #endif /* L_BIG_ENDIAN */ #ifdef L_BIG_ENDIAN #define SET_DATA_TWO_BYTES(pdata, n, val) \ (*((l_uint16 *)(pdata) + (n)) = (val)) #else /* L_LITTLE_ENDIAN */ #define SET_DATA_TWO_BYTES(pdata, n, val) \ (*(l_uint16 *)((l_uintptr_t)((l_uint16 *)(pdata) + (n)) ^ 2) = (val)) #endif /* L_BIG_ENDIAN */ /*--------------------------------------------------* * 32 bit access * *--------------------------------------------------*/ #define GET_DATA_FOUR_BYTES(pdata, n) \ (*((l_uint32 *)(pdata) + (n))) #define SET_DATA_FOUR_BYTES(pdata, n, val) \ (*((l_uint32 *)(pdata) + (n)) = (val)) #endif /* ! _MSC_VER */ #endif /* USE_INLINE_ACCESSORS */ /*--------------------------------------------------* * Slower, using function calls for all accessors * *--------------------------------------------------*/ #if !USE_INLINE_ACCESSORS || defined(_MSC_VER) #define GET_DATA_BIT(pdata, n) l_getDataBit(pdata, n) #define SET_DATA_BIT(pdata, n) l_setDataBit(pdata, n) #define CLEAR_DATA_BIT(pdata, n) l_clearDataBit(pdata, n) #define SET_DATA_BIT_VAL(pdata, n, val) l_setDataBitVal(pdata, n, val) #define GET_DATA_DIBIT(pdata, n) l_getDataDibit(pdata, n) #define SET_DATA_DIBIT(pdata, n, val) l_setDataDibit(pdata, n, val) #define CLEAR_DATA_DIBIT(pdata, n) l_clearDataDibit(pdata, n) #define GET_DATA_QBIT(pdata, n) l_getDataQbit(pdata, n) #define SET_DATA_QBIT(pdata, n, val) l_setDataQbit(pdata, n, val) #define CLEAR_DATA_QBIT(pdata, n) l_clearDataQbit(pdata, n) #define GET_DATA_BYTE(pdata, n) l_getDataByte(pdata, n) #define SET_DATA_BYTE(pdata, n, val) l_setDataByte(pdata, n, val) #define GET_DATA_TWO_BYTES(pdata, n) l_getDataTwoBytes(pdata, n) #define SET_DATA_TWO_BYTES(pdata, n, val) l_setDataTwoBytes(pdata, n, val) #define GET_DATA_FOUR_BYTES(pdata, n) l_getDataFourBytes(pdata, n) #define SET_DATA_FOUR_BYTES(pdata, n, val) l_setDataFourBytes(pdata, n, val) #endif /* !USE_INLINE_ACCESSORS || _MSC_VER */ #endif /* LEPTONICA_ARRAY_ACCESS_H */ leptonica-1.70/src/pix3.c0000644000175000017500000027311412244225736013342 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pix3.c * * This file has these operations: * * (1) Mask-directed operations * (2) Full-image bit-logical operations * (3) Foreground pixel counting operations on 1 bpp images * (4) Average and variance of pixel values * (5) Mirrored tiling of a smaller image * * * Masked operations * l_int32 pixSetMasked() * l_int32 pixSetMaskedGeneral() * l_int32 pixCombineMasked() * l_int32 pixCombineMaskedGeneral() * l_int32 pixPaintThroughMask() * PIX *pixPaintSelfThroughMask() * PIX *pixMakeMaskFromLUT() * PIX *pixSetUnderTransparency() * * One and two-image boolean operations on arbitrary depth images * PIX *pixInvert() * PIX *pixOr() * PIX *pixAnd() * PIX *pixXor() * PIX *pixSubtract() * * Foreground pixel counting in 1 bpp images * l_int32 pixZero() * l_int32 pixForegroundFraction() * NUMA *pixaCountPixels() * l_int32 pixCountPixels() * NUMA *pixCountByRow() * NUMA *pixCountByColumn() * NUMA *pixCountPixelsByRow() * NUMA *pixCountPixelsByColumn() * l_int32 pixCountPixelsInRow() * NUMA *pixGetMomentByColumn() * l_int32 pixThresholdPixelSum() * l_int32 *makePixelSumTab8() * l_int32 *makePixelCentroidTab8() * * Average of pixel values in gray images * NUMA *pixAverageByRow() * NUMA *pixAverageByColumn() * l_int32 pixAverageInRect() * * Variance of pixel values in gray images * NUMA *pixVarianceByRow() * NUMA *pixVarianceByColumn() * l_int32 pixVarianceInRect() * * Average of absolute value of pixel differences in gray images * NUMA *pixAbsDiffByRow() * NUMA *pixAbsDiffByColumn() * l_int32 pixAbsDiffInRect() * l_int32 pixAbsDiffOnLine() * * Count of pixels with specific value * * l_int32 pixCountArbInRect() * * Mirrored tiling * PIX *pixMirroredTiling() * * Static helper function * static l_int32 findTilePatchCenter() */ #include #include #include "allheaders.h" static l_int32 findTilePatchCenter(PIX *pixs, BOX *box, l_int32 dir, l_uint32 targdist, l_uint32 *pdist, l_int32 *pxc, l_int32 *pyc); #ifndef NO_CONSOLE_IO #define EQUAL_SIZE_WARNING 0 #endif /* ~NO_CONSOLE_IO */ /*-------------------------------------------------------------* * Masked operations * *-------------------------------------------------------------*/ /*! * pixSetMasked() * * Input: pixd (1, 2, 4, 8, 16 or 32 bpp; or colormapped) * pixm ( 1 bpp mask; no operation if NULL) * val (value to set at each masked pixel) * Return: 0 if OK; 1 on error * * Notes: * (1) In-place operation. * (2) NOTE: For cmapped images, this calls pixSetMaskedCmap(). * @val must be the 32-bit color representation of the RGB pixel. * It is not the index into the colormap! * (2) If pixm == NULL, a warning is given. * (3) This is an implicitly aligned operation, where the UL * corners of pixd and pixm coincide. A warning is * issued if the two image sizes differ significantly, * but the operation proceeds. * (4) Each pixel in pixd that co-locates with an ON pixel * in pixm is set to the specified input value. * Other pixels in pixd are not changed. * (5) You can visualize this as painting the color through * the mask, as a stencil. * (6) If you do not want to have the UL corners aligned, * use the function pixSetMaskedGeneral(), which requires * you to input the UL corner of pixm relative to pixd. * (7) Implementation details: see comments in pixPaintThroughMask() * for when we use rasterop to do the painting. */ l_int32 pixSetMasked(PIX *pixd, PIX *pixm, l_uint32 val) { l_int32 wd, hd, wm, hm, w, h, d, wpld, wplm; l_int32 i, j, rval, gval, bval; l_uint32 *datad, *datam, *lined, *linem; PROCNAME("pixSetMasked"); if (!pixd) return ERROR_INT("pixd not defined", procName, 1); if (!pixm) { L_WARNING("no mask; nothing to do\n", procName); return 0; } if (pixGetColormap(pixd)) { extractRGBValues(val, &rval, &gval, &bval); return pixSetMaskedCmap(pixd, pixm, 0, 0, rval, gval, bval); } if (pixGetDepth(pixm) != 1) return ERROR_INT("pixm not 1 bpp", procName, 1); d = pixGetDepth(pixd); if (d == 1) val &= 1; else if (d == 2) val &= 3; else if (d == 4) val &= 0x0f; else if (d == 8) val &= 0xff; else if (d == 16) val &= 0xffff; else if (d != 32) return ERROR_INT("pixd not 1, 2, 4, 8, 16 or 32 bpp", procName, 1); pixGetDimensions(pixm, &wm, &hm, NULL); /* If d == 1, use rasterop; it's about 25x faster */ if (d == 1) { if (val == 0) { PIX *pixmi = pixInvert(NULL, pixm); pixRasterop(pixd, 0, 0, wm, hm, PIX_MASK, pixmi, 0, 0); pixDestroy(&pixmi); } else { /* val == 1 */ pixRasterop(pixd, 0, 0, wm, hm, PIX_PAINT, pixm, 0, 0); } return 0; } /* For d < 32, use rasterop for val == 0 (black); ~3x faster. */ if (d < 32 && val == 0) { PIX *pixmd = pixUnpackBinary(pixm, d, 1); pixRasterop(pixd, 0, 0, wm, hm, PIX_MASK, pixmd, 0, 0); pixDestroy(&pixmd); return 0; } /* For d < 32, use rasterop for val == maxval (white); ~3x faster. */ if (d < 32 && val == ((1 << d) - 1)) { PIX *pixmd = pixUnpackBinary(pixm, d, 0); pixRasterop(pixd, 0, 0, wm, hm, PIX_PAINT, pixmd, 0, 0); pixDestroy(&pixmd); return 0; } pixGetDimensions(pixd, &wd, &hd, &d); w = L_MIN(wd, wm); h = L_MIN(hd, hm); if (L_ABS(wd - wm) > 7 || L_ABS(hd - hm) > 7) /* allow a small tolerance */ L_WARNING("pixd and pixm sizes differ\n", procName); datad = pixGetData(pixd); datam = pixGetData(pixm); wpld = pixGetWpl(pixd); wplm = pixGetWpl(pixm); for (i = 0; i < h; i++) { lined = datad + i * wpld; linem = datam + i * wplm; for (j = 0; j < w; j++) { if (GET_DATA_BIT(linem, j)) { switch(d) { case 2: SET_DATA_DIBIT(lined, j, val); break; case 4: SET_DATA_QBIT(lined, j, val); break; case 8: SET_DATA_BYTE(lined, j, val); break; case 16: SET_DATA_TWO_BYTES(lined, j, val); break; case 32: *(lined + j) = val; break; default: return ERROR_INT("shouldn't get here", procName, 1); } } } } return 0; } /*! * pixSetMaskedGeneral() * * Input: pixd (8, 16 or 32 bpp) * pixm ( 1 bpp mask; no operation if null) * val (value to set at each masked pixel) * x, y (location of UL corner of pixm relative to pixd; * can be negative) * Return: 0 if OK; 1 on error * * Notes: * (1) This is an in-place operation. * (2) Alignment is explicit. If you want the UL corners of * the two images to be aligned, use pixSetMasked(). * (3) A typical use would be painting through the foreground * of a small binary mask pixm, located somewhere on a * larger pixd. Other pixels in pixd are not changed. * (4) You can visualize this as painting the color through * the mask, as a stencil. * (5) This uses rasterop to handle clipping and different depths of pixd. * (6) If pixd has a colormap, you should call pixPaintThroughMask(). * (7) Why is this function here, if pixPaintThroughMask() does the * same thing, and does it more generally? I've retained it here * to show how one can paint through a mask using only full * image rasterops, rather than pixel peeking in pixm and poking * in pixd. It's somewhat baroque, but I found it amusing. */ l_int32 pixSetMaskedGeneral(PIX *pixd, PIX *pixm, l_uint32 val, l_int32 x, l_int32 y) { l_int32 wm, hm, d; PIX *pixmu, *pixc; PROCNAME("pixSetMaskedGeneral"); if (!pixd) return ERROR_INT("pixd not defined", procName, 1); if (!pixm) /* nothing to do */ return 0; d = pixGetDepth(pixd); if (d != 8 && d != 16 && d != 32) return ERROR_INT("pixd not 8, 16 or 32 bpp", procName, 1); if (pixGetDepth(pixm) != 1) return ERROR_INT("pixm not 1 bpp", procName, 1); /* Unpack binary to depth d, with inversion: 1 --> 0, 0 --> 0xff... */ if ((pixmu = pixUnpackBinary(pixm, d, 1)) == NULL) return ERROR_INT("pixmu not made", procName, 1); /* Clear stenciled pixels in pixd */ pixGetDimensions(pixm, &wm, &hm, NULL); pixRasterop(pixd, x, y, wm, hm, PIX_SRC & PIX_DST, pixmu, 0, 0); /* Generate image with requisite color */ if ((pixc = pixCreateTemplate(pixmu)) == NULL) return ERROR_INT("pixc not made", procName, 1); pixSetAllArbitrary(pixc, val); /* Invert stencil mask, and paint color color into stencil */ pixInvert(pixmu, pixmu); pixAnd(pixmu, pixmu, pixc); /* Finally, repaint stenciled pixels, with val, in pixd */ pixRasterop(pixd, x, y, wm, hm, PIX_SRC | PIX_DST, pixmu, 0, 0); pixDestroy(&pixmu); pixDestroy(&pixc); return 0; } /*! * pixCombineMasked() * * Input: pixd (1 bpp, 8 bpp gray or 32 bpp rgb; no cmap) * pixs (1 bpp, 8 bpp gray or 32 bpp rgb; no cmap) * pixm ( 1 bpp mask; no operation if NULL) * Return: 0 if OK; 1 on error * * Notes: * (1) In-place operation; pixd is changed. * (2) This sets each pixel in pixd that co-locates with an ON * pixel in pixm to the corresponding value of pixs. * (3) pixs and pixd must be the same depth and not colormapped. * (4) All three input pix are aligned at the UL corner, and the * operation is clipped to the intersection of all three images. * (5) If pixm == NULL, it's a no-op. * (6) Implementation: see notes in pixCombineMaskedGeneral(). * For 8 bpp selective masking, you might guess that it * would be faster to generate an 8 bpp version of pixm, * using pixConvert1To8(pixm, 0, 255), and then use a * general combine operation * d = (d & ~m) | (s & m) * on a word-by-word basis. Not always. The word-by-word * combine takes a time that is independent of the mask data. * If the mask is relatively sparse, the byte-check method * is actually faster! */ l_int32 pixCombineMasked(PIX *pixd, PIX *pixs, PIX *pixm) { l_int32 w, h, d, ws, hs, ds, wm, hm, dm, wmin, hmin; l_int32 wpl, wpls, wplm, i, j, val; l_uint32 *data, *datas, *datam, *line, *lines, *linem; PIX *pixt; PROCNAME("pixCombineMasked"); if (!pixm) /* nothing to do */ return 0; if (!pixd) return ERROR_INT("pixd not defined", procName, 1); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); pixGetDimensions(pixd, &w, &h, &d); pixGetDimensions(pixs, &ws, &hs, &ds); pixGetDimensions(pixm, &wm, &hm, &dm); if (d != ds) return ERROR_INT("pixs and pixd depths differ", procName, 1); if (dm != 1) return ERROR_INT("pixm not 1 bpp", procName, 1); if (d != 1 && d != 8 && d != 32) return ERROR_INT("pixd not 1, 8 or 32 bpp", procName, 1); if (pixGetColormap(pixd) || pixGetColormap(pixs)) return ERROR_INT("pixs and/or pixd is cmapped", procName, 1); /* For d = 1, use rasterop. pixt is the part from pixs, under * the fg of pixm, that is to be combined with pixd. We also * use pixt to remove all fg of pixd that is under the fg of pixm. * Then pixt and pixd are combined by ORing. */ wmin = L_MIN(w, L_MIN(ws, wm)); hmin = L_MIN(h, L_MIN(hs, hm)); if (d == 1) { pixt = pixAnd(NULL, pixs, pixm); pixRasterop(pixd, 0, 0, wmin, hmin, PIX_DST & PIX_NOT(PIX_SRC), pixm, 0, 0); pixRasterop(pixd, 0, 0, wmin, hmin, PIX_SRC | PIX_DST, pixt, 0, 0); pixDestroy(&pixt); return 0; } data = pixGetData(pixd); datas = pixGetData(pixs); datam = pixGetData(pixm); wpl = pixGetWpl(pixd); wpls = pixGetWpl(pixs); wplm = pixGetWpl(pixm); if (d == 8) { for (i = 0; i < hmin; i++) { line = data + i * wpl; lines = datas + i * wpls; linem = datam + i * wplm; for (j = 0; j < wmin; j++) { if (GET_DATA_BIT(linem, j)) { val = GET_DATA_BYTE(lines, j); SET_DATA_BYTE(line, j, val); } } } } else { /* d == 32 */ for (i = 0; i < hmin; i++) { line = data + i * wpl; lines = datas + i * wpls; linem = datam + i * wplm; for (j = 0; j < wmin; j++) { if (GET_DATA_BIT(linem, j)) line[j] = lines[j]; } } } return 0; } /*! * pixCombineMaskedGeneral() * * Input: pixd (1 bpp, 8 bpp gray or 32 bpp rgb) * pixs (1 bpp, 8 bpp gray or 32 bpp rgb) * pixm ( 1 bpp mask) * x, y (origin of pixs and pixm relative to pixd; can be negative) * Return: 0 if OK; 1 on error * * Notes: * (1) In-place operation; pixd is changed. * (2) This is a generalized version of pixCombinedMasked(), where * the source and mask can be placed at the same (arbitrary) * location relative to pixd. * (3) pixs and pixd must be the same depth and not colormapped. * (4) The UL corners of both pixs and pixm are aligned with * the point (x, y) of pixd, and the operation is clipped to * the intersection of all three images. * (5) If pixm == NULL, it's a no-op. * (6) Implementation. There are two ways to do these. In the first, * we use rasterop, ORing the part of pixs under the mask * with pixd (which has been appropriately cleared there first). * In the second, the mask is used one pixel at a time to * selectively replace pixels of pixd with those of pixs. * Here, we use rasterop for 1 bpp and pixel-wise replacement * for 8 and 32 bpp. To use rasterop for 8 bpp, for example, * we must first generate an 8 bpp version of the mask. * The code is simple: * * Pix *pixm8 = pixConvert1To8(NULL, pixm, 0, 255); * Pix *pixt = pixAnd(NULL, pixs, pixm8); * pixRasterop(pixd, x, y, wmin, hmin, PIX_DST & PIX_NOT(PIX_SRC), * pixm8, 0, 0); * pixRasterop(pixd, x, y, wmin, hmin, PIX_SRC | PIX_DST, * pixt, 0, 0); * pixDestroy(&pixt); * pixDestroy(&pixm8); */ l_int32 pixCombineMaskedGeneral(PIX *pixd, PIX *pixs, PIX *pixm, l_int32 x, l_int32 y) { l_int32 d, w, h, ws, hs, ds, wm, hm, dm, wmin, hmin; l_int32 wpl, wpls, wplm, i, j, val; l_uint32 *data, *datas, *datam, *line, *lines, *linem; PIX *pixt; PROCNAME("pixCombineMaskedGeneral"); if (!pixm) /* nothing to do */ return 0; if (!pixd) return ERROR_INT("pixd not defined", procName, 1); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); pixGetDimensions(pixd, &w, &h, &d); pixGetDimensions(pixs, &ws, &hs, &ds); pixGetDimensions(pixm, &wm, &hm, &dm); if (d != ds) return ERROR_INT("pixs and pixd depths differ", procName, 1); if (dm != 1) return ERROR_INT("pixm not 1 bpp", procName, 1); if (d != 1 && d != 8 && d != 32) return ERROR_INT("pixd not 1, 8 or 32 bpp", procName, 1); if (pixGetColormap(pixd) || pixGetColormap(pixs)) return ERROR_INT("pixs and/or pixd is cmapped", procName, 1); /* For d = 1, use rasterop. pixt is the part from pixs, under * the fg of pixm, that is to be combined with pixd. We also * use pixt to remove all fg of pixd that is under the fg of pixm. * Then pixt and pixd are combined by ORing. */ wmin = L_MIN(ws, wm); hmin = L_MIN(hs, hm); if (d == 1) { pixt = pixAnd(NULL, pixs, pixm); pixRasterop(pixd, x, y, wmin, hmin, PIX_DST & PIX_NOT(PIX_SRC), pixm, 0, 0); pixRasterop(pixd, x, y, wmin, hmin, PIX_SRC | PIX_DST, pixt, 0, 0); pixDestroy(&pixt); return 0; } wpl = pixGetWpl(pixd); data = pixGetData(pixd); wpls = pixGetWpl(pixs); datas = pixGetData(pixs); wplm = pixGetWpl(pixm); datam = pixGetData(pixm); for (i = 0; i < hmin; i++) { if (y + i < 0 || y + i >= h) continue; line = data + (y + i) * wpl; lines = datas + i * wpls; linem = datam + i * wplm; for (j = 0; j < wmin; j++) { if (x + j < 0 || x + j >= w) continue; if (GET_DATA_BIT(linem, j)) { switch (d) { case 8: val = GET_DATA_BYTE(lines, j); SET_DATA_BYTE(line, x + j, val); break; case 32: *(line + x + j) = *(lines + j); break; default: return ERROR_INT("shouldn't get here", procName, 1); } } } } return 0; } /*! * pixPaintThroughMask() * * Input: pixd (1, 2, 4, 8, 16 or 32 bpp; or colormapped) * pixm ( 1 bpp mask) * x, y (origin of pixm relative to pixd; can be negative) * val (pixel value to set at each masked pixel) * Return: 0 if OK; 1 on error * * Notes: * (1) In-place operation. Calls pixSetMaskedCmap() for colormapped * images. * (2) For 1, 2, 4, 8 and 16 bpp gray, we take the appropriate * number of least significant bits of val. * (3) If pixm == NULL, it's a no-op. * (4) The mask origin is placed at (x,y) on pixd, and the * operation is clipped to the intersection of rectangles. * (5) For rgb, the components in val are in the canonical locations, * with red in location COLOR_RED, etc. * (6) Implementation detail 1: * For painting with val == 0 or val == maxval, you can use rasterop. * If val == 0, invert the mask so that it's 0 over the region * into which you want to write, and use PIX_SRC & PIX_DST to * clear those pixels. To write with val = maxval (all 1's), * use PIX_SRC | PIX_DST to set all bits under the mask. * (7) Implementation detail 2: * The rasterop trick can be used for depth > 1 as well. * For val == 0, generate the mask for depth d from the binary * mask using * pixmd = pixUnpackBinary(pixm, d, 1); * and use pixRasterop() with PIX_MASK. For val == maxval, * pixmd = pixUnpackBinary(pixm, d, 0); * and use pixRasterop() with PIX_PAINT. * But note that if d == 32 bpp, it is about 3x faster to use * the general implementation (not pixRasterop()). * (8) Implementation detail 3: * It might be expected that the switch in the inner loop will * cause large branching delays and should be avoided. * This is not the case, because the entrance is always the * same and the compiler can correctly predict the jump. */ l_int32 pixPaintThroughMask(PIX *pixd, PIX *pixm, l_int32 x, l_int32 y, l_uint32 val) { l_int32 d, w, h, wm, hm, wpl, wplm, i, j, rval, gval, bval; l_uint32 *data, *datam, *line, *linem; PROCNAME("pixPaintThroughMask"); if (!pixd) return ERROR_INT("pixd not defined", procName, 1); if (!pixm) /* nothing to do */ return 0; if (pixGetColormap(pixd)) { extractRGBValues(val, &rval, &gval, &bval); return pixSetMaskedCmap(pixd, pixm, x, y, rval, gval, bval); } if (pixGetDepth(pixm) != 1) return ERROR_INT("pixm not 1 bpp", procName, 1); d = pixGetDepth(pixd); if (d == 1) val &= 1; else if (d == 2) val &= 3; else if (d == 4) val &= 0x0f; else if (d == 8) val &= 0xff; else if (d == 16) val &= 0xffff; else if (d != 32) return ERROR_INT("pixd not 1, 2, 4, 8, 16 or 32 bpp", procName, 1); pixGetDimensions(pixm, &wm, &hm, NULL); /* If d == 1, use rasterop; it's about 25x faster. */ if (d == 1) { if (val == 0) { PIX *pixmi = pixInvert(NULL, pixm); pixRasterop(pixd, x, y, wm, hm, PIX_MASK, pixmi, 0, 0); pixDestroy(&pixmi); } else { /* val == 1 */ pixRasterop(pixd, x, y, wm, hm, PIX_PAINT, pixm, 0, 0); } return 0; } /* For d < 32, use rasterop if val == 0 (black); ~3x faster. */ if (d < 32 && val == 0) { PIX *pixmd = pixUnpackBinary(pixm, d, 1); pixRasterop(pixd, x, y, wm, hm, PIX_MASK, pixmd, 0, 0); pixDestroy(&pixmd); return 0; } /* For d < 32, use rasterop if val == maxval (white); ~3x faster. */ if (d < 32 && val == ((1 << d) - 1)) { PIX *pixmd = pixUnpackBinary(pixm, d, 0); pixRasterop(pixd, x, y, wm, hm, PIX_PAINT, pixmd, 0, 0); pixDestroy(&pixmd); return 0; } /* All other cases */ pixGetDimensions(pixd, &w, &h, NULL); wpl = pixGetWpl(pixd); data = pixGetData(pixd); wplm = pixGetWpl(pixm); datam = pixGetData(pixm); for (i = 0; i < hm; i++) { if (y + i < 0 || y + i >= h) continue; line = data + (y + i) * wpl; linem = datam + i * wplm; for (j = 0; j < wm; j++) { if (x + j < 0 || x + j >= w) continue; if (GET_DATA_BIT(linem, j)) { switch (d) { case 2: SET_DATA_DIBIT(line, x + j, val); break; case 4: SET_DATA_QBIT(line, x + j, val); break; case 8: SET_DATA_BYTE(line, x + j, val); break; case 16: SET_DATA_TWO_BYTES(line, x + j, val); break; case 32: *(line + x + j) = val; break; default: return ERROR_INT("shouldn't get here", procName, 1); } } } } return 0; } /*! * pixPaintSelfThroughMask() * * Input: pixd (8 bpp gray or 32 bpp rgb; not colormapped) * pixm (1 bpp mask) * x, y (origin of pixm relative to pixd; must not be negative) * tilesize (requested size for tiling) * searchdir (L_HORIZ, L_VERT) * Return: 0 if OK; 1 on error * * Notes: * (1) In-place operation; pixd is changed. * (2) If pixm == NULL, it's a no-op. * (3) The mask origin is placed at (x,y) on pixd, and the * operation is clipped to the intersection of pixd and the * fg of the mask. * (4) The tilesize is the the requested size for tiling. The * actual size for each c.c. will be bounded by the minimum * dimension of the c.c. and the distance at which the tile * center is located. * (5) searchdir is the direction with respect to the b.b. of each * mask component, from which the square patch is chosen and * tiled onto the image, clipped by the mask component. * (6) Specifically, a mirrored tiling, generated from pixd, * is used to construct the pixels that are painted onto * pixd through pixm. */ l_int32 pixPaintSelfThroughMask(PIX *pixd, PIX *pixm, l_int32 x, l_int32 y, l_int32 tilesize, l_int32 searchdir) { l_int32 w, h, d, wm, hm, dm, i, n, xc, yc, bx, by, bw, bh; l_int32 depth, cctilesize; l_uint32 dist, minside, retval; BOX *box, *boxt; BOXA *boxa; PIX *pix, *pixf, *pixdf, *pixt, *pixc; PIXA *pixa; PROCNAME("pixPaintSelfThroughMask"); if (!pixm) /* nothing to do */ return 0; if (!pixd) return ERROR_INT("pixd not defined", procName, 1); if (pixGetColormap(pixd) != NULL) return ERROR_INT("pixd has colormap", procName, 1); pixGetDimensions(pixd, &w, &h, &d); if (d != 8 && d != 32) return ERROR_INT("pixd not 8 or 32 bpp", procName, 1); pixGetDimensions(pixm, &wm, &hm, &dm); if (dm != 1) return ERROR_INT("pixm not 1 bpp", procName, 1); if (x < 0 || y < 0) return ERROR_INT("x and y must be non-negative", procName, 1); if (tilesize < 1) return ERROR_INT("tilesize must be >= 1", procName, 1); if (searchdir != L_HORIZ && searchdir != L_VERT) return ERROR_INT("searchdir not in {L_HORIZ, L_VERT}", procName, 1); /* Embed mask in full sized mask */ if (wm < w || hm < h) { pixf = pixCreate(w, h, 1); pixRasterop(pixf, x, y, wm, hm, PIX_SRC, pixm, 0, 0); } else { pixf = pixCopy(NULL, pixm); } /* Get connected components of mask */ boxa = pixConnComp(pixf, &pixa, 8); if ((n = pixaGetCount(pixa)) == 0) { L_WARNING("no fg in mask\n", procName); pixDestroy(&pixf); pixaDestroy(&pixa); boxaDestroy(&boxa); return 1; } /* Get distance function for the mask */ pixInvert(pixf, pixf); depth = (tilesize < 256) ? 8 : 16; pixdf = pixDistanceFunction(pixf, 4, depth, L_BOUNDARY_BG); pixDestroy(&pixf); /* For each c.c., generate a representative tile for texturizing * and apply it through the mask. The input 'tilesize' is the * requested value. findTilePatchCenter() returns the distance * at which this patch can safely be found. */ retval = 0; for (i = 0; i < n; i++) { pix = pixaGetPix(pixa, i, L_CLONE); box = pixaGetBox(pixa, i, L_CLONE); boxGetGeometry(box, &bx, &by, &bw, &bh); minside = L_MIN(bw, bh); findTilePatchCenter(pixdf, box, searchdir, L_MIN(minside, tilesize), &dist, &xc, &yc); cctilesize = L_MIN(tilesize, dist); /* for this c.c. */ if (cctilesize < 1) { L_WARNING("region not found!\n", procName); pixDestroy(&pix); boxDestroy(&box); retval = 1; continue; } /* Extract the selected square from pixd, and generate * an image the size of the b.b. of the c.c., which * is then painted through the c.c. mask. */ boxt = boxCreate(L_MAX(0, xc - dist / 2), L_MAX(0, yc - dist / 2), cctilesize, cctilesize); pixt = pixClipRectangle(pixd, boxt, NULL); pixc = pixMirroredTiling(pixt, bw, bh); pixCombineMaskedGeneral(pixd, pixc, pix, bx, by); pixDestroy(&pix); pixDestroy(&pixt); pixDestroy(&pixc); boxDestroy(&box); boxDestroy(&boxt); } pixDestroy(&pixdf); pixaDestroy(&pixa); boxaDestroy(&boxa); return retval; } /*! * pixMakeMaskFromLUT() * * Input: pixs (2, 4 or 8 bpp; can be colormapped) * tab (256-entry LUT; 1 means to write to mask) * Return: pixd (1 bpp mask), or null on error * * Notes: * (1) This generates a 1 bpp mask image, where a 1 is written in * the mask for each pixel in pixs that has a value corresponding * to a 1 in the LUT. * (2) The LUT should be of size 256. */ PIX * pixMakeMaskFromLUT(PIX *pixs, l_int32 *tab) { l_int32 w, h, d, i, j, val, wpls, wpld; l_uint32 *datas, *datad, *lines, *lined; PIX *pixd; PROCNAME("pixMakeMaskFromLUT"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!tab) return (PIX *)ERROR_PTR("tab not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 2 && d != 4 && d != 8) return (PIX *)ERROR_PTR("pix not 2, 4 or 8 bpp", procName, NULL); pixd = pixCreate(w, h, 1); datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { if (d == 2) val = GET_DATA_DIBIT(lines, j); else if (d == 4) val = GET_DATA_QBIT(lines, j); else /* d == 8 */ val = GET_DATA_BYTE(lines, j); if (tab[val] == 1) SET_DATA_BIT(lined, j); } } return pixd; } /*! * pixSetUnderTransparency() * * Input: pixs (32 bpp rgba) * val (32 bit unsigned color to use where alpha == 0) * debug (displays layers of pixs) * Return: pixd (32 bpp rgba), or null on error * * Notes: * (1) This sets the r, g and b components under every fully * transparent alpha component to @val. The alpha components * are unchanged. * (2) Full transparency is denoted by alpha == 0. Setting * all pixels to a constant @val where alpha is transparent * can improve compressibility by reducing the entropy. * (3) The visual result depends on how the image is displayed. * (a) For display devices that respect the use of the alpha * layer, this will not affect the appearance. * (b) For typical leptonica operations, alpha is ignored, * so there will be a change in appearance because this * resets the rgb values in the fully transparent region. * (4) pixRead() and pixWrite() will, by default, read and write * 4-component (rgba) pix in png format. To ignore the alpha * component after reading, or omit it on writing, pixSetSpp(..., 3). * (5) Here are some examples: * * To convert all fully transparent pixels in a 4 component * (rgba) png file to white: * pixs = pixRead(); * pixd = pixSetUnderTransparency(pixs, 0xffffff00, 0); * * To write pixd with the alpha component: * pixWrite(, pixd, IFF_PNG); * * To write and rgba image without the alpha component, first do: * pixSetSpp(pixd, 3); * If you later want to use the alpha, spp must be reset to 4. * * (fancier) To remove the alpha by blending the image over * a white background: * pixRemoveAlpha() * This changes all pixel values where the alpha component is * not opaque (255). * (6) Caution. rgb images in leptonica typically have value 0 in * the alpha channel, which is fully transparent. If spp for * such an image were changed from 3 to 4, the image becomes * fully transparent, and this function will set each pixel to @val. * If you really want to set every pixel to the same value, * use pixSetAllArbitrary(). * (7) This is useful for compressing an RGBA image where the part * of the image that is fully transparent is random junk; compression * is typically improved by setting that region to a constant. * For rendering as a 3 component RGB image over a uniform * background of arbitrary color, use pixAlphaBlendUniform(). */ PIX * pixSetUnderTransparency(PIX *pixs, l_uint32 val, l_int32 debug) { PIX *pixg, *pixm, *pixt, *pixd; PROCNAME("pixSetUnderTransparency"); if (!pixs || pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not defined or not 32 bpp", procName, NULL); if (pixGetSpp(pixs) != 4) { L_WARNING("no alpha channel; returning a copy\n", procName); return pixCopy(NULL, pixs); } /* Make a mask from the alpha component with ON pixels * wherever the alpha component is fully transparent (0). * The hard way: * l_int32 *lut = (l_int32 *)CALLOC(256, sizeof(l_int32)); * lut[0] = 1; * pixg = pixGetRGBComponent(pixs, L_ALPHA_CHANNEL); * pixm = pixMakeMaskFromLUT(pixg, lut); * FREE(lut); * But there's an easier way to set pixels in a mask where * the alpha component is 0 ... */ pixg = pixGetRGBComponent(pixs, L_ALPHA_CHANNEL); pixm = pixThresholdToBinary(pixg, 1); if (debug) { pixt = pixDisplayLayersRGBA(pixs, 0xffffff00, 600); pixDisplay(pixt, 0, 0); pixDestroy(&pixt); } pixd = pixCopy(NULL, pixs); pixSetMasked(pixd, pixm, (val & 0xffffff00)); pixDestroy(&pixg); pixDestroy(&pixm); return pixd; } /*-------------------------------------------------------------* * One and two-image boolean ops on arbitrary depth images * *-------------------------------------------------------------*/ /*! * pixInvert() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs * Return: pixd, or null on error * * Notes: * (1) This inverts pixs, for all pixel depths. * (2) There are 3 cases: * (a) pixd == null, ~src --> new pixd * (b) pixd == pixs, ~src --> src (in-place) * (c) pixd != pixs, ~src --> input pixd * (3) For clarity, if the case is known, use these patterns: * (a) pixd = pixInvert(NULL, pixs); * (b) pixInvert(pixs, pixs); * (c) pixInvert(pixd, pixs); */ PIX * pixInvert(PIX *pixd, PIX *pixs) { PROCNAME("pixInvert"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); /* Prepare pixd for in-place operation */ if ((pixd = pixCopy(pixd, pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixRasterop(pixd, 0, 0, pixGetWidth(pixd), pixGetHeight(pixd), PIX_NOT(PIX_DST), NULL, 0, 0); /* invert pixd */ return pixd; } /*! * pixOr() * * Input: pixd (; this can be null, equal to pixs1, * different from pixs1) * pixs1 (can be == pixd) * pixs2 (must be != pixd) * Return: pixd always * * Notes: * (1) This gives the union of two images with equal depth, * aligning them to the the UL corner. pixs1 and pixs2 * need not have the same width and height. * (2) There are 3 cases: * (a) pixd == null, (src1 | src2) --> new pixd * (b) pixd == pixs1, (src1 | src2) --> src1 (in-place) * (c) pixd != pixs1, (src1 | src2) --> input pixd * (3) For clarity, if the case is known, use these patterns: * (a) pixd = pixOr(NULL, pixs1, pixs2); * (b) pixOr(pixs1, pixs1, pixs2); * (c) pixOr(pixd, pixs1, pixs2); * (4) The size of the result is determined by pixs1. * (5) The depths of pixs1 and pixs2 must be equal. * (6) Note carefully that the order of pixs1 and pixs2 only matters * for the in-place case. For in-place, you must have * pixd == pixs1. Setting pixd == pixs2 gives an incorrect * result: the copy puts pixs1 image data in pixs2, and * the rasterop is then between pixs2 and pixs2 (a no-op). */ PIX * pixOr(PIX *pixd, PIX *pixs1, PIX *pixs2) { PROCNAME("pixOr"); if (!pixs1) return (PIX *)ERROR_PTR("pixs1 not defined", procName, pixd); if (!pixs2) return (PIX *)ERROR_PTR("pixs2 not defined", procName, pixd); if (pixd == pixs2) return (PIX *)ERROR_PTR("cannot have pixs2 == pixd", procName, pixd); if (pixGetDepth(pixs1) != pixGetDepth(pixs2)) return (PIX *)ERROR_PTR("depths of pixs* unequal", procName, pixd); #if EQUAL_SIZE_WARNING if (!pixSizesEqual(pixs1, pixs2)) L_WARNING("pixs1 and pixs2 not equal sizes\n", procName); #endif /* EQUAL_SIZE_WARNING */ /* Prepare pixd to be a copy of pixs1 */ if ((pixd = pixCopy(pixd, pixs1)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, pixd); /* src1 | src2 --> dest */ pixRasterop(pixd, 0, 0, pixGetWidth(pixd), pixGetHeight(pixd), PIX_SRC | PIX_DST, pixs2, 0, 0); return pixd; } /*! * pixAnd() * * Input: pixd (; this can be null, equal to pixs1, * different from pixs1) * pixs1 (can be == pixd) * pixs2 (must be != pixd) * Return: pixd always * * Notes: * (1) This gives the intersection of two images with equal depth, * aligning them to the the UL corner. pixs1 and pixs2 * need not have the same width and height. * (2) There are 3 cases: * (a) pixd == null, (src1 & src2) --> new pixd * (b) pixd == pixs1, (src1 & src2) --> src1 (in-place) * (c) pixd != pixs1, (src1 & src2) --> input pixd * (3) For clarity, if the case is known, use these patterns: * (a) pixd = pixAnd(NULL, pixs1, pixs2); * (b) pixAnd(pixs1, pixs1, pixs2); * (c) pixAnd(pixd, pixs1, pixs2); * (4) The size of the result is determined by pixs1. * (5) The depths of pixs1 and pixs2 must be equal. * (6) Note carefully that the order of pixs1 and pixs2 only matters * for the in-place case. For in-place, you must have * pixd == pixs1. Setting pixd == pixs2 gives an incorrect * result: the copy puts pixs1 image data in pixs2, and * the rasterop is then between pixs2 and pixs2 (a no-op). */ PIX * pixAnd(PIX *pixd, PIX *pixs1, PIX *pixs2) { PROCNAME("pixAnd"); if (!pixs1) return (PIX *)ERROR_PTR("pixs1 not defined", procName, pixd); if (!pixs2) return (PIX *)ERROR_PTR("pixs2 not defined", procName, pixd); if (pixd == pixs2) return (PIX *)ERROR_PTR("cannot have pixs2 == pixd", procName, pixd); if (pixGetDepth(pixs1) != pixGetDepth(pixs2)) return (PIX *)ERROR_PTR("depths of pixs* unequal", procName, pixd); #if EQUAL_SIZE_WARNING if (!pixSizesEqual(pixs1, pixs2)) L_WARNING("pixs1 and pixs2 not equal sizes\n", procName); #endif /* EQUAL_SIZE_WARNING */ /* Prepare pixd to be a copy of pixs1 */ if ((pixd = pixCopy(pixd, pixs1)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, pixd); /* src1 & src2 --> dest */ pixRasterop(pixd, 0, 0, pixGetWidth(pixd), pixGetHeight(pixd), PIX_SRC & PIX_DST, pixs2, 0, 0); return pixd; } /*! * pixXor() * * Input: pixd (; this can be null, equal to pixs1, * different from pixs1) * pixs1 (can be == pixd) * pixs2 (must be != pixd) * Return: pixd always * * Notes: * (1) This gives the XOR of two images with equal depth, * aligning them to the the UL corner. pixs1 and pixs2 * need not have the same width and height. * (2) There are 3 cases: * (a) pixd == null, (src1 ^ src2) --> new pixd * (b) pixd == pixs1, (src1 ^ src2) --> src1 (in-place) * (c) pixd != pixs1, (src1 ^ src2) --> input pixd * (3) For clarity, if the case is known, use these patterns: * (a) pixd = pixXor(NULL, pixs1, pixs2); * (b) pixXor(pixs1, pixs1, pixs2); * (c) pixXor(pixd, pixs1, pixs2); * (4) The size of the result is determined by pixs1. * (5) The depths of pixs1 and pixs2 must be equal. * (6) Note carefully that the order of pixs1 and pixs2 only matters * for the in-place case. For in-place, you must have * pixd == pixs1. Setting pixd == pixs2 gives an incorrect * result: the copy puts pixs1 image data in pixs2, and * the rasterop is then between pixs2 and pixs2 (a no-op). */ PIX * pixXor(PIX *pixd, PIX *pixs1, PIX *pixs2) { PROCNAME("pixXor"); if (!pixs1) return (PIX *)ERROR_PTR("pixs1 not defined", procName, pixd); if (!pixs2) return (PIX *)ERROR_PTR("pixs2 not defined", procName, pixd); if (pixd == pixs2) return (PIX *)ERROR_PTR("cannot have pixs2 == pixd", procName, pixd); if (pixGetDepth(pixs1) != pixGetDepth(pixs2)) return (PIX *)ERROR_PTR("depths of pixs* unequal", procName, pixd); #if EQUAL_SIZE_WARNING if (!pixSizesEqual(pixs1, pixs2)) L_WARNING("pixs1 and pixs2 not equal sizes\n", procName); #endif /* EQUAL_SIZE_WARNING */ /* Prepare pixd to be a copy of pixs1 */ if ((pixd = pixCopy(pixd, pixs1)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, pixd); /* src1 ^ src2 --> dest */ pixRasterop(pixd, 0, 0, pixGetWidth(pixd), pixGetHeight(pixd), PIX_SRC ^ PIX_DST, pixs2, 0, 0); return pixd; } /*! * pixSubtract() * * Input: pixd (; this can be null, equal to pixs1, * equal to pixs2, or different from both pixs1 and pixs2) * pixs1 (can be == pixd) * pixs2 (can be == pixd) * Return: pixd always * * Notes: * (1) This gives the set subtraction of two images with equal depth, * aligning them to the the UL corner. pixs1 and pixs2 * need not have the same width and height. * (2) Source pixs2 is always subtracted from source pixs1. * The result is * pixs1 \ pixs2 = pixs1 & (~pixs2) * (3) There are 4 cases: * (a) pixd == null, (src1 - src2) --> new pixd * (b) pixd == pixs1, (src1 - src2) --> src1 (in-place) * (c) pixd == pixs2, (src1 - src2) --> src2 (in-place) * (d) pixd != pixs1 && pixd != pixs2), * (src1 - src2) --> input pixd * (4) For clarity, if the case is known, use these patterns: * (a) pixd = pixSubtract(NULL, pixs1, pixs2); * (b) pixSubtract(pixs1, pixs1, pixs2); * (c) pixSubtract(pixs2, pixs1, pixs2); * (d) pixSubtract(pixd, pixs1, pixs2); * (5) The size of the result is determined by pixs1. * (6) The depths of pixs1 and pixs2 must be equal. */ PIX * pixSubtract(PIX *pixd, PIX *pixs1, PIX *pixs2) { l_int32 w, h; PROCNAME("pixSubtract"); if (!pixs1) return (PIX *)ERROR_PTR("pixs1 not defined", procName, pixd); if (!pixs2) return (PIX *)ERROR_PTR("pixs2 not defined", procName, pixd); if (pixGetDepth(pixs1) != pixGetDepth(pixs2)) return (PIX *)ERROR_PTR("depths of pixs* unequal", procName, pixd); #if EQUAL_SIZE_WARNING if (!pixSizesEqual(pixs1, pixs2)) L_WARNING("pixs1 and pixs2 not equal sizes\n", procName); #endif /* EQUAL_SIZE_WARNING */ pixGetDimensions(pixs1, &w, &h, NULL); if (!pixd) { pixd = pixCopy(NULL, pixs1); pixRasterop(pixd, 0, 0, w, h, PIX_DST & PIX_NOT(PIX_SRC), pixs2, 0, 0); /* src1 & (~src2) */ } else if (pixd == pixs1) { pixRasterop(pixd, 0, 0, w, h, PIX_DST & PIX_NOT(PIX_SRC), pixs2, 0, 0); /* src1 & (~src2) */ } else if (pixd == pixs2) { pixRasterop(pixd, 0, 0, w, h, PIX_NOT(PIX_DST) & PIX_SRC, pixs1, 0, 0); /* src1 & (~src2) */ } else { /* pixd != pixs1 && pixd != pixs2 */ pixCopy(pixd, pixs1); /* sizes pixd to pixs1 if unequal */ pixRasterop(pixd, 0, 0, w, h, PIX_DST & PIX_NOT(PIX_SRC), pixs2, 0, 0); /* src1 & (~src2) */ } return pixd; } /*-------------------------------------------------------------* * Pixel counting * *-------------------------------------------------------------*/ /*! * pixZero() * * Input: pix (all depths; not colormapped) * &empty ( 1 if all bits in image are 0; 0 otherwise) * Return: 0 if OK; 1 on error * * Notes: * (1) For a binary image, if there are no fg (black) pixels, empty = 1. * (2) For a grayscale image, if all pixels are black (0), empty = 1. * (3) For an RGB image, if all 4 components in every pixel is 0, * empty = 1. */ l_int32 pixZero(PIX *pix, l_int32 *pempty) { l_int32 w, h, wpl, i, j, fullwords, endbits; l_uint32 endmask; l_uint32 *data, *line; PROCNAME("pixZero"); if (!pempty) return ERROR_INT("pempty not defined", procName, 1); *pempty = 1; if (!pix) return ERROR_INT("pix not defined", procName, 1); if (pixGetColormap(pix) != NULL) return ERROR_INT("pix is colormapped", procName, 1); w = pixGetWidth(pix) * pixGetDepth(pix); h = pixGetHeight(pix); wpl = pixGetWpl(pix); data = pixGetData(pix); fullwords = w / 32; endbits = w & 31; endmask = 0xffffffff << (32 - endbits); for (i = 0; i < h; i++) { line = data + wpl * i; for (j = 0; j < fullwords; j++) if (*line++) { *pempty = 0; return 0; } if (endbits) { if (*line & endmask) { *pempty = 0; return 0; } } } return 0; } /*! * pixForegroundFraction() * * Input: pix (1 bpp) * &fract ( fraction of ON pixels) * Return: 0 if OK; 1 on error */ l_int32 pixForegroundFraction(PIX *pix, l_float32 *pfract) { l_int32 w, h, count; PROCNAME("pixForegroundFraction"); if (!pfract) return ERROR_INT("pfract not defined", procName, 1); *pfract = 0.0; if (!pix || pixGetDepth(pix) != 1) return ERROR_INT("pix not defined or not 1 bpp", procName, 1); pixCountPixels(pix, &count, NULL); pixGetDimensions(pix, &w, &h, NULL); *pfract = (l_float32)count / (l_float32)(w * h); return 0; } /*! * pixaCountPixels() * * Input: pixa (array of 1 bpp pix) * Return: na of ON pixels in each pix, or null on error */ NUMA * pixaCountPixels(PIXA *pixa) { l_int32 d, i, n, count; l_int32 *tab; NUMA *na; PIX *pix; PROCNAME("pixaCountPixels"); if (!pixa) return (NUMA *)ERROR_PTR("pix not defined", procName, NULL); if ((n = pixaGetCount(pixa)) == 0) return numaCreate(1); pix = pixaGetPix(pixa, 0, L_CLONE); d = pixGetDepth(pix); pixDestroy(&pix); if (d != 1) return (NUMA *)ERROR_PTR("pixa not 1 bpp", procName, NULL); tab = makePixelSumTab8(); if ((na = numaCreate(n)) == NULL) return (NUMA *)ERROR_PTR("na not made", procName, NULL); for (i = 0; i < n; i++) { pix = pixaGetPix(pixa, i, L_CLONE); pixCountPixels(pix, &count, tab); numaAddNumber(na, count); pixDestroy(&pix); } FREE(tab); return na; } /*! * pixCountPixels() * * Input: pix (1 bpp) * &count ( count of ON pixels) * tab8 ( 8-bit pixel lookup table) * Return: 0 if OK; 1 on error */ l_int32 pixCountPixels(PIX *pix, l_int32 *pcount, l_int32 *tab8) { l_uint32 endmask; l_int32 w, h, wpl, i, j; l_int32 fullwords, endbits, sum; l_int32 *tab; l_uint32 *data; PROCNAME("pixCountPixels"); if (!pcount) return ERROR_INT("pcount not defined", procName, 1); *pcount = 0; if (!pix || pixGetDepth(pix) != 1) return ERROR_INT("pix not defined or not 1 bpp", procName, 1); if (!tab8) tab = makePixelSumTab8(); else tab = tab8; pixGetDimensions(pix, &w, &h, NULL); wpl = pixGetWpl(pix); data = pixGetData(pix); fullwords = w >> 5; endbits = w & 31; endmask = 0xffffffff << (32 - endbits); sum = 0; for (i = 0; i < h; i++, data += wpl) { for (j = 0; j < fullwords; j++) { l_uint32 word = data[j]; if (word) { sum += tab[word & 0xff] + tab[(word >> 8) & 0xff] + tab[(word >> 16) & 0xff] + tab[(word >> 24) & 0xff]; } } if (endbits) { l_uint32 word = data[j] & endmask; if (word) { sum += tab[word & 0xff] + tab[(word >> 8) & 0xff] + tab[(word >> 16) & 0xff] + tab[(word >> 24) & 0xff]; } } } *pcount = sum; if (!tab8) FREE(tab); return 0; } /*! * pixCountByRow() * * Input: pix (1 bpp) * box ( clipping box for count; can be null) * Return: na of number of ON pixels by row, or null on error * * Notes: * (1) To resample for a bin size different from 1, use * numaUniformSampling() on the result of this function. */ NUMA * pixCountByRow(PIX *pix, BOX *box) { l_int32 i, j, w, h, wpl, count, xstart, xend, ystart, yend, bw, bh; l_uint32 *line, *data; NUMA *na; PROCNAME("pixCountByRow"); if (!pix || pixGetDepth(pix) != 1) return (NUMA *)ERROR_PTR("pix undefined or not 1 bpp", procName, NULL); if (!box) return pixCountPixelsByRow(pix, NULL); pixGetDimensions(pix, &w, &h, NULL); if (boxClipToRectangleParams(box, w, h, &xstart, &ystart, &xend, ¥d, &bw, &bh) == 1) return (NUMA *)ERROR_PTR("invalid clipping box", procName, NULL); if ((na = numaCreate(bh)) == NULL) return (NUMA *)ERROR_PTR("na not made", procName, NULL); numaSetParameters(na, ystart, 1); data = pixGetData(pix); wpl = pixGetWpl(pix); for (i = ystart; i < yend; i++) { count = 0; line = data + i * wpl; for (j = xstart; j < xend; j++) { if (GET_DATA_BIT(line, j)) count++; } numaAddNumber(na, count); } return na; } /*! * pixCountByColumn() * * Input: pix (1 bpp) * box ( clipping box for count; can be null) * Return: na of number of ON pixels by column, or null on error * * Notes: * (1) To resample for a bin size different from 1, use * numaUniformSampling() on the result of this function. */ NUMA * pixCountByColumn(PIX *pix, BOX *box) { l_int32 i, j, w, h, wpl, count, xstart, xend, ystart, yend, bw, bh; l_uint32 *line, *data; NUMA *na; PROCNAME("pixCountByColumn"); if (!pix || pixGetDepth(pix) != 1) return (NUMA *)ERROR_PTR("pix undefined or not 1 bpp", procName, NULL); if (!box) return pixCountPixelsByColumn(pix); pixGetDimensions(pix, &w, &h, NULL); if (boxClipToRectangleParams(box, w, h, &xstart, &ystart, &xend, ¥d, &bw, &bh) == 1) return (NUMA *)ERROR_PTR("invalid clipping box", procName, NULL); if ((na = numaCreate(bw)) == NULL) return (NUMA *)ERROR_PTR("na not made", procName, NULL); numaSetParameters(na, xstart, 1); data = pixGetData(pix); wpl = pixGetWpl(pix); for (j = xstart; j < xend; j++) { count = 0; for (i = ystart; i < yend; i++) { line = data + i * wpl; if (GET_DATA_BIT(line, j)) count++; } numaAddNumber(na, count); } return na; } /*! * pixCountPixelsByRow() * * Input: pix (1 bpp) * tab8 ( 8-bit pixel lookup table) * Return: na of counts, or null on error */ NUMA * pixCountPixelsByRow(PIX *pix, l_int32 *tab8) { l_int32 h, i, count; l_int32 *tab; NUMA *na; PROCNAME("pixCountPixelsByRow"); if (!pix || pixGetDepth(pix) != 1) return (NUMA *)ERROR_PTR("pix undefined or not 1 bpp", procName, NULL); if (!tab8) tab = makePixelSumTab8(); else tab = tab8; h = pixGetHeight(pix); if ((na = numaCreate(h)) == NULL) return (NUMA *)ERROR_PTR("na not made", procName, NULL); for (i = 0; i < h; i++) { pixCountPixelsInRow(pix, i, &count, tab); numaAddNumber(na, count); } if (!tab8) FREE(tab); return na; } /*! * pixCountPixelsByColumn() * * Input: pix (1 bpp) * Return: na of counts in each column, or null on error */ NUMA * pixCountPixelsByColumn(PIX *pix) { l_int32 i, j, w, h, wpl; l_uint32 *line, *data; l_float32 *array; NUMA *na; PROCNAME("pixCountPixelsByColumn"); if (!pix || pixGetDepth(pix) != 1) return (NUMA *)ERROR_PTR("pix undefined or not 1 bpp", procName, NULL); pixGetDimensions(pix, &w, &h, NULL); if ((na = numaCreate(w)) == NULL) return (NUMA *)ERROR_PTR("na not made", procName, NULL); numaSetCount(na, w); array = numaGetFArray(na, L_NOCOPY); data = pixGetData(pix); wpl = pixGetWpl(pix); for (i = 0; i < h; i++) { line = data + wpl * i; for (j = 0; j < w; j++) { if (GET_DATA_BIT(line, j)) array[j] += 1.0; } } return na; } /*! * pixCountPixelsInRow() * * Input: pix (1 bpp) * row number * &count ( sum of ON pixels in raster line) * tab8 ( 8-bit pixel lookup table) * Return: 0 if OK; 1 on error */ l_int32 pixCountPixelsInRow(PIX *pix, l_int32 row, l_int32 *pcount, l_int32 *tab8) { l_uint32 word, endmask; l_int32 j, w, h, wpl; l_int32 fullwords, endbits, sum; l_int32 *tab; l_uint32 *line; PROCNAME("pixCountPixelsInRow"); if (!pcount) return ERROR_INT("pcount not defined", procName, 1); *pcount = 0; if (!pix || pixGetDepth(pix) != 1) return ERROR_INT("pix not defined or not 1 bpp", procName, 1); pixGetDimensions(pix, &w, &h, NULL); if (row < 0 || row >= h) return ERROR_INT("row out of bounds", procName, 1); wpl = pixGetWpl(pix); line = pixGetData(pix) + row * wpl; fullwords = w >> 5; endbits = w & 31; endmask = 0xffffffff << (32 - endbits); if (!tab8) tab = makePixelSumTab8(); else tab = tab8; sum = 0; for (j = 0; j < fullwords; j++) { word = line[j]; if (word) { sum += tab[word & 0xff] + tab[(word >> 8) & 0xff] + tab[(word >> 16) & 0xff] + tab[(word >> 24) & 0xff]; } } if (endbits) { word = line[j] & endmask; if (word) { sum += tab[word & 0xff] + tab[(word >> 8) & 0xff] + tab[(word >> 16) & 0xff] + tab[(word >> 24) & 0xff]; } } *pcount = sum; if (!tab8) FREE(tab); return 0; } /*! * pixGetMomentByColumn() * * Input: pix (1 bpp) * order (of moment, either 1 or 2) * Return: na of first moment of fg pixels, by column, or null on error */ NUMA * pixGetMomentByColumn(PIX *pix, l_int32 order) { l_int32 i, j, w, h, wpl; l_uint32 *line, *data; l_float32 *array; NUMA *na; PROCNAME("pixGetMomentByColumn"); if (!pix || pixGetDepth(pix) != 1) return (NUMA *)ERROR_PTR("pix undefined or not 1 bpp", procName, NULL); if (order != 1 && order != 2) return (NUMA *)ERROR_PTR("order of moment not 1 or 2", procName, NULL); pixGetDimensions(pix, &w, &h, NULL); if ((na = numaCreate(w)) == NULL) return (NUMA *)ERROR_PTR("na not made", procName, NULL); numaSetCount(na, w); array = numaGetFArray(na, L_NOCOPY); data = pixGetData(pix); wpl = pixGetWpl(pix); for (i = 0; i < h; i++) { line = data + wpl * i; for (j = 0; j < w; j++) { if (GET_DATA_BIT(line, j)) { if (order == 1) array[j] += i; else /* order == 2 */ array[j] += i * i; } } } return na; } /*! * pixThresholdPixelSum() * * Input: pix (1 bpp) * threshold * &above ( 1 if above threshold; * 0 if equal to or less than threshold) * tab8 ( 8-bit pixel lookup table) * Return: 0 if OK; 1 on error * * Notes: * (1) This sums the ON pixels and returns immediately if the count * goes above threshold. It is therefore more efficient * for matching images (by running this function on the xor of * the 2 images) than using pixCountPixels(), which counts all * pixels before returning. */ l_int32 pixThresholdPixelSum(PIX *pix, l_int32 thresh, l_int32 *pabove, l_int32 *tab8) { l_uint32 word, endmask; l_int32 *tab; l_int32 w, h, wpl, i, j; l_int32 fullwords, endbits, sum; l_uint32 *line, *data; PROCNAME("pixThresholdPixelSum"); if (!pabove) return ERROR_INT("pabove not defined", procName, 1); *pabove = 0; if (!pix || pixGetDepth(pix) != 1) return ERROR_INT("pix not defined or not 1 bpp", procName, 1); if (!tab8) tab = makePixelSumTab8(); else tab = tab8; pixGetDimensions(pix, &w, &h, NULL); wpl = pixGetWpl(pix); data = pixGetData(pix); fullwords = w >> 5; endbits = w & 31; endmask = 0xffffffff << (32 - endbits); sum = 0; for (i = 0; i < h; i++) { line = data + wpl * i; for (j = 0; j < fullwords; j++) { word = line[j]; if (word) { sum += tab[word & 0xff] + tab[(word >> 8) & 0xff] + tab[(word >> 16) & 0xff] + tab[(word >> 24) & 0xff]; } } if (endbits) { word = line[j] & endmask; if (word) { sum += tab[word & 0xff] + tab[(word >> 8) & 0xff] + tab[(word >> 16) & 0xff] + tab[(word >> 24) & 0xff]; } } if (sum > thresh) { *pabove = 1; if (!tab8) FREE(tab); return 0; } } if (!tab8) FREE(tab); return 0; } /*! * makePixelSumTab8() * * Input: void * Return: table of 256 l_int32, or null on error * * Notes: * (1) This table of integers gives the number of 1 bits * in the 8 bit index. */ l_int32 * makePixelSumTab8(void) { l_uint8 byte; l_int32 i; l_int32 *tab; PROCNAME("makePixelSumTab8"); if ((tab = (l_int32 *)CALLOC(256, sizeof(l_int32))) == NULL) return (l_int32 *)ERROR_PTR("tab not made", procName, NULL); for (i = 0; i < 256; i++) { byte = (l_uint8)i; tab[i] = (byte & 0x1) + ((byte >> 1) & 0x1) + ((byte >> 2) & 0x1) + ((byte >> 3) & 0x1) + ((byte >> 4) & 0x1) + ((byte >> 5) & 0x1) + ((byte >> 6) & 0x1) + ((byte >> 7) & 0x1); } return tab; } /*! * makePixelCentroidTab8() * * Input: void * Return: table of 256 l_int32, or null on error * * Notes: * (1) This table of integers gives the centroid weight of the 1 bits * in the 8 bit index. In other words, if sumtab is obtained by * makePixelSumTab8, and centroidtab is obtained by * makePixelCentroidTab8, then, for 1 <= i <= 255, * centroidtab[i] / (float)sumtab[i] * is the centroid of the 1 bits in the 8-bit index i, where the * MSB is considered to have position 0 and the LSB is considered * to have position 7. */ l_int32 * makePixelCentroidTab8(void) { l_int32 i; l_int32 *tab; PROCNAME("makePixelCentroidTab8"); if ((tab = (l_int32 *)CALLOC(256, sizeof(l_int32))) == NULL) return (l_int32 *)ERROR_PTR("tab not made", procName, NULL); tab[0] = 0; tab[1] = 7; for (i = 2; i < 4; i++) { tab[i] = tab[i - 2] + 6; } for (i = 4; i < 8; i++) { tab[i] = tab[i - 4] + 5; } for (i = 8; i < 16; i++) { tab[i] = tab[i - 8] + 4; } for (i = 16; i < 32; i++) { tab[i] = tab[i - 16] + 3; } for (i = 32; i < 64; i++) { tab[i] = tab[i - 32] + 2; } for (i = 64; i < 128; i++) { tab[i] = tab[i - 64] + 1; } for (i = 128; i < 256; i++) { tab[i] = tab[i - 128]; } return tab; } /*-------------------------------------------------------------* * Average of pixel values in gray images * *-------------------------------------------------------------*/ /*! * pixAverageByRow() * * Input: pix (8 or 16 bpp; no colormap) * box ( clipping box for sum; can be null) * type (L_WHITE_IS_MAX, L_BLACK_IS_MAX) * Return: na of pixel averages by row, or null on error * * Notes: * (1) To resample for a bin size different from 1, use * numaUniformSampling() on the result of this function. * (2) If type == L_BLACK_IS_MAX, black pixels get the maximum * value (0xff for 8 bpp, 0xffff for 16 bpp) and white get 0. */ NUMA * pixAverageByRow(PIX *pix, BOX *box, l_int32 type) { l_int32 i, j, w, h, d, wpl, xstart, xend, ystart, yend, bw, bh; l_uint32 *line, *data; l_float64 norm, sum; NUMA *na; PROCNAME("pixAverageByRow"); if (!pix) return (NUMA *)ERROR_PTR("pix not defined", procName, NULL); pixGetDimensions(pix, &w, &h, &d); if (d != 8 && d != 16) return (NUMA *)ERROR_PTR("pix not 8 or 16 bpp", procName, NULL); if (type != L_WHITE_IS_MAX && type != L_BLACK_IS_MAX) return (NUMA *)ERROR_PTR("invalid type", procName, NULL); if (pixGetColormap(pix) != NULL) return (NUMA *)ERROR_PTR("pix colormapped", procName, NULL); if (boxClipToRectangleParams(box, w, h, &xstart, &ystart, &xend, ¥d, &bw, &bh) == 1) return (NUMA *)ERROR_PTR("invalid clipping box", procName, NULL); norm = 1. / (l_float32)bw; if ((na = numaCreate(bh)) == NULL) return (NUMA *)ERROR_PTR("na not made", procName, NULL); numaSetParameters(na, ystart, 1); data = pixGetData(pix); wpl = pixGetWpl(pix); for (i = ystart; i < yend; i++) { sum = 0.0; line = data + i * wpl; if (d == 8) { for (j = xstart; j < xend; j++) sum += GET_DATA_BYTE(line, j); if (type == L_BLACK_IS_MAX) sum = bw * 255 - sum; } else { /* d == 16 */ for (j = xstart; j < xend; j++) sum += GET_DATA_TWO_BYTES(line, j); if (type == L_BLACK_IS_MAX) sum = bw * 0xffff - sum; } numaAddNumber(na, (l_float32)(norm * sum)); } return na; } /*! * pixAverageByColumn() * * Input: pix (8 or 16 bpp; no colormap) * box ( clipping box for sum; can be null) * type (L_WHITE_IS_MAX, L_BLACK_IS_MAX) * Return: na of pixel averages by column, or null on error * * Notes: * (1) To resample for a bin size different from 1, use * numaUniformSampling() on the result of this function. * (2) If type == L_BLACK_IS_MAX, black pixels get the maximum * value (0xff for 8 bpp, 0xffff for 16 bpp) and white get 0. */ NUMA * pixAverageByColumn(PIX *pix, BOX *box, l_int32 type) { l_int32 i, j, w, h, d, wpl, xstart, xend, ystart, yend, bw, bh; l_uint32 *line, *data; l_float32 norm, sum; NUMA *na; PROCNAME("pixAverageByColumn"); if (!pix) return (NUMA *)ERROR_PTR("pix not defined", procName, NULL); pixGetDimensions(pix, &w, &h, &d); if (d != 8 && d != 16) return (NUMA *)ERROR_PTR("pix not 8 or 16 bpp", procName, NULL); if (type != L_WHITE_IS_MAX && type != L_BLACK_IS_MAX) return (NUMA *)ERROR_PTR("invalid type", procName, NULL); if (pixGetColormap(pix) != NULL) return (NUMA *)ERROR_PTR("pix colormapped", procName, NULL); if (boxClipToRectangleParams(box, w, h, &xstart, &ystart, &xend, ¥d, &bw, &bh) == 1) return (NUMA *)ERROR_PTR("invalid clipping box", procName, NULL); if ((na = numaCreate(bw)) == NULL) return (NUMA *)ERROR_PTR("na not made", procName, NULL); numaSetParameters(na, xstart, 1); norm = 1. / (l_float32)bh; data = pixGetData(pix); wpl = pixGetWpl(pix); for (j = xstart; j < xend; j++) { sum = 0.0; if (d == 8) { for (i = ystart; i < yend; i++) { line = data + i * wpl; sum += GET_DATA_BYTE(line, j); } if (type == L_BLACK_IS_MAX) sum = bh * 255 - sum; } else { /* d == 16 */ for (i = ystart; i < yend; i++) { line = data + i * wpl; sum += GET_DATA_TWO_BYTES(line, j); } if (type == L_BLACK_IS_MAX) sum = bh * 0xffff - sum; } numaAddNumber(na, (l_float32)(norm * sum)); } return na; } /*! * pixAverageInRect() * * Input: pix (1, 2, 4, 8 bpp; not cmapped) * box ( if null, use entire image) * &ave ( average of pixel values in region) * Return: 0 if OK; 1 on error */ l_int32 pixAverageInRect(PIX *pix, BOX *box, l_float32 *pave) { l_int32 w, h, d, wpl, i, j, xstart, xend, ystart, yend, bw, bh; l_uint32 *data, *line; l_float64 ave; PROCNAME("pixAverageInRect"); if (!pave) return ERROR_INT("pave not defined", procName, 1); *pave = 0; if (!pix) return ERROR_INT("pix not defined", procName, 1); pixGetDimensions(pix, &w, &h, &d); if (d != 1 && d != 2 && d != 4 && d != 8) return ERROR_INT("pix not 1, 2, 4 or 8 bpp", procName, 1); if (pixGetColormap(pix) != NULL) return ERROR_INT("pix is colormapped", procName, 1); if (boxClipToRectangleParams(box, w, h, &xstart, &ystart, &xend, ¥d, &bw, &bh) == 1) return ERROR_INT("invalid clipping box", procName, 1); wpl = pixGetWpl(pix); data = pixGetData(pix); ave = 0; for (i = ystart; i < yend; i++) { line = data + i * wpl; for (j = xstart; j < xend; j++) { if (d == 1) ave += GET_DATA_BIT(line, j); else if (d == 2) ave += GET_DATA_DIBIT(line, j); else if (d == 4) ave += GET_DATA_QBIT(line, j); else /* d == 8 */ ave += GET_DATA_BYTE(line, j); } } *pave = ave / (bw * bh); return 0; } /*------------------------------------------------------------------* * Variance of pixel values in gray images * *------------------------------------------------------------------*/ /*! * pixVarianceByRow() * * Input: pix (8 or 16 bpp; no colormap) * box ( clipping box for variance; can be null) * Return: na of rmsdev by row, or null on error * * Notes: * (1) To resample for a bin size different from 1, use * numaUniformSampling() on the result of this function. * (2) We are actually computing the RMS deviation in each row. * This is the square root of the variance. */ NUMA * pixVarianceByRow(PIX *pix, BOX *box) { l_int32 i, j, w, h, d, wpl, xstart, xend, ystart, yend, bw, bh, val; l_uint32 *line, *data; l_float64 sum1, sum2, norm, ave, var, rootvar; NUMA *na; PROCNAME("pixVarianceByRow"); if (!pix) return (NUMA *)ERROR_PTR("pix not defined", procName, NULL); pixGetDimensions(pix, &w, &h, &d); if (d != 8 && d != 16) return (NUMA *)ERROR_PTR("pix not 8 or 16 bpp", procName, NULL); if (pixGetColormap(pix) != NULL) return (NUMA *)ERROR_PTR("pix colormapped", procName, NULL); if (boxClipToRectangleParams(box, w, h, &xstart, &ystart, &xend, ¥d, &bw, &bh) == 1) return (NUMA *)ERROR_PTR("invalid clipping box", procName, NULL); if ((na = numaCreate(bh)) == NULL) return (NUMA *)ERROR_PTR("na not made", procName, NULL); numaSetParameters(na, ystart, 1); norm = 1. / (l_float32)bw; data = pixGetData(pix); wpl = pixGetWpl(pix); for (i = ystart; i < yend; i++) { sum1 = sum2 = 0.0; line = data + i * wpl; for (j = xstart; j < xend; j++) { if (d == 8) val = GET_DATA_BYTE(line, j); else /* d == 16 */ val = GET_DATA_TWO_BYTES(line, j); sum1 += val; sum2 += val * val; } ave = norm * sum1; var = norm * sum2 - ave * ave; rootvar = sqrt(var); numaAddNumber(na, (l_float32)rootvar); } return na; } /*! * pixVarianceByColumn() * * Input: pix (8 or 16 bpp; no colormap) * box ( clipping box for variance; can be null) * Return: na of rmsdev by column, or null on error * * Notes: * (1) To resample for a bin size different from 1, use * numaUniformSampling() on the result of this function. * (2) We are actually computing the RMS deviation in each row. * This is the square root of the variance. */ NUMA * pixVarianceByColumn(PIX *pix, BOX *box) { l_int32 i, j, w, h, d, wpl, xstart, xend, ystart, yend, bw, bh, val; l_uint32 *line, *data; l_float64 sum1, sum2, norm, ave, var, rootvar; NUMA *na; PROCNAME("pixVarianceByColumn"); if (!pix) return (NUMA *)ERROR_PTR("pix not defined", procName, NULL); pixGetDimensions(pix, &w, &h, &d); if (d != 8 && d != 16) return (NUMA *)ERROR_PTR("pix not 8 or 16 bpp", procName, NULL); if (pixGetColormap(pix) != NULL) return (NUMA *)ERROR_PTR("pix colormapped", procName, NULL); if (boxClipToRectangleParams(box, w, h, &xstart, &ystart, &xend, ¥d, &bw, &bh) == 1) return (NUMA *)ERROR_PTR("invalid clipping box", procName, NULL); if ((na = numaCreate(bw)) == NULL) return (NUMA *)ERROR_PTR("na not made", procName, NULL); numaSetParameters(na, xstart, 1); norm = 1. / (l_float32)bh; data = pixGetData(pix); wpl = pixGetWpl(pix); for (j = xstart; j < xend; j++) { sum1 = sum2 = 0.0; for (i = ystart; i < yend; i++) { line = data + wpl * i; if (d == 8) val = GET_DATA_BYTE(line, j); else /* d == 16 */ val = GET_DATA_TWO_BYTES(line, j); sum1 += val; sum2 += val * val; } ave = norm * sum1; var = norm * sum2 - ave * ave; rootvar = sqrt(var); numaAddNumber(na, (l_float32)rootvar); } return na; } /*! * pixVarianceInRect() * * Input: pix (1, 2, 4, 8 bpp; not cmapped) * box ( if null, use entire image) * &rootvar ( sqrt variance of pixel values in region) * Return: 0 if OK; 1 on error */ l_int32 pixVarianceInRect(PIX *pix, BOX *box, l_float32 *prootvar) { l_int32 w, h, d, wpl, i, j, xstart, xend, ystart, yend, bw, bh, val; l_uint32 *data, *line; l_float64 sum1, sum2, norm, ave, var; PROCNAME("pixVarianceInRect"); if (!prootvar) return ERROR_INT("prootvar not defined", procName, 1); *prootvar = 0; if (!pix) return ERROR_INT("pix not defined", procName, 1); pixGetDimensions(pix, &w, &h, &d); if (d != 1 && d != 2 && d != 4 && d != 8) return ERROR_INT("pix not 1, 2, 4 or 8 bpp", procName, 1); if (pixGetColormap(pix) != NULL) return ERROR_INT("pix is colormapped", procName, 1); if (boxClipToRectangleParams(box, w, h, &xstart, &ystart, &xend, ¥d, &bw, &bh) == 1) return ERROR_INT("invalid clipping box", procName, 1); wpl = pixGetWpl(pix); data = pixGetData(pix); sum1 = sum2 = 0.0; for (i = ystart; i < yend; i++) { line = data + i * wpl; for (j = xstart; j < xend; j++) { if (d == 1) { val = GET_DATA_BIT(line, j); sum1 += val; sum2 += val * val; } else if (d == 2) { val = GET_DATA_DIBIT(line, j); sum1 += val; sum2 += val * val; } else if (d == 4) { val = GET_DATA_QBIT(line, j); sum1 += val; sum2 += val * val; } else { /* d == 8 */ val = GET_DATA_BYTE(line, j); sum1 += val; sum2 += val * val; } } } norm = 1.0 / (bw * bh); ave = norm * sum1; var = norm * sum2 - ave * ave; *prootvar = (l_float32)sqrt(var); return 0; } /*---------------------------------------------------------------------* * Average of absolute value of pixel differences in gray images * *---------------------------------------------------------------------*/ /*! * pixAbsDiffByRow() * * Input: pix (8 bpp; no colormap) * box ( clipping box for region; can be null) * Return: na of abs val pixel difference averages by row, or null on error * * Notes: * (1) This is an average over differences of adjacent pixels along * each row. * (2) To resample for a bin size different from 1, use * numaUniformSampling() on the result of this function. */ NUMA * pixAbsDiffByRow(PIX *pix, BOX *box) { l_int32 i, j, w, h, wpl, xstart, xend, ystart, yend, bw, bh, val0, val1; l_uint32 *line, *data; l_float64 norm, sum; NUMA *na; PROCNAME("pixAbsDiffByRow"); if (!pix || pixGetDepth(pix) != 8) return (NUMA *)ERROR_PTR("pix undefined or not 8 bpp", procName, NULL); if (pixGetColormap(pix) != NULL) return (NUMA *)ERROR_PTR("pix colormapped", procName, NULL); pixGetDimensions(pix, &w, &h, NULL); if (boxClipToRectangleParams(box, w, h, &xstart, &ystart, &xend, ¥d, &bw, &bh) == 1) return (NUMA *)ERROR_PTR("invalid clipping box", procName, NULL); if (bw < 2) return (NUMA *)ERROR_PTR("row width must be >= 2", procName, NULL); norm = 1. / (l_float32)(bw - 1); if ((na = numaCreate(bh)) == NULL) return (NUMA *)ERROR_PTR("na not made", procName, NULL); numaSetParameters(na, ystart, 1); data = pixGetData(pix); wpl = pixGetWpl(pix); for (i = ystart; i < yend; i++) { sum = 0.0; line = data + i * wpl; val0 = GET_DATA_BYTE(line, xstart); for (j = xstart + 1; j < xend; j++) { val1 = GET_DATA_BYTE(line, j); sum += L_ABS(val1 - val0); val0 = val1; } numaAddNumber(na, (l_float32)(norm * sum)); } return na; } /*! * pixAbsDiffByColumn() * * Input: pix (8 bpp; no colormap) * box ( clipping box for region; can be null) * Return: na of abs val pixel difference averages by column, * or null on error * * Notes: * (1) This is an average over differences of adjacent pixels along * each column. * (2) To resample for a bin size different from 1, use * numaUniformSampling() on the result of this function. */ NUMA * pixAbsDiffByColumn(PIX *pix, BOX *box) { l_int32 i, j, w, h, wpl, xstart, xend, ystart, yend, bw, bh, val0, val1; l_uint32 *line, *data; l_float64 norm, sum; NUMA *na; PROCNAME("pixAbsDiffByColumn"); if (!pix || pixGetDepth(pix) != 8) return (NUMA *)ERROR_PTR("pix undefined or not 8 bpp", procName, NULL); if (pixGetColormap(pix) != NULL) return (NUMA *)ERROR_PTR("pix colormapped", procName, NULL); pixGetDimensions(pix, &w, &h, NULL); if (boxClipToRectangleParams(box, w, h, &xstart, &ystart, &xend, ¥d, &bw, &bh) == 1) return (NUMA *)ERROR_PTR("invalid clipping box", procName, NULL); if (bh < 2) return (NUMA *)ERROR_PTR("column height must be >= 2", procName, NULL); norm = 1. / (l_float32)(bh - 1); if ((na = numaCreate(bw)) == NULL) return (NUMA *)ERROR_PTR("na not made", procName, NULL); numaSetParameters(na, xstart, 1); data = pixGetData(pix); wpl = pixGetWpl(pix); for (j = xstart; j < xend; j++) { sum = 0.0; line = data + ystart * wpl; val0 = GET_DATA_BYTE(line, j); for (i = ystart + 1; i < yend; i++) { line = data + i * wpl; val1 = GET_DATA_BYTE(line, j); sum += L_ABS(val1 - val0); val0 = val1; } numaAddNumber(na, (l_float32)(norm * sum)); } return na; } /*! * pixAbsDiffInRect() * * Input: pix (8 bpp; not cmapped) * box ( if null, use entire image) * dir (differences along L_HORIZONTAL_LINE or L_VERTICAL_LINE) * &absdiff ( average of abs diff pixel values in region) * Return: 0 if OK; 1 on error * * Notes: * (1) This gives the average over the abs val of differences of * adjacent pixels values, along either each * row: dir == L_HORIZONTAL_LINE * column: dir == L_VERTICAL_LINE */ l_int32 pixAbsDiffInRect(PIX *pix, BOX *box, l_int32 dir, l_float32 *pabsdiff) { l_int32 w, h, wpl, i, j, xstart, xend, ystart, yend, bw, bh, val0, val1; l_uint32 *data, *line; l_float64 norm, sum; PROCNAME("pixAbsDiffInRect"); if (!pabsdiff) return ERROR_INT("pave not defined", procName, 1); *pabsdiff = 0; if (!pix || pixGetDepth(pix) != 8) return ERROR_INT("pix undefined or not 8 bpp", procName, 1); if (dir != L_HORIZONTAL_LINE && dir != L_VERTICAL_LINE) return ERROR_INT("invalid direction", procName, 1); if (pixGetColormap(pix) != NULL) return ERROR_INT("pix is colormapped", procName, 1); pixGetDimensions(pix, &w, &h, NULL); if (boxClipToRectangleParams(box, w, h, &xstart, &ystart, &xend, ¥d, &bw, &bh) == 1) return ERROR_INT("invalid clipping box", procName, 1); wpl = pixGetWpl(pix); data = pixGetData(pix); if (dir == L_HORIZONTAL_LINE) { norm = 1. / (l_float32)(bh * (bw - 1)); sum = 0.0; for (i = ystart; i < yend; i++) { line = data + i * wpl; val0 = GET_DATA_BYTE(line, xstart); for (j = xstart + 1; j < xend; j++) { val1 = GET_DATA_BYTE(line, j); sum += L_ABS(val1 - val0); val0 = val1; } } } else { /* vertical line */ norm = 1. / (l_float32)(bw * (bh - 1)); sum = 0.0; for (j = xstart; j < xend; j++) { line = data + ystart * wpl; val0 = GET_DATA_BYTE(line, j); for (i = ystart + 1; i < yend; i++) { line = data + i * wpl; val1 = GET_DATA_BYTE(line, j); sum += L_ABS(val1 - val0); val0 = val1; } } } *pabsdiff = (l_float32)(norm * sum); return 0; } /*! * pixAbsDiffOnLine() * * Input: pix (8 bpp; not cmapped) * x1, y1 (first point; x1 <= x2, y1 <= y2) * x2, y2 (first point) * &absdiff ( average of abs diff pixel values on line) * Return: 0 if OK; 1 on error * * Notes: * (1) This gives the average over the abs val of differences of * adjacent pixels values, along a line that is either horizontal * or vertical. * (2) If horizontal, require x1 < x2; if vertical, require y1 < y2. */ l_int32 pixAbsDiffOnLine(PIX *pix, l_int32 x1, l_int32 y1, l_int32 x2, l_int32 y2, l_float32 *pabsdiff) { l_int32 w, h, i, j, dir, size, sum; l_uint32 val0, val1; PROCNAME("pixAbsDiffOnLine"); if (!pabsdiff) return ERROR_INT("pave not defined", procName, 1); *pabsdiff = 0; if (!pix || pixGetDepth(pix) != 8) return ERROR_INT("pix undefined or not 8 bpp", procName, 1); if (y1 == y2) { dir = L_HORIZONTAL_LINE; } else if (x1 == x2) { dir = L_VERTICAL_LINE; } else { return ERROR_INT("line is neither horiz nor vert", procName, 1); } if (pixGetColormap(pix) != NULL) return ERROR_INT("pix is colormapped", procName, 1); pixGetDimensions(pix, &w, &h, NULL); sum = 0; if (dir == L_HORIZONTAL_LINE) { x1 = L_MAX(x1, 0); x2 = L_MIN(x2, w - 1); if (x1 >= x2) return ERROR_INT("x1 >= x2", procName, 1); size = x2 - x1; pixGetPixel(pix, x1, y1, &val0); for (j = x1 + 1; j <= x2; j++) { pixGetPixel(pix, j, y1, &val1); sum += L_ABS((l_int32)val1 - (l_int32)val0); val0 = val1; } } else { /* vertical */ y1 = L_MAX(y1, 0); y2 = L_MIN(y2, h - 1); if (y1 >= y2) return ERROR_INT("y1 >= y2", procName, 1); size = y2 - y1; pixGetPixel(pix, x1, y1, &val0); for (i = y1 + 1; i <= y2; i++) { pixGetPixel(pix, x1, i, &val1); sum += L_ABS((l_int32)val1 - (l_int32)val0); val0 = val1; } } *pabsdiff = (l_float32)sum / (l_float32)size; return 0; } /*-------------------------------------------------------------* * Count of pixels with specific value * *-------------------------------------------------------------*/ /*! * pixCountArbInRect() * * Input: pixs (8 bpp, or colormapped) * box () over which count is made; * use entire image null) * val (pixel value to count) * factor (subsampling factor; integer >= 1) * &count ( count; estimate it if factor > 1) * Return: na (histogram), or null on error * * Notes: * (1) If pixs is cmapped, @val is compared to the colormap index; * otherwise, @val is compared to the grayscale value. * (2) Set the subsampling @factor > 1 to reduce the amount of computation. * If @factor > 1, multiply the count by @factor * @factor. */ l_int32 pixCountArbInRect(PIX *pixs, BOX *box, l_int32 val, l_int32 factor, l_int32 *pcount) { l_int32 i, j, bx, by, bw, bh, w, h, wpl, pixval; l_uint32 *data, *line; PROCNAME("pixCountArbInRect"); if (!pcount) return ERROR_INT("&count not defined", procName, 1); *pcount = 0; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (pixGetDepth(pixs) != 8 && !pixGetColormap(pixs)) return ERROR_INT("pixs neither 8 bpp nor colormapped", procName, 1); if (factor < 1) return ERROR_INT("sampling factor < 1", procName, 1); pixGetDimensions(pixs, &w, &h, NULL); data = pixGetData(pixs); wpl = pixGetWpl(pixs); if (!box) { for (i = 0; i < h; i += factor) { line = data + i * wpl; for (j = 0; j < w; j += factor) { pixval = GET_DATA_BYTE(line, j); if (pixval == val) (*pcount)++; } } } else { boxGetGeometry(box, &bx, &by, &bw, &bh); for (i = 0; i < bh; i += factor) { if (by + i < 0 || by + i >= h) continue; line = data + (by + i) * wpl; for (j = 0; j < bw; j += factor) { if (bx + j < 0 || bx + j >= w) continue; pixval = GET_DATA_BYTE(line, bx + j); if (pixval == val) (*pcount)++; } } } if (factor > 1) /* assume pixel color is randomly distributed */ *pcount = *pcount * factor * factor; return 0; } /*-------------------------------------------------------------* * Mirrored tiling of a smaller image * *-------------------------------------------------------------*/ /*! * pixMirroredTiling() * * Input: pixs (8 or 32 bpp, small tile; to be replicated) * w, h (dimensions of output pix) * Return: pixd (usually larger pix, mirror-tiled with pixs), * or null on error * * Notes: * (1) This uses mirrored tiling, where each row alternates * with LR flips and every column alternates with TB * flips, such that the result is a tiling with identical * 2 x 2 tiles, each of which is composed of these transforms: * ----------------- * | 1 | LR | * ----------------- * | TB | LR/TB | * ----------------- */ PIX * pixMirroredTiling(PIX *pixs, l_int32 w, l_int32 h) { l_int32 wt, ht, d, i, j, nx, ny; PIX *pixd, *pixsfx, *pixsfy, *pixsfxy, *pix; PROCNAME("pixMirroredTiling"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &wt, &ht, &d); if (wt <= 0 || ht <= 0) return (PIX *)ERROR_PTR("pixs size illegal", procName, NULL); if (d != 8 && d != 32) return (PIX *)ERROR_PTR("depth not 32 bpp", procName, NULL); if ((pixd = pixCreate(w, h, d)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopySpp(pixd, pixs); nx = (w + wt - 1) / wt; ny = (h + ht - 1) / ht; pixsfx = pixFlipLR(NULL, pixs); pixsfy = pixFlipTB(NULL, pixs); pixsfxy = pixFlipTB(NULL, pixsfx); for (i = 0; i < ny; i++) { for (j = 0; j < nx; j++) { pix = pixs; if ((i & 1) && !(j & 1)) pix = pixsfy; else if (!(i & 1) && (j & 1)) pix = pixsfx; else if ((i & 1) && (j & 1)) pix = pixsfxy; pixRasterop(pixd, j * wt, i * ht, wt, ht, PIX_SRC, pix, 0, 0); } } pixDestroy(&pixsfx); pixDestroy(&pixsfy); pixDestroy(&pixsfxy); return pixd; } /*! * findTilePatchCenter() * * Input: pixs (8 or 16 bpp; distance function of a binary mask) * box (region of pixs to search around) * searchdir (L_HORIZ or L_VERT; direction to search) * targdist (desired distance of selected patch center from fg) * &dist ( actual distance of selected location) * &xc, &yc ( location of selected patch center) * Return: 0 if OK, 1 on error * * Notes: * (1) This looks for a patch of non-masked image, that is outside * but near the input box. The input pixs is a distance * function giving the distance from the fg in a binary mask. * (2) The target distance implicitly specifies a desired size * for the patch. The location of the center of the patch, * and the actual distance from fg are returned. * (3) If the target distance is larger than 255, a 16-bit distance * transform is input. * (4) It is assured that a square centered at (xc, yc) and of * size 'dist' will not intersect with the fg of the binary * mask that was used to generate pixs. * (5) We search away from the component, in approximately * the center 1/3 of its dimension. This gives a better chance * of finding patches that are close to the component. */ static l_int32 findTilePatchCenter(PIX *pixs, BOX *box, l_int32 searchdir, l_uint32 targdist, l_uint32 *pdist, l_int32 *pxc, l_int32 *pyc) { l_int32 w, h, bx, by, bw, bh, left, right, top, bot, i, j; l_int32 xstart, xend, ystart, yend; l_uint32 val, maxval; PROCNAME("findTilePatchCenter"); if (!pdist || !pxc || !pyc) return ERROR_INT("&pdist, &pxc, &pyc not all defined", procName, 1); *pdist = *pxc = *pyc = 0; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!box) return ERROR_INT("box not defined", procName, 1); pixGetDimensions(pixs, &w, &h, NULL); boxGetGeometry(box, &bx, &by, &bw, &bh); if (searchdir == L_HORIZ) { left = bx; /* distance to left of box */ right = w - bx - bw + 1; /* distance to right of box */ ystart = by + bh / 3; yend = by + 2 * bh / 3; maxval = 0; if (left > right) { /* search to left */ for (j = bx - 1; j >= 0; j--) { for (i = ystart; i <= yend; i++) { pixGetPixel(pixs, j, i, &val); if (val > maxval) { maxval = val; *pxc = j; *pyc = i; *pdist = val; if (val >= targdist) return 0; } } } } else { /* search to right */ for (j = bx + bw; j < w; j++) { for (i = ystart; i <= yend; i++) { pixGetPixel(pixs, j, i, &val); if (val > maxval) { maxval = val; *pxc = j; *pyc = i; *pdist = val; if (val >= targdist) return 0; } } } } } else { /* searchdir == L_VERT */ top = by; /* distance above box */ bot = h - by - bh + 1; /* distance below box */ xstart = bx + bw / 3; xend = bx + 2 * bw / 3; maxval = 0; if (top > bot) { /* search above */ for (i = by - 1; i >= 0; i--) { for (j = xstart; j <=xend; j++) { pixGetPixel(pixs, j, i, &val); if (val > maxval) { maxval = val; *pxc = j; *pyc = i; *pdist = val; if (val >= targdist) return 0; } } } } else { /* search below */ for (i = by + bh; i < h; i++) { for (j = xstart; j <=xend; j++) { pixGetPixel(pixs, j, i, &val); if (val > maxval) { maxval = val; *pxc = j; *pyc = i; *pdist = val; if (val >= targdist) return 0; } } } } } pixGetPixel(pixs, *pxc, *pyc, pdist); return 0; } leptonica-1.70/src/pixalloc.c0000644000175000017500000004341712244226424014266 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pixalloc.c * * Custom memory storage with allocator and deallocator * * l_int32 pmsCreate() * void pmsDestroy() * void *pmsCustomAlloc() * void pmsCustomDealloc() * void *pmsGetAlloc() * l_int32 pmsGetLevelForAlloc() * l_int32 pmsGetLevelForDealloc() * void pmsLogInfo() */ #include "allheaders.h" /*-------------------------------------------------------------------------* * Pix Memory Storage * * * * This is a simple utility for handling pix memory storage. It is * * enabled by setting the PixMemoryManager allocators to the functions * * that are defined here * * pmsCustomAlloc() * * pmsCustomDealloc() * * Use pmsCreate() at the beginning to do the pre-allocation, and * * pmsDestroy() at the end to clean it up. * *-------------------------------------------------------------------------*/ /* * In the following, the "memory" refers to the image data * field that is used within the pix. The memory store is a * continuous block of memory, that is logically divided into * smaller "chunks" starting with a set at a minimum size, and * followed by sets of increasing size that are a power of 2 larger * than the minimum size. You must specify the number of chunks * of each size. * * A requested data chunk, if it exists, is borrowed from the memory * storage, and returned after use. If the chunk is too small, or * too large, or if all chunks in the appropriate size range are * in use, the memory is allocated dynamically and freed after use. * * There are four parameters that determine the use of pre-allocated memory: * * minsize: any requested chunk smaller than this is allocated * dynamically and destroyed after use. No preallocated * memory is used. * smallest: the size of the smallest pre-allocated memory chunk. * nlevels: the number of different sizes of data chunks, each a * power of 2 larger than 'smallest'. * numalloc: a Numa of size 'nlevels' containing the number of data * chunks for each size that are in the memory store. * * As an example, suppose: * minsize = 0.5MB * smallest = 1.0MB * nlevels = 4 * numalloc = {10, 5, 5, 5} * Then the total amount of allocated memory (in MB) is * 10 * 1 + 5 * 2 + 5 * 4 + 5 * 8 = 80 MB * Any pix requiring less than 0.5 MB or more than 8 MB of memory will * not come from the memory store. Instead, it will be dynamically * allocated and freed after use. * * How is this implemented? * * At setup, the full data block size is computed and allocated. * The addresses of the individual chunks are found, and the pointers * are stored in a set of Ptra (generic pointer arrays), using one Ptra * for each of the sizes of the chunks. When returning a chunk after * use, it is necessary to determine from the address which size level * (ptra) the chunk belongs to. This is done by comparing the address * of the associated chunk. * * In the event that memory chunks need to be dynamically allocated, * either (1) because they are too small or too large for the memory * store or (2) because all the pix of that size (i.e., in the * appropriate level) in the memory store are in use, the * addresses generated will be outside the pre-allocated block. * After use they won't be returned to a ptra; instead the deallocator * will free them. */ struct PixMemoryStore { struct L_Ptraa *paa; /* Holds ptrs to allocated memory */ size_t minsize; /* Pix smaller than this (in bytes) */ /* are allocated dynamically */ size_t smallest; /* Smallest mem (in bytes) alloc'd */ size_t largest; /* Larest mem (in bytes) alloc'd */ size_t nbytes; /* Size of allocated block w/ all chunks */ l_int32 nlevels; /* Num of power-of-2 sizes pre-alloc'd */ size_t *sizes; /* Mem sizes at each power-of-2 level */ l_int32 *allocarray; /* Number of mem alloc'd at each size */ l_uint32 *baseptr; /* ptr to allocated array */ l_uint32 *maxptr; /* ptr just beyond allocated memory */ l_uint32 **firstptr; /* array of ptrs to first chunk in size */ l_int32 *memused; /* log: total # of pix used (by level) */ l_int32 *meminuse; /* log: # of pix in use (by level) */ l_int32 *memmax; /* log: max # of pix in use (by level) */ l_int32 *memempty; /* log: # of pix alloc'd because */ /* the store was empty (by level) */ char *logfile; /* log: set to null if no logging */ }; typedef struct PixMemoryStore L_PIX_MEM_STORE; static L_PIX_MEM_STORE *CustomPMS = NULL; /*! * pmsCreate() * * Input: minsize (of data chunk that can be supplied by pms) * smallest (bytes of the smallest pre-allocated data chunk. * numalloc (array with the number of data chunks for each * size that are in the memory store) * logfile (use for debugging; null otherwise) * Return: 0 if OK, 1 on error * * Notes: * (1) This computes the size of the block of memory required * and allocates it. Each chunk starts on a 32-bit word boundary. * The chunk sizes are in powers of 2, starting at @smallest, * and the number of levels and chunks at each level is * specified by @numalloc. * (2) This is intended to manage the image data for a small number * of relatively large pix. The system malloc is expected to * handle very large numbers of small chunks efficiently. * (3) Important: set the allocators and call this function * before any pix have been allocated. Destroy all the pix * in the normal way before calling pmsDestroy(). * (4) The pms struct is stored in a static global, so this function * is not thread-safe. When used, there must be only one thread * per process. */ l_int32 pmsCreate(size_t minsize, size_t smallest, NUMA *numalloc, const char *logfile) { l_int32 nlevels, i, j, nbytes; l_int32 *alloca; l_float32 nchunks; l_uint32 *baseptr, *data; l_uint32 **firstptr; size_t *sizes; L_PIX_MEM_STORE *pms; L_PTRA *pa; L_PTRAA *paa; PROCNAME("createPMS"); if (!numalloc) return ERROR_INT("numalloc not defined", procName, 1); numaGetSum(numalloc, &nchunks); if (nchunks > 1000.0) L_WARNING("There are %.0f chunks\n", procName, nchunks); if ((pms = (L_PIX_MEM_STORE *)CALLOC(1, sizeof(L_PIX_MEM_STORE))) == NULL) return ERROR_INT("pms not made", procName, 1); CustomPMS = pms; /* Make sure that minsize and smallest are multiples of 32 bit words */ if (minsize % 4 != 0) minsize -= minsize % 4; pms->minsize = minsize; nlevels = numaGetCount(numalloc); pms->nlevels = nlevels; if ((sizes = (size_t *)CALLOC(nlevels, sizeof(size_t))) == NULL) return ERROR_INT("sizes not made", procName, 1); pms->sizes = sizes; if (smallest % 4 != 0) smallest += 4 - (smallest % 4); pms->smallest = smallest; for (i = 0; i < nlevels; i++) sizes[i] = smallest * (1 << i); pms->largest = sizes[nlevels - 1]; alloca = numaGetIArray(numalloc); pms->allocarray = alloca; if ((paa = ptraaCreate(nlevels)) == NULL) return ERROR_INT("paa not made", procName, 1); pms->paa = paa; for (i = 0, nbytes = 0; i < nlevels; i++) nbytes += alloca[i] * sizes[i]; pms->nbytes = nbytes; if ((baseptr = (l_uint32 *)CALLOC(nbytes / 4, sizeof(l_uint32))) == NULL) return ERROR_INT("calloc fail for baseptr", procName, 1); pms->baseptr = baseptr; pms->maxptr = baseptr + nbytes / 4; /* just beyond the memory store */ if ((firstptr = (l_uint32 **)CALLOC(nlevels, sizeof(l_uint32 *))) == NULL) return ERROR_INT("calloc fail for firstptr", procName, 1); pms->firstptr = firstptr; data = baseptr; for (i = 0; i < nlevels; i++) { if ((pa = ptraCreate(alloca[i])) == NULL) return ERROR_INT("pa not made", procName, 1); ptraaInsertPtra(paa, i, pa); firstptr[i] = data; for (j = 0; j < alloca[i]; j++) { ptraAdd(pa, data); data += sizes[i] / 4; } } if (logfile) { pms->memused = (l_int32 *)CALLOC(nlevels, sizeof(l_int32)); pms->meminuse = (l_int32 *)CALLOC(nlevels, sizeof(l_int32)); pms->memmax = (l_int32 *)CALLOC(nlevels, sizeof(l_int32)); pms->memempty = (l_int32 *)CALLOC(nlevels, sizeof(l_int32)); pms->logfile = stringNew(logfile); } return 0; } /*! * pmsDestroy() * * Input: (none) * Return: void * * Notes: * (1) Important: call this function at the end of the program, after * the last pix has been destroyed. */ void pmsDestroy() { L_PIX_MEM_STORE *pms; if ((pms = CustomPMS) == NULL) return; ptraaDestroy(&pms->paa, FALSE, FALSE); /* don't touch the ptrs */ FREE(pms->baseptr); /* free the memory */ if (pms->logfile) { pmsLogInfo(); FREE(pms->logfile); FREE(pms->memused); FREE(pms->meminuse); FREE(pms->memmax); FREE(pms->memempty); } FREE(pms->sizes); FREE(pms->allocarray); FREE(pms->firstptr); FREE(pms); CustomPMS = NULL; return; } /*! * pmsCustomAlloc() * * Input: nbytes (min number of bytes in the chunk to be retrieved) * Return: data (ptr to chunk) * * Notes: * (1) This attempts to find a suitable pre-allocated chunk. * If not found, it dynamically allocates the chunk. * (2) If logging is turned on, the allocations that are not taken * from the memory store, and are at least as large as the * minimum size the store can handle, are logged to file. */ void * pmsCustomAlloc(size_t nbytes) { l_int32 level; void *data; L_PIX_MEM_STORE *pms; L_PTRA *pa; PROCNAME("pmsCustomAlloc"); if ((pms = CustomPMS) == NULL) return (void *)ERROR_PTR("pms not defined", procName, NULL); pmsGetLevelForAlloc(nbytes, &level); if (level < 0) { /* size range invalid; must alloc */ if ((data = pmsGetAlloc(nbytes)) == NULL) return (void *)ERROR_PTR("data not made", procName, NULL); } else { /* get from store */ pa = ptraaGetPtra(pms->paa, level, L_HANDLE_ONLY); data = ptraRemoveLast(pa); if (data && pms->logfile) { pms->memused[level]++; pms->meminuse[level]++; if (pms->meminuse[level] > pms->memmax[level]) pms->memmax[level]++; } if (!data) { /* none left at this level */ data = pmsGetAlloc(nbytes); if (pms->logfile) pms->memempty[level]++; } } return data; } /*! * pmsCustomDealloc() * * Input: data (to be freed or returned to the storage) * Return: void */ void pmsCustomDealloc(void *data) { l_int32 level; L_PIX_MEM_STORE *pms; L_PTRA *pa; PROCNAME("pmsCustomDealloc"); if ((pms = CustomPMS) == NULL) { L_ERROR("pms not defined\n", procName); return; } if (pmsGetLevelForDealloc(data, &level) == 1) { L_ERROR("level not found\n", procName); return; } if (level < 0) { /* no logging; just free the data */ FREE(data); } else { /* return the data to the store */ pa = ptraaGetPtra(pms->paa, level, L_HANDLE_ONLY); ptraAdd(pa, data); if (pms->logfile) pms->meminuse[level]--; } return; } /*! * pmsGetAlloc() * * Input: nbytes * Return: data * * Notes: * (1) This is called when a request for pix data cannot be * obtained from the preallocated memory store. After use it * is freed like normal memory. * (2) If logging is on, only write out allocs that are as large as * the minimum size handled by the memory store. * (3) size_t is %lu on 64 bit platforms and %u on 32 bit platforms. * The C99 platform-independent format specifier for size_t is %zu, * but windows hasn't conformed, so we are forced to go back to * C89, use %lu, and cast to get platform-independence. Ugh. */ void * pmsGetAlloc(size_t nbytes) { void *data; FILE *fp; L_PIX_MEM_STORE *pms; PROCNAME("pmsGetAlloc"); if ((pms = CustomPMS) == NULL) return (void *)ERROR_PTR("pms not defined", procName, NULL); if ((data = (void *)CALLOC(nbytes, sizeof(char))) == NULL) return (void *)ERROR_PTR("data not made", procName, NULL); if (pms->logfile && nbytes >= pms->smallest) { fp = fopenWriteStream(pms->logfile, "a"); fprintf(fp, "Alloc %lu bytes at %p\n", (unsigned long)nbytes, data); fclose(fp); } return data; } /*! * pmsGetLevelForAlloc() * * Input: nbytes (min number of bytes in the chunk to be retrieved) * &level (; -1 if either too small or too large) * Return: 0 if OK, 1 on error */ l_int32 pmsGetLevelForAlloc(size_t nbytes, l_int32 *plevel) { l_int32 i; l_float64 ratio; L_PIX_MEM_STORE *pms; PROCNAME("pmsGetLevelForAlloc"); if (!plevel) return ERROR_INT("&level not defined", procName, 1); *plevel = -1; if ((pms = CustomPMS) == NULL) return ERROR_INT("pms not defined", procName, 1); if (nbytes < pms->minsize || nbytes > pms->largest) return 0; /* -1 */ ratio = (l_float64)nbytes / (l_float64)(pms->smallest); for (i = 0; i < pms->nlevels; i++) { if (ratio <= 1.0) break; ratio /= 2.0; } *plevel = i; return 0; } /*! * pmsGetLevelForDealloc() * * Input: data (ptr to memory chunk) * &level ( level in memory store; -1 if allocated * outside the store) * Return: 0 if OK, 1 on error */ l_int32 pmsGetLevelForDealloc(void *data, l_int32 *plevel) { l_int32 i; l_uint32 *first; L_PIX_MEM_STORE *pms; PROCNAME("pmsGetLevelForDealloc"); if (!plevel) return ERROR_INT("&level not defined", procName, 1); *plevel = -1; if (!data) return ERROR_INT("data not defined", procName, 1); if ((pms = CustomPMS) == NULL) return ERROR_INT("pms not defined", procName, 1); if (data < (void *)pms->baseptr || data >= (void *)pms->maxptr) return 0; /* -1 */ for (i = 1; i < pms->nlevels; i++) { first = pms->firstptr[i]; if (data < (void *)first) break; } *plevel = i - 1; return 0; } /*! * pmsLogInfo() * * Input: (none) * Return: void */ void pmsLogInfo() { l_int32 i; L_PIX_MEM_STORE *pms; if ((pms = CustomPMS) == NULL) return; fprintf(stderr, "Total number of pix used at each level\n"); for (i = 0; i < pms->nlevels; i++) fprintf(stderr, " Level %d (%lu bytes): %d\n", i, (unsigned long)pms->sizes[i], pms->memused[i]); fprintf(stderr, "Max number of pix in use at any time in each level\n"); for (i = 0; i < pms->nlevels; i++) fprintf(stderr, " Level %d (%lu bytes): %d\n", i, (unsigned long)pms->sizes[i], pms->memmax[i]); fprintf(stderr, "Number of pix alloc'd because none were available\n"); for (i = 0; i < pms->nlevels; i++) fprintf(stderr, " Level %d (%lu bytes): %d\n", i, (unsigned long)pms->sizes[i], pms->memempty[i]); return; } leptonica-1.70/src/parseprotos.c0000640000175000017500000010146312267060336015027 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * parseprotos.c * * char *parseForProtos() * * Static helpers * static l_int32 getNextNonCommentLine() * static l_int32 getNextNonBlankLine() * static l_int32 getNextNonDoubleSlashLine() * static l_int32 searchForProtoSignature() * static char *captureProtoSignature() * static char *cleanProtoSignature() * static l_int32 skipToEndOfFunction() * static l_int32 skipToMatchingBrace() * static l_int32 skipToSemicolon() * static l_int32 getOffsetForCharacter() * static l_int32 getOffsetForMatchingRP() */ #include #include "allheaders.h" static const l_int32 L_BUF_SIZE = 512; /* max token size */ static l_int32 getNextNonCommentLine(SARRAY *sa, l_int32 start, l_int32 *pnext); static l_int32 getNextNonBlankLine(SARRAY *sa, l_int32 start, l_int32 *pnext); static l_int32 getNextNonDoubleSlashLine(SARRAY *sa, l_int32 start, l_int32 *pnext); static l_int32 searchForProtoSignature(SARRAY *sa, l_int32 begin, l_int32 *pstart, l_int32 *pstop, l_int32 *pcharindex, l_int32 *pfound); static char * captureProtoSignature(SARRAY *sa, l_int32 start, l_int32 stop, l_int32 charindex); static char * cleanProtoSignature(char *str); static l_int32 skipToEndOfFunction(SARRAY *sa, l_int32 start, l_int32 charindex, l_int32 *pnext); static l_int32 skipToMatchingBrace(SARRAY *sa, l_int32 start, l_int32 lbindex, l_int32 *prbline, l_int32 *prbindex); static l_int32 skipToSemicolon(SARRAY *sa, l_int32 start, l_int32 charindex, l_int32 *pnext); static l_int32 getOffsetForCharacter(SARRAY *sa, l_int32 start, char tchar, l_int32 *psoffset, l_int32 *pboffset, l_int32 *ptoffset); static l_int32 getOffsetForMatchingRP(SARRAY *sa, l_int32 start, l_int32 soffsetlp, l_int32 boffsetlp, l_int32 toffsetlp, l_int32 *psoffset, l_int32 *pboffset, l_int32 *ptoffset); /* * parseForProtos() * * Input: filein (output of cpp) * prestring ( string that prefaces each decl; * use NULL to omit) * Return: parsestr (string of function prototypes), or NULL on error * * Notes: * (1) We parse the output of cpp: * cpp -ansi * Three plans were attempted, with success on the third. * (2) Plan 1. A cursory examination of the cpp output indicated that * every function was preceeded by a cpp comment statement. * So we just need to look at statements beginning after comments. * Unfortunately, this is NOT the case. Some functions start * without cpp comment lines, typically when there are no * comments in the source that immediately precede the function. * (3) Plan 2. Consider the keywords in the language that start * parts of the cpp file. Some, like 'typedef', 'enum', * 'union' and 'struct', are followed after a while by '{', * and eventually end with '}, plus an optional token and a * final ';' Others, like 'extern' and 'static', are never * the beginnings of global function definitions. Function * prototypes have one or more sets of '(' followed eventually * by a ')', and end with ';'. But function definitions have * tokens, followed by '(', more tokens, ')' and then * immediately a '{'. We would generate a prototype from this * by adding a ';' to all tokens up to the ')'. So we use * these special tokens to decide what we are parsing. And * whenever a function definition is found and the prototype * extracted, we skip through the rest of the function * past the corresponding '}'. This token ends a line, and * is often on a line of its own. But as it turns out, * the only keyword we need to consider is 'static'. * (4) Plan 3. Consider the parentheses and braces for various * declarations. A struct, enum, or union has a pair of * braces followed by a semicolon. They cannot have parentheses * before the left brace, but a struct can have lots of parentheses * within the brace set. A function prototype has no braces. * A function declaration can have sets of left and right * parentheses, but these are followed by a left brace. * So plan 3 looks at the way parentheses and braces are * organized. Once the beginning of a function definition * is found, the prototype is extracted and we search for * the ending right brace. * (5) To find the ending right brace, it is necessary to do some * careful parsing. For example, in this file, we have * left and right braces as characters, and these must not * be counted. Somewhat more tricky, the file fhmtauto.c * generates code, and includes a right brace in a string. * So we must not include braces that are in strings. But how * do we know if something is inside a string? Keep state, * starting with not-inside, and every time you hit a double quote * that is not escaped, toggle the condition. Any brace * found in the state of being within a string is ignored. * (6) When a prototype is extracted, it is put in a canonical * form (i.e., cleaned up). Finally, we check that it is * not static and save it. (If static, it is ignored). * (7) The @prestring for unix is NULL; it is included here so that * you can use Microsoft's declaration for importing or * exporting to a dll. See environ.h for examples of use. * Here, we set: @prestring = "LEPT_DLL ". Note in particular * the space character that will separate 'LEPT_DLL' from * the standard unix prototype that follows. */ char * parseForProtos(const char *filein, const char *prestring) { char *strdata, *str, *newstr, *parsestr, *secondword; l_int32 start, next, stop, charindex, found; size_t nbytes; SARRAY *sa, *saout, *satest; PROCNAME("parseForProtos"); if (!filein) return (char *)ERROR_PTR("filein not defined", procName, NULL); /* Read in the cpp output into memory, one string for each * line in the file, omitting blank lines. */ strdata = (char *)l_binaryRead(filein, &nbytes); sa = sarrayCreateLinesFromString(strdata, 0); saout = sarrayCreate(0); next = 0; while (1) { /* repeat after each non-static prototype is extracted */ searchForProtoSignature(sa, next, &start, &stop, &charindex, &found); if (!found) break; /* fprintf(stderr, " start = %d, stop = %d, charindex = %d\n", start, stop, charindex); */ str = captureProtoSignature(sa, start, stop, charindex); /* Make sure that the signature found by cpp is neither * static nor extern. We get 'extern' declarations from * header files, and with some versions of cpp running on * #include we get something of the form: * extern ... (( ... )) ... ( ... ) { ... * For this, the 1st '(' is the lp, the 2nd ')' is the rp, * and there is a lot of garbage between the rp and the lb. * It is easiest to simply reject any signature that starts * with 'extern'. Note also that an 'extern' token has been * prepended to each prototype, so the 'static' or * 'extern' keywords we are looking for, if they exist, * would be the second word. */ satest = sarrayCreateWordsFromString(str); secondword = sarrayGetString(satest, 1, 0); if (strcmp(secondword, "static") && /* not static */ strcmp(secondword, "extern")) { /* not extern */ if (prestring) { /* prepend it to the prototype */ newstr = stringJoin(prestring, str); sarrayAddString(saout, newstr, L_INSERT); FREE(str); } else { sarrayAddString(saout, str, L_INSERT); } } else { FREE(str); } sarrayDestroy(&satest); skipToEndOfFunction(sa, stop, charindex, &next); if (next == -1) break; } /* Flatten into a string with newlines between prototypes */ parsestr = sarrayToString(saout, 1); FREE(strdata); sarrayDestroy(&sa); sarrayDestroy(&saout); return parsestr; } /* * getNextNonCommentLine() * * Input: sa (output from cpp, by line) * start (starting index to search) * &next ( index of first uncommented line after * the start line) * Return: 0 if OK, 1 on error * * Notes: * (1) Skips over all consecutive comment lines, beginning at 'start' * (2) If all lines to the end are '#' comments, return next = -1 */ static l_int32 getNextNonCommentLine(SARRAY *sa, l_int32 start, l_int32 *pnext) { char *str; l_int32 i, n; PROCNAME("getNextNonCommentLine"); if (!sa) return ERROR_INT("sa not defined", procName, 1); if (!pnext) return ERROR_INT("&pnext not defined", procName, 1); /* Init for situation where this line and all following are comments */ *pnext = -1; n = sarrayGetCount(sa); for (i = start; i < n; i++) { if ((str = sarrayGetString(sa, i, 0)) == NULL) return ERROR_INT("str not returned; shouldn't happen", procName, 1); if (str[0] != '#') { *pnext = i; return 0; } } return 0; } /* * getNextNonBlankLine() * * Input: sa (output from cpp, by line) * start (starting index to search) * &next ( index of first nonblank line after * the start line) * Return: 0 if OK, 1 on error * * Notes: * (1) Skips over all consecutive blank lines, beginning at 'start' * (2) A blank line has only whitespace characters (' ', '\t', '\n', '\r') * (3) If all lines to the end are blank, return next = -1 */ static l_int32 getNextNonBlankLine(SARRAY *sa, l_int32 start, l_int32 *pnext) { char *str; l_int32 i, j, n, len; PROCNAME("getNextNonBlankLine"); if (!sa) return ERROR_INT("sa not defined", procName, 1); if (!pnext) return ERROR_INT("&pnext not defined", procName, 1); /* Init for situation where this line and all following are blank */ *pnext = -1; n = sarrayGetCount(sa); for (i = start; i < n; i++) { if ((str = sarrayGetString(sa, i, 0)) == NULL) return ERROR_INT("str not returned; shouldn't happen", procName, 1); len = strlen(str); for (j = 0; j < len; j++) { if (str[j] != ' ' && str[j] != '\t' && str[j] != '\n' && str[j] != '\r') { /* non-blank */ *pnext = i; return 0; } } } return 0; } /* * getNextNonDoubleSlashLine() * * Input: sa (output from cpp, by line) * start (starting index to search) * &next ( index of first uncommented line after * the start line) * Return: 0 if OK, 1 on error * * Notes: * (1) Skips over all consecutive '//' lines, beginning at 'start' * (2) If all lines to the end start with '//', return next = -1 */ static l_int32 getNextNonDoubleSlashLine(SARRAY *sa, l_int32 start, l_int32 *pnext) { char *str; l_int32 i, n, len; PROCNAME("getNextNonDoubleSlashLine"); if (!sa) return ERROR_INT("sa not defined", procName, 1); if (!pnext) return ERROR_INT("&pnext not defined", procName, 1); /* Init for situation where this line and all following * start with '//' */ *pnext = -1; n = sarrayGetCount(sa); for (i = start; i < n; i++) { if ((str = sarrayGetString(sa, i, 0)) == NULL) return ERROR_INT("str not returned; shouldn't happen", procName, 1); len = strlen(str); if (len < 2 || str[0] != '/' || str[1] != '/') { *pnext = i; return 0; } } return 0; } /* * searchForProtoSignature() * * Input: sa (output from cpp, by line) * begin (beginning index to search) * &start ( starting index for function definition) * &stop ( index of line on which proto is completed) * &charindex ( char index of completing ')' character) * &found ( 1 if valid signature is found; 0 otherwise) * Return: 0 if OK, 1 on error * * Notes: * (1) If this returns found == 0, it means that there are no * more function definitions in the file. Caller must check * this value and exit the loop over the entire cpp file. * (2) This follows plan 3 (see above). We skip comment and blank * lines at the beginning. Then we don't check for keywords. * Instead, find the relative locations of the first occurrences * of these four tokens: left parenthesis (lp), right * parenthesis (rp), left brace (lb) and semicolon (sc). * (3) The signature of a function definition looks like this: * .... '(' .... ')' '{' * where the lp and rp must both precede the lb, with only * whitespace between the rp and the lb. The '....' * are sets of tokens that have no braces. * (4) If a function definition is found, this returns found = 1, * with 'start' being the first line of the definition and * 'charindex' being the position of the ')' in line 'stop' * at the end of the arg list. */ static l_int32 searchForProtoSignature(SARRAY *sa, l_int32 begin, l_int32 *pstart, l_int32 *pstop, l_int32 *pcharindex, l_int32 *pfound) { l_int32 next, rbline, rbindex, scline; l_int32 soffsetlp, soffsetrp, soffsetlb, soffsetsc; l_int32 boffsetlp, boffsetrp, boffsetlb, boffsetsc; l_int32 toffsetlp, toffsetrp, toffsetlb, toffsetsc; PROCNAME("searchForProtoSignature"); if (!sa) return ERROR_INT("sa not defined", procName, 1); if (!pstart) return ERROR_INT("&start not defined", procName, 1); if (!pstop) return ERROR_INT("&stop not defined", procName, 1); if (!pcharindex) return ERROR_INT("&charindex not defined", procName, 1); if (!pfound) return ERROR_INT("&found not defined", procName, 1); *pfound = FALSE; while (1) { /* Skip over sequential '#' comment lines */ getNextNonCommentLine(sa, begin, &next); if (next == -1) return 0; if (next != begin) { begin = next; continue; } /* Skip over sequential blank lines */ getNextNonBlankLine(sa, begin, &next); if (next == -1) return 0; if (next != begin) { begin = next; continue; } /* Skip over sequential lines starting with '//' */ getNextNonDoubleSlashLine(sa, begin, &next); if (next == -1) return 0; if (next != begin) { begin = next; continue; } /* Search for specific character sequence patterns; namely * a lp, a matching rp, a lb and a semicolon. * Abort the search if no lp is found. */ getOffsetForCharacter(sa, next, '(', &soffsetlp, &boffsetlp, &toffsetlp); if (soffsetlp == -1) break; getOffsetForMatchingRP(sa, next, soffsetlp, boffsetlp, toffsetlp, &soffsetrp, &boffsetrp, &toffsetrp); getOffsetForCharacter(sa, next, '{', &soffsetlb, &boffsetlb, &toffsetlb); getOffsetForCharacter(sa, next, ';', &soffsetsc, &boffsetsc, &toffsetsc); /* We've found a lp. Now weed out the case where a matching * rp and a lb are not both found. */ if (soffsetrp == -1 || soffsetlb == -1) break; /* Check if a left brace occurs before a left parenthesis; * if so, skip it */ if (toffsetlb < toffsetlp) { skipToMatchingBrace(sa, next + soffsetlb, boffsetlb, &rbline, &rbindex); skipToSemicolon(sa, rbline, rbindex, &scline); begin = scline + 1; continue; } /* Check if a semicolon occurs before a left brace or * a left parenthesis; if so, skip it */ if ((soffsetsc != -1) && (toffsetsc < toffsetlb || toffsetsc < toffsetlp)) { skipToSemicolon(sa, next, 0, &scline); begin = scline + 1; continue; } /* OK, it should be a function definition. We haven't * checked that there is only white space between the * rp and lb, but we've only seen problems with two * extern inlines in sys/stat.h, and this is handled * later by eliminating any prototype beginning with 'extern'. */ *pstart = next; *pstop = next + soffsetrp; *pcharindex = boffsetrp; *pfound = TRUE; break; } return 0; } /* * captureProtoSignature() * * Input: sa (output from cpp, by line) * start (starting index to search; never a comment line) * stop (index of line on which pattern is completed) * charindex (char index of completing ')' character) * Return: cleanstr (prototype string), or NULL on error * * Notes: * (1) Return all characters, ending with a ';' after the ')' */ static char * captureProtoSignature(SARRAY *sa, l_int32 start, l_int32 stop, l_int32 charindex) { char *str, *newstr, *protostr, *cleanstr; SARRAY *sap; l_int32 i; PROCNAME("captureProtoSignature"); if (!sa) return (char *)ERROR_PTR("sa not defined", procName, NULL); sap = sarrayCreate(0); for (i = start; i < stop; i++) { str = sarrayGetString(sa, i, 1); sarrayAddString(sap, str, 0); } str = sarrayGetString(sa, stop, 1); str[charindex + 1] = '\0'; newstr = stringJoin(str, ";"); sarrayAddString(sap, newstr, 0); FREE(str); protostr = sarrayToString(sap, 2); sarrayDestroy(&sap); cleanstr = cleanProtoSignature(protostr); FREE(protostr); return cleanstr; } /* * cleanProtoSignature() * * Input: instr (input prototype string) * Return: cleanstr (clean prototype string), or NULL on error * * Notes: * (1) Adds 'extern' at beginning and regularizes spaces * between tokens. */ static char * cleanProtoSignature(char *instr) { char *str, *cleanstr; char buf[L_BUF_SIZE]; char externstring[] = "extern"; l_int32 i, j, nwords, nchars, index, len; SARRAY *sa, *saout; PROCNAME("cleanProtoSignature"); if (!instr) return (char *)ERROR_PTR("instr not defined", procName, NULL); sa = sarrayCreateWordsFromString(instr); nwords = sarrayGetCount(sa); saout = sarrayCreate(0); sarrayAddString(saout, externstring, 1); for (i = 0; i < nwords; i++) { str = sarrayGetString(sa, i, 0); nchars = strlen(str); index = 0; for (j = 0; j < nchars; j++) { if (index > L_BUF_SIZE - 6) return (char *)ERROR_PTR("token too large", procName, NULL); if (str[j] == '(') { buf[index++] = ' '; buf[index++] = '('; buf[index++] = ' '; } else if (str[j] == ')') { buf[index++] = ' '; buf[index++] = ')'; } else { buf[index++] = str[j]; } } buf[index] = '\0'; sarrayAddString(saout, buf, 1); } /* Flatten to a prototype string with spaces added after * each word, and remove the last space */ cleanstr = sarrayToString(saout, 2); len = strlen(cleanstr); cleanstr[len - 1] = '\0'; sarrayDestroy(&sa); sarrayDestroy(&saout); return cleanstr; } /* * skipToEndOfFunction() * * Input: sa (output from cpp, by line) * start (index of starting line with left bracket to search) * lbindex (starting char index for left bracket) * &next (index of line following the ending '}' for function * Return: 0 if OK, 1 on error */ static l_int32 skipToEndOfFunction(SARRAY *sa, l_int32 start, l_int32 lbindex, l_int32 *pnext) { l_int32 end, rbindex; l_int32 soffsetlb, boffsetlb, toffsetlb; PROCNAME("skipToEndOfFunction"); if (!sa) return ERROR_INT("sa not defined", procName, 1); if (!pnext) return ERROR_INT("&next not defined", procName, 1); getOffsetForCharacter(sa, start, '{', &soffsetlb, &boffsetlb, &toffsetlb); skipToMatchingBrace(sa, start + soffsetlb, boffsetlb, &end, &rbindex); if (end == -1) { /* shouldn't happen! */ *pnext = -1; return 1; } *pnext = end + 1; return 0; } /* * skipToMatchingBrace() * * Input: sa (output from cpp, by line) * start (index of starting line with left bracket to search) * lbindex (starting char index for left bracket) * &stop (index of line with the matching right bracket) * &rbindex (char index of matching right bracket) * Return: 0 if OK, 1 on error * * Notes: * (1) If the matching right brace is not found, returns * stop = -1. This shouldn't happen. */ static l_int32 skipToMatchingBrace(SARRAY *sa, l_int32 start, l_int32 lbindex, l_int32 *pstop, l_int32 *prbindex) { char *str; l_int32 i, j, jstart, n, sumbrace, found, instring, nchars; PROCNAME("skipToMatchingBrace"); if (!sa) return ERROR_INT("sa not defined", procName, 1); if (!pstop) return ERROR_INT("&stop not defined", procName, 1); if (!prbindex) return ERROR_INT("&rbindex not defined", procName, 1); instring = 0; /* init to FALSE; toggle on double quotes */ *pstop = -1; n = sarrayGetCount(sa); sumbrace = 1; found = FALSE; for (i = start; i < n; i++) { str = sarrayGetString(sa, i, 0); jstart = 0; if (i == start) jstart = lbindex + 1; nchars = strlen(str); for (j = jstart; j < nchars; j++) { /* Toggle the instring state every time you encounter * a double quote that is NOT escaped. */ if (j == jstart && str[j] == '\"') instring = 1 - instring; if (j > jstart && str[j] == '\"' && str[j-1] != '\\') instring = 1 - instring; /* Record the braces if they are neither a literal character * nor within a string. */ if (str[j] == '{' && str[j+1] != '\'' && !instring) { sumbrace++; } else if (str[j] == '}' && str[j+1] != '\'' && !instring) { sumbrace--; if (sumbrace == 0) { found = TRUE; *prbindex = j; break; } } } if (found) { *pstop = i; return 0; } } return ERROR_INT("matching right brace not found", procName, 1); } /* * skipToSemicolon() * * Input: sa (output from cpp, by line) * start (index of starting line to search) * charindex (starting char index for search) * &next (index of line containing the next ';') * Return: 0 if OK, 1 on error * * Notes: * (1) If the semicolon isn't found, returns next = -1. * This shouldn't happen. * (2) This is only used in contexts where the semicolon is * not within a string. */ static l_int32 skipToSemicolon(SARRAY *sa, l_int32 start, l_int32 charindex, l_int32 *pnext) { char *str; l_int32 i, j, n, jstart, nchars, found; PROCNAME("skipToSemicolon"); if (!sa) return ERROR_INT("sa not defined", procName, 1); if (!pnext) return ERROR_INT("&next not defined", procName, 1); *pnext = -1; n = sarrayGetCount(sa); found = FALSE; for (i = start; i < n; i++) { str = sarrayGetString(sa, i, 0); jstart = 0; if (i == start) jstart = charindex + 1; nchars = strlen(str); for (j = jstart; j < nchars; j++) { if (str[j] == ';') { found = TRUE;; break; } } if (found) { *pnext = i; return 0; } } return ERROR_INT("semicolon not found", procName, 1); } /* * getOffsetForCharacter() * * Input: sa (output from cpp, by line) * start (starting index in sa to search; never a comment line) * tchar (we are searching for the first instance of this) * &soffset ( offset in strings from start index) * &boffset ( offset in bytes within string in which * the character is first found) * &toffset ( offset in total bytes from beginning of * string indexed by 'start' to the location where * the character is first found) * Return: 0 if OK, 1 on error * * Notes: * (1) We are searching for the first instance of 'tchar', starting * at the beginning of the string indexed by start. * (2) If the character is not found, soffset is returned as -1, * and the other offsets are set to very large numbers. The * caller must check the value of soffset. * (3) This is only used in contexts where it is not necessary to * consider if the character is inside a string. */ static l_int32 getOffsetForCharacter(SARRAY *sa, l_int32 start, char tchar, l_int32 *psoffset, l_int32 *pboffset, l_int32 *ptoffset) { char *str; l_int32 i, j, n, nchars, totchars, found; PROCNAME("getOffsetForCharacter"); if (!sa) return ERROR_INT("sa not defined", procName, 1); if (!psoffset) return ERROR_INT("&soffset not defined", procName, 1); if (!pboffset) return ERROR_INT("&boffset not defined", procName, 1); if (!ptoffset) return ERROR_INT("&toffset not defined", procName, 1); *psoffset = -1; /* init to not found */ *pboffset = 100000000; *ptoffset = 100000000; n = sarrayGetCount(sa); found = FALSE; totchars = 0; for (i = start; i < n; i++) { if ((str = sarrayGetString(sa, i, 0)) == NULL) return ERROR_INT("str not returned; shouldn't happen", procName, 1); nchars = strlen(str); for (j = 0; j < nchars; j++) { if (str[j] == tchar) { found = TRUE; break; } } if (found) break; totchars += nchars; } if (found) { *psoffset = i - start; *pboffset = j; *ptoffset = totchars + j; } return 0; } /* * getOffsetForMatchingRP() * * Input: sa (output from cpp, by line) * start (starting index in sa to search; never a comment line) * soffsetlp (string offset to first LP) * boffsetlp (byte offset within string to first LP) * toffsetlp (total byte offset to first LP) * &soffset ( offset in strings from start index) * &boffset ( offset in bytes within string in which * the matching RP is found) * &toffset ( offset in total bytes from beginning of * string indexed by 'start' to the location where * the matching RP is found); * Return: 0 if OK, 1 on error * * Notes: * (1) We are searching for the matching right parenthesis (RP) that * corresponds to the first LP found beginning at the string * indexed by start. * (2) If the matching RP is not found, soffset is returned as -1, * and the other offsets are set to very large numbers. The * caller must check the value of soffset. * (3) This is only used in contexts where it is not necessary to * consider if the character is inside a string. * (4) We must do this because although most arg lists have a single * left and right parenthesis, it is possible to construct * more complicated prototype declarations, such as those * where functions are passed in. The C++ rules for prototypes * are strict, and require that for functions passed in as args, * the function name arg be placed in parenthesis, as well * as its arg list, thus incurring two extra levels of parentheses. */ static l_int32 getOffsetForMatchingRP(SARRAY *sa, l_int32 start, l_int32 soffsetlp, l_int32 boffsetlp, l_int32 toffsetlp, l_int32 *psoffset, l_int32 *pboffset, l_int32 *ptoffset) { char *str; l_int32 i, j, n, nchars, totchars, leftmatch, firstline, jstart, found; PROCNAME("getOffsetForMatchingRP"); if (!sa) return ERROR_INT("sa not defined", procName, 1); if (!psoffset) return ERROR_INT("&soffset not defined", procName, 1); if (!pboffset) return ERROR_INT("&boffset not defined", procName, 1); if (!ptoffset) return ERROR_INT("&toffset not defined", procName, 1); *psoffset = -1; /* init to not found */ *pboffset = 100000000; *ptoffset = 100000000; n = sarrayGetCount(sa); found = FALSE; totchars = toffsetlp; leftmatch = 1; /* count of (LP - RP); we're finished when it goes to 0. */ firstline = start + soffsetlp; for (i = firstline; i < n; i++) { if ((str = sarrayGetString(sa, i, 0)) == NULL) return ERROR_INT("str not returned; shouldn't happen", procName, 1); nchars = strlen(str); jstart = 0; if (i == firstline) jstart = boffsetlp + 1; for (j = jstart; j < nchars; j++) { if (str[j] == '(') leftmatch++; else if (str[j] == ')') leftmatch--; if (leftmatch == 0) { found = TRUE; break; } } if (found) break; if (i == firstline) totchars += nchars - boffsetlp; else totchars += nchars; } if (found) { *psoffset = i - start; *pboffset = j; *ptoffset = totchars + j; } return 0; } leptonica-1.70/src/pixconv.c0000644000175000017500000034377212252644437014157 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pixconv.c * * These functions convert between images of different types * without scaling. * * Conversion from 8 bpp grayscale to 1, 2, 4 and 8 bpp * PIX *pixThreshold8() * * Conversion from colormap to full color or grayscale * PIX *pixRemoveColormapGeneral() * PIX *pixRemoveColormap() * * Add colormap losslessly (8 to 8) * l_int32 pixAddGrayColormap8() * PIX *pixAddMinimalGrayColormap8() * * Conversion from RGB color to grayscale * PIX *pixConvertRGBToLuminance() * PIX *pixConvertRGBToGray() * PIX *pixConvertRGBToGrayFast() * PIX *pixConvertRGBToGrayMinMax() * PIX *pixConvertRGBToGraySatBoost() * * Conversion from grayscale to colormap * PIX *pixConvertGrayToColormap() -- 2, 4, 8 bpp * PIX *pixConvertGrayToColormap8() -- 8 bpp only * * Colorizing conversion from grayscale to color * PIX *pixColorizeGray() -- 8 bpp or cmapped * * Conversion from RGB color to colormap * PIX *pixConvertRGBToColormap() * * Quantization for relatively small number of colors in source * l_int32 pixQuantizeIfFewColors() * * Conversion from 16 bpp to 8 bpp * PIX *pixConvert16To8() * * Conversion from grayscale to false color * PIX *pixConvertGrayToFalseColor() * * Unpacking conversion from 1 bpp to 2, 4, 8, 16 and 32 bpp * PIX *pixUnpackBinary() * PIX *pixConvert1To16() * PIX *pixConvert1To32() * * Unpacking conversion from 1 bpp to 2 bpp * PIX *pixConvert1To2Cmap() * PIX *pixConvert1To2() * * Unpacking conversion from 1 bpp to 4 bpp * PIX *pixConvert1To4Cmap() * PIX *pixConvert1To4() * * Unpacking conversion from 1, 2 and 4 bpp to 8 bpp * PIX *pixConvert1To8() * PIX *pixConvert2To8() * PIX *pixConvert4To8() * * Unpacking conversion from 8 bpp to 16 bpp * PIX *pixConvert8To16() * * Top-level conversion to 1 bpp * PIX *pixConvertTo1() * PIX *pixConvertTo1BySampling() * * Top-level conversion to 8 bpp * PIX *pixConvertTo8() * PIX *pixConvertTo8BySampling() * PIX *pixConvertTo8Color() * * Top-level conversion to 16 bpp * PIX *pixConvertTo16() * * Top-level conversion to 32 bpp (RGB) * PIX *pixConvertTo32() *** * PIX *pixConvertTo32BySampling() *** * PIX *pixConvert8To32() *** * * Top-level conversion to 8 or 32 bpp, without colormap * PIX *pixConvertTo8Or32 * * Conversion between 24 bpp and 32 bpp rgb * PIX *pixConvert24To32() * PIX *pixConvert32To24() * * Removal of alpha component by blending with white background * PIX *pixRemoveAlpha() * * Lossless depth conversion (unpacking) * PIX *pixConvertLossless() * * Conversion for printing in PostScript * PIX *pixConvertForPSWrap() * * Scaling conversion to subpixel RGB * PIX *pixConvertToSubpixelRGB() * PIX *pixConvertGrayToSubpixelRGB() * PIX *pixConvertColorToSubpixelRGB() * * *** indicates implicit assumption about RGB component ordering */ #include #include #include "allheaders.h" #ifndef NO_CONSOLE_IO #define DEBUG_CONVERT_TO_COLORMAP 0 #define DEBUG_UNROLLING 0 #endif /* ~NO_CONSOLE_IO */ /*-------------------------------------------------------------* * Conversion from 8 bpp grayscale to 1, 2 4 and 8 bpp * *-------------------------------------------------------------*/ /*! * pixThreshold8() * * Input: pix (8 bpp grayscale) * d (destination depth: 1, 2, 4 or 8) * nlevels (number of levels to be used for colormap) * cmapflag (1 if makes colormap; 0 otherwise) * Return: pixd (thresholded with standard dest thresholds), * or null on error * * Notes: * (1) This uses, by default, equally spaced "target" values * that depend on the number of levels, with thresholds * halfway between. For N levels, with separation (N-1)/255, * there are N-1 fixed thresholds. * (2) For 1 bpp destination, the number of levels can only be 2 * and if a cmap is made, black is (0,0,0) and white * is (255,255,255), which is opposite to the convention * without a colormap. * (3) For 1, 2 and 4 bpp, the nlevels arg is used if a colormap * is made; otherwise, we take the most significant bits * from the src that will fit in the dest. * (4) For 8 bpp, the input pixs is quantized to nlevels. The * dest quantized with that mapping, either through a colormap * table or directly with 8 bit values. * (5) Typically you should not use make a colormap for 1 bpp dest. * (6) This is not dithering. Each pixel is treated independently. */ PIX * pixThreshold8(PIX *pixs, l_int32 d, l_int32 nlevels, l_int32 cmapflag) { PIX *pixd; PIXCMAP *cmap; PROCNAME("pixThreshold8"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (cmapflag && nlevels < 2) return (PIX *)ERROR_PTR("nlevels must be at least 2", procName, NULL); switch (d) { case 1: pixd = pixThresholdToBinary(pixs, 128); if (cmapflag) { cmap = pixcmapCreateLinear(1, 2); pixSetColormap(pixd, cmap); } break; case 2: pixd = pixThresholdTo2bpp(pixs, nlevels, cmapflag); break; case 4: pixd = pixThresholdTo4bpp(pixs, nlevels, cmapflag); break; case 8: pixd = pixThresholdOn8bpp(pixs, nlevels, cmapflag); break; default: return (PIX *)ERROR_PTR("d must be in {1,2,4,8}", procName, NULL); } if (!pixd) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); return pixd; } /*-------------------------------------------------------------* * Conversion from colormapped pix * *-------------------------------------------------------------*/ /*! * pixRemoveColormapGeneral() * * Input: pixs (any depth, with or without colormap) * type (REMOVE_CMAP_TO_BINARY, * REMOVE_CMAP_TO_GRAYSCALE, * REMOVE_CMAP_TO_FULL_COLOR, * REMOVE_CMAP_WITH_ALPHA, * REMOVE_CMAP_BASED_ON_SRC) * ifnocmap (L_CLONE, L_COPY) * Return: pixd (always a new pix; without colormap), or null on error * * Notes: * (1) Convenience function that allows choice between returning * a clone or a copy if pixs does not have a colormap. * (2) See pixRemoveColormap(). */ PIX * pixRemoveColormapGeneral(PIX *pixs, l_int32 type, l_int32 ifnocmap) { PROCNAME("pixRemoveColormapGeneral"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (ifnocmap != L_CLONE && ifnocmap != L_COPY) return (PIX *)ERROR_PTR("invalid value for ifnocmap", procName, NULL); if (pixGetColormap(pixs)) return pixRemoveColormap(pixs, type); if (ifnocmap == L_CLONE) return pixClone(pixs); else return pixCopy(NULL, pixs); } /*! * pixRemoveColormap() * * Input: pixs (see restrictions below) * type (REMOVE_CMAP_TO_BINARY, * REMOVE_CMAP_TO_GRAYSCALE, * REMOVE_CMAP_TO_FULL_COLOR, * REMOVE_CMAP_WITH_ALPHA, * REMOVE_CMAP_BASED_ON_SRC) * Return: pixd (without colormap), or null on error * * Notes: * (1) If pixs does not have a colormap, a clone is returned. * (2) Otherwise, the input pixs is restricted to 1, 2, 4 or 8 bpp. * (3) Use REMOVE_CMAP_TO_BINARY only on 1 bpp pix. * (4) For grayscale conversion from RGB, use a weighted average * of RGB values, and always return an 8 bpp pix, regardless * of whether the input pixs depth is 2, 4 or 8 bpp. * (5) REMOVE_CMAP_BASED_ON_SRC and REMOVE_CMAP_TO_FULL_COLOR * ignore the alpha components. For 32-bit pixel output, * the alpha byte is set to 0 and spp = 3. */ PIX * pixRemoveColormap(PIX *pixs, l_int32 type) { l_int32 sval, rval, gval, bval; l_int32 i, j, k, w, h, d, wpls, wpld, ncolors, count; l_int32 colorfound; l_int32 *rmap, *gmap, *bmap, *amap, *graymap; l_uint32 *datas, *lines, *datad, *lined, *lut; l_uint32 sword, dword; PIXCMAP *cmap; PIX *pixd; PROCNAME("pixRemoveColormap"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if ((cmap = pixGetColormap(pixs)) == NULL) return pixClone(pixs); if (type != REMOVE_CMAP_TO_BINARY && type != REMOVE_CMAP_TO_GRAYSCALE && type != REMOVE_CMAP_TO_FULL_COLOR && type != REMOVE_CMAP_WITH_ALPHA && type != REMOVE_CMAP_BASED_ON_SRC) { L_WARNING("Invalid type; converting based on src\n", procName); type = REMOVE_CMAP_BASED_ON_SRC; } pixGetDimensions(pixs, &w, &h, &d); if (d != 1 && d != 2 && d != 4 && d != 8) return (PIX *)ERROR_PTR("pixs must be {1,2,4,8} bpp", procName, NULL); if (pixcmapToArrays(cmap, &rmap, &gmap, &bmap, &amap)) return (PIX *)ERROR_PTR("colormap arrays not made", procName, NULL); if (d != 1 && type == REMOVE_CMAP_TO_BINARY) { L_WARNING("not 1 bpp; can't remove cmap to binary\n", procName); type = REMOVE_CMAP_BASED_ON_SRC; } if (type == REMOVE_CMAP_BASED_ON_SRC) { /* select output type depending on colormap */ pixcmapHasColor(cmap, &colorfound); if (!colorfound) { if (d == 1) type = REMOVE_CMAP_TO_BINARY; else type = REMOVE_CMAP_TO_GRAYSCALE; } else { type = REMOVE_CMAP_TO_FULL_COLOR; } } ncolors = pixcmapGetCount(cmap); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); if (type == REMOVE_CMAP_TO_BINARY) { if ((pixd = pixCopy(NULL, pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixcmapGetColor(cmap, 0, &rval, &gval, &bval); if (rval == 0) /* photometrically inverted from standard */ pixInvert(pixd, pixd); pixDestroyColormap(pixd); } else if (type == REMOVE_CMAP_TO_GRAYSCALE) { if ((pixd = pixCreate(w, h, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); if ((graymap = (l_int32 *)CALLOC(ncolors, sizeof(l_int32))) == NULL) return (PIX *)ERROR_PTR("calloc fail for graymap", procName, NULL); for (i = 0; i < pixcmapGetCount(cmap); i++) { graymap[i] = (rmap[i] + 2 * gmap[i] + bmap[i]) / 4; } for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; switch (d) /* depth test above; no default permitted */ { case 8: /* Unrolled 4x */ for (j = 0, count = 0; j + 3 < w; j += 4, count++) { sword = lines[count]; dword = (graymap[(sword >> 24) & 0xff] << 24) | (graymap[(sword >> 16) & 0xff] << 16) | (graymap[(sword >> 8) & 0xff] << 8) | graymap[sword & 0xff]; lined[count] = dword; } /* Cleanup partial word */ for (; j < w; j++) { sval = GET_DATA_BYTE(lines, j); gval = graymap[sval]; SET_DATA_BYTE(lined, j, gval); } #if DEBUG_UNROLLING #define CHECK_VALUE(a, b, c) if (GET_DATA_BYTE(a, b) != c) { \ fprintf(stderr, "Error: mismatch at %d, %d vs %d\n", \ j, GET_DATA_BYTE(a, b), c); } for (j = 0; j < w; j++) { sval = GET_DATA_BYTE(lines, j); gval = graymap[sval]; CHECK_VALUE(lined, j, gval); } #endif break; case 4: /* Unrolled 8x */ for (j = 0, count = 0; j + 7 < w; j += 8, count++) { sword = lines[count]; dword = (graymap[(sword >> 28) & 0xf] << 24) | (graymap[(sword >> 24) & 0xf] << 16) | (graymap[(sword >> 20) & 0xf] << 8) | graymap[(sword >> 16) & 0xf]; lined[2 * count] = dword; dword = (graymap[(sword >> 12) & 0xf] << 24) | (graymap[(sword >> 8) & 0xf] << 16) | (graymap[(sword >> 4) & 0xf] << 8) | graymap[sword & 0xf]; lined[2 * count + 1] = dword; } /* Cleanup partial word */ for (; j < w; j++) { sval = GET_DATA_QBIT(lines, j); gval = graymap[sval]; SET_DATA_BYTE(lined, j, gval); } #if DEBUG_UNROLLING for (j = 0; j < w; j++) { sval = GET_DATA_QBIT(lines, j); gval = graymap[sval]; CHECK_VALUE(lined, j, gval); } #endif break; case 2: /* Unrolled 16x */ for (j = 0, count = 0; j + 15 < w; j += 16, count++) { sword = lines[count]; dword = (graymap[(sword >> 30) & 0x3] << 24) | (graymap[(sword >> 28) & 0x3] << 16) | (graymap[(sword >> 26) & 0x3] << 8) | graymap[(sword >> 24) & 0x3]; lined[4 * count] = dword; dword = (graymap[(sword >> 22) & 0x3] << 24) | (graymap[(sword >> 20) & 0x3] << 16) | (graymap[(sword >> 18) & 0x3] << 8) | graymap[(sword >> 16) & 0x3]; lined[4 * count + 1] = dword; dword = (graymap[(sword >> 14) & 0x3] << 24) | (graymap[(sword >> 12) & 0x3] << 16) | (graymap[(sword >> 10) & 0x3] << 8) | graymap[(sword >> 8) & 0x3]; lined[4 * count + 2] = dword; dword = (graymap[(sword >> 6) & 0x3] << 24) | (graymap[(sword >> 4) & 0x3] << 16) | (graymap[(sword >> 2) & 0x3] << 8) | graymap[sword & 0x3]; lined[4 * count + 3] = dword; } /* Cleanup partial word */ for (; j < w; j++) { sval = GET_DATA_DIBIT(lines, j); gval = graymap[sval]; SET_DATA_BYTE(lined, j, gval); } #if DEBUG_UNROLLING for (j = 0; j < w; j++) { sval = GET_DATA_DIBIT(lines, j); gval = graymap[sval]; CHECK_VALUE(lined, j, gval); } #endif break; case 1: /* Unrolled 8x */ for (j = 0, count = 0; j + 31 < w; j += 32, count++) { sword = lines[count]; for (k = 0; k < 4; k++) { /* The top byte is always the relevant one */ dword = (graymap[(sword >> 31) & 0x1] << 24) | (graymap[(sword >> 30) & 0x1] << 16) | (graymap[(sword >> 29) & 0x1] << 8) | graymap[(sword >> 28) & 0x1]; lined[8 * count + 2 * k] = dword; dword = (graymap[(sword >> 27) & 0x1] << 24) | (graymap[(sword >> 26) & 0x1] << 16) | (graymap[(sword >> 25) & 0x1] << 8) | graymap[(sword >> 24) & 0x1]; lined[8 * count + 2 * k + 1] = dword; sword <<= 8; /* Move up the next byte */ } } /* Cleanup partial word */ for (; j < w; j++) { sval = GET_DATA_BIT(lines, j); gval = graymap[sval]; SET_DATA_BYTE(lined, j, gval); } #if DEBUG_UNROLLING for (j = 0; j < w; j++) { sval = GET_DATA_BIT(lines, j); gval = graymap[sval]; CHECK_VALUE(lined, j, gval); } #undef CHECK_VALUE #endif break; default: return NULL; } } if (graymap) FREE(graymap); } else { /* type == REMOVE_CMAP_TO_FULL_COLOR or REMOVE_CMAP_WITH_ALPHA */ if ((pixd = pixCreate(w, h, 32)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); if (type == REMOVE_CMAP_WITH_ALPHA) pixSetSpp(pixd, 4); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); if ((lut = (l_uint32 *)CALLOC(ncolors, sizeof(l_uint32))) == NULL) return (PIX *)ERROR_PTR("calloc fail for lut", procName, NULL); for (i = 0; i < ncolors; i++) { if (type == REMOVE_CMAP_TO_FULL_COLOR) composeRGBPixel(rmap[i], gmap[i], bmap[i], lut + i); else /* full color plus alpha */ composeRGBAPixel(rmap[i], gmap[i], bmap[i], amap[i], lut + i); } for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { if (d == 8) sval = GET_DATA_BYTE(lines, j); else if (d == 4) sval = GET_DATA_QBIT(lines, j); else if (d == 2) sval = GET_DATA_DIBIT(lines, j); else if (d == 1) sval = GET_DATA_BIT(lines, j); else return NULL; if (sval >= ncolors) L_WARNING("pixel value out of bounds\n", procName); else lined[j] = lut[sval]; } } FREE(lut); } FREE(rmap); FREE(gmap); FREE(bmap); FREE(amap); return pixd; } /*-------------------------------------------------------------* * Add colormap losslessly (8 to 8) * *-------------------------------------------------------------*/ /*! * pixAddGrayColormap8() * * Input: pixs (8 bpp) * Return: 0 if OK, 1 on error * * Notes: * (1) If pixs has a colormap, this is a no-op. */ l_int32 pixAddGrayColormap8(PIX *pixs) { PIXCMAP *cmap; PROCNAME("pixAddGrayColormap8"); if (!pixs || pixGetDepth(pixs) != 8) return ERROR_INT("pixs not defined or not 8 bpp", procName, 1); if (pixGetColormap(pixs)) return 0; cmap = pixcmapCreateLinear(8, 256); pixSetColormap(pixs, cmap); return 0; } /*! * pixAddMinimalGrayColormap8() * * Input: pixs (8 bpp) * Return: 0 if OK, 1 on error * * Notes: * (1) This generates a colormapped version of the input image * that has the same number of colormap entries as the * input image has unique gray levels. */ PIX * pixAddMinimalGrayColormap8(PIX *pixs) { l_int32 ncolors, w, h, i, j, wplt, wpld, index, val; l_int32 *inta, *revmap; l_uint32 *datat, *datad, *linet, *lined; PIX *pixt, *pixd; PIXCMAP *cmap; PROCNAME("pixAddMinimalGrayColormap8"); if (!pixs || pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs undefined or not 8 bpp", procName, NULL); /* Eliminate the easy cases */ pixNumColors(pixs, 1, &ncolors); cmap = pixGetColormap(pixs); if (cmap) { if (pixcmapGetCount(cmap) == ncolors) /* irreducible */ return pixCopy(NULL, pixs); else pixt = pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); } else { if (ncolors == 256) { pixt = pixCopy(NULL, pixs); pixAddGrayColormap8(pixt); return pixt; } pixt = pixClone(pixs); } /* Find the gray levels and make a reverse map */ pixGetDimensions(pixt, &w, &h, NULL); datat = pixGetData(pixt); wplt = pixGetWpl(pixt); inta = (l_int32 *)CALLOC(256, sizeof(l_int32)); for (i = 0; i < h; i++) { linet = datat + i * wplt; for (j = 0; j < w; j++) { val = GET_DATA_BYTE(linet, j); inta[val] = 1; } } cmap = pixcmapCreate(8); revmap = (l_int32 *)CALLOC(256, sizeof(l_int32)); for (i = 0, index = 0; i < 256; i++) { if (inta[i]) { pixcmapAddColor(cmap, i, i, i); revmap[i] = index++; } } /* Set all pixels in pixd to the colormap index */ pixd = pixCreateTemplate(pixt); pixSetColormap(pixd, cmap); pixCopyResolution(pixd, pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { linet = datat + i * wplt; lined = datad + i * wpld; for (j = 0; j < w; j++) { val = GET_DATA_BYTE(linet, j); SET_DATA_BYTE(lined, j, revmap[val]); } } pixDestroy(&pixt); FREE(inta); FREE(revmap); return pixd; } /*-------------------------------------------------------------* * Conversion from RGB color to grayscale * *-------------------------------------------------------------*/ /*! * pixConvertRGBToLuminance() * * Input: pix (32 bpp RGB) * Return: 8 bpp pix, or null on error * * Notes: * (1) Use a standard luminance conversion. */ PIX * pixConvertRGBToLuminance(PIX *pixs) { return pixConvertRGBToGray(pixs, 0.0, 0.0, 0.0); } /*! * pixConvertRGBToGray() * * Input: pix (32 bpp RGB) * rwt, gwt, bwt (non-negative; these should add to 1.0, * or use 0.0 for default) * Return: 8 bpp pix, or null on error * * Notes: * (1) Use a weighted average of the RGB values. */ PIX * pixConvertRGBToGray(PIX *pixs, l_float32 rwt, l_float32 gwt, l_float32 bwt) { l_int32 i, j, w, h, wpls, wpld, val; l_uint32 word; l_uint32 *datas, *lines, *datad, *lined; l_float32 sum; PIX *pixd; PROCNAME("pixConvertRGBToGray"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); if (rwt < 0.0 || gwt < 0.0 || bwt < 0.0) return (PIX *)ERROR_PTR("weights not all >= 0.0", procName, NULL); /* Make sure the sum of weights is 1.0; otherwise, you can get * overflow in the gray value. */ if (rwt == 0.0 && gwt == 0.0 && bwt == 0.0) { rwt = L_RED_WEIGHT; gwt = L_GREEN_WEIGHT; bwt = L_BLUE_WEIGHT; } sum = rwt + gwt + bwt; if (L_ABS(sum - 1.0) > 0.0001) { /* maintain ratios with sum == 1.0 */ L_WARNING("weights don't sum to 1; maintaining ratios\n", procName); rwt = rwt / sum; gwt = gwt / sum; bwt = bwt / sum; } pixGetDimensions(pixs, &w, &h, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); if ((pixd = pixCreate(w, h, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { word = *(lines + j); val = (l_int32)(rwt * ((word >> L_RED_SHIFT) & 0xff) + gwt * ((word >> L_GREEN_SHIFT) & 0xff) + bwt * ((word >> L_BLUE_SHIFT) & 0xff) + 0.5); SET_DATA_BYTE(lined, j, val); } } return pixd; } /*! * pixConvertRGBToGrayFast() * * Input: pix (32 bpp RGB) * Return: 8 bpp pix, or null on error * * Notes: * (1) This function should be used if speed of conversion * is paramount, and the green channel can be used as * a fair representative of the RGB intensity. It is * several times faster than pixConvertRGBToGray(). * (2) To combine RGB to gray conversion with subsampling, * use pixScaleRGBToGrayFast() instead. */ PIX * pixConvertRGBToGrayFast(PIX *pixs) { l_int32 i, j, w, h, wpls, wpld, val; l_uint32 *datas, *lines, *datad, *lined; PIX *pixd; PROCNAME("pixConvertRGBToGrayFast"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); if ((pixd = pixCreate(w, h, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++, lines++) { val = ((*lines) >> L_GREEN_SHIFT) & 0xff; SET_DATA_BYTE(lined, j, val); } } return pixd; } /*! * pixConvertRGBToGrayMinMax() * * Input: pix (32 bpp RGB) * type (L_CHOOSE_MIN or L_CHOOSE_MAX) * Return: 8 bpp pix, or null on error * * Notes: * (1) This chooses either the min or the max of the three * RGB sample values. */ PIX * pixConvertRGBToGrayMinMax(PIX *pixs, l_int32 type) { l_int32 i, j, w, h, wpls, wpld, rval, gval, bval, val; l_uint32 *datas, *lines, *datad, *lined; PIX *pixd; PROCNAME("pixConvertRGBToGrayMinMax"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); if (type != L_CHOOSE_MIN && type != L_CHOOSE_MAX) return (PIX *)ERROR_PTR("invalid type", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); if ((pixd = pixCreate(w, h, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { extractRGBValues(lines[j], &rval, &gval, &bval); if (type == L_CHOOSE_MIN) { val = L_MIN(rval, gval); val = L_MIN(val, bval); } else { /* type == L_CHOOSE_MAX */ val = L_MAX(rval, gval); val = L_MAX(val, bval); } SET_DATA_BYTE(lined, j, val); } } return pixd; } /*! * pixConvertRGBToGraySatBoost() * * Input: pixs (32 bpp rgb) * refval (between 1 and 255; typ. less than 128) * Return: pixd (8 bpp), or null on error * * Notes: * (1) This returns the max component value, boosted by * the saturation. The maximum boost occurs where * the maximum component value is equal to some reference value. * This particular weighting is due to Dany Qumsiyeh. * (2) For gray pixels (zero saturation), this returns * the intensity of any component. * (3) For fully saturated pixels ('fullsat'), this rises linearly * with the max value and has a slope equal to 255 divided * by the reference value; for a max value greater than * the reference value, it is clipped to 255. * (4) For saturation values in between, the output is a linear * combination of (2) and (3), weighted by saturation. * It falls between these two curves, and does not exceed 255. * (5) This can be useful for distinguishing an object that has nonzero * saturation from a gray background. For this, the refval * should be chosen near the expected value of the background, * to achieve maximum saturation boost there. */ PIX * pixConvertRGBToGraySatBoost(PIX *pixs, l_int32 refval) { l_int32 w, h, d, i, j, wplt, wpld; l_int32 rval, gval, bval, sval, minrg, maxrg, min, max, delta; l_int32 fullsat, newval; l_float32 *invmax, *ratio; l_uint32 *linet, *lined, *datat, *datad; PIX *pixt, *pixd; PROCNAME("pixConvertRGBToGraySatBoost"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 32 && !pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs not cmapped or rgb", procName, NULL); if (refval < 1 || refval > 255) return (PIX *)ERROR_PTR("refval not in [1 ... 255]", procName, NULL); pixt = pixRemoveColormap(pixs, REMOVE_CMAP_TO_FULL_COLOR); pixd = pixCreate(w, h, 8); pixCopyResolution(pixd, pixs); wplt = pixGetWpl(pixt); datat = pixGetData(pixt); wpld = pixGetWpl(pixd); datad = pixGetData(pixd); invmax = (l_float32 *)CALLOC(256, sizeof(l_float32)); ratio = (l_float32 *)CALLOC(256, sizeof(l_float32)); for (i = 1; i < 256; i++) { /* i == 0 --> delta = sval = newval = 0 */ invmax[i] = 1.0 / (l_float32)i; ratio[i] = (l_float32)i / (l_float32)refval; } for (i = 0; i < h; i++) { linet = datat + i * wplt; lined = datad + i * wpld; for (j = 0; j < w; j++) { extractRGBValues(linet[j], &rval, &gval, &bval); minrg = L_MIN(rval, gval); min = L_MIN(minrg, bval); maxrg = L_MAX(rval, gval); max = L_MAX(maxrg, bval); delta = max - min; if (delta == 0) /* gray; no chroma */ sval = 0; else sval = (l_int32)(255. * (l_float32)delta * invmax[max] + 0.5); fullsat = L_MIN(255, 255 * ratio[max]); newval = (sval * fullsat + (255 - sval) * max) / 255; SET_DATA_BYTE(lined, j, newval); } } pixDestroy(&pixt); FREE(invmax); FREE(ratio); return pixd; } /*---------------------------------------------------------------------------* * Conversion from grayscale to colormap * *---------------------------------------------------------------------------*/ /*! * pixConvertGrayToColormap() * * Input: pixs (2, 4 or 8 bpp grayscale) * Return: pixd (2, 4 or 8 bpp with colormap), or null on error * * Notes: * (1) This is a simple interface for adding a colormap to a * 2, 4 or 8 bpp grayscale image without causing any * quantization. There is some similarity to operations * in grayquant.c, such as pixThresholdOn8bpp(), where * the emphasis is on quantization with an arbitrary number * of levels, and a colormap is an option. * (2) Returns a copy if pixs already has a colormap. * (3) For 8 bpp src, this is a lossless transformation. * (4) For 2 and 4 bpp src, this generates a colormap that * assumes full coverage of the gray space, with equally spaced * levels: 4 levels for d = 2 and 16 levels for d = 4. * (5) In all cases, the depth of the dest is the same as the src. */ PIX * pixConvertGrayToColormap(PIX *pixs) { l_int32 d; PIX *pixd; PIXCMAP *cmap; PROCNAME("pixConvertGrayToColormap"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); d = pixGetDepth(pixs); if (d != 2 && d != 4 && d != 8) return (PIX *)ERROR_PTR("pixs not 2, 4 or 8 bpp", procName, NULL); if (pixGetColormap(pixs)) { L_WARNING("pixs already has a colormap\n", procName); return pixCopy(NULL, pixs); } if (d == 8) /* lossless conversion */ return pixConvertGrayToColormap8(pixs, 2); /* Build a cmap with equally spaced target values over the * full 8 bpp range. */ pixd = pixCopy(NULL, pixs); cmap = pixcmapCreateLinear(d, 1 << d); pixSetColormap(pixd, cmap); return pixd; } /*! * pixConvertGrayToColormap8() * * Input: pixs (8 bpp grayscale) * mindepth (of pixd; valid values are 2, 4 and 8) * Return: pixd (2, 4 or 8 bpp with colormap), or null on error * * Notes: * (1) Returns a copy if pixs already has a colormap. * (2) This is a lossless transformation; there is no quantization. * We compute the number of different gray values in pixs, * and construct a colormap that has exactly these values. * (3) 'mindepth' is the minimum depth of pixd. If mindepth == 8, * pixd will always be 8 bpp. Let the number of different * gray values in pixs be ngray. If mindepth == 4, we attempt * to save pixd as a 4 bpp image, but if ngray > 16, * pixd must be 8 bpp. Likewise, if mindepth == 2, * the depth of pixd will be 2 if ngray <= 4 and 4 if ngray > 4 * but <= 16. */ PIX * pixConvertGrayToColormap8(PIX *pixs, l_int32 mindepth) { l_int32 ncolors, w, h, depth, i, j, wpls, wpld; l_int32 index, num, val, newval; l_int32 array[256]; l_uint32 *lines, *lined, *datas, *datad; NUMA *na; PIX *pixd; PIXCMAP *cmap; PROCNAME("pixConvertGrayToColormap8"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (mindepth != 2 && mindepth != 4 && mindepth != 8) { L_WARNING("invalid value of mindepth; setting to 8\n", procName); mindepth = 8; } if (pixGetColormap(pixs)) { L_WARNING("pixs already has a colormap\n", procName); return pixCopy(NULL, pixs); } na = pixGetGrayHistogram(pixs, 1); numaGetCountRelativeToZero(na, L_GREATER_THAN_ZERO, &ncolors); if (mindepth == 8 || ncolors > 16) depth = 8; else if (mindepth == 4 || ncolors > 4) depth = 4; else depth = 2; pixGetDimensions(pixs, &w, &h, NULL); pixd = pixCreate(w, h, depth); cmap = pixcmapCreate(depth); pixSetColormap(pixd, cmap); pixCopyResolution(pixd, pixs); index = 0; for (i = 0; i < 256; i++) { numaGetIValue(na, i, &num); if (num > 0) { pixcmapAddColor(cmap, i, i, i); array[i] = index; index++; } } datas = pixGetData(pixs); wpls = pixGetWpl(pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { val = GET_DATA_BYTE(lines, j); newval = array[val]; if (depth == 2) SET_DATA_DIBIT(lined, j, newval); else if (depth == 4) SET_DATA_QBIT(lined, j, newval); else /* depth == 8 */ SET_DATA_BYTE(lined, j, newval); } } numaDestroy(&na); return pixd; } /*---------------------------------------------------------------------------* * Colorizing conversion from grayscale to color * *---------------------------------------------------------------------------*/ /*! * pixColorizeGray() * * Input: pixs (8 bpp gray; 2, 4 or 8 bpp colormapped) * color (32 bit rgba pixel) * cmapflag (1 for result to have colormap; 0 for RGB) * Return: pixd (8 bpp colormapped or 32 bpp rgb), or null on error * * Notes: * (1) This applies the specific color to the grayscale image. * (2) If pixs already has a colormap, it is removed to gray * before colorizing. */ PIX * pixColorizeGray(PIX *pixs, l_uint32 color, l_int32 cmapflag) { l_int32 i, j, w, h, wplt, wpld, val8; l_uint32 *datad, *datat, *lined, *linet, *tab; PIX *pixt, *pixd; PIXCMAP *cmap; PROCNAME("pixColorizeGray"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 8 && !pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs not 8 bpp or cmapped", procName, NULL); if (pixGetColormap(pixs)) pixt = pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); else pixt = pixClone(pixs); cmap = pixcmapGrayToColor(color); if (cmapflag) { pixd = pixCopy(NULL, pixt); pixSetColormap(pixd, cmap); pixDestroy(&pixt); return pixd; } /* Make an RGB pix */ pixcmapToRGBTable(cmap, &tab, NULL); pixGetDimensions(pixt, &w, &h, NULL); pixd = pixCreate(w, h, 32); pixCopyResolution(pixd, pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); datat = pixGetData(pixt); wplt = pixGetWpl(pixt); for (i = 0; i < h; i++) { lined = datad + i * wpld; linet = datat + i * wplt; for (j = 0; j < w; j++) { val8 = GET_DATA_BYTE(linet, j); lined[j] = tab[val8]; } } pixDestroy(&pixt); pixcmapDestroy(&cmap); FREE(tab); return pixd; } /*---------------------------------------------------------------------------* * Conversion from RGB color to colormap * *---------------------------------------------------------------------------*/ /*! * pixConvertRGBToColormap() * * Input: pixs (32 bpp rgb) * ditherflag (1 to dither, 0 otherwise) * Return: pixd (2, 4 or 8 bpp with colormap), or null on error * * Notes: * (1) This function has two relatively simple modes of color * quantization: * (a) If the image is made orthographically and has not more * than 256 'colors' at the level 4 octcube leaves, * it is quantized nearly exactly. The ditherflag * is ignored. * (b) Most natural images have more than 256 different colors; * in that case we use adaptive octree quantization, * with dithering if requested. * (2) If there are not more than 256 occupied level 4 octcubes, * the color in the colormap that represents all pixels in * one of those octcubes is given by the first pixel that * falls into that octcube. * (3) If there are more than 256 colors, we use adaptive octree * color quantization. * (4) Dithering gives better visual results on images where * there is a color wash (a slow variation of color), but it * is about twice as slow and results in significantly larger * files when losslessly compressed (e.g., into png). */ PIX * pixConvertRGBToColormap(PIX *pixs, l_int32 ditherflag) { l_int32 ncolors; NUMA *na; PIX *pixd; PROCNAME("pixConvertRGBToColormap"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); if (pixGetSpp(pixs) == 4) L_WARNING("pixs has alpha; removing\n", procName); /* Get the histogram and count the number of occupied level 4 * leaf octcubes. We don't yet know if this is the number of * actual colors, but if it's not, all pixels falling into * the same leaf octcube will be assigned to the color of the * first pixel that lands there. */ na = pixOctcubeHistogram(pixs, 4, &ncolors); /* If there are too many occupied leaf octcubes to be * represented directly in a colormap, fall back to octree * quantization, optionally with dithering. */ if (ncolors > 256) { numaDestroy(&na); if (ditherflag) L_INFO("More than 256 colors; using octree quant with dithering\n", procName); else L_INFO("More than 256 colors; using octree quant; no dithering\n", procName); return pixOctreeColorQuant(pixs, 240, ditherflag); } /* There are not more than 256 occupied leaf octcubes. * Quantize to those octcubes. */ pixd = pixFewColorsOctcubeQuant2(pixs, 4, na, ncolors, NULL); numaDestroy(&na); return pixd; } /*---------------------------------------------------------------------------* * Quantization for relatively small number of colors in source * *---------------------------------------------------------------------------*/ /*! * pixQuantizeIfFewColors() * * Input: pixs (8 bpp gray or 32 bpp rgb) * maxcolors (max number of colors allowed to be returned * from pixColorsForQuantization(); use 0 for default) * mingraycolors (min number of gray levels that a grayscale * image is quantized to; use 0 for default) * octlevel (for octcube quantization: 3 or 4) * &pixd (2, 4 or 8 bpp quantized; null if too many colors) * Return: 0 if OK, 1 on error or if pixs can't be quantized into * a small number of colors. * * Notes: * (1) This is a wrapper that tests if the pix can be quantized * with good quality using a small number of colors. If so, * it does the quantization, defining a colormap and using * pixels whose value is an index into the colormap. * (2) If the image has color, it is quantized with 8 bpp pixels. * If the image is essentially grayscale, the pixels are * either 4 or 8 bpp, depending on the size of the required * colormap. * (3) @octlevel = 3 works well for most images. However, for best * quality, at a cost of more colors in the colormap, use * @octlevel = 4. * (4) If the image already has a colormap, it returns a clone. */ l_int32 pixQuantizeIfFewColors(PIX *pixs, l_int32 maxcolors, l_int32 mingraycolors, l_int32 octlevel, PIX **ppixd) { l_int32 d, ncolors, iscolor, graycolors; PIX *pixg, *pixd; PROCNAME("pixQuantizeIfFewColors"); if (!ppixd) return ERROR_INT("&pixd not defined", procName, 1); *ppixd = NULL; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); d = pixGetDepth(pixs); if (d != 8 && d != 32) return ERROR_INT("pixs not defined", procName, 1); if (pixGetColormap(pixs) != NULL) { *ppixd = pixClone(pixs); return 0; } if (maxcolors <= 0) maxcolors = 15; /* default */ if (maxcolors > 50) L_WARNING("maxcolors > 50; very large!\n", procName); if (mingraycolors <= 0) mingraycolors = 10; /* default */ if (mingraycolors > 30) L_WARNING("mingraycolors > 30; very large!\n", procName); if (octlevel != 3 && octlevel != 4) { L_WARNING("invalid octlevel; setting to 3\n", procName); octlevel = 3; } /* Test the number of colors. For color, the octcube leaves * are at level 4. */ pixColorsForQuantization(pixs, 0, &ncolors, &iscolor, 0); if (ncolors > maxcolors) return ERROR_INT("too many colors", procName, 1); /* Quantize! * (1) For color: * If octlevel == 4, try to quantize to an octree where * the octcube leaves are at level 4. If that fails, * back off to level 3. * If octlevel == 3, quantize to level 3 directly. * For level 3, the quality is usually good enough and there * is negligible chance of getting more than 256 colors. * (2) For grayscale, multiply ncolors by 1.5 for extra quality, * but use at least mingraycolors and not more than 256. */ if (iscolor) { pixd = pixFewColorsOctcubeQuant1(pixs, octlevel); if (!pixd) { /* backoff */ pixd = pixFewColorsOctcubeQuant1(pixs, octlevel - 1); if (octlevel == 3) /* shouldn't happen */ L_WARNING("quantized at level 2; low quality\n", procName); } } else { /* image is really grayscale */ if (d == 32) pixg = pixConvertRGBToLuminance(pixs); else pixg = pixClone(pixs); graycolors = L_MAX(mingraycolors, (l_int32)(1.5 * ncolors)); graycolors = L_MIN(graycolors, 256); if (graycolors < 16) pixd = pixThresholdTo4bpp(pixg, graycolors, 1); else pixd = pixThresholdOn8bpp(pixg, graycolors, 1); pixDestroy(&pixg); } *ppixd = pixd; if (!pixd) return ERROR_INT("pixd not made", procName, 1); else return 0; } /*---------------------------------------------------------------------------* * Conversion from 16 bpp to 8 bpp * *---------------------------------------------------------------------------*/ /*! * pixConvert16To8() * * Input: pixs (16 bpp) * type (L_LS_BYTE, L_MS_BYTE, L_CLIP_TO_255) * Return: pixd (8 bpp), or null on error * * Notes: * (1) For each dest pixel, use either the LSB, the MSB, or the * min(val, 255) for each 16-bit src pixel. */ PIX * pixConvert16To8(PIX *pixs, l_int32 type) { l_uint16 dsword; l_int32 w, h, wpls, wpld, i, j; l_uint32 sword, first, second; l_uint32 *datas, *datad, *lines, *lined; PIX *pixd; PROCNAME("pixConvert16To8"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 16) return (PIX *)ERROR_PTR("pixs not 16 bpp", procName, NULL); if (type != L_LS_BYTE && type != L_MS_BYTE && type != L_CLIP_TO_255) return (PIX *)ERROR_PTR("invalid type", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); if ((pixd = pixCreate(w, h, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); wpls = pixGetWpl(pixs); datas = pixGetData(pixs); wpld = pixGetWpl(pixd); datad = pixGetData(pixd); /* Convert 2 pixels at a time */ for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; if (type == L_LS_BYTE) { for (j = 0; j < wpls; j++) { sword = *(lines + j); dsword = ((sword >> 8) & 0xff00) | (sword & 0xff); SET_DATA_TWO_BYTES(lined, j, dsword); } } else if (type == L_MS_BYTE) { for (j = 0; j < wpls; j++) { sword = *(lines + j); dsword = ((sword >> 16) & 0xff00) | ((sword >> 8) & 0xff); SET_DATA_TWO_BYTES(lined, j, dsword); } } else { /* type == L_CLIP_TO_255 */ for (j = 0; j < wpls; j++) { sword = *(lines + j); first = (sword >> 24) ? 255 : ((sword >> 16) & 0xff); second = ((sword >> 8) & 0xff) ? 255 : (sword & 0xff); dsword = (first << 8) | second; SET_DATA_TWO_BYTES(lined, j, dsword); } } } return pixd; } /*---------------------------------------------------------------------------* * Conversion from grayscale to false color *---------------------------------------------------------------------------*/ /*! * pixConvertGrayToFalseColor() * * Input: pixs (8 or 16 bpp grayscale) * gamma factor (0.0 or 1.0 for default; > 1.0 for brighter; * 2.0 is quite nice) * Return: pixd (8 bpp with colormap), or null on error * * Notes: * (1) For 8 bpp input, this simply adds a colormap to the input image. * (2) For 16 bpp input, it first converts to 8 bpp, using the MSB, * and then adds the colormap. * (3) The colormap is modeled after the Matlab "jet" configuration. */ PIX * pixConvertGrayToFalseColor(PIX *pixs, l_float32 gamma) { l_int32 d, i, rval, bval, gval; l_int32 *curve; l_float32 invgamma, x; PIX *pixd; PIXCMAP *cmap; PROCNAME("pixConvertGrayToFalseColor"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); d = pixGetDepth(pixs); if (d != 8 && d != 16) return (PIX *)ERROR_PTR("pixs not 8 or 16 bpp", procName, NULL); if (d == 16) { pixd = pixConvert16To8(pixs, L_MS_BYTE); } else { /* d == 8 */ if (pixGetColormap(pixs)) pixd = pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); else pixd = pixCopy(NULL, pixs); } if (!pixd) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); if ((cmap = pixcmapCreate(8)) == NULL) return (PIX *)ERROR_PTR("cmap not made", procName, NULL); pixSetColormap(pixd, cmap); pixCopyResolution(pixd, pixs); /* Generate curve for transition part of color map */ if ((curve = (l_int32 *)CALLOC(64, sizeof(l_int32)))== NULL) return (PIX *)ERROR_PTR("curve not made", procName, NULL); if (gamma == 0.0) gamma = 1.0; invgamma = 1. / gamma; for (i = 0; i < 64; i++) { x = (l_float32)i / 64.; curve[i] = (l_int32)(255. * powf(x, invgamma) + 0.5); } for (i = 0; i < 256; i++) { if (i < 32) { rval = 0; gval = 0; bval = curve[i + 32]; } else if (i < 96) { /* 32 - 95 */ rval = 0; gval = curve[i - 32]; bval = 255; } else if (i < 160) { /* 96 - 159 */ rval = curve[i - 96]; gval = 255; bval = curve[159 - i]; } else if (i < 224) { /* 160 - 223 */ rval = 255; gval = curve[223 - i]; bval = 0; } else { /* 224 - 255 */ rval = curve[287 - i]; gval = 0; bval = 0; } pixcmapAddColor(cmap, rval, gval, bval); } FREE(curve); return pixd; } /*---------------------------------------------------------------------------* * Unpacking conversion from 1 bpp to 2, 4, 8, 16 and 32 bpp * *---------------------------------------------------------------------------*/ /*! * pixUnpackBinary() * * Input: pixs (1 bpp) * depth (of destination: 2, 4, 8, 16 or 32 bpp) * invert (0: binary 0 --> grayscale 0 * binary 1 --> grayscale 0xff... * 1: binary 0 --> grayscale 0xff... * binary 1 --> grayscale 0) * Return: pixd (2, 4, 8, 16 or 32 bpp), or null on error * * Notes: * (1) This function calls special cases of pixConvert1To*(), * for 2, 4, 8, 16 and 32 bpp destinations. */ PIX * pixUnpackBinary(PIX *pixs, l_int32 depth, l_int32 invert) { PIX *pixd; PROCNAME("pixUnpackBinary"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, NULL); if (depth != 2 && depth != 4 && depth != 8 && depth != 16 && depth != 32) return (PIX *)ERROR_PTR("depth not 2, 4, 8, 16 or 32 bpp", procName, NULL); if (depth == 2) { if (invert == 0) pixd = pixConvert1To2(NULL, pixs, 0, 3); else /* invert bits */ pixd = pixConvert1To2(NULL, pixs, 3, 0); } else if (depth == 4) { if (invert == 0) pixd = pixConvert1To4(NULL, pixs, 0, 15); else /* invert bits */ pixd = pixConvert1To4(NULL, pixs, 15, 0); } else if (depth == 8) { if (invert == 0) pixd = pixConvert1To8(NULL, pixs, 0, 255); else /* invert bits */ pixd = pixConvert1To8(NULL, pixs, 255, 0); } else if (depth == 16) { if (invert == 0) pixd = pixConvert1To16(NULL, pixs, 0, 0xffff); else /* invert bits */ pixd = pixConvert1To16(NULL, pixs, 0xffff, 0); } else { if (invert == 0) pixd = pixConvert1To32(NULL, pixs, 0, 0xffffffff); else /* invert bits */ pixd = pixConvert1To32(NULL, pixs, 0xffffffff, 0); } return pixd; } /*! * pixConvert1To16() * * Input: pixd ( 16 bpp, can be null) * pixs (1 bpp) * val0 (16 bit value to be used for 0s in pixs) * val1 (16 bit value to be used for 1s in pixs) * Return: pixd (16 bpp) * * Notes: * (1) If pixd is null, a new pix is made. * (2) If pixd is not null, it must be of equal width and height * as pixs. It is always returned. */ PIX * pixConvert1To16(PIX *pixd, PIX *pixs, l_uint16 val0, l_uint16 val1) { l_int32 w, h, i, j, dibit, ndibits, wpls, wpld; l_uint16 val[2]; l_uint32 index; l_uint32 *tab, *datas, *datad, *lines, *lined; PROCNAME("pixConvert1To16"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, NULL); w = pixGetWidth(pixs); h = pixGetHeight(pixs); if (pixd) { if (w != pixGetWidth(pixd) || h != pixGetHeight(pixd)) return (PIX *)ERROR_PTR("pix sizes unequal", procName, pixd); if (pixGetDepth(pixd) != 16) return (PIX *)ERROR_PTR("pixd not 16 bpp", procName, pixd); } else { if ((pixd = pixCreate(w, h, 16)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } pixCopyResolution(pixd, pixs); /* Use a table to convert 2 src bits at a time */ if ((tab = (l_uint32 *)CALLOC(4, sizeof(l_uint32))) == NULL) return (PIX *)ERROR_PTR("tab not made", procName, NULL); val[0] = val0; val[1] = val1; for (index = 0; index < 4; index++) { tab[index] = (val[(index >> 1) & 1] << 16) | val[index & 1]; } datas = pixGetData(pixs); wpls = pixGetWpl(pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); ndibits = (w + 1) / 2; for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < ndibits; j++) { dibit = GET_DATA_DIBIT(lines, j); lined[j] = tab[dibit]; } } FREE(tab); return pixd; } /*! * pixConvert1To32() * * Input: pixd ( 32 bpp, can be null) * pixs (1 bpp) * val0 (32 bit value to be used for 0s in pixs) * val1 (32 bit value to be used for 1s in pixs) * Return: pixd (32 bpp) * * Notes: * (1) If pixd is null, a new pix is made. * (2) If pixd is not null, it must be of equal width and height * as pixs. It is always returned. */ PIX * pixConvert1To32(PIX *pixd, PIX *pixs, l_uint32 val0, l_uint32 val1) { l_int32 w, h, i, j, wpls, wpld, bit; l_uint32 val[2]; l_uint32 *datas, *datad, *lines, *lined; PROCNAME("pixConvert1To32"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); if (pixd) { if (w != pixGetWidth(pixd) || h != pixGetHeight(pixd)) return (PIX *)ERROR_PTR("pix sizes unequal", procName, pixd); if (pixGetDepth(pixd) != 32) return (PIX *)ERROR_PTR("pixd not 32 bpp", procName, pixd); } else { if ((pixd = pixCreate(w, h, 32)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } pixCopyResolution(pixd, pixs); val[0] = val0; val[1] = val1; datas = pixGetData(pixs); wpls = pixGetWpl(pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j 2 bpp, can be null) * pixs (1 bpp) * val0 (2 bit value to be used for 0s in pixs) * val1 (2 bit value to be used for 1s in pixs) * Return: pixd (2 bpp) * * Notes: * (1) If pixd is null, a new pix is made. * (2) If pixd is not null, it must be of equal width and height * as pixs. It is always returned. * (3) A simple unpacking might use val0 = 0 and val1 = 3. * (4) If you want a colormapped pixd, use pixConvert1To2Cmap(). */ PIX * pixConvert1To2(PIX *pixd, PIX *pixs, l_int32 val0, l_int32 val1) { l_int32 w, h, i, j, byteval, nbytes, wpls, wpld; l_uint8 val[2]; l_uint32 index; l_uint16 *tab; l_uint32 *datas, *datad, *lines, *lined; PROCNAME("pixConvert1To2"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, pixd); pixGetDimensions(pixs, &w, &h, NULL); if (pixd) { if (w != pixGetWidth(pixd) || h != pixGetHeight(pixd)) return (PIX *)ERROR_PTR("pix sizes unequal", procName, pixd); if (pixGetDepth(pixd) != 2) return (PIX *)ERROR_PTR("pixd not 2 bpp", procName, pixd); } else { if ((pixd = pixCreate(w, h, 2)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } pixCopyResolution(pixd, pixs); /* Use a table to convert 8 src bits to 16 dest bits */ if ((tab = (l_uint16 *)CALLOC(256, sizeof(l_uint16))) == NULL) return (PIX *)ERROR_PTR("tab not made", procName, NULL); val[0] = val0; val[1] = val1; for (index = 0; index < 256; index++) { tab[index] = (val[(index >> 7) & 1] << 14) | (val[(index >> 6) & 1] << 12) | (val[(index >> 5) & 1] << 10) | (val[(index >> 4) & 1] << 8) | (val[(index >> 3) & 1] << 6) | (val[(index >> 2) & 1] << 4) | (val[(index >> 1) & 1] << 2) | val[index & 1]; } datas = pixGetData(pixs); wpls = pixGetWpl(pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); nbytes = (w + 7) / 8; for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < nbytes; j++) { byteval = GET_DATA_BYTE(lines, j); SET_DATA_TWO_BYTES(lined, j, tab[byteval]); } } FREE(tab); return pixd; } /*---------------------------------------------------------------------------* * Conversion from 1 bpp to 4 bpp * *---------------------------------------------------------------------------*/ /*! * pixConvert1To4Cmap() * * Input: pixs (1 bpp) * Return: pixd (4 bpp, cmapped) * * Notes: * (1) Input 0 is mapped to (255, 255, 255); 1 is mapped to (0, 0, 0) */ PIX * pixConvert1To4Cmap(PIX *pixs) { PIX *pixd; PIXCMAP *cmap; PROCNAME("pixConvert1To4Cmap"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, NULL); if ((pixd = pixConvert1To4(NULL, pixs, 0, 1)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); cmap = pixcmapCreate(4); pixcmapAddColor(cmap, 255, 255, 255); pixcmapAddColor(cmap, 0, 0, 0); pixSetColormap(pixd, cmap); return pixd; } /*! * pixConvert1To4() * * Input: pixd ( 4 bpp, can be null) * pixs (1 bpp) * val0 (4 bit value to be used for 0s in pixs) * val1 (4 bit value to be used for 1s in pixs) * Return: pixd (4 bpp) * * Notes: * (1) If pixd is null, a new pix is made. * (2) If pixd is not null, it must be of equal width and height * as pixs. It is always returned. * (3) A simple unpacking might use val0 = 0 and val1 = 15, or v.v. * (4) If you want a colormapped pixd, use pixConvert1To4Cmap(). */ PIX * pixConvert1To4(PIX *pixd, PIX *pixs, l_int32 val0, l_int32 val1) { l_int32 w, h, i, j, byteval, nbytes, wpls, wpld; l_uint8 val[2]; l_uint32 index; l_uint32 *tab, *datas, *datad, *lines, *lined; PROCNAME("pixConvert1To4"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, pixd); pixGetDimensions(pixs, &w, &h, NULL); if (pixd) { if (w != pixGetWidth(pixd) || h != pixGetHeight(pixd)) return (PIX *)ERROR_PTR("pix sizes unequal", procName, pixd); if (pixGetDepth(pixd) != 4) return (PIX *)ERROR_PTR("pixd not 4 bpp", procName, pixd); } else { if ((pixd = pixCreate(w, h, 4)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } pixCopyResolution(pixd, pixs); /* Use a table to convert 8 src bits to 32 bit dest word */ if ((tab = (l_uint32 *)CALLOC(256, sizeof(l_uint32))) == NULL) return (PIX *)ERROR_PTR("tab not made", procName, NULL); val[0] = val0; val[1] = val1; for (index = 0; index < 256; index++) { tab[index] = (val[(index >> 7) & 1] << 28) | (val[(index >> 6) & 1] << 24) | (val[(index >> 5) & 1] << 20) | (val[(index >> 4) & 1] << 16) | (val[(index >> 3) & 1] << 12) | (val[(index >> 2) & 1] << 8) | (val[(index >> 1) & 1] << 4) | val[index & 1]; } datas = pixGetData(pixs); wpls = pixGetWpl(pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); nbytes = (w + 7) / 8; for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < nbytes; j++) { byteval = GET_DATA_BYTE(lines, j); lined[j] = tab[byteval]; } } FREE(tab); return pixd; } /*---------------------------------------------------------------------------* * Conversion from 1, 2 and 4 bpp to 8 bpp * *---------------------------------------------------------------------------*/ /*! * pixConvert1To8() * * Input: pixd ( 8 bpp, can be null) * pixs (1 bpp) * val0 (8 bit value to be used for 0s in pixs) * val1 (8 bit value to be used for 1s in pixs) * Return: pixd (8 bpp) * * Notes: * (1) If pixd is null, a new pix is made. * (2) If pixd is not null, it must be of equal width and height * as pixs. It is always returned. * (3) A simple unpacking might use val0 = 0 and val1 = 255, or v.v. * (4) In a typical application where one wants to use a colormap * with the dest, you can use val0 = 0, val1 = 1 to make a * non-cmapped 8 bpp pix, and then make a colormap and set 0 * and 1 to the desired colors. Here is an example: * pixd = pixConvert1To8(NULL, pixs, 0, 1); * cmap = pixCreate(8); * pixcmapAddColor(cmap, 255, 255, 255); * pixcmapAddColor(cmap, 0, 0, 0); * pixSetColormap(pixd, cmap); */ PIX * pixConvert1To8(PIX *pixd, PIX *pixs, l_uint8 val0, l_uint8 val1) { l_int32 w, h, i, j, qbit, nqbits, wpls, wpld; l_uint8 val[2]; l_uint32 index; l_uint32 *tab, *datas, *datad, *lines, *lined; PROCNAME("pixConvert1To8"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, pixd); pixGetDimensions(pixs, &w, &h, NULL); if (pixd) { if (w != pixGetWidth(pixd) || h != pixGetHeight(pixd)) return (PIX *)ERROR_PTR("pix sizes unequal", procName, pixd); if (pixGetDepth(pixd) != 8) return (PIX *)ERROR_PTR("pixd not 8 bpp", procName, pixd); } else { if ((pixd = pixCreate(w, h, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } pixCopyResolution(pixd, pixs); /* Use a table to convert 4 src bits at a time */ if ((tab = (l_uint32 *)CALLOC(16, sizeof(l_uint32))) == NULL) return (PIX *)ERROR_PTR("tab not made", procName, NULL); val[0] = val0; val[1] = val1; for (index = 0; index < 16; index++) { tab[index] = (val[(index >> 3) & 1] << 24) | (val[(index >> 2) & 1] << 16) | (val[(index >> 1) & 1] << 8) | val[index & 1]; } datas = pixGetData(pixs); wpls = pixGetWpl(pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); nqbits = (w + 3) / 4; for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < nqbits; j++) { qbit = GET_DATA_QBIT(lines, j); lined[j] = tab[qbit]; } } FREE(tab); return pixd; } /*! * pixConvert2To8() * * Input: pixs (2 bpp) * val0 (8 bit value to be used for 00 in pixs) * val1 (8 bit value to be used for 01 in pixs) * val2 (8 bit value to be used for 10 in pixs) * val3 (8 bit value to be used for 11 in pixs) * cmapflag (TRUE if pixd is to have a colormap; FALSE otherwise) * Return: pixd (8 bpp), or null on error * * Notes: * - A simple unpacking might use val0 = 0, * val1 = 85 (0x55), val2 = 170 (0xaa), val3 = 255. * - If cmapflag is TRUE: * - The 8 bpp image is made with a colormap. * - If pixs has a colormap, the input values are ignored and * the 8 bpp image is made using the colormap * - If pixs does not have a colormap, the input values are * used to build the colormap. * - If cmapflag is FALSE: * - The 8 bpp image is made without a colormap. * - If pixs has a colormap, the input values are ignored, * the colormap is removed, and the values stored in the 8 bpp * image are from the colormap. * - If pixs does not have a colormap, the input values are * used to populate the 8 bpp image. */ PIX * pixConvert2To8(PIX *pixs, l_uint8 val0, l_uint8 val1, l_uint8 val2, l_uint8 val3, l_int32 cmapflag) { l_int32 w, h, i, j, nbytes, wpls, wpld, dibit, ncolor; l_int32 rval, gval, bval, byte; l_uint8 val[4]; l_uint32 index; l_uint32 *tab, *datas, *datad, *lines, *lined; PIX *pixd; PIXCMAP *cmaps, *cmapd; PROCNAME("pixConvert2To8"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 2) return (PIX *)ERROR_PTR("pixs not 2 bpp", procName, NULL); cmaps = pixGetColormap(pixs); if (cmaps && cmapflag == FALSE) return pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); pixGetDimensions(pixs, &w, &h, NULL); if ((pixd = pixCreate(w, h, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); if (cmapflag == TRUE) { /* pixd will have a colormap */ cmapd = pixcmapCreate(8); /* 8 bpp standard cmap */ if (cmaps) { /* use the existing colormap from pixs */ ncolor = pixcmapGetCount(cmaps); for (i = 0; i < ncolor; i++) { pixcmapGetColor(cmaps, i, &rval, &gval, &bval); pixcmapAddColor(cmapd, rval, gval, bval); } } else { /* make a colormap from the input values */ pixcmapAddColor(cmapd, val0, val0, val0); pixcmapAddColor(cmapd, val1, val1, val1); pixcmapAddColor(cmapd, val2, val2, val2); pixcmapAddColor(cmapd, val3, val3, val3); } pixSetColormap(pixd, cmapd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { dibit = GET_DATA_DIBIT(lines, j); SET_DATA_BYTE(lined, j, dibit); } } return pixd; } /* Last case: no colormap in either pixs or pixd. * Use input values and build a table to convert 1 src byte * (4 src pixels) at a time */ if ((tab = (l_uint32 *)CALLOC(256, sizeof(l_uint32))) == NULL) return (PIX *)ERROR_PTR("tab not made", procName, NULL); val[0] = val0; val[1] = val1; val[2] = val2; val[3] = val3; for (index = 0; index < 256; index++) { tab[index] = (val[(index >> 6) & 3] << 24) | (val[(index >> 4) & 3] << 16) | (val[(index >> 2) & 3] << 8) | val[index & 3]; } nbytes = (w + 3) / 4; for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < nbytes; j++) { byte = GET_DATA_BYTE(lines, j); lined[j] = tab[byte]; } } FREE(tab); return pixd; } /*! * pixConvert4To8() * * Input: pixs (4 bpp) * cmapflag (TRUE if pixd is to have a colormap; FALSE otherwise) * Return: pixd (8 bpp), or null on error * * Notes: * - If cmapflag is TRUE: * - pixd is made with a colormap. * - If pixs has a colormap, it is copied and the colormap * index values are placed in pixd. * - If pixs does not have a colormap, a colormap with linear * trc is built and the pixel values in pixs are placed in * pixd as colormap index values. * - If cmapflag is FALSE: * - pixd is made without a colormap. * - If pixs has a colormap, it is removed and the values stored * in pixd are from the colormap (converted to gray). * - If pixs does not have a colormap, the pixel values in pixs * are used, with shift replication, to populate pixd. */ PIX * pixConvert4To8(PIX *pixs, l_int32 cmapflag) { l_int32 w, h, i, j, wpls, wpld, ncolor; l_int32 rval, gval, bval, byte, qbit; l_uint32 *datas, *datad, *lines, *lined; PIX *pixd; PIXCMAP *cmaps, *cmapd; PROCNAME("pixConvert4To8"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 4) return (PIX *)ERROR_PTR("pixs not 4 bpp", procName, NULL); cmaps = pixGetColormap(pixs); if (cmaps && cmapflag == FALSE) return pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); pixGetDimensions(pixs, &w, &h, NULL); if ((pixd = pixCreate(w, h, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); if (cmapflag == TRUE) { /* pixd will have a colormap */ cmapd = pixcmapCreate(8); if (cmaps) { /* use the existing colormap from pixs */ ncolor = pixcmapGetCount(cmaps); for (i = 0; i < ncolor; i++) { pixcmapGetColor(cmaps, i, &rval, &gval, &bval); pixcmapAddColor(cmapd, rval, gval, bval); } } else { /* make a colormap with a linear trc */ for (i = 0; i < 16; i++) pixcmapAddColor(cmapd, 17 * i, 17 * i, 17 * i); } pixSetColormap(pixd, cmapd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { qbit = GET_DATA_QBIT(lines, j); SET_DATA_BYTE(lined, j, qbit); } } return pixd; } /* Last case: no colormap in either pixs or pixd. * Replicate the qbit value into 8 bits. */ for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { qbit = GET_DATA_QBIT(lines, j); byte = (qbit << 4) | qbit; SET_DATA_BYTE(lined, j, byte); } } return pixd; } /*---------------------------------------------------------------------------* * Unpacking conversion from 8 bpp to 16 bpp * *---------------------------------------------------------------------------*/ /*! * pixConvert8To16() * * Input: pixs (8 bpp; colormap removed to gray) * leftshift (number of bits: 0 is no shift; * 8 replicates in MSB and LSB of dest) * Return: pixd (16 bpp), or null on error * * Notes: * (1) For left shift of 8, the 8 bit value is replicated in both * the MSB and the LSB of the pixels in pixd. That way, we get * proportional mapping, with a correct map from 8 bpp white * (0xff) to 16 bpp white (0xffff). */ PIX * pixConvert8To16(PIX *pixs, l_int32 leftshift) { l_int32 i, j, w, h, d, wplt, wpld, val; l_uint32 *datat, *datad, *linet, *lined; PIX *pixt, *pixd; PROCNAME("pixConvert8To16"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (leftshift < 0 || leftshift > 8) return (PIX *)ERROR_PTR("leftshift not in [0 ... 8]", procName, NULL); if (pixGetColormap(pixs) != NULL) pixt = pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); else pixt = pixClone(pixs); pixd = pixCreate(w, h, 16); pixCopyResolution(pixd, pixs); datat = pixGetData(pixt); datad = pixGetData(pixd); wplt = pixGetWpl(pixt); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { linet = datat + i * wplt; lined = datad + i * wpld; for (j = 0; j < w; j++) { val = GET_DATA_BYTE(linet, j); if (leftshift == 8) val = val | (val << leftshift); else val <<= leftshift; SET_DATA_TWO_BYTES(lined, j, val); } } pixDestroy(&pixt); return pixd; } /*---------------------------------------------------------------------------* * Top-level conversion to 1 bpp * *---------------------------------------------------------------------------*/ /*! * pixConvertTo1() * * Input: pixs (1, 2, 4, 8, 16 or 32 bpp) * threshold (for final binarization, relative to 8 bpp) * Return: pixd (1 bpp), or null on error * * Notes: * (1) This is a top-level function, with simple default values * used in pixConvertTo8() if unpacking is necessary. * (2) Any existing colormap is removed. * (3) If the input image has 1 bpp and no colormap, the operation is * lossless and a copy is returned. */ PIX * pixConvertTo1(PIX *pixs, l_int32 threshold) { l_int32 d, color0, color1, rval, gval, bval; PIX *pixg, *pixd; PIXCMAP *cmap; PROCNAME("pixConvertTo1"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); d = pixGetDepth(pixs); if (d != 1 && d != 2 && d != 4 && d != 8 && d != 16 && d != 32) return (PIX *)ERROR_PTR("depth not {1,2,4,8,16,32}", procName, NULL); cmap = pixGetColormap(pixs); if (d == 1) { if (!cmap) { return pixCopy(NULL, pixs); } else { /* strip the colormap off, and invert if reasonable for standard binary photometry. */ pixcmapGetColor(cmap, 0, &rval, &gval, &bval); color0 = rval + gval + bval; pixcmapGetColor(cmap, 1, &rval, &gval, &bval); color1 = rval + gval + bval; pixd = pixCopy(NULL, pixs); pixDestroyColormap(pixd); if (color1 > color0) pixInvert(pixd, pixd); return pixd; } } /* For all other depths, use 8 bpp as an intermediary */ pixg = pixConvertTo8(pixs, FALSE); pixd = pixThresholdToBinary(pixg, threshold); pixDestroy(&pixg); return pixd; } /*! * pixConvertTo1BySampling() * * Input: pixs (1, 2, 4, 8, 16 or 32 bpp) * factor (submsampling factor; integer >= 1) * threshold (for final binarization, relative to 8 bpp) * Return: pixd (1 bpp), or null on error * * Notes: * (1) This is a fast, quick/dirty, top-level converter. * (2) See pixConvertTo1() for default values. */ PIX * pixConvertTo1BySampling(PIX *pixs, l_int32 factor, l_int32 threshold) { l_float32 scalefactor; PIX *pixt, *pixd; PROCNAME("pixConvertTo1BySampling"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (factor < 1) return (PIX *)ERROR_PTR("factor must be >= 1", procName, NULL); scalefactor = 1. / (l_float32)factor; pixt = pixScaleBySampling(pixs, scalefactor, scalefactor); pixd = pixConvertTo1(pixt, threshold); pixDestroy(&pixt); return pixd; } /*---------------------------------------------------------------------------* * Top-level conversion to 8 bpp * *---------------------------------------------------------------------------*/ /*! * pixConvertTo8() * * Input: pixs (1, 2, 4, 8, 16 or 32 bpp) * cmapflag (TRUE if pixd is to have a colormap; FALSE otherwise) * Return: pixd (8 bpp), or null on error * * Notes: * (1) This is a top-level function, with simple default values * for unpacking. * (2) The result, pixd, is made with a colormap if specified. * It is always a new image -- never a clone. For example, * if d == 8, and cmapflag matches the existence of a cmap * in pixs, the operation is lossless and it returns a copy. * (3) The default values used are: * - 1 bpp: val0 = 255, val1 = 0 * - 2 bpp: 4 bpp: even increments over dynamic range * - 8 bpp: lossless if cmap matches cmapflag * - 16 bpp: use most significant byte * (4) If 32 bpp RGB, this is converted to gray. If you want * to do color quantization, you must specify the type * explicitly, using the color quantization code. */ PIX * pixConvertTo8(PIX *pixs, l_int32 cmapflag) { l_int32 d; PIX *pixd; PIXCMAP *cmap; PROCNAME("pixConvertTo8"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); d = pixGetDepth(pixs); if (d != 1 && d != 2 && d != 4 && d != 8 && d != 16 && d != 32) return (PIX *)ERROR_PTR("depth not {1,2,4,8,16,32}", procName, NULL); if (d == 1) { if (!cmapflag) { return pixConvert1To8(NULL, pixs, 255, 0); } else { pixd = pixConvert1To8(NULL, pixs, 0, 1); cmap = pixcmapCreate(8); pixcmapAddColor(cmap, 255, 255, 255); pixcmapAddColor(cmap, 0, 0, 0); pixSetColormap(pixd, cmap); return pixd; } } else if (d == 2) { return pixConvert2To8(pixs, 0, 85, 170, 255, cmapflag); } else if (d == 4) { return pixConvert4To8(pixs, cmapflag); } else if (d == 8) { cmap = pixGetColormap(pixs); if ((cmap && cmapflag) || (!cmap && !cmapflag)) { return pixCopy(NULL, pixs); } else if (cmap) { /* !cmapflag */ return pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); } else { /* !cmap && cmapflag; add colormap to pixd */ pixd = pixCopy(NULL, pixs); pixAddGrayColormap8(pixd); return pixd; } } else if (d == 16) { pixd = pixConvert16To8(pixs, L_MS_BYTE); if (cmapflag) pixAddGrayColormap8(pixd); return pixd; } else { /* d == 32 */ pixd = pixConvertRGBToLuminance(pixs); if (cmapflag) pixAddGrayColormap8(pixd); return pixd; } } /*! * pixConvertTo8BySampling() * * Input: pixs (1, 2, 4, 8, 16 or 32 bpp) * factor (submsampling factor; integer >= 1) * cmapflag (TRUE if pixd is to have a colormap; FALSE otherwise) * Return: pixd (8 bpp), or null on error * * Notes: * (1) This is a fast, quick/dirty, top-level converter. * (2) See pixConvertTo8() for default values. */ PIX * pixConvertTo8BySampling(PIX *pixs, l_int32 factor, l_int32 cmapflag) { l_float32 scalefactor; PIX *pixt, *pixd; PROCNAME("pixConvertTo8BySampling"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (factor < 1) return (PIX *)ERROR_PTR("factor must be >= 1", procName, NULL); scalefactor = 1. / (l_float32)factor; pixt = pixScaleBySampling(pixs, scalefactor, scalefactor); pixd = pixConvertTo8(pixt, cmapflag); pixDestroy(&pixt); return pixd; } /*! * pixConvertTo8Color() * * Input: pixs (1, 2, 4, 8, 16 or 32 bpp) * dither (1 to dither if necessary; 0 otherwise) * Return: pixd (8 bpp, cmapped), or null on error * * Notes: * (1) This is a top-level function, with simple default values * for unpacking. * (2) The result, pixd, is always made with a colormap. * (3) If d == 8, the operation is lossless and it returns a copy. * (4) The default values used for increasing depth are: * - 1 bpp: val0 = 255, val1 = 0 * - 2 bpp: 4 bpp: even increments over dynamic range * (5) For 16 bpp, use the most significant byte. * (6) For 32 bpp RGB, use octcube quantization with optional dithering. */ PIX * pixConvertTo8Color(PIX *pixs, l_int32 dither) { l_int32 d; PROCNAME("pixConvertTo8Color"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); d = pixGetDepth(pixs); if (d != 1 && d != 2 && d != 4 && d != 8 && d != 16 && d != 32) return (PIX *)ERROR_PTR("depth not {1,2,4,8,16,32}", procName, NULL); if (d != 32) return pixConvertTo8(pixs, 1); return pixConvertRGBToColormap(pixs, dither); } /*---------------------------------------------------------------------------* * Top-level conversion to 16 bpp * *---------------------------------------------------------------------------*/ /*! * pixConvertTo16() * * Input: pixs (1, 8 bpp) * Return: pixd (16 bpp), or null on error * * Usage: Top-level function, with simple default values for unpacking. * 1 bpp: val0 = 0xffff, val1 = 0 * 8 bpp: replicates the 8 bit value in both the MSB and LSB * of the 16 bit pixel. */ PIX * pixConvertTo16(PIX *pixs) { l_int32 d; PROCNAME("pixConvertTo16"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); d = pixGetDepth(pixs); if (d == 1) return pixConvert1To16(NULL, pixs, 0xffff, 0); else if (d == 8) return pixConvert8To16(pixs, 8); else return (PIX *)ERROR_PTR("src depth not 1 or 8 bpp", procName, NULL); } /*---------------------------------------------------------------------------* * Top-level conversion to 32 bpp * *---------------------------------------------------------------------------*/ /*! * pixConvertTo32() * * Input: pixs (1, 2, 4, 8, 16 or 32 bpp) * Return: pixd (32 bpp), or null on error * * Usage: Top-level function, with simple default values for unpacking. * 1 bpp: val0 = 255, val1 = 0 * and then replication into R, G and B components * 2 bpp: if colormapped, use the colormap values; otherwise, * use val0 = 0, val1 = 0x55, val2 = 0xaa, val3 = 255 * and replicate gray into R, G and B components * 4 bpp: if colormapped, use the colormap values; otherwise, * replicate 2 nybs into a byte, and then into R,G,B components * 8 bpp: if colormapped, use the colormap values; otherwise, * replicate gray values into R, G and B components * 16 bpp: replicate MSB into R, G and B components * 24 bpp: unpack the pixels, maintaining word alignment on each scanline * 32 bpp: makes a copy * * Notes: * (1) Never returns a clone of pixs. * (2) Implicit assumption about RGB component ordering. */ PIX * pixConvertTo32(PIX *pixs) { l_int32 d; PIX *pixt, *pixd; PROCNAME("pixConvertTo32"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); d = pixGetDepth(pixs); if (d == 1) { return pixConvert1To32(NULL, pixs, 0xffffffff, 0); } else if (d == 2) { pixt = pixConvert2To8(pixs, 0, 85, 170, 255, TRUE); pixd = pixConvert8To32(pixt); pixDestroy(&pixt); return pixd; } else if (d == 4) { pixt = pixConvert4To8(pixs, TRUE); pixd = pixConvert8To32(pixt); pixDestroy(&pixt); return pixd; } else if (d == 8) { return pixConvert8To32(pixs); } else if (d == 16) { pixt = pixConvert16To8(pixs, L_MS_BYTE); pixd = pixConvert8To32(pixt); pixDestroy(&pixt); return pixd; } else if (d == 24) { return pixConvert24To32(pixs); } else if (d == 32) { return pixCopy(NULL, pixs); } else { return (PIX *)ERROR_PTR("depth not 1, 2, 4, 8, 16, 32 bpp", procName, NULL); } } /*! * pixConvertTo32BySampling() * * Input: pixs (1, 2, 4, 8, 16 or 32 bpp) * factor (submsampling factor; integer >= 1) * Return: pixd (32 bpp), or null on error * * Notes: * (1) This is a fast, quick/dirty, top-level converter. * (2) See pixConvertTo32() for default values. */ PIX * pixConvertTo32BySampling(PIX *pixs, l_int32 factor) { l_float32 scalefactor; PIX *pixt, *pixd; PROCNAME("pixConvertTo32BySampling"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (factor < 1) return (PIX *)ERROR_PTR("factor must be >= 1", procName, NULL); scalefactor = 1. / (l_float32)factor; pixt = pixScaleBySampling(pixs, scalefactor, scalefactor); pixd = pixConvertTo32(pixt); pixDestroy(&pixt); return pixd; } /*! * pixConvert8To32() * * Input: pix (8 bpp) * Return: 32 bpp rgb pix, or null on error * * Notes: * (1) If there is no colormap, replicates the gray value * into the 3 MSB of the dest pixel. * (2) Implicit assumption about RGB component ordering. */ PIX * pixConvert8To32(PIX *pixs) { l_int32 i, j, w, h, wpls, wpld, val; l_uint32 *datas, *datad, *lines, *lined; l_uint32 *tab; PIX *pixd; PROCNAME("pixConvert8To32"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (pixGetColormap(pixs)) return pixRemoveColormap(pixs, REMOVE_CMAP_TO_FULL_COLOR); /* Replication table */ if ((tab = (l_uint32 *)CALLOC(256, sizeof(l_uint32))) == NULL) return (PIX *)ERROR_PTR("tab not made", procName, NULL); for (i = 0; i < 256; i++) tab[i] = (i << 24) | (i << 16) | (i << 8); pixGetDimensions(pixs, &w, &h, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); if ((pixd = pixCreate(w, h, 32)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { val = GET_DATA_BYTE(lines, j); lined[j] = tab[val]; } } FREE(tab); return pixd; } /*---------------------------------------------------------------------------* * Top-level conversion to 8 or 32 bpp, without colormap * *---------------------------------------------------------------------------*/ /*! * pixConvertTo8Or32() * * Input: pixs (1, 2, 4, 8, 16, with or without colormap; or 32 bpp rgb) * copyflag (use 0 to return clone if pixs does not need to * be changed; 1 to return a copy in those situations) * warnflag (1 to issue warning if colormap is removed; else 0) * Return: pixd (8 bpp grayscale or 32 bpp rgb), or null on error * * Notes: * (1) If there is a colormap, the colormap is removed to 8 or 32 bpp, * depending on whether the colors in the colormap are all gray. * (2) If the input is either rgb or 8 bpp without a colormap, * this returns either a clone or a copy, depending on @copyflag. * (3) Otherwise, the pix is converted to 8 bpp grayscale. * In all cases, pixd does not have a colormap. */ PIX * pixConvertTo8Or32(PIX *pixs, l_int32 copyflag, l_int32 warnflag) { l_int32 d; PIX *pixd; PROCNAME("pixConvertTo8Or32"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); d = pixGetDepth(pixs); if (pixGetColormap(pixs)) { if (warnflag) L_WARNING("pix has colormap; removing\n", procName); pixd = pixRemoveColormap(pixs, REMOVE_CMAP_BASED_ON_SRC); } else if (d == 8 || d == 32) { if (copyflag == 0) pixd = pixClone(pixs); else pixd = pixCopy(NULL, pixs); } else { pixd = pixConvertTo8(pixs, 0); } /* Sanity check on result */ d = pixGetDepth(pixd); if (d != 8 && d != 32) { pixDestroy(&pixd); return (PIX *)ERROR_PTR("depth not 8 or 32 bpp", procName, NULL); } return pixd; } /*---------------------------------------------------------------------------* * Conversion between 24 bpp and 32 bpp rgb * *---------------------------------------------------------------------------*/ /*! * pixConvert24To32() * * Input: pixs (24 bpp rgb) * Return: pixd (32 bpp rgb), or null on error * * Notes: * (1) 24 bpp rgb pix are not supported in leptonica, except for a small * number of formatted write operations. The data is a byte array, * with pixels in order r,g,b, and padded to 32 bit boundaries * in each line. * (2) Because 24 bpp rgb pix are conveniently generated by programs * such as xpdf (which has SplashBitmaps that store the raster * data in consecutive 24-bit rgb pixels), it is useful to provide * 24 bpp pix that simply incorporate that data. The only things * we can do with these are: * (a) write them to file in png, jpeg, tiff and pnm * (b) interconvert between 24 and 32 bpp in memory (for testing). */ PIX * pixConvert24To32(PIX *pixs) { l_uint8 *lines; l_int32 w, h, d, i, j, wpls, wpld, rval, gval, bval; l_uint32 pixel; l_uint32 *datas, *datad, *lined; PIX *pixd; PROCNAME("pixConvert24to32"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 24) return (PIX *)ERROR_PTR("pixs not 24 bpp", procName, NULL); pixd = pixCreateNoInit(w, h, 32); datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = (l_uint8 *)(datas + i * wpls); lined = datad + i * wpld; for (j = 0; j < w; j++) { rval = *lines++; gval = *lines++; bval = *lines++; composeRGBPixel(rval, gval, bval, &pixel); lined[j] = pixel; } } pixCopyResolution(pixd, pixs); pixCopyInputFormat(pixd, pixs); return pixd; } /*! * pixConvert32To24() * * Input: pixs (32 bpp rgb) * Return: pixd (24 bpp rgb), or null on error * * Notes: * (1) See pixconvert24To32(). */ PIX * pixConvert32To24(PIX *pixs) { l_uint8 *rgbdata8; l_int32 w, h, d, i, j, wpls, wpld, rval, gval, bval; l_uint32 *datas, *lines, *rgbdata; PIX *pixd; PROCNAME("pixConvert32to24"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); pixd = pixCreateNoInit(w, h, 24); rgbdata = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; rgbdata8 = (l_uint8 *)(rgbdata + i * wpld); for (j = 0; j < w; j++) { extractRGBValues(lines[j], &rval, &gval, &bval); *rgbdata8++ = rval; *rgbdata8++ = gval; *rgbdata8++ = bval; } } pixCopyResolution(pixd, pixs); pixCopyInputFormat(pixd, pixs); return pixd; } /*---------------------------------------------------------------------------* * Removal of alpha component by blending with white background * *---------------------------------------------------------------------------*/ /*! * pixRemoveAlpha() * * Input: pixs (any depth) * Return: pixd (if 32 bpp rgba, pixs blended over a white background; * a clone of pixs otherwise), and null on error * * Notes: * (1) This is a wrapper on pixAlphaBlendUniform() */ PIX * pixRemoveAlpha(PIX *pixs) { PROCNAME("pixRemoveAlpha"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) == 32 && pixGetSpp(pixs) == 4) return pixAlphaBlendUniform(pixs, 0xffffff00); else return pixClone(pixs); } /*---------------------------------------------------------------------------* * Lossless depth conversion (unpacking) * *---------------------------------------------------------------------------*/ /*! * pixConvertLossless() * * Input: pixs (1, 2, 4, 8 bpp, not cmapped) * d (destination depth: 2, 4 or 8) * Return: pixd (2, 4 or 8 bpp), or null on error * * Notes: * (1) This is a lossless unpacking (depth-increasing) * conversion. If ds is the depth of pixs, then * - if d < ds, returns NULL * - if d == ds, returns a copy * - if d > ds, does the unpacking conversion * (2) If pixs has a colormap, this is an error. */ PIX * pixConvertLossless(PIX *pixs, l_int32 d) { l_int32 w, h, ds, wpls, wpld, i, j, val; l_uint32 *datas, *datad, *lines, *lined; PIX *pixd; PROCNAME("pixConvertLossless"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs has colormap", procName, NULL); if (d != 2 && d != 4 && d != 8) return (PIX *)ERROR_PTR("invalid dest depth", procName, NULL); pixGetDimensions(pixs, &w, &h, &ds); if (d < ds) return (PIX *)ERROR_PTR("depth > d", procName, NULL); else if (d == ds) return pixCopy(NULL, pixs); if ((pixd = pixCreate(w, h, d)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); /* Unpack the bits */ datas = pixGetData(pixs); wpls = pixGetWpl(pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; switch (ds) { case 1: for (j = 0; j < w; j++) { val = GET_DATA_BIT(lines, j); if (d == 8) SET_DATA_BYTE(lined, j, val); else if (d == 4) SET_DATA_QBIT(lined, j, val); else /* d == 2 */ SET_DATA_DIBIT(lined, j, val); } break; case 2: for (j = 0; j < w; j++) { val = GET_DATA_DIBIT(lines, j); if (d == 8) SET_DATA_BYTE(lined, j, val); else /* d == 4 */ SET_DATA_QBIT(lined, j, val); } case 4: for (j = 0; j < w; j++) { val = GET_DATA_DIBIT(lines, j); SET_DATA_BYTE(lined, j, val); } break; } } return pixd; } /*---------------------------------------------------------------------------* * Conversion for printing in PostScript * *---------------------------------------------------------------------------*/ /*! * pixConvertForPSWrap() * * Input: pixs (1, 2, 4, 8, 16, 32 bpp) * Return: pixd (1, 8, or 32 bpp), or null on error * * Notes: * (1) For wrapping in PostScript, we convert pixs to * 1 bpp, 8 bpp (gray) and 32 bpp (RGB color). * (2) Colormaps are removed. For pixs with colormaps, the * images are converted to either 8 bpp gray or 32 bpp * RGB, depending on whether the colormap has color content. * (3) Images without colormaps, that are not 1 bpp or 32 bpp, * are converted to 8 bpp gray. */ PIX * pixConvertForPSWrap(PIX *pixs) { l_int32 d; PIX *pixd; PIXCMAP *cmap; PROCNAME("pixConvertForPSWrap"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); cmap = pixGetColormap(pixs); d = pixGetDepth(pixs); switch (d) { case 1: case 32: pixd = pixClone(pixs); break; case 2: if (cmap) pixd = pixRemoveColormap(pixs, REMOVE_CMAP_BASED_ON_SRC); else pixd = pixConvert2To8(pixs, 0, 0x55, 0xaa, 0xff, FALSE); break; case 4: if (cmap) pixd = pixRemoveColormap(pixs, REMOVE_CMAP_BASED_ON_SRC); else pixd = pixConvert4To8(pixs, FALSE); break; case 8: pixd = pixRemoveColormap(pixs, REMOVE_CMAP_BASED_ON_SRC); break; case 16: pixd = pixConvert16To8(pixs, L_MS_BYTE); break; default: fprintf(stderr, "depth not in {1, 2, 4, 8, 16, 32}"); return NULL; } return pixd; } /*---------------------------------------------------------------------------* * Scaling conversion to subpixel RGB * *---------------------------------------------------------------------------*/ /*! * pixConvertToSubpixelRGB() * * Input: pixs (8 bpp grayscale, 32 bpp rgb, or colormapped) * scalex, scaley (anisotropic scaling permitted between * source and destination) * order (of subpixel rgb color components in composition of pixd: * L_SUBPIXEL_ORDER_RGB, L_SUBPIXEL_ORDER_BGR, * L_SUBPIXEL_ORDER_VRGB, L_SUBPIXEL_ORDER_VBGR) * * Return: pixd (32 bpp), or null on error * * Notes: * (1) If pixs has a colormap, it is removed based on its contents * to either 8 bpp gray or rgb. * (2) For horizontal subpixel splitting, the input image * is rescaled by @scaley vertically and by 3.0 times * @scalex horizontally. Then each horizontal triplet * of pixels is mapped back to a single rgb pixel, with the * r, g and b values being assigned based on the pixel triplet. * For gray triplets, the r, g, and b values are set equal to * the three gray values. For color triplets, the r, g and b * values are set equal to the components from the appropriate * subpixel. Vertical subpixel splitting is handled similarly. * (3) See pixConvertGrayToSubpixelRGB() and * pixConvertColorToSubpixelRGB() for further details. */ PIX * pixConvertToSubpixelRGB(PIX *pixs, l_float32 scalex, l_float32 scaley, l_int32 order) { l_int32 d; PIX *pixt, *pixd; PIXCMAP *cmap; PROCNAME("pixConvertToSubpixelRGB"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); d = pixGetDepth(pixs); cmap = pixGetColormap(pixs); if (d != 8 && d != 32 && !cmap) return (PIX *)ERROR_PTR("pix not 8 or 32 bpp and not cmapped", procName, NULL); if (scalex <= 0.0 || scaley <= 0.0) return (PIX *)ERROR_PTR("scale factors must be > 0", procName, NULL); if (order != L_SUBPIXEL_ORDER_RGB && order != L_SUBPIXEL_ORDER_BGR && order != L_SUBPIXEL_ORDER_VRGB && order != L_SUBPIXEL_ORDER_VBGR) return (PIX *)ERROR_PTR("invalid subpixel order", procName, NULL); if ((pixt = pixRemoveColormap(pixs, REMOVE_CMAP_BASED_ON_SRC)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); d = pixGetDepth(pixt); pixd = NULL; if (d == 8) pixd = pixConvertGrayToSubpixelRGB(pixt, scalex, scaley, order); else if (d == 32) pixd = pixConvertColorToSubpixelRGB(pixt, scalex, scaley, order); else L_ERROR("invalid depth %d\n", procName, d); pixDestroy(&pixt); return pixd; } /*! * pixConvertGrayToSubpixelRGB() * * Input: pixs (8 bpp or colormapped) * scalex, scaley * order (of subpixel rgb color components in composition of pixd: * L_SUBPIXEL_ORDER_RGB, L_SUBPIXEL_ORDER_BGR, * L_SUBPIXEL_ORDER_VRGB, L_SUBPIXEL_ORDER_VBGR) * * Return: pixd (32 bpp), or null on error * * Notes: * (1) If pixs has a colormap, it is removed to 8 bpp. * (2) For horizontal subpixel splitting, the input gray image * is rescaled by @scaley vertically and by 3.0 times * @scalex horizontally. Then each horizontal triplet * of pixels is mapped back to a single rgb pixel, with the * r, g and b values being assigned from the triplet of gray values. * Similar operations are used for vertical subpixel splitting. * (3) This is a form of subpixel rendering that tends to give the * resulting text a sharper and somewhat chromatic display. * For horizontal subpixel splitting, the observable difference * between @order=L_SUBPIXEL_ORDER_RGB and * @order=L_SUBPIXEL_ORDER_BGR is reduced by optical diffusers * in the display that make the pixel color appear to emerge * from the entire pixel. */ PIX * pixConvertGrayToSubpixelRGB(PIX *pixs, l_float32 scalex, l_float32 scaley, l_int32 order) { l_int32 w, h, d, wd, hd, wplt, wpld, i, j, rval, gval, bval, direction; l_uint32 *datat, *datad, *linet, *lined; PIX *pixt1, *pixt2, *pixd; PIXCMAP *cmap; PROCNAME("pixConvertGrayToSubpixelRGB"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); d = pixGetDepth(pixs); cmap = pixGetColormap(pixs); if (d != 8 && !cmap) return (PIX *)ERROR_PTR("pix not 8 bpp & not cmapped", procName, NULL); if (scalex <= 0.0 || scaley <= 0.0) return (PIX *)ERROR_PTR("scale factors must be > 0", procName, NULL); if (order != L_SUBPIXEL_ORDER_RGB && order != L_SUBPIXEL_ORDER_BGR && order != L_SUBPIXEL_ORDER_VRGB && order != L_SUBPIXEL_ORDER_VBGR) return (PIX *)ERROR_PTR("invalid subpixel order", procName, NULL); direction = (order == L_SUBPIXEL_ORDER_RGB || order == L_SUBPIXEL_ORDER_BGR) ? L_HORIZ : L_VERT; pixt1 = pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); if (direction == L_HORIZ) pixt2 = pixScale(pixt1, 3.0 * scalex, scaley); else /* L_VERT */ pixt2 = pixScale(pixt1, scalex, 3.0 * scaley); pixGetDimensions(pixt2, &w, &h, NULL); wd = (direction == L_HORIZ) ? w / 3 : w; hd = (direction == L_VERT) ? h / 3 : h; pixd = pixCreate(wd, hd, 32); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); datat = pixGetData(pixt2); wplt = pixGetWpl(pixt2); if (direction == L_HORIZ) { for (i = 0; i < hd; i++) { linet = datat + i * wplt; lined = datad + i * wpld; for (j = 0; j < wd; j++) { rval = GET_DATA_BYTE(linet, 3 * j); gval = GET_DATA_BYTE(linet, 3 * j + 1); bval = GET_DATA_BYTE(linet, 3 * j + 2); if (order == L_SUBPIXEL_ORDER_RGB) composeRGBPixel(rval, gval, bval, &lined[j]); else /* order BGR */ composeRGBPixel(bval, gval, rval, &lined[j]); } } } else { /* L_VERT */ for (i = 0; i < hd; i++) { linet = datat + 3 * i * wplt; lined = datad + i * wpld; for (j = 0; j < wd; j++) { rval = GET_DATA_BYTE(linet, j); gval = GET_DATA_BYTE(linet + wplt, j); bval = GET_DATA_BYTE(linet + 2 * wplt, j); if (order == L_SUBPIXEL_ORDER_VRGB) composeRGBPixel(rval, gval, bval, &lined[j]); else /* order VBGR */ composeRGBPixel(bval, gval, rval, &lined[j]); } } } pixDestroy(&pixt1); pixDestroy(&pixt2); return pixd; } /*! * pixConvertColorToSubpixelRGB() * * Input: pixs (32 bpp or colormapped) * scalex, scaley * order (of subpixel rgb color components in composition of pixd: * L_SUBPIXEL_ORDER_RGB, L_SUBPIXEL_ORDER_BGR, * L_SUBPIXEL_ORDER_VRGB, L_SUBPIXEL_ORDER_VBGR) * * Return: pixd (32 bpp), or null on error * * Notes: * (1) If pixs has a colormap, it is removed to 32 bpp rgb. * If the colormap has no color, pixConvertGrayToSubpixelRGB() * should be called instead, because it will give the same result * more efficiently. The function pixConvertToSubpixelRGB() * will do the best thing for all cases. * (2) For horizontal subpixel splitting, the input rgb image * is rescaled by @scaley vertically and by 3.0 times * @scalex horizontally. Then for each horizontal triplet * of pixels, the r component of the final pixel is selected * from the r component of the appropriate pixel in the triplet, * and likewise for g and b. Vertical subpixel splitting is * handled similarly. */ PIX * pixConvertColorToSubpixelRGB(PIX *pixs, l_float32 scalex, l_float32 scaley, l_int32 order) { l_int32 w, h, d, wd, hd, wplt, wpld, i, j, rval, gval, bval, direction; l_uint32 *datat, *datad, *linet, *lined; PIX *pixt1, *pixt2, *pixd; PIXCMAP *cmap; PROCNAME("pixConvertColorToSubpixelRGB"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); d = pixGetDepth(pixs); cmap = pixGetColormap(pixs); if (d != 32 && !cmap) return (PIX *)ERROR_PTR("pix not 32 bpp & not cmapped", procName, NULL); if (scalex <= 0.0 || scaley <= 0.0) return (PIX *)ERROR_PTR("scale factors must be > 0", procName, NULL); if (order != L_SUBPIXEL_ORDER_RGB && order != L_SUBPIXEL_ORDER_BGR && order != L_SUBPIXEL_ORDER_VRGB && order != L_SUBPIXEL_ORDER_VBGR) return (PIX *)ERROR_PTR("invalid subpixel order", procName, NULL); direction = (order == L_SUBPIXEL_ORDER_RGB || order == L_SUBPIXEL_ORDER_BGR) ? L_HORIZ : L_VERT; pixt1 = pixRemoveColormap(pixs, REMOVE_CMAP_TO_FULL_COLOR); if (direction == L_HORIZ) pixt2 = pixScale(pixt1, 3.0 * scalex, scaley); else /* L_VERT */ pixt2 = pixScale(pixt1, scalex, 3.0 * scaley); pixGetDimensions(pixt2, &w, &h, NULL); wd = (direction == L_HORIZ) ? w / 3 : w; hd = (direction == L_VERT) ? h / 3 : h; pixd = pixCreate(wd, hd, 32); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); datat = pixGetData(pixt2); wplt = pixGetWpl(pixt2); if (direction == L_HORIZ) { for (i = 0; i < hd; i++) { linet = datat + i * wplt; lined = datad + i * wpld; for (j = 0; j < wd; j++) { if (order == L_SUBPIXEL_ORDER_RGB) { extractRGBValues(linet[3 * j], &rval, NULL, NULL); extractRGBValues(linet[3 * j + 1], NULL, &gval, NULL); extractRGBValues(linet[3 * j + 2], NULL, NULL, &bval); } else { /* order BGR */ extractRGBValues(linet[3 * j], NULL, NULL, &bval); extractRGBValues(linet[3 * j + 1], NULL, &gval, NULL); extractRGBValues(linet[3 * j + 2], &rval, NULL, NULL); } composeRGBPixel(rval, gval, bval, &lined[j]); } } } else { /* L_VERT */ for (i = 0; i < hd; i++) { linet = datat + 3 * i * wplt; lined = datad + i * wpld; for (j = 0; j < wd; j++) { if (order == L_SUBPIXEL_ORDER_VRGB) { extractRGBValues(linet[j], &rval, NULL, NULL); extractRGBValues((linet + wplt)[j], NULL, &gval, NULL); extractRGBValues((linet + 2 * wplt)[j], NULL, NULL, &bval); } else { /* order VBGR */ extractRGBValues(linet[j], NULL, NULL, &bval); extractRGBValues((linet + wplt)[j], NULL, &gval, NULL); extractRGBValues((linet + 2 * wplt)[j], &rval, NULL, NULL); } composeRGBPixel(rval, gval, bval, &lined[j]); } } } if (pixGetSpp(pixs) == 4) pixScaleAndTransferAlpha(pixd, pixs, scalex, scaley); pixDestroy(&pixt1); pixDestroy(&pixt2); return pixd; } leptonica-1.70/src/Makefile.in0000644000175000017500000011325512274452340014353 0ustar dandan# Makefile.in generated by automake 1.11.3 from Makefile.am. # @configure_input@ # Copyright (C) 1994, 1995, 1996, 1997, 1998, 1999, 2000, 2001, 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-protos=inline $(liblept_la_SOURCES) dist-hook: cp "$(distdir)"/endianness.h{.dist,} # Tell versions [3.59,3.63) of GNU make to not export all variables. # Otherwise a system limit (for SysV at least) may be exceeded. .NOEXPORT: leptonica-1.70/src/bytearray.c0000664000175000017500000004022512266012101014436 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * bytearray.c * * Functions for handling byte arrays, in analogy with C++ 'strings' * * Creation, copy, clone, destruction * L_BYTEA *l_byteaCreate() * L_BYTEA *l_byteaInitFromMem() * L_BYTEA *l_byteaInitFromFile() * L_BYTEA *l_byteaInitFromStream() * L_BYTEA *l_byteaCopy() * L_BYTEA *l_byteaClone() * void l_byteaDestroy() * * Accessors * size_t l_byteaGetSize() * l_uint8 *l_byteaGetData() * l_uint8 *l_byteaCopyData() * * Appending * l_int32 l_byteaAppendData() * l_int32 l_byteaAppendString() * static l_int32 l_byteaExtendArrayToSize() * * Join/Split * l_int32 l_byteaJoin() * l_int32 l_byteaSplit() * * Search * l_int32 l_byteaFindEachSequence() * * Output to file * l_int32 l_byteaWrite() * l_int32 l_byteaWriteStream() * * The internal data array is always null-terminated, for ease of use * in the event that it is an ascii string without null bytes. */ #include #include "allheaders.h" static const l_int32 INITIAL_ARRAYSIZE = 200; /* n'import quoi */ /* Static function */ static l_int32 l_byteaExtendArrayToSize(L_BYTEA *ba, size_t size); /*---------------------------------------------------------------------* * Creation, copy, clone, destruction * *---------------------------------------------------------------------*/ /*! * l_byteaCreate() * * Input: n (determines initial size of data array) * Return: l_bytea, or null on error * * Notes: * (1) The allocated array is n + 1 bytes. This allows room * for null termination. */ L_BYTEA * l_byteaCreate(size_t nbytes) { L_BYTEA *ba; PROCNAME("l_byteaCreate"); if (nbytes <= 0) nbytes = INITIAL_ARRAYSIZE; if ((ba = (L_BYTEA *)CALLOC(1, sizeof(L_BYTEA))) == NULL) return (L_BYTEA *)ERROR_PTR("ba not made", procName, NULL); if ((ba->data = (l_uint8 *)CALLOC(nbytes + 1, sizeof(l_uint8))) == NULL) return (L_BYTEA *)ERROR_PTR("ba array not made", procName, NULL); ba->nalloc = nbytes + 1; ba->refcount = 1; return ba; } /*! * l_byteaInitFromMem() * * Input: data (to be copied to the array) * size (amount of data) * Return: l_bytea, or null on error */ L_BYTEA * l_byteaInitFromMem(l_uint8 *data, size_t size) { L_BYTEA *ba; PROCNAME("l_byteaInitFromMem"); if (!data) return (L_BYTEA *)ERROR_PTR("data not defined", procName, NULL); if (size <= 0) return (L_BYTEA *)ERROR_PTR("no bytes to initialize", procName, NULL); if ((ba = l_byteaCreate(size)) == NULL) return (L_BYTEA *)ERROR_PTR("ba not made", procName, NULL); memcpy(ba->data, data, size); ba->size = size; return ba; } /*! * l_byteaInitFromFile() * * Input: fname * Return: l_bytea, or null on error */ L_BYTEA * l_byteaInitFromFile(const char *fname) { FILE *fp; L_BYTEA *ba; PROCNAME("l_byteaInitFromFile"); if (!fname) return (L_BYTEA *)ERROR_PTR("fname not defined", procName, NULL); if ((fp = fopenReadStream(fname)) == NULL) return (L_BYTEA *)ERROR_PTR("file stream not opened", procName, NULL); if ((ba = l_byteaInitFromStream(fp)) == NULL) return (L_BYTEA *)ERROR_PTR("ba not made", procName, NULL); fclose(fp); return ba; } /*! * l_byteaInitFromStream() * * Input: stream * Return: l_bytea, or null on error */ L_BYTEA * l_byteaInitFromStream(FILE *fp) { l_uint8 *data; size_t nbytes; L_BYTEA *ba; PROCNAME("l_byteaInitFromStream"); if (!fp) return (L_BYTEA *)ERROR_PTR("stream not defined", procName, NULL); if ((data = l_binaryReadStream(fp, &nbytes)) == NULL) return (L_BYTEA *)ERROR_PTR("data not read", procName, NULL); if ((ba = l_byteaCreate(nbytes)) == NULL) return (L_BYTEA *)ERROR_PTR("ba not made", procName, NULL); memcpy(ba->data, data, nbytes); ba->size = nbytes; FREE(data); return ba; } /*! * l_byteaCopy() * * Input: bas (source lba) * copyflag (L_COPY, L_CLONE) * Return: clone or copy of bas, or null on error * * Notes: * (1) If cloning, up the refcount and return a ptr to @bas. */ L_BYTEA * l_byteaCopy(L_BYTEA *bas, l_int32 copyflag) { PROCNAME("l_byteaCopy"); if (!bas) return (L_BYTEA *)ERROR_PTR("bas not defined", procName, NULL); if (copyflag == L_CLONE) { bas->refcount++; return bas; } return l_byteaInitFromMem(bas->data, bas->size); } /*! * l_byteaDestroy() * * Input: &ba () * Return: void * * Notes: * (1) Decrements the ref count and, if 0, destroys the lba. * (2) Always nulls the input ptr. * (3) If the data has been previously removed, the lba will * have been nulled, so this will do nothing. */ void l_byteaDestroy(L_BYTEA **pba) { L_BYTEA *ba; PROCNAME("l_byteaDestroy"); if (pba == NULL) { L_WARNING("ptr address is null!\n", procName); return; } if ((ba = *pba) == NULL) return; /* Decrement the ref count. If it is 0, destroy the lba. */ ba->refcount--; if (ba->refcount <= 0) { if (ba->data) FREE(ba->data); FREE(ba); } *pba = NULL; return; } /*---------------------------------------------------------------------* * Accessors * *---------------------------------------------------------------------*/ /*! * l_byteaGetSize() * * Input: ba * Return: size of stored byte array, or 0 on error */ size_t l_byteaGetSize(L_BYTEA *ba) { PROCNAME("l_byteaGetSize"); if (!ba) return ERROR_INT("ba not defined", procName, 0); return ba->size; } /*! * l_byteaGetData() * * Input: ba * &size ( size of data in lba) * Return: ptr to existing data array, or NULL on error * * Notes: * (1) The returned ptr is owned by @ba. Do not free it! */ l_uint8 * l_byteaGetData(L_BYTEA *ba, size_t *psize) { PROCNAME("l_byteaGetData"); if (!ba) return (l_uint8 *)ERROR_PTR("ba not defined", procName, NULL); if (!psize) return (l_uint8 *)ERROR_PTR("&size not defined", procName, NULL); *psize = ba->size; return ba->data; } /*! * l_byteaCopyData() * * Input: ba * &size ( size of data in lba) * Return: copy of data in use in the data array, or null on error. * * Notes: * (1) The returned data is owned by the caller. The input @ba * still owns the original data array. */ l_uint8 * l_byteaCopyData(L_BYTEA *ba, size_t *psize) { l_uint8 *data; PROCNAME("l_byteaCopyData"); if (!psize) return (l_uint8 *)ERROR_PTR("&size not defined", procName, NULL); *psize = 0; if (!ba) return (l_uint8 *)ERROR_PTR("ba not defined", procName, NULL); data = l_byteaGetData(ba, psize); return l_binaryCopy(data, *psize); } /*---------------------------------------------------------------------* * Appending * *---------------------------------------------------------------------*/ /*! * l_byteaAppendData() * * Input: ba * newdata (byte array to be appended) * size (size of data array) * Return: 0 if OK, 1 on error */ l_int32 l_byteaAppendData(L_BYTEA *ba, l_uint8 *newdata, size_t newbytes) { size_t size, nalloc, reqsize; PROCNAME("l_byteaAppendData"); if (!ba) return ERROR_INT("ba not defined", procName, 1); if (!newdata) return ERROR_INT("newdata not defined", procName, 1); size = l_byteaGetSize(ba); reqsize = size + newbytes + 1; nalloc = ba->nalloc; if (nalloc < reqsize) l_byteaExtendArrayToSize(ba, 2 * reqsize); memcpy((char *)(ba->data + size), (char *)newdata, newbytes); ba->size += newbytes; return 0; } /*! * l_byteaAppendString() * * Input: ba * str (null-terminated string to be appended) * Return: 0 if OK, 1 on error */ l_int32 l_byteaAppendString(L_BYTEA *ba, char *str) { size_t size, len, nalloc, reqsize; PROCNAME("l_byteaAppendString"); if (!ba) return ERROR_INT("ba not defined", procName, 1); if (!str) return ERROR_INT("str not defined", procName, 1); size = l_byteaGetSize(ba); len = strlen(str); reqsize = size + len + 1; nalloc = ba->nalloc; if (nalloc < reqsize) l_byteaExtendArrayToSize(ba, 2 * reqsize); memcpy(ba->data + size, str, len); ba->size += len; return 0; } /*! * l_byteaExtendArrayToSize() * * Input: ba * size (new size of lba data array) * Return: 0 if OK; 1 on error */ static l_int32 l_byteaExtendArrayToSize(L_BYTEA *ba, size_t size) { PROCNAME("l_byteaExtendArrayToSize"); if (!ba) return ERROR_INT("ba not defined", procName, 1); if (size > ba->nalloc) { if ((ba->data = (l_uint8 *)reallocNew((void **)&ba->data, ba->nalloc, size)) == NULL) return ERROR_INT("new array not returned", procName, 1); ba->nalloc = size; } return 0; } /*---------------------------------------------------------------------* * String join/split * *---------------------------------------------------------------------*/ /*! * l_byteaJoin() * * Input: ba1 * &ba2 (data array is added to the one in ba1, and * then ba2 is destroyed) * Return: 0 if OK, 1 on error * * Notes: * (1) It is a no-op, not an error, for @ba2 to be null. */ l_int32 l_byteaJoin(L_BYTEA *ba1, L_BYTEA **pba2) { l_uint8 *data2; size_t nbytes2; L_BYTEA *ba2; PROCNAME("l_byteaJoin"); if (!ba1) return ERROR_INT("ba1 not defined", procName, 1); if (!pba2) return ERROR_INT("&ba2 not defined", procName, 1); if ((ba2 = *pba2) == NULL) return 0; data2 = l_byteaGetData(ba2, &nbytes2); l_byteaAppendData(ba1, data2, nbytes2); l_byteaDestroy(pba2); return 0; } /*! * l_byteaSplit() * * Input: ba1 (lba to split; array bytes nulled beyond the split loc) * splitloc (location in ba1 to split; ba2 begins there) * &ba2 ( with data starting at splitloc) * Return: 0 if OK, 1 on error */ l_int32 l_byteaSplit(L_BYTEA *ba1, size_t splitloc, L_BYTEA **pba2) { l_uint8 *data1; size_t nbytes1, nbytes2; PROCNAME("l_byteaSplit"); if (!pba2) return ERROR_INT("&ba2 not defined", procName, 1); *pba2 = NULL; if (!ba1) return ERROR_INT("ba1 not defined", procName, 1); data1 = l_byteaGetData(ba1, &nbytes1); if (splitloc >= nbytes1) return ERROR_INT("splitloc invalid", procName, 1); nbytes2 = nbytes1 - splitloc; /* Make the new lba */ *pba2 = l_byteaInitFromMem(data1 + splitloc, nbytes2); /* Null the removed bytes in the input lba */ memset(data1 + splitloc, 0, nbytes2); ba1->size = splitloc; return 0; } /*---------------------------------------------------------------------* * Search * *---------------------------------------------------------------------*/ /*! * l_byteaFindEachSequence() * * Input: ba * sequence (subarray of bytes to find in data) * seqlen (length of sequence, in bytes) * &da ( byte positions of each occurrence of @sequence) * Return: 0 if OK, 1 on error */ l_int32 l_byteaFindEachSequence(L_BYTEA *ba, l_uint8 *sequence, l_int32 seqlen, L_DNA **pda) { l_uint8 *data; size_t size; PROCNAME("l_byteaFindEachSequence"); if (!pda) return ERROR_INT("&da not defined", procName, 1); *pda = NULL; if (!ba) return ERROR_INT("ba not defined", procName, 1); if (!sequence) return ERROR_INT("sequence not defined", procName, 1); data = l_byteaGetData(ba, &size); *pda = arrayFindEachSequence(data, size, sequence, seqlen); return 0; } /*---------------------------------------------------------------------* * Output to file * *---------------------------------------------------------------------*/ /*! * l_byteaWrite() * * Input: fname (output file) * ba * startloc (first byte to output) * endloc (last byte to output; use 0 to write to the * end of the data array) * Return: 0 if OK, 1 on error */ l_int32 l_byteaWrite(const char *fname, L_BYTEA *ba, size_t startloc, size_t endloc) { l_int32 ret; FILE *fp; PROCNAME("l_byteaWrite"); if (!fname) return ERROR_INT("fname not defined", procName, 1); if (!ba) return ERROR_INT("ba not defined", procName, 1); if ((fp = fopenWriteStream(fname, "wb")) == NULL) return ERROR_INT("stream not opened", procName, 1); ret = l_byteaWriteStream(fp, ba, startloc, endloc); fclose(fp); return ret; } /*! * l_byteaWriteStream() * * Input: stream (opened for binary write) * ba * startloc (first byte to output) * endloc (last byte to output; use 0 to write to the * end of the data array) * Return: 0 if OK, 1 on error */ l_int32 l_byteaWriteStream(FILE *fp, L_BYTEA *ba, size_t startloc, size_t endloc) { l_uint8 *data; size_t size, nbytes; PROCNAME("l_byteaWriteStream"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!ba) return ERROR_INT("ba not defined", procName, 1); data = l_byteaGetData(ba, &size); if (startloc >= size) return ERROR_INT("invalid startloc", procName, 1); if (endloc == 0) endloc = size - 1; nbytes = endloc - startloc + 1; if (nbytes < 1) return ERROR_INT("endloc must be >= startloc", procName, 1); fwrite(data + startloc, 1, nbytes, fp); return 0; } leptonica-1.70/src/partition.c0000644000175000017500000005616412244225434014467 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * partition.c * * Whitespace block extraction * BOXA *boxaGetWhiteblocks() * * Helpers * static PARTEL *partelCreate() * static void partelDestroy() * static l_int32 partelSetSize() * static BOXA *boxaGenerateSubboxes() * static BOX *boxaSelectPivotBox() * static l_int32 boxaCheckIfOverlapIsSmall() * BOXA *boxaPruneSortedOnOverlap() */ #include "allheaders.h" struct PartitionElement { l_float32 size; /* sorting key */ BOX *box; /* region of the element */ BOXA *boxa; /* set of intersecting boxes */ }; typedef struct PartitionElement PARTEL; static PARTEL * partelCreate(BOX *box); static void partelDestroy(PARTEL **ppartel); static l_int32 partelSetSize(PARTEL *partel, l_int32 sortflag); static BOXA * boxaGenerateSubboxes(BOX *box, BOXA *boxa, l_int32 maxperim, l_float32 fract); static BOX * boxaSelectPivotBox(BOX *box, BOXA *boxa, l_int32 maxperim, l_float32 fract); static l_int32 boxCheckIfOverlapIsBig(BOX *box, BOXA *boxa, l_float32 maxoverlap); static const l_int32 DEFAULT_MAX_POPS = 20000; /* a big number! */ #ifndef NO_CONSOLE_IO #define OUTPUT_HEAP_STATS 0 #endif /* ~NO_CONSOLE_IO */ /*------------------------------------------------------------------* * Whitespace block extraction * *------------------------------------------------------------------*/ /*! * boxaGetWhiteblocks() * * Input: boxas (typically, a set of bounding boxes of fg components) * box (initial region; typically including all boxes in boxas; * if null, it computes the region to include all boxes * in boxas) * sortflag (L_SORT_BY_WIDTH, L_SORT_BY_HEIGHT, * L_SORT_BY_MIN_DIMENSION, L_SORT_BY_MAX_DIMENSION, * L_SORT_BY_PERIMETER, L_SORT_BY_AREA) * maxboxes (maximum number of output whitespace boxes; e.g., 100) * maxoverlap (maximum fractional overlap of a box by any * of the larger boxes; e.g., 0.2) * maxperim (maximum half-perimeter, in pixels, for which * pivot is selected by proximity to box centroid; * e.g., 200) * fract (fraction of box diagonal that is an acceptable * distance from the box centroid to select the pivot; * e.g., 0.2) * maxpops (maximum number of pops from the heap; use 0 as default) * Return: boxa (of sorted whitespace boxes), or null on error * * Notes: * (1) This uses the elegant Breuel algorithm, found in "Two * Geometric Algorithms for Layout Analysis", 2002, * url: "citeseer.ist.psu.edu/breuel02two.html". * It starts with the bounding boxes (b.b.) of the connected * components (c.c.) in a region, along with the rectangle * representing that region. It repeatedly divides the * rectangle into four maximal rectangles that exclude a * pivot rectangle, sorting them in a priority queue * according to one of the six sort flags. It returns a boxa * of the "largest" set that have no intersection with boxes * from the input boxas. * (2) If box == NULL, the initial region is the minimal region * that includes the origin and every box in boxas. * (3) maxboxes is the maximum number of whitespace boxes that will * be returned. The actual number will depend on the image * and the values chosen for maxoverlap and maxpops. In many * cases, the actual number will be 'maxboxes'. * (4) maxoverlap allows pruning of whitespace boxes depending on * the overlap. To avoid all pruning, use maxoverlap = 1.0. * To select only boxes that have no overlap with each other * (maximal pruning), choose maxoverlap = 0.0. * Otherwise, no box can have more than the 'maxoverlap' fraction * of its area overlapped by any larger (in the sense of the * sortflag) box. * (5) Choose maxperim (actually, maximum half-perimeter) to * represent a c.c. that is small enough so that you don't care * about the white space that could be inside of it. For all such * c.c., the pivot for 'quadfurcation' of a rectangle is selected * as having a reasonable proximity to the rectangle centroid. * (6) Use fract in the range [0.0 ... 1.0]. Set fract = 0.0 * to choose the small box nearest the centroid as the pivot. * If you choose fract > 0.0, it is suggested that you call * boxaPermuteRandom() first, to permute the boxes (see usage below). * This should reduce the search time for each of the pivot boxes. * (7) Choose maxpops to be the maximum number of rectangles that * are popped from the heap. This is an indirect way to limit the * execution time. Use 0 for default (a fairly large number). * At any time, you can expect the heap to contain about * 2.5 times as many boxes as have been popped off. * (8) The output result is a sorted set of overlapping * boxes, constrained by 'maxboxes', 'maxoverlap' and 'maxpops'. * (9) The main defect of the method is that it abstracts out the * actual components, retaining only the b.b. for analysis. * Consider a component with a large b.b. If this is chosen * as a pivot, all white space inside is immediately taken * out of consideration. Furthermore, even if it is never chosen * as a pivot, as the partitioning continues, at no time will * any of the whitespace inside this component be part of a * rectangle with zero overlapping boxes. Thus, the interiors * of all boxes are necessarily excluded from the union of * the returned whitespace boxes. * (10) USAGE: One way to accommodate to this weakness is to remove such * large b.b. before starting the computation. For example, * if 'box' is an input image region containing 'boxa' b.b. of c.c.: * * // Faster pivot choosing * boxaPermuteRandom(boxa, boxa); * * // Remove anything either large width or height * boxat = boxaSelectBySize(boxa, maxwidth, maxheight, * L_SELECT_IF_BOTH, L_SELECT_IF_LT, * NULL); * * boxad = boxaGetWhiteblocks(boxat, box, type, maxboxes, * maxoverlap, maxperim, fract, * maxpops); * * The result will be rectangular regions of "white space" that * extend into (and often through) the excluded components. * (11) As a simple example, suppose you wish to find the columns on a page. * First exclude large c.c. that may block the columns, and then call: * * boxad = boxaGetWhiteblocks(boxa, box, L_SORT_BY_HEIGHT, * 20, 0.15, 200, 0.2, 2000); * * to get the 20 tallest boxes with no more than 0.15 overlap * between a box and any of the taller ones, and avoiding the * use of any c.c. with a b.b. half perimeter greater than 200 * as a pivot. */ BOXA * boxaGetWhiteblocks(BOXA *boxas, BOX *box, l_int32 sortflag, l_int32 maxboxes, l_float32 maxoverlap, l_int32 maxperim, l_float32 fract, l_int32 maxpops) { l_int32 i, w, h, n, nsub, npush, npop; BOX *boxsub; BOXA *boxa, *boxa4, *boxasub, *boxad; PARTEL *partel; L_HEAP *lh; PROCNAME("boxaGetWhiteblocks"); if (!boxas) return (BOXA *)ERROR_PTR("boxas not defined", procName, NULL); if (sortflag != L_SORT_BY_WIDTH && sortflag != L_SORT_BY_HEIGHT && sortflag != L_SORT_BY_MIN_DIMENSION && sortflag != L_SORT_BY_MAX_DIMENSION && sortflag != L_SORT_BY_PERIMETER && sortflag != L_SORT_BY_AREA) return (BOXA *)ERROR_PTR("invalid sort flag", procName, NULL); if (maxboxes < 1) { maxboxes = 1; L_WARNING("setting maxboxes = 1\n", procName); } if (maxoverlap < 0.0 || maxoverlap > 1.0) return (BOXA *)ERROR_PTR("invalid maxoverlap", procName, NULL); if (maxpops == 0) maxpops = DEFAULT_MAX_POPS; if (!box) { boxaGetExtent(boxas, &w, &h, NULL); box = boxCreate(0, 0, w, h); } /* Prime the heap */ lh = lheapCreate(20, L_SORT_DECREASING); partel = partelCreate(box); partel->boxa = boxaCopy(boxas, L_CLONE); partelSetSize(partel, sortflag); lheapAdd(lh, partel); boxad = boxaCreate(0); npush = npop = 0; while (1) { if ((partel = (PARTEL *)lheapRemove(lh)) == NULL) /* we're done */ break; npop++; /* How many boxes have we retrieved from the queue? */ if (npop > maxpops) break; /* Extract the contents */ boxa = boxaCopy(partel->boxa, L_CLONE); box = boxClone(partel->box); partelDestroy(&partel); /* Can we output this one? */ n = boxaGetCount(boxa); if (n == 0) { if (boxCheckIfOverlapIsBig(box, boxad, maxoverlap) == 0) boxaAddBox(boxad, box, L_INSERT); else boxDestroy(&box); boxaDestroy(&boxa); if (boxaGetCount(boxad) >= maxboxes) /* we're done */ break; continue; } /* Generate up to 4 subboxes and put them on the heap */ boxa4 = boxaGenerateSubboxes(box, boxa, maxperim, fract); boxDestroy(&box); nsub = boxaGetCount(boxa4); for (i = 0; i < nsub; i++) { boxsub = boxaGetBox(boxa4, i, L_CLONE); boxasub = boxaIntersectsBox(boxa, boxsub); partel = partelCreate(boxsub); partel->boxa = boxasub; partelSetSize(partel, sortflag); lheapAdd(lh, partel); boxDestroy(&boxsub); } npush += nsub; /* How many boxes have we put on the queue? */ /* boxaWriteStream(stderr, boxa4); */ boxaDestroy(&boxa4); boxaDestroy(&boxa); } #if OUTPUT_HEAP_STATS fprintf(stderr, "Heap statistics:\n"); fprintf(stderr, " Number of boxes pushed: %d\n", npush); fprintf(stderr, " Number of boxes popped: %d\n", npop); #endif /* OUTPUT_HEAP_STATS */ /* Clean up the heap */ while ((partel = (PARTEL *)lheapRemove(lh)) != NULL) partelDestroy(&partel); lheapDestroy(&lh, FALSE); return boxad; } /*------------------------------------------------------------------* * Helpers * *------------------------------------------------------------------*/ /*! * partelCreate() * * Input: box (region; inserts a copy) * Return: partel, or null on error */ static PARTEL * partelCreate(BOX *box) { PARTEL *partel; PROCNAME("partelCreate"); if ((partel = (PARTEL *)CALLOC(1, sizeof(PARTEL))) == NULL) return (PARTEL *)ERROR_PTR("partel not made", procName, NULL); partel->box = boxCopy(box); return partel; } /*! * partelDestroy() * * Input: &partel () * Return: void */ static void partelDestroy(PARTEL **ppartel) { PARTEL *partel; PROCNAME("partelDestroy"); if (ppartel == NULL) { L_WARNING("ptr address is null!\n", procName); return; } if ((partel = *ppartel) == NULL) return; boxDestroy(&partel->box); boxaDestroy(&partel->boxa); FREE(partel); *ppartel = NULL; return; } /*! * partelSetSize() * * Input: partel * sortflag (L_SORT_BY_WIDTH, L_SORT_BY_HEIGHT, * L_SORT_BY_MIN_DIMENSION, L_SORT_BY_MAX_DIMENSION, * L_SORT_BY_PERIMETER, L_SORT_BY_AREA) * Return: 0 if OK, 1 on error */ static l_int32 partelSetSize(PARTEL *partel, l_int32 sortflag) { l_int32 w, h; PROCNAME("partelSetSize"); if (!partel) return ERROR_INT("partel not defined", procName, 1); boxGetGeometry(partel->box, NULL, NULL, &w, &h); if (sortflag == L_SORT_BY_WIDTH) partel->size = (l_float32)w; else if (sortflag == L_SORT_BY_HEIGHT) partel->size = (l_float32)h; else if (sortflag == L_SORT_BY_MIN_DIMENSION) partel->size = (l_float32)L_MIN(w, h); else if (sortflag == L_SORT_BY_MAX_DIMENSION) partel->size = (l_float32)L_MAX(w, h); else if (sortflag == L_SORT_BY_PERIMETER) partel->size = (l_float32)(w + h); else if (sortflag == L_SORT_BY_AREA) partel->size = (l_float32)(w * h); else return ERROR_INT("invalid sortflag", procName, 1); return 0; } /*! * boxaGenerateSubboxes() * * Input: box (region to be split into up to four overlapping subregions) * boxa (boxes of rectangles intersecting the box) * maxperim (maximum half-perimeter for which pivot * is selected by proximity to box centroid) * fract (fraction of box diagonal that is an acceptable * distance from the box centroid to select the pivot) * Return: boxa (of four or less overlapping subrectangles of the box), * or null on error */ static BOXA * boxaGenerateSubboxes(BOX *box, BOXA *boxa, l_int32 maxperim, l_float32 fract) { l_int32 x, y, w, h, xp, yp, wp, hp; BOX *boxp; /* pivot box */ BOX *boxsub; BOXA *boxa4; PROCNAME("boxaGenerateSubboxes"); if (!box) return (BOXA *)ERROR_PTR("box not defined", procName, NULL); if (!boxa) return (BOXA *)ERROR_PTR("boxa not defined", procName, NULL); boxa4 = boxaCreate(4); boxp = boxaSelectPivotBox(box, boxa, maxperim, fract); boxGetGeometry(box, &x, &y, &w, &h); boxGetGeometry(boxp, &xp, &yp, &wp, &hp); boxDestroy(&boxp); if (xp > x) { /* left sub-box */ boxsub = boxCreate(x, y, xp - x, h); boxaAddBox(boxa4, boxsub, L_INSERT); } if (yp > y) { /* top sub-box */ boxsub = boxCreate(x, y, w, yp - y); boxaAddBox(boxa4, boxsub, L_INSERT); } if (xp + wp < x + w) { /* right sub-box */ boxsub = boxCreate(xp + wp, y, x + w - xp - wp, h); boxaAddBox(boxa4, boxsub, L_INSERT); } if (yp + hp < y + h) { /* bottom sub-box */ boxsub = boxCreate(x, yp + hp, w, y + h - yp - hp); boxaAddBox(boxa4, boxsub, L_INSERT); } return boxa4; } /*! * boxaSelectPivotBox() * * Input: box (containing box; to be split by the pivot box) * boxa (boxes of rectangles, from which 1 is to be chosen) * maxperim (maximum half-perimeter for which pivot * is selected by proximity to box centroid) * fract (fraction of box diagonal that is an acceptable * distance from the box centroid to select the pivot) * Return: box (pivot box for subdivision into 4 rectangles), or * null on error * * Notes: * (1) This is a tricky piece that wasn't discussed in the * Breuel's 2002 paper. * (2) Selects a box from boxa whose centroid is reasonably close to * the centroid of the containing box (xc, yc) and whose * half-perimeter does not exceed the maxperim value. * (3) If there are no boxes in the boxa that are small enough, * then it selects the smallest of the larger boxes, * without reference to its location in the containing box. * (4) If a small box has a centroid at a distance from the * centroid of the containing box that is not more than * the fraction 'fract' of the diagonal of the containing * box, that box is chosen as the pivot, terminating the * search for the nearest small box. * (5) Use fract in the range [0.0 ... 1.0]. Set fract = 0.0 * to choose the small box nearest the centroid. * (6) Choose maxperim to represent a connected component that is * small enough so that you don't care about the white space * that could be inside of it. */ static BOX * boxaSelectPivotBox(BOX *box, BOXA *boxa, l_int32 maxperim, l_float32 fract) { l_int32 i, n, bw, bh, w, h; l_int32 smallfound, minindex, perim, minsize; l_float32 delx, dely, mindist, threshdist, dist, x, y, cx, cy; BOX *boxt; PROCNAME("boxaSelectPivotBox"); if (!box) return (BOX *)ERROR_PTR("box not defined", procName, NULL); if (!boxa) return (BOX *)ERROR_PTR("boxa not defined", procName, NULL); n = boxaGetCount(boxa); if (n == 0) return (BOX *)ERROR_PTR("no boxes in boxa", procName, NULL); if (fract < 0.0 || fract > 1.0) { L_WARNING("fract out of bounds; using 0.0\n", procName); fract = 0.0; } boxGetGeometry(box, NULL, NULL, &w, &h); boxGetCenter(box, &x, &y); threshdist = fract * (w * w + h * h); mindist = 1000000000.; minindex = 0; smallfound = FALSE; for (i = 0; i < n; i++) { boxt = boxaGetBox(boxa, i, L_CLONE); boxGetGeometry(boxt, NULL, NULL, &bw, &bh); boxGetCenter(boxt, &cx, &cy); boxDestroy(&boxt); if (bw + bh > maxperim) continue; smallfound = TRUE; delx = cx - x; dely = cy - y; dist = delx * delx + dely * dely; if (dist <= threshdist) return boxaGetBox(boxa, i, L_COPY); if (dist < mindist) { minindex = i; mindist = dist; } } /* If there are small boxes but none are within 'fract' of the * centroid, return the nearest one. */ if (smallfound == TRUE) return boxaGetBox(boxa, minindex, L_COPY); /* No small boxes; return the smallest of the large boxes */ minsize = 1000000000; minindex = 0; for (i = 0; i < n; i++) { boxaGetBoxGeometry(boxa, i, NULL, NULL, &bw, &bh); perim = bw + bh; if (perim < minsize) { minsize = perim; minindex = i; } } return boxaGetBox(boxa, minindex, L_COPY); } /*! * boxCheckIfOverlapIsBig() * * Input: box (to be tested) * boxa (of boxes already stored) * maxoverlap (maximum fractional overlap of the input box * by any of the boxes in boxa) * Return: 0 if box has small overlap with every box in boxa; * 1 otherwise or on error */ static l_int32 boxCheckIfOverlapIsBig(BOX *box, BOXA *boxa, l_float32 maxoverlap) { l_int32 i, n, bigoverlap; l_float32 fract; BOX *boxt; PROCNAME("boxCheckIfOverlapIsBig"); if (!box) return ERROR_INT("box not defined", procName, 1); if (!boxa) return ERROR_INT("boxa not defined", procName, 1); if (maxoverlap < 0.0 || maxoverlap > 1.0) return ERROR_INT("invalid maxoverlap", procName, 1); n = boxaGetCount(boxa); if (n == 0 || maxoverlap == 1.0) return 0; bigoverlap = 0; for (i = 0; i < n; i++) { boxt = boxaGetBox(boxa, i, L_CLONE); boxOverlapFraction(boxt, box, &fract); boxDestroy(&boxt); if (fract > maxoverlap) { bigoverlap = 1; break; } } return bigoverlap; } /*! * boxaPruneSortedOnOverlap() * * Input: boxas (sorted by size in decreasing order) * maxoverlap (maximum fractional overlap of a box by any * of the larger boxes) * Return: boxad (pruned), or null on error * * Notes: * (1) This selectively removes smaller boxes when they are overlapped * by any larger box by more than the input 'maxoverlap' fraction. * (2) To avoid all pruning, use maxoverlap = 1.0. To select only * boxes that have no overlap with each other (maximal pruning), * set maxoverlap = 0.0. * (3) If there are no boxes in boxas, returns an empty boxa. */ BOXA * boxaPruneSortedOnOverlap(BOXA *boxas, l_float32 maxoverlap) { l_int32 i, j, n, remove; l_float32 fract; BOX *box1, *box2; BOXA *boxad; PROCNAME("boxaPruneSortedOnOverlap"); if (!boxas) return (BOXA *)ERROR_PTR("boxas not defined", procName, NULL); if (maxoverlap < 0.0 || maxoverlap > 1.0) return (BOXA *)ERROR_PTR("invalid maxoverlap", procName, NULL); n = boxaGetCount(boxas); if (n == 0 || maxoverlap == 1.0) return boxaCopy(boxas, L_COPY); boxad = boxaCreate(0); box2 = boxaGetBox(boxas, 0, L_COPY); boxaAddBox(boxad, box2, L_INSERT); for (j = 1; j < n; j++) { /* prune on j */ box2 = boxaGetBox(boxas, j, L_COPY); remove = FALSE; for (i = 0; i < j; i++) { /* test on i */ box1 = boxaGetBox(boxas, i, L_CLONE); boxOverlapFraction(box1, box2, &fract); boxDestroy(&box1); if (fract > maxoverlap) { remove = TRUE; break; } } if (remove == TRUE) boxDestroy(&box2); else boxaAddBox(boxad, box2, L_INSERT); } return boxad; } leptonica-1.70/src/pixarith.c0000644000175000017500000013166012244226465014306 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pixarith.c * * One-image grayscale arithmetic operations (8, 16, 32 bpp) * l_int32 pixAddConstantGray() * l_int32 pixMultConstantGray() * * Two-image grayscale arithmetic operations (8, 16, 32 bpp) * PIX *pixAddGray() * PIX *pixSubtractGray() * * Grayscale threshold operation (8, 16, 32 bpp) * PIX *pixThresholdToValue() * * Image accumulator arithmetic operations * PIX *pixInitAccumulate() * PIX *pixFinalAccumulate() * PIX *pixFinalAccumulateThreshold() * l_int32 pixAccumulate() * l_int32 pixMultConstAccumulate() * * Absolute value of difference * PIX *pixAbsDifference() * * Sum of color images * PIX *pixAddRGB() * * Two-image min and max operations (8 and 16 bpp) * PIX *pixMinOrMax() * * Scale pix for maximum dynamic range in 8 bpp image: * PIX *pixMaxDynamicRange() * * Log base2 lookup * l_float32 *makeLogBase2Tab() * l_float32 getLogBase2() * * The image accumulator operations are used when you expect * overflow from 8 bits on intermediate results. For example, * you might want a tophat contrast operator which is * 3*I - opening(I,S) - closing(I,S) * To use these operations, first use the init to generate * a 16 bpp image, use the accumulate to add or subtract 8 bpp * images from that, or the multiply constant to multiply * by a small constant (much less than 256 -- we don't want * overflow from the 16 bit images!), and when you're finished * use final to bring the result back to 8 bpp, clipped * if necessary. There is also a divide function, which * can be used to divide one image by another, scaling the * result for maximum dynamic range, and giving back the * 8 bpp result. * * A simpler interface to the arithmetic operations is * provided in pixacc.c. */ #include #include #include "allheaders.h" /*-------------------------------------------------------------* * One-image grayscale arithmetic operations * *-------------------------------------------------------------*/ /*! * pixAddConstantGray() * * Input: pixs (8, 16 or 32 bpp) * val (amount to add to each pixel) * Return: 0 if OK, 1 on error * * Notes: * (1) In-place operation. * (2) No clipping for 32 bpp. * (3) For 8 and 16 bpp, if val > 0 the result is clipped * to 0xff and 0xffff, rsp. * (4) For 8 and 16 bpp, if val < 0 the result is clipped to 0. */ l_int32 pixAddConstantGray(PIX *pixs, l_int32 val) { l_int32 i, j, w, h, d, wpl, pval; l_uint32 *data, *line; PROCNAME("pixAddConstantGray"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); pixGetDimensions(pixs, &w, &h, &d); if (d != 8 && d != 16 && d != 32) return ERROR_INT("pixs not 8, 16 or 32 bpp", procName, 1); data = pixGetData(pixs); wpl = pixGetWpl(pixs); for (i = 0; i < h; i++) { line = data + i * wpl; if (d == 8) { if (val < 0) { for (j = 0; j < w; j++) { pval = GET_DATA_BYTE(line, j); pval = L_MAX(0, pval + val); SET_DATA_BYTE(line, j, pval); } } else { /* val >= 0 */ for (j = 0; j < w; j++) { pval = GET_DATA_BYTE(line, j); pval = L_MIN(255, pval + val); SET_DATA_BYTE(line, j, pval); } } } else if (d == 16) { if (val < 0) { for (j = 0; j < w; j++) { pval = GET_DATA_TWO_BYTES(line, j); pval = L_MAX(0, pval + val); SET_DATA_TWO_BYTES(line, j, pval); } } else { /* val >= 0 */ for (j = 0; j < w; j++) { pval = GET_DATA_TWO_BYTES(line, j); pval = L_MIN(0xffff, pval + val); SET_DATA_TWO_BYTES(line, j, pval); } } } else { /* d == 32; no check for overflow (< 0 or > 0xffffffff) */ for (j = 0; j < w; j++) *(line + j) += val; } } return 0; } /*! * pixMultConstantGray() * * Input: pixs (8, 16 or 32 bpp) * val (>= 0.0; amount to multiply by each pixel) * Return: 0 if OK, 1 on error * * Notes: * (1) In-place operation; val must be >= 0. * (2) No clipping for 32 bpp. * (3) For 8 and 16 bpp, the result is clipped to 0xff and 0xffff, rsp. */ l_int32 pixMultConstantGray(PIX *pixs, l_float32 val) { l_int32 i, j, w, h, d, wpl, pval; l_uint32 upval; l_uint32 *data, *line; PROCNAME("pixMultConstantGray"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); pixGetDimensions(pixs, &w, &h, &d); if (d != 8 && d != 16 && d != 32) return ERROR_INT("pixs not 8, 16 or 32 bpp", procName, 1); if (val < 0.0) return ERROR_INT("val < 0.0", procName, 1); data = pixGetData(pixs); wpl = pixGetWpl(pixs); for (i = 0; i < h; i++) { line = data + i * wpl; if (d == 8) { for (j = 0; j < w; j++) { pval = GET_DATA_BYTE(line, j); pval = (l_int32)(val * pval); pval = L_MIN(255, pval); SET_DATA_BYTE(line, j, pval); } } else if (d == 16) { for (j = 0; j < w; j++) { pval = GET_DATA_TWO_BYTES(line, j); pval = (l_int32)(val * pval); pval = L_MIN(0xffff, pval); SET_DATA_TWO_BYTES(line, j, pval); } } else { /* d == 32; no clipping */ for (j = 0; j < w; j++) { upval = *(line + j); upval = (l_uint32)(val * upval); *(line + j) = upval; } } } return 0; } /*-------------------------------------------------------------* * Two-image grayscale arithmetic ops * *-------------------------------------------------------------*/ /*! * pixAddGray() * * Input: pixd (; this can be null, equal to pixs1, or * different from pixs1) * pixs1 (can be == to pixd) * pixs2 * Return: pixd always * * Notes: * (1) Arithmetic addition of two 8, 16 or 32 bpp images. * (2) For 8 and 16 bpp, we do explicit clipping to 0xff and 0xffff, * respectively. * (3) Alignment is to UL corner. * (4) There are 3 cases. The result can go to a new dest, * in-place to pixs1, or to an existing input dest: * * pixd == null: (src1 + src2) --> new pixd * * pixd == pixs1: (src1 + src2) --> src1 (in-place) * * pixd != pixs1: (src1 + src2) --> input pixd * (5) pixs2 must be different from both pixd and pixs1. */ PIX * pixAddGray(PIX *pixd, PIX *pixs1, PIX *pixs2) { l_int32 i, j, d, ws, hs, w, h, wpls, wpld, val, sum; l_uint32 *datas, *datad, *lines, *lined; PROCNAME("pixAddGray"); if (!pixs1) return (PIX *)ERROR_PTR("pixs1 not defined", procName, pixd); if (!pixs2) return (PIX *)ERROR_PTR("pixs2 not defined", procName, pixd); if (pixs2 == pixs1) return (PIX *)ERROR_PTR("pixs2 and pixs1 must differ", procName, pixd); if (pixs2 == pixd) return (PIX *)ERROR_PTR("pixs2 and pixd must differ", procName, pixd); d = pixGetDepth(pixs1); if (d != 8 && d != 16 && d != 32) return (PIX *)ERROR_PTR("pix are not 8, 16 or 32 bpp", procName, pixd); if (pixGetDepth(pixs2) != d) return (PIX *)ERROR_PTR("depths differ (pixs1, pixs2)", procName, pixd); if (pixd && (pixGetDepth(pixd) != d)) return (PIX *)ERROR_PTR("depths differ (pixs1, pixd)", procName, pixd); if (!pixSizesEqual(pixs1, pixs2)) L_WARNING("pixs1 and pixs2 not equal in size\n", procName); if (pixd && !pixSizesEqual(pixs1, pixd)) L_WARNING("pixs1 and pixd not equal in size\n", procName); if (pixs1 != pixd) pixd = pixCopy(pixd, pixs1); /* pixd + pixs2 ==> pixd */ datas = pixGetData(pixs2); datad = pixGetData(pixd); wpls = pixGetWpl(pixs2); wpld = pixGetWpl(pixd); pixGetDimensions(pixs2, &ws, &hs, NULL); pixGetDimensions(pixd, &w, &h, NULL); w = L_MIN(ws, w); h = L_MIN(hs, h); for (i = 0; i < h; i++) { lined = datad + i * wpld; lines = datas + i * wpls; if (d == 8) { for (j = 0; j < w; j++) { sum = GET_DATA_BYTE(lines, j) + GET_DATA_BYTE(lined, j); val = L_MIN(sum, 255); SET_DATA_BYTE(lined, j, val); } } else if (d == 16) { for (j = 0; j < w; j++) { sum = GET_DATA_TWO_BYTES(lines, j) + GET_DATA_TWO_BYTES(lined, j); val = L_MIN(sum, 0xffff); SET_DATA_TWO_BYTES(lined, j, val); } } else { /* d == 32; no clipping */ for (j = 0; j < w; j++) *(lined + j) += *(lines + j); } } return pixd; } /*! * pixSubtractGray() * * Input: pixd (; this can be null, equal to pixs1, or * different from pixs1) * pixs1 (can be == to pixd) * pixs2 * Return: pixd always * * Notes: * (1) Arithmetic subtraction of two 8, 16 or 32 bpp images. * (2) Source pixs2 is always subtracted from source pixs1. * (3) Do explicit clipping to 0. * (4) Alignment is to UL corner. * (5) There are 3 cases. The result can go to a new dest, * in-place to pixs1, or to an existing input dest: * (a) pixd == null (src1 - src2) --> new pixd * (b) pixd == pixs1 (src1 - src2) --> src1 (in-place) * (d) pixd != pixs1 (src1 - src2) --> input pixd * (6) pixs2 must be different from both pixd and pixs1. */ PIX * pixSubtractGray(PIX *pixd, PIX *pixs1, PIX *pixs2) { l_int32 i, j, w, h, ws, hs, d, wpls, wpld, val, diff; l_uint32 *datas, *datad, *lines, *lined; PROCNAME("pixSubtractGray"); if (!pixs1) return (PIX *)ERROR_PTR("pixs1 not defined", procName, pixd); if (!pixs2) return (PIX *)ERROR_PTR("pixs2 not defined", procName, pixd); if (pixs2 == pixs1) return (PIX *)ERROR_PTR("pixs2 and pixs1 must differ", procName, pixd); if (pixs2 == pixd) return (PIX *)ERROR_PTR("pixs2 and pixd must differ", procName, pixd); d = pixGetDepth(pixs1); if (d != 8 && d != 16 && d != 32) return (PIX *)ERROR_PTR("pix are not 8, 16 or 32 bpp", procName, pixd); if (pixGetDepth(pixs2) != d) return (PIX *)ERROR_PTR("depths differ (pixs1, pixs2)", procName, pixd); if (pixd && (pixGetDepth(pixd) != d)) return (PIX *)ERROR_PTR("depths differ (pixs1, pixd)", procName, pixd); if (!pixSizesEqual(pixs1, pixs2)) L_WARNING("pixs1 and pixs2 not equal in size\n", procName); if (pixd && !pixSizesEqual(pixs1, pixd)) L_WARNING("pixs1 and pixd not equal in size\n", procName); if (pixs1 != pixd) pixd = pixCopy(pixd, pixs1); /* pixd - pixs2 ==> pixd */ datas = pixGetData(pixs2); datad = pixGetData(pixd); wpls = pixGetWpl(pixs2); wpld = pixGetWpl(pixd); pixGetDimensions(pixs2, &ws, &hs, NULL); pixGetDimensions(pixd, &w, &h, NULL); w = L_MIN(ws, w); h = L_MIN(hs, h); for (i = 0; i < h; i++) { lined = datad + i * wpld; lines = datas + i * wpls; if (d == 8) { for (j = 0; j < w; j++) { diff = GET_DATA_BYTE(lined, j) - GET_DATA_BYTE(lines, j); val = L_MAX(diff, 0); SET_DATA_BYTE(lined, j, val); } } else if (d == 16) { for (j = 0; j < w; j++) { diff = GET_DATA_TWO_BYTES(lined, j) - GET_DATA_TWO_BYTES(lines, j); val = L_MAX(diff, 0); SET_DATA_TWO_BYTES(lined, j, val); } } else { /* d == 32; no clipping */ for (j = 0; j < w; j++) *(lined + j) -= *(lines + j); } } return pixd; } /*-------------------------------------------------------------* * Grayscale threshold operation * *-------------------------------------------------------------*/ /*! * pixThresholdToValue() * * Input: pixd (; if not null, must be equal to pixs) * pixs (8, 16, 32 bpp) * threshval * setval * Return: pixd always * * Notes: * - operation can be in-place (pixs == pixd) or to a new pixd * - if setval > threshval, sets pixels with a value >= threshval to setval * - if setval < threshval, sets pixels with a value <= threshval to setval * - if setval == threshval, no-op */ PIX * pixThresholdToValue(PIX *pixd, PIX *pixs, l_int32 threshval, l_int32 setval) { l_int32 i, j, w, h, d, wpld, setabove; l_uint32 *datad, *lined; PROCNAME("pixThresholdToValue"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); d = pixGetDepth(pixs); if (d != 8 && d != 16 && d != 32) return (PIX *)ERROR_PTR("pixs not 8, 16 or 32 bpp", procName, pixd); if (pixd && (pixs != pixd)) return (PIX *)ERROR_PTR("pixd exists and is not pixs", procName, pixd); if (threshval < 0 || setval < 0) return (PIX *)ERROR_PTR("threshval & setval not < 0", procName, pixd); if (d == 8 && setval > 255) return (PIX *)ERROR_PTR("setval > 255 for 8 bpp", procName, pixd); if (d == 16 && setval > 0xffff) return (PIX *)ERROR_PTR("setval > 0xffff for 16 bpp", procName, pixd); if (!pixd) pixd = pixCopy(NULL, pixs); if (setval == threshval) { L_WARNING("setval == threshval; no operation\n", procName); return pixd; } datad = pixGetData(pixd); pixGetDimensions(pixd, &w, &h, NULL); wpld = pixGetWpl(pixd); if (setval > threshval) setabove = TRUE; else setabove = FALSE; for (i = 0; i < h; i++) { lined = datad + i * wpld; if (setabove == TRUE) { if (d == 8) { for (j = 0; j < w; j++) { if (GET_DATA_BYTE(lined, j) - threshval >= 0) SET_DATA_BYTE(lined, j, setval); } } else if (d == 16) { for (j = 0; j < w; j++) { if (GET_DATA_TWO_BYTES(lined, j) - threshval >= 0) SET_DATA_TWO_BYTES(lined, j, setval); } } else { /* d == 32 */ for (j = 0; j < w; j++) { if (*(lined + j) >= threshval) *(lined + j) = setval; } } } else { /* set if below or at threshold */ if (d == 8) { for (j = 0; j < w; j++) { if (GET_DATA_BYTE(lined, j) - threshval <= 0) SET_DATA_BYTE(lined, j, setval); } } else if (d == 16) { for (j = 0; j < w; j++) { if (GET_DATA_TWO_BYTES(lined, j) - threshval <= 0) SET_DATA_TWO_BYTES(lined, j, setval); } } else { /* d == 32 */ for (j = 0; j < w; j++) { if (*(lined + j) <= threshval) *(lined + j) = setval; } } } } return pixd; } /*-------------------------------------------------------------* * Image accumulator arithmetic operations * *-------------------------------------------------------------*/ /*! * pixInitAccumulate() * * Input: w, h (of accumulate array) * offset (initialize the 32 bpp to have this * value; not more than 0x40000000) * Return: pixd (32 bpp), or null on error * * Notes: * (1) The offset must be >= 0. * (2) The offset is used so that we can do arithmetic * with negative number results on l_uint32 data; it * prevents the l_uint32 data from going negative. * (3) Because we use l_int32 intermediate data results, * these should never exceed the max of l_int32 (0x7fffffff). * We do not permit the offset to be above 0x40000000, * which is half way between 0 and the max of l_int32. * (4) The same offset should be used for initialization, * multiplication by a constant, and final extraction! * (5) If you're only adding positive values, offset can be 0. */ PIX * pixInitAccumulate(l_int32 w, l_int32 h, l_uint32 offset) { PIX *pixd; PROCNAME("pixInitAccumulate"); if ((pixd = pixCreate(w, h, 32)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); if (offset > 0x40000000) offset = 0x40000000; pixSetAllArbitrary(pixd, offset); return pixd; } /*! * pixFinalAccumulate() * * Input: pixs (32 bpp) * offset (same as used for initialization) * depth (8, 16 or 32 bpp, of destination) * Return: pixd (8, 16 or 32 bpp), or null on error * * Notes: * (1) The offset must be >= 0 and should not exceed 0x40000000. * (2) The offset is subtracted from the src 32 bpp image * (3) For 8 bpp dest, the result is clipped to [0, 0xff] * (4) For 16 bpp dest, the result is clipped to [0, 0xffff] */ PIX * pixFinalAccumulate(PIX *pixs, l_uint32 offset, l_int32 depth) { l_int32 i, j, w, h, wpls, wpld, val; l_uint32 *datas, *datad, *lines, *lined; PIX *pixd; PROCNAME("pixFinalAccumulate"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); if (depth != 8 && depth != 16 && depth != 32) return (PIX *)ERROR_PTR("dest depth not 8, 16, 32 bpp", procName, NULL); if (offset > 0x40000000) offset = 0x40000000; pixGetDimensions(pixs, &w, &h, NULL); if ((pixd = pixCreate(w, h, depth)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); /* but how did pixs get it initially? */ datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); if (depth == 8) { for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { val = lines[j] - offset; val = L_MAX(0, val); val = L_MIN(255, val); SET_DATA_BYTE(lined, j, (l_uint8)val); } } } else if (depth == 16) { for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { val = lines[j] - offset; val = L_MAX(0, val); val = L_MIN(0xffff, val); SET_DATA_TWO_BYTES(lined, j, (l_uint16)val); } } } else { /* depth == 32 */ for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) lined[j] = lines[j] - offset; } } return pixd; } /*! * pixFinalAccumulateThreshold() * * Input: pixs (32 bpp) * offset (same as used for initialization) * threshold (values less than this are set in the destination) * Return: pixd (1 bpp), or null on error * * Notes: * (1) The offset must be >= 0 and should not exceed 0x40000000. * (2) The offset is subtracted from the src 32 bpp image */ PIX * pixFinalAccumulateThreshold(PIX *pixs, l_uint32 offset, l_uint32 threshold) { l_int32 i, j, w, h, wpls, wpld, val; l_uint32 *datas, *datad, *lines, *lined; PIX *pixd; PROCNAME("pixFinalAccumulateThreshold"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); if (offset > 0x40000000) offset = 0x40000000; pixGetDimensions(pixs, &w, &h, NULL); if ((pixd = pixCreate(w, h, 1)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); /* but how did pixs get it initially? */ datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { val = lines[j] - offset; if (val >= threshold) { SET_DATA_BIT(lined, j); } } } return pixd; } /*! * pixAccumulate() * * Input: pixd (32 bpp) * pixs (1, 8, 16 or 32 bpp) * op (L_ARITH_ADD or L_ARITH_SUBTRACT) * Return: 0 if OK; 1 on error * * Notes: * (1) This adds or subtracts each pixs value from pixd. * (2) This clips to the minimum of pixs and pixd, so they * do not need to be the same size. * (3) The alignment is to the origin (UL corner) of pixs & pixd. */ l_int32 pixAccumulate(PIX *pixd, PIX *pixs, l_int32 op) { l_int32 i, j, w, h, d, wd, hd, wpls, wpld; l_uint32 *datas, *datad, *lines, *lined; PROCNAME("pixAccumulate"); if (!pixd || (pixGetDepth(pixd) != 32)) return ERROR_INT("pixd not defined or not 32 bpp", procName, 1); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); d = pixGetDepth(pixs); if (d != 1 && d != 8 && d != 16 && d != 32) return ERROR_INT("pixs not 1, 8, 16 or 32 bpp", procName, 1); if (op != L_ARITH_ADD && op != L_ARITH_SUBTRACT) return ERROR_INT("op must be in {L_ARITH_ADD, L_ARITH_SUBTRACT}", procName, 1); datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); pixGetDimensions(pixs, &w, &h, NULL); pixGetDimensions(pixd, &wd, &hd, NULL); w = L_MIN(w, wd); h = L_MIN(h, hd); if (d == 1) { for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; if (op == L_ARITH_ADD) { for (j = 0; j < w; j++) lined[j] += GET_DATA_BIT(lines, j); } else { /* op == L_ARITH_SUBTRACT */ for (j = 0; j < w; j++) lined[j] -= GET_DATA_BIT(lines, j); } } } else if (d == 8) { for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; if (op == L_ARITH_ADD) { for (j = 0; j < w; j++) lined[j] += GET_DATA_BYTE(lines, j); } else { /* op == L_ARITH_SUBTRACT */ for (j = 0; j < w; j++) lined[j] -= GET_DATA_BYTE(lines, j); } } } else if (d == 16) { for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; if (op == L_ARITH_ADD) { for (j = 0; j < w; j++) lined[j] += GET_DATA_TWO_BYTES(lines, j); } else { /* op == L_ARITH_SUBTRACT */ for (j = 0; j < w; j++) lined[j] -= GET_DATA_TWO_BYTES(lines, j); } } } else { /* d == 32 */ for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; if (op == L_ARITH_ADD) { for (j = 0; j < w; j++) lined[j] += lines[j]; } else { /* op == L_ARITH_SUBTRACT */ for (j = 0; j < w; j++) lined[j] -= lines[j]; } } } return 0; } /*! * pixMultConstAccumulate() * * Input: pixs (32 bpp) * factor * offset (same as used for initialization) * Return: 0 if OK; 1 on error * * Notes: * (1) The offset must be >= 0 and should not exceed 0x40000000. * (2) This multiplies each pixel, relative to offset, by the input factor * (3) The result is returned with the offset back in place. */ l_int32 pixMultConstAccumulate(PIX *pixs, l_float32 factor, l_uint32 offset) { l_int32 i, j, w, h, wpl, val; l_uint32 *data, *line; PROCNAME("pixMultConstAccumulate"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (pixGetDepth(pixs) != 32) return ERROR_INT("pixs not 32 bpp", procName, 1); if (offset > 0x40000000) offset = 0x40000000; pixGetDimensions(pixs, &w, &h, NULL); data = pixGetData(pixs); wpl = pixGetWpl(pixs); for (i = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < w; j++) { val = line[j] - offset; val = (l_int32)(val * factor); val += offset; line[j] = (l_uint32)val; } } return 0; } /*-----------------------------------------------------------------------* * Absolute value of difference * *-----------------------------------------------------------------------*/ /*! * pixAbsDifference() * * Input: pixs1, pixs2 (both either 8 or 16 bpp gray, or 32 bpp RGB) * Return: pixd, or null on error * * Notes: * (1) The depth of pixs1 and pixs2 must be equal. * (2) Clips computation to the min size, aligning the UL corners * (3) For 8 and 16 bpp, assumes one gray component. * (4) For 32 bpp, assumes 3 color components, and ignores the * LSB of each word (the alpha channel) * (5) Computes the absolute value of the difference between * each component value. */ PIX * pixAbsDifference(PIX *pixs1, PIX *pixs2) { l_int32 i, j, w, h, w2, h2, d, wpls1, wpls2, wpld, val1, val2, diff; l_int32 rval1, gval1, bval1, rval2, gval2, bval2, rdiff, gdiff, bdiff; l_uint32 *datas1, *datas2, *datad, *lines1, *lines2, *lined; PIX *pixd; PROCNAME("pixAbsDifference"); if (!pixs1) return (PIX *)ERROR_PTR("pixs1 not defined", procName, NULL); if (!pixs2) return (PIX *)ERROR_PTR("pixs2 not defined", procName, NULL); d = pixGetDepth(pixs1); if (d != pixGetDepth(pixs2)) return (PIX *)ERROR_PTR("src1 and src2 depths unequal", procName, NULL); if (d != 8 && d != 16 && d != 32) return (PIX *)ERROR_PTR("depths not in {8, 16, 32}", procName, NULL); pixGetDimensions(pixs1, &w, &h, NULL); pixGetDimensions(pixs2, &w2, &h2, NULL); w = L_MIN(w, w2); h = L_MIN(h, h2); if ((pixd = pixCreate(w, h, d)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs1); datas1 = pixGetData(pixs1); datas2 = pixGetData(pixs2); datad = pixGetData(pixd); wpls1 = pixGetWpl(pixs1); wpls2 = pixGetWpl(pixs2); wpld = pixGetWpl(pixd); if (d == 8) { for (i = 0; i < h; i++) { lines1 = datas1 + i * wpls1; lines2 = datas2 + i * wpls2; lined = datad + i * wpld; for (j = 0; j < w; j++) { val1 = GET_DATA_BYTE(lines1, j); val2 = GET_DATA_BYTE(lines2, j); diff = L_ABS(val1 - val2); SET_DATA_BYTE(lined, j, diff); } } } else if (d == 16) { for (i = 0; i < h; i++) { lines1 = datas1 + i * wpls1; lines2 = datas2 + i * wpls2; lined = datad + i * wpld; for (j = 0; j < w; j++) { val1 = GET_DATA_TWO_BYTES(lines1, j); val2 = GET_DATA_TWO_BYTES(lines2, j); diff = L_ABS(val1 - val2); SET_DATA_TWO_BYTES(lined, j, diff); } } } else { /* d == 32 */ for (i = 0; i < h; i++) { lines1 = datas1 + i * wpls1; lines2 = datas2 + i * wpls2; lined = datad + i * wpld; for (j = 0; j < w; j++) { extractRGBValues(lines1[j], &rval1, &gval1, &bval1); extractRGBValues(lines2[j], &rval2, &gval2, &bval2); rdiff = L_ABS(rval1 - rval2); gdiff = L_ABS(gval1 - gval2); bdiff = L_ABS(bval1 - bval2); composeRGBPixel(rdiff, gdiff, bdiff, lined + j); } } } return pixd; } /*-----------------------------------------------------------------------* * Sum of color images * *-----------------------------------------------------------------------*/ /*! * pixAddRGB() * * Input: pixs1, pixs2 (32 bpp RGB, or colormapped) * Return: pixd, or null on error * * Notes: * (1) Clips computation to the minimum size, aligning the UL corners. * (2) Removes any colormap to RGB, and ignores the LSB of each * pixel word (the alpha channel). * (3) Adds each component value, pixelwise, clipping to 255. * (4) This is useful to combine two images where most of the * pixels are essentially black, such as in pixPerceptualDiff(). */ PIX * pixAddRGB(PIX *pixs1, PIX *pixs2) { l_int32 i, j, w, h, d, w2, h2, d2, wplc1, wplc2, wpld; l_int32 rval1, gval1, bval1, rval2, gval2, bval2, rval, gval, bval; l_uint32 *datac1, *datac2, *datad, *linec1, *linec2, *lined; PIX *pixc1, *pixc2, *pixd; PROCNAME("pixAddRGB"); if (!pixs1) return (PIX *)ERROR_PTR("pixs1 not defined", procName, NULL); if (!pixs2) return (PIX *)ERROR_PTR("pixs2 not defined", procName, NULL); pixGetDimensions(pixs1, &w, &h, &d); pixGetDimensions(pixs2, &w2, &h2, &d2); if (!pixGetColormap(pixs1) && d != 32) return (PIX *)ERROR_PTR("pixs1 not cmapped or rgb", procName, NULL); if (!pixGetColormap(pixs2) && d2 != 32) return (PIX *)ERROR_PTR("pixs2 not cmapped or rgb", procName, NULL); if (pixGetColormap(pixs1)) pixc1 = pixRemoveColormap(pixs1, REMOVE_CMAP_TO_FULL_COLOR); else pixc1 = pixClone(pixs1); if (pixGetColormap(pixs2)) pixc2 = pixRemoveColormap(pixs2, REMOVE_CMAP_TO_FULL_COLOR); else pixc2 = pixClone(pixs2); w = L_MIN(w, w2); h = L_MIN(h, h2); pixd = pixCreate(w, h, 32); pixCopyResolution(pixd, pixs1); datac1 = pixGetData(pixc1); datac2 = pixGetData(pixc2); datad = pixGetData(pixd); wplc1 = pixGetWpl(pixc1); wplc2 = pixGetWpl(pixc2); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { linec1 = datac1 + i * wplc1; linec2 = datac2 + i * wplc2; lined = datad + i * wpld; for (j = 0; j < w; j++) { extractRGBValues(linec1[j], &rval1, &gval1, &bval1); extractRGBValues(linec2[j], &rval2, &gval2, &bval2); rval = L_MIN(255, rval1 + rval2); gval = L_MIN(255, gval1 + gval2); bval = L_MIN(255, bval1 + bval2); composeRGBPixel(rval, gval, bval, lined + j); } } pixDestroy(&pixc1); pixDestroy(&pixc2); return pixd; } /*-----------------------------------------------------------------------* * Two-image min and max operations (8 and 16 bpp) * *-----------------------------------------------------------------------*/ /*! * pixMinOrMax() * * Input: pixd ( destination: this can be null, * equal to pixs1, or different from pixs1) * pixs1 (can be == to pixd) * pixs2 * type (L_CHOOSE_MIN, L_CHOOSE_MAX) * Return: pixd always * * Notes: * (1) This gives the min or max of two images, component-wise. * (2) The depth can be 8 or 16 bpp for 1 component, and 32 bpp * for a 3 component image. For 32 bpp, ignore the LSB * of each word (the alpha channel) * (3) There are 3 cases: * - if pixd == null, Min(src1, src2) --> new pixd * - if pixd == pixs1, Min(src1, src2) --> src1 (in-place) * - if pixd != pixs1, Min(src1, src2) --> input pixd */ PIX * pixMinOrMax(PIX *pixd, PIX *pixs1, PIX *pixs2, l_int32 type) { l_int32 d, ws, hs, w, h, wpls, wpld, i, j, vals, vald, val; l_int32 rval1, gval1, bval1, rval2, gval2, bval2, rval, gval, bval; l_uint32 *datas, *datad, *lines, *lined; PROCNAME("pixMinOrMax"); if (!pixs1) return (PIX *)ERROR_PTR("pixs1 not defined", procName, pixd); if (!pixs2) return (PIX *)ERROR_PTR("pixs2 not defined", procName, pixd); if (pixs1 == pixs2) return (PIX *)ERROR_PTR("pixs1 and pixs2 must differ", procName, pixd); if (type != L_CHOOSE_MIN && type != L_CHOOSE_MAX) return (PIX *)ERROR_PTR("invalid type", procName, pixd); d = pixGetDepth(pixs1); if (pixGetDepth(pixs2) != d) return (PIX *)ERROR_PTR("depths unequal", procName, pixd); if (d != 8 && d != 16 && d != 32) return (PIX *)ERROR_PTR("depth not 8, 16 or 32 bpp", procName, pixd); if (pixs1 != pixd) pixd = pixCopy(pixd, pixs1); pixGetDimensions(pixs2, &ws, &hs, NULL); pixGetDimensions(pixd, &w, &h, NULL); w = L_MIN(w, ws); h = L_MIN(h, hs); datas = pixGetData(pixs2); datad = pixGetData(pixd); wpls = pixGetWpl(pixs2); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; if (d == 8) { for (j = 0; j < w; j++) { vals = GET_DATA_BYTE(lines, j); vald = GET_DATA_BYTE(lined, j); if (type == L_CHOOSE_MIN) val = L_MIN(vals, vald); else /* type == L_CHOOSE_MAX */ val = L_MAX(vals, vald); SET_DATA_BYTE(lined, j, val); } } else if (d == 16) { for (j = 0; j < w; j++) { vals = GET_DATA_TWO_BYTES(lines, j); vald = GET_DATA_TWO_BYTES(lined, j); if (type == L_CHOOSE_MIN) val = L_MIN(vals, vald); else /* type == L_CHOOSE_MAX */ val = L_MAX(vals, vald); SET_DATA_TWO_BYTES(lined, j, val); } } else { /* d == 32 */ for (j = 0; j < w; j++) { extractRGBValues(lines[j], &rval1, &gval1, &bval1); extractRGBValues(lined[j], &rval2, &gval2, &bval2); if (type == L_CHOOSE_MIN) { rval = L_MIN(rval1, rval2); gval = L_MIN(gval1, gval2); bval = L_MIN(bval1, bval2); } else { /* type == L_CHOOSE_MAX */ rval = L_MAX(rval1, rval2); gval = L_MAX(gval1, gval2); bval = L_MAX(bval1, bval2); } composeRGBPixel(rval, gval, bval, lined + j); } } } return pixd; } /*-----------------------------------------------------------------------* * Scale for maximum dynamic range in 8 bpp image * *-----------------------------------------------------------------------*/ /*! * pixMaxDynamicRange() * * Input: pixs (4, 8, 16 or 32 bpp source) * type (L_LINEAR_SCALE or L_LOG_SCALE) * Return: pixd (8 bpp), or null on error * * Notes: * (1) Scales pixel values to fit maximally within the dest 8 bpp pixd * (2) Uses a LUT for log scaling */ PIX * pixMaxDynamicRange(PIX *pixs, l_int32 type) { l_uint8 dval; l_int32 i, j, w, h, d, wpls, wpld, max, sval; l_uint32 *datas, *datad; l_uint32 word; l_uint32 *lines, *lined; l_float32 factor; l_float32 *tab; PIX *pixd; PROCNAME("pixMaxDynamicRange"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); d = pixGetDepth(pixs); if (d != 4 && d != 8 && d != 16 && d != 32) return (PIX *)ERROR_PTR("pixs not in {4,8,16,32} bpp", procName, NULL); if (type != L_LINEAR_SCALE && type != L_LOG_SCALE) return (PIX *)ERROR_PTR("invalid type", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); if ((pixd = pixCreate(w, h, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); /* Get max */ max = 0; for (i = 0; i < h; i++) { lines = datas + i * wpls; for (j = 0; j < wpls; j++) { word = *(lines + j); if (d == 4) { max = L_MAX(max, word >> 28); max = L_MAX(max, (word >> 24) & 0xf); max = L_MAX(max, (word >> 20) & 0xf); max = L_MAX(max, (word >> 16) & 0xf); max = L_MAX(max, (word >> 12) & 0xf); max = L_MAX(max, (word >> 8) & 0xf); max = L_MAX(max, (word >> 4) & 0xf); max = L_MAX(max, word & 0xf); } else if (d == 8) { max = L_MAX(max, word >> 24); max = L_MAX(max, (word >> 16) & 0xff); max = L_MAX(max, (word >> 8) & 0xff); max = L_MAX(max, word & 0xff); } else if (d == 16) { max = L_MAX(max, word >> 16); max = L_MAX(max, word & 0xffff); } else { /* d == 32 */ max = L_MAX(max, word); } } } /* Map to the full dynamic range of 8 bpp output */ if (d == 4) { if (type == L_LINEAR_SCALE) { factor = 255. / (l_float32)max; for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { sval = GET_DATA_QBIT(lines, j); dval = (l_uint8)(factor * (l_float32)sval + 0.5); SET_DATA_QBIT(lined, j, dval); } } } else { /* type == L_LOG_SCALE) */ tab = makeLogBase2Tab(); factor = 255. / getLogBase2(max, tab); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { sval = GET_DATA_QBIT(lines, j); dval = (l_uint8)(factor * getLogBase2(sval, tab) + 0.5); SET_DATA_BYTE(lined, j, dval); } } FREE(tab); } } else if (d == 8) { if (type == L_LINEAR_SCALE) { factor = 255. / (l_float32)max; for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { sval = GET_DATA_BYTE(lines, j); dval = (l_uint8)(factor * (l_float32)sval + 0.5); SET_DATA_BYTE(lined, j, dval); } } } else { /* type == L_LOG_SCALE) */ tab = makeLogBase2Tab(); factor = 255. / getLogBase2(max, tab); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { sval = GET_DATA_BYTE(lines, j); dval = (l_uint8)(factor * getLogBase2(sval, tab) + 0.5); SET_DATA_BYTE(lined, j, dval); } } FREE(tab); } } else if (d == 16) { if (type == L_LINEAR_SCALE) { factor = 255. / (l_float32)max; for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { sval = GET_DATA_TWO_BYTES(lines, j); dval = (l_uint8)(factor * (l_float32)sval + 0.5); SET_DATA_BYTE(lined, j, dval); } } } else { /* type == L_LOG_SCALE) */ tab = makeLogBase2Tab(); factor = 255. / getLogBase2(max, tab); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { sval = GET_DATA_TWO_BYTES(lines, j); dval = (l_uint8)(factor * getLogBase2(sval, tab) + 0.5); SET_DATA_BYTE(lined, j, dval); } } FREE(tab); } } else { /* d == 32 */ if (type == L_LINEAR_SCALE) { factor = 255. / (l_float32)max; for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { sval = lines[j]; dval = (l_uint8)(factor * (l_float32)sval + 0.5); SET_DATA_BYTE(lined, j, dval); } } } else { /* type == L_LOG_SCALE) */ tab = makeLogBase2Tab(); factor = 255. / getLogBase2(max, tab); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { sval = lines[j]; dval = (l_uint8)(factor * getLogBase2(sval, tab) + 0.5); SET_DATA_BYTE(lined, j, dval); } } FREE(tab); } } return pixd; } /*-----------------------------------------------------------------------* * Log base2 lookup * *-----------------------------------------------------------------------*/ /* * makeLogBase2Tab() * * Input: void * Return: table (giving the log[base 2] of val) */ l_float32 * makeLogBase2Tab(void) { l_int32 i; l_float32 log2; l_float32 *tab; PROCNAME("makeLogBase2Tab"); if ((tab = (l_float32 *)CALLOC(256, sizeof(l_float32))) == NULL) return (l_float32 *)ERROR_PTR("tab not made", procName, NULL); log2 = (l_float32)log((l_float32)2); for (i = 0; i < 256; i++) tab[i] = (l_float32)log((l_float32)i) / log2; return tab; } /* * getLogBase2() * * Input: val * logtab (256-entry table of logs) * Return: logdist, or 0 on error */ l_float32 getLogBase2(l_int32 val, l_float32 *logtab) { PROCNAME("getLogBase2"); if (!logtab) return ERROR_INT("logtab not defined", procName, 0); if (val < 0x100) return logtab[val]; else if (val < 0x10000) return 8.0 + logtab[val >> 8]; else if (val < 0x1000000) return 16.0 + logtab[val >> 16]; else return 24.0 + logtab[val >> 24]; } leptonica-1.70/src/recogtrain.c0000644000175000017500000024716612265645107014625 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * recogtrain.c * * Training on labelled data * l_int32 recogTrainLabelled() * l_int32 recogProcessMultLabelled() * PIX *recogProcessSingleLabelled() * l_int32 recogAddSamples() * PIX *recogScaleCharacter() * l_int32 recogAverageSamples() * l_int32 pixaAccumulateSamples() * l_int32 recogTrainingFinished() * l_int32 recogRemoveOutliers() * * Evaluate training status * l_int32 recogaTrainingDone() * l_int32 recogaFinishAveraging() * * Training on unlabelled data * l_int32 recogTrainUnlabelled() * * Padding the training set * l_int32 recogPadTrainingSet() * l_int32 *recogMapIndexToIndex() * static l_int32 recogAverageClassGeom() * l_int32 recogaBestCorrelForPadding() * l_int32 recogCorrelAverages() * l_int32 recogSetPadParams() * static l_int32 recogGetCharsetSize() * static l_int32 recogCharsetAvailable() * * Debugging * l_int32 recogaShowContent() * l_int32 recogShowContent() * l_int32 recogDebugAverages() * l_int32 recogShowAverageTemplates() * PIX *recogShowMatchesInRange() * PIX *recogShowMatch() * l_int32 recogMakeBmf() * * Static helpers * static char *l_charToString() * static void addDebugImage1() * static void addDebugImage2() */ #include #include "allheaders.h" /* Static functions */ static l_int32 *recogMapIndexToIndex(L_RECOG *recog1, L_RECOG *recog2); static l_int32 recogAverageClassGeom(L_RECOG *recog, NUMA **pnaw, NUMA **pnah); static l_int32 recogGetCharsetSize(l_int32 type); static l_int32 recogCharsetAvailable(l_int32 type); static char *l_charToString(char byte); static void debugAddImage1(PIXA *pixa1, PIX *pix1, PIX *pix2, L_BMF *bmf, l_float32 score); static void debugAddImage2(PIXA **ppixadb, PIXA *pixa1, L_BMF *bmf, l_int32 index); /* Defaults in pixRemoveOutliers() */ static const l_float32 DEFAULT_TARGET_SCORE = 0.75; /* keep everything above */ static const l_float32 DEFAULT_MIN_FRACTION = 0.5; /* to be kept */ /* Padding parameters for recognizer */ static const char * DEFAULT_BOOT_DIR = "recog/digits"; static const char * DEFAULT_BOOT_PATTERN = "digit_set"; static const char * DEFAULT_BOOT_PATH = "recog/digits/bootnum1.pa"; static const l_int32 DEFAULT_CHARSET_TYPE = L_ARABIC_NUMERALS; static const l_int32 DEFAULT_MIN_NOPAD = 3; static const l_int32 DEFAULT_MAX_AFTERPAD = 15; static const l_int32 MIN_TOTAL_SAMPLES = 10; /* min char samples in recog */ /*------------------------------------------------------------------------* * Training * *------------------------------------------------------------------------*/ /*! * recogTrainLabelled() * * Input: recog (in training mode) * pixs (if depth > 1, will be thresholded to 1 bpp) * box ( cropping box) * text ( if null, use text field in pix) * multflag (1 if one or more contiguous ascii characters; * 0 for a single arbitrary character) * debug (1 to display images of samples not captured) * Return: 0 if OK, 1 on error * * Notes: * (1) Training is restricted to the addition of either: * (a) multflag == 0: a single character in an arbitrary * (e.g., UTF8) charset * (b) multflag == 1: one or more ascii characters rendered * contiguously in pixs * (2) If box != null, it should represent the cropped location of * the character image. * (3) If multflag == 1, samples will be rejected if the number of * connected components does not equal to the number of ascii * characters in the textstring. In that case, if debug == 1, * the rejected samples will be displayed. */ l_int32 recogTrainLabelled(L_RECOG *recog, PIX *pixs, BOX *box, char *text, l_int32 multflag, l_int32 debug) { l_int32 ret; PIXA *pixa; PROCNAME("recogTrainLabelled"); if (!recog) return ERROR_INT("recog not defined", procName, 1); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (multflag == 0) { ret = recogProcessSingleLabelled(recog, pixs, box, text, &pixa); } else { ret = recogProcessMultLabelled(recog, pixs, box, text, &pixa, debug); } if (ret) return ERROR_INT("failure to add training data", procName, 1); recogAddSamples(recog, pixa, -1, debug); pixaDestroy(&pixa); return 0; } /*! * recogProcessMultLabelled() * * Input: recog (in training mode) * pixs (if depth > 1, will be thresholded to 1 bpp) * box ( cropping box) * text ( if null, use text field in pix) * &pixa ( of split and thresholded characters) * debug (1 to display images of samples not captured) * Return: 0 if OK, 1 on error * * Notes: * (1) This crops and segments one or more labelled and contiguous * ascii characters, for input in training. It is a special case. * (2) The character images are bundled into a pixa with the * character text data embedded in each pix. * (3) Where there is more than one character, this does some * noise reduction and extracts the resulting character images * from left to right. No scaling is performed. */ l_int32 recogProcessMultLabelled(L_RECOG *recog, PIX *pixs, BOX *box, char *text, PIXA **ppixa, l_int32 debug) { char *textdata, *textstr; l_int32 textinpix, textin, nchars, ncomp, i; BOX *box2; BOXA *boxa1, *boxa2, *boxa3, *boxa4; PIX *pixc, *pixb, *pixt, *pix1, *pix2; PROCNAME("recogProcessMultLabelled"); if (!ppixa) return ERROR_INT("&pixa not defined", procName, 1); *ppixa = NULL; if (!recog) return ERROR_INT("recog not defined", procName, 1); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); /* Find the text; this will be stored with the output images */ textin = text && (text[0] != '\0'); textinpix = pixs->text && (pixs->text[0] != '\0'); if (!textin && !textinpix) { L_ERROR("no text: %d\n", procName, recog->samplenum); return 1; } textdata = (textin) ? text : pixs->text; /* do not free */ /* Crop and binarize if necessary */ if (box) pixc = pixClipRectangle(pixs, box, NULL); else pixc = pixClone(pixs); if (pixGetDepth(pixc) > 1) pixb = pixConvertTo1(pixc, recog->threshold); else pixb = pixClone(pixc); pixDestroy(&pixc); /* We segment the set of characters as follows: * (1) A large vertical closing should consolidate most characters. Do not attempt to split touching characters using openings, because this is likely to break actual characters. */ pix1 = pixMorphSequence(pixb, "c1.70", 0); /* (2) Include overlapping components and remove small ones */ boxa1 = pixConnComp(pix1, NULL, 8); boxa2 = boxaCombineOverlaps(boxa1); boxa3 = boxaSelectBySize(boxa2, 2, 8, L_SELECT_IF_BOTH, L_SELECT_IF_GT, NULL); pixDestroy(&pix1); boxaDestroy(&boxa1); boxaDestroy(&boxa2); /* (3) Make sure the components equal the number of text characters */ ncomp = boxaGetCount(boxa3); nchars = strlen(textdata); if (ncomp != nchars) { L_ERROR("ncomp (%d) != nchars (%d); samplenum = %d\n", procName, ncomp, nchars, recog->samplenum); if (debug) { pixt = pixConvertTo32(pixb); pixRenderBoxaArb(pixt, boxa3, 1, 255, 0, 0); pixDisplay(pixt, 10 * recog->samplenum, 100); pixDestroy(&pixt); } pixDestroy(&pixb); boxaDestroy(&boxa3); return 1; } /* (4) Sort the components from left to right and extract them */ boxa4 = boxaSort(boxa3, L_SORT_BY_X, L_SORT_INCREASING, NULL); boxaDestroy(&boxa3); /* Save the results, with one character in each pix */ *ppixa = pixaCreate(ncomp); for (i = 0; i < ncomp; i++) { box2 = boxaGetBox(boxa4, i, L_CLONE); pix2 = pixClipRectangle(pixb, box2, NULL); textstr = l_charToString(textdata[i]); pixSetText(pix2, textstr); /* inserts a copy */ pixaAddPix(*ppixa, pix2, L_INSERT); boxDestroy(&box2); FREE(textstr); } pixDestroy(&pixb); boxaDestroy(&boxa4); return 0; } /*! * recogProcessSingleLabelled() * * Input: recog (in training mode) * pixs (if depth > 1, will be thresholded to 1 bpp) * box ( cropping box) * text ( if null, use text field in pix) * &pixa (one pix, 1 bpp, labelled) * Return: 0 if OK, 1 on error * * Notes: * (1) This crops and binarizes the input image, generating a pix * of one character where the charval is inserted into the pix. */ l_int32 recogProcessSingleLabelled(L_RECOG *recog, PIX *pixs, BOX *box, char *text, PIXA **ppixa) { char *textdata; l_int32 textinpix, textin; PIX *pixc, *pixb, *pixd; PROCNAME("recogProcessSingleLabelled"); if (!ppixa) return ERROR_INT("&pixa not defined", procName, 1); *ppixa = NULL; if (!recog) return ERROR_INT("recog not defined", procName, 1); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); /* Find the text; this will be stored with the output images */ textin = text && (text[0] != '\0'); textinpix = (pixs->text && (pixs->text[0] != '\0')); if (!textin && !textinpix) { L_ERROR("no text: %d\n", procName, recog->samplenum); return 1; } textdata = (textin) ? text : pixs->text; /* do not free */ /* Crop and binarize if necessary */ if (box) pixc = pixClipRectangle(pixs, box, NULL); else pixc = pixClone(pixs); if (pixGetDepth(pixc) > 1) pixb = pixConvertTo1(pixc, recog->threshold); else pixb = pixClone(pixc); pixDestroy(&pixc); /* Clip to foreground and save */ pixClipToForeground(pixb, &pixd, NULL); pixDestroy(&pixb); if (!pixd) return ERROR_INT("pixd is empty", procName, 1); pixSetText(pixd, textdata); *ppixa = pixaCreate(1); pixaAddPix(*ppixa, pixd, L_INSERT); return 0; } /*! * recogAddSamples() * * Input: recog * pixa (1 or more characters) * classindex (use -1 if not forcing into a specified class) * debug * Return: 0 if OK, 1 on error * * Notes: * (1) The pix in the pixa are all 1 bpp, and the character string * labels are embedded in the pix. * (2) Note: this function decides what class each pix belongs in. * When input is from a multifont pixaa, with a valid value * for @classindex, the character string label in each pix * is ignored, and @classindex is used as the class index * for all the pix in the pixa. Thus, for that situation we * use this class index to avoid making the decision through a * lookup based on the character strings embedded in the pix. * (3) When a recog is initially filled with samples, the pixaa_u * array is initialized to accept up to 256 different classes. * When training is finished, the arrays are truncated to the * actual number of classes. To pad an existing recog from * the boot recognizers, training is started again; if samples * from a new class are added, the pixaa_u array must be * extended by adding a pixa to hold them. */ l_int32 recogAddSamples(L_RECOG *recog, PIXA *pixa, l_int32 classindex, l_int32 debug) { char *text; l_int32 i, n, npa, charint, index; PIX *pixb; PIXA *pixa1; PIXAA *paa; PROCNAME("recogAddSamples"); if (!recog) return ERROR_INT("recog not defined", procName, 1); if (!pixa) { L_ERROR("pixa not defined: %d\n", procName, recog->samplenum); return 1; } if (recog->train_done) return ERROR_INT("training has been completed", procName, 1); if ((n = pixaGetCount(pixa)) == 0) ERROR_INT("no pix in the pixa", procName, 1); paa = recog->pixaa_u; for (i = 0; i < n; i++) { pixb = pixaGetPix(pixa, i, L_CLONE); if (classindex < 0) { /* Determine the class array index. Check if the class * alreadly exists, and if not, add it. */ text = pixGetText(pixb); if (l_convertCharstrToInt(text, &charint) == 1) { L_ERROR("invalid text: %s\n", procName, text); pixDestroy(&pixb); continue; } if (recogGetClassIndex(recog, charint, text, &index) == 1) { /* New class must be added */ npa = pixaaGetCount(paa, NULL); if (index > npa) L_ERROR("index %d > npa %d!!\n", procName, index, npa); if (index == npa) { /* paa needs to be extended */ L_INFO("Adding new class and pixa with index %d\n", procName, index); pixa1 = pixaCreate(10); pixaaAddPixa(paa, pixa1, L_INSERT); } } if (debug) { L_INFO("Identified text label: %s\n", procName, text); L_INFO("Identified: charint = %d, index = %d\n", procName, charint, index); } } else { index = classindex; } /* Insert the unscaled character image into the right pixa. * (Unscaled images are required to split touching characters.) */ recog->samplenum++; pixaaAddPix(paa, index, pixb, NULL, L_INSERT); } return 0; } /*! * recogScaleCharacter() * * Input: recog * pixs (1 bpp, to be scaled) * Return: pixd (scaled) if OK, null on error */ PIX * recogScaleCharacter(L_RECOG *recog, PIX *pixs) { l_int32 w, h; PROCNAME("recogScaleCharacter"); if (!recog) return (PIX *)ERROR_PTR("pix not defined", procName, NULL); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); if ((recog->scalew == 0 || recog->scalew == w) && (recog->scaleh == 0 || recog->scaleh == h)) /* no scaling */ return pixClone(pixs); else return pixScaleToSize(pixs, recog->scalew, recog->scaleh); } /*! * recogAverageSamples() * * Input: recog * debug * Return: 0 on success, 1 on failure * * Notes: * (1) This is called when training is finished, and after * outliers have been removed. * Both unscaled and scaled inputs are averaged. * Averages must be computed before any identification is done. * (2) Set debug = 1 to view the resulting templates * and their centroids. */ l_int32 recogAverageSamples(L_RECOG *recog, l_int32 debug) { l_int32 i, nsamp, size, area; l_float32 x, y; PIXA *pixat, *pixa_sel; PIX *pix1, *pix2; PTA *ptat; PROCNAME("recogAverageSamples"); if (!recog) return ERROR_INT("recog not defined", procName, 1); if (recog->ave_done) { if (debug) /* always do this if requested */ recogShowAverageTemplates(recog); return 0; } /* Remove any previous averaging data */ size = recog->setsize; pixaDestroy(&recog->pixa_u); ptaDestroy(&recog->pta_u); numaDestroy(&recog->nasum_u); recog->pixa_u = pixaCreate(size); recog->pta_u = ptaCreate(size); recog->nasum_u = numaCreate(size); pixaDestroy(&recog->pixa); ptaDestroy(&recog->pta); numaDestroy(&recog->nasum); recog->pixa = pixaCreate(size); recog->pta = ptaCreate(size); recog->nasum = numaCreate(size); /* Unscaled bitmaps: compute averaged bitmap, centroid, and fg area */ for (i = 0; i < size; i++) { pixat = pixaaGetPixa(recog->pixaa_u, i, L_CLONE); ptat = ptaaGetPta(recog->ptaa_u, i, L_CLONE); nsamp = pixaGetCount(pixat); nsamp = L_MIN(nsamp, 256); /* we only use the first 256 */ if (nsamp == 0) { /* no information for this class */ pix1 = pixCreate(1, 1, 1); pixaAddPix(recog->pixa_u, pix1, L_INSERT); ptaAddPt(recog->pta_u, 0, 0); numaAddNumber(recog->nasum_u, 0); } else { pixaAccumulateSamples(pixat, ptat, &pix1, &x, &y); nsamp = (nsamp == 1) ? 2 : nsamp; /* special case thresh */ pix2 = pixThresholdToBinary(pix1, nsamp / 2); pixInvert(pix2, pix2); pixaAddPix(recog->pixa_u, pix2, L_INSERT); ptaAddPt(recog->pta_u, x, y); pixCountPixels(pix2, &area, recog->sumtab); numaAddNumber(recog->nasum_u, area); /* foreground */ pixDestroy(&pix1); } pixaDestroy(&pixat); ptaDestroy(&ptat); } /* Any classes for which there are no samples will have a 1x1 * pix as a placeholder. This must not be included when * finding the size range of the averaged templates. */ pixa_sel = pixaSelectBySize(recog->pixa_u, 5, 5, L_SELECT_IF_BOTH, L_SELECT_IF_GTE, NULL); pixaSizeRange(pixa_sel, &recog->minwidth_u, &recog->minheight_u, &recog->maxwidth_u, &recog->maxheight_u); pixaDestroy(&pixa_sel); /* Scaled bitmaps: compute averaged bitmap, centroid, and fg area */ for (i = 0; i < size; i++) { pixat = pixaaGetPixa(recog->pixaa, i, L_CLONE); ptat = ptaaGetPta(recog->ptaa, i, L_CLONE); nsamp = pixaGetCount(pixat); nsamp = L_MIN(nsamp, 256); /* we only use the first 256 */ if (nsamp == 0) { /* no information for this class */ pix1 = pixCreate(1, 1, 1); pixaAddPix(recog->pixa, pix1, L_INSERT); ptaAddPt(recog->pta, 0, 0); numaAddNumber(recog->nasum, 0); } else { pixaAccumulateSamples(pixat, ptat, &pix1, &x, &y); nsamp = (nsamp == 1) ? 2 : nsamp; /* special case thresh */ pix2 = pixThresholdToBinary(pix1, nsamp / 2); pixInvert(pix2, pix2); pixaAddPix(recog->pixa, pix2, L_INSERT); ptaAddPt(recog->pta, x, y); pixCountPixels(pix2, &area, recog->sumtab); numaAddNumber(recog->nasum, area); /* foreground */ pixDestroy(&pix1); } pixaDestroy(&pixat); ptaDestroy(&ptat); } pixa_sel = pixaSelectBySize(recog->pixa, 5, 5, L_SELECT_IF_BOTH, L_SELECT_IF_GTE, NULL); pixaSizeRange(pixa_sel, &recog->minwidth, NULL, &recog->maxwidth, NULL); pixaDestroy(&pixa_sel); /* Get min and max splitting dimensions */ recog->min_splitw = L_MAX(5, recog->minwidth_u - 5); recog->min_splith = L_MAX(5, recog->minheight_u - 5); recog->max_splith = recog->maxheight_u + 12; /* allow for skew */ if (debug) recogShowAverageTemplates(recog); recog->ave_done = TRUE; return 0; } /*! * pixaAccumulateSamples() * * Input: pixa (of samples from the same class, 1 bpp) * pta ( of centroids of the samples) * &ppixd ( accumulated samples, 8 bpp) * &px ( average x coordinate of centroids) * &py ( average y coordinate of centroids) * Return: 0 on success, 1 on failure * * Notes: * (1) This generates an aligned (by centroid) sum of the input pix. * (2) We use only the first 256 samples; that's plenty. * (3) If pta is not input, we generate two tables, and discard * after use. If this is called many times, it is better * to precompute the pta. */ l_int32 pixaAccumulateSamples(PIXA *pixa, PTA *pta, PIX **ppixd, l_float32 *px, l_float32 *py) { l_int32 i, n, maxw, maxh, xdiff, ydiff; l_int32 *centtab, *sumtab; l_float32 x, y, xave, yave; PIX *pix1, *pix2, *pixsum; PTA *ptac; PROCNAME("pixaAccumulateSamples"); if (!ppixd) return ERROR_INT("&pixd not defined", procName, 1); *ppixd = NULL; if (px) *px = 0; if (py) *py = 0; if (!pixa) return ERROR_INT("pixa not defined", procName, 1); n = pixaGetCount(pixa); if (pta && ptaGetCount(pta) != n) return ERROR_INT("pta count differs from pixa count", procName, 1); n = L_MIN(n, 256); /* take the first 256 only */ if (n == 0) return ERROR_INT("pixa array empty", procName, 1); if (pta) { ptac = ptaClone(pta); } else { /* generate them here */ ptac = ptaCreate(n); centtab = makePixelCentroidTab8(); sumtab = makePixelSumTab8(); for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixa, i, L_CLONE); pixCentroid(pix1, centtab, sumtab, &xave, &yave); ptaAddPt(ptac, xave, yave); } FREE(centtab); FREE(sumtab); } /* Find the average value of the centroids */ xave = yave = 0; for (i = 0; i < n; i++) { ptaGetPt(pta, i, &x, &y); xave += x; yave += y; } xave = xave / (l_float32)n; yave = yave / (l_float32)n; if (px) *px = xave; if (py) *py = yave; /* Place all centroids at their average value and sum the results */ pixaSizeRange(pixa, NULL, NULL, &maxw, &maxh); pixsum = pixInitAccumulate(maxw, maxh, 0); pix1 = pixCreate(maxw, maxh, 1); for (i = 0; i < n; i++) { pix2 = pixaGetPix(pixa, i, L_CLONE); ptaGetPt(ptac, i, &x, &y); xdiff = (l_int32)(x - xave); ydiff = (l_int32)(y - yave); pixClearAll(pix1); pixRasterop(pix1, xdiff, ydiff, maxw, maxh, PIX_SRC, pix2, 0, 0); pixAccumulate(pixsum, pix1, L_ARITH_ADD); pixDestroy(&pix2); } *ppixd = pixFinalAccumulate(pixsum, 0, 8); pixDestroy(&pix1); pixDestroy(&pixsum); ptaDestroy(&ptac); return 0; } /*! * recogTrainingFinished() * * Input: recog * debug * Return: 0 if OK, 1 on error * * Notes: * (1) This must be called after all training samples have been added. * (2) Set debug = 1 to view the resulting templates * and their centroids. * (3) The following things are done here: * (a) Allocate (or reallocate) storage for (possibly) scaled * bitmaps, centroids, and fg areas. * (b) Generate the (possibly) scaled bitmaps. * (c) Compute centroid and fg area data for both unscaled and * scaled bitmaps. * (d) Compute the averages for both scaled and unscaled bitmaps * (e) Truncate the pixaa, ptaa and numaa arrays down from * 256 to the actual size. * (4) Putting these operations here makes it simple to recompute * the recog with different scaling on the bitmaps. * (5) Removal of outliers must happen after this is called. */ l_int32 recogTrainingFinished(L_RECOG *recog, l_int32 debug) { l_int32 i, j, size, nc, ns, area; l_float32 xave, yave; PIX *pix, *pixd; PIXA *pixa; PIXAA *paa; PTA *pta; PTAA *ptaa; PROCNAME("recogTrainingFinished"); if (!recog) return ERROR_INT("recog not defined", procName, 1); if (recog->train_done) return 0; /* Generate the storage for the possibly-scaled training bitmaps */ size = recog->maxarraysize; paa = pixaaCreate(size); pixa = pixaCreate(1); pixaaInitFull(paa, pixa); pixaDestroy(&pixa); pixaaDestroy(&recog->pixaa); recog->pixaa = paa; /* Generate the storage for the unscaled centroid training data */ ptaa = ptaaCreate(size); pta = ptaCreate(0); ptaaInitFull(ptaa, pta); ptaaDestroy(&recog->ptaa_u); recog->ptaa_u = ptaa; /* Generate the storage for the possibly-scaled centroid data */ ptaa = ptaaCreate(size); ptaaInitFull(ptaa, pta); ptaDestroy(&pta); ptaaDestroy(&recog->ptaa); recog->ptaa = ptaa; /* Generate the storage for the fg area data */ numaaDestroy(&recog->naasum_u); numaaDestroy(&recog->naasum); recog->naasum_u = numaaCreateFull(size, 0); recog->naasum = numaaCreateFull(size, 0); paa = recog->pixaa_u; nc = recog->setsize; for (i = 0; i < nc; i++) { pixa = pixaaGetPixa(paa, i, L_CLONE); ns = pixaGetCount(pixa); for (j = 0; j < ns; j++) { /* Save centroid and area data for the unscaled pix */ pix = pixaGetPix(pixa, j, L_CLONE); pixCentroid(pix, recog->centtab, recog->sumtab, &xave, &yave); ptaaAddPt(recog->ptaa_u, i, xave, yave); pixCountPixels(pix, &area, recog->sumtab); numaaAddNumber(recog->naasum_u, i, area); /* foreground */ /* Insert the (optionally) scaled character image, and * save centroid and area data for it */ pixd = recogScaleCharacter(recog, pix); pixaaAddPix(recog->pixaa, i, pixd, NULL, L_INSERT); pixCentroid(pixd, recog->centtab, recog->sumtab, &xave, &yave); ptaaAddPt(recog->ptaa, i, xave, yave); pixCountPixels(pixd, &area, recog->sumtab); numaaAddNumber(recog->naasum, i, area); pixDestroy(&pix); } pixaDestroy(&pixa); } /* Get the template averages */ recog->ave_done = FALSE; recogAverageSamples(recog, debug); /* Truncate the arrays to those with non-empty containers */ pixaaTruncate(recog->pixaa_u); pixaaTruncate(recog->pixaa); ptaaTruncate(recog->ptaa_u); ptaaTruncate(recog->ptaa); numaaTruncate(recog->naasum_u); numaaTruncate(recog->naasum); recog->train_done = TRUE; return 0; } /*! * recogRemoveOutliers() * * Input: recog (after training samples are entered) * targetscore (keep everything with at least this score) * minfract (minimum fraction to retain) * debug (1 for debug output) * Return: 0 if OK, 1 on error * * Notes: * (1) Removing outliers is particularly important when recognition * goes against all the samples in the training set, as opposed * to the averages for each class. The reason is that we get * an identification error if a mislabeled sample is a best * match for an input bitmap. * (2) However, the score values depend strongly on the quality * of the character images. To avoid losing too many samples, * we supplement a target score for retention with a minimum * fraction that we must keep. With poor quality images, we * may keep samples with a score less than the targetscore, * in order to satisfy the @minfract requirement. * (3) We always require that at least one sample will be retained. * (4) Where the training set is from the same source (e.g., the * same book), use a relatively large minscore; say, ~0.8. * (5) Method: for each class, generate the averages and match each * scaled sample against the average. Decide which * samples will be ejected, and throw out both the * scaled and unscaled samples and associated data. * Recompute the average without the poor matches. */ l_int32 recogRemoveOutliers(L_RECOG *recog, l_float32 targetscore, l_float32 minfract, l_int32 debug) { l_int32 i, j, nremoved, n, nkeep, ngood, ival, area1, area2; l_float32 x1, y1, x2, y2, score, val; NUMA *nasum, *nasum_u, *nascore, *nainvert, *nasort; PIX *pix1, *pix2; PIXA *pixa, *pixa_u; PTA *pta, *pta_u; PROCNAME("recogRemoveOutliers"); if (!recog) return ERROR_INT("recog not defined", procName, 1); if (recog->train_done == FALSE) return ERROR_INT("recog training is not finished", procName, 1); targetscore = L_MIN(targetscore, 1.0); if (targetscore <= 0.0) targetscore = DEFAULT_TARGET_SCORE; minfract = L_MIN(minfract, 1.0); if (minfract <= 0.0) minfract = DEFAULT_MIN_FRACTION; nremoved = 0; for (i = 0; i < recog->setsize; i++) { /* Access the average template and values for scaled * images in this class */ pix1 = pixaGetPix(recog->pixa, i, L_CLONE); ptaGetPt(recog->pta, i, &x1, &y1); numaGetIValue(recog->nasum, i, &area1); /* Get the sorted scores for each sample in the class */ pixa = pixaaGetPixa(recog->pixaa, i, L_CLONE); pta = ptaaGetPta(recog->ptaa, i, L_CLONE); nasum = numaaGetNuma(recog->naasum, i, L_CLONE); n = pixaGetCount(pixa); nascore = numaCreate(n); for (j = 0; j < n; j++) { pix2 = pixaGetPix(pixa, j, L_CLONE); ptaGetPt(pta, j, &x2, &y2); numaGetIValue(nasum, j, &area2); pixCorrelationScoreSimple(pix1, pix2, area1, area2, x1 - x2, y1 - y2, 5, 5, recog->sumtab, &score); numaAddNumber(nascore, score); if (score == 0.0) /* typ. large size difference */ fprintf(stderr, "Got 0 score for i = %d, j = %d\n", i, j); pixDestroy(&pix2); } pixDestroy(&pix1); /* Symbolically, na[i] = nasort[nainvert[i]] */ numaSortGeneral(nascore, &nasort, NULL, &nainvert, L_SORT_DECREASING, L_SHELL_SORT); /* Determine the cutoff in samples to keep */ nkeep = (l_int32)(minfract * n + 0.5); ngood = n; for (j = 0; j < n; j++) { numaGetFValue(nasort, j, &val); if (val < targetscore) { ngood = j + 1; break; } } nkeep = L_MAX(1, L_MAX(nkeep, ngood)); nremoved += (n - nkeep); if (debug && nkeep < n) { fprintf(stderr, "Removing %d of %d items from class %d\n", n - nkeep, n, i); } /* Remove the samples with low scores. Iterate backwards * in the original arrays, because we're compressing them * in place as elements are removed, and we must preserve * the indexing of elements not yet removed. */ if (nkeep < n) { pixa_u = pixaaGetPixa(recog->pixaa_u, i, L_CLONE); pta_u = ptaaGetPta(recog->ptaa_u, i, L_CLONE); nasum_u = numaaGetNuma(recog->naasum_u, i, L_CLONE); for (j = n - 1; j >= 0; j--) { /* ival is nainvert[j], which is the index into * nasort that corresponds to the same element in * na that is indexed by j (i.e., na[j]). We retain * the first nkeep elements in nasort. */ numaGetIValue(nainvert, j, &ival); if (ival < nkeep) continue; pixaRemovePix(pixa, j); ptaRemovePt(pta, j); numaRemoveNumber(nasum, j); pixaRemovePix(pixa_u, j); ptaRemovePt(pta_u, j); numaRemoveNumber(nasum_u, j); if (debug) { numaGetFValue(nascore, j, &val); fprintf(stderr, " removed item %d: score %7.3f\n", ival, val); } } pixaDestroy(&pixa_u); ptaDestroy(&pta_u); numaDestroy(&nasum_u); } pixaDestroy(&pixa); ptaDestroy(&pta); numaDestroy(&nasum); numaDestroy(&nascore); numaDestroy(&nainvert); numaDestroy(&nasort); } /* If anything was removed, recompute the average templates */ if (nremoved > 0) { recog->samplenum -= nremoved; recog->ave_done = FALSE; /* force recomputation */ recogAverageSamples(recog, debug); } return 0; } /*------------------------------------------------------------------------* * Evaluate training status * *------------------------------------------------------------------------*/ /*! * recogaTrainingDone() * * Input: recoga * &done (1 if training finished on all recog; 0 otherwise) * Return: 0 if OK, 1 on error */ l_int32 recogaTrainingDone(L_RECOGA *recoga, l_int32 *pdone) { l_int32 i; L_RECOG *recog; PROCNAME("recogaTrainingDone"); if (!pdone) return ERROR_INT("&done not defined", procName, 1); *pdone = 0; if (!recoga) return ERROR_INT("recoga not defined", procName, 1); for (i = 0; i < recoga->n; i++) { if ((recog = recogaGetRecog(recoga, i)) == NULL) return ERROR_INT("recog not found", procName, 1); if (!recog->train_done) return 0; } *pdone = 1; return 0; } /*! * recogaFinishAveraging() * * Input: recoga * Return: 0 if OK, 1 on error */ l_int32 recogaFinishAveraging(L_RECOGA *recoga) { l_int32 i; L_RECOG *recog; PROCNAME("recogaFinishAveraging"); if (!recoga) return ERROR_INT("recoga not defined", procName, 1); for (i = 0; i < recoga->n; i++) { if ((recog = recogaGetRecog(recoga, i)) == NULL) return ERROR_INT("recog not found", procName, 1); if (!recog->ave_done) recogAverageSamples(recog, 0); } return 0; } /*------------------------------------------------------------------------* * Training on unlabelled data * *------------------------------------------------------------------------*/ /*! * recogTrainUnlabelled() * * Input: recog (in training mode: the input characters in pixs are * inserted after labelling) * recogboot (labels the input) * pixs (if depth > 1, will be thresholded to 1 bpp) * box ( cropping box) * singlechar (1 if pixs is a single character; 0 otherwise) * minscore (min score for accepting the example; e.g., 0.75) * debug (1 for debug output saved to recog; 0 otherwise) * Return: 0 if OK, 1 on error * * Notes: * (1) This trains on unlabelled data, using a bootstrap recognizer * to apply the labels. In this way, we can build a recognizer * using a source of unlabelled data. * (2) The input pix can have several (non-touching) characters. * If box != NULL, we treat the region in the box as a single char * If box == NULL, use all of pixs: * if singlechar == 0, we identify each c.c. as a single character * if singlechar == 1, we treat pixs as a single character * Multiple chars are identified separately by recogboot and * inserted into recog. * (3) recogboot is a trained recognizer. It would typically be * constructed from a variety of sources, and use the average * templates for scoring. * (4) For debugging, if bmf is defined in the recog, the correlation * scores are generated and saved (by adding to the pixadb_boot * field) with the matching images. */ l_int32 recogTrainUnlabelled(L_RECOG *recog, L_RECOG *recogboot, PIX *pixs, BOX *box, l_int32 singlechar, l_float32 minscore, l_int32 debug) { char *text; l_float32 score; NUMA *nascore, *na; PIX *pixc, *pixb, *pixdb; PIXA *pixa, *pixaf; PROCNAME("recogTrainUnlabelled"); if (!recog) return ERROR_INT("recog not defined", procName, 1); if (!recogboot) return ERROR_INT("recogboot not defined", procName, 1); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); /* Optionally crop */ if (box) pixc = pixClipRectangle(pixs, box, NULL); else pixc = pixClone(pixs); /* Binarize if necessary */ if (pixGetDepth(pixc) > 1) pixb = pixConvertTo1(pixc, recog->threshold); else pixb = pixClone(pixc); pixDestroy(&pixc); /* Identify the components using recogboot */ if (singlechar == 1) { if (!debug) { recogIdentifyPix(recogboot, pixb, NULL); } else { recogIdentifyPix(recogboot, pixb, &pixdb); pixaAddPix(recog->pixadb_boot, pixdb, L_INSERT); } rchExtract(recogboot->rch, NULL, &score, &text, NULL, NULL, NULL, NULL); /* Threshold based on the score, and insert in a pixa */ pixaf = pixaCreate(1); if (score >= minscore) { pixSetText(pixb, text); pixaAddPix(pixaf, pixb, L_CLONE); FREE(text); /* In use pixs is "unlabelled", so we only find a text * string in the input pixs when testing with labelled data. */ if (debug && ((text = pixGetText(pixs)) != NULL)) L_INFO("Testing: input pix has character label: %s\n", procName, text); } } else { /* possibly multiple characters */ /* Split into characters */ pixSplitIntoCharacters(pixb, 5, 5, NULL, &pixa, NULL); if (!debug) { recogIdentifyPixa(recogboot, pixa, NULL, NULL); } else { recogIdentifyPixa(recogboot, pixa, NULL, &pixdb); pixaAddPix(recog->pixadb_boot, pixdb, L_INSERT); } /* Threshold the pixa based on the score */ rchaExtract(recogboot->rcha, NULL, &nascore, NULL, NULL, NULL, NULL, NULL); na = numaMakeThresholdIndicator(nascore, minscore, L_SELECT_IF_GTE); pixaf = pixaSelectWithIndicator(pixa, na, NULL); pixaDestroy(&pixa); numaDestroy(&nascore); numaDestroy(&na); } pixDestroy(&pixb); /* Insert the labelled components */ recogAddSamples(recog, pixaf, -1, debug); pixaDestroy(&pixaf); return 0; } /*------------------------------------------------------------------------* * Padding the training set * *------------------------------------------------------------------------*/ /*! * recogPadTrainingSet() * * Input: &recog (to be replaced if padding or more drastic measures * are necessary; otherwise, it is unchanged.) * debug (1 for debug output saved to recog; 0 otherwise) * Return: 0 if OK, 1 on error * * Notes: * (1) Before calling this, call recogSetPadParams() if you want * non-default values for the character set type, min_nopad * and max_afterpad values, and paths for labelled bitmap * character sets that can be used to augment an input recognizer. * (2) If all classes in @recog have at least min_nopad samples, * nothing is done. If the total number of samples in @recog * is very small, @recog is replaced by a boot recog from the * specified bootpath. Otherwise (the intermediate case), * @recog is replaced by one with scaling to fixed height, * where an array of recog are used to augment the input recog. * (3) If padding or total replacement is done, this destroys * the input recog and replaces it by a new one. If the recog * belongs to a recoga, the replacement is also done in the recoga. */ l_int32 recogPadTrainingSet(L_RECOG **precog, l_int32 debug) { const char *bootdir, *bootpattern, *bootpath; char *boottext, *fontdir; l_int32 i, k, min_nopad, npix, nclass, nboot, nsamp, nextra, ntoadd; l_int32 ave_height, targeth, setid, index, allclasses; l_int32 *lut; l_float32 minval, sum; NUMA *naclass, *naheight, *naset, *naindex, *nascore, *naave; PIX *pix1, *pix2; PIXA *pixaboot, *pixa1, *pixa2, *pixadb; PIXAA *paa, *paa1; L_RECOG *rec1, *recog, *recogboot; L_RECOGA *recoga; PROCNAME("recogPadTrainingSet"); if (!precog) return ERROR_INT("&recog not defined", procName, 1); if ((recog = *precog) == NULL) return ERROR_INT("recog not defined", procName, 1); /* ------------------------------------------------- * First, test if we need to use a boot recognizer. * ------------------------------------------------- */ /* Are we asking for any padding at all? */ min_nopad = recog->min_nopad; if (min_nopad <= 0) return 0; /* Do we have samples from all classes? */ paa = recog->pixaa_u; /* unscaled bitmaps */ nclass = pixaaGetCount(paa, &naclass); allclasses = (nclass == recog->charset_size) ? 1 : 0; /* Are there enough samples in each class already? */ numaGetMin(naclass, &minval, NULL); numaDestroy(&naclass); if (allclasses && minval >= min_nopad) return 0; /* --------------------------------------------------------- * We need a boot recognizer. If there are too few characters * in the input recog, don't bother with padding. Destroy the * input recog and return a generic boot recognizer that will * be run using scaling both width and height. * ----------------------------------------------------------*/ fontdir = (recog->fontdir) ? stringNew(recog->fontdir) : NULL; if (recog->samplenum < MIN_TOTAL_SAMPLES) { L_WARNING("too few samples in recog; using bootrecog only\n", procName); bootpath = recog->bootpath; L_INFO("boot path = %s\n", procName, bootpath); if ((pixaboot = pixaRead(bootpath)) == NULL) return ERROR_INT("pixaboot not read", procName, 1); rec1 = recogCreateFromPixa(pixaboot, 20, 32, L_USE_AVERAGE, 100, 1, fontdir); recogReplaceInRecoga(&recog, rec1); /* destroys recog */ *precog = rec1; pixaDestroy(&pixaboot); FREE(fontdir); return 0; } /* --------------------------------------------------------- * We need to pad the input recog. Do this with an array of * boot recog with different 'fonts'. For each class that must * be padded with samples, choose the boot recog from the recog * array that has the best correlation to samples of that class. * --------------------------------------------------------- */ /* Do we have boot recog for this charset? * TODO: add some more of 'em */ if (recogCharsetAvailable(recog->charset_type) == FALSE) return ERROR_INT("charset type not available", procName, 1); bootdir = recog->bootdir; bootpattern = recog->bootpattern; L_INFO("dir = %s; pattern = %s\n", procName, bootdir, bootpattern); L_INFO("min_nopad = %d; max_afterpad = %d\n", procName, min_nopad, recog->max_afterpad); /* To pad the input recognizer, use an array of recog, generated * from pixa with files specified by bootdir and bootpattern. * The samples are scaled to h = 32 to allow correlation with the * averages from a copy of the input recog, also scaled to h = 32. */ if ((paa1 = pixaaReadFromFiles(bootdir, bootpattern, 0, 0)) == NULL) return ERROR_INT("boot recog files not found", procName, 1); recoga = recogaCreateFromPixaa(paa1, 0, 32, L_USE_AVERAGE, 100, 1, fontdir); pixaaDestroy(&paa1); if (!recoga) return ERROR_INT("recoga not made", procName, 1); /* The parameters of the input recog must match those of the * boot array. Replace the input recog with a new one, that * uses the average templates for matching, scaled to h = 32. */ rec1 = recogCreateFromRecog(recog, 0, 32, L_USE_AVERAGE, 100, 1, fontdir); recogReplaceInRecoga(&recog, rec1); /* destroys recog */ *precog = rec1; recog = rec1; FREE(fontdir); /* Now for each class in the recog, decide which recog in recoga * should be used to select samples for padding the recog. */ pixadb = (debug) ? pixaCreate(0) : NULL; recogBestCorrelForPadding(rec1, recoga, &naset, &naindex, &nascore, &naave, &pixadb); if (pixadb) { numaWriteStream(stderr, naset); numaWriteStream(stderr, naindex); numaWriteStream(stderr, nascore); numaWriteStream(stderr, naave); pix1 = pixaDisplayLinearly(pixadb, L_VERT, 1.0, 0, 20, 0, NULL); pixWrite("/tmp/padmatch.png", pix1, IFF_PNG); pixDestroy(&pix1); pixaDestroy(&pixadb); } /* Allow more examples to be added to the input/returned recog */ recog->train_done = FALSE; /* --------------------------------------------------------- * For the existing classes in recog, add samples from the boot * recognizer where needed. For each sample, scale isotropically * to the average unscaled height for the given class. * ----------------------------------------------------------*/ recogAverageClassGeom(recog, NULL, &naheight); numaGetSum(naheight, &sum); paa = recog->pixaa_u; pixaaGetCount(paa, &naclass); ave_height = (l_int32)(sum / nclass); for (i = 0; i < nclass; i++) { numaGetIValue(naclass, i, &npix); if (npix >= min_nopad) continue; numaGetIValue(naheight, i, &targeth); /* Locate the images to be added */ numaGetIValue(naset, i, &setid); if ((rec1 = recogaGetRecog(recoga, setid)) == NULL) { L_ERROR("For class %d, didn't find recog %d\n", procName, i, setid); continue; } numaGetIValue(naindex, i, &index); /* class index in rec */ if ((pixa1 = pixaaGetPixa(rec1->pixaa_u, index, L_CLONE)) == NULL) { L_ERROR("For recog %d, didn't find class %d\n", procName, setid, index); continue; } /* Decide how many of them to scale and add */ nboot = pixaGetCount(pixa1); nextra = recog->max_afterpad - npix; if (nextra <= 0) continue; /* this should not be triggered */ ntoadd = L_MIN(nextra, nboot); L_INFO("For class %d, using %d samples from index %d in recog %d\n", procName, i, ntoadd, index, setid); /* Add them */ pixa2 = pixaCreate(ntoadd); boottext = sarrayGetString(rec1->sa_text, index, L_NOCOPY); for (k = 0; k < ntoadd; k++) { pix1 = pixaGetPix(pixa1, k, L_CLONE); pix2 = pixScaleToSize(pix1, 0, targeth); pixSetText(pix2, boottext); pixaAddPix(pixa2, pix2, L_INSERT); pixDestroy(&pix1); } recogAddSamples(recog, pixa2, i, 0); pixaDestroy(&pixa1); pixaDestroy(&pixa2); } /* --------------------------------------------------------------- * Check if there are missing classes. If there are, add these * classes and use samples from the bootrecog with the highest * overall correlation with the input recog. Use the average * unscaled height of all the recog classes, which should be fine * for all-caps, where character heights are similar, but may give * bad estimates for old digit fonts where the digits "0", "1" and * "2" are often shorter. * ------------------------------------------------------------ */ numaGetMax(naave, NULL, &index); /* best of the recoga set */ recogboot = recogaGetRecog(recoga, index); nboot = recogGetCount(recogboot); L_INFO("nboot = %d, nclass = %d, best index = %d\n", procName, nboot, nclass, index); if (nboot > nclass) { /* missing some classes in recog */ L_INFO("Adding %d classes to the recog\n", procName, nboot - nclass); targeth = ave_height; if ((lut = recogMapIndexToIndex(recogboot, recog)) == NULL) return ERROR_INT("index-to-index lut not made", procName, 1); for (i = 0; i < nboot; i++) { if (lut[i] >= 0) /* already have this class */ continue; pixaboot = pixaaGetPixa(recogboot->pixaa_u, i, L_CLONE); nsamp = pixaGetCount(pixaboot); ntoadd = L_MIN(recog->max_afterpad, nsamp); pixa1 = pixaCreate(ntoadd); boottext = sarrayGetString(recogboot->sa_text, i, L_NOCOPY); L_INFO("Adding %d chars of type '%s' from recog %d\n", procName, ntoadd, boottext, index); for (k = 0; k < ntoadd; k++) { pix1 = pixaGetPix(pixaboot, k, L_CLONE); pix2 = pixScaleToSize(pix1, 0, targeth); pixSetText(pix2, boottext); pixaAddPix(pixa1, pix2, L_INSERT); pixDestroy(&pix1); } recogAddSamples(recog, pixa1, -1, debug); pixaDestroy(&pixaboot); pixaDestroy(&pixa1); } FREE(lut); } recogTrainingFinished(recog, 0); if (debug) { recogShowContent(stderr, recog, 1); recogDebugAverages(recog, 1); } numaDestroy(&naclass); numaDestroy(&naheight); numaDestroy(&naset); numaDestroy(&naindex); numaDestroy(&nascore); numaDestroy(&naave); recogaDestroy(&recoga); return 0; } /*! * recogMapIndexToIndex() * * Input: recog1 * recog2 * Return: lut (from recog1 --> recog2), or null on error * * Notes: * (1) This returns a map from each index in recog1 to the * corresponding index in recog2. Caller must free. * (2) If the character string doesn't exist in any of the classes * in recog2, the value -1 is inserted in the lut. */ static l_int32 * recogMapIndexToIndex(L_RECOG *recog1, L_RECOG *recog2) { char *charstr; l_int32 index1, index2, n1; l_int32 *lut; PROCNAME("recogMapIndexToIndex"); if (!recog1 || !recog2) return (l_int32 *)ERROR_PTR("recog1 and recog2 not both defined", procName, NULL); n1 = recog1->setsize; if ((lut = (l_int32 *)CALLOC(n1, sizeof(l_int32))) == NULL) return (l_int32 *)ERROR_PTR("lut not made", procName, NULL); for (index1 = 0; index1 < n1; index1++) { recogGetClassString(recog1, index1, &charstr); if (!charstr) { L_ERROR("string not found for index %d\n", procName, index1); lut[index1] = -1; continue; } recogStringToIndex(recog2, charstr, &index2); lut[index1] = index2; FREE(charstr); } return lut; } /*! * recogAverageClassGeom() * * Input: recog * &naw ( average widths for each class) * &nah ( average heights for each class) * Return: 0 if OK, 1 on error */ static l_int32 recogAverageClassGeom(L_RECOG *recog, NUMA **pnaw, NUMA **pnah) { l_int32 i, j, w, h, sumw, sumh, npix, nclass; NUMA *naw, *nah; PIXA *pixa; PROCNAME("recogAverageClassGeom"); if (!pnaw && !pnah) return ERROR_INT("nothing to do", procName, 1); if (pnaw) *pnaw = NULL; if (pnah) *pnah = NULL; if (!recog) return ERROR_INT("recog not defined", procName, 1); if ((nclass = pixaaGetCount(recog->pixaa_u, NULL)) == 0) return ERROR_INT("no classes", procName, 1); naw = numaCreate(nclass); nah = numaCreate(nclass); for (i = 0; i < nclass; i++) { if ((pixa = pixaaGetPixa(recog->pixaa_u, i, L_CLONE)) == NULL) { L_WARNING("pixa[%d] not found\n", procName, i); continue; } sumw = sumh = 0; npix = pixaGetCount(pixa); for (j = 0; j < npix; j++) { pixaGetPixDimensions(pixa, j, &w, &h, NULL); sumw += w; sumh += h; } numaAddNumber(naw, (l_int32)((l_float32)sumw / npix + 0.5)); numaAddNumber(nah, (l_int32)((l_float32)sumh / npix + 0.5)); pixaDestroy(&pixa); } if (pnaw) *pnaw = naw; else numaDestroy(&naw); if (pnah) *pnah = nah; else numaDestroy(&nah); return 0; } /*! * recogBestCorrelForPadding() * * Input: recog (typically the recog to be padded) * recoga (array of recogs for potentially providing the padding) * &naset ( of indices into the sets to be matched) * &naindex ( of matching indices into the best set) * &nascore ( of best correlation scores) * &naave ( average of correlation scores from each recog) * &pixadb ( debug images; use NULL for no debug) * Return: 0 if OK, 1 on error * * Notes: * (1) This finds, for each class in recog, the best matching template * in the recoga. For that best match, it returns: * * the recog set index in the recoga, * * the index in that recog for the class, * * the score for the best match * (2) It also returns in @naave, for each recog in recoga, the * average overall correlation for all averaged templates to * those in the input recog. The recog with the largest average * can supply templates in cases where the input recog has * no examples. * (3) For classes in recog1 for which no corresponding class * is found in any recog in recoga, the index -1 is stored * in both naset and naindex, and 0.0 is stored in nascore. * (4) Both recog and all the recog in recoga should be generated * with isotropic scaling to the same character height (e.g., 30). */ l_int32 recogBestCorrelForPadding(L_RECOG *recog, L_RECOGA *recoga, NUMA **pnaset, NUMA **pnaindex, NUMA **pnascore, NUMA **pnasum, PIXA **ppixadb) { l_int32 i, j, n, nrec, index, maxindex, maxset; l_float32 score, maxscore; NUMA *nain, *nasc, *naset, *naindex, *nascore, *nasum; NUMAA *naain, *naasc; L_RECOG *rec; PROCNAME("recogBestCorrelForPadding"); if (!pnaset) return ERROR_INT("&naset not defined", procName, 1); *pnaset = NULL; if (!pnaindex) return ERROR_INT("&naindex not defined", procName, 1); *pnaindex = NULL; if (!pnascore) return ERROR_INT("&nascore not defined", procName, 1); *pnascore = NULL; if (!pnasum) return ERROR_INT("&nasum not defined", procName, 1); *pnasum = NULL; if (!recog) return ERROR_INT("recog is not defined", procName, 1); if (!recoga) return ERROR_INT("recoga is not defined", procName, 1); if (!recog->train_done) return ERROR_INT("recog training is not finished", procName, 1); /* Gather the correlation data */ n = recog->setsize; nrec = recogaGetCount(recoga); if (n == 0 || nrec == 0) return ERROR_INT("recog or recoga is empty", procName, 1); naain = numaaCreate(nrec); naasc = numaaCreate(nrec); for (i = 0; i < nrec; i++) { rec = recogaGetRecog(recoga, i); recogCorrelAverages(recog, rec, &nain, &nasc, ppixadb); numaaAddNuma(naain, nain, L_INSERT); numaaAddNuma(naasc, nasc, L_INSERT); } /* Find the best matches */ naset = numaCreate(n); naindex = numaCreate(n); nascore = numaCreate(n); nasum = numaMakeConstant(0.0, nrec); /* accumulate sum over recognizers */ for (i = 0; i < n; i++) { /* over classes in recog */ maxscore = 0.0; maxindex = -1; maxset = -1; for (j = 0; j < nrec; j++) { /* over recognizers */ numaaGetValue(naain, j, i, NULL, &index); /* index in j to i */ if (index == -1) continue; numaaGetValue(naasc, j, i, &score, NULL); /* score in j to i */ numaAddToNumber(nasum, j, score); if (score > maxscore) { maxscore = score; maxindex = index; maxset = j; } } numaAddNumber(naset, maxset); numaAddNumber(naindex, maxindex); numaAddNumber(nascore, maxscore); } *pnaset = naset; *pnaindex = naindex; *pnascore = nascore; *pnasum = numaTransform(nasum, 0.0, 1. / (l_float32)n); numaDestroy(&nasum); numaaDestroy(&naain); numaaDestroy(&naasc); return 0; } /*! * recogCorrelAverages() * * Input: recog1 (typically the recog to be padded) * recog2 (potentially providing the padding) * &naindex ( of classes in 2 with respect to classes in 1) * &nascore ( correlation scores of corresponding classes) * &pixadb ( debug images) * Return: 0 if OK, 1 on error * * Notes: * (1) Use this for potentially padding recog1 with instances in recog2. * The recog have been generated with isotropic scaling to the * same fixed height (e.g., 30). The training has been "finished" * in the sense that all arrays have been computed and they * could potentially be used as they are. This is necessary * for doing the correlation between scaled images. * However, this function is called when there is a request to * augument some of the examples in classes in recog1. * (2) Iterate over classes in recog1, finding the corresponding * class in recog2 and computing the correlation score between * the average templates of the two. naindex is a LUT between * the index of a class in recog1 and the corresponding one in recog2. * (3) For classes in recog1 that do not exist in recog2, the index * -1 is stored in naindex, and 0.0 is stored in the score. */ l_int32 recogCorrelAverages(L_RECOG *recog1, L_RECOG *recog2, NUMA **pnaindex, NUMA **pnascore, PIXA **ppixadb) { l_int32 i1, i2, n1, area1, area2, wvar; l_int32 *lut; l_float32 x1, y1, x2, y2, score; PIX *pix1, *pix2; PIXA *pixa1; PROCNAME("recogCorrelAverages"); if (!pnaindex) return ERROR_INT("&naindex not defined", procName, 1); *pnaindex = NULL; if (!pnascore) return ERROR_INT("&nascore not defined", procName, 1); *pnascore = NULL; if (!recog1 || !recog2) return ERROR_INT("recog1 and recog2 not both defined", procName, 1); if (!recog1->train_done || !recog2->train_done) return ERROR_INT("recog training is not finished", procName, 1); if ((lut = recogMapIndexToIndex(recog1, recog2)) == NULL) return ERROR_INT("index-to-index lut not made", procName, 1); n1 = recog1->setsize; *pnaindex = numaCreateFromIArray(lut, n1); *pnascore = numaMakeConstant(0.0, n1); pixa1 = (ppixadb) ? pixaCreate(n1) : NULL; for (i1 = 0; i1 < n1; i1++) { /* Access the average templates and values for this class */ if ((i2 = lut[i1]) == -1) { L_INFO("no class in 2 corresponds to index %d in 1\n", procName, i1); continue; } pix1 = pixaGetPix(recog1->pixa, i1, L_CLONE); ptaGetPt(recog1->pta, i1, &x1, &y1); numaGetIValue(recog1->nasum, i1, &area1); pix2 = pixaGetPix(recog2->pixa, i2, L_CLONE); ptaGetPt(recog2->pta, i2, &x2, &y2); numaGetIValue(recog2->nasum, i2, &area2); /* Find their correlation and save the results. * The heights should all be scaled to the same value (e.g., 30), * but the widths can vary, so we need a large tolerance (wvar) * to force correlation between all templates. */ wvar = 0.6 * recog1->scaleh; pixCorrelationScoreSimple(pix1, pix2, area1, area2, x1 - x2, y1 - y2, wvar, 0, recog1->sumtab, &score); numaSetValue(*pnascore, i1, score); debugAddImage1(pixa1, pix1, pix2, recog1->bmf, score); pixDestroy(&pix1); pixDestroy(&pix2); } debugAddImage2(ppixadb, pixa1, recog1->bmf, recog2->index); pixaDestroy(&pixa1); FREE(lut); return 0; } /*! * recogSetPadParams() * * Input: recog (to be padded, if necessary) * bootdir ( directory to bootstrap labelled pixa) * bootpattern ( pattern for bootstrap labelled pixa) * bootpath ( path to single bootstrap labelled pixa) * type (character set type; -1 for default; see enum in recog.h) * size (character set size; -1 for default) * min_nopad (min number in a class without padding; -1 default) * max_afterpad (max number of samples in padded classes; * -1 for default) * Return: 0 if OK, 1 on error * * Notes: * (1) This is used to augment or replace a book-adapted recognizer (BAR). * It is called when the recognizer is created, and must be * called again before recogPadTrainingSet() if non-default * values are to be used. * (2) Default values allow for some padding. To disable padding, * set @min_nopad = 0. * (3) Constraint on @min_nopad and @max_afterpad guarantees that * padding will be allowed if requested. * (4) The file directory (@bootdir) and tail pattern (@bootpattern) * are used to identify serialized pixa, from which we can * generate an array of recog. These can be used to augment * an input but incomplete BAR (book adapted recognizer). * (5) If the BAR is very sparse, we will ignore it and use a generic * bootstrap recognizer at @bootpath. */ l_int32 recogSetPadParams(L_RECOG *recog, const char *bootdir, const char *bootpattern, const char *bootpath, l_int32 type, l_int32 min_nopad, l_int32 max_afterpad) { PROCNAME("recogSetPadParams"); if (!recog) return ERROR_INT("recog not defined", procName, 1); if (min_nopad >= 0 && max_afterpad >= 0 && min_nopad >= max_afterpad) return ERROR_INT("min_ must be less than max_", procName, 1); FREE(recog->bootdir); FREE(recog->bootpattern); FREE(recog->bootpath); recog->bootdir = (bootdir) ? stringNew(bootdir) : stringNew(DEFAULT_BOOT_DIR); recog->bootpattern = (bootpattern) ? stringNew(bootpattern) : stringNew(DEFAULT_BOOT_PATTERN); recog->bootpath = (bootpath) ? stringNew(bootpath) : stringNew(DEFAULT_BOOT_PATH); recog->charset_type = (type >= 0) ? type : DEFAULT_CHARSET_TYPE; recog->charset_size = recogGetCharsetSize(recog->charset_type); recog->min_nopad = (min_nopad >= 0) ? min_nopad : DEFAULT_MIN_NOPAD; recog->max_afterpad = (max_afterpad >= 0) ? max_afterpad : DEFAULT_MAX_AFTERPAD; return 0; } /*! * recogGetCharsetSize() * * Input: type (of charset) * Return: size of charset, or 0 if unknown or on error */ static l_int32 recogGetCharsetSize(l_int32 type) { PROCNAME("recogGetCharsetSize"); switch (type) { case L_UNKNOWN: return 0; case L_ARABIC_NUMERALS: return 10; case L_LC_ROMAN_NUMERALS: return 7; case L_UC_ROMAN_NUMERALS: return 7; case L_LC_ALPHA: return 26; case L_UC_ALPHA: return 26; default: L_ERROR("invalid charset_type %d\n", procName, type); return 0; } return 0; /* shouldn't happen */ } /*! * recogCharsetAvailable() * * Input: type (of charset for padding) * Return: 1 if available; 0 if not. */ static l_int32 recogCharsetAvailable(l_int32 type) { l_int32 ret; PROCNAME("recogCharsetAvailable"); switch (type) { case L_ARABIC_NUMERALS: ret = TRUE; break; case L_LC_ROMAN_NUMERALS: case L_UC_ROMAN_NUMERALS: case L_LC_ALPHA: case L_UC_ALPHA: L_INFO("charset type %d not available", procName, type); ret = FALSE; break; default: L_INFO("charset type %d is unknown", procName, type); ret = FALSE; break; } return ret; } /*------------------------------------------------------------------------* * Debugging * *------------------------------------------------------------------------*/ /*! * recogaShowContent() * * Input: stream * recoga * display (1 for showing template images, 0 otherwise) * Return: 0 if OK, 1 on error */ l_int32 recogaShowContent(FILE *fp, L_RECOGA *recoga, l_int32 display) { l_int32 i, n; L_RECOG *recog; PROCNAME("recogaShowContent"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!recoga) return ERROR_INT("recog not defined", procName, 1); if ((n = recogaGetCount(recoga)) == 0) return ERROR_INT("no recog found", procName, 1); fprintf(fp, "\nDebug print of recoga contents:\n"); for (i = 0; i < n; i++) { if ((recog = recogaGetRecog(recoga, i)) == NULL) { L_ERROR("recog %d not found!\n", procName, i); continue; } fprintf(fp, "\nRecog %d:\n", i); if (recog->train_done == FALSE) L_WARNING("training for recog %d is not finished\n", procName, i); recogShowContent(fp, recog, display); } return 0; } /*! * recogShowContent() * * Input: stream * recog * display (1 for showing template images, 0 otherwise) * Return: 0 if OK, 1 on error */ l_int32 recogShowContent(FILE *fp, L_RECOG *recog, l_int32 display) { l_int32 i, val, count; PIX *pix; NUMA *na; PROCNAME("recogShowContent"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!recog) return ERROR_INT("recog not defined", procName, 1); fprintf(fp, "Debug print of recog contents\n"); fprintf(fp, " Setsize: %d\n", recog->setsize); fprintf(fp, " Binarization threshold: %d\n", recog->threshold); fprintf(fp, " Maximum matching y-jiggle: %d\n", recog->maxyshift); if (recog->templ_type == L_USE_ALL) fprintf(fp, " Using all samples for matching\n"); else fprintf(fp, " Using averaged template for matching\n"); if (recog->scalew == 0) fprintf(fp, " No width scaling of templates\n"); else fprintf(fp, " Template width scaled to %d\n", recog->scalew); if (recog->scaleh == 0) fprintf(fp, " No height scaling of templates\n"); else fprintf(fp, " Template height scaled to %d\n", recog->scaleh); fprintf(fp, " Number of samples in each class:\n"); pixaaGetCount(recog->pixaa_u, &na); for (i = 0; i < recog->setsize; i++) { l_dnaGetIValue(recog->dna_tochar, i, &val); numaGetIValue(na, i, &count); if (val < 128) fprintf(fp, " class %d, char %c: %d\n", i, val, count); else fprintf(fp, " class %d, val %d: %d\n", i, val, count); } numaDestroy(&na); if (display) { pix = pixaaDisplayByPixa(recog->pixaa_u, 20, 20, 1000); pixDisplay(pix, 0, 0); pixDestroy(&pix); if (recog->train_done) { pix = pixaaDisplayByPixa(recog->pixaa, 20, 20, 1000); pixDisplay(pix, 800, 0); pixDestroy(&pix); } } return 0; } /*! * recogDebugAverages() * * Input: recog * debug (0 no output; 1 for images; 2 for text; 3 for both) * Return: 0 if OK, 1 on error * * Notes: * (1) Generates an image that pairs each of the input images used * in training with the average template that it is best * correlated to. This is written into the recog. * (2) It also generates pixa_tr of all the input training images, * which can be used, e.g., in recogShowMatchesInRange(). */ l_int32 recogDebugAverages(L_RECOG *recog, l_int32 debug) { l_int32 i, j, n, np, index; l_float32 score; PIX *pix1, *pix2, *pix3; PIXA *pixa, *pixat; PIXAA *paa1, *paa2; PROCNAME("recogDebugAverages"); if (!recog) return ERROR_INT("recog not defined", procName, 1); /* Mark the training as finished if necessary, and make sure * that the average templates have been built. */ recogAverageSamples(recog, 0); paa1 = recog->pixaa; /* Save a pixa of all the training examples */ if (!recog->pixa_tr) recog->pixa_tr = pixaaFlattenToPixa(paa1, NULL, L_CLONE); /* Destroy any existing image and make a new one */ if (recog->pixdb_ave) pixDestroy(&recog->pixdb_ave); n = pixaaGetCount(paa1, NULL); paa2 = pixaaCreate(n); for (i = 0; i < n; i++) { pixa = pixaCreate(0); pixat = pixaaGetPixa(paa1, i, L_CLONE); np = pixaGetCount(pixat); for (j = 0; j < np; j++) { pix1 = pixaaGetPix(paa1, i, j, L_CLONE); recogIdentifyPix(recog, pix1, &pix2); rchExtract(recog->rch, &index, &score, NULL, NULL, NULL, NULL, NULL); if (debug >= 2) fprintf(stderr, "index = %d, score = %7.3f\n", index, score); pix3 = pixAddBorder(pix2, 2, 1); pixaAddPix(pixa, pix3, L_INSERT); pixDestroy(&pix1); pixDestroy(&pix2); } pixaaAddPixa(paa2, pixa, L_INSERT); pixaDestroy(&pixat); } recog->pixdb_ave = pixaaDisplayByPixa(paa2, 20, 20, 2500); if (debug % 2) pixDisplay(recog->pixdb_ave, 100, 100); pixaaDestroy(&paa2); return 0; } /*! * recogShowAverageTemplates() * * Input: recog * Return: 0 on success, 1 on failure * * Notes: * (1) This debug routine generates a display of the averaged templates, * both scaled and unscaled, with the centroid visible in red. */ l_int32 recogShowAverageTemplates(L_RECOG *recog) { l_int32 i, size; l_float32 x, y; PIX *pix1, *pix2, *pixr; PIXA *pixat, *pixadb; PROCNAME("recogShowAverageTemplates"); if (!recog) return ERROR_INT("recog not defined", procName, 1); fprintf(stderr, "minwidth_u = %d, minheight_u = %d, maxheight_u = %d\n", recog->minwidth_u, recog->minheight_u, recog->maxheight_u); fprintf(stderr, "minw = %d, minh = %d, maxh = %d\n", recog->min_splitw, recog->min_splith, recog->max_splith); pixaDestroy(&recog->pixadb_ave); pixr = pixCreate(3, 3, 32); /* 3x3 red square for centroid location */ pixSetAllArbitrary(pixr, 0xff000000); pixadb = pixaCreate(2); /* Unscaled bitmaps */ size = recog->setsize; pixat = pixaCreate(size); for (i = 0; i < size; i++) { if ((pix1 = pixaGetPix(recog->pixa_u, i, L_CLONE)) == NULL) continue; pix2 = pixConvertTo32(pix1); ptaGetPt(recog->pta_u, i, &x, &y); pixRasterop(pix2, (l_int32)(x - 0.5), (l_int32)(y - 0.5), 3, 3, PIX_SRC, pixr, 0, 0); pixaAddPix(pixat, pix2, L_INSERT); pixDestroy(&pix1); } pix1 = pixaDisplayTiledInRows(pixat, 32, 3000, 1.0, 0, 20, 0); pixaAddPix(pixadb, pix1, L_INSERT); pixDisplay(pix1, 100, 100); pixaDestroy(&pixat); /* Scaled bitmaps */ pixat = pixaCreate(size); for (i = 0; i < size; i++) { if ((pix1 = pixaGetPix(recog->pixa, i, L_CLONE)) == NULL) continue; pix2 = pixConvertTo32(pix1); ptaGetPt(recog->pta, i, &x, &y); pixRasterop(pix2, (l_int32)(x - 0.5), (l_int32)(y - 0.5), 3, 3, PIX_SRC, pixr, 0, 0); pixaAddPix(pixat, pix2, L_INSERT); pixDestroy(&pix1); } pix1 = pixaDisplayTiledInRows(pixat, 32, 3000, 1.0, 0, 20, 0); pixaAddPix(pixadb, pix1, L_INSERT); pixDisplay(pix1, 100, 100); pixaDestroy(&pixat); pixDestroy(&pixr); recog->pixadb_ave = pixadb; return 0; } /*! * recogShowMatchesInRange() * * Input: recog * pixa (of 1 bpp images to match) * minscore, maxscore (range to include output) * display (to display the result) * Return: 0 if OK, 1 on error * * Notes: * (1) This gives a visual output of the best matches for a given * range of scores. Each pair of images can optionally be * labelled with the index of the best match and the correlation. * If the bmf has been previously made, it will be used here. * (2) To use this, save a set of 1 bpp images (labelled or * unlabelled) that can be given to a recognizer in a pixa. * Then call this function with the pixa and parameters * to filter a range of score. */ l_int32 recogShowMatchesInRange(L_RECOG *recog, PIXA *pixa, l_float32 minscore, l_float32 maxscore, l_int32 display) { l_int32 i, n, index, depth; l_float32 score; NUMA *nascore, *naindex; PIX *pix1, *pix2; PIXA *pixa1, *pixa2; PROCNAME("recogShowMatchesInRange"); if (!recog) return ERROR_INT("recog not defined", procName, 1); if (!pixa) return ERROR_INT("pixa not defined", procName, 1); /* Run the recognizer on the set of images */ n = pixaGetCount(pixa); nascore = numaCreate(n); naindex = numaCreate(n); pixa1 = pixaCreate(n); for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixa, i, L_CLONE); recogIdentifyPix(recog, pix1, &pix2); rchExtract(recog->rch, &index, &score, NULL, NULL, NULL, NULL, NULL); numaAddNumber(nascore, score); numaAddNumber(naindex, index); pixaAddPix(pixa1, pix2, L_INSERT); pixDestroy(&pix1); } /* Filter the set and optionally add text to each */ pixa2 = pixaCreate(n); depth = 1; for (i = 0; i < n; i++) { numaGetFValue(nascore, i, &score); if (score < minscore || score > maxscore) continue; pix1 = pixaGetPix(pixa1, i, L_CLONE); numaGetIValue(naindex, i, &index); pix2 = recogShowMatch(recog, pix1, NULL, NULL, index, score); if (i == 0) depth = pixGetDepth(pix2); pixaAddPix(pixa2, pix2, L_INSERT); pixDestroy(&pix1); } /* Package it up */ pixDestroy(&recog->pixdb_range); if (pixaGetCount(pixa2) > 0) { recog->pixdb_range = pixaDisplayTiledInRows(pixa2, depth, 2500, 1.0, 0, 20, 1); if (display) pixDisplay(recog->pixdb_range, 300, 100); } else { L_INFO("no character matches in the range of scores\n", procName); } pixaDestroy(&pixa1); pixaDestroy(&pixa2); numaDestroy(&nascore); numaDestroy(&naindex); return 0; } /*! * recogShowMatch() * * Input: recog * pix1 (input pix; several possibilities) * pix2 ( matching template) * box ( region in pix1 for which pix2 matches) * index (index of matching template; use -1 to disable printing) * score (score of match) * Return: pixd (pair of images, showing input pix and best template), * or null on error. * * Notes: * (1) pix1 can be one of these: * (a) The input pix alone, which can be either a single character * (box == NULL) or several characters that need to be * segmented. If more than character is present, the box * region is displayed with an outline. * (b) Both the input pix and the matching template. In this case, * pix2 and box will both be null. * (2) If the bmf has been made (by a call to recogMakeBmf()) * and the index >= 0, the index and score will be rendered; * otherwise their values will be ignored. */ PIX * recogShowMatch(L_RECOG *recog, PIX *pix1, PIX *pix2, BOX *box, l_int32 index, l_float32 score) { char buf[32]; L_BMF *bmf; PIX *pix3, *pix4, *pix5, *pixd; PIXA *pixa; PROCNAME("recogShowMatch"); if (!recog) return (PIX *)ERROR_PTR("recog not defined", procName, NULL); if (!pix1) return (PIX *)ERROR_PTR("pix1 not defined", procName, NULL); bmf = (recog->bmf && index >= 0) ? recog->bmf : NULL; if (!pix2 && !box && !bmf) /* nothing to do */ return pixCopy(NULL, pix1); pix3 = pixConvertTo32(pix1); if (box) pixRenderBoxArb(pix3, box, 1, 255, 0, 0); if (pix2) { pixa = pixaCreate(2); pixaAddPix(pixa, pix3, L_CLONE); pixaAddPix(pixa, pix2, L_CLONE); pix4 = pixaDisplayTiledInRows(pixa, 1, 500, 1.0, 0, 15, 0); pixaDestroy(&pixa); } else { pix4 = pixCopy(NULL, pix3); } pixDestroy(&pix3); if (bmf) { pix5 = pixAddBorderGeneral(pix4, 55, 55, 0, 0, 0xffffff00); snprintf(buf, sizeof(buf), "I = %d, S = %4.3f", index, score); pixd = pixAddSingleTextblock(pix5, bmf, buf, 0xff000000, L_ADD_BELOW, NULL); pixDestroy(&pix5); } else { pixd = pixClone(pix4); } pixDestroy(&pix4); return pixd; } /*! * recogMakeBmf() * * Input: recog * fontdir (for bitmap fonts; typically "fonts") * size (of font; even integer between 4 and 20; default is 6) * Return: 0 if OK, 1 on error * * Notes: * (1) This can be used to (re)set the size of the font used for * debug labelling. */ l_int32 recogMakeBmf(L_RECOG *recog, const char *fontdir, l_int32 size) { PROCNAME("recogMakeBmf"); if (!recog || !fontdir) return ERROR_INT("recog and fontdir not both defined", procName, 1); if (size < 4 || size > 20 || (size % 2)) size = 6; if (size == recog->bmf_size) return 0; /* no change */ bmfDestroy(&recog->bmf); recog->bmf = bmfCreate(fontdir, size); recog->bmf_size = size; return 0; } /*------------------------------------------------------------------------* * Static helpers * *------------------------------------------------------------------------*/ static char * l_charToString(char byte) { char *str; str = (char *)CALLOC(2, sizeof(char)); str[0] = byte; return str; } /* * debugAddImage1() * * Input: pixa1 ( for accumulating pairs of images * pix1, pix2 * bmf * score (rendered using the bmf) * Return: void * * Notes: * (1) If pixa1 is NULL, do nothing. Otherwise, we add a pair of * images with a score. This is accumulated for each * corresponding class templates in the two recog. */ static void debugAddImage1(PIXA *pixa1, PIX *pix1, PIX *pix2, L_BMF *bmf, l_float32 score) { char buf[16]; PIX *pix3, *pix4, *pix5; PIXA *pixa2; if (!pixa1) return; pixa2 = pixaCreate(2); pix3 = pixAddBorder(pix1, 5, 0); pixaAddPix(pixa2, pix3, L_INSERT); pix3 = pixAddBorder(pix2, 5, 0); pixaAddPix(pixa2, pix3, L_INSERT); pix4 = pixaDisplayTiledInRows(pixa2, 32, 1000, 1.0, 0, 20, 2); snprintf(buf, sizeof(buf), "%5.3f", score); pix5 = pixAddSingleTextline(pix4, bmf, buf, 0xff000000, L_ADD_BELOW); pixaAddPix(pixa1, pix5, L_INSERT); pixDestroy(&pix4); pixaDestroy(&pixa2); return; } /* * debugAddImage2() * * Input: &pixadb ( * pixa1 ( accumulated pairs of images) * bmf * index (of recog in recoga) * Return: void * * Notes: * (1) If pixa1 is NULL, do nothing. * (2) If this is the first time this function is called, then * *ppixadb == NULL, so we create pixadb (storing the ptr at ppixadb). * (3) Display pixa1 into a pix and add to pixadb. * (4) Subsequent calls, for different recognizers that could be used * for augmenting the instances, add to pixadb. */ static void debugAddImage2(PIXA **ppixadb, PIXA *pixa1, L_BMF *bmf, l_int32 index) { char buf[16]; PIX *pix1, *pix2, *pix3, *pix4; if (!pixa1) return; if (ppixadb == NULL) { L_ERROR("@pixadb is NULL; shouldn't happen!\n", "debugAddImage2"); return; } if (*ppixadb == NULL) *ppixadb = pixaCreate(0); pix1 = pixaDisplayTiledInRows(pixa1, 32, 2000, 1.0, 0, 20, 0); snprintf(buf, sizeof(buf), "Recog %d", index); pix2 = pixAddSingleTextline(pix1, bmf, buf, 0xff000000, L_ADD_BELOW); pix3 = pixAddBorder(pix2, 5, 0); pix4 = pixAddBorder(pix3, 2, 1); pixaAddPix(*ppixadb, pix4, L_INSERT); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); return; } leptonica-1.70/src/bbuffer.h0000644000175000017500000000510512270566061014066 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ #ifndef LEPTONICA_BBUFFER_H #define LEPTONICA_BBUFFER_H /* * bbuffer.h * * Expandable byte buffer for reading data in from memory and * writing data out to other memory. * * This implements a queue of bytes, so data read in is put * on the "back" of the queue (i.e., the end of the byte array) * and data written out is taken from the "front" of the queue * (i.e., from an index marker "nwritten" that is initially set at * the beginning of the array.) As usual with expandable * arrays, we keep the size of the allocated array and the * number of bytes that have been read into the array. * * For implementation details, see bbuffer.c. */ struct ByteBuffer { l_int32 nalloc; /* size of allocated byte array */ l_int32 n; /* number of bytes read into to the array */ l_int32 nwritten; /* number of bytes written from the array */ l_uint8 *array; /* byte array */ }; typedef struct ByteBuffer BBUFFER; #endif /* LEPTONICA_BBUFFER_H */ leptonica-1.70/src/imageio.h0000664000175000017500000001674312262317771014104 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ #ifndef LEPTONICA_IMAGEIO_H #define LEPTONICA_IMAGEIO_H /* ------------------ Image file format types -------------- */ /* * The IFF_DEFAULT flag is used to write the file out in the * same (input) file format that the pix was read from. If the pix * was not read from file, the input format field will be * IFF_UNKNOWN and the output file format will be chosen to * be compressed and lossless; namely, IFF_TIFF_G4 for d = 1 * and IFF_PNG for everything else. IFF_JP2 is for jpeg2000, which * is not supported in leptonica. * * In the future, new format types that have defined extensions * will be added before IFF_DEFAULT, and will be kept in sync with * the file format extensions in writefile.c. The positions of * file formats before IFF_DEFAULT will remain invariant. */ enum { IFF_UNKNOWN = 0, IFF_BMP = 1, IFF_JFIF_JPEG = 2, IFF_PNG = 3, IFF_TIFF = 4, IFF_TIFF_PACKBITS = 5, IFF_TIFF_RLE = 6, IFF_TIFF_G3 = 7, IFF_TIFF_G4 = 8, IFF_TIFF_LZW = 9, IFF_TIFF_ZIP = 10, IFF_PNM = 11, IFF_PS = 12, IFF_GIF = 13, IFF_JP2 = 14, IFF_WEBP = 15, IFF_LPDF = 16, IFF_DEFAULT = 17, IFF_SPIX = 18 }; /* ---------------------- Format header ids --------------------- */ enum { BMP_ID = 0x4d42, TIFF_BIGEND_ID = 0x4d4d, /* MM - for 'motorola' */ TIFF_LITTLEEND_ID = 0x4949 /* II - for 'intel' */ }; /* ------------------ Gray hinting in jpeg reader --------------- */ enum { L_HINT_GRAY = 1, /* only want grayscale information */ }; /* ------------------ Pdf formated encoding types --------------- */ enum { L_JPEG_ENCODE = 1, /* use dct encoding: 8 and 32 bpp, no cmap */ L_G4_ENCODE = 2, /* use ccitt g4 fax encoding: 1 bpp */ L_FLATE_ENCODE = 3, /* use flate encoding: any depth, cmap ok */ L_JP2K_ENCODE = 4 /* use jp2k encoding: 8 and 32 bpp, no cmap */ }; /* ------------------ Compressed image data --------------------- */ /* * In use, either datacomp or data85 will be produced, depending * on whether the data needs to be ascii85 encoded. PostScript * requires ascii85 encoding; pdf does not. * * For the colormap (flate compression only), PostScript uses ascii85 * encoding and pdf uses a bracketed array of space-separated * hex-encoded rgb triples. Only tiff g4 (type == L_G4_ENCODE) uses * the minisblack field. */ struct L_Compressed_Data { l_int32 type; /* encoding type: L_JPEG_ENCODE, etc */ l_uint8 *datacomp; /* gzipped raster data */ size_t nbytescomp; /* number of compressed bytes */ char *data85; /* ascii85-encoded gzipped raster data */ size_t nbytes85; /* number of ascii85 encoded bytes */ char *cmapdata85; /* ascii85-encoded uncompressed cmap */ char *cmapdatahex; /* hex pdf array for the cmap */ l_int32 ncolors; /* number of colors in cmap */ l_int32 w; /* image width */ l_int32 h; /* image height */ l_int32 bps; /* bits/sample; typ. 1, 2, 4 or 8 */ l_int32 spp; /* samples/pixel; typ. 1 or 3 */ l_int32 minisblack; /* tiff g4 photometry */ size_t nbytes; /* number of uncompressed raster bytes */ l_int32 res; /* resolution (ppi) */ }; typedef struct L_Compressed_Data L_COMP_DATA; /* ------------------------ Pdf multi-image flags ------------------------ */ enum { L_FIRST_IMAGE = 1, /* first image to be used */ L_NEXT_IMAGE = 2, /* intermediate image; not first or last */ L_LAST_IMAGE = 3 /* last image to be used */ }; /* ------------------ Intermediate pdf generation data -------------------- */ /* * This accumulates data for generating a pdf of a single page consisting * of an arbitrary number of images. * * None of the strings have a trailing newline. */ struct L_Pdf_Data { char *title; /* optional title for pdf */ l_int32 n; /* number of images */ l_int32 ncmap; /* number of colormaps */ struct L_Ptra *cida; /* array of compressed image data */ char *id; /* %PDF-1.2 id string */ char *obj1; /* catalog string */ char *obj2; /* metadata string */ char *obj3; /* pages string */ char *obj4; /* page string (variable data) */ char *obj5; /* content string (variable data) */ char *poststream; /* post-binary-stream string */ char *trailer; /* trailer string (variable data) */ struct Pta *xy; /* store (xpt, ypt) array */ struct Pta *wh; /* store (wpt, hpt) array */ struct Box *mediabox; /* bounding region for all images */ struct Sarray *saprex; /* pre-binary-stream xobject strings */ struct Sarray *sacmap; /* colormap pdf object strings */ struct L_Dna *objsize; /* sizes of each pdf string object */ struct L_Dna *objloc; /* location of each pdf string object */ l_int32 xrefloc; /* location of xref */ }; typedef struct L_Pdf_Data L_PDF_DATA; #endif /* LEPTONICA_IMAGEIO_H */ leptonica-1.70/src/edge.c0000664000175000017500000005526712237462462013375 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * edge.c * * Sobel edge detecting filter * PIX *pixSobelEdgeFilter() * * Two-sided edge gradient filter * PIX *pixTwoSidedEdgeFilter() * * Measurement of edge smoothness * l_int32 pixMeasureEdgeSmoothness() * NUMA *pixGetEdgeProfile() * l_int32 pixGetLastOffPixelInRun() * l_int32 pixGetLastOnPixelInRun() * * * The Sobel edge detector uses these two simple gradient filters. * * 1 2 1 1 0 -1 * 0 0 0 2 0 -2 * -1 -2 -1 1 0 -1 * * (horizontal) (vertical) * * To use both the vertical and horizontal filters, set the orientation * flag to L_ALL_EDGES; this sums the abs. value of their outputs, * clipped to 255. * * See comments below for displaying the resulting image with * the edges dark, both for 8 bpp and 1 bpp. */ #include "allheaders.h" /*----------------------------------------------------------------------* * Sobel edge detecting filter * *----------------------------------------------------------------------*/ /*! * pixSobelEdgeFilter() * * Input: pixs (8 bpp; no colormap) * orientflag (L_HORIZONTAL_EDGES, L_VERTICAL_EDGES, L_ALL_EDGES) * Return: pixd (8 bpp, edges are brighter), or null on error * * Notes: * (1) Invert pixd to see larger gradients as darker (grayscale). * (2) To generate a binary image of the edges, threshold * the result using pixThresholdToBinary(). If the high * edge values are to be fg (1), invert after running * pixThresholdToBinary(). * (3) Label the pixels as follows: * 1 4 7 * 2 5 8 * 3 6 9 * Read the data incrementally across the image and unroll * the loop. * (4) This runs at about 45 Mpix/sec on a 3 GHz processor. */ PIX * pixSobelEdgeFilter(PIX *pixs, l_int32 orientflag) { l_int32 w, h, d, i, j, wplt, wpld, gx, gy, vald; l_int32 val1, val2, val3, val4, val5, val6, val7, val8, val9; l_uint32 *datat, *linet, *datad, *lined; PIX *pixt, *pixd; PROCNAME("pixSobelEdgeFilter"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (orientflag != L_HORIZONTAL_EDGES && orientflag != L_VERTICAL_EDGES && orientflag != L_ALL_EDGES) return (PIX *)ERROR_PTR("invalid orientflag", procName, NULL); /* Add 1 pixel (mirrored) to each side of the image. */ if ((pixt = pixAddMirroredBorder(pixs, 1, 1, 1, 1)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); /* Compute filter output at each location. */ pixd = pixCreateTemplate(pixs); datat = pixGetData(pixt); wplt = pixGetWpl(pixt); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { linet = datat + i * wplt; lined = datad + i * wpld; for (j = 0; j < w; j++) { if (j == 0) { /* start a new row */ val1 = GET_DATA_BYTE(linet, j); val2 = GET_DATA_BYTE(linet + wplt, j); val3 = GET_DATA_BYTE(linet + 2 * wplt, j); val4 = GET_DATA_BYTE(linet, j + 1); val5 = GET_DATA_BYTE(linet + wplt, j + 1); val6 = GET_DATA_BYTE(linet + 2 * wplt, j + 1); val7 = GET_DATA_BYTE(linet, j + 2); val8 = GET_DATA_BYTE(linet + wplt, j + 2); val9 = GET_DATA_BYTE(linet + 2 * wplt, j + 2); } else { /* shift right by 1 pixel; update incrementally */ val1 = val4; val2 = val5; val3 = val6; val4 = val7; val5 = val8; val6 = val9; val7 = GET_DATA_BYTE(linet, j + 2); val8 = GET_DATA_BYTE(linet + wplt, j + 2); val9 = GET_DATA_BYTE(linet + 2 * wplt, j + 2); } if (orientflag == L_HORIZONTAL_EDGES) vald = L_ABS(val1 + 2 * val4 + val7 - val3 - 2 * val6 - val9) >> 3; else if (orientflag == L_VERTICAL_EDGES) vald = L_ABS(val1 + 2 * val2 + val3 - val7 - 2 * val8 - val9) >> 3; else { /* L_ALL_EDGES */ gx = L_ABS(val1 + 2 * val2 + val3 - val7 - 2 * val8 - val9) >> 3; gy = L_ABS(val1 + 2 * val4 + val7 - val3 - 2 * val6 - val9) >> 3; vald = L_MIN(255, gx + gy); } SET_DATA_BYTE(lined, j, vald); } } pixDestroy(&pixt); return pixd; } /*----------------------------------------------------------------------* * Two-sided edge gradient filter * *----------------------------------------------------------------------*/ /*! * pixTwoSidedEdgeFilter() * * Input: pixs (8 bpp; no colormap) * orientflag (L_HORIZONTAL_EDGES, L_VERTICAL_EDGES) * Return: pixd (8 bpp, edges are brighter), or null on error * * Notes: * (1) For detecting vertical edges, this considers the * difference of the central pixel from those on the left * and right. For situations where the gradient is the same * sign on both sides, this computes and stores the minimum * (absolute value of the) difference. The reason for * checking the sign is that we are looking for pixels within * a transition. By contrast, for single pixel noise, the pixel * value is either larger than or smaller than its neighbors, * so the gradient would change direction on each side. Horizontal * edges are handled similarly, looking for vertical gradients. * (2) To generate a binary image of the edges, threshold * the result using pixThresholdToBinary(). If the high * edge values are to be fg (1), invert after running * pixThresholdToBinary(). * (3) This runs at about 60 Mpix/sec on a 3 GHz processor. * It is about 30% faster than Sobel, and the results are * similar. */ PIX * pixTwoSidedEdgeFilter(PIX *pixs, l_int32 orientflag) { l_int32 w, h, d, i, j, wpls, wpld; l_int32 cval, rval, bval, val, lgrad, rgrad, tgrad, bgrad; l_uint32 *datas, *lines, *datad, *lined; PIX *pixd; PROCNAME("pixTwoSidedEdgeFilter"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (orientflag != L_HORIZONTAL_EDGES && orientflag != L_VERTICAL_EDGES) return (PIX *)ERROR_PTR("invalid orientflag", procName, NULL); pixd = pixCreateTemplate(pixs); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); if (orientflag == L_VERTICAL_EDGES) { for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; cval = GET_DATA_BYTE(lines, 1); lgrad = cval - GET_DATA_BYTE(lines, 0); for (j = 1; j < w - 1; j++) { rval = GET_DATA_BYTE(lines, j + 1); rgrad = rval - cval; if (lgrad * rgrad > 0) { if (lgrad < 0) val = -L_MAX(lgrad, rgrad); else val = L_MIN(lgrad, rgrad); SET_DATA_BYTE(lined, j, val); } lgrad = rgrad; cval = rval; } } } else { /* L_HORIZONTAL_EDGES) */ for (j = 0; j < w; j++) { lines = datas + wpls; cval = GET_DATA_BYTE(lines, j); /* for line 1 */ tgrad = cval - GET_DATA_BYTE(datas, j); for (i = 1; i < h - 1; i++) { lines += wpls; /* for line i + 1 */ lined = datad + i * wpld; bval = GET_DATA_BYTE(lines, j); bgrad = bval - cval; if (tgrad * bgrad > 0) { if (tgrad < 0) val = -L_MAX(tgrad, bgrad); else val = L_MIN(tgrad, bgrad); SET_DATA_BYTE(lined, j, val); } tgrad = bgrad; cval = bval; } } } return pixd; } /*----------------------------------------------------------------------* * Measurement of edge smoothness * *----------------------------------------------------------------------*/ /*! * pixMeasureEdgeSmoothness() * * Input: pixs (1 bpp) * side (L_FROM_LEFT, L_FROM_RIGHT, L_FROM_TOP, L_FROM_BOT) * minjump (minimum jump to be counted; >= 1) * minreversal (minimum reversal size for new peak or valley) * &jpl ( jumps/length: number of jumps, * normalized to length of component side) * &jspl ( jumpsum/length: sum of all * sufficiently large jumps, normalized to length * of component side) * &rpl ( reversals/length: number of * peak-to-valley or valley-to-peak reversals, * normalized to length of component side) * debugfile ( displays constructed edge; use NULL * for no output) * Return: 0 if OK, 1 on error * * Notes: * (1) This computes three measures of smoothness of the edge of a * connected component: * * jumps/length: (jpl) the number of jumps of size >= @minjump, * normalized to the length of the side * * jump sum/length: (jspl) the sum of all jump lengths of * size >= @minjump, normalized to the length of the side * * reversals/length: (rpl) the number of peak <--> valley * reversals, using @minreverse as a minimum deviation of * the peak or valley from its preceeding extremum, * normalized to the length of the side * (2) The input pix should be a single connected component, but * this is not required. */ l_int32 pixMeasureEdgeSmoothness(PIX *pixs, l_int32 side, l_int32 minjump, l_int32 minreversal, l_float32 *pjpl, l_float32 *pjspl, l_float32 *prpl, const char *debugfile) { l_int32 i, n, val, nval, diff, njumps, jumpsum, nreversal; NUMA *na, *nae; PROCNAME("pixMeasureEdgeSmoothness"); if (pjpl) *pjpl = 0.0; if (pjspl) *pjspl = 0.0; if (prpl) *prpl = 0.0; if (!pjpl && !pjspl && !prpl && !debugfile) return ERROR_INT("no output requested", procName, 1); if (!pixs || pixGetDepth(pixs) != 1) return ERROR_INT("pixs not defined or not 1 bpp", procName, 1); if (side != L_FROM_LEFT && side != L_FROM_RIGHT && side != L_FROM_TOP && side != L_FROM_BOT) return ERROR_INT("invalid side", procName, 1); if (minjump < 1) return ERROR_INT("invalid minjump; must be >= 1", procName, 1); if (minreversal < 1) return ERROR_INT("invalid minreversal; must be >= 1", procName, 1); if ((na = pixGetEdgeProfile(pixs, side, debugfile)) == NULL) return ERROR_INT("edge profile not made", procName, 1); if ((n = numaGetCount(na)) < 2) { numaDestroy(&na); return 0; } if (pjpl || pjspl) { jumpsum = 0; njumps = 0; numaGetIValue(na, 0, &val); for (i = 1; i < n; i++) { numaGetIValue(na, i, &nval); diff = L_ABS(nval - val); if (diff >= minjump) { njumps++; jumpsum += diff; } val = nval; } if (pjpl) *pjpl = (l_float32)njumps / (l_float32)(n - 1); if (pjspl) *pjspl = (l_float32)jumpsum / (l_float32)(n - 1); } if (prpl) { nae = numaFindExtrema(na, minreversal); nreversal = numaGetCount(nae) - 1; *prpl = (l_float32)nreversal / (l_float32)(n - 1); numaDestroy(&nae); } numaDestroy(&na); return 0; } /*! * pixGetEdgeProfile() * * Input: pixs (1 bpp) * side (L_FROM_LEFT, L_FROM_RIGHT, L_FROM_TOP, L_FROM_BOT) * debugfile ( displays constructed edge; use NULL * for no output) * Return: na (of fg edge pixel locations), or null on error */ NUMA * pixGetEdgeProfile(PIX *pixs, l_int32 side, const char *debugfile) { l_int32 x, y, w, h, loc, index, ival; l_uint32 val; NUMA *na; PIX *pixt; PIXCMAP *cmap; PROCNAME("pixGetEdgeProfile"); if (!pixs || pixGetDepth(pixs) != 1) return (NUMA *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); if (side != L_FROM_LEFT && side != L_FROM_RIGHT && side != L_FROM_TOP && side != L_FROM_BOT) return (NUMA *)ERROR_PTR("invalid side", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); if (side == L_FROM_LEFT || side == L_FROM_RIGHT) na = numaCreate(h); else na = numaCreate(w); if (side == L_FROM_LEFT) { pixGetLastOffPixelInRun(pixs, 0, 0, L_FROM_LEFT, &loc); loc = (loc == w - 1) ? 0 : loc + 1; /* back to the left edge */ numaAddNumber(na, loc); for (y = 1; y < h; y++) { pixGetPixel(pixs, loc, y, &val); if (val == 1) { pixGetLastOnPixelInRun(pixs, loc, y, L_FROM_RIGHT, &loc); } else { pixGetLastOffPixelInRun(pixs, loc, y, L_FROM_LEFT, &loc); loc = (loc == w - 1) ? 0 : loc + 1; } numaAddNumber(na, loc); } } else if (side == L_FROM_RIGHT) { pixGetLastOffPixelInRun(pixs, w - 1, 0, L_FROM_RIGHT, &loc); loc = (loc == 0) ? w - 1 : loc - 1; /* back to the right edge */ numaAddNumber(na, loc); for (y = 1; y < h; y++) { pixGetPixel(pixs, loc, y, &val); if (val == 1) { pixGetLastOnPixelInRun(pixs, loc, y, L_FROM_LEFT, &loc); } else { pixGetLastOffPixelInRun(pixs, loc, y, L_FROM_RIGHT, &loc); loc = (loc == 0) ? w - 1 : loc - 1; } numaAddNumber(na, loc); } } else if (side == L_FROM_TOP) { pixGetLastOffPixelInRun(pixs, 0, 0, L_FROM_TOP, &loc); loc = (loc == h - 1) ? 0 : loc + 1; /* back to the top edge */ numaAddNumber(na, loc); for (x = 1; x < w; x++) { pixGetPixel(pixs, x, loc, &val); if (val == 1) { pixGetLastOnPixelInRun(pixs, x, loc, L_FROM_BOT, &loc); } else { pixGetLastOffPixelInRun(pixs, x, loc, L_FROM_TOP, &loc); loc = (loc == h - 1) ? 0 : loc + 1; } numaAddNumber(na, loc); } } else { /* side == L_FROM_BOT */ pixGetLastOffPixelInRun(pixs, 0, h - 1, L_FROM_BOT, &loc); loc = (loc == 0) ? h - 1 : loc - 1; /* back to the bottom edge */ numaAddNumber(na, loc); for (x = 1; x < w; x++) { pixGetPixel(pixs, x, loc, &val); if (val == 1) { pixGetLastOnPixelInRun(pixs, x, loc, L_FROM_TOP, &loc); } else { pixGetLastOffPixelInRun(pixs, x, loc, L_FROM_BOT, &loc); loc = (loc == 0) ? h - 1 : loc - 1; } numaAddNumber(na, loc); } } if (debugfile) { pixt = pixConvertTo8(pixs, TRUE); cmap = pixGetColormap(pixt); pixcmapAddColor(cmap, 255, 0, 0); index = pixcmapGetCount(cmap) - 1; if (side == L_FROM_LEFT || side == L_FROM_RIGHT) { for (y = 0; y < h; y++) { numaGetIValue(na, y, &ival); pixSetPixel(pixt, ival, y, index); } } else { /* L_FROM_TOP or L_FROM_BOT */ for (x = 0; x < w; x++) { numaGetIValue(na, x, &ival); pixSetPixel(pixt, x, ival, index); } } pixWrite(debugfile, pixt, IFF_PNG); pixDestroy(&pixt); } return na; } /* * pixGetLastOffPixelInRun() * * Input: pixs (1 bpp) * x, y (starting location) * direction (L_FROM_LEFT, L_FROM_RIGHT, L_FROM_TOP, L_FROM_BOT) * &loc ( location in scan direction coordinate * of last OFF pixel found) * Return: na (of fg edge pixel locations), or null on error * * Notes: * (1) Search starts from the pixel at (x, y), which is OFF. * (2) It returns the location in the scan direction of the last * pixel in the current run that is OFF. * (3) The interface for these pixel run functions is cleaner when * you ask for the last pixel in the current run, rather than the * first pixel of opposite polarity that is found, because the * current run may go to the edge of the image, in which case * no pixel of opposite polarity is found. */ l_int32 pixGetLastOffPixelInRun(PIX *pixs, l_int32 x, l_int32 y, l_int32 direction, l_int32 *ploc) { l_int32 loc, w, h; l_uint32 val; PROCNAME("pixGetLastOffPixelInRun"); if (!ploc) return ERROR_INT("&loc not defined", procName, 1); *ploc = 0; if (!pixs || pixGetDepth(pixs) != 1) return ERROR_INT("pixs undefined or not 1 bpp", procName, 1); if (direction != L_FROM_LEFT && direction != L_FROM_RIGHT && direction != L_FROM_TOP && direction != L_FROM_BOT) return ERROR_INT("invalid side", procName, 1); pixGetDimensions(pixs, &w, &h, NULL); if (direction == L_FROM_LEFT) { for (loc = x; loc < w; loc++) { pixGetPixel(pixs, loc, y, &val); if (val == 1) break; } *ploc = loc - 1; } else if (direction == L_FROM_RIGHT) { for (loc = x; loc >= 0; loc--) { pixGetPixel(pixs, loc, y, &val); if (val == 1) break; } *ploc = loc + 1; } else if (direction == L_FROM_TOP) { for (loc = y; loc < h; loc++) { pixGetPixel(pixs, x, loc, &val); if (val == 1) break; } *ploc = loc - 1; } else if (direction == L_FROM_BOT) { for (loc = y; loc >= 0; loc--) { pixGetPixel(pixs, x, loc, &val); if (val == 1) break; } *ploc = loc + 1; } return 0; } /* * pixGetLastOnPixelInRun() * * Input: pixs (1 bpp) * x, y (starting location) * direction (L_FROM_LEFT, L_FROM_RIGHT, L_FROM_TOP, L_FROM_BOT) * &loc ( location in scan direction coordinate * of first ON pixel found) * Return: na (of fg edge pixel locations), or null on error * * Notes: * (1) Search starts from the pixel at (x, y), which is ON. * (2) It returns the location in the scan direction of the last * pixel in the current run that is ON. */ l_int32 pixGetLastOnPixelInRun(PIX *pixs, l_int32 x, l_int32 y, l_int32 direction, l_int32 *ploc) { l_int32 loc, w, h; l_uint32 val; PROCNAME("pixLastOnPixelInRun"); if (!ploc) return ERROR_INT("&loc not defined", procName, 1); *ploc = 0; if (!pixs || pixGetDepth(pixs) != 1) return ERROR_INT("pixs undefined or not 1 bpp", procName, 1); if (direction != L_FROM_LEFT && direction != L_FROM_RIGHT && direction != L_FROM_TOP && direction != L_FROM_BOT) return ERROR_INT("invalid side", procName, 1); pixGetDimensions(pixs, &w, &h, NULL); if (direction == L_FROM_LEFT) { for (loc = x; loc < w; loc++) { pixGetPixel(pixs, loc, y, &val); if (val == 0) break; } *ploc = loc - 1; } else if (direction == L_FROM_RIGHT) { for (loc = x; loc >= 0; loc--) { pixGetPixel(pixs, loc, y, &val); if (val == 0) break; } *ploc = loc + 1; } else if (direction == L_FROM_TOP) { for (loc = y; loc < h; loc++) { pixGetPixel(pixs, x, loc, &val); if (val == 0) break; } *ploc = loc - 1; } else if (direction == L_FROM_BOT) { for (loc = y; loc >= 0; loc--) { pixGetPixel(pixs, x, loc, &val); if (val == 0) break; } *ploc = loc + 1; } return 0; } leptonica-1.70/src/jpegiostub.c0000644000175000017500000001324412154432452014621 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * jpegiostub.c * * Stubs for jpegio.c functions */ #include "allheaders.h" #ifdef HAVE_CONFIG_H #include "config_auto.h" #endif /* HAVE_CONFIG_H */ /* --------------------------------------------*/ #if !HAVE_LIBJPEG /* defined in environ.h */ /* --------------------------------------------*/ PIX * pixReadJpeg(const char *filename, l_int32 cmflag, l_int32 reduction, l_int32 *pnwarn) { return (PIX * )ERROR_PTR("function not present", "pixReadJpeg", NULL); } /* ----------------------------------------------------------------------*/ PIX * pixReadStreamJpeg(FILE *fp, l_int32 cmflag, l_int32 reduction, l_int32 *pnwarn, l_int32 hint) { return (PIX * )ERROR_PTR("function not present", "pixReadStreamJpeg", NULL); } /* ----------------------------------------------------------------------*/ l_int32 readHeaderJpeg(const char *filename, l_int32 *pw, l_int32 *ph, l_int32 *pspp, l_int32 *pycck, l_int32 *pcmyk) { return ERROR_INT("function not present", "readHeaderJpeg", 1); } /* ----------------------------------------------------------------------*/ l_int32 freadHeaderJpeg(FILE *fp, l_int32 *pw, l_int32 *ph, l_int32 *pspp, l_int32 *pycck, l_int32 *pcmyk) { return ERROR_INT("function not present", "freadHeaderJpeg", 1); } /* ----------------------------------------------------------------------*/ l_int32 fgetJpegResolution(FILE *fp, l_int32 *pxres, l_int32 *pyres) { return ERROR_INT("function not present", "fgetJpegResolution", 1); } /* ----------------------------------------------------------------------*/ l_int32 fgetJpegComment(FILE *fp, l_uint8 **pcomment) { return ERROR_INT("function not present", "fgetJpegComment", 1); } /* ----------------------------------------------------------------------*/ l_int32 pixWriteJpeg(const char *filename, PIX *pix, l_int32 quality, l_int32 progressive) { return ERROR_INT("function not present", "pixWriteJpeg", 1); } /* ----------------------------------------------------------------------*/ l_int32 pixWriteStreamJpeg(FILE *fp, PIX *pix, l_int32 quality, l_int32 progressive) { return ERROR_INT("function not present", "pixWriteStreamJpeg", 1); } /* ----------------------------------------------------------------------*/ PIX * pixReadMemJpeg(const l_uint8 *cdata, size_t size, l_int32 cmflag, l_int32 reduction, l_int32 *pnwarn, l_int32 hint) { return (PIX * )ERROR_PTR("function not present", "pixReadMemJpeg", NULL); } /* ----------------------------------------------------------------------*/ l_int32 readHeaderMemJpeg(const l_uint8 *cdata, size_t size, l_int32 *pw, l_int32 *ph, l_int32 *pspp, l_int32 *pycck, l_int32 *pcmyk) { return ERROR_INT("function not present", "readHeaderMemJpeg", 1); } /* ----------------------------------------------------------------------*/ l_int32 pixWriteMemJpeg(l_uint8 **pdata, size_t *psize, PIX *pix, l_int32 quality, l_int32 progressive) { return ERROR_INT("function not present", "pixWriteMemJpeg", 1); } /* ----------------------------------------------------------------------*/ l_int32 pixSetChromaSampling(PIX *pix, l_int32 sampling) { return ERROR_INT("function not present", "pixSetChromaSampling", 1); } /* ----------------------------------------------------------------------*/ l_int32 extractJpegDataFromFile(const char *filein, l_uint8 **pdata, size_t *pnbytes, l_int32 *pw, l_int32 *ph, l_int32 *pbps, l_int32 *pspp) { return ERROR_INT("function not present", "extractJpegDataFromFile", 1); } /* ----------------------------------------------------------------------*/ l_int32 extractJpegDataFromArray(const void *data, size_t nbytes, l_int32 *pw, l_int32 *ph, l_int32 *pbps, l_int32 *pspp) { return ERROR_INT("function not present", "extractJpegDataFromArray", 1); } /* --------------------------------------------*/ #endif /* !HAVE_LIBJPEG */ /* --------------------------------------------*/ leptonica-1.70/src/endianness.h.in0000600000175000017500000000034011432324706015170 0ustar dandan#if !defined (L_BIG_ENDIAN) && !defined (L_LITTLE_ENDIAN) # if @APPLE_UNIVERSAL_BUILD@ # ifdef __BIG_ENDIAN__ # define L_BIG_ENDIAN # else # define L_LITTLE_ENDIAN # endif # else # define @ENDIANNESS@ # endif #endif leptonica-1.70/src/numabasic.c0000644000175000017500000015354712244224515014422 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * numabasic.c * * Numa creation, destruction, copy, clone, etc. * NUMA *numaCreate() * NUMA *numaCreateFromIArray() * NUMA *numaCreateFromFArray() * void *numaDestroy() * NUMA *numaCopy() * NUMA *numaClone() * l_int32 numaEmpty() * * Add/remove number (float or integer) * l_int32 numaAddNumber() * static l_int32 numaExtendArray() * l_int32 numaInsertNumber() * l_int32 numaRemoveNumber() * l_int32 numaReplaceNumber() * * Numa accessors * l_int32 numaGetCount() * l_int32 numaSetCount() * l_int32 numaGetIValue() * l_int32 numaGetFValue() * l_int32 numaSetValue() * l_int32 numaShiftValue() * l_int32 *numaGetIArray() * l_float32 *numaGetFArray() * l_int32 numaGetRefcount() * l_int32 numaChangeRefcount() * l_int32 numaGetParameters() * l_int32 numaSetParameters() * l_int32 numaCopyParameters() * * Convert to string array * SARRAY *numaConvertToSarray() * * Serialize numa for I/O * NUMA *numaRead() * NUMA *numaReadStream() * l_int32 numaWrite() * l_int32 numaWriteStream() * * Numaa creation, destruction, truncation * NUMAA *numaaCreate() * NUMAA *numaaCreateFull() * NUMAA *numaaTruncate() * void *numaaDestroy() * * Add Numa to Numaa * l_int32 numaaAddNuma() * l_int32 numaaExtendArray() * * Numaa accessors * l_int32 numaaGetCount() * l_int32 numaaGetNumaCount() * l_int32 numaaGetNumberCount() * NUMA **numaaGetPtrArray() * NUMA *numaaGetNuma() * NUMA *numaaReplaceNuma() * l_int32 numaaGetValue() * l_int32 numaaAddNumber() * * Serialize numaa for I/O * NUMAA *numaaRead() * NUMAA *numaaReadStream() * l_int32 numaaWrite() * l_int32 numaaWriteStream() * * Numa2d creation, destruction * NUMA2D *numa2dCreate() * void *numa2dDestroy() * * Numa2d Accessors * l_int32 numa2dAddNumber() * l_int32 numa2dGetCount() * NUMA *numa2dGetNuma() * l_int32 numa2dGetFValue() * l_int32 numa2dGetIValue() * * NumaHash creation, destruction * NUMAHASH *numaHashCreate() * void *numaHashDestroy() * * NumaHash Accessors * NUMA *numaHashGetNuma() * void *numaHashAdd() * * (1) The Numa is a struct holding an array of floats. It can also * be used to store l_int32 values, with some loss of precision * for floats larger than about 10 million. Use the L_Dna instead * if integers larger than a few million need to be stored. * * (2) Always use the accessors in this file, never the fields directly. * * (3) Storing and retrieving numbers: * * * to append a new number to the array, use numaAddNumber(). If * the number is an int, it will will automatically be converted * to l_float32 and stored. * * * to reset a value stored in the array, use numaSetValue(). * * * to increment or decrement a value stored in the array, * use numaShiftValue(). * * * to obtain a value from the array, use either numaGetIValue() * or numaGetFValue(), depending on whether you are retrieving * an integer or a float. This avoids doing an explicit cast, * such as * (a) return a l_float32 and cast it to an l_int32 * (b) cast the return directly to (l_float32 *) to * satisfy the function prototype, as in * numaGetFValue(na, index, (l_float32 *)&ival); [ugly!] * * (4) int <--> float conversions: * * Tradition dictates that type conversions go automatically from * l_int32 --> l_float32, even though it is possible to lose * precision for large integers, whereas you must cast (l_int32) * to go from l_float32 --> l_int32 because you're truncating * to the integer value. * * (5) As with other arrays in leptonica, the numa has both an allocated * size and a count of the stored numbers. When you add a number, it * goes on the end of the array, and causes a realloc if the array * is already filled. However, in situations where you want to * add numbers randomly into an array, such as when you build a * histogram, you must set the count of stored numbers in advance. * This is done with numaSetCount(). If you set a count larger * than the allocated array, it does a realloc to the size requested. * * (6) In situations where the data in a numa correspond to a function * y(x), the values can be either at equal spacings in x or at * arbitrary spacings. For the former, we can represent all x values * by two parameters: startx (corresponding to y[0]) and delx * for the change in x for adjacent values y[i] and y[i+1]. * startx and delx are initialized to 0.0 and 1.0, rsp. * For arbitrary spacings, we use a second numa, and the two * numas are typically denoted nay and nax. * * (7) The numa is also the basic struct used for histograms. Every numa * has startx and delx fields, initialized to 0.0 and 1.0, that can * be used to represent the "x" value for the location of the * first bin and the bin width, respectively. Accessors are the * numa*Parameters() functions. All functions that make numa * histograms must set these fields properly, and many functions * that use numa histograms rely on the correctness of these values. */ #include #include #include "allheaders.h" static const l_int32 INITIAL_PTR_ARRAYSIZE = 50; /* n'importe quoi */ /* Static function */ static l_int32 numaExtendArray(NUMA *na); /*--------------------------------------------------------------------------* * Numa creation, destruction, copy, clone, etc. * *--------------------------------------------------------------------------*/ /*! * numaCreate() * * Input: size of number array to be alloc'd (0 for default) * Return: na, or null on error */ NUMA * numaCreate(l_int32 n) { NUMA *na; PROCNAME("numaCreate"); if (n <= 0) n = INITIAL_PTR_ARRAYSIZE; if ((na = (NUMA *)CALLOC(1, sizeof(NUMA))) == NULL) return (NUMA *)ERROR_PTR("na not made", procName, NULL); if ((na->array = (l_float32 *)CALLOC(n, sizeof(l_float32))) == NULL) return (NUMA *)ERROR_PTR("number array not made", procName, NULL); na->nalloc = n; na->n = 0; na->refcount = 1; na->startx = 0.0; na->delx = 1.0; return na; } /*! * numaCreateFromIArray() * * Input: iarray (integer) * size (of the array) * Return: na, or null on error * * Notes: * (1) We can't insert this int array into the numa, because a numa * takes a float array. So this just copies the data from the * input array into the numa. The input array continues to be * owned by the caller. */ NUMA * numaCreateFromIArray(l_int32 *iarray, l_int32 size) { l_int32 i; NUMA *na; PROCNAME("numaCreateFromIArray"); if (!iarray) return (NUMA *)ERROR_PTR("iarray not defined", procName, NULL); if (size <= 0) return (NUMA *)ERROR_PTR("size must be > 0", procName, NULL); na = numaCreate(size); for (i = 0; i < size; i++) numaAddNumber(na, iarray[i]); return na; } /*! * numaCreateFromFArray() * * Input: farray (float) * size (of the array) * copyflag (L_INSERT or L_COPY) * Return: na, or null on error * * Notes: * (1) With L_INSERT, ownership of the input array is transferred * to the returned numa, and all @size elements are considered * to be valid. */ NUMA * numaCreateFromFArray(l_float32 *farray, l_int32 size, l_int32 copyflag) { l_int32 i; NUMA *na; PROCNAME("numaCreateFromFArray"); if (!farray) return (NUMA *)ERROR_PTR("farray not defined", procName, NULL); if (size <= 0) return (NUMA *)ERROR_PTR("size must be > 0", procName, NULL); if (copyflag != L_INSERT && copyflag != L_COPY) return (NUMA *)ERROR_PTR("invalid copyflag", procName, NULL); na = numaCreate(size); if (copyflag == L_INSERT) { if (na->array) FREE(na->array); na->array = farray; na->n = size; } else { /* just copy the contents */ for (i = 0; i < size; i++) numaAddNumber(na, farray[i]); } return na; } /*! * numaDestroy() * * Input: &na () * Return: void * * Notes: * (1) Decrements the ref count and, if 0, destroys the numa. * (2) Always nulls the input ptr. */ void numaDestroy(NUMA **pna) { NUMA *na; PROCNAME("numaDestroy"); if (pna == NULL) { L_WARNING("ptr address is NULL\n", procName); return; } if ((na = *pna) == NULL) return; /* Decrement the ref count. If it is 0, destroy the numa. */ numaChangeRefcount(na, -1); if (numaGetRefcount(na) <= 0) { if (na->array) FREE(na->array); FREE(na); } *pna = NULL; return; } /*! * numaCopy() * * Input: na * Return: copy of numa, or null on error */ NUMA * numaCopy(NUMA *na) { l_int32 i; NUMA *cna; PROCNAME("numaCopy"); if (!na) return (NUMA *)ERROR_PTR("na not defined", procName, NULL); if ((cna = numaCreate(na->nalloc)) == NULL) return (NUMA *)ERROR_PTR("cna not made", procName, NULL); cna->startx = na->startx; cna->delx = na->delx; for (i = 0; i < na->n; i++) numaAddNumber(cna, na->array[i]); return cna; } /*! * numaClone() * * Input: na * Return: ptr to same numa, or null on error */ NUMA * numaClone(NUMA *na) { PROCNAME("numaClone"); if (!na) return (NUMA *)ERROR_PTR("na not defined", procName, NULL); numaChangeRefcount(na, 1); return na; } /*! * numaEmpty() * * Input: na * Return: 0 if OK; 1 on error * * Notes: * (1) This does not change the allocation of the array. * It just clears the number of stored numbers, so that * the array appears to be empty. */ l_int32 numaEmpty(NUMA *na) { PROCNAME("numaEmpty"); if (!na) return ERROR_INT("na not defined", procName, 1); na->n = 0; return 0; } /*--------------------------------------------------------------------------* * Number array: add number and extend array * *--------------------------------------------------------------------------*/ /*! * numaAddNumber() * * Input: na * val (float or int to be added; stored as a float) * Return: 0 if OK, 1 on error */ l_int32 numaAddNumber(NUMA *na, l_float32 val) { l_int32 n; PROCNAME("numaAddNumber"); if (!na) return ERROR_INT("na not defined", procName, 1); n = numaGetCount(na); if (n >= na->nalloc) numaExtendArray(na); na->array[n] = val; na->n++; return 0; } /*! * numaExtendArray() * * Input: na * Return: 0 if OK, 1 on error */ static l_int32 numaExtendArray(NUMA *na) { PROCNAME("numaExtendArray"); if (!na) return ERROR_INT("na not defined", procName, 1); if ((na->array = (l_float32 *)reallocNew((void **)&na->array, sizeof(l_float32) * na->nalloc, 2 * sizeof(l_float32) * na->nalloc)) == NULL) return ERROR_INT("new ptr array not returned", procName, 1); na->nalloc *= 2; return 0; } /*! * numaInsertNumber() * * Input: na * index (location in na to insert new value) * val (float32 or integer to be added) * Return: 0 if OK, 1 on error * * Notes: * (1) This shifts na[i] --> na[i + 1] for all i >= index, * and then inserts val as na[index]. * (2) It should not be used repeatedly on large arrays, * because the function is O(n). * */ l_int32 numaInsertNumber(NUMA *na, l_int32 index, l_float32 val) { l_int32 i, n; PROCNAME("numaInsertNumber"); if (!na) return ERROR_INT("na not defined", procName, 1); n = numaGetCount(na); if (index < 0 || index > n) return ERROR_INT("index not in {0...n}", procName, 1); if (n >= na->nalloc) numaExtendArray(na); for (i = n; i > index; i--) na->array[i] = na->array[i - 1]; na->array[index] = val; na->n++; return 0; } /*! * numaRemoveNumber() * * Input: na * index (element to be removed) * Return: 0 if OK, 1 on error * * Notes: * (1) This shifts na[i] --> na[i - 1] for all i > index. * (2) It should not be used repeatedly on large arrays, * because the function is O(n). */ l_int32 numaRemoveNumber(NUMA *na, l_int32 index) { l_int32 i, n; PROCNAME("numaRemoveNumber"); if (!na) return ERROR_INT("na not defined", procName, 1); n = numaGetCount(na); if (index < 0 || index >= n) return ERROR_INT("index not in {0...n - 1}", procName, 1); for (i = index + 1; i < n; i++) na->array[i - 1] = na->array[i]; na->n--; return 0; } /*! * numaReplaceNumber() * * Input: na * index (element to be replaced) * val (new value to replace old one) * Return: 0 if OK, 1 on error */ l_int32 numaReplaceNumber(NUMA *na, l_int32 index, l_float32 val) { l_int32 n; PROCNAME("numaReplaceNumber"); if (!na) return ERROR_INT("na not defined", procName, 1); n = numaGetCount(na); if (index < 0 || index >= n) return ERROR_INT("index not in {0...n - 1}", procName, 1); na->array[index] = val; return 0; } /*----------------------------------------------------------------------* * Numa accessors * *----------------------------------------------------------------------*/ /*! * numaGetCount() * * Input: na * Return: count, or 0 if no numbers or on error */ l_int32 numaGetCount(NUMA *na) { PROCNAME("numaGetCount"); if (!na) return ERROR_INT("na not defined", procName, 0); return na->n; } /*! * numaSetCount() * * Input: na * newcount * Return: 0 if OK, 1 on error * * Notes: * (1) If newcount <= na->nalloc, this resets na->n. * Using newcount = 0 is equivalent to numaEmpty(). * (2) If newcount > na->nalloc, this causes a realloc * to a size na->nalloc = newcount. * (3) All the previously unused values in na are set to 0.0. */ l_int32 numaSetCount(NUMA *na, l_int32 newcount) { PROCNAME("numaSetCount"); if (!na) return ERROR_INT("na not defined", procName, 1); if (newcount > na->nalloc) { if ((na->array = (l_float32 *)reallocNew((void **)&na->array, sizeof(l_float32) * na->nalloc, sizeof(l_float32) * newcount)) == NULL) return ERROR_INT("new ptr array not returned", procName, 1); na->nalloc = newcount; } na->n = newcount; return 0; } /*! * numaGetFValue() * * Input: na * index (into numa) * &val ( float value; 0.0 on error) * Return: 0 if OK; 1 on error * * Notes: * (1) Caller may need to check the function return value to * decide if a 0.0 in the returned ival is valid. */ l_int32 numaGetFValue(NUMA *na, l_int32 index, l_float32 *pval) { PROCNAME("numaGetFValue"); if (!pval) return ERROR_INT("&val not defined", procName, 1); *pval = 0.0; if (!na) return ERROR_INT("na not defined", procName, 1); if (index < 0 || index >= na->n) return ERROR_INT("index not valid", procName, 1); *pval = na->array[index]; return 0; } /*! * numaGetIValue() * * Input: na * index (into numa) * &ival ( integer value; 0 on error) * Return: 0 if OK; 1 on error * * Notes: * (1) Caller may need to check the function return value to * decide if a 0 in the returned ival is valid. */ l_int32 numaGetIValue(NUMA *na, l_int32 index, l_int32 *pival) { l_float32 val; PROCNAME("numaGetIValue"); if (!pival) return ERROR_INT("&ival not defined", procName, 1); *pival = 0; if (!na) return ERROR_INT("na not defined", procName, 1); if (index < 0 || index >= na->n) return ERROR_INT("index not valid", procName, 1); val = na->array[index]; *pival = (l_int32)(val + L_SIGN(val) * 0.5); return 0; } /*! * numaSetValue() * * Input: na * index (to element to be set) * val (to set element) * Return: 0 if OK; 1 on error */ l_int32 numaSetValue(NUMA *na, l_int32 index, l_float32 val) { PROCNAME("numaSetValue"); if (!na) return ERROR_INT("na not defined", procName, 1); if (index < 0 || index >= na->n) return ERROR_INT("index not valid", procName, 1); na->array[index] = val; return 0; } /*! * numaShiftValue() * * Input: na * index (to element to change relative to the current value) * diff (increment if diff > 0 or decrement if diff < 0) * Return: 0 if OK; 1 on error */ l_int32 numaShiftValue(NUMA *na, l_int32 index, l_float32 diff) { PROCNAME("numaShiftValue"); if (!na) return ERROR_INT("na not defined", procName, 1); if (index < 0 || index >= na->n) return ERROR_INT("index not valid", procName, 1); na->array[index] += diff; return 0; } /*! * numaGetIArray() * * Input: na * Return: a copy of the bare internal array, integerized * by rounding, or null on error * Notes: * (1) A copy of the array is always made, because we need to * generate an integer array from the bare float array. * The caller is responsible for freeing the array. * (2) The array size is determined by the number of stored numbers, * not by the size of the allocated array in the Numa. * (3) This function is provided to simplify calculations * using the bare internal array, rather than continually * calling accessors on the numa. It is typically used * on an array of size 256. */ l_int32 * numaGetIArray(NUMA *na) { l_int32 i, n, ival; l_int32 *array; PROCNAME("numaGetIArray"); if (!na) return (l_int32 *)ERROR_PTR("na not defined", procName, NULL); n = numaGetCount(na); if ((array = (l_int32 *)CALLOC(n, sizeof(l_int32))) == NULL) return (l_int32 *)ERROR_PTR("array not made", procName, NULL); for (i = 0; i < n; i++) { numaGetIValue(na, i, &ival); array[i] = ival; } return array; } /*! * numaGetFArray() * * Input: na * copyflag (L_NOCOPY or L_COPY) * Return: either the bare internal array or a copy of it, * or null on error * * Notes: * (1) If copyflag == L_COPY, it makes a copy which the caller * is responsible for freeing. Otherwise, it operates * directly on the bare array of the numa. * (2) Very important: for L_NOCOPY, any writes to the array * will be in the numa. Do not write beyond the size of * the count field, because it will not be accessable * from the numa! If necessary, be sure to set the count * field to a larger number (such as the alloc size) * BEFORE calling this function. Creating with numaMakeConstant() * is another way to insure full initialization. */ l_float32 * numaGetFArray(NUMA *na, l_int32 copyflag) { l_int32 i, n; l_float32 *array; PROCNAME("numaGetFArray"); if (!na) return (l_float32 *)ERROR_PTR("na not defined", procName, NULL); if (copyflag == L_NOCOPY) { array = na->array; } else { /* copyflag == L_COPY */ n = numaGetCount(na); if ((array = (l_float32 *)CALLOC(n, sizeof(l_float32))) == NULL) return (l_float32 *)ERROR_PTR("array not made", procName, NULL); for (i = 0; i < n; i++) array[i] = na->array[i]; } return array; } /*! * numaGetRefCount() * * Input: na * Return: refcount, or UNDEF on error */ l_int32 numaGetRefcount(NUMA *na) { PROCNAME("numaGetRefcount"); if (!na) return ERROR_INT("na not defined", procName, UNDEF); return na->refcount; } /*! * numaChangeRefCount() * * Input: na * delta (change to be applied) * Return: 0 if OK, 1 on error */ l_int32 numaChangeRefcount(NUMA *na, l_int32 delta) { PROCNAME("numaChangeRefcount"); if (!na) return ERROR_INT("na not defined", procName, 1); na->refcount += delta; return 0; } /*! * numaGetParameters() * * Input: na * &startx ( startx) * &delx ( delx) * Return: 0 if OK, 1 on error */ l_int32 numaGetParameters(NUMA *na, l_float32 *pstartx, l_float32 *pdelx) { PROCNAME("numaGetParameters"); if (!na) return ERROR_INT("na not defined", procName, 1); if (pstartx) *pstartx = na->startx; if (pdelx) *pdelx = na->delx; return 0; } /*! * numaSetParameters() * * Input: na * startx (x value corresponding to na[0]) * delx (difference in x values for the situation where the * elements of na correspond to the evaulation of a * function at equal intervals of size @delx) * Return: 0 if OK, 1 on error */ l_int32 numaSetParameters(NUMA *na, l_float32 startx, l_float32 delx) { PROCNAME("numaSetParameters"); if (!na) return ERROR_INT("na not defined", procName, 1); na->startx = startx; na->delx = delx; return 0; } /*! * numaCopyParameters() * * Input: nad (destination Numa) * nas (source Numa) * Return: 0 if OK, 1 on error */ l_int32 numaCopyParameters(NUMA *nad, NUMA *nas) { l_float32 start, binsize; PROCNAME("numaCopyParameters"); if (!nas || !nad) return ERROR_INT("nas and nad not both defined", procName, 1); numaGetParameters(nas, &start, &binsize); numaSetParameters(nad, start, binsize); return 0; } /*----------------------------------------------------------------------* * Convert to string array * *----------------------------------------------------------------------*/ /*! * numaConvertToSarray() * * Input: na * size1 (size of conversion field) * size2 (for float conversion: size of field to the right * of the decimal point) * addzeros (for integer conversion: to add lead zeros) * type (L_INTEGER_VALUE, L_FLOAT_VALUE) * Return: a sarray of the float values converted to strings * representing either integer or float values; or null on error. * * Notes: * (1) For integer conversion, size2 is ignored. * For float conversion, addzeroes is ignored. */ SARRAY * numaConvertToSarray(NUMA *na, l_int32 size1, l_int32 size2, l_int32 addzeros, l_int32 type) { char fmt[32], strbuf[64]; l_int32 i, n, ival; l_float32 fval; SARRAY *sa; PROCNAME("numaConvertToSarray"); if (!na) return (SARRAY *)ERROR_PTR("na not defined", procName, NULL); if (type != L_INTEGER_VALUE && type != L_FLOAT_VALUE) return (SARRAY *)ERROR_PTR("invalid type", procName, NULL); if (type == L_INTEGER_VALUE) { if (addzeros) snprintf(fmt, sizeof(fmt), "%%0%dd", size1); else snprintf(fmt, sizeof(fmt), "%%%dd", size1); } else { /* L_FLOAT_VALUE */ snprintf(fmt, sizeof(fmt), "%%%d.%df", size1, size2); } n = numaGetCount(na); if ((sa = sarrayCreate(n)) == NULL) return (SARRAY *)ERROR_PTR("sa not made", procName, NULL); for (i = 0; i < n; i++) { if (type == L_INTEGER_VALUE) { numaGetIValue(na, i, &ival); snprintf(strbuf, sizeof(strbuf), fmt, ival); } else { /* L_FLOAT_VALUE */ numaGetFValue(na, i, &fval); snprintf(strbuf, sizeof(strbuf), fmt, fval); } sarrayAddString(sa, strbuf, L_COPY); } return sa; } /*----------------------------------------------------------------------* * Serialize numa for I/O * *----------------------------------------------------------------------*/ /*! * numaRead() * * Input: filename * Return: na, or null on error */ NUMA * numaRead(const char *filename) { FILE *fp; NUMA *na; PROCNAME("numaRead"); if (!filename) return (NUMA *)ERROR_PTR("filename not defined", procName, NULL); if ((fp = fopenReadStream(filename)) == NULL) return (NUMA *)ERROR_PTR("stream not opened", procName, NULL); if ((na = numaReadStream(fp)) == NULL) { fclose(fp); return (NUMA *)ERROR_PTR("na not read", procName, NULL); } fclose(fp); return na; } /*! * numaReadStream() * * Input: stream * Return: numa, or null on error */ NUMA * numaReadStream(FILE *fp) { l_int32 i, n, index, ret, version; l_float32 val, startx, delx; NUMA *na; PROCNAME("numaReadStream"); if (!fp) return (NUMA *)ERROR_PTR("stream not defined", procName, NULL); ret = fscanf(fp, "\nNuma Version %d\n", &version); if (ret != 1) return (NUMA *)ERROR_PTR("not a numa file", procName, NULL); if (version != NUMA_VERSION_NUMBER) return (NUMA *)ERROR_PTR("invalid numa version", procName, NULL); if (fscanf(fp, "Number of numbers = %d\n", &n) != 1) return (NUMA *)ERROR_PTR("invalid number of numbers", procName, NULL); if ((na = numaCreate(n)) == NULL) return (NUMA *)ERROR_PTR("na not made", procName, NULL); for (i = 0; i < n; i++) { if (fscanf(fp, " [%d] = %f\n", &index, &val) != 2) return (NUMA *)ERROR_PTR("bad input data", procName, NULL); numaAddNumber(na, val); } /* Optional data */ if (fscanf(fp, "startx = %f, delx = %f\n", &startx, &delx) == 2) numaSetParameters(na, startx, delx); return na; } /*! * numaWrite() * * Input: filename, na * Return: 0 if OK, 1 on error */ l_int32 numaWrite(const char *filename, NUMA *na) { FILE *fp; PROCNAME("numaWrite"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!na) return ERROR_INT("na not defined", procName, 1); if ((fp = fopenWriteStream(filename, "w")) == NULL) return ERROR_INT("stream not opened", procName, 1); if (numaWriteStream(fp, na)) return ERROR_INT("na not written to stream", procName, 1); fclose(fp); return 0; } /*! * numaWriteStream() * * Input: stream, na * Return: 0 if OK, 1 on error */ l_int32 numaWriteStream(FILE *fp, NUMA *na) { l_int32 i, n; l_float32 startx, delx; PROCNAME("numaWriteStream"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!na) return ERROR_INT("na not defined", procName, 1); n = numaGetCount(na); fprintf(fp, "\nNuma Version %d\n", NUMA_VERSION_NUMBER); fprintf(fp, "Number of numbers = %d\n", n); for (i = 0; i < n; i++) fprintf(fp, " [%d] = %f\n", i, na->array[i]); fprintf(fp, "\n"); /* Optional data */ numaGetParameters(na, &startx, &delx); if (startx != 0.0 || delx != 1.0) fprintf(fp, "startx = %f, delx = %f\n", startx, delx); return 0; } /*--------------------------------------------------------------------------* * Numaa creation, destruction * *--------------------------------------------------------------------------*/ /*! * numaaCreate() * * Input: size of numa ptr array to be alloc'd (0 for default) * Return: naa, or null on error * */ NUMAA * numaaCreate(l_int32 n) { NUMAA *naa; PROCNAME("numaaCreate"); if (n <= 0) n = INITIAL_PTR_ARRAYSIZE; if ((naa = (NUMAA *)CALLOC(1, sizeof(NUMAA))) == NULL) return (NUMAA *)ERROR_PTR("naa not made", procName, NULL); if ((naa->numa = (NUMA **)CALLOC(n, sizeof(NUMA *))) == NULL) return (NUMAA *)ERROR_PTR("numa ptr array not made", procName, NULL); naa->nalloc = n; naa->n = 0; return naa; } /*! * numaaCreateFull() * * Input: ntop: size of numa ptr array to be alloc'd * n: size of individual numa arrays to be alloc'd (0 for default) * Return: naa, or null on error * * Notes: * (1) This allocates numaa and fills the array with allocated numas. * In use, after calling this function, use * numaaAddNumber(naa, index, val); * to add val to the index-th numa in naa. */ NUMAA * numaaCreateFull(l_int32 ntop, l_int32 n) { l_int32 i; NUMAA *naa; NUMA *na; naa = numaaCreate(ntop); for (i = 0; i < ntop; i++) { na = numaCreate(n); numaaAddNuma(naa, na, L_INSERT); } return naa; } /*! * numaaTruncate() * * Input: naa * Return: 0 if OK, 1 on error * * Notes: * (1) This identifies the largest index containing a numa that * has any numbers within it, destroys all numa above that index, * and resets the count. */ l_int32 numaaTruncate(NUMAA *naa) { l_int32 i, n, nn; NUMA *na; PROCNAME("numaaTruncate"); if (!naa) return ERROR_INT("naa not defined", procName, 1); n = numaaGetCount(naa); for (i = n - 1; i >= 0; i--) { na = numaaGetNuma(naa, i, L_CLONE); if (!na) continue; nn = numaGetCount(na); numaDestroy(&na); if (nn == 0) numaDestroy(&naa->numa[i]); else break; } naa->n = i + 1; return 0; } /*! * numaaDestroy() * * Input: &numaa * Return: void */ void numaaDestroy(NUMAA **pnaa) { l_int32 i; NUMAA *naa; PROCNAME("numaaDestroy"); if (pnaa == NULL) { L_WARNING("ptr address is NULL!\n", procName); return; } if ((naa = *pnaa) == NULL) return; for (i = 0; i < naa->n; i++) numaDestroy(&naa->numa[i]); FREE(naa->numa); FREE(naa); *pnaa = NULL; return; } /*--------------------------------------------------------------------------* * Add Numa to Numaa * *--------------------------------------------------------------------------*/ /*! * numaaAddNuma() * * Input: naa * na (to be added) * copyflag (L_INSERT, L_COPY, L_CLONE) * Return: 0 if OK, 1 on error */ l_int32 numaaAddNuma(NUMAA *naa, NUMA *na, l_int32 copyflag) { l_int32 n; NUMA *nac; PROCNAME("numaaAddNuma"); if (!naa) return ERROR_INT("naa not defined", procName, 1); if (!na) return ERROR_INT("na not defined", procName, 1); if (copyflag == L_INSERT) { nac = na; } else if (copyflag == L_COPY) { if ((nac = numaCopy(na)) == NULL) return ERROR_INT("nac not made", procName, 1); } else if (copyflag == L_CLONE) { nac = numaClone(na); } else { return ERROR_INT("invalid copyflag", procName, 1); } n = numaaGetCount(naa); if (n >= naa->nalloc) numaaExtendArray(naa); naa->numa[n] = nac; naa->n++; return 0; } /*! * numaaExtendArray() * * Input: naa * Return: 0 if OK, 1 on error */ l_int32 numaaExtendArray(NUMAA *naa) { PROCNAME("numaaExtendArray"); if (!naa) return ERROR_INT("naa not defined", procName, 1); if ((naa->numa = (NUMA **)reallocNew((void **)&naa->numa, sizeof(NUMA *) * naa->nalloc, 2 * sizeof(NUMA *) * naa->nalloc)) == NULL) return ERROR_INT("new ptr array not returned", procName, 1); naa->nalloc *= 2; return 0; } /*----------------------------------------------------------------------* * Numaa accessors * *----------------------------------------------------------------------*/ /*! * numaaGetCount() * * Input: naa * Return: count (number of numa), or 0 if no numa or on error */ l_int32 numaaGetCount(NUMAA *naa) { PROCNAME("numaaGetCount"); if (!naa) return ERROR_INT("naa not defined", procName, 0); return naa->n; } /*! * numaaGetNumaCount() * * Input: naa * index (of numa in naa) * Return: count of numbers in the referenced numa, or 0 on error. */ l_int32 numaaGetNumaCount(NUMAA *naa, l_int32 index) { PROCNAME("numaaGetNumaCount"); if (!naa) return ERROR_INT("naa not defined", procName, 0); if (index < 0 || index >= naa->n) return ERROR_INT("invalid index into naa", procName, 0); return numaGetCount(naa->numa[index]); } /*! * numaaGetNumberCount() * * Input: naa * Return: count (total number of numbers in the numaa), * or 0 if no numbers or on error */ l_int32 numaaGetNumberCount(NUMAA *naa) { NUMA *na; l_int32 n, sum, i; PROCNAME("numaaGetNumberCount"); if (!naa) return ERROR_INT("naa not defined", procName, 0); n = numaaGetCount(naa); for (sum = 0, i = 0; i < n; i++) { na = numaaGetNuma(naa, i, L_CLONE); sum += numaGetCount(na); numaDestroy(&na); } return sum; } /*! * numaaGetPtrArray() * * Input: naa * Return: the internal array of ptrs to Numa, or null on error * * Notes: * (1) This function is convenient for doing direct manipulation on * a fixed size array of Numas. To do this, it sets the count * to the full size of the allocated array of Numa ptrs. * The originating Numaa owns this array: DO NOT free it! * (2) Intended usage: * Numaa *naa = numaaCreate(n); * Numa **array = numaaGetPtrArray(naa); * ... [manipulate Numas directly on the array] * numaaDestroy(&naa); * (3) Cautions: * - Do not free this array; it is owned by tne Numaa. * - Do not call any functions on the Numaa, other than * numaaDestroy() when you're finished with the array. * Adding a Numa will force a resize, destroying the ptr array. * - Do not address the array outside its allocated size. * With the bare array, there are no protections. If the * allocated size is n, array[n] is an error. */ NUMA ** numaaGetPtrArray(NUMAA *naa) { PROCNAME("numaaGetPtrArray"); if (!naa) return (NUMA **)ERROR_PTR("naa not defined", procName, NULL); naa->n = naa->nalloc; return naa->numa; } /*! * numaaGetNuma() * * Input: naa * index (to the index-th numa) * accessflag (L_COPY or L_CLONE) * Return: numa, or null on error */ NUMA * numaaGetNuma(NUMAA *naa, l_int32 index, l_int32 accessflag) { PROCNAME("numaaGetNuma"); if (!naa) return (NUMA *)ERROR_PTR("naa not defined", procName, NULL); if (index < 0 || index >= naa->n) return (NUMA *)ERROR_PTR("index not valid", procName, NULL); if (accessflag == L_COPY) return numaCopy(naa->numa[index]); else if (accessflag == L_CLONE) return numaClone(naa->numa[index]); else return (NUMA *)ERROR_PTR("invalid accessflag", procName, NULL); } /*! * numaaReplaceNuma() * * Input: naa * index (to the index-th numa) * numa (insert and replace any existing one) * Return: 0 if OK, 1 on error * * Notes: * (1) Any existing numa is destroyed, and the input one * is inserted in its place. * (2) If the index is invalid, return 1 (error) */ l_int32 numaaReplaceNuma(NUMAA *naa, l_int32 index, NUMA *na) { l_int32 n; PROCNAME("numaaReplaceNuma"); if (!naa) return ERROR_INT("naa not defined", procName, 1); if (!na) return ERROR_INT("na not defined", procName, 1); n = numaaGetCount(naa); if (index < 0 || index >= n) return ERROR_INT("index not valid", procName, 1); numaDestroy(&naa->numa[index]); naa->numa[index] = na; return 0; } /*! * numaaGetValue() * * Input: naa * i (index of numa within numaa) * j (index into numa) * fval ( float value) * ival ( int value) * Return: 0 if OK, 1 on error */ l_int32 numaaGetValue(NUMAA *naa, l_int32 i, l_int32 j, l_float32 *pfval, l_int32 *pival) { l_int32 n; NUMA *na; PROCNAME("numaaGetValue"); if (!pfval && !pival) return ERROR_INT("no return val requested", procName, 1); if (pfval) *pfval = 0.0; if (pival) *pival = 0; if (!naa) return ERROR_INT("naa not defined", procName, 1); n = numaaGetCount(naa); if (i < 0 || i >= n) return ERROR_INT("invalid index into naa", procName, 1); na = naa->numa[i]; if (j < 0 || j >= na->n) return ERROR_INT("invalid index into na", procName, 1); if (pfval) *pfval = na->array[j]; if (pival) *pival = (l_int32)(na->array[j]); return 0; } /*! * numaaAddNumber() * * Input: naa * index (of numa within numaa) * val (float or int to be added; stored as a float) * Return: 0 if OK, 1 on error * * Notes: * (1) Adds to an existing numa only. */ l_int32 numaaAddNumber(NUMAA *naa, l_int32 index, l_float32 val) { l_int32 n; NUMA *na; PROCNAME("numaaAddNumber"); if (!naa) return ERROR_INT("naa not defined", procName, 1); n = numaaGetCount(naa); if (index < 0 || index >= n) return ERROR_INT("invalid index in naa", procName, 1); na = numaaGetNuma(naa, index, L_CLONE); numaAddNumber(na, val); numaDestroy(&na); return 0; } /*----------------------------------------------------------------------* * Serialize numaa for I/O * *----------------------------------------------------------------------*/ /*! * numaaRead() * * Input: filename * Return: naa, or null on error */ NUMAA * numaaRead(const char *filename) { FILE *fp; NUMAA *naa; PROCNAME("numaaRead"); if (!filename) return (NUMAA *)ERROR_PTR("filename not defined", procName, NULL); if ((fp = fopenReadStream(filename)) == NULL) return (NUMAA *)ERROR_PTR("stream not opened", procName, NULL); if ((naa = numaaReadStream(fp)) == NULL) { fclose(fp); return (NUMAA *)ERROR_PTR("naa not read", procName, NULL); } fclose(fp); return naa; } /*! * numaaReadStream() * * Input: stream * Return: naa, or null on error */ NUMAA * numaaReadStream(FILE *fp) { l_int32 i, n, index, ret, version; NUMA *na; NUMAA *naa; PROCNAME("numaaReadStream"); if (!fp) return (NUMAA *)ERROR_PTR("stream not defined", procName, NULL); ret = fscanf(fp, "\nNumaa Version %d\n", &version); if (ret != 1) return (NUMAA *)ERROR_PTR("not a numa file", procName, NULL); if (version != NUMA_VERSION_NUMBER) return (NUMAA *)ERROR_PTR("invalid numaa version", procName, NULL); if (fscanf(fp, "Number of numa = %d\n\n", &n) != 1) return (NUMAA *)ERROR_PTR("invalid number of numa", procName, NULL); if ((naa = numaaCreate(n)) == NULL) return (NUMAA *)ERROR_PTR("naa not made", procName, NULL); for (i = 0; i < n; i++) { if (fscanf(fp, "Numa[%d]:", &index) != 1) return (NUMAA *)ERROR_PTR("invalid numa header", procName, NULL); if ((na = numaReadStream(fp)) == NULL) return (NUMAA *)ERROR_PTR("na not made", procName, NULL); numaaAddNuma(naa, na, L_INSERT); } return naa; } /*! * numaaWrite() * * Input: filename, naa * Return: 0 if OK, 1 on error */ l_int32 numaaWrite(const char *filename, NUMAA *naa) { FILE *fp; PROCNAME("numaaWrite"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!naa) return ERROR_INT("naa not defined", procName, 1); if ((fp = fopenWriteStream(filename, "w")) == NULL) return ERROR_INT("stream not opened", procName, 1); if (numaaWriteStream(fp, naa)) return ERROR_INT("naa not written to stream", procName, 1); fclose(fp); return 0; } /*! * numaaWriteStream() * * Input: stream, naa * Return: 0 if OK, 1 on error */ l_int32 numaaWriteStream(FILE *fp, NUMAA *naa) { l_int32 i, n; NUMA *na; PROCNAME("numaaWriteStream"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!naa) return ERROR_INT("naa not defined", procName, 1); n = numaaGetCount(naa); fprintf(fp, "\nNumaa Version %d\n", NUMA_VERSION_NUMBER); fprintf(fp, "Number of numa = %d\n\n", n); for (i = 0; i < n; i++) { if ((na = numaaGetNuma(naa, i, L_CLONE)) == NULL) return ERROR_INT("na not found", procName, 1); fprintf(fp, "Numa[%d]:", i); numaWriteStream(fp, na); numaDestroy(&na); } return 0; } /*--------------------------------------------------------------------------* * Numa2d creation, destruction * *--------------------------------------------------------------------------*/ /*! * numa2dCreate() * * Input: nrows (of 2d array) * ncols (of 2d array) * initsize (initial size of each allocated numa) * Return: numa2d, or null on error * * Notes: * (1) The numa2d holds a doubly-indexed array of numa. * (2) The numa ptr array is initialized with all ptrs set to NULL. * (3) The numas are created only when a number is to be stored * at an index (i,j) for which a numa has not yet been made. */ NUMA2D * numa2dCreate(l_int32 nrows, l_int32 ncols, l_int32 initsize) { l_int32 i; NUMA2D *na2d; PROCNAME("numa2dCreate"); if (nrows <= 1 || ncols <= 1) return (NUMA2D *)ERROR_PTR("rows, cols not both >= 1", procName, NULL); if ((na2d = (NUMA2D *)CALLOC(1, sizeof(NUMA2D))) == NULL) return (NUMA2D *)ERROR_PTR("na2d not made", procName, NULL); na2d->nrows = nrows; na2d->ncols = ncols; na2d->initsize = initsize; /* Set up the 2D array */ if ((na2d->numa = (NUMA ***)CALLOC(nrows, sizeof(NUMA **))) == NULL) return (NUMA2D *)ERROR_PTR("numa row array not made", procName, NULL); for (i = 0; i < nrows; i++) { if ((na2d->numa[i] = (NUMA **)CALLOC(ncols, sizeof(NUMA *))) == NULL) return (NUMA2D *)ERROR_PTR("numa cols not made", procName, NULL); } return na2d; } /*! * numa2dDestroy() * * Input: &numa2d () * Return: void */ void numa2dDestroy(NUMA2D **pna2d) { l_int32 i, j; NUMA2D *na2d; PROCNAME("numa2dDestroy"); if (pna2d == NULL) { L_WARNING("ptr address is NULL!\n", procName); return; } if ((na2d = *pna2d) == NULL) return; for (i = 0; i < na2d->nrows; i++) { for (j = 0; j < na2d->ncols; j++) numaDestroy(&na2d->numa[i][j]); FREE(na2d->numa[i]); } FREE(na2d->numa); FREE(na2d); *pna2d = NULL; return; } /*--------------------------------------------------------------------------* * Numa2d accessors * *--------------------------------------------------------------------------*/ /*! * numa2dAddNumber() * * Input: na2d * row of 2d array * col of 2d array * val (float or int to be added; stored as a float) * Return: 0 if OK, 1 on error */ l_int32 numa2dAddNumber(NUMA2D *na2d, l_int32 row, l_int32 col, l_float32 val) { NUMA *na; PROCNAME("numa2dAddNumber"); if (!na2d) return ERROR_INT("na2d not defined", procName, 1); if (row < 0 || row >= na2d->nrows) return ERROR_INT("row out of bounds", procName, 1); if (col < 0 || col >= na2d->ncols) return ERROR_INT("col out of bounds", procName, 1); if ((na = na2d->numa[row][col]) == NULL) { na = numaCreate(na2d->initsize); na2d->numa[row][col] = na; } numaAddNumber(na, val); return 0; } /*! * numa2dGetCount() * * Input: na2d * row of 2d array * col of 2d array * Return: size of numa at [row][col], or 0 if the numa doesn't exist * or on error */ l_int32 numa2dGetCount(NUMA2D *na2d, l_int32 row, l_int32 col) { NUMA *na; PROCNAME("numa2dGetCount"); if (!na2d) return ERROR_INT("na2d not defined", procName, 0); if (row < 0 || row >= na2d->nrows) return ERROR_INT("row out of bounds", procName, 0); if (col < 0 || col >= na2d->ncols) return ERROR_INT("col out of bounds", procName, 0); if ((na = na2d->numa[row][col]) == NULL) return 0; else return na->n; } /*! * numa2dGetNuma() * * Input: na2d * row of 2d array * col of 2d array * Return: na (a clone of the numa if it exists) or null if it doesn't * * Notes: * (1) This does not give an error if the index is out of bounds. */ NUMA * numa2dGetNuma(NUMA2D *na2d, l_int32 row, l_int32 col) { NUMA *na; PROCNAME("numa2dGetNuma"); if (!na2d) return (NUMA *)ERROR_PTR("na2d not defined", procName, NULL); if (row < 0 || row >= na2d->nrows || col < 0 || col >= na2d->ncols) return NULL; if ((na = na2d->numa[row][col]) == NULL) return NULL; return numaClone(na); } /*! * numa2dGetFValue() * * Input: na2d * row of 2d array * col of 2d array * index (into numa) * &val ( float value) * Return: 0 if OK, 1 on error */ l_int32 numa2dGetFValue(NUMA2D *na2d, l_int32 row, l_int32 col, l_int32 index, l_float32 *pval) { NUMA *na; PROCNAME("numa2dGetFValue"); if (!na2d) return ERROR_INT("na2d not defined", procName, 1); if (!pval) return ERROR_INT("&val not defined", procName, 1); *pval = 0.0; if (row < 0 || row >= na2d->nrows) return ERROR_INT("row out of bounds", procName, 1); if (col < 0 || col >= na2d->ncols) return ERROR_INT("col out of bounds", procName, 1); if ((na = na2d->numa[row][col]) == NULL) return ERROR_INT("numa does not exist", procName, 1); return numaGetFValue(na, index, pval); } /*! * numa2dGetIValue() * * Input: na2d * row of 2d array * col of 2d array * index (into numa) * &val ( integer value) * Return: 0 if OK, 1 on error */ l_int32 numa2dGetIValue(NUMA2D *na2d, l_int32 row, l_int32 col, l_int32 index, l_int32 *pval) { NUMA *na; PROCNAME("numa2dGetIValue"); if (!na2d) return ERROR_INT("na2d not defined", procName, 1); if (!pval) return ERROR_INT("&val not defined", procName, 1); *pval = 0; if (row < 0 || row >= na2d->nrows) return ERROR_INT("row out of bounds", procName, 1); if (col < 0 || col >= na2d->ncols) return ERROR_INT("col out of bounds", procName, 1); if ((na = na2d->numa[row][col]) == NULL) return ERROR_INT("numa does not exist", procName, 1); return numaGetIValue(na, index, pval); } /*--------------------------------------------------------------------------* * Number array hash: Creation and destruction * *--------------------------------------------------------------------------*/ /*! * numaHashCreate() * * Input: nbuckets (the number of buckets in the hash table, * which should be prime.) * initsize (initial size of each allocated numa; 0 for default) * Return: ptr to new nahash, or null on error * * Note: actual numa are created only as required by numaHashAdd() */ NUMAHASH * numaHashCreate(l_int32 nbuckets, l_int32 initsize) { NUMAHASH *nahash; PROCNAME("numaHashCreate"); if (nbuckets <= 0) return (NUMAHASH *)ERROR_PTR("negative hash size", procName, NULL); if ((nahash = (NUMAHASH *)CALLOC(1, sizeof(NUMAHASH))) == NULL) return (NUMAHASH *)ERROR_PTR("nahash not made", procName, NULL); if ((nahash->numa = (NUMA **)CALLOC(nbuckets, sizeof(NUMA *))) == NULL) { FREE(nahash); return (NUMAHASH *)ERROR_PTR("numa ptr array not made", procName, NULL); } nahash->nbuckets = nbuckets; nahash->initsize = initsize; return nahash; } /*! * numaHashDestroy() * * Input: &nahash () * Return: void */ void numaHashDestroy(NUMAHASH **pnahash) { NUMAHASH *nahash; l_int32 i; PROCNAME("numaHashDestroy"); if (pnahash == NULL) { L_WARNING("ptr address is NULL!\n", procName); return; } if ((nahash = *pnahash) == NULL) return; for (i = 0; i < nahash->nbuckets; i++) numaDestroy(&nahash->numa[i]); FREE(nahash->numa); FREE(nahash); *pnahash = NULL; } /*--------------------------------------------------------------------------* * Number array hash: Add elements and return numas *--------------------------------------------------------------------------*/ /*! * numaHashGetNuma() * * Input: nahash * key (key to be hashed into a bucket number) * Return: ptr to numa */ NUMA * numaHashGetNuma(NUMAHASH *nahash, l_uint32 key) { l_int32 bucket; NUMA *na; PROCNAME("numaHashGetNuma"); if (!nahash) return (NUMA *)ERROR_PTR("nahash not defined", procName, NULL); bucket = key % nahash->nbuckets; na = nahash->numa[bucket]; if (na) return numaClone(na); else return NULL; } /*! * numaHashAdd() * * Input: nahash * key (key to be hashed into a bucket number) * value (float value to be appended to the specific numa) * Return: 0 if OK; 1 on error */ l_int32 numaHashAdd(NUMAHASH *nahash, l_uint32 key, l_float32 value) { l_int32 bucket; NUMA *na; PROCNAME("numaHashAdd"); if (!nahash) return ERROR_INT("nahash not defined", procName, 1); bucket = key % nahash->nbuckets; na = nahash->numa[bucket]; if (!na) { if ((na = numaCreate(nahash->initsize)) == NULL) return ERROR_INT("na not made", procName, 1); nahash->numa[bucket] = na; } numaAddNumber(na, value); return 0; } leptonica-1.70/src/boxbasic.c0000644000175000017500000015005612253073021014234 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * boxbasic.c * * Basic 'class' functions for box, boxa and boxaa, * including accessors and serialization. * * Box creation, copy, clone, destruction * BOX *boxCreate() * BOX *boxCreateValid() * BOX *boxCopy() * BOX *boxClone() * void boxDestroy() * * Box accessors * l_int32 boxGetGeometry() * l_int32 boxSetGeometry() * l_int32 boxGetSideLocation() * l_int32 boxGetRefcount() * l_int32 boxChangeRefcount() * l_int32 boxIsValid() * * Boxa creation, copy, destruction * BOXA *boxaCreate() * BOXA *boxaCopy() * void boxaDestroy() * * Boxa array extension * l_int32 boxaAddBox() * l_int32 boxaExtendArray() * l_int32 boxaExtendArrayToSize() * * Boxa accessors * l_int32 boxaGetCount() * l_int32 boxaGetValidCount() * BOX *boxaGetBox() * BOX *boxaGetValidBox() * l_int32 boxaGetBoxGeometry() * l_int32 boxaIsFull() * * Boxa array modifiers * l_int32 boxaReplaceBox() * l_int32 boxaInsertBox() * l_int32 boxaRemoveBox() * l_int32 boxaRemoveBoxAndSave() * l_int32 boxaInitFull() * l_int32 boxaClear() * * Boxaa creation, copy, destruction * BOXAA *boxaaCreate() * BOXAA *boxaaCopy() * void boxaaDestroy() * * Boxaa array extension * l_int32 boxaaAddBoxa() * l_int32 boxaaExtendArray() * l_int32 boxaaExtendArrayToSize() * * Boxaa accessors * l_int32 boxaaGetCount() * l_int32 boxaaGetBoxCount() * BOXA *boxaaGetBoxa() * BOX *boxaaGetBox() * * Boxaa array modifiers * l_int32 boxaaInitFull() * l_int32 boxaaExtendWithInit() * l_int32 boxaaReplaceBoxa() * l_int32 boxaaInsertBoxa() * l_int32 boxaaRemoveBoxa() * l_int32 boxaaAddBox() * * Boxaa serialized I/O * BOXAA *boxaaReadFromFiles() * BOXAA *boxaaRead() * BOXAA *boxaaReadStream() * l_int32 boxaaWrite() * l_int32 boxaaWriteStream() * * Boxa serialized I/O * BOXA *boxaRead() * BOXA *boxaReadStream() * BOXA *boxaReadMem() * l_int32 boxaWrite() * l_int32 boxaWriteStream() * l_int32 boxaWriteMem() * * Box print (for debug) * l_int32 boxPrintStreamInfo() * * Most functions use only valid boxes, which are boxes that have both * width and height > 0. However, a few functions, such as * boxaGetMedian() do not assume that all boxes are valid. For any * function that can use a boxa with invalid boxes, it is convenient * to use these accessors: * boxaGetValidCount() : count of valid boxes * boxaGetValidBox() : returns NULL for invalid boxes */ #include #include "allheaders.h" static const l_int32 INITIAL_PTR_ARRAYSIZE = 20; /* n'import quoi */ /*---------------------------------------------------------------------* * Box creation, destruction and copy * *---------------------------------------------------------------------*/ /*! * boxCreate() * * Input: x, y, w, h * Return: box, or null on error * * Notes: * (1) This clips the box to the +quad. If no part of the * box is in the +quad, this returns NULL. * (2) We allow you to make a box with w = 0 and/or h = 0. * This does not represent a valid region, but it is useful * as a placeholder in a boxa for which the index of the * box in the boxa is important. This is an atypical * situation; usually you want to put only valid boxes with * nonzero width and height in a boxa. If you have a boxa * with invalid boxes, the accessor boxaGetValidBox() * will return NULL on each invalid box. * (3) If you want to create only valid boxes, use boxCreateValid(), * which returns NULL if either w or h is 0. */ BOX * boxCreate(l_int32 x, l_int32 y, l_int32 w, l_int32 h) { BOX *box; PROCNAME("boxCreate"); if (w < 0 || h < 0) return (BOX *)ERROR_PTR("w and h not both >= 0", procName, NULL); if (x < 0) { /* take part in +quad */ w = w + x; x = 0; if (w <= 0) return (BOX *)ERROR_PTR("x < 0 and box off +quad", procName, NULL); } if (y < 0) { /* take part in +quad */ h = h + y; y = 0; if (h <= 0) return (BOX *)ERROR_PTR("y < 0 and box off +quad", procName, NULL); } if ((box = (BOX *)CALLOC(1, sizeof(BOX))) == NULL) return (BOX *)ERROR_PTR("box not made", procName, NULL); boxSetGeometry(box, x, y, w, h); box->refcount = 1; return box; } /*! * boxCreateValid() * * Input: x, y, w, h * Return: box, or null on error * * Notes: * (1) This returns NULL if either w = 0 or h = 0. */ BOX * boxCreateValid(l_int32 x, l_int32 y, l_int32 w, l_int32 h) { PROCNAME("boxCreateValid"); if (w <= 0 || h <= 0) return (BOX *)ERROR_PTR("w and h not both > 0", procName, NULL); return boxCreate(x, y, w, h); } /*! * boxCopy() * * Input: box * Return: copy of box, or null on error */ BOX * boxCopy(BOX *box) { BOX *boxc; PROCNAME("boxCopy"); if (!box) return (BOX *)ERROR_PTR("box not defined", procName, NULL); boxc = boxCreate(box->x, box->y, box->w, box->h); return boxc; } /*! * boxClone() * * Input: box * Return: ptr to same box, or null on error */ BOX * boxClone(BOX *box) { PROCNAME("boxClone"); if (!box) return (BOX *)ERROR_PTR("box not defined", procName, NULL); boxChangeRefcount(box, 1); return box; } /*! * boxDestroy() * * Input: &box () * Return: void * * Notes: * (1) Decrements the ref count and, if 0, destroys the box. * (2) Always nulls the input ptr. */ void boxDestroy(BOX **pbox) { BOX *box; PROCNAME("boxDestroy"); if (pbox == NULL) { L_WARNING("ptr address is null!\n", procName); return; } if ((box = *pbox) == NULL) return; boxChangeRefcount(box, -1); if (boxGetRefcount(box) <= 0) FREE(box); *pbox = NULL; return; } /*---------------------------------------------------------------------* * Box accessors * *---------------------------------------------------------------------*/ /*! * boxGetGeometry() * * Input: box * &x, &y, &w, &h (; each can be null) * Return: 0 if OK, 1 on error */ l_int32 boxGetGeometry(BOX *box, l_int32 *px, l_int32 *py, l_int32 *pw, l_int32 *ph) { PROCNAME("boxGetGeometry"); if (px) *px = 0; if (py) *py = 0; if (pw) *pw = 0; if (ph) *ph = 0; if (!box) return ERROR_INT("box not defined", procName, 1); if (px) *px = box->x; if (py) *py = box->y; if (pw) *pw = box->w; if (ph) *ph = box->h; return 0; } /*! * boxSetGeometry() * * Input: box * x, y, w, h (use -1 to leave unchanged) * Return: 0 if OK, 1 on error */ l_int32 boxSetGeometry(BOX *box, l_int32 x, l_int32 y, l_int32 w, l_int32 h) { PROCNAME("boxSetGeometry"); if (!box) return ERROR_INT("box not defined", procName, 1); if (x != -1) box->x = x; if (y != -1) box->y = y; if (w != -1) box->w = w; if (h != -1) box->h = h; return 0; } /*! * boxGetSideLocation() * * Input: box * side (L_GET_LEFT, L_GET_RIGHT, L_GET_TOP, L_GET_BOT) * &loc ( location) * Return: 0 if OK, 1 on error * * Notes: * (1) All returned values are within the box. In particular: * right = left + width - 1 * bottom = top + height - 1 */ l_int32 boxGetSideLocation(BOX *box, l_int32 side, l_int32 *ploc) { l_int32 x, y, w, h; PROCNAME("boxGetSideLocation"); if (!ploc) return ERROR_INT("&loc not defined", procName, 1); *ploc = 0; if (!box) return ERROR_INT("box not defined", procName, 1); boxGetGeometry(box, &x, &y, &w, &h); if (side == L_GET_LEFT) *ploc = x; else if (side == L_GET_RIGHT) *ploc = x + w - 1; else if (side == L_GET_TOP) *ploc = y; else if (side == L_GET_BOT) *ploc = y + h - 1; else return ERROR_INT("invalid side", procName, 1); return 0; } l_int32 boxGetRefcount(BOX *box) { PROCNAME("boxGetRefcount"); if (!box) return ERROR_INT("box not defined", procName, UNDEF); return box->refcount; } l_int32 boxChangeRefcount(BOX *box, l_int32 delta) { PROCNAME("boxChangeRefcount"); if (!box) return ERROR_INT("box not defined", procName, 1); box->refcount += delta; return 0; } /*! * boxIsValid() * * Input: box * &valid ( 1 if valid; 0 otherwise) * Return: 0 if OK, 1 on error */ l_int32 boxIsValid(BOX *box, l_int32 *pvalid) { PROCNAME("boxIsValid"); if (!pvalid) return ERROR_INT("&valid not defined", procName, 1); *pvalid = 0; if (!box) return ERROR_INT("box not defined", procName, 1); if (box->w > 0 && box->h > 0) *pvalid = 1; return 0; } /*---------------------------------------------------------------------* * Boxa creation, destruction, copy, extension * *---------------------------------------------------------------------*/ /*! * boxaCreate() * * Input: n (initial number of ptrs) * Return: boxa, or null on error */ BOXA * boxaCreate(l_int32 n) { BOXA *boxa; PROCNAME("boxaCreate"); if (n <= 0) n = INITIAL_PTR_ARRAYSIZE; if ((boxa = (BOXA *)CALLOC(1, sizeof(BOXA))) == NULL) return (BOXA *)ERROR_PTR("boxa not made", procName, NULL); boxa->n = 0; boxa->nalloc = n; boxa->refcount = 1; if ((boxa->box = (BOX **)CALLOC(n, sizeof(BOX *))) == NULL) return (BOXA *)ERROR_PTR("boxa ptrs not made", procName, NULL); return boxa; } /*! * boxaCopy() * * Input: boxa * copyflag (L_COPY, L_CLONE, L_COPY_CLONE) * Return: new boxa, or null on error * * Notes: * (1) See pix.h for description of the copyflag. * (2) The copy-clone makes a new boxa that holds clones of each box. */ BOXA * boxaCopy(BOXA *boxa, l_int32 copyflag) { l_int32 i; BOX *boxc; BOXA *boxac; PROCNAME("boxaCopy"); if (!boxa) return (BOXA *)ERROR_PTR("boxa not defined", procName, NULL); if (copyflag == L_CLONE) { boxa->refcount++; return boxa; } if (copyflag != L_COPY && copyflag != L_COPY_CLONE) return (BOXA *)ERROR_PTR("invalid copyflag", procName, NULL); if ((boxac = boxaCreate(boxa->nalloc)) == NULL) return (BOXA *)ERROR_PTR("boxac not made", procName, NULL); for (i = 0; i < boxa->n; i++) { if (copyflag == L_COPY) boxc = boxaGetBox(boxa, i, L_COPY); else /* copy-clone */ boxc = boxaGetBox(boxa, i, L_CLONE); boxaAddBox(boxac, boxc, L_INSERT); } return boxac; } /*! * boxaDestroy() * * Input: &boxa () * Return: void * * Note: * - Decrements the ref count and, if 0, destroys the boxa. * - Always nulls the input ptr. */ void boxaDestroy(BOXA **pboxa) { l_int32 i; BOXA *boxa; PROCNAME("boxaDestroy"); if (pboxa == NULL) { L_WARNING("ptr address is null!\n", procName); return; } if ((boxa = *pboxa) == NULL) return; /* Decrement the ref count. If it is 0, destroy the boxa. */ boxa->refcount--; if (boxa->refcount <= 0) { for (i = 0; i < boxa->n; i++) boxDestroy(&boxa->box[i]); FREE(boxa->box); FREE(boxa); } *pboxa = NULL; return; } /*! * boxaAddBox() * * Input: boxa * box (to be added) * copyflag (L_INSERT, L_COPY, L_CLONE) * Return: 0 if OK, 1 on error */ l_int32 boxaAddBox(BOXA *boxa, BOX *box, l_int32 copyflag) { l_int32 n; BOX *boxc; PROCNAME("boxaAddBox"); if (!boxa) return ERROR_INT("boxa not defined", procName, 1); if (!box) return ERROR_INT("box not defined", procName, 1); if (copyflag == L_INSERT) boxc = box; else if (copyflag == L_COPY) boxc = boxCopy(box); else if (copyflag == L_CLONE) boxc = boxClone(box); else return ERROR_INT("invalid copyflag", procName, 1); if (!boxc) return ERROR_INT("boxc not made", procName, 1); n = boxaGetCount(boxa); if (n >= boxa->nalloc) boxaExtendArray(boxa); boxa->box[n] = boxc; boxa->n++; return 0; } /*! * boxaExtendArray() * * Input: boxa * Return: 0 if OK; 1 on error * * Notes: * (1) Reallocs with doubled size of ptr array. */ l_int32 boxaExtendArray(BOXA *boxa) { PROCNAME("boxaExtendArray"); if (!boxa) return ERROR_INT("boxa not defined", procName, 1); return boxaExtendArrayToSize(boxa, 2 * boxa->nalloc); } /*! * boxaExtendArrayToSize() * * Input: boxa * size (new size of boxa array) * Return: 0 if OK; 1 on error * * Notes: * (1) If necessary, reallocs new boxa ptr array to @size. */ l_int32 boxaExtendArrayToSize(BOXA *boxa, l_int32 size) { PROCNAME("boxaExtendArrayToSize"); if (!boxa) return ERROR_INT("boxa not defined", procName, 1); if (size > boxa->nalloc) { if ((boxa->box = (BOX **)reallocNew((void **)&boxa->box, sizeof(BOX *) * boxa->nalloc, size * sizeof(BOX *))) == NULL) return ERROR_INT("new ptr array not returned", procName, 1); boxa->nalloc = size; } return 0; } /*---------------------------------------------------------------------* * Boxa accessors * *---------------------------------------------------------------------*/ /*! * boxaGetCount() * * Input: boxa * Return: count (of all boxes); 0 if no boxes or on error */ l_int32 boxaGetCount(BOXA *boxa) { PROCNAME("boxaGetCount"); if (!boxa) return ERROR_INT("boxa not defined", procName, 0); return boxa->n; } /*! * boxaGetValidCount() * * Input: boxa * Return: count (of valid boxes); 0 if no valid boxes or on error */ l_int32 boxaGetValidCount(BOXA *boxa) { l_int32 n, i, w, h, count; PROCNAME("boxaGetValidCount"); if (!boxa) return ERROR_INT("boxa not defined", procName, 0); n = boxaGetCount(boxa); for (i = 0, count = 0; i < n; i++) { boxaGetBoxGeometry(boxa, i, NULL, NULL, &w, &h); if (w > 0 && h > 0) count++; } return count; } /*! * boxaGetBox() * * Input: boxa * index (to the index-th box) * accessflag (L_COPY or L_CLONE) * Return: box, or null on error */ BOX * boxaGetBox(BOXA *boxa, l_int32 index, l_int32 accessflag) { PROCNAME("boxaGetBox"); if (!boxa) return (BOX *)ERROR_PTR("boxa not defined", procName, NULL); if (index < 0 || index >= boxa->n) return (BOX *)ERROR_PTR("index not valid", procName, NULL); if (accessflag == L_COPY) return boxCopy(boxa->box[index]); else if (accessflag == L_CLONE) return boxClone(boxa->box[index]); else return (BOX *)ERROR_PTR("invalid accessflag", procName, NULL); } /*! * boxaGetValidBox() * * Input: boxa * index (to the index-th box) * accessflag (L_COPY or L_CLONE) * Return: box, or null if box is not valid or on error * * Notes: * (1) This returns NULL for an invalid box in a boxa. * For a box to be valid, both the width and height must be > 0. * (2) We allow invalid boxes, with w = 0 or h = 0, as placeholders * in boxa for which the index of the box in the boxa is important. * This is an atypical situation; usually you want to put only * valid boxes in a boxa. */ BOX * boxaGetValidBox(BOXA *boxa, l_int32 index, l_int32 accessflag) { l_int32 w, h; BOX *box; PROCNAME("boxaGetValidBox"); if (!boxa) return (BOX *)ERROR_PTR("boxa not defined", procName, NULL); if ((box = boxaGetBox(boxa, index, accessflag)) == NULL) return (BOX *)ERROR_PTR("box not returned", procName, NULL); boxGetGeometry(box, NULL, NULL, &w, &h); if (w <= 0 || h <= 0) /* not valid, but not necessarily an error */ boxDestroy(&box); return box; } /*! * boxaGetBoxGeometry() * * Input: boxa * index (to the index-th box) * &x, &y, &w, &h (; each can be null) * Return: 0 if OK, 1 on error */ l_int32 boxaGetBoxGeometry(BOXA *boxa, l_int32 index, l_int32 *px, l_int32 *py, l_int32 *pw, l_int32 *ph) { BOX *box; PROCNAME("boxaGetBoxGeometry"); if (px) *px = 0; if (py) *py = 0; if (pw) *pw = 0; if (ph) *ph = 0; if (!boxa) return ERROR_INT("boxa not defined", procName, 1); if (index < 0 || index >= boxa->n) return ERROR_INT("index not valid", procName, 1); if ((box = boxaGetBox(boxa, index, L_CLONE)) == NULL) return ERROR_INT("box not found!", procName, 1); boxGetGeometry(box, px, py, pw, ph); boxDestroy(&box); return 0; } /*! * boxaIsFull() * * Input: boxa * &full (return> 1 if boxa is full) * Return: 0 if OK, 1 on error */ l_int32 boxaIsFull(BOXA *boxa, l_int32 *pfull) { l_int32 i, n, full; BOX *box; PROCNAME("boxaIsFull"); if (!pfull) return ERROR_INT("&full not defined", procName, 1); *pfull = 0; if (!boxa) return ERROR_INT("boxa not defined", procName, 1); n = boxaGetCount(boxa); full = 1; for (i = 0; i < n; i++) { if ((box = boxaGetBox(boxa, i, L_CLONE)) == NULL) { full = 0; break; } boxDestroy(&box); } *pfull = full; return 0; } /*---------------------------------------------------------------------* * Boxa array modifiers * *---------------------------------------------------------------------*/ /*! * boxaReplaceBox() * * Input: boxa * index (to the index-th box) * box (insert to replace existing one) * Return: 0 if OK, 1 on error * * Notes: * (1) In-place replacement of one box. * (2) The previous box at that location, if any, is destroyed. */ l_int32 boxaReplaceBox(BOXA *boxa, l_int32 index, BOX *box) { PROCNAME("boxaReplaceBox"); if (!boxa) return ERROR_INT("boxa not defined", procName, 1); if (index < 0 || index >= boxa->n) return ERROR_INT("index not valid", procName, 1); if (!box) return ERROR_INT("box not defined", procName, 1); boxDestroy(&(boxa->box[index])); boxa->box[index] = box; return 0; } /*! * boxaInsertBox() * * Input: boxa * index (location in boxa to insert new value) * box (new box to be inserted) * Return: 0 if OK, 1 on error * * Notes: * (1) This shifts box[i] --> box[i + 1] for all i >= index, * and then inserts box as box[index]. * (2) To insert at the beginning of the array, set index = 0. * (3) To append to the array, it's easier to use boxaAddBox(). * (4) This should not be used repeatedly to insert into large arrays, * because the function is O(n). */ l_int32 boxaInsertBox(BOXA *boxa, l_int32 index, BOX *box) { l_int32 i, n; BOX **array; PROCNAME("boxaInsertBox"); if (!boxa) return ERROR_INT("boxa not defined", procName, 1); n = boxaGetCount(boxa); if (index < 0 || index > n) return ERROR_INT("index not in {0...n}", procName, 1); if (!box) return ERROR_INT("box not defined", procName, 1); if (n >= boxa->nalloc) boxaExtendArray(boxa); array = boxa->box; boxa->n++; for (i = n; i > index; i--) array[i] = array[i - 1]; array[index] = box; return 0; } /*! * boxaRemoveBox() * * Input: boxa * index (of box to be removed) * Return: 0 if OK, 1 on error * * Notes: * (1) This removes box[index] and then shifts * box[i] --> box[i - 1] for all i > index. * (2) It should not be used repeatedly to remove boxes from * large arrays, because the function is O(n). */ l_int32 boxaRemoveBox(BOXA *boxa, l_int32 index) { l_int32 i, n; BOX **array; PROCNAME("boxaRemoveBox"); if (!boxa) return ERROR_INT("boxa not defined", procName, 1); n = boxaGetCount(boxa); if (index < 0 || index >= n) return ERROR_INT("index not in {0...n - 1}", procName, 1); array = boxa->box; boxDestroy(&array[index]); for (i = index + 1; i < n; i++) array[i - 1] = array[i]; array[n - 1] = NULL; boxa->n--; return 0; } /*! * boxaRemoveBoxAndSave() * * Input: boxa * index (of box to be removed) * &box ( removed box) * Return: 0 if OK, 1 on error * * Notes: * (1) This removes box[index] and then shifts * box[i] --> box[i - 1] for all i > index. * (2) It should not be used repeatedly to remove boxes from * large arrays, because the function is O(n). */ l_int32 boxaRemoveBoxAndSave(BOXA *boxa, l_int32 index, BOX **pbox) { l_int32 i, n; BOX **array; PROCNAME("boxaRemoveBoxAndSave"); if (pbox) *pbox = NULL; if (!boxa) return ERROR_INT("boxa not defined", procName, 1); n = boxaGetCount(boxa); if (index < 0 || index >= n) return ERROR_INT("index not in {0...n - 1}", procName, 1); if (pbox) *pbox = boxaGetBox(boxa, index, L_CLONE); array = boxa->box; boxDestroy(&array[index]); for (i = index + 1; i < n; i++) array[i - 1] = array[i]; array[n - 1] = NULL; boxa->n--; return 0; } /*! * boxaInitFull() * * Input: boxa (typically empty) * box ( to be replicated into the entire ptr array) * Return: 0 if OK, 1 on error * * Notes: * (1) This initializes a boxa by filling up the entire box ptr array * with copies of @box. If @box == NULL, use a placeholder box * of zero size. Any existing boxes are destroyed. * After this opepration, the number of boxes is equal to * the number of allocated ptrs. * (2) Note that we use boxaReplaceBox() instead of boxaInsertBox(). * They both have the same effect when inserting into a NULL ptr * in the boxa ptr array: * (3) Example usage. This function is useful to prepare for a * random insertion (or replacement) of boxes into a boxa. * To randomly insert boxes into a boxa, up to some index "max": * Boxa *boxa = boxaCreate(max); * boxaInitFull(boxa, NULL); * If you want placeholder boxes of non-zero size: * Boxa *boxa = boxaCreate(max); * Box *box = boxCreate(...); * boxaInitFull(boxa, box); * boxDestroy(&box); * If we have an existing boxa with a smaller ptr array, it can * be reused for up to max boxes: * boxaExtendArrayToSize(boxa, max); * boxaInitFull(boxa, NULL); * The initialization allows the boxa to always be properly * filled, even if all the boxes are not later replaced. * If you want to know which boxes have been replaced, * and you initialized with invalid zero-sized boxes, * use boxaGetValidBox() to return NULL for the invalid boxes. */ l_int32 boxaInitFull(BOXA *boxa, BOX *box) { l_int32 i, n; BOX *boxt; PROCNAME("boxaInitFull"); if (!boxa) return ERROR_INT("boxa not defined", procName, 1); n = boxa->nalloc; boxa->n = n; for (i = 0; i < n; i++) { if (box) boxt = boxCopy(box); else boxt = boxCreate(0, 0, 0, 0); boxaReplaceBox(boxa, i, boxt); } return 0; } /*! * boxaClear() * * Input: boxa * Return: 0 if OK, 1 on error * * Notes: * (1) This destroys all boxes in the boxa, setting the ptrs * to null. The number of allocated boxes, n, is set to 0. */ l_int32 boxaClear(BOXA *boxa) { l_int32 i, n; PROCNAME("boxaClear"); if (!boxa) return ERROR_INT("boxa not defined", procName, 1); n = boxaGetCount(boxa); for (i = 0; i < n; i++) boxDestroy(&boxa->box[i]); boxa->n = 0; return 0; } /*--------------------------------------------------------------------------* * Boxaa creation, destruction * *--------------------------------------------------------------------------*/ /*! * boxaaCreate() * * Input: size of boxa ptr array to be alloc'd (0 for default) * Return: baa, or null on error */ BOXAA * boxaaCreate(l_int32 n) { BOXAA *baa; PROCNAME("boxaaCreate"); if (n <= 0) n = INITIAL_PTR_ARRAYSIZE; if ((baa = (BOXAA *)CALLOC(1, sizeof(BOXAA))) == NULL) return (BOXAA *)ERROR_PTR("baa not made", procName, NULL); if ((baa->boxa = (BOXA **)CALLOC(n, sizeof(BOXA *))) == NULL) return (BOXAA *)ERROR_PTR("boxa ptr array not made", procName, NULL); baa->nalloc = n; baa->n = 0; return baa; } /*! * boxaaCopy() * * Input: baas (input boxaa to be copied) * copyflag (L_COPY, L_CLONE) * Return: baad (new boxaa, composed of copies or clones of the boxa * in baas), or null on error * * Notes: * (1) L_COPY makes a copy of each boxa in baas. * L_CLONE makes a clone of each boxa in baas. */ BOXAA * boxaaCopy(BOXAA *baas, l_int32 copyflag) { l_int32 i, n; BOXA *boxa; BOXAA *baad; PROCNAME("boxaaCopy"); if (!baas) return (BOXAA *)ERROR_PTR("baas not defined", procName, NULL); if (copyflag != L_COPY && copyflag != L_CLONE) return (BOXAA *)ERROR_PTR("invalid copyflag", procName, NULL); n = boxaaGetCount(baas); baad = boxaaCreate(n); for (i = 0; i < n; i++) { boxa = boxaaGetBoxa(baas, i, copyflag); boxaaAddBoxa(baad, boxa, L_INSERT); } return baad; } /*! * boxaaDestroy() * * Input: &boxaa () * Return: void */ void boxaaDestroy(BOXAA **pbaa) { l_int32 i; BOXAA *baa; PROCNAME("boxaaDestroy"); if (pbaa == NULL) { L_WARNING("ptr address is NULL!\n", procName); return; } if ((baa = *pbaa) == NULL) return; for (i = 0; i < baa->n; i++) boxaDestroy(&baa->boxa[i]); FREE(baa->boxa); FREE(baa); *pbaa = NULL; return; } /*--------------------------------------------------------------------------* * Add Boxa to Boxaa * *--------------------------------------------------------------------------*/ /*! * boxaaAddBoxa() * * Input: boxaa * boxa (to be added) * copyflag (L_INSERT, L_COPY, L_CLONE) * Return: 0 if OK, 1 on error */ l_int32 boxaaAddBoxa(BOXAA *baa, BOXA *ba, l_int32 copyflag) { l_int32 n; BOXA *bac; PROCNAME("boxaaAddBoxa"); if (!baa) return ERROR_INT("baa not defined", procName, 1); if (!ba) return ERROR_INT("ba not defined", procName, 1); if (copyflag != L_INSERT && copyflag != L_COPY && copyflag != L_CLONE) return ERROR_INT("invalid copyflag", procName, 1); if (copyflag == L_INSERT) bac = ba; else bac = boxaCopy(ba, copyflag); n = boxaaGetCount(baa); if (n >= baa->nalloc) boxaaExtendArray(baa); baa->boxa[n] = bac; baa->n++; return 0; } /*! * boxaaExtendArray() * * Input: boxaa * Return: 0 if OK, 1 on error */ l_int32 boxaaExtendArray(BOXAA *baa) { PROCNAME("boxaaExtendArray"); if (!baa) return ERROR_INT("baa not defined", procName, 1); if ((baa->boxa = (BOXA **)reallocNew((void **)&baa->boxa, sizeof(BOXA *) * baa->nalloc, 2 * sizeof(BOXA *) * baa->nalloc)) == NULL) return ERROR_INT("new ptr array not returned", procName, 1); baa->nalloc *= 2; return 0; } /*! * boxaaExtendArrayToSize() * * Input: boxaa * size (new size of boxa array) * Return: 0 if OK; 1 on error * * Notes: * (1) If necessary, reallocs the boxa ptr array to @size. */ l_int32 boxaaExtendArrayToSize(BOXAA *baa, l_int32 size) { PROCNAME("boxaaExtendArrayToSize"); if (!baa) return ERROR_INT("baa not defined", procName, 1); if (size > baa->nalloc) { if ((baa->boxa = (BOXA **)reallocNew((void **)&baa->boxa, sizeof(BOXA *) * baa->nalloc, size * sizeof(BOXA *))) == NULL) return ERROR_INT("new ptr array not returned", procName, 1); baa->nalloc = size; } return 0; } /*----------------------------------------------------------------------* * Boxaa accessors * *----------------------------------------------------------------------*/ /*! * boxaaGetCount() * * Input: boxaa * Return: count (number of boxa), or 0 if no boxa or on error */ l_int32 boxaaGetCount(BOXAA *baa) { PROCNAME("boxaaGetCount"); if (!baa) return ERROR_INT("baa not defined", procName, 0); return baa->n; } /*! * boxaaGetBoxCount() * * Input: boxaa * Return: count (number of boxes), or 0 if no boxes or on error */ l_int32 boxaaGetBoxCount(BOXAA *baa) { BOXA *boxa; l_int32 n, sum, i; PROCNAME("boxaaGetBoxCount"); if (!baa) return ERROR_INT("baa not defined", procName, 0); n = boxaaGetCount(baa); for (sum = 0, i = 0; i < n; i++) { boxa = boxaaGetBoxa(baa, i, L_CLONE); sum += boxaGetCount(boxa); boxaDestroy(&boxa); } return sum; } /*! * boxaaGetBoxa() * * Input: boxaa * index (to the index-th boxa) * accessflag (L_COPY or L_CLONE) * Return: boxa, or null on error */ BOXA * boxaaGetBoxa(BOXAA *baa, l_int32 index, l_int32 accessflag) { l_int32 n; PROCNAME("boxaaGetBoxa"); if (!baa) return (BOXA *)ERROR_PTR("baa not defined", procName, NULL); n = boxaaGetCount(baa); if (index < 0 || index >= n) return (BOXA *)ERROR_PTR("index not valid", procName, NULL); if (accessflag != L_COPY && accessflag != L_CLONE) return (BOXA *)ERROR_PTR("invalid accessflag", procName, NULL); return boxaCopy(baa->boxa[index], accessflag); } /*! * boxaaGetBox() * * Input: baa * iboxa (index into the boxa array in the boxaa) * ibox (index into the box array in the boxa) * accessflag (L_COPY or L_CLONE) * Return: box, or null on error */ BOX * boxaaGetBox(BOXAA *baa, l_int32 iboxa, l_int32 ibox, l_int32 accessflag) { BOX *box; BOXA *boxa; PROCNAME("boxaaGetBox"); if ((boxa = boxaaGetBoxa(baa, iboxa, L_CLONE)) == NULL) return (BOX *)ERROR_PTR("boxa not retrieved", procName, NULL); if ((box = boxaGetBox(boxa, ibox, accessflag)) == NULL) L_ERROR("box not retrieved\n", procName); boxaDestroy(&boxa); return box; } /*----------------------------------------------------------------------* * Boxaa array modifiers * *----------------------------------------------------------------------*/ /*! * boxaaInitFull() * * Input: boxaa (typically empty) * boxa (to be replicated into the entire ptr array) * Return: 0 if OK, 1 on error * * Notes: * (1) This initializes a boxaa by filling up the entire boxa ptr array * with copies of @boxa. Any existing boxa are destroyed. * After this operation, the number of boxa is equal to * the number of allocated ptrs. * (2) Note that we use boxaaReplaceBox() instead of boxaInsertBox(). * They both have the same effect when inserting into a NULL ptr * in the boxa ptr array * (3) Example usage. This function is useful to prepare for a * random insertion (or replacement) of boxa into a boxaa. * To randomly insert boxa into a boxaa, up to some index "max": * Boxaa *baa = boxaaCreate(max); * // initialize the boxa * Boxa *boxa = boxaCreate(...); * ... [optionally fix with boxes] * boxaaInitFull(baa, boxa); * A typical use is to initialize the array with empty boxa, * and to replace only a subset that must be aligned with * something else, such as a pixa. */ l_int32 boxaaInitFull(BOXAA *baa, BOXA *boxa) { l_int32 i, n; BOXA *boxat; PROCNAME("boxaaInitFull"); if (!baa) return ERROR_INT("baa not defined", procName, 1); if (!boxa) return ERROR_INT("boxa not defined", procName, 1); n = baa->nalloc; baa->n = n; for (i = 0; i < n; i++) { boxat = boxaCopy(boxa, L_COPY); boxaaReplaceBoxa(baa, i, boxat); } return 0; } /*! * boxaaExtendWithInit() * * Input: boxaa * maxindex * boxa (to be replicated into the extended ptr array) * Return: 0 if OK, 1 on error * * Notes: * (1) This should be used on an existing boxaa that has been * fully loaded with boxa. It then extends the boxaa, * loading all the additional ptrs with copies of boxa. * Typically, boxa will be empty. */ l_int32 boxaaExtendWithInit(BOXAA *baa, l_int32 maxindex, BOXA *boxa) { l_int32 i, n; PROCNAME("boxaaExtendWithInit"); if (!baa) return ERROR_INT("baa not defined", procName, 1); if (!boxa) return ERROR_INT("boxa not defined", procName, 1); /* Extend the ptr array if necessary */ n = boxaaGetCount(baa); if (maxindex < n) return 0; boxaaExtendArrayToSize(baa, maxindex + 1); /* Fill the new entries with copies of boxa */ for (i = n; i <= maxindex; i++) boxaaAddBoxa(baa, boxa, L_COPY); return 0; } /*! * boxaaReplaceBoxa() * * Input: boxaa * index (to the index-th boxa) * boxa (insert and replace any existing one) * Return: 0 if OK, 1 on error * * Notes: * (1) Any existing boxa is destroyed, and the input one * is inserted in its place. * (2) If the index is invalid, return 1 (error) */ l_int32 boxaaReplaceBoxa(BOXAA *baa, l_int32 index, BOXA *boxa) { l_int32 n; PROCNAME("boxaaReplaceBoxa"); if (!baa) return ERROR_INT("baa not defined", procName, 1); if (!boxa) return ERROR_INT("boxa not defined", procName, 1); n = boxaaGetCount(baa); if (index < 0 || index >= n) return ERROR_INT("index not valid", procName, 1); boxaDestroy(&baa->boxa[index]); baa->boxa[index] = boxa; return 0; } /*! * boxaaInsertBoxa() * * Input: boxaa * index (location in boxaa to insert new boxa) * boxa (new boxa to be inserted) * Return: 0 if OK, 1 on error * * Notes: * (1) This shifts boxa[i] --> boxa[i + 1] for all i >= index, * and then inserts boxa as boxa[index]. * (2) To insert at the beginning of the array, set index = 0. * (3) To append to the array, it's easier to use boxaaAddBoxa(). * (4) This should not be used repeatedly to insert into large arrays, * because the function is O(n). */ l_int32 boxaaInsertBoxa(BOXAA *baa, l_int32 index, BOXA *boxa) { l_int32 i, n; BOXA **array; PROCNAME("boxaaInsertBoxa"); if (!baa) return ERROR_INT("baa not defined", procName, 1); n = boxaaGetCount(baa); if (index < 0 || index > n) return ERROR_INT("index not in {0...n}", procName, 1); if (!boxa) return ERROR_INT("boxa not defined", procName, 1); if (n >= baa->nalloc) boxaaExtendArray(baa); array = baa->boxa; baa->n++; for (i = n; i > index; i--) array[i] = array[i - 1]; array[index] = boxa; return 0; } /*! * boxaaRemoveBoxa() * * Input: boxaa * index (of the boxa to be removed) * Return: 0 if OK, 1 on error * * Notes: * (1) This removes boxa[index] and then shifts * boxa[i] --> boxa[i - 1] for all i > index. * (2) The removed boxaa is destroyed. * (2) This should not be used repeatedly on large arrays, * because the function is O(n). */ l_int32 boxaaRemoveBoxa(BOXAA *baa, l_int32 index) { l_int32 i, n; BOXA **array; PROCNAME("boxaaRemoveBox"); if (!baa) return ERROR_INT("baa not defined", procName, 1); n = boxaaGetCount(baa); if (index < 0 || index >= n) return ERROR_INT("index not valid", procName, 1); array = baa->boxa; boxaDestroy(&array[index]); for (i = index + 1; i < n; i++) array[i - 1] = array[i]; array[n - 1] = NULL; baa->n--; return 0; } /*! * boxaaAddBox() * * Input: boxaa * index (of boxa with boxaa) * box (to be added) * accessflag (L_INSERT, L_COPY or L_CLONE) * Return: 0 if OK, 1 on error * * Notes: * (1) Adds to an existing boxa only. */ l_int32 boxaaAddBox(BOXAA *baa, l_int32 index, BOX *box, l_int32 accessflag) { l_int32 n; BOXA *boxa; PROCNAME("boxaaAddBox"); if (!baa) return ERROR_INT("baa not defined", procName, 1); n = boxaaGetCount(baa); if (index < 0 || index >= n) return ERROR_INT("index not valid", procName, 1); if (accessflag != L_INSERT && accessflag != L_COPY && accessflag != L_CLONE) return ERROR_INT("invalid accessflag", procName, 1); boxa = boxaaGetBoxa(baa, index, L_CLONE); boxaAddBox(boxa, box, accessflag); boxaDestroy(&boxa); return 0; } /*---------------------------------------------------------------------* * Boxaa serialized I/O * *---------------------------------------------------------------------*/ /*! * boxaaReadFromFiles() * * Input: dirname (directory) * substr ( substring filter on filenames; can be NULL) * first (0-based) * nfiles (use 0 for everything from @first to the end) * Return: baa, or null on error or if no boxa files are found. * * Notes: * (1) The files must be serialized boxa files (e.g., *.ba). * If some files cannot be read, warnings are issued. * (2) Use @substr to filter filenames in the directory. If * @substr == NULL, this takes all files. * (3) After filtering, use @first and @nfiles to select * a contiguous set of files, that have been lexically * sorted in increasing order. */ BOXAA * boxaaReadFromFiles(const char *dirname, const char *substr, l_int32 first, l_int32 nfiles) { char *fname; l_int32 i, n; BOXA *boxa; BOXAA *baa; SARRAY *sa; PROCNAME("boxaaReadFromFiles"); if (!dirname) return (BOXAA *)ERROR_PTR("dirname not defined", procName, NULL); sa = getSortedPathnamesInDirectory(dirname, substr, first, nfiles); if (!sa || ((n = sarrayGetCount(sa)) == 0)) { sarrayDestroy(&sa); return (BOXAA *)ERROR_PTR("no pixa files found", procName, NULL); } baa = boxaaCreate(n); for (i = 0; i < n; i++) { fname = sarrayGetString(sa, i, L_NOCOPY); if ((boxa = boxaRead(fname)) == NULL) { L_ERROR("boxa not read for %d-th file", procName, i); continue; } boxaaAddBoxa(baa, boxa, L_INSERT); } sarrayDestroy(&sa); return baa; } /*! * boxaaRead() * * Input: filename * Return: boxaa, or null on error */ BOXAA * boxaaRead(const char *filename) { FILE *fp; BOXAA *baa; PROCNAME("boxaaRead"); if (!filename) return (BOXAA *)ERROR_PTR("filename not defined", procName, NULL); if ((fp = fopenReadStream(filename)) == NULL) return (BOXAA *)ERROR_PTR("stream not opened", procName, NULL); if ((baa = boxaaReadStream(fp)) == NULL) { fclose(fp); return (BOXAA *)ERROR_PTR("boxaa not read", procName, NULL); } fclose(fp); return baa; } /*! * boxaaReadStream() * * Input: stream * Return: boxaa, or null on error */ BOXAA * boxaaReadStream(FILE *fp) { l_int32 n, i, x, y, w, h, version; l_int32 ignore; BOXA *boxa; BOXAA *baa; PROCNAME("boxaaReadStream"); if (!fp) return (BOXAA *)ERROR_PTR("stream not defined", procName, NULL); if (fscanf(fp, "\nBoxaa Version %d\n", &version) != 1) return (BOXAA *)ERROR_PTR("not a boxaa file", procName, NULL); if (version != BOXAA_VERSION_NUMBER) return (BOXAA *)ERROR_PTR("invalid boxa version", procName, NULL); if (fscanf(fp, "Number of boxa = %d\n", &n) != 1) return (BOXAA *)ERROR_PTR("not a boxaa file", procName, NULL); if ((baa = boxaaCreate(n)) == NULL) return (BOXAA *)ERROR_PTR("boxaa not made", procName, NULL); for (i = 0; i < n; i++) { if (fscanf(fp, "\nBoxa[%d] extent: x = %d, y = %d, w = %d, h = %d", &ignore, &x, &y, &w, &h) != 5) return (BOXAA *)ERROR_PTR("boxa descr not valid", procName, NULL); if ((boxa = boxaReadStream(fp)) == NULL) return (BOXAA *)ERROR_PTR("boxa not made", procName, NULL); boxaaAddBoxa(baa, boxa, L_INSERT); } return baa; } /*! * boxaaWrite() * * Input: filename * boxaa * Return: 0 if OK, 1 on error */ l_int32 boxaaWrite(const char *filename, BOXAA *baa) { FILE *fp; PROCNAME("boxaaWrite"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!baa) return ERROR_INT("baa not defined", procName, 1); if ((fp = fopenWriteStream(filename, "w")) == NULL) return ERROR_INT("stream not opened", procName, 1); if (boxaaWriteStream(fp, baa)) return ERROR_INT("baa not written to stream", procName, 1); fclose(fp); return 0; } /*! * boxaaWriteStream() * * Input: stream * boxaa * Return: 0 if OK, 1 on error */ l_int32 boxaaWriteStream(FILE *fp, BOXAA *baa) { l_int32 n, i, x, y, w, h; BOX *box; BOXA *boxa; PROCNAME("boxaaWriteStream"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!baa) return ERROR_INT("baa not defined", procName, 1); n = boxaaGetCount(baa); fprintf(fp, "\nBoxaa Version %d\n", BOXAA_VERSION_NUMBER); fprintf(fp, "Number of boxa = %d\n", n); for (i = 0; i < n; i++) { if ((boxa = boxaaGetBoxa(baa, i, L_CLONE)) == NULL) return ERROR_INT("boxa not found", procName, 1); boxaGetExtent(boxa, NULL, NULL, &box); boxGetGeometry(box, &x, &y, &w, &h); fprintf(fp, "\nBoxa[%d] extent: x = %d, y = %d, w = %d, h = %d", i, x, y, w, h); boxaWriteStream(fp, boxa); boxDestroy(&box); boxaDestroy(&boxa); } return 0; } /*---------------------------------------------------------------------* * Boxa serialized I/O * *---------------------------------------------------------------------*/ /*! * boxaRead() * * Input: filename * Return: boxa, or null on error */ BOXA * boxaRead(const char *filename) { FILE *fp; BOXA *boxa; PROCNAME("boxaRead"); if (!filename) return (BOXA *)ERROR_PTR("filename not defined", procName, NULL); if ((fp = fopenReadStream(filename)) == NULL) return (BOXA *)ERROR_PTR("stream not opened", procName, NULL); if ((boxa = boxaReadStream(fp)) == NULL) { fclose(fp); return (BOXA *)ERROR_PTR("boxa not read", procName, NULL); } fclose(fp); return boxa; } /*! * boxaReadStream() * * Input: stream * Return: boxa, or null on error */ BOXA * boxaReadStream(FILE *fp) { l_int32 n, i, x, y, w, h, version; l_int32 ignore; BOX *box; BOXA *boxa; PROCNAME("boxaReadStream"); if (!fp) return (BOXA *)ERROR_PTR("stream not defined", procName, NULL); if (fscanf(fp, "\nBoxa Version %d\n", &version) != 1) return (BOXA *)ERROR_PTR("not a boxa file", procName, NULL); if (version != BOXA_VERSION_NUMBER) return (BOXA *)ERROR_PTR("invalid boxa version", procName, NULL); if (fscanf(fp, "Number of boxes = %d\n", &n) != 1) return (BOXA *)ERROR_PTR("not a boxa file", procName, NULL); if ((boxa = boxaCreate(n)) == NULL) return (BOXA *)ERROR_PTR("boxa not made", procName, NULL); for (i = 0; i < n; i++) { if (fscanf(fp, " Box[%d]: x = %d, y = %d, w = %d, h = %d\n", &ignore, &x, &y, &w, &h) != 5) return (BOXA *)ERROR_PTR("box descr not valid", procName, NULL); if ((box = boxCreate(x, y, w, h)) == NULL) return (BOXA *)ERROR_PTR("box not made", procName, NULL); boxaAddBox(boxa, box, L_INSERT); } return boxa; } /*! * boxaReadMem() * * Input: data (ascii) * size (of data; can use strlen to get it) * Return: boxa, or null on error */ BOXA * boxaReadMem(const l_uint8 *data, size_t size) { FILE *fp; BOXA *boxa; PROCNAME("boxaReadMem"); if (!data) return (BOXA *)ERROR_PTR("data not defined", procName, NULL); /* De-serialize: write serialized data to file and read back as boxa. * We are writing to file first, instead of reading from the memory * buffer, because the gnu extension fmemopen() is not available * with other runtimes. */ fp = tmpfile(); fwrite(data, 1, size, fp); rewind(fp); boxa = boxaReadStream(fp); fclose(fp); if (!boxa) L_ERROR("boxa not read\n", procName); return boxa; } /*! * boxaWrite() * * Input: filename * boxa * Return: 0 if OK, 1 on error */ l_int32 boxaWrite(const char *filename, BOXA *boxa) { FILE *fp; PROCNAME("boxaWrite"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!boxa) return ERROR_INT("boxa not defined", procName, 1); if ((fp = fopenWriteStream(filename, "w")) == NULL) return ERROR_INT("stream not opened", procName, 1); if (boxaWriteStream(fp, boxa)) return ERROR_INT("boxa not written to stream", procName, 1); fclose(fp); return 0; } /*! * boxaWriteStream() * * Input: stream * boxa * Return: 0 if OK, 1 on error */ l_int32 boxaWriteStream(FILE *fp, BOXA *boxa) { l_int32 n, i; BOX *box; PROCNAME("boxaWriteStream"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!boxa) return ERROR_INT("boxa not defined", procName, 1); n = boxaGetCount(boxa); fprintf(fp, "\nBoxa Version %d\n", BOXA_VERSION_NUMBER); fprintf(fp, "Number of boxes = %d\n", n); for (i = 0; i < n; i++) { if ((box = boxaGetBox(boxa, i, L_CLONE)) == NULL) return ERROR_INT("box not found", procName, 1); fprintf(fp, " Box[%d]: x = %d, y = %d, w = %d, h = %d\n", i, box->x, box->y, box->w, box->h); boxDestroy(&box); } return 0; } /*! * boxaWriteMem() * * Input: &data ( data of serialized boxa; ascii) * &size ( size of returned data) * boxa * Return: 0 if OK, 1 on error */ l_int32 boxaWriteMem(l_uint8 **pdata, size_t *psize, BOXA *boxa) { l_int32 ret; FILE *fp; PROCNAME("boxaWriteMem"); if (!pdata) return ERROR_INT("&data not defined", procName, 1 ); *pdata = NULL; if (!psize) return ERROR_INT("&size not defined", procName, 1 ); *psize = 0; if (!boxa) return ERROR_INT("&boxa not defined", procName, 1 ); /* Serialize: write to file and read serialized data back into memory */ fp = tmpfile(); ret = boxaWriteStream(fp, boxa); rewind(fp); *pdata = l_binaryReadStream(fp, psize); fclose(fp); return ret; } /*---------------------------------------------------------------------* * Debug printing * *---------------------------------------------------------------------*/ /*! * boxPrintStreamInfo() * * Input: stream * box * Return: 0 if OK, 1 on error * * Notes: * (1) This outputs debug info. Use serialization functions to * write to file if you want to read the data back. */ l_int32 boxPrintStreamInfo(FILE *fp, BOX *box) { PROCNAME("boxPrintStreamInfo"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!box) return ERROR_INT("box not defined", procName, 1); fprintf(fp, " Box: x = %d, y = %d, w = %d, h = %d\n", box->x, box->y, box->w, box->h); return 0; } leptonica-1.70/src/shear.c0000644000175000017500000007142112244231320013540 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * shear.c * * About arbitrary lines * PIX *pixHShear() * PIX *pixVShear() * * About special 'points': UL corner and center * PIX *pixHShearCorner() * PIX *pixVShearCorner() * PIX *pixHShearCenter() * PIX *pixVShearCenter() * * In place about arbitrary lines * l_int32 pixHShearIP() * l_int32 pixVShearIP() * * Linear interpolated shear about arbitrary lines * PIX *pixHShearLI() * PIX *pixVShearLI() * * Static helper * static l_float32 normalizeAngleForShear() */ #include #include #include "allheaders.h" /* Shear angle must not get too close to -pi/2 or pi/2 */ static const l_float32 MIN_DIFF_FROM_HALF_PI = 0.04; static l_float32 normalizeAngleForShear(l_float32 radang, l_float32 mindif); #ifndef NO_CONSOLE_IO #define DEBUG 0 #endif /* ~NO_CONSOLE_IO */ /*-------------------------------------------------------------* * About arbitrary lines * *-------------------------------------------------------------*/ /*! * pixHShear() * * Input: pixd (, this can be null, equal to pixs, * or different from pixs) * pixs (no restrictions on depth) * yloc (location of horizontal line, measured from origin) * angle (in radians) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK); * Return: pixd, always * * Notes: * (1) There are 3 cases: * (a) pixd == null (make a new pixd) * (b) pixd == pixs (in-place) * (c) pixd != pixs * (2) For these three cases, use these patterns, respectively: * pixd = pixHShear(NULL, pixs, ...); * pixHShear(pixs, pixs, ...); * pixHShear(pixd, pixs, ...); * (3) This shear leaves the horizontal line of pixels at y = yloc * invariant. For a positive shear angle, pixels above this * line are shoved to the right, and pixels below this line * move to the left. * (4) With positive shear angle, this can be used, along with * pixVShear(), to perform a cw rotation, either with 2 shears * (for small angles) or in the general case with 3 shears. * (5) Changing the value of yloc is equivalent to translating * the result horizontally. * (6) This brings in 'incolor' pixels from outside the image. * (7) For in-place operation, pixs cannot be colormapped, * because the in-place operation only blits in 0 or 1 bits, * not an arbitrary colormap index. * (8) The angle is brought into the range [-pi, -pi]. It is * not permitted to be within MIN_DIFF_FROM_HALF_PI radians * from either -pi/2 or pi/2. */ PIX * pixHShear(PIX *pixd, PIX *pixs, l_int32 yloc, l_float32 radang, l_int32 incolor) { l_int32 sign, w, h; l_int32 y, yincr, inityincr, hshift; l_float32 tanangle, invangle; PROCNAME("pixHShear"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return (PIX *)ERROR_PTR("invalid incolor value", procName, pixd); if (pixd == pixs) { /* in place */ if (pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs is colormapped", procName, pixd); pixHShearIP(pixd, yloc, radang, incolor); return pixd; } /* Make sure pixd exists and is same size as pixs */ if (!pixd) { if ((pixd = pixCreateTemplate(pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } else { /* pixd != pixs */ pixResizeImageData(pixd, pixs); } /* Normalize angle. If no rotation, return a copy */ radang = normalizeAngleForShear(radang, MIN_DIFF_FROM_HALF_PI); if (radang == 0.0 || tan(radang) == 0.0) return pixCopy(pixd, pixs); /* Initialize to value of incoming pixels */ pixSetBlackOrWhite(pixd, incolor); pixGetDimensions(pixs, &w, &h, NULL); sign = L_SIGN(radang); tanangle = tan(radang); invangle = L_ABS(1. / tanangle); inityincr = (l_int32)(invangle / 2.); yincr = (l_int32)invangle; pixRasterop(pixd, 0, yloc - inityincr, w, 2 * inityincr, PIX_SRC, pixs, 0, yloc - inityincr); for (hshift = 1, y = yloc + inityincr; y < h; hshift++) { yincr = (l_int32)(invangle * (hshift + 0.5) + 0.5) - (y - yloc); if (h - y < yincr) /* reduce for last one if req'd */ yincr = h - y; pixRasterop(pixd, -sign*hshift, y, w, yincr, PIX_SRC, pixs, 0, y); #if DEBUG fprintf(stderr, "y = %d, hshift = %d, yincr = %d\n", y, hshift, yincr); #endif /* DEBUG */ y += yincr; } for (hshift = -1, y = yloc - inityincr; y > 0; hshift--) { yincr = (y - yloc) - (l_int32)(invangle * (hshift - 0.5) + 0.5); if (y < yincr) /* reduce for last one if req'd */ yincr = y; pixRasterop(pixd, -sign*hshift, y - yincr, w, yincr, PIX_SRC, pixs, 0, y - yincr); #if DEBUG fprintf(stderr, "y = %d, hshift = %d, yincr = %d\n", y - yincr, hshift, yincr); #endif /* DEBUG */ y -= yincr; } return pixd; } /*! * pixVShear() * * Input: pixd (, this can be null, equal to pixs, * or different from pixs) * pixs (no restrictions on depth) * xloc (location of vertical line, measured from origin) * angle (in radians; not too close to +-(pi / 2)) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK); * Return: pixd, or null on error * * Notes: * (1) There are 3 cases: * (a) pixd == null (make a new pixd) * (b) pixd == pixs (in-place) * (c) pixd != pixs * (2) For these three cases, use these patterns, respectively: * pixd = pixVShear(NULL, pixs, ...); * pixVShear(pixs, pixs, ...); * pixVShear(pixd, pixs, ...); * (3) This shear leaves the vertical line of pixels at x = xloc * invariant. For a positive shear angle, pixels to the right * of this line are shoved downward, and pixels to the left * of the line move upward. * (4) With positive shear angle, this can be used, along with * pixHShear(), to perform a cw rotation, either with 2 shears * (for small angles) or in the general case with 3 shears. * (5) Changing the value of xloc is equivalent to translating * the result vertically. * (6) This brings in 'incolor' pixels from outside the image. * (7) For in-place operation, pixs cannot be colormapped, * because the in-place operation only blits in 0 or 1 bits, * not an arbitrary colormap index. * (8) The angle is brought into the range [-pi, -pi]. It is * not permitted to be within MIN_DIFF_FROM_HALF_PI radians * from either -pi/2 or pi/2. */ PIX * pixVShear(PIX *pixd, PIX *pixs, l_int32 xloc, l_float32 radang, l_int32 incolor) { l_int32 sign, w, h; l_int32 x, xincr, initxincr, vshift; l_float32 tanangle, invangle; PROCNAME("pixVShear"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return (PIX *)ERROR_PTR("invalid incolor value", procName, NULL); if (pixd == pixs) { /* in place */ if (pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs is colormapped", procName, pixd); pixVShearIP(pixd, xloc, radang, incolor); return pixd; } /* Make sure pixd exists and is same size as pixs */ if (!pixd) { if ((pixd = pixCreateTemplate(pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } else { /* pixd != pixs */ pixResizeImageData(pixd, pixs); } /* Normalize angle. If no rotation, return a copy */ radang = normalizeAngleForShear(radang, MIN_DIFF_FROM_HALF_PI); if (radang == 0.0 || tan(radang) == 0.0) return pixCopy(pixd, pixs); /* Initialize to value of incoming pixels */ pixSetBlackOrWhite(pixd, incolor); pixGetDimensions(pixs, &w, &h, NULL); sign = L_SIGN(radang); tanangle = tan(radang); invangle = L_ABS(1. / tanangle); initxincr = (l_int32)(invangle / 2.); xincr = (l_int32)invangle; pixRasterop(pixd, xloc - initxincr, 0, 2 * initxincr, h, PIX_SRC, pixs, xloc - initxincr, 0); for (vshift = 1, x = xloc + initxincr; x < w; vshift++) { xincr = (l_int32)(invangle * (vshift + 0.5) + 0.5) - (x - xloc); if (w - x < xincr) /* reduce for last one if req'd */ xincr = w - x; pixRasterop(pixd, x, sign*vshift, xincr, h, PIX_SRC, pixs, x, 0); #if DEBUG fprintf(stderr, "x = %d, vshift = %d, xincr = %d\n", x, vshift, xincr); #endif /* DEBUG */ x += xincr; } for (vshift = -1, x = xloc - initxincr; x > 0; vshift--) { xincr = (x - xloc) - (l_int32)(invangle * (vshift - 0.5) + 0.5); if (x < xincr) /* reduce for last one if req'd */ xincr = x; pixRasterop(pixd, x - xincr, sign*vshift, xincr, h, PIX_SRC, pixs, x - xincr, 0); #if DEBUG fprintf(stderr, "x = %d, vshift = %d, xincr = %d\n", x - xincr, vshift, xincr); #endif /* DEBUG */ x -= xincr; } return pixd; } /*-------------------------------------------------------------* * Shears about UL corner and center * *-------------------------------------------------------------*/ /*! * pixHShearCorner() * * Input: pixd (, if not null, must be equal to pixs) * pixs * angle (in radians) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK); * Return: pixd, or null on error. * * Notes: * (1) See pixHShear() for usage. * (2) This does a horizontal shear about the UL corner, with (+) shear * pushing increasingly leftward (-x) with increasing y. */ PIX * pixHShearCorner(PIX *pixd, PIX *pixs, l_float32 radang, l_int32 incolor) { PROCNAME("pixHShearCorner"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); return pixHShear(pixd, pixs, 0, radang, incolor); } /*! * pixVShearCorner() * * Input: pixd (, if not null, must be equal to pixs) * pixs * angle (in radians) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK); * Return: pixd, or null on error. * * Notes: * (1) See pixVShear() for usage. * (2) This does a vertical shear about the UL corner, with (+) shear * pushing increasingly downward (+y) with increasing x. */ PIX * pixVShearCorner(PIX *pixd, PIX *pixs, l_float32 radang, l_int32 incolor) { PROCNAME("pixVShearCorner"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); return pixVShear(pixd, pixs, 0, radang, incolor); } /*! * pixHShearCenter() * * Input: pixd (, if not null, must be equal to pixs) * pixs * angle (in radians) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK); * Return: pixd, or null on error. * * Notes: * (1) See pixHShear() for usage. * (2) This does a horizontal shear about the center, with (+) shear * pushing increasingly leftward (-x) with increasing y. */ PIX * pixHShearCenter(PIX *pixd, PIX *pixs, l_float32 radang, l_int32 incolor) { PROCNAME("pixHShearCenter"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); return pixHShear(pixd, pixs, pixGetHeight(pixs) / 2, radang, incolor); } /*! * pixVShearCenter() * * Input: pixd (, if not null, must be equal to pixs) * pixs * angle (in radians) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK); * Return: pixd, or null on error. * * Notes: * (1) See pixVShear() for usage. * (2) This does a vertical shear about the center, with (+) shear * pushing increasingly downward (+y) with increasing x. */ PIX * pixVShearCenter(PIX *pixd, PIX *pixs, l_float32 radang, l_int32 incolor) { PROCNAME("pixVShearCenter"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); return pixVShear(pixd, pixs, pixGetWidth(pixs) / 2, radang, incolor); } /*--------------------------------------------------------------------------* * In place about arbitrary lines * *--------------------------------------------------------------------------*/ /*! * pixHShearIP() * * Input: pixs * yloc (location of horizontal line, measured from origin) * angle (in radians) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK); * Return: 0 if OK; 1 on error * * Notes: * (1) This is an in-place version of pixHShear(); see comments there. * (2) This brings in 'incolor' pixels from outside the image. * (3) pixs cannot be colormapped, because the in-place operation * only blits in 0 or 1 bits, not an arbitrary colormap index. * (4) Does a horizontal full-band shear about the line with (+) shear * pushing increasingly leftward (-x) with increasing y. */ l_int32 pixHShearIP(PIX *pixs, l_int32 yloc, l_float32 radang, l_int32 incolor) { l_int32 sign, w, h; l_int32 y, yincr, inityincr, hshift; l_float32 tanangle, invangle; PROCNAME("pixHShearIP"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return ERROR_INT("invalid incolor value", procName, 1); if (pixGetColormap(pixs)) return ERROR_INT("pixs is colormapped", procName, 1); /* Normalize angle */ radang = normalizeAngleForShear(radang, MIN_DIFF_FROM_HALF_PI); if (radang == 0.0 || tan(radang) == 0.0) return 0; sign = L_SIGN(radang); pixGetDimensions(pixs, &w, &h, NULL); tanangle = tan(radang); invangle = L_ABS(1. / tanangle); inityincr = (l_int32)(invangle / 2.); yincr = (l_int32)invangle; if (inityincr > 0) pixRasteropHip(pixs, yloc - inityincr, 2 * inityincr, 0, incolor); for (hshift = 1, y = yloc + inityincr; y < h; hshift++) { yincr = (l_int32)(invangle * (hshift + 0.5) + 0.5) - (y - yloc); if (yincr == 0) continue; if (h - y < yincr) /* reduce for last one if req'd */ yincr = h - y; pixRasteropHip(pixs, y, yincr, -sign*hshift, incolor); y += yincr; } for (hshift = -1, y = yloc - inityincr; y > 0; hshift--) { yincr = (y - yloc) - (l_int32)(invangle * (hshift - 0.5) + 0.5); if (yincr == 0) continue; if (y < yincr) /* reduce for last one if req'd */ yincr = y; pixRasteropHip(pixs, y - yincr, yincr, -sign*hshift, incolor); y -= yincr; } return 0; } /*! * pixVShearIP() * * Input: pixs (all depths; not colormapped) * xloc (location of vertical line, measured from origin) * angle (in radians) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK); * Return: 0 if OK; 1 on error * * Notes: * (1) This is an in-place version of pixVShear(); see comments there. * (2) This brings in 'incolor' pixels from outside the image. * (3) pixs cannot be colormapped, because the in-place operation * only blits in 0 or 1 bits, not an arbitrary colormap index. * (4) Does a vertical full-band shear about the line with (+) shear * pushing increasingly downward (+y) with increasing x. */ l_int32 pixVShearIP(PIX *pixs, l_int32 xloc, l_float32 radang, l_int32 incolor) { l_int32 sign, w, h; l_int32 x, xincr, initxincr, vshift; l_float32 tanangle, invangle; PROCNAME("pixVShearIP"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return ERROR_INT("invalid incolor value", procName, 1); if (pixGetColormap(pixs)) return ERROR_INT("pixs is colormapped", procName, 1); /* Normalize angle */ radang = normalizeAngleForShear(radang, MIN_DIFF_FROM_HALF_PI); if (radang == 0.0 || tan(radang) == 0.0) return 0; sign = L_SIGN(radang); pixGetDimensions(pixs, &w, &h, NULL); tanangle = tan(radang); invangle = L_ABS(1. / tanangle); initxincr = (l_int32)(invangle / 2.); xincr = (l_int32)invangle; if (initxincr > 0) pixRasteropVip(pixs, xloc - initxincr, 2 * initxincr, 0, incolor); for (vshift = 1, x = xloc + initxincr; x < w; vshift++) { xincr = (l_int32)(invangle * (vshift + 0.5) + 0.5) - (x - xloc); if (xincr == 0) continue; if (w - x < xincr) /* reduce for last one if req'd */ xincr = w - x; pixRasteropVip(pixs, x, xincr, sign*vshift, incolor); x += xincr; } for (vshift = -1, x = xloc - initxincr; x > 0; vshift--) { xincr = (x - xloc) - (l_int32)(invangle * (vshift - 0.5) + 0.5); if (xincr == 0) continue; if (x < xincr) /* reduce for last one if req'd */ xincr = x; pixRasteropVip(pixs, x - xincr, xincr, sign*vshift, incolor); x -= xincr; } return 0; } /*-------------------------------------------------------------------------* * Linear interpolated shear about arbitrary lines * *-------------------------------------------------------------------------*/ /*! * pixHShearLI() * * Input: pixs (8 bpp or 32 bpp, or colormapped) * yloc (location of horizontal line, measured from origin) * angle (in radians, in range (-pi/2 ... pi/2)) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK); * Return: pixd (sheared), or null on error * * Notes: * (1) This does horizontal shear with linear interpolation for * accurate results on 8 bpp gray, 32 bpp rgb, or cmapped images. * It is relatively slow compared to the sampled version * implemented by rasterop, but the result is much smoother. * (2) This shear leaves the horizontal line of pixels at y = yloc * invariant. For a positive shear angle, pixels above this * line are shoved to the right, and pixels below this line * move to the left. * (3) Any colormap is removed. * (4) The angle is brought into the range [-pi/2 + del, pi/2 - del], * where del == MIN_DIFF_FROM_HALF_PI. */ PIX * pixHShearLI(PIX *pixs, l_int32 yloc, l_float32 radang, l_int32 incolor) { l_int32 i, jd, x, xp, xf, w, h, d, wm, wpls, wpld, val, rval, gval, bval; l_uint32 word0, word1; l_uint32 *datas, *datad, *lines, *lined; l_float32 tanangle, xshift; PIX *pix, *pixd; PROCNAME("pixHShearLI"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 8 && d != 32 && !pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs not 8, 32 bpp, or cmap", procName, NULL); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return (PIX *)ERROR_PTR("invalid incolor value", procName, NULL); if (yloc < 0 || yloc >= h) return (PIX *)ERROR_PTR("yloc not in [0 ... h-1]", procName, NULL); if (pixGetColormap(pixs)) pix = pixRemoveColormap(pixs, REMOVE_CMAP_BASED_ON_SRC); else pix = pixClone(pixs); /* Normalize angle. If no rotation, return a copy */ radang = normalizeAngleForShear(radang, MIN_DIFF_FROM_HALF_PI); if (radang == 0.0 || tan(radang) == 0.0) { pixDestroy(&pix); return pixCopy(NULL, pixs); } /* Initialize to value of incoming pixels */ pixd = pixCreateTemplate(pix); pixSetBlackOrWhite(pixd, incolor); /* Standard linear interp: subdivide each pixel into 64 parts */ d = pixGetDepth(pixd); /* 8 or 32 */ datas = pixGetData(pix); datad = pixGetData(pixd); wpls = pixGetWpl(pix); wpld = pixGetWpl(pixd); tanangle = tan(radang); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; xshift = (yloc - i) * tanangle; for (jd = 0; jd < w; jd++) { x = (l_int32)(64.0 * (-xshift + jd) + 0.5); xp = x / 64; xf = x & 63; wm = w - 1; if (xp < 0 || xp > wm) continue; if (d == 8) { if (xp < wm) { val = ((63 - xf) * GET_DATA_BYTE(lines, xp) + xf * GET_DATA_BYTE(lines, xp + 1) + 31) / 63; } else { /* xp == wm */ val = GET_DATA_BYTE(lines, xp); } SET_DATA_BYTE(lined, jd, val); } else { /* d == 32 */ if (xp < wm) { word0 = *(lines + xp); word1 = *(lines + xp + 1); rval = ((63 - xf) * ((word0 >> L_RED_SHIFT) & 0xff) + xf * ((word1 >> L_RED_SHIFT) & 0xff) + 31) / 63; gval = ((63 - xf) * ((word0 >> L_GREEN_SHIFT) & 0xff) + xf * ((word1 >> L_GREEN_SHIFT) & 0xff) + 31) / 63; bval = ((63 - xf) * ((word0 >> L_BLUE_SHIFT) & 0xff) + xf * ((word1 >> L_BLUE_SHIFT) & 0xff) + 31) / 63; composeRGBPixel(rval, gval, bval, lined + jd); } else { /* xp == wm */ lined[jd] = lines[xp]; } } } } pixDestroy(&pix); return pixd; } /*! * pixVShearLI() * * Input: pixs (8 bpp or 32 bpp, or colormapped) * xloc (location of vertical line, measured from origin) * angle (in radians, in range (-pi/2 ... pi/2)) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK); * Return: pixd (sheared), or null on error * * Notes: * (1) This does vertical shear with linear interpolation for * accurate results on 8 bpp gray, 32 bpp rgb, or cmapped images. * It is relatively slow compared to the sampled version * implemented by rasterop, but the result is much smoother. * (2) This shear leaves the vertical line of pixels at x = xloc * invariant. For a positive shear angle, pixels to the right * of this line are shoved downward, and pixels to the left * of the line move upward. * (3) Any colormap is removed. * (4) The angle is brought into the range [-pi/2 + del, pi/2 - del], * where del == MIN_DIFF_FROM_HALF_PI. */ PIX * pixVShearLI(PIX *pixs, l_int32 xloc, l_float32 radang, l_int32 incolor) { l_int32 id, y, yp, yf, j, w, h, d, hm, wpls, wpld, val, rval, gval, bval; l_uint32 word0, word1; l_uint32 *datas, *datad, *lines, *lined; l_float32 tanangle, yshift; PIX *pix, *pixd; PROCNAME("pixVShearLI"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 8 && d != 32 && !pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs not 8, 32 bpp, or cmap", procName, NULL); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return (PIX *)ERROR_PTR("invalid incolor value", procName, NULL); if (xloc < 0 || xloc >= w) return (PIX *)ERROR_PTR("xloc not in [0 ... w-1]", procName, NULL); if (pixGetColormap(pixs)) pix = pixRemoveColormap(pixs, REMOVE_CMAP_BASED_ON_SRC); else pix = pixClone(pixs); /* Normalize angle. If no rotation, return a copy */ radang = normalizeAngleForShear(radang, MIN_DIFF_FROM_HALF_PI); if (radang == 0.0 || tan(radang) == 0.0) { pixDestroy(&pix); return pixCopy(NULL, pixs); } /* Initialize to value of incoming pixels */ pixd = pixCreateTemplate(pix); pixSetBlackOrWhite(pixd, incolor); /* Standard linear interp: subdivide each pixel into 64 parts */ d = pixGetDepth(pixd); /* 8 or 32 */ datas = pixGetData(pix); datad = pixGetData(pixd); wpls = pixGetWpl(pix); wpld = pixGetWpl(pixd); tanangle = tan(radang); for (j = 0; j < w; j++) { yshift = (j - xloc) * tanangle; for (id = 0; id < h; id++) { y = (l_int32)(64.0 * (-yshift + id) + 0.5); yp = y / 64; yf = y & 63; hm = h - 1; if (yp < 0 || yp > hm) continue; lines = datas + yp * wpls; lined = datad + id * wpld; if (d == 8) { if (yp < hm) { val = ((63 - yf) * GET_DATA_BYTE(lines, j) + yf * GET_DATA_BYTE(lines + wpls, j) + 31) / 63; } else { /* yp == hm */ val = GET_DATA_BYTE(lines, j); } SET_DATA_BYTE(lined, j, val); } else { /* d == 32 */ if (yp < hm) { word0 = *(lines + j); word1 = *(lines + wpls + j); rval = ((63 - yf) * ((word0 >> L_RED_SHIFT) & 0xff) + yf * ((word1 >> L_RED_SHIFT) & 0xff) + 31) / 63; gval = ((63 - yf) * ((word0 >> L_GREEN_SHIFT) & 0xff) + yf * ((word1 >> L_GREEN_SHIFT) & 0xff) + 31) / 63; bval = ((63 - yf) * ((word0 >> L_BLUE_SHIFT) & 0xff) + yf * ((word1 >> L_BLUE_SHIFT) & 0xff) + 31) / 63; composeRGBPixel(rval, gval, bval, lined + j); } else { /* yp == hm */ lined[j] = lines[j]; } } } } pixDestroy(&pix); return pixd; } /*-------------------------------------------------------------------------* * Angle normalization * *-------------------------------------------------------------------------*/ static l_float32 normalizeAngleForShear(l_float32 radang, l_float32 mindif) { l_float32 pi2; PROCNAME("normalizeAngleForShear"); /* Bring angle into range [-pi/2, pi/2] */ pi2 = 3.14159265 / 2.0; if (radang < -pi2 || radang > pi2) radang = radang - (l_int32)(radang / pi2) * pi2; /* If angle is too close to pi/2 or -pi/2, move it */ if (radang > pi2 - mindif) { L_WARNING("angle close to pi/2; shifting away\n", procName); radang = pi2 - mindif; } else if (radang < -pi2 + mindif) { L_WARNING("angle close to -pi/2; shifting away\n", procName); radang = -pi2 + mindif; } return radang; } leptonica-1.70/src/convertfiles.c0000640000175000017500000001242212244221163015135 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * convertfiles.c * * Conversion to 1 bpp * l_int32 convertFilesTo1bpp() * * These are utility functions that will perform depth conversion * on selected files, writing the results to a specified directory. * We start with conversion to 1 bpp. */ #include #include "allheaders.h" /*------------------------------------------------------------------* * Conversion to 1 bpp * *------------------------------------------------------------------*/ /*! * convertFilesTo1bpp() * * Input: dirin * substr ( substring filter on filenames; can be NULL) * upscaling (1, 2 or 4; only for input color or grayscale) * thresh (global threshold for binarization; use 0 for default) * firstpage * npages (use 0 to do all from @firstpage to the end) * dirout * outformat (IFF_PNG, IFF_TIFF_G4) * Return: 0 if OK, 1 on error * * Notes: * (1) Images are sorted lexicographically, and the names in the * output directory are retained except for the extension. */ l_int32 convertFilesTo1bpp(const char *dirin, const char *substr, l_int32 upscaling, l_int32 thresh, l_int32 firstpage, l_int32 npages, const char *dirout, l_int32 outformat) { l_int32 i, nfiles; char buf[512]; char *fname, *tail, *basename; PIX *pixs, *pixg1, *pixg2, *pixb; SARRAY *safiles; PROCNAME("convertFilesTo1bpp"); if (!dirin) return ERROR_INT("dirin", procName, 1); if (!dirout) return ERROR_INT("dirout", procName, 1); if (upscaling != 1 && upscaling != 2 && upscaling != 4) return ERROR_INT("invalid upscaling factor", procName, 1); if (thresh <= 0) thresh = 180; if (firstpage < 0) firstpage = 0; if (npages < 0) npages = 0; if (outformat != IFF_TIFF_G4) outformat = IFF_PNG; safiles = getSortedPathnamesInDirectory(dirin, substr, firstpage, npages); if (!safiles) return ERROR_INT("safiles not made", procName, 1); if ((nfiles = sarrayGetCount(safiles)) == 0) { sarrayDestroy(&safiles); return ERROR_INT("no matching files in the directory", procName, 1); } for (i = 0; i < nfiles; i++) { fname = sarrayGetString(safiles, i, L_NOCOPY); if ((pixs = pixRead(fname)) == NULL) { L_WARNING("Couldn't read file %s\n", procName, fname); continue; } if (pixGetDepth(pixs) == 32) pixg1 = pixConvertRGBToLuminance(pixs); else pixg1 = pixClone(pixs); pixg2 = pixRemoveColormap(pixg1, REMOVE_CMAP_TO_GRAYSCALE); if (pixGetDepth(pixg2) == 1) { pixb = pixClone(pixg2); } else { if (upscaling == 1) pixb = pixThresholdToBinary(pixg2, thresh); else if (upscaling == 2) pixb = pixScaleGray2xLIThresh(pixg2, thresh); else /* upscaling == 4 */ pixb = pixScaleGray4xLIThresh(pixg2, thresh); } pixDestroy(&pixs); pixDestroy(&pixg1); pixDestroy(&pixg2); splitPathAtDirectory(fname, NULL, &tail); splitPathAtExtension(tail, &basename, NULL); if (outformat == IFF_TIFF_G4) { snprintf(buf, sizeof(buf), "%s/%s.tif", dirout, basename); pixWrite(buf, pixb, IFF_TIFF_G4); } else { snprintf(buf, sizeof(buf), "%s/%s.png", dirout, basename); pixWrite(buf, pixb, IFF_PNG); } pixDestroy(&pixb); FREE(tail); FREE(basename); } sarrayDestroy(&safiles); return 0; } leptonica-1.70/src/jpegio.c0000644000175000017500000015503012244223624013722 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * jpegio.c * * Read jpeg from file * PIX *pixReadJpeg() [special top level] * PIX *pixReadStreamJpeg() * * Read jpeg metadata from file * l_int32 readHeaderJpeg() * l_int32 freadHeaderJpeg() * l_int32 fgetJpegResolution() * l_int32 fgetJpegComment() * * Write jpeg to file * l_int32 pixWriteJpeg() [special top level] * l_int32 pixWriteStreamJpeg() * * Read/write to memory * PIX *pixReadMemJpeg() * l_int32 readHeaderMemJpeg() * l_int32 pixWriteMemJpeg() * * Setting special flag * l_int32 pixSetChromaSampling() * * Static system helpers * static void jpeg_error_catch_all_1() * static void jpeg_error_catch_all_2() * static l_uint8 jpeg_getc() * static l_int32 jpeg_comment_callback() * * Extraction of jpeg header info by parsing [deprecated] * l_int32 extractJpegDataFromFile() * l_int32 extractJpegDataFromArray() * static l_int32 extractJpegHeaderDataFallback() * static l_int32 locateJpegImageParameters() * static l_int32 getNextJpegMarker() * static l_int32 getTwoByteParameter() * * Documentation: libjpeg.doc can be found, along with all * source code, at ftp://ftp.uu.net/graphics/jpeg * Download and untar the file: jpegsrc.v6b.tar.gz * A good paper on jpeg can also be found there: wallace.ps.gz * * The functions in libjpeg make it very simple to compress * and decompress images. On input (decompression from file), * 3 component color images can be read into either an 8 bpp Pix * with a colormap or a 32 bpp Pix with RGB components. For output * (compression to file), all color Pix, whether 8 bpp with a * colormap or 32 bpp, are written compressed as a set of three * 8 bpp (rgb) images. * * Low-level error handling * ------------------------ * The default behavior of the jpeg library is to call exit. * This is often undesirable, and the caller should make the * decision when to abort a process. To prevent the jpeg library * from calling exit(), setjmp() has been inserted into all * readers and writers, and the cinfo struct has been set up so that * the low-level jpeg library will call a special error handler * that doesn't exit, instead of the default function error_exit(). * * To avoid race conditions and make these functions thread-safe in * the rare situation where calls to two threads are simultaneously * failing on bad jpegs, we insert a local copy of the jmp_buf struct * into the cinfo.client_data field, and use this on longjmp. * For extracting the jpeg comment, we have the added complication * that the client_data field must also return the jpeg comment, * and we use a different error handler. * * How to avoid subsampling the chroma channels * -------------------------------------------- * When writing, you can avoid subsampling the U,V (chroma) * channels. This gives higher quality for the color, which is * important for some situations. The default subsampling is 2x2 on * both channels. Before writing, call pixSetChromaSampling(pix, 0) * to prevent chroma subsampling. * * Compressing to memory and decompressing from memory * --------------------------------------------------- * On systems like windows without fmemopen() and open_memstream(), * we write data to a temp file and read it back for operations * between pix and compressed-data, such as pixReadMemJpeg() and * pixWriteMemJpeg(). * * Vestigial code: parsing the jpeg file for header metadata * --------------------------------------------------------- * For extracting header metadata, we used to parse the file, looking * for specific markers. This is error-prone because of non-standard * jpeg files and you should use readHeaderJpeg() and readHeaderMemJpeg() * instead. Nevertheless, it is retained here in case you want to * understand a bit about how to parse jpeg markers. */ #include #include "allheaders.h" #ifdef HAVE_CONFIG_H #include "config_auto.h" #endif /* HAVE_CONFIG_H */ /* --------------------------------------------*/ #if HAVE_LIBJPEG /* defined in environ.h */ /* --------------------------------------------*/ #include /* jconfig.h makes the error of setting * #define HAVE_STDLIB_H * which conflicts with config_auto.h (where it is set to 1) and results * for some gcc compiler versions in a warning. The conflict is harmless * but we suppress it by undefining the variable. */ #undef HAVE_STDLIB_H #include "jpeglib.h" static void jpeg_error_catch_all_1(j_common_ptr cinfo); static void jpeg_error_catch_all_2(j_common_ptr cinfo); static l_uint8 jpeg_getc(j_decompress_ptr cinfo); /* Note: 'boolean' is defined in jmorecfg.h. We use it explicitly * here because for windows where __MINGW32__ is defined, * the prototype for jpeg_comment_callback() is given as * returning a boolean. */ static boolean jpeg_comment_callback(j_decompress_ptr cinfo); /* This is saved in the client_data field of cinfo, and used both * to retrieve the comment from its callback and to handle * exceptions with a longjmp. */ struct callback_data { jmp_buf jmpbuf; l_uint8 *comment; }; /* Static helpers for extraction of jpeg data (not used) */ static l_int32 extractJpegHeaderDataFallback(const void *data, size_t nbytes, l_int32 *pw, l_int32 *ph, l_int32 *pbps, l_int32 *pspp); static l_int32 locateJpegImageParameters(l_uint8 *, size_t, l_int32 *); static l_int32 getNextJpegMarker(l_uint8 *, size_t, l_int32 *); static l_int32 getTwoByteParameter(l_uint8 *, l_int32); #ifndef NO_CONSOLE_IO #define DEBUG_INFO 0 #endif /* ~NO_CONSOLE_IO */ /*---------------------------------------------------------------------* * Read jpeg from file * *---------------------------------------------------------------------*/ /*! * pixReadJpeg() * * Input: filename * colormap flag (0 means return RGB image if color; * 1 means create colormap and return 8 bpp * palette image if color) * reduction (scaling factor: 1, 2, 4 or 8) * &nwarn ( number of warnings about * corrupted data) * Return: pix, or null on error * * Images reduced by factors of 2, 4 or 8 can be returned * significantly faster than full resolution images. * * The jpeg library will return warnings (or exit) if * the jpeg data is bad. Use this function if you want the * jpeg library to create an 8 bpp palette image, or to * tell if the jpeg data has been corrupted. For corrupt jpeg * data, there are two possible outcomes: * (1) a damaged pix will be returned, along with a nonzero * number of warnings, or * (2) for sufficiently serious problems, the library will attempt * to exit (caught by our error handler) and no pix will be returned. */ PIX * pixReadJpeg(const char *filename, l_int32 cmflag, l_int32 reduction, l_int32 *pnwarn) { l_int32 ret; l_uint8 *comment; FILE *fp; PIX *pix; PROCNAME("pixReadJpeg"); if (pnwarn) *pnwarn = 0; if (!filename) return (PIX *)ERROR_PTR("filename not defined", procName, NULL); if (cmflag != 0 && cmflag != 1) cmflag = 0; /* default */ if (reduction != 1 && reduction != 2 && reduction != 4 && reduction != 8) return (PIX *)ERROR_PTR("reduction not in {1,2,4,8}", procName, NULL); if ((fp = fopenReadStream(filename)) == NULL) return (PIX *)ERROR_PTR("image file not found", procName, NULL); pix = pixReadStreamJpeg(fp, cmflag, reduction, pnwarn, 0); if (pix) { ret = fgetJpegComment(fp, &comment); if (!ret && comment) pixSetText(pix, (char *)comment); FREE(comment); } fclose(fp); if (!pix) return (PIX *)ERROR_PTR("image not returned", procName, NULL); return pix; } /*! * pixReadStreamJpeg() * * Input: stream * colormap flag (0 means return RGB image if color; * 1 means create colormap and return 8 bpp * palette image if color) * reduction (scaling factor: 1, 2, 4 or 8) * &nwarn ( number of warnings) * hint: (a bitwise OR of L_HINT_* values); use 0 for no hints * Return: pix, or null on error * * Usage: see pixReadJpeg() * Notes: * (1) This does not get the jpeg comment. */ PIX * pixReadStreamJpeg(FILE *fp, l_int32 cmflag, l_int32 reduction, l_int32 *pnwarn, l_int32 hint) { l_int32 cyan, yellow, magenta, black; l_int32 i, j, k, rval, gval, bval; l_int32 w, h, wpl, spp, ncolors, cindex, ycck, cmyk; l_uint32 *data; l_uint32 *line, *ppixel; JSAMPROW rowbuffer; PIX *pix; PIXCMAP *cmap; struct jpeg_decompress_struct cinfo; struct jpeg_error_mgr jerr; jmp_buf jmpbuf; /* must be local to the function */ PROCNAME("pixReadStreamJpeg"); if (!fp) return (PIX *)ERROR_PTR("fp not defined", procName, NULL); if (pnwarn) *pnwarn = 0; /* init */ if (cmflag != 0 && cmflag != 1) cmflag = 0; /* default */ if (reduction != 1 && reduction != 2 && reduction != 4 && reduction != 8) return (PIX *)ERROR_PTR("reduction not in {1,2,4,8}", procName, NULL); if (BITS_IN_JSAMPLE != 8) /* set in jmorecfg.h */ return (PIX *)ERROR_PTR("BITS_IN_JSAMPLE != 8", procName, NULL); rewind(fp); pix = NULL; rowbuffer = NULL; /* Modify the jpeg error handling to catch fatal errors */ cinfo.err = jpeg_std_error(&jerr); jerr.error_exit = jpeg_error_catch_all_1; cinfo.client_data = (void *)&jmpbuf; if (setjmp(jmpbuf)) { pixDestroy(&pix); FREE(rowbuffer); return (PIX *)ERROR_PTR("internal jpeg error", procName, NULL); } /* Initialize jpeg structs for decompression */ jpeg_create_decompress(&cinfo); jpeg_stdio_src(&cinfo, fp); jpeg_read_header(&cinfo, TRUE); cinfo.scale_denom = reduction; cinfo.scale_num = 1; if (hint & L_HINT_GRAY) cinfo.out_color_space = JCS_GRAYSCALE; jpeg_calc_output_dimensions(&cinfo); /* Allocate the image and a row buffer */ spp = cinfo.out_color_components; w = cinfo.output_width; h = cinfo.output_height; ycck = (cinfo.jpeg_color_space == JCS_YCCK && spp == 4 && cmflag == 0); cmyk = (cinfo.jpeg_color_space == JCS_CMYK && spp == 4 && cmflag == 0); if (spp != 1 && spp != 3 && !ycck && !cmyk) { return (PIX *)ERROR_PTR("spp must be 1 or 3, or YCCK or CMYK", procName, NULL); } if ((spp == 3 && cmflag == 0) || ycck || cmyk) { /* rgb or 4 bpp color */ rowbuffer = (JSAMPROW)CALLOC(sizeof(JSAMPLE), spp * w); pix = pixCreate(w, h, 32); } else { /* 8 bpp gray or colormapped */ rowbuffer = (JSAMPROW)CALLOC(sizeof(JSAMPLE), w); pix = pixCreate(w, h, 8); } if (!rowbuffer || !pix) { if (rowbuffer) FREE(rowbuffer); pixDestroy(&pix); return (PIX *)ERROR_PTR("rowbuffer or pix not made", procName, NULL); } if (spp == 1) { /* Grayscale or colormapped */ jpeg_start_decompress(&cinfo); } else { /* Color; spp == 3 or YCCK or CMYK */ if (cmflag == 0) { /* -- 24 bit color in 32 bit pix or YCCK/CMYK -- */ cinfo.quantize_colors = FALSE; jpeg_start_decompress(&cinfo); } else { /* Color quantize to 8 bits */ cinfo.quantize_colors = TRUE; cinfo.desired_number_of_colors = 256; jpeg_start_decompress(&cinfo); /* Construct a pix cmap */ cmap = pixcmapCreate(8); ncolors = cinfo.actual_number_of_colors; for (cindex = 0; cindex < ncolors; cindex++) { rval = cinfo.colormap[0][cindex]; gval = cinfo.colormap[1][cindex]; bval = cinfo.colormap[2][cindex]; pixcmapAddColor(cmap, rval, gval, bval); } pixSetColormap(pix, cmap); } } wpl = pixGetWpl(pix); data = pixGetData(pix); /* Decompress */ if ((spp == 3 && cmflag == 0) || ycck || cmyk) { /* -- 24 bit color -- */ for (i = 0; i < h; i++) { if (jpeg_read_scanlines(&cinfo, &rowbuffer, (JDIMENSION)1) != 1) return (PIX *)ERROR_PTR("bad read scanline", procName, NULL); ppixel = data + i * wpl; if (spp == 3) { for (j = k = 0; j < w; j++) { SET_DATA_BYTE(ppixel, COLOR_RED, rowbuffer[k++]); SET_DATA_BYTE(ppixel, COLOR_GREEN, rowbuffer[k++]); SET_DATA_BYTE(ppixel, COLOR_BLUE, rowbuffer[k++]); ppixel++; } } else { /* This is a conversion from CMYK -> RGB that ignores color profiles, and is invoked when the image header claims to be in CMYK or YCCK colorspace. If in YCCK, libjpeg may be doing YCCK -> CMYK under the hood. To understand why the colors need to be inverted on read-in for the Adobe marker, see the "Special color spaces" section of "Using the IJG JPEG Library" by Thomas G. Lane: http://www.jpegcameras.com/libjpeg/libjpeg-3.html#ss3.1 The non-Adobe conversion is equivalent to: rval = black - black * cyan / 255 ... The Adobe conversion is equivalent to: rval = black - black * (255 - cyan) / 255 ... Note that cyan is the complement to red, and we are subtracting the complement color (weighted by black) from black. For Adobe conversions, where they've already inverted the CMY but not the K, we have to invert again. The results must be clipped to [0 ... 255]. */ for (j = k = 0; j < w; j++) { cyan = rowbuffer[k++]; magenta = rowbuffer[k++]; yellow = rowbuffer[k++]; black = rowbuffer[k++]; if (cinfo.saw_Adobe_marker) { rval = (black * cyan) / 255; gval = (black * magenta) / 255; bval = (black * yellow) / 255; } else { rval = black * (255 - cyan) / 255; gval = black * (255 - magenta) / 255; bval = black * (255 - yellow) / 255; } rval = L_MIN(L_MAX(rval, 0), 255); gval = L_MIN(L_MAX(gval, 0), 255); bval = L_MIN(L_MAX(bval, 0), 255); composeRGBPixel(rval, gval, bval, ppixel); ppixel++; } } } } else { /* 8 bpp grayscale or colormapped pix */ for (i = 0; i < h; i++) { if (jpeg_read_scanlines(&cinfo, &rowbuffer, (JDIMENSION)1) != 1) return (PIX *)ERROR_PTR("bad read scanline", procName, NULL); line = data + i * wpl; for (j = 0; j < w; j++) SET_DATA_BYTE(line, j, rowbuffer[j]); } } if (pnwarn) *pnwarn = cinfo.err->num_warnings; /* If the pixel density is neither 1 nor 2, it may not be defined. * In that case, don't set the resolution. */ if (cinfo.density_unit == 1) { /* pixels per inch */ pixSetXRes(pix, cinfo.X_density); pixSetYRes(pix, cinfo.Y_density); } else if (cinfo.density_unit == 2) { /* pixels per centimeter */ pixSetXRes(pix, (l_int32)((l_float32)cinfo.X_density * 2.54 + 0.5)); pixSetYRes(pix, (l_int32)((l_float32)cinfo.Y_density * 2.54 + 0.5)); } jpeg_finish_decompress(&cinfo); jpeg_destroy_decompress(&cinfo); FREE(rowbuffer); return pix; } /*---------------------------------------------------------------------* * Read jpeg metadata from file * *---------------------------------------------------------------------*/ /*! * readHeaderJpeg() * * Input: filename * &w () * &h () * &spp (, samples/pixel) * &ycck (, 1 if ycck color space; 0 otherwise) * &cmyk (, 1 if cmyk color space; 0 otherwise) * Return: 0 if OK, 1 on error */ l_int32 readHeaderJpeg(const char *filename, l_int32 *pw, l_int32 *ph, l_int32 *pspp, l_int32 *pycck, l_int32 *pcmyk) { l_int32 ret; FILE *fp; PROCNAME("readHeaderJpeg"); if (!pw && !ph && !pspp && !pycck && !pcmyk) return ERROR_INT("no results requested", procName, 1); if (pw) *pw = 0; if (ph) *ph = 0; if (pspp) *pspp = 0; if (pycck) *pycck = 0; if (pcmyk) *pcmyk = 0; if (!filename) return ERROR_INT("filename not defined", procName, 1); if ((fp = fopenReadStream(filename)) == NULL) return ERROR_INT("image file not found", procName, 1); ret = freadHeaderJpeg(fp, pw, ph, pspp, pycck, pcmyk); fclose(fp); return ret; } /*! * freadHeaderJpeg() * * Input: stream * &w () * &h () * &spp (, samples/pixel) * &ycck (, 1 if ycck color space; 0 otherwise) * &cmyk (, 1 if cmyk color space; 0 otherwise) * Return: 0 if OK, 1 on error */ l_int32 freadHeaderJpeg(FILE *fp, l_int32 *pw, l_int32 *ph, l_int32 *pspp, l_int32 *pycck, l_int32 *pcmyk) { l_int32 spp; struct jpeg_decompress_struct cinfo; struct jpeg_error_mgr jerr; jmp_buf jmpbuf; /* must be local to the function */ PROCNAME("freadHeaderJpeg"); if (!pw && !ph && !pspp && !pycck && !pcmyk) return ERROR_INT("no results requested", procName, 1); if (pw) *pw = 0; if (ph) *ph = 0; if (pspp) *pspp = 0; if (pycck) *pycck = 0; if (pcmyk) *pcmyk = 0; if (!fp) return ERROR_INT("stream not defined", procName, 1); rewind(fp); /* Modify the jpeg error handling to catch fatal errors */ cinfo.err = jpeg_std_error(&jerr); cinfo.client_data = (void *)&jmpbuf; jerr.error_exit = jpeg_error_catch_all_1; if (setjmp(jmpbuf)) return ERROR_INT("internal jpeg error", procName, 1); /* Initialize the jpeg structs for reading the header */ jpeg_create_decompress(&cinfo); jpeg_stdio_src(&cinfo, fp); jpeg_read_header(&cinfo, TRUE); jpeg_calc_output_dimensions(&cinfo); spp = cinfo.out_color_components; if (pspp) *pspp = spp; if (pw) *pw = cinfo.output_width; if (ph) *ph = cinfo.output_height; if (pycck) *pycck = (cinfo.jpeg_color_space == JCS_YCCK && spp == 4); if (pcmyk) *pcmyk = (cinfo.jpeg_color_space == JCS_CMYK && spp == 4); jpeg_destroy_decompress(&cinfo); rewind(fp); return 0; } /* * fgetJpegResolution() * * Input: stream (opened for read) * &xres, &yres ( resolution in ppi) * Return: 0 if OK; 1 on error * * Notes: * (1) If neither resolution field is set, this is not an error; * the returned resolution values are 0 (designating 'unknown'). * (2) Side-effect: this rewinds the stream. */ l_int32 fgetJpegResolution(FILE *fp, l_int32 *pxres, l_int32 *pyres) { struct jpeg_decompress_struct cinfo; struct jpeg_error_mgr jerr; jmp_buf jmpbuf; /* must be local to the function */ PROCNAME("fgetJpegResolution"); if (!pxres || !pyres) return ERROR_INT("&xres and &yres not both defined", procName, 1); *pxres = *pyres = 0; if (!fp) return ERROR_INT("stream not opened", procName, 1); rewind(fp); /* Modify the jpeg error handling to catch fatal errors */ cinfo.err = jpeg_std_error(&jerr); cinfo.client_data = (void *)&jmpbuf; jerr.error_exit = jpeg_error_catch_all_1; if (setjmp(jmpbuf)) return ERROR_INT("internal jpeg error", procName, 1); /* Initialize the jpeg structs for reading the header */ jpeg_create_decompress(&cinfo); jpeg_stdio_src(&cinfo, fp); jpeg_read_header(&cinfo, TRUE); /* It is common for the input resolution to be omitted from the * jpeg file. If density_unit is not 1 or 2, simply return 0. */ if (cinfo.density_unit == 1) { /* pixels/inch */ *pxres = cinfo.X_density; *pyres = cinfo.Y_density; } else if (cinfo.density_unit == 2) { /* pixels/cm */ *pxres = (l_int32)((l_float32)cinfo.X_density * 2.54 + 0.5); *pyres = (l_int32)((l_float32)cinfo.Y_density * 2.54 + 0.5); } jpeg_destroy_decompress(&cinfo); rewind(fp); return 0; } /* * fgetJpegComment() * * Input: stream (opened for read) * &comment ( comment) * Return: 0 if OK; 1 on error * * Notes: * (1) Side-effect: this rewinds the stream. */ l_int32 fgetJpegComment(FILE *fp, l_uint8 **pcomment) { struct jpeg_decompress_struct cinfo; struct jpeg_error_mgr jerr; struct callback_data cb_data; /* contains local jmp_buf */ PROCNAME("fgetJpegComment"); if (!pcomment) return ERROR_INT("&comment not defined", procName, 1); *pcomment = NULL; if (!fp) return ERROR_INT("stream not opened", procName, 1); rewind(fp); /* Modify the jpeg error handling to catch fatal errors */ cinfo.err = jpeg_std_error(&jerr); jerr.error_exit = jpeg_error_catch_all_2; cb_data.comment = NULL; cinfo.client_data = (void *)&cb_data; if (setjmp(cb_data.jmpbuf)) { FREE(cb_data.comment); return ERROR_INT("internal jpeg error", procName, 1); } /* Initialize the jpeg structs for reading the header */ jpeg_create_decompress(&cinfo); jpeg_set_marker_processor(&cinfo, JPEG_COM, jpeg_comment_callback); jpeg_stdio_src(&cinfo, fp); jpeg_read_header(&cinfo, TRUE); /* Save the result */ *pcomment = cb_data.comment; jpeg_destroy_decompress(&cinfo); rewind(fp); return 0; } /*---------------------------------------------------------------------* * Writing Jpeg * *---------------------------------------------------------------------*/ /*! * pixWriteJpeg() * * Input: filename * pix * quality (1 - 100; 75 is default) * progressive (0 for baseline sequential; 1 for progressive) * Return: 0 if OK; 1 on error */ l_int32 pixWriteJpeg(const char *filename, PIX *pix, l_int32 quality, l_int32 progressive) { FILE *fp; PROCNAME("pixWriteJpeg"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (!filename) return ERROR_INT("filename not defined", procName, 1); if ((fp = fopenWriteStream(filename, "wb+")) == NULL) return ERROR_INT("stream not opened", procName, 1); if (pixWriteStreamJpeg(fp, pix, quality, progressive)) { fclose(fp); return ERROR_INT("pix not written to stream", procName, 1); } fclose(fp); return 0; } /*! * pixWriteStreamJpeg() * * Input: stream * pix (8 or 32 bpp) * quality (1 - 100; 75 is default value; 0 is also default) * progressive (0 for baseline sequential; 1 for progressive) * Return: 0 if OK, 1 on error * * Notes: * (1) Under the covers, the library transforms rgb to a * luminence-chromaticity triple, each component of which is * also 8 bits, and compresses that. It uses 2 Huffman tables, * a higher resolution one (with more quantization levels) * for luminosity and a lower resolution one for the chromas. * (2) Progressive encoding gives better compression, at the * expense of slower encoding and decoding. * (3) Standard chroma subsampling is 2x2 on both the U and V * channels. For highest quality, use no subsampling; this * option is set by pixSetChromaSampling(pix, 0). * (4) There are three possibilities: * * Grayscale image, no colormap: compress as 8 bpp image. * * rgb full color image: copy each line into the color * line buffer, and compress as three 8 bpp images. * * 8 bpp colormapped image: convert each line to three * 8 bpp line images in the color line buffer, and * compress as three 8 bpp images. * (5) The only valid pixel depths in leptonica are 1, 2, 4, 8, 16 * and 32 bpp. However, it is possible, and in some cases desirable, * to write out a jpeg file using an rgb pix that has 24 bpp. * This can be created by appending the raster data for a 24 bpp * image (with proper scanline padding) directly to a 24 bpp * pix that was created without a data array. See note in * pixWriteStreamPng() for an example. */ l_int32 pixWriteStreamJpeg(FILE *fp, PIX *pix, l_int32 quality, l_int32 progressive) { l_uint8 byteval; l_int32 xres, yres; l_int32 i, j, k; l_int32 w, h, d, wpl, spp, colorflg, rowsamples; l_int32 *rmap, *gmap, *bmap; l_uint32 *ppixel, *line, *data; JSAMPROW rowbuffer; PIXCMAP *cmap; struct jpeg_compress_struct cinfo; struct jpeg_error_mgr jerr; const char *text; jmp_buf jmpbuf; /* must be local to the function */ PROCNAME("pixWriteStreamJpeg"); if (!fp) return ERROR_INT("stream not open", procName, 1); if (!pix) return ERROR_INT("pix not defined", procName, 1); pixGetDimensions(pix, &w, &h, &d); if (d != 8 && d != 24 && d != 32) return ERROR_INT("bpp must be 8, 24 or 32", procName, 1); if (quality <= 0) quality = 75; /* default */ rewind(fp); rowbuffer = NULL; rmap = NULL; gmap = NULL; bmap = NULL; /* Modify the jpeg error handling to catch fatal errors */ cinfo.err = jpeg_std_error(&jerr); cinfo.client_data = (void *)&jmpbuf; jerr.error_exit = jpeg_error_catch_all_1; if (setjmp(jmpbuf)) { FREE(rowbuffer); if (colorflg == 1) { FREE(rmap); FREE(gmap); FREE(bmap); } return ERROR_INT("internal jpeg error", procName, 1); } /* Initialize the jpeg structs for compression */ jpeg_create_compress(&cinfo); jpeg_stdio_dest(&cinfo, fp); cinfo.image_width = w; cinfo.image_height = h; /* Set the color space and number of components */ if (d == 32 || d == 24) { colorflg = 2; /* rgb; no colormap */ } else if ((cmap = pixGetColormap(pix)) == NULL) { colorflg = 0; /* 8 bpp grayscale; no colormap */ } else { colorflg = 1; /* 8 bpp; colormap */ pixcmapToArrays(cmap, &rmap, &gmap, &bmap, NULL); } if (colorflg == 0) { cinfo.input_components = 1; cinfo.in_color_space = JCS_GRAYSCALE; } else { /* colorflg == 1 or 2 */ cinfo.input_components = 3; cinfo.in_color_space = JCS_RGB; } jpeg_set_defaults(&cinfo); /* Setting optimize_coding to TRUE seems to improve compression * by approx 2-4 percent, and increases comp time by approx 20%. */ cinfo.optimize_coding = FALSE; /* Set resolution in pixels/in (density_unit: 1 = in, 2 = cm) */ xres = pixGetXRes(pix); yres = pixGetYRes(pix); if ((xres != 0) && (yres != 0)) { cinfo.density_unit = 1; /* designates pixels per inch */ cinfo.X_density = xres; cinfo.Y_density = yres; } /* Set the quality and progressive parameters */ jpeg_set_quality(&cinfo, quality, TRUE); if (progressive) jpeg_simple_progression(&cinfo); /* Set the chroma subsampling parameters. This is done in * YUV color space. The Y (intensity) channel is never subsampled. * The standard subsampling is 2x2 on both the U and V channels. * Notation on this is confusing. For a nice illustrations, see * http://en.wikipedia.org/wiki/Chroma_subsampling * The standard subsampling is written as 4:2:0. * We allow high quality where there is no subsampling on the * chroma channels: denoted as 4:4:4. */ if (pix->special == L_NO_CHROMA_SAMPLING_JPEG) { cinfo.comp_info[0].h_samp_factor = 1; cinfo.comp_info[0].v_samp_factor = 1; cinfo.comp_info[1].h_samp_factor = 1; cinfo.comp_info[1].v_samp_factor = 1; cinfo.comp_info[2].h_samp_factor = 1; cinfo.comp_info[2].v_samp_factor = 1; pix->special = 0; } jpeg_start_compress(&cinfo, TRUE); if ((text = pixGetText(pix))) jpeg_write_marker(&cinfo, JPEG_COM, (const JOCTET *)text, strlen(text)); /* Allocate row buffer */ spp = cinfo.input_components; rowsamples = spp * w; if ((rowbuffer = (JSAMPROW)CALLOC(sizeof(JSAMPLE), rowsamples)) == NULL) return ERROR_INT("calloc fail for rowbuffer", procName, 1); data = pixGetData(pix); wpl = pixGetWpl(pix); for (i = 0; i < h; i++) { line = data + i * wpl; if (colorflg == 0) { /* 8 bpp gray */ for (j = 0; j < w; j++) rowbuffer[j] = GET_DATA_BYTE(line, j); } else if (colorflg == 1) { /* 8 bpp colormapped */ for (j = 0; j < w; j++) { byteval = GET_DATA_BYTE(line, j); rowbuffer[3 * j + COLOR_RED] = rmap[byteval]; rowbuffer[3 * j + COLOR_GREEN] = gmap[byteval]; rowbuffer[3 * j + COLOR_BLUE] = bmap[byteval]; } } else { /* colorflg == 2 */ if (d == 24) { /* See note 4 above; special case of 24 bpp rgb */ jpeg_write_scanlines(&cinfo, (JSAMPROW *)&line, 1); } else { /* standard 32 bpp rgb */ ppixel = line; for (j = k = 0; j < w; j++) { rowbuffer[k++] = GET_DATA_BYTE(ppixel, COLOR_RED); rowbuffer[k++] = GET_DATA_BYTE(ppixel, COLOR_GREEN); rowbuffer[k++] = GET_DATA_BYTE(ppixel, COLOR_BLUE); ppixel++; } } } if (d != 24) jpeg_write_scanlines(&cinfo, &rowbuffer, 1); } jpeg_finish_compress(&cinfo); FREE(rowbuffer); if (colorflg == 1) { FREE(rmap); FREE(gmap); FREE(bmap); } jpeg_destroy_compress(&cinfo); return 0; } /*---------------------------------------------------------------------* * Read/write to memory * *---------------------------------------------------------------------*/ #if HAVE_FMEMOPEN extern FILE *open_memstream(char **data, size_t *size); extern FILE *fmemopen(void *data, size_t size, const char *mode); #endif /* HAVE_FMEMOPEN */ /*! * pixReadMemJpeg() * * Input: cdata (const; jpeg-encoded) * size (of data) * colormap flag (0 means return RGB image if color; * 1 means create colormap and return 8 bpp * palette image if color) * reduction (scaling factor: 1, 2, 4 or 8) * &nwarn ( number of warnings) * hint (bitwise OR of L_HINT_* values; use 0 for no hint) * Return: pix, or null on error * * Notes: * (1) The @size byte of @data must be a null character. * (2) See pixReadJpeg() for usage. */ PIX * pixReadMemJpeg(const l_uint8 *cdata, size_t size, l_int32 cmflag, l_int32 reduction, l_int32 *pnwarn, l_int32 hint) { l_int32 ret; l_uint8 *comment; FILE *fp; PIX *pix; PROCNAME("pixReadMemJpeg"); if (!cdata) return (PIX *)ERROR_PTR("cdata not defined", procName, NULL); #if HAVE_FMEMOPEN if ((fp = fmemopen((l_uint8 *)cdata, size, "r")) == NULL) return (PIX *)ERROR_PTR("stream not opened", procName, NULL); #else L_WARNING("work-around: writing to a temp file\n", procName); fp = tmpfile(); fwrite(cdata, 1, size, fp); rewind(fp); #endif /* HAVE_FMEMOPEN */ pix = pixReadStreamJpeg(fp, cmflag, reduction, pnwarn, hint); if (pix) { ret = fgetJpegComment(fp, &comment); if (!ret && comment) { pixSetText(pix, (char *)comment); FREE(comment); } } fclose(fp); if (!pix) L_ERROR("pix not read\n", procName); return pix; } /*! * readHeaderMemJpeg() * * Input: cdata (const; jpeg-encoded) * size (of data) * &w () * &h () * &spp (, samples/pixel) * &ycck (, 1 if ycck color space; 0 otherwise) * &cmyk (, 1 if cmyk color space; 0 otherwise) * Return: 0 if OK, 1 on error */ l_int32 readHeaderMemJpeg(const l_uint8 *cdata, size_t size, l_int32 *pw, l_int32 *ph, l_int32 *pspp, l_int32 *pycck, l_int32 *pcmyk) { l_int32 ret; FILE *fp; PROCNAME("readHeaderMemJpeg"); if (!pw && !ph && !pspp && !pycck && !pcmyk) return ERROR_INT("no results requested", procName, 1); if (pw) *pw = 0; if (ph) *ph = 0; if (pspp) *pspp = 0; if (pycck) *pycck = 0; if (pcmyk) *pcmyk = 0; if (!cdata) return ERROR_INT("cdata not defined", procName, 1); #if HAVE_FMEMOPEN if ((fp = fmemopen((l_uint8 *)cdata, size, "r")) == NULL) return ERROR_INT("stream not opened", procName, 1); #else L_WARNING("work-around: writing to a temp file\n", procName); fp = tmpfile(); fwrite(cdata, 1, size, fp); rewind(fp); #endif /* HAVE_FMEMOPEN */ ret = freadHeaderJpeg(fp, pw, ph, pspp, pycck, pcmyk); fclose(fp); return ret; } /*! * pixWriteMemJpeg() * * Input: &data ( data of jpeg compressed image) * &size ( size of returned data) * pix * quality (1 - 100; 75 is default value; 0 is also default) * progressive (0 for baseline sequential; 1 for progressive) * Return: 0 if OK, 1 on error * * Notes: * (1) See pixWriteStreamJpeg() for usage. This version writes to * memory instead of to a file stream. */ l_int32 pixWriteMemJpeg(l_uint8 **pdata, size_t *psize, PIX *pix, l_int32 quality, l_int32 progressive) { l_int32 ret; FILE *fp; PROCNAME("pixWriteMemJpeg"); if (!pdata) return ERROR_INT("&data not defined", procName, 1 ); *pdata = NULL; if (!psize) return ERROR_INT("&size not defined", procName, 1 ); *psize = 0; if (!pix) return ERROR_INT("&pix not defined", procName, 1 ); #if HAVE_FMEMOPEN if ((fp = open_memstream((char **)pdata, psize)) == NULL) return ERROR_INT("stream not opened", procName, 1); ret = pixWriteStreamJpeg(fp, pix, quality, progressive); #else L_WARNING("work-around: writing to a temp file\n", procName); fp = tmpfile(); ret = pixWriteStreamJpeg(fp, pix, quality, progressive); rewind(fp); *pdata = l_binaryReadStream(fp, psize); #endif /* HAVE_FMEMOPEN */ fclose(fp); return ret; } /*---------------------------------------------------------------------* * Setting for chroma sampling on write * *---------------------------------------------------------------------*/ /*! * pixSetChromaSampling() * * Input: pix * sampling (1 for subsampling; 0 for no subsampling) * Return: 0 if OK, 1 on error * * Notes: * (1) The default is for 2x2 chroma subsampling because the files are * considerably smaller and the appearance is typically satisfactory. * Call this with @sampling == 0 for full resolution output in * chroma channels for jpeg writing. */ l_int32 pixSetChromaSampling(PIX *pix, l_int32 sampling) { PROCNAME("pixSetChromaSampling"); if (!pix) return ERROR_INT("pix not defined", procName, 1 ); if (sampling) pix->special = 0; /* default */ else pix->special = L_NO_CHROMA_SAMPLING_JPEG; return 0; } /*---------------------------------------------------------------------* * Static system helpers * *---------------------------------------------------------------------*/ /*! * jpeg_error_catch_all_1() * * Notes: * (1) The default jpeg error_exit() kills the process, but we * never want a call to leptonica to kill a process. If you * do want this behavior, remove the calls to these error handlers. * (2) This is used where cinfo->client_data holds only jmpbuf. */ static void jpeg_error_catch_all_1(j_common_ptr cinfo) { jmp_buf *pjmpbuf = (jmp_buf *)cinfo->client_data; (*cinfo->err->output_message) (cinfo); jpeg_destroy(cinfo); longjmp(*pjmpbuf, 1); return; } /*! * jpeg_error_catch_all_2() * * Notes: * (1) This is used where cinfo->client_data needs to hold both * the jmpbuf and the jpeg comment data. * (2) On error, the comment data will be freed by the caller. */ static void jpeg_error_catch_all_2(j_common_ptr cinfo) { struct callback_data *pcb_data; pcb_data = (struct callback_data *)cinfo->client_data; (*cinfo->err->output_message) (cinfo); jpeg_destroy(cinfo); longjmp(pcb_data->jmpbuf, 1); return; } /* This function was borrowed from libjpeg */ static l_uint8 jpeg_getc(j_decompress_ptr cinfo) { struct jpeg_source_mgr *datasrc; datasrc = cinfo->src; if (datasrc->bytes_in_buffer == 0) { if (! (*datasrc->fill_input_buffer) (cinfo)) { return 0; } } datasrc->bytes_in_buffer--; return GETJOCTET(*datasrc->next_input_byte++); } /*! * jpeg_comment_callback() * * Notes: * (1) This is used to read the jpeg comment (JPEG_COM). * See the note above the declaration for why it returns * a "boolean". */ static boolean jpeg_comment_callback(j_decompress_ptr cinfo) { l_int32 length, i; l_uint8 *comment; struct callback_data *pcb_data; /* Get the size of the comment */ length = jpeg_getc(cinfo) << 8; length += jpeg_getc(cinfo); length -= 2; if (length <= 0) return 1; /* Extract the comment from the file */ if ((comment = (l_uint8 *)CALLOC(length + 1, sizeof(l_uint8))) == NULL) return 0; for (i = 0; i < length; i++) comment[i] = jpeg_getc(cinfo); /* Save the comment and return */ pcb_data = (struct callback_data *)cinfo->client_data; pcb_data->comment = comment; return 1; } /*---------------------------------------------------------------------* * Extraction of jpeg header info by parsing -- deprecated * *---------------------------------------------------------------------*/ /*! * extractJpegDataFromFile() * * Input: filein * &data ( binary jpeg compressed file data) * &nbytes ( size of binary jpeg data) * &w ( image width) * &h ( image height) * &bps ( bits/sample; should be 8) * &spp ( samples/pixel; should be 1 or 3) * Return: 0 if OK, 1 on error */ l_int32 extractJpegDataFromFile(const char *filein, l_uint8 **pdata, size_t *pnbytes, l_int32 *pw, l_int32 *ph, l_int32 *pbps, l_int32 *pspp) { l_uint8 *data; l_int32 format, ret; size_t nbytes; PROCNAME("extractJpegDataFromFile"); if (pdata) *pdata = NULL; if (pnbytes) *pnbytes = 0; if (!pw && !ph && !pbps && !pspp) return ERROR_INT("no output data requested", procName, 1); if (pw) *pw = 0; if (ph) *pw = 0; if (pbps) *pbps = 0; if (pspp) *pspp = 0; if (!filein) return ERROR_INT("filein not defined", procName, 1); findFileFormat(filein, &format); if (format != IFF_JFIF_JPEG) return ERROR_INT("filein not jfif jpeg", procName, 1); if ((data = l_binaryRead(filein, &nbytes)) == NULL) return ERROR_INT("inarray not made", procName, 1); /* On error, free the data */ ret = extractJpegDataFromArray(data, nbytes, pw, ph, pbps, pspp); if (ret) { FREE(data); } else { if (pnbytes) *pnbytes = nbytes; if (pdata) *pdata = data; else FREE(data); } return ret; } /*! * extractJpegDataFromArray() * * Input: data (binary data consisting of the entire jpeg file) * nbytes (size of binary data) * &w ( image width) * &h ( image height) * &bps ( bits/sample; should be 8) * &spp ( samples/pixel; should be 1, 3 or 4) * Return: 0 if OK, 1 on error */ l_int32 extractJpegDataFromArray(const void *data, size_t nbytes, l_int32 *pw, l_int32 *ph, l_int32 *pbps, l_int32 *pspp) { l_uint8 *data8; l_int32 imeta, msize, bps, w, h, spp; PROCNAME("extractJpegDataFromArray"); if (!pw && !ph && !pbps && !pspp) return ERROR_INT("no output data requested", procName, 1); if (pw) *pw = 0; if (ph) *pw = 0; if (pbps) *pbps = 0; if (pspp) *pspp = 0; if (!data) return ERROR_INT("data not defined", procName, 1); data8 = (l_uint8 *)data; /* Find where the image metadata begins in header: * 0xc0 is start of metadata for baseline DCT; * 0xc1 is start of metadata for extended sequential DCT; * ... */ imeta = 0; if (locateJpegImageParameters(data8, nbytes, &imeta) == 0) { /* Save the metadata */ msize = getTwoByteParameter(data8, imeta); /* metadata size */ bps = data8[imeta + 2]; h = getTwoByteParameter(data8, imeta + 3); w = getTwoByteParameter(data8, imeta + 5); spp = data8[imeta + 7]; if (pbps) *pbps = bps; if (ph) *ph = h; if (pw) *pw = w; if (pspp) *pspp = spp; #if DEBUG_INFO fprintf(stderr, "w = %d, h = %d, bps = %d, spp = %d\n", w, h, bps, spp); fprintf(stderr, "imeta = %d, msize = %d\n", imeta, msize); #endif /* DEBUG_INFO */ /* Is the data obviously bad? */ if (h <= 0 || w <= 0 || bps != 8 || (spp != 1 && spp !=3 && spp != 4)) { L_WARNING("invalid image parameters:\n", procName); L_WARNING("fallback to read the entire file\n", procName); return extractJpegHeaderDataFallback(data, nbytes, pw, ph, pbps, pspp); } } else { L_WARNING("parsing failure; fallback to read entire file\n", procName); return extractJpegHeaderDataFallback(data, nbytes, pw, ph, pbps, pspp); } return 0; } /*! * extractJpegHeaderDataFallback() * * Input: data (binary data consisting of the entire jpeg file) * nbytes (size of binary data) * &w ( image width) * &h ( image height) * &bps ( bits/sample; should be 8) * &spp ( samples/pixel; should be 1 or 3) * Return: 0 if OK, 1 on error * * Notes: * (1) This gets the header data by uncompressing the jpeg * data into a pix. It can be used when header parsing fails. * (2) This cannot distinguish between 3 and 4 spp, so it returns 3. */ static l_int32 extractJpegHeaderDataFallback(const void *data, size_t nbytes, l_int32 *pw, l_int32 *ph, l_int32 *pbps, l_int32 *pspp) { l_uint8 *data8; l_int32 w, h, d, spp; PIX *pix; PROCNAME("extractJpegHeaderDataFallback"); if (!pw && !ph && !pbps && !pspp) return ERROR_INT("no output data requested", procName, 1); if (pw) *pw = 0; if (ph) *ph = 0; if (pbps) *pbps = 8; if (pspp) *pspp = 0; if (!data) return ERROR_INT("data not defined", procName, 1); data8 = (l_uint8 *)data; if ((pix = pixReadMemJpeg(data8, nbytes, 0, 1, NULL, 0)) == NULL) return ERROR_INT("unable to read jpeg", procName, 1); pixGetDimensions(pix, &w, &h, &d); spp = (d == 8) ? 1 : 3; if (ph) *ph = h; if (pw) *pw = w; if (pspp) *pspp = spp; pixDestroy(&pix); return 0; } /* * locateJpegImageParameters() * * Input: inarray (binary jpeg) * size (of the data array) * &index ( location of image metadata) * Return: 0 if OK, 1 on error. Caller must check this! * * Notes: * (1) The metadata in jpeg files is a mess. There are markers * for the chunks that are always preceeded by 0xff. * It is possible to have 0xff in the binary data that is * not a marker, and this is always 'escaped' by a following * 0x0 byte. The two bytes following the marker give the * chunk size, inclusive of those two bytes. The jpeg parser * runs through the file, looking for special markers such * as 0xc0 and 0xc2 that indicate the beginning of a metadata * frame that gives the image size, depth, etc. * (2) The markers listed here appear to be the only ones that * we need to worry about. It would have been nice to have * avoided the switch with all these markers, but * unfortunately the parser for the jpeg header is set * to accept any byte marker that's not on the approved list! * So we have to look for a flag that's not on the list * (and is not 0 or followed by 0xff), and then interpret * the size of the data chunk and skip it. Why do this? * Such a chunk may contain a thumbnail version of the image, * so if we don't skip it, we will find a pair of bytes such * as 0xffc0 within the chunk, followed by the metadata * (e.g., w and h dimensions) for the thumbnail. Not what we want. * (3) There exist jpeg files with the sequence 0xffXXff, where XX * is apparently a random marker not on the 'approved' list. * These clearly need to be escaped, because there are no * chunks of size as great as 0xff00 that can be skipped * (remember: for chunks that must be skipped, the 2 bytes * after the marker give the chunk size). * (4) For marker definitions, see, e.g.: * http://www.digicamsoft.com/itu/itu-t81-36.html */ static l_int32 locateJpegImageParameters(l_uint8 *inarray, size_t size, l_int32 *pindex) { l_uint8 val; l_int32 index, skiplength; PROCNAME("locateJpegImageParameters"); if (!inarray) return ERROR_INT("inarray not defined", procName, 1); if (!pindex) return ERROR_INT("&index not defined", procName, 1); index = 0; /* start at the beginning of the data */ while (1) { if (getNextJpegMarker(inarray, size, &index)) break; if ((val = inarray[index]) == 0) /* ignore if "escaped" */ continue; if (inarray[index + 1] == 0xff) /* ignore if 'ff' immediately after */ continue; /* fprintf(stderr, " marker %x at %o, %d\n", val, index, index); */ switch(val) { /* These are valid metadata start of frame locations */ case 0xc0: /* M_SOF0 */ case 0xc1: /* M_SOF1 */ case 0xc2: /* M_SOF2 */ case 0xc3: /* M_SOF3 */ case 0xc5: /* M_SOF5 */ case 0xc6: /* M_SOF6 */ case 0xc7: /* M_SOF7 */ case 0xc9: /* M_SOF9 */ case 0xca: /* M_SOF10 */ case 0xcd: /* M_SOF13 */ case 0xce: /* M_SOF14 */ case 0xcf: /* M_SOF15 */ *pindex = index + 1; /* found it */ return 0; /* Go on -- these are on the 'approved' list and are * not chunks that must be skipped */ case 0x01: /* M_TEM */ case 0xd0: /* M_RST0 */ case 0xd1: /* M_RST1 */ case 0xd2: /* M_RST2 */ case 0xd3: /* M_RST3 */ case 0xd4: /* M_RST4 */ case 0xd5: /* M_RST5 */ case 0xd6: /* M_RST6 */ case 0xd7: /* M_RST7 */ case 0xd8: /* M_SOI */ case 0xd9: /* M_EOI */ case 0xe0: /* M_APP0 */ case 0xee: /* M_APP14 */ break; /* Everything else is assumed to be a chunk that must be skipped */ default: skiplength = getTwoByteParameter(inarray, index + 1); /* fprintf(stderr, " skipping: %d bytes at %d\n", skiplength, index); */ index += skiplength; break; } } return 1; /* not found */ } /* * getNextJpegMarker() * * Input: array (jpeg data) * size (from current point to the end) * &index (input current and the last position searched. * If it is not at the end of the array, we return * the first byte that is not 0xff, after * having encountered at least one 0xff.) * Return: 0 if a marker is found, 1 if the end of the array is reached * * Notes: * (1) In jpeg, 0xff is used to mark the end of a data segment. * There may be more than one 0xff in succession. But not every * 0xff marks the end of a segment. It is possible, though * rare, that 0xff can occur within some data. In that case, * the marker is "escaped", by following it with 0x00. * (2) This function parses a jpeg data stream. It doesn't * _really_ get the next marker, because it doesn't check if * the 0xff is escaped. But the caller checks for this escape * condition, and ignores the marker if escaped. */ static l_int32 getNextJpegMarker(l_uint8 *array, size_t size, l_int32 *pindex) { l_uint8 val; l_int32 index; PROCNAME("getNextJpegMarker"); if (!array) return ERROR_INT("array not defined", procName, 1); if (!pindex) return ERROR_INT("&index not defined", procName, 1); index = *pindex; /* initial location in array */ while (index < size) { /* skip to 0xff */ val = array[index++]; if (val == 0xff) break; } while (index < size) { /* skip repeated 0xff */ val = array[index++]; if (val != 0xff) break; } *pindex = index - 1; if (index >= size) return 1; else return 0; } static l_int32 getTwoByteParameter(l_uint8 *array, l_int32 index) { return (l_int32)((array[index]) << 8) + (l_int32)(array[index + 1]); } /* --------------------------------------------*/ #endif /* HAVE_LIBJPEG */ /* --------------------------------------------*/ leptonica-1.70/src/bilateral.c0000664000175000017500000007353012274210707014413 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * bilateral.c * * Top level approximate separable grayscale or color bilateral filtering * PIX *pixBilateral() * PIX *pixBilateralGray() * * Implementation of approximate separable bilateral filter * static L_BILATERAL *bilateralCreate() * static void *bilateralDestroy() * static PIX *bilateralApply() * * Slow, exact implementation of grayscale or color bilateral filtering * PIX *pixBilateralExact() * PIX *pixBilateralGrayExact() * PIX *pixBlockBilateralExact() * * Kernel helper function * L_KERNEL *makeRangeKernel() * * This includes both a slow, exact implementation of the bilateral * filter algorithm (given by Sylvain Paris and Frédo Durand), * and a fast, approximate and separable implementation (following * Yang, Tan and Ahuja). See bilateral.h for algorithmic details. * * The bilateral filter has the nice property of applying a gaussian * filter to smooth parts of the image that don't vary too quickly, * while at the same time preserving edges. The filter is nonlinear * and cannot be decomposed into two separable filters; however, * there exists an approximate method that is separable. To further * speed up the separable implementation, you can generate the * intermediate data at reduced resolution. * * The full kernel is composed of two parts: a spatial gaussian filter * and a nonlinear "range" filter that depends on the intensity difference * between the reference pixel at the spatial kernel origin and any other * pixel within the kernel support. * * In our implementations, the range filter is a parameterized, * one-sided, 256-element, monotonically decreasing gaussian function * of the absolute value of the difference between pixel values; namely, * abs(I2 - I1). In general, any decreasing function can be used, * and more generally, any two-dimensional kernel can be used if * you wish to relax the 'abs' condition. (In that case, the range * filter can be 256 x 256). */ #include #include "allheaders.h" #include "bilateral.h" static L_BILATERAL *bilateralCreate(PIX *pixs, l_float32 spatial_stdev, l_float32 range_stdev, l_int32 ncomps, l_int32 reduction); static PIX *bilateralApply(L_BILATERAL *bil); static void bilateralDestroy(L_BILATERAL **pbil); #ifndef NO_CONSOLE_IO #define DEBUG_BILATERAL 0 #endif /* ~NO_CONSOLE_IO */ /*--------------------------------------------------------------------------* * Top level approximate separable grayscale or color bilateral filtering * *--------------------------------------------------------------------------*/ /*! * pixBilateral() * * Input: pixs (8 bpp gray or 32 bpp rgb, no colormap) * spatial_stdev (of gaussian kernel; in pixels, > 0.5) * range_stdev (of gaussian range kernel; > 5.0; typ. 50.0) * ncomps (number of intermediate sums J(k,x); in [4 ... 30]) * reduction (1, 2 or 4) * Return: pixd (bilateral filtered image), or null on error * * Notes: * (1) This performs a relatively fast, separable bilateral * filtering operation. The time is proportional to ncomps * and varies inversely approximately as the cube of the * reduction factor. See bilateral.h for algorithm details. * (2) We impose minimum values for range_stdev and ncomps to * avoid nasty artifacts when either are too small. We also * impose a constraint on their product: * ncomps * range_stdev >= 100. * So for values of range_stdev >= 25, ncomps can be as small as 4. * Here is a qualitative, intuitive explanation for this constraint. * Call the difference in k values between the J(k) == 'delta', where * 'delta' ~ 200 / ncomps * Then this constraint is roughly equivalent to the condition: * 'delta' < 2 * range_stdev * Note that at an intensity difference of (2 * range_stdev), the * range part of the kernel reduces the effect by the factor 0.14. * This constraint requires that we have a sufficient number of * PCBs (i.e, a small enough 'delta'), so that for any value of * image intensity I, there exists a k (and a PCB, J(k), such that * |I - k| < range_stdev * Any fewer PCBs and we don't have enough to support this condition. * (3) The upper limit of 30 on ncomps is imposed because the * gain in accuracy is not worth the extra computation. * (4) The size of the gaussian kernel is twice the spatial_stdev * on each side of the origin. The minimum value of * spatial_stdev, 0.5, is required to have a finite sized * spatial kernel. In practice, a much larger value is used. * (5) Computation of the intermediate images goes inversely * as the cube of the reduction factor. If you can use a * reduction of 2 or 4, it is well-advised. * (6) The range kernel is defined over the absolute value of pixel * grayscale differences, and hence must have size 256 x 1. * Values in the array represent the multiplying weight * depending on the absolute gray value difference between * the source pixel and the neighboring pixel, and should * be monotonically decreasing. * (7) Interesting observation. Run this on prog/fish24.jpg, with * range_stdev = 60, ncomps = 6, and spatial_dev = {10, 30, 50}. * As spatial_dev gets larger, we get the counter-intuitive * result that the body of the red fish becomes less blurry. */ PIX * pixBilateral(PIX *pixs, l_float32 spatial_stdev, l_float32 range_stdev, l_int32 ncomps, l_int32 reduction) { l_int32 d; l_float32 sstdev; /* scaled spatial stdev */ PIX *pixt, *pixr, *pixg, *pixb, *pixd; PROCNAME("pixBilateral"); if (!pixs || pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs not defined or cmapped", procName, NULL); d = pixGetDepth(pixs); if (d != 8 && d != 32) return (PIX *)ERROR_PTR("pixs not 8 or 32 bpp", procName, NULL); if (reduction != 1 && reduction != 2 && reduction != 4) return (PIX *)ERROR_PTR("reduction invalid", procName, NULL); sstdev = spatial_stdev / (l_float32)reduction; /* reduced spat. stdev */ if (sstdev < 0.5) return (PIX *)ERROR_PTR("sstdev < 0.5", procName, NULL); if (range_stdev <= 5.0) return (PIX *)ERROR_PTR("range_stdev <= 5.0", procName, NULL); if (ncomps < 4 || ncomps > 30) return (PIX *)ERROR_PTR("ncomps not in [4 ... 30]", procName, NULL); if (ncomps * range_stdev < 100.0) return (PIX *)ERROR_PTR("ncomps * range_stdev < 100.0", procName, NULL); if (d == 8) return pixBilateralGray(pixs, spatial_stdev, range_stdev, ncomps, reduction); pixt = pixGetRGBComponent(pixs, COLOR_RED); pixr = pixBilateralGray(pixt, spatial_stdev, range_stdev, ncomps, reduction); pixDestroy(&pixt); pixt = pixGetRGBComponent(pixs, COLOR_GREEN); pixg = pixBilateralGray(pixt, spatial_stdev, range_stdev, ncomps, reduction); pixDestroy(&pixt); pixt = pixGetRGBComponent(pixs, COLOR_BLUE); pixb = pixBilateralGray(pixt, spatial_stdev, range_stdev, ncomps, reduction); pixDestroy(&pixt); pixd = pixCreateRGBImage(pixr, pixg, pixb); pixDestroy(&pixr); pixDestroy(&pixg); pixDestroy(&pixb); return pixd; } /*! * pixBilateralGray() * * Input: pixs (8 bpp gray) * spatial_stdev (of gaussian kernel; in pixels, > 0.5) * range_stdev (of gaussian range kernel; > 5.0; typ. 50.0) * ncomps (number of intermediate sums J(k,x); in [4 ... 30]) * reduction (1, 2 or 4) * Return: pixd (8 bpp bilateral filtered image), or null on error * * Notes: * (1) See pixBilateral() for constraints on the input parameters. * (2) See pixBilateral() for algorithm details. */ PIX * pixBilateralGray(PIX *pixs, l_float32 spatial_stdev, l_float32 range_stdev, l_int32 ncomps, l_int32 reduction) { l_float32 sstdev; /* scaled spatial stdev */ PIX *pixd; L_BILATERAL *bil; PROCNAME("pixBilateralGray"); if (!pixs || pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs not defined or cmapped", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp gray", procName, NULL); if (reduction != 1 && reduction != 2 && reduction != 4) return (PIX *)ERROR_PTR("reduction invalid", procName, NULL); sstdev = spatial_stdev / (l_float32)reduction; /* reduced spat. stdev */ if (sstdev < 0.5) return (PIX *)ERROR_PTR("sstdev < 0.5", procName, NULL); if (range_stdev <= 5.0) return (PIX *)ERROR_PTR("range_stdev <= 5.0", procName, NULL); if (ncomps < 4 || ncomps > 30) return (PIX *)ERROR_PTR("ncomps not in [4 ... 30]", procName, NULL); if (ncomps * range_stdev < 100.0) return (PIX *)ERROR_PTR("ncomps * range_stdev < 100.0", procName, NULL); bil = bilateralCreate(pixs, spatial_stdev, range_stdev, ncomps, reduction); if (!bil) return (PIX *)ERROR_PTR("bil not made", procName, NULL); pixd = bilateralApply(bil); bilateralDestroy(&bil); return pixd; } /*----------------------------------------------------------------------* * Implementation of approximate separable bilateral filter * *----------------------------------------------------------------------*/ /*! * bilateralCreate() * * Input: pixs (8 bpp gray, no colormap) * spatial_stdev (of gaussian kernel; in pixels, > 0.5) * range_stdev (of gaussian range kernel; > 5.0; typ. 50.0) * ncomps (number of intermediate sums J(k,x); in [4 ... 30]) * reduction (1, 2 or 4) * Return: bil, or null on error * * Notes: * (1) This initializes a bilateral filtering operation, generating all * the data required. It takes most of the time in the bilateral * filtering operation. * (2) See bilateral.h for details of the algorithm. * (3) See pixBilateral() for constraints on input parameters, which * are not checked here. */ static L_BILATERAL * bilateralCreate(PIX *pixs, l_float32 spatial_stdev, l_float32 range_stdev, l_int32 ncomps, l_int32 reduction) { l_int32 w, ws, wd, h, hs, hd, i, j, k, index; l_int32 border, minval, maxval, spatial_size; l_int32 halfwidth, wpls, wplt, wpld, kval, nval, dval; l_float32 sstdev, fval1, fval2, denom, sum, norm, kern; l_int32 *nc, *kindex; l_float32 *kfract, *range, *spatial; l_uint32 *datas, *datat, *datad, *lines, *linet, *lined; L_BILATERAL *bil; PIX *pixt, *pixt2, *pixsc, *pixd; PIXA *pixac; PROCNAME("bilateralCreate"); sstdev = spatial_stdev / (l_float32)reduction; /* reduced spat. stdev */ if ((bil = (L_BILATERAL *)CALLOC(1, sizeof(L_BILATERAL))) == NULL) return (L_BILATERAL *)ERROR_PTR("bil not made", procName, NULL); bil->spatial_stdev = sstdev; bil->range_stdev = range_stdev; bil->reduction = reduction; bil->ncomps = ncomps; if (reduction == 1) { pixt = pixClone(pixs); } else if (reduction == 2) { pixt = pixScaleAreaMap2(pixs); } else { /* reduction == 4) */ pixt2 = pixScaleAreaMap2(pixs); pixt = pixScaleAreaMap2(pixt2); pixDestroy(&pixt2); } pixGetExtremeValue(pixt, 1, L_SELECT_MIN, NULL, NULL, NULL, &minval); pixGetExtremeValue(pixt, 1, L_SELECT_MAX, NULL, NULL, NULL, &maxval); bil->minval = minval; bil->maxval = maxval; border = (l_int32)(2 * sstdev + 1); pixsc = pixAddMirroredBorder(pixt, border, border, border, border); bil->pixsc = pixsc; pixDestroy(&pixt); bil->pixs = pixClone(pixs); /* -------------------------------------------------------------------- * * Generate arrays for interpolation of J(k,x): * (1.0 - kfract[.]) * J(kindex[.], x) + kfract[.] * J(kindex[.] + 1, x), * where I(x) is the index into kfract[] and kindex[], * and x is an index into the 2D image array. * -------------------------------------------------------------------- */ /* nc is the set of k values to be used in J(k,x) */ nc = (l_int32 *)CALLOC(ncomps, sizeof(l_int32)); for (i = 0; i < ncomps; i++) nc[i] = minval + i * (maxval - minval) / (ncomps - 1); bil->nc = nc; /* kindex maps from intensity I(x) to the lower k index for J(k,x) */ kindex = (l_int32 *)CALLOC(256, sizeof(l_int32)); for (i = minval, k = 0; i <= maxval && k < ncomps - 1; k++) { fval2 = nc[k + 1]; while (i < fval2) { kindex[i] = k; i++; } } kindex[maxval] = ncomps - 2; bil->kindex = kindex; /* kfract maps from intensity I(x) to the fraction of J(k+1,x) used */ kfract = (l_float32 *)CALLOC(256, sizeof(l_float32)); /* from lower */ for (i = minval, k = 0; i <= maxval && k < ncomps - 1; k++) { fval1 = nc[k]; fval2 = nc[k + 1]; while (i < fval2) { kfract[i] = (l_float32)(i - fval1) / (l_float32)(fval2 - fval1); i++; } } kfract[maxval] = 1.0; bil->kfract = kfract; #if DEBUG_BILATERAL for (i = minval; i <= maxval; i++) fprintf(stderr, "kindex[%d] = %d; kfract[%d] = %5.3f\n", i, kindex[i], i, kfract[i]); for (i = 0; i < ncomps; i++) fprintf(stderr, "nc[%d] = %d\n", i, nc[i]); #endif /* DEBUG_BILATERAL */ /* -------------------------------------------------------------------- * * Generate 1-D kernel arrays (spatial and range) * * -------------------------------------------------------------------- */ spatial_size = 2 * sstdev + 1; spatial = (l_float32 *)CALLOC(spatial_size, sizeof(l_float32)); denom = 2. * sstdev * sstdev; for (i = 0; i < spatial_size; i++) spatial[i] = expf(-(l_float32)(i * i) / denom); bil->spatial = spatial; range = (l_float32 *)CALLOC(256, sizeof(l_float32)); denom = 2. * range_stdev * range_stdev; for (i = 0; i < 256; i++) range[i] = expf(-(l_float32)(i * i) / denom); bil->range = range; /* -------------------------------------------------------------------- * * Generate principal bilateral component images * * -------------------------------------------------------------------- */ pixac = pixaCreate(ncomps); pixGetDimensions(pixsc, &ws, &hs, NULL); datas = pixGetData(pixsc); wpls = pixGetWpl(pixsc); pixGetDimensions(pixs, &w, &h, NULL); wd = (w + reduction - 1) / reduction; hd = (h + reduction - 1) / reduction; halfwidth = (l_int32)(2.0 * sstdev); for (index = 0; index < ncomps; index++) { pixt = pixCopy(NULL, pixsc); datat = pixGetData(pixt); wplt = pixGetWpl(pixt); kval = nc[index]; /* Separable convolutions: horizontal first */ for (i = 0; i < hd; i++) { lines = datas + (border + i) * wpls; linet = datat + (border + i) * wplt; for (j = 0; j < wd; j++) { sum = 0.0; norm = 0.0; for (k = -halfwidth; k <= halfwidth; k++) { nval = GET_DATA_BYTE(lines, border + j + k); kern = spatial[L_ABS(k)] * range[L_ABS(kval - nval)]; sum += kern * nval; norm += kern; } dval = (l_int32)((sum / norm) + 0.5); SET_DATA_BYTE(linet, border + j, dval); } } /* Vertical convolution */ pixd = pixCreate(wd, hd, 8); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < hd; i++) { linet = datat + (border + i) * wplt; lined = datad + i * wpld; for (j = 0; j < wd; j++) { sum = 0.0; norm = 0.0; for (k = -halfwidth; k <= halfwidth; k++) { nval = GET_DATA_BYTE(linet + k * wplt, border + j); kern = spatial[L_ABS(k)] * range[L_ABS(kval - nval)]; sum += kern * nval; norm += kern; } dval = (l_int32)((sum / norm) + 0.5); SET_DATA_BYTE(lined, j, dval); } } pixDestroy(&pixt); pixaAddPix(pixac, pixd, L_INSERT); } bil->pixac = pixac; bil->lineset = (l_uint32 ***)pixaGetLinePtrs(pixac, NULL); return bil; } /*! * bilateralApply() * * Input: bil * Return: pixd */ static PIX * bilateralApply(L_BILATERAL *bil) { l_int32 i, j, k, ired, jred, w, h, wpls, wpld, ncomps, reduction; l_int32 vals, vald, lowval, hival; l_int32 *kindex; l_float32 fract; l_float32 *kfract; l_uint32 *lines, *lined, *datas, *datad; l_uint32 ***lineset = NULL; /* for set of PBC */ PIX *pixs, *pixd; PIXA *pixac; PROCNAME("bilateralApply"); if (!bil) return (PIX *)ERROR_PTR("bil not defined", procName, NULL); pixs = bil->pixs; ncomps = bil->ncomps; kindex = bil->kindex; kfract = bil->kfract; reduction = bil->reduction; pixac = bil->pixac; lineset = bil->lineset; if (pixaGetCount(pixac) != ncomps) return (PIX *)ERROR_PTR("PBC images do not exist", procName, NULL); if ((pixd = pixCreateTemplate(pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); pixGetDimensions(pixs, &w, &h, NULL); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; ired = i / reduction; for (j = 0; j < w; j++) { jred = j / reduction; vals = GET_DATA_BYTE(lines, j); k = kindex[vals]; lowval = GET_DATA_BYTE(lineset[k][ired], jred); hival = GET_DATA_BYTE(lineset[k + 1][ired], jred); fract = kfract[vals]; vald = (l_int32)((1.0 - fract) * lowval + fract * hival + 0.5); SET_DATA_BYTE(lined, j, vald); } } return pixd; } /*! * bilateralDestroy() * * Input: &bil * Return: void */ static void bilateralDestroy(L_BILATERAL **pbil) { l_int32 i; L_BILATERAL *bil; PROCNAME("bilateralDestroy"); if (pbil == NULL) { L_WARNING("ptr address is null!\n", procName); return; } if ((bil = *pbil) == NULL) return; pixDestroy(&bil->pixs); pixDestroy(&bil->pixsc); pixaDestroy(&bil->pixac); FREE(bil->spatial); FREE(bil->range); FREE(bil->nc); FREE(bil->kindex); FREE(bil->kfract); for (i = 0; i < bil->ncomps; i++) FREE(bil->lineset[i]); FREE(bil->lineset); FREE(bil); *pbil = NULL; return; } /*----------------------------------------------------------------------* * Exact implementation of grayscale or color bilateral filtering * *----------------------------------------------------------------------*/ /*! * pixBilateralExact() * * Input: pixs (8 bpp gray or 32 bpp rgb) * spatial_kel (gaussian kernel) * range_kel ( 256 x 1, monotonically decreasing) * Return: pixd (8 bpp bilateral filtered image) * * Notes: * (1) The spatial_kel is a conventional smoothing kernel, typically a * 2-d Gaussian kernel or other block kernel. It can be either * normalized or not, but must be everywhere positive. * (2) The range_kel is defined over the absolute value of pixel * grayscale differences, and hence must have size 256 x 1. * Values in the array represent the multiplying weight for each * gray value difference between the target pixel and center of the * kernel, and should be monotonically decreasing. * (3) If range_kel == NULL, a constant weight is applied regardless * of the range value difference. This degenerates to a regular * pixConvolve() with a normalized kernel. */ PIX * pixBilateralExact(PIX *pixs, L_KERNEL *spatial_kel, L_KERNEL *range_kel) { l_int32 d; PIX *pixt, *pixr, *pixg, *pixb, *pixd; PROCNAME("pixBilateralExact"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetColormap(pixs) != NULL) return (PIX *)ERROR_PTR("pixs is cmapped", procName, NULL); d = pixGetDepth(pixs); if (d != 8 && d != 32) return (PIX *)ERROR_PTR("pixs not 8 or 32 bpp", procName, NULL); if (!spatial_kel) return (PIX *)ERROR_PTR("spatial_ke not defined", procName, NULL); if (d == 8) { return pixBilateralGrayExact(pixs, spatial_kel, range_kel); } else { /* d == 32 */ pixt = pixGetRGBComponent(pixs, COLOR_RED); pixr = pixBilateralGrayExact(pixt, spatial_kel, range_kel); pixDestroy(&pixt); pixt = pixGetRGBComponent(pixs, COLOR_GREEN); pixg = pixBilateralGrayExact(pixt, spatial_kel, range_kel); pixDestroy(&pixt); pixt = pixGetRGBComponent(pixs, COLOR_BLUE); pixb = pixBilateralGrayExact(pixt, spatial_kel, range_kel); pixDestroy(&pixt); pixd = pixCreateRGBImage(pixr, pixg, pixb); pixDestroy(&pixr); pixDestroy(&pixg); pixDestroy(&pixb); return pixd; } } /*! * pixBilateralGrayExact() * * Input: pixs (8 bpp gray) * spatial_kel (gaussian kernel) * range_kel ( 256 x 1, monotonically decreasing) * Return: pixd (8 bpp bilateral filtered image) * * Notes: * (1) See pixBilateralExact(). */ PIX * pixBilateralGrayExact(PIX *pixs, L_KERNEL *spatial_kel, L_KERNEL *range_kel) { l_int32 i, j, id, jd, k, m, w, h, d, sx, sy, cx, cy, wplt, wpld; l_int32 val, center_val; l_uint32 *datat, *datad, *linet, *lined; l_float32 sum, weight_sum, weight; L_KERNEL *keli; PIX *pixt, *pixd; PROCNAME("pixBilateralGrayExact"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs must be gray", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (!spatial_kel) return (PIX *)ERROR_PTR("spatial kel not defined", procName, NULL); if (!range_kel) return pixConvolve(pixs, spatial_kel, 8, 1); if (range_kel->sx != 256 || range_kel->sy != 1) return (PIX *)ERROR_PTR("range kel not {256 x 1", procName, NULL); keli = kernelInvert(spatial_kel); kernelGetParameters(keli, &sy, &sx, &cy, &cx); if ((pixt = pixAddMirroredBorder(pixs, cx, sx - cx, cy, sy - cy)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); pixd = pixCreate(w, h, 8); datat = pixGetData(pixt); datad = pixGetData(pixd); wplt = pixGetWpl(pixt); wpld = pixGetWpl(pixd); for (i = 0, id = 0; id < h; i++, id++) { lined = datad + id * wpld; for (j = 0, jd = 0; jd < w; j++, jd++) { center_val = GET_DATA_BYTE(datat + (i + cy) * wplt, j + cx); weight_sum = 0.0; sum = 0.0; for (k = 0; k < sy; k++) { linet = datat + (i + k) * wplt; for (m = 0; m < sx; m++) { val = GET_DATA_BYTE(linet, j + m); weight = keli->data[k][m] * range_kel->data[0][L_ABS(center_val - val)]; weight_sum += weight; sum += val * weight; } } SET_DATA_BYTE(lined, jd, (l_int32)(sum / weight_sum + 0.5)); } } kernelDestroy(&keli); pixDestroy(&pixt); return pixd; } /*! * pixBlockBilateralExact() * * Input: pixs (8 bpp gray or 32 bpp rgb) * spatial_stdev (> 0.0) * range_stdev (> 0.0) * Return: pixd (8 bpp or 32 bpp bilateral filtered image) * * Notes: * (1) See pixBilateralExact(). This provides an interface using * the standard deviations of the spatial and range filters. * (2) The convolution window halfwidth is 2 * spatial_stdev, * and the square filter size is 4 * spatial_stdev + 1. * The kernel captures 95% of total energy. This is compensated * by normalization. * (3) The range_stdev is analogous to spatial_halfwidth in the * grayscale domain [0...255], and determines how much damping of the * smoothing operation is applied across edges. The larger this * value is, the smaller the damping. The smaller the value, the * more edge details are preserved. These approximations are useful * for deciding the appropriate cutoff. * kernel[1 * stdev] ~= 0.6 * kernel[0] * kernel[2 * stdev] ~= 0.14 * kernel[0] * kernel[3 * stdev] ~= 0.01 * kernel[0] * If range_stdev is infinite there is no damping, and this * becomes a conventional gaussian smoothing. * This value does not affect the run time. * (4) If range_stdev is negative or zero, the range kernel is * ignored and this degenerates to a straight gaussian convolution. * (5) This is very slow for large spatial filters. The time * on a 3GHz pentium is roughly * T = 1.2 * 10^-8 * (A * sh^2) sec * where A = # of pixels, sh = spatial halfwidth of filter. */ PIX* pixBlockBilateralExact(PIX *pixs, l_float32 spatial_stdev, l_float32 range_stdev) { l_int32 d, halfwidth; L_KERNEL *spatial_kel, *range_kel; PIX *pixd; PROCNAME("pixBlockBilateralExact"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); d = pixGetDepth(pixs); if (d != 8 && d != 32) return (PIX *)ERROR_PTR("pixs not 8 or 32 bpp", procName, NULL); if (pixGetColormap(pixs) != NULL) return (PIX *)ERROR_PTR("pixs is cmapped", procName, NULL); if (spatial_stdev <= 0.0) return (PIX *)ERROR_PTR("invalid spatial stdev", procName, NULL); if (range_stdev <= 0.0) return (PIX *)ERROR_PTR("invalid range stdev", procName, NULL); halfwidth = 2 * spatial_stdev; spatial_kel = makeGaussianKernel(halfwidth, halfwidth, spatial_stdev, 1.0); range_kel = makeRangeKernel(range_stdev); pixd = pixBilateralExact(pixs, spatial_kel, range_kel); kernelDestroy(&spatial_kel); kernelDestroy(&range_kel); return pixd; } /*----------------------------------------------------------------------* * Kernel helper function * *----------------------------------------------------------------------*/ /*! * makeRangeKernel() * * Input: range_stdev (> 0) * Return: kel, or null on error * * Notes: * (1) Creates a one-sided Gaussian kernel with the given * standard deviation. At grayscale difference of one stdev, * the kernel falls to 0.6, and to 0.01 at three stdev. * (2) A typical input number might be 20. Then pixels whose * value differs by 60 from the center pixel have their * weight in the convolution reduced by a factor of about 0.01. */ L_KERNEL * makeRangeKernel(l_float32 range_stdev) { l_int32 x; l_float32 val, denom; L_KERNEL *kel; PROCNAME("makeRangeKernel"); if (range_stdev <= 0.0) return (L_KERNEL *)ERROR_PTR("invalid stdev <= 0", procName, NULL); denom = 2. * range_stdev * range_stdev; if ((kel = kernelCreate(1, 256)) == NULL) return (L_KERNEL *)ERROR_PTR("kel not made", procName, NULL); kernelSetOrigin(kel, 0, 0); for (x = 0; x < 256; x++) { val = expf(-(l_float32)(x * x) / denom); kernelSetElement(kel, 0, x, val); } return kel; } leptonica-1.70/src/sel1.c0000644000175000017500000020350312267060516013314 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * sel1.c * * Basic ops on Sels and Selas * * Create/destroy/copy: * SELA *selaCreate() * void selaDestroy() * SEL *selCreate() * void selDestroy() * SEL *selCopy() * SEL *selCreateBrick() * SEL *selCreateComb() * * Helper proc: * l_int32 **create2dIntArray() * * Extension of sela: * SELA *selaAddSel() * static l_int32 selaExtendArray() * * Accessors: * l_int32 selaGetCount() * SEL *selaGetSel() * char *selGetName() * l_int32 selSetName() * l_int32 selaFindSelByName() * l_int32 selGetElement() * l_int32 selSetElement() * l_int32 selGetParameters() * l_int32 selSetOrigin() * l_int32 selGetTypeAtOrigin() * char *selaGetBrickName() * char *selaGetCombName() * static char *selaComputeCompositeParameters() * l_int32 getCompositeParameters() * SARRAY *selaGetSelnames() * * Max translations for erosion and hmt * l_int32 selFindMaxTranslations() * * Rotation by multiples of 90 degrees * SEL *selRotateOrth() * * Sela and Sel serialized I/O * SELA *selaRead() * SELA *selaReadStream() * SEL *selRead() * SEL *selReadStream() * l_int32 selaWrite() * l_int32 selaWriteStream() * l_int32 selWrite() * l_int32 selWriteStream() * * Building custom hit-miss sels from compiled strings * SEL *selCreateFromString() * char *selPrintToString() [for debugging] * * Building custom hit-miss sels from a simple file format * SELA *selaCreateFromFile() * static SEL *selCreateFromSArray() * * Making hit-only sels from Pta and Pix * SEL *selCreateFromPta() * SEL *selCreateFromPix() * * Making hit-miss sels from Pix and image files * SEL *selReadFromColorImage() * SEL *selCreateFromColorPix() * * Printable display of sel * PIX *selDisplayInPix() * PIX *selaDisplayInPix() * * Usage notes: * In this file we have seven functions that make sels: * (1) selCreate(), with input (h, w, [name]) * The generic function. Roll your own, using selSetElement(). * (2) selCreateBrick(), with input (h, w, cy, cx, val) * The most popular function. Makes a rectangular sel of * all hits, misses or don't-cares. We have many morphology * operations that create a sel of all hits, use it, and * destroy it. * (3) selCreateFromString() with input (text, h, w, [name]) * Adam Langley's clever function, allows you to make a hit-miss * sel from a string in code that is geometrically laid out * just like the actual sel. * (4) selaCreateFromFile() with input (filename) * This parses a simple file format to create an array of * hit-miss sels. The sel data uses the same encoding * as in (3), with geometrical layout enforced. * (5) selCreateFromPta() with input (pta, cy, cx, [name]) * Another way to make a sel with only hits. * (6) selCreateFromPix() with input (pix, cy, cx, [name]) * Yet another way to make a sel from hits. * (7) selCreateFromColorPix() with input (pix, name). * Another way to make a general hit-miss sel, starting with * an image editor. * In addition, there are three functions in selgen.c that * automatically generate a hit-miss sel from a pix and * a number of parameters. This is useful for problems like * "find all patterns that look like this one." * * Consistency, being the hobgoblin of small minds, * is adhered to here in the dimensioning and accessing of sels. * Everything is done in standard matrix (row, column) order. * When we set specific elements in a sel, we likewise use * (row, col) ordering: * selSetElement(), with input (row, col, type) */ #include #include "allheaders.h" static const l_int32 L_BUF_SIZE = 256; static const l_int32 INITIAL_PTR_ARRAYSIZE = 50; /* n'import quoi */ static const l_int32 MANY_SELS = 1000; /* Static functions */ static l_int32 selaExtendArray(SELA *sela); static SEL *selCreateFromSArray(SARRAY *sa, l_int32 first, l_int32 last); struct CompParameterMap { l_int32 size; l_int32 size1; l_int32 size2; char selnameh1[20]; char selnameh2[20]; char selnamev1[20]; char selnamev2[20]; }; static const struct CompParameterMap comp_parameter_map[] = { { 2, 2, 1, "sel_2h", "", "sel_2v", "" }, { 3, 3, 1, "sel_3h", "", "sel_3v", "" }, { 4, 2, 2, "sel_2h", "sel_comb_4h", "sel_2v", "sel_comb_4v" }, { 5, 5, 1, "sel_5h", "", "sel_5v", "" }, { 6, 3, 2, "sel_3h", "sel_comb_6h", "sel_3v", "sel_comb_6v" }, { 7, 7, 1, "sel_7h", "", "sel_7v", "" }, { 8, 4, 2, "sel_4h", "sel_comb_8h", "sel_4v", "sel_comb_8v" }, { 9, 3, 3, "sel_3h", "sel_comb_9h", "sel_3v", "sel_comb_9v" }, { 10, 5, 2, "sel_5h", "sel_comb_10h", "sel_5v", "sel_comb_10v" }, { 11, 4, 3, "sel_4h", "sel_comb_12h", "sel_4v", "sel_comb_12v" }, { 12, 4, 3, "sel_4h", "sel_comb_12h", "sel_4v", "sel_comb_12v" }, { 13, 4, 3, "sel_4h", "sel_comb_12h", "sel_4v", "sel_comb_12v" }, { 14, 7, 2, "sel_7h", "sel_comb_14h", "sel_7v", "sel_comb_14v" }, { 15, 5, 3, "sel_5h", "sel_comb_15h", "sel_5v", "sel_comb_15v" }, { 16, 4, 4, "sel_4h", "sel_comb_16h", "sel_4v", "sel_comb_16v" }, { 17, 4, 4, "sel_4h", "sel_comb_16h", "sel_4v", "sel_comb_16v" }, { 18, 6, 3, "sel_6h", "sel_comb_18h", "sel_6v", "sel_comb_18v" }, { 19, 5, 4, "sel_5h", "sel_comb_20h", "sel_5v", "sel_comb_20v" }, { 20, 5, 4, "sel_5h", "sel_comb_20h", "sel_5v", "sel_comb_20v" }, { 21, 7, 3, "sel_7h", "sel_comb_21h", "sel_7v", "sel_comb_21v" }, { 22, 11, 2, "sel_11h", "sel_comb_22h", "sel_11v", "sel_comb_22v" }, { 23, 6, 4, "sel_6h", "sel_comb_24h", "sel_6v", "sel_comb_24v" }, { 24, 6, 4, "sel_6h", "sel_comb_24h", "sel_6v", "sel_comb_24v" }, { 25, 5, 5, "sel_5h", "sel_comb_25h", "sel_5v", "sel_comb_25v" }, { 26, 5, 5, "sel_5h", "sel_comb_25h", "sel_5v", "sel_comb_25v" }, { 27, 9, 3, "sel_9h", "sel_comb_27h", "sel_9v", "sel_comb_27v" }, { 28, 7, 4, "sel_7h", "sel_comb_28h", "sel_7v", "sel_comb_28v" }, { 29, 6, 5, "sel_6h", "sel_comb_30h", "sel_6v", "sel_comb_30v" }, { 30, 6, 5, "sel_6h", "sel_comb_30h", "sel_6v", "sel_comb_30v" }, { 31, 6, 5, "sel_6h", "sel_comb_30h", "sel_6v", "sel_comb_30v" }, { 32, 8, 4, "sel_8h", "sel_comb_32h", "sel_8v", "sel_comb_32v" }, { 33, 11, 3, "sel_11h", "sel_comb_33h", "sel_11v", "sel_comb_33v" }, { 34, 7, 5, "sel_7h", "sel_comb_35h", "sel_7v", "sel_comb_35v" }, { 35, 7, 5, "sel_7h", "sel_comb_35h", "sel_7v", "sel_comb_35v" }, { 36, 6, 6, "sel_6h", "sel_comb_36h", "sel_6v", "sel_comb_36v" }, { 37, 6, 6, "sel_6h", "sel_comb_36h", "sel_6v", "sel_comb_36v" }, { 38, 6, 6, "sel_6h", "sel_comb_36h", "sel_6v", "sel_comb_36v" }, { 39, 13, 3, "sel_13h", "sel_comb_39h", "sel_13v", "sel_comb_39v" }, { 40, 8, 5, "sel_8h", "sel_comb_40h", "sel_8v", "sel_comb_40v" }, { 41, 7, 6, "sel_7h", "sel_comb_42h", "sel_7v", "sel_comb_42v" }, { 42, 7, 6, "sel_7h", "sel_comb_42h", "sel_7v", "sel_comb_42v" }, { 43, 7, 6, "sel_7h", "sel_comb_42h", "sel_7v", "sel_comb_42v" }, { 44, 11, 4, "sel_11h", "sel_comb_44h", "sel_11v", "sel_comb_44v" }, { 45, 9, 5, "sel_9h", "sel_comb_45h", "sel_9v", "sel_comb_45v" }, { 46, 9, 5, "sel_9h", "sel_comb_45h", "sel_9v", "sel_comb_45v" }, { 47, 8, 6, "sel_8h", "sel_comb_48h", "sel_8v", "sel_comb_48v" }, { 48, 8, 6, "sel_8h", "sel_comb_48h", "sel_8v", "sel_comb_48v" }, { 49, 7, 7, "sel_7h", "sel_comb_49h", "sel_7v", "sel_comb_49v" }, { 50, 10, 5, "sel_10h", "sel_comb_50h", "sel_10v", "sel_comb_50v" }, { 51, 10, 5, "sel_10h", "sel_comb_50h", "sel_10v", "sel_comb_50v" }, { 52, 13, 4, "sel_13h", "sel_comb_52h", "sel_13v", "sel_comb_52v" }, { 53, 9, 6, "sel_9h", "sel_comb_54h", "sel_9v", "sel_comb_54v" }, { 54, 9, 6, "sel_9h", "sel_comb_54h", "sel_9v", "sel_comb_54v" }, { 55, 11, 5, "sel_11h", "sel_comb_55h", "sel_11v", "sel_comb_55v" }, { 56, 8, 7, "sel_8h", "sel_comb_56h", "sel_8v", "sel_comb_56v" }, { 57, 8, 7, "sel_8h", "sel_comb_56h", "sel_8v", "sel_comb_56v" }, { 58, 8, 7, "sel_8h", "sel_comb_56h", "sel_8v", "sel_comb_56v" }, { 59, 10, 6, "sel_10h", "sel_comb_60h", "sel_10v", "sel_comb_60v" }, { 60, 10, 6, "sel_10h", "sel_comb_60h", "sel_10v", "sel_comb_60v" }, { 61, 10, 6, "sel_10h", "sel_comb_60h", "sel_10v", "sel_comb_60v" }, { 62, 9, 7, "sel_9h", "sel_comb_63h", "sel_9v", "sel_comb_63v" }, { 63, 9, 7, "sel_9h", "sel_comb_63h", "sel_9v", "sel_comb_63v" } }; /*------------------------------------------------------------------------* * Create / Destroy / Copy * *------------------------------------------------------------------------*/ /*! * selaCreate() * * Input: n (initial number of sel ptrs; use 0 for default) * Return: sela, or null on error */ SELA * selaCreate(l_int32 n) { SELA *sela; PROCNAME("selaCreate"); if (n <= 0) n = INITIAL_PTR_ARRAYSIZE; if (n > MANY_SELS) L_WARNING("%d sels\n", procName, n); if ((sela = (SELA *)CALLOC(1, sizeof(SELA))) == NULL) return (SELA *)ERROR_PTR("sela not made", procName, NULL); sela->nalloc = n; sela->n = 0; /* make array of se ptrs */ if ((sela->sel = (SEL **)CALLOC(n, sizeof(SEL *))) == NULL) return (SELA *)ERROR_PTR("sel ptrs not made", procName, NULL); return sela; } /*! * selaDestroy() * * Input: &sela () * Return: void */ void selaDestroy(SELA **psela) { SELA *sela; l_int32 i; if (!psela) return; if ((sela = *psela) == NULL) return; for (i = 0; i < sela->n; i++) selDestroy(&sela->sel[i]); FREE(sela->sel); FREE(sela); *psela = NULL; return; } /*! * selCreate() * * Input: height, width * name ( sel name; can be null) * Return: sel, or null on error * * Notes: * (1) selCreate() initializes all values to 0. * (2) After this call, (cy,cx) and nonzero data values must be * assigned. If a text name is not assigned here, it will * be needed later when the sel is put into a sela. */ SEL * selCreate(l_int32 height, l_int32 width, const char *name) { SEL *sel; PROCNAME("selCreate"); if ((sel = (SEL *)CALLOC(1, sizeof(SEL))) == NULL) return (SEL *)ERROR_PTR("sel not made", procName, NULL); if (name) sel->name = stringNew(name); sel->sy = height; sel->sx = width; if ((sel->data = create2dIntArray(height, width)) == NULL) return (SEL *)ERROR_PTR("data not allocated", procName, NULL); return sel; } /*! * selDestroy() * * Input: &sel () * Return: void */ void selDestroy(SEL **psel) { l_int32 i; SEL *sel; PROCNAME("selDestroy"); if (psel == NULL) { L_WARNING("ptr address is NULL!\n", procName); return; } if ((sel = *psel) == NULL) return; for (i = 0; i < sel->sy; i++) FREE(sel->data[i]); FREE(sel->data); if (sel->name) FREE(sel->name); FREE(sel); *psel = NULL; return; } /*! * selCopy() * * Input: sel * Return: a copy of the sel, or null on error */ SEL * selCopy(SEL *sel) { l_int32 sx, sy, cx, cy, i, j; SEL *csel; PROCNAME("selCopy"); if (!sel) return (SEL *)ERROR_PTR("sel not defined", procName, NULL); if ((csel = (SEL *)CALLOC(1, sizeof(SEL))) == NULL) return (SEL *)ERROR_PTR("csel not made", procName, NULL); selGetParameters(sel, &sy, &sx, &cy, &cx); csel->sy = sy; csel->sx = sx; csel->cy = cy; csel->cx = cx; if ((csel->data = create2dIntArray(sy, sx)) == NULL) return (SEL *)ERROR_PTR("sel data not made", procName, NULL); for (i = 0; i < sy; i++) for (j = 0; j < sx; j++) csel->data[i][j] = sel->data[i][j]; if (sel->name) csel->name = stringNew(sel->name); return csel; } /*! * selCreateBrick() * * Input: height, width * cy, cx (origin, relative to UL corner at 0,0) * type (SEL_HIT, SEL_MISS, or SEL_DONT_CARE) * Return: sel, or null on error * * Notes: * (1) This is a rectangular sel of all hits, misses or don't cares. */ SEL * selCreateBrick(l_int32 h, l_int32 w, l_int32 cy, l_int32 cx, l_int32 type) { l_int32 i, j; SEL *sel; PROCNAME("selCreateBrick"); if (h <= 0 || w <= 0) return (SEL *)ERROR_PTR("h and w must both be > 0", procName, NULL); if (type != SEL_HIT && type != SEL_MISS && type != SEL_DONT_CARE) return (SEL *)ERROR_PTR("invalid sel element type", procName, NULL); if ((sel = selCreate(h, w, NULL)) == NULL) return (SEL *)ERROR_PTR("sel not made", procName, NULL); selSetOrigin(sel, cy, cx); for (i = 0; i < h; i++) for (j = 0; j < w; j++) sel->data[i][j] = type; return sel; } /*! * selCreateComb() * * Input: factor1 (contiguous space between comb tines) * factor2 (number of comb tines) * direction (L_HORIZ, L_VERT) * Return: sel, or null on error * * Notes: * (1) This generates a comb Sel of hits with the origin as * near the center as possible. */ SEL * selCreateComb(l_int32 factor1, l_int32 factor2, l_int32 direction) { l_int32 i, size, z; SEL *sel; PROCNAME("selCreateComb"); if (factor1 < 1 || factor2 < 1) return (SEL *)ERROR_PTR("factors must be >= 1", procName, NULL); if (direction != L_HORIZ && direction != L_VERT) return (SEL *)ERROR_PTR("invalid direction", procName, NULL); size = factor1 * factor2; if (direction == L_HORIZ) { sel = selCreate(1, size, NULL); selSetOrigin(sel, 0, size / 2); } else { sel = selCreate(size, 1, NULL); selSetOrigin(sel, size / 2, 0); } for (i = 0; i < factor2; i++) { if (factor2 & 1) /* odd */ z = factor1 / 2 + i * factor1; else z = factor1 / 2 + i * factor1; /* fprintf(stderr, "i = %d, factor1 = %d, factor2 = %d, z = %d\n", i, factor1, factor2, z); */ if (direction == L_HORIZ) selSetElement(sel, 0, z, SEL_HIT); else selSetElement(sel, z, 0, SEL_HIT); } return sel; } /*! * create2dIntArray() * * Input: sy (rows == height) * sx (columns == width) * Return: doubly indexed array (i.e., an array of sy row pointers, * each of which points to an array of sx ints) * * Notes: * (1) The array[sy][sx] is indexed in standard "matrix notation", * with the row index first. */ l_int32 ** create2dIntArray(l_int32 sy, l_int32 sx) { l_int32 i; l_int32 **array; PROCNAME("create2dIntArray"); if ((array = (l_int32 **)CALLOC(sy, sizeof(l_int32 *))) == NULL) return (l_int32 **)ERROR_PTR("ptr array not made", procName, NULL); for (i = 0; i < sy; i++) { if ((array[i] = (l_int32 *)CALLOC(sx, sizeof(l_int32))) == NULL) return (l_int32 **)ERROR_PTR("array not made", procName, NULL); } return array; } /*------------------------------------------------------------------------* * Extension of sela * *------------------------------------------------------------------------*/ /*! * selaAddSel() * * Input: sela * sel to be added * selname (ignored if already defined in sel; * req'd in sel when added to a sela) * copyflag (for sel: 0 inserts, 1 copies) * Return: 0 if OK; 1 on error * * Notes: * (1) This adds a sel, either inserting or making a copy. * (2) Because every sel in a sela must have a name, it copies * the input name if necessary. You can input NULL for * selname if the sel already has a name. */ l_int32 selaAddSel(SELA *sela, SEL *sel, const char *selname, l_int32 copyflag) { l_int32 n; SEL *csel; PROCNAME("selaAddSel"); if (!sela) return ERROR_INT("sela not defined", procName, 1); if (!sel) return ERROR_INT("sel not defined", procName, 1); if (!sel->name && !selname) return ERROR_INT("added sel must have name", procName, 1); if (copyflag == TRUE) { if ((csel = selCopy(sel)) == NULL) return ERROR_INT("csel not made", procName, 1); } else { /* copyflag is false; insert directly */ csel = sel; } if (!csel->name) csel->name = stringNew(selname); n = selaGetCount(sela); if (n >= sela->nalloc) selaExtendArray(sela); sela->sel[n] = csel; sela->n++; return 0; } /*! * selaExtendArray() * * Input: sela * Return: 0 if OK; 1 on error */ static l_int32 selaExtendArray(SELA *sela) { PROCNAME("selaExtendArray"); if (!sela) return ERROR_INT("sela not defined", procName, 1); if ((sela->sel = (SEL **)reallocNew((void **)&sela->sel, sizeof(SEL *) * sela->nalloc, 2 * sizeof(SEL *) * sela->nalloc)) == NULL) return ERROR_INT("new ptr array not returned", procName, 1); sela->nalloc = 2 * sela->nalloc; return 0; } /*----------------------------------------------------------------------* * Accessors * *----------------------------------------------------------------------*/ /*! * selaGetCount() * * Input: sela * Return: count, or 0 on error */ l_int32 selaGetCount(SELA *sela) { PROCNAME("selaGetCount"); if (!sela) return ERROR_INT("sela not defined", procName, 0); return sela->n; } /*! * selaGetSel() * * Input: sela * index of sel to be retrieved (not copied) * Return: sel, or null on error * * Notes: * (1) This returns a ptr to the sel, not a copy, so the caller * must not destroy it! */ SEL * selaGetSel(SELA *sela, l_int32 i) { PROCNAME("selaGetSel"); if (!sela) return (SEL *)ERROR_PTR("sela not defined", procName, NULL); if (i < 0 || i >= sela->n) return (SEL *)ERROR_PTR("invalid index", procName, NULL); return sela->sel[i]; } /*! * selGetName() * * Input: sel * Return: sel name (not copied), or null if no name or on error */ char * selGetName(SEL *sel) { PROCNAME("selGetName"); if (!sel) return (char *)ERROR_PTR("sel not defined", procName, NULL); return sel->name; } /*! * selSetName() * * Input: sel * name (; can be null) * Return: 0 if OK, 1 on error * * Notes: * (1) Always frees the existing sel name, if defined. * (2) If name is not defined, just clears any existing sel name. */ l_int32 selSetName(SEL *sel, const char *name) { PROCNAME("selSetName"); if (!sel) return ERROR_INT("sel not defined", procName, 1); return stringReplace(&sel->name, name); } /*! * selaFindSelByName() * * Input: sela * sel name * &index () * &sel ( sel (not a copy)) * Return: 0 if OK; 1 on error */ l_int32 selaFindSelByName(SELA *sela, const char *name, l_int32 *pindex, SEL **psel) { l_int32 i, n; char *sname; SEL *sel; PROCNAME("selaFindSelByName"); if (pindex) *pindex = -1; if (psel) *psel = NULL; if (!sela) return ERROR_INT("sela not defined", procName, 1); n = selaGetCount(sela); for (i = 0; i < n; i++) { if ((sel = selaGetSel(sela, i)) == NULL) { L_WARNING("missing sel\n", procName); continue; } sname = selGetName(sel); if (sname && (!strcmp(name, sname))) { if (pindex) *pindex = i; if (psel) *psel = sel; return 0; } } return 1; } /*! * selGetElement() * * Input: sel * row * col * &type ( SEL_HIT, SEL_MISS, SEL_DONT_CARE) * Return: 0 if OK; 1 on error */ l_int32 selGetElement(SEL *sel, l_int32 row, l_int32 col, l_int32 *ptype) { PROCNAME("selGetElement"); if (!ptype) return ERROR_INT("&type not defined", procName, 1); *ptype = SEL_DONT_CARE; if (!sel) return ERROR_INT("sel not defined", procName, 1); if (row < 0 || row >= sel->sy) return ERROR_INT("sel row out of bounds", procName, 1); if (col < 0 || col >= sel->sx) return ERROR_INT("sel col out of bounds", procName, 1); *ptype = sel->data[row][col]; return 0; } /*! * selSetElement() * * Input: sel * row * col * type (SEL_HIT, SEL_MISS, SEL_DONT_CARE) * Return: 0 if OK; 1 on error * * Notes: * (1) Because we use row and column to index into an array, * they are always non-negative. The location of the origin * (and the type of operation) determine the actual * direction of the rasterop. */ l_int32 selSetElement(SEL *sel, l_int32 row, l_int32 col, l_int32 type) { PROCNAME("selSetElement"); if (!sel) return ERROR_INT("sel not defined", procName, 1); if (type != SEL_HIT && type != SEL_MISS && type != SEL_DONT_CARE) return ERROR_INT("invalid sel element type", procName, 1); if (row < 0 || row >= sel->sy) return ERROR_INT("sel row out of bounds", procName, 1); if (col < 0 || col >= sel->sx) return ERROR_INT("sel col out of bounds", procName, 1); sel->data[row][col] = type; return 0; } /*! * selGetParameters() * * Input: sel * &sy, &sx, &cy, &cx (; each can be null) * Return: 0 if OK, 1 on error */ l_int32 selGetParameters(SEL *sel, l_int32 *psy, l_int32 *psx, l_int32 *pcy, l_int32 *pcx) { PROCNAME("selGetParameters"); if (psy) *psy = 0; if (psx) *psx = 0; if (pcy) *pcy = 0; if (pcx) *pcx = 0; if (!sel) return ERROR_INT("sel not defined", procName, 1); if (psy) *psy = sel->sy; if (psx) *psx = sel->sx; if (pcy) *pcy = sel->cy; if (pcx) *pcx = sel->cx; return 0; } /*! * selSetOrigin() * * Input: sel * cy, cx * Return: 0 if OK; 1 on error */ l_int32 selSetOrigin(SEL *sel, l_int32 cy, l_int32 cx) { PROCNAME("selSetOrigin"); if (!sel) return ERROR_INT("sel not defined", procName, 1); sel->cy = cy; sel->cx = cx; return 0; } /*! * selGetTypeAtOrigin() * * Input: sel * &type ( SEL_HIT, SEL_MISS, SEL_DONT_CARE) * Return: 0 if OK; 1 on error or if origin is not found */ l_int32 selGetTypeAtOrigin(SEL *sel, l_int32 *ptype) { l_int32 sx, sy, cx, cy, i, j; PROCNAME("selGetTypeAtOrigin"); if (!ptype) return ERROR_INT("&type not defined", procName, 1); *ptype = SEL_DONT_CARE; /* init */ if (!sel) return ERROR_INT("sel not defined", procName, 1); selGetParameters(sel, &sy, &sx, &cy, &cx); for (i = 0; i < sy; i++) { for (j = 0; j < sx; j++) { if (i == cy && j == cx) { selGetElement(sel, i, j, ptype); return 0; } } } return ERROR_INT("sel origin not found", procName, 1); } /*! * selaGetBrickName() * * Input: sela * hsize, vsize (of brick sel) * Return: sel name (new string), or null if no name or on error */ char * selaGetBrickName(SELA *sela, l_int32 hsize, l_int32 vsize) { l_int32 i, nsels, sx, sy; SEL *sel; PROCNAME("selaGetBrickName"); if (!sela) return (char *)ERROR_PTR("sela not defined", procName, NULL); nsels = selaGetCount(sela); for (i = 0; i < nsels; i++) { sel = selaGetSel(sela, i); selGetParameters(sel, &sy, &sx, NULL, NULL); if (hsize == sx && vsize == sy) return stringNew(selGetName(sel)); } return (char *)ERROR_PTR("sel not found", procName, NULL); } /*! * selaGetCombName() * * Input: sela * size (the product of sizes of the brick and comb parts) * direction (L_HORIZ, L_VERT) * Return: sel name (new string), or null if name not found or on error * * Notes: * (1) Combs are by definition 1-dimensional, either horiz or vert. * (2) Use this with comb Sels; e.g., from selaAddDwaCombs(). */ char * selaGetCombName(SELA *sela, l_int32 size, l_int32 direction) { char *selname; char combname[L_BUF_SIZE]; l_int32 i, nsels, sx, sy, found; SEL *sel; PROCNAME("selaGetCombName"); if (!sela) return (char *)ERROR_PTR("sela not defined", procName, NULL); if (direction != L_HORIZ && direction != L_VERT) return (char *)ERROR_PTR("invalid direction", procName, NULL); /* Derive the comb name we're looking for */ if (direction == L_HORIZ) snprintf(combname, L_BUF_SIZE, "sel_comb_%dh", size); else /* direction == L_VERT */ snprintf(combname, L_BUF_SIZE, "sel_comb_%dv", size); found = FALSE; nsels = selaGetCount(sela); for (i = 0; i < nsels; i++) { sel = selaGetSel(sela, i); selGetParameters(sel, &sy, &sx, NULL, NULL); if (sy != 1 && sx != 1) /* 2-D; not a comb */ continue; selname = selGetName(sel); if (!strcmp(selname, combname)) { found = TRUE; break; } } if (found) return stringNew(selname); else return (char *)ERROR_PTR("sel not found", procName, NULL); } /* --------- Function used to generate code in this file ---------- */ #if 0 static void selaComputeCompositeParameters(const char *fileout); /*! * selaComputeCompParameters() * * Input: output filename * Return: void * * Notes: * (1) This static function was used to construct the comp_parameter_map[] * array at the top of this file. It is static because it does * not need to be called again. It remains here to show how * the composite parameter map was computed. * (2) The output file was pasted directly into comp_parameter_map[]. * The composite parameter map is used to quickly determine * the linear decomposition parameters and sel names. */ static void selaComputeCompositeParameters(const char *fileout) { char *str, *nameh1, *nameh2, *namev1, *namev2; char buf[L_BUF_SIZE]; l_int32 size, size1, size2, len; SARRAY *sa; SELA *selabasic, *selacomb; selabasic = selaAddBasic(NULL); selacomb = selaAddDwaCombs(NULL); sa = sarrayCreate(64); for (size = 2; size < 64; size++) { selectComposableSizes(size, &size1, &size2); nameh1 = selaGetBrickName(selabasic, size1, 1); namev1 = selaGetBrickName(selabasic, 1, size1); if (size2 > 1) { nameh2 = selaGetCombName(selacomb, size1 * size2, L_HORIZ); namev2 = selaGetCombName(selacomb, size1 * size2, L_VERT); } else { nameh2 = stringNew(""); namev2 = stringNew(""); } snprintf(buf, L_BUF_SIZE, " { %d, %d, %d, \"%s\", \"%s\", \"%s\", \"%s\" },", size, size1, size2, nameh1, nameh2, namev1, namev2); sarrayAddString(sa, buf, L_COPY); FREE(nameh1); FREE(nameh2); FREE(namev1); FREE(namev2); } str = sarrayToString(sa, 1); len = strlen(str); l_binaryWrite(fileout, "w", str, len + 1); FREE(str); sarrayDestroy(&sa); selaDestroy(&selabasic); selaDestroy(&selacomb); return; } #endif /* -------------------------------------------------------------------- */ /*! * getCompositeParameters() * * Input: size * &size1 ( brick factor size) * &size2 ( comb factor size) * &nameh1 ( name of horiz brick) * &nameh2 ( name of horiz comb) * &namev1 ( name of vert brick) * &namev2 ( name of vert comb) * Return: 0 if OK, 1 on error * * Notes: * (1) This uses the big lookup table at the top of this file. * (2) All returned strings are copies that must be freed. */ l_int32 getCompositeParameters(l_int32 size, l_int32 *psize1, l_int32 *psize2, char **pnameh1, char **pnameh2, char **pnamev1, char **pnamev2) { l_int32 index; PROCNAME("selaGetSelnames"); if (psize1) *psize1 = 0; if (psize2) *psize2 = 0; if (pnameh1) *pnameh1 = NULL; if (pnameh2) *pnameh2 = NULL; if (pnamev1) *pnamev1 = NULL; if (pnamev2) *pnamev2 = NULL; if (size < 2 || size > 63) return ERROR_INT("valid size range is {2 ... 63}", procName, 1); index = size - 2; if (psize1) *psize1 = comp_parameter_map[index].size1; if (psize2) *psize2 = comp_parameter_map[index].size2; if (pnameh1) *pnameh1 = stringNew(comp_parameter_map[index].selnameh1); if (pnameh2) *pnameh2 = stringNew(comp_parameter_map[index].selnameh2); if (pnamev1) *pnamev1 = stringNew(comp_parameter_map[index].selnamev1); if (pnamev2) *pnamev2 = stringNew(comp_parameter_map[index].selnamev2); return 0; } /*! * selaGetSelnames() * * Input: sela * Return: sa (of all sel names), or null on error */ SARRAY * selaGetSelnames(SELA *sela) { char *selname; l_int32 i, n; SEL *sel; SARRAY *sa; PROCNAME("selaGetSelnames"); if (!sela) return (SARRAY *)ERROR_PTR("sela not defined", procName, NULL); if ((n = selaGetCount(sela)) == 0) return (SARRAY *)ERROR_PTR("no sels in sela", procName, NULL); if ((sa = sarrayCreate(n)) == NULL) return (SARRAY *)ERROR_PTR("sa not made", procName, NULL); for (i = 0; i < n; i++) { sel = selaGetSel(sela, i); selname = selGetName(sel); sarrayAddString(sa, selname, 1); } return sa; } /*----------------------------------------------------------------------* * Max translations for erosion and hmt * *----------------------------------------------------------------------*/ /*! * selFindMaxTranslations() * * Input: sel * &xp, &yp, &xn, &yn ( max shifts) * Return: 0 if OK; 1 on error * * Note: these are the maximum shifts for the erosion operation. * For example, when j < cx, the shift of the image * is +x to the cx. This is a positive xp shift. */ l_int32 selFindMaxTranslations(SEL *sel, l_int32 *pxp, l_int32 *pyp, l_int32 *pxn, l_int32 *pyn) { l_int32 sx, sy, cx, cy, i, j; l_int32 maxxp, maxyp, maxxn, maxyn; PROCNAME("selaFindMaxTranslations"); if (!pxp || !pyp || !pxn || !pyn) return ERROR_INT("&xp (etc) defined", procName, 1); *pxp = *pyp = *pxn = *pyn = 0; if (!sel) return ERROR_INT("sel not defined", procName, 1); selGetParameters(sel, &sy, &sx, &cy, &cx); maxxp = maxyp = maxxn = maxyn = 0; for (i = 0; i < sy; i++) { for (j = 0; j < sx; j++) { if (sel->data[i][j] == 1) { maxxp = L_MAX(maxxp, cx - j); maxyp = L_MAX(maxyp, cy - i); maxxn = L_MAX(maxxn, j - cx); maxyn = L_MAX(maxyn, i - cy); } } } *pxp = maxxp; *pyp = maxyp; *pxn = maxxn; *pyn = maxyn; return 0; } /*----------------------------------------------------------------------* * Rotation by multiples of 90 degrees * *----------------------------------------------------------------------*/ /*! * selRotateOrth() * * Input: sel * quads (0 - 4; number of 90 degree cw rotations) * Return: seld, or null on error */ SEL * selRotateOrth(SEL *sel, l_int32 quads) { l_int32 i, j, ni, nj, sx, sy, cx, cy, nsx, nsy, ncx, ncy, type; SEL *seld; PROCNAME("selRotateOrth"); if (!sel) return (SEL *)ERROR_PTR("sel not defined", procName, NULL); if (quads < 0 || quads > 4) return (SEL *)ERROR_PTR("quads not in {0,1,2,3,4}", procName, NULL); if (quads == 0 || quads == 4) return selCopy(sel); selGetParameters(sel, &sy, &sx, &cy, &cx); if (quads == 1) { /* 90 degrees cw */ nsx = sy; nsy = sx; ncx = sy - cy - 1; ncy = cx; } else if (quads == 2) { /* 180 degrees cw */ nsx = sx; nsy = sy; ncx = sx - cx - 1; ncy = sy - cy - 1; } else { /* 270 degrees cw */ nsx = sy; nsy = sx; ncx = cy; ncy = sx - cx - 1; } seld = selCreateBrick(nsy, nsx, ncy, ncx, SEL_DONT_CARE); if (sel->name) seld->name = stringNew(sel->name); for (i = 0; i < sy; i++) { for (j = 0; j < sx; j++) { selGetElement(sel, i, j, &type); if (quads == 1) { ni = j; nj = sy - i - 1; } else if (quads == 2) { ni = sy - i - 1; nj = sx - j - 1; } else { /* quads == 3 */ ni = sx - j - 1; nj = i; } selSetElement(seld, ni, nj, type); } } return seld; } /*----------------------------------------------------------------------* * Sela and Sel serialized I/O * *----------------------------------------------------------------------*/ /*! * selaRead() * * Input: filename * Return: sela, or null on error */ SELA * selaRead(const char *fname) { FILE *fp; SELA *sela; PROCNAME("selaRead"); if (!fname) return (SELA *)ERROR_PTR("fname not defined", procName, NULL); if ((fp = fopenReadStream(fname)) == NULL) return (SELA *)ERROR_PTR("stream not opened", procName, NULL); if ((sela = selaReadStream(fp)) == NULL) return (SELA *)ERROR_PTR("sela not returned", procName, NULL); fclose(fp); return sela; } /*! * selaReadStream() * * Input: stream * Return: sela, or null on error */ SELA * selaReadStream(FILE *fp) { l_int32 i, n, version; SEL *sel; SELA *sela; PROCNAME("selaReadStream"); if (!fp) return (SELA *)ERROR_PTR("stream not defined", procName, NULL); if (fscanf(fp, "\nSela Version %d\n", &version) != 1) return (SELA *)ERROR_PTR("not a sela file", procName, NULL); if (version != SEL_VERSION_NUMBER) return (SELA *)ERROR_PTR("invalid sel version", procName, NULL); if (fscanf(fp, "Number of Sels = %d\n\n", &n) != 1) return (SELA *)ERROR_PTR("not a sela file", procName, NULL); if ((sela = selaCreate(n)) == NULL) return (SELA *)ERROR_PTR("sela not made", procName, NULL); sela->nalloc = n; for (i = 0; i < n; i++) { if ((sel = selReadStream(fp)) == NULL) return (SELA *)ERROR_PTR("sel not made", procName, NULL); selaAddSel(sela, sel, NULL, 0); } return sela; } /*! * selRead() * * Input: filename * Return: sel, or null on error */ SEL * selRead(const char *fname) { FILE *fp; SEL *sel; PROCNAME("selRead"); if (!fname) return (SEL *)ERROR_PTR("fname not defined", procName, NULL); if ((fp = fopenReadStream(fname)) == NULL) return (SEL *)ERROR_PTR("stream not opened", procName, NULL); if ((sel = selReadStream(fp)) == NULL) return (SEL *)ERROR_PTR("sela not returned", procName, NULL); fclose(fp); return sel; } /*! * selReadStream() * * Input: stream * Return: sel, or null on error */ SEL * selReadStream(FILE *fp) { char *selname; char linebuf[L_BUF_SIZE]; l_int32 sy, sx, cy, cx, i, j, version, ignore; SEL *sel; PROCNAME("selReadStream"); if (!fp) return (SEL *)ERROR_PTR("stream not defined", procName, NULL); if (fscanf(fp, " Sel Version %d\n", &version) != 1) return (SEL *)ERROR_PTR("not a sel file", procName, NULL); if (version != SEL_VERSION_NUMBER) return (SEL *)ERROR_PTR("invalid sel version", procName, NULL); if (fgets(linebuf, L_BUF_SIZE, fp) == NULL) return (SEL *)ERROR_PTR("error reading into linebuf", procName, NULL); selname = stringNew(linebuf); sscanf(linebuf, " ------ %s ------", selname); if (fscanf(fp, " sy = %d, sx = %d, cy = %d, cx = %d\n", &sy, &sx, &cy, &cx) != 4) return (SEL *)ERROR_PTR("dimensions not read", procName, NULL); if ((sel = selCreate(sy, sx, selname)) == NULL) return (SEL *)ERROR_PTR("sel not made", procName, NULL); selSetOrigin(sel, cy, cx); for (i = 0; i < sy; i++) { ignore = fscanf(fp, " "); for (j = 0; j < sx; j++) ignore = fscanf(fp, "%1d", &sel->data[i][j]); ignore = fscanf(fp, "\n"); } ignore = fscanf(fp, "\n"); FREE(selname); return sel; } /*! * selaWrite() * * Input: filename * sela * Return: 0 if OK, 1 on error */ l_int32 selaWrite(const char *fname, SELA *sela) { FILE *fp; PROCNAME("selaWrite"); if (!fname) return ERROR_INT("fname not defined", procName, 1); if (!sela) return ERROR_INT("sela not defined", procName, 1); if ((fp = fopenWriteStream(fname, "wb")) == NULL) return ERROR_INT("stream not opened", procName, 1); selaWriteStream(fp, sela); fclose(fp); return 0; } /*! * selaWriteStream() * * Input: stream * sela * Return: 0 if OK, 1 on error */ l_int32 selaWriteStream(FILE *fp, SELA *sela) { l_int32 i, n; SEL *sel; PROCNAME("selaWriteStream"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!sela) return ERROR_INT("sela not defined", procName, 1); n = selaGetCount(sela); fprintf(fp, "\nSela Version %d\n", SEL_VERSION_NUMBER); fprintf(fp, "Number of Sels = %d\n\n", n); for (i = 0; i < n; i++) { if ((sel = selaGetSel(sela, i)) == NULL) continue; selWriteStream(fp, sel); } return 0; } /*! * selWrite() * * Input: filename * sel * Return: 0 if OK, 1 on error */ l_int32 selWrite(const char *fname, SEL *sel) { FILE *fp; PROCNAME("selWrite"); if (!fname) return ERROR_INT("fname not defined", procName, 1); if (!sel) return ERROR_INT("sel not defined", procName, 1); if ((fp = fopenWriteStream(fname, "wb")) == NULL) return ERROR_INT("stream not opened", procName, 1); selWriteStream(fp, sel); fclose(fp); return 0; } /*! * selWriteStream() * * Input: stream * sel * Return: 0 if OK, 1 on error */ l_int32 selWriteStream(FILE *fp, SEL *sel) { l_int32 sx, sy, cx, cy, i, j; PROCNAME("selWriteStream"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!sel) return ERROR_INT("sel not defined", procName, 1); selGetParameters(sel, &sy, &sx, &cy, &cx); fprintf(fp, " Sel Version %d\n", SEL_VERSION_NUMBER); fprintf(fp, " ------ %s ------\n", selGetName(sel)); fprintf(fp, " sy = %d, sx = %d, cy = %d, cx = %d\n", sy, sx, cy, cx); for (i = 0; i < sy; i++) { fprintf(fp, " "); for (j = 0; j < sx; j++) fprintf(fp, "%d", sel->data[i][j]); fprintf(fp, "\n"); } fprintf(fp, "\n"); return 0; } /*----------------------------------------------------------------------* * Building custom hit-miss sels from compiled strings * *----------------------------------------------------------------------*/ /*! * selCreateFromString() * * Input: text * height, width * name ( sel name; can be null) * Return: sel of the given size, or null on error * * Notes: * (1) The text is an array of chars (in row-major order) where * each char can be one of the following: * 'x': hit * 'o': miss * ' ': don't-care * (2) Use an upper case char to indicate the origin of the Sel. * When the origin falls on a don't-care, use 'C' as the uppecase * for ' '. * (3) The text can be input in a format that shows the 2D layout; e.g., * static const char *seltext = "x " * "x Oo " * "x " * "xxxxx"; */ SEL * selCreateFromString(const char *text, l_int32 h, l_int32 w, const char *name) { SEL *sel; l_int32 y, x; char ch; PROCNAME("selCreateFromString"); if (h < 1) return (SEL *)ERROR_PTR("height must be > 0", procName, NULL); if (w < 1) return (SEL *)ERROR_PTR("width must be > 0", procName, NULL); sel = selCreate(h, w, name); for (y = 0; y < h; ++y) { for (x = 0; x < w; ++x) { ch = *(text++); switch (ch) { case 'X': selSetOrigin(sel, y, x); case 'x': selSetElement(sel, y, x, SEL_HIT); break; case 'O': selSetOrigin(sel, y, x); case 'o': selSetElement(sel, y, x, SEL_MISS); break; case 'C': selSetOrigin(sel, y, x); case ' ': selSetElement(sel, y, x, SEL_DONT_CARE); break; case '\n': /* ignored */ continue; default: selDestroy(&sel); return (SEL *)ERROR_PTR("unknown char", procName, NULL); } } } return sel; } /*! * selPrintToString() * * Input: sel * Return: str (string; caller must free) * * Notes: * (1) This is an inverse function of selCreateFromString. * It prints a textual representation of the SEL to a malloc'd * string. The format is the same as selCreateFromString * except that newlines are inserted into the output * between rows. * (2) This is useful for debugging. However, if you want to * save some Sels in a file, put them in a Sela and write * them out with selaWrite(). They can then be read in * with selaRead(). */ char * selPrintToString(SEL *sel) { char is_center; char *str, *strptr; l_int32 type; l_int32 sx, sy, cx, cy, x, y; PROCNAME("selPrintToString"); if (!sel) return (char *)ERROR_PTR("sel not defined", procName, NULL); selGetParameters(sel, &sy, &sx, &cy, &cx); if ((str = (char *)CALLOC(1, sy * (sx + 1) + 1)) == NULL) return (char *)ERROR_PTR("calloc fail for str", procName, NULL); strptr = str; for (y = 0; y < sy; ++y) { for (x = 0; x < sx; ++x) { selGetElement(sel, y, x, &type); is_center = (x == cx && y == cy); switch (type) { case SEL_HIT: *(strptr++) = is_center ? 'X' : 'x'; break; case SEL_MISS: *(strptr++) = is_center ? 'O' : 'o'; break; case SEL_DONT_CARE: *(strptr++) = is_center ? 'C' : ' '; break; } } *(strptr++) = '\n'; } return str; } /*----------------------------------------------------------------------* * Building custom hit-miss sels from a simple file format * *----------------------------------------------------------------------*/ /*! * selaCreateFromFile() * * Input: filename * Return: sela, or null on error * * Notes: * (1) The file contains a sequence of Sel descriptions. * (2) Each Sel is formatted as follows: * - Any number of comment lines starting with '#' are ignored * - The next line contains the selname * - The next lines contain the Sel data. They must be * formatted similarly to the string format in * selCreateFromString(), with each line beginning and * ending with a double-quote, and showing the 2D layout. * - Each Sel ends when a blank line, a comment line, or * the end of file is reached. * (3) See selCreateFromString() for a description of the string * format for the Sel data. As an example, here are the lines * of is a valid file for a single Sel. In the file, all lines * are left-justified: * # diagonal sel * sel_5diag * "x " * " x " * " X " * " x " * " x" */ SELA * selaCreateFromFile(const char *filename) { char *filestr, *line; l_int32 i, n, first, last, nsel, insel; size_t nbytes; NUMA *nafirst, *nalast; SARRAY *sa; SEL *sel; SELA *sela; PROCNAME("selaCreateFromFile"); if (!filename) return (SELA *)ERROR_PTR("filename not defined", procName, NULL); filestr = (char *)l_binaryRead(filename, &nbytes); sa = sarrayCreateLinesFromString(filestr, 1); FREE(filestr); n = sarrayGetCount(sa); sela = selaCreate(0); /* Find the start and end lines for each Sel. * We allow the "blank" lines to be null strings or * to have standard whitespace (' ','\t',\'n') or be '#'. */ nafirst = numaCreate(0); nalast = numaCreate(0); insel = FALSE; for (i = 0; i < n; i++) { line = sarrayGetString(sa, i, L_NOCOPY); if (!insel && (line[0] != '\0' && line[0] != ' ' && line[0] != '\t' && line[0] != '\n' && line[0] != '#')) { numaAddNumber(nafirst, i); insel = TRUE; continue; } if (insel && (line[0] == '\0' || line[0] == ' ' || line[0] == '\t' || line[0] == '\n' || line[0] == '#')) { numaAddNumber(nalast, i - 1); insel = FALSE; continue; } } if (insel) /* fell off the end of the file */ numaAddNumber(nalast, n - 1); /* Extract sels */ nsel = numaGetCount(nafirst); for (i = 0; i < nsel; i++) { numaGetIValue(nafirst, i, &first); numaGetIValue(nalast, i, &last); if ((sel = selCreateFromSArray(sa, first, last)) == NULL) { fprintf(stderr, "Error reading sel from %d to %d\n", first, last); selaDestroy(&sela); sarrayDestroy(&sa); numaDestroy(&nafirst); numaDestroy(&nalast); return (SELA *)ERROR_PTR("bad sela file", procName, NULL); } selaAddSel(sela, sel, NULL, 0); } numaDestroy(&nafirst); numaDestroy(&nalast); sarrayDestroy(&sa); return sela; } /*! * selCreateFromSArray() * * Input: sa * first (line of sarray where Sel begins) * last (line of sarray where Sel ends) * Return: sela, or null on error * * Notes: * (1) The Sel contains the following lines: * - The first line is the selname * - The remaining lines contain the Sel data. They must * be formatted similarly to the string format in * selCreateFromString(), with each line beginning and * ending with a double-quote, and showing the 2D layout. * - 'last' gives the last line in the Sel data. * (2) See selCreateFromString() for a description of the string * format for the Sel data. As an example, here are the lines * of is a valid file for a single Sel. In the file, all lines * are left-justified: * # diagonal sel * sel_5diag * "x " * " x " * " X " * " x " * " x" */ static SEL * selCreateFromSArray(SARRAY *sa, l_int32 first, l_int32 last) { char ch; char *name, *line; l_int32 n, len, i, w, h, y, x; SEL *sel; PROCNAME("selCreateFromSArray"); if (!sa) return (SEL *)ERROR_PTR("sa not defined", procName, NULL); n = sarrayGetCount(sa); if (first < 0 || first >= n || last <= first || last >= n) return (SEL *)ERROR_PTR("invalid range", procName, NULL); name = sarrayGetString(sa, first, L_NOCOPY); h = last - first; line = sarrayGetString(sa, first + 1, L_NOCOPY); len = strlen(line); if (line[0] != '"' || line[len - 1] != '"') return (SEL *)ERROR_PTR("invalid format", procName, NULL); w = len - 2; if ((sel = selCreate(h, w, name)) == NULL) return (SEL *)ERROR_PTR("sel not made", procName, NULL); for (i = first + 1; i <= last; i++) { line = sarrayGetString(sa, i, L_NOCOPY); y = i - first - 1; for (x = 0; x < w; ++x) { ch = line[x + 1]; /* skip the leading double-quote */ switch (ch) { case 'X': selSetOrigin(sel, y, x); case 'x': selSetElement(sel, y, x, SEL_HIT); break; case 'O': selSetOrigin(sel, y, x); case 'o': selSetElement(sel, y, x, SEL_MISS); break; case 'C': selSetOrigin(sel, y, x); case ' ': selSetElement(sel, y, x, SEL_DONT_CARE); break; default: selDestroy(&sel); return (SEL *)ERROR_PTR("unknown char", procName, NULL); } } } return sel; } /*----------------------------------------------------------------------* * Making hit-only SELs from Pta and Pix * *----------------------------------------------------------------------*/ /*! * selCreateFromPta() * * Input: pta * cy, cx (origin of sel) * name ( sel name; can be null) * Return: sel (of minimum required size), or null on error * * Notes: * (1) The origin and all points in the pta must be positive. */ SEL * selCreateFromPta(PTA *pta, l_int32 cy, l_int32 cx, const char *name) { l_int32 i, n, x, y, w, h; BOX *box; SEL *sel; PROCNAME("selCreateFromPta"); if (!pta) return (SEL *)ERROR_PTR("pta not defined", procName, NULL); if (cy < 0 || cx < 0) return (SEL *)ERROR_PTR("(cy, cx) not both >= 0", procName, NULL); n = ptaGetCount(pta); if (n == 0) return (SEL *)ERROR_PTR("no pts in pta", procName, NULL); box = ptaGetBoundingRegion(pta); boxGetGeometry(box, &x, &y, &w, &h); boxDestroy(&box); if (x < 0 || y < 0) return (SEL *)ERROR_PTR("not all x and y >= 0", procName, NULL); sel = selCreate(y + h, x + w, name); selSetOrigin(sel, cy, cx); for (i = 0; i < n; i++) { ptaGetIPt(pta, i, &x, &y); selSetElement(sel, y, x, SEL_HIT); } return sel; } /*! * selCreateFromPix() * * Input: pix * cy, cx (origin of sel) * name ( sel name; can be null) * Return: sel, or null on error * * Notes: * (1) The origin must be positive. */ SEL * selCreateFromPix(PIX *pix, l_int32 cy, l_int32 cx, const char *name) { SEL *sel; l_int32 i, j, w, h, d; l_uint32 val; PROCNAME("selCreateFromPix"); if (!pix) return (SEL *)ERROR_PTR("pix not defined", procName, NULL); if (cy < 0 || cx < 0) return (SEL *)ERROR_PTR("(cy, cx) not both >= 0", procName, NULL); pixGetDimensions(pix, &w, &h, &d); if (d != 1) return (SEL *)ERROR_PTR("pix not 1 bpp", procName, NULL); sel = selCreate(h, w, name); selSetOrigin(sel, cy, cx); for (i = 0; i < h; i++) { for (j = 0; j < w; j++) { pixGetPixel(pix, j, i, &val); if (val) selSetElement(sel, i, j, SEL_HIT); } } return sel; } /*----------------------------------------------------------------------* * Making hit-miss sels from color Pix and image files * *----------------------------------------------------------------------*/ /*! * * selReadFromColorImage() * * Input: pathname * Return: sel if OK; null on error * * Notes: * (1) Loads an image from a file and creates a (hit-miss) sel. * (2) The sel name is taken from the pathname without the directory * and extension. */ SEL * selReadFromColorImage(const char *pathname) { PIX *pix; SEL *sel; char *basename, *selname; PROCNAME("selReadFromColorImage"); splitPathAtExtension (pathname, &basename, NULL); splitPathAtDirectory (basename, NULL, &selname); FREE(basename); if ((pix = pixRead(pathname)) == NULL) return (SEL *)ERROR_PTR("pix not returned", procName, NULL); if ((sel = selCreateFromColorPix(pix, selname)) == NULL) return (SEL *)ERROR_PTR("sel not made", procName, NULL); FREE(selname); pixDestroy(&pix); return sel; } /*! * * selCreateFromColorPix() * * Input: pixs (cmapped or rgb) * selname ( sel name; can be null) * Return: sel if OK, null on error * * Notes: * (1) The sel size is given by the size of pixs. * (2) In pixs, hits are represented by green pixels, misses by red * pixels, and don't-cares by white pixels. * (3) In pixs, there may be no misses, but there must be at least 1 hit. * (4) At most there can be only one origin pixel, which is optionally * specified by using a lower-intensity pixel: * if a hit: dark green * if a miss: dark red * if a don't care: gray * If there is no such pixel, the origin defaults to the approximate * center of the sel. */ SEL * selCreateFromColorPix(PIX *pixs, char *selname) { PIXCMAP *cmap; SEL *sel; l_int32 hascolor, hasorigin, nohits; l_int32 w, h, d, i, j, red, green, blue; l_uint32 pixval; PROCNAME("selCreateFromColorPix"); if (!pixs) return (SEL *)ERROR_PTR("pixs not defined", procName, NULL); hascolor = FALSE; cmap = pixGetColormap(pixs); if (cmap) pixcmapHasColor(cmap, &hascolor); pixGetDimensions(pixs, &w, &h, &d); if (hascolor == FALSE && d != 32) return (SEL *)ERROR_PTR("pixs has no color", procName, NULL); if ((sel = selCreate (h, w, NULL)) == NULL) return (SEL *)ERROR_PTR ("sel not made", procName, NULL); selSetOrigin (sel, h / 2, w / 2); selSetName(sel, selname); hasorigin = FALSE; nohits = TRUE; for (i = 0; i < h; i++) { for (j = 0; j < w; j++) { pixGetPixel (pixs, j, i, &pixval); if (cmap) { pixcmapGetColor (cmap, pixval, &red, &green, &blue); } else { red = GET_DATA_BYTE (&pixval, COLOR_RED); green = GET_DATA_BYTE (&pixval, COLOR_GREEN); blue = GET_DATA_BYTE (&pixval, COLOR_BLUE); } if (red < 255 && green < 255 && blue < 255) { if (hasorigin) L_WARNING("multiple origins in sel image\n", procName); selSetOrigin (sel, i, j); hasorigin = TRUE; } if (!red && green && !blue) { nohits = FALSE; selSetElement (sel, i, j, SEL_HIT); } else if (red && !green && !blue) { selSetElement (sel, i, j, SEL_MISS); } else if (red && green && blue) { selSetElement (sel, i, j, SEL_DONT_CARE); } else { selDestroy(&sel); return (SEL *)ERROR_PTR("invalid color", procName, NULL); } } } if (nohits) { selDestroy(&sel); return (SEL *)ERROR_PTR("no hits in sel", procName, NULL); } return sel; } /*----------------------------------------------------------------------* * Printable display of sel * *----------------------------------------------------------------------*/ /*! * selDisplayInPix() * * Input: sel * size (of grid interiors; odd; minimum size of 13 is enforced) * gthick (grid thickness; minimum size of 2 is enforced) * Return: pix (display of sel), or null on error * * Notes: * (1) This gives a visual representation of a general (hit-miss) sel. * (2) The empty sel is represented by a grid of intersecting lines. * (3) Three different patterns are generated for the sel elements: * - hit (solid black circle) * - miss (black ring; inner radius is radius2) * - origin (cross, XORed with whatever is there) */ PIX * selDisplayInPix(SEL *sel, l_int32 size, l_int32 gthick) { l_int32 i, j, w, h, sx, sy, cx, cy, type, width; l_int32 radius1, radius2, shift1, shift2, x0, y0; PIX *pixd, *pix2, *pixh, *pixm, *pixorig; PTA *pta1, *pta2, *pta1t, *pta2t; PROCNAME("selDisplayInPix"); if (!sel) return (PIX *)ERROR_PTR("sel not defined", procName, NULL); if (size < 13) { L_WARNING("size < 13; setting to 13\n", procName); size = 13; } if (size % 2 == 0) size++; if (gthick < 2) { L_WARNING("grid thickness < 2; setting to 2\n", procName); gthick = 2; } selGetParameters(sel, &sy, &sx, &cy, &cx); w = size * sx + gthick * (sx + 1); h = size * sy + gthick * (sy + 1); pixd = pixCreate(w, h, 1); /* Generate grid lines */ for (i = 0; i <= sy; i++) pixRenderLine(pixd, 0, gthick / 2 + i * (size + gthick), w - 1, gthick / 2 + i * (size + gthick), gthick, L_SET_PIXELS); for (j = 0; j <= sx; j++) pixRenderLine(pixd, gthick / 2 + j * (size + gthick), 0, gthick / 2 + j * (size + gthick), h - 1, gthick, L_SET_PIXELS); /* Generate hit and miss patterns */ radius1 = (l_int32)(0.85 * ((size - 1) / 2) + 0.5); /* of hit */ radius2 = (l_int32)(0.65 * ((size - 1) / 2) + 0.5); /* inner miss radius */ pta1 = generatePtaFilledCircle(radius1); pta2 = generatePtaFilledCircle(radius2); shift1 = (size - 1) / 2 - radius1; /* center circle in square */ shift2 = (size - 1) / 2 - radius2; pta1t = ptaTransform(pta1, shift1, shift1, 1.0, 1.0); pta2t = ptaTransform(pta2, shift2, shift2, 1.0, 1.0); pixh = pixGenerateFromPta(pta1t, size, size); /* hits */ pix2 = pixGenerateFromPta(pta2t, size, size); pixm = pixSubtract(NULL, pixh, pix2); /* Generate crossed lines for origin pattern */ pixorig = pixCreate(size, size, 1); width = size / 8; pixRenderLine(pixorig, size / 2, (l_int32)(0.12 * size), size / 2, (l_int32)(0.88 * size), width, L_SET_PIXELS); pixRenderLine(pixorig, (l_int32)(0.15 * size), size / 2, (l_int32)(0.85 * size), size / 2, width, L_FLIP_PIXELS); pixRasterop(pixorig, size / 2 - width, size / 2 - width, 2 * width, 2 * width, PIX_NOT(PIX_DST), NULL, 0, 0); /* Specialize origin pattern for this sel */ selGetTypeAtOrigin(sel, &type); if (type == SEL_HIT) pixXor(pixorig, pixorig, pixh); else if (type == SEL_MISS) pixXor(pixorig, pixorig, pixm); /* Paste the patterns in */ y0 = gthick; for (i = 0; i < sy; i++) { x0 = gthick; for (j = 0; j < sx; j++) { selGetElement(sel, i, j, &type); if (i == cy && j == cx) /* origin */ pixRasterop(pixd, x0, y0, size, size, PIX_SRC, pixorig, 0, 0); else if (type == SEL_HIT) pixRasterop(pixd, x0, y0, size, size, PIX_SRC, pixh, 0, 0); else if (type == SEL_MISS) pixRasterop(pixd, x0, y0, size, size, PIX_SRC, pixm, 0, 0); x0 += size + gthick; } y0 += size + gthick; } pixDestroy(&pix2); pixDestroy(&pixh); pixDestroy(&pixm); pixDestroy(&pixorig); ptaDestroy(&pta1); ptaDestroy(&pta1t); ptaDestroy(&pta2); ptaDestroy(&pta2t); return pixd; } /*! * selaDisplayInPix() * * Input: sela * size (of grid interiors; odd; minimum size of 13 is enforced) * gthick (grid thickness; minimum size of 2 is enforced) * spacing (between sels, both horizontally and vertically) * ncols (number of sels per "line") * Return: pix (display of all sels in sela), or null on error * * Notes: * (1) This gives a visual representation of all the sels in a sela. * (2) See notes in selDisplayInPix() for display params of each sel. * (3) This gives the nicest results when all sels in the sela * are the same size. */ PIX * selaDisplayInPix(SELA *sela, l_int32 size, l_int32 gthick, l_int32 spacing, l_int32 ncols) { l_int32 nsels, i, w, width; PIX *pixt, *pixd; PIXA *pixa; SEL *sel; PROCNAME("selaDisplayInPix"); if (!sela) return (PIX *)ERROR_PTR("sela not defined", procName, NULL); if (size < 13) { L_WARNING("size < 13; setting to 13\n", procName); size = 13; } if (size % 2 == 0) size++; if (gthick < 2) { L_WARNING("grid thickness < 2; setting to 2\n", procName); gthick = 2; } if (spacing < 5) { L_WARNING("spacing < 5; setting to 5\n", procName); spacing = 5; } /* Accumulate the pix of each sel */ nsels = selaGetCount(sela); pixa = pixaCreate(nsels); for (i = 0; i < nsels; i++) { sel = selaGetSel(sela, i); pixt = selDisplayInPix(sel, size, gthick); pixaAddPix(pixa, pixt, L_INSERT); } /* Find the tiled output width, using just the first * ncols pix in the pixa. If all pix have the same width, * they will align properly in columns. */ width = 0; ncols = L_MIN(nsels, ncols); for (i = 0; i < ncols; i++) { pixt = pixaGetPix(pixa, i, L_CLONE); pixGetDimensions(pixt, &w, NULL, NULL); width += w; pixDestroy(&pixt); } width += (ncols + 1) * spacing; /* add spacing all around as well */ pixd = pixaDisplayTiledInRows(pixa, 1, width, 1.0, 0, spacing, 0); pixaDestroy(&pixa); return pixd; } leptonica-1.70/src/queue.c0000640000175000017500000002263112244230053013557 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * queue.c * * Create/Destroy L_Queue * L_QUEUE *lqueueCreate() * void *lqueueDestroy() * * Operations to add/remove to/from a L_Queue * l_int32 lqueueAdd() * static l_int32 lqueueExtendArray() * void *lqueueRemove() * * Accessors * l_int32 lqueueGetCount() * * Debug output * l_int32 lqueuePrint() * * The lqueue is a fifo that implements a queue of void* pointers. * It can be used to hold a queue of any type of struct. * Internally, it maintains two counters: * nhead: location of head (in ptrs) from the beginning * of the buffer * nelem: number of ptr elements stored in the queue * As items are added to the queue, nelem increases. * As items are removed, nhead increases and nelem decreases. * Any time the tail reaches the end of the allocated buffer, * all the pointers are shifted to the left, so that the head * is at the beginning of the array. * If the buffer becomes more than 3/4 full, it doubles in size. * * [A circular queue would allow us to skip the shifting and * to resize only when the buffer is full. For most applications, * the extra work we do for a linear queue is not significant.] */ #include #include "allheaders.h" static const l_int32 MIN_BUFFER_SIZE = 20; /* n'importe quoi */ static const l_int32 INITIAL_BUFFER_ARRAYSIZE = 1024; /* n'importe quoi */ /* Static function */ static l_int32 lqueueExtendArray(L_QUEUE *lq); /*--------------------------------------------------------------------------* * L_Queue create/destroy * *--------------------------------------------------------------------------*/ /*! * lqueueCreate() * * Input: size of ptr array to be alloc'd (0 for default) * Return: lqueue, or null on error * * Notes: * (1) Allocates a ptr array of given size, and initializes counters. */ L_QUEUE * lqueueCreate(l_int32 nalloc) { L_QUEUE *lq; PROCNAME("lqueueCreate"); if (nalloc < MIN_BUFFER_SIZE) nalloc = INITIAL_BUFFER_ARRAYSIZE; if ((lq = (L_QUEUE *)CALLOC(1, sizeof(L_QUEUE))) == NULL) return (L_QUEUE *)ERROR_PTR("lq not made", procName, NULL); if ((lq->array = (void **)CALLOC(nalloc, sizeof(void *))) == NULL) return (L_QUEUE *)ERROR_PTR("ptr array not made", procName, NULL); lq->nalloc = nalloc; lq->nhead = lq->nelem = 0; return lq; } /*! * lqueueDestroy() * * Input: &lqueue () * freeflag (TRUE to free each remaining struct in the array) * Return: void * * Notes: * (1) If freeflag is TRUE, frees each struct in the array. * (2) If freeflag is FALSE but there are elements on the array, * gives a warning and destroys the array. This will * cause a memory leak of all the items that were on the queue. * So if the items require their own destroy function, they * must be destroyed before the queue. The same applies to the * auxiliary stack, if it is used. * (3) To destroy the L_Queue, we destroy the ptr array, then * the lqueue, and then null the contents of the input ptr. */ void lqueueDestroy(L_QUEUE **plq, l_int32 freeflag) { void *item; L_QUEUE *lq; PROCNAME("lqueueDestroy"); if (plq == NULL) { L_WARNING("ptr address is NULL\n", procName); return; } if ((lq = *plq) == NULL) return; if (freeflag) { while(lq->nelem > 0) { item = lqueueRemove(lq); FREE(item); } } else if (lq->nelem > 0) { L_WARNING("memory leak of %d items in lqueue!\n", procName, lq->nelem); } if (lq->array) FREE(lq->array); if (lq->stack) lstackDestroy(&lq->stack, freeflag); FREE(lq); *plq = NULL; return; } /*--------------------------------------------------------------------------* * Accessors * *--------------------------------------------------------------------------*/ /*! * lqueueAdd() * * Input: lqueue * item to be added to the tail of the queue * Return: 0 if OK, 1 on error * * Notes: * (1) The algorithm is as follows. If the queue is populated * to the end of the allocated array, shift all ptrs toward * the beginning of the array, so that the head of the queue * is at the beginning of the array. Then, if the array is * more than 0.75 full, realloc with double the array size. * Finally, add the item to the tail of the queue. */ l_int32 lqueueAdd(L_QUEUE *lq, void *item) { PROCNAME("lqueueAdd"); if (!lq) return ERROR_INT("lq not defined", procName, 1); if (!item) return ERROR_INT("item not defined", procName, 1); /* If filled to the end and the ptrs can be shifted to the left, * shift them. */ if ((lq->nhead + lq->nelem >= lq->nalloc) && (lq->nhead != 0)) { memmove(lq->array, lq->array + lq->nhead, sizeof(void *) * lq->nelem); lq->nhead = 0; } /* If necessary, expand the allocated array by a factor of 2 */ if (lq->nelem > 0.75 * lq->nalloc) lqueueExtendArray(lq); /* Now add the item */ lq->array[lq->nhead + lq->nelem] = (void *)item; lq->nelem++; return 0; } /*! * lqueueExtendArray() * * Input: lqueue * Return: 0 if OK, 1 on error */ static l_int32 lqueueExtendArray(L_QUEUE *lq) { PROCNAME("lqueueExtendArray"); if (!lq) return ERROR_INT("lq not defined", procName, 1); if ((lq->array = (void **)reallocNew((void **)&lq->array, sizeof(void *) * lq->nalloc, 2 * sizeof(void *) * lq->nalloc)) == NULL) return ERROR_INT("new ptr array not returned", procName, 1); lq->nalloc = 2 * lq->nalloc; return 0; } /*! * lqueueRemove() * * Input: lqueue * Return: ptr to item popped from the head of the queue, * or null if the queue is empty or on error * * Notes: * (1) If this is the last item on the queue, so that the queue * becomes empty, nhead is reset to the beginning of the array. */ void * lqueueRemove(L_QUEUE *lq) { void *item; PROCNAME("lqueueRemove"); if (!lq) return (void *)ERROR_PTR("lq not defined", procName, NULL); if (lq->nelem == 0) return NULL; item = lq->array[lq->nhead]; lq->array[lq->nhead] = NULL; if (lq->nelem == 1) lq->nhead = 0; /* reset head ptr */ else (lq->nhead)++; /* can't go off end of array because nelem > 1 */ lq->nelem--; return item; } /*! * lqueueGetCount() * * Input: lqueue * Return: count, or 0 on error */ l_int32 lqueueGetCount(L_QUEUE *lq) { PROCNAME("lqueueGetCount"); if (!lq) return ERROR_INT("lq not defined", procName, 0); return lq->nelem; } /*---------------------------------------------------------------------* * Debug output * *---------------------------------------------------------------------*/ /*! * lqueuePrint() * * Input: stream * lqueue * Return: 0 if OK; 1 on error */ l_int32 lqueuePrint(FILE *fp, L_QUEUE *lq) { l_int32 i; PROCNAME("lqueuePrint"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!lq) return ERROR_INT("lq not defined", procName, 1); fprintf(fp, "\n L_Queue: nalloc = %d, nhead = %d, nelem = %d, array = %p\n", lq->nalloc, lq->nhead, lq->nelem, lq->array); for (i = lq->nhead; i < lq->nhead + lq->nelem; i++) fprintf(fp, "array[%d] = %p\n", i, lq->array[i]); return 0; } leptonica-1.70/src/endiantest.c0000644000175000017500000000406412041070110014564 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * endiantest.c * * This test was contributed by Bill Janssen. When used with the * gnu compiler, it allows efficient computation of the endian * flag as part of the normal compilation process. As a result, * it is not necessary to set this flag either manually or * through the configure Makefile generator. */ #include int main() { /* fprintf(stderr, "doing the test\n"); */ long v = 0x04030201; if (*((unsigned char *)(&v)) == 0x04) printf("L_BIG_ENDIAN\n"); else printf("L_LITTLE_ENDIAN\n"); return 0; } leptonica-1.70/src/warper.c0000644000175000017500000014644412244232020013744 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * warper.c * * High-level captcha interface * PIX *pixSimpleCaptcha() * * Random sinusoidal warping * PIX *pixRandomHarmonicWarp() * * Helper functions * static l_float64 *generateRandomNumberArray() * static l_int32 applyWarpTransform() * * Version using a LUT for sin * PIX *pixRandomHarmonicWarpLUT() * static l_int32 applyWarpTransformLUT() * static l_int32 makeSinLUT() * static l_float32 getSinFromLUT() * * Stereoscopic warping * PIX *pixWarpStereoscopic() * * Linear and quadratic horizontal stretching * PIX *pixStretchHorizontal() * PIX *pixStretchHorizontalSampled() * PIX *pixStretchHorizontalLI() * * Quadratic vertical shear * PIX *pixQuadraticVShear() * PIX *pixQuadraticVShearSampled() * PIX *pixQuadraticVShearLI() * * Stereo from a pair of images * PIX *pixStereoFromPair() */ #include #include "allheaders.h" static l_float64 *generateRandomNumberArray(l_int32 size); static l_int32 applyWarpTransform(l_float32 xmag, l_float32 ymag, l_float32 xfreq, l_float32 yfreq, l_float64 *randa, l_int32 nx, l_int32 ny, l_int32 xp, l_int32 yp, l_float32 *px, l_float32 *py); #define USE_SIN_TABLE 0 /* Suggested input to pixStereoFromPair(). These are weighting * factors for input to the red channel from the left image. */ static const l_float32 L_DEFAULT_RED_WEIGHT = 0.0; static const l_float32 L_DEFAULT_GREEN_WEIGHT = 0.7; static const l_float32 L_DEFAULT_BLUE_WEIGHT = 0.3; /*----------------------------------------------------------------------* * High-level example captcha interface * *----------------------------------------------------------------------*/ /*! * pixSimpleCaptcha() * * Input: pixs (8 bpp; no colormap) * border (added white pixels on each side) * nterms (number of x and y harmonic terms) * seed (of random number generator) * color (for colorizing; in 0xrrggbb00 format; use 0 for black) * cmapflag (1 for colormap output; 0 for rgb) * Return: pixd (8 bpp cmap or 32 bpp rgb), or null on error * * Notes: * (1) This uses typical default values for generating captchas. * The magnitudes of the harmonic warp are typically to be * smaller when more terms are used, even though the phases * are random. See, for example, prog/warptest.c. */ PIX * pixSimpleCaptcha(PIX *pixs, l_int32 border, l_int32 nterms, l_uint32 seed, l_uint32 color, l_int32 cmapflag) { l_int32 k; l_float32 xmag[] = {7.0, 5.0, 4.0, 3.0}; l_float32 ymag[] = {10.0, 8.0, 6.0, 5.0}; l_float32 xfreq[] = {0.12, 0.10, 0.10, 0.11}; l_float32 yfreq[] = {0.15, 0.13, 0.13, 0.11}; PIX *pixg, *pixgb, *pixw, *pixd; PROCNAME("pixSimpleCaptcha"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (nterms < 1 || nterms > 4) return (PIX *)ERROR_PTR("nterms must be in {1,2,3,4}", procName, NULL); k = nterms - 1; pixg = pixConvertTo8(pixs, 0); pixgb = pixAddBorder(pixg, border, 255); pixw = pixRandomHarmonicWarp(pixgb, xmag[k], ymag[k], xfreq[k], yfreq[k], nterms, nterms, seed, 255); pixd = pixColorizeGray(pixw, color, cmapflag); pixDestroy(&pixg); pixDestroy(&pixgb); pixDestroy(&pixw); return pixd; } /*----------------------------------------------------------------------* * Random sinusoidal warping * *----------------------------------------------------------------------*/ /*! * pixRandomHarmonicWarp() * * Input: pixs (8 bpp; no colormap) * xmag, ymag (maximum magnitude of x and y distortion) * xfreq, yfreq (maximum magnitude of x and y frequency) * nx, ny (number of x and y harmonic terms) * seed (of random number generator) * grayval (color brought in from the outside; * 0 for black, 255 for white) * Return: pixd (8 bpp; no colormap), or null on error * * Notes: * (1) To generate the warped image p(x',y'), set up the transforms * that are in getWarpTransform(). For each (x',y') in the * dest, the warp function computes the originating location * (x, y) in the src. The differences (x - x') and (y - y') * are given as a sum of products of sinusoidal terms. Each * term is multiplied by a maximum amplitude (in pixels), and the * angle is determined by a frequency and phase, and depends * on the (x', y') value of the dest. Random numbers with * a variable input seed are used to allow the warping to be * unpredictable. A linear interpolation is used to find * the value for the source at (x, y); this value is written * into the dest. * (2) This can be used to generate 'captcha's, which are somewhat * randomly distorted images of text. A typical set of parameters * for a captcha are: * xmag = 4.0 ymag = 6.0 * xfreq = 0.10 yfreq = 0.13 * nx = 3 ny = 3 * Other examples can be found in prog/warptest.c. */ PIX * pixRandomHarmonicWarp(PIX *pixs, l_float32 xmag, l_float32 ymag, l_float32 xfreq, l_float32 yfreq, l_int32 nx, l_int32 ny, l_uint32 seed, l_int32 grayval) { l_int32 w, h, d, i, j, wpls, wpld, val; l_uint32 *datas, *datad, *lined; l_float32 x, y; l_float64 *randa; PIX *pixd; PROCNAME("pixRandomHarmonicWarp"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); /* Compute filter output at each location. We iterate over * the destination pixels. For each dest pixel, use the * warp function to compute the four source pixels that * contribute, at the location (x, y). Each source pixel * is divided into 16 x 16 subpixels to get an approximate value. */ srand(seed); randa = generateRandomNumberArray(5 * (nx + ny)); pixd = pixCreateTemplate(pixs); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lined = datad + i * wpld; for (j = 0; j < w; j++) { applyWarpTransform(xmag, ymag, xfreq, yfreq, randa, nx, ny, j, i, &x, &y); linearInterpolatePixelGray(datas, wpls, w, h, x, y, grayval, &val); SET_DATA_BYTE(lined, j, val); } } FREE(randa); return pixd; } /*----------------------------------------------------------------------* * Static helper functions * *----------------------------------------------------------------------*/ static l_float64 * generateRandomNumberArray(l_int32 size) { l_int32 i; l_float64 *randa; PROCNAME("generateRandomNumberArray"); if ((randa = (l_float64 *)CALLOC(size, sizeof(l_float64))) == NULL) return (l_float64 *)ERROR_PTR("calloc fail for randa", procName, NULL); /* Return random values between 0.5 and 1.0 */ for (i = 0; i < size; i++) randa[i] = 0.5 * (1.0 + (l_float64)rand() / (l_float64)RAND_MAX); return randa; } /*! * applyWarpTransform() * * Notes: * (1) Uses the internal sin function. */ static l_int32 applyWarpTransform(l_float32 xmag, l_float32 ymag, l_float32 xfreq, l_float32 yfreq, l_float64 *randa, l_int32 nx, l_int32 ny, l_int32 xp, l_int32 yp, l_float32 *px, l_float32 *py) { l_int32 i; l_float64 twopi, x, y, anglex, angley; twopi = 6.283185; for (i = 0, x = xp; i < nx; i++) { anglex = xfreq * randa[3 * i + 1] * xp + twopi * randa[3 * i + 2]; angley = yfreq * randa[3 * i + 3] * yp + twopi * randa[3 * i + 4]; x += xmag * randa[3 * i] * sin(anglex) * sin(angley); } for (i = nx, y = yp; i < nx + ny; i++) { angley = yfreq * randa[3 * i + 1] * yp + twopi * randa[3 * i + 2]; anglex = xfreq * randa[3 * i + 3] * xp + twopi * randa[3 * i + 4]; y += ymag * randa[3 * i] * sin(angley) * sin(anglex); } *px = (l_float32)x; *py = (l_float32)y; return 0; } #if USE_SIN_TABLE /*----------------------------------------------------------------------* * Version using a LUT for sin * *----------------------------------------------------------------------*/ static l_int32 applyWarpTransformLUT(l_float32 xmag, l_float32 ymag, l_float32 xfreq, l_float32 yfreq, l_float64 *randa, l_int32 nx, l_int32 ny, l_int32 xp, l_int32 yp, l_float32 *lut, l_int32 npts, l_float32 *px, l_float32 *py); static l_int32 makeSinLUT(l_int32 npts, NUMA **pna); static l_float32 getSinFromLUT(l_float32 *tab, l_int32 npts, l_float32 radang); /*! * pixRandomHarmonicWarpLUT() * * Input: pixs (8 bpp; no colormap) * xmag, ymag (maximum magnitude of x and y distortion) * xfreq, yfreq (maximum magnitude of x and y frequency) * nx, ny (number of x and y harmonic terms) * seed (of random number generator) * grayval (color brought in from the outside; * 0 for black, 255 for white) * Return: pixd (8 bpp; no colormap), or null on error * * Notes: * (1) See notes and inline comments in pixRandomHarmonicWarp(). * This version uses a LUT for the sin function. It is not * appreciably faster than using the built-in sin function, * and is here for comparison only. */ PIX * pixRandomHarmonicWarpLUT(PIX *pixs, l_float32 xmag, l_float32 ymag, l_float32 xfreq, l_float32 yfreq, l_int32 nx, l_int32 ny, l_uint32 seed, l_int32 grayval) { l_int32 w, h, d, i, j, wpls, wpld, val, npts; l_uint32 *datas, *datad, *lined; l_float32 x, y; l_float32 *lut; l_float64 *randa; NUMA *na; PIX *pixd; PROCNAME("pixRandomHarmonicWarp"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); /* Compute filter output at each location. We iterate over * the destination pixels. For each dest pixel, use the * warp function to compute the four source pixels that * contribute, at the location (x, y). Each source pixel * is divided into 16 x 16 subpixels to get an approximate value. */ srand(seed); randa = generateRandomNumberArray(5 * (nx + ny)); pixd = pixCreateTemplate(pixs); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); npts = 100; makeSinLUT(npts, &na); lut = numaGetFArray(na, L_NOCOPY); for (i = 0; i < h; i++) { lined = datad + i * wpld; for (j = 0; j < w; j++) { applyWarpTransformLUT(xmag, ymag, xfreq, yfreq, randa, nx, ny, j, i, lut, npts, &x, &y); linearInterpolatePixelGray(datas, wpls, w, h, x, y, grayval, &val); SET_DATA_BYTE(lined, j, val); } } numaDestroy(&na); FREE(randa); return pixd; } /*! * applyWarpTransformLUT() * * Notes: * (1) Uses an LUT for computing sin(theta). There is little speed * advantage to using the LUT. */ static l_int32 applyWarpTransformLUT(l_float32 xmag, l_float32 ymag, l_float32 xfreq, l_float32 yfreq, l_float64 *randa, l_int32 nx, l_int32 ny, l_int32 xp, l_int32 yp, l_float32 *lut, l_int32 npts, l_float32 *px, l_float32 *py) { l_int32 i; l_float64 twopi, x, y, anglex, angley, sanglex, sangley; twopi = 6.283185; for (i = 0, x = xp; i < nx; i++) { anglex = xfreq * randa[3 * i + 1] * xp + twopi * randa[3 * i + 2]; angley = yfreq * randa[3 * i + 3] * yp + twopi * randa[3 * i + 4]; sanglex = getSinFromLUT(lut, npts, anglex); sangley = getSinFromLUT(lut, npts, angley); x += xmag * randa[3 * i] * sanglex * sangley; } for (i = nx, y = yp; i < nx + ny; i++) { angley = yfreq * randa[3 * i + 1] * yp + twopi * randa[3 * i + 2]; anglex = xfreq * randa[3 * i + 3] * xp + twopi * randa[3 * i + 4]; sanglex = getSinFromLUT(lut, npts, anglex); sangley = getSinFromLUT(lut, npts, angley); y += ymag * randa[3 * i] * sangley * sanglex; } *px = (l_float32)x; *py = (l_float32)y; return 0; } static l_int32 makeSinLUT(l_int32 npts, NUMA **pna) { l_int32 i, n; l_float32 delx, fval; NUMA *na; PROCNAME("makeSinLUT"); if (!pna) return ERROR_INT("&na not defined", procName, 1); *pna = NULL; if (npts < 2) return ERROR_INT("npts < 2", procName, 1); n = 2 * npts + 1; na = numaCreate(n); *pna = na; delx = 3.14159265 / (l_float32)npts; numaSetParameters(na, 0.0, delx); for (i = 0; i < n / 2; i++) numaAddNumber(na, (l_float32)sin((l_float64)i * delx)); for (i = 0; i < n / 2; i++) { numaGetFValue(na, i, &fval); numaAddNumber(na, -fval); } numaAddNumber(na, 0); return 0; } static l_float32 getSinFromLUT(l_float32 *tab, l_int32 npts, l_float32 radang) { l_int32 index; l_float32 twopi, invtwopi, findex, diff; /* Restrict radang to [0, 2pi] */ twopi = 6.283185; invtwopi = 0.1591549; if (radang < 0.0) radang += twopi * (1.0 - (l_int32)(-radang * invtwopi)); else if (radang > 0.0) radang -= twopi * (l_int32)(radang * invtwopi); /* Interpolate */ findex = (2.0 * (l_float32)npts) * (radang * invtwopi); index = (l_int32)findex; if (index == 2 * npts) return tab[index]; diff = findex - index; return (1.0 - diff) * tab[index] + diff * tab[index + 1]; } #endif /* USE_SIN_TABLE */ /*---------------------------------------------------------------------------* * Stereoscopic warping * *---------------------------------------------------------------------------*/ /*! * pixWarpStereoscopic() * * Input: pixs (any depth, colormap ok) * zbend (horizontal separation in pixels of red and cyan * at the left and right sides, that gives rise to * quadratic curvature out of the image plane) * zshiftt (uniform pixel translation difference between * red and cyan, that pushes the top of the image * plane away from the viewer (zshiftt > 0) or * towards the viewer (zshiftt < 0)) * zshiftb (uniform pixel translation difference between * red and cyan, that pushes the bottom of the image * plane away from the viewer (zshiftb > 0) or * towards the viewer (zshiftb < 0)) * ybendt (multiplicative parameter for in-plane vertical * displacement at the left or right edge at the top: * y = ybendt * (2x/w - 1)^2 ) * ybendb (same as ybendt, except at the left or right edge * at the bottom) * redleft (1 if the red filter is on the left; 0 otherwise) * Return: pixd (32 bpp), or null on error * * Notes: * (1) This function splits out the red channel, mucks around with * it, then recombines with the unmolested cyan channel. * (2) By using a quadratically increasing shift of the red * pixels horizontally and away from the vertical centerline, * the image appears to bend quadratically out of the image * plane, symmetrically with respect to the vertical center * line. A positive value of @zbend causes the plane to be * curved away from the viewer. We use linearly interpolated * stretching to avoid the appearance of kinks in the curve. * (3) The parameters @zshiftt and @zshiftb tilt the image plane * about a horizontal line through the center, and at the * same time move that line either in toward the viewer or away. * This is implemented by a combination of horizontal shear * about the center line (for the tilt) and horizontal * translation (to move the entire plane in or out). * A positive value of @zshiftt moves the top of the plane * away from the viewer, and a positive value of @zshiftb * moves the bottom of the plane away. We use linear interpolated * shear to avoid visible vertical steps in the tilted image. * (4) The image can be bent in the plane and about the vertical * centerline. The centerline does not shift, and the * parameter @ybend gives the relative shift at left and right * edges, with a downward shift for positive values of @ybend. * (6) When writing out a steroscopic (red/cyan) image in jpeg, * first call pixSetChromaSampling(pix, 0) to get sufficient * resolution in the red channel. * (7) Typical values are: * zbend = 20 * zshiftt = 15 * zshiftb = -15 * ybendt = 30 * ybendb = 0 * If the disparity z-values are too large, it is difficult for * the brain to register the two images. * (8) This function has been cleverly reimplemented by Jeff Breidenbach. * The original implementation used two 32 bpp rgb images, * and merged them at the end. The result is somewhat faded, * and has a parameter "thresh" that controls the amount of * color in the result. (The present implementation avoids these * two problems, skipping both the colorization and the alpha * blending at the end, and is about 3x faster) * The basic operations with 32 bpp are as follows: * // Immediate conversion to 32 bpp * Pix *pixt1 = pixConvertTo32(pixs); * // Do vertical shear * Pix *pixr = pixQuadraticVerticalShear(pixt1, L_WARP_TO_RIGHT, * ybendt, ybendb, * L_BRING_IN_WHITE); * // Colorize two versions, toward red and cyan * Pix *pixc = pixCopy(NULL, pixr); * l_int32 thresh = 150; // if higher, get less original color * pixColorGray(pixr, NULL, L_PAINT_DARK, thresh, 255, 0, 0); * pixColorGray(pixc, NULL, L_PAINT_DARK, thresh, 0, 255, 255); * // Shift the red pixels; e.g., by stretching * Pix *pixrs = pixStretchHorizontal(pixr, L_WARP_TO_RIGHT, * L_QUADRATIC_WARP, zbend, * L_INTERPOLATED, * L_BRING_IN_WHITE); * // Blend the shifted red and unshifted cyan 50:50 * Pix *pixg = pixCreate(w, h, 8); * pixSetAllArbitrary(pixg, 128); * pixd = pixBlendWithGrayMask(pixrs, pixc, pixg, 0, 0); */ PIX * pixWarpStereoscopic(PIX *pixs, l_int32 zbend, l_int32 zshiftt, l_int32 zshiftb, l_int32 ybendt, l_int32 ybendb, l_int32 redleft) { l_int32 w, h, zshift; l_float32 angle; BOX *boxleft, *boxright; PIX *pixt, *pixt2, *pixt3; PIX *pixr, *pixg, *pixb; PIX *pixv1, *pixv2, *pixv3, *pixv4; PIX *pixr1, *pixr2, *pixr3, *pixr4, *pixrs, *pixrss; PIX *pixd; PROCNAME("pixWarpStereoscopic"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); /* Convert to the output depth, 32 bpp. */ pixt = pixConvertTo32(pixs); /* If requested, do a quad vertical shearing, pushing pixels up * or down, depending on their distance from the centerline. */ pixGetDimensions(pixs, &w, &h, NULL); boxleft = boxCreate(0, 0, w / 2, h); boxright = boxCreate(w / 2, 0, w - w / 2, h); if (ybendt != 0 || ybendb != 0) { pixv1 = pixClipRectangle(pixt, boxleft, NULL); pixv2 = pixClipRectangle(pixt, boxright, NULL); pixv3 = pixQuadraticVShear(pixv1, L_WARP_TO_LEFT, ybendt, ybendb, L_INTERPOLATED, L_BRING_IN_WHITE); pixv4 = pixQuadraticVShear(pixv2, L_WARP_TO_RIGHT, ybendt, ybendb, L_INTERPOLATED, L_BRING_IN_WHITE); pixt2 = pixCreate(w, h, 32); pixRasterop(pixt2, 0, 0, w / 2, h, PIX_SRC, pixv3, 0, 0); pixRasterop(pixt2, w / 2, 0, w - w / 2, h, PIX_SRC, pixv4, 0, 0); pixDestroy(&pixv1); pixDestroy(&pixv2); pixDestroy(&pixv3); pixDestroy(&pixv4); } else { pixt2 = pixClone(pixt); } /* Split out the 3 components */ pixr = pixGetRGBComponent(pixt2, COLOR_RED); pixg = pixGetRGBComponent(pixt2, COLOR_GREEN); pixb = pixGetRGBComponent(pixt2, COLOR_BLUE); pixDestroy(&pixt); pixDestroy(&pixt2); /* The direction of the stereo disparity below is set * for the red filter to be over the left eye. If the red * filter is over the right eye, invert the horizontal shifts. */ if (redleft) { zbend = -zbend; zshiftt = -zshiftt; zshiftb = -zshiftb; } /* Shift the red pixels horizontally by an amount that * increases quadratically from the centerline. */ if (zbend == 0) { pixrs = pixClone(pixr); } else { pixr1 = pixClipRectangle(pixr, boxleft, NULL); pixr2 = pixClipRectangle(pixr, boxright, NULL); pixr3 = pixStretchHorizontal(pixr1, L_WARP_TO_LEFT, L_QUADRATIC_WARP, zbend, L_INTERPOLATED, L_BRING_IN_WHITE); pixr4 = pixStretchHorizontal(pixr2, L_WARP_TO_RIGHT, L_QUADRATIC_WARP, zbend, L_INTERPOLATED, L_BRING_IN_WHITE); pixrs = pixCreate(w, h, 8); pixRasterop(pixrs, 0, 0, w / 2, h, PIX_SRC, pixr3, 0, 0); pixRasterop(pixrs, w / 2, 0, w - w / 2, h, PIX_SRC, pixr4, 0, 0); pixDestroy(&pixr1); pixDestroy(&pixr2); pixDestroy(&pixr3); pixDestroy(&pixr4); } /* Perform a combination of horizontal shift and shear of * red pixels. The causes the plane of the image to tilt and * also move forward or backward. */ if (zshiftt == 0 && zshiftb == 0) { pixrss = pixClone(pixrs); } else if (zshiftt == zshiftb) { pixrss = pixTranslate(NULL, pixrs, zshiftt, 0, L_BRING_IN_WHITE); } else { angle = (l_float32)(zshiftb - zshiftt) / (l_float32)pixGetHeight(pixrs); zshift = (zshiftt + zshiftb) / 2; pixt3 = pixTranslate(NULL, pixrs, zshift, 0, L_BRING_IN_WHITE); pixrss = pixHShearLI(pixt3, h / 2, angle, L_BRING_IN_WHITE); pixDestroy(&pixt3); } /* Combine the unchanged cyan (g,b) image with the shifted red */ pixd = pixCreateRGBImage(pixrss, pixg, pixb); boxDestroy(&boxleft); boxDestroy(&boxright); pixDestroy(&pixrs); pixDestroy(&pixrss); pixDestroy(&pixr); pixDestroy(&pixg); pixDestroy(&pixb); return pixd; } /*----------------------------------------------------------------------* * Linear and quadratic horizontal stretching * *----------------------------------------------------------------------*/ /*! * pixStretchHorizontal() * * Input: pixs (1, 8 or 32 bpp) * dir (L_WARP_TO_LEFT or L_WARP_TO_RIGHT) * type (L_LINEAR_WARP or L_QUADRATIC_WARP) * hmax (horizontal displacement at edge) * operation (L_SAMPLED or L_INTERPOLATED) * incolor (L_BRING_IN_WHITE or L_BRING_IN_BLACK) * Return: pixd (stretched/compressed), or null on error * * Notes: * (1) If @hmax > 0, this is an increase in the coordinate value of * pixels in pixd, relative to the same pixel in pixs. * (2) If @dir == L_WARP_TO_LEFT, the pixels on the right edge of * the image are not moved. So, for example, if @hmax > 0 * and @dir == L_WARP_TO_LEFT, the pixels in pixd are * contracted toward the right edge of the image, relative * to those in pixs. * (3) If @type == L_LINEAR_WARP, the pixel positions are moved * to the left or right by an amount that varies linearly with * the horizontal location. * (4) If @operation == L_SAMPLED, the dest pixels are taken from * the nearest src pixel. Otherwise, we use linear interpolation * between pairs of sampled pixels. */ PIX * pixStretchHorizontal(PIX *pixs, l_int32 dir, l_int32 type, l_int32 hmax, l_int32 operation, l_int32 incolor) { l_int32 d; PROCNAME("pixStretchHorizontal"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); d = pixGetDepth(pixs); if (d != 1 && d != 8 && d != 32) return (PIX *)ERROR_PTR("pixs not 1, 8 or 32 bpp", procName, NULL); if (dir != L_WARP_TO_LEFT && dir != L_WARP_TO_RIGHT) return (PIX *)ERROR_PTR("invalid direction", procName, NULL); if (type != L_LINEAR_WARP && type != L_QUADRATIC_WARP) return (PIX *)ERROR_PTR("invalid type", procName, NULL); if (operation != L_SAMPLED && operation != L_INTERPOLATED) return (PIX *)ERROR_PTR("invalid operation", procName, NULL); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return (PIX *)ERROR_PTR("invalid incolor", procName, NULL); if (d == 1 && operation == L_INTERPOLATED) { L_WARNING("Using sampling for 1 bpp\n", procName); operation = L_INTERPOLATED; } if (operation == L_SAMPLED) return pixStretchHorizontalSampled(pixs, dir, type, hmax, incolor); else return pixStretchHorizontalLI(pixs, dir, type, hmax, incolor); } /*! * pixStretchHorizontalSampled() * * Input: pixs (1, 8 or 32 bpp) * dir (L_WARP_TO_LEFT or L_WARP_TO_RIGHT) * type (L_LINEAR_WARP or L_QUADRATIC_WARP) * hmax (horizontal displacement at edge) * incolor (L_BRING_IN_WHITE or L_BRING_IN_BLACK) * Return: pixd (stretched/compressed), or null on error * * Notes: * (1) See pixStretchHorizontal() for details. */ PIX * pixStretchHorizontalSampled(PIX *pixs, l_int32 dir, l_int32 type, l_int32 hmax, l_int32 incolor) { l_int32 i, j, jd, w, wm, h, d, wpls, wpld, val; l_uint32 *datas, *datad, *lines, *lined; PIX *pixd; PROCNAME("pixStretchHorizontalSampled"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 1 && d != 8 && d != 32) return (PIX *)ERROR_PTR("pixs not 1, 8 or 32 bpp", procName, NULL); if (dir != L_WARP_TO_LEFT && dir != L_WARP_TO_RIGHT) return (PIX *)ERROR_PTR("invalid direction", procName, NULL); if (type != L_LINEAR_WARP && type != L_QUADRATIC_WARP) return (PIX *)ERROR_PTR("invalid type", procName, NULL); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return (PIX *)ERROR_PTR("invalid incolor", procName, NULL); pixd = pixCreateTemplate(pixs); pixSetBlackOrWhite(pixd, L_BRING_IN_WHITE); datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); wm = w - 1; for (jd = 0; jd < w; jd++) { if (dir == L_WARP_TO_LEFT) { if (type == L_LINEAR_WARP) j = jd - (hmax * (wm - jd)) / wm; else /* L_QUADRATIC_WARP */ j = jd - (hmax * (wm - jd) * (wm - jd)) / (wm * wm); } else if (dir == L_WARP_TO_RIGHT) { if (type == L_LINEAR_WARP) j = jd - (hmax * jd) / wm; else /* L_QUADRATIC_WARP */ j = jd - (hmax * jd * jd) / (wm * wm); } if (j < 0 || j > w - 1) continue; switch (d) { case 1: for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; val = GET_DATA_BIT(lines, j); if (val) SET_DATA_BIT(lined, jd); } break; case 8: for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; val = GET_DATA_BYTE(lines, j); SET_DATA_BYTE(lined, jd, val); } break; case 32: for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; lined[jd] = lines[j]; } break; default: L_ERROR("invalid depth: %d\n", procName, d); pixDestroy(&pixd); return NULL; } } return pixd; } /*! * pixStretchHorizontalLI() * * Input: pixs (1, 8 or 32 bpp) * dir (L_WARP_TO_LEFT or L_WARP_TO_RIGHT) * type (L_LINEAR_WARP or L_QUADRATIC_WARP) * hmax (horizontal displacement at edge) * incolor (L_BRING_IN_WHITE or L_BRING_IN_BLACK) * Return: pixd (stretched/compressed), or null on error * * Notes: * (1) See pixStretchHorizontal() for details. */ PIX * pixStretchHorizontalLI(PIX *pixs, l_int32 dir, l_int32 type, l_int32 hmax, l_int32 incolor) { l_int32 i, j, jd, jp, jf, w, wm, h, d, wpls, wpld, val, rval, gval, bval; l_uint32 word0, word1; l_uint32 *datas, *datad, *lines, *lined; PIX *pixd; PROCNAME("pixStretchHorizontalLI"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 8 && d != 32) return (PIX *)ERROR_PTR("pixs not 8 or 32 bpp", procName, NULL); if (dir != L_WARP_TO_LEFT && dir != L_WARP_TO_RIGHT) return (PIX *)ERROR_PTR("invalid direction", procName, NULL); if (type != L_LINEAR_WARP && type != L_QUADRATIC_WARP) return (PIX *)ERROR_PTR("invalid type", procName, NULL); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return (PIX *)ERROR_PTR("invalid incolor", procName, NULL); /* Standard linear interpolation, subdividing each pixel into 64 */ pixd = pixCreateTemplate(pixs); pixSetBlackOrWhite(pixd, L_BRING_IN_WHITE); datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); wm = w - 1; for (jd = 0; jd < w; jd++) { if (dir == L_WARP_TO_LEFT) { if (type == L_LINEAR_WARP) j = 64 * jd - 64 * (hmax * (wm - jd)) / wm; else /* L_QUADRATIC_WARP */ j = 64 * jd - 64 * (hmax * (wm - jd) * (wm - jd)) / (wm * wm); } else if (dir == L_WARP_TO_RIGHT) { if (type == L_LINEAR_WARP) j = 64 * jd - 64 * (hmax * jd) / wm; else /* L_QUADRATIC_WARP */ j = 64 * jd - 64 * (hmax * jd * jd) / (wm * wm); } jp = j / 64; jf = j & 0x3f; if (jp < 0 || jp > wm) continue; switch (d) { case 8: if (jp < wm) { for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; val = ((63 - jf) * GET_DATA_BYTE(lines, jp) + jf * GET_DATA_BYTE(lines, jp + 1) + 31) / 63; SET_DATA_BYTE(lined, jd, val); } } else { /* jp == wm */ for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; val = GET_DATA_BYTE(lines, jp); SET_DATA_BYTE(lined, jd, val); } } break; case 32: if (jp < wm) { for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; word0 = *(lines + jp); word1 = *(lines + jp + 1); rval = ((63 - jf) * ((word0 >> L_RED_SHIFT) & 0xff) + jf * ((word1 >> L_RED_SHIFT) & 0xff) + 31) / 63; gval = ((63 - jf) * ((word0 >> L_GREEN_SHIFT) & 0xff) + jf * ((word1 >> L_GREEN_SHIFT) & 0xff) + 31) / 63; bval = ((63 - jf) * ((word0 >> L_BLUE_SHIFT) & 0xff) + jf * ((word1 >> L_BLUE_SHIFT) & 0xff) + 31) / 63; composeRGBPixel(rval, gval, bval, lined + jd); } } else { /* jp == wm */ for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; lined[jd] = lines[jp]; } } break; default: L_ERROR("invalid depth: %d\n", procName, d); pixDestroy(&pixd); return NULL; } } return pixd; } /*----------------------------------------------------------------------* * Quadratic vertical shear * *----------------------------------------------------------------------*/ /*! * pixQuadraticVShear() * * Input: pixs (1, 8 or 32 bpp) * dir (L_WARP_TO_LEFT or L_WARP_TO_RIGHT) * vmaxt (max vertical displacement at edge and at top) * vmaxb (max vertical displacement at edge and at bottom) * operation (L_SAMPLED or L_INTERPOLATED) * incolor (L_BRING_IN_WHITE or L_BRING_IN_BLACK) * Return: pixd (stretched), or null on error * * Notes: * (1) This gives a quadratic bending, upward or downward, as you * move to the left or right. * (2) If @dir == L_WARP_TO_LEFT, the right edge is unchanged, and * the left edge pixels are moved maximally up or down. * (3) Parameters @vmaxt and @vmaxb control the maximum amount of * vertical pixel shear at the top and bottom, respectively. * If @vmaxt > 0, the vertical displacement of pixels at the * top is downward. Likewise, if @vmaxb > 0, the vertical * displacement of pixels at the bottom is downward. * (4) If @operation == L_SAMPLED, the dest pixels are taken from * the nearest src pixel. Otherwise, we use linear interpolation * between pairs of sampled pixels. * (5) This is for quadratic shear. For uniform (linear) shear, * use the standard shear operators. */ PIX * pixQuadraticVShear(PIX *pixs, l_int32 dir, l_int32 vmaxt, l_int32 vmaxb, l_int32 operation, l_int32 incolor) { l_int32 w, h, d; PROCNAME("pixQuadraticVShear"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 1 && d != 8 && d != 32) return (PIX *)ERROR_PTR("pixs not 1, 8 or 32 bpp", procName, NULL); if (dir != L_WARP_TO_LEFT && dir != L_WARP_TO_RIGHT) return (PIX *)ERROR_PTR("invalid direction", procName, NULL); if (operation != L_SAMPLED && operation != L_INTERPOLATED) return (PIX *)ERROR_PTR("invalid operation", procName, NULL); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return (PIX *)ERROR_PTR("invalid incolor", procName, NULL); if (vmaxt == 0 && vmaxb == 0) return pixCopy(NULL, pixs); if (operation == L_INTERPOLATED && d == 1) { L_WARNING("no interpolation for 1 bpp; using sampling\n", procName); operation = L_SAMPLED; } if (operation == L_SAMPLED) return pixQuadraticVShearSampled(pixs, dir, vmaxt, vmaxb, incolor); else /* operation == L_INTERPOLATED */ return pixQuadraticVShearLI(pixs, dir, vmaxt, vmaxb, incolor); } /*! * pixQuadraticVShearSampled() * * Input: pixs (1, 8 or 32 bpp) * dir (L_WARP_TO_LEFT or L_WARP_TO_RIGHT) * vmaxt (max vertical displacement at edge and at top) * vmaxb (max vertical displacement at edge and at bottom) * incolor (L_BRING_IN_WHITE or L_BRING_IN_BLACK) * Return: pixd (stretched), or null on error * * Notes: * (1) See pixQuadraticVShear() for details. */ PIX * pixQuadraticVShearSampled(PIX *pixs, l_int32 dir, l_int32 vmaxt, l_int32 vmaxb, l_int32 incolor) { l_int32 i, j, id, w, h, d, wm, hm, wpls, wpld, val; l_uint32 *datas, *datad, *lines, *lined; l_float32 delrowt, delrowb, denom1, denom2, dely; PIX *pixd; PROCNAME("pixQuadraticVShearSampled"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 1 && d != 8 && d != 32) return (PIX *)ERROR_PTR("pixs not 1, 8 or 32 bpp", procName, NULL); if (dir != L_WARP_TO_LEFT && dir != L_WARP_TO_RIGHT) return (PIX *)ERROR_PTR("invalid direction", procName, NULL); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return (PIX *)ERROR_PTR("invalid incolor", procName, NULL); if (vmaxt == 0 && vmaxb == 0) return pixCopy(NULL, pixs); pixd = pixCreateTemplate(pixs); pixSetBlackOrWhite(pixd, L_BRING_IN_WHITE); datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); wm = w - 1; hm = h - 1; denom1 = 1. / (l_float32)h; denom2 = 1. / (l_float32)(wm * wm); for (j = 0; j < w; j++) { if (dir == L_WARP_TO_LEFT) { delrowt = (l_float32)(vmaxt * (wm - j) * (wm - j)) * denom2; delrowb = (l_float32)(vmaxb * (wm - j) * (wm - j)) * denom2; } else if (dir == L_WARP_TO_RIGHT) { delrowt = (l_float32)(vmaxt * j * j) * denom2; delrowb = (l_float32)(vmaxb * j * j) * denom2; } switch (d) { case 1: for (id = 0; id < h; id++) { dely = (delrowt * (hm - id) + delrowb * id) * denom1; i = id - (l_int32)(dely + 0.5); if (i < 0 || i > hm) continue; lines = datas + i * wpls; lined = datad + id * wpld; val = GET_DATA_BIT(lines, j); if (val) SET_DATA_BIT(lined, j); } break; case 8: for (id = 0; id < h; id++) { dely = (delrowt * (hm - id) + delrowb * id) * denom1; i = id - (l_int32)(dely + 0.5); if (i < 0 || i > hm) continue; lines = datas + i * wpls; lined = datad + id * wpld; val = GET_DATA_BYTE(lines, j); SET_DATA_BYTE(lined, j, val); } break; case 32: for (id = 0; id < h; id++) { dely = (delrowt * (hm - id) + delrowb * id) * denom1; i = id - (l_int32)(dely + 0.5); if (i < 0 || i > hm) continue; lines = datas + i * wpls; lined = datad + id * wpld; lined[j] = lines[j]; } break; default: L_ERROR("invalid depth: %d\n", procName, d); pixDestroy(&pixd); return NULL; } } return pixd; } /*! * pixQuadraticVShearLI() * * Input: pixs (8 or 32 bpp, or colormapped) * dir (L_WARP_TO_LEFT or L_WARP_TO_RIGHT) * vmaxt (max vertical displacement at edge and at top) * vmaxb (max vertical displacement at edge and at bottom) * incolor (L_BRING_IN_WHITE or L_BRING_IN_BLACK) * Return: pixd (stretched), or null on error * * Notes: * (1) See pixQuadraticVShear() for details. */ PIX * pixQuadraticVShearLI(PIX *pixs, l_int32 dir, l_int32 vmaxt, l_int32 vmaxb, l_int32 incolor) { l_int32 i, j, id, yp, yf, w, h, d, wm, hm, wpls, wpld; l_int32 val, rval, gval, bval; l_uint32 word0, word1; l_uint32 *datas, *datad, *lines, *lined; l_float32 delrowt, delrowb, denom1, denom2, dely; PIX *pix, *pixd; PIXCMAP *cmap; PROCNAME("pixQuadraticVShearLI"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d == 1) return (PIX *)ERROR_PTR("pixs is 1 bpp", procName, NULL); cmap = pixGetColormap(pixs); if (d != 8 && d != 32 && !cmap) return (PIX *)ERROR_PTR("pixs not 8, 32 bpp, or cmap", procName, NULL); if (dir != L_WARP_TO_LEFT && dir != L_WARP_TO_RIGHT) return (PIX *)ERROR_PTR("invalid direction", procName, NULL); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return (PIX *)ERROR_PTR("invalid incolor", procName, NULL); if (vmaxt == 0 && vmaxb == 0) return pixCopy(NULL, pixs); /* Remove any existing colormap */ if (cmap) pix = pixRemoveColormap(pixs, REMOVE_CMAP_BASED_ON_SRC); else pix = pixClone(pixs); d = pixGetDepth(pix); if (d != 8 && d != 32) { pixDestroy(&pix); return (PIX *)ERROR_PTR("invalid depth", procName, NULL); } /* Standard linear interp: subdivide each pixel into 64 parts */ pixd = pixCreateTemplate(pix); pixSetBlackOrWhite(pixd, L_BRING_IN_WHITE); datas = pixGetData(pix); datad = pixGetData(pixd); wpls = pixGetWpl(pix); wpld = pixGetWpl(pixd); wm = w - 1; hm = h - 1; denom1 = 1.0 / (l_float32)h; denom2 = 1.0 / (l_float32)(wm * wm); for (j = 0; j < w; j++) { if (dir == L_WARP_TO_LEFT) { delrowt = (l_float32)(vmaxt * (wm - j) * (wm - j)) * denom2; delrowb = (l_float32)(vmaxb * (wm - j) * (wm - j)) * denom2; } else if (dir == L_WARP_TO_RIGHT) { delrowt = (l_float32)(vmaxt * j * j) * denom2; delrowb = (l_float32)(vmaxb * j * j) * denom2; } switch (d) { case 8: for (id = 0; id < h; id++) { dely = (delrowt * (hm - id) + delrowb * id) * denom1; i = 64 * id - (l_int32)(64.0 * dely); yp = i / 64; yf = i & 63; if (yp < 0 || yp > hm) continue; lines = datas + yp * wpls; lined = datad + id * wpld; if (yp < hm) { val = ((63 - yf) * GET_DATA_BYTE(lines, j) + yf * GET_DATA_BYTE(lines + wpls, j) + 31) / 63; } else { /* yp == hm */ val = GET_DATA_BYTE(lines, j); } SET_DATA_BYTE(lined, j, val); } break; case 32: for (id = 0; id < h; id++) { dely = (delrowt * (hm - id) + delrowb * id) * denom1; i = 64 * id - (l_int32)(64.0 * dely); yp = i / 64; yf = i & 63; if (yp < 0 || yp > hm) continue; lines = datas + yp * wpls; lined = datad + id * wpld; if (yp < hm) { word0 = *(lines + j); word1 = *(lines + wpls + j); rval = ((63 - yf) * ((word0 >> L_RED_SHIFT) & 0xff) + yf * ((word1 >> L_RED_SHIFT) & 0xff) + 31) / 63; gval = ((63 - yf) * ((word0 >> L_GREEN_SHIFT) & 0xff) + yf * ((word1 >> L_GREEN_SHIFT) & 0xff) + 31) / 63; bval = ((63 - yf) * ((word0 >> L_BLUE_SHIFT) & 0xff) + yf * ((word1 >> L_BLUE_SHIFT) & 0xff) + 31) / 63; composeRGBPixel(rval, gval, bval, lined + j); } else { /* yp == hm */ lined[j] = lines[j]; } } break; default: L_ERROR("invalid depth: %d\n", procName, d); pixDestroy(&pix); pixDestroy(&pixd); return NULL; } } pixDestroy(&pix); return pixd; } /*----------------------------------------------------------------------* * Stereo from a pair of images * *----------------------------------------------------------------------*/ /*! * pixStereoFromPair() * * Input: pix1 (32 bpp rgb) * pix2 (32 bpp rgb) * rwt, gwt, bwt (weighting factors used for each component in pix1 to determine the output red channel) * Return: pixd (stereo enhanced), or null on error * * Notes: * (1) pix1 and pix2 are a pair of stereo images, ideally taken * concurrently in the same plane, with some lateral translation. * (2) The output red channel is determined from @pix1. * The output green and blue channels are taken from the green * and blue channels, respectively, of @pix2. * (3) The weights determine how much of each component in @pix1 * goes into the output red channel. The sum of weights * must be 1.0. If it's not, we scale the weights to * satisfy this criterion. * (4) The most general pixel mapping allowed here is: * rval = rwt * r1 + gwt * g1 + bwt * b1 (from pix1) * gval = g2 (from pix2) * bval = b2 (from pix2) * (5) The simplest method is to use rwt = 1.0, gwt = 0.0, bwt = 0.0, * but this causes unpleasant visual artifacts with red in the image. * Use of green and blue from @pix1 in the red channel, * instead of red, tends to fix that problem. */ PIX * pixStereoFromPair(PIX *pix1, PIX *pix2, l_float32 rwt, l_float32 gwt, l_float32 bwt) { l_int32 i, j, w, h, wpl1, wpl2, rval, gval, bval; l_uint32 word1, word2; l_uint32 *data1, *data2, *datad, *line1, *line2, *lined; l_float32 sum; PIX *pixd; PROCNAME("pixStereoFromPair"); if (!pix1 || !pix2) return (PIX *)ERROR_PTR("pix1, pix2 not both defined", procName, NULL); if (pixGetDepth(pix1) != 32 || pixGetDepth(pix2) != 32) return (PIX *)ERROR_PTR("pix1, pix2 not both 32 bpp", procName, NULL); /* Make sure the sum of weights is 1.0; otherwise, you can get * overflow in the gray value. */ if (rwt == 0.0 && gwt == 0.0 && bwt == 0.0) { rwt = L_DEFAULT_RED_WEIGHT; gwt = L_DEFAULT_GREEN_WEIGHT; bwt = L_DEFAULT_BLUE_WEIGHT; } sum = rwt + gwt + bwt; if (L_ABS(sum - 1.0) > 0.0001) { /* maintain ratios with sum == 1.0 */ L_WARNING("weights don't sum to 1; maintaining ratios\n", procName); rwt = rwt / sum; gwt = gwt / sum; bwt = bwt / sum; } pixGetDimensions(pix1, &w, &h, NULL); pixd = pixCreateTemplate(pix1); data1 = pixGetData(pix1); data2 = pixGetData(pix2); datad = pixGetData(pixd); wpl1 = pixGetWpl(pix1); wpl2 = pixGetWpl(pix2); for (i = 0; i < h; i++) { line1 = data1 + i * wpl1; line2 = data2 + i * wpl2; lined = datad + i * wpl1; /* wpl1 works for pixd */ for (j = 0; j < w; j++) { word1 = *(line1 + j); word2 = *(line2 + j); rval = (l_int32)(rwt * ((word1 >> L_RED_SHIFT) & 0xff) + gwt * ((word1 >> L_GREEN_SHIFT) & 0xff) + bwt * ((word1 >> L_BLUE_SHIFT) & 0xff) + 0.5); gval = (word2 >> L_GREEN_SHIFT) & 0xff; bval = (word2 >> L_BLUE_SHIFT) & 0xff; composeRGBPixel(rval, gval, bval, lined + j); } } return pixd; } leptonica-1.70/src/pixlabel.c0000644000175000017500000002701012252644465014252 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pixlabel.c * * Label pixels by an index for connected component membership * PIX *pixConnCompTransform() * * Label pixels by the area of their connected component * PIX *pixConnCompAreaTransform() * * Label pixels with spatially-dependent color coding * PIX *pixLocToColorTransform() * * Pixels get labelled in various ways throughout the leptonica library, * but most of the labelling is implicit, where the new value isn't * even considered to be a label -- it is just a transformed pixel value * that may be transformed again by another operation. Quantization * by thresholding, and dilation by a structuring element, are examples * of these typical image processing operations. * * However, there are some explicit labelling procedures that are useful * as end-points of analysis, where it typically would not make sense * to do further image processing on the result. Assigning false color * based on pixel properties is an example of such labelling operations. * Such operations typically have 1 bpp input images, and result * in grayscale or color images. * * The procedures in this file are concerned with such explicit labelling. * Some of these labelling procedures are also in other places in leptonica: * * runlength.c: * This file has two labelling transforms based on runlengths: * pixStrokeWidthTransform() and pixvRunlengthTransform(). * The pixels are labelled based on the width of the "stroke" to * which they belong, or on the length of the horizontal or * vertical run in which they are a member. Runlengths can easily * be filtered using a threshold. * * pixafunc2.c: * This file has an operation, pixaDisplayRandomCmap(), that * randomly labels pix in a pixa (that are typically found using * pixConnComp) with up to 256 values, and assigns each value to * a random colormap color. * * seedfill.c: * This file has pixDistanceFunction(), that labels each pixel with * its distance from either the foreground or the background. */ #include #include #include "allheaders.h" /*-----------------------------------------------------------------------* * Label pixels by an index for connected component membership * *-----------------------------------------------------------------------*/ /*! * pixConnCompTransform() * * Input: pixs (1 bpp) * connect (connectivity: 4 or 8) * depth (of pixd: 8 or 16 bpp; use 0 for auto determination) * Return: pixd (8 or 16 bpp), or null on error * * Notes: * (1) pixd is 8 or 16 bpp, and the pixel values label the fg component, * starting with 1. Pixels in the bg are labelled 0. * (2) If @depth = 0, the depth of pixd is 8 if the number of c.c. * is less than 254, and 16 otherwise. * (3) If @depth = 8, the assigned label for the n-th component is * 1 + n % 254. We use mod 254 because 0 is uniquely assigned * to black: e.g., see pixcmapCreateRandom(). Likewise, * if @depth = 16, the assigned label uses mod(2^16 - 2). */ PIX * pixConnCompTransform(PIX *pixs, l_int32 connect, l_int32 depth) { l_int32 i, n, index, w, h, xb, yb, wb, hb; BOXA *boxa; PIX *pix1, *pix2, *pixd; PIXA *pixa; PROCNAME("pixConnCompTransform"); if (!pixs || pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); if (connect != 4 && connect != 8) return (PIX *)ERROR_PTR("connectivity must be 4 or 8", procName, NULL); if (depth != 0 && depth != 8 && depth != 16) return (PIX *)ERROR_PTR("depth must be 0, 8 or 16", procName, NULL); boxa = pixConnComp(pixs, &pixa, connect); n = pixaGetCount(pixa); boxaDestroy(&boxa); pixGetDimensions(pixs, &w, &h, NULL); if (depth == 0) { depth = (n < 254) ? 8 : 16; } pixd = pixCreate(w, h, depth); if (n == 0) { /* no fg */ pixaDestroy(&pixa); return pixd; } /* Label each component and blit it in */ for (i = 0; i < n; i++) { pixaGetBoxGeometry(pixa, i, &xb, &yb, &wb, &hb); pix1 = pixaGetPix(pixa, i, L_CLONE); if (depth == 8) { index = 1 + (i % 254); pix2 = pixConvert1To8(NULL, pix1, 0, index); } else { /* depth == 16 */ index = 1 + (i % 0xfffe); pix2 = pixConvert1To16(NULL, pix1, 0, index); } pixRasterop(pixd, xb, yb, wb, hb, PIX_PAINT, pix2, 0, 0); pixDestroy(&pix1); pixDestroy(&pix2); } pixaDestroy(&pixa); return pixd; } /*-----------------------------------------------------------------------* * Label pixels by the area of their connected component * *-----------------------------------------------------------------------*/ /*! * pixConnCompAreaTransform() * * Input: pixs (1 bpp) * connect (connectivity: 4 or 8) * Return: pixd (16 bpp), or null on error * * Notes: * (1) The pixel values in pixd label the area of the fg component * to which the pixel belongs. Pixels in the bg are labelled 0. * (2) The pixel values cannot exceed 2^16 - 1, even if the area * of the c.c. is larger. * (3) For purposes of visualization, the output can be converted * to 8 bpp, using pixConvert16To8() or pixMaxDynamicRange(). */ PIX * pixConnCompAreaTransform(PIX *pixs, l_int32 connect) { l_int32 i, n, npix, w, h, xb, yb, wb, hb; l_int32 *tab8; BOXA *boxa; PIX *pix1, *pix2, *pixd; PIXA *pixa; PROCNAME("pixConnCompTransform"); if (!pixs || pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); if (connect != 4 && connect != 8) return (PIX *)ERROR_PTR("connectivity must be 4 or 8", procName, NULL); boxa = pixConnComp(pixs, &pixa, connect); n = pixaGetCount(pixa); boxaDestroy(&boxa); pixGetDimensions(pixs, &w, &h, NULL); pixd = pixCreate(w, h, 16); if (n == 0) { /* no fg */ pixaDestroy(&pixa); return pixd; } /* Label each component and blit it in */ tab8 = makePixelSumTab8(); for (i = 0; i < n; i++) { pixaGetBoxGeometry(pixa, i, &xb, &yb, &wb, &hb); pix1 = pixaGetPix(pixa, i, L_CLONE); pixCountPixels(pix1, &npix, tab8); npix = L_MIN(npix, 0xffff); pix2 = pixConvert1To16(NULL, pix1, 0, npix); pixRasterop(pixd, xb, yb, wb, hb, PIX_PAINT, pix2, 0, 0); pixDestroy(&pix1); pixDestroy(&pix2); } pixaDestroy(&pixa); FREE(tab8); return pixd; } /*-----------------------------------------------------------------------* * Label pixels with spatially-dependent color coding * *-----------------------------------------------------------------------*/ /*! * pixLocToColorTransform() * * Input: pixs (1 bpp) * Return: pixd (32 bpp rgb), or null on error * * Notes: * (1) This generates an RGB image where each component value * is coded depending on the (x.y) location and the size * of the fg connected component that the pixel in pixs belongs to. * It is independent of the 4-fold orthogonal orientation, and * only weakly depends on translations and small angle rotations. * Background pixels are black. * (2) Such encodings can be compared between two 1 bpp images * by performing this transform and calculating the * "earth-mover" distance on the resulting R,G,B histograms. */ PIX * pixLocToColorTransform(PIX *pixs) { l_int32 w, h, w2, h2, wpls, wplr, wplg, wplb, wplcc, i, j, rval, gval, bval; l_float32 invw2, invh2; l_uint32 *datas, *datar, *datag, *datab, *datacc; l_uint32 *lines, *liner, *lineg, *lineb, *linecc; PIX *pix1, *pixcc, *pixr, *pixg, *pixb, *pixd; PROCNAME("pixLocToColorTransform"); if (!pixs || pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); /* Label each pixel with the area of the c.c. to which it belongs. * Clip the result to 255 in an 8 bpp pix. This is used for * the blue component of pixd. */ pixGetDimensions(pixs, &w, &h, NULL); w2 = w / 2; h2 = h / 2; invw2 = 255.0 / (l_float32)w2; invh2 = 255.0 / (l_float32)h2; pix1 = pixConnCompAreaTransform(pixs, 8); pixcc = pixConvert16To8(pix1, L_CLIP_TO_255); pixDestroy(&pix1); /* Label the red and green components depending on the location * of the fg pixels, in a way that is 4-fold rotationally invariant. */ pixr = pixCreate(w, h, 8); pixg = pixCreate(w, h, 8); pixb = pixCreate(w, h, 8); wpls = pixGetWpl(pixs); wplr = pixGetWpl(pixr); wplg = pixGetWpl(pixg); wplb = pixGetWpl(pixb); wplcc = pixGetWpl(pixcc); datas = pixGetData(pixs); datar = pixGetData(pixr); datag = pixGetData(pixg); datab = pixGetData(pixb); datacc = pixGetData(pixcc); for (i = 0; i < h; i++) { lines = datas + i * wpls; liner = datar + i * wplr; lineg = datag + i * wplg; lineb = datab + i * wplb; linecc = datacc+ i * wplcc; for (j = 0; j < w; j++) { if (GET_DATA_BIT(lines, j) == 0) continue; if (w < h) { rval = invh2 * L_ABS((l_float32)(i - h2)); gval = invw2 * L_ABS((l_float32)(j - w2)); } else { rval = invw2 * L_ABS((l_float32)(j - w2)); gval = invh2 * L_ABS((l_float32)(i - h2)); } bval = GET_DATA_BYTE(linecc, j); SET_DATA_BYTE(liner, j, rval); SET_DATA_BYTE(lineg, j, gval); SET_DATA_BYTE(lineb, j, bval); } } pixd = pixCreateRGBImage(pixr, pixg, pixb); pixDestroy(&pixcc); pixDestroy(&pixr); pixDestroy(&pixg); pixDestroy(&pixb); return pixd; } leptonica-1.70/src/leptonica-license.txt0000644000175000017500000000275411707052223016442 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ leptonica-1.70/src/morph.h0000644000175000017500000002124511707052573013605 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ #ifndef LEPTONICA_MORPH_H #define LEPTONICA_MORPH_H /* * morph.h * * Contains the following structs: * struct Sel * struct Sela * struct Kernel * * Contains definitions for: * morphological b.c. flags * structuring element types * runlength flags for granulometry * direction flags for grayscale morphology * morphological operation flags * standard border size * grayscale intensity scaling flags * morphological tophat flags * arithmetic and logical operator flags * grayscale morphology selection flags * distance function b.c. flags * image comparison flags * color content flags */ /*-------------------------------------------------------------------------* * Sel and Sel array * *-------------------------------------------------------------------------*/ #define SEL_VERSION_NUMBER 1 struct Sel { l_int32 sy; /* sel height */ l_int32 sx; /* sel width */ l_int32 cy; /* y location of sel origin */ l_int32 cx; /* x location of sel origin */ l_int32 **data; /* {0,1,2}; data[i][j] in [row][col] order */ char *name; /* used to find sel by name */ }; typedef struct Sel SEL; struct Sela { l_int32 n; /* number of sel actually stored */ l_int32 nalloc; /* size of allocated ptr array */ struct Sel **sel; /* sel ptr array */ }; typedef struct Sela SELA; /*-------------------------------------------------------------------------* * Kernel * *-------------------------------------------------------------------------*/ #define KERNEL_VERSION_NUMBER 2 struct L_Kernel { l_int32 sy; /* kernel height */ l_int32 sx; /* kernel width */ l_int32 cy; /* y location of kernel origin */ l_int32 cx; /* x location of kernel origin */ l_float32 **data; /* data[i][j] in [row][col] order */ }; typedef struct L_Kernel L_KERNEL; /*-------------------------------------------------------------------------* * Morphological boundary condition flags * * * Two types of boundary condition for erosion. * The global variable MORPH_BC takes on one of these two values. * See notes in morph.c for usage. *-------------------------------------------------------------------------*/ enum { SYMMETRIC_MORPH_BC = 0, ASYMMETRIC_MORPH_BC = 1 }; /*-------------------------------------------------------------------------* * Structuring element types * *-------------------------------------------------------------------------*/ enum { SEL_DONT_CARE = 0, SEL_HIT = 1, SEL_MISS = 2 }; /*-------------------------------------------------------------------------* * Runlength flags for granulometry * *-------------------------------------------------------------------------*/ enum { L_RUN_OFF = 0, L_RUN_ON = 1 }; /*-------------------------------------------------------------------------* * Direction flags for grayscale morphology, granulometry, * * composable Sels, and convolution * *-------------------------------------------------------------------------*/ enum { L_HORIZ = 1, L_VERT = 2, L_BOTH_DIRECTIONS = 3 }; /*-------------------------------------------------------------------------* * Morphological operation flags * *-------------------------------------------------------------------------*/ enum { L_MORPH_DILATE = 1, L_MORPH_ERODE = 2, L_MORPH_OPEN = 3, L_MORPH_CLOSE = 4, L_MORPH_HMT = 5 }; /*-------------------------------------------------------------------------* * Grayscale intensity scaling flags * *-------------------------------------------------------------------------*/ enum { L_LINEAR_SCALE = 1, L_LOG_SCALE = 2 }; /*-------------------------------------------------------------------------* * Morphological tophat flags * *-------------------------------------------------------------------------*/ enum { L_TOPHAT_WHITE = 0, L_TOPHAT_BLACK = 1 }; /*-------------------------------------------------------------------------* * Arithmetic and logical operator flags * * (use on grayscale images and Numas) * *-------------------------------------------------------------------------*/ enum { L_ARITH_ADD = 1, L_ARITH_SUBTRACT = 2, L_ARITH_MULTIPLY = 3, /* on numas only */ L_ARITH_DIVIDE = 4, /* on numas only */ L_UNION = 5, /* on numas only */ L_INTERSECTION = 6, /* on numas only */ L_SUBTRACTION = 7, /* on numas only */ L_EXCLUSIVE_OR = 8 /* on numas only */ }; /*-------------------------------------------------------------------------* * Min/max selection flags * *-------------------------------------------------------------------------*/ enum { L_CHOOSE_MIN = 1, /* useful in a downscaling "erosion" */ L_CHOOSE_MAX = 2, /* useful in a downscaling "dilation" */ L_CHOOSE_MAX_MIN_DIFF = 3 /* useful in a downscaling contrast */ }; /*-------------------------------------------------------------------------* * Distance function b.c. flags * *-------------------------------------------------------------------------*/ enum { L_BOUNDARY_BG = 1, /* assume bg outside image */ L_BOUNDARY_FG = 2 /* assume fg outside image */ }; /*-------------------------------------------------------------------------* * Image comparison flags * *-------------------------------------------------------------------------*/ enum { L_COMPARE_XOR = 1, L_COMPARE_SUBTRACT = 2, L_COMPARE_ABS_DIFF = 3 }; /*-------------------------------------------------------------------------* * Color content flags * *-------------------------------------------------------------------------*/ enum { L_MAX_DIFF_FROM_AVERAGE_2 = 1, L_MAX_MIN_DIFF_FROM_2 = 2, L_MAX_DIFF = 3 }; /*-------------------------------------------------------------------------* * Standard size of border added around images for special processing * *-------------------------------------------------------------------------*/ static const l_int32 ADDED_BORDER = 32; /* pixels, not bits */ #endif /* LEPTONICA_MORPH_H */ leptonica-1.70/src/boxfunc1.c0000644000175000017500000014735712244216720014206 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * boxfunc1.c * * Box geometry * l_int32 boxContains() * l_int32 boxIntersects() * BOXA *boxaContainedInBox() * BOXA *boxaIntersectsBox() * BOXA *boxaClipToBox() * BOXA *boxaCombineOverlaps() * BOX *boxOverlapRegion() * BOX *boxBoundingRegion() * l_int32 boxOverlapFraction() * l_int32 boxOverlapArea() * BOXA *boxaHandleOverlaps() * l_int32 boxSeparationDistance() * l_int32 boxContainsPt() * BOX *boxaGetNearestToPt() * l_int32 boxIntersectByLine() * l_int32 boxGetCenter() * BOX *boxClipToRectangle() * l_int32 boxClipToRectangleParams() * BOX *boxRelocateOneSide() * BOX *boxAdjustSides() * BOXA *boxaSetSide() * BOXA *boxaAdjustWidthToTarget() * BOXA *boxaAdjustHeightToTarget() * l_int32 boxEqual() * l_int32 boxaEqual() * l_int32 boxSimilar() * l_int32 boxaSimilar() * * Boxa combine and split * l_int32 boxaJoin() * l_int32 boxaaJoin() * l_int32 boxaSplitEvenOdd() * BOXA *boxaMergeEvenOdd() */ #include "allheaders.h" /*---------------------------------------------------------------------* * Box geometry * *---------------------------------------------------------------------*/ /*! * boxContains() * * Input: box1, box2 * &result ( 1 if box2 is entirely contained within * box1, and 0 otherwise) * Return: 0 if OK, 1 on error */ l_int32 boxContains(BOX *box1, BOX *box2, l_int32 *presult) { PROCNAME("boxContains"); if (!box1 || !box2) return ERROR_INT("box1 and box2 not both defined", procName, 1); if ((box1->x <= box2->x) && (box1->y <= box2->y) && (box1->x + box1->w >= box2->x + box2->w) && (box1->y + box1->h >= box2->y + box2->h)) *presult = 1; else *presult = 0; return 0; } /*! * boxIntersects() * * Input: box1, box2 * &result ( 1 if any part of box2 is contained * in box1, and 0 otherwise) * Return: 0 if OK, 1 on error */ l_int32 boxIntersects(BOX *box1, BOX *box2, l_int32 *presult) { l_int32 left1, left2, top1, top2, right1, right2, bot1, bot2; PROCNAME("boxIntersects"); if (!box1 || !box2) return ERROR_INT("box1 and box2 not both defined", procName, 1); left1 = box1->x; left2 = box2->x; top1 = box1->y; top2 = box2->y; right1 = box1->x + box1->w - 1; bot1 = box1->y + box1->h - 1; right2 = box2->x + box2->w - 1; bot2 = box2->y + box2->h - 1; if ((bot2 >= top1) && (bot1 >= top2) && (right1 >= left2) && (right2 >= left1)) *presult = 1; else *presult = 0; return 0; } /*! * boxaContainedInBox() * * Input: boxas * box (for containment) * Return: boxad (boxa with all boxes in boxas that are * entirely contained in box), or null on error * * Notes: * (1) All boxes in boxa that are entirely outside box are removed. */ BOXA * boxaContainedInBox(BOXA *boxas, BOX *box) { l_int32 i, n, val; BOX *boxt; BOXA *boxad; PROCNAME("boxaContainedInBox"); if (!boxas) return (BOXA *)ERROR_PTR("boxas not defined", procName, NULL); if (!box) return (BOXA *)ERROR_PTR("box not defined", procName, NULL); if ((n = boxaGetCount(boxas)) == 0) return boxaCreate(1); /* empty */ boxad = boxaCreate(0); for (i = 0; i < n; i++) { boxt = boxaGetBox(boxas, i, L_CLONE); boxContains(box, boxt, &val); if (val == 1) boxaAddBox(boxad, boxt, L_COPY); boxDestroy(&boxt); /* destroy the clone */ } return boxad; } /*! * boxaIntersectsBox() * * Input: boxas * box (for intersecting) * Return boxad (boxa with all boxes in boxas that intersect box), * or null on error * * Notes: * (1) All boxes in boxa that intersect with box (i.e., are completely * or partially contained in box) are retained. */ BOXA * boxaIntersectsBox(BOXA *boxas, BOX *box) { l_int32 i, n, val; BOX *boxt; BOXA *boxad; PROCNAME("boxaIntersectsBox"); if (!boxas) return (BOXA *)ERROR_PTR("boxas not defined", procName, NULL); if (!box) return (BOXA *)ERROR_PTR("box not defined", procName, NULL); if ((n = boxaGetCount(boxas)) == 0) return boxaCreate(1); /* empty */ boxad = boxaCreate(0); for (i = 0; i < n; i++) { boxt = boxaGetBox(boxas, i, L_CLONE); boxIntersects(box, boxt, &val); if (val == 1) boxaAddBox(boxad, boxt, L_COPY); boxDestroy(&boxt); /* destroy the clone */ } return boxad; } /*! * boxaClipToBox() * * Input: boxas * box (for clipping) * Return boxad (boxa with boxes in boxas clipped to box), * or null on error * * Notes: * (1) All boxes in boxa not intersecting with box are removed, and * the remaining boxes are clipped to box. */ BOXA * boxaClipToBox(BOXA *boxas, BOX *box) { l_int32 i, n; BOX *boxt, *boxo; BOXA *boxad; PROCNAME("boxaClipToBox"); if (!boxas) return (BOXA *)ERROR_PTR("boxas not defined", procName, NULL); if (!box) return (BOXA *)ERROR_PTR("box not defined", procName, NULL); if ((n = boxaGetCount(boxas)) == 0) return boxaCreate(1); /* empty */ boxad = boxaCreate(0); for (i = 0; i < n; i++) { boxt = boxaGetBox(boxas, i, L_CLONE); if ((boxo = boxOverlapRegion(box, boxt)) != NULL) boxaAddBox(boxad, boxo, L_INSERT); boxDestroy(&boxt); } return boxad; } /*! * boxaCombineOverlaps() * * Input: boxas * Return: boxad (where each set of boxes in boxas that overlap are * combined into a single bounding box in boxad), or * null on error. * * Notes: * (1) If there are no overlapping boxes, it simply returns a copy * of @boxas. * (2) The alternative method of painting each rectanle and finding * the 4-connected components gives the wrong result, because * two non-overlapping rectangles, when rendered, can still * be 4-connected, and hence they will be joined. * (3) A bad case is to have n boxes, none of which overlap. * Then you have one iteration with O(n^2) compares. This * is still faster than painting each rectangle and finding * the connected components, even for thousands of rectangles. */ BOXA * boxaCombineOverlaps(BOXA *boxas) { l_int32 i, j, n1, n2, inter, interfound, niters; BOX *box1, *box2, *box3; BOXA *boxat1, *boxat2; PROCNAME("boxaCombineOverlaps"); if (!boxas) return (BOXA *)ERROR_PTR("boxas not defined", procName, NULL); boxat1 = boxaCopy(boxas, L_COPY); n1 = boxaGetCount(boxat1); niters = 0; /* fprintf(stderr, "%d iters: %d boxes\n", niters, n1); */ while (1) { /* loop until no change from previous iteration */ niters++; boxat2 = boxaCreate(n1); for (i = 0; i < n1; i++) { box1 = boxaGetBox(boxat1, i, L_COPY); if (i == 0) { boxaAddBox(boxat2, box1, L_INSERT); continue; } n2 = boxaGetCount(boxat2); /* Now test box1 against all boxes already put in boxat2. * If it is found to intersect with an existing box, * replace that box by the union of the two boxes, * and break to the outer loop. If no overlap is * found, add box1 to boxat2. */ interfound = FALSE; for (j = 0; j < n2; j++) { box2 = boxaGetBox(boxat2, j, L_CLONE); boxIntersects(box1, box2, &inter); if (inter == 1) { box3 = boxBoundingRegion(box1, box2); boxaReplaceBox(boxat2, j, box3); boxDestroy(&box1); boxDestroy(&box2); interfound = TRUE; break; } boxDestroy(&box2); } if (interfound == FALSE) boxaAddBox(boxat2, box1, L_INSERT); } n2 = boxaGetCount(boxat2); /* fprintf(stderr, "%d iters: %d boxes\n", niters, n2); */ if (n2 == n1) /* we're done */ break; n1 = n2; boxaDestroy(&boxat1); boxat1 = boxat2; } boxaDestroy(&boxat1); return boxat2; } /*! * boxOverlapRegion() * * Input: box1, box2 (two boxes) * Return: box (of overlap region between input boxes), * or null if no overlap or on error */ BOX * boxOverlapRegion(BOX *box1, BOX *box2) { l_int32 x, y, w, h, left1, left2, top1, top2, right1, right2, bot1, bot2; PROCNAME("boxOverlapRegion"); if (!box1) return (BOX *)ERROR_PTR("box1 not defined", procName, NULL); if (!box2) return (BOX *)ERROR_PTR("box2 not defined", procName, NULL); left1 = box1->x; left2 = box2->x; top1 = box1->y; top2 = box2->y; right1 = box1->x + box1->w - 1; bot1 = box1->y + box1->h - 1; right2 = box2->x + box2->w - 1; bot2 = box2->y + box2->h - 1; if ((bot2 < top1) || (bot1 < top2) || (right1 < left2) || (right2 < left1)) return NULL; x = (left1 > left2) ? left1 : left2; y = (top1 > top2) ? top1 : top2; w = L_MIN(right1 - x + 1, right2 - x + 1); h = L_MIN(bot1 - y + 1, bot2 - y + 1); return boxCreate(x, y, w, h); } /*! * boxBoundingRegion() * * Input: box1, box2 (two boxes) * Return: box (of bounding region containing the input boxes), * or null on error */ BOX * boxBoundingRegion(BOX *box1, BOX *box2) { l_int32 left, top, right1, right2, right, bot1, bot2, bot; PROCNAME("boxBoundingRegion"); if (!box1) return (BOX *)ERROR_PTR("box1 not defined", procName, NULL); if (!box2) return (BOX *)ERROR_PTR("box2 not defined", procName, NULL); left = L_MIN(box1->x, box2->x); top = L_MIN(box1->y, box2->y); right1 = box1->x + box1->w - 1; right2 = box2->x + box2->w - 1; right = L_MAX(right1, right2); bot1 = box1->y + box1->h - 1; bot2 = box2->y + box2->h - 1; bot = L_MAX(bot1, bot2); return boxCreate(left, top, right - left + 1, bot - top + 1); } /*! * boxOverlapFraction() * * Input: box1, box2 (two boxes) * &fract ( the fraction of box2 overlapped by box1) * Return: 0 if OK, 1 on error. * * Notes: * (1) The result depends on the order of the input boxes, * because the overlap is taken as a fraction of box2. */ l_int32 boxOverlapFraction(BOX *box1, BOX *box2, l_float32 *pfract) { l_int32 w2, h2, w, h; BOX *boxo; PROCNAME("boxOverlapFraction"); if (!pfract) return ERROR_INT("&fract not defined", procName, 1); *pfract = 0.0; if (!box1) return ERROR_INT("box1 not defined", procName, 1); if (!box2) return ERROR_INT("box2 not defined", procName, 1); if ((boxo = boxOverlapRegion(box1, box2)) == NULL) /* no overlap */ return 0; boxGetGeometry(box2, NULL, NULL, &w2, &h2); boxGetGeometry(boxo, NULL, NULL, &w, &h); *pfract = (l_float32)(w * h) / (l_float32)(w2 * h2); boxDestroy(&boxo); return 0; } /*! * boxOverlapArea() * * Input: box1, box2 (two boxes) * &area ( the number of pixels in the overlap) * Return: 0 if OK, 1 on error. */ l_int32 boxOverlapArea(BOX *box1, BOX *box2, l_int32 *parea) { l_int32 w, h; BOX *box; PROCNAME("boxOverlapArea"); if (!parea) return ERROR_INT("&area not defined", procName, 1); *parea = 0; if (!box1) return ERROR_INT("box1 not defined", procName, 1); if (!box2) return ERROR_INT("box2 not defined", procName, 1); if ((box = boxOverlapRegion(box1, box2)) == NULL) /* no overlap */ return 0; boxGetGeometry(box, NULL, NULL, &w, &h); *parea = w * h; boxDestroy(&box); return 0; } /*! * boxaHandleOverlaps() * * Input: boxas * op (L_COMBINE, L_REMOVE_SMALL) * range (> 0, forward distance over which overlaps are checked) * min_overlap (minimum fraction of smaller box required for * overlap to count; 0.0 to ignore) * max_ratio (maximum fraction of small/large areas for * overlap to count; 1.0 to ignore) * &namap ( combining map) * Return: boxad, or null on error. * * Notes: * (1) For all n(n-1)/2 box pairings, if two boxes overlap, either: * (a) op == L_COMBINE: get the bounding region for the two, * replace the larger with the bounding region, and remove * the smaller of the two, or * (b) op == L_REMOVE_SMALL: just remove the smaller. * (2) If boxas is 2D sorted, range can be small, but if it is * not spatially sorted, range should be large to allow all * pairwise comparisons to be made. * (3) The @min_overlap parameter allows ignoring small overlaps. * If @min_overlap == 1.0, only boxes fully contained in larger * boxes can be considered for removal; if @min_overlap == 0.0, * this constraint is ignored. * (4) The @max_ratio parameter allows ignoring overlaps between * boxes that are not too different in size. If @max_ratio == 0.0, * no boxes can be removed; if @max_ratio == 1.0, this constraint * is ignored. */ BOXA * boxaHandleOverlaps(BOXA *boxas, l_int32 op, l_int32 range, l_float32 min_overlap, l_float32 max_ratio, NUMA **pnamap) { l_int32 i, j, n, w, h, area1, area2, val; l_int32 overlap_area; l_float32 overlap_ratio, area_ratio; BOX *box1, *box2, *box3; BOXA *boxat, *boxad; NUMA *namap; PROCNAME("boxaHandleOverlaps"); if (pnamap) *pnamap = NULL; if (!boxas) return (BOXA *)ERROR_PTR("boxas not defined", procName, NULL); if (op != L_COMBINE && op != L_REMOVE_SMALL) return (BOXA *)ERROR_PTR("invalid op", procName, NULL); n = boxaGetCount(boxas); if (n == 0) return boxaCreate(1); /* empty */ if (range == 0) { L_WARNING("range is 0\n", procName); return boxaCopy(boxas, L_COPY); } /* Identify smaller boxes in overlap pairs, and mark to eliminate. */ namap = numaMakeConstant(-1, n); for (i = 0; i < n; i++) { box1 = boxaGetBox(boxas, i, L_CLONE); boxGetGeometry(box1, NULL, NULL, &w, &h); area1 = w * h; if (area1 == 0) { boxDestroy(&box1); continue; } for (j = i + 1; j < i + 1 + range && j < n; j++) { box2 = boxaGetBox(boxas, j, L_CLONE); boxOverlapArea(box1, box2, &overlap_area); if (overlap_area > 0) { boxGetGeometry(box2, NULL, NULL, &w, &h); area2 = w * h; if (area2 == 0) { /* do nothing */ } else if (area1 >= area2) { overlap_ratio = (l_float32)overlap_area / area2; area_ratio = (l_float32)area2 / (l_float32)area1; if (overlap_ratio >= min_overlap && area_ratio <= max_ratio) { numaSetValue(namap, j, i); } } else { overlap_ratio = overlap_area / area1; area_ratio = (l_float32)area1 / (l_float32)area2; if (overlap_ratio >= min_overlap && area_ratio <= max_ratio) { numaSetValue(namap, i, j); } } } boxDestroy(&box2); } boxDestroy(&box1); } boxat = boxaCopy(boxas, L_COPY); if (op == L_COMBINE) { /* Resize the larger of the pair to the bounding region */ for (i = 0; i < n; i++) { numaGetIValue(namap, i, &val); if (val >= 0) { box1 = boxaGetBox(boxas, i, L_CLONE); /* smaller */ box2 = boxaGetBox(boxas, val, L_CLONE); /* larger */ box3 = boxBoundingRegion(box1, box2); boxaReplaceBox(boxat, val, box3); boxDestroy(&box1); boxDestroy(&box2); } } } /* Remove the smaller of the pairs */ boxad = boxaCreate(n); for (i = 0; i < n; i++) { numaGetIValue(namap, i, &val); if (val == -1) { box1 = boxaGetBox(boxat, i, L_COPY); boxaAddBox(boxad, box1, L_INSERT); } } boxaDestroy(&boxat); if (pnamap) *pnamap = namap; else numaDestroy(&namap); return boxad; } /*! * boxSeparationDistance() * * Input: box1, box2 (two boxes, in any order) * &h_sep ( horizontal separation) * &v_sep ( vertical separation) * Return: 0 if OK, 1 on error * * Notes: * (1) This measures horizontal and vertical separation of the * two boxes. If the boxes are touching but have no pixels * in common, the separation is 0. If the boxes overlap by * a distance d, the returned separation is -d. */ l_int32 boxSeparationDistance(BOX *box1, BOX *box2, l_int32 *ph_sep, l_int32 *pv_sep) { l_int32 left1, left2, top1, top2, right1, right2, bot1, bot2; PROCNAME("boxSeparationDistance"); if (!ph_sep && !pv_sep) return ERROR_INT("nothing to do", procName, 1); if (ph_sep) *ph_sep = 0; if (pv_sep) *pv_sep = 0; if (!box1 || !box2) return ERROR_INT("box1 and box2 not both defined", procName, 1); if (ph_sep) { left1 = box1->x; left2 = box2->x; right1 = box1->x + box1->w; /* 1 pixel to right of the box */ right2 = box2->x + box2->w; if (left2 >= left1) *ph_sep = left2 - right1; else *ph_sep = left1 - right2; } if (pv_sep) { top1 = box1->y; top2 = box2->y; bot1 = box1->y + box1->h; /* 1 pixel below the box */ bot2 = box2->y + box2->h; if (top2 >= top1) *pv_sep = top2 - bot1; else *pv_sep = top1 - bot2; } return 0; } /*! * boxContainsPt() * * Input: box * x, y (a point) * &contains ( 1 if box contains point; 0 otherwise) * Return: 0 if OK, 1 on error. */ l_int32 boxContainsPt(BOX *box, l_float32 x, l_float32 y, l_int32 *pcontains) { l_int32 bx, by, bw, bh; PROCNAME("boxContainsPt"); if (!pcontains) return ERROR_INT("&contains not defined", procName, 1); *pcontains = 0; if (!box) return ERROR_INT("&box not defined", procName, 1); boxGetGeometry(box, &bx, &by, &bw, &bh); if (x >= bx && x < bx + bw && y >= by && y < by + bh) *pcontains = 1; return 0; } /*! * boxaGetNearestToPt() * * Input: boxa * x, y (point) * Return box (box with centroid closest to the given point [x,y]), * or NULL if no boxes in boxa) * * Notes: * (1) Uses euclidean distance between centroid and point. */ BOX * boxaGetNearestToPt(BOXA *boxa, l_int32 x, l_int32 y) { l_int32 i, n, minindex; l_float32 delx, dely, dist, mindist, cx, cy; BOX *box; PROCNAME("boxaGetNearestToPt"); if (!boxa) return (BOX *)ERROR_PTR("boxa not defined", procName, NULL); if ((n = boxaGetCount(boxa)) == 0) return (BOX *)ERROR_PTR("n = 0", procName, NULL); mindist = 1000000000.; minindex = 0; for (i = 0; i < n; i++) { box = boxaGetBox(boxa, i, L_CLONE); boxGetCenter(box, &cx, &cy); delx = (l_float32)(cx - x); dely = (l_float32)(cy - y); dist = delx * delx + dely * dely; if (dist < mindist) { minindex = i; mindist = dist; } boxDestroy(&box); } return boxaGetBox(boxa, minindex, L_COPY); } /*! * boxGetCenter() * * Input: box * &cx, &cy ( location of center of box) * Return 0 if OK, 1 on error */ l_int32 boxGetCenter(BOX *box, l_float32 *pcx, l_float32 *pcy) { l_int32 x, y, w, h; PROCNAME("boxGetCenter"); if (!pcx || !pcy) return ERROR_INT("&cx, &cy not both defined", procName, 1); *pcx = *pcy = 0; if (!box) return ERROR_INT("box not defined", procName, 1); boxGetGeometry(box, &x, &y, &w, &h); *pcx = (l_float32)(x + 0.5 * w); *pcy = (l_float32)(y + 0.5 * h); return 0; } /*! * boxIntersectByLine() * * Input: box * x, y (point that line goes through) * slope (of line) * (&x1, &y1) ( 1st point of intersection with box) * (&x2, &y2) ( 2nd point of intersection with box) * &n ( number of points of intersection) * Return: 0 if OK, 1 on error * * Notes: * (1) If the intersection is at only one point (a corner), the * coordinates are returned in (x1, y1). * (2) Represent a vertical line by one with a large but finite slope. */ l_int32 boxIntersectByLine(BOX *box, l_int32 x, l_int32 y, l_float32 slope, l_int32 *px1, l_int32 *py1, l_int32 *px2, l_int32 *py2, l_int32 *pn) { l_int32 bx, by, bw, bh, xp, yp, xt, yt, i, n; l_float32 invslope; PTA *pta; PROCNAME("boxIntersectByLine"); if (!px1 || !py1 || !px2 || !py2) return ERROR_INT("&x1, &y1, &x2, &y2 not all defined", procName, 1); *px1 = *py1 = *px2 = *py2 = 0; if (!pn) return ERROR_INT("&n not defined", procName, 1); *pn = 0; if (!box) return ERROR_INT("box not defined", procName, 1); boxGetGeometry(box, &bx, &by, &bw, &bh); if (slope == 0.0) { if (y >= by && y < by + bh) { *py1 = *py2 = y; *px1 = bx; *px2 = bx + bw - 1; } return 0; } if (slope > 1000000.0) { if (x >= bx && x < bx + bw) { *px1 = *px2 = x; *py1 = by; *py2 = by + bh - 1; } return 0; } /* Intersection with top and bottom lines of box */ pta = ptaCreate(2); invslope = 1.0 / slope; xp = (l_int32)(x + invslope * (y - by)); if (xp >= bx && xp < bx + bw) ptaAddPt(pta, xp, by); xp = (l_int32)(x + invslope * (y - by - bh + 1)); if (xp >= bx && xp < bx + bw) ptaAddPt(pta, xp, by + bh - 1); /* Intersection with left and right lines of box */ yp = (l_int32)(y + slope * (x - bx)); if (yp >= by && yp < by + bh) ptaAddPt(pta, bx, yp); yp = (l_int32)(y + slope * (x - bx - bw + 1)); if (yp >= by && yp < by + bh) ptaAddPt(pta, bx + bw - 1, yp); /* There is a maximum of 2 unique points; remove duplicates. */ n = ptaGetCount(pta); if (n > 0) { ptaGetIPt(pta, 0, px1, py1); /* accept the first one */ *pn = 1; } for (i = 1; i < n; i++) { ptaGetIPt(pta, i, &xt, &yt); if ((*px1 != xt) || (*py1 != yt)) { *px2 = xt; *py2 = yt; *pn = 2; break; } } ptaDestroy(&pta); return 0; } /*! * boxClipToRectangle() * * Input: box * wi, hi (rectangle representing image) * Return: part of box within given rectangle, or NULL on error * or if box is entirely outside the rectangle * * Notes: * (1) This can be used to clip a rectangle to an image. * The clipping rectangle is assumed to have a UL corner at (0, 0), * and a LR corner at (wi - 1, hi - 1). */ BOX * boxClipToRectangle(BOX *box, l_int32 wi, l_int32 hi) { BOX *boxd; PROCNAME("boxClipToRectangle"); if (!box) return (BOX *)ERROR_PTR("box not defined", procName, NULL); if (box->x >= wi || box->y >= hi || box->x + box->w <= 0 || box->y + box->h <= 0) return (BOX *)ERROR_PTR("box outside rectangle", procName, NULL); boxd = boxCopy(box); if (boxd->x < 0) { boxd->w += boxd->x; boxd->x = 0; } if (boxd->y < 0) { boxd->h += boxd->y; boxd->y = 0; } if (boxd->x + boxd->w > wi) boxd->w = wi - boxd->x; if (boxd->y + boxd->h > hi) boxd->h = hi - boxd->y; return boxd; } /*! * boxClipToRectangleParams() * * Input: box ( requested box; can be null) * w, h (clipping box size; typ. the size of an image) * &xstart () * &ystart () * &xend ( one pixel beyond clipping box) * ¥d ( one pixel beyond clipping box) * &bw ( clipped width) * &bh ( clipped height) * Return: 0 if OK; 1 on error * * Notes: * (1) The return value should be checked. If it is 1, the * returned parameter values are bogus. * (2) This simplifies the selection of pixel locations within * a given rectangle: * for (i = ystart; i < yend; i++ { * ... * for (j = xstart; j < xend; j++ { * .... */ l_int32 boxClipToRectangleParams(BOX *box, l_int32 w, l_int32 h, l_int32 *pxstart, l_int32 *pystart, l_int32 *pxend, l_int32 *pyend, l_int32 *pbw, l_int32 *pbh) { l_int32 bw, bh; BOX *boxc; PROCNAME("boxClipToRectangleParams"); if (!pxstart || !pystart || !pxend || !pyend) return ERROR_INT("invalid ptr input", procName, 1); *pxstart = *pystart = 0; *pxend = w; *pyend = h; if (pbw) *pbw = w; if (pbh) *pbh = h; if (!box) return 0; if ((boxc = boxClipToRectangle(box, w, h)) == NULL) return ERROR_INT("box outside image", procName, 1); boxGetGeometry(boxc, pxstart, pystart, &bw, &bh); boxDestroy(&boxc); if (pbw) *pbw = bw; if (pbh) *pbh = bh; if (bw == 0 || bh == 0) return ERROR_INT("invalid clipping box", procName, 1); *pxend = *pxstart + bw; /* 1 past the end */ *pyend = *pystart + bh; /* 1 past the end */ return 0; } /*! * boxRelocateOneSide() * * Input: boxd (; this can be null, equal to boxs, * or different from boxs); * boxs (starting box; to have one side relocated) * loc (new location of the side that is changing) * sideflag (L_FROM_LEFT, etc., indicating the side that moves) * Return: boxd, or null on error or if the computed boxd has * width or height <= 0. * * Notes: * (1) Set boxd == NULL to get new box; boxd == boxs for in-place; * or otherwise to resize existing boxd. * (2) For usage, suggest one of these: * boxd = boxRelocateOneSide(NULL, boxs, ...); // new * boxRelocateOneSide(boxs, boxs, ...); // in-place * boxRelocateOneSide(boxd, boxs, ...); // other */ BOX * boxRelocateOneSide(BOX *boxd, BOX *boxs, l_int32 loc, l_int32 sideflag) { l_int32 x, y, w, h; PROCNAME("boxRelocateOneSide"); if (!boxs) return (BOX *)ERROR_PTR("boxs not defined", procName, NULL); if (!boxd) boxd = boxCopy(boxs); boxGetGeometry(boxs, &x, &y, &w, &h); if (sideflag == L_FROM_LEFT) boxSetGeometry(boxd, loc, -1, w + x - loc, -1); else if (sideflag == L_FROM_RIGHT) boxSetGeometry(boxd, -1, -1, loc - x + 1, -1); else if (sideflag == L_FROM_TOP) boxSetGeometry(boxd, -1, loc, -1, h + y - loc); else if (sideflag == L_FROM_BOT) boxSetGeometry(boxd, -1, -1, -1, loc - y + 1); return boxd; } /*! * boxAdjustSides() * * Input: boxd (; this can be null, equal to boxs, * or different from boxs) * boxs (starting box; to have sides adjusted) * delleft, delright, deltop, delbot (changes in location of * each side) * Return: boxd, or null on error or if the computed boxd has * width or height <= 0. * * Notes: * (1) Set boxd == NULL to get new box; boxd == boxs for in-place; * or otherwise to resize existing boxd. * (2) For usage, suggest one of these: * boxd = boxAdjustSides(NULL, boxs, ...); // new * boxAdjustSides(boxs, boxs, ...); // in-place * boxAdjustSides(boxd, boxs, ...); // other * (1) New box dimensions are cropped at left and top to x >= 0 and y >= 0. * (2) For example, to expand in-place by 20 pixels on each side, use * boxAdjustSides(box, box, -20, 20, -20, 20); */ BOX * boxAdjustSides(BOX *boxd, BOX *boxs, l_int32 delleft, l_int32 delright, l_int32 deltop, l_int32 delbot) { l_int32 x, y, w, h, xl, xr, yt, yb, wnew, hnew; PROCNAME("boxAdjustSides"); if (!boxs) return (BOX *)ERROR_PTR("boxs not defined", procName, NULL); boxGetGeometry(boxs, &x, &y, &w, &h); xl = L_MAX(0, x + delleft); yt = L_MAX(0, y + deltop); xr = x + w + delright; /* one pixel beyond right edge */ yb = y + h + delbot; /* one pixel below bottom edge */ wnew = xr - xl; hnew = yb - yt; if (wnew < 1 || hnew < 1) return (BOX *)ERROR_PTR("boxd has 0 area", procName, NULL); if (!boxd) return boxCreate(xl, yt, wnew, hnew); boxSetGeometry(boxd, xl, yt, wnew, hnew); return boxd; } /*! * boxaSetSide() * * Input: boxad (use null to get a new one; same as boxas for in-place) * boxas * side (L_SET_LEFT, L_SET_RIGHT, L_SET_TOP, L_SET_BOT) * val (location to set for given side, for each box) * thresh (min abs difference to cause resetting to @val) * Return: boxad, or null on error * * Notes: * (1) Sets the given side of each box. Use boxad == NULL for a new * boxa, and boxad == boxas for in-place. * (2) Use one of these: * boxad = boxaSetSide(NULL, boxas, ...); // new * boxaSetSide(boxas, boxas, ...); // in-place */ BOXA * boxaSetSide(BOXA *boxad, BOXA *boxas, l_int32 side, l_int32 val, l_int32 thresh) { l_int32 x, y, w, h, n, i, diff; BOX *box; PROCNAME("boxaSetSide"); if (!boxas) return (BOXA *)ERROR_PTR("boxas not defined", procName, NULL); if (boxad && (boxas != boxad)) return (BOXA *)ERROR_PTR("not in-place", procName, NULL); if (side != L_SET_LEFT && side != L_SET_RIGHT && side != L_SET_TOP && side != L_SET_BOT) return (BOXA *)ERROR_PTR("invalid side", procName, NULL); if (val < 0) return (BOXA *)ERROR_PTR("val < 0", procName, NULL); if (!boxad) boxad = boxaCopy(boxas, L_COPY); n = boxaGetCount(boxad); for (i = 0; i < n; i++) { box = boxaGetBox(boxad, i, L_CLONE); boxGetGeometry(box, &x, &y, &w, &h); if (side == L_SET_LEFT) { diff = x - val; if (L_ABS(diff) >= thresh) boxSetGeometry(box, val, y, w + diff, h); } else if (side == L_SET_RIGHT) { diff = x + w -1 - val; if (L_ABS(diff) >= thresh) boxSetGeometry(box, x, y, val - x + 1, h); } else if (side == L_SET_TOP) { diff = y - val; if (L_ABS(diff) >= thresh) boxSetGeometry(box, x, val, w, h + diff); } else { /* side == L_SET_BOT */ diff = y + h - 1 - val; if (L_ABS(diff) >= thresh) boxSetGeometry(box, x, y, w, val - y + 1); } boxDestroy(&box); } return boxad; } /*! * boxaAdjustWidthToTarget() * * Input: boxad (use null to get a new one; same as boxas for in-place) * boxas * sides (L_ADJUST_LEFT, L_ADJUST_RIGHT, L_ADJUST_LEFTL_AND_RIGHT) * target (target width if differs by more than thresh) * thresh (min abs difference in width to cause adjustment) * Return: boxad, or null on error * * Notes: * (1) Conditionally adjusts the width of each box, by moving * the indicated edges (left and/or right) if the width differs * by @thresh or more from @target. * (2) Use boxad == NULL for a new boxa, and boxad == boxas for in-place. * Use one of these: * boxad = boxaAdjustWidthToTarget(NULL, boxas, ...); // new * boxaAdjustWidthToTarget(boxas, boxas, ...); // in-place */ BOXA * boxaAdjustWidthToTarget(BOXA *boxad, BOXA *boxas, l_int32 sides, l_int32 target, l_int32 thresh) { l_int32 x, y, w, h, n, i, diff; BOX *box; PROCNAME("boxaAdjustWidthToTarget"); if (!boxas) return (BOXA *)ERROR_PTR("boxas not defined", procName, NULL); if (boxad && (boxas != boxad)) return (BOXA *)ERROR_PTR("not in-place", procName, NULL); if (sides != L_ADJUST_LEFT && sides != L_ADJUST_RIGHT && sides != L_ADJUST_LEFT_AND_RIGHT) return (BOXA *)ERROR_PTR("invalid sides", procName, NULL); if (target < 1) return (BOXA *)ERROR_PTR("target < 1", procName, NULL); if (!boxad) boxad = boxaCopy(boxas, L_COPY); n = boxaGetCount(boxad); for (i = 0; i < n; i++) { box = boxaGetBox(boxad, i, L_CLONE); boxGetGeometry(box, &x, &y, &w, &h); diff = w - target; if (sides == L_ADJUST_LEFT) { if (L_ABS(diff) >= thresh) boxSetGeometry(box, L_MAX(0, x + diff), y, target, h); } else if (sides == L_ADJUST_RIGHT) { if (L_ABS(diff) >= thresh) boxSetGeometry(box, x, y, target, h); } else { /* sides == L_ADJUST_LEFT_AND_RIGHT */ if (L_ABS(diff) >= thresh) boxSetGeometry(box, L_MAX(0, x + diff/2), y, target, h); } boxDestroy(&box); } return boxad; } /*! * boxaAdjustHeightToTarget() * * Input: boxad (use null to get a new one) * boxas * sides (L_ADJUST_TOP, L_ADJUST_BOT, L_ADJUST_TOP_AND_BOT) * target (target height if differs by more than thresh) * thresh (min abs difference in height to cause adjustment) * Return: boxad, or null on error * * Notes: * (1) Conditionally adjusts the height of each box, by moving * the indicated edges (top and/or bot) if the height differs * by @thresh or more from @target. * (2) Use boxad == NULL for a new boxa, and boxad == boxas for in-place. * Use one of these: * boxad = boxaAdjustHeightToTarget(NULL, boxas, ...); // new * boxaAdjustHeightToTarget(boxas, boxas, ...); // in-place */ BOXA * boxaAdjustHeightToTarget(BOXA *boxad, BOXA *boxas, l_int32 sides, l_int32 target, l_int32 thresh) { l_int32 x, y, w, h, n, i, diff; BOX *box; PROCNAME("boxaAdjustHeightToTarget"); if (!boxas) return (BOXA *)ERROR_PTR("boxas not defined", procName, NULL); if (boxad && (boxas != boxad)) return (BOXA *)ERROR_PTR("not in-place", procName, NULL); if (sides != L_ADJUST_TOP && sides != L_ADJUST_BOT && sides != L_ADJUST_TOP_AND_BOT) return (BOXA *)ERROR_PTR("invalid sides", procName, NULL); if (target < 1) return (BOXA *)ERROR_PTR("target < 1", procName, NULL); if (!boxad) boxad = boxaCopy(boxas, L_COPY); n = boxaGetCount(boxad); for (i = 0; i < n; i++) { box = boxaGetBox(boxad, i, L_CLONE); boxGetGeometry(box, &x, &y, &w, &h); diff = h - target; if (sides == L_ADJUST_TOP) { if (L_ABS(diff) >= thresh) boxSetGeometry(box, x, L_MAX(0, y + diff), w, target); } else if (sides == L_ADJUST_BOT) { if (L_ABS(diff) >= thresh) boxSetGeometry(box, x, y, w, target); } else { /* sides == L_ADJUST_TOP_AND_BOT */ if (L_ABS(diff) >= thresh) boxSetGeometry(box, x, L_MAX(0, y + diff/2), w, target); } boxDestroy(&box); } return boxad; } /*! * boxEqual() * * Input: box1 * box2 * &same ( 1 if equal; 0 otherwise) * Return 0 if OK, 1 on error */ l_int32 boxEqual(BOX *box1, BOX *box2, l_int32 *psame) { PROCNAME("boxEqual"); if (!psame) return ERROR_INT("&same not defined", procName, 1); *psame = 0; if (!box1 || !box2) return ERROR_INT("box1 and box2 not both defined", procName, 1); if (box1->x == box2->x && box1->y == box2->y && box1->w == box2->w && box1->h == box2->h) *psame = 1; return 0; } /*! * boxaEqual() * * Input: boxa1 * boxa2 * maxdist * &naindex ( index array of correspondences * &same ( 1 if equal; 0 otherwise) * Return 0 if OK, 1 on error * * Notes: * (1) The two boxa are the "same" if they contain the same * boxes and each box is within @maxdist of its counterpart * in their positions within the boxa. This allows for * small rearrangements. Use 0 for maxdist if the boxa * must be identical. * (2) This applies only to geometry and ordering; refcounts * are not considered. * (3) @maxdist allows some latitude in the ordering of the boxes. * For the boxa to be the "same", corresponding boxes must * be within @maxdist of each other. Note that for large * @maxdist, we should use a hash function for efficiency. * (4) naindex[i] gives the position of the box in boxa2 that * corresponds to box i in boxa1. It is only returned if the * boxa are equal. */ l_int32 boxaEqual(BOXA *boxa1, BOXA *boxa2, l_int32 maxdist, NUMA **pnaindex, l_int32 *psame) { l_int32 i, j, n, jstart, jend, found, samebox; l_int32 *countarray; BOX *box1, *box2; NUMA *na; PROCNAME("boxaEqual"); if (pnaindex) *pnaindex = NULL; if (!psame) return ERROR_INT("&same not defined", procName, 1); *psame = 0; if (!boxa1 || !boxa2) return ERROR_INT("boxa1 and boxa2 not both defined", procName, 1); n = boxaGetCount(boxa1); if (n != boxaGetCount(boxa2)) return 0; countarray = (l_int32 *)CALLOC(n, sizeof(l_int32)); na = numaMakeConstant(0.0, n); for (i = 0; i < n; i++) { box1 = boxaGetBox(boxa1, i, L_CLONE); jstart = L_MAX(0, i - maxdist); jend = L_MIN(n-1, i + maxdist); found = FALSE; for (j = jstart; j <= jend; j++) { box2 = boxaGetBox(boxa2, j, L_CLONE); boxEqual(box1, box2, &samebox); if (samebox && countarray[j] == 0) { countarray[j] = 1; numaReplaceNumber(na, i, j); found = TRUE; boxDestroy(&box2); break; } boxDestroy(&box2); } boxDestroy(&box1); if (!found) { numaDestroy(&na); FREE(countarray); return 0; } } *psame = 1; if (pnaindex) *pnaindex = na; else numaDestroy(&na); FREE(countarray); return 0; } /*! * boxSimilar() * * Input: box1 * box2 * leftdiff, rightdiff, topdiff, botdiff * &similar ( 1 if similar; 0 otherwise) * Return 0 if OK, 1 on error * * Notes: * (1) The values of leftdiff (etc) are the maximum allowed deviations * between the locations of the left (etc) sides. If any side * pairs differ by more than this amount, the boxes are not similar. */ l_int32 boxSimilar(BOX *box1, BOX *box2, l_int32 leftdiff, l_int32 rightdiff, l_int32 topdiff, l_int32 botdiff, l_int32 *psimilar) { l_int32 loc1, loc2; PROCNAME("boxSimilar"); if (!psimilar) return ERROR_INT("&similar not defined", procName, 1); *psimilar = 0; if (!box1 || !box2) return ERROR_INT("box1 and box2 not both defined", procName, 1); boxGetSideLocation(box1, L_GET_LEFT, &loc1); boxGetSideLocation(box2, L_GET_LEFT, &loc2); if (L_ABS(loc1 - loc2) > leftdiff) return 0; boxGetSideLocation(box1, L_GET_RIGHT, &loc1); boxGetSideLocation(box2, L_GET_RIGHT, &loc2); if (L_ABS(loc1 - loc2) > rightdiff) return 0; boxGetSideLocation(box1, L_GET_TOP, &loc1); boxGetSideLocation(box2, L_GET_TOP, &loc2); if (L_ABS(loc1 - loc2) > topdiff) return 0; boxGetSideLocation(box1, L_GET_BOT, &loc1); boxGetSideLocation(box2, L_GET_BOT, &loc2); if (L_ABS(loc1 - loc2) > botdiff) return 0; *psimilar = 1; return 0; } /*! * boxaSimilar() * * Input: boxa1 * boxa2 * leftdiff, rightdiff, topdiff, botdiff * debugflag (output details of non-similar boxes) * &similar ( 1 if similar; 0 otherwise) * Return 0 if OK, 1 on error * * Notes: * (1) See boxSimilar() for parameter usage. * (2) Corresponding boxes are taken in order in the two boxa. * (3) With debugflag == 1, boxes continue to be tested after failure. */ l_int32 boxaSimilar(BOXA *boxa1, BOXA *boxa2, l_int32 leftdiff, l_int32 rightdiff, l_int32 topdiff, l_int32 botdiff, l_int32 debugflag, l_int32 *psimilar) { l_int32 i, n, match, mismatch; BOX *box1, *box2; PROCNAME("boxaSimilar"); if (!psimilar) return ERROR_INT("&similar not defined", procName, 1); *psimilar = 0; if (!boxa1 || !boxa2) return ERROR_INT("boxa1 and boxa2 not both defined", procName, 1); n = boxaGetCount(boxa1); if (n != boxaGetCount(boxa2)) return 0; mismatch = FALSE; for (i = 0; i < n; i++) { box1 = boxaGetBox(boxa1, i, L_CLONE); box2 = boxaGetBox(boxa2, i, L_CLONE); boxSimilar(box1, box2, leftdiff, rightdiff, topdiff, botdiff, &match); boxDestroy(&box1); boxDestroy(&box2); if (!match) { mismatch = TRUE; if (debugflag) fprintf(stderr, "box %d not similar\n", i); else return 0; } } if (!mismatch) *psimilar = 1; return 0; } /*----------------------------------------------------------------------* * Boxa combine and split * *----------------------------------------------------------------------*/ /*! * boxaJoin() * * Input: boxad (dest boxa; add to this one) * boxas (source boxa; add from this one) * istart (starting index in boxas) * iend (ending index in boxas; use -1 to cat all) * Return: 0 if OK, 1 on error * * Notes: * (1) This appends a clone of each indicated box in boxas to boxad * (2) istart < 0 is taken to mean 'read from the start' (istart = 0) * (3) iend < 0 means 'read to the end' * (4) if boxas == NULL or has no boxes, this is a no-op. */ l_int32 boxaJoin(BOXA *boxad, BOXA *boxas, l_int32 istart, l_int32 iend) { l_int32 n, i; BOX *box; PROCNAME("boxaJoin"); if (!boxad) return ERROR_INT("boxad not defined", procName, 1); if (!boxas || ((n = boxaGetCount(boxas)) == 0)) return 0; if (istart < 0) istart = 0; if (iend < 0 || iend >= n) iend = n - 1; if (istart > iend) return ERROR_INT("istart > iend; nothing to add", procName, 1); for (i = istart; i <= iend; i++) { box = boxaGetBox(boxas, i, L_CLONE); boxaAddBox(boxad, box, L_INSERT); } return 0; } /*! * boxaaJoin() * * Input: baad (dest boxaa; add to this one) * baas (source boxaa; add from this one) * istart (starting index in baas) * iend (ending index in baas; use -1 to cat all) * Return: 0 if OK, 1 on error * * Notes: * (1) This appends a clone of each indicated boxa in baas to baad * (2) istart < 0 is taken to mean 'read from the start' (istart = 0) * (3) iend < 0 means 'read to the end' * (4) if baas == NULL, this is a no-op. */ l_int32 boxaaJoin(BOXAA *baad, BOXAA *baas, l_int32 istart, l_int32 iend) { l_int32 n, i; BOXA *boxa; PROCNAME("boxaaJoin"); if (!baad) return ERROR_INT("baad not defined", procName, 1); if (!baas) return 0; if (istart < 0) istart = 0; n = boxaaGetCount(baas); if (iend < 0 || iend >= n) iend = n - 1; if (istart > iend) return ERROR_INT("istart > iend; nothing to add", procName, 1); for (i = istart; i <= iend; i++) { boxa = boxaaGetBoxa(baas, i, L_CLONE); boxaaAddBoxa(baad, boxa, L_INSERT); } return 0; } /*! * boxaSplitEvenOdd() * * Input: boxa * fillflag (1 to put invalid boxes in place; 0 to omit) * &boxae, &boxao ( save even and odd boxes in their * separate boxa, setting the other type to invalid boxes.) * Return: 0 if OK, 1 on error * * Notes: * (1) If @fillflag == 1, boxae has copies of the even boxes * in their original location, and nvalid boxes are placed * in the odd array locations. And v.v. * (2) If @fillflag == 0, boxae has only copies of the even boxes. */ l_int32 boxaSplitEvenOdd(BOXA *boxa, l_int32 fillflag, BOXA **pboxae, BOXA **pboxao) { l_int32 i, n; BOX *box, *boxt; PROCNAME("boxaSplitEvenOdd"); if (!pboxae || !pboxao) return ERROR_INT("&boxae and &boxao not defined", procName, 1); *pboxae = *pboxao = NULL; if (!boxa) return ERROR_INT("boxa not defined", procName, 1); n = boxaGetCount(boxa); *pboxae = boxaCreate(n); *pboxao = boxaCreate(n); if (fillflag == 0) { /* don't fill with invalid boxes; end up with half-size boxa */ for (i = 0; i < n; i++) { box = boxaGetBox(boxa, i, L_COPY); if ((i & 1) == 0) boxaAddBox(*pboxae, box, L_INSERT); else boxaAddBox(*pboxao, box, L_INSERT); } } else { for (i = 0; i < n; i++) { box = boxaGetBox(boxa, i, L_COPY); boxt = boxCreate(0, 0, 0, 0); /* empty placeholder */ if ((i & 1) == 0) { boxaAddBox(*pboxae, box, L_INSERT); boxaAddBox(*pboxao, boxt, L_INSERT); } else { boxaAddBox(*pboxae, boxt, L_INSERT); boxaAddBox(*pboxao, box, L_INSERT); } } } return 0; } /*! * boxaMergeEvenOdd() * * Input: boxae (boxes to go in even positions in merged boxa) * boxao (boxes to go in odd positions in merged boxa) * fillflag (1 if there are invalid boxes in placeholders) * Return: boxad (merged), or null on error * * Notes: * (1) This is essentially the inverse of boxaSplitEvenOdd(). * Typically, boxae and boxao were generated by boxaSplitEvenOdd(), * and the value of @fillflag needs to be the same in both calls. * (2) If @fillflag == 1, both boxae and boxao are of the same size; * otherwise boxae may have one more box than boxao. */ BOXA * boxaMergeEvenOdd(BOXA *boxae, BOXA *boxao, l_int32 fillflag) { l_int32 i, n, ne, no; BOX *box; BOXA *boxad; PROCNAME("boxaMergeEvenOdd"); if (!boxae || !boxao) return (BOXA *)ERROR_PTR("boxae and boxao not defined", procName, NULL); ne = boxaGetCount(boxae); no = boxaGetCount(boxao); if (ne < no || ne > no + 1) return (BOXA *)ERROR_PTR("boxa sizes invalid", procName, NULL); boxad = boxaCreate(ne); if (fillflag == 0) { /* both are approx. half-sized; all valid boxes */ n = ne + no; for (i = 0; i < n; i++) { if ((i & 1) == 0) box = boxaGetBox(boxae, i / 2, L_COPY); else box = boxaGetBox(boxao, i / 2, L_COPY); boxaAddBox(boxad, box, L_INSERT); } } else { /* both are full size and have invalid placeholders */ for (i = 0; i < ne; i++) { if ((i & 1) == 0) box = boxaGetBox(boxae, i, L_COPY); else box = boxaGetBox(boxao, i, L_COPY); boxaAddBox(boxad, box, L_INSERT); } } return boxad; } leptonica-1.70/src/convolvelow.c0000640000175000017500000004267612244235265015035 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * convolvelow.c * * Grayscale block convolution * void blockconvLow() * void blockconvAccumLow() * * Binary block sum and rank filter * void blocksumLow() */ #include "allheaders.h" /*----------------------------------------------------------------------* * Grayscale Block Convolution * *----------------------------------------------------------------------*/ /*! * blockconvLow() * * Input: data (data of input image, to be convolved) * w, h, wpl * dataa (data of 32 bpp accumulator) * wpla (accumulator) * wc (convolution "half-width") * hc (convolution "half-height") * Return: void * * Notes: * (1) The full width and height of the convolution kernel * are (2 * wc + 1) and (2 * hc + 1). * (2) The lack of symmetry between the handling of the * first (hc + 1) lines and the last (hc) lines, * and similarly with the columns, is due to fact that * for the pixel at (x,y), the accumulator values are * taken at (x + wc, y + hc), (x - wc - 1, y + hc), * (x + wc, y - hc - 1) and (x - wc - 1, y - hc - 1). * (3) We compute sums, normalized as if there were no reduced * area at the boundary. This under-estimates the value * of the boundary pixels, so we multiply them by another * normalization factor that is greater than 1. * (4) This second normalization is done first for the first * hc + 1 lines; then for the last hc lines; and finally * for the first wc + 1 and last wc columns in the intermediate * lines. * (5) The caller should verify that wc < w and hc < h. * Under those conditions, illegal reads and writes can occur. * (6) Implementation note: to get the same results in the interior * between this function and pixConvolve(), it is necessary to * add 0.5 for roundoff in the main loop that runs over all pixels. * However, if we do that and have white (255) pixels near the * image boundary, some overflow occurs for pixels very close * to the boundary. We can't fix this by subtracting from the * normalized values for the boundary pixels, because this results * in underflow if the boundary pixels are black (0). Empirically, * adding 0.25 (instead of 0.5) before truncating in the main * loop will not cause overflow, but this gives some * off-by-1-level errors in interior pixel values. So we add * 0.5 for roundoff in the main loop, and for pixels within a * half filter width of the boundary, use a L_MIN of the * computed value and 255 to avoid overflow during normalization. */ void blockconvLow(l_uint32 *data, l_int32 w, l_int32 h, l_int32 wpl, l_uint32 *dataa, l_int32 wpla, l_int32 wc, l_int32 hc) { l_int32 i, j, imax, imin, jmax, jmin; l_int32 wn, hn, fwc, fhc, wmwc, hmhc; l_float32 norm, normh, normw; l_uint32 val; l_uint32 *linemina, *linemaxa, *line; PROCNAME("blockconvLow"); wmwc = w - wc; hmhc = h - hc; if (wmwc <= 0 || hmhc <= 0) { L_ERROR("wc >= w || hc >=h\n", procName); return; } fwc = 2 * wc + 1; fhc = 2 * hc + 1; norm = 1. / (fwc * fhc); /*------------------------------------------------------------* * compute, using b.c. only to set limits on the accum image * *------------------------------------------------------------*/ for (i = 0; i < h; i++) { imin = L_MAX(i - 1 - hc, 0); imax = L_MIN(i + hc, h - 1); line = data + wpl * i; linemina = dataa + wpla * imin; linemaxa = dataa + wpla * imax; for (j = 0; j < w; j++) { jmin = L_MAX(j - 1 - wc, 0); jmax = L_MIN(j + wc, w - 1); val = linemaxa[jmax] - linemaxa[jmin] + linemina[jmin] - linemina[jmax]; val = (l_uint8)(norm * val + 0.5); /* see comment above */ SET_DATA_BYTE(line, j, val); } } /*------------------------------------------------------------* * now fix normalization for boundary pixels * *------------------------------------------------------------*/ for (i = 0; i <= hc; i++) { /* first hc + 1 lines */ hn = hc + i; normh = (l_float32)fhc / (l_float32)hn; /* > 1 */ line = data + wpl * i; for (j = 0; j <= wc; j++) { wn = wc + j; normw = (l_float32)fwc / (l_float32)wn; /* > 1 */ val = GET_DATA_BYTE(line, j); val = (l_uint8)L_MIN(val * normh * normw, 255); SET_DATA_BYTE(line, j, val); } for (j = wc + 1; j < wmwc; j++) { val = GET_DATA_BYTE(line, j); val = (l_uint8)L_MIN(val * normh, 255); SET_DATA_BYTE(line, j, val); } for (j = wmwc; j < w; j++) { wn = wc + w - j; normw = (l_float32)fwc / (l_float32)wn; /* > 1 */ val = GET_DATA_BYTE(line, j); val = (l_uint8)L_MIN(val * normh * normw, 255); SET_DATA_BYTE(line, j, val); } } for (i = hmhc; i < h; i++) { /* last hc lines */ hn = hc + h - i; normh = (l_float32)fhc / (l_float32)hn; /* > 1 */ line = data + wpl * i; for (j = 0; j <= wc; j++) { wn = wc + j; normw = (l_float32)fwc / (l_float32)wn; /* > 1 */ val = GET_DATA_BYTE(line, j); val = (l_uint8)L_MIN(val * normh * normw, 255); SET_DATA_BYTE(line, j, val); } for (j = wc + 1; j < wmwc; j++) { val = GET_DATA_BYTE(line, j); val = (l_uint8)L_MIN(val * normh, 255); SET_DATA_BYTE(line, j, val); } for (j = wmwc; j < w; j++) { wn = wc + w - j; normw = (l_float32)fwc / (l_float32)wn; /* > 1 */ val = GET_DATA_BYTE(line, j); val = (l_uint8)L_MIN(val * normh * normw, 255); SET_DATA_BYTE(line, j, val); } } for (i = hc + 1; i < hmhc; i++) { /* intermediate lines */ line = data + wpl * i; for (j = 0; j <= wc; j++) { /* first wc + 1 columns */ wn = wc + j; normw = (l_float32)fwc / (l_float32)wn; /* > 1 */ val = GET_DATA_BYTE(line, j); val = (l_uint8)L_MIN(val * normw, 255); SET_DATA_BYTE(line, j, val); } for (j = wmwc; j < w; j++) { /* last wc columns */ wn = wc + w - j; normw = (l_float32)fwc / (l_float32)wn; /* > 1 */ val = GET_DATA_BYTE(line, j); val = (l_uint8)L_MIN(val * normw, 255); SET_DATA_BYTE(line, j, val); } } return; } /* * blockconvAccumLow() * * Input: datad (32 bpp dest) * w, h, wpld (of 32 bpp dest) * datas (1, 8 or 32 bpp src) * d (bpp of src) * wpls (of src) * Return: void * * Notes: * (1) The general recursion relation is * a(i,j) = v(i,j) + a(i-1, j) + a(i, j-1) - a(i-1, j-1) * For the first line, this reduces to the special case * a(i,j) = v(i,j) + a(i, j-1) * For the first column, the special case is * a(i,j) = v(i,j) + a(i-1, j) */ void blockconvAccumLow(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 d, l_int32 wpls) { l_uint8 val; l_int32 i, j; l_uint32 val32; l_uint32 *lines, *lined, *linedp; PROCNAME("blockconvAccumLow"); lines = datas; lined = datad; if (d == 1) { /* Do the first line */ for (j = 0; j < w; j++) { val = GET_DATA_BIT(lines, j); if (j == 0) lined[0] = val; else lined[j] = lined[j - 1] + val; } /* Do the other lines */ for (i = 1; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; /* curr dest line */ linedp = lined - wpld; /* prev dest line */ for (j = 0; j < w; j++) { val = GET_DATA_BIT(lines, j); if (j == 0) lined[0] = val + linedp[0]; else lined[j] = val + lined[j - 1] + linedp[j] - linedp[j - 1]; } } } else if (d == 8) { /* Do the first line */ for (j = 0; j < w; j++) { val = GET_DATA_BYTE(lines, j); if (j == 0) lined[0] = val; else lined[j] = lined[j - 1] + val; } /* Do the other lines */ for (i = 1; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; /* curr dest line */ linedp = lined - wpld; /* prev dest line */ for (j = 0; j < w; j++) { val = GET_DATA_BYTE(lines, j); if (j == 0) lined[0] = val + linedp[0]; else lined[j] = val + lined[j - 1] + linedp[j] - linedp[j - 1]; } } } else if (d == 32) { /* Do the first line */ for (j = 0; j < w; j++) { val32 = lines[j]; if (j == 0) lined[0] = val32; else lined[j] = lined[j - 1] + val32; } /* Do the other lines */ for (i = 1; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; /* curr dest line */ linedp = lined - wpld; /* prev dest line */ for (j = 0; j < w; j++) { val32 = lines[j]; if (j == 0) lined[0] = val32 + linedp[0]; else lined[j] = val32 + lined[j - 1] + linedp[j] - linedp[j - 1]; } } } else { L_ERROR("depth not 1, 8 or 32 bpp\n", procName); } return; } /*----------------------------------------------------------------------* * Binary Block Sum/Rank * *----------------------------------------------------------------------*/ /*! * blocksumLow() * * Input: datad (of 8 bpp dest) * w, h, wpl (of 8 bpp dest) * dataa (of 32 bpp accum) * wpla (of 32 bpp accum) * wc, hc (convolution "half-width" and "half-height") * Return: void * * Notes: * (1) The full width and height of the convolution kernel * are (2 * wc + 1) and (2 * hc + 1). * (2) The lack of symmetry between the handling of the * first (hc + 1) lines and the last (hc) lines, * and similarly with the columns, is due to fact that * for the pixel at (x,y), the accumulator values are * taken at (x + wc, y + hc), (x - wc - 1, y + hc), * (x + wc, y - hc - 1) and (x - wc - 1, y - hc - 1). * (3) Compute sums of ON pixels within the block filter size, * normalized between 0 and 255, as if there were no reduced * area at the boundary. This under-estimates the value * of the boundary pixels, so we multiply them by another * normalization factor that is greater than 1. * (4) This second normalization is done first for the first * hc + 1 lines; then for the last hc lines; and finally * for the first wc + 1 and last wc columns in the intermediate * lines. * (5) The caller should verify that wc < w and hc < h. * Under those conditions, illegal reads and writes can occur. */ void blocksumLow(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpl, l_uint32 *dataa, l_int32 wpla, l_int32 wc, l_int32 hc) { l_int32 i, j, imax, imin, jmax, jmin; l_int32 wn, hn, fwc, fhc, wmwc, hmhc; l_float32 norm, normh, normw; l_uint32 val; l_uint32 *linemina, *linemaxa, *lined; PROCNAME("blocksumLow"); wmwc = w - wc; hmhc = h - hc; if (wmwc <= 0 || hmhc <= 0) { L_ERROR("wc >= w || hc >=h\n", procName); return; } fwc = 2 * wc + 1; fhc = 2 * hc + 1; norm = 255. / (fwc * fhc); /*------------------------------------------------------------* * compute, using b.c. only to set limits on the accum image * *------------------------------------------------------------*/ for (i = 0; i < h; i++) { imin = L_MAX(i - 1 - hc, 0); imax = L_MIN(i + hc, h - 1); lined = datad + wpl * i; linemina = dataa + wpla * imin; linemaxa = dataa + wpla * imax; for (j = 0; j < w; j++) { jmin = L_MAX(j - 1 - wc, 0); jmax = L_MIN(j + wc, w - 1); val = linemaxa[jmax] - linemaxa[jmin] - linemina[jmax] + linemina[jmin]; val = (l_uint8)(norm * val); SET_DATA_BYTE(lined, j, val); } } /*------------------------------------------------------------* * now fix normalization for boundary pixels * *------------------------------------------------------------*/ for (i = 0; i <= hc; i++) { /* first hc + 1 lines */ hn = hc + i; normh = (l_float32)fhc / (l_float32)hn; /* > 1 */ lined = datad + wpl * i; for (j = 0; j <= wc; j++) { wn = wc + j; normw = (l_float32)fwc / (l_float32)wn; /* > 1 */ val = GET_DATA_BYTE(lined, j); val = (l_uint8)(val * normh * normw); SET_DATA_BYTE(lined, j, val); } for (j = wc + 1; j < wmwc; j++) { val = GET_DATA_BYTE(lined, j); val = (l_uint8)(val * normh); SET_DATA_BYTE(lined, j, val); } for (j = wmwc; j < w; j++) { wn = wc + w - j; normw = (l_float32)fwc / (l_float32)wn; /* > 1 */ val = GET_DATA_BYTE(lined, j); val = (l_uint8)(val * normh * normw); SET_DATA_BYTE(lined, j, val); } } for (i = hmhc; i < h; i++) { /* last hc lines */ hn = hc + h - i; normh = (l_float32)fhc / (l_float32)hn; /* > 1 */ lined = datad + wpl * i; for (j = 0; j <= wc; j++) { wn = wc + j; normw = (l_float32)fwc / (l_float32)wn; /* > 1 */ val = GET_DATA_BYTE(lined, j); val = (l_uint8)(val * normh * normw); SET_DATA_BYTE(lined, j, val); } for (j = wc + 1; j < wmwc; j++) { val = GET_DATA_BYTE(lined, j); val = (l_uint8)(val * normh); SET_DATA_BYTE(lined, j, val); } for (j = wmwc; j < w; j++) { wn = wc + w - j; normw = (l_float32)fwc / (l_float32)wn; /* > 1 */ val = GET_DATA_BYTE(lined, j); val = (l_uint8)(val * normh * normw); SET_DATA_BYTE(lined, j, val); } } for (i = hc + 1; i < hmhc; i++) { /* intermediate lines */ lined = datad + wpl * i; for (j = 0; j <= wc; j++) { /* first wc + 1 columns */ wn = wc + j; normw = (l_float32)fwc / (l_float32)wn; /* > 1 */ val = GET_DATA_BYTE(lined, j); val = (l_uint8)(val * normw); SET_DATA_BYTE(lined, j, val); } for (j = wmwc; j < w; j++) { /* last wc columns */ wn = wc + w - j; normw = (l_float32)fwc / (l_float32)wn; /* > 1 */ val = GET_DATA_BYTE(lined, j); val = (l_uint8)(val * normw); SET_DATA_BYTE(lined, j, val); } } return; } leptonica-1.70/src/seedfill.c0000644000175000017500000017346412244230733014246 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * seedfill.c * * Binary seedfill (source: Luc Vincent) * PIX *pixSeedfillBinary() * PIX *pixSeedfillBinaryRestricted() * * Applications of binary seedfill to find and fill holes, * remove c.c. touching the border and fill bg from border: * PIX *pixHolesByFilling() * PIX *pixFillClosedBorders() * PIX *pixExtractBorderConnComps() * PIX *pixRemoveBorderConnComps() * PIX *pixFillBgFromBorder() * * Hole-filling of components to bounding rectangle * PIX *pixFillHolesToBoundingRect() * * Gray seedfill (source: Luc Vincent:fast-hybrid-grayscale-reconstruction) * l_int32 pixSeedfillGray() * l_int32 pixSeedfillGrayInv() * * Gray seedfill (source: Luc Vincent: sequential-reconstruction algorithm) * l_int32 pixSeedfillGraySimple() * l_int32 pixSeedfillGrayInvSimple() * * Gray seedfill variations * PIX *pixSeedfillGrayBasin() * * Distance function (source: Luc Vincent) * PIX *pixDistanceFunction() * * Seed spread (based on distance function) * PIX *pixSeedspread() * * Local extrema: * l_int32 pixLocalExtrema() * static l_int32 pixQualifyLocalMinima() * l_int32 pixSelectedLocalExtrema() * PIX *pixFindEqualValues() * * Selection of minima in mask of connected components * PTA *pixSelectMinInConnComp() * * Removal of seeded connected components from a mask * PIX *pixRemoveSeededComponents() * * * ITERATIVE RASTER-ORDER SEEDFILL * * The basic method in the Vincent seedfill (aka reconstruction) * algorithm is simple. We describe here the situation for * binary seedfill. Pixels are sampled in raster order in * the seed image. If they are 4-connected to ON pixels * either directly above or to the left, and are not masked * out by the mask image, they are turned on (or remain on). * (Ditto for 8-connected, except you need to check 3 pixels * on the previous line as well as the pixel to the left * on the current line. This is extra computational work * for relatively little gain, so it is preferable * in most situations to use the 4-connected version.) * The algorithm proceeds from UR to LL of the image, and * then reverses and sweeps up from LL to UR. * These double sweeps are iterated until there is no change. * At this point, the seed has entirely filled the region it * is allowed to, as delimited by the mask image. * * The grayscale seedfill is a straightforward generalization * of the binary seedfill, and is described in seedfillLowGray(). * * For some applications, the filled seed will later be OR'd * with the negative of the mask. This is used, for example, * when you flood fill into a 4-connected region of OFF pixels * and you want the result after those pixels are turned ON. * * Note carefully that the mask we use delineates which pixels * are allowed to be ON as the seed is filled. We will call this * a "filling mask". As the seed expands, it is repeatedly * ANDed with the filling mask: s & fm. The process can equivalently * be formulated using the inverse of the filling mask, which * we will call a "blocking mask": bm = ~fm. As the seed * expands, the blocking mask is repeatedly used to prevent * the seed from expanding into the blocking mask. This is done * by set subtracting the blocking mask from the expanded seed: * s - bm. Set subtraction of the blocking mask is equivalent * to ANDing with the inverse of the blocking mask: s & (~bm). * But from the inverse relation between blocking and filling * masks, this is equal to s & fm, which proves the equivalence. * * For efficiency, the pixels can be taken in larger units * for processing, but still in raster order. It is natural * to take them in 32-bit words. The outline of the work * to be done for 4-cc (not including special cases for boundary * words, such as the first line or the last word in each line) * is as follows. Let the filling mask be m. The * seed is to fill "under" the mask; i.e., limited by an AND * with the mask. Let the current word be w, the word * in the line above be wa, and the previous word in the * current line be wp. Let t be a temporary word that * is used in computation. Note that masking is performed by * w & m. (If we had instead used a "blocking" mask, we * would perform masking by the set subtraction operation, * w - m, which is defined to be w & ~m.) * * The entire operation can be implemented with shifts, * logical operations and tests. For each word in the seed image * there are two steps. The first step is to OR the word with * the word above and with the rightmost pixel in wp (call it "x"). * Because wp is shifted one pixel to its right, "x" is ORed * to the leftmost pixel of w. We then clip to the ON pixels in * the mask. The result is * t <-- (w | wa | x000... ) & m * We've now finished taking data from above and to the left. * The second step is to allow filling to propagate horizontally * in t, always making sure that it is properly masked at each * step. So if filling can be done (i.e., t is neither all 0s * nor all 1s), iteratively take: * t <-- (t | (t >> 1) | (t << 1)) & m * until t stops changing. Then write t back into w. * * Finally, the boundary conditions require we note that in doing * the above steps: * (a) The words in the first row have no wa * (b) The first word in each row has no wp in that row * (c) The last word in each row must be masked so that * pixels don't propagate beyond the right edge of the * actual image. (This is easily accomplished by * setting the out-of-bound pixels in m to OFF.) */ #include "allheaders.h" #ifndef NO_CONSOLE_IO #define DEBUG_PRINT_ITERS 0 #endif /* ~NO_CONSOLE_IO */ /* Two-way (UL --> LR, LR --> UL) sweep iterations; typically need only 4 */ static const l_int32 MAX_ITERS = 40; /* Static function */ static l_int32 pixQualifyLocalMinima(PIX *pixs, PIX *pixm, l_int32 maxval); /*-----------------------------------------------------------------------* * Vincent's Iterative Binary Seedfill method * *-----------------------------------------------------------------------*/ /*! * pixSeedfillBinary() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs; 1 bpp) * pixs (1 bpp seed) * pixm (1 bpp filling mask) * connectivity (4 or 8) * Return: pixd always * * Notes: * (1) This is for binary seedfill (aka "binary reconstruction"). * (2) There are 3 cases: * (a) pixd == null (make a new pixd) * (b) pixd == pixs (in-place) * (c) pixd != pixs * (3) If you know the case, use these patterns for clarity: * (a) pixd = pixSeedfillBinary(NULL, pixs, ...); * (b) pixSeedfillBinary(pixs, pixs, ...); * (c) pixSeedfillBinary(pixd, pixs, ...); * (4) The resulting pixd contains the filled seed. For some * applications you want to OR it with the inverse of * the filling mask. * (5) The input seed and mask images can be different sizes, but * in typical use the difference, if any, would be only * a few pixels in each direction. If the sizes differ, * the clipping is handled by the low-level function * seedfillBinaryLow(). */ PIX * pixSeedfillBinary(PIX *pixd, PIX *pixs, PIX *pixm, l_int32 connectivity) { l_int32 i, boolval; l_int32 hd, hm, wpld, wplm; l_uint32 *datad, *datam; PIX *pixt; PROCNAME("pixSeedfillBinary"); if (!pixs || pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs undefined or not 1 bpp", procName, pixd); if (!pixm || pixGetDepth(pixm) != 1) return (PIX *)ERROR_PTR("pixm undefined or not 1 bpp", procName, pixd); if (connectivity != 4 && connectivity != 8) return (PIX *)ERROR_PTR("connectivity not in {4,8}", procName, pixd); /* Prepare pixd as a copy of pixs if not identical */ if ((pixd = pixCopy(pixd, pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); /* pixt is used to test for completion */ if ((pixt = pixCreateTemplate(pixs)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, pixd); hd = pixGetHeight(pixd); hm = pixGetHeight(pixm); /* included so seedfillBinaryLow() can clip */ datad = pixGetData(pixd); datam = pixGetData(pixm); wpld = pixGetWpl(pixd); wplm = pixGetWpl(pixm); pixSetPadBits(pixm, 0); for (i = 0; i < MAX_ITERS; i++) { pixCopy(pixt, pixd); seedfillBinaryLow(datad, hd, wpld, datam, hm, wplm, connectivity); pixEqual(pixd, pixt, &boolval); if (boolval == 1) { #if DEBUG_PRINT_ITERS fprintf(stderr, "Binary seed fill converged: %d iters\n", i + 1); #endif /* DEBUG_PRINT_ITERS */ break; } } pixDestroy(&pixt); return pixd; } /*! * pixSeedfillBinaryRestricted() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs; 1 bpp) * pixs (1 bpp seed) * pixm (1 bpp filling mask) * connectivity (4 or 8) * xmax (max distance in x direction of fill into the mask) * ymax (max distance in y direction of fill into the mask) * Return: pixd always * * Notes: * (1) See usage for pixSeedfillBinary(), which has unrestricted fill. * In pixSeedfillBinary(), the filling distance is unrestricted * and can be larger than pixs, depending on the topology of * th mask. * (2) There are occasions where it is useful not to permit the * fill to go more than a certain distance into the mask. * @xmax specifies the maximum horizontal distance allowed * in the fill; @ymax does likewise in the vertical direction. * (3) Operationally, the max "distance" allowed for the fill * is a linear distance from the original seed, independent * of the actual mask topology. * (4) Another formulation of this problem, not implemented, * would use the manhattan distance from the seed, as * determined by a breadth-first search starting at the seed * boundaries and working outward where the mask fg allows. * How this might use the constraints of separate xmax and ymax * is not clear. */ PIX * pixSeedfillBinaryRestricted(PIX *pixd, PIX *pixs, PIX *pixm, l_int32 connectivity, l_int32 xmax, l_int32 ymax) { l_int32 w, h; PIX *pixr, *pixt; PROCNAME("pixSeedfillBinaryRestricted"); if (xmax <= 0 && ymax <= 0) /* no filling permitted */ return pixClone(pixs); if (xmax < 0 || ymax < 0) return (PIX *)ERROR_PTR("pixt not made", procName, pixd); /* Full fill from the seed into the mask. */ if ((pixt = pixSeedfillBinary(NULL, pixs, pixm, connectivity)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, pixd); /* Dilate the seed. This gives the maximal region where changes * are permitted. Invert to get the region where pixs is * not allowed to change. */ pixr = pixDilateCompBrick(NULL, pixs, 2 * xmax + 1, 2 * ymax + 1); pixInvert(pixr, pixr); /* Blank the region of pixt specified by the fg of pixr. * This is not the final result, because it may have fg that * is not accessible from the seed in the restricted distance. * There we treat this as a new mask, and eliminate the * bad fg regions by doing a second seedfill from the original seed. */ pixGetDimensions(pixs, &w, &h, NULL); pixRasterop(pixt, 0, 0, w, h, PIX_DST & PIX_NOT(PIX_SRC), pixr, 0, 0); /* Fill again from the seed, into this new mask. */ pixd = pixSeedfillBinary(pixd, pixs, pixt, connectivity); pixDestroy(&pixt); pixDestroy(&pixr); return pixd; } /*! * pixHolesByFilling() * * Input: pixs (1 bpp) * connectivity (4 or 8) * Return: pixd (inverted image of all holes), or null on error * * Action: * (1) Start with 1-pixel black border on otherwise white pixd * (2) Use the inverted pixs as the filling mask to fill in * all the pixels from the border to the pixs foreground * (3) OR the result with pixs to have an image with all * ON pixels except for the holes. * (4) Invert the result to get the holes as foreground * * Notes: * (1) To get 4-c.c. holes of the 8-c.c. as foreground, use * 4-connected filling; to get 8-c.c. holes of the 4-c.c. * as foreground, use 8-connected filling. */ PIX * pixHolesByFilling(PIX *pixs, l_int32 connectivity) { PIX *pixsi, *pixd; PROCNAME("pixHolesByFilling"); if (!pixs || pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); if (connectivity != 4 && connectivity != 8) return (PIX *)ERROR_PTR("connectivity not 4 or 8", procName, NULL); if ((pixd = pixCreateTemplate(pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); if ((pixsi = pixInvert(NULL, pixs)) == NULL) return (PIX *)ERROR_PTR("pixsi not made", procName, NULL); pixSetOrClearBorder(pixd, 1, 1, 1, 1, PIX_SET); pixSeedfillBinary(pixd, pixd, pixsi, connectivity); pixOr(pixd, pixd, pixs); pixInvert(pixd, pixd); pixDestroy(&pixsi); return pixd; } /*! * pixFillClosedBorders() * * Input: pixs (1 bpp) * filling connectivity (4 or 8) * Return: pixd (all topologically outer closed borders are filled * as connected comonents), or null on error * * Notes: * (1) Start with 1-pixel black border on otherwise white pixd * (2) Subtract input pixs to remove border pixels that were * also on the closed border * (3) Use the inverted pixs as the filling mask to fill in * all the pixels from the outer border to the closed border * on pixs * (4) Invert the result to get the filled component, including * the input border * (5) If the borders are 4-c.c., use 8-c.c. filling, and v.v. * (6) Closed borders within c.c. that represent holes, etc., are filled. */ PIX * pixFillClosedBorders(PIX *pixs, l_int32 connectivity) { PIX *pixsi, *pixd; PROCNAME("pixFillClosedBorders"); if (!pixs || pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); if (connectivity != 4 && connectivity != 8) return (PIX *)ERROR_PTR("connectivity not 4 or 8", procName, NULL); if ((pixd = pixCreateTemplate(pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixSetOrClearBorder(pixd, 1, 1, 1, 1, PIX_SET); pixSubtract(pixd, pixd, pixs); if ((pixsi = pixInvert(NULL, pixs)) == NULL) return (PIX *)ERROR_PTR("pixsi not made", procName, NULL); pixSeedfillBinary(pixd, pixd, pixsi, connectivity); pixInvert(pixd, pixd); pixDestroy(&pixsi); return pixd; } /*! * pixExtractBorderConnComps() * * Input: pixs (1 bpp) * filling connectivity (4 or 8) * Return: pixd (all pixels in the src that are in connected * components touching the border), or null on error */ PIX * pixExtractBorderConnComps(PIX *pixs, l_int32 connectivity) { PIX *pixd; PROCNAME("pixExtractBorderConnComps"); if (!pixs || pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); if (connectivity != 4 && connectivity != 8) return (PIX *)ERROR_PTR("connectivity not 4 or 8", procName, NULL); /* Start with 1 pixel wide black border as seed in pixd */ if ((pixd = pixCreateTemplate(pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixSetOrClearBorder(pixd, 1, 1, 1, 1, PIX_SET); /* Fill in pixd from the seed, using pixs as the filling mask. * This fills all components from pixs that are touching the border. */ pixSeedfillBinary(pixd, pixd, pixs, connectivity); return pixd; } /*! * pixRemoveBorderConnComps() * * Input: pixs (1 bpp) * filling connectivity (4 or 8) * Return: pixd (all pixels in the src that are not touching the * border) or null on error * * Notes: * (1) This removes all fg components touching the border. */ PIX * pixRemoveBorderConnComps(PIX *pixs, l_int32 connectivity) { PIX *pixd; PROCNAME("pixRemoveBorderConnComps"); if (!pixs || pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); if (connectivity != 4 && connectivity != 8) return (PIX *)ERROR_PTR("connectivity not 4 or 8", procName, NULL); /* Fill from a 1 pixel wide seed at the border into all components * in pixs (the filling mask) that are touching the border */ pixd = pixExtractBorderConnComps(pixs, connectivity); /* Save in pixd only those components in pixs not touching the border */ pixXor(pixd, pixd, pixs); return pixd; } /*! * pixFillBgFromBorder() * * Input: pixs (1 bpp) * filling connectivity (4 or 8) * Return: pixd (with the background c.c. touching the border * filled to foreground), or null on error * * Notes: * (1) This fills all bg components touching the border to fg. * It is the photometric inverse of pixRemoveBorderConnComps(). * (2) Invert the result to get the "holes" left after this fill. * This can be done multiple times, extracting holes within * holes after each pair of fillings. Specifically, this code * peels away n successive embeddings of components: * pix1 = * for (i = 0; i < 2 * n; i++) { * pix2 = pixFillBgFromBorder(pix1, 8); * pixInvert(pix2, pix2); * pixDestroy(&pix1); * pix1 = pix2; * } */ PIX * pixFillBgFromBorder(PIX *pixs, l_int32 connectivity) { PIX *pixd; PROCNAME("pixFillBgFromBorder"); if (!pixs || pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); if (connectivity != 4 && connectivity != 8) return (PIX *)ERROR_PTR("connectivity not 4 or 8", procName, NULL); /* Invert to turn bg touching the border to a fg component. * Extract this by filling from a 1 pixel wide seed at the border. */ pixInvert(pixs, pixs); pixd = pixExtractBorderConnComps(pixs, connectivity); pixInvert(pixs, pixs); /* restore pixs */ /* Bit-or the filled bg component with pixs */ pixOr(pixd, pixd, pixs); return pixd; } /*-----------------------------------------------------------------------* * Hole-filling of components to bounding rectangle * *-----------------------------------------------------------------------*/ /*! * pixFillHolesToBoundingRect() * * Input: pixs (1 bpp) * minsize (min number of pixels in the hole) * maxhfract (max hole area as fraction of fg pixels in the cc) * minfgfract (min fg area as fraction of bounding rectangle) * Return: pixd (pixs, with some holes possibly filled and some c.c. * possibly expanded to their bounding rects), * or null on error * * Notes: * (1) This does not fill holes that are smaller in area than 'minsize'. * (2) This does not fill holes with an area larger than * 'maxhfract' times the fg area of the c.c. * (3) This does not expand the fg of the c.c. to bounding rect if * the fg area is less than 'minfgfract' times the area of the * bounding rect. * (4) The decisions are made as follows: * - Decide if we are filling the holes; if so, when using * the fg area, include the filled holes. * - Decide based on the fg area if we are filling to a bounding rect. * If so, do it. * If not, fill the holes if the condition is satisfied. * (5) The choice of minsize depends on the resolution. * (6) For solidifying image mask regions on printed materials, * which tend to be rectangular, values for maxhfract * and minfgfract around 0.5 are reasonable. */ PIX * pixFillHolesToBoundingRect(PIX *pixs, l_int32 minsize, l_float32 maxhfract, l_float32 minfgfract) { l_int32 i, x, y, w, h, n, nfg, nh, ntot, area; l_int32 *tab; l_float32 hfract; /* measured hole fraction */ l_float32 fgfract; /* measured fg fraction */ BOXA *boxa; PIX *pixd, *pixfg, *pixh; PIXA *pixa; PROCNAME("pixFillHolesToBoundingRect"); if (!pixs || pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); pixd = pixCopy(NULL, pixs); boxa = pixConnComp(pixd, &pixa, 8); n = boxaGetCount(boxa); tab = makePixelSumTab8(); for (i = 0; i < n; i++) { boxaGetBoxGeometry(boxa, i, &x, &y, &w, &h); area = w * h; if (area < minsize) continue; pixfg = pixaGetPix(pixa, i, L_COPY); pixh = pixHolesByFilling(pixfg, 4); /* holes only */ pixCountPixels(pixfg, &nfg, tab); pixCountPixels(pixh, &nh, tab); hfract = (l_float32)nh / (l_float32)nfg; ntot = nfg; if (hfract <= maxhfract) /* we will fill the holes (at least) */ ntot = nfg + nh; fgfract = (l_float32)ntot / (l_float32)area; if (fgfract >= minfgfract) { /* fill to bounding rect */ pixSetAll(pixfg); pixRasterop(pixd, x, y, w, h, PIX_SRC, pixfg, 0, 0); } else if (hfract <= maxhfract) { /* fill just the holes */ pixRasterop(pixd, x, y, w, h, PIX_DST | PIX_SRC , pixh, 0, 0); } pixDestroy(&pixfg); pixDestroy(&pixh); } boxaDestroy(&boxa); pixaDestroy(&pixa); FREE(tab); return pixd; } /*-----------------------------------------------------------------------* * Vincent's hybrid Grayscale Seedfill method * *-----------------------------------------------------------------------*/ /*! * pixSeedfillGray() * * Input: pixs (8 bpp seed; filled in place) * pixm (8 bpp filling mask) * connectivity (4 or 8) * Return: 0 if OK, 1 on error * * Notes: * (1) This is an in-place filling operation on the seed, pixs, * where the clipping mask is always above or at the level * of the seed as it is filled. * (2) For details of the operation, see the description in * seedfillGrayLow() and the code there. * (3) As an example of use, see the description in pixHDome(). * There, the seed is an image where each pixel is a fixed * amount smaller than the corresponding mask pixel. * (4) Reference paper : * L. Vincent, Morphological grayscale reconstruction in image * analysis: applications and efficient algorithms, IEEE Transactions * on Image Processing, vol. 2, no. 2, pp. 176-201, 1993. */ l_int32 pixSeedfillGray(PIX *pixs, PIX *pixm, l_int32 connectivity) { l_int32 h, w, wpls, wplm; l_uint32 *datas, *datam; PROCNAME("pixSeedfillGray"); if (!pixs || pixGetDepth(pixs) != 8) return ERROR_INT("pixs not defined or not 8 bpp", procName, 1); if (!pixm || pixGetDepth(pixm) != 8) return ERROR_INT("pixm not defined or not 8 bpp", procName, 1); if (connectivity != 4 && connectivity != 8) return ERROR_INT("connectivity not in {4,8}", procName, 1); /* Make sure the sizes of seed and mask images are the same */ if (pixSizesEqual(pixs, pixm) == 0) return ERROR_INT("pixs and pixm sizes differ", procName, 1); datas = pixGetData(pixs); datam = pixGetData(pixm); wpls = pixGetWpl(pixs); wplm = pixGetWpl(pixm); pixGetDimensions(pixs, &w, &h, NULL); seedfillGrayLow(datas, w, h, wpls, datam, wplm, connectivity); return 0; } /*! * pixSeedfillGrayInv() * * Input: pixs (8 bpp seed; filled in place) * pixm (8 bpp filling mask) * connectivity (4 or 8) * Return: 0 if OK, 1 on error * * Notes: * (1) This is an in-place filling operation on the seed, pixs, * where the clipping mask is always below or at the level * of the seed as it is filled. Think of filling up a basin * to a particular level, given by the maximum seed value * in the basin. Outside the filled region, the mask * is above the filling level. * (2) Contrast this with pixSeedfillGray(), where the clipping mask * is always above or at the level of the fill. An example * of its use is the hdome fill, where the seed is an image * where each pixel is a fixed amount smaller than the * corresponding mask pixel. * (3) The basin fill, pixSeedfillGrayBasin(), is a special case * where the seed pixel values are generated from the mask, * and where the implementation uses pixSeedfillGray() by * inverting both the seed and mask. */ l_int32 pixSeedfillGrayInv(PIX *pixs, PIX *pixm, l_int32 connectivity) { l_int32 h, w, wpls, wplm; l_uint32 *datas, *datam; PROCNAME("pixSeedfillGrayInv"); if (!pixs || pixGetDepth(pixs) != 8) return ERROR_INT("pixs not defined or not 8 bpp", procName, 1); if (!pixm || pixGetDepth(pixm) != 8) return ERROR_INT("pixm not defined or not 8 bpp", procName, 1); if (connectivity != 4 && connectivity != 8) return ERROR_INT("connectivity not in {4,8}", procName, 1); /* Make sure the sizes of seed and mask images are the same */ if (pixSizesEqual(pixs, pixm) == 0) return ERROR_INT("pixs and pixm sizes differ", procName, 1); datas = pixGetData(pixs); datam = pixGetData(pixm); wpls = pixGetWpl(pixs); wplm = pixGetWpl(pixm); pixGetDimensions(pixs, &w, &h, NULL); seedfillGrayInvLow(datas, w, h, wpls, datam, wplm, connectivity); return 0; } /*-----------------------------------------------------------------------* * Vincent's Iterative Grayscale Seedfill method * *-----------------------------------------------------------------------*/ /*! * pixSeedfillGraySimple() * * Input: pixs (8 bpp seed; filled in place) * pixm (8 bpp filling mask) * connectivity (4 or 8) * Return: 0 if OK, 1 on error * * Notes: * (1) This is an in-place filling operation on the seed, pixs, * where the clipping mask is always above or at the level * of the seed as it is filled. * (2) For details of the operation, see the description in * seedfillGrayLowSimple() and the code there. * (3) As an example of use, see the description in pixHDome(). * There, the seed is an image where each pixel is a fixed * amount smaller than the corresponding mask pixel. * (4) Reference paper : * L. Vincent, Morphological grayscale reconstruction in image * analysis: applications and efficient algorithms, IEEE Transactions * on Image Processing, vol. 2, no. 2, pp. 176-201, 1993. */ l_int32 pixSeedfillGraySimple(PIX *pixs, PIX *pixm, l_int32 connectivity) { l_int32 i, h, w, wpls, wplm, boolval; l_uint32 *datas, *datam; PIX *pixt; PROCNAME("pixSeedfillGraySimple"); if (!pixs || pixGetDepth(pixs) != 8) return ERROR_INT("pixs not defined or not 8 bpp", procName, 1); if (!pixm || pixGetDepth(pixm) != 8) return ERROR_INT("pixm not defined or not 8 bpp", procName, 1); if (connectivity != 4 && connectivity != 8) return ERROR_INT("connectivity not in {4,8}", procName, 1); /* Make sure the sizes of seed and mask images are the same */ if (pixSizesEqual(pixs, pixm) == 0) return ERROR_INT("pixs and pixm sizes differ", procName, 1); /* This is used to test for completion */ if ((pixt = pixCreateTemplate(pixs)) == NULL) return ERROR_INT("pixt not made", procName, 1); datas = pixGetData(pixs); datam = pixGetData(pixm); wpls = pixGetWpl(pixs); wplm = pixGetWpl(pixm); pixGetDimensions(pixs, &w, &h, NULL); for (i = 0; i < MAX_ITERS; i++) { pixCopy(pixt, pixs); seedfillGrayLowSimple(datas, w, h, wpls, datam, wplm, connectivity); pixEqual(pixs, pixt, &boolval); if (boolval == 1) { #if DEBUG_PRINT_ITERS L_INFO("Gray seed fill converged: %d iters\n", procName, i + 1); #endif /* DEBUG_PRINT_ITERS */ break; } } pixDestroy(&pixt); return 0; } /*! * pixSeedfillGrayInvSimple() * * Input: pixs (8 bpp seed; filled in place) * pixm (8 bpp filling mask) * connectivity (4 or 8) * Return: 0 if OK, 1 on error * * Notes: * (1) This is an in-place filling operation on the seed, pixs, * where the clipping mask is always below or at the level * of the seed as it is filled. Think of filling up a basin * to a particular level, given by the maximum seed value * in the basin. Outside the filled region, the mask * is above the filling level. * (2) Contrast this with pixSeedfillGraySimple(), where the clipping mask * is always above or at the level of the fill. An example * of its use is the hdome fill, where the seed is an image * where each pixel is a fixed amount smaller than the * corresponding mask pixel. */ l_int32 pixSeedfillGrayInvSimple(PIX *pixs, PIX *pixm, l_int32 connectivity) { l_int32 i, h, w, wpls, wplm, boolval; l_uint32 *datas, *datam; PIX *pixt; PROCNAME("pixSeedfillGrayInvSimple"); if (!pixs || pixGetDepth(pixs) != 8) return ERROR_INT("pixs not defined or not 8 bpp", procName, 1); if (!pixm || pixGetDepth(pixm) != 8) return ERROR_INT("pixm not defined or not 8 bpp", procName, 1); if (connectivity != 4 && connectivity != 8) return ERROR_INT("connectivity not in {4,8}", procName, 1); /* Make sure the sizes of seed and mask images are the same */ if (pixSizesEqual(pixs, pixm) == 0) return ERROR_INT("pixs and pixm sizes differ", procName, 1); /* This is used to test for completion */ if ((pixt = pixCreateTemplate(pixs)) == NULL) return ERROR_INT("pixt not made", procName, 1); datas = pixGetData(pixs); datam = pixGetData(pixm); wpls = pixGetWpl(pixs); wplm = pixGetWpl(pixm); pixGetDimensions(pixs, &w, &h, NULL); for (i = 0; i < MAX_ITERS; i++) { pixCopy(pixt, pixs); seedfillGrayInvLowSimple(datas, w, h, wpls, datam, wplm, connectivity); pixEqual(pixs, pixt, &boolval); if (boolval == 1) { #if DEBUG_PRINT_ITERS L_INFO("Gray seed fill converged: %d iters\n", procName, i + 1); #endif /* DEBUG_PRINT_ITERS */ break; } } pixDestroy(&pixt); return 0; } /*-----------------------------------------------------------------------* * Gray seedfill variations * *-----------------------------------------------------------------------*/ /*! * pixSeedfillGrayBasin() * * Input: pixb (binary mask giving seed locations) * pixm (8 bpp basin-type filling mask) * delta (amount of seed value above mask) * connectivity (4 or 8) * Return: pixd (filled seed) if OK, null on error * * Notes: * (1) This fills from a seed within basins defined by a filling mask. * The seed value(s) are greater than the corresponding * filling mask value, and the result has the bottoms of * the basins raised by the initial seed value. * (2) The seed has value 255 except where pixb has fg (1), which * are the seed 'locations'. At the seed locations, the seed * value is the corresponding value of the mask pixel in pixm * plus @delta. If @delta == 0, we return a copy of pixm. * (3) The actual filling is done using the standard grayscale filling * operation on the inverse of the mask and using the inverse * of the seed image. After filling, we return the inverse of * the filled seed. * (4) As an example of use: pixm can describe a grayscale image * of text, where the (dark) text pixels are basins of * low values; pixb can identify the local minima in pixm (say, at * the bottom of the basins); and delta is the amount that we wish * to raise (lighten) the basins. We construct the seed * (a.k.a marker) image from pixb, pixm and @delta. */ PIX * pixSeedfillGrayBasin(PIX *pixb, PIX *pixm, l_int32 delta, l_int32 connectivity) { PIX *pixbi, *pixmi, *pixsd; PROCNAME("pixSeedfillGrayBasin"); if (!pixb || pixGetDepth(pixb) != 1) return (PIX *)ERROR_PTR("pixb undefined or not 1 bpp", procName, NULL); if (!pixm || pixGetDepth(pixm) != 8) return (PIX *)ERROR_PTR("pixm undefined or not 8 bpp", procName, NULL); if (connectivity != 4 && connectivity != 8) return (PIX *)ERROR_PTR("connectivity not in {4,8}", procName, NULL); if (delta <= 0) { L_WARNING("delta <= 0; returning a copy of pixm\n", procName); return pixCopy(NULL, pixm); } /* Add delta to every pixel in pixm */ pixsd = pixCopy(NULL, pixm); pixAddConstantGray(pixsd, delta); /* Prepare the seed. Write 255 in all pixels of * ([pixm] + delta) where pixb is 0. */ pixbi = pixInvert(NULL, pixb); pixSetMasked(pixsd, pixbi, 255); /* Fill the inverse seed, using the inverse clipping mask */ pixmi = pixInvert(NULL, pixm); pixInvert(pixsd, pixsd); pixSeedfillGray(pixsd, pixmi, connectivity); /* Re-invert the filled seed */ pixInvert(pixsd, pixsd); pixDestroy(&pixbi); pixDestroy(&pixmi); return pixsd; } /*-----------------------------------------------------------------------* * Vincent's Distance Function method * *-----------------------------------------------------------------------*/ /*! * pixDistanceFunction() * * Input: pixs (1 bpp source) * connectivity (4 or 8) * outdepth (8 or 16 bits for pixd) * boundcond (L_BOUNDARY_BG, L_BOUNDARY_FG) * Return: pixd, or null on error * * Notes: * (1) This computes the distance of each pixel from the nearest * background pixel. All bg pixels therefore have a distance of 0, * and the fg pixel distances increase linearly from 1 at the * boundary. It can also be used to compute the distance of * each pixel from the nearest fg pixel, by inverting the input * image before calling this function. Then all fg pixels have * a distance 0 and the bg pixel distances increase linearly * from 1 at the boundary. * (2) The algorithm, described in Leptonica on the page on seed * filling and connected components, is due to Luc Vincent. * In brief, we generate an 8 or 16 bpp image, initialized * with the fg pixels of the input pix set to 1 and the * 1-boundary pixels (i.e., the boundary pixels of width 1 on * the four sides set as either: * * L_BOUNDARY_BG: 0 * * L_BOUNDARY_FG: max * where max = 0xff for 8 bpp and 0xffff for 16 bpp. * Then do raster/anti-raster sweeps over all pixels interior * to the 1-boundary, where the value of each new pixel is * taken to be 1 more than the minimum of the previously-seen * connected pixels (using either 4 or 8 connectivity). * Finally, set the 1-boundary pixels using the mirrored method; * this removes the max values there. * (3) Using L_BOUNDARY_BG clamps the distance to 0 at the * boundary. Using L_BOUNDARY_FG allows the distance * at the image boundary to "float". * (4) For 4-connected, one could initialize only the left and top * 1-boundary pixels, and go all the way to the right * and bottom; then coming back reset left and top. But we * instead use a method that works for both 4- and 8-connected. */ PIX * pixDistanceFunction(PIX *pixs, l_int32 connectivity, l_int32 outdepth, l_int32 boundcond) { l_int32 w, h, wpld; l_uint32 *datad; PIX *pixd; PROCNAME("pixDistanceFunction"); if (!pixs || pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("!pixs or pixs not 1 bpp", procName, NULL); if (connectivity != 4 && connectivity != 8) return (PIX *)ERROR_PTR("connectivity not 4 or 8", procName, NULL); if (outdepth != 8 && outdepth != 16) return (PIX *)ERROR_PTR("outdepth not 8 or 16 bpp", procName, NULL); if (boundcond != L_BOUNDARY_BG && boundcond != L_BOUNDARY_FG) return (PIX *)ERROR_PTR("invalid boundcond", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); if ((pixd = pixCreate(w, h, outdepth)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); /* Initialize the fg pixels to 1 and the bg pixels to 0 */ pixSetMasked(pixd, pixs, 1); if (boundcond == L_BOUNDARY_BG) { distanceFunctionLow(datad, w, h, outdepth, wpld, connectivity); } else { /* L_BOUNDARY_FG: set boundary pixels to max val */ pixRasterop(pixd, 0, 0, w, 1, PIX_SET, NULL, 0, 0); /* top */ pixRasterop(pixd, 0, h - 1, w, 1, PIX_SET, NULL, 0, 0); /* bot */ pixRasterop(pixd, 0, 0, 1, h, PIX_SET, NULL, 0, 0); /* left */ pixRasterop(pixd, w - 1, 0, 1, h, PIX_SET, NULL, 0, 0); /* right */ distanceFunctionLow(datad, w, h, outdepth, wpld, connectivity); /* Set each boundary pixel equal to the pixel next to it */ pixSetMirroredBorder(pixd, 1, 1, 1, 1); } return pixd; } /*-----------------------------------------------------------------------* * Seed spread (based on distance function) * *-----------------------------------------------------------------------*/ /*! * pixSeedspread() * * Input: pixs (8 bpp source) * connectivity (4 or 8) * Return: pixd, or null on error * * Notes: * (1) The raster/anti-raster method for implementing this filling * operation was suggested by Ray Smith. * (2) This takes an arbitrary set of nonzero pixels in pixs, which * can be sparse, and spreads (extrapolates) the values to * fill all the pixels in pixd with the nonzero value it is * closest to in pixs. This is similar (though not completely * equivalent) to doing a Voronoi tiling of the image, with a * tile surrounding each pixel that has a nonzero value. * All pixels within a tile are then closer to its "central" * pixel than to any others. Then assign the value of the * "central" pixel to each pixel in the tile. * (3) This is implemented by computing a distance function in parallel * with the fill. The distance function uses free boundary * conditions (assumed maxval outside), and it controls the * propagation of the pixels in pixd away from the nonzero * (seed) values. This is done in 2 traversals (raster/antiraster). * In the raster direction, whenever the distance function * is nonzero, the spread pixel takes on the value of its * predecessor that has the minimum distance value. In the * antiraster direction, whenever the distance function is nonzero * and its value is replaced by a smaller value, the spread * pixel takes the value of the predecessor with the minimum * distance value. * (4) At boundaries where a pixel is equidistant from two * nearest nonzero (seed) pixels, the decision of which value * to use is arbitrary (greedy in search for minimum distance). * This can give rise to strange-looking results, particularly * for 4-connectivity where the L1 distance is computed from * steps in N,S,E and W directions (no diagonals). */ PIX * pixSeedspread(PIX *pixs, l_int32 connectivity) { l_int32 w, h, wplt, wplg; l_uint32 *datat, *datag; PIX *pixm, *pixt, *pixg, *pixd; PROCNAME("pixSeedspread"); if (!pixs || pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("!pixs or pixs not 8 bpp", procName, NULL); if (connectivity != 4 && connectivity != 8) return (PIX *)ERROR_PTR("connectivity not 4 or 8", procName, NULL); /* Add a 4 byte border to pixs. This simplifies the computation. */ pixg = pixAddBorder(pixs, 4, 0); pixGetDimensions(pixg, &w, &h, NULL); /* Initialize distance function pixt. Threshold pixs to get * a 0 at the seed points where the pixs pixel is nonzero, and * a 1 at all points that need to be filled. Use this as a * mask to set a 1 in pixt at all non-seed points. Also, set all * pixt pixels in an interior boundary of width 1 to the * maximum value. For debugging, to view the distance function, * use pixConvert16To8(pixt, 0) on small images. */ pixm = pixThresholdToBinary(pixg, 1); pixt = pixCreate(w, h, 16); pixSetMasked(pixt, pixm, 1); pixRasterop(pixt, 0, 0, w, 1, PIX_SET, NULL, 0, 0); /* top */ pixRasterop(pixt, 0, h - 1, w, 1, PIX_SET, NULL, 0, 0); /* bot */ pixRasterop(pixt, 0, 0, 1, h, PIX_SET, NULL, 0, 0); /* left */ pixRasterop(pixt, w - 1, 0, 1, h, PIX_SET, NULL, 0, 0); /* right */ datat = pixGetData(pixt); wplt = pixGetWpl(pixt); /* Do the interpolation and remove the border. */ datag = pixGetData(pixg); wplg = pixGetWpl(pixg); seedspreadLow(datag, w, h, wplg, datat, wplt, connectivity); pixd = pixRemoveBorder(pixg, 4); pixDestroy(&pixm); pixDestroy(&pixg); pixDestroy(&pixt); return pixd; } /*-----------------------------------------------------------------------* * Local extrema * *-----------------------------------------------------------------------*/ /*! * pixLocalExtrema() * * Input: pixs (8 bpp) * maxmin (max allowed for the min in a 3x3 neighborhood; * use 0 for default which is to have no upper bound) * minmax (min allowed for the max in a 3x3 neighborhood; * use 0 for default which is to have no lower bound) * &ppixmin ( mask of local minima) * &ppixmax ( mask of local maxima) * Return: 0 if OK, 1 on error * * Notes: * (1) This gives the actual local minima and maxima. * A local minimum is a pixel whose surrounding pixels all * have values at least as large, and likewise for a local * maximum. For the local minima, @maxmin is the upper * bound for the value of pixs. Likewise, for the local maxima, * @minmax is the lower bound for the value of pixs. * (2) The minima are found by starting with the erosion-and-equality * approach of pixSelectedLocalExtrema(). This is followed * by a qualification step, where each c.c. in the resulting * minimum mask is extracted, the pixels bordering it are * located, and they are queried. If all of those pixels * are larger than the value of that minimum, it is a true * minimum and its c.c. is saved; otherwise the c.c. is * rejected. Note that if a bordering pixel has the * same value as the minimum, it must then have a * neighbor that is smaller, so the component is not a * true minimum. * (3) The maxima are found by inverting the image and looking * for the minima there. * (4) The generated masks can be used as markers for * further operations. */ l_int32 pixLocalExtrema(PIX *pixs, l_int32 maxmin, l_int32 minmax, PIX **ppixmin, PIX **ppixmax) { PIX *pixmin, *pixmax, *pixt1, *pixt2; PROCNAME("pixLocalExtrema"); if (!pixs || pixGetDepth(pixs) != 8) return ERROR_INT("pixs not defined or not 8 bpp", procName, 1); if (!ppixmin && !ppixmax) return ERROR_INT("neither &pixmin, &pixmax are defined", procName, 1); if (maxmin <= 0) maxmin = 254; if (minmax <= 0) minmax = 1; if (ppixmin) { pixt1 = pixErodeGray(pixs, 3, 3); pixmin = pixFindEqualValues(pixs, pixt1); pixDestroy(&pixt1); pixQualifyLocalMinima(pixs, pixmin, maxmin); *ppixmin = pixmin; } if (ppixmax) { pixt1 = pixInvert(NULL, pixs); pixt2 = pixErodeGray(pixt1, 3, 3); pixmax = pixFindEqualValues(pixt1, pixt2); pixDestroy(&pixt2); pixQualifyLocalMinima(pixt1, pixmax, 255 - minmax); *ppixmax = pixmax; pixDestroy(&pixt1); } return 0; } /*! * pixQualifyLocalMinima() * * Input: pixs (8 bpp image from which pixm has been extracted) * pixm (1 bpp mask of values equal to min in 3x3 neighborhood) * maxval (max allowed for the min in a 3x3 neighborhood; * use 0 for default which is to have no upper bound) * Return: 0 if OK, 1 on error * * Notes: * (1) This function acts in-place to remove all c.c. in pixm * that are not true local minima in pixs. As seen in * pixLocalExtrema(), the input pixm are found by selecting those * pixels of pixs whose values do not change with a 3x3 * grayscale erosion. Here, we require that for each c.c. * in pixm, all pixels in pixs that correspond to the exterior * boundary pixels of the c.c. have values that are greater * than the value within the c.c. * (2) The maximum allowed value for each local minimum can be * bounded with @maxval. Use 0 for default, which is to have * no upper bound (equivalent to maxval == 254). */ static l_int32 pixQualifyLocalMinima(PIX *pixs, PIX *pixm, l_int32 maxval) { l_int32 n, i, j, k, x, y, w, h, xc, yc, wc, hc, xon, yon; l_int32 vals, wpls, wplc, ismin; l_uint32 val; l_uint32 *datas, *datac, *lines, *linec; BOXA *boxa; PIX *pixt1, *pixt2, *pixc; PIXA *pixa; PROCNAME("pixQualifyLocalMinima"); if (!pixs || pixGetDepth(pixs) != 8) return ERROR_INT("pixs not defined or not 8 bpp", procName, 1); if (!pixm || pixGetDepth(pixm) != 1) return ERROR_INT("pixm not defined or not 1 bpp", procName, 1); if (maxval <= 0) maxval = 254; pixGetDimensions(pixs, &w, &h, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); boxa = pixConnComp(pixm, &pixa, 8); n = pixaGetCount(pixa); for (k = 0; k < n; k++) { boxaGetBoxGeometry(boxa, k, &xc, &yc, &wc, &hc); pixt1 = pixaGetPix(pixa, k, L_COPY); pixt2 = pixAddBorder(pixt1, 1, 0); pixc = pixDilateBrick(NULL, pixt2, 3, 3); pixXor(pixc, pixc, pixt2); /* exterior boundary pixels */ datac = pixGetData(pixc); wplc = pixGetWpl(pixc); nextOnPixelInRaster(pixt1, 0, 0, &xon, &yon); pixGetPixel(pixs, xc + xon, yc + yon, &val); if (val > maxval) { /* too large; erase */ pixRasterop(pixm, xc, yc, wc, hc, PIX_XOR, pixt1, 0, 0); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixc); continue; } ismin = TRUE; /* Check all values in pixs that correspond to the exterior * boundary pixels of the c.c. in pixm. Verify that the * value in the c.c. is always less. */ for (i = 0, y = yc - 1; i < hc + 2 && y >= 0 && y < h; i++, y++) { lines = datas + y * wpls; linec = datac + i * wplc; for (j = 0, x = xc - 1; j < wc + 2 && x >= 0 && x < w; j++, x++) { if (GET_DATA_BIT(linec, j)) { vals = GET_DATA_BYTE(lines, x); if (vals <= val) { /* not a minimum! */ ismin = FALSE; break; } } } if (!ismin) break; } if (!ismin) /* erase it */ pixRasterop(pixm, xc, yc, wc, hc, PIX_XOR, pixt1, 0, 0); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixc); } boxaDestroy(&boxa); pixaDestroy(&pixa); return 0; } /*! * pixSelectedLocalExtrema() * * Input: pixs (8 bpp) * mindist (-1 for keeping all pixels; >= 0 specifies distance) * &ppixmin ( mask of local minima) * &ppixmax ( mask of local maxima) * Return: 0 if OK, 1 on error * * Notes: * (1) This selects those local 3x3 minima that are at least a * specified distance from the nearest local 3x3 maxima, and v.v. * for the selected set of local 3x3 maxima. * The local 3x3 minima is the set of pixels whose value equals * the value after a 3x3 brick erosion, and the local 3x3 maxima * is the set of pixels whose value equals the value after * a 3x3 brick dilation. * (2) mindist is the minimum distance allowed between * local 3x3 minima and local 3x3 maxima, in an 8-connected sense. * mindist == 1 keeps all pixels found in step 1. * mindist == 0 removes all pixels from each mask that are * both a local 3x3 minimum and a local 3x3 maximum. * mindist == 1 removes any local 3x3 minimum pixel that touches a * local 3x3 maximum pixel, and likewise for the local maxima. * To make the decision, visualize each local 3x3 minimum pixel * as being surrounded by a square of size (2 * mindist + 1) * on each side, such that no local 3x3 maximum pixel is within * that square; and v.v. * (3) The generated masks can be used as markers for further operations. */ l_int32 pixSelectedLocalExtrema(PIX *pixs, l_int32 mindist, PIX **ppixmin, PIX **ppixmax) { PIX *pixmin, *pixmax, *pixt, *pixtmin, *pixtmax; PROCNAME("pixSelectedLocalExtrema"); if (!pixs || pixGetDepth(pixs) != 8) return ERROR_INT("pixs not defined or not 8 bpp", procName, 1); if (!ppixmin || !ppixmax) return ERROR_INT("&pixmin and &pixmax not both defined", procName, 1); pixt = pixErodeGray(pixs, 3, 3); pixmin = pixFindEqualValues(pixs, pixt); pixDestroy(&pixt); pixt = pixDilateGray(pixs, 3, 3); pixmax = pixFindEqualValues(pixs, pixt); pixDestroy(&pixt); /* Remove all points that are within the prescribed distance * from each other. */ if (mindist < 0) { /* remove no points */ *ppixmin = pixmin; *ppixmax = pixmax; } else if (mindist == 0) { /* remove points belonging to both sets */ pixt = pixAnd(NULL, pixmin, pixmax); *ppixmin = pixSubtract(pixmin, pixmin, pixt); *ppixmax = pixSubtract(pixmax, pixmax, pixt); pixDestroy(&pixt); } else { pixtmin = pixDilateBrick(NULL, pixmin, 2 * mindist + 1, 2 * mindist + 1); pixtmax = pixDilateBrick(NULL, pixmax, 2 * mindist + 1, 2 * mindist + 1); *ppixmin = pixSubtract(pixmin, pixmin, pixtmax); *ppixmax = pixSubtract(pixmax, pixmax, pixtmin); pixDestroy(&pixtmin); pixDestroy(&pixtmax); } return 0; } /*! * pixFindEqualValues() * * Input: pixs1 (8 bpp) * pixs2 (8 bpp) * Return: pixd (1 bpp mask), or null on error * * Notes: * (1) The two images are aligned at the UL corner, and the returned * image has ON pixels where the pixels in pixs1 and pixs2 * have equal values. */ PIX * pixFindEqualValues(PIX *pixs1, PIX *pixs2) { l_int32 w1, h1, w2, h2, w, h; l_int32 i, j, val1, val2, wpls1, wpls2, wpld; l_uint32 *datas1, *datas2, *datad, *lines1, *lines2, *lined; PIX *pixd; PROCNAME("pixFindEqualValues"); if (!pixs1 || pixGetDepth(pixs1) != 8) return (PIX *)ERROR_PTR("pixs1 undefined or not 8 bpp", procName, NULL); if (!pixs2 || pixGetDepth(pixs2) != 8) return (PIX *)ERROR_PTR("pixs2 undefined or not 8 bpp", procName, NULL); pixGetDimensions(pixs1, &w1, &h1, NULL); pixGetDimensions(pixs2, &w2, &h2, NULL); w = L_MIN(w1, w2); h = L_MIN(h1, h2); pixd = pixCreate(w, h, 1); datas1 = pixGetData(pixs1); datas2 = pixGetData(pixs2); datad = pixGetData(pixd); wpls1 = pixGetWpl(pixs1); wpls2 = pixGetWpl(pixs2); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines1 = datas1 + i * wpls1; lines2 = datas2 + i * wpls2; lined = datad + i * wpld; for (j = 0; j < w; j++) { val1 = GET_DATA_BYTE(lines1, j); val2 = GET_DATA_BYTE(lines2, j); if (val1 == val2) SET_DATA_BIT(lined, j); } } return pixd; } /*-----------------------------------------------------------------------* * Selection of minima in mask connected components * *-----------------------------------------------------------------------*/ /*! * pixSelectMinInConnComp() * * Input: pixs (8 bpp) * pixm (1 bpp) * &pta ( pta of min pixel locations) * &nav ( numa of minima values) * Return: 0 if OK, 1 on error. * * Notes: * (1) For each 8 connected component in pixm, this finds * a pixel in pixs that has the lowest value, and saves * it in a Pta. If several pixels in pixs have the same * minimum value, it picks the first one found. * (2) For a mask pixm of true local minima, all pixels in each * connected component have the same value in pixs, so it is * fastest to select one of them using a special seedfill * operation. Not yet implemented. */ l_int32 pixSelectMinInConnComp(PIX *pixs, PIX *pixm, PTA **ppta, NUMA **pnav) { l_int32 bx, by, bw, bh, i, j, c, n; l_int32 xs, ys, minx, miny, wpls, wplt, val, minval; l_uint32 *datas, *datat, *lines, *linet; BOXA *boxa; NUMA *nav; PIX *pixt, *pixs2, *pixm2; PIXA *pixa; PTA *pta; PROCNAME("pixSelectMinInConnComp"); if (!ppta) return ERROR_INT("&pta not defined", procName, 1); *ppta = NULL; if (pnav) *pnav = NULL; if (!pixs || pixGetDepth(pixs) != 8) return ERROR_INT("pixs undefined or not 8 bpp", procName, 1); if (!pixm || pixGetDepth(pixm) != 1) return ERROR_INT("pixm undefined or not 1 bpp", procName, 1); /* Crop to the min size if necessary */ if (pixCropToMatch(pixs, pixm, &pixs2, &pixm2)) { pixDestroy(&pixs2); pixDestroy(&pixm2); return ERROR_INT("cropping failure", procName, 1); } /* Find value and location of min value pixel in each component */ boxa = pixConnComp(pixm2, &pixa, 8); n = boxaGetCount(boxa); pta = ptaCreate(n); *ppta = pta; nav = numaCreate(n); datas = pixGetData(pixs2); wpls = pixGetWpl(pixs2); for (c = 0; c < n; c++) { pixt = pixaGetPix(pixa, c, L_CLONE); boxaGetBoxGeometry(boxa, c, &bx, &by, &bw, &bh); if (bw == 1 && bh == 1) { ptaAddPt(pta, bx, by); numaAddNumber(nav, GET_DATA_BYTE(datas + by * wpls, bx)); pixDestroy(&pixt); continue; } datat = pixGetData(pixt); wplt = pixGetWpl(pixt); minx = miny = 1000000; minval = 256; for (i = 0; i < bh; i++) { ys = by + i; lines = datas + ys * wpls; linet = datat + i * wplt; for (j = 0; j < bw; j++) { xs = bx + j; if (GET_DATA_BIT(linet, j)) { val = GET_DATA_BYTE(lines, xs); if (val < minval) { minval = val; minx = xs; miny = ys; } } } } ptaAddPt(pta, minx, miny); numaAddNumber(nav, GET_DATA_BYTE(datas + miny * wpls, minx)); pixDestroy(&pixt); } boxaDestroy(&boxa); pixaDestroy(&pixa); if (pnav) *pnav = nav; else numaDestroy(&nav); pixDestroy(&pixs2); pixDestroy(&pixm2); return 0; } /*-----------------------------------------------------------------------* * Removal of seeded connected components from a mask * *-----------------------------------------------------------------------*/ /*! * pixRemoveSeededComponents() * * Input: pixd (; this can be null or equal to pixm; 1 bpp) * pixs (1 bpp seed) * pixm (1 bpp filling mask) * connectivity (4 or 8) * bordersize (amount of border clearing) * Return: pixd, or null on error * * Notes: * (1) This removes each component in pixm for which there is * at least one seed in pixs. If pixd == NULL, this returns * the result in a new pixd. Otherwise, it is an in-place * operation on pixm. In no situation is pixs altered, * because we do the filling with a copy of pixs. * (2) If bordersize > 0, it also clears all pixels within a * distance @bordersize of the edge of pixd. This is here * because pixLocalExtrema() typically finds local minima * at the border. Use @bordersize >= 2 to remove these. */ PIX * pixRemoveSeededComponents(PIX *pixd, PIX *pixs, PIX *pixm, l_int32 connectivity, l_int32 bordersize) { PIX *pixt; PROCNAME("pixRemoveSeededComponents"); if (!pixs || pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs undefined or not 1 bpp", procName, pixd); if (!pixm || pixGetDepth(pixm) != 1) return (PIX *)ERROR_PTR("pixm undefined or not 1 bpp", procName, pixd); if (pixd && pixd != pixm) return (PIX *)ERROR_PTR("operation not inplace", procName, pixd); pixt = pixCopy(NULL, pixs); pixSeedfillBinary(pixt, pixt, pixm, connectivity); pixd = pixXor(pixd, pixm, pixt); if (bordersize > 0) pixSetOrClearBorder(pixd, bordersize, bordersize, bordersize, bordersize, PIX_CLR); pixDestroy(&pixt); return pixd; } leptonica-1.70/src/textops.c0000664000175000017500000010215012265025457014157 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * textops.c * * Font layout * PIX *pixAddSingleTextblock() * PIX *pixAddSingleTextline() * l_int32 pixSetTextblock() * l_int32 pixSetTextline() * PIXA *pixaAddTextNumber() * PIXA *pixaAddTextline() * * Text size estimation and partitioning * SARRAY *bmfGetLineStrings() * NUMA *bmfGetWordWidths() * l_int32 bmfGetStringWidth() * * Text splitting * SARRAY *splitStringToParagraphs() * static l_int32 stringAllWhitespace() * static l_int32 stringLeadingWhitespace() * * This is a simple utility to put text on images. One font and style * is provided, with a variety of pt sizes. For example, to put a * line of green 10 pt text on an image, with the beginning baseline * at (50, 50): * L_Bmf *bmf = bmfCreate("./fonts", 10); * const char *textstr = "This is a funny cat"; * pixSetTextline(pixs, bmf, textstr, 0x00ff0000, 50, 50, NULL, NULL); * * The simplest interfaces for adding text to an image are * pixAddSingleTextline() and pixAddSingleTextblock(). */ #include #include "allheaders.h" static l_int32 stringAllWhitespace(char *textstr, l_int32 *pval); static l_int32 stringLeadingWhitespace(char *textstr, l_int32 *pval); /*---------------------------------------------------------------------* * Font layout * *---------------------------------------------------------------------*/ /*! * pixAddSingleTextblock() * * Input: pixs (input pix; colormap ok) * bmf (bitmap font data) * textstr ( text string to be added) * val (color to set the text) * location (L_ADD_ABOVE, L_ADD_AT_TOP, L_ADD_AT_BOT, L_ADD_BELOW) * &overflow ( 1 if text overflows * allocated region and is clipped; 0 otherwise) * Return: pixd (new pix with rendered text), or null on error * * Notes: * (1) This function paints a set of lines of text over an image. * If @location is L_ADD_ABOVE or L_ADD_BELOW, the pix size * is expanded with a border and rendered over the border. * (2) @val is the pixel value to be painted through the font mask. * It should be chosen to agree with the depth of pixs. * If it is out of bounds, an intermediate value is chosen. * For RGB, use hex notation: 0xRRGGBB00, where RR is the * hex representation of the red intensity, etc. * (3) If textstr == NULL, use the text field in the pix. * (4) If there is a colormap, this does the best it can to use * the requested color, or something similar to it. * (5) Typical usage is for labelling a pix with some text data. */ PIX * pixAddSingleTextblock(PIX *pixs, L_BMF *bmf, const char *textstr, l_uint32 val, l_int32 location, l_int32 *poverflow) { char *linestr; l_int32 w, h, d, i, y, xstart, ystart, extra, spacer, rval, gval, bval; l_int32 nlines, htext, ovf, overflow, offset, index; l_uint32 textcolor; PIX *pixd; PIXCMAP *cmap, *cmapd; SARRAY *salines; PROCNAME("pixAddSingleTextblock"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!bmf) return (PIX *)ERROR_PTR("bmf not defined", procName, NULL); if (location != L_ADD_ABOVE && location != L_ADD_AT_TOP && location != L_ADD_AT_BOT && location != L_ADD_BELOW) return (PIX *)ERROR_PTR("invalid location", procName, NULL); if (!textstr) textstr = pixGetText(pixs); if (!textstr) { L_ERROR("no textstring defined\n", procName); return pixCopy(NULL, pixs); } /* Make sure the "color" value for the text will work * for the pix. If the pix is not colormapped and the * value is out of range, set it to mid-range. */ pixGetDimensions(pixs, &w, &h, &d); cmap = pixGetColormap(pixs); if (d == 1 && val > 1) val = 1; else if (d == 2 && val > 3 && !cmap) val = 2; else if (d == 4 && val > 15 && !cmap) val = 8; else if (d == 8 && val > 0xff && !cmap) val = 128; else if (d == 16 && val > 0xffff) val = 0x8000; else if (d == 32 && val < 256) val = 0x80808000; xstart = (l_int32)(0.1 * w); salines = bmfGetLineStrings(bmf, textstr, w - 2 * xstart, 0, &htext); if (!salines) return (PIX *)ERROR_PTR("line string sa not made", procName, NULL); nlines = sarrayGetCount(salines); /* Add white border if required */ spacer = 10; /* pixels away from image boundary or added border */ if (location == L_ADD_ABOVE || location == L_ADD_BELOW) { extra = htext + 2 * spacer; pixd = pixCreate(w, h + extra, d); pixCopyColormap(pixd, pixs); pixSetBlackOrWhite(pixd, L_BRING_IN_WHITE); if (location == L_ADD_ABOVE) pixRasterop(pixd, 0, extra, w, h, PIX_SRC, pixs, 0, 0); else /* add below */ pixRasterop(pixd, 0, 0, w, h, PIX_SRC, pixs, 0, 0); } else { pixd = pixCopy(NULL, pixs); } cmapd = pixGetColormap(pixd); /* bmf->baselinetab[93] is the approximate distance from * the top of the tallest character to the baseline. 93 was chosen * at random, as all the baselines are essentially equal for * each character in a font. */ offset = bmf->baselinetab[93]; if (location == L_ADD_ABOVE || location == L_ADD_AT_TOP) ystart = offset + spacer; else if (location == L_ADD_AT_BOT) ystart = h - htext - spacer + offset; else /* add below */ ystart = h + offset + spacer; /* If cmapped, add the color if necessary to the cmap. If the * cmap is full, use the nearest color to the requested color. */ if (cmapd) { extractRGBValues(val, &rval, &gval, &bval); pixcmapAddNearestColor(cmapd, rval, gval, bval, &index); pixcmapGetColor(cmapd, index, &rval, &gval, &bval); composeRGBPixel(rval, gval, bval, &textcolor); } else { textcolor = val; } /* Keep track of overflow condition on line width */ overflow = 0; for (i = 0, y = ystart; i < nlines; i++) { linestr = sarrayGetString(salines, i, 0); pixSetTextline(pixd, bmf, linestr, textcolor, xstart, y, NULL, &ovf); y += bmf->lineheight + bmf->vertlinesep; if (ovf) overflow = 1; } /* Also consider vertical overflow where there is too much text to * fit inside the image: the cases L_ADD_AT_TOP and L_ADD_AT_BOT. * The text requires a total of htext + 2 * spacer vertical pixels. */ if (location == L_ADD_AT_TOP || location == L_ADD_AT_BOT) { if (h < htext + 2 * spacer) overflow = 1; } if (poverflow) *poverflow = overflow; sarrayDestroy(&salines); return pixd; } /*! * pixAddSingleTextline() * * Input: pixs (input pix; colormap ok) * bmf (bitmap font data) * textstr ( text string to be added) * val (color to set the text) * location (L_ADD_ABOVE, L_ADD_BELOW, L_ADD_LEFT, L_ADD_RIGHT) * Return: pixd (new pix with rendered text), or null on error * * Notes: * (1) This function expands an image as required to paint a single * line of text adjacent to the image. * (2) @val is the pixel value to be painted through the font mask. * It should be chosen to agree with the depth of pixs. * If it is out of bounds, an intermediate value is chosen. * For RGB, use hex notation: 0xRRGGBB00, where RR is the * hex representation of the red intensity, etc. * (3) If textstr == NULL, use the text field in the pix. * (4) If there is a colormap, this does the best it can to use * the requested color, or something similar to it. * (5) Typical usage is for labelling a pix with some text data. */ PIX * pixAddSingleTextline(PIX *pixs, L_BMF *bmf, const char *textstr, l_uint32 val, l_int32 location) { l_int32 w, h, d, wtext, htext, wadd, hadd, spacer, hbaseline; l_int32 rval, gval, bval, index; l_uint32 textcolor; PIX *pixd; PIXCMAP *cmap, *cmapd; PROCNAME("pixAddSingleTextline"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!bmf) return (PIX *)ERROR_PTR("bmf not defined", procName, NULL); if (location != L_ADD_ABOVE && location != L_ADD_BELOW && location != L_ADD_LEFT && location != L_ADD_RIGHT) return (PIX *)ERROR_PTR("invalid location", procName, NULL); if (!textstr) textstr = pixGetText(pixs); if (!textstr) { L_ERROR("no textstring defined\n", procName); return pixCopy(NULL, pixs); } /* Make sure the "color" value for the text will work * for the pix. If the pix is not colormapped and the * value is out of range, set it to mid-range. */ pixGetDimensions(pixs, &w, &h, &d); cmap = pixGetColormap(pixs); if (d == 1 && val > 1) val = 1; else if (d == 2 && val > 3 && !cmap) val = 2; else if (d == 4 && val > 15 && !cmap) val = 8; else if (d == 8 && val > 0xff && !cmap) val = 128; else if (d == 16 && val > 0xffff) val = 0x8000; else if (d == 32 && val < 256) val = 0x80808000; /* Get the necessary text size */ bmfGetStringWidth(bmf, textstr, &wtext); hbaseline = bmf->baselinetab[93]; htext = 1.5 * hbaseline; /* Add white border */ spacer = 10; /* pixels away from the added border */ if (location == L_ADD_ABOVE || location == L_ADD_BELOW) { hadd = htext + spacer; pixd = pixCreate(w, h + hadd, d); pixCopyColormap(pixd, pixs); pixSetBlackOrWhite(pixd, L_BRING_IN_WHITE); if (location == L_ADD_ABOVE) pixRasterop(pixd, 0, hadd, w, h, PIX_SRC, pixs, 0, 0); else /* add below */ pixRasterop(pixd, 0, 0, w, h, PIX_SRC, pixs, 0, 0); } else { /* L_ADD_LEFT or L_ADD_RIGHT */ wadd = wtext + spacer; pixd = pixCreate(w + wadd, h, d); pixCopyColormap(pixd, pixs); pixSetBlackOrWhite(pixd, L_BRING_IN_WHITE); if (location == L_ADD_LEFT) pixRasterop(pixd, wadd, 0, w, h, PIX_SRC, pixs, 0, 0); else /* add to right */ pixRasterop(pixd, 0, 0, w, h, PIX_SRC, pixs, 0, 0); } /* If cmapped, add the color if necessary to the cmap. If the * cmap is full, use the nearest color to the requested color. */ cmapd = pixGetColormap(pixd); if (cmapd) { extractRGBValues(val, &rval, &gval, &bval); pixcmapAddNearestColor(cmapd, rval, gval, bval, &index); pixcmapGetColor(cmapd, index, &rval, &gval, &bval); composeRGBPixel(rval, gval, bval, &textcolor); } else { textcolor = val; } /* Add the text */ if (location == L_ADD_ABOVE) pixSetTextline(pixd, bmf, textstr, textcolor, (w - wtext) / 2, hbaseline, NULL, NULL); else if (location == L_ADD_BELOW) pixSetTextline(pixd, bmf, textstr, textcolor, (w - wtext) / 2, h + spacer + hbaseline, NULL, NULL); else if (location == L_ADD_LEFT) pixSetTextline(pixd, bmf, textstr, textcolor, 0, (h - htext) / 2 + hbaseline, NULL, NULL); else /* location == L_ADD_RIGHT */ pixSetTextline(pixd, bmf, textstr, textcolor, w + spacer, (h - htext) / 2 + hbaseline, NULL, NULL); return pixd; } /*! * pixSetTextblock() * * Input: pixs (input image) * bmf (bitmap font data) * textstr (block text string to be set) * val (color to set the text) * x0 (left edge for each line of text) * y0 (baseline location for the first text line) * wtext (max width of each line of generated text) * firstindent (indentation of first line, in x-widths) * &overflow ( 0 if text is contained in * input pix; 1 if it is clipped) * Return: 0 if OK, 1 on error * * Notes: * (1) This function paints a set of lines of text over an image. * (2) @val is the pixel value to be painted through the font mask. * It should be chosen to agree with the depth of pixs. * If it is out of bounds, an intermediate value is chosen. * For RGB, use hex notation: 0xRRGGBB00, where RR is the * hex representation of the red intensity, etc. * The last two hex digits are 00 (byte value 0), assigned to * the A component. Note that, as usual, RGBA proceeds from * left to right in the order from MSB to LSB (see pix.h * for details). * (3) If there is a colormap, this does the best it can to use * the requested color, or something similar to it. */ l_int32 pixSetTextblock(PIX *pixs, L_BMF *bmf, const char *textstr, l_uint32 val, l_int32 x0, l_int32 y0, l_int32 wtext, l_int32 firstindent, l_int32 *poverflow) { char *linestr; l_int32 d, h, i, w, x, y, nlines, htext, xwidth, wline, ovf, overflow; SARRAY *salines; PIXCMAP *cmap; PROCNAME("pixSetTextblock"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!bmf) return ERROR_INT("bmf not defined", procName, 1); if (!textstr) return ERROR_INT("textstr not defined", procName, 1); /* Make sure the "color" value for the text will work * for the pix. If the pix is not colormapped and the * value is out of range, set it to mid-range. */ pixGetDimensions(pixs, &w, &h, &d); cmap = pixGetColormap(pixs); if (d == 1 && val > 1) val = 1; else if (d == 2 && val > 3 && !cmap) val = 2; else if (d == 4 && val > 15 && !cmap) val = 8; else if (d == 8 && val > 0xff && !cmap) val = 128; else if (d == 16 && val > 0xffff) val = 0x8000; else if (d == 32 && val < 256) val = 0x80808000; if (w < x0 + wtext) { L_WARNING("reducing width of textblock\n", procName); wtext = w - x0 - w / 10; if (wtext <= 0) return ERROR_INT("wtext too small; no room for text", procName, 1); } salines = bmfGetLineStrings(bmf, textstr, wtext, firstindent, &htext); if (!salines) return ERROR_INT("line string sa not made", procName, 1); nlines = sarrayGetCount(salines); bmfGetWidth(bmf, 'x', &xwidth); y = y0; overflow = 0; for (i = 0; i < nlines; i++) { if (i == 0) x = x0 + firstindent * xwidth; else x = x0; linestr = sarrayGetString(salines, i, 0); pixSetTextline(pixs, bmf, linestr, val, x, y, &wline, &ovf); y += bmf->lineheight + bmf->vertlinesep; if (ovf) overflow = 1; } /* (y0 - baseline) is the top of the printed text. Character * 93 was chosen at random, as all the baselines are essentially * equal for each character in a font. */ if (h < y0 - bmf->baselinetab[93] + htext) overflow = 1; if (poverflow) *poverflow = overflow; sarrayDestroy(&salines); return 0; } /*! * pixSetTextline() * * Input: pixs (input image) * bmf (bitmap font data) * textstr (text string to be set on the line) * val (color to set the text) * x0 (left edge for first char) * y0 (baseline location for all text on line) * &width ( width of generated text) * &overflow ( 0 if text is contained in * input pix; 1 if it is clipped) * Return: 0 if OK, 1 on error * * Notes: * (1) This function paints a line of text over an image. * (2) @val is the pixel value to be painted through the font mask. * It should be chosen to agree with the depth of pixs. * If it is out of bounds, an intermediate value is chosen. * For RGB, use hex notation: 0xRRGGBB00, where RR is the * hex representation of the red intensity, etc. * The last two hex digits are 00 (byte value 0), assigned to * the A component. Note that, as usual, RGBA proceeds from * left to right in the order from MSB to LSB (see pix.h * for details). * (3) If there is a colormap, this does the best it can to use * the requested color, or something similar to it. */ l_int32 pixSetTextline(PIX *pixs, L_BMF *bmf, const char *textstr, l_uint32 val, l_int32 x0, l_int32 y0, l_int32 *pwidth, l_int32 *poverflow) { char chr; l_int32 d, i, x, w, nchar, baseline, index, rval, gval, bval; l_uint32 textcolor; PIX *pix; PIXCMAP *cmap; PROCNAME("pixSetTextline"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!bmf) return ERROR_INT("bmf not defined", procName, 1); if (!textstr) return ERROR_INT("teststr not defined", procName, 1); d = pixGetDepth(pixs); cmap = pixGetColormap(pixs); if (d == 1 && val > 1) val = 1; else if (d == 2 && val > 3 && !cmap) val = 2; else if (d == 4 && val > 15 && !cmap) val = 8; else if (d == 8 && val > 0xff && !cmap) val = 128; else if (d == 16 && val > 0xffff) val = 0x8000; else if (d == 32 && val < 256) val = 0x80808000; /* If cmapped, add the color if necessary to the cmap. If the * cmap is full, use the nearest color to the requested color. */ if (cmap) { extractRGBValues(val, &rval, &gval, &bval); pixcmapAddNearestColor(cmap, rval, gval, bval, &index); pixcmapGetColor(cmap, index, &rval, &gval, &bval); composeRGBPixel(rval, gval, bval, &textcolor); } else textcolor = val; nchar = strlen(textstr); x = x0; for (i = 0; i < nchar; i++) { chr = textstr[i]; if ((l_int32)chr == 10) continue; /* NL */ pix = bmfGetPix(bmf, chr); bmfGetBaseline(bmf, chr, &baseline); pixPaintThroughMask(pixs, pix, x, y0 - baseline, textcolor); w = pixGetWidth(pix); x += w + bmf->kernwidth; pixDestroy(&pix); } if (pwidth) *pwidth = x - bmf->kernwidth - x0; if (poverflow) *poverflow = (x > pixGetWidth(pixs) - 1) ? 1 : 0; return 0; } /*! * pixaAddTextNumber() * * Input: pixas (input pixa; colormap ok) * bmf (bitmap font data) * numa ( number array; use 1 ... n if null) * val (color to set the text) * location (L_ADD_ABOVE, L_ADD_BELOW, L_ADD_LEFT, L_ADD_RIGHT) * Return: pixad (new pixa with rendered numbers), or null on error * * Notes: * (1) Typical usage is for labelling each pix in a pixa with a number. * (2) This function paints numbers external to each pix, in a position * given by @location. In all cases, the pix is expanded on * on side and the number is painted over white in the added region. * (3) @val is the pixel value to be painted through the font mask. * It should be chosen to agree with the depth of pixs. * If it is out of bounds, an intermediate value is chosen. * For RGB, use hex notation: 0xRRGGBB00, where RR is the * hex representation of the red intensity, etc. * (4) If na == NULL, number each pix sequentially, starting with 1. * (5) If there is a colormap, this does the best it can to use * the requested color, or something similar to it. */ PIXA * pixaAddTextNumber(PIXA *pixas, L_BMF *bmf, NUMA *na, l_uint32 val, l_int32 location) { char textstr[128]; l_int32 i, n, index; PIX *pix1, *pix2; PIXA *pixad; PROCNAME("pixaAddTextNumber"); if (!pixas) return (PIXA *)ERROR_PTR("pixas not defined", procName, NULL); if (!bmf) return (PIXA *)ERROR_PTR("bmf not defined", procName, NULL); if (location != L_ADD_ABOVE && location != L_ADD_BELOW && location != L_ADD_LEFT && location != L_ADD_RIGHT) return (PIXA *)ERROR_PTR("invalid location", procName, NULL); n = pixaGetCount(pixas); pixad = pixaCreate(n); for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixas, i, L_CLONE); if (na) numaGetIValue(na, i, &index); else index = i + 1; snprintf(textstr, sizeof(textstr), "%d", index); pix2 = pixAddSingleTextline(pix1, bmf, textstr, val, location); pixaAddPix(pixad, pix2, L_INSERT); pixDestroy(&pix1); } return pixad; } /*! * pixaAddTextline() * * Input: pixas (input pixa; colormap ok) * bmf (bitmap font data) * sa ( sarray; use text embedded in each pix if null) * val (color to set the text) * location (L_ADD_ABOVE, L_ADD_BELOW, L_ADD_LEFT, L_ADD_RIGHT) * Return: pixad (new pixa with rendered text), or null on error * * Notes: * (1) This function paints a line of text external to each pix, * in a position given by @location. In all cases, the pix is * expanded as necessary to accommodate the text. * (2) @val is the pixel value to be painted through the font mask. * It should be chosen to agree with the depth of pixs. * If it is out of bounds, an intermediate value is chosen. * For RGB, use hex notation: 0xRRGGBB00, where RR is the * hex representation of the red intensity, etc. * (3) If sa == NULL, use the text embedded in each pix. * (4) If sa has a smaller count than pixa, issue a warning * but do not use any embedded text. * (5) If there is a colormap, this does the best it can to use * the requested color, or something similar to it. */ PIXA * pixaAddTextline(PIXA *pixas, L_BMF *bmf, SARRAY *sa, l_uint32 val, l_int32 location) { char *textstr; l_int32 i, n, nstr; PIX *pix1, *pix2; PIXA *pixad; PROCNAME("pixaAddTextline"); if (!pixas) return (PIXA *)ERROR_PTR("pixas not defined", procName, NULL); if (!bmf) return (PIXA *)ERROR_PTR("bmf not defined", procName, NULL); if (location != L_ADD_ABOVE && location != L_ADD_BELOW && location != L_ADD_LEFT && location != L_ADD_RIGHT) return (PIXA *)ERROR_PTR("invalid location", procName, NULL); n = pixaGetCount(pixas); pixad = pixaCreate(n); nstr = (sa) ? sarrayGetCount(sa) : 0; if (nstr > 0 && nstr < n) L_WARNING("There are %d strings and %d pix\n", procName, nstr, n); for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixas, i, L_CLONE); if (i < nstr) textstr = sarrayGetString(sa, i, L_NOCOPY); else textstr = pixGetText(pix1); pix2 = pixAddSingleTextline(pix1, bmf, textstr, val, location); pixaAddPix(pixad, pix2, L_INSERT); pixDestroy(&pix1); } return pixad; } /*---------------------------------------------------------------------* * Text size estimation and partitioning * *---------------------------------------------------------------------*/ /*! * bmfGetLineStrings() * * Input: bmf * textstr * maxw (max width of a text line in pixels) * firstindent (indentation of first line, in x-widths) * &h ( height required to hold text bitmap) * Return: sarray of text strings for each line, or null on error * * Notes: * (1) Divides the input text string into an array of text strings, * each of which will fit within maxw bits of width. */ SARRAY * bmfGetLineStrings(L_BMF *bmf, const char *textstr, l_int32 maxw, l_int32 firstindent, l_int32 *ph) { char *linestr; l_int32 i, ifirst, sumw, newsum, w, nwords, nlines, len, xwidth; NUMA *na; SARRAY *sa, *sawords; PROCNAME("bmfGetLineStrings"); if (!bmf) return (SARRAY *)ERROR_PTR("bmf not defined", procName, NULL); if (!textstr) return (SARRAY *)ERROR_PTR("teststr not defined", procName, NULL); if ((sawords = sarrayCreateWordsFromString(textstr)) == NULL) return (SARRAY *)ERROR_PTR("sawords not made", procName, NULL); if ((na = bmfGetWordWidths(bmf, textstr, sawords)) == NULL) return (SARRAY *)ERROR_PTR("na not made", procName, NULL); nwords = numaGetCount(na); if (nwords == 0) return (SARRAY *)ERROR_PTR("no words in textstr", procName, NULL); bmfGetWidth(bmf, 'x', &xwidth); if ((sa = sarrayCreate(0)) == NULL) return (SARRAY *)ERROR_PTR("sa not made", procName, NULL); ifirst = 0; numaGetIValue(na, 0, &w); sumw = firstindent * xwidth + w; for (i = 1; i < nwords; i++) { numaGetIValue(na, i, &w); newsum = sumw + bmf->spacewidth + w; if (newsum > maxw) { linestr = sarrayToStringRange(sawords, ifirst, i - ifirst, 2); if (!linestr) continue; len = strlen(linestr); if (len > 0) /* it should always be */ linestr[len - 1] = '\0'; /* remove the last space */ sarrayAddString(sa, linestr, 0); ifirst = i; sumw = w; } else sumw += bmf->spacewidth + w; } linestr = sarrayToStringRange(sawords, ifirst, nwords - ifirst, 2); if (linestr) sarrayAddString(sa, linestr, 0); nlines = sarrayGetCount(sa); *ph = nlines * bmf->lineheight + (nlines - 1) * bmf->vertlinesep; sarrayDestroy(&sawords); numaDestroy(&na); return sa; } /*! * bmfGetWordWidths() * * Input: bmf * textstr * sa (of individual words) * Return: numa (of word lengths in pixels for the font represented * by the bmf), or null on error */ NUMA * bmfGetWordWidths(L_BMF *bmf, const char *textstr, SARRAY *sa) { char *wordstr; l_int32 i, nwords, width; NUMA *na; PROCNAME("bmfGetWordWidths"); if (!bmf) return (NUMA *)ERROR_PTR("bmf not defined", procName, NULL); if (!textstr) return (NUMA *)ERROR_PTR("teststr not defined", procName, NULL); if (!sa) return (NUMA *)ERROR_PTR("sa not defined", procName, NULL); nwords = sarrayGetCount(sa); if ((na = numaCreate(nwords)) == NULL) return (NUMA *)ERROR_PTR("na not made", procName, NULL); for (i = 0; i < nwords; i++) { wordstr = sarrayGetString(sa, i, 0); /* not a copy */ bmfGetStringWidth(bmf, wordstr, &width); numaAddNumber(na, width); } return na; } /*! * bmfGetStringWidth() * * Input: bmf * textstr * &w ( width of text string, in pixels for the * font represented by the bmf) * Return: 0 if OK, 1 on error */ l_int32 bmfGetStringWidth(L_BMF *bmf, const char *textstr, l_int32 *pw) { char chr; l_int32 i, w, width, nchar; PROCNAME("bmfGetStringWidth"); if (!bmf) return ERROR_INT("bmf not defined", procName, 1); if (!textstr) return ERROR_INT("teststr not defined", procName, 1); if (!pw) return ERROR_INT("&w not defined", procName, 1); nchar = strlen(textstr); w = 0; for (i = 0; i < nchar; i++) { chr = textstr[i]; bmfGetWidth(bmf, chr, &width); if (width != UNDEF) w += width + bmf->kernwidth; } w -= bmf->kernwidth; /* remove last one */ *pw = w; return 0; } /*---------------------------------------------------------------------* * Text splitting * *---------------------------------------------------------------------*/ /*! * splitStringToParagraphs() * * Input: textstring * splitting flag (see enum in bmf.h; valid values in {1,2,3}) * Return: sarray (where each string is a paragraph of the input), * or null on error. */ SARRAY * splitStringToParagraphs(char *textstr, l_int32 splitflag) { char *linestr, *parastring; l_int32 nlines, i, allwhite, leadwhite; SARRAY *salines, *satemp, *saout; PROCNAME("splitStringToParagraphs"); if (!textstr) return (SARRAY *)ERROR_PTR("textstr not defined", procName, NULL); if ((salines = sarrayCreateLinesFromString(textstr, 1)) == NULL) return (SARRAY *)ERROR_PTR("salines not made", procName, NULL); nlines = sarrayGetCount(salines); saout = sarrayCreate(0); satemp = sarrayCreate(0); linestr = sarrayGetString(salines, 0, 0); sarrayAddString(satemp, linestr, 1); for (i = 1; i < nlines; i++) { linestr = sarrayGetString(salines, i, 0); stringAllWhitespace(linestr, &allwhite); stringLeadingWhitespace(linestr, &leadwhite); if ((splitflag == SPLIT_ON_LEADING_WHITE && leadwhite) || (splitflag == SPLIT_ON_BLANK_LINE && allwhite) || (splitflag == SPLIT_ON_BOTH && (allwhite || leadwhite))) { parastring = sarrayToString(satemp, 1); /* add nl to each line */ sarrayAddString(saout, parastring, 0); /* insert */ sarrayDestroy(&satemp); satemp = sarrayCreate(0); } sarrayAddString(satemp, linestr, 1); } parastring = sarrayToString(satemp, 1); /* add nl to each line */ sarrayAddString(saout, parastring, 0); /* insert */ sarrayDestroy(&satemp); return saout; } /*! * stringAllWhitespace() * * Input: textstring * &val ( 1 if all whitespace; 0 otherwise) * Return: 0 if OK, 1 on error */ static l_int32 stringAllWhitespace(char *textstr, l_int32 *pval) { l_int32 len, i; PROCNAME("stringAllWhitespace"); if (!textstr) return ERROR_INT("textstr not defined", procName, 1); if (!pval) return ERROR_INT("&va not defined", procName, 1); len = strlen(textstr); *pval = 1; for (i = 0; i < len; i++) { if (textstr[i] != ' ' && textstr[i] != '\t' && textstr[i] != '\n') { *pval = 0; return 0; } } return 0; } /*! * stringLeadingWhitespace() * * Input: textstring * &val ( 1 if leading char is ' ' or '\t'; 0 otherwise) * Return: 0 if OK, 1 on error */ static l_int32 stringLeadingWhitespace(char *textstr, l_int32 *pval) { PROCNAME("stringLeadingWhitespace"); if (!textstr) return ERROR_INT("textstr not defined", procName, 1); if (!pval) return ERROR_INT("&va not defined", procName, 1); *pval = 0; if (textstr[0] == ' ' || textstr[0] == '\t') *pval = 1; return 0; } leptonica-1.70/src/roplow.c0000644000175000017500000022251112244236677014002 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * roplow.c * * Low level dest-only * void rasteropUniLow() * static void rasteropUniWordAlignedlLow() * static void rasteropUniGeneralLow() * * Low level src and dest * void rasteropLow() * static void rasteropWordAlignedLow() * static void rasteropVAlignedLow() * static void rasteropGeneralLow() * */ #include #include "allheaders.h" #define COMBINE_PARTIAL(d, s, m) ( ((d) & ~(m)) | ((s) & (m)) ) static const l_int32 SHIFT_LEFT = 0; static const l_int32 SHIFT_RIGHT = 1; static void rasteropUniWordAlignedLow(l_uint32 *datad, l_int32 dwpl, l_int32 dx, l_int32 dy, l_int32 dw, l_int32 dh, l_int32 op); static void rasteropUniGeneralLow(l_uint32 *datad, l_int32 dwpl, l_int32 dx, l_int32 dy, l_int32 dw, l_int32 dh, l_int32 op); static void rasteropWordAlignedLow(l_uint32 *datad, l_int32 dwpl, l_int32 dx, l_int32 dy, l_int32 dw, l_int32 dh, l_int32 op, l_uint32 *datas, l_int32 swpl, l_int32 sx, l_int32 sy); static void rasteropVAlignedLow(l_uint32 *datad, l_int32 dwpl, l_int32 dx, l_int32 dy, l_int32 dw, l_int32 dh, l_int32 op, l_uint32 *datas, l_int32 swpl, l_int32 sx, l_int32 sy); static void rasteropGeneralLow(l_uint32 *datad, l_int32 dwpl, l_int32 dx, l_int32 dy, l_int32 dw, l_int32 dh, l_int32 op, l_uint32 *datas, l_int32 swpl, l_int32 sx, l_int32 sy); static const l_uint32 lmask32[] = {0x0, 0x80000000, 0xc0000000, 0xe0000000, 0xf0000000, 0xf8000000, 0xfc000000, 0xfe000000, 0xff000000, 0xff800000, 0xffc00000, 0xffe00000, 0xfff00000, 0xfff80000, 0xfffc0000, 0xfffe0000, 0xffff0000, 0xffff8000, 0xffffc000, 0xffffe000, 0xfffff000, 0xfffff800, 0xfffffc00, 0xfffffe00, 0xffffff00, 0xffffff80, 0xffffffc0, 0xffffffe0, 0xfffffff0, 0xfffffff8, 0xfffffffc, 0xfffffffe, 0xffffffff}; static const l_uint32 rmask32[] = {0x0, 0x00000001, 0x00000003, 0x00000007, 0x0000000f, 0x0000001f, 0x0000003f, 0x0000007f, 0x000000ff, 0x000001ff, 0x000003ff, 0x000007ff, 0x00000fff, 0x00001fff, 0x00003fff, 0x00007fff, 0x0000ffff, 0x0001ffff, 0x0003ffff, 0x0007ffff, 0x000fffff, 0x001fffff, 0x003fffff, 0x007fffff, 0x00ffffff, 0x01ffffff, 0x03ffffff, 0x07ffffff, 0x0fffffff, 0x1fffffff, 0x3fffffff, 0x7fffffff, 0xffffffff}; /*--------------------------------------------------------------------* * Low-level dest-only rasterops * *--------------------------------------------------------------------*/ /*! * rasteropUniLow() * * Input: datad (ptr to dest image data) * dpixw (width of dest) * dpixh (height of dest) * depth (depth of src and dest) * dwpl (wpl of dest) * dx (x val of UL corner of dest rectangle) * dy (y val of UL corner of dest rectangle) * dw (width of dest rectangle) * dh (height of dest rectangle) * op (op code) * Return: void * * Action: scales width, performs clipping, checks alignment, and * dispatches for the rasterop. */ void rasteropUniLow(l_uint32 *datad, l_int32 dpixw, l_int32 dpixh, l_int32 depth, l_int32 dwpl, l_int32 dx, l_int32 dy, l_int32 dw, l_int32 dh, l_int32 op) { l_int32 dhangw, dhangh; /* -------------------------------------------------------* * scale horizontal dimensions by depth * -------------------------------------------------------*/ if (depth != 1) { dpixw *= depth; dx *= depth; dw *= depth; } /* -------------------------------------------------------* * clip rectangle to dest image * -------------------------------------------------------*/ /* first, clip horizontally (dx, dw) */ if (dx < 0) { dw += dx; /* reduce dw */ dx = 0; } dhangw = dx + dw - dpixw; /* rect ovhang dest to right */ if (dhangw > 0) dw -= dhangw; /* reduce dw */ /* then, clip vertically (dy, dh) */ if (dy < 0) { dh += dy; /* reduce dh */ dy = 0; } dhangh = dy + dh - dpixh; /* rect ovhang dest below */ if (dhangh > 0) dh -= dhangh; /* reduce dh */ /* if clipped entirely, quit */ if ((dw <= 0) || (dh <= 0)) return; /* -------------------------------------------------------* * dispatch to aligned or non-aligned blitters * -------------------------------------------------------*/ if ((dx & 31) == 0) rasteropUniWordAlignedLow(datad, dwpl, dx, dy, dw, dh, op); else rasteropUniGeneralLow(datad, dwpl, dx, dy, dw, dh, op); return; } /*--------------------------------------------------------------------* * Static low-level uni rasterop with word alignment * *--------------------------------------------------------------------*/ /*! * rasteropUniWordAlignedLow() * * Input: datad (ptr to dest image data) * dwpl (wpl of dest) * dx (x val of UL corner of dest rectangle) * dy (y val of UL corner of dest rectangle) * dw (width of dest rectangle) * dh (height of dest rectangle) * op (op code) * Return: void * * This is called when the dest rect is left aligned * on (32-bit) word boundaries. That is: dx & 31 == 0. * * We make an optimized implementation of this because * it is a common case: e.g., operating on a full dest image. */ static void rasteropUniWordAlignedLow(l_uint32 *datad, l_int32 dwpl, l_int32 dx, l_int32 dy, l_int32 dw, l_int32 dh, l_int32 op) { l_int32 nfullw; /* number of full words */ l_uint32 *pfword; /* ptr to first word */ l_int32 lwbits; /* number of ovrhang bits in last partial word */ l_uint32 lwmask; /* mask for last partial word */ l_uint32 *lined; l_int32 i, j; /*--------------------------------------------------------* * Preliminary calculations * *--------------------------------------------------------*/ nfullw = dw >> 5; lwbits = dw & 31; if (lwbits) lwmask = lmask32[lwbits]; pfword = datad + dwpl * dy + (dx >> 5); /*--------------------------------------------------------* * Now we're ready to do the ops * *--------------------------------------------------------*/ switch (op) { case PIX_CLR: for (i = 0; i < dh; i++) { lined = pfword + i * dwpl; for (j = 0; j < nfullw; j++) *lined++ = 0x0; if (lwbits) *lined = COMBINE_PARTIAL(*lined, 0x0, lwmask); } break; case PIX_SET: for (i = 0; i < dh; i++) { lined = pfword + i * dwpl; for (j = 0; j < nfullw; j++) *lined++ = 0xffffffff; if (lwbits) *lined = COMBINE_PARTIAL(*lined, 0xffffffff, lwmask); } break; case PIX_NOT(PIX_DST): for (i = 0; i < dh; i++) { lined = pfword + i * dwpl; for (j = 0; j < nfullw; j++) { *lined = ~(*lined); lined++; } if (lwbits) *lined = COMBINE_PARTIAL(*lined, ~(*lined), lwmask); } break; default: fprintf(stderr, "Operation %d not permitted here!\n", op); } return; } /*--------------------------------------------------------------------* * Static low-level uni rasterop without word alignment * *--------------------------------------------------------------------*/ /*! * rasteropUniGeneralLow() * * Input: datad (ptr to dest image data) * dwpl (wpl of dest) * dx (x val of UL corner of dest rectangle) * dy (y val of UL corner of dest rectangle) * dw (width of dest rectangle) * dh (height of dest rectangle) * op (op code) * Return: void */ static void rasteropUniGeneralLow(l_uint32 *datad, l_int32 dwpl, l_int32 dx, l_int32 dy, l_int32 dw, l_int32 dh, l_int32 op) { l_int32 dfwpartb; /* boolean (1, 0) if first dest word is partial */ l_int32 dfwpart2b; /* boolean (1, 0) if first dest word is doubly partial */ l_uint32 dfwmask; /* mask for first partial dest word */ l_int32 dfwbits; /* first word dest bits in ovrhang */ l_uint32 *pdfwpart; /* ptr to first partial dest word */ l_int32 dfwfullb; /* boolean (1, 0) if there exists a full dest word */ l_int32 dnfullw; /* number of full words in dest */ l_uint32 *pdfwfull; /* ptr to first full dest word */ l_int32 dlwpartb; /* boolean (1, 0) if last dest word is partial */ l_uint32 dlwmask; /* mask for last partial dest word */ l_int32 dlwbits; /* last word dest bits in ovrhang */ l_uint32 *pdlwpart; /* ptr to last partial dest word */ l_int32 i, j; /*--------------------------------------------------------* * Preliminary calculations * *--------------------------------------------------------*/ /* is the first word partial? */ if ((dx & 31) == 0) { /* if not */ dfwpartb = 0; dfwbits = 0; } else { /* if so */ dfwpartb = 1; dfwbits = 32 - (dx & 31); dfwmask = rmask32[dfwbits]; pdfwpart = datad + dwpl * dy + (dx >> 5); } /* is the first word doubly partial? */ if (dw >= dfwbits) { /* if not */ dfwpart2b = 0; } else { /* if so */ dfwpart2b = 1; dfwmask &= lmask32[32 - dfwbits + dw]; } /* is there a full dest word? */ if (dfwpart2b == 1) { /* not */ dfwfullb = 0; dnfullw = 0; } else { dnfullw = (dw - dfwbits) >> 5; if (dnfullw == 0) { /* if not */ dfwfullb = 0; } else { /* if so */ dfwfullb = 1; if (dfwpartb) pdfwfull = pdfwpart + 1; else pdfwfull = datad + dwpl * dy + (dx >> 5); } } /* is the last word partial? */ dlwbits = (dx + dw) & 31; if (dfwpart2b == 1 || dlwbits == 0) { /* if not */ dlwpartb = 0; } else { dlwpartb = 1; dlwmask = lmask32[dlwbits]; if (dfwpartb) pdlwpart = pdfwpart + 1 + dnfullw; else pdlwpart = datad + dwpl * dy + (dx >> 5) + dnfullw; } /*--------------------------------------------------------* * Now we're ready to do the ops * *--------------------------------------------------------*/ switch (op) { case PIX_CLR: /* do the first partial word */ if (dfwpartb) { for (i = 0; i < dh; i++) { *pdfwpart = COMBINE_PARTIAL(*pdfwpart, 0x0, dfwmask); pdfwpart += dwpl; } } /* do the full words */ if (dfwfullb) { for (i = 0; i < dh; i++) { for (j = 0; j < dnfullw; j++) *(pdfwfull + j) = 0x0; pdfwfull += dwpl; } } /* do the last partial word */ if (dlwpartb) { for (i = 0; i < dh; i++) { *pdlwpart = COMBINE_PARTIAL(*pdlwpart, 0x0, dlwmask); pdlwpart += dwpl; } } break; case PIX_SET: /* do the first partial word */ if (dfwpartb) { for (i = 0; i < dh; i++) { *pdfwpart = COMBINE_PARTIAL(*pdfwpart, 0xffffffff, dfwmask); pdfwpart += dwpl; } } /* do the full words */ if (dfwfullb) { for (i = 0; i < dh; i++) { for (j = 0; j < dnfullw; j++) *(pdfwfull + j) = 0xffffffff; pdfwfull += dwpl; } } /* do the last partial word */ if (dlwpartb) { for (i = 0; i < dh; i++) { *pdlwpart = COMBINE_PARTIAL(*pdlwpart, 0xffffffff, dlwmask); pdlwpart += dwpl; } } break; case PIX_NOT(PIX_DST): /* do the first partial word */ if (dfwpartb) { for (i = 0; i < dh; i++) { *pdfwpart = COMBINE_PARTIAL(*pdfwpart, ~(*pdfwpart), dfwmask); pdfwpart += dwpl; } } /* do the full words */ if (dfwfullb) { for (i = 0; i < dh; i++) { for (j = 0; j < dnfullw; j++) *(pdfwfull + j) = ~(*(pdfwfull + j)); pdfwfull += dwpl; } } /* do the last partial word */ if (dlwpartb) { for (i = 0; i < dh; i++) { *pdlwpart = COMBINE_PARTIAL(*pdlwpart, ~(*pdlwpart), dlwmask); pdlwpart += dwpl; } } break; default: fprintf(stderr, "Operation %d not permitted here!\n", op); } return; } /*--------------------------------------------------------------------* * Low-level src and dest rasterops * *--------------------------------------------------------------------*/ /*! * rasteropLow() * * Input: datad (ptr to dest image data) * dpixw (width of dest) * dpixh (height of dest) * depth (depth of src and dest) * dwpl (wpl of dest) * dx (x val of UL corner of dest rectangle) * dy (y val of UL corner of dest rectangle) * dw (width of dest rectangle) * dh (height of dest rectangle) * op (op code) * datas (ptr to src image data) * spixw (width of src) * spixh (height of src) * swpl (wpl of src) * sx (x val of UL corner of src rectangle) * sy (y val of UL corner of src rectangle) * Return: void * * Action: Scales width, performs clipping, checks alignment, and * dispatches for the rasterop. * * Warning: the two images must have equal depth. This is not checked. */ void rasteropLow(l_uint32 *datad, l_int32 dpixw, l_int32 dpixh, l_int32 depth, l_int32 dwpl, l_int32 dx, l_int32 dy, l_int32 dw, l_int32 dh, l_int32 op, l_uint32 *datas, l_int32 spixw, l_int32 spixh, l_int32 swpl, l_int32 sx, l_int32 sy) { l_int32 dhangw, shangw, dhangh, shangh; /* -------------------------------------------------------* * scale horizontal dimensions by depth * -------------------------------------------------------*/ if (depth != 1) { dpixw *= depth; dx *= depth; dw *= depth; spixw *= depth; sx *= depth; } /* -------------------------------------------------------* * clip to max rectangle within both src and dest * -------------------------------------------------------*/ /* first, clip horizontally (sx, dx, dw) */ if (dx < 0) { sx -= dx; /* increase sx */ dw += dx; /* reduce dw */ dx = 0; } if (sx < 0) { dx -= sx; /* increase dx */ dw += sx; /* reduce dw */ sx = 0; } dhangw = dx + dw - dpixw; /* rect ovhang dest to right */ if (dhangw > 0) dw -= dhangw; /* reduce dw */ shangw = sx + dw - spixw; /* rect ovhang src to right */ if (shangw > 0) dw -= shangw; /* reduce dw */ /* then, clip vertically (sy, dy, dh) */ if (dy < 0) { sy -= dy; /* increase sy */ dh += dy; /* reduce dh */ dy = 0; } if (sy < 0) { dy -= sy; /* increase dy */ dh += sy; /* reduce dh */ sy = 0; } dhangh = dy + dh - dpixh; /* rect ovhang dest below */ if (dhangh > 0) dh -= dhangh; /* reduce dh */ shangh = sy + dh - spixh; /* rect ovhang src below */ if (shangh > 0) dh -= shangh; /* reduce dh */ /* if clipped entirely, quit */ if ((dw <= 0) || (dh <= 0)) return; /* -------------------------------------------------------* * dispatch to aligned or non-aligned blitters * -------------------------------------------------------*/ if (((dx & 31) == 0) && ((sx & 31) == 0)) rasteropWordAlignedLow(datad, dwpl, dx, dy, dw, dh, op, datas, swpl, sx, sy); else if ((dx & 31) == (sx & 31)) rasteropVAlignedLow(datad, dwpl, dx, dy, dw, dh, op, datas, swpl, sx, sy); else rasteropGeneralLow(datad, dwpl, dx, dy, dw, dh, op, datas, swpl, sx, sy); return; } /*--------------------------------------------------------------------* * Static low-level rasterop with vertical word alignment * *--------------------------------------------------------------------*/ /*! * rasteropWordAlignedLow() * * Input: datad (ptr to dest image data) * dwpl (wpl of dest) * dx (x val of UL corner of dest rectangle) * dy (y val of UL corner of dest rectangle) * dw (width of dest rectangle) * dh (height of dest rectangle) * op (op code) * datas (ptr to src image data) * swpl (wpl of src) * sx (x val of UL corner of src rectangle) * sy (y val of UL corner of src rectangle) * Return: void * * This is called when both the src and dest rects * are left aligned on (32-bit) word boundaries. * That is: dx & 31 == 0 and sx & 31 == 0 * * We make an optimized implementation of this because * it is a common case: e.g., two images are rasterop'd * starting from their UL corners (0,0). */ static void rasteropWordAlignedLow(l_uint32 *datad, l_int32 dwpl, l_int32 dx, l_int32 dy, l_int32 dw, l_int32 dh, l_int32 op, l_uint32 *datas, l_int32 swpl, l_int32 sx, l_int32 sy) { l_int32 nfullw; /* number of full words */ l_uint32 *psfword; /* ptr to first src word */ l_uint32 *pdfword; /* ptr to first dest word */ l_int32 lwbits; /* number of ovrhang bits in last partial word */ l_uint32 lwmask; /* mask for last partial word */ l_uint32 *lines, *lined; l_int32 i, j; /*--------------------------------------------------------* * Preliminary calculations * *--------------------------------------------------------*/ nfullw = dw >> 5; lwbits = dw & 31; if (lwbits) lwmask = lmask32[lwbits]; psfword = datas + swpl * sy + (sx >> 5); pdfword = datad + dwpl * dy + (dx >> 5); /*--------------------------------------------------------* * Now we're ready to do the ops * *--------------------------------------------------------*/ switch (op) { case PIX_SRC: for (i = 0; i < dh; i++) { lines = psfword + i * swpl; lined = pdfword + i * dwpl; for (j = 0; j < nfullw; j++) { *lined = *lines; lined++; lines++; } if (lwbits) *lined = COMBINE_PARTIAL(*lined, *lines, lwmask); } break; case PIX_NOT(PIX_SRC): for (i = 0; i < dh; i++) { lines = psfword + i * swpl; lined = pdfword + i * dwpl; for (j = 0; j < nfullw; j++) { *lined = ~(*lines); lined++; lines++; } if (lwbits) *lined = COMBINE_PARTIAL(*lined, ~(*lines), lwmask); } break; case (PIX_SRC | PIX_DST): for (i = 0; i < dh; i++) { lines = psfword + i * swpl; lined = pdfword + i * dwpl; for (j = 0; j < nfullw; j++) { *lined = (*lines | *lined); lined++; lines++; } if (lwbits) *lined = COMBINE_PARTIAL(*lined, (*lines | *lined), lwmask); } break; case (PIX_SRC & PIX_DST): for (i = 0; i < dh; i++) { lines = psfword + i * swpl; lined = pdfword + i * dwpl; for (j = 0; j < nfullw; j++) { *lined = (*lines & *lined); lined++; lines++; } if (lwbits) *lined = COMBINE_PARTIAL(*lined, (*lines & *lined), lwmask); } break; case (PIX_SRC ^ PIX_DST): for (i = 0; i < dh; i++) { lines = psfword + i * swpl; lined = pdfword + i * dwpl; for (j = 0; j < nfullw; j++) { *lined = (*lines ^ *lined); lined++; lines++; } if (lwbits) *lined = COMBINE_PARTIAL(*lined, (*lines ^ *lined), lwmask); } break; case (PIX_NOT(PIX_SRC) | PIX_DST): for (i = 0; i < dh; i++) { lines = psfword + i * swpl; lined = pdfword + i * dwpl; for (j = 0; j < nfullw; j++) { *lined = (~(*lines) | *lined); lined++; lines++; } if (lwbits) *lined = COMBINE_PARTIAL(*lined, (~(*lines) | *lined), lwmask); } break; case (PIX_NOT(PIX_SRC) & PIX_DST): for (i = 0; i < dh; i++) { lines = psfword + i * swpl; lined = pdfword + i * dwpl; for (j = 0; j < nfullw; j++) { *lined = (~(*lines) & *lined); lined++; lines++; } if (lwbits) *lined = COMBINE_PARTIAL(*lined, (~(*lines) & *lined), lwmask); } break; case (PIX_SRC | PIX_NOT(PIX_DST)): for (i = 0; i < dh; i++) { lines = psfword + i * swpl; lined = pdfword + i * dwpl; for (j = 0; j < nfullw; j++) { *lined = (*lines | ~(*lined)); lined++; lines++; } if (lwbits) *lined = COMBINE_PARTIAL(*lined, (*lines | ~(*lined)), lwmask); } break; case (PIX_SRC & PIX_NOT(PIX_DST)): for (i = 0; i < dh; i++) { lines = psfword + i * swpl; lined = pdfword + i * dwpl; for (j = 0; j < nfullw; j++) { *lined = (*lines & ~(*lined)); lined++; lines++; } if (lwbits) *lined = COMBINE_PARTIAL(*lined, (*lines & ~(*lined)), lwmask); } break; case (PIX_NOT(PIX_SRC | PIX_DST)): for (i = 0; i < dh; i++) { lines = psfword + i * swpl; lined = pdfword + i * dwpl; for (j = 0; j < nfullw; j++) { *lined = ~(*lines | *lined); lined++; lines++; } if (lwbits) *lined = COMBINE_PARTIAL(*lined, ~(*lines | *lined), lwmask); } break; case (PIX_NOT(PIX_SRC & PIX_DST)): for (i = 0; i < dh; i++) { lines = psfword + i * swpl; lined = pdfword + i * dwpl; for (j = 0; j < nfullw; j++) { *lined = ~(*lines & *lined); lined++; lines++; } if (lwbits) *lined = COMBINE_PARTIAL(*lined, ~(*lines & *lined), lwmask); } break; /* this is three cases: ~(s ^ d), ~s ^ d, s ^ ~d */ case (PIX_NOT(PIX_SRC ^ PIX_DST)): for (i = 0; i < dh; i++) { lines = psfword + i * swpl; lined = pdfword + i * dwpl; for (j = 0; j < nfullw; j++) { *lined = ~(*lines ^ *lined); lined++; lines++; } if (lwbits) *lined = COMBINE_PARTIAL(*lined, ~(*lines ^ *lined), lwmask); } break; default: fprintf(stderr, "Operation %d invalid\n", op); } return; } /*--------------------------------------------------------------------* * Static low-level rasterop with vertical word alignment * *--------------------------------------------------------------------*/ /*! * rasteropVAlignedLow() * * Input: datad (ptr to dest image data) * dwpl (wpl of dest) * dx (x val of UL corner of dest rectangle) * dy (y val of UL corner of dest rectangle) * dw (width of dest rectangle) * dh (height of dest rectangle) * op (op code) * datas (ptr to src image data) * swpl (wpl of src) * sx (x val of UL corner of src rectangle) * sy (y val of UL corner of src rectangle) * Return: void * * This is called when the left side of the src and dest * rects have the same alignment relative to (32-bit) word * boundaries; i.e., (dx & 31) == (sx & 31) */ static void rasteropVAlignedLow(l_uint32 *datad, l_int32 dwpl, l_int32 dx, l_int32 dy, l_int32 dw, l_int32 dh, l_int32 op, l_uint32 *datas, l_int32 swpl, l_int32 sx, l_int32 sy) { l_int32 dfwpartb; /* boolean (1, 0) if first dest word is partial */ l_int32 dfwpart2b; /* boolean (1, 0) if first dest word is doubly partial */ l_uint32 dfwmask; /* mask for first partial dest word */ l_int32 dfwbits; /* first word dest bits in ovrhang */ l_uint32 *pdfwpart; /* ptr to first partial dest word */ l_uint32 *psfwpart; /* ptr to first partial src word */ l_int32 dfwfullb; /* boolean (1, 0) if there exists a full dest word */ l_int32 dnfullw; /* number of full words in dest */ l_uint32 *pdfwfull; /* ptr to first full dest word */ l_uint32 *psfwfull; /* ptr to first full src word */ l_int32 dlwpartb; /* boolean (1, 0) if last dest word is partial */ l_uint32 dlwmask; /* mask for last partial dest word */ l_int32 dlwbits; /* last word dest bits in ovrhang */ l_uint32 *pdlwpart; /* ptr to last partial dest word */ l_uint32 *pslwpart; /* ptr to last partial src word */ l_int32 i, j; /*--------------------------------------------------------* * Preliminary calculations * *--------------------------------------------------------*/ /* is the first word partial? */ if ((dx & 31) == 0) { /* if not */ dfwpartb = 0; dfwbits = 0; } else { /* if so */ dfwpartb = 1; dfwbits = 32 - (dx & 31); dfwmask = rmask32[dfwbits]; pdfwpart = datad + dwpl * dy + (dx >> 5); psfwpart = datas + swpl * sy + (sx >> 5); } /* is the first word doubly partial? */ if (dw >= dfwbits) { /* if not */ dfwpart2b = 0; } else { /* if so */ dfwpart2b = 1; dfwmask &= lmask32[32 - dfwbits + dw]; } /* is there a full dest word? */ if (dfwpart2b == 1) { /* not */ dfwfullb = 0; dnfullw = 0; } else { dnfullw = (dw - dfwbits) >> 5; if (dnfullw == 0) { /* if not */ dfwfullb = 0; } else { /* if so */ dfwfullb = 1; if (dfwpartb) { pdfwfull = pdfwpart + 1; psfwfull = psfwpart + 1; } else { pdfwfull = datad + dwpl * dy + (dx >> 5); psfwfull = datas + swpl * sy + (sx >> 5); } } } /* is the last word partial? */ dlwbits = (dx + dw) & 31; if (dfwpart2b == 1 || dlwbits == 0) { /* if not */ dlwpartb = 0; } else { dlwpartb = 1; dlwmask = lmask32[dlwbits]; if (dfwpartb) { pdlwpart = pdfwpart + 1 + dnfullw; pslwpart = psfwpart + 1 + dnfullw; } else { pdlwpart = datad + dwpl * dy + (dx >> 5) + dnfullw; pslwpart = datas + swpl * sy + (sx >> 5) + dnfullw; } } /*--------------------------------------------------------* * Now we're ready to do the ops * *--------------------------------------------------------*/ switch (op) { case PIX_SRC: /* do the first partial word */ if (dfwpartb) { for (i = 0; i < dh; i++) { *pdfwpart = COMBINE_PARTIAL(*pdfwpart, *psfwpart, dfwmask); pdfwpart += dwpl; psfwpart += swpl; } } /* do the full words */ if (dfwfullb) { for (i = 0; i < dh; i++) { for (j = 0; j < dnfullw; j++) *(pdfwfull + j) = *(psfwfull + j); pdfwfull += dwpl; psfwfull += swpl; } } /* do the last partial word */ if (dlwpartb) { for (i = 0; i < dh; i++) { *pdlwpart = COMBINE_PARTIAL(*pdlwpart, *pslwpart, dlwmask); pdlwpart += dwpl; pslwpart += swpl; } } break; case PIX_NOT(PIX_SRC): /* do the first partial word */ if (dfwpartb) { for (i = 0; i < dh; i++) { *pdfwpart = COMBINE_PARTIAL(*pdfwpart, ~(*psfwpart), dfwmask); pdfwpart += dwpl; psfwpart += swpl; } } /* do the full words */ if (dfwfullb) { for (i = 0; i < dh; i++) { for (j = 0; j < dnfullw; j++) *(pdfwfull + j) = ~(*(psfwfull + j)); pdfwfull += dwpl; psfwfull += swpl; } } /* do the last partial word */ if (dlwpartb) { for (i = 0; i < dh; i++) { *pdlwpart = COMBINE_PARTIAL(*pdlwpart, ~(*pslwpart), dlwmask); pdlwpart += dwpl; pslwpart += swpl; } } break; case (PIX_SRC | PIX_DST): /* do the first partial word */ if (dfwpartb) { for (i = 0; i < dh; i++) { *pdfwpart = COMBINE_PARTIAL(*pdfwpart, (*psfwpart | *pdfwpart), dfwmask); pdfwpart += dwpl; psfwpart += swpl; } } /* do the full words */ if (dfwfullb) { for (i = 0; i < dh; i++) { for (j = 0; j < dnfullw; j++) *(pdfwfull + j) |= *(psfwfull + j); pdfwfull += dwpl; psfwfull += swpl; } } /* do the last partial word */ if (dlwpartb) { for (i = 0; i < dh; i++) { *pdlwpart = COMBINE_PARTIAL(*pdlwpart, (*pslwpart | *pdlwpart), dlwmask); pdlwpart += dwpl; pslwpart += swpl; } } break; case (PIX_SRC & PIX_DST): /* do the first partial word */ if (dfwpartb) { for (i = 0; i < dh; i++) { *pdfwpart = COMBINE_PARTIAL(*pdfwpart, (*psfwpart & *pdfwpart), dfwmask); pdfwpart += dwpl; psfwpart += swpl; } } /* do the full words */ if (dfwfullb) { for (i = 0; i < dh; i++) { for (j = 0; j < dnfullw; j++) *(pdfwfull + j) &= *(psfwfull + j); pdfwfull += dwpl; psfwfull += swpl; } } /* do the last partial word */ if (dlwpartb) { for (i = 0; i < dh; i++) { *pdlwpart = COMBINE_PARTIAL(*pdlwpart, (*pslwpart & *pdlwpart), dlwmask); pdlwpart += dwpl; pslwpart += swpl; } } break; case (PIX_SRC ^ PIX_DST): /* do the first partial word */ if (dfwpartb) { for (i = 0; i < dh; i++) { *pdfwpart = COMBINE_PARTIAL(*pdfwpart, (*psfwpart ^ *pdfwpart), dfwmask); pdfwpart += dwpl; psfwpart += swpl; } } /* do the full words */ if (dfwfullb) { for (i = 0; i < dh; i++) { for (j = 0; j < dnfullw; j++) *(pdfwfull + j) ^= *(psfwfull + j); pdfwfull += dwpl; psfwfull += swpl; } } /* do the last partial word */ if (dlwpartb) { for (i = 0; i < dh; i++) { *pdlwpart = COMBINE_PARTIAL(*pdlwpart, (*pslwpart ^ *pdlwpart), dlwmask); pdlwpart += dwpl; pslwpart += swpl; } } break; case (PIX_NOT(PIX_SRC) | PIX_DST): /* do the first partial word */ if (dfwpartb) { for (i = 0; i < dh; i++) { *pdfwpart = COMBINE_PARTIAL(*pdfwpart, (~(*psfwpart) | *pdfwpart), dfwmask); pdfwpart += dwpl; psfwpart += swpl; } } /* do the full words */ if (dfwfullb) { for (i = 0; i < dh; i++) { for (j = 0; j < dnfullw; j++) *(pdfwfull + j) |= ~(*(psfwfull + j)); pdfwfull += dwpl; psfwfull += swpl; } } /* do the last partial word */ if (dlwpartb) { for (i = 0; i < dh; i++) { *pdlwpart = COMBINE_PARTIAL(*pdlwpart, (~(*pslwpart) | *pdlwpart), dlwmask); pdlwpart += dwpl; pslwpart += swpl; } } break; case (PIX_NOT(PIX_SRC) & PIX_DST): /* do the first partial word */ if (dfwpartb) { for (i = 0; i < dh; i++) { *pdfwpart = COMBINE_PARTIAL(*pdfwpart, (~(*psfwpart) & *pdfwpart), dfwmask); pdfwpart += dwpl; psfwpart += swpl; } } /* do the full words */ if (dfwfullb) { for (i = 0; i < dh; i++) { for (j = 0; j < dnfullw; j++) *(pdfwfull + j) &= ~(*(psfwfull + j)); pdfwfull += dwpl; psfwfull += swpl; } } /* do the last partial word */ if (dlwpartb) { for (i = 0; i < dh; i++) { *pdlwpart = COMBINE_PARTIAL(*pdlwpart, (~(*pslwpart) & *pdlwpart), dlwmask); pdlwpart += dwpl; pslwpart += swpl; } } break; case (PIX_SRC | PIX_NOT(PIX_DST)): /* do the first partial word */ if (dfwpartb) { for (i = 0; i < dh; i++) { *pdfwpart = COMBINE_PARTIAL(*pdfwpart, (*psfwpart | ~(*pdfwpart)), dfwmask); pdfwpart += dwpl; psfwpart += swpl; } } /* do the full words */ if (dfwfullb) { for (i = 0; i < dh; i++) { for (j = 0; j < dnfullw; j++) *(pdfwfull + j) = *(psfwfull + j) | ~(*(pdfwfull + j)); pdfwfull += dwpl; psfwfull += swpl; } } /* do the last partial word */ if (dlwpartb) { for (i = 0; i < dh; i++) { *pdlwpart = COMBINE_PARTIAL(*pdlwpart, (*pslwpart | ~(*pdlwpart)), dlwmask); pdlwpart += dwpl; pslwpart += swpl; } } break; case (PIX_SRC & PIX_NOT(PIX_DST)): /* do the first partial word */ if (dfwpartb) { for (i = 0; i < dh; i++) { *pdfwpart = COMBINE_PARTIAL(*pdfwpart, (*psfwpart & ~(*pdfwpart)), dfwmask); pdfwpart += dwpl; psfwpart += swpl; } } /* do the full words */ if (dfwfullb) { for (i = 0; i < dh; i++) { for (j = 0; j < dnfullw; j++) *(pdfwfull + j) = *(psfwfull + j) & ~(*(pdfwfull + j)); pdfwfull += dwpl; psfwfull += swpl; } } /* do the last partial word */ if (dlwpartb) { for (i = 0; i < dh; i++) { *pdlwpart = COMBINE_PARTIAL(*pdlwpart, (*pslwpart & ~(*pdlwpart)), dlwmask); pdlwpart += dwpl; pslwpart += swpl; } } break; case (PIX_NOT(PIX_SRC | PIX_DST)): /* do the first partial word */ if (dfwpartb) { for (i = 0; i < dh; i++) { *pdfwpart = COMBINE_PARTIAL(*pdfwpart, ~(*psfwpart | *pdfwpart), dfwmask); pdfwpart += dwpl; psfwpart += swpl; } } /* do the full words */ if (dfwfullb) { for (i = 0; i < dh; i++) { for (j = 0; j < dnfullw; j++) *(pdfwfull + j) = ~(*(psfwfull + j) | *(pdfwfull + j)); pdfwfull += dwpl; psfwfull += swpl; } } /* do the last partial word */ if (dlwpartb) { for (i = 0; i < dh; i++) { *pdlwpart = COMBINE_PARTIAL(*pdlwpart, ~(*pslwpart | *pdlwpart), dlwmask); pdlwpart += dwpl; pslwpart += swpl; } } break; case (PIX_NOT(PIX_SRC & PIX_DST)): /* do the first partial word */ if (dfwpartb) { for (i = 0; i < dh; i++) { *pdfwpart = COMBINE_PARTIAL(*pdfwpart, ~(*psfwpart & *pdfwpart), dfwmask); pdfwpart += dwpl; psfwpart += swpl; } } /* do the full words */ if (dfwfullb) { for (i = 0; i < dh; i++) { for (j = 0; j < dnfullw; j++) *(pdfwfull + j) = ~(*(psfwfull + j) & *(pdfwfull + j)); pdfwfull += dwpl; psfwfull += swpl; } } /* do the last partial word */ if (dlwpartb) { for (i = 0; i < dh; i++) { *pdlwpart = COMBINE_PARTIAL(*pdlwpart, ~(*pslwpart & *pdlwpart), dlwmask); pdlwpart += dwpl; pslwpart += swpl; } } break; /* this is three cases: ~(s ^ d), ~s ^ d, s ^ ~d */ case (PIX_NOT(PIX_SRC ^ PIX_DST)): /* do the first partial word */ if (dfwpartb) { for (i = 0; i < dh; i++) { *pdfwpart = COMBINE_PARTIAL(*pdfwpart, ~(*psfwpart ^ *pdfwpart), dfwmask); pdfwpart += dwpl; psfwpart += swpl; } } /* do the full words */ if (dfwfullb) { for (i = 0; i < dh; i++) { for (j = 0; j < dnfullw; j++) *(pdfwfull + j) = ~(*(psfwfull + j) ^ *(pdfwfull + j)); pdfwfull += dwpl; psfwfull += swpl; } } /* do the last partial word */ if (dlwpartb) { for (i = 0; i < dh; i++) { *pdlwpart = COMBINE_PARTIAL(*pdlwpart, ~(*pslwpart ^ *pdlwpart), dlwmask); pdlwpart += dwpl; pslwpart += swpl; } } break; default: fprintf(stderr, "Operation %x invalid\n", op); } return; } /*--------------------------------------------------------------------* * Static low-level rasterop without vertical word alignment * *--------------------------------------------------------------------*/ /*! * rasteropGeneralLow() * * Input: datad (ptr to dest image data) * dwpl (wpl of dest) * dx (x val of UL corner of dest rectangle) * dy (y val of UL corner of dest rectangle) * dw (width of dest rectangle) * dh (height of dest rectangle) * op (op code) * datas (ptr to src image data) * swpl (wpl of src) * sx (x val of UL corner of src rectangle) * sy (y val of UL corner of src rectangle) * Return: void * * This is called when the src and dest rects are * do not have the same (32-bit) word alignment. * * The method is a generalization of rasteropVAlignLow(). * There, the src image pieces were directly merged * with the dest. Here, we shift the source bits * to fill words that are aligned with the dest, and * then use those "source words" exactly in place * of the source words that were used in rasteropVAlignLow(). * * The critical parameter is thus the shift required * for the src. Consider the left edge of the rectangle. * The overhang into the src and dest words are found, * and the difference is exactly this shift. There are * two separate cases, depending on whether the src pixels * are shifted left or right. If the src overhang is * larger than the dest overhang, the src is shifted to * the right, a number of pixels equal to the shift are * left over for filling the next dest word, if necessary. * But if the dest overhang is larger than the src, * the src is shifted to the left, and it may also be * necessary to shift an equal number of pixels in from * the next src word. However, in both cases, after * the first partial (or complete) dest word has been * filled, the next src pixels will come from a left * shift that exhausts the pixels in the src word. */ static void rasteropGeneralLow(l_uint32 *datad, l_int32 dwpl, l_int32 dx, l_int32 dy, l_int32 dw, l_int32 dh, l_int32 op, l_uint32 *datas, l_int32 swpl, l_int32 sx, l_int32 sy) { l_int32 dfwpartb; /* boolean (1, 0) if first dest word is partial */ l_int32 dfwpart2b; /* boolean (1, 0) if 1st dest word is doubly partial */ l_uint32 dfwmask; /* mask for first partial dest word */ l_int32 dfwbits; /* first word dest bits in overhang; 0-31 */ l_int32 dhang; /* dest overhang in first partial word, */ /* or 0 if dest is word aligned (same as dfwbits) */ l_uint32 *pdfwpart; /* ptr to first partial dest word */ l_uint32 *psfwpart; /* ptr to first partial src word */ l_int32 dfwfullb; /* boolean (1, 0) if there exists a full dest word */ l_int32 dnfullw; /* number of full words in dest */ l_uint32 *pdfwfull; /* ptr to first full dest word */ l_uint32 *psfwfull; /* ptr to first full src word */ l_int32 dlwpartb; /* boolean (1, 0) if last dest word is partial */ l_uint32 dlwmask; /* mask for last partial dest word */ l_int32 dlwbits; /* last word dest bits in ovrhang */ l_uint32 *pdlwpart; /* ptr to last partial dest word */ l_uint32 *pslwpart; /* ptr to last partial src word */ l_uint32 sword; /* compose src word aligned with the dest words */ l_int32 sfwbits; /* first word src bits in overhang (1-32), */ /* or 32 if src is word aligned */ l_int32 shang; /* source overhang in the first partial word, */ /* or 0 if src is word aligned (not same as sfwbits) */ l_int32 sleftshift; /* bits to shift left for source word to align */ /* with the dest. Also the number of bits that */ /* get shifted to the right to align with the dest. */ l_int32 srightshift; /* bits to shift right for source word to align */ /* with dest. Also, the number of bits that get */ /* shifted left to align with the dest. */ l_int32 srightmask; /* mask for selecting sleftshift bits that have */ /* been shifted right by srightshift bits */ l_int32 sfwshiftdir; /* either SHIFT_LEFT or SHIFT_RIGHT */ l_int32 sfwaddb; /* boolean: do we need an additional sfw right shift? */ l_int32 slwaddb; /* boolean: do we need an additional slw right shift? */ l_int32 i, j; /*--------------------------------------------------------* * Preliminary calculations * *--------------------------------------------------------*/ /* To get alignment of src with dst (e.g., in the * full words) the src must do a left shift of its * relative overhang in the current src word, * and OR that with a right shift of * (31 - relative overhang) from the next src word. * We find the absolute overhangs, the relative overhangs, * the required shifts and the src mask */ if ((sx & 31) == 0) shang = 0; else shang = 32 - (sx & 31); if ((dx & 31) == 0) dhang = 0; else dhang = 32 - (dx & 31); if (shang == 0 && dhang == 0) { /* this should be treated by an aligned operation, not by this general rasterop! */ sleftshift = 0; srightshift = 0; srightmask = rmask32[0]; } else { if (dhang > shang) sleftshift = dhang - shang; else sleftshift = 32 - (shang - dhang); srightshift = 32 - sleftshift; srightmask = rmask32[sleftshift]; } /* is the first dest word partial? */ if ((dx & 31) == 0) { /* if not */ dfwpartb = 0; dfwbits = 0; } else { /* if so */ dfwpartb = 1; dfwbits = 32 - (dx & 31); dfwmask = rmask32[dfwbits]; pdfwpart = datad + dwpl * dy + (dx >> 5); psfwpart = datas + swpl * sy + (sx >> 5); sfwbits = 32 - (sx & 31); if (dfwbits > sfwbits) { sfwshiftdir = SHIFT_LEFT; /* and shift by sleftshift */ if (dw < shang) sfwaddb = 0; else sfwaddb = 1; /* and rshift in next src word by srightshift */ } else { sfwshiftdir = SHIFT_RIGHT; /* and shift by srightshift */ } } /* is the first dest word doubly partial? */ if (dw >= dfwbits) { /* if not */ dfwpart2b = 0; } else { /* if so */ dfwpart2b = 1; dfwmask &= lmask32[32 - dfwbits + dw]; } /* is there a full dest word? */ if (dfwpart2b == 1) { /* not */ dfwfullb = 0; dnfullw = 0; } else { dnfullw = (dw - dfwbits) >> 5; if (dnfullw == 0) { /* if not */ dfwfullb = 0; } else { /* if so */ dfwfullb = 1; pdfwfull = datad + dwpl * dy + ((dx + dhang) >> 5); psfwfull = datas + swpl * sy + ((sx + dhang) >> 5); /* yes, dhang */ } } /* is the last dest word partial? */ dlwbits = (dx + dw) & 31; if (dfwpart2b == 1 || dlwbits == 0) { /* if not */ dlwpartb = 0; } else { dlwpartb = 1; dlwmask = lmask32[dlwbits]; pdlwpart = datad + dwpl * dy + ((dx + dhang) >> 5) + dnfullw; pslwpart = datas + swpl * sy + ((sx + dhang) >> 5) + dnfullw; if (dlwbits <= srightshift) /* must be <= here !!! */ slwaddb = 0; /* we got enough bits from current src word */ else slwaddb = 1; /* must rshift in next src word by srightshift */ } /*--------------------------------------------------------* * Now we're ready to do the ops * *--------------------------------------------------------*/ switch (op) { case PIX_SRC: /* do the first partial word */ if (dfwpartb) { for (i = 0; i < dh; i++) { if (sfwshiftdir == SHIFT_LEFT) { sword = *psfwpart << sleftshift; if (sfwaddb) sword = COMBINE_PARTIAL(sword, *(psfwpart + 1) >> srightshift, srightmask); } else { /* shift right */ sword = *psfwpart >> srightshift; } *pdfwpart = COMBINE_PARTIAL(*pdfwpart, sword, dfwmask); pdfwpart += dwpl; psfwpart += swpl; } } /* do the full words */ if (dfwfullb) { for (i = 0; i < dh; i++) { for (j = 0; j < dnfullw; j++) { sword = COMBINE_PARTIAL(*(psfwfull + j) << sleftshift, *(psfwfull + j + 1) >> srightshift, srightmask); *(pdfwfull + j) = sword; } pdfwfull += dwpl; psfwfull += swpl; } } /* do the last partial word */ if (dlwpartb) { for (i = 0; i < dh; i++) { sword = *pslwpart << sleftshift; if (slwaddb) sword = COMBINE_PARTIAL(sword, *(pslwpart + 1) >> srightshift, srightmask); *pdlwpart = COMBINE_PARTIAL(*pdlwpart, sword, dlwmask); pdlwpart += dwpl; pslwpart += swpl; } } break; case PIX_NOT(PIX_SRC): /* do the first partial word */ if (dfwpartb) { for (i = 0; i < dh; i++) { if (sfwshiftdir == SHIFT_LEFT) { sword = *psfwpart << sleftshift; if (sfwaddb) sword = COMBINE_PARTIAL(sword, *(psfwpart + 1) >> srightshift, srightmask); } else { /* shift right */ sword = *psfwpart >> srightshift; } *pdfwpart = COMBINE_PARTIAL(*pdfwpart, ~sword, dfwmask); pdfwpart += dwpl; psfwpart += swpl; } } /* do the full words */ if (dfwfullb) { for (i = 0; i < dh; i++) { for (j = 0; j < dnfullw; j++) { sword = COMBINE_PARTIAL(*(psfwfull + j) << sleftshift, *(psfwfull + j + 1) >> srightshift, srightmask); *(pdfwfull + j) = ~sword; } pdfwfull += dwpl; psfwfull += swpl; } } /* do the last partial word */ if (dlwpartb) { for (i = 0; i < dh; i++) { sword = *pslwpart << sleftshift; if (slwaddb) sword = COMBINE_PARTIAL(sword, *(pslwpart + 1) >> srightshift, srightmask); *pdlwpart = COMBINE_PARTIAL(*pdlwpart, ~sword, dlwmask); pdlwpart += dwpl; pslwpart += swpl; } } break; case (PIX_SRC | PIX_DST): /* do the first partial word */ if (dfwpartb) { for (i = 0; i < dh; i++) { if (sfwshiftdir == SHIFT_LEFT) { sword = *psfwpart << sleftshift; if (sfwaddb) sword = COMBINE_PARTIAL(sword, *(psfwpart + 1) >> srightshift, srightmask); } else { /* shift right */ sword = *psfwpart >> srightshift; } *pdfwpart = COMBINE_PARTIAL(*pdfwpart, (sword | *pdfwpart), dfwmask); pdfwpart += dwpl; psfwpart += swpl; } } /* do the full words */ if (dfwfullb) { for (i = 0; i < dh; i++) { for (j = 0; j < dnfullw; j++) { sword = COMBINE_PARTIAL(*(psfwfull + j) << sleftshift, *(psfwfull + j + 1) >> srightshift, srightmask); *(pdfwfull + j) |= sword; } pdfwfull += dwpl; psfwfull += swpl; } } /* do the last partial word */ if (dlwpartb) { for (i = 0; i < dh; i++) { sword = *pslwpart << sleftshift; if (slwaddb) sword = COMBINE_PARTIAL(sword, *(pslwpart + 1) >> srightshift, srightmask); *pdlwpart = COMBINE_PARTIAL(*pdlwpart, (sword | *pdlwpart), dlwmask); pdlwpart += dwpl; pslwpart += swpl; } } break; case (PIX_SRC & PIX_DST): /* do the first partial word */ if (dfwpartb) { for (i = 0; i < dh; i++) { if (sfwshiftdir == SHIFT_LEFT) { sword = *psfwpart << sleftshift; if (sfwaddb) sword = COMBINE_PARTIAL(sword, *(psfwpart + 1) >> srightshift, srightmask); } else { /* shift right */ sword = *psfwpart >> srightshift; } *pdfwpart = COMBINE_PARTIAL(*pdfwpart, (sword & *pdfwpart), dfwmask); pdfwpart += dwpl; psfwpart += swpl; } } /* do the full words */ if (dfwfullb) { for (i = 0; i < dh; i++) { for (j = 0; j < dnfullw; j++) { sword = COMBINE_PARTIAL(*(psfwfull + j) << sleftshift, *(psfwfull + j + 1) >> srightshift, srightmask); *(pdfwfull + j) &= sword; } pdfwfull += dwpl; psfwfull += swpl; } } /* do the last partial word */ if (dlwpartb) { for (i = 0; i < dh; i++) { sword = *pslwpart << sleftshift; if (slwaddb) sword = COMBINE_PARTIAL(sword, *(pslwpart + 1) >> srightshift, srightmask); *pdlwpart = COMBINE_PARTIAL(*pdlwpart, (sword & *pdlwpart), dlwmask); pdlwpart += dwpl; pslwpart += swpl; } } break; case (PIX_SRC ^ PIX_DST): /* do the first partial word */ if (dfwpartb) { for (i = 0; i < dh; i++) { if (sfwshiftdir == SHIFT_LEFT) { sword = *psfwpart << sleftshift; if (sfwaddb) sword = COMBINE_PARTIAL(sword, *(psfwpart + 1) >> srightshift, srightmask); } else { /* shift right */ sword = *psfwpart >> srightshift; } *pdfwpart = COMBINE_PARTIAL(*pdfwpart, (sword ^ *pdfwpart), dfwmask); pdfwpart += dwpl; psfwpart += swpl; } } /* do the full words */ if (dfwfullb) { for (i = 0; i < dh; i++) { for (j = 0; j < dnfullw; j++) { sword = COMBINE_PARTIAL(*(psfwfull + j) << sleftshift, *(psfwfull + j + 1) >> srightshift, srightmask); *(pdfwfull + j) ^= sword; } pdfwfull += dwpl; psfwfull += swpl; } } /* do the last partial word */ if (dlwpartb) { for (i = 0; i < dh; i++) { sword = *pslwpart << sleftshift; if (slwaddb) sword = COMBINE_PARTIAL(sword, *(pslwpart + 1) >> srightshift, srightmask); *pdlwpart = COMBINE_PARTIAL(*pdlwpart, (sword ^ *pdlwpart), dlwmask); pdlwpart += dwpl; pslwpart += swpl; } } break; case (PIX_NOT(PIX_SRC) | PIX_DST): /* do the first partial word */ if (dfwpartb) { for (i = 0; i < dh; i++) { if (sfwshiftdir == SHIFT_LEFT) { sword = *psfwpart << sleftshift; if (sfwaddb) sword = COMBINE_PARTIAL(sword, *(psfwpart + 1) >> srightshift, srightmask); } else { /* shift right */ sword = *psfwpart >> srightshift; } *pdfwpart = COMBINE_PARTIAL(*pdfwpart, (~sword | *pdfwpart), dfwmask); pdfwpart += dwpl; psfwpart += swpl; } } /* do the full words */ if (dfwfullb) { for (i = 0; i < dh; i++) { for (j = 0; j < dnfullw; j++) { sword = COMBINE_PARTIAL(*(psfwfull + j) << sleftshift, *(psfwfull + j + 1) >> srightshift, srightmask); *(pdfwfull + j) |= ~sword; } pdfwfull += dwpl; psfwfull += swpl; } } /* do the last partial word */ if (dlwpartb) { for (i = 0; i < dh; i++) { sword = *pslwpart << sleftshift; if (slwaddb) sword = COMBINE_PARTIAL(sword, *(pslwpart + 1) >> srightshift, srightmask); *pdlwpart = COMBINE_PARTIAL(*pdlwpart, (~sword | *pdlwpart), dlwmask); pdlwpart += dwpl; pslwpart += swpl; } } break; case (PIX_NOT(PIX_SRC) & PIX_DST): /* do the first partial word */ if (dfwpartb) { for (i = 0; i < dh; i++) { if (sfwshiftdir == SHIFT_LEFT) { sword = *psfwpart << sleftshift; if (sfwaddb) sword = COMBINE_PARTIAL(sword, *(psfwpart + 1) >> srightshift, srightmask); } else { /* shift right */ sword = *psfwpart >> srightshift; } *pdfwpart = COMBINE_PARTIAL(*pdfwpart, (~sword & *pdfwpart), dfwmask); pdfwpart += dwpl; psfwpart += swpl; } } /* do the full words */ if (dfwfullb) { for (i = 0; i < dh; i++) { for (j = 0; j < dnfullw; j++) { sword = COMBINE_PARTIAL(*(psfwfull + j) << sleftshift, *(psfwfull + j + 1) >> srightshift, srightmask); *(pdfwfull + j) &= ~sword; } pdfwfull += dwpl; psfwfull += swpl; } } /* do the last partial word */ if (dlwpartb) { for (i = 0; i < dh; i++) { sword = *pslwpart << sleftshift; if (slwaddb) sword = COMBINE_PARTIAL(sword, *(pslwpart + 1) >> srightshift, srightmask); *pdlwpart = COMBINE_PARTIAL(*pdlwpart, (~sword & *pdlwpart), dlwmask); pdlwpart += dwpl; pslwpart += swpl; } } break; case (PIX_SRC | PIX_NOT(PIX_DST)): /* do the first partial word */ if (dfwpartb) { for (i = 0; i < dh; i++) { if (sfwshiftdir == SHIFT_LEFT) { sword = *psfwpart << sleftshift; if (sfwaddb) sword = COMBINE_PARTIAL(sword, *(psfwpart + 1) >> srightshift, srightmask); } else { /* shift right */ sword = *psfwpart >> srightshift; } *pdfwpart = COMBINE_PARTIAL(*pdfwpart, (sword | ~(*pdfwpart)), dfwmask); pdfwpart += dwpl; psfwpart += swpl; } } /* do the full words */ if (dfwfullb) { for (i = 0; i < dh; i++) { for (j = 0; j < dnfullw; j++) { sword = COMBINE_PARTIAL(*(psfwfull + j) << sleftshift, *(psfwfull + j + 1) >> srightshift, srightmask); *(pdfwfull + j) = sword | ~(*(pdfwfull + j)); } pdfwfull += dwpl; psfwfull += swpl; } } /* do the last partial word */ if (dlwpartb) { for (i = 0; i < dh; i++) { sword = *pslwpart << sleftshift; if (slwaddb) sword = COMBINE_PARTIAL(sword, *(pslwpart + 1) >> srightshift, srightmask); *pdlwpart = COMBINE_PARTIAL(*pdlwpart, (sword | ~(*pdlwpart)), dlwmask); pdlwpart += dwpl; pslwpart += swpl; } } break; case (PIX_SRC & PIX_NOT(PIX_DST)): /* do the first partial word */ if (dfwpartb) { for (i = 0; i < dh; i++) { if (sfwshiftdir == SHIFT_LEFT) { sword = *psfwpart << sleftshift; if (sfwaddb) sword = COMBINE_PARTIAL(sword, *(psfwpart + 1) >> srightshift, srightmask); } else { /* shift right */ sword = *psfwpart >> srightshift; } *pdfwpart = COMBINE_PARTIAL(*pdfwpart, (sword & ~(*pdfwpart)), dfwmask); pdfwpart += dwpl; psfwpart += swpl; } } /* do the full words */ if (dfwfullb) { for (i = 0; i < dh; i++) { for (j = 0; j < dnfullw; j++) { sword = COMBINE_PARTIAL(*(psfwfull + j) << sleftshift, *(psfwfull + j + 1) >> srightshift, srightmask); *(pdfwfull + j) = sword & ~(*(pdfwfull + j)); } pdfwfull += dwpl; psfwfull += swpl; } } /* do the last partial word */ if (dlwpartb) { for (i = 0; i < dh; i++) { sword = *pslwpart << sleftshift; if (slwaddb) sword = COMBINE_PARTIAL(sword, *(pslwpart + 1) >> srightshift, srightmask); *pdlwpart = COMBINE_PARTIAL(*pdlwpart, (sword & ~(*pdlwpart)), dlwmask); pdlwpart += dwpl; pslwpart += swpl; } } break; case (PIX_NOT(PIX_SRC | PIX_DST)): /* do the first partial word */ if (dfwpartb) { for (i = 0; i < dh; i++) { if (sfwshiftdir == SHIFT_LEFT) { sword = *psfwpart << sleftshift; if (sfwaddb) sword = COMBINE_PARTIAL(sword, *(psfwpart + 1) >> srightshift, srightmask); } else { /* shift right */ sword = *psfwpart >> srightshift; } *pdfwpart = COMBINE_PARTIAL(*pdfwpart, ~(sword | *pdfwpart), dfwmask); pdfwpart += dwpl; psfwpart += swpl; } } /* do the full words */ if (dfwfullb) { for (i = 0; i < dh; i++) { for (j = 0; j < dnfullw; j++) { sword = COMBINE_PARTIAL(*(psfwfull + j) << sleftshift, *(psfwfull + j + 1) >> srightshift, srightmask); *(pdfwfull + j) = ~(sword | *(pdfwfull + j)); } pdfwfull += dwpl; psfwfull += swpl; } } /* do the last partial word */ if (dlwpartb) { for (i = 0; i < dh; i++) { sword = *pslwpart << sleftshift; if (slwaddb) sword = COMBINE_PARTIAL(sword, *(pslwpart + 1) >> srightshift, srightmask); *pdlwpart = COMBINE_PARTIAL(*pdlwpart, ~(sword | *pdlwpart), dlwmask); pdlwpart += dwpl; pslwpart += swpl; } } break; case (PIX_NOT(PIX_SRC & PIX_DST)): /* do the first partial word */ if (dfwpartb) { for (i = 0; i < dh; i++) { if (sfwshiftdir == SHIFT_LEFT) { sword = *psfwpart << sleftshift; if (sfwaddb) sword = COMBINE_PARTIAL(sword, *(psfwpart + 1) >> srightshift, srightmask); } else { /* shift right */ sword = *psfwpart >> srightshift; } *pdfwpart = COMBINE_PARTIAL(*pdfwpart, ~(sword & *pdfwpart), dfwmask); pdfwpart += dwpl; psfwpart += swpl; } } /* do the full words */ if (dfwfullb) { for (i = 0; i < dh; i++) { for (j = 0; j < dnfullw; j++) { sword = COMBINE_PARTIAL(*(psfwfull + j) << sleftshift, *(psfwfull + j + 1) >> srightshift, srightmask); *(pdfwfull + j) = ~(sword & *(pdfwfull + j)); } pdfwfull += dwpl; psfwfull += swpl; } } /* do the last partial word */ if (dlwpartb) { for (i = 0; i < dh; i++) { sword = *pslwpart << sleftshift; if (slwaddb) sword = COMBINE_PARTIAL(sword, *(pslwpart + 1) >> srightshift, srightmask); *pdlwpart = COMBINE_PARTIAL(*pdlwpart, ~(sword & *pdlwpart), dlwmask); pdlwpart += dwpl; pslwpart += swpl; } } break; /* this is three cases: ~(s ^ d), ~s ^ d, s ^ ~d */ case (PIX_NOT(PIX_SRC ^ PIX_DST)): /* do the first partial word */ if (dfwpartb) { for (i = 0; i < dh; i++) { if (sfwshiftdir == SHIFT_LEFT) { sword = *psfwpart << sleftshift; if (sfwaddb) sword = COMBINE_PARTIAL(sword, *(psfwpart + 1) >> srightshift, srightmask); } else { /* shift right */ sword = *psfwpart >> srightshift; } *pdfwpart = COMBINE_PARTIAL(*pdfwpart, ~(sword ^ *pdfwpart), dfwmask); pdfwpart += dwpl; psfwpart += swpl; } } /* do the full words */ if (dfwfullb) { for (i = 0; i < dh; i++) { for (j = 0; j < dnfullw; j++) { sword = COMBINE_PARTIAL(*(psfwfull + j) << sleftshift, *(psfwfull + j + 1) >> srightshift, srightmask); *(pdfwfull + j) = ~(sword ^ *(pdfwfull + j)); } pdfwfull += dwpl; psfwfull += swpl; } } /* do the last partial word */ if (dlwpartb) { for (i = 0; i < dh; i++) { sword = *pslwpart << sleftshift; if (slwaddb) sword = COMBINE_PARTIAL(sword, *(pslwpart + 1) >> srightshift, srightmask); *pdlwpart = COMBINE_PARTIAL(*pdlwpart, ~(sword ^ *pdlwpart), dlwmask); pdlwpart += dwpl; pslwpart += swpl; } } break; default: fprintf(stderr, "Operation %x invalid\n", op); } return; } leptonica-1.70/src/pageseg.c0000644000175000017500000007230512244204374014064 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pageseg.c * * Top level page segmentation * l_int32 pixGetRegionsBinary() * * Halftone region extraction * PIX *pixGenHalftoneMask() * * Textline extraction * PIX *pixGenTextlineMask() * * Textblock extraction * PIX *pixGenTextblockMask() * * Location of page foreground * PIX *pixFindPageForeground() * * Extraction of characters from image with only text * l_int32 pixSplitIntoCharacters() * BOXA *pixSplitComponentWithProfile() */ #include "allheaders.h" /*------------------------------------------------------------------* * Top level page segmentation * *------------------------------------------------------------------*/ /*! * pixGetRegionsBinary() * * Input: pixs (1 bpp, assumed to be 300 to 400 ppi) * &pixhm ( halftone mask) * &pixtm ( textline mask) * &pixtb ( textblock mask) * debug (flag: set to 1 for debug output) * Return: 0 if OK, 1 on error * * Notes: * (1) It is best to deskew the image before segmenting. * (2) The debug flag enables a number of outputs. These * are included to show how to generate and save/display * these results. */ l_int32 pixGetRegionsBinary(PIX *pixs, PIX **ppixhm, PIX **ppixtm, PIX **ppixtb, l_int32 debug) { char *tempname; l_int32 htfound, tlfound; PIX *pixr, *pixt1, *pixt2; PIX *pixtext; /* text pixels only */ PIX *pixhm2; /* halftone mask; 2x reduction */ PIX *pixhm; /* halftone mask; */ PIX *pixtm2; /* textline mask; 2x reduction */ PIX *pixtm; /* textline mask */ PIX *pixvws; /* vertical white space mask */ PIX *pixtb2; /* textblock mask; 2x reduction */ PIX *pixtbf2; /* textblock mask; 2x reduction; small comps filtered */ PIX *pixtb; /* textblock mask */ PROCNAME("pixGetRegionsBinary"); if (ppixhm) *ppixhm = NULL; if (ppixtm) *ppixtm = NULL; if (ppixtb) *ppixtb = NULL; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (pixGetDepth(pixs) != 1) return ERROR_INT("pixs not 1 bpp", procName, 1); /* 2x reduce, to 150 -200 ppi */ pixr = pixReduceRankBinaryCascade(pixs, 1, 0, 0, 0); pixDisplayWrite(pixr, debug); /* Get the halftone mask */ pixhm2 = pixGenHalftoneMask(pixr, &pixtext, &htfound, debug); /* Get the textline mask from the text pixels */ pixtm2 = pixGenTextlineMask(pixtext, &pixvws, &tlfound, debug); /* Get the textblock mask from the textline mask */ pixtb2 = pixGenTextblockMask(pixtm2, pixvws, debug); pixDestroy(&pixr); pixDestroy(&pixtext); pixDestroy(&pixvws); /* Remove small components from the mask, where a small * component is defined as one with both width and height < 60 */ pixtbf2 = pixSelectBySize(pixtb2, 60, 60, 4, L_SELECT_IF_EITHER, L_SELECT_IF_GTE, NULL); pixDestroy(&pixtb2); pixDisplayWriteFormat(pixtbf2, debug, IFF_PNG); /* Expand all masks to full resolution, and do filling or * small dilations for better coverage. */ pixhm = pixExpandReplicate(pixhm2, 2); pixt1 = pixSeedfillBinary(NULL, pixhm, pixs, 8); pixOr(pixhm, pixhm, pixt1); pixDestroy(&pixt1); pixDisplayWriteFormat(pixhm, debug, IFF_PNG); pixt1 = pixExpandReplicate(pixtm2, 2); pixtm = pixDilateBrick(NULL, pixt1, 3, 3); pixDestroy(&pixt1); pixDisplayWriteFormat(pixtm, debug, IFF_PNG); pixt1 = pixExpandReplicate(pixtbf2, 2); pixtb = pixDilateBrick(NULL, pixt1, 3, 3); pixDestroy(&pixt1); pixDisplayWriteFormat(pixtb, debug, IFF_PNG); pixDestroy(&pixhm2); pixDestroy(&pixtm2); pixDestroy(&pixtbf2); /* Debug: identify objects that are neither text nor halftone image */ if (debug) { pixt1 = pixSubtract(NULL, pixs, pixtm); /* remove text pixels */ pixt2 = pixSubtract(NULL, pixt1, pixhm); /* remove halftone pixels */ pixDisplayWriteFormat(pixt2, 1, IFF_PNG); pixDestroy(&pixt1); pixDestroy(&pixt2); } /* Debug: display textline components with random colors */ if (debug) { l_int32 w, h; BOXA *boxa; PIXA *pixa; boxa = pixConnComp(pixtm, &pixa, 8); pixGetDimensions(pixtm, &w, &h, NULL); pixt1 = pixaDisplayRandomCmap(pixa, w, h); pixcmapResetColor(pixGetColormap(pixt1), 0, 255, 255, 255); pixDisplay(pixt1, 100, 100); pixDisplayWriteFormat(pixt1, 1, IFF_PNG); pixaDestroy(&pixa); boxaDestroy(&boxa); pixDestroy(&pixt1); } /* Debug: identify the outlines of each textblock */ if (debug) { PIXCMAP *cmap; PTAA *ptaa; ptaa = pixGetOuterBordersPtaa(pixtb); tempname = genTempFilename("/tmp", "tb_outlines.ptaa", 0, 0); ptaaWrite(tempname, ptaa, 1); FREE(tempname); pixt1 = pixRenderRandomCmapPtaa(pixtb, ptaa, 1, 16, 1); cmap = pixGetColormap(pixt1); pixcmapResetColor(cmap, 0, 130, 130, 130); pixDisplay(pixt1, 500, 100); pixDisplayWriteFormat(pixt1, 1, IFF_PNG); pixDestroy(&pixt1); ptaaDestroy(&ptaa); } /* Debug: get b.b. for all mask components */ if (debug) { BOXA *bahm, *batm, *batb; bahm = pixConnComp(pixhm, NULL, 4); batm = pixConnComp(pixtm, NULL, 4); batb = pixConnComp(pixtb, NULL, 4); tempname = genTempFilename("/tmp", "htmask.boxa", 0, 0); boxaWrite(tempname, bahm); FREE(tempname); tempname = genTempFilename("/tmp", "textmask.boxa", 0, 0); boxaWrite(tempname, batm); FREE(tempname); tempname = genTempFilename("/tmp", "textblock.boxa", 0, 0); boxaWrite(tempname, batb); FREE(tempname); boxaDestroy(&bahm); boxaDestroy(&batm); boxaDestroy(&batb); } if (ppixhm) *ppixhm = pixhm; else pixDestroy(&pixhm); if (ppixtm) *ppixtm = pixtm; else pixDestroy(&pixtm); if (ppixtb) *ppixtb = pixtb; else pixDestroy(&pixtb); return 0; } /*------------------------------------------------------------------* * Halftone region extraction * *------------------------------------------------------------------*/ /*! * pixGenHalftoneMask() * * Input: pixs (1 bpp, assumed to be 150 to 200 ppi) * &pixtext ( text part of pixs) * &htfound ( 1 if the mask is not empty) * debug (flag: 1 for debug output) * Return: pixd (halftone mask), or null on error */ PIX * pixGenHalftoneMask(PIX *pixs, PIX **ppixtext, l_int32 *phtfound, l_int32 debug) { l_int32 empty; PIX *pixt1, *pixt2, *pixhs, *pixhm, *pixd; PROCNAME("pixGenHalftoneMask"); if (ppixtext) *ppixtext = NULL; if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, NULL); /* Compute seed for halftone parts at 8x reduction */ pixt1 = pixReduceRankBinaryCascade(pixs, 4, 4, 3, 0); pixt2 = pixOpenBrick(NULL, pixt1, 5, 5); pixhs = pixExpandReplicate(pixt2, 8); /* back to 2x reduction */ pixDestroy(&pixt1); pixDestroy(&pixt2); pixDisplayWriteFormat(pixhs, debug, IFF_PNG); /* Compute mask for connected regions */ pixhm = pixCloseSafeBrick(NULL, pixs, 4, 4); pixDisplayWriteFormat(pixhm, debug, IFF_PNG); /* Fill seed into mask to get halftone mask */ pixd = pixSeedfillBinary(NULL, pixhs, pixhm, 4); #if 0 /* Moderate opening to remove thin lines, etc. */ pixOpenBrick(pixd, pixd, 10, 10); pixDisplayWrite(pixd, debug); #endif /* Check if mask is empty */ pixZero(pixd, &empty); if (phtfound) { *phtfound = 0; if (!empty) *phtfound = 1; } /* Optionally, get all pixels that are not under the halftone mask */ if (ppixtext) { if (empty) *ppixtext = pixCopy(NULL, pixs); else *ppixtext = pixSubtract(NULL, pixs, pixd); pixDisplayWriteFormat(*ppixtext, debug, IFF_PNG); } pixDestroy(&pixhs); pixDestroy(&pixhm); return pixd; } /*------------------------------------------------------------------* * Textline extraction * *------------------------------------------------------------------*/ /*! * pixGenTextlineMask() * * Input: pixs (1 bpp, assumed to be 150 to 200 ppi) * &pixvws ( vertical whitespace mask) * &tlfound ( 1 if the mask is not empty) * debug (flag: 1 for debug output) * Return: pixd (textline mask), or null on error * * Notes: * (1) The input pixs should be deskewed. * (2) pixs should have no halftone pixels. * (3) Both the input image and the returned textline mask * are at the same resolution. */ PIX * pixGenTextlineMask(PIX *pixs, PIX **ppixvws, l_int32 *ptlfound, l_int32 debug) { l_int32 empty; PIX *pixt1, *pixt2, *pixvws, *pixd; PROCNAME("pixGenTextlineMask"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!ppixvws) return (PIX *)ERROR_PTR("&pixvws not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, NULL); /* First we need a vertical whitespace mask. Invert the image. */ pixt1 = pixInvert(NULL, pixs); /* The whitespace mask will break textlines where there * is a large amount of white space below or above. * This can be prevented by identifying regions of the * inverted image that have large horizontal extent (bigger than * the separation between columns) and significant * vertical extent (bigger than the separation between * textlines), and subtracting this from the bg. */ pixt2 = pixMorphCompSequence(pixt1, "o80.60", 0); pixSubtract(pixt1, pixt1, pixt2); pixDisplayWriteFormat(pixt1, debug, IFF_PNG); pixDestroy(&pixt2); /* Identify vertical whitespace by opening the remaining bg. * o5.1 removes thin vertical bg lines and o1.200 extracts * long vertical bg lines. */ pixvws = pixMorphCompSequence(pixt1, "o5.1 + o1.200", 0); *ppixvws = pixvws; pixDisplayWriteFormat(pixvws, debug, IFF_PNG); pixDestroy(&pixt1); /* Three steps to getting text line mask: * (1) close the characters and words in the textlines * (2) open the vertical whitespace corridors back up * (3) small opening to remove noise */ pixt1 = pixCloseSafeBrick(NULL, pixs, 30, 1); pixDisplayWrite(pixt1, debug); pixd = pixSubtract(NULL, pixt1, pixvws); pixOpenBrick(pixd, pixd, 3, 3); pixDisplayWriteFormat(pixd, debug, IFF_PNG); pixDestroy(&pixt1); /* Check if text line mask is empty */ if (ptlfound) { *ptlfound = 0; pixZero(pixd, &empty); if (!empty) *ptlfound = 1; } return pixd; } /*------------------------------------------------------------------* * Textblock extraction * *------------------------------------------------------------------*/ /*! * pixGenTextblockMask() * * Input: pixs (1 bpp, textline mask, assumed to be 150 to 200 ppi) * pixvws (vertical white space mask) * debug (flag: 1 for debug output) * Return: pixd (textblock mask), or null on error * * Notes: * (1) Both the input masks (textline and vertical white space) and * the returned textblock mask are at the same resolution. * (2) The result is somewhat noisy, in that small "blocks" of * text may be included. These can be removed by post-processing, * using, e.g., * pixSelectBySize(pix, 60, 60, 4, L_SELECT_IF_EITHER, * L_SELECT_IF_GTE, NULL); */ PIX * pixGenTextblockMask(PIX *pixs, PIX *pixvws, l_int32 debug) { PIX *pixt1, *pixt2, *pixt3, *pixd; PROCNAME("pixGenTextblockMask"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!pixvws) return (PIX *)ERROR_PTR("pixvws not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, NULL); /* Join pixels vertically to make a textblock mask */ pixt1 = pixMorphSequence(pixs, "c1.10 + o4.1", 0); pixDisplayWriteFormat(pixt1, debug, IFF_PNG); /* Solidify the textblock mask and remove noise: * (1) For each cc, close the blocks and dilate slightly * to form a solid mask. * (2) Small horizontal closing between components. * (3) Open the white space between columns, again. * (4) Remove small components. */ pixt2 = pixMorphSequenceByComponent(pixt1, "c30.30 + d3.3", 8, 0, 0, NULL); pixCloseSafeBrick(pixt2, pixt2, 10, 1); pixDisplayWriteFormat(pixt2, debug, IFF_PNG); pixt3 = pixSubtract(NULL, pixt2, pixvws); pixDisplayWriteFormat(pixt3, debug, IFF_PNG); pixd = pixSelectBySize(pixt3, 25, 5, 8, L_SELECT_IF_BOTH, L_SELECT_IF_GTE, NULL); pixDisplayWriteFormat(pixd, debug, IFF_PNG); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); return pixd; } /*------------------------------------------------------------------* * Location of page foreground * *------------------------------------------------------------------*/ /*! * pixFindPageForeground() * * Input: pixs (full resolution (any type or depth) * threshold (for binarization; typically about 128) * mindist (min distance of text from border to allow * cleaning near border; at 2x reduction, this * should be larger than 50; typically about 70) * erasedist (when conditions are satisfied, erase anything * within this distance of the edge; * typically 30 at 2x reduction) * pagenum (use for debugging when called repeatedly; labels * debug images that are assembled into pdfdir) * showmorph (set to a negative integer to show steps in * generating masks; this is typically used * for debugging region extraction) * display (set to 1 to display mask and selected region * for debugging a single page) * pdfdir (subdirectory of /tmp where images showing the * result are placed when called repeatedly; use * null if no output requested) * Return: box (region including foreground, with some pixel noise * removed), or null if not found * * Notes: * (1) This doesn't simply crop to the fg. It attempts to remove * pixel noise and junk at the edge of the image before cropping. * The input @threshold is used if pixs is not 1 bpp. * (2) There are several debugging options, determined by the * last 4 arguments. * (3) If you want pdf output of results when called repeatedly, * the pagenum arg labels the images written, which go into * /tmp//.png. In that case, * you would clean out the /tmp directory before calling this * function on each page: * lept_rmdir(pdfdir); * lept_mkdir(pdfdir); */ BOX * pixFindPageForeground(PIX *pixs, l_int32 threshold, l_int32 mindist, l_int32 erasedist, l_int32 pagenum, l_int32 showmorph, l_int32 display, const char *pdfdir) { char buf[64]; l_int32 flag, nbox, intersects; l_int32 w, h, bx, by, bw, bh, left, right, top, bottom; PIX *pixb, *pixb2, *pixseed, *pixsf, *pixm, *pix1, *pixg2; BOX *box, *boxfg, *boxin, *boxd; BOXA *ba1, *ba2; PROCNAME("pixFindPageForeground"); if (!pixs) return (BOX *)ERROR_PTR("pixs not defined", procName, NULL); /* Binarize, downscale by 0.5, remove the noise to generate a seed, * and do a seedfill back from the seed into those 8-connected * components of the binarized image for which there was at least * one seed pixel. Also clear out any components that are within * 10 pixels of the edge at 2x reduction. */ flag = (showmorph) ? -1 : 0; /* if showmorph == -1, write intermediate * images to /tmp/seq_output_1.pdf */ pixb = pixConvertTo1(pixs, threshold); pixb2 = pixScale(pixb, 0.5, 0.5); pixseed = pixMorphSequence(pixb2, "o1.2 + c9.9 + o3.5", flag); pixsf = pixSeedfillBinary(NULL, pixseed, pixb2, 8); pixSetOrClearBorder(pixsf, 10, 10, 10, 10, PIX_SET); pixm = pixRemoveBorderConnComps(pixsf, 8); if (display) pixDisplay(pixm, 100, 100); /* Now, where is the main block of text? We want to remove noise near * the edge of the image, but to do that, we have to be convinced that * (1) there is noise and (2) it is far enough from the text block * and close enough to the edge. For each edge, if the block * is more than mindist from that edge, then clean 'erasedist' * pixels from the edge. */ pix1 = pixMorphSequence(pixm, "c50.50", flag - 1); ba1 = pixConnComp(pix1, NULL, 8); ba2 = boxaSort(ba1, L_SORT_BY_AREA, L_SORT_DECREASING, NULL); pixGetDimensions(pix1, &w, &h, NULL); nbox = boxaGetCount(ba2); if (nbox > 1) { box = boxaGetBox(ba2, 0, L_CLONE); boxGetGeometry(box, &bx, &by, &bw, &bh); left = (bx > mindist) ? erasedist : 0; right = (w - bx - bw > mindist) ? erasedist : 0; top = (by > mindist) ? erasedist : 0; bottom = (h - by - bh > mindist) ? erasedist : 0; pixSetOrClearBorder(pixm, left, right, top, bottom, PIX_CLR); boxDestroy(&box); } pixDestroy(&pix1); boxaDestroy(&ba1); boxaDestroy(&ba2); /* Locate the foreground region; don't bother cropping */ pixClipToForeground(pixm, NULL, &boxfg); /* Sanity check the fg region. Make sure it's not confined * to a thin boundary on the left and right sides of the image, * in which case it is likely to be noise. */ if (boxfg) { boxin = boxCreate(0.1 * w, 0, 0.8 * w, h); boxIntersects(boxfg, boxin, &intersects); if (!intersects) { L_INFO("found only noise on page %d\n", procName, pagenum); boxDestroy(&boxfg); } boxDestroy(&boxin); } boxd = NULL; if (!boxfg) { L_INFO("no fg region found for page %d\n", procName, pagenum); } else { boxAdjustSides(boxfg, boxfg, -2, 2, -2, 2); /* tiny expansion */ boxd = boxTransform(boxfg, 0, 0, 2.0, 2.0); /* Write image showing box for this page. This is to be * bundled up into a pdf of all the pages, which can be * generated by convertFilesToPdf() */ if (pdfdir) { pixg2 = pixConvert1To4Cmap(pixb); pixRenderBoxArb(pixg2, boxd, 3, 255, 0, 0); snprintf(buf, sizeof(buf), "/tmp/%s/%05d.png", pdfdir, pagenum); if (display) pixDisplay(pixg2, 700, 100); pixWrite(buf, pixg2, IFF_PNG); pixDestroy(&pixg2); } } pixDestroy(&pixb); pixDestroy(&pixb2); pixDestroy(&pixseed); pixDestroy(&pixsf); pixDestroy(&pixm); boxDestroy(&boxfg); return boxd; } /*------------------------------------------------------------------* * Extraction of characters from image with only text * *------------------------------------------------------------------*/ /*! * pixSplitIntoCharacters() * * Input: pixs (1 bpp, contains only deskewed text) * minw (minimum component width for initial filtering; typ. 4) * minh (minimum component height for initial filtering; typ. 4) * &boxa ( character bounding boxes) * &pixa ( character images) * &pixdebug ( showing splittings) * * Return: 0 if OK, 1 on error * * Notes: * (1) This is a simple function that attempts to find split points * based on vertical pixel profiles. * (2) It should be given an image that has an arbitrary number * of text characters. * (3) The returned pixa includes the boxes from which the * (possibly split) components are extracted. */ l_int32 pixSplitIntoCharacters(PIX *pixs, l_int32 minw, l_int32 minh, BOXA **pboxa, PIXA **ppixa, PIX **ppixdebug) { l_int32 ncomp, i, xoff, yoff; BOXA *boxa1, *boxa2, *boxat1, *boxat2, *boxad; BOXAA *baa; PIX *pix, *pix1, *pix2, *pixdb; PIXA *pixa1, *pixadb; PROCNAME("pixSplitIntoCharacters"); if (pboxa) *pboxa = NULL; if (ppixa) *ppixa = NULL; if (ppixdebug) *ppixdebug = NULL; if (!pixs || pixGetDepth(pixs) != 1) return ERROR_INT("pixs not defined or not 1 bpp", procName, 1); /* Remove the small stuff */ pix1 = pixSelectBySize(pixs, minw, minh, 8, L_SELECT_IF_BOTH, L_SELECT_IF_GT, NULL); /* Small vertical close for consolidation */ pix2 = pixMorphSequence(pix1, "c1.10", 0); pixDestroy(&pix1); /* Get the 8-connected components */ boxa1 = pixConnComp(pix2, &pixa1, 8); pixDestroy(&pix2); boxaDestroy(&boxa1); /* Split the components if obvious */ ncomp = pixaGetCount(pixa1); boxa2 = boxaCreate(ncomp); pixadb = (ppixdebug) ? pixaCreate(ncomp) : NULL; for (i = 0; i < ncomp; i++) { pix = pixaGetPix(pixa1, i, L_CLONE); if (ppixdebug) { boxat1 = pixSplitComponentWithProfile(pix, 10, 7, &pixdb); if (pixdb) pixaAddPix(pixadb, pixdb, L_INSERT); } else { boxat1 = pixSplitComponentWithProfile(pix, 10, 7, NULL); } pixaGetBoxGeometry(pixa1, i, &xoff, &yoff, NULL, NULL); boxat2 = boxaTransform(boxat1, xoff, yoff, 1.0, 1.0); boxaJoin(boxa2, boxat2, 0, -1); pixDestroy(&pix); boxaDestroy(&boxat1); boxaDestroy(&boxat2); } pixaDestroy(&pixa1); /* Generate the debug image */ if (ppixdebug) { if (pixaGetCount(pixadb) > 0) { *ppixdebug = pixaDisplayTiledInRows(pixadb, 32, 1500, 1.0, 0, 20, 1); } pixaDestroy(&pixadb); } /* Do a 2D sort on the bounding boxes, and flatten the result to 1D */ baa = boxaSort2d(boxa2, NULL, 0, 0, 5); boxad = boxaaFlattenToBoxa(baa, NULL, L_CLONE); boxaaDestroy(&baa); boxaDestroy(&boxa2); /* Optionally extract the pieces from the input image */ if (ppixa) *ppixa = pixClipRectangles(pixs, boxad); if (pboxa) *pboxa = boxad; else boxaDestroy(&boxad); return 0; } /*! * pixSplitComponentWithProfile() * * Input: pixs (1 bpp, exactly one connected component) * delta (distance used in extrema finding in a numa; typ. 10) * mindel (minimum required difference between profile minimum * and profile values +2 and -2 away; typ. 7) * &pixdebug ( debug image of splitting) * Return: boxa (of c.c. after splitting), or null on error * * Notes: * (1) This will split the most obvious cases of touching characters. * The split points it is searching for are narrow and deep * minimima in the vertical pixel projection profile, after a * large vertical closing has been applied to the component. */ BOXA * pixSplitComponentWithProfile(PIX *pixs, l_int32 delta, l_int32 mindel, PIX **ppixdebug) { l_int32 w, h, n2, i, firstmin, xmin, xshift; l_int32 nmin, nleft, nright, nsplit, isplit, ncomp; l_int32 *array1, *array2; BOX *box; BOXA *boxad; NUMA *na1, *na2, *nasplit; PIX *pix1, *pixdb; PROCNAME("pixSplitComponentsWithProfile"); if (ppixdebug) *ppixdebug = NULL; if (!pixs || pixGetDepth(pixs) != 1) return (BOXA *)ERROR_PTR("pixa undefined or not 1 bpp", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); /* Closing to consolidate characters vertically */ pix1 = pixCloseSafeBrick(NULL, pixs, 1, 100); /* Get extrema of column projections */ boxad = boxaCreate(2); na1 = pixCountPixelsByColumn(pix1); /* w elements */ pixDestroy(&pix1); na2 = numaFindExtrema(na1, delta); n2 = numaGetCount(na2); if (n2 < 3) { /* no split possible */ box = boxCreate(0, 0, w, h); boxaAddBox(boxad, box, L_INSERT); numaDestroy(&na1); numaDestroy(&na2); return boxad; } /* Look for sufficiently deep and narrow minima. * All minima of of interest must be surrounded by max on each * side. firstmin is the index of first possible minimum. */ array1 = numaGetIArray(na1); array2 = numaGetIArray(na2); if (ppixdebug) numaWriteStream(stderr, na2); firstmin = (array1[array2[0]] > array1[array2[1]]) ? 1 : 2; nasplit = numaCreate(n2); /* will hold split locations */ for (i = firstmin; i < n2 - 1; i+= 2) { xmin = array2[i]; nmin = array1[xmin]; if (xmin + 2 >= w) break; /* no more splits possible */ nleft = array1[xmin - 2]; nright = array1[xmin + 2]; if (ppixdebug) { fprintf(stderr, "Splitting: xmin = %d, w = %d; nl = %d, nmin = %d, nr = %d\n", xmin, w, nleft, nmin, nright); } if (nleft - nmin >= mindel && nright - nmin >= mindel) /* split */ numaAddNumber(nasplit, xmin); } nsplit = numaGetCount(nasplit); #if 0 if (ppixdebug && nsplit > 0) gplotSimple1(na1, GPLOT_X11, "/tmp/splitroot", NULL); #endif numaDestroy(&na1); numaDestroy(&na2); FREE(array1); FREE(array2); if (nsplit == 0) { /* no splitting */ box = boxCreate(0, 0, w, h); boxaAddBox(boxad, box, L_INSERT); return boxad; } /* Use split points to generate b.b. after splitting */ for (i = 0, xshift = 0; i < nsplit; i++) { numaGetIValue(nasplit, i, &isplit); box = boxCreate(xshift, 0, isplit - xshift, h); boxaAddBox(boxad, box, L_INSERT); xshift = isplit + 1; } box = boxCreate(xshift, 0, w - xshift, h); boxaAddBox(boxad, box, L_INSERT); numaDestroy(&nasplit); if (ppixdebug) { pixdb = pixConvertTo32(pixs); ncomp = boxaGetCount(boxad); for (i = 0; i < ncomp; i++) { box = boxaGetBox(boxad, i, L_CLONE); pixRenderBoxBlend(pixdb, box, 1, 255, 0, 0, 0.5); boxDestroy(&box); } *ppixdebug = pixdb; } return boxad; } leptonica-1.70/src/grayquantlow.c0000640000175000017500000007564612244745162015222 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * grayquantlow.c * * Thresholding from 8 bpp to 1 bpp * * Floyd-Steinberg dithering to binary * void ditherToBinaryLow() * void ditherToBinaryLineLow() * * Simple (pixelwise) binarization * void thresholdToBinaryLow() * void thresholdToBinaryLineLow() * * A slower version of Floyd-Steinberg dithering that uses LUTs * void ditherToBinaryLUTLow() * void ditherToBinaryLineLUTLow() * l_int32 make8To1DitherTables() * * Thresholding from 8 bpp to 2 bpp * * Floyd-Steinberg-like dithering to 2 bpp * void ditherTo2bppLow() * void ditherTo2bppLineLow() * l_int32 make8To2DitherTables() * * Simple thresholding to 2 bpp * void thresholdTo2bppLow() * * Thresholding from 8 bpp to 4 bpp * * Simple thresholding to 4 bpp * void thresholdTo4bppLow() */ #include #include "allheaders.h" #ifndef NO_CONSOLE_IO #define DEBUG_UNROLLING 0 #endif /* ~NO_CONSOLE_IO */ /*------------------------------------------------------------------* * Binarization by Floyd-Steinberg Dithering * *------------------------------------------------------------------*/ /* * ditherToBinaryLow() * * See comments in pixDitherToBinary() in binarize.c */ void ditherToBinaryLow(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_uint32 *bufs1, l_uint32 *bufs2, l_int32 lowerclip, l_int32 upperclip) { l_int32 i; l_uint32 *lined; /* do all lines except last line */ memcpy(bufs2, datas, 4 * wpls); /* prime the buffer */ for (i = 0; i < h - 1; i++) { memcpy(bufs1, bufs2, 4 * wpls); memcpy(bufs2, datas + (i + 1) * wpls, 4 * wpls); lined = datad + i * wpld; ditherToBinaryLineLow(lined, w, bufs1, bufs2, lowerclip, upperclip, 0); } /* do last line */ memcpy(bufs1, bufs2, 4 * wpls); lined = datad + (h - 1) * wpld; ditherToBinaryLineLow(lined, w, bufs1, bufs2, lowerclip, upperclip, 1); return; } /* * ditherToBinaryLineLow() * * Input: lined (ptr to beginning of dest line * w (width of image in pixels) * bufs1 (buffer of current source line) * bufs2 (buffer of next source line) * lowerclip (lower clip distance to black) * upperclip (upper clip distance to white) * lastlineflag (0 if not last dest line, 1 if last dest line) * Return: void * * Dispatches FS error diffusion dithering for * a single line of the image. If lastlineflag == 0, * both source buffers are used; otherwise, only bufs1 * is used. We use source buffers because the error * is propagated into them, and we don't want to change * the input src image. * * We break dithering out line by line to make it * easier to combine functions like interpolative * scaling and error diffusion dithering, as such a * combination of operations obviates the need to * generate a 2x grayscale image as an intermediary. */ void ditherToBinaryLineLow(l_uint32 *lined, l_int32 w, l_uint32 *bufs1, l_uint32 *bufs2, l_int32 lowerclip, l_int32 upperclip, l_int32 lastlineflag) { l_int32 j; l_int32 oval, eval; l_uint8 fval1, fval2, rval, bval, dval; if (lastlineflag == 0) { for (j = 0; j < w - 1; j++) { oval = GET_DATA_BYTE(bufs1, j); if (oval > 127) { /* binarize to OFF */ if ((eval = 255 - oval) > upperclip) { /* subtract from neighbors */ fval1 = (3 * eval) / 8; fval2 = eval / 4; rval = GET_DATA_BYTE(bufs1, j + 1); rval = L_MAX(0, rval - fval1); SET_DATA_BYTE(bufs1, j + 1, rval); bval = GET_DATA_BYTE(bufs2, j); bval = L_MAX(0, bval - fval1); SET_DATA_BYTE(bufs2, j, bval); dval = GET_DATA_BYTE(bufs2, j + 1); dval = L_MAX(0, dval - fval2); SET_DATA_BYTE(bufs2, j + 1, dval); } } else { /* oval <= 127; binarize to ON */ SET_DATA_BIT(lined, j); /* ON pixel */ if (oval > lowerclip) { /* add to neighbors */ fval1 = (3 * oval) / 8; fval2 = oval / 4; rval = GET_DATA_BYTE(bufs1, j + 1); rval = L_MIN(255, rval + fval1); SET_DATA_BYTE(bufs1, j + 1, rval); bval = GET_DATA_BYTE(bufs2, j); bval = L_MIN(255, bval + fval1); SET_DATA_BYTE(bufs2, j, bval); dval = GET_DATA_BYTE(bufs2, j + 1); dval = L_MIN(255, dval + fval2); SET_DATA_BYTE(bufs2, j + 1, dval); } } } /* do last column: j = w - 1 */ oval = GET_DATA_BYTE(bufs1, j); if (oval > 127) { /* binarize to OFF */ if ((eval = 255 - oval) > upperclip) { /* subtract from neighbors */ fval1 = (3 * eval) / 8; bval = GET_DATA_BYTE(bufs2, j); bval = L_MAX(0, bval - fval1); SET_DATA_BYTE(bufs2, j, bval); } } else { /*oval <= 127; binarize to ON */ SET_DATA_BIT(lined, j); /* ON pixel */ if (oval > lowerclip) { /* add to neighbors */ fval1 = (3 * oval) / 8; bval = GET_DATA_BYTE(bufs2, j); bval = L_MIN(255, bval + fval1); SET_DATA_BYTE(bufs2, j, bval); } } } else { /* lastlineflag == 1 */ for (j = 0; j < w - 1; j++) { oval = GET_DATA_BYTE(bufs1, j); if (oval > 127) { /* binarize to OFF */ if ((eval = 255 - oval) > upperclip) { /* subtract from neighbors */ fval1 = (3 * eval) / 8; rval = GET_DATA_BYTE(bufs1, j + 1); rval = L_MAX(0, rval - fval1); SET_DATA_BYTE(bufs1, j + 1, rval); } } else { /* oval <= 127; binarize to ON */ SET_DATA_BIT(lined, j); /* ON pixel */ if (oval > lowerclip) { /* add to neighbors */ fval1 = (3 * oval) / 8; rval = GET_DATA_BYTE(bufs1, j + 1); rval = L_MIN(255, rval + fval1); SET_DATA_BYTE(bufs1, j + 1, rval); } } } /* do last pixel: (i, j) = (h - 1, w - 1) */ oval = GET_DATA_BYTE(bufs1, j); if (oval < 128) SET_DATA_BIT(lined, j); /* ON pixel */ } return; } /*------------------------------------------------------------------* * Simple binarization with fixed threshold * *------------------------------------------------------------------*/ /* * thresholdToBinaryLow() * * If the source pixel is less than thresh, * the dest will be 1; otherwise, it will be 0 */ void thresholdToBinaryLow(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 d, l_int32 wpls, l_int32 thresh) { l_int32 i; l_uint32 *lines, *lined; for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; thresholdToBinaryLineLow(lined, w, lines, d, thresh); } return; } /* * thresholdToBinaryLineLow() * */ void thresholdToBinaryLineLow(l_uint32 *lined, l_int32 w, l_uint32 *lines, l_int32 d, l_int32 thresh) { l_int32 j, k, gval, scount, dcount; l_uint32 sword, dword; PROCNAME("thresholdToBinaryLineLow"); switch (d) { case 4: /* Unrolled as 4 source words, 1 dest word */ for (j = 0, scount = 0, dcount = 0; j + 31 < w; j += 32) { dword = 0; for (k = 0; k < 4; k++) { sword = lines[scount++]; dword <<= 8; gval = (sword >> 28) & 0xf; /* Trick used here and below: if gval < thresh then * gval - thresh < 0, so its high-order bit is 1, and * ((gval - thresh) >> 31) & 1 == 1; likewise, if * gval >= thresh, then ((gval - thresh) >> 31) & 1 == 0 * Doing it this way avoids a random (and thus easily * mispredicted) branch on each pixel. */ dword |= ((gval - thresh) >> 24) & 128; gval = (sword >> 24) & 0xf; dword |= ((gval - thresh) >> 25) & 64; gval = (sword >> 20) & 0xf; dword |= ((gval - thresh) >> 26) & 32; gval = (sword >> 16) & 0xf; dword |= ((gval - thresh) >> 27) & 16; gval = (sword >> 12) & 0xf; dword |= ((gval - thresh) >> 28) & 8; gval = (sword >> 8) & 0xf; dword |= ((gval - thresh) >> 29) & 4; gval = (sword >> 4) & 0xf; dword |= ((gval - thresh) >> 30) & 2; gval = sword & 0xf; dword |= ((gval - thresh) >> 31) & 1; } lined[dcount++] = dword; } if (j < w) { dword = 0; for (; j < w; j++) { if ((j & 7) == 0) { sword = lines[scount++]; } gval = (sword >> 28) & 0xf; sword <<= 4; dword |= (((gval - thresh) >> 31) & 1) << (31 - (j & 31)); } lined[dcount] = dword; } #if DEBUG_UNROLLING #define CHECK_BIT(a, b, c) if (GET_DATA_BIT(a, b) != c) { \ fprintf(stderr, "Error: mismatch at %d/%d(%d), %d vs %d\n", \ j, w, d, GET_DATA_BIT(a, b), c); } for (j = 0; j < w; j++) { gval = GET_DATA_QBIT(lines, j); CHECK_BIT(lined, j, gval < thresh ? 1 : 0); } #endif break; case 8: /* Unrolled as 8 source words, 1 dest word */ for (j = 0, scount = 0, dcount = 0; j + 31 < w; j += 32) { dword = 0; for (k = 0; k < 8; k++) { sword = lines[scount++]; dword <<= 4; gval = (sword >> 24) & 0xff; dword |= ((gval - thresh) >> 28) & 8; gval = (sword >> 16) & 0xff; dword |= ((gval - thresh) >> 29) & 4; gval = (sword >> 8) & 0xff; dword |= ((gval - thresh) >> 30) & 2; gval = sword & 0xff; dword |= ((gval - thresh) >> 31) & 1; } lined[dcount++] = dword; } if (j < w) { dword = 0; for (; j < w; j++) { if ((j & 3) == 0) { sword = lines[scount++]; } gval = (sword >> 24) & 0xff; sword <<= 8; dword |= (((gval - thresh) >> 31) & 1) << (31 - (j & 31)); } lined[dcount] = dword; } #if DEBUG_UNROLLING for (j = 0; j < w; j++) { gval = GET_DATA_BYTE(lines, j); CHECK_BIT(lined, j, gval < thresh ? 1 : 0); } #undef CHECK_BIT #endif break; default: L_ERROR("src depth not 4 or 8 bpp\n", procName); break; } return; } /*---------------------------------------------------------------------* * Alternate implementation of dithering that uses lookup tables. * * This is analogous to the method used in dithering to 2 bpp. * *---------------------------------------------------------------------*/ /*! * ditherToBinaryLUTLow() * * Low-level function for doing Floyd-Steinberg error diffusion * dithering from 8 bpp (datas) to 1 bpp (datad). Two source * line buffers, bufs1 and bufs2, are provided, along with three * 256-entry lookup tables: tabval gives the output pixel value, * tab38 gives the extra (plus or minus) transferred to the pixels * directly to the left and below, and tab14 gives the extra * transferred to the diagonal below. The choice of 3/8 and 1/4 * is traditional but arbitrary when you use a lookup table; the * only constraint is that the sum is 1. See other comments below. */ void ditherToBinaryLUTLow(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_uint32 *bufs1, l_uint32 *bufs2, l_int32 *tabval, l_int32 *tab38, l_int32 *tab14) { l_int32 i; l_uint32 *lined; /* do all lines except last line */ memcpy(bufs2, datas, 4 * wpls); /* prime the buffer */ for (i = 0; i < h - 1; i++) { memcpy(bufs1, bufs2, 4 * wpls); memcpy(bufs2, datas + (i + 1) * wpls, 4 * wpls); lined = datad + i * wpld; ditherToBinaryLineLUTLow(lined, w, bufs1, bufs2, tabval, tab38, tab14, 0); } /* do last line */ memcpy(bufs1, bufs2, 4 * wpls); lined = datad + (h - 1) * wpld; ditherToBinaryLineLUTLow(lined, w, bufs1, bufs2, tabval, tab38, tab14, 1); return; } /*! * ditherToBinaryLineLUTLow() * * Input: lined (ptr to beginning of dest line * w (width of image in pixels) * bufs1 (buffer of current source line) * bufs2 (buffer of next source line) * tabval (value to assign for current pixel) * tab38 (excess value to give to neighboring 3/8 pixels) * tab14 (excess value to give to neighboring 1/4 pixel) * lastlineflag (0 if not last dest line, 1 if last dest line) * Return: void */ void ditherToBinaryLineLUTLow(l_uint32 *lined, l_int32 w, l_uint32 *bufs1, l_uint32 *bufs2, l_int32 *tabval, l_int32 *tab38, l_int32 *tab14, l_int32 lastlineflag) { l_int32 j; l_int32 oval, tab38val, tab14val; l_uint8 rval, bval, dval; if (lastlineflag == 0) { for (j = 0; j < w - 1; j++) { oval = GET_DATA_BYTE(bufs1, j); if (tabval[oval]) SET_DATA_BIT(lined, j); rval = GET_DATA_BYTE(bufs1, j + 1); bval = GET_DATA_BYTE(bufs2, j); dval = GET_DATA_BYTE(bufs2, j + 1); tab38val = tab38[oval]; if (tab38val == 0) continue; tab14val = tab14[oval]; if (tab38val < 0) { rval = L_MAX(0, rval + tab38val); bval = L_MAX(0, bval + tab38val); dval = L_MAX(0, dval + tab14val); } else { rval = L_MIN(255, rval + tab38val); bval = L_MIN(255, bval + tab38val); dval = L_MIN(255, dval + tab14val); } SET_DATA_BYTE(bufs1, j + 1, rval); SET_DATA_BYTE(bufs2, j, bval); SET_DATA_BYTE(bufs2, j + 1, dval); } /* do last column: j = w - 1 */ oval = GET_DATA_BYTE(bufs1, j); if (tabval[oval]) SET_DATA_BIT(lined, j); bval = GET_DATA_BYTE(bufs2, j); tab38val = tab38[oval]; if (tab38val < 0) { bval = L_MAX(0, bval + tab38val); SET_DATA_BYTE(bufs2, j, bval); } else if (tab38val > 0 ) { bval = L_MIN(255, bval + tab38val); SET_DATA_BYTE(bufs2, j, bval); } } else { /* lastlineflag == 1 */ for (j = 0; j < w - 1; j++) { oval = GET_DATA_BYTE(bufs1, j); if (tabval[oval]) SET_DATA_BIT(lined, j); rval = GET_DATA_BYTE(bufs1, j + 1); tab38val = tab38[oval]; if (tab38val == 0) continue; if (tab38val < 0) rval = L_MAX(0, rval + tab38val); else rval = L_MIN(255, rval + tab38val); SET_DATA_BYTE(bufs1, j + 1, rval); } /* do last pixel: (i, j) = (h - 1, w - 1) */ oval = GET_DATA_BYTE(bufs1, j); if (tabval[oval]) SET_DATA_BIT(lined, j); } return; } /*! * make8To1DitherTables() * * Input: &tabval (value assigned to output pixel; 0 or 1) * &tab38 (amount propagated to pixels left and below) * &tab14 (amount propagated to pixel to left and down) * lowerclip (values near 0 where the excess is not propagated) * upperclip (values near 255 where the deficit is not propagated) * * Return: 0 if OK, 1 on error */ l_int32 make8To1DitherTables(l_int32 **ptabval, l_int32 **ptab38, l_int32 **ptab14, l_int32 lowerclip, l_int32 upperclip) { l_int32 i; l_int32 *tabval, *tab38, *tab14; PROCNAME("make8To1DitherTables"); if (!ptabval || !ptab38 || !ptab14) return ERROR_INT("table ptrs not all defined", procName, 1); /* 3 lookup tables: 1-bit value, (3/8)excess, and (1/4)excess */ if ((tabval = (l_int32 *)CALLOC(256, sizeof(l_int32))) == NULL) return ERROR_INT("tabval not made", procName, 1); if ((tab38 = (l_int32 *)CALLOC(256, sizeof(l_int32))) == NULL) return ERROR_INT("tab38 not made", procName, 1); if ((tab14 = (l_int32 *)CALLOC(256, sizeof(l_int32))) == NULL) return ERROR_INT("tab14 not made", procName, 1); *ptabval = tabval; *ptab38 = tab38; *ptab14 = tab14; for (i = 0; i < 256; i++) { if (i <= lowerclip) { tabval[i] = 1; tab38[i] = 0; tab14[i] = 0; } else if (i < 128) { tabval[i] = 1; tab38[i] = (3 * i + 4) / 8; tab14[i] = (i + 2) / 4; } else if (i < 255 - upperclip) { tabval[i] = 0; tab38[i] = (3 * (i - 255) + 4) / 8; tab14[i] = ((i - 255) + 2) / 4; } else { /* i >= 255 - upperclip */ tabval[i] = 0; tab38[i] = 0; tab14[i] = 0; } } return 0; } /*------------------------------------------------------------------* * Dithering to 2 bpp * *------------------------------------------------------------------*/ /* * ditherTo2bppLow() * * Low-level function for doing Floyd-Steinberg error diffusion * dithering from 8 bpp (datas) to 2 bpp (datad). Two source * line buffers, bufs1 and bufs2, are provided, along with three * 256-entry lookup tables: tabval gives the output pixel value, * tab38 gives the extra (plus or minus) transferred to the pixels * directly to the left and below, and tab14 gives the extra * transferred to the diagonal below. The choice of 3/8 and 1/4 * is traditional but arbitrary when you use a lookup table; the * only constraint is that the sum is 1. See other comments * below and in grayquant.c. */ void ditherTo2bppLow(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_uint32 *bufs1, l_uint32 *bufs2, l_int32 *tabval, l_int32 *tab38, l_int32 *tab14) { l_int32 i; l_uint32 *lined; /* do all lines except last line */ memcpy(bufs2, datas, 4 * wpls); /* prime the buffer */ for (i = 0; i < h - 1; i++) { memcpy(bufs1, bufs2, 4 * wpls); memcpy(bufs2, datas + (i + 1) * wpls, 4 * wpls); lined = datad + i * wpld; ditherTo2bppLineLow(lined, w, bufs1, bufs2, tabval, tab38, tab14, 0); } /* do last line */ memcpy(bufs1, bufs2, 4 * wpls); lined = datad + (h - 1) * wpld; ditherTo2bppLineLow(lined, w, bufs1, bufs2, tabval, tab38, tab14, 1); return; } /* * ditherTo2bppLineLow() * * Input: lined (ptr to beginning of dest line * w (width of image in pixels) * bufs1 (buffer of current source line) * bufs2 (buffer of next source line) * tabval (value to assign for current pixel) * tab38 (excess value to give to neighboring 3/8 pixels) * tab14 (excess value to give to neighboring 1/4 pixel) * lastlineflag (0 if not last dest line, 1 if last dest line) * Return: void * * Dispatches error diffusion dithering for * a single line of the image. If lastlineflag == 0, * both source buffers are used; otherwise, only bufs1 * is used. We use source buffers because the error * is propagated into them, and we don't want to change * the input src image. * * We break dithering out line by line to make it * easier to combine functions like interpolative * scaling and error diffusion dithering, as such a * combination of operations obviates the need to * generate a 2x grayscale image as an intermediary. */ void ditherTo2bppLineLow(l_uint32 *lined, l_int32 w, l_uint32 *bufs1, l_uint32 *bufs2, l_int32 *tabval, l_int32 *tab38, l_int32 *tab14, l_int32 lastlineflag) { l_int32 j; l_int32 oval, tab38val, tab14val; l_uint8 rval, bval, dval; if (lastlineflag == 0) { for (j = 0; j < w - 1; j++) { oval = GET_DATA_BYTE(bufs1, j); SET_DATA_DIBIT(lined, j, tabval[oval]); rval = GET_DATA_BYTE(bufs1, j + 1); bval = GET_DATA_BYTE(bufs2, j); dval = GET_DATA_BYTE(bufs2, j + 1); tab38val = tab38[oval]; tab14val = tab14[oval]; if (tab38val < 0) { rval = L_MAX(0, rval + tab38val); bval = L_MAX(0, bval + tab38val); dval = L_MAX(0, dval + tab14val); } else { rval = L_MIN(255, rval + tab38val); bval = L_MIN(255, bval + tab38val); dval = L_MIN(255, dval + tab14val); } SET_DATA_BYTE(bufs1, j + 1, rval); SET_DATA_BYTE(bufs2, j, bval); SET_DATA_BYTE(bufs2, j + 1, dval); } /* do last column: j = w - 1 */ oval = GET_DATA_BYTE(bufs1, j); SET_DATA_DIBIT(lined, j, tabval[oval]); bval = GET_DATA_BYTE(bufs2, j); tab38val = tab38[oval]; if (tab38val < 0) bval = L_MAX(0, bval + tab38val); else bval = L_MIN(255, bval + tab38val); SET_DATA_BYTE(bufs2, j, bval); } else { /* lastlineflag == 1 */ for (j = 0; j < w - 1; j++) { oval = GET_DATA_BYTE(bufs1, j); SET_DATA_DIBIT(lined, j, tabval[oval]); rval = GET_DATA_BYTE(bufs1, j + 1); tab38val = tab38[oval]; if (tab38val < 0) rval = L_MAX(0, rval + tab38val); else rval = L_MIN(255, rval + tab38val); SET_DATA_BYTE(bufs1, j + 1, rval); } /* do last pixel: (i, j) = (h - 1, w - 1) */ oval = GET_DATA_BYTE(bufs1, j); SET_DATA_DIBIT(lined, j, tabval[oval]); } return; } /*! * make8To2DitherTables() * * Input: &tabval (value assigned to output pixel; 0, 1, 2 or 3) * &tab38 (amount propagated to pixels left and below) * &tab14 (amount propagated to pixel to left and down) * cliptoblack (values near 0 where the excess is not propagated) * cliptowhite (values near 255 where the deficit is not propagated) * * Return: 0 if OK, 1 on error */ l_int32 make8To2DitherTables(l_int32 **ptabval, l_int32 **ptab38, l_int32 **ptab14, l_int32 cliptoblack, l_int32 cliptowhite) { l_int32 i; l_int32 *tabval, *tab38, *tab14; PROCNAME("make8To2DitherTables"); /* 3 lookup tables: 2-bit value, (3/8)excess, and (1/4)excess */ if ((tabval = (l_int32 *)CALLOC(256, sizeof(l_int32))) == NULL) return ERROR_INT("tabval not made", procName, 1); if ((tab38 = (l_int32 *)CALLOC(256, sizeof(l_int32))) == NULL) return ERROR_INT("tab38 not made", procName, 1); if ((tab14 = (l_int32 *)CALLOC(256, sizeof(l_int32))) == NULL) return ERROR_INT("tab14 not made", procName, 1); *ptabval = tabval; *ptab38 = tab38; *ptab14 = tab14; for (i = 0; i < 256; i++) { if (i <= cliptoblack) { tabval[i] = 0; tab38[i] = 0; tab14[i] = 0; } else if (i < 43) { tabval[i] = 0; tab38[i] = (3 * i + 4) / 8; tab14[i] = (i + 2) / 4; } else if (i < 85) { tabval[i] = 1; tab38[i] = (3 * (i - 85) - 4) / 8; tab14[i] = ((i - 85) - 2) / 4; } else if (i < 128) { tabval[i] = 1; tab38[i] = (3 * (i - 85) + 4) / 8; tab14[i] = ((i - 85) + 2) / 4; } else if (i < 170) { tabval[i] = 2; tab38[i] = (3 * (i - 170) - 4) / 8; tab14[i] = ((i - 170) - 2) / 4; } else if (i < 213) { tabval[i] = 2; tab38[i] = (3 * (i - 170) + 4) / 8; tab14[i] = ((i - 170) + 2) / 4; } else if (i < 255 - cliptowhite) { tabval[i] = 3; tab38[i] = (3 * (i - 255) - 4) / 8; tab14[i] = ((i - 255) - 2) / 4; } else { /* i >= 255 - cliptowhite */ tabval[i] = 3; tab38[i] = 0; tab14[i] = 0; } } return 0; } /*------------------------------------------------------------------* * Simple thresholding to 2 bpp * *------------------------------------------------------------------*/ /* * thresholdTo2bppLow() * * Low-level function for thresholding from 8 bpp (datas) to * 2 bpp (datad), using thresholds implicitly defined through @tab, * a 256-entry lookup table that gives a 2-bit output value * for each possible input. * * For each line, unroll the loop so that for each 32 bit src word, * representing four consecutive 8-bit pixels, we compose one byte * of output consisiting of four 2-bit pixels. */ void thresholdTo2bppLow(l_uint32 *datad, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 *tab) { l_uint8 sval1, sval2, sval3, sval4, dval; l_int32 i, j, k; l_uint32 *lines, *lined; for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < wpls; j++) { k = 4 * j; sval1 = GET_DATA_BYTE(lines, k); sval2 = GET_DATA_BYTE(lines, k + 1); sval3 = GET_DATA_BYTE(lines, k + 2); sval4 = GET_DATA_BYTE(lines, k + 3); dval = (tab[sval1] << 6) | (tab[sval2] << 4) | (tab[sval3] << 2) | tab[sval4]; SET_DATA_BYTE(lined, j, dval); } } return; } /*------------------------------------------------------------------* * Simple thresholding to 4 bpp * *------------------------------------------------------------------*/ /* * thresholdTo4bppLow() * * Low-level function for thresholding from 8 bpp (datas) to * 4 bpp (datad), using thresholds implicitly defined through @tab, * a 256-entry lookup table that gives a 4-bit output value * for each possible input. * * For each line, unroll the loop so that for each 32 bit src word, * representing four consecutive 8-bit pixels, we compose two bytes * of output consisiting of four 4-bit pixels. */ void thresholdTo4bppLow(l_uint32 *datad, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 *tab) { l_uint8 sval1, sval2, sval3, sval4; l_uint16 dval; l_int32 i, j, k; l_uint32 *lines, *lined; for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < wpls; j++) { k = 4 * j; sval1 = GET_DATA_BYTE(lines, k); sval2 = GET_DATA_BYTE(lines, k + 1); sval3 = GET_DATA_BYTE(lines, k + 2); sval4 = GET_DATA_BYTE(lines, k + 3); dval = (tab[sval1] << 12) | (tab[sval2] << 8) | (tab[sval3] << 4) | tab[sval4]; SET_DATA_TWO_BYTES(lined, j, dval); } } return; } leptonica-1.70/src/ptabasic.c0000644000175000017500000007474612244227530014251 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * ptabasic.c * * Pta creation, destruction, copy, clone, empty * PTA *ptaCreate() * PTA *ptaCreateFromNuma() * void ptaDestroy() * PTA *ptaCopy() * PTA *ptaCopyRange() * PTA *ptaClone() * l_int32 ptaEmpty() * * Pta array extension * l_int32 ptaAddPt() * static l_int32 ptaExtendArrays() * * Pta insertion and removal * l_int32 ptaInsertPt() * l_int32 ptaRemovePt() * * Pta accessors * l_int32 ptaGetRefcount() * l_int32 ptaChangeRefcount() * l_int32 ptaGetCount() * l_int32 ptaGetPt() * l_int32 ptaGetIPt() * l_int32 ptaSetPt() * l_int32 ptaGetArrays() * * Pta serialized for I/O * PTA *ptaRead() * PTA *ptaReadStream() * l_int32 ptaWrite() * l_int32 ptaWriteStream() * * Ptaa creation, destruction * PTAA *ptaaCreate() * void ptaaDestroy() * * Ptaa array extension * l_int32 ptaaAddPta() * static l_int32 ptaaExtendArray() * * Ptaa accessors * l_int32 ptaaGetCount() * l_int32 ptaaGetPta() * l_int32 ptaaGetPt() * * Ptaa array modifiers * l_int32 ptaaInitFull() * l_int32 ptaaReplacePta() * l_int32 ptaaAddPt() * l_int32 ptaaTruncate() * * Ptaa serialized for I/O * PTAA *ptaaRead() * PTAA *ptaaReadStream() * l_int32 ptaaWrite() * l_int32 ptaaWriteStream() */ #include #include "allheaders.h" static const l_int32 INITIAL_PTR_ARRAYSIZE = 20; /* n'import quoi */ /* Static functions */ static l_int32 ptaExtendArrays(PTA *pta); static l_int32 ptaaExtendArray(PTAA *ptaa); /*---------------------------------------------------------------------* * Pta creation, destruction, copy, clone * *---------------------------------------------------------------------*/ /*! * ptaCreate() * * Input: n (initial array sizes) * Return: pta, or null on error. */ PTA * ptaCreate(l_int32 n) { PTA *pta; PROCNAME("ptaCreate"); if (n <= 0) n = INITIAL_PTR_ARRAYSIZE; if ((pta = (PTA *)CALLOC(1, sizeof(PTA))) == NULL) return (PTA *)ERROR_PTR("pta not made", procName, NULL); pta->n = 0; pta->nalloc = n; ptaChangeRefcount(pta, 1); /* sets to 1 */ if ((pta->x = (l_float32 *)CALLOC(n, sizeof(l_float32))) == NULL) return (PTA *)ERROR_PTR("x array not made", procName, NULL); if ((pta->y = (l_float32 *)CALLOC(n, sizeof(l_float32))) == NULL) return (PTA *)ERROR_PTR("y array not made", procName, NULL); return pta; } /*! * ptaCreateFromNuma() * * Input: nax ( can be null) * nay * Return: pta, or null on error. */ PTA * ptaCreateFromNuma(NUMA *nax, NUMA *nay) { l_int32 i, n; l_float32 startx, delx, xval, yval; PTA *pta; PROCNAME("ptaCreateFromNuma"); if (!nay) return (PTA *)ERROR_PTR("nay not defined", procName, NULL); n = numaGetCount(nay); if (nax && numaGetCount(nax) != n) return (PTA *)ERROR_PTR("nax and nay sizes differ", procName, NULL); pta = ptaCreate(n); numaGetParameters(nay, &startx, &delx); for (i = 0; i < n; i++) { if (nax) numaGetFValue(nax, i, &xval); else /* use implicit x values from nay */ xval = startx + i * delx; numaGetFValue(nay, i, &yval); ptaAddPt(pta, xval, yval); } return pta; } /*! * ptaDestroy() * * Input: &pta () * Return: void * * Note: * - Decrements the ref count and, if 0, destroys the pta. * - Always nulls the input ptr. */ void ptaDestroy(PTA **ppta) { PTA *pta; PROCNAME("ptaDestroy"); if (ppta == NULL) { L_WARNING("ptr address is NULL!\n", procName); return; } if ((pta = *ppta) == NULL) return; ptaChangeRefcount(pta, -1); if (ptaGetRefcount(pta) <= 0) { FREE(pta->x); FREE(pta->y); FREE(pta); } *ppta = NULL; return; } /*! * ptaCopy() * * Input: pta * Return: copy of pta, or null on error */ PTA * ptaCopy(PTA *pta) { l_int32 i; l_float32 x, y; PTA *npta; PROCNAME("ptaCopy"); if (!pta) return (PTA *)ERROR_PTR("pta not defined", procName, NULL); if ((npta = ptaCreate(pta->nalloc)) == NULL) return (PTA *)ERROR_PTR("npta not made", procName, NULL); for (i = 0; i < pta->n; i++) { ptaGetPt(pta, i, &x, &y); ptaAddPt(npta, x, y); } return npta; } /*! * ptaCopyRange() * * Input: ptas * istart (starting index in ptas) * iend (ending index in ptas; use 0 to copy to end) * Return: 0 if OK, 1 on error */ PTA * ptaCopyRange(PTA *ptas, l_int32 istart, l_int32 iend) { l_int32 n, i, x, y; PTA *ptad; PROCNAME("ptaCopyRange"); if (!ptas) return (PTA *)ERROR_PTR("ptas not defined", procName, NULL); n = ptaGetCount(ptas); if (istart < 0) istart = 0; if (istart >= n) return (PTA *)ERROR_PTR("istart out of bounds", procName, NULL); if (iend <= 0 || iend >= n) iend = n - 1; if (istart > iend) return (PTA *)ERROR_PTR("istart > iend; no pts", procName, NULL); if ((ptad = ptaCreate(iend - istart + 1)) == NULL) return (PTA *)ERROR_PTR("ptad not made", procName, NULL); for (i = istart; i <= iend; i++) { ptaGetIPt(ptas, i, &x, &y); ptaAddPt(ptad, x, y); } return ptad; } /*! * ptaClone() * * Input: pta * Return: ptr to same pta, or null on error */ PTA * ptaClone(PTA *pta) { PROCNAME("ptaClone"); if (!pta) return (PTA *)ERROR_PTR("pta not defined", procName, NULL); ptaChangeRefcount(pta, 1); return pta; } /*! * ptaEmpty() * * Input: pta * Return: 0 if OK, 1 on error * * Note: this only resets the "n" field, for reuse */ l_int32 ptaEmpty(PTA *pta) { PROCNAME("ptaEmpty"); if (!pta) return ERROR_INT("ptad not defined", procName, 1); pta->n = 0; return 0; } /*---------------------------------------------------------------------* * Pta array extension * *---------------------------------------------------------------------*/ /*! * ptaAddPt() * * Input: pta * x, y * Return: 0 if OK, 1 on error */ l_int32 ptaAddPt(PTA *pta, l_float32 x, l_float32 y) { l_int32 n; PROCNAME("ptaAddPt"); if (!pta) return ERROR_INT("pta not defined", procName, 1); n = pta->n; if (n >= pta->nalloc) ptaExtendArrays(pta); pta->x[n] = x; pta->y[n] = y; pta->n++; return 0; } /*! * ptaExtendArrays() * * Input: pta * Return: 0 if OK; 1 on error */ static l_int32 ptaExtendArrays(PTA *pta) { PROCNAME("ptaExtendArrays"); if (!pta) return ERROR_INT("pta not defined", procName, 1); if ((pta->x = (l_float32 *)reallocNew((void **)&pta->x, sizeof(l_float32) * pta->nalloc, 2 * sizeof(l_float32) * pta->nalloc)) == NULL) return ERROR_INT("new x array not returned", procName, 1); if ((pta->y = (l_float32 *)reallocNew((void **)&pta->y, sizeof(l_float32) * pta->nalloc, 2 * sizeof(l_float32) * pta->nalloc)) == NULL) return ERROR_INT("new y array not returned", procName, 1); pta->nalloc = 2 * pta->nalloc; return 0; } /*---------------------------------------------------------------------* * Pta insertion and removal * *---------------------------------------------------------------------*/ /*! * ptaInsertPt() * * Input: pta * index (at which pt is to be inserted) * x, y (point values) * Return: 0 if OK; 1 on error */ l_int32 ptaInsertPt(PTA *pta, l_int32 index, l_int32 x, l_int32 y) { l_int32 i, n; PROCNAME("ptaInsertPt"); if (!pta) return ERROR_INT("pta not defined", procName, 1); n = ptaGetCount(pta); if (index < 0 || index > n) return ERROR_INT("index not in {0...n}", procName, 1); if (n > pta->nalloc) ptaExtendArrays(pta); pta->n++; for (i = n; i > index; i--) { pta->x[i] = pta->x[i - 1]; pta->y[i] = pta->y[i - 1]; } pta->x[index] = x; pta->y[index] = y; return 0; } /*! * ptaRemovePt() * * Input: pta * index (of point to be removed) * Return: 0 if OK, 1 on error * * Notes: * (1) This shifts pta[i] --> pta[i - 1] for all i > index. * (2) It should not be used repeatedly on large arrays, * because the function is O(n). */ l_int32 ptaRemovePt(PTA *pta, l_int32 index) { l_int32 i, n; PROCNAME("ptaRemovePt"); if (!pta) return ERROR_INT("pta not defined", procName, 1); n = ptaGetCount(pta); if (index < 0 || index >= n) return ERROR_INT("index not in {0...n - 1}", procName, 1); /* Remove the point */ for (i = index + 1; i < n; i++) { pta->x[i - 1] = pta->x[i]; pta->y[i - 1] = pta->y[i]; } pta->n--; return 0; } /*---------------------------------------------------------------------* * Pta accessors * *---------------------------------------------------------------------*/ l_int32 ptaGetRefcount(PTA *pta) { PROCNAME("ptaGetRefcount"); if (!pta) return ERROR_INT("pta not defined", procName, 1); return pta->refcount; } l_int32 ptaChangeRefcount(PTA *pta, l_int32 delta) { PROCNAME("ptaChangeRefcount"); if (!pta) return ERROR_INT("pta not defined", procName, 1); pta->refcount += delta; return 0; } /*! * ptaGetCount() * * Input: pta * Return: count, or 0 if no pta */ l_int32 ptaGetCount(PTA *pta) { PROCNAME("ptaGetCount"); if (!pta) return ERROR_INT("pta not defined", procName, 0); return pta->n; } /*! * ptaGetPt() * * Input: pta * index (into arrays) * &x ( float x value) * &y ( float y value) * Return: 0 if OK; 1 on error */ l_int32 ptaGetPt(PTA *pta, l_int32 index, l_float32 *px, l_float32 *py) { PROCNAME("ptaGetPt"); if (px) *px = 0; if (py) *py = 0; if (!pta) return ERROR_INT("pta not defined", procName, 1); if (index < 0 || index >= pta->n) return ERROR_INT("invalid index", procName, 1); if (px) *px = pta->x[index]; if (py) *py = pta->y[index]; return 0; } /*! * ptaGetIPt() * * Input: pta * index (into arrays) * &x ( integer x value) * &y ( integer y value) * Return: 0 if OK; 1 on error */ l_int32 ptaGetIPt(PTA *pta, l_int32 index, l_int32 *px, l_int32 *py) { PROCNAME("ptaGetIPt"); if (px) *px = 0; if (py) *py = 0; if (!pta) return ERROR_INT("pta not defined", procName, 1); if (index < 0 || index >= pta->n) return ERROR_INT("invalid index", procName, 1); if (px) *px = (l_int32)(pta->x[index] + 0.5); if (py) *py = (l_int32)(pta->y[index] + 0.5); return 0; } /*! * ptaSetPt() * * Input: pta * index (into arrays) * x, y * Return: 0 if OK; 1 on error */ l_int32 ptaSetPt(PTA *pta, l_int32 index, l_float32 x, l_float32 y) { PROCNAME("ptaSetPt"); if (!pta) return ERROR_INT("pta not defined", procName, 1); if (index < 0 || index >= pta->n) return ERROR_INT("invalid index", procName, 1); pta->x[index] = x; pta->y[index] = y; return 0; } /*! * ptaGetArrays() * * Input: pta * &nax ( numa of x array) * &nay ( numa of y array) * Return: 0 if OK; 1 on error or if pta is empty * * Notes: * (1) This copies the internal arrays into new Numas. */ l_int32 ptaGetArrays(PTA *pta, NUMA **pnax, NUMA **pnay) { l_int32 i, n; NUMA *nax, *nay; PROCNAME("ptaGetArrays"); if (!pnax && !pnay) return ERROR_INT("no output requested", procName, 1); if (pnax) *pnax = NULL; if (pnay) *pnay = NULL; if (!pta) return ERROR_INT("pta not defined", procName, 1); if ((n = ptaGetCount(pta)) == 0) return ERROR_INT("pta is empty", procName, 1); if (pnax) { if ((nax = numaCreate(n)) == NULL) return ERROR_INT("nax not made", procName, 1); *pnax = nax; for (i = 0; i < n; i++) nax->array[i] = pta->x[i]; nax->n = n; } if (pnay) { if ((nay = numaCreate(n)) == NULL) return ERROR_INT("nay not made", procName, 1); *pnay = nay; for (i = 0; i < n; i++) nay->array[i] = pta->y[i]; nay->n = n; } return 0; } /*---------------------------------------------------------------------* * Pta serialized for I/O * *---------------------------------------------------------------------*/ /*! * ptaRead() * * Input: filename * Return: pta, or null on error */ PTA * ptaRead(const char *filename) { FILE *fp; PTA *pta; PROCNAME("ptaRead"); if (!filename) return (PTA *)ERROR_PTR("filename not defined", procName, NULL); if ((fp = fopenReadStream(filename)) == NULL) return (PTA *)ERROR_PTR("stream not opened", procName, NULL); if ((pta = ptaReadStream(fp)) == NULL) { fclose(fp); return (PTA *)ERROR_PTR("pta not read", procName, NULL); } fclose(fp); return pta; } /*! * ptaReadStream() * * Input: stream * Return: pta, or null on error */ PTA * ptaReadStream(FILE *fp) { char typestr[128]; l_int32 i, n, ix, iy, type, version; l_float32 x, y; PTA *pta; PROCNAME("ptaReadStream"); if (!fp) return (PTA *)ERROR_PTR("stream not defined", procName, NULL); if (fscanf(fp, "\n Pta Version %d\n", &version) != 1) return (PTA *)ERROR_PTR("not a pta file", procName, NULL); if (version != PTA_VERSION_NUMBER) return (PTA *)ERROR_PTR("invalid pta version", procName, NULL); if (fscanf(fp, " Number of pts = %d; format = %s\n", &n, typestr) != 2) return (PTA *)ERROR_PTR("not a pta file", procName, NULL); if (!strcmp(typestr, "float")) type = 0; else /* typestr is "integer" */ type = 1; if ((pta = ptaCreate(n)) == NULL) return (PTA *)ERROR_PTR("pta not made", procName, NULL); for (i = 0; i < n; i++) { if (type == 0) { /* data is float */ if (fscanf(fp, " (%f, %f)\n", &x, &y) != 2) return (PTA *)ERROR_PTR("error reading floats", procName, NULL); ptaAddPt(pta, x, y); } else { /* data is integer */ if (fscanf(fp, " (%d, %d)\n", &ix, &iy) != 2) return (PTA *)ERROR_PTR("error reading ints", procName, NULL); ptaAddPt(pta, ix, iy); } } return pta; } /*! * ptaWrite() * * Input: filename * pta * type (0 for float values; 1 for integer values) * Return: 0 if OK, 1 on error */ l_int32 ptaWrite(const char *filename, PTA *pta, l_int32 type) { FILE *fp; PROCNAME("ptaWrite"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!pta) return ERROR_INT("pta not defined", procName, 1); if ((fp = fopenWriteStream(filename, "w")) == NULL) return ERROR_INT("stream not opened", procName, 1); if (ptaWriteStream(fp, pta, type)) return ERROR_INT("pta not written to stream", procName, 1); fclose(fp); return 0; } /*! * ptaWriteStream() * * Input: stream * pta * type (0 for float values; 1 for integer values) * Return: 0 if OK; 1 on error */ l_int32 ptaWriteStream(FILE *fp, PTA *pta, l_int32 type) { l_int32 i, n, ix, iy; l_float32 x, y; PROCNAME("ptaWriteStream"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!pta) return ERROR_INT("pta not defined", procName, 1); n = ptaGetCount(pta); fprintf(fp, "\n Pta Version %d\n", PTA_VERSION_NUMBER); if (type == 0) fprintf(fp, " Number of pts = %d; format = float\n", n); else /* type == 1 */ fprintf(fp, " Number of pts = %d; format = integer\n", n); for (i = 0; i < n; i++) { if (type == 0) { /* data is float */ ptaGetPt(pta, i, &x, &y); fprintf(fp, " (%f, %f)\n", x, y); } else { /* data is integer */ ptaGetIPt(pta, i, &ix, &iy); fprintf(fp, " (%d, %d)\n", ix, iy); } } return 0; } /*---------------------------------------------------------------------* * PTAA creation, destruction * *---------------------------------------------------------------------*/ /*! * ptaaCreate() * * Input: n (initial number of ptrs) * Return: ptaa, or null on error */ PTAA * ptaaCreate(l_int32 n) { PTAA *ptaa; PROCNAME("ptaaCreate"); if (n <= 0) n = INITIAL_PTR_ARRAYSIZE; if ((ptaa = (PTAA *)CALLOC(1, sizeof(PTAA))) == NULL) return (PTAA *)ERROR_PTR("ptaa not made", procName, NULL); ptaa->n = 0; ptaa->nalloc = n; if ((ptaa->pta = (PTA **)CALLOC(n, sizeof(PTA *))) == NULL) return (PTAA *)ERROR_PTR("pta ptrs not made", procName, NULL); return ptaa; } /*! * ptaaDestroy() * * Input: &ptaa * Return: void */ void ptaaDestroy(PTAA **pptaa) { l_int32 i; PTAA *ptaa; PROCNAME("ptaaDestroy"); if (pptaa == NULL) { L_WARNING("ptr address is NULL!\n", procName); return; } if ((ptaa = *pptaa) == NULL) return; for (i = 0; i < ptaa->n; i++) ptaDestroy(&ptaa->pta[i]); FREE(ptaa->pta); FREE(ptaa); *pptaa = NULL; return; } /*---------------------------------------------------------------------* * PTAA array extension * *---------------------------------------------------------------------*/ /*! * ptaaAddPta() * * Input: ptaa * pta (to be added) * copyflag (L_INSERT, L_COPY, L_CLONE) * Return: 0 if OK, 1 on error */ l_int32 ptaaAddPta(PTAA *ptaa, PTA *pta, l_int32 copyflag) { l_int32 n; PTA *ptac; PROCNAME("ptaaAddPta"); if (!ptaa) return ERROR_INT("ptaa not defined", procName, 1); if (!pta) return ERROR_INT("pta not defined", procName, 1); if (copyflag == L_INSERT) { ptac = pta; } else if (copyflag == L_COPY) { if ((ptac = ptaCopy(pta)) == NULL) return ERROR_INT("ptac not made", procName, 1); } else if (copyflag == L_CLONE) { if ((ptac = ptaClone(pta)) == NULL) return ERROR_INT("pta clone not made", procName, 1); } else { return ERROR_INT("invalid copyflag", procName, 1); } n = ptaaGetCount(ptaa); if (n >= ptaa->nalloc) ptaaExtendArray(ptaa); ptaa->pta[n] = ptac; ptaa->n++; return 0; } /*! * ptaaExtendArray() * * Input: ptaa * Return: 0 if OK, 1 on error */ static l_int32 ptaaExtendArray(PTAA *ptaa) { PROCNAME("ptaaExtendArray"); if (!ptaa) return ERROR_INT("ptaa not defined", procName, 1); if ((ptaa->pta = (PTA **)reallocNew((void **)&ptaa->pta, sizeof(PTA *) * ptaa->nalloc, 2 * sizeof(PTA *) * ptaa->nalloc)) == NULL) return ERROR_INT("new ptr array not returned", procName, 1); ptaa->nalloc = 2 * ptaa->nalloc; return 0; } /*---------------------------------------------------------------------* * Ptaa accessors * *---------------------------------------------------------------------*/ /*! * ptaaGetCount() * * Input: ptaa * Return: count, or 0 if no ptaa */ l_int32 ptaaGetCount(PTAA *ptaa) { PROCNAME("ptaaGetCount"); if (!ptaa) return ERROR_INT("ptaa not defined", procName, 0); return ptaa->n; } /*! * ptaaGetPta() * * Input: ptaa * index (to the i-th pta) * accessflag (L_COPY or L_CLONE) * Return: pta, or null on error */ PTA * ptaaGetPta(PTAA *ptaa, l_int32 index, l_int32 accessflag) { PROCNAME("ptaaGetPta"); if (!ptaa) return (PTA *)ERROR_PTR("ptaa not defined", procName, NULL); if (index < 0 || index >= ptaa->n) return (PTA *)ERROR_PTR("index not valid", procName, NULL); if (accessflag == L_COPY) return ptaCopy(ptaa->pta[index]); else if (accessflag == L_CLONE) return ptaClone(ptaa->pta[index]); else return (PTA *)ERROR_PTR("invalid accessflag", procName, NULL); } /*! * ptaaGetPt() * * Input: ptaa * ipta (to the i-th pta) * jpt (index to the j-th pt in the pta) * &x ( float x value) * &y ( float y value) * Return: 0 if OK; 1 on error */ l_int32 ptaaGetPt(PTAA *ptaa, l_int32 ipta, l_int32 jpt, l_float32 *px, l_float32 *py) { PTA *pta; PROCNAME("ptaaGetPt"); if (px) *px = 0; if (py) *py = 0; if (!ptaa) return ERROR_INT("ptaa not defined", procName, 1); if (ipta < 0 || ipta >= ptaa->n) return ERROR_INT("index ipta not valid", procName, 1); pta = ptaaGetPta(ptaa, ipta, L_CLONE); if (jpt < 0 || jpt >= pta->n) { ptaDestroy(&pta); return ERROR_INT("index jpt not valid", procName, 1); } ptaGetPt(pta, jpt, px, py); ptaDestroy(&pta); return 0; } /*---------------------------------------------------------------------* * Ptaa array modifiers * *---------------------------------------------------------------------*/ /*! * ptaaInitFull() * * Input: ptaa (can have non-null ptrs in the ptr array) * pta (to be replicated into the entire ptr array) * Return: 0 if OK; 1 on error */ l_int32 ptaaInitFull(PTAA *ptaa, PTA *pta) { l_int32 n, i; PTA *ptat; PROCNAME("ptaaInitFull"); if (!ptaa) return ERROR_INT("ptaa not defined", procName, 1); if (!pta) return ERROR_INT("pta not defined", procName, 1); n = ptaa->nalloc; ptaa->n = n; for (i = 0; i < n; i++) { ptat = ptaCopy(pta); ptaaReplacePta(ptaa, i, ptat); } return 0; } /*! * ptaaReplacePta() * * Input: ptaa * index (to the index-th pta) * pta (insert and replace any existing one) * Return: 0 if OK, 1 on error * * Notes: * (1) Any existing pta is destroyed, and the input one * is inserted in its place. * (2) If the index is invalid, return 1 (error) */ l_int32 ptaaReplacePta(PTAA *ptaa, l_int32 index, PTA *pta) { l_int32 n; PROCNAME("ptaaReplacePta"); if (!ptaa) return ERROR_INT("ptaa not defined", procName, 1); if (!pta) return ERROR_INT("pta not defined", procName, 1); n = ptaaGetCount(ptaa); if (index < 0 || index >= n) return ERROR_INT("index not valid", procName, 1); ptaDestroy(&ptaa->pta[index]); ptaa->pta[index] = pta; return 0; } /*! * ptaaAddPt() * * Input: ptaa * ipta (to the i-th pta) * x,y (point coordinates) * Return: 0 if OK; 1 on error */ l_int32 ptaaAddPt(PTAA *ptaa, l_int32 ipta, l_float32 x, l_float32 y) { PTA *pta; PROCNAME("ptaaAddPt"); if (!ptaa) return ERROR_INT("ptaa not defined", procName, 1); if (ipta < 0 || ipta >= ptaa->n) return ERROR_INT("index ipta not valid", procName, 1); pta = ptaaGetPta(ptaa, ipta, L_CLONE); ptaAddPt(pta, x, y); ptaDestroy(&pta); return 0; } /*! * ptaaTruncate() * * Input: ptaa * Return: 0 if OK, 1 on error * * Notes: * (1) This identifies the largest index containing a pta that * has any points within it, destroys all pta above that index, * and resets the count. */ l_int32 ptaaTruncate(PTAA *ptaa) { l_int32 i, n, np; PTA *pta; PROCNAME("ptaaTruncate"); if (!ptaa) return ERROR_INT("ptaa not defined", procName, 1); n = ptaaGetCount(ptaa); for (i = n - 1; i >= 0; i--) { pta = ptaaGetPta(ptaa, i, L_CLONE); if (!pta) { ptaa->n--; continue; } np = ptaGetCount(pta); ptaDestroy(&pta); if (np == 0) { ptaDestroy(&ptaa->pta[i]); ptaa->n--; } else { break; } } return 0; } /*---------------------------------------------------------------------* * Ptaa serialized for I/O * *---------------------------------------------------------------------*/ /*! * ptaaRead() * * Input: filename * Return: ptaa, or null on error */ PTAA * ptaaRead(const char *filename) { FILE *fp; PTAA *ptaa; PROCNAME("ptaaRead"); if (!filename) return (PTAA *)ERROR_PTR("filename not defined", procName, NULL); if ((fp = fopenReadStream(filename)) == NULL) return (PTAA *)ERROR_PTR("stream not opened", procName, NULL); if ((ptaa = ptaaReadStream(fp)) == NULL) { fclose(fp); return (PTAA *)ERROR_PTR("ptaa not read", procName, NULL); } fclose(fp); return ptaa; } /*! * ptaaReadStream() * * Input: stream * Return: ptaa, or null on error */ PTAA * ptaaReadStream(FILE *fp) { l_int32 i, n, version; PTA *pta; PTAA *ptaa; PROCNAME("ptaaReadStream"); if (!fp) return (PTAA *)ERROR_PTR("stream not defined", procName, NULL); if (fscanf(fp, "\nPtaa Version %d\n", &version) != 1) return (PTAA *)ERROR_PTR("not a ptaa file", procName, NULL); if (version != PTA_VERSION_NUMBER) return (PTAA *)ERROR_PTR("invalid ptaa version", procName, NULL); if (fscanf(fp, "Number of Pta = %d\n", &n) != 1) return (PTAA *)ERROR_PTR("not a ptaa file", procName, NULL); if ((ptaa = ptaaCreate(n)) == NULL) return (PTAA *)ERROR_PTR("ptaa not made", procName, NULL); for (i = 0; i < n; i++) { if ((pta = ptaReadStream(fp)) == NULL) return (PTAA *)ERROR_PTR("error reading pta", procName, NULL); ptaaAddPta(ptaa, pta, L_INSERT); } return ptaa; } /*! * ptaaWrite() * * Input: filename * ptaa * type (0 for float values; 1 for integer values) * Return: 0 if OK, 1 on error */ l_int32 ptaaWrite(const char *filename, PTAA *ptaa, l_int32 type) { FILE *fp; PROCNAME("ptaaWrite"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!ptaa) return ERROR_INT("ptaa not defined", procName, 1); if ((fp = fopenWriteStream(filename, "w")) == NULL) return ERROR_INT("stream not opened", procName, 1); if (ptaaWriteStream(fp, ptaa, type)) return ERROR_INT("ptaa not written to stream", procName, 1); fclose(fp); return 0; } /*! * ptaaWriteStream() * * Input: stream * ptaa * type (0 for float values; 1 for integer values) * Return: 0 if OK; 1 on error */ l_int32 ptaaWriteStream(FILE *fp, PTAA *ptaa, l_int32 type) { l_int32 i, n; PTA *pta; PROCNAME("ptaaWriteStream"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!ptaa) return ERROR_INT("ptaa not defined", procName, 1); n = ptaaGetCount(ptaa); fprintf(fp, "\nPtaa Version %d\n", PTA_VERSION_NUMBER); fprintf(fp, "Number of Pta = %d\n", n); for (i = 0; i < n; i++) { pta = ptaaGetPta(ptaa, i, L_CLONE); ptaWriteStream(fp, pta, type); ptaDestroy(&pta); } return 0; } leptonica-1.70/src/colorspace.c0000644000175000017500000014744012063703134014603 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * colorspace.c * * Colorspace conversion between RGB and HSV * PIX *pixConvertRGBToHSV() * PIX *pixConvertHSVToRGB() * l_int32 convertRGBToHSV() * l_int32 convertHSVToRGB() * l_int32 pixcmapConvertRGBToHSV() * l_int32 pixcmapConvertHSVToRGB() * PIX *pixConvertRGBToHue() * PIX *pixConvertRGBToSaturation() * PIX *pixConvertRGBToValue() * * Selection and display of range of colors in HSV space * PIX *pixMakeRangeMaskHS() * PIX *pixMakeRangeMaskHV() * PIX *pixMakeRangeMaskSV() * PIX *pixMakeHistoHS() * PIX *pixMakeHistoHV() * PIX *pixMakeHistoSV() * PIX *pixFindHistoPeaksHSV() * PIX *displayHSVColorRange() * * Colorspace conversion between RGB and YUV * PIX *pixConvertRGBToYUV() * PIX *pixConvertYUVToRGB() * l_int32 convertRGBToYUV() * l_int32 convertYUVToRGB() * l_int32 pixcmapConvertRGBToYUV() * l_int32 pixcmapConvertYUVToRGB() */ #include #include #include "allheaders.h" #ifndef NO_CONSOLE_IO #define DEBUG_HISTO 1 #endif /* ~NO_CONSOLE_IO */ /*---------------------------------------------------------------------------* * Colorspace conversion between RGB and HSB * *---------------------------------------------------------------------------*/ /*! * pixConvertRGBToHSV() * * Input: pixd (can be NULL; if not NULL, must == pixs) * pixs * Return: pixd always * * Notes: * (1) For pixs = pixd, this is in-place; otherwise pixd must be NULL. * (2) The definition of our HSV space is given in convertRGBToHSV(). * (3) The h, s and v values are stored in the same places as * the r, g and b values, respectively. Here, they are explicitly * placed in the 3 MS bytes in the pixel. * (4) Normalizing to 1 and considering the r,g,b components, * a simple way to understand the HSV space is: * - v = max(r,g,b) * - s = (max - min) / max * - h ~ (mid - min) / (max - min) [apart from signs and constants] * (5) Normalizing to 1, some properties of the HSV space are: * - For gray values (r = g = b) along the continuum between * black and white: * s = 0 (becoming undefined as you approach black) * h is undefined everywhere * - Where one component is saturated and the others are zero: * v = 1 * s = 1 * h = 0 (r = max), 1/3 (g = max), 2/3 (b = max) * - Where two components are saturated and the other is zero: * v = 1 * s = 1 * h = 1/2 (if r = 0), 5/6 (if g = 0), 1/6 (if b = 0) */ PIX * pixConvertRGBToHSV(PIX *pixd, PIX *pixs) { l_int32 w, h, d, wpl, i, j, rval, gval, bval, hval, sval, vval; l_uint32 *line, *data; PIXCMAP *cmap; PROCNAME("pixConvertRGBToHSV"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixd && pixd != pixs) return (PIX *)ERROR_PTR("pixd defined and not inplace", procName, pixd); d = pixGetDepth(pixs); cmap = pixGetColormap(pixs); if (!cmap && d != 32) return (PIX *)ERROR_PTR("not cmapped or rgb", procName, pixd); if (!pixd) pixd = pixCopy(NULL, pixs); cmap = pixGetColormap(pixd); if (cmap) { /* just convert the colormap */ pixcmapConvertRGBToHSV(cmap); return pixd; } /* Convert RGB image */ pixGetDimensions(pixd, &w, &h, NULL); wpl = pixGetWpl(pixd); data = pixGetData(pixd); for (i = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < w; j++) { extractRGBValues(line[j], &rval, &gval, &bval); convertRGBToHSV(rval, gval, bval, &hval, &sval, &vval); line[j] = (hval << 24) | (sval << 16) | (vval << 8); } } return pixd; } /*! * pixConvertHSVToRGB() * * Input: pixd (can be NULL; if not NULL, must == pixs) * pixs * Return: pixd always * * Notes: * (1) For pixs = pixd, this is in-place; otherwise pixd must be NULL. * (2) The user takes responsibility for making sure that pixs is * in our HSV space. The definition of our HSV space is given * in convertRGBToHSV(). * (3) The h, s and v values are stored in the same places as * the r, g and b values, respectively. Here, they are explicitly * placed in the 3 MS bytes in the pixel. */ PIX * pixConvertHSVToRGB(PIX *pixd, PIX *pixs) { l_int32 w, h, d, wpl, i, j, rval, gval, bval, hval, sval, vval; l_uint32 pixel; l_uint32 *line, *data; PIXCMAP *cmap; PROCNAME("pixConvertHSVToRGB"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixd && pixd != pixs) return (PIX *)ERROR_PTR("pixd defined and not inplace", procName, pixd); d = pixGetDepth(pixs); cmap = pixGetColormap(pixs); if (!cmap && d != 32) return (PIX *)ERROR_PTR("not cmapped or hsv", procName, pixd); if (!pixd) pixd = pixCopy(NULL, pixs); cmap = pixGetColormap(pixd); if (cmap) { /* just convert the colormap */ pixcmapConvertHSVToRGB(cmap); return pixd; } /* Convert HSV image */ pixGetDimensions(pixd, &w, &h, NULL); wpl = pixGetWpl(pixd); data = pixGetData(pixd); for (i = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < w; j++) { pixel = line[j]; hval = pixel >> 24; sval = (pixel >> 16) & 0xff; vval = (pixel >> 8) & 0xff; convertHSVToRGB(hval, sval, vval, &rval, &gval, &bval); composeRGBPixel(rval, gval, bval, line + j); } } return pixd; } /*! * convertRGBToHSV() * * Input: rval, gval, bval (RGB input) * &hval, &sval, &vval ( HSV values) * Return: 0 if OK, 1 on error * * Notes: * (1) The range of returned values is: * h [0 ... 239] * s [0 ... 255] * v [0 ... 255] * (2) If r = g = b, the pixel is gray (s = 0), and we define h = 0. * (3) h wraps around, so that h = 0 and h = 240 are equivalent * in hue space. * (4) h has the following correspondence to color: * h = 0 magenta * h = 40 red * h = 80 yellow * h = 120 green * h = 160 cyan * h = 200 blue */ l_int32 convertRGBToHSV(l_int32 rval, l_int32 gval, l_int32 bval, l_int32 *phval, l_int32 *psval, l_int32 *pvval) { l_int32 minrg, maxrg, min, max, delta; l_float32 h; PROCNAME("convertRGBToHSV"); if (!phval || !psval || !pvval) return ERROR_INT("&hval, &sval, &vval not all defined", procName, 1); minrg = L_MIN(rval, gval); min = L_MIN(minrg, bval); maxrg = L_MAX(rval, gval); max = L_MAX(maxrg, bval); delta = max - min; *pvval = max; if (delta == 0) { /* gray; no chroma */ *phval = 0; *psval = 0; } else { *psval = (l_int32)(255. * (l_float32)delta / (l_float32)max + 0.5); if (rval == max) /* between magenta and yellow */ h = (l_float32)(gval - bval) / (l_float32)delta; else if (gval == max) /* between yellow and cyan */ h = 2. + (l_float32)(bval - rval) / (l_float32)delta; else /* between cyan and magenta */ h = 4. + (l_float32)(rval - gval) / (l_float32)delta; h *= 40.0; if (h < 0.0) h += 240.0; if (h >= 239.5) h = 0.0; *phval = (l_int32)(h + 0.5); } return 0; } /*! * convertHSVToRGB() * * Input: hval, sval, vval * &rval, &gval, &bval ( RGB values) * Return: 0 if OK, 1 on error * * Notes: * (1) See convertRGBToHSV() for valid input range of HSV values * and their interpretation in color space. */ l_int32 convertHSVToRGB(l_int32 hval, l_int32 sval, l_int32 vval, l_int32 *prval, l_int32 *pgval, l_int32 *pbval) { l_int32 i, x, y, z; l_float32 h, f, s; PROCNAME("convertHSVToRGB"); if (!prval || !pgval || !pbval) return ERROR_INT("&rval, &gval, &bval not all defined", procName, 1); if (sval == 0) { /* gray */ *prval = vval; *pgval = vval; *pbval = vval; } else { if (hval < 0 || hval > 240) return ERROR_INT("invalid hval", procName, 1); if (hval == 240) hval = 0; h = (l_float32)hval / 40.; i = (l_int32)h; f = h - i; s = (l_float32)sval / 255.; x = (l_int32)(vval * (1. - s) + 0.5); y = (l_int32)(vval * (1. - s * f) + 0.5); z = (l_int32)(vval * (1. - s * (1. - f)) + 0.5); switch (i) { case 0: *prval = vval; *pgval = z; *pbval = x; break; case 1: *prval = y; *pgval = vval; *pbval = x; break; case 2: *prval = x; *pgval = vval; *pbval = z; break; case 3: *prval = x; *pgval = y; *pbval = vval; break; case 4: *prval = z; *pgval = x; *pbval = vval; break; case 5: *prval = vval; *pgval = x; *pbval = y; break; default: /* none possible */ return 1; } } return 0; } /*! * pixcmapConvertRGBToHSV() * * Input: colormap * Return: 0 if OK; 1 on error * * Notes: * - in-place transform * - See convertRGBToHSV() for def'n of HSV space. * - replaces: r --> h, g --> s, b --> v */ l_int32 pixcmapConvertRGBToHSV(PIXCMAP *cmap) { l_int32 i, ncolors, rval, gval, bval, hval, sval, vval; PROCNAME("pixcmapConvertRGBToHSV"); if (!cmap) return ERROR_INT("cmap not defined", procName, 1); ncolors = pixcmapGetCount(cmap); for (i = 0; i < ncolors; i++) { pixcmapGetColor(cmap, i, &rval, &gval, &bval); convertRGBToHSV(rval, gval, bval, &hval, &sval, &vval); pixcmapResetColor(cmap, i, hval, sval, vval); } return 0; } /*! * pixcmapConvertHSVToRGB() * * Input: colormap * Return: 0 if OK; 1 on error * * Notes: * - in-place transform * - See convertRGBToHSV() for def'n of HSV space. * - replaces: h --> r, s --> g, v --> b */ l_int32 pixcmapConvertHSVToRGB(PIXCMAP *cmap) { l_int32 i, ncolors, rval, gval, bval, hval, sval, vval; PROCNAME("pixcmapConvertHSVToRGB"); if (!cmap) return ERROR_INT("cmap not defined", procName, 1); ncolors = pixcmapGetCount(cmap); for (i = 0; i < ncolors; i++) { pixcmapGetColor(cmap, i, &hval, &sval, &vval); convertHSVToRGB(hval, sval, vval, &rval, &gval, &bval); pixcmapResetColor(cmap, i, rval, gval, bval); } return 0; } /*! * pixConvertRGBToHue() * * Input: pixs (32 bpp RGB or 8 bpp with colormap) * Return: pixd (8 bpp hue of HSV), or null on error * * Notes: * (1) The conversion to HSV hue is in-lined here. * (2) If there is a colormap, it is removed. * (3) If you just want the hue component, this does it * at about 10 Mpixels/sec/GHz, which is about * 2x faster than using pixConvertRGBToHSV() */ PIX * pixConvertRGBToHue(PIX *pixs) { l_int32 w, h, d, wplt, wpld; l_int32 i, j, rval, gval, bval, hval, minrg, min, maxrg, max, delta; l_float32 fh; l_uint32 pixel; l_uint32 *linet, *lined, *datat, *datad; PIX *pixt, *pixd; PROCNAME("pixConvertRGBToHue"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 32 && !pixGetColormap(pixs)) return (PIX *)ERROR_PTR("not cmapped or rgb", procName, NULL); pixt = pixRemoveColormap(pixs, REMOVE_CMAP_TO_FULL_COLOR); /* Convert RGB image */ pixd = pixCreate(w, h, 8); pixCopyResolution(pixd, pixs); wplt = pixGetWpl(pixt); datat = pixGetData(pixt); wpld = pixGetWpl(pixd); datad = pixGetData(pixd); for (i = 0; i < h; i++) { linet = datat + i * wplt; lined = datad + i * wpld; for (j = 0; j < w; j++) { pixel = linet[j]; extractRGBValues(pixel, &rval, &gval, &bval); minrg = L_MIN(rval, gval); min = L_MIN(minrg, bval); maxrg = L_MAX(rval, gval); max = L_MAX(maxrg, bval); delta = max - min; if (delta == 0) { /* gray; no chroma */ hval = 0; } else { if (rval == max) /* between magenta and yellow */ fh = (l_float32)(gval - bval) / (l_float32)delta; else if (gval == max) /* between yellow and cyan */ fh = 2. + (l_float32)(bval - rval) / (l_float32)delta; else /* between cyan and magenta */ fh = 4. + (l_float32)(rval - gval) / (l_float32)delta; fh *= 40.0; if (fh < 0.0) fh += 240.0; hval = (l_int32)(fh + 0.5); } SET_DATA_BYTE(lined, j, hval); } } pixDestroy(&pixt); return pixd; } /*! * pixConvertRGBToSaturation() * * Input: pixs (32 bpp RGB or 8 bpp with colormap) * Return: pixd (8 bpp sat of HSV), or null on error * * Notes: * (1) The conversion to HSV sat is in-lined here. * (2) If there is a colormap, it is removed. * (3) If you just want the saturation component, this does it * at about 12 Mpixels/sec/GHz. */ PIX * pixConvertRGBToSaturation(PIX *pixs) { l_int32 w, h, d, wplt, wpld; l_int32 i, j, rval, gval, bval, sval, minrg, min, maxrg, max, delta; l_uint32 pixel; l_uint32 *linet, *lined, *datat, *datad; PIX *pixt, *pixd; PROCNAME("pixConvertRGBToSaturation"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 32 && !pixGetColormap(pixs)) return (PIX *)ERROR_PTR("not cmapped or rgb", procName, NULL); pixt = pixRemoveColormap(pixs, REMOVE_CMAP_TO_FULL_COLOR); /* Convert RGB image */ pixd = pixCreate(w, h, 8); pixCopyResolution(pixd, pixs); wplt = pixGetWpl(pixt); datat = pixGetData(pixt); wpld = pixGetWpl(pixd); datad = pixGetData(pixd); for (i = 0; i < h; i++) { linet = datat + i * wplt; lined = datad + i * wpld; for (j = 0; j < w; j++) { pixel = linet[j]; extractRGBValues(pixel, &rval, &gval, &bval); minrg = L_MIN(rval, gval); min = L_MIN(minrg, bval); maxrg = L_MAX(rval, gval); max = L_MAX(maxrg, bval); delta = max - min; if (delta == 0) /* gray; no chroma */ sval = 0; else sval = (l_int32)(255. * (l_float32)delta / (l_float32)max + 0.5); SET_DATA_BYTE(lined, j, sval); } } pixDestroy(&pixt); return pixd; } /*! * pixConvertRGBToValue() * * Input: pixs (32 bpp RGB or 8 bpp with colormap) * Return: pixd (8 bpp max component intensity of HSV), or null on error * * Notes: * (1) The conversion to HSV sat is in-lined here. * (2) If there is a colormap, it is removed. * (3) If you just want the value component, this does it * at about 35 Mpixels/sec/GHz. */ PIX * pixConvertRGBToValue(PIX *pixs) { l_int32 w, h, d, wplt, wpld; l_int32 i, j, rval, gval, bval, maxrg, max; l_uint32 pixel; l_uint32 *linet, *lined, *datat, *datad; PIX *pixt, *pixd; PROCNAME("pixConvertRGBToValue"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 32 && !pixGetColormap(pixs)) return (PIX *)ERROR_PTR("not cmapped or rgb", procName, NULL); pixt = pixRemoveColormap(pixs, REMOVE_CMAP_TO_FULL_COLOR); /* Convert RGB image */ pixd = pixCreate(w, h, 8); pixCopyResolution(pixd, pixs); wplt = pixGetWpl(pixt); datat = pixGetData(pixt); wpld = pixGetWpl(pixd); datad = pixGetData(pixd); for (i = 0; i < h; i++) { linet = datat + i * wplt; lined = datad + i * wpld; for (j = 0; j < w; j++) { pixel = linet[j]; extractRGBValues(pixel, &rval, &gval, &bval); maxrg = L_MAX(rval, gval); max = L_MAX(maxrg, bval); SET_DATA_BYTE(lined, j, max); } } pixDestroy(&pixt); return pixd; } /*---------------------------------------------------------------------------* * Selection and display of range of colors in HSV space * *---------------------------------------------------------------------------*/ /*! * pixMakeRangeMaskHS() * * Input: pixs (32 bpp rgb) * huecenter (center value of hue range) * huehw (half-width of hue range) * satcenter (center value of saturation range) * sathw (half-width of saturation range) * regionflag (L_INCLUDE_REGION, L_EXCLUDE_REGION) * Return: pixd (1 bpp mask over selected pixels), or null on error * * Notes: * (1) The pixels are selected based on the specified ranges of * hue and saturation. For selection or exclusion, the pixel * HS component values must be within both ranges. Care must * be taken in finding the hue range because of wrap-around. * (2) Use @regionflag == L_INCLUDE_REGION to take only those * pixels within the rectangular region specified in HS space. * Use @regionflag == L_EXCLUDE_REGION to take all pixels except * those within the rectangular region specified in HS space. */ PIX * pixMakeRangeMaskHS(PIX *pixs, l_int32 huecenter, l_int32 huehw, l_int32 satcenter, l_int32 sathw, l_int32 regionflag) { l_int32 i, j, w, h, wplt, wpld, hstart, hend, sstart, send, hval, sval; l_int32 *hlut, *slut; l_uint32 pixel; l_uint32 *datat, *datad, *linet, *lined; PIX *pixt, *pixd; PROCNAME("pixMakeRangeMaskHS"); if (!pixs || pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs undefined or not 32 bpp", procName, NULL); if (regionflag != L_INCLUDE_REGION && regionflag != L_EXCLUDE_REGION) return (PIX *)ERROR_PTR("invalid regionflag", procName, NULL); /* Set up LUTs for hue and saturation. These have the value 1 * within the specified intervals of hue and saturation. */ hlut = (l_int32 *)CALLOC(240, sizeof(l_int32)); slut = (l_int32 *)CALLOC(256, sizeof(l_int32)); sstart = L_MAX(0, satcenter - sathw); send = L_MIN(255, satcenter + sathw); for (i = sstart; i <= send; i++) slut[i] = 1; hstart = (huecenter - huehw + 240) % 240; hend = (huecenter + huehw + 240) % 240; if (hstart < hend) { for (i = hstart; i <= hend; i++) hlut[i] = 1; } else { /* wrap */ for (i = hstart; i < 240; i++) hlut[i] = 1; for (i = 0; i <= hend; i++) hlut[i] = 1; } /* Generate the mask */ pixt = pixConvertRGBToHSV(NULL, pixs); pixGetDimensions(pixs, &w, &h, NULL); pixd = pixCreateNoInit(w, h, 1); if (regionflag == L_INCLUDE_REGION) pixClearAll(pixd); else /* L_EXCLUDE_REGION */ pixSetAll(pixd); datat = pixGetData(pixt); datad = pixGetData(pixd); wplt = pixGetWpl(pixt); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { linet = datat + i * wplt; lined = datad + i * wpld; for (j = 0; j < w; j++) { pixel = linet[j]; hval = (pixel >> L_RED_SHIFT) & 0xff; sval = (pixel >> L_GREEN_SHIFT) & 0xff; if (hlut[hval] == 1 && slut[sval] == 1) { if (regionflag == L_INCLUDE_REGION) SET_DATA_BIT(lined, j); else /* L_EXCLUDE_REGION */ CLEAR_DATA_BIT(lined, j); } } } FREE(hlut); FREE(slut); pixDestroy(&pixt); return pixd; } /*! * pixMakeRangeMaskHV() * * Input: pixs (32 bpp rgb) * huecenter (center value of hue range) * huehw (half-width of hue range) * valcenter (center value of max intensity range) * valhw (half-width of max intensity range) * regionflag (L_INCLUDE_REGION, L_EXCLUDE_REGION) * Return: pixd (1 bpp mask over selected pixels), or null on error * * Notes: * (1) The pixels are selected based on the specified ranges of * hue and max intensity values. For selection or exclusion, * the pixel HV component values must be within both ranges. * Care must be taken in finding the hue range because of wrap-around. * (2) Use @regionflag == L_INCLUDE_REGION to take only those * pixels within the rectangular region specified in HV space. * Use @regionflag == L_EXCLUDE_REGION to take all pixels except * those within the rectangular region specified in HV space. */ PIX * pixMakeRangeMaskHV(PIX *pixs, l_int32 huecenter, l_int32 huehw, l_int32 valcenter, l_int32 valhw, l_int32 regionflag) { l_int32 i, j, w, h, wplt, wpld, hstart, hend, vstart, vend, hval, vval; l_int32 *hlut, *vlut; l_uint32 pixel; l_uint32 *datat, *datad, *linet, *lined; PIX *pixt, *pixd; PROCNAME("pixMakeRangeMaskHV"); if (!pixs || pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs undefined or not 32 bpp", procName, NULL); if (regionflag != L_INCLUDE_REGION && regionflag != L_EXCLUDE_REGION) return (PIX *)ERROR_PTR("invalid regionflag", procName, NULL); /* Set up LUTs for hue and maximum intensity (val). These have * the value 1 within the specified intervals of hue and value. */ hlut = (l_int32 *)CALLOC(240, sizeof(l_int32)); vlut = (l_int32 *)CALLOC(256, sizeof(l_int32)); vstart = L_MAX(0, valcenter - valhw); vend = L_MIN(255, valcenter + valhw); for (i = vstart; i <= vend; i++) vlut[i] = 1; hstart = (huecenter - huehw + 240) % 240; hend = (huecenter + huehw + 240) % 240; if (hstart < hend) { for (i = hstart; i <= hend; i++) hlut[i] = 1; } else { for (i = hstart; i < 240; i++) hlut[i] = 1; for (i = 0; i <= hend; i++) hlut[i] = 1; } /* Generate the mask */ pixt = pixConvertRGBToHSV(NULL, pixs); pixGetDimensions(pixs, &w, &h, NULL); pixd = pixCreateNoInit(w, h, 1); if (regionflag == L_INCLUDE_REGION) pixClearAll(pixd); else /* L_EXCLUDE_REGION */ pixSetAll(pixd); datat = pixGetData(pixt); datad = pixGetData(pixd); wplt = pixGetWpl(pixt); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { linet = datat + i * wplt; lined = datad + i * wpld; for (j = 0; j < w; j++) { pixel = linet[j]; hval = (pixel >> L_RED_SHIFT) & 0xff; vval = (pixel >> L_BLUE_SHIFT) & 0xff; if (hlut[hval] == 1 && vlut[vval] == 1) { if (regionflag == L_INCLUDE_REGION) SET_DATA_BIT(lined, j); else /* L_EXCLUDE_REGION */ CLEAR_DATA_BIT(lined, j); } } } FREE(hlut); FREE(vlut); pixDestroy(&pixt); return pixd; } /*! * pixMakeRangeMaskSV() * * Input: pixs (32 bpp rgb) * satcenter (center value of saturation range) * sathw (half-width of saturation range) * valcenter (center value of max intensity range) * valhw (half-width of max intensity range) * regionflag (L_INCLUDE_REGION, L_EXCLUDE_REGION) * Return: pixd (1 bpp mask over selected pixels), or null on error * * Notes: * (1) The pixels are selected based on the specified ranges of * saturation and max intensity (val). For selection or * exclusion, the pixel SV component values must be within both ranges. * (2) Use @regionflag == L_INCLUDE_REGION to take only those * pixels within the rectangular region specified in SV space. * Use @regionflag == L_EXCLUDE_REGION to take all pixels except * those within the rectangular region specified in SV space. */ PIX * pixMakeRangeMaskSV(PIX *pixs, l_int32 satcenter, l_int32 sathw, l_int32 valcenter, l_int32 valhw, l_int32 regionflag) { l_int32 i, j, w, h, wplt, wpld, sval, vval, sstart, send, vstart, vend; l_int32 *slut, *vlut; l_uint32 pixel; l_uint32 *datat, *datad, *linet, *lined; PIX *pixt, *pixd; PROCNAME("pixMakeRangeMaskSV"); if (!pixs || pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs undefined or not 32 bpp", procName, NULL); if (regionflag != L_INCLUDE_REGION && regionflag != L_EXCLUDE_REGION) return (PIX *)ERROR_PTR("invalid regionflag", procName, NULL); /* Set up LUTs for saturation and max intensity (val). * These have the value 1 within the specified intervals of * saturation and max intensity. */ slut = (l_int32 *)CALLOC(256, sizeof(l_int32)); vlut = (l_int32 *)CALLOC(256, sizeof(l_int32)); sstart = L_MAX(0, satcenter - sathw); send = L_MIN(255, satcenter + sathw); vstart = L_MAX(0, valcenter - valhw); vend = L_MIN(255, valcenter + valhw); for (i = sstart; i <= send; i++) slut[i] = 1; for (i = vstart; i <= vend; i++) vlut[i] = 1; /* Generate the mask */ pixt = pixConvertRGBToHSV(NULL, pixs); pixGetDimensions(pixs, &w, &h, NULL); pixd = pixCreateNoInit(w, h, 1); if (regionflag == L_INCLUDE_REGION) pixClearAll(pixd); else /* L_EXCLUDE_REGION */ pixSetAll(pixd); datat = pixGetData(pixt); datad = pixGetData(pixd); wplt = pixGetWpl(pixt); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { linet = datat + i * wplt; lined = datad + i * wpld; for (j = 0; j < w; j++) { pixel = linet[j]; sval = (pixel >> L_GREEN_SHIFT) & 0xff; vval = (pixel >> L_BLUE_SHIFT) & 0xff; if (slut[sval] == 1 && vlut[vval] == 1) { if (regionflag == L_INCLUDE_REGION) SET_DATA_BIT(lined, j); else /* L_EXCLUDE_REGION */ CLEAR_DATA_BIT(lined, j); } } } FREE(slut); FREE(vlut); pixDestroy(&pixt); return pixd; } /*! * pixMakeHistoHS() * * Input: pixs (HSV colorspace) * factor (subsampling factor; integer) * &nahue ( hue histogram) * &nasat ( saturation histogram) * Return: pixd (32 bpp histogram in hue and saturation), or null on error * * Notes: * (1) pixs is a 32 bpp image in HSV colorspace; hue is in the "red" * byte, saturation is in the "green" byte. * (2) In pixd, hue is displayed vertically; saturation horizontally. * The dimensions of pixd are w = 256, h = 240, and the depth * is 32 bpp. The value at each point is simply the number * of pixels found at that value of hue and saturation. */ PIX * pixMakeHistoHS(PIX *pixs, l_int32 factor, NUMA **pnahue, NUMA **pnasat) { l_int32 i, j, w, h, wplt, hval, sval, nd; l_uint32 pixel; l_uint32 *datat, *linet; void **lined32; NUMA *nahue, *nasat; PIX *pixt, *pixd; PROCNAME("pixMakeHistoHS"); if (pnahue) *pnahue = NULL; if (pnasat) *pnasat = NULL; if (!pixs || pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs undefined or not 32 bpp", procName, NULL); if (pnahue) { nahue = numaCreate(240); numaSetCount(nahue, 240); *pnahue = nahue; } if (pnasat) { nasat = numaCreate(256); numaSetCount(nasat, 256); *pnasat = nasat; } if (factor <= 1) pixt = pixClone(pixs); else pixt = pixScaleBySampling(pixs, 1.0 / (l_float32)factor, 1.0 / (l_float32)factor); /* Create the hue-saturation histogram */ pixd = pixCreate(256, 240, 32); lined32 = pixGetLinePtrs(pixd, NULL); pixGetDimensions(pixt, &w, &h, NULL); datat = pixGetData(pixt); wplt = pixGetWpl(pixt); for (i = 0; i < h; i++) { linet = datat + i * wplt; for (j = 0; j < w; j++) { pixel = linet[j]; hval = (pixel >> L_RED_SHIFT) & 0xff; #if DEBUG_HISTO if (hval > 239) { fprintf(stderr, "hval = %d for (%d,%d)\n", hval, i, j); continue; } #endif /* DEBUG_HISTO */ sval = (pixel >> L_GREEN_SHIFT) & 0xff; if (pnahue) numaShiftValue(nahue, hval, 1.0); if (pnasat) numaShiftValue(nasat, sval, 1.0); nd = GET_DATA_FOUR_BYTES(lined32[hval], sval); SET_DATA_FOUR_BYTES(lined32[hval], sval, nd + 1); } } FREE(lined32); pixDestroy(&pixt); return pixd; } /*! * pixMakeHistoHV() * * Input: pixs (HSV colorspace) * factor (subsampling factor; integer) * &nahue ( hue histogram) * &naval ( max intensity (value) histogram) * Return: pixd (32 bpp histogram in hue and value), or null on error * * Notes: * (1) pixs is a 32 bpp image in HSV colorspace; hue is in the "red" * byte, max intensity ("value") is in the "blue" byte. * (2) In pixd, hue is displayed vertically; intensity horizontally. * The dimensions of pixd are w = 256, h = 240, and the depth * is 32 bpp. The value at each point is simply the number * of pixels found at that value of hue and intensity. */ PIX * pixMakeHistoHV(PIX *pixs, l_int32 factor, NUMA **pnahue, NUMA **pnaval) { l_int32 i, j, w, h, wplt, hval, vval, nd; l_uint32 pixel; l_uint32 *datat, *linet; void **lined32; NUMA *nahue, *naval; PIX *pixt, *pixd; PROCNAME("pixMakeHistoHV"); if (pnahue) *pnahue = NULL; if (pnaval) *pnaval = NULL; if (!pixs || pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs undefined or not 32 bpp", procName, NULL); if (pnahue) { nahue = numaCreate(240); numaSetCount(nahue, 240); *pnahue = nahue; } if (pnaval) { naval = numaCreate(256); numaSetCount(naval, 256); *pnaval = naval; } if (factor <= 1) pixt = pixClone(pixs); else pixt = pixScaleBySampling(pixs, 1.0 / (l_float32)factor, 1.0 / (l_float32)factor); /* Create the hue-value histogram */ pixd = pixCreate(256, 240, 32); lined32 = pixGetLinePtrs(pixd, NULL); pixGetDimensions(pixt, &w, &h, NULL); datat = pixGetData(pixt); wplt = pixGetWpl(pixt); for (i = 0; i < h; i++) { linet = datat + i * wplt; for (j = 0; j < w; j++) { pixel = linet[j]; hval = (pixel >> L_RED_SHIFT) & 0xff; vval = (pixel >> L_BLUE_SHIFT) & 0xff; if (pnahue) numaShiftValue(nahue, hval, 1.0); if (pnaval) numaShiftValue(naval, vval, 1.0); nd = GET_DATA_FOUR_BYTES(lined32[hval], vval); SET_DATA_FOUR_BYTES(lined32[hval], vval, nd + 1); } } FREE(lined32); pixDestroy(&pixt); return pixd; } /*! * pixMakeHistoSV() * * Input: pixs (HSV colorspace) * factor (subsampling factor; integer) * &nasat ( sat histogram) * &naval ( max intensity (value) histogram) * Return: pixd (32 bpp histogram in sat and value), or null on error * * Notes: * (1) pixs is a 32 bpp image in HSV colorspace; sat is in the "green" * byte, max intensity ("value") is in the "blue" byte. * (2) In pixd, sat is displayed vertically; intensity horizontally. * The dimensions of pixd are w = 256, h = 256, and the depth * is 32 bpp. The value at each point is simply the number * of pixels found at that value of saturation and intensity. */ PIX * pixMakeHistoSV(PIX *pixs, l_int32 factor, NUMA **pnasat, NUMA **pnaval) { l_int32 i, j, w, h, wplt, sval, vval, nd; l_uint32 pixel; l_uint32 *datat, *linet; void **lined32; NUMA *nasat, *naval; PIX *pixt, *pixd; PROCNAME("pixMakeHistoSV"); if (pnasat) *pnasat = NULL; if (pnaval) *pnaval = NULL; if (!pixs || pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs undefined or not 32 bpp", procName, NULL); if (pnasat) { nasat = numaCreate(256); numaSetCount(nasat, 256); *pnasat = nasat; } if (pnaval) { naval = numaCreate(256); numaSetCount(naval, 256); *pnaval = naval; } if (factor <= 1) pixt = pixClone(pixs); else pixt = pixScaleBySampling(pixs, 1.0 / (l_float32)factor, 1.0 / (l_float32)factor); /* Create the hue-value histogram */ pixd = pixCreate(256, 256, 32); lined32 = pixGetLinePtrs(pixd, NULL); pixGetDimensions(pixt, &w, &h, NULL); datat = pixGetData(pixt); wplt = pixGetWpl(pixt); for (i = 0; i < h; i++) { linet = datat + i * wplt; for (j = 0; j < w; j++) { pixel = linet[j]; sval = (pixel >> L_GREEN_SHIFT) & 0xff; vval = (pixel >> L_BLUE_SHIFT) & 0xff; if (pnasat) numaShiftValue(nasat, sval, 1.0); if (pnaval) numaShiftValue(naval, vval, 1.0); nd = GET_DATA_FOUR_BYTES(lined32[sval], vval); SET_DATA_FOUR_BYTES(lined32[sval], vval, nd + 1); } } FREE(lined32); pixDestroy(&pixt); return pixd; } /*! * pixFindHistoPeaksHSV() * * Input: pixs (32 bpp; HS, HV or SV histogram; not changed) * type (L_HS_HISTO, L_HV_HISTO or L_SV_HISTO) * width (half width of sliding window) * height (half height of sliding window) * npeaks (number of peaks to look for) * erasefactor (ratio of erase window size to sliding window size) * &pta (locations of maximum for each integrated peak area) * &natot (integrated peak areas) * &pixa ( pixa for debugging; NULL to skip) * Return: 0 if OK, 1 on error * * Notes: * (1) pixs is a 32 bpp histogram in a pair of HSV colorspace. It * should be thought of as a single sample with 32 bps (bits/sample). * (2) After each peak is found, the peak is erased with a window * that is centered on the peak and scaled from the sliding * window by @erasefactor. Typically, @erasefactor is chosen * to be > 1.0. * (3) Data for a maximum of @npeaks is returned in @pta and @natot. * (4) For debugging, after the pixa is returned, display with: * pixd = pixaDisplayTiledInRows(pixa, 32, 1000, 1.0, 0, 30, 2); */ l_int32 pixFindHistoPeaksHSV(PIX *pixs, l_int32 type, l_int32 width, l_int32 height, l_int32 npeaks, l_float32 erasefactor, PTA **ppta, NUMA **pnatot, PIXA **ppixa) { l_int32 i, xmax, ymax, ewidth, eheight; l_uint32 maxval; BOX *box; NUMA *natot; PIX *pixh, *pixw, *pixt1, *pixt2, *pixt3; PTA *pta; PROCNAME("pixFindHistoPeaksHSV"); if (!pixs || pixGetDepth(pixs) != 32) return ERROR_INT("pixs undefined or not 32 bpp", procName, 1); if (!ppta || !pnatot) return ERROR_INT("&pta and &natot not both defined", procName, 1); if (type != L_HS_HISTO && type != L_HV_HISTO && type != L_SV_HISTO) return ERROR_INT("invalid HSV histo type", procName, 1); if ((pta = ptaCreate(npeaks)) == NULL) return ERROR_INT("pta not made", procName, 1); *ppta = pta; if ((natot = numaCreate(npeaks)) == NULL) return ERROR_INT("natot not made", procName, 1); *pnatot = natot; *ppta = pta; if (type == L_SV_HISTO) pixh = pixAddMirroredBorder(pixs, width + 1, width + 1, height + 1, height + 1); else /* type == L_HS_HISTO or type == L_HV_HISTO */ pixh = pixAddMixedBorder(pixs, width + 1, width + 1, height + 1, height + 1); /* Get the total count in the sliding window. If the window * fully covers the peak, this will be the integrated * volume under the peak. */ pixw = pixWindowedMean(pixh, width, height, 1, 0); pixDestroy(&pixh); /* Sequentially identify and erase peaks in the histogram. * If requested for debugging, save a pixa of the sequence of * false color histograms. */ if (ppixa) *ppixa = pixaCreate(0); for (i = 0; i < npeaks; i++) { pixGetMaxValueInRect(pixw, NULL, &maxval, &xmax, &ymax); if (maxval == 0) break; numaAddNumber(natot, maxval); ptaAddPt(pta, xmax, ymax); ewidth = (l_int32)(width * erasefactor); eheight = (l_int32)(height * erasefactor); box = boxCreate(xmax - ewidth, ymax - eheight, 2 * ewidth + 1, 2 * eheight + 1); if (ppixa) { pixt1 = pixMaxDynamicRange(pixw, L_LINEAR_SCALE); pixaAddPix(*ppixa, pixt1, L_INSERT); pixt2 = pixConvertGrayToFalseColor(pixt1, 1.0); pixaAddPix(*ppixa, pixt2, L_INSERT); pixt1 = pixMaxDynamicRange(pixw, L_LOG_SCALE); pixt2 = pixConvertGrayToFalseColor(pixt1, 1.0); pixaAddPix(*ppixa, pixt2, L_INSERT); pixt3 = pixConvertTo32(pixt1); pixRenderHashBoxArb(pixt3, box, 6, 2, L_NEG_SLOPE_LINE, 1, 255, 100, 100); pixaAddPix(*ppixa, pixt3, L_INSERT); pixDestroy(&pixt1); } pixClearInRect(pixw, box); boxDestroy(&box); if (type == L_HS_HISTO || type == L_HV_HISTO) { /* clear wraps at bottom and top */ if (ymax - eheight < 0) { /* overlap to bottom */ box = boxCreate(xmax - ewidth, 240 + ymax - eheight, 2 * ewidth + 1, eheight - ymax); } else if (ymax + eheight > 239) { /* overlap to top */ box = boxCreate(xmax - ewidth, 0, 2 * ewidth + 1, ymax + eheight - 239); } else { box = NULL; } if (box) { pixClearInRect(pixw, box); boxDestroy(&box); } } } pixDestroy(&pixw); return 0; } /*! * displayHSVColorRange() * * Input: hval (hue center value; in range [0 ... 240] * sval (saturation center value; in range [0 ... 255] * vval (max intensity value; in range [0 ... 255] * huehw (half-width of hue range; > 0) * sathw (half-width of saturation range; > 0) * nsamp (number of samplings in each half-width in hue and sat) * factor (linear size of each color square, in pixels; > 3) * Return: pixd (32 bpp set of color squares over input range), * or null on error * * Notes: * (1) The total number of color samplings in each of the hue * and saturation directions is 2 * nsamp + 1. */ PIX * displayHSVColorRange(l_int32 hval, l_int32 sval, l_int32 vval, l_int32 huehw, l_int32 sathw, l_int32 nsamp, l_int32 factor) { l_int32 i, j, w, huedelta, satdelta, hue, sat, rval, gval, bval; PIX *pixt, *pixd; PROCNAME("displayHSVColorRange"); if (hval < 0 || hval > 240) return (PIX *)ERROR_PTR("invalid hval", procName, NULL); if (huehw < 5 || huehw > 120) return (PIX *)ERROR_PTR("invalid huehw", procName, NULL); if (sval - sathw < 0 || sval + sathw > 255) return (PIX *)ERROR_PTR("invalid sval/sathw", procName, NULL); if (nsamp < 1 || factor < 3) return (PIX *)ERROR_PTR("invalid nsamp or rep. factor", procName, NULL); if (vval < 0 || vval > 255) return (PIX *)ERROR_PTR("invalid vval", procName, NULL); w = (2 * nsamp + 1); huedelta = (l_int32)((l_float32)huehw / (l_float32)nsamp); satdelta = (l_int32)((l_float32)sathw / (l_float32)nsamp); pixt = pixCreate(w, w, 32); for (i = 0; i < w; i++) { hue = hval + huedelta * (i - nsamp); if (hue < 0) hue += 240; if (hue >= 240) hue -= 240; for (j = 0; j < w; j++) { sat = sval + satdelta * (j - nsamp); convertHSVToRGB(hue, sat, vval, &rval, &gval, &bval); pixSetRGBPixel(pixt, j, i, rval, gval, bval); } } pixd = pixExpandReplicate(pixt, factor); pixDestroy(&pixt); return pixd; } /*---------------------------------------------------------------------------* * Colorspace conversion between RGB and YUV * *---------------------------------------------------------------------------*/ /*! * pixConvertRGBToYUV() * * Input: pixd (can be NULL; if not NULL, must == pixs) * pixs * Return: pixd always * * Notes: * (1) For pixs = pixd, this is in-place; otherwise pixd must be NULL. * (2) The Y, U and V values are stored in the same places as * the r, g and b values, respectively. Here, they are explicitly * placed in the 3 MS bytes in the pixel. * (3) Normalizing to 1 and considering the r,g,b components, * a simple way to understand the YUV space is: * - Y = weighted sum of (r,g,b) * - U = weighted difference between Y and B * - V = weighted difference between Y and R * (4) Following video conventions, Y, U and V are in the range: * Y: [16, 235] * U: [16, 240] * V: [16, 240] * (5) For the coefficients in the transform matrices, see eq. 4 in * "Frequently Asked Questions about Color" by Charles Poynton, * http://www.poynton.com/notes/colour_and_gamma/ColorFAQ.html */ PIX * pixConvertRGBToYUV(PIX *pixd, PIX *pixs) { l_int32 w, h, d, wpl, i, j, rval, gval, bval, yval, uval, vval; l_uint32 *line, *data; PIXCMAP *cmap; PROCNAME("pixConvertRGBToYUV"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixd && pixd != pixs) return (PIX *)ERROR_PTR("pixd defined and not inplace", procName, pixd); d = pixGetDepth(pixs); cmap = pixGetColormap(pixs); if (!cmap && d != 32) return (PIX *)ERROR_PTR("not cmapped or rgb", procName, pixd); if (!pixd) pixd = pixCopy(NULL, pixs); cmap = pixGetColormap(pixd); if (cmap) { /* just convert the colormap */ pixcmapConvertRGBToYUV(cmap); return pixd; } /* Convert RGB image */ pixGetDimensions(pixd, &w, &h, NULL); wpl = pixGetWpl(pixd); data = pixGetData(pixd); for (i = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < w; j++) { extractRGBValues(line[j], &rval, &gval, &bval); convertRGBToYUV(rval, gval, bval, &yval, &uval, &vval); line[j] = (yval << 24) | (uval << 16) | (vval << 8); } } return pixd; } /*! * pixConvertYUVToRGB() * * Input: pixd (can be NULL; if not NULL, must == pixs) * pixs * Return: pixd always * * Notes: * (1) For pixs = pixd, this is in-place; otherwise pixd must be NULL. * (2) The user takes responsibility for making sure that pixs is * in YUV space. * (3) The Y, U and V values are stored in the same places as * the r, g and b values, respectively. Here, they are explicitly * placed in the 3 MS bytes in the pixel. */ PIX * pixConvertYUVToRGB(PIX *pixd, PIX *pixs) { l_int32 w, h, d, wpl, i, j, rval, gval, bval, yval, uval, vval; l_uint32 pixel; l_uint32 *line, *data; PIXCMAP *cmap; PROCNAME("pixConvertYUVToRGB"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixd && pixd != pixs) return (PIX *)ERROR_PTR("pixd defined and not inplace", procName, pixd); d = pixGetDepth(pixs); cmap = pixGetColormap(pixs); if (!cmap && d != 32) return (PIX *)ERROR_PTR("not cmapped or hsv", procName, pixd); if (!pixd) pixd = pixCopy(NULL, pixs); cmap = pixGetColormap(pixd); if (cmap) { /* just convert the colormap */ pixcmapConvertYUVToRGB(cmap); return pixd; } /* Convert YUV image */ pixGetDimensions(pixd, &w, &h, NULL); wpl = pixGetWpl(pixd); data = pixGetData(pixd); for (i = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < w; j++) { pixel = line[j]; yval = pixel >> 24; uval = (pixel >> 16) & 0xff; vval = (pixel >> 8) & 0xff; convertYUVToRGB(yval, uval, vval, &rval, &gval, &bval); composeRGBPixel(rval, gval, bval, line + j); } } return pixd; } /*! * convertRGBToYUV() * * Input: rval, gval, bval (RGB input) * &yval, &uval, &vval ( YUV values) * Return: 0 if OK, 1 on error * * Notes: * (1) The range of returned values is: * Y [16 ... 235] * U [16 ... 240] * V [16 ... 240] */ l_int32 convertRGBToYUV(l_int32 rval, l_int32 gval, l_int32 bval, l_int32 *pyval, l_int32 *puval, l_int32 *pvval) { l_float32 norm; PROCNAME("convertRGBToYUV"); if (!pyval || !puval || !pvval) return ERROR_INT("&yval, &uval, &vval not all defined", procName, 1); norm = 1.0 / 256.; *pyval = (l_int32)(16.0 + norm * (65.738 * rval + 129.057 * gval + 25.064 * bval) + 0.5); *puval = (l_int32)(128.0 + norm * (-37.945 * rval -74.494 * gval + 112.439 * bval) + 0.5); *pvval = (l_int32)(128.0 + norm * (112.439 * rval - 94.154 * gval - 18.285 * bval) + 0.5); return 0; } /*! * convertYUVToRGB() * * Input: yval, uval, vval * &rval, &gval, &bval ( RGB values) * Return: 0 if OK, 1 on error * * Notes: * (1) The range of valid input values is: * Y [16 ... 235] * U [16 ... 240] * V [16 ... 240] * (2) Conversion of RGB --> YUV --> RGB leaves the image unchanged. * (3) The YUV gamut is larger than the RBG gamut; many YUV values * will result in an invalid RGB value. We clip individual * r,g,b components to the range [0, 255], and do not test input. */ l_int32 convertYUVToRGB(l_int32 yval, l_int32 uval, l_int32 vval, l_int32 *prval, l_int32 *pgval, l_int32 *pbval) { l_int32 rval, gval, bval; l_float32 norm, ym, um, vm; PROCNAME("convertYUVToRGB"); if (!prval || !pgval || !pbval) return ERROR_INT("&rval, &gval, &bval not all defined", procName, 1); norm = 1.0 / 256.; ym = yval - 16.0; um = uval - 128.0; vm = vval - 128.0; rval = (l_int32)(norm * (298.082 * ym + 408.583 * vm) + 0.5); gval = (l_int32)(norm * (298.082 * ym - 100.291 * um - 208.120 * vm) + 0.5); bval = (l_int32)(norm * (298.082 * ym + 516.411 * um) + 0.5); *prval = L_MIN(255, L_MAX(0, rval)); *pgval = L_MIN(255, L_MAX(0, gval)); *pbval = L_MIN(255, L_MAX(0, bval)); return 0; } /*! * pixcmapConvertRGBToYUV() * * Input: colormap * Return: 0 if OK; 1 on error * * Notes: * - in-place transform * - See convertRGBToYUV() for def'n of YUV space. * - replaces: r --> y, g --> u, b --> v */ l_int32 pixcmapConvertRGBToYUV(PIXCMAP *cmap) { l_int32 i, ncolors, rval, gval, bval, yval, uval, vval; PROCNAME("pixcmapConvertRGBToYUV"); if (!cmap) return ERROR_INT("cmap not defined", procName, 1); ncolors = pixcmapGetCount(cmap); for (i = 0; i < ncolors; i++) { pixcmapGetColor(cmap, i, &rval, &gval, &bval); convertRGBToYUV(rval, gval, bval, &yval, &uval, &vval); pixcmapResetColor(cmap, i, yval, uval, vval); } return 0; } /*! * pixcmapConvertYUVToRGB() * * Input: colormap * Return: 0 if OK; 1 on error * * Notes: * - in-place transform * - See convertRGBToYUV() for def'n of YUV space. * - replaces: y --> r, u --> g, v --> b */ l_int32 pixcmapConvertYUVToRGB(PIXCMAP *cmap) { l_int32 i, ncolors, rval, gval, bval, yval, uval, vval; PROCNAME("pixcmapConvertYUVToRGB"); if (!cmap) return ERROR_INT("cmap not defined", procName, 1); ncolors = pixcmapGetCount(cmap); for (i = 0; i < ncolors; i++) { pixcmapGetColor(cmap, i, &yval, &uval, &vval); convertYUVToRGB(yval, uval, vval, &rval, &gval, &bval); pixcmapResetColor(cmap, i, rval, gval, bval); } return 0; } leptonica-1.70/src/pdfio.c0000644000175000017500000036125012265645104013555 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pdfio.c * * |=============================================================| * | Important note | * |=============================================================| * | Some of these functions require libtiff, libjpeg, and libz | * | If you do not have these libraries, you must set | * | #define USE_PDFIO 0 | * | in environ.h. This will link pdfiostub.c | * |=============================================================| * * Set 1. These functions convert a set of image files * to a multi-page pdf file, with one image on each page. * All images are rendered at the same (input) resolution. * The images can be specified as being in a directory, or they * can be in an sarray. The output pdf can be either a file * or an array of bytes in memory. * * Set 2. These functions are a special case of set 1, where * no scaling or change in quality is requires. For jpeg and * jp2k images, the bytes in each jpeg file can be directly * incorporated into the output pdf, and the wrapping up of * multiple image files is very fast. For other image formats, * the image must be read and then the G4 or Flate (gzip) * encodings are generated. * * Set 3. These functions convert a set of images in memory * to a multi-page pdf, with one image on each page. The pdf * output can be either a file or an array of bytes in memory. * * Set 4. These functions implement a pdf output "device driver" * for wrapping (encoding) any number of images on a single page * in pdf. The input can be either an image file or a Pix; * the pdf output can be either a file or an array of bytes in memory. * * Set 5. These "segmented" functions take a set of image * files, along with optional segmentation information, and * generate a multi-page pdf file, where each page consists * in general of a mixed raster pdf of image and non-image regions. * The segmentation information for each page can be input as * either a mask over the image parts, or as a Boxa of those * regions. * * Set 6. These "segmented" functions convert an image and * an optional Boxa of image regions into a mixed raster pdf file * for the page. The input image can be either a file or a Pix. * * Set 7. These functions take a set of single-page pdf files * and concatenates them into a multi-page pdf. * The input can be a set of single page pdf files, or of * pdf 'strings' in memory. The output can be either a file or * an array of bytes in memory. * * The images in the pdf file can be rendered using a pdf viewer, * such as gv, evince, xpdf or acroread. * * Reference on the pdf file format: * http://www.adobe.com/devnet/pdf/pdf_reference_archive.html * * 1. Convert specified image files to pdf (one image file per page) * l_int32 convertFilesToPdf() * l_int32 saConvertFilesToPdf() * l_int32 saConvertFilesToPdfData() * l_int32 selectDefaultPdfEncoding() * * 2. Convert specified image files to pdf without scaling * l_int32 convertUnscaledFilesToPdf() * l_int32 saConvertUnscaledFilesToPdf() * l_int32 saConvertUnscaledFilesToPdfData() * l_int32 convertUnscaledToPdfData() * static L_COMP_DATA *l_generateJp2kData() * static l_int32 cidConvertToPdfData() * * 3. Convert multiple images to pdf (one image per page) * l_int32 pixaConvertToPdf() * l_int32 pixaConvertToPdfData() * * 4. Single page, multi-image converters * l_int32 convertToPdf() * l_int32 convertImageDataToPdf() * l_int32 convertToPdfData() * l_int32 convertImageDataToPdfData() * l_int32 pixConvertToPdf() * l_int32 pixConvertToPdfData() * l_int32 pixWriteStreamPdf() * * 5. Segmented multi-page, multi-image converter * l_int32 convertSegmentedFilesToPdf() * BOXAA *convertNumberedMasksToBoxaa() * * 6. Segmented single page, multi-image converters * l_int32 convertToPdfSegmented() * l_int32 pixConvertToPdfSegmented() * l_int32 convertToPdfDataSegmented() * l_int32 pixConvertToPdfDataSegmented() * * Helper functions for generating the output pdf string * static l_int32 l_generatePdf() * static void generateFixedStringsPdf() * static void generateMediaboxPdf() * static l_int32 generatePageStringPdf() * static l_int32 generateContentStringPdf() * static l_int32 generatePreXStringsPdf() * static l_int32 generateColormapStringsPdf() * static void generateTrailerPdf() * static l_int32 makeTrailerStringPdf() * static l_int32 generateOutputDataPdf() * * 7. Multi-page concatenation * l_int32 concatenatePdf() * l_int32 saConcatenatePdf() * l_int32 ptraConcatenatePdf() * l_int32 concatenatePdfToData() * l_int32 saConcatenatePdfToData() * l_int32 ptraConcatenatePdfToData() * * Helper functions for generating the multi-page pdf output * static l_int32 parseTrailerPdf() * static char *generatePagesObjStringPdf() * static L_BYTEA *substituteObjectNumbers() * * Create/destroy/access pdf data * static L_PDF_DATA *pdfdataCreate() * static void pdfdataDestroy() * static L_COMP_DATA *pdfdataGetCid() * * Set flags for special modes * void l_pdfSetG4ImageMask() * void l_pdfSetDateAndVersion() * * The top-level multi-image functions can be visualized as follows: * Output pdf data to file: * convertToPdf() and convertImageDataToPdf() * --> pixConvertToPdf() * --> pixConvertToPdfData() * * Output pdf data to array in memory: * convertToPdfData() and convertImageDataToPdfData() * --> pixConvertToPdfData() * * The top-level segmented image functions can be visualized as follows: * Output pdf data to file: * convertToPdfSegmented() * --> pixConvertToPdfSegmented() * --> pixConvertToPdfDataSegmented() * * Output pdf data to array in memory: * convertToPdfDataSegmented() * --> pixConvertToPdfDataSegmented() * * For multi-page concatenation, there are three different types of input * (1) directory and optional filename filter * (2) sarray of filenames * (3) ptra of byte arrays of pdf data * and two types of output for the concatenated pdf data * (1) filename * (2) data array and size * High-level interfaces are given for each of the six combinations. * * Note: When wrapping small images into pdf, it is useful to give * them a relatively low resolution value, to avoid rounding errors * when rendering the images. For example, if you want an image * of width w pixels to be 5 inches wide on a screen, choose a * resolution w/5. * * The very fast functions in section (2) require neither transcoding * nor parsing of the compressed jpeg file, because the pdf representation * of DCT-encoded images simply includes the entire jpeg-encoded data * as a byte array in the pdf file. This was a good choice on the part * of the pdf designers. They could have chosen to do the same with FLATE * encoding, by including the png file data as a byte array in the * pdf, but unfortunately they didn't. Whereas png compression * uses a two-dimensional predictor, flate compression simply * gzips the image data. So transcoding of png images is reguired; * to wrap them in flate encoding you must uncompress the image, * gzip the image data, recompress with gzip and generate a colormap * object if it exists. And the resulting one-dimensional compression * is worse than png. For CCITT-G4 compression, again, you can not simply * include a tiff G4 file -- you must either parse it and extract the * G4 compressed data within it, or uncompress to a raster and * compress again. */ #include #include #include "allheaders.h" /* --------------------------------------------*/ #if USE_PDFIO /* defined in environ.h */ /* --------------------------------------------*/ /* Typical scan resolution in ppi (pixels/inch) */ static const l_int32 DEFAULT_INPUT_RES = 300; /* Static helpers */ static L_COMP_DATA *l_generateJp2kData(const char *fname); static l_int32 cidConvertToPdfData(L_COMP_DATA *cid, const char *title, l_uint8 **pdata, size_t *pnbytes); static l_int32 l_generatePdf(l_uint8 **pdata, size_t *pnbytes, L_PDF_DATA *lpd); static void generateFixedStringsPdf(L_PDF_DATA *lpd); static void generateMediaboxPdf(L_PDF_DATA *lpd); static l_int32 generatePageStringPdf(L_PDF_DATA *lpd); static l_int32 generateContentStringPdf(L_PDF_DATA *lpd); static l_int32 generatePreXStringsPdf(L_PDF_DATA *lpd); static l_int32 generateColormapStringsPdf(L_PDF_DATA *lpd); static void generateTrailerPdf(L_PDF_DATA *lpd); static char *makeTrailerStringPdf(L_DNA *daloc); static l_int32 generateOutputDataPdf(l_uint8 **pdata, size_t *pnbytes, L_PDF_DATA *lpd); static l_int32 parseTrailerPdf(L_BYTEA *bas, L_DNA **pda); static char *generatePagesObjStringPdf(NUMA *napage); static L_BYTEA *substituteObjectNumbers(L_BYTEA *bas, NUMA *na_objs); static L_PDF_DATA *pdfdataCreate(const char *title); static void pdfdataDestroy(L_PDF_DATA **plpd); static L_COMP_DATA *pdfdataGetCid(L_PDF_DATA *lpd, l_int32 index); /* ---------------- Defaults for rendering options ----------------- */ /* Output G4 as writing through image mask; this is the default */ static l_int32 var_WRITE_G4_IMAGE_MASK = 1; /* Write date/time and lib version into pdf; this is the default */ static l_int32 var_WRITE_DATE_AND_VERSION = 1; #define L_SMALLBUF 256 #define L_BIGBUF 2048 /* must be able to hold hex colormap */ #ifndef NO_CONSOLE_IO #define DEBUG_MULTIPAGE 0 #endif /* ~NO_CONSOLE_IO */ /*---------------------------------------------------------------------* * Convert specified image files to pdf (one image file per page) * *---------------------------------------------------------------------*/ /*! * convertFilesToPdf() * * Input: directory name (containing images) * substr ( substring filter on filenames; can be NULL) * res (input resolution of all images) * scalefactor (scaling factor applied to each image; > 0.0) * type (encoding type (L_JPEG_ENCODE, L_G4_ENCODE, * L_FLATE_ENCODE, or 0 for default) * quality (used for JPEG only; 0 for default (75)) * title ( pdf title; if null, taken from the first * image filename) * fileout (pdf file of all images) * Return: 0 if OK, 1 on error * * Notes: * (1) If @substr is not NULL, only image filenames that contain * the substring can be used. If @substr == NULL, all files * in the directory are used. * (2) The files in the directory, after optional filtering by * the substring, are lexically sorted in increasing order * before concatenation. * (3) The scalefactor is applied to each image before encoding. * If you enter a value <= 0.0, it will be set to 1.0. * (4) Specifying one of the three encoding types for @type forces * all images to be compressed with that type. Use 0 to have * the type determined for each image based on depth and whether * or not it has a colormap. */ l_int32 convertFilesToPdf(const char *dirname, const char *substr, l_int32 res, l_float32 scalefactor, l_int32 type, l_int32 quality, const char *title, const char *fileout) { l_int32 ret; SARRAY *sa; PROCNAME("convertFilesToPdf"); if (!dirname) return ERROR_INT("dirname not defined", procName, 1); if (!fileout) return ERROR_INT("fileout not defined", procName, 1); if ((sa = getSortedPathnamesInDirectory(dirname, substr, 0, 0)) == NULL) return ERROR_INT("sa not made", procName, 1); ret = saConvertFilesToPdf(sa, res, scalefactor, type, quality, title, fileout); sarrayDestroy(&sa); return ret; } /*! * saConvertFilesToPdf() * * Input: sarray (of pathnames for images) * res (input resolution of all images) * scalefactor (scaling factor applied to each image; > 0.0) * type (encoding type (L_JPEG_ENCODE, L_G4_ENCODE, * L_FLATE_ENCODE, or 0 for default) * quality (used for JPEG only; 0 for default (75)) * title ( pdf title; if null, taken from the first * image filename) * fileout (pdf file of all images) * Return: 0 if OK, 1 on error * * Notes: * (1) See convertFilesToPdf(). */ l_int32 saConvertFilesToPdf(SARRAY *sa, l_int32 res, l_float32 scalefactor, l_int32 type, l_int32 quality, const char *title, const char *fileout) { l_uint8 *data; l_int32 ret; size_t nbytes; PROCNAME("saConvertFilesToPdf"); if (!sa) return ERROR_INT("sa not defined", procName, 1); ret = saConvertFilesToPdfData(sa, res, scalefactor, type, quality, title, &data, &nbytes); if (ret) { if (data) FREE(data); return ERROR_INT("pdf data not made", procName, 1); } ret = l_binaryWrite(fileout, "w", data, nbytes); FREE(data); if (ret) L_ERROR("pdf data not written to file\n", procName); return ret; } /*! * saConvertFilesToPdfData() * * Input: sarray (of pathnames for images) * res (input resolution of all images) * scalefactor (scaling factor applied to each image; > 0.0) * type (encoding type (L_JPEG_ENCODE, L_G4_ENCODE, * L_FLATE_ENCODE, or 0 for default) * quality (used for JPEG only; 0 for default (75)) * title ( pdf title; if null, taken from the first * image filename) * &data ( output pdf data (of all images) * &nbytes ( size of output pdf data) * Return: 0 if OK, 1 on error * * Notes: * (1) See convertFilesToPdf(). */ l_int32 saConvertFilesToPdfData(SARRAY *sa, l_int32 res, l_float32 scalefactor, l_int32 type, l_int32 quality, const char *title, l_uint8 **pdata, size_t *pnbytes) { char *fname; const char *pdftitle; l_uint8 *imdata; l_int32 i, n, ret, pagetype, npages, scaledres; size_t imbytes; L_BYTEA *ba; PIX *pixs, *pix; L_PTRA *pa_data; PROCNAME("saConvertFilesToPdfData"); if (!pdata) return ERROR_INT("&data not defined", procName, 1); *pdata = NULL; if (!pnbytes) return ERROR_INT("&nbytes not defined", procName, 1); *pnbytes = 0; if (!sa) return ERROR_INT("sa not defined", procName, 1); if (scalefactor <= 0.0) scalefactor = 1.0; if (type < 0 || type > L_FLATE_ENCODE) { L_WARNING("invalid compression type; using per-page default\n", procName); type = 0; } /* Generate all the encoded pdf strings */ n = sarrayGetCount(sa); pa_data = ptraCreate(n); pdftitle = NULL; for (i = 0; i < n; i++) { if (i && (i % 10 == 0)) fprintf(stderr, ".. %d ", i); fname = sarrayGetString(sa, i, L_NOCOPY); if ((pixs = pixRead(fname)) == NULL) { L_ERROR("image not readable from file %s\n", procName, fname); continue; } if (!pdftitle) pdftitle = (title) ? title : fname; if (scalefactor != 1.0) pix = pixScale(pixs, scalefactor, scalefactor); else pix = pixClone(pixs); scaledres = (l_int32)(res * scalefactor); if (type != 0) { pagetype = type; } else if (selectDefaultPdfEncoding(pix, &pagetype) != 0) { L_ERROR("encoding type selection failed for file %s\n", procName, fname); continue; } ret = pixConvertToPdfData(pix, pagetype, quality, &imdata, &imbytes, 0, 0, scaledres, pdftitle, NULL, 0); pixDestroy(&pix); pixDestroy(&pixs); if (ret) { L_ERROR("pdf encoding failed for %s\n", procName, fname); continue; } ba = l_byteaInitFromMem(imdata, imbytes); if (imdata) FREE(imdata); ptraAdd(pa_data, ba); } ptraGetActualCount(pa_data, &npages); if (npages == 0) { L_ERROR("no pdf files made\n", procName); ptraDestroy(&pa_data, FALSE, FALSE); return 1; } /* Concatenate them */ fprintf(stderr, "\nconcatenating ... "); ret = ptraConcatenatePdfToData(pa_data, NULL, pdata, pnbytes); fprintf(stderr, "done\n"); ptraGetActualCount(pa_data, &npages); /* recalculate in case it changes */ for (i = 0; i < npages; i++) { ba = (L_BYTEA *)ptraRemove(pa_data, i, L_NO_COMPACTION); l_byteaDestroy(&ba); } ptraDestroy(&pa_data, FALSE, FALSE); return ret; } /*! * selectDefaultPdfEncoding() * * Input: pix * &type ( L_G4_ENCODE, L_JPEG_ENCODE, L_FLATE_ENCODE) * * Notes: * (1) This attempts to choose an encoding for the pix that results * in the smallest file, assuming that if jpeg encoded, it will * use quality = 75. The decision is approximate, in that * (a) all colormapped images will be losslessly encoded with * gzip (flate), and (b) an image with less than about 20 colors * is likely to be smaller if flate encoded than if encoded * as a jpeg (dct). For example, an image made by pixScaleToGray3() * will have 10 colors, and flate encoding will give about * twice the compression as jpeg with quality = 75. */ l_int32 selectDefaultPdfEncoding(PIX *pix, l_int32 *ptype) { l_int32 w, h, d, factor, ncolors; PIXCMAP *cmap; PROCNAME("selectDefaultPdfEncoding"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (!ptype) return ERROR_INT("&type not defined", procName, 1); *ptype = L_FLATE_ENCODE; /* default universal encoding */ pixGetDimensions(pix, &w, &h, &d); cmap = pixGetColormap(pix); if (d == 8 && !cmap) { factor = L_MAX(1, (l_int32)sqrt((l_float64)(w * h) / 20000.)); pixNumColors(pix, factor, &ncolors); if (ncolors < 20) *ptype = L_FLATE_ENCODE; else *ptype = L_JPEG_ENCODE; } else if (d == 1) { *ptype = L_G4_ENCODE; } else if (cmap || d == 2 || d == 4) { *ptype = L_FLATE_ENCODE; } else if (d == 8 || d == 32) { *ptype = L_JPEG_ENCODE; } else { return ERROR_INT("type selection failure", procName, 1); } return 0; } /*---------------------------------------------------------------------* * Convert specified image files to pdf without scaling * *---------------------------------------------------------------------*/ /*! * convertUnscaledFilesToPdf() * * Input: directory name (containing images) * substr ( substring filter on filenames; can be NULL) * title ( pdf title; if null, taken from the first * image filename) * fileout (pdf file of all images) * Return: 0 if OK, 1 on error * * Notes: * (1) If @substr is not NULL, only image filenames that contain * the substring can be used. If @substr == NULL, all files * in the directory are used. * (2) The files in the directory, after optional filtering by * the substring, are lexically sorted in increasing order * before concatenation. * (3) For jpeg and jp2k, this is very fast because the compressed * data is wrapped up and concatenated. For png and tiffg4, * the images must be read and recompressed. */ l_int32 convertUnscaledFilesToPdf(const char *dirname, const char *substr, const char *title, const char *fileout) { l_int32 ret; SARRAY *sa; PROCNAME("convertUnscaledFilesToPdf"); if (!dirname) return ERROR_INT("dirname not defined", procName, 1); if (!fileout) return ERROR_INT("fileout not defined", procName, 1); if ((sa = getSortedPathnamesInDirectory(dirname, substr, 0, 0)) == NULL) return ERROR_INT("sa not made", procName, 1); ret = saConvertUnscaledFilesToPdf(sa, title, fileout); sarrayDestroy(&sa); return ret; } /*! * saConvertUnscaledFilesToPdf() * * Input: sarray (of pathnames for images) * title ( pdf title; if null, taken from the first * image filename) * fileout (pdf file of all images) * Return: 0 if OK, 1 on error * * Notes: * (1) See convertUnscaledFilesToPdf(). */ l_int32 saConvertUnscaledFilesToPdf(SARRAY *sa, const char *title, const char *fileout) { l_uint8 *data; l_int32 ret; size_t nbytes; PROCNAME("saConvertUnscaledFilesToPdf"); if (!sa) return ERROR_INT("sa not defined", procName, 1); ret = saConvertUnscaledFilesToPdfData(sa, title, &data, &nbytes); if (ret) { if (data) FREE(data); return ERROR_INT("pdf data not made", procName, 1); } ret = l_binaryWrite(fileout, "w", data, nbytes); FREE(data); if (ret) L_ERROR("pdf data not written to file\n", procName); return ret; } /*! * saConvertUnscaledFilesToPdfData() * * Input: sarray (of pathnames for images) * title ( pdf title; if null, taken from the first * image filename) * &data ( output pdf data (of all images) * &nbytes ( size of output pdf data) * Return: 0 if OK, 1 on error */ l_int32 saConvertUnscaledFilesToPdfData(SARRAY *sa, const char *title, l_uint8 **pdata, size_t *pnbytes) { char *fname; l_uint8 *imdata; l_int32 i, n, ret, npages; size_t imbytes; L_BYTEA *ba; L_PTRA *pa_data; PROCNAME("saConvertUnscaledFilesToPdfData"); if (!pdata) return ERROR_INT("&data not defined", procName, 1); *pdata = NULL; if (!pnbytes) return ERROR_INT("&nbytes not defined", procName, 1); *pnbytes = 0; if (!sa) return ERROR_INT("sa not defined", procName, 1); /* Generate all the encoded pdf strings */ n = sarrayGetCount(sa); pa_data = ptraCreate(n); for (i = 0; i < n; i++) { if (i && (i % 10 == 0)) fprintf(stderr, ".. %d ", i); fname = sarrayGetString(sa, i, L_NOCOPY); /* Generate the pdf data */ if (convertUnscaledToPdfData(fname, title, &imdata, &imbytes)) continue; /* ... and add it to the array of single page data */ ba = l_byteaInitFromMem(imdata, imbytes); if (imdata) FREE(imdata); ptraAdd(pa_data, ba); } ptraGetActualCount(pa_data, &npages); if (npages == 0) { L_ERROR("no pdf files made", procName); ptraDestroy(&pa_data, FALSE, FALSE); return 1; } /* Concatenate to generate a multipage pdf */ fprintf(stderr, "\nconcatenating ... "); ret = ptraConcatenatePdfToData(pa_data, NULL, pdata, pnbytes); fprintf(stderr, "done\n"); /* Clean up */ ptraGetActualCount(pa_data, &npages); /* maybe failed to read some files */ for (i = 0; i < npages; i++) { ba = (L_BYTEA *)ptraRemove(pa_data, i, L_NO_COMPACTION); l_byteaDestroy(&ba); } ptraDestroy(&pa_data, FALSE, FALSE); return ret; } /*! * convertUnscaledToPdfData() * * Input: fname (of image file) * title ( pdf title; can be NULL) * &data ( output pdf data for image) * &nbytes ( size of output pdf data) * Return: 0 if OK, 1 on error */ l_int32 convertUnscaledToPdfData(const char *fname, const char *title, l_uint8 **pdata, size_t *pnbytes) { const char *pdftitle = NULL; char *tail = NULL; l_int32 format; L_COMP_DATA *cid; PROCNAME("convertUnscaledToPdfData"); if (!pdata) return ERROR_INT("&data not defined", procName, 1); *pdata = NULL; if (!pnbytes) return ERROR_INT("&nbytes not defined", procName, 1); *pnbytes = 0; if (!fname) return ERROR_INT("fname not defined", procName, 1); findFileFormat(fname, &format); if (format == IFF_UNKNOWN) { L_WARNING("file %s format is unknown; skip\n", procName, fname); return 1; } if (format == IFF_PS || format == IFF_LPDF) { L_WARNING("file %s format is %d; skip\n", procName, fname, format); return 1; } /* Generate the image data required for pdf generation, always * in binary (not ascii85) coding. */ if (format == IFF_JFIF_JPEG) cid = l_generateJpegData(fname, 0); else if (format == IFF_JP2) cid = l_generateJp2kData(fname); else if (format == IFF_TIFF_G4) cid = l_generateG4Data(fname, 0); else /* format == IFF_PNG, etc */ cid = l_generateFlateData(fname, 0); if (!cid) { L_ERROR("file %s format is %d; unreadable\n", procName, fname, format); return 1; } /* If @title == NULL, use the tail of @fname. */ if (title) { pdftitle = title; } else { splitPathAtDirectory(fname, NULL, &tail); pdftitle = tail; } /* Generate the pdf string for this page (image). This destroys * the cid by attaching it to an lpd and destroying the lpd. */ cidConvertToPdfData(cid, pdftitle, pdata, pnbytes); FREE(tail); return 0; } /*! * l_generateJp2kData() * * Input: fname (of jp2k file) * Return: cid (containing jp2k data), or null on error * * Notes: * (1) This is only called after the file is verified to be jp2k. * (2) It is here and not in psio2.c because jp2k can't be wrapped * in PostScript. */ static L_COMP_DATA * l_generateJp2kData(const char *fname) { l_uint8 *data = NULL; l_int32 w, h, spp; size_t nbytes; L_COMP_DATA *cid; PROCNAME("l_generateJp2kData"); if (!fname) return (L_COMP_DATA *)ERROR_PTR("fname not defined", procName, NULL); if ((cid = (L_COMP_DATA *)CALLOC(1, sizeof(L_COMP_DATA))) == NULL) return (L_COMP_DATA *)ERROR_PTR("cid not made", procName, NULL); /* The returned jp2k data in memory is the entire jp2k file */ if ((cid->datacomp = l_binaryRead(fname, &nbytes)) == NULL) return (L_COMP_DATA *)ERROR_PTR("data not extracted", procName, NULL); readHeaderJp2k(fname, &w, &h, &spp); cid->type = L_JP2K_ENCODE; cid->nbytescomp = nbytes; cid->w = w; cid->h = h; cid->bps = 8; cid->spp = spp; cid->res = 0; /* don't know how to extract this */ return cid; } /*! * cidConvertToPdfData() * * Input: cid (compressed image data -- of jp2k image) * title ( pdf title; can be NULL) * &data ( output pdf data for image) * &nbytes ( size of output pdf data) * Return: 0 if OK, 1 on error * * Notes: * (1) Caller must not destroy the cid. It is absorbed in the * lpd and destroyed by this function. */ static l_int32 cidConvertToPdfData(L_COMP_DATA *cid, const char *title, l_uint8 **pdata, size_t *pnbytes) { l_int32 res, ret; l_float32 wpt, hpt; L_PDF_DATA *lpd = NULL; PROCNAME("cidConvertToPdfData"); if (!pdata || !pnbytes) return ERROR_INT("&data and &nbytes not both defined", procName, 1); *pdata = NULL; *pnbytes = 0; if (!cid) return ERROR_INT("cid not defined", procName, 1); /* Get media box parameters, in pts */ res = cid->res; if (res <= 0) res = DEFAULT_INPUT_RES; wpt = cid->w * 72. / res; hpt = cid->h * 72. / res; /* Set up the pdf data struct (lpd) */ if ((lpd = pdfdataCreate(title)) == NULL) return ERROR_INT("lpd not made", procName, 1); ptraAdd(lpd->cida, cid); lpd->n++; ptaAddPt(lpd->xy, 0, 0); /* xpt = ypt = 0 */ ptaAddPt(lpd->wh, wpt, hpt); /* Generate the pdf string and destroy the lpd */ ret = l_generatePdf(pdata, pnbytes, lpd); pdfdataDestroy(&lpd); if (ret) return ERROR_INT("pdf output not made", procName, 1); return 0; } /*---------------------------------------------------------------------* * Convert multiple images to pdf (one image per page) * *---------------------------------------------------------------------*/ /*! * pixaConvertToPdf() * * Input: pixa (containing images all at the same resolution) * res (override the resolution of each input image, in ppi; * use 0 to respect the resolution embedded in the input) * scalefactor (scaling factor applied to each image; > 0.0) * type (encoding type (L_JPEG_ENCODE, L_G4_ENCODE, * L_FLATE_ENCODE, or 0 for default) * quality (used for JPEG only; 0 for default (75)) * title ( pdf title; if null, taken from the first * image filename) * fileout (pdf file of all images) * Return: 0 if OK, 1 on error * * Notes: * (1) The images are encoded with G4 if 1 bpp; JPEG if 8 bpp without * colormap and many colors, or 32 bpp; FLATE for anything else. * (2) The scalefactor must be > 0.0; otherwise it is set to 1.0. * (3) Specifying one of the three encoding types for @type forces * all images to be compressed with that type. Use 0 to have * the type determined for each image based on depth and whether * or not it has a colormap. */ l_int32 pixaConvertToPdf(PIXA *pixa, l_int32 res, l_float32 scalefactor, l_int32 type, l_int32 quality, const char *title, const char *fileout) { l_uint8 *data; l_int32 ret; size_t nbytes; PROCNAME("pixaConvertToPdf"); if (!pixa) return ERROR_INT("pixa not defined", procName, 1); ret = pixaConvertToPdfData(pixa, res, scalefactor, type, quality, title, &data, &nbytes); if (ret) { FREE(data); return ERROR_INT("conversion to pdf failed", procName, 1); } ret = l_binaryWrite(fileout, "w", data, nbytes); FREE(data); if (ret) L_ERROR("pdf data not written to file\n", procName); return ret; } /*! * pixaConvertToPdfData() * * Input: pixa (containing images all at the same resolution) * res (input resolution of all images) * scalefactor (scaling factor applied to each image; > 0.0) * type (encoding type (L_JPEG_ENCODE, L_G4_ENCODE, * L_FLATE_ENCODE, or 0 for default) * quality (used for JPEG only; 0 for default (75)) * title ( pdf title) * &data ( output pdf data (of all images) * &nbytes ( size of output pdf data) * Return: 0 if OK, 1 on error * * Notes: * (1) See pixaConvertToPdf(). */ l_int32 pixaConvertToPdfData(PIXA *pixa, l_int32 res, l_float32 scalefactor, l_int32 type, l_int32 quality, const char *title, l_uint8 **pdata, size_t *pnbytes) { l_uint8 *imdata; l_int32 i, n, ret, scaledres, pagetype; size_t imbytes; L_BYTEA *ba; PIX *pixs, *pix; L_PTRA *pa_data; PROCNAME("pixaConvertToPdfData"); if (!pdata) return ERROR_INT("&data not defined", procName, 1); *pdata = NULL; if (!pnbytes) return ERROR_INT("&nbytes not defined", procName, 1); *pnbytes = 0; if (!pixa) return ERROR_INT("pixa not defined", procName, 1); if (scalefactor <= 0.0) scalefactor = 1.0; if (type < 0 || type > L_FLATE_ENCODE) { L_WARNING("invalid compression type; using per-page default\n", procName); type = 0; } /* Generate all the encoded pdf strings */ n = pixaGetCount(pixa); pa_data = ptraCreate(n); for (i = 0; i < n; i++) { if ((pixs = pixaGetPix(pixa, i, L_CLONE)) == NULL) { L_ERROR("pix[%d] not retrieved\n", procName, i); continue; } if (scalefactor != 1.0) pix = pixScale(pixs, scalefactor, scalefactor); else pix = pixClone(pixs); pixDestroy(&pixs); scaledres = (l_int32)(res * scalefactor); if (type != 0) { pagetype = type; } else if (selectDefaultPdfEncoding(pix, &pagetype) != 0) { L_ERROR("encoding type selection failed for pix[%d]\n", procName, i); pixDestroy(&pix); continue; } ret = pixConvertToPdfData(pix, pagetype, quality, &imdata, &imbytes, 0, 0, scaledres, title, NULL, 0); pixDestroy(&pix); if (ret) { L_ERROR("pdf encoding failed for pix[%d]\n", procName, i); continue; } ba = l_byteaInitFromMem(imdata, imbytes); if (imdata) FREE(imdata); ptraAdd(pa_data, ba); } ptraGetActualCount(pa_data, &n); if (n == 0) { L_ERROR("no pdf files made\n", procName); ptraDestroy(&pa_data, FALSE, FALSE); return 1; } /* Concatenate them */ ret = ptraConcatenatePdfToData(pa_data, NULL, pdata, pnbytes); ptraGetActualCount(pa_data, &n); /* recalculate in case it changes */ for (i = 0; i < n; i++) { ba = (L_BYTEA *)ptraRemove(pa_data, i, L_NO_COMPACTION); l_byteaDestroy(&ba); } ptraDestroy(&pa_data, FALSE, FALSE); return ret; } /*---------------------------------------------------------------------* * Single page, multi-image converters * *---------------------------------------------------------------------*/ /*! * convertToPdf() * * Input: filein (input image file -- any format) * type (L_G4_ENCODE, L_JPEG_ENCODE, L_FLATE_ENCODE) * quality (used for JPEG only; 0 for default (75)) * fileout (output pdf file; only required on last image on page) * x, y (location of lower-left corner of image, in pixels, * relative to the PostScript origin (0,0) at * the lower-left corner of the page) * res (override the resolution of the input image, in ppi; * use 0 to respect the resolution embedded in the input) * title ( pdf title; if null, taken from filein) * &lpd (ptr to lpd, which is created on the first invocation * and returned until last image is processed, at which * time it is destroyed) * position (in image sequence: L_FIRST_IMAGE, L_NEXT_IMAGE, * L_LAST_IMAGE) * Return: 0 if OK, 1 on error * * Notes: * (1) To wrap only one image in pdf, input @plpd = NULL, and * the value of @position will be ignored: * convertToPdf(... type, quality, x, y, res, NULL, 0); * (2) To wrap multiple images on a single pdf page, this is called * once for each successive image. Do it this way: * L_PDF_DATA *lpd; * convertToPdf(... type, quality, x, y, res, &lpd, L_FIRST_IMAGE); * convertToPdf(... type, quality, x, y, res, &lpd, L_NEXT_IMAGE); * ... * convertToPdf(... type, quality, x, y, res, &lpd, L_LAST_IMAGE); * This will write the result to the value of @fileout specified * in the first call; succeeding values of @fileout are ignored. * On the last call: the pdf data bytes are computed and written * to @fileout, lpd is destroyed internally, and the returned * value of lpd is null. So the client has nothing to clean up. * (3) (a) Set @res == 0 to respect the resolution embedded in the * image file. If no resolution is embedded, it will be set * to the default value. * (b) Set @res to some other value to override the file resolution. * (4) (a) If the input @res and the resolution of the output device * are equal, the image will be "displayed" at the same size * as the original. * (b) If the input @res is 72, the output device will render * the image at 1 pt/pixel. * (c) Some possible choices for the default input pix resolution are: * 72 ppi Render pix on any output device at one pt/pixel * 96 ppi Windows default for generated display images * 300 ppi Typical default for scanned images. * We choose 300, which is sensible for rendering page images. * However, images come from a variety of sources, and * some are explicitly created for viewing on a display. */ l_int32 convertToPdf(const char *filein, l_int32 type, l_int32 quality, const char *fileout, l_int32 x, l_int32 y, l_int32 res, const char *title, L_PDF_DATA **plpd, l_int32 position) { l_uint8 *data; l_int32 ret; size_t nbytes; PROCNAME("convertToPdf"); if (!filein) return ERROR_INT("filein not defined", procName, 1); if (!plpd || (position == L_LAST_IMAGE)) { if (!fileout) return ERROR_INT("fileout not defined", procName, 1); } if (type != L_G4_ENCODE && type != L_JPEG_ENCODE && type != L_FLATE_ENCODE) return ERROR_INT("invalid conversion type", procName, 1); if (convertToPdfData(filein, type, quality, &data, &nbytes, x, y, res, title, plpd, position)) return ERROR_INT("pdf data not made", procName, 1); if (!plpd || (position == L_LAST_IMAGE)) { ret = l_binaryWrite(fileout, "w", data, nbytes); FREE(data); if (ret) return ERROR_INT("pdf data not written to file", procName, 1); } return 0; } /*! * convertImageDataToPdf() * * Input: imdata (array of formatted image data; e.g., png, jpeg) * size (size of image data) * type (L_G4_ENCODE, L_JPEG_ENCODE, L_FLATE_ENCODE) * quality (used for JPEG only; 0 for default (75)) * fileout (output pdf file; only required on last image on page) * x, y (location of lower-left corner of image, in pixels, * relative to the PostScript origin (0,0) at * the lower-left corner of the page) * res (override the resolution of the input image, in ppi; * use 0 to respect the resolution embedded in the input) * title ( pdf title) * &lpd (ptr to lpd, which is created on the first invocation * and returned until last image is processed, at which * time it is destroyed) * position (in image sequence: L_FIRST_IMAGE, L_NEXT_IMAGE, * L_LAST_IMAGE) * Return: 0 if OK, 1 on error * * Notes: * (1) If @res == 0 and the input resolution field is 0, * this will use DEFAULT_INPUT_RES. * (2) See comments in convertToPdf(). */ l_int32 convertImageDataToPdf(l_uint8 *imdata, size_t size, l_int32 type, l_int32 quality, const char *fileout, l_int32 x, l_int32 y, l_int32 res, const char *title, L_PDF_DATA **plpd, l_int32 position) { l_int32 ret; PIX *pix; PROCNAME("convertImageDataToPdf"); if (!imdata) return ERROR_INT("image data not defined", procName, 1); if (type != L_G4_ENCODE && type != L_JPEG_ENCODE && type != L_FLATE_ENCODE) return ERROR_INT("invalid conversion type", procName, 1); if (!plpd || (position == L_LAST_IMAGE)) { if (!fileout) return ERROR_INT("fileout not defined", procName, 1); } if ((pix = pixReadMem(imdata, size)) == NULL) return ERROR_INT("pix not read", procName, 1); ret = pixConvertToPdf(pix, type, quality, fileout, x, y, res, title, plpd, position); pixDestroy(&pix); return ret; } /*! * convertToPdfData() * * Input: filein (input image file -- any format) * type (L_G4_ENCODE, L_JPEG_ENCODE, L_FLATE_ENCODE) * quality (used for JPEG only; 0 for default (75)) * &data ( pdf data in memory) * &nbytes ( number of bytes in pdf data) * x, y (location of lower-left corner of image, in pixels, * relative to the PostScript origin (0,0) at * the lower-left corner of the page) * res (override the resolution of the input image, in ppi; * use 0 to respect the resolution embedded in the input) * title ( pdf title; if null, use filein) * &lpd (ptr to lpd, which is created on the first invocation * and returned until last image is processed, at which * time it is destroyed) * position (in image sequence: L_FIRST_IMAGE, L_NEXT_IMAGE, * L_LAST_IMAGE) * Return: 0 if OK, 1 on error * * Notes: * (1) If @res == 0 and the input resolution field is 0, * this will use DEFAULT_INPUT_RES. * (2) See comments in convertToPdf(). */ l_int32 convertToPdfData(const char *filein, l_int32 type, l_int32 quality, l_uint8 **pdata, size_t *pnbytes, l_int32 x, l_int32 y, l_int32 res, const char *title, L_PDF_DATA **plpd, l_int32 position) { PIX *pix; PROCNAME("convertToPdfData"); if (!pdata) return ERROR_INT("&data not defined", procName, 1); *pdata = NULL; if (!pnbytes) return ERROR_INT("&nbytes not defined", procName, 1); *pnbytes = 0; if (!filein) return ERROR_INT("filein not defined", procName, 1); if (type != L_G4_ENCODE && type != L_JPEG_ENCODE && type != L_FLATE_ENCODE) return ERROR_INT("invalid conversion type", procName, 1); if ((pix = pixRead(filein)) == NULL) return ERROR_INT("pix not made", procName, 1); pixConvertToPdfData(pix, type, quality, pdata, pnbytes, x, y, res, (title) ? title : filein, plpd, position); pixDestroy(&pix); return 0; } /*! * convertImageDataToPdfData() * * Input: imdata (array of formatted image data; e.g., png, jpeg) * size (size of image data) * type (L_G4_ENCODE, L_JPEG_ENCODE, L_FLATE_ENCODE) * quality (used for JPEG only; 0 for default (75)) * &data ( pdf data in memory) * &nbytes ( number of bytes in pdf data) * x, y (location of lower-left corner of image, in pixels, * relative to the PostScript origin (0,0) at * the lower-left corner of the page) * res (override the resolution of the input image, in ppi; * use 0 to respect the resolution embedded in the input) * title ( pdf title) * &lpd (ptr to lpd, which is created on the first invocation * and returned until last image is processed, at which * time it is destroyed) * position (in image sequence: L_FIRST_IMAGE, L_NEXT_IMAGE, * L_LAST_IMAGE) * Return: 0 if OK, 1 on error * * Notes: * (1) If @res == 0 and the input resolution field is 0, * this will use DEFAULT_INPUT_RES. * (2) See comments in convertToPdf(). */ l_int32 convertImageDataToPdfData(l_uint8 *imdata, size_t size, l_int32 type, l_int32 quality, l_uint8 **pdata, size_t *pnbytes, l_int32 x, l_int32 y, l_int32 res, const char *title, L_PDF_DATA **plpd, l_int32 position) { l_int32 ret; PIX *pix; PROCNAME("convertImageDataToPdfData"); if (!pdata) return ERROR_INT("&data not defined", procName, 1); *pdata = NULL; if (!pnbytes) return ERROR_INT("&nbytes not defined", procName, 1); *pnbytes = 0; if (!imdata) return ERROR_INT("image data not defined", procName, 1); if (plpd) { /* part of multi-page invocation */ if (position == L_FIRST_IMAGE) *plpd = NULL; } if ((pix = pixReadMem(imdata, size)) == NULL) return ERROR_INT("pix not read", procName, 1); ret = pixConvertToPdfData(pix, type, quality, pdata, pnbytes, x, y, res, title, plpd, position); pixDestroy(&pix); return ret; } /*! * pixConvertToPdf() * * Input: pix * type (L_G4_ENCODE, L_JPEG_ENCODE, L_FLATE_ENCODE) * quality (used for JPEG only; 0 for default (75)) * fileout (output pdf file; only required on last image on page) * x, y (location of lower-left corner of image, in pixels, * relative to the PostScript origin (0,0) at * the lower-left corner of the page) * res (override the resolution of the input image, in ppi; * use 0 to respect the resolution embedded in the input) * title ( pdf title) * &lpd (ptr to lpd, which is created on the first invocation * and returned until last image is processed) * position (in image sequence: L_FIRST_IMAGE, L_NEXT_IMAGE, * L_LAST_IMAGE) * Return: 0 if OK, 1 on error * * Notes: * (1) If @res == 0 and the input resolution field is 0, * this will use DEFAULT_INPUT_RES. * (2) This only writes data to fileout if it is the last * image to be written on the page. * (3) See comments in convertToPdf(). */ l_int32 pixConvertToPdf(PIX *pix, l_int32 type, l_int32 quality, const char *fileout, l_int32 x, l_int32 y, l_int32 res, const char *title, L_PDF_DATA **plpd, l_int32 position) { l_uint8 *data; l_int32 ret; size_t nbytes; PROCNAME("pixConvertToPdf"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (type != L_G4_ENCODE && type != L_JPEG_ENCODE && type != L_FLATE_ENCODE) return ERROR_INT("invalid conversion type", procName, 1); if (!plpd || (position == L_LAST_IMAGE)) { if (!fileout) return ERROR_INT("fileout not defined", procName, 1); } if (pixConvertToPdfData(pix, type, quality, &data, &nbytes, x, y, res, title, plpd, position)) return ERROR_INT("pdf data not made", procName, 1); if (!plpd || (position == L_LAST_IMAGE)) { ret = l_binaryWrite(fileout, "w", data, nbytes); FREE(data); if (ret) return ERROR_INT("pdf data not written to file", procName, 1); } return 0; } /*! * pixConvertToPdfData() * * Input: pix (all depths; cmap OK) * type (L_G4_ENCODE, L_JPEG_ENCODE, L_FLATE_ENCODE) * quality (used for JPEG only; 0 for default (75)) * &data ( pdf array) * &nbytes ( number of bytes in pdf array) * x, y (location of lower-left corner of image, in pixels, * relative to the PostScript origin (0,0) at * the lower-left corner of the page) * res (override the resolution of the input image, in ppi; * use 0 to respect the resolution embedded in the input) * title ( pdf title) * &lpd (ptr to lpd, which is created on the first invocation * and returned until last image is processed) * position (in image sequence: L_FIRST_IMAGE, L_NEXT_IMAGE, * L_LAST_IMAGE) * Return: 0 if OK, 1 on error * * Notes: * (1) If @res == 0 and the input resolution field is 0, * this will use DEFAULT_INPUT_RES. * (2) This only writes @data if it is the last image to be * written on the page. * (3) See comments in convertToPdf(). */ l_int32 pixConvertToPdfData(PIX *pix, l_int32 type, l_int32 quality, l_uint8 **pdata, size_t *pnbytes, l_int32 x, l_int32 y, l_int32 res, const char *title, L_PDF_DATA **plpd, l_int32 position) { l_int32 pixres, w, h, ret; l_float32 xpt, ypt, wpt, hpt; L_COMP_DATA *cid = NULL; L_PDF_DATA *lpd = NULL; PROCNAME("pixConvertToPdfData"); if (!pdata) return ERROR_INT("&data not defined", procName, 1); *pdata = NULL; if (!pnbytes) return ERROR_INT("&nbytes not defined", procName, 1); *pnbytes = 0; if (!pix) return ERROR_INT("pix not defined", procName, 1); if (plpd) { /* part of multi-page invocation */ if (position == L_FIRST_IMAGE) *plpd = NULL; } /* Generate the compressed image data. It must NOT * be ascii85 encoded. */ pixGenerateCIData(pix, type, quality, 0, &cid); if (!cid) return ERROR_INT("cid not made", procName, 1); /* Get media box in pts. Guess the input image resolution * based on the input parameter @res, the resolution data in * the pix, and the size of the image. */ pixres = cid->res; w = cid->w; h = cid->h; if (res <= 0.0) { if (pixres > 0) res = pixres; else res = DEFAULT_INPUT_RES; } xpt = x * 72. / res; ypt = y * 72. / res; wpt = w * 72. / res; hpt = h * 72. / res; /* Set up lpd */ if (!plpd) { /* single image */ if ((lpd = pdfdataCreate(title)) == NULL) return ERROR_INT("lpd not made", procName, 1); } else if (position == L_FIRST_IMAGE) { /* first of multiple images */ if ((lpd = pdfdataCreate(title)) == NULL) return ERROR_INT("lpd not made", procName, 1); *plpd = lpd; } else { /* not the first of multiple images */ lpd = *plpd; } /* Add the data to the lpd */ ptraAdd(lpd->cida, cid); lpd->n++; ptaAddPt(lpd->xy, xpt, ypt); ptaAddPt(lpd->wh, wpt, hpt); /* If a single image or the last of multiple images, * generate the pdf and destroy the lpd */ if (!plpd || (position == L_LAST_IMAGE)) { ret = l_generatePdf(pdata, pnbytes, lpd); pdfdataDestroy(&lpd); if (plpd) *plpd = NULL; if (ret) return ERROR_INT("pdf output not made", procName, 1); } return 0; } /*! * pixWriteStreamPdf() * * Input: fp (stream opened for writing) * pix (all depths, cmap OK) * res (override the resolution of the input image, in ppi; * use 0 to respect the resolution embedded in the input) * title ( pdf title; taken from the first image * placed on a page; e.g., an input image filename) * Return: 0 if OK, 1 on error * * Notes: * (1) This is the simplest interface for writing a single image * with pdf encoding. It uses G4 encoding for 1 bpp, * JPEG encoding for 8 bpp (no cmap) and 32 bpp, and FLATE * encoding for everything else. */ l_int32 pixWriteStreamPdf(FILE *fp, PIX *pix, l_int32 res, const char *title) { l_uint8 *data; l_int32 ret, d, type; size_t nbytes; PIXCMAP *cmap; PROCNAME("pixWriteStreamPdf"); if (!fp) return ERROR_INT("stream not opened", procName, 1); if (!pix) return ERROR_INT("pix not defined", procName, 1); d = pixGetDepth(pix); cmap = pixGetColormap(pix); if (d == 1) type = L_G4_ENCODE; else if (cmap || d == 2 || d == 4 || d == 16) type = L_FLATE_ENCODE; else /* d == 8 (no cmap) or d == 32 */ type = L_JPEG_ENCODE; if (pixConvertToPdfData(pix, type, 75, &data, &nbytes, 0, 0, res, title, NULL, 0)) return ERROR_INT("pdf data not made", procName, 1); ret = fwrite(data, 1, nbytes, fp); FREE(data); if (ret) return ERROR_INT("pdf data not written to stream", procName, 1); return 0; } /*---------------------------------------------------------------------* * Segmented multi-page, multi-image converter * *---------------------------------------------------------------------*/ /*! * convertSegmentedFilesToPdf() * * Input: directory name (containing images) * substr ( substring filter on filenames; can be NULL) * res (input resolution of all images) * type (compression type for non-image regions; the * image regions are always compressed with L_JPEG_ENCODE) * thresh (used for converting gray --> 1 bpp with L_G4_ENCODE) * boxaa ( of image regions) * quality (used for JPEG only; 0 for default (75)) * scalefactor (scaling factor applied to each image region) * title ( pdf title; if null, taken from the first * image filename) * fileout (pdf file of all images) * Return: 0 if OK, 1 on error * * Notes: * (1) If @substr is not NULL, only image filenames that contain * the substring can be used. If @substr == NULL, all files * in the directory are used. * (2) The files in the directory, after optional filtering by * the substring, are lexically sorted in increasing order * before concatenation. * (3) The images are encoded with G4 if 1 bpp; JPEG if 8 bpp without * colormap and many colors, or 32 bpp; FLATE for anything else. * (4) The boxaa, if it exists, contains one boxa of "image regions" * for each image file. The boxa must be aligned with the * sorted set of images. * (5) The scalefactor is applied to each image region. It is * typically < 1.0, to save bytes in the final pdf, because * the resolution is often not critical in non-text regions. * (6) If the non-image regions have pixel depth > 1 and the encoding * type is G4, they are automatically scaled up by 2x and * thresholded. Otherwise, no scaling is performed on them. * (7) Note that this function can be used to generate multipage * G4 compressed pdf from any input, by using @boxaa == NULL * and @type == L_G4_ENCODE. */ l_int32 convertSegmentedFilesToPdf(const char *dirname, const char *substr, l_int32 res, l_int32 type, l_int32 thresh, BOXAA *baa, l_int32 quality, l_float32 scalefactor, const char *title, const char *fileout) { char *fname; l_uint8 *imdata, *data; l_int32 i, npages, nboxa, nboxes, ret; size_t imbytes, databytes; BOXA *boxa; L_BYTEA *ba; L_PTRA *pa_data; SARRAY *sa; PROCNAME("convertSegmentedFilesToPdf"); if (!dirname) return ERROR_INT("dirname not defined", procName, 1); if (!fileout) return ERROR_INT("fileout not defined", procName, 1); if ((sa = getNumberedPathnamesInDirectory(dirname, substr, 0, 0, 10000)) == NULL) return ERROR_INT("sa not made", procName, 1); npages = sarrayGetCount(sa); /* If necessary, extend the boxaa, which is page-aligned with * the image files, to be as large as the set of images. */ if (baa) { nboxa = boxaaGetCount(baa); if (nboxa < npages) { boxa = boxaCreate(1); boxaaExtendWithInit(baa, npages, boxa); boxaDestroy(&boxa); } } /* Generate and save all the encoded pdf strings */ pa_data = ptraCreate(npages); for (i = 0; i < npages; i++) { fname = sarrayGetString(sa, i, L_NOCOPY); if (!strcmp(fname, "")) continue; boxa = NULL; if (baa) { boxa = boxaaGetBoxa(baa, i, L_CLONE); nboxes = boxaGetCount(boxa); if (nboxes == 0) boxaDestroy(&boxa); } ret = convertToPdfDataSegmented(fname, res, type, thresh, boxa, quality, scalefactor, title, &imdata, &imbytes); boxaDestroy(&boxa); /* safe; in case nboxes > 0 */ if (ret) { L_ERROR("pdf encoding failed for %s\n", procName, fname); continue; } ba = l_byteaInitFromMem(imdata, imbytes); if (imdata) FREE(imdata); ptraAdd(pa_data, ba); } sarrayDestroy(&sa); ptraGetActualCount(pa_data, &npages); if (npages == 0) { L_ERROR("no pdf files made\n", procName); ptraDestroy(&pa_data, FALSE, FALSE); return 1; } /* Concatenate */ ret = ptraConcatenatePdfToData(pa_data, NULL, &data, &databytes); /* Clean up */ ptraGetActualCount(pa_data, &npages); /* recalculate in case it changes */ for (i = 0; i < npages; i++) { ba = (L_BYTEA *)ptraRemove(pa_data, i, L_NO_COMPACTION); l_byteaDestroy(&ba); } ptraDestroy(&pa_data, FALSE, FALSE); if (ret) { if (data) FREE(data); return ERROR_INT("pdf data not made", procName, 1); } ret = l_binaryWrite(fileout, "w", data, databytes); FREE(data); if (ret) L_ERROR("pdf data not written to file\n", procName); return ret; } /*! * convertNumberedMasksToBoxaa() * * Input: directory name (containing mask images) * substr ( substring filter on filenames; can be NULL) * numpre (number of characters in name before number) * numpost (number of characters in name after number, up * to a dot before an extension) * including an extension and the dot separator) * Return: boxaa of mask regions, or null on error * * Notes: * (1) This is conveniently used to generate the input boxaa * for convertSegmentedFilesToPdf(). It guarantees that the * boxa will be aligned with the page images, even if some * of the boxa are empty. */ BOXAA * convertNumberedMasksToBoxaa(const char *dirname, const char *substr, l_int32 numpre, l_int32 numpost) { char *fname; l_int32 i, n; BOXA *boxa; BOXAA *baa; PIX *pix; SARRAY *sa; PROCNAME("convertNumberedMasksToBoxaa"); if (!dirname) return (BOXAA *)ERROR_PTR("dirname not defined", procName, NULL); if ((sa = getNumberedPathnamesInDirectory(dirname, substr, numpre, numpost, 10000)) == NULL) return (BOXAA *)ERROR_PTR("sa not made", procName, NULL); /* Generate and save all the encoded pdf strings */ n = sarrayGetCount(sa); baa = boxaaCreate(n); boxa = boxaCreate(1); boxaaInitFull(baa, boxa); boxaDestroy(&boxa); for (i = 0; i < n; i++) { fname = sarrayGetString(sa, i, L_NOCOPY); if (!strcmp(fname, "")) continue; if ((pix = pixRead(fname)) == NULL) { L_WARNING("invalid image on page %d\n", procName, i); continue; } boxa = pixConnComp(pix, NULL, 8); boxaaReplaceBoxa(baa, i, boxa); pixDestroy(&pix); } sarrayDestroy(&sa); return baa; } /*---------------------------------------------------------------------* * Segmented single page, multi-image converters * *---------------------------------------------------------------------*/ /*! * convertToPdfSegmented() * * Input: filein (input image file -- any format) * res (input image resolution; typ. 300 ppi; use 0 for default) * type (compression type for non-image regions; the * image regions are always compressed with L_JPEG_ENCODE) * thresh (used for converting gray --> 1 bpp with L_G4_ENCODE) * boxa ( of image regions; can be null) * quality (used for jpeg image regions; 0 for default) * scalefactor (used for jpeg regions; must be <= 1.0) * title ( pdf title; typically taken from the * input file for the pix) * fileout (output pdf file) * Return: 0 if OK, 1 on error * * Notes: * (1) If there are no image regions, set @boxa == NULL; * @quality and @scalefactor are ignored. * (2) Typically, @scalefactor is < 1.0, because the image regions * can be rendered at a lower resolution (for better compression) * than the text regions. If @scalefactor == 0, we use 1.0. * If the input image is 1 bpp and scalefactor < 1.0, we * use scaleToGray() to downsample the image regions to gray * before compressing them. * (3) If the compression type for non-image regions is L_G4_ENCODE * and bpp > 1, the image is upscaled 2x and thresholded * to 1 bpp. That is the only situation where @thresh is used. * (4) The parameter @quality is only used for image regions. * If @type == L_JPEG_ENCODE, default jpeg quality (75) is * used for the non-image regions. * (5) Processing matrix for non-image regions. * * Input G4 JPEG FLATE * ----------|--------------------------------------------------- * 1 bpp | 1x, 1 bpp 1x flate, 1 bpp 1x, 1 bpp * | * cmap | 2x, 1 bpp 1x flate, cmap 1x, cmap * | * 2,4 bpp | 2x, 1 bpp 1x flate 1x, 2,4 bpp * no cmap | 2,4 bpp * | * 8,32 bpp | 2x, 1 bpp 1x (jpeg) 1x, 8,32 bpp * no cmap | 8,32 bpp * * Summary: * (a) if G4 is requested, G4 is used, with 2x upscaling * for all cases except 1 bpp. * (b) if JPEG is requested, use flate encoding for all cases * except 8 bpp without cmap and 32 bpp (rgb). * (c) if FLATE is requested, use flate with no transformation * of the raster data. * (6) Calling options/sequence for these functions: * file --> file (convertToPdfSegmented) * pix --> file (pixConvertToPdfSegmented) * pix --> data (pixConvertToPdfDataSegmented) * file --> data (convertToPdfDataSegmented) * pix --> data (pixConvertToPdfDataSegmented) */ l_int32 convertToPdfSegmented(const char *filein, l_int32 res, l_int32 type, l_int32 thresh, BOXA *boxa, l_int32 quality, l_float32 scalefactor, const char *title, const char *fileout) { l_int32 ret; PIX *pixs; PROCNAME("convertToPdfSegmented"); if (!filein) return ERROR_INT("filein not defined", procName, 1); if (!fileout) return ERROR_INT("fileout not defined", procName, 1); if (type != L_G4_ENCODE && type != L_JPEG_ENCODE && type != L_FLATE_ENCODE) return ERROR_INT("invalid conversion type", procName, 1); if (boxa && scalefactor > 1.0) { L_WARNING("setting scalefactor to 1.0\n", procName); scalefactor = 1.0; } if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pixs not made", procName, 1); ret = pixConvertToPdfSegmented(pixs, res, type, thresh, boxa, quality, scalefactor, (title) ? title : filein, fileout); pixDestroy(&pixs); return ret; } /*! * pixConvertToPdfSegmented() * * Input: pixs (any depth, cmap OK) * res (input image resolution; typ. 300 ppi; use 0 for default) * type (compression type for non-image regions; the * image regions are always compressed with L_JPEG_ENCODE) * thresh (used for converting gray --> 1 bpp with L_G4_ENCODE) * boxa ( of image regions; can be null) * quality (used for jpeg image regions; 0 for default) * scalefactor (used for jpeg regions; must be <= 1.0) * title ( pdf title; typically taken from the * input file for the pix) * fileout (output pdf file) * Return: 0 if OK, 1 on error * * Notes: * (1) See convertToPdfSegmented() for details. */ l_int32 pixConvertToPdfSegmented(PIX *pixs, l_int32 res, l_int32 type, l_int32 thresh, BOXA *boxa, l_int32 quality, l_float32 scalefactor, const char *title, const char *fileout) { l_uint8 *data; l_int32 ret; size_t nbytes; PROCNAME("pixConvertToPdfSegmented"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!fileout) return ERROR_INT("fileout not defined", procName, 1); if (type != L_G4_ENCODE && type != L_JPEG_ENCODE && type != L_FLATE_ENCODE) return ERROR_INT("invalid conversion type", procName, 1); if (boxa && scalefactor > 1.0) { L_WARNING("setting scalefactor to 1.0\n", procName); scalefactor = 1.0; } ret = pixConvertToPdfDataSegmented(pixs, res, type, thresh, boxa, quality, scalefactor, title, &data, &nbytes); if (ret) return ERROR_INT("pdf generation failure", procName, 1); ret = l_binaryWrite(fileout, "w", data, nbytes); if (data) FREE(data); return ret; } /*! * convertToPdfDataSegmented() * * Input: filein (input image file -- any format) * res (input image resolution; typ. 300 ppi; use 0 for default) * type (compression type for non-image regions; the * image regions are always compressed with L_JPEG_ENCODE) * thresh (used for converting gray --> 1 bpp with L_G4_ENCODE) * boxa ( image regions; can be null) * quality (used for jpeg image regions; 0 for default) * scalefactor (used for jpeg regions; must be <= 1.0) * title ( pdf title; if null, uses filein) * &data ( pdf data in memory) * &nbytes ( number of bytes in pdf data) * Return: 0 if OK, 1 on error * * Notes: * (1) If there are no image regions, set @boxa == NULL; * @quality and @scalefactor are ignored. * (2) Typically, @scalefactor is < 1.0. The image regions are */ l_int32 convertToPdfDataSegmented(const char *filein, l_int32 res, l_int32 type, l_int32 thresh, BOXA *boxa, l_int32 quality, l_float32 scalefactor, const char *title, l_uint8 **pdata, size_t *pnbytes) { l_int32 ret; PIX *pixs; PROCNAME("convertToPdfDataSegmented"); if (!pdata) return ERROR_INT("&data not defined", procName, 1); *pdata = NULL; if (!pnbytes) return ERROR_INT("&nbytes not defined", procName, 1); *pnbytes = 0; if (!filein) return ERROR_INT("filein not defined", procName, 1); if (type != L_G4_ENCODE && type != L_JPEG_ENCODE && type != L_FLATE_ENCODE) return ERROR_INT("invalid conversion type", procName, 1); if (boxa && scalefactor > 1.0) { L_WARNING("setting scalefactor to 1.0\n", procName); scalefactor = 1.0; } if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("pixs not made", procName, 1); ret = pixConvertToPdfDataSegmented(pixs, res, type, thresh, boxa, quality, scalefactor, (title) ? title : filein, pdata, pnbytes); pixDestroy(&pixs); return ret; } /*! * pixConvertToPdfDataSegmented() * * Input: pixs (any depth, cmap OK) * res (input image resolution; typ. 300 ppi; use 0 for default) * type (compression type for non-image regions; the * image regions are always compressed with L_JPEG_ENCODE) * thresh (used for converting gray --> 1 bpp with L_G4_ENCODE) * boxa ( of image regions; can be null) * quality (used for jpeg image regions; 0 for default) * scalefactor (used for jpeg regions; must be <= 1.0) * title ( pdf title; typically taken from the * input file for the pix) * &data ( pdf data in memory) * &nbytes ( number of bytes in pdf data) * Return: 0 if OK, 1 on error * * Notes: * (1) See convertToPdfSegmented() for details. */ l_int32 pixConvertToPdfDataSegmented(PIX *pixs, l_int32 res, l_int32 type, l_int32 thresh, BOXA *boxa, l_int32 quality, l_float32 scalefactor, const char *title, l_uint8 **pdata, size_t *pnbytes) { l_int32 i, nbox, seq, bx, by, bw, bh, upscale; l_float32 scale; BOX *box, *boxc, *box2; PIX *pix, *pixt1, *pixt2, *pixt3, *pixt4, *pixt5, *pixt6; PIXCMAP *cmap; L_PDF_DATA *lpd; PROCNAME("pixConvertToPdfDataSegmented"); if (!pdata) return ERROR_INT("&data not defined", procName, 1); *pdata = NULL; if (!pnbytes) return ERROR_INT("&nbytes not defined", procName, 1); *pnbytes = 0; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (type != L_G4_ENCODE && type != L_JPEG_ENCODE && type != L_FLATE_ENCODE) return ERROR_INT("invalid conversion type", procName, 1); if (boxa && (scalefactor <= 0.0 || scalefactor > 1.0)) { L_WARNING("setting scalefactor to 1.0\n", procName); scalefactor = 1.0; } /* Adjust scalefactor so that the product with res gives an integer */ if (res <= 0) res = DEFAULT_INPUT_RES; scale = (l_float32)((l_int32)(scalefactor * res + 0.5)) / (l_float32)res; cmap = pixGetColormap(pixs); /* Simple case: single image to be encoded */ if (!boxa || boxaGetCount(boxa) == 0) { if (pixGetDepth(pixs) > 1 && type == L_G4_ENCODE) { if (cmap) pixt1 = pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); else pixt1 = pixConvertTo8(pixs, FALSE); pixt2 = pixScaleGray2xLIThresh(pixt1, thresh); pixConvertToPdfData(pixt2, type, quality, pdata, pnbytes, 0, 0, 2 * res, title, NULL, 0); pixDestroy(&pixt1); pixDestroy(&pixt2); } else { pixConvertToPdfData(pixs, type, quality, pdata, pnbytes, 0, 0, res, title, NULL, 0); } return 0; } /* Multiple images to be encoded. If @type == L_G4_ENCODE, * jpeg encode a version of pixs that is blanked in the non-image * regions, and paint the scaled non-image part onto it through a mask. * Otherwise, we must put the non-image part down first and * then render all the image regions separately on top of it, * at their own resolution. */ pixt1 = pixSetBlackOrWhiteBoxa(pixs, boxa, L_SET_WHITE); /* non-image */ nbox = boxaGetCount(boxa); if (type == L_G4_ENCODE) { pixt2 = pixCreateTemplate(pixs); /* only image regions */ pixSetBlackOrWhite(pixt2, L_SET_WHITE); for (i = 0; i < nbox; i++) { box = boxaGetBox(boxa, i, L_CLONE); pix = pixClipRectangle(pixs, box, &boxc); boxGetGeometry(boxc, &bx, &by, &bw, &bh); pixRasterop(pixt2, bx, by, bw, bh, PIX_SRC, pix, 0, 0); pixDestroy(&pix); boxDestroy(&box); boxDestroy(&boxc); } pixt3 = pixRemoveColormap(pixt2, REMOVE_CMAP_BASED_ON_SRC); if (pixGetDepth(pixt3) == 1) pixt4 = pixScaleToGray(pixt3, scale); else pixt4 = pixScale(pixt3, scale, scale); pixConvertToPdfData(pixt4, L_JPEG_ENCODE, quality, pdata, pnbytes, 0, 0, (l_int32)(scale * res), title, &lpd, L_FIRST_IMAGE); if (pixGetDepth(pixt1) == 1) { pixt5 = pixClone(pixt1); upscale = 1; } else { pixt6 = pixConvertTo8(pixt1, 0); pixt5 = pixScaleGray2xLIThresh(pixt6, thresh); pixDestroy(&pixt6); upscale = 2; } pixConvertToPdfData(pixt5, L_G4_ENCODE, quality, pdata, pnbytes, 0, 0, upscale * res, title, &lpd, L_LAST_IMAGE); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); pixDestroy(&pixt5); } else { /* Put the non-image part down first. This is the full size of the page, so we can use it to find the page height in pixels, which is required for determining the LL corner of the image relative to the LL corner of the page. */ pixConvertToPdfData(pixt1, type, quality, pdata, pnbytes, 0, 0, res, title, &lpd, L_FIRST_IMAGE); for (i = 0; i < nbox; i++) { box = boxaGetBox(boxa, i, L_CLONE); pixt2 = pixClipRectangle(pixs, box, &boxc); pixt3 = pixRemoveColormap(pixt2, REMOVE_CMAP_BASED_ON_SRC); if (pixGetDepth(pixt3) == 1) pixt4 = pixScaleToGray(pixt3, scale); else pixt4 = pixScale(pixt3, scale, scale); box2 = boxTransform(boxc, 0, 0, scale, scale); boxGetGeometry(box2, &bx, &by, NULL, &bh); seq = (i == nbox - 1) ? L_LAST_IMAGE : L_NEXT_IMAGE; pixConvertToPdfData(pixt4, L_JPEG_ENCODE, quality, pdata, pnbytes, bx, by, (l_int32)(scale * res), title, &lpd, seq); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); boxDestroy(&box); boxDestroy(&boxc); boxDestroy(&box2); } } pixDestroy(&pixt1); return 0; } /*---------------------------------------------------------------------* * Helper functions for generating the output pdf string * *---------------------------------------------------------------------*/ /*! * l_generatePdf() * * Input: &data ( pdf array) * &nbytes ( number of bytes in pdf array) * lpd (all the required input image data) * Return: 0 if OK, 1 on error * * Notes: * (1) On error, no data is returned. * (2) The objects are: * 1: Catalog * 2: Info * 3: Pages * 4: Page * 5: Contents (rendering command) * 6 to 6+n-1: n XObjects * 6+n to 6+n+m-1: m colormaps */ static l_int32 l_generatePdf(l_uint8 **pdata, size_t *pnbytes, L_PDF_DATA *lpd) { PROCNAME("l_generatePdf"); if (!pdata) return ERROR_INT("&data not defined", procName, 1); *pdata = NULL; if (!pnbytes) return ERROR_INT("&nbytes not defined", procName, 1); *pnbytes = 0; if (!lpd) return ERROR_INT("lpd not defined", procName, 1); generateFixedStringsPdf(lpd); generateMediaboxPdf(lpd); generatePageStringPdf(lpd); generateContentStringPdf(lpd); generatePreXStringsPdf(lpd); generateColormapStringsPdf(lpd); generateTrailerPdf(lpd); return generateOutputDataPdf(pdata, pnbytes, lpd); } static void generateFixedStringsPdf(L_PDF_DATA *lpd) { char buf[L_SMALLBUF]; char *version, *datestr; SARRAY *sa; /* Accumulate data for the header and objects 1-3 */ lpd->id = stringNew("%PDF-1.5\n"); l_dnaAddNumber(lpd->objsize, strlen(lpd->id)); lpd->obj1 = stringNew("1 0 obj\n" "<<\n" "/Type /Catalog\n" "/Pages 3 0 R\n" ">>\n" "endobj\n"); l_dnaAddNumber(lpd->objsize, strlen(lpd->obj1)); sa = sarrayCreate(0); sarrayAddString(sa, (char *)"2 0 obj\n" "<<\n", L_COPY); if (var_WRITE_DATE_AND_VERSION) { datestr = l_getFormattedDate(); snprintf(buf, sizeof(buf), "/CreationDate (D:%s)\n", datestr); sarrayAddString(sa, (char *)buf, L_COPY); FREE(datestr); version = getLeptonicaVersion(); snprintf(buf, sizeof(buf), "/Producer (leptonica: %s)\n", version); FREE(version); } else { snprintf(buf, sizeof(buf), "/Producer (leptonica)\n"); } sarrayAddString(sa, (char *)buf, L_COPY); if (lpd->title) { snprintf(buf, sizeof(buf), "/Title (%s)\n", lpd->title); sarrayAddString(sa, (char *)buf, L_COPY); } sarrayAddString(sa, (char *)">>\n" "endobj\n", L_COPY); lpd->obj2 = sarrayToString(sa, 0); l_dnaAddNumber(lpd->objsize, strlen(lpd->obj2)); sarrayDestroy(&sa); lpd->obj3 = stringNew("3 0 obj\n" "<<\n" "/Type /Pages\n" "/Kids [ 4 0 R ]\n" "/Count 1\n" ">>\n"); l_dnaAddNumber(lpd->objsize, strlen(lpd->obj3)); /* Do the post-datastream string */ lpd->poststream = stringNew("\n" "endstream\n" "endobj\n"); return; } static void generateMediaboxPdf(L_PDF_DATA *lpd) { l_int32 i; l_float32 xpt, ypt, wpt, hpt, maxx, maxy; /* First get the full extent of all the images. * This is the mediabox, in pts. */ maxx = maxy = 0; for (i = 0; i < lpd->n; i++) { ptaGetPt(lpd->xy, i, &xpt, &ypt); ptaGetPt(lpd->wh, i, &wpt, &hpt); maxx = L_MAX(maxx, xpt + wpt); maxy = L_MAX(maxy, ypt + hpt); } lpd->mediabox = boxCreate(0, 0, (l_int32)(maxx + 0.5), (l_int32)(maxy + 0.5)); /* ypt is in standard image coordinates: the location of * the UL image corner with respect to the UL media box corner. * Rewrite each ypt for PostScript coordinates: the location of * the LL image corner with respect to the LL media box corner. */ for (i = 0; i < lpd->n; i++) { ptaGetPt(lpd->xy, i, &xpt, &ypt); ptaGetPt(lpd->wh, i, &wpt, &hpt); ptaSetPt(lpd->xy, i, xpt, maxy - ypt - hpt); } return; } static l_int32 generatePageStringPdf(L_PDF_DATA *lpd) { char *buf; char *xstr; l_int32 bufsize, i, wpt, hpt; SARRAY *sa; PROCNAME("generatePageStringPdf"); /* Allocate 1000 bytes for the boilerplate text, and * 50 bytes for each reference to an image in the * ProcSet array. */ bufsize = 1000 + 50 * lpd->n; if ((buf = (char *)CALLOC(bufsize, sizeof(char))) == NULL) return ERROR_INT("calloc fail for buf", procName, 1); boxGetGeometry(lpd->mediabox, NULL, NULL, &wpt, &hpt); sa = sarrayCreate(lpd->n); for (i = 0; i < lpd->n; i++) { snprintf(buf, bufsize, "/Im%d %d 0 R ", i + 1, 6 + i); sarrayAddString(sa, buf, L_COPY); } if ((xstr = sarrayToString(sa, 0)) == NULL) return ERROR_INT("xstr not found", procName, 1); sarrayDestroy(&sa); snprintf(buf, bufsize, "4 0 obj\n" "<<\n" "/Type /Page\n" "/Parent 3 0 R\n" "/MediaBox [%d %d %d %d]\n" "/Contents 5 0 R\n" "/Resources\n" "<<\n" "/XObject << %s >>\n" "/ProcSet [ /ImageB /ImageI /ImageC ]\n" ">>\n" ">>\n" "endobj\n", 0, 0, wpt, hpt, xstr); lpd->obj4 = stringNew(buf); l_dnaAddNumber(lpd->objsize, strlen(lpd->obj4)); sarrayDestroy(&sa); FREE(buf); FREE(xstr); return 0; } static l_int32 generateContentStringPdf(L_PDF_DATA *lpd) { char *buf; char *cstr; l_int32 i, bufsize; l_float32 xpt, ypt, wpt, hpt; SARRAY *sa; PROCNAME("generateContentStringPdf"); bufsize = 1000 + 200 * lpd->n; if ((buf = (char *)CALLOC(bufsize, sizeof(char))) == NULL) return ERROR_INT("calloc fail for buf", procName, 1); sa = sarrayCreate(lpd->n); for (i = 0; i < lpd->n; i++) { ptaGetPt(lpd->xy, i, &xpt, &ypt); ptaGetPt(lpd->wh, i, &wpt, &hpt); snprintf(buf, bufsize, "q %.4f %.4f %.4f %.4f %.4f %.4f cm /Im%d Do Q\n", wpt, 0.0, 0.0, hpt, xpt, ypt, i + 1); sarrayAddString(sa, buf, L_COPY); } if ((cstr = sarrayToString(sa, 0)) == NULL) return ERROR_INT("cstr not found", procName, 1); sarrayDestroy(&sa); snprintf(buf, bufsize, "5 0 obj\n" "<< /Length %d >>\n" "stream\n" "%s" "endstream\n" "endobj\n", (l_int32)strlen(cstr), cstr); lpd->obj5 = stringNew(buf); l_dnaAddNumber(lpd->objsize, strlen(lpd->obj5)); sarrayDestroy(&sa); FREE(buf); FREE(cstr); return 0; } static l_int32 generatePreXStringsPdf(L_PDF_DATA *lpd) { char buff[256]; char buf[L_BIGBUF]; char *cstr, *bstr, *fstr, *xstr; l_int32 i, cmindex; L_COMP_DATA *cid; SARRAY *sa; PROCNAME("generatePreXStringsPdf"); sa = lpd->saprex; cmindex = 6 + lpd->n; /* starting value */ for (i = 0; i < lpd->n; i++) { if ((cid = pdfdataGetCid(lpd, i)) == NULL) return ERROR_INT("cid not found", procName, 1); if (cid->type == L_G4_ENCODE) { if (var_WRITE_G4_IMAGE_MASK) { cstr = stringNew("/ImageMask true\n" "/ColorSpace /DeviceGray"); } else { cstr = stringNew("/ColorSpace /DeviceGray"); } bstr = stringNew("/BitsPerComponent 1\n" "/Interpolate true"); snprintf(buff, sizeof(buff), "/Filter /CCITTFaxDecode\n" "/DecodeParms\n" "<<\n" "/K -1\n" "/Columns %d\n" ">>", cid->w); fstr = stringNew(buff); } else if (cid->type == L_JPEG_ENCODE) { if (cid->spp == 1) cstr = stringNew("/ColorSpace /DeviceGray"); else if (cid->spp == 3) cstr = stringNew("/ColorSpace /DeviceRGB"); else L_ERROR("spp!= 1 && spp != 3\n", procName); bstr = stringNew("/BitsPerComponent 8"); fstr = stringNew("/Filter /DCTDecode"); } else if (cid->type == L_JP2K_ENCODE) { if (cid->spp == 1) cstr = stringNew("/ColorSpace /DeviceGray"); else if (cid->spp == 3) cstr = stringNew("/ColorSpace /DeviceRGB"); else L_ERROR("spp!= 1 && spp != 3\n", procName); bstr = stringNew("/BitsPerComponent 8"); fstr = stringNew("/Filter /JPXDecode"); } else { /* type == L_FLATE_ENCODE */ if (cid->ncolors > 0) { /* cmapped */ snprintf(buff, sizeof(buff), "/ColorSpace %d 0 R", cmindex++); cstr = stringNew(buff); } else { if (cid->spp == 1 && cid->bps == 1) cstr = stringNew("/ColorSpace /DeviceGray\n" "/Decode [1 0]"); else if (cid->spp == 1) /* 8 bpp */ cstr = stringNew("/ColorSpace /DeviceGray"); else if (cid->spp == 3) cstr = stringNew("/ColorSpace /DeviceRGB"); else L_ERROR("unknown colorspace\n", procName); } snprintf(buff, sizeof(buff), "/BitsPerComponent %d", cid->bps); bstr = stringNew(buff); fstr = stringNew("/Filter /FlateDecode"); } snprintf(buf, sizeof(buf), "%d 0 obj\n" "<<\n" "/Length %lu\n" "/Subtype /Image\n" "%s\n" /* colorspace */ "/Width %d\n" "/Height %d\n" "%s\n" /* bits/component */ "%s\n" /* filter */ ">>\n" "stream\n", 6 + i, (unsigned long)cid->nbytescomp, cstr, cid->w, cid->h, bstr, fstr); xstr = stringNew(buf); sarrayAddString(sa, xstr, L_INSERT); l_dnaAddNumber(lpd->objsize, strlen(xstr) + cid->nbytescomp + strlen(lpd->poststream)); FREE(cstr); FREE(bstr); FREE(fstr); } return 0; } static l_int32 generateColormapStringsPdf(L_PDF_DATA *lpd) { char buf[L_BIGBUF]; char *cmstr; l_int32 i, cmindex, ncmap; L_COMP_DATA *cid; SARRAY *sa; PROCNAME("generateColormapStringsPdf"); /* In our canonical format, we have 5 objects, followed * by n XObjects, followed by m colormaps, so the index of * the first colormap object is 6 + n. */ sa = lpd->sacmap; cmindex = 6 + lpd->n; /* starting value */ ncmap = 0; for (i = 0; i < lpd->n; i++) { if ((cid = pdfdataGetCid(lpd, i)) == NULL) return ERROR_INT("cid not found", procName, 1); if (cid->ncolors == 0) continue; ncmap++; snprintf(buf, sizeof(buf), "%d 0 obj\n" "[ /Indexed /DeviceRGB\n" "%d\n" "%s\n" "]\n" "endobj\n", cmindex, cid->ncolors - 1, cid->cmapdatahex); cmindex++; cmstr = stringNew(buf); l_dnaAddNumber(lpd->objsize, strlen(cmstr)); sarrayAddString(sa, cmstr, L_INSERT); } lpd->ncmap = ncmap; return 0; } static void generateTrailerPdf(L_PDF_DATA *lpd) { l_int32 i, n, size, linestart; L_DNA *daloc, *dasize; /* Let nobj be the number of numbered objects. These numbered * objects are indexed by their pdf number in arrays naloc[] * and nasize[]. The 0th object is the 9 byte header. Then * the number of objects in nasize, which includes the header, * is n = nobj + 1. The array naloc[] has n + 1 elements, * because it includes as the last element the starting * location of xref. The indexing of these objects, their * starting locations and sizes are: * * Object number Starting location Size * ------------- ----------------- -------------- * 0 daloc[0] = 0 dasize[0] = 9 * 1 daloc[1] = 9 dasize[1] = 49 * n daloc[n] dasize[n] * xref daloc[n+1] * * We first generate daloc. */ dasize = lpd->objsize; daloc = lpd->objloc; linestart = 0; l_dnaAddNumber(daloc, linestart); /* header */ n = l_dnaGetCount(dasize); for (i = 0; i < n; i++) { l_dnaGetIValue(dasize, i, &size); linestart += size; l_dnaAddNumber(daloc, linestart); } l_dnaGetIValue(daloc, n, &lpd->xrefloc); /* save it */ /* Now make the actual trailer string */ lpd->trailer = makeTrailerStringPdf(daloc); } static char * makeTrailerStringPdf(L_DNA *daloc) { char *outstr; char buf[L_BIGBUF]; l_int32 i, n, linestart, xrefloc; SARRAY *sa; PROCNAME("makeTrailerStringPdf"); if (!daloc) return (char *)ERROR_PTR("daloc not defined", procName, NULL); n = l_dnaGetCount(daloc) - 1; /* numbered objects + 1 (yes, +1) */ sa = sarrayCreate(0); snprintf(buf, sizeof(buf), "xref\n" "0 %d\n" "0000000000 65535 f \n", n); sarrayAddString(sa, (char *)buf, L_COPY); for (i = 1; i < n; i++) { l_dnaGetIValue(daloc, i, &linestart); snprintf(buf, sizeof(buf), "%010d 00000 n \n", linestart); sarrayAddString(sa, (char *)buf, L_COPY); } l_dnaGetIValue(daloc, n, &xrefloc); snprintf(buf, sizeof(buf), "trailer\n" "<<\n" "/Size %d\n" "/Root 1 0 R\n" "/Info 2 0 R\n" ">>\n" "startxref\n" "%d\n" "%%%%EOF\n", n, xrefloc); sarrayAddString(sa, (char *)buf, L_COPY); outstr = sarrayToString(sa, 0); sarrayDestroy(&sa); return outstr; } /*! * generateOutputDataPdf() * * Input: &data ( pdf data array) * &nbytes ( size of pdf data array) * lpd (input data used to make pdf) * Return: 0 if OK, 1 on error * * Notes: * (1) Only called from l_generatePdf(). On error, no data is returned. */ static l_int32 generateOutputDataPdf(l_uint8 **pdata, size_t *pnbytes, L_PDF_DATA *lpd) { char *str; l_uint8 *data; l_int32 nimages, i, len; l_int32 *sizes, *locs; size_t nbytes; L_COMP_DATA *cid; PROCNAME("generateOutputDataPdf"); if (!pdata) return ERROR_INT("&data not defined", procName, 1); *pdata = NULL; if (!pnbytes) return ERROR_INT("&nbytes not defined", procName, 1); nbytes = lpd->xrefloc + strlen(lpd->trailer); *pnbytes = nbytes; if ((data = (l_uint8 *)CALLOC(nbytes, sizeof(l_uint8))) == NULL) return ERROR_INT("calloc fail for data", procName, 1); *pdata = data; sizes = l_dnaGetIArray(lpd->objsize); locs = l_dnaGetIArray(lpd->objloc); memcpy((char *)data, lpd->id, sizes[0]); memcpy((char *)(data + locs[1]), lpd->obj1, sizes[1]); memcpy((char *)(data + locs[2]), lpd->obj2, sizes[2]); memcpy((char *)(data + locs[3]), lpd->obj3, sizes[3]); memcpy((char *)(data + locs[4]), lpd->obj4, sizes[4]); memcpy((char *)(data + locs[5]), lpd->obj5, sizes[5]); /* Each image has 3 parts: variable preamble, the compressed * data stream, and the fixed poststream. */ nimages = lpd->n; for (i = 0; i < nimages; i++) { if ((cid = pdfdataGetCid(lpd, i)) == NULL) /* this should not happen */ return ERROR_INT("cid not found", procName, 1); str = sarrayGetString(lpd->saprex, i, L_NOCOPY); len = strlen(str); memcpy((char *)(data + locs[6 + i]), str, len); memcpy((char *)(data + locs[6 + i] + len), (char *)cid->datacomp, cid->nbytescomp); memcpy((char *)(data + locs[6 + i] + len + cid->nbytescomp), lpd->poststream, strlen(lpd->poststream)); } /* Each colormap is simply a stored string */ for (i = 0; i < lpd->ncmap; i++) { str = sarrayGetString(lpd->sacmap, i, L_NOCOPY); memcpy((char *)(data + locs[6 + nimages + i]), str, strlen(str)); } /* And finally the trailer */ memcpy((char *)(data + lpd->xrefloc), lpd->trailer, strlen(lpd->trailer)); FREE(sizes); FREE(locs); return 0; } /*---------------------------------------------------------------------* * Multi-page concatenation * *---------------------------------------------------------------------*/ /*! * concatenatePdf() * * Input: directory name (containing single-page pdf files) * substr ( substring filter on filenames; can be NULL) * fileout (concatenated pdf file) * Return: 0 if OK, 1 on error * * Notes: * (1) This only works with leptonica-formatted single-page pdf files. * (2) If @substr is not NULL, only filenames that contain * the substring can be returned. If @substr == NULL, * none of the filenames are filtered out. * (3) The files in the directory, after optional filtering by * the substring, are lexically sorted in increasing order * before concatenation. */ l_int32 concatenatePdf(const char *dirname, const char *substr, const char *fileout) { l_int32 ret; SARRAY *sa; PROCNAME("concatenatePdf"); if (!dirname) return ERROR_INT("dirname not defined", procName, 1); if (!fileout) return ERROR_INT("fileout not defined", procName, 1); if ((sa = getSortedPathnamesInDirectory(dirname, substr, 0, 0)) == NULL) return ERROR_INT("sa not made", procName, 1); ret = saConcatenatePdf(sa, fileout); sarrayDestroy(&sa); return ret; } /*! * saConcatenatePdf() * * Input: sarray (of pathnames for single-page pdf files) * fileout (concatenated pdf file) * Return: 0 if OK, 1 on error * * Notes: * (1) This only works with leptonica-formatted single-page pdf files. */ l_int32 saConcatenatePdf(SARRAY *sa, const char *fileout) { l_uint8 *data; l_int32 ret; size_t nbytes; PROCNAME("saConcatenatePdf"); if (!sa) return ERROR_INT("sa not defined", procName, 1); if (!fileout) return ERROR_INT("fileout not defined", procName, 1); ret = saConcatenatePdfToData(sa, &data, &nbytes); if (ret) return ERROR_INT("pdf data not made", procName, 1); ret = l_binaryWrite(fileout, "w", data, nbytes); FREE(data); return ret; } /*! * ptraConcatenatePdf() * * Input: ptra (array of pdf strings, each for a single-page pdf file) * fileout (concatenated pdf file) * Return: 0 if OK, 1 on error * * Notes: * (1) This only works with leptonica-formatted single-page pdf files. */ l_int32 ptraConcatenatePdf(L_PTRA *pa, const char *fileout) { l_uint8 *data; l_int32 ret; size_t nbytes; PROCNAME("ptraConcatenatePdf"); if (!pa) return ERROR_INT("pa not defined", procName, 1); if (!fileout) return ERROR_INT("fileout not defined", procName, 1); ret = ptraConcatenatePdfToData(pa, NULL, &data, &nbytes); if (ret) return ERROR_INT("pdf data not made", procName, 1); ret = l_binaryWrite(fileout, "w", data, nbytes); FREE(data); return ret; } /*! * concatenatePdfToData() * * Input: directory name (containing single-page pdf files) * substr ( substring filter on filenames; can be NULL) * &data ( concatenated pdf data in memory) * &nbytes ( number of bytes in pdf data) * Return: 0 if OK, 1 on error * * Notes: * (1) This only works with leptonica-formatted single-page pdf files. * (2) If @substr is not NULL, only filenames that contain * the substring can be returned. If @substr == NULL, * none of the filenames are filtered out. * (3) The files in the directory, after optional filtering by * the substring, are lexically sorted in increasing order * before concatenation. */ l_int32 concatenatePdfToData(const char *dirname, const char *substr, l_uint8 **pdata, size_t *pnbytes) { l_int32 ret; SARRAY *sa; PROCNAME("concatenatePdfToData"); if (!pdata) return ERROR_INT("&data not defined", procName, 1); *pdata = NULL; if (!pnbytes) return ERROR_INT("&nbytes not defined", procName, 1); *pnbytes = 0; if (!dirname) return ERROR_INT("dirname not defined", procName, 1); if ((sa = getSortedPathnamesInDirectory(dirname, substr, 0, 0)) == NULL) return ERROR_INT("sa not made", procName, 1); ret = saConcatenatePdfToData(sa, pdata, pnbytes); sarrayDestroy(&sa); return ret; } /*! * saConcatenatePdfToData() * * Input: sarray (of pathnames for single-page pdf files) * &data ( concatenated pdf data in memory) * &nbytes ( number of bytes in pdf data) * Return: 0 if OK, 1 on error * * Notes: * (1) This only works with leptonica-formatted single-page pdf files. */ l_int32 saConcatenatePdfToData(SARRAY *sa, l_uint8 **pdata, size_t *pnbytes) { char *fname; l_int32 i, npages, ret; L_BYTEA *bas; L_PTRA *pa_data; /* input pdf data for each page */ PROCNAME("saConcatenatePdfToData"); if (!pdata) return ERROR_INT("&data not defined", procName, 1); *pdata = NULL; if (!pnbytes) return ERROR_INT("&nbytes not defined", procName, 1); *pnbytes = 0; if (!sa) return ERROR_INT("sa not defined", procName, 1); /* Read the pdf files into memory */ if ((npages = sarrayGetCount(sa)) == 0) return ERROR_INT("no filenames found", procName, 1); pa_data = ptraCreate(npages); for (i = 0; i < npages; i++) { fname = sarrayGetString(sa, i, L_NOCOPY); bas = l_byteaInitFromFile(fname); ptraAdd(pa_data, bas); } ret = ptraConcatenatePdfToData(pa_data, sa, pdata, pnbytes); /* Cleanup: some pages could have been removed */ ptraGetActualCount(pa_data, &npages); for (i = 0; i < npages; i++) { bas = (L_BYTEA *)ptraRemove(pa_data, i, L_NO_COMPACTION); l_byteaDestroy(&bas); } ptraDestroy(&pa_data, FALSE, FALSE); return ret; } /*! * ptraConcatenatePdfToData() * * Input: ptra (array of pdf strings, each for a single-page pdf file) * sarray ( of pathnames for input pdf files) * &data ( concatenated pdf data in memory) * &nbytes ( number of bytes in pdf data) * Return: 0 if OK, 1 on error * * Notes: * (1) This only works with leptonica-formatted single-page pdf files. * pdf files generated by other programs will have unpredictable * (and usually bad) results. The requirements for each pdf file: * (a) The Catalog and Info objects are the first two. * (b) Object 3 is Pages * (c) Object 4 is Page * (d) The remaining objects are Contents, XObjects, and ColorSpace * (2) We remove trailers from each page, and append the full trailer * for all pages at the end. * (3) For all but the first file, remove the ID and the first 3 * objects (catalog, info, pages), so that each subsequent * file has only objects of these classes: * Page, Contents, XObject, ColorSpace (Indexed RGB). * For those objects, we substitute these refs to objects * in the local file: * Page: Parent(object 3), Contents, XObject(typically multiple) * XObject: [ColorSpace if indexed] * The Pages object on the first page (object 3) has a Kids array * of references to all the Page objects, with a Count equal * to the number of pages. Each Page object refers back to * this parent. */ l_int32 ptraConcatenatePdfToData(L_PTRA *pa_data, SARRAY *sa, l_uint8 **pdata, size_t *pnbytes) { char *fname, *str_pages, *str_trailer; l_uint8 *pdfdata, *data; l_int32 i, j, index, nobj, npages; l_int32 *sizes, *locs; size_t size; L_BYTEA *bas, *bad, *bat1, *bat2; L_DNA *da_locs, *da_sizes, *da_outlocs, *da; L_DNAA *daa_locs; /* object locations on each page */ NUMA *na_objs, *napage; NUMAA *naa_objs; /* object mapping numbers to new values */ PROCNAME("ptraConcatenatePdfToData"); if (!pdata) return ERROR_INT("&data not defined", procName, 1); *pdata = NULL; if (!pnbytes) return ERROR_INT("&nbytes not defined", procName, 1); *pnbytes = 0; if (!pa_data) return ERROR_INT("pa_data not defined", procName, 1); /* Parse the files and find the object locations. * Remove file data that cannot be parsed. */ ptraGetActualCount(pa_data, &npages); daa_locs = l_dnaaCreate(npages); for (i = 0; i < npages; i++) { bas = (L_BYTEA *)ptraGetPtrToItem(pa_data, i); if (parseTrailerPdf(bas, &da_locs) != 0) { bas = (L_BYTEA *)ptraRemove(pa_data, i, L_NO_COMPACTION); l_byteaDestroy(&bas); if (sa) { fname = sarrayGetString(sa, i, L_NOCOPY); L_ERROR("can't parse file %s; skipping\n", procName, fname); } else { L_ERROR("can't parse file %d; skipping\n", procName, i); } } else { l_dnaaAddDna(daa_locs, da_locs, L_INSERT); } } /* Recompute npages in case some of the files were not pdf */ ptraCompactArray(pa_data); ptraGetActualCount(pa_data, &npages); if (npages == 0) { l_dnaaDestroy(&daa_locs); return ERROR_INT("no parsable pdf files found", procName, 1); } /* Find the mapping from initial to final object numbers */ naa_objs = numaaCreate(npages); /* stores final object numbers */ napage = numaCreate(npages); /* stores "Page" object numbers */ index = 0; for (i = 0; i < npages; i++) { da = l_dnaaGetDna(daa_locs, i, L_CLONE); nobj = l_dnaGetCount(da); if (i == 0) { numaAddNumber(napage, 4); /* object 4 on first page */ na_objs = numaMakeSequence(0.0, 1.0, nobj - 1); index = nobj - 1; } else { /* skip the first 3 objects in each file */ numaAddNumber(napage, index); /* Page object is first we add */ na_objs = numaMakeConstant(0.0, nobj - 1); numaReplaceNumber(na_objs, 3, 3); /* refers to parent of all */ for (j = 4; j < nobj - 1; j++) numaSetValue(na_objs, j, index++); } numaaAddNuma(naa_objs, na_objs, L_INSERT); l_dnaDestroy(&da); } /* Make the Pages object (#3) */ str_pages = generatePagesObjStringPdf(napage); /* Build the output */ bad = l_byteaCreate(5000); da_outlocs = l_dnaCreate(0); /* locations of all output objects */ for (i = 0; i < npages; i++) { bas = (L_BYTEA *)ptraGetPtrToItem(pa_data, i); pdfdata = l_byteaGetData(bas, &size); da_locs = l_dnaaGetDna(daa_locs, i, L_CLONE); /* locs on this page */ na_objs = numaaGetNuma(naa_objs, i, L_CLONE); /* obj # on this page */ nobj = l_dnaGetCount(da_locs) - 1; da_sizes = l_dnaMakeDelta(da_locs); /* object sizes on this page */ sizes = l_dnaGetIArray(da_sizes); locs = l_dnaGetIArray(da_locs); if (i == 0) { l_byteaAppendData(bad, pdfdata, sizes[0]); l_byteaAppendData(bad, pdfdata + locs[1], sizes[1]); l_byteaAppendData(bad, pdfdata + locs[2], sizes[2]); l_byteaAppendString(bad, str_pages); for (j = 0; j < 4; j++) l_dnaAddNumber(da_outlocs, locs[j]); } for (j = 4; j < nobj; j++) { l_dnaAddNumber(da_outlocs, l_byteaGetSize(bad)); bat1 = l_byteaInitFromMem(pdfdata + locs[j], sizes[j]); bat2 = substituteObjectNumbers(bat1, na_objs); data = l_byteaGetData(bat2, &size); l_byteaAppendData(bad, data, size); l_byteaDestroy(&bat1); l_byteaDestroy(&bat2); } if (i == npages - 1) /* last one */ l_dnaAddNumber(da_outlocs, l_byteaGetSize(bad)); FREE(sizes); FREE(locs); l_dnaDestroy(&da_locs); numaDestroy(&na_objs); l_dnaDestroy(&da_sizes); } /* Add the trailer */ str_trailer = makeTrailerStringPdf(da_outlocs); l_byteaAppendString(bad, str_trailer); /* Transfer the output data */ *pdata = l_byteaCopyData(bad, pnbytes); l_byteaDestroy(&bad); #if DEBUG_MULTIPAGE fprintf(stderr, "******** object mapper **********"); numaaWriteStream(stderr, naa_objs); fprintf(stderr, "******** Page object numbers ***********"); numaWriteStream(stderr, napage); fprintf(stderr, "******** Pages object ***********\n"); fprintf(stderr, "%s\n", str_pages); #endif /* DEBUG_MULTIPAGE */ numaDestroy(&napage); numaaDestroy(&naa_objs); l_dnaDestroy(&da_outlocs); l_dnaaDestroy(&daa_locs); FREE(str_pages); FREE(str_trailer); return 0; } /*---------------------------------------------------------------------* * Helper functions for generating the multi-page pdf output * *---------------------------------------------------------------------*/ /*! * parseTrailerPdf() * * Input: bas (lba of a pdf file) * da ( byte locations of the beginning of each object) * Return: 0 if OK, 1 on error */ static l_int32 parseTrailerPdf(L_BYTEA *bas, L_DNA **pda) { char *str; l_uint8 nl = '\n'; l_uint8 *data; l_int32 i, j, start, startloc, xrefloc, found, loc, nobj, objno, trailer_ok; size_t size; L_DNA *da, *daobj, *daxref; SARRAY *sa; PROCNAME("parseTrailerPdf"); if (!pda) return ERROR_INT("&da not defined", procName, 1); *pda = NULL; if (!bas) return ERROR_INT("bas not defined", procName, 1); data = l_byteaGetData(bas, &size); if (strncmp((char *)data, "%PDF-1.", 7) != 0) return ERROR_INT("PDF header signature not found", procName, 1); /* Search for "startxref" starting 50 bytes from the EOF */ start = 0; if (size > 50) start = size - 50; arrayFindSequence(data + start, size - start, (l_uint8 *)"startxref\n", 10, &loc, &found); if (!found) return ERROR_INT("startxref not found!", procName, 1); if (sscanf((char *)(data + start + loc + 10), "%d\n", &xrefloc) != 1) return ERROR_INT("xrefloc not found!", procName, 1); if (xrefloc < 0 || xrefloc >= size) return ERROR_INT("invalid xrefloc!", procName, 1); sa = sarrayCreateLinesFromString((char *)(data + xrefloc), 0); str = sarrayGetString(sa, 1, L_NOCOPY); if ((sscanf(str, "0 %d", &nobj)) != 1) return ERROR_INT("nobj not found", procName, 1); /* Get starting locations. The numa index is the * object number. loc[0] is the ID; loc[nobj + 1] is xrefloc. */ da = l_dnaCreate(nobj + 1); *pda = da; for (i = 0; i < nobj; i++) { str = sarrayGetString(sa, i + 2, L_NOCOPY); sscanf(str, "%d", &startloc); l_dnaAddNumber(da, startloc); } l_dnaAddNumber(da, xrefloc); #if DEBUG_MULTIPAGE fprintf(stderr, "************** Trailer string ************\n"); fprintf(stderr, "xrefloc = %d", xrefloc); sarrayWriteStream(stderr, sa); fprintf(stderr, "************** Object locations ************"); l_dnaWriteStream(stderr, da); #endif /* DEBUG_MULTIPAGE */ sarrayDestroy(&sa); /* Verify correct parsing */ trailer_ok = TRUE; for (i = 1; i < nobj; i++) { l_dnaGetIValue(da, i, &startloc); if ((sscanf((char *)(data + startloc), "%d 0 obj", &objno)) != 1) { L_ERROR("bad trailer for object %d\n", procName, i); trailer_ok = FALSE; break; } } /* If the trailer is broken, reconstruct the correct obj locations */ if (!trailer_ok) { L_INFO("rebuilding pdf trailer\n", procName); l_dnaEmpty(da); l_dnaAddNumber(da, 0); l_byteaFindEachSequence(bas, (l_uint8 *)" 0 obj\n", 7, &daobj); nobj = l_dnaGetCount(daobj); for (i = 0; i < nobj; i++) { l_dnaGetIValue(daobj, i, &loc); for (j = loc - 1; j > 0; j--) { if (data[j] == nl) break; } l_dnaAddNumber(da, j + 1); } l_byteaFindEachSequence(bas, (l_uint8 *)"xref", 4, &daxref); l_dnaGetIValue(daxref, 0, &loc); l_dnaAddNumber(da, loc); l_dnaDestroy(&daobj); l_dnaDestroy(&daxref); } return 0; } static char * generatePagesObjStringPdf(NUMA *napage) { char *str; char *buf; l_int32 i, n, index, bufsize; SARRAY *sa; PROCNAME("generatePagesObjStringPdf"); if (!napage) return (char *)ERROR_PTR("napage not defined", procName, NULL); n = numaGetCount(napage); bufsize = 100 + 16 * n; /* large enough to hold the output string */ buf = (char *)CALLOC(bufsize, sizeof(char)); sa = sarrayCreate(n); for (i = 0; i < n; i++) { numaGetIValue(napage, i, &index); snprintf(buf, bufsize, " %d 0 R ", index); sarrayAddString(sa, buf, L_COPY); } str = sarrayToString(sa, 0); snprintf(buf, bufsize - 1, "3 0 obj\n" "<<\n" "/Type /Pages\n" "/Kids [%s]\n" "/Count %d\n" ">>\n", str, n); sarrayDestroy(&sa); FREE(str); return buf; } /*! * substituteObjectNumbers() * * Input: bas (lba of a pdf object) * na_objs (object number mapping array) * Return: bad (lba of rewritten pdf for the object) * * Notes: * (1) Interpret the first set of bytes as the object number, * map to the new number, and write it out. * (2) Find all occurrences of this 4-byte sequence: " 0 R" * (3) Find the location and value of the integer preceeding this, * and map it to the new value. * (4) Rewrite the object with new object numbers. */ static L_BYTEA * substituteObjectNumbers(L_BYTEA *bas, NUMA *na_objs) { l_uint8 space = ' '; l_uint8 *datas; l_uint8 buf[32]; /* only needs to hold one integer in ascii format */ l_int32 start, nrepl, i, j, objin, objout; l_int32 *objs, *matches; size_t size; L_BYTEA *bad; L_DNA *da_match; datas = l_byteaGetData(bas, &size); bad = l_byteaCreate(100); objs = numaGetIArray(na_objs); /* object number mapper */ /* Substitute the object number on the first line */ sscanf((char *)datas, "%d", &objin); objout = objs[objin]; snprintf((char *)buf, 32, "%d", objout); l_byteaAppendString(bad, (char *)buf); /* Find the set of matching locations for object references */ arrayFindSequence(datas, size, &space, 1, &start, NULL); da_match = arrayFindEachSequence(datas, size, (l_uint8 *)" 0 R", 4); if (!da_match) { l_byteaAppendData(bad, datas + start, size - start); FREE(objs); return bad; } /* Substitute all the object reference numbers */ nrepl = l_dnaGetCount(da_match); matches = l_dnaGetIArray(da_match); for (i = 0; i < nrepl; i++) { /* Find the first space before the object number */ for (j = matches[i] - 1; j > 0; j--) { if (datas[j] == space) break; } /* Copy bytes from 'start' up to the object number */ l_byteaAppendData(bad, datas + start, j - start + 1); sscanf((char *)(datas + j + 1), "%d", &objin); objout = objs[objin]; snprintf((char *)buf, 32, "%d", objout); l_byteaAppendString(bad, (char *)buf); start = matches[i]; } l_byteaAppendData(bad, datas + start, size - start); FREE(objs); FREE(matches); l_dnaDestroy(&da_match); return bad; } /*---------------------------------------------------------------------* * Create/destroy/access pdf data * *---------------------------------------------------------------------*/ static L_PDF_DATA * pdfdataCreate(const char *title) { L_PDF_DATA *lpd; lpd = (L_PDF_DATA *)CALLOC(1, sizeof(L_PDF_DATA)); if (title) lpd->title = stringNew(title); lpd->cida = ptraCreate(10); lpd->xy = ptaCreate(10); lpd->wh = ptaCreate(10); lpd->saprex = sarrayCreate(10); lpd->sacmap = sarrayCreate(10); lpd->objsize = l_dnaCreate(20); lpd->objloc = l_dnaCreate(20); return lpd; } static void pdfdataDestroy(L_PDF_DATA **plpd) { l_int32 i; L_COMP_DATA *cid; L_PDF_DATA *lpd; PROCNAME("pdfdataDestroy"); if (plpd== NULL) { L_WARNING("ptr address is null!\n", procName); return; } if ((lpd = *plpd) == NULL) return; if (lpd->title) FREE(lpd->title); for (i = 0; i < lpd->n; i++) { cid = (L_COMP_DATA *)ptraRemove(lpd->cida, i, L_NO_COMPACTION); l_compdataDestroy(&cid); } ptraDestroy(&lpd->cida, 0, 0); if (lpd->id) FREE(lpd->id); if (lpd->obj1) FREE(lpd->obj1); if (lpd->obj2) FREE(lpd->obj2); if (lpd->obj3) FREE(lpd->obj3); if (lpd->obj4) FREE(lpd->obj4); if (lpd->obj5) FREE(lpd->obj5); if (lpd->poststream) FREE(lpd->poststream); if (lpd->trailer) FREE(lpd->trailer); if (lpd->xy) ptaDestroy(&lpd->xy); if (lpd->wh) ptaDestroy(&lpd->wh); if (lpd->mediabox) boxDestroy(&lpd->mediabox); if (lpd->saprex) sarrayDestroy(&lpd->saprex); if (lpd->sacmap) sarrayDestroy(&lpd->sacmap); if (lpd->objsize) l_dnaDestroy(&lpd->objsize); if (lpd->objloc) l_dnaDestroy(&lpd->objloc); FREE(lpd); *plpd = NULL; return; } static L_COMP_DATA * pdfdataGetCid(L_PDF_DATA *lpd, l_int32 index) { PROCNAME("pdfdataGetCid"); if (!lpd) return (L_COMP_DATA *)ERROR_PTR("lpd not defined", procName, NULL); if (index < 0 || index >= lpd->n) return (L_COMP_DATA *)ERROR_PTR("invalid image index", procName, NULL); return (L_COMP_DATA *)ptraGetPtrToItem(lpd->cida, index); } /*---------------------------------------------------------------------* * Set flags for special modes * *---------------------------------------------------------------------*/ /*! * l_pdfSetG4ImageMask() * * Input: flag (1 for writing g4 data as fg only through a mask; * 0 for writing fg and bg) * Return: void * * Notes: * (1) The default is for writing only the fg (through the mask). * That way when you write a 1 bpp image, the bg is transparent, * so any previously written image remains visible behind it. */ void l_pdfSetG4ImageMask(l_int32 flag) { var_WRITE_G4_IMAGE_MASK = flag; } /*! * l_pdfSetDateAndVersion() * * Input: flag (1 for writing date/time and leptonica version; * 0 for omitting this from the metadata) * Return: void * * Notes: * (1) The default is for writing this data. For regression tests * that compare output against golden files, it is useful to omit. */ void l_pdfSetDateAndVersion(l_int32 flag) { var_WRITE_DATE_AND_VERSION = flag; } /* --------------------------------------------*/ #endif /* USE_PDFIO */ /* --------------------------------------------*/ leptonica-1.70/src/dwacomb.2.c0000644000175000017500000002607011707052573014230 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /*! * Top-level fast binary morphology with auto-generated sels * * PIX *pixMorphDwa_2() * PIX *pixFMorphopGen_2() */ #include #include "allheaders.h" PIX *pixMorphDwa_2(PIX *pixd, PIX *pixs, l_int32 operation, char *selname); PIX *pixFMorphopGen_2(PIX *pixd, PIX *pixs, l_int32 operation, char *selname); l_int32 fmorphopgen_low_2(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 index); static l_int32 NUM_SELS_GENERATED = 76; static char SEL_NAMES[][80] = { "sel_comb_4h", "sel_comb_4v", "sel_comb_5h", "sel_comb_5v", "sel_comb_6h", "sel_comb_6v", "sel_comb_7h", "sel_comb_7v", "sel_comb_8h", "sel_comb_8v", "sel_comb_9h", "sel_comb_9v", "sel_comb_10h", "sel_comb_10v", "sel_comb_12h", "sel_comb_12v", "sel_comb_14h", "sel_comb_14v", "sel_comb_15h", "sel_comb_15v", "sel_comb_16h", "sel_comb_16v", "sel_comb_18h", "sel_comb_18v", "sel_comb_20h", "sel_comb_20v", "sel_comb_21h", "sel_comb_21v", "sel_comb_22h", "sel_comb_22v", "sel_comb_24h", "sel_comb_24v", "sel_comb_25h", "sel_comb_25v", "sel_comb_27h", "sel_comb_27v", "sel_comb_28h", "sel_comb_28v", "sel_comb_30h", "sel_comb_30v", "sel_comb_32h", "sel_comb_32v", "sel_comb_33h", "sel_comb_33v", "sel_comb_35h", "sel_comb_35v", "sel_comb_36h", "sel_comb_36v", "sel_comb_39h", "sel_comb_39v", "sel_comb_40h", "sel_comb_40v", "sel_comb_42h", "sel_comb_42v", "sel_comb_44h", "sel_comb_44v", "sel_comb_45h", "sel_comb_45v", "sel_comb_48h", "sel_comb_48v", "sel_comb_49h", "sel_comb_49v", "sel_comb_50h", "sel_comb_50v", "sel_comb_52h", "sel_comb_52v", "sel_comb_54h", "sel_comb_54v", "sel_comb_55h", "sel_comb_55v", "sel_comb_56h", "sel_comb_56v", "sel_comb_60h", "sel_comb_60v", "sel_comb_63h", "sel_comb_63v"}; /*! * pixMorphDwa_2() * * Input: pixd (usual 3 choices: null, == pixs, != pixs) * pixs (1 bpp) * operation (L_MORPH_DILATE, L_MORPH_ERODE, * L_MORPH_OPEN, L_MORPH_CLOSE) * sel name * Return: pixd * * Notes: * (1) This simply adds a border, calls the appropriate * pixFMorphopGen_*(), and removes the border. * See the notes for that function. * (2) The size of the border depends on the operation * and the boundary conditions. */ PIX * pixMorphDwa_2(PIX *pixd, PIX *pixs, l_int32 operation, char *selname) { l_int32 bordercolor, bordersize; PIX *pixt1, *pixt2, *pixt3; PROCNAME("pixMorphDwa_2"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs must be 1 bpp", procName, pixd); /* Set the border size */ bordercolor = getMorphBorderPixelColor(L_MORPH_ERODE, 1); bordersize = 32; if (bordercolor == 0 && operation == L_MORPH_CLOSE) bordersize += 32; pixt1 = pixAddBorder(pixs, bordersize, 0); pixt2 = pixFMorphopGen_2(NULL, pixt1, operation, selname); pixt3 = pixRemoveBorder(pixt2, bordersize); pixDestroy(&pixt1); pixDestroy(&pixt2); if (!pixd) return pixt3; pixCopy(pixd, pixt3); pixDestroy(&pixt3); return pixd; } /*! * pixFMorphopGen_2() * * Input: pixd (usual 3 choices: null, == pixs, != pixs) * pixs (1 bpp) * operation (L_MORPH_DILATE, L_MORPH_ERODE, * L_MORPH_OPEN, L_MORPH_CLOSE) * sel name * Return: pixd * * Notes: * (1) This is a dwa operation, and the Sels must be limited in * size to not more than 31 pixels about the origin. * (2) A border of appropriate size (32 pixels, or 64 pixels * for safe closing with asymmetric b.c.) must be added before * this function is called. * (3) This handles all required setting of the border pixels * before erosion and dilation. * (4) The closing operation is safe; no pixels can be removed * near the boundary. */ PIX * pixFMorphopGen_2(PIX *pixd, PIX *pixs, l_int32 operation, char *selname) { l_int32 i, index, found, w, h, wpls, wpld, bordercolor, erodeop, borderop; l_uint32 *datad, *datas, *datat; PIX *pixt; PROCNAME("pixFMorphopGen_2"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs must be 1 bpp", procName, pixd); /* Get boundary colors to use */ bordercolor = getMorphBorderPixelColor(L_MORPH_ERODE, 1); if (bordercolor == 1) erodeop = PIX_SET; else erodeop = PIX_CLR; found = FALSE; for (i = 0; i < NUM_SELS_GENERATED; i++) { if (strcmp(selname, SEL_NAMES[i]) == 0) { found = TRUE; index = 2 * i; break; } } if (found == FALSE) return (PIX *)ERROR_PTR("sel index not found", procName, pixd); if (!pixd) { if ((pixd = pixCreateTemplate(pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } else /* for in-place or pre-allocated */ pixResizeImageData(pixd, pixs); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); /* The images must be surrounded, in advance, with a border of * size 32 pixels (or 64, for closing), that we'll read from. * Fabricate a "proper" image as the subimage within the 32 * pixel border, having the following parameters: */ w = pixGetWidth(pixs) - 64; h = pixGetHeight(pixs) - 64; datas = pixGetData(pixs) + 32 * wpls + 1; datad = pixGetData(pixd) + 32 * wpld + 1; if (operation == L_MORPH_DILATE || operation == L_MORPH_ERODE) { borderop = PIX_CLR; if (operation == L_MORPH_ERODE) { borderop = erodeop; index++; } if (pixd == pixs) { /* in-place; generate a temp image */ if ((pixt = pixCopy(NULL, pixs)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, pixd); datat = pixGetData(pixt) + 32 * wpls + 1; pixSetOrClearBorder(pixt, 32, 32, 32, 32, borderop); fmorphopgen_low_2(datad, w, h, wpld, datat, wpls, index); pixDestroy(&pixt); } else { /* not in-place */ pixSetOrClearBorder(pixs, 32, 32, 32, 32, borderop); fmorphopgen_low_2(datad, w, h, wpld, datas, wpls, index); } } else { /* opening or closing; generate a temp image */ if ((pixt = pixCreateTemplate(pixs)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, pixd); datat = pixGetData(pixt) + 32 * wpls + 1; if (operation == L_MORPH_OPEN) { pixSetOrClearBorder(pixs, 32, 32, 32, 32, erodeop); fmorphopgen_low_2(datat, w, h, wpls, datas, wpls, index+1); pixSetOrClearBorder(pixt, 32, 32, 32, 32, PIX_CLR); fmorphopgen_low_2(datad, w, h, wpld, datat, wpls, index); } else { /* closing */ pixSetOrClearBorder(pixs, 32, 32, 32, 32, PIX_CLR); fmorphopgen_low_2(datat, w, h, wpls, datas, wpls, index); pixSetOrClearBorder(pixt, 32, 32, 32, 32, erodeop); fmorphopgen_low_2(datad, w, h, wpld, datat, wpls, index+1); } pixDestroy(&pixt); } return pixd; } leptonica-1.70/src/bmpiostub.c0000644000175000017500000000507311707052573014460 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * bmpiostub.c * * Stubs for bmpio.c functions */ #include "allheaders.h" /* --------------------------------------------*/ #if !USE_BMPIO /* defined in environ.h */ /* --------------------------------------------*/ PIX * pixReadStreamBmp(FILE *fp) { return (PIX * )ERROR_PTR("function not present", "pixReadStreamBmp", NULL); } /* ----------------------------------------------------------------------*/ l_int32 pixWriteStreamBmp(FILE *fp, PIX *pix) { return ERROR_INT("function not present", "pixWriteStreamBmp", 1); } /* ----------------------------------------------------------------------*/ PIX * pixReadMemBmp(const l_uint8 *cdata, size_t size) { return (PIX *)ERROR_PTR("function not present", "pixReadMemBmp", NULL); } /* ----------------------------------------------------------------------*/ l_int32 pixWriteMemBmp(l_uint8 **pdata, size_t *psize, PIX *pix) { return ERROR_INT("function not present", "pixWriteMemBmp", 1); } /* --------------------------------------------*/ #endif /* !USE_BMPIO */ /* --------------------------------------------*/ leptonica-1.70/src/pnmio.c0000644000175000017500000006243312244227236013576 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pnmio.c * * Stream interface * PIX *pixReadStreamPnm() * l_int32 readHeaderPnm() * l_int32 freadHeaderPnm() * l_int32 pixWriteStreamPnm() * l_int32 pixWriteStreamAsciiPnm() * * Read/write to memory * PIX *pixReadMemPnm() * l_int32 sreadHeaderPnm() * l_int32 pixWriteMemPnm() * * Local helpers * static l_int32 pnmReadNextAsciiValue(); * static l_int32 pnmSkipCommentLines(); * * These are here by popular demand, with the help of Mattias * Kregert (mattias@kregert.se), who provided the first implementation. * * The pnm formats are exceedingly simple, because they have * no compression and no colormaps. They support images that * are 1 bpp; 2, 4, 8 and 16 bpp grayscale; and rgb. * * The original pnm formats ("ascii") are included for completeness, * but their use is deprecated for all but tiny iconic images. * They are extremely wasteful of memory; for example, the P1 binary * ascii format is 16 times as big as the packed uncompressed * format, because 2 characters are used to represent every bit * (pixel) in the image. Reading is slow because we check for extra * white space and EOL at every sample value. * * The packed pnm formats ("raw") give file sizes similar to * bmp files, which are uncompressed packed. However, bmp * are more flexible, because they can support colormaps. * * We don't differentiate between the different types ("pbm", * "pgm", "ppm") at the interface level, because this is really a * "distinction without a difference." You read a file, you get * the appropriate Pix. You write a file from a Pix, you get the * appropriate type of file. If there is a colormap on the Pix, * and the Pix is more than 1 bpp, you get either an 8 bpp pgm * or a 24 bpp RGB pnm, depending on whether the colormap colors * are gray or rgb, respectively. * * This follows the general policy that the I/O routines don't * make decisions about the content of the image -- you do that * with image processing before you write it out to file. * The I/O routines just try to make the closest connection * possible between the file and the Pix in memory. * * On systems like windows without fmemopen() and open_memstream(), * we write data to a temp file and read it back for operations * between pix and compressed-data, such as pixReadMemPnm() and * pixWriteMemPnm(). */ #include #include "allheaders.h" /* --------------------------------------------*/ #if USE_PNMIO /* defined in environ.h */ /* --------------------------------------------*/ static l_int32 pnmReadNextAsciiValue(FILE *fp, l_int32 *pval); static l_int32 pnmSkipCommentLines(FILE *fp); /* a sanity check on the size read from file */ static const l_int32 MAX_PNM_WIDTH = 100000; static const l_int32 MAX_PNM_HEIGHT = 100000; /*--------------------------------------------------------------------* * Stream interface * *--------------------------------------------------------------------*/ /*! * pixReadStreamPnm() * * Input: stream opened for read * Return: pix, or null on error */ PIX * pixReadStreamPnm(FILE *fp) { l_uint8 val8, rval8, gval8, bval8; l_uint16 val16; l_int32 w, h, d, bpl, wpl, i, j, type; l_int32 val, rval, gval, bval; l_uint32 rgbval; l_uint32 *line, *data; PIX *pix; PROCNAME("pixReadStreamPnm"); if (!fp) return (PIX *)ERROR_PTR("fp not defined", procName, NULL); if (freadHeaderPnm(fp, &w, &h, &d, &type, NULL, NULL)) return (PIX *)ERROR_PTR( "header read failed", procName, NULL); if ((pix = pixCreate(w, h, d)) == NULL) return (PIX *)ERROR_PTR( "pix not made", procName, NULL); data = pixGetData(pix); wpl = pixGetWpl(pix); /* Old "ascii" format */ if (type <= 3) { for (i = 0; i < h; i++) { for (j = 0; j < w; j++) { if (type == 1 || type == 2) { if (pnmReadNextAsciiValue(fp, &val)) return (PIX *)ERROR_PTR( "read abend", procName, pix); pixSetPixel(pix, j, i, val); } else { /* type == 3 */ if (pnmReadNextAsciiValue(fp, &rval)) return (PIX *)ERROR_PTR( "read abend", procName, pix); if (pnmReadNextAsciiValue(fp, &gval)) return (PIX *)ERROR_PTR( "read abend", procName, pix); if (pnmReadNextAsciiValue(fp, &bval)) return (PIX *)ERROR_PTR( "read abend", procName, pix); composeRGBPixel(rval, gval, bval, &rgbval); pixSetPixel(pix, j, i, rgbval); } } } return pix; } /* "raw" format for 1 bpp */ if (type == 4) { bpl = (d * w + 7) / 8; for (i = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < bpl; j++) { if (fread(&val8, 1, 1, fp) != 1) return (PIX *)ERROR_PTR( "read error in 4", procName, pix); SET_DATA_BYTE(line, j, val8); } } return pix; } /* "raw" format for grayscale */ if (type == 5) { bpl = (d * w + 7) / 8; for (i = 0; i < h; i++) { line = data + i * wpl; if (d != 16) { for (j = 0; j < w; j++) { if (fread(&val8, 1, 1, fp) != 1) return (PIX *)ERROR_PTR( "error in 5", procName, pix); if (d == 2) SET_DATA_DIBIT(line, j, val8); else if (d == 4) SET_DATA_QBIT(line, j, val8); else /* d == 8 */ SET_DATA_BYTE(line, j, val8); } } else { /* d == 16 */ for (j = 0; j < w; j++) { if (fread(&val16, 2, 1, fp) != 1) return (PIX *)ERROR_PTR( "16 bpp error", procName, pix); SET_DATA_TWO_BYTES(line, j, val16); } } } return pix; } /* "raw" format, type == 6; rgb */ for (i = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < wpl; j++) { if (fread(&rval8, 1, 1, fp) != 1) return (PIX *)ERROR_PTR( "read error type 6", procName, pix); if (fread(&gval8, 1, 1, fp) != 1) return (PIX *)ERROR_PTR( "read error type 6", procName, pix); if (fread(&bval8, 1, 1, fp) != 1) return (PIX *)ERROR_PTR( "read error type 6", procName, pix); composeRGBPixel(rval8, gval8, bval8, &rgbval); line[j] = rgbval; } } return pix; } /*! * readHeaderPnm() * * Input: filename * &w () * &h () * &d () * &type ( pnm type) * &bps (, bits/sample) * &spp (, samples/pixel) * Return: 0 if OK, 1 on error */ l_int32 readHeaderPnm(const char *filename, l_int32 *pw, l_int32 *ph, l_int32 *pd, l_int32 *ptype, l_int32 *pbps, l_int32 *pspp) { l_int32 ret; FILE *fp; PROCNAME("readHeaderPnm"); if (pw) *pw = 0; if (ph) *ph = 0; if (pd) *pd = 0; if (ptype) *ptype = 0; if (pbps) *pbps = 0; if (pspp) *pspp = 0; if (!filename) return ERROR_INT("filename not defined", procName, 1); if ((fp = fopenReadStream(filename)) == NULL) return ERROR_INT("image file not found", procName, 1); ret = freadHeaderPnm(fp, pw, ph, pd, ptype, pbps, pspp); fclose(fp); return ret; } /*! * freadHeaderPnm() * * Input: stream opened for read * &w () * &h () * &d () * &type ( pnm type) * &bps (, bits/sample) * &spp (, samples/pixel) * Return: 0 if OK, 1 on error */ l_int32 freadHeaderPnm(FILE *fp, l_int32 *pw, l_int32 *ph, l_int32 *pd, l_int32 *ptype, l_int32 *pbps, l_int32 *pspp) { l_int32 w, h, d, type; l_int32 maxval; PROCNAME("freadHeaderPnm"); if (pw) *pw = 0; if (ph) *ph = 0; if (pd) *pd = 0; if (ptype) *ptype = 0; if (pbps) *pbps = 0; if (pspp) *pspp = 0; if (!fp) return ERROR_INT("fp not defined", procName, 1); if (fscanf(fp, "P%d\n", &type) != 1) return ERROR_INT("invalid read for type", procName, 1); if (type < 1 || type > 6) return ERROR_INT("invalid pnm file", procName, 1); if (pnmSkipCommentLines(fp)) return ERROR_INT("no data in file", procName, 1); if (fscanf(fp, "%d %d\n", &w, &h) != 2) return ERROR_INT("invalid read for w,h", procName, 1); if (w <= 0 || h <= 0 || w > MAX_PNM_WIDTH || h > MAX_PNM_HEIGHT) return ERROR_INT("invalid size", procName, 1); /* Get depth of pix */ if (type == 1 || type == 4) { d = 1; } else if (type == 2 || type == 5) { if (fscanf(fp, "%d\n", &maxval) != 1) return ERROR_INT("invalid read for maxval (2,5)", procName, 1); if (maxval == 3) { d = 2; } else if (maxval == 15) { d = 4; } else if (maxval == 255) { d = 8; } else if (maxval == 0xffff) { d = 16; } else { fprintf(stderr, "maxval = %d\n", maxval); return ERROR_INT("invalid maxval", procName, 1); } } else { /* type == 3 || type == 6; this is rgb */ if (fscanf(fp, "%d\n", &maxval) != 1) return ERROR_INT("invalid read for maxval (3,6)", procName, 1); if (maxval != 255) L_WARNING("unexpected maxval = %d\n", procName, maxval); d = 32; } if (pw) *pw = w; if (ph) *ph = h; if (pd) *pd = d; if (ptype) *ptype = type; if (pbps) *pbps = (d == 32) ? 8 : d; if (pspp) *pspp = (d == 32) ? 3 : 1; return 0; } /*! * pixWriteStreamPnm() * * Input: stream opened for write * pix * Return: 0 if OK; 1 on error * * Notes: * (1) This writes "raw" packed format only: * 1 bpp --> pbm (P4) * 2, 4, 8, 16 bpp, no colormap or grayscale colormap --> pgm (P5) * 2, 4, 8 bpp with color-valued colormap, or rgb --> rgb ppm (P6) * (2) 24 bpp rgb are not supported in leptonica, but this will * write them out as a packed array of bytes (3 to a pixel). */ l_int32 pixWriteStreamPnm(FILE *fp, PIX *pix) { l_uint8 val8; l_uint8 pel[4]; l_uint16 val16; l_int32 h, w, d, ds, i, j, wpls, bpl, filebpl, writeerror, maxval; l_uint32 *pword, *datas, *lines; PIX *pixs; PROCNAME("pixWriteStreamPnm"); if (!fp) return ERROR_INT("fp not defined", procName, 1); if (!pix) return ERROR_INT("pix not defined", procName, 1); pixGetDimensions(pix, &w, &h, &d); if (d != 1 && d != 2 && d != 4 && d != 8 && d != 16 && d != 24 && d != 32) return ERROR_INT("d not in {1,2,4,8,16,24,32}", procName, 1); /* If a colormap exists, remove and convert to grayscale or rgb */ if (pixGetColormap(pix) != NULL) pixs = pixRemoveColormap(pix, REMOVE_CMAP_BASED_ON_SRC); else pixs = pixClone(pix); ds = pixGetDepth(pixs); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); writeerror = 0; if (ds == 1) { /* binary */ fprintf(fp, "P4\n# Raw PBM file written by leptonica " "(www.leptonica.com)\n%d %d\n", w, h); bpl = (w + 7) / 8; for (i = 0; i < h; i++) { lines = datas + i * wpls; for (j = 0; j < bpl; j++) { val8 = GET_DATA_BYTE(lines, j); fwrite(&val8, 1, 1, fp); } } } else if (ds == 2 || ds == 4 || ds == 8 || ds == 16) { /* grayscale */ maxval = (1 << ds) - 1; fprintf(fp, "P5\n# Raw PGM file written by leptonica " "(www.leptonica.com)\n%d %d\n%d\n", w, h, maxval); if (ds != 16) { for (i = 0; i < h; i++) { lines = datas + i * wpls; for (j = 0; j < w; j++) { if (ds == 2) val8 = GET_DATA_DIBIT(lines, j); else if (ds == 4) val8 = GET_DATA_QBIT(lines, j); else /* ds == 8 */ val8 = GET_DATA_BYTE(lines, j); fwrite(&val8, 1, 1, fp); } } } else { /* ds == 16 */ for (i = 0; i < h; i++) { lines = datas + i * wpls; for (j = 0; j < w; j++) { val16 = GET_DATA_TWO_BYTES(lines, j); fwrite(&val16, 2, 1, fp); } } } } else { /* rgb color */ fprintf(fp, "P6\n# Raw PPM file written by leptonica " "(www.leptonica.com)\n%d %d\n255\n", w, h); if (d == 24) { /* packed, 3 bytes to a pixel */ filebpl = 3 * w; for (i = 0; i < h; i++) { /* write out each raster line */ lines = datas + i * wpls; if (fwrite(lines, 1, filebpl, fp) != filebpl) writeerror = 1; } } else { /* 32 bpp rgb */ for (i = 0; i < h; i++) { lines = datas + i * wpls; for (j = 0; j < wpls; j++) { pword = lines + j; pel[0] = GET_DATA_BYTE(pword, COLOR_RED); pel[1] = GET_DATA_BYTE(pword, COLOR_GREEN); pel[2] = GET_DATA_BYTE(pword, COLOR_BLUE); if (fwrite(&pel, 1, 3, fp) != 3) writeerror = 1; } } } } pixDestroy(&pixs); if (writeerror) return ERROR_INT("image write fail", procName, 1); return 0; } /*! * pixWriteStreamAsciiPnm() * * Input: stream opened for write * pix * Return: 0 if OK; 1 on error * * Writes "ascii" format only: * 1 bpp --> pbm (P1) * 2, 4, 8, 16 bpp, no colormap or grayscale colormap --> pgm (P2) * 2, 4, 8 bpp with color-valued colormap, or rgb --> rgb ppm (P3) */ l_int32 pixWriteStreamAsciiPnm(FILE *fp, PIX *pix) { char buffer[256]; l_uint8 cval[3]; l_int32 h, w, d, ds, i, j, k, maxval, count; l_uint32 val; PIX *pixs; PROCNAME("pixWriteStreamAsciiPnm"); if (!fp) return ERROR_INT("fp not defined", procName, 1); if (!pix) return ERROR_INT("pix not defined", procName, 1); pixGetDimensions(pix, &w, &h, &d); if (d != 1 && d != 2 && d != 4 && d != 8 && d != 16 && d != 32) return ERROR_INT("d not in {1,2,4,8,16,32}", procName, 1); /* If a colormap exists, remove and convert to grayscale or rgb */ if (pixGetColormap(pix) != NULL) pixs = pixRemoveColormap(pix, REMOVE_CMAP_BASED_ON_SRC); else pixs = pixClone(pix); ds = pixGetDepth(pixs); if (ds == 1) { /* binary */ fprintf(fp, "P1\n# Ascii PBM file written by leptonica " "(www.leptonica.com)\n%d %d\n", w, h); count = 0; for (i = 0; i < h; i++) { for (j = 0; j < w; j++) { pixGetPixel(pixs, j, i, &val); if (val == 0) fputc('0', fp); else /* val == 1 */ fputc('1', fp); fputc(' ', fp); count += 2; if (count >= 70) fputc('\n', fp); } } } else if (ds == 2 || ds == 4 || ds == 8 || ds == 16) { /* grayscale */ maxval = (1 << ds) - 1; fprintf(fp, "P2\n# Ascii PGM file written by leptonica " "(www.leptonica.com)\n%d %d\n%d\n", w, h, maxval); count = 0; for (i = 0; i < h; i++) { for (j = 0; j < w; j++) { pixGetPixel(pixs, j, i, &val); if (ds == 2) { sprintf(buffer, "%1d ", val); fwrite(buffer, 1, 2, fp); count += 2; } else if (ds == 4) { sprintf(buffer, "%2d ", val); fwrite(buffer, 1, 3, fp); count += 3; } else if (ds == 8) { sprintf(buffer, "%3d ", val); fwrite(buffer, 1, 4, fp); count += 4; } else { /* ds == 16 */ sprintf(buffer, "%5d ", val); fwrite(buffer, 1, 6, fp); count += 6; } if (count >= 60) { fputc('\n', fp); count = 0; } } } } else { /* rgb color */ fprintf(fp, "P3\n# Ascii PPM file written by leptonica " "(www.leptonica.com)\n%d %d\n255\n", w, h); count = 0; for (i = 0; i < h; i++) { for (j = 0; j < w; j++) { pixGetPixel(pixs, j, i, &val); cval[0] = GET_DATA_BYTE(&val, COLOR_RED); cval[1] = GET_DATA_BYTE(&val, COLOR_GREEN); cval[2] = GET_DATA_BYTE(&val, COLOR_BLUE); for (k = 0; k < 3; k++) { sprintf(buffer, "%3d ", cval[k]); fwrite(buffer, 1, 4, fp); count += 4; if (count >= 60) { fputc('\n', fp); count = 0; } } } } } pixDestroy(&pixs); return 0; } /*---------------------------------------------------------------------* * Read/write to memory * *---------------------------------------------------------------------*/ #ifdef HAVE_CONFIG_H #include "config_auto.h" #endif /* HAVE_CONFIG_H */ #if HAVE_FMEMOPEN extern FILE *open_memstream(char **data, size_t *size); extern FILE *fmemopen(void *data, size_t size, const char *mode); #endif /* HAVE_FMEMOPEN */ /*! * pixReadMemPnm() * * Input: cdata (const; pnm-encoded) * size (of data) * Return: pix, or null on error * * Notes: * (1) The @size byte of @data must be a null character. */ PIX * pixReadMemPnm(const l_uint8 *cdata, size_t size) { FILE *fp; PIX *pix; PROCNAME("pixReadMemPnm"); if (!cdata) return (PIX *)ERROR_PTR("cdata not defined", procName, NULL); #if HAVE_FMEMOPEN if ((fp = fmemopen((l_uint8 *)cdata, size, "r")) == NULL) return (PIX *)ERROR_PTR("stream not opened", procName, NULL); #else L_WARNING("work-around: writing to a temp file\n", procName); fp = tmpfile(); fwrite(cdata, 1, size, fp); rewind(fp); #endif /* HAVE_FMEMOPEN */ pix = pixReadStreamPnm(fp); fclose(fp); if (!pix) L_ERROR("pix not read\n", procName); return pix; } /*! * sreadHeaderPnm() * * Input: cdata (const; pnm-encoded) * size (of data) * &w () * &h () * &d () * &type ( pnm type) * &bps (, bits/sample) * &spp (, samples/pixel) * Return: 0 if OK, 1 on error */ l_int32 sreadHeaderPnm(const l_uint8 *cdata, size_t size, l_int32 *pw, l_int32 *ph, l_int32 *pd, l_int32 *ptype, l_int32 *pbps, l_int32 *pspp) { l_int32 ret; FILE *fp; PROCNAME("sreadHeaderPnm"); if (!cdata) return ERROR_INT("cdata not defined", procName, 1); #if HAVE_FMEMOPEN if ((fp = fmemopen((l_uint8 *)cdata, size, "r")) == NULL) return ERROR_INT("stream not opened", procName, 1); #else L_WARNING("work-around: writing to a temp file\n", procName); fp = tmpfile(); fwrite(cdata, 1, size, fp); rewind(fp); #endif /* HAVE_FMEMOPEN */ ret = freadHeaderPnm(fp, pw, ph, pd, ptype, pbps, pspp); fclose(fp); if (ret) return ERROR_INT("header data read failed", procName, 1); return 0; } /*! * pixWriteMemPnm() * * Input: &data ( data of tiff compressed image) * &size ( size of returned data) * pix * Return: 0 if OK, 1 on error * * Notes: * (1) See pixWriteStreamPnm() for usage. This version writes to * memory instead of to a file stream. */ l_int32 pixWriteMemPnm(l_uint8 **pdata, size_t *psize, PIX *pix) { l_int32 ret; FILE *fp; PROCNAME("pixWriteMemPnm"); if (!pdata) return ERROR_INT("&data not defined", procName, 1 ); if (!psize) return ERROR_INT("&size not defined", procName, 1 ); if (!pix) return ERROR_INT("&pix not defined", procName, 1 ); #if HAVE_FMEMOPEN if ((fp = open_memstream((char **)pdata, psize)) == NULL) return ERROR_INT("stream not opened", procName, 1); ret = pixWriteStreamPnm(fp, pix); #else L_WARNING("work-around: writing to a temp file\n", procName); fp = tmpfile(); ret = pixWriteStreamPnm(fp, pix); rewind(fp); *pdata = l_binaryReadStream(fp, psize); #endif /* HAVE_FMEMOPEN */ fclose(fp); return ret; } /*--------------------------------------------------------------------* * Static helpers * *--------------------------------------------------------------------*/ /*! * pnmReadNextAsciiValue() * * Return: 0 if OK, 1 on error or EOF. * * Notes: * (1) This reads the next sample value in ascii from the the file. */ static l_int32 pnmReadNextAsciiValue(FILE *fp, l_int32 *pval) { l_int32 c, ignore; PROCNAME("pnmReadNextAsciiValue"); if (!fp) return ERROR_INT("stream not open", procName, 1); if (!pval) return ERROR_INT("&val not defined", procName, 1); *pval = 0; do { /* skip whitespace */ if ((c = fgetc(fp)) == EOF) return 1; } while (c == ' ' || c == '\t' || c == '\n' || c == '\r'); fseek(fp, -1L, SEEK_CUR); /* back up one byte */ ignore = fscanf(fp, "%d", pval); return 0; } /*! * pnmSkipCommentLines() * * Return: 0 if OK, 1 on error or EOF * * Notes: * (1) Comment lines begin with '#' * (2) Usage: caller should check return value for EOF */ static l_int32 pnmSkipCommentLines(FILE *fp) { l_int32 c; PROCNAME("pnmSkipCommentLines"); if (!fp) return ERROR_INT("stream not open", procName, 1); if ((c = fgetc(fp)) == EOF) return 1; if (c == '#') { do { /* each line starting with '#' */ do { /* this entire line */ if ((c = fgetc(fp)) == EOF) return 1; } while (c != '\n'); if ((c = fgetc(fp)) == EOF) return 1; } while (c == '#'); } /* Back up one byte */ fseek(fp, -1L, SEEK_CUR); return 0; } /* --------------------------------------------*/ #endif /* USE_PNMIO */ /* --------------------------------------------*/ leptonica-1.70/src/rotateshear.c0000644000175000017500000004544412246303602014772 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * rotateshear.c * * Shear rotation about arbitrary point using 2 and 3 shears * * PIX *pixRotateShear() * PIX *pixRotate2Shear() * PIX *pixRotate3Shear() * * Shear rotation in-place about arbitrary point using 3 shears * l_int32 pixRotateShearIP() * * Shear rotation around the image center * PIX *pixRotateShearCenter() (2 or 3 shears) * l_int32 pixRotateShearCenterIP() (3 shears) * * Rotation is measured in radians; clockwise rotations are positive. * * Rotation by shear works on images of any depth, * including 8 bpp color paletted images and 32 bpp * rgb images. It works by translating each src pixel * value to the appropriate pixel in the rotated dest. * For 8 bpp grayscale images, it is about 10-15x faster * than rotation by area-mapping. * * This speed and flexibility comes at the following cost, * relative to area-mapped rotation: * * - Jaggies are created on edges of straight lines * * - For large angles, where you must use 3 shears, * there is some extra clipping from the shears. * * For small angles, typically less than 0.05 radians, * rotation can be done with 2 orthogonal shears. * Two such continuous shears (as opposed to the discrete * shears on a pixel lattice that we have here) give * a rotated image that has a distortion in the lengths * of the two rotated and still-perpendicular axes. The * length/width ratio changes by a fraction * * 0.5 * (angle)**2 * * For an angle of 0.05 radians, this is about 1 part in * a thousand. This distortion is absent when you use * 3 continuous shears with the correct angles (see below). * * Of course, the image is on a discrete pixel lattice. * Rotation by shear gives an approximation to a continuous * rotation, leaving pixel jaggies at sharp boundaries. * For very small rotations, rotating from a corner gives * better sensitivity than rotating from the image center. * Here's why. Define the shear "center" to be the line such * that the image is sheared in opposite directions on * each side of and parallel to the line. For small * rotations there is a "dead space" on each side of the * shear center of width equal to half the shear angle, * in radians. Thus, when the image is sheared about the center, * the dead space width equals the shear angle, but when * the image is sheared from a corner, the dead space * width is only half the shear angle. * * All horizontal and vertical shears are implemented by * rasterop. The in-place rotation uses special in-place * shears that copy rows sideways or columns vertically * without buffering, and then rewrite old pixels that are * no longer covered by sheared pixels. For that rewriting, * you have the choice of using white or black pixels. * (Note that this may give undesirable results for colormapped * images, where the white and black values are arbitrary * indexes into the colormap, and may not even exist.) * * Rotation by shear is fast and depth-independent. However, it * does not work well for large rotation angles. In fact, for * rotation angles greater than about 7 degrees, more pixels are * lost at the edges than when using pixRotationBySampling(), which * only loses pixels because they are rotated out of the image. * For larger rotations, use pixRotationBySampling() or, for * more accuracy when d > 1 bpp, pixRotateAM(). * * For small angles, when comparing the quality of rotation by * sampling and by shear, you can see that rotation by sampling * is slightly more accurate. However, the difference in * accuracy of rotation by sampling when compared to 3-shear and * (for angles less than 2 degrees, when compared to 2-shear) is * less than 1 pixel at any point. For very small angles, rotation by * sampling is much slower than rotation by shear. The speed difference * depends on the pixel depth and the rotation angle. Rotation * by shear is very fast for small angles and for small depth (esp. 1 bpp). * Rotation by sampling speed is independent of angle and relatively * more efficient for 8 and 32 bpp images. Here are some timings * for the ratio of rotation times: (time for sampling)/ (time for shear) * * depth (bpp) ratio (2 deg) ratio (10 deg) * ----------------------------------------------------- * 1 25 6 * 8 5 2.6 * 32 1.6 1.0 * * In summary: * * For d == 1 and small angles, use rotation by shear. By default * this will use 2-shear rotations, because 3-shears cause more * visible artifacts in straight lines and, for small angles, the * distortion in asperity ratio is small. * * For d > 1, shear is faster than sampling, which is faster than * area mapping. However, area mapping gives the best results. * These results are used in selecting the rotation methods in * pixRotateShear(). * * There has been some work on what is called a "quasishear * rotation" ("The Quasi-Shear Rotation, Eric Andres, * DGCI 1996, pp. 307-314). I believe they use a 3-shear * approximation to the continuous rotation, exactly as * we do here. The approximation is due to being on * a square pixel lattice. They also use integers to specify * the rotation angle and center offset, but that makes * little sense on a machine where you have a few GFLOPS * and only a few hundred floating point operations to do (!) * They also allow subpixel specification of the center of * rotation, which I haven't bothered with, and claim that * better results are possible if each of the 4 quadrants is * handled separately. * * But the bottom line is that you are going to see shear lines when * you rotate 1 bpp images. Although the 3-shear rotation is * mathematically exact in the limit of infinitesimal pixels, artifacts * will be evident in real images. One might imagine using dithering * to break up the horizontal and vertical shear lines, but this * is hard with block shears, where you need to dither on the block * boundaries. Dithering (by accumulation of 'error') with sampling * makes more sense, but I haven't tried to do this. There is only * so much you can do with 1 bpp images! */ #include #include #include "allheaders.h" static const l_float32 MIN_ANGLE_TO_ROTATE = 0.001; /* radians; ~0.06 deg */ static const l_float32 MAX_2_SHEAR_ANGLE = 0.06; /* radians; ~3 deg */ static const l_float32 LIMIT_SHEAR_ANGLE = 0.35; /* radians; ~20 deg */ /*------------------------------------------------------------------* * Rotations about an arbitrary point * *------------------------------------------------------------------*/ /*! * pixRotateShear() * * Input: pixs * xcen (x value for which there is no horizontal shear) * ycen (y value for which there is no vertical shear) * angle (radians) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK); * Return: pixd, or null on error. * * Notes: * (1) This rotates an image about the given point, using * either 2 or 3 shears. * (2) A positive angle gives a clockwise rotation. * (3) This brings in 'incolor' pixels from outside the image. * (4) For rotation angles larger than about 0.35 radians, we issue * a warning because you should probably be using another method * (either sampling or area mapping) */ PIX * pixRotateShear(PIX *pixs, l_int32 xcen, l_int32 ycen, l_float32 angle, l_int32 incolor) { PROCNAME("pixRotateShear"); if (!pixs) return (PIX *)(PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return (PIX *)(PIX *)ERROR_PTR("invalid incolor value", procName, NULL); if (L_ABS(angle) < MIN_ANGLE_TO_ROTATE) return pixClone(pixs); if (L_ABS(angle) <= MAX_2_SHEAR_ANGLE) return pixRotate2Shear(pixs, xcen, ycen, angle, incolor); if (L_ABS(angle) > LIMIT_SHEAR_ANGLE) L_WARNING("%6.2f radians; large angle for shear rotation\n", procName, L_ABS(angle)); return pixRotate3Shear(pixs, xcen, ycen, angle, incolor); } /*! * pixRotate2Shear() * * Input: pixs * xcen, ycen (center of rotation) * angle (radians) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK); * Return: pixd, or null on error. * * Notes: * (1) This rotates the image about the given point, using the 2-shear * method. It should only be used for angles smaller than * MAX_2_SHEAR_ANGLE. For larger angles, a warning is issued. * (2) A positive angle gives a clockwise rotation. * (3) 2-shear rotation by a specified angle is equivalent * to the sequential transformations * x' = x + tan(angle) * (y - ycen) for x-shear * y' = y + tan(angle) * (x - xcen) for y-shear * (4) Computation of tan(angle) is performed within the shear operation. * (5) This brings in 'incolor' pixels from outside the image. * (6) If the image has an alpha layer, it is rotated separately by * two shears. */ PIX * pixRotate2Shear(PIX *pixs, l_int32 xcen, l_int32 ycen, l_float32 angle, l_int32 incolor) { PIX *pix1, *pix2, *pixd; PROCNAME("pixRotate2Shear"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return (PIX *)(PIX *)ERROR_PTR("invalid incolor value", procName, NULL); if (L_ABS(angle) < MIN_ANGLE_TO_ROTATE) return pixClone(pixs); if (L_ABS(angle) > MAX_2_SHEAR_ANGLE) L_WARNING("%6.2f radians; large angle for 2-shear rotation\n", procName, L_ABS(angle)); if ((pix1 = pixHShear(NULL, pixs, ycen, angle, incolor)) == NULL) return (PIX *)ERROR_PTR("pix1 not made", procName, NULL); if ((pixd = pixVShear(NULL, pix1, xcen, angle, incolor)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixDestroy(&pix1); if (pixGetDepth(pixs) == 32 && pixGetSpp(pixs) == 4) { pix1 = pixGetRGBComponent(pixs, L_ALPHA_CHANNEL); /* L_BRING_IN_WHITE brings in opaque for the alpha component */ pix2 = pixRotate2Shear(pix1, xcen, ycen, angle, L_BRING_IN_WHITE); pixSetRGBComponent(pixd, pix2, L_ALPHA_CHANNEL); pixDestroy(&pix1); pixDestroy(&pix2); } return pixd; } /*! * pixRotate3Shear() * * Input: pixs * xcen, ycen (center of rotation) * angle (radians) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK); * Return: pixd, or null on error. * * Notes: * (1) This rotates the image about the given point, using the 3-shear * method. It should only be used for angles smaller than * LIMIT_SHEAR_ANGLE. For larger angles, a warning is issued. * (2) A positive angle gives a clockwise rotation. * (3) 3-shear rotation by a specified angle is equivalent * to the sequential transformations * y' = y + tan(angle/2) * (x - xcen) for first y-shear * x' = x + sin(angle) * (y - ycen) for x-shear * y' = y + tan(angle/2) * (x - xcen) for second y-shear * (4) Computation of tan(angle) is performed in the shear operations. * (5) This brings in 'incolor' pixels from outside the image. * (6) If the image has an alpha layer, it is rotated separately by * two shears. * (7) The algorithm was published by Alan Paeth: "A Fast Algorithm * for General Raster Rotation," Graphics Interface '86, * pp. 77-81, May 1986. A description of the method, along with * an implementation, can be found in Graphics Gems, p. 179, * edited by Andrew Glassner, published by Academic Press, 1990. */ PIX * pixRotate3Shear(PIX *pixs, l_int32 xcen, l_int32 ycen, l_float32 angle, l_int32 incolor) { l_float32 hangle; PIX *pix1, *pix2, *pixd; PROCNAME("pixRotate3Shear"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return (PIX *)(PIX *)ERROR_PTR("invalid incolor value", procName, NULL); if (L_ABS(angle) < MIN_ANGLE_TO_ROTATE) return pixClone(pixs); if (L_ABS(angle) > LIMIT_SHEAR_ANGLE) { L_WARNING("%6.2f radians; large angle for 3-shear rotation\n", procName, L_ABS(angle)); } hangle = atan(sin(angle)); if ((pixd = pixVShear(NULL, pixs, xcen, angle / 2., incolor)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); if ((pix1 = pixHShear(NULL, pixd, ycen, hangle, incolor)) == NULL) return (PIX *)ERROR_PTR("pix1 not made", procName, NULL); pixVShear(pixd, pix1, xcen, angle / 2., incolor); pixDestroy(&pix1); if (pixGetDepth(pixs) == 32 && pixGetSpp(pixs) == 4) { pix1 = pixGetRGBComponent(pixs, L_ALPHA_CHANNEL); /* L_BRING_IN_WHITE brings in opaque for the alpha component */ pix2 = pixRotate3Shear(pix1, xcen, ycen, angle, L_BRING_IN_WHITE); pixSetRGBComponent(pixd, pix2, L_ALPHA_CHANNEL); pixDestroy(&pix1); pixDestroy(&pix2); } return pixd; } /*------------------------------------------------------------------* * Rotations in-place about an arbitrary point * *------------------------------------------------------------------*/ /*! * pixRotateShearIP() * * Input: pixs (any depth; not colormapped) * xcen, ycen (center of rotation) * angle (radians) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK) * Return: 0 if OK; 1 on error * * Notes: * (1) This does an in-place rotation of the image about the * specified point, using the 3-shear method. It should only * be used for angles smaller than LIMIT_SHEAR_ANGLE. * For larger angles, a warning is issued. * (2) A positive angle gives a clockwise rotation. * (3) 3-shear rotation by a specified angle is equivalent * to the sequential transformations * y' = y + tan(angle/2) * (x - xcen) for first y-shear * x' = x + sin(angle) * (y - ycen) for x-shear * y' = y + tan(angle/2) * (x - xcen) for second y-shear * (4) Computation of tan(angle) is performed in the shear operations. * (5) This brings in 'incolor' pixels from outside the image. * (6) The pix cannot be colormapped, because the in-place operation * only blits in 0 or 1 bits, not an arbitrary colormap index. */ l_int32 pixRotateShearIP(PIX *pixs, l_int32 xcen, l_int32 ycen, l_float32 angle, l_int32 incolor) { l_float32 hangle; PROCNAME("pixRotateShearIP"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return ERROR_INT("invalid value for incolor", procName, 1); if (pixGetColormap(pixs) != NULL) return ERROR_INT("pixs is colormapped", procName, 1); if (angle == 0.0) return 0; if (L_ABS(angle) > LIMIT_SHEAR_ANGLE) { L_WARNING("%6.2f radians; large angle for in-place 3-shear rotation\n", procName, L_ABS(angle)); } hangle = atan(sin(angle)); pixHShearIP(pixs, ycen, angle / 2., incolor); pixVShearIP(pixs, xcen, hangle, incolor); pixHShearIP(pixs, ycen, angle / 2., incolor); return 0; } /*------------------------------------------------------------------* * Rotations about the image center * *------------------------------------------------------------------*/ /*! * pixRotateShearCenter() * * Input: pixs * angle (radians) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK) * Return: pixd, or null on error */ PIX * pixRotateShearCenter(PIX *pixs, l_float32 angle, l_int32 incolor) { PROCNAME("pixRotateShearCenter"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); return pixRotateShear(pixs, pixGetWidth(pixs) / 2, pixGetHeight(pixs) / 2, angle, incolor); } /*! * pixRotateShearCenterIP() * * Input: pixs * angle (radians) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK) * Return: 0 if OK, 1 on error */ l_int32 pixRotateShearCenterIP(PIX *pixs, l_float32 angle, l_int32 incolor) { PROCNAME("pixRotateShearCenterIP"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); return pixRotateShearIP(pixs, pixGetWidth(pixs) / 2, pixGetHeight(pixs) / 2, angle, incolor); } leptonica-1.70/src/rotateam.c0000644000175000017500000003625612246236255014277 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * rotateam.c * * Grayscale and color rotation for area mapping (== interpolation) * * Rotation about the image center * PIX *pixRotateAM() * PIX *pixRotateAMColor() * PIX *pixRotateAMGray() * * Rotation about the UL corner of the image * PIX *pixRotateAMCorner() * PIX *pixRotateAMColorCorner() * PIX *pixRotateAMGrayCorner() * * Faster color rotation about the image center * PIX *pixRotateAMColorFast() * * Rotations are measured in radians; clockwise is positive. * * The basic area mapping grayscale rotation works on 8 bpp images. * For color, the same method is applied to each color separately. * This can be done in two ways: (1) as here, computing each dest * rgb pixel from the appropriate four src rgb pixels, or (2) separating * the color image into three 8 bpp images, rotate each of these, * and then combine the result. Method (1) is about 2.5x faster. * We have also implemented a fast approximation for color area-mapping * rotation (pixRotateAMColorFast()), which is about 25% faster * than the standard color rotator. If you need the extra speed, * use it. * * Area mapping works as follows. For each dest * pixel you find the 4 source pixels that it partially * covers. You then compute the dest pixel value as * the area-weighted average of those 4 source pixels. * We make two simplifying approximations: * * - For simplicity, compute the areas as if the dest * pixel were translated but not rotated. * * - Compute area overlaps on a discrete sub-pixel grid. * Because we are using 8 bpp images with 256 levels, * it is convenient to break each pixel into a * 16x16 sub-pixel grid, and count the number of * overlapped sub-pixels. * * It is interesting to note that the digital filter that * implements the area mapping algorithm for rotation * is identical to the digital filter used for linear * interpolation when arbitrarily scaling grayscale images. * * The advantage of area mapping over pixel sampling * in grayscale rotation is that the former naturally * blurs sharp edges ("anti-aliasing"), so that stair-step * artifacts are not introduced. The disadvantage is that * it is significantly slower. * * But it is still pretty fast. With standard 3 GHz hardware, * the anti-aliased (area-mapped) color rotation speed is * about 15 million pixels/sec. * * The function pixRotateAMColorFast() is about 10-20% faster * than pixRotateAMColor(). The quality is slightly worse, * and if you make many successive small rotations, with a * total angle of 360 degrees, it has been noted that the * center wanders -- it seems to be doing a 1 pixel translation * in addition to the rotation. */ #include #include "allheaders.h" static const l_float32 MIN_ANGLE_TO_ROTATE = 0.001; /* radians; ~0.06 deg */ /*------------------------------------------------------------------* * Rotation about the center * *------------------------------------------------------------------*/ /*! * pixRotateAM() * * Input: pixs (2, 4, 8 bpp gray or colormapped, or 32 bpp RGB) * angle (radians; clockwise is positive) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK) * Return: pixd, or null on error * * Notes: * (1) Rotates about image center. * (2) A positive angle gives a clockwise rotation. * (3) Brings in either black or white pixels from the boundary. */ PIX * pixRotateAM(PIX *pixs, l_float32 angle, l_int32 incolor) { l_int32 d; l_uint32 fillval; PIX *pixt1, *pixt2, *pixd; PROCNAME("pixRotateAM"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) == 1) return (PIX *)ERROR_PTR("pixs is 1 bpp", procName, NULL); if (L_ABS(angle) < MIN_ANGLE_TO_ROTATE) return pixClone(pixs); /* Remove cmap if it exists, and unpack to 8 bpp if necessary */ pixt1 = pixRemoveColormap(pixs, REMOVE_CMAP_BASED_ON_SRC); d = pixGetDepth(pixt1); if (d < 8) pixt2 = pixConvertTo8(pixt1, FALSE); else pixt2 = pixClone(pixt1); d = pixGetDepth(pixt2); /* Compute actual incoming color */ fillval = 0; if (incolor == L_BRING_IN_WHITE) { if (d == 8) fillval = 255; else /* d == 32 */ fillval = 0xffffff00; } if (d == 8) pixd = pixRotateAMGray(pixt2, angle, fillval); else /* d == 32 */ pixd = pixRotateAMColor(pixt2, angle, fillval); pixDestroy(&pixt1); pixDestroy(&pixt2); return pixd; } /*! * pixRotateAMColor() * * Input: pixs (32 bpp) * angle (radians; clockwise is positive) * colorval (e.g., 0 to bring in BLACK, 0xffffff00 for WHITE) * Return: pixd, or null on error * * Notes: * (1) Rotates about image center. * (2) A positive angle gives a clockwise rotation. * (3) Specify the color to be brought in from outside the image. */ PIX * pixRotateAMColor(PIX *pixs, l_float32 angle, l_uint32 colorval) { l_int32 w, h, wpls, wpld; l_uint32 *datas, *datad; PIX *pix1, *pix2, *pixd; PROCNAME("pixRotateAMColor"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs must be 32 bpp", procName, NULL); if (L_ABS(angle) < MIN_ANGLE_TO_ROTATE) return pixClone(pixs); pixGetDimensions(pixs, &w, &h, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); pixd = pixCreateTemplate(pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); rotateAMColorLow(datad, w, h, wpld, datas, wpls, angle, colorval); if (pixGetSpp(pixs) == 4) { pix1 = pixGetRGBComponent(pixs, L_ALPHA_CHANNEL); pix2 = pixRotateAMGray(pix1, angle, 255); /* bring in opaque */ pixSetRGBComponent(pixd, pix2, L_ALPHA_CHANNEL); pixDestroy(&pix1); pixDestroy(&pix2); } return pixd; } /*! * pixRotateAMGray() * * Input: pixs (8 bpp) * angle (radians; clockwise is positive) * grayval (0 to bring in BLACK, 255 for WHITE) * Return: pixd, or null on error * * Notes: * (1) Rotates about image center. * (2) A positive angle gives a clockwise rotation. * (3) Specify the grayvalue to be brought in from outside the image. */ PIX * pixRotateAMGray(PIX *pixs, l_float32 angle, l_uint8 grayval) { l_int32 w, h, wpls, wpld; l_uint32 *datas, *datad; PIX *pixd; PROCNAME("pixRotateAMGray"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs must be 8 bpp", procName, NULL); if (L_ABS(angle) < MIN_ANGLE_TO_ROTATE) return pixClone(pixs); pixGetDimensions(pixs, &w, &h, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); pixd = pixCreateTemplate(pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); rotateAMGrayLow(datad, w, h, wpld, datas, wpls, angle, grayval); return pixd; } /*------------------------------------------------------------------* * Rotation about the UL corner * *------------------------------------------------------------------*/ /*! * pixRotateAMCorner() * * Input: pixs (1, 2, 4, 8 bpp gray or colormapped, or 32 bpp RGB) * angle (radians; clockwise is positive) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK) * Return: pixd, or null on error * * Notes: * (1) Rotates about the UL corner of the image. * (2) A positive angle gives a clockwise rotation. * (3) Brings in either black or white pixels from the boundary. */ PIX * pixRotateAMCorner(PIX *pixs, l_float32 angle, l_int32 incolor) { l_int32 d; l_uint32 fillval; PIX *pixt1, *pixt2, *pixd; PROCNAME("pixRotateAMCorner"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (L_ABS(angle) < MIN_ANGLE_TO_ROTATE) return pixClone(pixs); /* Remove cmap if it exists, and unpack to 8 bpp if necessary */ pixt1 = pixRemoveColormap(pixs, REMOVE_CMAP_BASED_ON_SRC); d = pixGetDepth(pixt1); if (d < 8) pixt2 = pixConvertTo8(pixt1, FALSE); else pixt2 = pixClone(pixt1); d = pixGetDepth(pixt2); /* Compute actual incoming color */ fillval = 0; if (incolor == L_BRING_IN_WHITE) { if (d == 8) fillval = 255; else /* d == 32 */ fillval = 0xffffff00; } if (d == 8) pixd = pixRotateAMGrayCorner(pixt2, angle, fillval); else /* d == 32 */ pixd = pixRotateAMColorCorner(pixt2, angle, fillval); pixDestroy(&pixt1); pixDestroy(&pixt2); return pixd; } /*! * pixRotateAMColorCorner() * * Input: pixs * angle (radians; clockwise is positive) * colorval (e.g., 0 to bring in BLACK, 0xffffff00 for WHITE) * Return: pixd, or null on error * * Notes: * (1) Rotates the image about the UL corner. * (2) A positive angle gives a clockwise rotation. * (3) Specify the color to be brought in from outside the image. */ PIX * pixRotateAMColorCorner(PIX *pixs, l_float32 angle, l_uint32 fillval) { l_int32 w, h, wpls, wpld; l_uint32 *datas, *datad; PIX *pix1, *pix2, *pixd; PROCNAME("pixRotateAMColorCorner"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs must be 32 bpp", procName, NULL); if (L_ABS(angle) < MIN_ANGLE_TO_ROTATE) return pixClone(pixs); pixGetDimensions(pixs, &w, &h, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); pixd = pixCreateTemplate(pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); rotateAMColorCornerLow(datad, w, h, wpld, datas, wpls, angle, fillval); if (pixGetSpp(pixs) == 4) { pix1 = pixGetRGBComponent(pixs, L_ALPHA_CHANNEL); pix2 = pixRotateAMGrayCorner(pix1, angle, 255); /* bring in opaque */ pixSetRGBComponent(pixd, pix2, L_ALPHA_CHANNEL); pixDestroy(&pix1); pixDestroy(&pix2); } return pixd; } /*! * pixRotateAMGrayCorner() * * Input: pixs * angle (radians; clockwise is positive) * grayval (0 to bring in BLACK, 255 for WHITE) * Return: pixd, or null on error * * Notes: * (1) Rotates the image about the UL corner. * (2) A positive angle gives a clockwise rotation. * (3) Specify the grayvalue to be brought in from outside the image. */ PIX * pixRotateAMGrayCorner(PIX *pixs, l_float32 angle, l_uint8 grayval) { l_int32 w, h, wpls, wpld; l_uint32 *datas, *datad; PIX *pixd; PROCNAME("pixRotateAMGrayCorner"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs must be 8 bpp", procName, NULL); if (L_ABS(angle) < MIN_ANGLE_TO_ROTATE) return pixClone(pixs); pixGetDimensions(pixs, &w, &h, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); pixd = pixCreateTemplate(pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); rotateAMGrayCornerLow(datad, w, h, wpld, datas, wpls, angle, grayval); return pixd; } /*------------------------------------------------------------------* * Fast rotation about the center * *------------------------------------------------------------------*/ /*! * pixRotateAMColorFast() * * Input: pixs * angle (radians; clockwise is positive) * colorval (e.g., 0 to bring in BLACK, 0xffffff00 for WHITE) * Return: pixd, or null on error * * Notes: * (1) This rotates a color image about the image center. * (2) A positive angle gives a clockwise rotation. * (3) It uses area mapping, dividing each pixel into * 16 subpixels. * (4) It is about 10% to 20% faster than the more accurate linear * interpolation function pixRotateAMColor(), * which uses 256 subpixels. * (5) For some reason it shifts the image center. * No attempt is made to rotate the alpha component. * * *** Warning: implicit assumption about RGB component ordering *** */ PIX * pixRotateAMColorFast(PIX *pixs, l_float32 angle, l_uint32 colorval) { l_int32 w, h, wpls, wpld; l_uint32 *datas, *datad; PIX *pixd; PROCNAME("pixRotateAMColorFast"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs must be 32 bpp", procName, NULL); if (L_ABS(angle) < MIN_ANGLE_TO_ROTATE) return pixClone(pixs); pixGetDimensions(pixs, &w, &h, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); pixd = pixCreateTemplate(pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); rotateAMColorFastLow(datad, w, h, wpld, datas, wpls, angle, colorval); return pixd; } leptonica-1.70/src/leptwin.c0000644000175000017500000002636712060445666014151 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * leptwin.c * * This file contains Leptonica routines needed only on Microsoft Windows * * Currently it only contains one public function * (based on dibsectn.c by jmh, 03-30-98): * * HBITMAP pixGetWindowsHBITMAP(PIX *pix) */ #ifdef _WIN32 #include #include #include "allheaders.h" #include "leptwin.h" /* Macro to determine the number of bytes per line in the DIB bits. * This accounts for DWORD alignment by adding 31 bits, * then dividing by 32, then rounding up to the next highest * count of 4-bytes. Then, we multiply by 4 to get the total byte count. */ #define BYTESPERLINE(Width, BPP) ((l_int32)((((DWORD)(Width) * (DWORD)(BPP) + 31) >> 5)) << 2) /* ********************************************************************** DWORD DSImageBitsSize(LPBITMAPINFO pbmi) PARAMETERS: LPBITMAPINFO - pointer to a BITMAPINFO describing a DIB RETURNS: DWORD - the size, in bytes, of the DIB's image bits REMARKS: Calculates and returns the size, in bytes, of the image bits for the DIB described by the BITMAPINFO. ********************************************************************** */ static DWORD DSImageBitsSize(LPBITMAPINFO pbmi) { switch(pbmi->bmiHeader.biCompression) { case BI_RLE8: /* wrong if haven't called DSCreateDIBSection or * CreateDIBSection with this pbmi */ case BI_RLE4: return pbmi->bmiHeader.biSizeImage; break; default: /* should not have to use "default" */ case BI_RGB: case BI_BITFIELDS: return BYTESPERLINE(pbmi->bmiHeader.biWidth, \ pbmi->bmiHeader.biBitCount * pbmi->bmiHeader.biPlanes) * pbmi->bmiHeader.biHeight; break; } return 0; } /* ********************************************************************** DWORD ImageBitsSize(HBITMAP hbitmap) PARAMETERS: HBITMAP - hbitmap RETURNS: DWORD - the size, in bytes, of the HBITMAP's image bits REMARKS: Calculates and returns the size, in bytes, of the image bits for the DIB described by the HBITMAP. ********************************************************************** */ static DWORD ImageBitsSize(HBITMAP hBitmap) { DIBSECTION ds; GetObject(hBitmap, sizeof(DIBSECTION), &ds); switch( ds.dsBmih.biCompression ) { case BI_RLE8: /* wrong if haven't called DSCreateDIBSection or * CreateDIBSection with this pbmi */ case BI_RLE4: return ds.dsBmih.biSizeImage; break; default: /* should not have to use "default" */ case BI_RGB: case BI_BITFIELDS: return BYTESPERLINE(ds.dsBmih.biWidth, \ ds.dsBmih.biBitCount * ds.dsBmih.biPlanes) * ds.dsBmih.biHeight; break; } return 0; } /*! * setColormap(LPBITMAPINFO pbmi, PIXCMAP *cmap) * * Input: pbmi (pointer to a BITMAPINFO describing a DIB) * cmap (leptonica colormap) * Return: number of colors in cmap */ static int setColormap(LPBITMAPINFO pbmi, PIXCMAP *cmap) { l_int32 i, nColors, rval, gval, bval; nColors = pixcmapGetCount(cmap); for (i = 0; i < nColors; i++) { pixcmapGetColor(cmap, i, &rval, &gval, &bval); pbmi->bmiColors[i].rgbRed = rval; pbmi->bmiColors[i].rgbGreen = gval; pbmi->bmiColors[i].rgbBlue = bval; pbmi->bmiColors[i].rgbReserved = 0; } pbmi->bmiHeader.biClrUsed = nColors; return nColors; } /* ********************************************************************** HBITMAP DSCreateBitmapInfo(l_int32 width, l_int32 height, l_int32 depth, PIXCMAP *cmap) PARAMETERS: l_int32 width - Desired width of the DIBSection l_int32 height - Desired height of the DIBSection l_int32 depth - Desired bit-depth of the DIBSection PIXCMAP cmap - leptonica colormap for depths < 16 RETURNS: LPBITMAPINFO - a ptr to BITMAPINFO of the desired size and bit-depth NULL on failure REMARKS: Creates a BITMAPINFO based on the criteria passed in as parameters. ********************************************************************** */ static LPBITMAPINFO DSCreateBitmapInfo(l_int32 width, l_int32 height, l_int32 depth, PIXCMAP *cmap) { l_int32 nInfoSize; LPBITMAPINFO pbmi; LPDWORD pMasks; nInfoSize = sizeof(BITMAPINFOHEADER); if( depth <= 8 ) nInfoSize += sizeof(RGBQUAD) * (1 << depth); if((depth == 16) || (depth == 32)) nInfoSize += (3 * sizeof(DWORD)); /* Create the header big enough to contain color table and * bitmasks if needed. */ pbmi = (LPBITMAPINFO)malloc(nInfoSize); if (!pbmi) return NULL; ZeroMemory(pbmi, nInfoSize); pbmi->bmiHeader.biSize = sizeof(BITMAPINFOHEADER); pbmi->bmiHeader.biWidth = width; pbmi->bmiHeader.biHeight = height; pbmi->bmiHeader.biPlanes = 1; pbmi->bmiHeader.biBitCount = depth; /* override below for 16 and 32 bpp */ pbmi->bmiHeader.biCompression = BI_RGB; /* ?? not sure if this is right? */ pbmi->bmiHeader.biSizeImage = DSImageBitsSize(pbmi); pbmi->bmiHeader.biXPelsPerMeter = 0; pbmi->bmiHeader.biYPelsPerMeter = 0; pbmi->bmiHeader.biClrUsed = 0; /* override below */ pbmi->bmiHeader.biClrImportant = 0; switch(depth) { case 24: /* 24bpp requires no special handling */ break; case 16: /* if it's 16bpp, fill in the masks and override the * compression. These are the default masks -- you * could change them if needed. */ pMasks = (LPDWORD)(pbmi->bmiColors); pMasks[0] = 0x00007c00; pMasks[1] = 0x000003e0; pMasks[2] = 0x0000001f; pbmi->bmiHeader.biCompression = BI_BITFIELDS; break; case 32: /* if it's 32 bpp, fill in the masks and override * the compression */ pMasks = (LPDWORD)(pbmi->bmiColors); /*pMasks[0] = 0x00ff0000; */ /*pMasks[1] = 0x0000ff00; */ /*pMasks[2] = 0x000000ff; */ pMasks[0] = 0xff000000; pMasks[1] = 0x00ff0000; pMasks[2] = 0x0000ff00; pbmi->bmiHeader.biCompression = BI_BITFIELDS; break; case 8: case 4: case 1: setColormap(pbmi, cmap); break; } return pbmi; } /* ********************************************************************** HBITMAP DSCreateDIBSection(l_int32 width, l_int32 height, l_int32 depth, PIXCMAP *cmap) PARAMETERS: l_int32 width - Desired width of the DIBSection l_int32 height - Desired height of the DIBSection l_int32 depth - Desired bit-depth of the DIBSection PIXCMAP cmap - leptonica colormap for depths < 16 RETURNS: HBITMAP - a DIBSection HBITMAP of the desired size and bit-depth NULL on failure REMARKS: Creates a DIBSection based on the criteria passed in as parameters. ********************************************************************** */ static HBITMAP DSCreateDIBSection(l_int32 width, l_int32 height, l_int32 depth, PIXCMAP *cmap) { HBITMAP hBitmap; l_int32 nInfoSize; LPBITMAPINFO pbmi; HDC hRefDC; LPBYTE pBits; pbmi = DSCreateBitmapInfo (width, height, depth, cmap); if (!pbmi) return NULL; hRefDC = GetDC(NULL); hBitmap = CreateDIBSection(hRefDC, pbmi, DIB_RGB_COLORS, (void **) &pBits, NULL, 0); nInfoSize = GetLastError(); ReleaseDC(NULL, hRefDC); free(pbmi); return hBitmap; } /*! * pixGetWindowsHBITMAP() * * Input: pix * Return: Windows hBitmap, or null on error * * Notes: * (1) It's the responsibility of the caller to destroy the * returned hBitmap with a call to DeleteObject (or with * something that eventually calls DeleteObject). */ HBITMAP pixGetWindowsHBITMAP(PIX *pix) { l_int32 width, height, depth; l_uint32 *data; HBITMAP hBitmap = NULL; BITMAP bm; DWORD imageBitsSize; PIX *pixt = NULL; PIXCMAP *cmap; PROCNAME("pixGetWindowsHBITMAP"); if (!pix) return (HBITMAP)ERROR_PTR("pix not defined", procName, NULL); pixGetDimensions(pix, &width, &height, &depth); cmap = pixGetColormap(pix); if (depth == 24) depth = 32; if (depth == 2) { pixt = pixConvert2To8(pix, 0, 85, 170, 255, TRUE); if (!pixt) return (HBITMAP)ERROR_PTR("unable to convert pix from 2bpp to 8bpp", procName, NULL); depth = pixGetDepth(pixt); cmap = pixGetColormap(pixt); } if (depth < 16) { if (!cmap) cmap = pixcmapCreateLinear(depth, 1< #include "allheaders.h" /* --------------------------------------------*/ #if USE_PSIO /* defined in environ.h */ /* --------------------------------------------*/ /*-------------------------------------------------------------* * Convert files in a directory to PS * *-------------------------------------------------------------*/ /* * convertFilesToPS() * * Input: dirin (input directory) * substr ( substring filter on filenames; can be NULL) * res (typ. 300 or 600 ppi) * fileout (output ps file) * Return: 0 if OK, 1 on error * * Notes: * (1) This generates a PS file for all image files in a specified * directory that contain the substr pattern to be matched. * (2) Each image is written to a separate page in the output PS file. * (3) All images are written compressed: * * if tiffg4 --> use ccittg4 * * if jpeg --> use dct * * all others --> use flate * If the image is jpeg or tiffg4, we use the existing compressed * strings for the encoding; otherwise, we read the image into * a pix and flate-encode the pieces. * (4) The resolution is often confusing. It is interpreted * as the resolution of the output display device: "If the * input image were digitized at 300 ppi, what would it * look like when displayed at res ppi." So, for example, * if res = 100 ppi, then the display pixels are 3x larger * than the 300 ppi pixels, and the image will be rendered * 3x larger. * (5) The size of the PostScript file is independent of the resolution, * because the entire file is encoded. The res parameter just * tells the PS decomposer how to render the page. Therefore, * for minimum file size without loss of visual information, * if the output res is less than 300, you should downscale * the image to the output resolution before wrapping in PS. * (6) The "canvas" on which the image is rendered, at the given * output resolution, is a standard page size (8.5 x 11 in). */ l_int32 convertFilesToPS(const char *dirin, const char *substr, l_int32 res, const char *fileout) { SARRAY *sa; PROCNAME("convertFilesToPS"); if (!dirin) return ERROR_INT("dirin not defined", procName, 1); if (!fileout) return ERROR_INT("fileout not defined", procName, 1); if (res <= 0) { L_INFO("setting res to 300 ppi\n", procName); res = 300; } if (res < 10 || res > 4000) L_WARNING("res is typically in the range 300-600 ppi\n", procName); /* Get all filtered and sorted full pathnames. */ sa = getSortedPathnamesInDirectory(dirin, substr, 0, 0); /* Generate the PS file. Don't use bounding boxes. */ l_psWriteBoundingBox(FALSE); sarrayConvertFilesToPS(sa, res, fileout); l_psWriteBoundingBox(TRUE); sarrayDestroy(&sa); return 0; } /* * sarrayConvertFilesToPS() * * Input: sarray (of full path names) * res (typ. 300 or 600 ppi) * fileout (output ps file) * Return: 0 if OK, 1 on error * * Notes: * (1) See convertFilesToPS() */ l_int32 sarrayConvertFilesToPS(SARRAY *sa, l_int32 res, const char *fileout) { char *fname; l_int32 i, nfiles, index, firstfile, ret, format; PROCNAME("sarrayConvertFilesToPS"); if (!sa) return ERROR_INT("sa not defined", procName, 1); if (!fileout) return ERROR_INT("fileout not defined", procName, 1); if (res <= 0) { L_INFO("setting res to 300 ppi\n", procName); res = 300; } if (res < 10 || res > 4000) L_WARNING("res is typically in the range 300-600 ppi\n", procName); nfiles = sarrayGetCount(sa); firstfile = TRUE; for (i = 0, index = 0; i < nfiles; i++) { fname = sarrayGetString(sa, i, L_NOCOPY); ret = pixReadHeader(fname, &format, NULL, NULL, NULL, NULL, NULL); if (ret) continue; if (format == IFF_UNKNOWN) continue; writeImageCompressedToPSFile(fname, fileout, res, &firstfile, &index); } return 0; } /* * convertFilesFittedToPS() * * Input: dirin (input directory) * substr ( substring filter on filenames; can be NULL) * xpts, ypts (desired size in printer points; use 0 for default) * fileout (output ps file) * Return: 0 if OK, 1 on error * * Notes: * (1) This generates a PS file for all files in a specified directory * that contain the substr pattern to be matched. * (2) Each image is written to a separate page in the output PS file. * (3) All images are written compressed: * * if tiffg4 --> use ccittg4 * * if jpeg --> use dct * * all others --> use flate * If the image is jpeg or tiffg4, we use the existing compressed * strings for the encoding; otherwise, we read the image into * a pix and flate-encode the pieces. * (4) The resolution is internally determined such that the images * are rendered, in at least one direction, at 100% of the given * size in printer points. Use 0.0 for xpts or ypts to get * the default value, which is 612.0 or 792.0, rsp. * (5) The size of the PostScript file is independent of the resolution, * because the entire file is encoded. The @xpts and @ypts * parameter tells the PS decomposer how to render the page. */ l_int32 convertFilesFittedToPS(const char *dirin, const char *substr, l_float32 xpts, l_float32 ypts, const char *fileout) { SARRAY *sa; PROCNAME("convertFilesFittedToPS"); if (!dirin) return ERROR_INT("dirin not defined", procName, 1); if (!fileout) return ERROR_INT("fileout not defined", procName, 1); if (xpts <= 0.0) { L_INFO("setting xpts to 612.0 ppi\n", procName); xpts = 612.0; } if (ypts <= 0.0) { L_INFO("setting ypts to 792.0 ppi\n", procName); ypts = 792.0; } if (xpts < 100.0 || xpts > 2000.0 || ypts < 100.0 || ypts > 2000.0) L_WARNING("xpts,ypts are typically in the range 500-800\n", procName); /* Get all filtered and sorted full pathnames. */ sa = getSortedPathnamesInDirectory(dirin, substr, 0, 0); /* Generate the PS file. Don't use bounding boxes. */ l_psWriteBoundingBox(FALSE); sarrayConvertFilesFittedToPS(sa, xpts, ypts, fileout); l_psWriteBoundingBox(TRUE); sarrayDestroy(&sa); return 0; } /* * sarrayConvertFilesFittedToPS() * * Input: sarray (of full path names) * xpts, ypts (desired size in printer points; use 0 for default) * fileout (output ps file) * Return: 0 if OK, 1 on error * * Notes: * (1) See convertFilesFittedToPS() */ l_int32 sarrayConvertFilesFittedToPS(SARRAY *sa, l_float32 xpts, l_float32 ypts, const char *fileout) { char *fname; l_int32 ret, i, w, h, nfiles, index, firstfile, format, res; PROCNAME("sarrayConvertFilesFittedToPS"); if (!sa) return ERROR_INT("sa not defined", procName, 1); if (!fileout) return ERROR_INT("fileout not defined", procName, 1); if (xpts <= 0.0) { L_INFO("setting xpts to 612.0\n", procName); xpts = 612.0; } if (ypts <= 0.0) { L_INFO("setting ypts to 792.0\n", procName); ypts = 792.0; } if (xpts < 100.0 || xpts > 2000.0 || ypts < 100.0 || ypts > 2000.0) L_WARNING("xpts,ypts are typically in the range 500-800\n", procName); nfiles = sarrayGetCount(sa); firstfile = TRUE; for (i = 0, index = 0; i < nfiles; i++) { fname = sarrayGetString(sa, i, L_NOCOPY); ret = pixReadHeader(fname, &format, &w, &h, NULL, NULL, NULL); if (ret) continue; if (format == IFF_UNKNOWN) continue; /* Be sure the entire image is wrapped */ if (xpts * h < ypts * w) res = (l_int32)((l_float32)w * 72.0 / xpts); else res = (l_int32)((l_float32)h * 72.0 / ypts); writeImageCompressedToPSFile(fname, fileout, res, &firstfile, &index); } return 0; } /* * writeImageCompressedToPSFile() * * Input: filein (input image file) * fileout (output ps file) * res (output printer resolution) * &firstfile ( 1 if the first image; * 0 otherwise) * &index ( index of image in output ps file) * Return: 0 if OK, 1 on error * * Notes: * (1) This wraps a single page image in PS. * (2) The input file can be in any format. It is compressed as follows: * * if in tiffg4 --> use ccittg4 * * if in jpeg --> use dct * * all others --> use flate * (3) Before the first call, set @firstpage = 1. After writing * the first page, it will be set to 0. * (4) @index is incremented if the page is successfully written. */ l_int32 writeImageCompressedToPSFile(const char *filein, const char *fileout, l_int32 res, l_int32 *pfirstfile, l_int32 *pindex) { const char *op; l_int32 format, retval; PROCNAME("writeImageCompressedToPSFile"); if (!pfirstfile || !pindex) return ERROR_INT("&firstfile and &index not defined", procName, 1); findFileFormat(filein, &format); if (format == IFF_UNKNOWN) { L_ERROR("format of %s not known\n", procName, filein); return 1; } op = (*pfirstfile == TRUE) ? "w" : "a"; if (format == IFF_JFIF_JPEG) { retval = convertJpegToPS(filein, fileout, op, 0, 0, res, 1.0, *pindex + 1, TRUE); if (retval == 0) { *pfirstfile = FALSE; (*pindex)++; } } else if (format == IFF_TIFF_G4) { retval = convertG4ToPS(filein, fileout, op, 0, 0, res, 1.0, *pindex + 1, FALSE, TRUE); if (retval == 0) { *pfirstfile = FALSE; (*pindex)++; } } else { /* all other image formats */ retval = convertFlateToPS(filein, fileout, op, 0, 0, res, 1.0, *pindex + 1, TRUE); if (retval == 0) { *pfirstfile = FALSE; (*pindex)++; } } return retval; } /*-------------------------------------------------------------* * Convert mixed text/image files to PS * *-------------------------------------------------------------*/ /* * convertSegmentedPagesToPS() * * Input: pagedir (input page image directory) * pagestr ( substring filter on page filenames; * can be NULL) * maskdir (input mask image directory) * maskstr ( substring filter on mask filenames; * can be NULL) * numpre (number of characters in name before number) * numpost (number of characters in name after number) * maxnum (only consider page numbers up to this value) * textscale (scale of text output relative to pixs) * imagescale (scale of image output relative to pixs) * threshold (for binarization; typ. about 190; 0 for default) * fileout (output ps file) * Return: 0 if OK, 1 on error * * Notes: * (1) This generates a PS file for all page image and mask files in two * specified directories and that contain the page numbers as * specified below. The two directories can be the same, in which * case the page and mask files are differentiated by the two * substrings for string matches. * (2) The page images are taken in lexicographic order. * Mask images whose numbers match the page images are used to * segment the page images. Page images without a matching * mask image are scaled, thresholded and rendered entirely as text. * (3) Each PS page is generated as a compressed representation of * the page image, where the part of the image under the mask * is suitably scaled and compressed as DCT (i.e., jpeg), and * the remaining part of the page is suitably scaled, thresholded, * compressed as G4 (i.e., tiff g4), and rendered by painting * black through the resulting text mask. * (4) The scaling is typically 2x down for the DCT component * (@imagescale = 0.5) and 2x up for the G4 component * (@textscale = 2.0). * (5) The resolution is automatically set to fit to a * letter-size (8.5 x 11 inch) page. * (6) Both the DCT and the G4 encoding are PostScript level 2. * (7) It is assumed that the page number is contained within * the basename (the filename without directory or extension). * @numpre is the number of characters in the basename * preceeding the actual page numer; @numpost is the number * following the page number. Note: the same numbers must be * applied to both the page and mask image names. * (8) To render a page as is -- that is, with no thresholding * of any pixels -- use a mask in the mask directory that is * full size with all pixels set to 1. If the page is 1 bpp, * it is not necessary to have a mask. */ l_int32 convertSegmentedPagesToPS(const char *pagedir, const char *pagestr, const char *maskdir, const char *maskstr, l_int32 numpre, l_int32 numpost, l_int32 maxnum, l_float32 textscale, l_float32 imagescale, l_int32 threshold, const char *fileout) { l_int32 pageno, i, npages; PIX *pixs, *pixm; SARRAY *sapage, *samask; PROCNAME("convertSegmentedPagesToPS"); if (!pagedir) return ERROR_INT("pagedir not defined", procName, 1); if (!maskdir) return ERROR_INT("maskdir not defined", procName, 1); if (!fileout) return ERROR_INT("fileout not defined", procName, 1); if (threshold <= 0) { L_INFO("setting threshold to 190\n", procName); threshold = 190; } /* Get numbered full pathnames; max size of sarray is maxnum */ sapage = getNumberedPathnamesInDirectory(pagedir, pagestr, numpre, numpost, maxnum); samask = getNumberedPathnamesInDirectory(maskdir, maskstr, numpre, numpost, maxnum); sarrayPadToSameSize(sapage, samask, (char *)""); if ((npages = sarrayGetCount(sapage)) == 0) { sarrayDestroy(&sapage); sarrayDestroy(&samask); return ERROR_INT("no matching pages found", procName, 1); } /* Generate the PS file */ pageno = 1; for (i = 0; i < npages; i++) { if ((pixs = pixReadIndexed(sapage, i)) == NULL) continue; pixm = pixReadIndexed(samask, i); pixWriteSegmentedPageToPS(pixs, pixm, textscale, imagescale, threshold, pageno, fileout); pixDestroy(&pixs); pixDestroy(&pixm); pageno++; } sarrayDestroy(&sapage); sarrayDestroy(&samask); return 0; } /* * pixWriteSegmentedPageToPS() * * Input: pixs (all depths; colormap ok) * pixm ( 1 bpp segmentation mask over image region) * textscale (scale of text output relative to pixs) * imagescale (scale of image output relative to pixs) * threshold (threshold for binarization; typ. 190) * pageno (page number in set; use 1 for new output file) * fileout (output ps file) * Return: 0 if OK, 1 on error * * Notes: * (1) This generates the PS string for a mixed text/image page, * and adds it to an existing file if @pageno > 1. * The PS output is determined by fitting the result to * a letter-size (8.5 x 11 inch) page. * (2) The two images (pixs and pixm) are at the same resolution * (typically 300 ppi). They are used to generate two compressed * images, pixb and pixc, that are put directly into the output * PS file. * (3) pixb is the text component. In the PostScript world, we think of * it as a mask through which we paint black. It is produced by * scaling pixs by @textscale, and thresholding to 1 bpp. * (4) pixc is the image component, which is that part of pixs under * the mask pixm. It is scaled from pixs by @imagescale. * (5) Typical values are textscale = 2.0 and imagescale = 0.5. * (6) If pixm == NULL, the page has only text. If it is all black, * the page is all image and has no text. * (7) This can be used to write a multi-page PS file, by using * sequential page numbers with the same output file. It can * also be used to write separate PS files for each page, * by using different output files with @pageno = 0 or 1. */ l_int32 pixWriteSegmentedPageToPS(PIX *pixs, PIX *pixm, l_float32 textscale, l_float32 imagescale, l_int32 threshold, l_int32 pageno, const char *fileout) { l_int32 alltext, notext, d, ret; l_uint32 val; l_float32 scaleratio; PIX *pixmi, *pixmis, *pixt, *pixg, *pixsc, *pixb, *pixc; PROCNAME("pixWriteSegmentedPageToPS"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!fileout) return ERROR_INT("fileout not defined", procName, 1); if (imagescale <= 0.0 || textscale <= 0.0) return ERROR_INT("relative scales must be > 0.0", procName, 1); /* Analyze the page. Determine the ratio by which the * binary text mask is scaled relative to the image part. * If there is no image region (alltext == TRUE), the * text mask will be rendered directly to fit the page, * and scaleratio = 1.0. */ alltext = TRUE; notext = FALSE; scaleratio = 1.0; if (pixm) { pixZero(pixm, &alltext); /* pixm empty: all text */ if (alltext) { pixm = NULL; /* treat it as not existing here */ } else { pixmi = pixInvert(NULL, pixm); pixZero(pixmi, ¬ext); /* pixm full; no text */ pixDestroy(&pixmi); scaleratio = textscale / imagescale; } } if (pixGetDepth(pixs) == 1) { /* render tiff g4 */ pixb = pixClone(pixs); pixc = NULL; } else { pixt = pixConvertTo8Or32(pixs, 0, 0); /* this can be a clone of pixs */ /* Get the binary text mask. Note that pixg cannot be a * clone of pixs, because it may be altered by pixSetMasked(). */ pixb = NULL; if (notext == FALSE) { d = pixGetDepth(pixt); if (d == 8) pixg = pixCopy(NULL, pixt); else /* d == 32 */ pixg = pixConvertRGBToLuminance(pixt); if (pixm) /* clear out the image parts */ pixSetMasked(pixg, pixm, 255); if (textscale == 1.0) pixsc = pixClone(pixg); else if (textscale >= 0.7) pixsc = pixScaleGrayLI(pixg, textscale, textscale); else pixsc = pixScaleAreaMap(pixg, textscale, textscale); pixb = pixThresholdToBinary(pixsc, threshold); pixDestroy(&pixg); pixDestroy(&pixsc); } /* Get the scaled image region */ pixc = NULL; if (pixm) { if (imagescale == 1.0) pixsc = pixClone(pixt); /* can possibly be a clone of pixs */ else pixsc = pixScale(pixt, imagescale, imagescale); /* If pixm is not full, clear the pixels in pixsc * corresponding to bg in pixm, where there can be text * that is written through the mask pixb. Note that * we could skip this and use pixsc directly in * pixWriteMixedToPS(); however, clearing these * non-image regions to a white background will reduce * the size of pixc (relative to pixsc), and hence * reduce the size of the PS file that is generated. * Use a copy so that we don't accidentally alter pixs. */ if (notext == FALSE) { pixmis = pixScale(pixm, imagescale, imagescale); pixmi = pixInvert(NULL, pixmis); val = (d == 8) ? 0xff : 0xffffff00; pixc = pixCopy(NULL, pixsc); pixSetMasked(pixc, pixmi, val); /* clear non-image part */ pixDestroy(&pixmis); pixDestroy(&pixmi); } else { pixc = pixClone(pixsc); } pixDestroy(&pixsc); } pixDestroy(&pixt); } /* Generate the PS file. Don't use bounding boxes. */ l_psWriteBoundingBox(FALSE); ret = pixWriteMixedToPS(pixb, pixc, scaleratio, pageno, fileout); l_psWriteBoundingBox(TRUE); pixDestroy(&pixb); pixDestroy(&pixc); return ret; } /* * pixWriteMixedToPS() * * Input: pixb ( 1 bpp "mask"; typically for text) * pixc ( 8 or 32 bpp image regions) * scale (relative scale factor for rendering pixb * relative to pixc; typ. 4.0) * pageno (page number in set; use 1 for new output file) * fileout (output ps file) * Return: 0 if OK, 1 on error * * Notes: * (1) This low level function generates the PS string for a mixed * text/image page, and adds it to an existing file if * @pageno > 1. * (2) The two images (pixb and pixc) are typically generated at the * resolution that they will be rendered in the PS file. * (3) pixb is the text component. In the PostScript world, we think of * it as a mask through which we paint black. * (4) pixc is the (typically halftone) image component. It is * white in the rest of the page. To minimize the size of the * PS file, it should be rendered at a resolution that is at * least equal to its actual resolution. * (5) @scale gives the ratio of resolution of pixb to pixc. * Typical resolutions are: 600 ppi for pixb, 150 ppi for pixc; * so @scale = 4.0. If one of the images is not defined, * the value of @scale is ignored. * (6) We write pixc with DCT compression (jpeg). This is followed * by painting the text as black through the mask pixb. If * pixc doesn't exist (alltext), we write the text with the * PS "image" operator instead of the "imagemask" operator, * because ghostscript's ps2pdf is flaky when the latter is used. * (7) The actual output resolution is determined by fitting the * result to a letter-size (8.5 x 11 inch) page. */ l_int32 pixWriteMixedToPS(PIX *pixb, PIX *pixc, l_float32 scale, l_int32 pageno, const char *fileout) { const char tnameb[] = "/tmp/junk_pix_write_mixed.tif"; const char tnamec[] = "/tmp/junk_pix_write_mixed.jpg"; const char *op; l_int32 resb, resc, endpage, maskop, ret; PROCNAME("pixWriteMixedToPS"); if (!pixb && !pixc) return ERROR_INT("pixb and pixc both undefined", procName, 1); if (!fileout) return ERROR_INT("fileout not defined", procName, 1); /* Compute the resolution that fills a letter-size page. */ if (!pixc) { resb = getResLetterPage(pixGetWidth(pixb), pixGetHeight(pixb), 0); } else { resc = getResLetterPage(pixGetWidth(pixc), pixGetHeight(pixc), 0); if (pixb) resb = (l_int32)(scale * resc); } /* Write the jpeg image first */ if (pixc) { pixWrite(tnamec, pixc, IFF_JFIF_JPEG); endpage = (pixb) ? FALSE : TRUE; op = (pageno <= 1) ? "w" : "a"; ret = convertJpegToPS(tnamec, fileout, op, 0, 0, resc, 1.0, pageno, endpage); if (ret) return ERROR_INT("jpeg data not written", procName, 1); } /* Write the binary data, either directly or, if there is * a jpeg image on the page, through the mask. */ if (pixb) { pixWrite(tnameb, pixb, IFF_TIFF_G4); op = (pageno <= 1 && !pixc) ? "w" : "a"; maskop = (pixc) ? 1 : 0; ret = convertG4ToPS(tnameb, fileout, op, 0, 0, resb, 1.0, pageno, maskop, 1); if (ret) return ERROR_INT("tiff data not written", procName, 1); } return 0; } /*-------------------------------------------------------------* * Convert any image file to PS for embedding * *-------------------------------------------------------------*/ /* * convertToPSEmbed() * * Input: filein (input image file -- any format) * fileout (output ps file) * level (compression: 1 (uncompressed), 2 or 3) * Return: 0 if OK, 1 on error * * Notes: * (1) This is a wrapper function that generates a PS file with * a bounding box, from any input image file. * (2) Do the best job of compression given the specified level. * @level=3 does flate compression on anything that is not * tiffg4 (1 bpp) or jpeg (8 bpp or rgb). * (3) If @level=2 and the file is not tiffg4 or jpeg, it will * first be written to file as jpeg with quality = 75. * This will remove the colormap and cause some degradation * in the image. * (4) The bounding box is required when a program such as TeX * (through epsf) places and rescales the image. It is * sized for fitting the image to an 8.5 x 11.0 inch page. */ l_int32 convertToPSEmbed(const char *filein, const char *fileout, l_int32 level) { const char nametif[] = "/tmp/junk_convert_ps_embed.tif"; const char namejpg[] = "/tmp/junk_convert_ps_embed.jpg"; l_int32 d, format; PIX *pix, *pixs; PROCNAME("convertToPSEmbed"); if (!filein) return ERROR_INT("filein not defined", procName, 1); if (!fileout) return ERROR_INT("fileout not defined", procName, 1); if (level != 1 && level != 2 && level != 3) { L_ERROR("invalid level specified; using level 2\n", procName); level = 2; } if (level == 1) { /* no compression */ pixWritePSEmbed(filein, fileout); return 0; } /* Find the format and write out directly if in jpeg or tiff g4 */ findFileFormat(filein, &format); if (format == IFF_JFIF_JPEG) { convertJpegToPSEmbed(filein, fileout); return 0; } else if (format == IFF_TIFF_G4) { convertG4ToPSEmbed(filein, fileout); return 0; } else if (format == IFF_UNKNOWN) { L_ERROR("format of %s not known\n", procName, filein); return 1; } /* If level 3, flate encode. */ if (level == 3) { convertFlateToPSEmbed(filein, fileout); return 0; } /* OK, it's level 2, so we must convert to jpeg or tiff g4 */ if ((pixs = pixRead(filein)) == NULL) return ERROR_INT("image not read from file", procName, 1); d = pixGetDepth(pixs); if ((d == 2 || d == 4) && !pixGetColormap(pixs)) pix = pixConvertTo8(pixs, 0); else if (d == 16) pix = pixConvert16To8(pixs, 1); else pix = pixRemoveColormap(pixs, REMOVE_CMAP_BASED_ON_SRC); d = pixGetDepth(pix); if (d == 1) { pixWrite(nametif, pix, IFF_TIFF_G4); convertG4ToPSEmbed(nametif, fileout); } else { pixWrite(namejpg, pix, IFF_JFIF_JPEG); convertJpegToPSEmbed(namejpg, fileout); } pixDestroy(&pix); pixDestroy(&pixs); return 0; } /*-------------------------------------------------------------* * Write all images in a pixa out to PS * *-------------------------------------------------------------*/ /* * pixaWriteCompressedToPS() * * Input: pixa (any set of images) * fileout (output ps file) * res (of input image) * level (compression: 2 or 3) * Return: 0 if OK, 1 on error * * Notes: * (1) This generates a PS file of multiple page images, all * with bounding boxes. * (2) It compresses to: * cmap + level2: jpeg * cmap + level3: flate * 1 bpp: tiffg4 * 2 or 4 bpp + level2: jpeg * 2 or 4 bpp + level3: flate * 8 bpp: jpeg * 16 bpp: flate * 32 bpp: jpeg * (3) To generate a pdf, use: ps2pdf */ l_int32 pixaWriteCompressedToPS(PIXA *pixa, const char *fileout, l_int32 res, l_int32 level) { char *tname, *g4_name, *jpeg_name, *png_name; l_int32 i, n, firstfile, index, writeout, d; PIX *pix, *pixt; PIXCMAP *cmap; PROCNAME("pixaWriteCompressedToPS"); if (!pixa) return ERROR_INT("pixa not defined", procName, 1); if (!fileout) return ERROR_INT("fileout not defined", procName, 1); if (level != 2 && level != 3) { L_ERROR("only levels 2 and 3 permitted; using level 2\n", procName); level = 2; } n = pixaGetCount(pixa); firstfile = TRUE; index = 0; g4_name = genTempFilename("/tmp", "temp_compr.tif", 0, 0); jpeg_name = genTempFilename("/tmp", "temp_compr.jpg", 0, 0); png_name = genTempFilename("/tmp", "temp_compr.png", 0, 0); for (i = 0; i < n; i++) { writeout = TRUE; pix = pixaGetPix(pixa, i, L_CLONE); d = pixGetDepth(pix); cmap = pixGetColormap(pix); if (d == 1) { tname = g4_name; pixWrite(tname, pix, IFF_TIFF_G4); } else if (cmap) { if (level == 2) { pixt = pixConvertForPSWrap(pix); tname = jpeg_name; pixWrite(tname, pixt, IFF_JFIF_JPEG); pixDestroy(&pixt); } else { /* level == 3 */ tname = png_name; pixWrite(tname, pix, IFF_PNG); } } else if (d == 16) { if (level == 2) L_WARNING("d = 16; must write out flate\n", procName); tname = png_name; pixWrite(tname, pix, IFF_PNG); } else if (d == 2 || d == 4) { if (level == 2) { pixt = pixConvertTo8(pix, 0); tname = jpeg_name; pixWrite(tname, pixt, IFF_JFIF_JPEG); pixDestroy(&pixt); } else { /* level == 3 */ tname = png_name; pixWrite(tname, pix, IFF_PNG); } } else if (d == 8 || d == 32) { tname = jpeg_name; pixWrite(tname, pix, IFF_JFIF_JPEG); } else { /* shouldn't happen */ L_ERROR("invalid depth: %d\n", procName, d); writeout = FALSE; } pixDestroy(&pix); if (writeout) writeImageCompressedToPSFile(tname, fileout, res, &firstfile, &index); } FREE(g4_name); FREE(jpeg_name); FREE(png_name); return 0; } /* --------------------------------------------*/ #endif /* USE_PSIO */ /* --------------------------------------------*/ leptonica-1.70/src/morphdwa.c0000644000175000017500000017247312244204105014271 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * morphdwa.c * * Binary morphological (dwa) ops with brick Sels * PIX *pixDilateBrickDwa() * PIX *pixErodeBrickDwa() * PIX *pixOpenBrickDwa() * PIX *pixCloseBrickDwa() * * Binary composite morphological (dwa) ops with brick Sels * PIX *pixDilateCompBrickDwa() * PIX *pixErodeCompBrickDwa() * PIX *pixOpenCompBrickDwa() * PIX *pixCloseCompBrickDwa() * * Binary extended composite morphological (dwa) ops with brick Sels * PIX *pixDilateCompBrickExtendDwa() * PIX *pixErodeCompBrickExtendDwa() * PIX *pixOpenCompBrickExtendDwa() * PIX *pixCloseCompBrickExtendDwa() * l_int32 getExtendedCompositeParameters() * * These are higher-level interfaces for dwa morphology with brick Sels. * Because many morphological operations are performed using * separable brick Sels, it is useful to have a simple interface * for this. * * We have included all 58 of the brick Sels that are generated * by selaAddBasic(). These are sufficient for all the decomposable * bricks up to size 63, which is the limit for dwa Sels with * origins at the center of the Sel. * * All three sets can be used as the basic interface for general * brick operations. Here are the internal calling sequences: * * (1) If you try to apply a non-decomposable operation, such as * pixErodeBrickDwa(), with a Sel size that doesn't exist, * this calls a decomposable operation, pixErodeCompBrickDwa(), * instead. This can differ in linear Sel size by up to * 2 pixels from the request. * * (2) If either Sel brick dimension is greater than 63, the extended * composite function is called. * * (3) The extended composite function calls the composite function * a number of times with size 63, and once with size < 63. * Because each operation with a size of 63 is done compositely * with 7 x 9 (exactly 63), the net result is correct in * length to within 2 pixels. * * For composite operations, both using a comb and extended (beyond 63), * horizontal and vertical operations are composed separately * and sequentially. * * We have also included use of all the 76 comb Sels that are generated * by selaAddDwaCombs(). The generated code is in dwacomb.2.c * and dwacomblow.2.c. These are used for the composite dwa * brick operations. * * The non-composite brick operations, such as pixDilateBrickDwa(), * will call the associated composite operation in situations where * the requisite brick Sel has not been compiled into fmorphgen*.1.c. * * If you want to use brick Sels that are not represented in the * basic set of 58, you must generate the dwa code to implement them. * You have three choices for how to use these: * * (1) Add both the new Sels and the dwa code to the library: * - For simplicity, add your new brick Sels to those defined * in selaAddBasic(). * - Recompile the library. * - Make prog/fmorphautogen. * - Run prog/fmorphautogen, to generate new versions of the * dwa code in fmorphgen.1.c and fmorphgenlow.1.c. * - Copy these two files to src. * - Recompile the library again. * - Use the new brick Sels in your program and compile it. * * (2) Make both the new Sels and dwa code outside the library, * and link it directly to an executable: * - Write a function to generate the new Sels in a Sela, and call * fmorphautogen(sela, , filename) to generate the code. * - Compile your program that uses the newly generated function * pixMorphDwa_(), and link to the two new C files. * * (3) Make the new Sels in the library and use the dwa code outside it: * - Add code in the library to generate your new brick Sels. * (It is suggested that you NOT add these Sels to the * selaAddBasic() function; write a new function that generates * a new Sela.) * - Recompile the library. * - Write a small program that generates the Sela and calls * fmorphautogen(sela, , filename) to generate the code. * - Compile your program that uses the newly generated function * pixMorphDwa_(), and link to the two new C files. * As an example of this approach, see prog/dwamorph*_reg.c: * - added selaAddDwaLinear() to sel2.c * - wrote dwamorph1_reg.c, to generate the dwa code. * - compiled and linked the generated code with the application, * dwamorph2_reg.c. (Note: because this was a regression test, * dwamorph1_reg also builds and runs the application program.) */ #include "allheaders.h" #ifndef NO_CONSOLE_IO #define DEBUG_SEL_LOOKUP 0 #endif /* ~NO_CONSOLE_IO */ /*-----------------------------------------------------------------* * Binary morphological (dwa) ops with brick Sels * *-----------------------------------------------------------------*/ /*! * pixDilateBrickDwa() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * hsize (width of brick Sel) * vsize (height of brick Sel) * Return: pixd * * Notes: * (1) These implement 2D brick Sels, using linear Sels generated * with selaAddBasic(). * (2) A brick Sel has hits for all elements. * (3) The origin of the Sel is at (x, y) = (hsize/2, vsize/2) * (4) Do separably if both hsize and vsize are > 1. * (5) It is necessary that both horizontal and vertical Sels * of the input size are defined in the basic sela. * (6) There are three cases: * (a) pixd == null (result into new pixd) * (b) pixd == pixs (in-place; writes result back to pixs) * (c) pixd != pixs (puts result into existing pixd) * (7) For clarity, if the case is known, use these patterns: * (a) pixd = pixDilateBrickDwa(NULL, pixs, ...); * (b) pixDilateBrickDwa(pixs, pixs, ...); * (c) pixDilateBrickDwa(pixd, pixs, ...); * (8) The size of pixd is determined by pixs. * (9) If either linear Sel is not found, this calls * the appropriate decomposible function. */ PIX * pixDilateBrickDwa(PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize) { l_int32 found; char *selnameh, *selnamev; SELA *sela; PIX *pixt1, *pixt2, *pixt3; PROCNAME("pixDilateBrickDwa"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, pixd); if (hsize < 1 || vsize < 1) return (PIX *)ERROR_PTR("hsize and vsize not >= 1", procName, pixd); if (hsize == 1 && vsize == 1) return pixCopy(pixd, pixs); sela = selaAddBasic(NULL); found = TRUE; selnameh = selnamev = NULL; if (hsize > 1) { selnameh = selaGetBrickName(sela, hsize, 1); if (!selnameh) found = FALSE; } if (vsize > 1) { selnamev = selaGetBrickName(sela, 1, vsize); if (!selnamev) found = FALSE; } selaDestroy(&sela); if (!found) { L_INFO("Calling the decomposable dwa function\n", procName); if (selnameh) FREE(selnameh); if (selnamev) FREE(selnamev); return pixDilateCompBrickDwa(pixd, pixs, hsize, vsize); } if (vsize == 1) { pixt2 = pixMorphDwa_1(NULL, pixs, L_MORPH_DILATE, selnameh); FREE(selnameh); } else if (hsize == 1) { pixt2 = pixMorphDwa_1(NULL, pixs, L_MORPH_DILATE, selnamev); FREE(selnamev); } else { pixt1 = pixAddBorder(pixs, 32, 0); pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_DILATE, selnameh); pixFMorphopGen_1(pixt1, pixt3, L_MORPH_DILATE, selnamev); pixt2 = pixRemoveBorder(pixt1, 32); pixDestroy(&pixt1); pixDestroy(&pixt3); FREE(selnameh); FREE(selnamev); } if (!pixd) return pixt2; pixTransferAllData(pixd, &pixt2, 0, 0); return pixd; } /*! * pixErodeBrickDwa() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * hsize (width of brick Sel) * vsize (height of brick Sel) * Return: pixd * * Notes: * (1) These implement 2D brick Sels, using linear Sels generated * with selaAddBasic(). * (2) A brick Sel has hits for all elements. * (3) The origin of the Sel is at (x, y) = (hsize/2, vsize/2) * (4) Do separably if both hsize and vsize are > 1. * (5) It is necessary that both horizontal and vertical Sels * of the input size are defined in the basic sela. * (6) Note that we must always set or clear the border pixels * before each operation, depending on the the b.c. * (symmetric or asymmetric). * (7) There are three cases: * (a) pixd == null (result into new pixd) * (b) pixd == pixs (in-place; writes result back to pixs) * (c) pixd != pixs (puts result into existing pixd) * (8) For clarity, if the case is known, use these patterns: * (a) pixd = pixErodeBrickDwa(NULL, pixs, ...); * (b) pixErodeBrickDwa(pixs, pixs, ...); * (c) pixErodeBrickDwa(pixd, pixs, ...); * (9) The size of the result is determined by pixs. * (10) If either linear Sel is not found, this calls * the appropriate decomposible function. */ PIX * pixErodeBrickDwa(PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize) { l_int32 found; char *selnameh, *selnamev; SELA *sela; PIX *pixt1, *pixt2, *pixt3; PROCNAME("pixErodeBrickDwa"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, pixd); if (hsize < 1 || vsize < 1) return (PIX *)ERROR_PTR("hsize and vsize not >= 1", procName, pixd); if (hsize == 1 && vsize == 1) return pixCopy(pixd, pixs); sela = selaAddBasic(NULL); found = TRUE; selnameh = selnamev = NULL; if (hsize > 1) { selnameh = selaGetBrickName(sela, hsize, 1); if (!selnameh) found = FALSE; } if (vsize > 1) { selnamev = selaGetBrickName(sela, 1, vsize); if (!selnamev) found = FALSE; } selaDestroy(&sela); if (!found) { L_INFO("Calling the decomposable dwa function\n", procName); if (selnameh) FREE(selnameh); if (selnamev) FREE(selnamev); return pixErodeCompBrickDwa(pixd, pixs, hsize, vsize); } if (vsize == 1) { pixt2 = pixMorphDwa_1(NULL, pixs, L_MORPH_ERODE, selnameh); FREE(selnameh); } else if (hsize == 1) { pixt2 = pixMorphDwa_1(NULL, pixs, L_MORPH_ERODE, selnamev); FREE(selnamev); } else { pixt1 = pixAddBorder(pixs, 32, 0); pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_ERODE, selnameh); pixFMorphopGen_1(pixt1, pixt3, L_MORPH_ERODE, selnamev); pixt2 = pixRemoveBorder(pixt1, 32); pixDestroy(&pixt1); pixDestroy(&pixt3); FREE(selnameh); FREE(selnamev); } if (!pixd) return pixt2; pixTransferAllData(pixd, &pixt2, 0, 0); return pixd; } /*! * pixOpenBrickDwa() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * hsize (width of brick Sel) * vsize (height of brick Sel) * Return: pixd * * Notes: * (1) These implement 2D brick Sels, using linear Sels generated * with selaAddBasic(). * (2) A brick Sel has hits for all elements. * (3) The origin of the Sel is at (x, y) = (hsize/2, vsize/2) * (4) Do separably if both hsize and vsize are > 1. * (5) It is necessary that both horizontal and vertical Sels * of the input size are defined in the basic sela. * (6) Note that we must always set or clear the border pixels * before each operation, depending on the the b.c. * (symmetric or asymmetric). * (7) There are three cases: * (a) pixd == null (result into new pixd) * (b) pixd == pixs (in-place; writes result back to pixs) * (c) pixd != pixs (puts result into existing pixd) * (8) For clarity, if the case is known, use these patterns: * (a) pixd = pixOpenBrickDwa(NULL, pixs, ...); * (b) pixOpenBrickDwa(pixs, pixs, ...); * (c) pixOpenBrickDwa(pixd, pixs, ...); * (9) The size of the result is determined by pixs. * (10) If either linear Sel is not found, this calls * the appropriate decomposible function. */ PIX * pixOpenBrickDwa(PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize) { l_int32 found; char *selnameh, *selnamev; SELA *sela; PIX *pixt1, *pixt2, *pixt3; PROCNAME("pixOpenBrickDwa"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, pixd); if (hsize < 1 || vsize < 1) return (PIX *)ERROR_PTR("hsize and vsize not >= 1", procName, pixd); if (hsize == 1 && vsize == 1) return pixCopy(pixd, pixs); sela = selaAddBasic(NULL); found = TRUE; selnameh = selnamev = NULL; if (hsize > 1) { selnameh = selaGetBrickName(sela, hsize, 1); if (!selnameh) found = FALSE; } if (vsize > 1) { selnamev = selaGetBrickName(sela, 1, vsize); if (!selnamev) found = FALSE; } selaDestroy(&sela); if (!found) { L_INFO("Calling the decomposable dwa function\n", procName); if (selnameh) FREE(selnameh); if (selnamev) FREE(selnamev); return pixOpenCompBrickDwa(pixd, pixs, hsize, vsize); } pixt1 = pixAddBorder(pixs, 32, 0); if (vsize == 1) { /* horizontal only */ pixt2 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_OPEN, selnameh); FREE(selnameh); } else if (hsize == 1) { /* vertical only */ pixt2 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_OPEN, selnamev); FREE(selnamev); } else { /* do separable */ pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_ERODE, selnameh); pixt2 = pixFMorphopGen_1(NULL, pixt3, L_MORPH_ERODE, selnamev); pixFMorphopGen_1(pixt3, pixt2, L_MORPH_DILATE, selnameh); pixFMorphopGen_1(pixt2, pixt3, L_MORPH_DILATE, selnamev); FREE(selnameh); FREE(selnamev); pixDestroy(&pixt3); } pixt3 = pixRemoveBorder(pixt2, 32); pixDestroy(&pixt1); pixDestroy(&pixt2); if (!pixd) return pixt3; pixTransferAllData(pixd, &pixt3, 0, 0); return pixd; } /*! * pixCloseBrickDwa() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * hsize (width of brick Sel) * vsize (height of brick Sel) * Return: pixd * * Notes: * (1) This is a 'safe' closing; we add an extra border of 32 OFF * pixels for the standard asymmetric b.c. * (2) These implement 2D brick Sels, using linear Sels generated * with selaAddBasic(). * (3) A brick Sel has hits for all elements. * (4) The origin of the Sel is at (x, y) = (hsize/2, vsize/2) * (5) Do separably if both hsize and vsize are > 1. * (6) It is necessary that both horizontal and vertical Sels * of the input size are defined in the basic sela. * (7) Note that we must always set or clear the border pixels * before each operation, depending on the the b.c. * (symmetric or asymmetric). * (8) There are three cases: * (a) pixd == null (result into new pixd) * (b) pixd == pixs (in-place; writes result back to pixs) * (c) pixd != pixs (puts result into existing pixd) * (9) For clarity, if the case is known, use these patterns: * (a) pixd = pixCloseBrickDwa(NULL, pixs, ...); * (b) pixCloseBrickDwa(pixs, pixs, ...); * (c) pixCloseBrickDwa(pixd, pixs, ...); * (10) The size of the result is determined by pixs. * (11) If either linear Sel is not found, this calls * the appropriate decomposible function. */ PIX * pixCloseBrickDwa(PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize) { l_int32 bordercolor, bordersize, found; char *selnameh, *selnamev; SELA *sela; PIX *pixt1, *pixt2, *pixt3; PROCNAME("pixCloseBrickDwa"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, pixd); if (hsize < 1 || vsize < 1) return (PIX *)ERROR_PTR("hsize and vsize not >= 1", procName, pixd); if (hsize == 1 && vsize == 1) return pixCopy(pixd, pixs); sela = selaAddBasic(NULL); found = TRUE; selnameh = selnamev = NULL; if (hsize > 1) { selnameh = selaGetBrickName(sela, hsize, 1); if (!selnameh) found = FALSE; } if (vsize > 1) { selnamev = selaGetBrickName(sela, 1, vsize); if (!selnamev) found = FALSE; } selaDestroy(&sela); if (!found) { L_INFO("Calling the decomposable dwa function\n", procName); if (selnameh) FREE(selnameh); if (selnamev) FREE(selnamev); return pixCloseCompBrickDwa(pixd, pixs, hsize, vsize); } /* For "safe closing" with ASYMMETRIC_MORPH_BC, we always need * an extra 32 OFF pixels around the image (in addition to * the 32 added pixels for all dwa operations), whereas with * SYMMETRIC_MORPH_BC this is not necessary. */ bordercolor = getMorphBorderPixelColor(L_MORPH_ERODE, 1); if (bordercolor == 0) /* asymmetric b.c. */ bordersize = 64; else /* symmetric b.c. */ bordersize = 32; pixt1 = pixAddBorder(pixs, bordersize, 0); if (vsize == 1) { /* horizontal only */ pixt2 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_CLOSE, selnameh); FREE(selnameh); } else if (hsize == 1) { /* vertical only */ pixt2 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_CLOSE, selnamev); FREE(selnamev); } else { /* do separable */ pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_DILATE, selnameh); pixt2 = pixFMorphopGen_1(NULL, pixt3, L_MORPH_DILATE, selnamev); pixFMorphopGen_1(pixt3, pixt2, L_MORPH_ERODE, selnameh); pixFMorphopGen_1(pixt2, pixt3, L_MORPH_ERODE, selnamev); FREE(selnameh); FREE(selnamev); pixDestroy(&pixt3); } pixt3 = pixRemoveBorder(pixt2, bordersize); pixDestroy(&pixt1); pixDestroy(&pixt2); if (!pixd) return pixt3; pixTransferAllData(pixd, &pixt3, 0, 0); return pixd; } /*-----------------------------------------------------------------* * Binary composite morphological (dwa) ops with brick Sels * *-----------------------------------------------------------------*/ /*! * pixDilateCompBrickDwa() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * hsize (width of brick Sel) * vsize (height of brick Sel) * Return: pixd * * Notes: * (1) These implement a separable composite dilation with 2D brick Sels. * (2) For efficiency, it may decompose each linear morphological * operation into two (brick + comb). * (3) A brick Sel has hits for all elements. * (4) The origin of the Sel is at (x, y) = (hsize/2, vsize/2) * (5) Do separably if both hsize and vsize are > 1. * (6) It is necessary that both horizontal and vertical Sels * of the input size are defined in the basic sela. * (7) There are three cases: * (a) pixd == null (result into new pixd) * (b) pixd == pixs (in-place; writes result back to pixs) * (c) pixd != pixs (puts result into existing pixd) * (8) For clarity, if the case is known, use these patterns: * (a) pixd = pixDilateCompBrickDwa(NULL, pixs, ...); * (b) pixDilateCompBrickDwa(pixs, pixs, ...); * (c) pixDilateCompBrickDwa(pixd, pixs, ...); * (9) The size of pixd is determined by pixs. * (10) CAUTION: both hsize and vsize are being decomposed. * The decomposer chooses a product of sizes (call them * 'terms') for each that is close to the input size, * but not necessarily equal to it. It attempts to optimize: * (a) for consistency with the input values: the product * of terms is close to the input size * (b) for efficiency of the operation: the sum of the * terms is small; ideally about twice the square * root of the input size. * So, for example, if the input hsize = 37, which is * a prime number, the decomposer will break this into two * terms, 6 and 6, so that the net result is a dilation * with hsize = 36. */ PIX * pixDilateCompBrickDwa(PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize) { char *selnameh1, *selnameh2, *selnamev1, *selnamev2; l_int32 hsize1, hsize2, vsize1, vsize2; PIX *pixt1, *pixt2, *pixt3; PROCNAME("pixDilateCompBrickDwa"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, pixd); if (hsize < 1 || vsize < 1) return (PIX *)ERROR_PTR("hsize and vsize not >= 1", procName, pixd); if (hsize > 63 || vsize > 63) return pixDilateCompBrickExtendDwa(pixd, pixs, hsize, vsize); if (hsize == 1 && vsize == 1) return pixCopy(pixd, pixs); hsize1 = hsize2 = vsize1 = vsize2 = 1; selnameh1 = selnameh2 = selnamev1 = selnamev2 = NULL; if (hsize > 1) getCompositeParameters(hsize, &hsize1, &hsize2, &selnameh1, &selnameh2, NULL, NULL); if (vsize > 1) getCompositeParameters(vsize, &vsize1, &vsize2, NULL, NULL, &selnamev1, &selnamev2); #if DEBUG_SEL_LOOKUP fprintf(stderr, "nameh1=%s, nameh2=%s, namev1=%s, namev2=%s\n", selnameh1, selnameh2, selnamev1, selnamev2); fprintf(stderr, "hsize1=%d, hsize2=%d, vsize1=%d, vsize2=%d\n", hsize1, hsize2, vsize1, vsize2); #endif /* DEBUG_SEL_LOOKUP */ pixt1 = pixAddBorder(pixs, 64, 0); if (vsize == 1) { if (hsize2 == 1) pixt2 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_DILATE, selnameh1); else { pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_DILATE, selnameh1); pixt2 = pixFMorphopGen_2(NULL, pixt3, L_MORPH_DILATE, selnameh2); pixDestroy(&pixt3); } } else if (hsize == 1) { if (vsize2 == 1) pixt2 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_DILATE, selnamev1); else { pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_DILATE, selnamev1); pixt2 = pixFMorphopGen_2(NULL, pixt3, L_MORPH_DILATE, selnamev2); pixDestroy(&pixt3); } } else { /* vsize and hsize both > 1 */ if (hsize2 == 1) pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_DILATE, selnameh1); else { pixt2 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_DILATE, selnameh1); pixt3 = pixFMorphopGen_2(NULL, pixt2, L_MORPH_DILATE, selnameh2); pixDestroy(&pixt2); } if (vsize2 == 1) pixt2 = pixFMorphopGen_1(NULL, pixt3, L_MORPH_DILATE, selnamev1); else { pixt2 = pixFMorphopGen_1(NULL, pixt3, L_MORPH_DILATE, selnamev1); pixFMorphopGen_2(pixt2, pixt2, L_MORPH_DILATE, selnamev2); } pixDestroy(&pixt3); } pixDestroy(&pixt1); pixt1 = pixRemoveBorder(pixt2, 64); pixDestroy(&pixt2); if (selnameh1) FREE(selnameh1); if (selnameh2) FREE(selnameh2); if (selnamev1) FREE(selnamev1); if (selnamev2) FREE(selnamev2); if (!pixd) return pixt1; pixTransferAllData(pixd, &pixt1, 0, 0); return pixd; } /*! * pixErodeCompBrickDwa() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * hsize (width of brick Sel) * vsize (height of brick Sel) * Return: pixd * * Notes: * (1) These implement a separable composite erosion with 2D brick Sels. * (2) For efficiency, it may decompose each linear morphological * operation into two (brick + comb). * (3) A brick Sel has hits for all elements. * (4) The origin of the Sel is at (x, y) = (hsize/2, vsize/2) * (5) Do separably if both hsize and vsize are > 1. * (6) It is necessary that both horizontal and vertical Sels * of the input size are defined in the basic sela. * (7) There are three cases: * (a) pixd == null (result into new pixd) * (b) pixd == pixs (in-place; writes result back to pixs) * (c) pixd != pixs (puts result into existing pixd) * (8) For clarity, if the case is known, use these patterns: * (a) pixd = pixErodeCompBrickDwa(NULL, pixs, ...); * (b) pixErodeCompBrickDwa(pixs, pixs, ...); * (c) pixErodeCompBrickDwa(pixd, pixs, ...); * (9) The size of pixd is determined by pixs. * (10) CAUTION: both hsize and vsize are being decomposed. * The decomposer chooses a product of sizes (call them * 'terms') for each that is close to the input size, * but not necessarily equal to it. It attempts to optimize: * (a) for consistency with the input values: the product * of terms is close to the input size * (b) for efficiency of the operation: the sum of the * terms is small; ideally about twice the square * root of the input size. * So, for example, if the input hsize = 37, which is * a prime number, the decomposer will break this into two * terms, 6 and 6, so that the net result is a dilation * with hsize = 36. */ PIX * pixErodeCompBrickDwa(PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize) { char *selnameh1, *selnameh2, *selnamev1, *selnamev2; l_int32 hsize1, hsize2, vsize1, vsize2, bordercolor; PIX *pixt1, *pixt2, *pixt3; PROCNAME("pixErodeCompBrickDwa"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, pixd); if (hsize < 1 || vsize < 1) return (PIX *)ERROR_PTR("hsize and vsize not >= 1", procName, pixd); if (hsize > 63 || vsize > 63) return pixErodeCompBrickExtendDwa(pixd, pixs, hsize, vsize); if (hsize == 1 && vsize == 1) return pixCopy(pixd, pixs); hsize1 = hsize2 = vsize1 = vsize2 = 1; selnameh1 = selnameh2 = selnamev1 = selnamev2 = NULL; if (hsize > 1) getCompositeParameters(hsize, &hsize1, &hsize2, &selnameh1, &selnameh2, NULL, NULL); if (vsize > 1) getCompositeParameters(vsize, &vsize1, &vsize2, NULL, NULL, &selnamev1, &selnamev2); /* For symmetric b.c., bordercolor == 1 for erosion */ bordercolor = getMorphBorderPixelColor(L_MORPH_ERODE, 1); pixt1 = pixAddBorder(pixs, 64, bordercolor); if (vsize == 1) { if (hsize2 == 1) pixt2 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_ERODE, selnameh1); else { pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_ERODE, selnameh1); pixt2 = pixFMorphopGen_2(NULL, pixt3, L_MORPH_ERODE, selnameh2); pixDestroy(&pixt3); } } else if (hsize == 1) { if (vsize2 == 1) pixt2 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_ERODE, selnamev1); else { pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_ERODE, selnamev1); pixt2 = pixFMorphopGen_2(NULL, pixt3, L_MORPH_ERODE, selnamev2); pixDestroy(&pixt3); } } else { /* vsize and hsize both > 1 */ if (hsize2 == 1) pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_ERODE, selnameh1); else { pixt2 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_ERODE, selnameh1); pixt3 = pixFMorphopGen_2(NULL, pixt2, L_MORPH_ERODE, selnameh2); pixDestroy(&pixt2); } if (vsize2 == 1) pixt2 = pixFMorphopGen_1(NULL, pixt3, L_MORPH_ERODE, selnamev1); else { pixt2 = pixFMorphopGen_1(NULL, pixt3, L_MORPH_ERODE, selnamev1); pixFMorphopGen_2(pixt2, pixt2, L_MORPH_ERODE, selnamev2); } pixDestroy(&pixt3); } pixDestroy(&pixt1); pixt1 = pixRemoveBorder(pixt2, 64); pixDestroy(&pixt2); if (selnameh1) FREE(selnameh1); if (selnameh2) FREE(selnameh2); if (selnamev1) FREE(selnamev1); if (selnamev2) FREE(selnamev2); if (!pixd) return pixt1; pixTransferAllData(pixd, &pixt1, 0, 0); return pixd; } /*! * pixOpenCompBrickDwa() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * hsize (width of brick Sel) * vsize (height of brick Sel) * Return: pixd * * Notes: * (1) These implement a separable composite opening with 2D brick Sels. * (2) For efficiency, it may decompose each linear morphological * operation into two (brick + comb). * (3) A brick Sel has hits for all elements. * (4) The origin of the Sel is at (x, y) = (hsize/2, vsize/2) * (5) Do separably if both hsize and vsize are > 1. * (6) It is necessary that both horizontal and vertical Sels * of the input size are defined in the basic sela. * (7) There are three cases: * (a) pixd == null (result into new pixd) * (b) pixd == pixs (in-place; writes result back to pixs) * (c) pixd != pixs (puts result into existing pixd) * (8) For clarity, if the case is known, use these patterns: * (a) pixd = pixOpenCompBrickDwa(NULL, pixs, ...); * (b) pixOpenCompBrickDwa(pixs, pixs, ...); * (c) pixOpenCompBrickDwa(pixd, pixs, ...); * (9) The size of pixd is determined by pixs. * (10) CAUTION: both hsize and vsize are being decomposed. * The decomposer chooses a product of sizes (call them * 'terms') for each that is close to the input size, * but not necessarily equal to it. It attempts to optimize: * (a) for consistency with the input values: the product * of terms is close to the input size * (b) for efficiency of the operation: the sum of the * terms is small; ideally about twice the square * root of the input size. * So, for example, if the input hsize = 37, which is * a prime number, the decomposer will break this into two * terms, 6 and 6, so that the net result is a dilation * with hsize = 36. */ PIX * pixOpenCompBrickDwa(PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize) { char *selnameh1, *selnameh2, *selnamev1, *selnamev2; l_int32 hsize1, hsize2, vsize1, vsize2, bordercolor; PIX *pixt1, *pixt2, *pixt3; PROCNAME("pixOpenCompBrickDwa"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, pixd); if (hsize < 1 || vsize < 1) return (PIX *)ERROR_PTR("hsize and vsize not >= 1", procName, pixd); if (hsize > 63 || vsize > 63) return pixOpenCompBrickExtendDwa(pixd, pixs, hsize, vsize); if (hsize == 1 && vsize == 1) return pixCopy(pixd, pixs); hsize1 = hsize2 = vsize1 = vsize2 = 1; selnameh1 = selnameh2 = selnamev1 = selnamev2 = NULL; if (hsize > 1) getCompositeParameters(hsize, &hsize1, &hsize2, &selnameh1, &selnameh2, NULL, NULL); if (vsize > 1) getCompositeParameters(vsize, &vsize1, &vsize2, NULL, NULL, &selnamev1, &selnamev2); /* For symmetric b.c., initialize erosion with bordercolor == 1 */ bordercolor = getMorphBorderPixelColor(L_MORPH_ERODE, 1); pixt1 = pixAddBorder(pixs, 64, bordercolor); if (vsize == 1) { if (hsize2 == 1) { pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_ERODE, selnameh1); if (bordercolor == 1) pixSetOrClearBorder(pixt3, 64, 64, 64, 64, PIX_CLR); pixt2 = pixFMorphopGen_1(NULL, pixt3, L_MORPH_DILATE, selnameh1); } else { pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_ERODE, selnameh1); pixt2 = pixFMorphopGen_2(NULL, pixt3, L_MORPH_ERODE, selnameh2); if (bordercolor == 1) pixSetOrClearBorder(pixt2, 64, 64, 64, 64, PIX_CLR); pixFMorphopGen_1(pixt3, pixt2, L_MORPH_DILATE, selnameh1); pixFMorphopGen_2(pixt2, pixt3, L_MORPH_DILATE, selnameh2); } } else if (hsize == 1) { if (vsize2 == 1) { pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_ERODE, selnamev1); if (bordercolor == 1) pixSetOrClearBorder(pixt3, 64, 64, 64, 64, PIX_CLR); pixt2 = pixFMorphopGen_1(NULL, pixt3, L_MORPH_DILATE, selnamev1); } else { pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_ERODE, selnamev1); pixt2 = pixFMorphopGen_2(NULL, pixt3, L_MORPH_ERODE, selnamev2); if (bordercolor == 1) pixSetOrClearBorder(pixt2, 64, 64, 64, 64, PIX_CLR); pixFMorphopGen_1(pixt3, pixt2, L_MORPH_DILATE, selnamev1); pixFMorphopGen_2(pixt2, pixt3, L_MORPH_DILATE, selnamev2); } } else { /* vsize and hsize both > 1 */ if (hsize2 == 1 && vsize2 == 1) { pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_ERODE, selnameh1); pixt2 = pixFMorphopGen_1(NULL, pixt3, L_MORPH_ERODE, selnamev1); if (bordercolor == 1) pixSetOrClearBorder(pixt2, 64, 64, 64, 64, PIX_CLR); pixFMorphopGen_1(pixt3, pixt2, L_MORPH_DILATE, selnameh1); pixFMorphopGen_1(pixt2, pixt3, L_MORPH_DILATE, selnamev1); } else if (vsize2 == 1) { pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_ERODE, selnameh1); pixt2 = pixFMorphopGen_2(NULL, pixt3, L_MORPH_ERODE, selnameh2); pixFMorphopGen_1(pixt3, pixt2, L_MORPH_ERODE, selnamev1); if (bordercolor == 1) pixSetOrClearBorder(pixt3, 64, 64, 64, 64, PIX_CLR); pixFMorphopGen_1(pixt2, pixt3, L_MORPH_DILATE, selnameh1); pixFMorphopGen_2(pixt3, pixt2, L_MORPH_DILATE, selnameh2); pixFMorphopGen_1(pixt2, pixt3, L_MORPH_DILATE, selnamev1); } else if (hsize2 == 1) { pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_ERODE, selnameh1); pixt2 = pixFMorphopGen_1(NULL, pixt3, L_MORPH_ERODE, selnamev1); pixFMorphopGen_2(pixt3, pixt2, L_MORPH_ERODE, selnamev2); if (bordercolor == 1) pixSetOrClearBorder(pixt3, 64, 64, 64, 64, PIX_CLR); pixFMorphopGen_1(pixt2, pixt3, L_MORPH_DILATE, selnameh1); pixFMorphopGen_1(pixt3, pixt2, L_MORPH_DILATE, selnamev1); pixFMorphopGen_2(pixt2, pixt3, L_MORPH_DILATE, selnamev2); } else { /* both directions are combed */ pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_ERODE, selnameh1); pixt2 = pixFMorphopGen_2(NULL, pixt3, L_MORPH_ERODE, selnameh2); pixFMorphopGen_1(pixt3, pixt2, L_MORPH_ERODE, selnamev1); pixFMorphopGen_2(pixt2, pixt3, L_MORPH_ERODE, selnamev2); if (bordercolor == 1) pixSetOrClearBorder(pixt2, 64, 64, 64, 64, PIX_CLR); pixFMorphopGen_1(pixt3, pixt2, L_MORPH_DILATE, selnameh1); pixFMorphopGen_2(pixt2, pixt3, L_MORPH_DILATE, selnameh2); pixFMorphopGen_1(pixt3, pixt2, L_MORPH_DILATE, selnamev1); pixFMorphopGen_2(pixt2, pixt3, L_MORPH_DILATE, selnamev2); } } pixDestroy(&pixt3); pixDestroy(&pixt1); pixt1 = pixRemoveBorder(pixt2, 64); pixDestroy(&pixt2); if (selnameh1) FREE(selnameh1); if (selnameh2) FREE(selnameh2); if (selnamev1) FREE(selnamev1); if (selnamev2) FREE(selnamev2); if (!pixd) return pixt1; pixTransferAllData(pixd, &pixt1, 0, 0); return pixd; } /*! * pixCloseCompBrickDwa() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * hsize (width of brick Sel) * vsize (height of brick Sel) * Return: pixd * * Notes: * (1) This implements a separable composite safe closing with 2D * brick Sels. * (2) For efficiency, it may decompose each linear morphological * operation into two (brick + comb). * (3) A brick Sel has hits for all elements. * (4) The origin of the Sel is at (x, y) = (hsize/2, vsize/2) * (5) Do separably if both hsize and vsize are > 1. * (6) It is necessary that both horizontal and vertical Sels * of the input size are defined in the basic sela. * (7) There are three cases: * (a) pixd == null (result into new pixd) * (b) pixd == pixs (in-place; writes result back to pixs) * (c) pixd != pixs (puts result into existing pixd) * (8) For clarity, if the case is known, use these patterns: * (a) pixd = pixCloseCompBrickDwa(NULL, pixs, ...); * (b) pixCloseCompBrickDwa(pixs, pixs, ...); * (c) pixCloseCompBrickDwa(pixd, pixs, ...); * (9) The size of pixd is determined by pixs. * (10) CAUTION: both hsize and vsize are being decomposed. * The decomposer chooses a product of sizes (call them * 'terms') for each that is close to the input size, * but not necessarily equal to it. It attempts to optimize: * (a) for consistency with the input values: the product * of terms is close to the input size * (b) for efficiency of the operation: the sum of the * terms is small; ideally about twice the square * root of the input size. * So, for example, if the input hsize = 37, which is * a prime number, the decomposer will break this into two * terms, 6 and 6, so that the net result is a dilation * with hsize = 36. */ PIX * pixCloseCompBrickDwa(PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize) { char *selnameh1, *selnameh2, *selnamev1, *selnamev2; l_int32 hsize1, hsize2, vsize1, vsize2, setborder; PIX *pixt1, *pixt2, *pixt3; PROCNAME("pixCloseCompBrickDwa"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, pixd); if (hsize < 1 || vsize < 1) return (PIX *)ERROR_PTR("hsize and vsize not >= 1", procName, pixd); if (hsize > 63 || vsize > 63) return pixCloseCompBrickExtendDwa(pixd, pixs, hsize, vsize); if (hsize == 1 && vsize == 1) return pixCopy(pixd, pixs); hsize1 = hsize2 = vsize1 = vsize2 = 1; selnameh1 = selnameh2 = selnamev1 = selnamev2 = NULL; if (hsize > 1) getCompositeParameters(hsize, &hsize1, &hsize2, &selnameh1, &selnameh2, NULL, NULL); if (vsize > 1) getCompositeParameters(vsize, &vsize1, &vsize2, NULL, NULL, &selnamev1, &selnamev2); pixt3 = NULL; /* For symmetric b.c., PIX_SET border for erosions */ setborder = getMorphBorderPixelColor(L_MORPH_ERODE, 1); pixt1 = pixAddBorder(pixs, 64, 0); if (vsize == 1) { if (hsize2 == 1) pixt2 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_CLOSE, selnameh1); else { pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_DILATE, selnameh1); pixt2 = pixFMorphopGen_2(NULL, pixt3, L_MORPH_DILATE, selnameh2); if (setborder == 1) pixSetOrClearBorder(pixt2, 64, 64, 64, 64, PIX_SET); pixFMorphopGen_1(pixt3, pixt2, L_MORPH_ERODE, selnameh1); pixFMorphopGen_2(pixt2, pixt3, L_MORPH_ERODE, selnameh2); } } else if (hsize == 1) { if (vsize2 == 1) pixt2 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_CLOSE, selnamev1); else { pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_DILATE, selnamev1); pixt2 = pixFMorphopGen_2(NULL, pixt3, L_MORPH_DILATE, selnamev2); if (setborder == 1) pixSetOrClearBorder(pixt2, 64, 64, 64, 64, PIX_SET); pixFMorphopGen_1(pixt3, pixt2, L_MORPH_ERODE, selnamev1); pixFMorphopGen_2(pixt2, pixt3, L_MORPH_ERODE, selnamev2); } } else { /* vsize and hsize both > 1 */ if (hsize2 == 1 && vsize2 == 1) { pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_DILATE, selnameh1); pixt2 = pixFMorphopGen_1(NULL, pixt3, L_MORPH_DILATE, selnamev1); if (setborder == 1) pixSetOrClearBorder(pixt2, 64, 64, 64, 64, PIX_SET); pixFMorphopGen_1(pixt3, pixt2, L_MORPH_ERODE, selnameh1); pixFMorphopGen_1(pixt2, pixt3, L_MORPH_ERODE, selnamev1); } else if (vsize2 == 1) { pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_DILATE, selnameh1); pixt2 = pixFMorphopGen_2(NULL, pixt3, L_MORPH_DILATE, selnameh2); pixFMorphopGen_1(pixt3, pixt2, L_MORPH_DILATE, selnamev1); if (setborder == 1) pixSetOrClearBorder(pixt3, 64, 64, 64, 64, PIX_SET); pixFMorphopGen_1(pixt2, pixt3, L_MORPH_ERODE, selnameh1); pixFMorphopGen_2(pixt3, pixt2, L_MORPH_ERODE, selnameh2); pixFMorphopGen_1(pixt2, pixt3, L_MORPH_ERODE, selnamev1); } else if (hsize2 == 1) { pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_DILATE, selnameh1); pixt2 = pixFMorphopGen_1(NULL, pixt3, L_MORPH_DILATE, selnamev1); pixFMorphopGen_2(pixt3, pixt2, L_MORPH_DILATE, selnamev2); if (setborder == 1) pixSetOrClearBorder(pixt3, 64, 64, 64, 64, PIX_SET); pixFMorphopGen_1(pixt2, pixt3, L_MORPH_ERODE, selnameh1); pixFMorphopGen_1(pixt3, pixt2, L_MORPH_ERODE, selnamev1); pixFMorphopGen_2(pixt2, pixt3, L_MORPH_ERODE, selnamev2); } else { /* both directions are combed */ pixt3 = pixFMorphopGen_1(NULL, pixt1, L_MORPH_DILATE, selnameh1); pixt2 = pixFMorphopGen_2(NULL, pixt3, L_MORPH_DILATE, selnameh2); pixFMorphopGen_1(pixt3, pixt2, L_MORPH_DILATE, selnamev1); pixFMorphopGen_2(pixt2, pixt3, L_MORPH_DILATE, selnamev2); if (setborder == 1) pixSetOrClearBorder(pixt2, 64, 64, 64, 64, PIX_SET); pixFMorphopGen_1(pixt3, pixt2, L_MORPH_ERODE, selnameh1); pixFMorphopGen_2(pixt2, pixt3, L_MORPH_ERODE, selnameh2); pixFMorphopGen_1(pixt3, pixt2, L_MORPH_ERODE, selnamev1); pixFMorphopGen_2(pixt2, pixt3, L_MORPH_ERODE, selnamev2); } } pixDestroy(&pixt3); pixDestroy(&pixt1); pixt1 = pixRemoveBorder(pixt2, 64); pixDestroy(&pixt2); if (selnameh1) FREE(selnameh1); if (selnameh2) FREE(selnameh2); if (selnamev1) FREE(selnamev1); if (selnamev2) FREE(selnamev2); if (!pixd) return pixt1; pixTransferAllData(pixd, &pixt1, 0, 0); return pixd; } /*--------------------------------------------------------------------------* * Binary expanded composite morphological (dwa) ops with brick Sels * *--------------------------------------------------------------------------*/ /*! * pixDilateCompBrickExtendDwa() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * hsize (width of brick Sel) * vsize (height of brick Sel) * Return: pixd * * Notes: * (1) Ankur Jain suggested and implemented extending the composite * DWA operations beyond the 63 pixel limit. This is a * simplified and approximate implementation of the extension. * This allows arbitrary Dwa morph operations using brick Sels, * by decomposing the horizontal and vertical dilations into * a sequence of 63-element dilations plus a dilation of size * between 3 and 62. * (2) The 63-element dilations are exact, whereas the extra dilation * is approximate, because the underlying decomposition is * in pixDilateCompBrickDwa(). See there for further details. * (3) There are three cases: * (a) pixd == null (result into new pixd) * (b) pixd == pixs (in-place; writes result back to pixs) * (c) pixd != pixs (puts result into existing pixd) * (4) There is no need to call this directly: pixDilateCompBrickDwa() * calls this function if either brick dimension exceeds 63. */ PIX * pixDilateCompBrickExtendDwa(PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize) { l_int32 i, nops, nh, extrah, nv, extrav; PIX *pixt1, *pixt2, *pixt3; PROCNAME("pixDilateCompBrickExtendDwa"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, pixd); if (hsize < 1 || vsize < 1) return (PIX *)ERROR_PTR("hsize and vsize not >= 1", procName, pixd); if (hsize < 64 && vsize < 64) return pixDilateCompBrickDwa(pixd, pixs, hsize, vsize); if (hsize > 63) getExtendedCompositeParameters(hsize, &nh, &extrah, NULL); if (vsize > 63) getExtendedCompositeParameters(vsize, &nv, &extrav, NULL); /* Horizontal dilation first: pixs --> pixt2. Do not alter pixs. */ pixt1 = pixCreateTemplateNoInit(pixs); /* temp image */ if (hsize == 1) pixt2 = pixClone(pixs); else if (hsize < 64) pixt2 = pixDilateCompBrickDwa(NULL, pixs, hsize, 1); else if (hsize == 64) /* approximate */ pixt2 = pixDilateCompBrickDwa(NULL, pixs, 63, 1); else { nops = (extrah < 3) ? nh : nh + 1; if (nops & 1) { /* odd */ if (extrah > 2) pixt2 = pixDilateCompBrickDwa(NULL, pixs, extrah, 1); else pixt2 = pixDilateCompBrickDwa(NULL, pixs, 63, 1); for (i = 0; i < nops / 2; i++) { pixDilateCompBrickDwa(pixt1, pixt2, 63, 1); pixDilateCompBrickDwa(pixt2, pixt1, 63, 1); } } else { /* nops even */ if (extrah > 2) { pixDilateCompBrickDwa(pixt1, pixs, extrah, 1); pixt2 = pixDilateCompBrickDwa(NULL, pixt1, 63, 1); } else { /* they're all 63s */ pixDilateCompBrickDwa(pixt1, pixs, 63, 1); pixt2 = pixDilateCompBrickDwa(NULL, pixt1, 63, 1); } for (i = 0; i < nops / 2 - 1; i++) { pixDilateCompBrickDwa(pixt1, pixt2, 63, 1); pixDilateCompBrickDwa(pixt2, pixt1, 63, 1); } } } /* Vertical dilation: pixt2 --> pixt3. */ if (vsize == 1) pixt3 = pixClone(pixt2); else if (vsize < 64) pixt3 = pixDilateCompBrickDwa(NULL, pixt2, 1, vsize); else if (vsize == 64) /* approximate */ pixt3 = pixDilateCompBrickDwa(NULL, pixt2, 1, 63); else { nops = (extrav < 3) ? nv : nv + 1; if (nops & 1) { /* odd */ if (extrav > 2) pixt3 = pixDilateCompBrickDwa(NULL, pixt2, 1, extrav); else pixt3 = pixDilateCompBrickDwa(NULL, pixt2, 1, 63); for (i = 0; i < nops / 2; i++) { pixDilateCompBrickDwa(pixt1, pixt3, 1, 63); pixDilateCompBrickDwa(pixt3, pixt1, 1, 63); } } else { /* nops even */ if (extrav > 2) { pixDilateCompBrickDwa(pixt1, pixt2, 1, extrav); pixt3 = pixDilateCompBrickDwa(NULL, pixt1, 1, 63); } else { /* they're all 63s */ pixDilateCompBrickDwa(pixt1, pixt2, 1, 63); pixt3 = pixDilateCompBrickDwa(NULL, pixt1, 1, 63); } for (i = 0; i < nops / 2 - 1; i++) { pixDilateCompBrickDwa(pixt1, pixt3, 1, 63); pixDilateCompBrickDwa(pixt3, pixt1, 1, 63); } } } pixDestroy(&pixt1); pixDestroy(&pixt2); if (!pixd) return pixt3; pixTransferAllData(pixd, &pixt3, 0, 0); return pixd; } /*! * pixErodeCompBrickExtendDwa() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * hsize (width of brick Sel) * vsize (height of brick Sel) * Return: pixd * * Notes: * (1) See pixDilateCompBrickExtendDwa() for usage. * (2) There is no need to call this directly: pixErodeCompBrickDwa() * calls this function if either brick dimension exceeds 63. */ PIX * pixErodeCompBrickExtendDwa(PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize) { l_int32 i, nops, nh, extrah, nv, extrav; PIX *pixt1, *pixt2, *pixt3; PROCNAME("pixErodeCompBrickExtendDwa"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, pixd); if (hsize < 1 || vsize < 1) return (PIX *)ERROR_PTR("hsize and vsize not >= 1", procName, pixd); if (hsize < 64 && vsize < 64) return pixErodeCompBrickDwa(pixd, pixs, hsize, vsize); if (hsize > 63) getExtendedCompositeParameters(hsize, &nh, &extrah, NULL); if (vsize > 63) getExtendedCompositeParameters(vsize, &nv, &extrav, NULL); /* Horizontal erosion first: pixs --> pixt2. Do not alter pixs. */ pixt1 = pixCreateTemplateNoInit(pixs); /* temp image */ if (hsize == 1) pixt2 = pixClone(pixs); else if (hsize < 64) pixt2 = pixErodeCompBrickDwa(NULL, pixs, hsize, 1); else if (hsize == 64) /* approximate */ pixt2 = pixErodeCompBrickDwa(NULL, pixs, 63, 1); else { nops = (extrah < 3) ? nh : nh + 1; if (nops & 1) { /* odd */ if (extrah > 2) pixt2 = pixErodeCompBrickDwa(NULL, pixs, extrah, 1); else pixt2 = pixErodeCompBrickDwa(NULL, pixs, 63, 1); for (i = 0; i < nops / 2; i++) { pixErodeCompBrickDwa(pixt1, pixt2, 63, 1); pixErodeCompBrickDwa(pixt2, pixt1, 63, 1); } } else { /* nops even */ if (extrah > 2) { pixErodeCompBrickDwa(pixt1, pixs, extrah, 1); pixt2 = pixErodeCompBrickDwa(NULL, pixt1, 63, 1); } else { /* they're all 63s */ pixErodeCompBrickDwa(pixt1, pixs, 63, 1); pixt2 = pixErodeCompBrickDwa(NULL, pixt1, 63, 1); } for (i = 0; i < nops / 2 - 1; i++) { pixErodeCompBrickDwa(pixt1, pixt2, 63, 1); pixErodeCompBrickDwa(pixt2, pixt1, 63, 1); } } } /* Vertical erosion: pixt2 --> pixt3. */ if (vsize == 1) pixt3 = pixClone(pixt2); else if (vsize < 64) pixt3 = pixErodeCompBrickDwa(NULL, pixt2, 1, vsize); else if (vsize == 64) /* approximate */ pixt3 = pixErodeCompBrickDwa(NULL, pixt2, 1, 63); else { nops = (extrav < 3) ? nv : nv + 1; if (nops & 1) { /* odd */ if (extrav > 2) pixt3 = pixErodeCompBrickDwa(NULL, pixt2, 1, extrav); else pixt3 = pixErodeCompBrickDwa(NULL, pixt2, 1, 63); for (i = 0; i < nops / 2; i++) { pixErodeCompBrickDwa(pixt1, pixt3, 1, 63); pixErodeCompBrickDwa(pixt3, pixt1, 1, 63); } } else { /* nops even */ if (extrav > 2) { pixErodeCompBrickDwa(pixt1, pixt2, 1, extrav); pixt3 = pixErodeCompBrickDwa(NULL, pixt1, 1, 63); } else { /* they're all 63s */ pixErodeCompBrickDwa(pixt1, pixt2, 1, 63); pixt3 = pixErodeCompBrickDwa(NULL, pixt1, 1, 63); } for (i = 0; i < nops / 2 - 1; i++) { pixErodeCompBrickDwa(pixt1, pixt3, 1, 63); pixErodeCompBrickDwa(pixt3, pixt1, 1, 63); } } } pixDestroy(&pixt1); pixDestroy(&pixt2); if (!pixd) return pixt3; pixTransferAllData(pixd, &pixt3, 0, 0); return pixd; } /*! * pixOpenCompBrickExtendDwa() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * hsize (width of brick Sel) * vsize (height of brick Sel) * Return: pixd * * (1) There are three cases: * (a) pixd == null (result into new pixd) * (b) pixd == pixs (in-place; writes result back to pixs) * (c) pixd != pixs (puts result into existing pixd) * (2) There is no need to call this directly: pixOpenCompBrickDwa() * calls this function if either brick dimension exceeds 63. */ PIX * pixOpenCompBrickExtendDwa(PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize) { PIX *pixt; PROCNAME("pixOpenCompBrickExtendDwa"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, pixd); if (hsize < 1 || vsize < 1) return (PIX *)ERROR_PTR("hsize and vsize not >= 1", procName, pixd); pixt = pixErodeCompBrickExtendDwa(NULL, pixs, hsize, vsize); pixd = pixDilateCompBrickExtendDwa(pixd, pixt, hsize, vsize); pixDestroy(&pixt); return pixd; } /*! * pixCloseCompBrickExtendDwa() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * hsize (width of brick Sel) * vsize (height of brick Sel) * Return: pixd * * (1) There are three cases: * (a) pixd == null (result into new pixd) * (b) pixd == pixs (in-place; writes result back to pixs) * (c) pixd != pixs (puts result into existing pixd) * (2) There is no need to call this directly: pixCloseCompBrickDwa() * calls this function if either brick dimension exceeds 63. */ PIX * pixCloseCompBrickExtendDwa(PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize) { l_int32 bordercolor, borderx, bordery; PIX *pixt1, *pixt2, *pixt3; PROCNAME("pixCloseCompBrickExtendDwa"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, pixd); if (hsize < 1 || vsize < 1) return (PIX *)ERROR_PTR("hsize and vsize not >= 1", procName, pixd); /* For "safe closing" with ASYMMETRIC_MORPH_BC, we always need * an extra 32 OFF pixels around the image (in addition to * the 32 added pixels for all dwa operations), whereas with * SYMMETRIC_MORPH_BC this is not necessary. */ bordercolor = getMorphBorderPixelColor(L_MORPH_ERODE, 1); if (bordercolor == 0) { /* asymmetric b.c. */ borderx = 32 + (hsize / 64) * 32; bordery = 32 + (vsize / 64) * 32; } else /* symmetric b.c. */ borderx = bordery = 32; pixt1 = pixAddBorderGeneral(pixs, borderx, borderx, bordery, bordery, 0); pixt2 = pixDilateCompBrickExtendDwa(NULL, pixt1, hsize, vsize); pixErodeCompBrickExtendDwa(pixt1, pixt2, hsize, vsize); pixt3 = pixRemoveBorderGeneral(pixt1, borderx, borderx, bordery, bordery); pixDestroy(&pixt1); pixDestroy(&pixt2); if (!pixd) return pixt3; pixTransferAllData(pixd, &pixt3, 0, 0); return pixd; } /*! * getExtendedCompositeParameters() * * Input: size (of linear Sel) * &pn ( number of 63 wide convolutions) * &pextra ( size of extra Sel) * &actualsize ( actual size used in operation) * Return: 0 if OK, 1 on error * * Notes: * (1) The DWA implementation allows Sels to be used with hits * up to 31 pixels from the origin, either horizontally or * vertically. Larger Sels can be used if decomposed into * a set of operations with Sels not exceeding 63 pixels * in either width or height (and with the origin as close * to the center of the Sel as possible). * (2) This returns the decomposition of a linear Sel of length * @size into a set of @n Sels of length 63 plus an extra * Sel of length @extra. * (3) For notation, let w == @size, n == @n, and e == @extra. * We have 1 < e < 63. * * Then if w < 64, we have n = 0 and e = w. * The general formula for w > 63 is: * w = 63 + (n - 1) * 62 + (e - 1) * * Where did this come from? Each successive convolution with * a Sel of length L adds a total length (L - 1) to w. * This accounts for using 62 for each additional Sel of size 63, * and using (e - 1) for the additional Sel of size e. * * Solving for n and e for w > 63: * n = 1 + Int((w - 63) / 62) * e = w - 63 - (n - 1) * 62 + 1 * * The extra part is decomposed into two factors f1 and f2, * and the actual size of the extra part is * e' = f1 * f2 * Then the actual width is: * w' = 63 + (n - 1) * 62 + f1 * f2 - 1 */ l_int32 getExtendedCompositeParameters(l_int32 size, l_int32 *pn, l_int32 *pextra, l_int32 *pactualsize) { l_int32 n, extra, fact1, fact2; PROCNAME("getExtendedCompositeParameters"); if (!pn || !pextra) return ERROR_INT("&n and &extra not both defined", procName, 1); if (size <= 63) { n = 0; extra = L_MIN(1, size); } else { /* size > 63 */ n = 1 + (l_int32)((size - 63) / 62); extra = size - 63 - (n - 1) * 62 + 1; } if (pactualsize) { selectComposableSizes(extra, &fact1, &fact2); *pactualsize = 63 + (n - 1) * 62 + fact1 * fact2 - 1; } *pn = n; *pextra = extra; return 0; } leptonica-1.70/src/enhance.c0000664000175000017500000021523412262575606014065 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * enhance.c * * Gamma TRC (tone reproduction curve) mapping * PIX *pixGammaTRC() * PIX *pixGammaTRCMasked() * PIX *pixGammaTRCWithAlpha() * NUMA *numaGammaTRC() * * Contrast enhancement * PIX *pixContrastTRC() * PIX *pixContrastTRCMasked() * NUMA *numaContrastTRC() * * Histogram equalization * PIX *pixEqualizeTRC() * NUMA *numaEqualizeTRC() * * Generic TRC mapper * PIX *pixTRCMap() * * Unsharp-masking * PIX *pixUnsharpMasking() * PIX *pixUnsharpMaskingGray() * PIX *pixUnsharpMaskingFast() * PIX *pixUnsharpMaskingGrayFast() * PIX *pixUnsharpMaskingGray1D() * PIX *pixUnsharpMaskingGray2D() * * Hue and saturation modification * PIX *pixModifyHue() * PIX *pixModifySaturation() * l_int32 pixMeasureSaturation() * PIX *pixModifyBrightness() * * Color shifting * PIX *pixColorShiftRGB() * * General multiplicative constant color transform * PIX *pixMultConstantColor() * PIX *pixMultMatrixColor() * * Edge by bandpass * PIX *pixHalfEdgeByBandpass() * * Gamma correction, contrast enhancement and histogram equalization * apply a simple mapping function to each pixel (or, for color * images, to each sample (i.e., r,g,b) of the pixel). * * - Gamma correction either lightens the image or darkens * it, depending on whether the gamma factor is greater * or less than 1.0, respectively. * * - Contrast enhancement darkens the pixels that are already * darker than the middle of the dynamic range (128) * and lightens pixels that are lighter than 128. * * - Histogram equalization remaps to have the same number * of image pixels at each of 256 intensity values. This is * a quick and dirty method of adjusting contrast and brightness * to bring out details in both light and dark regions. * * Unsharp masking is a more complicated enhancement. * A "high frequency" image, generated by subtracting * the smoothed ("low frequency") part of the image from * itself, has all the energy at the edges. This "edge image" * has 0 average value. A fraction of the edge image is * then added to the original, enhancing the differences * between pixel values at edges. Because we represent * images as l_uint8 arrays, we preserve dynamic range and * handle negative values by doing all the arithmetic on * shifted l_uint16 arrays; the l_uint8 values are recovered * at the end. * * Hue and saturation modification work in HSV space. Because * this is too large for efficient table lookup, each pixel value * is transformed to HSV, modified, and transformed back. * It's not the fastest way to do this, but the method is * easily understood. * * Unsharp masking is never in-place, and returns a clone if no * operation is to be performed. */ #include #include "allheaders.h" /* Scales contrast enhancement factor to have a useful range * between 0.0 and 1.0 */ static const l_float32 ENHANCE_SCALE_FACTOR = 5.; /* Default number of pixels sampled to determine histogram */ static const l_int32 DEFAULT_HISTO_SAMPLES = 100000; /*-------------------------------------------------------------* * Gamma TRC (tone reproduction curve) mapping * *-------------------------------------------------------------*/ /*! * pixGammaTRC() * * Input: pixd ( null or equal to pixs) * pixs (8 or 32 bpp; or 2, 4 or 8 bpp with colormap) * gamma (gamma correction; must be > 0.0) * minval (input value that gives 0 for output; can be < 0) * maxval (input value that gives 255 for output; can be > 255) * Return: pixd always * * Notes: * (1) pixd must either be null or equal to pixs. * For in-place operation, set pixd == pixs: * pixGammaTRC(pixs, pixs, ...); * To get a new image, set pixd == null: * pixd = pixGammaTRC(NULL, pixs, ...); * (2) If pixs is colormapped, the colormap is transformed, * either in-place or in a copy of pixs. * (3) We use a gamma mapping between minval and maxval. * (4) If gamma < 1.0, the image will appear darker; * if gamma > 1.0, the image will appear lighter; * (5) If gamma = 1.0 and minval = 0 and maxval = 255, no * enhancement is performed; return a copy unless in-place, * in which case this is a no-op. * (6) For color images that are not colormapped, the mapping * is applied to each component. * (7) minval and maxval are not restricted to the interval [0, 255]. * If minval < 0, an input value of 0 is mapped to a * nonzero output. This will turn black to gray. * If maxval > 255, an input value of 255 is mapped to * an output value less than 255. This will turn * white (e.g., in the background) to gray. * (8) Increasing minval darkens the image. * (9) Decreasing maxval bleaches the image. * (10) Simultaneously increasing minval and decreasing maxval * will darken the image and make the colors more intense; * e.g., minval = 50, maxval = 200. * (11) See numaGammaTRC() for further examples of use. */ PIX * pixGammaTRC(PIX *pixd, PIX *pixs, l_float32 gamma, l_int32 minval, l_int32 maxval) { l_int32 d; NUMA *nag; PIXCMAP *cmap; PROCNAME("pixGammaTRC"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixd && (pixd != pixs)) return (PIX *)ERROR_PTR("pixd not null or pixs", procName, pixd); if (gamma <= 0.0) { L_WARNING("gamma must be > 0.0; setting to 1.0\n", procName); gamma = 1.0; } if (minval >= maxval) return (PIX *)ERROR_PTR("minval not < maxval", procName, pixd); cmap = pixGetColormap(pixs); d = pixGetDepth(pixs); if (!cmap && d != 8 && d != 32) return (PIX *)ERROR_PTR("depth not 8 or 32 bpp", procName, pixd); if (gamma == 1.0 && minval == 0 && maxval == 255) /* no-op */ return pixCopy(pixd, pixs); if (!pixd) /* start with a copy if not in-place */ pixd = pixCopy(NULL, pixs); if (cmap) { pixcmapGammaTRC(pixGetColormap(pixd), gamma, minval, maxval); return pixd; } /* pixd is 8 or 32 bpp */ if ((nag = numaGammaTRC(gamma, minval, maxval)) == NULL) return (PIX *)ERROR_PTR("nag not made", procName, pixd); pixTRCMap(pixd, NULL, nag); numaDestroy(&nag); return pixd; } /*! * pixGammaTRCMasked() * * Input: pixd ( null or equal to pixs) * pixs (8 or 32 bpp; not colormapped) * pixm ( null or 1 bpp) * gamma (gamma correction; must be > 0.0) * minval (input value that gives 0 for output; can be < 0) * maxval (input value that gives 255 for output; can be > 255) * Return: pixd always * * Notes: * (1) Same as pixGammaTRC() except mapping is optionally over * a subset of pixels described by pixm. * (2) Masking does not work for colormapped images. * (3) See pixGammaTRC() for details on how to use the parameters. */ PIX * pixGammaTRCMasked(PIX *pixd, PIX *pixs, PIX *pixm, l_float32 gamma, l_int32 minval, l_int32 maxval) { l_int32 d; NUMA *nag; PROCNAME("pixGammaTRCMasked"); if (!pixm) return pixGammaTRC(pixd, pixs, gamma, minval, maxval); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetColormap(pixs)) return (PIX *)ERROR_PTR("invalid: pixs has a colormap", procName, pixd); if (pixd && (pixd != pixs)) return (PIX *)ERROR_PTR("pixd not null or pixs", procName, pixd); d = pixGetDepth(pixs); if (d != 8 && d != 32) return (PIX *)ERROR_PTR("depth not 8 or 32 bpp", procName, pixd); if (minval >= maxval) return (PIX *)ERROR_PTR("minval not < maxval", procName, pixd); if (gamma <= 0.0) { L_WARNING("gamma must be > 0.0; setting to 1.0\n", procName); gamma = 1.0; } if (gamma == 1.0 && minval == 0 && maxval == 255) return pixCopy(pixd, pixs); if (!pixd) /* start with a copy if not in-place */ pixd = pixCopy(NULL, pixs); if ((nag = numaGammaTRC(gamma, minval, maxval)) == NULL) return (PIX *)ERROR_PTR("nag not made", procName, pixd); pixTRCMap(pixd, pixm, nag); numaDestroy(&nag); return pixd; } /*! * pixGammaTRCWithAlpha() * * Input: pixd ( null or equal to pixs) * pixs (32 bpp) * gamma (gamma correction; must be > 0.0) * minval (input value that gives 0 for output; can be < 0) * maxval (input value that gives 255 for output; can be > 255) * Return: pixd always * * Notes: * (1) See usage notes in pixGammaTRC(). * (2) This version saves the alpha channel. It is only valid * for 32 bpp (no colormap), and is a bit slower. */ PIX * pixGammaTRCWithAlpha(PIX *pixd, PIX *pixs, l_float32 gamma, l_int32 minval, l_int32 maxval) { NUMA *nag; PIX *pixalpha; PROCNAME("pixGammaTRCWithAlpha"); if (!pixs || pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs undefined or not 32 bpp", procName, pixd); if (pixd && (pixd != pixs)) return (PIX *)ERROR_PTR("pixd not null or pixs", procName, pixd); if (gamma <= 0.0) { L_WARNING("gamma must be > 0.0; setting to 1.0\n", procName); gamma = 1.0; } if (minval >= maxval) return (PIX *)ERROR_PTR("minval not < maxval", procName, pixd); if (gamma == 1.0 && minval == 0 && maxval == 255) return pixCopy(pixd, pixs); if (!pixd) /* start with a copy if not in-place */ pixd = pixCopy(NULL, pixs); pixalpha = pixGetRGBComponent(pixs, L_ALPHA_CHANNEL); /* save */ if ((nag = numaGammaTRC(gamma, minval, maxval)) == NULL) return (PIX *)ERROR_PTR("nag not made", procName, pixd); pixTRCMap(pixd, NULL, nag); pixSetRGBComponent(pixd, pixalpha, L_ALPHA_CHANNEL); /* restore */ pixSetSpp(pixd, 4); numaDestroy(&nag); pixDestroy(&pixalpha); return pixd; } /*! * numaGammaTRC() * * Input: gamma (gamma factor; must be > 0.0) * minval (input value that gives 0 for output) * maxval (input value that gives 255 for output) * Return: na, or null on error * * Notes: * (1) The map is returned as a numa; values are clipped to [0, 255]. * (2) To force all intensities into a range within fraction delta * of white, use: minval = -256 * (1 - delta) / delta * maxval = 255 * (3) To force all intensities into a range within fraction delta * of black, use: minval = 0 * maxval = 256 * (1 - delta) / delta */ NUMA * numaGammaTRC(l_float32 gamma, l_int32 minval, l_int32 maxval) { l_int32 i, val; l_float32 x, invgamma; NUMA *na; PROCNAME("numaGammaTRC"); if (minval >= maxval) return (NUMA *)ERROR_PTR("minval not < maxval", procName, NULL); if (gamma <= 0.0) { L_WARNING("gamma must be > 0.0; setting to 1.0\n", procName); gamma = 1.0; } invgamma = 1. / gamma; na = numaCreate(256); for (i = 0; i < minval; i++) numaAddNumber(na, 0); for (i = minval; i <= maxval; i++) { if (i < 0) continue; if (i > 255) continue; x = (l_float32)(i - minval) / (l_float32)(maxval - minval); val = (l_int32)(255. * powf(x, invgamma) + 0.5); val = L_MAX(val, 0); val = L_MIN(val, 255); numaAddNumber(na, val); } for (i = maxval + 1; i < 256; i++) numaAddNumber(na, 255); return na; } /*-------------------------------------------------------------* * Contrast enhancement * *-------------------------------------------------------------*/ /*! * pixContrastTRC() * * Input: pixd ( null or equal to pixs) * pixs (8 or 32 bpp; or 2, 4 or 8 bpp with colormap) * factor (0.0 is no enhancement) * Return: pixd always * * Notes: * (1) pixd must either be null or equal to pixs. * For in-place operation, set pixd == pixs: * pixContrastTRC(pixs, pixs, ...); * To get a new image, set pixd == null: * pixd = pixContrastTRC(NULL, pixs, ...); * (2) If pixs is colormapped, the colormap is transformed, * either in-place or in a copy of pixs. * (3) Contrast is enhanced by mapping each color component * using an atan function with maximum slope at 127. * Pixels below 127 are lowered in intensity and pixels * above 127 are increased. * (4) The useful range for the contrast factor is scaled to * be in (0.0 to 1.0), but larger values can also be used. * (5) If factor == 0.0, no enhancement is performed; return a copy * unless in-place, in which case this is a no-op. * (6) For color images that are not colormapped, the mapping * is applied to each component. */ PIX * pixContrastTRC(PIX *pixd, PIX *pixs, l_float32 factor) { l_int32 d; NUMA *nac; PIXCMAP *cmap; PROCNAME("pixContrastTRC"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixd && (pixd != pixs)) return (PIX *)ERROR_PTR("pixd not null or pixs", procName, pixd); if (factor < 0.0) { L_WARNING("factor must be >= 0.0; using 0.0\n", procName); factor = 0.0; } if (factor == 0.0) return pixCopy(pixd, pixs); cmap = pixGetColormap(pixs); d = pixGetDepth(pixs); if (!cmap && d != 8 && d != 32) return (PIX *)ERROR_PTR("depth not 8 or 32 bpp", procName, pixd); if (!pixd) /* start with a copy if not in-place */ pixd = pixCopy(NULL, pixs); if (cmap) { pixcmapContrastTRC(pixGetColormap(pixd), factor); return pixd; } /* pixd is 8 or 32 bpp */ if ((nac = numaContrastTRC(factor)) == NULL) return (PIX *)ERROR_PTR("nac not made", procName, pixd); pixTRCMap(pixd, NULL, nac); numaDestroy(&nac); return pixd; } /*! * pixContrastTRCMasked() * * Input: pixd ( null or equal to pixs) * pixs (8 or 32 bpp; or 2, 4 or 8 bpp with colormap) * pixm ( null or 1 bpp) * factor (0.0 is no enhancement) * Return: pixd always * * Notes: * (1) Same as pixContrastTRC() except mapping is optionally over * a subset of pixels described by pixm. * (2) Masking does not work for colormapped images. * (3) See pixContrastTRC() for details on how to use the parameters. */ PIX * pixContrastTRCMasked(PIX *pixd, PIX *pixs, PIX *pixm, l_float32 factor) { l_int32 d; NUMA *nac; PROCNAME("pixContrastTRCMasked"); if (!pixm) return pixContrastTRC(pixd, pixs, factor); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetColormap(pixs)) return (PIX *)ERROR_PTR("invalid: pixs has a colormap", procName, pixd); if (pixd && (pixd != pixs)) return (PIX *)ERROR_PTR("pixd not null or pixs", procName, pixd); d = pixGetDepth(pixs); if (d != 8 && d != 32) return (PIX *)ERROR_PTR("depth not 8 or 32 bpp", procName, pixd); if (factor < 0.0) { L_WARNING("factor must be >= 0.0; using 0.0\n", procName); factor = 0.0; } if (factor == 0.0) return pixCopy(pixd, pixs); if (!pixd) /* start with a copy if not in-place */ pixd = pixCopy(NULL, pixs); if ((nac = numaContrastTRC(factor)) == NULL) return (PIX *)ERROR_PTR("nac not made", procName, pixd); pixTRCMap(pixd, pixm, nac); numaDestroy(&nac); return pixd; } /*! * numaContrastTRC() * * Input: factor (generally between 0.0 (no enhancement) * and 1.0, but can be larger than 1.0) * Return: na, or null on error * * Notes: * (1) The mapping is monotonic increasing, where 0 is mapped * to 0 and 255 is mapped to 255. * (2) As 'factor' is increased from 0.0 (where the mapping is linear), * the map gets closer to its limit as a step function that * jumps from 0 to 255 at the center (input value = 127). */ NUMA * numaContrastTRC(l_float32 factor) { l_int32 i, val; l_float64 x, ymax, ymin, dely, scale; NUMA *na; PROCNAME("numaContrastTRC"); if (factor < 0.0) { L_WARNING("factor must be >= 0.0; using 0.0; no enhancement\n", procName); factor = 0.0; } if (factor == 0.0) return numaMakeSequence(0, 1, 256); /* linear map */ scale = ENHANCE_SCALE_FACTOR; ymax = atan((l_float64)(1.0 * factor * scale)); ymin = atan((l_float64)(-127. * factor * scale / 128.)); dely = ymax - ymin; na = numaCreate(256); for (i = 0; i < 256; i++) { x = (l_float64)i; val = (l_int32)((255. / dely) * (-ymin + atan((l_float64)(factor * scale * (x - 127.) / 128.))) + 0.5); numaAddNumber(na, val); } return na; } /*-------------------------------------------------------------* * Histogram equalization * *-------------------------------------------------------------*/ /*! * pixEqualizeTRC() * * Input: pixd ( null or equal to pixs) * pixs (8 bpp gray, 32 bpp rgb, or colormapped) * fract (fraction of equalization movement of pixel values) * factor (subsampling factor; integer >= 1) * Return: pixd, or null on error * * Notes: * (1) pixd must either be null or equal to pixs. * For in-place operation, set pixd == pixs: * pixEqualizeTRC(pixs, pixs, ...); * To get a new image, set pixd == null: * pixd = pixEqualizeTRC(NULL, pixs, ...); * (2) In histogram equalization, a tone reproduction curve * mapping is used to make the number of pixels at each * intensity equal. * (3) If fract == 0.0, no equalization is performed; return a copy * unless in-place, in which case this is a no-op. * If fract == 1.0, equalization is complete. * (4) Set the subsampling factor > 1 to reduce the amount of computation. * (5) If pixs is colormapped, the colormap is removed and * converted to rgb or grayscale. * (6) If pixs has color, equalization is done in each channel * separately. * (7) Note that even if there is a colormap, we can get an * in-place operation because the intermediate image pixt * is copied back to pixs (which for in-place is the same * as pixd). */ PIX * pixEqualizeTRC(PIX *pixd, PIX *pixs, l_float32 fract, l_int32 factor) { l_int32 d; NUMA *na; PIX *pixt, *pix8; PIXCMAP *cmap; PROCNAME("pixEqualizeTRC"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixd && (pixd != pixs)) return (PIX *)ERROR_PTR("pixd not null or pixs", procName, pixd); cmap = pixGetColormap(pixs); d = pixGetDepth(pixs); if (d != 8 && d != 32 && !cmap) return (PIX *)ERROR_PTR("pixs not 8/32 bpp or cmapped", procName, NULL); if (fract < 0.0 || fract > 1.0) return (PIX *)ERROR_PTR("fract not in [0.0 ... 1.0]", procName, NULL); if (factor < 1) return (PIX *)ERROR_PTR("sampling factor < 1", procName, NULL); if (fract == 0.0) return pixCopy(pixd, pixs); /* If there is a colormap, remove it. */ if (cmap) pixt = pixRemoveColormap(pixs, REMOVE_CMAP_BASED_ON_SRC); else pixt = pixClone(pixs); /* Make a copy if necessary */ pixd = pixCopy(pixd, pixt); pixDestroy(&pixt); d = pixGetDepth(pixd); if (d == 8) { na = numaEqualizeTRC(pixd, fract, factor); pixTRCMap(pixd, NULL, na); numaDestroy(&na); } else { /* 32 bpp */ pix8 = pixGetRGBComponent(pixd, COLOR_RED); na = numaEqualizeTRC(pix8, fract, factor); pixTRCMap(pix8, NULL, na); pixSetRGBComponent(pixd, pix8, COLOR_RED); numaDestroy(&na); pixDestroy(&pix8); pix8 = pixGetRGBComponent(pixd, COLOR_GREEN); na = numaEqualizeTRC(pix8, fract, factor); pixTRCMap(pix8, NULL, na); pixSetRGBComponent(pixd, pix8, COLOR_GREEN); numaDestroy(&na); pixDestroy(&pix8); pix8 = pixGetRGBComponent(pixd, COLOR_BLUE); na = numaEqualizeTRC(pix8, fract, factor); pixTRCMap(pix8, NULL, na); pixSetRGBComponent(pixd, pix8, COLOR_BLUE); numaDestroy(&na); pixDestroy(&pix8); } return pixd; } /*! * numaEqualizeTRC() * * Input: pix (8 bpp, no colormap) * fract (fraction of equalization movement of pixel values) * factor (subsampling factor; integer >= 1) * Return: nad, or null on error * * Notes: * (1) If fract == 0.0, no equalization will be performed. * If fract == 1.0, equalization is complete. * (2) Set the subsampling factor > 1 to reduce the amount of computation. * (3) The map is returned as a numa with 256 values, specifying * the equalized value (array value) for every input value * (the array index). */ NUMA * numaEqualizeTRC(PIX *pix, l_float32 fract, l_int32 factor) { l_int32 iin, iout, itarg; l_float32 val, sum; NUMA *nah, *nasum, *nad; PROCNAME("numaEqualizeTRC"); if (!pix) return (NUMA *)ERROR_PTR("pix not defined", procName, NULL); if (pixGetDepth(pix) != 8) return (NUMA *)ERROR_PTR("pix not 8 bpp", procName, NULL); if (fract < 0.0 || fract > 1.0) return (NUMA *)ERROR_PTR("fract not in [0.0 ... 1.0]", procName, NULL); if (factor < 1) return (NUMA *)ERROR_PTR("sampling factor < 1", procName, NULL); if (fract == 0.0) L_WARNING("fract = 0.0; no equalization requested\n", procName); if ((nah = pixGetGrayHistogram(pix, factor)) == NULL) return (NUMA *)ERROR_PTR("histogram not made", procName, NULL); numaGetSum(nah, &sum); nasum = numaGetPartialSums(nah); nad = numaCreate(256); for (iin = 0; iin < 256; iin++) { numaGetFValue(nasum, iin, &val); itarg = (l_int32)(255. * val / sum + 0.5); iout = iin + (l_int32)(fract * (itarg - iin)); iout = L_MIN(iout, 255); /* to be safe */ numaAddNumber(nad, iout); } numaDestroy(&nah); numaDestroy(&nasum); return nad; } /*-------------------------------------------------------------* * Generic TRC mapping * *-------------------------------------------------------------*/ /*! * pixTRCMap() * * Input: pixs (8 grayscale or 32 bpp rgb; not colormapped) * pixm ( 1 bpp mask) * na (mapping array) * Return: pixd, or null on error * * Notes: * (1) This operation is in-place on pixs. * (2) For 32 bpp, this applies the same map to each of the r,g,b * components. * (3) The mapping array is of size 256, and it maps the input * index into values in the range [0, 255]. * (4) If defined, the optional 1 bpp mask pixm has its origin * aligned with pixs, and the map function is applied only * to pixels in pixs under the fg of pixm. * (5) For 32 bpp, this does not save the alpha channel. */ l_int32 pixTRCMap(PIX *pixs, PIX *pixm, NUMA *na) { l_int32 w, h, d, wm, hm, wpl, wplm, i, j, sval8, dval8; l_int32 *tab; l_uint32 sval32, dval32; l_uint32 *data, *datam, *line, *linem; PROCNAME("pixTRCMap"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (pixGetColormap(pixs)) return ERROR_INT("pixs is colormapped", procName, 1); if (!na) return ERROR_INT("na not defined", procName, 1); if (numaGetCount(na) != 256) return ERROR_INT("na not of size 256", procName, 1); pixGetDimensions(pixs, &w, &h, &d); if (d != 8 && d != 32) return ERROR_INT("pixs not 8 or 32 bpp", procName, 1); if (pixm) { if (pixGetDepth(pixm) != 1) return ERROR_INT("pixm not 1 bpp", procName, 1); } tab = numaGetIArray(na); /* get the array for efficiency */ wpl = pixGetWpl(pixs); data = pixGetData(pixs); if (!pixm) { if (d == 8) { for (i = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < w; j++) { sval8 = GET_DATA_BYTE(line, j); dval8 = tab[sval8]; SET_DATA_BYTE(line, j, dval8); } } } else { /* d == 32 */ for (i = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < w; j++) { sval32 = *(line + j); dval32 = tab[(sval32 >> L_RED_SHIFT) & 0xff] << L_RED_SHIFT | tab[(sval32 >> L_GREEN_SHIFT) & 0xff] << L_GREEN_SHIFT | tab[(sval32 >> L_BLUE_SHIFT) & 0xff] << L_BLUE_SHIFT; *(line + j) = dval32; } } } } else { datam = pixGetData(pixm); wplm = pixGetWpl(pixm); pixGetDimensions(pixm, &wm, &hm, NULL); if (d == 8) { for (i = 0; i < h; i++) { if (i >= hm) break; line = data + i * wpl; linem = datam + i * wplm; for (j = 0; j < w; j++) { if (j >= wm) break; if (GET_DATA_BIT(linem, j) == 0) continue; sval8 = GET_DATA_BYTE(line, j); dval8 = tab[sval8]; SET_DATA_BYTE(line, j, dval8); } } } else { /* d == 32 */ for (i = 0; i < h; i++) { if (i >= hm) break; line = data + i * wpl; linem = datam + i * wplm; for (j = 0; j < w; j++) { if (j >= wm) break; if (GET_DATA_BIT(linem, j) == 0) continue; sval32 = *(line + j); dval32 = tab[(sval32 >> L_RED_SHIFT) & 0xff] << L_RED_SHIFT | tab[(sval32 >> L_GREEN_SHIFT) & 0xff] << L_GREEN_SHIFT | tab[(sval32 >> L_BLUE_SHIFT) & 0xff] << L_BLUE_SHIFT; *(line + j) = dval32; } } } } FREE(tab); return 0; } /*-----------------------------------------------------------------------* * Unsharp masking * *-----------------------------------------------------------------------*/ /*! * pixUnsharpMasking() * * Input: pixs (all depths except 1 bpp; with or without colormaps) * halfwidth ("half-width" of smoothing filter) * fract (fraction of edge added back into image) * Return: pixd, or null on error * * Notes: * (1) We use symmetric smoothing filters of odd dimension, * typically use sizes of 3, 5, 7, etc. The @halfwidth parameter * for these is (size - 1)/2; i.e., 1, 2, 3, etc. * (2) The fract parameter is typically taken in the * range: 0.2 < fract < 0.7 * (3) Returns a clone if no sharpening is requested. */ PIX * pixUnsharpMasking(PIX *pixs, l_int32 halfwidth, l_float32 fract) { l_int32 d; PIX *pixt, *pixd, *pixr, *pixrs, *pixg, *pixgs, *pixb, *pixbs; PROCNAME("pixUnsharpMasking"); if (!pixs || (pixGetDepth(pixs) == 1)) return (PIX *)ERROR_PTR("pixs not defined or 1 bpp", procName, NULL); if (fract <= 0.0 || halfwidth <= 0) { L_WARNING("no sharpening requested; clone returned\n", procName); return pixClone(pixs); } if (halfwidth == 1 || halfwidth == 2) return pixUnsharpMaskingFast(pixs, halfwidth, fract, L_BOTH_DIRECTIONS); /* Remove colormap; clone if possible; result is either 8 or 32 bpp */ if ((pixt = pixConvertTo8Or32(pixs, 0, 1)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); /* Sharpen */ d = pixGetDepth(pixt); if (d == 8) { pixd = pixUnsharpMaskingGray(pixt, halfwidth, fract); } else { /* d == 32 */ pixr = pixGetRGBComponent(pixs, COLOR_RED); pixrs = pixUnsharpMaskingGray(pixr, halfwidth, fract); pixDestroy(&pixr); pixg = pixGetRGBComponent(pixs, COLOR_GREEN); pixgs = pixUnsharpMaskingGray(pixg, halfwidth, fract); pixDestroy(&pixg); pixb = pixGetRGBComponent(pixs, COLOR_BLUE); pixbs = pixUnsharpMaskingGray(pixb, halfwidth, fract); pixDestroy(&pixb); pixd = pixCreateRGBImage(pixrs, pixgs, pixbs); pixDestroy(&pixrs); pixDestroy(&pixgs); pixDestroy(&pixbs); if (pixGetSpp(pixs) == 4) pixScaleAndTransferAlpha(pixd, pixs, 1.0, 1.0); } pixDestroy(&pixt); return pixd; } /*! * pixUnsharpMaskingGray() * * Input: pixs (8 bpp; no colormap) * halfwidth ("half-width" of smoothing filter) * fract (fraction of edge added back into image) * Return: pixd, or null on error * * Notes: * (1) We use symmetric smoothing filters of odd dimension, * typically use sizes of 3, 5, 7, etc. The @halfwidth parameter * for these is (size - 1)/2; i.e., 1, 2, 3, etc. * (2) The fract parameter is typically taken in the range: * 0.2 < fract < 0.7 * (3) Returns a clone if no sharpening is requested. */ PIX * pixUnsharpMaskingGray(PIX *pixs, l_int32 halfwidth, l_float32 fract) { l_int32 w, h, d; PIX *pixc, *pixd; PIXACC *pixacc; PROCNAME("pixUnsharpMaskingGray"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 8 || pixGetColormap(pixs) != NULL) return (PIX *)ERROR_PTR("pixs not 8 bpp or has cmap", procName, NULL); if (fract <= 0.0 || halfwidth <= 0) { L_WARNING("no sharpening requested; clone returned\n", procName); return pixClone(pixs); } if (halfwidth == 1 || halfwidth == 2) return pixUnsharpMaskingGrayFast(pixs, halfwidth, fract, L_BOTH_DIRECTIONS); if ((pixc = pixBlockconvGray(pixs, NULL, halfwidth, halfwidth)) == NULL) return (PIX *)ERROR_PTR("pixc not made", procName, NULL); /* Steps: * (1) edge image is pixs - pixc (this is highpass part) * (2) multiply edge image by fract * (3) add fraction of edge to pixs * * To show how this is done with both interfaces to arithmetic * on integer Pix, here is the implementation in the lower-level * function calls: * pixt = pixInitAccumulate(w, h, 0x10000000)) == NULL) * pixAccumulate(pixt, pixs, L_ARITH_ADD); * pixAccumulate(pixt, pixc, L_ARITH_SUBTRACT); * pixMultConstAccumulate(pixt, fract, 0x10000000); * pixAccumulate(pixt, pixs, L_ARITH_ADD); * pixd = pixFinalAccumulate(pixt, 0x10000000, 8)) == NULL) * pixDestroy(&pixt); * * The code below does the same thing using the Pixacc accumulator, * hiding the details of the offset that is needed for subtraction. */ pixacc = pixaccCreate(w, h, 1); pixaccAdd(pixacc, pixs); pixaccSubtract(pixacc, pixc); pixaccMultConst(pixacc, fract); pixaccAdd(pixacc, pixs); pixd = pixaccFinal(pixacc, 8); pixaccDestroy(&pixacc); pixDestroy(&pixc); return pixd; } /*! * pixUnsharpMaskingFast() * * Input: pixs (all depths except 1 bpp; with or without colormaps) * halfwidth ("half-width" of smoothing filter; 1 and 2 only) * fract (fraction of high frequency added to image) * direction (L_HORIZ, L_VERT, L_BOTH_DIRECTIONS) * Return: pixd, or null on error * * Notes: * (1) The fast version uses separable 1-D filters directly on * the input image. The halfwidth is either 1 (full width = 3) * or 2 (full width = 5). * (2) The fract parameter is typically taken in the * range: 0.2 < fract < 0.7 * (3) To skip horizontal sharpening, use @fracth = 0.0; ditto for @fractv * (4) For one dimensional filtering (as an example): * For @halfwidth = 1, the low-pass filter is * L: 1/3 1/3 1/3 * and the high-pass filter is * H = I - L: -1/3 2/3 -1/3 * For @halfwidth = 2, the low-pass filter is * L: 1/5 1/5 1/5 1/5 1/5 * and the high-pass filter is * H = I - L: -1/5 -1/5 4/5 -1/5 -1/5 * The new sharpened pixel value is found by adding some fraction * of the high-pass filter value (which sums to 0) to the * initial pixel value: * N = I + fract * H * (5) For 2D, the sharpening filter is not separable, because the * vertical filter depends on the horizontal location relative * to the filter origin, and v.v. So we either do the full * 2D filter (for @halfwidth == 1) or do the low-pass * convolution separably and then compose with the original pix. * (6) Returns a clone if no sharpening is requested. */ PIX * pixUnsharpMaskingFast(PIX *pixs, l_int32 halfwidth, l_float32 fract, l_int32 direction) { l_int32 d; PIX *pixt, *pixd, *pixr, *pixrs, *pixg, *pixgs, *pixb, *pixbs; PROCNAME("pixUnsharpMaskingFast"); if (!pixs || (pixGetDepth(pixs) == 1)) return (PIX *)ERROR_PTR("pixs not defined or 1 bpp", procName, NULL); if (fract <= 0.0 || halfwidth <= 0) { L_WARNING("no sharpening requested; clone returned\n", procName); return pixClone(pixs); } if (halfwidth != 1 && halfwidth != 2) return (PIX *)ERROR_PTR("halfwidth must be 1 or 2", procName, NULL); if (direction != L_HORIZ && direction != L_VERT && direction != L_BOTH_DIRECTIONS) return (PIX *)ERROR_PTR("invalid direction", procName, NULL); /* Remove colormap; clone if possible; result is either 8 or 32 bpp */ if ((pixt = pixConvertTo8Or32(pixs, 0, 1)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); /* Sharpen */ d = pixGetDepth(pixt); if (d == 8) { pixd = pixUnsharpMaskingGrayFast(pixt, halfwidth, fract, direction); } else { /* d == 32 */ pixr = pixGetRGBComponent(pixs, COLOR_RED); pixrs = pixUnsharpMaskingGrayFast(pixr, halfwidth, fract, direction); pixDestroy(&pixr); pixg = pixGetRGBComponent(pixs, COLOR_GREEN); pixgs = pixUnsharpMaskingGrayFast(pixg, halfwidth, fract, direction); pixDestroy(&pixg); pixb = pixGetRGBComponent(pixs, COLOR_BLUE); pixbs = pixUnsharpMaskingGrayFast(pixb, halfwidth, fract, direction); pixDestroy(&pixb); pixd = pixCreateRGBImage(pixrs, pixgs, pixbs); if (pixGetSpp(pixs) == 4) pixScaleAndTransferAlpha(pixd, pixs, 1.0, 1.0); pixDestroy(&pixrs); pixDestroy(&pixgs); pixDestroy(&pixbs); } pixDestroy(&pixt); return pixd; } /*! * pixUnsharpMaskingGrayFast() * * Input: pixs (8 bpp; no colormap) * halfwidth ("half-width" of smoothing filter: 1 or 2) * fract (fraction of high frequency added to image) * direction (L_HORIZ, L_VERT, L_BOTH_DIRECTIONS) * Return: pixd, or null on error * * Notes: * (1) For usage and explanation of the algorithm, see notes * in pixUnsharpMaskingFast(). * (2) Returns a clone if no sharpening is requested. */ PIX * pixUnsharpMaskingGrayFast(PIX *pixs, l_int32 halfwidth, l_float32 fract, l_int32 direction) { PIX *pixd; PROCNAME("pixUnsharpMaskingGrayFast"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 8 || pixGetColormap(pixs) != NULL) return (PIX *)ERROR_PTR("pixs not 8 bpp or has cmap", procName, NULL); if (fract <= 0.0 || halfwidth <= 0) { L_WARNING("no sharpening requested; clone returned\n", procName); return pixClone(pixs); } if (halfwidth != 1 && halfwidth != 2) return (PIX *)ERROR_PTR("halfwidth must be 1 or 2", procName, NULL); if (direction != L_HORIZ && direction != L_VERT && direction != L_BOTH_DIRECTIONS) return (PIX *)ERROR_PTR("invalid direction", procName, NULL); if (direction != L_BOTH_DIRECTIONS) pixd = pixUnsharpMaskingGray1D(pixs, halfwidth, fract, direction); else /* 2D sharpening */ pixd = pixUnsharpMaskingGray2D(pixs, halfwidth, fract); return pixd; } /*! * pixUnsharpMaskingGray1D() * * Input: pixs (8 bpp; no colormap) * halfwidth ("half-width" of smoothing filter: 1 or 2) * fract (fraction of high frequency added to image) * direction (of filtering; use L_HORIZ or L_VERT) * Return: pixd, or null on error * * Notes: * (1) For usage and explanation of the algorithm, see notes * in pixUnsharpMaskingFast(). * (2) Returns a clone if no sharpening is requested. */ PIX * pixUnsharpMaskingGray1D(PIX *pixs, l_int32 halfwidth, l_float32 fract, l_int32 direction) { l_int32 w, h, d, wpls, wpld, i, j, ival; l_uint32 *datas, *datad; l_uint32 *lines, *lines0, *lines1, *lines2, *lines3, *lines4, *lined; l_float32 val, a[5]; PIX *pixd; PROCNAME("pixUnsharpMaskingGray1D"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 8 || pixGetColormap(pixs) != NULL) return (PIX *)ERROR_PTR("pixs not 8 bpp or has cmap", procName, NULL); if (fract <= 0.0 || halfwidth <= 0) { L_WARNING("no sharpening requested; clone returned\n", procName); return pixClone(pixs); } if (halfwidth != 1 && halfwidth != 2) return (PIX *)ERROR_PTR("halfwidth must be 1 or 2", procName, NULL); /* Initialize pixd with pixels from pixs that will not be * set when computing the sharpened values. */ pixd = pixCopyBorder(NULL, pixs, halfwidth, halfwidth, halfwidth, halfwidth); datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); if (halfwidth == 1) { a[0] = -fract / 3.0; a[1] = 1.0 + fract * 2.0 / 3.0; a[2] = a[0]; } else { /* halfwidth == 2 */ a[0] = -fract / 5.0; a[1] = a[0]; a[2] = 1.0 + fract * 4.0 / 5.0; a[3] = a[0]; a[4] = a[0]; } if (direction == L_HORIZ) { for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; if (halfwidth == 1) { for (j = 1; j < w - 1; j++) { val = a[0] * GET_DATA_BYTE(lines, j - 1) + a[1] * GET_DATA_BYTE(lines, j) + a[2] * GET_DATA_BYTE(lines, j + 1); ival = (l_int32)val; ival = L_MAX(0, ival); ival = L_MIN(255, ival); SET_DATA_BYTE(lined, j, ival); } } else { /* halfwidth == 2 */ for (j = 2; j < w - 2; j++) { val = a[0] * GET_DATA_BYTE(lines, j - 2) + a[1] * GET_DATA_BYTE(lines, j - 1) + a[2] * GET_DATA_BYTE(lines, j) + a[3] * GET_DATA_BYTE(lines, j + 1) + a[4] * GET_DATA_BYTE(lines, j + 2); ival = (l_int32)val; ival = L_MAX(0, ival); ival = L_MIN(255, ival); SET_DATA_BYTE(lined, j, ival); } } } } else { /* direction == L_VERT */ if (halfwidth == 1) { for (i = 1; i < h - 1; i++) { lines0 = datas + (i - 1) * wpls; lines1 = datas + i * wpls; lines2 = datas + (i + 1) * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { val = a[0] * GET_DATA_BYTE(lines0, j) + a[1] * GET_DATA_BYTE(lines1, j) + a[2] * GET_DATA_BYTE(lines2, j); ival = (l_int32)val; ival = L_MAX(0, ival); ival = L_MIN(255, ival); SET_DATA_BYTE(lined, j, ival); } } } else { /* halfwidth == 2 */ for (i = 2; i < h - 2; i++) { lines0 = datas + (i - 2) * wpls; lines1 = datas + (i - 1) * wpls; lines2 = datas + i * wpls; lines3 = datas + (i + 1) * wpls; lines4 = datas + (i + 2) * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { val = a[0] * GET_DATA_BYTE(lines0, j) + a[1] * GET_DATA_BYTE(lines1, j) + a[2] * GET_DATA_BYTE(lines2, j) + a[3] * GET_DATA_BYTE(lines3, j) + a[4] * GET_DATA_BYTE(lines4, j); ival = (l_int32)val; ival = L_MAX(0, ival); ival = L_MIN(255, ival); SET_DATA_BYTE(lined, j, ival); } } } } return pixd; } /*! * pixUnsharpMaskingGray2D() * * Input: pixs (8 bpp; no colormap) * halfwidth ("half-width" of smoothing filter: 1 or 2) * fract (fraction of high frequency added to image) * Return: pixd, or null on error * * Notes: * (1) For halfwidth == 1, we implement the full sharpening filter * directly. For halfwidth == 2, we implement the the lowpass * filter separably and then compute the sharpening result locally. * (2) Returns a clone if no sharpening is requested. */ PIX * pixUnsharpMaskingGray2D(PIX *pixs, l_int32 halfwidth, l_float32 fract) { l_int32 w, h, d, wpls, wpld, wplf, i, j, ival, sval; l_uint32 *datas, *datad, *lines, *lines0, *lines1, *lines2, *lined; l_float32 val, a[9]; l_float32 *dataf, *linef, *linef0, *linef1, *linef2, *linef3, *linef4; PIX *pixd; FPIX *fpix; PROCNAME("pixUnsharpMaskingGray2D"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 8 || pixGetColormap(pixs) != NULL) return (PIX *)ERROR_PTR("pixs not 8 bpp or has cmap", procName, NULL); if (fract <= 0.0 || halfwidth <= 0) { L_WARNING("no sharpening requested; clone returned\n", procName); return pixClone(pixs); } if (halfwidth != 1 && halfwidth != 2) return (PIX *)ERROR_PTR("halfwidth must be 1 or 2", procName, NULL); pixd = pixCopyBorder(NULL, pixs, halfwidth, halfwidth, halfwidth, halfwidth); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); if (halfwidth == 1) { for (i = 0; i < 9; i++) a[i] = -fract / 9.0; a[4] = 1.0 + fract * 8.0 / 9.0; for (i = 1; i < h - 1; i++) { lines0 = datas + (i - 1) * wpls; lines1 = datas + i * wpls; lines2 = datas + (i + 1) * wpls; lined = datad + i * wpld; for (j = 1; j < w - 1; j++) { val = a[0] * GET_DATA_BYTE(lines0, j - 1) + a[1] * GET_DATA_BYTE(lines0, j) + a[2] * GET_DATA_BYTE(lines0, j + 1) + a[3] * GET_DATA_BYTE(lines1, j - 1) + a[4] * GET_DATA_BYTE(lines1, j) + a[5] * GET_DATA_BYTE(lines1, j + 1) + a[6] * GET_DATA_BYTE(lines2, j - 1) + a[7] * GET_DATA_BYTE(lines2, j) + a[8] * GET_DATA_BYTE(lines2, j + 1); ival = (l_int32)(val + 0.5); ival = L_MAX(0, ival); ival = L_MIN(255, ival); SET_DATA_BYTE(lined, j, ival); } } return pixd; } /* For halfwidth == 2, do the low pass separably. Store * the result of horizontal smoothing in an intermediate fpix. */ fpix = fpixCreate(w, h); dataf = fpixGetData(fpix); wplf = fpixGetWpl(fpix); for (i = 2; i < h - 2; i++) { lines = datas + i * wpls; linef = dataf + i * wplf; for (j = 2; j < w - 2; j++) { val = GET_DATA_BYTE(lines, j - 2) + GET_DATA_BYTE(lines, j - 1) + GET_DATA_BYTE(lines, j) + GET_DATA_BYTE(lines, j + 1) + GET_DATA_BYTE(lines, j + 2); linef[j] = val; } } /* Do vertical smoothing to finish the low-pass filter. * At each pixel, if L is the lowpass value, I is the * src pixel value and f is the fraction of highpass to * be added to I, then the highpass filter value is * H = I - L * and the new sharpened value is * N = I + f * H. */ for (i = 2; i < h - 2; i++) { linef0 = dataf + (i - 2) * wplf; linef1 = dataf + (i - 1) * wplf; linef2 = dataf + i * wplf; linef3 = dataf + (i + 1) * wplf; linef4 = dataf + (i + 2) * wplf; lined = datad + i * wpld; lines = datas + i * wpls; for (j = 2; j < w - 2; j++) { val = 0.04 * (linef0[j] + linef1[j] + linef2[j] + linef3[j] + linef4[j]); /* L: lowpass filter value */ sval = GET_DATA_BYTE(lines, j); /* I: source pixel */ ival = (l_int32)(sval + fract * (sval - val) + 0.5); ival = L_MAX(0, ival); ival = L_MIN(255, ival); SET_DATA_BYTE(lined, j, ival); } } fpixDestroy(&fpix); return pixd; } /*-----------------------------------------------------------------------* * Hue and saturation modification * *-----------------------------------------------------------------------*/ /*! * pixModifyHue() * * Input: pixd ( can be null or equal to pixs) * pixs (32 bpp rgb) * fract (between -1.0 and 1.0) * Return: pixd, or null on error * * Notes: * (1) pixd must either be null or equal to pixs. * For in-place operation, set pixd == pixs: * pixEqualizeTRC(pixs, pixs, ...); * To get a new image, set pixd == null: * pixd = pixEqualizeTRC(NULL, pixs, ...); * (1) Use fract > 0.0 to increase hue value; < 0.0 to decrease it. * 1.0 (or -1.0) represents a 360 degree rotation; i.e., no change. * (2) If no modification is requested (fract = -1.0 or 0 or 1.0), * return a copy unless in-place, in which case this is a no-op. * (3) See discussion of color-modification methods, in coloring.c. */ PIX * pixModifyHue(PIX *pixd, PIX *pixs, l_float32 fract) { l_int32 w, h, d, i, j, wpl, delhue; l_int32 rval, gval, bval, hval, sval, vval; l_uint32 *data, *line; PROCNAME("pixModifyHue"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetColormap(pixs) != NULL) return (PIX *)ERROR_PTR("pixs colormapped", procName, NULL); if (pixd && (pixd != pixs)) return (PIX *)ERROR_PTR("pixd not null or pixs", procName, pixd); pixGetDimensions(pixs, &w, &h, &d); if (d != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); if (L_ABS(fract) > 1.0) return (PIX *)ERROR_PTR("fract not in [-1.0 ... 1.0]", procName, NULL); pixd = pixCopy(pixd, pixs); delhue = (l_int32)(240 * fract); if (delhue == 0 || delhue == 240 || delhue == -240) { L_WARNING("no change requested in hue\n", procName); return pixd; } if (delhue < 0) delhue += 240; data = pixGetData(pixd); wpl = pixGetWpl(pixd); for (i = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < w; j++) { extractRGBValues(line[j], &rval, &gval, &bval); convertRGBToHSV(rval, gval, bval, &hval, &sval, &vval); hval = (hval + delhue) % 240; convertHSVToRGB(hval, sval, vval, &rval, &gval, &bval); composeRGBPixel(rval, gval, bval, line + j); } } if (pixGetSpp(pixs) == 4) pixScaleAndTransferAlpha(pixd, pixs, 1.0, 1.0); return pixd; } /*! * pixModifySaturation() * * Input: pixd ( can be null, existing or equal to pixs) * pixs (32 bpp rgb) * fract (between -1.0 and 1.0) * Return: pixd, or null on error * * Notes: * (1) If fract > 0.0, it gives the fraction that the pixel * saturation is moved from its initial value toward 255. * If fract < 0.0, it gives the fraction that the pixel * saturation is moved from its initial value toward 0. * The limiting values for fract = -1.0 (1.0) thus set the * saturation to 0 (255). * (2) If fract = 0, no modification is requested; return a copy * unless in-place, in which case this is a no-op. * (3) See discussion of color-modification methods, in coloring.c. */ PIX * pixModifySaturation(PIX *pixd, PIX *pixs, l_float32 fract) { l_int32 w, h, d, i, j, wpl; l_int32 rval, gval, bval, hval, sval, vval; l_uint32 *data, *line; PROCNAME("pixModifySaturation"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); if (L_ABS(fract) > 1.0) return (PIX *)ERROR_PTR("fract not in [-1.0 ... 1.0]", procName, NULL); pixd = pixCopy(pixd, pixs); if (fract == 0.0) { L_WARNING("no change requested in saturation\n", procName); return pixd; } data = pixGetData(pixd); wpl = pixGetWpl(pixd); for (i = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < w; j++) { extractRGBValues(line[j], &rval, &gval, &bval); convertRGBToHSV(rval, gval, bval, &hval, &sval, &vval); if (fract < 0.0) sval = (l_int32)(sval * (1.0 + fract)); else sval = (l_int32)(sval + fract * (255 - sval)); convertHSVToRGB(hval, sval, vval, &rval, &gval, &bval); composeRGBPixel(rval, gval, bval, line + j); } } if (pixGetSpp(pixs) == 4) pixScaleAndTransferAlpha(pixd, pixs, 1.0, 1.0); return pixd; } /*! * pixMeasureSaturation() * * Input: pixs (32 bpp rgb) * factor (subsampling factor; integer >= 1) * &sat ( average saturation) * Return: pixd, or null on error */ l_int32 pixMeasureSaturation(PIX *pixs, l_int32 factor, l_float32 *psat) { l_int32 w, h, d, i, j, wpl, sum, count; l_int32 rval, gval, bval, hval, sval, vval; l_uint32 *data, *line; PROCNAME("pixMeasureSaturation"); if (!psat) return ERROR_INT("pixs not defined", procName, 1); *psat = 0.0; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); pixGetDimensions(pixs, &w, &h, &d); if (d != 32) return ERROR_INT("pixs not 32 bpp", procName, 1); if (factor < 1) return ERROR_INT("subsampling factor < 1", procName, 1); data = pixGetData(pixs); wpl = pixGetWpl(pixs); for (i = 0, sum = 0, count = 0; i < h; i += factor) { line = data + i * wpl; for (j = 0; j < w; j += factor) { extractRGBValues(line[j], &rval, &gval, &bval); convertRGBToHSV(rval, gval, bval, &hval, &sval, &vval); sum += sval; count++; } } if (count > 0) *psat = (l_float32)sum / (l_float32)count; return 0; } /*! * pixModifyBrightness() * * Input: pixd ( can be null, existing or equal to pixs) * pixs (32 bpp rgb) * fract (between -1.0 and 1.0) * Return: pixd, or null on error * * Notes: * (1) If fract > 0.0, it gives the fraction that the v-parameter, * which is max(r,g,b), is moved from its initial value toward 255. * If fract < 0.0, it gives the fraction that the v-parameter * is moved from its initial value toward 0. * The limiting values for fract = -1.0 (1.0) thus set the * v-parameter to 0 (255). * (2) If fract = 0, no modification is requested; return a copy * unless in-place, in which case this is a no-op. * (3) See discussion of color-modification methods, in coloring.c. */ PIX * pixModifyBrightness(PIX *pixd, PIX *pixs, l_float32 fract) { l_int32 w, h, d, i, j, wpl; l_int32 rval, gval, bval, hval, sval, vval; l_uint32 *data, *line; PROCNAME("pixModifyBrightness"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); if (L_ABS(fract) > 1.0) return (PIX *)ERROR_PTR("fract not in [-1.0 ... 1.0]", procName, NULL); pixd = pixCopy(pixd, pixs); if (fract == 0.0) { L_WARNING("no change requested in brightness\n", procName); return pixd; } data = pixGetData(pixd); wpl = pixGetWpl(pixd); for (i = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < w; j++) { extractRGBValues(line[j], &rval, &gval, &bval); convertRGBToHSV(rval, gval, bval, &hval, &sval, &vval); if (fract > 0.0) vval = (l_int32)(vval + fract * (255.0 - vval)); else vval = (l_int32)(vval * (1.0 + fract)); convertHSVToRGB(hval, sval, vval, &rval, &gval, &bval); composeRGBPixel(rval, gval, bval, line + j); } } if (pixGetSpp(pixs) == 4) pixScaleAndTransferAlpha(pixd, pixs, 1.0, 1.0); return pixd; } /*-----------------------------------------------------------------------* * Color shifting * *-----------------------------------------------------------------------*/ /*! * pixColorShiftRGB() * * Input: pixs (32 bpp rgb) * rfract (fractional shift in red component) * gfract (fractional shift in green component) * bfract (fractional shift in blue component) * Return: pixd, or null on error * * Notes: * (1) This allows independent fractional shifts of the r,g and b * components. A positive shift pushes to saturation (255); * a negative shift pushes toward 0 (black). * (2) The effect can be imagined using a color wheel that consists * (for our purposes) of these 6 colors, separated by 60 degrees: * red, magenta, blue, cyan, green, yellow * (3) So, for example, a negative shift of the blue component * (bfract < 0) could be accompanied by positive shifts * of red and green to make an image more yellow. * (4) Examples of limiting cases: * rfract = 1 ==> r = 255 * rfract = -1 ==> r = 0 */ PIX * pixColorShiftRGB(PIX *pixs, l_float32 rfract, l_float32 gfract, l_float32 bfract) { l_int32 w, h, i, j, wpls, wpld, rval, gval, bval; l_int32 *rlut, *glut, *blut; l_uint32 *datas, *datad, *lines, *lined; l_float32 fi; PIX *pixd; PROCNAME("pixColorShiftRGB"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); if (rfract < -1.0 || rfract > 1.0) return (PIX *)ERROR_PTR("rfract not in [-1.0,...,1.0]", procName, NULL); if (gfract < -1.0 || gfract > 1.0) return (PIX *)ERROR_PTR("gfract not in [-1.0,...,1.0]", procName, NULL); if (bfract < -1.0 || bfract > 1.0) return (PIX *)ERROR_PTR("bfract not in [-1.0,...,1.0]", procName, NULL); if (rfract == 0.0 && gfract == 0.0 && bfract == 0.0) return pixCopy(NULL, pixs); rlut = (l_int32 *)CALLOC(256, sizeof(l_int32)); glut = (l_int32 *)CALLOC(256, sizeof(l_int32)); blut = (l_int32 *)CALLOC(256, sizeof(l_int32)); for (i = 0; i < 256; i++) { fi = i; if (rfract >= 0) { rlut[i] = (l_int32)(fi + (255.0 - fi) * rfract); } else { rlut[i] = (l_int32)(fi * (1.0 + rfract)); } if (gfract >= 0) { glut[i] = (l_int32)(fi + (255.0 - fi) * gfract); } else { glut[i] = (l_int32)(fi * (1.0 + gfract)); } if (bfract >= 0) { blut[i] = (l_int32)(fi + (255.0 - fi) * bfract); } else { blut[i] = (l_int32)(fi * (1.0 + bfract)); } } pixGetDimensions(pixs, &w, &h, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); pixd = pixCreate(w, h, 32); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { extractRGBValues(lines[j], &rval, &gval, &bval); composeRGBPixel(rlut[rval], glut[gval], blut[bval], lined + j); } } FREE(rlut); FREE(glut); FREE(blut); return pixd; } /*-----------------------------------------------------------------------* * General multiplicative constant color transform * *-----------------------------------------------------------------------*/ /* * pixMultConstantColor() * * Input: pixs (colormapped or rgb) * rfact, gfact, bfact (multiplicative factors on each component) * Return: pixd (colormapped or rgb, with colors scaled), or null on error * * Notes: * (1) rfact, gfact and bfact can only have non-negative values. * They can be greater than 1.0. All transformed component * values are clipped to the interval [0, 255]. * (2) For multiplication with a general 3x3 matrix of constants, * use pixMultMatrixColor(). */ PIX * pixMultConstantColor(PIX *pixs, l_float32 rfact, l_float32 gfact, l_float32 bfact) { l_int32 i, j, w, h, d, wpls, wpld; l_int32 ncolors, rval, gval, bval, nrval, ngval, nbval; l_uint32 nval; l_uint32 *datas, *datad, *lines, *lined; PIX *pixd; PIXCMAP *cmap; PROCNAME("pixMultConstantColor"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); cmap = pixGetColormap(pixs); if (!cmap && d != 32) return (PIX *)ERROR_PTR("pixs not cmapped or 32 bpp", procName, NULL); rfact = L_MAX(0.0, rfact); gfact = L_MAX(0.0, gfact); bfact = L_MAX(0.0, bfact); if (cmap) { if ((pixd = pixCopy(NULL, pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); cmap = pixGetColormap(pixd); ncolors = pixcmapGetCount(cmap); for (i = 0; i < ncolors; i++) { pixcmapGetColor(cmap, i, &rval, &gval, &bval); nrval = (l_int32)(rfact * rval); ngval = (l_int32)(gfact * gval); nbval = (l_int32)(bfact * bval); nrval = L_MIN(255, nrval); ngval = L_MIN(255, ngval); nbval = L_MIN(255, nbval); pixcmapResetColor(cmap, i, nrval, ngval, nbval); } return pixd; } if ((pixd = pixCreateTemplateNoInit(pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { extractRGBValues(lines[j], &rval, &gval, &bval); nrval = (l_int32)(rfact * rval); ngval = (l_int32)(gfact * gval); nbval = (l_int32)(bfact * bval); nrval = L_MIN(255, nrval); ngval = L_MIN(255, ngval); nbval = L_MIN(255, nbval); composeRGBPixel(nrval, ngval, nbval, &nval); *(lined + j) = nval; } } return pixd; } /* * pixMultMatrixColor() * * Input: pixs (colormapped or rgb) * kernel (3x3 matrix of floats) * Return: pixd (colormapped or rgb), or null on error * * Notes: * (1) The kernel is a data structure used mostly for floating point * convolution. Here it is a 3x3 matrix of floats that are used * to transform the pixel values by matrix multiplication: * nrval = a[0,0] * rval + a[0,1] * gval + a[0,2] * bval * ngval = a[1,0] * rval + a[1,1] * gval + a[1,2] * bval * nbval = a[2,0] * rval + a[2,1] * gval + a[2,2] * bval * (2) The matrix can be generated in several ways. * See kernel.c for details. Here are two of them: * (a) kel = kernelCreate(3, 3); * kernelSetElement(kel, 0, 0, val00); * kernelSetElement(kel, 0, 1, val01); * ... * (b) from a static string; e.g.,: * const char *kdata = " 0.6 0.3 -0.2 " * " 0.1 1.2 0.4 " * " -0.4 0.2 0.9 "; * kel = kernelCreateFromString(3, 3, 0, 0, kdata); * (3) For the special case where the matrix is diagonal, it is easier * to use pixMultConstantColor(). * (4) Matrix entries can have positive and negative values, and can * be larger than 1.0. All transformed component values * are clipped to [0, 255]. */ PIX * pixMultMatrixColor(PIX *pixs, L_KERNEL *kel) { l_int32 i, j, index, kw, kh, w, h, d, wpls, wpld; l_int32 ncolors, rval, gval, bval, nrval, ngval, nbval; l_uint32 nval; l_uint32 *datas, *datad, *lines, *lined; l_float32 v[9]; /* use linear array for convenience */ PIX *pixd; PIXCMAP *cmap; PROCNAME("pixMultMatrixColor"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!kel) return (PIX *)ERROR_PTR("kel not defined", procName, NULL); kernelGetParameters(kel, &kw, &kh, NULL, NULL); if (kw != 3 || kh != 3) return (PIX *)ERROR_PTR("matrix not 3x3", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); cmap = pixGetColormap(pixs); if (!cmap && d != 32) return (PIX *)ERROR_PTR("pixs not cmapped or 32 bpp", procName, NULL); for (i = 0, index = 0; i < 3; i++) for (j = 0; j < 3; j++, index++) kernelGetElement(kel, i, j, v + index); if (cmap) { if ((pixd = pixCopy(NULL, pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); cmap = pixGetColormap(pixd); ncolors = pixcmapGetCount(cmap); for (i = 0; i < ncolors; i++) { pixcmapGetColor(cmap, i, &rval, &gval, &bval); nrval = (l_int32)(v[0] * rval + v[1] * gval + v[2] * bval); ngval = (l_int32)(v[3] * rval + v[4] * gval + v[5] * bval); nbval = (l_int32)(v[6] * rval + v[7] * gval + v[8] * bval); nrval = L_MAX(0, L_MIN(255, nrval)); ngval = L_MAX(0, L_MIN(255, ngval)); nbval = L_MAX(0, L_MIN(255, nbval)); pixcmapResetColor(cmap, i, nrval, ngval, nbval); } return pixd; } if ((pixd = pixCreateTemplateNoInit(pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { extractRGBValues(lines[j], &rval, &gval, &bval); nrval = (l_int32)(v[0] * rval + v[1] * gval + v[2] * bval); ngval = (l_int32)(v[3] * rval + v[4] * gval + v[5] * bval); nbval = (l_int32)(v[6] * rval + v[7] * gval + v[8] * bval); nrval = L_MAX(0, L_MIN(255, nrval)); ngval = L_MAX(0, L_MIN(255, ngval)); nbval = L_MAX(0, L_MIN(255, nbval)); composeRGBPixel(nrval, ngval, nbval, &nval); *(lined + j) = nval; } } return pixd; } /*-------------------------------------------------------------* * Half-edge by bandpass * *-------------------------------------------------------------*/ /*! * pixHalfEdgeByBandpass() * * Input: pixs (8 bpp gray or 32 bpp rgb) * sm1h, sm1v ("half-widths" of smoothing filter sm1) * sm2h, sm2v ("half-widths" of smoothing filter sm2) * (require sm2 != sm1) * Return: pixd, or null on error * * Notes: * (1) We use symmetric smoothing filters of odd dimension, * typically use 3, 5, 7, etc. The smoothing parameters * for these are 1, 2, 3, etc. The filter size is related * to the smoothing parameter by * size = 2 * smoothing + 1 * (2) Because we take the difference of two lowpass filters, * this is actually a bandpass filter. * (3) We allow both filters to be anisotropic. * (4) Consider either the h or v component of the 2 filters. * Depending on whether sm1 > sm2 or sm2 > sm1, we get * different halves of the smoothed gradients (or "edges"). * This difference of smoothed signals looks more like * a second derivative of a transition, which we rectify * by not allowing the signal to go below zero. If sm1 < sm2, * the sm2 transition is broader, so the difference between * sm1 and sm2 signals is positive on the upper half of * the transition. Likewise, if sm1 > sm2, the sm1 - sm2 * signal difference is positive on the lower half of * the transition. */ PIX * pixHalfEdgeByBandpass(PIX *pixs, l_int32 sm1h, l_int32 sm1v, l_int32 sm2h, l_int32 sm2v) { l_int32 d; PIX *pixg, *pixacc, *pixc1, *pixc2; PROCNAME("pixHalfEdgeByBandpass"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (sm1h == sm2h && sm1v == sm2v) return (PIX *)ERROR_PTR("sm2 = sm1", procName, NULL); d = pixGetDepth(pixs); if (d != 8 && d != 32) return (PIX *)ERROR_PTR("pixs not 8 or 32 bpp", procName, NULL); if (d == 32) pixg = pixConvertRGBToLuminance(pixs); else /* d == 8 */ pixg = pixClone(pixs); /* Make a convolution accumulator and use it twice */ if ((pixacc = pixBlockconvAccum(pixg)) == NULL) return (PIX *)ERROR_PTR("pixacc not made", procName, NULL); if ((pixc1 = pixBlockconvGray(pixg, pixacc, sm1h, sm1v)) == NULL) return (PIX *)ERROR_PTR("pixc1 not made", procName, NULL); if ((pixc2 = pixBlockconvGray(pixg, pixacc, sm2h, sm2v)) == NULL) return (PIX *)ERROR_PTR("pixc2 not made", procName, NULL); pixDestroy(&pixacc); /* Compute the half-edge using pixc1 - pixc2. */ pixSubtractGray(pixc1, pixc1, pixc2); pixDestroy(&pixg); pixDestroy(&pixc2); return pixc1; } leptonica-1.70/src/readfile.c0000640000175000017500000011346712265645112014227 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * readfile.c: reads image on file into memory * * Top-level functions for reading images from file * PIXA *pixaReadFiles() * PIXA *pixaReadFilesSA() * PIX *pixRead() * PIX *pixReadWithHint() * PIX *pixReadIndexed() * PIX *pixReadStream() * * Read header information from file * l_int32 pixReadHeader() * * Format finders * l_int32 findFileFormat() * l_int32 findFileFormatStream() * l_int32 findFileFormatBuffer() * l_int32 fileFormatIsTiff() * * Read from memory * PIX *pixReadMem() * l_int32 pixReadHeaderMem() * * Test function for I/O with different formats * l_int32 ioFormatTest() * * Supported file formats: * (1) Reading is supported without any external libraries: * bmp * pnm (including pbm, pgm, etc) * spix (raw serialized) * (2) Reading is supported with installation of external libraries: * png * jpg (standard jfif version) * tiff (including most varieties of compression) * gif * webp * (3) This file format is recognized by the library but reading * is not supported: * jp2 (jpeg2000) * (4) All other file types will get an "unknown format" error. */ #include #include "allheaders.h" /* choose type of PIX to be generated */ enum { READ_24_BIT_COLOR = 0, /* read in as 24 (really 32) bit pix */ CONVERT_TO_PALETTE = 1, /* convert to 8 bit colormapped pix */ READ_GRAY = 2 /* read gray only */ }; /* Output files for ioFormatTest(). * Note that the test for jpeg is not yet implemented */ static const char *FILE_BMP = "/tmp/junkout.bmp"; static const char *FILE_PNG = "/tmp/junkout.png"; static const char *FILE_PNM = "/tmp/junkout.pnm"; static const char *FILE_G3 = "/tmp/junkout_g3.tif"; static const char *FILE_G4 = "/tmp/junkout_g4.tif"; static const char *FILE_RLE = "/tmp/junkout_rle.tif"; static const char *FILE_PB = "/tmp/junkout_packbits.tif"; static const char *FILE_LZW = "/tmp/junkout_lzw.tif"; static const char *FILE_ZIP = "/tmp/junkout_zip.tif"; static const char *FILE_TIFF = "/tmp/junkout.tif"; static const char *FILE_JPG = "/tmp/junkout.jpg"; /* I found these from the source code to the unix file */ /* command. man 1 file */ static const unsigned char JP2K_CODESTREAM[4] = { 0xff, 0x4f, 0xff, 0x51 }; static const unsigned char JP2K_IMAGE_DATA[12] = { 0x00, 0x00, 0x00, 0x0C, 0x6A, 0x50, 0x20, 0x20, 0x0D, 0x0A, 0x87, 0x0A }; /*---------------------------------------------------------------------* * Top-level functions for reading images from file * *---------------------------------------------------------------------*/ /*! * pixaReadFiles() * * Input: dirname * substr ( substring filter on filenames; can be null) * Return: pixa, or null on error * * Notes: * (1) @dirname is the full path for the directory. * (2) @substr is the part of the file name (excluding * the directory) that is to be matched. All matching * filenames are read into the Pixa. If substr is NULL, * all filenames are read into the Pixa. */ PIXA * pixaReadFiles(const char *dirname, const char *substr) { PIXA *pixa; SARRAY *sa; PROCNAME("pixaReadFiles"); if (!dirname) return (PIXA *)ERROR_PTR("dirname not defined", procName, NULL); if ((sa = getSortedPathnamesInDirectory(dirname, substr, 0, 0)) == NULL) return (PIXA *)ERROR_PTR("sa not made", procName, NULL); pixa = pixaReadFilesSA(sa); sarrayDestroy(&sa); return pixa; } /*! * pixaReadFilesSA() * * Input: sarray (full pathnames for all files) * Return: pixa, or null on error */ PIXA * pixaReadFilesSA(SARRAY *sa) { char *str; l_int32 i, n; PIX *pix; PIXA *pixa; PROCNAME("pixaReadFilesSA"); if (!sa) return (PIXA *)ERROR_PTR("sa not defined", procName, NULL); n = sarrayGetCount(sa); pixa = pixaCreate(n); for (i = 0; i < n; i++) { str = sarrayGetString(sa, i, L_NOCOPY); if ((pix = pixRead(str)) == NULL) { L_WARNING("pix not read from file %s\n", procName, str); continue; } pixaAddPix(pixa, pix, L_INSERT); } return pixa; } /*! * pixRead() * * Input: filename (with full pathname or in local directory) * Return: pix if OK; null on error * * Notes: * (1) See at top of file for supported formats. */ PIX * pixRead(const char *filename) { FILE *fp; PIX *pix; PROCNAME("pixRead"); if (!filename) return (PIX *)ERROR_PTR("filename not defined", procName, NULL); if ((fp = fopenReadStream(filename)) == NULL) return (PIX *)ERROR_PTR("image file not found", procName, NULL); if ((pix = pixReadStream(fp, 0)) == NULL) { fclose(fp); return (PIX *)ERROR_PTR("pix not read", procName, NULL); } /* Close the stream except if GIF under windows, because * DGifCloseFile() closes the windows file stream! */ if (pixGetInputFormat(pix) != IFF_GIF) fclose(fp); #ifndef _WIN32 else /* gif file */ fclose(fp); #endif /* ! _WIN32 */ return pix; } /*! * pixReadWithHint() * * Input: filename (with full pathname or in local directory) * hint (bitwise OR of L_HINT_* values for jpeg; use 0 for no hint) * Return: pix if OK; null on error * * Notes: * (1) The hint is not binding, but may be used to optimize jpeg decoding. * Use 0 for no hinting. */ PIX * pixReadWithHint(const char *filename, l_int32 hint) { FILE *fp; PIX *pix; PROCNAME("pixReadWithHint"); if (!filename) return (PIX *)ERROR_PTR("filename not defined", procName, NULL); if ((fp = fopenReadStream(filename)) == NULL) return (PIX *)ERROR_PTR("image file not found", procName, NULL); pix = pixReadStream(fp, hint); fclose(fp); if (!pix) return (PIX *)ERROR_PTR("image not returned", procName, NULL); return pix; } /*! * pixReadIndexed() * * Input: sarray (of full pathnames) * index (into pathname array) * Return: pix if OK; null if not found * * Notes: * (1) This function is useful for selecting image files from a * directory, where the integer @index is embedded into * the file name. * (2) This is typically done by generating the sarray using * getNumberedPathnamesInDirectory(), so that the @index * pathname would have the number @index in it. The size * of the sarray should be the largest number (plus 1) appearing * in the file names, respecting the constraints in the * call to getNumberedPathnamesInDirectory(). * (3) Consequently, for some indices into the sarray, there may * be no pathnames in the directory containing that number. * By convention, we place empty C strings ("") in those * locations in the sarray, and it is not an error if such * a string is encountered and no pix is returned. * Therefore, the caller must verify that a pix is returned. * (4) See convertSegmentedPagesToPS() in src/psio1.c for an * example of usage. */ PIX * pixReadIndexed(SARRAY *sa, l_int32 index) { char *fname; l_int32 n; PIX *pix; PROCNAME("pixReadIndexed"); if (!sa) return (PIX *)ERROR_PTR("sa not defined", procName, NULL); n = sarrayGetCount(sa); if (index < 0 || index >= n) return (PIX *)ERROR_PTR("index out of bounds", procName, NULL); fname = sarrayGetString(sa, index, L_NOCOPY); if (fname[0] == '\0') return NULL; if ((pix = pixRead(fname)) == NULL) { L_ERROR("pix not read from file %s\n", procName, fname); return NULL; } return pix; } /*! * pixReadStream() * * Input: fp (file stream) * hint (bitwise OR of L_HINT_* values for jpeg; use 0 for no hint) * Return: pix if OK; null on error * * Notes: * (1) The hint only applies to jpeg. */ PIX * pixReadStream(FILE *fp, l_int32 hint) { l_int32 format, ret; l_uint8 *comment; PIX *pix; PROCNAME("pixReadStream"); if (!fp) return (PIX *)ERROR_PTR("stream not defined", procName, NULL); pix = NULL; findFileFormatStream(fp, &format); switch (format) { case IFF_BMP: if ((pix = pixReadStreamBmp(fp)) == NULL ) return (PIX *)ERROR_PTR( "bmp: no pix returned", procName, NULL); break; case IFF_JFIF_JPEG: if ((pix = pixReadStreamJpeg(fp, READ_24_BIT_COLOR, 1, NULL, hint)) == NULL) return (PIX *)ERROR_PTR( "jpeg: no pix returned", procName, NULL); ret = fgetJpegComment(fp, &comment); if (!ret && comment) pixSetText(pix, (char *)comment); FREE(comment); break; case IFF_PNG: if ((pix = pixReadStreamPng(fp)) == NULL) return (PIX *)ERROR_PTR("png: no pix returned", procName, NULL); break; case IFF_TIFF: case IFF_TIFF_PACKBITS: case IFF_TIFF_RLE: case IFF_TIFF_G3: case IFF_TIFF_G4: case IFF_TIFF_LZW: case IFF_TIFF_ZIP: if ((pix = pixReadStreamTiff(fp, 0)) == NULL) /* page 0 by default */ return (PIX *)ERROR_PTR("tiff: no pix returned", procName, NULL); break; case IFF_PNM: if ((pix = pixReadStreamPnm(fp)) == NULL) return (PIX *)ERROR_PTR("pnm: no pix returned", procName, NULL); break; case IFF_GIF: if ((pix = pixReadStreamGif(fp)) == NULL) return (PIX *)ERROR_PTR("gif: no pix returned", procName, NULL); break; case IFF_JP2: return (PIX *)ERROR_PTR("jp2: format not supported", procName, NULL); break; case IFF_WEBP: if ((pix = pixReadStreamWebP(fp)) == NULL) return (PIX *)ERROR_PTR("webp: no pix returned", procName, NULL); break; case IFF_SPIX: if ((pix = pixReadStreamSpix(fp)) == NULL) return (PIX *)ERROR_PTR("spix: no pix returned", procName, NULL); break; case IFF_UNKNOWN: return (PIX *)ERROR_PTR( "Unknown format: no pix returned", procName, NULL); break; } if (pix) pixSetInputFormat(pix, format); return pix; } /*---------------------------------------------------------------------* * Read header information from file * *---------------------------------------------------------------------*/ /*! * pixReadHeader() * * Input: filename (with full pathname or in local directory) * &format ( file format) * &w, &h ( width and height) * &bps bits/sample * &spp samples/pixel (1, 3 or 4) * &iscmap ( 1 if cmap exists; 0 otherwise) * Return: 0 if OK, 1 on error * * Notes: * (1) This reads the actual headers for jpeg, png, tiff and pnm. * For bmp and gif, we cheat and read the entire file into a pix, * from which we extract the "header" information. */ l_int32 pixReadHeader(const char *filename, l_int32 *pformat, l_int32 *pw, l_int32 *ph, l_int32 *pbps, l_int32 *pspp, l_int32 *piscmap) { l_int32 format, ret, w, h, d, bps, spp, iscmap; l_int32 type; /* ignored */ FILE *fp; PIX *pix; PROCNAME("pixReadHeader"); if (pw) *pw = 0; if (ph) *ph = 0; if (pbps) *pbps = 0; if (pspp) *pspp = 0; if (piscmap) *piscmap = 0; if (pformat) *pformat = 0; iscmap = 0; /* init to false */ if (!filename) return ERROR_INT("filename not defined", procName, 1); if ((fp = fopenReadStream(filename)) == NULL) return ERROR_INT("image file not found", procName, 1); findFileFormatStream(fp, &format); fclose(fp); switch (format) { case IFF_BMP: /* cheating: reading the entire file */ if ((pix = pixRead(filename)) == NULL) return ERROR_INT( "bmp: pix not read", procName, 1); pixGetDimensions(pix, &w, &h, &d); if (pixGetColormap(pix)) iscmap = 1; pixDestroy(&pix); bps = (d == 32) ? 8 : d; spp = (d == 32) ? 3 : 1; break; case IFF_JFIF_JPEG: ret = readHeaderJpeg(filename, &w, &h, &spp, NULL, NULL); bps = 8; if (ret) return ERROR_INT( "jpeg: no header info returned", procName, 1); break; case IFF_PNG: ret = readHeaderPng(filename, &w, &h, &bps, &spp, &iscmap); if (ret) return ERROR_INT( "png: no header info returned", procName, 1); break; case IFF_TIFF: case IFF_TIFF_PACKBITS: case IFF_TIFF_RLE: case IFF_TIFF_G3: case IFF_TIFF_G4: case IFF_TIFF_LZW: case IFF_TIFF_ZIP: /* Reading page 0 by default; possibly redefine format */ ret = readHeaderTiff(filename, 0, &w, &h, &bps, &spp, NULL, &iscmap, &format); if (ret) return ERROR_INT( "tiff: no header info returned", procName, 1); break; case IFF_PNM: ret = readHeaderPnm(filename, &w, &h, &d, &type, &bps, &spp); if (ret) return ERROR_INT( "pnm: no header info returned", procName, 1); break; case IFF_GIF: /* cheating: reading the entire file */ if ((pix = pixRead(filename)) == NULL) return ERROR_INT( "gif: pix not read", procName, 1); pixGetDimensions(pix, &w, &h, &d); pixDestroy(&pix); iscmap = 1; /* always colormapped; max 256 colors */ spp = 1; bps = d; break; case IFF_JP2: ret = readHeaderJp2k(filename, &w, &h, &spp); bps = 8; break; case IFF_WEBP: if (readHeaderWebP(filename, &w, &h, &spp)) return ERROR_INT( "webp: no header info returned", procName, 1); bps = 8; break; case IFF_SPIX: ret = readHeaderSpix(filename, &w, &h, &bps, &spp, &iscmap); if (ret) return ERROR_INT( "spix: no header info returned", procName, 1); break; case IFF_UNKNOWN: L_ERROR("unknown format in file %s\n", procName, filename); return 1; break; } if (pw) *pw = w; if (ph) *ph = h; if (pbps) *pbps = bps; if (pspp) *pspp = spp; if (piscmap) *piscmap = iscmap; if (pformat) *pformat = format; return 0; } /*---------------------------------------------------------------------* * Format finders * *---------------------------------------------------------------------*/ /*! * findFileFormat() * * Input: filename * &format () * Return: 0 if OK, 1 on error or if format is not recognized */ l_int32 findFileFormat(const char *filename, l_int32 *pformat) { l_int32 ret; FILE *fp; PROCNAME("findFileFormat"); if (!pformat) return ERROR_INT("&format not defined", procName, 1); *pformat = IFF_UNKNOWN; if (!filename) return ERROR_INT("filename not defined", procName, 1); if ((fp = fopenReadStream(filename)) == NULL) return ERROR_INT("image file not found", procName, 1); ret = findFileFormatStream(fp, pformat); fclose(fp); return ret; } /*! * findFileFormatStream() * * Input: fp (file stream) * &format () * Return: 0 if OK, 1 on error or if format is not recognized * * Notes: * (1) Important: Side effect -- this resets fp to BOF. */ l_int32 findFileFormatStream(FILE *fp, l_int32 *pformat) { l_uint8 firstbytes[12]; l_int32 format; PROCNAME("findFileFormatStream"); if (!pformat) return ERROR_INT("&format not defined", procName, 1); *pformat = IFF_UNKNOWN; if (!fp) return ERROR_INT("stream not defined", procName, 1); rewind(fp); if (fnbytesInFile(fp) < 12) return ERROR_INT("truncated file", procName, 1); if (fread((char *)&firstbytes, 1, 12, fp) != 12) return ERROR_INT("failed to read first 12 bytes of file", procName, 1); rewind(fp); findFileFormatBuffer(firstbytes, &format); if (format == IFF_TIFF) { findTiffCompression(fp, &format); rewind(fp); } *pformat = format; if (format == IFF_UNKNOWN) return 1; else return 0; } /*! * findFileFormatBuffer() * * Input: byte buffer (at least 12 bytes in size; we can't check) * &format () * Return: 0 if OK, 1 on error or if format is not recognized * * Notes: * (1) This determines the file format from the first 12 bytes in * the compressed data stream, which are stored in memory. * (2) For tiff files, this returns IFF_TIFF. The specific tiff * compression is then determined using findTiffCompression(). */ l_int32 findFileFormatBuffer(const l_uint8 *buf, l_int32 *pformat) { l_uint16 twobytepw; PROCNAME("findFileFormatBuffer"); if (!pformat) return ERROR_INT("&format not defined", procName, 1); *pformat = IFF_UNKNOWN; if (!buf) return ERROR_INT("byte buffer not defined", procName, 0); /* Check the bmp and tiff 2-byte header ids */ ((char *)(&twobytepw))[0] = buf[0]; ((char *)(&twobytepw))[1] = buf[1]; if (convertOnBigEnd16(twobytepw) == BMP_ID) { *pformat = IFF_BMP; return 0; } if (twobytepw == TIFF_BIGEND_ID || twobytepw == TIFF_LITTLEEND_ID) { *pformat = IFF_TIFF; return 0; } /* Check for the p*m 2-byte header ids */ if ((buf[0] == 'P' && buf[1] == '4') || /* newer packed */ (buf[0] == 'P' && buf[1] == '1')) { /* old format */ *pformat = IFF_PNM; return 0; } if ((buf[0] == 'P' && buf[1] == '5') || /* newer */ (buf[0] == 'P' && buf[1] == '2')) { /* old */ *pformat = IFF_PNM; return 0; } if ((buf[0] == 'P' && buf[1] == '6') || /* newer */ (buf[0] == 'P' && buf[1] == '3')) { /* old */ *pformat = IFF_PNM; return 0; } /* Consider the first 11 bytes of the standard JFIF JPEG header: * - The first two bytes are the most important: 0xffd8. * - The next two bytes are the jfif marker: 0xffe0. * Not all jpeg files have this marker. * - The next two bytes are the header length. * - The next 5 bytes are a null-terminated string. * For JFIF, the string is "JFIF", naturally. For others it * can be "Exif" or just about anything else. * - Because of all this variability, we only check the first * two byte marker. All jpeg files are identified as * IFF_JFIF_JPEG. */ if (buf[0] == 0xff && buf[1] == 0xd8) { *pformat = IFF_JFIF_JPEG; return 0; } /* Check for the 8 byte PNG signature (png_signature in png.c): * {137, 80, 78, 71, 13, 10, 26, 10} */ if (buf[0] == 137 && buf[1] == 80 && buf[2] == 78 && buf[3] == 71 && buf[4] == 13 && buf[5] == 10 && buf[6] == 26 && buf[7] == 10) { *pformat = IFF_PNG; return 0; } /* Look for "GIF87a" or "GIF89a" */ if (buf[0] == 'G' && buf[1] == 'I' && buf[2] == 'F' && buf[3] == '8' && (buf[4] == '7' || buf[4] == '9') && buf[5] == 'a') { *pformat = IFF_GIF; return 0; } /* Check for both types of jp2k file */ if (strncmp((const char *)buf, (char *)JP2K_CODESTREAM, 4) == 0 || strncmp((const char *)buf, (char *)JP2K_IMAGE_DATA, 12) == 0) { *pformat = IFF_JP2; return 0; } /* Check for webp */ if (buf[0] == 'R' && buf[1] == 'I' && buf[2] == 'F' && buf[3] == 'F' && buf[8] == 'W' && buf[9] == 'E' && buf[10] == 'B' && buf[11] == 'P') { *pformat = IFF_WEBP; return 0; } /* Check for "spix" serialized pix */ if (buf[0] == 's' && buf[1] == 'p' && buf[2] == 'i' && buf[3] == 'x') { *pformat = IFF_SPIX; return 0; } /* File format identifier not found; unknown */ return 1; } /*! * fileFormatIsTiff() * * Input: fp (file stream) * Return: 1 if file is tiff; 0 otherwise or on error */ l_int32 fileFormatIsTiff(FILE *fp) { l_int32 format; PROCNAME("fileFormatIsTiff"); if (!fp) return ERROR_INT("stream not defined", procName, 0); findFileFormatStream(fp, &format); if (format == IFF_TIFF || format == IFF_TIFF_PACKBITS || format == IFF_TIFF_RLE || format == IFF_TIFF_G3 || format == IFF_TIFF_G4 || format == IFF_TIFF_LZW || format == IFF_TIFF_ZIP) return 1; else return 0; } /*---------------------------------------------------------------------* * Read from memory * *---------------------------------------------------------------------*/ /*! * pixReadMem() * * Input: data (const; encoded) * datasize (size of data) * Return: pix, or null on error * * Notes: * (1) This is a variation of pixReadStream(), where the data is read * from a memory buffer rather than a file. * (2) On windows, this will only read tiff formatted files from * memory. For other formats, it requires fmemopen(3). * Attempts to read those formats will fail at runtime. * (3) findFileFormatBuffer() requires up to 8 bytes to decide on * the format. That determines the constraint here. */ PIX * pixReadMem(const l_uint8 *data, size_t size) { l_int32 format; PIX *pix; PROCNAME("pixReadMem"); if (!data) return (PIX *)ERROR_PTR("data not defined", procName, NULL); if (size < 8) return (PIX *)ERROR_PTR("size < 8", procName, NULL); pix = NULL; findFileFormatBuffer(data, &format); switch (format) { case IFF_BMP: if ((pix = pixReadMemBmp(data, size)) == NULL ) return (PIX *)ERROR_PTR( "bmp: no pix returned", procName, NULL); break; case IFF_JFIF_JPEG: if ((pix = pixReadMemJpeg(data, size, READ_24_BIT_COLOR, 1, NULL, 0)) == NULL) return (PIX *)ERROR_PTR( "jpeg: no pix returned", procName, NULL); break; case IFF_PNG: if ((pix = pixReadMemPng(data, size)) == NULL) return (PIX *)ERROR_PTR("png: no pix returned", procName, NULL); break; case IFF_TIFF: case IFF_TIFF_PACKBITS: case IFF_TIFF_RLE: case IFF_TIFF_G3: case IFF_TIFF_G4: case IFF_TIFF_LZW: case IFF_TIFF_ZIP: /* Reading page 0 by default */ if ((pix = pixReadMemTiff(data, size, 0)) == NULL) return (PIX *)ERROR_PTR("tiff: no pix returned", procName, NULL); break; case IFF_PNM: if ((pix = pixReadMemPnm(data, size)) == NULL) return (PIX *)ERROR_PTR("pnm: no pix returned", procName, NULL); break; case IFF_GIF: if ((pix = pixReadMemGif(data, size)) == NULL) return (PIX *)ERROR_PTR("gif: no pix returned", procName, NULL); break; case IFF_JP2: return (PIX *)ERROR_PTR("jp2: format not supported", procName, NULL); break; case IFF_SPIX: if ((pix = pixReadMemSpix(data, size)) == NULL) return (PIX *)ERROR_PTR("spix: no pix returned", procName, NULL); break; case IFF_UNKNOWN: return (PIX *)ERROR_PTR("Unknown format: no pix returned", procName, NULL); break; } /* Set the input format. For tiff reading from memory we lose * the actual input format; for 1 bpp, default to G4. */ if (pix) { if (format == IFF_TIFF && pixGetDepth(pix) == 1) format = IFF_TIFF_G4; pixSetInputFormat(pix, format); } return pix; } /*! * pixReadHeaderMem() * * Input: data (const; encoded) * datasize (size of data) * &format ( image format) * &w, &h ( width and height) * &bps bits/sample * &spp samples/pixel (1, 3 or 4) * &iscmap ( 1 if cmap exists; 0 otherwise) * Return: 0 if OK, 1 on error * * Notes: * (1) This reads the actual headers for jpeg, png, tiff and pnm. * For bmp and gif, we cheat and read all the data into a pix, * from which we extract the "header" information. * (2) On windows, this will only read tiff formatted files from * memory. For other formats, it requires fmemopen(3). * Attempts to read those formats will fail at runtime. * (3) findFileFormatBuffer() requires up to 8 bytes to decide on * the format. That determines the constraint here. */ l_int32 pixReadHeaderMem(const l_uint8 *data, size_t size, l_int32 *pformat, l_int32 *pw, l_int32 *ph, l_int32 *pbps, l_int32 *pspp, l_int32 *piscmap) { l_int32 format, ret, w, h, d, bps, spp, iscmap; l_int32 type; /* not used */ PIX *pix; PROCNAME("pixReadHeaderMem"); if (pw) *pw = 0; if (ph) *ph = 0; if (pbps) *pbps = 0; if (pspp) *pspp = 0; if (piscmap) *piscmap = 0; if (pformat) *pformat = 0; iscmap = 0; /* init to false */ if (!data) return ERROR_INT("data not defined", procName, 1); if (size < 8) return ERROR_INT("size < 8", procName, 1); findFileFormatBuffer(data, &format); switch (format) { case IFF_BMP: /* cheating: read the pix */ if ((pix = pixReadMemBmp(data, size)) == NULL) return ERROR_INT( "bmp: pix not read", procName, 1); pixGetDimensions(pix, &w, &h, &d); pixDestroy(&pix); bps = (d == 32) ? 8 : d; spp = (d == 32) ? 3 : 1; break; case IFF_JFIF_JPEG: ret = readHeaderMemJpeg(data, size, &w, &h, &spp, NULL, NULL); bps = 8; if (ret) return ERROR_INT( "jpeg: no header info returned", procName, 1); break; case IFF_PNG: ret = sreadHeaderPng(data, &w, &h, &bps, &spp, &iscmap); if (ret) return ERROR_INT( "png: no header info returned", procName, 1); break; case IFF_TIFF: case IFF_TIFF_PACKBITS: case IFF_TIFF_RLE: case IFF_TIFF_G3: case IFF_TIFF_G4: case IFF_TIFF_LZW: case IFF_TIFF_ZIP: /* Reading page 0 by default; possibly redefine format */ ret = readHeaderMemTiff(data, size, 0, &w, &h, &bps, &spp, NULL, &iscmap, &format); if (ret) return ERROR_INT( "tiff: no header info returned", procName, 1); break; case IFF_PNM: ret = sreadHeaderPnm(data, size, &w, &h, &d, &type, &bps, &spp); if (ret) return ERROR_INT( "pnm: no header info returned", procName, 1); break; case IFF_GIF: /* cheating: read the pix */ if ((pix = pixReadMemGif(data, size)) == NULL) return ERROR_INT( "gif: pix not read", procName, 1); pixGetDimensions(pix, &w, &h, &d); pixDestroy(&pix); iscmap = 1; /* always colormapped; max 256 colors */ spp = 1; bps = d; break; case IFF_JP2: ret = sreadHeaderJp2k(data, size, &w, &h, &spp); bps = 8; break; case IFF_SPIX: ret = sreadHeaderSpix((l_uint32 *)data, &w, &h, &bps, &spp, &iscmap); if (ret) return ERROR_INT( "pnm: no header info returned", procName, 1); break; case IFF_UNKNOWN: return ERROR_INT("unknown format; no data returned", procName, 1); break; } if (pw) *pw = w; if (ph) *ph = h; if (pbps) *pbps = bps; if (pspp) *pspp = spp; if (piscmap) *piscmap = iscmap; if (pformat) *pformat = format; return 0; } /*---------------------------------------------------------------------* * Test function for I/O with different formats * *---------------------------------------------------------------------*/ #ifdef HAVE_CONFIG_H #include "config_auto.h" #endif /* HAVE_CONFIG_H */ /*! * ioFormatTest() * * Input: filename (input file) * Return: 0 if OK; 1 on error or if the test fails * * Notes: * (1) This writes and reads a set of output files losslessly * in different formats to /tmp, and tests that the * result before and after is unchanged. * (2) This should work properly on input images of any depth, * with and without colormaps. * (3) All supported formats are tested for bmp, png, tiff and * non-ascii pnm. Ascii pnm also works (but who'd ever want * to use it?) We allow 2 bpp bmp, although it's not * supported elsewhere. And we don't support reading * 16 bpp png, although this can be turned on in pngio.c. * (4) This silently skips png or tiff testing if HAVE_LIBPNG * or HAVE_LIBTIFF are 0, respectively. */ l_int32 ioFormatTest(const char *filename) { l_int32 d, equal, problems; PIX *pixs, *pixc, *pixt, *pixt2; PIXCMAP *cmap; PROCNAME("ioFormatTest"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if ((pixs = pixRead(filename)) == NULL) return ERROR_INT("pixs not made", procName, 1); /* Note that the reader automatically removes colormaps * from 1 bpp BMP images, but not from 8 bpp BMP images. * Therefore, if our 8 bpp image initially doesn't have a * colormap, we are going to need to remove it from any * pix read from a BMP file. */ pixc = pixClone(pixs); /* laziness */ /* This does not test the alpha layer pixels, because most * formats don't support it. Remove any alpha. */ if (pixGetSpp(pixc) == 4) pixSetSpp(pixc, 3); cmap = pixGetColormap(pixc); /* colormap; can be NULL */ d = pixGetDepth(pixc); problems = FALSE; /* ----------------------- BMP -------------------------- */ /* BMP works for 1, 2, 4, 8 and 32 bpp images. * It always writes colormaps for 1 and 8 bpp, so we must * remove it after readback if the input image doesn't have * a colormap. Although we can write/read 2 bpp BMP, nobody * else can read them! */ if (d == 1 || d == 8) { L_INFO("write/read bmp\n", procName); pixWrite(FILE_BMP, pixc, IFF_BMP); pixt = pixRead(FILE_BMP); if (!cmap) pixt2 = pixRemoveColormap(pixt, REMOVE_CMAP_BASED_ON_SRC); else pixt2 = pixClone(pixt); pixEqual(pixc, pixt2, &equal); if (!equal) { L_INFO(" **** bad bmp image ****\n", procName); problems = TRUE; } pixDestroy(&pixt); pixDestroy(&pixt2); } if (d == 2 || d == 4 || d == 32) { L_INFO("write/read bmp\n", procName); pixWrite(FILE_BMP, pixc, IFF_BMP); pixt = pixRead(FILE_BMP); pixEqual(pixc, pixt, &equal); if (!equal) { L_INFO(" **** bad bmp image ****\n", procName); problems = TRUE; } pixDestroy(&pixt); } /* ----------------------- PNG -------------------------- */ #if HAVE_LIBPNG /* PNG works for all depths, but here, because we strip * 16 --> 8 bpp on reading, we don't test png for 16 bpp. */ if (d != 16) { L_INFO("write/read png\n", procName); pixWrite(FILE_PNG, pixc, IFF_PNG); pixt = pixRead(FILE_PNG); pixEqual(pixc, pixt, &equal); if (!equal) { L_INFO(" **** bad png image ****\n", procName); problems = TRUE; } pixDestroy(&pixt); } #endif /* HAVE_LIBPNG */ /* ----------------------- TIFF -------------------------- */ #if HAVE_LIBTIFF /* TIFF works for 1, 2, 4, 8, 16 and 32 bpp images. * Because 8 bpp tiff always writes 256 entry colormaps, the * colormap sizes may be different for 8 bpp images with * colormap; we are testing if the image content is the same. * Likewise, the 2 and 4 bpp tiff images with colormaps * have colormap sizes 4 and 16, rsp. This test should * work properly on the content, regardless of the number * of color entries in pixc. */ /* tiff uncompressed works for all pixel depths */ L_INFO("write/read uncompressed tiff\n", procName); pixWrite(FILE_TIFF, pixc, IFF_TIFF); pixt = pixRead(FILE_TIFF); pixEqual(pixc, pixt, &equal); if (!equal) { L_INFO(" **** bad tiff uncompressed image ****\n", procName); problems = TRUE; } pixDestroy(&pixt); /* tiff lzw works for all pixel depths */ L_INFO("write/read lzw compressed tiff\n", procName); pixWrite(FILE_LZW, pixc, IFF_TIFF_LZW); pixt = pixRead(FILE_LZW); pixEqual(pixc, pixt, &equal); if (!equal) { L_INFO(" **** bad tiff lzw compressed image ****\n", procName); problems = TRUE; } pixDestroy(&pixt); /* tiff adobe deflate (zip) works for all pixel depths */ L_INFO("write/read zip compressed tiff\n", procName); pixWrite(FILE_ZIP, pixc, IFF_TIFF_ZIP); pixt = pixRead(FILE_ZIP); pixEqual(pixc, pixt, &equal); if (!equal) { L_INFO(" **** bad tiff zip compressed image ****\n", procName); problems = TRUE; } pixDestroy(&pixt); /* tiff g4, g3, rle and packbits work for 1 bpp */ if (d == 1) { L_INFO("write/read g4 compressed tiff\n", procName); pixWrite(FILE_G4, pixc, IFF_TIFF_G4); pixt = pixRead(FILE_G4); pixEqual(pixc, pixt, &equal); if (!equal) { L_INFO(" **** bad tiff g4 image ****\n", procName); problems = TRUE; } pixDestroy(&pixt); L_INFO("write/read g3 compressed tiff\n", procName); pixWrite(FILE_G3, pixc, IFF_TIFF_G3); pixt = pixRead(FILE_G3); pixEqual(pixc, pixt, &equal); if (!equal) { L_INFO(" **** bad tiff g3 image ****\n", procName); problems = TRUE; } pixDestroy(&pixt); L_INFO("write/read rle compressed tiff\n", procName); pixWrite(FILE_RLE, pixc, IFF_TIFF_RLE); pixt = pixRead(FILE_RLE); pixEqual(pixc, pixt, &equal); if (!equal) { L_INFO(" **** bad tiff rle image ****\n", procName); problems = TRUE; } pixDestroy(&pixt); L_INFO("write/read packbits compressed tiff\n", procName); pixWrite(FILE_PB, pixc, IFF_TIFF_PACKBITS); pixt = pixRead(FILE_PB); pixEqual(pixc, pixt, &equal); if (!equal) { L_INFO(" **** bad tiff packbits image ****\n", procName); problems = TRUE; } pixDestroy(&pixt); } #endif /* HAVE_LIBTIFF */ /* ----------------------- PNM -------------------------- */ /* pnm works for 1, 2, 4, 8, 16 and 32 bpp. * pnm doesn't have colormaps, so when we write colormapped * pix out as pnm, the colormap is removed. Thus for the test, * we must remove the colormap from pixc before testing. */ L_INFO("write/read pnm\n", procName); pixWrite(FILE_PNM, pixc, IFF_PNM); pixt = pixRead(FILE_PNM); if (cmap) pixt2 = pixRemoveColormap(pixc, REMOVE_CMAP_BASED_ON_SRC); else pixt2 = pixClone(pixc); pixEqual(pixt, pixt2, &equal); if (!equal) { L_INFO(" **** bad pnm image ****\n", procName); problems = TRUE; } pixDestroy(&pixt); pixDestroy(&pixt2); if (problems == FALSE) L_INFO("All formats read and written OK!\n", procName); pixDestroy(&pixc); pixDestroy(&pixs); return problems; } leptonica-1.70/src/rotateorthlow.c0000640000175000017500000004104612244745145015366 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * rotateorthlow.c * * 90-degree rotation (cw) * void rotate90Low() * * LR-flip * void flipLRLow() * * TB-flip * void flipTBLow() * * Byte reverse tables * l_uint8 *makeReverseByteTab1() * l_uint8 *makeReverseByteTab2() * l_uint8 *makeReverseByteTab4() */ #include #include "allheaders.h" /*------------------------------------------------------------------* * 90 degree rotation * *------------------------------------------------------------------*/ /*! * rotate90Low() * * direction: 1 for cw rotation * -1 for ccw rotation * * Notes: * (1) The dest must be cleared in advance because not * all source pixels are written to the destination. */ void rotate90Low(l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 d, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 direction) { l_int32 i, j, k, m, iend, nswords; l_uint32 val, word; l_uint32 *lines, *lined; PROCNAME("rotate90Low"); if (direction == 1) { /* clockwise */ switch (d) { case 32: for (i = 0; i < hd; i++) { lined = datad + i * wpld; lines = datas + (wd - 1) * wpls; for (j = 0; j < wd; j++) { lined[j] = lines[i]; lines -= wpls; } } break; case 16: for (i = 0; i < hd; i++) { lined = datad + i * wpld; lines = datas + (wd - 1) * wpls; for (j = 0; j < wd; j++) { if ((val = GET_DATA_TWO_BYTES(lines, i))) SET_DATA_TWO_BYTES(lined, j, val); lines -= wpls; } } break; case 8: for (i = 0; i < hd; i++) { lined = datad + i * wpld; lines = datas + (wd - 1) * wpls; for (j = 0; j < wd; j++) { if ((val = GET_DATA_BYTE(lines, i))) SET_DATA_BYTE(lined, j, val); lines -= wpls; } } break; case 4: for (i = 0; i < hd; i++) { lined = datad + i * wpld; lines = datas + (wd - 1) * wpls; for (j = 0; j < wd; j++) { if ((val = GET_DATA_QBIT(lines, i))) SET_DATA_QBIT(lined, j, val); lines -= wpls; } } break; case 2: for (i = 0; i < hd; i++) { lined = datad + i * wpld; lines = datas + (wd - 1) * wpls; for (j = 0; j < wd; j++) { if ((val = GET_DATA_DIBIT(lines, i))) SET_DATA_DIBIT(lined, j, val); lines -= wpls; } } break; case 1: nswords = hd / 32; for (j = 0; j < wd; j++) { lined = datad; lines = datas + (wd - 1 - j) * wpls; for (k = 0; k < nswords; k++) { word = lines[k]; if (!word) { lined += 32 * wpld; continue; } else { iend = 32 * (k + 1); for (m = 0, i = 32 * k; i < iend; i++, m++) { if ((word << m) & 0x80000000) SET_DATA_BIT(lined, j); lined += wpld; } } } for (i = 32 * nswords; i < hd; i++) { if (GET_DATA_BIT(lines, i)) SET_DATA_BIT(lined, j); lined += wpld; } } break; default: L_ERROR("illegal depth\n", procName); break; } } else { /* direction counter-clockwise */ switch (d) { case 32: for (i = 0; i < hd; i++) { lined = datad + i * wpld; lines = datas; for (j = 0; j < wd; j++) { lined[j] = lines[hd - 1 - i]; lines += wpls; } } break; case 16: for (i = 0; i < hd; i++) { lined = datad + i * wpld; lines = datas; for (j = 0; j < wd; j++) { if ((val = GET_DATA_TWO_BYTES(lines, hd - 1 - i))) SET_DATA_TWO_BYTES(lined, j, val); lines += wpls; } } break; case 8: for (i = 0; i < hd; i++) { lined = datad + i * wpld; lines = datas; for (j = 0; j < wd; j++) { if ((val = GET_DATA_BYTE(lines, hd - 1 - i))) SET_DATA_BYTE(lined, j, val); lines += wpls; } } break; case 4: for (i = 0; i < hd; i++) { lined = datad + i * wpld; lines = datas; for (j = 0; j < wd; j++) { if ((val = GET_DATA_QBIT(lines, hd - 1 - i))) SET_DATA_QBIT(lined, j, val); lines += wpls; } } break; case 2: for (i = 0; i < hd; i++) { lined = datad + i * wpld; lines = datas; for (j = 0; j < wd; j++) { if ((val = GET_DATA_DIBIT(lines, hd - 1 - i))) SET_DATA_DIBIT(lined, j, val); lines += wpls; } } break; case 1: nswords = hd / 32; for (j = 0; j < wd; j++) { lined = datad + (hd - 1) * wpld; lines = datas + (wd - 1 - j) * wpls; for (k = 0; k < nswords; k++) { word = lines[k]; if (!word) { lined -= 32 * wpld; continue; } else { iend = 32 * (k + 1); for (m = 0, i = 32 * k; i < iend; i++, m++) { if ((word << m) & 0x80000000) SET_DATA_BIT(lined, wd - 1 - j); lined -= wpld; } } } for (i = 32 * nswords; i < hd; i++) { if (GET_DATA_BIT(lines, i)) SET_DATA_BIT(lined, wd - 1 - j); lined -= wpld; } } break; default: L_ERROR("illegal depth\n", procName); break; } } return; } /*------------------------------------------------------------------* * Left/right flip * *------------------------------------------------------------------*/ /*! * flipLRLow() * * Notes: * (1) The pixel access routines allow a trivial implementation. * However, for d < 8, it is more efficient to right-justify * each line to a 32-bit boundary and then extract bytes and * do pixel reversing. In those cases, as in the 180 degree * rotation, we right-shift the data (if necessary) to * right-justify on the 32 bit boundary, and then read the * bytes off each raster line in reverse order, reversing * the pixels in each byte using a table. These functions * for 1, 2 and 4 bpp were tested against the "trivial" * version (shown here for 4 bpp): * for (i = 0; i < h; i++) { * line = data + i * wpl; * memcpy(buffer, line, bpl); * for (j = 0; j < w; j++) { * val = GET_DATA_QBIT(buffer, w - 1 - j); * SET_DATA_QBIT(line, j, val); * } * } * (2) This operation is in-place. */ void flipLRLow(l_uint32 *data, l_int32 w, l_int32 h, l_int32 d, l_int32 wpl, l_uint8 *tab, l_uint32 *buffer) { l_int32 extra, shift, databpl, bpl, i, j; l_uint32 val; l_uint32 *line; PROCNAME("flipLRLow"); bpl = 4 * wpl; switch (d) { case 32: for (i = 0; i < h; i++) { line = data + i * wpl; memcpy(buffer, line, bpl); for (j = 0; j < w; j++) line[j] = buffer[w - 1 - j]; } break; case 16: for (i = 0; i < h; i++) { line = data + i * wpl; memcpy(buffer, line, bpl); for (j = 0; j < w; j++) { val = GET_DATA_TWO_BYTES(buffer, w - 1 - j); SET_DATA_TWO_BYTES(line, j, val); } } break; case 8: for (i = 0; i < h; i++) { line = data + i * wpl; memcpy(buffer, line, bpl); for (j = 0; j < w; j++) { val = GET_DATA_BYTE(buffer, w - 1 - j); SET_DATA_BYTE(line, j, val); } } break; case 4: extra = (w * d) & 31; if (extra) shift = 8 - extra / 4; else shift = 0; if (shift) rasteropHipLow(data, h, d, wpl, 0, h, shift); databpl = (w + 1) / 2; for (i = 0; i < h; i++) { line = data + i * wpl; memcpy(buffer, line, bpl); for (j = 0; j < databpl; j++) { val = GET_DATA_BYTE(buffer, bpl - 1 - j); SET_DATA_BYTE(line, j, tab[val]); } } break; case 2: extra = (w * d) & 31; if (extra) shift = 16 - extra / 2; else shift = 0; if (shift) rasteropHipLow(data, h, d, wpl, 0, h, shift); databpl = (w + 3) / 4; for (i = 0; i < h; i++) { line = data + i * wpl; memcpy(buffer, line, bpl); for (j = 0; j < databpl; j++) { val = GET_DATA_BYTE(buffer, bpl - 1 - j); SET_DATA_BYTE(line, j, tab[val]); } } break; case 1: extra = (w * d) & 31; if (extra) shift = 32 - extra; else shift = 0; if (shift) rasteropHipLow(data, h, d, wpl, 0, h, shift); databpl = (w + 7) / 8; for (i = 0; i < h; i++) { line = data + i * wpl; memcpy(buffer, line, bpl); for (j = 0; j < databpl; j++) { val = GET_DATA_BYTE(buffer, bpl - 1 - j); SET_DATA_BYTE(line, j, tab[val]); } } break; default: L_ERROR("depth not permitted for LR rot\n", procName); return; } return; } /*------------------------------------------------------------------* * Top/bottom flip * *------------------------------------------------------------------*/ /*! * flipTBLow() * * Notes: * (1) This is simple and fast. We use the memcpy function * to do all the work on aligned data, regardless of pixel * depth. * (2) This operation is in-place. */ void flipTBLow(l_uint32 *data, l_int32 h, l_int32 wpl, l_uint32 *buffer) { l_int32 i, k, h2, bpl; l_uint32 *linet, *lineb; h2 = h / 2; bpl = 4 * wpl; for (i = 0, k = h - 1; i < h2; i++, k--) { linet = data + i * wpl; lineb = data + k * wpl; memcpy(buffer, linet, bpl); memcpy(linet, lineb, bpl); memcpy(lineb, buffer, bpl); } return; } /*------------------------------------------------------------------* * Byte reverse tables * *------------------------------------------------------------------*/ /*! * makeReverseByteTab1() * * Notes: * (1) This generates an 8 bit lookup table for reversing * the order of eight 1-bit pixels. */ l_uint8 * makeReverseByteTab1(void) { l_int32 i; l_uint8 *tab; PROCNAME("makeReverseByteTab1"); if ((tab = (l_uint8 *)CALLOC(256, sizeof(l_uint8))) == NULL) return (l_uint8 *)ERROR_PTR("calloc fail for tab", procName, NULL); for (i = 0; i < 256; i++) tab[i] = ((0x80 & i) >> 7) | ((0x40 & i) >> 5) | ((0x20 & i) >> 3) | ((0x10 & i) >> 1) | ((0x08 & i) << 1) | ((0x04 & i) << 3) | ((0x02 & i) << 5) | ((0x01 & i) << 7); return tab; } /*! * makeReverseByteTab2() * * Notes: * (1) This generates an 8 bit lookup table for reversing * the order of four 2-bit pixels. */ l_uint8 * makeReverseByteTab2(void) { l_int32 i; l_uint8 *tab; PROCNAME("makeReverseByteTab2"); if ((tab = (l_uint8 *)CALLOC(256, sizeof(l_uint8))) == NULL) return (l_uint8 *)ERROR_PTR("calloc fail for tab", procName, NULL); for (i = 0; i < 256; i++) tab[i] = ((0xc0 & i) >> 6) | ((0x30 & i) >> 2) | ((0x0c & i) << 2) | ((0x03 & i) << 6); return tab; } /*! * makeReverseByteTab4() * * Notes: * (1) This generates an 8 bit lookup table for reversing * the order of two 4-bit pixels. */ l_uint8 * makeReverseByteTab4(void) { l_int32 i; l_uint8 *tab; PROCNAME("makeReverseByteTab4"); if ((tab = (l_uint8 *)CALLOC(256, sizeof(l_uint8))) == NULL) return (l_uint8 *)ERROR_PTR("calloc fail for tab", procName, NULL); for (i = 0; i < 256; i++) tab[i] = ((0xf0 & i) >> 4) | ((0x0f & i) << 4); return tab; } leptonica-1.70/src/pixafunc1.c0000664000175000017500000021755012273206605014355 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pixafunc1.c * * Filters * PIX *pixSelectBySize() * PIXA *pixaSelectBySize() * NUMA *pixaMakeSizeIndicator() * * PIX *pixSelectByPerimToAreaRatio() * PIXA *pixaSelectByPerimToAreaRatio() * PIX *pixSelectByPerimSizeRatio() * PIXA *pixaSelectByPerimSizeRatio() * PIX *pixSelectByAreaFraction() * PIXA *pixaSelectByAreaFraction() * PIX *pixSelectByWidthHeightRatio() * PIXA *pixaSelectByWidthHeightRatio() * * PIXA *pixaSelectWithIndicator() * l_int32 pixRemoveWithIndicator() * l_int32 pixAddWithIndicator() * PIX *pixaRenderComponent() * * Sort functions * PIXA *pixaSort() * PIXA *pixaBinSort() * PIXA *pixaSortByIndex() * PIXAA *pixaSort2dByIndex() * * Pixa and Pixaa range selection * PIXA *pixaSelectRange() * PIXAA *pixaaSelectRange() * * Pixa and Pixaa scaling * PIXAA *pixaaScaleToSize() * PIXAA *pixaaScaleToSizeVar() * PIXA *pixaScaleToSize() * * Miscellaneous * PIXA *pixaAddBorderGeneral() * PIXA *pixaaFlattenToPixa() * l_int32 pixaaSizeRange() * l_int32 pixaSizeRange() * PIXA *pixaClipToPix() * l_int32 pixaGetRenderingDepth() * l_int32 pixaHasColor() * l_int32 pixaAnyColormaps() * l_int32 pixaGetDepthInfo() * PIXA *pixaConvertToSameDepth() * l_int32 pixaEqual() */ #include #include "allheaders.h" /* For more than this number of c.c. in a binarized image of * semi-perimeter (w + h) about 5000 or less, the O(n) binsort * is faster than the O(nlogn) shellsort. */ static const l_int32 MIN_COMPS_FOR_BIN_SORT = 200; /*---------------------------------------------------------------------* * Filters * *---------------------------------------------------------------------*/ /* * These filters work on the connected components of 1 bpp images. * They are typically used on pixa that have been generated from a Pix * using pixConnComp(), so that the corresponding Boxa is available. * * The filters remove or retain c.c. based on these properties: * (a) size [pixaFindDimensions()] * (b) area-to-perimeter ratio [pixaFindAreaPerimRatio()] * (c) foreground area as a fraction of bounding box area (w * h) * [pixaFindForegroundArea()] * (d) number of foreground pixels [pixaCountPixels()] * (e) width/height aspect ratio [pixFindWidthHeightRatio()] * * We provide two different high-level interfaces: * (1) Functions that use one of the filters on either * a pix or the pixa of components. * (2) A general method that generates numas of indicator functions, * logically combines them, and efficiently removes or adds * the selected components. * * For interface (1), the filtering is performed with a single function call. * This is the easiest way to do simple filtering. These functions * are named pixSelectBy*() and pixaSelectBy*(), where the '*' is one of: * Size * PerimToAreaRatio * PerimSizeRatio * AreaFraction * WidthHeightRatio * * For more complicated filtering, use the general method (2). * The numa indicator functions for a pixa are generated by these functions: * pixaFindDimensions() * pixaFindPerimToAreaRatio() * pixaFindPerimSizeRatio() * pixaFindAreaFraction() * pixaCountPixels() * pixaFindWidthHeightRatio() * pixaFindWidthHeightProduct() * * Here is an illustration using the general method. Suppose you want * all 8-connected components that have a height greater than 40 pixels, * a width not more than 30 pixels, between 150 and 300 fg pixels, * and a perimeter-to-size ratio between 1.2 and 2.0. * * // Generate the pixa of 8 cc pieces. * boxa = pixConnComp(pixs, &pixa, 8); * * // Extract the data we need about each component. * pixaFindDimensions(pixa, &naw, &nah); * nas = pixaCountPixels(pixa); * nar = pixaFindPerimSizeRatio(pixa); * * // Build the indicator arrays for the set of components, * // based on thresholds and selection criteria. * na1 = numaMakeThresholdIndicator(nah, 40, L_SELECT_IF_GT); * na2 = numaMakeThresholdIndicator(naw, 30, L_SELECT_IF_LTE); * na3 = numaMakeThresholdIndicator(nas, 150, L_SELECT_IF_GTE); * na4 = numaMakeThresholdIndicator(nas, 300, L_SELECT_IF_LTE); * na5 = numaMakeThresholdIndicator(nar, 1.2, L_SELECT_IF_GTE); * na6 = numaMakeThresholdIndicator(nar, 2.0, L_SELECT_IF_LTE); * * // Combine the indicator arrays logically to find * // the components that will be retained. * nad = numaLogicalOp(NULL, na1, na2, L_INTERSECTION); * numaLogicalOp(nad, nad, na3, L_INTERSECTION); * numaLogicalOp(nad, nad, na4, L_INTERSECTION); * numaLogicalOp(nad, nad, na5, L_INTERSECTION); * numaLogicalOp(nad, nad, na6, L_INTERSECTION); * * // Invert to get the components that will be removed. * numaInvert(nad, nad); * * // Remove the components, in-place. * pixRemoveWithIndicator(pixs, pixa, nad); */ /*! * pixSelectBySize() * * Input: pixs (1 bpp) * width, height (threshold dimensions) * connectivity (4 or 8) * type (L_SELECT_WIDTH, L_SELECT_HEIGHT, * L_SELECT_IF_EITHER, L_SELECT_IF_BOTH) * relation (L_SELECT_IF_LT, L_SELECT_IF_GT, * L_SELECT_IF_LTE, L_SELECT_IF_GTE) * &changed ( 1 if changed; 0 otherwise) * Return: filtered pixd, or null on error * * Notes: * (1) The args specify constraints on the size of the * components that are kept. * (2) If unchanged, returns a copy of pixs. Otherwise, * returns a new pix with the filtered components. * (3) If the selection type is L_SELECT_WIDTH, the input * height is ignored, and v.v. * (4) To keep small components, use relation = L_SELECT_IF_LT or * L_SELECT_IF_LTE. * To keep large components, use relation = L_SELECT_IF_GT or * L_SELECT_IF_GTE. */ PIX * pixSelectBySize(PIX *pixs, l_int32 width, l_int32 height, l_int32 connectivity, l_int32 type, l_int32 relation, l_int32 *pchanged) { l_int32 w, h, empty, changed, count; BOXA *boxa; PIX *pixd; PIXA *pixas, *pixad; PROCNAME("pixSelectBySize"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (connectivity != 4 && connectivity != 8) return (PIX *)ERROR_PTR("connectivity not 4 or 8", procName, NULL); if (type != L_SELECT_WIDTH && type != L_SELECT_HEIGHT && type != L_SELECT_IF_EITHER && type != L_SELECT_IF_BOTH) return (PIX *)ERROR_PTR("invalid type", procName, NULL); if (relation != L_SELECT_IF_LT && relation != L_SELECT_IF_GT && relation != L_SELECT_IF_LTE && relation != L_SELECT_IF_GTE) return (PIX *)ERROR_PTR("invalid relation", procName, NULL); if (pchanged) *pchanged = FALSE; /* Check if any components exist */ pixZero(pixs, &empty); if (empty) return pixCopy(NULL, pixs); /* Identify and select the components */ boxa = pixConnComp(pixs, &pixas, connectivity); pixad = pixaSelectBySize(pixas, width, height, type, relation, &changed); boxaDestroy(&boxa); pixaDestroy(&pixas); if (!changed) { pixaDestroy(&pixad); return pixCopy(NULL, pixs); } /* Render the result */ if (pchanged) *pchanged = TRUE; pixGetDimensions(pixs, &w, &h, NULL); count = pixaGetCount(pixad); if (count == 0) { /* return empty pix */ pixd = pixCreateTemplate(pixs); } else { pixd = pixaDisplay(pixad, w, h); pixCopyResolution(pixd, pixs); pixCopyColormap(pixd, pixs); pixCopyText(pixd, pixs); pixCopyInputFormat(pixd, pixs); } pixaDestroy(&pixad); return pixd; } /*! * pixaSelectBySize() * * Input: pixas * width, height (threshold dimensions) * type (L_SELECT_WIDTH, L_SELECT_HEIGHT, * L_SELECT_IF_EITHER, L_SELECT_IF_BOTH) * relation (L_SELECT_IF_LT, L_SELECT_IF_GT, * L_SELECT_IF_LTE, L_SELECT_IF_GTE) * &changed ( 1 if changed; 0 otherwise) * Return: pixad, or null on error * * Notes: * (1) The args specify constraints on the size of the * components that are kept. * (2) Uses pix and box clones in the new pixa. * (3) If the selection type is L_SELECT_WIDTH, the input * height is ignored, and v.v. * (4) To keep small components, use relation = L_SELECT_IF_LT or * L_SELECT_IF_LTE. * To keep large components, use relation = L_SELECT_IF_GT or * L_SELECT_IF_GTE. */ PIXA * pixaSelectBySize(PIXA *pixas, l_int32 width, l_int32 height, l_int32 type, l_int32 relation, l_int32 *pchanged) { NUMA *na; PIXA *pixad; PROCNAME("pixaSelectBySize"); if (!pixas) return (PIXA *)ERROR_PTR("pixas not defined", procName, NULL); if (type != L_SELECT_WIDTH && type != L_SELECT_HEIGHT && type != L_SELECT_IF_EITHER && type != L_SELECT_IF_BOTH) return (PIXA *)ERROR_PTR("invalid type", procName, NULL); if (relation != L_SELECT_IF_LT && relation != L_SELECT_IF_GT && relation != L_SELECT_IF_LTE && relation != L_SELECT_IF_GTE) return (PIXA *)ERROR_PTR("invalid relation", procName, NULL); /* Compute the indicator array for saving components */ na = pixaMakeSizeIndicator(pixas, width, height, type, relation); /* Filter to get output */ pixad = pixaSelectWithIndicator(pixas, na, pchanged); numaDestroy(&na); return pixad; } /*! * pixaMakeSizeIndicator() * * Input: pixa * width, height (threshold dimensions) * type (L_SELECT_WIDTH, L_SELECT_HEIGHT, * L_SELECT_IF_EITHER, L_SELECT_IF_BOTH) * relation (L_SELECT_IF_LT, L_SELECT_IF_GT, * L_SELECT_IF_LTE, L_SELECT_IF_GTE) * Return: na (indicator array), or null on error * * Notes: * (1) The args specify constraints on the size of the * components that are kept. * (2) If the selection type is L_SELECT_WIDTH, the input * height is ignored, and v.v. * (3) To keep small components, use relation = L_SELECT_IF_LT or * L_SELECT_IF_LTE. * To keep large components, use relation = L_SELECT_IF_GT or * L_SELECT_IF_GTE. */ NUMA * pixaMakeSizeIndicator(PIXA *pixa, l_int32 width, l_int32 height, l_int32 type, l_int32 relation) { l_int32 i, n, w, h, ival; NUMA *na; PROCNAME("pixaMakeSizeIndicator"); if (!pixa) return (NUMA *)ERROR_PTR("pixa not defined", procName, NULL); if (type != L_SELECT_WIDTH && type != L_SELECT_HEIGHT && type != L_SELECT_IF_EITHER && type != L_SELECT_IF_BOTH) return (NUMA *)ERROR_PTR("invalid type", procName, NULL); if (relation != L_SELECT_IF_LT && relation != L_SELECT_IF_GT && relation != L_SELECT_IF_LTE && relation != L_SELECT_IF_GTE) return (NUMA *)ERROR_PTR("invalid relation", procName, NULL); n = pixaGetCount(pixa); na = numaCreate(n); for (i = 0; i < n; i++) { ival = 0; pixaGetPixDimensions(pixa, i, &w, &h, NULL); switch (type) { case L_SELECT_WIDTH: if ((relation == L_SELECT_IF_LT && w < width) || (relation == L_SELECT_IF_GT && w > width) || (relation == L_SELECT_IF_LTE && w <= width) || (relation == L_SELECT_IF_GTE && w >= width)) ival = 1; break; case L_SELECT_HEIGHT: if ((relation == L_SELECT_IF_LT && h < height) || (relation == L_SELECT_IF_GT && h > height) || (relation == L_SELECT_IF_LTE && h <= height) || (relation == L_SELECT_IF_GTE && h >= height)) ival = 1; break; case L_SELECT_IF_EITHER: if (((relation == L_SELECT_IF_LT) && (w < width || h < height)) || ((relation == L_SELECT_IF_GT) && (w > width || h > height)) || ((relation == L_SELECT_IF_LTE) && (w <= width || h <= height)) || ((relation == L_SELECT_IF_GTE) && (w >= width || h >= height))) ival = 1; break; case L_SELECT_IF_BOTH: if (((relation == L_SELECT_IF_LT) && (w < width && h < height)) || ((relation == L_SELECT_IF_GT) && (w > width && h > height)) || ((relation == L_SELECT_IF_LTE) && (w <= width && h <= height)) || ((relation == L_SELECT_IF_GTE) && (w >= width && h >= height))) ival = 1; break; default: L_WARNING("can't get here!\n", procName); break; } numaAddNumber(na, ival); } return na; } /*! * pixSelectByPerimToAreaRatio() * * Input: pixs (1 bpp) * thresh (threshold ratio of fg boundary to fg pixels) * connectivity (4 or 8) * type (L_SELECT_IF_LT, L_SELECT_IF_GT, * L_SELECT_IF_LTE, L_SELECT_IF_GTE) * &changed ( 1 if changed; 0 if clone returned) * Return: pixd, or null on error * * Notes: * (1) The args specify constraints on the size of the * components that are kept. * (2) If unchanged, returns a copy of pixs. Otherwise, * returns a new pix with the filtered components. * (3) This filters "thick" components, where a thick component * is defined to have a ratio of boundary to interior pixels * that is smaller than a given threshold value. * (4) Use L_SELECT_IF_LT or L_SELECT_IF_LTE to save the thicker * components, and L_SELECT_IF_GT or L_SELECT_IF_GTE to remove them. */ PIX * pixSelectByPerimToAreaRatio(PIX *pixs, l_float32 thresh, l_int32 connectivity, l_int32 type, l_int32 *pchanged) { l_int32 w, h, empty, changed, count; BOXA *boxa; PIX *pixd; PIXA *pixas, *pixad; PROCNAME("pixSelectByPerimToAreaRatio"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (connectivity != 4 && connectivity != 8) return (PIX *)ERROR_PTR("connectivity not 4 or 8", procName, NULL); if (type != L_SELECT_IF_LT && type != L_SELECT_IF_GT && type != L_SELECT_IF_LTE && type != L_SELECT_IF_GTE) return (PIX *)ERROR_PTR("invalid type", procName, NULL); if (pchanged) *pchanged = FALSE; /* Check if any components exist */ pixZero(pixs, &empty); if (empty) return pixCopy(NULL, pixs); /* Filter thin components */ boxa = pixConnComp(pixs, &pixas, connectivity); pixad = pixaSelectByPerimToAreaRatio(pixas, thresh, type, &changed); boxaDestroy(&boxa); pixaDestroy(&pixas); if (!changed) { pixaDestroy(&pixad); return pixCopy(NULL, pixs); } /* Render the result */ if (pchanged) *pchanged = TRUE; pixGetDimensions(pixs, &w, &h, NULL); count = pixaGetCount(pixad); if (count == 0) { /* return empty pix */ pixd = pixCreateTemplate(pixs); } else { pixd = pixaDisplay(pixad, w, h); pixCopyResolution(pixd, pixs); pixCopyColormap(pixd, pixs); pixCopyText(pixd, pixs); pixCopyInputFormat(pixd, pixs); } pixaDestroy(&pixad); return pixd; } /*! * pixaSelectByPerimToAreaRatio() * * Input: pixas * thresh (threshold ratio of fg boundary to fg pixels) * type (L_SELECT_IF_LT, L_SELECT_IF_GT, * L_SELECT_IF_LTE, L_SELECT_IF_GTE) * &changed ( 1 if changed; 0 if clone returned) * Return: pixad, or null on error * * Notes: * (1) Returns a pixa clone if no components are removed. * (2) Uses pix and box clones in the new pixa. * (3) See pixSelectByPerimToAreaRatio(). */ PIXA * pixaSelectByPerimToAreaRatio(PIXA *pixas, l_float32 thresh, l_int32 type, l_int32 *pchanged) { NUMA *na, *nai; PIXA *pixad; PROCNAME("pixaSelectByPerimToAreaRatio"); if (!pixas) return (PIXA *)ERROR_PTR("pixas not defined", procName, NULL); if (type != L_SELECT_IF_LT && type != L_SELECT_IF_GT && type != L_SELECT_IF_LTE && type != L_SELECT_IF_GTE) return (PIXA *)ERROR_PTR("invalid type", procName, NULL); /* Compute component ratios. */ na = pixaFindPerimToAreaRatio(pixas); /* Generate indicator array for elements to be saved. */ nai = numaMakeThresholdIndicator(na, thresh, type); numaDestroy(&na); /* Filter to get output */ pixad = pixaSelectWithIndicator(pixas, nai, pchanged); numaDestroy(&nai); return pixad; } /*! * pixSelectByPerimSizeRatio() * * Input: pixs (1 bpp) * thresh (threshold ratio of fg boundary to fg pixels) * connectivity (4 or 8) * type (L_SELECT_IF_LT, L_SELECT_IF_GT, * L_SELECT_IF_LTE, L_SELECT_IF_GTE) * &changed ( 1 if changed; 0 if clone returned) * Return: pixd, or null on error * * Notes: * (1) The args specify constraints on the size of the * components that are kept. * (2) If unchanged, returns a copy of pixs. Otherwise, * returns a new pix with the filtered components. * (3) This filters components with smooth vs. dendritic shape, using * the ratio of the fg boundary pixels to the circumference of * the bounding box, and comparing it to a threshold value. * (4) Use L_SELECT_IF_LT or L_SELECT_IF_LTE to save the smooth * boundary components, and L_SELECT_IF_GT or L_SELECT_IF_GTE * to remove them. */ PIX * pixSelectByPerimSizeRatio(PIX *pixs, l_float32 thresh, l_int32 connectivity, l_int32 type, l_int32 *pchanged) { l_int32 w, h, empty, changed, count; BOXA *boxa; PIX *pixd; PIXA *pixas, *pixad; PROCNAME("pixSelectByPerimSizeRatio"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (connectivity != 4 && connectivity != 8) return (PIX *)ERROR_PTR("connectivity not 4 or 8", procName, NULL); if (type != L_SELECT_IF_LT && type != L_SELECT_IF_GT && type != L_SELECT_IF_LTE && type != L_SELECT_IF_GTE) return (PIX *)ERROR_PTR("invalid type", procName, NULL); if (pchanged) *pchanged = FALSE; /* Check if any components exist */ pixZero(pixs, &empty); if (empty) return pixCopy(NULL, pixs); /* Filter thin components */ boxa = pixConnComp(pixs, &pixas, connectivity); pixad = pixaSelectByPerimSizeRatio(pixas, thresh, type, &changed); boxaDestroy(&boxa); pixaDestroy(&pixas); if (!changed) { pixaDestroy(&pixad); return pixCopy(NULL, pixs); } /* Render the result */ if (pchanged) *pchanged = TRUE; pixGetDimensions(pixs, &w, &h, NULL); count = pixaGetCount(pixad); if (count == 0) { /* return empty pix */ pixd = pixCreateTemplate(pixs); } else { pixd = pixaDisplay(pixad, w, h); pixCopyResolution(pixd, pixs); pixCopyColormap(pixd, pixs); pixCopyText(pixd, pixs); pixCopyInputFormat(pixd, pixs); } pixaDestroy(&pixad); return pixd; } /*! * pixaSelectByPerimSizeRatio() * * Input: pixas * thresh (threshold ratio of fg boundary to b.b. circumference) * type (L_SELECT_IF_LT, L_SELECT_IF_GT, * L_SELECT_IF_LTE, L_SELECT_IF_GTE) * &changed ( 1 if changed; 0 if clone returned) * Return: pixad, or null on error * * Notes: * (1) Returns a pixa clone if no components are removed. * (2) Uses pix and box clones in the new pixa. * (3) See pixSelectByPerimSizeRatio(). */ PIXA * pixaSelectByPerimSizeRatio(PIXA *pixas, l_float32 thresh, l_int32 type, l_int32 *pchanged) { NUMA *na, *nai; PIXA *pixad; PROCNAME("pixaSelectByPerimSizeRatio"); if (!pixas) return (PIXA *)ERROR_PTR("pixas not defined", procName, NULL); if (type != L_SELECT_IF_LT && type != L_SELECT_IF_GT && type != L_SELECT_IF_LTE && type != L_SELECT_IF_GTE) return (PIXA *)ERROR_PTR("invalid type", procName, NULL); /* Compute component ratios. */ na = pixaFindPerimSizeRatio(pixas); /* Generate indicator array for elements to be saved. */ nai = numaMakeThresholdIndicator(na, thresh, type); numaDestroy(&na); /* Filter to get output */ pixad = pixaSelectWithIndicator(pixas, nai, pchanged); numaDestroy(&nai); return pixad; } /*! * pixSelectByAreaFraction() * * Input: pixs (1 bpp) * thresh (threshold ratio of fg pixels to (w * h)) * connectivity (4 or 8) * type (L_SELECT_IF_LT, L_SELECT_IF_GT, * L_SELECT_IF_LTE, L_SELECT_IF_GTE) * &changed ( 1 if changed; 0 if clone returned) * Return: pixd, or null on error * * Notes: * (1) The args specify constraints on the amount of foreground * coverage of the components that are kept. * (2) If unchanged, returns a copy of pixs. Otherwise, * returns a new pix with the filtered components. * (3) This filters components based on the fraction of fg pixels * of the component in its bounding box. * (4) Use L_SELECT_IF_LT or L_SELECT_IF_LTE to save components * with less than the threshold fraction of foreground, and * L_SELECT_IF_GT or L_SELECT_IF_GTE to remove them. */ PIX * pixSelectByAreaFraction(PIX *pixs, l_float32 thresh, l_int32 connectivity, l_int32 type, l_int32 *pchanged) { l_int32 w, h, empty, changed, count; BOXA *boxa; PIX *pixd; PIXA *pixas, *pixad; PROCNAME("pixSelectByAreaFraction"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (connectivity != 4 && connectivity != 8) return (PIX *)ERROR_PTR("connectivity not 4 or 8", procName, NULL); if (type != L_SELECT_IF_LT && type != L_SELECT_IF_GT && type != L_SELECT_IF_LTE && type != L_SELECT_IF_GTE) return (PIX *)ERROR_PTR("invalid type", procName, NULL); if (pchanged) *pchanged = FALSE; /* Check if any components exist */ pixZero(pixs, &empty); if (empty) return pixCopy(NULL, pixs); /* Filter components */ boxa = pixConnComp(pixs, &pixas, connectivity); pixad = pixaSelectByAreaFraction(pixas, thresh, type, &changed); boxaDestroy(&boxa); pixaDestroy(&pixas); if (!changed) { pixaDestroy(&pixad); return pixCopy(NULL, pixs); } /* Render the result */ if (pchanged) *pchanged = TRUE; pixGetDimensions(pixs, &w, &h, NULL); count = pixaGetCount(pixad); if (count == 0) { /* return empty pix */ pixd = pixCreateTemplate(pixs); } else { pixd = pixaDisplay(pixad, w, h); pixCopyResolution(pixd, pixs); pixCopyColormap(pixd, pixs); pixCopyText(pixd, pixs); pixCopyInputFormat(pixd, pixs); } pixaDestroy(&pixad); return pixd; } /*! * pixaSelectByAreaFraction() * * Input: pixas * thresh (threshold ratio of fg pixels to (w * h)) * type (L_SELECT_IF_LT, L_SELECT_IF_GT, * L_SELECT_IF_LTE, L_SELECT_IF_GTE) * &changed ( 1 if changed; 0 if clone returned) * Return: pixad, or null on error * * Notes: * (1) Returns a pixa clone if no components are removed. * (2) Uses pix and box clones in the new pixa. * (3) This filters components based on the fraction of fg pixels * of the component in its bounding box. * (4) Use L_SELECT_IF_LT or L_SELECT_IF_LTE to save components * with less than the threshold fraction of foreground, and * L_SELECT_IF_GT or L_SELECT_IF_GTE to remove them. */ PIXA * pixaSelectByAreaFraction(PIXA *pixas, l_float32 thresh, l_int32 type, l_int32 *pchanged) { NUMA *na, *nai; PIXA *pixad; PROCNAME("pixaSelectByAreaFraction"); if (!pixas) return (PIXA *)ERROR_PTR("pixas not defined", procName, NULL); if (type != L_SELECT_IF_LT && type != L_SELECT_IF_GT && type != L_SELECT_IF_LTE && type != L_SELECT_IF_GTE) return (PIXA *)ERROR_PTR("invalid type", procName, NULL); /* Compute component ratios. */ na = pixaFindAreaFraction(pixas); /* Generate indicator array for elements to be saved. */ nai = numaMakeThresholdIndicator(na, thresh, type); numaDestroy(&na); /* Filter to get output */ pixad = pixaSelectWithIndicator(pixas, nai, pchanged); numaDestroy(&nai); return pixad; } /*! * pixSelectByWidthHeightRatio() * * Input: pixs (1 bpp) * thresh (threshold ratio of width/height) * connectivity (4 or 8) * type (L_SELECT_IF_LT, L_SELECT_IF_GT, * L_SELECT_IF_LTE, L_SELECT_IF_GTE) * &changed ( 1 if changed; 0 if clone returned) * Return: pixd, or null on error * * Notes: * (1) The args specify constraints on the width-to-height ratio * for components that are kept. * (2) If unchanged, returns a copy of pixs. Otherwise, * returns a new pix with the filtered components. * (3) This filters components based on the width-to-height ratios. * (4) Use L_SELECT_IF_LT or L_SELECT_IF_LTE to save components * with less than the threshold ratio, and * L_SELECT_IF_GT or L_SELECT_IF_GTE to remove them. */ PIX * pixSelectByWidthHeightRatio(PIX *pixs, l_float32 thresh, l_int32 connectivity, l_int32 type, l_int32 *pchanged) { l_int32 w, h, empty, changed, count; BOXA *boxa; PIX *pixd; PIXA *pixas, *pixad; PROCNAME("pixSelectByWidthHeightRatio"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (connectivity != 4 && connectivity != 8) return (PIX *)ERROR_PTR("connectivity not 4 or 8", procName, NULL); if (type != L_SELECT_IF_LT && type != L_SELECT_IF_GT && type != L_SELECT_IF_LTE && type != L_SELECT_IF_GTE) return (PIX *)ERROR_PTR("invalid type", procName, NULL); if (pchanged) *pchanged = FALSE; /* Check if any components exist */ pixZero(pixs, &empty); if (empty) return pixCopy(NULL, pixs); /* Filter components */ boxa = pixConnComp(pixs, &pixas, connectivity); pixad = pixaSelectByWidthHeightRatio(pixas, thresh, type, &changed); boxaDestroy(&boxa); pixaDestroy(&pixas); if (!changed) { pixaDestroy(&pixad); return pixCopy(NULL, pixs); } /* Render the result */ if (pchanged) *pchanged = TRUE; pixGetDimensions(pixs, &w, &h, NULL); count = pixaGetCount(pixad); if (count == 0) { /* return empty pix */ pixd = pixCreateTemplate(pixs); } else { pixd = pixaDisplay(pixad, w, h); pixCopyResolution(pixd, pixs); pixCopyColormap(pixd, pixs); pixCopyText(pixd, pixs); pixCopyInputFormat(pixd, pixs); } pixaDestroy(&pixad); return pixd; } /*! * pixaSelectByWidthHeightRatio() * * Input: pixas * thresh (threshold ratio of width/height) * type (L_SELECT_IF_LT, L_SELECT_IF_GT, * L_SELECT_IF_LTE, L_SELECT_IF_GTE) * &changed ( 1 if changed; 0 if clone returned) * Return: pixad, or null on error * * Notes: * (1) Returns a pixa clone if no components are removed. * (2) Uses pix and box clones in the new pixa. * (3) This filters components based on the width-to-height ratio * of each pix. * (4) Use L_SELECT_IF_LT or L_SELECT_IF_LTE to save components * with less than the threshold ratio, and * L_SELECT_IF_GT or L_SELECT_IF_GTE to remove them. */ PIXA * pixaSelectByWidthHeightRatio(PIXA *pixas, l_float32 thresh, l_int32 type, l_int32 *pchanged) { NUMA *na, *nai; PIXA *pixad; PROCNAME("pixaSelectByWidthHeightRatio"); if (!pixas) return (PIXA *)ERROR_PTR("pixas not defined", procName, NULL); if (type != L_SELECT_IF_LT && type != L_SELECT_IF_GT && type != L_SELECT_IF_LTE && type != L_SELECT_IF_GTE) return (PIXA *)ERROR_PTR("invalid type", procName, NULL); /* Compute component ratios. */ na = pixaFindWidthHeightRatio(pixas); /* Generate indicator array for elements to be saved. */ nai = numaMakeThresholdIndicator(na, thresh, type); numaDestroy(&na); /* Filter to get output */ pixad = pixaSelectWithIndicator(pixas, nai, pchanged); numaDestroy(&nai); return pixad; } /*! * pixaSelectWithIndicator() * * Input: pixas * na (indicator numa) * &changed ( 1 if changed; 0 if clone returned) * Return: pixad, or null on error * * Notes: * (1) Returns a pixa clone if no components are removed. * (2) Uses pix and box clones in the new pixa. * (3) The indicator numa has values 0 (ignore) and 1 (accept). * (4) If the source boxa is not fully populated, it is left * empty in the dest pixa. */ PIXA * pixaSelectWithIndicator(PIXA *pixas, NUMA *na, l_int32 *pchanged) { l_int32 i, n, nbox, ival, nsave; BOX *box; PIX *pixt; PIXA *pixad; PROCNAME("pixaSelectWithIndicator"); if (!pixas) return (PIXA *)ERROR_PTR("pixas not defined", procName, NULL); if (!na) return (PIXA *)ERROR_PTR("na not defined", procName, NULL); nsave = 0; n = numaGetCount(na); for (i = 0; i < n; i++) { numaGetIValue(na, i, &ival); if (ival == 1) nsave++; } if (nsave == n) { if (pchanged) *pchanged = FALSE; return pixaCopy(pixas, L_CLONE); } if (pchanged) *pchanged = TRUE; pixad = pixaCreate(nsave); nbox = pixaGetBoxaCount(pixas); for (i = 0; i < n; i++) { numaGetIValue(na, i, &ival); if (ival == 0) continue; pixt = pixaGetPix(pixas, i, L_CLONE); pixaAddPix(pixad, pixt, L_INSERT); if (nbox == n) { /* fully populated boxa */ box = pixaGetBox(pixas, i, L_CLONE); pixaAddBox(pixad, box, L_INSERT); } } return pixad; } /*! * pixRemoveWithIndicator() * * Input: pixs (1 bpp pix from which components are removed; in-place) * pixa (of connected components in pixs) * na (numa indicator: remove components corresponding to 1s) * Return: 0 if OK, 1 on error * * Notes: * (1) This complements pixAddWithIndicator(). Here, the selected * components are set subtracted from pixs. */ l_int32 pixRemoveWithIndicator(PIX *pixs, PIXA *pixa, NUMA *na) { l_int32 i, n, ival, x, y, w, h; BOX *box; PIX *pix; PROCNAME("pixRemoveWithIndicator"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!pixa) return ERROR_INT("pixa not defined", procName, 1); if (!na) return ERROR_INT("na not defined", procName, 1); n = pixaGetCount(pixa); if (n != numaGetCount(na)) return ERROR_INT("pixa and na sizes not equal", procName, 1); for (i = 0; i < n; i++) { numaGetIValue(na, i, &ival); if (ival == 1) { pix = pixaGetPix(pixa, i, L_CLONE); box = pixaGetBox(pixa, i, L_CLONE); boxGetGeometry(box, &x, &y, &w, &h); pixRasterop(pixs, x, y, w, h, PIX_DST & PIX_NOT(PIX_SRC), pix, 0, 0); boxDestroy(&box); pixDestroy(&pix); } } return 0; } /*! * pixAddWithIndicator() * * Input: pixs (1 bpp pix from which components are added; in-place) * pixa (of connected components, some of which will be put * into pixs) * na (numa indicator: add components corresponding to 1s) * Return: 0 if OK, 1 on error * * Notes: * (1) This complements pixRemoveWithIndicator(). Here, the selected * components are added to pixs. */ l_int32 pixAddWithIndicator(PIX *pixs, PIXA *pixa, NUMA *na) { l_int32 i, n, ival, x, y, w, h; BOX *box; PIX *pix; PROCNAME("pixAddWithIndicator"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!pixa) return ERROR_INT("pixa not defined", procName, 1); if (!na) return ERROR_INT("na not defined", procName, 1); n = pixaGetCount(pixa); if (n != numaGetCount(na)) return ERROR_INT("pixa and na sizes not equal", procName, 1); for (i = 0; i < n; i++) { numaGetIValue(na, i, &ival); if (ival == 1) { pix = pixaGetPix(pixa, i, L_CLONE); box = pixaGetBox(pixa, i, L_CLONE); boxGetGeometry(box, &x, &y, &w, &h); pixRasterop(pixs, x, y, w, h, PIX_SRC | PIX_DST, pix, 0, 0); boxDestroy(&box); pixDestroy(&pix); } } return 0; } /*! * pixaRenderComponent() * * Input: pixs ( 1 bpp pix) * pixa (of 1 bpp connected components, one of which will * be rendered in pixs, with its origin determined * by the associated box.) * index (of component to be rendered) * Return: pixd, or null on error * * Notes: * (1) If pixs is null, this generates an empty pix of a size determined * by union of the component bounding boxes, and including the origin. * (2) The selected component is blitted into pixs. */ PIX * pixaRenderComponent(PIX *pixs, PIXA *pixa, l_int32 index) { l_int32 n, x, y, w, h, maxdepth; BOX *box; BOXA *boxa; PIX *pix; PROCNAME("pixaRenderComponent"); if (!pixa) return (PIX *)ERROR_PTR("pixa not defined", procName, pixs); n = pixaGetCount(pixa); if (index < 0 || index >= n) return (PIX *)ERROR_PTR("invalid index", procName, pixs); if (pixs && (pixGetDepth(pixs) != 1)) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, pixs); pixaVerifyDepth(pixa, &maxdepth); if (maxdepth > 1) return (PIX *)ERROR_PTR("not all pix with d == 1", procName, pixs); boxa = pixaGetBoxa(pixa, L_CLONE); if (!pixs) { boxaGetExtent(boxa, &w, &h, NULL); pixs = pixCreate(w, h, 1); } pix = pixaGetPix(pixa, index, L_CLONE); box = boxaGetBox(boxa, index, L_CLONE); boxGetGeometry(box, &x, &y, &w, &h); pixRasterop(pixs, x, y, w, h, PIX_SRC | PIX_DST, pix, 0, 0); boxDestroy(&box); pixDestroy(&pix); boxaDestroy(&boxa); return pixs; } /*---------------------------------------------------------------------* * Sort functions * *---------------------------------------------------------------------*/ /*! * pixaSort() * * Input: pixas * sorttype (L_SORT_BY_X, L_SORT_BY_Y, L_SORT_BY_WIDTH, * L_SORT_BY_HEIGHT, L_SORT_BY_MIN_DIMENSION, * L_SORT_BY_MAX_DIMENSION, L_SORT_BY_PERIMETER, * L_SORT_BY_AREA, L_SORT_BY_ASPECT_RATIO) * sortorder (L_SORT_INCREASING, L_SORT_DECREASING) * &naindex ( index of sorted order into * original array) * copyflag (L_COPY, L_CLONE) * Return: pixad (sorted version of pixas), or null on error * * Notes: * (1) This sorts based on the data in the boxa. If the boxa * count is not the same as the pixa count, this returns an error. * (2) The copyflag refers to the pix and box copies that are * inserted into the sorted pixa. These are either L_COPY * or L_CLONE. */ PIXA * pixaSort(PIXA *pixas, l_int32 sorttype, l_int32 sortorder, NUMA **pnaindex, l_int32 copyflag) { l_int32 i, n, x, y, w, h; BOXA *boxa; NUMA *na, *naindex; PIXA *pixad; PROCNAME("pixaSort"); if (pnaindex) *pnaindex = NULL; if (!pixas) return (PIXA *)ERROR_PTR("pixas not defined", procName, NULL); if (sorttype != L_SORT_BY_X && sorttype != L_SORT_BY_Y && sorttype != L_SORT_BY_WIDTH && sorttype != L_SORT_BY_HEIGHT && sorttype != L_SORT_BY_MIN_DIMENSION && sorttype != L_SORT_BY_MAX_DIMENSION && sorttype != L_SORT_BY_PERIMETER && sorttype != L_SORT_BY_AREA && sorttype != L_SORT_BY_ASPECT_RATIO) return (PIXA *)ERROR_PTR("invalid sort type", procName, NULL); if (sortorder != L_SORT_INCREASING && sortorder != L_SORT_DECREASING) return (PIXA *)ERROR_PTR("invalid sort order", procName, NULL); if (copyflag != L_COPY && copyflag != L_CLONE) return (PIXA *)ERROR_PTR("invalid copy flag", procName, NULL); if ((boxa = pixas->boxa) == NULL) /* not owned; do not destroy */ return (PIXA *)ERROR_PTR("boxa not found", procName, NULL); n = pixaGetCount(pixas); if (boxaGetCount(boxa) != n) return (PIXA *)ERROR_PTR("boxa and pixa counts differ", procName, NULL); /* Use O(n) binsort if possible */ if (n > MIN_COMPS_FOR_BIN_SORT && ((sorttype == L_SORT_BY_X) || (sorttype == L_SORT_BY_Y) || (sorttype == L_SORT_BY_WIDTH) || (sorttype == L_SORT_BY_HEIGHT) || (sorttype == L_SORT_BY_PERIMETER))) return pixaBinSort(pixas, sorttype, sortorder, pnaindex, copyflag); /* Build up numa of specific data */ if ((na = numaCreate(n)) == NULL) return (PIXA *)ERROR_PTR("na not made", procName, NULL); for (i = 0; i < n; i++) { boxaGetBoxGeometry(boxa, i, &x, &y, &w, &h); switch (sorttype) { case L_SORT_BY_X: numaAddNumber(na, x); break; case L_SORT_BY_Y: numaAddNumber(na, y); break; case L_SORT_BY_WIDTH: numaAddNumber(na, w); break; case L_SORT_BY_HEIGHT: numaAddNumber(na, h); break; case L_SORT_BY_MIN_DIMENSION: numaAddNumber(na, L_MIN(w, h)); break; case L_SORT_BY_MAX_DIMENSION: numaAddNumber(na, L_MAX(w, h)); break; case L_SORT_BY_PERIMETER: numaAddNumber(na, w + h); break; case L_SORT_BY_AREA: numaAddNumber(na, w * h); break; case L_SORT_BY_ASPECT_RATIO: numaAddNumber(na, (l_float32)w / (l_float32)h); break; default: L_WARNING("invalid sort type\n", procName); } } /* Get the sort index for data array */ if ((naindex = numaGetSortIndex(na, sortorder)) == NULL) return (PIXA *)ERROR_PTR("naindex not made", procName, NULL); /* Build up sorted pixa using sort index */ if ((pixad = pixaSortByIndex(pixas, naindex, copyflag)) == NULL) return (PIXA *)ERROR_PTR("pixad not made", procName, NULL); if (pnaindex) *pnaindex = naindex; else numaDestroy(&naindex); numaDestroy(&na); return pixad; } /*! * pixaBinSort() * * Input: pixas * sorttype (L_SORT_BY_X, L_SORT_BY_Y, L_SORT_BY_WIDTH, * L_SORT_BY_HEIGHT, L_SORT_BY_PERIMETER) * sortorder (L_SORT_INCREASING, L_SORT_DECREASING) * &naindex ( index of sorted order into * original array) * copyflag (L_COPY, L_CLONE) * Return: pixad (sorted version of pixas), or null on error * * Notes: * (1) This sorts based on the data in the boxa. If the boxa * count is not the same as the pixa count, this returns an error. * (2) The copyflag refers to the pix and box copies that are * inserted into the sorted pixa. These are either L_COPY * or L_CLONE. * (3) For a large number of boxes (say, greater than 1000), this * O(n) binsort is much faster than the O(nlogn) shellsort. * For 5000 components, this is over 20x faster than boxaSort(). * (4) Consequently, pixaSort() calls this function if it will * likely go much faster. */ PIXA * pixaBinSort(PIXA *pixas, l_int32 sorttype, l_int32 sortorder, NUMA **pnaindex, l_int32 copyflag) { l_int32 i, n, x, y, w, h; BOXA *boxa; NUMA *na, *naindex; PIXA *pixad; PROCNAME("pixaBinSort"); if (pnaindex) *pnaindex = NULL; if (!pixas) return (PIXA *)ERROR_PTR("pixas not defined", procName, NULL); if (sorttype != L_SORT_BY_X && sorttype != L_SORT_BY_Y && sorttype != L_SORT_BY_WIDTH && sorttype != L_SORT_BY_HEIGHT && sorttype != L_SORT_BY_PERIMETER) return (PIXA *)ERROR_PTR("invalid sort type", procName, NULL); if (sortorder != L_SORT_INCREASING && sortorder != L_SORT_DECREASING) return (PIXA *)ERROR_PTR("invalid sort order", procName, NULL); if (copyflag != L_COPY && copyflag != L_CLONE) return (PIXA *)ERROR_PTR("invalid copy flag", procName, NULL); /* Verify that the pixa and its boxa have the same count */ if ((boxa = pixas->boxa) == NULL) /* not owned; do not destroy */ return (PIXA *)ERROR_PTR("boxa not found", procName, NULL); n = pixaGetCount(pixas); if (boxaGetCount(boxa) != n) return (PIXA *)ERROR_PTR("boxa and pixa counts differ", procName, NULL); /* Generate Numa of appropriate box dimensions */ if ((na = numaCreate(n)) == NULL) return (PIXA *)ERROR_PTR("na not made", procName, NULL); for (i = 0; i < n; i++) { boxaGetBoxGeometry(boxa, i, &x, &y, &w, &h); switch (sorttype) { case L_SORT_BY_X: numaAddNumber(na, x); break; case L_SORT_BY_Y: numaAddNumber(na, y); break; case L_SORT_BY_WIDTH: numaAddNumber(na, w); break; case L_SORT_BY_HEIGHT: numaAddNumber(na, h); break; case L_SORT_BY_PERIMETER: numaAddNumber(na, w + h); break; default: L_WARNING("invalid sort type\n", procName); } } /* Get the sort index for data array */ if ((naindex = numaGetBinSortIndex(na, sortorder)) == NULL) return (PIXA *)ERROR_PTR("naindex not made", procName, NULL); /* Build up sorted pixa using sort index */ if ((pixad = pixaSortByIndex(pixas, naindex, copyflag)) == NULL) return (PIXA *)ERROR_PTR("pixad not made", procName, NULL); if (pnaindex) *pnaindex = naindex; else numaDestroy(&naindex); numaDestroy(&na); return pixad; } /*! * pixaSortByIndex() * * Input: pixas * naindex (na that maps from the new pixa to the input pixa) * copyflag (L_COPY, L_CLONE) * Return: pixad (sorted), or null on error */ PIXA * pixaSortByIndex(PIXA *pixas, NUMA *naindex, l_int32 copyflag) { l_int32 i, n, index; BOX *box; PIX *pix; PIXA *pixad; PROCNAME("pixaSortByIndex"); if (!pixas) return (PIXA *)ERROR_PTR("pixas not defined", procName, NULL); if (!naindex) return (PIXA *)ERROR_PTR("naindex not defined", procName, NULL); if (copyflag != L_CLONE && copyflag != L_COPY) return (PIXA *)ERROR_PTR("invalid copyflag", procName, NULL); n = pixaGetCount(pixas); pixad = pixaCreate(n); for (i = 0; i < n; i++) { numaGetIValue(naindex, i, &index); pix = pixaGetPix(pixas, index, copyflag); box = pixaGetBox(pixas, index, copyflag); pixaAddPix(pixad, pix, L_INSERT); pixaAddBox(pixad, box, L_INSERT); } return pixad; } /*! * pixaSort2dByIndex() * * Input: pixas * naa (numaa that maps from the new pixaa to the input pixas) * copyflag (L_CLONE or L_COPY) * Return: paa (sorted), or null on error */ PIXAA * pixaSort2dByIndex(PIXA *pixas, NUMAA *naa, l_int32 copyflag) { l_int32 pixtot, ntot, i, j, n, nn, index; BOX *box; NUMA *na; PIX *pix; PIXA *pixa; PIXAA *paa; PROCNAME("pixaSort2dByIndex"); if (!pixas) return (PIXAA *)ERROR_PTR("pixas not defined", procName, NULL); if (!naa) return (PIXAA *)ERROR_PTR("naindex not defined", procName, NULL); /* Check counts */ ntot = numaaGetNumberCount(naa); pixtot = pixaGetCount(pixas); if (ntot != pixtot) return (PIXAA *)ERROR_PTR("element count mismatch", procName, NULL); n = numaaGetCount(naa); paa = pixaaCreate(n); for (i = 0; i < n; i++) { na = numaaGetNuma(naa, i, L_CLONE); nn = numaGetCount(na); pixa = pixaCreate(nn); for (j = 0; j < nn; j++) { numaGetIValue(na, j, &index); pix = pixaGetPix(pixas, index, copyflag); box = pixaGetBox(pixas, index, copyflag); pixaAddPix(pixa, pix, L_INSERT); pixaAddBox(pixa, box, L_INSERT); } pixaaAddPixa(paa, pixa, L_INSERT); numaDestroy(&na); } return paa; } /*---------------------------------------------------------------------* * Pixa and Pixaa range selection * *---------------------------------------------------------------------*/ /*! * pixaSelectRange() * * Input: pixas * first (use 0 to select from the beginning) * last (use 0 to select to the end) * copyflag (L_COPY, L_CLONE) * Return: pixad, or null on error * * Notes: * (1) The copyflag specifies what we do with each pix from pixas. * Specifically, L_CLONE inserts a clone into pixad of each * selected pix from pixas. */ PIXA * pixaSelectRange(PIXA *pixas, l_int32 first, l_int32 last, l_int32 copyflag) { l_int32 n, npix, i; PIX *pix; PIXA *pixad; PROCNAME("pixaSelectRange"); if (!pixas) return (PIXA *)ERROR_PTR("pixas not defined", procName, NULL); if (copyflag != L_COPY && copyflag != L_CLONE) return (PIXA *)ERROR_PTR("invalid copyflag", procName, NULL); n = pixaGetCount(pixas); first = L_MAX(0, first); if (last <= 0) last = n - 1; if (first >= n) return (PIXA *)ERROR_PTR("invalid first", procName, NULL); if (first > last) return (PIXA *)ERROR_PTR("first > last", procName, NULL); npix = last - first + 1; pixad = pixaCreate(npix); for (i = first; i <= last; i++) { pix = pixaGetPix(pixas, i, copyflag); pixaAddPix(pixad, pix, L_INSERT); } return pixad; } /*! * pixaaSelectRange() * * Input: paas * first (use 0 to select from the beginning) * last (use 0 to select to the end) * copyflag (L_COPY, L_CLONE) * Return: paad, or null on error * * Notes: * (1) The copyflag specifies what we do with each pixa from paas. * Specifically, L_CLONE inserts a clone into paad of each * selected pixa from paas. */ PIXAA * pixaaSelectRange(PIXAA *paas, l_int32 first, l_int32 last, l_int32 copyflag) { l_int32 n, npixa, i; PIXA *pixa; PIXAA *paad; PROCNAME("pixaaSelectRange"); if (!paas) return (PIXAA *)ERROR_PTR("paas not defined", procName, NULL); if (copyflag != L_COPY && copyflag != L_CLONE) return (PIXAA *)ERROR_PTR("invalid copyflag", procName, NULL); n = pixaaGetCount(paas, NULL); first = L_MAX(0, first); if (last <= 0) last = n - 1; if (first >= n) return (PIXAA *)ERROR_PTR("invalid first", procName, NULL); if (first > last) return (PIXAA *)ERROR_PTR("first > last", procName, NULL); npixa = last - first + 1; paad = pixaaCreate(npixa); for (i = first; i <= last; i++) { pixa = pixaaGetPixa(paas, i, copyflag); pixaaAddPixa(paad, pixa, L_INSERT); } return paad; } /*---------------------------------------------------------------------* * Pixa and Pixaa scaling * *---------------------------------------------------------------------*/ /*! * pixaaScaleToSize() * * Input: paas * wd (target width; use 0 if using height as target) * hd (target height; use 0 if using width as target) * Return: paad, or null on error * * Notes: * (1) This guarantees that each output scaled image has the * dimension(s) you specify. * - To specify the width with isotropic scaling, set @hd = 0. * - To specify the height with isotropic scaling, set @wd = 0. * - If both @wd and @hd are specified, the image is scaled * (in general, anisotropically) to that size. * - It is an error to set both @wd and @hd to 0. */ PIXAA * pixaaScaleToSize(PIXAA *paas, l_int32 wd, l_int32 hd) { l_int32 n, i; PIXA *pixa1, *pixa2; PIXAA *paad; PROCNAME("pixaaScaleToSize"); if (!paas) return (PIXAA *)ERROR_PTR("paas not defined", procName, NULL); if (wd <= 0 && hd <= 0) return (PIXAA *)ERROR_PTR("neither wd nor hd > 0", procName, NULL); n = pixaaGetCount(paas, NULL); paad = pixaaCreate(n); for (i = 0; i < n; i++) { pixa1 = pixaaGetPixa(paas, i, L_CLONE); pixa2 = pixaScaleToSize(pixa1, wd, hd); pixaaAddPixa(paad, pixa2, L_INSERT); pixaDestroy(&pixa1); } return paad; } /*! * pixaaScaleToSizeVar() * * Input: paas * nawd ( target widths; use NULL if using height) * nahd ( target height; use NULL if using width) * Return: paad, or null on error * * Notes: * (1) This guarantees that the scaled images in each pixa have the * dimension(s) you specify in the numas. * - To specify the width with isotropic scaling, set @nahd = NULL. * - To specify the height with isotropic scaling, set @nawd = NULL. * - If both @nawd and @nahd are specified, the image is scaled * (in general, anisotropically) to that size. * - It is an error to set both @nawd and @nahd to NULL. * (2) If either nawd and/or nahd is defined, it must have the same * count as the number of pixa in paas. */ PIXAA * pixaaScaleToSizeVar(PIXAA *paas, NUMA *nawd, NUMA *nahd) { l_int32 n, i, wd, hd; PIXA *pixa1, *pixa2; PIXAA *paad; PROCNAME("pixaaScaleToSizeVar"); if (!paas) return (PIXAA *)ERROR_PTR("paas not defined", procName, NULL); if (!nawd && !nahd) return (PIXAA *)ERROR_PTR("!nawd && !nahd", procName, NULL); n = pixaaGetCount(paas, NULL); if (nawd && (n != numaGetCount(nawd))) return (PIXAA *)ERROR_PTR("nawd wrong size", procName, NULL); if (nahd && (n != numaGetCount(nahd))) return (PIXAA *)ERROR_PTR("nahd wrong size", procName, NULL); paad = pixaaCreate(n); for (i = 0; i < n; i++) { wd = hd = 0; if (nawd) numaGetIValue(nawd, i, &wd); if (nahd) numaGetIValue(nahd, i, &hd); pixa1 = pixaaGetPixa(paas, i, L_CLONE); pixa2 = pixaScaleToSize(pixa1, wd, hd); pixaaAddPixa(paad, pixa2, L_INSERT); pixaDestroy(&pixa1); } return paad; } /*! * pixaScaleToSize() * * Input: pixas * wd (target width; use 0 if using height as target) * hd (target height; use 0 if using width as target) * Return: pixad, or null on error * * Notes: * (1) See pixaaScaleToSize() */ PIXA * pixaScaleToSize(PIXA *pixas, l_int32 wd, l_int32 hd) { l_int32 n, i; PIX *pix1, *pix2; PIXA *pixad; PROCNAME("pixaScaleToSize"); if (!pixas) return (PIXA *)ERROR_PTR("pixas not defined", procName, NULL); if (wd <= 0 && hd <= 0) return (PIXA *)ERROR_PTR("neither wd nor hd > 0", procName, NULL); n = pixaGetCount(pixas); pixad = pixaCreate(n); for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixas, i, L_CLONE); pix2 = pixScaleToSize(pix1, wd, hd); pixCopyText(pix2, pix1); pixaAddPix(pixad, pix2, L_INSERT); pixDestroy(&pix1); } return pixad; } /*---------------------------------------------------------------------* * Miscellaneous functions * *---------------------------------------------------------------------*/ /*! * pixaAddBorderGeneral() * * Input: pixad (can be null or equal to pixas) * pixas (containing pix of all depths; colormap ok) * left, right, top, bot (number of pixels added) * val (value of added border pixels) * Return: pixad (with border added to each pix), including on error * * Notes: * (1) For binary images: * white: val = 0 * black: val = 1 * For grayscale images: * white: val = 2 ** d - 1 * black: val = 0 * For rgb color images: * white: val = 0xffffff00 * black: val = 0 * For colormapped images, use 'index' found this way: * white: pixcmapGetRankIntensity(cmap, 1.0, &index); * black: pixcmapGetRankIntensity(cmap, 0.0, &index); * (2) For in-place replacement of each pix with a bordered version, * use @pixad = @pixas. To make a new pixa, use @pixad = NULL. * (3) In both cases, the boxa has sides adjusted as if it were * expanded by the border. */ PIXA * pixaAddBorderGeneral(PIXA *pixad, PIXA *pixas, l_int32 left, l_int32 right, l_int32 top, l_int32 bot, l_uint32 val) { l_int32 i, n, nbox; BOX *box; BOXA *boxad; PIX *pixs, *pixd; PROCNAME("pixaAddBorderGeneral"); if (!pixas) return (PIXA *)ERROR_PTR("pixas not defined", procName, pixad); if (left < 0 || right < 0 || top < 0 || bot < 0) return (PIXA *)ERROR_PTR("negative border added!", procName, pixad); if (pixad && (pixad != pixas)) return (PIXA *)ERROR_PTR("pixad defined but != pixas", procName, pixad); n = pixaGetCount(pixas); if (!pixad) pixad = pixaCreate(n); for (i = 0; i < n; i++) { pixs = pixaGetPix(pixas, i, L_CLONE); pixd = pixAddBorderGeneral(pixs, left, right, top, bot, val); if (pixad == pixas) /* replace */ pixaReplacePix(pixad, i, pixd, NULL); else pixaAddPix(pixad, pixd, L_INSERT); pixDestroy(&pixs); } nbox = pixaGetBoxaCount(pixas); boxad = pixaGetBoxa(pixad, L_CLONE); for (i = 0; i < nbox; i++) { if ((box = pixaGetBox(pixas, i, L_COPY)) == NULL) { L_WARNING("box %d not found\n", procName, i); break; } boxAdjustSides(box, box, -left, right, -top, bot); if (pixad == pixas) /* replace */ boxaReplaceBox(boxad, i, box); else boxaAddBox(boxad, box, L_INSERT); } boxaDestroy(&boxad); return pixad; } /*! * pixaaFlattenToPixa() * * Input: paa * &naindex ( the pixa index in the pixaa) * copyflag (L_COPY or L_CLONE) * Return: pixa, or null on error * * Notes: * (1) This 'flattens' the pixaa to a pixa, taking the pix in * order in the first pixa, then the second, etc. * (2) If &naindex is defined, we generate a Numa that gives, for * each pix in the pixaa, the index of the pixa to which it belongs. */ PIXA * pixaaFlattenToPixa(PIXAA *paa, NUMA **pnaindex, l_int32 copyflag) { l_int32 i, j, m, mb, n; BOX *box; NUMA *naindex; PIX *pix; PIXA *pixa, *pixat; PROCNAME("pixaaFlattenToPixa"); if (pnaindex) *pnaindex = NULL; if (!paa) return (PIXA *)ERROR_PTR("paa not defined", procName, NULL); if (copyflag != L_COPY && copyflag != L_CLONE) return (PIXA *)ERROR_PTR("invalid copyflag", procName, NULL); if (pnaindex) { naindex = numaCreate(0); *pnaindex = naindex; } n = pixaaGetCount(paa, NULL); pixa = pixaCreate(n); for (i = 0; i < n; i++) { pixat = pixaaGetPixa(paa, i, L_CLONE); m = pixaGetCount(pixat); mb = pixaGetBoxaCount(pixat); for (j = 0; j < m; j++) { pix = pixaGetPix(pixat, j, copyflag); pixaAddPix(pixa, pix, L_INSERT); if (j < mb) { box = pixaGetBox(pixat, j, copyflag); pixaAddBox(pixa, box, L_INSERT); } if (pnaindex) numaAddNumber(naindex, i); /* save 'row' number */ } pixaDestroy(&pixat); } return pixa; } /*! * pixaaSizeRange() * * Input: paa * &minw, &minh, &maxw, &maxh ( range of * dimensions of all boxes) * Return: 0 if OK, 1 on error */ l_int32 pixaaSizeRange(PIXAA *paa, l_int32 *pminw, l_int32 *pminh, l_int32 *pmaxw, l_int32 *pmaxh) { l_int32 minw, minh, maxw, maxh, minpw, minph, maxpw, maxph, i, n; PIXA *pixa; PROCNAME("pixaaSizeRange"); if (!paa) return ERROR_INT("paa not defined", procName, 1); if (!pminw && !pmaxw && !pminh && !pmaxh) return ERROR_INT("no data can be returned", procName, 1); minw = minh = 100000000; maxw = maxh = 0; n = pixaaGetCount(paa, NULL); for (i = 0; i < n; i++) { pixa = pixaaGetPixa(paa, i, L_CLONE); pixaSizeRange(pixa, &minpw, &minph, &maxpw, &maxph); if (minpw < minw) minw = minpw; if (minph < minh) minh = minph; if (maxpw > maxw) maxw = maxpw; if (maxph > maxh) maxh = maxph; pixaDestroy(&pixa); } if (pminw) *pminw = minw; if (pminh) *pminh = minh; if (pmaxw) *pmaxw = maxw; if (pmaxh) *pmaxh = maxh; return 0; } /*! * pixaSizeRange() * * Input: pixa * &minw, &minh, &maxw, &maxh ( range of * dimensions of pix in the array) * Return: 0 if OK, 1 on error */ l_int32 pixaSizeRange(PIXA *pixa, l_int32 *pminw, l_int32 *pminh, l_int32 *pmaxw, l_int32 *pmaxh) { l_int32 minw, minh, maxw, maxh, i, n, w, h; PIX *pix; PROCNAME("pixaSizeRange"); if (!pixa) return ERROR_INT("pixa not defined", procName, 1); if (!pminw && !pmaxw && !pminh && !pmaxh) return ERROR_INT("no data can be returned", procName, 1); minw = minh = 1000000; maxw = maxh = 0; n = pixaGetCount(pixa); for (i = 0; i < n; i++) { pix = pixaGetPix(pixa, i, L_CLONE); w = pixGetWidth(pix); h = pixGetHeight(pix); if (w < minw) minw = w; if (h < minh) minh = h; if (w > maxw) maxw = w; if (h > maxh) maxh = h; pixDestroy(&pix); } if (pminw) *pminw = minw; if (pminh) *pminh = minh; if (pmaxw) *pmaxw = maxw; if (pmaxh) *pmaxh = maxh; return 0; } /*! * pixaClipToPix() * * Input: pixas * pixs * Return: pixad, or null on error * * Notes: * (1) This is intended for use in situations where pixas * was originally generated from the input pixs. * (2) Returns a pixad where each pix in pixas is ANDed * with its associated region of the input pixs. This * region is specified by the the box that is associated * with the pix. * (3) In a typical application of this function, pixas has * a set of region masks, so this generates a pixa of * the parts of pixs that correspond to each region * mask component, along with the bounding box for * the region. */ PIXA * pixaClipToPix(PIXA *pixas, PIX *pixs) { l_int32 i, n; BOX *box; PIX *pix, *pixc; PIXA *pixad; PROCNAME("pixaClipToPix"); if (!pixas) return (PIXA *)ERROR_PTR("pixas not defined", procName, NULL); if (!pixs) return (PIXA *)ERROR_PTR("pixs not defined", procName, NULL); n = pixaGetCount(pixas); if ((pixad = pixaCreate(n)) == NULL) return (PIXA *)ERROR_PTR("pixad not made", procName, NULL); for (i = 0; i < n; i++) { pix = pixaGetPix(pixas, i, L_CLONE); box = pixaGetBox(pixas, i, L_COPY); pixc = pixClipRectangle(pixs, box, NULL); pixAnd(pixc, pixc, pix); pixaAddPix(pixad, pixc, L_INSERT); pixaAddBox(pixad, box, L_INSERT); pixDestroy(&pix); } return pixad; } /*! * pixaGetRenderingDepth() * * Input: pixa * &depth ( depth required to render if all * colormaps are removed) * Return: 0 if OK; 1 on error */ l_int32 pixaGetRenderingDepth(PIXA *pixa, l_int32 *pdepth) { l_int32 hascolor, maxdepth; PROCNAME("pixaGetRenderingDepth"); if (!pdepth) return ERROR_INT("&depth not defined", procName, 1); *pdepth = 0; if (!pixa) return ERROR_INT("pixa not defined", procName, 1); pixaHasColor(pixa, &hascolor); if (hascolor) { *pdepth = 32; return 0; } pixaGetDepthInfo(pixa, &maxdepth, NULL); if (maxdepth == 1) *pdepth = 1; else /* 2, 4, 8 or 16 */ *pdepth = 8; return 0; } /*! * pixaHasColor() * * Input: pixa * &hascolor ( 1 if any pix is rgb or has * a colormap with color; 0 otherwise) * Return: 0 if OK; 1 on error */ l_int32 pixaHasColor(PIXA *pixa, l_int32 *phascolor) { l_int32 i, n, hascolor, d; PIX *pix; PIXCMAP *cmap; PROCNAME("pixaHasColor"); if (!phascolor) return ERROR_INT("&hascolor not defined", procName, 1); *phascolor = 0; if (!pixa) return ERROR_INT("pixa not defined", procName, 1); n = pixaGetCount(pixa); for (i = 0; i < n; i++) { pix = pixaGetPix(pixa, i, L_CLONE); if ((cmap = pixGetColormap(pix)) != NULL) pixcmapHasColor(cmap, &hascolor); d = pixGetDepth(pix); pixDestroy(&pix); if (d == 32 || hascolor == 1) { *phascolor = 1; break; } } return 0; } /*! * pixaAnyColormaps() * * Input: pixa * &hascmap ( 1 if any pix has a colormap; 0 otherwise) * Return: 0 if OK; 1 on error */ l_int32 pixaAnyColormaps(PIXA *pixa, l_int32 *phascmap) { l_int32 i, n; PIX *pix; PIXCMAP *cmap; PROCNAME("pixaAnyColormaps"); if (!phascmap) return ERROR_INT("&hascmap not defined", procName, 1); *phascmap = 0; if (!pixa) return ERROR_INT("pixa not defined", procName, 1); n = pixaGetCount(pixa); for (i = 0; i < n; i++) { pix = pixaGetPix(pixa, i, L_CLONE); cmap = pixGetColormap(pix); pixDestroy(&pix); if (cmap) { *phascmap = 1; return 0; } } return 0; } /*! * pixaGetDepthInfo() * * Input: pixa * &maxdepth ( max pixel depth of pix in pixa) * &same ( true if all depths are equal) * Return: 0 if OK; 1 on error */ l_int32 pixaGetDepthInfo(PIXA *pixa, l_int32 *pmaxdepth, l_int32 *psame) { l_int32 i, n, d, d0; l_int32 maxd, same; /* depth info */ PROCNAME("pixaGetDepthInfo"); if (!pmaxdepth && !psame) return 0; if (pmaxdepth) *pmaxdepth = 0; if (psame) *psame = TRUE; if (!pixa) return ERROR_INT("pixa not defined", procName, 1); if ((n = pixaGetCount(pixa)) == 0) return ERROR_INT("pixa is empty", procName, 1); same = TRUE; maxd = 0; for (i = 0; i < n; i++) { pixaGetPixDimensions(pixa, i, NULL, NULL, &d); if (i == 0) d0 = d; else if (d != d0) same = FALSE; if (d > maxd) maxd = d; } if (pmaxdepth) *pmaxdepth = maxd; if (psame) *psame = same; return 0; } /*! * pixaConvertToSameDepth() * * Input: pixas * Return: pixad, or null on error * * Notes: * (1) If any pix has a colormap, they are all converted to rgb. * Otherwise, they are all converted to the maximum depth of * all the pix. * (2) This can be used to allow lossless rendering onto a single pix. */ PIXA * pixaConvertToSameDepth(PIXA *pixas) { l_int32 i, n, same, hascmap, maxdepth; PIX *pix, *pixt; PIXA *pixat, *pixad; PROCNAME("pixaConvertToSameDepth"); if (!pixas) return (PIXA *)ERROR_PTR("pixas not defined", procName, NULL); /* Remove colormaps to rgb */ if ((n = pixaGetCount(pixas)) == 0) return (PIXA *)ERROR_PTR("no components", procName, NULL); pixaAnyColormaps(pixas, &hascmap); if (hascmap) { pixat = pixaCreate(n); for (i = 0; i < n; i++) { pixt = pixaGetPix(pixas, i, L_CLONE); pix = pixConvertTo32(pixt); pixaAddPix(pixat, pix, L_INSERT); pixDestroy(&pixt); } } else { pixat = pixaCopy(pixas, L_CLONE); } pixaGetDepthInfo(pixat, &maxdepth, &same); if (!same) { /* at least one pix has depth > 1 */ pixad = pixaCreate(n); for (i = 0; i < n; i++) { pixt = pixaGetPix(pixat, i, L_CLONE); if (maxdepth <= 8) pix = pixConvertTo8(pixt, 0); else pix = pixConvertTo32(pixt); pixaAddPix(pixad, pix, L_INSERT); pixDestroy(&pixt); } } else { pixad = pixaCopy(pixat, L_CLONE); } pixaDestroy(&pixat); return pixad; } /*! * pixaEqual() * * Input: pixa1 * pixa2 * maxdist * &naindex ( index array of correspondences * &same ( 1 if equal; 0 otherwise) * Return 0 if OK, 1 on error * * Notes: * (1) The two pixa are the "same" if they contain the same * boxa and the same ordered set of pix. However, if they * have boxa, the pix in each pixa can differ in ordering * by an amount given by the parameter @maxdist. If they * don't have a boxa, the @maxdist parameter is ignored, * and the ordering must be identical. * (2) This applies only to boxa geometry, pixels and ordering; * other fields in the pix are ignored. * (3) naindex[i] gives the position of the box in pixa2 that * corresponds to box i in pixa1. It is only returned if the * pixa have boxa and the boxa are equal. * (4) In situations where the ordering is very different, so that * a large @maxdist is required for "equality", this should be * implemented with a hash function for efficiency. */ l_int32 pixaEqual(PIXA *pixa1, PIXA *pixa2, l_int32 maxdist, NUMA **pnaindex, l_int32 *psame) { l_int32 i, j, n, same, sameboxa; BOXA *boxa1, *boxa2; NUMA *na; PIX *pix1, *pix2; PROCNAME("pixaEqual"); if (!psame) return ERROR_INT("&same not defined", procName, 1); *psame = 0; sameboxa = 0; na = NULL; if (!pixa1 || !pixa2) return ERROR_INT("pixa1 and pixa2 not both defined", procName, 1); n = pixaGetCount(pixa1); if (n != pixaGetCount(pixa2)) return 0; boxa1 = pixaGetBoxa(pixa1, L_CLONE); boxa2 = pixaGetBoxa(pixa2, L_CLONE); if (!boxa1 && !boxa2) maxdist = 0; /* exact ordering required */ if (boxa1 && !boxa2) { boxaDestroy(&boxa1); return 0; } if (!boxa1 && boxa2) { boxaDestroy(&boxa2); return 0; } if (boxa1 && boxa2) { boxaEqual(boxa1, boxa2, maxdist, &na, &sameboxa); boxaDestroy(&boxa1); boxaDestroy(&boxa2); if (!sameboxa) { numaDestroy(&na); return 0; } } for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixa1, i, L_CLONE); if (na) numaGetIValue(na, i, &j); else j = i; pix2 = pixaGetPix(pixa2, j, L_CLONE); pixEqual(pix1, pix2, &same); pixDestroy(&pix1); pixDestroy(&pix2); if (!same) { numaDestroy(&na); return 0; } } *psame = 1; if (pnaindex) *pnaindex = na; else numaDestroy(&na); return 0; } leptonica-1.70/src/ropiplow.c0000644000175000017500000003603412244745031014323 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * ropiplow.c * * Low level in-place full height vertical block transfer * * void rasteropVipLow() * * Low level in-place full width horizontal block transfer * * void rasteropHipLow() * void shiftDataHorizontalLow() */ #include #include "allheaders.h" #define COMBINE_PARTIAL(d, s, m) ( ((d) & ~(m)) | ((s) & (m)) ) static const l_uint32 lmask32[] = {0x0, 0x80000000, 0xc0000000, 0xe0000000, 0xf0000000, 0xf8000000, 0xfc000000, 0xfe000000, 0xff000000, 0xff800000, 0xffc00000, 0xffe00000, 0xfff00000, 0xfff80000, 0xfffc0000, 0xfffe0000, 0xffff0000, 0xffff8000, 0xffffc000, 0xffffe000, 0xfffff000, 0xfffff800, 0xfffffc00, 0xfffffe00, 0xffffff00, 0xffffff80, 0xffffffc0, 0xffffffe0, 0xfffffff0, 0xfffffff8, 0xfffffffc, 0xfffffffe, 0xffffffff}; static const l_uint32 rmask32[] = {0x0, 0x00000001, 0x00000003, 0x00000007, 0x0000000f, 0x0000001f, 0x0000003f, 0x0000007f, 0x000000ff, 0x000001ff, 0x000003ff, 0x000007ff, 0x00000fff, 0x00001fff, 0x00003fff, 0x00007fff, 0x0000ffff, 0x0001ffff, 0x0003ffff, 0x0007ffff, 0x000fffff, 0x001fffff, 0x003fffff, 0x007fffff, 0x00ffffff, 0x01ffffff, 0x03ffffff, 0x07ffffff, 0x0fffffff, 0x1fffffff, 0x3fffffff, 0x7fffffff, 0xffffffff}; /*--------------------------------------------------------------------* * Low-level Vertical In-place Rasterop * *--------------------------------------------------------------------*/ /*! * rasteropVipLow() * * Input: data (ptr to image data) * pixw (width) * pixh (height) * depth (depth) * wpl (wpl) * x (x val of UL corner of rectangle) * w (width of rectangle) * shift (+ shifts data downward in vertical column) * Return: 0 if OK; 1 on error. * * Notes: * (1) This clears the pixels that are left exposed after the * translation. You can consider them as pixels that are * shifted in from outside the image. This can be later * overridden by the incolor parameter in higher-level functions * that call this. For example, for images with depth > 1, * these pixels are cleared to black; to be white they * must later be SET to white. See, e.g., pixRasteropVip(). * (2) This function scales the width to accommodate any depth, * performs clipping, and then does the in-place rasterop. */ void rasteropVipLow(l_uint32 *data, l_int32 pixw, l_int32 pixh, l_int32 depth, l_int32 wpl, l_int32 x, l_int32 w, l_int32 shift) { l_int32 fwpartb; /* boolean (1, 0) if first word is partial */ l_int32 fwpart2b; /* boolean (1, 0) if first word is doubly partial */ l_uint32 fwmask; /* mask for first partial word */ l_int32 fwbits; /* first word bits in ovrhang */ l_uint32 *pdfwpart; /* ptr to first partial dest word */ l_uint32 *psfwpart; /* ptr to first partial src word */ l_int32 fwfullb; /* boolean (1, 0) if there exists a full word */ l_int32 nfullw; /* number of full words */ l_uint32 *pdfwfull; /* ptr to first full dest word */ l_uint32 *psfwfull; /* ptr to first full src word */ l_int32 lwpartb; /* boolean (1, 0) if last word is partial */ l_uint32 lwmask; /* mask for last partial word */ l_int32 lwbits; /* last word bits in ovrhang */ l_uint32 *pdlwpart; /* ptr to last partial dest word */ l_uint32 *pslwpart; /* ptr to last partial src word */ l_int32 dirwpl; /* directed wpl (-wpl * sign(shift)) */ l_int32 absshift; /* absolute value of shift; for use in iterator */ l_int32 vlimit; /* vertical limit value for iterations */ l_int32 i, j; /*--------------------------------------------------------* * Scale horizontal dimensions by depth * *--------------------------------------------------------*/ if (depth != 1) { pixw *= depth; x *= depth; w *= depth; } /*--------------------------------------------------------* * Clip horizontally * *--------------------------------------------------------*/ if (x < 0) { w += x; /* reduce w */ x = 0; /* clip to x = 0 */ } if (x >= pixw || w <= 0) /* no part of vertical slice is in the image */ return; if (x + w > pixw) w = pixw - x; /* clip to x + w = pixw */ /*--------------------------------------------------------* * Preliminary calculations * *--------------------------------------------------------*/ /* is the first word partial? */ if ((x & 31) == 0) { /* if not */ fwpartb = 0; fwbits = 0; } else { /* if so */ fwpartb = 1; fwbits = 32 - (x & 31); fwmask = rmask32[fwbits]; if (shift >= 0) { /* go up from bottom */ pdfwpart = data + wpl * (pixh - 1) + (x >> 5); psfwpart = data + wpl * (pixh - 1 - shift) + (x >> 5); } else { /* go down from top */ pdfwpart = data + (x >> 5); psfwpart = data - wpl * shift + (x >> 5); } } /* is the first word doubly partial? */ if (w >= fwbits) { /* if not */ fwpart2b = 0; } else { /* if so */ fwpart2b = 1; fwmask &= lmask32[32 - fwbits + w]; } /* is there a full dest word? */ if (fwpart2b == 1) { /* not */ fwfullb = 0; nfullw = 0; } else { nfullw = (w - fwbits) >> 5; if (nfullw == 0) { /* if not */ fwfullb = 0; } else { /* if so */ fwfullb = 1; if (fwpartb) { pdfwfull = pdfwpart + 1; psfwfull = psfwpart + 1; } else if (shift >= 0) { /* go up from bottom */ pdfwfull = data + wpl * (pixh - 1) + (x >> 5); psfwfull = data + wpl * (pixh - 1 - shift) + (x >> 5); } else { /* go down from top */ pdfwfull = data + (x >> 5); psfwfull = data - wpl * shift + (x >> 5); } } } /* is the last word partial? */ lwbits = (x + w) & 31; if (fwpart2b == 1 || lwbits == 0) { /* if not */ lwpartb = 0; } else { lwpartb = 1; lwmask = lmask32[lwbits]; if (fwpartb) { pdlwpart = pdfwpart + 1 + nfullw; pslwpart = psfwpart + 1 + nfullw; } else if (shift >= 0) { /* go up from bottom */ pdlwpart = data + wpl * (pixh - 1) + (x >> 5) + nfullw; pslwpart = data + wpl * (pixh - 1 - shift) + (x >> 5) + nfullw; } else { /* go down from top */ pdlwpart = data + (x >> 5) + nfullw; pslwpart = data - wpl * shift + (x >> 5) + nfullw; } } /* determine the direction of flow from the shift * If the shift >= 0, data flows downard from src * to dest, starting at the bottom and working up. * If shift < 0, data flows upward from src to * dest, starting at the top and working down. */ dirwpl = (shift >= 0) ? -wpl : wpl; absshift = L_ABS(shift); vlimit = L_MAX(0, pixh - absshift); /*--------------------------------------------------------* * Now we're ready to do the ops * *--------------------------------------------------------*/ /* Do the first partial word */ if (fwpartb) { for (i = 0; i < vlimit; i++) { *pdfwpart = COMBINE_PARTIAL(*pdfwpart, *psfwpart, fwmask); pdfwpart += dirwpl; psfwpart += dirwpl; } /* Clear the incoming pixels */ for (i = vlimit; i < pixh; i++) { *pdfwpart = COMBINE_PARTIAL(*pdfwpart, 0x0, fwmask); pdfwpart += dirwpl; } } /* Do the full words */ if (fwfullb) { for (i = 0; i < vlimit; i++) { for (j = 0; j < nfullw; j++) *(pdfwfull + j) = *(psfwfull + j); pdfwfull += dirwpl; psfwfull += dirwpl; } /* Clear the incoming pixels */ for (i = vlimit; i < pixh; i++) { for (j = 0; j < nfullw; j++) *(pdfwfull + j) = 0x0; pdfwfull += dirwpl; } } /* Do the last partial word */ if (lwpartb) { for (i = 0; i < vlimit; i++) { *pdlwpart = COMBINE_PARTIAL(*pdlwpart, *pslwpart, lwmask); pdlwpart += dirwpl; pslwpart += dirwpl; } /* Clear the incoming pixels */ for (i = vlimit; i < pixh; i++) { *pdlwpart = COMBINE_PARTIAL(*pdlwpart, 0x0, lwmask); pdlwpart += dirwpl; } } return; } /*--------------------------------------------------------------------* * Low-level Horizontal In-place Rasterop * *--------------------------------------------------------------------*/ /*! * rasteropHipLow() * * Input: data (ptr to image data) * pixh (height) * depth (depth) * wpl (wpl) * y (y val of UL corner of rectangle) * h (height of rectangle) * shift (+ shifts data to the left in a horizontal column) * Return: 0 if OK; 1 on error. * * Notes: * (1) This clears the pixels that are left exposed after the rasterop. * Therefore, for Pix with depth > 1, these pixels become black, * and must be subsequently SET if they are to be white. * For example, see pixRasteropHip(). * (2) This function performs clipping and calls shiftDataHorizontalLine() * to do the in-place rasterop on each line. */ void rasteropHipLow(l_uint32 *data, l_int32 pixh, l_int32 depth, l_int32 wpl, l_int32 y, l_int32 h, l_int32 shift) { l_int32 i; l_uint32 *line; /* clip band if necessary */ if (y < 0) { h += y; /* reduce h */ y = 0; /* clip to y = 0 */ } if (h <= 0 || y > pixh) /* no part of horizontal slice is in the image */ return; if (y + h > pixh) h = pixh - y; /* clip to y + h = pixh */ for (i = y; i < y + h; i++) { line = data + i * wpl; shiftDataHorizontalLow(line, wpl, line, wpl, shift * depth); } } /*! * shiftDataHorizontalLow() * * Input: datad (ptr to beginning of dest line) * wpld (wpl of dest) * datas (ptr to beginning of src line) * wpls (wpl of src) * shift (horizontal shift of block; >0 is to right) * Return: void * * Notes: * (1) This can also be used for in-place operation; see, e.g., * rasteropHipLow(). * (2) We are clearing the pixels that are shifted in from * outside the image. This can be overridden by the * incolor parameter in higher-level functions that call this. */ void shiftDataHorizontalLow(l_uint32 *datad, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 shift) { l_int32 j, firstdw, wpl, rshift, lshift; l_uint32 *lined, *lines; lined = datad; lines = datas; if (shift >= 0) { /* src shift to right; data flows to * right, starting at right edge and * progressing leftward. */ firstdw = shift / 32; wpl = L_MIN(wpls, wpld - firstdw); lined += firstdw + wpl - 1; lines += wpl - 1; rshift = shift & 31; if (rshift == 0) { for (j = 0; j < wpl; j++) *lined-- = *lines--; /* clear out the rest to the left edge */ for (j = 0; j < firstdw; j++) *lined-- = 0; } else { lshift = 32 - rshift; for (j = 1; j < wpl; j++) { *lined-- = *(lines - 1) << lshift | *lines >> rshift; lines--; } *lined = *lines >> rshift; /* partial first */ /* clear out the rest to the left edge */ *lined &= ~lmask32[rshift]; lined--; for (j = 0; j < firstdw; j++) *lined-- = 0; } } else { /* src shift to left; data flows to left, starting * at left edge and progressing rightward. */ firstdw = (-shift) / 32; wpl = L_MIN(wpls - firstdw, wpld); lines += firstdw; lshift = (-shift) & 31; if (lshift == 0) { for (j = 0; j < wpl; j++) *lined++ = *lines++; /* clear out the rest to the right edge */ for (j = 0; j < firstdw; j++) *lined++ = 0; } else { rshift = 32 - lshift; for (j = 1; j < wpl; j++) { *lined++ = *lines << lshift | *(lines + 1) >> rshift; lines++; } *lined = *lines << lshift; /* partial last */ /* clear out the rest to the right edge */ /* first clear the lshift pixels of this partial word */ *lined &= ~rmask32[lshift]; lined++; /* then the remaining words to the right edge */ for (j = 0; j < firstdw; j++) *lined++ = 0; } } return; } leptonica-1.70/src/runlength.c0000640000175000017500000004672712244235353014465 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * runlength.c * * Label pixels by membership in runs * PIX *pixStrokeWidthTransform() * static PIX *pixFindMinRunsOrthogonal() * PIX *pixRunlengthTransform() * * Find runs along horizontal and vertical lines * l_int32 pixFindHorizontalRuns() * l_int32 pixFindVerticalRuns() * * Compute runlength-to-membership transform on a line * l_int32 runlengthMembershipOnLine() * * Make byte position LUT * l_int32 makeMSBitLocTab() */ #include #include #include "allheaders.h" static PIX *pixFindMinRunsOrthogonal(PIX *pixs, l_float32 angle, l_int32 depth); /*-----------------------------------------------------------------------* * Label pixels by membership in runs * *-----------------------------------------------------------------------*/ /*! * pixStrokeWidthTransform() * * Input: pixs (1 bpp) * color (0 for white runs, 1 for black runs) * depth (of pixd: 8 or 16 bpp) * nangles (2, 4, 6 or 8) * Return: pixd (8 or 16 bpp), or null on error * * Notes: * (1) The dest Pix is 8 or 16 bpp, with the pixel values * equal to the stroke width in which it is a member. * The values are clipped to the max pixel value if necessary. * (2) The color determines if we're labelling white or black strokes. * (3) A pixel that is not a member of the chosen color gets * value 0; it belongs to a width of length 0 of the * chosen color. * (4) This chooses, for each dest pixel, the minimum of sets * of runlengths through each pixel. Here are the sets: * nangles increment set * ------- --------- -------------------------------- * 2 90 {0, 90} * 4 45 {0, 45, 90, 135} * 6 30 {0, 30, 60, 90, 120, 150} * 8 22.5 {0, 22.5, 45, 67.5, 90, 112.5, 135, 157.5} * (5) Runtime scales linearly with (nangles - 2). */ PIX * pixStrokeWidthTransform(PIX *pixs, l_int32 color, l_int32 depth, l_int32 nangles) { l_float32 angle, pi; PIX *pixh, *pixv, *pixt, *pixg1, *pixg2, *pixg3, *pixg4; PROCNAME("pixStrokeWidthTransform"); if (!pixs || pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); if (depth != 8 && depth != 16) return (PIX *)ERROR_PTR("depth must be 8 or 16 bpp", procName, NULL); if (nangles != 2 && nangles != 4 && nangles != 6 && nangles != 8) return (PIX *)ERROR_PTR("nangles not in {2,4,6,8}", procName, NULL); /* Use fg runs for evaluation */ if (color == 0) pixt = pixInvert(NULL, pixs); else pixt = pixClone(pixs); /* Find min length at 0 and 90 degrees */ pixh = pixRunlengthTransform(pixt, 1, L_HORIZONTAL_RUNS, depth); pixv = pixRunlengthTransform(pixt, 1, L_VERTICAL_RUNS, depth); pixg1 = pixMinOrMax(NULL, pixh, pixv, L_CHOOSE_MIN); pixDestroy(&pixh); pixDestroy(&pixv); pixg2 = pixg3 = pixg4 = NULL; pi = 3.1415926535; if (nangles == 4 || nangles == 8) { /* Find min length at +45 and -45 degrees */ angle = pi / 4.0; pixg2 = pixFindMinRunsOrthogonal(pixt, angle, depth); } if (nangles == 6) { /* Find min length at +30 and -60 degrees */ angle = pi / 6.0; pixg2 = pixFindMinRunsOrthogonal(pixt, angle, depth); /* Find min length at +60 and -30 degrees */ angle = pi / 3.0; pixg3 = pixFindMinRunsOrthogonal(pixt, angle, depth); } if (nangles == 8) { /* Find min length at +22.5 and -67.5 degrees */ angle = pi / 8.0; pixg3 = pixFindMinRunsOrthogonal(pixt, angle, depth); /* Find min length at +67.5 and -22.5 degrees */ angle = 3.0 * pi / 8.0; pixg4 = pixFindMinRunsOrthogonal(pixt, angle, depth); } pixDestroy(&pixt); if (nangles > 2) pixMinOrMax(pixg1, pixg1, pixg2, L_CHOOSE_MIN); if (nangles > 4) pixMinOrMax(pixg1, pixg1, pixg3, L_CHOOSE_MIN); if (nangles > 6) pixMinOrMax(pixg1, pixg1, pixg4, L_CHOOSE_MIN); pixDestroy(&pixg2); pixDestroy(&pixg3); pixDestroy(&pixg4); return pixg1; } /*! * pixFindMinRunsOrthogonal() * * Input: pixs (1 bpp) * angle (in radians) * depth (of pixd: 8 or 16 bpp) * Return: pixd (8 or 16 bpp), or null on error * * Notes: * (1) This computes, for each fg pixel in pixs, the minimum of * the runlengths going through that pixel in two orthogonal * directions: at @angle and at (90 + @angle). * (2) We use rotation by shear because the forward and backward * rotations by the same angle are exact inverse operations. * As a result, the nonzero pixels in pixd correspond exactly * to the fg pixels in pixs. This is not the case with * sampled rotation, due to spatial quantization. Nevertheless, * the result suffers from lack of exact correspondence * between original and rotated pixels, also due to spatial * quantization, causing some boundary pixels to be * shifted from bg to fg or v.v. */ static PIX * pixFindMinRunsOrthogonal(PIX *pixs, l_float32 angle, l_int32 depth) { l_int32 w, h, diag, xoff, yoff; PIX *pixb, *pixr, *pixh, *pixv, *pixg1, *pixg2, *pixd; BOX *box; PROCNAME("pixFindMinRunsOrthogonal"); if (!pixs || pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); /* Rasterop into the center of a sufficiently large image * so we don't lose pixels for any rotation angle. */ pixGetDimensions(pixs, &w, &h, NULL); diag = (l_int32)(sqrt((l_float64)(w * w + h * h)) + 2.5); xoff = (diag - w) / 2; yoff = (diag - h) / 2; pixb = pixCreate(diag, diag, 1); pixRasterop(pixb, xoff, yoff, w, h, PIX_SRC, pixs, 0, 0); /* Rotate about the 'center', get the min of orthogonal transforms, * rotate back, and crop the part corresponding to pixs. */ pixr = pixRotateShear(pixb, diag / 2, diag / 2, angle, L_BRING_IN_WHITE); pixh = pixRunlengthTransform(pixr, 1, L_HORIZONTAL_RUNS, depth); pixv = pixRunlengthTransform(pixr, 1, L_VERTICAL_RUNS, depth); pixg1 = pixMinOrMax(NULL, pixh, pixv, L_CHOOSE_MIN); pixg2 = pixRotateShear(pixg1, diag / 2, diag / 2, -angle, L_BRING_IN_WHITE); box = boxCreate(xoff, yoff, w, h); pixd = pixClipRectangle(pixg2, box, NULL); pixDestroy(&pixb); pixDestroy(&pixr); pixDestroy(&pixh); pixDestroy(&pixv); pixDestroy(&pixg1); pixDestroy(&pixg2); boxDestroy(&box); return pixd; } /*! * pixRunlengthTransform() * * Input: pixs (1 bpp) * color (0 for white runs, 1 for black runs) * direction (L_HORIZONTAL_RUNS, L_VERTICAL_RUNS) * depth (8 or 16 bpp) * Return: pixd (8 or 16 bpp), or null on error * * Notes: * (1) The dest Pix is 8 or 16 bpp, with the pixel values * equal to the runlength in which it is a member. * The length is clipped to the max pixel value if necessary. * (2) The color determines if we're labelling white or black runs. * (3) A pixel that is not a member of the chosen color gets * value 0; it belongs to a run of length 0 of the * chosen color. * (4) To convert for maximum dynamic range, either linear or * log, use pixMaxDynamicRange(). */ PIX * pixRunlengthTransform(PIX *pixs, l_int32 color, l_int32 direction, l_int32 depth) { l_int32 i, j, w, h, wpld, bufsize, maxsize, n; l_int32 *start, *end, *buffer; l_uint32 *datad, *lined; PIX *pixt, *pixd; PROCNAME("pixRunlengthTransform"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, NULL); if (depth != 8 && depth != 16) return (PIX *)ERROR_PTR("depth must be 8 or 16 bpp", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); if (direction == L_HORIZONTAL_RUNS) maxsize = 1 + w / 2; else if (direction == L_VERTICAL_RUNS) maxsize = 1 + h / 2; else return (PIX *)ERROR_PTR("invalid direction", procName, NULL); bufsize = L_MAX(w, h); if ((pixd = pixCreate(w, h, depth)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); if ((start = (l_int32 *)CALLOC(maxsize, sizeof(l_int32))) == NULL) return (PIX *)ERROR_PTR("start not made", procName, NULL); if ((end = (l_int32 *)CALLOC(maxsize, sizeof(l_int32))) == NULL) return (PIX *)ERROR_PTR("end not made", procName, NULL); if ((buffer = (l_int32 *)CALLOC(bufsize, sizeof(l_int32))) == NULL) return (PIX *)ERROR_PTR("buffer not made", procName, NULL); /* Use fg runs for evaluation */ if (color == 0) pixt = pixInvert(NULL, pixs); else pixt = pixClone(pixs); if (direction == L_HORIZONTAL_RUNS) { for (i = 0; i < h; i++) { pixFindHorizontalRuns(pixt, i, start, end, &n); runlengthMembershipOnLine(buffer, w, depth, start, end, n); lined = datad + i * wpld; if (depth == 8) { for (j = 0; j < w; j++) SET_DATA_BYTE(lined, j, buffer[j]); } else { /* depth == 16 */ for (j = 0; j < w; j++) SET_DATA_TWO_BYTES(lined, j, buffer[j]); } } } else { /* L_VERTICAL_RUNS */ for (j = 0; j < w; j++) { pixFindVerticalRuns(pixt, j, start, end, &n); runlengthMembershipOnLine(buffer, h, depth, start, end, n); if (depth == 8) { for (i = 0; i < h; i++) { lined = datad + i * wpld; SET_DATA_BYTE(lined, j, buffer[i]); } } else { /* depth == 16 */ for (i = 0; i < h; i++) { lined = datad + i * wpld; SET_DATA_TWO_BYTES(lined, j, buffer[i]); } } } } pixDestroy(&pixt); FREE(start); FREE(end); FREE(buffer); return pixd; } /*-----------------------------------------------------------------------* * Find runs along horizontal and vertical lines * *-----------------------------------------------------------------------*/ /*! * pixFindHorizontalRuns() * * Input: pix (1 bpp) * y (line to traverse) * xstart (returns array of start positions for fg runs) * xend (returns array of end positions for fg runs) * &n ( the number of runs found) * Return: 0 if OK; 1 on error * * Notes: * (1) This finds foreground horizontal runs on a single scanline. * (2) To find background runs, use pixInvert() before applying * this function. * (3) The xstart and xend arrays are input. They should be * of size w/2 + 1 to insure that they can hold * the maximum number of runs in the raster line. */ l_int32 pixFindHorizontalRuns(PIX *pix, l_int32 y, l_int32 *xstart, l_int32 *xend, l_int32 *pn) { l_int32 inrun; /* boolean */ l_int32 index, w, h, d, j, wpl, val; l_uint32 *line; PROCNAME("pixFindHorizontalRuns"); if (!pn) return ERROR_INT("&n not defined", procName, 1); *pn = 0; if (!pix) return ERROR_INT("pix not defined", procName, 1); pixGetDimensions(pix, &w, &h, &d); if (d != 1) return ERROR_INT("pix not 1 bpp", procName, 1); if (y < 0 || y >= h) return ERROR_INT("y not in [0 ... h - 1]", procName, 1); if (!xstart) return ERROR_INT("xstart not defined", procName, 1); if (!xend) return ERROR_INT("xend not defined", procName, 1); wpl = pixGetWpl(pix); line = pixGetData(pix) + y * wpl; inrun = FALSE; index = 0; for (j = 0; j < w; j++) { val = GET_DATA_BIT(line, j); if (!inrun) { if (val) { xstart[index] = j; inrun = TRUE; } } else { if (!val) { xend[index++] = j - 1; inrun = FALSE; } } } /* Finish last run if necessary */ if (inrun) xend[index++] = w - 1; *pn = index; return 0; } /*! * pixFindVerticalRuns() * * Input: pix (1 bpp) * x (line to traverse) * ystart (returns array of start positions for fg runs) * yend (returns array of end positions for fg runs) * &n ( the number of runs found) * Return: 0 if OK; 1 on error * * Notes: * (1) This finds foreground vertical runs on a single scanline. * (2) To find background runs, use pixInvert() before applying * this function. * (3) The ystart and yend arrays are input. They should be * of size h/2 + 1 to insure that they can hold * the maximum number of runs in the raster line. */ l_int32 pixFindVerticalRuns(PIX *pix, l_int32 x, l_int32 *ystart, l_int32 *yend, l_int32 *pn) { l_int32 inrun; /* boolean */ l_int32 index, w, h, d, i, wpl, val; l_uint32 *data, *line; PROCNAME("pixFindVerticalRuns"); if (!pn) return ERROR_INT("&n not defined", procName, 1); *pn = 0; if (!pix) return ERROR_INT("pix not defined", procName, 1); pixGetDimensions(pix, &w, &h, &d); if (d != 1) return ERROR_INT("pix not 1 bpp", procName, 1); if (x < 0 || x >= w) return ERROR_INT("x not in [0 ... w - 1]", procName, 1); if (!ystart) return ERROR_INT("ystart not defined", procName, 1); if (!yend) return ERROR_INT("yend not defined", procName, 1); wpl = pixGetWpl(pix); data = pixGetData(pix); inrun = FALSE; index = 0; for (i = 0; i < h; i++) { line = data + i * wpl; val = GET_DATA_BIT(line, x); if (!inrun) { if (val) { ystart[index] = i; inrun = TRUE; } } else { if (!val) { yend[index++] = i - 1; inrun = FALSE; } } } /* Finish last run if necessary */ if (inrun) yend[index++] = h - 1; *pn = index; return 0; } /*-----------------------------------------------------------------------* * Compute runlength-to-membership transform on a line * *-----------------------------------------------------------------------*/ /*! * runlengthMembershipOnLine() * * Input: buffer (into which full line of data is placed) * size (full size of line; w or h) * depth (8 or 16 bpp) * start (array of start positions for fg runs) * end (array of end positions for fg runs) * n (the number of runs) * Return: 0 if OK; 1 on error * * Notes: * (1) Converts a set of runlengths into a buffer of * runlength membership values. * (2) Initialization of the array gives pixels that are * not within a run the value 0. */ l_int32 runlengthMembershipOnLine(l_int32 *buffer, l_int32 size, l_int32 depth, l_int32 *start, l_int32 *end, l_int32 n) { l_int32 i, j, first, last, diff, max; PROCNAME("runlengthMembershipOnLine"); if (!buffer) return ERROR_INT("buffer not defined", procName, 1); if (!start) return ERROR_INT("start not defined", procName, 1); if (!end) return ERROR_INT("end not defined", procName, 1); if (depth == 8) max = 0xff; else /* depth == 16 */ max = 0xffff; memset(buffer, 0, 4 * size); for (i = 0; i < n; i++) { first = start[i]; last = end[i]; diff = last - first + 1; diff = L_MIN(diff, max); for (j = first; j <= last; j++) buffer[j] = diff; } return 0; } /*-----------------------------------------------------------------------* * Make byte position LUT * *-----------------------------------------------------------------------*/ /*! * makeMSBitLocTab() * * Input: bitval (either 0 or 1) * Return: table (giving, for an input byte, the MS bit location, * starting at 0 with the MSBit in the byte), * or null on error. * * Notes: * (1) If bitval == 1, it finds the leftmost ON pixel in a byte; * otherwise if bitval == 0, it finds the leftmost OFF pixel. * (2) If there are no pixels of the indicated color in the byte, * this returns 8. */ l_int32 * makeMSBitLocTab(l_int32 bitval) { l_int32 i, j; l_int32 *tab; l_uint8 byte, mask; PROCNAME("makeMSBitLocTab"); if ((tab = (l_int32 *)CALLOC(256, sizeof(l_int32))) == NULL) return (l_int32 *)ERROR_PTR("tab not made", procName, NULL); for (i = 0; i < 256; i++) { byte = (l_uint8)i; if (bitval == 0) byte = ~byte; tab[i] = 8; mask = 0x80; for (j = 0; j < 8; j++) { if (byte & mask) { tab[i] = j; break; } mask >>= 1; } } return tab; } leptonica-1.70/src/hmttemplate2.txt0000644000175000017500000000711611707052573015457 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /*! * Low-level fast hit-miss transform with auto-generated sels * * Dispatcher: --- * l_int32 fhmtgen_low_*() * * Static Low-level: --- * void fhmt_*_*() */ #include "allheaders.h" --- This file is: hmttemplate2.txt --- --- insert static protos here /*---------------------------------------------------------------------* * Fast hmt dispatcher * *---------------------------------------------------------------------*/ /*! --- * fhmtgen_low_*() * * a dispatcher to appropriate low-level code */ l_int32 --- fhmtgen_low_*(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 index) { switch (index) { --- insert dispatcher code for fhmt* routines } return 0; } /*--------------------------------------------------------------------------* * Low-level auto-generated static routines * *--------------------------------------------------------------------------*/ /* * N.B. In all the low-level routines, the part of the image * that is accessed has been clipped by 32 pixels on * all four sides. This is done in the higher level * code by redefining w and h smaller and by moving the * start-of-image pointers up to the beginning of this * interior rectangle. */ --- static void fhmt_*_*(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; --- declare wplsN args as necessary ---------------------- pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { --- insert barrel-op code for *dptr here ... } } } leptonica-1.70/src/alltypes.h0000644000175000017500000000425512270566037014320 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ #ifndef LEPTONICA_ALLTYPES_H #define LEPTONICA_ALLTYPES_H /* Standard */ #include #include #include /* General and configuration defs */ #include "environ.h" /* Generic and non-image-specific containers */ #include "array.h" #include "bbuffer.h" #include "heap.h" #include "list.h" #include "ptra.h" #include "queue.h" #include "stack.h" /* Imaging */ #include "arrayaccess.h" #include "bmf.h" #include "ccbord.h" #include "dewarp.h" #include "gplot.h" #include "imageio.h" #include "jbclass.h" #include "morph.h" #include "pix.h" #include "recog.h" #include "regutils.h" #include "sudoku.h" #include "watershed.h" #endif /* LEPTONICA_ALLTYPES_H */ leptonica-1.70/src/maze.c0000640000175000017500000012605712244204041013374 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * maze.c * * This is a game with a pedagogical slant. A maze is represented * by a binary image. The ON pixels (fg) are walls. The goal is * to navigate on OFF pixels (bg), using Manhattan steps * (N, S, E, W), between arbitrary start and end positions. * The problem is thus to find the shortest route between two points * in a binary image that are 4-connected in the bg. This is done * with a breadth-first search, implemented with a queue. * We also use a queue of pointers to generate the maze (image). * * PIX *generateBinaryMaze() * static MAZEEL *mazeelCreate() * * PIX *pixSearchBinaryMaze() * static l_int32 localSearchForBackground() * * Generalizing a maze to a grayscale image, the search is * now for the "shortest" or least cost path, for some given * cost function. * * PIX *pixSearchGrayMaze() * * * Elegant method for finding largest white (or black) rectangle * in an image. * * l_int32 pixFindLargestRectangle() */ #include #ifdef _WIN32 #include #include #endif /* _WIN32 */ #include "allheaders.h" static const l_int32 MIN_MAZE_WIDTH = 50; static const l_int32 MIN_MAZE_HEIGHT = 50; static const l_float32 DEFAULT_WALL_PROBABILITY = 0.65; static const l_float32 DEFAULT_ANISOTROPY_RATIO = 0.25; enum { /* direction from parent to newly created element */ START_LOC = 0, DIR_NORTH = 1, DIR_SOUTH = 2, DIR_WEST = 3, DIR_EAST = 4 }; struct MazeElement { l_float32 distance; l_int32 x; l_int32 y; l_uint32 val; /* value of maze pixel at this location */ l_int32 dir; /* direction from parent to child */ }; typedef struct MazeElement MAZEEL; static MAZEEL *mazeelCreate(l_int32 x, l_int32 y, l_int32 dir); static l_int32 localSearchForBackground(PIX *pix, l_int32 *px, l_int32 *py, l_int32 maxrad); #ifndef NO_CONSOLE_IO #define DEBUG_PATH 0 #define DEBUG_MAZE 0 #endif /* ~NO_CONSOLE_IO */ /*---------------------------------------------------------------------* * Binary maze generation as cellular automaton * *---------------------------------------------------------------------*/ /*! * generateBinaryMaze() * * Input: w, h (size of maze) * xi, yi (initial location) * wallps (probability that a pixel to the side is ON) * ranis (ratio of prob that pixel in forward direction * is a wall to the probability that pixel in * side directions is a wall) * Return: pix, or null on error * * Notes: * (1) We have two input probability factors that determine the * density of walls and average length of straight passages. * When ranis < 1.0, you are more likely to generate a wall * to the side than going forward. Enter 0.0 for either if * you want to use the default values. * (2) This is a type of percolation problem, and exhibits * different phases for different parameters wallps and ranis. * For larger values of these parameters, regions in the maze * are not explored because the maze generator walls them * off and cannot get through. The boundary between the * two phases in this two-dimensional parameter space goes * near these values: * wallps ranis * 0.35 1.00 * 0.40 0.85 * 0.45 0.70 * 0.50 0.50 * 0.55 0.40 * 0.60 0.30 * 0.65 0.25 * 0.70 0.19 * 0.75 0.15 * 0.80 0.11 * (3) Because there is a considerable amount of overhead in calling * pixGetPixel() and pixSetPixel(), this function can be sped * up with little effort using raster line pointers and the * GET_DATA* and SET_DATA* macros. */ PIX * generateBinaryMaze(l_int32 w, l_int32 h, l_int32 xi, l_int32 yi, l_float32 wallps, l_float32 ranis) { l_int32 x, y, dir; l_uint32 val; l_float32 frand, wallpf, testp; MAZEEL *el, *elp; PIX *pixd; /* the destination maze */ PIX *pixm; /* for bookkeeping, to indicate pixels already visited */ L_QUEUE *lq; /* On Windows, seeding is apparently necessary to get decent mazes. * Windows rand() returns a value up to 2^15 - 1, whereas unix * rand() returns a value up to 2^31 - 1. Therefore the generated * mazes will differ on the two platforms. */ #ifdef _WIN32 srand(28*333); #endif /* _WIN32 */ if (w < MIN_MAZE_WIDTH) w = MIN_MAZE_WIDTH; if (h < MIN_MAZE_HEIGHT) h = MIN_MAZE_HEIGHT; if (xi <= 0 || xi >= w) xi = w / 6; if (yi <= 0 || yi >= h) yi = h / 5; if (wallps < 0.05 || wallps > 0.95) wallps = DEFAULT_WALL_PROBABILITY; if (ranis < 0.05 || ranis > 1.0) ranis = DEFAULT_ANISOTROPY_RATIO; wallpf = wallps * ranis; #if DEBUG_MAZE fprintf(stderr, "(w, h) = (%d, %d), (xi, yi) = (%d, %d)\n", w, h, xi, yi); fprintf(stderr, "Using: prob(wall) = %7.4f, anisotropy factor = %7.4f\n", wallps, ranis); #endif /* DEBUG_MAZE */ /* These are initialized to OFF */ pixd = pixCreate(w, h, 1); pixm = pixCreate(w, h, 1); lq = lqueueCreate(0); /* Prime the queue with the first pixel; it is OFF */ el = mazeelCreate(xi, yi, START_LOC); pixSetPixel(pixm, xi, yi, 1); /* mark visited */ lqueueAdd(lq, el); /* While we're at it ... */ while (lqueueGetCount(lq) > 0) { elp = (MAZEEL *)lqueueRemove(lq); x = elp->x; y = elp->y; dir = elp->dir; if (x > 0) { /* check west */ pixGetPixel(pixm, x - 1, y, &val); if (val == 0) { /* not yet visited */ pixSetPixel(pixm, x - 1, y, 1); /* mark visited */ frand = (l_float32)rand() / (l_float32)RAND_MAX; testp = wallps; if (dir == DIR_WEST) testp = wallpf; if (frand <= testp) { /* make it a wall */ pixSetPixel(pixd, x - 1, y, 1); } else { /* not a wall */ el = mazeelCreate(x - 1, y, DIR_WEST); lqueueAdd(lq, el); } } } if (y > 0) { /* check north */ pixGetPixel(pixm, x, y - 1, &val); if (val == 0) { /* not yet visited */ pixSetPixel(pixm, x, y - 1, 1); /* mark visited */ frand = (l_float32)rand() / (l_float32)RAND_MAX; testp = wallps; if (dir == DIR_NORTH) testp = wallpf; if (frand <= testp) { /* make it a wall */ pixSetPixel(pixd, x, y - 1, 1); } else { /* not a wall */ el = mazeelCreate(x, y - 1, DIR_NORTH); lqueueAdd(lq, el); } } } if (x < w - 1) { /* check east */ pixGetPixel(pixm, x + 1, y, &val); if (val == 0) { /* not yet visited */ pixSetPixel(pixm, x + 1, y, 1); /* mark visited */ frand = (l_float32)rand() / (l_float32)RAND_MAX; testp = wallps; if (dir == DIR_EAST) testp = wallpf; if (frand <= testp) { /* make it a wall */ pixSetPixel(pixd, x + 1, y, 1); } else { /* not a wall */ el = mazeelCreate(x + 1, y, DIR_EAST); lqueueAdd(lq, el); } } } if (y < h - 1) { /* check south */ pixGetPixel(pixm, x, y + 1, &val); if (val == 0) { /* not yet visited */ pixSetPixel(pixm, x, y + 1, 1); /* mark visited */ frand = (l_float32)rand() / (l_float32)RAND_MAX; testp = wallps; if (dir == DIR_SOUTH) testp = wallpf; if (frand <= testp) { /* make it a wall */ pixSetPixel(pixd, x, y + 1, 1); } else { /* not a wall */ el = mazeelCreate(x, y + 1, DIR_SOUTH); lqueueAdd(lq, el); } } } FREE(elp); } lqueueDestroy(&lq, TRUE); pixDestroy(&pixm); return pixd; } static MAZEEL * mazeelCreate(l_int32 x, l_int32 y, l_int32 dir) { MAZEEL *el; el = (MAZEEL *)CALLOC(1, sizeof(MAZEEL)); el->x = x; el->y = y; el->dir = dir; return el; } /*---------------------------------------------------------------------* * Binary maze search * *---------------------------------------------------------------------*/ /*! * pixSearchBinaryMaze() * * Input: pixs (1 bpp, maze) * xi, yi (beginning point; use same initial point * that was used to generate the maze) * xf, yf (end point, or close to it) * &ppixd ( maze with path illustrated, or * if no path possible, the part of the maze * that was searched) * Return: pta (shortest path), or null if either no path * exists or on error * * Notes: * (1) Because of the overhead in calling pixGetPixel() and * pixSetPixel(), we have used raster line pointers and the * GET_DATA* and SET_DATA* macros for many of the pix accesses. * (2) Commentary: * The goal is to find the shortest path between beginning and * end points, without going through walls, and there are many * ways to solve this problem. * We use a queue to implement a breadth-first search. Two auxiliary * "image" data structures can be used: one to mark the visited * pixels and one to give the direction to the parent for each * visited pixels. The first structure is used to avoid putting * pixels on the queue more than once, and the second is used * for retracing back to the origin, like the breadcrumbs in * Hansel and Gretel. Each pixel taken off the queue is destroyed * after it is used to locate the allowed neighbors. In fact, * only one distance image is required, if you initialize it * to some value that signifies "not yet visited." (We use * a binary image for marking visited pixels because it is clearer.) * This method for a simple search of a binary maze is implemented in * searchBinaryMaze(). * An alternative method would store the (manhattan) distance * from the start point with each pixel on the queue. The children * of each pixel get a distance one larger than the parent. These * values can be stored in an auxiliary distance map image * that is constructed simultaneously with the search. Once the * end point is reached, the distance map is used to backtrack * along a minimum path. There may be several equal length * minimum paths, any one of which can be chosen this way. */ PTA * pixSearchBinaryMaze(PIX *pixs, l_int32 xi, l_int32 yi, l_int32 xf, l_int32 yf, PIX **ppixd) { l_int32 i, j, x, y, w, h, d, found; l_uint32 val, rpixel, gpixel, bpixel; void **lines1, **linem1, **linep8, **lined32; MAZEEL *el, *elp; PIX *pixd; /* the shortest path written on the maze image */ PIX *pixm; /* for bookkeeping, to indicate pixels already visited */ PIX *pixp; /* for bookkeeping, to indicate direction to parent */ L_QUEUE *lq; PTA *pta; PROCNAME("pixSearchBinaryMaze"); if (ppixd) *ppixd = NULL; if (!pixs) return (PTA *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 1) return (PTA *)ERROR_PTR("pixs not 1 bpp", procName, NULL); if (xi <= 0 || xi >= w) return (PTA *)ERROR_PTR("xi not valid", procName, NULL); if (yi <= 0 || yi >= h) return (PTA *)ERROR_PTR("yi not valid", procName, NULL); pixGetPixel(pixs, xi, yi, &val); if (val != 0) return (PTA *)ERROR_PTR("(xi,yi) not bg pixel", procName, NULL); pixd = NULL; pta = NULL; /* Find a bg pixel near input point (xf, yf) */ localSearchForBackground(pixs, &xf, &yf, 5); #if DEBUG_MAZE fprintf(stderr, "(xi, yi) = (%d, %d), (xf, yf) = (%d, %d)\n", xi, yi, xf, yf); #endif /* DEBUG_MAZE */ pixm = pixCreate(w, h, 1); /* initialized to OFF */ pixp = pixCreate(w, h, 8); /* direction to parent stored as enum val */ lines1 = pixGetLinePtrs(pixs, NULL); linem1 = pixGetLinePtrs(pixm, NULL); linep8 = pixGetLinePtrs(pixp, NULL); lq = lqueueCreate(0); /* Prime the queue with the first pixel; it is OFF */ el = mazeelCreate(xi, yi, 0); /* don't need direction here */ pixSetPixel(pixm, xi, yi, 1); /* mark visited */ lqueueAdd(lq, el); /* Fill up the pix storing directions to parents, * stopping when we hit the point (xf, yf) */ found = FALSE; while (lqueueGetCount(lq) > 0) { elp = (MAZEEL *)lqueueRemove(lq); x = elp->x; y = elp->y; if (x == xf && y == yf) { found = TRUE; FREE(elp); break; } if (x > 0) { /* check to west */ val = GET_DATA_BIT(linem1[y], x - 1); if (val == 0) { /* not yet visited */ SET_DATA_BIT(linem1[y], x - 1); /* mark visited */ val = GET_DATA_BIT(lines1[y], x - 1); if (val == 0) { /* bg, not a wall */ SET_DATA_BYTE(linep8[y], x - 1, DIR_EAST); /* parent E */ el = mazeelCreate(x - 1, y, 0); lqueueAdd(lq, el); } } } if (y > 0) { /* check north */ val = GET_DATA_BIT(linem1[y - 1], x); if (val == 0) { /* not yet visited */ SET_DATA_BIT(linem1[y - 1], x); /* mark visited */ val = GET_DATA_BIT(lines1[y - 1], x); if (val == 0) { /* bg, not a wall */ SET_DATA_BYTE(linep8[y - 1], x, DIR_SOUTH); /* parent S */ el = mazeelCreate(x, y - 1, 0); lqueueAdd(lq, el); } } } if (x < w - 1) { /* check east */ val = GET_DATA_BIT(linem1[y], x + 1); if (val == 0) { /* not yet visited */ SET_DATA_BIT(linem1[y], x + 1); /* mark visited */ val = GET_DATA_BIT(lines1[y], x + 1); if (val == 0) { /* bg, not a wall */ SET_DATA_BYTE(linep8[y], x + 1, DIR_WEST); /* parent W */ el = mazeelCreate(x + 1, y, 0); lqueueAdd(lq, el); } } } if (y < h - 1) { /* check south */ val = GET_DATA_BIT(linem1[y + 1], x); if (val == 0) { /* not yet visited */ SET_DATA_BIT(linem1[y + 1], x); /* mark visited */ val = GET_DATA_BIT(lines1[y + 1], x); if (val == 0) { /* bg, not a wall */ SET_DATA_BYTE(linep8[y + 1], x, DIR_NORTH); /* parent N */ el = mazeelCreate(x, y + 1, 0); lqueueAdd(lq, el); } } } FREE(elp); } lqueueDestroy(&lq, TRUE); pixDestroy(&pixm); FREE(linem1); if (ppixd) { pixd = pixUnpackBinary(pixs, 32, 1); *ppixd = pixd; } composeRGBPixel(255, 0, 0, &rpixel); /* start point */ composeRGBPixel(0, 255, 0, &gpixel); composeRGBPixel(0, 0, 255, &bpixel); /* end point */ if (!found) { L_INFO(" No path found\n", procName); if (pixd) { /* paint all visited locations */ lined32 = pixGetLinePtrs(pixd, NULL); for (i = 0; i < h; i++) { for (j = 0; j < w; j++) { val = GET_DATA_BYTE(linep8[i], j); if (val != 0 && pixd) SET_DATA_FOUR_BYTES(lined32[i], j, gpixel); } } FREE(lined32); } } else { /* write path onto pixd */ L_INFO(" Path found\n", procName); pta = ptaCreate(0); x = xf; y = yf; while (1) { ptaAddPt(pta, x, y); if (x == xi && y == yi) break; if (pixd) pixSetPixel(pixd, x, y, gpixel); pixGetPixel(pixp, x, y, &val); if (val == DIR_NORTH) y--; else if (val == DIR_SOUTH) y++; else if (val == DIR_EAST) x++; else if (val == DIR_WEST) x--; } } if (pixd) { pixSetPixel(pixd, xi, yi, rpixel); pixSetPixel(pixd, xf, yf, bpixel); } pixDestroy(&pixp); FREE(lines1); FREE(linep8); return pta; } /*! * localSearchForBackground() * * Input: &x, &y (starting position for search; return found position) * maxrad (max distance to search from starting location) * Return: 0 if bg pixel found; 1 if not found */ static l_int32 localSearchForBackground(PIX *pix, l_int32 *px, l_int32 *py, l_int32 maxrad) { l_int32 x, y, w, h, r, i, j; l_uint32 val; x = *px; y = *py; pixGetPixel(pix, x, y, &val); if (val == 0) return 0; /* For each value of r, restrict the search to the boundary * pixels in a square centered on (x,y), clipping to the * image boundaries if necessary. */ pixGetDimensions(pix, &w, &h, NULL); for (r = 1; r < maxrad; r++) { for (i = -r; i <= r; i++) { if (y + i < 0 || y + i >= h) continue; for (j = -r; j <= r; j++) { if (x + j < 0 || x + j >= w) continue; if (L_ABS(i) != r && L_ABS(j) != r) /* not on "r ring" */ continue; pixGetPixel(pix, x + j, y + i, &val); if (val == 0) { *px = x + j; *py = y + i; return 0; } } } } return 1; } /*---------------------------------------------------------------------* * Gray maze search * *---------------------------------------------------------------------*/ /*! * pixSearchGrayMaze() * * Input: pixs (1 bpp, maze) * xi, yi (beginning point; use same initial point * that was used to generate the maze) * xf, yf (end point, or close to it) * &ppixd ( maze with path illustrated, or * if no path possible, the part of the maze * that was searched) * Return: pta (shortest path), or null if either no path * exists or on error * * Commentary: * Consider first a slight generalization of the binary maze * search problem. Suppose that you can go through walls, * but the cost is higher (say, an increment of 3 to go into * a wall pixel rather than 1)? You're still trying to find * the shortest path. One way to do this is with an ordered * queue, and a simple way to visualize an ordered queue is as * a set of stacks, each stack being marked with the distance * of each pixel in the stack from the start. We place the * start pixel in stack 0, pop it, and process its 4 children. * Each pixel is given a distance that is incremented from that * of its parent (0 in this case), depending on if it is a wall * pixel or not. That value may be recorded on a distance map, * according to the algorithm below. For children of the first * pixel, those not on a wall go in stack 1, and wall * children go in stack 3. Stack 0 being emptied, the process * then continues with pixels being popped from stack 1. * Here is the algorithm for each child pixel. The pixel's * distance value, were it to be placed on a stack, is compared * with the value for it that is on the distance map. There * are three possible cases: * (1) If the pixel has not yet been registered, it is pushed * on its stack and the distance is written to the map. * (2) If it has previously been registered with a higher distance, * the distance on the map is relaxed to that of the * current pixel, which is then placed on its stack. * (3) If it has previously been registered with an equal * or lower value, the pixel is discarded. * The pixels are popped and processed successively from * stack 1, and when stack 1 is empty, popping starts on stack 2. * This continues until the destination pixel is popped off * a stack. The minimum path is then derived from the distance map, * going back from the end point as before. This is just Dijkstra's * algorithm for a directed graph; here, the underlying graph * (consisting of the pixels and four edges connecting each pixel * to its 4-neighbor) is a special case of a directed graph, where * each edge is bi-directional. The implementation of this generalized * maze search is left as an exercise to the reader. * * Let's generalize a bit further. Suppose the "maze" is just * a grayscale image -- think of it as an elevation map. The cost * of moving on this surface depends on the height, or the gradient, * or whatever you want. All that is required is that the cost * is specified and non-negative on each link between adjacent * pixels. Now the problem becomes: find the least cost path * moving on this surface between two specified end points. * For example, if the cost across an edge between two pixels * depends on the "gradient", you can use: * cost = 1 + L_ABS(deltaV) * where deltaV is the difference in value between two adjacent * pixels. If the costs are all integers, we can still use an array * of stacks to avoid ordering the queue (e.g., by using a heap sort.) * This is a neat problem, because you don't even have to build a * maze -- you can can use it on any grayscale image! * * Rather than using an array of stacks, a more practical * approach is to implement with a priority queue, which is * a queue that is sorted so that the elements with the largest * (or smallest) key values always come off first. The * priority queue is efficiently implemented as a heap, and * this is how we do it. Suppose you run the algorithm * using a priority queue, doing the bookkeeping with an * auxiliary image data structure that saves the distance of * each pixel put on the queue as before, according to the method * described above. We implement it as a 2-way choice by * initializing the distance array to a large value and putting * a pixel on the queue if its distance is less than the value * found on the array. When you finally pop the end pixel from * the queue, you're done, and you can trace the path backward, * either always going downhill or using an auxiliary image to * give you the direction to go at each step. This is implemented * here in searchGrayMaze(). * * Do we really have to use a sorted queue? Can we solve this * generalized maze with an unsorted queue of pixels? (Or even * an unsorted stack, doing a depth-first search (DFS)?) * Consider a different algorithm for this generalized maze, where * we travel again breadth first, but this time use a single, * unsorted queue. An auxiliary image is used as before to * store the distances and to determine if pixels get pushed * on the stack or dropped. As before, we must allow pixels * to be revisited, with relaxation of the distance if a shorter * path arrives later. As a result, we will in general have * multiple instances of the same pixel on the stack with different * distances. However, because the queue is not ordered, some of * these pixels will be popped when another instance with a lower * distance is still on the stack. Here, we're just popping them * in the order they go on, rather than setting up a priority * based on minimum distance. Thus, unlike the priority queue, * when a pixel is popped we have to check the distance map to * see if a pixel with a lower distance has been put on the queue, * and, if so, we discard the pixel we just popped. So the * "while" loop looks like this: * - pop a pixel from the queue * - check its distance against the distance stored in the * distance map; if larger, discard * - otherwise, for each of its neighbors: * - compute its distance from the start pixel * - compare this distance with that on the distance map: * - if the distance map value higher, relax the distance * and push the pixel on the queue * - if the distance map value is lower, discard the pixel * * How does this loop terminate? Before, with an ordered queue, * it terminates when you pop the end pixel. But with an unordered * queue (or stack), the first time you hit the end pixel, the * distance is not guaranteed to be correct, because the pixels * along the shortest path may not have yet been visited and relaxed. * Because the shortest path can theoretically go anywhere, * we must keep going. How do we know when to stop? Dijkstra * uses an ordered queue to systematically remove nodes from * further consideration. (Each time a pixel is popped, we're * done with it; it's "finalized" in the Dijkstra sense because * we know the shortest path to it.) However, with an unordered * queue, the brute force answer is: stop when the queue * (or stack) is empty, because then every pixel in the image * has been assigned its minimum "distance" from the start pixel. * * This is similar to the situation when you use a stack for the * simpler uniform-step problem: with breadth-first search (BFS) * the pixels on the queue are automatically ordered, so you are * done when you locate the end pixel as a neighbor of a popped pixel; * whereas depth-first search (DFS), using a stack, requires, * in general, a search of every accessible pixel. Further, if * a pixel is revisited with a smaller distance, that distance is * recorded and the pixel is put on the stack again. * * But surely, you ask, can't we stop sooner? What if the * start and end pixels are very close to each other? * OK, suppose they are, and you have very high walls and a * long snaking level path that is actually the minimum cost. * That long path can wind back and forth across the entire * maze many times before ending up at the end point, which * could be just over a wall from the start. With the unordered * queue, you very quickly get a high distance for the end * pixel, which will be relaxed to the minimum distance only * after all the pixels of the path have been visited and placed * on the queue, multiple times for many of them. So that's the * price for not ordering the queue! */ PTA * pixSearchGrayMaze(PIX *pixs, l_int32 xi, l_int32 yi, l_int32 xf, l_int32 yf, PIX **ppixd) { l_int32 x, y, w, h, d; l_uint32 val, valr, vals, rpixel, gpixel, bpixel; void **lines8, **liner32, **linep8; l_int32 cost, dist, distparent, sival, sivals; MAZEEL *el, *elp; PIX *pixd; /* optionally plot the path on this RGB version of pixs */ PIX *pixr; /* for bookkeeping, to indicate the minimum distance */ /* to pixels already visited */ PIX *pixp; /* for bookkeeping, to indicate direction to parent */ L_HEAP *lh; PTA *pta; PROCNAME("pixSearchGrayMaze"); if (ppixd) *ppixd = NULL; if (!pixs) return (PTA *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 8) return (PTA *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (xi <= 0 || xi >= w) return (PTA *)ERROR_PTR("xi not valid", procName, NULL); if (yi <= 0 || yi >= h) return (PTA *)ERROR_PTR("yi not valid", procName, NULL); pixd = NULL; pta = NULL; pixr = pixCreate(w, h, 32); pixSetAll(pixr); /* initialize to max value */ pixp = pixCreate(w, h, 8); /* direction to parent stored as enum val */ lines8 = pixGetLinePtrs(pixs, NULL); linep8 = pixGetLinePtrs(pixp, NULL); liner32 = pixGetLinePtrs(pixr, NULL); lh = lheapCreate(0, L_SORT_INCREASING); /* always remove closest pixels */ /* Prime the heap with the first pixel */ pixGetPixel(pixs, xi, yi, &val); el = mazeelCreate(xi, yi, 0); /* don't need direction here */ el->distance = 0; pixGetPixel(pixs, xi, yi, &val); el->val = val; pixSetPixel(pixr, xi, yi, 0); /* distance is 0 */ lheapAdd(lh, el); /* Breadth-first search with priority queue (implemented by a heap), labeling direction to parents in pixp and minimum distance to visited pixels in pixr. Stop when we pull the destination point (xf, yf) off the queue. */ while (lheapGetCount(lh) > 0) { elp = (MAZEEL *)lheapRemove(lh); if (!elp) return (PTA *)ERROR_PTR("heap broken!!", procName, NULL); x = elp->x; y = elp->y; if (x == xf && y == yf) { /* exit condition */ FREE(elp); break; } distparent = (l_int32)elp->distance; val = elp->val; sival = val; if (x > 0) { /* check to west */ vals = GET_DATA_BYTE(lines8[y], x - 1); valr = GET_DATA_FOUR_BYTES(liner32[y], x - 1); sivals = (l_int32)vals; cost = 1 + L_ABS(sivals - sival); /* cost to move to this pixel */ dist = distparent + cost; if (dist < valr) { /* shortest path so far to this pixel */ SET_DATA_FOUR_BYTES(liner32[y], x - 1, dist); /* new dist */ SET_DATA_BYTE(linep8[y], x - 1, DIR_EAST); /* parent to E */ el = mazeelCreate(x - 1, y, 0); el->val = vals; el->distance = dist; lheapAdd(lh, el); } } if (y > 0) { /* check north */ vals = GET_DATA_BYTE(lines8[y - 1], x); valr = GET_DATA_FOUR_BYTES(liner32[y - 1], x); sivals = (l_int32)vals; cost = 1 + L_ABS(sivals - sival); /* cost to move to this pixel */ dist = distparent + cost; if (dist < valr) { /* shortest path so far to this pixel */ SET_DATA_FOUR_BYTES(liner32[y - 1], x, dist); /* new dist */ SET_DATA_BYTE(linep8[y - 1], x, DIR_SOUTH); /* parent to S */ el = mazeelCreate(x, y - 1, 0); el->val = vals; el->distance = dist; lheapAdd(lh, el); } } if (x < w - 1) { /* check east */ vals = GET_DATA_BYTE(lines8[y], x + 1); valr = GET_DATA_FOUR_BYTES(liner32[y], x + 1); sivals = (l_int32)vals; cost = 1 + L_ABS(sivals - sival); /* cost to move to this pixel */ dist = distparent + cost; if (dist < valr) { /* shortest path so far to this pixel */ SET_DATA_FOUR_BYTES(liner32[y], x + 1, dist); /* new dist */ SET_DATA_BYTE(linep8[y], x + 1, DIR_WEST); /* parent to W */ el = mazeelCreate(x + 1, y, 0); el->val = vals; el->distance = dist; lheapAdd(lh, el); } } if (y < h - 1) { /* check south */ vals = GET_DATA_BYTE(lines8[y + 1], x); valr = GET_DATA_FOUR_BYTES(liner32[y + 1], x); sivals = (l_int32)vals; cost = 1 + L_ABS(sivals - sival); /* cost to move to this pixel */ dist = distparent + cost; if (dist < valr) { /* shortest path so far to this pixel */ SET_DATA_FOUR_BYTES(liner32[y + 1], x, dist); /* new dist */ SET_DATA_BYTE(linep8[y + 1], x, DIR_NORTH); /* parent to N */ el = mazeelCreate(x, y + 1, 0); el->val = vals; el->distance = dist; lheapAdd(lh, el); } } FREE(elp); } lheapDestroy(&lh, TRUE); if (ppixd) { pixd = pixConvert8To32(pixs); *ppixd = pixd; } composeRGBPixel(255, 0, 0, &rpixel); /* start point */ composeRGBPixel(0, 255, 0, &gpixel); composeRGBPixel(0, 0, 255, &bpixel); /* end point */ x = xf; y = yf; pta = ptaCreate(0); while (1) { /* write path onto pixd */ ptaAddPt(pta, x, y); if (x == xi && y == yi) break; if (pixd) pixSetPixel(pixd, x, y, gpixel); pixGetPixel(pixp, x, y, &val); if (val == DIR_NORTH) y--; else if (val == DIR_SOUTH) y++; else if (val == DIR_EAST) x++; else if (val == DIR_WEST) x--; pixGetPixel(pixr, x, y, &val); #if DEBUG_PATH fprintf(stderr, "(x,y) = (%d, %d); dist = %d\n", x, y, val); #endif /* DEBUG_PATH */ } if (pixd) { pixSetPixel(pixd, xi, yi, rpixel); pixSetPixel(pixd, xf, yf, bpixel); } pixDestroy(&pixp); pixDestroy(&pixr); FREE(lines8); FREE(linep8); FREE(liner32); return pta; } /*---------------------------------------------------------------------* * Largest rectangle in an image * *---------------------------------------------------------------------*/ /*! * pixFindLargestRectangle() * * Input: pixs (1 bpp) * polarity (0 within background, 1 within foreground) * &box ( largest rectangle, either by area or * by perimeter) * debugflag (1 to output image with rectangle drawn on it) * Return: 0 if OK, 1 on error * * Notes: * (1) Why is this here? This is a simple and elegant solution to * a problem in computational geometry that at first appears * quite difficult: what is the largest rectangle that can * be placed in the image, covering only pixels of one polarity * (bg or fg)? The solution is O(n), where n is the number * of pixels in the image, and it requires nothing more than * using a simple recursion relation in a single sweep of the image. * (2) In a sweep from UL to LR with left-to-right being the fast * direction, calculate the largest white rectangle at (x, y), * using previously calculated values at pixels #1 and #2: * #1: (x, y - 1) * #2: (x - 1, y) * We also need the most recent "black" pixels that were seen * in the current row and column. * Consider the largest area. There are only two possibilities: * (a) Min(w(1), horizdist) * (h(1) + 1) * (b) Min(h(2), vertdist) * (w(2) + 1) * where * horizdist: the distance from the rightmost "black" pixel seen * in the current row across to the current pixel * vertdist: the distance from the lowest "black" pixel seen * in the current column down to the current pixel * and we choose the Max of (a) and (b). * (3) To convince yourself that these recursion relations are correct, * it helps to draw the maximum rectangles at #1 and #2. * Then for #1, you try to extend the rectangle down one line, * so that the height is h(1) + 1. Do you get the full * width of #1, w(1)? It depends on where the black pixels are * in the current row. You know the final width is bounded by w(1) * and w(2) + 1, but the actual value depends on the distribution * of black pixels in the current row that are at a distance * from the current pixel that is between these limits. * We call that value "horizdist", and the area is then given * by the expression (a) above. Using similar reasoning for #2, * where you attempt to extend the rectangle to the right * by 1 pixel, you arrive at (b). The largest rectangle is * then found by taking the Max. */ l_int32 pixFindLargestRectangle(PIX *pixs, l_int32 polarity, BOX **pbox, const char *debugfile) { l_int32 i, j, w, h, d, wpls, val; l_int32 wp, hp, w1, w2, h1, h2, wmin, hmin, area1, area2; l_int32 xmax, ymax; /* LR corner of the largest rectangle */ l_int32 maxarea, wmax, hmax, vertdist, horizdist, prevfg; l_int32 *lowestfg; l_uint32 *datas, *lines; l_uint32 **linew, **lineh; BOX *box; PIX *pixw, *pixh; /* keeps the width and height for the largest */ /* rectangles whose LR corner is located there. */ PROCNAME("pixFindLargestRectangle"); if (!pbox) return ERROR_INT("&box not defined", procName, 1); *pbox = NULL; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); pixGetDimensions(pixs, &w, &h, &d); if (d != 1) return ERROR_INT("pixs not 1 bpp", procName, 1); if (polarity != 0 && polarity != 1) return ERROR_INT("invalid polarity", procName, 1); /* Initialize lowest "fg" seen so far for each column */ lowestfg = (l_int32 *)CALLOC(w, sizeof(l_int32)); for (i = 0; i < w; i++) lowestfg[i] = -1; /* The combination (val ^ polarity) is the color for which we * are searching for the maximum rectangle. For polarity == 0, * we search in the bg (white). */ pixw = pixCreate(w, h, 32); /* stores width */ pixh = pixCreate(w, h, 32); /* stores height */ linew = (l_uint32 **)pixGetLinePtrs(pixw, NULL); lineh = (l_uint32 **)pixGetLinePtrs(pixh, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); maxarea = xmax = ymax = wmax = hmax = 0; for (i = 0; i < h; i++) { lines = datas + i * wpls; prevfg = -1; for (j = 0; j < w; j++) { val = GET_DATA_BIT(lines, j); if ((val ^ polarity) == 0) { /* bg (0) if polarity == 0, etc. */ if (i == 0 && j == 0) { wp = hp = 1; } else if (i == 0) { wp = linew[i][j - 1] + 1; hp = 1; } else if (j == 0) { wp = 1; hp = lineh[i - 1][j] + 1; } else { /* Expand #1 prev rectangle down */ w1 = linew[i - 1][j]; h1 = lineh[i - 1][j]; horizdist = j - prevfg; wmin = L_MIN(w1, horizdist); /* width of new rectangle */ area1 = wmin * (h1 + 1); /* Expand #2 prev rectangle to right */ w2 = linew[i][j - 1]; h2 = lineh[i][j - 1]; vertdist = i - lowestfg[j]; hmin = L_MIN(h2, vertdist); /* height of new rectangle */ area2 = hmin * (w2 + 1); if (area1 > area2) { wp = wmin; hp = h1 + 1; } else { wp = w2 + 1; hp = hmin; } } } else { /* fg (1) if polarity == 0; bg (0) if polarity == 1 */ prevfg = j; lowestfg[j] = i; wp = hp = 0; } linew[i][j] = wp; lineh[i][j] = hp; if (wp * hp > maxarea) { maxarea = wp * hp; xmax = j; ymax = i; wmax = wp; hmax = hp; } } } /* Translate from LR corner to Box coords (UL corner, w, h) */ box = boxCreate(xmax - wmax + 1, ymax - hmax + 1, wmax, hmax); *pbox = box; if (debugfile) { PIX *pixdb; pixdb = pixConvertTo8(pixs, TRUE); pixRenderHashBoxArb(pixdb, box, 6, 2, L_NEG_SLOPE_LINE, 1, 255, 0, 0); pixWrite(debugfile, pixdb, IFF_PNG); pixDestroy(&pixdb); } FREE(linew); FREE(lineh); FREE(lowestfg); pixDestroy(&pixw); pixDestroy(&pixh); return 0; } leptonica-1.70/src/endianness.h0000644000175000017500000000031511465431403014574 0ustar dandan#if !defined (L_BIG_ENDIAN) && !defined (L_LITTLE_ENDIAN) # if 0 # ifdef __BIG_ENDIAN__ # define L_BIG_ENDIAN # else # define L_LITTLE_ENDIAN # endif # else # define L_LITTLE_ENDIAN # endif #endif leptonica-1.70/src/pixtiling.c0000644000175000017500000003343412244210563014455 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pixtiling.c * * PIXTILING *pixTilingCreate() * void *pixTilingDestroy() * l_int32 pixTilingGetCount() * l_int32 pixTilingGetSize() * PIX *pixTilingGetTile() * l_int32 pixTilingNoStripOnPaint() * l_int32 pixTilingPaintTile() * * * This provides a simple way to split an image into tiles * and to perform operations independently on each tile. * * The tile created with pixTilingGetTile() can have pixels in * adjacent tiles for computation. The number of extra pixels * on each side of the tile is given by an 'overlap' parameter * to pixTilingCreate(). For tiles at the boundary of * the input image, quasi-overlap pixels are created by reflection * symmetry into the tile. * * Here's a typical intended usage. Suppose you want to parallelize * the operation on an image, by operating on tiles. For each * tile, you want to generate an in-place image result at the same * resolution. Suppose you choose a one-dimensional vertical tiling, * where the desired tile width is 256 pixels and the overlap is * 30 pixels on left and right sides: * * PIX *pixd = pixCreateTemplateNoInit(pixs); // output * PIXTILING *pt = pixTilingCreate(pixs, 0, 1, 256, 30, 0); * pixTilingGetCount(pt, &nx, NULL); * for (j = 0; j < nx; j++) { * PIX *pixt = pixTilingGetTile(pt, 0, j); * SomeInPlaceOperation(pixt, 30, 0, ...); * pixTilingPaintTile(pixd, 0, j, pixt, pt); * pixDestroy(&pixt); * } * * In this example, note the following: * - The unspecfified in-place operation could instead generate * a new pix. If this is done, the resulting pix must be the * same size as pixt, because pixTilingPaintTile() makes that * assumption, removing the overlap pixels before painting * into the destination. * - The 'overlap' parameters have been included in your function, * to indicate which pixels are not in the exterior overlap region. * You will need to change only pixels that are not in the overlap * region, because those are the pixels that will be painted * into the destination. * - For tiles on the outside of the image, mirrored pixels are * added to substitute for the overlap that is added to interior * tiles. This allows you to implement your function without * reference to which tile it is; no special coding is necessary * for pixels that are near the image boundary. * - The tiles are labeled by (i, j) = (row, column), * and in this example there is one row and nx columns. */ #include "allheaders.h" /*! * pixTilingCreate() * * Input: pixs (pix to be tiled; any depth; colormap OK) * nx (number of tiles across image) * ny (number of tiles down image) * w (desired width of each tile) * h (desired height of each tile) * overlap (amount of overlap into neighboring tile on each side) * Return: pixtiling, or null on error * * Notes: * (1) We put a clone of pixs in the PixTiling. * (2) The input to pixTilingCreate() for horizontal tiling can be * either the number of tiles across the image or the approximate * width of the tiles. If the latter, the actual width will be * determined by making all tiles but the last of equal width, and * making the last as close to the others as possible. The same * consideration is applied independently to the vertical tiling. * To specify tile width, set nx = 0; to specify the number of * tiles horizontally across the image, set w = 0. * (3) If pixs is to be tiled in one-dimensional strips, use ny = 1 for * vertical strips and nx = 1 for horizontal strips. * (4) The overlap must not be larger than the width or height of * the leftmost or topmost tile(s). */ PIXTILING * pixTilingCreate(PIX *pixs, l_int32 nx, l_int32 ny, l_int32 w, l_int32 h, l_int32 xoverlap, l_int32 yoverlap) { l_int32 width, height; PIXTILING *pt; PROCNAME("pixTilingCreate"); if (!pixs) return (PIXTILING *)ERROR_PTR("pixs not defined", procName, NULL); if (nx < 1 && w < 1) return (PIXTILING *)ERROR_PTR("invalid width spec", procName, NULL); if (ny < 1 && h < 1) return (PIXTILING *)ERROR_PTR("invalid height spec", procName, NULL); /* Find the tile width and number of tiles. All tiles except the * rightmost ones have the same width. The width of the * rightmost ones are at least the width of the others and * less than twice that width. Ditto for tile height. */ pixGetDimensions(pixs, &width, &height, NULL); if (nx == 0) nx = L_MAX(1, width / w); w = width / nx; /* possibly reset */ if (ny == 0) ny = L_MAX(1, height / h); h = height / ny; /* possibly reset */ if (xoverlap > w || yoverlap > h) { L_INFO("tile width = %d, tile height = %d\n", procName, w, h); return (PIXTILING *)ERROR_PTR("overlap too large", procName, NULL); } if ((pt = (PIXTILING *)CALLOC(1, sizeof(PIXTILING))) == NULL) return (PIXTILING *)ERROR_PTR("pt not made", procName, NULL); pt->pix = pixClone(pixs); pt->xoverlap = xoverlap; pt->yoverlap = yoverlap; pt->nx = nx; pt->ny = ny; pt->w = w; pt->h = h; pt->strip = TRUE; return pt; } /*! * pixTilingDestroy() * * Input: &pt () * Return: void */ void pixTilingDestroy(PIXTILING **ppt) { PIXTILING *pt; PROCNAME("pixTilingDestroy"); if (ppt == NULL) { L_WARNING("ptr address is null!\n", procName); return; } if ((pt = *ppt) == NULL) return; pixDestroy(&pt->pix); FREE(pt); *ppt = NULL; return; } /*! * pixTilingGetCount() * * Input: pt (pixtiling) * &nx ( nx; can be null) * &ny ( ny; can be null) * Return: 0 if OK, 1 on error */ l_int32 pixTilingGetCount(PIXTILING *pt, l_int32 *pnx, l_int32 *pny) { PROCNAME("pixTilingGetCount"); if (!pt) return ERROR_INT("pt not defined", procName, 1); if (pnx) *pnx = pt->nx; if (pny) *pny = pt->ny; return 0; } /*! * pixTilingGetSize() * * Input: pt (pixtiling) * &w ( tile width; can be null) * &h ( tile height; can be null) * Return: 0 if OK, 1 on error */ l_int32 pixTilingGetSize(PIXTILING *pt, l_int32 *pw, l_int32 *ph) { PROCNAME("pixTilingGetSize"); if (!pt) return ERROR_INT("pt not defined", procName, 1); if (pw) *pw = pt->w; if (ph) *ph = pt->h; return 0; } /*! * pixTilingGetTile() * * Input: pt (pixtiling) * i (tile row index) * j (tile column index) * Return: pixd (tile with appropriate boundary (overlap) pixels added), * or null on error */ PIX * pixTilingGetTile(PIXTILING *pt, l_int32 i, l_int32 j) { l_int32 wpix, hpix, wt, ht, nx, ny; l_int32 xoverlap, yoverlap, wtlast, htlast; l_int32 left, top, xtraleft, xtraright, xtratop, xtrabot, width, height; BOX *box; PIX *pixs, *pixt, *pixd; PROCNAME("pixTilingGetTile"); if (!pt) return (PIX *)ERROR_PTR("pt not defined", procName, NULL); if ((pixs = pt->pix) == NULL) return (PIX *)ERROR_PTR("pix not found", procName, NULL); pixTilingGetCount(pt, &nx, &ny); if (i < 0 || i >= ny) return (PIX *)ERROR_PTR("invalid row index i", procName, NULL); if (j < 0 || j >= nx) return (PIX *)ERROR_PTR("invalid column index j", procName, NULL); /* Grab the tile with as much overlap as exists within the * input pix. First, compute the (left, top) coordinates. */ pixGetDimensions(pixs, &wpix, &hpix, NULL); pixTilingGetSize(pt, &wt, &ht); xoverlap = pt->xoverlap; yoverlap = pt->yoverlap; wtlast = wpix - wt * (nx - 1); htlast = hpix - ht * (ny - 1); left = L_MAX(0, j * wt - xoverlap); top = L_MAX(0, i * ht - yoverlap); /* Get the width and height of the tile, including whatever * overlap is available. */ if (nx == 1) width = wpix; else if (j == 0) width = wt + xoverlap; else if (j == nx - 1) width = wtlast + xoverlap; else width = wt + 2 * xoverlap; if (ny == 1) height = hpix; else if (i == 0) height = ht + yoverlap; else if (i == ny - 1) height = htlast + yoverlap; else height = ht + 2 * yoverlap; box = boxCreate(left, top, width, height); pixt = pixClipRectangle(pixs, box, NULL); boxDestroy(&box); /* Add overlap as a mirrored border, in the 8 special cases where * the tile touches the border of the input pix. The xtratop (etc) * parameters are required where the tile is either full width * or full height. */ xtratop = xtrabot = xtraleft = xtraright = 0; if (nx == 1) xtraleft = xtraright = xoverlap; if (ny == 1) xtratop = xtrabot = yoverlap; if (i == 0 && j == 0) pixd = pixAddMirroredBorder(pixt, xoverlap, xtraright, yoverlap, xtrabot); else if (i == 0 && j == nx - 1) pixd = pixAddMirroredBorder(pixt, xtraleft, xoverlap, yoverlap, xtrabot); else if (i == ny - 1 && j == 0) pixd = pixAddMirroredBorder(pixt, xoverlap, xtraright, xtratop, yoverlap); else if (i == ny - 1 && j == nx - 1) pixd = pixAddMirroredBorder(pixt, xtraleft, xoverlap, xtratop, yoverlap); else if (i == 0) pixd = pixAddMirroredBorder(pixt, 0, 0, yoverlap, xtrabot); else if (i == ny - 1) pixd = pixAddMirroredBorder(pixt, 0, 0, xtratop, yoverlap); else if (j == 0) pixd = pixAddMirroredBorder(pixt, xoverlap, xtraright, 0, 0); else if (j == nx - 1) pixd = pixAddMirroredBorder(pixt, xtraleft, xoverlap, 0, 0); else pixd = pixClone(pixt); pixDestroy(&pixt); return pixd; } /*! * pixTilingNoStripOnPaint() * * Input: pt (pixtiling) * Return: 0 if OK, 1 on error * * Notes: * (1) The default for paint is to strip out the overlap pixels * that are added by pixTilingGetTile(). However, some * operations will generate an image with these pixels * stripped off. This tells the paint operation not * to strip the added boundary pixels when painting. */ l_int32 pixTilingNoStripOnPaint(PIXTILING *pt) { PROCNAME("pixTilingNoStripOnPaint"); if (!pt) return ERROR_INT("pt not defined", procName, 1); pt->strip = FALSE; return 0; } /*! * pixTilingPaintTile() * * Input: pixd (dest: paint tile onto this, without overlap) * i (tile row index) * j (tile column index) * pixs (source: tile to be painted from) * pt (pixtiling struct) * Return: 0 if OK, 1 on error */ l_int32 pixTilingPaintTile(PIX *pixd, l_int32 i, l_int32 j, PIX *pixs, PIXTILING *pt) { l_int32 w, h; PROCNAME("pixTilingPaintTile"); if (!pixd) return ERROR_INT("pixd not defined", procName, 1); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!pt) return ERROR_INT("pt not defined", procName, 1); if (i < 0 || i >= pt->ny) return ERROR_INT("invalid row index i", procName, 1); if (j < 0 || j >= pt->nx) return ERROR_INT("invalid column index j", procName, 1); /* Strip added border pixels off if requested */ pixGetDimensions(pixs, &w, &h, NULL); if (pt->strip == TRUE) pixRasterop(pixd, j * pt->w, i * pt->h, w - 2 * pt->xoverlap, h - 2 * pt->yoverlap, PIX_SRC, pixs, pt->xoverlap, pt->yoverlap); else pixRasterop(pixd, j * pt->w, i * pt->h, w, h, PIX_SRC, pixs, 0, 0); return 0; } leptonica-1.70/src/colormap.c0000644000175000017500000014754412244517742014303 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * colormap.c * * Colormap creation, copy, destruction, addition * PIXCMAP *pixcmapCreate() * PIXCMAP *pixcmapCreateRandom() * PIXCMAP *pixcmapCreateLinear() * PIXCMAP *pixcmapCopy() * void pixcmapDestroy() * l_int32 pixcmapAddColor() * l_int32 pixcmapAddRGBA() * l_int32 pixcmapAddNewColor() * l_int32 pixcmapAddNearestColor() * l_int32 pixcmapUsableColor() * l_int32 pixcmapAddBlackOrWhite() * l_int32 pixcmapSetBlackAndWhite() * l_int32 pixcmapGetCount() * l_int32 pixcmapGetDepth() * l_int32 pixcmapGetMinDepth() * l_int32 pixcmapGetFreeCount() * l_int32 pixcmapClear() * * Colormap random access and test * l_int32 pixcmapGetColor() * l_int32 pixcmapGetColor32() * l_int32 pixcmapGetRGBA() * l_int32 pixcmapGetRGBA32() * l_int32 pixcmapResetColor() * l_int32 pixcmapGetIndex() * l_int32 pixcmapHasColor() * l_int32 pixcmapIsOpaque() * l_int32 pixcmapCountGrayColors() * l_int32 pixcmapGetRankIntensity() * l_int32 pixcmapGetNearestIndex() * l_int32 pixcmapGetNearestGrayIndex() * l_int32 pixcmapGetComponentRange() * l_int32 pixcmapGetExtremeValue() * * Colormap conversion * PIXCMAP *pixcmapGrayToColor() * PIXCMAP *pixcmapColorToGray() * * Colormap I/O * l_int32 pixcmapReadStream() * l_int32 pixcmapWriteStream() * * Extract colormap arrays and serialization * l_int32 pixcmapToArrays() * l_int32 pixcmapToRGBTable() * l_int32 pixcmapSerializeToMemory() * PIXCMAP *pixcmapDeserializeFromMemory() * char *pixcmapConvertToHex() * * Colormap transforms * l_int32 pixcmapGammaTRC() * l_int32 pixcmapContrastTRC() * l_int32 pixcmapShiftIntensity() * l_int32 pixcmapShiftByComponent() */ #include #include "allheaders.h" /*-------------------------------------------------------------* * Colormap creation and addition * *-------------------------------------------------------------*/ /*! * pixcmapCreate() * * Input: depth (bpp, of pix) * Return: cmap, or null on error */ PIXCMAP * pixcmapCreate(l_int32 depth) { RGBA_QUAD *cta; PIXCMAP *cmap; PROCNAME("pixcmapCreate"); if (depth != 1 && depth != 2 && depth !=4 && depth != 8) return (PIXCMAP *)ERROR_PTR("depth not in {1,2,4,8}", procName, NULL); if ((cmap = (PIXCMAP *)CALLOC(1, sizeof(PIXCMAP))) == NULL) return (PIXCMAP *)ERROR_PTR("cmap not made", procName, NULL); cmap->depth = depth; cmap->nalloc = 1 << depth; if ((cta = (RGBA_QUAD *)CALLOC(cmap->nalloc, sizeof(RGBA_QUAD))) == NULL) return (PIXCMAP *)ERROR_PTR("cta not made", procName, NULL); cmap->array = cta; cmap->n = 0; return cmap; } /*! * pixcmapCreateRandom() * * Input: depth (bpp, of pix; 2, 4 or 8) * hasblack (1 if the first color is black; 0 if no black) * haswhite (1 if the last color is white; 0 if no white) * Return: cmap, or null on error * * Notes: * (1) This sets up a colormap with random colors, * where the first color is optionally black, the last color * is optionally white, and the remaining colors are * chosen randomly. * (2) The number of randomly chosen colors is: * 2^(depth) - haswhite - hasblack * (3) Because rand() is seeded, it might disrupt otherwise * deterministic results if also used elsewhere in a program. * (4) rand() is not threadsafe, and will generate garbage if run * on multiple threads at once -- though garbage is generally * what you want from a random number generator! * (5) Modern rand()s have equal randomness in low and high order * bits, but older ones don't. Here, we're just using rand() * to choose colors for output. */ PIXCMAP * pixcmapCreateRandom(l_int32 depth, l_int32 hasblack, l_int32 haswhite) { l_int32 ncolors, i; l_int32 red[256], green[256], blue[256]; PIXCMAP *cmap; PROCNAME("pixcmapCreateRandom"); if (depth != 2 && depth != 4 && depth != 8) return (PIXCMAP *)ERROR_PTR("depth not in {2, 4, 8}", procName, NULL); if (hasblack != 0) hasblack = 1; if (haswhite != 0) haswhite = 1; cmap = pixcmapCreate(depth); ncolors = 1 << depth; if (hasblack) /* first color is optionally black */ pixcmapAddColor(cmap, 0, 0, 0); for (i = hasblack; i < ncolors - haswhite; i++) { red[i] = (l_uint32)rand() & 0xff; green[i] = (l_uint32)rand() & 0xff; blue[i] = (l_uint32)rand() & 0xff; pixcmapAddColor(cmap, red[i], green[i], blue[i]); } if (haswhite) /* last color is optionally white */ pixcmapAddColor(cmap, 255, 255, 255); return cmap; } /*! * pixcmapCreateLinear() * * Input: d (depth of pix for this colormap; 1, 2, 4 or 8) * nlevels (valid in range [2, 2^d]) * Return: cmap, or null on error * * Notes: * (1) Colormap has equally spaced gray color values * from black (0, 0, 0) to white (255, 255, 255). */ PIXCMAP * pixcmapCreateLinear(l_int32 d, l_int32 nlevels) { l_int32 maxlevels, i, val; PIXCMAP *cmap; PROCNAME("pixcmapCreateLinear"); if (d != 1 && d != 2 && d !=4 && d != 8) return (PIXCMAP *)ERROR_PTR("d not in {1, 2, 4, 8}", procName, NULL); maxlevels = 1 << d; if (nlevels < 2 || nlevels > maxlevels) return (PIXCMAP *)ERROR_PTR("invalid nlevels", procName, NULL); cmap = pixcmapCreate(d); for (i = 0; i < nlevels; i++) { val = (255 * i) / (nlevels - 1); pixcmapAddColor(cmap, val, val, val); } return cmap; } /*! * pixcmapCopy() * * Input: cmaps * Return: cmapd, or null on error */ PIXCMAP * pixcmapCopy(PIXCMAP *cmaps) { l_int32 nbytes; PIXCMAP *cmapd; PROCNAME("pixcmapCopy"); if (!cmaps) return (PIXCMAP *)ERROR_PTR("cmaps not defined", procName, NULL); if ((cmapd = (PIXCMAP *)CALLOC(1, sizeof(PIXCMAP))) == NULL) return (PIXCMAP *)ERROR_PTR("cmapd not made", procName, NULL); nbytes = cmaps->nalloc * sizeof(RGBA_QUAD); if ((cmapd->array = (void *)CALLOC(1, nbytes)) == NULL) return (PIXCMAP *)ERROR_PTR("cmap array not made", procName, NULL); memcpy(cmapd->array, cmaps->array, nbytes); cmapd->n = cmaps->n; cmapd->nalloc = cmaps->nalloc; cmapd->depth = cmaps->depth; return cmapd; } /*! * pixcmapDestroy() * * Input: &cmap () * Return: void */ void pixcmapDestroy(PIXCMAP **pcmap) { PIXCMAP *cmap; PROCNAME("pixcmapDestroy"); if (pcmap == NULL) { L_WARNING("ptr address is null!\n", procName); return; } if ((cmap = *pcmap) == NULL) return; FREE(cmap->array); FREE(cmap); *pcmap = NULL; return; } /*! * pixcmapAddColor() * * Input: cmap * rval, gval, bval (colormap entry to be added; each number * is in range [0, ... 255]) * Return: 0 if OK, 1 on error * * Notes: * (1) This always adds the color if there is room. * (2) The alpha component is 255 (opaque) */ l_int32 pixcmapAddColor(PIXCMAP *cmap, l_int32 rval, l_int32 gval, l_int32 bval) { RGBA_QUAD *cta; PROCNAME("pixcmapAddColor"); if (!cmap) return ERROR_INT("cmap not defined", procName, 1); if (cmap->n >= cmap->nalloc) return ERROR_INT("no free color entries", procName, 1); cta = (RGBA_QUAD *)cmap->array; cta[cmap->n].red = rval; cta[cmap->n].green = gval; cta[cmap->n].blue = bval; cta[cmap->n].alpha = 255; cmap->n++; return 0; } /*! * pixcmapAddRGBA() * * Input: cmap * rval, gval, bval, aval (colormap entry to be added; * each number is in range [0, ... 255]) * Return: 0 if OK, 1 on error * * Notes: * (1) This always adds the color if there is room. */ l_int32 pixcmapAddRGBA(PIXCMAP *cmap, l_int32 rval, l_int32 gval, l_int32 bval, l_int32 aval) { RGBA_QUAD *cta; PROCNAME("pixcmapAddRGBA"); if (!cmap) return ERROR_INT("cmap not defined", procName, 1); if (cmap->n >= cmap->nalloc) return ERROR_INT("no free color entries", procName, 1); cta = (RGBA_QUAD *)cmap->array; cta[cmap->n].red = rval; cta[cmap->n].green = gval; cta[cmap->n].blue = bval; cta[cmap->n].alpha = aval; cmap->n++; return 0; } /*! * pixcmapAddNewColor() * * Input: cmap * rval, gval, bval (colormap entry to be added; each number * is in range [0, ... 255]) * &index ( index of color) * Return: 0 if OK, 1 on error; 2 if unable to add color * * Notes: * (1) This only adds color if not already there. * (2) The alpha component is 255 (opaque) * (3) This returns the index of the new (or existing) color. * (4) Returns 2 with a warning if unable to add this color; * the caller should check the return value. */ l_int32 pixcmapAddNewColor(PIXCMAP *cmap, l_int32 rval, l_int32 gval, l_int32 bval, l_int32 *pindex) { PROCNAME("pixcmapAddNewColor"); if (!pindex) return ERROR_INT("&index not defined", procName, 1); *pindex = 0; if (!cmap) return ERROR_INT("cmap not defined", procName, 1); /* Check if the color is already present. */ if (!pixcmapGetIndex(cmap, rval, gval, bval, pindex)) /* found */ return 0; /* We need to add the color. Is there room? */ if (cmap->n >= cmap->nalloc) { L_WARNING("no free color entries\n", procName); return 2; } /* There's room. Add it. */ pixcmapAddColor(cmap, rval, gval, bval); *pindex = pixcmapGetCount(cmap) - 1; return 0; } /*! * pixcmapAddNearestColor() * * Input: cmap * rval, gval, bval (colormap entry to be added; each number * is in range [0, ... 255]) * &index ( index of color) * Return: 0 if OK, 1 on error * * Notes: * (1) This only adds color if not already there. * (2) The alpha component is 255 (opaque) * (3) If it's not in the colormap and there is no room to add * another color, this returns the index of the nearest color. */ l_int32 pixcmapAddNearestColor(PIXCMAP *cmap, l_int32 rval, l_int32 gval, l_int32 bval, l_int32 *pindex) { PROCNAME("pixcmapAddNearestColor"); if (!pindex) return ERROR_INT("&index not defined", procName, 1); *pindex = 0; if (!cmap) return ERROR_INT("cmap not defined", procName, 1); /* Check if the color is already present. */ if (!pixcmapGetIndex(cmap, rval, gval, bval, pindex)) /* found */ return 0; /* We need to add the color. Is there room? */ if (cmap->n < cmap->nalloc) { pixcmapAddColor(cmap, rval, gval, bval); *pindex = pixcmapGetCount(cmap) - 1; return 0; } /* There's no room. Return the index of the nearest color */ pixcmapGetNearestIndex(cmap, rval, gval, bval, pindex); return 0; } /*! * pixcmapUsableColor() * * Input: cmap * rval, gval, bval (colormap entry to be added; each number * is in range [0, ... 255]) * usable ( 1 if usable; 0 if not) * Return: 0 if OK, 1 on error * * Notes: * (1) This checks if the color already exists or if there is * room to add it. It makes no change in the colormap. */ l_int32 pixcmapUsableColor(PIXCMAP *cmap, l_int32 rval, l_int32 gval, l_int32 bval, l_int32 *pusable) { l_int32 index; PROCNAME("pixcmapUsableColor"); if (!pusable) return ERROR_INT("&usable not defined", procName, 1); *pusable = 0; if (!cmap) return ERROR_INT("cmap not defined", procName, 1); /* Is there room to add it? */ if (cmap->n < cmap->nalloc) { *pusable = 1; return 0; } /* No room; check if the color is already present. */ if (!pixcmapGetIndex(cmap, rval, gval, bval, &index)) /* found */ *pusable = 1; return 0; } /*! * pixcmapAddBlackOrWhite() * * Input: cmap * color (0 for black, 1 for white) * &index ( index of color; can be null) * Return: 0 if OK, 1 on error * * Notes: * (1) This only adds color if not already there. * (2) The alpha component is 255 (opaque) * (3) This sets index to the requested color. * (4) If there is no room in the colormap, returns the index * of the closest color. */ l_int32 pixcmapAddBlackOrWhite(PIXCMAP *cmap, l_int32 color, l_int32 *pindex) { l_int32 index; PROCNAME("pixcmapAddBlackOrWhite"); if (pindex) *pindex = 0; if (!cmap) return ERROR_INT("cmap not defined", procName, 1); if (color == 0) { /* black */ if (pixcmapGetFreeCount(cmap) > 0) pixcmapAddNewColor(cmap, 0, 0, 0, &index); else pixcmapGetRankIntensity(cmap, 0.0, &index); } else { /* white */ if (pixcmapGetFreeCount(cmap) > 0) pixcmapAddNewColor(cmap, 255, 255, 255, &index); else pixcmapGetRankIntensity(cmap, 1.0, &index); } if (pindex) *pindex = index; return 0; } /*! * pixcmapSetBlackAndWhite() * * Input: cmap * setblack (0 for no operation; 1 to set darkest color to black) * setwhite (0 for no operation; 1 to set lightest color to white) * Return: 0 if OK, 1 on error */ l_int32 pixcmapSetBlackAndWhite(PIXCMAP *cmap, l_int32 setblack, l_int32 setwhite) { l_int32 index; PROCNAME("pixcmapSetBlackAndWhite"); if (!cmap) return ERROR_INT("cmap not defined", procName, 1); if (setblack) { pixcmapGetRankIntensity(cmap, 0.0, &index); pixcmapResetColor(cmap, index, 0, 0, 0); } if (setwhite) { pixcmapGetRankIntensity(cmap, 1.0, &index); pixcmapResetColor(cmap, index, 255, 255, 255); } return 0; } /*! * pixcmapGetCount() * * Input: cmap * Return: count, or 0 on error */ l_int32 pixcmapGetCount(PIXCMAP *cmap) { PROCNAME("pixcmapGetCount"); if (!cmap) return ERROR_INT("cmap not defined", procName, 0); return cmap->n; } /*! * pixcmapGetFreeCount() * * Input: cmap * Return: free entries, or 0 on error */ l_int32 pixcmapGetFreeCount(PIXCMAP *cmap) { PROCNAME("pixcmapGetFreeCount"); if (!cmap) return ERROR_INT("cmap not defined", procName, 0); return (cmap->nalloc - cmap->n); } /*! * pixcmapGetDepth() * * Input: cmap * Return: depth, or 0 on error */ l_int32 pixcmapGetDepth(PIXCMAP *cmap) { PROCNAME("pixcmapGetDepth"); if (!cmap) return ERROR_INT("cmap not defined", procName, 0); return cmap->depth; } /*! * pixcmapGetMinDepth() * * Input: cmap * &mindepth ( minimum depth to support the colormap) * Return: 0 if OK, 1 on error * * Notes: * (1) On error, &mindepth is returned as 0. */ l_int32 pixcmapGetMinDepth(PIXCMAP *cmap, l_int32 *pmindepth) { l_int32 ncolors; PROCNAME("pixcmapGetMinDepth"); if (!pmindepth) return ERROR_INT("&mindepth not defined", procName, 1); *pmindepth = 0; if (!cmap) return ERROR_INT("cmap not defined", procName, 1); ncolors = pixcmapGetCount(cmap); if (ncolors <= 4) *pmindepth = 2; else if (ncolors <= 16) *pmindepth = 4; else /* ncolors > 16 */ *pmindepth = 8; return 0; } /*! * pixcmapClear() * * Input: cmap * Return: 0 if OK, 1 on error * * Note: this removes the colors by setting the count to 0. */ l_int32 pixcmapClear(PIXCMAP *cmap) { PROCNAME("pixcmapClear"); if (!cmap) return ERROR_INT("cmap not defined", procName, 1); cmap->n = 0; return 0; } /*-------------------------------------------------------------* * Colormap random access * *-------------------------------------------------------------*/ /*! * pixcmapGetColor() * * Input: cmap * index * &rval, &gval, &bval ( each color value) * Return: 0 if OK, 1 if not accessable (caller should check) */ l_int32 pixcmapGetColor(PIXCMAP *cmap, l_int32 index, l_int32 *prval, l_int32 *pgval, l_int32 *pbval) { RGBA_QUAD *cta; PROCNAME("pixcmapGetColor"); if (!prval || !pgval || !pbval) return ERROR_INT("&rval, &gval, &bval not all defined", procName, 1); *prval = *pgval = *pbval = 0; if (!cmap) return ERROR_INT("cmap not defined", procName, 1); if (index < 0 || index >= cmap->n) return ERROR_INT("index out of bounds", procName, 1); cta = (RGBA_QUAD *)cmap->array; *prval = cta[index].red; *pgval = cta[index].green; *pbval = cta[index].blue; return 0; } /*! * pixcmapGetColor32() * * Input: cmap * index * &val32 ( 32-bit rgb color value) * Return: 0 if OK, 1 if not accessable (caller should check) * * Notes: * (1) The returned alpha channel value is 0. */ l_int32 pixcmapGetColor32(PIXCMAP *cmap, l_int32 index, l_uint32 *pval32) { l_int32 rval, gval, bval; PROCNAME("pixcmapGetColor32"); if (!pval32) return ERROR_INT("&val32 not defined", procName, 1); *pval32 = 0; if (pixcmapGetColor(cmap, index, &rval, &gval, &bval) != 0) return ERROR_INT("rgb values not found", procName, 1); composeRGBPixel(rval, gval, bval, pval32); return 0; } /*! * pixcmapGetRGBA() * * Input: cmap * index * &rval, &gval, &bval, &aval ( each color value) * Return: 0 if OK, 1 if not accessable (caller should check) */ l_int32 pixcmapGetRGBA(PIXCMAP *cmap, l_int32 index, l_int32 *prval, l_int32 *pgval, l_int32 *pbval, l_int32 *paval) { RGBA_QUAD *cta; PROCNAME("pixcmapGetRGBA"); if (!prval || !pgval || !pbval || !paval) return ERROR_INT("&rval, &gval, &bval, &aval not all defined", procName, 1); *prval = *pgval = *pbval = *paval = 0; if (!cmap) return ERROR_INT("cmap not defined", procName, 1); if (index < 0 || index >= cmap->n) return ERROR_INT("index out of bounds", procName, 1); cta = (RGBA_QUAD *)cmap->array; *prval = cta[index].red; *pgval = cta[index].green; *pbval = cta[index].blue; *paval = cta[index].alpha; return 0; } /*! * pixcmapGetRGBA32() * * Input: cmap * index * &val32 ( 32-bit rgba color value) * Return: 0 if OK, 1 if not accessable (caller should check) */ l_int32 pixcmapGetRGBA32(PIXCMAP *cmap, l_int32 index, l_uint32 *pval32) { l_int32 rval, gval, bval, aval; PROCNAME("pixcmapGetRGBA32"); if (!pval32) return ERROR_INT("&val32 not defined", procName, 1); *pval32 = 0; if (pixcmapGetRGBA(cmap, index, &rval, &gval, &bval, &aval) != 0) return ERROR_INT("rgba values not found", procName, 1); composeRGBAPixel(rval, gval, bval, aval, pval32); return 0; } /*! * pixcmapResetColor() * * Input: cmap * index * rval, gval, bval (colormap entry to be reset; each number * is in range [0, ... 255]) * Return: 0 if OK, 1 if not accessable (caller should check) * * Notes: * (1) This resets sets the color of an entry that has already * been set and included in the count of colors. * (2) The alpha component is 255 (opaque) */ l_int32 pixcmapResetColor(PIXCMAP *cmap, l_int32 index, l_int32 rval, l_int32 gval, l_int32 bval) { RGBA_QUAD *cta; PROCNAME("pixcmapResetColor"); if (!cmap) return ERROR_INT("cmap not defined", procName, 1); if (index < 0 || index >= cmap->n) return ERROR_INT("index out of bounds", procName, 1); cta = (RGBA_QUAD *)cmap->array; cta[index].red = rval; cta[index].green = gval; cta[index].blue = bval; cta[index].alpha = 255; return 0; } /*! * pixcmapGetIndex() * * Input: cmap * rval, gval, bval (colormap colors to search for; each number * is in range [0, ... 255]) * &index () * Return: 0 if found, 1 if not found (caller must check) */ l_int32 pixcmapGetIndex(PIXCMAP *cmap, l_int32 rval, l_int32 gval, l_int32 bval, l_int32 *pindex) { l_int32 n, i; RGBA_QUAD *cta; PROCNAME("pixcmapGetIndex"); if (!pindex) return ERROR_INT("&index not defined", procName, 1); *pindex = 0; if (!cmap) return ERROR_INT("cmap not defined", procName, 1); n = pixcmapGetCount(cmap); cta = (RGBA_QUAD *)cmap->array; for (i = 0; i < n; i++) { if (rval == cta[i].red && gval == cta[i].green && bval == cta[i].blue) { *pindex = i; return 0; } } return 1; } /*! * pixcmapHasColor() * * Input: cmap * &color ( TRUE if cmap has color; FALSE otherwise) * Return: 0 if OK, 1 on error */ l_int32 pixcmapHasColor(PIXCMAP *cmap, l_int32 *pcolor) { l_int32 n, i; l_int32 *rmap, *gmap, *bmap; PROCNAME("pixcmapHasColor"); if (!pcolor) return ERROR_INT("&color not defined", procName, 1); *pcolor = FALSE; if (!cmap) return ERROR_INT("cmap not defined", procName, 1); if (pixcmapToArrays(cmap, &rmap, &gmap, &bmap, NULL)) return ERROR_INT("colormap arrays not made", procName, 1); n = pixcmapGetCount(cmap); for (i = 0; i < n; i++) { if ((rmap[i] != gmap[i]) || (rmap[i] != bmap[i])) { *pcolor = TRUE; break; } } FREE(rmap); FREE(gmap); FREE(bmap); return 0; } /*! * pixcmapIsOpaque() * * Input: cmap * &opaque ( TRUE if fully opaque: all entries are 255) * Return: 0 if OK, 1 on error */ l_int32 pixcmapIsOpaque(PIXCMAP *cmap, l_int32 *popaque) { l_int32 i, n; RGBA_QUAD *cta; PROCNAME("pixcmapIsOpaque"); if (!popaque) return ERROR_INT("&opaque not defined", procName, 1); *popaque = TRUE; if (!cmap) return ERROR_INT("cmap not defined", procName, 1); n = pixcmapGetCount(cmap); cta = (RGBA_QUAD *)cmap->array; for (i = 0; i < n; i++) { if (cta[i].alpha != 255) { *popaque = FALSE; break; } } return 0; } /*! * pixcmapCountGrayColors() * * Input: cmap * &ngray ( number of gray colors) * Return: 0 if OK, 1 on error * * Notes: * (1) This counts the unique gray colors, including black and white. */ l_int32 pixcmapCountGrayColors(PIXCMAP *cmap, l_int32 *pngray) { l_int32 n, i, rval, gval, bval, count; l_int32 *array; PROCNAME("pixcmapCountGrayColors"); if (!pngray) return ERROR_INT("&ngray not defined", procName, 1); *pngray = 0; if (!cmap) return ERROR_INT("cmap not defined", procName, 1); array = (l_int32 *)CALLOC(256, sizeof(l_int32)); n = pixcmapGetCount(cmap); count = 0; for (i = 0; i < n; i++) { pixcmapGetColor(cmap, i, &rval, &gval, &bval); if ((rval == gval) && (rval == bval) && (array[rval] == 0)) { array[rval] = 1; count++; } } FREE(array); *pngray = count; return 0; } /*! * pixcmapGetRankIntensity() * * Input: cmap * rankval (0.0 for darkest, 1.0 for lightest color) * &index ( the index into the colormap that * corresponds to the rank intensity color) * Return: 0 if OK, 1 on error */ l_int32 pixcmapGetRankIntensity(PIXCMAP *cmap, l_float32 rankval, l_int32 *pindex) { l_int32 n, i, rval, gval, bval, rankindex; NUMA *na, *nasort; PROCNAME("pixcmapGetRankIntensity"); if (!pindex) return ERROR_INT("&index not defined", procName, 1); *pindex = 0; if (!cmap) return ERROR_INT("cmap not defined", procName, 1); if (rankval < 0.0 || rankval > 1.0) return ERROR_INT("rankval not in [0.0 ... 1.0]", procName, 1); n = pixcmapGetCount(cmap); na = numaCreate(n); for (i = 0; i < n; i++) { pixcmapGetColor(cmap, i, &rval, &gval, &bval); numaAddNumber(na, rval + gval + bval); } nasort = numaGetSortIndex(na, L_SORT_INCREASING); rankindex = (l_int32)(rankval * (n - 1) + 0.5); numaGetIValue(nasort, rankindex, pindex); numaDestroy(&na); numaDestroy(&nasort); return 0; } /*! * pixcmapGetNearestIndex() * * Input: cmap * rval, gval, bval (colormap colors to search for; each number * is in range [0, ... 255]) * &index ( the index of the nearest color) * Return: 0 if OK, 1 on error (caller must check) * * Notes: * (1) Returns the index of the exact color if possible, otherwise the * index of the color closest to the target color. * (2) Nearest color is that which is the least sum-of-squares distance * from the target color. */ l_int32 pixcmapGetNearestIndex(PIXCMAP *cmap, l_int32 rval, l_int32 gval, l_int32 bval, l_int32 *pindex) { l_int32 i, n, delta, dist, mindist; RGBA_QUAD *cta; PROCNAME("pixcmapGetNearestIndex"); if (!pindex) return ERROR_INT("&index not defined", procName, 1); *pindex = UNDEF; if (!cmap) return ERROR_INT("cmap not defined", procName, 1); if ((cta = (RGBA_QUAD *)cmap->array) == NULL) return ERROR_INT("cta not defined(!)", procName, 1); n = pixcmapGetCount(cmap); mindist = 3 * 255 * 255 + 1; for (i = 0; i < n; i++) { delta = cta[i].red - rval; dist = delta * delta; delta = cta[i].green - gval; dist += delta * delta; delta = cta[i].blue - bval; dist += delta * delta; if (dist < mindist) { *pindex = i; if (dist == 0) break; mindist = dist; } } return 0; } /*! * pixcmapGetNearestGrayIndex() * * Input: cmap * val (gray value to search for; in range [0, ... 255]) * &index ( the index of the nearest color) * Return: 0 if OK, 1 on error (caller must check) * * Notes: * (1) This should be used on gray colormaps. It uses only the * green value of the colormap. * (2) Returns the index of the exact color if possible, otherwise the * index of the color closest to the target color. */ l_int32 pixcmapGetNearestGrayIndex(PIXCMAP *cmap, l_int32 val, l_int32 *pindex) { l_int32 i, n, dist, mindist; RGBA_QUAD *cta; PROCNAME("pixcmapGetNearestGrayIndex"); if (!pindex) return ERROR_INT("&index not defined", procName, 1); *pindex = 0; if (!cmap) return ERROR_INT("cmap not defined", procName, 1); if (val < 0 || val > 255) return ERROR_INT("val not in [0 ... 255]", procName, 1); if ((cta = (RGBA_QUAD *)cmap->array) == NULL) return ERROR_INT("cta not defined(!)", procName, 1); n = pixcmapGetCount(cmap); mindist = 256; for (i = 0; i < n; i++) { dist = cta[i].green - val; dist = L_ABS(dist); if (dist < mindist) { *pindex = i; if (dist == 0) break; mindist = dist; } } return 0; } /*! * pixcmapGetComponentRange() * * Input: cmap * color (L_SELECT_RED, L_SELECT_GREEN or L_SELECT_BLUE) * &minval ( minimum value of component) * &maxval ( minimum value of component) * Return: 0 if OK, 1 on error * * Notes: * (1) Returns for selected components the extreme value * (either min or max) of the color component that is * found in the colormap. */ l_int32 pixcmapGetComponentRange(PIXCMAP *cmap, l_int32 color, l_int32 *pminval, l_int32 *pmaxval) { PROCNAME("pixcmapGetComponentRange"); if (pminval) *pminval = 0; if (pmaxval) *pmaxval = 0; if (!pminval && !pmaxval) return ERROR_INT("no result requested", procName, 1); if (color == L_SELECT_RED) { pixcmapGetExtremeValue(cmap, L_SELECT_MIN, pminval, NULL, NULL); pixcmapGetExtremeValue(cmap, L_SELECT_MAX, pmaxval, NULL, NULL); } else if (color == L_SELECT_GREEN) { pixcmapGetExtremeValue(cmap, L_SELECT_MIN, NULL, pminval, NULL); pixcmapGetExtremeValue(cmap, L_SELECT_MAX, NULL, pmaxval, NULL); } else if (color == L_SELECT_BLUE) { pixcmapGetExtremeValue(cmap, L_SELECT_MIN, NULL, NULL, pminval); pixcmapGetExtremeValue(cmap, L_SELECT_MAX, NULL, NULL, pmaxval); } else { return ERROR_INT("invalid color", procName, 1); } return 0; } /*! * pixcmapGetExtremeValue() * * Input: cmap * type (L_SELECT_MIN or L_SELECT_MAX) * &rval ( red component) * &gval ( green component) * &bval ( blue component) * Return: 0 if OK, 1 on error * * Notes: * (1) Returns for selected components the extreme value * (either min or max) of the color component that is * found in the colormap. */ l_int32 pixcmapGetExtremeValue(PIXCMAP *cmap, l_int32 type, l_int32 *prval, l_int32 *pgval, l_int32 *pbval) { l_int32 i, n, rval, gval, bval, extrval, extgval, extbval; PROCNAME("pixcmapGetExtremeValue"); if (!prval && !pgval && !pbval) return ERROR_INT("no result requested for return", procName, 1); if (prval) *prval = 0; if (pgval) *pgval = 0; if (pbval) *pbval = 0; if (!cmap) return ERROR_INT("cmap not defined", procName, 1); if (type != L_SELECT_MIN && type != L_SELECT_MAX) return ERROR_INT("invalid type", procName, 1); if (type == L_SELECT_MIN) { extrval = 100000; extgval = 100000; extbval = 100000; } else { extrval = 0; extgval = 0; extbval = 0; } n = pixcmapGetCount(cmap); for (i = 0; i < n; i++) { pixcmapGetColor(cmap, i, &rval, &gval, &bval); if ((type == L_SELECT_MIN && rval < extrval) || (type == L_SELECT_MAX && rval > extrval)) extrval = rval; if ((type == L_SELECT_MIN && gval < extgval) || (type == L_SELECT_MAX && gval > extgval)) extgval = gval; if ((type == L_SELECT_MIN && bval < extbval) || (type == L_SELECT_MAX && bval > extbval)) extbval = bval; } if (prval) *prval = extrval; if (pgval) *pgval = extgval; if (pbval) *pbval = extbval; return 0; } /*-------------------------------------------------------------* * Colormap conversion * *-------------------------------------------------------------*/ /*! * pixcmapGrayToColor() * * Input: color * Return: cmap, or null on error * * Notes: * (1) This creates a colormap that maps from gray to * a specific color. In the mapping, each component * is faded to white, depending on the gray value. * (2) In use, this is simply attached to a grayscale pix * to give it the input color. */ PIXCMAP * pixcmapGrayToColor(l_uint32 color) { l_int32 i, rval, gval, bval; PIXCMAP *cmap; extractRGBValues(color, &rval, &gval, &bval); cmap = pixcmapCreate(8); for (i = 0; i < 256; i++) { pixcmapAddColor(cmap, rval + (i * (255 - rval)) / 255, gval + (i * (255 - gval)) / 255, bval + (i * (255 - bval)) / 255); } return cmap; } /*! * pixcmapColorToGray() * * Input: cmap * rwt, gwt, bwt (non-negative; these should add to 1.0) * Return: cmap (gray), or null on error * * Notes: * (1) This creates a gray colormap from an arbitrary colormap. * (2) In use, attach the output gray colormap to the pix * (or a copy of it) that provided the input colormap. */ PIXCMAP * pixcmapColorToGray(PIXCMAP *cmaps, l_float32 rwt, l_float32 gwt, l_float32 bwt) { l_int32 i, n, rval, gval, bval, val; l_float32 sum; PIXCMAP *cmapd; PROCNAME("pixcmapColorToGray"); if (!cmaps) return (PIXCMAP *)ERROR_PTR("cmaps not defined", procName, NULL); if (rwt < 0.0 || gwt < 0.0 || bwt < 0.0) return (PIXCMAP *)ERROR_PTR("weights not all >= 0.0", procName, NULL); /* Make sure the sum of weights is 1.0; otherwise, you can get * overflow in the gray value. */ sum = rwt + gwt + bwt; if (sum == 0.0) { L_WARNING("all weights zero; setting equal to 1/3\n", procName); rwt = gwt = bwt = 0.33333; sum = 1.0; } if (L_ABS(sum - 1.0) > 0.0001) { /* maintain ratios with sum == 1.0 */ L_WARNING("weights don't sum to 1; maintaining ratios\n", procName); rwt = rwt / sum; gwt = gwt / sum; bwt = bwt / sum; } cmapd = pixcmapCopy(cmaps); n = pixcmapGetCount(cmapd); for (i = 0; i < n; i++) { pixcmapGetColor(cmapd, i, &rval, &gval, &bval); val = (l_int32)(rwt * rval + gwt * gval + bwt * bval + 0.5); pixcmapResetColor(cmapd, i, val, val, val); } return cmapd; } /*-------------------------------------------------------------* * Colormap I/O * *-------------------------------------------------------------*/ /*! * pixcmapReadStream() * * Input: stream * Return: cmap, or null on error */ PIXCMAP * pixcmapReadStream(FILE *fp) { l_int32 rval, gval, bval, aval, ignore; l_int32 i, index, ret, depth, ncolors; PIXCMAP *cmap; PROCNAME("pixcmapReadStream"); if (!fp) return (PIXCMAP *)ERROR_PTR("stream not defined", procName, NULL); ret = fscanf(fp, "\nPixcmap: depth = %d bpp; %d colors\n", &depth, &ncolors); if (ret != 2 || (depth != 1 && depth != 2 && depth != 4 && depth != 8) || (ncolors < 2 || ncolors > 256)) return (PIXCMAP *)ERROR_PTR("invalid cmap size", procName, NULL); ignore = fscanf(fp, "Color R-val G-val B-val Alpha\n"); ignore = fscanf(fp, "----------------------------------------\n"); if ((cmap = pixcmapCreate(depth)) == NULL) return (PIXCMAP *)ERROR_PTR("cmap not made", procName, NULL); for (i = 0; i < ncolors; i++) { if (fscanf(fp, "%3d %3d %3d %3d %3d\n", &index, &rval, &gval, &bval, &aval) != 5) return (PIXCMAP *)ERROR_PTR("invalid entry", procName, NULL); pixcmapAddRGBA(cmap, rval, gval, bval, aval); } return cmap; } /*! * pixcmapWriteStream() * * Input: stream, cmap * Return: 0 if OK, 1 on error */ l_int32 pixcmapWriteStream(FILE *fp, PIXCMAP *cmap) { l_int32 *rmap, *gmap, *bmap, *amap; l_int32 i; PROCNAME("pixcmapWriteStream"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!cmap) return ERROR_INT("cmap not defined", procName, 1); if (pixcmapToArrays(cmap, &rmap, &gmap, &bmap, &amap)) return ERROR_INT("colormap arrays not made", procName, 1); fprintf(fp, "\nPixcmap: depth = %d bpp; %d colors\n", cmap->depth, cmap->n); fprintf(fp, "Color R-val G-val B-val Alpha\n"); fprintf(fp, "----------------------------------------\n"); for (i = 0; i < cmap->n; i++) fprintf(fp, "%3d %3d %3d %3d %3d\n", i, rmap[i], gmap[i], bmap[i], amap[i]); fprintf(fp, "\n"); FREE(rmap); FREE(gmap); FREE(bmap); FREE(amap); return 0; } /*----------------------------------------------------------------------* * Extract colormap arrays and serialization * *----------------------------------------------------------------------*/ /*! * pixcmapToArrays() * * Input: colormap * &rmap, &gmap, &bmap ( colormap arrays) * &amap ( alpha array) * Return: 0 if OK; 1 on error */ l_int32 pixcmapToArrays(PIXCMAP *cmap, l_int32 **prmap, l_int32 **pgmap, l_int32 **pbmap, l_int32 **pamap) { l_int32 *rmap, *gmap, *bmap, *amap; l_int32 i, ncolors; RGBA_QUAD *cta; PROCNAME("pixcmapToArrays"); if (!prmap || !pgmap || !pbmap) return ERROR_INT("&rmap, &gmap, &bmap not all defined", procName, 1); *prmap = *pgmap = *pbmap = NULL; if (pamap) *pamap = NULL; if (!cmap) return ERROR_INT("cmap not defined", procName, 1); ncolors = pixcmapGetCount(cmap); if (((rmap = (l_int32 *)CALLOC(ncolors, sizeof(l_int32))) == NULL) || ((gmap = (l_int32 *)CALLOC(ncolors, sizeof(l_int32))) == NULL) || ((bmap = (l_int32 *)CALLOC(ncolors, sizeof(l_int32))) == NULL)) return ERROR_INT("calloc fail for *map", procName, 1); *prmap = rmap; *pgmap = gmap; *pbmap = bmap; if (pamap) { amap = (l_int32 *)CALLOC(ncolors, sizeof(l_int32)); *pamap = amap; } cta = (RGBA_QUAD *)cmap->array; for (i = 0; i < ncolors; i++) { rmap[i] = cta[i].red; gmap[i] = cta[i].green; bmap[i] = cta[i].blue; if (pamap) amap[i] = cta[i].alpha; } return 0; } /*! * pixcmapToRGBTable() * * Input: colormap * &tab ( table of rgba values for the colormap) * &ncolors ( size of table) * Return: 0 if OK; 1 on error */ l_int32 pixcmapToRGBTable(PIXCMAP *cmap, l_uint32 **ptab, l_int32 *pncolors) { l_int32 i, ncolors, rval, gval, bval, aval; l_uint32 *tab; PROCNAME("pixcmapToRGBTable"); if (!ptab) return ERROR_INT("&tab not defined", procName, 1); *ptab = NULL; if (!cmap) return ERROR_INT("cmap not defined", procName, 1); ncolors = pixcmapGetCount(cmap); if (pncolors) *pncolors = ncolors; if ((tab = (l_uint32 *)CALLOC(ncolors, sizeof(l_uint32))) == NULL) return ERROR_INT("tab not made", procName, 1); *ptab = tab; for (i = 0; i < ncolors; i++) { pixcmapGetRGBA(cmap, i, &rval, &gval, &bval, &aval); composeRGBAPixel(rval, gval, bval, aval, &tab[i]); } return 0; } /*! * pixcmapSerializeToMemory() * * Input: colormap * cpc (components/color: 3 for rgb, 4 for rgba) * &ncolors ( number of colors in table) * &data ( binary string, cpc bytes per color) * Return: 0 if OK; 1 on error * * Notes: * (1) When serializing to store in a pdf, use @cpc = 3. */ l_int32 pixcmapSerializeToMemory(PIXCMAP *cmap, l_int32 cpc, l_int32 *pncolors, l_uint8 **pdata) { l_int32 i, ncolors, rval, gval, bval, aval; l_uint8 *data; PROCNAME("pixcmapSerializeToMemory"); if (!pdata) return ERROR_INT("&data not defined", procName, 1); *pdata = NULL; if (!pncolors) return ERROR_INT("&ncolors not defined", procName, 1); *pncolors = 0; if (!cmap) return ERROR_INT("cmap not defined", procName, 1); if (cpc != 3 && cpc != 4) return ERROR_INT("cpc not 3 or 4", procName, 1); ncolors = pixcmapGetCount(cmap); *pncolors = ncolors; if ((data = (l_uint8 *)CALLOC(cpc * ncolors, sizeof(l_uint8))) == NULL) return ERROR_INT("data not made", procName, 1); *pdata = data; for (i = 0; i < ncolors; i++) { pixcmapGetRGBA(cmap, i, &rval, &gval, &bval, &aval); data[cpc * i] = rval; data[cpc * i + 1] = gval; data[cpc * i + 2] = bval; if (cpc == 4) data[cpc * i + 3] = aval; } return 0; } /*! * pixcmapDeserializeFromMemory() * * Input: data (binary string, 3 or 4 bytes per color) * cpc (components/color: 3 for rgb, 4 for rgba) * ncolors * Return: cmap, or null on error */ PIXCMAP * pixcmapDeserializeFromMemory(l_uint8 *data, l_int32 cpc, l_int32 ncolors) { l_int32 i, d, rval, gval, bval, aval; PIXCMAP *cmap; PROCNAME("pixcmapDeserializeFromMemory"); if (!data) return (PIXCMAP *)ERROR_PTR("data not defined", procName, NULL); if (cpc != 3 && cpc != 4) return (PIXCMAP *)ERROR_PTR("cpc not 3 or 4", procName, NULL); if (ncolors == 0) return (PIXCMAP *)ERROR_PTR("no entries", procName, NULL); if (ncolors > 256) return (PIXCMAP *)ERROR_PTR("ncolors > 256", procName, NULL); if (ncolors > 16) d = 8; else if (ncolors > 4) d = 4; else if (ncolors > 2) d = 2; else d = 1; cmap = pixcmapCreate(d); for (i = 0; i < ncolors; i++) { rval = data[cpc * i]; gval = data[cpc * i + 1]; bval = data[cpc * i + 2]; if (cpc == 4) aval = data[cpc * i + 3]; else aval = 255; /* opaque */ pixcmapAddRGBA(cmap, rval, gval, bval, aval); } return cmap; } /*! * pixcmapConvertToHex() * * Input: data (binary serialized data) * ncolors (in colormap) * Return: hexdata (bracketed, space-separated ascii hex string), * or null on error. * * Notes: * (1) The number of bytes in @data is 3 * ncolors. * (2) Output is in form: * < r0g0b0 r1g1b1 ... rngnbn > * where r0, g0, b0 ... are each 2 bytes of hex ascii * (3) This is used in pdf files to express the colormap as an * array in ascii (human-readable) format. */ char * pixcmapConvertToHex(l_uint8 *data, l_int32 ncolors) { l_int32 i, j, hexbytes; char *hexdata = NULL; char buf[4]; PROCNAME("pixcmapConvertToHex"); if (!data) return (char *)ERROR_PTR("data not defined", procName, NULL); if (ncolors < 1) return (char *)ERROR_PTR("no colors", procName, NULL); hexbytes = 2 + (2 * 3 + 1) * ncolors + 2; hexdata = (char *)CALLOC(hexbytes, sizeof(char)); hexdata[0] = '<'; hexdata[1] = ' '; for (i = 0; i < ncolors; i++) { j = 2 + (2 * 3 + 1) * i; snprintf(buf, sizeof(buf), "%02x", data[3 * i]); hexdata[j] = buf[0]; hexdata[j + 1] = buf[1]; snprintf(buf, sizeof(buf), "%02x", data[3 * i + 1]); hexdata[j + 2] = buf[0]; hexdata[j + 3] = buf[1]; snprintf(buf, sizeof(buf), "%02x", data[3 * i + 2]); hexdata[j + 4] = buf[0]; hexdata[j + 5] = buf[1]; hexdata[j + 6] = ' '; } hexdata[j + 7] = '>'; hexdata[j + 8] = '\0'; return hexdata; } /*-------------------------------------------------------------* * Colormap transforms * *-------------------------------------------------------------*/ /*! * pixcmapGammaTRC() * * Input: colormap * gamma (gamma correction; must be > 0.0) * minval (input value that gives 0 for output; can be < 0) * maxval (input value that gives 255 for output; can be > 255) * Return: 0 if OK; 1 on error * * Notes: * (1) This is an in-place transform * (2) See pixGammaTRC() and numaGammaTRC() in enhance.c * for description and use of transform */ l_int32 pixcmapGammaTRC(PIXCMAP *cmap, l_float32 gamma, l_int32 minval, l_int32 maxval) { l_int32 rval, gval, bval, trval, tgval, tbval, i, ncolors; NUMA *nag; PROCNAME("pixcmapGammaTRC"); if (!cmap) return ERROR_INT("cmap not defined", procName, 1); if (gamma <= 0.0) { L_WARNING("gamma must be > 0.0; setting to 1.0\n", procName); gamma = 1.0; } if (minval >= maxval) return ERROR_INT("minval not < maxval", procName, 1); if (gamma == 1.0 && minval == 0 && maxval == 255) /* no-op */ return 0; if ((nag = numaGammaTRC(gamma, minval, maxval)) == NULL) return ERROR_INT("nag not made", procName, 1); ncolors = pixcmapGetCount(cmap); for (i = 0; i < ncolors; i++) { pixcmapGetColor(cmap, i, &rval, &gval, &bval); numaGetIValue(nag, rval, &trval); numaGetIValue(nag, gval, &tgval); numaGetIValue(nag, bval, &tbval); pixcmapResetColor(cmap, i, trval, tgval, tbval); } numaDestroy(&nag); return 0; } /*! * pixcmapContrastTRC() * * Input: colormap * factor (generally between 0.0 (no enhancement) * and 1.0, but can be larger than 1.0) * Return: 0 if OK; 1 on error * * Notes: * (1) This is an in-place transform * (2) See pixContrastTRC() and numaContrastTRC() in enhance.c * for description and use of transform */ l_int32 pixcmapContrastTRC(PIXCMAP *cmap, l_float32 factor) { l_int32 i, ncolors, rval, gval, bval, trval, tgval, tbval; NUMA *nac; PROCNAME("pixcmapContrastTRC"); if (!cmap) return ERROR_INT("cmap not defined", procName, 1); if (factor < 0.0) { L_WARNING("factor must be >= 0.0; setting to 0.0\n", procName); factor = 0.0; } if ((nac = numaContrastTRC(factor)) == NULL) return ERROR_INT("nac not made", procName, 1); ncolors = pixcmapGetCount(cmap); for (i = 0; i < ncolors; i++) { pixcmapGetColor(cmap, i, &rval, &gval, &bval); numaGetIValue(nac, rval, &trval); numaGetIValue(nac, gval, &tgval); numaGetIValue(nac, bval, &tbval); pixcmapResetColor(cmap, i, trval, tgval, tbval); } numaDestroy(&nac); return 0; } /*! * pixcmapShiftIntensity() * * Input: colormap * fraction (between -1.0 and +1.0) * Return: 0 if OK; 1 on error * * Notes: * (1) This is an in-place transform * (2) It does a proportional shift of the intensity for each color. * (3) If fraction < 0.0, it moves all colors towards (0,0,0). * This darkens the image. * If fraction > 0.0, it moves all colors towards (255,255,255) * This fades the image. * (4) The equivalent transform can be accomplished with pixcmapGammaTRC(), * but it is considerably more difficult (see numaGammaTRC()). */ l_int32 pixcmapShiftIntensity(PIXCMAP *cmap, l_float32 fraction) { l_int32 i, ncolors, rval, gval, bval; PROCNAME("pixcmapShiftIntensity"); if (!cmap) return ERROR_INT("cmap not defined", procName, 1); if (fraction < -1.0 || fraction > 1.0) return ERROR_INT("fraction not in [-1.0, 1.0]", procName, 1); ncolors = pixcmapGetCount(cmap); for (i = 0; i < ncolors; i++) { pixcmapGetColor(cmap, i, &rval, &gval, &bval); if (fraction < 0.0) pixcmapResetColor(cmap, i, (l_int32)((1.0 + fraction) * rval), (l_int32)((1.0 + fraction) * gval), (l_int32)((1.0 + fraction) * bval)); else pixcmapResetColor(cmap, i, rval + (l_int32)(fraction * (255 - rval)), gval + (l_int32)(fraction * (255 - gval)), bval + (l_int32)(fraction * (255 - bval))); } return 0; } /*! * pixcmapShiftByComponent() * * Input: colormap * srcval (source color: 0xrrggbb00) * dstval (target color: 0xrrggbb00) * Return: 0 if OK; 1 on error * * Notes: * (1) This is an in-place transform * (2) It implements pixelShiftByComponent() for each color. * The mapping is specified by srcval and dstval. * (3) If a component decreases, the component in the colormap * decreases by the same ratio. Likewise for increasing, except * all ratios are taken with respect to the distance from 255. */ l_int32 pixcmapShiftByComponent(PIXCMAP *cmap, l_uint32 srcval, l_uint32 dstval) { l_int32 i, ncolors, rval, gval, bval; l_uint32 newval; PROCNAME("pixcmapShiftByComponent"); if (!cmap) return ERROR_INT("cmap not defined", procName, 1); ncolors = pixcmapGetCount(cmap); for (i = 0; i < ncolors; i++) { pixcmapGetColor(cmap, i, &rval, &gval, &bval); pixelShiftByComponent(rval, gval, bval, srcval, dstval, &newval); extractRGBValues(newval, &rval, &gval, &bval); pixcmapResetColor(cmap, i, rval, gval, bval); } return 0; } leptonica-1.70/src/gifiostub.c0000644000175000017500000000541211707052573014444 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * gifiostub.c * * Stubs for gifio.c functions */ #include "allheaders.h" #ifdef HAVE_CONFIG_H #include "config_auto.h" #endif /* HAVE_CONFIG_H */ /* -----------------------------------------------------------------*/ #if (!HAVE_LIBGIF) && (!HAVE_LIBUNGIF) /* defined in environ.h */ /* -----------------------------------------------------------------*/ PIX * pixReadStreamGif(FILE *fp) { return (PIX * )ERROR_PTR("function not present", "pixReadStreamGif", NULL); } /* ----------------------------------------------------------------------*/ l_int32 pixWriteStreamGif(FILE *fp, PIX *pix) { return ERROR_INT("function not present", "pixWriteStreamGif", 1); } /* ----------------------------------------------------------------------*/ PIX * pixReadMemGif(const l_uint8 *cdata, size_t size) { return (PIX *)ERROR_PTR("function not present", "pixReadMemGif", NULL); } /* ----------------------------------------------------------------------*/ l_int32 pixWriteMemGif(l_uint8 **pdata, size_t *psize, PIX *pix) { return ERROR_INT("function not present", "pixWriteMemGif", 1); } /* -----------------------------------------------------------------*/ #endif /* !HAVE_LIBGIF && !HAVE_LIBUNGIF */ /* -----------------------------------------------------------------*/ leptonica-1.70/src/numafunc2.c0000644000175000017500000025546312253072774014366 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * numafunc2.c * * Morphological (min/max) operations * NUMA *numaErode() * NUMA *numaDilate() * NUMA *numaOpen() * NUMA *numaClose() * * Other transforms * NUMA *numaTransform() * l_int32 numaWindowedStats() * NUMA *numaWindowedMean() * NUMA *numaWindowedMeanSquare() * l_int32 numaWindowedVariance() * NUMA *numaConvertToInt() * * Histogram generation and statistics * NUMA *numaMakeHistogram() * NUMA *numaMakeHistogramAuto() * NUMA *numaMakeHistogramClipped() * NUMA *numaRebinHistogram() * NUMA *numaNormalizeHistogram() * l_int32 numaGetStatsUsingHistogram() * l_int32 numaGetHistogramStats() * l_int32 numaGetHistogramStatsOnInterval() * l_int32 numaMakeRankFromHistogram() * l_int32 numaHistogramGetRankFromVal() * l_int32 numaHistogramGetValFromRank() * l_int32 numaDiscretizeRankAndIntensity() * l_int32 numaGetRankBinValues() * * Splitting a distribution * l_int32 numaSplitDistribution() * * Comparing two histograms * l_int32 numaEarthMoverDistance() * * Extrema finding * NUMA *numaFindPeaks() * NUMA *numaFindExtrema() * l_int32 *numaCountReversals() * * Threshold crossings and frequency analysis * l_int32 numaSelectCrossingThreshold() * NUMA *numaCrossingsByThreshold() * NUMA *numaCrossingsByPeaks() * NUMA *numaEvalBestHaarParameters() * l_int32 numaEvalHaarSum() * * Things to remember when using the Numa: * * (1) The numa is a struct, not an array. Always use accessors * (see numabasic.c), never the fields directly. * * (2) The number array holds l_float32 values. It can also * be used to store l_int32 values. See numabasic.c for * details on using the accessors. * * (3) Occasionally, in the comments we denote the i-th element of a * numa by na[i]. This is conceptual only -- the numa is not an array! * * Some general comments on histograms: * * (1) Histograms are the generic statistical representation of * the data about some attribute. Typically they're not * normalized -- they simply give the number of occurrences * within each range of values of the attribute. This range * of values is referred to as a 'bucket'. For example, * the histogram could specify how many connected components * are found for each value of their width; in that case, * the bucket size is 1. * * (2) In leptonica, all buckets have the same size. Histograms * are therefore specified by a numa of occurrences, along * with two other numbers: the 'value' associated with the * occupants of the first bucket and the size (i.e., 'width') * of each bucket. These two numbers then allow us to calculate * the value associated with the occupants of each bucket. * These numbers are fields in the numa, initialized to * a startx value of 0.0 and a binsize of 1.0. Accessors for * these fields are functions numa*Parameters(). All histograms * must have these two numbers properly set. */ #include #include "allheaders.h" /* bin sizes in numaMakeHistogram() */ static const l_int32 BinSizeArray[] = {2, 5, 10, 20, 50, 100, 200, 500, 1000,\ 2000, 5000, 10000, 20000, 50000, 100000, 200000,\ 500000, 1000000, 2000000, 5000000, 10000000,\ 200000000, 50000000, 100000000}; static const l_int32 NBinSizes = 24; #ifndef NO_CONSOLE_IO #define DEBUG_HISTO 0 #define DEBUG_CROSSINGS 0 #define DEBUG_FREQUENCY 0 #endif /* ~NO_CONSOLE_IO */ /*----------------------------------------------------------------------* * Morphological operations * *----------------------------------------------------------------------*/ /*! * numaErode() * * Input: nas * size (of sel; greater than 0, odd; origin implicitly in center) * Return: nad (eroded), or null on error * * Notes: * (1) The structuring element (sel) is linear, all "hits" * (2) If size == 1, this returns a copy * (3) General comment. The morphological operations are equivalent * to those that would be performed on a 1-dimensional fpix. * However, because we have not implemented morphological * operations on fpix, we do this here. Because it is only * 1 dimensional, there is no reason to use the more * complicated van Herk/Gil-Werman algorithm, and we do it * by brute force. */ NUMA * numaErode(NUMA *nas, l_int32 size) { l_int32 i, j, n, hsize, len; l_float32 minval; l_float32 *fa, *fas, *fad; NUMA *nad; PROCNAME("numaErode"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); if (size <= 0) return (NUMA *)ERROR_PTR("size must be > 0", procName, NULL); if ((size & 1) == 0 ) { L_WARNING("sel size must be odd; increasing by 1\n", procName); size++; } if (size == 1) return numaCopy(nas); /* Make a source fa (fas) that has an added (size / 2) boundary * on left and right, contains a copy of nas in the interior region * (between 'size' and 'size + n', and has large values * inserted in the boundary (because it is an erosion). */ n = numaGetCount(nas); hsize = size / 2; len = n + 2 * hsize; if ((fas = (l_float32 *)CALLOC(len, sizeof(l_float32))) == NULL) return (NUMA *)ERROR_PTR("fas not made", procName, NULL); for (i = 0; i < hsize; i++) fas[i] = 1.0e37; for (i = hsize + n; i < len; i++) fas[i] = 1.0e37; fa = numaGetFArray(nas, L_NOCOPY); for (i = 0; i < n; i++) fas[hsize + i] = fa[i]; nad = numaMakeConstant(0, n); numaCopyParameters(nad, nas); fad = numaGetFArray(nad, L_NOCOPY); for (i = 0; i < n; i++) { minval = 1.0e37; /* start big */ for (j = 0; j < size; j++) minval = L_MIN(minval, fas[i + j]); fad[i] = minval; } FREE(fas); return nad; } /*! * numaDilate() * * Input: nas * size (of sel; greater than 0, odd; origin implicitly in center) * Return: nad (dilated), or null on error * * Notes: * (1) The structuring element (sel) is linear, all "hits" * (2) If size == 1, this returns a copy */ NUMA * numaDilate(NUMA *nas, l_int32 size) { l_int32 i, j, n, hsize, len; l_float32 maxval; l_float32 *fa, *fas, *fad; NUMA *nad; PROCNAME("numaDilate"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); if (size <= 0) return (NUMA *)ERROR_PTR("size must be > 0", procName, NULL); if ((size & 1) == 0 ) { L_WARNING("sel size must be odd; increasing by 1\n", procName); size++; } if (size == 1) return numaCopy(nas); /* Make a source fa (fas) that has an added (size / 2) boundary * on left and right, contains a copy of nas in the interior region * (between 'size' and 'size + n', and has small values * inserted in the boundary (because it is a dilation). */ n = numaGetCount(nas); hsize = size / 2; len = n + 2 * hsize; if ((fas = (l_float32 *)CALLOC(len, sizeof(l_float32))) == NULL) return (NUMA *)ERROR_PTR("fas not made", procName, NULL); for (i = 0; i < hsize; i++) fas[i] = -1.0e37; for (i = hsize + n; i < len; i++) fas[i] = -1.0e37; fa = numaGetFArray(nas, L_NOCOPY); for (i = 0; i < n; i++) fas[hsize + i] = fa[i]; nad = numaMakeConstant(0, n); numaCopyParameters(nad, nas); fad = numaGetFArray(nad, L_NOCOPY); for (i = 0; i < n; i++) { maxval = -1.0e37; /* start small */ for (j = 0; j < size; j++) maxval = L_MAX(maxval, fas[i + j]); fad[i] = maxval; } FREE(fas); return nad; } /*! * numaOpen() * * Input: nas * size (of sel; greater than 0, odd; origin implicitly in center) * Return: nad (opened), or null on error * * Notes: * (1) The structuring element (sel) is linear, all "hits" * (2) If size == 1, this returns a copy */ NUMA * numaOpen(NUMA *nas, l_int32 size) { NUMA *nat, *nad; PROCNAME("numaOpen"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); if (size <= 0) return (NUMA *)ERROR_PTR("size must be > 0", procName, NULL); if ((size & 1) == 0 ) { L_WARNING("sel size must be odd; increasing by 1\n", procName); size++; } if (size == 1) return numaCopy(nas); nat = numaErode(nas, size); nad = numaDilate(nat, size); numaDestroy(&nat); return nad; } /*! * numaClose() * * Input: nas * size (of sel; greater than 0, odd; origin implicitly in center) * Return: nad (opened), or null on error * * Notes: * (1) The structuring element (sel) is linear, all "hits" * (2) If size == 1, this returns a copy * (3) We add a border before doing this operation, for the same * reason that we add a border to a pix before doing a safe closing. * Without the border, a small component near the border gets * clipped at the border on dilation, and can be entirely removed * by the following erosion, violating the basic extensivity * property of closing. */ NUMA * numaClose(NUMA *nas, l_int32 size) { NUMA *nab, *nat1, *nat2, *nad; PROCNAME("numaClose"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); if (size <= 0) return (NUMA *)ERROR_PTR("size must be > 0", procName, NULL); if ((size & 1) == 0 ) { L_WARNING("sel size must be odd; increasing by 1\n", procName); size++; } if (size == 1) return numaCopy(nas); nab = numaAddBorder(nas, size, size, 0); /* to preserve extensivity */ nat1 = numaDilate(nab, size); nat2 = numaErode(nat1, size); nad = numaRemoveBorder(nat2, size, size); numaDestroy(&nab); numaDestroy(&nat1); numaDestroy(&nat2); return nad; } /*----------------------------------------------------------------------* * Other transforms * *----------------------------------------------------------------------*/ /*! * numaTransform() * * Input: nas * shift (add this to each number) * scale (multiply each number by this) * Return: nad (with all values shifted and scaled, or null on error) * * Notes: * (1) Each number is shifted before scaling. * (2) The operation sequence is opposite to that for Box and Pta: * scale first, then shift. */ NUMA * numaTransform(NUMA *nas, l_float32 shift, l_float32 scale) { l_int32 i, n; l_float32 val; NUMA *nad; PROCNAME("numaTransform"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); n = numaGetCount(nas); if ((nad = numaCreate(n)) == NULL) return (NUMA *)ERROR_PTR("nad not made", procName, NULL); numaCopyParameters(nad, nas); for (i = 0; i < n; i++) { numaGetFValue(nas, i, &val); val = scale * val + shift; numaAddNumber(nad, val); } return nad; } /*! * numaWindowedStats() * * Input: nas (input numa) * wc (half width of the window) * &nam ( mean value in window) * &nams ( mean square value in window) * &pnav ( variance in window) * &pnarv ( rms deviation from the mean) * Return: 0 if OK, 1 on error * * Notes: * (1) This is a high-level convenience function for calculating * any or all of these derived arrays. * (2) These statistical measures over the values in the * rectangular window are: * - average value: (nam) * - average squared value: (nams) * - variance: <(x - )*(x - )> = - * (nav) * - square-root of variance: (narv) * where the brackets < .. > indicate that the average value is * to be taken over the window. * (3) Note that the variance is just the mean square difference from * the mean value; and the square root of the variance is the * root mean square difference from the mean, sometimes also * called the 'standard deviation'. * (4) Internally, use mirrored borders to handle values near the * end of each array. */ l_int32 numaWindowedStats(NUMA *nas, l_int32 wc, NUMA **pnam, NUMA **pnams, NUMA **pnav, NUMA **pnarv) { NUMA *nam, *nams; PROCNAME("numaWindowedStats"); if (!nas) return ERROR_INT("nas not defined", procName, 1); if (2 * wc + 1 > numaGetCount(nas)) L_WARNING("filter wider than input array!\n", procName); if (!pnav && !pnarv) { if (pnam) *pnam = numaWindowedMean(nas, wc); if (pnams) *pnams = numaWindowedMeanSquare(nas, wc); return 0; } nam = numaWindowedMean(nas, wc); nams = numaWindowedMeanSquare(nas, wc); numaWindowedVariance(nam, nams, pnav, pnarv); if (pnam) *pnam = nam; else numaDestroy(&nam); if (pnams) *pnams = nams; else numaDestroy(&nams); return 0; } /*! * numaWindowedMean() * * Input: nas * wc (half width of the convolution window) * Return: nad (after low-pass filtering), or null on error * * Notes: * (1) This is a convolution. The window has width = 2 * @wc + 1. * (2) We add a mirrored border of size @wc to each end of the array. */ NUMA * numaWindowedMean(NUMA *nas, l_int32 wc) { l_int32 i, n, n1, width; l_float32 sum, norm; l_float32 *fa1, *fad, *suma; NUMA *na1, *nad; PROCNAME("numaWindowedMean"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); n = numaGetCount(nas); width = 2 * wc + 1; /* filter width */ if (width > n) L_WARNING("filter wider than input array!\n", procName); na1 = numaAddSpecifiedBorder(nas, wc, wc, L_MIRRORED_BORDER); n1 = n + 2 * wc; fa1 = numaGetFArray(na1, L_NOCOPY); nad = numaMakeConstant(0, n); fad = numaGetFArray(nad, L_NOCOPY); /* Make sum array; note the indexing */ if ((suma = (l_float32 *)CALLOC(n1 + 1, sizeof(l_float32))) == NULL) return (NUMA *)ERROR_PTR("suma not made", procName, NULL); sum = 0.0; suma[0] = 0.0; for (i = 0; i < n1; i++) { sum += fa1[i]; suma[i + 1] = sum; } norm = 1. / (2 * wc + 1); for (i = 0; i < n; i++) fad[i] = norm * (suma[width + i] - suma[i]); FREE(suma); numaDestroy(&na1); return nad; } /*! * numaWindowedMeanSquare() * * Input: nas * wc (half width of the window) * Return: nad (containing windowed mean square values), or null on error * * Notes: * (1) The window has width = 2 * @wc + 1. * (2) We add a mirrored border of size @wc to each end of the array. */ NUMA * numaWindowedMeanSquare(NUMA *nas, l_int32 wc) { l_int32 i, n, n1, width; l_float32 sum, norm; l_float32 *fa1, *fad, *suma; NUMA *na1, *nad; PROCNAME("numaWindowedMeanSquare"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); n = numaGetCount(nas); width = 2 * wc + 1; /* filter width */ if (width > n) L_WARNING("filter wider than input array!\n", procName); na1 = numaAddSpecifiedBorder(nas, wc, wc, L_MIRRORED_BORDER); n1 = n + 2 * wc; fa1 = numaGetFArray(na1, L_NOCOPY); nad = numaMakeConstant(0, n); fad = numaGetFArray(nad, L_NOCOPY); /* Make sum array; note the indexing */ if ((suma = (l_float32 *)CALLOC(n1 + 1, sizeof(l_float32))) == NULL) return (NUMA *)ERROR_PTR("suma not made", procName, NULL); sum = 0.0; suma[0] = 0.0; for (i = 0; i < n1; i++) { sum += fa1[i] * fa1[i]; suma[i + 1] = sum; } norm = 1. / (2 * wc + 1); for (i = 0; i < n; i++) fad[i] = norm * (suma[width + i] - suma[i]); FREE(suma); numaDestroy(&na1); return nad; } /*! * numaWindowedVariance() * * Input: nam (windowed mean values) * nams (windowed mean square values) * &pnav ( numa of variance -- the ms deviation * from the mean) * &pnarv ( numa of rms deviation from the mean) * Return: 0 if OK, 1 on error * * Notes: * (1) The numas of windowed mean and mean square are precomputed, * using numaWindowedMean() and numaWindowedMeanSquare(). * (2) Either or both of the variance and square-root of variance * are returned, where the variance is the average over the * window of the mean square difference of the pixel value * from the mean: * <(x - )*(x - )> = - * */ l_int32 numaWindowedVariance(NUMA *nam, NUMA *nams, NUMA **pnav, NUMA **pnarv) { l_int32 i, nm, nms; l_float32 var; l_float32 *fam, *fams, *fav, *farv; NUMA *nav, *narv; /* variance and square root of variance */ PROCNAME("numaWindowedVariance"); if (!nam) return ERROR_INT("nam not defined", procName, 1); if (!nams) return ERROR_INT("nams not defined", procName, 1); if (!pnav && !pnarv) return ERROR_INT("neither &nav nor &narv are defined", procName, 1); nm = numaGetCount(nam); nms = numaGetCount(nams); if (nm != nms) return ERROR_INT("sizes of nam and nams differ", procName, 1); if (pnav) { nav = numaMakeConstant(0, nm); *pnav = nav; fav = numaGetFArray(nav, L_NOCOPY); } if (pnarv) { narv = numaMakeConstant(0, nm); *pnarv = narv; farv = numaGetFArray(narv, L_NOCOPY); } fam = numaGetFArray(nam, L_NOCOPY); fams = numaGetFArray(nams, L_NOCOPY); for (i = 0; i < nm; i++) { var = fams[i] - fam[i] * fam[i]; if (pnav) fav[i] = var; if (pnarv) farv[i] = (l_float32)sqrt(var); } return 0; } /*! * numaConvertToInt() * * Input: na * Return: na with all values rounded to nearest integer, or * null on error */ NUMA * numaConvertToInt(NUMA *nas) { l_int32 i, n, ival; NUMA *nad; PROCNAME("numaConvertToInt"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); n = numaGetCount(nas); if ((nad = numaCreate(n)) == NULL) return (NUMA *)ERROR_PTR("nad not made", procName, NULL); numaCopyParameters(nad, nas); for (i = 0; i < n; i++) { numaGetIValue(nas, i, &ival); numaAddNumber(nad, ival); } return nad; } /*----------------------------------------------------------------------* * Histogram generation and statistics * *----------------------------------------------------------------------*/ /*! * numaMakeHistogram() * * Input: na * maxbins (max number of histogram bins) * &binsize ( size of histogram bins) * &binstart ( start val of minimum bin; * input NULL to force start at 0) * Return: na consisiting of histogram of integerized values, * or null on error. * * Note: * (1) This simple interface is designed for integer data. * The bins are of integer width and start on integer boundaries, * so the results on float data will not have high precision. * (2) Specify the max number of input bins. Then @binsize, * the size of bins necessary to accommodate the input data, * is returned. It is one of the sequence: * {1, 2, 5, 10, 20, 50, ...}. * (3) If &binstart is given, all values are accommodated, * and the min value of the starting bin is returned. * Otherwise, all negative values are discarded and * the histogram bins start at 0. */ NUMA * numaMakeHistogram(NUMA *na, l_int32 maxbins, l_int32 *pbinsize, l_int32 *pbinstart) { l_int32 i, n, ival, hval; l_int32 iminval, imaxval, range, binsize, nbins, ibin; l_float32 val, ratio; NUMA *nai, *nahist; PROCNAME("numaMakeHistogram"); if (!na) return (NUMA *)ERROR_PTR("na not defined", procName, NULL); if (!pbinsize) return (NUMA *)ERROR_PTR("&binsize not defined", procName, NULL); /* Determine input range */ numaGetMin(na, &val, NULL); iminval = (l_int32)(val + 0.5); numaGetMax(na, &val, NULL); imaxval = (l_int32)(val + 0.5); if (pbinstart == NULL) { /* clip negative vals; start from 0 */ iminval = 0; if (imaxval < 0) return (NUMA *)ERROR_PTR("all values < 0", procName, NULL); } /* Determine binsize */ range = imaxval - iminval + 1; if (range > maxbins - 1) { ratio = (l_float64)range / (l_float64)maxbins; binsize = 0; for (i = 0; i < NBinSizes; i++) { if (ratio < BinSizeArray[i]) { binsize = BinSizeArray[i]; break; } } if (binsize == 0) return (NUMA *)ERROR_PTR("numbers too large", procName, NULL); } else { binsize = 1; } *pbinsize = binsize; nbins = 1 + range / binsize; /* +1 seems to be sufficient */ /* Redetermine iminval */ if (pbinstart && binsize > 1) { if (iminval >= 0) iminval = binsize * (iminval / binsize); else iminval = binsize * ((iminval - binsize + 1) / binsize); } if (pbinstart) *pbinstart = iminval; #if DEBUG_HISTO fprintf(stderr, " imaxval = %d, range = %d, nbins = %d\n", imaxval, range, nbins); #endif /* DEBUG_HISTO */ /* Use integerized data for input */ if ((nai = numaConvertToInt(na)) == NULL) return (NUMA *)ERROR_PTR("nai not made", procName, NULL); n = numaGetCount(nai); /* Make histogram, converting value in input array * into a bin number for this histogram array. */ if ((nahist = numaCreate(nbins)) == NULL) return (NUMA *)ERROR_PTR("nahist not made", procName, NULL); numaSetCount(nahist, nbins); numaSetParameters(nahist, iminval, binsize); for (i = 0; i < n; i++) { numaGetIValue(nai, i, &ival); ibin = (ival - iminval) / binsize; if (ibin >= 0 && ibin < nbins) { numaGetIValue(nahist, ibin, &hval); numaSetValue(nahist, ibin, hval + 1.0); } } numaDestroy(&nai); return nahist; } /*! * numaMakeHistogramAuto() * * Input: na (numa of floats; these may be integers) * maxbins (max number of histogram bins; >= 1) * Return: na consisiting of histogram of quantized float values, * or null on error. * * Notes: * (1) This simple interface is designed for accurate binning * of both integer and float data. * (2) If the array data is integers, and the range of integers * is smaller than @maxbins, they are binned as they fall, * with binsize = 1. * (3) If the range of data, (maxval - minval), is larger than * @maxbins, or if the data is floats, they are binned into * exactly @maxbins bins. * (4) Unlike numaMakeHistogram(), these bins in general have * non-integer location and width, even for integer data. */ NUMA * numaMakeHistogramAuto(NUMA *na, l_int32 maxbins) { l_int32 i, n, imin, imax, irange, ibin, ival, allints; l_float32 minval, maxval, range, binsize, fval; NUMA *nah; PROCNAME("numaMakeHistogramAuto"); if (!na) return (NUMA *)ERROR_PTR("na not defined", procName, NULL); maxbins = L_MAX(1, maxbins); /* Determine input range */ numaGetMin(na, &minval, NULL); numaGetMax(na, &maxval, NULL); /* Determine if values are all integers */ n = numaGetCount(na); numaHasOnlyIntegers(na, maxbins, &allints); /* Do simple integer binning if possible */ if (allints && (maxval - minval < maxbins)) { imin = (l_int32)minval; imax = (l_int32)maxval; irange = imax - imin + 1; nah = numaCreate(irange); numaSetCount(nah, irange); /* init */ numaSetParameters(nah, minval, 1.0); for (i = 0; i < n; i++) { numaGetIValue(na, i, &ival); ibin = ival - imin; numaGetIValue(nah, ibin, &ival); numaSetValue(nah, ibin, ival + 1.0); } return nah; } /* Do float binning, even if the data is integers. */ range = maxval - minval; binsize = range / (l_float32)maxbins; if (range == 0.0) { nah = numaCreate(1); numaSetParameters(nah, minval, binsize); numaAddNumber(nah, n); return nah; } nah = numaCreate(maxbins); numaSetCount(nah, maxbins); numaSetParameters(nah, minval, binsize); for (i = 0; i < n; i++) { numaGetFValue(na, i, &fval); ibin = (l_int32)((fval - minval) / binsize); ibin = L_MIN(ibin, maxbins - 1); /* "edge" case; stay in bounds */ numaGetIValue(nah, ibin, &ival); numaSetValue(nah, ibin, ival + 1.0); } return nah; } /*! * numaMakeHistogramClipped() * * Input: na * binsize (typically 1.0) * maxsize (of histogram ordinate) * Return: na (histogram of bins of size @binsize, starting with * the na[0] (x = 0.0) and going up to a maximum of * x = @maxsize, by increments of @binsize), or null on error * * Notes: * (1) This simple function generates a histogram of values * from na, discarding all values < 0.0 or greater than * min(@maxsize, maxval), where maxval is the maximum value in na. * The histogram data is put in bins of size delx = @binsize, * starting at x = 0.0. We use as many bins as are * needed to hold the data. */ NUMA * numaMakeHistogramClipped(NUMA *na, l_float32 binsize, l_float32 maxsize) { l_int32 i, n, nbins, ival, ibin; l_float32 val, maxval; NUMA *nad; PROCNAME("numaMakeHistogramClipped"); if (!na) return (NUMA *)ERROR_PTR("na not defined", procName, NULL); if (binsize <= 0.0) return (NUMA *)ERROR_PTR("binsize must be > 0.0", procName, NULL); if (binsize > maxsize) binsize = maxsize; /* just one bin */ numaGetMax(na, &maxval, NULL); n = numaGetCount(na); maxsize = L_MIN(maxsize, maxval); nbins = (l_int32)(maxsize / binsize) + 1; /* fprintf(stderr, "maxsize = %7.3f, nbins = %d\n", maxsize, nbins); */ if ((nad = numaCreate(nbins)) == NULL) return (NUMA *)ERROR_PTR("nad not made", procName, NULL); numaSetParameters(nad, 0.0, binsize); numaSetCount(nad, nbins); /* interpret zeroes in bins as data */ for (i = 0; i < n; i++) { numaGetFValue(na, i, &val); ibin = (l_int32)(val / binsize); if (ibin >= 0 && ibin < nbins) { numaGetIValue(nad, ibin, &ival); numaSetValue(nad, ibin, ival + 1.0); } } return nad; } /*! * numaRebinHistogram() * * Input: nas (input histogram) * newsize (number of old bins contained in each new bin) * Return: nad (more coarsely re-binned histogram), or null on error */ NUMA * numaRebinHistogram(NUMA *nas, l_int32 newsize) { l_int32 i, j, ns, nd, index, count, val; l_float32 start, oldsize; NUMA *nad; PROCNAME("numaRebinHistogram"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); if (newsize <= 1) return (NUMA *)ERROR_PTR("newsize must be > 1", procName, NULL); if ((ns = numaGetCount(nas)) == 0) return (NUMA *)ERROR_PTR("no bins in nas", procName, NULL); nd = (ns + newsize - 1) / newsize; if ((nad = numaCreate(nd)) == NULL) return (NUMA *)ERROR_PTR("nad not made", procName, NULL); numaGetParameters(nad, &start, &oldsize); numaSetParameters(nad, start, oldsize * newsize); for (i = 0; i < nd; i++) { /* new bins */ count = 0; index = i * newsize; for (j = 0; j < newsize; j++) { if (index < ns) { numaGetIValue(nas, index, &val); count += val; index++; } } numaAddNumber(nad, count); } return nad; } /*! * numaNormalizeHistogram() * * Input: nas (input histogram) * tsum (target sum of all numbers in dest histogram; * e.g., use @tsum= 1.0 if this represents a * probability distribution) * Return: nad (normalized histogram), or null on error */ NUMA * numaNormalizeHistogram(NUMA *nas, l_float32 tsum) { l_int32 i, ns; l_float32 sum, factor, fval; NUMA *nad; PROCNAME("numaNormalizeHistogram"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); if (tsum <= 0.0) return (NUMA *)ERROR_PTR("tsum must be > 0.0", procName, NULL); if ((ns = numaGetCount(nas)) == 0) return (NUMA *)ERROR_PTR("no bins in nas", procName, NULL); numaGetSum(nas, &sum); factor = tsum / sum; if ((nad = numaCreate(ns)) == NULL) return (NUMA *)ERROR_PTR("nad not made", procName, NULL); numaCopyParameters(nad, nas); for (i = 0; i < ns; i++) { numaGetFValue(nas, i, &fval); fval *= factor; numaAddNumber(nad, fval); } return nad; } /*! * numaGetStatsUsingHistogram() * * Input: na (an arbitrary set of numbers; not ordered and not * a histogram) * maxbins (the maximum number of bins to be allowed in * the histogram; use 0 for consecutive integer bins) * &min ( min value of set) * &max ( max value of set) * &mean ( mean value of set) * &variance ( variance) * &median ( median value of set) * rank (in [0.0 ... 1.0]; median has a rank 0.5; ignored * if &rval == NULL) * &rval ( value in na corresponding to @rank) * &histo ( Numa histogram; use NULL to prevent) * Return: 0 if OK, 1 on error * * Notes: * (1) This is a simple interface for gathering statistics * from a numa, where a histogram is used 'under the covers' * to avoid sorting if a rank value is requested. In that case, * by using a histogram we are trading speed for accuracy, because * the values in @na are quantized to the center of a set of bins. * (2) If the median, other rank value, or histogram are not requested, * the calculation is all performed on the input Numa. * (3) The variance is the average of the square of the * difference from the mean. The median is the value in na * with rank 0.5. * (4) There are two situations where this gives rank results with * accuracy comparable to computing stastics directly on the input * data, without binning into a histogram: * (a) the data is integers and the range of data is less than * @maxbins, and * (b) the data is floats and the range is small compared to * @maxbins, so that the binsize is much less than 1. * (5) If a histogram is used and the numbers in the Numa extend * over a large range, you can limit the required storage by * specifying the maximum number of bins in the histogram. * Use @maxbins == 0 to force the bin size to be 1. * (6) This optionally returns the median and one arbitrary rank value. * If you need several rank values, return the histogram and use * numaHistogramGetValFromRank(nah, rank, &rval) * multiple times. */ l_int32 numaGetStatsUsingHistogram(NUMA *na, l_int32 maxbins, l_float32 *pmin, l_float32 *pmax, l_float32 *pmean, l_float32 *pvariance, l_float32 *pmedian, l_float32 rank, l_float32 *prval, NUMA **phisto) { l_int32 i, n; l_float32 minval, maxval, fval, mean, sum; NUMA *nah; PROCNAME("numaGetStatsUsingHistogram"); if (pmin) *pmin = 0.0; if (pmax) *pmax = 0.0; if (pmean) *pmean = 0.0; if (pmedian) *pmedian = 0.0; if (pvariance) *pvariance = 0.0; if (!na) return ERROR_INT("na not defined", procName, 1); if ((n = numaGetCount(na)) == 0) return ERROR_INT("numa is empty", procName, 1); numaGetMin(na, &minval, NULL); numaGetMax(na, &maxval, NULL); if (pmin) *pmin = minval; if (pmax) *pmax = maxval; if (pmean || pvariance) { sum = 0.0; for (i = 0; i < n; i++) { numaGetFValue(na, i, &fval); sum += fval; } mean = sum / (l_float32)n; if (pmean) *pmean = mean; } if (pvariance) { sum = 0.0; for (i = 0; i < n; i++) { numaGetFValue(na, i, &fval); sum += fval * fval; } *pvariance = sum / (l_float32)n - mean * mean; } if (!pmedian && !prval && !phisto) return 0; nah = numaMakeHistogramAuto(na, maxbins); if (pmedian) numaHistogramGetValFromRank(nah, 0.5, pmedian); if (prval) numaHistogramGetValFromRank(nah, rank, prval); if (phisto) *phisto = nah; else numaDestroy(&nah); return 0; } /*! * numaGetHistogramStats() * * Input: nahisto (histogram: y(x(i)), i = 0 ... nbins - 1) * startx (x value of first bin: x(0)) * deltax (x increment between bins; the bin size; x(1) - x(0)) * &xmean ( mean value of histogram) * &xmedian ( median value of histogram) * &xmode ( mode value of histogram: * xmode = x(imode), where y(xmode) >= y(x(i)) for * all i != imode) * &xvariance ( variance of x) * Return: 0 if OK, 1 on error * * Notes: * (1) If the histogram represents the relation y(x), the * computed values that are returned are the x values. * These are NOT the bucket indices i; they are related to the * bucket indices by * x(i) = startx + i * deltax */ l_int32 numaGetHistogramStats(NUMA *nahisto, l_float32 startx, l_float32 deltax, l_float32 *pxmean, l_float32 *pxmedian, l_float32 *pxmode, l_float32 *pxvariance) { PROCNAME("numaGetHistogramStats"); if (pxmean) *pxmean = 0.0; if (pxmedian) *pxmedian = 0.0; if (pxmode) *pxmode = 0.0; if (pxvariance) *pxvariance = 0.0; if (!nahisto) return ERROR_INT("nahisto not defined", procName, 1); return numaGetHistogramStatsOnInterval(nahisto, startx, deltax, 0, 0, pxmean, pxmedian, pxmode, pxvariance); } /*! * numaGetHistogramStatsOnInterval() * * Input: nahisto (histogram: y(x(i)), i = 0 ... nbins - 1) * startx (x value of first bin: x(0)) * deltax (x increment between bins; the bin size; x(1) - x(0)) * ifirst (first bin to use for collecting stats) * ilast (last bin for collecting stats; use 0 to go to the end) * &xmean ( mean value of histogram) * &xmedian ( median value of histogram) * &xmode ( mode value of histogram: * xmode = x(imode), where y(xmode) >= y(x(i)) for * all i != imode) * &xvariance ( variance of x) * Return: 0 if OK, 1 on error * * Notes: * (1) If the histogram represents the relation y(x), the * computed values that are returned are the x values. * These are NOT the bucket indices i; they are related to the * bucket indices by * x(i) = startx + i * deltax */ l_int32 numaGetHistogramStatsOnInterval(NUMA *nahisto, l_float32 startx, l_float32 deltax, l_int32 ifirst, l_int32 ilast, l_float32 *pxmean, l_float32 *pxmedian, l_float32 *pxmode, l_float32 *pxvariance) { l_int32 i, n, imax; l_float32 sum, sumval, halfsum, moment, var, x, y, ymax; PROCNAME("numaGetHistogramStats"); if (pxmean) *pxmean = 0.0; if (pxmedian) *pxmedian = 0.0; if (pxmode) *pxmode = 0.0; if (pxvariance) *pxvariance = 0.0; if (!nahisto) return ERROR_INT("nahisto not defined", procName, 1); if (!pxmean && !pxmedian && !pxmode && !pxvariance) return ERROR_INT("nothing to compute", procName, 1); n = numaGetCount(nahisto); if (ilast <= 0) ilast = n - 1; if (ifirst < 0) ifirst = 0; if (ifirst > ilast || ifirst > n - 1) return ERROR_INT("ifirst is too large", procName, 1); for (sum = 0.0, moment = 0.0, var = 0.0, i = ifirst; i <= ilast ; i++) { x = startx + i * deltax; numaGetFValue(nahisto, i, &y); sum += y; moment += x * y; var += x * x * y; } if (sum == 0.0) return ERROR_INT("sum is 0", procName, 1); if (pxmean) *pxmean = moment / sum; if (pxvariance) *pxvariance = var / sum - moment * moment / (sum * sum); if (pxmedian) { halfsum = sum / 2.0; for (sumval = 0.0, i = ifirst; i <= ilast; i++) { numaGetFValue(nahisto, i, &y); sumval += y; if (sumval >= halfsum) { *pxmedian = startx + i * deltax; break; } } } if (pxmode) { ymax = -1.0e10; for (i = ifirst; i <= ilast; i++) { numaGetFValue(nahisto, i, &y); if (y > ymax) { ymax = y; imax = i; } } *pxmode = startx + imax * deltax; } return 0; } /*! * numaMakeRankFromHistogram() * * Input: startx (xval corresponding to first element in nay) * deltax (x increment between array elements in nay) * nasy (input histogram, assumed equally spaced) * npts (number of points to evaluate rank function) * &nax ( array of x values in range) * &nay ( rank array of specified npts) * Return: 0 if OK, 1 on error */ l_int32 numaMakeRankFromHistogram(l_float32 startx, l_float32 deltax, NUMA *nasy, l_int32 npts, NUMA **pnax, NUMA **pnay) { l_int32 i, n; l_float32 sum, fval; NUMA *nan, *nar; PROCNAME("numaMakeRankFromHistogram"); if (pnax) *pnax = NULL; if (!pnay) return ERROR_INT("&nay not defined", procName, 1); *pnay = NULL; if (!nasy) return ERROR_INT("nasy not defined", procName, 1); if (!pnay) return ERROR_INT("&nay not defined", procName, 1); if ((n = numaGetCount(nasy)) == 0) return ERROR_INT("no bins in nas", procName, 1); /* Normalize and generate the rank array corresponding to * the binned histogram. */ nan = numaNormalizeHistogram(nasy, 1.0); nar = numaCreate(n + 1); /* rank numa corresponding to nan */ sum = 0.0; numaAddNumber(nar, sum); /* first element is 0.0 */ for (i = 0; i < n; i++) { numaGetFValue(nan, i, &fval); sum += fval; numaAddNumber(nar, sum); } /* Compute rank array on full range with specified * number of points and correspondence to x-values. */ numaInterpolateEqxInterval(startx, deltax, nar, L_LINEAR_INTERP, startx, startx + n * deltax, npts, pnax, pnay); numaDestroy(&nan); numaDestroy(&nar); return 0; } /*! * numaHistogramGetRankFromVal() * * Input: na (histogram) * rval (value of input sample for which we want the rank) * &rank ( fraction of total samples below rval) * Return: 0 if OK, 1 on error * * Notes: * (1) If we think of the histogram as a function y(x), normalized * to 1, for a given input value of x, this computes the * rank of x, which is the integral of y(x) from the start * value of x to the input value. * (2) This function only makes sense when applied to a Numa that * is a histogram. The values in the histogram can be ints and * floats, and are computed as floats. The rank is returned * as a float between 0.0 and 1.0. * (3) The numa parameters startx and binsize are used to * compute x from the Numa index i. */ l_int32 numaHistogramGetRankFromVal(NUMA *na, l_float32 rval, l_float32 *prank) { l_int32 i, ibinval, n; l_float32 startval, binsize, binval, maxval, fractval, total, sum, val; PROCNAME("numaHistogramGetRankFromVal"); if (!prank) return ERROR_INT("prank not defined", procName, 1); *prank = 0.0; if (!na) return ERROR_INT("na not defined", procName, 1); numaGetParameters(na, &startval, &binsize); n = numaGetCount(na); if (rval < startval) return 0; maxval = startval + n * binsize; if (rval > maxval) { *prank = 1.0; return 0; } binval = (rval - startval) / binsize; ibinval = (l_int32)binval; if (ibinval >= n) { *prank = 1.0; return 0; } fractval = binval - (l_float32)ibinval; sum = 0.0; for (i = 0; i < ibinval; i++) { numaGetFValue(na, i, &val); sum += val; } numaGetFValue(na, ibinval, &val); sum += fractval * val; numaGetSum(na, &total); *prank = sum / total; /* fprintf(stderr, "binval = %7.3f, rank = %7.3f\n", binval, *prank); */ return 0; } /*! * numaHistogramGetValFromRank() * * Input: na (histogram) * rank (fraction of total samples) * &rval ( approx. to the bin value) * Return: 0 if OK, 1 on error * * Notes: * (1) If we think of the histogram as a function y(x), this returns * the value x such that the integral of y(x) from the start * value to x gives the fraction 'rank' of the integral * of y(x) over all bins. * (2) This function only makes sense when applied to a Numa that * is a histogram. The values in the histogram can be ints and * floats, and are computed as floats. The val is returned * as a float, even though the buckets are of integer width. * (3) The numa parameters startx and binsize are used to * compute x from the Numa index i. */ l_int32 numaHistogramGetValFromRank(NUMA *na, l_float32 rank, l_float32 *prval) { l_int32 i, n; l_float32 startval, binsize, rankcount, total, sum, fract, val; PROCNAME("numaHistogramGetValFromRank"); if (!prval) return ERROR_INT("prval not defined", procName, 1); *prval = 0.0; if (!na) return ERROR_INT("na not defined", procName, 1); if (rank < 0.0) { L_WARNING("rank < 0; setting to 0.0\n", procName); rank = 0.0; } if (rank > 1.0) { L_WARNING("rank > 1.0; setting to 1.0\n", procName); rank = 1.0; } n = numaGetCount(na); numaGetParameters(na, &startval, &binsize); numaGetSum(na, &total); rankcount = rank * total; /* count that corresponds to rank */ sum = 0.0; for (i = 0; i < n; i++) { numaGetFValue(na, i, &val); if (sum + val >= rankcount) break; sum += val; } if (val <= 0.0) /* can == 0 if rank == 0.0 */ fract = 0.0; else /* sum + fract * val = rankcount */ fract = (rankcount - sum) / val; /* The use of the fraction of a bin allows a simple calculation * for the histogram value at the given rank. */ *prval = startval + binsize * ((l_float32)i + fract); /* fprintf(stderr, "rank = %7.3f, val = %7.3f\n", rank, *prval); */ return 0; } /*! * numaDiscretizeRankAndIntensity() * * Input: na (normalized histogram of probability density vs intensity) * nbins (number of bins at which the rank is divided) * &pnarbin ( rank bin value vs intensity) * &pnam ( median intensity in a bin vs * rank bin value, with @nbins of discretized rank values) * &pnar ( rank vs intensity; this is * a cumulative norm histogram) * &pnabb ( intensity at the right bin boundary * vs rank bin) * Return: 0 if OK, 1 on error * * Notes: * (1) We are inverting the rank(intensity) function to get * the intensity(rank) function at @nbins equally spaced * values of rank between 0.0 and 1.0. We save integer values * for the intensity. * (2) We are using the word "intensity" to describe the type of * array values, but any array of non-negative numbers will work. * (3) The output arrays give the following mappings, where the * input is a normalized histogram of array values: * array values --> rank bin number (narbin) * rank bin number --> median array value in bin (nam) * array values --> cumulative norm = rank (nar) * rank bin number --> array value at right bin edge (nabb) */ l_int32 numaDiscretizeRankAndIntensity(NUMA *na, l_int32 nbins, NUMA **pnarbin, NUMA **pnam, NUMA **pnar, NUMA **pnabb) { NUMA *nar; /* rank value as function of intensity */ NUMA *nam; /* median intensity in the rank bins */ NUMA *nabb; /* rank bin right boundaries (in intensity) */ NUMA *narbin; /* binned rank value as a function of intensity */ l_int32 i, j, npts, start, midfound, mcount, rightedge; l_float32 sum, midrank, endrank, val; PROCNAME("numaDiscretizeRankAndIntensity"); if (!na) return ERROR_INT("na not defined", procName, 1); if (nbins < 2) return ERROR_INT("nbins must be > 1", procName, 1); if (!pnarbin && !pnam && !pnar && !pnabb) return ERROR_INT("no output requested", procName, 1); /* Get cumulative normalized histogram (rank vs intensity value). * For a normalized histogram from an 8 bpp grayscale image * as input, we have 256 bins and 257 points in the * cumulative (rank) histogram. */ npts = numaGetCount(na); nar = numaCreate(npts + 1); sum = 0.0; numaAddNumber(nar, sum); /* left side of first bin */ for (i = 0; i < npts; i++) { numaGetFValue(na, i, &val); sum += val; numaAddNumber(nar, sum); } if ((nam = numaCreate(nbins)) == NULL) return ERROR_INT("nam not made", procName, 1); if ((narbin = numaCreate(npts)) == NULL) return ERROR_INT("narbin not made", procName, 1); if ((nabb = numaCreate(nbins)) == NULL) return ERROR_INT("nabb not made", procName, 1); /* We find the intensity value at the right edge of each of * the rank bins. We also find the median intensity in the bin, * where approximately half the samples are lower and half are * higher. This can be considered as a simple approximation * for the average intensity in the bin. */ start = 0; /* index in nar */ mcount = 0; /* count of median values in rank bins; not to exceed nbins */ for (i = 0; i < nbins; i++) { midrank = (l_float32)(i + 0.5) / (l_float32)(nbins); endrank = (l_float32)(i + 1.0) / (l_float32)(nbins); endrank = L_MAX(0.0, L_MIN(endrank - 0.001, 1.0)); midfound = FALSE; for (j = start; j < npts; j++) { /* scan up for each bin value */ numaGetFValue(nar, j, &val); /* Use (j == npts - 1) tests in case all weight is at top end */ if ((!midfound && val >= midrank) || (mcount < nbins && j == npts - 1)) { midfound = TRUE; numaAddNumber(nam, j); mcount++; } if ((val >= endrank) || (j == npts - 1)) { numaAddNumber(nabb, j); if (val == endrank) start = j; else start = j - 1; break; } } } numaSetValue(nabb, nbins - 1, npts - 1); /* extend to max */ /* Error checking: did we get data in all bins? */ if (mcount != nbins) L_WARNING("found data for %d bins; should be %d\n", procName, mcount, nbins); /* Generate LUT that maps from intensity to bin number */ start = 0; for (i = 0; i < nbins; i++) { numaGetIValue(nabb, i, &rightedge); for (j = start; j < npts; j++) { if (j <= rightedge) numaAddNumber(narbin, i); if (j > rightedge) { start = j; break; } if (j == npts - 1) { /* we're done */ start = j + 1; break; } } } if (pnarbin) *pnarbin = narbin; else numaDestroy(&narbin); if (pnam) *pnam = nam; else numaDestroy(&nam); if (pnar) *pnar = nar; else numaDestroy(&nar); if (pnabb) *pnabb = nabb; else numaDestroy(&nabb); return 0; } /*! * numaGetRankBinValues() * * Input: na (just an array of values) * nbins (number of bins at which the rank is divided) * &pnarbin ( rank bin value vs array value) * &pnam ( median intensity in a bin vs * rank bin value, with @nbins of discretized rank values) * Return: 0 if OK, 1 on error * * Notes: * (1) Simple interface for getting a binned rank representation * of an input array of values. This returns two mappings: * array value --> rank bin number (narbin) * rank bin number --> median array value in each rank bin (nam) */ l_int32 numaGetRankBinValues(NUMA *na, l_int32 nbins, NUMA **pnarbin, NUMA **pnam) { NUMA *nah, *nan; /* histo and normalized histo */ l_int32 maxbins, discardval; l_float32 maxval, delx; PROCNAME("numaGetRankBinValues"); if (pnarbin) *pnarbin = NULL; if (pnam) *pnam = NULL; if (!pnarbin && !pnam) return ERROR_INT("no output requested", procName, 1); if (!na) return ERROR_INT("na not defined", procName, 1); if (numaGetCount(na) == 0) return ERROR_INT("na is empty", procName, 1); if (nbins < 2) return ERROR_INT("nbins must be > 1", procName, 1); /* Get normalized histogram */ numaGetMax(na, &maxval, NULL); maxbins = L_MIN(100002, (l_int32)maxval + 2); nah = numaMakeHistogram(na, maxbins, &discardval, NULL); nan = numaNormalizeHistogram(nah, 1.0); /* Warn if there is a scale change. This shouldn't happen * unless the max value is above 100000. */ numaGetParameters(nan, NULL, &delx); if (delx > 1.0) L_WARNING("scale change: delx = %6.2f\n", procName, delx); /* Rank bin the results */ numaDiscretizeRankAndIntensity(nan, nbins, pnarbin, pnam, NULL, NULL); numaDestroy(&nah); numaDestroy(&nan); return 0; } /*----------------------------------------------------------------------* * Splitting a distribution * *----------------------------------------------------------------------*/ /*! * numaSplitDistribution() * * Input: na (histogram) * scorefract (fraction of the max score, used to determine * the range over which the histogram min is searched) * &splitindex ( index for splitting) * &ave1 ( average of lower distribution) * &ave2 ( average of upper distribution) * &num1 ( population of lower distribution) * &num2 ( population of upper distribution) * &nascore ( for debugging; otherwise use null) * Return: 0 if OK, 1 on error * * Notes: * (1) This function is intended to be used on a distribution of * values that represent two sets, such as a histogram of * pixel values for an image with a fg and bg, and the goal * is to determine the averages of the two sets and the * best splitting point. * (2) The Otsu method finds a split point that divides the distribution * into two parts by maximizing a score function that is the * product of two terms: * (a) the square of the difference of centroids, (ave1 - ave2)^2 * (b) fract1 * (1 - fract1) * where fract1 is the fraction in the lower distribution. * (3) This works well for images where the fg and bg are * each relatively homogeneous and well-separated in color. * However, if the actual fg and bg sets are very different * in size, and the bg is highly varied, as can occur in some * scanned document images, this will bias the split point * into the larger "bump" (i.e., toward the point where the * (b) term reaches its maximum of 0.25 at fract1 = 0.5. * To avoid this, we define a range of values near the * maximum of the score function, and choose the value within * this range such that the histogram itself has a minimum value. * The range is determined by scorefract: we include all abscissa * values to the left and right of the value that maximizes the * score, such that the score stays above (1 - scorefract) * maxscore. * The intuition behind this modification is to try to find * a split point that both has a high variance score and is * at or near a minimum in the histogram, so that the histogram * slope is small at the split point. * (4) We normalize the score so that if the two distributions * were of equal size and at opposite ends of the numa, the * score would be 1.0. */ l_int32 numaSplitDistribution(NUMA *na, l_float32 scorefract, l_int32 *psplitindex, l_float32 *pave1, l_float32 *pave2, l_float32 *pnum1, l_float32 *pnum2, NUMA **pnascore) { l_int32 i, n, bestsplit, minrange, maxrange, maxindex; l_float32 ave1, ave2, ave1prev, ave2prev; l_float32 num1, num2, num1prev, num2prev; l_float32 val, minval, sum, fract1; l_float32 norm, score, minscore, maxscore; NUMA *nascore, *naave1, *naave2, *nanum1, *nanum2; PROCNAME("numaSplitDistribution"); if (!na) return ERROR_INT("na not defined", procName, 1); n = numaGetCount(na); if (n <= 1) return ERROR_INT("n = 1 in histogram", procName, 1); numaGetSum(na, &sum); if (sum <= 0.0) return ERROR_INT("sum <= 0.0", procName, 1); norm = 4.0 / ((n - 1) * (n - 1)); ave1prev = 0.0; numaGetHistogramStats(na, 0.0, 1.0, &ave2prev, NULL, NULL, NULL); num1prev = 0.0; num2prev = sum; maxindex = n / 2; /* initialize with something */ /* Split the histogram with [0 ... i] in the lower part * and [i+1 ... n-1] in upper part. First, compute an otsu * score for each possible splitting. */ nascore = numaCreate(n); if (pave2) naave1 = numaCreate(n); if (pave2) naave2 = numaCreate(n); if (pnum1) nanum1 = numaCreate(n); if (pnum2) nanum2 = numaCreate(n); maxscore = 0.0; for (i = 0; i < n; i++) { numaGetFValue(na, i, &val); num1 = num1prev + val; if (num1 == 0) ave1 = ave1prev; else ave1 = (num1prev * ave1prev + i * val) / num1; num2 = num2prev - val; if (num2 == 0) ave2 = ave2prev; else ave2 = (num2prev * ave2prev - i * val) / num2; fract1 = num1 / sum; score = norm * (fract1 * (1 - fract1)) * (ave2 - ave1) * (ave2 - ave1); numaAddNumber(nascore, score); if (pave1) numaAddNumber(naave1, ave1); if (pave2) numaAddNumber(naave2, ave2); if (pnum1) numaAddNumber(nanum1, num1); if (pnum1) numaAddNumber(nanum2, num2); if (score > maxscore) { maxscore = score; maxindex = i; } num1prev = num1; num2prev = num2; ave1prev = ave1; ave2prev = ave2; } /* Next, for all contiguous scores within a specified fraction * of the max, choose the split point as the value with the * minimum in the histogram. */ minscore = (1. - scorefract) * maxscore; for (i = maxindex - 1; i >= 0; i--) { numaGetFValue(nascore, i, &val); if (val < minscore) break; } minrange = i + 1; for (i = maxindex + 1; i < n; i++) { numaGetFValue(nascore, i, &val); if (val < minscore) break; } maxrange = i - 1; numaGetFValue(na, minrange, &minval); bestsplit = minrange; for (i = minrange + 1; i <= maxrange; i++) { numaGetFValue(na, i, &val); if (val < minval) { minval = val; bestsplit = i; } } /* Add one to the bestsplit value to get the threshold value, * because when we take a threshold, as in pixThresholdToBinary(), * we always choose the set with values below the threshold. */ bestsplit = L_MIN(255, bestsplit + 1); if (psplitindex) *psplitindex = bestsplit; if (pave1) numaGetFValue(naave1, bestsplit, pave1); if (pave2) numaGetFValue(naave2, bestsplit, pave2); if (pnum1) numaGetFValue(nanum1, bestsplit, pnum1); if (pnum2) numaGetFValue(nanum2, bestsplit, pnum2); if (pnascore) { /* debug mode */ fprintf(stderr, "minrange = %d, maxrange = %d\n", minrange, maxrange); fprintf(stderr, "minval = %10.0f\n", minval); gplotSimple1(nascore, GPLOT_PNG, "/tmp/nascore", "Score for split distribution"); *pnascore = nascore; } else { numaDestroy(&nascore); } if (pave1) numaDestroy(&naave1); if (pave2) numaDestroy(&naave2); if (pnum1) numaDestroy(&nanum1); if (pnum2) numaDestroy(&nanum2); return 0; } /*----------------------------------------------------------------------* * Comparing two histograms * *----------------------------------------------------------------------*/ /*! * numaEarthMoverDistance() * * Input: na1, na2 (two numas of the same size, typically histograms) * &dist ( EM distance) * Return: 0 if OK, 1 on error * * Notes: * (1) The two numas must have the same size. They do not need to be * normalized to the same sum before applying the function. * (2) For a 1D discrete function, the implementation of the EMD * is trivial. Just keep filling or emptying buckets in one numa * to match the amount in the other, moving sequentially along * both arrays. * (3) We divide the sum of the absolute value of everything moved * (by 1 unit at a time) by the sum of the numa (amount of "earth") * to get the average distance that the "earth" was moved. * Further normalization, by the number of buckets (minus 1), * gives the distance as a fraction of the maximum possible * distance, which is n-1. This fraction is 1.0 for the situation * where all the 'earth' in the first array is at one end, and * all in the second array is at the other end. */ l_int32 numaEarthMoverDistance(NUMA *na1, NUMA *na2, l_float32 *pdist) { l_int32 n, norm, i; l_float32 sum1, sum2, diff, total; l_float32 *array1, *array3; NUMA *na3; PROCNAME("numaEarthMoverDistance"); if (!pdist) return ERROR_INT("&dist not defined", procName, 1); *pdist = 0.0; if (!na1 || !na2) return ERROR_INT("na1 and na2 not both defined", procName, 1); n = numaGetCount(na1); if (n != numaGetCount(na2)) return ERROR_INT("na1 and na2 have different size", procName, 1); /* Generate na3; normalize to na1 if necessary */ numaGetSum(na1, &sum1); numaGetSum(na2, &sum2); norm = (L_ABS(sum1 - sum2) < 0.00001 * L_ABS(sum1)) ? 1 : 0; if (!norm) na3 = numaTransform(na2, 0, sum1 / sum2); else na3 = numaCopy(na2); array1 = numaGetFArray(na1, L_NOCOPY); array3 = numaGetFArray(na3, L_NOCOPY); /* Move earth in n3 from array elements, to match n1 */ total = 0; for (i = 1; i < n; i++) { diff = array1[i - 1] - array3[i - 1]; array3[i] -= diff; total += L_ABS(diff); } *pdist = total / sum1; numaDestroy(&na3); return 0; } /*----------------------------------------------------------------------* * Extrema finding * *----------------------------------------------------------------------*/ /*! * numaFindPeaks() * * Input: source na * max number of peaks to be found * fract1 (min fraction of peak value) * fract2 (min slope) * Return: peak na, or null on error. * * Notes: * (1) The returned na consists of sets of four numbers representing * the peak, in the following order: * left edge; peak center; right edge; normalized peak area */ NUMA * numaFindPeaks(NUMA *nas, l_int32 nmax, l_float32 fract1, l_float32 fract2) { l_int32 i, k, n, maxloc, lloc, rloc; l_float32 fmaxval, sum, total, newtotal, val, lastval; l_float32 peakfract; NUMA *na, *napeak; PROCNAME("numaFindPeaks"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); n = numaGetCount(nas); numaGetSum(nas, &total); /* We munge this copy */ if ((na = numaCopy(nas)) == NULL) return (NUMA *)ERROR_PTR("na not made", procName, NULL); if ((napeak = numaCreate(4 * nmax)) == NULL) return (NUMA *)ERROR_PTR("napeak not made", procName, NULL); for (k = 0; k < nmax; k++) { numaGetSum(na, &newtotal); if (newtotal == 0.0) /* sanity check */ break; numaGetMax(na, &fmaxval, &maxloc); sum = fmaxval; lastval = fmaxval; lloc = 0; for (i = maxloc - 1; i >= 0; --i) { numaGetFValue(na, i, &val); if (val == 0.0) { lloc = i + 1; break; } if (val > fract1 * fmaxval) { sum += val; lastval = val; continue; } if (lastval - val > fract2 * lastval) { sum += val; lastval = val; continue; } lloc = i; break; } lastval = fmaxval; rloc = n - 1; for (i = maxloc + 1; i < n; ++i) { numaGetFValue(na, i, &val); if (val == 0.0) { rloc = i - 1; break; } if (val > fract1 * fmaxval) { sum += val; lastval = val; continue; } if (lastval - val > fract2 * lastval) { sum += val; lastval = val; continue; } rloc = i; break; } peakfract = sum / total; numaAddNumber(napeak, lloc); numaAddNumber(napeak, maxloc); numaAddNumber(napeak, rloc); numaAddNumber(napeak, peakfract); for (i = lloc; i <= rloc; i++) numaSetValue(na, i, 0.0); } numaDestroy(&na); return napeak; } /*! * numaFindExtrema() * * Input: nas (input values) * delta (relative amount to resolve peaks and valleys) * Return: nad (locations of extrema), or null on error * * Notes: * (1) This returns a sequence of extrema (peaks and valleys). * (2) The algorithm is analogous to that for determining * mountain peaks. Suppose we have a local peak, with * bumps on the side. Under what conditions can we consider * those 'bumps' to be actual peaks? The answer: if the * bump is separated from the peak by a saddle that is at * least 500 feet below the bump. * (3) Operationally, suppose we are looking for a peak. * We are keeping the largest value we've seen since the * last valley, and are looking for a value that is delta * BELOW our current peak. When we find such a value, * we label the peak, use the current value to label the * valley, and then do the same operation in reverse (looking * for a valley). */ NUMA * numaFindExtrema(NUMA *nas, l_float32 delta) { l_int32 i, n, found, loc, direction; l_float32 startval, val, maxval, minval; NUMA *nad; PROCNAME("numaFindExtrema"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); n = numaGetCount(nas); nad = numaCreate(0); /* We don't know if we'll find a peak or valley first, * but use the first element of nas as the reference point. * Break when we deviate by 'delta' from the first point. */ numaGetFValue(nas, 0, &startval); found = FALSE; for (i = 1; i < n; i++) { numaGetFValue(nas, i, &val); if (L_ABS(val - startval) >= delta) { found = TRUE; break; } } if (!found) return nad; /* it's empty */ /* Are we looking for a peak or a valley? */ if (val > startval) { /* peak */ direction = 1; maxval = val; } else { direction = -1; minval = val; } loc = i; /* Sweep through the rest of the array, recording alternating * peak/valley extrema. */ for (i = i + 1; i < n; i++) { numaGetFValue(nas, i, &val); if (direction == 1 && val > maxval ) { /* new local max */ maxval = val; loc = i; } else if (direction == -1 && val < minval ) { /* new local min */ minval = val; loc = i; } else if (direction == 1 && (maxval - val >= delta)) { numaAddNumber(nad, loc); /* save the current max location */ direction = -1; /* reverse: start looking for a min */ minval = val; loc = i; /* current min location */ } else if (direction == -1 && (val - minval >= delta)) { numaAddNumber(nad, loc); /* save the current min location */ direction = 1; /* reverse: start looking for a max */ maxval = val; loc = i; /* current max location */ } } /* Save the final extremum */ /* numaAddNumber(nad, loc); */ return nad; } /*! * numaCountReversals() * * Input: nas (input values) * minreversal (relative amount to resolve peaks and valleys) * &nr ( number of reversals * &nrpl ( reversal density: reversals/length) * Return: 0 if OK, 1 on error * * Notes: * (1) The input numa is can be generated from pixExtractAlongLine(). * If so, the x parameters can be used to find the reversal * frequency along a line. */ l_int32 numaCountReversals(NUMA *nas, l_float32 minreversal, l_int32 *pnr, l_float32 *pnrpl) { l_int32 n, nr; l_float32 delx, len; NUMA *nat; PROCNAME("numaCountReversals"); if (!pnr && !pnrpl) return ERROR_INT("neither &nr nor &nrpl are defined", procName, 1); if (pnr) *pnr = 0; if (pnrpl) *pnrpl = 0.0; if (!nas) return ERROR_INT("nas not defined", procName, 1); n = numaGetCount(nas); nat = numaFindExtrema(nas, minreversal); nr = numaGetCount(nat); if (pnr) *pnr = nr; if (pnrpl) { numaGetParameters(nas, NULL, &delx); len = delx * n; *pnrpl = (l_float32)nr / len; } numaDestroy(&nat); return 0; } /*----------------------------------------------------------------------* * Threshold crossings and frequency analysis * *----------------------------------------------------------------------*/ /*! * numaSelectCrossingThreshold() * * Input: nax ( numa of abscissa values; can be NULL) * nay (signal) * estthresh (estimated pixel threshold for crossing: e.g., for * images, white <--> black; typ. ~120) * &bestthresh ( robust estimate of threshold to use) * Return: 0 if OK, 1 on error * * Note: * (1) When a valid threshold is used, the number of crossings is * a maximum, because none are missed. If no threshold intersects * all the crossings, the crossings must be determined with * numaCrossingsByPeaks(). * (2) @estthresh is an input estimate of the threshold that should * be used. We compute the crossings with 41 thresholds * (20 below and 20 above). There is a range in which the * number of crossings is a maximum. Return a threshold * in the center of this stable plateau of crossings. * This can then be used with numaCrossingsByThreshold() * to get a good estimate of crossing locations. */ l_int32 numaSelectCrossingThreshold(NUMA *nax, NUMA *nay, l_float32 estthresh, l_float32 *pbestthresh) { l_int32 i, inrun, istart, iend, maxstart, maxend, runlen, maxrunlen; l_int32 val, maxval, nmax, count; l_float32 thresh, fmaxval, fmodeval; NUMA *nat, *nac; PROCNAME("numaSelectCrossingThreshold"); if (!nay) return ERROR_INT("nay not defined", procName, 1); /* Compute the number of crossings for different thresholds */ nat = numaCreate(41); for (i = 0; i < 41; i++) { thresh = estthresh - 80.0 + 4.0 * i; nac = numaCrossingsByThreshold(nax, nay, thresh); numaAddNumber(nat, numaGetCount(nac)); numaDestroy(&nac); } /* Find the center of the plateau of max crossings, which * extends from thresh[istart] to thresh[iend]. */ numaGetMax(nat, &fmaxval, NULL); maxval = (l_int32)fmaxval; nmax = 0; for (i = 0; i < 41; i++) { numaGetIValue(nat, i, &val); if (val == maxval) nmax++; } if (nmax < 3) { /* likely accidental max; try the mode */ numaGetMode(nat, &fmodeval, &count); if (count > nmax && fmodeval > 0.5 * fmaxval) maxval = (l_int32)fmodeval; /* use the mode */ } inrun = FALSE; iend = 40; maxrunlen = 0; for (i = 0; i < 41; i++) { numaGetIValue(nat, i, &val); if (val == maxval) { if (!inrun) { istart = i; inrun = TRUE; } continue; } if (inrun && (val != maxval)) { iend = i - 1; runlen = iend - istart + 1; inrun = FALSE; if (runlen > maxrunlen) { maxstart = istart; maxend = iend; maxrunlen = runlen; } } } if (inrun) { runlen = i - istart; if (runlen > maxrunlen) { maxstart = istart; maxend = i - 1; maxrunlen = runlen; } } #if 0 foundfirst = FALSE; iend = 40; for (i = 0; i < 41; i++) { numaGetIValue(nat, i, &val); if (val == maxval) { if (!foundfirst) { istart = i; foundfirst = TRUE; } } if ((val != maxval) && foundfirst) { iend = i - 1; break; } } nmax = iend - istart + 1; #endif *pbestthresh = estthresh - 80.0 + 2.0 * (l_float32)(maxstart + maxend); #if DEBUG_CROSSINGS fprintf(stderr, "\nCrossings attain a maximum at %d thresholds, between:\n" " thresh[%d] = %5.1f and thresh[%d] = %5.1f\n", nmax, maxstart, estthresh - 80.0 + 4.0 * maxstart, maxend, estthresh - 80.0 + 4.0 * maxend); fprintf(stderr, "The best choice: %5.1f\n", *pbestthresh); fprintf(stderr, "Number of crossings at the 41 thresholds:"); numaWriteStream(stderr, nat); #endif /* DEBUG_CROSSINGS */ numaDestroy(&nat); return 0; } /*! * numaCrossingsByThreshold() * * Input: nax ( numa of abscissa values; can be NULL) * nay (numa of ordinate values, corresponding to nax) * thresh (threshold value for nay) * Return: nad (abscissa pts at threshold), or null on error * * Notes: * (1) If nax == NULL, we use startx and delx from nay to compute * the crossing values in nad. */ NUMA * numaCrossingsByThreshold(NUMA *nax, NUMA *nay, l_float32 thresh) { l_int32 i, n; l_float32 startx, delx; l_float32 xval1, xval2, yval1, yval2, delta1, delta2, crossval, fract; NUMA *nad; PROCNAME("numaCrossingsByThreshold"); if (!nay) return (NUMA *)ERROR_PTR("nay not defined", procName, NULL); n = numaGetCount(nay); if (nax && (numaGetCount(nax) != n)) return (NUMA *)ERROR_PTR("nax and nay sizes differ", procName, NULL); nad = numaCreate(0); numaGetFValue(nay, 0, &yval1); numaGetParameters(nay, &startx, &delx); if (nax) numaGetFValue(nax, 0, &xval1); else xval1 = startx; for (i = 1; i < n; i++) { numaGetFValue(nay, i, &yval2); if (nax) numaGetFValue(nax, i, &xval2); else xval2 = startx + i * delx; delta1 = yval1 - thresh; delta2 = yval2 - thresh; if (delta1 == 0.0) { numaAddNumber(nad, xval1); } else if (delta2 == 0.0) { numaAddNumber(nad, xval2); } else if (delta1 * delta2 < 0.0) { /* crossing */ fract = L_ABS(delta1) / L_ABS(yval1 - yval2); crossval = xval1 + fract * (xval2 - xval1); numaAddNumber(nad, crossval); } xval1 = xval2; yval1 = yval2; } return nad; } /*! * numaCrossingsByPeaks() * * Input: nax ( numa of abscissa values) * nay (numa of ordinate values, corresponding to nax) * delta (parameter used to identify when a new peak can be found) * Return: nad (abscissa pts at threshold), or null on error * * Notes: * (1) If nax == NULL, we use startx and delx from nay to compute * the crossing values in nad. */ NUMA * numaCrossingsByPeaks(NUMA *nax, NUMA *nay, l_float32 delta) { l_int32 i, j, n, np, previndex, curindex; l_float32 startx, delx; l_float32 xval1, xval2, yval1, yval2, delta1, delta2; l_float32 prevval, curval, thresh, crossval, fract; NUMA *nap, *nad; PROCNAME("numaCrossingsByPeaks"); if (!nax) return (NUMA *)ERROR_PTR("nax not defined", procName, NULL); if (!nay) return (NUMA *)ERROR_PTR("nay not defined", procName, NULL); n = numaGetCount(nax); if (numaGetCount(nay) != n) return (NUMA *)ERROR_PTR("nax and nay sizes differ", procName, NULL); /* Find the extrema. Also add last point in nay to get * the last transition (from the last peak to the end). * The number of crossings is 1 more than the number of extrema. */ nap = numaFindExtrema(nay, delta); numaAddNumber(nap, n - 1); np = numaGetCount(nap); L_INFO("Number of crossings: %d\n", procName, np); /* Do all computation in index units of nax */ nad = numaCreate(np); /* output crossings, in nax units */ previndex = 0; /* prime the search with 1st point */ numaGetFValue(nay, 0, &prevval); /* prime the search with 1st point */ numaGetParameters(nay, &startx, &delx); for (i = 0; i < np; i++) { numaGetIValue(nap, i, &curindex); numaGetFValue(nay, curindex, &curval); thresh = (prevval + curval) / 2.0; if (nax) numaGetFValue(nax, previndex, &xval1); else xval1 = startx + previndex * delx; numaGetFValue(nay, previndex, &yval1); for (j = previndex + 1; j <= curindex; j++) { if (nax) numaGetFValue(nax, j, &xval2); else xval2 = startx + j * delx; numaGetFValue(nay, j, &yval2); delta1 = yval1 - thresh; delta2 = yval2 - thresh; if (delta1 == 0.0) { numaAddNumber(nad, xval1); break; } else if (delta2 == 0.0) { numaAddNumber(nad, xval2); break; } else if (delta1 * delta2 < 0.0) { /* crossing */ fract = L_ABS(delta1) / L_ABS(yval1 - yval2); crossval = xval1 + fract * (xval2 - xval1); numaAddNumber(nad, crossval); break; } xval1 = xval2; yval1 = yval2; } previndex = curindex; prevval = curval; } numaDestroy(&nap); return nad; } /*! * numaEvalBestHaarParameters() * * Input: nas (numa of non-negative signal values) * relweight (relative weight of (-1 comb) / (+1 comb) * contributions to the 'convolution'. In effect, * the convolution kernel is a comb consisting of * alternating +1 and -weight.) * nwidth (number of widths to consider) * nshift (number of shifts to consider for each width) * minwidth (smallest width to consider) * maxwidth (largest width to consider) * &bestwidth ( width giving largest score) * &bestshift ( shift giving largest score) * &bestscore ( convolution with * "Haar"-like comb) * Return: 0 if OK, 1 on error * * Notes: * (1) This does a linear sweep of widths, evaluating at @nshift * shifts for each width, computing the score from a convolution * with a long comb, and finding the (width, shift) pair that * gives the maximum score. The best width is the "half-wavelength" * of the signal. * (2) The convolving function is a comb of alternating values * +1 and -1 * relweight, separated by the width and phased by * the shift. This is similar to a Haar transform, except * there the convolution is performed with a square wave. * (3) The function is useful for finding the line spacing * and strength of line signal from pixel sum projections. * (4) The score is normalized to the size of nas divided by * the number of half-widths. For image applications, the input is * typically an array of pixel projections, so one should * normalize by dividing the score by the image width in the * pixel projection direction. */ l_int32 numaEvalBestHaarParameters(NUMA *nas, l_float32 relweight, l_int32 nwidth, l_int32 nshift, l_float32 minwidth, l_float32 maxwidth, l_float32 *pbestwidth, l_float32 *pbestshift, l_float32 *pbestscore) { l_int32 i, j; l_float32 delwidth, delshift, width, shift, score; l_float32 bestwidth, bestshift, bestscore; PROCNAME("numaEvalBestHaarParameters"); if (!nas) return ERROR_INT("nas not defined", procName, 1); if (!pbestwidth || !pbestshift) return ERROR_INT("&bestwidth and &bestshift not defined", procName, 1); bestscore = 0.0; delwidth = (maxwidth - minwidth) / (nwidth - 1.0); for (i = 0; i < nwidth; i++) { width = minwidth + delwidth * i; delshift = width / (l_float32)(nshift); for (j = 0; j < nshift; j++) { shift = j * delshift; numaEvalHaarSum(nas, width, shift, relweight, &score); if (score > bestscore) { bestscore = score; bestwidth = width; bestshift = shift; #if DEBUG_FREQUENCY fprintf(stderr, "width = %7.3f, shift = %7.3f, score = %7.3f\n", width, shift, score); #endif /* DEBUG_FREQUENCY */ } } } *pbestwidth = bestwidth; *pbestshift = bestshift; if (pbestscore) *pbestscore = bestscore; return 0; } /*! * numaEvalHaarSum() * * Input: nas (numa of non-negative signal values) * width (distance between +1 and -1 in convolution comb) * shift (phase of the comb: location of first +1) * relweight (relative weight of (-1 comb) / (+1 comb) * contributions to the 'convolution'. In effect, * the convolution kernel is a comb consisting of * alternating +1 and -weight.) * &score ( convolution with "Haar"-like comb) * Return: 0 if OK, 1 on error * * Notes: * (1) This does a convolution with a comb of alternating values * +1 and -relweight, separated by the width and phased by the shift. * This is similar to a Haar transform, except that for Haar, * (1) the convolution kernel is symmetric about 0, so the * relweight is 1.0, and * (2) the convolution is performed with a square wave. * (2) The score is normalized to the size of nas divided by * twice the "width". For image applications, the input is * typically an array of pixel projections, so one should * normalize by dividing the score by the image width in the * pixel projection direction. * (3) To get a Haar-like result, use relweight = 1.0. For detecting * signals where you expect every other sample to be close to * zero, as with barcodes or filtered text lines, you can * use relweight > 1.0. */ l_int32 numaEvalHaarSum(NUMA *nas, l_float32 width, l_float32 shift, l_float32 relweight, l_float32 *pscore) { l_int32 i, n, nsamp, index; l_float32 score, weight, val; PROCNAME("numaEvalHaarSum"); if (!pscore) return ERROR_INT("&score not defined", procName, 1); *pscore = 0.0; if (!nas) return ERROR_INT("nas not defined", procName, 1); if ((n = numaGetCount(nas)) < 2 * width) return ERROR_INT("nas size too small", procName, 1); score = 0.0; nsamp = (l_int32)((n - shift) / width); for (i = 0; i < nsamp; i++) { index = (l_int32)(shift + i * width); weight = (i % 2) ? 1.0 : -1.0 * relweight; numaGetFValue(nas, index, &val); score += weight * val; } *pscore = 2.0 * width * score / (l_float32)n; return 0; } leptonica-1.70/src/spixio.c0000644000175000017500000003225712244234061013762 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * spixio.c * * This does fast serialization of a pix in memory to file, * copying the raw data for maximum speed. The underlying * function serializes it to memory, and it is wrapped to be * callable from standard pixRead and pixWrite functions. * * Reading spix from file * PIX *pixReadStreamSpix() * l_int32 readHeaderSpix() * l_int32 freadHeaderSpix() * l_int32 sreadHeaderSpix() * * Writing spix to file * l_int32 pixWriteStreamSpix() * * Low-level serialization of pix to/from memory (uncompressed) * PIX *pixReadMemSpix() * l_int32 pixWriteMemSpix() * l_int32 pixSerializeToMemory() * PIX *pixDeserializeFromMemory() * */ #include #include "allheaders.h" #ifndef NO_CONSOLE_IO #define DEBUG_SERIALIZE 0 #endif /* ~NO_CONSOLE_IO */ /*-----------------------------------------------------------------------* * Reading spix from file * *-----------------------------------------------------------------------*/ /*! * pixReadStreamSpix() * * Input: stream * Return: pix, or null on error. * * Notes: * (1) If called from pixReadStream(), the stream is positioned * at the beginning of the file. */ PIX * pixReadStreamSpix(FILE *fp) { size_t nbytes; l_uint8 *data; PIX *pix; PROCNAME("pixReadStreamSpix"); if (!fp) return (PIX *)ERROR_PTR("stream not defined", procName, NULL); if ((data = l_binaryReadStream(fp, &nbytes)) == NULL) return (PIX *)ERROR_PTR("data not read", procName, NULL); if ((pix = pixReadMemSpix(data, nbytes)) == NULL) { FREE(data); return (PIX *)ERROR_PTR("pix not made", procName, NULL); } FREE(data); return pix; } /*! * readHeaderSpix() * * Input: filename * &width () * &height () * &bps (, bits/sample) * &spp (, samples/pixel) * &iscmap (; input NULL to ignore) * Return: 0 if OK, 1 on error * * Notes: * (1) If there is a colormap, iscmap is returned as 1; else 0. */ l_int32 readHeaderSpix(const char *filename, l_int32 *pwidth, l_int32 *pheight, l_int32 *pbps, l_int32 *pspp, l_int32 *piscmap) { l_int32 ret; FILE *fp; PROCNAME("readHeaderSpix"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!pwidth || !pheight || !pbps || !pspp) return ERROR_INT("input ptr(s) not defined", procName, 1); if ((fp = fopenReadStream(filename)) == NULL) return ERROR_INT("image file not found", procName, 1); ret = freadHeaderSpix(fp, pwidth, pheight, pbps, pspp, piscmap); fclose(fp); return ret; } /*! * freadHeaderSpix() * * Input: stream * &width () * &height () * &bps (, bits/sample) * &spp (, samples/pixel) * &iscmap (; input NULL to ignore) * Return: 0 if OK, 1 on error * * Notes: * (1) If there is a colormap, iscmap is returned as 1; else 0. */ l_int32 freadHeaderSpix(FILE *fp, l_int32 *pwidth, l_int32 *pheight, l_int32 *pbps, l_int32 *pspp, l_int32 *piscmap) { l_int32 nbytes, ret; l_uint32 *data; PROCNAME("freadHeaderSpix"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!pwidth || !pheight || !pbps || !pspp) return ERROR_INT("input ptr(s) not defined", procName, 1); nbytes = fnbytesInFile(fp); if (nbytes < 32) return ERROR_INT("file too small to be spix", procName, 1); if ((data = (l_uint32 *)CALLOC(6, sizeof(l_uint32))) == NULL) return ERROR_INT("CALLOC fail for data", procName, 1); if (fread(data, 4, 6, fp) != 6) return ERROR_INT("error reading data", procName, 1); ret = sreadHeaderSpix(data, pwidth, pheight, pbps, pspp, piscmap); FREE(data); return ret; } /*! * sreadHeaderSpix() * * Input: data * &width () * &height () * &bps (, bits/sample) * &spp (, samples/pixel) * &iscmap (; input NULL to ignore) * Return: 0 if OK, 1 on error * * Notes: * (1) If there is a colormap, iscmap is returned as 1; else 0. */ l_int32 sreadHeaderSpix(const l_uint32 *data, l_int32 *pwidth, l_int32 *pheight, l_int32 *pbps, l_int32 *pspp, l_int32 *piscmap) { char *id; l_int32 d, ncolors; PROCNAME("sreadHeaderSpix"); if (!data) return ERROR_INT("data not defined", procName, 1); if (!pwidth || !pheight || !pbps || !pspp) return ERROR_INT("input ptr(s) not defined", procName, 1); *pwidth = *pheight = *pbps = *pspp = 0; if (piscmap) *piscmap = 0; /* Check file id */ id = (char *)data; if (id[0] != 's' || id[1] != 'p' || id[2] != 'i' || id[3] != 'x') return ERROR_INT("not a valid spix file", procName, 1); *pwidth = data[1]; *pheight = data[2]; d = data[3]; if (d <= 16) { *pbps = d; *pspp = 1; } else { *pbps = 8; *pspp = d / 8; /* if the pix is 32 bpp, call it 4 samples */ } ncolors = data[5]; if (piscmap) *piscmap = (ncolors == 0) ? 0 : 1; return 0; } /*-----------------------------------------------------------------------* * Writing spix to file * *-----------------------------------------------------------------------*/ /*! * pixWriteStreamSpix() * * Input: stream * pix * Return: 0 if OK; 1 on error */ l_int32 pixWriteStreamSpix(FILE *fp, PIX *pix) { l_uint8 *data; size_t size; PROCNAME("pixWriteStreamSpix"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (pixWriteMemSpix(&data, &size, pix)) return ERROR_INT("failure to write pix to memory", procName, 1); fwrite(data, 1, size, fp); FREE(data); return 0; } /*-----------------------------------------------------------------------* * Low-level serialization of pix to/from memory (uncompressed) * *-----------------------------------------------------------------------*/ /*! * pixReadMemSpix() * * Input: data (const; uncompressed) * size (of data) * Return: pix, or null on error */ PIX * pixReadMemSpix(const l_uint8 *data, size_t size) { return pixDeserializeFromMemory((l_uint32 *)data, size); } /*! * pixWriteMemSpix() * * Input: &data ( data of serialized, uncompressed pix) * &size ( size of returned data) * pix (all depths; colormap OK) * Return: 0 if OK, 1 on error */ l_int32 pixWriteMemSpix(l_uint8 **pdata, size_t *psize, PIX *pix) { return pixSerializeToMemory(pix, (l_uint32 **)pdata, psize); } /*! * pixSerializeToMemory() * * Input: pixs (all depths, colormap OK) * &data ( serialized data in memory) * &nbytes ( number of bytes in data string) * Return: 0 if OK, 1 on error * * Notes: * (1) This does a fast serialization of the principal elements * of the pix, as follows: * "spix" (4 bytes) -- ID for file type * w (4 bytes) * h (4 bytes) * d (4 bytes) * wpl (4 bytes) * ncolors (4 bytes) -- in colormap; 0 if there is no colormap * cdata (4 * ncolors) -- size of serialized colormap array * rdatasize (4 bytes) -- size of serialized raster data * = 4 * wpl * h * rdata (rdatasize) */ l_int32 pixSerializeToMemory(PIX *pixs, l_uint32 **pdata, size_t *pnbytes) { char *id; l_int32 w, h, d, wpl, rdatasize, ncolors, nbytes, index; l_uint8 *cdata; /* data in colormap array (4 bytes/color table entry) */ l_uint32 *data; l_uint32 *rdata; /* data in pix raster */ PIXCMAP *cmap; PROCNAME("pixSerializeToMemory"); if (!pdata || !pnbytes) return ERROR_INT("&data and &nbytes not both defined", procName, 1); *pdata = NULL; *pnbytes = 0; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); pixGetDimensions(pixs, &w, &h, &d); wpl = pixGetWpl(pixs); rdata = pixGetData(pixs); rdatasize = 4 * wpl * h; ncolors = 0; cdata = NULL; if ((cmap = pixGetColormap(pixs)) != NULL) pixcmapSerializeToMemory(cmap, 4, &ncolors, &cdata); nbytes = 24 + 4 * ncolors + 4 + rdatasize; if ((data = (l_uint32 *)CALLOC(nbytes / 4, sizeof(l_uint32))) == NULL) return ERROR_INT("data not made", procName, 1); *pdata = data; *pnbytes = nbytes; id = (char *)data; id[0] = 's'; id[1] = 'p'; id[2] = 'i'; id[3] = 'x'; data[1] = w; data[2] = h; data[3] = d; data[4] = wpl; data[5] = ncolors; if (ncolors > 0) memcpy((char *)(data + 6), (char *)cdata, 4 * ncolors); index = 6 + ncolors; data[index] = rdatasize; memcpy((char *)(data + index + 1), (char *)rdata, rdatasize); #if DEBUG_SERIALIZE fprintf(stderr, "Serialize: " "raster size = %d, ncolors in cmap = %d, total bytes = %d\n", rdatasize, ncolors, nbytes); #endif /* DEBUG_SERIALIZE */ FREE(cdata); return 0; } /*! * pixDeserializeFromMemory() * * Input: data (serialized data in memory) * nbytes (number of bytes in data string) * Return: pix, or NULL on error * * Notes: * (1) See pixSerializeToMemory() for the binary format. */ PIX * pixDeserializeFromMemory(const l_uint32 *data, size_t nbytes) { char *id; l_int32 w, h, d, imdatasize, ncolors; l_uint32 *imdata; /* data in pix raster */ PIX *pixd; PIXCMAP *cmap; PROCNAME("pixDeserializeFromMemory"); if (!data) return (PIX *)ERROR_PTR("data not defined", procName, NULL); if (nbytes < 28) return (PIX *)ERROR_PTR("invalid data", procName, NULL); id = (char *)data; if (id[0] != 's' || id[1] != 'p' || id[2] != 'i' || id[3] != 'x') return (PIX *)ERROR_PTR("invalid id string", procName, NULL); w = data[1]; h = data[2]; d = data[3]; if ((pixd = pixCreate(w, h, d)) == NULL) return (PIX *)ERROR_PTR("pix not made", procName, NULL); ncolors = data[5]; if (ncolors > 0) { cmap = pixcmapDeserializeFromMemory((l_uint8 *)(&data[6]), 4, ncolors); if (!cmap) return (PIX *)ERROR_PTR("cmap not made", procName, NULL); pixSetColormap(pixd, cmap); } imdata = pixGetData(pixd); imdatasize = nbytes - 24 - 4 * ncolors - 4; if (imdatasize != data[6 + ncolors]) L_ERROR("imdatasize is inconsistent with nbytes\n", procName); memcpy((char *)imdata, (char *)(data + 7 + ncolors), imdatasize); #if DEBUG_SERIALIZE fprintf(stderr, "Deserialize: " "raster size = %d, ncolors in cmap = %d, total bytes = %lu\n", imdatasize, ncolors, nbytes); #endif /* DEBUG_SERIALIZE */ return pixd; } leptonica-1.70/src/morph.c0000644000175000017500000017363212244224427013604 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * morph.c * * Generic binary morphological ops implemented with rasterop * PIX *pixDilate() * PIX *pixErode() * PIX *pixHMT() * PIX *pixOpen() * PIX *pixClose() * PIX *pixCloseSafe() * PIX *pixOpenGeneralized() * PIX *pixCloseGeneralized() * * Binary morphological (raster) ops with brick Sels * PIX *pixDilateBrick() * PIX *pixErodeBrick() * PIX *pixOpenBrick() * PIX *pixCloseBrick() * PIX *pixCloseSafeBrick() * * Binary composed morphological (raster) ops with brick Sels * l_int32 selectComposableSels() * l_int32 selectComposableSizes() * PIX *pixDilateCompBrick() * PIX *pixErodeCompBrick() * PIX *pixOpenCompBrick() * PIX *pixCloseCompBrick() * PIX *pixCloseSafeCompBrick() * * Functions associated with boundary conditions * void resetMorphBoundaryCondition() * l_int32 getMorphBorderPixelColor() * * Static helpers for arg processing * static PIX *processMorphArgs1() * static PIX *processMorphArgs2() * * You are provided with many simple ways to do binary morphology. * In particular, if you are using brick Sels, there are six * convenient methods, all specially tailored for separable operations * on brick Sels. A "brick" Sel is a Sel that is a rectangle * of solid SEL_HITs with the origin at or near the center. * Note that a brick Sel can have one dimension of size 1. * This is very common. All the brick Sel operations are * separable, meaning the operation is done first in the horizontal * direction and then in the vertical direction. If one of the * dimensions is 1, this is a special case where the operation is * only performed in the other direction. * * These six brick Sel methods are enumerated as follows: * * (1) Brick Sels: pix*Brick(), where * = {Dilate, Erode, Open, Close}. * These are separable rasterop implementations. The Sels are * automatically generated, used, and destroyed at the end. * You can get the result as a new Pix, in-place back into the src Pix, * or written to another existing Pix. * * (2) Brick Sels: pix*CompBrick(), where * = {Dilate, Erode, Open, Close}. * These are separable, 2-way composite, rasterop implementations. * The Sels are automatically generated, used, and destroyed at the end. * You can get the result as a new Pix, in-place back into the src Pix, * or written to another existing Pix. For large Sels, these are * considerably faster than the corresponding pix*Brick() functions. * N.B.: The size of the Sels that are actually used are typically * close to, but not exactly equal to, the size input to the function. * * (3) Brick Sels: pix*BrickDwa(), where * = {Dilate, Erode, Open, Close}. * These are separable dwa (destination word accumulation) * implementations. They use auto-gen'd dwa code. You can get * the result as a new Pix, in-place back into the src Pix, * or written to another existing Pix. This is typically * about 3x faster than the analogous rasterop pix*Brick() * function, but it has the limitation that the Sel size must * be less than 63. This is pre-set to work on a number * of pre-generated Sels. If you want to use other Sels, the * code can be auto-gen'd for them; see the instructions in morphdwa.c. * * (4) Same as (1), but you run it through pixMorphSequence(), with * the sequence string either compiled in or generated using sprintf. * All intermediate images and Sels are created, used and destroyed. * You always get the result as a new Pix. For example, you can * specify a separable 11 x 17 brick opening as "o11.17", * or you can specify the horizontal and vertical operations * explicitly as "o11.1 + o1.11". See morphseq.c for details. * * (5) Same as (2), but you run it through pixMorphCompSequence(), with * the sequence string either compiled in or generated using sprintf. * All intermediate images and Sels are created, used and destroyed. * You always get the result as a new Pix. See morphseq.c for details. * * (6) Same as (3), but you run it through pixMorphSequenceDwa(), with * the sequence string either compiled in or generated using sprintf. * All intermediate images and Sels are created, used and destroyed. * You always get the result as a new Pix. See morphseq.c for details. * * If you are using Sels that are not bricks, you have two choices: * (a) simplest: use the basic rasterop implementations (pixDilate(), ...) * (b) fastest: generate the destination word accumumlation (dwa) * code for your Sels and compile it with the library. * * For an example, see flipdetect.c, which gives implementations * using hit-miss Sels with both the rasterop and dwa versions. * For the latter, the dwa code resides in fliphmtgen.c, and it * was generated by prog/flipselgen.c. Both the rasterop and dwa * implementations are tested by prog/fliptest.c. * * A global constant MORPH_BC is used to set the boundary conditions * for rasterop-based binary morphology. MORPH_BC, in morph.c, * is set by default to ASYMMETRIC_MORPH_BC for a non-symmetric * convention for boundary pixels in dilation and erosion: * All pixels outside the image are assumed to be OFF * for both dilation and erosion. * To use a symmetric definition, see comments in pixErode() * and reset MORPH_BC to SYMMETRIC_MORPH_BC, using * resetMorphBoundaryCondition(). * * Boundary artifacts are possible in closing when the non-symmetric * boundary conditions are used, because foreground pixels very close * to the edge can be removed. This can be avoided by using either * the symmetric boundary conditions or the function pixCloseSafe(), * which adds a border before the operation and removes it afterwards. * * The hit-miss transform (HMT) is the bit-and of 2 erosions: * (erosion of the src by the hits) & (erosion of the bit-inverted * src by the misses) * * The 'generalized opening' is an HMT followed by a dilation that uses * only the hits of the hit-miss Sel. * The 'generalized closing' is a dilation (again, with the hits * of a hit-miss Sel), followed by the HMT. * Both of these 'generalized' functions are idempotent. * * These functions are extensively tested in prog/binmorph1_reg.c, * prog/binmorph2_reg.c, and prog/binmorph3_reg.c. */ #include #include "allheaders.h" /* Global constant; initialized here; must be declared extern * in other files to access it directly. However, in most * cases that is not necessary, because it can be reset * using resetMorphBoundaryCondition(). */ LEPT_DLL l_int32 MORPH_BC = ASYMMETRIC_MORPH_BC; /* We accept this cost in extra rasterops for decomposing exactly. */ static const l_int32 ACCEPTABLE_COST = 5; /* Static helpers for arg processing */ static PIX * processMorphArgs1(PIX *pixd, PIX *pixs, SEL *sel, PIX **ppixt); static PIX * processMorphArgs2(PIX *pixd, PIX *pixs, SEL *sel); /*-----------------------------------------------------------------* * Generic binary morphological ops implemented with rasterop * *-----------------------------------------------------------------*/ /*! * pixDilate() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * sel * Return: pixd * * Notes: * (1) This dilates src using hits in Sel. * (2) There are three cases: * (a) pixd == null (result into new pixd) * (b) pixd == pixs (in-place; writes result back to pixs) * (c) pixd != pixs (puts result into existing pixd) * (3) For clarity, if the case is known, use these patterns: * (a) pixd = pixDilate(NULL, pixs, ...); * (b) pixDilate(pixs, pixs, ...); * (c) pixDilate(pixd, pixs, ...); * (4) The size of the result is determined by pixs. */ PIX * pixDilate(PIX *pixd, PIX *pixs, SEL *sel) { l_int32 i, j, w, h, sx, sy, cx, cy, seldata; PIX *pixt; PROCNAME("pixDilate"); if ((pixd = processMorphArgs1(pixd, pixs, sel, &pixt)) == NULL) return (PIX *)ERROR_PTR("processMorphArgs1 failed", procName, pixd); pixGetDimensions(pixs, &w, &h, NULL); selGetParameters(sel, &sy, &sx, &cy, &cx); pixClearAll(pixd); for (i = 0; i < sy; i++) { for (j = 0; j < sx; j++) { seldata = sel->data[i][j]; if (seldata == 1) { /* src | dst */ pixRasterop(pixd, j - cx, i - cy, w, h, PIX_SRC | PIX_DST, pixt, 0, 0); } } } pixDestroy(&pixt); return pixd; } /*! * pixErode() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * sel * Return: pixd * * Notes: * (1) This erodes src using hits in Sel. * (2) There are three cases: * (a) pixd == null (result into new pixd) * (b) pixd == pixs (in-place; writes result back to pixs) * (c) pixd != pixs (puts result into existing pixd) * (3) For clarity, if the case is known, use these patterns: * (a) pixd = pixErode(NULL, pixs, ...); * (b) pixErode(pixs, pixs, ...); * (c) pixErode(pixd, pixs, ...); * (4) The size of the result is determined by pixs. */ PIX * pixErode(PIX *pixd, PIX *pixs, SEL *sel) { l_int32 i, j, w, h, sx, sy, cx, cy, seldata; l_int32 xp, yp, xn, yn; PIX *pixt; PROCNAME("pixErode"); if ((pixd = processMorphArgs1(pixd, pixs, sel, &pixt)) == NULL) return (PIX *)ERROR_PTR("processMorphArgs1 failed", procName, pixd); pixGetDimensions(pixs, &w, &h, NULL); selGetParameters(sel, &sy, &sx, &cy, &cx); pixSetAll(pixd); for (i = 0; i < sy; i++) { for (j = 0; j < sx; j++) { seldata = sel->data[i][j]; if (seldata == 1) { /* src & dst */ pixRasterop(pixd, cx - j, cy - i, w, h, PIX_SRC & PIX_DST, pixt, 0, 0); } } } /* Clear near edges. We do this for the asymmetric boundary * condition convention that implements erosion assuming all * pixels surrounding the image are OFF. If you use a * use a symmetric b.c. convention, where the erosion is * implemented assuming pixels surrounding the image * are ON, these operations are omitted. */ if (MORPH_BC == ASYMMETRIC_MORPH_BC) { selFindMaxTranslations(sel, &xp, &yp, &xn, &yn); if (xp > 0) pixRasterop(pixd, 0, 0, xp, h, PIX_CLR, NULL, 0, 0); if (xn > 0) pixRasterop(pixd, w - xn, 0, xn, h, PIX_CLR, NULL, 0, 0); if (yp > 0) pixRasterop(pixd, 0, 0, w, yp, PIX_CLR, NULL, 0, 0); if (yn > 0) pixRasterop(pixd, 0, h - yn, w, yn, PIX_CLR, NULL, 0, 0); } pixDestroy(&pixt); return pixd; } /*! * pixHMT() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * sel * Return: pixd * * Notes: * (1) The hit-miss transform erodes the src, using both hits * and misses in the Sel. It ANDs the shifted src for hits * and ANDs the inverted shifted src for misses. * (2) There are three cases: * (a) pixd == null (result into new pixd) * (b) pixd == pixs (in-place; writes result back to pixs) * (c) pixd != pixs (puts result into existing pixd) * (3) For clarity, if the case is known, use these patterns: * (a) pixd = pixHMT(NULL, pixs, ...); * (b) pixHMT(pixs, pixs, ...); * (c) pixHMT(pixd, pixs, ...); * (4) The size of the result is determined by pixs. */ PIX * pixHMT(PIX *pixd, PIX *pixs, SEL *sel) { l_int32 i, j, w, h, sx, sy, cx, cy, firstrasterop, seldata; l_int32 xp, yp, xn, yn; PIX *pixt; PROCNAME("pixHMT"); if ((pixd = processMorphArgs1(pixd, pixs, sel, &pixt)) == NULL) return (PIX *)ERROR_PTR("processMorphArgs1 failed", procName, pixd); pixGetDimensions(pixs, &w, &h, NULL); selGetParameters(sel, &sy, &sx, &cy, &cx); firstrasterop = TRUE; for (i = 0; i < sy; i++) { for (j = 0; j < sx; j++) { seldata = sel->data[i][j]; if (seldata == 1) { /* hit */ if (firstrasterop == TRUE) { /* src only */ pixClearAll(pixd); pixRasterop(pixd, cx - j, cy - i, w, h, PIX_SRC, pixt, 0, 0); firstrasterop = FALSE; } else { /* src & dst */ pixRasterop(pixd, cx - j, cy - i, w, h, PIX_SRC & PIX_DST, pixt, 0, 0); } } else if (seldata == 2) { /* miss */ if (firstrasterop == TRUE) { /* ~src only */ pixSetAll(pixd); pixRasterop(pixd, cx - j, cy - i, w, h, PIX_NOT(PIX_SRC), pixt, 0, 0); firstrasterop = FALSE; } else { /* ~src & dst */ pixRasterop(pixd, cx - j, cy - i, w, h, PIX_NOT(PIX_SRC) & PIX_DST, pixt, 0, 0); } } } } /* Clear near edges */ selFindMaxTranslations(sel, &xp, &yp, &xn, &yn); if (xp > 0) pixRasterop(pixd, 0, 0, xp, h, PIX_CLR, NULL, 0, 0); if (xn > 0) pixRasterop(pixd, w - xn, 0, xn, h, PIX_CLR, NULL, 0, 0); if (yp > 0) pixRasterop(pixd, 0, 0, w, yp, PIX_CLR, NULL, 0, 0); if (yn > 0) pixRasterop(pixd, 0, h - yn, w, yn, PIX_CLR, NULL, 0, 0); pixDestroy(&pixt); return pixd; } /*! * pixOpen() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * sel * Return: pixd * * Notes: * (1) Generic morphological opening, using hits in the Sel. * (2) There are three cases: * (a) pixd == null (result into new pixd) * (b) pixd == pixs (in-place; writes result back to pixs) * (c) pixd != pixs (puts result into existing pixd) * (3) For clarity, if the case is known, use these patterns: * (a) pixd = pixOpen(NULL, pixs, ...); * (b) pixOpen(pixs, pixs, ...); * (c) pixOpen(pixd, pixs, ...); * (4) The size of the result is determined by pixs. */ PIX * pixOpen(PIX *pixd, PIX *pixs, SEL *sel) { PIX *pixt; PROCNAME("pixOpen"); if ((pixd = processMorphArgs2(pixd, pixs, sel)) == NULL) return (PIX *)ERROR_PTR("pixd not returned", procName, pixd); if ((pixt = pixErode(NULL, pixs, sel)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, pixd); pixDilate(pixd, pixt, sel); pixDestroy(&pixt); return pixd; } /*! * pixClose() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * sel * Return: pixd * * Notes: * (1) Generic morphological closing, using hits in the Sel. * (2) This implementation is a strict dual of the opening if * symmetric boundary conditions are used (see notes at top * of this file). * (3) There are three cases: * (a) pixd == null (result into new pixd) * (b) pixd == pixs (in-place; writes result back to pixs) * (c) pixd != pixs (puts result into existing pixd) * (4) For clarity, if the case is known, use these patterns: * (a) pixd = pixClose(NULL, pixs, ...); * (b) pixClose(pixs, pixs, ...); * (c) pixClose(pixd, pixs, ...); * (5) The size of the result is determined by pixs. */ PIX * pixClose(PIX *pixd, PIX *pixs, SEL *sel) { PIX *pixt; PROCNAME("pixClose"); if ((pixd = processMorphArgs2(pixd, pixs, sel)) == NULL) return (PIX *)ERROR_PTR("pixd not returned", procName, pixd); if ((pixt = pixDilate(NULL, pixs, sel)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, pixd); pixErode(pixd, pixt, sel); pixDestroy(&pixt); return pixd; } /*! * pixCloseSafe() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * sel * Return: pixd * * Notes: * (1) Generic morphological closing, using hits in the Sel. * (2) If non-symmetric boundary conditions are used, this * function adds a border of OFF pixels that is of * sufficient size to avoid losing pixels from the dilation, * and it removes the border after the operation is finished. * It thus enforces a correct extensive result for closing. * (3) If symmetric b.c. are used, it is not necessary to add * and remove this border. * (4) There are three cases: * (a) pixd == null (result into new pixd) * (b) pixd == pixs (in-place; writes result back to pixs) * (c) pixd != pixs (puts result into existing pixd) * (5) For clarity, if the case is known, use these patterns: * (a) pixd = pixCloseSafe(NULL, pixs, ...); * (b) pixCloseSafe(pixs, pixs, ...); * (c) pixCloseSafe(pixd, pixs, ...); * (6) The size of the result is determined by pixs. */ PIX * pixCloseSafe(PIX *pixd, PIX *pixs, SEL *sel) { l_int32 xp, yp, xn, yn, xmax, xbord; PIX *pixt1, *pixt2; PROCNAME("pixCloseSafe"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (!sel) return (PIX *)ERROR_PTR("sel not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, pixd); /* Symmetric b.c. handles correctly without added pixels */ if (MORPH_BC == SYMMETRIC_MORPH_BC) return pixClose(pixd, pixs, sel); selFindMaxTranslations(sel, &xp, &yp, &xn, &yn); xmax = L_MAX(xp, xn); xbord = 32 * ((xmax + 31) / 32); /* full 32 bit words */ if ((pixt1 = pixAddBorderGeneral(pixs, xbord, xbord, yp, yn, 0)) == NULL) return (PIX *)ERROR_PTR("pixt1 not made", procName, pixd); pixClose(pixt1, pixt1, sel); if ((pixt2 = pixRemoveBorderGeneral(pixt1, xbord, xbord, yp, yn)) == NULL) return (PIX *)ERROR_PTR("pixt2 not made", procName, pixd); pixDestroy(&pixt1); if (!pixd) return pixt2; pixCopy(pixd, pixt2); pixDestroy(&pixt2); return pixd; } /*! * pixOpenGeneralized() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * sel * Return: pixd * * Notes: * (1) Generalized morphological opening, using both hits and * misses in the Sel. * (2) This does a hit-miss transform, followed by a dilation * using the hits. * (3) There are three cases: * (a) pixd == null (result into new pixd) * (b) pixd == pixs (in-place; writes result back to pixs) * (c) pixd != pixs (puts result into existing pixd) * (4) For clarity, if the case is known, use these patterns: * (a) pixd = pixOpenGeneralized(NULL, pixs, ...); * (b) pixOpenGeneralized(pixs, pixs, ...); * (c) pixOpenGeneralized(pixd, pixs, ...); * (5) The size of the result is determined by pixs. */ PIX * pixOpenGeneralized(PIX *pixd, PIX *pixs, SEL *sel) { PIX *pixt; PROCNAME("pixOpenGeneralized"); if ((pixd = processMorphArgs2(pixd, pixs, sel)) == NULL) return (PIX *)ERROR_PTR("pixd not returned", procName, pixd); if ((pixt = pixHMT(NULL, pixs, sel)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, pixd); pixDilate(pixd, pixt, sel); pixDestroy(&pixt); return pixd; } /*! * pixCloseGeneralized() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * sel * Return: pixd * * Notes: * (1) Generalized morphological closing, using both hits and * misses in the Sel. * (2) This does a dilation using the hits, followed by a * hit-miss transform. * (3) This operation is a dual of the generalized opening. * (4) There are three cases: * (a) pixd == null (result into new pixd) * (b) pixd == pixs (in-place; writes result back to pixs) * (c) pixd != pixs (puts result into existing pixd) * (5) For clarity, if the case is known, use these patterns: * (a) pixd = pixCloseGeneralized(NULL, pixs, ...); * (b) pixCloseGeneralized(pixs, pixs, ...); * (c) pixCloseGeneralized(pixd, pixs, ...); * (6) The size of the result is determined by pixs. */ PIX * pixCloseGeneralized(PIX *pixd, PIX *pixs, SEL *sel) { PIX *pixt; PROCNAME("pixCloseGeneralized"); if ((pixd = processMorphArgs2(pixd, pixs, sel)) == NULL) return (PIX *)ERROR_PTR("pixd not returned", procName, pixd); if ((pixt = pixDilate(NULL, pixs, sel)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, pixd); pixHMT(pixd, pixt, sel); pixDestroy(&pixt); return pixd; } /*-----------------------------------------------------------------* * Binary morphological (raster) ops with brick Sels * *-----------------------------------------------------------------*/ /*! * pixDilateBrick() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * hsize (width of brick Sel) * vsize (height of brick Sel) * Return: pixd * * Notes: * (1) Sel is a brick with all elements being hits * (2) The origin is at (x, y) = (hsize/2, vsize/2) * (3) Do separably if both hsize and vsize are > 1. * (4) There are three cases: * (a) pixd == null (result into new pixd) * (b) pixd == pixs (in-place; writes result back to pixs) * (c) pixd != pixs (puts result into existing pixd) * (5) For clarity, if the case is known, use these patterns: * (a) pixd = pixDilateBrick(NULL, pixs, ...); * (b) pixDilateBrick(pixs, pixs, ...); * (c) pixDilateBrick(pixd, pixs, ...); * (6) The size of the result is determined by pixs. */ PIX * pixDilateBrick(PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize) { PIX *pixt; SEL *sel, *selh, *selv; PROCNAME("pixDilateBrick"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, pixd); if (hsize < 1 || vsize < 1) return (PIX *)ERROR_PTR("hsize and vsize not >= 1", procName, pixd); if (hsize == 1 && vsize == 1) return pixCopy(pixd, pixs); if (hsize == 1 || vsize == 1) { /* no intermediate result */ sel = selCreateBrick(vsize, hsize, vsize / 2, hsize / 2, SEL_HIT); pixd = pixDilate(pixd, pixs, sel); selDestroy(&sel); } else { selh = selCreateBrick(1, hsize, 0, hsize / 2, SEL_HIT); selv = selCreateBrick(vsize, 1, vsize / 2, 0, SEL_HIT); pixt = pixDilate(NULL, pixs, selh); pixd = pixDilate(pixd, pixt, selv); pixDestroy(&pixt); selDestroy(&selh); selDestroy(&selv); } return pixd; } /*! * pixErodeBrick() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * hsize (width of brick Sel) * vsize (height of brick Sel) * Return: pixd * * Notes: * (1) Sel is a brick with all elements being hits * (2) The origin is at (x, y) = (hsize/2, vsize/2) * (3) Do separably if both hsize and vsize are > 1. * (4) There are three cases: * (a) pixd == null (result into new pixd) * (b) pixd == pixs (in-place; writes result back to pixs) * (c) pixd != pixs (puts result into existing pixd) * (5) For clarity, if the case is known, use these patterns: * (a) pixd = pixErodeBrick(NULL, pixs, ...); * (b) pixErodeBrick(pixs, pixs, ...); * (c) pixErodeBrick(pixd, pixs, ...); * (6) The size of the result is determined by pixs. */ PIX * pixErodeBrick(PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize) { PIX *pixt; SEL *sel, *selh, *selv; PROCNAME("pixErodeBrick"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, pixd); if (hsize < 1 || vsize < 1) return (PIX *)ERROR_PTR("hsize and vsize not >= 1", procName, pixd); if (hsize == 1 && vsize == 1) return pixCopy(pixd, pixs); if (hsize == 1 || vsize == 1) { /* no intermediate result */ sel = selCreateBrick(vsize, hsize, vsize / 2, hsize / 2, SEL_HIT); pixd = pixErode(pixd, pixs, sel); selDestroy(&sel); } else { selh = selCreateBrick(1, hsize, 0, hsize / 2, SEL_HIT); selv = selCreateBrick(vsize, 1, vsize / 2, 0, SEL_HIT); pixt = pixErode(NULL, pixs, selh); pixd = pixErode(pixd, pixt, selv); pixDestroy(&pixt); selDestroy(&selh); selDestroy(&selv); } return pixd; } /*! * pixOpenBrick() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * hsize (width of brick Sel) * vsize (height of brick Sel) * Return: pixd, or null on error * * Notes: * (1) Sel is a brick with all elements being hits * (2) The origin is at (x, y) = (hsize/2, vsize/2) * (3) Do separably if both hsize and vsize are > 1. * (4) There are three cases: * (a) pixd == null (result into new pixd) * (b) pixd == pixs (in-place; writes result back to pixs) * (c) pixd != pixs (puts result into existing pixd) * (5) For clarity, if the case is known, use these patterns: * (a) pixd = pixOpenBrick(NULL, pixs, ...); * (b) pixOpenBrick(pixs, pixs, ...); * (c) pixOpenBrick(pixd, pixs, ...); * (6) The size of the result is determined by pixs. */ PIX * pixOpenBrick(PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize) { PIX *pixt; SEL *sel, *selh, *selv; PROCNAME("pixOpenBrick"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, pixd); if (hsize < 1 || vsize < 1) return (PIX *)ERROR_PTR("hsize and vsize not >= 1", procName, pixd); if (hsize == 1 && vsize == 1) return pixCopy(pixd, pixs); if (hsize == 1 || vsize == 1) { /* no intermediate result */ sel = selCreateBrick(vsize, hsize, vsize / 2, hsize / 2, SEL_HIT); pixd = pixOpen(pixd, pixs, sel); selDestroy(&sel); } else { /* do separably */ selh = selCreateBrick(1, hsize, 0, hsize / 2, SEL_HIT); selv = selCreateBrick(vsize, 1, vsize / 2, 0, SEL_HIT); pixt = pixErode(NULL, pixs, selh); pixd = pixErode(pixd, pixt, selv); pixDilate(pixt, pixd, selh); pixDilate(pixd, pixt, selv); pixDestroy(&pixt); selDestroy(&selh); selDestroy(&selv); } return pixd; } /*! * pixCloseBrick() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * hsize (width of brick Sel) * vsize (height of brick Sel) * Return: pixd, or null on error * * Notes: * (1) Sel is a brick with all elements being hits * (2) The origin is at (x, y) = (hsize/2, vsize/2) * (3) Do separably if both hsize and vsize are > 1. * (4) There are three cases: * (a) pixd == null (result into new pixd) * (b) pixd == pixs (in-place; writes result back to pixs) * (c) pixd != pixs (puts result into existing pixd) * (5) For clarity, if the case is known, use these patterns: * (a) pixd = pixCloseBrick(NULL, pixs, ...); * (b) pixCloseBrick(pixs, pixs, ...); * (c) pixCloseBrick(pixd, pixs, ...); * (6) The size of the result is determined by pixs. */ PIX * pixCloseBrick(PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize) { PIX *pixt; SEL *sel, *selh, *selv; PROCNAME("pixCloseBrick"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, pixd); if (hsize < 1 || vsize < 1) return (PIX *)ERROR_PTR("hsize and vsize not >= 1", procName, pixd); if (hsize == 1 && vsize == 1) return pixCopy(pixd, pixs); if (hsize == 1 || vsize == 1) { /* no intermediate result */ sel = selCreateBrick(vsize, hsize, vsize / 2, hsize / 2, SEL_HIT); pixd = pixClose(pixd, pixs, sel); selDestroy(&sel); } else { /* do separably */ selh = selCreateBrick(1, hsize, 0, hsize / 2, SEL_HIT); selv = selCreateBrick(vsize, 1, vsize / 2, 0, SEL_HIT); pixt = pixDilate(NULL, pixs, selh); pixd = pixDilate(pixd, pixt, selv); pixErode(pixt, pixd, selh); pixErode(pixd, pixt, selv); pixDestroy(&pixt); selDestroy(&selh); selDestroy(&selv); } return pixd; } /*! * pixCloseSafeBrick() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * hsize (width of brick Sel) * vsize (height of brick Sel) * Return: pixd, or null on error * * Notes: * (1) Sel is a brick with all elements being hits * (2) The origin is at (x, y) = (hsize/2, vsize/2) * (3) Do separably if both hsize and vsize are > 1. * (4) Safe closing adds a border of 0 pixels, of sufficient size so * that all pixels in input image are processed within * 32-bit words in the expanded image. As a result, there is * no special processing for pixels near the boundary, and there * are no boundary effects. The border is removed at the end. * (5) There are three cases: * (a) pixd == null (result into new pixd) * (b) pixd == pixs (in-place; writes result back to pixs) * (c) pixd != pixs (puts result into existing pixd) * (6) For clarity, if the case is known, use these patterns: * (a) pixd = pixCloseBrick(NULL, pixs, ...); * (b) pixCloseBrick(pixs, pixs, ...); * (c) pixCloseBrick(pixd, pixs, ...); * (7) The size of the result is determined by pixs. */ PIX * pixCloseSafeBrick(PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize) { l_int32 maxtrans, bordsize; PIX *pixsb, *pixt, *pixdb; SEL *sel, *selh, *selv; PROCNAME("pixCloseSafeBrick"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, pixd); if (hsize < 1 || vsize < 1) return (PIX *)ERROR_PTR("hsize and vsize not >= 1", procName, pixd); if (hsize == 1 && vsize == 1) return pixCopy(pixd, pixs); /* Symmetric b.c. handles correctly without added pixels */ if (MORPH_BC == SYMMETRIC_MORPH_BC) return pixCloseBrick(pixd, pixs, hsize, vsize); maxtrans = L_MAX(hsize / 2, vsize / 2); bordsize = 32 * ((maxtrans + 31) / 32); /* full 32 bit words */ pixsb = pixAddBorder(pixs, bordsize, 0); if (hsize == 1 || vsize == 1) { /* no intermediate result */ sel = selCreateBrick(vsize, hsize, vsize / 2, hsize / 2, SEL_HIT); pixdb = pixClose(NULL, pixsb, sel); selDestroy(&sel); } else { /* do separably */ selh = selCreateBrick(1, hsize, 0, hsize / 2, SEL_HIT); selv = selCreateBrick(vsize, 1, vsize / 2, 0, SEL_HIT); pixt = pixDilate(NULL, pixsb, selh); pixdb = pixDilate(NULL, pixt, selv); pixErode(pixt, pixdb, selh); pixErode(pixdb, pixt, selv); pixDestroy(&pixt); selDestroy(&selh); selDestroy(&selv); } pixt = pixRemoveBorder(pixdb, bordsize); pixDestroy(&pixsb); pixDestroy(&pixdb); if (!pixd) { pixd = pixt; } else { pixCopy(pixd, pixt); pixDestroy(&pixt); } return pixd; } /*-----------------------------------------------------------------* * Binary composed morphological (raster) ops with brick Sels * *-----------------------------------------------------------------*/ /* selectComposableSels() * * Input: size (of composed sel) * direction (L_HORIZ, L_VERT) * &sel1 ( contiguous sel; can be null) * &sel2 ( comb sel; can be null) * Return: 0 if OK, 1 on error * * Notes: * (1) When using composable Sels, where the original Sel is * decomposed into two, the best you can do in terms * of reducing the computation is by a factor: * * 2 * sqrt(size) / size * * In practice, you get quite close to this. E.g., * * Sel size | Optimum reduction factor * -------- ------------------------ * 36 | 1/3 * 64 | 1/4 * 144 | 1/6 * 256 | 1/8 */ l_int32 selectComposableSels(l_int32 size, l_int32 direction, SEL **psel1, SEL **psel2) { l_int32 factor1, factor2; PROCNAME("selectComposableSels"); if (!psel1 && !psel2) return ERROR_INT("neither &sel1 nor &sel2 are defined", procName, 1); if (psel1) *psel1 = NULL; if (psel2) *psel2 = NULL; if (size < 1 || size > 250 * 250) return ERROR_INT("size < 1", procName, 1); if (direction != L_HORIZ && direction != L_VERT) return ERROR_INT("invalid direction", procName, 1); if (selectComposableSizes(size, &factor1, &factor2)) return ERROR_INT("factors not found", procName, 1); if (psel1) { if (direction == L_HORIZ) *psel1 = selCreateBrick(1, factor1, 0, factor1 / 2, SEL_HIT); else *psel1 = selCreateBrick(factor1, 1, factor1 / 2 , 0, SEL_HIT); } if (psel2) *psel2 = selCreateComb(factor1, factor2, direction); return 0; } /*! * selectComposableSizes() * * Input: size (of sel to be decomposed) * &factor1 ( larger factor) * &factor2 ( smaller factor) * Return: 0 if OK, 1 on error * * Notes: * (1) This works for Sel sizes up to 62500, which seems sufficient. * (2) The composable sel size is typically within +- 1 of * the requested size. Up to size = 300, the maximum difference * is +- 2. * (3) We choose an overall cost function where the penalty for * the size difference between input and actual is 4 times * the penalty for additional rasterops. * (4) Returned values: factor1 >= factor2 * If size > 1, then factor1 > 1. */ l_int32 selectComposableSizes(l_int32 size, l_int32 *pfactor1, l_int32 *pfactor2) { l_int32 i, midval, val1, val2m, val2p; l_int32 index, prodm, prodp; l_int32 mincost, totcost, rastcostm, rastcostp, diffm, diffp; l_int32 lowval[256]; l_int32 hival[256]; l_int32 rastcost[256]; /* excess in sum of sizes (extra rasterops) */ l_int32 diff[256]; /* diff between product (sel size) and input size */ PROCNAME("selectComposableSizes"); if (size < 1 || size > 250 * 250) return ERROR_INT("size < 1", procName, 1); if (!pfactor1 || !pfactor2) return ERROR_INT("&factor1 or &factor2 not defined", procName, 1); midval = (l_int32)(sqrt((l_float64)size) + 0.001); if (midval * midval == size) { *pfactor1 = *pfactor2 = midval; return 0; } /* Set up arrays. For each val1, optimize for lowest diff, * and save the rastcost, the diff, and the two factors. */ for (val1 = midval + 1, i = 0; val1 > 0; val1--, i++) { val2m = size / val1; val2p = val2m + 1; prodm = val1 * val2m; prodp = val1 * val2p; rastcostm = val1 + val2m - 2 * midval; rastcostp = val1 + val2p - 2 * midval; diffm = L_ABS(size - prodm); diffp = L_ABS(size - prodp); if (diffm <= diffp) { lowval[i] = L_MIN(val1, val2m); hival[i] = L_MAX(val1, val2m); rastcost[i] = rastcostm; diff[i] = diffm; } else { lowval[i] = L_MIN(val1, val2p); hival[i] = L_MAX(val1, val2p); rastcost[i] = rastcostp; diff[i] = diffp; } } /* Choose the optimum factors; use cost ratio 4 on diff */ mincost = 10000; for (i = 0; i < midval + 1; i++) { if (diff[i] == 0 && rastcost[i] < ACCEPTABLE_COST) { *pfactor1 = hival[i]; *pfactor2 = lowval[i]; return 0; } totcost = 4 * diff[i] + rastcost[i]; if (totcost < mincost) { mincost = totcost; index = i; } } *pfactor1 = hival[index]; *pfactor2 = lowval[index]; return 0; } /*! * pixDilateCompBrick() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * hsize (width of brick Sel) * vsize (height of brick Sel) * Return: pixd, or null on error * * Notes: * (1) Sel is a brick with all elements being hits * (2) The origin is at (x, y) = (hsize/2, vsize/2) * (3) Do compositely for each dimension > 1. * (4) Do separably if both hsize and vsize are > 1. * (5) There are three cases: * (a) pixd == null (result into new pixd) * (b) pixd == pixs (in-place; writes result back to pixs) * (c) pixd != pixs (puts result into existing pixd) * (6) For clarity, if the case is known, use these patterns: * (a) pixd = pixDilateCompBrick(NULL, pixs, ...); * (b) pixDilateCompBrick(pixs, pixs, ...); * (c) pixDilateCompBrick(pixd, pixs, ...); * (7) The dimensions of the resulting image are determined by pixs. * (8) CAUTION: both hsize and vsize are being decomposed. * The decomposer chooses a product of sizes (call them * 'terms') for each that is close to the input size, * but not necessarily equal to it. It attempts to optimize: * (a) for consistency with the input values: the product * of terms is close to the input size * (b) for efficiency of the operation: the sum of the * terms is small; ideally about twice the square * root of the input size. * So, for example, if the input hsize = 37, which is * a prime number, the decomposer will break this into two * terms, 6 and 6, so that the net result is a dilation * with hsize = 36. */ PIX * pixDilateCompBrick(PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize) { PIX *pixt1, *pixt2, *pixt3; SEL *selh1, *selh2, *selv1, *selv2; PROCNAME("pixDilateCompBrick"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, pixd); if (hsize < 1 || vsize < 1) return (PIX *)ERROR_PTR("hsize and vsize not >= 1", procName, pixd); pixt1 = pixAddBorder(pixs, 32, 0); if (hsize == 1 && vsize == 1) return pixCopy(pixd, pixs); if (hsize > 1) selectComposableSels(hsize, L_HORIZ, &selh1, &selh2); if (vsize > 1) selectComposableSels(vsize, L_VERT, &selv1, &selv2); if (vsize == 1) { pixt2 = pixDilate(NULL, pixt1, selh1); pixt3 = pixDilate(NULL, pixt2, selh2); } else if (hsize == 1) { pixt2 = pixDilate(NULL, pixt1, selv1); pixt3 = pixDilate(NULL, pixt2, selv2); } else { pixt2 = pixDilate(NULL, pixt1, selh1); pixt3 = pixDilate(NULL, pixt2, selh2); pixDilate(pixt2, pixt3, selv1); pixDilate(pixt3, pixt2, selv2); } pixDestroy(&pixt1); pixDestroy(&pixt2); if (hsize > 1) { selDestroy(&selh1); selDestroy(&selh2); } if (vsize > 1) { selDestroy(&selv1); selDestroy(&selv2); } pixt1 = pixRemoveBorder(pixt3, 32); pixDestroy(&pixt3); if (!pixd) return pixt1; pixCopy(pixd, pixt1); pixDestroy(&pixt1); return pixd; } /*! * pixErodeCompBrick() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * hsize (width of brick Sel) * vsize (height of brick Sel) * Return: pixd, or null on error * * Notes: * (1) Sel is a brick with all elements being hits * (2) The origin is at (x, y) = (hsize/2, vsize/2) * (3) Do compositely for each dimension > 1. * (4) Do separably if both hsize and vsize are > 1. * (5) There are three cases: * (a) pixd == null (result into new pixd) * (b) pixd == pixs (in-place; writes result back to pixs) * (c) pixd != pixs (puts result into existing pixd) * (6) For clarity, if the case is known, use these patterns: * (a) pixd = pixErodeCompBrick(NULL, pixs, ...); * (b) pixErodeCompBrick(pixs, pixs, ...); * (c) pixErodeCompBrick(pixd, pixs, ...); * (7) The dimensions of the resulting image are determined by pixs. * (8) CAUTION: both hsize and vsize are being decomposed. * The decomposer chooses a product of sizes (call them * 'terms') for each that is close to the input size, * but not necessarily equal to it. It attempts to optimize: * (a) for consistency with the input values: the product * of terms is close to the input size * (b) for efficiency of the operation: the sum of the * terms is small; ideally about twice the square * root of the input size. * So, for example, if the input hsize = 37, which is * a prime number, the decomposer will break this into two * terms, 6 and 6, so that the net result is a dilation * with hsize = 36. */ PIX * pixErodeCompBrick(PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize) { PIX *pixt; SEL *selh1, *selh2, *selv1, *selv2; PROCNAME("pixErodeCompBrick"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, pixd); if (hsize < 1 || vsize < 1) return (PIX *)ERROR_PTR("hsize and vsize not >= 1", procName, pixd); if (hsize == 1 && vsize == 1) return pixCopy(pixd, pixs); if (hsize > 1) selectComposableSels(hsize, L_HORIZ, &selh1, &selh2); if (vsize > 1) selectComposableSels(vsize, L_VERT, &selv1, &selv2); if (vsize == 1) { pixt = pixErode(NULL, pixs, selh1); pixd = pixErode(pixd, pixt, selh2); } else if (hsize == 1) { pixt = pixErode(NULL, pixs, selv1); pixd = pixErode(pixd, pixt, selv2); } else { pixt = pixErode(NULL, pixs, selh1); pixd = pixErode(pixd, pixt, selh2); pixErode(pixt, pixd, selv1); pixErode(pixd, pixt, selv2); } pixDestroy(&pixt); if (hsize > 1) { selDestroy(&selh1); selDestroy(&selh2); } if (vsize > 1) { selDestroy(&selv1); selDestroy(&selv2); } return pixd; } /*! * pixOpenCompBrick() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * hsize (width of brick Sel) * vsize (height of brick Sel) * Return: pixd, or null on error * * Notes: * (1) Sel is a brick with all elements being hits * (2) The origin is at (x, y) = (hsize/2, vsize/2) * (3) Do compositely for each dimension > 1. * (4) Do separably if both hsize and vsize are > 1. * (5) There are three cases: * (a) pixd == null (result into new pixd) * (b) pixd == pixs (in-place; writes result back to pixs) * (c) pixd != pixs (puts result into existing pixd) * (6) For clarity, if the case is known, use these patterns: * (a) pixd = pixOpenCompBrick(NULL, pixs, ...); * (b) pixOpenCompBrick(pixs, pixs, ...); * (c) pixOpenCompBrick(pixd, pixs, ...); * (7) The dimensions of the resulting image are determined by pixs. * (8) CAUTION: both hsize and vsize are being decomposed. * The decomposer chooses a product of sizes (call them * 'terms') for each that is close to the input size, * but not necessarily equal to it. It attempts to optimize: * (a) for consistency with the input values: the product * of terms is close to the input size * (b) for efficiency of the operation: the sum of the * terms is small; ideally about twice the square * root of the input size. * So, for example, if the input hsize = 37, which is * a prime number, the decomposer will break this into two * terms, 6 and 6, so that the net result is a dilation * with hsize = 36. */ PIX * pixOpenCompBrick(PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize) { PIX *pixt; SEL *selh1, *selh2, *selv1, *selv2; PROCNAME("pixOpenCompBrick"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, pixd); if (hsize < 1 || vsize < 1) return (PIX *)ERROR_PTR("hsize and vsize not >= 1", procName, pixd); if (hsize == 1 && vsize == 1) return pixCopy(pixd, pixs); if (hsize > 1) selectComposableSels(hsize, L_HORIZ, &selh1, &selh2); if (vsize > 1) selectComposableSels(vsize, L_VERT, &selv1, &selv2); if (vsize == 1) { pixt = pixErode(NULL, pixs, selh1); pixd = pixErode(pixd, pixt, selh2); pixDilate(pixt, pixd, selh1); pixDilate(pixd, pixt, selh2); } else if (hsize == 1) { pixt = pixErode(NULL, pixs, selv1); pixd = pixErode(pixd, pixt, selv2); pixDilate(pixt, pixd, selv1); pixDilate(pixd, pixt, selv2); } else { /* do separably */ pixt = pixErode(NULL, pixs, selh1); pixd = pixErode(pixd, pixt, selh2); pixErode(pixt, pixd, selv1); pixErode(pixd, pixt, selv2); pixDilate(pixt, pixd, selh1); pixDilate(pixd, pixt, selh2); pixDilate(pixt, pixd, selv1); pixDilate(pixd, pixt, selv2); } pixDestroy(&pixt); if (hsize > 1) { selDestroy(&selh1); selDestroy(&selh2); } if (vsize > 1) { selDestroy(&selv1); selDestroy(&selv2); } return pixd; } /*! * pixCloseCompBrick() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * hsize (width of brick Sel) * vsize (height of brick Sel) * Return: pixd, or null on error * * Notes: * (1) Sel is a brick with all elements being hits * (2) The origin is at (x, y) = (hsize/2, vsize/2) * (3) Do compositely for each dimension > 1. * (4) Do separably if both hsize and vsize are > 1. * (5) There are three cases: * (a) pixd == null (result into new pixd) * (b) pixd == pixs (in-place; writes result back to pixs) * (c) pixd != pixs (puts result into existing pixd) * (6) For clarity, if the case is known, use these patterns: * (a) pixd = pixCloseCompBrick(NULL, pixs, ...); * (b) pixCloseCompBrick(pixs, pixs, ...); * (c) pixCloseCompBrick(pixd, pixs, ...); * (7) The dimensions of the resulting image are determined by pixs. * (8) CAUTION: both hsize and vsize are being decomposed. * The decomposer chooses a product of sizes (call them * 'terms') for each that is close to the input size, * but not necessarily equal to it. It attempts to optimize: * (a) for consistency with the input values: the product * of terms is close to the input size * (b) for efficiency of the operation: the sum of the * terms is small; ideally about twice the square * root of the input size. * So, for example, if the input hsize = 37, which is * a prime number, the decomposer will break this into two * terms, 6 and 6, so that the net result is a dilation * with hsize = 36. */ PIX * pixCloseCompBrick(PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize) { PIX *pixt; SEL *selh1, *selh2, *selv1, *selv2; PROCNAME("pixCloseCompBrick"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, pixd); if (hsize < 1 || vsize < 1) return (PIX *)ERROR_PTR("hsize and vsize not >= 1", procName, pixd); if (hsize == 1 && vsize == 1) return pixCopy(pixd, pixs); if (hsize > 1) selectComposableSels(hsize, L_HORIZ, &selh1, &selh2); if (vsize > 1) selectComposableSels(vsize, L_VERT, &selv1, &selv2); if (vsize == 1) { pixt = pixDilate(NULL, pixs, selh1); pixd = pixDilate(pixd, pixt, selh2); pixErode(pixt, pixd, selh1); pixErode(pixd, pixt, selh2); } else if (hsize == 1) { pixt = pixDilate(NULL, pixs, selv1); pixd = pixDilate(pixd, pixt, selv2); pixErode(pixt, pixd, selv1); pixErode(pixd, pixt, selv2); } else { /* do separably */ pixt = pixDilate(NULL, pixs, selh1); pixd = pixDilate(pixd, pixt, selh2); pixDilate(pixt, pixd, selv1); pixDilate(pixd, pixt, selv2); pixErode(pixt, pixd, selh1); pixErode(pixd, pixt, selh2); pixErode(pixt, pixd, selv1); pixErode(pixd, pixt, selv2); } pixDestroy(&pixt); if (hsize > 1) { selDestroy(&selh1); selDestroy(&selh2); } if (vsize > 1) { selDestroy(&selv1); selDestroy(&selv2); } return pixd; } /*! * pixCloseSafeCompBrick() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * hsize (width of brick Sel) * vsize (height of brick Sel) * Return: pixd, or null on error * * Notes: * (1) Sel is a brick with all elements being hits * (2) The origin is at (x, y) = (hsize/2, vsize/2) * (3) Do compositely for each dimension > 1. * (4) Do separably if both hsize and vsize are > 1. * (5) Safe closing adds a border of 0 pixels, of sufficient size so * that all pixels in input image are processed within * 32-bit words in the expanded image. As a result, there is * no special processing for pixels near the boundary, and there * are no boundary effects. The border is removed at the end. * (6) There are three cases: * (a) pixd == null (result into new pixd) * (b) pixd == pixs (in-place; writes result back to pixs) * (c) pixd != pixs (puts result into existing pixd) * (7) For clarity, if the case is known, use these patterns: * (a) pixd = pixCloseSafeCompBrick(NULL, pixs, ...); * (b) pixCloseSafeCompBrick(pixs, pixs, ...); * (c) pixCloseSafeCompBrick(pixd, pixs, ...); * (8) The dimensions of the resulting image are determined by pixs. * (9) CAUTION: both hsize and vsize are being decomposed. * The decomposer chooses a product of sizes (call them * 'terms') for each that is close to the input size, * but not necessarily equal to it. It attempts to optimize: * (a) for consistency with the input values: the product * of terms is close to the input size * (b) for efficiency of the operation: the sum of the * terms is small; ideally about twice the square * root of the input size. * So, for example, if the input hsize = 37, which is * a prime number, the decomposer will break this into two * terms, 6 and 6, so that the net result is a dilation * with hsize = 36. */ PIX * pixCloseSafeCompBrick(PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize) { l_int32 maxtrans, bordsize; PIX *pixsb, *pixt, *pixdb; SEL *selh1, *selh2, *selv1, *selv2; PROCNAME("pixCloseSafeCompBrick"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, pixd); if (hsize < 1 || vsize < 1) return (PIX *)ERROR_PTR("hsize and vsize not >= 1", procName, pixd); if (hsize == 1 && vsize == 1) return pixCopy(pixd, pixs); /* Symmetric b.c. handles correctly without added pixels */ if (MORPH_BC == SYMMETRIC_MORPH_BC) return pixCloseCompBrick(pixd, pixs, hsize, vsize); maxtrans = L_MAX(hsize / 2, vsize / 2); bordsize = 32 * ((maxtrans + 31) / 32); /* full 32 bit words */ pixsb = pixAddBorder(pixs, bordsize, 0); if (hsize > 1) selectComposableSels(hsize, L_HORIZ, &selh1, &selh2); if (vsize > 1) selectComposableSels(vsize, L_VERT, &selv1, &selv2); if (vsize == 1) { pixt = pixDilate(NULL, pixsb, selh1); pixdb = pixDilate(NULL, pixt, selh2); pixErode(pixt, pixdb, selh1); pixErode(pixdb, pixt, selh2); } else if (hsize == 1) { pixt = pixDilate(NULL, pixsb, selv1); pixdb = pixDilate(NULL, pixt, selv2); pixErode(pixt, pixdb, selv1); pixErode(pixdb, pixt, selv2); } else { /* do separably */ pixt = pixDilate(NULL, pixsb, selh1); pixdb = pixDilate(NULL, pixt, selh2); pixDilate(pixt, pixdb, selv1); pixDilate(pixdb, pixt, selv2); pixErode(pixt, pixdb, selh1); pixErode(pixdb, pixt, selh2); pixErode(pixt, pixdb, selv1); pixErode(pixdb, pixt, selv2); } pixDestroy(&pixt); pixt = pixRemoveBorder(pixdb, bordsize); pixDestroy(&pixsb); pixDestroy(&pixdb); if (!pixd) { pixd = pixt; } else { pixCopy(pixd, pixt); pixDestroy(&pixt); } if (hsize > 1) { selDestroy(&selh1); selDestroy(&selh2); } if (vsize > 1) { selDestroy(&selv1); selDestroy(&selv2); } return pixd; } /*-----------------------------------------------------------------* * Functions associated with boundary conditions * *-----------------------------------------------------------------*/ /*! * resetMorphBoundaryCondition() * * Input: bc (SYMMETRIC_MORPH_BC, ASYMMETRIC_MORPH_BC) * Return: void */ void resetMorphBoundaryCondition(l_int32 bc) { PROCNAME("resetMorphBoundaryCondition"); if (bc != SYMMETRIC_MORPH_BC && bc != ASYMMETRIC_MORPH_BC) { L_WARNING("invalid bc; using asymmetric\n", procName); bc = ASYMMETRIC_MORPH_BC; } MORPH_BC = bc; return; } /*! * getMorphBorderPixelColor() * * Input: type (L_MORPH_DILATE, L_MORPH_ERODE) * depth (of pix) * Return: color of border pixels for this operation */ l_uint32 getMorphBorderPixelColor(l_int32 type, l_int32 depth) { PROCNAME("getMorphBorderPixelColor"); if (type != L_MORPH_DILATE && type != L_MORPH_ERODE) return ERROR_INT("invalid type", procName, 0); if (depth != 1 && depth != 2 && depth != 4 && depth != 8 && depth != 16 && depth != 32) return ERROR_INT("invalid depth", procName, 0); if (MORPH_BC == ASYMMETRIC_MORPH_BC || type == L_MORPH_DILATE) return 0; /* Symmetric & erosion */ if (depth < 32) return ((1 << depth) - 1); else /* depth == 32 */ return 0xffffff00; } /*-----------------------------------------------------------------* * Static helpers for arg processing * *-----------------------------------------------------------------*/ /*! * processMorphArgs1() * * Input: pixd (; this can be null, equal to pixs, * or different from pixs) * pixs (1 bpp) * sel * &pixt () * Return: pixd, or null on error. * * Notes: * (1) This is used for generic erosion, dilation and HMT. */ static PIX * processMorphArgs1(PIX *pixd, PIX *pixs, SEL *sel, PIX **ppixt) { l_int32 sx, sy; PROCNAME("processMorphArgs1"); if (!ppixt) return (PIX *)ERROR_PTR("&pixt not defined", procName, pixd); *ppixt = NULL; if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (!sel) return (PIX *)ERROR_PTR("sel not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, pixd); selGetParameters(sel, &sx, &sy, NULL, NULL); if (sx == 0 || sy == 0) return (PIX *)ERROR_PTR("sel of size 0", procName, pixd); /* We require pixd to exist and to be the same size as pixs. * Further, pixt must be a copy (or clone) of pixs. */ if (!pixd) { if ((pixd = pixCreateTemplate(pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); *ppixt = pixClone(pixs); } else { pixResizeImageData(pixd, pixs); if (pixd == pixs) { /* in-place; must make a copy of pixs */ if ((*ppixt = pixCopy(NULL, pixs)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, pixd); } else { *ppixt = pixClone(pixs); } } return pixd; } /*! * processMorphArgs2() * * This is used for generic openings and closings. */ static PIX * processMorphArgs2(PIX *pixd, PIX *pixs, SEL *sel) { l_int32 sx, sy; PROCNAME("processMorphArgs2"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (!sel) return (PIX *)ERROR_PTR("sel not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, pixd); selGetParameters(sel, &sx, &sy, NULL, NULL); if (sx == 0 || sy == 0) return (PIX *)ERROR_PTR("sel of size 0", procName, pixd); if (!pixd) return pixCreateTemplate(pixs); pixResizeImageData(pixd, pixs); return pixd; } leptonica-1.70/src/array.h0000644000175000017500000001427012270566054013576 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ #ifndef LEPTONICA_ARRAY_H #define LEPTONICA_ARRAY_H /* * Contains the following structs: * struct Numa * struct Numaa * struct Numa2d * struct NumaHash * struct L_Dna * struct L_Dnaa * struct Sarray * struct L_Bytea * * Contains definitions for: * Numa interpolation flags * Numa and FPix border flags * Numa data type conversion to string */ /*------------------------------------------------------------------------* * Array Structs * *------------------------------------------------------------------------*/ #define NUMA_VERSION_NUMBER 1 /* Number array: an array of floats */ struct Numa { l_int32 nalloc; /* size of allocated number array */ l_int32 n; /* number of numbers saved */ l_int32 refcount; /* reference count (1 if no clones) */ l_float32 startx; /* x value assigned to array[0] */ l_float32 delx; /* change in x value as i --> i + 1 */ l_float32 *array; /* number array */ }; typedef struct Numa NUMA; /* Array of number arrays */ struct Numaa { l_int32 nalloc; /* size of allocated ptr array */ l_int32 n; /* number of Numa saved */ struct Numa **numa; /* array of Numa */ }; typedef struct Numaa NUMAA; /* Sparse 2-dimensional array of number arrays */ struct Numa2d { l_int32 nrows; /* number of rows allocated for ptr array */ l_int32 ncols; /* number of cols allocated for ptr array */ l_int32 initsize; /* initial size of each numa that is made */ struct Numa ***numa; /* 2D array of Numa */ }; typedef struct Numa2d NUMA2D; /* A hash table of Numas */ struct NumaHash { l_int32 nbuckets; l_int32 initsize; /* initial size of each numa that is made */ struct Numa **numa; }; typedef struct NumaHash NUMAHASH; #define DNA_VERSION_NUMBER 1 /* Double number array: an array of doubles */ struct L_Dna { l_int32 nalloc; /* size of allocated number array */ l_int32 n; /* number of numbers saved */ l_int32 refcount; /* reference count (1 if no clones) */ l_float64 startx; /* x value assigned to array[0] */ l_float64 delx; /* change in x value as i --> i + 1 */ l_float64 *array; /* number array */ }; typedef struct L_Dna L_DNA; /* Array of double number arrays */ struct L_Dnaa { l_int32 nalloc; /* size of allocated ptr array */ l_int32 n; /* number of L_Dna saved */ struct L_Dna **dna; /* array of L_Dna */ }; typedef struct L_Dnaa L_DNAA; #define SARRAY_VERSION_NUMBER 1 /* String array: an array of C strings */ struct Sarray { l_int32 nalloc; /* size of allocated ptr array */ l_int32 n; /* number of strings allocated */ l_int32 refcount; /* reference count (1 if no clones) */ char **array; /* string array */ }; typedef struct Sarray SARRAY; /* Byte array (analogous to C++ "string") */ struct L_Bytea { size_t nalloc; /* number of bytes allocated in data array */ size_t size; /* number of bytes presently used */ l_int32 refcount; /* reference count (1 if no clones) */ l_uint8 *data; /* data array */ }; typedef struct L_Bytea L_BYTEA; /*------------------------------------------------------------------------* * Array flags * *------------------------------------------------------------------------*/ /* Flags for interpolation in Numa */ enum { L_LINEAR_INTERP = 1, /* linear */ L_QUADRATIC_INTERP = 2 /* quadratic */ }; /* Flags for added borders in Numa and Fpix */ enum { L_CONTINUED_BORDER = 1, /* extended with same value */ L_SLOPE_BORDER = 2, /* extended with constant normal derivative */ L_MIRRORED_BORDER = 3 /* mirrored */ }; /* Flags for data type converted from Numa */ enum { L_INTEGER_VALUE = 1, /* convert to integer */ L_FLOAT_VALUE = 2 /* convert to float */ }; #endif /* LEPTONICA_ARRAY_H */ leptonica-1.70/src/dewarp4.c0000644000175000017500000010641412244233034014011 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * dewarp4.c * * Single page dewarper * * Reference model (book-level, dewarpa) operations and debugging output * * Top-level single page dewarper * l_int32 dewarpSinglePage() * * Operations on dewarpa * l_int32 dewarpaListPages() * l_int32 dewarpaSetValidModels() * l_int32 dewarpaInsertRefModels() * l_int32 dewarpaStripRefModels() * l_int32 dewarpaRestoreModels() * * Dewarp debugging output * l_int32 dewarpaInfo() * l_int32 dewarpaModelStats() * static l_int32 dewarpaTestForValidModel() * l_int32 dewarpaShowArrays() * l_int32 dewarpDebug() * l_int32 dewarpShowResults() */ #include #include "allheaders.h" static l_int32 dewarpaTestForValidModel(L_DEWARPA *dewa, L_DEWARP *dew, l_int32 notests); /* Special parameter values */ static const l_int32 GRAYIN_VALUE = 200; /*----------------------------------------------------------------------* * Top-level single page dewarper * *----------------------------------------------------------------------*/ /*! * dewarpSinglePage() * * Input: pixs (with text, any depth) * thresh (for binarization) * adaptive (1 for adaptive thresholding; 0 for global threshold) * both (1 for horizontal and vertical; 0 for vertical only) * &pixd ( dewarped result) * &dewa ( dewa with single page; NULL to skip) * debug (1 for debugging output, 0 otherwise) * Return: 0 if OK, 1 on error (list of page numbers), or null on error * * Notes: * (1) Dewarps pixs and returns the result in &pixd. * (2) This uses default values for all model parameters. * (3) If pixs is 1 bpp, the parameters @adaptive and @thresh are ignored. * (4) If it can't build a model, returns a copy of pixs in &pixd. */ l_int32 dewarpSinglePage(PIX *pixs, l_int32 thresh, l_int32 adaptive, l_int32 both, PIX **ppixd, L_DEWARPA **pdewa, l_int32 debug) { const char *debugfile; l_int32 vsuccess, ret; L_DEWARP *dew; L_DEWARPA *dewa; PIX *pix1, *pix2, *pixb; PROCNAME("dewarpSinglePage"); if (!ppixd) return ERROR_INT("&pixd not defined", procName, 1); *ppixd = NULL; if (pdewa) *pdewa = NULL; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); dewa = dewarpaCreate(1, 0, 1, 0, -1); dewarpaUseBothArrays(dewa, both); /* Generate a binary image, if necessary */ if (pixGetDepth(pixs) > 1) { pix1 = pixConvertTo8(pixs, 0); if (adaptive) pix2 = pixBackgroundNormSimple(pix1, NULL, NULL); else pix2 = pixClone(pix1); pixb = pixThresholdToBinary(pix2, thresh); pixDestroy(&pix1); pixDestroy(&pix2); } else { pixb = pixClone(pixs); } /* Generate the page model */ dew = dewarpCreate(pixb, 0); dewarpaInsertDewarp(dewa, dew); debugfile = (debug) ? "/tmp/dewarp_model.pdf" : NULL; dewarpBuildPageModel(dew, debugfile); dewarpaModelStatus(dewa, 0, &vsuccess, NULL); if (vsuccess == 0) { L_ERROR("failure to build model\n", procName); pixDestroy(&pixb); dewarpaDestroy(&dewa); *ppixd = pixCopy(NULL, pixs); return 0; } /* Apply the page model */ debugfile = (debug) ? "/tmp/dewarp_apply.pdf" : NULL; ret = dewarpaApplyDisparity(dewa, 0, pixs, 255, 0, 0, ppixd, debugfile); if (ret) L_ERROR("invalid model; failure to apply disparity\n", procName); if (pdewa) *pdewa = dewa; else dewarpaDestroy(&dewa); pixDestroy(&pixb); return 0; } /*----------------------------------------------------------------------* * Operations on dewarpa * *----------------------------------------------------------------------*/ /*! * dewarpaListPages() * * Input: dewa (populated with dewarp structs for pages) * Return: 0 if OK, 1 on error (list of page numbers), or null on error * * Notes: * (1) This generates two numas, stored in the dewarpa, that give: * (a) the page number for each dew that has a page model. * (b) the page number for each dew that has either a page * model or a reference model. * It can be called at any time. * (2) It is called by the dewarpa serializer before writing. */ l_int32 dewarpaListPages(L_DEWARPA *dewa) { l_int32 i; L_DEWARP *dew; NUMA *namodels, *napages; PROCNAME("dewarpaListPages"); if (!dewa) return ERROR_INT("dewa not defined", procName, 1); numaDestroy(&dewa->namodels); numaDestroy(&dewa->napages); namodels = numaCreate(dewa->maxpage + 1); napages = numaCreate(dewa->maxpage + 1); dewa->namodels = namodels; dewa->napages = napages; for (i = 0; i <= dewa->maxpage; i++) { if ((dew = dewarpaGetDewarp(dewa, i)) != NULL) { if (dew->hasref == 0) numaAddNumber(namodels, dew->pageno); numaAddNumber(napages, dew->pageno); } } return 0; } /*! * dewarpaSetValidModels() * * Input: dewa * notests * debug (1 to output information on invalid page models) * Return: 0 if OK, 1 on error * * Notes: * (1) A valid model must meet the rendering requirements, which * include whether or not a vertical disparity model exists * and conditions on curvatures for vertical and horizontal * disparity models. * (2) If @notests == 1, this ignores the curvature constraints * and assumes that all successfully built models are valid. * (3) This function does not need to be called by the application. * It is called by dewarpaInsertRefModels(), which * will destroy all invalid dewarps. Consequently, to inspect * an invalid dewarp model, it must be done before calling * dewarpaInsertRefModels(). */ l_int32 dewarpaSetValidModels(L_DEWARPA *dewa, l_int32 notests, l_int32 debug) { l_int32 i, n, maxcurv, diffcurv, diffedge; L_DEWARP *dew; PROCNAME("dewarpaSetValidModels"); if (!dewa) return ERROR_INT("dewa not defined", procName, 1); n = dewa->maxpage + 1; for (i = 0; i < n; i++) { if ((dew = dewarpaGetDewarp(dewa, i)) == NULL) continue; if (debug) { if (dew->hasref == 1) { L_INFO("page %d: has only a ref model\n", procName, i); } else if (dew->vsuccess == 0) { L_INFO("page %d: no model successfully built\n", procName, i); } else if (!notests) { maxcurv = L_MAX(L_ABS(dew->mincurv), L_ABS(dew->maxcurv)); diffcurv = dew->maxcurv - dew->mincurv; if (dewa->useboth && !dew->hsuccess) L_INFO("page %d: useboth, but no horiz disparity\n", procName, i); if (maxcurv > dewa->max_linecurv) L_INFO("page %d: max curvature %d > max_linecurv\n", procName, i, diffcurv); if (diffcurv < dewa->min_diff_linecurv) L_INFO("page %d: diff curv %d < min_diff_linecurv\n", procName, i, diffcurv); if (diffcurv > dewa->max_diff_linecurv) L_INFO("page %d: abs diff curv %d > max_diff_linecurv\n", procName, i, diffcurv); if (dew->hsuccess) { diffedge = L_ABS(dew->leftcurv - dew->rightcurv); if (L_ABS(dew->leftcurv) > dewa->max_edgecurv) L_INFO("page %d: left curvature %d > max_edgecurv\n", procName, i, dew->leftcurv); if (L_ABS(dew->rightcurv) > dewa->max_edgecurv) L_INFO("page %d: right curvature %d > max_edgecurv\n", procName, i, dew->rightcurv); if (diffedge > dewa->max_diff_edgecurv) L_INFO("page %d: abs diff left-right curv %d > " "max_diff_edgecurv\n", procName, i, diffedge); } } } dewarpaTestForValidModel(dewa, dew, notests); } return 0; } /*! * dewarpaInsertRefModels() * * Input: dewa * notests (if 1, ignore curvature constraints on model) * debug (1 to output information on invalid page models) * Return: 0 if OK, 1 on error * * Notes: * (1) This destroys all dewarp models that are invalid, and then * inserts reference models where possible. * (2) If @notests == 1, this ignores the curvature constraints * and assumes that all successfully built models are valid. * (3) If useboth == 0, it uses the closest valid model within the * distance and parity constraints. If useboth == 1, it tries * to use the closest allowed hvalid model; if it doesn't find * an hvalid model, it uses the closest valid model. * (4) For all pages without a model, this clears out any existing * invalid and reference dewarps, finds the nearest valid model * with the same parity, and inserts an empty dewarp with the * reference page. * (5) Then if it is requested to use both vertical and horizontal * disparity arrays (useboth == 1), it tries to replace any * hvalid == 0 model or reference with an hvalid == 1 reference. * (6) The distance constraint is that any reference model must * be within maxdist. Note that with the parity constraint, * no reference models will be used if maxdist < 2. * (7) This function must be called, even if reference models will * not be used. It should be called after building models on all * available pages, and after setting the rendering parameters. * (8) If the dewa has been serialized, this function is called by * dewarpaRead() when it is read back. It is also called * any time the rendering parameters are changed. * (9) Note: if this has been called with useboth == 1, and useboth * is reset to 0, you should first call dewarpRestoreModels() * to bring real models from the cache back to the primary array. */ l_int32 dewarpaInsertRefModels(L_DEWARPA *dewa, l_int32 notests, l_int32 debug) { l_int32 i, j, n, val, min, distdown, distup; L_DEWARP *dew; NUMA *na, *nah; PROCNAME("dewarpaInsertRefModels"); if (!dewa) return ERROR_INT("dewa not defined", procName, 1); if (dewa->maxdist < 2) L_INFO("maxdist < 2; no ref models can be used\n", procName); /* Make an indicator numa for pages with valid models. */ dewarpaSetValidModels(dewa, notests, debug); n = dewa->maxpage + 1; na = numaMakeConstant(0, n); for (i = 0; i < n; i++) { dew = dewarpaGetDewarp(dewa, i); if (dew && dew->vvalid) numaReplaceNumber(na, i, 1); } /* Remove all existing ref models and restore models from cache */ dewarpaRestoreModels(dewa); /* Move invalid models to the cache, and insert reference dewarps * for pages that need to borrow a model. * First, try to find a valid model for each page. */ for (i = 0; i < n; i++) { numaGetIValue(na, i, &val); if (val == 1) continue; /* already has a valid model */ if ((dew = dewa->dewarp[i]) != NULL) { /* exists but is not valid; */ dewa->dewarpcache[i] = dew; /* move it to the cache */ dewa->dewarp[i] = NULL; } if (dewa->maxdist < 2) continue; /* can't use a ref model */ /* Look back for nearest model */ distdown = distup = dewa->maxdist + 1; for (j = i - 2; j >= 0 && distdown > dewa->maxdist; j -= 2) { numaGetIValue(na, j, &val); if (val == 1) distdown = i - j; } /* Look ahead for nearest model */ for (j = i + 2; j < n && distup > dewa->maxdist; j += 2) { numaGetIValue(na, j, &val); if (val == 1) distup = j - i; } min = L_MIN(distdown, distup); if (min > dewa->maxdist) continue; /* no valid model in range */ if (distdown <= distup) dewarpaInsertDewarp(dewa, dewarpCreateRef(i, i - distdown)); else dewarpaInsertDewarp(dewa, dewarpCreateRef(i, i + distup)); } numaDestroy(&na); /* If a valid model will do, we're finished. */ if (dewa->useboth == 0) { dewa->modelsready = 1; /* validated */ return 0; } /* The request is useboth == 1. Now try to find an hvalid model */ nah = numaMakeConstant(0, n); for (i = 0; i < n; i++) { dew = dewarpaGetDewarp(dewa, i); if (dew && dew->hvalid) numaReplaceNumber(nah, i, 1); } for (i = 0; i < n; i++) { numaGetIValue(nah, i, &val); if (val == 1) continue; /* already has a hvalid model */ if (dewa->maxdist < 2) continue; /* can't use a ref model */ distdown = distup = 100000; for (j = i - 2; j >= 0; j -= 2) { /* look back for nearest model */ numaGetIValue(nah, j, &val); if (val == 1) { distdown = i - j; break; } } for (j = i + 2; j < n; j += 2) { /* look ahead for nearest model */ numaGetIValue(nah, j, &val); if (val == 1) { distup = j - i; break; } } min = L_MIN(distdown, distup); if (min > dewa->maxdist) continue; /* no hvalid model within range */ /* We can replace the existing valid model with an hvalid model. * If it's not a reference, save it in the cache. */ if ((dew = dewarpaGetDewarp(dewa, i)) == NULL) { L_ERROR("dew is null for page %d!\n", procName, i); } else { if (dew->hasref == 0) { /* not a ref model */ dewa->dewarpcache[i] = dew; /* move it to the cache */ dewa->dewarp[i] = NULL; /* must null the ptr */ } } if (distdown <= distup) /* insert the hvalid ref model */ dewarpaInsertDewarp(dewa, dewarpCreateRef(i, i - distdown)); else dewarpaInsertDewarp(dewa, dewarpCreateRef(i, i + distup)); } numaDestroy(&nah); dewa->modelsready = 1; /* validated */ return 0; } /*! * dewarpaStripRefModels() * * Input: dewa (populated with dewarp structs for pages) * Return: 0 if OK, 1 on error * * Notes: * (1) This examines each dew in a dewarpa, and removes * all that don't have their own page model (i.e., all * that have "references" to nearby pages with valid models). * These references were generated by dewarpaInsertRefModels(dewa). */ l_int32 dewarpaStripRefModels(L_DEWARPA *dewa) { l_int32 i; L_DEWARP *dew; PROCNAME("dewarpaStripRefModels"); if (!dewa) return ERROR_INT("dewa not defined", procName, 1); for (i = 0; i <= dewa->maxpage; i++) { if ((dew = dewarpaGetDewarp(dewa, i)) != NULL) { if (dew->hasref) dewarpDestroy(&dewa->dewarp[i]); } } dewa->modelsready = 0; /* Regenerate the page lists */ dewarpaListPages(dewa); return 0; } /*! * dewarpaRestoreModels() * * Input: dewa (populated with dewarp structs for pages) * Return: 0 if OK, 1 on error * * Notes: * (1) This puts all real models (and only real models) in the * primary dewarp array. First remove all dewarps that are * only references to other page models. Then move all models * that had been cached back into the primary dewarp array. * (2) After this is done, we still need to recompute and insert * the reference models before dewa->modelsready is true. */ l_int32 dewarpaRestoreModels(L_DEWARPA *dewa) { l_int32 i; L_DEWARP *dew; PROCNAME("dewarpaRestoreModels"); if (!dewa) return ERROR_INT("dewa not defined", procName, 1); /* Strip out ref models. Then only real models will be in the * primary dewarp array. */ dewarpaStripRefModels(dewa); /* The cache holds only real models, which are not necessarily valid. */ for (i = 0; i <= dewa->maxpage; i++) { if ((dew = dewa->dewarpcache[i]) != NULL) { if (dewa->dewarp[i]) { L_ERROR("dew in both cache and main array!: page %d\n", procName, i); } else { dewa->dewarp[i] = dew; dewa->dewarpcache[i] = NULL; } } } dewa->modelsready = 0; /* new ref models not yet inserted */ /* Regenerate the page lists */ dewarpaListPages(dewa); return 0; } /*----------------------------------------------------------------------* * Dewarp debugging output * *----------------------------------------------------------------------*/ /*! * dewarpaInfo() * * Input: fp * dewa * Return: 0 if OK, 1 on error */ l_int32 dewarpaInfo(FILE *fp, L_DEWARPA *dewa) { l_int32 i, n, pageno, nnone, nvsuccess, nvvalid, nhsuccess, nhvalid, nref; L_DEWARP *dew; PROCNAME("dewarpaInfo"); if (!fp) return ERROR_INT("dewa not defined", procName, 1); if (!dewa) return ERROR_INT("dewa not defined", procName, 1); fprintf(fp, "\nDewarpaInfo: %p\n", dewa); fprintf(fp, "nalloc = %d, maxpage = %d\n", dewa->nalloc, dewa->maxpage); fprintf(fp, "sampling = %d, redfactor = %d, minlines = %d\n", dewa->sampling, dewa->redfactor, dewa->minlines); fprintf(fp, "maxdist = %d, useboth = %d\n", dewa->maxdist, dewa->useboth); dewarpaModelStats(dewa, &nnone, &nvsuccess, &nvvalid, &nhsuccess, &nhvalid, &nref); n = numaGetCount(dewa->napages); fprintf(stderr, "Total number of pages with a dew = %d\n", n); fprintf(stderr, "Number of pages without any models = %d\n", nnone); fprintf(stderr, "Number of pages with a vert model = %d\n", nvsuccess); fprintf(stderr, "Number of pages with a valid vert model = %d\n", nvvalid); fprintf(stderr, "Number of pages with both models = %d\n", nhsuccess); fprintf(stderr, "Number of pages with both models valid = %d\n", nhvalid); fprintf(stderr, "Number of pages with a ref model = %d\n", nref); for (i = 0; i < n; i++) { numaGetIValue(dewa->napages, i, &pageno); if ((dew = dewarpaGetDewarp(dewa, pageno)) == NULL) continue; fprintf(stderr, "Page: %d\n", dew->pageno); fprintf(stderr, " hasref = %d, refpage = %d\n", dew->hasref, dew->refpage); fprintf(stderr, " nlines = %d\n", dew->nlines); fprintf(stderr, " w = %d, h = %d, nx = %d, ny = %d\n", dew->w, dew->h, dew->nx, dew->ny); } return 0; } /*! * dewarpaModelStats() * * Input: dewa * &nnone ( number without any model) * &nvsuccess ( number with a vert model) * &nvvalid ( number with a valid vert model) * &nhsuccess ( number with both models) * &nhvalid ( number with both models valid) * &nref ( number with a reference model) * Return: 0 if OK, 1 on error * * Notes: * (1) A page without a model has no dew. It most likely failed to * generate a vertical model, and has not been assigned a ref * model from a neighboring page with a valid vertical model. * (2) A page has vsuccess == 1 if there is at least a model of the * vertical disparity. The model may be invalid, in which case * dewarpaInsertRefModels() will stash it in the cache and * attempt to replace it by a valid ref model. * (3) A vvvalid model is a vertical disparity model whose parameters * satisfy the constraints given in dewarpaSetValidModels(). * (4) A page has hsuccess == 1 if both the vertical and horizontal * disparity arrays have been constructed. * (5) An hvalid model has vertical and horizontal disparity * models whose parameters satisfy the constraints given * in dewarpaSetValidModels(). * (6) A page has a ref model if it failed to generate a valid * model but was assigned a vvalid or hvalid model on another * page (within maxdist) by dewarpaInsertRefModel(). * (7) This calls dewarpaTestForValidModel(); it ignores the vvalid * and hvalid fields. */ l_int32 dewarpaModelStats(L_DEWARPA *dewa, l_int32 *pnnone, l_int32 *pnvsuccess, l_int32 *pnvvalid, l_int32 *pnhsuccess, l_int32 *pnhvalid, l_int32 *pnref) { l_int32 i, n, pageno, nnone, nvsuccess, nvvalid, nhsuccess, nhvalid, nref; L_DEWARP *dew; PROCNAME("dewarpaModelStats"); if (!dewa) return ERROR_INT("dewa not defined", procName, 1); dewarpaListPages(dewa); n = numaGetCount(dewa->napages); nnone = nref = nvsuccess = nvvalid = nhsuccess = nhvalid = 0; for (i = 0; i < n; i++) { numaGetIValue(dewa->napages, i, &pageno); dew = dewarpaGetDewarp(dewa, pageno); if (!dew) { nnone++; continue; } if (dew->hasref == 1) nref++; if (dew->vsuccess == 1) nvsuccess++; if (dew->hsuccess == 1) nhsuccess++; dewarpaTestForValidModel(dewa, dew, 0); if (dew->vvalid == 1) nvvalid++; if (dew->hvalid == 1) nhvalid++; } if (pnnone) *pnnone = nnone; if (pnref) *pnref = nref; if (pnvsuccess) *pnvsuccess = nvsuccess; if (pnvvalid) *pnvvalid = nvvalid; if (pnhsuccess) *pnhsuccess = nhsuccess; if (pnhvalid) *pnhvalid = nhvalid; return 0; } /*! * dewarpaTestForValidModel() * * Input: dewa * dew * notests * Return: 0 if OK, 1 on error * * Notes: * (1) Computes validity of vertical (vvalid) model and both * vertical and horizontal (hvalid) models. * (2) If @notests == 1, this ignores the curvature constraints * and assumes that all successfully built models are valid. * (3) This is just about the models, not the rendering process, * so the value of useboth is not considered here. */ static l_int32 dewarpaTestForValidModel(L_DEWARPA *dewa, L_DEWARP *dew, l_int32 notests) { l_int32 maxcurv, diffcurv, diffedge; PROCNAME("dewarpaTestForValidModel"); if (!dewa || !dew) return ERROR_INT("dewa and dew not both defined", procName, 1); if (notests) { dew->vvalid = dew->vsuccess; dew->hvalid = dew->hsuccess; return 0; } /* No actual model was built */ if (dew->vsuccess == 0) return 0; /* Was previously found not to have a valid model */ if (dew->hasref == 1) return 0; /* vsuccess == 1; a vertical (line) model exists. * First test that the vertical curvatures are within allowed * bounds. Note that all curvatures are signed.*/ maxcurv = L_MAX(L_ABS(dew->mincurv), L_ABS(dew->maxcurv)); diffcurv = dew->maxcurv - dew->mincurv; if (maxcurv <= dewa->max_linecurv && diffcurv >= dewa->min_diff_linecurv && diffcurv <= dewa->max_diff_linecurv) { dew->vvalid = 1; } else { L_INFO("invalid vert model for page %d\n", procName, dew->pageno); } /* If a horizontal (edge) model exists, test for validity. */ if (dew->hsuccess) { diffedge = L_ABS(dew->leftcurv - dew->rightcurv); if (L_ABS(dew->leftcurv) <= dewa->max_edgecurv && L_ABS(dew->rightcurv) <= dewa->max_edgecurv && diffedge <= dewa->max_diff_edgecurv) { dew->hvalid = 1; } else { L_INFO("invalid horiz model for page %d\n", procName, dew->pageno); } } return 0; } /*! * dewarpaShowArrays() * * Input: dewa * scalefact (on contour images; typ. 0.5) * first (first page model to render) * last (last page model to render; use 0 to go to end) * Return: 0 if OK, 1 on error * * Notes: * (1) Generates a pdf of contour plots of the disparity arrays. * (2) This only shows actual models; not ref models */ l_int32 dewarpaShowArrays(L_DEWARPA *dewa, l_float32 scalefact, l_int32 first, l_int32 last) { char buf[256]; char *pathname; l_int32 i, svd, shd; L_BMF *bmf; L_DEWARP *dew; PIX *pixv, *pixvs, *pixh, *pixhs, *pixt, *pixd; PIXA *pixa; PROCNAME("dewarpaShowArrays"); if (!dewa) return ERROR_INT("dew not defined", procName, 1); if (first < 0 || first > dewa->maxpage) return ERROR_INT("first out of bounds", procName, 1); if (last <= 0 || last > dewa->maxpage) last = dewa->maxpage; if (last < first) return ERROR_INT("last < first", procName, 1); lept_rmdir("dewarparrays"); lept_mkdir("dewarparrays"); bmf = bmfCreate("./fonts", 8); fprintf(stderr, "Generating contour plots\n"); for (i = first; i <= last; i++) { if (i && ((i % 10) == 0)) fprintf(stderr, " .. %d", i); dew = dewarpaGetDewarp(dewa, i); if (!dew) continue; if (dew->hasref == 1) continue; svd = shd = 0; if (dew->sampvdispar) svd = 1; if (dew->samphdispar) shd = 1; if (!svd) { L_ERROR("sampvdispar not made for page %d!\n", procName, i); continue; } /* Generate contour plots at reduced resolution */ dewarpPopulateFullRes(dew, NULL, 0, 0); pixv = fpixRenderContours(dew->fullvdispar, 3.0, 0.15); pixvs = pixScaleBySampling(pixv, scalefact, scalefact); pixDestroy(&pixv); if (shd) { pixh = fpixRenderContours(dew->fullhdispar, 3.0, 0.15); pixhs = pixScaleBySampling(pixh, scalefact, scalefact); pixDestroy(&pixh); } dewarpMinimize(dew); /* Save side-by-side */ pixa = pixaCreate(2); pixaAddPix(pixa, pixvs, L_INSERT); if (shd) pixaAddPix(pixa, pixhs, L_INSERT); pixt = pixaDisplayTiledInRows(pixa, 32, 1500, 1.0, 0, 30, 2); snprintf(buf, sizeof(buf), "Page %d", i); pixd = pixAddSingleTextblock(pixt, bmf, buf, 0x0000ff00, L_ADD_BELOW, NULL); snprintf(buf, sizeof(buf), "arrays_%04d.png", i); pathname = genPathname("/tmp/dewarparrays", buf); pixWrite(pathname, pixd, IFF_PNG); pixaDestroy(&pixa); pixDestroy(&pixt); pixDestroy(&pixd); FREE(pathname); } bmfDestroy(&bmf); fprintf(stderr, "\n"); fprintf(stderr, "Generating pdf of contour plots\n"); convertFilesToPdf("/tmp/dewarparrays", NULL, 90, 1.0, L_FLATE_ENCODE, 0, "Disparity arrays", "/tmp/disparity_arrays.pdf"); fprintf(stderr, "Output written to: /tmp/disparity_arrays.pdf\n"); return 0; } /*! * dewarpDebug() * * Input: dew * subdir (a subdirectory of /tmp; e.g., "dew1") * index (to help label output images; e.g., the page number) * Return: 0 if OK, 1 on error * * Notes: * (1) Prints dewarp fields and generates disparity array contour images. * The contour images are written to file: * /tmp/[subdir]/pixv_[index].png */ l_int32 dewarpDebug(L_DEWARP *dew, const char *subdir, l_int32 index) { char outdir[256], fname[64]; char *pathname; l_int32 svd, shd; PIX *pixv, *pixh; PROCNAME("dewarpDebug"); if (!dew) return ERROR_INT("dew not defined", procName, 1); if (!subdir) return ERROR_INT("subdir not defined", procName, 1); fprintf(stderr, "pageno = %d, hasref = %d, refpage = %d\n", dew->pageno, dew->hasref, dew->refpage); fprintf(stderr, "sampling = %d, redfactor = %d, minlines = %d\n", dew->sampling, dew->redfactor, dew->minlines); svd = shd = 0; if (!dew->hasref) { if (dew->sampvdispar) svd = 1; if (dew->samphdispar) shd = 1; fprintf(stderr, "sampv = %d, samph = %d\n", svd, shd); fprintf(stderr, "w = %d, h = %d\n", dew->w, dew->h); fprintf(stderr, "nx = %d, ny = %d\n", dew->nx, dew->ny); fprintf(stderr, "nlines = %d\n", dew->nlines); if (svd) { fprintf(stderr, "(min,max,abs-diff) line curvature = (%d,%d,%d)\n", dew->mincurv, dew->maxcurv, dew->maxcurv - dew->mincurv); } if (shd) { fprintf(stderr, "(left,right,abs-diff) edge curvature = " "(%d,%d,%d)\n", dew->leftcurv, dew->rightcurv, L_ABS(dew->leftcurv - dew->rightcurv)); } } if (!svd && !shd) { fprintf(stderr, "No disparity arrays\n"); return 0; } dewarpPopulateFullRes(dew, NULL, 0, 0); lept_mkdir(subdir); snprintf(outdir, sizeof(outdir), "/tmp/%s", subdir); if (svd) { pixv = fpixRenderContours(dew->fullvdispar, 3.0, 0.15); snprintf(fname, sizeof(fname), "pixv_%d.png", index); pathname = genPathname(outdir, fname); pixWrite(pathname, pixv, IFF_PNG); pixDestroy(&pixv); FREE(pathname); } if (shd) { pixh = fpixRenderContours(dew->fullhdispar, 3.0, 0.15); snprintf(fname, sizeof(fname), "pixh_%d.png", index); pathname = genPathname(outdir, fname); pixWrite(pathname, pixh, IFF_PNG); pixDestroy(&pixh); FREE(pathname); } return 0; } /*! * dewarpShowResults() * * Input: dewa * sarray (of indexed input images) * boxa (crop boxes for input images; can be null) * firstpage, lastpage * pdfout (filename) * Return: 0 if OK, 1 on error * * Notes: * (1) This generates a pdf of image pairs (before, after) for * the designated set of input pages. * (2) If the boxa exists, its elements are aligned with numbers * in the filenames in @sa. It is used to crop the input images. * It is assumed that the dewa was generated from the cropped * images. No undercropping is applied before rendering. */ l_int32 dewarpShowResults(L_DEWARPA *dewa, SARRAY *sa, BOXA *boxa, l_int32 firstpage, l_int32 lastpage, const char *pdfout) { char bufstr[256]; l_int32 i, modelpage; L_BMF *bmf; BOX *box; L_DEWARP *dew; PIX *pixs, *pixc, *pixd, *pixt1, *pixt2; PIXA *pixa; PROCNAME("dewarpShowResults"); if (!dewa) return ERROR_INT("dewa not defined", procName, 1); if (!sa) return ERROR_INT("sa not defined", procName, 1); if (!pdfout) return ERROR_INT("pdfout not defined", procName, 1); if (firstpage > lastpage) return ERROR_INT("invalid first/last page numbers", procName, 1); fprintf(stderr, "Dewarping and generating s/by/s view\n"); bmf = bmfCreate("./fonts", 6); lept_rmdir("dewarp_pdfout"); lept_mkdir("dewarp_pdfout"); for (i = firstpage; i <= lastpage; i++) { if (i && (i % 10 == 0)) fprintf(stderr, ".. %d ", i); pixs = pixReadIndexed(sa, i); if (boxa) { box = boxaGetBox(boxa, i, L_CLONE); pixc = pixClipRectangle(pixs, box, NULL); boxDestroy(&box); } else pixc = pixClone(pixs); dew = dewarpaGetDewarp(dewa, i); pixd = NULL; if (dew) { dewarpaApplyDisparity(dewa, dew->pageno, pixc, GRAYIN_VALUE, 0, 0, &pixd, NULL); dewarpMinimize(dew); } pixa = pixaCreate(2); pixaAddPix(pixa, pixc, L_INSERT); if (pixd) pixaAddPix(pixa, pixd, L_INSERT); pixt1 = pixaDisplayTiledAndScaled(pixa, 32, 500, 2, 0, 35, 2); if (dew) { modelpage = (dew->hasref) ? dew->refpage : dew->pageno; snprintf(bufstr, sizeof(bufstr), "Page %d; using %d\n", i, modelpage); } else snprintf(bufstr, sizeof(bufstr), "Page %d; no dewarp\n", i); pixt2 = pixAddSingleTextblock(pixt1, bmf, bufstr, 0x0000ff00, L_ADD_BELOW, 0); snprintf(bufstr, sizeof(bufstr), "/tmp/dewarp_pdfout/%05d", i); pixWrite(bufstr, pixt2, IFF_JFIF_JPEG); pixaDestroy(&pixa); pixDestroy(&pixs); pixDestroy(&pixt1); pixDestroy(&pixt2); } fprintf(stderr, "\n"); fprintf(stderr, "Generating pdf of result\n"); convertFilesToPdf("/tmp/dewarp_pdfout", NULL, 100, 1.0, L_JPEG_ENCODE, 0, "Dewarp sequence", pdfout); fprintf(stderr, "Output written to: %s\n", pdfout); bmfDestroy(&bmf); return 0; } leptonica-1.70/src/watershed.h0000644000175000017500000000661712270566076014460 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ #ifndef LEPTONICA_WATERSHED_H #define LEPTONICA_WATERSHED_H /* * watershed.h * * Simple data structure to hold watershed data. * All data here is owned by the L_WShed and must be freed. */ struct L_WShed { struct Pix *pixs; /* clone of input 8 bpp pixs */ struct Pix *pixm; /* clone of input 1 bpp seed (marker) pixm */ l_int32 mindepth; /* minimum depth allowed for a watershed */ struct Pix *pixlab; /* 16 bpp label pix */ struct Pix *pixt; /* scratch pix for computing wshed regions */ void **lines8; /* line ptrs for pixs */ void **linem1; /* line ptrs for pixm */ void **linelab32; /* line ptrs for pixlab */ void **linet1; /* line ptrs for pixt */ struct Pixa *pixad; /* result: 1 bpp pixa of watersheds */ struct Pta *ptas; /* pta of initial seed pixels */ struct Numa *nasi; /* numa of seed indicators; 0 if completed */ struct Numa *nash; /* numa of initial seed heights */ struct Numa *namh; /* numa of initial minima heights */ struct Numa *nalevels; /* result: numa of watershed levels */ l_int32 nseeds; /* number of seeds (markers) */ l_int32 nother; /* number of minima different from seeds */ l_int32 *lut; /* lut for pixel indices */ struct Numa **links; /* back-links into lut, for updates */ l_int32 arraysize; /* size of links array */ l_int32 debug; /* set to 1 for debug output */ }; typedef struct L_WShed L_WSHED; #endif /* LEPTONICA_WATERSHED_H */ leptonica-1.70/src/zlibmem.c0000664000175000017500000002036412262575612014116 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * zlibmem.c * * zlib operations in memory, using bbuffer * l_uint8 *zlibCompress() * l_uint8 *zlibUncompress() * * * This provides an example use of the byte buffer utility * (see bbuffer.c for details of how the bbuffer works internally). * We use zlib to compress and decompress a byte array from * one memory buffer to another. The standard method uses streams, * but here we use the bbuffer as an expandable queue of pixels * for both the reading and writing sides of each operation. * * With memory mapping, one should be able to compress between * memory buffers by using the file system to buffer everything in * the background, but the bbuffer implementation is more portable. */ #include "allheaders.h" #ifdef HAVE_CONFIG_H #include "config_auto.h" #endif /* HAVE_CONFIG_H */ /* --------------------------------------------*/ #if HAVE_LIBZ /* defined in environ.h */ /* --------------------------------------------*/ #include "zlib.h" static const l_int32 L_BUF_SIZE = 32768; static const l_int32 ZLIB_COMPRESSION_LEVEL = 6; #ifndef NO_CONSOLE_IO #define DEBUG 0 #endif /* ~NO_CONSOLE_IO */ /*! * zlibCompress() * * Input: datain (byte buffer with input data) * nin (number of bytes of input data) * &nout ( number of bytes of output data) * Return: dataout (compressed data), or null on error * * Notes: * (1) We repeatedly read in and fill up an input buffer, * compress the data, and read it back out. zlib * uses two byte buffers internally in the z_stream * data structure. We use the bbuffers to feed data * into the fixed bufferin, and feed it out of bufferout, * in the same way that a pair of streams would normally * be used if the data were being read from one file * and written to another. This is done iteratively, * compressing L_BUF_SIZE bytes of input data at a time. */ l_uint8 * zlibCompress(l_uint8 *datain, size_t nin, size_t *pnout) { l_uint8 *dataout; l_int32 status; l_int32 flush; size_t nbytes; l_uint8 *bufferin, *bufferout; BBUFFER *bbin, *bbout; z_stream z; PROCNAME("zlibCompress"); if (!datain) return (l_uint8 *)ERROR_PTR("datain not defined", procName, NULL); /* Set up fixed size buffers used in z_stream */ if ((bufferin = (l_uint8 *)CALLOC(L_BUF_SIZE, sizeof(l_uint8))) == NULL) return (l_uint8 *)ERROR_PTR("bufferin not made", procName, NULL); if ((bufferout = (l_uint8 *)CALLOC(L_BUF_SIZE, sizeof(l_uint8))) == NULL) return (l_uint8 *)ERROR_PTR("bufferout not made", procName, NULL); /* Set up bbuffers and load bbin with the data */ if ((bbin = bbufferCreate(datain, nin)) == NULL) return (l_uint8 *)ERROR_PTR("bbin not made", procName, NULL); if ((bbout = bbufferCreate(NULL, 0)) == NULL) return (l_uint8 *)ERROR_PTR("bbout not made", procName, NULL); z.zalloc = (alloc_func)0; z.zfree = (free_func)0; z.opaque = (voidpf)0; z.next_in = bufferin; z.avail_in = 0; z.next_out = bufferout; z.avail_out = L_BUF_SIZE; status = deflateInit(&z, ZLIB_COMPRESSION_LEVEL); if (status != Z_OK) return (l_uint8 *)ERROR_PTR("deflateInit failed", procName, NULL); do { if (z.avail_in == 0) { z.next_in = bufferin; bbufferWrite(bbin, bufferin, L_BUF_SIZE, &nbytes); #if DEBUG fprintf(stderr, " wrote %d bytes to bufferin\n", nbytes); #endif /* DEBUG */ z.avail_in = nbytes; } flush = (bbin->n) ? Z_SYNC_FLUSH : Z_FINISH; status = deflate(&z, flush); #if DEBUG fprintf(stderr, " status is %d, bytesleft = %d, totalout = %d\n", status, z.avail_out, z.total_out); #endif /* DEBUG */ nbytes = L_BUF_SIZE - z.avail_out; if (nbytes) { bbufferRead(bbout, bufferout, nbytes); #if DEBUG fprintf(stderr, " read %d bytes from bufferout\n", nbytes); #endif /* DEBUG */ } z.next_out = bufferout; z.avail_out = L_BUF_SIZE; } while (flush != Z_FINISH); deflateEnd(&z); bbufferDestroy(&bbin); dataout = bbufferDestroyAndSaveData(&bbout, pnout); FREE(bufferin); FREE(bufferout); return dataout; } /*! * zlibUncompress() * * Input: datain (byte buffer with compressed input data) * nin (number of bytes of input data) * &nout ( number of bytes of output data) * Return: dataout (uncompressed data), or null on error * * Notes: * (1) See zlibCompress(). */ l_uint8 * zlibUncompress(l_uint8 *datain, size_t nin, size_t *pnout) { l_uint8 *dataout; l_uint8 *bufferin, *bufferout; l_int32 status; size_t nbytes; BBUFFER *bbin, *bbout; z_stream z; PROCNAME("zlibUncompress"); if (!datain) return (l_uint8 *)ERROR_PTR("datain not defined", procName, NULL); if ((bufferin = (l_uint8 *)CALLOC(L_BUF_SIZE, sizeof(l_uint8))) == NULL) return (l_uint8 *)ERROR_PTR("bufferin not made", procName, NULL); if ((bufferout = (l_uint8 *)CALLOC(L_BUF_SIZE, sizeof(l_uint8))) == NULL) return (l_uint8 *)ERROR_PTR("bufferout not made", procName, NULL); if ((bbin = bbufferCreate(datain, nin)) == NULL) return (l_uint8 *)ERROR_PTR("bbin not made", procName, NULL); if ((bbout = bbufferCreate(NULL, 0)) == NULL) return (l_uint8 *)ERROR_PTR("bbout not made", procName, NULL); z.zalloc = (alloc_func)0; z.zfree = (free_func)0; z.next_in = bufferin; z.avail_in = 0; z.next_out = bufferout; z.avail_out = L_BUF_SIZE; inflateInit(&z); for ( ; ; ) { if (z.avail_in == 0) { z.next_in = bufferin; bbufferWrite(bbin, bufferin, L_BUF_SIZE, &nbytes); /* fprintf(stderr, " wrote %d bytes to bufferin\n", nbytes); */ z.avail_in = nbytes; } if (z.avail_in == 0) break; status = inflate(&z, Z_SYNC_FLUSH); /* fprintf(stderr, " status is %d, bytesleft = %d, totalout = %d\n", status, z.avail_out, z.total_out); */ nbytes = L_BUF_SIZE - z.avail_out; if (nbytes) { bbufferRead(bbout, bufferout, nbytes); /* fprintf(stderr, " read %d bytes from bufferout\n", nbytes); */ } z.next_out = bufferout; z.avail_out = L_BUF_SIZE; } inflateEnd(&z); bbufferDestroy(&bbin); dataout = bbufferDestroyAndSaveData(&bbout, pnout); FREE(bufferin); FREE(bufferout); return dataout; } /* --------------------------------------------*/ #endif /* HAVE_LIBZ */ /* --------------------------------------------*/ leptonica-1.70/src/regutils.h0000664000175000017500000001377012267243267014330 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ #ifndef LEPTONICA_REGUTILS_H #define LEPTONICA_REGUTILS_H /* * regutils.h * * Contains this regression test parameter packaging struct * struct L_RegParams * * The regression test utility allows you to write regression tests * that compare results with existing "golden files" and with * compiled in data. * * Regression tests can be called in three ways. * For example, for distance_reg: * * Case 1: distance_reg [generate] * This generates golden files in /tmp for the reg test. * * Case 2: distance_reg compare * This runs the test against the set of golden files. It * appends to 'outfile.txt' either "SUCCESS" or "FAILURE", * as well as the details of any parts of the test that failed. * It writes to a temporary file stream (fp) * * Case 3: distance_reg display * This runs the test but makes no comparison of the output * against the set of golden files. In addition, this displays * images and plots that are specified in the test under * control of the display variable. Display is enabled only * for this case. Using 'display' on the command line is optional. * * Regression tests follow the pattern given below. Tests are * automatically numbered sequentially, and it is convenient to * comment each with a number to keep track (for comparison tests * and for debugging). In an actual case, comparisons of pix and * of files can occur in any order. We give a specific order here * for clarity. * * L_REGPARAMS *rp; // holds data required by the test functions * * // Setup variables; optionally open stream * if (regTestSetup(argc, argv, &rp)) * return 1; * * // Test pairs of generated pix for identity. This compares * // two pix; no golden file is generated. * regTestComparePix(rp, pix1, pix2); // 0 * * // Test pairs of generated pix for similarity. This compares * // two pix; no golden file is generated. The last arg determines * // if stats are to be written to stderr. * regTestCompareSimilarPix(rp, pix1, pix2, 15, 0.001, 0); // 1 * * // Generation of outputs and testing for identity * // These files can be anything, of course. * regTestCheckFile(rp, ); // 2 * regTestCheckFile(rp, ); // 3 * * // Test pairs of output golden files for identity. Here we * // are comparing golden files 2 and 3. * regTestCompareFiles(rp, 2, 3); // 4 * * // "Write and check". This writes a pix using a canonical * // formulation for the local filename and either: * // case 1: generates a golden file * // case 2: compares the local file with a golden file * // case 3: generates local files and displays * // Here we write the pix compressed with png and jpeg, respectively; * // Then check against the golden file. The internal @index * // is incremented; it is embedded in the local filename and, * // if generating, in the golden file as well. * regTestWritePixAndCheck(rp, pix1, IFF_PNG); // 5 * regTestWritePixAndCheck(rp, pix2, IFF_JFIF_JPEG); // 6 * * // Display if reg test was called in 'display' mode * pixDisplayWithTitle(pix1, 100, 100, NULL, rp->display); * * // Clean up and output result * regTestCleanup(rp); */ /*-------------------------------------------------------------------------* * Regression test parameter packer * *-------------------------------------------------------------------------*/ struct L_RegParams { FILE *fp; /* stream to temporary output file for compare mode */ char *testname; /* name of test, without '_reg' */ char *tempfile; /* name of temp file for compare mode output */ l_int32 mode; /* generate, compare or display */ l_int32 index; /* index into saved files for this test; 0-based */ l_int32 success; /* overall result of the test */ l_int32 display; /* 1 if in display mode; 0 otherwise */ L_TIMER tstart; /* marks beginning of the reg test */ }; typedef struct L_RegParams L_REGPARAMS; /* Running modes for the test */ enum { L_REG_GENERATE = 0, L_REG_COMPARE = 1, L_REG_DISPLAY = 2 }; #endif /* LEPTONICA_REGUTILS_H */ leptonica-1.70/src/fpix2.c0000644000175000017500000021755212265645147013520 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * fpix2.c * * This file has these FPix utilities: * - interconversions with pix, fpix, dpix * - min and max values * - integer scaling * - arithmetic operations * - set all * - border functions * - simple rasterop (source --> dest) * - geometric transforms * * Interconversions between Pix, FPix and DPix * FPIX *pixConvertToFPix() * DPIX *pixConvertToDPix() * PIX *fpixConvertToPix() * PIX *fpixDisplayMaxDynamicRange() [useful for debugging] * DPIX *fpixConvertToDPix() * PIX *dpixConvertToPix() * FPIX *dpixConvertToFPix() * * Min/max value * l_int32 fpixGetMin() * l_int32 fpixGetMax() * l_int32 dpixGetMin() * l_int32 dpixGetMax() * * Integer scaling * FPIX *fpixScaleByInteger() * DPIX *dpixScaleByInteger() * * Arithmetic operations * FPIX *fpixLinearCombination() * l_int32 fpixAddMultConstant() * DPIX *dpixLinearCombination() * l_int32 dpixAddMultConstant() * * Set all * l_int32 fpixSetAllArbitrary() * l_int32 dpixSetAllArbitrary() * * FPix border functions * FPIX *fpixAddBorder() * FPIX *fpixRemoveBorder() * FPIX *fpixAddMirroredBorder() * FPIX *fpixAddContinuedBorder() * FPIX *fpixAddSlopeBorder() * * FPix simple rasterop * l_int32 fpixRasterop() * * FPix rotation by multiples of 90 degrees * FPIX *fpixRotateOrth() * FPIX *fpixRotate180() * FPIX *fpixRotate90() * FPIX *fpixFlipLR() * FPIX *fpixFlipTB() * * FPix affine and projective interpolated transforms * FPIX *fpixAffinePta() * FPIX *fpixAffine() * FPIX *fpixProjectivePta() * FPIX *fpixProjective() * l_int32 linearInterpolatePixelFloat() * * Thresholding to 1 bpp Pix * PIX *fpixThresholdToPix() * * Generate function from components * FPIX *pixComponentFunction() */ #include #include "allheaders.h" /*--------------------------------------------------------------------* * FPix <--> Pix conversions * *--------------------------------------------------------------------*/ /*! * pixConvertToFPix() * * Input: pix (1, 2, 4, 8, 16 or 32 bpp) * ncomps (number of components: 3 for RGB, 1 otherwise) * Return: fpix, or null on error * * Notes: * (1) If colormapped, remove to grayscale. * (2) If 32 bpp and @ncomps == 3, this is RGB; convert to luminance. * In all other cases the src image is treated as having a single * component of pixel values. */ FPIX * pixConvertToFPix(PIX *pixs, l_int32 ncomps) { l_int32 w, h, d, i, j, val, wplt, wpld; l_uint32 uval; l_uint32 *datat, *linet; l_float32 *datad, *lined; PIX *pixt; FPIX *fpixd; PROCNAME("pixConvertToFPix"); if (!pixs) return (FPIX *)ERROR_PTR("pixs not defined", procName, NULL); /* Convert to a single component */ if (pixGetColormap(pixs)) pixt = pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); else if (pixGetDepth(pixs) == 32 && ncomps == 3) pixt = pixConvertRGBToLuminance(pixs); else pixt = pixClone(pixs); pixGetDimensions(pixt, &w, &h, &d); if (d != 1 && d != 2 && d != 4 && d != 8 && d != 16 && d != 32) { pixDestroy(&pixt); return (FPIX *)ERROR_PTR("invalid depth", procName, NULL); } if ((fpixd = fpixCreate(w, h)) == NULL) return (FPIX *)ERROR_PTR("fpixd not made", procName, NULL); datat = pixGetData(pixt); wplt = pixGetWpl(pixt); datad = fpixGetData(fpixd); wpld = fpixGetWpl(fpixd); for (i = 0; i < h; i++) { linet = datat + i * wplt; lined = datad + i * wpld; if (d == 1) { for (j = 0; j < w; j++) { val = GET_DATA_BIT(linet, j); lined[j] = (l_float32)val; } } else if (d == 2) { for (j = 0; j < w; j++) { val = GET_DATA_DIBIT(linet, j); lined[j] = (l_float32)val; } } else if (d == 4) { for (j = 0; j < w; j++) { val = GET_DATA_QBIT(linet, j); lined[j] = (l_float32)val; } } else if (d == 8) { for (j = 0; j < w; j++) { val = GET_DATA_BYTE(linet, j); lined[j] = (l_float32)val; } } else if (d == 16) { for (j = 0; j < w; j++) { val = GET_DATA_TWO_BYTES(linet, j); lined[j] = (l_float32)val; } } else { /* d == 32 */ for (j = 0; j < w; j++) { uval = GET_DATA_FOUR_BYTES(linet, j); lined[j] = (l_float32)uval; } } } pixDestroy(&pixt); return fpixd; } /*! * pixConvertToDPix() * * Input: pix (1, 2, 4, 8, 16 or 32 bpp) * ncomps (number of components: 3 for RGB, 1 otherwise) * Return: dpix, or null on error * * Notes: * (1) If colormapped, remove to grayscale. * (2) If 32 bpp and @ncomps == 3, this is RGB; convert to luminance. * In all other cases the src image is treated as having a single * component of pixel values. */ DPIX * pixConvertToDPix(PIX *pixs, l_int32 ncomps) { l_int32 w, h, d, i, j, val, wplt, wpld; l_uint32 uval; l_uint32 *datat, *linet; l_float64 *datad, *lined; PIX *pixt; DPIX *dpixd; PROCNAME("pixConvertToDPix"); if (!pixs) return (DPIX *)ERROR_PTR("pixs not defined", procName, NULL); /* Convert to a single component */ if (pixGetColormap(pixs)) pixt = pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); else if (pixGetDepth(pixs) == 32 && ncomps == 3) pixt = pixConvertRGBToLuminance(pixs); else pixt = pixClone(pixs); pixGetDimensions(pixt, &w, &h, &d); if (d != 1 && d != 2 && d != 4 && d != 8 && d != 16 && d != 32) { pixDestroy(&pixt); return (DPIX *)ERROR_PTR("invalid depth", procName, NULL); } if ((dpixd = dpixCreate(w, h)) == NULL) return (DPIX *)ERROR_PTR("dpixd not made", procName, NULL); datat = pixGetData(pixt); wplt = pixGetWpl(pixt); datad = dpixGetData(dpixd); wpld = dpixGetWpl(dpixd); for (i = 0; i < h; i++) { linet = datat + i * wplt; lined = datad + i * wpld; if (d == 1) { for (j = 0; j < w; j++) { val = GET_DATA_BIT(linet, j); lined[j] = (l_float64)val; } } else if (d == 2) { for (j = 0; j < w; j++) { val = GET_DATA_DIBIT(linet, j); lined[j] = (l_float64)val; } } else if (d == 4) { for (j = 0; j < w; j++) { val = GET_DATA_QBIT(linet, j); lined[j] = (l_float64)val; } } else if (d == 8) { for (j = 0; j < w; j++) { val = GET_DATA_BYTE(linet, j); lined[j] = (l_float64)val; } } else if (d == 16) { for (j = 0; j < w; j++) { val = GET_DATA_TWO_BYTES(linet, j); lined[j] = (l_float64)val; } } else { /* d == 32 */ for (j = 0; j < w; j++) { uval = GET_DATA_FOUR_BYTES(linet, j); lined[j] = (l_float64)uval; } } } pixDestroy(&pixt); return dpixd; } /*! * fpixConvertToPix() * * Input: fpixs * outdepth (0, 8, 16 or 32 bpp) * negvals (L_CLIP_TO_ZERO, L_TAKE_ABSVAL) * errorflag (1 to output error stats; 0 otherwise) * Return: pixd, or null on error * * Notes: * (1) Use @outdepth = 0 to programmatically determine the * output depth. If no values are greater than 255, * it will set outdepth = 8; otherwise to 16 or 32. * (2) Because we are converting a float to an unsigned int * with a specified dynamic range (8, 16 or 32 bits), errors * can occur. If errorflag == TRUE, output the number * of values out of range, both negative and positive. * (3) If a pixel value is positive and out of range, clip to * the maximum value represented at the outdepth of 8, 16 * or 32 bits. */ PIX * fpixConvertToPix(FPIX *fpixs, l_int32 outdepth, l_int32 negvals, l_int32 errorflag) { l_int32 w, h, i, j, wpls, wpld, maxval; l_uint32 vald; l_float32 val; l_float32 *datas, *lines; l_uint32 *datad, *lined; PIX *pixd; PROCNAME("fpixConvertToPix"); if (!fpixs) return (PIX *)ERROR_PTR("fpixs not defined", procName, NULL); if (negvals != L_CLIP_TO_ZERO && negvals != L_TAKE_ABSVAL) return (PIX *)ERROR_PTR("invalid negvals", procName, NULL); if (outdepth != 0 && outdepth != 8 && outdepth != 16 && outdepth != 32) return (PIX *)ERROR_PTR("outdepth not in {0,8,16,32}", procName, NULL); fpixGetDimensions(fpixs, &w, &h); datas = fpixGetData(fpixs); wpls = fpixGetWpl(fpixs); /* Adaptive determination of output depth */ if (outdepth == 0) { outdepth = 8; for (i = 0; i < h && outdepth < 32; i++) { lines = datas + i * wpls; for (j = 0; j < w && outdepth < 32; j++) { if (lines[j] > 65535.5) outdepth = 32; else if (lines[j] > 255.5) outdepth = 16; } } } maxval = (1 << outdepth) - 1; /* Gather statistics if @errorflag = TRUE */ if (errorflag) { l_int32 negs = 0; l_int32 overvals = 0; for (i = 0; i < h; i++) { lines = datas + i * wpls; for (j = 0; j < w; j++) { val = lines[j]; if (val < 0.0) negs++; else if (val > maxval) overvals++; } } if (negs > 0) L_ERROR("Number of negative values: %d\n", procName, negs); if (overvals > 0) L_ERROR("Number of too-large values: %d\n", procName, overvals); } /* Make the pix and convert the data */ if ((pixd = pixCreate(w, h, outdepth)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { val = lines[j]; if (val >= 0.0) vald = (l_uint32)(val + 0.5); else if (negvals == L_CLIP_TO_ZERO) /* and val < 0.0 */ vald = 0; else vald = (l_uint32)(-val + 0.5); if (vald > maxval) vald = maxval; if (outdepth == 8) SET_DATA_BYTE(lined, j, vald); else if (outdepth == 16) SET_DATA_TWO_BYTES(lined, j, vald); else /* outdepth == 32 */ SET_DATA_FOUR_BYTES(lined, j, vald); } } return pixd; } /*! * fpixDisplayMaxDynamicRange() * * Input: fpixs * Return: pixd (8 bpp), or null on error */ PIX * fpixDisplayMaxDynamicRange(FPIX *fpixs) { l_uint8 dval; l_int32 i, j, w, h, wpls, wpld; l_float32 factor, sval, maxval; l_float32 *lines, *datas; l_uint32 *lined, *datad; PIX *pixd; PROCNAME("fpixDisplayMaxDynamicRange"); if (!fpixs) return (PIX *)ERROR_PTR("fpixs not defined", procName, NULL); fpixGetDimensions(fpixs, &w, &h); datas = fpixGetData(fpixs); wpls = fpixGetWpl(fpixs); maxval = 0.0; for (i = 0; i < h; i++) { lines = datas + i * wpls; for (j = 0; j < w; j++) { sval = *(lines + j); if (sval > maxval) maxval = sval; } } pixd = pixCreate(w, h, 8); if (maxval == 0.0) return pixd; /* all pixels are 0 */ datad = pixGetData(pixd); wpld = pixGetWpl(pixd); factor = 255. / maxval; for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { sval = *(lines + j); if (sval < 0.0) sval = 0.0; dval = (l_uint8)(factor * sval + 0.5); SET_DATA_BYTE(lined, j, dval); } } return pixd; } /*! * fpixConvertToDPix() * * Input: fpix * Return: dpix, or null on error */ DPIX * fpixConvertToDPix(FPIX *fpix) { l_int32 w, h, i, j, wpls, wpld; l_float32 val; l_float32 *datas, *lines; l_float64 *datad, *lined; DPIX *dpix; PROCNAME("fpixConvertToDPix"); if (!fpix) return (DPIX *)ERROR_PTR("fpix not defined", procName, NULL); fpixGetDimensions(fpix, &w, &h); if ((dpix = dpixCreate(w, h)) == NULL) return (DPIX *)ERROR_PTR("dpix not made", procName, NULL); datas = fpixGetData(fpix); datad = dpixGetData(dpix); wpls = fpixGetWpl(fpix); wpld = dpixGetWpl(dpix); /* 8 byte words */ for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { val = lines[j]; lined[j] = val; } } return dpix; } /*! * dpixConvertToPix() * * Input: dpixs * outdepth (0, 8, 16 or 32 bpp) * negvals (L_CLIP_TO_ZERO, L_TAKE_ABSVAL) * errorflag (1 to output error stats; 0 otherwise) * Return: pixd, or null on error * * Notes: * (1) Use @outdepth = 0 to programmatically determine the * output depth. If no values are greater than 255, * it will set outdepth = 8; otherwise to 16 or 32. * (2) Because we are converting a float to an unsigned int * with a specified dynamic range (8, 16 or 32 bits), errors * can occur. If errorflag == TRUE, output the number * of values out of range, both negative and positive. * (3) If a pixel value is positive and out of range, clip to * the maximum value represented at the outdepth of 8, 16 * or 32 bits. */ PIX * dpixConvertToPix(DPIX *dpixs, l_int32 outdepth, l_int32 negvals, l_int32 errorflag) { l_int32 w, h, i, j, wpls, wpld, maxval; l_uint32 vald; l_float64 val; l_float64 *datas, *lines; l_uint32 *datad, *lined; PIX *pixd; PROCNAME("dpixConvertToPix"); if (!dpixs) return (PIX *)ERROR_PTR("dpixs not defined", procName, NULL); if (negvals != L_CLIP_TO_ZERO && negvals != L_TAKE_ABSVAL) return (PIX *)ERROR_PTR("invalid negvals", procName, NULL); if (outdepth != 0 && outdepth != 8 && outdepth != 16 && outdepth != 32) return (PIX *)ERROR_PTR("outdepth not in {0,8,16,32}", procName, NULL); dpixGetDimensions(dpixs, &w, &h); datas = dpixGetData(dpixs); wpls = dpixGetWpl(dpixs); /* Adaptive determination of output depth */ if (outdepth == 0) { outdepth = 8; for (i = 0; i < h && outdepth < 32; i++) { lines = datas + i * wpls; for (j = 0; j < w && outdepth < 32; j++) { if (lines[j] > 65535.5) outdepth = 32; else if (lines[j] > 255.5) outdepth = 16; } } } maxval = (1 << outdepth) - 1; /* Gather statistics if @errorflag = TRUE */ if (errorflag) { l_int32 negs = 0; l_int32 overvals = 0; for (i = 0; i < h; i++) { lines = datas + i * wpls; for (j = 0; j < w; j++) { val = lines[j]; if (val < 0.0) negs++; else if (val > maxval) overvals++; } } if (negs > 0) L_ERROR("Number of negative values: %d\n", procName, negs); if (overvals > 0) L_ERROR("Number of too-large values: %d\n", procName, overvals); } /* Make the pix and convert the data */ if ((pixd = pixCreate(w, h, outdepth)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { val = lines[j]; if (val >= 0.0) { vald = (l_uint32)(val + 0.5); } else { /* val < 0.0 */ if (negvals == L_CLIP_TO_ZERO) vald = 0; else vald = (l_uint32)(-val + 0.5); } if (vald > maxval) vald = maxval; if (outdepth == 8) SET_DATA_BYTE(lined, j, vald); else if (outdepth == 16) SET_DATA_TWO_BYTES(lined, j, vald); else /* outdepth == 32 */ SET_DATA_FOUR_BYTES(lined, j, vald); } } return pixd; } /*! * dpixConvertToFPix() * * Input: dpix * Return: fpix, or null on error */ FPIX * dpixConvertToFPix(DPIX *dpix) { l_int32 w, h, i, j, wpls, wpld; l_float64 val; l_float32 *datad, *lined; l_float64 *datas, *lines; FPIX *fpix; PROCNAME("dpixConvertToFPix"); if (!dpix) return (FPIX *)ERROR_PTR("dpix not defined", procName, NULL); dpixGetDimensions(dpix, &w, &h); if ((fpix = fpixCreate(w, h)) == NULL) return (FPIX *)ERROR_PTR("fpix not made", procName, NULL); datas = dpixGetData(dpix); datad = fpixGetData(fpix); wpls = dpixGetWpl(dpix); /* 8 byte words */ wpld = fpixGetWpl(fpix); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { val = lines[j]; lined[j] = (l_float32)val; } } return fpix; } /*--------------------------------------------------------------------* * Min/max value * *--------------------------------------------------------------------*/ /*! * fpixGetMin() * * Input: fpix * &minval ( min value) * &xminloc ( x location of min) * &yminloc ( y location of min) * Return: 0 if OK; 1 on error */ l_int32 fpixGetMin(FPIX *fpix, l_float32 *pminval, l_int32 *pxminloc, l_int32 *pyminloc) { l_int32 i, j, w, h, wpl, xminloc, yminloc; l_float32 *data, *line; l_float32 minval; PROCNAME("fpixGetMin"); if (!pminval && !pxminloc && !pyminloc) return ERROR_INT("nothing to do", procName, 1); if (pminval) *pminval = 0.0; if (pxminloc) *pxminloc = 0; if (pyminloc) *pyminloc = 0; if (!fpix) return ERROR_INT("fpix not defined", procName, 1); minval = +1.0e20; xminloc = 0; yminloc = 0; fpixGetDimensions(fpix, &w, &h); data = fpixGetData(fpix); wpl = fpixGetWpl(fpix); for (i = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < w; j++) { if (line[j] < minval) { minval = line[j]; xminloc = j; yminloc = i; } } } if (pminval) *pminval = minval; if (pxminloc) *pxminloc = xminloc; if (pyminloc) *pyminloc = yminloc; return 0; } /*! * fpixGetMax() * * Input: fpix * &maxval ( max value) * &xmaxloc ( x location of max) * &ymaxloc ( y location of max) * Return: 0 if OK; 1 on error */ l_int32 fpixGetMax(FPIX *fpix, l_float32 *pmaxval, l_int32 *pxmaxloc, l_int32 *pymaxloc) { l_int32 i, j, w, h, wpl, xmaxloc, ymaxloc; l_float32 *data, *line; l_float32 maxval; PROCNAME("fpixGetMax"); if (!pmaxval && !pxmaxloc && !pymaxloc) return ERROR_INT("nothing to do", procName, 1); if (pmaxval) *pmaxval = 0.0; if (pxmaxloc) *pxmaxloc = 0; if (pymaxloc) *pymaxloc = 0; if (!fpix) return ERROR_INT("fpix not defined", procName, 1); maxval = -1.0e20; xmaxloc = 0; ymaxloc = 0; fpixGetDimensions(fpix, &w, &h); data = fpixGetData(fpix); wpl = fpixGetWpl(fpix); for (i = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < w; j++) { if (line[j] > maxval) { maxval = line[j]; xmaxloc = j; ymaxloc = i; } } } if (pmaxval) *pmaxval = maxval; if (pxmaxloc) *pxmaxloc = xmaxloc; if (pymaxloc) *pymaxloc = ymaxloc; return 0; } /*! * dpixGetMin() * * Input: dpix * &minval ( min value) * &xminloc ( x location of min) * &yminloc ( y location of min) * Return: 0 if OK; 1 on error */ l_int32 dpixGetMin(DPIX *dpix, l_float64 *pminval, l_int32 *pxminloc, l_int32 *pyminloc) { l_int32 i, j, w, h, wpl, xminloc, yminloc; l_float64 *data, *line; l_float64 minval; PROCNAME("dpixGetMin"); if (!pminval && !pxminloc && !pyminloc) return ERROR_INT("nothing to do", procName, 1); if (pminval) *pminval = 0.0; if (pxminloc) *pxminloc = 0; if (pyminloc) *pyminloc = 0; if (!dpix) return ERROR_INT("dpix not defined", procName, 1); minval = +1.0e300; xminloc = 0; yminloc = 0; dpixGetDimensions(dpix, &w, &h); data = dpixGetData(dpix); wpl = dpixGetWpl(dpix); for (i = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < w; j++) { if (line[j] < minval) { minval = line[j]; xminloc = j; yminloc = i; } } } if (pminval) *pminval = minval; if (pxminloc) *pxminloc = xminloc; if (pyminloc) *pyminloc = yminloc; return 0; } /*! * dpixGetMax() * * Input: dpix * &maxval ( max value) * &xmaxloc ( x location of max) * &ymaxloc ( y location of max) * Return: 0 if OK; 1 on error */ l_int32 dpixGetMax(DPIX *dpix, l_float64 *pmaxval, l_int32 *pxmaxloc, l_int32 *pymaxloc) { l_int32 i, j, w, h, wpl, xmaxloc, ymaxloc; l_float64 *data, *line; l_float64 maxval; PROCNAME("dpixGetMax"); if (!pmaxval && !pxmaxloc && !pymaxloc) return ERROR_INT("nothing to do", procName, 1); if (pmaxval) *pmaxval = 0.0; if (pxmaxloc) *pxmaxloc = 0; if (pymaxloc) *pymaxloc = 0; if (!dpix) return ERROR_INT("dpix not defined", procName, 1); maxval = -1.0e20; xmaxloc = 0; ymaxloc = 0; dpixGetDimensions(dpix, &w, &h); data = dpixGetData(dpix); wpl = dpixGetWpl(dpix); for (i = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < w; j++) { if (line[j] > maxval) { maxval = line[j]; xmaxloc = j; ymaxloc = i; } } } if (pmaxval) *pmaxval = maxval; if (pxmaxloc) *pxmaxloc = xmaxloc; if (pymaxloc) *pymaxloc = ymaxloc; return 0; } /*--------------------------------------------------------------------* * Special integer scaling * *--------------------------------------------------------------------*/ /*! * fpixScaleByInteger() * * Input: fpixs (low resolution, subsampled) * factor (scaling factor) * Return: fpixd (interpolated result), or null on error * * Notes: * (1) The width wd of fpixd is related to ws of fpixs by: * wd = factor * (ws - 1) + 1 (and ditto for the height) * We avoid special-casing boundary pixels in the interpolation * by constructing fpixd by inserting (factor - 1) interpolated * pixels between each pixel in fpixs. Then * wd = ws + (ws - 1) * (factor - 1) (same as above) * This also has the advantage that if we subsample by @factor, * throwing out all the interpolated pixels, we regain the * original low resolution fpix. */ FPIX * fpixScaleByInteger(FPIX *fpixs, l_int32 factor) { l_int32 i, j, k, m, ws, hs, wd, hd, wpls, wpld; l_float32 val0, val1, val2, val3; l_float32 *datas, *datad, *lines, *lined, *fract; FPIX *fpixd; PROCNAME("fpixScaleByInteger"); if (!fpixs) return (FPIX *)ERROR_PTR("fpixs not defined", procName, NULL); fpixGetDimensions(fpixs, &ws, &hs); wd = factor * (ws - 1) + 1; hd = factor * (hs - 1) + 1; fpixd = fpixCreate(wd, hd); datas = fpixGetData(fpixs); datad = fpixGetData(fpixd); wpls = fpixGetWpl(fpixs); wpld = fpixGetWpl(fpixd); fract = (l_float32 *)CALLOC(factor, sizeof(l_float32)); for (i = 0; i < factor; i++) fract[i] = i / (l_float32)factor; for (i = 0; i < hs - 1; i++) { lines = datas + i * wpls; for (j = 0; j < ws - 1; j++) { val0 = lines[j]; val1 = lines[j + 1]; val2 = lines[wpls + j]; val3 = lines[wpls + j + 1]; for (k = 0; k < factor; k++) { /* rows of sub-block */ lined = datad + (i * factor + k) * wpld; for (m = 0; m < factor; m++) { /* cols of sub-block */ lined[j * factor + m] = val0 * (1.0 - fract[m]) * (1.0 - fract[k]) + val1 * fract[m] * (1.0 - fract[k]) + val2 * (1.0 - fract[m]) * fract[k] + val3 * fract[m] * fract[k]; } } } } /* Do the right-most column of fpixd, skipping LR corner */ for (i = 0; i < hs - 1; i++) { lines = datas + i * wpls; val0 = lines[ws - 1]; val1 = lines[wpls + ws - 1]; for (k = 0; k < factor; k++) { lined = datad + (i * factor + k) * wpld; lined[wd - 1] = val0 * (1.0 - fract[k]) + val1 * fract[k]; } } /* Do the bottom-most row of fpixd */ lines = datas + (hs - 1) * wpls; lined = datad + (hd - 1) * wpld; for (j = 0; j < ws - 1; j++) { val0 = lines[j]; val1 = lines[j + 1]; for (m = 0; m < factor; m++) lined[j * factor + m] = val0 * (1.0 - fract[m]) + val1 * fract[m]; lined[wd - 1] = lines[ws - 1]; /* LR corner */ } FREE(fract); return fpixd; } /*! * dpixScaleByInteger() * * Input: dpixs (low resolution, subsampled) * factor (scaling factor) * Return: dpixd (interpolated result), or null on error * * Notes: * (1) The width wd of dpixd is related to ws of dpixs by: * wd = factor * (ws - 1) + 1 (and ditto for the height) * We avoid special-casing boundary pixels in the interpolation * by constructing fpixd by inserting (factor - 1) interpolated * pixels between each pixel in fpixs. Then * wd = ws + (ws - 1) * (factor - 1) (same as above) * This also has the advantage that if we subsample by @factor, * throwing out all the interpolated pixels, we regain the * original low resolution dpix. */ DPIX * dpixScaleByInteger(DPIX *dpixs, l_int32 factor) { l_int32 i, j, k, m, ws, hs, wd, hd, wpls, wpld; l_float64 val0, val1, val2, val3; l_float64 *datas, *datad, *lines, *lined, *fract; DPIX *dpixd; PROCNAME("dpixScaleByInteger"); if (!dpixs) return (DPIX *)ERROR_PTR("dpixs not defined", procName, NULL); dpixGetDimensions(dpixs, &ws, &hs); wd = factor * (ws - 1) + 1; hd = factor * (hs - 1) + 1; dpixd = dpixCreate(wd, hd); datas = dpixGetData(dpixs); datad = dpixGetData(dpixd); wpls = dpixGetWpl(dpixs); wpld = dpixGetWpl(dpixd); fract = (l_float64 *)CALLOC(factor, sizeof(l_float64)); for (i = 0; i < factor; i++) fract[i] = i / (l_float64)factor; for (i = 0; i < hs - 1; i++) { lines = datas + i * wpls; for (j = 0; j < ws - 1; j++) { val0 = lines[j]; val1 = lines[j + 1]; val2 = lines[wpls + j]; val3 = lines[wpls + j + 1]; for (k = 0; k < factor; k++) { /* rows of sub-block */ lined = datad + (i * factor + k) * wpld; for (m = 0; m < factor; m++) { /* cols of sub-block */ lined[j * factor + m] = val0 * (1.0 - fract[m]) * (1.0 - fract[k]) + val1 * fract[m] * (1.0 - fract[k]) + val2 * (1.0 - fract[m]) * fract[k] + val3 * fract[m] * fract[k]; } } } } /* Do the right-most column of dpixd, skipping LR corner */ for (i = 0; i < hs - 1; i++) { lines = datas + i * wpls; val0 = lines[ws - 1]; val1 = lines[wpls + ws - 1]; for (k = 0; k < factor; k++) { lined = datad + (i * factor + k) * wpld; lined[wd - 1] = val0 * (1.0 - fract[k]) + val1 * fract[k]; } } /* Do the bottom-most row of dpixd */ lines = datas + (hs - 1) * wpls; lined = datad + (hd - 1) * wpld; for (j = 0; j < ws - 1; j++) { val0 = lines[j]; val1 = lines[j + 1]; for (m = 0; m < factor; m++) lined[j * factor + m] = val0 * (1.0 - fract[m]) + val1 * fract[m]; lined[wd - 1] = lines[ws - 1]; /* LR corner */ } FREE(fract); return dpixd; } /*--------------------------------------------------------------------* * Arithmetic operations * *--------------------------------------------------------------------*/ /*! * fpixLinearCombination() * * Input: fpixd (; this can be null, equal to fpixs1, or * different from fpixs1) * fpixs1 (can be == to fpixd) * fpixs2 * a, b (multiplication factors on fpixs1 and fpixs2, rsp.) * Return: fpixd always * * Notes: * (1) Computes pixelwise linear combination: a * src1 + b * src2 * (2) Alignment is to UL corner. * (3) There are 3 cases. The result can go to a new dest, * in-place to fpixs1, or to an existing input dest: * * fpixd == null: (src1 + src2) --> new fpixd * * fpixd == fpixs1: (src1 + src2) --> src1 (in-place) * * fpixd != fpixs1: (src1 + src2) --> input fpixd * (4) fpixs2 must be different from both fpixd and fpixs1. */ FPIX * fpixLinearCombination(FPIX *fpixd, FPIX *fpixs1, FPIX *fpixs2, l_float32 a, l_float32 b) { l_int32 i, j, ws, hs, w, h, wpls, wpld; l_float32 *datas, *datad, *lines, *lined; PROCNAME("fpixLinearCombination"); if (!fpixs1) return (FPIX *)ERROR_PTR("fpixs1 not defined", procName, fpixd); if (!fpixs2) return (FPIX *)ERROR_PTR("fpixs2 not defined", procName, fpixd); if (fpixs1 == fpixs2) return (FPIX *)ERROR_PTR("fpixs1 == fpixs2", procName, fpixd); if (fpixs2 == fpixd) return (FPIX *)ERROR_PTR("fpixs2 == fpixd", procName, fpixd); if (fpixs1 != fpixd) fpixd = fpixCopy(fpixd, fpixs1); datas = fpixGetData(fpixs2); datad = fpixGetData(fpixd); wpls = fpixGetWpl(fpixs2); wpld = fpixGetWpl(fpixd); fpixGetDimensions(fpixs2, &ws, &hs); fpixGetDimensions(fpixd, &w, &h); w = L_MIN(ws, w); h = L_MIN(hs, h); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) lined[j] = a * lined[j] + b * lines[j]; } return fpixd; } /*! * fpixAddMultConstant() * * Input: fpix * addc (use 0.0 to skip the operation) * multc (use 1.0 to skip the operation) * Return: 0 if OK, 1 on error * * Notes: * (1) This is an in-place operation. * (2) It can be used to multiply each pixel by a constant, * and also to add a constant to each pixel. Multiplication * is done first. */ l_int32 fpixAddMultConstant(FPIX *fpix, l_float32 addc, l_float32 multc) { l_int32 i, j, w, h, wpl; l_float32 *line, *data; PROCNAME("fpixAddMultConstant"); if (!fpix) return ERROR_INT("fpix not defined", procName, 1); if (addc == 0.0 && multc == 1.0) return 0; fpixGetDimensions(fpix, &w, &h); data = fpixGetData(fpix); wpl = fpixGetWpl(fpix); for (i = 0; i < h; i++) { line = data + i * wpl; if (addc == 0.0) { for (j = 0; j < w; j++) line[j] *= multc; } else if (multc == 1.0) { for (j = 0; j < w; j++) line[j] += addc; } else { for (j = 0; j < w; j++) { line[j] = multc * line[j] + addc; } } } return 0; } /*! * dpixLinearCombination() * * Input: dpixd (; this can be null, equal to dpixs1, or * different from dpixs1) * dpixs1 (can be == to dpixd) * dpixs2 * a, b (multiplication factors on dpixs1 and dpixs2, rsp.) * Return: dpixd always * * Notes: * (1) Computes pixelwise linear combination: a * src1 + b * src2 * (2) Alignment is to UL corner. * (3) There are 3 cases. The result can go to a new dest, * in-place to dpixs1, or to an existing input dest: * * dpixd == null: (src1 + src2) --> new dpixd * * dpixd == dpixs1: (src1 + src2) --> src1 (in-place) * * dpixd != dpixs1: (src1 + src2) --> input dpixd * (4) dpixs2 must be different from both dpixd and dpixs1. */ DPIX * dpixLinearCombination(DPIX *dpixd, DPIX *dpixs1, DPIX *dpixs2, l_float32 a, l_float32 b) { l_int32 i, j, ws, hs, w, h, wpls, wpld; l_float64 *datas, *datad, *lines, *lined; PROCNAME("dpixLinearCombination"); if (!dpixs1) return (DPIX *)ERROR_PTR("dpixs1 not defined", procName, dpixd); if (!dpixs2) return (DPIX *)ERROR_PTR("dpixs2 not defined", procName, dpixd); if (dpixs1 == dpixs2) return (DPIX *)ERROR_PTR("dpixs1 == dpixs2", procName, dpixd); if (dpixs2 == dpixd) return (DPIX *)ERROR_PTR("dpixs2 == dpixd", procName, dpixd); if (dpixs1 != dpixd) dpixd = dpixCopy(dpixd, dpixs1); datas = dpixGetData(dpixs2); datad = dpixGetData(dpixd); wpls = dpixGetWpl(dpixs2); wpld = dpixGetWpl(dpixd); dpixGetDimensions(dpixs2, &ws, &hs); dpixGetDimensions(dpixd, &w, &h); w = L_MIN(ws, w); h = L_MIN(hs, h); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) lined[j] = a * lined[j] + b * lines[j]; } return dpixd; } /*! * dpixAddMultConstant() * * Input: dpix * addc (use 0.0 to skip the operation) * multc (use 1.0 to skip the operation) * Return: 0 if OK, 1 on error * * Notes: * (1) This is an in-place operation. * (2) It can be used to multiply each pixel by a constant, * and also to add a constant to each pixel. Multiplication * is done first. */ l_int32 dpixAddMultConstant(DPIX *dpix, l_float64 addc, l_float64 multc) { l_int32 i, j, w, h, wpl; l_float64 *line, *data; PROCNAME("dpixAddMultConstant"); if (!dpix) return ERROR_INT("dpix not defined", procName, 1); if (addc == 0.0 && multc == 1.0) return 0; dpixGetDimensions(dpix, &w, &h); data = dpixGetData(dpix); wpl = dpixGetWpl(dpix); for (i = 0; i < h; i++) { line = data + i * wpl; if (addc == 0.0) { for (j = 0; j < w; j++) line[j] *= multc; } else if (multc == 1.0) { for (j = 0; j < w; j++) line[j] += addc; } else { for (j = 0; j < w; j++) line[j] = multc * line[j] + addc; } } return 0; } /*--------------------------------------------------------------------* * Set all * *--------------------------------------------------------------------*/ /*! * fpixSetAllArbitrary() * * Input: fpix * val (to set at each pixel) * Return: 0 if OK, 1 on error */ l_int32 fpixSetAllArbitrary(FPIX *fpix, l_float32 inval) { l_int32 i, j, w, h; l_float32 *data, *line; PROCNAME("fpixSetAllArbitrary"); if (!fpix) return ERROR_INT("fpix not defined", procName, 1); fpixGetDimensions(fpix, &w, &h); data = fpixGetData(fpix); for (i = 0; i < h; i++) { line = data + i * w; for (j = 0; j < w; j++) *(line + j) = inval; } return 0; } /*! * dpixSetAllArbitrary() * * Input: dpix * val (to set at each pixel) * Return: 0 if OK, 1 on error */ l_int32 dpixSetAllArbitrary(DPIX *dpix, l_float64 inval) { l_int32 i, j, w, h; l_float64 *data, *line; PROCNAME("dpixSetAllArbitrary"); if (!dpix) return ERROR_INT("dpix not defined", procName, 1); dpixGetDimensions(dpix, &w, &h); data = dpixGetData(dpix); for (i = 0; i < h; i++) { line = data + i * w; for (j = 0; j < w; j++) *(line + j) = inval; } return 0; } /*--------------------------------------------------------------------* * Border functions * *--------------------------------------------------------------------*/ /*! * fpixAddBorder() * * Input: fpixs * left, right, top, bot (pixels on each side to be added) * Return: fpixd, or null on error * * Notes: * (1) Adds border of '0' 32-bit pixels */ FPIX * fpixAddBorder(FPIX *fpixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot) { l_int32 ws, hs, wd, hd; FPIX *fpixd; PROCNAME("fpixAddBorder"); if (!fpixs) return (FPIX *)ERROR_PTR("fpixs not defined", procName, NULL); if (left <= 0 && right <= 0 && top <= 0 && bot <= 0) return fpixCopy(NULL, fpixs); fpixGetDimensions(fpixs, &ws, &hs); wd = ws + left + right; hd = hs + top + bot; if ((fpixd = fpixCreate(wd, hd)) == NULL) return (FPIX *)ERROR_PTR("fpixd not made", procName, NULL); fpixCopyResolution(fpixd, fpixs); fpixRasterop(fpixd, left, top, ws, hs, fpixs, 0, 0); return fpixd; } /*! * fpixRemoveBorder() * * Input: fpixs * left, right, top, bot (pixels on each side to be removed) * Return: fpixd, or null on error */ FPIX * fpixRemoveBorder(FPIX *fpixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot) { l_int32 ws, hs, wd, hd; FPIX *fpixd; PROCNAME("fpixRemoveBorder"); if (!fpixs) return (FPIX *)ERROR_PTR("fpixs not defined", procName, NULL); if (left <= 0 && right <= 0 && top <= 0 && bot <= 0) return fpixCopy(NULL, fpixs); fpixGetDimensions(fpixs, &ws, &hs); wd = ws - left - right; hd = hs - top - bot; if (wd <= 0 || hd <= 0) return (FPIX *)ERROR_PTR("width & height not both > 0", procName, NULL); if ((fpixd = fpixCreate(wd, hd)) == NULL) return (FPIX *)ERROR_PTR("fpixd not made", procName, NULL); fpixCopyResolution(fpixd, fpixs); fpixRasterop(fpixd, 0, 0, wd, hd, fpixs, left, top); return fpixd; } /*! * fpixAddMirroredBorder() * * Input: fpixs * left, right, top, bot (pixels on each side to be added) * Return: fpixd, or null on error * * Notes: * (1) See pixAddMirroredBorder() for situations of usage. */ FPIX * fpixAddMirroredBorder(FPIX *fpixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot) { l_int32 i, j, w, h; FPIX *fpixd; PROCNAME("fpixAddMirroredBorder"); if (!fpixs) return (FPIX *)ERROR_PTR("fpixs not defined", procName, NULL); fpixd = fpixAddBorder(fpixs, left, right, top, bot); fpixGetDimensions(fpixs, &w, &h); for (j = 0; j < left; j++) fpixRasterop(fpixd, left - 1 - j, top, 1, h, fpixd, left + j, top); for (j = 0; j < right; j++) fpixRasterop(fpixd, left + w + j, top, 1, h, fpixd, left + w - 1 - j, top); for (i = 0; i < top; i++) fpixRasterop(fpixd, 0, top - 1 - i, left + w + right, 1, fpixd, 0, top + i); for (i = 0; i < bot; i++) fpixRasterop(fpixd, 0, top + h + i, left + w + right, 1, fpixd, 0, top + h - 1 - i); return fpixd; } /*! * fpixAddContinuedBorder() * * Input: fpixs * left, right, top, bot (pixels on each side to be added) * Return: fpixd, or null on error * * Notes: * (1) This adds pixels on each side whose values are equal to * the value on the closest boundary pixel. */ FPIX * fpixAddContinuedBorder(FPIX *fpixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot) { l_int32 i, j, w, h; FPIX *fpixd; PROCNAME("fpixAddContinuedBorder"); if (!fpixs) return (FPIX *)ERROR_PTR("fpixs not defined", procName, NULL); fpixd = fpixAddBorder(fpixs, left, right, top, bot); fpixGetDimensions(fpixs, &w, &h); for (j = 0; j < left; j++) fpixRasterop(fpixd, j, top, 1, h, fpixd, left, top); for (j = 0; j < right; j++) fpixRasterop(fpixd, left + w + j, top, 1, h, fpixd, left + w - 1, top); for (i = 0; i < top; i++) fpixRasterop(fpixd, 0, i, left + w + right, 1, fpixd, 0, top); for (i = 0; i < bot; i++) fpixRasterop(fpixd, 0, top + h + i, left + w + right, 1, fpixd, 0, top + h - 1); return fpixd; } /*! * fpixAddSlopeBorder() * * Input: fpixs * left, right, top, bot (pixels on each side to be added) * Return: fpixd, or null on error * * Notes: * (1) This adds pixels on each side whose values have a normal * derivative equal to the normal derivative at the boundary * of fpixs. */ FPIX * fpixAddSlopeBorder(FPIX *fpixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot) { l_int32 i, j, w, h, fullw, fullh; l_float32 val1, val2, del; FPIX *fpixd; PROCNAME("fpixAddSlopeBorder"); if (!fpixs) return (FPIX *)ERROR_PTR("fpixs not defined", procName, NULL); fpixd = fpixAddBorder(fpixs, left, right, top, bot); fpixGetDimensions(fpixs, &w, &h); /* Left */ for (i = top; i < top + h; i++) { fpixGetPixel(fpixd, left, i, &val1); fpixGetPixel(fpixd, left + 1, i, &val2); del = val1 - val2; for (j = 0; j < left; j++) fpixSetPixel(fpixd, j, i, val1 + del * (left - j)); } /* Right */ fullw = left + w + right; for (i = top; i < top + h; i++) { fpixGetPixel(fpixd, left + w - 1, i, &val1); fpixGetPixel(fpixd, left + w - 2, i, &val2); del = val1 - val2; for (j = left + w; j < fullw; j++) fpixSetPixel(fpixd, j, i, val1 + del * (j - left - w + 1)); } /* Top */ for (j = 0; j < fullw; j++) { fpixGetPixel(fpixd, j, top, &val1); fpixGetPixel(fpixd, j, top + 1, &val2); del = val1 - val2; for (i = 0; i < top; i++) fpixSetPixel(fpixd, j, i, val1 + del * (top - i)); } /* Bottom */ fullh = top + h + bot; for (j = 0; j < fullw; j++) { fpixGetPixel(fpixd, j, top + h - 1, &val1); fpixGetPixel(fpixd, j, top + h - 2, &val2); del = val1 - val2; for (i = top + h; i < fullh; i++) fpixSetPixel(fpixd, j, i, val1 + del * (i - top - h + 1)); } return fpixd; } /*--------------------------------------------------------------------* * Simple rasterop * *--------------------------------------------------------------------*/ /*! * fpixRasterop() * * Input: fpixd (dest fpix) * dx (x val of UL corner of dest rectangle) * dy (y val of UL corner of dest rectangle) * dw (width of dest rectangle) * dh (height of dest rectangle) * fpixs (src fpix) * sx (x val of UL corner of src rectangle) * sy (y val of UL corner of src rectangle) * Return: 0 if OK; 1 on error. * * Notes: * (1) This is similiar in structure to pixRasterop(), except * it only allows copying from the source into the destination. * For that reason, no op code is necessary. Additionally, * all pixels are 32 bit words (float values), which makes * the copy very simple. * (2) Clipping of both src and dest fpix are done automatically. * (3) This allows in-place copying, without checking to see if * the result is valid: use for in-place with caution! */ l_int32 fpixRasterop(FPIX *fpixd, l_int32 dx, l_int32 dy, l_int32 dw, l_int32 dh, FPIX *fpixs, l_int32 sx, l_int32 sy) { l_int32 fsw, fsh, fdw, fdh, dhangw, shangw, dhangh, shangh; l_int32 i, j, wpls, wpld; l_float32 *datas, *datad, *lines, *lined; PROCNAME("fpixRasterop"); if (!fpixs) return ERROR_INT("fpixs not defined", procName, 1); if (!fpixd) return ERROR_INT("fpixd not defined", procName, 1); /* -------------------------------------------------------- * * Clip to maximum rectangle with both src and dest * * -------------------------------------------------------- */ fpixGetDimensions(fpixs, &fsw, &fsh); fpixGetDimensions(fpixd, &fdw, &fdh); /* First clip horizontally (sx, dx, dw) */ if (dx < 0) { sx -= dx; /* increase sx */ dw += dx; /* reduce dw */ dx = 0; } if (sx < 0) { dx -= sx; /* increase dx */ dw += sx; /* reduce dw */ sx = 0; } dhangw = dx + dw - fdw; /* rect overhang of dest to right */ if (dhangw > 0) dw -= dhangw; /* reduce dw */ shangw = sx + dw - fsw; /* rect overhang of src to right */ if (shangw > 0) dw -= shangw; /* reduce dw */ /* Then clip vertically (sy, dy, dh) */ if (dy < 0) { sy -= dy; /* increase sy */ dh += dy; /* reduce dh */ dy = 0; } if (sy < 0) { dy -= sy; /* increase dy */ dh += sy; /* reduce dh */ sy = 0; } dhangh = dy + dh - fdh; /* rect overhang of dest below */ if (dhangh > 0) dh -= dhangh; /* reduce dh */ shangh = sy + dh - fsh; /* rect overhang of src below */ if (shangh > 0) dh -= shangh; /* reduce dh */ /* if clipped entirely, quit */ if ((dw <= 0) || (dh <= 0)) return 0; /* -------------------------------------------------------- * * Copy block of data * * -------------------------------------------------------- */ datas = fpixGetData(fpixs); datad = fpixGetData(fpixd); wpls = fpixGetWpl(fpixs); wpld = fpixGetWpl(fpixd); datas += sy * wpls + sx; /* at UL corner of block */ datad += dy * wpld + dx; /* at UL corner of block */ for (i = 0; i < dh; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < dw; j++) { *lined = *lines; lines++; lined++; } } return 0; } /*--------------------------------------------------------------------* * Rotation by multiples of 90 degrees * *--------------------------------------------------------------------*/ /*! * fpixRotateOrth() * * Input: fpixs * quads (0-3; number of 90 degree cw rotations) * Return: fpixd, or null on error */ FPIX * fpixRotateOrth(FPIX *fpixs, l_int32 quads) { PROCNAME("fpixRotateOrth"); if (!fpixs) return (FPIX *)ERROR_PTR("fpixs not defined", procName, NULL); if (quads < 0 || quads > 3) return (FPIX *)ERROR_PTR("quads not in {0,1,2,3}", procName, NULL); if (quads == 0) return fpixCopy(NULL, fpixs); else if (quads == 1) return fpixRotate90(fpixs, 1); else if (quads == 2) return fpixRotate180(NULL, fpixs); else /* quads == 3 */ return fpixRotate90(fpixs, -1); } /*! * fpixRotate180() * * Input: fpixd (; can be null, equal to fpixs, * or different from fpixs) * fpixs * Return: fpixd, or null on error * * Notes: * (1) This does a 180 rotation of the image about the center, * which is equivalent to a left-right flip about a vertical * line through the image center, followed by a top-bottom * flip about a horizontal line through the image center. * (2) There are 3 cases for input: * (a) fpixd == null (creates a new fpixd) * (b) fpixd == fpixs (in-place operation) * (c) fpixd != fpixs (existing fpixd) * (3) For clarity, use these three patterns, respectively: * (a) fpixd = fpixRotate180(NULL, fpixs); * (b) fpixRotate180(fpixs, fpixs); * (c) fpixRotate180(fpixd, fpixs); */ FPIX * fpixRotate180(FPIX *fpixd, FPIX *fpixs) { PROCNAME("fpixRotate180"); if (!fpixs) return (FPIX *)ERROR_PTR("fpixs not defined", procName, NULL); /* Prepare pixd for in-place operation */ if ((fpixd = fpixCopy(fpixd, fpixs)) == NULL) return (FPIX *)ERROR_PTR("fpixd not made", procName, NULL); fpixFlipLR(fpixd, fpixd); fpixFlipTB(fpixd, fpixd); return fpixd; } /*! * fpixRotate90() * * Input: fpixs * direction (1 = clockwise, -1 = counter-clockwise) * Return: fpixd, or null on error * * Notes: * (1) This does a 90 degree rotation of the image about the center, * either cw or ccw, returning a new pix. * (2) The direction must be either 1 (cw) or -1 (ccw). */ FPIX * fpixRotate90(FPIX *fpixs, l_int32 direction) { l_int32 i, j, wd, hd, wpls, wpld; l_float32 *datas, *datad, *lines, *lined; FPIX *fpixd; PROCNAME("fpixRotate90"); if (!fpixs) return (FPIX *)ERROR_PTR("fpixs not defined", procName, NULL); if (direction != 1 && direction != -1) return (FPIX *)ERROR_PTR("invalid direction", procName, NULL); fpixGetDimensions(fpixs, &hd, &wd); if ((fpixd = fpixCreate(wd, hd)) == NULL) return (FPIX *)ERROR_PTR("fpixd not made", procName, NULL); fpixCopyResolution(fpixd, fpixs); datas = fpixGetData(fpixs); wpls = fpixGetWpl(fpixs); datad = fpixGetData(fpixd); wpld = fpixGetWpl(fpixd); if (direction == 1) { /* clockwise */ for (i = 0; i < hd; i++) { lined = datad + i * wpld; lines = datas + (wd - 1) * wpls; for (j = 0; j < wd; j++) { lined[j] = lines[i]; lines -= wpls; } } } else { /* ccw */ for (i = 0; i < hd; i++) { lined = datad + i * wpld; lines = datas; for (j = 0; j < wd; j++) { lined[j] = lines[hd - 1 - i]; lines += wpls; } } } return fpixd; } /*! * pixFlipLR() * * Input: fpixd (; can be null, equal to fpixs, * or different from fpixs) * fpixs * Return: fpixd, or null on error * * Notes: * (1) This does a left-right flip of the image, which is * equivalent to a rotation out of the plane about a * vertical line through the image center. * (2) There are 3 cases for input: * (a) fpixd == null (creates a new fpixd) * (b) fpixd == fpixs (in-place operation) * (c) fpixd != fpixs (existing fpixd) * (3) For clarity, use these three patterns, respectively: * (a) fpixd = fpixFlipLR(NULL, fpixs); * (b) fpixFlipLR(fpixs, fpixs); * (c) fpixFlipLR(fpixd, fpixs); * (4) If an existing fpixd is not the same size as fpixs, the * image data will be reallocated. */ FPIX * fpixFlipLR(FPIX *fpixd, FPIX *fpixs) { l_int32 i, j, w, h, wpl, bpl; l_float32 *line, *data, *buffer; PROCNAME("fpixFlipLR"); if (!fpixs) return (FPIX *)ERROR_PTR("fpixs not defined", procName, NULL); fpixGetDimensions(fpixs, &w, &h); /* Prepare fpixd for in-place operation */ if ((fpixd = fpixCopy(fpixd, fpixs)) == NULL) return (FPIX *)ERROR_PTR("fpixd not made", procName, NULL); data = fpixGetData(fpixd); wpl = fpixGetWpl(fpixd); /* 4-byte words */ bpl = 4 * wpl; if ((buffer = (l_float32 *)CALLOC(wpl, sizeof(l_float32))) == NULL) return (FPIX *)ERROR_PTR("buffer not made", procName, NULL); for (i = 0; i < h; i++) { line = data + i * wpl; memcpy(buffer, line, bpl); for (j = 0; j < w; j++) line[j] = buffer[w - 1 - j]; } FREE(buffer); return fpixd; } /*! * fpixFlipTB() * * Input: fpixd (; can be null, equal to fpixs, * or different from fpixs) * fpixs * Return: fpixd, or null on error * * Notes: * (1) This does a top-bottom flip of the image, which is * equivalent to a rotation out of the plane about a * horizontal line through the image center. * (2) There are 3 cases for input: * (a) fpixd == null (creates a new fpixd) * (b) fpixd == fpixs (in-place operation) * (c) fpixd != fpixs (existing fpixd) * (3) For clarity, use these three patterns, respectively: * (a) fpixd = fpixFlipTB(NULL, fpixs); * (b) fpixFlipTB(fpixs, fpixs); * (c) fpixFlipTB(fpixd, fpixs); * (4) If an existing fpixd is not the same size as fpixs, the * image data will be reallocated. */ FPIX * fpixFlipTB(FPIX *fpixd, FPIX *fpixs) { l_int32 i, k, h, h2, wpl, bpl; l_float32 *linet, *lineb, *data, *buffer; PROCNAME("fpixFlipTB"); if (!fpixs) return (FPIX *)ERROR_PTR("fpixs not defined", procName, NULL); /* Prepare fpixd for in-place operation */ if ((fpixd = fpixCopy(fpixd, fpixs)) == NULL) return (FPIX *)ERROR_PTR("fpixd not made", procName, NULL); data = fpixGetData(fpixd); wpl = fpixGetWpl(fpixd); fpixGetDimensions(fpixd, NULL, &h); if ((buffer = (l_float32 *)CALLOC(wpl, sizeof(l_float32))) == NULL) return (FPIX *)ERROR_PTR("buffer not made", procName, NULL); h2 = h / 2; bpl = 4 * wpl; for (i = 0, k = h - 1; i < h2; i++, k--) { linet = data + i * wpl; lineb = data + k * wpl; memcpy(buffer, linet, bpl); memcpy(linet, lineb, bpl); memcpy(lineb, buffer, bpl); } FREE(buffer); return fpixd; } /*--------------------------------------------------------------------* * Affine and projective interpolated transforms * *--------------------------------------------------------------------*/ /*! * fpixAffinePta() * * Input: fpixs (8 bpp) * ptad (4 pts of final coordinate space) * ptas (4 pts of initial coordinate space) * border (size of extension with constant normal derivative) * inval (value brought in; typ. 0) * Return: fpixd, or null on error * * Notes: * (1) If @border > 0, all four sides are extended by that distance, * and removed after the transformation is finished. Pixels * that would be brought in to the trimmed result from outside * the extended region are assigned @inval. The purpose of * extending the image is to avoid such assignments. * (2) On the other hand, you may want to give all pixels that * are brought in from outside fpixs a specific value. In that * case, set @border == 0. */ FPIX * fpixAffinePta(FPIX *fpixs, PTA *ptad, PTA *ptas, l_int32 border, l_float32 inval) { l_float32 *vc; PTA *ptas2, *ptad2; FPIX *fpixs2, *fpixd, *fpixd2; PROCNAME("fpixAffinePta"); if (!fpixs) return (FPIX *)ERROR_PTR("fpixs not defined", procName, NULL); if (!ptas) return (FPIX *)ERROR_PTR("ptas not defined", procName, NULL); if (!ptad) return (FPIX *)ERROR_PTR("ptad not defined", procName, NULL); /* If a border is to be added, also translate the ptas */ if (border > 0) { ptas2 = ptaTransform(ptas, border, border, 1.0, 1.0); ptad2 = ptaTransform(ptad, border, border, 1.0, 1.0); fpixs2 = fpixAddSlopeBorder(fpixs, border, border, border, border); } else { ptas2 = ptaClone(ptas); ptad2 = ptaClone(ptad); fpixs2 = fpixClone(fpixs); } /* Get backwards transform from dest to src, and apply it */ getAffineXformCoeffs(ptad2, ptas2, &vc); fpixd2 = fpixAffine(fpixs2, vc, inval); fpixDestroy(&fpixs2); ptaDestroy(&ptas2); ptaDestroy(&ptad2); FREE(vc); if (border == 0) return fpixd2; /* Remove the added border */ fpixd = fpixRemoveBorder(fpixd2, border, border, border, border); fpixDestroy(&fpixd2); return fpixd; } /*! * fpixAffine() * * Input: fpixs (8 bpp) * vc (vector of 8 coefficients for projective transformation) * inval (value brought in; typ. 0) * Return: fpixd, or null on error */ FPIX * fpixAffine(FPIX *fpixs, l_float32 *vc, l_float32 inval) { l_int32 i, j, w, h, wpld; l_float32 val; l_float32 *datas, *datad, *lined; l_float32 x, y; FPIX *fpixd; PROCNAME("fpixAffine"); if (!fpixs) return (FPIX *)ERROR_PTR("fpixs not defined", procName, NULL); fpixGetDimensions(fpixs, &w, &h); if (!vc) return (FPIX *)ERROR_PTR("vc not defined", procName, NULL); datas = fpixGetData(fpixs); fpixd = fpixCreateTemplate(fpixs); fpixSetAllArbitrary(fpixd, inval); datad = fpixGetData(fpixd); wpld = fpixGetWpl(fpixd); /* Iterate over destination pixels */ for (i = 0; i < h; i++) { lined = datad + i * wpld; for (j = 0; j < w; j++) { /* Compute float src pixel location corresponding to (i,j) */ affineXformPt(vc, j, i, &x, &y); linearInterpolatePixelFloat(datas, w, h, x, y, inval, &val); *(lined + j) = val; } } return fpixd; } /*! * fpixProjectivePta() * * Input: fpixs (8 bpp) * ptad (4 pts of final coordinate space) * ptas (4 pts of initial coordinate space) * border (size of extension with constant normal derivative) * inval (value brought in; typ. 0) * Return: fpixd, or null on error * * Notes: * (1) If @border > 0, all four sides are extended by that distance, * and removed after the transformation is finished. Pixels * that would be brought in to the trimmed result from outside * the extended region are assigned @inval. The purpose of * extending the image is to avoid such assignments. * (2) On the other hand, you may want to give all pixels that * are brought in from outside fpixs a specific value. In that * case, set @border == 0. */ FPIX * fpixProjectivePta(FPIX *fpixs, PTA *ptad, PTA *ptas, l_int32 border, l_float32 inval) { l_float32 *vc; PTA *ptas2, *ptad2; FPIX *fpixs2, *fpixd, *fpixd2; PROCNAME("fpixProjectivePta"); if (!fpixs) return (FPIX *)ERROR_PTR("fpixs not defined", procName, NULL); if (!ptas) return (FPIX *)ERROR_PTR("ptas not defined", procName, NULL); if (!ptad) return (FPIX *)ERROR_PTR("ptad not defined", procName, NULL); /* If a border is to be added, also translate the ptas */ if (border > 0) { ptas2 = ptaTransform(ptas, border, border, 1.0, 1.0); ptad2 = ptaTransform(ptad, border, border, 1.0, 1.0); fpixs2 = fpixAddSlopeBorder(fpixs, border, border, border, border); } else { ptas2 = ptaClone(ptas); ptad2 = ptaClone(ptad); fpixs2 = fpixClone(fpixs); } /* Get backwards transform from dest to src, and apply it */ getProjectiveXformCoeffs(ptad2, ptas2, &vc); fpixd2 = fpixProjective(fpixs2, vc, inval); fpixDestroy(&fpixs2); ptaDestroy(&ptas2); ptaDestroy(&ptad2); FREE(vc); if (border == 0) return fpixd2; /* Remove the added border */ fpixd = fpixRemoveBorder(fpixd2, border, border, border, border); fpixDestroy(&fpixd2); return fpixd; } /*! * fpixProjective() * * Input: fpixs (8 bpp) * vc (vector of 8 coefficients for projective transformation) * inval (value brought in; typ. 0) * Return: fpixd, or null on error */ FPIX * fpixProjective(FPIX *fpixs, l_float32 *vc, l_float32 inval) { l_int32 i, j, w, h, wpld; l_float32 val; l_float32 *datas, *datad, *lined; l_float32 x, y; FPIX *fpixd; PROCNAME("fpixProjective"); if (!fpixs) return (FPIX *)ERROR_PTR("fpixs not defined", procName, NULL); fpixGetDimensions(fpixs, &w, &h); if (!vc) return (FPIX *)ERROR_PTR("vc not defined", procName, NULL); datas = fpixGetData(fpixs); fpixd = fpixCreateTemplate(fpixs); fpixSetAllArbitrary(fpixd, inval); datad = fpixGetData(fpixd); wpld = fpixGetWpl(fpixd); /* Iterate over destination pixels */ for (i = 0; i < h; i++) { lined = datad + i * wpld; for (j = 0; j < w; j++) { /* Compute float src pixel location corresponding to (i,j) */ projectiveXformPt(vc, j, i, &x, &y); linearInterpolatePixelFloat(datas, w, h, x, y, inval, &val); *(lined + j) = val; } } return fpixd; } /*! * linearInterpolatePixelFloat() * * Input: datas (ptr to beginning of float image data) * wpls (32-bit word/line for this data array) * w, h (of image) * x, y (floating pt location for evaluation) * inval (float value brought in from the outside when the * input x,y location is outside the image) * &val ( interpolated float value) * Return: 0 if OK, 1 on error * * Notes: * (1) This is a standard linear interpolation function. It is * equivalent to area weighting on each component, and * avoids "jaggies" when rendering sharp edges. */ l_int32 linearInterpolatePixelFloat(l_float32 *datas, l_int32 w, l_int32 h, l_float32 x, l_float32 y, l_float32 inval, l_float32 *pval) { l_int32 xpm, ypm, xp, yp, xf, yf; l_float32 v00, v01, v10, v11; l_float32 *lines; PROCNAME("linearInterpolatePixelFloat"); if (!pval) return ERROR_INT("&val not defined", procName, 1); *pval = inval; if (!datas) return ERROR_INT("datas not defined", procName, 1); /* Skip if off the edge */ if (x < 0.0 || y < 0.0 || x > w - 2.0 || y > h - 2.0) return 0; xpm = (l_int32)(16.0 * x + 0.5); ypm = (l_int32)(16.0 * y + 0.5); xp = xpm >> 4; yp = ypm >> 4; xf = xpm & 0x0f; yf = ypm & 0x0f; #if DEBUG if (xf < 0 || yf < 0) fprintf(stderr, "xp = %d, yp = %d, xf = %d, yf = %d\n", xp, yp, xf, yf); #endif /* DEBUG */ /* Interpolate by area weighting. */ lines = datas + yp * w; v00 = (16.0 - xf) * (16.0 - yf) * (*(lines + xp)); v10 = xf * (16.0 - yf) * (*(lines + xp + 1)); v01 = (16.0 - xf) * yf * (*(lines + w + xp)); v11 = xf * yf * (*(lines + w + xp + 1)); *pval = (v00 + v01 + v10 + v11) / 256.0; return 0; } /*--------------------------------------------------------------------* * Thresholding to 1 bpp Pix * *--------------------------------------------------------------------*/ /*! * fpixThresholdToPix() * * Input: fpix * thresh * Return: pixd (1 bpp), or null on error * * Notes: * (1) For all values of fpix that are <= thresh, sets the pixel * in pixd to 1. */ PIX * fpixThresholdToPix(FPIX *fpix, l_float32 thresh) { l_int32 i, j, w, h, wpls, wpld; l_float32 *datas, *lines; l_uint32 *datad, *lined; PIX *pixd; PROCNAME("fpixThresholdToPix"); if (!fpix) return (PIX *)ERROR_PTR("fpix not defined", procName, NULL); fpixGetDimensions(fpix, &w, &h); datas = fpixGetData(fpix); wpls = fpixGetWpl(fpix); pixd = pixCreate(w, h, 1); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { if (lines[j] <= thresh) SET_DATA_BIT(lined, j); } } return pixd; } /*--------------------------------------------------------------------* * Generate function from components * *--------------------------------------------------------------------*/ /*! * pixComponentFunction() * * Input: pix (32 bpp rgb) * rnum, gnum, bnum (coefficients for numerator) * rdenom, gdenom, bdenom (coefficients for denominator) * Return: fpixd, or null on error * * Notes: * (1) This stores a function of the component values of each * input pixel in @fpixd. * (2) The function is a ratio of linear combinations of component values. * There are two special cases for denominator coefficients: * (a) The denominator is 1.0: input 0 for all denominator coefficients * (b) Only one component is used in the denominator: input 1.0 * for that denominator component and 0.0 for the other two. * (3) If the denominator is 0, multiply by an arbitrary number that * is much larger than 1. Choose 256 "arbitrarily". * */ FPIX * pixComponentFunction(PIX *pix, l_float32 rnum, l_float32 gnum, l_float32 bnum, l_float32 rdenom, l_float32 gdenom, l_float32 bdenom) { l_int32 i, j, w, h, wpls, wpld, rval, gval, bval, zerodenom, onedenom; l_float32 fnum, fdenom; l_uint32 *datas, *lines; l_float32 *datad, *lined, *recip; FPIX *fpixd; PROCNAME("pixComponentFunction"); if (!pix || pixGetDepth(pix) != 32) return (FPIX *)ERROR_PTR("pix undefined or not 32 bpp", procName, NULL); pixGetDimensions(pix, &w, &h, NULL); datas = pixGetData(pix); wpls = pixGetWpl(pix); fpixd = fpixCreate(w, h); datad = fpixGetData(fpixd); wpld = fpixGetWpl(fpixd); zerodenom = (rdenom == 0.0 && gdenom == 0.0 && bdenom == 0.0) ? 1: 0; onedenom = ((rdenom == 1.0 && gdenom == 0.0 && bdenom == 0.0) || (rdenom == 0.0 && gdenom == 1.0 && bdenom == 0.0) || (rdenom == 0.0 && gdenom == 0.0 && bdenom == 1.0)) ? 1 : 0; recip = NULL; if (onedenom) { recip = (l_float32 *)CALLOC(256, sizeof(l_float32)); recip[0] = 256; /* arbitrary large number */ for (i = 1; i < 256; i++) recip[i] = 1.0 / (l_float32)i; } for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; if (zerodenom) { for (j = 0; j < w; j++) { extractRGBValues(lines[j], &rval, &gval, &bval); lined[j] = rnum * rval + gnum * gval + bnum * bval; } } else if (onedenom && rdenom == 1.0) { for (j = 0; j < w; j++) { extractRGBValues(lines[j], &rval, &gval, &bval); lined[j] = recip[rval] * (rnum * rval + gnum * gval + bnum * bval); } } else if (onedenom && gdenom == 1.0) { for (j = 0; j < w; j++) { extractRGBValues(lines[j], &rval, &gval, &bval); lined[j] = recip[gval] * (rnum * rval + gnum * gval + bnum * bval); } } else if (onedenom && bdenom == 1.0) { for (j = 0; j < w; j++) { extractRGBValues(lines[j], &rval, &gval, &bval); lined[j] = recip[bval] * (rnum * rval + gnum * gval + bnum * bval); } } else { /* general case */ for (j = 0; j < w; j++) { extractRGBValues(lines[j], &rval, &gval, &bval); fnum = rnum * rval + gnum * gval + bnum * bval; fdenom = rdenom * rval + gdenom * gval + bdenom * bval; lined[j] = (fdenom == 0) ? 256.0 * fnum : fnum / fdenom; } } } FREE(recip); return fpixd; } leptonica-1.70/src/convolve.c0000640000175000017500000022345012244203353014273 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * convolve.c * * Top level grayscale or color block convolution * PIX *pixBlockconv() * * Grayscale block convolution * PIX *pixBlockconvGray() * * Accumulator for 1, 8 and 32 bpp convolution * PIX *pixBlockconvAccum() * * Un-normalized grayscale block convolution * PIX *pixBlockconvGrayUnnormalized() * * Tiled grayscale or color block convolution * PIX *pixBlockconvTiled() * PIX *pixBlockconvGrayTile() * * Convolution for mean, mean square, variance and rms deviation * in specified window * l_int32 pixWindowedStats() * PIX *pixWindowedMean() * PIX *pixWindowedMeanSquare() * l_int32 pixWindowedVariance() * DPIX *pixMeanSquareAccum() * * Binary block sum and rank filter * PIX *pixBlockrank() * PIX *pixBlocksum() * * Census transform * PIX *pixCensusTransform() * * Generic convolution (with Pix) * PIX *pixConvolve() * PIX *pixConvolveSep() * PIX *pixConvolveRGB() * PIX *pixConvolveRGBSep() * * Generic convolution (with float arrays) * FPIX *fpixConvolve() * FPIX *fpixConvolveSep() * * Convolution with bias (for non-negative output) * PIX *pixConvolveWithBias() * * Set parameter for convolution subsampling * void l_setConvolveSampling() * * Additive gaussian noise * PIX *pixAddGaussNoise() * l_float32 gaussDistribSampling() */ #include #include "allheaders.h" /* These globals determine the subsampling factors for * generic convolution of pix and fpix. Declare extern to use. * To change the values, use l_setConvolveSampling(). */ LEPT_DLL l_int32 ConvolveSamplingFactX = 1; LEPT_DLL l_int32 ConvolveSamplingFactY = 1; /*----------------------------------------------------------------------* * Top-level grayscale or color block convolution * *----------------------------------------------------------------------*/ /*! * pixBlockconv() * * Input: pix (8 or 32 bpp; or 2, 4 or 8 bpp with colormap) * wc, hc (half width/height of convolution kernel) * Return: pixd, or null on error * * Notes: * (1) The full width and height of the convolution kernel * are (2 * wc + 1) and (2 * hc + 1) * (2) Returns a copy if both wc and hc are 0 * (3) Require that w >= 2 * wc + 1 and h >= 2 * hc + 1, * where (w,h) are the dimensions of pixs. */ PIX * pixBlockconv(PIX *pix, l_int32 wc, l_int32 hc) { l_int32 w, h, d; PIX *pixs, *pixd, *pixr, *pixrc, *pixg, *pixgc, *pixb, *pixbc; PROCNAME("pixBlockconv"); if (!pix) return (PIX *)ERROR_PTR("pix not defined", procName, NULL); if (wc < 0) wc = 0; if (hc < 0) hc = 0; pixGetDimensions(pix, &w, &h, &d); if (w < 2 * wc + 1 || h < 2 * hc + 1) { wc = L_MIN(wc, (w - 1) / 2); hc = L_MIN(hc, (h - 1) / 2); L_WARNING("kernel too large; reducing!\n", procName); L_INFO("wc = %d, hc = %d\n", procName, wc, hc); } if (wc == 0 && hc == 0) /* no-op */ return pixCopy(NULL, pix); /* Remove colormap if necessary */ if ((d == 2 || d == 4 || d == 8) && pixGetColormap(pix)) { L_WARNING("pix has colormap; removing\n", procName); pixs = pixRemoveColormap(pix, REMOVE_CMAP_BASED_ON_SRC); d = pixGetDepth(pixs); } else { pixs = pixClone(pix); } if (d != 8 && d != 32) { pixDestroy(&pixs); return (PIX *)ERROR_PTR("depth not 8 or 32 bpp", procName, NULL); } if (d == 8) { pixd = pixBlockconvGray(pixs, NULL, wc, hc); } else { /* d == 32 */ pixr = pixGetRGBComponent(pixs, COLOR_RED); pixrc = pixBlockconvGray(pixr, NULL, wc, hc); pixDestroy(&pixr); pixg = pixGetRGBComponent(pixs, COLOR_GREEN); pixgc = pixBlockconvGray(pixg, NULL, wc, hc); pixDestroy(&pixg); pixb = pixGetRGBComponent(pixs, COLOR_BLUE); pixbc = pixBlockconvGray(pixb, NULL, wc, hc); pixDestroy(&pixb); pixd = pixCreateRGBImage(pixrc, pixgc, pixbc); pixDestroy(&pixrc); pixDestroy(&pixgc); pixDestroy(&pixbc); } pixDestroy(&pixs); return pixd; } /*----------------------------------------------------------------------* * Grayscale block convolution * *----------------------------------------------------------------------*/ /*! * pixBlockconvGray() * * Input: pix (8 bpp) * accum pix (32 bpp; can be null) * wc, hc (half width/height of convolution kernel) * Return: pix (8 bpp), or null on error * * Notes: * (1) If accum pix is null, make one and destroy it before * returning; otherwise, just use the input accum pix. * (2) The full width and height of the convolution kernel * are (2 * wc + 1) and (2 * hc + 1). * (3) Returns a copy if both wc and hc are 0. * (4) Require that w >= 2 * wc + 1 and h >= 2 * hc + 1, * where (w,h) are the dimensions of pixs. */ PIX * pixBlockconvGray(PIX *pixs, PIX *pixacc, l_int32 wc, l_int32 hc) { l_int32 w, h, d, wpl, wpla; l_uint32 *datad, *dataa; PIX *pixd, *pixt; PROCNAME("pixBlockconvGray"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (wc < 0) wc = 0; if (hc < 0) hc = 0; if (w < 2 * wc + 1 || h < 2 * hc + 1) { wc = L_MIN(wc, (w - 1) / 2); hc = L_MIN(hc, (h - 1) / 2); L_WARNING("kernel too large; reducing!\n", procName); L_INFO("wc = %d, hc = %d\n", procName, wc, hc); } if (wc == 0 && hc == 0) /* no-op */ return pixCopy(NULL, pixs); if (pixacc) { if (pixGetDepth(pixacc) == 32) { pixt = pixClone(pixacc); } else { L_WARNING("pixacc not 32 bpp; making new one\n", procName); if ((pixt = pixBlockconvAccum(pixs)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); } } else { if ((pixt = pixBlockconvAccum(pixs)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); } if ((pixd = pixCreateTemplate(pixs)) == NULL) { pixDestroy(&pixt); return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } wpl = pixGetWpl(pixs); wpla = pixGetWpl(pixt); datad = pixGetData(pixd); dataa = pixGetData(pixt); blockconvLow(datad, w, h, wpl, dataa, wpla, wc, hc); pixDestroy(&pixt); return pixd; } /*----------------------------------------------------------------------* * Accumulator for 1, 8 and 32 bpp convolution * *----------------------------------------------------------------------*/ /*! * pixBlockconvAccum() * * Input: pixs (1, 8 or 32 bpp) * Return: accum pix (32 bpp), or null on error. * * Notes: * (1) The general recursion relation is * a(i,j) = v(i,j) + a(i-1, j) + a(i, j-1) - a(i-1, j-1) * For the first line, this reduces to the special case * a(i,j) = v(i,j) + a(i, j-1) * For the first column, the special case is * a(i,j) = v(i,j) + a(i-1, j) */ PIX * pixBlockconvAccum(PIX *pixs) { l_int32 w, h, d, wpls, wpld; l_uint32 *datas, *datad; PIX *pixd; PROCNAME("pixBlockconvAccum"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 1 && d != 8 && d != 32) return (PIX *)ERROR_PTR("pixs not 1, 8 or 32 bpp", procName, NULL); if ((pixd = pixCreate(w, h, 32)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); blockconvAccumLow(datad, w, h, wpld, datas, d, wpls); return pixd; } /*----------------------------------------------------------------------* * Un-normalized grayscale block convolution * *----------------------------------------------------------------------*/ /*! * pixBlockconvGrayUnnormalized() * * Input: pixs (8 bpp) * wc, hc (half width/height of convolution kernel) * Return: pix (32 bpp; containing the convolution without normalizing * for the window size), or null on error * * Notes: * (1) The full width and height of the convolution kernel * are (2 * wc + 1) and (2 * hc + 1). * (2) Require that w >= 2 * wc + 1 and h >= 2 * hc + 1, * where (w,h) are the dimensions of pixs. * (3) Returns a copy if both wc and hc are 0. * (3) Adds mirrored border to avoid treating the boundary pixels * specially. Note that we add wc + 1 pixels to the left * and wc to the right. The added width is 2 * wc + 1 pixels, * and the particular choice simplifies the indexing in the loop. * Likewise, add hc + 1 pixels to the top and hc to the bottom. * (4) To get the normalized result, divide by the area of the * convolution kernel: (2 * wc + 1) * (2 * hc + 1) * Specifically, do this: * pixc = pixBlockconvGrayUnnormalized(pixs, wc, hc); * fract = 1. / ((2 * wc + 1) * (2 * hc + 1)); * pixMultConstantGray(pixc, fract); * pixd = pixGetRGBComponent(pixc, L_ALPHA_CHANNEL); * (5) Unlike pixBlockconvGray(), this always computes the accumulation * pix because its size is tied to wc and hc. * (6) Compare this implementation with pixBlockconvGray(), where * most of the code in blockconvLow() is special casing for * efficiently handling the boundary. Here, the use of * mirrored borders and destination indexing makes the * implementation very simple. */ PIX * pixBlockconvGrayUnnormalized(PIX *pixs, l_int32 wc, l_int32 hc) { l_int32 i, j, w, h, d, wpla, wpld, jmax; l_uint32 *linemina, *linemaxa, *lined, *dataa, *datad; PIX *pixsb, *pixacc, *pixd; PROCNAME("pixBlockconvGrayUnnormalized"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (wc < 0) wc = 0; if (hc < 0) hc = 0; if (w < 2 * wc + 1 || h < 2 * hc + 1) { wc = L_MIN(wc, (w - 1) / 2); hc = L_MIN(hc, (h - 1) / 2); L_WARNING("kernel too large; reducing!\n", procName); L_INFO("wc = %d, hc = %d\n", procName, wc, hc); } if (wc == 0 && hc == 0) /* no-op */ return pixCopy(NULL, pixs); if ((pixsb = pixAddMirroredBorder(pixs, wc + 1, wc, hc + 1, hc)) == NULL) return (PIX *)ERROR_PTR("pixsb not made", procName, NULL); pixacc = pixBlockconvAccum(pixsb); pixDestroy(&pixsb); if (!pixacc) return (PIX *)ERROR_PTR("pixacc not made", procName, NULL); if ((pixd = pixCreate(w, h, 32)) == NULL) { pixDestroy(&pixacc); return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } wpla = pixGetWpl(pixacc); wpld = pixGetWpl(pixd); datad = pixGetData(pixd); dataa = pixGetData(pixacc); for (i = 0; i < h; i++) { lined = datad + i * wpld; linemina = dataa + i * wpla; linemaxa = dataa + (i + 2 * hc + 1) * wpla; for (j = 0; j < w; j++) { jmax = j + 2 * wc + 1; lined[j] = linemaxa[jmax] - linemaxa[j] - linemina[jmax] + linemina[j]; } } pixDestroy(&pixacc); return pixd; } /*----------------------------------------------------------------------* * Tiled grayscale or color block convolution * *----------------------------------------------------------------------*/ /*! * pixBlockconvTiled() * * Input: pix (8 or 32 bpp; or 2, 4 or 8 bpp with colormap) * wc, hc (half width/height of convolution kernel) * nx, ny (subdivision into tiles) * Return: pixd, or null on error * * Notes: * (1) The full width and height of the convolution kernel * are (2 * wc + 1) and (2 * hc + 1) * (2) Returns a copy if both wc and hc are 0 * (3) Require that w >= 2 * wc + 1 and h >= 2 * hc + 1, * where (w,h) are the dimensions of pixs. * (4) For nx == ny == 1, this defaults to pixBlockconv(), which * is typically about twice as fast, and gives nearly * identical results as pixBlockconvGrayTile(). * (5) If the tiles are too small, nx and/or ny are reduced * a minimum amount so that the tiles are expanded to the * smallest workable size in the problematic direction(s). * (6) Why a tiled version? Three reasons: * (a) Because the accumulator is a uint32, overflow can occur * for an image with more than 16M pixels. * (b) The accumulator array for 16M pixels is 64 MB; using * tiles reduces the size of this array. * (c) Each tile can be processed independently, in parallel, * on a multicore processor. */ PIX * pixBlockconvTiled(PIX *pix, l_int32 wc, l_int32 hc, l_int32 nx, l_int32 ny) { l_int32 i, j, w, h, d, xrat, yrat; PIX *pixs, *pixd, *pixc, *pixt; PIX *pixr, *pixrc, *pixg, *pixgc, *pixb, *pixbc; PIXTILING *pt; PROCNAME("pixBlockconvTiled"); if (!pix) return (PIX *)ERROR_PTR("pix not defined", procName, NULL); if (wc < 0) wc = 0; if (hc < 0) hc = 0; pixGetDimensions(pix, &w, &h, &d); if (w < 2 * wc + 3 || h < 2 * hc + 3) { wc = L_MAX(0, L_MIN(wc, (w - 3) / 2)); hc = L_MAX(0, L_MIN(hc, (h - 3) / 2)); L_WARNING("kernel too large; reducing!\n", procName); L_INFO("wc = %d, hc = %d\n", procName, wc, hc); } if (wc == 0 && hc == 0) /* no-op */ return pixCopy(NULL, pix); if (nx <= 1 && ny <= 1) return pixBlockconv(pix, wc, hc); /* Test to see if the tiles are too small. The required * condition is that the tile dimensions must be at least * (wc + 2) x (hc + 2). */ xrat = w / nx; yrat = h / ny; if (xrat < wc + 2) { nx = w / (wc + 2); L_WARNING("tile width too small; nx reduced to %d\n", procName, nx); } if (yrat < hc + 2) { ny = h / (hc + 2); L_WARNING("tile height too small; ny reduced to %d\n", procName, ny); } /* Remove colormap if necessary */ if ((d == 2 || d == 4 || d == 8) && pixGetColormap(pix)) { L_WARNING("pix has colormap; removing\n", procName); pixs = pixRemoveColormap(pix, REMOVE_CMAP_BASED_ON_SRC); d = pixGetDepth(pixs); } else { pixs = pixClone(pix); } if (d != 8 && d != 32) { pixDestroy(&pixs); return (PIX *)ERROR_PTR("depth not 8 or 32 bpp", procName, NULL); } /* Note that the overlaps in the width and height that * are added to the tile are (wc + 2) and (hc + 2). * These overlaps are removed by pixTilingPaintTile(). * They are larger than the extent of the filter because * although the filter is symmetric with respect to its origin, * the implementation is asymmetric -- see the implementation in * pixBlockconvGrayTile(). */ if ((pixd = pixCreateTemplateNoInit(pixs)) == NULL) { pixDestroy(&pixs); return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } pt = pixTilingCreate(pixs, nx, ny, 0, 0, wc + 2, hc + 2); for (i = 0; i < ny; i++) { for (j = 0; j < nx; j++) { pixt = pixTilingGetTile(pt, i, j); /* Convolve over the tile */ if (d == 8) { pixc = pixBlockconvGrayTile(pixt, NULL, wc, hc); } else { /* d == 32 */ pixr = pixGetRGBComponent(pixt, COLOR_RED); pixrc = pixBlockconvGrayTile(pixr, NULL, wc, hc); pixDestroy(&pixr); pixg = pixGetRGBComponent(pixt, COLOR_GREEN); pixgc = pixBlockconvGrayTile(pixg, NULL, wc, hc); pixDestroy(&pixg); pixb = pixGetRGBComponent(pixt, COLOR_BLUE); pixbc = pixBlockconvGrayTile(pixb, NULL, wc, hc); pixDestroy(&pixb); pixc = pixCreateRGBImage(pixrc, pixgc, pixbc); pixDestroy(&pixrc); pixDestroy(&pixgc); pixDestroy(&pixbc); } pixTilingPaintTile(pixd, i, j, pixc, pt); pixDestroy(&pixt); pixDestroy(&pixc); } } pixDestroy(&pixs); pixTilingDestroy(&pt); return pixd; } /*! * pixBlockconvGrayTile() * * Input: pixs (8 bpp gray) * pixacc (32 bpp accum pix) * wc, hc (half width/height of convolution kernel) * Return: pixd, or null on error * * Notes: * (1) The full width and height of the convolution kernel * are (2 * wc + 1) and (2 * hc + 1) * (2) Assumes that the input pixs is padded with (wc + 1) pixels on * left and right, and with (hc + 1) pixels on top and bottom. * The returned pix has these stripped off; they are only used * for computation. * (3) Returns a copy if both wc and hc are 0 * (4) Require that w > 2 * wc + 1 and h > 2 * hc + 1, * where (w,h) are the dimensions of pixs. */ PIX * pixBlockconvGrayTile(PIX *pixs, PIX *pixacc, l_int32 wc, l_int32 hc) { l_int32 w, h, d, wd, hd, i, j, imin, imax, jmin, jmax, wplt, wpld; l_float32 norm; l_uint32 val; l_uint32 *datat, *datad, *lined, *linemint, *linemaxt; PIX *pixt, *pixd; PROCNAME("pixBlockconvGrayTile"); if (!pixs) return (PIX *)ERROR_PTR("pix not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (wc < 0) wc = 0; if (hc < 0) hc = 0; if (w < 2 * wc + 3 || h < 2 * hc + 3) { wc = L_MAX(0, L_MIN(wc, (w - 3) / 2)); hc = L_MAX(0, L_MIN(hc, (h - 3) / 2)); L_WARNING("kernel too large; reducing!\n", procName); L_INFO("wc = %d, hc = %d\n", procName, wc, hc); } if (wc == 0 && hc == 0) return pixCopy(NULL, pixs); wd = w - 2 * wc; hd = h - 2 * hc; if (pixacc) { if (pixGetDepth(pixacc) == 32) { pixt = pixClone(pixacc); } else { L_WARNING("pixacc not 32 bpp; making new one\n", procName); if ((pixt = pixBlockconvAccum(pixs)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); } } else { if ((pixt = pixBlockconvAccum(pixs)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); } if ((pixd = pixCreateTemplate(pixs)) == NULL) { pixDestroy(&pixt); return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } datat = pixGetData(pixt); wplt = pixGetWpl(pixt); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); norm = 1. / (l_float32)((2 * wc + 1) * (2 * hc + 1)); /* Do the convolution over the subregion of size (wd - 2, hd - 2), * which exactly corresponds to the size of the subregion that * will be extracted by pixTilingPaintTile(). Note that the * region in which points are computed is not symmetric about * the center of the images; instead the computation in * the accumulator image is shifted up and to the left by 1, * relative to the center, because the 4 accumulator sampling * points are taken at the LL corner of the filter and at 3 other * points that are shifted -wc and -hc to the left and above. */ for (i = hc; i < hc + hd - 2; i++) { imin = L_MAX(i - hc - 1, 0); imax = L_MIN(i + hc, h - 1); lined = datad + i * wpld; linemint = datat + imin * wplt; linemaxt = datat + imax * wplt; for (j = wc; j < wc + wd - 2; j++) { jmin = L_MAX(j - wc - 1, 0); jmax = L_MIN(j + wc, w - 1); val = linemaxt[jmax] - linemaxt[jmin] + linemint[jmin] - linemint[jmax]; val = (l_uint8)(norm * val + 0.5); SET_DATA_BYTE(lined, j, val); } } pixDestroy(&pixt); return pixd; } /*----------------------------------------------------------------------* * Convolution for mean, mean square, variance and rms deviation * *----------------------------------------------------------------------*/ /*! * pixWindowedStats() * * Input: pixs (8 bpp grayscale) * wc, hc (half width/height of convolution kernel) * hasborder (use 1 if it already has (wc + 1) border pixels * on left and right, and (hc + 1) on top and bottom; * use 0 to add kernel-dependent border) * &pixm ( 8 bpp mean value in window) * &pixms ( 32 bpp mean square value in window) * &fpixv ( float variance in window) * &fpixrv ( float rms deviation from the mean) * Return: 0 if OK, 1 on error * * Notes: * (1) This is a high-level convenience function for calculating * any or all of these derived images. * (2) If @hasborder = 0, a border is added and the result is * computed over all pixels in pixs. Otherwise, no border is * added and the border pixels are removed from the output images. * (3) These statistical measures over the pixels in the * rectangular window are: * - average value:

(pixm) * - average squared value: (pixms) * - variance: <(p -

)*(p -

)> = -

*

(pixv) * - square-root of variance: (pixrv) * where the brackets < .. > indicate that the average value is * to be taken over the window. * (4) Note that the variance is just the mean square difference from * the mean value; and the square root of the variance is the * root mean square difference from the mean, sometimes also * called the 'standard deviation'. * (5) The added border, along with the use of an accumulator array, * allows computation without special treatment of pixels near * the image boundary, and runs in a time that is independent * of the size of the convolution kernel. */ l_int32 pixWindowedStats(PIX *pixs, l_int32 wc, l_int32 hc, l_int32 hasborder, PIX **ppixm, PIX **ppixms, FPIX **pfpixv, FPIX **pfpixrv) { PIX *pixb, *pixm, *pixms; PROCNAME("pixWindowedStats"); if (!pixs || pixGetDepth(pixs) != 8) return ERROR_INT("pixs not defined or not 8 bpp", procName, 1); if (wc < 2 || hc < 2) return ERROR_INT("wc and hc not >= 2", procName, 1); if (!ppixm && !ppixms && !pfpixv && !pfpixrv) return ERROR_INT("no output requested", procName, 1); if (ppixm) *ppixm = NULL; if (ppixms) *ppixms = NULL; if (pfpixv) *pfpixv = NULL; if (pfpixrv) *pfpixrv = NULL; /* Add border if requested */ if (!hasborder) pixb = pixAddBorderGeneral(pixs, wc + 1, wc + 1, hc + 1, hc + 1, 0); else pixb = pixClone(pixs); if (!pfpixv && !pfpixrv) { if (ppixm) *ppixm = pixWindowedMean(pixb, wc, hc, 1, 1); if (ppixms) *ppixms = pixWindowedMeanSquare(pixb, wc, hc, 1); pixDestroy(&pixb); return 0; } pixm = pixWindowedMean(pixb, wc, hc, 1, 1); pixms = pixWindowedMeanSquare(pixb, wc, hc, 1); pixWindowedVariance(pixm, pixms, pfpixv, pfpixrv); if (ppixm) *ppixm = pixm; else pixDestroy(&pixm); if (ppixms) *ppixms = pixms; else pixDestroy(&pixms); pixDestroy(&pixb); return 0; } /*! * pixWindowedMean() * * Input: pixs (8 or 32 bpp grayscale) * wc, hc (half width/height of convolution kernel) * hasborder (use 1 if it already has (wc + 1) border pixels * on left and right, and (hc + 1) on top and bottom; * use 0 to add kernel-dependent border) * normflag (1 for normalization to get average in window; * 0 for the sum in the window (un-normalized)) * Return: pixd (8 or 32 bpp, average over kernel window) * * Notes: * (1) The input and output depths are the same. * (2) A set of border pixels of width (wc + 1) on left and right, * and of height (hc + 1) on top and bottom, must be on the * pix before the accumulator is found. The output pixd * (after convolution) has this border removed. * If @hasborder = 0, the required border is added. * (3) Typically, @normflag == 1. However, if you want the sum * within the window, rather than a normalized convolution, * use @normflag == 0. * (4) This builds a block accumulator pix, uses it here, and * destroys it. * (5) The added border, along with the use of an accumulator array, * allows computation without special treatment of pixels near * the image boundary, and runs in a time that is independent * of the size of the convolution kernel. */ PIX * pixWindowedMean(PIX *pixs, l_int32 wc, l_int32 hc, l_int32 hasborder, l_int32 normflag) { l_int32 i, j, w, h, d, wd, hd, wplc, wpld, wincr, hincr; l_uint32 val; l_uint32 *datac, *datad, *linec1, *linec2, *lined; l_float32 norm; PIX *pixb, *pixc, *pixd; PROCNAME("pixWindowedMean"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); d = pixGetDepth(pixs); if (d != 8 && d != 32) return (PIX *)ERROR_PTR("pixs not 8 or 32 bpp", procName, NULL); if (wc < 2 || hc < 2) return (PIX *)ERROR_PTR("wc and hc not >= 2", procName, NULL); /* Add border if requested */ if (!hasborder) pixb = pixAddBorderGeneral(pixs, wc + 1, wc + 1, hc + 1, hc + 1, 0); else pixb = pixClone(pixs); /* The output has wc + 1 border pixels stripped from each side * of pixb, and hc + 1 border pixels stripped from top and bottom. */ pixGetDimensions(pixb, &w, &h, NULL); wd = w - 2 * (wc + 1); hd = h - 2 * (hc + 1); if (wd < 2 || hd < 2) return (PIX *)ERROR_PTR("w or h too small for kernel", procName, NULL); if ((pixd = pixCreate(wd, hd, d)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); /* Make the accumulator pix from pixb */ if ((pixc = pixBlockconvAccum(pixb)) == NULL) { pixDestroy(&pixb); pixDestroy(&pixd); return (PIX *)ERROR_PTR("pixc not made", procName, NULL); } wplc = pixGetWpl(pixc); wpld = pixGetWpl(pixd); datad = pixGetData(pixd); datac = pixGetData(pixc); wincr = 2 * wc + 1; hincr = 2 * hc + 1; norm = 1.0; /* use this for sum-in-window */ if (normflag) norm = 1.0 / (wincr * hincr); for (i = 0; i < hd; i++) { linec1 = datac + i * wplc; linec2 = datac + (i + hincr) * wplc; lined = datad + i * wpld; for (j = 0; j < wd; j++) { val = linec2[j + wincr] - linec2[j] - linec1[j + wincr] + linec1[j]; if (d == 8) { val = (l_uint8)(norm * val); SET_DATA_BYTE(lined, j, val); } else { /* d == 32 */ val = (l_uint32)(norm * val); lined[j] = val; } } } pixDestroy(&pixc); pixDestroy(&pixb); return pixd; } /*! * pixWindowedMeanSquare() * * Input: pixs (8 bpp grayscale) * wc, hc (half width/height of convolution kernel) * hasborder (use 1 if it already has (wc + 1) border pixels * on left and right, and (hc + 1) on top and bottom; * use 0 to add kernel-dependent border) * Return: pixd (32 bpp, average over rectangular window of * width = 2 * wc + 1 and height = 2 * hc + 1) * * Notes: * (1) A set of border pixels of width (wc + 1) on left and right, * and of height (hc + 1) on top and bottom, must be on the * pix before the accumulator is found. The output pixd * (after convolution) has this border removed. * If @hasborder = 0, the required border is added. * (2) The advantage is that we are unaffected by the boundary, and * it is not necessary to treat pixels within @wc and @hc of the * border differently. This is because processing for pixd * only takes place for pixels in pixs for which the * kernel is entirely contained in pixs. * (3) Why do we have an added border of width (@wc + 1) and * height (@hc + 1), when we only need @wc and @hc pixels * to satisfy this condition? Answer: the accumulators * are asymmetric, requiring an extra row and column of * pixels at top and left to work accurately. * (4) The added border, along with the use of an accumulator array, * allows computation without special treatment of pixels near * the image boundary, and runs in a time that is independent * of the size of the convolution kernel. */ PIX * pixWindowedMeanSquare(PIX *pixs, l_int32 wc, l_int32 hc, l_int32 hasborder) { l_int32 i, j, w, h, wd, hd, wpl, wpld, wincr, hincr; l_uint32 ival; l_uint32 *datad, *lined; l_float64 norm; l_float64 val; l_float64 *data, *line1, *line2; DPIX *dpix; PIX *pixb, *pixd; PROCNAME("pixWindowedMeanSquare"); if (!pixs || (pixGetDepth(pixs) != 8)) return (PIX *)ERROR_PTR("pixs undefined or not 8 bpp", procName, NULL); if (wc < 2 || hc < 2) return (PIX *)ERROR_PTR("wc and hc not >= 2", procName, NULL); /* Add border if requested */ if (!hasborder) pixb = pixAddBorderGeneral(pixs, wc + 1, wc + 1, hc + 1, hc + 1, 0); else pixb = pixClone(pixs); if ((dpix = pixMeanSquareAccum(pixb)) == NULL) return (PIX *)ERROR_PTR("dpix not made", procName, NULL); wpl = dpixGetWpl(dpix); data = dpixGetData(dpix); /* The output has wc + 1 border pixels stripped from each side * of pixb, and hc + 1 border pixels stripped from top and bottom. */ pixGetDimensions(pixb, &w, &h, NULL); wd = w - 2 * (wc + 1); hd = h - 2 * (hc + 1); if (wd < 2 || hd < 2) return (PIX *)ERROR_PTR("w or h too small for kernel", procName, NULL); if ((pixd = pixCreate(wd, hd, 32)) == NULL) { dpixDestroy(&dpix); pixDestroy(&pixb); return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } wpld = pixGetWpl(pixd); datad = pixGetData(pixd); wincr = 2 * wc + 1; hincr = 2 * hc + 1; norm = 1.0 / (wincr * hincr); for (i = 0; i < hd; i++) { line1 = data + i * wpl; line2 = data + (i + hincr) * wpl; lined = datad + i * wpld; for (j = 0; j < wd; j++) { val = line2[j + wincr] - line2[j] - line1[j + wincr] + line1[j]; ival = (l_uint32)(norm * val); lined[j] = ival; } } dpixDestroy(&dpix); pixDestroy(&pixb); return pixd; } /*! * pixWindowedVariance() * * Input: pixm (mean over window; 8 or 32 bpp grayscale) * pixms (mean square over window; 32 bpp) * &fpixv ( float variance -- the ms deviation * from the mean) * &fpixrv ( float rms deviation from the mean) * Return: 0 if OK, 1 on error * * Notes: * (1) The mean and mean square values are precomputed, using * pixWindowedMean() and pixWindowedMeanSquare(). * (2) Either or both of the variance and square-root of variance * are returned as an fpix, where the variance is the * average over the window of the mean square difference of * the pixel value from the mean: * <(p -

)*(p -

)> = -

*

* (3) To visualize the results: * - for both, use fpixDisplayMaxDynamicRange(). * - for rms deviation, simply convert the output fpix to pix, */ l_int32 pixWindowedVariance(PIX *pixm, PIX *pixms, FPIX **pfpixv, FPIX **pfpixrv) { l_int32 i, j, w, h, ws, hs, ds, wplm, wplms, wplv, wplrv, valm, valms; l_float32 var; l_uint32 *linem, *linems, *datam, *datams; l_float32 *linev, *linerv, *datav, *datarv; FPIX *fpixv, *fpixrv; /* variance and square root of variance */ PROCNAME("pixWindowedVariance"); if (!pfpixv && !pfpixrv) return ERROR_INT("&fpixv and &fpixrv not defined", procName, 1); if (pfpixv) *pfpixv = NULL; if (pfpixrv) *pfpixrv = NULL; if (!pixm || pixGetDepth(pixm) != 8) return ERROR_INT("pixm undefined or not 8 bpp", procName, 1); if (!pixms || pixGetDepth(pixms) != 32) return ERROR_INT("pixms undefined or not 32 bpp", procName, 1); pixGetDimensions(pixm, &w, &h, NULL); pixGetDimensions(pixms, &ws, &hs, &ds); if (w != ws || h != hs) return ERROR_INT("pixm and pixms sizes differ", procName, 1); if (pfpixv) { fpixv = fpixCreate(w, h); *pfpixv = fpixv; wplv = fpixGetWpl(fpixv); datav = fpixGetData(fpixv); } if (pfpixrv) { fpixrv = fpixCreate(w, h); *pfpixrv = fpixrv; wplrv = fpixGetWpl(fpixrv); datarv = fpixGetData(fpixrv); } wplm = pixGetWpl(pixm); wplms = pixGetWpl(pixms); datam = pixGetData(pixm); datams = pixGetData(pixms); for (i = 0; i < h; i++) { linem = datam + i * wplm; linems = datams + i * wplms; if (pfpixv) linev = datav + i * wplv; if (pfpixrv) linerv = datarv + i * wplrv; for (j = 0; j < w; j++) { valm = GET_DATA_BYTE(linem, j); if (ds == 8) valms = GET_DATA_BYTE(linems, j); else /* ds == 32 */ valms = (l_int32)linems[j]; var = (l_float32)valms - (l_float32)valm * valm; if (pfpixv) linev[j] = var; if (pfpixrv) linerv[j] = (l_float32)sqrt(var); } } return 0; } /*! * pixMeanSquareAccum() * * Input: pixs (8 bpp grayscale) * Return: dpix (64 bit array), or null on error * * Notes: * (1) Similar to pixBlockconvAccum(), this computes the * sum of the squares of the pixel values in such a way * that the value at (i,j) is the sum of all squares in * the rectangle from the origin to (i,j). * (2) The general recursion relation (v are squared pixel values) is * a(i,j) = v(i,j) + a(i-1, j) + a(i, j-1) - a(i-1, j-1) * For the first line, this reduces to the special case * a(i,j) = v(i,j) + a(i, j-1) * For the first column, the special case is * a(i,j) = v(i,j) + a(i-1, j) */ DPIX * pixMeanSquareAccum(PIX *pixs) { l_int32 i, j, w, h, wpl, wpls, val; l_uint32 *datas, *lines; l_float64 *data, *line, *linep; DPIX *dpix; PROCNAME("pixMeanSquareAccum"); if (!pixs || (pixGetDepth(pixs) != 8)) return (DPIX *)ERROR_PTR("pixs undefined or not 8 bpp", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); if ((dpix = dpixCreate(w, h)) == NULL) return (DPIX *)ERROR_PTR("dpix not made", procName, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); data = dpixGetData(dpix); wpl = dpixGetWpl(dpix); lines = datas; line = data; for (j = 0; j < w; j++) { /* first line */ val = GET_DATA_BYTE(lines, j); if (j == 0) line[0] = val * val; else line[j] = line[j - 1] + val * val; } /* Do the other lines */ for (i = 1; i < h; i++) { lines = datas + i * wpls; line = data + i * wpl; /* current dest line */ linep = line - wpl;; /* prev dest line */ for (j = 0; j < w; j++) { val = GET_DATA_BYTE(lines, j); if (j == 0) line[0] = linep[0] + val * val; else line[j] = line[j - 1] + linep[j] - linep[j - 1] + val * val; } } return dpix; } /*----------------------------------------------------------------------* * Binary block sum/rank * *----------------------------------------------------------------------*/ /*! * pixBlockrank() * * Input: pixs (1 bpp) * accum pix ( 32 bpp) * wc, hc (half width/height of block sum/rank kernel) * rank (between 0.0 and 1.0; 0.5 is median filter) * Return: pixd (1 bpp) * * Notes: * (1) The full width and height of the convolution kernel * are (2 * wc + 1) and (2 * hc + 1) * (2) This returns a pixd where each pixel is a 1 if the * neighborhood (2 * wc + 1) x (2 * hc + 1)) pixels * contains the rank fraction of 1 pixels. Otherwise, * the returned pixel is 0. Note that the special case * of rank = 0.0 is always satisfied, so the returned * pixd has all pixels with value 1. * (3) If accum pix is null, make one, use it, and destroy it * before returning; otherwise, just use the input accum pix * (4) If both wc and hc are 0, returns a copy unless rank == 0.0, * in which case this returns an all-ones image. * (5) Require that w >= 2 * wc + 1 and h >= 2 * hc + 1, * where (w,h) are the dimensions of pixs. */ PIX * pixBlockrank(PIX *pixs, PIX *pixacc, l_int32 wc, l_int32 hc, l_float32 rank) { l_int32 w, h, d, thresh; PIX *pixt, *pixd; PROCNAME("pixBlockrank"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, NULL); if (rank < 0.0 || rank > 1.0) return (PIX *)ERROR_PTR("rank must be in [0.0, 1.0]", procName, NULL); if (rank == 0.0) { pixd = pixCreateTemplate(pixs); pixSetAll(pixd); return pixd; } if (wc < 0) wc = 0; if (hc < 0) hc = 0; if (w < 2 * wc + 1 || h < 2 * hc + 1) { wc = L_MIN(wc, (w - 1) / 2); hc = L_MIN(hc, (h - 1) / 2); L_WARNING("kernel too large; reducing!\n", procName); L_INFO("wc = %d, hc = %d\n", procName, wc, hc); } if (wc == 0 && hc == 0) return pixCopy(NULL, pixs); if ((pixt = pixBlocksum(pixs, pixacc, wc, hc)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); /* 1 bpp block rank filter output. * Must invert because threshold gives 1 for values < thresh, * but we need a 1 if the value is >= thresh. */ thresh = (l_int32)(255. * rank); pixd = pixThresholdToBinary(pixt, thresh); pixInvert(pixd, pixd); pixDestroy(&pixt); return pixd; } /*! * pixBlocksum() * * Input: pixs (1 bpp) * accum pix ( 32 bpp) * wc, hc (half width/height of block sum/rank kernel) * Return: pixd (8 bpp) * * Notes: * (1) If accum pix is null, make one and destroy it before * returning; otherwise, just use the input accum pix * (2) The full width and height of the convolution kernel * are (2 * wc + 1) and (2 * hc + 1) * (3) Use of wc = hc = 1, followed by pixInvert() on the * 8 bpp result, gives a nice anti-aliased, and somewhat * darkened, result on text. * (4) Require that w >= 2 * wc + 1 and h >= 2 * hc + 1, * where (w,h) are the dimensions of pixs. * (5) Returns in each dest pixel the sum of all src pixels * that are within a block of size of the kernel, centered * on the dest pixel. This sum is the number of src ON * pixels in the block at each location, normalized to 255 * for a block containing all ON pixels. For pixels near * the boundary, where the block is not entirely contained * within the image, we then multiply by a second normalization * factor that is greater than one, so that all results * are normalized by the number of participating pixels * within the block. */ PIX * pixBlocksum(PIX *pixs, PIX *pixacc, l_int32 wc, l_int32 hc) { l_int32 w, h, d, wplt, wpld; l_uint32 *datat, *datad; PIX *pixt, *pixd; PROCNAME("pixBlocksum"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, NULL); if (wc < 0) wc = 0; if (hc < 0) hc = 0; if (w < 2 * wc + 1 || h < 2 * hc + 1) { wc = L_MIN(wc, (w - 1) / 2); hc = L_MIN(hc, (h - 1) / 2); L_WARNING("kernel too large; reducing!\n", procName); L_INFO("wc = %d, hc = %d\n", procName, wc, hc); } if (wc == 0 && hc == 0) return pixCopy(NULL, pixs); if (pixacc) { if (pixGetDepth(pixacc) != 32) return (PIX *)ERROR_PTR("pixacc not 32 bpp", procName, NULL); pixt = pixClone(pixacc); } else { if ((pixt = pixBlockconvAccum(pixs)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); } /* 8 bpp block sum output */ if ((pixd = pixCreate(w, h, 8)) == NULL) { pixDestroy(&pixt); return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } pixCopyResolution(pixd, pixs); wpld = pixGetWpl(pixd); wplt = pixGetWpl(pixt); datad = pixGetData(pixd); datat = pixGetData(pixt); blocksumLow(datad, w, h, wpld, datat, wplt, wc, hc); pixDestroy(&pixt); return pixd; } /*----------------------------------------------------------------------* * Census transform * *----------------------------------------------------------------------*/ /*! * pixCensusTransform() * * Input: pixs (8 bpp) * halfsize (of square over which neighbors are averaged) * accum pix ( 32 bpp) * Return: pixd (1 bpp) * * Notes: * (1) The Census transform was invented by Ramin Zabih and John Woodfill * ("Non-parametric local transforms for computing visual * correspondence", Third European Conference on Computer Vision, * Stockholm, Sweden, May 1994); see publications at * http://www.cs.cornell.edu/~rdz/index.htm * This compares each pixel against the average of its neighbors, * in a square of odd dimension centered on the pixel. * If the pixel is greater than the average of its neighbors, * the output pixel value is 1; otherwise it is 0. * (2) This can be used as an encoding for an image that is * fairly robust against slow illumination changes, with * applications in image comparison and mosaicing. * (3) The size of the convolution kernel is (2 * halfsize + 1) * on a side. The halfsize parameter must be >= 1. * (4) If accum pix is null, make one, use it, and destroy it * before returning; otherwise, just use the input accum pix */ PIX * pixCensusTransform(PIX *pixs, l_int32 halfsize, PIX *pixacc) { l_int32 i, j, w, h, wpls, wplv, wpld; l_int32 vals, valv; l_uint32 *datas, *datav, *datad, *lines, *linev, *lined; PIX *pixav, *pixd; PROCNAME("pixCensusTransform"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (halfsize < 1) return (PIX *)ERROR_PTR("halfsize must be >= 1", procName, NULL); /* Get the average of each pixel with its neighbors */ if ((pixav = pixBlockconvGray(pixs, pixacc, halfsize, halfsize)) == NULL) return (PIX *)ERROR_PTR("pixav not made", procName, NULL); /* Subtract the pixel from the average, and then compare * the pixel value with the remaining average */ pixGetDimensions(pixs, &w, &h, NULL); if ((pixd = pixCreate(w, h, 1)) == NULL) { pixDestroy(&pixav); return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } datas = pixGetData(pixs); datav = pixGetData(pixav); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wplv = pixGetWpl(pixav); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; linev = datav + i * wplv; lined = datad + i * wpld; for (j = 0; j < w; j++) { vals = GET_DATA_BYTE(lines, j); valv = GET_DATA_BYTE(linev, j); if (vals > valv) SET_DATA_BIT(lined, j); } } pixDestroy(&pixav); return pixd; } /*----------------------------------------------------------------------* * Generic convolution * *----------------------------------------------------------------------*/ /*! * pixConvolve() * * Input: pixs (8, 16, 32 bpp; no colormap) * kernel * outdepth (of pixd: 8, 16 or 32) * normflag (1 to normalize kernel to unit sum; 0 otherwise) * Return: pixd (8, 16 or 32 bpp) * * Notes: * (1) This gives a convolution with an arbitrary kernel. * (2) The input pixs must have only one sample/pixel. * To do a convolution on an RGB image, use pixConvolveRGB(). * (3) The parameter @outdepth determines the depth of the result. * If the kernel is normalized to unit sum, the output values * can never exceed 255, so an output depth of 8 bpp is sufficient. * If the kernel is not normalized, it may be necessary to use * 16 or 32 bpp output to avoid overflow. * (4) If normflag == 1, the result is normalized by scaling all * kernel values for a unit sum. If the sum of kernel values * is very close to zero, the kernel can not be normalized and * the convolution will not be performed. A warning is issued. * (5) The kernel values can be positive or negative, but the * result for the convolution can only be stored as a positive * number. Consequently, if it goes negative, the choices are * to clip to 0 or take the absolute value. We're choosing * to take the absolute value. (Another possibility would be * to output a second unsigned image for the negative values.) * If you want to get a clipped result, or to keep the negative * values in the result, use fpixConvolve(), with the * converters in fpix2.c between pix and fpix. * (6) This uses a mirrored border to avoid special casing on * the boundaries. * (7) To get a subsampled output, call l_setConvolveSampling(). * The time to make a subsampled output is reduced by the * product of the sampling factors. * (8) The function is slow, running at about 12 machine cycles for * each pixel-op in the convolution. For example, with a 3 GHz * cpu, a 1 Mpixel grayscale image, and a kernel with * (sx * sy) = 25 elements, the convolution takes about 100 msec. */ PIX * pixConvolve(PIX *pixs, L_KERNEL *kel, l_int32 outdepth, l_int32 normflag) { l_int32 i, j, id, jd, k, m, w, h, d, wd, hd, sx, sy, cx, cy, wplt, wpld; l_int32 val; l_uint32 *datat, *datad, *linet, *lined; l_float32 sum; L_KERNEL *keli, *keln; PIX *pixt, *pixd; PROCNAME("pixConvolve"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs has colormap", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 8 && d != 16 && d != 32) return (PIX *)ERROR_PTR("pixs not 8, 16, or 32 bpp", procName, NULL); if (!kel) return (PIX *)ERROR_PTR("kel not defined", procName, NULL); keli = kernelInvert(kel); kernelGetParameters(keli, &sy, &sx, &cy, &cx); if (normflag) keln = kernelNormalize(keli, 1.0); else keln = kernelCopy(keli); if ((pixt = pixAddMirroredBorder(pixs, cx, sx - cx, cy, sy - cy)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); wd = (w + ConvolveSamplingFactX - 1) / ConvolveSamplingFactX; hd = (h + ConvolveSamplingFactY - 1) / ConvolveSamplingFactY; pixd = pixCreate(wd, hd, outdepth); datat = pixGetData(pixt); datad = pixGetData(pixd); wplt = pixGetWpl(pixt); wpld = pixGetWpl(pixd); for (i = 0, id = 0; id < hd; i += ConvolveSamplingFactY, id++) { lined = datad + id * wpld; for (j = 0, jd = 0; jd < wd; j += ConvolveSamplingFactX, jd++) { sum = 0.0; for (k = 0; k < sy; k++) { linet = datat + (i + k) * wplt; if (d == 8) { for (m = 0; m < sx; m++) { val = GET_DATA_BYTE(linet, j + m); sum += val * keln->data[k][m]; } } else if (d == 16) { for (m = 0; m < sx; m++) { val = GET_DATA_TWO_BYTES(linet, j + m); sum += val * keln->data[k][m]; } } else { /* d == 32 */ for (m = 0; m < sx; m++) { val = *(linet + j + m); sum += val * keln->data[k][m]; } } } if (sum < 0.0) sum = -sum; /* make it non-negative */ if (outdepth == 8) SET_DATA_BYTE(lined, jd, (l_int32)(sum + 0.5)); else if (outdepth == 16) SET_DATA_TWO_BYTES(lined, jd, (l_int32)(sum + 0.5)); else /* outdepth == 32 */ *(lined + jd) = (l_uint32)(sum + 0.5); } } kernelDestroy(&keli); kernelDestroy(&keln); pixDestroy(&pixt); return pixd; } /*! * pixConvolveSep() * * Input: pixs (8, 16, 32 bpp; no colormap) * kelx (x-dependent kernel) * kely (y-dependent kernel) * outdepth (of pixd: 8, 16 or 32) * normflag (1 to normalize kernel to unit sum; 0 otherwise) * Return: pixd (8, 16 or 32 bpp) * * Notes: * (1) This does a convolution with a separable kernel that is * is a sequence of convolutions in x and y. The two * one-dimensional kernel components must be input separately; * the full kernel is the product of these components. * The support for the full kernel is thus a rectangular region. * (2) The input pixs must have only one sample/pixel. * To do a convolution on an RGB image, use pixConvolveSepRGB(). * (3) The parameter @outdepth determines the depth of the result. * If the kernel is normalized to unit sum, the output values * can never exceed 255, so an output depth of 8 bpp is sufficient. * If the kernel is not normalized, it may be necessary to use * 16 or 32 bpp output to avoid overflow. * (2) The @normflag parameter is used as in pixConvolve(). * (4) The kernel values can be positive or negative, but the * result for the convolution can only be stored as a positive * number. Consequently, if it goes negative, the choices are * to clip to 0 or take the absolute value. We're choosing * the former for now. Another possibility would be to output * a second unsigned image for the negative values. * (5) Warning: if you use l_setConvolveSampling() to get a * subsampled output, and the sampling factor is larger than * the kernel half-width, it is faster to use the non-separable * version pixConvolve(). This is because the first convolution * here must be done on every raster line, regardless of the * vertical sampling factor. If the sampling factor is smaller * than kernel half-width, it's faster to use the separable * convolution. * (6) This uses mirrored borders to avoid special casing on * the boundaries. */ PIX * pixConvolveSep(PIX *pixs, L_KERNEL *kelx, L_KERNEL *kely, l_int32 outdepth, l_int32 normflag) { l_int32 d, xfact, yfact; L_KERNEL *kelxn, *kelyn; PIX *pixt, *pixd; PROCNAME("pixConvolveSep"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); d = pixGetDepth(pixs); if (d != 8 && d != 16 && d != 32) return (PIX *)ERROR_PTR("pixs not 8, 16, or 32 bpp", procName, NULL); if (!kelx) return (PIX *)ERROR_PTR("kelx not defined", procName, NULL); if (!kely) return (PIX *)ERROR_PTR("kely not defined", procName, NULL); xfact = ConvolveSamplingFactX; yfact = ConvolveSamplingFactY; if (normflag) { kelxn = kernelNormalize(kelx, 1000.0); kelyn = kernelNormalize(kely, 0.001); l_setConvolveSampling(xfact, 1); pixt = pixConvolve(pixs, kelxn, 32, 0); l_setConvolveSampling(1, yfact); pixd = pixConvolve(pixt, kelyn, outdepth, 0); l_setConvolveSampling(xfact, yfact); /* restore */ kernelDestroy(&kelxn); kernelDestroy(&kelyn); } else { /* don't normalize */ l_setConvolveSampling(xfact, 1); pixt = pixConvolve(pixs, kelx, 32, 0); l_setConvolveSampling(1, yfact); pixd = pixConvolve(pixt, kely, outdepth, 0); l_setConvolveSampling(xfact, yfact); } pixDestroy(&pixt); return pixd; } /*! * pixConvolveRGB() * * Input: pixs (32 bpp rgb) * kernel * Return: pixd (32 bpp rgb) * * Notes: * (1) This gives a convolution on an RGB image using an * arbitrary kernel (which we normalize to keep each * component within the range [0 ... 255]. * (2) The input pixs must be RGB. * (3) The kernel values can be positive or negative, but the * result for the convolution can only be stored as a positive * number. Consequently, if it goes negative, we clip the * result to 0. * (4) To get a subsampled output, call l_setConvolveSampling(). * The time to make a subsampled output is reduced by the * product of the sampling factors. * (5) This uses a mirrored border to avoid special casing on * the boundaries. */ PIX * pixConvolveRGB(PIX *pixs, L_KERNEL *kel) { PIX *pixt, *pixr, *pixg, *pixb, *pixd; PROCNAME("pixConvolveRGB"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs is not 32 bpp", procName, NULL); if (!kel) return (PIX *)ERROR_PTR("kel not defined", procName, NULL); pixt = pixGetRGBComponent(pixs, COLOR_RED); pixr = pixConvolve(pixt, kel, 8, 1); pixDestroy(&pixt); pixt = pixGetRGBComponent(pixs, COLOR_GREEN); pixg = pixConvolve(pixt, kel, 8, 1); pixDestroy(&pixt); pixt = pixGetRGBComponent(pixs, COLOR_BLUE); pixb = pixConvolve(pixt, kel, 8, 1); pixDestroy(&pixt); pixd = pixCreateRGBImage(pixr, pixg, pixb); pixDestroy(&pixr); pixDestroy(&pixg); pixDestroy(&pixb); return pixd; } /*! * pixConvolveRGBSep() * * Input: pixs (32 bpp rgb) * kelx (x-dependent kernel) * kely (y-dependent kernel) * Return: pixd (32 bpp rgb) * * Notes: * (1) This does a convolution on an RGB image using a separable * kernel that is a sequence of convolutions in x and y. The two * one-dimensional kernel components must be input separately; * the full kernel is the product of these components. * The support for the full kernel is thus a rectangular region. * (2) The kernel values can be positive or negative, but the * result for the convolution can only be stored as a positive * number. Consequently, if it goes negative, we clip the * result to 0. * (3) To get a subsampled output, call l_setConvolveSampling(). * The time to make a subsampled output is reduced by the * product of the sampling factors. * (4) This uses a mirrored border to avoid special casing on * the boundaries. */ PIX * pixConvolveRGBSep(PIX *pixs, L_KERNEL *kelx, L_KERNEL *kely) { PIX *pixt, *pixr, *pixg, *pixb, *pixd; PROCNAME("pixConvolveRGBSep"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs is not 32 bpp", procName, NULL); if (!kelx || !kely) return (PIX *)ERROR_PTR("kelx, kely not both defined", procName, NULL); pixt = pixGetRGBComponent(pixs, COLOR_RED); pixr = pixConvolveSep(pixt, kelx, kely, 8, 1); pixDestroy(&pixt); pixt = pixGetRGBComponent(pixs, COLOR_GREEN); pixg = pixConvolveSep(pixt, kelx, kely, 8, 1); pixDestroy(&pixt); pixt = pixGetRGBComponent(pixs, COLOR_BLUE); pixb = pixConvolveSep(pixt, kelx, kely, 8, 1); pixDestroy(&pixt); pixd = pixCreateRGBImage(pixr, pixg, pixb); pixDestroy(&pixr); pixDestroy(&pixg); pixDestroy(&pixb); return pixd; } /*----------------------------------------------------------------------* * Generic convolution with float array * *----------------------------------------------------------------------*/ /*! * fpixConvolve() * * Input: fpixs (32 bit float array) * kernel * normflag (1 to normalize kernel to unit sum; 0 otherwise) * Return: fpixd (32 bit float array) * * Notes: * (1) This gives a float convolution with an arbitrary kernel. * (2) If normflag == 1, the result is normalized by scaling all * kernel values for a unit sum. If the sum of kernel values * is very close to zero, the kernel can not be normalized and * the convolution will not be performed. A warning is issued. * (3) With the FPix, there are no issues about negative * array or kernel values. The convolution is performed * with single precision arithmetic. * (4) To get a subsampled output, call l_setConvolveSampling(). * The time to make a subsampled output is reduced by the * product of the sampling factors. * (5) This uses a mirrored border to avoid special casing on * the boundaries. */ FPIX * fpixConvolve(FPIX *fpixs, L_KERNEL *kel, l_int32 normflag) { l_int32 i, j, id, jd, k, m, w, h, wd, hd, sx, sy, cx, cy, wplt, wpld; l_float32 val; l_float32 *datat, *datad, *linet, *lined; l_float32 sum; L_KERNEL *keli, *keln; FPIX *fpixt, *fpixd; PROCNAME("fpixConvolve"); if (!fpixs) return (FPIX *)ERROR_PTR("fpixs not defined", procName, NULL); if (!kel) return (FPIX *)ERROR_PTR("kel not defined", procName, NULL); keli = kernelInvert(kel); kernelGetParameters(keli, &sy, &sx, &cy, &cx); if (normflag) keln = kernelNormalize(keli, 1.0); else keln = kernelCopy(keli); fpixGetDimensions(fpixs, &w, &h); fpixt = fpixAddMirroredBorder(fpixs, cx, sx - cx, cy, sy - cy); if (!fpixt) return (FPIX *)ERROR_PTR("fpixt not made", procName, NULL); wd = (w + ConvolveSamplingFactX - 1) / ConvolveSamplingFactX; hd = (h + ConvolveSamplingFactY - 1) / ConvolveSamplingFactY; fpixd = fpixCreate(wd, hd); datat = fpixGetData(fpixt); datad = fpixGetData(fpixd); wplt = fpixGetWpl(fpixt); wpld = fpixGetWpl(fpixd); for (i = 0, id = 0; id < hd; i += ConvolveSamplingFactY, id++) { lined = datad + id * wpld; for (j = 0, jd = 0; jd < wd; j += ConvolveSamplingFactX, jd++) { sum = 0.0; for (k = 0; k < sy; k++) { linet = datat + (i + k) * wplt; for (m = 0; m < sx; m++) { val = *(linet + j + m); sum += val * keln->data[k][m]; } } *(lined + jd) = sum; } } kernelDestroy(&keli); kernelDestroy(&keln); fpixDestroy(&fpixt); return fpixd; } /*! * fpixConvolveSep() * * Input: fpixs (32 bit float array) * kelx (x-dependent kernel) * kely (y-dependent kernel) * normflag (1 to normalize kernel to unit sum; 0 otherwise) * Return: fpixd (32 bit float array) * * Notes: * (1) This does a convolution with a separable kernel that is * is a sequence of convolutions in x and y. The two * one-dimensional kernel components must be input separately; * the full kernel is the product of these components. * The support for the full kernel is thus a rectangular region. * (2) The normflag parameter is used as in fpixConvolve(). * (3) Warning: if you use l_setConvolveSampling() to get a * subsampled output, and the sampling factor is larger than * the kernel half-width, it is faster to use the non-separable * version pixConvolve(). This is because the first convolution * here must be done on every raster line, regardless of the * vertical sampling factor. If the sampling factor is smaller * than kernel half-width, it's faster to use the separable * convolution. * (4) This uses mirrored borders to avoid special casing on * the boundaries. */ FPIX * fpixConvolveSep(FPIX *fpixs, L_KERNEL *kelx, L_KERNEL *kely, l_int32 normflag) { l_int32 xfact, yfact; L_KERNEL *kelxn, *kelyn; FPIX *fpixt, *fpixd; PROCNAME("fpixConvolveSep"); if (!fpixs) return (FPIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!kelx) return (FPIX *)ERROR_PTR("kelx not defined", procName, NULL); if (!kely) return (FPIX *)ERROR_PTR("kely not defined", procName, NULL); xfact = ConvolveSamplingFactX; yfact = ConvolveSamplingFactY; if (normflag) { kelxn = kernelNormalize(kelx, 1.0); kelyn = kernelNormalize(kely, 1.0); l_setConvolveSampling(xfact, 1); fpixt = fpixConvolve(fpixs, kelxn, 0); l_setConvolveSampling(1, yfact); fpixd = fpixConvolve(fpixt, kelyn, 0); l_setConvolveSampling(xfact, yfact); /* restore */ kernelDestroy(&kelxn); kernelDestroy(&kelyn); } else { /* don't normalize */ l_setConvolveSampling(xfact, 1); fpixt = fpixConvolve(fpixs, kelx, 0); l_setConvolveSampling(1, yfact); fpixd = fpixConvolve(fpixt, kely, 0); l_setConvolveSampling(xfact, yfact); } fpixDestroy(&fpixt); return fpixd; } /*------------------------------------------------------------------------* * Convolution with bias (for non-negative output) * *------------------------------------------------------------------------*/ /*! * pixConvolveWithBias() * * Input: pixs (8 bpp; no colormap) * kel1 * kel2 (can be null; use if separable) * force8 (if 1, force output to 8 bpp; otherwise, determine * output depth by the dynamic range of pixel values) * &bias ( applied bias) * Return: pixd (8 or 16 bpp) * * Notes: * (1) This does a convolution with either a single kernel or * a pair of separable kernels, and automatically applies whatever * bias (shift) is required so that the resulting pixel values * are non-negative. * (2) The kernel is always normalized. If there are no negative * values in the kernel, a standard normalized convolution is * performed, with 8 bpp output. If the sum of kernel values is * very close to zero, the kernel can not be normalized and * the convolution will not be performed. An error message results. * (3) If there are negative values in the kernel, the pix is * converted to an fpix, the convolution is done on the fpix, and * a bias (shift) may need to be applied. * (4) If force8 == TRUE and the range of values after the convolution * is > 255, the output values will be scaled to fit in [0 ... 255]. * If force8 == FALSE, the output will be either 8 or 16 bpp, * to accommodate the dynamic range of output values without scaling. */ PIX * pixConvolveWithBias(PIX *pixs, L_KERNEL *kel1, L_KERNEL *kel2, l_int32 force8, l_int32 *pbias) { l_int32 outdepth; l_float32 min1, min2, min, minval, maxval, range; FPIX *fpix1, *fpix2; PIX *pixd; PROCNAME("pixConvolveWithBias"); if (!pixs || pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs undefined or not 8 bpp", procName, NULL); if (pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs has colormap", procName, NULL); if (!kel1) return (PIX *)ERROR_PTR("kel1 not defined", procName, NULL); /* Determine if negative values can be produced in the convolution */ kernelGetMinMax(kel1, &min1, NULL); min2 = 0.0; if (kel2) kernelGetMinMax(kel2, &min2, NULL); min = L_MIN(min1, min2); if (min >= 0.0) { if (!kel2) return pixConvolve(pixs, kel1, 8, 1); else return pixConvolveSep(pixs, kel1, kel2, 8, 1); } /* Bias may need to be applied; convert to fpix and convolve */ fpix1 = pixConvertToFPix(pixs, 1); if (!kel2) fpix2 = fpixConvolve(fpix1, kel1, 1); else fpix2 = fpixConvolveSep(fpix1, kel1, kel2, 1); fpixDestroy(&fpix1); /* Determine the bias and the dynamic range. * If the dynamic range is <= 255, just shift the values by the * bias, if any. * If the dynamic range is > 255, there are two cases: * (1) the output depth is not forced to 8 bpp * ==> apply the bias without scaling; outdepth = 16 * (2) the output depth is forced to 8 * ==> linearly map the pixel values to [0 ... 255]. */ fpixGetMin(fpix2, &minval, NULL, NULL); fpixGetMax(fpix2, &maxval, NULL, NULL); range = maxval - minval; *pbias = (minval < 0.0) ? -minval : 0.0; fpixAddMultConstant(fpix2, *pbias, 1.0); /* shift: min val ==> 0 */ if (range <= 255 || !force8) { /* no scaling of output values */ outdepth = (range > 255) ? 16 : 8; } else { /* scale output values to fit in 8 bpp */ fpixAddMultConstant(fpix2, 0.0, (255.0 / range)); outdepth = 8; } /* Convert back to pix; it won't do any clipping */ pixd = fpixConvertToPix(fpix2, outdepth, L_CLIP_TO_ZERO, 0); fpixDestroy(&fpix2); return pixd; } /*------------------------------------------------------------------------* * Set parameter for convolution subsampling * *------------------------------------------------------------------------*/ /*! * l_setConvolveSampling() * * Input: xfact, yfact (integer >= 1) * Return: void * * Notes: * (1) This sets the x and y output subsampling factors for generic pix * and fpix convolution. The default values are 1 (no subsampling). */ void l_setConvolveSampling(l_int32 xfact, l_int32 yfact) { if (xfact < 1) xfact = 1; if (yfact < 1) yfact = 1; ConvolveSamplingFactX = xfact; ConvolveSamplingFactY = yfact; } /*------------------------------------------------------------------------* * Additive gaussian noise * *------------------------------------------------------------------------*/ /*! * pixAddGaussianNoise() * * Input: pixs (8 bpp gray or 32 bpp rgb; no colormap) * stdev (of noise) * Return: pixd (8 or 32 bpp), or null on error * * Notes: * (1) This adds noise to each pixel, taken from a normal * distribution with zero mean and specified standard deviation. */ PIX * pixAddGaussianNoise(PIX *pixs, l_float32 stdev) { l_int32 i, j, w, h, d, wpls, wpld, val, rval, gval, bval; l_uint32 pixel; l_uint32 *datas, *datad, *lines, *lined; PIX *pixd; PROCNAME("pixAddGaussianNoise"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs has colormap", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 8 && d != 32) return (PIX *)ERROR_PTR("pixs not 8 or 32 bpp", procName, NULL); pixd = pixCreateTemplateNoInit(pixs); datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { if (d == 8) { val = GET_DATA_BYTE(lines, j); val += (l_int32)(stdev * gaussDistribSampling() + 0.5); val = L_MIN(255, L_MAX(0, val)); SET_DATA_BYTE(lined, j, val); } else { /* d = 32 */ pixel = *(lines + j); extractRGBValues(pixel, &rval, &gval, &bval); rval += (l_int32)(stdev * gaussDistribSampling() + 0.5); rval = L_MIN(255, L_MAX(0, rval)); gval += (l_int32)(stdev * gaussDistribSampling() + 0.5); gval = L_MIN(255, L_MAX(0, gval)); bval += (l_int32)(stdev * gaussDistribSampling() + 0.5); bval = L_MIN(255, L_MAX(0, bval)); composeRGBPixel(rval, gval, bval, lined + j); } } } return pixd; } /*! * gaussDistribSampling() * * Return: gaussian distributed variable with zero mean and unit stdev * * Notes: * (1) For an explanation of the Box-Muller method for generating * a normally distributed random variable with zero mean and * unit standard deviation, see Numerical Recipes in C, * 2nd edition, p. 288ff. * (2) This can be called sequentially to get samples that can be * used for adding noise to each pixel of an image, for example. */ l_float32 gaussDistribSampling() { static l_int32 select = 0; /* flips between 0 and 1 on successive calls */ static l_float32 saveval; l_float32 frand, xval, yval, rsq, factor; if (select == 0) { while (1) { /* choose a point in a 2x2 square, centered at origin */ frand = (l_float32)rand() / (l_float32)RAND_MAX; xval = 2.0 * frand - 1.0; frand = (l_float32)rand() / (l_float32)RAND_MAX; yval = 2.0 * frand - 1.0; rsq = xval * xval + yval * yval; if (rsq > 0.0 && rsq < 1.0) /* point is inside the unit circle */ break; } factor = sqrt(-2.0 * log(rsq) / rsq); saveval = xval * factor; select = 1; return yval * factor; } else { select = 0; return saveval; } } leptonica-1.70/src/conncomp.c0000640000175000017500000011553212244232552014260 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * conncomp.c * * Connected component counting and extraction, using Heckbert's * stack-based filling algorithm. * * 4- and 8-connected components: counts, bounding boxes and images * * Top-level calls: * BOXA *pixConnComp() * BOXA *pixConnCompPixa() * BOXA *pixConnCompBB() * l_int32 pixCountConnComp() * * Identify the next c.c. to be erased: * l_int32 nextOnPixelInRaster() * l_int32 nextOnPixelInRasterLow() * * Erase the c.c., saving the b.b.: * BOX *pixSeedfillBB() * BOX *pixSeedfill4BB() * BOX *pixSeedfill8BB() * * Just erase the c.c.: * l_int32 pixSeedfill() * l_int32 pixSeedfill4() * l_int32 pixSeedfill8() * * Static stack helper functions for single raster line seedfill: * static void pushFillsegBB() * static void pushFillseg() * static void popFillseg() * * The basic method in pixConnCompBB() is very simple. We scan the * image in raster order, looking for the next ON pixel. When it * is found, we erase it and every pixel of the 4- or 8-connected * component to which it belongs, using Heckbert's seedfill * algorithm. As pixels are erased, we keep track of the * minimum rectangle that encloses all erased pixels; after * the connected component has been erased, we save its * bounding box in an array of boxes. When all pixels in the * image have been erased, we have an array that describes every * 4- or 8-connected component in terms of its bounding box. * * pixConnCompPixa() is a slight variation on pixConnCompBB(), * where we additionally save an array of images (in a Pixa) * of each of the 4- or 8-connected components. This is done trivially * by maintaining two temporary images. We erase a component from one, * and use the bounding box to extract the pixels within the b.b. * from each of the two images. An XOR between these subimages * gives the erased component. Then we erase the component from the * second image using the XOR again, with the extracted component * placed on the second image at the location of the bounding box. * Rasterop does all the work. At the end, we have an array * of the 4- or 8-connected components, as well as an array of the * bounding boxes that describe where they came from in the original image. * * If you just want the number of connected components, pixCountConnComp() * is a bit faster than pixConnCompBB(), because it doesn't have to * keep track of the bounding rectangles for each c.c. */ #include "allheaders.h" /* * The struct FillSeg is used by the Heckbert seedfill algorithm to * hold information about image segments that are waiting to be * investigated. We use two Stacks, one to hold the FillSegs in use, * and an auxiliary Stack as a reservoir to hold FillSegs for re-use. */ struct FillSeg { l_int32 xleft; /* left edge of run */ l_int32 xright; /* right edge of run */ l_int32 y; /* run y */ l_int32 dy; /* parent segment direction: 1 above, -1 below) */ }; typedef struct FillSeg FILLSEG; /* Static accessors for FillSegs on a stack */ static void pushFillsegBB(L_STACK *stack, l_int32 xleft, l_int32 xright, l_int32 y, l_int32 dy, l_int32 ymax, l_int32 *pminx, l_int32 *pmaxx, l_int32 *pminy, l_int32 *pmaxy); static void pushFillseg(L_STACK *stack, l_int32 xleft, l_int32 xright, l_int32 y, l_int32 dy, l_int32 ymax); static void popFillseg(L_STACK *stack, l_int32 *pxleft, l_int32 *pxright, l_int32 *py, l_int32 *pdy); #ifndef NO_CONSOLE_IO #define DEBUG 0 #endif /* ~NO_CONSOLE_IO */ /*-----------------------------------------------------------------------* * Bounding boxes of 4 Connected Components * *-----------------------------------------------------------------------*/ /*! * pixConnComp() * * Input: pixs (1 bpp) * &pixa ( pixa of each c.c.) * connectivity (4 or 8) * Return: boxa, or null on error * * Notes: * (1) This is the top-level call for getting bounding boxes or * a pixa of the components, and it can be used instead * of either pixConnCompBB() or pixConnCompPixa(), rsp. */ BOXA * pixConnComp(PIX *pixs, PIXA **ppixa, l_int32 connectivity) { PROCNAME("pixConnComp"); if (ppixa) *ppixa = NULL; if (!pixs) return (BOXA *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (BOXA *)ERROR_PTR("pixs not 1 bpp", procName, NULL); if (connectivity != 4 && connectivity != 8) return (BOXA *)ERROR_PTR("connectivity not 4 or 8", procName, NULL); if (!ppixa) return pixConnCompBB(pixs, connectivity); else return pixConnCompPixa(pixs, ppixa, connectivity); } /*! * pixConnCompPixa() * * Input: pixs (1 bpp) * &pixa ( pixa of each c.c.) * connectivity (4 or 8) * Return: boxa, or null on error * * Notes: * (1) This finds bounding boxes of 4- or 8-connected components * in a binary image, and saves images of each c.c * in a pixa array. * (2) It sets up 2 temporary pix, and for each c.c. that is * located in raster order, it erases the c.c. from one pix, * then uses the b.b. to extract the c.c. from the two pix using * an XOR, and finally erases the c.c. from the second pix. * (3) A clone of the returned boxa (where all boxes in the array * are clones) is inserted into the pixa. * (4) If the input is valid, this always returns a boxa and a pixa. * If pixs is empty, the boxa and pixa will be empty. */ BOXA * pixConnCompPixa(PIX *pixs, PIXA **ppixa, l_int32 connectivity) { l_int32 h, iszero; l_int32 x, y, xstart, ystart; PIX *pixt1, *pixt2, *pixt3, *pixt4; PIXA *pixa; BOX *box; BOXA *boxa; L_STACK *stack, *auxstack; PROCNAME("pixConnCompPixa"); if (!ppixa) return (BOXA *)ERROR_PTR("&pixa not defined", procName, NULL); *ppixa = NULL; if (!pixs || pixGetDepth(pixs) != 1) return (BOXA *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); if (connectivity != 4 && connectivity != 8) return (BOXA *)ERROR_PTR("connectivity not 4 or 8", procName, NULL); pixa = pixaCreate(0); *ppixa = pixa; pixZero(pixs, &iszero); if (iszero) return boxaCreate(1); /* return empty boxa */ if ((pixt1 = pixCopy(NULL, pixs)) == NULL) return (BOXA *)ERROR_PTR("pixt1 not made", procName, NULL); if ((pixt2 = pixCopy(NULL, pixs)) == NULL) return (BOXA *)ERROR_PTR("pixt2 not made", procName, NULL); h = pixGetHeight(pixs); if ((stack = lstackCreate(h)) == NULL) return (BOXA *)ERROR_PTR("stack not made", procName, NULL); if ((auxstack = lstackCreate(0)) == NULL) return (BOXA *)ERROR_PTR("auxstack not made", procName, NULL); stack->auxstack = auxstack; if ((boxa = boxaCreate(0)) == NULL) return (BOXA *)ERROR_PTR("boxa not made", procName, NULL); xstart = 0; ystart = 0; while (1) { if (!nextOnPixelInRaster(pixt1, xstart, ystart, &x, &y)) break; if ((box = pixSeedfillBB(pixt1, stack, x, y, connectivity)) == NULL) return (BOXA *)ERROR_PTR("box not made", procName, NULL); boxaAddBox(boxa, box, L_INSERT); /* Save the c.c. and remove from pixt2 as well */ pixt3 = pixClipRectangle(pixt1, box, NULL); pixt4 = pixClipRectangle(pixt2, box, NULL); pixXor(pixt3, pixt3, pixt4); pixRasterop(pixt2, box->x, box->y, box->w, box->h, PIX_SRC ^ PIX_DST, pixt3, 0, 0); pixaAddPix(pixa, pixt3, L_INSERT); pixDestroy(&pixt4); xstart = x; ystart = y; } #if DEBUG pixCountPixels(pixt1, &iszero, NULL); fprintf(stderr, "Number of remaining pixels = %d\n", iszero); pixWrite("junkremain", pixt1, IFF_PNG); #endif /* DEBUG */ /* Remove old boxa of pixa and replace with a clone copy */ boxaDestroy(&pixa->boxa); pixa->boxa = boxaCopy(boxa, L_CLONE); /* Cleanup, freeing the fillsegs on each stack */ lstackDestroy(&stack, TRUE); pixDestroy(&pixt1); pixDestroy(&pixt2); return boxa; } /*! * pixConnCompBB() * * Input: pixs (1 bpp) * connectivity (4 or 8) * Return: boxa, or null on error * * Notes: * (1) Finds bounding boxes of 4- or 8-connected components * in a binary image. * (2) This works on a copy of the input pix. The c.c. are located * in raster order and erased one at a time. In the process, * the b.b. is computed and saved. */ BOXA * pixConnCompBB(PIX *pixs, l_int32 connectivity) { l_int32 h, iszero; l_int32 x, y, xstart, ystart; PIX *pixt; BOX *box; BOXA *boxa; L_STACK *stack, *auxstack; PROCNAME("pixConnCompBB"); if (!pixs || pixGetDepth(pixs) != 1) return (BOXA *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); if (connectivity != 4 && connectivity != 8) return (BOXA *)ERROR_PTR("connectivity not 4 or 8", procName, NULL); pixZero(pixs, &iszero); if (iszero) return boxaCreate(1); /* return empty boxa */ if ((pixt = pixCopy(NULL, pixs)) == NULL) return (BOXA *)ERROR_PTR("pixt not made", procName, NULL); h = pixGetHeight(pixs); if ((stack = lstackCreate(h)) == NULL) return (BOXA *)ERROR_PTR("stack not made", procName, NULL); if ((auxstack = lstackCreate(0)) == NULL) return (BOXA *)ERROR_PTR("auxstack not made", procName, NULL); stack->auxstack = auxstack; if ((boxa = boxaCreate(0)) == NULL) return (BOXA *)ERROR_PTR("boxa not made", procName, NULL); xstart = 0; ystart = 0; while (1) { if (!nextOnPixelInRaster(pixt, xstart, ystart, &x, &y)) break; if ((box = pixSeedfillBB(pixt, stack, x, y, connectivity)) == NULL) return (BOXA *)ERROR_PTR("box not made", procName, NULL); boxaAddBox(boxa, box, L_INSERT); xstart = x; ystart = y; } #if DEBUG pixCountPixels(pixt, &iszero, NULL); fprintf(stderr, "Number of remaining pixels = %d\n", iszero); pixWrite("junkremain", pixt1, IFF_PNG); #endif /* DEBUG */ /* Cleanup, freeing the fillsegs on each stack */ lstackDestroy(&stack, TRUE); pixDestroy(&pixt); return boxa; } /*! * pixCountConnComp() * * Input: pixs (1 bpp) * connectivity (4 or 8) * &count ( * Return: 0 if OK, 1 on error * * Notes: * (1) This is the top-level call for getting the number of * 4- or 8-connected components in a 1 bpp image. * (2) It works on a copy of the input pix. The c.c. are located * in raster order and erased one at a time. */ l_int32 pixCountConnComp(PIX *pixs, l_int32 connectivity, l_int32 *pcount) { l_int32 h, iszero; l_int32 x, y, xstart, ystart; PIX *pixt; L_STACK *stack, *auxstack; PROCNAME("pixCountConnComp"); if (!pcount) return ERROR_INT("&count not defined", procName, 1); *pcount = 0; /* initialize the count to 0 */ if (!pixs || pixGetDepth(pixs) != 1) return ERROR_INT("pixs not defined or not 1 bpp", procName, 1); if (connectivity != 4 && connectivity != 8) return ERROR_INT("connectivity not 4 or 8", procName, 1); pixZero(pixs, &iszero); if (iszero) return 0; if ((pixt = pixCopy(NULL, pixs)) == NULL) return ERROR_INT("pixt not made", procName, 1); h = pixGetDepth(pixs); if ((stack = lstackCreate(h)) == NULL) return ERROR_INT("stack not made", procName, 1); if ((auxstack = lstackCreate(0)) == NULL) return ERROR_INT("auxstack not made", procName, 1); stack->auxstack = auxstack; xstart = 0; ystart = 0; while (1) { if (!nextOnPixelInRaster(pixt, xstart, ystart, &x, &y)) break; pixSeedfill(pixt, stack, x, y, connectivity); (*pcount)++; xstart = x; ystart = y; } /* Cleanup, freeing the fillsegs on each stack */ lstackDestroy(&stack, TRUE); pixDestroy(&pixt); return 0; } /*! * nextOnPixelInRaster() * * Input: pixs (1 bpp) * xstart, ystart (starting point for search) * &x, &y ( coord value of next ON pixel) * Return: 1 if a pixel is found; 0 otherwise or on error */ l_int32 nextOnPixelInRaster(PIX *pixs, l_int32 xstart, l_int32 ystart, l_int32 *px, l_int32 *py) { l_int32 w, h, d, wpl; l_uint32 *data; PROCNAME("nextOnPixelInRaster"); if (!pixs) return ERROR_INT("pixs not defined", procName, 0); pixGetDimensions(pixs, &w, &h, &d); if (d != 1) return ERROR_INT("pixs not 1 bpp", procName, 0); wpl = pixGetWpl(pixs); data = pixGetData(pixs); return nextOnPixelInRasterLow(data, w, h, wpl, xstart, ystart, px, py); } l_int32 nextOnPixelInRasterLow(l_uint32 *data, l_int32 w, l_int32 h, l_int32 wpl, l_int32 xstart, l_int32 ystart, l_int32 *px, l_int32 *py) { l_int32 i, x, y, xend, startword; l_uint32 *line, *pword; /* Look at the first word */ line = data + ystart * wpl; pword = line + (xstart / 32); if (*pword) { xend = xstart - (xstart % 32) + 31; for (x = xstart; x <= xend && x < w; x++) { if (GET_DATA_BIT(line, x)) { *px = x; *py = ystart; return 1; } } } /* Continue with the rest of the line */ startword = (xstart / 32) + 1; x = 32 * startword; for (pword = line + startword; x < w; pword++, x += 32) { if (*pword) { for (i = 0; i < 32 && x < w; i++, x++) { if (GET_DATA_BIT(line, x)) { *px = x; *py = ystart; return 1; } } } } /* Continue with following lines */ for (y = ystart + 1; y < h; y++) { line = data + y * wpl; for (pword = line, x = 0; x < w; pword++, x += 32) { if (*pword) { for (i = 0; i < 32 && x < w; i++, x++) { if (GET_DATA_BIT(line, x)) { *px = x; *py = y; return 1; } } } } } return 0; } /*! * pixSeedfillBB() * * Input: pixs (1 bpp) * stack (for holding fillsegs) * x,y (location of seed pixel) * connectivity (4 or 8) * Return: box or null on error * * Notes: * (1) This is the high-level interface to Paul Heckbert's * stack-based seedfill algorithm. */ BOX * pixSeedfillBB(PIX *pixs, L_STACK *stack, l_int32 x, l_int32 y, l_int32 connectivity) { BOX *box; PROCNAME("pixSeedfillBB"); if (!pixs || pixGetDepth(pixs) != 1) return (BOX *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); if (!stack) return (BOX *)ERROR_PTR("stack not defined", procName, NULL); if (connectivity != 4 && connectivity != 8) return (BOX *)ERROR_PTR("connectivity not 4 or 8", procName, NULL); if (connectivity == 4) { if ((box = pixSeedfill4BB(pixs, stack, x, y)) == NULL) return (BOX *)ERROR_PTR("box not made", procName, NULL); } else if (connectivity == 8) { if ((box = pixSeedfill8BB(pixs, stack, x, y)) == NULL) return (BOX *)ERROR_PTR("box not made", procName, NULL); } else { return (BOX *)ERROR_PTR("connectivity not 4 or 8", procName, NULL); } return box; } /*! * pixSeedfill4BB() * * Input: pixs (1 bpp) * stack (for holding fillsegs) * x,y (location of seed pixel) * Return: box or null on error. * * Notes: * (1) This is Paul Heckbert's stack-based 4-cc seedfill algorithm. * (2) This operates on the input 1 bpp pix to remove the fg seed * pixel, at (x,y), and all pixels that are 4-connected to it. * The seed pixel at (x,y) must initially be ON. * (3) Returns the bounding box of the erased 4-cc component. * (4) Reference: see Paul Heckbert's stack-based seed fill algorithm * in "Graphic Gems", ed. Andrew Glassner, Academic * Press, 1990. The algorithm description is given * on pp. 275-277; working C code is on pp. 721-722.) * The code here follows Heckbert's exactly, except * we use function calls instead of macros for * pushing data on and popping data off the stack. * This makes sense to do because Heckbert's fixed-size * stack with macros is dangerous: images exist that * will overrun the stack and crash. The stack utility * here grows dynamically as needed, and the fillseg * structures that are not in use are stored in another * stack for reuse. It should be noted that the * overhead in the function calls (vs. macros) is negligible. */ BOX * pixSeedfill4BB(PIX *pixs, L_STACK *stack, l_int32 x, l_int32 y) { l_int32 w, h, xstart, wpl, x1, x2, dy; l_int32 xmax, ymax; l_int32 minx, maxx, miny, maxy; /* for bounding box of this c.c. */ l_uint32 *data, *line; BOX *box; PROCNAME("pixSeedfill4BB"); if (!pixs || pixGetDepth(pixs) != 1) return (BOX *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); if (!stack) return (BOX *)ERROR_PTR("stack not defined", procName, NULL); if (!stack->auxstack) stack->auxstack = lstackCreate(0); pixGetDimensions(pixs, &w, &h, NULL); xmax = w - 1; ymax = h - 1; data = pixGetData(pixs); wpl = pixGetWpl(pixs); line = data + y * wpl; /* Check pix value of seed; must be within the image and ON */ if (x < 0 || x > xmax || y < 0 || y > ymax || (GET_DATA_BIT(line, x) == 0)) return NULL; /* Init stack to seed: * Must first init b.b. values to prevent valgrind from complaining; * then init b.b. boundaries correctly to seed. */ minx = miny = 100000; maxx = maxy = 0; pushFillsegBB(stack, x, x, y, 1, ymax, &minx, &maxx, &miny, &maxy); pushFillsegBB(stack, x, x, y + 1, -1, ymax, &minx, &maxx, &miny, &maxy); minx = maxx = x; miny = maxy = y; while (lstackGetCount(stack) > 0) { /* Pop segment off stack and fill a neighboring scan line */ popFillseg(stack, &x1, &x2, &y, &dy); line = data + y * wpl; /* A segment of scanline y - dy for x1 <= x <= x2 was * previously filled. We now explore adjacent pixels * in scan line y. There are three regions: to the * left of x1 - 1, between x1 and x2, and to the right of x2. * These regions are handled differently. Leaks are * possible expansions beyond the previous segment and * going back in the -dy direction. These can happen * for x < x1 - 1 and for x > x2 + 1. Any "leak" segments * are plugged with a push in the -dy (opposite) direction. * And any segments found anywhere are always extended * in the +dy direction. */ for (x = x1; x >= 0 && (GET_DATA_BIT(line, x) == 1); x--) CLEAR_DATA_BIT(line,x); if (x >= x1) /* pix at x1 was off and was not cleared */ goto skip; xstart = x + 1; if (xstart < x1 - 1) /* leak on left? */ pushFillsegBB(stack, xstart, x1 - 1, y, -dy, ymax, &minx, &maxx, &miny, &maxy); x = x1 + 1; do { for (; x <= xmax && (GET_DATA_BIT(line, x) == 1); x++) CLEAR_DATA_BIT(line, x); pushFillsegBB(stack, xstart, x - 1, y, dy, ymax, &minx, &maxx, &miny, &maxy); if (x > x2 + 1) /* leak on right? */ pushFillsegBB(stack, x2 + 1, x - 1, y, -dy, ymax, &minx, &maxx, &miny, &maxy); skip: for (x++; x <= x2 && x <= xmax && (GET_DATA_BIT(line, x) == 0); x++) ; xstart = x; } while (x <= x2 && x <= xmax); } if ((box = boxCreate(minx, miny, maxx - minx + 1, maxy - miny + 1)) == NULL) return (BOX *)ERROR_PTR("box not made", procName, NULL); return box; } /*! * pixSeedfill8BB() * * Input: pixs (1 bpp) * stack (for holding fillsegs) * x,y (location of seed pixel) * Return: box or null on error. * * Notes: * (1) This is Paul Heckbert's stack-based 8-cc seedfill algorithm. * (2) This operates on the input 1 bpp pix to remove the fg seed * pixel, at (x,y), and all pixels that are 8-connected to it. * The seed pixel at (x,y) must initially be ON. * (3) Returns the bounding box of the erased 8-cc component. * (4) Reference: see Paul Heckbert's stack-based seed fill algorithm * in "Graphic Gems", ed. Andrew Glassner, Academic * Press, 1990. The algorithm description is given * on pp. 275-277; working C code is on pp. 721-722.) * The code here follows Heckbert's closely, except * the leak checks are changed for 8 connectivity. * See comments on pixSeedfill4BB() for more details. */ BOX * pixSeedfill8BB(PIX *pixs, L_STACK *stack, l_int32 x, l_int32 y) { l_int32 w, h, xstart, wpl, x1, x2, dy; l_int32 xmax, ymax; l_int32 minx, maxx, miny, maxy; /* for bounding box of this c.c. */ l_uint32 *data, *line; BOX *box; PROCNAME("pixSeedfill8BB"); if (!pixs || pixGetDepth(pixs) != 1) return (BOX *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); if (!stack) return (BOX *)ERROR_PTR("stack not defined", procName, NULL); if (!stack->auxstack) stack->auxstack = lstackCreate(0); pixGetDimensions(pixs, &w, &h, NULL); xmax = w - 1; ymax = h - 1; data = pixGetData(pixs); wpl = pixGetWpl(pixs); line = data + y * wpl; /* Check pix value of seed; must be ON */ if (x < 0 || x > xmax || y < 0 || y > ymax || (GET_DATA_BIT(line, x) == 0)) return NULL; /* Init stack to seed: * Must first init b.b. values to prevent valgrind from complaining; * then init b.b. boundaries correctly to seed. */ minx = miny = 100000; maxx = maxy = 0; pushFillsegBB(stack, x, x, y, 1, ymax, &minx, &maxx, &miny, &maxy); pushFillsegBB(stack, x, x, y + 1, -1, ymax, &minx, &maxx, &miny, &maxy); minx = maxx = x; miny = maxy = y; while (lstackGetCount(stack) > 0) { /* Pop segment off stack and fill a neighboring scan line */ popFillseg(stack, &x1, &x2, &y, &dy); line = data + y * wpl; /* A segment of scanline y - dy for x1 <= x <= x2 was * previously filled. We now explore adjacent pixels * in scan line y. There are three regions: to the * left of x1, between x1 and x2, and to the right of x2. * These regions are handled differently. Leaks are * possible expansions beyond the previous segment and * going back in the -dy direction. These can happen * for x < x1 and for x > x2. Any "leak" segments * are plugged with a push in the -dy (opposite) direction. * And any segments found anywhere are always extended * in the +dy direction. */ for (x = x1 - 1; x >= 0 && (GET_DATA_BIT(line, x) == 1); x--) CLEAR_DATA_BIT(line,x); if (x >= x1 - 1) /* pix at x1 - 1 was off and was not cleared */ goto skip; xstart = x + 1; if (xstart < x1) /* leak on left? */ pushFillsegBB(stack, xstart, x1 - 1, y, -dy, ymax, &minx, &maxx, &miny, &maxy); x = x1; do { for (; x <= xmax && (GET_DATA_BIT(line, x) == 1); x++) CLEAR_DATA_BIT(line, x); pushFillsegBB(stack, xstart, x - 1, y, dy, ymax, &minx, &maxx, &miny, &maxy); if (x > x2) /* leak on right? */ pushFillsegBB(stack, x2 + 1, x - 1, y, -dy, ymax, &minx, &maxx, &miny, &maxy); skip: for (x++; x <= x2 + 1 && x <= xmax && (GET_DATA_BIT(line, x) == 0); x++) ; xstart = x; } while (x <= x2 + 1 && x <= xmax); } if ((box = boxCreate(minx, miny, maxx - minx + 1, maxy - miny + 1)) == NULL) return (BOX *)ERROR_PTR("box not made", procName, NULL); return box; } /*! * pixSeedfill() * * Input: pixs (1 bpp) * stack (for holding fillsegs) * x,y (location of seed pixel) * connectivity (4 or 8) * Return: 0 if OK, 1 on error * * Notes: * (1) This removes the component from pixs with a fg pixel at (x,y). * (2) See pixSeedfill4() and pixSeedfill8() for details. */ l_int32 pixSeedfill(PIX *pixs, L_STACK *stack, l_int32 x, l_int32 y, l_int32 connectivity) { l_int32 retval; PROCNAME("pixSeedfill"); if (!pixs || pixGetDepth(pixs) != 1) return ERROR_INT("pixs not defined or not 1 bpp", procName, 1); if (!stack) return ERROR_INT("stack not defined", procName, 1); if (connectivity != 4 && connectivity != 8) return ERROR_INT("connectivity not 4 or 8", procName, 1); if (connectivity == 4) retval = pixSeedfill4(pixs, stack, x, y); else /* connectivity == 8 */ retval = pixSeedfill8(pixs, stack, x, y); return retval; } /*! * pixSeedfill4() * * Input: pixs (1 bpp) * stack (for holding fillsegs) * x,y (location of seed pixel) * Return: 0 if OK, 1 on error * * Notes: * (1) This is Paul Heckbert's stack-based 4-cc seedfill algorithm. * (2) This operates on the input 1 bpp pix to remove the fg seed * pixel, at (x,y), and all pixels that are 4-connected to it. * The seed pixel at (x,y) must initially be ON. * (3) Reference: see pixSeedFill4BB() */ l_int32 pixSeedfill4(PIX *pixs, L_STACK *stack, l_int32 x, l_int32 y) { l_int32 w, h, xstart, wpl, x1, x2, dy; l_int32 xmax, ymax; l_uint32 *data, *line; PROCNAME("pixSeedfill4"); if (!pixs || pixGetDepth(pixs) != 1) return ERROR_INT("pixs not defined or not 1 bpp", procName, 1); if (!stack) return ERROR_INT("stack not defined", procName, 1); if (!stack->auxstack) stack->auxstack = lstackCreate(0); pixGetDimensions(pixs, &w, &h, NULL); xmax = w - 1; ymax = h - 1; data = pixGetData(pixs); wpl = pixGetWpl(pixs); line = data + y * wpl; /* Check pix value of seed; must be within the image and ON */ if (x < 0 || x > xmax || y < 0 || y > ymax || (GET_DATA_BIT(line, x) == 0)) return 0; /* Init stack to seed */ pushFillseg(stack, x, x, y, 1, ymax); pushFillseg(stack, x, x, y + 1, -1, ymax); while (lstackGetCount(stack) > 0) { /* Pop segment off stack and fill a neighboring scan line */ popFillseg(stack, &x1, &x2, &y, &dy); line = data + y * wpl; /* A segment of scanline y - dy for x1 <= x <= x2 was * previously filled. We now explore adjacent pixels * in scan line y. There are three regions: to the * left of x1 - 1, between x1 and x2, and to the right of x2. * These regions are handled differently. Leaks are * possible expansions beyond the previous segment and * going back in the -dy direction. These can happen * for x < x1 - 1 and for x > x2 + 1. Any "leak" segments * are plugged with a push in the -dy (opposite) direction. * And any segments found anywhere are always extended * in the +dy direction. */ for (x = x1; x >= 0 && (GET_DATA_BIT(line, x) == 1); x--) CLEAR_DATA_BIT(line,x); if (x >= x1) /* pix at x1 was off and was not cleared */ goto skip; xstart = x + 1; if (xstart < x1 - 1) /* leak on left? */ pushFillseg(stack, xstart, x1 - 1, y, -dy, ymax); x = x1 + 1; do { for (; x <= xmax && (GET_DATA_BIT(line, x) == 1); x++) CLEAR_DATA_BIT(line, x); pushFillseg(stack, xstart, x - 1, y, dy, ymax); if (x > x2 + 1) /* leak on right? */ pushFillseg(stack, x2 + 1, x - 1, y, -dy, ymax); skip: for (x++; x <= x2 && x <= xmax && (GET_DATA_BIT(line, x) == 0); x++) ; xstart = x; } while (x <= x2 && x <= xmax); } return 0; } /*! * pixSeedfill8() * * Input: pixs (1 bpp) * stack (for holding fillsegs) * x,y (location of seed pixel) * Return: 0 if OK, 1 on error * * Notes: * (1) This is Paul Heckbert's stack-based 8-cc seedfill algorithm. * (2) This operates on the input 1 bpp pix to remove the fg seed * pixel, at (x,y), and all pixels that are 8-connected to it. * The seed pixel at (x,y) must initially be ON. * (3) Reference: see pixSeedFill8BB() */ l_int32 pixSeedfill8(PIX *pixs, L_STACK *stack, l_int32 x, l_int32 y) { l_int32 w, h, xstart, wpl, x1, x2, dy; l_int32 xmax, ymax; l_uint32 *data, *line; PROCNAME("pixSeedfill8"); if (!pixs || pixGetDepth(pixs) != 1) return ERROR_INT("pixs not defined or not 1 bpp", procName, 1); if (!stack) return ERROR_INT("stack not defined", procName, 1); if (!stack->auxstack) stack->auxstack = lstackCreate(0); pixGetDimensions(pixs, &w, &h, NULL); xmax = w - 1; ymax = h - 1; data = pixGetData(pixs); wpl = pixGetWpl(pixs); line = data + y * wpl; /* Check pix value of seed; must be ON */ if (x < 0 || x > xmax || y < 0 || y > ymax || (GET_DATA_BIT(line, x) == 0)) return 0; /* Init stack to seed */ pushFillseg(stack, x, x, y, 1, ymax); pushFillseg(stack, x, x, y + 1, -1, ymax); while (lstackGetCount(stack) > 0) { /* Pop segment off stack and fill a neighboring scan line */ popFillseg(stack, &x1, &x2, &y, &dy); line = data + y * wpl; /* A segment of scanline y - dy for x1 <= x <= x2 was * previously filled. We now explore adjacent pixels * in scan line y. There are three regions: to the * left of x1, between x1 and x2, and to the right of x2. * These regions are handled differently. Leaks are * possible expansions beyond the previous segment and * going back in the -dy direction. These can happen * for x < x1 and for x > x2. Any "leak" segments * are plugged with a push in the -dy (opposite) direction. * And any segments found anywhere are always extended * in the +dy direction. */ for (x = x1 - 1; x >= 0 && (GET_DATA_BIT(line, x) == 1); x--) CLEAR_DATA_BIT(line,x); if (x >= x1 - 1) /* pix at x1 - 1 was off and was not cleared */ goto skip; xstart = x + 1; if (xstart < x1) /* leak on left? */ pushFillseg(stack, xstart, x1 - 1, y, -dy, ymax); x = x1; do { for (; x <= xmax && (GET_DATA_BIT(line, x) == 1); x++) CLEAR_DATA_BIT(line, x); pushFillseg(stack, xstart, x - 1, y, dy, ymax); if (x > x2) /* leak on right? */ pushFillseg(stack, x2 + 1, x - 1, y, -dy, ymax); skip: for (x++; x <= x2 + 1 && x <= xmax && (GET_DATA_BIT(line, x) == 0); x++) ; xstart = x; } while (x <= x2 + 1 && x <= xmax); } return 0; } /*-----------------------------------------------------------------------* * Static stack helper functions: push and pop fillsegs * *-----------------------------------------------------------------------*/ /*! * pushFillsegBB() * * Input: stack * xleft, xright * y * dy * ymax, * &minx () * &maxx () * &miny () * &maxy () * Return: void * * Notes: * (1) This adds a line segment to the stack, and returns its size. * (2) The auxiliary stack is used as a storage area to recycle * fillsegs that are no longer in use. We only calloc new * fillsegs if the auxiliary stack is empty. */ static void pushFillsegBB(L_STACK *stack, l_int32 xleft, l_int32 xright, l_int32 y, l_int32 dy, l_int32 ymax, l_int32 *pminx, l_int32 *pmaxx, l_int32 *pminy, l_int32 *pmaxy) { FILLSEG *fseg; L_STACK *auxstack; PROCNAME("pushFillsegBB"); if (!stack) { L_ERROR("stack not defined\n", procName); return; } *pminx = L_MIN(*pminx, xleft); *pmaxx = L_MAX(*pmaxx, xright); *pminy = L_MIN(*pminy, y); *pmaxy = L_MAX(*pmaxy, y); if (y + dy >= 0 && y + dy <= ymax) { if ((auxstack = stack->auxstack) == NULL) { L_ERROR("auxstack not defined\n", procName); return; } /* Get a fillseg to use */ if (lstackGetCount(auxstack) > 0) { fseg = (FILLSEG *)lstackRemove(auxstack); } else { if ((fseg = (FILLSEG *)CALLOC(1, sizeof(FILLSEG))) == NULL) { L_ERROR("fillseg not made\n", procName); return; } } fseg->xleft = xleft; fseg->xright = xright; fseg->y = y; fseg->dy = dy; lstackAdd(stack, fseg); } return; } /*! * pushFillseg() * * Input: stack * xleft, xright * y * dy * ymax * Return: void * * Notes: * (1) This adds a line segment to the stack. * (2) The auxiliary stack is used as a storage area to recycle * fillsegs that are no longer in use. We only calloc new * fillsegs if the auxiliary stack is empty. */ static void pushFillseg(L_STACK *stack, l_int32 xleft, l_int32 xright, l_int32 y, l_int32 dy, l_int32 ymax) { FILLSEG *fseg; L_STACK *auxstack; PROCNAME("pushFillseg"); if (!stack) { L_ERROR("stack not defined\n", procName); return; } if (y + dy >= 0 && y + dy <= ymax) { if ((auxstack = stack->auxstack) == NULL) { L_ERROR("auxstack not defined\n", procName); return; } /* Get a fillseg to use */ if (lstackGetCount(auxstack) > 0) { fseg = (FILLSEG *)lstackRemove(auxstack); } else { if ((fseg = (FILLSEG *)CALLOC(1, sizeof(FILLSEG))) == NULL) { L_ERROR("fillseg not made\n", procName); return; } } fseg->xleft = xleft; fseg->xright = xright; fseg->y = y; fseg->dy = dy; lstackAdd(stack, fseg); } return; } /*! * popFillseg() * * Input: stack * &xleft () * &xright () * &y () * &dy () * Return: void * * Notes: * (1) This removes a line segment from the stack, and returns its size. * (2) The surplussed fillseg is placed on the auxiliary stack * for future use. */ static void popFillseg(L_STACK *stack, l_int32 *pxleft, l_int32 *pxright, l_int32 *py, l_int32 *pdy) { FILLSEG *fseg; L_STACK *auxstack; PROCNAME("popFillseg"); if (!stack) { L_ERROR("stack not defined\n", procName); return; } if ((auxstack = stack->auxstack) == NULL) { L_ERROR("auxstack not defined\n", procName); return; } if ((fseg = (FILLSEG *)lstackRemove(stack)) == NULL) return; *pxleft = fseg->xleft; *pxright = fseg->xright; *py = fseg->y + fseg->dy; /* this now points to the new line */ *pdy = fseg->dy; /* Save it for re-use */ lstackAdd(auxstack, fseg); return; } leptonica-1.70/src/allheaders_bot.txt0000644000175000017500000000007611564024461016013 0ustar dandan#endif /* NO_PROTOS */ #endif /* LEPTONICA_ALLHEADERS_H */ leptonica-1.70/src/selgen.c0000644000175000017500000010571212244231261013720 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * selgen.c * * This file contains functions that generate hit-miss Sels * for doing a loose match to a small bitmap. The hit-miss * Sel is made from a given bitmap. Several "knobs" * are available to control the looseness of the match. * In general, a tight match will have fewer false positives * (bad matches) but more false negatives (missed patterns). * The values to be used depend on the quality and variation * of the image in which the pattern is to be searched, * and the relative penalties of false positives and * false negatives. Default values for the three knobs -- * minimum distance to boundary pixels, number of extra pixels * added to selected sides, and minimum acceptable runlength * in eroded version -- are provided. * * The generated hit-miss Sels can always be used in the * rasterop implementation of binary morphology (in morph.h). * If they are small enough (not more than 31 pixels extending * in any direction from the Sel origin), they can also be used * to auto-generate dwa code (fmorphauto.c). * * * Generate a subsampled structuring element * SEL *pixGenerateSelWithRuns() * SEL *pixGenerateSelRandom() * SEL *pixGenerateSelBoundary() * * Accumulate data on runs along lines * NUMA *pixGetRunCentersOnLine() * NUMA *pixGetRunsOnLine() * * Subsample boundary pixels in relatively ordered way * PTA *pixSubsampleBoundaryPixels() * PTA *adjacentOnPixelInRaster() * * Display generated sel with originating image * PIX *pixDisplayHitMissSel() */ #include "allheaders.h" /* default minimum distance of a hit-miss pixel element to * a boundary pixel of its color. */ static const l_int32 DEFAULT_DISTANCE_TO_BOUNDARY = 1; static const l_int32 MAX_DISTANCE_TO_BOUNDARY = 4; /* default min runlength to accept a hit or miss element located * at its center */ static const l_int32 DEFAULT_MIN_RUNLENGTH = 3; /* default scalefactor for displaying image and hit-miss sel * that is derived from it */ static const l_int32 DEFAULT_SEL_SCALEFACTOR = 7; static const l_int32 MAX_SEL_SCALEFACTOR = 31; /* should be big enough */ #ifndef NO_CONSOLE_IO #define DEBUG_DISPLAY_HM_SEL 0 #endif /* ~NO_CONSOLE_IO */ /*-----------------------------------------------------------------* * Generate a subsampled structuring element * *-----------------------------------------------------------------*/ /*! * pixGenerateSelWithRuns() * * Input: pix (1 bpp, typically small, to be used as a pattern) * nhlines (number of hor lines along which elements are found) * nvlines (number of vert lines along which elements are found) * distance (min distance from boundary pixel; use 0 for default) * minlength (min runlength to set hit or miss; use 0 for default) * toppix (number of extra pixels of bg added above) * botpix (number of extra pixels of bg added below) * leftpix (number of extra pixels of bg added to left) * rightpix (number of extra pixels of bg added to right) * &pixe ( input pix expanded by extra pixels) * Return: sel (hit-miss for input pattern), or null on error * * Notes: * (1) The horizontal and vertical lines along which elements are * selected are roughly equally spaced. The actual locations of * the hits and misses are the centers of respective run-lengths. * (2) No elements are selected that are less than 'distance' pixels away * from a boundary pixel of the same color. This makes the * match much more robust to edge noise. Valid inputs of * 'distance' are 0, 1, 2, 3 and 4. If distance is either 0 or * greater than 4, we reset it to the default value. * (3) The 4 numbers for adding rectangles of pixels outside the fg * can be use if the pattern is expected to be surrounded by bg * (white) pixels. On the other hand, if the pattern may be near * other fg (black) components on some sides, use 0 for those sides. * (4) The pixels added to a side allow you to have miss elements there. * There is a constraint between distance, minlength, and * the added pixels for this to work. We illustrate using the * default values. If you add 5 pixels to the top, and use a * distance of 1, then you end up with a vertical run of at least * 4 bg pixels along the top edge of the image. If you use a * minimum runlength of 3, each vertical line will always find * a miss near the center of its run. However, if you use a * minimum runlength of 5, you will not get a miss on every vertical * line. As another example, if you have 7 added pixels and a * distance of 2, you can use a runlength up to 5 to guarantee * that the miss element is recorded. We give a warning if the * contraint does not guarantee a miss element outside the * image proper. * (5) The input pix, as extended by the extra pixels on selected sides, * can optionally be returned. For debugging, call * pixDisplayHitMissSel() to visualize the hit-miss sel superimposed * on the generating bitmap. */ SEL * pixGenerateSelWithRuns(PIX *pixs, l_int32 nhlines, l_int32 nvlines, l_int32 distance, l_int32 minlength, l_int32 toppix, l_int32 botpix, l_int32 leftpix, l_int32 rightpix, PIX **ppixe) { l_int32 ws, hs, w, h, x, y, xval, yval, i, j, nh, nm; l_float32 delh, delw; NUMA *nah, *nam; PIX *pixt1, *pixt2, *pixfg, *pixbg; PTA *ptah, *ptam; SEL *seld, *sel; PROCNAME("pixGenerateSelWithRuns"); if (ppixe) *ppixe = NULL; if (!pixs) return (SEL *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (SEL *)ERROR_PTR("pixs not 1 bpp", procName, NULL); if (nhlines < 1 && nvlines < 1) return (SEL *)ERROR_PTR("nvlines and nhlines both < 1", procName, NULL); if (distance <= 0) distance = DEFAULT_DISTANCE_TO_BOUNDARY; if (minlength <= 0) minlength = DEFAULT_MIN_RUNLENGTH; if (distance > MAX_DISTANCE_TO_BOUNDARY) { L_WARNING("distance too large; setting to max value\n", procName); distance = MAX_DISTANCE_TO_BOUNDARY; } /* Locate the foreground */ pixClipToForeground(pixs, &pixt1, NULL); if (!pixt1) return (SEL *)ERROR_PTR("pixt1 not made", procName, NULL); ws = pixGetWidth(pixt1); hs = pixGetHeight(pixt1); w = ws; h = hs; /* Crop out a region including the foreground, and add pixels * on sides depending on the side flags */ if (toppix || botpix || leftpix || rightpix) { x = y = 0; if (toppix) { h += toppix; y = toppix; if (toppix < distance + minlength) L_WARNING("no miss elements in added top pixels\n", procName); } if (botpix) { h += botpix; if (botpix < distance + minlength) L_WARNING("no miss elements in added bot pixels\n", procName); } if (leftpix) { w += leftpix; x = leftpix; if (leftpix < distance + minlength) L_WARNING("no miss elements in added left pixels\n", procName); } if (rightpix) { w += rightpix; if (rightpix < distance + minlength) L_WARNING("no miss elements in added right pixels\n", procName); } pixt2 = pixCreate(w, h, 1); pixRasterop(pixt2, x, y, ws, hs, PIX_SRC, pixt1, 0, 0); } else { pixt2 = pixClone(pixt1); } if (ppixe) *ppixe = pixClone(pixt2); pixDestroy(&pixt1); /* Identify fg and bg pixels that are at least 'distance' pixels * away from the boundary pixels in their set */ seld = selCreateBrick(2 * distance + 1, 2 * distance + 1, distance, distance, SEL_HIT); pixfg = pixErode(NULL, pixt2, seld); pixbg = pixDilate(NULL, pixt2, seld); pixInvert(pixbg, pixbg); selDestroy(&seld); pixDestroy(&pixt2); /* Accumulate hit and miss points */ ptah = ptaCreate(0); ptam = ptaCreate(0); if (nhlines >= 1) { delh = (l_float32)h / (l_float32)(nhlines + 1); for (i = 0, y = 0; i < nhlines; i++) { y += (l_int32)(delh + 0.5); nah = pixGetRunCentersOnLine(pixfg, -1, y, minlength); nam = pixGetRunCentersOnLine(pixbg, -1, y, minlength); nh = numaGetCount(nah); nm = numaGetCount(nam); for (j = 0; j < nh; j++) { numaGetIValue(nah, j, &xval); ptaAddPt(ptah, xval, y); } for (j = 0; j < nm; j++) { numaGetIValue(nam, j, &xval); ptaAddPt(ptam, xval, y); } numaDestroy(&nah); numaDestroy(&nam); } } if (nvlines >= 1) { delw = (l_float32)w / (l_float32)(nvlines + 1); for (i = 0, x = 0; i < nvlines; i++) { x += (l_int32)(delw + 0.5); nah = pixGetRunCentersOnLine(pixfg, x, -1, minlength); nam = pixGetRunCentersOnLine(pixbg, x, -1, minlength); nh = numaGetCount(nah); nm = numaGetCount(nam); for (j = 0; j < nh; j++) { numaGetIValue(nah, j, &yval); ptaAddPt(ptah, x, yval); } for (j = 0; j < nm; j++) { numaGetIValue(nam, j, &yval); ptaAddPt(ptam, x, yval); } numaDestroy(&nah); numaDestroy(&nam); } } /* Make the Sel with those points */ sel = selCreateBrick(h, w, h / 2, w / 2, SEL_DONT_CARE); nh = ptaGetCount(ptah); for (i = 0; i < nh; i++) { ptaGetIPt(ptah, i, &x, &y); selSetElement(sel, y, x, SEL_HIT); } nm = ptaGetCount(ptam); for (i = 0; i < nm; i++) { ptaGetIPt(ptam, i, &x, &y); selSetElement(sel, y, x, SEL_MISS); } pixDestroy(&pixfg); pixDestroy(&pixbg); ptaDestroy(&ptah); ptaDestroy(&ptam); return sel; } /*! * pixGenerateSelRandom() * * Input: pix (1 bpp, typically small, to be used as a pattern) * hitfract (fraction of allowable fg pixels that are hits) * missfract (fraction of allowable bg pixels that are misses) * distance (min distance from boundary pixel; use 0 for default) * toppix (number of extra pixels of bg added above) * botpix (number of extra pixels of bg added below) * leftpix (number of extra pixels of bg added to left) * rightpix (number of extra pixels of bg added to right) * &pixe ( input pix expanded by extra pixels) * Return: sel (hit-miss for input pattern), or null on error * * Notes: * (1) Either of hitfract and missfract can be zero. If both are zero, * the sel would be empty, and NULL is returned. * (2) No elements are selected that are less than 'distance' pixels away * from a boundary pixel of the same color. This makes the * match much more robust to edge noise. Valid inputs of * 'distance' are 0, 1, 2, 3 and 4. If distance is either 0 or * greater than 4, we reset it to the default value. * (3) The 4 numbers for adding rectangles of pixels outside the fg * can be use if the pattern is expected to be surrounded by bg * (white) pixels. On the other hand, if the pattern may be near * other fg (black) components on some sides, use 0 for those sides. * (4) The input pix, as extended by the extra pixels on selected sides, * can optionally be returned. For debugging, call * pixDisplayHitMissSel() to visualize the hit-miss sel superimposed * on the generating bitmap. */ SEL * pixGenerateSelRandom(PIX *pixs, l_float32 hitfract, l_float32 missfract, l_int32 distance, l_int32 toppix, l_int32 botpix, l_int32 leftpix, l_int32 rightpix, PIX **ppixe) { l_int32 ws, hs, w, h, x, y, i, j, thresh; l_uint32 val; PIX *pixt1, *pixt2, *pixfg, *pixbg; SEL *seld, *sel; PROCNAME("pixGenerateSelRandom"); if (ppixe) *ppixe = NULL; if (!pixs) return (SEL *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (SEL *)ERROR_PTR("pixs not 1 bpp", procName, NULL); if (hitfract <= 0.0 && missfract <= 0.0) return (SEL *)ERROR_PTR("no hits or misses", procName, NULL); if (hitfract > 1.0 || missfract > 1.0) return (SEL *)ERROR_PTR("fraction can't be > 1.0", procName, NULL); if (distance <= 0) distance = DEFAULT_DISTANCE_TO_BOUNDARY; if (distance > MAX_DISTANCE_TO_BOUNDARY) { L_WARNING("distance too large; setting to max value\n", procName); distance = MAX_DISTANCE_TO_BOUNDARY; } /* Locate the foreground */ pixClipToForeground(pixs, &pixt1, NULL); if (!pixt1) return (SEL *)ERROR_PTR("pixt1 not made", procName, NULL); ws = pixGetWidth(pixt1); hs = pixGetHeight(pixt1); w = ws; h = hs; /* Crop out a region including the foreground, and add pixels * on sides depending on the side flags */ if (toppix || botpix || leftpix || rightpix) { x = y = 0; if (toppix) { h += toppix; y = toppix; } if (botpix) h += botpix; if (leftpix) { w += leftpix; x = leftpix; } if (rightpix) w += rightpix; pixt2 = pixCreate(w, h, 1); pixRasterop(pixt2, x, y, ws, hs, PIX_SRC, pixt1, 0, 0); } else { pixt2 = pixClone(pixt1); } if (ppixe) *ppixe = pixClone(pixt2); pixDestroy(&pixt1); /* Identify fg and bg pixels that are at least 'distance' pixels * away from the boundary pixels in their set */ seld = selCreateBrick(2 * distance + 1, 2 * distance + 1, distance, distance, SEL_HIT); pixfg = pixErode(NULL, pixt2, seld); pixbg = pixDilate(NULL, pixt2, seld); pixInvert(pixbg, pixbg); selDestroy(&seld); pixDestroy(&pixt2); /* Generate the sel from a random selection of these points */ sel = selCreateBrick(h, w, h / 2, w / 2, SEL_DONT_CARE); if (hitfract > 0.0) { thresh = (l_int32)(hitfract * (l_float64)RAND_MAX); for (i = 0; i < h; i++) { for (j = 0; j < w; j++) { pixGetPixel(pixfg, j, i, &val); if (val) { if (rand() < thresh) selSetElement(sel, i, j, SEL_HIT); } } } } if (missfract > 0.0) { thresh = (l_int32)(missfract * (l_float64)RAND_MAX); for (i = 0; i < h; i++) { for (j = 0; j < w; j++) { pixGetPixel(pixbg, j, i, &val); if (val) { if (rand() < thresh) selSetElement(sel, i, j, SEL_MISS); } } } } pixDestroy(&pixfg); pixDestroy(&pixbg); return sel; } /*! * pixGenerateSelBoundary() * * Input: pix (1 bpp, typically small, to be used as a pattern) * hitdist (min distance from fg boundary pixel) * missdist (min distance from bg boundary pixel) * hitskip (number of boundary pixels skipped between hits) * missskip (number of boundary pixels skipped between misses) * topflag (flag for extra pixels of bg added above) * botflag (flag for extra pixels of bg added below) * leftflag (flag for extra pixels of bg added to left) * rightflag (flag for extra pixels of bg added to right) * &pixe ( input pix expanded by extra pixels) * Return: sel (hit-miss for input pattern), or null on error * * Notes: * (1) All fg elements selected are exactly hitdist pixels away from * the nearest fg boundary pixel, and ditto for bg elements. * Valid inputs of hitdist and missdist are 0, 1, 2, 3 and 4. * For example, a hitdist of 0 puts the hits at the fg boundary. * Usually, the distances should be > 0 avoid the effect of * noise at the boundary. * (2) Set hitskip < 0 if no hits are to be used. Ditto for missskip. * If both hitskip and missskip are < 0, the sel would be empty, * and NULL is returned. * (3) The 4 flags determine whether the sel is increased on that side * to allow bg misses to be placed all along that boundary. * The increase in sel size on that side is the minimum necessary * to allow the misses to be placed at mindist. For text characters, * the topflag and botflag are typically set to 1, and the leftflag * and rightflag to 0. * (4) The input pix, as extended by the extra pixels on selected sides, * can optionally be returned. For debugging, call * pixDisplayHitMissSel() to visualize the hit-miss sel superimposed * on the generating bitmap. * (5) This is probably the best of the three sel generators, in the * sense that you have the most flexibility with the smallest number * of hits and misses. */ SEL * pixGenerateSelBoundary(PIX *pixs, l_int32 hitdist, l_int32 missdist, l_int32 hitskip, l_int32 missskip, l_int32 topflag, l_int32 botflag, l_int32 leftflag, l_int32 rightflag, PIX **ppixe) { l_int32 ws, hs, w, h, x, y, ix, iy, i, npt; PIX *pixt1, *pixt2, *pixt3, *pixfg, *pixbg; SEL *selh, *selm, *sel_3, *sel; PTA *ptah, *ptam; PROCNAME("pixGenerateSelBoundary"); if (ppixe) *ppixe = NULL; if (!pixs) return (SEL *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (SEL *)ERROR_PTR("pixs not 1 bpp", procName, NULL); if (hitdist < 0 || hitdist > 4 || missdist < 0 || missdist > 4) return (SEL *)ERROR_PTR("dist not in {0 .. 4}", procName, NULL); if (hitskip < 0 && missskip < 0) return (SEL *)ERROR_PTR("no hits or misses", procName, NULL); /* Locate the foreground */ pixClipToForeground(pixs, &pixt1, NULL); if (!pixt1) return (SEL *)ERROR_PTR("pixt1 not made", procName, NULL); ws = pixGetWidth(pixt1); hs = pixGetHeight(pixt1); w = ws; h = hs; /* Crop out a region including the foreground, and add pixels * on sides depending on the side flags */ if (topflag || botflag || leftflag || rightflag) { x = y = 0; if (topflag) { h += missdist + 1; y = missdist + 1; } if (botflag) h += missdist + 1; if (leftflag) { w += missdist + 1; x = missdist + 1; } if (rightflag) w += missdist + 1; pixt2 = pixCreate(w, h, 1); pixRasterop(pixt2, x, y, ws, hs, PIX_SRC, pixt1, 0, 0); } else { pixt2 = pixClone(pixt1); } if (ppixe) *ppixe = pixClone(pixt2); pixDestroy(&pixt1); /* Identify fg and bg pixels that are exactly hitdist and * missdist (rsp) away from the boundary pixels in their set. * Then get a subsampled set of these points. */ sel_3 = selCreateBrick(3, 3, 1, 1, SEL_HIT); if (hitskip >= 0) { selh = selCreateBrick(2 * hitdist + 1, 2 * hitdist + 1, hitdist, hitdist, SEL_HIT); pixt3 = pixErode(NULL, pixt2, selh); pixfg = pixErode(NULL, pixt3, sel_3); pixXor(pixfg, pixfg, pixt3); ptah = pixSubsampleBoundaryPixels(pixfg, hitskip); pixDestroy(&pixt3); pixDestroy(&pixfg); selDestroy(&selh); } if (missskip >= 0) { selm = selCreateBrick(2 * missdist + 1, 2 * missdist + 1, missdist, missdist, SEL_HIT); pixt3 = pixDilate(NULL, pixt2, selm); pixbg = pixDilate(NULL, pixt3, sel_3); pixXor(pixbg, pixbg, pixt3); ptam = pixSubsampleBoundaryPixels(pixbg, missskip); pixDestroy(&pixt3); pixDestroy(&pixbg); selDestroy(&selm); } selDestroy(&sel_3); pixDestroy(&pixt2); /* Generate the hit-miss sel from these point */ sel = selCreateBrick(h, w, h / 2, w / 2, SEL_DONT_CARE); if (hitskip >= 0) { npt = ptaGetCount(ptah); for (i = 0; i < npt; i++) { ptaGetIPt(ptah, i, &ix, &iy); selSetElement(sel, iy, ix, SEL_HIT); } } if (missskip >= 0) { npt = ptaGetCount(ptam); for (i = 0; i < npt; i++) { ptaGetIPt(ptam, i, &ix, &iy); selSetElement(sel, iy, ix, SEL_MISS); } } ptaDestroy(&ptah); ptaDestroy(&ptam); return sel; } /*-----------------------------------------------------------------* * Accumulate data on runs along lines * *-----------------------------------------------------------------*/ /*! * pixGetRunCentersOnLine() * * Input: pixs (1 bpp) * x, y (set one of these to -1; see notes) * minlength (minimum length of acceptable run) * Return: numa of fg runs, or null on error * * Notes: * (1) Action: this function computes the fg (black) and bg (white) * pixel runlengths along the specified horizontal or vertical line, * and returns a Numa of the "center" pixels of each fg run * whose length equals or exceeds the minimum length. * (2) This only works on horizontal and vertical lines. * (3) For horizontal runs, set x = -1 and y to the value * for all points along the raster line. For vertical runs, * set y = -1 and x to the value for all points along the * pixel column. * (4) For horizontal runs, the points in the Numa are the x * values in the center of fg runs that are of length at * least 'minlength'. For vertical runs, the points in the * Numa are the y values in the center of fg runs, again * of length 'minlength' or greater. * (5) If there are no fg runs along the line that satisfy the * minlength constraint, the returned Numa is empty. This * is not an error. */ NUMA * pixGetRunCentersOnLine(PIX *pixs, l_int32 x, l_int32 y, l_int32 minlength) { l_int32 w, h, i, r, nruns, len; NUMA *naruns, *nad; PROCNAME("pixGetRunCentersOnLine"); if (!pixs) return (NUMA *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (NUMA *)ERROR_PTR("pixs not 1 bpp", procName, NULL); if (x != -1 && y != -1) return (NUMA *)ERROR_PTR("x or y must be -1", procName, NULL); if (x == -1 && y == -1) return (NUMA *)ERROR_PTR("x or y cannot both be -1", procName, NULL); if ((nad = numaCreate(0)) == NULL) return (NUMA *)ERROR_PTR("nad not made", procName, NULL); w = pixGetWidth(pixs); h = pixGetHeight(pixs); if (x == -1) { /* horizontal run */ if (y < 0 || y >= h) return nad; naruns = pixGetRunsOnLine(pixs, 0, y, w - 1, y); } else { /* vertical run */ if (x < 0 || x >= w) return nad; naruns = pixGetRunsOnLine(pixs, x, 0, x, h - 1); } nruns = numaGetCount(naruns); /* extract run center values; the first run is always bg */ r = 0; /* cumulative distance along line */ for (i = 0; i < nruns; i++) { if (i % 2 == 0) { /* bg run */ numaGetIValue(naruns, i, &len); r += len; continue; } else { numaGetIValue(naruns, i, &len); if (len >= minlength) numaAddNumber(nad, r + len / 2); r += len; } } numaDestroy(&naruns); return nad; } /*! * pixGetRunsOnLine() * * Input: pixs (1 bpp) * x1, y1, x2, y2 * Return: numa, or null on error * * Notes: * (1) Action: this function uses the bresenham algorithm to compute * the pixels along the specified line. It returns a Numa of the * runlengths of the fg (black) and bg (white) runs, always * starting with a white run. * (2) If the first pixel on the line is black, the length of the * first returned run (which is white) is 0. */ NUMA * pixGetRunsOnLine(PIX *pixs, l_int32 x1, l_int32 y1, l_int32 x2, l_int32 y2) { l_int32 w, h, x, y, npts; l_int32 i, runlen, preval; l_uint32 val; NUMA *numa; PTA *pta; PROCNAME("pixGetRunsOnLine"); if (!pixs) return (NUMA *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (NUMA *)ERROR_PTR("pixs not 1 bpp", procName, NULL); w = pixGetWidth(pixs); h = pixGetHeight(pixs); if (x1 < 0 || x1 >= w) return (NUMA *)ERROR_PTR("x1 not valid", procName, NULL); if (x2 < 0 || x2 >= w) return (NUMA *)ERROR_PTR("x2 not valid", procName, NULL); if (y1 < 0 || y1 >= h) return (NUMA *)ERROR_PTR("y1 not valid", procName, NULL); if (y2 < 0 || y2 >= h) return (NUMA *)ERROR_PTR("y2 not valid", procName, NULL); if ((pta = generatePtaLine(x1, y1, x2, y2)) == NULL) return (NUMA *)ERROR_PTR("pta not made", procName, NULL); if ((npts = ptaGetCount(pta)) == 0) return (NUMA *)ERROR_PTR("pta has no pts", procName, NULL); if ((numa = numaCreate(0)) == NULL) return (NUMA *)ERROR_PTR("numa not made", procName, NULL); for (i = 0; i < npts; i++) { ptaGetIPt(pta, i, &x, &y); pixGetPixel(pixs, x, y, &val); if (i == 0) { if (val == 1) { /* black pixel; append white run of size 0 */ numaAddNumber(numa, 0); } preval = val; runlen = 1; continue; } if (val == preval) { /* extend current run */ preval = val; runlen++; } else { /* end previous run */ numaAddNumber(numa, runlen); preval = val; runlen = 1; } } numaAddNumber(numa, runlen); /* append last run */ ptaDestroy(&pta); return numa; } /*-----------------------------------------------------------------* * Subsample boundary pixels in relatively ordered way * *-----------------------------------------------------------------*/ /*! * pixSubsampleBoundaryPixels() * * Input: pixs (1 bpp, with only boundary pixels in fg) * skip (number to skip between samples as you traverse boundary) * Return: pta, or null on error * * Notes: * (1) If skip = 0, we take all the fg pixels. * (2) We try to traverse the boundaries in a regular way. * Some pixels may be missed, and these are then subsampled * randomly with a fraction determined by 'skip'. * (3) The most natural approach is to use a depth first (stack-based) * method to find the fg pixels. However, the pixel runs are * 4-connected and there are relatively few branches. So * instead of doing a proper depth-first search, we get nearly * the same result using two nested while loops: the outer * one continues a raster-based search for the next fg pixel, * and the inner one does a reasonable job running along * each 4-connected coutour. */ PTA * pixSubsampleBoundaryPixels(PIX *pixs, l_int32 skip) { l_int32 x, y, xn, yn, xs, ys, xa, ya, count; PIX *pixt; PTA *pta; PROCNAME("pixSubsampleBoundaryPixels"); if (!pixs) return (PTA *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PTA *)ERROR_PTR("pixs not 1 bpp", procName, NULL); if (skip < 0) return (PTA *)ERROR_PTR("skip < 0", procName, NULL); if (skip == 0) return ptaGetPixelsFromPix(pixs, NULL); pta = ptaCreate(0); pixt = pixCopy(NULL, pixs); xs = ys = 0; while (nextOnPixelInRaster(pixt, xs, ys, &xn, &yn)) { /* new series */ xs = xn; ys = yn; /* Add first point in this series */ ptaAddPt(pta, xs, ys); /* Trace out boundary, erasing all and saving every (skip + 1)th */ x = xs; y = ys; pixSetPixel(pixt, x, y, 0); count = 0; while (adjacentOnPixelInRaster(pixt, x, y, &xa, &ya)) { x = xa; y = ya; pixSetPixel(pixt, x, y, 0); if (count == skip) { ptaAddPt(pta, x, y); count = 0; } else { count++; } } } pixDestroy(&pixt); return pta; } /*! * adjacentOnPixelInRaster() * * Input: pixs (1 bpp) * x, y (current pixel) * xa, ya (adjacent ON pixel, found by simple CCW search) * Return: 1 if a pixel is found; 0 otherwise or on error * * Notes: * (1) Search is in 4-connected directions first; then on diagonals. * This allows traversal along a 4-connected boundary. */ l_int32 adjacentOnPixelInRaster(PIX *pixs, l_int32 x, l_int32 y, l_int32 *pxa, l_int32 *pya) { l_int32 w, h, i, xa, ya, found; l_int32 xdel[] = {-1, 0, 1, 0, -1, 1, 1, -1}; l_int32 ydel[] = {0, 1, 0, -1, 1, 1, -1, -1}; l_uint32 val; PROCNAME("adjacentOnPixelInRaster"); if (!pixs) return ERROR_INT("pixs not defined", procName, 0); if (pixGetDepth(pixs) != 1) return ERROR_INT("pixs not 1 bpp", procName, 0); w = pixGetWidth(pixs); h = pixGetHeight(pixs); found = 0; for (i = 0; i < 8; i++) { xa = x + xdel[i]; ya = y + ydel[i]; if (xa < 0 || xa >= w || ya < 0 || ya >= h) continue; pixGetPixel(pixs, xa, ya, &val); if (val == 1) { found = 1; *pxa = xa; *pya = ya; break; } } return found; } /*-----------------------------------------------------------------* * Display generated sel with originating image * *-----------------------------------------------------------------*/ /*! * pixDisplayHitMissSel() * * Input: pixs (1 bpp) * sel (hit-miss in general) * scalefactor (an integer >= 1; use 0 for default) * hitcolor (RGB0 color for center of hit pixels) * misscolor (RGB0 color for center of miss pixels) * Return: pixd (RGB showing both pixs and sel), or null on error * Notes: * (1) We don't allow scalefactor to be larger than MAX_SEL_SCALEFACTOR * (2) The colors are conveniently given as 4 bytes in hex format, * such as 0xff008800. The least significant byte is ignored. */ PIX * pixDisplayHitMissSel(PIX *pixs, SEL *sel, l_int32 scalefactor, l_uint32 hitcolor, l_uint32 misscolor) { l_int32 i, j, type; l_float32 fscale; PIX *pixt, *pixd; PIXCMAP *cmap; PROCNAME("pixDisplayHitMissSel"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, NULL); if (!sel) return (PIX *)ERROR_PTR("sel not defined", procName, NULL); if (scalefactor <= 0) scalefactor = DEFAULT_SEL_SCALEFACTOR; if (scalefactor > MAX_SEL_SCALEFACTOR) { L_WARNING("scalefactor too large; using max value\n", procName); scalefactor = MAX_SEL_SCALEFACTOR; } /* Generate a version of pixs with a colormap */ pixt = pixConvert1To8(NULL, pixs, 0, 1); cmap = pixcmapCreate(8); pixcmapAddColor(cmap, 255, 255, 255); pixcmapAddColor(cmap, 0, 0, 0); pixcmapAddColor(cmap, hitcolor >> 24, (hitcolor >> 16) & 0xff, (hitcolor >> 8) & 0xff); pixcmapAddColor(cmap, misscolor >> 24, (misscolor >> 16) & 0xff, (misscolor >> 8) & 0xff); pixSetColormap(pixt, cmap); /* Color the hits and misses */ for (i = 0; i < sel->sy; i++) { for (j = 0; j < sel->sx; j++) { selGetElement(sel, i, j, &type); if (type == SEL_DONT_CARE) continue; if (type == SEL_HIT) pixSetPixel(pixt, j, i, 2); else /* type == SEL_MISS */ pixSetPixel(pixt, j, i, 3); } } /* Scale it up */ fscale = (l_float32)scalefactor; pixd = pixScaleBySampling(pixt, fscale, fscale); pixDestroy(&pixt); return pixd; } leptonica-1.70/src/recog.h0000664000175000017500000003612612264037231013556 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ #ifndef LEPTONICA_RECOG_H #define LEPTONICA_RECOG_H /* * recog.h * * A simple utility for training and recognizing individual * machine-printed text characters. In an application, one can * envision using a number of these, one for each trained set. * * In training mode, a set of labelled bitmaps is presented, either * one at a time, or in a directory, or in a pixa. If in a directory, * or a pixa, the labelling text string must be embedded in the * text field of the image file. * * Any number of recognizers (L_Recog) can be trained and then used * together in an array (L_Recoga). All these trained structures * can be serialized to file and read back. The serialized version * holds all the bitmaps used for training, plus, for arbitrary * character sets, the UTF8 representation and the lookup table * mapping from the character representation to index. * * There are three levels of "sets" here: * * (1) Example set: the examples representing a character that * were printed in the same way, so that they can be combined * without scaling to form an "average" template for the character. * In the recognition phase, we use either this aligned average, * or the individual bitmaps. All examples in the set are given * the same character label. Example: the letter 'a' in the * predominant font in a book. * * (2) Character set (represented by L_Recog, a single recognizer): * The set of different characters, each of which is described * by (1). Each element of the set has a different character * label. Example: the digits '0' through '9' that are used for * page numbering in a book. * * (3) Recognizer set (represented by L_Recoga, an array of recogs): * A set of recognizers, each of which is described by (2). * In general, we do not want to combine the character sets * with the same labels within different recognizer sets, * because the bitmaps can differ in font type, style or size. * Example 1: the letter 'a' can be printed in two very different * ways (either with a large loop or with a smaller loop in * the lower half); both share the same label but need to be * distinguished so that they are not mixed when averaging. * Example 2: a recognizer trained for a book may be missing * some characters, so we need to supplement it with another * "generic" or "bootstrap" recognizer that has the additional * characters from a variety of sources. Bootstrap recognizers * must be run in a mode where all characters are scaled. * * In the recognition process, for each component in an input image, * each recognizer (L_Recog) records the best match (highest * correlation score). If there is more than one recognizer, these * results are aggregated to find the best match for each character * for all the recognizers, and this is stored in L_Recoga. */ #define RECOG_VERSION_NUMBER 1 struct L_Recoga { l_int32 n; /* number of recogs */ l_int32 nalloc; /* number of recog ptrs allocated */ struct L_Recog **recog; /* recog ptr array */ struct L_Rcha *rcha; /* stores the array of best chars */ }; typedef struct L_Recoga L_RECOGA; struct L_Recog { l_int32 scalew; /* scale all examples to this width; */ /* use 0 prevent horizontal scaling */ l_int32 scaleh; /* scale all examples to this height; */ /* use 0 prevent vertical scaling */ l_int32 templ_type; /* template type: either an average of */ /* examples (L_USE_AVERAGE) or the set */ /* of all examples (L_USE_ALL) */ l_int32 maxarraysize; /* initialize container arrays to this */ l_int32 setsize; /* size of character set */ l_int32 threshold; /* for binarizing if depth > 1 */ l_int32 maxyshift; /* vertical jiggle on nominal centroid */ /* alignment; typically 0 or 1 */ l_float32 asperity_fr; /* +- allowed fractional asperity ratio */ l_int32 charset_type; /* one of L_ARABIC_NUMERALS, etc. */ l_int32 charset_size; /* expected number of classes in charset */ char *bootdir; /* dir with bootstrap pixa charsets */ char *bootpattern; /* file pattern for bootstrap pixa charsets */ char *bootpath; /* path for single bootstrap pixa charset */ l_int32 min_nopad; /* min number of samples without padding */ l_int32 max_afterpad; /* max number of samples after padding */ l_int32 samplenum; /* keep track of number of training samples */ l_int32 minwidth_u; /* min width of averaged unscaled templates */ l_int32 maxwidth_u; /* max width of averaged unscaled templates */ l_int32 minheight_u; /* min height of averaged unscaled templates */ l_int32 maxheight_u; /* max height of averaged unscaled templates */ l_int32 minwidth; /* min width of averaged scaled templates */ l_int32 maxwidth; /* max width of averaged scaled templates */ l_int32 ave_done; /* set to 1 when averaged bitmaps are made */ l_int32 train_done; /* set to 1 when training is complete or */ /* identification has started */ l_int32 min_splitw; /* min component width kept in splitting */ l_int32 min_splith; /* min component height kept in splitting */ l_int32 max_splith; /* max component height kept in splitting */ struct Sarray *sa_text; /* text array for arbitrary char set */ struct L_Dna *dna_tochar; /* index-to-char lut for arbitrary char set */ l_int32 *centtab; /* table for finding centroids */ l_int32 *sumtab; /* table for finding pixel sums */ char *fname; /* serialized filename (if read) */ struct Pixaa *pixaa_u; /* all unscaled bitmaps for each class */ struct Pixa *pixa_u; /* averaged unscaled bitmaps for each class */ struct Ptaa *ptaa_u; /* centroids of all unscaled bitmaps */ struct Pta *pta_u; /* centroids of unscaled averaged bitmaps */ struct Numaa *naasum_u; /* area of all unscaled bitmap examples */ struct Numa *nasum_u; /* area of unscaled averaged bitmaps */ struct Pixaa *pixaa; /* all bitmap examples for each class */ struct Pixa *pixa; /* averaged bitmaps for each class */ struct Ptaa *ptaa; /* centroids of all bitmap examples */ struct Pta *pta; /* centroids of averaged bitmaps */ struct Numaa *naasum; /* area of all bitmap examples */ struct Numa *nasum; /* area of averaged bitmaps */ struct Pixa *pixa_tr; /* input training images */ struct Pixa *pixadb_ave; /* unscaled and scaled averaged bitmaps */ struct Pixa *pixa_id; /* input images for identifying */ struct Pix *pixdb_ave; /* debug: best match of input against ave. */ struct Pix *pixdb_range; /* debug: best matches within range */ struct Pixa *pixadb_boot; /* debug: bootstrap training results */ struct Pixa *pixadb_split; /* debug: splitting results */ char *fontdir; /* directory for bitmapped fonts */ struct L_Bmf *bmf; /* bmf fonts */ l_int32 bmf_size; /* font size of bmf; default is 6 pt */ struct L_Rdid *did; /* temp data used for image decoding */ struct L_Rch *rch; /* temp data used for holding best char */ struct L_Rcha *rcha; /* temp data used for array of best chars */ l_int32 bootrecog; /* 1 if using bootstrap samples; else 0 */ l_int32 index; /* recog index in recoga; -1 if no parent */ struct L_Recoga *parent; /* ptr to parent array; can be null */ }; typedef struct L_Recog L_RECOG; /* * Data returned from correlation matching on a single character */ struct L_Rch { l_int32 index; /* index of best template */ l_float32 score; /* correlation score of best template */ char *text; /* character string of best template */ l_int32 sample; /* index of best sample (within the best */ /* template class, if all samples are used) */ l_int32 xloc; /* x-location of template (delx + shiftx) */ l_int32 yloc; /* y-location of template (dely + shifty) */ l_int32 width; /* width of best template */ }; typedef struct L_Rch L_RCH; /* * Data returned from correlation matching on an array of characters */ struct L_Rcha { struct Numa *naindex; /* indices of best templates */ struct Numa *nascore; /* correlation scores of best templates */ struct Sarray *satext; /* character strings of best templates */ struct Numa *nasample; /* indices of best samples */ struct Numa *naxloc; /* x-locations of templates (delx + shiftx) */ struct Numa *nayloc; /* y-locations of templates (dely + shifty) */ struct Numa *nawidth; /* widths of best templates */ }; typedef struct L_Rcha L_RCHA; /* * Data used for decoding a line of characters. */ struct L_Rdid { struct Pix *pixs; /* clone of pix to be decoded */ l_int32 **counta; /* count array for each averaged template */ l_int32 **delya; /* best y-shift array per averaged template */ l_int32 narray; /* number of averaged templates */ l_int32 size; /* size of count array (width of pixs) */ l_int32 *setwidth; /* setwidths for each template */ struct Numa *nasum; /* pixel count in pixs by column */ struct Numa *namoment; /* first moment of pixels in pixs by column */ l_int32 fullarrays; /* 1 if full arrays are made; 0 otherwise */ l_float32 *beta; /* channel coeffs for template fg term */ l_float32 *gamma; /* channel coeffs for bit-and term */ l_float32 *trellisscore; /* score on trellis */ l_int32 *trellistempl; /* template on trellis (for backtrack) */ struct Numa *natempl; /* indices of best path templates */ struct Numa *naxloc; /* x locations of best path templates */ struct Numa *nadely; /* y locations of best path templates */ struct Numa *nawidth; /* widths of best path templates */ struct Numa *nascore; /* correlation scores: best path templates */ struct Numa *natempl_r; /* indices of best rescored templates */ struct Numa *naxloc_r; /* x locations of best rescoredtemplates */ struct Numa *nadely_r; /* y locations of best rescoredtemplates */ struct Numa *nawidth_r; /* widths of best rescoredtemplates */ struct Numa *nascore_r; /* correlation scores: rescored templates */ }; typedef struct L_Rdid L_RDID; /*-------------------------------------------------------------------------* * Flags for selecting processing * *-------------------------------------------------------------------------*/ enum { L_SELECT_UNSCALED = 0, /* select the unscaled bitmaps */ L_SELECT_SCALED = 1, /* select the scaled bitmaps */ L_SELECT_BOTH = 2 /* select both unscaled and scaled */ }; /*-------------------------------------------------------------------------* * Flags for determining what to test against * *-------------------------------------------------------------------------*/ enum { L_USE_AVERAGE = 0, /* form template from class average */ L_USE_ALL = 1 /* match against all elements of each class */ }; /*-------------------------------------------------------------------------* * Flags for describing limited character sets * *-------------------------------------------------------------------------*/ enum { L_UNKNOWN = 0, /* character set type is not specified */ L_ARABIC_NUMERALS = 1, /* 10 digits */ L_LC_ROMAN_NUMERALS = 2, /* 7 lower-case letters (i,v,x,l,c,d,m) */ L_UC_ROMAN_NUMERALS = 3, /* 7 upper-case letters (I,V,X,L,C,D,M) */ L_LC_ALPHA = 4, /* 26 lower-case letters */ L_UC_ALPHA = 5 /* 26 upper-case letters */ }; #endif /* LEPTONICA_RECOG_H */ leptonica-1.70/src/correlscore.c0000644000175000017500000011105312040555344014765 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * correlscore.c * * These are functions for computing correlation between * pairs of 1 bpp images. * * Optimized 2 pix correlators (for jbig2 clustering) * l_int32 pixCorrelationScore() * l_int32 pixCorrelationScoreThresholded() * * Simple 2 pix correlators * l_int32 pixCorrelationScoreSimple() * l_int32 pixCorrelationScoreShifted() * * There are other, more application-oriented functions, that * compute the correlation between two binary images, taking into * account small translational shifts, between two binary images. * These are: * compare.c: pixBestCorrelation() * Uses coarse-to-fine translations of full image * recogident.c: pixCorrelationBestShift() * Uses small shifts between c.c. centroids. */ #include #include "allheaders.h" /* -------------------------------------------------------------------- * * Optimized 2 pix correlators (for jbig2 clustering) * * -------------------------------------------------------------------- */ /*! * pixCorrelationScore() * * Input: pix1 (test pix, 1 bpp) * pix2 (exemplar pix, 1 bpp) * area1 (number of on pixels in pix1) * area2 (number of on pixels in pix2) * delx (x comp of centroid difference) * dely (y comp of centroid difference) * maxdiffw (max width difference of pix1 and pix2) * maxdiffh (max height difference of pix1 and pix2) * tab (sum tab for byte) * &score ( correlation score) * Return: 0 if OK, 1 on error * * Note: we check first that the two pix are roughly the same size. * For jbclass (jbig2) applications at roughly 300 ppi, maxdiffw and * maxdiffh should be at least 2. * * Only if they meet that criterion do we compare the bitmaps. * The centroid difference is used to align the two images to the * nearest integer for the correlation. * * The correlation score is the ratio of the square of the number of * pixels in the AND of the two bitmaps to the product of the number * of ON pixels in each. Denote the number of ON pixels in pix1 * by |1|, the number in pix2 by |2|, and the number in the AND * of pix1 and pix2 by |1 & 2|. The correlation score is then * (|1 & 2|)**2 / (|1|*|2|). * * This score is compared with an input threshold, which can * be modified depending on the weight of the template. * The modified threshold is * thresh + (1.0 - thresh) * weight * R * where * weight is a fixed input factor between 0.0 and 1.0 * R = |2| / area(2) * and area(2) is the total number of pixels in 2 (i.e., width x height). * * To understand why a weight factor is useful, consider what happens * with thick, sans-serif characters that look similar and have a value * of R near 1. Different characters can have a high correlation value, * and the classifier will make incorrect substitutions. The weight * factor raises the threshold for these characters. * * Yet another approach to reduce such substitutions is to run the classifier * in a non-greedy way, matching to the template with the highest * score, not the first template with a score satisfying the matching * constraint. However, this is not particularly effective. * * The implementation here gives the same result as in * pixCorrelationScoreSimple(), where a temporary Pix is made to hold * the AND and implementation uses rasterop: * pixt = pixCreateTemplate(pix1); * pixRasterop(pixt, idelx, idely, wt, ht, PIX_SRC, pix2, 0, 0); * pixRasterop(pixt, 0, 0, wi, hi, PIX_SRC & PIX_DST, pix1, 0, 0); * pixCountPixels(pixt, &count, tab); * pixDestroy(&pixt); * However, here it is done in a streaming fashion, counting as it goes, * and touching memory exactly once, giving a 3-4x speedup over the * simple implementation. This very fast correlation matcher was * contributed by William Rucklidge. */ l_int32 pixCorrelationScore(PIX *pix1, PIX *pix2, l_int32 area1, l_int32 area2, l_float32 delx, /* x(1) - x(3) */ l_float32 dely, /* y(1) - y(3) */ l_int32 maxdiffw, l_int32 maxdiffh, l_int32 *tab, l_float32 *pscore) { l_int32 wi, hi, wt, ht, delw, delh, idelx, idely, count; l_int32 wpl1, wpl2, lorow, hirow, locol, hicol; l_int32 x, y, pix1lskip, pix2lskip, rowwords1, rowwords2; l_uint32 word1, word2, andw; l_uint32 *row1, *row2; PROCNAME("pixCorrelationScore"); if (!pscore) return ERROR_INT("&score not defined", procName, 1); *pscore = 0.0; if (!pix1 || pixGetDepth(pix1) != 1) return ERROR_INT("pix1 not 1 bpp", procName, 1); if (!pix2 || pixGetDepth(pix2) != 1) return ERROR_INT("pix2 not 1 bpp", procName, 1); if (!tab) return ERROR_INT("tab not defined", procName, 1); if (area1 <= 0 || area2 <= 0) return ERROR_INT("areas must be > 0", procName, 1); /* Eliminate based on size difference */ pixGetDimensions(pix1, &wi, &hi, NULL); pixGetDimensions(pix2, &wt, &ht, NULL); delw = L_ABS(wi - wt); if (delw > maxdiffw) return 0; delh = L_ABS(hi - ht); if (delh > maxdiffh) return 0; /* Round difference to nearest integer */ if (delx >= 0) idelx = (l_int32)(delx + 0.5); else idelx = (l_int32)(delx - 0.5); if (dely >= 0) idely = (l_int32)(dely + 0.5); else idely = (l_int32)(dely - 0.5); count = 0; wpl1 = pixGetWpl(pix1); wpl2 = pixGetWpl(pix2); rowwords2 = wpl2; /* What rows of pix1 need to be considered? Only those underlying the * shifted pix2. */ lorow = L_MAX(idely, 0); hirow = L_MIN(ht + idely, hi); /* Get the pointer to the first row of each image that will be * considered. */ row1 = pixGetData(pix1) + wpl1 * lorow; row2 = pixGetData(pix2) + wpl2 * (lorow - idely); /* Similarly, figure out which columns of pix1 will be considered. */ locol = L_MAX(idelx, 0); hicol = L_MIN(wt + idelx, wi); if (idelx >= 32) { /* pix2 is shifted far enough to the right that pix1's first * word(s) won't contribute to the count. Increment its * pointer to point to the first word that will contribute, * and adjust other values accordingly. */ pix1lskip = idelx >> 5; /* # of words to skip on left */ row1 += pix1lskip; locol -= pix1lskip << 5; hicol -= pix1lskip << 5; idelx &= 31; } else if (idelx <= -32) { /* pix2 is shifted far enough to the left that its first word(s) * won't contribute to the count. Increment its pointer * to point to the first word that will contribute, * and adjust other values accordingly. */ pix2lskip = -((idelx + 31) >> 5); /* # of words to skip on left */ row2 += pix2lskip; rowwords2 -= pix2lskip; idelx += pix2lskip << 5; } if ((locol >= hicol) || (lorow >= hirow)) { /* there is no overlap */ count = 0; } else { /* How many words of each row of pix1 need to be considered? */ rowwords1 = (hicol + 31) >> 5; if (idelx == 0) { /* There's no lateral offset; simple case. */ for (y = lorow; y < hirow; y++, row1 += wpl1, row2 += wpl2) { for (x = 0; x < rowwords1; x++) { andw = row1[x] & row2[x]; count += tab[andw & 0xff] + tab[(andw >> 8) & 0xff] + tab[(andw >> 16) & 0xff] + tab[andw >> 24]; } } } else if (idelx > 0) { /* pix2 is shifted to the right. word 0 of pix1 is touched by * word 0 of pix2; word 1 of pix1 is touched by word 0 and word * 1 of pix2, and so on up to the last word of pix1 (word N), * which is touched by words N-1 and N of pix1... if there is a * word N. Handle the two cases (pix2 has N-1 words and pix2 * has at least N words) separately. * * Note: we know that pix2 has at least N-1 words (i.e., * rowwords2 >= rowwords1 - 1) by the following logic. * We can pretend that idelx <= 31 because the >= 32 logic * above adjusted everything appropriately. Then * hicol <= wt + idelx <= wt + 31, so * hicol + 31 <= wt + 62 * rowwords1 = (hicol + 31) >> 5 <= (wt + 62) >> 5 * rowwords2 == (wt + 31) >> 5, so * rowwords1 <= rowwords2 + 1 */ if (rowwords2 < rowwords1) { for (y = lorow; y < hirow; y++, row1 += wpl1, row2 += wpl2) { /* Do the first iteration so the loop can be * branch-free. */ word1 = row1[0]; word2 = row2[0] >> idelx; andw = word1 & word2; count += tab[andw & 0xff] + tab[(andw >> 8) & 0xff] + tab[(andw >> 16) & 0xff] + tab[andw >> 24]; for (x = 1; x < rowwords2; x++) { word1 = row1[x]; word2 = (row2[x] >> idelx) | (row2[x - 1] << (32 - idelx)); andw = word1 & word2; count += tab[andw & 0xff] + tab[(andw >> 8) & 0xff] + tab[(andw >> 16) & 0xff] + tab[andw >> 24]; } /* Now the last iteration - we know that this is safe * (i.e. rowwords1 >= 2) because rowwords1 > rowwords2 * > 0 (if it was 0, we'd have taken the "count = 0" * fast-path out of here). */ word1 = row1[x]; word2 = row2[x - 1] << (32 - idelx); andw = word1 & word2; count += tab[andw & 0xff] + tab[(andw >> 8) & 0xff] + tab[(andw >> 16) & 0xff] + tab[andw >> 24]; } } else { for (y = lorow; y < hirow; y++, row1 += wpl1, row2 += wpl2) { /* Do the first iteration so the loop can be * branch-free. This section is the same as above * except for the different limit on the loop, since * the last iteration is the same as all the other * iterations (beyond the first). */ word1 = row1[0]; word2 = row2[0] >> idelx; andw = word1 & word2; count += tab[andw & 0xff] + tab[(andw >> 8) & 0xff] + tab[(andw >> 16) & 0xff] + tab[andw >> 24]; for (x = 1; x < rowwords1; x++) { word1 = row1[x]; word2 = (row2[x] >> idelx) | (row2[x - 1] << (32 - idelx)); andw = word1 & word2; count += tab[andw & 0xff] + tab[(andw >> 8) & 0xff] + tab[(andw >> 16) & 0xff] + tab[andw >> 24]; } } } } else { /* pix2 is shifted to the left. word 0 of pix1 is touched by * word 0 and word 1 of pix2, and so on up to the last word of * pix1 (word N), which is touched by words N and N+1 of * pix2... if there is a word N+1. Handle the two cases (pix2 * has N words and pix2 has at least N+1 words) separately. */ if (rowwords1 < rowwords2) { /* pix2 has at least N+1 words, so every iteration through * the loop can be the same. */ for (y = lorow; y < hirow; y++, row1 += wpl1, row2 += wpl2) { for (x = 0; x < rowwords1; x++) { word1 = row1[x]; word2 = row2[x] << -idelx; word2 |= row2[x + 1] >> (32 + idelx); andw = word1 & word2; count += tab[andw & 0xff] + tab[(andw >> 8) & 0xff] + tab[(andw >> 16) & 0xff] + tab[andw >> 24]; } } } else { /* pix2 has only N words, so the last iteration is broken * out. */ for (y = lorow; y < hirow; y++, row1 += wpl1, row2 += wpl2) { for (x = 0; x < rowwords1 - 1; x++) { word1 = row1[x]; word2 = row2[x] << -idelx; word2 |= row2[x + 1] >> (32 + idelx); andw = word1 & word2; count += tab[andw & 0xff] + tab[(andw >> 8) & 0xff] + tab[(andw >> 16) & 0xff] + tab[andw >> 24]; } word1 = row1[x]; word2 = row2[x] << -idelx; andw = word1 & word2; count += tab[andw & 0xff] + tab[(andw >> 8) & 0xff] + tab[(andw >> 16) & 0xff] + tab[andw >> 24]; } } } } *pscore = (l_float32)count * (l_float32)count / ((l_float32)area1 * (l_float32)area2); /* fprintf(stderr, "score = %5.3f, count = %d, area1 = %d, area2 = %d\n", *pscore, count, area1, area2); */ return 0; } /*! * pixCorrelationScoreThresholded() * * Input: pix1 (test pix, 1 bpp) * pix2 (exemplar pix, 1 bpp) * area1 (number of on pixels in pix1) * area2 (number of on pixels in pix2) * delx (x comp of centroid difference) * dely (y comp of centroid difference) * maxdiffw (max width difference of pix1 and pix2) * maxdiffh (max height difference of pix1 and pix2) * tab (sum tab for byte) * downcount (count of 1 pixels below each row of pix1) * score_threshold * Return: whether the correlation score is >= score_threshold * * * Note: we check first that the two pix are roughly the same size. * Only if they meet that criterion do we compare the bitmaps. * The centroid difference is used to align the two images to the * nearest integer for the correlation. * * The correlation score is the ratio of the square of the number of * pixels in the AND of the two bitmaps to the product of the number * of ON pixels in each. Denote the number of ON pixels in pix1 * by |1|, the number in pix2 by |2|, and the number in the AND * of pix1 and pix2 by |1 & 2|. The correlation score is then * (|1 & 2|)**2 / (|1|*|2|). * * This score is compared with an input threshold, which can * be modified depending on the weight of the template. * The modified threshold is * thresh + (1.0 - thresh) * weight * R * where * weight is a fixed input factor between 0.0 and 1.0 * R = |2| / area(2) * and area(2) is the total number of pixels in 2 (i.e., width x height). * * To understand why a weight factor is useful, consider what happens * with thick, sans-serif characters that look similar and have a value * of R near 1. Different characters can have a high correlation value, * and the classifier will make incorrect substitutions. The weight * factor raises the threshold for these characters. * * Yet another approach to reduce such substitutions is to run the classifier * in a non-greedy way, matching to the template with the highest * score, not the first template with a score satisfying the matching * constraint. However, this is not particularly effective. * * This very fast correlation matcher was contributed by William Rucklidge. */ l_int32 pixCorrelationScoreThresholded(PIX *pix1, PIX *pix2, l_int32 area1, l_int32 area2, l_float32 delx, /* x(1) - x(3) */ l_float32 dely, /* y(1) - y(3) */ l_int32 maxdiffw, l_int32 maxdiffh, l_int32 *tab, l_int32 *downcount, l_float32 score_threshold) { l_int32 wi, hi, wt, ht, delw, delh, idelx, idely, count; l_int32 wpl1, wpl2, lorow, hirow, locol, hicol, untouchable; l_int32 x, y, pix1lskip, pix2lskip, rowwords1, rowwords2; l_uint32 word1, word2, andw; l_uint32 *row1, *row2; l_float32 score; l_int32 threshold; PROCNAME("pixCorrelationScoreThresholded"); if (!pix1 || pixGetDepth(pix1) != 1) return ERROR_INT("pix1 not 1 bpp", procName, 0); if (!pix2 || pixGetDepth(pix2) != 1) return ERROR_INT("pix2 not 1 bpp", procName, 0); if (!tab) return ERROR_INT("tab not defined", procName, 0); if (area1 <= 0 || area2 <= 0) return ERROR_INT("areas must be > 0", procName, 0); /* Eliminate based on size difference */ pixGetDimensions(pix1, &wi, &hi, NULL); pixGetDimensions(pix2, &wt, &ht, NULL); delw = L_ABS(wi - wt); if (delw > maxdiffw) return FALSE; delh = L_ABS(hi - ht); if (delh > maxdiffh) return FALSE; /* Round difference to nearest integer */ if (delx >= 0) idelx = (l_int32)(delx + 0.5); else idelx = (l_int32)(delx - 0.5); if (dely >= 0) idely = (l_int32)(dely + 0.5); else idely = (l_int32)(dely - 0.5); /* Compute the correlation count that is needed so that * count * count / (area1 * area2) >= score_threshold */ threshold = (l_int32)ceil(sqrt(score_threshold * area1 * area2)); count = 0; wpl1 = pixGetWpl(pix1); wpl2 = pixGetWpl(pix2); rowwords2 = wpl2; /* What rows of pix1 need to be considered? Only those underlying the * shifted pix2. */ lorow = L_MAX(idely, 0); hirow = L_MIN(ht + idely, hi); /* Get the pointer to the first row of each image that will be * considered. */ row1 = pixGetData(pix1) + wpl1 * lorow; row2 = pixGetData(pix2) + wpl2 * (lorow - idely); if (hirow <= hi) { /* Some rows of pix1 will never contribute to count */ untouchable = downcount[hirow - 1]; } /* Similarly, figure out which columns of pix1 will be considered. */ locol = L_MAX(idelx, 0); hicol = L_MIN(wt + idelx, wi); if (idelx >= 32) { /* pix2 is shifted far enough to the right that pix1's first * word(s) won't contribute to the count. Increment its * pointer to point to the first word that will contribute, * and adjust other values accordingly. */ pix1lskip = idelx >> 5; /* # of words to skip on left */ row1 += pix1lskip; locol -= pix1lskip << 5; hicol -= pix1lskip << 5; idelx &= 31; } else if (idelx <= -32) { /* pix2 is shifted far enough to the left that its first word(s) * won't contribute to the count. Increment its pointer * to point to the first word that will contribute, * and adjust other values accordingly. */ pix2lskip = -((idelx + 31) >> 5); /* # of words to skip on left */ row2 += pix2lskip; rowwords2 -= pix2lskip; idelx += pix2lskip << 5; } if ((locol >= hicol) || (lorow >= hirow)) { /* there is no overlap */ count = 0; } else { /* How many words of each row of pix1 need to be considered? */ rowwords1 = (hicol + 31) >> 5; if (idelx == 0) { /* There's no lateral offset; simple case. */ for (y = lorow; y < hirow; y++, row1 += wpl1, row2 += wpl2) { for (x = 0; x < rowwords1; x++) { andw = row1[x] & row2[x]; count += tab[andw & 0xff] + tab[(andw >> 8) & 0xff] + tab[(andw >> 16) & 0xff] + tab[andw >> 24]; } /* If the count is over the threshold, no need to * calculate any futher. Likewise, return early if the * count plus the maximum count attainable from further * rows is below the threshold. */ if (count >= threshold) return TRUE; if (count + downcount[y] - untouchable < threshold) { return FALSE; } } } else if (idelx > 0) { /* pix2 is shifted to the right. word 0 of pix1 is touched by * word 0 of pix2; word 1 of pix1 is touched by word 0 and word * 1 of pix2, and so on up to the last word of pix1 (word N), * which is touched by words N-1 and N of pix1... if there is a * word N. Handle the two cases (pix2 has N-1 words and pix2 * has at least N words) separately. * * Note: we know that pix2 has at least N-1 words (i.e., * rowwords2 >= rowwords1 - 1) by the following logic. * We can pretend that idelx <= 31 because the >= 32 logic * above adjusted everything appropriately. Then * hicol <= wt + idelx <= wt + 31, so * hicol + 31 <= wt + 62 * rowwords1 = (hicol + 31) >> 5 <= (wt + 62) >> 5 * rowwords2 == (wt + 31) >> 5, so * rowwords1 <= rowwords2 + 1 */ if (rowwords2 < rowwords1) { for (y = lorow; y < hirow; y++, row1 += wpl1, row2 += wpl2) { /* Do the first iteration so the loop can be * branch-free. */ word1 = row1[0]; word2 = row2[0] >> idelx; andw = word1 & word2; count += tab[andw & 0xff] + tab[(andw >> 8) & 0xff] + tab[(andw >> 16) & 0xff] + tab[andw >> 24]; for (x = 1; x < rowwords2; x++) { word1 = row1[x]; word2 = (row2[x] >> idelx) | (row2[x - 1] << (32 - idelx)); andw = word1 & word2; count += tab[andw & 0xff] + tab[(andw >> 8) & 0xff] + tab[(andw >> 16) & 0xff] + tab[andw >> 24]; } /* Now the last iteration - we know that this is safe * (i.e. rowwords1 >= 2) because rowwords1 > rowwords2 * > 0 (if it was 0, we'd have taken the "count = 0" * fast-path out of here). */ word1 = row1[x]; word2 = row2[x - 1] << (32 - idelx); andw = word1 & word2; count += tab[andw & 0xff] + tab[(andw >> 8) & 0xff] + tab[(andw >> 16) & 0xff] + tab[andw >> 24]; if (count >= threshold) return TRUE; if (count + downcount[y] - untouchable < threshold) { return FALSE; } } } else { for (y = lorow; y < hirow; y++, row1 += wpl1, row2 += wpl2) { /* Do the first iteration so the loop can be * branch-free. This section is the same as above * except for the different limit on the loop, since * the last iteration is the same as all the other * iterations (beyond the first). */ word1 = row1[0]; word2 = row2[0] >> idelx; andw = word1 & word2; count += tab[andw & 0xff] + tab[(andw >> 8) & 0xff] + tab[(andw >> 16) & 0xff] + tab[andw >> 24]; for (x = 1; x < rowwords1; x++) { word1 = row1[x]; word2 = (row2[x] >> idelx) | (row2[x - 1] << (32 - idelx)); andw = word1 & word2; count += tab[andw & 0xff] + tab[(andw >> 8) & 0xff] + tab[(andw >> 16) & 0xff] + tab[andw >> 24]; } if (count >= threshold) return TRUE; if (count + downcount[y] - untouchable < threshold) { return FALSE; } } } } else { /* pix2 is shifted to the left. word 0 of pix1 is touched by * word 0 and word 1 of pix2, and so on up to the last word of * pix1 (word N), which is touched by words N and N+1 of * pix2... if there is a word N+1. Handle the two cases (pix2 * has N words and pix2 has at least N+1 words) separately. */ if (rowwords1 < rowwords2) { /* pix2 has at least N+1 words, so every iteration through * the loop can be the same. */ for (y = lorow; y < hirow; y++, row1 += wpl1, row2 += wpl2) { for (x = 0; x < rowwords1; x++) { word1 = row1[x]; word2 = row2[x] << -idelx; word2 |= row2[x + 1] >> (32 + idelx); andw = word1 & word2; count += tab[andw & 0xff] + tab[(andw >> 8) & 0xff] + tab[(andw >> 16) & 0xff] + tab[andw >> 24]; } if (count >= threshold) return TRUE; if (count + downcount[y] - untouchable < threshold) { return FALSE; } } } else { /* pix2 has only N words, so the last iteration is broken * out. */ for (y = lorow; y < hirow; y++, row1 += wpl1, row2 += wpl2) { for (x = 0; x < rowwords1 - 1; x++) { word1 = row1[x]; word2 = row2[x] << -idelx; word2 |= row2[x + 1] >> (32 + idelx); andw = word1 & word2; count += tab[andw & 0xff] + tab[(andw >> 8) & 0xff] + tab[(andw >> 16) & 0xff] + tab[andw >> 24]; } word1 = row1[x]; word2 = row2[x] << -idelx; andw = word1 & word2; count += tab[andw & 0xff] + tab[(andw >> 8) & 0xff] + tab[(andw >> 16) & 0xff] + tab[andw >> 24]; if (count >= threshold) return TRUE; if (count + downcount[y] - untouchable < threshold) { return FALSE; } } } } } score = (l_float32)count * (l_float32)count / ((l_float32)area1 * (l_float32)area2); if (score >= score_threshold) { fprintf(stderr, "count %d < threshold %d but score %g >= score_threshold %g\n", count, threshold, score, score_threshold); } return FALSE; } /* -------------------------------------------------------------------- * * Simple 2 pix correlators (for jbig2 clustering) * * -------------------------------------------------------------------- */ /*! * pixCorrelationScoreSimple() * * Input: pix1 (test pix, 1 bpp) * pix2 (exemplar pix, 1 bpp) * area1 (number of on pixels in pix1) * area2 (number of on pixels in pix2) * delx (x comp of centroid difference) * dely (y comp of centroid difference) * maxdiffw (max width difference of pix1 and pix2) * maxdiffh (max height difference of pix1 and pix2) * tab (sum tab for byte) * &score ( correlation score, in range [0.0 ... 1.0]) * Return: 0 if OK, 1 on error * * Notes: * (1) This calculates exactly the same value as pixCorrelationScore(). * It is 2-3x slower, but much simpler to understand. * (2) The returned correlation score is 0.0 if the width or height * exceed @maxdiffw or @maxdiffh. */ l_int32 pixCorrelationScoreSimple(PIX *pix1, PIX *pix2, l_int32 area1, l_int32 area2, l_float32 delx, /* x(1) - x(3) */ l_float32 dely, /* y(1) - y(3) */ l_int32 maxdiffw, l_int32 maxdiffh, l_int32 *tab, l_float32 *pscore) { l_int32 wi, hi, wt, ht, delw, delh, idelx, idely, count; PIX *pixt; PROCNAME("pixCorrelationScoreSimple"); if (!pscore) return ERROR_INT("&score not defined", procName, 1); *pscore = 0.0; if (!pix1 || pixGetDepth(pix1) != 1) return ERROR_INT("pix1 not 1 bpp", procName, 1); if (!pix2 || pixGetDepth(pix2) != 1) return ERROR_INT("pix2 not 1 bpp", procName, 1); if (!tab) return ERROR_INT("tab not defined", procName, 1); if (!area1 || !area2) return ERROR_INT("areas must be > 0", procName, 1); /* Eliminate based on size difference */ pixGetDimensions(pix1, &wi, &hi, NULL); pixGetDimensions(pix2, &wt, &ht, NULL); delw = L_ABS(wi - wt); if (delw > maxdiffw) return 0; delh = L_ABS(hi - ht); if (delh > maxdiffh) return 0; /* Round difference to nearest integer */ if (delx >= 0) idelx = (l_int32)(delx + 0.5); else idelx = (l_int32)(delx - 0.5); if (dely >= 0) idely = (l_int32)(dely + 0.5); else idely = (l_int32)(dely - 0.5); /* pixt = pixAnd(NULL, pix1, pix2), including shift. * To insure that pixels are ON only within the * intersection of pix1 and the shifted pix2: * (1) Start with pixt cleared and equal in size to pix1. * (2) Blit the shifted pix2 onto pixt. Then all ON pixels * are within the intersection of pix1 and the shifted pix2. * (3) AND pix1 with pixt. */ pixt = pixCreateTemplate(pix1); pixRasterop(pixt, idelx, idely, wt, ht, PIX_SRC, pix2, 0, 0); pixRasterop(pixt, 0, 0, wi, hi, PIX_SRC & PIX_DST, pix1, 0, 0); pixCountPixels(pixt, &count, tab); pixDestroy(&pixt); *pscore = (l_float32)count * (l_float32)count / ((l_float32)area1 * (l_float32)area2); /* fprintf(stderr, "score = %5.3f, count = %d, area1 = %d, area2 = %d\n", *pscore, count, area1, area2); */ return 0; } /*! * pixCorrelationScoreShifted() * * Input: pix1 (1 bpp) * pix2 (1 bpp) * area1 (number of on pixels in pix1) * area2 (number of on pixels in pix2) * delx (x translation of pix2 relative to pix1) * dely (y translation of pix2 relative to pix1) * tab (sum tab for byte) * &score ( correlation score) * Return: 0 if OK, 1 on error * * Notes: * (1) This finds the correlation between two 1 bpp images, * when pix2 is shifted by (delx, dely) with respect * to each other. * (2) This is implemented by starting with a copy of pix1 and * ANDing its pixels with those of a shifted pix2. * (3) Get the pixel counts for area1 and area2 using piCountPixels(). * (4) A good estimate for a shift that would maximize the correlation * is to align the centroids (cx1, cy1; cx2, cy2), giving the * relative translations etransx and etransy: * etransx = cx1 - cx2 * etransy = cy1 - cy2 * Typically delx is chosen to be near etransx; ditto for dely. * This function is used in pixBestCorrelation(), where the * translations delx and dely are varied to find the best alignment. * (5) We do not check the sizes of pix1 and pix2, because they should * be comparable. */ l_int32 pixCorrelationScoreShifted(PIX *pix1, PIX *pix2, l_int32 area1, l_int32 area2, l_int32 delx, l_int32 dely, l_int32 *tab, l_float32 *pscore) { l_int32 w1, h1, w2, h2, count; PIX *pixt; PROCNAME("pixCorrelationScoreShifted"); if (!pscore) return ERROR_INT("&score not defined", procName, 1); *pscore = 0.0; if (!pix1 || pixGetDepth(pix1) != 1) return ERROR_INT("pix1 not 1 bpp", procName, 1); if (!pix2 || pixGetDepth(pix2) != 1) return ERROR_INT("pix2 not 1 bpp", procName, 1); if (!tab) return ERROR_INT("tab not defined", procName, 1); if (!area1 || !area2) return ERROR_INT("areas must be > 0", procName, 1); pixGetDimensions(pix1, &w1, &h1, NULL); pixGetDimensions(pix2, &w2, &h2, NULL); /* To insure that pixels are ON only within the * intersection of pix1 and the shifted pix2: * (1) Start with pixt cleared and equal in size to pix1. * (2) Blit the shifted pix2 onto pixt. Then all ON pixels * are within the intersection of pix1 and the shifted pix2. * (3) AND pix1 with pixt. */ pixt = pixCreateTemplate(pix1); pixRasterop(pixt, delx, dely, w2, h2, PIX_SRC, pix2, 0, 0); pixRasterop(pixt, 0, 0, w1, h1, PIX_SRC & PIX_DST, pix1, 0, 0); pixCountPixels(pixt, &count, tab); pixDestroy(&pixt); *pscore = (l_float32)count * (l_float32)count / ((l_float32)area1 * (l_float32)area2); return 0; } leptonica-1.70/src/allheaders.h0000644000175000017500000071046312274202651014565 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ #ifndef LEPTONICA_ALLHEADERS_H #define LEPTONICA_ALLHEADERS_H #define LIBLEPT_MAJOR_VERSION 1 #define LIBLEPT_MINOR_VERSION 70 #include "alltypes.h" #ifndef NO_PROTOS /* * These prototypes were autogen'd by xtractprotos, v. 1.5 */ #ifdef __cplusplus extern "C" { #endif /* __cplusplus */ LEPT_DLL extern PIX * pixBackgroundNormSimple ( PIX *pixs, PIX *pixim, PIX *pixg ); LEPT_DLL extern PIX * pixBackgroundNorm ( PIX *pixs, PIX *pixim, PIX *pixg, l_int32 sx, l_int32 sy, l_int32 thresh, l_int32 mincount, l_int32 bgval, l_int32 smoothx, l_int32 smoothy ); LEPT_DLL extern PIX * pixBackgroundNormMorph ( PIX *pixs, PIX *pixim, l_int32 reduction, l_int32 size, l_int32 bgval ); LEPT_DLL extern l_int32 pixBackgroundNormGrayArray ( PIX *pixs, PIX *pixim, l_int32 sx, l_int32 sy, l_int32 thresh, l_int32 mincount, l_int32 bgval, l_int32 smoothx, l_int32 smoothy, PIX **ppixd ); LEPT_DLL extern l_int32 pixBackgroundNormRGBArrays ( PIX *pixs, PIX *pixim, PIX *pixg, l_int32 sx, l_int32 sy, l_int32 thresh, l_int32 mincount, l_int32 bgval, l_int32 smoothx, l_int32 smoothy, PIX **ppixr, PIX **ppixg, PIX **ppixb ); LEPT_DLL extern l_int32 pixBackgroundNormGrayArrayMorph ( PIX *pixs, PIX *pixim, l_int32 reduction, l_int32 size, l_int32 bgval, PIX **ppixd ); LEPT_DLL extern l_int32 pixBackgroundNormRGBArraysMorph ( PIX *pixs, PIX *pixim, l_int32 reduction, l_int32 size, l_int32 bgval, PIX **ppixr, PIX **ppixg, PIX **ppixb ); LEPT_DLL extern l_int32 pixGetBackgroundGrayMap ( PIX *pixs, PIX *pixim, l_int32 sx, l_int32 sy, l_int32 thresh, l_int32 mincount, PIX **ppixd ); LEPT_DLL extern l_int32 pixGetBackgroundRGBMap ( PIX *pixs, PIX *pixim, PIX *pixg, l_int32 sx, l_int32 sy, l_int32 thresh, l_int32 mincount, PIX **ppixmr, PIX **ppixmg, PIX **ppixmb ); LEPT_DLL extern l_int32 pixGetBackgroundGrayMapMorph ( PIX *pixs, PIX *pixim, l_int32 reduction, l_int32 size, PIX **ppixm ); LEPT_DLL extern l_int32 pixGetBackgroundRGBMapMorph ( PIX *pixs, PIX *pixim, l_int32 reduction, l_int32 size, PIX **ppixmr, PIX **ppixmg, PIX **ppixmb ); LEPT_DLL extern l_int32 pixFillMapHoles ( PIX *pix, l_int32 nx, l_int32 ny, l_int32 filltype ); LEPT_DLL extern PIX * pixExtendByReplication ( PIX *pixs, l_int32 addw, l_int32 addh ); LEPT_DLL extern l_int32 pixSmoothConnectedRegions ( PIX *pixs, PIX *pixm, l_int32 factor ); LEPT_DLL extern PIX * pixGetInvBackgroundMap ( PIX *pixs, l_int32 bgval, l_int32 smoothx, l_int32 smoothy ); LEPT_DLL extern PIX * pixApplyInvBackgroundGrayMap ( PIX *pixs, PIX *pixm, l_int32 sx, l_int32 sy ); LEPT_DLL extern PIX * pixApplyInvBackgroundRGBMap ( PIX *pixs, PIX *pixmr, PIX *pixmg, PIX *pixmb, l_int32 sx, l_int32 sy ); LEPT_DLL extern PIX * pixApplyVariableGrayMap ( PIX *pixs, PIX *pixg, l_int32 target ); LEPT_DLL extern PIX * pixGlobalNormRGB ( PIX *pixd, PIX *pixs, l_int32 rval, l_int32 gval, l_int32 bval, l_int32 mapval ); LEPT_DLL extern PIX * pixGlobalNormNoSatRGB ( PIX *pixd, PIX *pixs, l_int32 rval, l_int32 gval, l_int32 bval, l_int32 factor, l_float32 rank ); LEPT_DLL extern l_int32 pixThresholdSpreadNorm ( PIX *pixs, l_int32 filtertype, l_int32 edgethresh, l_int32 smoothx, l_int32 smoothy, l_float32 gamma, l_int32 minval, l_int32 maxval, l_int32 targetthresh, PIX **ppixth, PIX **ppixb, PIX **ppixd ); LEPT_DLL extern PIX * pixBackgroundNormFlex ( PIX *pixs, l_int32 sx, l_int32 sy, l_int32 smoothx, l_int32 smoothy, l_int32 delta ); LEPT_DLL extern PIX * pixContrastNorm ( PIX *pixd, PIX *pixs, l_int32 sx, l_int32 sy, l_int32 mindiff, l_int32 smoothx, l_int32 smoothy ); LEPT_DLL extern l_int32 pixMinMaxTiles ( PIX *pixs, l_int32 sx, l_int32 sy, l_int32 mindiff, l_int32 smoothx, l_int32 smoothy, PIX **ppixmin, PIX **ppixmax ); LEPT_DLL extern l_int32 pixSetLowContrast ( PIX *pixs1, PIX *pixs2, l_int32 mindiff ); LEPT_DLL extern PIX * pixLinearTRCTiled ( PIX *pixd, PIX *pixs, l_int32 sx, l_int32 sy, PIX *pixmin, PIX *pixmax ); LEPT_DLL extern PIX * pixAffineSampledPta ( PIX *pixs, PTA *ptad, PTA *ptas, l_int32 incolor ); LEPT_DLL extern PIX * pixAffineSampled ( PIX *pixs, l_float32 *vc, l_int32 incolor ); LEPT_DLL extern PIX * pixAffinePta ( PIX *pixs, PTA *ptad, PTA *ptas, l_int32 incolor ); LEPT_DLL extern PIX * pixAffine ( PIX *pixs, l_float32 *vc, l_int32 incolor ); LEPT_DLL extern PIX * pixAffinePtaColor ( PIX *pixs, PTA *ptad, PTA *ptas, l_uint32 colorval ); LEPT_DLL extern PIX * pixAffineColor ( PIX *pixs, l_float32 *vc, l_uint32 colorval ); LEPT_DLL extern PIX * pixAffinePtaGray ( PIX *pixs, PTA *ptad, PTA *ptas, l_uint8 grayval ); LEPT_DLL extern PIX * pixAffineGray ( PIX *pixs, l_float32 *vc, l_uint8 grayval ); LEPT_DLL extern PIX * pixAffinePtaWithAlpha ( PIX *pixs, PTA *ptad, PTA *ptas, PIX *pixg, l_float32 fract, l_int32 border ); LEPT_DLL extern l_int32 getAffineXformCoeffs ( PTA *ptas, PTA *ptad, l_float32 **pvc ); LEPT_DLL extern l_int32 affineInvertXform ( l_float32 *vc, l_float32 **pvci ); LEPT_DLL extern l_int32 affineXformSampledPt ( l_float32 *vc, l_int32 x, l_int32 y, l_int32 *pxp, l_int32 *pyp ); LEPT_DLL extern l_int32 affineXformPt ( l_float32 *vc, l_int32 x, l_int32 y, l_float32 *pxp, l_float32 *pyp ); LEPT_DLL extern l_int32 linearInterpolatePixelColor ( l_uint32 *datas, l_int32 wpls, l_int32 w, l_int32 h, l_float32 x, l_float32 y, l_uint32 colorval, l_uint32 *pval ); LEPT_DLL extern l_int32 linearInterpolatePixelGray ( l_uint32 *datas, l_int32 wpls, l_int32 w, l_int32 h, l_float32 x, l_float32 y, l_int32 grayval, l_int32 *pval ); LEPT_DLL extern l_int32 gaussjordan ( l_float32 **a, l_float32 *b, l_int32 n ); LEPT_DLL extern PIX * pixAffineSequential ( PIX *pixs, PTA *ptad, PTA *ptas, l_int32 bw, l_int32 bh ); LEPT_DLL extern l_float32 * createMatrix2dTranslate ( l_float32 transx, l_float32 transy ); LEPT_DLL extern l_float32 * createMatrix2dScale ( l_float32 scalex, l_float32 scaley ); LEPT_DLL extern l_float32 * createMatrix2dRotate ( l_float32 xc, l_float32 yc, l_float32 angle ); LEPT_DLL extern PTA * ptaTranslate ( PTA *ptas, l_float32 transx, l_float32 transy ); LEPT_DLL extern PTA * ptaScale ( PTA *ptas, l_float32 scalex, l_float32 scaley ); LEPT_DLL extern PTA * ptaRotate ( PTA *ptas, l_float32 xc, l_float32 yc, l_float32 angle ); LEPT_DLL extern BOXA * boxaTranslate ( BOXA *boxas, l_float32 transx, l_float32 transy ); LEPT_DLL extern BOXA * boxaScale ( BOXA *boxas, l_float32 scalex, l_float32 scaley ); LEPT_DLL extern BOXA * boxaRotate ( BOXA *boxas, l_float32 xc, l_float32 yc, l_float32 angle ); LEPT_DLL extern PTA * ptaAffineTransform ( PTA *ptas, l_float32 *mat ); LEPT_DLL extern BOXA * boxaAffineTransform ( BOXA *boxas, l_float32 *mat ); LEPT_DLL extern l_int32 l_productMatVec ( l_float32 *mat, l_float32 *vecs, l_float32 *vecd, l_int32 size ); LEPT_DLL extern l_int32 l_productMat2 ( l_float32 *mat1, l_float32 *mat2, l_float32 *matd, l_int32 size ); LEPT_DLL extern l_int32 l_productMat3 ( l_float32 *mat1, l_float32 *mat2, l_float32 *mat3, l_float32 *matd, l_int32 size ); LEPT_DLL extern l_int32 l_productMat4 ( l_float32 *mat1, l_float32 *mat2, l_float32 *mat3, l_float32 *mat4, l_float32 *matd, l_int32 size ); LEPT_DLL extern l_int32 l_getDataBit ( void *line, l_int32 n ); LEPT_DLL extern void l_setDataBit ( void *line, l_int32 n ); LEPT_DLL extern void l_clearDataBit ( void *line, l_int32 n ); LEPT_DLL extern void l_setDataBitVal ( void *line, l_int32 n, l_int32 val ); LEPT_DLL extern l_int32 l_getDataDibit ( void *line, l_int32 n ); LEPT_DLL extern void l_setDataDibit ( void *line, l_int32 n, l_int32 val ); LEPT_DLL extern void l_clearDataDibit ( void *line, l_int32 n ); LEPT_DLL extern l_int32 l_getDataQbit ( void *line, l_int32 n ); LEPT_DLL extern void l_setDataQbit ( void *line, l_int32 n, l_int32 val ); LEPT_DLL extern void l_clearDataQbit ( void *line, l_int32 n ); LEPT_DLL extern l_int32 l_getDataByte ( void *line, l_int32 n ); LEPT_DLL extern void l_setDataByte ( void *line, l_int32 n, l_int32 val ); LEPT_DLL extern l_int32 l_getDataTwoBytes ( void *line, l_int32 n ); LEPT_DLL extern void l_setDataTwoBytes ( void *line, l_int32 n, l_int32 val ); LEPT_DLL extern l_int32 l_getDataFourBytes ( void *line, l_int32 n ); LEPT_DLL extern void l_setDataFourBytes ( void *line, l_int32 n, l_int32 val ); LEPT_DLL extern char * barcodeDispatchDecoder ( char *barstr, l_int32 format, l_int32 debugflag ); LEPT_DLL extern l_int32 barcodeFormatIsSupported ( l_int32 format ); LEPT_DLL extern NUMA * pixFindBaselines ( PIX *pixs, PTA **ppta, l_int32 debug ); LEPT_DLL extern PIX * pixDeskewLocal ( PIX *pixs, l_int32 nslices, l_int32 redsweep, l_int32 redsearch, l_float32 sweeprange, l_float32 sweepdelta, l_float32 minbsdelta ); LEPT_DLL extern l_int32 pixGetLocalSkewTransform ( PIX *pixs, l_int32 nslices, l_int32 redsweep, l_int32 redsearch, l_float32 sweeprange, l_float32 sweepdelta, l_float32 minbsdelta, PTA **pptas, PTA **pptad ); LEPT_DLL extern NUMA * pixGetLocalSkewAngles ( PIX *pixs, l_int32 nslices, l_int32 redsweep, l_int32 redsearch, l_float32 sweeprange, l_float32 sweepdelta, l_float32 minbsdelta, l_float32 *pa, l_float32 *pb ); LEPT_DLL extern BBUFFER * bbufferCreate ( l_uint8 *indata, l_int32 nalloc ); LEPT_DLL extern void bbufferDestroy ( BBUFFER **pbb ); LEPT_DLL extern l_uint8 * bbufferDestroyAndSaveData ( BBUFFER **pbb, size_t *pnbytes ); LEPT_DLL extern l_int32 bbufferRead ( BBUFFER *bb, l_uint8 *src, l_int32 nbytes ); LEPT_DLL extern l_int32 bbufferReadStream ( BBUFFER *bb, FILE *fp, l_int32 nbytes ); LEPT_DLL extern l_int32 bbufferWrite ( BBUFFER *bb, l_uint8 *dest, size_t nbytes, size_t *pnout ); LEPT_DLL extern l_int32 bbufferWriteStream ( BBUFFER *bb, FILE *fp, size_t nbytes, size_t *pnout ); LEPT_DLL extern l_int32 bbufferBytesToWrite ( BBUFFER *bb, size_t *pnbytes ); LEPT_DLL extern l_int32 bbufferReadStdin ( l_uint8 **pdata, size_t *pnbytes ); LEPT_DLL extern PIX * pixBilateral ( PIX *pixs, l_float32 spatial_stdev, l_float32 range_stdev, l_int32 ncomps, l_int32 reduction ); LEPT_DLL extern PIX * pixBilateralGray ( PIX *pixs, l_float32 spatial_stdev, l_float32 range_stdev, l_int32 ncomps, l_int32 reduction ); LEPT_DLL extern PIX * pixBilateralExact ( PIX *pixs, L_KERNEL *spatial_kel, L_KERNEL *range_kel ); LEPT_DLL extern PIX * pixBilateralGrayExact ( PIX *pixs, L_KERNEL *spatial_kel, L_KERNEL *range_kel ); LEPT_DLL extern PIX* pixBlockBilateralExact ( PIX *pixs, l_float32 spatial_stdev, l_float32 range_stdev ); LEPT_DLL extern L_KERNEL * makeRangeKernel ( l_float32 range_stdev ); LEPT_DLL extern PIX * pixBilinearSampledPta ( PIX *pixs, PTA *ptad, PTA *ptas, l_int32 incolor ); LEPT_DLL extern PIX * pixBilinearSampled ( PIX *pixs, l_float32 *vc, l_int32 incolor ); LEPT_DLL extern PIX * pixBilinearPta ( PIX *pixs, PTA *ptad, PTA *ptas, l_int32 incolor ); LEPT_DLL extern PIX * pixBilinear ( PIX *pixs, l_float32 *vc, l_int32 incolor ); LEPT_DLL extern PIX * pixBilinearPtaColor ( PIX *pixs, PTA *ptad, PTA *ptas, l_uint32 colorval ); LEPT_DLL extern PIX * pixBilinearColor ( PIX *pixs, l_float32 *vc, l_uint32 colorval ); LEPT_DLL extern PIX * pixBilinearPtaGray ( PIX *pixs, PTA *ptad, PTA *ptas, l_uint8 grayval ); LEPT_DLL extern PIX * pixBilinearGray ( PIX *pixs, l_float32 *vc, l_uint8 grayval ); LEPT_DLL extern PIX * pixBilinearPtaWithAlpha ( PIX *pixs, PTA *ptad, PTA *ptas, PIX *pixg, l_float32 fract, l_int32 border ); LEPT_DLL extern l_int32 getBilinearXformCoeffs ( PTA *ptas, PTA *ptad, l_float32 **pvc ); LEPT_DLL extern l_int32 bilinearXformSampledPt ( l_float32 *vc, l_int32 x, l_int32 y, l_int32 *pxp, l_int32 *pyp ); LEPT_DLL extern l_int32 bilinearXformPt ( l_float32 *vc, l_int32 x, l_int32 y, l_float32 *pxp, l_float32 *pyp ); LEPT_DLL extern l_int32 pixOtsuAdaptiveThreshold ( PIX *pixs, l_int32 sx, l_int32 sy, l_int32 smoothx, l_int32 smoothy, l_float32 scorefract, PIX **ppixth, PIX **ppixd ); LEPT_DLL extern PIX * pixOtsuThreshOnBackgroundNorm ( PIX *pixs, PIX *pixim, l_int32 sx, l_int32 sy, l_int32 thresh, l_int32 mincount, l_int32 bgval, l_int32 smoothx, l_int32 smoothy, l_float32 scorefract, l_int32 *pthresh ); LEPT_DLL extern PIX * pixMaskedThreshOnBackgroundNorm ( PIX *pixs, PIX *pixim, l_int32 sx, l_int32 sy, l_int32 thresh, l_int32 mincount, l_int32 smoothx, l_int32 smoothy, l_float32 scorefract, l_int32 *pthresh ); LEPT_DLL extern l_int32 pixSauvolaBinarizeTiled ( PIX *pixs, l_int32 whsize, l_float32 factor, l_int32 nx, l_int32 ny, PIX **ppixth, PIX **ppixd ); LEPT_DLL extern l_int32 pixSauvolaBinarize ( PIX *pixs, l_int32 whsize, l_float32 factor, l_int32 addborder, PIX **ppixm, PIX **ppixsd, PIX **ppixth, PIX **ppixd ); LEPT_DLL extern PIX * pixSauvolaGetThreshold ( PIX *pixm, PIX *pixms, l_float32 factor, PIX **ppixsd ); LEPT_DLL extern PIX * pixApplyLocalThreshold ( PIX *pixs, PIX *pixth, l_int32 redfactor ); LEPT_DLL extern PIX * pixExpandBinaryReplicate ( PIX *pixs, l_int32 factor ); LEPT_DLL extern PIX * pixExpandBinaryPower2 ( PIX *pixs, l_int32 factor ); LEPT_DLL extern PIX * pixReduceBinary2 ( PIX *pixs, l_uint8 *intab ); LEPT_DLL extern PIX * pixReduceRankBinaryCascade ( PIX *pixs, l_int32 level1, l_int32 level2, l_int32 level3, l_int32 level4 ); LEPT_DLL extern PIX * pixReduceRankBinary2 ( PIX *pixs, l_int32 level, l_uint8 *intab ); LEPT_DLL extern l_uint8 * makeSubsampleTab2x ( void ); LEPT_DLL extern PIX * pixBlend ( PIX *pixs1, PIX *pixs2, l_int32 x, l_int32 y, l_float32 fract ); LEPT_DLL extern PIX * pixBlendMask ( PIX *pixd, PIX *pixs1, PIX *pixs2, l_int32 x, l_int32 y, l_float32 fract, l_int32 type ); LEPT_DLL extern PIX * pixBlendGray ( PIX *pixd, PIX *pixs1, PIX *pixs2, l_int32 x, l_int32 y, l_float32 fract, l_int32 type, l_int32 transparent, l_uint32 transpix ); LEPT_DLL extern PIX * pixBlendGrayInverse ( PIX *pixd, PIX *pixs1, PIX *pixs2, l_int32 x, l_int32 y, l_float32 fract ); LEPT_DLL extern PIX * pixBlendColor ( PIX *pixd, PIX *pixs1, PIX *pixs2, l_int32 x, l_int32 y, l_float32 fract, l_int32 transparent, l_uint32 transpix ); LEPT_DLL extern PIX * pixBlendColorByChannel ( PIX *pixd, PIX *pixs1, PIX *pixs2, l_int32 x, l_int32 y, l_float32 rfract, l_float32 gfract, l_float32 bfract, l_int32 transparent, l_uint32 transpix ); LEPT_DLL extern PIX * pixBlendGrayAdapt ( PIX *pixd, PIX *pixs1, PIX *pixs2, l_int32 x, l_int32 y, l_float32 fract, l_int32 shift ); LEPT_DLL extern PIX * pixFadeWithGray ( PIX *pixs, PIX *pixb, l_float32 factor, l_int32 type ); LEPT_DLL extern PIX * pixBlendHardLight ( PIX *pixd, PIX *pixs1, PIX *pixs2, l_int32 x, l_int32 y, l_float32 fract ); LEPT_DLL extern l_int32 pixBlendCmap ( PIX *pixs, PIX *pixb, l_int32 x, l_int32 y, l_int32 sindex ); LEPT_DLL extern PIX * pixBlendWithGrayMask ( PIX *pixs1, PIX *pixs2, PIX *pixg, l_int32 x, l_int32 y ); LEPT_DLL extern PIX * pixBlendBackgroundToColor ( PIX *pixd, PIX *pixs, BOX *box, l_uint32 color, l_float32 gamma, l_int32 minval, l_int32 maxval ); LEPT_DLL extern PIX * pixMultiplyByColor ( PIX *pixd, PIX *pixs, BOX *box, l_uint32 color ); LEPT_DLL extern PIX * pixAlphaBlendUniform ( PIX *pixs, l_uint32 color ); LEPT_DLL extern PIX * pixAddAlphaToBlend ( PIX *pixs, l_float32 fract, l_int32 invert ); LEPT_DLL extern PIX * pixSetAlphaOverWhite ( PIX *pixs ); LEPT_DLL extern L_BMF * bmfCreate ( const char *dir, l_int32 size ); LEPT_DLL extern void bmfDestroy ( L_BMF **pbmf ); LEPT_DLL extern PIX * bmfGetPix ( L_BMF *bmf, char chr ); LEPT_DLL extern l_int32 bmfGetWidth ( L_BMF *bmf, char chr, l_int32 *pw ); LEPT_DLL extern l_int32 bmfGetBaseline ( L_BMF *bmf, char chr, l_int32 *pbaseline ); LEPT_DLL extern PIXA * pixaGetFont ( const char *dir, l_int32 size, l_int32 *pbl0, l_int32 *pbl1, l_int32 *pbl2 ); LEPT_DLL extern l_int32 pixaSaveFont ( const char *indir, const char *outdir, l_int32 size ); LEPT_DLL extern PIXA * pixaGenerateFont ( const char *dir, l_int32 size, l_int32 *pbl0, l_int32 *pbl1, l_int32 *pbl2 ); LEPT_DLL extern PIX * pixReadStreamBmp ( FILE *fp ); LEPT_DLL extern l_int32 pixWriteStreamBmp ( FILE *fp, PIX *pix ); LEPT_DLL extern PIX * pixReadMemBmp ( const l_uint8 *cdata, size_t size ); LEPT_DLL extern l_int32 pixWriteMemBmp ( l_uint8 **pdata, size_t *psize, PIX *pix ); LEPT_DLL extern BOX * boxCreate ( l_int32 x, l_int32 y, l_int32 w, l_int32 h ); LEPT_DLL extern BOX * boxCreateValid ( l_int32 x, l_int32 y, l_int32 w, l_int32 h ); LEPT_DLL extern BOX * boxCopy ( BOX *box ); LEPT_DLL extern BOX * boxClone ( BOX *box ); LEPT_DLL extern void boxDestroy ( BOX **pbox ); LEPT_DLL extern l_int32 boxGetGeometry ( BOX *box, l_int32 *px, l_int32 *py, l_int32 *pw, l_int32 *ph ); LEPT_DLL extern l_int32 boxSetGeometry ( BOX *box, l_int32 x, l_int32 y, l_int32 w, l_int32 h ); LEPT_DLL extern l_int32 boxGetSideLocation ( BOX *box, l_int32 side, l_int32 *ploc ); LEPT_DLL extern l_int32 boxGetRefcount ( BOX *box ); LEPT_DLL extern l_int32 boxChangeRefcount ( BOX *box, l_int32 delta ); LEPT_DLL extern l_int32 boxIsValid ( BOX *box, l_int32 *pvalid ); LEPT_DLL extern BOXA * boxaCreate ( l_int32 n ); LEPT_DLL extern BOXA * boxaCopy ( BOXA *boxa, l_int32 copyflag ); LEPT_DLL extern void boxaDestroy ( BOXA **pboxa ); LEPT_DLL extern l_int32 boxaAddBox ( BOXA *boxa, BOX *box, l_int32 copyflag ); LEPT_DLL extern l_int32 boxaExtendArray ( BOXA *boxa ); LEPT_DLL extern l_int32 boxaExtendArrayToSize ( BOXA *boxa, l_int32 size ); LEPT_DLL extern l_int32 boxaGetCount ( BOXA *boxa ); LEPT_DLL extern l_int32 boxaGetValidCount ( BOXA *boxa ); LEPT_DLL extern BOX * boxaGetBox ( BOXA *boxa, l_int32 index, l_int32 accessflag ); LEPT_DLL extern BOX * boxaGetValidBox ( BOXA *boxa, l_int32 index, l_int32 accessflag ); LEPT_DLL extern l_int32 boxaGetBoxGeometry ( BOXA *boxa, l_int32 index, l_int32 *px, l_int32 *py, l_int32 *pw, l_int32 *ph ); LEPT_DLL extern l_int32 boxaIsFull ( BOXA *boxa, l_int32 *pfull ); LEPT_DLL extern l_int32 boxaReplaceBox ( BOXA *boxa, l_int32 index, BOX *box ); LEPT_DLL extern l_int32 boxaInsertBox ( BOXA *boxa, l_int32 index, BOX *box ); LEPT_DLL extern l_int32 boxaRemoveBox ( BOXA *boxa, l_int32 index ); LEPT_DLL extern l_int32 boxaRemoveBoxAndSave ( BOXA *boxa, l_int32 index, BOX **pbox ); LEPT_DLL extern l_int32 boxaInitFull ( BOXA *boxa, BOX *box ); LEPT_DLL extern l_int32 boxaClear ( BOXA *boxa ); LEPT_DLL extern BOXAA * boxaaCreate ( l_int32 n ); LEPT_DLL extern BOXAA * boxaaCopy ( BOXAA *baas, l_int32 copyflag ); LEPT_DLL extern void boxaaDestroy ( BOXAA **pbaa ); LEPT_DLL extern l_int32 boxaaAddBoxa ( BOXAA *baa, BOXA *ba, l_int32 copyflag ); LEPT_DLL extern l_int32 boxaaExtendArray ( BOXAA *baa ); LEPT_DLL extern l_int32 boxaaExtendArrayToSize ( BOXAA *baa, l_int32 size ); LEPT_DLL extern l_int32 boxaaGetCount ( BOXAA *baa ); LEPT_DLL extern l_int32 boxaaGetBoxCount ( BOXAA *baa ); LEPT_DLL extern BOXA * boxaaGetBoxa ( BOXAA *baa, l_int32 index, l_int32 accessflag ); LEPT_DLL extern BOX * boxaaGetBox ( BOXAA *baa, l_int32 iboxa, l_int32 ibox, l_int32 accessflag ); LEPT_DLL extern l_int32 boxaaInitFull ( BOXAA *baa, BOXA *boxa ); LEPT_DLL extern l_int32 boxaaExtendWithInit ( BOXAA *baa, l_int32 maxindex, BOXA *boxa ); LEPT_DLL extern l_int32 boxaaReplaceBoxa ( BOXAA *baa, l_int32 index, BOXA *boxa ); LEPT_DLL extern l_int32 boxaaInsertBoxa ( BOXAA *baa, l_int32 index, BOXA *boxa ); LEPT_DLL extern l_int32 boxaaRemoveBoxa ( BOXAA *baa, l_int32 index ); LEPT_DLL extern l_int32 boxaaAddBox ( BOXAA *baa, l_int32 index, BOX *box, l_int32 accessflag ); LEPT_DLL extern BOXAA * boxaaReadFromFiles ( const char *dirname, const char *substr, l_int32 first, l_int32 nfiles ); LEPT_DLL extern BOXAA * boxaaRead ( const char *filename ); LEPT_DLL extern BOXAA * boxaaReadStream ( FILE *fp ); LEPT_DLL extern l_int32 boxaaWrite ( const char *filename, BOXAA *baa ); LEPT_DLL extern l_int32 boxaaWriteStream ( FILE *fp, BOXAA *baa ); LEPT_DLL extern BOXA * boxaRead ( const char *filename ); LEPT_DLL extern BOXA * boxaReadStream ( FILE *fp ); LEPT_DLL extern BOXA * boxaReadMem ( const l_uint8 *data, size_t size ); LEPT_DLL extern l_int32 boxaWrite ( const char *filename, BOXA *boxa ); LEPT_DLL extern l_int32 boxaWriteStream ( FILE *fp, BOXA *boxa ); LEPT_DLL extern l_int32 boxaWriteMem ( l_uint8 **pdata, size_t *psize, BOXA *boxa ); LEPT_DLL extern l_int32 boxPrintStreamInfo ( FILE *fp, BOX *box ); LEPT_DLL extern l_int32 boxContains ( BOX *box1, BOX *box2, l_int32 *presult ); LEPT_DLL extern l_int32 boxIntersects ( BOX *box1, BOX *box2, l_int32 *presult ); LEPT_DLL extern BOXA * boxaContainedInBox ( BOXA *boxas, BOX *box ); LEPT_DLL extern BOXA * boxaIntersectsBox ( BOXA *boxas, BOX *box ); LEPT_DLL extern BOXA * boxaClipToBox ( BOXA *boxas, BOX *box ); LEPT_DLL extern BOXA * boxaCombineOverlaps ( BOXA *boxas ); LEPT_DLL extern BOX * boxOverlapRegion ( BOX *box1, BOX *box2 ); LEPT_DLL extern BOX * boxBoundingRegion ( BOX *box1, BOX *box2 ); LEPT_DLL extern l_int32 boxOverlapFraction ( BOX *box1, BOX *box2, l_float32 *pfract ); LEPT_DLL extern l_int32 boxOverlapArea ( BOX *box1, BOX *box2, l_int32 *parea ); LEPT_DLL extern BOXA * boxaHandleOverlaps ( BOXA *boxas, l_int32 op, l_int32 range, l_float32 min_overlap, l_float32 max_ratio, NUMA **pnamap ); LEPT_DLL extern l_int32 boxSeparationDistance ( BOX *box1, BOX *box2, l_int32 *ph_sep, l_int32 *pv_sep ); LEPT_DLL extern l_int32 boxContainsPt ( BOX *box, l_float32 x, l_float32 y, l_int32 *pcontains ); LEPT_DLL extern BOX * boxaGetNearestToPt ( BOXA *boxa, l_int32 x, l_int32 y ); LEPT_DLL extern l_int32 boxGetCenter ( BOX *box, l_float32 *pcx, l_float32 *pcy ); LEPT_DLL extern l_int32 boxIntersectByLine ( BOX *box, l_int32 x, l_int32 y, l_float32 slope, l_int32 *px1, l_int32 *py1, l_int32 *px2, l_int32 *py2, l_int32 *pn ); LEPT_DLL extern BOX * boxClipToRectangle ( BOX *box, l_int32 wi, l_int32 hi ); LEPT_DLL extern l_int32 boxClipToRectangleParams ( BOX *box, l_int32 w, l_int32 h, l_int32 *pxstart, l_int32 *pystart, l_int32 *pxend, l_int32 *pyend, l_int32 *pbw, l_int32 *pbh ); LEPT_DLL extern BOX * boxRelocateOneSide ( BOX *boxd, BOX *boxs, l_int32 loc, l_int32 sideflag ); LEPT_DLL extern BOX * boxAdjustSides ( BOX *boxd, BOX *boxs, l_int32 delleft, l_int32 delright, l_int32 deltop, l_int32 delbot ); LEPT_DLL extern BOXA * boxaSetSide ( BOXA *boxad, BOXA *boxas, l_int32 side, l_int32 val, l_int32 thresh ); LEPT_DLL extern BOXA * boxaAdjustWidthToTarget ( BOXA *boxad, BOXA *boxas, l_int32 sides, l_int32 target, l_int32 thresh ); LEPT_DLL extern BOXA * boxaAdjustHeightToTarget ( BOXA *boxad, BOXA *boxas, l_int32 sides, l_int32 target, l_int32 thresh ); LEPT_DLL extern l_int32 boxEqual ( BOX *box1, BOX *box2, l_int32 *psame ); LEPT_DLL extern l_int32 boxaEqual ( BOXA *boxa1, BOXA *boxa2, l_int32 maxdist, NUMA **pnaindex, l_int32 *psame ); LEPT_DLL extern l_int32 boxSimilar ( BOX *box1, BOX *box2, l_int32 leftdiff, l_int32 rightdiff, l_int32 topdiff, l_int32 botdiff, l_int32 *psimilar ); LEPT_DLL extern l_int32 boxaSimilar ( BOXA *boxa1, BOXA *boxa2, l_int32 leftdiff, l_int32 rightdiff, l_int32 topdiff, l_int32 botdiff, l_int32 debugflag, l_int32 *psimilar ); LEPT_DLL extern l_int32 boxaJoin ( BOXA *boxad, BOXA *boxas, l_int32 istart, l_int32 iend ); LEPT_DLL extern l_int32 boxaaJoin ( BOXAA *baad, BOXAA *baas, l_int32 istart, l_int32 iend ); LEPT_DLL extern l_int32 boxaSplitEvenOdd ( BOXA *boxa, l_int32 fillflag, BOXA **pboxae, BOXA **pboxao ); LEPT_DLL extern BOXA * boxaMergeEvenOdd ( BOXA *boxae, BOXA *boxao, l_int32 fillflag ); LEPT_DLL extern BOXA * boxaTransform ( BOXA *boxas, l_int32 shiftx, l_int32 shifty, l_float32 scalex, l_float32 scaley ); LEPT_DLL extern BOX * boxTransform ( BOX *box, l_int32 shiftx, l_int32 shifty, l_float32 scalex, l_float32 scaley ); LEPT_DLL extern BOXA * boxaTransformOrdered ( BOXA *boxas, l_int32 shiftx, l_int32 shifty, l_float32 scalex, l_float32 scaley, l_int32 xcen, l_int32 ycen, l_float32 angle, l_int32 order ); LEPT_DLL extern BOX * boxTransformOrdered ( BOX *boxs, l_int32 shiftx, l_int32 shifty, l_float32 scalex, l_float32 scaley, l_int32 xcen, l_int32 ycen, l_float32 angle, l_int32 order ); LEPT_DLL extern BOXA * boxaRotateOrth ( BOXA *boxas, l_int32 w, l_int32 h, l_int32 rotation ); LEPT_DLL extern BOX * boxRotateOrth ( BOX *box, l_int32 w, l_int32 h, l_int32 rotation ); LEPT_DLL extern BOXA * boxaSort ( BOXA *boxas, l_int32 sorttype, l_int32 sortorder, NUMA **pnaindex ); LEPT_DLL extern BOXA * boxaBinSort ( BOXA *boxas, l_int32 sorttype, l_int32 sortorder, NUMA **pnaindex ); LEPT_DLL extern BOXA * boxaSortByIndex ( BOXA *boxas, NUMA *naindex ); LEPT_DLL extern BOXAA * boxaSort2d ( BOXA *boxas, NUMAA **pnaad, l_int32 delta1, l_int32 delta2, l_int32 minh1 ); LEPT_DLL extern BOXAA * boxaSort2dByIndex ( BOXA *boxas, NUMAA *naa ); LEPT_DLL extern l_int32 boxaExtractAsNuma ( BOXA *boxa, NUMA **pnax, NUMA **pnay, NUMA **pnaw, NUMA **pnah, l_int32 keepinvalid ); LEPT_DLL extern l_int32 boxaExtractAsPta ( BOXA *boxa, PTA **pptal, PTA **pptat, PTA **pptar, PTA **pptab, l_int32 keepinvalid ); LEPT_DLL extern BOX * boxaGetRankSize ( BOXA *boxa, l_float32 fract ); LEPT_DLL extern BOX * boxaGetMedian ( BOXA *boxa ); LEPT_DLL extern l_int32 boxaaGetExtent ( BOXAA *baa, l_int32 *pw, l_int32 *ph, BOX **pbox, BOXA **pboxa ); LEPT_DLL extern BOXA * boxaaFlattenToBoxa ( BOXAA *baa, NUMA **pnaindex, l_int32 copyflag ); LEPT_DLL extern BOXA * boxaaFlattenAligned ( BOXAA *baa, l_int32 num, BOX *fillerbox, l_int32 copyflag ); LEPT_DLL extern BOXAA * boxaEncapsulateAligned ( BOXA *boxa, l_int32 num, l_int32 copyflag ); LEPT_DLL extern l_int32 boxaaAlignBox ( BOXAA *baa, BOX *box, l_int32 delta, l_int32 *pindex ); LEPT_DLL extern PIX * pixMaskConnComp ( PIX *pixs, l_int32 connectivity, BOXA **pboxa ); LEPT_DLL extern PIX * pixMaskBoxa ( PIX *pixd, PIX *pixs, BOXA *boxa, l_int32 op ); LEPT_DLL extern PIX * pixPaintBoxa ( PIX *pixs, BOXA *boxa, l_uint32 val ); LEPT_DLL extern PIX * pixSetBlackOrWhiteBoxa ( PIX *pixs, BOXA *boxa, l_int32 op ); LEPT_DLL extern PIX * pixPaintBoxaRandom ( PIX *pixs, BOXA *boxa ); LEPT_DLL extern PIX * pixBlendBoxaRandom ( PIX *pixs, BOXA *boxa, l_float32 fract ); LEPT_DLL extern PIX * pixDrawBoxa ( PIX *pixs, BOXA *boxa, l_int32 width, l_uint32 val ); LEPT_DLL extern PIX * pixDrawBoxaRandom ( PIX *pixs, BOXA *boxa, l_int32 width ); LEPT_DLL extern PIX * boxaaDisplay ( BOXAA *baa, l_int32 linewba, l_int32 linewb, l_uint32 colorba, l_uint32 colorb, l_int32 w, l_int32 h ); LEPT_DLL extern BOXA * pixSplitIntoBoxa ( PIX *pixs, l_int32 minsum, l_int32 skipdist, l_int32 delta, l_int32 maxbg, l_int32 maxcomps, l_int32 remainder ); LEPT_DLL extern BOXA * pixSplitComponentIntoBoxa ( PIX *pix, BOX *box, l_int32 minsum, l_int32 skipdist, l_int32 delta, l_int32 maxbg, l_int32 maxcomps, l_int32 remainder ); LEPT_DLL extern l_int32 boxaCompareRegions ( BOXA *boxa1, BOXA *boxa2, l_int32 areathresh, l_int32 *pnsame, l_float32 *pdiffarea, l_float32 *pdiffxor, PIX **ppixdb ); LEPT_DLL extern BOXA * boxaSelectRange ( BOXA *boxas, l_int32 first, l_int32 last, l_int32 copyflag ); LEPT_DLL extern BOXAA * boxaaSelectRange ( BOXAA *baas, l_int32 first, l_int32 last, l_int32 copyflag ); LEPT_DLL extern BOXA * boxaSelectBySize ( BOXA *boxas, l_int32 width, l_int32 height, l_int32 type, l_int32 relation, l_int32 *pchanged ); LEPT_DLL extern NUMA * boxaMakeSizeIndicator ( BOXA *boxa, l_int32 width, l_int32 height, l_int32 type, l_int32 relation ); LEPT_DLL extern BOXA * boxaSelectByArea ( BOXA *boxas, l_int32 area, l_int32 relation, l_int32 *pchanged ); LEPT_DLL extern NUMA * boxaMakeAreaIndicator ( BOXA *boxa, l_int32 area, l_int32 relation ); LEPT_DLL extern BOXA * boxaSelectWithIndicator ( BOXA *boxas, NUMA *na, l_int32 *pchanged ); LEPT_DLL extern BOXA * boxaPermutePseudorandom ( BOXA *boxas ); LEPT_DLL extern BOXA * boxaPermuteRandom ( BOXA *boxad, BOXA *boxas ); LEPT_DLL extern l_int32 boxaSwapBoxes ( BOXA *boxa, l_int32 i, l_int32 j ); LEPT_DLL extern PTA * boxaConvertToPta ( BOXA *boxa, l_int32 ncorners ); LEPT_DLL extern BOXA * ptaConvertToBoxa ( PTA *pta, l_int32 ncorners ); LEPT_DLL extern BOXA * boxaSmoothSequence ( BOXA *boxas, l_float32 factor, l_int32 max_error, l_int32 debug ); LEPT_DLL extern BOXA * boxaLinearFit ( BOXA *boxas, l_float32 factor, l_int32 max_error, l_int32 debug ); LEPT_DLL extern BOXA * boxaConstrainSize ( BOXA *boxas, l_int32 width, l_int32 widthflag, l_int32 height, l_int32 heightflag ); LEPT_DLL extern BOXA * boxaReconcileEvenOddHeight ( BOXA *boxas, l_int32 sides, l_int32 delh, l_int32 op, l_float32 factor ); LEPT_DLL extern l_int32 boxaPlotSides ( BOXA *boxa, const char *plotname, NUMA **pnal, NUMA **pnat, NUMA **pnar, NUMA **pnab, l_int32 outformat ); LEPT_DLL extern l_int32 boxaGetExtent ( BOXA *boxa, l_int32 *pw, l_int32 *ph, BOX **pbox ); LEPT_DLL extern l_int32 boxaGetCoverage ( BOXA *boxa, l_int32 wc, l_int32 hc, l_int32 exactflag, l_float32 *pfract ); LEPT_DLL extern l_int32 boxaaSizeRange ( BOXAA *baa, l_int32 *pminw, l_int32 *pminh, l_int32 *pmaxw, l_int32 *pmaxh ); LEPT_DLL extern l_int32 boxaSizeRange ( BOXA *boxa, l_int32 *pminw, l_int32 *pminh, l_int32 *pmaxw, l_int32 *pmaxh ); LEPT_DLL extern l_int32 boxaLocationRange ( BOXA *boxa, l_int32 *pminx, l_int32 *pminy, l_int32 *pmaxx, l_int32 *pmaxy ); LEPT_DLL extern l_int32 boxaGetArea ( BOXA *boxa, l_int32 *parea ); LEPT_DLL extern PIX * boxaDisplayTiled ( BOXA *boxa, PIXA *pixa, l_int32 maxwidth, l_int32 linewidth, l_float32 scalefactor, l_int32 background, l_int32 spacing, l_int32 border, const char *fontdir ); LEPT_DLL extern L_BYTEA * l_byteaCreate ( size_t nbytes ); LEPT_DLL extern L_BYTEA * l_byteaInitFromMem ( l_uint8 *data, size_t size ); LEPT_DLL extern L_BYTEA * l_byteaInitFromFile ( const char *fname ); LEPT_DLL extern L_BYTEA * l_byteaInitFromStream ( FILE *fp ); LEPT_DLL extern L_BYTEA * l_byteaCopy ( L_BYTEA *bas, l_int32 copyflag ); LEPT_DLL extern void l_byteaDestroy ( L_BYTEA **pba ); LEPT_DLL extern size_t l_byteaGetSize ( L_BYTEA *ba ); LEPT_DLL extern l_uint8 * l_byteaGetData ( L_BYTEA *ba, size_t *psize ); LEPT_DLL extern l_uint8 * l_byteaCopyData ( L_BYTEA *ba, size_t *psize ); LEPT_DLL extern l_int32 l_byteaAppendData ( L_BYTEA *ba, l_uint8 *newdata, size_t newbytes ); LEPT_DLL extern l_int32 l_byteaAppendString ( L_BYTEA *ba, char *str ); LEPT_DLL extern l_int32 l_byteaJoin ( L_BYTEA *ba1, L_BYTEA **pba2 ); LEPT_DLL extern l_int32 l_byteaSplit ( L_BYTEA *ba1, size_t splitloc, L_BYTEA **pba2 ); LEPT_DLL extern l_int32 l_byteaFindEachSequence ( L_BYTEA *ba, l_uint8 *sequence, l_int32 seqlen, L_DNA **pda ); LEPT_DLL extern l_int32 l_byteaWrite ( const char *fname, L_BYTEA *ba, size_t startloc, size_t endloc ); LEPT_DLL extern l_int32 l_byteaWriteStream ( FILE *fp, L_BYTEA *ba, size_t startloc, size_t endloc ); LEPT_DLL extern CCBORDA * ccbaCreate ( PIX *pixs, l_int32 n ); LEPT_DLL extern void ccbaDestroy ( CCBORDA **pccba ); LEPT_DLL extern CCBORD * ccbCreate ( PIX *pixs ); LEPT_DLL extern void ccbDestroy ( CCBORD **pccb ); LEPT_DLL extern l_int32 ccbaAddCcb ( CCBORDA *ccba, CCBORD *ccb ); LEPT_DLL extern l_int32 ccbaGetCount ( CCBORDA *ccba ); LEPT_DLL extern CCBORD * ccbaGetCcb ( CCBORDA *ccba, l_int32 index ); LEPT_DLL extern CCBORDA * pixGetAllCCBorders ( PIX *pixs ); LEPT_DLL extern CCBORD * pixGetCCBorders ( PIX *pixs, BOX *box ); LEPT_DLL extern PTAA * pixGetOuterBordersPtaa ( PIX *pixs ); LEPT_DLL extern PTA * pixGetOuterBorderPta ( PIX *pixs, BOX *box ); LEPT_DLL extern l_int32 pixGetOuterBorder ( CCBORD *ccb, PIX *pixs, BOX *box ); LEPT_DLL extern l_int32 pixGetHoleBorder ( CCBORD *ccb, PIX *pixs, BOX *box, l_int32 xs, l_int32 ys ); LEPT_DLL extern l_int32 findNextBorderPixel ( l_int32 w, l_int32 h, l_uint32 *data, l_int32 wpl, l_int32 px, l_int32 py, l_int32 *pqpos, l_int32 *pnpx, l_int32 *pnpy ); LEPT_DLL extern void locateOutsideSeedPixel ( l_int32 fpx, l_int32 fpy, l_int32 spx, l_int32 spy, l_int32 *pxs, l_int32 *pys ); LEPT_DLL extern l_int32 ccbaGenerateGlobalLocs ( CCBORDA *ccba ); LEPT_DLL extern l_int32 ccbaGenerateStepChains ( CCBORDA *ccba ); LEPT_DLL extern l_int32 ccbaStepChainsToPixCoords ( CCBORDA *ccba, l_int32 coordtype ); LEPT_DLL extern l_int32 ccbaGenerateSPGlobalLocs ( CCBORDA *ccba, l_int32 ptsflag ); LEPT_DLL extern l_int32 ccbaGenerateSinglePath ( CCBORDA *ccba ); LEPT_DLL extern PTA * getCutPathForHole ( PIX *pix, PTA *pta, BOX *boxinner, l_int32 *pdir, l_int32 *plen ); LEPT_DLL extern PIX * ccbaDisplayBorder ( CCBORDA *ccba ); LEPT_DLL extern PIX * ccbaDisplaySPBorder ( CCBORDA *ccba ); LEPT_DLL extern PIX * ccbaDisplayImage1 ( CCBORDA *ccba ); LEPT_DLL extern PIX * ccbaDisplayImage2 ( CCBORDA *ccba ); LEPT_DLL extern l_int32 ccbaWrite ( const char *filename, CCBORDA *ccba ); LEPT_DLL extern l_int32 ccbaWriteStream ( FILE *fp, CCBORDA *ccba ); LEPT_DLL extern CCBORDA * ccbaRead ( const char *filename ); LEPT_DLL extern CCBORDA * ccbaReadStream ( FILE *fp ); LEPT_DLL extern l_int32 ccbaWriteSVG ( const char *filename, CCBORDA *ccba ); LEPT_DLL extern char * ccbaWriteSVGString ( const char *filename, CCBORDA *ccba ); LEPT_DLL extern PIX * pixThin ( PIX *pixs, l_int32 type, l_int32 connectivity, l_int32 maxiters ); LEPT_DLL extern PIX * pixThinGeneral ( PIX *pixs, l_int32 type, SELA *sela, l_int32 maxiters ); LEPT_DLL extern PIX * pixThinExamples ( PIX *pixs, l_int32 type, l_int32 index, l_int32 maxiters, const char *selfile ); LEPT_DLL extern l_int32 jbCorrelation ( const char *dirin, l_float32 thresh, l_float32 weight, l_int32 components, const char *rootname, l_int32 firstpage, l_int32 npages, l_int32 renderflag ); LEPT_DLL extern l_int32 jbRankHaus ( const char *dirin, l_int32 size, l_float32 rank, l_int32 components, const char *rootname, l_int32 firstpage, l_int32 npages, l_int32 renderflag ); LEPT_DLL extern JBCLASSER * jbWordsInTextlines ( const char *dirin, l_int32 reduction, l_int32 maxwidth, l_int32 maxheight, l_float32 thresh, l_float32 weight, NUMA **pnatl, l_int32 firstpage, l_int32 npages ); LEPT_DLL extern l_int32 pixGetWordsInTextlines ( PIX *pixs, l_int32 reduction, l_int32 minwidth, l_int32 minheight, l_int32 maxwidth, l_int32 maxheight, BOXA **pboxad, PIXA **ppixad, NUMA **pnai ); LEPT_DLL extern l_int32 pixGetWordBoxesInTextlines ( PIX *pixs, l_int32 reduction, l_int32 minwidth, l_int32 minheight, l_int32 maxwidth, l_int32 maxheight, BOXA **pboxad, NUMA **pnai ); LEPT_DLL extern NUMAA * boxaExtractSortedPattern ( BOXA *boxa, NUMA *na ); LEPT_DLL extern l_int32 numaaCompareImagesByBoxes ( NUMAA *naa1, NUMAA *naa2, l_int32 nperline, l_int32 nreq, l_int32 maxshiftx, l_int32 maxshifty, l_int32 delx, l_int32 dely, l_int32 *psame, l_int32 debugflag ); LEPT_DLL extern l_int32 pixColorContent ( PIX *pixs, l_int32 rwhite, l_int32 gwhite, l_int32 bwhite, l_int32 mingray, PIX **ppixr, PIX **ppixg, PIX **ppixb ); LEPT_DLL extern PIX * pixColorMagnitude ( PIX *pixs, l_int32 rwhite, l_int32 gwhite, l_int32 bwhite, l_int32 type ); LEPT_DLL extern PIX * pixMaskOverColorPixels ( PIX *pixs, l_int32 threshdiff, l_int32 mindist ); LEPT_DLL extern l_int32 pixColorFraction ( PIX *pixs, l_int32 darkthresh, l_int32 lightthresh, l_int32 diffthresh, l_int32 factor, l_float32 *ppixfract, l_float32 *pcolorfract ); LEPT_DLL extern l_int32 pixNumSignificantGrayColors ( PIX *pixs, l_int32 darkthresh, l_int32 lightthresh, l_float32 minfract, l_int32 factor, l_int32 *pncolors ); LEPT_DLL extern l_int32 pixColorsForQuantization ( PIX *pixs, l_int32 thresh, l_int32 *pncolors, l_int32 *piscolor, l_int32 debug ); LEPT_DLL extern l_int32 pixNumColors ( PIX *pixs, l_int32 factor, l_int32 *pncolors ); LEPT_DLL extern l_int32 pixGetMostPopulatedColors ( PIX *pixs, l_int32 sigbits, l_int32 factor, l_int32 ncolors, l_uint32 **parray, PIXCMAP **pcmap ); LEPT_DLL extern PIX * pixSimpleColorQuantize ( PIX *pixs, l_int32 sigbits, l_int32 factor, l_int32 ncolors ); LEPT_DLL extern NUMA * pixGetRGBHistogram ( PIX *pixs, l_int32 sigbits, l_int32 factor ); LEPT_DLL extern l_int32 makeRGBIndexTables ( l_uint32 **prtab, l_uint32 **pgtab, l_uint32 **pbtab, l_int32 sigbits ); LEPT_DLL extern l_int32 getRGBFromIndex ( l_uint32 index, l_int32 sigbits, l_int32 *prval, l_int32 *pgval, l_int32 *pbval ); LEPT_DLL extern PIX * pixColorGrayRegions ( PIX *pixs, BOXA *boxa, l_int32 type, l_int32 thresh, l_int32 rval, l_int32 gval, l_int32 bval ); LEPT_DLL extern l_int32 pixColorGray ( PIX *pixs, BOX *box, l_int32 type, l_int32 thresh, l_int32 rval, l_int32 gval, l_int32 bval ); LEPT_DLL extern PIX * pixSnapColor ( PIX *pixd, PIX *pixs, l_uint32 srcval, l_uint32 dstval, l_int32 diff ); LEPT_DLL extern PIX * pixSnapColorCmap ( PIX *pixd, PIX *pixs, l_uint32 srcval, l_uint32 dstval, l_int32 diff ); LEPT_DLL extern PIX * pixLinearMapToTargetColor ( PIX *pixd, PIX *pixs, l_uint32 srcval, l_uint32 dstval ); LEPT_DLL extern l_int32 pixelLinearMapToTargetColor ( l_uint32 scolor, l_uint32 srcmap, l_uint32 dstmap, l_uint32 *pdcolor ); LEPT_DLL extern PIX * pixShiftByComponent ( PIX *pixd, PIX *pixs, l_uint32 srcval, l_uint32 dstval ); LEPT_DLL extern l_int32 pixelShiftByComponent ( l_int32 rval, l_int32 gval, l_int32 bval, l_uint32 srcval, l_uint32 dstval, l_uint32 *ppixel ); LEPT_DLL extern l_int32 pixelFractionalShift ( l_int32 rval, l_int32 gval, l_int32 bval, l_float32 fraction, l_uint32 *ppixel ); LEPT_DLL extern PIXCMAP * pixcmapCreate ( l_int32 depth ); LEPT_DLL extern PIXCMAP * pixcmapCreateRandom ( l_int32 depth, l_int32 hasblack, l_int32 haswhite ); LEPT_DLL extern PIXCMAP * pixcmapCreateLinear ( l_int32 d, l_int32 nlevels ); LEPT_DLL extern PIXCMAP * pixcmapCopy ( PIXCMAP *cmaps ); LEPT_DLL extern void pixcmapDestroy ( PIXCMAP **pcmap ); LEPT_DLL extern l_int32 pixcmapAddColor ( PIXCMAP *cmap, l_int32 rval, l_int32 gval, l_int32 bval ); LEPT_DLL extern l_int32 pixcmapAddRGBA ( PIXCMAP *cmap, l_int32 rval, l_int32 gval, l_int32 bval, l_int32 aval ); LEPT_DLL extern l_int32 pixcmapAddNewColor ( PIXCMAP *cmap, l_int32 rval, l_int32 gval, l_int32 bval, l_int32 *pindex ); LEPT_DLL extern l_int32 pixcmapAddNearestColor ( PIXCMAP *cmap, l_int32 rval, l_int32 gval, l_int32 bval, l_int32 *pindex ); LEPT_DLL extern l_int32 pixcmapUsableColor ( PIXCMAP *cmap, l_int32 rval, l_int32 gval, l_int32 bval, l_int32 *pusable ); LEPT_DLL extern l_int32 pixcmapAddBlackOrWhite ( PIXCMAP *cmap, l_int32 color, l_int32 *pindex ); LEPT_DLL extern l_int32 pixcmapSetBlackAndWhite ( PIXCMAP *cmap, l_int32 setblack, l_int32 setwhite ); LEPT_DLL extern l_int32 pixcmapGetCount ( PIXCMAP *cmap ); LEPT_DLL extern l_int32 pixcmapGetFreeCount ( PIXCMAP *cmap ); LEPT_DLL extern l_int32 pixcmapGetDepth ( PIXCMAP *cmap ); LEPT_DLL extern l_int32 pixcmapGetMinDepth ( PIXCMAP *cmap, l_int32 *pmindepth ); LEPT_DLL extern l_int32 pixcmapClear ( PIXCMAP *cmap ); LEPT_DLL extern l_int32 pixcmapGetColor ( PIXCMAP *cmap, l_int32 index, l_int32 *prval, l_int32 *pgval, l_int32 *pbval ); LEPT_DLL extern l_int32 pixcmapGetColor32 ( PIXCMAP *cmap, l_int32 index, l_uint32 *pval32 ); LEPT_DLL extern l_int32 pixcmapGetRGBA ( PIXCMAP *cmap, l_int32 index, l_int32 *prval, l_int32 *pgval, l_int32 *pbval, l_int32 *paval ); LEPT_DLL extern l_int32 pixcmapGetRGBA32 ( PIXCMAP *cmap, l_int32 index, l_uint32 *pval32 ); LEPT_DLL extern l_int32 pixcmapResetColor ( PIXCMAP *cmap, l_int32 index, l_int32 rval, l_int32 gval, l_int32 bval ); LEPT_DLL extern l_int32 pixcmapGetIndex ( PIXCMAP *cmap, l_int32 rval, l_int32 gval, l_int32 bval, l_int32 *pindex ); LEPT_DLL extern l_int32 pixcmapHasColor ( PIXCMAP *cmap, l_int32 *pcolor ); LEPT_DLL extern l_int32 pixcmapIsOpaque ( PIXCMAP *cmap, l_int32 *popaque ); LEPT_DLL extern l_int32 pixcmapCountGrayColors ( PIXCMAP *cmap, l_int32 *pngray ); LEPT_DLL extern l_int32 pixcmapGetRankIntensity ( PIXCMAP *cmap, l_float32 rankval, l_int32 *pindex ); LEPT_DLL extern l_int32 pixcmapGetNearestIndex ( PIXCMAP *cmap, l_int32 rval, l_int32 gval, l_int32 bval, l_int32 *pindex ); LEPT_DLL extern l_int32 pixcmapGetNearestGrayIndex ( PIXCMAP *cmap, l_int32 val, l_int32 *pindex ); LEPT_DLL extern l_int32 pixcmapGetComponentRange ( PIXCMAP *cmap, l_int32 color, l_int32 *pminval, l_int32 *pmaxval ); LEPT_DLL extern l_int32 pixcmapGetExtremeValue ( PIXCMAP *cmap, l_int32 type, l_int32 *prval, l_int32 *pgval, l_int32 *pbval ); LEPT_DLL extern PIXCMAP * pixcmapGrayToColor ( l_uint32 color ); LEPT_DLL extern PIXCMAP * pixcmapColorToGray ( PIXCMAP *cmaps, l_float32 rwt, l_float32 gwt, l_float32 bwt ); LEPT_DLL extern PIXCMAP * pixcmapReadStream ( FILE *fp ); LEPT_DLL extern l_int32 pixcmapWriteStream ( FILE *fp, PIXCMAP *cmap ); LEPT_DLL extern l_int32 pixcmapToArrays ( PIXCMAP *cmap, l_int32 **prmap, l_int32 **pgmap, l_int32 **pbmap, l_int32 **pamap ); LEPT_DLL extern l_int32 pixcmapToRGBTable ( PIXCMAP *cmap, l_uint32 **ptab, l_int32 *pncolors ); LEPT_DLL extern l_int32 pixcmapSerializeToMemory ( PIXCMAP *cmap, l_int32 cpc, l_int32 *pncolors, l_uint8 **pdata ); LEPT_DLL extern PIXCMAP * pixcmapDeserializeFromMemory ( l_uint8 *data, l_int32 cpc, l_int32 ncolors ); LEPT_DLL extern char * pixcmapConvertToHex ( l_uint8 *data, l_int32 ncolors ); LEPT_DLL extern l_int32 pixcmapGammaTRC ( PIXCMAP *cmap, l_float32 gamma, l_int32 minval, l_int32 maxval ); LEPT_DLL extern l_int32 pixcmapContrastTRC ( PIXCMAP *cmap, l_float32 factor ); LEPT_DLL extern l_int32 pixcmapShiftIntensity ( PIXCMAP *cmap, l_float32 fraction ); LEPT_DLL extern l_int32 pixcmapShiftByComponent ( PIXCMAP *cmap, l_uint32 srcval, l_uint32 dstval ); LEPT_DLL extern PIX * pixColorMorph ( PIX *pixs, l_int32 type, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern PIX * pixOctreeColorQuant ( PIX *pixs, l_int32 colors, l_int32 ditherflag ); LEPT_DLL extern PIX * pixOctreeColorQuantGeneral ( PIX *pixs, l_int32 colors, l_int32 ditherflag, l_float32 validthresh, l_float32 colorthresh ); LEPT_DLL extern l_int32 makeRGBToIndexTables ( l_uint32 **prtab, l_uint32 **pgtab, l_uint32 **pbtab, l_int32 cqlevels ); LEPT_DLL extern void getOctcubeIndexFromRGB ( l_int32 rval, l_int32 gval, l_int32 bval, l_uint32 *rtab, l_uint32 *gtab, l_uint32 *btab, l_uint32 *pindex ); LEPT_DLL extern PIX * pixOctreeQuantByPopulation ( PIX *pixs, l_int32 level, l_int32 ditherflag ); LEPT_DLL extern PIX * pixOctreeQuantNumColors ( PIX *pixs, l_int32 maxcolors, l_int32 subsample ); LEPT_DLL extern PIX * pixOctcubeQuantMixedWithGray ( PIX *pixs, l_int32 depth, l_int32 graylevels, l_int32 delta ); LEPT_DLL extern PIX * pixFixedOctcubeQuant256 ( PIX *pixs, l_int32 ditherflag ); LEPT_DLL extern PIX * pixFewColorsOctcubeQuant1 ( PIX *pixs, l_int32 level ); LEPT_DLL extern PIX * pixFewColorsOctcubeQuant2 ( PIX *pixs, l_int32 level, NUMA *na, l_int32 ncolors, l_int32 *pnerrors ); LEPT_DLL extern PIX * pixFewColorsOctcubeQuantMixed ( PIX *pixs, l_int32 level, l_int32 darkthresh, l_int32 lightthresh, l_int32 diffthresh, l_float32 minfract, l_int32 maxspan ); LEPT_DLL extern PIX * pixFixedOctcubeQuantGenRGB ( PIX *pixs, l_int32 level ); LEPT_DLL extern PIX * pixQuantFromCmap ( PIX *pixs, PIXCMAP *cmap, l_int32 mindepth, l_int32 level, l_int32 metric ); LEPT_DLL extern PIX * pixOctcubeQuantFromCmap ( PIX *pixs, PIXCMAP *cmap, l_int32 mindepth, l_int32 level, l_int32 metric ); LEPT_DLL extern PIX * pixOctcubeQuantFromCmapLUT ( PIX *pixs, PIXCMAP *cmap, l_int32 mindepth, l_int32 *cmaptab, l_uint32 *rtab, l_uint32 *gtab, l_uint32 *btab ); LEPT_DLL extern NUMA * pixOctcubeHistogram ( PIX *pixs, l_int32 level, l_int32 *pncolors ); LEPT_DLL extern l_int32 * pixcmapToOctcubeLUT ( PIXCMAP *cmap, l_int32 level, l_int32 metric ); LEPT_DLL extern l_int32 pixRemoveUnusedColors ( PIX *pixs ); LEPT_DLL extern l_int32 pixNumberOccupiedOctcubes ( PIX *pix, l_int32 level, l_int32 mincount, l_float32 minfract, l_int32 *pncolors ); LEPT_DLL extern PIX * pixMedianCutQuant ( PIX *pixs, l_int32 ditherflag ); LEPT_DLL extern PIX * pixMedianCutQuantGeneral ( PIX *pixs, l_int32 ditherflag, l_int32 outdepth, l_int32 maxcolors, l_int32 sigbits, l_int32 maxsub, l_int32 checkbw ); LEPT_DLL extern PIX * pixMedianCutQuantMixed ( PIX *pixs, l_int32 ncolor, l_int32 ngray, l_int32 darkthresh, l_int32 lightthresh, l_int32 diffthresh ); LEPT_DLL extern PIX * pixFewColorsMedianCutQuantMixed ( PIX *pixs, l_int32 ncolor, l_int32 ngray, l_int32 maxncolors, l_int32 darkthresh, l_int32 lightthresh, l_int32 diffthresh ); LEPT_DLL extern l_int32 * pixMedianCutHisto ( PIX *pixs, l_int32 sigbits, l_int32 subsample ); LEPT_DLL extern PIX * pixColorSegment ( PIX *pixs, l_int32 maxdist, l_int32 maxcolors, l_int32 selsize, l_int32 finalcolors ); LEPT_DLL extern PIX * pixColorSegmentCluster ( PIX *pixs, l_int32 maxdist, l_int32 maxcolors ); LEPT_DLL extern l_int32 pixAssignToNearestColor ( PIX *pixd, PIX *pixs, PIX *pixm, l_int32 level, l_int32 *countarray ); LEPT_DLL extern l_int32 pixColorSegmentClean ( PIX *pixs, l_int32 selsize, l_int32 *countarray ); LEPT_DLL extern l_int32 pixColorSegmentRemoveColors ( PIX *pixd, PIX *pixs, l_int32 finalcolors ); LEPT_DLL extern PIX * pixConvertRGBToHSV ( PIX *pixd, PIX *pixs ); LEPT_DLL extern PIX * pixConvertHSVToRGB ( PIX *pixd, PIX *pixs ); LEPT_DLL extern l_int32 convertRGBToHSV ( l_int32 rval, l_int32 gval, l_int32 bval, l_int32 *phval, l_int32 *psval, l_int32 *pvval ); LEPT_DLL extern l_int32 convertHSVToRGB ( l_int32 hval, l_int32 sval, l_int32 vval, l_int32 *prval, l_int32 *pgval, l_int32 *pbval ); LEPT_DLL extern l_int32 pixcmapConvertRGBToHSV ( PIXCMAP *cmap ); LEPT_DLL extern l_int32 pixcmapConvertHSVToRGB ( PIXCMAP *cmap ); LEPT_DLL extern PIX * pixConvertRGBToHue ( PIX *pixs ); LEPT_DLL extern PIX * pixConvertRGBToSaturation ( PIX *pixs ); LEPT_DLL extern PIX * pixConvertRGBToValue ( PIX *pixs ); LEPT_DLL extern PIX * pixMakeRangeMaskHS ( PIX *pixs, l_int32 huecenter, l_int32 huehw, l_int32 satcenter, l_int32 sathw, l_int32 regionflag ); LEPT_DLL extern PIX * pixMakeRangeMaskHV ( PIX *pixs, l_int32 huecenter, l_int32 huehw, l_int32 valcenter, l_int32 valhw, l_int32 regionflag ); LEPT_DLL extern PIX * pixMakeRangeMaskSV ( PIX *pixs, l_int32 satcenter, l_int32 sathw, l_int32 valcenter, l_int32 valhw, l_int32 regionflag ); LEPT_DLL extern PIX * pixMakeHistoHS ( PIX *pixs, l_int32 factor, NUMA **pnahue, NUMA **pnasat ); LEPT_DLL extern PIX * pixMakeHistoHV ( PIX *pixs, l_int32 factor, NUMA **pnahue, NUMA **pnaval ); LEPT_DLL extern PIX * pixMakeHistoSV ( PIX *pixs, l_int32 factor, NUMA **pnasat, NUMA **pnaval ); LEPT_DLL extern l_int32 pixFindHistoPeaksHSV ( PIX *pixs, l_int32 type, l_int32 width, l_int32 height, l_int32 npeaks, l_float32 erasefactor, PTA **ppta, NUMA **pnatot, PIXA **ppixa ); LEPT_DLL extern PIX * displayHSVColorRange ( l_int32 hval, l_int32 sval, l_int32 vval, l_int32 huehw, l_int32 sathw, l_int32 nsamp, l_int32 factor ); LEPT_DLL extern PIX * pixConvertRGBToYUV ( PIX *pixd, PIX *pixs ); LEPT_DLL extern PIX * pixConvertYUVToRGB ( PIX *pixd, PIX *pixs ); LEPT_DLL extern l_int32 convertRGBToYUV ( l_int32 rval, l_int32 gval, l_int32 bval, l_int32 *pyval, l_int32 *puval, l_int32 *pvval ); LEPT_DLL extern l_int32 convertYUVToRGB ( l_int32 yval, l_int32 uval, l_int32 vval, l_int32 *prval, l_int32 *pgval, l_int32 *pbval ); LEPT_DLL extern l_int32 pixcmapConvertRGBToYUV ( PIXCMAP *cmap ); LEPT_DLL extern l_int32 pixcmapConvertYUVToRGB ( PIXCMAP *cmap ); LEPT_DLL extern l_int32 pixEqual ( PIX *pix1, PIX *pix2, l_int32 *psame ); LEPT_DLL extern l_int32 pixEqualWithAlpha ( PIX *pix1, PIX *pix2, l_int32 use_alpha, l_int32 *psame ); LEPT_DLL extern l_int32 pixEqualWithCmap ( PIX *pix1, PIX *pix2, l_int32 *psame ); LEPT_DLL extern l_int32 pixUsesCmapColor ( PIX *pixs, l_int32 *pcolor ); LEPT_DLL extern l_int32 pixCorrelationBinary ( PIX *pix1, PIX *pix2, l_float32 *pval ); LEPT_DLL extern PIX * pixDisplayDiffBinary ( PIX *pix1, PIX *pix2 ); LEPT_DLL extern l_int32 pixCompareBinary ( PIX *pix1, PIX *pix2, l_int32 comptype, l_float32 *pfract, PIX **ppixdiff ); LEPT_DLL extern l_int32 pixCompareGrayOrRGB ( PIX *pix1, PIX *pix2, l_int32 comptype, l_int32 plottype, l_int32 *psame, l_float32 *pdiff, l_float32 *prmsdiff, PIX **ppixdiff ); LEPT_DLL extern l_int32 pixCompareGray ( PIX *pix1, PIX *pix2, l_int32 comptype, l_int32 plottype, l_int32 *psame, l_float32 *pdiff, l_float32 *prmsdiff, PIX **ppixdiff ); LEPT_DLL extern l_int32 pixCompareRGB ( PIX *pix1, PIX *pix2, l_int32 comptype, l_int32 plottype, l_int32 *psame, l_float32 *pdiff, l_float32 *prmsdiff, PIX **ppixdiff ); LEPT_DLL extern l_int32 pixCompareTiled ( PIX *pix1, PIX *pix2, l_int32 sx, l_int32 sy, l_int32 type, PIX **ppixdiff ); LEPT_DLL extern NUMA * pixCompareRankDifference ( PIX *pix1, PIX *pix2, l_int32 factor ); LEPT_DLL extern l_int32 pixTestForSimilarity ( PIX *pix1, PIX *pix2, l_int32 factor, l_int32 mindiff, l_float32 maxfract, l_float32 maxave, l_int32 *psimilar, l_int32 printstats ); LEPT_DLL extern l_int32 pixGetDifferenceStats ( PIX *pix1, PIX *pix2, l_int32 factor, l_int32 mindiff, l_float32 *pfractdiff, l_float32 *pavediff, l_int32 printstats ); LEPT_DLL extern NUMA * pixGetDifferenceHistogram ( PIX *pix1, PIX *pix2, l_int32 factor ); LEPT_DLL extern l_int32 pixGetPerceptualDiff ( PIX *pixs1, PIX *pixs2, l_int32 sampling, l_int32 dilation, l_int32 mindiff, l_float32 *pfract, PIX **ppixdiff1, PIX **ppixdiff2 ); LEPT_DLL extern l_int32 pixGetPSNR ( PIX *pix1, PIX *pix2, l_int32 factor, l_float32 *ppsnr ); LEPT_DLL extern l_int32 pixCompareWithTranslation ( PIX *pix1, PIX *pix2, l_int32 thresh, l_int32 *pdelx, l_int32 *pdely, l_float32 *pscore, l_int32 debugflag ); LEPT_DLL extern l_int32 pixBestCorrelation ( PIX *pix1, PIX *pix2, l_int32 area1, l_int32 area2, l_int32 etransx, l_int32 etransy, l_int32 maxshift, l_int32 *tab8, l_int32 *pdelx, l_int32 *pdely, l_float32 *pscore, l_int32 debugflag ); LEPT_DLL extern BOXA * pixConnComp ( PIX *pixs, PIXA **ppixa, l_int32 connectivity ); LEPT_DLL extern BOXA * pixConnCompPixa ( PIX *pixs, PIXA **ppixa, l_int32 connectivity ); LEPT_DLL extern BOXA * pixConnCompBB ( PIX *pixs, l_int32 connectivity ); LEPT_DLL extern l_int32 pixCountConnComp ( PIX *pixs, l_int32 connectivity, l_int32 *pcount ); LEPT_DLL extern l_int32 nextOnPixelInRaster ( PIX *pixs, l_int32 xstart, l_int32 ystart, l_int32 *px, l_int32 *py ); LEPT_DLL extern l_int32 nextOnPixelInRasterLow ( l_uint32 *data, l_int32 w, l_int32 h, l_int32 wpl, l_int32 xstart, l_int32 ystart, l_int32 *px, l_int32 *py ); LEPT_DLL extern BOX * pixSeedfillBB ( PIX *pixs, L_STACK *stack, l_int32 x, l_int32 y, l_int32 connectivity ); LEPT_DLL extern BOX * pixSeedfill4BB ( PIX *pixs, L_STACK *stack, l_int32 x, l_int32 y ); LEPT_DLL extern BOX * pixSeedfill8BB ( PIX *pixs, L_STACK *stack, l_int32 x, l_int32 y ); LEPT_DLL extern l_int32 pixSeedfill ( PIX *pixs, L_STACK *stack, l_int32 x, l_int32 y, l_int32 connectivity ); LEPT_DLL extern l_int32 pixSeedfill4 ( PIX *pixs, L_STACK *stack, l_int32 x, l_int32 y ); LEPT_DLL extern l_int32 pixSeedfill8 ( PIX *pixs, L_STACK *stack, l_int32 x, l_int32 y ); LEPT_DLL extern l_int32 convertFilesTo1bpp ( const char *dirin, const char *substr, l_int32 upscaling, l_int32 thresh, l_int32 firstpage, l_int32 npages, const char *dirout, l_int32 outformat ); LEPT_DLL extern PIX * pixBlockconv ( PIX *pix, l_int32 wc, l_int32 hc ); LEPT_DLL extern PIX * pixBlockconvGray ( PIX *pixs, PIX *pixacc, l_int32 wc, l_int32 hc ); LEPT_DLL extern PIX * pixBlockconvAccum ( PIX *pixs ); LEPT_DLL extern PIX * pixBlockconvGrayUnnormalized ( PIX *pixs, l_int32 wc, l_int32 hc ); LEPT_DLL extern PIX * pixBlockconvTiled ( PIX *pix, l_int32 wc, l_int32 hc, l_int32 nx, l_int32 ny ); LEPT_DLL extern PIX * pixBlockconvGrayTile ( PIX *pixs, PIX *pixacc, l_int32 wc, l_int32 hc ); LEPT_DLL extern l_int32 pixWindowedStats ( PIX *pixs, l_int32 wc, l_int32 hc, l_int32 hasborder, PIX **ppixm, PIX **ppixms, FPIX **pfpixv, FPIX **pfpixrv ); LEPT_DLL extern PIX * pixWindowedMean ( PIX *pixs, l_int32 wc, l_int32 hc, l_int32 hasborder, l_int32 normflag ); LEPT_DLL extern PIX * pixWindowedMeanSquare ( PIX *pixs, l_int32 wc, l_int32 hc, l_int32 hasborder ); LEPT_DLL extern l_int32 pixWindowedVariance ( PIX *pixm, PIX *pixms, FPIX **pfpixv, FPIX **pfpixrv ); LEPT_DLL extern DPIX * pixMeanSquareAccum ( PIX *pixs ); LEPT_DLL extern PIX * pixBlockrank ( PIX *pixs, PIX *pixacc, l_int32 wc, l_int32 hc, l_float32 rank ); LEPT_DLL extern PIX * pixBlocksum ( PIX *pixs, PIX *pixacc, l_int32 wc, l_int32 hc ); LEPT_DLL extern PIX * pixCensusTransform ( PIX *pixs, l_int32 halfsize, PIX *pixacc ); LEPT_DLL extern PIX * pixConvolve ( PIX *pixs, L_KERNEL *kel, l_int32 outdepth, l_int32 normflag ); LEPT_DLL extern PIX * pixConvolveSep ( PIX *pixs, L_KERNEL *kelx, L_KERNEL *kely, l_int32 outdepth, l_int32 normflag ); LEPT_DLL extern PIX * pixConvolveRGB ( PIX *pixs, L_KERNEL *kel ); LEPT_DLL extern PIX * pixConvolveRGBSep ( PIX *pixs, L_KERNEL *kelx, L_KERNEL *kely ); LEPT_DLL extern FPIX * fpixConvolve ( FPIX *fpixs, L_KERNEL *kel, l_int32 normflag ); LEPT_DLL extern FPIX * fpixConvolveSep ( FPIX *fpixs, L_KERNEL *kelx, L_KERNEL *kely, l_int32 normflag ); LEPT_DLL extern PIX * pixConvolveWithBias ( PIX *pixs, L_KERNEL *kel1, L_KERNEL *kel2, l_int32 force8, l_int32 *pbias ); LEPT_DLL extern void l_setConvolveSampling ( l_int32 xfact, l_int32 yfact ); LEPT_DLL extern PIX * pixAddGaussianNoise ( PIX *pixs, l_float32 stdev ); LEPT_DLL extern l_float32 gaussDistribSampling ( ); LEPT_DLL extern void blockconvLow ( l_uint32 *data, l_int32 w, l_int32 h, l_int32 wpl, l_uint32 *dataa, l_int32 wpla, l_int32 wc, l_int32 hc ); LEPT_DLL extern void blockconvAccumLow ( l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 d, l_int32 wpls ); LEPT_DLL extern void blocksumLow ( l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpl, l_uint32 *dataa, l_int32 wpla, l_int32 wc, l_int32 hc ); LEPT_DLL extern l_int32 pixCorrelationScore ( PIX *pix1, PIX *pix2, l_int32 area1, l_int32 area2, l_float32 delx, l_float32 dely, l_int32 maxdiffw, l_int32 maxdiffh, l_int32 *tab, l_float32 *pscore ); LEPT_DLL extern l_int32 pixCorrelationScoreThresholded ( PIX *pix1, PIX *pix2, l_int32 area1, l_int32 area2, l_float32 delx, l_float32 dely, l_int32 maxdiffw, l_int32 maxdiffh, l_int32 *tab, l_int32 *downcount, l_float32 score_threshold ); LEPT_DLL extern l_int32 pixCorrelationScoreSimple ( PIX *pix1, PIX *pix2, l_int32 area1, l_int32 area2, l_float32 delx, l_float32 dely, l_int32 maxdiffw, l_int32 maxdiffh, l_int32 *tab, l_float32 *pscore ); LEPT_DLL extern l_int32 pixCorrelationScoreShifted ( PIX *pix1, PIX *pix2, l_int32 area1, l_int32 area2, l_int32 delx, l_int32 dely, l_int32 *tab, l_float32 *pscore ); LEPT_DLL extern L_DEWARP * dewarpCreate ( PIX *pixs, l_int32 pageno ); LEPT_DLL extern L_DEWARP * dewarpCreateRef ( l_int32 pageno, l_int32 refpage ); LEPT_DLL extern void dewarpDestroy ( L_DEWARP **pdew ); LEPT_DLL extern L_DEWARPA * dewarpaCreate ( l_int32 nptrs, l_int32 sampling, l_int32 redfactor, l_int32 minlines, l_int32 maxdist ); LEPT_DLL extern L_DEWARPA * dewarpaCreateFromPixacomp ( PIXAC *pixac, l_int32 useboth, l_int32 sampling, l_int32 minlines, l_int32 maxdist ); LEPT_DLL extern void dewarpaDestroy ( L_DEWARPA **pdewa ); LEPT_DLL extern l_int32 dewarpaDestroyDewarp ( L_DEWARPA *dewa, l_int32 pageno ); LEPT_DLL extern l_int32 dewarpaInsertDewarp ( L_DEWARPA *dewa, L_DEWARP *dew ); LEPT_DLL extern L_DEWARP * dewarpaGetDewarp ( L_DEWARPA *dewa, l_int32 index ); LEPT_DLL extern l_int32 dewarpaSetCurvatures ( L_DEWARPA *dewa, l_int32 max_linecurv, l_int32 min_diff_linecurv, l_int32 max_diff_linecurv, l_int32 max_edgecurv, l_int32 max_diff_edgecurv ); LEPT_DLL extern l_int32 dewarpaUseBothArrays ( L_DEWARPA *dewa, l_int32 useboth ); LEPT_DLL extern l_int32 dewarpaSetMaxDistance ( L_DEWARPA *dewa, l_int32 maxdist ); LEPT_DLL extern L_DEWARP * dewarpRead ( const char *filename ); LEPT_DLL extern L_DEWARP * dewarpReadStream ( FILE *fp ); LEPT_DLL extern l_int32 dewarpWrite ( const char *filename, L_DEWARP *dew ); LEPT_DLL extern l_int32 dewarpWriteStream ( FILE *fp, L_DEWARP *dew ); LEPT_DLL extern L_DEWARPA * dewarpaRead ( const char *filename ); LEPT_DLL extern L_DEWARPA * dewarpaReadStream ( FILE *fp ); LEPT_DLL extern l_int32 dewarpaWrite ( const char *filename, L_DEWARPA *dewa ); LEPT_DLL extern l_int32 dewarpaWriteStream ( FILE *fp, L_DEWARPA *dewa ); LEPT_DLL extern l_int32 dewarpBuildPageModel ( L_DEWARP *dew, const char *debugfile ); LEPT_DLL extern l_int32 dewarpFindVertDisparity ( L_DEWARP *dew, PTAA *ptaa, l_int32 rotflag ); LEPT_DLL extern l_int32 dewarpFindHorizDisparity ( L_DEWARP *dew, PTAA *ptaa ); LEPT_DLL extern PTAA * dewarpGetTextlineCenters ( PIX *pixs, l_int32 debugflag ); LEPT_DLL extern PTAA * dewarpRemoveShortLines ( PIX *pixs, PTAA *ptaas, l_float32 fract, l_int32 debugflag ); LEPT_DLL extern l_int32 dewarpBuildLineModel ( L_DEWARP *dew, l_int32 opensize, const char *debugfile ); LEPT_DLL extern l_int32 dewarpaModelStatus ( L_DEWARPA *dewa, l_int32 pageno, l_int32 *pvsuccess, l_int32 *phsuccess ); LEPT_DLL extern l_int32 dewarpaApplyDisparity ( L_DEWARPA *dewa, l_int32 pageno, PIX *pixs, l_int32 grayin, l_int32 x, l_int32 y, PIX **ppixd, const char *debugfile ); LEPT_DLL extern l_int32 dewarpMinimize ( L_DEWARP *dew ); LEPT_DLL extern l_int32 dewarpPopulateFullRes ( L_DEWARP *dew, PIX *pix, l_int32 x, l_int32 y ); LEPT_DLL extern l_int32 dewarpSinglePage ( PIX *pixs, l_int32 thresh, l_int32 adaptive, l_int32 both, PIX **ppixd, L_DEWARPA **pdewa, l_int32 debug ); LEPT_DLL extern l_int32 dewarpaListPages ( L_DEWARPA *dewa ); LEPT_DLL extern l_int32 dewarpaSetValidModels ( L_DEWARPA *dewa, l_int32 notests, l_int32 debug ); LEPT_DLL extern l_int32 dewarpaInsertRefModels ( L_DEWARPA *dewa, l_int32 notests, l_int32 debug ); LEPT_DLL extern l_int32 dewarpaStripRefModels ( L_DEWARPA *dewa ); LEPT_DLL extern l_int32 dewarpaRestoreModels ( L_DEWARPA *dewa ); LEPT_DLL extern l_int32 dewarpaInfo ( FILE *fp, L_DEWARPA *dewa ); LEPT_DLL extern l_int32 dewarpaModelStats ( L_DEWARPA *dewa, l_int32 *pnnone, l_int32 *pnvsuccess, l_int32 *pnvvalid, l_int32 *pnhsuccess, l_int32 *pnhvalid, l_int32 *pnref ); LEPT_DLL extern l_int32 dewarpaShowArrays ( L_DEWARPA *dewa, l_float32 scalefact, l_int32 first, l_int32 last ); LEPT_DLL extern l_int32 dewarpDebug ( L_DEWARP *dew, const char *subdir, l_int32 index ); LEPT_DLL extern l_int32 dewarpShowResults ( L_DEWARPA *dewa, SARRAY *sa, BOXA *boxa, l_int32 firstpage, l_int32 lastpage, const char *pdfout ); LEPT_DLL extern L_DNA * l_dnaCreate ( l_int32 n ); LEPT_DLL extern L_DNA * l_dnaCreateFromIArray ( l_int32 *iarray, l_int32 size ); LEPT_DLL extern L_DNA * l_dnaCreateFromDArray ( l_float64 *darray, l_int32 size, l_int32 copyflag ); LEPT_DLL extern L_DNA * l_dnaMakeSequence ( l_float64 startval, l_float64 increment, l_int32 size ); LEPT_DLL extern void l_dnaDestroy ( L_DNA **pda ); LEPT_DLL extern L_DNA * l_dnaCopy ( L_DNA *da ); LEPT_DLL extern L_DNA * l_dnaClone ( L_DNA *da ); LEPT_DLL extern l_int32 l_dnaEmpty ( L_DNA *da ); LEPT_DLL extern l_int32 l_dnaAddNumber ( L_DNA *da, l_float64 val ); LEPT_DLL extern l_int32 l_dnaInsertNumber ( L_DNA *da, l_int32 index, l_float64 val ); LEPT_DLL extern l_int32 l_dnaRemoveNumber ( L_DNA *da, l_int32 index ); LEPT_DLL extern l_int32 l_dnaReplaceNumber ( L_DNA *da, l_int32 index, l_float64 val ); LEPT_DLL extern l_int32 l_dnaGetCount ( L_DNA *da ); LEPT_DLL extern l_int32 l_dnaSetCount ( L_DNA *da, l_int32 newcount ); LEPT_DLL extern l_int32 l_dnaGetDValue ( L_DNA *da, l_int32 index, l_float64 *pval ); LEPT_DLL extern l_int32 l_dnaGetIValue ( L_DNA *da, l_int32 index, l_int32 *pival ); LEPT_DLL extern l_int32 l_dnaSetValue ( L_DNA *da, l_int32 index, l_float64 val ); LEPT_DLL extern l_int32 l_dnaShiftValue ( L_DNA *da, l_int32 index, l_float64 diff ); LEPT_DLL extern l_int32 * l_dnaGetIArray ( L_DNA *da ); LEPT_DLL extern l_float64 * l_dnaGetDArray ( L_DNA *da, l_int32 copyflag ); LEPT_DLL extern l_int32 l_dnaGetRefcount ( L_DNA *da ); LEPT_DLL extern l_int32 l_dnaChangeRefcount ( L_DNA *da, l_int32 delta ); LEPT_DLL extern l_int32 l_dnaGetParameters ( L_DNA *da, l_float64 *pstartx, l_float64 *pdelx ); LEPT_DLL extern l_int32 l_dnaSetParameters ( L_DNA *da, l_float64 startx, l_float64 delx ); LEPT_DLL extern l_int32 l_dnaCopyParameters ( L_DNA *dad, L_DNA *das ); LEPT_DLL extern L_DNA * l_dnaRead ( const char *filename ); LEPT_DLL extern L_DNA * l_dnaReadStream ( FILE *fp ); LEPT_DLL extern l_int32 l_dnaWrite ( const char *filename, L_DNA *da ); LEPT_DLL extern l_int32 l_dnaWriteStream ( FILE *fp, L_DNA *da ); LEPT_DLL extern L_DNAA * l_dnaaCreate ( l_int32 n ); LEPT_DLL extern void l_dnaaDestroy ( L_DNAA **pdaa ); LEPT_DLL extern l_int32 l_dnaaAddDna ( L_DNAA *daa, L_DNA *da, l_int32 copyflag ); LEPT_DLL extern l_int32 l_dnaaGetCount ( L_DNAA *daa ); LEPT_DLL extern l_int32 l_dnaaGetDnaCount ( L_DNAA *daa, l_int32 index ); LEPT_DLL extern l_int32 l_dnaaGetNumberCount ( L_DNAA *daa ); LEPT_DLL extern L_DNA * l_dnaaGetDna ( L_DNAA *daa, l_int32 index, l_int32 accessflag ); LEPT_DLL extern l_int32 l_dnaaReplaceDna ( L_DNAA *daa, l_int32 index, L_DNA *da ); LEPT_DLL extern l_int32 l_dnaaGetValue ( L_DNAA *daa, l_int32 i, l_int32 j, l_float64 *pval ); LEPT_DLL extern l_int32 l_dnaaAddNumber ( L_DNAA *daa, l_int32 index, l_float64 val ); LEPT_DLL extern L_DNAA * l_dnaaRead ( const char *filename ); LEPT_DLL extern L_DNAA * l_dnaaReadStream ( FILE *fp ); LEPT_DLL extern l_int32 l_dnaaWrite ( const char *filename, L_DNAA *daa ); LEPT_DLL extern l_int32 l_dnaaWriteStream ( FILE *fp, L_DNAA *daa ); LEPT_DLL extern L_DNA * l_dnaMakeDelta ( L_DNA *das ); LEPT_DLL extern NUMA * l_dnaConvertToNuma ( L_DNA *da ); LEPT_DLL extern L_DNA * numaConvertToDna ( NUMA *na ); LEPT_DLL extern l_int32 l_dnaJoin ( L_DNA *dad, L_DNA *das, l_int32 istart, l_int32 iend ); LEPT_DLL extern PIX * pixMorphDwa_2 ( PIX *pixd, PIX *pixs, l_int32 operation, char *selname ); LEPT_DLL extern PIX * pixFMorphopGen_2 ( PIX *pixd, PIX *pixs, l_int32 operation, char *selname ); LEPT_DLL extern l_int32 fmorphopgen_low_2 ( l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 index ); LEPT_DLL extern PIX * pixSobelEdgeFilter ( PIX *pixs, l_int32 orientflag ); LEPT_DLL extern PIX * pixTwoSidedEdgeFilter ( PIX *pixs, l_int32 orientflag ); LEPT_DLL extern l_int32 pixMeasureEdgeSmoothness ( PIX *pixs, l_int32 side, l_int32 minjump, l_int32 minreversal, l_float32 *pjpl, l_float32 *pjspl, l_float32 *prpl, const char *debugfile ); LEPT_DLL extern NUMA * pixGetEdgeProfile ( PIX *pixs, l_int32 side, const char *debugfile ); LEPT_DLL extern l_int32 pixGetLastOffPixelInRun ( PIX *pixs, l_int32 x, l_int32 y, l_int32 direction, l_int32 *ploc ); LEPT_DLL extern l_int32 pixGetLastOnPixelInRun ( PIX *pixs, l_int32 x, l_int32 y, l_int32 direction, l_int32 *ploc ); LEPT_DLL extern PIX * pixGammaTRC ( PIX *pixd, PIX *pixs, l_float32 gamma, l_int32 minval, l_int32 maxval ); LEPT_DLL extern PIX * pixGammaTRCMasked ( PIX *pixd, PIX *pixs, PIX *pixm, l_float32 gamma, l_int32 minval, l_int32 maxval ); LEPT_DLL extern PIX * pixGammaTRCWithAlpha ( PIX *pixd, PIX *pixs, l_float32 gamma, l_int32 minval, l_int32 maxval ); LEPT_DLL extern NUMA * numaGammaTRC ( l_float32 gamma, l_int32 minval, l_int32 maxval ); LEPT_DLL extern PIX * pixContrastTRC ( PIX *pixd, PIX *pixs, l_float32 factor ); LEPT_DLL extern PIX * pixContrastTRCMasked ( PIX *pixd, PIX *pixs, PIX *pixm, l_float32 factor ); LEPT_DLL extern NUMA * numaContrastTRC ( l_float32 factor ); LEPT_DLL extern PIX * pixEqualizeTRC ( PIX *pixd, PIX *pixs, l_float32 fract, l_int32 factor ); LEPT_DLL extern NUMA * numaEqualizeTRC ( PIX *pix, l_float32 fract, l_int32 factor ); LEPT_DLL extern l_int32 pixTRCMap ( PIX *pixs, PIX *pixm, NUMA *na ); LEPT_DLL extern PIX * pixUnsharpMasking ( PIX *pixs, l_int32 halfwidth, l_float32 fract ); LEPT_DLL extern PIX * pixUnsharpMaskingGray ( PIX *pixs, l_int32 halfwidth, l_float32 fract ); LEPT_DLL extern PIX * pixUnsharpMaskingFast ( PIX *pixs, l_int32 halfwidth, l_float32 fract, l_int32 direction ); LEPT_DLL extern PIX * pixUnsharpMaskingGrayFast ( PIX *pixs, l_int32 halfwidth, l_float32 fract, l_int32 direction ); LEPT_DLL extern PIX * pixUnsharpMaskingGray1D ( PIX *pixs, l_int32 halfwidth, l_float32 fract, l_int32 direction ); LEPT_DLL extern PIX * pixUnsharpMaskingGray2D ( PIX *pixs, l_int32 halfwidth, l_float32 fract ); LEPT_DLL extern PIX * pixModifyHue ( PIX *pixd, PIX *pixs, l_float32 fract ); LEPT_DLL extern PIX * pixModifySaturation ( PIX *pixd, PIX *pixs, l_float32 fract ); LEPT_DLL extern l_int32 pixMeasureSaturation ( PIX *pixs, l_int32 factor, l_float32 *psat ); LEPT_DLL extern PIX * pixModifyBrightness ( PIX *pixd, PIX *pixs, l_float32 fract ); LEPT_DLL extern PIX * pixColorShiftRGB ( PIX *pixs, l_float32 rfract, l_float32 gfract, l_float32 bfract ); LEPT_DLL extern PIX * pixMultConstantColor ( PIX *pixs, l_float32 rfact, l_float32 gfact, l_float32 bfact ); LEPT_DLL extern PIX * pixMultMatrixColor ( PIX *pixs, L_KERNEL *kel ); LEPT_DLL extern PIX * pixHalfEdgeByBandpass ( PIX *pixs, l_int32 sm1h, l_int32 sm1v, l_int32 sm2h, l_int32 sm2v ); LEPT_DLL extern l_int32 fhmtautogen ( SELA *sela, l_int32 fileindex, const char *filename ); LEPT_DLL extern l_int32 fhmtautogen1 ( SELA *sela, l_int32 fileindex, const char *filename ); LEPT_DLL extern l_int32 fhmtautogen2 ( SELA *sela, l_int32 fileindex, const char *filename ); LEPT_DLL extern PIX * pixHMTDwa_1 ( PIX *pixd, PIX *pixs, char *selname ); LEPT_DLL extern PIX * pixFHMTGen_1 ( PIX *pixd, PIX *pixs, char *selname ); LEPT_DLL extern l_int32 fhmtgen_low_1 ( l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 index ); LEPT_DLL extern l_int32 pixItalicWords ( PIX *pixs, BOXA *boxaw, PIX *pixw, BOXA **pboxa, l_int32 debugflag ); LEPT_DLL extern l_int32 pixOrientDetect ( PIX *pixs, l_float32 *pupconf, l_float32 *pleftconf, l_int32 mincount, l_int32 debug ); LEPT_DLL extern l_int32 makeOrientDecision ( l_float32 upconf, l_float32 leftconf, l_float32 minupconf, l_float32 minratio, l_int32 *porient, l_int32 debug ); LEPT_DLL extern l_int32 pixUpDownDetect ( PIX *pixs, l_float32 *pconf, l_int32 mincount, l_int32 debug ); LEPT_DLL extern l_int32 pixUpDownDetectGeneral ( PIX *pixs, l_float32 *pconf, l_int32 mincount, l_int32 npixels, l_int32 debug ); LEPT_DLL extern l_int32 pixOrientDetectDwa ( PIX *pixs, l_float32 *pupconf, l_float32 *pleftconf, l_int32 mincount, l_int32 debug ); LEPT_DLL extern l_int32 pixUpDownDetectDwa ( PIX *pixs, l_float32 *pconf, l_int32 mincount, l_int32 debug ); LEPT_DLL extern l_int32 pixUpDownDetectGeneralDwa ( PIX *pixs, l_float32 *pconf, l_int32 mincount, l_int32 npixels, l_int32 debug ); LEPT_DLL extern l_int32 pixMirrorDetect ( PIX *pixs, l_float32 *pconf, l_int32 mincount, l_int32 debug ); LEPT_DLL extern l_int32 pixMirrorDetectDwa ( PIX *pixs, l_float32 *pconf, l_int32 mincount, l_int32 debug ); LEPT_DLL extern PIX * pixFlipFHMTGen ( PIX *pixd, PIX *pixs, char *selname ); LEPT_DLL extern l_int32 fmorphautogen ( SELA *sela, l_int32 fileindex, const char *filename ); LEPT_DLL extern l_int32 fmorphautogen1 ( SELA *sela, l_int32 fileindex, const char *filename ); LEPT_DLL extern l_int32 fmorphautogen2 ( SELA *sela, l_int32 fileindex, const char *filename ); LEPT_DLL extern PIX * pixMorphDwa_1 ( PIX *pixd, PIX *pixs, l_int32 operation, char *selname ); LEPT_DLL extern PIX * pixFMorphopGen_1 ( PIX *pixd, PIX *pixs, l_int32 operation, char *selname ); LEPT_DLL extern l_int32 fmorphopgen_low_1 ( l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 index ); LEPT_DLL extern FPIX * fpixCreate ( l_int32 width, l_int32 height ); LEPT_DLL extern FPIX * fpixCreateTemplate ( FPIX *fpixs ); LEPT_DLL extern FPIX * fpixClone ( FPIX *fpix ); LEPT_DLL extern FPIX * fpixCopy ( FPIX *fpixd, FPIX *fpixs ); LEPT_DLL extern l_int32 fpixResizeImageData ( FPIX *fpixd, FPIX *fpixs ); LEPT_DLL extern void fpixDestroy ( FPIX **pfpix ); LEPT_DLL extern l_int32 fpixGetDimensions ( FPIX *fpix, l_int32 *pw, l_int32 *ph ); LEPT_DLL extern l_int32 fpixSetDimensions ( FPIX *fpix, l_int32 w, l_int32 h ); LEPT_DLL extern l_int32 fpixGetWpl ( FPIX *fpix ); LEPT_DLL extern l_int32 fpixSetWpl ( FPIX *fpix, l_int32 wpl ); LEPT_DLL extern l_int32 fpixGetRefcount ( FPIX *fpix ); LEPT_DLL extern l_int32 fpixChangeRefcount ( FPIX *fpix, l_int32 delta ); LEPT_DLL extern l_int32 fpixGetResolution ( FPIX *fpix, l_int32 *pxres, l_int32 *pyres ); LEPT_DLL extern l_int32 fpixSetResolution ( FPIX *fpix, l_int32 xres, l_int32 yres ); LEPT_DLL extern l_int32 fpixCopyResolution ( FPIX *fpixd, FPIX *fpixs ); LEPT_DLL extern l_float32 * fpixGetData ( FPIX *fpix ); LEPT_DLL extern l_int32 fpixSetData ( FPIX *fpix, l_float32 *data ); LEPT_DLL extern l_int32 fpixGetPixel ( FPIX *fpix, l_int32 x, l_int32 y, l_float32 *pval ); LEPT_DLL extern l_int32 fpixSetPixel ( FPIX *fpix, l_int32 x, l_int32 y, l_float32 val ); LEPT_DLL extern FPIXA * fpixaCreate ( l_int32 n ); LEPT_DLL extern FPIXA * fpixaCopy ( FPIXA *fpixa, l_int32 copyflag ); LEPT_DLL extern void fpixaDestroy ( FPIXA **pfpixa ); LEPT_DLL extern l_int32 fpixaAddFPix ( FPIXA *fpixa, FPIX *fpix, l_int32 copyflag ); LEPT_DLL extern l_int32 fpixaGetCount ( FPIXA *fpixa ); LEPT_DLL extern l_int32 fpixaChangeRefcount ( FPIXA *fpixa, l_int32 delta ); LEPT_DLL extern FPIX * fpixaGetFPix ( FPIXA *fpixa, l_int32 index, l_int32 accesstype ); LEPT_DLL extern l_int32 fpixaGetFPixDimensions ( FPIXA *fpixa, l_int32 index, l_int32 *pw, l_int32 *ph ); LEPT_DLL extern l_int32 fpixaGetPixel ( FPIXA *fpixa, l_int32 index, l_int32 x, l_int32 y, l_float32 *pval ); LEPT_DLL extern l_int32 fpixaSetPixel ( FPIXA *fpixa, l_int32 index, l_int32 x, l_int32 y, l_float32 val ); LEPT_DLL extern DPIX * dpixCreate ( l_int32 width, l_int32 height ); LEPT_DLL extern DPIX * dpixCreateTemplate ( DPIX *dpixs ); LEPT_DLL extern DPIX * dpixClone ( DPIX *dpix ); LEPT_DLL extern DPIX * dpixCopy ( DPIX *dpixd, DPIX *dpixs ); LEPT_DLL extern l_int32 dpixResizeImageData ( DPIX *dpixd, DPIX *dpixs ); LEPT_DLL extern void dpixDestroy ( DPIX **pdpix ); LEPT_DLL extern l_int32 dpixGetDimensions ( DPIX *dpix, l_int32 *pw, l_int32 *ph ); LEPT_DLL extern l_int32 dpixSetDimensions ( DPIX *dpix, l_int32 w, l_int32 h ); LEPT_DLL extern l_int32 dpixGetWpl ( DPIX *dpix ); LEPT_DLL extern l_int32 dpixSetWpl ( DPIX *dpix, l_int32 wpl ); LEPT_DLL extern l_int32 dpixGetRefcount ( DPIX *dpix ); LEPT_DLL extern l_int32 dpixChangeRefcount ( DPIX *dpix, l_int32 delta ); LEPT_DLL extern l_int32 dpixGetResolution ( DPIX *dpix, l_int32 *pxres, l_int32 *pyres ); LEPT_DLL extern l_int32 dpixSetResolution ( DPIX *dpix, l_int32 xres, l_int32 yres ); LEPT_DLL extern l_int32 dpixCopyResolution ( DPIX *dpixd, DPIX *dpixs ); LEPT_DLL extern l_float64 * dpixGetData ( DPIX *dpix ); LEPT_DLL extern l_int32 dpixSetData ( DPIX *dpix, l_float64 *data ); LEPT_DLL extern l_int32 dpixGetPixel ( DPIX *dpix, l_int32 x, l_int32 y, l_float64 *pval ); LEPT_DLL extern l_int32 dpixSetPixel ( DPIX *dpix, l_int32 x, l_int32 y, l_float64 val ); LEPT_DLL extern FPIX * fpixRead ( const char *filename ); LEPT_DLL extern FPIX * fpixReadStream ( FILE *fp ); LEPT_DLL extern l_int32 fpixWrite ( const char *filename, FPIX *fpix ); LEPT_DLL extern l_int32 fpixWriteStream ( FILE *fp, FPIX *fpix ); LEPT_DLL extern FPIX * fpixEndianByteSwap ( FPIX *fpixd, FPIX *fpixs ); LEPT_DLL extern DPIX * dpixRead ( const char *filename ); LEPT_DLL extern DPIX * dpixReadStream ( FILE *fp ); LEPT_DLL extern l_int32 dpixWrite ( const char *filename, DPIX *dpix ); LEPT_DLL extern l_int32 dpixWriteStream ( FILE *fp, DPIX *dpix ); LEPT_DLL extern DPIX * dpixEndianByteSwap ( DPIX *dpixd, DPIX *dpixs ); LEPT_DLL extern l_int32 fpixPrintStream ( FILE *fp, FPIX *fpix, l_int32 factor ); LEPT_DLL extern FPIX * pixConvertToFPix ( PIX *pixs, l_int32 ncomps ); LEPT_DLL extern DPIX * pixConvertToDPix ( PIX *pixs, l_int32 ncomps ); LEPT_DLL extern PIX * fpixConvertToPix ( FPIX *fpixs, l_int32 outdepth, l_int32 negvals, l_int32 errorflag ); LEPT_DLL extern PIX * fpixDisplayMaxDynamicRange ( FPIX *fpixs ); LEPT_DLL extern DPIX * fpixConvertToDPix ( FPIX *fpix ); LEPT_DLL extern PIX * dpixConvertToPix ( DPIX *dpixs, l_int32 outdepth, l_int32 negvals, l_int32 errorflag ); LEPT_DLL extern FPIX * dpixConvertToFPix ( DPIX *dpix ); LEPT_DLL extern l_int32 fpixGetMin ( FPIX *fpix, l_float32 *pminval, l_int32 *pxminloc, l_int32 *pyminloc ); LEPT_DLL extern l_int32 fpixGetMax ( FPIX *fpix, l_float32 *pmaxval, l_int32 *pxmaxloc, l_int32 *pymaxloc ); LEPT_DLL extern l_int32 dpixGetMin ( DPIX *dpix, l_float64 *pminval, l_int32 *pxminloc, l_int32 *pyminloc ); LEPT_DLL extern l_int32 dpixGetMax ( DPIX *dpix, l_float64 *pmaxval, l_int32 *pxmaxloc, l_int32 *pymaxloc ); LEPT_DLL extern FPIX * fpixScaleByInteger ( FPIX *fpixs, l_int32 factor ); LEPT_DLL extern DPIX * dpixScaleByInteger ( DPIX *dpixs, l_int32 factor ); LEPT_DLL extern FPIX * fpixLinearCombination ( FPIX *fpixd, FPIX *fpixs1, FPIX *fpixs2, l_float32 a, l_float32 b ); LEPT_DLL extern l_int32 fpixAddMultConstant ( FPIX *fpix, l_float32 addc, l_float32 multc ); LEPT_DLL extern DPIX * dpixLinearCombination ( DPIX *dpixd, DPIX *dpixs1, DPIX *dpixs2, l_float32 a, l_float32 b ); LEPT_DLL extern l_int32 dpixAddMultConstant ( DPIX *dpix, l_float64 addc, l_float64 multc ); LEPT_DLL extern l_int32 fpixSetAllArbitrary ( FPIX *fpix, l_float32 inval ); LEPT_DLL extern l_int32 dpixSetAllArbitrary ( DPIX *dpix, l_float64 inval ); LEPT_DLL extern FPIX * fpixAddBorder ( FPIX *fpixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot ); LEPT_DLL extern FPIX * fpixRemoveBorder ( FPIX *fpixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot ); LEPT_DLL extern FPIX * fpixAddMirroredBorder ( FPIX *fpixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot ); LEPT_DLL extern FPIX * fpixAddContinuedBorder ( FPIX *fpixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot ); LEPT_DLL extern FPIX * fpixAddSlopeBorder ( FPIX *fpixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot ); LEPT_DLL extern l_int32 fpixRasterop ( FPIX *fpixd, l_int32 dx, l_int32 dy, l_int32 dw, l_int32 dh, FPIX *fpixs, l_int32 sx, l_int32 sy ); LEPT_DLL extern FPIX * fpixRotateOrth ( FPIX *fpixs, l_int32 quads ); LEPT_DLL extern FPIX * fpixRotate180 ( FPIX *fpixd, FPIX *fpixs ); LEPT_DLL extern FPIX * fpixRotate90 ( FPIX *fpixs, l_int32 direction ); LEPT_DLL extern FPIX * fpixFlipLR ( FPIX *fpixd, FPIX *fpixs ); LEPT_DLL extern FPIX * fpixFlipTB ( FPIX *fpixd, FPIX *fpixs ); LEPT_DLL extern FPIX * fpixAffinePta ( FPIX *fpixs, PTA *ptad, PTA *ptas, l_int32 border, l_float32 inval ); LEPT_DLL extern FPIX * fpixAffine ( FPIX *fpixs, l_float32 *vc, l_float32 inval ); LEPT_DLL extern FPIX * fpixProjectivePta ( FPIX *fpixs, PTA *ptad, PTA *ptas, l_int32 border, l_float32 inval ); LEPT_DLL extern FPIX * fpixProjective ( FPIX *fpixs, l_float32 *vc, l_float32 inval ); LEPT_DLL extern l_int32 linearInterpolatePixelFloat ( l_float32 *datas, l_int32 w, l_int32 h, l_float32 x, l_float32 y, l_float32 inval, l_float32 *pval ); LEPT_DLL extern PIX * fpixThresholdToPix ( FPIX *fpix, l_float32 thresh ); LEPT_DLL extern FPIX * pixComponentFunction ( PIX *pix, l_float32 rnum, l_float32 gnum, l_float32 bnum, l_float32 rdenom, l_float32 gdenom, l_float32 bdenom ); LEPT_DLL extern PIX * pixReadStreamGif ( FILE *fp ); LEPT_DLL extern l_int32 pixWriteStreamGif ( FILE *fp, PIX *pix ); LEPT_DLL extern PIX * pixReadMemGif ( const l_uint8 *cdata, size_t size ); LEPT_DLL extern l_int32 pixWriteMemGif ( l_uint8 **pdata, size_t *psize, PIX *pix ); LEPT_DLL extern GPLOT * gplotCreate ( const char *rootname, l_int32 outformat, const char *title, const char *xlabel, const char *ylabel ); LEPT_DLL extern void gplotDestroy ( GPLOT **pgplot ); LEPT_DLL extern l_int32 gplotAddPlot ( GPLOT *gplot, NUMA *nax, NUMA *nay, l_int32 plotstyle, const char *plottitle ); LEPT_DLL extern l_int32 gplotSetScaling ( GPLOT *gplot, l_int32 scaling ); LEPT_DLL extern l_int32 gplotMakeOutput ( GPLOT *gplot ); LEPT_DLL extern l_int32 gplotGenCommandFile ( GPLOT *gplot ); LEPT_DLL extern l_int32 gplotGenDataFiles ( GPLOT *gplot ); LEPT_DLL extern l_int32 gplotSimple1 ( NUMA *na, l_int32 outformat, const char *outroot, const char *title ); LEPT_DLL extern l_int32 gplotSimple2 ( NUMA *na1, NUMA *na2, l_int32 outformat, const char *outroot, const char *title ); LEPT_DLL extern l_int32 gplotSimpleN ( NUMAA *naa, l_int32 outformat, const char *outroot, const char *title ); LEPT_DLL extern GPLOT * gplotRead ( const char *filename ); LEPT_DLL extern l_int32 gplotWrite ( const char *filename, GPLOT *gplot ); LEPT_DLL extern PTA * generatePtaLine ( l_int32 x1, l_int32 y1, l_int32 x2, l_int32 y2 ); LEPT_DLL extern PTA * generatePtaWideLine ( l_int32 x1, l_int32 y1, l_int32 x2, l_int32 y2, l_int32 width ); LEPT_DLL extern PTA * generatePtaBox ( BOX *box, l_int32 width ); LEPT_DLL extern PTA * generatePtaBoxa ( BOXA *boxa, l_int32 width, l_int32 removedups ); LEPT_DLL extern PTA * generatePtaHashBox ( BOX *box, l_int32 spacing, l_int32 width, l_int32 orient, l_int32 outline ); LEPT_DLL extern PTA * generatePtaHashBoxa ( BOXA *boxa, l_int32 spacing, l_int32 width, l_int32 orient, l_int32 outline, l_int32 removedups ); LEPT_DLL extern PTAA * generatePtaaBoxa ( BOXA *boxa ); LEPT_DLL extern PTAA * generatePtaaHashBoxa ( BOXA *boxa, l_int32 spacing, l_int32 width, l_int32 orient, l_int32 outline ); LEPT_DLL extern PTA * generatePtaPolyline ( PTA *ptas, l_int32 width, l_int32 closeflag, l_int32 removedups ); LEPT_DLL extern PTA * convertPtaLineTo4cc ( PTA *ptas ); LEPT_DLL extern PTA * generatePtaFilledCircle ( l_int32 radius ); LEPT_DLL extern PTA * generatePtaFilledSquare ( l_int32 side ); LEPT_DLL extern PTA * generatePtaLineFromPt ( l_int32 x, l_int32 y, l_float64 length, l_float64 radang ); LEPT_DLL extern l_int32 locatePtRadially ( l_int32 xr, l_int32 yr, l_float64 dist, l_float64 radang, l_float64 *px, l_float64 *py ); LEPT_DLL extern PTA * generatePlotPtaFromNuma ( NUMA *na, l_int32 orient, l_int32 width, l_int32 refpos, l_int32 max, l_int32 drawref ); LEPT_DLL extern l_int32 pixRenderPta ( PIX *pix, PTA *pta, l_int32 op ); LEPT_DLL extern l_int32 pixRenderPtaArb ( PIX *pix, PTA *pta, l_uint8 rval, l_uint8 gval, l_uint8 bval ); LEPT_DLL extern l_int32 pixRenderPtaBlend ( PIX *pix, PTA *pta, l_uint8 rval, l_uint8 gval, l_uint8 bval, l_float32 fract ); LEPT_DLL extern l_int32 pixRenderLine ( PIX *pix, l_int32 x1, l_int32 y1, l_int32 x2, l_int32 y2, l_int32 width, l_int32 op ); LEPT_DLL extern l_int32 pixRenderLineArb ( PIX *pix, l_int32 x1, l_int32 y1, l_int32 x2, l_int32 y2, l_int32 width, l_uint8 rval, l_uint8 gval, l_uint8 bval ); LEPT_DLL extern l_int32 pixRenderLineBlend ( PIX *pix, l_int32 x1, l_int32 y1, l_int32 x2, l_int32 y2, l_int32 width, l_uint8 rval, l_uint8 gval, l_uint8 bval, l_float32 fract ); LEPT_DLL extern l_int32 pixRenderBox ( PIX *pix, BOX *box, l_int32 width, l_int32 op ); LEPT_DLL extern l_int32 pixRenderBoxArb ( PIX *pix, BOX *box, l_int32 width, l_uint8 rval, l_uint8 gval, l_uint8 bval ); LEPT_DLL extern l_int32 pixRenderBoxBlend ( PIX *pix, BOX *box, l_int32 width, l_uint8 rval, l_uint8 gval, l_uint8 bval, l_float32 fract ); LEPT_DLL extern l_int32 pixRenderBoxa ( PIX *pix, BOXA *boxa, l_int32 width, l_int32 op ); LEPT_DLL extern l_int32 pixRenderBoxaArb ( PIX *pix, BOXA *boxa, l_int32 width, l_uint8 rval, l_uint8 gval, l_uint8 bval ); LEPT_DLL extern l_int32 pixRenderBoxaBlend ( PIX *pix, BOXA *boxa, l_int32 width, l_uint8 rval, l_uint8 gval, l_uint8 bval, l_float32 fract, l_int32 removedups ); LEPT_DLL extern l_int32 pixRenderHashBox ( PIX *pix, BOX *box, l_int32 spacing, l_int32 width, l_int32 orient, l_int32 outline, l_int32 op ); LEPT_DLL extern l_int32 pixRenderHashBoxArb ( PIX *pix, BOX *box, l_int32 spacing, l_int32 width, l_int32 orient, l_int32 outline, l_int32 rval, l_int32 gval, l_int32 bval ); LEPT_DLL extern l_int32 pixRenderHashBoxBlend ( PIX *pix, BOX *box, l_int32 spacing, l_int32 width, l_int32 orient, l_int32 outline, l_int32 rval, l_int32 gval, l_int32 bval, l_float32 fract ); LEPT_DLL extern l_int32 pixRenderHashBoxa ( PIX *pix, BOXA *boxa, l_int32 spacing, l_int32 width, l_int32 orient, l_int32 outline, l_int32 op ); LEPT_DLL extern l_int32 pixRenderHashBoxaArb ( PIX *pix, BOXA *boxa, l_int32 spacing, l_int32 width, l_int32 orient, l_int32 outline, l_int32 rval, l_int32 gval, l_int32 bval ); LEPT_DLL extern l_int32 pixRenderHashBoxaBlend ( PIX *pix, BOXA *boxa, l_int32 spacing, l_int32 width, l_int32 orient, l_int32 outline, l_int32 rval, l_int32 gval, l_int32 bval, l_float32 fract ); LEPT_DLL extern l_int32 pixRenderPolyline ( PIX *pix, PTA *ptas, l_int32 width, l_int32 op, l_int32 closeflag ); LEPT_DLL extern l_int32 pixRenderPolylineArb ( PIX *pix, PTA *ptas, l_int32 width, l_uint8 rval, l_uint8 gval, l_uint8 bval, l_int32 closeflag ); LEPT_DLL extern l_int32 pixRenderPolylineBlend ( PIX *pix, PTA *ptas, l_int32 width, l_uint8 rval, l_uint8 gval, l_uint8 bval, l_float32 fract, l_int32 closeflag, l_int32 removedups ); LEPT_DLL extern PIX * pixRenderRandomCmapPtaa ( PIX *pix, PTAA *ptaa, l_int32 polyflag, l_int32 width, l_int32 closeflag ); LEPT_DLL extern PIX * pixRenderPolygon ( PTA *ptas, l_int32 width, l_int32 *pxmin, l_int32 *pymin ); LEPT_DLL extern PIX * pixFillPolygon ( PIX *pixs, PTA *pta, l_int32 xmin, l_int32 ymin ); LEPT_DLL extern PIX * pixRenderContours ( PIX *pixs, l_int32 startval, l_int32 incr, l_int32 outdepth ); LEPT_DLL extern PIX * fpixAutoRenderContours ( FPIX *fpix, l_int32 ncontours ); LEPT_DLL extern PIX * fpixRenderContours ( FPIX *fpixs, l_float32 incr, l_float32 proxim ); LEPT_DLL extern PIX * pixErodeGray ( PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern PIX * pixDilateGray ( PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern PIX * pixOpenGray ( PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern PIX * pixCloseGray ( PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern PIX * pixErodeGray3 ( PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern PIX * pixDilateGray3 ( PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern PIX * pixOpenGray3 ( PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern PIX * pixCloseGray3 ( PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern void dilateGrayLow ( l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 size, l_int32 direction, l_uint8 *buffer, l_uint8 *maxarray ); LEPT_DLL extern void erodeGrayLow ( l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 size, l_int32 direction, l_uint8 *buffer, l_uint8 *minarray ); LEPT_DLL extern PIX * pixDitherToBinary ( PIX *pixs ); LEPT_DLL extern PIX * pixDitherToBinarySpec ( PIX *pixs, l_int32 lowerclip, l_int32 upperclip ); LEPT_DLL extern PIX * pixThresholdToBinary ( PIX *pixs, l_int32 thresh ); LEPT_DLL extern PIX * pixVarThresholdToBinary ( PIX *pixs, PIX *pixg ); LEPT_DLL extern PIX * pixDitherToBinaryLUT ( PIX *pixs, l_int32 lowerclip, l_int32 upperclip ); LEPT_DLL extern PIX * pixGenerateMaskByValue ( PIX *pixs, l_int32 val, l_int32 usecmap ); LEPT_DLL extern PIX * pixGenerateMaskByBand ( PIX *pixs, l_int32 lower, l_int32 upper, l_int32 inband, l_int32 usecmap ); LEPT_DLL extern PIX * pixDitherTo2bpp ( PIX *pixs, l_int32 cmapflag ); LEPT_DLL extern PIX * pixDitherTo2bppSpec ( PIX *pixs, l_int32 lowerclip, l_int32 upperclip, l_int32 cmapflag ); LEPT_DLL extern PIX * pixThresholdTo2bpp ( PIX *pixs, l_int32 nlevels, l_int32 cmapflag ); LEPT_DLL extern PIX * pixThresholdTo4bpp ( PIX *pixs, l_int32 nlevels, l_int32 cmapflag ); LEPT_DLL extern PIX * pixThresholdOn8bpp ( PIX *pixs, l_int32 nlevels, l_int32 cmapflag ); LEPT_DLL extern PIX * pixThresholdGrayArb ( PIX *pixs, const char *edgevals, l_int32 outdepth, l_int32 use_average, l_int32 setblack, l_int32 setwhite ); LEPT_DLL extern l_int32 * makeGrayQuantIndexTable ( l_int32 nlevels ); LEPT_DLL extern l_int32 * makeGrayQuantTargetTable ( l_int32 nlevels, l_int32 depth ); LEPT_DLL extern l_int32 makeGrayQuantTableArb ( NUMA *na, l_int32 outdepth, l_int32 **ptab, PIXCMAP **pcmap ); LEPT_DLL extern l_int32 makeGrayQuantColormapArb ( PIX *pixs, l_int32 *tab, l_int32 outdepth, PIXCMAP **pcmap ); LEPT_DLL extern PIX * pixGenerateMaskByBand32 ( PIX *pixs, l_uint32 refval, l_int32 delm, l_int32 delp ); LEPT_DLL extern PIX * pixGenerateMaskByDiscr32 ( PIX *pixs, l_uint32 refval1, l_uint32 refval2, l_int32 distflag ); LEPT_DLL extern PIX * pixGrayQuantFromHisto ( PIX *pixd, PIX *pixs, PIX *pixm, l_float32 minfract, l_int32 maxsize ); LEPT_DLL extern PIX * pixGrayQuantFromCmap ( PIX *pixs, PIXCMAP *cmap, l_int32 mindepth ); LEPT_DLL extern void ditherToBinaryLow ( l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_uint32 *bufs1, l_uint32 *bufs2, l_int32 lowerclip, l_int32 upperclip ); LEPT_DLL extern void ditherToBinaryLineLow ( l_uint32 *lined, l_int32 w, l_uint32 *bufs1, l_uint32 *bufs2, l_int32 lowerclip, l_int32 upperclip, l_int32 lastlineflag ); LEPT_DLL extern void thresholdToBinaryLow ( l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 d, l_int32 wpls, l_int32 thresh ); LEPT_DLL extern void thresholdToBinaryLineLow ( l_uint32 *lined, l_int32 w, l_uint32 *lines, l_int32 d, l_int32 thresh ); LEPT_DLL extern void ditherToBinaryLUTLow ( l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_uint32 *bufs1, l_uint32 *bufs2, l_int32 *tabval, l_int32 *tab38, l_int32 *tab14 ); LEPT_DLL extern void ditherToBinaryLineLUTLow ( l_uint32 *lined, l_int32 w, l_uint32 *bufs1, l_uint32 *bufs2, l_int32 *tabval, l_int32 *tab38, l_int32 *tab14, l_int32 lastlineflag ); LEPT_DLL extern l_int32 make8To1DitherTables ( l_int32 **ptabval, l_int32 **ptab38, l_int32 **ptab14, l_int32 lowerclip, l_int32 upperclip ); LEPT_DLL extern void ditherTo2bppLow ( l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_uint32 *bufs1, l_uint32 *bufs2, l_int32 *tabval, l_int32 *tab38, l_int32 *tab14 ); LEPT_DLL extern void ditherTo2bppLineLow ( l_uint32 *lined, l_int32 w, l_uint32 *bufs1, l_uint32 *bufs2, l_int32 *tabval, l_int32 *tab38, l_int32 *tab14, l_int32 lastlineflag ); LEPT_DLL extern l_int32 make8To2DitherTables ( l_int32 **ptabval, l_int32 **ptab38, l_int32 **ptab14, l_int32 cliptoblack, l_int32 cliptowhite ); LEPT_DLL extern void thresholdTo2bppLow ( l_uint32 *datad, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 *tab ); LEPT_DLL extern void thresholdTo4bppLow ( l_uint32 *datad, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 *tab ); LEPT_DLL extern L_HEAP * lheapCreate ( l_int32 nalloc, l_int32 direction ); LEPT_DLL extern void lheapDestroy ( L_HEAP **plh, l_int32 freeflag ); LEPT_DLL extern l_int32 lheapAdd ( L_HEAP *lh, void *item ); LEPT_DLL extern void * lheapRemove ( L_HEAP *lh ); LEPT_DLL extern l_int32 lheapGetCount ( L_HEAP *lh ); LEPT_DLL extern l_int32 lheapSwapUp ( L_HEAP *lh, l_int32 index ); LEPT_DLL extern l_int32 lheapSwapDown ( L_HEAP *lh ); LEPT_DLL extern l_int32 lheapSort ( L_HEAP *lh ); LEPT_DLL extern l_int32 lheapSortStrictOrder ( L_HEAP *lh ); LEPT_DLL extern l_int32 lheapPrint ( FILE *fp, L_HEAP *lh ); LEPT_DLL extern JBCLASSER * jbRankHausInit ( l_int32 components, l_int32 maxwidth, l_int32 maxheight, l_int32 size, l_float32 rank ); LEPT_DLL extern JBCLASSER * jbCorrelationInit ( l_int32 components, l_int32 maxwidth, l_int32 maxheight, l_float32 thresh, l_float32 weightfactor ); LEPT_DLL extern JBCLASSER * jbCorrelationInitWithoutComponents ( l_int32 components, l_int32 maxwidth, l_int32 maxheight, l_float32 thresh, l_float32 weightfactor ); LEPT_DLL extern l_int32 jbAddPages ( JBCLASSER *classer, SARRAY *safiles ); LEPT_DLL extern l_int32 jbAddPage ( JBCLASSER *classer, PIX *pixs ); LEPT_DLL extern l_int32 jbAddPageComponents ( JBCLASSER *classer, PIX *pixs, BOXA *boxas, PIXA *pixas ); LEPT_DLL extern l_int32 jbClassifyRankHaus ( JBCLASSER *classer, BOXA *boxa, PIXA *pixas ); LEPT_DLL extern l_int32 pixHaustest ( PIX *pix1, PIX *pix2, PIX *pix3, PIX *pix4, l_float32 delx, l_float32 dely, l_int32 maxdiffw, l_int32 maxdiffh ); LEPT_DLL extern l_int32 pixRankHaustest ( PIX *pix1, PIX *pix2, PIX *pix3, PIX *pix4, l_float32 delx, l_float32 dely, l_int32 maxdiffw, l_int32 maxdiffh, l_int32 area1, l_int32 area3, l_float32 rank, l_int32 *tab8 ); LEPT_DLL extern l_int32 jbClassifyCorrelation ( JBCLASSER *classer, BOXA *boxa, PIXA *pixas ); LEPT_DLL extern l_int32 jbGetComponents ( PIX *pixs, l_int32 components, l_int32 maxwidth, l_int32 maxheight, BOXA **pboxad, PIXA **ppixad ); LEPT_DLL extern l_int32 pixWordMaskByDilation ( PIX *pixs, l_int32 maxdil, PIX **ppixm, l_int32 *psize ); LEPT_DLL extern l_int32 pixWordBoxesByDilation ( PIX *pixs, l_int32 maxdil, l_int32 minwidth, l_int32 minheight, l_int32 maxwidth, l_int32 maxheight, BOXA **pboxa, l_int32 *psize ); LEPT_DLL extern PIXA * jbAccumulateComposites ( PIXAA *pixaa, NUMA **pna, PTA **pptat ); LEPT_DLL extern PIXA * jbTemplatesFromComposites ( PIXA *pixac, NUMA *na ); LEPT_DLL extern JBCLASSER * jbClasserCreate ( l_int32 method, l_int32 components ); LEPT_DLL extern void jbClasserDestroy ( JBCLASSER **pclasser ); LEPT_DLL extern JBDATA * jbDataSave ( JBCLASSER *classer ); LEPT_DLL extern void jbDataDestroy ( JBDATA **pdata ); LEPT_DLL extern l_int32 jbDataWrite ( const char *rootout, JBDATA *jbdata ); LEPT_DLL extern JBDATA * jbDataRead ( const char *rootname ); LEPT_DLL extern PIXA * jbDataRender ( JBDATA *data, l_int32 debugflag ); LEPT_DLL extern l_int32 jbGetULCorners ( JBCLASSER *classer, PIX *pixs, BOXA *boxa ); LEPT_DLL extern l_int32 jbGetLLCorners ( JBCLASSER *classer ); LEPT_DLL extern l_int32 readHeaderJp2k ( const char *filename, l_int32 *pw, l_int32 *ph, l_int32 *pspp ); LEPT_DLL extern l_int32 freadHeaderJp2k ( FILE *fp, l_int32 *pw, l_int32 *ph, l_int32 *pspp ); LEPT_DLL extern l_int32 sreadHeaderJp2k ( const l_uint8 *data, size_t size, l_int32 *pw, l_int32 *ph, l_int32 *pspp ); LEPT_DLL extern PIX * pixReadJpeg ( const char *filename, l_int32 cmflag, l_int32 reduction, l_int32 *pnwarn ); LEPT_DLL extern PIX * pixReadStreamJpeg ( FILE *fp, l_int32 cmflag, l_int32 reduction, l_int32 *pnwarn, l_int32 hint ); LEPT_DLL extern l_int32 readHeaderJpeg ( const char *filename, l_int32 *pw, l_int32 *ph, l_int32 *pspp, l_int32 *pycck, l_int32 *pcmyk ); LEPT_DLL extern l_int32 freadHeaderJpeg ( FILE *fp, l_int32 *pw, l_int32 *ph, l_int32 *pspp, l_int32 *pycck, l_int32 *pcmyk ); LEPT_DLL extern l_int32 fgetJpegResolution ( FILE *fp, l_int32 *pxres, l_int32 *pyres ); LEPT_DLL extern l_int32 fgetJpegComment ( FILE *fp, l_uint8 **pcomment ); LEPT_DLL extern l_int32 pixWriteJpeg ( const char *filename, PIX *pix, l_int32 quality, l_int32 progressive ); LEPT_DLL extern l_int32 pixWriteStreamJpeg ( FILE *fp, PIX *pix, l_int32 quality, l_int32 progressive ); LEPT_DLL extern PIX * pixReadMemJpeg ( const l_uint8 *cdata, size_t size, l_int32 cmflag, l_int32 reduction, l_int32 *pnwarn, l_int32 hint ); LEPT_DLL extern l_int32 readHeaderMemJpeg ( const l_uint8 *cdata, size_t size, l_int32 *pw, l_int32 *ph, l_int32 *pspp, l_int32 *pycck, l_int32 *pcmyk ); LEPT_DLL extern l_int32 pixWriteMemJpeg ( l_uint8 **pdata, size_t *psize, PIX *pix, l_int32 quality, l_int32 progressive ); LEPT_DLL extern l_int32 pixSetChromaSampling ( PIX *pix, l_int32 sampling ); LEPT_DLL extern l_int32 extractJpegDataFromFile ( const char *filein, l_uint8 **pdata, size_t *pnbytes, l_int32 *pw, l_int32 *ph, l_int32 *pbps, l_int32 *pspp ); LEPT_DLL extern l_int32 extractJpegDataFromArray ( const void *data, size_t nbytes, l_int32 *pw, l_int32 *ph, l_int32 *pbps, l_int32 *pspp ); LEPT_DLL extern L_KERNEL * kernelCreate ( l_int32 height, l_int32 width ); LEPT_DLL extern void kernelDestroy ( L_KERNEL **pkel ); LEPT_DLL extern L_KERNEL * kernelCopy ( L_KERNEL *kels ); LEPT_DLL extern l_int32 kernelGetElement ( L_KERNEL *kel, l_int32 row, l_int32 col, l_float32 *pval ); LEPT_DLL extern l_int32 kernelSetElement ( L_KERNEL *kel, l_int32 row, l_int32 col, l_float32 val ); LEPT_DLL extern l_int32 kernelGetParameters ( L_KERNEL *kel, l_int32 *psy, l_int32 *psx, l_int32 *pcy, l_int32 *pcx ); LEPT_DLL extern l_int32 kernelSetOrigin ( L_KERNEL *kel, l_int32 cy, l_int32 cx ); LEPT_DLL extern l_int32 kernelGetSum ( L_KERNEL *kel, l_float32 *psum ); LEPT_DLL extern l_int32 kernelGetMinMax ( L_KERNEL *kel, l_float32 *pmin, l_float32 *pmax ); LEPT_DLL extern L_KERNEL * kernelNormalize ( L_KERNEL *kels, l_float32 normsum ); LEPT_DLL extern L_KERNEL * kernelInvert ( L_KERNEL *kels ); LEPT_DLL extern l_float32 ** create2dFloatArray ( l_int32 sy, l_int32 sx ); LEPT_DLL extern L_KERNEL * kernelRead ( const char *fname ); LEPT_DLL extern L_KERNEL * kernelReadStream ( FILE *fp ); LEPT_DLL extern l_int32 kernelWrite ( const char *fname, L_KERNEL *kel ); LEPT_DLL extern l_int32 kernelWriteStream ( FILE *fp, L_KERNEL *kel ); LEPT_DLL extern L_KERNEL * kernelCreateFromString ( l_int32 h, l_int32 w, l_int32 cy, l_int32 cx, const char *kdata ); LEPT_DLL extern L_KERNEL * kernelCreateFromFile ( const char *filename ); LEPT_DLL extern L_KERNEL * kernelCreateFromPix ( PIX *pix, l_int32 cy, l_int32 cx ); LEPT_DLL extern PIX * kernelDisplayInPix ( L_KERNEL *kel, l_int32 size, l_int32 gthick ); LEPT_DLL extern NUMA * parseStringForNumbers ( const char *str, const char *seps ); LEPT_DLL extern L_KERNEL * makeFlatKernel ( l_int32 height, l_int32 width, l_int32 cy, l_int32 cx ); LEPT_DLL extern L_KERNEL * makeGaussianKernel ( l_int32 halfheight, l_int32 halfwidth, l_float32 stdev, l_float32 max ); LEPT_DLL extern l_int32 makeGaussianKernelSep ( l_int32 halfheight, l_int32 halfwidth, l_float32 stdev, l_float32 max, L_KERNEL **pkelx, L_KERNEL **pkely ); LEPT_DLL extern L_KERNEL * makeDoGKernel ( l_int32 halfheight, l_int32 halfwidth, l_float32 stdev, l_float32 ratio ); LEPT_DLL extern char * getImagelibVersions ( ); LEPT_DLL extern void listDestroy ( DLLIST **phead ); LEPT_DLL extern l_int32 listAddToHead ( DLLIST **phead, void *data ); LEPT_DLL extern l_int32 listAddToTail ( DLLIST **phead, DLLIST **ptail, void *data ); LEPT_DLL extern l_int32 listInsertBefore ( DLLIST **phead, DLLIST *elem, void *data ); LEPT_DLL extern l_int32 listInsertAfter ( DLLIST **phead, DLLIST *elem, void *data ); LEPT_DLL extern void * listRemoveElement ( DLLIST **phead, DLLIST *elem ); LEPT_DLL extern void * listRemoveFromHead ( DLLIST **phead ); LEPT_DLL extern void * listRemoveFromTail ( DLLIST **phead, DLLIST **ptail ); LEPT_DLL extern DLLIST * listFindElement ( DLLIST *head, void *data ); LEPT_DLL extern DLLIST * listFindTail ( DLLIST *head ); LEPT_DLL extern l_int32 listGetCount ( DLLIST *head ); LEPT_DLL extern l_int32 listReverse ( DLLIST **phead ); LEPT_DLL extern l_int32 listJoin ( DLLIST **phead1, DLLIST **phead2 ); LEPT_DLL extern PIX * generateBinaryMaze ( l_int32 w, l_int32 h, l_int32 xi, l_int32 yi, l_float32 wallps, l_float32 ranis ); LEPT_DLL extern PTA * pixSearchBinaryMaze ( PIX *pixs, l_int32 xi, l_int32 yi, l_int32 xf, l_int32 yf, PIX **ppixd ); LEPT_DLL extern PTA * pixSearchGrayMaze ( PIX *pixs, l_int32 xi, l_int32 yi, l_int32 xf, l_int32 yf, PIX **ppixd ); LEPT_DLL extern l_int32 pixFindLargestRectangle ( PIX *pixs, l_int32 polarity, BOX **pbox, const char *debugfile ); LEPT_DLL extern PIX * pixDilate ( PIX *pixd, PIX *pixs, SEL *sel ); LEPT_DLL extern PIX * pixErode ( PIX *pixd, PIX *pixs, SEL *sel ); LEPT_DLL extern PIX * pixHMT ( PIX *pixd, PIX *pixs, SEL *sel ); LEPT_DLL extern PIX * pixOpen ( PIX *pixd, PIX *pixs, SEL *sel ); LEPT_DLL extern PIX * pixClose ( PIX *pixd, PIX *pixs, SEL *sel ); LEPT_DLL extern PIX * pixCloseSafe ( PIX *pixd, PIX *pixs, SEL *sel ); LEPT_DLL extern PIX * pixOpenGeneralized ( PIX *pixd, PIX *pixs, SEL *sel ); LEPT_DLL extern PIX * pixCloseGeneralized ( PIX *pixd, PIX *pixs, SEL *sel ); LEPT_DLL extern PIX * pixDilateBrick ( PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern PIX * pixErodeBrick ( PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern PIX * pixOpenBrick ( PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern PIX * pixCloseBrick ( PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern PIX * pixCloseSafeBrick ( PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern l_int32 selectComposableSels ( l_int32 size, l_int32 direction, SEL **psel1, SEL **psel2 ); LEPT_DLL extern l_int32 selectComposableSizes ( l_int32 size, l_int32 *pfactor1, l_int32 *pfactor2 ); LEPT_DLL extern PIX * pixDilateCompBrick ( PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern PIX * pixErodeCompBrick ( PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern PIX * pixOpenCompBrick ( PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern PIX * pixCloseCompBrick ( PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern PIX * pixCloseSafeCompBrick ( PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern void resetMorphBoundaryCondition ( l_int32 bc ); LEPT_DLL extern l_uint32 getMorphBorderPixelColor ( l_int32 type, l_int32 depth ); LEPT_DLL extern PIX * pixExtractBoundary ( PIX *pixs, l_int32 type ); LEPT_DLL extern PIX * pixMorphSequenceMasked ( PIX *pixs, PIX *pixm, const char *sequence, l_int32 dispsep ); LEPT_DLL extern PIX * pixMorphSequenceByComponent ( PIX *pixs, const char *sequence, l_int32 connectivity, l_int32 minw, l_int32 minh, BOXA **pboxa ); LEPT_DLL extern PIXA * pixaMorphSequenceByComponent ( PIXA *pixas, const char *sequence, l_int32 minw, l_int32 minh ); LEPT_DLL extern PIX * pixMorphSequenceByRegion ( PIX *pixs, PIX *pixm, const char *sequence, l_int32 connectivity, l_int32 minw, l_int32 minh, BOXA **pboxa ); LEPT_DLL extern PIXA * pixaMorphSequenceByRegion ( PIX *pixs, PIXA *pixam, const char *sequence, l_int32 minw, l_int32 minh ); LEPT_DLL extern PIX * pixUnionOfMorphOps ( PIX *pixs, SELA *sela, l_int32 type ); LEPT_DLL extern PIX * pixIntersectionOfMorphOps ( PIX *pixs, SELA *sela, l_int32 type ); LEPT_DLL extern PIX * pixSelectiveConnCompFill ( PIX *pixs, l_int32 connectivity, l_int32 minw, l_int32 minh ); LEPT_DLL extern l_int32 pixRemoveMatchedPattern ( PIX *pixs, PIX *pixp, PIX *pixe, l_int32 x0, l_int32 y0, l_int32 dsize ); LEPT_DLL extern PIX * pixDisplayMatchedPattern ( PIX *pixs, PIX *pixp, PIX *pixe, l_int32 x0, l_int32 y0, l_uint32 color, l_float32 scale, l_int32 nlevels ); LEPT_DLL extern PIX * pixSeedfillMorph ( PIX *pixs, PIX *pixm, l_int32 maxiters, l_int32 connectivity ); LEPT_DLL extern NUMA * pixRunHistogramMorph ( PIX *pixs, l_int32 runtype, l_int32 direction, l_int32 maxsize ); LEPT_DLL extern PIX * pixTophat ( PIX *pixs, l_int32 hsize, l_int32 vsize, l_int32 type ); LEPT_DLL extern PIX * pixHDome ( PIX *pixs, l_int32 height, l_int32 connectivity ); LEPT_DLL extern PIX * pixFastTophat ( PIX *pixs, l_int32 xsize, l_int32 ysize, l_int32 type ); LEPT_DLL extern PIX * pixMorphGradient ( PIX *pixs, l_int32 hsize, l_int32 vsize, l_int32 smoothing ); LEPT_DLL extern PTA * pixaCentroids ( PIXA *pixa ); LEPT_DLL extern l_int32 pixCentroid ( PIX *pix, l_int32 *centtab, l_int32 *sumtab, l_float32 *pxave, l_float32 *pyave ); LEPT_DLL extern PIX * pixDilateBrickDwa ( PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern PIX * pixErodeBrickDwa ( PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern PIX * pixOpenBrickDwa ( PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern PIX * pixCloseBrickDwa ( PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern PIX * pixDilateCompBrickDwa ( PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern PIX * pixErodeCompBrickDwa ( PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern PIX * pixOpenCompBrickDwa ( PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern PIX * pixCloseCompBrickDwa ( PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern PIX * pixDilateCompBrickExtendDwa ( PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern PIX * pixErodeCompBrickExtendDwa ( PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern PIX * pixOpenCompBrickExtendDwa ( PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern PIX * pixCloseCompBrickExtendDwa ( PIX *pixd, PIX *pixs, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern l_int32 getExtendedCompositeParameters ( l_int32 size, l_int32 *pn, l_int32 *pextra, l_int32 *pactualsize ); LEPT_DLL extern PIX * pixMorphSequence ( PIX *pixs, const char *sequence, l_int32 dispsep ); LEPT_DLL extern PIX * pixMorphCompSequence ( PIX *pixs, const char *sequence, l_int32 dispsep ); LEPT_DLL extern PIX * pixMorphSequenceDwa ( PIX *pixs, const char *sequence, l_int32 dispsep ); LEPT_DLL extern PIX * pixMorphCompSequenceDwa ( PIX *pixs, const char *sequence, l_int32 dispsep ); LEPT_DLL extern l_int32 morphSequenceVerify ( SARRAY *sa ); LEPT_DLL extern PIX * pixGrayMorphSequence ( PIX *pixs, const char *sequence, l_int32 dispsep, l_int32 dispy ); LEPT_DLL extern PIX * pixColorMorphSequence ( PIX *pixs, const char *sequence, l_int32 dispsep, l_int32 dispy ); LEPT_DLL extern NUMA * numaCreate ( l_int32 n ); LEPT_DLL extern NUMA * numaCreateFromIArray ( l_int32 *iarray, l_int32 size ); LEPT_DLL extern NUMA * numaCreateFromFArray ( l_float32 *farray, l_int32 size, l_int32 copyflag ); LEPT_DLL extern void numaDestroy ( NUMA **pna ); LEPT_DLL extern NUMA * numaCopy ( NUMA *na ); LEPT_DLL extern NUMA * numaClone ( NUMA *na ); LEPT_DLL extern l_int32 numaEmpty ( NUMA *na ); LEPT_DLL extern l_int32 numaAddNumber ( NUMA *na, l_float32 val ); LEPT_DLL extern l_int32 numaInsertNumber ( NUMA *na, l_int32 index, l_float32 val ); LEPT_DLL extern l_int32 numaRemoveNumber ( NUMA *na, l_int32 index ); LEPT_DLL extern l_int32 numaReplaceNumber ( NUMA *na, l_int32 index, l_float32 val ); LEPT_DLL extern l_int32 numaGetCount ( NUMA *na ); LEPT_DLL extern l_int32 numaSetCount ( NUMA *na, l_int32 newcount ); LEPT_DLL extern l_int32 numaGetFValue ( NUMA *na, l_int32 index, l_float32 *pval ); LEPT_DLL extern l_int32 numaGetIValue ( NUMA *na, l_int32 index, l_int32 *pival ); LEPT_DLL extern l_int32 numaSetValue ( NUMA *na, l_int32 index, l_float32 val ); LEPT_DLL extern l_int32 numaShiftValue ( NUMA *na, l_int32 index, l_float32 diff ); LEPT_DLL extern l_int32 * numaGetIArray ( NUMA *na ); LEPT_DLL extern l_float32 * numaGetFArray ( NUMA *na, l_int32 copyflag ); LEPT_DLL extern l_int32 numaGetRefcount ( NUMA *na ); LEPT_DLL extern l_int32 numaChangeRefcount ( NUMA *na, l_int32 delta ); LEPT_DLL extern l_int32 numaGetParameters ( NUMA *na, l_float32 *pstartx, l_float32 *pdelx ); LEPT_DLL extern l_int32 numaSetParameters ( NUMA *na, l_float32 startx, l_float32 delx ); LEPT_DLL extern l_int32 numaCopyParameters ( NUMA *nad, NUMA *nas ); LEPT_DLL extern SARRAY * numaConvertToSarray ( NUMA *na, l_int32 size1, l_int32 size2, l_int32 addzeros, l_int32 type ); LEPT_DLL extern NUMA * numaRead ( const char *filename ); LEPT_DLL extern NUMA * numaReadStream ( FILE *fp ); LEPT_DLL extern l_int32 numaWrite ( const char *filename, NUMA *na ); LEPT_DLL extern l_int32 numaWriteStream ( FILE *fp, NUMA *na ); LEPT_DLL extern NUMAA * numaaCreate ( l_int32 n ); LEPT_DLL extern NUMAA * numaaCreateFull ( l_int32 ntop, l_int32 n ); LEPT_DLL extern l_int32 numaaTruncate ( NUMAA *naa ); LEPT_DLL extern void numaaDestroy ( NUMAA **pnaa ); LEPT_DLL extern l_int32 numaaAddNuma ( NUMAA *naa, NUMA *na, l_int32 copyflag ); LEPT_DLL extern l_int32 numaaExtendArray ( NUMAA *naa ); LEPT_DLL extern l_int32 numaaGetCount ( NUMAA *naa ); LEPT_DLL extern l_int32 numaaGetNumaCount ( NUMAA *naa, l_int32 index ); LEPT_DLL extern l_int32 numaaGetNumberCount ( NUMAA *naa ); LEPT_DLL extern NUMA ** numaaGetPtrArray ( NUMAA *naa ); LEPT_DLL extern NUMA * numaaGetNuma ( NUMAA *naa, l_int32 index, l_int32 accessflag ); LEPT_DLL extern l_int32 numaaReplaceNuma ( NUMAA *naa, l_int32 index, NUMA *na ); LEPT_DLL extern l_int32 numaaGetValue ( NUMAA *naa, l_int32 i, l_int32 j, l_float32 *pfval, l_int32 *pival ); LEPT_DLL extern l_int32 numaaAddNumber ( NUMAA *naa, l_int32 index, l_float32 val ); LEPT_DLL extern NUMAA * numaaRead ( const char *filename ); LEPT_DLL extern NUMAA * numaaReadStream ( FILE *fp ); LEPT_DLL extern l_int32 numaaWrite ( const char *filename, NUMAA *naa ); LEPT_DLL extern l_int32 numaaWriteStream ( FILE *fp, NUMAA *naa ); LEPT_DLL extern NUMA2D * numa2dCreate ( l_int32 nrows, l_int32 ncols, l_int32 initsize ); LEPT_DLL extern void numa2dDestroy ( NUMA2D **pna2d ); LEPT_DLL extern l_int32 numa2dAddNumber ( NUMA2D *na2d, l_int32 row, l_int32 col, l_float32 val ); LEPT_DLL extern l_int32 numa2dGetCount ( NUMA2D *na2d, l_int32 row, l_int32 col ); LEPT_DLL extern NUMA * numa2dGetNuma ( NUMA2D *na2d, l_int32 row, l_int32 col ); LEPT_DLL extern l_int32 numa2dGetFValue ( NUMA2D *na2d, l_int32 row, l_int32 col, l_int32 index, l_float32 *pval ); LEPT_DLL extern l_int32 numa2dGetIValue ( NUMA2D *na2d, l_int32 row, l_int32 col, l_int32 index, l_int32 *pval ); LEPT_DLL extern NUMAHASH * numaHashCreate ( l_int32 nbuckets, l_int32 initsize ); LEPT_DLL extern void numaHashDestroy ( NUMAHASH **pnahash ); LEPT_DLL extern NUMA * numaHashGetNuma ( NUMAHASH *nahash, l_uint32 key ); LEPT_DLL extern l_int32 numaHashAdd ( NUMAHASH *nahash, l_uint32 key, l_float32 value ); LEPT_DLL extern NUMA * numaArithOp ( NUMA *nad, NUMA *na1, NUMA *na2, l_int32 op ); LEPT_DLL extern NUMA * numaLogicalOp ( NUMA *nad, NUMA *na1, NUMA *na2, l_int32 op ); LEPT_DLL extern NUMA * numaInvert ( NUMA *nad, NUMA *nas ); LEPT_DLL extern l_int32 numaSimilar ( NUMA *na1, NUMA *na2, l_float32 maxdiff, l_int32 *psimilar ); LEPT_DLL extern l_int32 numaAddToNumber ( NUMA *na, l_int32 index, l_float32 val ); LEPT_DLL extern l_int32 numaGetMin ( NUMA *na, l_float32 *pminval, l_int32 *piminloc ); LEPT_DLL extern l_int32 numaGetMax ( NUMA *na, l_float32 *pmaxval, l_int32 *pimaxloc ); LEPT_DLL extern l_int32 numaGetSum ( NUMA *na, l_float32 *psum ); LEPT_DLL extern NUMA * numaGetPartialSums ( NUMA *na ); LEPT_DLL extern l_int32 numaGetSumOnInterval ( NUMA *na, l_int32 first, l_int32 last, l_float32 *psum ); LEPT_DLL extern l_int32 numaHasOnlyIntegers ( NUMA *na, l_int32 maxsamples, l_int32 *pallints ); LEPT_DLL extern NUMA * numaSubsample ( NUMA *nas, l_int32 subfactor ); LEPT_DLL extern NUMA * numaMakeDelta ( NUMA *nas ); LEPT_DLL extern NUMA * numaMakeSequence ( l_float32 startval, l_float32 increment, l_int32 size ); LEPT_DLL extern NUMA * numaMakeConstant ( l_float32 val, l_int32 size ); LEPT_DLL extern NUMA * numaMakeAbsValue ( NUMA *nad, NUMA *nas ); LEPT_DLL extern NUMA * numaAddBorder ( NUMA *nas, l_int32 left, l_int32 right, l_float32 val ); LEPT_DLL extern NUMA * numaAddSpecifiedBorder ( NUMA *nas, l_int32 left, l_int32 right, l_int32 type ); LEPT_DLL extern NUMA * numaRemoveBorder ( NUMA *nas, l_int32 left, l_int32 right ); LEPT_DLL extern l_int32 numaGetNonzeroRange ( NUMA *na, l_float32 eps, l_int32 *pfirst, l_int32 *plast ); LEPT_DLL extern l_int32 numaGetCountRelativeToZero ( NUMA *na, l_int32 type, l_int32 *pcount ); LEPT_DLL extern NUMA * numaClipToInterval ( NUMA *nas, l_int32 first, l_int32 last ); LEPT_DLL extern NUMA * numaMakeThresholdIndicator ( NUMA *nas, l_float32 thresh, l_int32 type ); LEPT_DLL extern NUMA * numaUniformSampling ( NUMA *nas, l_int32 nsamp ); LEPT_DLL extern NUMA * numaReverse ( NUMA *nad, NUMA *nas ); LEPT_DLL extern NUMA * numaLowPassIntervals ( NUMA *nas, l_float32 thresh, l_float32 maxn ); LEPT_DLL extern NUMA * numaThresholdEdges ( NUMA *nas, l_float32 thresh1, l_float32 thresh2, l_float32 maxn ); LEPT_DLL extern l_int32 numaGetSpanValues ( NUMA *na, l_int32 span, l_int32 *pstart, l_int32 *pend ); LEPT_DLL extern l_int32 numaGetEdgeValues ( NUMA *na, l_int32 edge, l_int32 *pstart, l_int32 *pend, l_int32 *psign ); LEPT_DLL extern l_int32 numaInterpolateEqxVal ( l_float32 startx, l_float32 deltax, NUMA *nay, l_int32 type, l_float32 xval, l_float32 *pyval ); LEPT_DLL extern l_int32 numaInterpolateArbxVal ( NUMA *nax, NUMA *nay, l_int32 type, l_float32 xval, l_float32 *pyval ); LEPT_DLL extern l_int32 numaInterpolateEqxInterval ( l_float32 startx, l_float32 deltax, NUMA *nasy, l_int32 type, l_float32 x0, l_float32 x1, l_int32 npts, NUMA **pnax, NUMA **pnay ); LEPT_DLL extern l_int32 numaInterpolateArbxInterval ( NUMA *nax, NUMA *nay, l_int32 type, l_float32 x0, l_float32 x1, l_int32 npts, NUMA **pnadx, NUMA **pnady ); LEPT_DLL extern l_int32 numaFitMax ( NUMA *na, l_float32 *pmaxval, NUMA *naloc, l_float32 *pmaxloc ); LEPT_DLL extern l_int32 numaDifferentiateInterval ( NUMA *nax, NUMA *nay, l_float32 x0, l_float32 x1, l_int32 npts, NUMA **pnadx, NUMA **pnady ); LEPT_DLL extern l_int32 numaIntegrateInterval ( NUMA *nax, NUMA *nay, l_float32 x0, l_float32 x1, l_int32 npts, l_float32 *psum ); LEPT_DLL extern l_int32 numaSortGeneral ( NUMA *na, NUMA **pnasort, NUMA **pnaindex, NUMA **pnainvert, l_int32 sortorder, l_int32 sorttype ); LEPT_DLL extern NUMA * numaSortAutoSelect ( NUMA *nas, l_int32 sortorder ); LEPT_DLL extern NUMA * numaSortIndexAutoSelect ( NUMA *nas, l_int32 sortorder ); LEPT_DLL extern l_int32 numaChooseSortType ( NUMA *nas ); LEPT_DLL extern NUMA * numaSort ( NUMA *naout, NUMA *nain, l_int32 sortorder ); LEPT_DLL extern NUMA * numaBinSort ( NUMA *nas, l_int32 sortorder ); LEPT_DLL extern NUMA * numaGetSortIndex ( NUMA *na, l_int32 sortorder ); LEPT_DLL extern NUMA * numaGetBinSortIndex ( NUMA *nas, l_int32 sortorder ); LEPT_DLL extern NUMA * numaSortByIndex ( NUMA *nas, NUMA *naindex ); LEPT_DLL extern l_int32 numaIsSorted ( NUMA *nas, l_int32 sortorder, l_int32 *psorted ); LEPT_DLL extern l_int32 numaSortPair ( NUMA *nax, NUMA *nay, l_int32 sortorder, NUMA **pnasx, NUMA **pnasy ); LEPT_DLL extern NUMA * numaInvertMap ( NUMA *nas ); LEPT_DLL extern NUMA * numaPseudorandomSequence ( l_int32 size, l_int32 seed ); LEPT_DLL extern NUMA * numaRandomPermutation ( NUMA *nas, l_int32 seed ); LEPT_DLL extern l_int32 numaGetRankValue ( NUMA *na, l_float32 fract, NUMA *nasort, l_int32 usebins, l_float32 *pval ); LEPT_DLL extern l_int32 numaGetMedian ( NUMA *na, l_float32 *pval ); LEPT_DLL extern l_int32 numaGetBinnedMedian ( NUMA *na, l_int32 *pval ); LEPT_DLL extern l_int32 numaGetMode ( NUMA *na, l_float32 *pval, l_int32 *pcount ); LEPT_DLL extern l_int32 numaGetMedianVariation ( NUMA *na, l_float32 *pmedval, l_float32 *pmedvar ); LEPT_DLL extern l_int32 numaJoin ( NUMA *nad, NUMA *nas, l_int32 istart, l_int32 iend ); LEPT_DLL extern l_int32 numaaJoin ( NUMAA *naad, NUMAA *naas, l_int32 istart, l_int32 iend ); LEPT_DLL extern NUMA * numaaFlattenToNuma ( NUMAA *naa ); LEPT_DLL extern NUMA * numaErode ( NUMA *nas, l_int32 size ); LEPT_DLL extern NUMA * numaDilate ( NUMA *nas, l_int32 size ); LEPT_DLL extern NUMA * numaOpen ( NUMA *nas, l_int32 size ); LEPT_DLL extern NUMA * numaClose ( NUMA *nas, l_int32 size ); LEPT_DLL extern NUMA * numaTransform ( NUMA *nas, l_float32 shift, l_float32 scale ); LEPT_DLL extern l_int32 numaWindowedStats ( NUMA *nas, l_int32 wc, NUMA **pnam, NUMA **pnams, NUMA **pnav, NUMA **pnarv ); LEPT_DLL extern NUMA * numaWindowedMean ( NUMA *nas, l_int32 wc ); LEPT_DLL extern NUMA * numaWindowedMeanSquare ( NUMA *nas, l_int32 wc ); LEPT_DLL extern l_int32 numaWindowedVariance ( NUMA *nam, NUMA *nams, NUMA **pnav, NUMA **pnarv ); LEPT_DLL extern NUMA * numaConvertToInt ( NUMA *nas ); LEPT_DLL extern NUMA * numaMakeHistogram ( NUMA *na, l_int32 maxbins, l_int32 *pbinsize, l_int32 *pbinstart ); LEPT_DLL extern NUMA * numaMakeHistogramAuto ( NUMA *na, l_int32 maxbins ); LEPT_DLL extern NUMA * numaMakeHistogramClipped ( NUMA *na, l_float32 binsize, l_float32 maxsize ); LEPT_DLL extern NUMA * numaRebinHistogram ( NUMA *nas, l_int32 newsize ); LEPT_DLL extern NUMA * numaNormalizeHistogram ( NUMA *nas, l_float32 tsum ); LEPT_DLL extern l_int32 numaGetStatsUsingHistogram ( NUMA *na, l_int32 maxbins, l_float32 *pmin, l_float32 *pmax, l_float32 *pmean, l_float32 *pvariance, l_float32 *pmedian, l_float32 rank, l_float32 *prval, NUMA **phisto ); LEPT_DLL extern l_int32 numaGetHistogramStats ( NUMA *nahisto, l_float32 startx, l_float32 deltax, l_float32 *pxmean, l_float32 *pxmedian, l_float32 *pxmode, l_float32 *pxvariance ); LEPT_DLL extern l_int32 numaGetHistogramStatsOnInterval ( NUMA *nahisto, l_float32 startx, l_float32 deltax, l_int32 ifirst, l_int32 ilast, l_float32 *pxmean, l_float32 *pxmedian, l_float32 *pxmode, l_float32 *pxvariance ); LEPT_DLL extern l_int32 numaMakeRankFromHistogram ( l_float32 startx, l_float32 deltax, NUMA *nasy, l_int32 npts, NUMA **pnax, NUMA **pnay ); LEPT_DLL extern l_int32 numaHistogramGetRankFromVal ( NUMA *na, l_float32 rval, l_float32 *prank ); LEPT_DLL extern l_int32 numaHistogramGetValFromRank ( NUMA *na, l_float32 rank, l_float32 *prval ); LEPT_DLL extern l_int32 numaDiscretizeRankAndIntensity ( NUMA *na, l_int32 nbins, NUMA **pnarbin, NUMA **pnam, NUMA **pnar, NUMA **pnabb ); LEPT_DLL extern l_int32 numaGetRankBinValues ( NUMA *na, l_int32 nbins, NUMA **pnarbin, NUMA **pnam ); LEPT_DLL extern l_int32 numaSplitDistribution ( NUMA *na, l_float32 scorefract, l_int32 *psplitindex, l_float32 *pave1, l_float32 *pave2, l_float32 *pnum1, l_float32 *pnum2, NUMA **pnascore ); LEPT_DLL extern l_int32 numaEarthMoverDistance ( NUMA *na1, NUMA *na2, l_float32 *pdist ); LEPT_DLL extern NUMA * numaFindPeaks ( NUMA *nas, l_int32 nmax, l_float32 fract1, l_float32 fract2 ); LEPT_DLL extern NUMA * numaFindExtrema ( NUMA *nas, l_float32 delta ); LEPT_DLL extern l_int32 numaCountReversals ( NUMA *nas, l_float32 minreversal, l_int32 *pnr, l_float32 *pnrpl ); LEPT_DLL extern l_int32 numaSelectCrossingThreshold ( NUMA *nax, NUMA *nay, l_float32 estthresh, l_float32 *pbestthresh ); LEPT_DLL extern NUMA * numaCrossingsByThreshold ( NUMA *nax, NUMA *nay, l_float32 thresh ); LEPT_DLL extern NUMA * numaCrossingsByPeaks ( NUMA *nax, NUMA *nay, l_float32 delta ); LEPT_DLL extern l_int32 numaEvalBestHaarParameters ( NUMA *nas, l_float32 relweight, l_int32 nwidth, l_int32 nshift, l_float32 minwidth, l_float32 maxwidth, l_float32 *pbestwidth, l_float32 *pbestshift, l_float32 *pbestscore ); LEPT_DLL extern l_int32 numaEvalHaarSum ( NUMA *nas, l_float32 width, l_float32 shift, l_float32 relweight, l_float32 *pscore ); LEPT_DLL extern l_int32 pixGetRegionsBinary ( PIX *pixs, PIX **ppixhm, PIX **ppixtm, PIX **ppixtb, l_int32 debug ); LEPT_DLL extern PIX * pixGenHalftoneMask ( PIX *pixs, PIX **ppixtext, l_int32 *phtfound, l_int32 debug ); LEPT_DLL extern PIX * pixGenTextlineMask ( PIX *pixs, PIX **ppixvws, l_int32 *ptlfound, l_int32 debug ); LEPT_DLL extern PIX * pixGenTextblockMask ( PIX *pixs, PIX *pixvws, l_int32 debug ); LEPT_DLL extern BOX * pixFindPageForeground ( PIX *pixs, l_int32 threshold, l_int32 mindist, l_int32 erasedist, l_int32 pagenum, l_int32 showmorph, l_int32 display, const char *pdfdir ); LEPT_DLL extern l_int32 pixSplitIntoCharacters ( PIX *pixs, l_int32 minw, l_int32 minh, BOXA **pboxa, PIXA **ppixa, PIX **ppixdebug ); LEPT_DLL extern BOXA * pixSplitComponentWithProfile ( PIX *pixs, l_int32 delta, l_int32 mindel, PIX **ppixdebug ); LEPT_DLL extern l_int32 pixSetSelectCmap ( PIX *pixs, BOX *box, l_int32 sindex, l_int32 rval, l_int32 gval, l_int32 bval ); LEPT_DLL extern l_int32 pixColorGrayRegionsCmap ( PIX *pixs, BOXA *boxa, l_int32 type, l_int32 rval, l_int32 gval, l_int32 bval ); LEPT_DLL extern l_int32 pixColorGrayCmap ( PIX *pixs, BOX *box, l_int32 type, l_int32 rval, l_int32 gval, l_int32 bval ); LEPT_DLL extern l_int32 addColorizedGrayToCmap ( PIXCMAP *cmap, l_int32 type, l_int32 rval, l_int32 gval, l_int32 bval, NUMA **pna ); LEPT_DLL extern l_int32 pixSetSelectMaskedCmap ( PIX *pixs, PIX *pixm, l_int32 x, l_int32 y, l_int32 sindex, l_int32 rval, l_int32 gval, l_int32 bval ); LEPT_DLL extern l_int32 pixSetMaskedCmap ( PIX *pixs, PIX *pixm, l_int32 x, l_int32 y, l_int32 rval, l_int32 gval, l_int32 bval ); LEPT_DLL extern char * parseForProtos ( const char *filein, const char *prestring ); LEPT_DLL extern BOXA * boxaGetWhiteblocks ( BOXA *boxas, BOX *box, l_int32 sortflag, l_int32 maxboxes, l_float32 maxoverlap, l_int32 maxperim, l_float32 fract, l_int32 maxpops ); LEPT_DLL extern BOXA * boxaPruneSortedOnOverlap ( BOXA *boxas, l_float32 maxoverlap ); LEPT_DLL extern l_int32 convertFilesToPdf ( const char *dirname, const char *substr, l_int32 res, l_float32 scalefactor, l_int32 type, l_int32 quality, const char *title, const char *fileout ); LEPT_DLL extern l_int32 saConvertFilesToPdf ( SARRAY *sa, l_int32 res, l_float32 scalefactor, l_int32 type, l_int32 quality, const char *title, const char *fileout ); LEPT_DLL extern l_int32 saConvertFilesToPdfData ( SARRAY *sa, l_int32 res, l_float32 scalefactor, l_int32 type, l_int32 quality, const char *title, l_uint8 **pdata, size_t *pnbytes ); LEPT_DLL extern l_int32 selectDefaultPdfEncoding ( PIX *pix, l_int32 *ptype ); LEPT_DLL extern l_int32 convertUnscaledFilesToPdf ( const char *dirname, const char *substr, const char *title, const char *fileout ); LEPT_DLL extern l_int32 saConvertUnscaledFilesToPdf ( SARRAY *sa, const char *title, const char *fileout ); LEPT_DLL extern l_int32 saConvertUnscaledFilesToPdfData ( SARRAY *sa, const char *title, l_uint8 **pdata, size_t *pnbytes ); LEPT_DLL extern l_int32 convertUnscaledToPdfData ( const char *fname, const char *title, l_uint8 **pdata, size_t *pnbytes ); LEPT_DLL extern l_int32 pixaConvertToPdf ( PIXA *pixa, l_int32 res, l_float32 scalefactor, l_int32 type, l_int32 quality, const char *title, const char *fileout ); LEPT_DLL extern l_int32 pixaConvertToPdfData ( PIXA *pixa, l_int32 res, l_float32 scalefactor, l_int32 type, l_int32 quality, const char *title, l_uint8 **pdata, size_t *pnbytes ); LEPT_DLL extern l_int32 convertToPdf ( const char *filein, l_int32 type, l_int32 quality, const char *fileout, l_int32 x, l_int32 y, l_int32 res, const char *title, L_PDF_DATA **plpd, l_int32 position ); LEPT_DLL extern l_int32 convertImageDataToPdf ( l_uint8 *imdata, size_t size, l_int32 type, l_int32 quality, const char *fileout, l_int32 x, l_int32 y, l_int32 res, const char *title, L_PDF_DATA **plpd, l_int32 position ); LEPT_DLL extern l_int32 convertToPdfData ( const char *filein, l_int32 type, l_int32 quality, l_uint8 **pdata, size_t *pnbytes, l_int32 x, l_int32 y, l_int32 res, const char *title, L_PDF_DATA **plpd, l_int32 position ); LEPT_DLL extern l_int32 convertImageDataToPdfData ( l_uint8 *imdata, size_t size, l_int32 type, l_int32 quality, l_uint8 **pdata, size_t *pnbytes, l_int32 x, l_int32 y, l_int32 res, const char *title, L_PDF_DATA **plpd, l_int32 position ); LEPT_DLL extern l_int32 pixConvertToPdf ( PIX *pix, l_int32 type, l_int32 quality, const char *fileout, l_int32 x, l_int32 y, l_int32 res, const char *title, L_PDF_DATA **plpd, l_int32 position ); LEPT_DLL extern l_int32 pixConvertToPdfData ( PIX *pix, l_int32 type, l_int32 quality, l_uint8 **pdata, size_t *pnbytes, l_int32 x, l_int32 y, l_int32 res, const char *title, L_PDF_DATA **plpd, l_int32 position ); LEPT_DLL extern l_int32 pixWriteStreamPdf ( FILE *fp, PIX *pix, l_int32 res, const char *title ); LEPT_DLL extern l_int32 convertSegmentedFilesToPdf ( const char *dirname, const char *substr, l_int32 res, l_int32 type, l_int32 thresh, BOXAA *baa, l_int32 quality, l_float32 scalefactor, const char *title, const char *fileout ); LEPT_DLL extern BOXAA * convertNumberedMasksToBoxaa ( const char *dirname, const char *substr, l_int32 numpre, l_int32 numpost ); LEPT_DLL extern l_int32 convertToPdfSegmented ( const char *filein, l_int32 res, l_int32 type, l_int32 thresh, BOXA *boxa, l_int32 quality, l_float32 scalefactor, const char *title, const char *fileout ); LEPT_DLL extern l_int32 pixConvertToPdfSegmented ( PIX *pixs, l_int32 res, l_int32 type, l_int32 thresh, BOXA *boxa, l_int32 quality, l_float32 scalefactor, const char *title, const char *fileout ); LEPT_DLL extern l_int32 convertToPdfDataSegmented ( const char *filein, l_int32 res, l_int32 type, l_int32 thresh, BOXA *boxa, l_int32 quality, l_float32 scalefactor, const char *title, l_uint8 **pdata, size_t *pnbytes ); LEPT_DLL extern l_int32 pixConvertToPdfDataSegmented ( PIX *pixs, l_int32 res, l_int32 type, l_int32 thresh, BOXA *boxa, l_int32 quality, l_float32 scalefactor, const char *title, l_uint8 **pdata, size_t *pnbytes ); LEPT_DLL extern l_int32 concatenatePdf ( const char *dirname, const char *substr, const char *fileout ); LEPT_DLL extern l_int32 saConcatenatePdf ( SARRAY *sa, const char *fileout ); LEPT_DLL extern l_int32 ptraConcatenatePdf ( L_PTRA *pa, const char *fileout ); LEPT_DLL extern l_int32 concatenatePdfToData ( const char *dirname, const char *substr, l_uint8 **pdata, size_t *pnbytes ); LEPT_DLL extern l_int32 saConcatenatePdfToData ( SARRAY *sa, l_uint8 **pdata, size_t *pnbytes ); LEPT_DLL extern l_int32 ptraConcatenatePdfToData ( L_PTRA *pa_data, SARRAY *sa, l_uint8 **pdata, size_t *pnbytes ); LEPT_DLL extern void l_pdfSetG4ImageMask ( l_int32 flag ); LEPT_DLL extern void l_pdfSetDateAndVersion ( l_int32 flag ); LEPT_DLL extern void setPixMemoryManager ( void * ( ( *allocator ) ( size_t ) ), void ( ( *deallocator ) ( void * ) ) ); LEPT_DLL extern PIX * pixCreate ( l_int32 width, l_int32 height, l_int32 depth ); LEPT_DLL extern PIX * pixCreateNoInit ( l_int32 width, l_int32 height, l_int32 depth ); LEPT_DLL extern PIX * pixCreateTemplate ( PIX *pixs ); LEPT_DLL extern PIX * pixCreateTemplateNoInit ( PIX *pixs ); LEPT_DLL extern PIX * pixCreateHeader ( l_int32 width, l_int32 height, l_int32 depth ); LEPT_DLL extern PIX * pixClone ( PIX *pixs ); LEPT_DLL extern void pixDestroy ( PIX **ppix ); LEPT_DLL extern PIX * pixCopy ( PIX *pixd, PIX *pixs ); LEPT_DLL extern l_int32 pixResizeImageData ( PIX *pixd, PIX *pixs ); LEPT_DLL extern l_int32 pixCopyColormap ( PIX *pixd, PIX *pixs ); LEPT_DLL extern l_int32 pixSizesEqual ( PIX *pix1, PIX *pix2 ); LEPT_DLL extern l_int32 pixTransferAllData ( PIX *pixd, PIX **ppixs, l_int32 copytext, l_int32 copyformat ); LEPT_DLL extern l_int32 pixSwapAndDestroy ( PIX **ppixd, PIX **ppixs ); LEPT_DLL extern l_int32 pixGetWidth ( PIX *pix ); LEPT_DLL extern l_int32 pixSetWidth ( PIX *pix, l_int32 width ); LEPT_DLL extern l_int32 pixGetHeight ( PIX *pix ); LEPT_DLL extern l_int32 pixSetHeight ( PIX *pix, l_int32 height ); LEPT_DLL extern l_int32 pixGetDepth ( PIX *pix ); LEPT_DLL extern l_int32 pixSetDepth ( PIX *pix, l_int32 depth ); LEPT_DLL extern l_int32 pixGetDimensions ( PIX *pix, l_int32 *pw, l_int32 *ph, l_int32 *pd ); LEPT_DLL extern l_int32 pixSetDimensions ( PIX *pix, l_int32 w, l_int32 h, l_int32 d ); LEPT_DLL extern l_int32 pixCopyDimensions ( PIX *pixd, PIX *pixs ); LEPT_DLL extern l_int32 pixGetSpp ( PIX *pix ); LEPT_DLL extern l_int32 pixSetSpp ( PIX *pix, l_int32 spp ); LEPT_DLL extern l_int32 pixCopySpp ( PIX *pixd, PIX *pixs ); LEPT_DLL extern l_int32 pixGetWpl ( PIX *pix ); LEPT_DLL extern l_int32 pixSetWpl ( PIX *pix, l_int32 wpl ); LEPT_DLL extern l_int32 pixGetRefcount ( PIX *pix ); LEPT_DLL extern l_int32 pixChangeRefcount ( PIX *pix, l_int32 delta ); LEPT_DLL extern l_int32 pixGetXRes ( PIX *pix ); LEPT_DLL extern l_int32 pixSetXRes ( PIX *pix, l_int32 res ); LEPT_DLL extern l_int32 pixGetYRes ( PIX *pix ); LEPT_DLL extern l_int32 pixSetYRes ( PIX *pix, l_int32 res ); LEPT_DLL extern l_int32 pixGetResolution ( PIX *pix, l_int32 *pxres, l_int32 *pyres ); LEPT_DLL extern l_int32 pixSetResolution ( PIX *pix, l_int32 xres, l_int32 yres ); LEPT_DLL extern l_int32 pixCopyResolution ( PIX *pixd, PIX *pixs ); LEPT_DLL extern l_int32 pixScaleResolution ( PIX *pix, l_float32 xscale, l_float32 yscale ); LEPT_DLL extern l_int32 pixGetInputFormat ( PIX *pix ); LEPT_DLL extern l_int32 pixSetInputFormat ( PIX *pix, l_int32 informat ); LEPT_DLL extern l_int32 pixCopyInputFormat ( PIX *pixd, PIX *pixs ); LEPT_DLL extern char * pixGetText ( PIX *pix ); LEPT_DLL extern l_int32 pixSetText ( PIX *pix, const char *textstring ); LEPT_DLL extern l_int32 pixAddText ( PIX *pix, const char *textstring ); LEPT_DLL extern l_int32 pixCopyText ( PIX *pixd, PIX *pixs ); LEPT_DLL extern PIXCMAP * pixGetColormap ( PIX *pix ); LEPT_DLL extern l_int32 pixSetColormap ( PIX *pix, PIXCMAP *colormap ); LEPT_DLL extern l_int32 pixDestroyColormap ( PIX *pix ); LEPT_DLL extern l_uint32 * pixGetData ( PIX *pix ); LEPT_DLL extern l_int32 pixSetData ( PIX *pix, l_uint32 *data ); LEPT_DLL extern l_uint32 * pixExtractData ( PIX *pixs ); LEPT_DLL extern l_int32 pixFreeData ( PIX *pix ); LEPT_DLL extern void ** pixGetLinePtrs ( PIX *pix, l_int32 *psize ); LEPT_DLL extern l_int32 pixPrintStreamInfo ( FILE *fp, PIX *pix, const char *text ); LEPT_DLL extern l_int32 pixGetPixel ( PIX *pix, l_int32 x, l_int32 y, l_uint32 *pval ); LEPT_DLL extern l_int32 pixSetPixel ( PIX *pix, l_int32 x, l_int32 y, l_uint32 val ); LEPT_DLL extern l_int32 pixGetRGBPixel ( PIX *pix, l_int32 x, l_int32 y, l_int32 *prval, l_int32 *pgval, l_int32 *pbval ); LEPT_DLL extern l_int32 pixSetRGBPixel ( PIX *pix, l_int32 x, l_int32 y, l_int32 rval, l_int32 gval, l_int32 bval ); LEPT_DLL extern l_int32 pixGetRandomPixel ( PIX *pix, l_uint32 *pval, l_int32 *px, l_int32 *py ); LEPT_DLL extern l_int32 pixClearPixel ( PIX *pix, l_int32 x, l_int32 y ); LEPT_DLL extern l_int32 pixFlipPixel ( PIX *pix, l_int32 x, l_int32 y ); LEPT_DLL extern void setPixelLow ( l_uint32 *line, l_int32 x, l_int32 depth, l_uint32 val ); LEPT_DLL extern l_int32 pixGetBlackOrWhiteVal ( PIX *pixs, l_int32 op, l_uint32 *pval ); LEPT_DLL extern l_int32 pixClearAll ( PIX *pix ); LEPT_DLL extern l_int32 pixSetAll ( PIX *pix ); LEPT_DLL extern l_int32 pixSetAllGray ( PIX *pix, l_int32 grayval ); LEPT_DLL extern l_int32 pixSetAllArbitrary ( PIX *pix, l_uint32 val ); LEPT_DLL extern l_int32 pixSetBlackOrWhite ( PIX *pixs, l_int32 op ); LEPT_DLL extern l_int32 pixSetComponentArbitrary ( PIX *pix, l_int32 comp, l_int32 val ); LEPT_DLL extern l_int32 pixClearInRect ( PIX *pix, BOX *box ); LEPT_DLL extern l_int32 pixSetInRect ( PIX *pix, BOX *box ); LEPT_DLL extern l_int32 pixSetInRectArbitrary ( PIX *pix, BOX *box, l_uint32 val ); LEPT_DLL extern l_int32 pixBlendInRect ( PIX *pixs, BOX *box, l_uint32 val, l_float32 fract ); LEPT_DLL extern l_int32 pixSetPadBits ( PIX *pix, l_int32 val ); LEPT_DLL extern l_int32 pixSetPadBitsBand ( PIX *pix, l_int32 by, l_int32 bh, l_int32 val ); LEPT_DLL extern l_int32 pixSetOrClearBorder ( PIX *pixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot, l_int32 op ); LEPT_DLL extern l_int32 pixSetBorderVal ( PIX *pixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot, l_uint32 val ); LEPT_DLL extern l_int32 pixSetBorderRingVal ( PIX *pixs, l_int32 dist, l_uint32 val ); LEPT_DLL extern l_int32 pixSetMirroredBorder ( PIX *pixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot ); LEPT_DLL extern PIX * pixCopyBorder ( PIX *pixd, PIX *pixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot ); LEPT_DLL extern PIX * pixAddBorder ( PIX *pixs, l_int32 npix, l_uint32 val ); LEPT_DLL extern PIX * pixAddBlackOrWhiteBorder ( PIX *pixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot, l_int32 op ); LEPT_DLL extern PIX * pixAddBorderGeneral ( PIX *pixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot, l_uint32 val ); LEPT_DLL extern PIX * pixRemoveBorder ( PIX *pixs, l_int32 npix ); LEPT_DLL extern PIX * pixRemoveBorderGeneral ( PIX *pixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot ); LEPT_DLL extern PIX * pixRemoveBorderToSize ( PIX *pixs, l_int32 wd, l_int32 hd ); LEPT_DLL extern PIX * pixAddMirroredBorder ( PIX *pixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot ); LEPT_DLL extern PIX * pixAddRepeatedBorder ( PIX *pixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot ); LEPT_DLL extern PIX * pixAddMixedBorder ( PIX *pixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot ); LEPT_DLL extern PIX * pixAddContinuedBorder ( PIX *pixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot ); LEPT_DLL extern l_int32 pixShiftAndTransferAlpha ( PIX *pixd, PIX *pixs, l_float32 shiftx, l_float32 shifty ); LEPT_DLL extern PIX * pixDisplayLayersRGBA ( PIX *pixs, l_uint32 val, l_int32 maxw ); LEPT_DLL extern PIX * pixCreateRGBImage ( PIX *pixr, PIX *pixg, PIX *pixb ); LEPT_DLL extern PIX * pixGetRGBComponent ( PIX *pixs, l_int32 comp ); LEPT_DLL extern l_int32 pixSetRGBComponent ( PIX *pixd, PIX *pixs, l_int32 comp ); LEPT_DLL extern PIX * pixGetRGBComponentCmap ( PIX *pixs, l_int32 comp ); LEPT_DLL extern l_int32 pixCopyRGBComponent ( PIX *pixd, PIX *pixs, l_int32 comp ); LEPT_DLL extern l_int32 composeRGBPixel ( l_int32 rval, l_int32 gval, l_int32 bval, l_uint32 *ppixel ); LEPT_DLL extern l_int32 composeRGBAPixel ( l_int32 rval, l_int32 gval, l_int32 bval, l_int32 aval, l_uint32 *ppixel ); LEPT_DLL extern void extractRGBValues ( l_uint32 pixel, l_int32 *prval, l_int32 *pgval, l_int32 *pbval ); LEPT_DLL extern void extractRGBAValues ( l_uint32 pixel, l_int32 *prval, l_int32 *pgval, l_int32 *pbval, l_int32 *paval ); LEPT_DLL extern l_int32 extractMinMaxComponent ( l_uint32 pixel, l_int32 type ); LEPT_DLL extern l_int32 pixGetRGBLine ( PIX *pixs, l_int32 row, l_uint8 *bufr, l_uint8 *bufg, l_uint8 *bufb ); LEPT_DLL extern PIX * pixEndianByteSwapNew ( PIX *pixs ); LEPT_DLL extern l_int32 pixEndianByteSwap ( PIX *pixs ); LEPT_DLL extern l_int32 lineEndianByteSwap ( l_uint32 *datad, l_uint32 *datas, l_int32 wpl ); LEPT_DLL extern PIX * pixEndianTwoByteSwapNew ( PIX *pixs ); LEPT_DLL extern l_int32 pixEndianTwoByteSwap ( PIX *pixs ); LEPT_DLL extern l_int32 pixGetRasterData ( PIX *pixs, l_uint8 **pdata, size_t *pnbytes ); LEPT_DLL extern l_int32 pixAlphaIsOpaque ( PIX *pix, l_int32 *popaque ); LEPT_DLL extern l_uint8 ** pixSetupByteProcessing ( PIX *pix, l_int32 *pw, l_int32 *ph ); LEPT_DLL extern l_int32 pixCleanupByteProcessing ( PIX *pix, l_uint8 **lineptrs ); LEPT_DLL extern void l_setAlphaMaskBorder ( l_float32 val1, l_float32 val2 ); LEPT_DLL extern l_int32 pixSetMasked ( PIX *pixd, PIX *pixm, l_uint32 val ); LEPT_DLL extern l_int32 pixSetMaskedGeneral ( PIX *pixd, PIX *pixm, l_uint32 val, l_int32 x, l_int32 y ); LEPT_DLL extern l_int32 pixCombineMasked ( PIX *pixd, PIX *pixs, PIX *pixm ); LEPT_DLL extern l_int32 pixCombineMaskedGeneral ( PIX *pixd, PIX *pixs, PIX *pixm, l_int32 x, l_int32 y ); LEPT_DLL extern l_int32 pixPaintThroughMask ( PIX *pixd, PIX *pixm, l_int32 x, l_int32 y, l_uint32 val ); LEPT_DLL extern l_int32 pixPaintSelfThroughMask ( PIX *pixd, PIX *pixm, l_int32 x, l_int32 y, l_int32 tilesize, l_int32 searchdir ); LEPT_DLL extern PIX * pixMakeMaskFromLUT ( PIX *pixs, l_int32 *tab ); LEPT_DLL extern PIX * pixSetUnderTransparency ( PIX *pixs, l_uint32 val, l_int32 debug ); LEPT_DLL extern PIX * pixInvert ( PIX *pixd, PIX *pixs ); LEPT_DLL extern PIX * pixOr ( PIX *pixd, PIX *pixs1, PIX *pixs2 ); LEPT_DLL extern PIX * pixAnd ( PIX *pixd, PIX *pixs1, PIX *pixs2 ); LEPT_DLL extern PIX * pixXor ( PIX *pixd, PIX *pixs1, PIX *pixs2 ); LEPT_DLL extern PIX * pixSubtract ( PIX *pixd, PIX *pixs1, PIX *pixs2 ); LEPT_DLL extern l_int32 pixZero ( PIX *pix, l_int32 *pempty ); LEPT_DLL extern l_int32 pixForegroundFraction ( PIX *pix, l_float32 *pfract ); LEPT_DLL extern NUMA * pixaCountPixels ( PIXA *pixa ); LEPT_DLL extern l_int32 pixCountPixels ( PIX *pix, l_int32 *pcount, l_int32 *tab8 ); LEPT_DLL extern NUMA * pixCountByRow ( PIX *pix, BOX *box ); LEPT_DLL extern NUMA * pixCountByColumn ( PIX *pix, BOX *box ); LEPT_DLL extern NUMA * pixCountPixelsByRow ( PIX *pix, l_int32 *tab8 ); LEPT_DLL extern NUMA * pixCountPixelsByColumn ( PIX *pix ); LEPT_DLL extern l_int32 pixCountPixelsInRow ( PIX *pix, l_int32 row, l_int32 *pcount, l_int32 *tab8 ); LEPT_DLL extern NUMA * pixGetMomentByColumn ( PIX *pix, l_int32 order ); LEPT_DLL extern l_int32 pixThresholdPixelSum ( PIX *pix, l_int32 thresh, l_int32 *pabove, l_int32 *tab8 ); LEPT_DLL extern l_int32 * makePixelSumTab8 ( void ); LEPT_DLL extern l_int32 * makePixelCentroidTab8 ( void ); LEPT_DLL extern NUMA * pixAverageByRow ( PIX *pix, BOX *box, l_int32 type ); LEPT_DLL extern NUMA * pixAverageByColumn ( PIX *pix, BOX *box, l_int32 type ); LEPT_DLL extern l_int32 pixAverageInRect ( PIX *pix, BOX *box, l_float32 *pave ); LEPT_DLL extern NUMA * pixVarianceByRow ( PIX *pix, BOX *box ); LEPT_DLL extern NUMA * pixVarianceByColumn ( PIX *pix, BOX *box ); LEPT_DLL extern l_int32 pixVarianceInRect ( PIX *pix, BOX *box, l_float32 *prootvar ); LEPT_DLL extern NUMA * pixAbsDiffByRow ( PIX *pix, BOX *box ); LEPT_DLL extern NUMA * pixAbsDiffByColumn ( PIX *pix, BOX *box ); LEPT_DLL extern l_int32 pixAbsDiffInRect ( PIX *pix, BOX *box, l_int32 dir, l_float32 *pabsdiff ); LEPT_DLL extern l_int32 pixAbsDiffOnLine ( PIX *pix, l_int32 x1, l_int32 y1, l_int32 x2, l_int32 y2, l_float32 *pabsdiff ); LEPT_DLL extern l_int32 pixCountArbInRect ( PIX *pixs, BOX *box, l_int32 val, l_int32 factor, l_int32 *pcount ); LEPT_DLL extern PIX * pixMirroredTiling ( PIX *pixs, l_int32 w, l_int32 h ); LEPT_DLL extern NUMA * pixGetGrayHistogram ( PIX *pixs, l_int32 factor ); LEPT_DLL extern NUMA * pixGetGrayHistogramMasked ( PIX *pixs, PIX *pixm, l_int32 x, l_int32 y, l_int32 factor ); LEPT_DLL extern NUMA * pixGetGrayHistogramInRect ( PIX *pixs, BOX *box, l_int32 factor ); LEPT_DLL extern l_int32 pixGetColorHistogram ( PIX *pixs, l_int32 factor, NUMA **pnar, NUMA **pnag, NUMA **pnab ); LEPT_DLL extern l_int32 pixGetColorHistogramMasked ( PIX *pixs, PIX *pixm, l_int32 x, l_int32 y, l_int32 factor, NUMA **pnar, NUMA **pnag, NUMA **pnab ); LEPT_DLL extern NUMA * pixGetCmapHistogram ( PIX *pixs, l_int32 factor ); LEPT_DLL extern NUMA * pixGetCmapHistogramMasked ( PIX *pixs, PIX *pixm, l_int32 x, l_int32 y, l_int32 factor ); LEPT_DLL extern NUMA * pixGetCmapHistogramInRect ( PIX *pixs, BOX *box, l_int32 factor ); LEPT_DLL extern l_int32 pixGetRankValue ( PIX *pixs, l_int32 factor, l_float32 rank, l_uint32 *pvalue ); LEPT_DLL extern l_int32 pixGetRankValueMaskedRGB ( PIX *pixs, PIX *pixm, l_int32 x, l_int32 y, l_int32 factor, l_float32 rank, l_float32 *prval, l_float32 *pgval, l_float32 *pbval ); LEPT_DLL extern l_int32 pixGetRankValueMasked ( PIX *pixs, PIX *pixm, l_int32 x, l_int32 y, l_int32 factor, l_float32 rank, l_float32 *pval, NUMA **pna ); LEPT_DLL extern l_int32 pixGetAverageValue ( PIX *pixs, l_int32 factor, l_int32 type, l_uint32 *pvalue ); LEPT_DLL extern l_int32 pixGetAverageMaskedRGB ( PIX *pixs, PIX *pixm, l_int32 x, l_int32 y, l_int32 factor, l_int32 type, l_float32 *prval, l_float32 *pgval, l_float32 *pbval ); LEPT_DLL extern l_int32 pixGetAverageMasked ( PIX *pixs, PIX *pixm, l_int32 x, l_int32 y, l_int32 factor, l_int32 type, l_float32 *pval ); LEPT_DLL extern l_int32 pixGetAverageTiledRGB ( PIX *pixs, l_int32 sx, l_int32 sy, l_int32 type, PIX **ppixr, PIX **ppixg, PIX **ppixb ); LEPT_DLL extern PIX * pixGetAverageTiled ( PIX *pixs, l_int32 sx, l_int32 sy, l_int32 type ); LEPT_DLL extern l_int32 pixRowStats ( PIX *pixs, BOX *box, NUMA **pnamean, NUMA **pnamedian, NUMA **pnamode, NUMA **pnamodecount, NUMA **pnavar, NUMA **pnarootvar ); LEPT_DLL extern l_int32 pixColumnStats ( PIX *pixs, BOX *box, NUMA **pnamean, NUMA **pnamedian, NUMA **pnamode, NUMA **pnamodecount, NUMA **pnavar, NUMA **pnarootvar ); LEPT_DLL extern l_int32 pixGetComponentRange ( PIX *pixs, l_int32 factor, l_int32 color, l_int32 *pminval, l_int32 *pmaxval ); LEPT_DLL extern l_int32 pixGetExtremeValue ( PIX *pixs, l_int32 factor, l_int32 type, l_int32 *prval, l_int32 *pgval, l_int32 *pbval, l_int32 *pgrayval ); LEPT_DLL extern l_int32 pixGetMaxValueInRect ( PIX *pixs, BOX *box, l_uint32 *pmaxval, l_int32 *pxmax, l_int32 *pymax ); LEPT_DLL extern l_int32 pixGetBinnedComponentRange ( PIX *pixs, l_int32 nbins, l_int32 factor, l_int32 color, l_int32 *pminval, l_int32 *pmaxval, l_uint32 **pcarray, l_int32 debugflag ); LEPT_DLL extern l_int32 pixGetRankColorArray ( PIX *pixs, l_int32 nbins, l_int32 type, l_int32 factor, l_uint32 **pcarray, l_int32 debugflag ); LEPT_DLL extern l_int32 pixGetBinnedColor ( PIX *pixs, PIX *pixg, l_int32 factor, l_int32 nbins, NUMA *nalut, l_uint32 **pcarray, l_int32 debugflag ); LEPT_DLL extern PIX * pixDisplayColorArray ( l_uint32 *carray, l_int32 ncolors, l_int32 side, l_int32 ncols, l_int32 textflag ); LEPT_DLL extern PIX * pixaGetAlignedStats ( PIXA *pixa, l_int32 type, l_int32 nbins, l_int32 thresh ); LEPT_DLL extern l_int32 pixaExtractColumnFromEachPix ( PIXA *pixa, l_int32 col, PIX *pixd ); LEPT_DLL extern l_int32 pixGetRowStats ( PIX *pixs, l_int32 type, l_int32 nbins, l_int32 thresh, l_float32 *colvect ); LEPT_DLL extern l_int32 pixGetColumnStats ( PIX *pixs, l_int32 type, l_int32 nbins, l_int32 thresh, l_float32 *rowvect ); LEPT_DLL extern l_int32 pixSetPixelColumn ( PIX *pix, l_int32 col, l_float32 *colvect ); LEPT_DLL extern l_int32 pixThresholdForFgBg ( PIX *pixs, l_int32 factor, l_int32 thresh, l_int32 *pfgval, l_int32 *pbgval ); LEPT_DLL extern l_int32 pixSplitDistributionFgBg ( PIX *pixs, l_float32 scorefract, l_int32 factor, l_int32 *pthresh, l_int32 *pfgval, l_int32 *pbgval, l_int32 debugflag ); LEPT_DLL extern l_int32 pixaFindDimensions ( PIXA *pixa, NUMA **pnaw, NUMA **pnah ); LEPT_DLL extern l_int32 pixFindAreaPerimRatio ( PIX *pixs, l_int32 *tab, l_float32 *pfract ); LEPT_DLL extern NUMA * pixaFindPerimToAreaRatio ( PIXA *pixa ); LEPT_DLL extern l_int32 pixFindPerimToAreaRatio ( PIX *pixs, l_int32 *tab, l_float32 *pfract ); LEPT_DLL extern NUMA * pixaFindPerimSizeRatio ( PIXA *pixa ); LEPT_DLL extern l_int32 pixFindPerimSizeRatio ( PIX *pixs, l_int32 *tab, l_float32 *pratio ); LEPT_DLL extern NUMA * pixaFindAreaFraction ( PIXA *pixa ); LEPT_DLL extern l_int32 pixFindAreaFraction ( PIX *pixs, l_int32 *tab, l_float32 *pfract ); LEPT_DLL extern NUMA * pixaFindAreaFractionMasked ( PIXA *pixa, PIX *pixm, l_int32 debug ); LEPT_DLL extern l_int32 pixFindAreaFractionMasked ( PIX *pixs, BOX *box, PIX *pixm, l_int32 *tab, l_float32 *pfract ); LEPT_DLL extern NUMA * pixaFindWidthHeightRatio ( PIXA *pixa ); LEPT_DLL extern NUMA * pixaFindWidthHeightProduct ( PIXA *pixa ); LEPT_DLL extern l_int32 pixFindOverlapFraction ( PIX *pixs1, PIX *pixs2, l_int32 x2, l_int32 y2, l_int32 *tab, l_float32 *pratio, l_int32 *pnoverlap ); LEPT_DLL extern BOXA * pixFindRectangleComps ( PIX *pixs, l_int32 dist, l_int32 minw, l_int32 minh ); LEPT_DLL extern l_int32 pixConformsToRectangle ( PIX *pixs, BOX *box, l_int32 dist, l_int32 *pconforms ); LEPT_DLL extern PIXA * pixClipRectangles ( PIX *pixs, BOXA *boxa ); LEPT_DLL extern PIX * pixClipRectangle ( PIX *pixs, BOX *box, BOX **pboxc ); LEPT_DLL extern PIX * pixClipMasked ( PIX *pixs, PIX *pixm, l_int32 x, l_int32 y, l_uint32 outval ); LEPT_DLL extern l_int32 pixCropToMatch ( PIX *pixs1, PIX *pixs2, PIX **ppixd1, PIX **ppixd2 ); LEPT_DLL extern PIX * pixCropToSize ( PIX *pixs, l_int32 w, l_int32 h ); LEPT_DLL extern PIX * pixResizeToMatch ( PIX *pixs, PIX *pixt, l_int32 w, l_int32 h ); LEPT_DLL extern l_int32 pixClipToForeground ( PIX *pixs, PIX **ppixd, BOX **pbox ); LEPT_DLL extern l_int32 pixTestClipToForeground ( PIX *pixs, l_int32 *pcanclip ); LEPT_DLL extern l_int32 pixClipBoxToForeground ( PIX *pixs, BOX *boxs, PIX **ppixd, BOX **pboxd ); LEPT_DLL extern l_int32 pixScanForForeground ( PIX *pixs, BOX *box, l_int32 scanflag, l_int32 *ploc ); LEPT_DLL extern l_int32 pixClipBoxToEdges ( PIX *pixs, BOX *boxs, l_int32 lowthresh, l_int32 highthresh, l_int32 maxwidth, l_int32 factor, PIX **ppixd, BOX **pboxd ); LEPT_DLL extern l_int32 pixScanForEdge ( PIX *pixs, BOX *box, l_int32 lowthresh, l_int32 highthresh, l_int32 maxwidth, l_int32 factor, l_int32 scanflag, l_int32 *ploc ); LEPT_DLL extern NUMA * pixExtractOnLine ( PIX *pixs, l_int32 x1, l_int32 y1, l_int32 x2, l_int32 y2, l_int32 factor ); LEPT_DLL extern l_float32 pixAverageOnLine ( PIX *pixs, l_int32 x1, l_int32 y1, l_int32 x2, l_int32 y2, l_int32 factor ); LEPT_DLL extern NUMA * pixAverageIntensityProfile ( PIX *pixs, l_float32 fract, l_int32 dir, l_int32 first, l_int32 last, l_int32 factor1, l_int32 factor2 ); LEPT_DLL extern NUMA * pixReversalProfile ( PIX *pixs, l_float32 fract, l_int32 dir, l_int32 first, l_int32 last, l_int32 minreversal, l_int32 factor1, l_int32 factor2 ); LEPT_DLL extern l_int32 pixWindowedVarianceOnLine ( PIX *pixs, l_int32 dir, l_int32 loc, l_int32 c1, l_int32 c2, l_int32 size, NUMA **pnad ); LEPT_DLL extern l_int32 pixMinMaxNearLine ( PIX *pixs, l_int32 x1, l_int32 y1, l_int32 x2, l_int32 y2, l_int32 dist, l_int32 direction, NUMA **pnamin, NUMA **pnamax, l_float32 *pminave, l_float32 *pmaxave ); LEPT_DLL extern PIX * pixRankRowTransform ( PIX *pixs ); LEPT_DLL extern PIX * pixRankColumnTransform ( PIX *pixs ); LEPT_DLL extern PIXA * pixaCreate ( l_int32 n ); LEPT_DLL extern PIXA * pixaCreateFromPix ( PIX *pixs, l_int32 n, l_int32 cellw, l_int32 cellh ); LEPT_DLL extern PIXA * pixaCreateFromBoxa ( PIX *pixs, BOXA *boxa, l_int32 *pcropwarn ); LEPT_DLL extern PIXA * pixaSplitPix ( PIX *pixs, l_int32 nx, l_int32 ny, l_int32 borderwidth, l_uint32 bordercolor ); LEPT_DLL extern void pixaDestroy ( PIXA **ppixa ); LEPT_DLL extern PIXA * pixaCopy ( PIXA *pixa, l_int32 copyflag ); LEPT_DLL extern l_int32 pixaAddPix ( PIXA *pixa, PIX *pix, l_int32 copyflag ); LEPT_DLL extern l_int32 pixaAddBox ( PIXA *pixa, BOX *box, l_int32 copyflag ); LEPT_DLL extern l_int32 pixaExtendArrayToSize ( PIXA *pixa, l_int32 size ); LEPT_DLL extern l_int32 pixaGetCount ( PIXA *pixa ); LEPT_DLL extern l_int32 pixaChangeRefcount ( PIXA *pixa, l_int32 delta ); LEPT_DLL extern PIX * pixaGetPix ( PIXA *pixa, l_int32 index, l_int32 accesstype ); LEPT_DLL extern l_int32 pixaGetPixDimensions ( PIXA *pixa, l_int32 index, l_int32 *pw, l_int32 *ph, l_int32 *pd ); LEPT_DLL extern BOXA * pixaGetBoxa ( PIXA *pixa, l_int32 accesstype ); LEPT_DLL extern l_int32 pixaGetBoxaCount ( PIXA *pixa ); LEPT_DLL extern BOX * pixaGetBox ( PIXA *pixa, l_int32 index, l_int32 accesstype ); LEPT_DLL extern l_int32 pixaGetBoxGeometry ( PIXA *pixa, l_int32 index, l_int32 *px, l_int32 *py, l_int32 *pw, l_int32 *ph ); LEPT_DLL extern l_int32 pixaSetBoxa ( PIXA *pixa, BOXA *boxa, l_int32 accesstype ); LEPT_DLL extern PIX ** pixaGetPixArray ( PIXA *pixa ); LEPT_DLL extern l_int32 pixaVerifyDepth ( PIXA *pixa, l_int32 *pmaxdepth ); LEPT_DLL extern l_int32 pixaIsFull ( PIXA *pixa, l_int32 *pfullpa, l_int32 *pfullba ); LEPT_DLL extern l_int32 pixaCountText ( PIXA *pixa, l_int32 *pntext ); LEPT_DLL extern void *** pixaGetLinePtrs ( PIXA *pixa, l_int32 *psize ); LEPT_DLL extern l_int32 pixaReplacePix ( PIXA *pixa, l_int32 index, PIX *pix, BOX *box ); LEPT_DLL extern l_int32 pixaInsertPix ( PIXA *pixa, l_int32 index, PIX *pixs, BOX *box ); LEPT_DLL extern l_int32 pixaRemovePix ( PIXA *pixa, l_int32 index ); LEPT_DLL extern l_int32 pixaRemovePixAndSave ( PIXA *pixa, l_int32 index, PIX **ppix, BOX **pbox ); LEPT_DLL extern l_int32 pixaInitFull ( PIXA *pixa, PIX *pix, BOX *box ); LEPT_DLL extern l_int32 pixaClear ( PIXA *pixa ); LEPT_DLL extern l_int32 pixaJoin ( PIXA *pixad, PIXA *pixas, l_int32 istart, l_int32 iend ); LEPT_DLL extern l_int32 pixaaJoin ( PIXAA *paad, PIXAA *paas, l_int32 istart, l_int32 iend ); LEPT_DLL extern PIXAA * pixaaCreate ( l_int32 n ); LEPT_DLL extern PIXAA * pixaaCreateFromPixa ( PIXA *pixa, l_int32 n, l_int32 type, l_int32 copyflag ); LEPT_DLL extern void pixaaDestroy ( PIXAA **ppaa ); LEPT_DLL extern l_int32 pixaaAddPixa ( PIXAA *paa, PIXA *pixa, l_int32 copyflag ); LEPT_DLL extern l_int32 pixaaExtendArray ( PIXAA *paa ); LEPT_DLL extern l_int32 pixaaAddPix ( PIXAA *paa, l_int32 index, PIX *pix, BOX *box, l_int32 copyflag ); LEPT_DLL extern l_int32 pixaaAddBox ( PIXAA *paa, BOX *box, l_int32 copyflag ); LEPT_DLL extern l_int32 pixaaGetCount ( PIXAA *paa, NUMA **pna ); LEPT_DLL extern PIXA * pixaaGetPixa ( PIXAA *paa, l_int32 index, l_int32 accesstype ); LEPT_DLL extern BOXA * pixaaGetBoxa ( PIXAA *paa, l_int32 accesstype ); LEPT_DLL extern PIX * pixaaGetPix ( PIXAA *paa, l_int32 index, l_int32 ipix, l_int32 accessflag ); LEPT_DLL extern l_int32 pixaaVerifyDepth ( PIXAA *paa, l_int32 *pmaxdepth ); LEPT_DLL extern l_int32 pixaaIsFull ( PIXAA *paa, l_int32 *pfull ); LEPT_DLL extern l_int32 pixaaInitFull ( PIXAA *paa, PIXA *pixa ); LEPT_DLL extern l_int32 pixaaReplacePixa ( PIXAA *paa, l_int32 index, PIXA *pixa ); LEPT_DLL extern l_int32 pixaaClear ( PIXAA *paa ); LEPT_DLL extern l_int32 pixaaTruncate ( PIXAA *paa ); LEPT_DLL extern PIXA * pixaRead ( const char *filename ); LEPT_DLL extern PIXA * pixaReadStream ( FILE *fp ); LEPT_DLL extern l_int32 pixaWrite ( const char *filename, PIXA *pixa ); LEPT_DLL extern l_int32 pixaWriteStream ( FILE *fp, PIXA *pixa ); LEPT_DLL extern PIXAA * pixaaReadFromFiles ( const char *dirname, const char *substr, l_int32 first, l_int32 nfiles ); LEPT_DLL extern PIXAA * pixaaRead ( const char *filename ); LEPT_DLL extern PIXAA * pixaaReadStream ( FILE *fp ); LEPT_DLL extern l_int32 pixaaWrite ( const char *filename, PIXAA *paa ); LEPT_DLL extern l_int32 pixaaWriteStream ( FILE *fp, PIXAA *paa ); LEPT_DLL extern PIXACC * pixaccCreate ( l_int32 w, l_int32 h, l_int32 negflag ); LEPT_DLL extern PIXACC * pixaccCreateFromPix ( PIX *pix, l_int32 negflag ); LEPT_DLL extern void pixaccDestroy ( PIXACC **ppixacc ); LEPT_DLL extern PIX * pixaccFinal ( PIXACC *pixacc, l_int32 outdepth ); LEPT_DLL extern PIX * pixaccGetPix ( PIXACC *pixacc ); LEPT_DLL extern l_int32 pixaccGetOffset ( PIXACC *pixacc ); LEPT_DLL extern l_int32 pixaccAdd ( PIXACC *pixacc, PIX *pix ); LEPT_DLL extern l_int32 pixaccSubtract ( PIXACC *pixacc, PIX *pix ); LEPT_DLL extern l_int32 pixaccMultConst ( PIXACC *pixacc, l_float32 factor ); LEPT_DLL extern l_int32 pixaccMultConstAccumulate ( PIXACC *pixacc, PIX *pix, l_float32 factor ); LEPT_DLL extern PIX * pixSelectBySize ( PIX *pixs, l_int32 width, l_int32 height, l_int32 connectivity, l_int32 type, l_int32 relation, l_int32 *pchanged ); LEPT_DLL extern PIXA * pixaSelectBySize ( PIXA *pixas, l_int32 width, l_int32 height, l_int32 type, l_int32 relation, l_int32 *pchanged ); LEPT_DLL extern NUMA * pixaMakeSizeIndicator ( PIXA *pixa, l_int32 width, l_int32 height, l_int32 type, l_int32 relation ); LEPT_DLL extern PIX * pixSelectByPerimToAreaRatio ( PIX *pixs, l_float32 thresh, l_int32 connectivity, l_int32 type, l_int32 *pchanged ); LEPT_DLL extern PIXA * pixaSelectByPerimToAreaRatio ( PIXA *pixas, l_float32 thresh, l_int32 type, l_int32 *pchanged ); LEPT_DLL extern PIX * pixSelectByPerimSizeRatio ( PIX *pixs, l_float32 thresh, l_int32 connectivity, l_int32 type, l_int32 *pchanged ); LEPT_DLL extern PIXA * pixaSelectByPerimSizeRatio ( PIXA *pixas, l_float32 thresh, l_int32 type, l_int32 *pchanged ); LEPT_DLL extern PIX * pixSelectByAreaFraction ( PIX *pixs, l_float32 thresh, l_int32 connectivity, l_int32 type, l_int32 *pchanged ); LEPT_DLL extern PIXA * pixaSelectByAreaFraction ( PIXA *pixas, l_float32 thresh, l_int32 type, l_int32 *pchanged ); LEPT_DLL extern PIX * pixSelectByWidthHeightRatio ( PIX *pixs, l_float32 thresh, l_int32 connectivity, l_int32 type, l_int32 *pchanged ); LEPT_DLL extern PIXA * pixaSelectByWidthHeightRatio ( PIXA *pixas, l_float32 thresh, l_int32 type, l_int32 *pchanged ); LEPT_DLL extern PIXA * pixaSelectWithIndicator ( PIXA *pixas, NUMA *na, l_int32 *pchanged ); LEPT_DLL extern l_int32 pixRemoveWithIndicator ( PIX *pixs, PIXA *pixa, NUMA *na ); LEPT_DLL extern l_int32 pixAddWithIndicator ( PIX *pixs, PIXA *pixa, NUMA *na ); LEPT_DLL extern PIX * pixaRenderComponent ( PIX *pixs, PIXA *pixa, l_int32 index ); LEPT_DLL extern PIXA * pixaSort ( PIXA *pixas, l_int32 sorttype, l_int32 sortorder, NUMA **pnaindex, l_int32 copyflag ); LEPT_DLL extern PIXA * pixaBinSort ( PIXA *pixas, l_int32 sorttype, l_int32 sortorder, NUMA **pnaindex, l_int32 copyflag ); LEPT_DLL extern PIXA * pixaSortByIndex ( PIXA *pixas, NUMA *naindex, l_int32 copyflag ); LEPT_DLL extern PIXAA * pixaSort2dByIndex ( PIXA *pixas, NUMAA *naa, l_int32 copyflag ); LEPT_DLL extern PIXA * pixaSelectRange ( PIXA *pixas, l_int32 first, l_int32 last, l_int32 copyflag ); LEPT_DLL extern PIXAA * pixaaSelectRange ( PIXAA *paas, l_int32 first, l_int32 last, l_int32 copyflag ); LEPT_DLL extern PIXAA * pixaaScaleToSize ( PIXAA *paas, l_int32 wd, l_int32 hd ); LEPT_DLL extern PIXAA * pixaaScaleToSizeVar ( PIXAA *paas, NUMA *nawd, NUMA *nahd ); LEPT_DLL extern PIXA * pixaScaleToSize ( PIXA *pixas, l_int32 wd, l_int32 hd ); LEPT_DLL extern PIXA * pixaAddBorderGeneral ( PIXA *pixad, PIXA *pixas, l_int32 left, l_int32 right, l_int32 top, l_int32 bot, l_uint32 val ); LEPT_DLL extern PIXA * pixaaFlattenToPixa ( PIXAA *paa, NUMA **pnaindex, l_int32 copyflag ); LEPT_DLL extern l_int32 pixaaSizeRange ( PIXAA *paa, l_int32 *pminw, l_int32 *pminh, l_int32 *pmaxw, l_int32 *pmaxh ); LEPT_DLL extern l_int32 pixaSizeRange ( PIXA *pixa, l_int32 *pminw, l_int32 *pminh, l_int32 *pmaxw, l_int32 *pmaxh ); LEPT_DLL extern PIXA * pixaClipToPix ( PIXA *pixas, PIX *pixs ); LEPT_DLL extern l_int32 pixaGetRenderingDepth ( PIXA *pixa, l_int32 *pdepth ); LEPT_DLL extern l_int32 pixaHasColor ( PIXA *pixa, l_int32 *phascolor ); LEPT_DLL extern l_int32 pixaAnyColormaps ( PIXA *pixa, l_int32 *phascmap ); LEPT_DLL extern l_int32 pixaGetDepthInfo ( PIXA *pixa, l_int32 *pmaxdepth, l_int32 *psame ); LEPT_DLL extern PIXA * pixaConvertToSameDepth ( PIXA *pixas ); LEPT_DLL extern l_int32 pixaEqual ( PIXA *pixa1, PIXA *pixa2, l_int32 maxdist, NUMA **pnaindex, l_int32 *psame ); LEPT_DLL extern PIX * pixaDisplay ( PIXA *pixa, l_int32 w, l_int32 h ); LEPT_DLL extern PIX * pixaDisplayOnColor ( PIXA *pixa, l_int32 w, l_int32 h, l_uint32 bgcolor ); LEPT_DLL extern PIX * pixaDisplayRandomCmap ( PIXA *pixa, l_int32 w, l_int32 h ); LEPT_DLL extern PIX * pixaDisplayLinearly ( PIXA *pixas, l_int32 direction, l_float32 scalefactor, l_int32 background, l_int32 spacing, l_int32 border, BOXA **pboxa ); LEPT_DLL extern PIX * pixaDisplayOnLattice ( PIXA *pixa, l_int32 cellw, l_int32 cellh, l_int32 *pncols, BOXA **pboxa ); LEPT_DLL extern PIX * pixaDisplayUnsplit ( PIXA *pixa, l_int32 nx, l_int32 ny, l_int32 borderwidth, l_uint32 bordercolor ); LEPT_DLL extern PIX * pixaDisplayTiled ( PIXA *pixa, l_int32 maxwidth, l_int32 background, l_int32 spacing ); LEPT_DLL extern PIX * pixaDisplayTiledInRows ( PIXA *pixa, l_int32 outdepth, l_int32 maxwidth, l_float32 scalefactor, l_int32 background, l_int32 spacing, l_int32 border ); LEPT_DLL extern PIX * pixaDisplayTiledAndScaled ( PIXA *pixa, l_int32 outdepth, l_int32 tilewidth, l_int32 ncols, l_int32 background, l_int32 spacing, l_int32 border ); LEPT_DLL extern PIX * pixaaDisplay ( PIXAA *paa, l_int32 w, l_int32 h ); LEPT_DLL extern PIX * pixaaDisplayByPixa ( PIXAA *paa, l_int32 xspace, l_int32 yspace, l_int32 maxw ); LEPT_DLL extern PIXA * pixaaDisplayTiledAndScaled ( PIXAA *paa, l_int32 outdepth, l_int32 tilewidth, l_int32 ncols, l_int32 background, l_int32 spacing, l_int32 border ); LEPT_DLL extern PIXA * pixaConvertTo1 ( PIXA *pixas, l_int32 thresh ); LEPT_DLL extern PIXA * pixaConvertTo8 ( PIXA *pixas, l_int32 cmapflag ); LEPT_DLL extern PIXA * pixaConvertTo8Color ( PIXA *pixas, l_int32 dither ); LEPT_DLL extern PIXA * pixaConvertTo32 ( PIXA *pixas ); LEPT_DLL extern l_int32 convertToNUpFiles ( const char *dir, const char *substr, l_int32 nx, l_int32 ny, l_int32 tw, l_int32 spacing, l_int32 border, const char *fontdir, const char *outdir ); LEPT_DLL extern PIXA * convertToNUpPixa ( const char *dir, const char *substr, l_int32 nx, l_int32 ny, l_int32 tw, l_int32 spacing, l_int32 border, const char *fontdir ); LEPT_DLL extern l_int32 pmsCreate ( size_t minsize, size_t smallest, NUMA *numalloc, const char *logfile ); LEPT_DLL extern void pmsDestroy ( ); LEPT_DLL extern void * pmsCustomAlloc ( size_t nbytes ); LEPT_DLL extern void pmsCustomDealloc ( void *data ); LEPT_DLL extern void * pmsGetAlloc ( size_t nbytes ); LEPT_DLL extern l_int32 pmsGetLevelForAlloc ( size_t nbytes, l_int32 *plevel ); LEPT_DLL extern l_int32 pmsGetLevelForDealloc ( void *data, l_int32 *plevel ); LEPT_DLL extern void pmsLogInfo ( ); LEPT_DLL extern l_int32 pixAddConstantGray ( PIX *pixs, l_int32 val ); LEPT_DLL extern l_int32 pixMultConstantGray ( PIX *pixs, l_float32 val ); LEPT_DLL extern PIX * pixAddGray ( PIX *pixd, PIX *pixs1, PIX *pixs2 ); LEPT_DLL extern PIX * pixSubtractGray ( PIX *pixd, PIX *pixs1, PIX *pixs2 ); LEPT_DLL extern PIX * pixThresholdToValue ( PIX *pixd, PIX *pixs, l_int32 threshval, l_int32 setval ); LEPT_DLL extern PIX * pixInitAccumulate ( l_int32 w, l_int32 h, l_uint32 offset ); LEPT_DLL extern PIX * pixFinalAccumulate ( PIX *pixs, l_uint32 offset, l_int32 depth ); LEPT_DLL extern PIX * pixFinalAccumulateThreshold ( PIX *pixs, l_uint32 offset, l_uint32 threshold ); LEPT_DLL extern l_int32 pixAccumulate ( PIX *pixd, PIX *pixs, l_int32 op ); LEPT_DLL extern l_int32 pixMultConstAccumulate ( PIX *pixs, l_float32 factor, l_uint32 offset ); LEPT_DLL extern PIX * pixAbsDifference ( PIX *pixs1, PIX *pixs2 ); LEPT_DLL extern PIX * pixAddRGB ( PIX *pixs1, PIX *pixs2 ); LEPT_DLL extern PIX * pixMinOrMax ( PIX *pixd, PIX *pixs1, PIX *pixs2, l_int32 type ); LEPT_DLL extern PIX * pixMaxDynamicRange ( PIX *pixs, l_int32 type ); LEPT_DLL extern l_float32 * makeLogBase2Tab ( void ); LEPT_DLL extern l_float32 getLogBase2 ( l_int32 val, l_float32 *logtab ); LEPT_DLL extern PIXC * pixcompCreateFromPix ( PIX *pix, l_int32 comptype ); LEPT_DLL extern PIXC * pixcompCreateFromString ( l_uint8 *data, size_t size, l_int32 copyflag ); LEPT_DLL extern PIXC * pixcompCreateFromFile ( const char *filename, l_int32 comptype ); LEPT_DLL extern void pixcompDestroy ( PIXC **ppixc ); LEPT_DLL extern l_int32 pixcompGetDimensions ( PIXC *pixc, l_int32 *pw, l_int32 *ph, l_int32 *pd ); LEPT_DLL extern l_int32 pixcompDetermineFormat ( l_int32 comptype, l_int32 d, l_int32 cmapflag, l_int32 *pformat ); LEPT_DLL extern PIX * pixCreateFromPixcomp ( PIXC *pixc ); LEPT_DLL extern PIXAC * pixacompCreate ( l_int32 n ); LEPT_DLL extern PIXAC * pixacompCreateWithInit ( l_int32 n, l_int32 offset, PIX *pix, l_int32 comptype ); LEPT_DLL extern PIXAC * pixacompCreateFromPixa ( PIXA *pixa, l_int32 comptype, l_int32 accesstype ); LEPT_DLL extern PIXAC * pixacompCreateFromFiles ( const char *dirname, const char *substr, l_int32 comptype ); LEPT_DLL extern PIXAC * pixacompCreateFromSA ( SARRAY *sa, l_int32 comptype ); LEPT_DLL extern void pixacompDestroy ( PIXAC **ppixac ); LEPT_DLL extern l_int32 pixacompAddPix ( PIXAC *pixac, PIX *pix, l_int32 comptype ); LEPT_DLL extern l_int32 pixacompAddPixcomp ( PIXAC *pixac, PIXC *pixc ); LEPT_DLL extern l_int32 pixacompReplacePix ( PIXAC *pixac, l_int32 index, PIX *pix, l_int32 comptype ); LEPT_DLL extern l_int32 pixacompReplacePixcomp ( PIXAC *pixac, l_int32 index, PIXC *pixc ); LEPT_DLL extern l_int32 pixacompAddBox ( PIXAC *pixac, BOX *box, l_int32 copyflag ); LEPT_DLL extern l_int32 pixacompGetCount ( PIXAC *pixac ); LEPT_DLL extern PIXC * pixacompGetPixcomp ( PIXAC *pixac, l_int32 index ); LEPT_DLL extern PIX * pixacompGetPix ( PIXAC *pixac, l_int32 index ); LEPT_DLL extern l_int32 pixacompGetPixDimensions ( PIXAC *pixac, l_int32 index, l_int32 *pw, l_int32 *ph, l_int32 *pd ); LEPT_DLL extern BOXA * pixacompGetBoxa ( PIXAC *pixac, l_int32 accesstype ); LEPT_DLL extern l_int32 pixacompGetBoxaCount ( PIXAC *pixac ); LEPT_DLL extern BOX * pixacompGetBox ( PIXAC *pixac, l_int32 index, l_int32 accesstype ); LEPT_DLL extern l_int32 pixacompGetBoxGeometry ( PIXAC *pixac, l_int32 index, l_int32 *px, l_int32 *py, l_int32 *pw, l_int32 *ph ); LEPT_DLL extern l_int32 pixacompGetOffset ( PIXAC *pixac ); LEPT_DLL extern l_int32 pixacompSetOffset ( PIXAC *pixac, l_int32 offset ); LEPT_DLL extern PIXA * pixaCreateFromPixacomp ( PIXAC *pixac, l_int32 accesstype ); LEPT_DLL extern PIXAC * pixacompRead ( const char *filename ); LEPT_DLL extern PIXAC * pixacompReadStream ( FILE *fp ); LEPT_DLL extern l_int32 pixacompWrite ( const char *filename, PIXAC *pixac ); LEPT_DLL extern l_int32 pixacompWriteStream ( FILE *fp, PIXAC *pixac ); LEPT_DLL extern l_int32 pixacompConvertToPdf ( PIXAC *pixac, l_int32 res, l_float32 scalefactor, l_int32 type, l_int32 quality, const char *title, const char *fileout ); LEPT_DLL extern l_int32 pixacompConvertToPdfData ( PIXAC *pixac, l_int32 res, l_float32 scalefactor, l_int32 type, l_int32 quality, const char *title, l_uint8 **pdata, size_t *pnbytes ); LEPT_DLL extern l_int32 pixacompWriteStreamInfo ( FILE *fp, PIXAC *pixac, const char *text ); LEPT_DLL extern l_int32 pixcompWriteStreamInfo ( FILE *fp, PIXC *pixc, const char *text ); LEPT_DLL extern PIX * pixacompDisplayTiledAndScaled ( PIXAC *pixac, l_int32 outdepth, l_int32 tilewidth, l_int32 ncols, l_int32 background, l_int32 spacing, l_int32 border ); LEPT_DLL extern PIX * pixThreshold8 ( PIX *pixs, l_int32 d, l_int32 nlevels, l_int32 cmapflag ); LEPT_DLL extern PIX * pixRemoveColormapGeneral ( PIX *pixs, l_int32 type, l_int32 ifnocmap ); LEPT_DLL extern PIX * pixRemoveColormap ( PIX *pixs, l_int32 type ); LEPT_DLL extern l_int32 pixAddGrayColormap8 ( PIX *pixs ); LEPT_DLL extern PIX * pixAddMinimalGrayColormap8 ( PIX *pixs ); LEPT_DLL extern PIX * pixConvertRGBToLuminance ( PIX *pixs ); LEPT_DLL extern PIX * pixConvertRGBToGray ( PIX *pixs, l_float32 rwt, l_float32 gwt, l_float32 bwt ); LEPT_DLL extern PIX * pixConvertRGBToGrayFast ( PIX *pixs ); LEPT_DLL extern PIX * pixConvertRGBToGrayMinMax ( PIX *pixs, l_int32 type ); LEPT_DLL extern PIX * pixConvertRGBToGraySatBoost ( PIX *pixs, l_int32 refval ); LEPT_DLL extern PIX * pixConvertGrayToColormap ( PIX *pixs ); LEPT_DLL extern PIX * pixConvertGrayToColormap8 ( PIX *pixs, l_int32 mindepth ); LEPT_DLL extern PIX * pixColorizeGray ( PIX *pixs, l_uint32 color, l_int32 cmapflag ); LEPT_DLL extern PIX * pixConvertRGBToColormap ( PIX *pixs, l_int32 ditherflag ); LEPT_DLL extern l_int32 pixQuantizeIfFewColors ( PIX *pixs, l_int32 maxcolors, l_int32 mingraycolors, l_int32 octlevel, PIX **ppixd ); LEPT_DLL extern PIX * pixConvert16To8 ( PIX *pixs, l_int32 type ); LEPT_DLL extern PIX * pixConvertGrayToFalseColor ( PIX *pixs, l_float32 gamma ); LEPT_DLL extern PIX * pixUnpackBinary ( PIX *pixs, l_int32 depth, l_int32 invert ); LEPT_DLL extern PIX * pixConvert1To16 ( PIX *pixd, PIX *pixs, l_uint16 val0, l_uint16 val1 ); LEPT_DLL extern PIX * pixConvert1To32 ( PIX *pixd, PIX *pixs, l_uint32 val0, l_uint32 val1 ); LEPT_DLL extern PIX * pixConvert1To2Cmap ( PIX *pixs ); LEPT_DLL extern PIX * pixConvert1To2 ( PIX *pixd, PIX *pixs, l_int32 val0, l_int32 val1 ); LEPT_DLL extern PIX * pixConvert1To4Cmap ( PIX *pixs ); LEPT_DLL extern PIX * pixConvert1To4 ( PIX *pixd, PIX *pixs, l_int32 val0, l_int32 val1 ); LEPT_DLL extern PIX * pixConvert1To8 ( PIX *pixd, PIX *pixs, l_uint8 val0, l_uint8 val1 ); LEPT_DLL extern PIX * pixConvert2To8 ( PIX *pixs, l_uint8 val0, l_uint8 val1, l_uint8 val2, l_uint8 val3, l_int32 cmapflag ); LEPT_DLL extern PIX * pixConvert4To8 ( PIX *pixs, l_int32 cmapflag ); LEPT_DLL extern PIX * pixConvert8To16 ( PIX *pixs, l_int32 leftshift ); LEPT_DLL extern PIX * pixConvertTo1 ( PIX *pixs, l_int32 threshold ); LEPT_DLL extern PIX * pixConvertTo1BySampling ( PIX *pixs, l_int32 factor, l_int32 threshold ); LEPT_DLL extern PIX * pixConvertTo8 ( PIX *pixs, l_int32 cmapflag ); LEPT_DLL extern PIX * pixConvertTo8BySampling ( PIX *pixs, l_int32 factor, l_int32 cmapflag ); LEPT_DLL extern PIX * pixConvertTo8Color ( PIX *pixs, l_int32 dither ); LEPT_DLL extern PIX * pixConvertTo16 ( PIX *pixs ); LEPT_DLL extern PIX * pixConvertTo32 ( PIX *pixs ); LEPT_DLL extern PIX * pixConvertTo32BySampling ( PIX *pixs, l_int32 factor ); LEPT_DLL extern PIX * pixConvert8To32 ( PIX *pixs ); LEPT_DLL extern PIX * pixConvertTo8Or32 ( PIX *pixs, l_int32 copyflag, l_int32 warnflag ); LEPT_DLL extern PIX * pixConvert24To32 ( PIX *pixs ); LEPT_DLL extern PIX * pixConvert32To24 ( PIX *pixs ); LEPT_DLL extern PIX * pixRemoveAlpha ( PIX *pixs ); LEPT_DLL extern PIX * pixConvertLossless ( PIX *pixs, l_int32 d ); LEPT_DLL extern PIX * pixConvertForPSWrap ( PIX *pixs ); LEPT_DLL extern PIX * pixConvertToSubpixelRGB ( PIX *pixs, l_float32 scalex, l_float32 scaley, l_int32 order ); LEPT_DLL extern PIX * pixConvertGrayToSubpixelRGB ( PIX *pixs, l_float32 scalex, l_float32 scaley, l_int32 order ); LEPT_DLL extern PIX * pixConvertColorToSubpixelRGB ( PIX *pixs, l_float32 scalex, l_float32 scaley, l_int32 order ); LEPT_DLL extern PIX * pixConnCompTransform ( PIX *pixs, l_int32 connect, l_int32 depth ); LEPT_DLL extern PIX * pixConnCompAreaTransform ( PIX *pixs, l_int32 connect ); LEPT_DLL extern PIX * pixLocToColorTransform ( PIX *pixs ); LEPT_DLL extern PIXTILING * pixTilingCreate ( PIX *pixs, l_int32 nx, l_int32 ny, l_int32 w, l_int32 h, l_int32 xoverlap, l_int32 yoverlap ); LEPT_DLL extern void pixTilingDestroy ( PIXTILING **ppt ); LEPT_DLL extern l_int32 pixTilingGetCount ( PIXTILING *pt, l_int32 *pnx, l_int32 *pny ); LEPT_DLL extern l_int32 pixTilingGetSize ( PIXTILING *pt, l_int32 *pw, l_int32 *ph ); LEPT_DLL extern PIX * pixTilingGetTile ( PIXTILING *pt, l_int32 i, l_int32 j ); LEPT_DLL extern l_int32 pixTilingNoStripOnPaint ( PIXTILING *pt ); LEPT_DLL extern l_int32 pixTilingPaintTile ( PIX *pixd, l_int32 i, l_int32 j, PIX *pixs, PIXTILING *pt ); LEPT_DLL extern PIX * pixReadStreamPng ( FILE *fp ); LEPT_DLL extern l_int32 readHeaderPng ( const char *filename, l_int32 *pw, l_int32 *ph, l_int32 *pbps, l_int32 *pspp, l_int32 *piscmap ); LEPT_DLL extern l_int32 freadHeaderPng ( FILE *fp, l_int32 *pw, l_int32 *ph, l_int32 *pbps, l_int32 *pspp, l_int32 *piscmap ); LEPT_DLL extern l_int32 sreadHeaderPng ( const l_uint8 *data, l_int32 *pw, l_int32 *ph, l_int32 *pbps, l_int32 *pspp, l_int32 *piscmap ); LEPT_DLL extern l_int32 fgetPngResolution ( FILE *fp, l_int32 *pxres, l_int32 *pyres ); LEPT_DLL extern l_int32 pixWritePng ( const char *filename, PIX *pix, l_float32 gamma ); LEPT_DLL extern l_int32 pixWriteStreamPng ( FILE *fp, PIX *pix, l_float32 gamma ); LEPT_DLL extern l_int32 pixSetZlibCompression ( PIX *pix, l_int32 compval ); LEPT_DLL extern void l_pngSetReadStrip16To8 ( l_int32 flag ); LEPT_DLL extern PIX * pixReadMemPng ( const l_uint8 *cdata, size_t size ); LEPT_DLL extern l_int32 pixWriteMemPng ( l_uint8 **pdata, size_t *psize, PIX *pix, l_float32 gamma ); LEPT_DLL extern PIX * pixReadStreamPnm ( FILE *fp ); LEPT_DLL extern l_int32 readHeaderPnm ( const char *filename, l_int32 *pw, l_int32 *ph, l_int32 *pd, l_int32 *ptype, l_int32 *pbps, l_int32 *pspp ); LEPT_DLL extern l_int32 freadHeaderPnm ( FILE *fp, l_int32 *pw, l_int32 *ph, l_int32 *pd, l_int32 *ptype, l_int32 *pbps, l_int32 *pspp ); LEPT_DLL extern l_int32 pixWriteStreamPnm ( FILE *fp, PIX *pix ); LEPT_DLL extern l_int32 pixWriteStreamAsciiPnm ( FILE *fp, PIX *pix ); LEPT_DLL extern PIX * pixReadMemPnm ( const l_uint8 *cdata, size_t size ); LEPT_DLL extern l_int32 sreadHeaderPnm ( const l_uint8 *cdata, size_t size, l_int32 *pw, l_int32 *ph, l_int32 *pd, l_int32 *ptype, l_int32 *pbps, l_int32 *pspp ); LEPT_DLL extern l_int32 pixWriteMemPnm ( l_uint8 **pdata, size_t *psize, PIX *pix ); LEPT_DLL extern PIX * pixProjectiveSampledPta ( PIX *pixs, PTA *ptad, PTA *ptas, l_int32 incolor ); LEPT_DLL extern PIX * pixProjectiveSampled ( PIX *pixs, l_float32 *vc, l_int32 incolor ); LEPT_DLL extern PIX * pixProjectivePta ( PIX *pixs, PTA *ptad, PTA *ptas, l_int32 incolor ); LEPT_DLL extern PIX * pixProjective ( PIX *pixs, l_float32 *vc, l_int32 incolor ); LEPT_DLL extern PIX * pixProjectivePtaColor ( PIX *pixs, PTA *ptad, PTA *ptas, l_uint32 colorval ); LEPT_DLL extern PIX * pixProjectiveColor ( PIX *pixs, l_float32 *vc, l_uint32 colorval ); LEPT_DLL extern PIX * pixProjectivePtaGray ( PIX *pixs, PTA *ptad, PTA *ptas, l_uint8 grayval ); LEPT_DLL extern PIX * pixProjectiveGray ( PIX *pixs, l_float32 *vc, l_uint8 grayval ); LEPT_DLL extern PIX * pixProjectivePtaWithAlpha ( PIX *pixs, PTA *ptad, PTA *ptas, PIX *pixg, l_float32 fract, l_int32 border ); LEPT_DLL extern l_int32 getProjectiveXformCoeffs ( PTA *ptas, PTA *ptad, l_float32 **pvc ); LEPT_DLL extern l_int32 projectiveXformSampledPt ( l_float32 *vc, l_int32 x, l_int32 y, l_int32 *pxp, l_int32 *pyp ); LEPT_DLL extern l_int32 projectiveXformPt ( l_float32 *vc, l_int32 x, l_int32 y, l_float32 *pxp, l_float32 *pyp ); LEPT_DLL extern l_int32 convertFilesToPS ( const char *dirin, const char *substr, l_int32 res, const char *fileout ); LEPT_DLL extern l_int32 sarrayConvertFilesToPS ( SARRAY *sa, l_int32 res, const char *fileout ); LEPT_DLL extern l_int32 convertFilesFittedToPS ( const char *dirin, const char *substr, l_float32 xpts, l_float32 ypts, const char *fileout ); LEPT_DLL extern l_int32 sarrayConvertFilesFittedToPS ( SARRAY *sa, l_float32 xpts, l_float32 ypts, const char *fileout ); LEPT_DLL extern l_int32 writeImageCompressedToPSFile ( const char *filein, const char *fileout, l_int32 res, l_int32 *pfirstfile, l_int32 *pindex ); LEPT_DLL extern l_int32 convertSegmentedPagesToPS ( const char *pagedir, const char *pagestr, const char *maskdir, const char *maskstr, l_int32 numpre, l_int32 numpost, l_int32 maxnum, l_float32 textscale, l_float32 imagescale, l_int32 threshold, const char *fileout ); LEPT_DLL extern l_int32 pixWriteSegmentedPageToPS ( PIX *pixs, PIX *pixm, l_float32 textscale, l_float32 imagescale, l_int32 threshold, l_int32 pageno, const char *fileout ); LEPT_DLL extern l_int32 pixWriteMixedToPS ( PIX *pixb, PIX *pixc, l_float32 scale, l_int32 pageno, const char *fileout ); LEPT_DLL extern l_int32 convertToPSEmbed ( const char *filein, const char *fileout, l_int32 level ); LEPT_DLL extern l_int32 pixaWriteCompressedToPS ( PIXA *pixa, const char *fileout, l_int32 res, l_int32 level ); LEPT_DLL extern l_int32 pixWritePSEmbed ( const char *filein, const char *fileout ); LEPT_DLL extern l_int32 pixWriteStreamPS ( FILE *fp, PIX *pix, BOX *box, l_int32 res, l_float32 scale ); LEPT_DLL extern char * pixWriteStringPS ( PIX *pixs, BOX *box, l_int32 res, l_float32 scale ); LEPT_DLL extern char * generateUncompressedPS ( char *hexdata, l_int32 w, l_int32 h, l_int32 d, l_int32 psbpl, l_int32 bps, l_float32 xpt, l_float32 ypt, l_float32 wpt, l_float32 hpt, l_int32 boxflag ); LEPT_DLL extern void getScaledParametersPS ( BOX *box, l_int32 wpix, l_int32 hpix, l_int32 res, l_float32 scale, l_float32 *pxpt, l_float32 *pypt, l_float32 *pwpt, l_float32 *phpt ); LEPT_DLL extern void convertByteToHexAscii ( l_uint8 byteval, char *pnib1, char *pnib2 ); LEPT_DLL extern l_int32 convertJpegToPSEmbed ( const char *filein, const char *fileout ); LEPT_DLL extern l_int32 convertJpegToPS ( const char *filein, const char *fileout, const char *operation, l_int32 x, l_int32 y, l_int32 res, l_float32 scale, l_int32 pageno, l_int32 endpage ); LEPT_DLL extern l_int32 convertJpegToPSString ( const char *filein, char **poutstr, l_int32 *pnbytes, l_int32 x, l_int32 y, l_int32 res, l_float32 scale, l_int32 pageno, l_int32 endpage ); LEPT_DLL extern char * generateJpegPS ( const char *filein, L_COMP_DATA *cid, l_float32 xpt, l_float32 ypt, l_float32 wpt, l_float32 hpt, l_int32 pageno, l_int32 endpage ); LEPT_DLL extern L_COMP_DATA * pixGenerateJpegData ( PIX *pixs, l_int32 ascii85flag, l_int32 quality ); LEPT_DLL extern L_COMP_DATA * l_generateJpegData ( const char *fname, l_int32 ascii85flag ); LEPT_DLL extern void l_compdataDestroy ( L_COMP_DATA **pcid ); LEPT_DLL extern l_int32 convertG4ToPSEmbed ( const char *filein, const char *fileout ); LEPT_DLL extern l_int32 convertG4ToPS ( const char *filein, const char *fileout, const char *operation, l_int32 x, l_int32 y, l_int32 res, l_float32 scale, l_int32 pageno, l_int32 maskflag, l_int32 endpage ); LEPT_DLL extern l_int32 convertG4ToPSString ( const char *filein, char **poutstr, l_int32 *pnbytes, l_int32 x, l_int32 y, l_int32 res, l_float32 scale, l_int32 pageno, l_int32 maskflag, l_int32 endpage ); LEPT_DLL extern char * generateG4PS ( const char *filein, L_COMP_DATA *cid, l_float32 xpt, l_float32 ypt, l_float32 wpt, l_float32 hpt, l_int32 maskflag, l_int32 pageno, l_int32 endpage ); LEPT_DLL extern L_COMP_DATA * pixGenerateG4Data ( PIX *pixs, l_int32 ascii85flag ); LEPT_DLL extern L_COMP_DATA * l_generateG4Data ( const char *fname, l_int32 ascii85flag ); LEPT_DLL extern l_int32 convertTiffMultipageToPS ( const char *filein, const char *fileout, const char *tempfile, l_float32 fillfract ); LEPT_DLL extern l_int32 convertFlateToPSEmbed ( const char *filein, const char *fileout ); LEPT_DLL extern l_int32 convertFlateToPS ( const char *filein, const char *fileout, const char *operation, l_int32 x, l_int32 y, l_int32 res, l_float32 scale, l_int32 pageno, l_int32 endpage ); LEPT_DLL extern l_int32 convertFlateToPSString ( const char *filein, char **poutstr, l_int32 *pnbytes, l_int32 x, l_int32 y, l_int32 res, l_float32 scale, l_int32 pageno, l_int32 endpage ); LEPT_DLL extern char * generateFlatePS ( const char *filein, L_COMP_DATA *cid, l_float32 xpt, l_float32 ypt, l_float32 wpt, l_float32 hpt, l_int32 pageno, l_int32 endpage ); LEPT_DLL extern L_COMP_DATA * l_generateFlateData ( const char *fname, l_int32 ascii85flag ); LEPT_DLL extern L_COMP_DATA * pixGenerateFlateData ( PIX *pixs, l_int32 ascii85flag ); LEPT_DLL extern l_int32 l_generateCIData ( const char *fname, l_int32 type, l_int32 quality, l_int32 ascii85, L_COMP_DATA **pcid ); LEPT_DLL extern l_int32 pixGenerateCIData ( PIX *pixs, l_int32 type, l_int32 quality, l_int32 ascii85, L_COMP_DATA **pcid ); LEPT_DLL extern l_int32 pixWriteMemPS ( l_uint8 **pdata, size_t *psize, PIX *pix, BOX *box, l_int32 res, l_float32 scale ); LEPT_DLL extern l_int32 getResLetterPage ( l_int32 w, l_int32 h, l_float32 fillfract ); LEPT_DLL extern l_int32 getResA4Page ( l_int32 w, l_int32 h, l_float32 fillfract ); LEPT_DLL extern char * encodeAscii85 ( l_uint8 *inarray, l_int32 insize, l_int32 *poutsize ); LEPT_DLL extern l_uint8 * decodeAscii85 ( char *ina, l_int32 insize, l_int32 *poutsize ); LEPT_DLL extern void l_psWriteBoundingBox ( l_int32 flag ); LEPT_DLL extern PTA * ptaCreate ( l_int32 n ); LEPT_DLL extern PTA * ptaCreateFromNuma ( NUMA *nax, NUMA *nay ); LEPT_DLL extern void ptaDestroy ( PTA **ppta ); LEPT_DLL extern PTA * ptaCopy ( PTA *pta ); LEPT_DLL extern PTA * ptaCopyRange ( PTA *ptas, l_int32 istart, l_int32 iend ); LEPT_DLL extern PTA * ptaClone ( PTA *pta ); LEPT_DLL extern l_int32 ptaEmpty ( PTA *pta ); LEPT_DLL extern l_int32 ptaAddPt ( PTA *pta, l_float32 x, l_float32 y ); LEPT_DLL extern l_int32 ptaInsertPt ( PTA *pta, l_int32 index, l_int32 x, l_int32 y ); LEPT_DLL extern l_int32 ptaRemovePt ( PTA *pta, l_int32 index ); LEPT_DLL extern l_int32 ptaGetRefcount ( PTA *pta ); LEPT_DLL extern l_int32 ptaChangeRefcount ( PTA *pta, l_int32 delta ); LEPT_DLL extern l_int32 ptaGetCount ( PTA *pta ); LEPT_DLL extern l_int32 ptaGetPt ( PTA *pta, l_int32 index, l_float32 *px, l_float32 *py ); LEPT_DLL extern l_int32 ptaGetIPt ( PTA *pta, l_int32 index, l_int32 *px, l_int32 *py ); LEPT_DLL extern l_int32 ptaSetPt ( PTA *pta, l_int32 index, l_float32 x, l_float32 y ); LEPT_DLL extern l_int32 ptaGetArrays ( PTA *pta, NUMA **pnax, NUMA **pnay ); LEPT_DLL extern PTA * ptaRead ( const char *filename ); LEPT_DLL extern PTA * ptaReadStream ( FILE *fp ); LEPT_DLL extern l_int32 ptaWrite ( const char *filename, PTA *pta, l_int32 type ); LEPT_DLL extern l_int32 ptaWriteStream ( FILE *fp, PTA *pta, l_int32 type ); LEPT_DLL extern PTAA * ptaaCreate ( l_int32 n ); LEPT_DLL extern void ptaaDestroy ( PTAA **pptaa ); LEPT_DLL extern l_int32 ptaaAddPta ( PTAA *ptaa, PTA *pta, l_int32 copyflag ); LEPT_DLL extern l_int32 ptaaGetCount ( PTAA *ptaa ); LEPT_DLL extern PTA * ptaaGetPta ( PTAA *ptaa, l_int32 index, l_int32 accessflag ); LEPT_DLL extern l_int32 ptaaGetPt ( PTAA *ptaa, l_int32 ipta, l_int32 jpt, l_float32 *px, l_float32 *py ); LEPT_DLL extern l_int32 ptaaInitFull ( PTAA *ptaa, PTA *pta ); LEPT_DLL extern l_int32 ptaaReplacePta ( PTAA *ptaa, l_int32 index, PTA *pta ); LEPT_DLL extern l_int32 ptaaAddPt ( PTAA *ptaa, l_int32 ipta, l_float32 x, l_float32 y ); LEPT_DLL extern l_int32 ptaaTruncate ( PTAA *ptaa ); LEPT_DLL extern PTAA * ptaaRead ( const char *filename ); LEPT_DLL extern PTAA * ptaaReadStream ( FILE *fp ); LEPT_DLL extern l_int32 ptaaWrite ( const char *filename, PTAA *ptaa, l_int32 type ); LEPT_DLL extern l_int32 ptaaWriteStream ( FILE *fp, PTAA *ptaa, l_int32 type ); LEPT_DLL extern PTA * ptaSubsample ( PTA *ptas, l_int32 subfactor ); LEPT_DLL extern l_int32 ptaJoin ( PTA *ptad, PTA *ptas, l_int32 istart, l_int32 iend ); LEPT_DLL extern l_int32 ptaaJoin ( PTAA *ptaad, PTAA *ptaas, l_int32 istart, l_int32 iend ); LEPT_DLL extern PTA * ptaReverse ( PTA *ptas, l_int32 type ); LEPT_DLL extern PTA * ptaTranspose ( PTA *ptas ); LEPT_DLL extern PTA * ptaCyclicPerm ( PTA *ptas, l_int32 xs, l_int32 ys ); LEPT_DLL extern PTA * ptaSort ( PTA *ptas, l_int32 sorttype, l_int32 sortorder, NUMA **pnaindex ); LEPT_DLL extern l_int32 ptaGetSortIndex ( PTA *ptas, l_int32 sorttype, l_int32 sortorder, NUMA **pnaindex ); LEPT_DLL extern PTA * ptaSortByIndex ( PTA *ptas, NUMA *naindex ); LEPT_DLL extern PTA * ptaRemoveDuplicates ( PTA *ptas, l_uint32 factor ); LEPT_DLL extern PTAA * ptaaSortByIndex ( PTAA *ptaas, NUMA *naindex ); LEPT_DLL extern BOX * ptaGetBoundingRegion ( PTA *pta ); LEPT_DLL extern l_int32 ptaGetRange ( PTA *pta, l_float32 *pminx, l_float32 *pmaxx, l_float32 *pminy, l_float32 *pmaxy ); LEPT_DLL extern PTA * ptaGetInsideBox ( PTA *ptas, BOX *box ); LEPT_DLL extern PTA * pixFindCornerPixels ( PIX *pixs ); LEPT_DLL extern l_int32 ptaContainsPt ( PTA *pta, l_int32 x, l_int32 y ); LEPT_DLL extern l_int32 ptaTestIntersection ( PTA *pta1, PTA *pta2 ); LEPT_DLL extern PTA * ptaTransform ( PTA *ptas, l_int32 shiftx, l_int32 shifty, l_float32 scalex, l_float32 scaley ); LEPT_DLL extern l_int32 ptaPtInsidePolygon ( PTA *pta, l_float32 x, l_float32 y, l_int32 *pinside ); LEPT_DLL extern l_float32 l_angleBetweenVectors ( l_float32 x1, l_float32 y1, l_float32 x2, l_float32 y2 ); LEPT_DLL extern l_int32 ptaGetLinearLSF ( PTA *pta, l_float32 *pa, l_float32 *pb, NUMA **pnafit ); LEPT_DLL extern l_int32 ptaGetQuadraticLSF ( PTA *pta, l_float32 *pa, l_float32 *pb, l_float32 *pc, NUMA **pnafit ); LEPT_DLL extern l_int32 ptaGetCubicLSF ( PTA *pta, l_float32 *pa, l_float32 *pb, l_float32 *pc, l_float32 *pd, NUMA **pnafit ); LEPT_DLL extern l_int32 ptaGetQuarticLSF ( PTA *pta, l_float32 *pa, l_float32 *pb, l_float32 *pc, l_float32 *pd, l_float32 *pe, NUMA **pnafit ); LEPT_DLL extern l_int32 ptaNoisyLinearLSF ( PTA *pta, l_float32 factor, PTA **pptad, l_float32 *pa, l_float32 *pb, l_float32 *pmederr, NUMA **pnafit ); LEPT_DLL extern l_int32 ptaNoisyQuadraticLSF ( PTA *pta, l_float32 factor, PTA **pptad, l_float32 *pa, l_float32 *pb, l_float32 *pc, l_float32 *pmederr, NUMA **pnafit ); LEPT_DLL extern l_int32 applyLinearFit ( l_float32 a, l_float32 b, l_float32 x, l_float32 *py ); LEPT_DLL extern l_int32 applyQuadraticFit ( l_float32 a, l_float32 b, l_float32 c, l_float32 x, l_float32 *py ); LEPT_DLL extern l_int32 applyCubicFit ( l_float32 a, l_float32 b, l_float32 c, l_float32 d, l_float32 x, l_float32 *py ); LEPT_DLL extern l_int32 applyQuarticFit ( l_float32 a, l_float32 b, l_float32 c, l_float32 d, l_float32 e, l_float32 x, l_float32 *py ); LEPT_DLL extern l_int32 pixPlotAlongPta ( PIX *pixs, PTA *pta, l_int32 outformat, const char *title ); LEPT_DLL extern PTA * ptaGetPixelsFromPix ( PIX *pixs, BOX *box ); LEPT_DLL extern PIX * pixGenerateFromPta ( PTA *pta, l_int32 w, l_int32 h ); LEPT_DLL extern PTA * ptaGetBoundaryPixels ( PIX *pixs, l_int32 type ); LEPT_DLL extern PTAA * ptaaGetBoundaryPixels ( PIX *pixs, l_int32 type, l_int32 connectivity, BOXA **pboxa, PIXA **ppixa ); LEPT_DLL extern PIX * pixDisplayPta ( PIX *pixd, PIX *pixs, PTA *pta ); LEPT_DLL extern PIX * pixDisplayPtaaPattern ( PIX *pixd, PIX *pixs, PTAA *ptaa, PIX *pixp, l_int32 cx, l_int32 cy ); LEPT_DLL extern PIX * pixDisplayPtaPattern ( PIX *pixd, PIX *pixs, PTA *pta, PIX *pixp, l_int32 cx, l_int32 cy, l_uint32 color ); LEPT_DLL extern PTA * ptaReplicatePattern ( PTA *ptas, PIX *pixp, PTA *ptap, l_int32 cx, l_int32 cy, l_int32 w, l_int32 h ); LEPT_DLL extern PIX * pixDisplayPtaa ( PIX *pixs, PTAA *ptaa ); LEPT_DLL extern L_PTRA * ptraCreate ( l_int32 n ); LEPT_DLL extern void ptraDestroy ( L_PTRA **ppa, l_int32 freeflag, l_int32 warnflag ); LEPT_DLL extern l_int32 ptraAdd ( L_PTRA *pa, void *item ); LEPT_DLL extern l_int32 ptraInsert ( L_PTRA *pa, l_int32 index, void *item, l_int32 shiftflag ); LEPT_DLL extern void * ptraRemove ( L_PTRA *pa, l_int32 index, l_int32 flag ); LEPT_DLL extern void * ptraRemoveLast ( L_PTRA *pa ); LEPT_DLL extern void * ptraReplace ( L_PTRA *pa, l_int32 index, void *item, l_int32 freeflag ); LEPT_DLL extern l_int32 ptraSwap ( L_PTRA *pa, l_int32 index1, l_int32 index2 ); LEPT_DLL extern l_int32 ptraCompactArray ( L_PTRA *pa ); LEPT_DLL extern l_int32 ptraReverse ( L_PTRA *pa ); LEPT_DLL extern l_int32 ptraJoin ( L_PTRA *pa1, L_PTRA *pa2 ); LEPT_DLL extern l_int32 ptraGetMaxIndex ( L_PTRA *pa, l_int32 *pmaxindex ); LEPT_DLL extern l_int32 ptraGetActualCount ( L_PTRA *pa, l_int32 *pcount ); LEPT_DLL extern void * ptraGetPtrToItem ( L_PTRA *pa, l_int32 index ); LEPT_DLL extern L_PTRAA * ptraaCreate ( l_int32 n ); LEPT_DLL extern void ptraaDestroy ( L_PTRAA **ppaa, l_int32 freeflag, l_int32 warnflag ); LEPT_DLL extern l_int32 ptraaGetSize ( L_PTRAA *paa, l_int32 *psize ); LEPT_DLL extern l_int32 ptraaInsertPtra ( L_PTRAA *paa, l_int32 index, L_PTRA *pa ); LEPT_DLL extern L_PTRA * ptraaGetPtra ( L_PTRAA *paa, l_int32 index, l_int32 accessflag ); LEPT_DLL extern L_PTRA * ptraaFlattenToPtra ( L_PTRAA *paa ); LEPT_DLL extern l_int32 pixQuadtreeMean ( PIX *pixs, l_int32 nlevels, PIX *pix_ma, FPIXA **pfpixa ); LEPT_DLL extern l_int32 pixQuadtreeVariance ( PIX *pixs, l_int32 nlevels, PIX *pix_ma, DPIX *dpix_msa, FPIXA **pfpixa_v, FPIXA **pfpixa_rv ); LEPT_DLL extern l_int32 pixMeanInRectangle ( PIX *pixs, BOX *box, PIX *pixma, l_float32 *pval ); LEPT_DLL extern l_int32 pixVarianceInRectangle ( PIX *pixs, BOX *box, PIX *pix_ma, DPIX *dpix_msa, l_float32 *pvar, l_float32 *prvar ); LEPT_DLL extern BOXAA * boxaaQuadtreeRegions ( l_int32 w, l_int32 h, l_int32 nlevels ); LEPT_DLL extern l_int32 quadtreeGetParent ( FPIXA *fpixa, l_int32 level, l_int32 x, l_int32 y, l_float32 *pval ); LEPT_DLL extern l_int32 quadtreeGetChildren ( FPIXA *fpixa, l_int32 level, l_int32 x, l_int32 y, l_float32 *pval00, l_float32 *pval10, l_float32 *pval01, l_float32 *pval11 ); LEPT_DLL extern l_int32 quadtreeMaxLevels ( l_int32 w, l_int32 h ); LEPT_DLL extern PIX * fpixaDisplayQuadtree ( FPIXA *fpixa, l_int32 factor ); LEPT_DLL extern L_QUEUE * lqueueCreate ( l_int32 nalloc ); LEPT_DLL extern void lqueueDestroy ( L_QUEUE **plq, l_int32 freeflag ); LEPT_DLL extern l_int32 lqueueAdd ( L_QUEUE *lq, void *item ); LEPT_DLL extern void * lqueueRemove ( L_QUEUE *lq ); LEPT_DLL extern l_int32 lqueueGetCount ( L_QUEUE *lq ); LEPT_DLL extern l_int32 lqueuePrint ( FILE *fp, L_QUEUE *lq ); LEPT_DLL extern PIX * pixRankFilter ( PIX *pixs, l_int32 wf, l_int32 hf, l_float32 rank ); LEPT_DLL extern PIX * pixRankFilterRGB ( PIX *pixs, l_int32 wf, l_int32 hf, l_float32 rank ); LEPT_DLL extern PIX * pixRankFilterGray ( PIX *pixs, l_int32 wf, l_int32 hf, l_float32 rank ); LEPT_DLL extern PIX * pixMedianFilter ( PIX *pixs, l_int32 wf, l_int32 hf ); LEPT_DLL extern PIX * pixRankFilterWithScaling ( PIX *pixs, l_int32 wf, l_int32 hf, l_float32 rank, l_float32 scalefactor ); LEPT_DLL extern SARRAY * pixProcessBarcodes ( PIX *pixs, l_int32 format, l_int32 method, SARRAY **psaw, l_int32 debugflag ); LEPT_DLL extern PIXA * pixExtractBarcodes ( PIX *pixs, l_int32 debugflag ); LEPT_DLL extern SARRAY * pixReadBarcodes ( PIXA *pixa, l_int32 format, l_int32 method, SARRAY **psaw, l_int32 debugflag ); LEPT_DLL extern NUMA * pixReadBarcodeWidths ( PIX *pixs, l_int32 method, l_int32 debugflag ); LEPT_DLL extern BOXA * pixLocateBarcodes ( PIX *pixs, l_int32 thresh, PIX **ppixb, PIX **ppixm ); LEPT_DLL extern PIX * pixDeskewBarcode ( PIX *pixs, PIX *pixb, BOX *box, l_int32 margin, l_int32 threshold, l_float32 *pangle, l_float32 *pconf ); LEPT_DLL extern NUMA * pixExtractBarcodeWidths1 ( PIX *pixs, l_float32 thresh, l_float32 binfract, NUMA **pnaehist, NUMA **pnaohist, l_int32 debugflag ); LEPT_DLL extern NUMA * pixExtractBarcodeWidths2 ( PIX *pixs, l_float32 thresh, l_float32 *pwidth, NUMA **pnac, l_int32 debugflag ); LEPT_DLL extern NUMA * pixExtractBarcodeCrossings ( PIX *pixs, l_float32 thresh, l_int32 debugflag ); LEPT_DLL extern NUMA * numaQuantizeCrossingsByWidth ( NUMA *nas, l_float32 binfract, NUMA **pnaehist, NUMA **pnaohist, l_int32 debugflag ); LEPT_DLL extern NUMA * numaQuantizeCrossingsByWindow ( NUMA *nas, l_float32 ratio, l_float32 *pwidth, l_float32 *pfirstloc, NUMA **pnac, l_int32 debugflag ); LEPT_DLL extern PIXA * pixaReadFiles ( const char *dirname, const char *substr ); LEPT_DLL extern PIXA * pixaReadFilesSA ( SARRAY *sa ); LEPT_DLL extern PIX * pixRead ( const char *filename ); LEPT_DLL extern PIX * pixReadWithHint ( const char *filename, l_int32 hint ); LEPT_DLL extern PIX * pixReadIndexed ( SARRAY *sa, l_int32 index ); LEPT_DLL extern PIX * pixReadStream ( FILE *fp, l_int32 hint ); LEPT_DLL extern l_int32 pixReadHeader ( const char *filename, l_int32 *pformat, l_int32 *pw, l_int32 *ph, l_int32 *pbps, l_int32 *pspp, l_int32 *piscmap ); LEPT_DLL extern l_int32 findFileFormat ( const char *filename, l_int32 *pformat ); LEPT_DLL extern l_int32 findFileFormatStream ( FILE *fp, l_int32 *pformat ); LEPT_DLL extern l_int32 findFileFormatBuffer ( const l_uint8 *buf, l_int32 *pformat ); LEPT_DLL extern l_int32 fileFormatIsTiff ( FILE *fp ); LEPT_DLL extern PIX * pixReadMem ( const l_uint8 *data, size_t size ); LEPT_DLL extern l_int32 pixReadHeaderMem ( const l_uint8 *data, size_t size, l_int32 *pformat, l_int32 *pw, l_int32 *ph, l_int32 *pbps, l_int32 *pspp, l_int32 *piscmap ); LEPT_DLL extern l_int32 ioFormatTest ( const char *filename ); LEPT_DLL extern L_RECOGA * recogaCreateFromRecog ( L_RECOG *recog ); LEPT_DLL extern L_RECOGA * recogaCreateFromPixaa ( PIXAA *paa, l_int32 scalew, l_int32 scaleh, l_int32 templ_type, l_int32 threshold, l_int32 maxyshift, const char *fontdir ); LEPT_DLL extern L_RECOGA * recogaCreate ( l_int32 n ); LEPT_DLL extern void recogaDestroy ( L_RECOGA **precoga ); LEPT_DLL extern l_int32 recogaAddRecog ( L_RECOGA *recoga, L_RECOG *recog ); LEPT_DLL extern l_int32 recogReplaceInRecoga ( L_RECOG **precog1, L_RECOG *recog2 ); LEPT_DLL extern L_RECOG * recogaGetRecog ( L_RECOGA *recoga, l_int32 index ); LEPT_DLL extern l_int32 recogaGetCount ( L_RECOGA *recoga ); LEPT_DLL extern l_int32 recogGetCount ( L_RECOG *recog ); LEPT_DLL extern l_int32 recogGetIndex ( L_RECOG *recog, l_int32 *pindex ); LEPT_DLL extern L_RECOGA * recogGetParent ( L_RECOG *recog ); LEPT_DLL extern l_int32 recogSetBootflag ( L_RECOG *recog ); LEPT_DLL extern L_RECOG * recogCreateFromRecog ( L_RECOG *recs, l_int32 scalew, l_int32 scaleh, l_int32 templ_type, l_int32 threshold, l_int32 maxyshift, const char *fontdir ); LEPT_DLL extern L_RECOG * recogCreateFromPixa ( PIXA *pixa, l_int32 scalew, l_int32 scaleh, l_int32 templ_type, l_int32 threshold, l_int32 maxyshift, const char *fontdir ); LEPT_DLL extern L_RECOG * recogCreate ( l_int32 scalew, l_int32 scaleh, l_int32 templ_type, l_int32 threshold, l_int32 maxyshift, const char *fontdir ); LEPT_DLL extern void recogDestroy ( L_RECOG **precog ); LEPT_DLL extern l_int32 recogAppend ( L_RECOG *recog1, L_RECOG *recog2 ); LEPT_DLL extern l_int32 recogGetClassIndex ( L_RECOG *recog, l_int32 val, char *text, l_int32 *pindex ); LEPT_DLL extern l_int32 recogStringToIndex ( L_RECOG *recog, char *text, l_int32 *pindex ); LEPT_DLL extern l_int32 recogGetClassString ( L_RECOG *recog, l_int32 index, char **pcharstr ); LEPT_DLL extern l_int32 l_convertCharstrToInt ( const char *str, l_int32 *pval ); LEPT_DLL extern L_RECOGA * recogaRead ( const char *filename ); LEPT_DLL extern L_RECOGA * recogaReadStream ( FILE *fp ); LEPT_DLL extern l_int32 recogaWrite ( const char *filename, L_RECOGA *recoga ); LEPT_DLL extern l_int32 recogaWriteStream ( FILE *fp, L_RECOGA *recoga, const char *filename ); LEPT_DLL extern l_int32 recogaWritePixaa ( const char *filename, L_RECOGA *recoga ); LEPT_DLL extern L_RECOG * recogRead ( const char *filename ); LEPT_DLL extern L_RECOG * recogReadStream ( FILE *fp ); LEPT_DLL extern l_int32 recogWrite ( const char *filename, L_RECOG *recog ); LEPT_DLL extern l_int32 recogWriteStream ( FILE *fp, L_RECOG *recog, const char *filename ); LEPT_DLL extern l_int32 recogWritePixa ( const char *filename, L_RECOG *recog ); LEPT_DLL extern l_int32 recogDecode ( L_RECOG *recog, PIX *pixs, l_int32 nlevels, PIX **ppixdb ); LEPT_DLL extern l_int32 recogMakeDecodingArrays ( L_RECOG *recog, PIX *pixs, l_int32 debug ); LEPT_DLL extern l_int32 recogRunViterbi ( L_RECOG *recog, PIX **ppixdb ); LEPT_DLL extern l_int32 recogCreateDid ( L_RECOG *recog, PIX *pixs ); LEPT_DLL extern l_int32 recogDestroyDid ( L_RECOG *recog ); LEPT_DLL extern l_int32 recogDidExists ( L_RECOG *recog ); LEPT_DLL extern L_RDID * recogGetDid ( L_RECOG *recog ); LEPT_DLL extern l_int32 recogSetChannelParams ( L_RECOG *recog, l_int32 nlevels ); LEPT_DLL extern l_int32 recogaIdentifyMultiple ( L_RECOGA *recoga, PIX *pixs, l_int32 nitems, l_int32 minw, l_int32 minh, BOXA **pboxa, PIXA **ppixa, PIX **ppixdb, l_int32 debugsplit ); LEPT_DLL extern l_int32 recogSplitIntoCharacters ( L_RECOG *recog, PIX *pixs, l_int32 minw, l_int32 minh, BOXA **pboxa, PIXA **ppixa, NUMA **pnaid, l_int32 debug ); LEPT_DLL extern l_int32 recogCorrelationBestRow ( L_RECOG *recog, PIX *pixs, BOXA **pboxa, NUMA **pnascore, NUMA **pnaindex, SARRAY **psachar, l_int32 debug ); LEPT_DLL extern l_int32 recogCorrelationBestChar ( L_RECOG *recog, PIX *pixs, BOX **pbox, l_float32 *pscore, l_int32 *pindex, char **pcharstr, PIX **ppixdb ); LEPT_DLL extern l_int32 recogaIdentifyPixa ( L_RECOGA *recoga, PIXA *pixa, NUMA *naid, PIX **ppixdb ); LEPT_DLL extern l_int32 recogIdentifyPixa ( L_RECOG *recog, PIXA *pixa, NUMA *naid, PIX **ppixdb ); LEPT_DLL extern l_int32 recogIdentifyPix ( L_RECOG *recog, PIX *pixs, PIX **ppixdb ); LEPT_DLL extern l_int32 recogSkipIdentify ( L_RECOG *recog ); LEPT_DLL extern void rchaDestroy ( L_RCHA **prcha ); LEPT_DLL extern void rchDestroy ( L_RCH **prch ); LEPT_DLL extern l_int32 rchaExtract ( L_RCHA *rcha, NUMA **pnaindex, NUMA **pnascore, SARRAY **psatext, NUMA **pnasample, NUMA **pnaxloc, NUMA **pnayloc, NUMA **pnawidth ); LEPT_DLL extern l_int32 rchExtract ( L_RCH *rch, l_int32 *pindex, l_float32 *pscore, char **ptext, l_int32 *psample, l_int32 *pxloc, l_int32 *pyloc, l_int32 *pwidth ); LEPT_DLL extern PIX * recogProcessToIdentify ( L_RECOG *recog, PIX *pixs, l_int32 pad ); LEPT_DLL extern PIX * recogPreSplittingFilter ( L_RECOG *recog, PIX *pixs, l_float32 maxasp, l_float32 minaf, l_float32 maxaf, l_int32 debug ); LEPT_DLL extern l_int32 recogSplittingFilter ( L_RECOG *recog, PIX *pixs, l_float32 maxasp, l_float32 minaf, l_float32 maxaf, l_int32 *premove, l_int32 debug ); LEPT_DLL extern SARRAY * recogaExtractNumbers ( L_RECOGA *recoga, BOXA *boxas, l_float32 scorethresh, l_int32 spacethresh, BOXAA **pbaa, NUMAA **pnaa ); LEPT_DLL extern l_int32 recogSetTemplateType ( L_RECOG *recog, l_int32 templ_type ); LEPT_DLL extern l_int32 recogSetScaling ( L_RECOG *recog, l_int32 scalew, l_int32 scaleh ); LEPT_DLL extern l_int32 recogTrainLabelled ( L_RECOG *recog, PIX *pixs, BOX *box, char *text, l_int32 multflag, l_int32 debug ); LEPT_DLL extern l_int32 recogProcessMultLabelled ( L_RECOG *recog, PIX *pixs, BOX *box, char *text, PIXA **ppixa, l_int32 debug ); LEPT_DLL extern l_int32 recogProcessSingleLabelled ( L_RECOG *recog, PIX *pixs, BOX *box, char *text, PIXA **ppixa ); LEPT_DLL extern l_int32 recogAddSamples ( L_RECOG *recog, PIXA *pixa, l_int32 classindex, l_int32 debug ); LEPT_DLL extern PIX * recogScaleCharacter ( L_RECOG *recog, PIX *pixs ); LEPT_DLL extern l_int32 recogAverageSamples ( L_RECOG *recog, l_int32 debug ); LEPT_DLL extern l_int32 pixaAccumulateSamples ( PIXA *pixa, PTA *pta, PIX **ppixd, l_float32 *px, l_float32 *py ); LEPT_DLL extern l_int32 recogTrainingFinished ( L_RECOG *recog, l_int32 debug ); LEPT_DLL extern l_int32 recogRemoveOutliers ( L_RECOG *recog, l_float32 targetscore, l_float32 minfract, l_int32 debug ); LEPT_DLL extern l_int32 recogaTrainingDone ( L_RECOGA *recoga, l_int32 *pdone ); LEPT_DLL extern l_int32 recogaFinishAveraging ( L_RECOGA *recoga ); LEPT_DLL extern l_int32 recogTrainUnlabelled ( L_RECOG *recog, L_RECOG *recogboot, PIX *pixs, BOX *box, l_int32 singlechar, l_float32 minscore, l_int32 debug ); LEPT_DLL extern l_int32 recogPadTrainingSet ( L_RECOG **precog, l_int32 debug ); LEPT_DLL extern l_int32 recogBestCorrelForPadding ( L_RECOG *recog, L_RECOGA *recoga, NUMA **pnaset, NUMA **pnaindex, NUMA **pnascore, NUMA **pnasum, PIXA **ppixadb ); LEPT_DLL extern l_int32 recogCorrelAverages ( L_RECOG *recog1, L_RECOG *recog2, NUMA **pnaindex, NUMA **pnascore, PIXA **ppixadb ); LEPT_DLL extern l_int32 recogSetPadParams ( L_RECOG *recog, const char *bootdir, const char *bootpattern, const char *bootpath, l_int32 type, l_int32 min_nopad, l_int32 max_afterpad ); LEPT_DLL extern l_int32 recogaShowContent ( FILE *fp, L_RECOGA *recoga, l_int32 display ); LEPT_DLL extern l_int32 recogShowContent ( FILE *fp, L_RECOG *recog, l_int32 display ); LEPT_DLL extern l_int32 recogDebugAverages ( L_RECOG *recog, l_int32 debug ); LEPT_DLL extern l_int32 recogShowAverageTemplates ( L_RECOG *recog ); LEPT_DLL extern l_int32 recogShowMatchesInRange ( L_RECOG *recog, PIXA *pixa, l_float32 minscore, l_float32 maxscore, l_int32 display ); LEPT_DLL extern PIX * recogShowMatch ( L_RECOG *recog, PIX *pix1, PIX *pix2, BOX *box, l_int32 index, l_float32 score ); LEPT_DLL extern l_int32 recogMakeBmf ( L_RECOG *recog, const char *fontdir, l_int32 size ); LEPT_DLL extern l_int32 regTestSetup ( l_int32 argc, char **argv, L_REGPARAMS **prp ); LEPT_DLL extern l_int32 regTestCleanup ( L_REGPARAMS *rp ); LEPT_DLL extern l_int32 regTestCompareValues ( L_REGPARAMS *rp, l_float32 val1, l_float32 val2, l_float32 delta ); LEPT_DLL extern l_int32 regTestCompareStrings ( L_REGPARAMS *rp, l_uint8 *string1, size_t bytes1, l_uint8 *string2, size_t bytes2 ); LEPT_DLL extern l_int32 regTestComparePix ( L_REGPARAMS *rp, PIX *pix1, PIX *pix2 ); LEPT_DLL extern l_int32 regTestCompareSimilarPix ( L_REGPARAMS *rp, PIX *pix1, PIX *pix2, l_int32 mindiff, l_float32 maxfract, l_int32 printstats ); LEPT_DLL extern l_int32 regTestCheckFile ( L_REGPARAMS *rp, const char *localname ); LEPT_DLL extern l_int32 regTestCompareFiles ( L_REGPARAMS *rp, l_int32 index1, l_int32 index2 ); LEPT_DLL extern l_int32 regTestWritePixAndCheck ( L_REGPARAMS *rp, PIX *pix, l_int32 format ); LEPT_DLL extern l_int32 pixRasterop ( PIX *pixd, l_int32 dx, l_int32 dy, l_int32 dw, l_int32 dh, l_int32 op, PIX *pixs, l_int32 sx, l_int32 sy ); LEPT_DLL extern l_int32 pixRasteropVip ( PIX *pixd, l_int32 bx, l_int32 bw, l_int32 vshift, l_int32 incolor ); LEPT_DLL extern l_int32 pixRasteropHip ( PIX *pixd, l_int32 by, l_int32 bh, l_int32 hshift, l_int32 incolor ); LEPT_DLL extern PIX * pixTranslate ( PIX *pixd, PIX *pixs, l_int32 hshift, l_int32 vshift, l_int32 incolor ); LEPT_DLL extern l_int32 pixRasteropIP ( PIX *pixd, l_int32 hshift, l_int32 vshift, l_int32 incolor ); LEPT_DLL extern l_int32 pixRasteropFullImage ( PIX *pixd, PIX *pixs, l_int32 op ); LEPT_DLL extern void rasteropVipLow ( l_uint32 *data, l_int32 pixw, l_int32 pixh, l_int32 depth, l_int32 wpl, l_int32 x, l_int32 w, l_int32 shift ); LEPT_DLL extern void rasteropHipLow ( l_uint32 *data, l_int32 pixh, l_int32 depth, l_int32 wpl, l_int32 y, l_int32 h, l_int32 shift ); LEPT_DLL extern void shiftDataHorizontalLow ( l_uint32 *datad, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 shift ); LEPT_DLL extern void rasteropUniLow ( l_uint32 *datad, l_int32 dpixw, l_int32 dpixh, l_int32 depth, l_int32 dwpl, l_int32 dx, l_int32 dy, l_int32 dw, l_int32 dh, l_int32 op ); LEPT_DLL extern void rasteropLow ( l_uint32 *datad, l_int32 dpixw, l_int32 dpixh, l_int32 depth, l_int32 dwpl, l_int32 dx, l_int32 dy, l_int32 dw, l_int32 dh, l_int32 op, l_uint32 *datas, l_int32 spixw, l_int32 spixh, l_int32 swpl, l_int32 sx, l_int32 sy ); LEPT_DLL extern PIX * pixRotate ( PIX *pixs, l_float32 angle, l_int32 type, l_int32 incolor, l_int32 width, l_int32 height ); LEPT_DLL extern PIX * pixEmbedForRotation ( PIX *pixs, l_float32 angle, l_int32 incolor, l_int32 width, l_int32 height ); LEPT_DLL extern PIX * pixRotateBySampling ( PIX *pixs, l_int32 xcen, l_int32 ycen, l_float32 angle, l_int32 incolor ); LEPT_DLL extern PIX * pixRotateBinaryNice ( PIX *pixs, l_float32 angle, l_int32 incolor ); LEPT_DLL extern PIX * pixRotateWithAlpha ( PIX *pixs, l_float32 angle, PIX *pixg, l_float32 fract ); LEPT_DLL extern PIX * pixRotateAM ( PIX *pixs, l_float32 angle, l_int32 incolor ); LEPT_DLL extern PIX * pixRotateAMColor ( PIX *pixs, l_float32 angle, l_uint32 colorval ); LEPT_DLL extern PIX * pixRotateAMGray ( PIX *pixs, l_float32 angle, l_uint8 grayval ); LEPT_DLL extern PIX * pixRotateAMCorner ( PIX *pixs, l_float32 angle, l_int32 incolor ); LEPT_DLL extern PIX * pixRotateAMColorCorner ( PIX *pixs, l_float32 angle, l_uint32 fillval ); LEPT_DLL extern PIX * pixRotateAMGrayCorner ( PIX *pixs, l_float32 angle, l_uint8 grayval ); LEPT_DLL extern PIX * pixRotateAMColorFast ( PIX *pixs, l_float32 angle, l_uint32 colorval ); LEPT_DLL extern void rotateAMColorLow ( l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_float32 angle, l_uint32 colorval ); LEPT_DLL extern void rotateAMGrayLow ( l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_float32 angle, l_uint8 grayval ); LEPT_DLL extern void rotateAMColorCornerLow ( l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_float32 angle, l_uint32 colorval ); LEPT_DLL extern void rotateAMGrayCornerLow ( l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_float32 angle, l_uint8 grayval ); LEPT_DLL extern void rotateAMColorFastLow ( l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_float32 angle, l_uint32 colorval ); LEPT_DLL extern PIX * pixRotateOrth ( PIX *pixs, l_int32 quads ); LEPT_DLL extern PIX * pixRotate180 ( PIX *pixd, PIX *pixs ); LEPT_DLL extern PIX * pixRotate90 ( PIX *pixs, l_int32 direction ); LEPT_DLL extern PIX * pixFlipLR ( PIX *pixd, PIX *pixs ); LEPT_DLL extern PIX * pixFlipTB ( PIX *pixd, PIX *pixs ); LEPT_DLL extern void rotate90Low ( l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 d, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 direction ); LEPT_DLL extern void flipLRLow ( l_uint32 *data, l_int32 w, l_int32 h, l_int32 d, l_int32 wpl, l_uint8 *tab, l_uint32 *buffer ); LEPT_DLL extern void flipTBLow ( l_uint32 *data, l_int32 h, l_int32 wpl, l_uint32 *buffer ); LEPT_DLL extern l_uint8 * makeReverseByteTab1 ( void ); LEPT_DLL extern l_uint8 * makeReverseByteTab2 ( void ); LEPT_DLL extern l_uint8 * makeReverseByteTab4 ( void ); LEPT_DLL extern PIX * pixRotateShear ( PIX *pixs, l_int32 xcen, l_int32 ycen, l_float32 angle, l_int32 incolor ); LEPT_DLL extern PIX * pixRotate2Shear ( PIX *pixs, l_int32 xcen, l_int32 ycen, l_float32 angle, l_int32 incolor ); LEPT_DLL extern PIX * pixRotate3Shear ( PIX *pixs, l_int32 xcen, l_int32 ycen, l_float32 angle, l_int32 incolor ); LEPT_DLL extern l_int32 pixRotateShearIP ( PIX *pixs, l_int32 xcen, l_int32 ycen, l_float32 angle, l_int32 incolor ); LEPT_DLL extern PIX * pixRotateShearCenter ( PIX *pixs, l_float32 angle, l_int32 incolor ); LEPT_DLL extern l_int32 pixRotateShearCenterIP ( PIX *pixs, l_float32 angle, l_int32 incolor ); LEPT_DLL extern PIX * pixStrokeWidthTransform ( PIX *pixs, l_int32 color, l_int32 depth, l_int32 nangles ); LEPT_DLL extern PIX * pixRunlengthTransform ( PIX *pixs, l_int32 color, l_int32 direction, l_int32 depth ); LEPT_DLL extern l_int32 pixFindHorizontalRuns ( PIX *pix, l_int32 y, l_int32 *xstart, l_int32 *xend, l_int32 *pn ); LEPT_DLL extern l_int32 pixFindVerticalRuns ( PIX *pix, l_int32 x, l_int32 *ystart, l_int32 *yend, l_int32 *pn ); LEPT_DLL extern l_int32 runlengthMembershipOnLine ( l_int32 *buffer, l_int32 size, l_int32 depth, l_int32 *start, l_int32 *end, l_int32 n ); LEPT_DLL extern l_int32 * makeMSBitLocTab ( l_int32 bitval ); LEPT_DLL extern SARRAY * sarrayCreate ( l_int32 n ); LEPT_DLL extern SARRAY * sarrayCreateInitialized ( l_int32 n, char *initstr ); LEPT_DLL extern SARRAY * sarrayCreateWordsFromString ( const char *string ); LEPT_DLL extern SARRAY * sarrayCreateLinesFromString ( char *string, l_int32 blankflag ); LEPT_DLL extern void sarrayDestroy ( SARRAY **psa ); LEPT_DLL extern SARRAY * sarrayCopy ( SARRAY *sa ); LEPT_DLL extern SARRAY * sarrayClone ( SARRAY *sa ); LEPT_DLL extern l_int32 sarrayAddString ( SARRAY *sa, char *string, l_int32 copyflag ); LEPT_DLL extern char * sarrayRemoveString ( SARRAY *sa, l_int32 index ); LEPT_DLL extern l_int32 sarrayReplaceString ( SARRAY *sa, l_int32 index, char *newstr, l_int32 copyflag ); LEPT_DLL extern l_int32 sarrayClear ( SARRAY *sa ); LEPT_DLL extern l_int32 sarrayGetCount ( SARRAY *sa ); LEPT_DLL extern char ** sarrayGetArray ( SARRAY *sa, l_int32 *pnalloc, l_int32 *pn ); LEPT_DLL extern char * sarrayGetString ( SARRAY *sa, l_int32 index, l_int32 copyflag ); LEPT_DLL extern l_int32 sarrayGetRefcount ( SARRAY *sa ); LEPT_DLL extern l_int32 sarrayChangeRefcount ( SARRAY *sa, l_int32 delta ); LEPT_DLL extern char * sarrayToString ( SARRAY *sa, l_int32 addnlflag ); LEPT_DLL extern char * sarrayToStringRange ( SARRAY *sa, l_int32 first, l_int32 nstrings, l_int32 addnlflag ); LEPT_DLL extern l_int32 sarrayConcatenate ( SARRAY *sa1, SARRAY *sa2 ); LEPT_DLL extern l_int32 sarrayAppendRange ( SARRAY *sa1, SARRAY *sa2, l_int32 start, l_int32 end ); LEPT_DLL extern l_int32 sarrayPadToSameSize ( SARRAY *sa1, SARRAY *sa2, char *padstring ); LEPT_DLL extern SARRAY * sarrayConvertWordsToLines ( SARRAY *sa, l_int32 linesize ); LEPT_DLL extern l_int32 sarraySplitString ( SARRAY *sa, const char *str, const char *separators ); LEPT_DLL extern SARRAY * sarraySelectBySubstring ( SARRAY *sain, const char *substr ); LEPT_DLL extern SARRAY * sarraySelectByRange ( SARRAY *sain, l_int32 first, l_int32 last ); LEPT_DLL extern l_int32 sarrayParseRange ( SARRAY *sa, l_int32 start, l_int32 *pactualstart, l_int32 *pend, l_int32 *pnewstart, const char *substr, l_int32 loc ); LEPT_DLL extern SARRAY * sarraySort ( SARRAY *saout, SARRAY *sain, l_int32 sortorder ); LEPT_DLL extern SARRAY * sarraySortByIndex ( SARRAY *sain, NUMA *naindex ); LEPT_DLL extern l_int32 stringCompareLexical ( const char *str1, const char *str2 ); LEPT_DLL extern SARRAY * sarrayRead ( const char *filename ); LEPT_DLL extern SARRAY * sarrayReadStream ( FILE *fp ); LEPT_DLL extern l_int32 sarrayWrite ( const char *filename, SARRAY *sa ); LEPT_DLL extern l_int32 sarrayWriteStream ( FILE *fp, SARRAY *sa ); LEPT_DLL extern l_int32 sarrayAppend ( const char *filename, SARRAY *sa ); LEPT_DLL extern SARRAY * getNumberedPathnamesInDirectory ( const char *dirname, const char *substr, l_int32 numpre, l_int32 numpost, l_int32 maxnum ); LEPT_DLL extern SARRAY * getSortedPathnamesInDirectory ( const char *dirname, const char *substr, l_int32 first, l_int32 nfiles ); LEPT_DLL extern SARRAY * convertSortedToNumberedPathnames ( SARRAY *sa, l_int32 numpre, l_int32 numpost, l_int32 maxnum ); LEPT_DLL extern SARRAY * getFilenamesInDirectory ( const char *dirname ); LEPT_DLL extern PIX * pixScale ( PIX *pixs, l_float32 scalex, l_float32 scaley ); LEPT_DLL extern PIX * pixScaleToSize ( PIX *pixs, l_int32 wd, l_int32 hd ); LEPT_DLL extern PIX * pixScaleGeneral ( PIX *pixs, l_float32 scalex, l_float32 scaley, l_float32 sharpfract, l_int32 sharpwidth ); LEPT_DLL extern PIX * pixScaleLI ( PIX *pixs, l_float32 scalex, l_float32 scaley ); LEPT_DLL extern PIX * pixScaleColorLI ( PIX *pixs, l_float32 scalex, l_float32 scaley ); LEPT_DLL extern PIX * pixScaleColor2xLI ( PIX *pixs ); LEPT_DLL extern PIX * pixScaleColor4xLI ( PIX *pixs ); LEPT_DLL extern PIX * pixScaleGrayLI ( PIX *pixs, l_float32 scalex, l_float32 scaley ); LEPT_DLL extern PIX * pixScaleGray2xLI ( PIX *pixs ); LEPT_DLL extern PIX * pixScaleGray4xLI ( PIX *pixs ); LEPT_DLL extern PIX * pixScaleBySampling ( PIX *pixs, l_float32 scalex, l_float32 scaley ); LEPT_DLL extern PIX * pixScaleBySamplingToSize ( PIX *pixs, l_int32 wd, l_int32 hd ); LEPT_DLL extern PIX * pixScaleByIntSubsampling ( PIX *pixs, l_int32 factor ); LEPT_DLL extern PIX * pixScaleRGBToGrayFast ( PIX *pixs, l_int32 factor, l_int32 color ); LEPT_DLL extern PIX * pixScaleRGBToBinaryFast ( PIX *pixs, l_int32 factor, l_int32 thresh ); LEPT_DLL extern PIX * pixScaleGrayToBinaryFast ( PIX *pixs, l_int32 factor, l_int32 thresh ); LEPT_DLL extern PIX * pixScaleSmooth ( PIX *pix, l_float32 scalex, l_float32 scaley ); LEPT_DLL extern PIX * pixScaleRGBToGray2 ( PIX *pixs, l_float32 rwt, l_float32 gwt, l_float32 bwt ); LEPT_DLL extern PIX * pixScaleAreaMap ( PIX *pix, l_float32 scalex, l_float32 scaley ); LEPT_DLL extern PIX * pixScaleAreaMap2 ( PIX *pix ); LEPT_DLL extern PIX * pixScaleBinary ( PIX *pixs, l_float32 scalex, l_float32 scaley ); LEPT_DLL extern PIX * pixScaleToGray ( PIX *pixs, l_float32 scalefactor ); LEPT_DLL extern PIX * pixScaleToGrayFast ( PIX *pixs, l_float32 scalefactor ); LEPT_DLL extern PIX * pixScaleToGray2 ( PIX *pixs ); LEPT_DLL extern PIX * pixScaleToGray3 ( PIX *pixs ); LEPT_DLL extern PIX * pixScaleToGray4 ( PIX *pixs ); LEPT_DLL extern PIX * pixScaleToGray6 ( PIX *pixs ); LEPT_DLL extern PIX * pixScaleToGray8 ( PIX *pixs ); LEPT_DLL extern PIX * pixScaleToGray16 ( PIX *pixs ); LEPT_DLL extern PIX * pixScaleToGrayMipmap ( PIX *pixs, l_float32 scalefactor ); LEPT_DLL extern PIX * pixScaleMipmap ( PIX *pixs1, PIX *pixs2, l_float32 scale ); LEPT_DLL extern PIX * pixExpandReplicate ( PIX *pixs, l_int32 factor ); LEPT_DLL extern PIX * pixScaleGray2xLIThresh ( PIX *pixs, l_int32 thresh ); LEPT_DLL extern PIX * pixScaleGray2xLIDither ( PIX *pixs ); LEPT_DLL extern PIX * pixScaleGray4xLIThresh ( PIX *pixs, l_int32 thresh ); LEPT_DLL extern PIX * pixScaleGray4xLIDither ( PIX *pixs ); LEPT_DLL extern PIX * pixScaleGrayMinMax ( PIX *pixs, l_int32 xfact, l_int32 yfact, l_int32 type ); LEPT_DLL extern PIX * pixScaleGrayMinMax2 ( PIX *pixs, l_int32 type ); LEPT_DLL extern PIX * pixScaleGrayRankCascade ( PIX *pixs, l_int32 level1, l_int32 level2, l_int32 level3, l_int32 level4 ); LEPT_DLL extern PIX * pixScaleGrayRank2 ( PIX *pixs, l_int32 rank ); LEPT_DLL extern l_int32 pixScaleAndTransferAlpha ( PIX *pixd, PIX *pixs, l_float32 scalex, l_float32 scaley ); LEPT_DLL extern PIX * pixScaleWithAlpha ( PIX *pixs, l_float32 scalex, l_float32 scaley, PIX *pixg, l_float32 fract ); LEPT_DLL extern void scaleColorLILow ( l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 ws, l_int32 hs, l_int32 wpls ); LEPT_DLL extern void scaleGrayLILow ( l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 ws, l_int32 hs, l_int32 wpls ); LEPT_DLL extern void scaleColor2xLILow ( l_uint32 *datad, l_int32 wpld, l_uint32 *datas, l_int32 ws, l_int32 hs, l_int32 wpls ); LEPT_DLL extern void scaleColor2xLILineLow ( l_uint32 *lined, l_int32 wpld, l_uint32 *lines, l_int32 ws, l_int32 wpls, l_int32 lastlineflag ); LEPT_DLL extern void scaleGray2xLILow ( l_uint32 *datad, l_int32 wpld, l_uint32 *datas, l_int32 ws, l_int32 hs, l_int32 wpls ); LEPT_DLL extern void scaleGray2xLILineLow ( l_uint32 *lined, l_int32 wpld, l_uint32 *lines, l_int32 ws, l_int32 wpls, l_int32 lastlineflag ); LEPT_DLL extern void scaleGray4xLILow ( l_uint32 *datad, l_int32 wpld, l_uint32 *datas, l_int32 ws, l_int32 hs, l_int32 wpls ); LEPT_DLL extern void scaleGray4xLILineLow ( l_uint32 *lined, l_int32 wpld, l_uint32 *lines, l_int32 ws, l_int32 wpls, l_int32 lastlineflag ); LEPT_DLL extern l_int32 scaleBySamplingLow ( l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 ws, l_int32 hs, l_int32 d, l_int32 wpls ); LEPT_DLL extern l_int32 scaleSmoothLow ( l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 ws, l_int32 hs, l_int32 d, l_int32 wpls, l_int32 size ); LEPT_DLL extern void scaleRGBToGray2Low ( l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_float32 rwt, l_float32 gwt, l_float32 bwt ); LEPT_DLL extern void scaleColorAreaMapLow ( l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 ws, l_int32 hs, l_int32 wpls ); LEPT_DLL extern void scaleGrayAreaMapLow ( l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 ws, l_int32 hs, l_int32 wpls ); LEPT_DLL extern void scaleAreaMapLow2 ( l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 d, l_int32 wpls ); LEPT_DLL extern l_int32 scaleBinaryLow ( l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 ws, l_int32 hs, l_int32 wpls ); LEPT_DLL extern void scaleToGray2Low ( l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_uint32 *sumtab, l_uint8 *valtab ); LEPT_DLL extern l_uint32 * makeSumTabSG2 ( void ); LEPT_DLL extern l_uint8 * makeValTabSG2 ( void ); LEPT_DLL extern void scaleToGray3Low ( l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_uint32 *sumtab, l_uint8 *valtab ); LEPT_DLL extern l_uint32 * makeSumTabSG3 ( void ); LEPT_DLL extern l_uint8 * makeValTabSG3 ( void ); LEPT_DLL extern void scaleToGray4Low ( l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_uint32 *sumtab, l_uint8 *valtab ); LEPT_DLL extern l_uint32 * makeSumTabSG4 ( void ); LEPT_DLL extern l_uint8 * makeValTabSG4 ( void ); LEPT_DLL extern void scaleToGray6Low ( l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 *tab8, l_uint8 *valtab ); LEPT_DLL extern l_uint8 * makeValTabSG6 ( void ); LEPT_DLL extern void scaleToGray8Low ( l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 *tab8, l_uint8 *valtab ); LEPT_DLL extern l_uint8 * makeValTabSG8 ( void ); LEPT_DLL extern void scaleToGray16Low ( l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 *tab8 ); LEPT_DLL extern l_int32 scaleMipmapLow ( l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas1, l_int32 wpls1, l_uint32 *datas2, l_int32 wpls2, l_float32 red ); LEPT_DLL extern PIX * pixSeedfillBinary ( PIX *pixd, PIX *pixs, PIX *pixm, l_int32 connectivity ); LEPT_DLL extern PIX * pixSeedfillBinaryRestricted ( PIX *pixd, PIX *pixs, PIX *pixm, l_int32 connectivity, l_int32 xmax, l_int32 ymax ); LEPT_DLL extern PIX * pixHolesByFilling ( PIX *pixs, l_int32 connectivity ); LEPT_DLL extern PIX * pixFillClosedBorders ( PIX *pixs, l_int32 connectivity ); LEPT_DLL extern PIX * pixExtractBorderConnComps ( PIX *pixs, l_int32 connectivity ); LEPT_DLL extern PIX * pixRemoveBorderConnComps ( PIX *pixs, l_int32 connectivity ); LEPT_DLL extern PIX * pixFillBgFromBorder ( PIX *pixs, l_int32 connectivity ); LEPT_DLL extern PIX * pixFillHolesToBoundingRect ( PIX *pixs, l_int32 minsize, l_float32 maxhfract, l_float32 minfgfract ); LEPT_DLL extern l_int32 pixSeedfillGray ( PIX *pixs, PIX *pixm, l_int32 connectivity ); LEPT_DLL extern l_int32 pixSeedfillGrayInv ( PIX *pixs, PIX *pixm, l_int32 connectivity ); LEPT_DLL extern l_int32 pixSeedfillGraySimple ( PIX *pixs, PIX *pixm, l_int32 connectivity ); LEPT_DLL extern l_int32 pixSeedfillGrayInvSimple ( PIX *pixs, PIX *pixm, l_int32 connectivity ); LEPT_DLL extern PIX * pixSeedfillGrayBasin ( PIX *pixb, PIX *pixm, l_int32 delta, l_int32 connectivity ); LEPT_DLL extern PIX * pixDistanceFunction ( PIX *pixs, l_int32 connectivity, l_int32 outdepth, l_int32 boundcond ); LEPT_DLL extern PIX * pixSeedspread ( PIX *pixs, l_int32 connectivity ); LEPT_DLL extern l_int32 pixLocalExtrema ( PIX *pixs, l_int32 maxmin, l_int32 minmax, PIX **ppixmin, PIX **ppixmax ); LEPT_DLL extern l_int32 pixSelectedLocalExtrema ( PIX *pixs, l_int32 mindist, PIX **ppixmin, PIX **ppixmax ); LEPT_DLL extern PIX * pixFindEqualValues ( PIX *pixs1, PIX *pixs2 ); LEPT_DLL extern l_int32 pixSelectMinInConnComp ( PIX *pixs, PIX *pixm, PTA **ppta, NUMA **pnav ); LEPT_DLL extern PIX * pixRemoveSeededComponents ( PIX *pixd, PIX *pixs, PIX *pixm, l_int32 connectivity, l_int32 bordersize ); LEPT_DLL extern void seedfillBinaryLow ( l_uint32 *datas, l_int32 hs, l_int32 wpls, l_uint32 *datam, l_int32 hm, l_int32 wplm, l_int32 connectivity ); LEPT_DLL extern void seedfillGrayLow ( l_uint32 *datas, l_int32 w, l_int32 h, l_int32 wpls, l_uint32 *datam, l_int32 wplm, l_int32 connectivity ); LEPT_DLL extern void seedfillGrayInvLow ( l_uint32 *datas, l_int32 w, l_int32 h, l_int32 wpls, l_uint32 *datam, l_int32 wplm, l_int32 connectivity ); LEPT_DLL extern void seedfillGrayLowSimple ( l_uint32 *datas, l_int32 w, l_int32 h, l_int32 wpls, l_uint32 *datam, l_int32 wplm, l_int32 connectivity ); LEPT_DLL extern void seedfillGrayInvLowSimple ( l_uint32 *datas, l_int32 w, l_int32 h, l_int32 wpls, l_uint32 *datam, l_int32 wplm, l_int32 connectivity ); LEPT_DLL extern void distanceFunctionLow ( l_uint32 *datad, l_int32 w, l_int32 h, l_int32 d, l_int32 wpld, l_int32 connectivity ); LEPT_DLL extern void seedspreadLow ( l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datat, l_int32 wplt, l_int32 connectivity ); LEPT_DLL extern SELA * selaCreate ( l_int32 n ); LEPT_DLL extern void selaDestroy ( SELA **psela ); LEPT_DLL extern SEL * selCreate ( l_int32 height, l_int32 width, const char *name ); LEPT_DLL extern void selDestroy ( SEL **psel ); LEPT_DLL extern SEL * selCopy ( SEL *sel ); LEPT_DLL extern SEL * selCreateBrick ( l_int32 h, l_int32 w, l_int32 cy, l_int32 cx, l_int32 type ); LEPT_DLL extern SEL * selCreateComb ( l_int32 factor1, l_int32 factor2, l_int32 direction ); LEPT_DLL extern l_int32 ** create2dIntArray ( l_int32 sy, l_int32 sx ); LEPT_DLL extern l_int32 selaAddSel ( SELA *sela, SEL *sel, const char *selname, l_int32 copyflag ); LEPT_DLL extern l_int32 selaGetCount ( SELA *sela ); LEPT_DLL extern SEL * selaGetSel ( SELA *sela, l_int32 i ); LEPT_DLL extern char * selGetName ( SEL *sel ); LEPT_DLL extern l_int32 selSetName ( SEL *sel, const char *name ); LEPT_DLL extern l_int32 selaFindSelByName ( SELA *sela, const char *name, l_int32 *pindex, SEL **psel ); LEPT_DLL extern l_int32 selGetElement ( SEL *sel, l_int32 row, l_int32 col, l_int32 *ptype ); LEPT_DLL extern l_int32 selSetElement ( SEL *sel, l_int32 row, l_int32 col, l_int32 type ); LEPT_DLL extern l_int32 selGetParameters ( SEL *sel, l_int32 *psy, l_int32 *psx, l_int32 *pcy, l_int32 *pcx ); LEPT_DLL extern l_int32 selSetOrigin ( SEL *sel, l_int32 cy, l_int32 cx ); LEPT_DLL extern l_int32 selGetTypeAtOrigin ( SEL *sel, l_int32 *ptype ); LEPT_DLL extern char * selaGetBrickName ( SELA *sela, l_int32 hsize, l_int32 vsize ); LEPT_DLL extern char * selaGetCombName ( SELA *sela, l_int32 size, l_int32 direction ); LEPT_DLL extern l_int32 getCompositeParameters ( l_int32 size, l_int32 *psize1, l_int32 *psize2, char **pnameh1, char **pnameh2, char **pnamev1, char **pnamev2 ); LEPT_DLL extern SARRAY * selaGetSelnames ( SELA *sela ); LEPT_DLL extern l_int32 selFindMaxTranslations ( SEL *sel, l_int32 *pxp, l_int32 *pyp, l_int32 *pxn, l_int32 *pyn ); LEPT_DLL extern SEL * selRotateOrth ( SEL *sel, l_int32 quads ); LEPT_DLL extern SELA * selaRead ( const char *fname ); LEPT_DLL extern SELA * selaReadStream ( FILE *fp ); LEPT_DLL extern SEL * selRead ( const char *fname ); LEPT_DLL extern SEL * selReadStream ( FILE *fp ); LEPT_DLL extern l_int32 selaWrite ( const char *fname, SELA *sela ); LEPT_DLL extern l_int32 selaWriteStream ( FILE *fp, SELA *sela ); LEPT_DLL extern l_int32 selWrite ( const char *fname, SEL *sel ); LEPT_DLL extern l_int32 selWriteStream ( FILE *fp, SEL *sel ); LEPT_DLL extern SEL * selCreateFromString ( const char *text, l_int32 h, l_int32 w, const char *name ); LEPT_DLL extern char * selPrintToString ( SEL *sel ); LEPT_DLL extern SELA * selaCreateFromFile ( const char *filename ); LEPT_DLL extern SEL * selCreateFromPta ( PTA *pta, l_int32 cy, l_int32 cx, const char *name ); LEPT_DLL extern SEL * selCreateFromPix ( PIX *pix, l_int32 cy, l_int32 cx, const char *name ); LEPT_DLL extern SEL * selReadFromColorImage ( const char *pathname ); LEPT_DLL extern SEL * selCreateFromColorPix ( PIX *pixs, char *selname ); LEPT_DLL extern PIX * selDisplayInPix ( SEL *sel, l_int32 size, l_int32 gthick ); LEPT_DLL extern PIX * selaDisplayInPix ( SELA *sela, l_int32 size, l_int32 gthick, l_int32 spacing, l_int32 ncols ); LEPT_DLL extern SELA * selaAddBasic ( SELA *sela ); LEPT_DLL extern SELA * selaAddHitMiss ( SELA *sela ); LEPT_DLL extern SELA * selaAddDwaLinear ( SELA *sela ); LEPT_DLL extern SELA * selaAddDwaCombs ( SELA *sela ); LEPT_DLL extern SELA * selaAddCrossJunctions ( SELA *sela, l_float32 hlsize, l_float32 mdist, l_int32 norient, l_int32 debugflag ); LEPT_DLL extern SELA * selaAddTJunctions ( SELA *sela, l_float32 hlsize, l_float32 mdist, l_int32 norient, l_int32 debugflag ); LEPT_DLL extern SEL * pixGenerateSelWithRuns ( PIX *pixs, l_int32 nhlines, l_int32 nvlines, l_int32 distance, l_int32 minlength, l_int32 toppix, l_int32 botpix, l_int32 leftpix, l_int32 rightpix, PIX **ppixe ); LEPT_DLL extern SEL * pixGenerateSelRandom ( PIX *pixs, l_float32 hitfract, l_float32 missfract, l_int32 distance, l_int32 toppix, l_int32 botpix, l_int32 leftpix, l_int32 rightpix, PIX **ppixe ); LEPT_DLL extern SEL * pixGenerateSelBoundary ( PIX *pixs, l_int32 hitdist, l_int32 missdist, l_int32 hitskip, l_int32 missskip, l_int32 topflag, l_int32 botflag, l_int32 leftflag, l_int32 rightflag, PIX **ppixe ); LEPT_DLL extern NUMA * pixGetRunCentersOnLine ( PIX *pixs, l_int32 x, l_int32 y, l_int32 minlength ); LEPT_DLL extern NUMA * pixGetRunsOnLine ( PIX *pixs, l_int32 x1, l_int32 y1, l_int32 x2, l_int32 y2 ); LEPT_DLL extern PTA * pixSubsampleBoundaryPixels ( PIX *pixs, l_int32 skip ); LEPT_DLL extern l_int32 adjacentOnPixelInRaster ( PIX *pixs, l_int32 x, l_int32 y, l_int32 *pxa, l_int32 *pya ); LEPT_DLL extern PIX * pixDisplayHitMissSel ( PIX *pixs, SEL *sel, l_int32 scalefactor, l_uint32 hitcolor, l_uint32 misscolor ); LEPT_DLL extern PIX * pixHShear ( PIX *pixd, PIX *pixs, l_int32 yloc, l_float32 radang, l_int32 incolor ); LEPT_DLL extern PIX * pixVShear ( PIX *pixd, PIX *pixs, l_int32 xloc, l_float32 radang, l_int32 incolor ); LEPT_DLL extern PIX * pixHShearCorner ( PIX *pixd, PIX *pixs, l_float32 radang, l_int32 incolor ); LEPT_DLL extern PIX * pixVShearCorner ( PIX *pixd, PIX *pixs, l_float32 radang, l_int32 incolor ); LEPT_DLL extern PIX * pixHShearCenter ( PIX *pixd, PIX *pixs, l_float32 radang, l_int32 incolor ); LEPT_DLL extern PIX * pixVShearCenter ( PIX *pixd, PIX *pixs, l_float32 radang, l_int32 incolor ); LEPT_DLL extern l_int32 pixHShearIP ( PIX *pixs, l_int32 yloc, l_float32 radang, l_int32 incolor ); LEPT_DLL extern l_int32 pixVShearIP ( PIX *pixs, l_int32 xloc, l_float32 radang, l_int32 incolor ); LEPT_DLL extern PIX * pixHShearLI ( PIX *pixs, l_int32 yloc, l_float32 radang, l_int32 incolor ); LEPT_DLL extern PIX * pixVShearLI ( PIX *pixs, l_int32 xloc, l_float32 radang, l_int32 incolor ); LEPT_DLL extern PIX * pixDeskew ( PIX *pixs, l_int32 redsearch ); LEPT_DLL extern PIX * pixFindSkewAndDeskew ( PIX *pixs, l_int32 redsearch, l_float32 *pangle, l_float32 *pconf ); LEPT_DLL extern PIX * pixDeskewGeneral ( PIX *pixs, l_int32 redsweep, l_float32 sweeprange, l_float32 sweepdelta, l_int32 redsearch, l_int32 thresh, l_float32 *pangle, l_float32 *pconf ); LEPT_DLL extern l_int32 pixFindSkew ( PIX *pixs, l_float32 *pangle, l_float32 *pconf ); LEPT_DLL extern l_int32 pixFindSkewSweep ( PIX *pixs, l_float32 *pangle, l_int32 reduction, l_float32 sweeprange, l_float32 sweepdelta ); LEPT_DLL extern l_int32 pixFindSkewSweepAndSearch ( PIX *pixs, l_float32 *pangle, l_float32 *pconf, l_int32 redsweep, l_int32 redsearch, l_float32 sweeprange, l_float32 sweepdelta, l_float32 minbsdelta ); LEPT_DLL extern l_int32 pixFindSkewSweepAndSearchScore ( PIX *pixs, l_float32 *pangle, l_float32 *pconf, l_float32 *pendscore, l_int32 redsweep, l_int32 redsearch, l_float32 sweepcenter, l_float32 sweeprange, l_float32 sweepdelta, l_float32 minbsdelta ); LEPT_DLL extern l_int32 pixFindSkewSweepAndSearchScorePivot ( PIX *pixs, l_float32 *pangle, l_float32 *pconf, l_float32 *pendscore, l_int32 redsweep, l_int32 redsearch, l_float32 sweepcenter, l_float32 sweeprange, l_float32 sweepdelta, l_float32 minbsdelta, l_int32 pivot ); LEPT_DLL extern l_int32 pixFindSkewOrthogonalRange ( PIX *pixs, l_float32 *pangle, l_float32 *pconf, l_int32 redsweep, l_int32 redsearch, l_float32 sweeprange, l_float32 sweepdelta, l_float32 minbsdelta, l_float32 confprior ); LEPT_DLL extern l_int32 pixFindDifferentialSquareSum ( PIX *pixs, l_float32 *psum ); LEPT_DLL extern l_int32 pixFindNormalizedSquareSum ( PIX *pixs, l_float32 *phratio, l_float32 *pvratio, l_float32 *pfract ); LEPT_DLL extern PIX * pixReadStreamSpix ( FILE *fp ); LEPT_DLL extern l_int32 readHeaderSpix ( const char *filename, l_int32 *pwidth, l_int32 *pheight, l_int32 *pbps, l_int32 *pspp, l_int32 *piscmap ); LEPT_DLL extern l_int32 freadHeaderSpix ( FILE *fp, l_int32 *pwidth, l_int32 *pheight, l_int32 *pbps, l_int32 *pspp, l_int32 *piscmap ); LEPT_DLL extern l_int32 sreadHeaderSpix ( const l_uint32 *data, l_int32 *pwidth, l_int32 *pheight, l_int32 *pbps, l_int32 *pspp, l_int32 *piscmap ); LEPT_DLL extern l_int32 pixWriteStreamSpix ( FILE *fp, PIX *pix ); LEPT_DLL extern PIX * pixReadMemSpix ( const l_uint8 *data, size_t size ); LEPT_DLL extern l_int32 pixWriteMemSpix ( l_uint8 **pdata, size_t *psize, PIX *pix ); LEPT_DLL extern l_int32 pixSerializeToMemory ( PIX *pixs, l_uint32 **pdata, size_t *pnbytes ); LEPT_DLL extern PIX * pixDeserializeFromMemory ( const l_uint32 *data, size_t nbytes ); LEPT_DLL extern L_STACK * lstackCreate ( l_int32 nalloc ); LEPT_DLL extern void lstackDestroy ( L_STACK **plstack, l_int32 freeflag ); LEPT_DLL extern l_int32 lstackAdd ( L_STACK *lstack, void *item ); LEPT_DLL extern void * lstackRemove ( L_STACK *lstack ); LEPT_DLL extern l_int32 lstackGetCount ( L_STACK *lstack ); LEPT_DLL extern l_int32 lstackPrint ( FILE *fp, L_STACK *lstack ); LEPT_DLL extern l_int32 * sudokuReadFile ( const char *filename ); LEPT_DLL extern l_int32 * sudokuReadString ( const char *str ); LEPT_DLL extern L_SUDOKU * sudokuCreate ( l_int32 *array ); LEPT_DLL extern void sudokuDestroy ( L_SUDOKU **psud ); LEPT_DLL extern l_int32 sudokuSolve ( L_SUDOKU *sud ); LEPT_DLL extern l_int32 sudokuTestUniqueness ( l_int32 *array, l_int32 *punique ); LEPT_DLL extern L_SUDOKU * sudokuGenerate ( l_int32 *array, l_int32 seed, l_int32 minelems, l_int32 maxtries ); LEPT_DLL extern l_int32 sudokuOutput ( L_SUDOKU *sud, l_int32 arraytype ); LEPT_DLL extern PIX * pixAddSingleTextblock ( PIX *pixs, L_BMF *bmf, const char *textstr, l_uint32 val, l_int32 location, l_int32 *poverflow ); LEPT_DLL extern PIX * pixAddSingleTextline ( PIX *pixs, L_BMF *bmf, const char *textstr, l_uint32 val, l_int32 location ); LEPT_DLL extern l_int32 pixSetTextblock ( PIX *pixs, L_BMF *bmf, const char *textstr, l_uint32 val, l_int32 x0, l_int32 y0, l_int32 wtext, l_int32 firstindent, l_int32 *poverflow ); LEPT_DLL extern l_int32 pixSetTextline ( PIX *pixs, L_BMF *bmf, const char *textstr, l_uint32 val, l_int32 x0, l_int32 y0, l_int32 *pwidth, l_int32 *poverflow ); LEPT_DLL extern PIXA * pixaAddTextNumber ( PIXA *pixas, L_BMF *bmf, NUMA *na, l_uint32 val, l_int32 location ); LEPT_DLL extern PIXA * pixaAddTextline ( PIXA *pixas, L_BMF *bmf, SARRAY *sa, l_uint32 val, l_int32 location ); LEPT_DLL extern SARRAY * bmfGetLineStrings ( L_BMF *bmf, const char *textstr, l_int32 maxw, l_int32 firstindent, l_int32 *ph ); LEPT_DLL extern NUMA * bmfGetWordWidths ( L_BMF *bmf, const char *textstr, SARRAY *sa ); LEPT_DLL extern l_int32 bmfGetStringWidth ( L_BMF *bmf, const char *textstr, l_int32 *pw ); LEPT_DLL extern SARRAY * splitStringToParagraphs ( char *textstr, l_int32 splitflag ); LEPT_DLL extern PIX * pixReadTiff ( const char *filename, l_int32 n ); LEPT_DLL extern PIX * pixReadStreamTiff ( FILE *fp, l_int32 n ); LEPT_DLL extern l_int32 pixWriteTiff ( const char *filename, PIX *pix, l_int32 comptype, const char *modestring ); LEPT_DLL extern l_int32 pixWriteTiffCustom ( const char *filename, PIX *pix, l_int32 comptype, const char *modestring, NUMA *natags, SARRAY *savals, SARRAY *satypes, NUMA *nasizes ); LEPT_DLL extern l_int32 pixWriteStreamTiff ( FILE *fp, PIX *pix, l_int32 comptype ); LEPT_DLL extern PIXA * pixaReadMultipageTiff ( const char *filename ); LEPT_DLL extern l_int32 writeMultipageTiff ( const char *dirin, const char *substr, const char *fileout ); LEPT_DLL extern l_int32 writeMultipageTiffSA ( SARRAY *sa, const char *fileout ); LEPT_DLL extern l_int32 fprintTiffInfo ( FILE *fpout, const char *tiffile ); LEPT_DLL extern l_int32 tiffGetCount ( FILE *fp, l_int32 *pn ); LEPT_DLL extern l_int32 getTiffResolution ( FILE *fp, l_int32 *pxres, l_int32 *pyres ); LEPT_DLL extern l_int32 readHeaderTiff ( const char *filename, l_int32 n, l_int32 *pwidth, l_int32 *pheight, l_int32 *pbps, l_int32 *pspp, l_int32 *pres, l_int32 *pcmap, l_int32 *pformat ); LEPT_DLL extern l_int32 freadHeaderTiff ( FILE *fp, l_int32 n, l_int32 *pwidth, l_int32 *pheight, l_int32 *pbps, l_int32 *pspp, l_int32 *pres, l_int32 *pcmap, l_int32 *pformat ); LEPT_DLL extern l_int32 readHeaderMemTiff ( const l_uint8 *cdata, size_t size, l_int32 n, l_int32 *pwidth, l_int32 *pheight, l_int32 *pbps, l_int32 *pspp, l_int32 *pres, l_int32 *pcmap, l_int32 *pformat ); LEPT_DLL extern l_int32 findTiffCompression ( FILE *fp, l_int32 *pcomptype ); LEPT_DLL extern l_int32 extractG4DataFromFile ( const char *filein, l_uint8 **pdata, size_t *pnbytes, l_int32 *pw, l_int32 *ph, l_int32 *pminisblack ); LEPT_DLL extern PIX * pixReadMemTiff ( const l_uint8 *cdata, size_t size, l_int32 n ); LEPT_DLL extern l_int32 pixWriteMemTiff ( l_uint8 **pdata, size_t *psize, PIX *pix, l_int32 comptype ); LEPT_DLL extern l_int32 pixWriteMemTiffCustom ( l_uint8 **pdata, size_t *psize, PIX *pix, l_int32 comptype, NUMA *natags, SARRAY *savals, SARRAY *satypes, NUMA *nasizes ); LEPT_DLL extern l_int32 setMsgSeverity ( l_int32 newsev ); LEPT_DLL extern l_int32 returnErrorInt ( const char *msg, const char *procname, l_int32 ival ); LEPT_DLL extern l_float32 returnErrorFloat ( const char *msg, const char *procname, l_float32 fval ); LEPT_DLL extern void * returnErrorPtr ( const char *msg, const char *procname, void *pval ); LEPT_DLL extern char * stringNew ( const char *src ); LEPT_DLL extern l_int32 stringCopy ( char *dest, const char *src, l_int32 n ); LEPT_DLL extern l_int32 stringReplace ( char **pdest, const char *src ); LEPT_DLL extern l_int32 stringLength ( const char *src, size_t size ); LEPT_DLL extern l_int32 stringCat ( char *dest, size_t size, const char *src ); LEPT_DLL extern char * stringJoin ( const char *src1, const char *src2 ); LEPT_DLL extern char * stringReverse ( const char *src ); LEPT_DLL extern char * strtokSafe ( char *cstr, const char *seps, char **psaveptr ); LEPT_DLL extern l_int32 stringSplitOnToken ( char *cstr, const char *seps, char **phead, char **ptail ); LEPT_DLL extern char * stringRemoveChars ( const char *src, const char *remchars ); LEPT_DLL extern l_int32 stringFindSubstr ( const char *src, const char *sub, l_int32 *ploc ); LEPT_DLL extern char * stringReplaceSubstr ( const char *src, const char *sub1, const char *sub2, l_int32 *pfound, l_int32 *ploc ); LEPT_DLL extern char * stringReplaceEachSubstr ( const char *src, const char *sub1, const char *sub2, l_int32 *pcount ); LEPT_DLL extern L_DNA * arrayFindEachSequence ( const l_uint8 *data, l_int32 datalen, const l_uint8 *sequence, l_int32 seqlen ); LEPT_DLL extern l_int32 arrayFindSequence ( const l_uint8 *data, l_int32 datalen, const l_uint8 *sequence, l_int32 seqlen, l_int32 *poffset, l_int32 *pfound ); LEPT_DLL extern void * reallocNew ( void **pindata, l_int32 oldsize, l_int32 newsize ); LEPT_DLL extern l_uint8 * l_binaryRead ( const char *filename, size_t *pnbytes ); LEPT_DLL extern l_uint8 * l_binaryReadStream ( FILE *fp, size_t *pnbytes ); LEPT_DLL extern l_int32 l_binaryWrite ( const char *filename, const char *operation, void *data, size_t nbytes ); LEPT_DLL extern size_t nbytesInFile ( const char *filename ); LEPT_DLL extern size_t fnbytesInFile ( FILE *fp ); LEPT_DLL extern l_uint8 * l_binaryCopy ( l_uint8 *datas, size_t size ); LEPT_DLL extern l_int32 fileCopy ( const char *srcfile, const char *newfile ); LEPT_DLL extern l_int32 fileConcatenate ( const char *srcfile, const char *destfile ); LEPT_DLL extern l_int32 fileAppendString ( const char *filename, const char *str ); LEPT_DLL extern l_int32 filesAreIdentical ( const char *fname1, const char *fname2, l_int32 *psame ); LEPT_DLL extern l_uint16 convertOnLittleEnd16 ( l_uint16 shortin ); LEPT_DLL extern l_uint16 convertOnBigEnd16 ( l_uint16 shortin ); LEPT_DLL extern l_uint32 convertOnLittleEnd32 ( l_uint32 wordin ); LEPT_DLL extern l_uint32 convertOnBigEnd32 ( l_uint32 wordin ); LEPT_DLL extern FILE * fopenReadStream ( const char *filename ); LEPT_DLL extern FILE * fopenWriteStream ( const char *filename, const char *modestring ); LEPT_DLL extern FILE * lept_fopen ( const char *filename, const char *mode ); LEPT_DLL extern l_int32 lept_fclose ( FILE *fp ); LEPT_DLL extern void * lept_calloc ( size_t nmemb, size_t size ); LEPT_DLL extern void lept_free ( void *ptr ); LEPT_DLL extern l_int32 lept_mkdir ( const char *subdir ); LEPT_DLL extern l_int32 lept_rmdir ( const char *subdir ); LEPT_DLL extern void lept_direxists ( const char *dirname, l_int32 *pexists ); LEPT_DLL extern l_int32 lept_rm ( const char *subdir, const char *filename ); LEPT_DLL extern l_int32 lept_mv ( const char *srcfile, const char *newfile ); LEPT_DLL extern l_int32 lept_cp ( const char *srcfile, const char *newfile ); LEPT_DLL extern l_int32 splitPathAtDirectory ( const char *pathname, char **pdir, char **ptail ); LEPT_DLL extern l_int32 splitPathAtExtension ( const char *pathname, char **pbasename, char **pextension ); LEPT_DLL extern char * pathJoin ( const char *dir, const char *fname ); LEPT_DLL extern char * genPathname ( const char *dir, const char *fname ); LEPT_DLL extern l_int32 makeTempDirname ( char *result, size_t nbytes, const char *subdir ); LEPT_DLL extern char * genTempFilename ( const char *dir, const char *tail, l_int32 usetime, l_int32 usepid ); LEPT_DLL extern l_int32 extractNumberFromFilename ( const char *fname, l_int32 numpre, l_int32 numpost ); LEPT_DLL extern l_int32 fileCorruptByDeletion ( const char *filein, l_float32 loc, l_float32 size, const char *fileout ); LEPT_DLL extern l_int32 genRandomIntegerInRange ( l_int32 range, l_int32 seed, l_int32 *pval ); LEPT_DLL extern l_int32 lept_roundftoi ( l_float32 fval ); LEPT_DLL extern l_uint32 convertBinaryToGrayCode ( l_uint32 val ); LEPT_DLL extern l_uint32 convertGrayCodeToBinary ( l_uint32 val ); LEPT_DLL extern char * getLeptonicaVersion ( ); LEPT_DLL extern void startTimer ( void ); LEPT_DLL extern l_float32 stopTimer ( void ); LEPT_DLL extern L_TIMER startTimerNested ( void ); LEPT_DLL extern l_float32 stopTimerNested ( L_TIMER rusage_start ); LEPT_DLL extern void l_getCurrentTime ( l_int32 *sec, l_int32 *usec ); LEPT_DLL extern char * l_getFormattedDate ( ); LEPT_DLL extern l_int32 pixHtmlViewer ( const char *dirin, const char *dirout, const char *rootname, l_int32 thumbwidth, l_int32 viewwidth, l_int32 copyorig ); LEPT_DLL extern PIX * pixSimpleCaptcha ( PIX *pixs, l_int32 border, l_int32 nterms, l_uint32 seed, l_uint32 color, l_int32 cmapflag ); LEPT_DLL extern PIX * pixRandomHarmonicWarp ( PIX *pixs, l_float32 xmag, l_float32 ymag, l_float32 xfreq, l_float32 yfreq, l_int32 nx, l_int32 ny, l_uint32 seed, l_int32 grayval ); LEPT_DLL extern PIX * pixWarpStereoscopic ( PIX *pixs, l_int32 zbend, l_int32 zshiftt, l_int32 zshiftb, l_int32 ybendt, l_int32 ybendb, l_int32 redleft ); LEPT_DLL extern PIX * pixStretchHorizontal ( PIX *pixs, l_int32 dir, l_int32 type, l_int32 hmax, l_int32 operation, l_int32 incolor ); LEPT_DLL extern PIX * pixStretchHorizontalSampled ( PIX *pixs, l_int32 dir, l_int32 type, l_int32 hmax, l_int32 incolor ); LEPT_DLL extern PIX * pixStretchHorizontalLI ( PIX *pixs, l_int32 dir, l_int32 type, l_int32 hmax, l_int32 incolor ); LEPT_DLL extern PIX * pixQuadraticVShear ( PIX *pixs, l_int32 dir, l_int32 vmaxt, l_int32 vmaxb, l_int32 operation, l_int32 incolor ); LEPT_DLL extern PIX * pixQuadraticVShearSampled ( PIX *pixs, l_int32 dir, l_int32 vmaxt, l_int32 vmaxb, l_int32 incolor ); LEPT_DLL extern PIX * pixQuadraticVShearLI ( PIX *pixs, l_int32 dir, l_int32 vmaxt, l_int32 vmaxb, l_int32 incolor ); LEPT_DLL extern PIX * pixStereoFromPair ( PIX *pix1, PIX *pix2, l_float32 rwt, l_float32 gwt, l_float32 bwt ); LEPT_DLL extern L_WSHED * wshedCreate ( PIX *pixs, PIX *pixm, l_int32 mindepth, l_int32 debugflag ); LEPT_DLL extern void wshedDestroy ( L_WSHED **pwshed ); LEPT_DLL extern l_int32 wshedApply ( L_WSHED *wshed ); LEPT_DLL extern l_int32 wshedBasins ( L_WSHED *wshed, PIXA **ppixa, NUMA **pnalevels ); LEPT_DLL extern PIX * wshedRenderFill ( L_WSHED *wshed ); LEPT_DLL extern PIX * wshedRenderColors ( L_WSHED *wshed ); LEPT_DLL extern PIX * pixReadStreamWebP ( FILE *fp ); LEPT_DLL extern PIX * pixReadMemWebP ( const l_uint8 *filedata, size_t filesize ); LEPT_DLL extern l_int32 readHeaderWebP ( const char *filename, l_int32 *pw, l_int32 *ph, l_int32 *pspp ); LEPT_DLL extern l_int32 pixWriteWebP ( const char *filename, PIX *pixs, l_int32 quality, l_int32 lossless ); LEPT_DLL extern l_int32 pixWriteStreamWebP ( FILE *fp, PIX *pixs, l_int32 quality, l_int32 lossless ); LEPT_DLL extern l_int32 pixWriteMemWebP ( l_uint8 **pencdata, size_t *pencsize, PIX *pixs, l_int32 quality, l_int32 lossless ); LEPT_DLL extern l_int32 pixaWriteFiles ( const char *rootname, PIXA *pixa, l_int32 format ); LEPT_DLL extern l_int32 pixWrite ( const char *filename, PIX *pix, l_int32 format ); LEPT_DLL extern l_int32 pixWriteStream ( FILE *fp, PIX *pix, l_int32 format ); LEPT_DLL extern l_int32 pixWriteImpliedFormat ( const char *filename, PIX *pix, l_int32 quality, l_int32 progressive ); LEPT_DLL extern l_int32 pixWriteTempfile ( const char *dir, const char *tail, PIX *pix, l_int32 format, char **pfilename ); LEPT_DLL extern l_int32 pixChooseOutputFormat ( PIX *pix ); LEPT_DLL extern l_int32 getImpliedFileFormat ( const char *filename ); LEPT_DLL extern const char * getFormatExtension ( l_int32 format ); LEPT_DLL extern l_int32 pixWriteMem ( l_uint8 **pdata, size_t *psize, PIX *pix, l_int32 format ); LEPT_DLL extern l_int32 pixDisplay ( PIX *pixs, l_int32 x, l_int32 y ); LEPT_DLL extern l_int32 pixDisplayWithTitle ( PIX *pixs, l_int32 x, l_int32 y, const char *title, l_int32 dispflag ); LEPT_DLL extern l_int32 pixDisplayMultiple ( const char *filepattern ); LEPT_DLL extern l_int32 pixDisplayWrite ( PIX *pixs, l_int32 reduction ); LEPT_DLL extern l_int32 pixDisplayWriteFormat ( PIX *pixs, l_int32 reduction, l_int32 format ); LEPT_DLL extern l_int32 pixSaveTiled ( PIX *pixs, PIXA *pixa, l_float32 scalefactor, l_int32 newrow, l_int32 space, l_int32 dp ); LEPT_DLL extern l_int32 pixSaveTiledOutline ( PIX *pixs, PIXA *pixa, l_float32 scalefactor, l_int32 newrow, l_int32 space, l_int32 linewidth, l_int32 dp ); LEPT_DLL extern l_int32 pixSaveTiledWithText ( PIX *pixs, PIXA *pixa, l_int32 outwidth, l_int32 newrow, l_int32 space, l_int32 linewidth, L_BMF *bmf, const char *textstr, l_uint32 val, l_int32 location ); LEPT_DLL extern void l_chooseDisplayProg ( l_int32 selection ); LEPT_DLL extern l_uint8 * zlibCompress ( l_uint8 *datain, size_t nin, size_t *pnout ); LEPT_DLL extern l_uint8 * zlibUncompress ( l_uint8 *datain, size_t nin, size_t *pnout ); #ifdef __cplusplus } #endif /* __cplusplus */ #endif /* NO_PROTOS */ #endif /* LEPTONICA_ALLHEADERS_H */ leptonica-1.70/src/compare.c0000664000175000017500000021522412274231217014077 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * compare.c * * Test for pix equality * l_int32 pixEqual() * l_int32 pixEqualWithAlpha() * l_int32 pixEqualWithCmap() * l_int32 pixUsesCmapColor() * * Binary correlation * l_int32 pixCorrelationBinary() * * Difference of two images of same size * l_int32 pixDisplayDiffBinary() * l_int32 pixCompareBinary() * l_int32 pixCompareGrayOrRGB() * l_int32 pixCompareGray() * l_int32 pixCompareRGB() * l_int32 pixCompareTiled() * * Other measures of the difference of two images of the same size * NUMA *pixCompareRankDifference() * l_int32 pixTestForSimilarity() * l_int32 pixGetDifferenceStats() * NUMA *pixGetDifferenceHistogram() * l_int32 pixGetPerceptualDiff() * l_int32 pixGetPSNR() * * Translated images at the same resolution * l_int32 pixCompareWithTranslation() * l_int32 pixBestCorrelation() */ #include #include #include "allheaders.h" /* Small enough to consider equal to 0.0, for plot output */ static const l_float32 TINY = 0.00001; /*------------------------------------------------------------------* * Test for pix equality * *------------------------------------------------------------------*/ /*! * pixEqual() * * Input: pix1 * pix2 * &same ( 1 if same; 0 if different) * Return: 0 if OK; 1 on error * * Notes: * (1) Equality is defined as having the same pixel values for * each respective image pixel. * (2) This works on two pix of any depth. If one or both pix * have a colormap, the depths can be different and the * two pix can still be equal. * (3) This ignores the alpha component for 32 bpp images. * (4) If both pix have colormaps and the depths are equal, * use the pixEqualWithCmap() function, which does a fast * comparison if the colormaps are identical and a relatively * slow comparison otherwise. * (5) In all other cases, any existing colormaps must first be * removed before doing pixel comparison. After the colormaps * are removed, the resulting two images must have the same depth. * The "lowest common denominator" is RGB, but this is only * chosen when necessary, or when both have colormaps but * different depths. * (6) For images without colormaps that are not 32 bpp, all bits * in the image part of the data array must be identical. */ l_int32 pixEqual(PIX *pix1, PIX *pix2, l_int32 *psame) { return pixEqualWithAlpha(pix1, pix2, 0, psame); } /*! * pixEqualWithAlpha() * * Input: pix1 * pix2 * use_alpha (1 to compare alpha in RGBA; 0 to ignore) * &same ( 1 if same; 0 if different) * Return: 0 if OK; 1 on error * * Notes: * (1) See notes in pixEqual(). * (2) This is more general than pixEqual(), in that for 32 bpp * RGBA images, where spp = 4, you can optionally include * the alpha component in the comparison. */ l_int32 pixEqualWithAlpha(PIX *pix1, PIX *pix2, l_int32 use_alpha, l_int32 *psame) { l_int32 w1, h1, d1, w2, h2, d2, wpl1, wpl2; l_int32 spp1, spp2, i, j, color, mismatch, opaque; l_int32 fullwords, linebits, endbits; l_uint32 endmask, wordmask; l_uint32 *data1, *data2, *line1, *line2; PIX *pixs1, *pixs2, *pixt1, *pixt2, *pixalpha; PIXCMAP *cmap1, *cmap2; PROCNAME("pixEqualWithAlpha"); if (!psame) return ERROR_INT("psame not defined", procName, 1); *psame = 0; /* init to not equal */ if (!pix1) return ERROR_INT("pix1 not defined", procName, 1); if (!pix2) return ERROR_INT("pix2 not defined", procName, 1); pixGetDimensions(pix1, &w1, &h1, &d1); pixGetDimensions(pix2, &w2, &h2, &d2); if (w1 != w2 || h1 != h2) { L_INFO("pix sizes differ\n", procName); return 0; } /* Suppose the use_alpha flag is true. * If only one of two 32 bpp images has spp == 4, we call that * a "mismatch" of the alpha component. In the case of a mismatch, * if the 4 bpp pix does not have all alpha components opaque (255), * the images are not-equal. However if they are all opaque, * this image is equivalent to spp == 3, so we allow the * comparison to go forward, testing only for the RGB equality. */ spp1 = pixGetSpp(pix1); spp2 = pixGetSpp(pix2); mismatch = 0; if (use_alpha && d1 == 32 && d2 == 32) { mismatch = ((spp1 == 4 && spp2 != 4) || (spp1 != 4 && spp2 == 4)); if (mismatch) { pixalpha = (spp1 == 4) ? pix1 : pix2; pixAlphaIsOpaque(pixalpha, &opaque); if (!opaque) { L_INFO("just one pix has a non-opaque alpha layer\n", procName); return 0; } } } cmap1 = pixGetColormap(pix1); cmap2 = pixGetColormap(pix2); if (!cmap1 && !cmap2 && (d1 != d2) && (d1 == 32 || d2 == 32)) { L_INFO("no colormaps, pix depths unequal, and one of them is RGB\n", procName); return 0; } if (cmap1 && cmap2 && (d1 == d2)) /* use special function */ return pixEqualWithCmap(pix1, pix2, psame); /* Must remove colormaps if they exist, and in the process * end up with the resulting images having the same depth. */ if (cmap1 && !cmap2) { pixUsesCmapColor(pix1, &color); if (color && d2 <= 8) /* can't be equal */ return 0; if (d2 < 8) pixs2 = pixConvertTo8(pix2, FALSE); else pixs2 = pixClone(pix2); if (d2 <= 8) pixs1 = pixRemoveColormap(pix1, REMOVE_CMAP_TO_GRAYSCALE); else pixs1 = pixRemoveColormap(pix1, REMOVE_CMAP_TO_FULL_COLOR); } else if (!cmap1 && cmap2) { pixUsesCmapColor(pix2, &color); if (color && d1 <= 8) /* can't be equal */ return 0; if (d1 < 8) pixs1 = pixConvertTo8(pix1, FALSE); else pixs1 = pixClone(pix1); if (d1 <= 8) pixs2 = pixRemoveColormap(pix2, REMOVE_CMAP_TO_GRAYSCALE); else pixs2 = pixRemoveColormap(pix2, REMOVE_CMAP_TO_FULL_COLOR); } else if (cmap1 && cmap2) { /* depths not equal; use rgb */ pixs1 = pixRemoveColormap(pix1, REMOVE_CMAP_TO_FULL_COLOR); pixs2 = pixRemoveColormap(pix2, REMOVE_CMAP_TO_FULL_COLOR); } else { /* no colormaps */ pixs1 = pixClone(pix1); pixs2 = pixClone(pix2); } /* OK, we have no colormaps, but the depths may still be different */ d1 = pixGetDepth(pixs1); d2 = pixGetDepth(pixs2); if (d1 != d2) { if (d1 == 16 || d2 == 16) { L_INFO("one pix is 16 bpp\n", procName); pixDestroy(&pixs1); pixDestroy(&pixs2); return 0; } pixt1 = pixConvertLossless(pixs1, 8); pixt2 = pixConvertLossless(pixs2, 8); if (!pixt1 || !pixt2) { L_INFO("failure to convert to 8 bpp\n", procName); pixDestroy(&pixs1); pixDestroy(&pixs2); pixDestroy(&pixt1); pixDestroy(&pixt2); return 0; } } else { pixt1 = pixClone(pixs1); pixt2 = pixClone(pixs2); } pixDestroy(&pixs1); pixDestroy(&pixs2); /* No colormaps, equal depths; do pixel comparisons */ d1 = pixGetDepth(pixt1); d2 = pixGetDepth(pixt2); wpl1 = pixGetWpl(pixt1); wpl2 = pixGetWpl(pixt2); data1 = pixGetData(pixt1); data2 = pixGetData(pixt2); if (d1 == 32) { /* test either RGB or RGBA pixels */ if (use_alpha && !mismatch) wordmask = (spp1 == 3) ? 0xffffff00 : 0xffffffff; else wordmask = 0xffffff00; for (i = 0; i < h1; i++) { line1 = data1 + wpl1 * i; line2 = data2 + wpl2 * i; for (j = 0; j < wpl1; j++) { if ((*line1 ^ *line2) & wordmask) { pixDestroy(&pixt1); pixDestroy(&pixt2); return 0; } line1++; line2++; } } } else { /* all bits count */ linebits = d1 * w1; fullwords = linebits / 32; endbits = linebits & 31; endmask = 0xffffffff << (32 - endbits); for (i = 0; i < h1; i++) { line1 = data1 + wpl1 * i; line2 = data2 + wpl2 * i; for (j = 0; j < fullwords; j++) { if (*line1 ^ *line2) { pixDestroy(&pixt1); pixDestroy(&pixt2); return 0; } line1++; line2++; } if (endbits) { if ((*line1 ^ *line2) & endmask) { pixDestroy(&pixt1); pixDestroy(&pixt2); return 0; } } } } pixDestroy(&pixt1); pixDestroy(&pixt2); *psame = 1; return 0; } /*! * pixEqualWithCmap() * * Input: pix1 * pix2 * &same * Return: 0 if OK, 1 on error * * Notes: * (1) This returns same = TRUE if the images have identical content. * (2) Both pix must have a colormap, and be of equal size and depth. * If these conditions are not satisfied, it is not an error; * the returned result is same = FALSE. * (3) We then check whether the colormaps are the same; if so, * the comparison proceeds 32 bits at a time. * (4) If the colormaps are different, the comparison is done by * slow brute force. */ l_int32 pixEqualWithCmap(PIX *pix1, PIX *pix2, l_int32 *psame) { l_int32 d, w, h, wpl1, wpl2, i, j, linebits, fullwords, endbits; l_int32 nc1, nc2, samecmaps; l_int32 rval1, rval2, gval1, gval2, bval1, bval2; l_uint32 endmask, val1, val2; l_uint32 *data1, *data2, *line1, *line2; PIXCMAP *cmap1, *cmap2; PROCNAME("pixEqualWithCmap"); if (!psame) return ERROR_INT("&same not defined", procName, 1); *psame = 0; if (!pix1) return ERROR_INT("pix1 not defined", procName, 1); if (!pix2) return ERROR_INT("pix2 not defined", procName, 1); if (pixSizesEqual(pix1, pix2) == 0) return 0; cmap1 = pixGetColormap(pix1); cmap2 = pixGetColormap(pix2); if (!cmap1 || !cmap2) { L_INFO("both images don't have colormap\n", procName); return 0; } d = pixGetDepth(pix1); if (d != 1 && d != 2 && d != 4 && d != 8) { L_INFO("pix depth not in {1, 2, 4, 8}\n", procName); return 0; } nc1 = pixcmapGetCount(cmap1); nc2 = pixcmapGetCount(cmap2); samecmaps = TRUE; if (nc1 != nc2) { L_INFO("colormap sizes are different\n", procName); samecmaps = FALSE; } /* Check if colormaps are identical */ if (samecmaps == TRUE) { for (i = 0; i < nc1; i++) { pixcmapGetColor(cmap1, i, &rval1, &gval1, &bval1); pixcmapGetColor(cmap2, i, &rval2, &gval2, &bval2); if (rval1 != rval2 || gval1 != gval2 || bval1 != bval2) { samecmaps = FALSE; break; } } } h = pixGetHeight(pix1); w = pixGetWidth(pix1); if (samecmaps == TRUE) { /* colormaps are identical; compare by words */ linebits = d * w; wpl1 = pixGetWpl(pix1); wpl2 = pixGetWpl(pix2); data1 = pixGetData(pix1); data2 = pixGetData(pix2); fullwords = linebits / 32; endbits = linebits & 31; endmask = 0xffffffff << (32 - endbits); for (i = 0; i < h; i++) { line1 = data1 + wpl1 * i; line2 = data2 + wpl2 * i; for (j = 0; j < fullwords; j++) { if (*line1 ^ *line2) return 0; line1++; line2++; } if (endbits) { if ((*line1 ^ *line2) & endmask) return 0; } } *psame = 1; return 0; } /* Colormaps aren't identical; compare pixel by pixel */ for (i = 0; i < h; i++) { for (j = 0; j < w; j++) { pixGetPixel(pix1, j, i, &val1); pixGetPixel(pix2, j, i, &val2); pixcmapGetColor(cmap1, val1, &rval1, &gval1, &bval1); pixcmapGetColor(cmap2, val2, &rval2, &gval2, &bval2); if (rval1 != rval2 || gval1 != gval2 || bval1 != bval2) return 0; } } *psame = 1; return 0; } /*! * pixUsesCmapColor() * * Input: pixs * &color () * Return: 0 if OK, 1 on error * * Notes: * (1) This returns color = TRUE if three things are obtained: * (a) the pix has a colormap * (b) the colormap has at least one color entry * (c) a color entry is actually used * (2) It is used in pixEqual() for comparing two images, in a * situation where it is required to know if the colormap * has color entries that are actually used in the image. */ l_int32 pixUsesCmapColor(PIX *pixs, l_int32 *pcolor) { l_int32 n, i, rval, gval, bval, numpix; NUMA *na; PIXCMAP *cmap; PROCNAME("pixUsesCmapColor"); if (!pcolor) return ERROR_INT("&color not defined", procName, 1); *pcolor = 0; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if ((cmap = pixGetColormap(pixs)) == NULL) return 0; pixcmapHasColor(cmap, pcolor); if (*pcolor == 0) /* no color */ return 0; /* The cmap has color entries. Are they used? */ na = pixGetGrayHistogram(pixs, 1); n = pixcmapGetCount(cmap); for (i = 0; i < n; i++) { pixcmapGetColor(cmap, i, &rval, &gval, &bval); numaGetIValue(na, i, &numpix); if ((rval != gval || rval != bval) && numpix) { /* color found! */ *pcolor = 1; break; } } numaDestroy(&na); return 0; } /*------------------------------------------------------------------* * Binary correlation * *------------------------------------------------------------------*/ /*! * pixCorrelationBinary() * * Input: pix1 (1 bpp) * pix2 (1 bpp) * &val ( correlation) * Return: 0 if OK; 1 on error * * Notes: * (1) The correlation is a number between 0.0 and 1.0, * based on foreground similarity: * (|1 AND 2|)**2 * correlation = -------------- * |1| * |2| * where |x| is the count of foreground pixels in image x. * If the images are identical, this is 1.0. * If they have no fg pixels in common, this is 0.0. * If one or both images have no fg pixels, the correlation is 0.0. * (2) Typically the two images are of equal size, but this * is not enforced. Instead, the UL corners are aligned. */ l_int32 pixCorrelationBinary(PIX *pix1, PIX *pix2, l_float32 *pval) { l_int32 count1, count2, countn; l_int32 *tab8; PIX *pixn; PROCNAME("pixCorrelationBinary"); if (!pval) return ERROR_INT("&pval not defined", procName, 1); *pval = 0.0; if (!pix1) return ERROR_INT("pix1 not defined", procName, 1); if (!pix2) return ERROR_INT("pix2 not defined", procName, 1); tab8 = makePixelSumTab8(); pixCountPixels(pix1, &count1, tab8); pixCountPixels(pix2, &count2, tab8); pixn = pixAnd(NULL, pix1, pix2); pixCountPixels(pixn, &countn, tab8); *pval = (l_float32)(countn * countn) / (l_float32)(count1 * count2); FREE(tab8); return 0; } /*------------------------------------------------------------------* * Difference of two images * *------------------------------------------------------------------*/ /*! * pixDisplayDiffBinary() * * Input: pix1 (1 bpp) * pix2 (1 bpp) * Return: pixd (4 bpp cmapped), or null on error * * Notes: * (1) This gives a color representation of the difference between * pix1 and pix2. The color difference depends on the order. * The pixels in pixd have 4 colors: * * unchanged: black (on), white (off) * * on in pix1, off in pix2: red * * on in pix2, off in pix1: green * (2) This aligns the UL corners of pix1 and pix2, and crops * to the overlapping pixels. */ PIX * pixDisplayDiffBinary(PIX *pix1, PIX *pix2) { l_int32 w1, h1, d1, w2, h2, d2, minw, minh; PIX *pixt, *pixd; PIXCMAP *cmap; PROCNAME("pixDisplayDiffBinary"); if (!pix1 || !pix2) return (PIX *)ERROR_PTR("pix1, pix2 not both defined", procName, NULL); pixGetDimensions(pix1, &w1, &h1, &d1); pixGetDimensions(pix2, &w2, &h2, &d2); if (d1 != 1 || d2 != 1) return (PIX *)ERROR_PTR("pix1 and pix2 not 1 bpp", procName, NULL); minw = L_MIN(w1, w2); minh = L_MIN(h1, h2); pixd = pixCreate(minw, minh, 4); cmap = pixcmapCreate(4); pixcmapAddColor(cmap, 255, 255, 255); /* initialized to white */ pixcmapAddColor(cmap, 0, 0, 0); pixcmapAddColor(cmap, 255, 0, 0); pixcmapAddColor(cmap, 0, 255, 0); pixSetColormap(pixd, cmap); pixt = pixAnd(NULL, pix1, pix2); pixPaintThroughMask(pixd, pixt, 0, 0, 0x0); /* black */ pixSubtract(pixt, pix1, pix2); pixPaintThroughMask(pixd, pixt, 0, 0, 0xff000000); /* red */ pixSubtract(pixt, pix2, pix1); pixPaintThroughMask(pixd, pixt, 0, 0, 0x00ff0000); /* green */ pixDestroy(&pixt); return pixd; } /*! * pixCompareBinary() * * Input: pix1 (1 bpp) * pix2 (1 bpp) * comptype (L_COMPARE_XOR, L_COMPARE_SUBTRACT) * &fract ( fraction of pixels that are different) * &pixdiff ( pix of difference) * Return: 0 if OK; 1 on error * * Notes: * (1) The two images are aligned at the UL corner, and do not * need to be the same size. * (2) If using L_COMPARE_SUBTRACT, pix2 is subtracted from pix1. * (3) The total number of pixels is determined by pix1. */ l_int32 pixCompareBinary(PIX *pix1, PIX *pix2, l_int32 comptype, l_float32 *pfract, PIX **ppixdiff) { l_int32 w, h, count; PIX *pixt; PROCNAME("pixCompareBinary"); if (ppixdiff) *ppixdiff = NULL; if (!pfract) return ERROR_INT("&pfract not defined", procName, 1); *pfract = 0.0; if (!pix1 || pixGetDepth(pix1) != 1) return ERROR_INT("pix1 not defined or not 1 bpp", procName, 1); if (!pix2 || pixGetDepth(pix2) != 1) return ERROR_INT("pix2 not defined or not 1 bpp", procName, 1); if (comptype != L_COMPARE_XOR && comptype != L_COMPARE_SUBTRACT) return ERROR_INT("invalid comptype", procName, 1); if (comptype == L_COMPARE_XOR) pixt = pixXor(NULL, pix1, pix2); else /* comptype == L_COMPARE_SUBTRACT) */ pixt = pixSubtract(NULL, pix1, pix2); pixCountPixels(pixt, &count, NULL); pixGetDimensions(pix1, &w, &h, NULL); *pfract = (l_float32)(count) / (l_float32)(w * h); if (ppixdiff) *ppixdiff = pixt; else pixDestroy(&pixt); return 0; } /*! * pixCompareGrayOrRGB() * * Input: pix1 (8 or 16 bpp gray, 32 bpp rgb, or colormapped) * pix2 (8 or 16 bpp gray, 32 bpp rgb, or colormapped) * comptype (L_COMPARE_SUBTRACT, L_COMPARE_ABS_DIFF) * plottype (gplot plot output type, or 0 for no plot) * &same ( 1 if pixel values are identical) * &diff ( average difference) * &rmsdiff ( rms of difference) * &pixdiff ( pix of difference) * Return: 0 if OK; 1 on error * * Notes: * (1) The two images are aligned at the UL corner, and do not * need to be the same size. If they are not the same size, * the comparison will be made over overlapping pixels. * (2) If there is a colormap, it is removed and the result * is either gray or RGB depending on the colormap. * (3) If RGB, each component is compared separately. * (4) If type is L_COMPARE_ABS_DIFF, pix2 is subtracted from pix1 * and the absolute value is taken. * (5) If type is L_COMPARE_SUBTRACT, pix2 is subtracted from pix1 * and the result is clipped to 0. * (6) The plot output types are specified in gplot.h. * Use 0 if no difference plot is to be made. * (7) If the images are pixelwise identical, no difference * plot is made, even if requested. The result (TRUE or FALSE) * is optionally returned in the parameter 'same'. * (8) The average difference (either subtracting or absolute value) * is optionally returned in the parameter 'diff'. * (9) The RMS difference is optionally returned in the * parameter 'rmsdiff'. For RGB, we return the average of * the RMS differences for each of the components. */ l_int32 pixCompareGrayOrRGB(PIX *pix1, PIX *pix2, l_int32 comptype, l_int32 plottype, l_int32 *psame, l_float32 *pdiff, l_float32 *prmsdiff, PIX **ppixdiff) { l_int32 retval, d; PIX *pixt1, *pixt2; PROCNAME("pixCompareGrayOrRGB"); if (ppixdiff) *ppixdiff = NULL; if (!pix1) return ERROR_INT("pix1 not defined", procName, 1); if (!pix2) return ERROR_INT("pix2 not defined", procName, 1); if (pixGetDepth(pix1) < 8 && !pixGetColormap(pix1)) return ERROR_INT("pix1 depth < 8 bpp and not cmapped", procName, 1); if (pixGetDepth(pix2) < 8 && !pixGetColormap(pix2)) return ERROR_INT("pix2 depth < 8 bpp and not cmapped", procName, 1); if (comptype != L_COMPARE_SUBTRACT && comptype != L_COMPARE_ABS_DIFF) return ERROR_INT("invalid comptype", procName, 1); if (plottype > NUM_GPLOT_OUTPUTS) return ERROR_INT("invalid plottype", procName, 1); pixt1 = pixRemoveColormap(pix1, REMOVE_CMAP_BASED_ON_SRC); pixt2 = pixRemoveColormap(pix2, REMOVE_CMAP_BASED_ON_SRC); d = pixGetDepth(pixt1); if (d != pixGetDepth(pixt2)) { pixDestroy(&pixt1); pixDestroy(&pixt2); return ERROR_INT("intrinsic depths are not equal", procName, 1); } if (d == 8 || d == 16) retval = pixCompareGray(pixt1, pixt2, comptype, plottype, psame, pdiff, prmsdiff, ppixdiff); else /* d == 32 */ retval = pixCompareRGB(pixt1, pixt2, comptype, plottype, psame, pdiff, prmsdiff, ppixdiff); pixDestroy(&pixt1); pixDestroy(&pixt2); return retval; } /*! * pixCompareGray() * * Input: pix1 (8 or 16 bpp, not cmapped) * pix2 (8 or 16 bpp, not cmapped) * comptype (L_COMPARE_SUBTRACT, L_COMPARE_ABS_DIFF) * plottype (gplot plot output type, or 0 for no plot) * &same ( 1 if pixel values are identical) * &diff ( average difference) * &rmsdiff ( rms of difference) * &pixdiff ( pix of difference) * Return: 0 if OK; 1 on error * * Notes: * (1) See pixCompareGrayOrRGB() for details. * (2) Use pixCompareGrayOrRGB() if the input pix are colormapped. */ l_int32 pixCompareGray(PIX *pix1, PIX *pix2, l_int32 comptype, l_int32 plottype, l_int32 *psame, l_float32 *pdiff, l_float32 *prmsdiff, PIX **ppixdiff) { char buf[64]; static l_int32 index = 0; l_int32 d1, d2, first, last; GPLOT *gplot; NUMA *na, *nac; PIX *pixt; PROCNAME("pixCompareGray"); if (psame) *psame = 0; if (pdiff) *pdiff = 0.0; if (prmsdiff) *prmsdiff = 0.0; if (ppixdiff) *ppixdiff = NULL; if (!pix1) return ERROR_INT("pix1 not defined", procName, 1); if (!pix2) return ERROR_INT("pix2 not defined", procName, 1); d1 = pixGetDepth(pix1); d2 = pixGetDepth(pix2); if ((d1 != d2) || (d1 != 8 && d1 != 16)) return ERROR_INT("depths unequal or not 8 or 16 bpp", procName, 1); if (pixGetColormap(pix1) || pixGetColormap(pix2)) return ERROR_INT("pix1 and/or pix2 are colormapped", procName, 1); if (comptype != L_COMPARE_SUBTRACT && comptype != L_COMPARE_ABS_DIFF) return ERROR_INT("invalid comptype", procName, 1); if (plottype > NUM_GPLOT_OUTPUTS) return ERROR_INT("invalid plottype", procName, 1); if (comptype == L_COMPARE_SUBTRACT) pixt = pixSubtractGray(NULL, pix1, pix2); else /* comptype == L_COMPARE_ABS_DIFF) */ pixt = pixAbsDifference(pix1, pix2); if (psame) pixZero(pixt, psame); if (pdiff) pixGetAverageMasked(pixt, NULL, 0, 0, 1, L_MEAN_ABSVAL, pdiff); if (plottype) { na = pixGetGrayHistogram(pixt, 1); numaGetNonzeroRange(na, TINY, &first, &last); nac = numaClipToInterval(na, 0, last); snprintf(buf, sizeof(buf), "/tmp/grayroot%d", index++); gplot = gplotCreate(buf, plottype, "Pixel Difference Histogram", "diff val", "number of pixels"); gplotAddPlot(gplot, NULL, nac, GPLOT_LINES, "gray"); gplotMakeOutput(gplot); gplotDestroy(&gplot); numaDestroy(&na); numaDestroy(&nac); } if (ppixdiff) *ppixdiff = pixCopy(NULL, pixt); if (prmsdiff) { if (comptype == L_COMPARE_SUBTRACT) { /* wrong type for rms diff */ pixDestroy(&pixt); pixt = pixAbsDifference(pix1, pix2); } pixGetAverageMasked(pixt, NULL, 0, 0, 1, L_ROOT_MEAN_SQUARE, prmsdiff); } pixDestroy(&pixt); return 0; } /*! * pixCompareRGB() * * Input: pix1 (32 bpp rgb) * pix2 (32 bpp rgb) * comptype (L_COMPARE_SUBTRACT, L_COMPARE_ABS_DIFF) * plottype (gplot plot output type, or 0 for no plot) * &same ( 1 if pixel values are identical) * &diff ( average difference) * &rmsdiff ( rms of difference) * &pixdiff ( pix of difference) * Return: 0 if OK; 1 on error * * Notes: * (1) See pixCompareGrayOrRGB() for details. */ l_int32 pixCompareRGB(PIX *pix1, PIX *pix2, l_int32 comptype, l_int32 plottype, l_int32 *psame, l_float32 *pdiff, l_float32 *prmsdiff, PIX **ppixdiff) { char buf[64]; static l_int32 index = 0; l_int32 rsame, gsame, bsame, first, rlast, glast, blast, last; l_float32 rdiff, gdiff, bdiff; GPLOT *gplot; NUMA *nar, *nag, *nab, *narc, *nagc, *nabc; PIX *pixr1, *pixr2, *pixg1, *pixg2, *pixb1, *pixb2; PIX *pixr, *pixg, *pixb; PROCNAME("pixCompareRGB"); if (ppixdiff) *ppixdiff = NULL; if (!pix1 || pixGetDepth(pix1) != 32) return ERROR_INT("pix1 not defined or not 32 bpp", procName, 1); if (!pix2 || pixGetDepth(pix2) != 32) return ERROR_INT("pix2 not defined or not ew bpp", procName, 1); if (comptype != L_COMPARE_SUBTRACT && comptype != L_COMPARE_ABS_DIFF) return ERROR_INT("invalid comptype", procName, 1); if (plottype > NUM_GPLOT_OUTPUTS) return ERROR_INT("invalid plottype", procName, 1); pixr1 = pixGetRGBComponent(pix1, COLOR_RED); pixr2 = pixGetRGBComponent(pix2, COLOR_RED); pixg1 = pixGetRGBComponent(pix1, COLOR_GREEN); pixg2 = pixGetRGBComponent(pix2, COLOR_GREEN); pixb1 = pixGetRGBComponent(pix1, COLOR_BLUE); pixb2 = pixGetRGBComponent(pix2, COLOR_BLUE); if (comptype == L_COMPARE_SUBTRACT) { pixr = pixSubtractGray(NULL, pixr1, pixr2); pixg = pixSubtractGray(NULL, pixg1, pixg2); pixb = pixSubtractGray(NULL, pixb1, pixb2); } else { /* comptype == L_COMPARE_ABS_DIFF) */ pixr = pixAbsDifference(pixr1, pixr2); pixg = pixAbsDifference(pixg1, pixg2); pixb = pixAbsDifference(pixb1, pixb2); } if (psame) { pixZero(pixr, &rsame); pixZero(pixg, &gsame); pixZero(pixb, &bsame); if (!rsame || !gsame || !bsame) *psame = 0; else *psame = 1; } if (pdiff) { pixGetAverageMasked(pixr, NULL, 0, 0, 1, L_MEAN_ABSVAL, &rdiff); pixGetAverageMasked(pixg, NULL, 0, 0, 1, L_MEAN_ABSVAL, &gdiff); pixGetAverageMasked(pixb, NULL, 0, 0, 1, L_MEAN_ABSVAL, &bdiff); *pdiff = (rdiff + gdiff + bdiff) / 3.0; } if (plottype) { nar = pixGetGrayHistogram(pixr, 1); nag = pixGetGrayHistogram(pixg, 1); nab = pixGetGrayHistogram(pixb, 1); numaGetNonzeroRange(nar, TINY, &first, &rlast); numaGetNonzeroRange(nag, TINY, &first, &glast); numaGetNonzeroRange(nab, TINY, &first, &blast); last = L_MAX(rlast, glast); last = L_MAX(last, blast); narc = numaClipToInterval(nar, 0, last); nagc = numaClipToInterval(nag, 0, last); nabc = numaClipToInterval(nab, 0, last); snprintf(buf, sizeof(buf), "/tmp/rgbroot%d", index++); gplot = gplotCreate(buf, plottype, "Pixel Difference Histogram", "diff val", "number of pixels"); gplotAddPlot(gplot, NULL, narc, GPLOT_LINES, "red"); gplotAddPlot(gplot, NULL, nagc, GPLOT_LINES, "green"); gplotAddPlot(gplot, NULL, nabc, GPLOT_LINES, "blue"); gplotMakeOutput(gplot); gplotDestroy(&gplot); numaDestroy(&nar); numaDestroy(&nag); numaDestroy(&nab); numaDestroy(&narc); numaDestroy(&nagc); numaDestroy(&nabc); } if (ppixdiff) *ppixdiff = pixCreateRGBImage(pixr, pixg, pixb); if (prmsdiff) { if (comptype == L_COMPARE_SUBTRACT) { pixDestroy(&pixr); pixDestroy(&pixg); pixDestroy(&pixb); pixr = pixAbsDifference(pixr1, pixr2); pixg = pixAbsDifference(pixg1, pixg2); pixb = pixAbsDifference(pixb1, pixb2); } pixGetAverageMasked(pixr, NULL, 0, 0, 1, L_ROOT_MEAN_SQUARE, &rdiff); pixGetAverageMasked(pixg, NULL, 0, 0, 1, L_ROOT_MEAN_SQUARE, &gdiff); pixGetAverageMasked(pixb, NULL, 0, 0, 1, L_ROOT_MEAN_SQUARE, &bdiff); *prmsdiff = (rdiff + gdiff + bdiff) / 3.0; } pixDestroy(&pixr1); pixDestroy(&pixr2); pixDestroy(&pixg1); pixDestroy(&pixg2); pixDestroy(&pixb1); pixDestroy(&pixb2); pixDestroy(&pixr); pixDestroy(&pixg); pixDestroy(&pixb); return 0; } /*! * pixCompareTiled() * * Input: pix1 (8 bpp or 32 bpp rgb) * pix2 (8 bpp 32 bpp rgb) * sx, sy (tile size; must be > 1) * type (L_MEAN_ABSVAL or L_ROOT_MEAN_SQUARE) * &pixdiff ( pix of difference) * Return: 0 if OK; 1 on error * * Notes: * (1) With L_MEAN_ABSVAL, we compute for each tile the * average abs value of the pixel component difference between * the two (aligned) images. With L_ROOT_MEAN_SQUARE, we * compute instead the rms difference over all components. * (2) The two input pix must be the same depth. Comparison is made * using UL corner alignment. * (3) For 32 bpp, the distance between corresponding tiles * is found by averaging the measured difference over all three * components of each pixel in the tile. * (4) The result, pixdiff, contains one pixel for each source tile. */ l_int32 pixCompareTiled(PIX *pix1, PIX *pix2, l_int32 sx, l_int32 sy, l_int32 type, PIX **ppixdiff) { l_int32 d1, d2, w, h; PIX *pixt, *pixr, *pixg, *pixb; PIX *pixrdiff, *pixgdiff, *pixbdiff; PIXACC *pixacc; PROCNAME("pixCompareTiled"); if (!ppixdiff) return ERROR_INT("&pixdiff not defined", procName, 1); *ppixdiff = NULL; if (!pix1) return ERROR_INT("pix1 not defined", procName, 1); if (!pix2) return ERROR_INT("pix2 not defined", procName, 1); d1 = pixGetDepth(pix1); d2 = pixGetDepth(pix2); if (d1 != d2) return ERROR_INT("depths not equal", procName, 1); if (d1 != 8 && d1 != 32) return ERROR_INT("pix1 not 8 or 32 bpp", procName, 1); if (d2 != 8 && d2 != 32) return ERROR_INT("pix2 not 8 or 32 bpp", procName, 1); if (sx < 2 || sy < 2) return ERROR_INT("sx and sy not both > 1", procName, 1); if (type != L_MEAN_ABSVAL && type != L_ROOT_MEAN_SQUARE) return ERROR_INT("invalid type", procName, 1); pixt = pixAbsDifference(pix1, pix2); if (d1 == 8) { *ppixdiff = pixGetAverageTiled(pixt, sx, sy, type); } else { /* d1 == 32 */ pixr = pixGetRGBComponent(pixt, COLOR_RED); pixg = pixGetRGBComponent(pixt, COLOR_GREEN); pixb = pixGetRGBComponent(pixt, COLOR_BLUE); pixrdiff = pixGetAverageTiled(pixr, sx, sy, type); pixgdiff = pixGetAverageTiled(pixg, sx, sy, type); pixbdiff = pixGetAverageTiled(pixb, sx, sy, type); pixGetDimensions(pixrdiff, &w, &h, NULL); pixacc = pixaccCreate(w, h, 0); pixaccAdd(pixacc, pixrdiff); pixaccAdd(pixacc, pixgdiff); pixaccAdd(pixacc, pixbdiff); pixaccMultConst(pixacc, 1. / 3.); *ppixdiff = pixaccFinal(pixacc, 8); pixDestroy(&pixr); pixDestroy(&pixg); pixDestroy(&pixb); pixDestroy(&pixrdiff); pixDestroy(&pixgdiff); pixDestroy(&pixbdiff); pixaccDestroy(&pixacc); } pixDestroy(&pixt); return 0; } /*------------------------------------------------------------------* * Other measures of the difference of two images * *------------------------------------------------------------------*/ /*! * pixCompareRankDifference() * * Input: pix1 (8 bpp gray or 32 bpp rgb, or colormapped) * pix2 (8 bpp gray or 32 bpp rgb, or colormapped) * factor (subsampling factor; use 0 or 1 for no subsampling) * Return: narank (numa of rank difference), or null on error * * Notes: * (1) This answers the question: if the pixel values in each * component are compared by absolute difference, for * any value of difference, what is the fraction of * pixel pairs that have a difference of this magnitude * or greater. For a difference of 0, the fraction is 1.0. * In this sense, it is a mapping from pixel difference to * rank order of difference. * (2) The two images are aligned at the UL corner, and do not * need to be the same size. If they are not the same size, * the comparison will be made over overlapping pixels. * (3) If there is a colormap, it is removed and the result * is either gray or RGB depending on the colormap. * (4) If RGB, pixel differences for each component are aggregated * into a single histogram. */ NUMA * pixCompareRankDifference(PIX *pix1, PIX *pix2, l_int32 factor) { l_int32 i; l_float32 *array1, *array2; NUMA *nah, *nan, *nad; PROCNAME("pixCompareRankDifference"); if (!pix1) return (NUMA *)ERROR_PTR("pix1 not defined", procName, NULL); if (!pix2) return (NUMA *)ERROR_PTR("pix2 not defined", procName, NULL); if ((nah = pixGetDifferenceHistogram(pix1, pix2, factor)) == NULL) return (NUMA *)ERROR_PTR("na not made", procName, NULL); nan = numaNormalizeHistogram(nah, 1.0); array1 = numaGetFArray(nan, L_NOCOPY); nad = numaCreate(256); numaSetCount(nad, 256); /* all initialized to 0.0 */ array2 = numaGetFArray(nad, L_NOCOPY); /* Do rank accumulation on normalized histo of diffs */ array2[0] = 1.0; for (i = 1; i < 256; i++) array2[i] = array2[i - 1] - array1[i - 1]; numaDestroy(&nah); numaDestroy(&nan); return nad; } /*! * pixTestForSimilarity() * * Input: pix1 (8 bpp gray or 32 bpp rgb, or colormapped) * pix2 (8 bpp gray or 32 bpp rgb, or colormapped) * factor (subsampling factor; use 0 or 1 for no subsampling) * mindiff (minimum pixel difference to be counted; > 0) * maxfract (maximum fraction of pixels allowed to have * diff greater than or equal to mindiff) * maxave (maximum average difference of pixels allowed for * pixels with diff greater than or equal to mindiff, * after subtracting mindiff) * &similar ( 1 if similar, 0 otherwise) * printstats (use 1 to print normalized histogram to stderr) * Return: 0 if OK, 1 on error * * Notes: * (1) This takes 2 pix that are the same size and determines using * 3 input parameters if they are "similar". The first parameter * @mindiff establishes a criterion of pixel-to-pixel similarity: * two pixels are not similar if their difference in value is * at least mindiff. Then @maxfract and @maxave are thresholds * on the number and distribution of dissimilar pixels * allowed for the two pix to be similar. If the pix are * to be similar, neither threshold can be exceeded. * (2) In setting the @maxfract and @maxave thresholds, you have * these options: * (a) Base the comparison only on @maxfract. Then set * @maxave = 0.0 or 256.0. (If 0, we always ignore it.) * (b) Base the comparison only on @maxave. Then set * @maxfract = 1.0. * (c) Base the comparison on both thresholds. * (3) Example of values that can be expected at mindiff = 15 when * comparing lossless png encoding with jpeg encoding, q=75: * (smoothish bg) fractdiff = 0.01, avediff = 2.5 * (natural scene) fractdiff = 0.13, avediff = 3.5 * To identify these images as 'similar', select maxfract * and maxave to be upper bounds of what you expect. * (4) See pixGetDifferenceStats() for a discussion of why we subtract * mindiff from the computed average diff of the nonsimilar pixels * to get the 'avediff' returned by that function. * (5) If there is a colormap, it is removed and the result * is either gray or RGB depending on the colormap. * (6) If RGB, the maximum difference between pixel components is * saved in the histogram. */ l_int32 pixTestForSimilarity(PIX *pix1, PIX *pix2, l_int32 factor, l_int32 mindiff, l_float32 maxfract, l_float32 maxave, l_int32 *psimilar, l_int32 printstats) { l_float32 fractdiff, avediff; PROCNAME("pixTestForSimilarity"); if (!psimilar) return ERROR_INT("&similar not defined", procName, 1); *psimilar = 0; if (!pix1) return ERROR_INT("pix1 not defined", procName, 1); if (!pix2) return ERROR_INT("pix2 not defined", procName, 1); if (pixSizesEqual(pix1, pix2) == 0) return ERROR_INT("pix sizes not equal", procName, 1); if (mindiff <= 0) return ERROR_INT("mindiff must be > 0", procName, 1); if (pixGetDifferenceStats(pix1, pix2, factor, mindiff, &fractdiff, &avediff, printstats)) return ERROR_INT("diff stats not found", procName, 1); if (maxave <= 0.0) maxave = 256.0; if (fractdiff <= maxfract && avediff <= maxave) *psimilar = 1; return 0; } /*! * pixGetDifferenceStats() * * Input: pix1 (8 bpp gray or 32 bpp rgb, or colormapped) * pix2 (8 bpp gray or 32 bpp rgb, or colormapped) * factor (subsampling factor; use 0 or 1 for no subsampling) * mindiff (minimum pixel difference to be counted; > 0) * &fractdiff ( fraction of pixels with diff greater * than or equal to mindiff) * &avediff ( average difference of pixels with diff * greater than or equal to mindiff, less mindiff) * printstats (use 1 to print normalized histogram to stderr) * Return: 0 if OK, 1 on error * * Notes: * (1) This takes a threshold @mindiff and describes the difference * between two images in terms of two numbers: * (a) the fraction of pixels, @fractdiff, whose difference * equals or exceeds the threshold @mindiff, and * (b) the average value @avediff of the difference in pixel value * for the pixels in the set given by (a), after you subtract * @mindiff. The reason for subtracting @mindiff is that * you then get a useful measure for the rate of falloff * of the distribution for larger differences. For example, * if @mindiff = 10 and you find that @avediff = 2.5, it * says that of the pixels with diff > 10, the average of * their diffs is just mindiff + 2.5 = 12.5. This is a * fast falloff in the histogram with increasing difference. * (2) The two images are aligned at the UL corner, and do not * need to be the same size. If they are not the same size, * the comparison will be made over overlapping pixels. * (3) If there is a colormap, it is removed and the result * is either gray or RGB depending on the colormap. * (4) If RGB, the maximum difference between pixel components is * saved in the histogram. */ l_int32 pixGetDifferenceStats(PIX *pix1, PIX *pix2, l_int32 factor, l_int32 mindiff, l_float32 *pfractdiff, l_float32 *pavediff, l_int32 printstats) { l_int32 i, first, last, diff; l_float32 fract, ave; l_float32 *array; NUMA *nah, *nan, *nac; PROCNAME("pixGetDifferenceStats"); if (!pfractdiff) return ERROR_INT("&fractdiff not defined", procName, 1); *pfractdiff = 0.0; if (!pavediff) return ERROR_INT("&avediff not defined", procName, 1); *pavediff = 0.0; if (!pix1) return ERROR_INT("pix1 not defined", procName, 1); if (!pix2) return ERROR_INT("pix2 not defined", procName, 1); if (mindiff <= 0) return ERROR_INT("mindiff must be > 0", procName, 1); if ((nah = pixGetDifferenceHistogram(pix1, pix2, factor)) == NULL) return ERROR_INT("na not made", procName, 1); if ((nan = numaNormalizeHistogram(nah, 1.0)) == NULL) { numaDestroy(&nah); return ERROR_INT("nan not made", procName, 1); } array = numaGetFArray(nan, L_NOCOPY); if (printstats) { numaGetNonzeroRange(nan, 0.0, &first, &last); nac = numaClipToInterval(nan, first, last); fprintf(stderr, "\nNonzero values in normalized histogram:"); numaWriteStream(stderr, nac); numaDestroy(&nac); fprintf(stderr, " Mindiff fractdiff avediff\n"); fprintf(stderr, " -----------------------------------\n"); for (diff = 1; diff < L_MIN(2 * mindiff, last); diff++) { fract = 0.0; ave = 0.0; for (i = diff; i <= last; i++) { fract += array[i]; ave += (l_float32)i * array[i]; } ave = (fract == 0.0) ? 0.0 : ave / fract; ave -= diff; fprintf(stderr, "%5d %7.4f %7.4f\n", diff, fract, ave); } fprintf(stderr, " -----------------------------------\n"); } fract = 0.0; ave = 0.0; for (i = mindiff; i < 256; i++) { fract += array[i]; ave += (l_float32)i * array[i]; } ave = (fract == 0.0) ? 0.0 : ave / fract; ave -= mindiff; *pfractdiff = fract; *pavediff = ave; numaDestroy(&nah); numaDestroy(&nan); return 0; } /*! * pixGetDifferenceHistogram() * * Input: pix1 (8 bpp gray or 32 bpp rgb, or colormapped) * pix2 (8 bpp gray or 32 bpp rgb, or colormapped) * factor (subsampling factor; use 0 or 1 for no subsampling) * Return: na (Numa of histogram of differences), or null on error * * Notes: * (1) The two images are aligned at the UL corner, and do not * need to be the same size. If they are not the same size, * the comparison will be made over overlapping pixels. * (2) If there is a colormap, it is removed and the result * is either gray or RGB depending on the colormap. * (3) If RGB, the maximum difference between pixel components is * saved in the histogram. */ NUMA * pixGetDifferenceHistogram(PIX *pix1, PIX *pix2, l_int32 factor) { l_int32 w1, h1, d1, w2, h2, d2, w, h, wpl1, wpl2; l_int32 i, j, val, val1, val2; l_int32 rval1, rval2, gval1, gval2, bval1, bval2; l_int32 rdiff, gdiff, bdiff, maxdiff; l_uint32 *data1, *data2, *line1, *line2; l_float32 *array; NUMA *na; PIX *pixt1, *pixt2; PROCNAME("pixGetDifferenceHistogram"); if (!pix1) return (NUMA *)ERROR_PTR("pix1 not defined", procName, NULL); if (!pix2) return (NUMA *)ERROR_PTR("pix2 not defined", procName, NULL); d1 = pixGetDepth(pix1); d2 = pixGetDepth(pix2); if (d1 == 16 || d2 == 16) return (NUMA *)ERROR_PTR("d == 16 not supported", procName, NULL); if (d1 < 8 && !pixGetColormap(pix1)) return (NUMA *)ERROR_PTR("pix1 depth < 8 bpp and not cmapped", procName, NULL); if (d2 < 8 && !pixGetColormap(pix2)) return (NUMA *)ERROR_PTR("pix2 depth < 8 bpp and not cmapped", procName, NULL); pixt1 = pixRemoveColormap(pix1, REMOVE_CMAP_BASED_ON_SRC); pixt2 = pixRemoveColormap(pix2, REMOVE_CMAP_BASED_ON_SRC); pixGetDimensions(pixt1, &w1, &h1, &d1); pixGetDimensions(pixt2, &w2, &h2, &d2); if (d1 != d2) { pixDestroy(&pixt1); pixDestroy(&pixt2); return (NUMA *)ERROR_PTR("pix depths not equal", procName, NULL); } if (factor < 1) factor = 1; na = numaCreate(256); numaSetCount(na, 256); /* all initialized to 0.0 */ array = numaGetFArray(na, L_NOCOPY); w = L_MIN(w1, w2); h = L_MIN(h1, h2); data1 = pixGetData(pixt1); data2 = pixGetData(pixt2); wpl1 = pixGetWpl(pixt1); wpl2 = pixGetWpl(pixt2); if (d1 == 8) { for (i = 0; i < h; i += factor) { line1 = data1 + i * wpl1; line2 = data2 + i * wpl2; for (j = 0; j < w; j += factor) { val1 = GET_DATA_BYTE(line1, j); val2 = GET_DATA_BYTE(line2, j); val = L_ABS(val1 - val2); array[val]++; } } } else { /* d1 == 32 */ for (i = 0; i < h; i += factor) { line1 = data1 + i * wpl1; line2 = data2 + i * wpl2; for (j = 0; j < w; j += factor) { extractRGBValues(line1[j], &rval1, &gval1, &bval1); extractRGBValues(line2[j], &rval2, &gval2, &bval2); rdiff = L_ABS(rval1 - rval2); gdiff = L_ABS(gval1 - gval2); bdiff = L_ABS(bval1 - bval2); maxdiff = L_MAX(rdiff, gdiff); maxdiff = L_MAX(maxdiff, bdiff); array[maxdiff]++; } } } pixDestroy(&pixt1); pixDestroy(&pixt2); return na; } /*! * pixGetPerceptualDiff() * * Input: pix1 (8 bpp gray or 32 bpp rgb, or colormapped) * pix2 (8 bpp gray or 32 bpp rgb, or colormapped) * sampling (subsampling factor; use 0 or 1 for no subsampling) * dilation (size of grayscale or color Sel; odd) * mindiff (minimum pixel difference to be counted; > 0) * &fract ( fraction of pixels with diff greater than * mindiff) * &pixdiff1 ( showing difference (gray or color)) * &pixdiff2 ( showing pixels of sufficient diff) * Return: 0 if OK, 1 on error * * Notes: * (1) This takes 2 pix and determines, using 2 input parameters: * * @dilation specifies the amount of grayscale or color * dilation to apply to the images, to compensate for * a small amount of misregistration. A typical number might * be 5, which uses a 5x5 Sel. Grayscale dilation expands * lighter pixels into darker pixel regions. * * @mindiff determines the threshold on the difference in * pixel values to be counted -- two pixels are not similar * if their difference in value is at least @mindiff. For * color pixels, we use the maximum component difference. * (2) The pixelwise comparison is always done with the UL corners * aligned. The sizes of pix1 and pix2 need not be the same, * although in practice it can be useful to scale to the same size. * (3) If there is a colormap, it is removed and the result * is either gray or RGB depending on the colormap. * (4) Two optional diff images can be retrieved (typ. for debugging): * pixdiff1: the gray or color difference * pixdiff2: thresholded to 1 bpp for pixels exceeding @mindiff * (5) The returned value of fract can be compared to some threshold, * which is application dependent. * (6) This method is in analogy to the two-sided hausdorff transform, * except here it is for d > 1. For d == 1 (see pixRankHaustest()), * we verify that when one pix1 is dilated, it covers at least a * given fraction of the pixels in pix2, and v.v.; in that * case, the two pix are sufficiently similar. Here, we * do an analogous thing: subtract the dilated pix1 from pix2 to * get a 1-sided hausdorff-like transform. Then do it the * other way. Take the component-wise max of the two results, * and threshold to get the fraction of pixels with a difference * below the threshold. */ l_int32 pixGetPerceptualDiff(PIX *pixs1, PIX *pixs2, l_int32 sampling, l_int32 dilation, l_int32 mindiff, l_float32 *pfract, PIX **ppixdiff1, PIX **ppixdiff2) { l_int32 d1, d2, w, h, count; PIX *pix1, *pix2, *pix3, *pix4, *pix5, *pix6, *pix7, *pix8, *pix9; PIX *pix10, *pix11; PROCNAME("pixGetPerceptualDiff"); if (!pfract) return ERROR_INT("&fract not defined", procName, 1); *pfract = 1.0; /* init to completely different */ if (ppixdiff1) *ppixdiff1 = NULL; if (ppixdiff2) *ppixdiff2 = NULL; if ((dilation & 1) == 0) return ERROR_INT("dilation must be odd", procName, 1); if (!pixs1) return ERROR_INT("pixs1 not defined", procName, 1); if (!pixs2) return ERROR_INT("pixs2 not defined", procName, 1); d1 = pixGetDepth(pixs1); d2 = pixGetDepth(pixs2); if (!pixGetColormap(pixs1) && d1 < 8) return ERROR_INT("pixs1 not cmapped or >=8 bpp", procName, 1); if (!pixGetColormap(pixs2) && d2 < 8) return ERROR_INT("pixs2 not cmapped or >=8 bpp", procName, 1); /* Integer downsample if requested */ if (sampling > 1) { pix1 = pixScaleByIntSubsampling(pixs1, sampling); pix2 = pixScaleByIntSubsampling(pixs2, sampling); } else { pix1 = pixClone(pixs1); pix2 = pixClone(pixs2); } /* Remove colormaps */ if (pixGetColormap(pix1)) { pix3 = pixRemoveColormap(pix1, REMOVE_CMAP_BASED_ON_SRC); d1 = pixGetDepth(pix3); } else { pix3 = pixClone(pix1); } if (pixGetColormap(pix2)) { pix4 = pixRemoveColormap(pix2, REMOVE_CMAP_BASED_ON_SRC); d2 = pixGetDepth(pix4); } else { pix4 = pixClone(pix2); } pixDestroy(&pix1); pixDestroy(&pix2); if (d1 != d2) { pixDestroy(&pix3); pixDestroy(&pix4); return ERROR_INT("pix3 and pix4 depths not equal", procName, 1); } /* In each direction, do a small dilation and subtract the dilated * image from the other image to get a one-sided difference. * Then take the max of the differences for each direction * and clipping each component to 255 if necessary. Note that * for RGB images, the dilations and max selection are done * component-wise, and the conversion to grayscale also uses the * maximum component. The resulting grayscale images are * thresholded using @mindiff. */ if (d1 == 8) { pix5 = pixDilateGray(pix3, dilation, dilation); pixCompareGray(pix4, pix5, L_COMPARE_SUBTRACT, 0, NULL, NULL, NULL, &pix7); pix6 = pixDilateGray(pix4, dilation, dilation); pixCompareGray(pix3, pix6, L_COMPARE_SUBTRACT, 0, NULL, NULL, NULL, &pix8); pix9 = pixMinOrMax(NULL, pix7, pix8, L_CHOOSE_MAX); pix10 = pixThresholdToBinary(pix9, mindiff); pixInvert(pix10, pix10); pixCountPixels(pix10, &count, NULL); pixGetDimensions(pix10, &w, &h, NULL); *pfract = (l_float32)count / (l_float32)(w * h); pixDestroy(&pix5); pixDestroy(&pix6); pixDestroy(&pix7); pixDestroy(&pix8); if (ppixdiff1) *ppixdiff1 = pix9; else pixDestroy(&pix9); if (ppixdiff2) *ppixdiff2 = pix10; else pixDestroy(&pix10); } else { /* d1 == 32 */ pix5 = pixColorMorph(pix3, L_MORPH_DILATE, dilation, dilation); pixCompareRGB(pix4, pix5, L_COMPARE_SUBTRACT, 0, NULL, NULL, NULL, &pix7); pix6 = pixColorMorph(pix4, L_MORPH_DILATE, dilation, dilation); pixCompareRGB(pix3, pix6, L_COMPARE_SUBTRACT, 0, NULL, NULL, NULL, &pix8); pix9 = pixMinOrMax(NULL, pix7, pix8, L_CHOOSE_MAX); pix10 = pixConvertRGBToGrayMinMax(pix9, L_CHOOSE_MAX); pix11 = pixThresholdToBinary(pix10, mindiff); pixInvert(pix11, pix11); pixCountPixels(pix11, &count, NULL); pixGetDimensions(pix11, &w, &h, NULL); *pfract = (l_float32)count / (l_float32)(w * h); pixDestroy(&pix5); pixDestroy(&pix6); pixDestroy(&pix7); pixDestroy(&pix8); pixDestroy(&pix10); if (ppixdiff1) *ppixdiff1 = pix9; else pixDestroy(&pix9); if (ppixdiff2) *ppixdiff2 = pix11; else pixDestroy(&pix11); } pixDestroy(&pix3); pixDestroy(&pix4); return 0; } /*! * pixGetPSNR() * * Input: pix1, pix2 (8 or 32 bpp; no colormap) * factor (sampling factor; >= 1) * &psnr ( power signal/noise ratio difference) * Return: 0 if OK, 1 on error * * Notes: * (1) This computes the power S/N ratio, in dB, for the difference * between two images. By convention, the power S/N * for a grayscale image is ('log' == log base 10, * and 'ln == log base e): * PSNR = 10 * log((255/MSE)^2) * = 4.3429 * ln((255/MSE)^2) * = -4.3429 * ln((MSE/255)^2) * where MSE is the mean squared error. * Here are some examples: * MSE PSNR * --- ---- * 10 28.1 * 3 38.6 * 1 48.1 * 0.1 68.1 * (2) If pix1 and pix2 have the same pixel values, the MSE = 0.0 * and the PSNR is infinity. For that case, this returns * PSNR = 1000, which corresponds to the very small MSE of * about 10^(-48). */ l_int32 pixGetPSNR(PIX *pix1, PIX *pix2, l_int32 factor, l_float32 *ppsnr) { l_int32 same, i, j, w, h, d, wpl1, wpl2, v1, v2, r1, g1, b1, r2, g2, b2; l_uint32 *data1, *data2, *line1, *line2; l_float32 mse; /* mean squared error */ PROCNAME("pixGetPSNR"); if (!ppsnr) return ERROR_INT("&psnr not defined", procName, 1); *ppsnr = 0.0; if (!pix1 || !pix2) return ERROR_INT("empty input pix", procName, 1); if (!pixSizesEqual(pix1, pix2)) return ERROR_INT("pix sizes unequal", procName, 1); if (pixGetColormap(pix1)) return ERROR_INT("pix1 has colormap", procName, 1); if (pixGetColormap(pix2)) return ERROR_INT("pix2 has colormap", procName, 1); pixGetDimensions(pix1, &w, &h, &d); if (d != 8 && d != 32) return ERROR_INT("pix not 8 or 32 bpp", procName, 1); if (factor < 1) return ERROR_INT("invalid sampling factor", procName, 1); pixEqual(pix1, pix2, &same); if (same) { *ppsnr = 1000.0; /* crazy big exponent */ return 0; } data1 = pixGetData(pix1); data2 = pixGetData(pix2); wpl1 = pixGetWpl(pix1); wpl2 = pixGetWpl(pix2); mse = 0.0; if (d == 8) { for (i = 0; i < h; i += factor) { line1 = data1 + i * wpl1; line2 = data2 + i * wpl2; for (j = 0; j < w; j += factor) { v1 = GET_DATA_BYTE(line1, j); v2 = GET_DATA_BYTE(line2, j); mse += (v1 - v2) * (v1 - v2); } } } else { /* d == 32 */ for (i = 0; i < h; i += factor) { line1 = data1 + i * wpl1; line2 = data2 + i * wpl2; for (j = 0; j < w; j += factor) { extractRGBValues(line1[j], &r1, &g1, &b1); extractRGBValues(line2[j], &r2, &g2, &b2); mse += ((r1 - r2) * (r1 - r2) + (g1 - g2) * (g1 - g2) + (b1 - b2) * (b1 - b2)) / 3.0; } } } mse = mse / (w * h); *ppsnr = -4.3429448 * log(mse / (255 * 255)); return 0; } /*------------------------------------------------------------------* * Translated images at the same resolution * *------------------------------------------------------------------*/ /*! * pixCompareWithTranslation() * * Input: pix1, pix2 (any depth; colormap OK) * thresh (threshold for converting to 1 bpp) * &delx ( x translation on pix2 to align with pix1) * &dely ( y translation on pix2 to align with pix1) * &score ( correlation score at best alignment) * debugflag (1 for debug output; 0 for no debugging) * Return: 0 if OK, 1 on error * * Notes: * (1) This does a coarse-to-fine search for best translational * alignment of two images, measured by a scoring function * that is the correlation between the fg pixels. * (2) The threshold is used if the images aren't 1 bpp. * (3) With debug on, you get a pdf that shows, as a grayscale * image, the score as a function of shift from the initial * estimate, for each of the four levels. The shift is 0 at * the center of the image. * (4) With debug on, you also get a pdf that shows the * difference at the best alignment between the two images, * at each of the four levels. The red and green pixels * show locations where one image has a fg pixel and the * other doesn't. The black pixels are where both images * have fg pixels, and white pixels are where neither image * has fg pixels. */ l_int32 pixCompareWithTranslation(PIX *pix1, PIX *pix2, l_int32 thresh, l_int32 *pdelx, l_int32 *pdely, l_float32 *pscore, l_int32 debugflag) { l_uint8 *subtab; l_int32 i, level, area1, area2, delx, dely; l_int32 etransx, etransy, maxshift, dbint; l_int32 *stab, *ctab; l_float32 cx1, cx2, cy1, cy2, score; PIX *pixb1, *pixb2, *pixt1, *pixt2, *pixt3, *pixt4; PIXA *pixa1, *pixa2, *pixadb; PROCNAME("pixCompareWithTranslation"); if (!pdelx || !pdely) return ERROR_INT("&delx and &dely not defined", procName, 1); *pdelx = *pdely = 0; if (!pscore) return ERROR_INT("&score not defined", procName, 1); *pscore = 0.0; if (!pix1) return ERROR_INT("pix1 not defined", procName, 1); if (!pix2) return ERROR_INT("pix2 not defined", procName, 1); /* Make tables */ subtab = makeSubsampleTab2x(); stab = makePixelSumTab8(); ctab = makePixelCentroidTab8(); /* Binarize each image */ pixb1 = pixConvertTo1(pix1, thresh); pixb2 = pixConvertTo1(pix2, thresh); /* Make a cascade of 2x reduced images for each, thresholding * with level 2 (neutral), down to 8x reduction */ pixa1 = pixaCreate(4); pixa2 = pixaCreate(4); if (debugflag) pixadb = pixaCreate(4); pixaAddPix(pixa1, pixb1, L_INSERT); pixaAddPix(pixa2, pixb2, L_INSERT); for (i = 0; i < 3; i++) { pixt1 = pixReduceRankBinary2(pixb1, 2, subtab); pixt2 = pixReduceRankBinary2(pixb2, 2, subtab); pixaAddPix(pixa1, pixt1, L_INSERT); pixaAddPix(pixa2, pixt2, L_INSERT); pixb1 = pixt1; pixb2 = pixt2; } /* At the lowest level, use the centroids with a maxshift of 6 * to search for the best alignment. Then at higher levels, * use the result from the level below as the initial approximation * for the alignment, and search with a maxshift of 2. */ for (level = 3; level >= 0; level--) { pixt1 = pixaGetPix(pixa1, level, L_CLONE); pixt2 = pixaGetPix(pixa2, level, L_CLONE); pixCountPixels(pixt1, &area1, stab); pixCountPixels(pixt2, &area2, stab); if (level == 3) { pixCentroid(pixt1, ctab, stab, &cx1, &cy1); pixCentroid(pixt2, ctab, stab, &cx2, &cy2); etransx = lept_roundftoi(cx1 - cx2); etransy = lept_roundftoi(cy1 - cy2); maxshift = 6; } else { etransx = 2 * delx; etransy = 2 * dely; maxshift = 2; } dbint = (debugflag) ? level + 1 : 0; pixBestCorrelation(pixt1, pixt2, area1, area2, etransx, etransy, maxshift, stab, &delx, &dely, &score, dbint); if (debugflag) { fprintf(stderr, "Level %d: delx = %d, dely = %d, score = %7.4f\n", level, delx, dely, score); pixRasteropIP(pixt2, delx, dely, L_BRING_IN_WHITE); pixt3 = pixDisplayDiffBinary(pixt1, pixt2); pixt4 = pixExpandReplicate(pixt3, 8 / (1 << (3 - level))); pixaAddPix(pixadb, pixt4, L_INSERT); pixDestroy(&pixt3); } pixDestroy(&pixt1); pixDestroy(&pixt2); } if (debugflag) { pixaConvertToPdf(pixadb, 300, 1.0, L_FLATE_ENCODE, 0, NULL, "/tmp/cmp.pdf"); convertFilesToPdf("/tmp", "correl_", 30, 1.0, L_FLATE_ENCODE, 0, "Correlation scores at levels 1 through 5", "/tmp/correl.pdf"); pixaDestroy(&pixadb); } *pdelx = delx; *pdely = dely; *pscore = score; pixaDestroy(&pixa1); pixaDestroy(&pixa2); FREE(subtab); FREE(stab); FREE(ctab); return 0; } /*! * pixBestCorrelation() * * Input: pix1 (1 bpp) * pix2 (1 bpp) * area1 (number of on pixels in pix1) * area2 (number of on pixels in pix2) * etransx (estimated x translation of pix2 to align with pix1) * etransy (estimated y translation of pix2 to align with pix1) * maxshift (max x and y shift of pix2, around the estimated * alignment location, relative to pix1) * tab8 ( sum tab for ON pixels in byte; can be NULL) * &delx ( best x shift of pix2 relative to pix1 * &dely ( best y shift of pix2 relative to pix1 * &score ( maximum score found; can be NULL) * debugflag (<= 0 to skip; positive to generate output. * The integer is used to label the debug image.) * Return: 0 if OK, 1 on error * * Notes: * (1) This maximizes the correlation score between two 1 bpp images, * by starting with an estimate of the alignment * (@etransx, @etransy) and computing the correlation around this. * It optionally returns the shift (@delx, @dely) that maximizes * the correlation score when pix2 is shifted by this amount * relative to pix1. * (2) Get the centroids of pix1 and pix2, using pixCentroid(), * to compute (@etransx, @etransy). Get the areas using * pixCountPixels(). * (3) The centroid of pix2 is shifted with respect to the centroid * of pix1 by all values between -maxshiftx and maxshiftx, * and likewise for the y shifts. Therefore, the number of * correlations computed is: * (2 * maxshiftx + 1) * (2 * maxshifty + 1) * Consequently, if pix1 and pix2 are large, you should do this * in a coarse-to-fine sequence. See the use of this function * in pixCompareWithTranslation(). */ l_int32 pixBestCorrelation(PIX *pix1, PIX *pix2, l_int32 area1, l_int32 area2, l_int32 etransx, l_int32 etransy, l_int32 maxshift, l_int32 *tab8, l_int32 *pdelx, l_int32 *pdely, l_float32 *pscore, l_int32 debugflag) { l_int32 shiftx, shifty, delx, dely; l_int32 *tab; l_float32 maxscore, score; FPIX *fpix; PIX *pixt1, *pixt2; PROCNAME("pixBestCorrelation"); if (pdelx) *pdelx = 0; if (pdely) *pdely = 0; if (pscore) *pscore = 0.0; if (!pix1 || pixGetDepth(pix1) != 1) return ERROR_INT("pix1 not defined or not 1 bpp", procName, 1); if (!pix2 || pixGetDepth(pix2) != 1) return ERROR_INT("pix2 not defined or not 1 bpp", procName, 1); if (!area1 || !area2) return ERROR_INT("areas must be > 0", procName, 1); if (debugflag > 0) fpix = fpixCreate(2 * maxshift + 1, 2 * maxshift + 1); if (!tab8) tab = makePixelSumTab8(); else tab = tab8; /* Search over a set of {shiftx, shifty} for the max */ maxscore = 0; delx = etransx; dely = etransy; for (shifty = -maxshift; shifty <= maxshift; shifty++) { for (shiftx = -maxshift; shiftx <= maxshift; shiftx++) { pixCorrelationScoreShifted(pix1, pix2, area1, area2, etransx + shiftx, etransy + shifty, tab, &score); if (debugflag > 0) { fpixSetPixel(fpix, maxshift + shiftx, maxshift + shifty, 1000.0 * score); /* fprintf(stderr, "(sx, sy) = (%d, %d): score = %6.4f\n", shiftx, shifty, score); */ } if (score > maxscore) { maxscore = score; delx = etransx + shiftx; dely = etransy + shifty; } } } if (debugflag > 0) { char buf[128]; pixt1 = fpixDisplayMaxDynamicRange(fpix); pixt2 = pixExpandReplicate(pixt1, 20); snprintf(buf, sizeof(buf), "/tmp/correl_%d.png", debugflag); pixWrite(buf, pixt2, IFF_PNG); pixDestroy(&pixt1); pixDestroy(&pixt2); fpixDestroy(&fpix); } if (pdelx) *pdelx = delx; if (pdely) *pdely = dely; if (pscore) *pscore = maxscore; if (!tab8) FREE(tab); return 0; } leptonica-1.70/src/scale.c0000644000175000017500000034563012254120714013540 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * scale.c * * Top-level scaling * PIX *pixScale() *** * PIX *pixScaleToSize() *** * PIX *pixScaleGeneral() *** * * Linearly interpreted (usually up-) scaling * PIX *pixScaleLI() *** * PIX *pixScaleColorLI() * PIX *pixScaleColor2xLI() *** * PIX *pixScaleColor4xLI() *** * PIX *pixScaleGrayLI() * PIX *pixScaleGray2xLI() * PIX *pixScaleGray4xLI() * * Scaling by closest pixel sampling * PIX *pixScaleBySampling() * PIX *pixScaleBySamplingToSize() * PIX *pixScaleByIntSubsampling() * * Fast integer factor subsampling RGB to gray and to binary * PIX *pixScaleRGBToGrayFast() * PIX *pixScaleRGBToBinaryFast() * PIX *pixScaleGrayToBinaryFast() * * Downscaling with (antialias) smoothing * PIX *pixScaleSmooth() *** * PIX *pixScaleRGBToGray2() [special 2x reduction to gray] * * Downscaling with (antialias) area mapping * PIX *pixScaleAreaMap() *** * PIX *pixScaleAreaMap2() * * Binary scaling by closest pixel sampling * PIX *pixScaleBinary() * * Scale-to-gray (1 bpp --> 8 bpp; arbitrary downscaling) * PIX *pixScaleToGray() * PIX *pixScaleToGrayFast() * * Scale-to-gray (1 bpp --> 8 bpp; integer downscaling) * PIX *pixScaleToGray2() * PIX *pixScaleToGray3() * PIX *pixScaleToGray4() * PIX *pixScaleToGray6() * PIX *pixScaleToGray8() * PIX *pixScaleToGray16() * * Scale-to-gray by mipmap(1 bpp --> 8 bpp, arbitrary reduction) * PIX *pixScaleToGrayMipmap() * * Grayscale scaling using mipmap * PIX *pixScaleMipmap() * * Replicated (integer) expansion (all depths) * PIX *pixExpandReplicate() * * Upscale 2x followed by binarization * PIX *pixScaleGray2xLIThresh() * PIX *pixScaleGray2xLIDither() * * Upscale 4x followed by binarization * PIX *pixScaleGray4xLIThresh() * PIX *pixScaleGray4xLIDither() * * Grayscale downscaling using min and max * PIX *pixScaleGrayMinMax() * PIX *pixScaleGrayMinMax2() * * Grayscale downscaling using rank value * PIX *pixScaleGrayRankCascade() * PIX *pixScaleGrayRank2() * * Helper function for transferring alpha with scaling * l_int32 pixScaleAndTransferAlpha() * * RGB scaling including alpha (blend) component * PIX *pixScaleWithAlpha() *** * * *** Note: these functions make an implicit assumption about RGB * component ordering. */ #include #include "allheaders.h" extern l_float32 AlphaMaskBorderVals[2]; /*------------------------------------------------------------------* * Top level scaling dispatcher * *------------------------------------------------------------------*/ /*! * pixScale() * * Input: pixs (1, 2, 4, 8, 16 and 32 bpp) * scalex, scaley * Return: pixd, or null on error * * This function scales 32 bpp RGB; 2, 4 or 8 bpp palette color; * 2, 4, 8 or 16 bpp gray; and binary images. * * When the input has palette color, the colormap is removed and * the result is either 8 bpp gray or 32 bpp RGB, depending on whether * the colormap has color entries. Images with 2, 4 or 16 bpp are * converted to 8 bpp. * * Because pixScale() is meant to be a very simple interface to a * number of scaling functions, including the use of unsharp masking, * the type of scaling and the sharpening parameters are chosen * by default. Grayscale and color images are scaled using one * of four methods, depending on the scale factors: * (1) antialiased subsampling (lowpass filtering followed by * subsampling, implemented here by area mapping), for scale factors * less than 0.2 * (2) antialiased subsampling with sharpening, for scale factors * between 0.2 and 0.7 * (3) linear interpolation with sharpening, for scale factors between * 0.7 and 1.4 * (4) linear interpolation without sharpening, for scale factors >= 1.4. * * One could use subsampling for scale factors very close to 1.0, * because it preserves sharp edges. Linear interpolation blurs * edges because the dest pixels will typically straddle two src edge * pixels. Subsmpling removes entire columns and rows, so the edge is * not blurred. However, there are two reasons for not doing this. * First, it moves edges, so that a straight line at a large angle to * both horizontal and vertical will have noticable kinks where * horizontal and vertical rasters are removed. Second, although it * is very fast, you get good results on sharp edges by applying * a sharpening filter. * * For images with sharp edges, sharpening substantially improves the * image quality for scale factors between about 0.2 and about 2.0. * pixScale() uses a small amount of sharpening by default because * it strengthens edge pixels that are weak due to anti-aliasing. * The default sharpening factors are: * * for scaling factors < 0.7: sharpfract = 0.2 sharpwidth = 1 * * for scaling factors >= 0.7: sharpfract = 0.4 sharpwidth = 2 * The cases where the sharpening halfwidth is 1 or 2 have special * implementations and are about twice as fast as the general case. * * However, sharpening is computationally expensive, and one needs * to consider the speed-quality tradeoff: * * For upscaling of RGB images, linear interpolation plus default * sharpening is about 5 times slower than upscaling alone. * * For downscaling, area mapping plus default sharpening is * about 10 times slower than downscaling alone. * When the scale factor is larger than 1.4, the cost of sharpening, * which is proportional to image area, is very large compared to the * incremental quality improvement, so we cut off the default use of * sharpening at 1.4. Thus, for scale factors greater than 1.4, * pixScale() only does linear interpolation. * * In many situations you will get a satisfactory result by scaling * without sharpening: call pixScaleGeneral() with @sharpfract = 0.0. * Alternatively, if you wish to sharpen but not use the default * value, first call pixScaleGeneral() with @sharpfract = 0.0, and * then sharpen explicitly using pixUnsharpMasking(). * * Binary images are scaled to binary by sampling the closest pixel, * without any low-pass filtering (averaging of neighboring pixels). * This will introduce aliasing for reductions. Aliasing can be * prevented by using pixScaleToGray() instead. * * *** Warning: implicit assumption about RGB component order * for LI color scaling */ PIX * pixScale(PIX *pixs, l_float32 scalex, l_float32 scaley) { l_int32 sharpwidth; l_float32 maxscale, sharpfract; PROCNAME("pixScale"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); /* Reduce the default sharpening factors by 2 if maxscale < 0.7 */ maxscale = L_MAX(scalex, scaley); sharpfract = (maxscale < 0.7) ? 0.2 : 0.4; sharpwidth = (maxscale < 0.7) ? 1 : 2; return pixScaleGeneral(pixs, scalex, scaley, sharpfract, sharpwidth); } /*! * pixScaleToSize() * * Input: pixs (1, 2, 4, 8, 16 and 32 bpp) * wd (target width; use 0 if using height as target) * hd (target height; use 0 if using width as target) * Return: pixd, or null on error * * Notes: * (1) This guarantees that the output scaled image has the * dimension(s) you specify. * - To specify the width with isotropic scaling, set @hd = 0. * - To specify the height with isotropic scaling, set @wd = 0. * - If both @wd and @hd are specified, the image is scaled * (in general, anisotropically) to that size. * - It is an error to set both @wd and @hd to 0. */ PIX * pixScaleToSize(PIX *pixs, l_int32 wd, l_int32 hd) { l_int32 w, h; l_float32 scalex, scaley; PROCNAME("pixScaleToSize"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (wd <= 0 && hd <= 0) return (PIX *)ERROR_PTR("neither wd nor hd > 0", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); if (wd <= 0) { scaley = (l_float32)hd / (l_float32)h; scalex = scaley; } else if (hd <= 0) { scalex = (l_float32)wd / (l_float32)w; scaley = scalex; } else { scalex = (l_float32)wd / (l_float32)w; scaley = (l_float32)hd / (l_float32)h; } return pixScale(pixs, scalex, scaley); } /*! * pixScaleGeneral() * * Input: pixs (1, 2, 4, 8, 16 and 32 bpp) * scalex, scaley (both > 0.0) * sharpfract (use 0.0 to skip sharpening) * sharpwidth (halfwidth of low-pass filter; typ. 1 or 2) * Return: pixd, or null on error * * Notes: * (1) See pixScale() for usage. * (2) This interface may change in the future, as other special * cases are added. * (3) The actual sharpening factors used depend on the maximum * of the two scale factors (maxscale): * maxscale <= 0.2: no sharpening * 0.2 < maxscale < 1.4: uses the input parameters * maxscale >= 1.4: no sharpening * (4) To avoid sharpening for grayscale and color images with * scaling factors between 0.2 and 1.4, call this function * with @sharpfract == 0.0. * (5) To use arbitrary sharpening in conjunction with scaling, * call this function with @sharpfract = 0.0, and follow this * with a call to pixUnsharpMasking() with your chosen parameters. */ PIX * pixScaleGeneral(PIX *pixs, l_float32 scalex, l_float32 scaley, l_float32 sharpfract, l_int32 sharpwidth) { l_int32 d; l_float32 maxscale; PIX *pixt, *pixt2, *pixd; PROCNAME("pixScaleGeneral"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); d = pixGetDepth(pixs); if (d != 1 && d != 2 && d != 4 && d != 8 && d != 16 && d != 32) return (PIX *)ERROR_PTR("pixs not {1,2,4,8,16,32} bpp", procName, NULL); if (scalex <= 0.0 || scaley <= 0.0) return (PIX *)ERROR_PTR("scale factor <= 0", procName, NULL); if (scalex == 1.0 && scaley == 1.0) return pixCopy(NULL, pixs); if (d == 1) return pixScaleBinary(pixs, scalex, scaley); /* Remove colormap; clone if possible; result is either 8 or 32 bpp */ if ((pixt = pixConvertTo8Or32(pixs, 0, 1)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); /* Scale (up or down) */ d = pixGetDepth(pixt); maxscale = L_MAX(scalex, scaley); if (maxscale < 0.7) { /* area mapping for anti-aliasing */ pixt2 = pixScaleAreaMap(pixt, scalex, scaley); if (maxscale > 0.2 && sharpfract > 0.0 && sharpwidth > 0) pixd = pixUnsharpMasking(pixt2, sharpwidth, sharpfract); else pixd = pixClone(pixt2); } else { /* use linear interpolation */ if (d == 8) pixt2 = pixScaleGrayLI(pixt, scalex, scaley); else /* d == 32 */ pixt2 = pixScaleColorLI(pixt, scalex, scaley); if (maxscale < 1.4 && sharpfract > 0.0 && sharpwidth > 0) pixd = pixUnsharpMasking(pixt2, sharpwidth, sharpfract); else pixd = pixClone(pixt2); } pixDestroy(&pixt); pixDestroy(&pixt2); return pixd; } /*------------------------------------------------------------------* * Scaling by linear interpolation * *------------------------------------------------------------------*/ /*! * pixScaleLI() * * Input: pixs (2, 4, 8 or 32 bpp; with or without colormap) * scalex, scaley (must both be >= 0.7) * Return: pixd, or null on error * * Notes: * (1) This function should only be used when the scale factors are * greater than or equal to 0.7, and typically greater than 1. * If either scale factor is smaller than 0.7, we issue a warning * and invoke pixScale(). * (2) This works on 2, 4, 8, 16 and 32 bpp images, as well as on * 2, 4 and 8 bpp images that have a colormap. If there is a * colormap, it is removed to either gray or RGB, depending * on the colormap. * (3) This does a linear interpolation on the src image. * (4) It dispatches to much faster implementations for * the special cases of 2x and 4x expansion. * * *** Warning: implicit assumption about RGB component ordering *** */ PIX * pixScaleLI(PIX *pixs, l_float32 scalex, l_float32 scaley) { l_int32 d; l_float32 maxscale; PIX *pixt, *pixd; PROCNAME("pixScaleLI"); if (!pixs || (pixGetDepth(pixs) == 1)) return (PIX *)ERROR_PTR("pixs not defined or 1 bpp", procName, NULL); maxscale = L_MAX(scalex, scaley); if (maxscale < 0.7) { L_WARNING("scaling factors < 0.7; do regular scaling\n", procName); return pixScale(pixs, scalex, scaley); } d = pixGetDepth(pixs); if (d != 2 && d != 4 && d != 8 && d != 16 && d != 32) return (PIX *)ERROR_PTR("pixs not {2,4,8,16,32} bpp", procName, NULL); /* Remove colormap; clone if possible; result is either 8 or 32 bpp */ if ((pixt = pixConvertTo8Or32(pixs, 0, 1)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); d = pixGetDepth(pixt); if (d == 8) pixd = pixScaleGrayLI(pixt, scalex, scaley); else if (d == 32) pixd = pixScaleColorLI(pixt, scalex, scaley); pixDestroy(&pixt); return pixd; } /*! * pixScaleColorLI() * * Input: pixs (32 bpp, representing rgb) * scalex, scaley (must both be >= 0.7) * Return: pixd, or null on error * * Notes: * (1) If this is used for scale factors less than 0.7, * it will suffer from antialiasing. A warning is issued. * Particularly for document images with sharp edges, * use pixScaleSmooth() or pixScaleAreaMap() instead. * (2) For the general case, it's about 4x faster to manipulate * the color pixels directly, rather than to make images * out of each of the 3 components, scale each component * using the pixScaleGrayLI(), and combine the results back * into an rgb image. * (3) The speed on intel hardware for the general case (not 2x) * is about 10 * 10^6 dest-pixels/sec/GHz. (The special 2x * case runs at about 80 * 10^6 dest-pixels/sec/GHz.) */ PIX * pixScaleColorLI(PIX *pixs, l_float32 scalex, l_float32 scaley) { l_int32 ws, hs, wpls, wd, hd, wpld; l_uint32 *datas, *datad; l_float32 maxscale; PIX *pixd; PROCNAME("pixScaleColorLI"); if (!pixs || (pixGetDepth(pixs) != 32)) return (PIX *)ERROR_PTR("pixs undefined or not 32 bpp", procName, NULL); maxscale = L_MAX(scalex, scaley); if (maxscale < 0.7) { L_WARNING("scaling factors < 0.7; do regular scaling\n", procName); return pixScale(pixs, scalex, scaley); } /* Do fast special cases if possible */ if (scalex == 1.0 && scaley == 1.0) return pixCopy(NULL, pixs); if (scalex == 2.0 && scaley == 2.0) return pixScaleColor2xLI(pixs); if (scalex == 4.0 && scaley == 4.0) return pixScaleColor4xLI(pixs); /* General case */ pixGetDimensions(pixs, &ws, &hs, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); wd = (l_int32)(scalex * (l_float32)ws + 0.5); hd = (l_int32)(scaley * (l_float32)hs + 0.5); if ((pixd = pixCreate(wd, hd, 32)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixScaleResolution(pixd, scalex, scaley); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); scaleColorLILow(datad, wd, hd, wpld, datas, ws, hs, wpls); if (pixGetSpp(pixs) == 4) pixScaleAndTransferAlpha(pixd, pixs, scalex, scaley); return pixd; } /*! * pixScaleColor2xLI() * * Input: pixs (32 bpp, representing rgb) * Return: pixd, or null on error * * Notes: * (1) This is a special case of linear interpolated scaling, * for 2x upscaling. It is about 8x faster than using * the generic pixScaleColorLI(), and about 4x faster than * using the special 2x scale function pixScaleGray2xLI() * on each of the three components separately. * (2) The speed on intel hardware is about * 80 * 10^6 dest-pixels/sec/GHz. * * *** Warning: implicit assumption about RGB component ordering *** */ PIX * pixScaleColor2xLI(PIX *pixs) { l_int32 ws, hs, wpls, wpld; l_uint32 *datas, *datad; PIX *pixd; PROCNAME("pixScaleColor2xLI"); if (!pixs || (pixGetDepth(pixs) != 32)) return (PIX *)ERROR_PTR("pixs undefined or not 32 bpp", procName, NULL); pixGetDimensions(pixs, &ws, &hs, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); if ((pixd = pixCreate(2 * ws, 2 * hs, 32)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixScaleResolution(pixd, 2.0, 2.0); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); scaleColor2xLILow(datad, wpld, datas, ws, hs, wpls); if (pixGetSpp(pixs) == 4) pixScaleAndTransferAlpha(pixd, pixs, 2.0, 2.0); return pixd; } /*! * pixScaleColor4xLI() * * Input: pixs (32 bpp, representing rgb) * Return: pixd, or null on error * * Notes: * (1) This is a special case of color linear interpolated scaling, * for 4x upscaling. It is about 3x faster than using * the generic pixScaleColorLI(). * (2) The speed on intel hardware is about * 30 * 10^6 dest-pixels/sec/GHz * (3) This scales each component separately, using pixScaleGray4xLI(). * It would be about 4x faster to inline the color code properly, * in analogy to scaleColor4xLILow(), and I leave this as * an exercise for someone who really needs it. */ PIX * pixScaleColor4xLI(PIX *pixs) { PIX *pixr, *pixg, *pixb; PIX *pixrs, *pixgs, *pixbs; PIX *pixd; PROCNAME("pixScaleColor4xLI"); if (!pixs || (pixGetDepth(pixs) != 32)) return (PIX *)ERROR_PTR("pixs undefined or not 32 bpp", procName, NULL); pixr = pixGetRGBComponent(pixs, COLOR_RED); pixrs = pixScaleGray4xLI(pixr); pixDestroy(&pixr); pixg = pixGetRGBComponent(pixs, COLOR_GREEN); pixgs = pixScaleGray4xLI(pixg); pixDestroy(&pixg); pixb = pixGetRGBComponent(pixs, COLOR_BLUE); pixbs = pixScaleGray4xLI(pixb); pixDestroy(&pixb); if ((pixd = pixCreateRGBImage(pixrs, pixgs, pixbs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); if (pixGetSpp(pixs) == 4) pixScaleAndTransferAlpha(pixd, pixs, 4.0, 4.0); pixDestroy(&pixrs); pixDestroy(&pixgs); pixDestroy(&pixbs); return pixd; } /*! * pixScaleGrayLI() * * Input: pixs (8 bpp grayscale, no cmap) * scalex, scaley (must both be >= 0.7) * Return: pixd, or null on error * * This function is appropriate for upscaling * (magnification: scale factors > 1), and for a * small amount of downscaling (reduction: scale * factors > 0.5). For scale factors less than 0.5, * the best result is obtained by area mapping, * but this is very expensive. So for such large * reductions, it is more appropriate to do low pass * filtering followed by subsampling, a combination * which is effectively a cheap form of area mapping. * * Some details follow. * * For each pixel in the dest, this does a linear * interpolation of 4 neighboring pixels in the src. * Specifically, consider the UL corner of src and * dest pixels. The UL corner of the dest falls within * a src pixel, whose four corners are the UL corners * of 4 adjacent src pixels. The value of the dest * is taken by linear interpolation using the values of * the four src pixels and the distance of the UL corner * of the dest from each corner. * * If the image is expanded so that the dest pixel is * smaller than the src pixel, such interpolation * is a reasonable approach. This interpolation is * also good for a small image reduction factor that * is not more than a 2x reduction. * * Note that the linear interpolation algorithm for scaling * is identical in form to the area-mapping algorithm * for grayscale rotation. The latter corresponds to a * translation of each pixel without scaling. * * This function is NOT optimal if the scaling involves * a large reduction. If the image is significantly * reduced, so that the dest pixel is much larger than * the src pixels, this interpolation, which is over src * pixels only near the UL corner of the dest pixel, * is not going to give a good area-mapping average. * Because area mapping for image scaling is considerably * more computationally intensive than linear interpolation, * we choose not to use it. For large image reduction, * linear interpolation over adjacent src pixels * degenerates asymptotically to subsampling. But * subsampling without a low-pass pre-filter causes * aliasing by the nyquist theorem. To avoid aliasing, * a low-pass filter (e.g., an averaging filter) of * size roughly equal to the dest pixel (i.e., the * reduction factor) should be applied to the src before * subsampling. * * As an alternative to low-pass filtering and subsampling * for large reduction factors, linear interpolation can * also be done between the (widely separated) src pixels in * which the corners of the dest pixel lie. This also is * not optimal, as it samples src pixels only near the * corners of the dest pixel, and it is not implemented. * * Summary: * (1) If this is used for scale factors less than 0.7, * it will suffer from antialiasing. A warning is issued. * Particularly for document images with sharp edges, * use pixScaleSmooth() or pixScaleAreaMap() instead. * (2) The speed on intel hardware for the general case (not 2x) * is about 13 * 10^6 dest-pixels/sec/GHz. (The special 2x * case runs at about 100 * 10^6 dest-pixels/sec/GHz.) */ PIX * pixScaleGrayLI(PIX *pixs, l_float32 scalex, l_float32 scaley) { l_int32 ws, hs, wpls, wd, hd, wpld; l_uint32 *datas, *datad; l_float32 maxscale; PIX *pixd; PROCNAME("pixScaleGrayLI"); if (!pixs || pixGetDepth(pixs) != 8 || pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs undefined, cmapped or not 8 bpp", procName, NULL); maxscale = L_MAX(scalex, scaley); if (maxscale < 0.7) { L_WARNING("scaling factors < 0.7; do regular scaling\n", procName); return pixScale(pixs, scalex, scaley); } /* Do fast special cases if possible */ if (scalex == 1.0 && scaley == 1.0) return pixCopy(NULL, pixs); if (scalex == 2.0 && scaley == 2.0) return pixScaleGray2xLI(pixs); if (scalex == 4.0 && scaley == 4.0) return pixScaleGray4xLI(pixs); /* General case */ pixGetDimensions(pixs, &ws, &hs, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); wd = (l_int32)(scalex * (l_float32)ws + 0.5); hd = (l_int32)(scaley * (l_float32)hs + 0.5); if ((pixd = pixCreate(wd, hd, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyText(pixd, pixs); pixCopyResolution(pixd, pixs); pixScaleResolution(pixd, scalex, scaley); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); scaleGrayLILow(datad, wd, hd, wpld, datas, ws, hs, wpls); return pixd; } /*! * pixScaleGray2xLI() * * Input: pixs (8 bpp grayscale, not cmapped) * Return: pixd, or null on error * * Notes: * (1) This is a special case of gray linear interpolated scaling, * for 2x upscaling. It is about 6x faster than using * the generic pixScaleGrayLI(). * (2) The speed on intel hardware is about * 100 * 10^6 dest-pixels/sec/GHz */ PIX * pixScaleGray2xLI(PIX *pixs) { l_int32 ws, hs, wpls, wpld; l_uint32 *datas, *datad; PIX *pixd; PROCNAME("pixScaleGray2xLI"); if (!pixs || pixGetDepth(pixs) != 8 || pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs undefined, cmapped or not 8 bpp", procName, NULL); pixGetDimensions(pixs, &ws, &hs, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); if ((pixd = pixCreate(2 * ws, 2 * hs, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixScaleResolution(pixd, 2.0, 2.0); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); scaleGray2xLILow(datad, wpld, datas, ws, hs, wpls); return pixd; } /*! * pixScaleGray4xLI() * * Input: pixs (8 bpp grayscale, not cmapped) * Return: pixd, or null on error * * Notes: * (1) This is a special case of gray linear interpolated scaling, * for 4x upscaling. It is about 12x faster than using * the generic pixScaleGrayLI(). * (2) The speed on intel hardware is about * 160 * 10^6 dest-pixels/sec/GHz. */ PIX * pixScaleGray4xLI(PIX *pixs) { l_int32 ws, hs, wpls, wpld; l_uint32 *datas, *datad; PIX *pixd; PROCNAME("pixScaleGray4xLI"); if (!pixs || pixGetDepth(pixs) != 8 || pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs undefined, cmapped or not 8 bpp", procName, NULL); pixGetDimensions(pixs, &ws, &hs, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); if ((pixd = pixCreate(4 * ws, 4 * hs, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixScaleResolution(pixd, 4.0, 4.0); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); scaleGray4xLILow(datad, wpld, datas, ws, hs, wpls); return pixd; } /*------------------------------------------------------------------* * Scaling by closest pixel sampling * *------------------------------------------------------------------*/ /*! * pixScaleBySampling() * * Input: pixs (1, 2, 4, 8, 16, 32 bpp) * scalex, scaley (both > 0.0) * Return: pixd, or null on error * * Notes: * (1) This function samples from the source without * filtering. As a result, aliasing will occur for * subsampling (@scalex and/or @scaley < 1.0). * (2) If @scalex == 1.0 and @scaley == 1.0, returns a copy. */ PIX * pixScaleBySampling(PIX *pixs, l_float32 scalex, l_float32 scaley) { l_int32 ws, hs, d, wpls, wd, hd, wpld; l_uint32 *datas, *datad; PIX *pixd; PROCNAME("pixScaleBySampling"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (scalex <= 0.0 || scaley <= 0.0) return (PIX *)ERROR_PTR("scale factor <= 0", procName, NULL); if (scalex == 1.0 && scaley == 1.0) return pixCopy(NULL, pixs); if ((d = pixGetDepth(pixs)) == 1) return pixScaleBinary(pixs, scalex, scaley); pixGetDimensions(pixs, &ws, &hs, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); wd = (l_int32)(scalex * (l_float32)ws + 0.5); hd = (l_int32)(scaley * (l_float32)hs + 0.5); if ((pixd = pixCreate(wd, hd, d)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixScaleResolution(pixd, scalex, scaley); pixCopyColormap(pixd, pixs); pixCopyText(pixd, pixs); pixCopySpp(pixd, pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); scaleBySamplingLow(datad, wd, hd, wpld, datas, ws, hs, d, wpls); if (d == 32 && pixGetSpp(pixs) == 4) pixScaleAndTransferAlpha(pixd, pixs, scalex, scaley); return pixd; } /*! * pixScaleBySamplingToSize() * * Input: pixs (1, 2, 4, 8, 16 and 32 bpp) * wd (target width; use 0 if using height as target) * hd (target height; use 0 if using width as target) * Return: pixd, or null on error * * Notes: * (1) This guarantees that the output scaled image has the * dimension(s) you specify. * - To specify the width with isotropic scaling, set @hd = 0. * - To specify the height with isotropic scaling, set @wd = 0. * - If both @wd and @hd are specified, the image is scaled * (in general, anisotropically) to that size. * - It is an error to set both @wd and @hd to 0. */ PIX * pixScaleBySamplingToSize(PIX *pixs, l_int32 wd, l_int32 hd) { l_int32 w, h; l_float32 scalex, scaley; PROCNAME("pixScaleBySamplingToSize"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (wd <= 0 && hd <= 0) return (PIX *)ERROR_PTR("neither wd nor hd > 0", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); if (wd <= 0) { scaley = (l_float32)hd / (l_float32)h; scalex = scaley; } else if (hd <= 0) { scalex = (l_float32)wd / (l_float32)w; scaley = scalex; } else { scalex = (l_float32)wd / (l_float32)w; scaley = (l_float32)hd / (l_float32)h; } return pixScaleBySampling(pixs, scalex, scaley); } /*! * pixScaleByIntSubsampling() * * Input: pixs (1, 2, 4, 8, 16, 32 bpp) * factor (integer subsampling) * Return: pixd, or null on error * * Notes: * (1) Simple interface to pixScaleBySampling(), for * isotropic integer reduction. * (2) If @factor == 1, returns a copy. */ PIX * pixScaleByIntSubsampling(PIX *pixs, l_int32 factor) { l_float32 scale; PROCNAME("pixScaleByIntSubsampling"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (factor <= 1) { if (factor < 1) L_ERROR("factor must be >= 1; returning a copy\n", procName); return pixCopy(NULL, pixs); } scale = 1. / (l_float32)factor; return pixScaleBySampling(pixs, scale, scale); } /*------------------------------------------------------------------* * Fast integer factor subsampling RGB to gray * *------------------------------------------------------------------*/ /*! * pixScaleRGBToGrayFast() * * Input: pixs (32 bpp rgb) * factor (integer reduction factor >= 1) * color (one of COLOR_RED, COLOR_GREEN, COLOR_BLUE) * Return: pixd (8 bpp), or null on error * * Notes: * (1) This does simultaneous subsampling by an integer factor and * extraction of the color from the RGB pix. * (2) It is designed for maximum speed, and is used for quickly * generating a downsized grayscale image from a higher resolution * RGB image. This would typically be used for image analysis. * (3) The standard color byte order (RGBA) is assumed. */ PIX * pixScaleRGBToGrayFast(PIX *pixs, l_int32 factor, l_int32 color) { l_int32 byteval, shift; l_int32 i, j, ws, hs, wd, hd, wpls, wpld; l_uint32 *datas, *words, *datad, *lined; l_float32 scale; PIX *pixd; PROCNAME("pixScaleRGBToGrayFast"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("depth not 32 bpp", procName, NULL); if (factor < 1) return (PIX *)ERROR_PTR("factor must be >= 1", procName, NULL); if (color == COLOR_RED) shift = L_RED_SHIFT; else if (color == COLOR_GREEN) shift = L_GREEN_SHIFT; else if (color == COLOR_BLUE) shift = L_BLUE_SHIFT; else return (PIX *)ERROR_PTR("invalid color", procName, NULL); pixGetDimensions(pixs, &ws, &hs, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); wd = ws / factor; hd = hs / factor; if ((pixd = pixCreate(wd, hd, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); scale = 1. / (l_float32) factor; pixScaleResolution(pixd, scale, scale); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < hd; i++) { words = datas + i * factor * wpls; lined = datad + i * wpld; for (j = 0; j < wd; j++, words += factor) { byteval = ((*words) >> shift) & 0xff; SET_DATA_BYTE(lined, j, byteval); } } return pixd; } /*! * pixScaleRGBToBinaryFast() * * Input: pixs (32 bpp RGB) * factor (integer reduction factor >= 1) * thresh (binarization threshold) * Return: pixd (1 bpp), or null on error * * Notes: * (1) This does simultaneous subsampling by an integer factor and * conversion from RGB to gray to binary. * (2) It is designed for maximum speed, and is used for quickly * generating a downsized binary image from a higher resolution * RGB image. This would typically be used for image analysis. * (3) It uses the green channel to represent the RGB pixel intensity. */ PIX * pixScaleRGBToBinaryFast(PIX *pixs, l_int32 factor, l_int32 thresh) { l_int32 byteval; l_int32 i, j, ws, hs, wd, hd, wpls, wpld; l_uint32 *datas, *words, *datad, *lined; l_float32 scale; PIX *pixd; PROCNAME("pixScaleRGBToBinaryFast"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (factor < 1) return (PIX *)ERROR_PTR("factor must be >= 1", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("depth not 32 bpp", procName, NULL); pixGetDimensions(pixs, &ws, &hs, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); wd = ws / factor; hd = hs / factor; if ((pixd = pixCreate(wd, hd, 1)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); scale = 1. / (l_float32) factor; pixScaleResolution(pixd, scale, scale); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < hd; i++) { words = datas + i * factor * wpls; lined = datad + i * wpld; for (j = 0; j < wd; j++, words += factor) { byteval = ((*words) >> L_GREEN_SHIFT) & 0xff; if (byteval < thresh) SET_DATA_BIT(lined, j); } } return pixd; } /*! * pixScaleGrayToBinaryFast() * * Input: pixs (8 bpp grayscale) * factor (integer reduction factor >= 1) * thresh (binarization threshold) * Return: pixd (1 bpp), or null on error * * Notes: * (1) This does simultaneous subsampling by an integer factor and * thresholding from gray to binary. * (2) It is designed for maximum speed, and is used for quickly * generating a downsized binary image from a higher resolution * gray image. This would typically be used for image analysis. */ PIX * pixScaleGrayToBinaryFast(PIX *pixs, l_int32 factor, l_int32 thresh) { l_int32 byteval; l_int32 i, j, ws, hs, wd, hd, wpls, wpld, sj; l_uint32 *datas, *datad, *lines, *lined; l_float32 scale; PIX *pixd; PROCNAME("pixScaleGrayToBinaryFast"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (factor < 1) return (PIX *)ERROR_PTR("factor must be >= 1", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("depth not 8 bpp", procName, NULL); pixGetDimensions(pixs, &ws, &hs, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); wd = ws / factor; hd = hs / factor; if ((pixd = pixCreate(wd, hd, 1)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); scale = 1. / (l_float32) factor; pixScaleResolution(pixd, scale, scale); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < hd; i++) { lines = datas + i * factor * wpls; lined = datad + i * wpld; for (j = 0, sj = 0; j < wd; j++, sj += factor) { byteval = GET_DATA_BYTE(lines, sj); if (byteval < thresh) SET_DATA_BIT(lined, j); } } return pixd; } /*------------------------------------------------------------------* * Downscaling with (antialias) smoothing * *------------------------------------------------------------------*/ /*! * pixScaleSmooth() * * Input: pixs (2, 4, 8 or 32 bpp; and 2, 4, 8 bpp with colormap) * scalex, scaley (must both be < 0.7) * Return: pixd, or null on error * * Notes: * (1) This function should only be used when the scale factors are less * than or equal to 0.7 (i.e., more than about 1.42x reduction). * If either scale factor is larger than 0.7, we issue a warning * and invoke pixScale(). * (2) This works only on 2, 4, 8 and 32 bpp images, and if there is * a colormap, it is removed by converting to RGB. In other * cases, we issue a warning and invoke pixScale(). * (3) It does simple (flat filter) convolution, with a filter size * commensurate with the amount of reduction, to avoid antialiasing. * (4) It does simple subsampling after smoothing, which is appropriate * for this range of scaling. Linear interpolation gives essentially * the same result with more computation for these scale factors, * so we don't use it. * (5) The result is the same as doing a full block convolution followed by * subsampling, but this is faster because the results of the block * convolution are only computed at the subsampling locations. * In fact, the computation time is approximately independent of * the scale factor, because the convolution kernel is adjusted * so that each source pixel is summed approximately once. * * *** Warning: implicit assumption about RGB component ordering *** */ PIX * pixScaleSmooth(PIX *pix, l_float32 scalex, l_float32 scaley) { l_int32 ws, hs, d, wd, hd, wpls, wpld, isize; l_uint32 *datas, *datad; l_float32 minscale, size; PIX *pixs, *pixd; PROCNAME("pixScaleSmooth"); if (!pix) return (PIX *)ERROR_PTR("pix not defined", procName, NULL); if (scalex >= 0.7 || scaley >= 0.7) { L_WARNING("scaling factor not < 0.7; do regular scaling\n", procName); return pixScale(pix, scalex, scaley); } /* Remove colormap if necessary. * If 2 bpp or 4 bpp gray, convert to 8 bpp */ d = pixGetDepth(pix); if ((d == 2 || d == 4 || d == 8) && pixGetColormap(pix)) { L_WARNING("pix has colormap; removing\n", procName); pixs = pixRemoveColormap(pix, REMOVE_CMAP_BASED_ON_SRC); d = pixGetDepth(pixs); } else if (d == 2 || d == 4) { pixs = pixConvertTo8(pix, FALSE); d = 8; } else { pixs = pixClone(pix); } if (d != 8 && d != 32) { /* d == 1 or d == 16 */ L_WARNING("depth not 8 or 32 bpp; do regular scaling\n", procName); pixDestroy(&pixs); return pixScale(pix, scalex, scaley); } /* If 1.42 < 1/minscale < 2.5, use isize = 2 * If 2.5 =< 1/minscale < 3.5, use isize = 3, etc. * Under no conditions use isize < 2 */ minscale = L_MIN(scalex, scaley); size = 1.0 / minscale; /* ideal filter full width */ isize = L_MAX(2, (l_int32)(size + 0.5)); pixGetDimensions(pixs, &ws, &hs, NULL); if ((ws < isize) || (hs < isize)) { pixDestroy(&pixs); return (PIX *)ERROR_PTR("pixs too small", procName, NULL); } datas = pixGetData(pixs); wpls = pixGetWpl(pixs); wd = (l_int32)(scalex * (l_float32)ws + 0.5); hd = (l_int32)(scaley * (l_float32)hs + 0.5); if (wd < 1 || hd < 1) { pixDestroy(&pixs); return (PIX *)ERROR_PTR("pixd too small", procName, NULL); } if ((pixd = pixCreate(wd, hd, d)) == NULL) { pixDestroy(&pixs); return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } pixCopyResolution(pixd, pixs); pixScaleResolution(pixd, scalex, scaley); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); scaleSmoothLow(datad, wd, hd, wpld, datas, ws, hs, d, wpls, isize); if (d == 32 && pixGetSpp(pixs) == 4) pixScaleAndTransferAlpha(pixd, pixs, scalex, scaley); pixDestroy(&pixs); return pixd; } /*! * pixScaleRGBToGray2() * * Input: pixs (32 bpp rgb) * rwt, gwt, bwt (must sum to 1.0) * Return: pixd, (8 bpp, 2x reduced), or null on error */ PIX * pixScaleRGBToGray2(PIX *pixs, l_float32 rwt, l_float32 gwt, l_float32 bwt) { l_int32 wd, hd, wpls, wpld; l_uint32 *datas, *datad; PIX *pixd; PROCNAME("pixScaleRGBToGray2"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); if (rwt + gwt + bwt < 0.98 || rwt + gwt + bwt > 1.02) return (PIX *)ERROR_PTR("sum of wts should be 1.0", procName, NULL); wd = pixGetWidth(pixs) / 2; hd = pixGetHeight(pixs) / 2; wpls = pixGetWpl(pixs); datas = pixGetData(pixs); if ((pixd = pixCreate(wd, hd, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixScaleResolution(pixd, 0.5, 0.5); wpld = pixGetWpl(pixd); datad = pixGetData(pixd); scaleRGBToGray2Low(datad, wd, hd, wpld, datas, wpls, rwt, gwt, bwt); return pixd; } /*------------------------------------------------------------------* * Downscaling with (antialias) area mapping * *------------------------------------------------------------------*/ /*! * pixScaleAreaMap() * * Input: pixs (2, 4, 8 or 32 bpp; and 2, 4, 8 bpp with colormap) * scalex, scaley (must both be <= 0.7) * Return: pixd, or null on error * * Notes: * (1) This function should only be used when the scale factors are less * than or equal to 0.7 (i.e., more than about 1.42x reduction). * If either scale factor is larger than 0.7, we issue a warning * and invoke pixScale(). * (2) This works only on 2, 4, 8 and 32 bpp images. If there is * a colormap, it is removed by converting to RGB. In other * cases, we issue a warning and invoke pixScale(). * (3) It does a relatively expensive area mapping computation, to * avoid antialiasing. It is about 2x slower than pixScaleSmooth(), * but the results are much better on fine text. * (4) This is typically about 20% faster for the special cases of * 2x, 4x, 8x and 16x reduction. * (5) Surprisingly, there is no speedup (and a slight quality * impairment) if you do as many successive 2x reductions as * possible, ending with a reduction with a scale factor larger * than 0.5. * * *** Warning: implicit assumption about RGB component ordering *** */ PIX * pixScaleAreaMap(PIX *pix, l_float32 scalex, l_float32 scaley) { l_int32 ws, hs, d, wd, hd, wpls, wpld; l_uint32 *datas, *datad; l_float32 maxscale; PIX *pixs, *pixd, *pixt1, *pixt2, *pixt3; PROCNAME("pixScaleAreaMap"); if (!pix) return (PIX *)ERROR_PTR("pix not defined", procName, NULL); d = pixGetDepth(pix); if (d != 2 && d != 4 && d != 8 && d != 32) return (PIX *)ERROR_PTR("pix not 2, 4, 8 or 32 bpp", procName, NULL); maxscale = L_MAX(scalex, scaley); if (maxscale >= 0.7) { L_WARNING("scaling factors not < 0.7; do regular scaling\n", procName); return pixScale(pix, scalex, scaley); } /* Special cases: 2x, 4x, 8x, 16x reduction */ if (scalex == 0.5 && scaley == 0.5) return pixScaleAreaMap2(pix); if (scalex == 0.25 && scaley == 0.25) { pixt1 = pixScaleAreaMap2(pix); pixd = pixScaleAreaMap2(pixt1); pixDestroy(&pixt1); return pixd; } if (scalex == 0.125 && scaley == 0.125) { pixt1 = pixScaleAreaMap2(pix); pixt2 = pixScaleAreaMap2(pixt1); pixd = pixScaleAreaMap2(pixt2); pixDestroy(&pixt1); pixDestroy(&pixt2); return pixd; } if (scalex == 0.0625 && scaley == 0.0625) { pixt1 = pixScaleAreaMap2(pix); pixt2 = pixScaleAreaMap2(pixt1); pixt3 = pixScaleAreaMap2(pixt2); pixd = pixScaleAreaMap2(pixt3); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); return pixd; } /* Remove colormap if necessary. * If 2 bpp or 4 bpp gray, convert to 8 bpp */ if ((d == 2 || d == 4 || d == 8) && pixGetColormap(pix)) { L_WARNING("pix has colormap; removing\n", procName); pixs = pixRemoveColormap(pix, REMOVE_CMAP_BASED_ON_SRC); d = pixGetDepth(pixs); } else if (d == 2 || d == 4) { pixs = pixConvertTo8(pix, FALSE); d = 8; } else { pixs = pixClone(pix); } pixGetDimensions(pixs, &ws, &hs, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); wd = (l_int32)(scalex * (l_float32)ws + 0.5); hd = (l_int32)(scaley * (l_float32)hs + 0.5); if (wd < 1 || hd < 1) { pixDestroy(&pixs); return (PIX *)ERROR_PTR("pixd too small", procName, NULL); } if ((pixd = pixCreate(wd, hd, d)) == NULL) { pixDestroy(&pixs); return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } pixCopyResolution(pixd, pixs); pixScaleResolution(pixd, scalex, scaley); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); if (d == 8) { scaleGrayAreaMapLow(datad, wd, hd, wpld, datas, ws, hs, wpls); } else { /* RGB, d == 32 */ scaleColorAreaMapLow(datad, wd, hd, wpld, datas, ws, hs, wpls); if (pixGetSpp(pixs) == 4) pixScaleAndTransferAlpha(pixd, pixs, scalex, scaley); } pixDestroy(&pixs); return pixd; } /*! * pixScaleAreaMap2() * * Input: pixs (2, 4, 8 or 32 bpp; and 2, 4, 8 bpp with colormap) * Return: pixd, or null on error * * Notes: * (1) This function does an area mapping (average) for 2x * reduction. * (2) This works only on 2, 4, 8 and 32 bpp images. If there is * a colormap, it is removed by converting to RGB. * (3) Speed on 3 GHz processor: * Color: 160 Mpix/sec * Gray: 700 Mpix/sec * This contrasts with the speed of the general pixScaleAreaMap(): * Color: 35 Mpix/sec * Gray: 50 Mpix/sec * (4) From (3), we see that this special function is about 4.5x * faster for color and 14x faster for grayscale * (5) Consequently, pixScaleAreaMap2() is incorporated into the * general area map scaling function, for the special cases * of 2x, 4x, 8x and 16x reduction. */ PIX * pixScaleAreaMap2(PIX *pix) { l_int32 wd, hd, d, wpls, wpld; l_uint32 *datas, *datad; PIX *pixs, *pixd; PROCNAME("pixScaleAreaMap2"); if (!pix) return (PIX *)ERROR_PTR("pix not defined", procName, NULL); d = pixGetDepth(pix); if (d != 2 && d != 4 && d != 8 && d != 32) return (PIX *)ERROR_PTR("pix not 2, 4, 8 or 32 bpp", procName, NULL); /* Remove colormap if necessary. * If 2 bpp or 4 bpp gray, convert to 8 bpp */ if ((d == 2 || d == 4 || d == 8) && pixGetColormap(pix)) { L_WARNING("pix has colormap; removing\n", procName); pixs = pixRemoveColormap(pix, REMOVE_CMAP_BASED_ON_SRC); d = pixGetDepth(pixs); } else if (d == 2 || d == 4) { pixs = pixConvertTo8(pix, FALSE); d = 8; } else { pixs = pixClone(pix); } wd = pixGetWidth(pixs) / 2; hd = pixGetHeight(pixs) / 2; datas = pixGetData(pixs); wpls = pixGetWpl(pixs); pixd = pixCreate(wd, hd, d); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); pixCopyResolution(pixd, pixs); pixScaleResolution(pixd, 0.5, 0.5); scaleAreaMapLow2(datad, wd, hd, wpld, datas, d, wpls); if (pixGetSpp(pixs) == 4) pixScaleAndTransferAlpha(pixd, pixs, 0.5, 0.5); pixDestroy(&pixs); return pixd; } /*------------------------------------------------------------------* * Binary scaling by closest pixel sampling * *------------------------------------------------------------------*/ /*! * pixScaleBinary() * * Input: pixs (1 bpp) * scalex, scaley (both > 0.0) * Return: pixd, or null on error * * Notes: * (1) This function samples from the source without * filtering. As a result, aliasing will occur for * subsampling (scalex and scaley < 1.0). */ PIX * pixScaleBinary(PIX *pixs, l_float32 scalex, l_float32 scaley) { l_int32 ws, hs, wpls, wd, hd, wpld; l_uint32 *datas, *datad; PIX *pixd; PROCNAME("pixScaleBinary"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs must be 1 bpp", procName, NULL); if (scalex <= 0.0 || scaley <= 0.0) return (PIX *)ERROR_PTR("scale factor <= 0", procName, NULL); if (scalex == 1.0 && scaley == 1.0) return pixCopy(NULL, pixs); pixGetDimensions(pixs, &ws, &hs, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); wd = (l_int32)(scalex * (l_float32)ws + 0.5); hd = (l_int32)(scaley * (l_float32)hs + 0.5); if ((pixd = pixCreate(wd, hd, 1)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyColormap(pixd, pixs); pixCopyText(pixd, pixs); pixCopyResolution(pixd, pixs); pixScaleResolution(pixd, scalex, scaley); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); scaleBinaryLow(datad, wd, hd, wpld, datas, ws, hs, wpls); return pixd; } /*------------------------------------------------------------------* * Scale-to-gray (1 bpp --> 8 bpp; arbitrary downscaling) * *------------------------------------------------------------------*/ /*! * pixScaleToGray() * * Input: pixs (1 bpp) * scalefactor (reduction: must be > 0.0 and < 1.0) * Return: pixd (8 bpp), scaled down by scalefactor in each direction, * or NULL on error. * * Notes: * * For faster scaling in the range of scalefactors from 0.0625 to 0.5, * with very little difference in quality, use pixScaleToGrayFast(). * * Binary images have sharp edges, so they intrinsically have very * high frequency content. To avoid aliasing, they must be low-pass * filtered, which tends to blur the edges. How can we keep relatively * crisp edges without aliasing? The trick is to do binary upscaling * followed by a power-of-2 scaleToGray. For large reductions, where * you don't end up with much detail, some corners can be cut. * * The intent here is to get high quality reduced grayscale * images with relatively little computation. We do binary * pre-scaling followed by scaleToGrayN() for best results, * esp. to avoid excess blur when the scale factor is near * an inverse power of 2. Where a low-pass filter is required, * we use simple convolution kernels: either the hat filter for * linear interpolation or a flat filter for larger downscaling. * Other choices, such as a perfect bandpass filter with infinite extent * (the sinc) or various approximations to it (e.g., lanczos), are * unnecessarily expensive. * * The choices made are as follows: * (1) Do binary upscaling before scaleToGrayN() for scalefactors > 1/8 * (2) Do binary downscaling before scaleToGray8() for scalefactors * between 1/16 and 1/8. * (3) Use scaleToGray16() before grayscale downscaling for * scalefactors less than 1/16 * Another reasonable choice would be to start binary downscaling * for scalefactors below 1/4, rather than below 1/8 as we do here. * * The general scaling rules, not all of which are used here, go as follows: * (1) For grayscale upscaling, use pixScaleGrayLI(). However, * note that edges will be visibly blurred for scalefactors * near (but above) 1.0. Replication will avoid edge blur, * and should be considered for factors very near 1.0. * (2) For grayscale downscaling with a scale factor larger than * about 0.7, use pixScaleGrayLI(). For scalefactors near * (but below) 1.0, you tread between Scylla and Charybdis. * pixScaleGrayLI() again gives edge blurring, but * pixScaleBySampling() gives visible aliasing. * (3) For grayscale downscaling with a scale factor smaller than * about 0.7, use pixScaleSmooth() * (4) For binary input images, do as much scale to gray as possible * using the special integer functions (2, 3, 4, 8 and 16). * (5) It is better to upscale in binary, followed by scaleToGrayN() * than to do scaleToGrayN() followed by an upscale using either * LI or oversampling. * (6) It may be better to downscale in binary, followed by * scaleToGrayN() than to first use scaleToGrayN() followed by * downscaling. For downscaling between 8x and 16x, this is * a reasonable option. * (7) For reductions greater than 16x, it's reasonable to use * scaleToGray16() followed by further grayscale downscaling. */ PIX * pixScaleToGray(PIX *pixs, l_float32 scalefactor) { l_int32 w, h, minsrc, mindest; l_float32 mag, red; PIX *pixt, *pixd; PROCNAME("pixScaleToGray"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, NULL); if (scalefactor <= 0.0) return (PIX *)ERROR_PTR("scalefactor <= 0.0", procName, NULL); if (scalefactor >= 1.0) return (PIX *)ERROR_PTR("scalefactor >= 1.0", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); minsrc = L_MIN(w, h); mindest = (l_int32)((l_float32)minsrc * scalefactor); if (mindest < 2) return (PIX *)ERROR_PTR("scalefactor too small", procName, NULL); if (scalefactor > 0.5) { /* see note (5) */ mag = 2.0 * scalefactor; /* will be < 2.0 */ /* fprintf(stderr, "2x with mag %7.3f\n", mag); */ if ((pixt = pixScaleBinary(pixs, mag, mag)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); pixd = pixScaleToGray2(pixt); } else if (scalefactor == 0.5) { return pixd = pixScaleToGray2(pixs); } else if (scalefactor > 0.33333) { /* see note (5) */ mag = 3.0 * scalefactor; /* will be < 1.5 */ /* fprintf(stderr, "3x with mag %7.3f\n", mag); */ if ((pixt = pixScaleBinary(pixs, mag, mag)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); pixd = pixScaleToGray3(pixt); } else if (scalefactor > 0.25) { /* see note (5) */ mag = 4.0 * scalefactor; /* will be < 1.3333 */ /* fprintf(stderr, "4x with mag %7.3f\n", mag); */ if ((pixt = pixScaleBinary(pixs, mag, mag)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); pixd = pixScaleToGray4(pixt); } else if (scalefactor == 0.25) { return pixd = pixScaleToGray4(pixs); } else if (scalefactor > 0.16667) { /* see note (5) */ mag = 6.0 * scalefactor; /* will be < 1.5 */ /* fprintf(stderr, "6x with mag %7.3f\n", mag); */ if ((pixt = pixScaleBinary(pixs, mag, mag)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); pixd = pixScaleToGray6(pixt); } else if (scalefactor == 0.16667) { return pixd = pixScaleToGray6(pixs); } else if (scalefactor > 0.125) { /* see note (5) */ mag = 8.0 * scalefactor; /* will be < 1.3333 */ /* fprintf(stderr, "8x with mag %7.3f\n", mag); */ if ((pixt = pixScaleBinary(pixs, mag, mag)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); pixd = pixScaleToGray8(pixt); } else if (scalefactor == 0.125) { return pixd = pixScaleToGray8(pixs); } else if (scalefactor > 0.0625) { /* see note (6) */ red = 8.0 * scalefactor; /* will be > 0.5 */ /* fprintf(stderr, "8x with red %7.3f\n", red); */ if ((pixt = pixScaleBinary(pixs, red, red)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); pixd = pixScaleToGray8(pixt); } else if (scalefactor == 0.0625) { return pixd = pixScaleToGray16(pixs); } else { /* see note (7) */ red = 16.0 * scalefactor; /* will be <= 1.0 */ /* fprintf(stderr, "16x with red %7.3f\n", red); */ if ((pixt = pixScaleToGray16(pixs)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); if (red < 0.7) pixd = pixScaleSmooth(pixt, red, red); /* see note (3) */ else pixd = pixScaleGrayLI(pixt, red, red); /* see note (2) */ } pixDestroy(&pixt); if (!pixd) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); else return pixd; } /*! * pixScaleToGrayFast() * * Input: pixs (1 bpp) * scalefactor (reduction: must be > 0.0 and < 1.0) * Return: pixd (8 bpp), scaled down by scalefactor in each direction, * or NULL on error. * * Notes: * (1) See notes in pixScaleToGray() for the basic approach. * (2) This function is considerably less expensive than pixScaleToGray() * for scalefactor in the range (0.0625 ... 0.5), and the * quality is nearly as good. * (3) Unlike pixScaleToGray(), which does binary upscaling before * downscaling for scale factors >= 0.0625, pixScaleToGrayFast() * first downscales in binary for all scale factors < 0.5, and * then does a 2x scale-to-gray as the final step. For * scale factors < 0.0625, both do a 16x scale-to-gray, followed * by further grayscale reduction. */ PIX * pixScaleToGrayFast(PIX *pixs, l_float32 scalefactor) { l_int32 w, h, minsrc, mindest; l_float32 eps, factor; PIX *pixt, *pixd; PROCNAME("pixScaleToGrayFast"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, NULL); if (scalefactor <= 0.0) return (PIX *)ERROR_PTR("scalefactor <= 0.0", procName, NULL); if (scalefactor >= 1.0) return (PIX *)ERROR_PTR("scalefactor >= 1.0", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); minsrc = L_MIN(w, h); mindest = (l_int32)((l_float32)minsrc * scalefactor); if (mindest < 2) return (PIX *)ERROR_PTR("scalefactor too small", procName, NULL); eps = 0.0001; /* Handle the special cases */ if (scalefactor > 0.5 - eps && scalefactor < 0.5 + eps) return pixScaleToGray2(pixs); else if (scalefactor > 0.33333 - eps && scalefactor < 0.33333 + eps) return pixScaleToGray3(pixs); else if (scalefactor > 0.25 - eps && scalefactor < 0.25 + eps) return pixScaleToGray4(pixs); else if (scalefactor > 0.16666 - eps && scalefactor < 0.16666 + eps) return pixScaleToGray6(pixs); else if (scalefactor > 0.125 - eps && scalefactor < 0.125 + eps) return pixScaleToGray8(pixs); else if (scalefactor > 0.0625 - eps && scalefactor < 0.0625 + eps) return pixScaleToGray16(pixs); if (scalefactor > 0.0625) { /* scale binary first */ factor = 2.0 * scalefactor; if ((pixt = pixScaleBinary(pixs, factor, factor)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); pixd = pixScaleToGray2(pixt); } else { /* scalefactor < 0.0625; scale-to-gray first */ factor = 16.0 * scalefactor; /* will be < 1.0 */ if ((pixt = pixScaleToGray16(pixs)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); if (factor < 0.7) pixd = pixScaleSmooth(pixt, factor, factor); else pixd = pixScaleGrayLI(pixt, factor, factor); } pixDestroy(&pixt); if (!pixd) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); else return pixd; } /*-----------------------------------------------------------------------* * Scale-to-gray (1 bpp --> 8 bpp; integer downscaling) * *-----------------------------------------------------------------------*/ /*! * pixScaleToGray2() * * Input: pixs (1 bpp) * Return: pixd (8 bpp), scaled down by 2x in each direction, * or null on error. */ PIX * pixScaleToGray2(PIX *pixs) { l_uint8 *valtab; l_int32 ws, hs, wd, hd; l_int32 wpld, wpls; l_uint32 *sumtab; l_uint32 *datas, *datad; PIX *pixd; PROCNAME("pixScaleToGray2"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs must be 1 bpp", procName, NULL); pixGetDimensions(pixs, &ws, &hs, NULL); wd = ws / 2; hd = hs / 2; if (wd == 0 || hd == 0) return (PIX *)ERROR_PTR("pixs too small", procName, NULL); if ((pixd = pixCreate(wd, hd, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixScaleResolution(pixd, 0.5, 0.5); datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); if ((sumtab = makeSumTabSG2()) == NULL) return (PIX *)ERROR_PTR("sumtab not made", procName, NULL); if ((valtab = makeValTabSG2()) == NULL) return (PIX *)ERROR_PTR("valtab not made", procName, NULL); scaleToGray2Low(datad, wd, hd, wpld, datas, wpls, sumtab, valtab); FREE(sumtab); FREE(valtab); return pixd; } /*! * pixScaleToGray3() * * Input: pixs (1 bpp) * Return: pixd (8 bpp), scaled down by 3x in each direction, * or null on error. * * Notes: * (1) Speed is about 100 x 10^6 src-pixels/sec/GHz. * Another way to express this is it processes 1 src pixel * in about 10 cycles. * (2) The width of pixd is truncated is truncated to a factor of 8. */ PIX * pixScaleToGray3(PIX *pixs) { l_uint8 *valtab; l_int32 ws, hs, wd, hd; l_int32 wpld, wpls; l_uint32 *sumtab; l_uint32 *datas, *datad; PIX *pixd; PROCNAME("pixScaleToGray3"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, NULL); pixGetDimensions(pixs, &ws, &hs, NULL); wd = (ws / 3) & 0xfffffff8; /* truncate to factor of 8 */ hd = hs / 3; if (wd == 0 || hd == 0) return (PIX *)ERROR_PTR("pixs too small", procName, NULL); if ((pixd = pixCreate(wd, hd, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixScaleResolution(pixd, 0.33333, 0.33333); datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); if ((sumtab = makeSumTabSG3()) == NULL) return (PIX *)ERROR_PTR("sumtab not made", procName, NULL); if ((valtab = makeValTabSG3()) == NULL) return (PIX *)ERROR_PTR("valtab not made", procName, NULL); scaleToGray3Low(datad, wd, hd, wpld, datas, wpls, sumtab, valtab); FREE(sumtab); FREE(valtab); return pixd; } /*! * pixScaleToGray4() * * Input: pixs (1 bpp) * Return: pixd (8 bpp), scaled down by 4x in each direction, * or null on error. * * Notes: * (1) The width of pixd is truncated is truncated to a factor of 2. */ PIX * pixScaleToGray4(PIX *pixs) { l_uint8 *valtab; l_int32 ws, hs, wd, hd; l_int32 wpld, wpls; l_uint32 *sumtab; l_uint32 *datas, *datad; PIX *pixd; PROCNAME("pixScaleToGray4"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs must be 1 bpp", procName, NULL); pixGetDimensions(pixs, &ws, &hs, NULL); wd = (ws / 4) & 0xfffffffe; /* truncate to factor of 2 */ hd = hs / 4; if (wd == 0 || hd == 0) return (PIX *)ERROR_PTR("pixs too small", procName, NULL); if ((pixd = pixCreate(wd, hd, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixScaleResolution(pixd, 0.25, 0.25); datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); if ((sumtab = makeSumTabSG4()) == NULL) return (PIX *)ERROR_PTR("sumtab not made", procName, NULL); if ((valtab = makeValTabSG4()) == NULL) return (PIX *)ERROR_PTR("valtab not made", procName, NULL); scaleToGray4Low(datad, wd, hd, wpld, datas, wpls, sumtab, valtab); FREE(sumtab); FREE(valtab); return pixd; } /*! * pixScaleToGray6() * * Input: pixs (1 bpp) * Return: pixd (8 bpp), scaled down by 6x in each direction, * or null on error. * * Notes: * (1) The width of pixd is truncated is truncated to a factor of 8. */ PIX * pixScaleToGray6(PIX *pixs) { l_uint8 *valtab; l_int32 ws, hs, wd, hd, wpld, wpls; l_int32 *tab8; l_uint32 *datas, *datad; PIX *pixd; PROCNAME("pixScaleToGray6"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, NULL); pixGetDimensions(pixs, &ws, &hs, NULL); wd = (ws / 6) & 0xfffffff8; /* truncate to factor of 8 */ hd = hs / 6; if (wd == 0 || hd == 0) return (PIX *)ERROR_PTR("pixs too small", procName, NULL); if ((pixd = pixCreate(wd, hd, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixScaleResolution(pixd, 0.16667, 0.16667); datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); if ((tab8 = makePixelSumTab8()) == NULL) return (PIX *)ERROR_PTR("tab8 not made", procName, NULL); if ((valtab = makeValTabSG6()) == NULL) return (PIX *)ERROR_PTR("valtab not made", procName, NULL); scaleToGray6Low(datad, wd, hd, wpld, datas, wpls, tab8, valtab); FREE(tab8); FREE(valtab); return pixd; } /*! * pixScaleToGray8() * * Input: pixs (1 bpp) * Return: pixd (8 bpp), scaled down by 8x in each direction, * or null on error */ PIX * pixScaleToGray8(PIX *pixs) { l_uint8 *valtab; l_int32 ws, hs, wd, hd; l_int32 wpld, wpls; l_int32 *tab8; l_uint32 *datas, *datad; PIX *pixd; PROCNAME("pixScaleToGray8"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs must be 1 bpp", procName, NULL); pixGetDimensions(pixs, &ws, &hs, NULL); wd = ws / 8; /* truncate to nearest dest byte */ hd = hs / 8; if (wd == 0 || hd == 0) return (PIX *)ERROR_PTR("pixs too small", procName, NULL); if ((pixd = pixCreate(wd, hd, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixScaleResolution(pixd, 0.125, 0.125); datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); if ((tab8 = makePixelSumTab8()) == NULL) return (PIX *)ERROR_PTR("tab8 not made", procName, NULL); if ((valtab = makeValTabSG8()) == NULL) return (PIX *)ERROR_PTR("valtab not made", procName, NULL); scaleToGray8Low(datad, wd, hd, wpld, datas, wpls, tab8, valtab); FREE(tab8); FREE(valtab); return pixd; } /*! * pixScaleToGray16() * * Input: pixs (1 bpp) * Return: pixd (8 bpp), scaled down by 16x in each direction, * or null on error. */ PIX * pixScaleToGray16(PIX *pixs) { l_int32 ws, hs, wd, hd; l_int32 wpld, wpls; l_int32 *tab8; l_uint32 *datas, *datad; PIX *pixd; PROCNAME("pixScaleToGray16"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs must be 1 bpp", procName, NULL); pixGetDimensions(pixs, &ws, &hs, NULL); wd = ws / 16; hd = hs / 16; if (wd == 0 || hd == 0) return (PIX *)ERROR_PTR("pixs too small", procName, NULL); if ((pixd = pixCreate(wd, hd, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixScaleResolution(pixd, 0.0625, 0.0625); datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); if ((tab8 = makePixelSumTab8()) == NULL) return (PIX *)ERROR_PTR("tab8 not made", procName, NULL); scaleToGray16Low(datad, wd, hd, wpld, datas, wpls, tab8); FREE(tab8); return pixd; } /*------------------------------------------------------------------* * Scale-to-gray mipmap(1 bpp --> 8 bpp, arbitrary reduction) * *------------------------------------------------------------------*/ /*! * pixScaleToGrayMipmap() * * Input: pixs (1 bpp) * scalefactor (reduction: must be > 0.0 and < 1.0) * Return: pixd (8 bpp), scaled down by scalefactor in each direction, * or NULL on error. * * Notes: * * This function is here mainly for pedagogical reasons. * Mip-mapping is widely used in graphics for texture mapping, because * the texture changes smoothly with scale. This is accomplished by * constructing a multiresolution pyramid and, for each pixel, * doing a linear interpolation between corresponding pixels in * the two planes of the pyramid that bracket the desired resolution. * The computation is very efficient, and is implemented in hardware * in high-end graphics cards. * * We can use mip-mapping for scale-to-gray by using two scale-to-gray * reduced images (we don't need the entire pyramid) selected from * the set {2x, 4x, ... 16x}, and interpolating. However, we get * severe aliasing, probably because we are subsampling from the * higher resolution image. The method is very fast, but the result * is very poor. In fact, the results don't look any better than * either subsampling off the higher-res grayscale image or oversampling * on the lower-res image. Consequently, this method should NOT be used * for generating reduced images, scale-to-gray or otherwise. */ PIX * pixScaleToGrayMipmap(PIX *pixs, l_float32 scalefactor) { l_int32 w, h, minsrc, mindest; l_float32 red; PIX *pixs1, *pixs2, *pixt, *pixd; PROCNAME("pixScaleToGrayMipmap"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, NULL); if (scalefactor <= 0.0) return (PIX *)ERROR_PTR("scalefactor <= 0.0", procName, NULL); if (scalefactor >= 1.0) return (PIX *)ERROR_PTR("scalefactor >= 1.0", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); minsrc = L_MIN(w, h); mindest = (l_int32)((l_float32)minsrc * scalefactor); if (mindest < 2) return (PIX *)ERROR_PTR("scalefactor too small", procName, NULL); if (scalefactor > 0.5) { pixs1 = pixConvert1To8(NULL, pixs, 255, 0); pixs2 = pixScaleToGray2(pixs); red = scalefactor; } else if (scalefactor == 0.5) { return pixScaleToGray2(pixs); } else if (scalefactor > 0.25) { pixs1 = pixScaleToGray2(pixs); pixs2 = pixScaleToGray4(pixs); red = 2. * scalefactor; } else if (scalefactor == 0.25) { return pixScaleToGray4(pixs); } else if (scalefactor > 0.125) { pixs1 = pixScaleToGray4(pixs); pixs2 = pixScaleToGray8(pixs); red = 4. * scalefactor; } else if (scalefactor == 0.125) { return pixScaleToGray8(pixs); } else if (scalefactor > 0.0625) { pixs1 = pixScaleToGray8(pixs); pixs2 = pixScaleToGray16(pixs); red = 8. * scalefactor; } else if (scalefactor == 0.0625) { return pixScaleToGray16(pixs); } else { /* end of the pyramid; just do it */ red = 16.0 * scalefactor; /* will be <= 1.0 */ if ((pixt = pixScaleToGray16(pixs)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); if (red < 0.7) pixd = pixScaleSmooth(pixt, red, red); else pixd = pixScaleGrayLI(pixt, red, red); pixDestroy(&pixt); return pixd; } pixd = pixScaleMipmap(pixs1, pixs2, red); pixDestroy(&pixs1); pixDestroy(&pixs2); return pixd; } /*------------------------------------------------------------------* * Grayscale scaling using mipmap * *------------------------------------------------------------------*/ /*! * pixScaleMipmap() * * Input: pixs1 (high res 8 bpp, no cmap) * pixs2 (low res -- 2x reduced -- 8 bpp, no cmap) * scale (reduction with respect to high res image, > 0.5) * Return: 8 bpp pix, scaled down by reduction in each direction, * or NULL on error. * * Notes: * (1) See notes in pixScaleToGrayMipmap(). * (2) This function suffers from aliasing effects that are * easily seen in document images. */ PIX * pixScaleMipmap(PIX *pixs1, PIX *pixs2, l_float32 scale) { l_int32 ws1, hs1, ws2, hs2, wd, hd, wpls1, wpls2, wpld; l_uint32 *datas1, *datas2, *datad; PIX *pixd; PROCNAME("pixScaleMipmap"); if (!pixs1 || pixGetDepth(pixs1) != 8 || pixGetColormap(pixs1)) return (PIX *)ERROR_PTR("pixs1 underdefined, not 8 bpp, or cmapped", procName, NULL); if (!pixs2 || pixGetDepth(pixs2) != 8 || pixGetColormap(pixs2)) return (PIX *)ERROR_PTR("pixs2 underdefined, not 8 bpp, or cmapped", procName, NULL); pixGetDimensions(pixs1, &ws1, &hs1, NULL); pixGetDimensions(pixs2, &ws2, &hs2, NULL); if (scale > 1.0 || scale < 0.5) return (PIX *)ERROR_PTR("scale not in [0.5, 1.0]", procName, NULL); if (ws1 < 2 * ws2) return (PIX *)ERROR_PTR("invalid width ratio", procName, NULL); if (hs1 < 2 * hs2) return (PIX *)ERROR_PTR("invalid height ratio", procName, NULL); /* Generate wd and hd from the lower resolution dimensions, * to guarantee staying within both src images */ datas1 = pixGetData(pixs1); wpls1 = pixGetWpl(pixs1); datas2 = pixGetData(pixs2); wpls2 = pixGetWpl(pixs2); wd = (l_int32)(2. * scale * pixGetWidth(pixs2)); hd = (l_int32)(2. * scale * pixGetHeight(pixs2)); if ((pixd = pixCreate(wd, hd, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs1); pixScaleResolution(pixd, scale, scale); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); scaleMipmapLow(datad, wd, hd, wpld, datas1, wpls1, datas2, wpls2, scale); return pixd; } /*------------------------------------------------------------------* * Replicated (integer) expansion * *------------------------------------------------------------------*/ /*! * pixExpandReplicate() * * Input: pixs (1, 2, 4, 8, 16, 32 bpp) * factor (integer scale factor for replicative expansion) * Return: pixd (scaled up), or null on error. */ PIX * pixExpandReplicate(PIX *pixs, l_int32 factor) { l_int32 w, h, d, wd, hd, wpls, wpld, start, i, j, k; l_uint8 sval; l_uint16 sval16; l_uint32 sval32; l_uint32 *lines, *datas, *lined, *datad; PIX *pixd; PROCNAME("pixExpandReplicate"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 1 && d != 2 && d != 4 && d != 8 && d != 16 && d != 32) return (PIX *)ERROR_PTR("depth not in {1,2,4,8,16,32}", procName, NULL); if (factor <= 0) return (PIX *)ERROR_PTR("factor <= 0; invalid", procName, NULL); if (factor == 1) return pixCopy(NULL, pixs); if (d == 1) return pixExpandBinaryReplicate(pixs, factor); wd = factor * w; hd = factor * h; if ((pixd = pixCreate(wd, hd, d)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyColormap(pixd, pixs); pixCopyResolution(pixd, pixs); pixScaleResolution(pixd, (l_float32)factor, (l_float32)factor); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); switch (d) { case 2: for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + factor * i * wpld; for (j = 0; j < w; j++) { sval = GET_DATA_DIBIT(lines, j); start = factor * j; for (k = 0; k < factor; k++) SET_DATA_DIBIT(lined, start + k, sval); } for (k = 1; k < factor; k++) memcpy(lined + k * wpld, lined, 4 * wpld); } break; case 4: for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + factor * i * wpld; for (j = 0; j < w; j++) { sval = GET_DATA_QBIT(lines, j); start = factor * j; for (k = 0; k < factor; k++) SET_DATA_QBIT(lined, start + k, sval); } for (k = 1; k < factor; k++) memcpy(lined + k * wpld, lined, 4 * wpld); } break; case 8: for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + factor * i * wpld; for (j = 0; j < w; j++) { sval = GET_DATA_BYTE(lines, j); start = factor * j; for (k = 0; k < factor; k++) SET_DATA_BYTE(lined, start + k, sval); } for (k = 1; k < factor; k++) memcpy(lined + k * wpld, lined, 4 * wpld); } break; case 16: for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + factor * i * wpld; for (j = 0; j < w; j++) { sval16 = GET_DATA_TWO_BYTES(lines, j); start = factor * j; for (k = 0; k < factor; k++) SET_DATA_TWO_BYTES(lined, start + k, sval16); } for (k = 1; k < factor; k++) memcpy(lined + k * wpld, lined, 4 * wpld); } break; case 32: for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + factor * i * wpld; for (j = 0; j < w; j++) { sval32 = *(lines + j); start = factor * j; for (k = 0; k < factor; k++) *(lined + start + k) = sval32; } for (k = 1; k < factor; k++) memcpy(lined + k * wpld, lined, 4 * wpld); } break; default: fprintf(stderr, "invalid depth\n"); } if (d == 32 && pixGetSpp(pixs) == 4) pixScaleAndTransferAlpha(pixd, pixs, (l_float32)factor, (l_float32)factor); return pixd; } /*------------------------------------------------------------------* * Scale 2x followed by binarization * *------------------------------------------------------------------*/ /*! * pixScaleGray2xLIThresh() * * Input: pixs (8 bpp, not cmapped) * thresh (between 0 and 256) * Return: pixd (1 bpp), or null on error * * Notes: * (1) This does 2x upscale on pixs, using linear interpolation, * followed by thresholding to binary. * (2) Buffers are used to avoid making a large grayscale image. */ PIX * pixScaleGray2xLIThresh(PIX *pixs, l_int32 thresh) { l_int32 i, ws, hs, hsm, wd, hd, wpls, wplb, wpld; l_uint32 *datas, *datad, *lines, *lined, *lineb; PIX *pixd; PROCNAME("pixScaleGray2xLIThresh"); if (!pixs || pixGetDepth(pixs) != 8 || pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs undefined, not 8 bpp, or cmapped", procName, NULL); if (thresh < 0 || thresh > 256) return (PIX *)ERROR_PTR("thresh must be in [0, ... 256]", procName, NULL); pixGetDimensions(pixs, &ws, &hs, NULL); wd = 2 * ws; hd = 2 * hs; hsm = hs - 1; datas = pixGetData(pixs); wpls = pixGetWpl(pixs); /* Make line buffer for 2 lines of virtual intermediate image */ wplb = (wd + 3) / 4; if ((lineb = (l_uint32 *)CALLOC(2 * wplb, sizeof(l_uint32))) == NULL) return (PIX *)ERROR_PTR("lineb not made", procName, NULL); /* Make dest binary image */ if ((pixd = pixCreate(wd, hd, 1)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixScaleResolution(pixd, 2.0, 2.0); wpld = pixGetWpl(pixd); datad = pixGetData(pixd); /* Do all but last src line */ for (i = 0; i < hsm; i++) { lines = datas + i * wpls; lined = datad + 2 * i * wpld; /* do 2 dest lines at a time */ scaleGray2xLILineLow(lineb, wplb, lines, ws, wpls, 0); thresholdToBinaryLineLow(lined, wd, lineb, 8, thresh); thresholdToBinaryLineLow(lined + wpld, wd, lineb + wplb, 8, thresh); } /* Do last src line */ lines = datas + hsm * wpls; lined = datad + 2 * hsm * wpld; scaleGray2xLILineLow(lineb, wplb, lines, ws, wpls, 1); thresholdToBinaryLineLow(lined, wd, lineb, 8, thresh); thresholdToBinaryLineLow(lined + wpld, wd, lineb + wplb, 8, thresh); FREE(lineb); return pixd; } /*! * pixScaleGray2xLIDither() * * Input: pixs (8 bpp, not cmapped) * Return: pixd (1 bpp), or null on error * * Notes: * (1) This does 2x upscale on pixs, using linear interpolation, * followed by Floyd-Steinberg dithering to binary. * (2) Buffers are used to avoid making a large grayscale image. * - Two line buffers are used for the src, required for the 2x * LI upscale. * - Three line buffers are used for the intermediate image. * Two are filled with each 2xLI row operation; the third is * needed because the upscale and dithering ops are out of sync. */ PIX * pixScaleGray2xLIDither(PIX *pixs) { l_int32 i, ws, hs, hsm, wd, hd, wpls, wplb, wpld; l_uint32 *datas, *datad; l_uint32 *lined; l_uint32 *lineb; /* 2 intermediate buffer lines */ l_uint32 *linebp; /* 1 intermediate buffer line */ l_uint32 *bufs; /* 2 source buffer lines */ PIX *pixd; PROCNAME("pixScaleGray2xLIDither"); if (!pixs || pixGetDepth(pixs) != 8 || pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs undefined, not 8 bpp, or cmapped", procName, NULL); pixGetDimensions(pixs, &ws, &hs, NULL); wd = 2 * ws; hd = 2 * hs; hsm = hs - 1; datas = pixGetData(pixs); wpls = pixGetWpl(pixs); /* Make line buffers for 2 lines of src image */ if ((bufs = (l_uint32 *)CALLOC(2 * wpls, sizeof(l_uint32))) == NULL) return (PIX *)ERROR_PTR("bufs not made", procName, NULL); /* Make line buffer for 2 lines of virtual intermediate image */ wplb = (wd + 3) / 4; if ((lineb = (l_uint32 *)CALLOC(2 * wplb, sizeof(l_uint32))) == NULL) return (PIX *)ERROR_PTR("lineb not made", procName, NULL); /* Make line buffer for 1 line of virtual intermediate image */ if ((linebp = (l_uint32 *)CALLOC(wplb, sizeof(l_uint32))) == NULL) return (PIX *)ERROR_PTR("linebp not made", procName, NULL); /* Make dest binary image */ if ((pixd = pixCreate(wd, hd, 1)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixScaleResolution(pixd, 2.0, 2.0); wpld = pixGetWpl(pixd); datad = pixGetData(pixd); /* Start with the first src and the first dest line */ memcpy(bufs, datas, 4 * wpls); /* first src line */ memcpy(bufs + wpls, datas + wpls, 4 * wpls); /* 2nd src line */ scaleGray2xLILineLow(lineb, wplb, bufs, ws, wpls, 0); /* 2 i lines */ lined = datad; ditherToBinaryLineLow(lined, wd, lineb, lineb + wplb, DEFAULT_CLIP_LOWER_1, DEFAULT_CLIP_UPPER_1, 0); /* 1st d line */ /* Do all but last src line */ for (i = 1; i < hsm; i++) { memcpy(bufs, datas + i * wpls, 4 * wpls); /* i-th src line */ memcpy(bufs + wpls, datas + (i + 1) * wpls, 4 * wpls); memcpy(linebp, lineb + wplb, 4 * wplb); scaleGray2xLILineLow(lineb, wplb, bufs, ws, wpls, 0); /* 2 i lines */ lined = datad + 2 * i * wpld; ditherToBinaryLineLow(lined - wpld, wd, linebp, lineb, DEFAULT_CLIP_LOWER_1, DEFAULT_CLIP_UPPER_1, 0); /* odd dest line */ ditherToBinaryLineLow(lined, wd, lineb, lineb + wplb, DEFAULT_CLIP_LOWER_1, DEFAULT_CLIP_UPPER_1, 0); /* even dest line */ } /* Do the last src line and the last 3 dest lines */ memcpy(bufs, datas + hsm * wpls, 4 * wpls); /* hsm-th src line */ memcpy(linebp, lineb + wplb, 4 * wplb); /* 1 i line */ scaleGray2xLILineLow(lineb, wplb, bufs, ws, wpls, 1); /* 2 i lines */ ditherToBinaryLineLow(lined + wpld, wd, linebp, lineb, DEFAULT_CLIP_LOWER_1, DEFAULT_CLIP_UPPER_1, 0); /* odd dest line */ ditherToBinaryLineLow(lined + 2 * wpld, wd, lineb, lineb + wplb, DEFAULT_CLIP_LOWER_1, DEFAULT_CLIP_UPPER_1, 0); /* even dest line */ ditherToBinaryLineLow(lined + 3 * wpld, wd, lineb + wplb, NULL, DEFAULT_CLIP_LOWER_1, DEFAULT_CLIP_UPPER_1, 1); /* last dest line */ FREE(bufs); FREE(lineb); FREE(linebp); return pixd; } /*------------------------------------------------------------------* * Scale 4x followed by binarization * *------------------------------------------------------------------*/ /*! * pixScaleGray4xLIThresh() * * Input: pixs (8 bpp) * thresh (between 0 and 256) * Return: pixd (1 bpp), or null on error * * Notes: * (1) This does 4x upscale on pixs, using linear interpolation, * followed by thresholding to binary. * (2) Buffers are used to avoid making a large grayscale image. * (3) If a full 4x expanded grayscale image can be kept in memory, * this function is only about 10% faster than separately doing * a linear interpolation to a large grayscale image, followed * by thresholding to binary. */ PIX * pixScaleGray4xLIThresh(PIX *pixs, l_int32 thresh) { l_int32 i, j, ws, hs, hsm, wd, hd, wpls, wplb, wpld; l_uint32 *datas, *datad, *lines, *lined, *lineb; PIX *pixd; PROCNAME("pixScaleGray4xLIThresh"); if (!pixs || pixGetDepth(pixs) != 8 || pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs undefined, not 8 bpp, or cmapped", procName, NULL); if (thresh < 0 || thresh > 256) return (PIX *)ERROR_PTR("thresh must be in [0, ... 256]", procName, NULL); pixGetDimensions(pixs, &ws, &hs, NULL); wd = 4 * ws; hd = 4 * hs; hsm = hs - 1; datas = pixGetData(pixs); wpls = pixGetWpl(pixs); /* Make line buffer for 4 lines of virtual intermediate image */ wplb = (wd + 3) / 4; if ((lineb = (l_uint32 *)CALLOC(4 * wplb, sizeof(l_uint32))) == NULL) return (PIX *)ERROR_PTR("lineb not made", procName, NULL); /* Make dest binary image */ if ((pixd = pixCreate(wd, hd, 1)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixScaleResolution(pixd, 4.0, 4.0); wpld = pixGetWpl(pixd); datad = pixGetData(pixd); /* Do all but last src line */ for (i = 0; i < hsm; i++) { lines = datas + i * wpls; lined = datad + 4 * i * wpld; /* do 4 dest lines at a time */ scaleGray4xLILineLow(lineb, wplb, lines, ws, wpls, 0); for (j = 0; j < 4; j++) { thresholdToBinaryLineLow(lined + j * wpld, wd, lineb + j * wplb, 8, thresh); } } /* Do last src line */ lines = datas + hsm * wpls; lined = datad + 4 * hsm * wpld; scaleGray4xLILineLow(lineb, wplb, lines, ws, wpls, 1); for (j = 0; j < 4; j++) { thresholdToBinaryLineLow(lined + j * wpld, wd, lineb + j * wplb, 8, thresh); } FREE(lineb); return pixd; } /*! * pixScaleGray4xLIDither() * * Input: pixs (8 bpp, not cmapped) * Return: pixd (1 bpp), or null on error * * Notes: * (1) This does 4x upscale on pixs, using linear interpolation, * followed by Floyd-Steinberg dithering to binary. * (2) Buffers are used to avoid making a large grayscale image. * - Two line buffers are used for the src, required for the * 4xLI upscale. * - Five line buffers are used for the intermediate image. * Four are filled with each 4xLI row operation; the fifth * is needed because the upscale and dithering ops are * out of sync. * (3) If a full 4x expanded grayscale image can be kept in memory, * this function is only about 5% faster than separately doing * a linear interpolation to a large grayscale image, followed * by error-diffusion dithering to binary. */ PIX * pixScaleGray4xLIDither(PIX *pixs) { l_int32 i, j, ws, hs, hsm, wd, hd, wpls, wplb, wpld; l_uint32 *datas, *datad; l_uint32 *lined; l_uint32 *lineb; /* 4 intermediate buffer lines */ l_uint32 *linebp; /* 1 intermediate buffer line */ l_uint32 *bufs; /* 2 source buffer lines */ PIX *pixd; PROCNAME("pixScaleGray4xLIDither"); if (!pixs || pixGetDepth(pixs) != 8 || pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs undefined, not 8 bpp, or cmapped", procName, NULL); pixGetDimensions(pixs, &ws, &hs, NULL); wd = 4 * ws; hd = 4 * hs; hsm = hs - 1; datas = pixGetData(pixs); wpls = pixGetWpl(pixs); /* Make line buffers for 2 lines of src image */ if ((bufs = (l_uint32 *)CALLOC(2 * wpls, sizeof(l_uint32))) == NULL) return (PIX *)ERROR_PTR("bufs not made", procName, NULL); /* Make line buffer for 4 lines of virtual intermediate image */ wplb = (wd + 3) / 4; if ((lineb = (l_uint32 *)CALLOC(4 * wplb, sizeof(l_uint32))) == NULL) return (PIX *)ERROR_PTR("lineb not made", procName, NULL); /* Make line buffer for 1 line of virtual intermediate image */ if ((linebp = (l_uint32 *)CALLOC(wplb, sizeof(l_uint32))) == NULL) return (PIX *)ERROR_PTR("linebp not made", procName, NULL); /* Make dest binary image */ if ((pixd = pixCreate(wd, hd, 1)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixScaleResolution(pixd, 4.0, 4.0); wpld = pixGetWpl(pixd); datad = pixGetData(pixd); /* Start with the first src and the first 3 dest lines */ memcpy(bufs, datas, 4 * wpls); /* first src line */ memcpy(bufs + wpls, datas + wpls, 4 * wpls); /* 2nd src line */ scaleGray4xLILineLow(lineb, wplb, bufs, ws, wpls, 0); /* 4 b lines */ lined = datad; for (j = 0; j < 3; j++) { /* first 3 d lines of Q */ ditherToBinaryLineLow(lined + j * wpld, wd, lineb + j * wplb, lineb + (j + 1) * wplb, DEFAULT_CLIP_LOWER_1, DEFAULT_CLIP_UPPER_1, 0); } /* Do all but last src line */ for (i = 1; i < hsm; i++) { memcpy(bufs, datas + i * wpls, 4 * wpls); /* i-th src line */ memcpy(bufs + wpls, datas + (i + 1) * wpls, 4 * wpls); memcpy(linebp, lineb + 3 * wplb, 4 * wplb); scaleGray4xLILineLow(lineb, wplb, bufs, ws, wpls, 0); /* 4 b lines */ lined = datad + 4 * i * wpld; ditherToBinaryLineLow(lined - wpld, wd, linebp, lineb, DEFAULT_CLIP_LOWER_1, DEFAULT_CLIP_UPPER_1, 0); /* 4th dest line of Q */ for (j = 0; j < 3; j++) { /* next 3 d lines of Quad */ ditherToBinaryLineLow(lined + j * wpld, wd, lineb + j * wplb, lineb + (j + 1) * wplb, DEFAULT_CLIP_LOWER_1, DEFAULT_CLIP_UPPER_1, 0); } } /* Do the last src line and the last 5 dest lines */ memcpy(bufs, datas + hsm * wpls, 4 * wpls); /* hsm-th src line */ memcpy(linebp, lineb + 3 * wplb, 4 * wplb); /* 1 b line */ scaleGray4xLILineLow(lineb, wplb, bufs, ws, wpls, 1); /* 4 b lines */ lined = datad + 4 * hsm * wpld; ditherToBinaryLineLow(lined - wpld, wd, linebp, lineb, DEFAULT_CLIP_LOWER_1, DEFAULT_CLIP_UPPER_1, 0); /* 4th dest line of Q */ for (j = 0; j < 3; j++) { /* next 3 d lines of Quad */ ditherToBinaryLineLow(lined + j * wpld, wd, lineb + j * wplb, lineb + (j + 1) * wplb, DEFAULT_CLIP_LOWER_1, DEFAULT_CLIP_UPPER_1, 0); } /* And finally, the last dest line */ ditherToBinaryLineLow(lined + 3 * wpld, wd, lineb + 3 * wplb, NULL, DEFAULT_CLIP_LOWER_1, DEFAULT_CLIP_UPPER_1, 1); FREE(bufs); FREE(lineb); FREE(linebp); return pixd; } /*-----------------------------------------------------------------------* * Downscaling using min or max * *-----------------------------------------------------------------------*/ /*! * pixScaleGrayMinMax() * * Input: pixs (8 bpp, not cmapped) * xfact (x downscaling factor; integer) * yfact (y downscaling factor; integer) * type (L_CHOOSE_MIN, L_CHOOSE_MAX, L_CHOOSE_MAX_MIN_DIFF) * Return: pixd (8 bpp) * * Notes: * (1) The downscaled pixels in pixd are the min, max or (max - min) * of the corresponding set of xfact * yfact pixels in pixs. * (2) Using L_CHOOSE_MIN is equivalent to a grayscale erosion, * using a brick Sel of size (xfact * yfact), followed by * subsampling within each (xfact * yfact) cell. Using * L_CHOOSE_MAX is equivalent to the corresponding dilation. * (3) Using L_CHOOSE_MAX_MIN_DIFF finds the difference between max * and min values in each cell. * (4) For the special case of downscaling by 2x in both directions, * pixScaleGrayMinMax2() is about 2x more efficient. */ PIX * pixScaleGrayMinMax(PIX *pixs, l_int32 xfact, l_int32 yfact, l_int32 type) { l_int32 ws, hs, wd, hd, wpls, wpld, i, j, k, m; l_int32 minval, maxval, val; l_uint32 *datas, *datad, *lines, *lined; PIX *pixd; PROCNAME("pixScaleGrayMinMax"); if (!pixs || pixGetDepth(pixs) != 8 || pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs undefined, not 8 bpp, or cmapped", procName, NULL); pixGetDimensions(pixs, &ws, &hs, NULL); if (type != L_CHOOSE_MIN && type != L_CHOOSE_MAX && type != L_CHOOSE_MAX_MIN_DIFF) return (PIX *)ERROR_PTR("invalid type", procName, NULL); if (xfact < 1 || yfact < 1) return (PIX *)ERROR_PTR("xfact and yfact must be >= 1", procName, NULL); if (xfact == 2 && yfact == 2) return pixScaleGrayMinMax2(pixs, type); wd = ws / xfact; if (wd == 0) { /* single tile */ wd = 1; xfact = ws; } hd = hs / yfact; if (hd == 0) { /* single tile */ hd = 1; yfact = hs; } if ((pixd = pixCreate(wd, hd, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); for (i = 0; i < hd; i++) { lined = datad + i * wpld; for (j = 0; j < wd; j++) { if (type == L_CHOOSE_MIN || type == L_CHOOSE_MAX_MIN_DIFF) { minval = 255; for (k = 0; k < yfact; k++) { lines = datas + (yfact * i + k) * wpls; for (m = 0; m < xfact; m++) { val = GET_DATA_BYTE(lines, xfact * j + m); if (val < minval) minval = val; } } } if (type == L_CHOOSE_MAX || type == L_CHOOSE_MAX_MIN_DIFF) { maxval = 0; for (k = 0; k < yfact; k++) { lines = datas + (yfact * i + k) * wpls; for (m = 0; m < xfact; m++) { val = GET_DATA_BYTE(lines, xfact * j + m); if (val > maxval) maxval = val; } } } if (type == L_CHOOSE_MIN) SET_DATA_BYTE(lined, j, minval); else if (type == L_CHOOSE_MAX) SET_DATA_BYTE(lined, j, maxval); else /* type == L_CHOOSE_MAX_MIN_DIFF */ SET_DATA_BYTE(lined, j, maxval - minval); } } return pixd; } /*! * pixScaleGrayMinMax2() * * Input: pixs (8 bpp, not cmapped) * type (L_CHOOSE_MIN, L_CHOOSE_MAX, L_CHOOSE_MAX_MIN_DIFF) * Return: pixd (8 bpp downscaled by 2x) * * Notes: * (1) Special version for 2x reduction. The downscaled pixels * in pixd are the min, max or (max - min) of the corresponding * set of 4 pixels in pixs. * (2) The max and min operations are a special case (for levels 1 * and 4) of grayscale analog to the binary rank scaling operation * pixReduceRankBinary2(). Note, however, that because of * the photometric definition that higher gray values are * lighter, the erosion-like L_CHOOSE_MIN will darken * the resulting image, corresponding to a threshold level 1 * in the binary case. Likewise, L_CHOOSE_MAX will lighten * the pixd, corresponding to a threshold level of 4. * (3) To choose any of the four rank levels in a 2x grayscale * reduction, use pixScaleGrayRank2(). * (4) This runs at about 70 MPix/sec/GHz of source data for * erosion and dilation. */ PIX * pixScaleGrayMinMax2(PIX *pixs, l_int32 type) { l_int32 ws, hs, wd, hd, wpls, wpld, i, j, k; l_int32 minval, maxval; l_int32 val[4]; l_uint32 *datas, *datad, *lines, *lined; PIX *pixd; PROCNAME("pixScaleGrayMinMax2"); if (!pixs || pixGetDepth(pixs) != 8 || pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs undefined, not 8 bpp, or cmapped", procName, NULL); pixGetDimensions(pixs, &ws, &hs, NULL); if (ws < 2 || hs < 2) return (PIX *)ERROR_PTR("too small: ws < 2 or hs < 2", procName, NULL); if (type != L_CHOOSE_MIN && type != L_CHOOSE_MAX && type != L_CHOOSE_MAX_MIN_DIFF) return (PIX *)ERROR_PTR("invalid type", procName, NULL); wd = ws / 2; hd = hs / 2; if ((pixd = pixCreate(wd, hd, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); for (i = 0; i < hd; i++) { lines = datas + 2 * i * wpls; lined = datad + i * wpld; for (j = 0; j < wd; j++) { val[0] = GET_DATA_BYTE(lines, 2 * j); val[1] = GET_DATA_BYTE(lines, 2 * j + 1); val[2] = GET_DATA_BYTE(lines + wpls, 2 * j); val[3] = GET_DATA_BYTE(lines + wpls, 2 * j + 1); if (type == L_CHOOSE_MIN || type == L_CHOOSE_MAX_MIN_DIFF) { minval = 255; for (k = 0; k < 4; k++) { if (val[k] < minval) minval = val[k]; } } if (type == L_CHOOSE_MAX || type == L_CHOOSE_MAX_MIN_DIFF) { maxval = 0; for (k = 0; k < 4; k++) { if (val[k] > maxval) maxval = val[k]; } } if (type == L_CHOOSE_MIN) SET_DATA_BYTE(lined, j, minval); else if (type == L_CHOOSE_MAX) SET_DATA_BYTE(lined, j, maxval); else /* type == L_CHOOSE_MAX_MIN_DIFF */ SET_DATA_BYTE(lined, j, maxval - minval); } } return pixd; } /*-----------------------------------------------------------------------* * Grayscale downscaling using rank value * *-----------------------------------------------------------------------*/ /*! * pixScaleGrayRankCascade() * * Input: pixs (8 bpp, not cmapped) * level1, ... level4 (rank thresholds, in set {0, 1, 2, 3, 4}) * Return: pixd (8 bpp, downscaled by up to 16x) * * Notes: * (1) This performs up to four cascaded 2x rank reductions. * (2) Use level = 0 to truncate the cascade. */ PIX * pixScaleGrayRankCascade(PIX *pixs, l_int32 level1, l_int32 level2, l_int32 level3, l_int32 level4) { PIX *pixt1, *pixt2, *pixt3, *pixt4; PROCNAME("pixScaleGrayRankCascade"); if (!pixs || pixGetDepth(pixs) != 8 || pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs undefined, not 8 bpp, or cmapped", procName, NULL); if (level1 > 4 || level2 > 4 || level3 > 4 || level4 > 4) return (PIX *)ERROR_PTR("levels must not exceed 4", procName, NULL); if (level1 <= 0) { L_WARNING("no reduction because level1 not > 0\n", procName); return pixCopy(NULL, pixs); } pixt1 = pixScaleGrayRank2(pixs, level1); if (level2 <= 0) return pixt1; pixt2 = pixScaleGrayRank2(pixt1, level2); pixDestroy(&pixt1); if (level3 <= 0) return pixt2; pixt3 = pixScaleGrayRank2(pixt2, level3); pixDestroy(&pixt2); if (level4 <= 0) return pixt3; pixt4 = pixScaleGrayRank2(pixt3, level4); pixDestroy(&pixt3); return pixt4; } /*! * pixScaleGrayRank2() * * Input: pixs (8 bpp, no cmap) * rank (1 (darkest), 2, 3, 4 (lightest)) * Return: pixd (8 bpp, downscaled by 2x) * * Notes: * (1) Rank 2x reduction. If rank == 1(4), the downscaled pixels * in pixd are the min(max) of the corresponding set of * 4 pixels in pixs. Values 2 and 3 are intermediate. * (2) This is the grayscale analog to the binary rank scaling operation * pixReduceRankBinary2(). Here, because of the photometric * definition that higher gray values are lighter, rank 1 gives * the darkest pixel, whereas rank 4 gives the lightest pixel. * This is opposite to the binary rank operation. * (3) For rank = 1 and 4, this calls pixScaleGrayMinMax2(), * which runs at about 70 MPix/sec/GHz of source data. * For rank 2 and 3, this runs 3x slower, at about 25 MPix/sec/GHz. */ PIX * pixScaleGrayRank2(PIX *pixs, l_int32 rank) { l_int32 ws, hs, wd, hd, wpls, wpld, i, j, k, m; l_int32 minval, maxval, rankval, minindex, maxindex; l_int32 val[4]; l_int32 midval[4]; /* should only use 2 of these */ l_uint32 *datas, *datad, *lines, *lined; PIX *pixd; PROCNAME("pixScaleGrayRank2"); if (!pixs || pixGetDepth(pixs) != 8 || pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs undefined, not 8 bpp, or cmapped", procName, NULL); if (rank < 1 || rank > 4) return (PIX *)ERROR_PTR("invalid rank", procName, NULL); if (rank == 1) return pixScaleGrayMinMax2(pixs, L_CHOOSE_MIN); if (rank == 4) return pixScaleGrayMinMax2(pixs, L_CHOOSE_MAX); pixGetDimensions(pixs, &ws, &hs, NULL); wd = ws / 2; hd = hs / 2; if ((pixd = pixCreate(wd, hd, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); for (i = 0; i < hd; i++) { lines = datas + 2 * i * wpls; lined = datad + i * wpld; for (j = 0; j < wd; j++) { val[0] = GET_DATA_BYTE(lines, 2 * j); val[1] = GET_DATA_BYTE(lines, 2 * j + 1); val[2] = GET_DATA_BYTE(lines + wpls, 2 * j); val[3] = GET_DATA_BYTE(lines + wpls, 2 * j + 1); minval = maxval = val[0]; minindex = maxindex = 0; for (k = 1; k < 4; k++) { if (val[k] < minval) { minval = val[k]; minindex = k; continue; } if (val[k] > maxval) { maxval = val[k]; maxindex = k; } } for (k = 0, m = 0; k < 4; k++) { if (k == minindex || k == maxindex) continue; midval[m++] = val[k]; } if (m > 2) /* minval == maxval; all val[k] are the same */ rankval = minval; else if (rank == 2) rankval = L_MIN(midval[0], midval[1]); else /* rank == 3 */ rankval = L_MAX(midval[0], midval[1]); SET_DATA_BYTE(lined, j, rankval); } } return pixd; } /*------------------------------------------------------------------------* * Helper function for transferring alpha with scaling * *------------------------------------------------------------------------*/ /*! * pixScaleAndTransferAlpha() * * Input: pixd (32 bpp, scaled image) * pixs (32 bpp, original unscaled image) * scalex, scaley (both > 0.0) * Return: 0 if OK; 1 on error * * Notes: * (1) This scales the alpha component of pixs and inserts into pixd. */ l_int32 pixScaleAndTransferAlpha(PIX *pixd, PIX *pixs, l_float32 scalex, l_float32 scaley) { PIX *pix1, *pix2; PROCNAME("pixScaleAndTransferAlpha"); if (!pixs || !pixd) return ERROR_INT("pixs and pixd not both defined", procName, 1); if (pixGetDepth(pixs) != 32 || pixGetSpp(pixs) != 4) return ERROR_INT("pixs not 32 bpp and 4 spp", procName, 1); if (pixGetDepth(pixd) != 32) return ERROR_INT("pixd not 32 bpp", procName, 1); if (scalex == 1.0 && scaley == 1.0) { pixCopyRGBComponent(pixd, pixs, L_ALPHA_CHANNEL); return 0; } pix1 = pixGetRGBComponent(pixs, L_ALPHA_CHANNEL); pix2 = pixScale(pix1, scalex, scaley); pixSetRGBComponent(pixd, pix2, L_ALPHA_CHANNEL); pixDestroy(&pix1); pixDestroy(&pix2); return 0; } /*------------------------------------------------------------------------* * RGB scaling including alpha (blend) component and gamma transform * *------------------------------------------------------------------------*/ /*! * pixScaleWithAlpha() * * Input: pixs (32 bpp rgb or cmapped) * scalex, scaley (must be > 0.0) * pixg ( 8 bpp, can be null) * fract (between 0.0 and 1.0, with 0.0 fully transparent * and 1.0 fully opaque) * Return: pixd (32 bpp rgba), or null on error * * Notes: * (1) The alpha channel is transformed separately from pixs, * and aligns with it, being fully transparent outside the * boundary of the transformed pixs. For pixels that are fully * transparent, a blending function like pixBlendWithGrayMask() * will give zero weight to corresponding pixels in pixs. * (2) Scaling is done with area mapping or linear interpolation, * depending on the scale factors. Default sharpening is done. * (3) If pixg is NULL, it is generated as an alpha layer that is * partially opaque, using @fract. Otherwise, it is cropped * to pixs if required, and @fract is ignored. The alpha * channel in pixs is never used. * (4) Colormaps are removed to 32 bpp. * (5) The default setting for the border values in the alpha channel * is 0 (transparent) for the outermost ring of pixels and * (0.5 * fract * 255) for the second ring. When blended over * a second image, this * (a) shrinks the visible image to make a clean overlap edge * with an image below, and * (b) softens the edges by weakening the aliasing there. * Use l_setAlphaMaskBorder() to change these values. * (6) A subtle use of gamma correction is to remove gamma correction * before scaling and restore it afterwards. This is done * by sandwiching this function between a gamma/inverse-gamma * photometric transform: * pixt = pixGammaTRCWithAlpha(NULL, pixs, 1.0 / gamma, 0, 255); * pixd = pixScaleWithAlpha(pixt, scalex, scaley, NULL, fract); * pixGammaTRCWithAlpha(pixd, pixd, gamma, 0, 255); * pixDestroy(&pixt); * This has the side-effect of producing artifacts in the very * dark regions. * * *** Warning: implicit assumption about RGB component ordering *** */ PIX * pixScaleWithAlpha(PIX *pixs, l_float32 scalex, l_float32 scaley, PIX *pixg, l_float32 fract) { l_int32 ws, hs, d, spp; PIX *pixd, *pix32, *pixg2, *pixgs; PROCNAME("pixScaleWithAlpha"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &ws, &hs, &d); if (d != 32 && !pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs not cmapped or 32 bpp", procName, NULL); if (scalex <= 0.0 || scaley <= 0.0) return (PIX *)ERROR_PTR("scale factor <= 0.0", procName, NULL); if (pixg && pixGetDepth(pixg) != 8) { L_WARNING("pixg not 8 bpp; using @fract transparent alpha\n", procName); pixg = NULL; } if (!pixg && (fract < 0.0 || fract > 1.0)) { L_WARNING("invalid fract; using fully opaque\n", procName); fract = 1.0; } if (!pixg && fract == 0.0) L_WARNING("transparent alpha; image will not be blended\n", procName); /* Make sure input to scaling is 32 bpp rgb, and scale it */ if (d != 32) pix32 = pixConvertTo32(pixs); else pix32 = pixClone(pixs); spp = pixGetSpp(pix32); pixSetSpp(pix32, 3); /* ignore the alpha channel for scaling */ pixd = pixScale(pix32, scalex, scaley); pixSetSpp(pix32, spp); /* restore initial value in case it's a clone */ pixDestroy(&pix32); /* Set up alpha layer with a fading border and scale it */ if (!pixg) { pixg2 = pixCreate(ws, hs, 8); if (fract == 1.0) pixSetAll(pixg2); else if (fract > 0.0) pixSetAllArbitrary(pixg2, (l_int32)(255.0 * fract)); } else { pixg2 = pixResizeToMatch(pixg, NULL, ws, hs); } if (ws > 10 && hs > 10) { /* see note 4 */ pixSetBorderRingVal(pixg2, 1, (l_int32)(255.0 * fract * AlphaMaskBorderVals[0])); pixSetBorderRingVal(pixg2, 2, (l_int32)(255.0 * fract * AlphaMaskBorderVals[1])); } pixgs = pixScaleGeneral(pixg2, scalex, scaley, 0.0, 0); /* Combine into a 4 spp result */ pixSetRGBComponent(pixd, pixgs, L_ALPHA_CHANNEL); pixDestroy(&pixg2); pixDestroy(&pixgs); return pixd; } leptonica-1.70/src/affine.c0000644000175000017500000015774712244727761013731 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * affine.c * * Affine (3 pt) image transformation using a sampled * (to nearest integer) transform on each dest point * PIX *pixAffineSampledPta() * PIX *pixAffineSampled() * * Affine (3 pt) image transformation using interpolation * (or area mapping) for anti-aliasing images that are * 2, 4, or 8 bpp gray, or colormapped, or 32 bpp RGB * PIX *pixAffinePta() * PIX *pixAffine() * PIX *pixAffinePtaColor() * PIX *pixAffineColor() * PIX *pixAffinePtaGray() * PIX *pixAffineGray() * * Affine transform including alpha (blend) component * PIX *pixAffinePtaWithAlpha() * * Affine coordinate transformation * l_int32 getAffineXformCoeffs() * l_int32 affineInvertXform() * l_int32 affineXformSampledPt() * l_int32 affineXformPt() * * Interpolation helper functions * l_int32 linearInterpolatePixelGray() * l_int32 linearInterpolatePixelColor() * * Gauss-jordan linear equation solver * l_int32 gaussjordan() * * Affine image transformation using a sequence of * shear/scale/translation operations * PIX *pixAffineSequential() * * One can define a coordinate space by the location of the origin, * the orientation of x and y axes, and the unit scaling along * each axis. An affine transform is a general linear * transformation from one coordinate space to another. * * For the general case, we can define the affine transform using * two sets of three (noncollinear) points in a plane. One set * corresponds to the input (src) coordinate space; the other to the * transformed (dest) coordinate space. Each point in the * src corresponds to one of the points in the dest. With two * sets of three points, we get a set of 6 equations in 6 unknowns * that specifies the mapping between the coordinate spaces. * The interface here allows you to specify either the corresponding * sets of 3 points, or the transform itself (as a vector of 6 * coefficients). * * Given the transform as a vector of 6 coefficients, we can compute * both a a pointwise affine coordinate transformation and an * affine image transformation. * * To compute the coordinate transform, we need the coordinate * value (x',y') in the transformed space for any point (x,y) * in the original space. To derive this transform from the * three corresponding points, it is convenient to express the affine * coordinate transformation using an LU decomposition of * a set of six linear equations that express the six coordinates * of the three points in the transformed space as a function of * the six coordinates in the original space. Once we have * this transform matrix , we can transform an image by * finding, for each destination pixel, the pixel (or pixels) * in the source that give rise to it. * * This 'pointwise' transformation can be done either by sampling * and picking a single pixel in the src to replicate into the dest, * or by interpolating (or averaging) over four src pixels to * determine the value of the dest pixel. The first method is * implemented by pixAffineSampled() and the second method by * pixAffine(). The interpolated method can only be used for * images with more than 1 bpp, but for these, the image quality * is significantly better than the sampled method, due to * the 'antialiasing' effect of weighting the src pixels. * * Interpolation works well when there is relatively little scaling, * or if there is image expansion in general. However, if there * is significant image reduction, one should apply a low-pass * filter before subsampling to avoid aliasing the high frequencies. * * A typical application might be to align two images, which * may be scaled, rotated and translated versions of each other. * Through some pre-processing, three corresponding points are * located in each of the two images. One of the images is * then to be (affine) transformed to align with the other. * As mentioned, the standard way to do this is to use three * sets of points, compute the 6 transformation coefficients * from these points that describe the linear transformation, * * x' = ax + by + c * y' = dx + ey + f * * and use this in a pointwise manner to transform the image. * * N.B. Be sure to see the comment in getAffineXformCoeffs(), * regarding using the inverse of the affine transform for points * to transform images. * * There is another way to do this transformation; namely, * by doing a sequence of simple affine transforms, without * computing directly the affine coordinate transformation. * We have at our disposal (1) translations (using rasterop), * (2) horizontal and vertical shear about any horizontal and vertical * line, respectively, and (3) non-isotropic scaling by two * arbitrary x and y scaling factors. We also have rotation * about an arbitrary point, but this is equivalent to a set * of three shears so we do not need to use it. * * Why might we do this? For binary images, it is usually * more efficient to do such transformations by a sequence * of word parallel operations. Shear and translation can be * done in-place and word parallel; arbitrary scaling is * mostly pixel-wise. * * Suppose that we are tranforming image 1 to correspond to image 2. * We have a set of three points, describing the coordinate space * embedded in image 1, and we need to transform image 1 until * those three points exactly correspond to the new coordinate space * defined by the second set of three points. In our image * matching application, the latter set of three points was * found to be the corresponding points in image 2. * * The most elegant way I can think of to do such a sequential * implementation is to imagine that we're going to transform * BOTH images until they're aligned. (We don't really want * to transform both, because in fact we may only have one image * that is undergoing a general affine transformation.) * * Choose the 3 corresponding points as follows: * - The 1st point is an origin * - The 2nd point gives the orientation and scaling of the * "x" axis with respect to the origin * - The 3rd point does likewise for the "y" axis. * These "axes" must not be collinear; otherwise they are * arbitrary (although some strange things will happen if * the handedness sweeping through the minimum angle between * the axes is opposite). * * An important constraint is that we have shear operations * about an arbitrary horizontal or vertical line, but always * parallel to the x or y axis. If we continue to pretend that * we have an unprimed coordinate space embedded in image 1 and * a primed coordinate space embedded in image 2, we imagine * (a) transforming image 1 by horizontal and vertical shears about * point 1 to align points 3 and 2 along the y and x axes, * respectively, and (b) transforming image 2 by horizontal and * vertical shears about point 1' to align points 3' and 2' along * the y and x axes. Then we scale image 1 so that the distances * from 1 to 2 and from 1 to 3 are equal to the distances in * image 2 from 1' to 2' and from 1' to 3'. This scaling operation * leaves the true image origin, at (0,0) invariant, and will in * general translate point 1. The original points 1 and 1' will * typically not coincide in any event, so we must translate * the origin of image 1, at its current point 1, to the origin * of image 2 at 1'. The images should now be aligned. But * because we never really transformed image 2 (and image 2 may * not even exist), we now perform on image 1 the reverse of * the shear transforms that we imagined doing on image 2; * namely, the negative vertical shear followed by the negative * horizontal shear. Image 1 should now have its transformed * unprimed coordinates aligned with the original primed * coordinates. In all this, it is only necessary to keep track * of the shear angles and translations of points during the shears. * What has been accomplished is a general affine transformation * on image 1. * * Having described all this, if you are going to use an * affine transformation in an application, this is what you * need to know: * * (1) You should NEVER use the sequential method, because * the image quality for 1 bpp text is much poorer * (even though it is about 2x faster than the pointwise sampled * method), and for images with depth greater than 1, it is * nearly 20x slower than the pointwise sampled method * and over 10x slower than the pointwise interpolated method! * The sequential method is given here for purely * pedagogical reasons. * * (2) For 1 bpp images, use the pointwise sampled function * pixAffineSampled(). For all other images, the best * quality results result from using the pointwise * interpolated function pixAffinePta() or pixAffine(); * the cost is less than a doubling of the computation time * with respect to the sampled function. If you use * interpolation on colormapped images, the colormap will * be removed, resulting in either a grayscale or color * image, depending on the values in the colormap. * If you want to retain the colormap, use pixAffineSampled(). * * Typical relative timing of pointwise transforms (sampled = 1.0): * 8 bpp: sampled 1.0 * interpolated 1.6 * 32 bpp: sampled 1.0 * interpolated 1.8 * Additionally, the computation time/pixel is nearly the same * for 8 bpp and 32 bpp, for both sampled and interpolated. */ #include #include #include "allheaders.h" extern l_float32 AlphaMaskBorderVals[2]; #ifndef NO_CONSOLE_IO #define DEBUG 0 #endif /* ~NO_CONSOLE_IO */ /*-------------------------------------------------------------* * Sampled affine image transformation * *-------------------------------------------------------------*/ /*! * pixAffineSampledPta() * * Input: pixs (all depths) * ptad (3 pts of final coordinate space) * ptas (3 pts of initial coordinate space) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK) * Return: pixd, or null on error * * Notes: * (1) Brings in either black or white pixels from the boundary. * (2) Retains colormap, which you can do for a sampled transform.. * (3) The 3 points must not be collinear. * (4) The order of the 3 points is arbitrary; however, to compare * with the sequential transform they must be in these locations * and in this order: origin, x-axis, y-axis. * (5) For 1 bpp images, this has much better quality results * than pixAffineSequential(), particularly for text. * It is about 3x slower, but does not require additional * border pixels. The poor quality of pixAffineSequential() * is due to repeated quantized transforms. It is strongly * recommended that pixAffineSampled() be used for 1 bpp images. * (6) For 8 or 32 bpp, much better quality is obtained by the * somewhat slower pixAffinePta(). See that function * for relative timings between sampled and interpolated. * (7) To repeat, use of the sequential transform, * pixAffineSequential(), for any images, is discouraged. */ PIX * pixAffineSampledPta(PIX *pixs, PTA *ptad, PTA *ptas, l_int32 incolor) { l_float32 *vc; PIX *pixd; PROCNAME("pixAffineSampledPta"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!ptas) return (PIX *)ERROR_PTR("ptas not defined", procName, NULL); if (!ptad) return (PIX *)ERROR_PTR("ptad not defined", procName, NULL); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return (PIX *)ERROR_PTR("invalid incolor", procName, NULL); if (ptaGetCount(ptas) != 3) return (PIX *)ERROR_PTR("ptas count not 3", procName, NULL); if (ptaGetCount(ptad) != 3) return (PIX *)ERROR_PTR("ptad count not 3", procName, NULL); /* Get backwards transform from dest to src, and apply it */ getAffineXformCoeffs(ptad, ptas, &vc); pixd = pixAffineSampled(pixs, vc, incolor); FREE(vc); return pixd; } /*! * pixAffineSampled() * * Input: pixs (all depths) * vc (vector of 6 coefficients for affine transformation) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK) * Return: pixd, or null on error * * Notes: * (1) Brings in either black or white pixels from the boundary. * (2) Retains colormap, which you can do for a sampled transform.. * (3) For 8 or 32 bpp, much better quality is obtained by the * somewhat slower pixAffine(). See that function * for relative timings between sampled and interpolated. */ PIX * pixAffineSampled(PIX *pixs, l_float32 *vc, l_int32 incolor) { l_int32 i, j, w, h, d, x, y, wpls, wpld, color, cmapindex; l_uint32 val; l_uint32 *datas, *datad, *lines, *lined; PIX *pixd; PIXCMAP *cmap; PROCNAME("pixAffineSampled"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!vc) return (PIX *)ERROR_PTR("vc not defined", procName, NULL); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return (PIX *)ERROR_PTR("invalid incolor", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 1 && d != 2 && d != 4 && d != 8 && d != 32) return (PIX *)ERROR_PTR("depth not 1, 2, 4, 8 or 16", procName, NULL); /* Init all dest pixels to color to be brought in from outside */ pixd = pixCreateTemplate(pixs); if ((cmap = pixGetColormap(pixs)) != NULL) { if (incolor == L_BRING_IN_WHITE) color = 1; else color = 0; pixcmapAddBlackOrWhite(cmap, color, &cmapindex); pixSetAllArbitrary(pixd, cmapindex); } else { if ((d == 1 && incolor == L_BRING_IN_WHITE) || (d > 1 && incolor == L_BRING_IN_BLACK)) { pixClearAll(pixd); } else { pixSetAll(pixd); } } /* Scan over the dest pixels */ datas = pixGetData(pixs); wpls = pixGetWpl(pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lined = datad + i * wpld; for (j = 0; j < w; j++) { affineXformSampledPt(vc, j, i, &x, &y); if (x < 0 || y < 0 || x >=w || y >= h) continue; lines = datas + y * wpls; if (d == 1) { val = GET_DATA_BIT(lines, x); SET_DATA_BIT_VAL(lined, j, val); } else if (d == 8) { val = GET_DATA_BYTE(lines, x); SET_DATA_BYTE(lined, j, val); } else if (d == 32) { lined[j] = lines[x]; } else if (d == 2) { val = GET_DATA_DIBIT(lines, x); SET_DATA_DIBIT(lined, j, val); } else if (d == 4) { val = GET_DATA_QBIT(lines, x); SET_DATA_QBIT(lined, j, val); } } } return pixd; } /*---------------------------------------------------------------------* * Interpolated affine image transformation * *---------------------------------------------------------------------*/ /*! * pixAffinePta() * * Input: pixs (all depths; colormap ok) * ptad (3 pts of final coordinate space) * ptas (3 pts of initial coordinate space) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK) * Return: pixd, or null on error * * Notes: * (1) Brings in either black or white pixels from the boundary * (2) Removes any existing colormap, if necessary, before transforming */ PIX * pixAffinePta(PIX *pixs, PTA *ptad, PTA *ptas, l_int32 incolor) { l_int32 d; l_uint32 colorval; PIX *pixt1, *pixt2, *pixd; PROCNAME("pixAffinePta"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!ptas) return (PIX *)ERROR_PTR("ptas not defined", procName, NULL); if (!ptad) return (PIX *)ERROR_PTR("ptad not defined", procName, NULL); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return (PIX *)ERROR_PTR("invalid incolor", procName, NULL); if (ptaGetCount(ptas) != 3) return (PIX *)ERROR_PTR("ptas count not 3", procName, NULL); if (ptaGetCount(ptad) != 3) return (PIX *)ERROR_PTR("ptad count not 3", procName, NULL); if (pixGetDepth(pixs) == 1) return pixAffineSampledPta(pixs, ptad, ptas, incolor); /* Remove cmap if it exists, and unpack to 8 bpp if necessary */ pixt1 = pixRemoveColormap(pixs, REMOVE_CMAP_BASED_ON_SRC); d = pixGetDepth(pixt1); if (d < 8) pixt2 = pixConvertTo8(pixt1, FALSE); else pixt2 = pixClone(pixt1); d = pixGetDepth(pixt2); /* Compute actual color to bring in from edges */ colorval = 0; if (incolor == L_BRING_IN_WHITE) { if (d == 8) colorval = 255; else /* d == 32 */ colorval = 0xffffff00; } if (d == 8) pixd = pixAffinePtaGray(pixt2, ptad, ptas, colorval); else /* d == 32 */ pixd = pixAffinePtaColor(pixt2, ptad, ptas, colorval); pixDestroy(&pixt1); pixDestroy(&pixt2); return pixd; } /*! * pixAffine() * * Input: pixs (all depths; colormap ok) * vc (vector of 6 coefficients for affine transformation) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK) * Return: pixd, or null on error * * Notes: * (1) Brings in either black or white pixels from the boundary * (2) Removes any existing colormap, if necessary, before transforming */ PIX * pixAffine(PIX *pixs, l_float32 *vc, l_int32 incolor) { l_int32 d; l_uint32 colorval; PIX *pixt1, *pixt2, *pixd; PROCNAME("pixAffine"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!vc) return (PIX *)ERROR_PTR("vc not defined", procName, NULL); if (pixGetDepth(pixs) == 1) return pixAffineSampled(pixs, vc, incolor); /* Remove cmap if it exists, and unpack to 8 bpp if necessary */ pixt1 = pixRemoveColormap(pixs, REMOVE_CMAP_BASED_ON_SRC); d = pixGetDepth(pixt1); if (d < 8) pixt2 = pixConvertTo8(pixt1, FALSE); else pixt2 = pixClone(pixt1); d = pixGetDepth(pixt2); /* Compute actual color to bring in from edges */ colorval = 0; if (incolor == L_BRING_IN_WHITE) { if (d == 8) colorval = 255; else /* d == 32 */ colorval = 0xffffff00; } if (d == 8) pixd = pixAffineGray(pixt2, vc, colorval); else /* d == 32 */ pixd = pixAffineColor(pixt2, vc, colorval); pixDestroy(&pixt1); pixDestroy(&pixt2); return pixd; } /*! * pixAffinePtaColor() * * Input: pixs (32 bpp) * ptad (3 pts of final coordinate space) * ptas (3 pts of initial coordinate space) * colorval (e.g., 0 to bring in BLACK, 0xffffff00 for WHITE) * Return: pixd, or null on error */ PIX * pixAffinePtaColor(PIX *pixs, PTA *ptad, PTA *ptas, l_uint32 colorval) { l_float32 *vc; PIX *pixd; PROCNAME("pixAffinePtaColor"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!ptas) return (PIX *)ERROR_PTR("ptas not defined", procName, NULL); if (!ptad) return (PIX *)ERROR_PTR("ptad not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs must be 32 bpp", procName, NULL); if (ptaGetCount(ptas) != 3) return (PIX *)ERROR_PTR("ptas count not 3", procName, NULL); if (ptaGetCount(ptad) != 3) return (PIX *)ERROR_PTR("ptad count not 3", procName, NULL); /* Get backwards transform from dest to src, and apply it */ getAffineXformCoeffs(ptad, ptas, &vc); pixd = pixAffineColor(pixs, vc, colorval); FREE(vc); return pixd; } /*! * pixAffineColor() * * Input: pixs (32 bpp) * vc (vector of 6 coefficients for affine transformation) * colorval (e.g., 0 to bring in BLACK, 0xffffff00 for WHITE) * Return: pixd, or null on error */ PIX * pixAffineColor(PIX *pixs, l_float32 *vc, l_uint32 colorval) { l_int32 i, j, w, h, d, wpls, wpld; l_uint32 val; l_uint32 *datas, *datad, *lined; l_float32 x, y; PIX *pix1, *pix2, *pixd; PROCNAME("pixAffineColor"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 32) return (PIX *)ERROR_PTR("pixs must be 32 bpp", procName, NULL); if (!vc) return (PIX *)ERROR_PTR("vc not defined", procName, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); pixd = pixCreateTemplate(pixs); pixSetAllArbitrary(pixd, colorval); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); /* Iterate over destination pixels */ for (i = 0; i < h; i++) { lined = datad + i * wpld; for (j = 0; j < w; j++) { /* Compute float src pixel location corresponding to (i,j) */ affineXformPt(vc, j, i, &x, &y); linearInterpolatePixelColor(datas, wpls, w, h, x, y, colorval, &val); *(lined + j) = val; } } /* If rgba, transform the pixs alpha channel and insert in pixd */ if (pixGetSpp(pixs) == 4) { pix1 = pixGetRGBComponent(pixs, L_ALPHA_CHANNEL); pix2 = pixAffineGray(pix1, vc, 255); /* bring in opaque */ pixSetRGBComponent(pixd, pix2, L_ALPHA_CHANNEL); pixDestroy(&pix1); pixDestroy(&pix2); } return pixd; } /*! * pixAffinePtaGray() * * Input: pixs (8 bpp) * ptad (3 pts of final coordinate space) * ptas (3 pts of initial coordinate space) * grayval (0 to bring in BLACK, 255 for WHITE) * Return: pixd, or null on error */ PIX * pixAffinePtaGray(PIX *pixs, PTA *ptad, PTA *ptas, l_uint8 grayval) { l_float32 *vc; PIX *pixd; PROCNAME("pixAffinePtaGray"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!ptas) return (PIX *)ERROR_PTR("ptas not defined", procName, NULL); if (!ptad) return (PIX *)ERROR_PTR("ptad not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs must be 8 bpp", procName, NULL); if (ptaGetCount(ptas) != 3) return (PIX *)ERROR_PTR("ptas count not 3", procName, NULL); if (ptaGetCount(ptad) != 3) return (PIX *)ERROR_PTR("ptad count not 3", procName, NULL); /* Get backwards transform from dest to src, and apply it */ getAffineXformCoeffs(ptad, ptas, &vc); pixd = pixAffineGray(pixs, vc, grayval); FREE(vc); return pixd; } /*! * pixAffineGray() * * Input: pixs (8 bpp) * vc (vector of 6 coefficients for affine transformation) * grayval (0 to bring in BLACK, 255 for WHITE) * Return: pixd, or null on error */ PIX * pixAffineGray(PIX *pixs, l_float32 *vc, l_uint8 grayval) { l_int32 i, j, w, h, wpls, wpld, val; l_uint32 *datas, *datad, *lined; l_float32 x, y; PIX *pixd; PROCNAME("pixAffineGray"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs must be 8 bpp", procName, NULL); if (!vc) return (PIX *)ERROR_PTR("vc not defined", procName, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); pixd = pixCreateTemplate(pixs); pixSetAllArbitrary(pixd, grayval); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); /* Iterate over destination pixels */ for (i = 0; i < h; i++) { lined = datad + i * wpld; for (j = 0; j < w; j++) { /* Compute float src pixel location corresponding to (i,j) */ affineXformPt(vc, j, i, &x, &y); linearInterpolatePixelGray(datas, wpls, w, h, x, y, grayval, &val); SET_DATA_BYTE(lined, j, val); } } return pixd; } /*---------------------------------------------------------------------------* * Affine transform including alpha (blend) component and gamma transform * *---------------------------------------------------------------------------*/ /*! * pixAffinePtaWithAlpha() * * Input: pixs (32 bpp rgb) * ptad (3 pts of final coordinate space) * ptas (3 pts of initial coordinate space) * pixg ( 8 bpp, can be null) * fract (between 0.0 and 1.0, with 0.0 fully transparent * and 1.0 fully opaque) * border (of pixels added to capture transformed source pixels) * Return: pixd, or null on error * * Notes: * (1) The alpha channel is transformed separately from pixs, * and aligns with it, being fully transparent outside the * boundary of the transformed pixs. For pixels that are fully * transparent, a blending function like pixBlendWithGrayMask() * will give zero weight to corresponding pixels in pixs. * (2) If pixg is NULL, it is generated as an alpha layer that is * partially opaque, using @fract. Otherwise, it is cropped * to pixs if required and @fract is ignored. The alpha channel * in pixs is never used. * (3) Colormaps are removed. * (4) When pixs is transformed, it doesn't matter what color is brought * in because the alpha channel will be transparent (0) there. * (5) To avoid losing source pixels in the destination, it may be * necessary to add a border to the source pix before doing * the affine transformation. This can be any non-negative number. * (6) The input @ptad and @ptas are in a coordinate space before * the border is added. Internally, we compensate for this * before doing the affine transform on the image after the border * is added. * (7) The default setting for the border values in the alpha channel * is 0 (transparent) for the outermost ring of pixels and * (0.5 * fract * 255) for the second ring. When blended over * a second image, this * (a) shrinks the visible image to make a clean overlap edge * with an image below, and * (b) softens the edges by weakening the aliasing there. * Use l_setAlphaMaskBorder() to change these values. * (8) A subtle use of gamma correction is to remove gamma correction * before scaling and restore it afterwards. This is done * by sandwiching this function between a gamma/inverse-gamma * photometric transform: * pixt = pixGammaTRCWithAlpha(NULL, pixs, 1.0 / gamma, 0, 255); * pixd = pixAffinePtaWithAlpha(pixg, ptad, ptas, NULL, * fract, border); * pixGammaTRCWithAlpha(pixd, pixd, gamma, 0, 255); * pixDestroy(&pixt); * This has the side-effect of producing artifacts in the very * dark regions. */ PIX * pixAffinePtaWithAlpha(PIX *pixs, PTA *ptad, PTA *ptas, PIX *pixg, l_float32 fract, l_int32 border) { l_int32 ws, hs, d; PIX *pixd, *pixb1, *pixb2, *pixg2, *pixga; PTA *ptad2, *ptas2; PROCNAME("pixAffinePtaWithAlpha"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &ws, &hs, &d); if (d != 32 && pixGetColormap(pixs) == NULL) return (PIX *)ERROR_PTR("pixs not cmapped or 32 bpp", procName, NULL); if (pixg && pixGetDepth(pixg) != 8) { L_WARNING("pixg not 8 bpp; using @fract transparent alpha\n", procName); pixg = NULL; } if (!pixg && (fract < 0.0 || fract > 1.0)) { L_WARNING("invalid fract; using 1.0 (fully transparent)\n", procName); fract = 1.0; } if (!pixg && fract == 0.0) L_WARNING("fully opaque alpha; image will not be blended\n", procName); if (!ptad) return (PIX *)ERROR_PTR("ptad not defined", procName, NULL); if (!ptas) return (PIX *)ERROR_PTR("ptas not defined", procName, NULL); /* Add border; the color doesn't matter */ pixb1 = pixAddBorder(pixs, border, 0); /* Transform the ptr arrays to work on the bordered image */ ptad2 = ptaTransform(ptad, border, border, 1.0, 1.0); ptas2 = ptaTransform(ptas, border, border, 1.0, 1.0); /* Do separate affine transform of rgb channels of pixs and of pixg */ pixd = pixAffinePtaColor(pixb1, ptad2, ptas2, 0); if (!pixg) { pixg2 = pixCreate(ws, hs, 8); if (fract == 1.0) pixSetAll(pixg2); else pixSetAllArbitrary(pixg2, (l_int32)(255.0 * fract)); } else { pixg2 = pixResizeToMatch(pixg, NULL, ws, hs); } if (ws > 10 && hs > 10) { /* see note 7 */ pixSetBorderRingVal(pixg2, 1, (l_int32)(255.0 * fract * AlphaMaskBorderVals[0])); pixSetBorderRingVal(pixg2, 2, (l_int32)(255.0 * fract * AlphaMaskBorderVals[1])); } pixb2 = pixAddBorder(pixg2, border, 0); /* must be black border */ pixga = pixAffinePtaGray(pixb2, ptad2, ptas2, 0); pixSetRGBComponent(pixd, pixga, L_ALPHA_CHANNEL); pixSetSpp(pixd, 4); pixDestroy(&pixg2); pixDestroy(&pixb1); pixDestroy(&pixb2); pixDestroy(&pixga); ptaDestroy(&ptad2); ptaDestroy(&ptas2); return pixd; } /*-------------------------------------------------------------* * Affine coordinate transformation * *-------------------------------------------------------------*/ /*! * getAffineXformCoeffs() * * Input: ptas (source 3 points; unprimed) * ptad (transformed 3 points; primed) * &vc ( vector of coefficients of transform) * Return: 0 if OK; 1 on error * * We have a set of six equations, describing the affine * transformation that takes 3 points (ptas) into 3 other * points (ptad). These equations are: * * x1' = c[0]*x1 + c[1]*y1 + c[2] * y1' = c[3]*x1 + c[4]*y1 + c[5] * x2' = c[0]*x2 + c[1]*y2 + c[2] * y2' = c[3]*x2 + c[4]*y2 + c[5] * x3' = c[0]*x3 + c[1]*y3 + c[2] * y3' = c[3]*x3 + c[4]*y3 + c[5] * * This can be represented as * * AC = B * * where B and C are column vectors * * B = [ x1' y1' x2' y2' x3' y3' ] * C = [ c[0] c[1] c[2] c[3] c[4] c[5] c[6] ] * * and A is the 6x6 matrix * * x1 y1 1 0 0 0 * 0 0 0 x1 y1 1 * x2 y2 1 0 0 0 * 0 0 0 x2 y2 1 * x3 y3 1 0 0 0 * 0 0 0 x3 y3 1 * * These six equations are solved here for the coefficients C. * * These six coefficients can then be used to find the dest * point (x',y') corresponding to any src point (x,y), according * to the equations * * x' = c[0]x + c[1]y + c[2] * y' = c[3]x + c[4]y + c[5] * * that are implemented in affineXformPt(). * * !!!!!!!!!!!!!!!!!! Very important !!!!!!!!!!!!!!!!!!!!!! * * When the affine transform is composed from a set of simple * operations such as translation, scaling and rotation, * it is built in a form to convert from the un-transformed src * point to the transformed dest point. However, when an * affine transform is used on images, it is used in an inverted * way: it converts from the transformed dest point to the * un-transformed src point. So, for example, if you transform * a boxa using transform A, to transform an image in the same * way you must use the inverse of A. * * For example, if you transform a boxa with a 3x3 affine matrix * 'mat', the analogous image transformation must use 'matinv': * * boxad = boxaAffineTransform(boxas, mat); * affineInvertXform(mat, &matinv); * pixd = pixAffine(pixs, matinv, L_BRING_IN_WHITE); * * !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! */ l_int32 getAffineXformCoeffs(PTA *ptas, PTA *ptad, l_float32 **pvc) { l_int32 i; l_float32 x1, y1, x2, y2, x3, y3; l_float32 *b; /* rhs vector of primed coords X'; coeffs returned in *pvc */ l_float32 *a[6]; /* 6x6 matrix A */ PROCNAME("getAffineXformCoeffs"); if (!ptas) return ERROR_INT("ptas not defined", procName, 1); if (!ptad) return ERROR_INT("ptad not defined", procName, 1); if (!pvc) return ERROR_INT("&vc not defined", procName, 1); if ((b = (l_float32 *)CALLOC(6, sizeof(l_float32))) == NULL) return ERROR_INT("b not made", procName, 1); *pvc = b; ptaGetPt(ptas, 0, &x1, &y1); ptaGetPt(ptas, 1, &x2, &y2); ptaGetPt(ptas, 2, &x3, &y3); ptaGetPt(ptad, 0, &b[0], &b[1]); ptaGetPt(ptad, 1, &b[2], &b[3]); ptaGetPt(ptad, 2, &b[4], &b[5]); for (i = 0; i < 6; i++) if ((a[i] = (l_float32 *)CALLOC(6, sizeof(l_float32))) == NULL) return ERROR_INT("a[i] not made", procName, 1); a[0][0] = x1; a[0][1] = y1; a[0][2] = 1.; a[1][3] = x1; a[1][4] = y1; a[1][5] = 1.; a[2][0] = x2; a[2][1] = y2; a[2][2] = 1.; a[3][3] = x2; a[3][4] = y2; a[3][5] = 1.; a[4][0] = x3; a[4][1] = y3; a[4][2] = 1.; a[5][3] = x3; a[5][4] = y3; a[5][5] = 1.; gaussjordan(a, b, 6); for (i = 0; i < 6; i++) FREE(a[i]); return 0; } /*! * affineInvertXform() * * Input: vc (vector of 6 coefficients) * *vci ( inverted transform) * Return: 0 if OK; 1 on error * * Notes: * (1) The 6 affine transform coefficients are the first * two rows of a 3x3 matrix where the last row has * only a 1 in the third column. We invert this * using gaussjordan(), and select the first 2 rows * as the coefficients of the inverse affine transform. * (2) Alternatively, we can find the inverse transform * coefficients by inverting the 2x2 submatrix, * and treating the top 2 coefficients in the 3rd column as * a RHS vector for that 2x2 submatrix. Then the * 6 inverted transform coefficients are composed of * the inverted 2x2 submatrix and the negative of the * transformed RHS vector. Why is this so? We have * Y = AX + R (2 equations in 6 unknowns) * Then * X = A'Y - A'R * Gauss-jordan solves * AF = R * and puts the solution for F, which is A'R, * into the input R vector. * */ l_int32 affineInvertXform(l_float32 *vc, l_float32 **pvci) { l_int32 i; l_float32 *vci; l_float32 *a[3]; l_float32 b[3] = {1.0, 1.0, 1.0}; /* anything; results ignored */ PROCNAME("affineInvertXform"); if (!pvci) return ERROR_INT("&vci not defined", procName, 1); *pvci = NULL; if (!vc) return ERROR_INT("vc not defined", procName, 1); for (i = 0; i < 3; i++) a[i] = (l_float32 *)CALLOC(3, sizeof(l_float32)); a[0][0] = vc[0]; a[0][1] = vc[1]; a[0][2] = vc[2]; a[1][0] = vc[3]; a[1][1] = vc[4]; a[1][2] = vc[5]; a[2][2] = 1.0; gaussjordan(a, b, 3); /* now matrix a contains the inverse */ vci = (l_float32 *)CALLOC(6, sizeof(l_float32)); *pvci = vci; vci[0] = a[0][0]; vci[1] = a[0][1]; vci[2] = a[0][2]; vci[3] = a[1][0]; vci[4] = a[1][1]; vci[5] = a[1][2]; #if 0 /* Alternative version, inverting a 2x2 matrix */ for (i = 0; i < 2; i++) a[i] = (l_float32 *)CALLOC(2, sizeof(l_float32)); a[0][0] = vc[0]; a[0][1] = vc[1]; a[1][0] = vc[3]; a[1][1] = vc[4]; b[0] = vc[2]; b[1] = vc[5]; gaussjordan(a, b, 2); /* now matrix a contains the inverse */ vci = (l_float32 *)CALLOC(6, sizeof(l_float32)); *pvci = vci; vci[0] = a[0][0]; vci[1] = a[0][1]; vci[2] = -b[0]; /* note sign */ vci[3] = a[1][0]; vci[4] = a[1][1]; vci[5] = -b[1]; /* note sign */ #endif return 0; } /*! * affineXformSampledPt() * * Input: vc (vector of 6 coefficients) * (x, y) (initial point) * (&xp, &yp) ( transformed point) * Return: 0 if OK; 1 on error * * Notes: * (1) This finds the nearest pixel coordinates of the transformed point. * (2) It does not check ptrs for returned data! */ l_int32 affineXformSampledPt(l_float32 *vc, l_int32 x, l_int32 y, l_int32 *pxp, l_int32 *pyp) { PROCNAME("affineXformSampledPt"); if (!vc) return ERROR_INT("vc not defined", procName, 1); *pxp = (l_int32)(vc[0] * x + vc[1] * y + vc[2] + 0.5); *pyp = (l_int32)(vc[3] * x + vc[4] * y + vc[5] + 0.5); return 0; } /*! * affineXformPt() * * Input: vc (vector of 6 coefficients) * (x, y) (initial point) * (&xp, &yp) ( transformed point) * Return: 0 if OK; 1 on error * * Notes: * (1) This computes the floating point location of the transformed point. * (2) It does not check ptrs for returned data! */ l_int32 affineXformPt(l_float32 *vc, l_int32 x, l_int32 y, l_float32 *pxp, l_float32 *pyp) { PROCNAME("affineXformPt"); if (!vc) return ERROR_INT("vc not defined", procName, 1); *pxp = vc[0] * x + vc[1] * y + vc[2]; *pyp = vc[3] * x + vc[4] * y + vc[5]; return 0; } /*-------------------------------------------------------------* * Interpolation helper functions * *-------------------------------------------------------------*/ /*! * linearInterpolatePixelColor() * * Input: datas (ptr to beginning of image data) * wpls (32-bit word/line for this data array) * w, h (of image) * x, y (floating pt location for evaluation) * colorval (color brought in from the outside when the * input x,y location is outside the image; * in 0xrrggbb00 format)) * &val ( interpolated color value) * Return: 0 if OK, 1 on error * * Notes: * (1) This is a standard linear interpolation function. It is * equivalent to area weighting on each component, and * avoids "jaggies" when rendering sharp edges. */ l_int32 linearInterpolatePixelColor(l_uint32 *datas, l_int32 wpls, l_int32 w, l_int32 h, l_float32 x, l_float32 y, l_uint32 colorval, l_uint32 *pval) { l_int32 xpm, ypm, xp, xp2, yp, xf, yf; l_int32 rval, gval, bval; l_uint32 word00, word01, word10, word11; l_uint32 *lines; PROCNAME("linearInterpolatePixelColor"); if (!pval) return ERROR_INT("&val not defined", procName, 1); *pval = colorval; if (!datas) return ERROR_INT("datas not defined", procName, 1); /* Skip if off the edge */ if (x < 0.0 || y < 0.0 || x >= w || y >= h) return 0; xpm = (l_int32)(16.0 * x); ypm = (l_int32)(16.0 * y); xp = xpm >> 4; xp2 = xp + 1 < w ? xp + 1 : xp; yp = ypm >> 4; if (yp + 1 >= h) wpls = 0; xf = xpm & 0x0f; yf = ypm & 0x0f; #if DEBUG if (xf < 0 || yf < 0) fprintf(stderr, "xp = %d, yp = %d, xf = %d, yf = %d\n", xp, yp, xf, yf); #endif /* DEBUG */ /* Do area weighting (eqiv. to linear interpolation) */ lines = datas + yp * wpls; word00 = *(lines + xp); word10 = *(lines + xp2); word01 = *(lines + wpls + xp); word11 = *(lines + wpls + xp2); rval = ((16 - xf) * (16 - yf) * ((word00 >> L_RED_SHIFT) & 0xff) + xf * (16 - yf) * ((word10 >> L_RED_SHIFT) & 0xff) + (16 - xf) * yf * ((word01 >> L_RED_SHIFT) & 0xff) + xf * yf * ((word11 >> L_RED_SHIFT) & 0xff)) / 256; gval = ((16 - xf) * (16 - yf) * ((word00 >> L_GREEN_SHIFT) & 0xff) + xf * (16 - yf) * ((word10 >> L_GREEN_SHIFT) & 0xff) + (16 - xf) * yf * ((word01 >> L_GREEN_SHIFT) & 0xff) + xf * yf * ((word11 >> L_GREEN_SHIFT) & 0xff)) / 256; bval = ((16 - xf) * (16 - yf) * ((word00 >> L_BLUE_SHIFT) & 0xff) + xf * (16 - yf) * ((word10 >> L_BLUE_SHIFT) & 0xff) + (16 - xf) * yf * ((word01 >> L_BLUE_SHIFT) & 0xff) + xf * yf * ((word11 >> L_BLUE_SHIFT) & 0xff)) / 256; *pval = (rval << L_RED_SHIFT) | (gval << L_GREEN_SHIFT) | (bval << L_BLUE_SHIFT); return 0; } /*! * linearInterpolatePixelGray() * * Input: datas (ptr to beginning of image data) * wpls (32-bit word/line for this data array) * w, h (of image) * x, y (floating pt location for evaluation) * grayval (color brought in from the outside when the * input x,y location is outside the image) * &val ( interpolated gray value) * Return: 0 if OK, 1 on error * * Notes: * (1) This is a standard linear interpolation function. It is * equivalent to area weighting on each component, and * avoids "jaggies" when rendering sharp edges. */ l_int32 linearInterpolatePixelGray(l_uint32 *datas, l_int32 wpls, l_int32 w, l_int32 h, l_float32 x, l_float32 y, l_int32 grayval, l_int32 *pval) { l_int32 xpm, ypm, xp, xp2, yp, xf, yf, v00, v10, v01, v11; l_uint32 *lines; PROCNAME("linearInterpolatePixelGray"); if (!pval) return ERROR_INT("&val not defined", procName, 1); *pval = grayval; if (!datas) return ERROR_INT("datas not defined", procName, 1); /* Skip if really off the edge */ if (x < 0.0 || y < 0.0 || x >= w || y >= h) return 0; xpm = (l_int32)(16.0 * x); ypm = (l_int32)(16.0 * y); xp = xpm >> 4; xp2 = xp + 1 < w ? xp + 1 : xp; yp = ypm >> 4; if (yp + 1 >= h) wpls = 0; xf = xpm & 0x0f; yf = ypm & 0x0f; #if DEBUG if (xf < 0 || yf < 0) fprintf(stderr, "xp = %d, yp = %d, xf = %d, yf = %d\n", xp, yp, xf, yf); #endif /* DEBUG */ /* Interpolate by area weighting. */ lines = datas + yp * wpls; v00 = (16 - xf) * (16 - yf) * GET_DATA_BYTE(lines, xp); v10 = xf * (16 - yf) * GET_DATA_BYTE(lines, xp2); v01 = (16 - xf) * yf * GET_DATA_BYTE(lines + wpls, xp); v11 = xf * yf * GET_DATA_BYTE(lines + wpls, xp2); *pval = (v00 + v01 + v10 + v11) / 256; return 0; } /*-------------------------------------------------------------* * Gauss-jordan linear equation solver * *-------------------------------------------------------------*/ #define SWAP(a,b) {temp = (a); (a) = (b); (b) = temp;} /*! * gaussjordan() * * Input: a (n x n matrix) * b (rhs column vector) * n (dimension) * Return: 0 if ok, 1 on error * * Note side effects: * (1) the matrix a is transformed to its inverse * (2) the vector b is transformed to the solution X to the * linear equation AX = B * * Adapted from "Numerical Recipes in C, Second Edition", 1992 * pp. 36-41 (gauss-jordan elimination) */ l_int32 gaussjordan(l_float32 **a, l_float32 *b, l_int32 n) { l_int32 i, icol, irow, j, k, l, ll; l_int32 *indexc, *indexr, *ipiv; l_float32 big, dum, pivinv, temp; PROCNAME("gaussjordan"); if (!a) return ERROR_INT("a not defined", procName, 1); if (!b) return ERROR_INT("b not defined", procName, 1); if ((indexc = (l_int32 *)CALLOC(n, sizeof(l_int32))) == NULL) return ERROR_INT("indexc not made", procName, 1); if ((indexr = (l_int32 *)CALLOC(n, sizeof(l_int32))) == NULL) return ERROR_INT("indexr not made", procName, 1); if ((ipiv = (l_int32 *)CALLOC(n, sizeof(l_int32))) == NULL) return ERROR_INT("ipiv not made", procName, 1); for (i = 0; i < n; i++) { big = 0.0; for (j = 0; j < n; j++) { if (ipiv[j] != 1) for (k = 0; k < n; k++) { if (ipiv[k] == 0) { if (fabs(a[j][k]) >= big) { big = fabs(a[j][k]); irow = j; icol = k; } } else if (ipiv[k] > 1) { return ERROR_INT("singular matrix", procName, 1); } } } ++(ipiv[icol]); if (irow != icol) { for (l = 0; l < n; l++) SWAP(a[irow][l], a[icol][l]); SWAP(b[irow], b[icol]); } indexr[i] = irow; indexc[i] = icol; if (a[icol][icol] == 0.0) return ERROR_INT("singular matrix", procName, 1); pivinv = 1.0 / a[icol][icol]; a[icol][icol] = 1.0; for (l = 0; l < n; l++) a[icol][l] *= pivinv; b[icol] *= pivinv; for (ll = 0; ll < n; ll++) if (ll != icol) { dum = a[ll][icol]; a[ll][icol] = 0.0; for (l = 0; l < n; l++) a[ll][l] -= a[icol][l] * dum; b[ll] -= b[icol] * dum; } } for (l = n - 1; l >= 0; l--) { if (indexr[l] != indexc[l]) for (k = 0; k < n; k++) SWAP(a[k][indexr[l]], a[k][indexc[l]]); } FREE(indexr); FREE(indexc); FREE(ipiv); return 0; } /*-------------------------------------------------------------* * Sequential affine image transformation * *-------------------------------------------------------------*/ /*! * pixAffineSequential() * * Input: pixs * ptad (3 pts of final coordinate space) * ptas (3 pts of initial coordinate space) * bw (pixels of additional border width during computation) * bh (pixels of additional border height during computation) * Return: pixd, or null on error * * Notes: * (1) The 3 pts must not be collinear. * (2) The 3 pts must be given in this order: * - origin * - a location along the x-axis * - a location along the y-axis. * (3) You must guess how much border must be added so that no * pixels are lost in the transformations from src to * dest coordinate space. (This can be calculated but it * is a lot of work!) For coordinate spaces that are nearly * at right angles, on a 300 ppi scanned page, the addition * of 1000 pixels on each side is usually sufficient. * (4) This is here for pedagogical reasons. It is about 3x faster * on 1 bpp images than pixAffineSampled(), but the results * on text are much inferior. */ PIX * pixAffineSequential(PIX *pixs, PTA *ptad, PTA *ptas, l_int32 bw, l_int32 bh) { l_int32 x1, y1, x2, y2, x3, y3; /* ptas */ l_int32 x1p, y1p, x2p, y2p, x3p, y3p; /* ptad */ l_int32 x1sc, y1sc; /* scaled origin */ l_float32 x2s, x2sp, scalex, scaley; l_float32 th3, th3p, ph2, ph2p; l_float32 rad2deg; PIX *pixt1, *pixt2, *pixd; PROCNAME("pixAffineSequential"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!ptas) return (PIX *)ERROR_PTR("ptas not defined", procName, NULL); if (!ptad) return (PIX *)ERROR_PTR("ptad not defined", procName, NULL); if (ptaGetCount(ptas) != 3) return (PIX *)ERROR_PTR("ptas count not 3", procName, NULL); if (ptaGetCount(ptad) != 3) return (PIX *)ERROR_PTR("ptad count not 3", procName, NULL); ptaGetIPt(ptas, 0, &x1, &y1); ptaGetIPt(ptas, 1, &x2, &y2); ptaGetIPt(ptas, 2, &x3, &y3); ptaGetIPt(ptad, 0, &x1p, &y1p); ptaGetIPt(ptad, 1, &x2p, &y2p); ptaGetIPt(ptad, 2, &x3p, &y3p); rad2deg = 180. / 3.1415926535; if (y1 == y3) return (PIX *)ERROR_PTR("y1 == y3!", procName, NULL); if (y1p == y3p) return (PIX *)ERROR_PTR("y1p == y3p!", procName, NULL); if (bw != 0 || bh != 0) { /* resize all points and add border to pixs */ x1 = x1 + bw; y1 = y1 + bh; x2 = x2 + bw; y2 = y2 + bh; x3 = x3 + bw; y3 = y3 + bh; x1p = x1p + bw; y1p = y1p + bh; x2p = x2p + bw; y2p = y2p + bh; x3p = x3p + bw; y3p = y3p + bh; if ((pixt1 = pixAddBorderGeneral(pixs, bw, bw, bh, bh, 0)) == NULL) return (PIX *)ERROR_PTR("pixt1 not made", procName, NULL); } else { pixt1 = pixCopy(NULL, pixs); } /*-------------------------------------------------------------* The horizontal shear is done to move the 3rd point to the y axis. This moves the 2nd point either towards or away from the y axis, depending on whether it is above or below the x axis. That motion must be computed so that we know the angle of vertical shear to use to get the 2nd point on the x axis. We must also know the x coordinate of the 2nd point in order to compute how much scaling is required to match points on the axis. *-------------------------------------------------------------*/ /* Shear angles required to put src points on x and y axes */ th3 = atan2((l_float64)(x1 - x3), (l_float64)(y1 - y3)); x2s = (l_float32)(x2 - ((l_float32)(y1 - y2) * (x3 - x1)) / (y1 - y3)); if (x2s == (l_float32)x1) return (PIX *)ERROR_PTR("x2s == x1!", procName, NULL); ph2 = atan2((l_float64)(y1 - y2), (l_float64)(x2s - x1)); /* Shear angles required to put dest points on x and y axes. * Use the negative of these values to instead move the * src points from the axes to the actual dest position. * These values are also needed to scale the image. */ th3p = atan2((l_float64)(x1p - x3p), (l_float64)(y1p - y3p)); x2sp = (l_float32)(x2p - ((l_float32)(y1p - y2p) * (x3p - x1p)) / (y1p - y3p)); if (x2sp == (l_float32)x1p) return (PIX *)ERROR_PTR("x2sp == x1p!", procName, NULL); ph2p = atan2((l_float64)(y1p - y2p), (l_float64)(x2sp - x1p)); /* Shear image to first put src point 3 on the y axis, * and then to put src point 2 on the x axis */ pixHShearIP(pixt1, y1, th3, L_BRING_IN_WHITE); pixVShearIP(pixt1, x1, ph2, L_BRING_IN_WHITE); /* Scale image to match dest scale. The dest scale * is calculated above from the angles th3p and ph2p * that would be required to move the dest points to * the x and y axes. */ scalex = (l_float32)(x2sp - x1p) / (x2s - x1); scaley = (l_float32)(y3p - y1p) / (y3 - y1); if ((pixt2 = pixScale(pixt1, scalex, scaley)) == NULL) return (PIX *)ERROR_PTR("pixt2 not made", procName, NULL); #if DEBUG fprintf(stderr, "th3 = %5.1f deg, ph2 = %5.1f deg\n", rad2deg * th3, rad2deg * ph2); fprintf(stderr, "th3' = %5.1f deg, ph2' = %5.1f deg\n", rad2deg * th3p, rad2deg * ph2p); fprintf(stderr, "scalex = %6.3f, scaley = %6.3f\n", scalex, scaley); #endif /* DEBUG */ /*-------------------------------------------------------------* Scaling moves the 1st src point, which is the origin. It must now be moved again to coincide with the origin (1st point) of the dest. After this is done, the 2nd and 3rd points must be sheared back to the original positions of the 2nd and 3rd dest points. We use the negative of the angles that were previously computed for shearing those points in the dest image to x and y axes, and take the shears in reverse order as well. *-------------------------------------------------------------*/ /* Shift image to match dest origin. */ x1sc = (l_int32)(scalex * x1 + 0.5); /* x comp of origin after scaling */ y1sc = (l_int32)(scaley * y1 + 0.5); /* y comp of origin after scaling */ pixRasteropIP(pixt2, x1p - x1sc, y1p - y1sc, L_BRING_IN_WHITE); /* Shear image to take points 2 and 3 off the axis and * put them in the original dest position */ pixVShearIP(pixt2, x1p, -ph2p, L_BRING_IN_WHITE); pixHShearIP(pixt2, y1p, -th3p, L_BRING_IN_WHITE); if (bw != 0 || bh != 0) { if ((pixd = pixRemoveBorderGeneral(pixt2, bw, bw, bh, bh)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } else { pixd = pixClone(pixt2); } pixDestroy(&pixt1); pixDestroy(&pixt2); return pixd; } leptonica-1.70/src/fpix1.c0000644000175000017500000014065112244222176013500 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * fpix1.c * * This file has basic constructors, destructors and field accessors * for FPix, FPixa and DPix. It also has uncompressed read/write. * * FPix Create/copy/destroy * FPIX *fpixCreate() * FPIX *fpixCreateTemplate() * FPIX *fpixClone() * FPIX *fpixCopy() * l_int32 fpixResizeImageData() * void fpixDestroy() * * FPix accessors * l_int32 fpixGetDimensions() * l_int32 fpixSetDimensions() * l_int32 fpixGetWpl() * l_int32 fpixSetWpl() * l_int32 fpixGetRefcount() * l_int32 fpixChangeRefcount() * l_int32 fpixGetResolution() * l_int32 fpixSetResolution() * l_int32 fpixCopyResolution() * l_float32 *fpixGetData() * l_int32 fpixSetData() * l_int32 fpixGetPixel() * l_int32 fpixSetPixel() * * FPixa Create/copy/destroy * FPIXA *fpixaCreate() * FPIXA *fpixaCopy() * void fpixaDestroy() * * FPixa addition * l_int32 fpixaAddFPix() * static l_int32 fpixaExtendArray() * static l_int32 fpixaExtendArrayToSize() * * FPixa accessors * l_int32 fpixaGetCount() * l_int32 fpixaChangeRefcount() * FPIX *fpixaGetFPix() * l_int32 fpixaGetFPixDimensions() * l_int32 fpixaGetPixel() * l_int32 fpixaSetPixel() * * DPix Create/copy/destroy * DPIX *dpixCreate() * DPIX *dpixCreateTemplate() * DPIX *dpixClone() * DPIX *dpixCopy() * l_int32 dpixResizeImageData() * void dpixDestroy() * * DPix accessors * l_int32 dpixGetDimensions() * l_int32 dpixSetDimensions() * l_int32 dpixGetWpl() * l_int32 dpixSetWpl() * l_int32 dpixGetRefcount() * l_int32 dpixChangeRefcount() * l_int32 dpixGetResolution() * l_int32 dpixSetResolution() * l_int32 dpixCopyResolution() * l_float64 *dpixGetData() * l_int32 dpixSetData() * l_int32 dpixGetPixel() * l_int32 dpixSetPixel() * * FPix serialized I/O * FPIX *fpixRead() * FPIX *fpixReadStream() * l_int32 fpixWrite() * l_int32 fpixWriteStream() * FPIX *fpixEndianByteSwap() * * DPix serialized I/O * DPIX *dpixRead() * DPIX *dpixReadStream() * l_int32 dpixWrite() * l_int32 dpixWriteStream() * DPIX *dpixEndianByteSwap() * * Print FPix (subsampled, for debugging) * l_int32 fpixPrintStream() */ #include #include "allheaders.h" static const l_int32 INITIAL_PTR_ARRAYSIZE = 20; /* must be > 0 */ /* Static functions */ static l_int32 fpixaExtendArray(FPIXA *fpixa); static l_int32 fpixaExtendArrayToSize(FPIXA *fpixa, l_int32 size); /*--------------------------------------------------------------------* * FPix Create/copy/destroy * *--------------------------------------------------------------------*/ /*! * fpixCreate() * * Input: width, height * Return: fpixd (with data allocated and initialized to 0), * or null on error * * Notes: * (1) Makes a FPix of specified size, with the data array * allocated and initialized to 0. */ FPIX * fpixCreate(l_int32 width, l_int32 height) { l_float32 *data; l_uint64 bignum; FPIX *fpixd; PROCNAME("fpixCreate"); if (width <= 0) return (FPIX *)ERROR_PTR("width must be > 0", procName, NULL); if (height <= 0) return (FPIX *)ERROR_PTR("height must be > 0", procName, NULL); /* Avoid overflow in malloc arg, malicious or otherwise */ bignum = 4L * width * height; /* max number of bytes requested */ if (bignum > ((1LL << 31) - 1)) { L_ERROR("requested w = %d, h = %d\n", procName, width, height); return (FPIX *)ERROR_PTR("requested bytes >= 2^31", procName, NULL); } if ((fpixd = (FPIX *)CALLOC(1, sizeof(FPIX))) == NULL) return (FPIX *)ERROR_PTR("CALLOC fail for fpixd", procName, NULL); fpixSetDimensions(fpixd, width, height); fpixSetWpl(fpixd, width); /* 4-byte words */ fpixd->refcount = 1; data = (l_float32 *)CALLOC(width * height, sizeof(l_float32)); if (!data) return (FPIX *)ERROR_PTR("CALLOC fail for data", procName, NULL); fpixSetData(fpixd, data); return fpixd; } /*! * fpixCreateTemplate() * * Input: fpixs * Return: fpixd, or null on error * * Notes: * (1) Makes a FPix of the same size as the input FPix, with the * data array allocated and initialized to 0. * (2) Copies the resolution. */ FPIX * fpixCreateTemplate(FPIX *fpixs) { l_int32 w, h; FPIX *fpixd; PROCNAME("fpixCreateTemplate"); if (!fpixs) return (FPIX *)ERROR_PTR("fpixs not defined", procName, NULL); fpixGetDimensions(fpixs, &w, &h); fpixd = fpixCreate(w, h); fpixCopyResolution(fpixd, fpixs); return fpixd; } /*! * fpixClone() * * Input: fpix * Return: same fpix (ptr), or null on error * * Notes: * (1) See pixClone() for definition and usage. */ FPIX * fpixClone(FPIX *fpix) { PROCNAME("fpixClone"); if (!fpix) return (FPIX *)ERROR_PTR("fpix not defined", procName, NULL); fpixChangeRefcount(fpix, 1); return fpix; } /*! * fpixCopy() * * Input: fpixd (; can be null, or equal to fpixs, * or different from fpixs) * fpixs * Return: fpixd, or null on error * * Notes: * (1) There are three cases: * (a) fpixd == null (makes a new fpix; refcount = 1) * (b) fpixd == fpixs (no-op) * (c) fpixd != fpixs (data copy; no change in refcount) * If the refcount of fpixd > 1, case (c) will side-effect * these handles. * (2) The general pattern of use is: * fpixd = fpixCopy(fpixd, fpixs); * This will work for all three cases. * For clarity when the case is known, you can use: * (a) fpixd = fpixCopy(NULL, fpixs); * (c) fpixCopy(fpixd, fpixs); * (3) For case (c), we check if fpixs and fpixd are the same size. * If so, the data is copied directly. * Otherwise, the data is reallocated to the correct size * and the copy proceeds. The refcount of fpixd is unchanged. * (4) This operation, like all others that may involve a pre-existing * fpixd, will side-effect any existing clones of fpixd. */ FPIX * fpixCopy(FPIX *fpixd, /* can be null */ FPIX *fpixs) { l_int32 w, h, bytes; l_float32 *datas, *datad; PROCNAME("fpixCopy"); if (!fpixs) return (FPIX *)ERROR_PTR("fpixs not defined", procName, NULL); if (fpixs == fpixd) return fpixd; /* Total bytes in image data */ fpixGetDimensions(fpixs, &w, &h); bytes = 4 * w * h; /* If we're making a new fpix ... */ if (!fpixd) { if ((fpixd = fpixCreateTemplate(fpixs)) == NULL) return (FPIX *)ERROR_PTR("fpixd not made", procName, NULL); datas = fpixGetData(fpixs); datad = fpixGetData(fpixd); memcpy((char *)datad, (char *)datas, bytes); return fpixd; } /* Reallocate image data if sizes are different */ fpixResizeImageData(fpixd, fpixs); /* Copy data */ fpixCopyResolution(fpixd, fpixs); datas = fpixGetData(fpixs); datad = fpixGetData(fpixd); memcpy((char*)datad, (char*)datas, bytes); return fpixd; } /*! * fpixResizeImageData() * * Input: fpixd, fpixs * Return: 0 if OK, 1 on error * * Notes: * (1) If the data sizes differ, this destroys the existing * data in fpixd and allocates a new, uninitialized, data array * of the same size as the data in fpixs. Otherwise, this * doesn't do anything. */ l_int32 fpixResizeImageData(FPIX *fpixd, FPIX *fpixs) { l_int32 ws, hs, wd, hd, bytes; l_float32 *data; PROCNAME("fpixResizeImageData"); if (!fpixs) return ERROR_INT("fpixs not defined", procName, 1); if (!fpixd) return ERROR_INT("fpixd not defined", procName, 1); fpixGetDimensions(fpixs, &ws, &hs); fpixGetDimensions(fpixd, &wd, &hd); if (ws == wd && hs == hd) /* nothing to do */ return 0; fpixSetDimensions(fpixd, ws, hs); fpixSetWpl(fpixd, ws); bytes = 4 * ws * hs; data = fpixGetData(fpixd); if (data) FREE(data); if ((data = (l_float32 *)MALLOC(bytes)) == NULL) return ERROR_INT("MALLOC fail for data", procName, 1); fpixSetData(fpixd, data); return 0; } /*! * fpixDestroy() * * Input: &fpix * Return: void * * Notes: * (1) Decrements the ref count and, if 0, destroys the fpix. * (2) Always nulls the input ptr. */ void fpixDestroy(FPIX **pfpix) { l_float32 *data; FPIX *fpix; PROCNAME("fpixDestroy"); if (!pfpix) { L_WARNING("ptr address is null!\n", procName); return; } if ((fpix = *pfpix) == NULL) return; /* Decrement the ref count. If it is 0, destroy the fpix. */ fpixChangeRefcount(fpix, -1); if (fpixGetRefcount(fpix) <= 0) { if ((data = fpixGetData(fpix)) != NULL) FREE(data); FREE(fpix); } *pfpix = NULL; return; } /*--------------------------------------------------------------------* * FPix Accessors * *--------------------------------------------------------------------*/ /*! * fpixGetDimensions() * * Input: fpix * &w, &h (; each can be null) * Return: 0 if OK, 1 on error */ l_int32 fpixGetDimensions(FPIX *fpix, l_int32 *pw, l_int32 *ph) { PROCNAME("fpixGetDimensions"); if (!fpix) return ERROR_INT("fpix not defined", procName, 1); if (pw) *pw = fpix->w; if (ph) *ph = fpix->h; return 0; } /*! * fpixSetDimensions() * * Input: fpix * w, h * Return: 0 if OK, 1 on error */ l_int32 fpixSetDimensions(FPIX *fpix, l_int32 w, l_int32 h) { PROCNAME("fpixSetDimensions"); if (!fpix) return ERROR_INT("fpix not defined", procName, 1); fpix->w = w; fpix->h = h; return 0; } l_int32 fpixGetWpl(FPIX *fpix) { PROCNAME("fpixGetWpl"); if (!fpix) return ERROR_INT("fpix not defined", procName, UNDEF); return fpix->wpl; } l_int32 fpixSetWpl(FPIX *fpix, l_int32 wpl) { PROCNAME("fpixSetWpl"); if (!fpix) return ERROR_INT("fpix not defined", procName, 1); fpix->wpl = wpl; return 0; } l_int32 fpixGetRefcount(FPIX *fpix) { PROCNAME("fpixGetRefcount"); if (!fpix) return ERROR_INT("fpix not defined", procName, UNDEF); return fpix->refcount; } l_int32 fpixChangeRefcount(FPIX *fpix, l_int32 delta) { PROCNAME("fpixChangeRefcount"); if (!fpix) return ERROR_INT("fpix not defined", procName, 1); fpix->refcount += delta; return 0; } l_int32 fpixGetResolution(FPIX *fpix, l_int32 *pxres, l_int32 *pyres) { PROCNAME("fpixGetResolution"); if (!fpix) return ERROR_INT("fpix not defined", procName, 1); if (pxres) *pxres = fpix->xres; if (pyres) *pyres = fpix->yres; return 0; } l_int32 fpixSetResolution(FPIX *fpix, l_int32 xres, l_int32 yres) { PROCNAME("fpixSetResolution"); if (!fpix) return ERROR_INT("fpix not defined", procName, 1); fpix->xres = xres; fpix->yres = yres; return 0; } l_int32 fpixCopyResolution(FPIX *fpixd, FPIX *fpixs) { l_int32 xres, yres; PROCNAME("fpixCopyResolution"); if (!fpixs || !fpixd) return ERROR_INT("fpixs and fpixd not both defined", procName, 1); fpixGetResolution(fpixs, &xres, &yres); fpixSetResolution(fpixd, xres, yres); return 0; } l_float32 * fpixGetData(FPIX *fpix) { PROCNAME("fpixGetData"); if (!fpix) return (l_float32 *)ERROR_PTR("fpix not defined", procName, NULL); return fpix->data; } l_int32 fpixSetData(FPIX *fpix, l_float32 *data) { PROCNAME("fpixSetData"); if (!fpix) return ERROR_INT("fpix not defined", procName, 1); fpix->data = data; return 0; } /*! * fpixGetPixel() * * Input: fpix * (x,y) pixel coords * &val ( pixel value) * Return: 0 if OK; 1 on error */ l_int32 fpixGetPixel(FPIX *fpix, l_int32 x, l_int32 y, l_float32 *pval) { l_int32 w, h; PROCNAME("fpixGetPixel"); if (!pval) return ERROR_INT("pval not defined", procName, 1); *pval = 0.0; if (!fpix) return ERROR_INT("fpix not defined", procName, 1); fpixGetDimensions(fpix, &w, &h); if (x < 0 || x >= w) return ERROR_INT("x out of bounds", procName, 1); if (y < 0 || y >= h) return ERROR_INT("y out of bounds", procName, 1); *pval = *(fpix->data + y * w + x); return 0; } /*! * fpixSetPixel() * * Input: fpix * (x,y) pixel coords * val (pixel value) * Return: 0 if OK; 1 on error */ l_int32 fpixSetPixel(FPIX *fpix, l_int32 x, l_int32 y, l_float32 val) { l_int32 w, h; PROCNAME("fpixSetPixel"); if (!fpix) return ERROR_INT("fpix not defined", procName, 1); fpixGetDimensions(fpix, &w, &h); if (x < 0 || x >= w) return ERROR_INT("x out of bounds", procName, 1); if (y < 0 || y >= h) return ERROR_INT("y out of bounds", procName, 1); *(fpix->data + y * w + x) = val; return 0; } /*--------------------------------------------------------------------* * FPixa Create/copy/destroy * *--------------------------------------------------------------------*/ /*! * fpixaCreate() * * Input: n (initial number of ptrs) * Return: fpixa, or null on error */ FPIXA * fpixaCreate(l_int32 n) { FPIXA *fpixa; PROCNAME("fpixaCreate"); if (n <= 0) n = INITIAL_PTR_ARRAYSIZE; if ((fpixa = (FPIXA *)CALLOC(1, sizeof(FPIXA))) == NULL) return (FPIXA *)ERROR_PTR("pixa not made", procName, NULL); fpixa->n = 0; fpixa->nalloc = n; fpixa->refcount = 1; if ((fpixa->fpix = (FPIX **)CALLOC(n, sizeof(FPIX *))) == NULL) return (FPIXA *)ERROR_PTR("fpix ptrs not made", procName, NULL); return fpixa; } /*! * fpixaCopy() * * Input: fpixas * copyflag: * L_COPY makes a new fpixa and copies each fpix * L_CLONE gives a new ref-counted handle to the input fpixa * L_COPY_CLONE makes a new fpixa with clones of all fpix * Return: new fpixa, or null on error */ FPIXA * fpixaCopy(FPIXA *fpixa, l_int32 copyflag) { l_int32 i; FPIX *fpixc; FPIXA *fpixac; PROCNAME("fpixaCopy"); if (!fpixa) return (FPIXA *)ERROR_PTR("fpixa not defined", procName, NULL); if (copyflag == L_CLONE) { fpixaChangeRefcount(fpixa, 1); return fpixa; } if (copyflag != L_COPY && copyflag != L_COPY_CLONE) return (FPIXA *)ERROR_PTR("invalid copyflag", procName, NULL); if ((fpixac = fpixaCreate(fpixa->n)) == NULL) return (FPIXA *)ERROR_PTR("fpixac not made", procName, NULL); for (i = 0; i < fpixa->n; i++) { if (copyflag == L_COPY) fpixc = fpixaGetFPix(fpixa, i, L_COPY); else /* copy-clone */ fpixc = fpixaGetFPix(fpixa, i, L_CLONE); fpixaAddFPix(fpixac, fpixc, L_INSERT); } return fpixac; } /*! * fpixaDestroy() * * Input: &fpixa () * Return: void * * Notes: * (1) Decrements the ref count and, if 0, destroys the fpixa. * (2) Always nulls the input ptr. */ void fpixaDestroy(FPIXA **pfpixa) { l_int32 i; FPIXA *fpixa; PROCNAME("fpixaDestroy"); if (pfpixa == NULL) { L_WARNING("ptr address is NULL!\n", procName); return; } if ((fpixa = *pfpixa) == NULL) return; /* Decrement the refcount. If it is 0, destroy the pixa. */ fpixaChangeRefcount(fpixa, -1); if (fpixa->refcount <= 0) { for (i = 0; i < fpixa->n; i++) fpixDestroy(&fpixa->fpix[i]); FREE(fpixa->fpix); FREE(fpixa); } *pfpixa = NULL; return; } /*--------------------------------------------------------------------* * FPixa addition * *--------------------------------------------------------------------*/ /*! * fpixaAddFPix() * * Input: fpixa * fpix (to be added) * copyflag (L_INSERT, L_COPY, L_CLONE) * Return: 0 if OK; 1 on error */ l_int32 fpixaAddFPix(FPIXA *fpixa, FPIX *fpix, l_int32 copyflag) { l_int32 n; FPIX *fpixc; PROCNAME("fpixaAddFPix"); if (!fpixa) return ERROR_INT("fpixa not defined", procName, 1); if (!fpix) return ERROR_INT("fpix not defined", procName, 1); if (copyflag == L_INSERT) fpixc = fpix; else if (copyflag == L_COPY) fpixc = fpixCopy(NULL, fpix); else if (copyflag == L_CLONE) fpixc = fpixClone(fpix); else return ERROR_INT("invalid copyflag", procName, 1); if (!fpixc) return ERROR_INT("fpixc not made", procName, 1); n = fpixaGetCount(fpixa); if (n >= fpixa->nalloc) fpixaExtendArray(fpixa); fpixa->fpix[n] = fpixc; fpixa->n++; return 0; } /*! * fpixaExtendArray() * * Input: fpixa * Return: 0 if OK; 1 on error * * Notes: * (1) Doubles the size of the fpixa ptr array. */ static l_int32 fpixaExtendArray(FPIXA *fpixa) { PROCNAME("fpixaExtendArray"); if (!fpixa) return ERROR_INT("fpixa not defined", procName, 1); return fpixaExtendArrayToSize(fpixa, 2 * fpixa->nalloc); } /*! * fpixaExtendArrayToSize() * * Input: fpixa * Return: 0 if OK; 1 on error * * Notes: * (1) If necessary, reallocs new fpixa ptrs array to @size. */ static l_int32 fpixaExtendArrayToSize(FPIXA *fpixa, l_int32 size) { PROCNAME("fpixaExtendArrayToSize"); if (!fpixa) return ERROR_INT("fpixa not defined", procName, 1); if (size > fpixa->nalloc) { if ((fpixa->fpix = (FPIX **)reallocNew((void **)&fpixa->fpix, sizeof(FPIX *) * fpixa->nalloc, size * sizeof(FPIX *))) == NULL) return ERROR_INT("new ptr array not returned", procName, 1); fpixa->nalloc = size; } return 0; } /*--------------------------------------------------------------------* * FPixa accessors * *--------------------------------------------------------------------*/ /*! * fpixaGetCount() * * Input: fpixa * Return: count, or 0 if no pixa */ l_int32 fpixaGetCount(FPIXA *fpixa) { PROCNAME("fpixaGetCount"); if (!fpixa) return ERROR_INT("fpixa not defined", procName, 0); return fpixa->n; } /*! * fpixaChangeRefcount() * * Input: fpixa * Return: 0 if OK, 1 on error */ l_int32 fpixaChangeRefcount(FPIXA *fpixa, l_int32 delta) { PROCNAME("fpixaChangeRefcount"); if (!fpixa) return ERROR_INT("fpixa not defined", procName, 1); fpixa->refcount += delta; return 0; } /*! * fpixaGetFPix() * * Input: fpixa * index (to the index-th fpix) * accesstype (L_COPY or L_CLONE) * Return: fpix, or null on error */ FPIX * fpixaGetFPix(FPIXA *fpixa, l_int32 index, l_int32 accesstype) { PROCNAME("fpixaGetFPix"); if (!fpixa) return (FPIX *)ERROR_PTR("fpixa not defined", procName, NULL); if (index < 0 || index >= fpixa->n) return (FPIX *)ERROR_PTR("index not valid", procName, NULL); if (accesstype == L_COPY) return fpixCopy(NULL, fpixa->fpix[index]); else if (accesstype == L_CLONE) return fpixClone(fpixa->fpix[index]); else return (FPIX *)ERROR_PTR("invalid accesstype", procName, NULL); } /*! * fpixaGetFPixDimensions() * * Input: fpixa * index (to the index-th box) * &w, &h (; each can be null) * Return: 0 if OK, 1 on error */ l_int32 fpixaGetFPixDimensions(FPIXA *fpixa, l_int32 index, l_int32 *pw, l_int32 *ph) { FPIX *fpix; PROCNAME("fpixaGetFPixDimensions"); if (!fpixa) return ERROR_INT("fpixa not defined", procName, 1); if (index < 0 || index >= fpixa->n) return ERROR_INT("index not valid", procName, 1); if ((fpix = fpixaGetFPix(fpixa, index, L_CLONE)) == NULL) return ERROR_INT("fpix not found!", procName, 1); fpixGetDimensions(fpix, pw, ph); fpixDestroy(&fpix); return 0; } /*! * fpixaGetPixel() * * Input: fpixa * index (into fpixa array) * (x,y) pixel coords * &val ( pixel value) * Return: 0 if OK; 1 on error */ l_int32 fpixaGetPixel(FPIXA *fpixa, l_int32 index, l_int32 x, l_int32 y, l_float32 *pval) { l_int32 n, ret; FPIX *fpix; PROCNAME("fpixaGetPixel"); if (!pval) return ERROR_INT("pval not defined", procName, 1); *pval = 0.0; if (!fpixa) return ERROR_INT("fpixa not defined", procName, 1); n = fpixaGetCount(fpixa); if (index < 0 || index >= n) return ERROR_INT("invalid index into fpixa", procName, 1); fpix = fpixaGetFPix(fpixa, index, L_CLONE); ret = fpixGetPixel(fpix, x, y, pval); fpixDestroy(&fpix); return ret; } /*! * fpixaSetPixel() * * Input: fpixa * index (into fpixa array) * (x,y) pixel coords * val (pixel value) * Return: 0 if OK; 1 on error */ l_int32 fpixaSetPixel(FPIXA *fpixa, l_int32 index, l_int32 x, l_int32 y, l_float32 val) { l_int32 n, ret; FPIX *fpix; PROCNAME("fpixaSetPixel"); if (!fpixa) return ERROR_INT("fpixa not defined", procName, 1); n = fpixaGetCount(fpixa); if (index < 0 || index >= n) return ERROR_INT("invalid index into fpixa", procName, 1); fpix = fpixaGetFPix(fpixa, index, L_CLONE); ret = fpixSetPixel(fpix, x, y, val); fpixDestroy(&fpix); return ret; } /*--------------------------------------------------------------------* * DPix Create/copy/destroy * *--------------------------------------------------------------------*/ /*! * dpixCreate() * * Input: width, height * Return: dpix (with data allocated and initialized to 0), * or null on error * * Notes: * (1) Makes a DPix of specified size, with the data array * allocated and initialized to 0. */ DPIX * dpixCreate(l_int32 width, l_int32 height) { l_float64 *data; l_uint64 bignum; DPIX *dpix; PROCNAME("dpixCreate"); if (width <= 0) return (DPIX *)ERROR_PTR("width must be > 0", procName, NULL); if (height <= 0) return (DPIX *)ERROR_PTR("height must be > 0", procName, NULL); /* Avoid overflow in malloc arg, malicious or otherwise */ bignum = 8L * width * height; /* max number of bytes requested */ if (bignum > ((1LL << 31) - 1)) { L_ERROR("requested w = %d, h = %d\n", procName, width, height); return (DPIX *)ERROR_PTR("requested bytes >= 2^31", procName, NULL); } if ((dpix = (DPIX *)CALLOC(1, sizeof(DPIX))) == NULL) return (DPIX *)ERROR_PTR("CALLOC fail for dpix", procName, NULL); dpixSetDimensions(dpix, width, height); dpixSetWpl(dpix, width); /* 8 byte words */ dpix->refcount = 1; data = (l_float64 *)CALLOC(width * height, sizeof(l_float64)); if (!data) return (DPIX *)ERROR_PTR("CALLOC fail for data", procName, NULL); dpixSetData(dpix, data); return dpix; } /*! * dpixCreateTemplate() * * Input: dpixs * Return: dpixd, or null on error * * Notes: * (1) Makes a DPix of the same size as the input DPix, with the * data array allocated and initialized to 0. * (2) Copies the resolution. */ DPIX * dpixCreateTemplate(DPIX *dpixs) { l_int32 w, h; DPIX *dpixd; PROCNAME("dpixCreateTemplate"); if (!dpixs) return (DPIX *)ERROR_PTR("dpixs not defined", procName, NULL); dpixGetDimensions(dpixs, &w, &h); dpixd = dpixCreate(w, h); dpixCopyResolution(dpixd, dpixs); return dpixd; } /*! * dpixClone() * * Input: dpix * Return: same dpix (ptr), or null on error * * Notes: * (1) See pixClone() for definition and usage. */ DPIX * dpixClone(DPIX *dpix) { PROCNAME("dpixClone"); if (!dpix) return (DPIX *)ERROR_PTR("dpix not defined", procName, NULL); dpixChangeRefcount(dpix, 1); return dpix; } /*! * dpixCopy() * * Input: dpixd (; can be null, or equal to dpixs, * or different from dpixs) * dpixs * Return: dpixd, or null on error * * Notes: * (1) There are three cases: * (a) dpixd == null (makes a new dpix; refcount = 1) * (b) dpixd == dpixs (no-op) * (c) dpixd != dpixs (data copy; no change in refcount) * If the refcount of dpixd > 1, case (c) will side-effect * these handles. * (2) The general pattern of use is: * dpixd = dpixCopy(dpixd, dpixs); * This will work for all three cases. * For clarity when the case is known, you can use: * (a) dpixd = dpixCopy(NULL, dpixs); * (c) dpixCopy(dpixd, dpixs); * (3) For case (c), we check if dpixs and dpixd are the same size. * If so, the data is copied directly. * Otherwise, the data is reallocated to the correct size * and the copy proceeds. The refcount of dpixd is unchanged. * (4) This operation, like all others that may involve a pre-existing * dpixd, will side-effect any existing clones of dpixd. */ DPIX * dpixCopy(DPIX *dpixd, /* can be null */ DPIX *dpixs) { l_int32 w, h, bytes; l_float64 *datas, *datad; PROCNAME("dpixCopy"); if (!dpixs) return (DPIX *)ERROR_PTR("dpixs not defined", procName, NULL); if (dpixs == dpixd) return dpixd; /* Total bytes in image data */ dpixGetDimensions(dpixs, &w, &h); bytes = 8 * w * h; /* If we're making a new dpix ... */ if (!dpixd) { if ((dpixd = dpixCreateTemplate(dpixs)) == NULL) return (DPIX *)ERROR_PTR("dpixd not made", procName, NULL); datas = dpixGetData(dpixs); datad = dpixGetData(dpixd); memcpy((char *)datad, (char *)datas, bytes); return dpixd; } /* Reallocate image data if sizes are different */ dpixResizeImageData(dpixd, dpixs); /* Copy data */ dpixCopyResolution(dpixd, dpixs); datas = dpixGetData(dpixs); datad = dpixGetData(dpixd); memcpy((char*)datad, (char*)datas, bytes); return dpixd; } /*! * dpixResizeImageData() * * Input: dpixd, dpixs * Return: 0 if OK, 1 on error */ l_int32 dpixResizeImageData(DPIX *dpixd, DPIX *dpixs) { l_int32 ws, hs, wd, hd, bytes; l_float64 *data; PROCNAME("dpixResizeImageData"); if (!dpixs) return ERROR_INT("dpixs not defined", procName, 1); if (!dpixd) return ERROR_INT("dpixd not defined", procName, 1); dpixGetDimensions(dpixs, &ws, &hs); dpixGetDimensions(dpixd, &wd, &hd); if (ws == wd && hs == hd) /* nothing to do */ return 0; dpixSetDimensions(dpixd, ws, hs); dpixSetWpl(dpixd, ws); /* 8 byte words */ bytes = 8 * ws * hs; data = dpixGetData(dpixd); if (data) FREE(data); if ((data = (l_float64 *)MALLOC(bytes)) == NULL) return ERROR_INT("MALLOC fail for data", procName, 1); dpixSetData(dpixd, data); return 0; } /*! * dpixDestroy() * * Input: &dpix * Return: void * * Notes: * (1) Decrements the ref count and, if 0, destroys the dpix. * (2) Always nulls the input ptr. */ void dpixDestroy(DPIX **pdpix) { l_float64 *data; DPIX *dpix; PROCNAME("dpixDestroy"); if (!pdpix) { L_WARNING("ptr address is null!\n", procName); return; } if ((dpix = *pdpix) == NULL) return; /* Decrement the ref count. If it is 0, destroy the dpix. */ dpixChangeRefcount(dpix, -1); if (dpixGetRefcount(dpix) <= 0) { if ((data = dpixGetData(dpix)) != NULL) FREE(data); FREE(dpix); } *pdpix = NULL; return; } /*--------------------------------------------------------------------* * DPix Accessors * *--------------------------------------------------------------------*/ /*! * dpixGetDimensions() * * Input: dpix * &w, &h (; each can be null) * Return: 0 if OK, 1 on error */ l_int32 dpixGetDimensions(DPIX *dpix, l_int32 *pw, l_int32 *ph) { PROCNAME("dpixGetDimensions"); if (!dpix) return ERROR_INT("dpix not defined", procName, 1); if (pw) *pw = dpix->w; if (ph) *ph = dpix->h; return 0; } /*! * dpixSetDimensions() * * Input: dpix * w, h * Return: 0 if OK, 1 on error */ l_int32 dpixSetDimensions(DPIX *dpix, l_int32 w, l_int32 h) { PROCNAME("dpixSetDimensions"); if (!dpix) return ERROR_INT("dpix not defined", procName, 1); dpix->w = w; dpix->h = h; return 0; } l_int32 dpixGetWpl(DPIX *dpix) { PROCNAME("dpixGetWpl"); if (!dpix) return ERROR_INT("dpix not defined", procName, 1); return dpix->wpl; } l_int32 dpixSetWpl(DPIX *dpix, l_int32 wpl) { PROCNAME("dpixSetWpl"); if (!dpix) return ERROR_INT("dpix not defined", procName, 1); dpix->wpl = wpl; return 0; } l_int32 dpixGetRefcount(DPIX *dpix) { PROCNAME("dpixGetRefcount"); if (!dpix) return ERROR_INT("dpix not defined", procName, UNDEF); return dpix->refcount; } l_int32 dpixChangeRefcount(DPIX *dpix, l_int32 delta) { PROCNAME("dpixChangeRefcount"); if (!dpix) return ERROR_INT("dpix not defined", procName, 1); dpix->refcount += delta; return 0; } l_int32 dpixGetResolution(DPIX *dpix, l_int32 *pxres, l_int32 *pyres) { PROCNAME("dpixGetResolution"); if (!dpix) return ERROR_INT("dpix not defined", procName, 1); if (pxres) *pxres = dpix->xres; if (pyres) *pyres = dpix->yres; return 0; } l_int32 dpixSetResolution(DPIX *dpix, l_int32 xres, l_int32 yres) { PROCNAME("dpixSetResolution"); if (!dpix) return ERROR_INT("dpix not defined", procName, 1); dpix->xres = xres; dpix->yres = yres; return 0; } l_int32 dpixCopyResolution(DPIX *dpixd, DPIX *dpixs) { l_int32 xres, yres; PROCNAME("dpixCopyResolution"); if (!dpixs || !dpixd) return ERROR_INT("dpixs and dpixd not both defined", procName, 1); dpixGetResolution(dpixs, &xres, &yres); dpixSetResolution(dpixd, xres, yres); return 0; } l_float64 * dpixGetData(DPIX *dpix) { PROCNAME("dpixGetData"); if (!dpix) return (l_float64 *)ERROR_PTR("dpix not defined", procName, NULL); return dpix->data; } l_int32 dpixSetData(DPIX *dpix, l_float64 *data) { PROCNAME("dpixSetData"); if (!dpix) return ERROR_INT("dpix not defined", procName, 1); dpix->data = data; return 0; } /*! * dpixGetPixel() * * Input: dpix * (x,y) pixel coords * &val ( pixel value) * Return: 0 if OK; 1 on error */ l_int32 dpixGetPixel(DPIX *dpix, l_int32 x, l_int32 y, l_float64 *pval) { l_int32 w, h; PROCNAME("dpixGetPixel"); if (!pval) return ERROR_INT("pval not defined", procName, 1); *pval = 0.0; if (!dpix) return ERROR_INT("dpix not defined", procName, 1); dpixGetDimensions(dpix, &w, &h); if (x < 0 || x >= w) return ERROR_INT("x out of bounds", procName, 1); if (y < 0 || y >= h) return ERROR_INT("y out of bounds", procName, 1); *pval = *(dpix->data + y * w + x); return 0; } /*! * dpixSetPixel() * * Input: dpix * (x,y) pixel coords * val (pixel value) * Return: 0 if OK; 1 on error */ l_int32 dpixSetPixel(DPIX *dpix, l_int32 x, l_int32 y, l_float64 val) { l_int32 w, h; PROCNAME("dpixSetPixel"); if (!dpix) return ERROR_INT("dpix not defined", procName, 1); dpixGetDimensions(dpix, &w, &h); if (x < 0 || x >= w) return ERROR_INT("x out of bounds", procName, 1); if (y < 0 || y >= h) return ERROR_INT("y out of bounds", procName, 1); *(dpix->data + y * w + x) = val; return 0; } /*--------------------------------------------------------------------* * FPix serialized I/O * *--------------------------------------------------------------------*/ /*! * fpixRead() * * Input: filename * Return: fpix, or null on error */ FPIX * fpixRead(const char *filename) { FILE *fp; FPIX *fpix; PROCNAME("fpixRead"); if (!filename) return (FPIX *)ERROR_PTR("filename not defined", procName, NULL); if ((fp = fopenReadStream(filename)) == NULL) return (FPIX *)ERROR_PTR("stream not opened", procName, NULL); if ((fpix = fpixReadStream(fp)) == NULL) { fclose(fp); return (FPIX *)ERROR_PTR("fpix not read", procName, NULL); } fclose(fp); return fpix; } /*! * fpixReadStream() * * Input: stream * Return: fpix, or null on error */ FPIX * fpixReadStream(FILE *fp) { char buf[256]; l_int32 w, h, nbytes, xres, yres, version; l_float32 *data; FPIX *fpix; PROCNAME("fpixReadStream"); if (!fp) return (FPIX *)ERROR_PTR("stream not defined", procName, NULL); if (fscanf(fp, "\nFPix Version %d\n", &version) != 1) return (FPIX *)ERROR_PTR("not a fpix file", procName, NULL); if (version != FPIX_VERSION_NUMBER) return (FPIX *)ERROR_PTR("invalid fpix version", procName, NULL); if (fscanf(fp, "w = %d, h = %d, nbytes = %d\n", &w, &h, &nbytes) != 3) return (FPIX *)ERROR_PTR("read fail for data size", procName, NULL); /* Use fgets() and sscanf(); not fscanf(), for the last * bit of header data before the float data. The reason is * that fscanf throws away white space, and if the float data * happens to begin with ascii character(s) that are white * space, it will swallow them and all will be lost! */ if (fgets(buf, sizeof(buf), fp) == NULL) return (FPIX *)ERROR_PTR("fgets read fail", procName, NULL); if (sscanf(buf, "xres = %d, yres = %d\n", &xres, &yres) != 2) return (FPIX *)ERROR_PTR("read fail for xres, yres", procName, NULL); if ((fpix = fpixCreate(w, h)) == NULL) return (FPIX *)ERROR_PTR("fpix not made", procName, NULL); fpixSetResolution(fpix, xres, yres); data = fpixGetData(fpix); if (fread(data, 1, nbytes, fp) != nbytes) return (FPIX *)ERROR_PTR("read error for nbytes", procName, NULL); fgetc(fp); /* ending nl */ /* Convert to little-endian if necessary */ fpixEndianByteSwap(fpix, fpix); return fpix; } /*! * fpixWrite() * * Input: filename * fpix * Return: 0 if OK, 1 on error */ l_int32 fpixWrite(const char *filename, FPIX *fpix) { FILE *fp; PROCNAME("fpixWrite"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!fpix) return ERROR_INT("fpix not defined", procName, 1); if ((fp = fopenWriteStream(filename, "wb")) == NULL) return ERROR_INT("stream not opened", procName, 1); if (fpixWriteStream(fp, fpix)) return ERROR_INT("fpix not written to stream", procName, 1); fclose(fp); return 0; } /*! * fpixWriteStream() * * Input: stream (opened for "wb") * fpix * Return: 0 if OK, 1 on error */ l_int32 fpixWriteStream(FILE *fp, FPIX *fpix) { l_int32 w, h, nbytes, xres, yres; l_float32 *data; FPIX *fpixt; PROCNAME("fpixWriteStream"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!fpix) return ERROR_INT("fpix not defined", procName, 1); /* Convert to little-endian if necessary */ fpixt = fpixEndianByteSwap(NULL, fpix); fpixGetDimensions(fpixt, &w, &h); data = fpixGetData(fpixt); nbytes = w * h * sizeof(l_float32); fpixGetResolution(fpixt, &xres, &yres); fprintf(fp, "\nFPix Version %d\n", FPIX_VERSION_NUMBER); fprintf(fp, "w = %d, h = %d, nbytes = %d\n", w, h, nbytes); fprintf(fp, "xres = %d, yres = %d\n", xres, yres); fwrite(data, 1, nbytes, fp); fprintf(fp, "\n"); fpixDestroy(&fpixt); return 0; } /*! * fpixEndianByteSwap() * * Input: fpixd (can be equal to fpixs or NULL) * fpixs * Return: fpixd always * * Notes: * (1) On big-endian hardware, this does byte-swapping on each of * the 4-byte floats in the fpix data. On little-endians, * the data is unchanged. This is used for serialization * of fpix; the data is serialized in little-endian byte * order because most hardware is little-endian. * (2) The operation can be either in-place or, if fpixd == NULL, * a new fpix is made. If not in-place, caller must catch * the returned pointer. */ FPIX * fpixEndianByteSwap(FPIX *fpixd, FPIX *fpixs) { PROCNAME("fpixEndianByteSwap"); if (!fpixs) return (FPIX *)ERROR_PTR("fpixs not defined", procName, fpixd); if (fpixd && (fpixs != fpixd)) return (FPIX *)ERROR_PTR("fpixd != fpixs", procName, fpixd); #ifdef L_BIG_ENDIAN { l_uint32 *data; l_int32 i, j, w, h; l_uint32 word; fpixGetDimensions(fpixs, &w, &h); fpixd = fpixCopy(fpixd, fpixs); /* no copy if fpixd == fpixs */ data = (l_uint32 *)fpixGetData(fpixd); for (i = 0; i < h; i++) { for (j = 0; j < w; j++, data++) { word = *data; *data = (word >> 24) | ((word >> 8) & 0x0000ff00) | ((word << 8) & 0x00ff0000) | (word << 24); } } return fpixd; } #else /* L_LITTLE_ENDIAN */ if (fpixd) return fpixd; /* no-op */ else return fpixClone(fpixs); #endif /* L_BIG_ENDIAN */ } /*--------------------------------------------------------------------* * DPix serialized I/O * *--------------------------------------------------------------------*/ /*! * dpixRead() * * Input: filename * Return: dpix, or null on error */ DPIX * dpixRead(const char *filename) { FILE *fp; DPIX *dpix; PROCNAME("dpixRead"); if (!filename) return (DPIX *)ERROR_PTR("filename not defined", procName, NULL); if ((fp = fopenReadStream(filename)) == NULL) return (DPIX *)ERROR_PTR("stream not opened", procName, NULL); if ((dpix = dpixReadStream(fp)) == NULL) { fclose(fp); return (DPIX *)ERROR_PTR("dpix not read", procName, NULL); } fclose(fp); return dpix; } /*! * dpixReadStream() * * Input: stream * Return: dpix, or null on error */ DPIX * dpixReadStream(FILE *fp) { char buf[256]; l_int32 w, h, nbytes, version, xres, yres; l_float64 *data; DPIX *dpix; PROCNAME("dpixReadStream"); if (!fp) return (DPIX *)ERROR_PTR("stream not defined", procName, NULL); if (fscanf(fp, "\nDPix Version %d\n", &version) != 1) return (DPIX *)ERROR_PTR("not a dpix file", procName, NULL); if (version != DPIX_VERSION_NUMBER) return (DPIX *)ERROR_PTR("invalid dpix version", procName, NULL); if (fscanf(fp, "w = %d, h = %d, nbytes = %d\n", &w, &h, &nbytes) != 3) return (DPIX *)ERROR_PTR("read fail for data size", procName, NULL); /* Use fgets() and sscanf(); not fscanf(), for the last * bit of header data before the float data. The reason is * that fscanf throws away white space, and if the float data * happens to begin with ascii character(s) that are white * space, it will swallow them and all will be lost! */ if (fgets(buf, sizeof(buf), fp) == NULL) return (DPIX *)ERROR_PTR("fgets read fail", procName, NULL); if (sscanf(buf, "xres = %d, yres = %d\n", &xres, &yres) != 2) return (DPIX *)ERROR_PTR("read fail for xres, yres", procName, NULL); if ((dpix = dpixCreate(w, h)) == NULL) return (DPIX *)ERROR_PTR("dpix not made", procName, NULL); dpixSetResolution(dpix, xres, yres); data = dpixGetData(dpix); if (fread(data, 1, nbytes, fp) != nbytes) return (DPIX *)ERROR_PTR("read error for nbytes", procName, NULL); fgetc(fp); /* ending nl */ /* Convert to little-endian if necessary */ dpixEndianByteSwap(dpix, dpix); return dpix; } /*! * dpixWrite() * * Input: filename * dpix * Return: 0 if OK, 1 on error */ l_int32 dpixWrite(const char *filename, DPIX *dpix) { FILE *fp; PROCNAME("dpixWrite"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!dpix) return ERROR_INT("dpix not defined", procName, 1); if ((fp = fopenWriteStream(filename, "wb")) == NULL) return ERROR_INT("stream not opened", procName, 1); if (dpixWriteStream(fp, dpix)) return ERROR_INT("dpix not written to stream", procName, 1); fclose(fp); return 0; } /*! * dpixWriteStream() * * Input: stream (opened for "wb") * dpix * Return: 0 if OK, 1 on error */ l_int32 dpixWriteStream(FILE *fp, DPIX *dpix) { l_int32 w, h, nbytes, xres, yres; l_float64 *data; DPIX *dpixt; PROCNAME("dpixWriteStream"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!dpix) return ERROR_INT("dpix not defined", procName, 1); /* Convert to little-endian if necessary */ dpixt = dpixEndianByteSwap(NULL, dpix); dpixGetDimensions(dpixt, &w, &h); dpixGetResolution(dpixt, &xres, &yres); data = dpixGetData(dpixt); nbytes = w * h * sizeof(l_float64); fprintf(fp, "\nDPix Version %d\n", DPIX_VERSION_NUMBER); fprintf(fp, "w = %d, h = %d, nbytes = %d\n", w, h, nbytes); fprintf(fp, "xres = %d, yres = %d\n", xres, yres); fwrite(data, 1, nbytes, fp); fprintf(fp, "\n"); dpixDestroy(&dpixt); return 0; } /*! * dpixEndianByteSwap() * * Input: dpixd (can be equal to dpixs or NULL) * dpixs * Return: dpixd always * * Notes: * (1) On big-endian hardware, this does byte-swapping on each of * the 4-byte words in the dpix data. On little-endians, * the data is unchanged. This is used for serialization * of dpix; the data is serialized in little-endian byte * order because most hardware is little-endian. * (2) The operation can be either in-place or, if dpixd == NULL, * a new dpix is made. If not in-place, caller must catch * the returned pointer. */ DPIX * dpixEndianByteSwap(DPIX *dpixd, DPIX *dpixs) { PROCNAME("dpixEndianByteSwap"); if (!dpixs) return (DPIX *)ERROR_PTR("dpixs not defined", procName, dpixd); if (dpixd && (dpixs != dpixd)) return (DPIX *)ERROR_PTR("dpixd != dpixs", procName, dpixd); #ifdef L_BIG_ENDIAN { l_uint32 *data; l_int32 i, j, w, h; l_uint32 word; dpixGetDimensions(dpixs, &w, &h); dpixd = dpixCopy(dpixd, dpixs); /* no copy if dpixd == dpixs */ data = (l_uint32 *)dpixGetData(dpixd); for (i = 0; i < h; i++) { for (j = 0; j < 2 * w; j++, data++) { word = *data; *data = (word >> 24) | ((word >> 8) & 0x0000ff00) | ((word << 8) & 0x00ff0000) | (word << 24); } } return dpixd; } #else /* L_LITTLE_ENDIAN */ if (dpixd) return dpixd; /* no-op */ else return dpixClone(dpixs); #endif /* L_BIG_ENDIAN */ } /*--------------------------------------------------------------------* * Print FPix (subsampled, for debugging) * *--------------------------------------------------------------------*/ /*! * fpixPrintStream() * * Input: stream * fpix * factor (subsampled) * Return: 0 if OK, 1 on error * * Notes: * (1) Subsampled printout of fpix for debugging. */ l_int32 fpixPrintStream(FILE *fp, FPIX *fpix, l_int32 factor) { l_int32 i, j, w, h, count; l_float32 val; PROCNAME("fpixPrintStream"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!fpix) return ERROR_INT("fpix not defined", procName, 1); if (factor < 1) return ERROR_INT("sampling factor < 1f", procName, 1); fpixGetDimensions(fpix, &w, &h); fprintf(fp, "\nFPix: w = %d, h = %d\n", w, h); for (i = 0; i < h; i += factor) { for (count = 0, j = 0; j < w; j += factor, count++) { fpixGetPixel(fpix, j, i, &val); fprintf(fp, "val[%d, %d] = %f ", i, j, val); if ((count + 1) % 3 == 0) fprintf(fp, "\n"); } if (count % 3) fprintf(fp, "\n"); } fprintf(fp, "\n"); return 0; } leptonica-1.70/src/colormorph.c0000640000175000017500000001113712244220253014617 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * colormorph.c * * Top-level color morphological operations * * PIX *pixColorMorph() * * Method: Algorithm by van Herk and Gil and Werman, 1992 * Apply grayscale morphological operations separately * to each component. */ #include "allheaders.h" /*-----------------------------------------------------------------* * Top-level color morphological operations * *-----------------------------------------------------------------*/ /*! * pixColorMorph() * * Input: pixs * type (L_MORPH_DILATE, L_MORPH_ERODE, L_MORPH_OPEN, * or L_MORPH_CLOSE) * hsize (of Sel; must be odd; origin implicitly in center) * vsize (ditto) * Return: pixd * * Notes: * (1) This does the morph operation on each component separately, * and recombines the result. * (2) Sel is a brick with all elements being hits. * (3) If hsize = vsize = 1, just returns a copy. */ PIX * pixColorMorph(PIX *pixs, l_int32 type, l_int32 hsize, l_int32 vsize) { PIX *pixr, *pixg, *pixb, *pixrm, *pixgm, *pixbm, *pixd; PROCNAME("pixColorMorph"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); if (type != L_MORPH_DILATE && type != L_MORPH_ERODE && type != L_MORPH_OPEN && type != L_MORPH_CLOSE) return (PIX *)ERROR_PTR("invalid morph type", procName, NULL); if (hsize < 1 || vsize < 1) return (PIX *)ERROR_PTR("hsize or vsize < 1", procName, NULL); if ((hsize & 1) == 0 ) { L_WARNING("horiz sel size must be odd; increasing by 1\n", procName); hsize++; } if ((vsize & 1) == 0 ) { L_WARNING("vert sel size must be odd; increasing by 1\n", procName); vsize++; } if (hsize == 1 && vsize == 1) return pixCopy(NULL, pixs); pixr = pixGetRGBComponent(pixs, COLOR_RED); pixg = pixGetRGBComponent(pixs, COLOR_GREEN); pixb = pixGetRGBComponent(pixs, COLOR_BLUE); if (type == L_MORPH_DILATE) { pixrm = pixDilateGray(pixr, hsize, vsize); pixgm = pixDilateGray(pixg, hsize, vsize); pixbm = pixDilateGray(pixb, hsize, vsize); } else if (type == L_MORPH_ERODE) { pixrm = pixErodeGray(pixr, hsize, vsize); pixgm = pixErodeGray(pixg, hsize, vsize); pixbm = pixErodeGray(pixb, hsize, vsize); } else if (type == L_MORPH_OPEN) { pixrm = pixOpenGray(pixr, hsize, vsize); pixgm = pixOpenGray(pixg, hsize, vsize); pixbm = pixOpenGray(pixb, hsize, vsize); } else { /* type == L_MORPH_CLOSE */ pixrm = pixCloseGray(pixr, hsize, vsize); pixgm = pixCloseGray(pixg, hsize, vsize); pixbm = pixCloseGray(pixb, hsize, vsize); } pixd = pixCreateRGBImage(pixrm, pixgm, pixbm); pixDestroy(&pixr); pixDestroy(&pixrm); pixDestroy(&pixg); pixDestroy(&pixgm); pixDestroy(&pixb); pixDestroy(&pixbm); return pixd; } leptonica-1.70/src/ptra.h0000644000175000017500000000701211707052573013422 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ #ifndef LEPTONICA_PTRA_H #define LEPTONICA_PTRA_H /* * Contains the following structs: * struct L_Ptra * struct L_Ptraa * * Contains definitions for: * L_Ptra compaction flags for removal * L_Ptra shifting flags for insert * L_Ptraa accessor flags */ /*------------------------------------------------------------------------* * Generic Ptr Array Structs * *------------------------------------------------------------------------*/ /* Generic pointer array */ struct L_Ptra { l_int32 nalloc; /* size of allocated ptr array */ l_int32 imax; /* greatest valid index */ l_int32 nactual; /* actual number of stored elements */ void **array; /* ptr array */ }; typedef struct L_Ptra L_PTRA; /* Array of generic pointer arrays */ struct L_Ptraa { l_int32 nalloc; /* size of allocated ptr array */ struct L_Ptra **ptra; /* array of ptra */ }; typedef struct L_Ptraa L_PTRAA; /*------------------------------------------------------------------------* * Array flags * *------------------------------------------------------------------------*/ /* Flags for removal from L_Ptra */ enum { L_NO_COMPACTION = 1, /* null the pointer only */ L_COMPACTION = 2 /* compact the array */ }; /* Flags for insertion into L_Ptra */ enum { L_AUTO_DOWNSHIFT = 0, /* choose based on number of holes */ L_MIN_DOWNSHIFT = 1, /* downshifts min # of ptrs below insert */ L_FULL_DOWNSHIFT = 2 /* downshifts all ptrs below insert */ }; /* Accessor flags for L_Ptraa */ enum { L_HANDLE_ONLY = 0, /* ptr to L_Ptra; caller can inspect only */ L_REMOVE = 1 /* caller owns; destroy or save in L_Ptraa */ }; #endif /* LEPTONICA_PTRA_H */ leptonica-1.70/src/writefile.c0000664000175000017500000012364612273206565014460 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * writefile.c * * High-level procedures for writing images to file: * l_int32 pixaWriteFiles() * l_int32 pixWrite() [behavior depends on WRITE_AS_NAMED] * l_int32 pixWriteStream() * l_int32 pixWriteImpliedFormat() * l_int32 pixWriteTempfile() * * Selection of output format if default is requested * l_int32 pixChooseOutputFormat() * l_int32 getImpliedFileFormat() * const char *getFormatExtension() * * Write to memory * l_int32 pixWriteMem() * * Image display for debugging * l_int32 pixDisplay() * l_int32 pixDisplayWithTitle() * l_int32 pixDisplayMultiple() * l_int32 pixDisplayWrite() * l_int32 pixDisplayWriteFormat() * l_int32 pixSaveTiled() * l_int32 pixSaveTiledOutline() * l_int32 pixSaveTiledWithText() * void l_chooseDisplayProg() * * Supported file formats: * (1) Writing is supported without any external libraries: * bmp * pnm (including pbm, pgm, etc) * spix (raw serialized) * (2) Writing is supported with installation of external libraries: * png * jpg (standard jfif version) * tiff (including most varieties of compression) * gif * webp * (3) Writing is supported through special interfaces: * ps (PostScript, in psio1.c, psio2.c): * level 1 (uncompressed) * level 2 (g4 and dct encoding: requires tiff, jpg) * level 3 (g4, dct and flate encoding: requires tiff, jpg, zlib) * pdf (PDF, in pdfio.c): * level 1 (g4 and dct encoding: requires tiff, jpg) * level 2 (g4, dct and flate encoding: requires tiff, jpg, zlib) * (4) No other output formats are supported, such as jp2 (jpeg2000) */ #include #include "allheaders.h" /* Special flag for pixWrite(). The default for both unix and */ /* windows is to use whatever filename is given, as opposed to */ /* insuring the filename extension matches the image compression. */ #define WRITE_AS_NAMED 1 /* Display program (xv, xli, xzgv, open) to be invoked by pixDisplay() */ #ifdef _WIN32 static l_int32 var_DISPLAY_PROG = L_DISPLAY_WITH_IV; /* default */ #elif defined(__APPLE__) static l_int32 var_DISPLAY_PROG = L_DISPLAY_WITH_OPEN; /* default */ #else static l_int32 var_DISPLAY_PROG = L_DISPLAY_WITH_XZGV; /* default */ #endif /* _WIN32 */ static const l_int32 L_BUF_SIZE = 512; static const l_int32 MAX_DISPLAY_WIDTH = 1000; static const l_int32 MAX_DISPLAY_HEIGHT = 800; static const l_int32 MAX_SIZE_FOR_PNG = 200; /* PostScript output for printing */ static const l_float32 DEFAULT_SCALING = 1.0; /* Global array of image file format extension names. */ /* This is in 1-1 corrspondence with format enum in imageio.h. */ /* The empty string at the end represents the serialized format, */ /* which has no recognizable extension name, but the array must */ /* be padded to agree with the format enum. */ /* (Note on 'const': The size of the array can't be defined 'const' */ /* because that makes it static. The 'const' in the definition of */ /* the array refers to the strings in the array; the ptr to the */ /* array is not const and can be used 'extern' in other files.) */ LEPT_DLL l_int32 NumImageFileFormatExtensions = 19; /* array size */ LEPT_DLL const char *ImageFileFormatExtensions[] = {"unknown", "bmp", "jpg", "png", "tif", "tif", "tif", "tif", "tif", "tif", "tif", "pnm", "ps", "gif", "jp2", "webp", "pdf", "default", ""}; /* Local map of image file name extension to output format */ struct ExtensionMap { char extension[8]; l_int32 format; }; static const struct ExtensionMap extension_map[] = { { ".bmp", IFF_BMP }, { ".jpg", IFF_JFIF_JPEG }, { ".jpeg", IFF_JFIF_JPEG }, { ".png", IFF_PNG }, { ".tif", IFF_TIFF }, { ".tiff", IFF_TIFF }, { ".pnm", IFF_PNM }, { ".gif", IFF_GIF }, { ".jp2", IFF_JP2 }, { ".ps", IFF_PS }, { ".pdf", IFF_LPDF }, { ".webp", IFF_WEBP } }; /*---------------------------------------------------------------------* * Top-level procedures for writing images to file * *---------------------------------------------------------------------*/ /*! * pixaWriteFiles() * * Input: rootname * pixa * format (defined in imageio.h; see notes for default) * Return: 0 if OK; 1 on error * * Notes: * (1) Use @format = IFF_DEFAULT to decide the output format * individually for each pix. */ l_int32 pixaWriteFiles(const char *rootname, PIXA *pixa, l_int32 format) { char bigbuf[L_BUF_SIZE]; l_int32 i, n, pixformat; PIX *pix; PROCNAME("pixaWriteFiles"); if (!rootname) return ERROR_INT("rootname not defined", procName, 1); if (!pixa) return ERROR_INT("pixa not defined", procName, 1); if (format < 0 || format == IFF_UNKNOWN || format >= NumImageFileFormatExtensions) return ERROR_INT("invalid format", procName, 1); n = pixaGetCount(pixa); for (i = 0; i < n; i++) { pix = pixaGetPix(pixa, i, L_CLONE); if (format == IFF_DEFAULT) pixformat = pixChooseOutputFormat(pix); else pixformat = format; snprintf(bigbuf, L_BUF_SIZE, "%s%03d.%s", rootname, i, ImageFileFormatExtensions[pixformat]); pixWrite(bigbuf, pix, pixformat); pixDestroy(&pix); } return 0; } /*! * pixWrite() * * Input: filename * pix * format (defined in imageio.h) * Return: 0 if OK; 1 on error * * Notes: * (1) Open for write using binary mode (with the "b" flag) * to avoid having Windows automatically translate the NL * into CRLF, which corrupts image files. On non-windows * systems this flag should be ignored, per ISO C90. * Thanks to Dave Bryan for pointing this out. * (2) If the default image format IFF_DEFAULT is requested: * use the input format if known; otherwise, use a lossless format. * (3) There are two modes with respect to file naming. * (a) The default code writes to @filename. * (b) If WRITE_AS_NAMED is defined to 0, it's a bit fancier. * Then, if @filename does not have a file extension, one is * automatically appended, depending on the requested format. * The original intent for providing option (b) was to insure * that filenames on Windows have an extension that matches * the image compression. However, this is not the default. */ l_int32 pixWrite(const char *filename, PIX *pix, l_int32 format) { char *fname; FILE *fp; PROCNAME("pixWrite"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (!filename) return ERROR_INT("filename not defined", procName, 1); if (format == IFF_JP2) return ERROR_INT("jp2 not supported", procName, 1); fname = genPathname(filename, NULL); #if WRITE_AS_NAMED /* Default */ if ((fp = fopenWriteStream(fname, "wb+")) == NULL) { FREE(fname); return ERROR_INT("stream not opened", procName, 1); } #else /* Add an extension to the output name if none exists */ {l_int32 extlen; char *extension, *filebuf; splitPathAtExtension(fname, NULL, &extension); extlen = strlen(extension); FREE(extension); if (extlen == 0) { if (format == IFF_DEFAULT || format == IFF_UNKNOWN) format = pixChooseOutputFormat(pix); filebuf = (char *)CALLOC(strlen(fname) + 10, sizeof(char)); if (!filebuf) { return ERROR_INT("filebuf not made", procName, 1); FREE(fname); } strncpy(filebuf, fname, strlen(fname)); strcat(filebuf, "."); strcat(filebuf, ImageFileFormatExtensions[format]); } else { filebuf = (char *)fname; } fp = fopenWriteStream(filebuf, "wb+"); if (filebuf != fname) FREE(filebuf); if (fp == NULL) { FREE(fname); return ERROR_INT("stream not opened", procName, 1); } } #endif /* WRITE_AS_NAMED */ FREE(fname); if (pixWriteStream(fp, pix, format)) { fclose(fp); return ERROR_INT("pix not written to stream", procName, 1); } /* Close the stream except if GIF under windows, because * EGifCloseFile() closes the windows file stream! */ if (format != IFF_GIF) fclose(fp); #ifndef _WIN32 else /* gif file */ fclose(fp); #endif /* ! _WIN32 */ return 0; } /*! * pixWriteStream() * * Input: stream * pix * format * Return: 0 if OK; 1 on error. */ l_int32 pixWriteStream(FILE *fp, PIX *pix, l_int32 format) { PROCNAME("pixWriteStream"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (format == IFF_DEFAULT) format = pixChooseOutputFormat(pix); switch(format) { case IFF_BMP: pixWriteStreamBmp(fp, pix); break; case IFF_JFIF_JPEG: /* default quality; baseline sequential */ return pixWriteStreamJpeg(fp, pix, 75, 0); break; case IFF_PNG: /* no gamma value stored */ return pixWriteStreamPng(fp, pix, 0.0); break; case IFF_TIFF: /* uncompressed */ case IFF_TIFF_PACKBITS: /* compressed, binary only */ case IFF_TIFF_RLE: /* compressed, binary only */ case IFF_TIFF_G3: /* compressed, binary only */ case IFF_TIFF_G4: /* compressed, binary only */ case IFF_TIFF_LZW: /* compressed, all depths */ case IFF_TIFF_ZIP: /* compressed, all depths */ return pixWriteStreamTiff(fp, pix, format); break; case IFF_PNM: return pixWriteStreamPnm(fp, pix); break; case IFF_GIF: return pixWriteStreamGif(fp, pix); break; case IFF_PS: return pixWriteStreamPS(fp, pix, NULL, 0, DEFAULT_SCALING); break; case IFF_JP2: return ERROR_INT("jp2 format not supported", procName, 1); break; case IFF_WEBP: return pixWriteStreamWebP(fp, pix, 80, 0); break; case IFF_LPDF: return pixWriteStreamPdf(fp, pix, 0, NULL); break; case IFF_SPIX: return pixWriteStreamSpix(fp, pix); break; default: return ERROR_INT("unknown format", procName, 1); break; } return 0; } /*! * pixWriteImpliedFormat() * * Input: filename * pix * quality (iff JPEG; 1 - 100, 0 for default) * progressive (iff JPEG; 0 for baseline seq., 1 for progressive) * Return: 0 if OK; 1 on error * * Notes: * (1) This determines the output format from the filename extension. * (2) The last two args are ignored except for requests for jpeg files. * (3) The jpeg default quality is 75. */ l_int32 pixWriteImpliedFormat(const char *filename, PIX *pix, l_int32 quality, l_int32 progressive) { l_int32 format; PROCNAME("pixWriteImpliedFormat"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!pix) return ERROR_INT("pix not defined", procName, 1); /* Determine output format */ format = getImpliedFileFormat(filename); if (format == IFF_UNKNOWN) { format = IFF_PNG; } else if (format == IFF_TIFF) { if (pixGetDepth(pix) == 1) format = IFF_TIFF_G4; else #ifdef _WIN32 format = IFF_TIFF_LZW; /* poor compression */ #else format = IFF_TIFF_ZIP; /* native windows tools can't handle this */ #endif /* _WIN32 */ } if (format == IFF_JFIF_JPEG) { quality = L_MIN(quality, 100); quality = L_MAX(quality, 0); if (progressive != 0 && progressive != 1) { progressive = 0; L_WARNING("invalid progressive; setting to baseline\n", procName); } if (quality == 0) quality = 75; pixWriteJpeg (filename, pix, quality, progressive); } else { pixWrite(filename, pix, format); } return 0; } /*! * pixWriteTempfile() * * Input: dir (directory name; use '.' for local dir; no trailing '/') * tail ( tailname, including extension if any) * pix * format * &filename ( return actual filename used; use * null to skip) * Return: 0 if OK; 1 on error * * Notes: * (1) This generates a temp filename, writes the pix to it, * and optionally returns the temp filename. * (2) If the filename is returned to a windows program from a DLL, * use lept_free() to free it. * (3) See genTempFilename() for details. We omit the time and pid * here. */ l_int32 pixWriteTempfile(const char *dir, const char *tail, PIX *pix, l_int32 format, char **pfilename) { char *filename; l_int32 ret; PROCNAME("pixWriteTempfile"); if (!dir) return ERROR_INT("filename not defined", procName, 1); if (!pix) return ERROR_INT("pix not defined", procName, 1); if ((filename = genTempFilename(dir, tail, 0, 0)) == NULL) return ERROR_INT("temp filename not made", procName, 1); ret = pixWrite(filename, pix, format); if (pfilename) *pfilename = filename; else FREE(filename); return ret; } /*---------------------------------------------------------------------* * Selection of output format if default is requested * *---------------------------------------------------------------------*/ /*! * pixChooseOutputFormat() * * Input: pix * Return: output format, or 0 on error * * Notes: * (1) This should only be called if the requested format is IFF_DEFAULT. * (2) If the pix wasn't read from a file, its input format value * will be IFF_UNKNOWN, and in that case it is written out * in a compressed but lossless format. */ l_int32 pixChooseOutputFormat(PIX *pix) { l_int32 d, format; PROCNAME("pixChooseOutputFormat"); if (!pix) return ERROR_INT("pix not defined", procName, 0); d = pixGetDepth(pix); format = pixGetInputFormat(pix); if (format == IFF_UNKNOWN) { /* output lossless */ if (d == 1) format = IFF_TIFF_G4; else format = IFF_PNG; } return format; } /*! * getImpliedFileFormat() * * Input: filename * Return: output format, or IFF_UNKNOWN on error or invalid extension. * * Notes: * (1) This determines the output file format from the extension * of the input filename. */ l_int32 getImpliedFileFormat(const char *filename) { char *extension; int i, numext; l_int32 format = IFF_UNKNOWN; if (splitPathAtExtension (filename, NULL, &extension)) return IFF_UNKNOWN; numext = sizeof(extension_map) / sizeof(extension_map[0]); for (i = 0; i < numext; i++) { if (!strcmp(extension, extension_map[i].extension)) { format = extension_map[i].format; break; } } FREE(extension); return format; } /*! * getFormatExtension() * * Input: format (integer) * Return: extension (string), or null if format is out of range * * Notes: * (1) This string is NOT owned by the caller; it is just a pointer * to a global string. Do not free it. */ const char * getFormatExtension(l_int32 format) { PROCNAME("getFormatExtension"); if (format < 0 || format >= NumImageFileFormatExtensions) return (const char *)ERROR_PTR("invalid format", procName, NULL); return ImageFileFormatExtensions[format]; } /*---------------------------------------------------------------------* * Write to memory * *---------------------------------------------------------------------*/ /*! * pixWriteMem() * * Input: &data ( data of tiff compressed image) * &size ( size of returned data) * pix * format (defined in imageio.h) * Return: 0 if OK, 1 on error * * Notes: * (1) On windows, this will only write tiff and PostScript to memory. * For other formats, it requires open_memstream(3). * (2) PostScript output is uncompressed, in hex ascii. * Most printers support level 2 compression (tiff_g4 for 1 bpp, * jpeg for 8 and 32 bpp). */ l_int32 pixWriteMem(l_uint8 **pdata, size_t *psize, PIX *pix, l_int32 format) { l_int32 ret; PROCNAME("pixWriteMem"); if (!pdata) return ERROR_INT("&data not defined", procName, 1 ); if (!psize) return ERROR_INT("&size not defined", procName, 1 ); if (!pix) return ERROR_INT("&pix not defined", procName, 1 ); if (format == IFF_DEFAULT) format = pixChooseOutputFormat(pix); switch(format) { case IFF_BMP: ret = pixWriteMemBmp(pdata, psize, pix); break; case IFF_JFIF_JPEG: /* default quality; baseline sequential */ ret = pixWriteMemJpeg(pdata, psize, pix, 75, 0); break; case IFF_PNG: /* no gamma value stored */ ret = pixWriteMemPng(pdata, psize, pix, 0.0); break; case IFF_TIFF: /* uncompressed */ case IFF_TIFF_PACKBITS: /* compressed, binary only */ case IFF_TIFF_RLE: /* compressed, binary only */ case IFF_TIFF_G3: /* compressed, binary only */ case IFF_TIFF_G4: /* compressed, binary only */ case IFF_TIFF_LZW: /* compressed, all depths */ case IFF_TIFF_ZIP: /* compressed, all depths */ ret = pixWriteMemTiff(pdata, psize, pix, format); break; case IFF_PNM: ret = pixWriteMemPnm(pdata, psize, pix); break; case IFF_PS: ret = pixWriteMemPS(pdata, psize, pix, NULL, 0, DEFAULT_SCALING); break; case IFF_GIF: ret = pixWriteMemGif(pdata, psize, pix); break; case IFF_JP2: return ERROR_INT("jp2 not supported", procName, 1); break; case IFF_SPIX: ret = pixWriteMemSpix(pdata, psize, pix); break; default: return ERROR_INT("unknown format", procName, 1); break; } return ret; } /*---------------------------------------------------------------------* * Image display for debugging * *---------------------------------------------------------------------*/ /*! * pixDisplay() * * Input: pix (1, 2, 4, 8, 16, 32 bpp) * x, y (location of display frame on the screen) * Return: 0 if OK; 1 on error * * Notes: * (1) This displays the image using xzgv, xli or xv on Unix, * or i_view on Windows. The display program must be on * your $PATH variable. It is chosen by setting the global * var_DISPLAY_PROG, using l_chooseDisplayProg(). * Default on Unix is xzgv. * (2) Images with dimensions larger than MAX_DISPLAY_WIDTH or * MAX_DISPLAY_HEIGHT are downscaled to fit those constraints. * This is particulary important for displaying 1 bpp images * with xv, because xv automatically downscales large images * by subsampling, which looks poor. For 1 bpp, we use * scale-to-gray to get decent-looking anti-aliased images. * In all cases, we write a temporary file to /tmp, that is * read by the display program. * (3) For spp == 4, we call pixDisplayLayersRGBA() to show 3 * versions of the image: the image with a fully opaque * alpha, the alpha, and the image as it would appear with * a white background. * (4) Note: this function uses a static internal variable to number * output files written by a single process. Behavior with a * shared library may be unpredictable. */ l_int32 pixDisplay(PIX *pixs, l_int32 x, l_int32 y) { return pixDisplayWithTitle(pixs, x, y, NULL, 1); } /*! * pixDisplayWithTitle() * * Input: pix (1, 2, 4, 8, 16, 32 bpp) * x, y (location of display frame) * title ( on frame; can be NULL); * dispflag (1 to write, else disabled) * Return: 0 if OK; 1 on error * * Notes: * (1) See notes for pixDisplay(). * (2) This displays the image if dispflag == 1. */ l_int32 pixDisplayWithTitle(PIX *pixs, l_int32 x, l_int32 y, const char *title, l_int32 dispflag) { char *tempname; char buffer[L_BUF_SIZE]; static l_int32 index = 0; /* caution: not .so or thread safe */ l_int32 w, h, d, spp, maxheight, opaque, threeviews, ignore; l_float32 ratw, rath, ratmin; PIX *pix0, *pix1, *pix2; PIXCMAP *cmap; #ifndef _WIN32 l_int32 wt, ht; #else char *pathname; char fullpath[_MAX_PATH]; #endif /* _WIN32 */ PROCNAME("pixDisplayWithTitle"); if (dispflag != 1) return 0; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (var_DISPLAY_PROG != L_DISPLAY_WITH_XZGV && var_DISPLAY_PROG != L_DISPLAY_WITH_XLI && var_DISPLAY_PROG != L_DISPLAY_WITH_XV && var_DISPLAY_PROG != L_DISPLAY_WITH_IV && var_DISPLAY_PROG != L_DISPLAY_WITH_OPEN) { return ERROR_INT("no program chosen for display", procName, 1); } /* Display with three views if either spp = 4 or if colormapped * and the alpha component is not fully opaque */ opaque = TRUE; if ((cmap = pixGetColormap(pixs)) != NULL) pixcmapIsOpaque(cmap, &opaque); spp = pixGetSpp(pixs); threeviews = (spp == 4 || !opaque) ? TRUE : FALSE; /* If colormapped and not opaque, remove the colormap to RGBA */ if (!opaque) pix0 = pixRemoveColormap(pixs, REMOVE_CMAP_WITH_ALPHA); else pix0 = pixClone(pixs); /* Scale if necessary; this will also remove a colormap */ pixGetDimensions(pix0, &w, &h, &d); maxheight = (threeviews) ? MAX_DISPLAY_HEIGHT / 3 : MAX_DISPLAY_HEIGHT; if (w <= MAX_DISPLAY_WIDTH && h <= maxheight) { if (d == 16) /* take MSB */ pix1 = pixConvert16To8(pix0, 1); else pix1 = pixClone(pix0); } else { ratw = (l_float32)MAX_DISPLAY_WIDTH / (l_float32)w; rath = (l_float32)maxheight / (l_float32)h; ratmin = L_MIN(ratw, rath); if (ratmin < 0.125 && d == 1) pix1 = pixScaleToGray8(pix0); else if (ratmin < 0.25 && d == 1) pix1 = pixScaleToGray4(pix0); else if (ratmin < 0.33 && d == 1) pix1 = pixScaleToGray3(pix0); else if (ratmin < 0.5 && d == 1) pix1 = pixScaleToGray2(pix0); else pix1 = pixScale(pix0, ratmin, ratmin); } pixDestroy(&pix0); if (!pix1) return ERROR_INT("pix1 not made", procName, 1); /* Generate the three views if required */ if (threeviews) pix2 = pixDisplayLayersRGBA(pix1, 0xffffff00, 0); else pix2 = pixClone(pix1); if (index == 0) { lept_rmdir("disp"); lept_mkdir("disp"); } index++; if (pixGetDepth(pix2) < 8 || (w < MAX_SIZE_FOR_PNG && h < MAX_SIZE_FOR_PNG)) { snprintf(buffer, L_BUF_SIZE, "/tmp/disp/write.%03d.png", index); pixWrite(buffer, pix2, IFF_PNG); } else { snprintf(buffer, L_BUF_SIZE, "/tmp/disp/write.%03d.jpg", index); pixWrite(buffer, pix2, IFF_JFIF_JPEG); } tempname = stringNew(buffer); #ifndef _WIN32 /* Unix */ if (var_DISPLAY_PROG == L_DISPLAY_WITH_XZGV) { /* no way to display title */ pixGetDimensions(pix2, &wt, &ht, NULL); snprintf(buffer, L_BUF_SIZE, "xzgv --geometry %dx%d+%d+%d %s &", wt + 10, ht + 10, x, y, tempname); } else if (var_DISPLAY_PROG == L_DISPLAY_WITH_XLI) { if (title) { snprintf(buffer, L_BUF_SIZE, "xli -dispgamma 1.0 -quiet -geometry +%d+%d -title \"%s\" %s &", x, y, title, tempname); } else { snprintf(buffer, L_BUF_SIZE, "xli -dispgamma 1.0 -quiet -geometry +%d+%d %s &", x, y, tempname); } } else if (var_DISPLAY_PROG == L_DISPLAY_WITH_XV) { if (title) { snprintf(buffer, L_BUF_SIZE, "xv -quit -geometry +%d+%d -name \"%s\" %s &", x, y, title, tempname); } else { snprintf(buffer, L_BUF_SIZE, "xv -quit -geometry +%d+%d %s &", x, y, tempname); } } else if (var_DISPLAY_PROG == L_DISPLAY_WITH_OPEN) { snprintf(buffer, L_BUF_SIZE, "open %s &", tempname); } ignore = system(buffer); #else /* _WIN32 */ /* Windows: L_DISPLAY_WITH_IV */ pathname = genPathname(tempname, NULL); _fullpath(fullpath, pathname, sizeof(fullpath)); if (title) { snprintf(buffer, L_BUF_SIZE, "i_view32.exe \"%s\" /pos=(%d,%d) /title=\"%s\"", fullpath, x, y, title); } else { snprintf(buffer, L_BUF_SIZE, "i_view32.exe \"%s\" /pos=(%d,%d)", fullpath, x, y); } ignore = system(buffer); FREE(pathname); #endif /* _WIN32 */ pixDestroy(&pix1); pixDestroy(&pix2); FREE(tempname); return 0; } /*! * pixDisplayMultiple() * * Input: filepattern * Return: 0 if OK; 1 on error * * Notes: * (1) This allows display of multiple images using gthumb on unix * and i_view32 on windows. The @filepattern is a regular * expression that is expanded by the shell. * (2) _fullpath automatically changes '/' to '\' if necessary. */ l_int32 pixDisplayMultiple(const char *filepattern) { char buffer[L_BUF_SIZE]; l_int32 ignore; #ifdef _WIN32 char *pathname; char *dir, *tail; char fullpath[_MAX_PATH]; #endif /* _WIN32 */ PROCNAME("pixDisplayMultiple"); if (!filepattern || strlen(filepattern) == 0) return ERROR_INT("filepattern not defined", procName, 1); #ifndef _WIN32 snprintf(buffer, L_BUF_SIZE, "gthumb %s &", filepattern); #else /* irFanView wants absolute path for directory */ pathname = genPathname(filepattern, NULL); splitPathAtDirectory(pathname, &dir, &tail); _fullpath(fullpath, dir, sizeof(fullpath)); snprintf(buffer, L_BUF_SIZE, "i_view32.exe \"%s\" /filepattern=\"%s\" /thumbs", fullpath, tail); FREE(pathname); FREE(dir); FREE(tail); #endif /* _WIN32 */ ignore = system(buffer); return 0; } /*! * pixDisplayWrite() * * Input: pix (1, 2, 4, 8, 16, 32 bpp) * reduction (-1 to reset/erase; 0 to disable; * otherwise this is a reduction factor) * Return: 0 if OK; 1 on error * * Notes: * (1) This defaults to jpeg output for pix that are 32 bpp or * 8 bpp without a colormap. If you want to write all images * losslessly, use format == IFF_PNG in pixDisplayWriteFormat(). * (2) See pixDisplayWriteFormat() for usage details. */ l_int32 pixDisplayWrite(PIX *pixs, l_int32 reduction) { return pixDisplayWriteFormat(pixs, reduction, IFF_JFIF_JPEG); } /*! * pixDisplayWriteFormat() * * Input: pix (1, 2, 4, 8, 16, 32 bpp) * reduction (-1 to reset/erase; 0 to disable; * otherwise this is a reduction factor) * format (IFF_PNG or IFF_JFIF_JPEG) * Return: 0 if OK; 1 on error * * Notes: * (1) This writes files if reduction > 0. These can be displayed using * pixDisplayMultiple("/tmp/display/file*"); * (2) All previously written files can be erased by calling with * reduction < 0; the value of pixs is ignored. * (3) If reduction > 1 and depth == 1, this does a scale-to-gray * reduction. * (4) This function uses a static internal variable to number * output files written by a single process. Behavior * with a shared library may be unpredictable. * (5) Output file format is as follows: * format == IFF_JFIF_JPEG: * png if d < 8 or d == 16 or if the output pix * has a colormap. Otherwise, output is jpg. * format == IFF_PNG: * png (lossless) on all images. * (6) For 16 bpp, the choice of full dynamic range with log scale * is the best for displaying these images. Alternative outputs are * pix8 = pixMaxDynamicRange(pixt, L_LINEAR_SCALE); * pix8 = pixConvert16To8(pixt, 0); // low order byte * pix8 = pixConvert16To8(pixt, 1); // high order byte */ l_int32 pixDisplayWriteFormat(PIX *pixs, l_int32 reduction, l_int32 format) { char buf[L_BUF_SIZE]; char *fname; l_float32 scale; PIX *pixt, *pix8; static l_int32 index = 0; /* caution: not .so or thread safe */ PROCNAME("pixDisplayWriteFormat"); if (reduction == 0) return 0; if (reduction < 0) { index = 0; /* reset; this will cause erasure at next call to write */ return 0; } if (format != IFF_JFIF_JPEG && format != IFF_PNG) return ERROR_INT("invalid format", procName, 1); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (index == 0) { lept_rmdir("display"); lept_mkdir("display"); } index++; if (reduction == 1) { pixt = pixClone(pixs); } else { scale = 1. / (l_float32)reduction; if (pixGetDepth(pixs) == 1) pixt = pixScaleToGray(pixs, scale); else pixt = pixScale(pixs, scale, scale); } if (pixGetDepth(pixt) == 16) { pix8 = pixMaxDynamicRange(pixt, L_LOG_SCALE); snprintf(buf, L_BUF_SIZE, "file.%03d.png", index); fname = genPathname("/tmp/display", buf); pixWrite(fname, pix8, IFF_PNG); pixDestroy(&pix8); } else if (pixGetDepth(pixt) < 8 || pixGetColormap(pixt) || format == IFF_PNG) { snprintf(buf, L_BUF_SIZE, "file.%03d.png", index); fname = genPathname("/tmp/display", buf); pixWrite(fname, pixt, IFF_PNG); } else { snprintf(buf, L_BUF_SIZE, "file.%03d.jpg", index); fname = genPathname("/tmp/display", buf); pixWrite(fname, pixt, format); } FREE(fname); pixDestroy(&pixt); return 0; } /*! * pixSaveTiled() * * Input: pixs (1, 2, 4, 8, 32 bpp) * pixa (the pix are accumulated here) * scalefactor (0.0 to disable; otherwise this is a scale factor) * newrow (0 if placed on the same row as previous; 1 otherwise) * space (horizontal and vertical spacing, in pixels) * dp (depth of pixa; 8 or 32 bpp; only used on first call) * Return: 0 if OK, 1 on error. */ l_int32 pixSaveTiled(PIX *pixs, PIXA *pixa, l_float32 scalefactor, l_int32 newrow, l_int32 space, l_int32 dp) { /* Save without an outline */ return pixSaveTiledOutline(pixs, pixa, scalefactor, newrow, space, 0, dp); } /*! * pixSaveTiledOutline() * * Input: pixs (1, 2, 4, 8, 32 bpp) * pixa (the pix are accumulated here) * scalefactor (0.0 to disable; otherwise this is a scale factor) * newrow (0 if placed on the same row as previous; 1 otherwise) * space (horizontal and vertical spacing, in pixels) * linewidth (width of added outline for image; 0 for no outline) * dp (depth of pixa; 8 or 32 bpp; only used on first call) * Return: 0 if OK, 1 on error. * * Notes: * (1) Before calling this function for the first time, use * pixaCreate() to make the @pixa that will accumulate the pix. * This is passed in each time pixSaveTiled() is called. * (2) @scalefactor scales the input image. After scaling and * possible depth conversion, the image is saved in the input * pixa, along with a box that specifies the location to * place it when tiled later. Disable saving the pix by * setting @scalefactor == 0.0. * (3) @newrow and @space specify the location of the new pix * with respect to the last one(s) that were entered. * (4) @dp specifies the depth at which all pix are saved. It can * be only 8 or 32 bpp. Any colormap is removed. This is only * used at the first invocation. * (5) This function uses two variables from call to call. * If they were static, the function would not be .so or thread * safe, and furthermore, there would be interference with two or * more pixa accumulating images at a time. Consequently, * we use the first pix in the pixa to store and obtain both * the depth and the current position of the bottom (one pixel * below the lowest image raster line when laid out using * the boxa). The bottom variable is stored in the input format * field, which is the only field available for storing an int. */ l_int32 pixSaveTiledOutline(PIX *pixs, PIXA *pixa, l_float32 scalefactor, l_int32 newrow, l_int32 space, l_int32 linewidth, l_int32 dp) { l_int32 n, top, left, bx, by, bw, w, h, depth, bottom; BOX *box; PIX *pix1, *pix2, *pix3, *pix4; PROCNAME("pixSaveTiledOutline"); if (scalefactor == 0.0) return 0; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!pixa) return ERROR_INT("pixa not defined", procName, 1); n = pixaGetCount(pixa); if (n == 0) { bottom = 0; if (dp != 8 && dp != 32) { L_WARNING("dp not 8 or 32 bpp; using 32\n", procName); depth = 32; } else { depth = dp; } } else { /* extract the depth and bottom params from the first pix */ pix1 = pixaGetPix(pixa, 0, L_CLONE); depth = pixGetDepth(pix1); bottom = pixGetInputFormat(pix1); /* not typical usage! */ pixDestroy(&pix1); } /* Remove colormap if it exists; otherwise a copy. This * guarantees that pix4 is not a clone of pixs. */ pix1 = pixRemoveColormapGeneral(pixs, REMOVE_CMAP_BASED_ON_SRC, L_COPY); /* Scale and convert to output depth */ if (scalefactor == 1.0) { pix2 = pixClone(pix1); } else if (scalefactor > 1.0) { pix2 = pixScale(pix1, scalefactor, scalefactor); } else if (scalefactor < 1.0) { if (pixGetDepth(pix1) == 1) pix2 = pixScaleToGray(pix1, scalefactor); else pix2 = pixScale(pix1, scalefactor, scalefactor); } pixDestroy(&pix1); if (depth == 8) pix3 = pixConvertTo8(pix2, 0); else pix3 = pixConvertTo32(pix2); pixDestroy(&pix2); /* Add black outline */ if (linewidth > 0) pix4 = pixAddBorder(pix3, linewidth, 0); else pix4 = pixClone(pix3); pixDestroy(&pix3); /* Find position of current pix (UL corner plus size) */ if (n == 0) { top = 0; left = 0; } else if (newrow == 1) { top = bottom + space; left = 0; } else if (n > 0) { pixaGetBoxGeometry(pixa, n - 1, &bx, &by, &bw, NULL); top = by; left = bx + bw + space; } pixGetDimensions(pix4, &w, &h, NULL); bottom = L_MAX(bottom, top + h); box = boxCreate(left, top, w, h); pixaAddPix(pixa, pix4, L_INSERT); pixaAddBox(pixa, box, L_INSERT); /* Save the new bottom value */ pix1 = pixaGetPix(pixa, 0, L_CLONE); pixSetInputFormat(pix1, bottom); /* not typical usage! */ pixDestroy(&pix1); return 0; } /*! * pixSaveTiledWithText() * * Input: pixs (1, 2, 4, 8, 32 bpp) * pixa (the pix are accumulated here; as 32 bpp) * outwidth (in pixels; use 0 to disable entirely) * newrow (1 to start a new row; 0 to go on same row as previous) * space (horizontal and vertical spacing, in pixels) * linewidth (width of added outline for image; 0 for no outline) * bmf ( font struct) * textstr ( text string to be added) * val (color to set the text) * location (L_ADD_ABOVE, L_ADD_AT_TOP, L_ADD_AT_BOT, L_ADD_BELOW) * Return: 0 if OK, 1 on error. * * Notes: * (1) Before calling this function for the first time, use * pixaCreate() to make the @pixa that will accumulate the pix. * This is passed in each time pixSaveTiled() is called. * (2) @outwidth is the scaled width. After scaling, the image is * saved in the input pixa, along with a box that specifies * the location to place it when tiled later. Disable saving * the pix by setting @outwidth == 0. * (3) @newrow and @space specify the location of the new pix * with respect to the last one(s) that were entered. * (4) All pix are saved as 32 bpp RGB. * (5) If both @bmf and @textstr are defined, this generates a pix * with the additional text; otherwise, no text is written. * (6) The text is written before scaling, so it is properly * antialiased in the scaled pix. However, if the pix on * different calls have different widths, the size of the * text will vary. * (7) See pixSaveTiledOutline() for other implementation details. */ l_int32 pixSaveTiledWithText(PIX *pixs, PIXA *pixa, l_int32 outwidth, l_int32 newrow, l_int32 space, l_int32 linewidth, L_BMF *bmf, const char *textstr, l_uint32 val, l_int32 location) { PIX *pix1, *pix2, *pix3, *pix4; PROCNAME("pixSaveTiledWithText"); if (outwidth == 0) return 0; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!pixa) return ERROR_INT("pixa not defined", procName, 1); pix1 = pixConvertTo32(pixs); if (linewidth > 0) pix2 = pixAddBorder(pix1, linewidth, 0); else pix2 = pixClone(pix1); if (bmf && textstr) pix3 = pixAddSingleTextblock(pix2, bmf, textstr, val, location, NULL); else pix3 = pixClone(pix2); pix4 = pixScaleToSize(pix3, outwidth, 0); pixSaveTiled(pix4, pixa, 1.0, newrow, space, 32); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); return 0; } void l_chooseDisplayProg(l_int32 selection) { if (selection == L_DISPLAY_WITH_XLI || selection == L_DISPLAY_WITH_XZGV || selection == L_DISPLAY_WITH_XV || selection == L_DISPLAY_WITH_IV || selection == L_DISPLAY_WITH_OPEN) { var_DISPLAY_PROG = selection; } else { L_ERROR("invalid display program\n", "l_chooseDisplayProg"); } return; } leptonica-1.70/src/dwacomblow.2.c0000644000175000017500000042613011707052573014753 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /*! * Low-level fast binary morphology with auto-generated sels * * Dispatcher: * l_int32 fmorphopgen_low_2() * * Static Low-level: * void fdilate_2_*() * void ferode_2_*() */ #include "allheaders.h" static void fdilate_2_0(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_0(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_1(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_1(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_2(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_2(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_3(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_3(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_4(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_4(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_5(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_5(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_6(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_6(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_7(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_7(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_8(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_8(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_9(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_9(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_10(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_10(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_11(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_11(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_12(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_12(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_13(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_13(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_14(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_14(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_15(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_15(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_16(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_16(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_17(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_17(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_18(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_18(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_19(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_19(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_20(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_20(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_21(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_21(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_22(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_22(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_23(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_23(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_24(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_24(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_25(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_25(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_26(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_26(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_27(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_27(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_28(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_28(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_29(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_29(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_30(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_30(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_31(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_31(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_32(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_32(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_33(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_33(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_34(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_34(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_35(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_35(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_36(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_36(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_37(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_37(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_38(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_38(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_39(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_39(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_40(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_40(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_41(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_41(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_42(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_42(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_43(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_43(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_44(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_44(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_45(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_45(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_46(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_46(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_47(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_47(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_48(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_48(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_49(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_49(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_50(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_50(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_51(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_51(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_52(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_52(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_53(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_53(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_54(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_54(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_55(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_55(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_56(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_56(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_57(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_57(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_58(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_58(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_59(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_59(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_60(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_60(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_61(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_61(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_62(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_62(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_63(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_63(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_64(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_64(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_65(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_65(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_66(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_66(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_67(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_67(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_68(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_68(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_69(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_69(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_70(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_70(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_71(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_71(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_72(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_72(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_73(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_73(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_74(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_74(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_2_75(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_2_75(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); /*---------------------------------------------------------------------* * Fast morph dispatcher * *---------------------------------------------------------------------*/ /*! * fmorphopgen_low_2() * * a dispatcher to appropriate low-level code */ l_int32 fmorphopgen_low_2(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 index) { switch (index) { case 0: fdilate_2_0(datad, w, h, wpld, datas, wpls); break; case 1: ferode_2_0(datad, w, h, wpld, datas, wpls); break; case 2: fdilate_2_1(datad, w, h, wpld, datas, wpls); break; case 3: ferode_2_1(datad, w, h, wpld, datas, wpls); break; case 4: fdilate_2_2(datad, w, h, wpld, datas, wpls); break; case 5: ferode_2_2(datad, w, h, wpld, datas, wpls); break; case 6: fdilate_2_3(datad, w, h, wpld, datas, wpls); break; case 7: ferode_2_3(datad, w, h, wpld, datas, wpls); break; case 8: fdilate_2_4(datad, w, h, wpld, datas, wpls); break; case 9: ferode_2_4(datad, w, h, wpld, datas, wpls); break; case 10: fdilate_2_5(datad, w, h, wpld, datas, wpls); break; case 11: ferode_2_5(datad, w, h, wpld, datas, wpls); break; case 12: fdilate_2_6(datad, w, h, wpld, datas, wpls); break; case 13: ferode_2_6(datad, w, h, wpld, datas, wpls); break; case 14: fdilate_2_7(datad, w, h, wpld, datas, wpls); break; case 15: ferode_2_7(datad, w, h, wpld, datas, wpls); break; case 16: fdilate_2_8(datad, w, h, wpld, datas, wpls); break; case 17: ferode_2_8(datad, w, h, wpld, datas, wpls); break; case 18: fdilate_2_9(datad, w, h, wpld, datas, wpls); break; case 19: ferode_2_9(datad, w, h, wpld, datas, wpls); break; case 20: fdilate_2_10(datad, w, h, wpld, datas, wpls); break; case 21: ferode_2_10(datad, w, h, wpld, datas, wpls); break; case 22: fdilate_2_11(datad, w, h, wpld, datas, wpls); break; case 23: ferode_2_11(datad, w, h, wpld, datas, wpls); break; case 24: fdilate_2_12(datad, w, h, wpld, datas, wpls); break; case 25: ferode_2_12(datad, w, h, wpld, datas, wpls); break; case 26: fdilate_2_13(datad, w, h, wpld, datas, wpls); break; case 27: ferode_2_13(datad, w, h, wpld, datas, wpls); break; case 28: fdilate_2_14(datad, w, h, wpld, datas, wpls); break; case 29: ferode_2_14(datad, w, h, wpld, datas, wpls); break; case 30: fdilate_2_15(datad, w, h, wpld, datas, wpls); break; case 31: ferode_2_15(datad, w, h, wpld, datas, wpls); break; case 32: fdilate_2_16(datad, w, h, wpld, datas, wpls); break; case 33: ferode_2_16(datad, w, h, wpld, datas, wpls); break; case 34: fdilate_2_17(datad, w, h, wpld, datas, wpls); break; case 35: ferode_2_17(datad, w, h, wpld, datas, wpls); break; case 36: fdilate_2_18(datad, w, h, wpld, datas, wpls); break; case 37: ferode_2_18(datad, w, h, wpld, datas, wpls); break; case 38: fdilate_2_19(datad, w, h, wpld, datas, wpls); break; case 39: ferode_2_19(datad, w, h, wpld, datas, wpls); break; case 40: fdilate_2_20(datad, w, h, wpld, datas, wpls); break; case 41: ferode_2_20(datad, w, h, wpld, datas, wpls); break; case 42: fdilate_2_21(datad, w, h, wpld, datas, wpls); break; case 43: ferode_2_21(datad, w, h, wpld, datas, wpls); break; case 44: fdilate_2_22(datad, w, h, wpld, datas, wpls); break; case 45: ferode_2_22(datad, w, h, wpld, datas, wpls); break; case 46: fdilate_2_23(datad, w, h, wpld, datas, wpls); break; case 47: ferode_2_23(datad, w, h, wpld, datas, wpls); break; case 48: fdilate_2_24(datad, w, h, wpld, datas, wpls); break; case 49: ferode_2_24(datad, w, h, wpld, datas, wpls); break; case 50: fdilate_2_25(datad, w, h, wpld, datas, wpls); break; case 51: ferode_2_25(datad, w, h, wpld, datas, wpls); break; case 52: fdilate_2_26(datad, w, h, wpld, datas, wpls); break; case 53: ferode_2_26(datad, w, h, wpld, datas, wpls); break; case 54: fdilate_2_27(datad, w, h, wpld, datas, wpls); break; case 55: ferode_2_27(datad, w, h, wpld, datas, wpls); break; case 56: fdilate_2_28(datad, w, h, wpld, datas, wpls); break; case 57: ferode_2_28(datad, w, h, wpld, datas, wpls); break; case 58: fdilate_2_29(datad, w, h, wpld, datas, wpls); break; case 59: ferode_2_29(datad, w, h, wpld, datas, wpls); break; case 60: fdilate_2_30(datad, w, h, wpld, datas, wpls); break; case 61: ferode_2_30(datad, w, h, wpld, datas, wpls); break; case 62: fdilate_2_31(datad, w, h, wpld, datas, wpls); break; case 63: ferode_2_31(datad, w, h, wpld, datas, wpls); break; case 64: fdilate_2_32(datad, w, h, wpld, datas, wpls); break; case 65: ferode_2_32(datad, w, h, wpld, datas, wpls); break; case 66: fdilate_2_33(datad, w, h, wpld, datas, wpls); break; case 67: ferode_2_33(datad, w, h, wpld, datas, wpls); break; case 68: fdilate_2_34(datad, w, h, wpld, datas, wpls); break; case 69: ferode_2_34(datad, w, h, wpld, datas, wpls); break; case 70: fdilate_2_35(datad, w, h, wpld, datas, wpls); break; case 71: ferode_2_35(datad, w, h, wpld, datas, wpls); break; case 72: fdilate_2_36(datad, w, h, wpld, datas, wpls); break; case 73: ferode_2_36(datad, w, h, wpld, datas, wpls); break; case 74: fdilate_2_37(datad, w, h, wpld, datas, wpls); break; case 75: ferode_2_37(datad, w, h, wpld, datas, wpls); break; case 76: fdilate_2_38(datad, w, h, wpld, datas, wpls); break; case 77: ferode_2_38(datad, w, h, wpld, datas, wpls); break; case 78: fdilate_2_39(datad, w, h, wpld, datas, wpls); break; case 79: ferode_2_39(datad, w, h, wpld, datas, wpls); break; case 80: fdilate_2_40(datad, w, h, wpld, datas, wpls); break; case 81: ferode_2_40(datad, w, h, wpld, datas, wpls); break; case 82: fdilate_2_41(datad, w, h, wpld, datas, wpls); break; case 83: ferode_2_41(datad, w, h, wpld, datas, wpls); break; case 84: fdilate_2_42(datad, w, h, wpld, datas, wpls); break; case 85: ferode_2_42(datad, w, h, wpld, datas, wpls); break; case 86: fdilate_2_43(datad, w, h, wpld, datas, wpls); break; case 87: ferode_2_43(datad, w, h, wpld, datas, wpls); break; case 88: fdilate_2_44(datad, w, h, wpld, datas, wpls); break; case 89: ferode_2_44(datad, w, h, wpld, datas, wpls); break; case 90: fdilate_2_45(datad, w, h, wpld, datas, wpls); break; case 91: ferode_2_45(datad, w, h, wpld, datas, wpls); break; case 92: fdilate_2_46(datad, w, h, wpld, datas, wpls); break; case 93: ferode_2_46(datad, w, h, wpld, datas, wpls); break; case 94: fdilate_2_47(datad, w, h, wpld, datas, wpls); break; case 95: ferode_2_47(datad, w, h, wpld, datas, wpls); break; case 96: fdilate_2_48(datad, w, h, wpld, datas, wpls); break; case 97: ferode_2_48(datad, w, h, wpld, datas, wpls); break; case 98: fdilate_2_49(datad, w, h, wpld, datas, wpls); break; case 99: ferode_2_49(datad, w, h, wpld, datas, wpls); break; case 100: fdilate_2_50(datad, w, h, wpld, datas, wpls); break; case 101: ferode_2_50(datad, w, h, wpld, datas, wpls); break; case 102: fdilate_2_51(datad, w, h, wpld, datas, wpls); break; case 103: ferode_2_51(datad, w, h, wpld, datas, wpls); break; case 104: fdilate_2_52(datad, w, h, wpld, datas, wpls); break; case 105: ferode_2_52(datad, w, h, wpld, datas, wpls); break; case 106: fdilate_2_53(datad, w, h, wpld, datas, wpls); break; case 107: ferode_2_53(datad, w, h, wpld, datas, wpls); break; case 108: fdilate_2_54(datad, w, h, wpld, datas, wpls); break; case 109: ferode_2_54(datad, w, h, wpld, datas, wpls); break; case 110: fdilate_2_55(datad, w, h, wpld, datas, wpls); break; case 111: ferode_2_55(datad, w, h, wpld, datas, wpls); break; case 112: fdilate_2_56(datad, w, h, wpld, datas, wpls); break; case 113: ferode_2_56(datad, w, h, wpld, datas, wpls); break; case 114: fdilate_2_57(datad, w, h, wpld, datas, wpls); break; case 115: ferode_2_57(datad, w, h, wpld, datas, wpls); break; case 116: fdilate_2_58(datad, w, h, wpld, datas, wpls); break; case 117: ferode_2_58(datad, w, h, wpld, datas, wpls); break; case 118: fdilate_2_59(datad, w, h, wpld, datas, wpls); break; case 119: ferode_2_59(datad, w, h, wpld, datas, wpls); break; case 120: fdilate_2_60(datad, w, h, wpld, datas, wpls); break; case 121: ferode_2_60(datad, w, h, wpld, datas, wpls); break; case 122: fdilate_2_61(datad, w, h, wpld, datas, wpls); break; case 123: ferode_2_61(datad, w, h, wpld, datas, wpls); break; case 124: fdilate_2_62(datad, w, h, wpld, datas, wpls); break; case 125: ferode_2_62(datad, w, h, wpld, datas, wpls); break; case 126: fdilate_2_63(datad, w, h, wpld, datas, wpls); break; case 127: ferode_2_63(datad, w, h, wpld, datas, wpls); break; case 128: fdilate_2_64(datad, w, h, wpld, datas, wpls); break; case 129: ferode_2_64(datad, w, h, wpld, datas, wpls); break; case 130: fdilate_2_65(datad, w, h, wpld, datas, wpls); break; case 131: ferode_2_65(datad, w, h, wpld, datas, wpls); break; case 132: fdilate_2_66(datad, w, h, wpld, datas, wpls); break; case 133: ferode_2_66(datad, w, h, wpld, datas, wpls); break; case 134: fdilate_2_67(datad, w, h, wpld, datas, wpls); break; case 135: ferode_2_67(datad, w, h, wpld, datas, wpls); break; case 136: fdilate_2_68(datad, w, h, wpld, datas, wpls); break; case 137: ferode_2_68(datad, w, h, wpld, datas, wpls); break; case 138: fdilate_2_69(datad, w, h, wpld, datas, wpls); break; case 139: ferode_2_69(datad, w, h, wpld, datas, wpls); break; case 140: fdilate_2_70(datad, w, h, wpld, datas, wpls); break; case 141: ferode_2_70(datad, w, h, wpld, datas, wpls); break; case 142: fdilate_2_71(datad, w, h, wpld, datas, wpls); break; case 143: ferode_2_71(datad, w, h, wpld, datas, wpls); break; case 144: fdilate_2_72(datad, w, h, wpld, datas, wpls); break; case 145: ferode_2_72(datad, w, h, wpld, datas, wpls); break; case 146: fdilate_2_73(datad, w, h, wpld, datas, wpls); break; case 147: ferode_2_73(datad, w, h, wpld, datas, wpls); break; case 148: fdilate_2_74(datad, w, h, wpld, datas, wpls); break; case 149: ferode_2_74(datad, w, h, wpld, datas, wpls); break; case 150: fdilate_2_75(datad, w, h, wpld, datas, wpls); break; case 151: ferode_2_75(datad, w, h, wpld, datas, wpls); break; } return 0; } /*--------------------------------------------------------------------------* * Low-level auto-generated static routines * *--------------------------------------------------------------------------*/ /* * N.B. In all the low-level routines, the part of the image * that is accessed has been clipped by 32 pixels on * all four sides. This is done in the higher level * code by redefining w and h smaller and by moving the * start-of-image pointers up to the beginning of this * interior rectangle. */ static void fdilate_2_0(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)); } } } static void ferode_2_0(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)); } } } static void fdilate_2_1(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls)) | (*(sptr - wpls)); } } } static void ferode_2_1(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls)) & (*(sptr + wpls)); } } } static void fdilate_2_2(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*sptr); } } } static void ferode_2_2(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*sptr); } } } static void fdilate_2_3(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*sptr); } } } static void ferode_2_3(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*sptr); } } } static void fdilate_2_4(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)); } } } static void ferode_2_4(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)); } } } static void fdilate_2_5(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; wpls2 = 2 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls2)) | (*(sptr - wpls)); } } } static void ferode_2_5(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; wpls2 = 2 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls2)) & (*(sptr + wpls)); } } } static void fdilate_2_6(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*sptr); } } } static void ferode_2_6(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*sptr); } } } static void fdilate_2_7(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*sptr); } } } static void ferode_2_7(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*sptr); } } } static void fdilate_2_8(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)); } } } static void ferode_2_8(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)); } } } static void fdilate_2_9(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; wpls2 = 2 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls2)) | (*(sptr - wpls2)); } } } static void ferode_2_9(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; wpls2 = 2 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls2)) & (*(sptr + wpls2)); } } } static void fdilate_2_10(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | (*sptr) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)); } } } static void ferode_2_10(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & (*sptr) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)); } } } static void fdilate_2_11(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls3; wpls3 = 3 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls3)) | (*sptr) | (*(sptr - wpls3)); } } } static void ferode_2_11(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls3; wpls3 = 3 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls3)) & (*sptr) & (*(sptr + wpls3)); } } } static void fdilate_2_12(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)); } } } static void ferode_2_12(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)); } } } static void fdilate_2_13(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; l_int32 wpls3; wpls2 = 2 * wpls; wpls3 = 3 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls3)) | (*(sptr - wpls2)); } } } static void ferode_2_13(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; l_int32 wpls3; wpls2 = 2 * wpls; wpls3 = 3 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls3)) & (*(sptr + wpls2)); } } } static void fdilate_2_14(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | (*sptr) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)); } } } static void ferode_2_14(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & (*sptr) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)); } } } static void fdilate_2_15(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls4; wpls4 = 4 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls4)) | (*sptr) | (*(sptr - wpls4)); } } } static void ferode_2_15(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls4; wpls4 = 4 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls4)) & (*sptr) & (*(sptr + wpls4)); } } } static void fdilate_2_16(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)); } } } static void ferode_2_16(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)); } } } static void fdilate_2_17(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls3; l_int32 wpls4; wpls3 = 3 * wpls; wpls4 = 4 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls4)) | (*(sptr - wpls3)); } } } static void ferode_2_17(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls3; l_int32 wpls4; wpls3 = 3 * wpls; wpls4 = 4 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls4)) & (*(sptr + wpls3)); } } } static void fdilate_2_18(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | (*sptr) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)); } } } static void ferode_2_18(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & (*sptr) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)); } } } static void fdilate_2_19(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls5; wpls5 = 5 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls5)) | (*sptr) | (*(sptr - wpls5)); } } } static void ferode_2_19(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls5; wpls5 = 5 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls5)) & (*sptr) & (*(sptr + wpls5)); } } } static void fdilate_2_20(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)); } } } static void ferode_2_20(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)); } } } static void fdilate_2_21(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; l_int32 wpls6; wpls2 = 2 * wpls; wpls6 = 6 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls6)) | (*(sptr + wpls2)) | (*(sptr - wpls2)) | (*(sptr - wpls6)); } } } static void ferode_2_21(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; l_int32 wpls6; wpls2 = 2 * wpls; wpls6 = 6 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls6)) & (*(sptr - wpls2)) & (*(sptr + wpls2)) & (*(sptr + wpls6)); } } } static void fdilate_2_22(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | (*sptr) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)); } } } static void ferode_2_22(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & (*sptr) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)); } } } static void fdilate_2_23(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls6; wpls6 = 6 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls6)) | (*sptr) | (*(sptr - wpls6)); } } } static void ferode_2_23(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls6; wpls6 = 6 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls6)) & (*sptr) & (*(sptr + wpls6)); } } } static void fdilate_2_24(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)); } } } static void ferode_2_24(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)); } } } static void fdilate_2_25(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; l_int32 wpls3; l_int32 wpls7; l_int32 wpls8; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls8)) | (*(sptr + wpls3)) | (*(sptr - wpls2)) | (*(sptr - wpls7)); } } } static void ferode_2_25(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; l_int32 wpls3; l_int32 wpls7; l_int32 wpls8; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls8)) & (*(sptr - wpls3)) & (*(sptr + wpls2)) & (*(sptr + wpls7)); } } } static void fdilate_2_26(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | (*sptr) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)); } } } static void ferode_2_26(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & (*sptr) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)); } } } static void fdilate_2_27(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls7; wpls7 = 7 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls7)) | (*sptr) | (*(sptr - wpls7)); } } } static void ferode_2_27(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls7; wpls7 = 7 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls7)) & (*sptr) & (*(sptr + wpls7)); } } } static void fdilate_2_28(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)); } } } static void ferode_2_28(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)); } } } static void fdilate_2_29(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls5; l_int32 wpls6; wpls5 = 5 * wpls; wpls6 = 6 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls6)) | (*(sptr - wpls5)); } } } static void ferode_2_29(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls5; l_int32 wpls6; wpls5 = 5 * wpls; wpls6 = 6 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls6)) & (*(sptr + wpls5)); } } } static void fdilate_2_30(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)); } } } static void ferode_2_30(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)); } } } static void fdilate_2_31(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls3; l_int32 wpls9; wpls3 = 3 * wpls; wpls9 = 9 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls9)) | (*(sptr + wpls3)) | (*(sptr - wpls3)) | (*(sptr - wpls9)); } } } static void ferode_2_31(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls3; l_int32 wpls9; wpls3 = 3 * wpls; wpls9 = 9 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls9)) & (*(sptr - wpls3)) & (*(sptr + wpls3)) & (*(sptr + wpls9)); } } } static void fdilate_2_32(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | (*sptr) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)); } } } static void ferode_2_32(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & (*sptr) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)); } } } static void fdilate_2_33(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls5; l_int32 wpls10; wpls5 = 5 * wpls; wpls10 = 10 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls10)) | (*(sptr + wpls5)) | (*sptr) | (*(sptr - wpls5)) | (*(sptr - wpls10)); } } } static void ferode_2_33(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls5; l_int32 wpls10; wpls5 = 5 * wpls; wpls10 = 10 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls10)) & (*(sptr - wpls5)) & (*sptr) & (*(sptr + wpls5)) & (*(sptr + wpls10)); } } } static void fdilate_2_34(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | (*sptr) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)); } } } static void ferode_2_34(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & (*sptr) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)); } } } static void fdilate_2_35(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls9; wpls9 = 9 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls9)) | (*sptr) | (*(sptr - wpls9)); } } } static void ferode_2_35(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls9; wpls9 = 9 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls9)) & (*sptr) & (*(sptr + wpls9)); } } } static void fdilate_2_36(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)); } } } static void ferode_2_36(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)); } } } static void fdilate_2_37(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls3; l_int32 wpls4; l_int32 wpls10; l_int32 wpls11; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls11)) | (*(sptr + wpls4)) | (*(sptr - wpls3)) | (*(sptr - wpls10)); } } } static void ferode_2_37(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls3; l_int32 wpls4; l_int32 wpls10; l_int32 wpls11; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls11)) & (*(sptr - wpls4)) & (*(sptr + wpls3)) & (*(sptr + wpls10)); } } } static void fdilate_2_38(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | (*sptr) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)); } } } static void ferode_2_38(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & (*sptr) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)); } } } static void fdilate_2_39(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls6; l_int32 wpls12; wpls6 = 6 * wpls; wpls12 = 12 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls12)) | (*(sptr + wpls6)) | (*sptr) | (*(sptr - wpls6)) | (*(sptr - wpls12)); } } } static void ferode_2_39(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls6; l_int32 wpls12; wpls6 = 6 * wpls; wpls12 = 12 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls12)) & (*(sptr - wpls6)) & (*sptr) & (*(sptr + wpls6)) & (*(sptr + wpls12)); } } } static void fdilate_2_40(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)); } } } static void ferode_2_40(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)); } } } static void fdilate_2_41(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls4; l_int32 wpls12; wpls4 = 4 * wpls; wpls12 = 12 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls12)) | (*(sptr + wpls4)) | (*(sptr - wpls4)) | (*(sptr - wpls12)); } } } static void ferode_2_41(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls4; l_int32 wpls12; wpls4 = 4 * wpls; wpls12 = 12 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls12)) & (*(sptr - wpls4)) & (*(sptr + wpls4)) & (*(sptr + wpls12)); } } } static void fdilate_2_42(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | (*sptr) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)); } } } static void ferode_2_42(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & (*sptr) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)); } } } static void fdilate_2_43(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls11; wpls11 = 11 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls11)) | (*sptr) | (*(sptr - wpls11)); } } } static void ferode_2_43(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls11; wpls11 = 11 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls11)) & (*sptr) & (*(sptr + wpls11)); } } } static void fdilate_2_44(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | (*sptr) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)); } } } static void ferode_2_44(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & (*sptr) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)); } } } static void fdilate_2_45(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls7; l_int32 wpls14; wpls7 = 7 * wpls; wpls14 = 14 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls14)) | (*(sptr + wpls7)) | (*sptr) | (*(sptr - wpls7)) | (*(sptr - wpls14)); } } } static void ferode_2_45(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls7; l_int32 wpls14; wpls7 = 7 * wpls; wpls14 = 14 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls14)) & (*(sptr - wpls7)) & (*sptr) & (*(sptr + wpls7)) & (*(sptr + wpls14)); } } } static void fdilate_2_46(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)); } } } static void ferode_2_46(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)); } } } static void fdilate_2_47(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls3; l_int32 wpls9; l_int32 wpls15; wpls3 = 3 * wpls; wpls9 = 9 * wpls; wpls15 = 15 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls15)) | (*(sptr + wpls9)) | (*(sptr + wpls3)) | (*(sptr - wpls3)) | (*(sptr - wpls9)) | (*(sptr - wpls15)); } } } static void ferode_2_47(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls3; l_int32 wpls9; l_int32 wpls15; wpls3 = 3 * wpls; wpls9 = 9 * wpls; wpls15 = 15 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls15)) & (*(sptr - wpls9)) & (*(sptr - wpls3)) & (*(sptr + wpls3)) & (*(sptr + wpls9)) & (*(sptr + wpls15)); } } } static void fdilate_2_48(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | (*sptr) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)); } } } static void ferode_2_48(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & (*sptr) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)); } } } static void fdilate_2_49(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls13; wpls13 = 13 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls13)) | (*sptr) | (*(sptr - wpls13)); } } } static void ferode_2_49(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls13; wpls13 = 13 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls13)) & (*sptr) & (*(sptr + wpls13)); } } } static void fdilate_2_50(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | (*sptr) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)); } } } static void ferode_2_50(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & (*sptr) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)); } } } static void fdilate_2_51(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls8; l_int32 wpls16; wpls8 = 8 * wpls; wpls16 = 16 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls16)) | (*(sptr + wpls8)) | (*sptr) | (*(sptr - wpls8)) | (*(sptr - wpls16)); } } } static void ferode_2_51(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls8; l_int32 wpls16; wpls8 = 8 * wpls; wpls16 = 16 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls16)) & (*(sptr - wpls8)) & (*sptr) & (*(sptr + wpls8)) & (*(sptr + wpls16)); } } } static void fdilate_2_52(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)); } } } static void ferode_2_52(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)); } } } static void fdilate_2_53(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls3; l_int32 wpls4; l_int32 wpls10; l_int32 wpls11; l_int32 wpls17; l_int32 wpls18; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls18)) | (*(sptr + wpls11)) | (*(sptr + wpls4)) | (*(sptr - wpls3)) | (*(sptr - wpls10)) | (*(sptr - wpls17)); } } } static void ferode_2_53(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls3; l_int32 wpls4; l_int32 wpls10; l_int32 wpls11; l_int32 wpls17; l_int32 wpls18; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls18)) & (*(sptr - wpls11)) & (*(sptr - wpls4)) & (*(sptr + wpls3)) & (*(sptr + wpls10)) & (*(sptr + wpls17)); } } } static void fdilate_2_54(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)); } } } static void ferode_2_54(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)); } } } static void fdilate_2_55(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls5; l_int32 wpls6; l_int32 wpls16; l_int32 wpls17; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls17)) | (*(sptr + wpls6)) | (*(sptr - wpls5)) | (*(sptr - wpls16)); } } } static void ferode_2_55(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls5; l_int32 wpls6; l_int32 wpls16; l_int32 wpls17; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls17)) & (*(sptr - wpls6)) & (*(sptr + wpls5)) & (*(sptr + wpls16)); } } } static void fdilate_2_56(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | (*sptr) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)); } } } static void ferode_2_56(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & (*sptr) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)); } } } static void fdilate_2_57(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls9; l_int32 wpls18; wpls9 = 9 * wpls; wpls18 = 18 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls18)) | (*(sptr + wpls9)) | (*sptr) | (*(sptr - wpls9)) | (*(sptr - wpls18)); } } } static void ferode_2_57(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls9; l_int32 wpls18; wpls9 = 9 * wpls; wpls18 = 18 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls18)) & (*(sptr - wpls9)) & (*sptr) & (*(sptr + wpls9)) & (*(sptr + wpls18)); } } } static void fdilate_2_58(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 20) | (*(sptr - 1) << 12)); } } } static void ferode_2_58(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 20) | (*(sptr + 1) >> 12)); } } } static void fdilate_2_59(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls4; l_int32 wpls12; l_int32 wpls20; wpls4 = 4 * wpls; wpls12 = 12 * wpls; wpls20 = 20 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls20)) | (*(sptr + wpls12)) | (*(sptr + wpls4)) | (*(sptr - wpls4)) | (*(sptr - wpls12)) | (*(sptr - wpls20)); } } } static void ferode_2_59(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls4; l_int32 wpls12; l_int32 wpls20; wpls4 = 4 * wpls; wpls12 = 12 * wpls; wpls20 = 20 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls20)) & (*(sptr - wpls12)) & (*(sptr - wpls4)) & (*(sptr + wpls4)) & (*(sptr + wpls12)) & (*(sptr + wpls20)); } } } static void fdilate_2_60(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 21) | (*(sptr + 1) >> 11)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | (*sptr) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 21) | (*(sptr - 1) << 11)); } } } static void ferode_2_60(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 21) | (*(sptr - 1) << 11)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & (*sptr) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 21) | (*(sptr + 1) >> 11)); } } } static void fdilate_2_61(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls7; l_int32 wpls14; l_int32 wpls21; wpls7 = 7 * wpls; wpls14 = 14 * wpls; wpls21 = 21 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls21)) | (*(sptr + wpls14)) | (*(sptr + wpls7)) | (*sptr) | (*(sptr - wpls7)) | (*(sptr - wpls14)) | (*(sptr - wpls21)); } } } static void ferode_2_61(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls7; l_int32 wpls14; l_int32 wpls21; wpls7 = 7 * wpls; wpls14 = 14 * wpls; wpls21 = 21 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls21)) & (*(sptr - wpls14)) & (*(sptr - wpls7)) & (*sptr) & (*(sptr + wpls7)) & (*(sptr + wpls14)) & (*(sptr + wpls21)); } } } static void fdilate_2_62(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | (*sptr) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 20) | (*(sptr - 1) << 12)); } } } static void ferode_2_62(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & (*sptr) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 20) | (*(sptr + 1) >> 12)); } } } static void fdilate_2_63(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls10; l_int32 wpls20; wpls10 = 10 * wpls; wpls20 = 20 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls20)) | (*(sptr + wpls10)) | (*sptr) | (*(sptr - wpls10)) | (*(sptr - wpls20)); } } } static void ferode_2_63(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls10; l_int32 wpls20; wpls10 = 10 * wpls; wpls20 = 20 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls20)) & (*(sptr - wpls10)) & (*sptr) & (*(sptr + wpls10)) & (*(sptr + wpls20)); } } } static void fdilate_2_64(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)); } } } static void ferode_2_64(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)); } } } static void fdilate_2_65(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls6; l_int32 wpls7; l_int32 wpls19; l_int32 wpls20; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls20)) | (*(sptr + wpls7)) | (*(sptr - wpls6)) | (*(sptr - wpls19)); } } } static void ferode_2_65(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls6; l_int32 wpls7; l_int32 wpls19; l_int32 wpls20; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls20)) & (*(sptr - wpls7)) & (*(sptr + wpls6)) & (*(sptr + wpls19)); } } } static void fdilate_2_66(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 23) | (*(sptr + 1) >> 9)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 22) | (*(sptr - 1) << 10)); } } } static void ferode_2_66(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 23) | (*(sptr - 1) << 9)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 22) | (*(sptr + 1) >> 10)); } } } static void fdilate_2_67(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls4; l_int32 wpls5; l_int32 wpls13; l_int32 wpls14; l_int32 wpls22; l_int32 wpls23; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls23)) | (*(sptr + wpls14)) | (*(sptr + wpls5)) | (*(sptr - wpls4)) | (*(sptr - wpls13)) | (*(sptr - wpls22)); } } } static void ferode_2_67(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls4; l_int32 wpls5; l_int32 wpls13; l_int32 wpls14; l_int32 wpls22; l_int32 wpls23; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls23)) & (*(sptr - wpls14)) & (*(sptr - wpls5)) & (*(sptr + wpls4)) & (*(sptr + wpls13)) & (*(sptr + wpls22)); } } } static void fdilate_2_68(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 22) | (*(sptr + 1) >> 10)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | (*sptr) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 22) | (*(sptr - 1) << 10)); } } } static void ferode_2_68(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 22) | (*(sptr - 1) << 10)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & (*sptr) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 22) | (*(sptr + 1) >> 10)); } } } static void fdilate_2_69(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls11; l_int32 wpls22; wpls11 = 11 * wpls; wpls22 = 22 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls22)) | (*(sptr + wpls11)) | (*sptr) | (*(sptr - wpls11)) | (*(sptr - wpls22)); } } } static void ferode_2_69(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls11; l_int32 wpls22; wpls11 = 11 * wpls; wpls22 = 22 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls22)) & (*(sptr - wpls11)) & (*sptr) & (*(sptr + wpls11)) & (*(sptr + wpls22)); } } } static void fdilate_2_70(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 24) | (*(sptr + 1) >> 8)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | (*sptr) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 24) | (*(sptr - 1) << 8)); } } } static void ferode_2_70(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 24) | (*(sptr - 1) << 8)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & (*sptr) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 24) | (*(sptr + 1) >> 8)); } } } static void fdilate_2_71(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls8; l_int32 wpls16; l_int32 wpls24; wpls8 = 8 * wpls; wpls16 = 16 * wpls; wpls24 = 24 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls24)) | (*(sptr + wpls16)) | (*(sptr + wpls8)) | (*sptr) | (*(sptr - wpls8)) | (*(sptr - wpls16)) | (*(sptr - wpls24)); } } } static void ferode_2_71(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls8; l_int32 wpls16; l_int32 wpls24; wpls8 = 8 * wpls; wpls16 = 16 * wpls; wpls24 = 24 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls24)) & (*(sptr - wpls16)) & (*(sptr - wpls8)) & (*sptr) & (*(sptr + wpls8)) & (*(sptr + wpls16)) & (*(sptr + wpls24)); } } } static void fdilate_2_72(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 25) | (*(sptr + 1) >> 7)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 25) | (*(sptr - 1) << 7)); } } } static void ferode_2_72(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 25) | (*(sptr - 1) << 7)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 25) | (*(sptr + 1) >> 7)); } } } static void fdilate_2_73(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls5; l_int32 wpls15; l_int32 wpls25; wpls5 = 5 * wpls; wpls15 = 15 * wpls; wpls25 = 25 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls25)) | (*(sptr + wpls15)) | (*(sptr + wpls5)) | (*(sptr - wpls5)) | (*(sptr - wpls15)) | (*(sptr - wpls25)); } } } static void ferode_2_73(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls5; l_int32 wpls15; l_int32 wpls25; wpls5 = 5 * wpls; wpls15 = 15 * wpls; wpls25 = 25 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls25)) & (*(sptr - wpls15)) & (*(sptr - wpls5)) & (*(sptr + wpls5)) & (*(sptr + wpls15)) & (*(sptr + wpls25)); } } } static void fdilate_2_74(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 27) | (*(sptr + 1) >> 5)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | (*sptr) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 27) | (*(sptr - 1) << 5)); } } } static void ferode_2_74(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 27) | (*(sptr - 1) << 5)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & (*sptr) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 27) | (*(sptr + 1) >> 5)); } } } static void fdilate_2_75(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls9; l_int32 wpls18; l_int32 wpls27; wpls9 = 9 * wpls; wpls18 = 18 * wpls; wpls27 = 27 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls27)) | (*(sptr + wpls18)) | (*(sptr + wpls9)) | (*sptr) | (*(sptr - wpls9)) | (*(sptr - wpls18)) | (*(sptr - wpls27)); } } } static void ferode_2_75(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls9; l_int32 wpls18; l_int32 wpls27; wpls9 = 9 * wpls; wpls18 = 18 * wpls; wpls27 = 27 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls27)) & (*(sptr - wpls18)) & (*(sptr - wpls9)) & (*sptr) & (*(sptr + wpls9)) & (*(sptr + wpls18)) & (*(sptr + wpls27)); } } } leptonica-1.70/src/jp2kiostub.c0000664000175000017500000000477612262333501014551 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * jp2kiostub.c * * Stubs for jp2kio.c functions */ #include "allheaders.h" /* --------------------------------------------*/ #if !USE_JP2KIO /* defined in environ.h */ /* --------------------------------------------*/ l_int32 readHeaderJp2k(const char *filename, l_int32 *pw, l_int32 *ph, l_int32 *pspp) { return ERROR_INT("function not present", "readHeaderJp2k", 1); } /* ----------------------------------------------------------------------*/ l_int32 freadHeaderJp2k(FILE *fp, l_int32 *pw, l_int32 *ph, l_int32 *pspp) { return ERROR_INT("function not present", "freadHeaderJp2k", 1); } /* ----------------------------------------------------------------------*/ l_int32 sreadHeaderJp2k(const l_uint8 *cdata, size_t size, l_int32 *pw, l_int32 *ph, l_int32 *pspp) { return ERROR_INT("function not present", "sreadHeaderJp2k", 1); } /* --------------------------------------------*/ #endif /* !USE_JP2KIO */ /* --------------------------------------------*/ leptonica-1.70/src/fhmtauto.c0000644000175000017500000007571312244221747014311 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * fhmtauto.c * * Main function calls: * l_int32 fhmtautogen() * l_int32 fhmtautogen1() * l_int32 fhmtautogen2() * * Static helpers: * static SARRAY *sarrayMakeWplsCode() * static SARRAY *sarrayMakeInnerLoopDWACode() * static char *makeBarrelshiftString() * * This automatically generates dwa code for the hit-miss transform. * Here's a road map for how it all works. * * (1) You generate an array (a SELA) of hit-miss transform SELs. * This can be done in several ways, including * (a) calling the function selaAddHitMiss() for * pre-compiled SELs * (b) generating the SELA in code in line * (c) reading in a SELA from file, using selaRead() * or various other formats. * * (2) You call fhmtautogen1() and fhmtautogen2() on this SELA. * This uses the text files hmttemplate1.txt and * hmttemplate2.txt for building up the source code. See the file * prog/fhmtautogen.c for an example of how this is done. * The output is written to files named fhmtgen.*.c * and fhmtgenlow.*.c, where "*" is an integer that you * input to this function. That integer labels both * the output files, as well as all the functions that * are generated. That way, using different integers, * you can invoke fhmtautogen() any number of times * to get functions that all have different names so that * they can be linked into one program. * * (3) You copy the generated source code back to your src * directory for compilation. Put their names in the * Makefile, regnerate the prototypes, and recompile * the libraries. Look at the Makefile to see how I've * included fhmtgen.1.c and fhmtgenlow.1.c. These files * provide the high-level interfaces for the hmt, and * the low-level interfaces to do the actual work. * * (4) In an application, you now use this interface. Again * for the example files generated, using integer "1": * * PIX *pixHMTDwa_1(PIX *pixd, PIX *pixs, char *selname); * * or * * PIX *pixFHMTGen_1(PIX *pixd, PIX *pixs, char *selname); * * where the selname is one of the set that were defined * as the name field of sels. This set is listed at the * beginning of the file fhmtgen.1.c. * As an example, see the file prog/fmtauto_reg.c, which * verifies the correctness of the implementation by * comparing the dwa result with that of full-image * rasterops. */ #include #include "allheaders.h" #define OUTROOT "fhmtgen" #define TEMPLATE1 "hmttemplate1.txt" #define TEMPLATE2 "hmttemplate2.txt" #define BUFFER_SIZE 512 #define PROTOARGS "(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32);" static char * makeBarrelshiftString(l_int32 delx, l_int32 dely, l_int32 type); static SARRAY * sarrayMakeInnerLoopDWACode(SEL *sel, l_int32 nhits, l_int32 nmisses); static SARRAY * sarrayMakeWplsCode(SEL *sel); static char wpldecls[][60] = { "l_int32 wpls2;", "l_int32 wpls2, wpls3;", "l_int32 wpls2, wpls3, wpls4;", "l_int32 wpls5;", "l_int32 wpls5, wpls6;", "l_int32 wpls5, wpls6, wpls7;", "l_int32 wpls5, wpls6, wpls7, wpls8;", "l_int32 wpls9;", "l_int32 wpls9, wpls10;", "l_int32 wpls9, wpls10, wpls11;", "l_int32 wpls9, wpls10, wpls11, wpls12;", "l_int32 wpls13;", "l_int32 wpls13, wpls14;", "l_int32 wpls13, wpls14, wpls15;", "l_int32 wpls13, wpls14, wpls15, wpls16;", "l_int32 wpls17;", "l_int32 wpls17, wpls18;", "l_int32 wpls17, wpls18, wpls19;", "l_int32 wpls17, wpls18, wpls19, wpls20;", "l_int32 wpls21;", "l_int32 wpls21, wpls22;", "l_int32 wpls21, wpls22, wpls23;", "l_int32 wpls21, wpls22, wpls23, wpls24;", "l_int32 wpls25;", "l_int32 wpls25, wpls26;", "l_int32 wpls25, wpls26, wpls27;", "l_int32 wpls25, wpls26, wpls27, wpls28;", "l_int32 wpls29;", "l_int32 wpls29, wpls30;", "l_int32 wpls29, wpls30, wpls31;"}; static char wpldefs[][24] = { " wpls2 = 2 * wpls;", " wpls3 = 3 * wpls;", " wpls4 = 4 * wpls;", " wpls5 = 5 * wpls;", " wpls6 = 6 * wpls;", " wpls7 = 7 * wpls;", " wpls8 = 8 * wpls;", " wpls9 = 9 * wpls;", " wpls10 = 10 * wpls;", " wpls11 = 11 * wpls;", " wpls12 = 12 * wpls;", " wpls13 = 13 * wpls;", " wpls14 = 14 * wpls;", " wpls15 = 15 * wpls;", " wpls16 = 16 * wpls;", " wpls17 = 17 * wpls;", " wpls18 = 18 * wpls;", " wpls19 = 19 * wpls;", " wpls20 = 20 * wpls;", " wpls21 = 21 * wpls;", " wpls22 = 22 * wpls;", " wpls23 = 23 * wpls;", " wpls24 = 24 * wpls;", " wpls25 = 25 * wpls;", " wpls26 = 26 * wpls;", " wpls27 = 27 * wpls;", " wpls28 = 28 * wpls;", " wpls29 = 29 * wpls;", " wpls30 = 30 * wpls;", " wpls31 = 31 * wpls;"}; static char wplstrp[][10] = {"+ wpls", "+ wpls2", "+ wpls3", "+ wpls4", "+ wpls5", "+ wpls6", "+ wpls7", "+ wpls8", "+ wpls9", "+ wpls10", "+ wpls11", "+ wpls12", "+ wpls13", "+ wpls14", "+ wpls15", "+ wpls16", "+ wpls17", "+ wpls18", "+ wpls19", "+ wpls20", "+ wpls21", "+ wpls22", "+ wpls23", "+ wpls24", "+ wpls25", "+ wpls26", "+ wpls27", "+ wpls28", "+ wpls29", "+ wpls30", "+ wpls31"}; static char wplstrm[][10] = {"- wpls", "- wpls2", "- wpls3", "- wpls4", "- wpls5", "- wpls6", "- wpls7", "- wpls8", "- wpls9", "- wpls10", "- wpls11", "- wpls12", "- wpls13", "- wpls14", "- wpls15", "- wpls16", "- wpls17", "- wpls18", "- wpls19", "- wpls20", "- wpls21", "- wpls22", "- wpls23", "- wpls24", "- wpls25", "- wpls26", "- wpls27", "- wpls28", "- wpls29", "- wpls30", "- wpls31"}; /*! * fhmtautogen() * * Input: sela * fileindex * filename (; can be null) * Return: 0 if OK; 1 on error * * Notes: * (1) This function generates all the code for implementing * dwa morphological operations using all the sels in the sela. * (2) See fhmtautogen1() and fhmtautogen2() for details. */ l_int32 fhmtautogen(SELA *sela, l_int32 fileindex, const char *filename) { l_int32 ret1, ret2; PROCNAME("fhmtautogen"); if (!sela) return ERROR_INT("sela not defined", procName, 1); ret1 = fhmtautogen1(sela, fileindex, filename); ret2 = fhmtautogen2(sela, fileindex, filename); if (ret1 || ret2) return ERROR_INT("code generation problem", procName, 1); return 0; } /*! * fhmtautogen1() * * Input: sel array * fileindex * filename (; can be null) * Return: 0 if OK; 1 on error * * Notes: * (1) This function uses hmttemplate1.txt to create a * top-level file that contains two functions that carry * out the hit-miss transform for any of the sels in * the input sela. * (2) The fileindex parameter is inserted into the output * filename, as described below. * (3) If filename == NULL, the output file is fhmtgen..c, * where is equal to the 'fileindex' parameter. * (4) If filename != NULL, the output file is ..c. * (5) Each sel must have at least one hit. A sel with only misses * generates code that will abort the operation if it is called. */ l_int32 fhmtautogen1(SELA *sela, l_int32 fileindex, const char *filename) { char *filestr; char *str_proto1, *str_proto2, *str_proto3; char *str_doc1, *str_doc2, *str_doc3, *str_doc4; char *str_def1, *str_def2, *str_proc1, *str_proc2; char *str_dwa1, *str_low_dt, *str_low_ds; char bigbuf[BUFFER_SIZE]; l_int32 i, nsels, nbytes, actstart, end, newstart; size_t size; SARRAY *sa1, *sa2, *sa3; PROCNAME("fhmtautogen1"); if (!sela) return ERROR_INT("sela not defined", procName, 1); if (fileindex < 0) fileindex = 0; if ((nsels = selaGetCount(sela)) == 0) return ERROR_INT("no sels in sela", procName, 1); /* Make array of sel names */ sa1 = selaGetSelnames(sela); /* Make array of textlines from from hmttemplate1.txt */ if ((filestr = (char *)l_binaryRead(TEMPLATE1, &size)) == NULL) return ERROR_INT("filestr not made", procName, 1); if ((sa2 = sarrayCreateLinesFromString(filestr, 1)) == NULL) return ERROR_INT("sa2 not made", procName, 1); FREE(filestr); /* Make strings containing function call names */ sprintf(bigbuf, "PIX *pixHMTDwa_%d(PIX *pixd, PIX *pixs, " "char *selname);", fileindex); str_proto1 = stringNew(bigbuf); sprintf(bigbuf, "PIX *pixFHMTGen_%d(PIX *pixd, PIX *pixs, " "char *selname);", fileindex); str_proto2 = stringNew(bigbuf); sprintf(bigbuf, "l_int32 fhmtgen_low_%d(l_uint32 *datad, l_int32 w,\n" " l_int32 h, l_int32 wpld,\n" " l_uint32 *datas, l_int32 wpls,\n" " l_int32 index);", fileindex); str_proto3 = stringNew(bigbuf); sprintf(bigbuf, " * PIX *pixHMTDwa_%d()", fileindex); str_doc1 = stringNew(bigbuf); sprintf(bigbuf, " * PIX *pixFHMTGen_%d()", fileindex); str_doc2 = stringNew(bigbuf); sprintf(bigbuf, " * pixHMTDwa_%d()", fileindex); str_doc3 = stringNew(bigbuf); sprintf(bigbuf, " * pixFHMTGen_%d()", fileindex); str_doc4 = stringNew(bigbuf); sprintf(bigbuf, "pixHMTDwa_%d(PIX *pixd,", fileindex); str_def1 = stringNew(bigbuf); sprintf(bigbuf, "pixFHMTGen_%d(PIX *pixd,", fileindex); str_def2 = stringNew(bigbuf); sprintf(bigbuf, " PROCNAME(\"pixHMTDwa_%d\");", fileindex); str_proc1 = stringNew(bigbuf); sprintf(bigbuf, " PROCNAME(\"pixFHMTGen_%d\");", fileindex); str_proc2 = stringNew(bigbuf); sprintf(bigbuf, " pixt2 = pixFHMTGen_%d(NULL, pixt1, selname);", fileindex); str_dwa1 = stringNew(bigbuf); sprintf(bigbuf, " fhmtgen_low_%d(datad, w, h, wpld, datat, wpls, index);", fileindex); str_low_dt = stringNew(bigbuf); sprintf(bigbuf, " fhmtgen_low_%d(datad, w, h, wpld, datas, wpls, index);", fileindex); str_low_ds = stringNew(bigbuf); /* Make the output sa */ if ((sa3 = sarrayCreate(0)) == NULL) return ERROR_INT("sa3 not made", procName, 1); /* Copyright notice and info header */ sarrayParseRange(sa2, 0, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa3, sa2, actstart, end); /* Insert function names as documentation */ sarrayAddString(sa3, str_doc1, L_INSERT); sarrayAddString(sa3, str_doc2, L_INSERT); /* Add '#include's */ sarrayParseRange(sa2, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa3, sa2, actstart, end); /* Insert function prototypes */ sarrayAddString(sa3, str_proto1, L_INSERT); sarrayAddString(sa3, str_proto2, L_INSERT); sarrayAddString(sa3, str_proto3, L_INSERT); /* Add static globals */ sprintf(bigbuf, "\nstatic l_int32 NUM_SELS_GENERATED = %d;", nsels); sarrayAddString(sa3, bigbuf, L_COPY); sprintf(bigbuf, "static char SEL_NAMES[][80] = {"); sarrayAddString(sa3, bigbuf, L_COPY); for (i = 0; i < nsels - 1; i++) { sprintf(bigbuf, " \"%s\",", sarrayGetString(sa1, i, 0)); sarrayAddString(sa3, bigbuf, L_COPY); } sprintf(bigbuf, " \"%s\"};", sarrayGetString(sa1, i, 0)); sarrayAddString(sa3, bigbuf, L_COPY); /* Start pixHMTDwa_*() function description */ sarrayParseRange(sa2, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa3, sa2, actstart, end); sarrayAddString(sa3, str_doc3, L_INSERT); sarrayParseRange(sa2, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa3, sa2, actstart, end); /* Finish pixMorphDwa_*() function definition */ sarrayAddString(sa3, str_def1, L_INSERT); sarrayParseRange(sa2, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa3, sa2, actstart, end); sarrayAddString(sa3, str_proc1, L_INSERT); sarrayParseRange(sa2, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa3, sa2, actstart, end); sarrayAddString(sa3, str_dwa1, L_INSERT); sarrayParseRange(sa2, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa3, sa2, actstart, end); /* Start pixFHMTGen_*() function description */ sarrayAddString(sa3, str_doc4, L_INSERT); sarrayParseRange(sa2, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa3, sa2, actstart, end); /* Finish pixFHMTGen_*() function description */ sarrayAddString(sa3, str_def2, L_INSERT); sarrayParseRange(sa2, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa3, sa2, actstart, end); sarrayAddString(sa3, str_proc2, L_INSERT); sarrayParseRange(sa2, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa3, sa2, actstart, end); sarrayAddString(sa3, str_low_dt, L_INSERT); sarrayParseRange(sa2, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa3, sa2, actstart, end); sarrayAddString(sa3, str_low_ds, L_INSERT); sarrayParseRange(sa2, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa3, sa2, actstart, end); if ((filestr = sarrayToString(sa3, 1)) == NULL) return ERROR_INT("filestr from sa3 not made", procName, 1); nbytes = strlen(filestr); if (filename) sprintf(bigbuf, "%s.%d.c", filename, fileindex); else sprintf(bigbuf, "%s.%d.c", OUTROOT, fileindex); l_binaryWrite(bigbuf, "w", filestr, nbytes); sarrayDestroy(&sa1); sarrayDestroy(&sa2); sarrayDestroy(&sa3); FREE(filestr); return 0; } /*! * fhmtautogen2() * * Input: sel array * fileindex * filename (; can be null) * Return: 0 if OK; 1 on error * * Notes: * (1) This function uses hmttemplate2.txt to create a * low-level file that contains the low-level functions for * implementing the hit-miss transform for every sel * in the input sela. * (2) The fileindex parameter is inserted into the output * filename, as described below. * (3) If filename == NULL, the output file is fhmtgenlow..c, * where is equal to the 'fileindex' parameter. * (4) If filename != NULL, the output file is low..c. */ l_int32 fhmtautogen2(SELA *sela, l_int32 fileindex, const char *filename) { char *filestr, *fname, *linestr; char *str_doc1, *str_doc2, *str_doc3, *str_def1; char bigbuf[BUFFER_SIZE]; char breakstring[] = " break;"; char staticstring[] = "static void"; l_int32 i, k, l, nsels, nbytes, nhits, nmisses; l_int32 actstart, end, newstart; l_int32 argstart, argend, loopstart, loopend, finalstart, finalend; size_t size; SARRAY *sa1, *sa2, *sa3, *sa4, *sa5, *sa6; SEL *sel; PROCNAME("fhmtautogen2"); if (!sela) return ERROR_INT("sela not defined", procName, 1); if (fileindex < 0) fileindex = 0; if ((nsels = selaGetCount(sela)) == 0) return ERROR_INT("no sels in sela", procName, 1); /* Make the array of textlines from hmttemplate2.txt */ if ((filestr = (char *)l_binaryRead(TEMPLATE2, &size)) == NULL) return ERROR_INT("filestr not made", procName, 1); if ((sa1 = sarrayCreateLinesFromString(filestr, 1)) == NULL) return ERROR_INT("sa1 not made", procName, 1); FREE(filestr); /* Make the array of static function names */ if ((sa2 = sarrayCreate(nsels)) == NULL) return ERROR_INT("sa2 not made", procName, 1); for (i = 0; i < nsels; i++) { sprintf(bigbuf, "fhmt_%d_%d", fileindex, i); sarrayAddString(sa2, bigbuf, 1); } /* Make the static prototype strings */ if ((sa3 = sarrayCreate(2 * nsels)) == NULL) return ERROR_INT("sa3 not made", procName, 1); for (i = 0; i < nsels; i++) { fname = sarrayGetString(sa2, i, 0); sprintf(bigbuf, "static void %s%s", fname, PROTOARGS); sarrayAddString(sa3, bigbuf, 1); } /* Make strings containing function names */ sprintf(bigbuf, " * l_int32 fhmtgen_low_%d()", fileindex); str_doc1 = stringNew(bigbuf); sprintf(bigbuf, " * void fhmt_%d_*()", fileindex); str_doc2 = stringNew(bigbuf); sprintf(bigbuf, " * fhmtgen_low_%d()", fileindex); str_doc3 = stringNew(bigbuf); sprintf(bigbuf, "fhmtgen_low_%d(l_uint32 *datad,", fileindex); str_def1 = stringNew(bigbuf); /* Output to this sa */ if ((sa4 = sarrayCreate(0)) == NULL) return ERROR_INT("sa4 not made", procName, 1); /* Copyright notice and info header */ sarrayParseRange(sa1, 0, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa4, sa1, actstart, end); /* Insert function names as documentation */ sarrayAddString(sa4, str_doc1, L_INSERT); sarrayParseRange(sa1, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa4, sa1, actstart, end); sarrayAddString(sa4, str_doc2, L_INSERT); sarrayParseRange(sa1, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa4, sa1, actstart, end); /* Insert static protos */ for (i = 0; i < nsels; i++) { if ((linestr = sarrayGetString(sa3, i, L_COPY)) == NULL) return ERROR_INT("linestr not retrieved", procName, 1); sarrayAddString(sa4, linestr, L_INSERT); } /* Insert function header */ sarrayParseRange(sa1, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa4, sa1, actstart, end); sarrayAddString(sa4, str_doc3, L_INSERT); sarrayParseRange(sa1, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa4, sa1, actstart, end); sarrayAddString(sa4, str_def1, L_INSERT); sarrayParseRange(sa1, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa4, sa1, actstart, end); /* Generate and insert the dispatcher code */ for (i = 0; i < nsels; i++) { sprintf(bigbuf, " case %d:", i); sarrayAddString(sa4, bigbuf, L_COPY); sprintf(bigbuf, " %s(datad, w, h, wpld, datas, wpls);", sarrayGetString(sa2, i, L_NOCOPY)); sarrayAddString(sa4, bigbuf, L_COPY); sarrayAddString(sa4, breakstring, L_COPY); } /* Finish the dispatcher and introduce the low-level code */ sarrayParseRange(sa1, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa4, sa1, actstart, end); /* Get the range for the args common to all functions */ sarrayParseRange(sa1, newstart, &argstart, &argend, &newstart, "--", 0); /* Get the range for the loop code common to all functions */ sarrayParseRange(sa1, newstart, &loopstart, &loopend, &newstart, "--", 0); /* Get the range for the ending code common to all functions */ sarrayParseRange(sa1, newstart, &finalstart, &finalend, &newstart, "--", 0); /* Do all the static functions */ for (i = 0; i < nsels; i++) { /* Generate the function header and add the common args */ sarrayAddString(sa4, staticstring, L_COPY); fname = sarrayGetString(sa2, i, L_NOCOPY); sprintf(bigbuf, "%s(l_uint32 *datad,", fname); sarrayAddString(sa4, bigbuf, L_COPY); sarrayAppendRange(sa4, sa1, argstart, argend); /* Declare and define wplsN args, as necessary */ if ((sel = selaGetSel(sela, i)) == NULL) return ERROR_INT("sel not returned", procName, 1); if ((sa5 = sarrayMakeWplsCode(sel)) == NULL) return ERROR_INT("sa5 not made", procName, 1); sarrayConcatenate(sa4, sa5); sarrayDestroy(&sa5); /* Make sure sel has at least one hit */ nhits = 0; nmisses = 0; for (k = 0; k < sel->sy; k++) { for (l = 0; l < sel->sx; l++) { if (sel->data[k][l] == 1) nhits++; else if (sel->data[k][l] == 2) nmisses++; } } if (nhits == 0) { linestr = stringNew(" fprintf(stderr, \"Error in HMT: no hits in sel!\\n\");\n}\n\n"); sarrayAddString(sa4, linestr, L_INSERT); continue; } /* Add the function loop code */ sarrayAppendRange(sa4, sa1, loopstart, loopend); /* Insert barrel-op code for *dptr */ if ((sa6 = sarrayMakeInnerLoopDWACode(sel, nhits, nmisses)) == NULL) return ERROR_INT("sa6 not made", procName, 1); sarrayConcatenate(sa4, sa6); sarrayDestroy(&sa6); /* Finish the function code */ sarrayAppendRange(sa4, sa1, finalstart, finalend); } /* Output to file */ if ((filestr = sarrayToString(sa4, 1)) == NULL) return ERROR_INT("filestr from sa4 not made", procName, 1); nbytes = strlen(filestr); if (filename) sprintf(bigbuf, "%slow.%d.c", filename, fileindex); else sprintf(bigbuf, "%slow.%d.c", OUTROOT, fileindex); l_binaryWrite(bigbuf, "w", filestr, nbytes); sarrayDestroy(&sa1); sarrayDestroy(&sa2); sarrayDestroy(&sa3); sarrayDestroy(&sa4); FREE(filestr); return 0; } /*--------------------------------------------------------------------------* * Helper code for sel * *--------------------------------------------------------------------------*/ /*! * sarrayMakeWplsCode() */ static SARRAY * sarrayMakeWplsCode(SEL *sel) { char emptystring[] = ""; l_int32 i, j, ymax, dely; SARRAY *sa; PROCNAME("sarrayMakeWplsCode"); if (!sel) return (SARRAY *)ERROR_PTR("sel not defined", procName, NULL); ymax = 0; for (i = 0; i < sel->sy; i++) { for (j = 0; j < sel->sx; j++) { if (sel->data[i][j] == 1) { dely = L_ABS(i - sel->cy); ymax = L_MAX(ymax, dely); } } } if (ymax > 31) { L_WARNING("ymax > 31; truncating to 31\n", procName); ymax = 31; } if ((sa = sarrayCreate(0)) == NULL) return (SARRAY *)ERROR_PTR("sa not made", procName, NULL); /* Declarations */ if (ymax > 4) sarrayAddString(sa, wpldecls[2], 1); if (ymax > 8) sarrayAddString(sa, wpldecls[6], 1); if (ymax > 12) sarrayAddString(sa, wpldecls[10], 1); if (ymax > 16) sarrayAddString(sa, wpldecls[14], 1); if (ymax > 20) sarrayAddString(sa, wpldecls[18], 1); if (ymax > 24) sarrayAddString(sa, wpldecls[22], 1); if (ymax > 28) sarrayAddString(sa, wpldecls[26], 1); if (ymax > 1) sarrayAddString(sa, wpldecls[ymax - 2], 1); sarrayAddString(sa, emptystring, 1); /* Definitions */ for (i = 2; i <= ymax; i++) sarrayAddString(sa, wpldefs[i - 2], 1); return sa; } /*! * sarrayMakeInnerLoopDWACode() */ static SARRAY * sarrayMakeInnerLoopDWACode(SEL *sel, l_int32 nhits, l_int32 nmisses) { char *string; char land[] = "&"; char bigbuf[BUFFER_SIZE]; l_int32 i, j, ntot, nfound, type, delx, dely; SARRAY *sa; PROCNAME("sarrayMakeInnerLoopDWACode"); if (!sel) return (SARRAY *)ERROR_PTR("sel not defined", procName, NULL); if ((sa = sarrayCreate(0)) == NULL) return (SARRAY *)ERROR_PTR("sa not made", procName, NULL); ntot = nhits + nmisses; nfound = 0; for (i = 0; i < sel->sy; i++) { for (j = 0; j < sel->sx; j++) { type = sel->data[i][j]; if (type == SEL_HIT || type == SEL_MISS) { nfound++; dely = i - sel->cy; delx = j - sel->cx; if ((string = makeBarrelshiftString(delx, dely, type)) == NULL) { L_WARNING("barrel shift string not made\n", procName); continue; } if (ntot == 1) /* just one item */ sprintf(bigbuf, " *dptr = %s;", string); else if (nfound == 1) sprintf(bigbuf, " *dptr = %s %s", string, land); else if (nfound < ntot) sprintf(bigbuf, " %s %s", string, land); else /* nfound == ntot */ sprintf(bigbuf, " %s;", string); sarrayAddString(sa, bigbuf, 1); FREE(string); } } } return sa; } /*! * makeBarrelshiftString() */ static char * makeBarrelshiftString(l_int32 delx, /* j - cx */ l_int32 dely, /* i - cy */ l_int32 type) /* SEL_HIT or SEL_MISS */ { l_int32 absx, absy; char bigbuf[BUFFER_SIZE]; PROCNAME("makeBarrelshiftString"); if (delx < -31 || delx > 31) return (char *)ERROR_PTR("delx out of bounds", procName, NULL); if (dely < -31 || dely > 31) return (char *)ERROR_PTR("dely out of bounds", procName, NULL); absx = L_ABS(delx); absy = L_ABS(dely); if (type == SEL_HIT) { if ((delx == 0) && (dely == 0)) sprintf(bigbuf, "(*sptr)"); else if ((delx == 0) && (dely < 0)) sprintf(bigbuf, "(*(sptr %s))", wplstrm[absy - 1]); else if ((delx == 0) && (dely > 0)) sprintf(bigbuf, "(*(sptr %s))", wplstrp[absy - 1]); else if ((delx < 0) && (dely == 0)) sprintf(bigbuf, "((*(sptr) >> %d) | (*(sptr - 1) << %d))", absx, 32 - absx); else if ((delx > 0) && (dely == 0)) sprintf(bigbuf, "((*(sptr) << %d) | (*(sptr + 1) >> %d))", absx, 32 - absx); else if ((delx < 0) && (dely < 0)) sprintf(bigbuf, "((*(sptr %s) >> %d) | (*(sptr %s - 1) << %d))", wplstrm[absy - 1], absx, wplstrm[absy - 1], 32 - absx); else if ((delx > 0) && (dely < 0)) sprintf(bigbuf, "((*(sptr %s) << %d) | (*(sptr %s + 1) >> %d))", wplstrm[absy - 1], absx, wplstrm[absy - 1], 32 - absx); else if ((delx < 0) && (dely > 0)) sprintf(bigbuf, "((*(sptr %s) >> %d) | (*(sptr %s - 1) << %d))", wplstrp[absy - 1], absx, wplstrp[absy - 1], 32 - absx); else /* ((delx > 0) && (dely > 0)) */ sprintf(bigbuf, "((*(sptr %s) << %d) | (*(sptr %s + 1) >> %d))", wplstrp[absy - 1], absx, wplstrp[absy - 1], 32 - absx); } else { /* type == SEL_MISS */ if ((delx == 0) && (dely == 0)) sprintf(bigbuf, "(~*sptr)"); else if ((delx == 0) && (dely < 0)) sprintf(bigbuf, "(~*(sptr %s))", wplstrm[absy - 1]); else if ((delx == 0) && (dely > 0)) sprintf(bigbuf, "(~*(sptr %s))", wplstrp[absy - 1]); else if ((delx < 0) && (dely == 0)) sprintf(bigbuf, "((~*(sptr) >> %d) | (~*(sptr - 1) << %d))", absx, 32 - absx); else if ((delx > 0) && (dely == 0)) sprintf(bigbuf, "((~*(sptr) << %d) | (~*(sptr + 1) >> %d))", absx, 32 - absx); else if ((delx < 0) && (dely < 0)) sprintf(bigbuf, "((~*(sptr %s) >> %d) | (~*(sptr %s - 1) << %d))", wplstrm[absy - 1], absx, wplstrm[absy - 1], 32 - absx); else if ((delx > 0) && (dely < 0)) sprintf(bigbuf, "((~*(sptr %s) << %d) | (~*(sptr %s + 1) >> %d))", wplstrm[absy - 1], absx, wplstrm[absy - 1], 32 - absx); else if ((delx < 0) && (dely > 0)) sprintf(bigbuf, "((~*(sptr %s) >> %d) | (~*(sptr %s - 1) << %d))", wplstrp[absy - 1], absx, wplstrp[absy - 1], 32 - absx); else /* ((delx > 0) && (dely > 0)) */ sprintf(bigbuf, "((~*(sptr %s) << %d) | (~*(sptr %s + 1) >> %d))", wplstrp[absy - 1], absx, wplstrp[absy - 1], 32 - absx); } return stringNew(bigbuf); } leptonica-1.70/src/pix2.c0000644000175000017500000030167512244225632013340 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pix2.c * * This file has these basic operations: * * (1) Get and set: individual pixels, full image, rectangular region, * pad pixels, border pixels, and color components for RGB * (2) Add and remove border pixels * (3) Endian byte swaps * (4) Simple method for byte-processing images (instead of words) * * Pixel poking * l_int32 pixGetPixel() * l_int32 pixSetPixel() * l_int32 pixGetRGBPixel() * l_int32 pixSetRGBPixel() * l_int32 pixGetRandomPixel() * l_int32 pixClearPixel() * l_int32 pixFlipPixel() * void setPixelLow() * * Find black or white value * l_int32 pixGetBlackOrWhiteVal() * * Full image clear/set/set-to-arbitrary-value * l_int32 pixClearAll() * l_int32 pixSetAll() * l_int32 pixSetAllGray() * l_int32 pixSetAllArbitrary() * l_int32 pixSetBlackOrWhite() * l_int32 pixSetComponentArbitrary() * * Rectangular region clear/set/set-to-arbitrary-value/blend * l_int32 pixClearInRect() * l_int32 pixSetInRect() * l_int32 pixSetInRectArbitrary() * l_int32 pixBlendInRect() * * Set pad bits * l_int32 pixSetPadBits() * l_int32 pixSetPadBitsBand() * * Assign border pixels * l_int32 pixSetOrClearBorder() * l_int32 pixSetBorderVal() * l_int32 pixSetBorderRingVal() * l_int32 pixSetMirroredBorder() * PIX *pixCopyBorder() * * Add and remove border * PIX *pixAddBorder() * PIX *pixAddBlackOrWhiteBorder() * PIX *pixAddBorderGeneral() * PIX *pixRemoveBorder() * PIX *pixRemoveBorderGeneral() * PIX *pixRemoveBorderToSize() * PIX *pixAddMirroredBorder() * PIX *pixAddRepeatedBorder() * PIX *pixAddMixedBorder() * PIX *pixAddContinuedBorder() * * Helper functions using alpha * l_int32 pixShiftAndTransferAlpha() * PIX *pixDisplayLayersRGBA() * * Color sample setting and extraction * PIX *pixCreateRGBImage() * PIX *pixGetRGBComponent() * l_int32 pixSetRGBComponent() * PIX *pixGetRGBComponentCmap() * l_int32 pixCopyRGBComponent() * l_int32 composeRGBPixel() * l_int32 composeRGBAPixel() * void extractRGBValues() * void extractRGBAValues() * l_int32 extractMinMaxComponent() * l_int32 pixGetRGBLine() * * Conversion between big and little endians * PIX *pixEndianByteSwapNew() * l_int32 pixEndianByteSwap() * l_int32 lineEndianByteSwap() * PIX *pixEndianTwoByteSwapNew() * l_int32 pixEndianTwoByteSwap() * * Extract raster data as binary string * l_int32 pixGetRasterData() * * Test alpha component opaqueness * l_int32 pixAlphaIsOpaque * * Setup helpers for 8 bpp byte processing * l_uint8 **pixSetupByteProcessing() * l_int32 pixCleanupByteProcessing() * * Setting parameters for antialias masking with alpha transforms * void l_setAlphaMaskBorder() * * *** indicates implicit assumption about RGB component ordering */ #include #include "allheaders.h" static const l_uint32 rmask32[] = {0x0, 0x00000001, 0x00000003, 0x00000007, 0x0000000f, 0x0000001f, 0x0000003f, 0x0000007f, 0x000000ff, 0x000001ff, 0x000003ff, 0x000007ff, 0x00000fff, 0x00001fff, 0x00003fff, 0x00007fff, 0x0000ffff, 0x0001ffff, 0x0003ffff, 0x0007ffff, 0x000fffff, 0x001fffff, 0x003fffff, 0x007fffff, 0x00ffffff, 0x01ffffff, 0x03ffffff, 0x07ffffff, 0x0fffffff, 0x1fffffff, 0x3fffffff, 0x7fffffff, 0xffffffff}; /* This is a global that determines the default 8 bpp alpha mask values * for rings at distance 1 and 2 from the border. Declare extern * to use. To change the values, use l_setAlphaMaskBorder(). */ LEPT_DLL l_float32 AlphaMaskBorderVals[2] = {0.0, 0.5}; #ifndef NO_CONSOLE_IO #define DEBUG_SERIALIZE 0 #endif /* ~NO_CONSOLE_IO */ /*-------------------------------------------------------------* * Pixel poking * *-------------------------------------------------------------*/ /*! * pixGetPixel() * * Input: pix * (x,y) pixel coords * &val ( pixel value) * Return: 0 if OK; 1 on error * * Notes: * (1) This returns the value in the data array. If the pix is * colormapped, it returns the colormap index, not the rgb value. * (2) Because of the function overhead and the parameter checking, * this is much slower than using the GET_DATA_*() macros directly. * Speed on a 1 Mpixel RGB image, using a 3 GHz machine: * * pixGet/pixSet: ~25 Mpix/sec * * GET_DATA/SET_DATA: ~350 MPix/sec * If speed is important and you're doing random access into * the pix, use pixGetLinePtrs() and the array access macros. */ l_int32 pixGetPixel(PIX *pix, l_int32 x, l_int32 y, l_uint32 *pval) { l_int32 w, h, d, wpl, val; l_uint32 *line, *data; PROCNAME("pixGetPixel"); if (!pval) return ERROR_INT("pval not defined", procName, 1); *pval = 0; if (!pix) return ERROR_INT("pix not defined", procName, 1); pixGetDimensions(pix, &w, &h, &d); if (x < 0 || x >= w) return ERROR_INT("x out of bounds", procName, 1); if (y < 0 || y >= h) return ERROR_INT("y out of bounds", procName, 1); wpl = pixGetWpl(pix); data = pixGetData(pix); line = data + y * wpl; switch (d) { case 1: val = GET_DATA_BIT(line, x); break; case 2: val = GET_DATA_DIBIT(line, x); break; case 4: val = GET_DATA_QBIT(line, x); break; case 8: val = GET_DATA_BYTE(line, x); break; case 16: val = GET_DATA_TWO_BYTES(line, x); break; case 32: val = line[x]; break; default: return ERROR_INT("depth must be in {1,2,4,8,16,32} bpp", procName, 1); } *pval = val; return 0; } /*! * pixSetPixel() * * Input: pix * (x,y) pixel coords * val (value to be inserted) * Return: 0 if OK; 1 on error * * Notes: * (1) Warning: the input value is not checked for overflow with respect * the the depth of @pix, and the sign bit (if any) is ignored. * * For d == 1, @val > 0 sets the bit on. * * For d == 2, 4, 8 and 16, @val is masked to the maximum allowable * pixel value, and any (invalid) higher order bits are discarded. * (2) See pixGetPixel() for information on performance. */ l_int32 pixSetPixel(PIX *pix, l_int32 x, l_int32 y, l_uint32 val) { l_int32 w, h, d, wpl; l_uint32 *line, *data; PROCNAME("pixSetPixel"); if (!pix) return ERROR_INT("pix not defined", procName, 1); pixGetDimensions(pix, &w, &h, &d); if (x < 0 || x >= w) return ERROR_INT("x out of bounds", procName, 1); if (y < 0 || y >= h) return ERROR_INT("y out of bounds", procName, 1); data = pixGetData(pix); wpl = pixGetWpl(pix); line = data + y * wpl; switch (d) { case 1: if (val) SET_DATA_BIT(line, x); else CLEAR_DATA_BIT(line, x); break; case 2: SET_DATA_DIBIT(line, x, val); break; case 4: SET_DATA_QBIT(line, x, val); break; case 8: SET_DATA_BYTE(line, x, val); break; case 16: SET_DATA_TWO_BYTES(line, x, val); break; case 32: line[x] = val; break; default: return ERROR_INT("depth must be in {1,2,4,8,16,32} bpp", procName, 1); } return 0; } /*! * pixGetRGBPixel() * * Input: pix (32 bpp rgb, not colormapped) * (x,y) pixel coords * &rval ( red component) * &gval ( green component) * &bval ( blue component) * Return: 0 if OK; 1 on error */ l_int32 pixGetRGBPixel(PIX *pix, l_int32 x, l_int32 y, l_int32 *prval, l_int32 *pgval, l_int32 *pbval) { l_int32 w, h, d, wpl; l_uint32 *data, *ppixel; PROCNAME("pixGetRGBPixel"); if (!pix) return ERROR_INT("pix not defined", procName, 1); pixGetDimensions(pix, &w, &h, &d); if (d != 32) return ERROR_INT("pix not 32 bpp", procName, 1); if (x < 0 || x >= w) return ERROR_INT("x out of bounds", procName, 1); if (y < 0 || y >= h) return ERROR_INT("y out of bounds", procName, 1); wpl = pixGetWpl(pix); data = pixGetData(pix); ppixel = data + y * wpl + x; if (prval) *prval = GET_DATA_BYTE(ppixel, COLOR_RED); if (pgval) *pgval = GET_DATA_BYTE(ppixel, COLOR_GREEN); if (pbval) *pbval = GET_DATA_BYTE(ppixel, COLOR_BLUE); return 0; } /*! * pixSetRGBPixel() * * Input: pix (32 bpp rgb) * (x,y) pixel coords * rval (red component) * gval (green component) * bval (blue component) * Return: 0 if OK; 1 on error */ l_int32 pixSetRGBPixel(PIX *pix, l_int32 x, l_int32 y, l_int32 rval, l_int32 gval, l_int32 bval) { l_int32 w, h, d, wpl; l_uint32 pixel; l_uint32 *data, *line; PROCNAME("pixSetRGBPixel"); if (!pix) return ERROR_INT("pix not defined", procName, 1); pixGetDimensions(pix, &w, &h, &d); if (d != 32) return ERROR_INT("pix not 32 bpp", procName, 1); if (x < 0 || x >= w) return ERROR_INT("x out of bounds", procName, 1); if (y < 0 || y >= h) return ERROR_INT("y out of bounds", procName, 1); wpl = pixGetWpl(pix); data = pixGetData(pix); line = data + y * wpl; composeRGBPixel(rval, gval, bval, &pixel); *(line + x) = pixel; return 0; } /*! * pixGetRandomPixel() * * Input: pix (any depth; can be colormapped) * &val ( pixel value) * &x ( x coordinate chosen; can be null) * &y ( y coordinate chosen; can be null) * Return: 0 if OK; 1 on error * * Notes: * (1) If the pix is colormapped, it returns the rgb value. */ l_int32 pixGetRandomPixel(PIX *pix, l_uint32 *pval, l_int32 *px, l_int32 *py) { l_int32 w, h, x, y, rval, gval, bval; l_uint32 val; PIXCMAP *cmap; PROCNAME("pixGetRandomPixel"); if (!pval) return ERROR_INT("pval not defined", procName, 1); *pval = 0; if (!pix) return ERROR_INT("pix not defined", procName, 1); pixGetDimensions(pix, &w, &h, NULL); x = rand() % w; y = rand() % h; if (px) *px = x; if (py) *py = y; pixGetPixel(pix, x, y, &val); if ((cmap = pixGetColormap(pix)) != NULL) { pixcmapGetColor(cmap, val, &rval, &gval, &bval); composeRGBPixel(rval, gval, bval, pval); } else { *pval = val; } return 0; } /*! * pixClearPixel() * * Input: pix * (x,y) pixel coords * Return: 0 if OK; 1 on error. */ l_int32 pixClearPixel(PIX *pix, l_int32 x, l_int32 y) { l_int32 w, h, d, wpl; l_uint32 *line, *data; PROCNAME("pixClearPixel"); if (!pix) return ERROR_INT("pix not defined", procName, 1); pixGetDimensions(pix, &w, &h, &d); if (x < 0 || x >= w) return ERROR_INT("x out of bounds", procName, 1); if (y < 0 || y >= h) return ERROR_INT("y out of bounds", procName, 1); wpl = pixGetWpl(pix); data = pixGetData(pix); line = data + y * wpl; switch (d) { case 1: CLEAR_DATA_BIT(line, x); break; case 2: CLEAR_DATA_DIBIT(line, x); break; case 4: CLEAR_DATA_QBIT(line, x); break; case 8: SET_DATA_BYTE(line, x, 0); break; case 16: SET_DATA_TWO_BYTES(line, x, 0); break; case 32: line[x] = 0; break; default: return ERROR_INT("depth must be in {1,2,4,8,16,32} bpp", procName, 1); } return 0; } /*! * pixFlipPixel() * * Input: pix * (x,y) pixel coords * Return: 0 if OK; 1 on error */ l_int32 pixFlipPixel(PIX *pix, l_int32 x, l_int32 y) { l_int32 w, h, d, wpl; l_uint32 val; l_uint32 *line, *data; PROCNAME("pixFlipPixel"); if (!pix) return ERROR_INT("pix not defined", procName, 1); pixGetDimensions(pix, &w, &h, &d); if (x < 0 || x >= w) return ERROR_INT("x out of bounds", procName, 1); if (y < 0 || y >= h) return ERROR_INT("y out of bounds", procName, 1); data = pixGetData(pix); wpl = pixGetWpl(pix); line = data + y * wpl; switch (d) { case 1: val = GET_DATA_BIT(line, x); if (val) CLEAR_DATA_BIT(line, x); else SET_DATA_BIT(line, x); break; case 2: val = GET_DATA_DIBIT(line, x); val ^= 0x3; SET_DATA_DIBIT(line, x, val); break; case 4: val = GET_DATA_QBIT(line, x); val ^= 0xf; SET_DATA_QBIT(line, x, val); break; case 8: val = GET_DATA_BYTE(line, x); val ^= 0xff; SET_DATA_BYTE(line, x, val); break; case 16: val = GET_DATA_TWO_BYTES(line, x); val ^= 0xffff; SET_DATA_TWO_BYTES(line, x, val); break; case 32: val = line[x] ^ 0xffffffff; line[x] = val; break; default: return ERROR_INT("depth must be in {1,2,4,8,16,32} bpp", procName, 1); } return 0; } /*! * setPixelLow() * * Input: line (ptr to beginning of line), * x (pixel location in line) * depth (bpp) * val (to be inserted) * Return: void * * Notes: * (1) Caution: input variables are not checked! */ void setPixelLow(l_uint32 *line, l_int32 x, l_int32 depth, l_uint32 val) { switch (depth) { case 1: if (val) SET_DATA_BIT(line, x); else CLEAR_DATA_BIT(line, x); break; case 2: SET_DATA_DIBIT(line, x, val); break; case 4: SET_DATA_QBIT(line, x, val); break; case 8: SET_DATA_BYTE(line, x, val); break; case 16: SET_DATA_TWO_BYTES(line, x, val); break; case 32: line[x] = val; break; default: fprintf(stderr, "illegal depth in setPixelLow()\n"); } return; } /*-------------------------------------------------------------* * Find black or white value * *-------------------------------------------------------------*/ /*! * pixGetBlackOrWhiteVal() * * Input: pixs (all depths; cmap ok) * op (L_GET_BLACK_VAL, L_GET_WHITE_VAL) * &val ( pixel value) * Return: 0 if OK; 1 on error * * Notes: * (1) Side effect. For a colormapped image, if the requested * color is not present and there is room to add it in the cmap, * it is added and the new index is returned. If there is no room, * the index of the closest color in intensity is returned. */ l_int32 pixGetBlackOrWhiteVal(PIX *pixs, l_int32 op, l_uint32 *pval) { l_int32 d, val; PIXCMAP *cmap; PROCNAME("pixGetBlackOrWhiteVal"); if (!pval) return ERROR_INT("&val not defined", procName, 1); *pval = 0; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (op != L_GET_BLACK_VAL && op != L_GET_WHITE_VAL) return ERROR_INT("invalid op", procName, 1); cmap = pixGetColormap(pixs); d = pixGetDepth(pixs); if (!cmap) { if ((d == 1 && op == L_GET_WHITE_VAL) || (d > 1 && op == L_GET_BLACK_VAL)) { /* min val */ val = 0; } else { /* max val */ val = (d == 32) ? 0xffffff00 : (1 << d) - 1; } } else { /* handle colormap */ if (op == L_GET_BLACK_VAL) pixcmapAddBlackOrWhite(cmap, 0, &val); else /* L_GET_WHITE_VAL */ pixcmapAddBlackOrWhite(cmap, 1, &val); } *pval = val; return 0; } /*-------------------------------------------------------------* * Full image clear/set/set-to-arbitrary-value/invert * *-------------------------------------------------------------*/ /*! * pixClearAll() * * Input: pix (all depths; use cmapped with caution) * Return: 0 if OK, 1 on error * * Notes: * (1) Clears all data to 0. For 1 bpp, this is white; for grayscale * or color, this is black. * (2) Caution: for colormapped pix, this sets the color to the first * one in the colormap. Be sure that this is the intended color! */ l_int32 pixClearAll(PIX *pix) { PROCNAME("pixClearAll"); if (!pix) return ERROR_INT("pix not defined", procName, 1); pixRasterop(pix, 0, 0, pixGetWidth(pix), pixGetHeight(pix), PIX_CLR, NULL, 0, 0); return 0; } /*! * pixSetAll() * * Input: pix (all depths; use cmapped with caution) * Return: 0 if OK, 1 on error * * Notes: * (1) Sets all data to 1. For 1 bpp, this is black; for grayscale * or color, this is white. * (2) Caution: for colormapped pix, this sets the pixel value to the * maximum value supported by the colormap: 2^d - 1. However, this * color may not be defined, because the colormap may not be full. */ l_int32 pixSetAll(PIX *pix) { l_int32 n; PIXCMAP *cmap; PROCNAME("pixSetAll"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if ((cmap = pixGetColormap(pix)) != NULL) { n = pixcmapGetCount(cmap); if (n < cmap->nalloc) /* cmap is not full */ return ERROR_INT("cmap entry does not exist", procName, 1); } pixRasterop(pix, 0, 0, pixGetWidth(pix), pixGetHeight(pix), PIX_SET, NULL, 0, 0); return 0; } /*! * pixSetAllGray() * * Input: pix (all depths, cmap ok) * grayval (in range 0 ... 255) * Return: 0 if OK; 1 on error * * Notes: * (1) N.B. For all images, @grayval == 0 represents black and * @grayval == 255 represents white. * (2) For depth < 8, we do our best to approximate the gray level. * For 1 bpp images, any @grayval < 128 is black; >= 128 is white. * For 32 bpp images, each r,g,b component is set to @grayval, * and the alpha component is preserved. * (3) If pix is colormapped, it adds the gray value, replicated in * all components, to the colormap if it's not there and there * is room. If the colormap is full, it finds the closest color in * L2 distance of components. This index is written to all pixels. */ l_int32 pixSetAllGray(PIX *pix, l_int32 grayval) { l_int32 d, spp, index; l_uint32 val32; PIX *alpha; PIXCMAP *cmap; PROCNAME("pixSetAllGray"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (grayval < 0) { L_WARNING("grayval < 0; setting to 0\n", procName); grayval = 0; } else if (grayval > 255) { L_WARNING("grayval > 255; setting to 255\n", procName); grayval = 255; } /* Handle the colormap case */ cmap = pixGetColormap(pix); if (cmap) { pixcmapAddNearestColor(cmap, grayval, grayval, grayval, &index); pixSetAllArbitrary(pix, index); return 0; } /* Non-cmapped */ d = pixGetDepth(pix); spp = pixGetSpp(pix); if (d == 1) { if (grayval < 128) /* black */ pixSetAll(pix); else pixClearAll(pix); /* white */ } else if (d < 8) { grayval >>= 8 - d; pixSetAllArbitrary(pix, grayval); } else if (d == 8) { pixSetAllArbitrary(pix, grayval); } else if (d == 16) { grayval |= (grayval << 8); pixSetAllArbitrary(pix, grayval); } else if (d == 32 && spp == 3) { composeRGBPixel(grayval, grayval, grayval, &val32); pixSetAllArbitrary(pix, val32); } else if (d == 32 && spp == 4) { alpha = pixGetRGBComponent(pix, L_ALPHA_CHANNEL); composeRGBPixel(grayval, grayval, grayval, &val32); pixSetAllArbitrary(pix, val32); pixSetRGBComponent(pix, alpha, L_ALPHA_CHANNEL); pixDestroy(&alpha); } else { L_ERROR("invalid depth: %d\n", procName, d); return 1; } return 0; } /*! * pixSetAllArbitrary() * * Input: pix (all depths; use cmapped with caution) * val (value to set all pixels) * Return: 0 if OK; 1 on error * * Notes: * (1) Caution! For colormapped pix, @val is used as an index * into a colormap. Be sure that index refers to the intended color. * If the color is not in the colormap, you should first add it * and then call this function. */ l_int32 pixSetAllArbitrary(PIX *pix, l_uint32 val) { l_int32 n, i, j, w, h, d, wpl, npix; l_uint32 maxval, wordval; l_uint32 *data, *line; PIXCMAP *cmap; PROCNAME("pixSetAllArbitrary"); if (!pix) return ERROR_INT("pix not defined", procName, 1); /* If colormapped, make sure that val is less than the size * of the cmap array. */ if ((cmap = pixGetColormap(pix)) != NULL) { n = pixcmapGetCount(cmap); if (val >= n) { L_WARNING("index not in colormap; using last color\n", procName); val = n - 1; } } /* Make sure val isn't too large for the pixel depth. * If it is too large, set the pixel color to white. */ pixGetDimensions(pix, &w, &h, &d); maxval = (d == 32) ? 0xffffff00 : (1 << d) - 1; if (val > maxval) { L_WARNING("val too large for depth; using maxval\n", procName); val = maxval; } /* Set up word to tile with */ wordval = 0; npix = 32 / d; /* number of pixels per 32 bit word */ for (j = 0; j < npix; j++) wordval |= (val << (j * d)); wpl = pixGetWpl(pix); data = pixGetData(pix); for (i = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < wpl; j++) { *(line + j) = wordval; } } return 0; } /*! * pixSetBlackOrWhite() * * Input: pixs (all depths; cmap ok) * op (L_SET_BLACK, L_SET_WHITE) * Return: 0 if OK; 1 on error * * Notes: * (1) Function for setting all pixels in an image to either black * or white. * (2) If pixs is colormapped, it adds black or white to the * colormap if it's not there and there is room. If the colormap * is full, it finds the closest color in intensity. * This index is written to all pixels. */ l_int32 pixSetBlackOrWhite(PIX *pixs, l_int32 op) { l_int32 d, index; PIXCMAP *cmap; PROCNAME("pixSetBlackOrWhite"); if (!pixs) return ERROR_INT("pix not defined", procName, 1); if (op != L_SET_BLACK && op != L_SET_WHITE) return ERROR_INT("invalid op", procName, 1); cmap = pixGetColormap(pixs); d = pixGetDepth(pixs); if (!cmap) { if ((d == 1 && op == L_SET_BLACK) || (d > 1 && op == L_SET_WHITE)) pixSetAll(pixs); else pixClearAll(pixs); } else { /* handle colormap */ if (op == L_SET_BLACK) pixcmapAddBlackOrWhite(cmap, 0, &index); else /* L_SET_WHITE */ pixcmapAddBlackOrWhite(cmap, 1, &index); pixSetAllArbitrary(pixs, index); } return 0; } /*! * pixSetComponentArbitrary() * * Input: pix (32 bpp) * comp (COLOR_RED, COLOR_GREEN, COLOR_BLUE, L_ALPHA_CHANNEL) * val (value to set this component) * Return: 0 if OK; 1 on error * * Notes: * (1) For example, this can be used to set the alpha component to opaque: * pixSetComponentArbitrary(pix, L_ALPHA_CHANNEL, 255) */ l_int32 pixSetComponentArbitrary(PIX *pix, l_int32 comp, l_int32 val) { l_int32 i, nwords; l_uint32 mask1, mask2; l_uint32 *data; PROCNAME("pixSetComponentArbitrary"); if (!pix || pixGetDepth(pix) != 32) return ERROR_INT("pix not defined or not 32 bpp", procName, 1); if (comp != COLOR_RED && comp != COLOR_GREEN && comp != COLOR_BLUE && comp != L_ALPHA_CHANNEL) return ERROR_INT("invalid component", procName, 1); if (val < 0 || val > 255) return ERROR_INT("val not in [0 ... 255]", procName, 1); mask1 = ~(255 << (8 * (3 - comp))); mask2 = val << (8 * (3 - comp)); nwords = pixGetHeight(pix) * pixGetWpl(pix); data = pixGetData(pix); for (i = 0; i < nwords; i++) { data[i] &= mask1; /* clear out the component */ data[i] |= mask2; /* insert the new component value */ } return 0; } /*-------------------------------------------------------------* * Rectangular region clear/set/set-to-arbitrary-value * *-------------------------------------------------------------*/ /*! * pixClearInRect() * * Input: pix (all depths; can be cmapped) * box (in which all pixels will be cleared) * Return: 0 if OK, 1 on error * * Notes: * (1) Clears all data in rect to 0. For 1 bpp, this is white; * for grayscale or color, this is black. * (2) Caution: for colormapped pix, this sets the color to the first * one in the colormap. Be sure that this is the intended color! */ l_int32 pixClearInRect(PIX *pix, BOX *box) { l_int32 x, y, w, h; PROCNAME("pixClearInRect"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (!box) return ERROR_INT("box not defined", procName, 1); boxGetGeometry(box, &x, &y, &w, &h); pixRasterop(pix, x, y, w, h, PIX_CLR, NULL, 0, 0); return 0; } /*! * pixSetInRect() * * Input: pix (all depths, can be cmapped) * box (in which all pixels will be set) * Return: 0 if OK, 1 on error * * Notes: * (1) Sets all data in rect to 1. For 1 bpp, this is black; * for grayscale or color, this is white. * (2) Caution: for colormapped pix, this sets the pixel value to the * maximum value supported by the colormap: 2^d - 1. However, this * color may not be defined, because the colormap may not be full. */ l_int32 pixSetInRect(PIX *pix, BOX *box) { l_int32 n, x, y, w, h; PIXCMAP *cmap; PROCNAME("pixSetInRect"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (!box) return ERROR_INT("box not defined", procName, 1); if ((cmap = pixGetColormap(pix)) != NULL) { n = pixcmapGetCount(cmap); if (n < cmap->nalloc) /* cmap is not full */ return ERROR_INT("cmap entry does not exist", procName, 1); } boxGetGeometry(box, &x, &y, &w, &h); pixRasterop(pix, x, y, w, h, PIX_SET, NULL, 0, 0); return 0; } /*! * pixSetInRectArbitrary() * * Input: pix (all depths; can be cmapped) * box (in which all pixels will be set to val) * val (value to set all pixels) * Return: 0 if OK; 1 on error * * Notes: * (1) For colormapped pix, be sure the value is the intended * one in the colormap. * (2) Caution: for colormapped pix, this sets each pixel in the * rect to the color at the index equal to val. Be sure that * this index exists in the colormap and that it is the intended one! */ l_int32 pixSetInRectArbitrary(PIX *pix, BOX *box, l_uint32 val) { l_int32 n, x, y, xstart, xend, ystart, yend, bw, bh, w, h, d, wpl, maxval; l_uint32 *data, *line; BOX *boxc; PIXCMAP *cmap; PROCNAME("pixSetInRectArbitrary"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (!box) return ERROR_INT("box not defined", procName, 1); pixGetDimensions(pix, &w, &h, &d); if (d != 1 && d != 2 && d != 4 && d !=8 && d != 16 && d != 32) return ERROR_INT("depth must be in {1,2,4,8,16,32} bpp", procName, 1); if ((cmap = pixGetColormap(pix)) != NULL) { n = pixcmapGetCount(cmap); if (val >= n) { L_WARNING("index not in colormap; using last color\n", procName); val = n - 1; } } maxval = (d == 32) ? 0xffffff00 : (1 << d) - 1; if (val > maxval) val = maxval; /* Handle the simple cases: the min and max values */ if (val == 0) { pixClearInRect(pix, box); return 0; } if (d == 1 || (d == 2 && val == 3) || (d == 4 && val == 0xf) || (d == 8 && val == 0xff) || (d == 16 && val == 0xffff) || (d == 32 && ((val ^ 0xffffff00) >> 8 == 0))) { pixSetInRect(pix, box); return 0; } /* Find the overlap of box with the input pix */ if ((boxc = boxClipToRectangle(box, w, h)) == NULL) return ERROR_INT("no overlap of box with image", procName, 1); boxGetGeometry(boxc, &xstart, &ystart, &bw, &bh); xend = xstart + bw - 1; yend = ystart + bh - 1; boxDestroy(&boxc); wpl = pixGetWpl(pix); data = pixGetData(pix); for (y = ystart; y <= yend; y++) { line = data + y * wpl; for (x = xstart; x <= xend; x++) { switch(d) { case 2: SET_DATA_DIBIT(line, x, val); break; case 4: SET_DATA_QBIT(line, x, val); break; case 8: SET_DATA_BYTE(line, x, val); break; case 16: SET_DATA_TWO_BYTES(line, x, val); break; case 32: line[x] = val; break; default: return ERROR_INT("depth not 2|4|8|16|32 bpp", procName, 1); } } } return 0; } /*! * pixBlendInRect() * * Input: pixs (32 bpp rgb) * box ( in which all pixels will be blended) * val (blend value; 0xrrggbb00) * fract (fraction of color to be blended with each pixel in pixs) * Return: 0 if OK; 1 on error * * Notes: * (1) This is an in-place function. It blends the input color @val * with the pixels in pixs in the specified rectangle. * If no rectangle is specified, it blends over the entire image. */ l_int32 pixBlendInRect(PIX *pixs, BOX *box, l_uint32 val, l_float32 fract) { l_int32 i, j, bx, by, bw, bh, w, h, wpls; l_int32 prval, pgval, pbval, rval, gval, bval; l_uint32 val32; l_uint32 *datas, *lines; PROCNAME("pixBlendInRect"); if (!pixs || pixGetDepth(pixs) != 32) return ERROR_INT("pixs not defined or not 32 bpp", procName, 1); extractRGBValues(val, &rval, &gval, &bval); pixGetDimensions(pixs, &w, &h, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); if (!box) { for (i = 0; i < h; i++) { /* scan over box */ lines = datas + i * wpls; for (j = 0; j < w; j++) { val32 = *(lines + j); extractRGBValues(val32, &prval, &pgval, &pbval); prval = (l_int32)((1. - fract) * prval + fract * rval); pgval = (l_int32)((1. - fract) * pgval + fract * gval); pbval = (l_int32)((1. - fract) * pbval + fract * bval); composeRGBPixel(prval, pgval, pbval, &val32); *(lines + j) = val32; } } return 0; } boxGetGeometry(box, &bx, &by, &bw, &bh); for (i = 0; i < bh; i++) { /* scan over box */ if (by + i < 0 || by + i >= h) continue; lines = datas + (by + i) * wpls; for (j = 0; j < bw; j++) { if (bx + j < 0 || bx + j >= w) continue; val32 = *(lines + bx + j); extractRGBValues(val32, &prval, &pgval, &pbval); prval = (l_int32)((1. - fract) * prval + fract * rval); pgval = (l_int32)((1. - fract) * pgval + fract * gval); pbval = (l_int32)((1. - fract) * pbval + fract * bval); composeRGBPixel(prval, pgval, pbval, &val32); *(lines + bx + j) = val32; } } return 0; } /*-------------------------------------------------------------* * Set pad bits * *-------------------------------------------------------------*/ /*! * pixSetPadBits() * * Input: pix (1, 2, 4, 8, 16, 32 bpp) * val (0 or 1) * Return: 0 if OK; 1 on error * * Notes: * (1) The pad bits are the bits that expand each scanline to a * multiple of 32 bits. They are usually not used in * image processing operations. When boundary conditions * are important, as in seedfill, they must be set properly. * (2) This sets the value of the pad bits (if any) in the last * 32-bit word in each scanline. * (3) For 32 bpp pix, there are no pad bits, so this is a no-op. */ l_int32 pixSetPadBits(PIX *pix, l_int32 val) { l_int32 i, w, h, d, wpl, endbits, fullwords; l_uint32 mask; l_uint32 *data, *pword; PROCNAME("pixSetPadBits"); if (!pix) return ERROR_INT("pix not defined", procName, 1); pixGetDimensions(pix, &w, &h, &d); if (d == 32) /* no padding exists for 32 bpp */ return 0; data = pixGetData(pix); wpl = pixGetWpl(pix); endbits = 32 - ((w * d) % 32); if (endbits == 32) /* no partial word */ return 0; fullwords = w * d / 32; mask = rmask32[endbits]; if (val == 0) mask = ~mask; for (i = 0; i < h; i++) { pword = data + i * wpl + fullwords; if (val == 0) /* clear */ *pword = *pword & mask; else /* set */ *pword = *pword | mask; } return 0; } /*! * pixSetPadBitsBand() * * Input: pix (1, 2, 4, 8, 16, 32 bpp) * by (starting y value of band) * bh (height of band) * val (0 or 1) * Return: 0 if OK; 1 on error * * Notes: * (1) The pad bits are the bits that expand each scanline to a * multiple of 32 bits. They are usually not used in * image processing operations. When boundary conditions * are important, as in seedfill, they must be set properly. * (2) This sets the value of the pad bits (if any) in the last * 32-bit word in each scanline, within the specified * band of raster lines. * (3) For 32 bpp pix, there are no pad bits, so this is a no-op. */ l_int32 pixSetPadBitsBand(PIX *pix, l_int32 by, l_int32 bh, l_int32 val) { l_int32 i, w, h, d, wpl, endbits, fullwords; l_uint32 mask; l_uint32 *data, *pword; PROCNAME("pixSetPadBitsBand"); if (!pix) return ERROR_INT("pix not defined", procName, 1); pixGetDimensions(pix, &w, &h, &d); if (d == 32) /* no padding exists for 32 bpp */ return 0; if (by < 0) by = 0; if (by >= h) return ERROR_INT("start y not in image", procName, 1); if (by + bh > h) bh = h - by; data = pixGetData(pix); wpl = pixGetWpl(pix); endbits = 32 - ((w * d) % 32); if (endbits == 32) /* no partial word */ return 0; fullwords = w * d / 32; mask = rmask32[endbits]; if (val == 0) mask = ~mask; for (i = by; i < by + bh; i++) { pword = data + i * wpl + fullwords; if (val == 0) /* clear */ *pword = *pword & mask; else /* set */ *pword = *pword | mask; } return 0; } /*-------------------------------------------------------------* * Set border pixels * *-------------------------------------------------------------*/ /*! * pixSetOrClearBorder() * * Input: pixs (all depths) * left, right, top, bot (amount to set or clear) * operation (PIX_SET or PIX_CLR) * Return: 0 if OK; 1 on error * * Notes: * (1) The border region is defined to be the region in the * image within a specific distance of each edge. Here, we * allow the pixels within a specified distance of each * edge to be set independently. This either sets or * clears all pixels in the border region. * (2) For binary images, use PIX_SET for black and PIX_CLR for white. * (3) For grayscale or color images, use PIX_SET for white * and PIX_CLR for black. */ l_int32 pixSetOrClearBorder(PIX *pixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot, l_int32 op) { l_int32 w, h; PROCNAME("pixSetOrClearBorder"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (op != PIX_SET && op != PIX_CLR) return ERROR_INT("op must be PIX_SET or PIX_CLR", procName, 1); pixGetDimensions(pixs, &w, &h, NULL); pixRasterop(pixs, 0, 0, left, h, op, NULL, 0, 0); pixRasterop(pixs, w - right, 0, right, h, op, NULL, 0, 0); pixRasterop(pixs, 0, 0, w, top, op, NULL, 0, 0); pixRasterop(pixs, 0, h - bot, w, bot, op, NULL, 0, 0); return 0; } /*! * pixSetBorderVal() * * Input: pixs (8, 16 or 32 bpp) * left, right, top, bot (amount to set) * val (value to set at each border pixel) * Return: 0 if OK; 1 on error * * Notes: * (1) The border region is defined to be the region in the * image within a specific distance of each edge. Here, we * allow the pixels within a specified distance of each * edge to be set independently. This sets the pixels * in the border region to the given input value. * (2) For efficiency, use pixSetOrClearBorder() if * you're setting the border to either black or white. * (3) If d != 32, the input value should be masked off * to the appropriate number of least significant bits. * (4) The code is easily generalized for 2 or 4 bpp. */ l_int32 pixSetBorderVal(PIX *pixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot, l_uint32 val) { l_int32 w, h, d, wpls, i, j, bstart, rstart; l_uint32 *datas, *lines; PROCNAME("pixSetBorderVal"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); pixGetDimensions(pixs, &w, &h, &d); if (d != 8 && d != 16 && d != 32) return ERROR_INT("depth must be 8, 16 or 32 bpp", procName, 1); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); if (d == 8) { val &= 0xff; for (i = 0; i < top; i++) { lines = datas + i * wpls; for (j = 0; j < w; j++) SET_DATA_BYTE(lines, j, val); } rstart = w - right; bstart = h - bot; for (i = top; i < bstart; i++) { lines = datas + i * wpls; for (j = 0; j < left; j++) SET_DATA_BYTE(lines, j, val); for (j = rstart; j < w; j++) SET_DATA_BYTE(lines, j, val); } for (i = bstart; i < h; i++) { lines = datas + i * wpls; for (j = 0; j < w; j++) SET_DATA_BYTE(lines, j, val); } } else if (d == 16) { val &= 0xffff; for (i = 0; i < top; i++) { lines = datas + i * wpls; for (j = 0; j < w; j++) SET_DATA_TWO_BYTES(lines, j, val); } rstart = w - right; bstart = h - bot; for (i = top; i < bstart; i++) { lines = datas + i * wpls; for (j = 0; j < left; j++) SET_DATA_TWO_BYTES(lines, j, val); for (j = rstart; j < w; j++) SET_DATA_TWO_BYTES(lines, j, val); } for (i = bstart; i < h; i++) { lines = datas + i * wpls; for (j = 0; j < w; j++) SET_DATA_TWO_BYTES(lines, j, val); } } else { /* d == 32 */ for (i = 0; i < top; i++) { lines = datas + i * wpls; for (j = 0; j < w; j++) *(lines + j) = val; } rstart = w - right; bstart = h - bot; for (i = top; i < bstart; i++) { lines = datas + i * wpls; for (j = 0; j < left; j++) *(lines + j) = val; for (j = rstart; j < w; j++) *(lines + j) = val; } for (i = bstart; i < h; i++) { lines = datas + i * wpls; for (j = 0; j < w; j++) *(lines + j) = val; } } return 0; } /*! * pixSetBorderRingVal() * * Input: pixs (any depth; cmap OK) * dist (distance from outside; must be > 0; first ring is 1) * val (value to set at each border pixel) * Return: 0 if OK; 1 on error * * Notes: * (1) The rings are single-pixel-wide rectangular sets of * pixels at a given distance from the edge of the pix. * This sets all pixels in a given ring to a value. */ l_int32 pixSetBorderRingVal(PIX *pixs, l_int32 dist, l_uint32 val) { l_int32 w, h, d, i, j, xend, yend; PROCNAME("pixSetBorderRingVal"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (dist < 1) return ERROR_INT("dist must be > 0", procName, 1); pixGetDimensions(pixs, &w, &h, &d); if (w < 2 * dist + 1 || h < 2 * dist + 1) return ERROR_INT("ring doesn't exist", procName, 1); if (d < 32 && (val >= (1 << d))) return ERROR_INT("invalid pixel value", procName, 1); xend = w - dist; yend = h - dist; for (j = dist - 1; j <= xend; j++) pixSetPixel(pixs, j, dist - 1, val); for (j = dist - 1; j <= xend; j++) pixSetPixel(pixs, j, yend, val); for (i = dist - 1; i <= yend; i++) pixSetPixel(pixs, dist - 1, i, val); for (i = dist - 1; i <= yend; i++) pixSetPixel(pixs, xend, i, val); return 0; } /*! * pixSetMirroredBorder() * * Input: pixs (all depths; colormap ok) * left, right, top, bot (number of pixels to set) * Return: 0 if OK, 1 on error * * Notes: * (1) This applies what is effectively mirror boundary conditions * to a border region in the image. It is in-place. * (2) This is useful for setting pixels near the border to a * value representative of the near pixels to the interior. * (3) The general pixRasterop() is used for an in-place operation here * because there is no overlap between the src and dest rectangles. */ l_int32 pixSetMirroredBorder(PIX *pixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot) { l_int32 i, j, w, h; PROCNAME("pixSetMirroredBorder"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); pixGetDimensions(pixs, &w, &h, NULL); for (j = 0; j < left; j++) pixRasterop(pixs, left - 1 - j, top, 1, h - top - bot, PIX_SRC, pixs, left + j, top); for (j = 0; j < right; j++) pixRasterop(pixs, w - right + j, top, 1, h - top - bot, PIX_SRC, pixs, w - right - 1 - j, top); for (i = 0; i < top; i++) pixRasterop(pixs, 0, top - 1 - i, w, 1, PIX_SRC, pixs, 0, top + i); for (i = 0; i < bot; i++) pixRasterop(pixs, 0, h - bot + i, w, 1, PIX_SRC, pixs, 0, h - bot - 1 - i); return 0; } /*! * pixCopyBorder() * * Input: pixd (all depths; colormap ok; can be NULL) * pixs (same depth and size as pixd) * left, right, top, bot (number of pixels to copy) * Return: pixd, or null on error if pixd is not defined * * Notes: * (1) pixd can be null, but otherwise it must be the same size * and depth as pixs. Always returns pixd. * (1) This is useful in situations where by setting a few border * pixels we can avoid having to copy all pixels in pixs into * pixd as an initialization step for some operation. */ PIX * pixCopyBorder(PIX *pixd, PIX *pixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot) { l_int32 w, h; PROCNAME("pixCopyBorder"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixd) { if (pixd == pixs) { L_WARNING("same: nothing to do\n", procName); return pixd; } else if (!pixSizesEqual(pixs, pixd)) { return (PIX *)ERROR_PTR("pixs and pixd sizes differ", procName, pixd); } } else { if ((pixd = pixCreateTemplateNoInit(pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, pixd); } pixGetDimensions(pixs, &w, &h, NULL); pixRasterop(pixd, 0, 0, left, h, PIX_SRC, pixs, 0, 0); pixRasterop(pixd, w - right, 0, right, h, PIX_SRC, pixs, w - right, 0); pixRasterop(pixd, 0, 0, w, top, PIX_SRC, pixs, 0, 0); pixRasterop(pixd, 0, h - bot, w, bot, PIX_SRC, pixs, 0, h - bot); return pixd; } /*-------------------------------------------------------------* * Add and remove border * *-------------------------------------------------------------*/ /*! * pixAddBorder() * * Input: pixs (all depths; colormap ok) * npix (number of pixels to be added to each side) * val (value of added border pixels) * Return: pixd (with the added exterior pixels), or null on error * * Notes: * (1) See pixGetBlackOrWhiteVal() for values of black and white pixels. */ PIX * pixAddBorder(PIX *pixs, l_int32 npix, l_uint32 val) { PROCNAME("pixAddBorder"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (npix == 0) return pixClone(pixs); return pixAddBorderGeneral(pixs, npix, npix, npix, npix, val); } /*! * pixAddBlackOrWhiteBorder() * * Input: pixs (all depths; colormap ok) * left, right, top, bot (number of pixels added) * op (L_GET_BLACK_VAL, L_GET_WHITE_VAL) * Return: pixd (with the added exterior pixels), or null on error * * Notes: * (1) See pixGetBlackOrWhiteVal() for possible side effect (adding * a color to a colormap). * (2) The only complication is that pixs may have a colormap. * There are two ways to add the black or white border: * (a) As done here (simplest, most efficient) * (b) l_int32 ws, hs, d; * pixGetDimensions(pixs, &ws, &hs, &d); * Pix *pixd = pixCreate(ws + left + right, hs + top + bot, d); * PixColormap *cmap = pixGetColormap(pixs); * if (cmap != NULL) * pixSetColormap(pixd, pixcmapCopy(cmap)); * pixSetBlackOrWhite(pixd, L_SET_WHITE); // uses cmap * pixRasterop(pixd, left, top, ws, hs, PIX_SET, pixs, 0, 0); */ PIX * pixAddBlackOrWhiteBorder(PIX *pixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot, l_int32 op) { l_uint32 val; PROCNAME("pixAddBlackOrWhiteBorder"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (op != L_GET_BLACK_VAL && op != L_GET_WHITE_VAL) return (PIX *)ERROR_PTR("invalid op", procName, NULL); pixGetBlackOrWhiteVal(pixs, op, &val); return pixAddBorderGeneral(pixs, left, right, top, bot, val); } /*! * pixAddBorderGeneral() * * Input: pixs (all depths; colormap ok) * left, right, top, bot (number of pixels added) * val (value of added border pixels) * Return: pixd (with the added exterior pixels), or null on error * * Notes: * (1) For binary images: * white: val = 0 * black: val = 1 * For grayscale images: * white: val = 2 ** d - 1 * black: val = 0 * For rgb color images: * white: val = 0xffffff00 * black: val = 0 * For colormapped images, set val to the appropriate colormap index. * (2) If the added border is either black or white, you can use * pixAddBlackOrWhiteBorder() * The black and white values for all images can be found with * pixGetBlackOrWhiteVal() * which, if pixs is cmapped, may add an entry to the colormap. * Alternatively, if pixs has a colormap, you can find the index * of the pixel whose intensity is closest to white or black: * white: pixcmapGetRankIntensity(cmap, 1.0, &index); * black: pixcmapGetRankIntensity(cmap, 0.0, &index); * and use that for val. */ PIX * pixAddBorderGeneral(PIX *pixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot, l_uint32 val) { l_int32 ws, hs, wd, hd, d, maxval, op; PIX *pixd; PROCNAME("pixAddBorderGeneral"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (left < 0 || right < 0 || top < 0 || bot < 0) return (PIX *)ERROR_PTR("negative border added!", procName, NULL); pixGetDimensions(pixs, &ws, &hs, &d); wd = ws + left + right; hd = hs + top + bot; if ((pixd = pixCreateNoInit(wd, hd, d)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixCopyColormap(pixd, pixs); /* Set the new border pixels */ maxval = (d == 32) ? 0xffffff00 : (1 << d) - 1; op = UNDEF; if (val == 0) op = PIX_CLR; else if (val >= maxval) op = PIX_SET; if (op == UNDEF) { pixSetAllArbitrary(pixd, val); } else { /* just set or clear the border pixels */ pixRasterop(pixd, 0, 0, left, hd, op, NULL, 0, 0); pixRasterop(pixd, wd - right, 0, right, hd, op, NULL, 0, 0); pixRasterop(pixd, 0, 0, wd, top, op, NULL, 0, 0); pixRasterop(pixd, 0, hd - bot, wd, bot, op, NULL, 0, 0); } /* Copy pixs into the interior */ pixRasterop(pixd, left, top, ws, hs, PIX_SRC, pixs, 0, 0); return pixd; } /*! * pixRemoveBorder() * * Input: pixs (all depths; colormap ok) * npix (number to be removed from each of the 4 sides) * Return: pixd (with pixels removed around border), or null on error */ PIX * pixRemoveBorder(PIX *pixs, l_int32 npix) { PROCNAME("pixRemoveBorder"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (npix == 0) return pixClone(pixs); return pixRemoveBorderGeneral(pixs, npix, npix, npix, npix); } /*! * pixRemoveBorderGeneral() * * Input: pixs (all depths; colormap ok) * left, right, top, bot (number of pixels added) * Return: pixd (with pixels removed around border), or null on error */ PIX * pixRemoveBorderGeneral(PIX *pixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot) { l_int32 ws, hs, wd, hd, d; PIX *pixd; PROCNAME("pixRemoveBorderGeneral"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (left < 0 || right < 0 || top < 0 || bot < 0) return (PIX *)ERROR_PTR("negative border removed!", procName, NULL); pixGetDimensions(pixs, &ws, &hs, &d); wd = ws - left - right; hd = hs - top - bot; if (wd <= 0) return (PIX *)ERROR_PTR("width must be > 0", procName, NULL); if (hd <= 0) return (PIX *)ERROR_PTR("height must be > 0", procName, NULL); if ((pixd = pixCreateNoInit(wd, hd, d)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixCopySpp(pixd, pixs); pixCopyColormap(pixd, pixs); pixRasterop(pixd, 0, 0, wd, hd, PIX_SRC, pixs, left, top); if (pixGetDepth(pixs) == 32 && pixGetSpp(pixs) == 4) pixShiftAndTransferAlpha(pixd, pixs, -left, -top); return pixd; } /*! * pixRemoveBorderToSize() * * Input: pixs (all depths; colormap ok) * wd (target width; use 0 if only removing from height) * hd (target height; use 0 if only removing from width) * Return: pixd (with pixels removed around border), or null on error * * Notes: * (1) Removes pixels as evenly as possible from the sides of the * image, leaving the central part. * (2) Returns clone if no pixels requested removed, or the target * sizes are larger than the image. */ PIX * pixRemoveBorderToSize(PIX *pixs, l_int32 wd, l_int32 hd) { l_int32 w, h, top, bot, left, right, delta; PROCNAME("pixRemoveBorderToSize"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); if ((wd <= 0 || wd >= w) && (hd <= 0 || hd >= h)) return pixClone(pixs); left = right = (w - wd) / 2; delta = w - 2 * left - wd; right += delta; top = bot = (h - hd) / 2; delta = h - hd - 2 * top; bot += delta; if (wd <= 0 || wd > w) left = right = 0; else if (hd <= 0 || hd > h) top = bot = 0; return pixRemoveBorderGeneral(pixs, left, right, top, bot); } /*! * pixAddMirroredBorder() * * Input: pixs (all depths; colormap ok) * left, right, top, bot (number of pixels added) * Return: pixd, or null on error * * Notes: * (1) This applies what is effectively mirror boundary conditions. * For the added border pixels in pixd, the pixels in pixs * near the border are mirror-copied into the border region. * (2) This is useful for avoiding special operations near * boundaries when doing image processing operations * such as rank filters and convolution. In use, one first * adds mirrored pixels to each side of the image. The number * of pixels added on each side is half the filter dimension. * Then the image processing operations proceed over a * region equal to the size of the original image, and * write directly into a dest pix of the same size as pixs. * (3) The general pixRasterop() is used for an in-place operation here * because there is no overlap between the src and dest rectangles. */ PIX * pixAddMirroredBorder(PIX *pixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot) { l_int32 i, j, w, h; PIX *pixd; PROCNAME("pixAddMirroredBorder"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); if (left > w || right > w || top > h || bot > h) return (PIX *)ERROR_PTR("border too large", procName, NULL); /* Set pixels on left, right, top and bottom, in that order */ pixd = pixAddBorderGeneral(pixs, left, right, top, bot, 0); for (j = 0; j < left; j++) pixRasterop(pixd, left - 1 - j, top, 1, h, PIX_SRC, pixd, left + j, top); for (j = 0; j < right; j++) pixRasterop(pixd, left + w + j, top, 1, h, PIX_SRC, pixd, left + w - 1 - j, top); for (i = 0; i < top; i++) pixRasterop(pixd, 0, top - 1 - i, left + w + right, 1, PIX_SRC, pixd, 0, top + i); for (i = 0; i < bot; i++) pixRasterop(pixd, 0, top + h + i, left + w + right, 1, PIX_SRC, pixd, 0, top + h - 1 - i); return pixd; } /*! * pixAddRepeatedBorder() * * Input: pixs (all depths; colormap ok) * left, right, top, bot (number of pixels added) * Return: pixd, or null on error * * Notes: * (1) This applies a repeated border, as if the central part of * the image is tiled over the plane. So, for example, the * pixels in the left border come from the right side of the image. * (2) The general pixRasterop() is used for an in-place operation here * because there is no overlap between the src and dest rectangles. */ PIX * pixAddRepeatedBorder(PIX *pixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot) { l_int32 w, h; PIX *pixd; PROCNAME("pixAddRepeatedBorder"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); if (left > w || right > w || top > h || bot > h) return (PIX *)ERROR_PTR("border too large", procName, NULL); pixd = pixAddBorderGeneral(pixs, left, right, top, bot, 0); /* Set pixels on left, right, top and bottom, in that order */ pixRasterop(pixd, 0, top, left, h, PIX_SRC, pixd, w, top); pixRasterop(pixd, left + w, top, right, h, PIX_SRC, pixd, left, top); pixRasterop(pixd, 0, 0, left + w + right, top, PIX_SRC, pixd, 0, h); pixRasterop(pixd, 0, top + h, left + w + right, bot, PIX_SRC, pixd, 0, top); return pixd; } /*! * pixAddMixedBorder() * * Input: pixs (all depths; colormap ok) * left, right, top, bot (number of pixels added) * Return: pixd, or null on error * * Notes: * (1) This applies mirrored boundary conditions horizontally * and repeated b.c. vertically. * (2) It is specifically used for avoiding special operations * near boundaries when convolving a hue-saturation histogram * with a given window size. The repeated b.c. are used * vertically for hue, and the mirrored b.c. are used * horizontally for saturation. The number of pixels added * on each side is approximately (but not quite) half the * filter dimension. The image processing operations can * then proceed over a region equal to the size of the original * image, and write directly into a dest pix of the same * size as pixs. * (3) The general pixRasterop() can be used for an in-place * operation here because there is no overlap between the * src and dest rectangles. */ PIX * pixAddMixedBorder(PIX *pixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot) { l_int32 j, w, h; PIX *pixd; PROCNAME("pixAddMixedBorder"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); if (left > w || right > w || top > h || bot > h) return (PIX *)ERROR_PTR("border too large", procName, NULL); /* Set mirrored pixels on left and right; * then set repeated pixels on top and bottom. */ pixd = pixAddBorderGeneral(pixs, left, right, top, bot, 0); for (j = 0; j < left; j++) pixRasterop(pixd, left - 1 - j, top, 1, h, PIX_SRC, pixd, left + j, top); for (j = 0; j < right; j++) pixRasterop(pixd, left + w + j, top, 1, h, PIX_SRC, pixd, left + w - 1 - j, top); pixRasterop(pixd, 0, 0, left + w + right, top, PIX_SRC, pixd, 0, h); pixRasterop(pixd, 0, top + h, left + w + right, bot, PIX_SRC, pixd, 0, top); return pixd; } /*! * pixAddContinuedBorder() * * Input: pixs * left, right, top, bot (pixels on each side to be added) * Return: pixd, or null on error * * Notes: * (1) This adds pixels on each side whose values are equal to * the value on the closest boundary pixel. */ PIX * pixAddContinuedBorder(PIX *pixs, l_int32 left, l_int32 right, l_int32 top, l_int32 bot) { l_int32 i, j, w, h; PIX *pixd; PROCNAME("pixAddContinuedBorder"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixd = pixAddBorderGeneral(pixs, left, right, top, bot, 0); pixGetDimensions(pixs, &w, &h, NULL); for (j = 0; j < left; j++) pixRasterop(pixd, j, top, 1, h, PIX_SRC, pixd, left, top); for (j = 0; j < right; j++) pixRasterop(pixd, left + w + j, top, 1, h, PIX_SRC, pixd, left + w - 1, top); for (i = 0; i < top; i++) pixRasterop(pixd, 0, i, left + w + right, 1, PIX_SRC, pixd, 0, top); for (i = 0; i < bot; i++) pixRasterop(pixd, 0, top + h + i, left + w + right, 1, PIX_SRC, pixd, 0, top + h - 1); return pixd; } /*-------------------------------------------------------------------* * Helper functions using alpha * *-------------------------------------------------------------------*/ /*! * pixShiftAndTransferAlpha() * * Input: pixd (32 bpp) * pixs (32 bpp) * shiftx, shifty * Return: 0 if OK; 1 on error */ l_int32 pixShiftAndTransferAlpha(PIX *pixd, PIX *pixs, l_float32 shiftx, l_float32 shifty) { l_int32 w, h; PIX *pix1, *pix2; PROCNAME("pixShiftAndTransferAlpha"); if (!pixs || !pixd) return ERROR_INT("pixs and pixd not both defined", procName, 1); if (pixGetDepth(pixs) != 32 || pixGetSpp(pixs) != 4) return ERROR_INT("pixs not 32 bpp and 4 spp", procName, 1); if (pixGetDepth(pixd) != 32) return ERROR_INT("pixd not 32 bpp", procName, 1); if (shiftx == 0 && shifty == 0) { pixCopyRGBComponent(pixd, pixs, L_ALPHA_CHANNEL); return 0; } pix1 = pixGetRGBComponent(pixs, L_ALPHA_CHANNEL); pixGetDimensions(pixd, &w, &h, NULL); pix2 = pixCreate(w, h, 8); pixRasterop(pix2, 0, 0, w, h, PIX_SRC, pix1, -shiftx, -shifty); pixSetRGBComponent(pixd, pix2, L_ALPHA_CHANNEL); pixDestroy(&pix1); pixDestroy(&pix2); return 0; } /*! * pixDisplayLayersRGBA() * * Input: pixs (cmap or 32 bpp rgba) * val (32 bit unsigned color to use as background) * maxw (max output image width; 0 for no scaling) * Return: pixd (showing various image views), or null on error * * Notes: * (1) Use @val == 0xffffff00 for white background. * (2) Three views are given: * - the image with a fully opaque alpha * - the alpha layer * - the image as it would appear with a white background. */ PIX * pixDisplayLayersRGBA(PIX *pixs, l_uint32 val, l_int32 maxw) { l_int32 w, width; l_float32 scalefact; PIX *pix1, *pix2, *pixd; PIXA *pixa; PIXCMAP *cmap; PROCNAME("pixDisplayLayersRGBA"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); cmap = pixGetColormap(pixs); if (!cmap && !(pixGetDepth(pixs) == 32 && pixGetSpp(pixs) == 4)) return (PIX *)ERROR_PTR("pixs not cmap and not 32 bpp rgba", procName, NULL); if ((w = pixGetWidth(pixs)) == 0) return (PIX *)ERROR_PTR("pixs width 0 !!", procName, NULL); if (cmap) pix1 = pixRemoveColormap(pixs, REMOVE_CMAP_WITH_ALPHA); else pix1 = pixCopy(NULL, pixs); /* Scale if necessary so the output width is not larger than maxw */ scalefact = (maxw == 0) ? 1.0 : L_MIN(1.0, maxw / w); width = (l_int32)(scalefact * w); pixa = pixaCreate(3); pixSetSpp(pix1, 3); pixaAddPix(pixa, pix1, L_INSERT); /* show the rgb values */ pix1 = pixGetRGBComponent(pixs, L_ALPHA_CHANNEL); pix2 = pixConvertTo32(pix1); pixaAddPix(pixa, pix2, L_INSERT); /* show the alpha channel */ pixDestroy(&pix1); pix1 = pixAlphaBlendUniform(pixs, (val & 0xffffff00)); pixaAddPix(pixa, pix1, L_INSERT); /* with @val color bg showing */ pixd = pixaDisplayTiledInRows(pixa, 32, width, scalefact, 0, 25, 2); pixaDestroy(&pixa); return pixd; } /*-------------------------------------------------------------* * Color sample setting and extraction * *-------------------------------------------------------------*/ /*! * pixCreateRGBImage() * * Input: 8 bpp red pix * 8 bpp green pix * 8 bpp blue pix * Return: 32 bpp pix, interleaved with 4 samples/pixel, * or null on error * * Notes: * (1) the 4th byte, sometimes called the "alpha channel", * and which is often used for blending between different * images, is left with 0 value. * (2) see Note (4) in pix.h for details on storage of * 8-bit samples within each 32-bit word. * (3) This implementation, setting the r, g and b components * sequentially, is much faster than setting them in parallel * by constructing an RGB dest pixel and writing it to dest. * The reason is there are many more cache misses when reading * from 3 input images simultaneously. */ PIX * pixCreateRGBImage(PIX *pixr, PIX *pixg, PIX *pixb) { l_int32 wr, wg, wb, hr, hg, hb, dr, dg, db; PIX *pixd; PROCNAME("pixCreateRGBImage"); if (!pixr) return (PIX *)ERROR_PTR("pixr not defined", procName, NULL); if (!pixg) return (PIX *)ERROR_PTR("pixg not defined", procName, NULL); if (!pixb) return (PIX *)ERROR_PTR("pixb not defined", procName, NULL); pixGetDimensions(pixr, &wr, &hr, &dr); pixGetDimensions(pixg, &wg, &hg, &dg); pixGetDimensions(pixb, &wb, &hb, &db); if (dr != 8 || dg != 8 || db != 8) return (PIX *)ERROR_PTR("input pix not all 8 bpp", procName, NULL); if (wr != wg || wr != wb) return (PIX *)ERROR_PTR("widths not the same", procName, NULL); if (hr != hg || hr != hb) return (PIX *)ERROR_PTR("heights not the same", procName, NULL); if ((pixd = pixCreate(wr, hr, 32)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixr); pixSetRGBComponent(pixd, pixr, COLOR_RED); pixSetRGBComponent(pixd, pixg, COLOR_GREEN); pixSetRGBComponent(pixd, pixb, COLOR_BLUE); return pixd; } /*! * pixGetRGBComponent() * * Input: pixs (32 bpp, or colormapped) * comp (one of {COLOR_RED, COLOR_GREEN, COLOR_BLUE, * L_ALPHA_CHANNEL}) * Return: pixd (the selected 8 bpp component image of the * input 32 bpp image) or null on error * * Notes: * (1) Three calls to this function generate the r, g and b 8 bpp * component images. This is much faster than generating the * three images in parallel, by extracting a src pixel and setting * the pixels of each component image from it. The reason is * there are many more cache misses when writing to three * output images simultaneously. */ PIX * pixGetRGBComponent(PIX *pixs, l_int32 comp) { l_int32 i, j, w, h, wpls, wpld, val; l_uint32 *lines, *lined; l_uint32 *datas, *datad; PIX *pixd; PROCNAME("pixGetRGBComponent"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetColormap(pixs)) return pixGetRGBComponentCmap(pixs, comp); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); if (comp != COLOR_RED && comp != COLOR_GREEN && comp != COLOR_BLUE && comp != L_ALPHA_CHANNEL) return (PIX *)ERROR_PTR("invalid comp", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); if ((pixd = pixCreate(w, h, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); datas = pixGetData(pixs); datad = pixGetData(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { val = GET_DATA_BYTE(lines + j, comp); SET_DATA_BYTE(lined, j, val); } } return pixd; } /*! * pixSetRGBComponent() * * Input: pixd (32 bpp) * pixs (8 bpp) * comp (one of the set: {COLOR_RED, COLOR_GREEN, * COLOR_BLUE, L_ALPHA_CHANNEL}) * Return: 0 if OK; 1 on error * * Notes: * (1) This places the 8 bpp pixel in pixs into the * specified component (properly interleaved) in pixd, * (2) The two images are registered to the UL corner; the sizes * need not be the same, but a warning is issued if they differ. */ l_int32 pixSetRGBComponent(PIX *pixd, PIX *pixs, l_int32 comp) { l_uint8 srcbyte; l_int32 i, j, w, h, ws, hs, wd, hd; l_int32 wpls, wpld; l_uint32 *lines, *lined; l_uint32 *datas, *datad; PROCNAME("pixSetRGBComponent"); if (!pixd) return ERROR_INT("pixd not defined", procName, 1); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (pixGetDepth(pixd) != 32) return ERROR_INT("pixd not 32 bpp", procName, 1); if (pixGetDepth(pixs) != 8) return ERROR_INT("pixs not 8 bpp", procName, 1); if (comp != COLOR_RED && comp != COLOR_GREEN && comp != COLOR_BLUE && comp != L_ALPHA_CHANNEL) return ERROR_INT("invalid comp", procName, 1); pixGetDimensions(pixs, &ws, &hs, NULL); pixGetDimensions(pixd, &wd, &hd, NULL); if (ws != wd || hs != hd) L_WARNING("images sizes not equal\n", procName); w = L_MIN(ws, wd); h = L_MIN(hs, hd); if (comp == L_ALPHA_CHANNEL) pixSetSpp(pixd, 4); datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { srcbyte = GET_DATA_BYTE(lines, j); SET_DATA_BYTE(lined + j, comp, srcbyte); } } return 0; } /*! * pixGetRGBComponentCmap() * * Input: pixs (colormapped) * comp (one of the set: {COLOR_RED, COLOR_GREEN, COLOR_BLUE}) * Return: pixd (the selected 8 bpp component image of the * input cmapped image), or null on error * * Notes: * (1) In leptonica, we do not support alpha in colormaps. */ PIX * pixGetRGBComponentCmap(PIX *pixs, l_int32 comp) { l_int32 i, j, w, h, val, index; l_int32 wplc, wpld; l_uint32 *linec, *lined; l_uint32 *datac, *datad; PIX *pixc, *pixd; PIXCMAP *cmap; RGBA_QUAD *cta; PROCNAME("pixGetRGBComponentCmap"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if ((cmap = pixGetColormap(pixs)) == NULL) return (PIX *)ERROR_PTR("pixs not cmapped", procName, NULL); if (comp == L_ALPHA_CHANNEL) return (PIX *)ERROR_PTR("alpha in cmaps not supported", procName, NULL); if (comp != COLOR_RED && comp != COLOR_GREEN && comp != COLOR_BLUE) return (PIX *)ERROR_PTR("invalid comp", procName, NULL); /* If not 8 bpp, make a cmapped 8 bpp pix */ if (pixGetDepth(pixs) == 8) pixc = pixClone(pixs); else pixc = pixConvertTo8(pixs, TRUE); pixGetDimensions(pixs, &w, &h, NULL); if ((pixd = pixCreateNoInit(w, h, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); wplc = pixGetWpl(pixc); wpld = pixGetWpl(pixd); datac = pixGetData(pixc); datad = pixGetData(pixd); cta = (RGBA_QUAD *)cmap->array; for (i = 0; i < h; i++) { linec = datac + i * wplc; lined = datad + i * wpld; if (comp == COLOR_RED) { for (j = 0; j < w; j++) { index = GET_DATA_BYTE(linec, j); val = cta[index].red; SET_DATA_BYTE(lined, j, val); } } else if (comp == COLOR_GREEN) { for (j = 0; j < w; j++) { index = GET_DATA_BYTE(linec, j); val = cta[index].green; SET_DATA_BYTE(lined, j, val); } } else if (comp == COLOR_BLUE) { for (j = 0; j < w; j++) { index = GET_DATA_BYTE(linec, j); val = cta[index].blue; SET_DATA_BYTE(lined, j, val); } } } pixDestroy(&pixc); return pixd; } /*! * pixCopyRGBComponent() * * Input: pixd (32 bpp) * pixs (32 bpp) * comp (one of the set: {COLOR_RED, COLOR_GREEN, * COLOR_BLUE, L_ALPHA_CHANNEL}) * Return: 0 if OK; 1 on error * * Notes: * (1) The two images are registered to the UL corner. The sizes * are usually the same, and a warning is issued if they differ. */ l_int32 pixCopyRGBComponent(PIX *pixd, PIX *pixs, l_int32 comp) { l_int32 i, j, w, h, ws, hs, wd, hd, val; l_int32 wpls, wpld; l_uint32 *lines, *lined; l_uint32 *datas, *datad; PROCNAME("pixCopyRGBComponent"); if (!pixd && pixGetDepth(pixd) != 32) return ERROR_INT("pixd not defined or not 32 bpp", procName, 1); if (!pixs && pixGetDepth(pixs) != 32) return ERROR_INT("pixs not defined or not 32 bpp", procName, 1); if (comp != COLOR_RED && comp != COLOR_GREEN && comp != COLOR_BLUE && comp != L_ALPHA_CHANNEL) return ERROR_INT("invalid component", procName, 1); pixGetDimensions(pixs, &ws, &hs, NULL); pixGetDimensions(pixd, &wd, &hd, NULL); if (ws != wd || hs != hd) L_WARNING("images sizes not equal\n", procName); w = L_MIN(ws, wd); h = L_MIN(hs, hd); if (comp == L_ALPHA_CHANNEL) pixSetSpp(pixd, 4); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); datas = pixGetData(pixs); datad = pixGetData(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { val = GET_DATA_BYTE(lines + j, comp); SET_DATA_BYTE(lined + j, comp, val); } } return 0; } /*! * composeRGBPixel() * * Input: rval, gval, bval * &pixel ( 32-bit pixel) * Return: 0 if OK; 1 on error * * Notes: * (1) All channels are 8 bits: the input values must be between * 0 and 255. For speed, this is not enforced by masking * with 0xff before shifting. * (2) A slower implementation uses macros: * SET_DATA_BYTE(ppixel, COLOR_RED, rval); * SET_DATA_BYTE(ppixel, COLOR_GREEN, gval); * SET_DATA_BYTE(ppixel, COLOR_BLUE, bval); */ l_int32 composeRGBPixel(l_int32 rval, l_int32 gval, l_int32 bval, l_uint32 *ppixel) { PROCNAME("composeRGBPixel"); if (!ppixel) return ERROR_INT("&pixel not defined", procName, 1); *ppixel = (rval << L_RED_SHIFT) | (gval << L_GREEN_SHIFT) | (bval << L_BLUE_SHIFT); return 0; } /*! * composeRGBAPixel() * * Input: rval, gval, bval, aval * &pixel ( 32-bit pixel) * Return: 0 if OK; 1 on error * * Notes: * (1) All channels are 8 bits: the input values must be between * 0 and 255. For speed, this is not enforced by masking * with 0xff before shifting. */ l_int32 composeRGBAPixel(l_int32 rval, l_int32 gval, l_int32 bval, l_int32 aval, l_uint32 *ppixel) { PROCNAME("composeRGBAPixel"); if (!ppixel) return ERROR_INT("&pixel not defined", procName, 1); *ppixel = (rval << L_RED_SHIFT) | (gval << L_GREEN_SHIFT) | (bval << L_BLUE_SHIFT) | aval; return 0; } /*! * extractRGBValues() * * Input: pixel (32 bit) * &rval ( red component) * &gval ( green component) * &bval ( blue component) * Return: void * * Notes: * (1) A slower implementation uses macros: * *prval = GET_DATA_BYTE(&pixel, COLOR_RED); * *pgval = GET_DATA_BYTE(&pixel, COLOR_GREEN); * *pbval = GET_DATA_BYTE(&pixel, COLOR_BLUE); */ void extractRGBValues(l_uint32 pixel, l_int32 *prval, l_int32 *pgval, l_int32 *pbval) { if (prval) *prval = (pixel >> L_RED_SHIFT) & 0xff; if (pgval) *pgval = (pixel >> L_GREEN_SHIFT) & 0xff; if (pbval) *pbval = (pixel >> L_BLUE_SHIFT) & 0xff; return; } /*! * extractRGBAValues() * * Input: pixel (32 bit) * &rval ( red component) * &gval ( green component) * &bval ( blue component) * &aval ( alpha component) * Return: void */ void extractRGBAValues(l_uint32 pixel, l_int32 *prval, l_int32 *pgval, l_int32 *pbval, l_int32 *paval) { if (prval) *prval = (pixel >> L_RED_SHIFT) & 0xff; if (pgval) *pgval = (pixel >> L_GREEN_SHIFT) & 0xff; if (pbval) *pbval = (pixel >> L_BLUE_SHIFT) & 0xff; if (paval) *paval = (pixel >> L_ALPHA_SHIFT) & 0xff; return; } /*! * extractMinMaxComponent() * * Input: pixel (32 bpp RGB) * type (L_CHOOSE_MIN or L_CHOOSE_MAX) * Return: component (in range [0 ... 255], or null on error */ l_int32 extractMinMaxComponent(l_uint32 pixel, l_int32 type) { l_int32 rval, gval, bval, val; extractRGBValues(pixel, &rval, &gval, &bval); if (type == L_CHOOSE_MIN) { val = L_MIN(rval, gval); val = L_MIN(val, bval); } else { /* type == L_CHOOSE_MAX */ val = L_MAX(rval, gval); val = L_MAX(val, bval); } return val; } /*! * pixGetRGBLine() * * Input: pixs (32 bpp) * row * bufr (array of red samples; size w bytes) * bufg (array of green samples; size w bytes) * bufb (array of blue samples; size w bytes) * Return: 0 if OK; 1 on error * * Notes: * (1) This puts rgb components from the input line in pixs * into the given buffers. */ l_int32 pixGetRGBLine(PIX *pixs, l_int32 row, l_uint8 *bufr, l_uint8 *bufg, l_uint8 *bufb) { l_uint32 *lines; l_int32 j, w, h; l_int32 wpls; PROCNAME("pixGetRGBLine"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (pixGetDepth(pixs) != 32) return ERROR_INT("pixs not 32 bpp", procName, 1); if (!bufr || !bufg || !bufb) return ERROR_INT("buffer not defined", procName, 1); pixGetDimensions(pixs, &w, &h, NULL); if (row < 0 || row >= h) return ERROR_INT("row out of bounds", procName, 1); wpls = pixGetWpl(pixs); lines = pixGetData(pixs) + row * wpls; for (j = 0; j < w; j++) { bufr[j] = GET_DATA_BYTE(lines + j, COLOR_RED); bufg[j] = GET_DATA_BYTE(lines + j, COLOR_GREEN); bufb[j] = GET_DATA_BYTE(lines + j, COLOR_BLUE); } return 0; } /*-------------------------------------------------------------* * Pixel endian conversion * *-------------------------------------------------------------*/ /*! * pixEndianByteSwapNew() * * Input: pixs * Return: pixd, or null on error * * Notes: * (1) This is used to convert the data in a pix to a * serialized byte buffer in raster order, and, for RGB, * in order RGBA. This requires flipping bytes within * each 32-bit word for little-endian platforms, because the * words have a MSB-to-the-left rule, whereas byte raster-order * requires the left-most byte in each word to be byte 0. * For big-endians, no swap is necessary, so this returns a clone. * (2) Unlike pixEndianByteSwap(), which swaps the bytes in-place, * this returns a new pix (or a clone). We provide this * because often when serialization is done, the source * pix needs to be restored to canonical little-endian order, * and this requires a second byte swap. In such a situation, * it is twice as fast to make a new pix in big-endian order, * use it, and destroy it. */ PIX * pixEndianByteSwapNew(PIX *pixs) { l_uint32 *datas, *datad; l_int32 i, j, h, wpl; l_uint32 word; PIX *pixd; PROCNAME("pixEndianByteSwapNew"); #ifdef L_BIG_ENDIAN return pixClone(pixs); #else /* L_LITTLE_ENDIAN */ if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); datas = pixGetData(pixs); wpl = pixGetWpl(pixs); h = pixGetHeight(pixs); pixd = pixCreateTemplate(pixs); datad = pixGetData(pixd); for (i = 0; i < h; i++) { for (j = 0; j < wpl; j++, datas++, datad++) { word = *datas; *datad = (word >> 24) | ((word >> 8) & 0x0000ff00) | ((word << 8) & 0x00ff0000) | (word << 24); } } return pixd; #endif /* L_BIG_ENDIAN */ } /*! * pixEndianByteSwap() * * Input: pixs * Return: 0 if OK, 1 on error * * Notes: * (1) This is used on little-endian platforms to swap * the bytes within a word; bytes 0 and 3 are swapped, * and bytes 1 and 2 are swapped. * (2) This is required for little-endians in situations * where we convert from a serialized byte order that is * in raster order, as one typically has in file formats, * to one with MSB-to-the-left in each 32-bit word, or v.v. * See pix.h for a description of the canonical format * (MSB-to-the left) that is used for both little-endian * and big-endian platforms. For big-endians, the * MSB-to-the-left word order has the bytes in raster * order when serialized, so no byte flipping is required. */ l_int32 pixEndianByteSwap(PIX *pixs) { l_uint32 *data; l_int32 i, j, h, wpl; l_uint32 word; PROCNAME("pixEndianByteSwap"); #ifdef L_BIG_ENDIAN return 0; #else /* L_LITTLE_ENDIAN */ if (!pixs) return ERROR_INT("pixs not defined", procName, 1); data = pixGetData(pixs); wpl = pixGetWpl(pixs); h = pixGetHeight(pixs); for (i = 0; i < h; i++) { for (j = 0; j < wpl; j++, data++) { word = *data; *data = (word >> 24) | ((word >> 8) & 0x0000ff00) | ((word << 8) & 0x00ff0000) | (word << 24); } } return 0; #endif /* L_BIG_ENDIAN */ } /*! * lineEndianByteSwap() * * Input datad (dest byte array data, reordered on little-endians) * datas (a src line of pix data) * wpl (number of 32 bit words in the line) * Return: 0 if OK, 1 on error * * Notes: * (1) This is used on little-endian platforms to swap * the bytes within each word in the line of image data. * Bytes 0 <==> 3 and 1 <==> 2 are swapped in the dest * byte array data8d, relative to the pix data in datas. * (2) The bytes represent 8 bit pixel values. They are swapped * for little endians so that when the dest array (char *)datad * is addressed by bytes, the pixels are chosen sequentially * from left to right in the image. */ l_int32 lineEndianByteSwap(l_uint32 *datad, l_uint32 *datas, l_int32 wpl) { l_int32 j; l_uint32 word; PROCNAME("lineEndianByteSwap"); if (!datad || !datas) return ERROR_INT("datad and datas not both defined", procName, 1); #ifdef L_BIG_ENDIAN memcpy((char *)datad, (char *)datas, 4 * wpl); return 0; #else /* L_LITTLE_ENDIAN */ for (j = 0; j < wpl; j++, datas++, datad++) { word = *datas; *datad = (word >> 24) | ((word >> 8) & 0x0000ff00) | ((word << 8) & 0x00ff0000) | (word << 24); } return 0; #endif /* L_BIG_ENDIAN */ } /*! * pixEndianTwoByteSwapNew() * * Input: pixs * Return: 0 if OK, 1 on error * * Notes: * (1) This is used on little-endian platforms to swap the * 2-byte entities within a 32-bit word. * (2) This is equivalent to a full byte swap, as performed * by pixEndianByteSwap(), followed by byte swaps in * each of the 16-bit entities separately. * (3) Unlike pixEndianTwoByteSwap(), which swaps the shorts in-place, * this returns a new pix (or a clone). We provide this * to avoid having to swap twice in situations where the input * pix must be restored to canonical little-endian order. */ PIX * pixEndianTwoByteSwapNew(PIX *pixs) { l_uint32 *datas, *datad; l_int32 i, j, h, wpl; l_uint32 word; PIX *pixd; PROCNAME("pixEndianTwoByteSwapNew"); #ifdef L_BIG_ENDIAN return pixClone(pixs); #else /* L_LITTLE_ENDIAN */ if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); datas = pixGetData(pixs); wpl = pixGetWpl(pixs); h = pixGetHeight(pixs); pixd = pixCreateTemplate(pixs); datad = pixGetData(pixd); for (i = 0; i < h; i++) { for (j = 0; j < wpl; j++, datas++, datad++) { word = *datas; *datad = (word << 16) | (word >> 16); } } return pixd; #endif /* L_BIG_ENDIAN */ } /*! * pixEndianTwoByteSwap() * * Input: pixs * Return: 0 if OK, 1 on error * * Notes: * (1) This is used on little-endian platforms to swap the * 2-byte entities within a 32-bit word. * (2) This is equivalent to a full byte swap, as performed * by pixEndianByteSwap(), followed by byte swaps in * each of the 16-bit entities separately. */ l_int32 pixEndianTwoByteSwap(PIX *pixs) { l_uint32 *data; l_int32 i, j, h, wpl; l_uint32 word; PROCNAME("pixEndianTwoByteSwap"); #ifdef L_BIG_ENDIAN return 0; #else /* L_LITTLE_ENDIAN */ if (!pixs) return ERROR_INT("pixs not defined", procName, 1); data = pixGetData(pixs); wpl = pixGetWpl(pixs); h = pixGetHeight(pixs); for (i = 0; i < h; i++) { for (j = 0; j < wpl; j++, data++) { word = *data; *data = (word << 16) | (word >> 16); } } return 0; #endif /* L_BIG_ENDIAN */ } /*-------------------------------------------------------------* * Extract raster data as binary string * *-------------------------------------------------------------*/ /*! * pixGetRasterData() * * Input: pixs (1, 8, 32 bpp) * &data ( raster data in memory) * &nbytes ( number of bytes in data string) * Return: 0 if OK, 1 on error * * Notes: * (1) This returns the raster data as a byte string, padded to the * byte. For 1 bpp, the first pixel is the MSbit in the first byte. * For rgb, the bytes are in (rgb) order. This is the format * required for flate encoding of pixels in a PostScript file. */ l_int32 pixGetRasterData(PIX *pixs, l_uint8 **pdata, size_t *pnbytes) { l_int32 w, h, d, wpl, i, j, rval, gval, bval; l_int32 databpl; /* bytes for each raster line in returned data */ l_uint8 *line, *data; /* packed data in returned array */ l_uint32 *rline, *rdata; /* data in pix raster */ PROCNAME("pixGetRasterData"); if (!pdata || !pnbytes) return ERROR_INT("&data and &nbytes not both defined", procName, 1); *pdata = NULL; *pnbytes = 0; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); pixGetDimensions(pixs, &w, &h, &d); if (d != 1 && d != 2 && d != 4 && d != 8 && d != 16 && d != 32) return ERROR_INT("depth not in {1,2,4,8,16,32}", procName, 1); rdata = pixGetData(pixs); wpl = pixGetWpl(pixs); if (d == 1) databpl = (w + 7) / 8; else if (d == 2) databpl = (w + 3) / 4; else if (d == 4) databpl = (w + 1) / 2; else if (d == 8 || d == 16) databpl = w * (d / 8); else /* d == 32 bpp rgb */ databpl = 3 * w; if ((data = (l_uint8 *)CALLOC(databpl * h, sizeof(l_uint8))) == NULL) return ERROR_INT("data not allocated", procName, 1); *pdata = data; *pnbytes = databpl * h; for (i = 0; i < h; i++) { rline = rdata + i * wpl; line = data + i * databpl; if (d <= 8) { for (j = 0; j < databpl; j++) line[j] = GET_DATA_BYTE(rline, j); } else if (d == 16) { for (j = 0; j < w; j++) line[2 * j] = GET_DATA_TWO_BYTES(rline, j); } else { /* d == 32 bpp rgb */ for (j = 0; j < w; j++) { extractRGBValues(rline[j], &rval, &gval, &bval); *(line + 3 * j) = rval; *(line + 3 * j + 1) = gval; *(line + 3 * j + 2) = bval; } } } return 0; } /*-------------------------------------------------------------* * Test alpha component opaqueness * *-------------------------------------------------------------*/ /*! * pixAlphaIsOpaque() * * Input: pix (32 bpp, spp == 4) * &opaque ( 1 if spp == 4 and all alpha component * values are 255 (opaque); 0 otherwise) * Return: 0 if OK, 1 on error * Notes: * (1) On error, opaque is returned as 0 (FALSE). */ l_int32 pixAlphaIsOpaque(PIX *pix, l_int32 *popaque) { l_int32 w, h, wpl, i, j, alpha; l_uint32 *data, *line; PROCNAME("pixAlphaIsOpaque"); if (!popaque) return ERROR_INT("&opaque not defined", procName, 1); *popaque = FALSE; if (!pix) return ERROR_INT("&pix not defined", procName, 1); if (pixGetDepth(pix) != 32) return ERROR_INT("&pix not 32 bpp", procName, 1); if (pixGetSpp(pix) != 4) return ERROR_INT("&pix not 4 spp", procName, 1); data = pixGetData(pix); wpl = pixGetWpl(pix); pixGetDimensions(pix, &w, &h, NULL); for (i = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < w; j++) { alpha = GET_DATA_BYTE(line + j, L_ALPHA_CHANNEL); if (alpha ^ 0xff) /* not opaque */ return 0; } } *popaque = TRUE; return 0; } /*-------------------------------------------------------------* * Setup helpers for 8 bpp byte processing * *-------------------------------------------------------------*/ /*! * pixSetupByteProcessing() * * Input: pix (8 bpp, no colormap) * &w ( width) * &h ( height) * Return: line ptr array, or null on error * * Notes: * (1) This is a simple helper for processing 8 bpp images with * direct byte access. It can swap byte order within each word. * (2) After processing, you must call pixCleanupByteProcessing(), * which frees the lineptr array and restores byte order. * (3) Usage: * l_uint8 **lineptrs = pixSetupByteProcessing(pix, &w, &h); * for (i = 0; i < h; i++) { * l_uint8 *line = lineptrs[i]; * for (j = 0; j < w; j++) { * val = line[j]; * ... * } * } * pixCleanupByteProcessing(pix, lineptrs); */ l_uint8 ** pixSetupByteProcessing(PIX *pix, l_int32 *pw, l_int32 *ph) { l_int32 w, h; PROCNAME("pixSetupByteProcessing"); if (pw) *pw = 0; if (ph) *ph = 0; if (!pix || pixGetDepth(pix) != 8) return (l_uint8 **)ERROR_PTR("pix not defined or not 8 bpp", procName, NULL); if (pixGetColormap(pix)) return (l_uint8 **)ERROR_PTR("pix has colormap", procName, NULL); pixGetDimensions(pix, &w, &h, NULL); if (pw) *pw = w; if (ph) *ph = h; pixEndianByteSwap(pix); return (l_uint8 **)pixGetLinePtrs(pix, NULL); } /*! * pixCleanupByteProcessing() * * Input: pix (8 bpp, no colormap) * lineptrs (ptrs to the beginning of each raster line of data) * Return: 0 if OK, 1 on error * * Notes: * (1) This must be called after processing that was initiated * by pixSetupByteProcessing() has finished. */ l_int32 pixCleanupByteProcessing(PIX *pix, l_uint8 **lineptrs) { PROCNAME("pixCleanupByteProcessing"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (!lineptrs) return ERROR_INT("lineptrs not defined", procName, 1); pixEndianByteSwap(pix); FREE(lineptrs); return 0; } /*------------------------------------------------------------------------* * Setting parameters for antialias masking with alpha transforms * *------------------------------------------------------------------------*/ /*! * l_setAlphaMaskBorder() * * Input: val1, val2 (in [0.0 ... 1.0]) * Return: void * * Notes: * (1) This sets the opacity values used to generate the two outer * boundary rings in the alpha mask associated with geometric * transforms such as pixRotateWithAlpha(). * (2) The default values are val1 = 0.0 (completely transparent * in the outermost ring) and val2 = 0.5 (half transparent * in the second ring). When the image is blended, this * completely removes the outer ring (shrinking the image by * 2 in each direction), and alpha-blends with 0.5 the second ring. * Using val1 = 0.25 and val2 = 0.75 gives a slightly more * blurred border, with no perceptual difference at screen resolution. * (3) The actual mask values are found by multiplying these * normalized opacity values by 255. */ void l_setAlphaMaskBorder(l_float32 val1, l_float32 val2) { val1 = L_MAX(0.0, L_MIN(1.0, val1)); val2 = L_MAX(0.0, L_MIN(1.0, val2)); AlphaMaskBorderVals[0] = val1; AlphaMaskBorderVals[1] = val2; } leptonica-1.70/src/recogident.c0000664000175000017500000022303112264037116014570 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * recogident.c * * Top-level identification * l_int32 recogaIdentifyMultiple() * * Segmentation and noise removal * l_int32 recogSplitIntoCharacters() * l_int32 recogCorrelationBestRow() * l_int32 recogCorrelationBestChar() * static l_int32 pixCorrelationBestShift() * * Low-level identification of single characters * l_int32 recogaIdentifyPixa() * l_int32 recogIdentifyPixa() * l_int32 recogIdentifyPix() * l_int32 recogSkipIdentify() * * Operations for handling identification results * static L_RCHA *rchaCreate() * l_int32 *rchaDestroy() * static L_RCH *rchCreate() * l_int32 *rchDestroy() * l_int32 rchaExtract() * l_int32 rchExtract() * static l_int32 transferRchToRcha() * static l_int32 recogaSaveBestRcha() * static l_int32 recogaTransferRch() * l_int32 recogTransferRchToDid() * * Preprocessing and filtering * l_int32 recogProcessToIdentify() * PIX *recogPreSplittingFilter() * PIX *recogSplittingFilter() * * Postprocessing * SARRAY *recogExtractNumbers() * * Modifying recog behavior * l_int32 recogSetTemplateType() * l_int32 recogSetScaling() * * Static debug helper * static void l_showIndicatorSplitValues() * * See recogbasic.c for examples of training a recognizer, which is * required before it can be used for identification. * * The character splitter repeatedly does a greedy correlation with each * averaged unscaled template, at all pixel locations along the text to * be identified. The vertical alignment is between the template * centroid and the (moving) windowed centroid, including a delta of * 1 pixel above and below. The best match then removes part of the * input image, leaving 1 or 2 pieces, which, after filtering, * are put in a queue. The process ends when the queue is empty. * The filtering is based on the size and aspect ratio of the * remaining pieces; the intent is to remove anything that is * unlikely to be text, such as small pieces and line graphics. * * After splitting, the selected segments are identified using * the input parameters that were initially specified for the * recognizer. Unlike the splitter, which uses the averaged * templates from the unscaled input, the recognizer can use * either all training examples or averaged templates, and these * can be either scaled or unscaled. These choices are specified * when the recognizer is constructed. */ #include #include "allheaders.h" /* Padding on pix1: added before correlations and removed from result */ static const l_int32 LeftRightPadding = 32; /* Parameters for filtering and sorting connected components in splitter */ static const l_float32 MaxAspectRatio = 6.0; static const l_float32 MinFillFactor = 0.25; static const l_float32 MaxPreFillFactor = 0.80; static const l_float32 MaxSplitFillFactor = 0.85; static const l_int32 MinOverlap1 = 6; /* in pass 1 of boxaSort2d() */ static const l_int32 MinOverlap2 = 6; /* in pass 2 of boxaSort2d() */ static const l_int32 MinHeightPass1 = 5; /* min height to start pass 1 */ static l_int32 pixCorrelationBestShift(PIX *pix1, PIX *pix2, NUMA *nasum1, NUMA *namoment1, l_int32 area2, l_int32 ycent2, l_int32 maxyshift, l_int32 *tab8, l_int32 *pdelx, l_int32 *pdely, l_float32 *pscore, l_int32 debugflag ); static L_RCH *rchCreate(l_int32 index, l_float32 score, char *text, l_int32 sample, l_int32 xloc, l_int32 yloc, l_int32 width); static L_RCHA *rchaCreate(); static l_int32 transferRchToRcha(L_RCH *rch, L_RCHA *rcha); static void l_showIndicatorSplitValues(NUMA *na1, NUMA *na2, NUMA *na3, NUMA *na4, NUMA *na5, NUMA *na6, NUMA *na7); static l_int32 recogaSaveBestRcha(L_RECOGA *recoga, PIXA *pixa); static l_int32 recogaTransferRch(L_RECOGA *recoga, L_RECOG *recog, l_int32 index); /*------------------------------------------------------------------------* * Identification *------------------------------------------------------------------------*/ /*! * recogaIdentifyMultiple() * * Input: recoga (with training finished) * pixs (containing typically a small number of characters) * nitems (to be identified in pix; use 0 if not known) * minw (remove components with width less than this; * use -1 for removing all noise components) * minh (remove components with height less than this; * use -1 for removing all noise components) * &boxa ( locations of identified components) * &pixa ( images of identified components) * &pixdb ( debug pix: inputs and best fits) * debugsplit (1 returns pix split debugging images) * Return: 0 if OK; 1 if more or less than nitems were found (a warning); * 2 on error. * * Notes: * (1) This filters the input pixa, looking for @nitems if requested. * Set @nitems == 0 if you don't know how many chars to expect. * (2) This bundles the filtered components into a pixa and calls * recogIdentifyPixa(). If @nitems > 0, use @minw = -1 and * @minh = -1 to remove all noise components. If @nitems > 0 * and it doesn't agree with the number of filtered components * in pixs, a warning is issued and a 1 is returned. * (3) Set @minw = 0 and @minh = 0 to get all noise components. * Set @minw > 0 and/or @minh > 0 to retain selected noise components. * All noise components are recognized as an empty string with * a score of 0.0. * (4) An attempt is made to return 2-dimensional sorted arrays * of (optional) images and boxes, which can then be used to * aggregate identified characters into numbers or words. * One typically wants the pixa, which contains a boxa of the * extracted subimages. */ l_int32 recogaIdentifyMultiple(L_RECOGA *recoga, PIX *pixs, l_int32 nitems, l_int32 minw, l_int32 minh, BOXA **pboxa, PIXA **ppixa, PIX **ppixdb, l_int32 debugsplit) { l_int32 n, done, ret; BOXA *boxa; PIX *pixb; PIXA *pixa; NUMA *naid; L_RECOG *recog; PROCNAME("recogaIdentifyMultiple"); if (pboxa) *pboxa = NULL; if (ppixa) *ppixa = NULL; if (ppixdb) *ppixdb = NULL; if (!recoga || recoga->n == 0) return ERROR_INT("recog not defined or empty", procName, 2); recogaTrainingDone(recoga, &done); if (!done) return ERROR_INT("training not finished", procName, 2); if (!pixs) return ERROR_INT("pixs not defined", procName, 2); /* Binarize if necessary */ recog = recogaGetRecog(recoga, 0); /* use the first one */ if (pixGetDepth(pixs) > 1) pixb = pixConvertTo1(pixs, recog->threshold); else pixb = pixClone(pixs); /* Noise removal and splitting of touching characters */ recogSplitIntoCharacters(recog, pixb, minw, minh, &boxa, &pixa, &naid, debugsplit); pixDestroy(&pixb); if (!pixa || (n = pixaGetCount(pixa)) == 0) { pixaDestroy(&pixa); boxaDestroy(&boxa); numaDestroy(&naid); L_WARNING("nothing found\n", procName); return 1; } ret = 0; if (nitems > 0 && n != nitems) { L_WARNING("Expected %d items; found %d\n", procName, nitems, n); ret = 1; } recogaIdentifyPixa(recoga, pixa, naid, ppixdb); if (pboxa) *pboxa = boxa; else boxaDestroy(&boxa); if (ppixa) *ppixa = pixa; else pixaDestroy(&pixa); numaDestroy(&naid); return ret; } /*! * recogSplitIntoCharacters() * * Input: recog * pixs (1 bpp, contains only mostly deskewed text) * minw (remove components with width less than this; * use -1 for default removing out of band components) * minh (remove components with height less than this; * use -1 for default removing out of band components) * &boxa ( character bounding boxes) * &pixa ( character images) * &naid ( indices of components to identify) * debug (1 for results written to pixadb_split) * * Return: 0 if OK, 1 on error * * Notes: * (1) This can be given an image that has an arbitrary number * of text characters. It does splitting of connected * components based on greedy correlation matching in * recogCorrelationBestRow(). The returned pixa includes * the boxes from which the (possibly split) components * are extracted. * (2) If either @minw < 0 or @minh < 0, noise components are * filtered out, and the returned @naid array is all 1. * Otherwise, some noise components whose dimensions (w,h) * satisfy w >= @minw and h >= @minh are allowed through, but * they are identified in the returned @naid, where they are * labelled by 0 to indicate that they are not to be run * through identification. Retaining the noise components * provides spatial information that can help applications * interpret the results. * (3) In addition to optional filtering of the noise, the * resulting components are put in row-major (2D) order, * and the smaller of overlapping components are removed if * they satisfy conditions of relative size and fractional overlap. * (4) Note that the spliting function uses unscaled templates * and does not bother returning the class results and scores. * Thes are more accurately found later using the scaled templates. */ l_int32 recogSplitIntoCharacters(L_RECOG *recog, PIX *pixs, l_int32 minw, l_int32 minh, BOXA **pboxa, PIXA **ppixa, NUMA **pnaid, l_int32 debug) { l_int32 empty, maxw, bw, ncomp, same, savenoise, scaling; l_int32 i, j, n, n3, xoff, yoff; BOX *box, *box3; BOXA *boxa1, *boxa2, *boxa3, *boxa4, *boxat1, *boxat2, *boxad; BOXAA *baa; NUMA *naid; PIX *pix, *pix1, *pix2; PROCNAME("recogSplitIntoCharacters"); if (!pboxa || !ppixa || !pnaid) return ERROR_INT("&boxa, &pixa and &naid not defined", procName, 1); *pboxa = NULL; *ppixa = NULL; *pnaid = NULL; if (!recog) return ERROR_INT("recog not defined", procName, 1); if (!recog->train_done) return ERROR_INT("training not finished", procName, 1); if (!pixs || pixGetDepth(pixs) != 1) return ERROR_INT("pixs not defined or not 1 bpp", procName, 1); pixZero(pixs, &empty); if (empty) return 0; /* Small vertical close for consolidation. Don't do a horizontal * closing, because it might join separate characters. */ pix1 = pixMorphSequence(pixs, "c1.3", 0); /* Filter out noise */ pix2 = recogPreSplittingFilter(recog, pix1, MaxAspectRatio, MinFillFactor, MaxPreFillFactor, debug); /* Optionally, save a boxa of noise components, filtered * according to input parameters @minw and @minh */ boxa3 = NULL; savenoise = (minw >= 0 && minh >= 0); if (savenoise) { /* accept some noise comonents */ pixXor(pix1, pix1, pix2); /* leave noise components only in pix1 */ pixZero(pix1, &empty); if (!empty) { boxat1 = pixConnComp(pix1, NULL, 8); boxa3 = boxaSelectBySize(boxat1, minw, minh, L_SELECT_BOTH, L_SELECT_IF_GTE, NULL); boxaDestroy(&boxat1); } } pixDestroy(&pix1); /* Get the 8-connected non-noise components to be split/identified */ boxa1 = pixConnComp(pix2, NULL, 8); pixDestroy(&pix2); ncomp = boxaGetCount(boxa1); if (ncomp == 0) { boxaDestroy(&boxa1); boxaDestroy(&boxa3); L_WARNING("all components removed\n", procName); return 0; } /* Save everything and split the large non-noise components */ boxa2 = boxaCreate(ncomp); maxw = recog->maxwidth_u + 5; scaling = (recog->scalew > 0 || recog->scaleh > 0) ? TRUE : FALSE; for (i = 0; i < ncomp; i++) { box = boxaGetBox(boxa1, i, L_CLONE); boxGetGeometry(box, &xoff, &yoff, &bw, NULL); if (bw <= maxw || scaling) { /* assume it's just one character */ boxaAddBox(boxa2, box, L_INSERT); } else { /* need to try to split the component */ pix = pixClipRectangle(pixs, box, NULL); recogCorrelationBestRow(recog, pix, &boxat1, NULL, NULL, NULL, debug); boxat2 = boxaTransform(boxat1, xoff, yoff, 1.0, 1.0); boxaJoin(boxa2, boxat2, 0, -1); boxaDestroy(&boxat1); boxaDestroy(&boxat2); pixDestroy(&pix); boxDestroy(&box); } } boxaDestroy(&boxa1); /* If the noise boxa was retained, add it back in, so we have * a mixture of non-noise and noise components. */ if (boxa3) boxaJoin(boxa2, boxa3, 0, -1); /* Do a 2D sort on the bounding boxes, and flatten the result to 1D. * For the 2D sort, to add a box to an existing boxa, we require * specified minimum vertical overlaps for the first two passes * of the 2D sort. In pass 1, only components with sufficient * height can start a new boxa. */ baa = boxaSort2d(boxa2, NULL, MinOverlap1, MinOverlap2, MinHeightPass1); boxa4 = boxaaFlattenToBoxa(baa, NULL, L_CLONE); boxaaDestroy(&baa); boxaDestroy(&boxa2); /* Remove smaller components of overlapping pairs. * We only remove the small component if the overlap is * at least half its area and if its area is no more * than 30% of the area of the large component. Because the * components are in a flattened 2D sort, we don't need to * look far ahead in the array to find all overlapping boxes; * 10 boxes is plenty. */ boxad = boxaHandleOverlaps(boxa4, L_COMBINE, 10, 0.5, 0.3, NULL); boxaDestroy(&boxa4); /* If savenoise == true and there are components in boxa3, * use the full set of noise components in boxa3 to identify * the remaining ones in boxad. */ n = boxaGetCount(boxad); naid = numaMakeConstant(1, n); if (savenoise && boxa3) { n3 = boxaGetCount(boxa3); for (i = 0; i < n; i++) { box = boxaGetBox(boxad, i, L_CLONE); for (j = 0; j < n3; j++) { box3 = boxaGetBox(boxa3, j, L_CLONE); boxEqual(box, box3, &same); boxDestroy(&box3); if (same) { numaSetValue(naid, i, 0); /* label noise 0 */ break; } } boxDestroy(&box); } } boxaDestroy(&boxa3); /* Extract and save the image pieces from the input image. */ *ppixa = pixClipRectangles(pixs, boxad); *pboxa = boxad; *pnaid = naid; return 0; } /*! * recogCorrelationBestRow() * * Input: recog (with LUT's pre-computed) * pixs (typically of multiple touching characters, 1 bpp) * &boxa ( bounding boxs of best fit character) * &nascores ( correlation scores) * &naindex ( indices of classes) * &sachar ( array of character strings) * debug (1 for results written to pixadb_split) * Return: 0 if OK, 1 on error * * Notes: * (1) Supervises character matching for (in general) a c.c with * multiple touching characters. Finds the best match greedily. * Rejects small parts that are left over after splitting. * (2) Matching is to the average, and without character scaling. */ l_int32 recogCorrelationBestRow(L_RECOG *recog, PIX *pixs, BOXA **pboxa, NUMA **pnascore, NUMA **pnaindex, SARRAY **psachar, l_int32 debug) { char *charstr; l_int32 index, remove, w, h, bx, bw, bxc, bwc, w1, w2, w3; l_float32 score; BOX *box, *boxc, *boxtrans, *boxl, *boxr, *boxlt, *boxrt; BOXA *boxat; NUMA *nascoret, *naindext, *nasort; PIX *pixb, *pixc, *pixl, *pixr, *pixdb, *pixd; PIXA *pixar, *pixadb; SARRAY *sachart; l_int32 iter; PROCNAME("recogCorrelationBestRow"); if (pnascore) *pnascore = NULL; if (pnaindex) *pnaindex = NULL; if (psachar) *psachar = NULL; if (!recog) return ERROR_INT("recog not defined", procName, 1); if (!pixs || pixGetDepth(pixs) != 1) return ERROR_INT("pixs not defined or not 1 bpp", procName, 1); if (pixGetWidth(pixs) < recog->minwidth_u - 4) return ERROR_INT("pixs too narrow", procName, 1); if (!pboxa) return ERROR_INT("&boxa not defined", procName, 1); *pboxa = NULL; if (!recog->train_done) return ERROR_INT("training not finished", procName, 1); /* Binarize and crop to foreground if necessary */ pixb = recogProcessToIdentify(recog, pixs, 0); /* Initialize the arrays */ boxat = boxaCreate(4); nascoret = numaCreate(4); naindext = numaCreate(4); sachart = sarrayCreate(4); pixadb = (debug) ? pixaCreate(4) : NULL; /* Initialize the images remaining to be processed with the input. * These are stored in pixar, which is used here as a queue, * on which we only put image fragments that are large enough to * contain at least one character. */ pixar = pixaCreate(1); pixGetDimensions(pixb, &w, &h, NULL); box = boxCreate(0, 0, w, h); pixaAddPix(pixar, pixb, L_INSERT); pixaAddBox(pixar, box, L_INSERT); /* Successively split on the best match until nothing is left. * To be safe, we limit the search to 10 characters. */ for (iter = 0; iter < 11; iter++) { if (pixaGetCount(pixar) == 0) break; if (iter == 10) { L_WARNING("more than 10 chars; ending search\n", procName); break; } /* Pop one from the queue */ pixaRemovePixAndSave(pixar, 0, &pixc, &boxc); boxGetGeometry(boxc, &bxc, NULL, &bwc, NULL); /* This is a single component; if noise, remove it */ recogSplittingFilter(recog, pixc, MaxAspectRatio, MinFillFactor, MaxSplitFillFactor, &remove, debug); if (debug) fprintf(stderr, "iter = %d, removed = %d\n", iter, remove); if (remove) { pixDestroy(&pixc); boxDestroy(&boxc); continue; } /* Find the best character match */ if (debug) { recogCorrelationBestChar(recog, pixc, &box, &score, &index, &charstr, &pixdb); pixaAddPix(pixadb, pixdb, L_INSERT); } else { recogCorrelationBestChar(recog, pixc, &box, &score, &index, &charstr, NULL); } /* Find the box in original coordinates, and append * the results to the arrays. */ boxtrans = boxTransform(box, bxc, 0, 1.0, 1.0); boxaAddBox(boxat, boxtrans, L_INSERT); numaAddNumber(nascoret, score); numaAddNumber(naindext, index); sarrayAddString(sachart, charstr, L_INSERT); /* Split the current pixc into three regions and save * each region if it is large enough. */ boxGetGeometry(box, &bx, NULL, &bw, NULL); w1 = bx; w2 = bw; w3 = bwc - bx - bw; if (debug) fprintf(stderr, " w1 = %d, w2 = %d, w3 = %d\n", w1, w2, w3); if (w1 < recog->minwidth_u - 4) { if (debug) L_INFO("discarding width %d on left\n", procName, w1); } else { /* extract and save left region */ boxl = boxCreate(0, 0, bx + 1, h); pixl = pixClipRectangle(pixc, boxl, NULL); boxlt = boxTransform(boxl, bxc, 0, 1.0, 1.0); pixaAddPix(pixar, pixl, L_INSERT); pixaAddBox(pixar, boxlt, L_INSERT); boxDestroy(&boxl); } if (w3 < recog->minwidth_u - 4) { if (debug) L_INFO("discarding width %d on right\n", procName, w3); } else { /* extract and save left region */ boxr = boxCreate(bx + bw - 1, 0, w3 + 1, h); pixr = pixClipRectangle(pixc, boxr, NULL); boxrt = boxTransform(boxr, bxc, 0, 1.0, 1.0); pixaAddPix(pixar, pixr, L_INSERT); pixaAddBox(pixar, boxrt, L_INSERT); boxDestroy(&boxr); } pixDestroy(&pixc); boxDestroy(&box); boxDestroy(&boxc); } pixaDestroy(&pixar); /* Sort the output results by left-to-right in the boxa */ *pboxa = boxaSort(boxat, L_SORT_BY_X, L_SORT_INCREASING, &nasort); if (pnascore) *pnascore = numaSortByIndex(nascoret, nasort); if (pnaindex) *pnaindex = numaSortByIndex(naindext, nasort); if (psachar) *psachar = sarraySortByIndex(sachart, nasort); numaDestroy(&nasort); boxaDestroy(&boxat); numaDestroy(&nascoret); numaDestroy(&naindext); sarrayDestroy(&sachart); /* Final debug output */ if (debug) { pixd = pixaDisplayTiledInRows(pixadb, 32, 2000, 1.0, 0, 15, 2); pixDisplay(pixd, 400, 400); pixaAddPix(recog->pixadb_split, pixd, L_INSERT); pixaDestroy(&pixadb); } return 0; } /*! * recogCorrelationBestChar() * * Input: recog (with LUT's pre-computed) * pixs (can be of multiple touching characters, 1 bpp) * &box ( bounding box of best fit character) * &score ( correlation score) * &index ( index of class) * &charstr ( character string of class) * &pixdb ( debug pix showing input and best fit) * Return: 0 if OK, 1 on error * * Notes: * (1) Basic matching character splitter. Finds the best match among * all templates to some region of the image. This can result * in splitting the image into two parts. This is "image decoding" * without dynamic programming, because we don't use a setwidth * and compute the best matching score for the entire image. * (2) Matching is to the average templates, without character scaling. */ l_int32 recogCorrelationBestChar(L_RECOG *recog, PIX *pixs, BOX **pbox, l_float32 *pscore, l_int32 *pindex, char **pcharstr, PIX **ppixdb) { l_int32 i, n, w1, h1, w2, area2, ycent2, delx, dely; l_int32 bestdelx, bestdely, bestindex; l_float32 score, bestscore; BOX *box; BOXA *boxa; NUMA *nasum, *namoment; PIX *pix1, *pix2; PROCNAME("recogCorrelationBestChar"); if (ppixdb) *ppixdb = NULL; if (pindex) *pindex = 0; if (pcharstr) *pcharstr = NULL; if (!pbox) return ERROR_INT("&box not defined", procName, 1); *pbox = NULL; if (!pscore) return ERROR_INT("&score not defined", procName, 1); *pscore = 0.0; if (!recog) return ERROR_INT("recog not defined", procName, 1); if (!pixs || pixGetDepth(pixs) != 1) return ERROR_INT("pixs not defined or not 1 bpp", procName, 1); if (!recog->train_done) return ERROR_INT("training not finished", procName, 1); /* Binarize and crop to foreground if necessary. Add padding * to both the left and right side; this is compensated for * when reporting the bounding box of the best matched character. */ pix1 = recogProcessToIdentify(recog, pixs, LeftRightPadding); pixGetDimensions(pix1, &w1, &h1, NULL); /* Compute vertical sum and moment arrays */ nasum = pixCountPixelsByColumn(pix1); namoment = pixGetMomentByColumn(pix1, 1); /* Do shifted correlation against all averaged templates. */ n = recog->setsize; boxa = boxaCreate(n); /* location of best fits for each character */ bestscore = 0.0; for (i = 0; i < n; i++) { pix2 = pixaGetPix(recog->pixa_u, i, L_CLONE); w2 = pixGetWidth(pix2); /* Note that the slightly expended w1 is typically larger * than w2 (the template). */ if (w1 >= w2) { numaGetIValue(recog->nasum_u, i, &area2); ptaGetIPt(recog->pta_u, i, NULL, &ycent2); pixCorrelationBestShift(pix1, pix2, nasum, namoment, area2, ycent2, recog->maxyshift, recog->sumtab, &delx, &dely, &score, 1); if (ppixdb) { fprintf(stderr, "Best match template %d: (x,y) = (%d,%d), score = %5.3f\n", i, delx, dely, score); } /* Compensate for padding */ box = boxCreate(delx - LeftRightPadding, 0, w2, h1); if (score > bestscore) { bestscore = score; bestdelx = delx - LeftRightPadding; bestdely = dely; bestindex = i; } } else { box = boxCreate(0, 0, 1, 1); /* placeholder */ if (ppixdb) fprintf(stderr, "Component too thin: w1 = %d, w2 = %d\n", w1, w2); } boxaAddBox(boxa, box, L_INSERT); pixDestroy(&pix2); } *pscore = bestscore; *pbox = boxaGetBox(boxa, bestindex, L_COPY); if (pindex) *pindex = bestindex; if (pcharstr) recogGetClassString(recog, bestindex, pcharstr); if (ppixdb) { L_INFO("Best match: class %d; shifts (%d, %d)\n", procName, bestindex, bestdelx, bestdely); pix2 = pixaGetPix(recog->pixa_u, bestindex, L_CLONE); *ppixdb = recogShowMatch(recog, pix1, pix2, NULL, -1, 0.0); pixDestroy(&pix2); } pixDestroy(&pix1); boxaDestroy(&boxa); numaDestroy(&nasum); numaDestroy(&namoment); return 0; } /*! * pixCorrelationBestShift() * * Input: pix1 (1 bpp, the unknown image; typically larger) * pix2 (1 bpp, the matching template image)) * nasum1 (vertical column pixel sums for pix1) * namoment1 (vertical column first moment of pixels for pix1) * area2 (number of on pixels in pix2) * ycent2 (y component of centroid of pix2) * maxyshift (max y shift of pix2 around the location where * the centroids of pix2 and a windowed part of pix1 * are vertically aligned) * tab8 ( sum tab for ON pixels in byte; can be NULL) * &delx ( best x shift of pix2 relative to pix1 * &dely ( best y shift of pix2 relative to pix1 * &score ( maximum score found; can be NULL) * debugflag (<= 0 to skip; positive to generate output. * The integer is used to label the debug image.) * Return: 0 if OK, 1 on error * * Notes: * (1) This maximizes the correlation score between two 1 bpp images, * one of which is typically wider. In a typical example, * pix1 is a bitmap of 2 or more touching characters and pix2 is * a single character template. This finds the location of pix2 * that gives the largest correlation. * (2) The windowed area of fg pixels and windowed first moment * in the y direction are computed from the input sum and moment * column arrays, @nasum1 and @namoment1 * (3) This is a brute force operation. We compute the correlation * at every x shift for which pix2 fits entirely within pix1, * and where the centroid of pix2 is aligned, within +-maxyshift, * with the centroid of a window of pix1 of the same width. * The correlation is taken over the full height of pix1. * This can be made more efficient. */ static l_int32 pixCorrelationBestShift(PIX *pix1, PIX *pix2, NUMA *nasum1, NUMA *namoment1, l_int32 area2, l_int32 ycent2, l_int32 maxyshift, l_int32 *tab8, l_int32 *pdelx, l_int32 *pdely, l_float32 *pscore, l_int32 debugflag) { l_int32 w1, w2, h1, h2, i, j, nx, shifty, delx, dely; l_int32 sum, moment, count; l_int32 *tab, *area1, *arraysum, *arraymoment; l_float32 maxscore, score; l_float32 *ycent1; FPIX *fpix; PIX *pixt, *pixt1, *pixt2; PROCNAME("pixCorrelationBestShift"); if (pdelx) *pdelx = 0; if (pdely) *pdely = 0; if (pscore) *pscore = 0.0; if (!pix1 || pixGetDepth(pix1) != 1) return ERROR_INT("pix1 not defined or not 1 bpp", procName, 1); if (!pix2 || pixGetDepth(pix2) != 1) return ERROR_INT("pix2 not defined or not 1 bpp", procName, 1); if (!nasum1 || !namoment1) return ERROR_INT("nasum1 and namoment1 not both defined", procName, 1); if (area2 <= 0 || ycent2 <= 0) return ERROR_INT("area2 and ycent2 must be > 0", procName, 1); /* If pix1 (the unknown image) is narrower than pix2, * don't bother to try the match. pix1 is already padded with * 2 pixels on each side. */ pixGetDimensions(pix1, &w1, &h1, NULL); pixGetDimensions(pix2, &w2, &h2, NULL); if (w1 < w2) { if (debugflag > 0) { L_INFO("skipping match with w1 = %d and w2 = %d\n", procName, w1, w2); } return 0; } nx = w1 - w2 + 1; if (debugflag > 0) fpix = fpixCreate(nx, 2 * maxyshift + 1); if (!tab8) tab = makePixelSumTab8(); else tab = tab8; /* Set up the arrays for area1 and ycent1. We have to do this * for each template (pix2) because the window width is w2. */ area1 = (l_int32 *)CALLOC(nx, sizeof(l_int32)); ycent1 = (l_float32 *)CALLOC(nx, sizeof(l_int32)); arraysum = numaGetIArray(nasum1); arraymoment = numaGetIArray(namoment1); for (i = 0, sum = 0, moment = 0; i < w2; i++) { sum += arraysum[i]; moment += arraymoment[i]; } for (i = 0; i < nx - 1; i++) { area1[i] = sum; ycent1[i] = (sum == 0) ? ycent2 : (l_float32)moment / (l_float32)sum; sum += arraysum[w2 + i] - arraysum[i]; moment += arraymoment[w2 + i] - arraymoment[i]; } area1[nx - 1] = sum; ycent1[nx - 1] = (sum == 0) ? ycent2 : (l_float32)moment / (l_float32)sum; /* Find the best match location for pix2. At each location, * to insure that pixels are ON only within the intersection of * pix and the shifted pix2: * (1) Start with pixt cleared and equal in size to pix1. * (2) Blit the shifted pix2 onto pixt. Then all ON pixels * are within the intersection of pix1 and the shifted pix2. * (3) AND pix1 with pixt. */ pixt = pixCreate(w2, h1, 1); maxscore = 0; delx = 0; dely = 0; /* amount to shift pix2 relative to pix1 to get alignment */ for (i = 0; i < nx; i++) { shifty = (l_int32)(ycent1[i] - ycent2 + 0.5); for (j = -maxyshift; j <= maxyshift; j++) { pixClearAll(pixt); pixRasterop(pixt, 0, shifty + j, w2, h2, PIX_SRC, pix2, 0, 0); pixRasterop(pixt, 0, 0, w2, h1, PIX_SRC & PIX_DST, pix1, i, 0); pixCountPixels(pixt, &count, tab); score = (l_float32)count * (l_float32)count / ((l_float32)area1[i] * (l_float32)area2); if (score > maxscore) { maxscore = score; delx = i; dely = shifty + j; } if (debugflag > 0) fpixSetPixel(fpix, i, maxyshift + j, 1000.0 * score); } } if (debugflag > 0) { char buf[128]; pixt1 = fpixDisplayMaxDynamicRange(fpix); pixt2 = pixExpandReplicate(pixt1, 5); snprintf(buf, sizeof(buf), "/tmp/junkbs_%d.png", debugflag); pixWrite(buf, pixt2, IFF_PNG); pixDestroy(&pixt1); pixDestroy(&pixt2); fpixDestroy(&fpix); } if (pdelx) *pdelx = delx; if (pdely) *pdely = dely; if (pscore) *pscore = maxscore; if (!tab8) FREE(tab); FREE(area1); FREE(ycent1); FREE(arraysum); FREE(arraymoment); pixDestroy(&pixt); return 0; } /*------------------------------------------------------------------------* * Low-level identification * *------------------------------------------------------------------------*/ /*! * recogaIdentifyPixa() * * Input: recoga * pixa (of 1 bpp images to match) * naid ( indices of components to identify; can be null) * &pixdb ( pix showing inputs and best fits) * Return: 0 if OK, 1 on error * * Notes: * (1) See recogIdentifyPixa(). This does the same operation * for each recog, returning the arrays of results (scores, * class index and character string) for the best correlation match. */ l_int32 recogaIdentifyPixa(L_RECOGA *recoga, PIXA *pixa, NUMA *naid, PIX **ppixdb) { l_int32 done, i, n, nrec; PIX *pix1; PIXA *pixadb; L_RECOG *recog; PROCNAME("recogaIdentifyPixa"); if (ppixdb) *ppixdb = NULL; if (!recoga) return ERROR_INT("recoga not defined", procName, 2); if ((nrec = recogaGetCount(recoga)) == 0) return ERROR_INT("recoga empty", procName, 2); recogaTrainingDone(recoga, &done); if (!done) return ERROR_INT("training not finished", procName, 1); if (!pixa || (pixaGetCount(pixa) == 0)) return ERROR_INT("pixa not defined", procName, 1); if ((n = pixaGetCount(pixa)) == 0) return ERROR_INT("pixa is empty", procName, 1); /* Run each recognizer on the set of images. This writes * the text string into each pix of the pixa_id copy. */ rchaDestroy(&recoga->rcha); recoga->rcha = rchaCreate(); pixadb = (ppixdb) ? pixaCreate(n) : NULL; for (i = 0; i < nrec; i++) { recog = recogaGetRecog(recoga, i); if (!ppixdb) { recogIdentifyPixa(recog, pixa, naid, NULL); } else { recogIdentifyPixa(recog, pixa, naid, &pix1); pixaAddPix(pixadb, pix1, L_INSERT); } } /* Accumulate the best results in the cha of the recoga. This * also writes the text string into each pix of the input pixa. */ recogaSaveBestRcha(recoga, pixa); /* Package the images for debug */ if (pixadb) *ppixdb = pixaDisplayLinearly(pixadb, L_VERT, 1.0, 0, 20, 2, NULL); pixaDestroy(&pixadb); return 0; } /*! * recogIdentifyPixa() * * Input: recog * pixa (of 1 bpp images to match) * naid ( indices of components to identify; can be null) * &pixdb ( pix showing inputs and best fits) * Return: 0 if OK, 1 on error * * Notes: * (1) See recogIdentifyPix(). This does the same operation * for each pix in a pixa, and optionally returns the arrays * of results (scores, class index and character string) * for the best correlation match. */ l_int32 recogIdentifyPixa(L_RECOG *recog, PIXA *pixa, NUMA *naid, PIX **ppixdb) { char *text; l_int32 i, n, doit, index, depth; l_float32 score; NUMA *naidt; PIX *pix1, *pix2, *pix3; PIXA *pixa1; L_RCH *rch; PROCNAME("recogIdentifyPixa"); if (ppixdb) *ppixdb = NULL; if (!recog) return ERROR_INT("recog not defined", procName, 1); if (!pixa) return ERROR_INT("pixa not defined", procName, 1); /* Set up the components to run through the recognizer */ n = pixaGetCount(pixa); if (naid) naidt = numaClone(naid); else naidt = numaMakeConstant(1, n); /* Run the recognizer on the set of images. This writes * the text string into each pix in pixa. If this is called * multiple times for different recognizers, the text string * will be overwritten, but it will be finalized with the correct * string from the cha in the recoga, using recogaSaveBestCha(). */ rchaDestroy(&recog->rcha); recog->rcha = rchaCreate(); pixa1 = (ppixdb) ? pixaCreate(n) : NULL; depth = 1; for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixa, i, L_CLONE); numaGetIValue(naidt, i, &doit); if (!doit) recogSkipIdentify(recog); else if (!ppixdb) recogIdentifyPix(recog, pix1, NULL); else recogIdentifyPix(recog, pix1, &pix2); if ((rch = recog->rch) == NULL) { L_ERROR("rch not found for char %d\n", procName, i); continue; } rchExtract(rch, NULL, NULL, &text, NULL, NULL, NULL, NULL); pixSetText(pix1, text); FREE(text); if (ppixdb && doit) { rchExtract(rch, &index, &score, NULL, NULL, NULL, NULL, NULL); pix3 = recogShowMatch(recog, pix2, NULL, NULL, index, score); if (i == 0) depth = pixGetDepth(pix3); pixaAddPix(pixa1, pix3, L_INSERT); pixDestroy(&pix2); } transferRchToRcha(rch, recog->rcha); pixDestroy(&pix1); } numaDestroy(&naidt); /* Package the images for debug */ if (ppixdb) { *ppixdb = pixaDisplayTiledInRows(pixa1, depth, 2500, 1.0, 0, 20, 1); pixaDestroy(&pixa1); } return 0; } /*! * recogIdentifyPix() * * Input: recog (with LUT's pre-computed) * pixs (of a single character, 1 bpp) * &pixdb ( debug pix showing input and best fit) * Return: 0 if OK, 1 on error * * Notes: * (1) Basic recognition function for a single character. * (2) If L_USE_AVERAGE, the matching is only to the averaged bitmaps, * and the index of the sample is meaningless (0 is returned * if requested). * (3) The score is related to the confidence (probability of correct * identification), in that a higher score is correlated with * a higher probability. However, the actual relation between * the correlation (score) and the probability is not known; * we call this a "score" because "confidence" can be misinterpreted * as an actual probability. */ l_int32 recogIdentifyPix(L_RECOG *recog, PIX *pixs, PIX **ppixdb) { char *text; l_int32 i, j, n, bestindex, bestsample, area1, area2; l_int32 shiftx, shifty, bestdelx, bestdely, bestwidth, maxyshift; l_float32 x1, y1, x2, y2, delx, dely, score, maxscore; NUMA *numa; PIX *pix0, *pix1, *pix2; PIXA *pixa; PTA *pta; PROCNAME("recogIdentifyPix"); if (ppixdb) *ppixdb = NULL; if (!recog) return ERROR_INT("recog not defined", procName, 1); if (!pixs || pixGetDepth(pixs) != 1) return ERROR_INT("pixs not defined or not 1 bpp", procName, 1); /* Do the averaging if not yet done. This will also * call recogFinishTraining(), if necessary. */ if (!recog->ave_done) recogAverageSamples(recog, 0); /* Binarize and crop to foreground if necessary */ pix0 = recogProcessToIdentify(recog, pixs, 0); /* Do correlation at all positions within +-maxyshift of * the nominal centroid alignment. */ pix1 = recogScaleCharacter(recog, pix0); pixCountPixels(pix1, &area1, recog->sumtab); pixCentroid(pix1, recog->centtab, recog->sumtab, &x1, &y1); bestindex = bestsample = bestdelx = bestdely = bestwidth = 0; maxscore = 0.0; maxyshift = recog->maxyshift; if (recog->templ_type == L_USE_AVERAGE) { for (i = 0; i < recog->setsize; i++) { numaGetIValue(recog->nasum, i, &area2); if (area2 == 0) continue; /* no template available */ pix2 = pixaGetPix(recog->pixa, i, L_CLONE); ptaGetPt(recog->pta, i, &x2, &y2); delx = x1 - x2; dely = y1 - y2; for (shifty = -maxyshift; shifty <= maxyshift; shifty++) { for (shiftx = -maxyshift; shiftx <= maxyshift; shiftx++) { pixCorrelationScoreSimple(pix1, pix2, area1, area2, delx + shiftx, dely + shifty, 5, 5, recog->sumtab, &score); if (score > maxscore) { bestindex = i; bestdelx = delx + shiftx; bestdely = dely + shifty; maxscore = score; } } } pixDestroy(&pix2); } } else { /* use all the samples */ for (i = 0; i < recog->setsize; i++) { pixa = pixaaGetPixa(recog->pixaa, i, L_CLONE); n = pixaGetCount(pixa); if (n == 0) { pixaDestroy(&pixa); continue; } numa = numaaGetNuma(recog->naasum, i, L_CLONE); pta = ptaaGetPta(recog->ptaa, i, L_CLONE); for (j = 0; j < n; j++) { pix2 = pixaGetPix(pixa, j, L_CLONE); numaGetIValue(numa, j, &area2); ptaGetPt(pta, j, &x2, &y2); delx = x1 - x2; dely = y1 - y2; for (shifty = -maxyshift; shifty <= maxyshift; shifty++) { for (shiftx = -maxyshift; shiftx <= maxyshift; shiftx++) { pixCorrelationScoreSimple(pix1, pix2, area1, area2, delx + shiftx, dely + shifty, 5, 5, recog->sumtab, &score); if (score > maxscore) { bestindex = i; bestsample = j; bestdelx = delx + shiftx; bestdely = dely + shifty; maxscore = score; bestwidth = pixGetWidth(pix2); } } } pixDestroy(&pix2); } pixaDestroy(&pixa); numaDestroy(&numa); ptaDestroy(&pta); } } /* Package up the results */ recogGetClassString(recog, bestindex, &text); rchDestroy(&recog->rch); recog->rch = rchCreate(bestindex, maxscore, text, bestsample, bestdelx, bestdely, bestwidth); if (ppixdb) { if (recog->templ_type == L_USE_AVERAGE) { L_INFO("Best match: class %d; shifts (%d, %d)\n", procName, bestindex, bestdelx, bestdely); pix2 = pixaGetPix(recog->pixa, bestindex, L_CLONE); } else { /* L_USE_ALL */ L_INFO("Best match: sample %d in class %d\n", procName, bestsample, bestindex); if (maxyshift > 0) { L_INFO(" Best shift: (%d, %d)\n", procName, bestdelx, bestdely); } pix2 = pixaaGetPix(recog->pixaa, bestindex, bestsample, L_CLONE); } *ppixdb = recogShowMatch(recog, pix1, pix2, NULL, -1, 0.0); pixDestroy(&pix2); } pixDestroy(&pix0); pixDestroy(&pix1); return 0; } /*! * recogSkipIdentify() * * Input: recog * Return: 0 if OK, 1 on error * * Notes: * (1) This just writes a "dummy" result with 0 score and empty * string id into the rch. */ l_int32 recogSkipIdentify(L_RECOG *recog) { PROCNAME("recogSkipIdentify"); if (!recog) return ERROR_INT("recog not defined", procName, 1); /* Package up placeholder results */ rchDestroy(&recog->rch); recog->rch = rchCreate(0, 0.0, stringNew(""), 0, 0, 0, 0); return 0; } /*------------------------------------------------------------------------* * Operations for handling identification results * *------------------------------------------------------------------------*/ /*! * rchaCreate() * * Return: 0 if OK, 1 on error * * Notes: * (1) Be sure to destroy any existing rcha before assigning this. */ static L_RCHA * rchaCreate() { L_RCHA *rcha; rcha = (L_RCHA *)CALLOC(1, sizeof(L_RCHA)); rcha->naindex = numaCreate(0); rcha->nascore = numaCreate(0); rcha->satext = sarrayCreate(0); rcha->nasample = numaCreate(0); rcha->naxloc = numaCreate(0); rcha->nayloc = numaCreate(0); rcha->nawidth = numaCreate(0); return rcha; } /*! * rchaDestroy() * * Input: &rcha * Return: void */ void rchaDestroy(L_RCHA **prcha) { L_RCHA *rcha; PROCNAME("rchaDestroy"); if (prcha == NULL) { L_WARNING("&rcha is null!\n", procName); return; } if ((rcha = *prcha) == NULL) return; numaDestroy(&rcha->naindex); numaDestroy(&rcha->nascore); sarrayDestroy(&rcha->satext); numaDestroy(&rcha->nasample); numaDestroy(&rcha->naxloc); numaDestroy(&rcha->nayloc); numaDestroy(&rcha->nawidth); FREE(rcha); *prcha = NULL; return; } /*! * rchCreate() * * Input: index (index of best template) * score (correlation score of best template) * text (character string of best template) * sample (index of best sample; -1 if averages are used) * xloc (x-location of template: delx + shiftx) * yloc (y-location of template: dely + shifty) * width (width of best template) * Return: 0 if OK, 1 on error * * Notes: * (1) Be sure to destroy any existing rch before assigning this. */ static L_RCH * rchCreate(l_int32 index, l_float32 score, char *text, l_int32 sample, l_int32 xloc, l_int32 yloc, l_int32 width) { L_RCH *rch; rch = (L_RCH *)CALLOC(1, sizeof(L_RCH)); rch->index = index; rch->score = score; rch->text = text; rch->sample = sample; rch->xloc = xloc; rch->yloc = yloc; rch->width = width; return rch; } /*! * rchDestroy() * * Input: &rch * Return: void */ void rchDestroy(L_RCH **prch) { L_RCH *rch; PROCNAME("rchDestroy"); if (prch == NULL) { L_WARNING("&rch is null!\n", procName); return; } if ((rch = *prch) == NULL) return; FREE(rch->text); FREE(rch); *prch = NULL; return; } /*! * rchaExtract() * * Input: rcha * &naindex ( indices of best templates) * &nascore ( correl scores of best templates) * &satext ( character strings of best templates) * &nasample ( indices of best samples) * &naxloc ( x-locations of templates) * &nayloc ( y-locations of templates) * &nawidth ( widths of best templates) * Return: 0 if OK, 1 on error * * Notes: * (1) This returns clones of the number and string arrays. They must * be destroyed by the caller. */ l_int32 rchaExtract(L_RCHA *rcha, NUMA **pnaindex, NUMA **pnascore, SARRAY **psatext, NUMA **pnasample, NUMA **pnaxloc, NUMA **pnayloc, NUMA **pnawidth) { PROCNAME("rchaExtract"); if (pnaindex) *pnaindex = NULL; if (pnascore) *pnascore = NULL; if (psatext) *psatext = NULL; if (pnasample) *pnasample = NULL; if (pnaxloc) *pnaxloc = NULL; if (pnayloc) *pnayloc = NULL; if (pnawidth) *pnawidth = NULL; if (!rcha) return ERROR_INT("rcha not defined", procName, 1); if (pnaindex) *pnaindex = numaClone(rcha->naindex); if (pnascore) *pnascore = numaClone(rcha->nascore); if (psatext) *psatext = sarrayClone(rcha->satext); if (pnasample) *pnasample = numaClone(rcha->nasample); if (pnaxloc) *pnaxloc = numaClone(rcha->naxloc); if (pnayloc) *pnayloc = numaClone(rcha->nayloc); if (pnawidth) *pnawidth = numaClone(rcha->nawidth); return 0; } /*! * rchExtract() * * Input: rch * &index ( index of best template) * &score ( correlation score of best template) * &text ( character string of best template) * &sample ( index of best sample) * &xloc ( x-location of template) * &yloc ( y-location of template) * &width ( width of best template) * Return: 0 if OK, 1 on error */ l_int32 rchExtract(L_RCH *rch, l_int32 *pindex, l_float32 *pscore, char **ptext, l_int32 *psample, l_int32 *pxloc, l_int32 *pyloc, l_int32 *pwidth) { PROCNAME("rchExtract"); if (pindex) *pindex = 0; if (pscore) *pscore = 0.0; if (ptext) *ptext = NULL; if (psample) *psample = 0; if (pxloc) *pxloc = 0; if (pyloc) *pyloc = 0; if (pwidth) *pwidth = 0; if (!rch) return ERROR_INT("rch not defined", procName, 1); if (pindex) *pindex = rch->index; if (pscore) *pscore = rch->score; if (ptext) *ptext = stringNew(rch->text); /* new string: owned by caller */ if (psample) *psample = rch->sample; if (pxloc) *pxloc = rch->xloc; if (pyloc) *pyloc = rch->yloc; if (pwidth) *pwidth = rch->width; return 0; } /*! * transferRchToRcha() * * Input: rch (source of data) * rcha (append to arrays in this destination) * Return: 0 if OK, 1 on error * * Notes: * (1) This is used to transfer the results of a single character * identification to an rcha array for the array of characters. */ static l_int32 transferRchToRcha(L_RCH *rch, L_RCHA *rcha) { PROCNAME("transferRchToRcha"); if (!rch) return ERROR_INT("rch not defined", procName, 1); if (!rcha) return ERROR_INT("rcha not defined", procName, 1); numaAddNumber(rcha->naindex, rch->index); numaAddNumber(rcha->nascore, rch->score); sarrayAddString(rcha->satext, rch->text, L_COPY); numaAddNumber(rcha->nasample, rch->sample); numaAddNumber(rcha->naxloc, rch->xloc); numaAddNumber(rcha->nayloc, rch->yloc); numaAddNumber(rcha->nawidth, rch->width); return 0; } /*! * recogaSaveBestRcha() * * Input: recoga * pixa (with all components having been identified) * Return: 0 if OK, 1 on error * * Notes: * (1) Finds the best score among the recognizers for each character, * and puts the rch data into a rcha in the recoga. This is * run after all recognizers have been applied to the pixa. * (2) This also writes the best text id for each pix into its text field. */ static l_int32 recogaSaveBestRcha(L_RECOGA *recoga, PIXA *pixa) { char *text; l_int32 i, j, npix, nrec, jmax; l_float32 score, maxscore; L_RECOG *recog; PIX *pix; L_RCHA *rcha; SARRAY *satext; PROCNAME("recogaSaveBestRcha"); if (!recoga) return ERROR_INT("recoga not defined", procName, 1); if (!pixa) return ERROR_INT("pixa not defined", procName, 1); /* Make a clean rcha to accept the results */ rchaDestroy(&recoga->rcha); recoga->rcha = rchaCreate(); npix = pixaGetCount(pixa); nrec = recogaGetCount(recoga); for (i = 0; i < npix; i++) { /* Find the recog in the recoga with the best score */ maxscore = 0.0; jmax = 0; for (j = 0; j < nrec; j++) { if ((recog = recogaGetRecog(recoga, j)) == NULL) { L_ERROR("recog %d not found\n", procName, j); continue; } if ((rcha = recog->rcha) == NULL) { L_ERROR("rcha not found for recog %d\n", procName, j); continue; } numaGetFValue(rcha->nascore, i, &score); if (score > maxscore) { maxscore = score; jmax = j; } } recog = recogaGetRecog(recoga, jmax); /* Transfer the data for this char to the recoga */ recogaTransferRch(recoga, recog, i); } /* Write the best text string for each pix into the pixa */ if ((rcha = recoga->rcha) == NULL) return ERROR_INT("rcha not found!", procName, 1); rchaExtract(rcha, NULL, NULL, &satext, NULL, NULL, NULL, NULL); for (i = 0; i < npix; i++) { pix = pixaGetPix(pixa, i, L_CLONE); text = sarrayGetString(satext, i, L_NOCOPY); pixSetText(pix, text); pixDestroy(&pix); } sarrayDestroy(&satext); /* it's a clone */ return 0; } /*! * recogaTransferRch() * * Input: recoga (destination, with rcha defined) * recog (source, with best scoring char in its rcha) * index (index of component in the original pixa) * Return: 0 if OK, 1 on error * * Notes: * (1) This is called by recogaGetBestRcha() to transfer the results * of a single character identification in a selected recog to the * rcha array in the recoga, which holds the best scoring characters. */ static l_int32 recogaTransferRch(L_RECOGA *recoga, L_RECOG *recog, l_int32 index) { char *str; l_int32 ival; l_float32 fval; L_RCHA *rchas, *rchad; PROCNAME("recogaTransferRch"); if (!recoga) return ERROR_INT("recoga not defined", procName, 1); if (!recog) return ERROR_INT("recog not defined", procName, 1); rchas = recog->rcha; rchad = recoga->rcha; numaGetIValue(rchas->naindex, index, &ival); numaAddNumber(rchad->naindex, ival); numaGetFValue(rchas->nascore, index, &fval); numaAddNumber(rchad->nascore, fval); str = sarrayGetString(rchas->satext, index, L_COPY); sarrayAddString(rchad->satext, str, L_INSERT); numaGetIValue(rchas->nasample, index, &ival); numaAddNumber(rchad->nasample, ival); numaGetIValue(rchas->naxloc, index, &ival); numaAddNumber(rchad->naxloc, ival); numaGetIValue(rchas->nayloc, index, &ival); numaAddNumber(rchad->nayloc, ival); numaGetIValue(rchas->nawidth, index, &ival); numaAddNumber(rchad->nawidth, ival); return 0; } /*------------------------------------------------------------------------* * Preprocessing and filtering * *------------------------------------------------------------------------*/ /*! * recogProcessToIdentify() * * Input: recog (with LUT's pre-computed) * pixs (typ. single character, possibly d > 1 and uncropped) * pad (extra pixels added to left and right sides) * Return: pixd (1 bpp, clipped to foreground), or null on error. * * Notes: * (1) This is a lightweight operation to insure that the input * image is 1 bpp, properly cropped, and padded on each side. * If bpp > 1, the image is thresholded. */ PIX * recogProcessToIdentify(L_RECOG *recog, PIX *pixs, l_int32 pad) { l_int32 canclip; PIX *pix1, *pix2, *pixd; PROCNAME("recogProcessToIdentify"); if (!recog) return (PIX *)ERROR_PTR("recog not defined", procName, NULL); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) > 1) pix1 = pixThresholdToBinary(pixs, recog->threshold); else pix1 = pixClone(pixs); pixTestClipToForeground(pix1, &canclip); if (canclip) pixClipToForeground(pix1, &pix2, NULL); else pix2 = pixClone(pix1); pixd = pixAddBorderGeneral(pix2, pad, pad, 0, 0, 0); pixDestroy(&pix1); pixDestroy(&pix2); return pixd; } /*! * recogPreSplittingFilter() * * Input: recog * pixs (1 bpp, single connected component) * maxasp (maximum asperity ratio (width/height) to be retained) * minaf (minimum area fraction (|fg|/(w*h)) to be retained) * maxaf (maximum area fraction (|fg|/(w*h)) to be retained) * debug (1 to output indicator arrays) * Return: pixd (with filtered components removed) or null on error */ PIX * recogPreSplittingFilter(L_RECOG *recog, PIX *pixs, l_float32 maxasp, l_float32 minaf, l_float32 maxaf, l_int32 debug) { l_int32 scaling, minsplitw, minsplith, maxsplith; BOXA *boxas; NUMA *naw, *nah, *na1, *na1c, *na2, *na3, *na4, *na5, *na6, *na7, *na8, *na9; PIX *pixd; PIXA *pixas; PROCNAME("recogPreSplittingFilter"); if (!recog) return (PIX *)ERROR_PTR("recog not defined", procName, NULL); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); /* If there is scaling, do not remove components based on the * values of min_splitw, min_splith and max_splith. */ scaling = (recog->scalew > 0 || recog->scaleh > 0) ? TRUE : FALSE; minsplitw = (scaling) ? 1 : recog->min_splitw - 3; minsplith = (scaling) ? 1 : recog->min_splith - 3; maxsplith = (scaling) ? 200 : recog->max_splith; /* Generate an indicator array of connected components to remove: * small stuff * tall stuff * components with large width/height ratio * components with small area fill fraction * components with large area fill fraction and w/h > 0.7 */ boxas = pixConnComp(pixs, &pixas, 8); pixaFindDimensions(pixas, &naw, &nah); na1 = numaMakeThresholdIndicator(naw, minsplitw, L_SELECT_IF_LT); na1c = numaCopy(na1); na2 = numaMakeThresholdIndicator(nah, minsplith, L_SELECT_IF_LT); na3 = numaMakeThresholdIndicator(nah, maxsplith, L_SELECT_IF_GT); na4 = pixaFindWidthHeightRatio(pixas); na5 = numaMakeThresholdIndicator(na4, maxasp, L_SELECT_IF_GT); na6 = pixaFindAreaFraction(pixas); na7 = numaMakeThresholdIndicator(na6, minaf, L_SELECT_IF_LT); na8 = numaMakeThresholdIndicator(na6, maxaf, L_SELECT_IF_GT); na9 = numaMakeThresholdIndicator(na4, 0.7, L_SELECT_IF_GT); numaLogicalOp(na1, na1, na2, L_UNION); numaLogicalOp(na1, na1, na3, L_UNION); numaLogicalOp(na1, na1, na5, L_UNION); numaLogicalOp(na1, na1, na7, L_UNION); numaLogicalOp(na8, na8, na9, L_INTERSECTION); /* require both */ numaLogicalOp(na1, na1, na8, L_UNION); pixd = pixCopy(NULL, pixs); pixRemoveWithIndicator(pixd, pixas, na1); if (debug) l_showIndicatorSplitValues(na1c, na2, na3, na5, na7, na8, na1); numaDestroy(&naw); numaDestroy(&nah); numaDestroy(&na1); numaDestroy(&na1c); numaDestroy(&na2); numaDestroy(&na3); numaDestroy(&na4); numaDestroy(&na5); numaDestroy(&na6); numaDestroy(&na7); numaDestroy(&na8); numaDestroy(&na9); boxaDestroy(&boxas); pixaDestroy(&pixas); return pixd; } /*! * recogSplittingFilter() * * Input: recog * pixs (1 bpp, single connected component) * maxasp (maximum asperity ratio (width/height) to be retained) * minaf (minimum area fraction (|fg|/(w*h)) to be retained) * maxaf (maximum area fraction (|fg|/(w*h)) to be retained) * &remove ( 0 to save, 1 to remove) * debug (1 to output indicator arrays) * Return: 0 if OK, 1 on error * * Notes: * (1) We don't want to eliminate sans serif characters like "1" or "l", * so we use the filter condition requiring both a large area fill * and a w/h ratio > 1.0. */ l_int32 recogSplittingFilter(L_RECOG *recog, PIX *pixs, l_float32 maxasp, l_float32 minaf, l_float32 maxaf, l_int32 *premove, l_int32 debug) { l_int32 w, h; l_float32 aspratio, fract; PROCNAME("recogSplittingFilter"); if (!premove) return ERROR_INT("&remove not defined", procName, 1); *premove = 0; if (!recog) return ERROR_INT("recog not defined", procName, 1); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); /* Remove from further consideration: * small stuff * components with large width/height ratio * components with small area fill fraction * components with large area fill fraction and w/h > 1.0 */ pixGetDimensions(pixs, &w, &h, NULL); if (w < recog->min_splitw) { if (debug) L_INFO("w = %d < %d\n", procName, w, recog->min_splitw); *premove = 1; return 0; } if (h < recog->min_splith) { if (debug) L_INFO("h = %d < %d\n", procName, h, recog->min_splith); *premove = 1; return 0; } aspratio = (l_float32)w / (l_float32)h; if (aspratio > maxasp) { if (debug) L_INFO("w/h = %5.3f too large\n", procName, aspratio); *premove = 1; return 0; } pixFindAreaFraction(pixs, recog->sumtab, &fract); if (fract < minaf) { if (debug) L_INFO("area fill fract %5.3f < %5.3f\n", procName, fract, minaf); *premove = 1; return 0; } if (fract > maxaf && aspratio > 1.0) { if (debug) L_INFO("area fill = %5.3f; aspect ratio = %5.3f\n", procName, fract, aspratio); *premove = 1; return 0; } return 0; } /*------------------------------------------------------------------------* * Postprocessing * *------------------------------------------------------------------------*/ /*! * recogaExtractNumbers() * * Input: recog * boxas (location of components) * scorethresh (min score for which we accept a component) * spacethresh (max horizontal distance allowed between digits, * use -1 for default) * &baa ( bounding boxes of identified numbers) * &naa ( scores of identified digits) * Return: sa (of identified numbers), or null on error * * Notes: * (1) Each string in the returned sa contains a sequence of ascii * digits in a number. * (2) The horizontal distance between boxes (limited by @spacethresh) * is the negative of the horizontal overlap. * (3) We allow two digits to be combined if these conditions apply: * (a) the first is to the left of the second * (b) the second has a horizontal separation less than @spacethresh * (c) the vertical overlap >= 0 (vertical separation < 0) * (d) both have a score that exceeds @scorethresh * (4) Each numa in the optionally returned naa contains the digit * scores of a number. Each boxa in the optionally returned baa * contains the bounding boxes of the digits in the number. * (5) Components with a score less than @scorethresh, which may * be hyphens or other small characters, will signal the * end of the current sequence of digits in the number. */ SARRAY * recogaExtractNumbers(L_RECOGA *recoga, BOXA *boxas, l_float32 scorethresh, l_int32 spacethresh, BOXAA **pbaa, NUMAA **pnaa) { char *str, *text; l_int32 i, n, x1, x2, h_sep, v_sep; l_float32 score; BOX *box, *prebox; BOXA *ba; BOXAA *baa; NUMA *nascore, *na; NUMAA *naa; L_RECOG *recog; SARRAY *satext, *sa, *saout; PROCNAME("recogaExtractNumbers"); if (pbaa) *pbaa = NULL; if (pnaa) *pnaa = NULL; if (!recoga || !recoga->rcha) return (SARRAY *)ERROR_PTR("recoga and rcha not both defined", procName, NULL); if (!boxas) return (SARRAY *)ERROR_PTR("boxas not defined", procName, NULL); if (spacethresh < 0) { if ((recog = recogaGetRecog(recoga, 0)) == NULL) return (SARRAY *)ERROR_PTR("recog not found", procName, NULL); spacethresh = L_MAX(recog->maxwidth_u, 20); } rchaExtract(recoga->rcha, NULL, &nascore, &satext, NULL, NULL, NULL, NULL); if (!nascore || !satext) { return (SARRAY *)ERROR_PTR("nascore and satext not both returned", procName, NULL); } saout = sarrayCreate(0); naa = numaaCreate(0); baa = boxaaCreate(0); prebox = NULL; n = numaGetCount(nascore); for (i = 0; i < n; i++) { numaGetFValue(nascore, i, &score); text = sarrayGetString(satext, i, L_NOCOPY); if (prebox == NULL) { /* no current run */ if (score < scorethresh) { continue; } else { /* start a number run */ sa = sarrayCreate(0); ba = boxaCreate(0); na = numaCreate(0); sarrayAddString(sa, text, L_COPY); prebox = boxaGetBox(boxas, i, L_CLONE); boxaAddBox(ba, prebox, L_COPY); numaAddNumber(na, score); } } else { /* in a current number run */ box = boxaGetBox(boxas, i, L_CLONE); boxGetGeometry(prebox, &x1, NULL, NULL, NULL); boxGetGeometry(box, &x2, NULL, NULL, NULL); boxSeparationDistance(box, prebox, &h_sep, &v_sep); boxDestroy(&prebox); if (x1 < x2 && h_sep <= spacethresh && v_sep < 0 && score >= scorethresh) { /* add to number */ sarrayAddString(sa, text, L_COPY); boxaAddBox(ba, box, L_COPY); numaAddNumber(na, score); prebox = box; } else { /* save the completed number */ str = sarrayToString(sa, 0); sarrayAddString(saout, str, L_INSERT); sarrayDestroy(&sa); boxaaAddBoxa(baa, ba, L_INSERT); numaaAddNuma(naa, na, L_INSERT); boxDestroy(&box); if (score >= scorethresh) { /* start a new number */ i--; continue; } } } } if (prebox) { /* save the last number */ str = sarrayToString(sa, 0); sarrayAddString(saout, str, L_INSERT); boxaaAddBoxa(baa, ba, L_INSERT); numaaAddNuma(naa, na, L_INSERT); sarrayDestroy(&sa); boxDestroy(&prebox); } numaDestroy(&nascore); sarrayDestroy(&satext); if (pbaa) *pbaa = baa; else boxaaDestroy(&baa); if (pnaa) *pnaa = naa; else numaaDestroy(&naa); return saout; } /*------------------------------------------------------------------------* * Modifying recog behavior * *------------------------------------------------------------------------*/ /*! * recogSetTemplateType() * * Input: recog * templ_type (L_USE_AVERAGE or L_USE_ALL) * Return: 0 if OK, 1 on error */ l_int32 recogSetTemplateType(L_RECOG *recog, l_int32 templ_type) { PROCNAME("recogSetTemplateType"); if (!recog) return ERROR_INT("recog not defined", procName, 1); if (templ_type != L_USE_AVERAGE && templ_type != L_USE_ALL) return ERROR_INT("invalid templ_type", procName, 1); recog->templ_type = templ_type; return 0; } /*! * recogSetScaling() * * Input: recog * scalew (scale all widths to this; use 0 for no scaling) * scaleh (scale all heights to this; use 0 for no scaling) * Return: 0 if OK, 1 on error */ l_int32 recogSetScaling(L_RECOG *recog, l_int32 scalew, l_int32 scaleh) { PROCNAME("recogSetScaling"); if (!recog) return ERROR_INT("recog not defined", procName, 1); if (scalew < 0 || scaleh < 0) return ERROR_INT("invalid scalew or scaleh", procName, 1); if (scalew == recog->scalew && scaleh == recog->scaleh) { L_INFO("scaling factors not changed\n", procName); return 0; } recog->scalew = scalew; recog->scaleh = scaleh; recog->train_done = FALSE; /* Restock the scaled character images and recompute all averages */ recogTrainingFinished(recog, 0); return 0; } /*------------------------------------------------------------------------* * Static debug helper * *------------------------------------------------------------------------*/ /*! * l_showIndicatorSplitValues() * * Input: 7 indicator array * * Notes: * (1) The values indicate that specific criteria has been met * for component removal by pre-splitting filter.. * The 'result' line shows which components have been removed. */ static void l_showIndicatorSplitValues(NUMA *na1, NUMA *na2, NUMA *na3, NUMA *na4, NUMA *na5, NUMA *na6, NUMA *na7) { l_int32 i, n; n = numaGetCount(na1); fprintf(stderr, "================================================\n"); fprintf(stderr, "lt minw: "); for (i = 0; i < n; i++) fprintf(stderr, "%4d ", (l_int32)na1->array[i]); fprintf(stderr, "\nlt minh: "); for (i = 0; i < n; i++) fprintf(stderr, "%4d ", (l_int32)na2->array[i]); fprintf(stderr, "\ngt maxh: "); for (i = 0; i < n; i++) fprintf(stderr, "%4d ", (l_int32)na3->array[i]); fprintf(stderr, "\ngt maxasp: "); for (i = 0; i < n; i++) fprintf(stderr, "%4d ", (l_int32)na4->array[i]); fprintf(stderr, "\nlt minaf: "); for (i = 0; i < n; i++) fprintf(stderr, "%4d ", (l_int32)na5->array[i]); fprintf(stderr, "\ngt maxaf: "); for (i = 0; i < n; i++) fprintf(stderr, "%4d ", (l_int32)na6->array[i]); fprintf(stderr, "\n------------------------------------------------"); fprintf(stderr, "\nresult: "); for (i = 0; i < n; i++) fprintf(stderr, "%4d ", (l_int32)na7->array[i]); fprintf(stderr, "\n================================================\n"); } leptonica-1.70/src/jbclass.c0000644000175000017500000026424012265645125014101 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * jbclass.c * * These are functions for unsupervised classification of * collections of connected components -- either characters or * words -- in binary images. They can be used as image * processing steps in jbig2 compression. * * Initialization * * JBCLASSER *jbRankHausInit() [rank hausdorff encoder] * JBCLASSER *jbCorrelationInit() [correlation encoder] * JBCLASSER *jbCorrelationInitWithoutComponents() [ditto] * static JBCLASSER *jbCorrelationInitInternal() * * Classify the pages * * l_int32 jbAddPages() * l_int32 jbAddPage() * l_int32 jbAddPageComponents() * * Rank hausdorff classifier * * l_int32 jbClassifyRankHaus() * l_int32 pixHaustest() * l_int32 pixRankHaustest() * * Binary correlation classifier * * l_int32 jbClassifyCorrelation() * * Determine the image components we start with * * l_int32 jbGetComponents() * l_int32 pixWordMaskByDilation() * l_int32 pixWordBoxesByDilation() * * Build grayscale composites (templates) * * PIXA *jbAccumulateComposites * PIXA *jbTemplatesFromComposites * * Utility functions for Classer * * JBCLASSER *jbClasserCreate() * void jbClasserDestroy() * * Utility functions for Data * * JBDATA *jbDataSave() * void jbDataDestroy() * l_int32 jbDataWrite() * JBDATA *jbDataRead() * PIXA *jbDataRender() * l_int32 jbGetULCorners() * l_int32 jbGetLLCorners() * * Static helpers * * static JBFINDCTX *findSimilarSizedTemplatesInit() * static l_int32 findSimilarSizedTemplatesNext() * static void findSimilarSizedTemplatesDestroy() * static l_int32 finalPositioningForAlignment() * * Note: this is NOT an implementation of the JPEG jbig2 * proposed standard encoder, the specifications for which * can be found at http://www.jpeg.org/jbigpt2.html. * (See below for a full implementation.) * It is an implementation of the lower-level part of an encoder that: * * (1) identifies connected components that are going to be used * (2) puts them in similarity classes (this is an unsupervised * classifier), and * (3) stores the result in a simple file format (2 files, * one for templates and one for page/coordinate/template-index * quartets). * * An actual implementation of the official jbig2 encoder could * start with parts (1) and (2), and would then compress the quartets * according to the standards requirements (e.g., Huffman or * arithmetic coding of coordinate differences and image templates). * * The low-level part of the encoder provided here has the * following useful features: * * - It is accurate in the identification of templates * and classes because it uses a windowed hausdorff * distance metric. * - It is accurate in the placement of the connected * components, doing a two step process of first aligning * the the centroids of the template with those of each instance, * and then making a further correction of up to +- 1 pixel * in each direction to best align the templates. * - It is fast because it uses a morphologically based * matching algorithm to implement the hausdorff criterion, * and it selects the patterns that are possible matches * based on their size. * * We provide two different matching functions, one using Hausdorff * distance and one using a simple image correlation. * The Hausdorff method sometimes produces better results for the * same number of classes, because it gives a relatively small * effective weight to foreground pixels near the boundary, * and a relatively large weight to foreground pixels that are * not near the boundary. By effectively ignoring these boundary * pixels, Hausdorff weighting corresponds better to the expected * probabilities of the pixel values in a scanned image, where the * variations in instances of the same printed character are much * more likely to be in pixels near the boundary. By contrast, * the correlation method gives equal weight to all foreground pixels. * * For best results, use the correlation method. Correlation takes * the number of fg pixels in the AND of instance and template, * divided by the product of the number of fg pixels in instance * and template. It compares this with a threshold that, in * general, depends on the fractional coverage of the template. * For heavy text, the threshold is raised above that for light * text, By using both these parameters (basic threshold and * adjustment factor for text weight), one has more flexibility * and can arrive at the fewest substitution errors, although * this comes at the price of more templates. * * The strict Hausdorff scoring is not a rank weighting, because a * single pixel beyond the given distance will cause a match * failure. A rank Hausdorff is more robust to non-boundary noise, * but it is also more susceptible to confusing components that * should be in different classes. For implementing a jbig2 * application for visually lossless binary image compression, * you have two choices: * * (1) use a 3x3 structuring element (size = 3) and a strict * Hausdorff comparison (rank = 1.0 in the rank Hausdorff * function). This will result in a minimal number of classes, * but confusion of small characters, such as italic and * non-italic lower-case 'o', can still occur. * (2) use the correlation method with a threshold of 0.85 * and a weighting factor of about 0.7. This will result in * a larger number of classes, but should not be confused * either by similar small characters or by extremely * thick sans serif characters, such as in prog/cootoots.png. * * As mentioned above, if visual substitution errors must be * avoided, you should use the correlation method. * * We provide executables that show how to do the encoding: * prog/jbrankhaus.c * prog/jbcorrelation.c * * The basic flow for correlation classification goes as follows, * where specific choices have been made for parameters (Hausdorff * is the same except for initialization): * * // Initialize and save data in the classer * JBCLASSER *classer = * jbCorrelationInit(JB_CONN_COMPS, 0, 0, 0.8, 0.7); * SARRAY *safiles = getSortedPathnamesInDirectory(directory, * NULL, 0, 0); * jbAddPages(classer, safiles); * * // Save the data in a data structure for serialization, * // and write it into two files. * JBDATA *data = jbDataSave(classer); * jbDataWrite(rootname, data); * * // Reconstruct (render) the pages from the encoded data. * PIXA *pixa = jbDataRender(data, FALSE); * * Adam Langley has built a jbig2 standards-compliant encoder, the * first one to appear in open source. You can get this encoder at: * http://www.imperialviolet.org/jbig2.html * * It uses arithmetic encoding throughout. It encodes binary images * losslessly with a single arithmetic coding over the full image. * It also does both lossy and lossless encoding from connected * components, using leptonica to generate the templates representing * each cluster. */ #include #include #include "allheaders.h" static const l_int32 L_BUF_SIZE = 512; /* For jbClassifyRankHaus(): size of border added around * pix of each c.c., to allow further processing. This * should be at least the sum of the MAX_DIFF_HEIGHT * (or MAX_DIFF_WIDTH) and one-half the size of the Sel */ static const l_int32 JB_ADDED_PIXELS = 6; /* For pixHaustest(), pixRankHaustest() and pixCorrelationScore(): * choose these to be 2 or greater */ static const l_int32 MAX_DIFF_WIDTH = 2; /* use at least 2 */ static const l_int32 MAX_DIFF_HEIGHT = 2; /* use at least 2 */ /* In initialization, you have the option to discard components * (cc, characters or words) that have either width or height larger * than a given size. This is convenient for jbDataSave(), because * the components are placed onto a regular lattice with cell * dimension equal to the maximum component size. The default * values are given here. If you want to save all components, * use a sufficiently large set of dimensions. */ static const l_int32 MAX_CONN_COMP_WIDTH = 350; /* default max cc width */ static const l_int32 MAX_CHAR_COMP_WIDTH = 350; /* default max char width */ static const l_int32 MAX_WORD_COMP_WIDTH = 1000; /* default max word width */ static const l_int32 MAX_COMP_HEIGHT = 120; /* default max component height */ /* Max allowed dilation to merge characters into words */ static const l_int32 MAX_ALLOWED_DILATION = 25; /* This stores the state of a state machine which fetches * similar sized templates */ struct JbFindTemplatesState { JBCLASSER *classer; /* classer */ l_int32 w; /* desired width */ l_int32 h; /* desired height */ l_int32 i; /* index into two_by_two step array */ NUMA *numa; /* current number array */ l_int32 n; /* current element of numa */ }; typedef struct JbFindTemplatesState JBFINDCTX; /* Static initialization function */ static JBCLASSER * jbCorrelationInitInternal(l_int32 components, l_int32 maxwidth, l_int32 maxheight, l_float32 thresh, l_float32 weightfactor, l_int32 keep_components); /* Static helper functions */ static JBFINDCTX * findSimilarSizedTemplatesInit(JBCLASSER *classer, PIX *pixs); static l_int32 findSimilarSizedTemplatesNext(JBFINDCTX *context); static void findSimilarSizedTemplatesDestroy(JBFINDCTX **pcontext); static l_int32 finalPositioningForAlignment(PIX *pixs, l_int32 x, l_int32 y, l_int32 idelx, l_int32 idely, PIX *pixt, l_int32 *sumtab, l_int32 *pdx, l_int32 *pdy); #ifndef NO_CONSOLE_IO #define DEBUG_PLOT_CC 0 #define DEBUG_CORRELATION_SCORE 0 #endif /* ~NO_CONSOLE_IO */ /*----------------------------------------------------------------------* * Initialization * *----------------------------------------------------------------------*/ /*! * jbRankHausInit() * * Input: components (JB_CONN_COMPS, JB_CHARACTERS, JB_WORDS) * maxwidth (of component; use 0 for default) * maxheight (of component; use 0 for default) * size (of square structuring element; 2, representing * 2x2 sel, is necessary for reasonable accuracy of * small components; combine this with rank ~ 0.97 * to avoid undue class expansion) * rank (rank val of match, each way; in [0.5 - 1.0]; * when using size = 2, 0.97 is a reasonable value) * Return: jbclasser if OK; NULL on error */ JBCLASSER * jbRankHausInit(l_int32 components, l_int32 maxwidth, l_int32 maxheight, l_int32 size, l_float32 rank) { JBCLASSER *classer; PROCNAME("jbRankHausInit"); if (components != JB_CONN_COMPS && components != JB_CHARACTERS && components != JB_WORDS) return (JBCLASSER *)ERROR_PTR("invalid components", procName, NULL); if (size < 1 || size > 10) return (JBCLASSER *)ERROR_PTR("size not reasonable", procName, NULL); if (rank < 0.5 || rank > 1.0) return (JBCLASSER *)ERROR_PTR("rank not in [0.5-1.0]", procName, NULL); if (maxwidth == 0) { if (components == JB_CONN_COMPS) maxwidth = MAX_CONN_COMP_WIDTH; else if (components == JB_CHARACTERS) maxwidth = MAX_CHAR_COMP_WIDTH; else /* JB_WORDS */ maxwidth = MAX_WORD_COMP_WIDTH; } if (maxheight == 0) maxheight = MAX_COMP_HEIGHT; if ((classer = jbClasserCreate(JB_RANKHAUS, components)) == NULL) return (JBCLASSER *)ERROR_PTR("classer not made", procName, NULL); classer->maxwidth = maxwidth; classer->maxheight = maxheight; classer->sizehaus = size; classer->rankhaus = rank; classer->nahash = numaHashCreate(5507, 4); /* 5507 is prime */ return classer; } /*! * jbCorrelationInit() * * Input: components (JB_CONN_COMPS, JB_CHARACTERS, JB_WORDS) * maxwidth (of component; use 0 for default) * maxheight (of component; use 0 for default) * thresh (value for correlation score: in [0.4 - 0.98]) * weightfactor (corrects thresh for thick characters [0.0 - 1.0]) * Return: jbclasser if OK; NULL on error * * Notes: * (1) For scanned text, suggested input values are: * thresh ~ [0.8 - 0.85] * weightfactor ~ [0.5 - 0.6] * (2) For electronically generated fonts (e.g., rasterized pdf), * a very high thresh (e.g., 0.95) will not cause a significant * increase in the number of classes. */ JBCLASSER * jbCorrelationInit(l_int32 components, l_int32 maxwidth, l_int32 maxheight, l_float32 thresh, l_float32 weightfactor) { return jbCorrelationInitInternal(components, maxwidth, maxheight, thresh, weightfactor, 1); } /*! * jbCorrelationInitWithoutComponents() * * Input: same as jbCorrelationInit * Output: same as jbCorrelationInit * * Note: acts the same as jbCorrelationInit(), but the resulting * object doesn't keep a list of all the components. */ JBCLASSER * jbCorrelationInitWithoutComponents(l_int32 components, l_int32 maxwidth, l_int32 maxheight, l_float32 thresh, l_float32 weightfactor) { return jbCorrelationInitInternal(components, maxwidth, maxheight, thresh, weightfactor, 0); } static JBCLASSER * jbCorrelationInitInternal(l_int32 components, l_int32 maxwidth, l_int32 maxheight, l_float32 thresh, l_float32 weightfactor, l_int32 keep_components) { JBCLASSER *classer; PROCNAME("jbCorrelationInitInternal"); if (components != JB_CONN_COMPS && components != JB_CHARACTERS && components != JB_WORDS) return (JBCLASSER *)ERROR_PTR("invalid components", procName, NULL); if (thresh < 0.4 || thresh > 0.98) return (JBCLASSER *)ERROR_PTR("thresh not in range [0.4 - 0.98]", procName, NULL); if (weightfactor < 0.0 || weightfactor > 1.0) return (JBCLASSER *)ERROR_PTR("weightfactor not in range [0.0 - 1.0]", procName, NULL); if (maxwidth == 0) { if (components == JB_CONN_COMPS) maxwidth = MAX_CONN_COMP_WIDTH; else if (components == JB_CHARACTERS) maxwidth = MAX_CHAR_COMP_WIDTH; else /* JB_WORDS */ maxwidth = MAX_WORD_COMP_WIDTH; } if (maxheight == 0) maxheight = MAX_COMP_HEIGHT; if ((classer = jbClasserCreate(JB_CORRELATION, components)) == NULL) return (JBCLASSER *)ERROR_PTR("classer not made", procName, NULL); classer->maxwidth = maxwidth; classer->maxheight = maxheight; classer->thresh = thresh; classer->weightfactor = weightfactor; classer->nahash = numaHashCreate(5507, 4); /* 5507 is prime */ classer->keep_pixaa = keep_components; return classer; } /*----------------------------------------------------------------------* * Classify the pages * *----------------------------------------------------------------------*/ /*! * jbAddPages() * * Input: jbclasser * safiles (of page image file names) * Return: 0 if OK; 1 on error * * Note: * (1) jbclasser makes a copy of the array of file names. * (2) The caller is still responsible for destroying the input array. */ l_int32 jbAddPages(JBCLASSER *classer, SARRAY *safiles) { l_int32 i, nfiles; char *fname; PIX *pix; PROCNAME("jbAddPages"); if (!classer) return ERROR_INT("classer not defined", procName, 1); if (!safiles) return ERROR_INT("safiles not defined", procName, 1); classer->safiles = sarrayCopy(safiles); nfiles = sarrayGetCount(safiles); for (i = 0; i < nfiles; i++) { fname = sarrayGetString(safiles, i, 0); if ((pix = pixRead(fname)) == NULL) { L_WARNING("image file %d not read\n", procName, i); continue; } if (pixGetDepth(pix) != 1) { L_WARNING("image file %d not 1 bpp\n", procName, i); continue; } jbAddPage(classer, pix); pixDestroy(&pix); } return 0; } /*! * jbAddPage() * * Input: jbclasser * pixs (of input page) * Return: 0 if OK; 1 on error */ l_int32 jbAddPage(JBCLASSER *classer, PIX *pixs) { BOXA *boxas; PIXA *pixas; PROCNAME("jbAddPage"); if (!classer) return ERROR_INT("classer not defined", procName, 1); if (!pixs || pixGetDepth(pixs) != 1) return ERROR_INT("pixs not defined or not 1 bpp", procName, 1); classer->w = pixGetWidth(pixs); classer->h = pixGetHeight(pixs); /* Get the appropriate components and their bounding boxes */ if (jbGetComponents(pixs, classer->components, classer->maxwidth, classer->maxheight, &boxas, &pixas)) { return ERROR_INT("components not made", procName, 1); } jbAddPageComponents(classer, pixs, boxas, pixas); boxaDestroy(&boxas); pixaDestroy(&pixas); return 0; } /*! * jbAddPageComponents() * * Input: jbclasser * pixs (of input page) * boxas (b.b. of components for this page) * pixas (components for this page) * Return: 0 if OK; 1 on error * * Notes: * (1) If there are no components on the page, we don't require input * of empty boxas or pixas, although that's the typical situation. */ l_int32 jbAddPageComponents(JBCLASSER *classer, PIX *pixs, BOXA *boxas, PIXA *pixas) { l_int32 n; PROCNAME("jbAddPageComponents"); if (!classer) return ERROR_INT("classer not defined", procName, 1); if (!pixs) return ERROR_INT("pix not defined", procName, 1); /* Test for no components on the current page. Always update the * number of pages processed, even if nothing is on it. */ if (!boxas || !pixas || (boxaGetCount(boxas) == 0)) { classer->npages++; return 0; } /* Get classes. For hausdorff, it uses a specified size of * structuring element and specified rank. For correlation, * it uses a specified threshold. */ if (classer->method == JB_RANKHAUS) { if (jbClassifyRankHaus(classer, boxas, pixas)) return ERROR_INT("rankhaus classification failed", procName, 1); } else { /* classer->method == JB_CORRELATION */ if (jbClassifyCorrelation(classer, boxas, pixas)) return ERROR_INT("correlation classification failed", procName, 1); } /* Find the global UL corners, adjusted for each instance so * that the class template and instance will have their * centroids in the same place. Then the template can be * used to replace the instance. */ if (jbGetULCorners(classer, pixs, boxas)) return ERROR_INT("UL corners not found", procName, 1); /* Update total component counts and number of pages processed. */ n = boxaGetCount(boxas); classer->baseindex += n; numaAddNumber(classer->nacomps, n); classer->npages++; return 0; } /*----------------------------------------------------------------------* * Classification using windowed rank hausdorff metric * *----------------------------------------------------------------------*/ /*! * jbClassifyRankHaus() * * Input: jbclasser * boxa (of new components for classification) * pixas (of new components for classification) * Return: 0 if OK; 1 on error */ l_int32 jbClassifyRankHaus(JBCLASSER *classer, BOXA *boxa, PIXA *pixas) { l_int32 n, nt, i, wt, ht, iclass, size, found, testval; l_int32 *sumtab; l_int32 npages, area1, area3; l_int32 *tab8; l_float32 rank, x1, y1, x2, y2; BOX *box; NUMA *naclass, *napage; NUMA *nafg; /* fg area of all instances */ NUMA *nafgt; /* fg area of all templates */ JBFINDCTX *findcontext; NUMAHASH *nahash; PIX *pix, *pix1, *pix2, *pix3, *pix4; PIXA *pixa, *pixa1, *pixa2, *pixat, *pixatd; PIXAA *pixaa; PTA *pta, *ptac, *ptact; SEL *sel; PROCNAME("jbClassifyRankHaus"); if (!classer) return ERROR_INT("classer not found", procName, 1); if (!boxa) return ERROR_INT("boxa not found", procName, 1); if (!pixas) return ERROR_INT("pixas not found", procName, 1); npages = classer->npages; size = classer->sizehaus; sel = selCreateBrick(size, size, size / 2, size / 2, SEL_HIT); /* Generate the bordered pixa, with and without dilation. * pixa1 and pixa2 contain all the input components. */ n = pixaGetCount(pixas); pixa1 = pixaCreate(n); pixa2 = pixaCreate(n); for (i = 0; i < n; i++) { pix = pixaGetPix(pixas, i, L_CLONE); pix1 = pixAddBorderGeneral(pix, JB_ADDED_PIXELS, JB_ADDED_PIXELS, JB_ADDED_PIXELS, JB_ADDED_PIXELS, 0); pix2 = pixDilate(NULL, pix1, sel); pixaAddPix(pixa1, pix1, L_INSERT); /* un-dilated */ pixaAddPix(pixa2, pix2, L_INSERT); /* dilated */ pixDestroy(&pix); } /* Get the centroids of all the bordered images. * These are relative to the UL corner of each (bordered) pix. */ pta = pixaCentroids(pixa1); /* centroids for this page; use here */ ptac = classer->ptac; /* holds centroids of components up to this page */ ptaJoin(ptac, pta, 0, -1); /* save centroids of all components */ ptact = classer->ptact; /* holds centroids of templates */ /* Use these to save the class and page of each component. */ naclass = classer->naclass; napage = classer->napage; sumtab = makePixelSumTab8(); /* Store the unbordered pix in a pixaa, in a hierarchical * set of arrays. There is one pixa for each class, * and the pix in each pixa are all the instances found * of that class. This is actually more than one would need * for a jbig2 encoder, but there are two reasons to keep * them around: (1) the set of instances for each class * can be used to make an improved binary (or, better, * a grayscale) template, rather than simply using the first * one in the set; (2) we can investigate the failures * of the classifier. This pixaa grows as we process * successive pages. */ pixaa = classer->pixaa; /* arrays to store class exemplars (templates) */ pixat = classer->pixat; /* un-dilated */ pixatd = classer->pixatd; /* dilated */ /* Fill up the pixaa tree with the template exemplars as * the first pix in each pixa. As we add each pix, * we also add the associated box to the pixa. * We also keep track of the centroid of each pix, * and use the difference between centroids (of the * pix with the exemplar we are checking it with) * to align the two when checking that the Hausdorff * distance does not exceed a threshold. * The threshold is set by the Sel used for dilating. * For example, a 3x3 brick, sel_3, corresponds to a * Hausdorff distance of 1. In general, for an NxN brick, * with N odd, corresponds to a Hausdorff distance of (N - 1)/2. * It turns out that we actually need to use a sel of size 2x2 * to avoid small bad components when there is a halftone image * from which components can be chosen. * The larger the Sel you use, the fewer the number of classes, * and the greater the likelihood of putting semantically * different objects in the same class. For simplicity, * we do this separately for the case of rank == 1.0 (exact * match within the Hausdorff distance) and rank < 1.0. */ rank = classer->rankhaus; nahash = classer->nahash; if (rank == 1.0) { for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixa1, i, L_CLONE); pix2 = pixaGetPix(pixa2, i, L_CLONE); ptaGetPt(pta, i, &x1, &y1); nt = pixaGetCount(pixat); /* number of templates */ found = FALSE; findcontext = findSimilarSizedTemplatesInit(classer, pix1); while ((iclass = findSimilarSizedTemplatesNext(findcontext)) > -1) { /* Find score for this template */ pix3 = pixaGetPix(pixat, iclass, L_CLONE); pix4 = pixaGetPix(pixatd, iclass, L_CLONE); ptaGetPt(ptact, iclass, &x2, &y2); testval = pixHaustest(pix1, pix2, pix3, pix4, x1 - x2, y1 - y2, MAX_DIFF_WIDTH, MAX_DIFF_HEIGHT); pixDestroy(&pix3); pixDestroy(&pix4); if (testval == 1) { found = TRUE; numaAddNumber(naclass, iclass); numaAddNumber(napage, npages); if (classer->keep_pixaa) { pixa = pixaaGetPixa(pixaa, iclass, L_CLONE); pix = pixaGetPix(pixas, i, L_CLONE); pixaAddPix(pixa, pix, L_INSERT); box = boxaGetBox(boxa, i, L_CLONE); pixaAddBox(pixa, box, L_INSERT); pixaDestroy(&pixa); } break; } } findSimilarSizedTemplatesDestroy(&findcontext); if (found == FALSE) { /* new class */ numaAddNumber(naclass, nt); numaAddNumber(napage, npages); pixa = pixaCreate(0); pix = pixaGetPix(pixas, i, L_CLONE); /* unbordered instance */ pixaAddPix(pixa, pix, L_INSERT); wt = pixGetWidth(pix); ht = pixGetHeight(pix); numaHashAdd(nahash, ht * wt, nt); box = boxaGetBox(boxa, i, L_CLONE); pixaAddBox(pixa, box, L_INSERT); pixaaAddPixa(pixaa, pixa, L_INSERT); /* unbordered instance */ ptaAddPt(ptact, x1, y1); pixaAddPix(pixat, pix1, L_INSERT); /* bordered template */ pixaAddPix(pixatd, pix2, L_INSERT); /* bordered dil template */ } else { /* don't save them */ pixDestroy(&pix1); pixDestroy(&pix2); } } } else { /* rank < 1.0 */ if ((nafg = pixaCountPixels(pixas)) == NULL) /* areas for this page */ return ERROR_INT("nafg not made", procName, 1); nafgt = classer->nafgt; tab8 = makePixelSumTab8(); for (i = 0; i < n; i++) { /* all instances on this page */ pix1 = pixaGetPix(pixa1, i, L_CLONE); numaGetIValue(nafg, i, &area1); pix2 = pixaGetPix(pixa2, i, L_CLONE); ptaGetPt(pta, i, &x1, &y1); /* use pta for this page */ nt = pixaGetCount(pixat); /* number of templates */ found = FALSE; findcontext = findSimilarSizedTemplatesInit(classer, pix1); while ((iclass = findSimilarSizedTemplatesNext(findcontext)) > -1) { /* Find score for this template */ pix3 = pixaGetPix(pixat, iclass, L_CLONE); numaGetIValue(nafgt, iclass, &area3); pix4 = pixaGetPix(pixatd, iclass, L_CLONE); ptaGetPt(ptact, iclass, &x2, &y2); testval = pixRankHaustest(pix1, pix2, pix3, pix4, x1 - x2, y1 - y2, MAX_DIFF_WIDTH, MAX_DIFF_HEIGHT, area1, area3, rank, tab8); pixDestroy(&pix3); pixDestroy(&pix4); if (testval == 1) { /* greedy match; take the first */ found = TRUE; numaAddNumber(naclass, iclass); numaAddNumber(napage, npages); if (classer->keep_pixaa) { pixa = pixaaGetPixa(pixaa, iclass, L_CLONE); pix = pixaGetPix(pixas, i, L_CLONE); pixaAddPix(pixa, pix, L_INSERT); box = boxaGetBox(boxa, i, L_CLONE); pixaAddBox(pixa, box, L_INSERT); pixaDestroy(&pixa); } break; } } findSimilarSizedTemplatesDestroy(&findcontext); if (found == FALSE) { /* new class */ numaAddNumber(naclass, nt); numaAddNumber(napage, npages); pixa = pixaCreate(0); pix = pixaGetPix(pixas, i, L_CLONE); /* unbordered instance */ pixaAddPix(pixa, pix, L_INSERT); wt = pixGetWidth(pix); ht = pixGetHeight(pix); numaHashAdd(nahash, ht * wt, nt); box = boxaGetBox(boxa, i, L_CLONE); pixaAddBox(pixa, box, L_INSERT); pixaaAddPixa(pixaa, pixa, L_INSERT); /* unbordered instance */ ptaAddPt(ptact, x1, y1); pixaAddPix(pixat, pix1, L_INSERT); /* bordered template */ pixaAddPix(pixatd, pix2, L_INSERT); /* ditto */ numaAddNumber(nafgt, area1); } else { /* don't save them */ pixDestroy(&pix1); pixDestroy(&pix2); } } FREE(tab8); numaDestroy(&nafg); } classer->nclass = pixaGetCount(pixat); FREE(sumtab); ptaDestroy(&pta); pixaDestroy(&pixa1); pixaDestroy(&pixa2); selDestroy(&sel); return 0; } /*! * pixHaustest() * * Input: pix1 (new pix, not dilated) * pix2 (new pix, dilated) * pix3 (exemplar pix, not dilated) * pix4 (exemplar pix, dilated) * delx (x comp of centroid difference) * dely (y comp of centroid difference) * maxdiffw (max width difference of pix1 and pix2) * maxdiffh (max height difference of pix1 and pix2) * Return: 0 (FALSE) if no match, 1 (TRUE) if the new * pix is in the same class as the exemplar. * * Note: we check first that the two pix are roughly * the same size. Only if they meet that criterion do * we compare the bitmaps. The Hausdorff is a 2-way * check. The centroid difference is used to align the two * images to the nearest integer for each of the checks. * These check that the dilated image of one contains * ALL the pixels of the undilated image of the other. * Checks are done in both direction. A single pixel not * contained in either direction results in failure of the test. */ l_int32 pixHaustest(PIX *pix1, PIX *pix2, PIX *pix3, PIX *pix4, l_float32 delx, /* x(1) - x(3) */ l_float32 dely, /* y(1) - y(3) */ l_int32 maxdiffw, l_int32 maxdiffh) { l_int32 wi, hi, wt, ht, delw, delh, idelx, idely, boolmatch; PIX *pixt; /* Eliminate possible matches based on size difference */ wi = pixGetWidth(pix1); hi = pixGetHeight(pix1); wt = pixGetWidth(pix3); ht = pixGetHeight(pix3); delw = L_ABS(wi - wt); if (delw > maxdiffw) return FALSE; delh = L_ABS(hi - ht); if (delh > maxdiffh) return FALSE; /* Round difference in centroid location to nearest integer; * use this as a shift when doing the matching. */ if (delx >= 0) idelx = (l_int32)(delx + 0.5); else idelx = (l_int32)(delx - 0.5); if (dely >= 0) idely = (l_int32)(dely + 0.5); else idely = (l_int32)(dely - 0.5); /* Do 1-direction hausdorff, checking that every pixel in pix1 * is within a dilation distance of some pixel in pix3. Namely, * that pix4 entirely covers pix1: * pixt = pixSubtract(NULL, pix1, pix4), including shift * where pixt has no ON pixels. */ pixt = pixCreateTemplate(pix1); pixRasterop(pixt, 0, 0, wi, hi, PIX_SRC, pix1, 0, 0); pixRasterop(pixt, idelx, idely, wi, hi, PIX_DST & PIX_NOT(PIX_SRC), pix4, 0, 0); pixZero(pixt, &boolmatch); if (boolmatch == 0) { pixDestroy(&pixt); return FALSE; } /* Do 1-direction hausdorff, checking that every pixel in pix3 * is within a dilation distance of some pixel in pix1. Namely, * that pix2 entirely covers pix3: * pixSubtract(pixt, pix3, pix2), including shift * where pixt has no ON pixels. */ pixRasterop(pixt, idelx, idely, wt, ht, PIX_SRC, pix3, 0, 0); pixRasterop(pixt, 0, 0, wt, ht, PIX_DST & PIX_NOT(PIX_SRC), pix2, 0, 0); pixZero(pixt, &boolmatch); pixDestroy(&pixt); return boolmatch; } /*! * pixRankHaustest() * * Input: pix1 (new pix, not dilated) * pix2 (new pix, dilated) * pix3 (exemplar pix, not dilated) * pix4 (exemplar pix, dilated) * delx (x comp of centroid difference) * dely (y comp of centroid difference) * maxdiffw (max width difference of pix1 and pix2) * maxdiffh (max height difference of pix1 and pix2) * area1 (fg pixels in pix1) * area3 (fg pixels in pix3) * rank (rank value of test, each way) * tab8 (table of pixel sums for byte) * Return: 0 (FALSE) if no match, 1 (TRUE) if the new * pix is in the same class as the exemplar. * * Note: we check first that the two pix are roughly * the same size. Only if they meet that criterion do * we compare the bitmaps. We convert the rank value to * a number of pixels by multiplying the rank fraction by the number * of pixels in the undilated image. The Hausdorff is a 2-way * check. The centroid difference is used to align the two * images to the nearest integer for each of the checks. * The rank hausdorff checks that the dilated image of one * contains the rank fraction of the pixels of the undilated * image of the other. Checks are done in both direction. * Failure of the test in either direction results in failure * of the test. */ l_int32 pixRankHaustest(PIX *pix1, PIX *pix2, PIX *pix3, PIX *pix4, l_float32 delx, /* x(1) - x(3) */ l_float32 dely, /* y(1) - y(3) */ l_int32 maxdiffw, l_int32 maxdiffh, l_int32 area1, l_int32 area3, l_float32 rank, l_int32 *tab8) { l_int32 wi, hi, wt, ht, delw, delh, idelx, idely, boolmatch; l_int32 thresh1, thresh3; PIX *pixt; /* Eliminate possible matches based on size difference */ wi = pixGetWidth(pix1); hi = pixGetHeight(pix1); wt = pixGetWidth(pix3); ht = pixGetHeight(pix3); delw = L_ABS(wi - wt); if (delw > maxdiffw) return FALSE; delh = L_ABS(hi - ht); if (delh > maxdiffh) return FALSE; /* Upper bounds in remaining pixels for allowable match */ thresh1 = (l_int32)(area1 * (1. - rank) + 0.5); thresh3 = (l_int32)(area3 * (1. - rank) + 0.5); /* Round difference in centroid location to nearest integer; * use this as a shift when doing the matching. */ if (delx >= 0) idelx = (l_int32)(delx + 0.5); else idelx = (l_int32)(delx - 0.5); if (dely >= 0) idely = (l_int32)(dely + 0.5); else idely = (l_int32)(dely - 0.5); /* Do 1-direction hausdorff, checking that every pixel in pix1 * is within a dilation distance of some pixel in pix3. Namely, * that pix4 entirely covers pix1: * pixt = pixSubtract(NULL, pix1, pix4), including shift * where pixt has no ON pixels. */ pixt = pixCreateTemplate(pix1); pixRasterop(pixt, 0, 0, wi, hi, PIX_SRC, pix1, 0, 0); pixRasterop(pixt, idelx, idely, wi, hi, PIX_DST & PIX_NOT(PIX_SRC), pix4, 0, 0); pixThresholdPixelSum(pixt, thresh1, &boolmatch, tab8); if (boolmatch == 1) { /* above thresh1 */ pixDestroy(&pixt); return FALSE; } /* Do 1-direction hausdorff, checking that every pixel in pix3 * is within a dilation distance of some pixel in pix1. Namely, * that pix2 entirely covers pix3: * pixSubtract(pixt, pix3, pix2), including shift * where pixt has no ON pixels. */ pixRasterop(pixt, idelx, idely, wt, ht, PIX_SRC, pix3, 0, 0); pixRasterop(pixt, 0, 0, wt, ht, PIX_DST & PIX_NOT(PIX_SRC), pix2, 0, 0); pixThresholdPixelSum(pixt, thresh3, &boolmatch, tab8); pixDestroy(&pixt); if (boolmatch == 1) /* above thresh3 */ return FALSE; else return TRUE; } /*----------------------------------------------------------------------* * Classification using windowed correlation score * *----------------------------------------------------------------------*/ /*! * jbClassifyCorrelation() * * Input: jbclasser * boxa (of new components for classification) * pixas (of new components for classification) * Return: 0 if OK; 1 on error */ l_int32 jbClassifyCorrelation(JBCLASSER *classer, BOXA *boxa, PIXA *pixas) { l_int32 n, nt, i, iclass, wt, ht, found, area, area1, area2, npages, overthreshold; l_int32 *sumtab, *centtab; l_uint32 *row, word; l_float32 x1, y1, x2, y2, xsum, ysum; l_float32 thresh, weight, threshold; BOX *box; NUMA *naclass, *napage; NUMA *nafgt; /* fg area of all templates */ NUMA *naarea; /* w * h area of all templates */ JBFINDCTX *findcontext; NUMAHASH *nahash; PIX *pix, *pix1, *pix2; PIXA *pixa, *pixa1, *pixat; PIXAA *pixaa; PTA *pta, *ptac, *ptact; l_int32 *pixcts; /* pixel counts of each pixa */ l_int32 **pixrowcts; /* row-by-row pixel counts of each pixa */ l_int32 x, y, rowcount, downcount, wpl; l_uint8 byte; PROCNAME("jbClassifyCorrelation"); if (!classer) return ERROR_INT("classer not found", procName, 1); if (!boxa) return ERROR_INT("boxa not found", procName, 1); if (!pixas) return ERROR_INT("pixas not found", procName, 1); npages = classer->npages; /* Generate the bordered pixa, which contains all the the * input components. This will not be saved. */ n = pixaGetCount(pixas); pixa1 = pixaCreate(n); for (i = 0; i < n; i++) { pix = pixaGetPix(pixas, i, L_CLONE); pix1 = pixAddBorderGeneral(pix, JB_ADDED_PIXELS, JB_ADDED_PIXELS, JB_ADDED_PIXELS, JB_ADDED_PIXELS, 0); pixaAddPix(pixa1, pix1, L_INSERT); pixDestroy(&pix); } /* Use these to save the class and page of each component. */ naclass = classer->naclass; napage = classer->napage; /* Get the number of fg pixels in each component. */ nafgt = classer->nafgt; /* holds fg areas of the templates */ sumtab = makePixelSumTab8(); pixcts = (l_int32 *)CALLOC(n, sizeof(*pixcts)); pixrowcts = (l_int32 **)CALLOC(n, sizeof(*pixrowcts)); centtab = makePixelCentroidTab8(); if (!pixcts || !pixrowcts || !centtab) return ERROR_INT("calloc fail in pix*cts or centtab", procName, 1); /* Count the "1" pixels in each row of the pix in pixa1; this * allows pixCorrelationScoreThresholded to abort early if a match * is impossible. This loop merges three calculations: the total * number of "1" pixels, the number of "1" pixels in each row, and * the centroid. The centroids are relative to the UL corner of * each (bordered) pix. The pixrowcts[i][y] are the total number * of fg pixels in pixa[i] below row y. */ pta = ptaCreate(n); for (i = 0; i < n; i++) { pix = pixaGetPix(pixa1, i, L_CLONE); pixrowcts[i] = (l_int32 *)CALLOC(pixGetHeight(pix), sizeof(**pixrowcts)); xsum = 0; ysum = 0; wpl = pixGetWpl(pix); row = pixGetData(pix) + (pixGetHeight(pix) - 1) * wpl; downcount = 0; for (y = pixGetHeight(pix) - 1; y >= 0; y--, row -= wpl) { pixrowcts[i][y] = downcount; rowcount = 0; for (x = 0; x < wpl; x++) { word = row[x]; byte = word & 0xff; rowcount += sumtab[byte]; xsum += centtab[byte] + (x * 32 + 24) * sumtab[byte]; byte = (word >> 8) & 0xff; rowcount += sumtab[byte]; xsum += centtab[byte] + (x * 32 + 16) * sumtab[byte]; byte = (word >> 16) & 0xff; rowcount += sumtab[byte]; xsum += centtab[byte] + (x * 32 + 8) * sumtab[byte]; byte = (word >> 24) & 0xff; rowcount += sumtab[byte]; xsum += centtab[byte] + x * 32 * sumtab[byte]; } downcount += rowcount; ysum += rowcount * y; } pixcts[i] = downcount; ptaAddPt(pta, xsum / (l_float32)downcount, ysum / (l_float32)downcount); pixDestroy(&pix); } ptac = classer->ptac; /* holds centroids of components up to this page */ ptaJoin(ptac, pta, 0, -1); /* save centroids of all components */ ptact = classer->ptact; /* holds centroids of templates */ /* Store the unbordered pix in a pixaa, in a hierarchical * set of arrays. There is one pixa for each class, * and the pix in each pixa are all the instances found * of that class. This is actually more than one would need * for a jbig2 encoder, but there are two reasons to keep * them around: (1) the set of instances for each class * can be used to make an improved binary (or, better, * a grayscale) template, rather than simply using the first * one in the set; (2) we can investigate the failures * of the classifier. This pixaa grows as we process * successive pages. */ pixaa = classer->pixaa; /* Array to store class exemplars */ pixat = classer->pixat; /* Fill up the pixaa tree with the template exemplars as * the first pix in each pixa. As we add each pix, * we also add the associated box to the pixa. * We also keep track of the centroid of each pix, * and use the difference between centroids (of the * pix with the exemplar we are checking it with) * to align the two when checking that the correlation * score exceeds a threshold. The correlation score * is given by the square of the area of the AND * between aligned instance and template, divided by * the product of areas of each image. For identical * template and instance, the score is 1.0. * If the threshold is too small, non-equivalent instances * will be placed in the same class; if too large, there will * be an unnecessary division of classes representing the * same character. The weightfactor adds in some of the * difference (1.0 - thresh), depending on the heaviness * of the template (measured as the fraction of fg pixels). */ thresh = classer->thresh; weight = classer->weightfactor; naarea = classer->naarea; nahash = classer->nahash; for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixa1, i, L_CLONE); area1 = pixcts[i]; ptaGetPt(pta, i, &x1, &y1); /* centroid for this instance */ nt = pixaGetCount(pixat); found = FALSE; findcontext = findSimilarSizedTemplatesInit(classer, pix1); while ( (iclass = findSimilarSizedTemplatesNext(findcontext)) > -1) { /* Get the template */ pix2 = pixaGetPix(pixat, iclass, L_CLONE); numaGetIValue(nafgt, iclass, &area2); ptaGetPt(ptact, iclass, &x2, &y2); /* template centroid */ /* Find threshold for this template */ if (weight > 0.0) { numaGetIValue(naarea, iclass, &area); threshold = thresh + (1. - thresh) * weight * area2 / area; } else { threshold = thresh; } /* Find score for this template */ overthreshold = pixCorrelationScoreThresholded(pix1, pix2, area1, area2, x1 - x2, y1 - y2, MAX_DIFF_WIDTH, MAX_DIFF_HEIGHT, sumtab, pixrowcts[i], threshold); #if DEBUG_CORRELATION_SCORE { l_float32 score, testscore; l_int32 count, testcount; pixCorrelationScore(pix1, pix2, area1, area2, x1 - x2, y1 - y2, MAX_DIFF_WIDTH, MAX_DIFF_HEIGHT, sumtab, &score); pixCorrelationScoreSimple(pix1, pix2, area1, area2, x1 - x2, y1 - y2, MAX_DIFF_WIDTH, MAX_DIFF_HEIGHT, sumtab, &testscore); count = (l_int32)rint(sqrt(score * area1 * area2)); testcount = (l_int32)rint(sqrt(testscore * area1 * area2)); if ((score >= threshold) != (testscore >= threshold)) { fprintf(stderr, "Correlation score mismatch: %d(%g,%d) vs %d(%g,%d) (%g)\n", count, score, score >= threshold, testcount, testscore, testscore >= threshold, score - testscore); } if ((score >= threshold) != overthreshold) { fprintf(stderr, "Mismatch between correlation/threshold comparison: %g(%g,%d) >= %g(%g) vs %s\n", score, score*area1*area2, count, threshold, threshold*area1*area2, (overthreshold ? "true" : "false")); } } #endif /* DEBUG_CORRELATION_SCORE */ pixDestroy(&pix2); if (overthreshold) { /* greedy match */ found = TRUE; numaAddNumber(naclass, iclass); numaAddNumber(napage, npages); if (classer->keep_pixaa) { /* We are keeping a record of all components */ pixa = pixaaGetPixa(pixaa, iclass, L_CLONE); pix = pixaGetPix(pixas, i, L_CLONE); pixaAddPix(pixa, pix, L_INSERT); box = boxaGetBox(boxa, i, L_CLONE); pixaAddBox(pixa, box, L_INSERT); pixaDestroy(&pixa); } break; } } findSimilarSizedTemplatesDestroy(&findcontext); if (found == FALSE) { /* new class */ numaAddNumber(naclass, nt); numaAddNumber(napage, npages); pixa = pixaCreate(0); pix = pixaGetPix(pixas, i, L_CLONE); /* unbordered instance */ pixaAddPix(pixa, pix, L_INSERT); wt = pixGetWidth(pix); ht = pixGetHeight(pix); numaHashAdd(nahash, ht * wt, nt); box = boxaGetBox(boxa, i, L_CLONE); pixaAddBox(pixa, box, L_INSERT); pixaaAddPixa(pixaa, pixa, L_INSERT); /* unbordered instance */ ptaAddPt(ptact, x1, y1); numaAddNumber(nafgt, area1); pixaAddPix(pixat, pix1, L_INSERT); /* bordered template */ area = (pixGetWidth(pix1) - 2 * JB_ADDED_PIXELS) * (pixGetHeight(pix1) - 2 * JB_ADDED_PIXELS); numaAddNumber(naarea, area); } else { /* don't save it */ pixDestroy(&pix1); } } classer->nclass = pixaGetCount(pixat); FREE(pixcts); FREE(centtab); for (i = 0; i < n; i++) { FREE(pixrowcts[i]); } FREE(pixrowcts); FREE(sumtab); ptaDestroy(&pta); pixaDestroy(&pixa1); return 0; } /*----------------------------------------------------------------------* * Determine the image components we start with * *----------------------------------------------------------------------*/ /*! * jbGetComponents() * * Input: pixs (1 bpp) * components (JB_CONN_COMPS, JB_CHARACTERS, JB_WORDS) * maxwidth, maxheight (of saved components; larger are discarded) * &pboxa ( b.b. of component items) * &ppixa ( component items) * Return: 0 if OK, 1 on error */ l_int32 jbGetComponents(PIX *pixs, l_int32 components, l_int32 maxwidth, l_int32 maxheight, BOXA **pboxad, PIXA **ppixad) { l_int32 empty, res, redfactor; BOXA *boxa; PIX *pixt1, *pixt2, *pixt3; PIXA *pixa, *pixat; PROCNAME("jbGetComponents"); if (!pboxad) return ERROR_INT("&boxad not defined", procName, 1); *pboxad = NULL; if (!ppixad) return ERROR_INT("&pixad not defined", procName, 1); *ppixad = NULL; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (components != JB_CONN_COMPS && components != JB_CHARACTERS && components != JB_WORDS) return ERROR_INT("invalid components", procName, 1); pixZero(pixs, &empty); if (empty) { *pboxad = boxaCreate(0); *ppixad = pixaCreate(0); return 0; } /* If required, preprocess input pixs. The method for both * characters and words is to generate a connected component * mask over the units that we want to aggregrate, which are, * in general, sets of related connected components in pixs. * For characters, we want to include the dots with * 'i', 'j' and '!', so we do a small vertical closing to * generate the mask. For words, we make a mask over all * characters in each word. This is a bit more tricky, because * the spacing between words is difficult to predict a priori, * and words can be typeset with variable spacing that can * in some cases be barely larger than the space between * characters. The first step is to generate the mask and * identify each of its connected components. */ if (components == JB_CONN_COMPS) { /* no preprocessing */ boxa = pixConnComp(pixs, &pixa, 8); } else if (components == JB_CHARACTERS) { pixt1 = pixMorphSequence(pixs, "c1.6", 0); boxa = pixConnComp(pixt1, &pixat, 8); pixa = pixaClipToPix(pixat, pixs); pixDestroy(&pixt1); pixaDestroy(&pixat); } else { /* components == JB_WORDS */ /* Do the operations at about 150 ppi resolution. * It is much faster at 75 ppi, but the results are * more accurate at 150 ppi. This will segment the * words in body text. It can be expected that relatively * infrequent words in a larger font will be split. */ res = pixGetXRes(pixs); if (res <= 200) { redfactor = 1; pixt1 = pixClone(pixs); } else if (res <= 400) { redfactor = 2; pixt1 = pixReduceRankBinaryCascade(pixs, 1, 0, 0, 0); } else { redfactor = 4; pixt1 = pixReduceRankBinaryCascade(pixs, 1, 1, 0, 0); } /* Estimate the word mask, at aproximately 150 ppi. * This has both very large and very small components left in. */ pixWordMaskByDilation(pixt1, 8, &pixt2, NULL); /* Expand the optimally dilated word mask to full res. */ pixt3 = pixExpandReplicate(pixt2, redfactor); /* Pull out the pixels in pixs corresponding to the mask * components in pixt3. Note that above we used threshold * levels in the reduction of 1 to insure that the resulting * mask fully covers the input pixs. The downside of using * a threshold of 1 is that very close characters from adjacent * lines can be joined. But with a level of 2 or greater, * it is necessary to use a seedfill, followed by a pixOr(): * pixt4 = pixSeedfillBinary(NULL, pixt3, pixs, 8); * pixOr(pixt3, pixt3, pixt4); * to insure that the mask coverage is complete over pixs. */ boxa = pixConnComp(pixt3, &pixat, 4); pixa = pixaClipToPix(pixat, pixs); pixaDestroy(&pixat); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); } /* Remove large components, and save the results. */ *ppixad = pixaSelectBySize(pixa, maxwidth, maxheight, L_SELECT_IF_BOTH, L_SELECT_IF_LTE, NULL); *pboxad = boxaSelectBySize(boxa, maxwidth, maxheight, L_SELECT_IF_BOTH, L_SELECT_IF_LTE, NULL); pixaDestroy(&pixa); boxaDestroy(&boxa); return 0; } /*! * pixWordMaskByDilation() * * Input: pixs (1 bpp; typ. at 75 to 150 ppi) * maxdil (maximum dilation; 0 for default; warning if > 20) * &mask ( dilated word mask) * &size ( size of optimal horiz Sel) * Return: 0 if OK, 1 on error * * Notes: * (1) This gives a crude estimate of the word masks. See * pixWordBoxesByDilation() for further filtering of the word boxes. * (2) For 75 to 150 ppi, the optimal dilation will be between 5 and 11. * For 200 to 300 ppi, it is advisable to use a larger value * for @maxdil, say between 10 and 20. Setting maxdil <= 0 * results in a default dilation of 16. * (3) The best size for dilating to get word masks is optionally returned. */ l_int32 pixWordMaskByDilation(PIX *pixs, l_int32 maxdil, PIX **ppixm, l_int32 *psize) { l_int32 i, diffmin, ndiff, imin; l_int32 ncc[MAX_ALLOWED_DILATION + 1]; BOXA *boxa; NUMA *nacc, *nadiff; PIX *pix1, *pix2; PROCNAME("pixWordMaskByDilation"); if (ppixm) *ppixm = NULL; if (psize) *psize = 0; if (!pixs || pixGetDepth(pixs) != 1) return ERROR_INT("pixs undefined or not 1 bpp", procName, 1); if (!ppixm && !psize) return ERROR_INT("no output requested", procName, 1); /* Find the optimal dilation to create the word mask. * Look for successively increasing dilations where the * number of connected components doesn't decrease. * This is the situation where the components in the * word mask should properly cover each word. If the * input image had been 2x scaled, and you use 8 cc for * counting, every other differential count in the series * will be 0. We avoid this possibility by using 4 cc. */ diffmin = 1000000; pix1 = pixCopy(NULL, pixs); if (maxdil <= 0) maxdil = 16; /* default for 200 to 300 ppi */ maxdil = L_MIN(maxdil, MAX_ALLOWED_DILATION); if (maxdil > 20) L_WARNING("large dilation: exceeds 20\n", procName); nacc = numaCreate(maxdil + 1); nadiff = numaCreate(maxdil + 1); for (i = 0; i <= maxdil; i++) { if (i == 0) /* first one not dilated */ pix2 = pixCopy(NULL, pix1); else /* successive dilation by sel_2h */ pix2 = pixMorphSequence(pix1, "d2.1", 0); boxa = pixConnCompBB(pix2, 4); ncc[i] = boxaGetCount(boxa); numaAddNumber(nacc, ncc[i]); if (i > 0) { ndiff = ncc[i - 1] - ncc[i]; numaAddNumber(nadiff, ndiff); #if DEBUG_PLOT_CC fprintf(stderr, "ndiff[%d] = %d\n", i - 1, ndiff); #endif /* DEBUG_PLOT_CC */ /* Don't allow imin <= 2 with a 0 value of ndiff, * which is unlikely to happen. */ if (ndiff < diffmin && (ndiff > 0 || i > 2)) { imin = i; diffmin = ndiff; } } pixDestroy(&pix1); pix1 = pix2; boxaDestroy(&boxa); } pixDestroy(&pix1); if (psize) *psize = imin + 1; #if DEBUG_PLOT_CC {GPLOT *gplot; NUMA *naseq; L_INFO("Best dilation: %d\n", procName, imin); naseq = numaMakeSequence(1, 1, numaGetCount(nacc)); gplot = gplotCreate("/tmp/numcc", GPLOT_PNG, "Number of cc vs. horizontal dilation", "Sel horiz", "Number of cc"); gplotAddPlot(gplot, naseq, nacc, GPLOT_LINES, ""); gplotMakeOutput(gplot); gplotDestroy(&gplot); numaDestroy(&naseq); naseq = numaMakeSequence(1, 1, numaGetCount(nadiff)); gplot = gplotCreate("/tmp/diffcc", GPLOT_PNG, "Diff count of cc vs. horizontal dilation", "Sel horiz", "Diff in cc"); gplotAddPlot(gplot, naseq, nadiff, GPLOT_LINES, ""); gplotMakeOutput(gplot); gplotDestroy(&gplot); numaDestroy(&naseq); } #endif /* DEBUG_PLOT_CC */ /* Optionally, save the result of the optimal closing */ if (ppixm) { if (imin < 3) L_ERROR("imin = %d is too small\n", procName, imin); else *ppixm = pixCloseBrick(NULL, pixs, imin + 1, 1); } numaDestroy(&nacc); numaDestroy(&nadiff); return 0; } /*! * pixWordBoxesByDilation() * * Input: pixs (1 bpp; typ. at 75 to 150 ppi) * maxdil (maximum dilation; 0 for default; warning if > 20) * minwidth, minheight (of saved components; smaller are discarded) * maxwidth, maxheight (of saved components; larger are discarded) * &boxa ( dilated word mask) * &size ( size of optimal horiz Sel) * Return: 0 if OK, 1 on error * * Notes: * (1) Returns a pruned set of word boxes. * (2) See pixWordMaskByDilation(). */ l_int32 pixWordBoxesByDilation(PIX *pixs, l_int32 maxdil, l_int32 minwidth, l_int32 minheight, l_int32 maxwidth, l_int32 maxheight, BOXA **pboxa, l_int32 *psize) { BOXA *boxa1, *boxa2; PIX *pixm; PROCNAME("pixWordBoxesByDilation"); if (psize) *psize = 0; if (!pixs || pixGetDepth(pixs) != 1) return ERROR_INT("pixs undefined or not 1 bpp", procName, 1); if (!pboxa) return ERROR_INT("&boxa not defined", procName, 1); *pboxa = NULL; /* Make a first estimate of the word masks */ if (pixWordMaskByDilation(pixs, maxdil, &pixm, psize)) return ERROR_INT("pixWordMaskByDilation() failed", procName, 1); /* Prune it. Get the bounding boxes of the words. * Remove the small ones, which can be due to punctuation * that was not joined to a word. Also remove the large ones, * which are not likely to be words. */ boxa1 = pixConnComp(pixm, NULL, 8); boxa2 = boxaSelectBySize(boxa1, minwidth, minheight, L_SELECT_IF_BOTH, L_SELECT_IF_GTE, NULL); *pboxa = boxaSelectBySize(boxa2, maxwidth, maxheight, L_SELECT_IF_BOTH, L_SELECT_IF_LTE, NULL); boxaDestroy(&boxa1); boxaDestroy(&boxa2); pixDestroy(&pixm); return 0; } /*----------------------------------------------------------------------* * Build grayscale composites (templates) * *----------------------------------------------------------------------*/ /*! * jbAccumulateComposites() * * Input: pixaa (one pixa for each class) * &pna ( number of samples used to build each composite) * &ptat ( centroids of bordered composites) * Return: pixad (accumulated sum of samples in each class), * or null on error * */ PIXA * jbAccumulateComposites(PIXAA *pixaa, NUMA **pna, PTA **pptat) { l_int32 n, nt, i, j, d, minw, maxw, minh, maxh, xdiff, ydiff; l_float32 x, y, xave, yave; NUMA *na; PIX *pix, *pixt1, *pixt2, *pixsum; PIXA *pixa, *pixad; PTA *ptat, *pta; PROCNAME("jbAccumulateComposites"); if (!pptat) return (PIXA *)ERROR_PTR("&ptat not defined", procName, NULL); *pptat = NULL; if (!pna) return (PIXA *)ERROR_PTR("&na not defined", procName, NULL); *pna = NULL; if (!pixaa) return (PIXA *)ERROR_PTR("pixaa not defined", procName, NULL); n = pixaaGetCount(pixaa, NULL); if ((ptat = ptaCreate(n)) == NULL) return (PIXA *)ERROR_PTR("ptat not made", procName, NULL); *pptat = ptat; pixad = pixaCreate(n); na = numaCreate(n); *pna = na; for (i = 0; i < n; i++) { pixa = pixaaGetPixa(pixaa, i, L_CLONE); nt = pixaGetCount(pixa); numaAddNumber(na, nt); if (nt == 0) { L_WARNING("empty pixa found!\n", procName); pixaDestroy(&pixa); continue; } pixaSizeRange(pixa, &minw, &minh, &maxw, &maxh); pix = pixaGetPix(pixa, 0, L_CLONE); d = pixGetDepth(pix); pixDestroy(&pix); pixt1 = pixCreate(maxw, maxh, d); pixsum = pixInitAccumulate(maxw, maxh, 0); pta = pixaCentroids(pixa); /* Find the average value of the centroids ... */ xave = yave = 0; for (j = 0; j < nt; j++) { ptaGetPt(pta, j, &x, &y); xave += x; yave += y; } xave = xave / (l_float32)nt; yave = yave / (l_float32)nt; /* and place all centroids at their average value */ for (j = 0; j < nt; j++) { pixt2 = pixaGetPix(pixa, j, L_CLONE); ptaGetPt(pta, j, &x, &y); xdiff = (l_int32)(x - xave); ydiff = (l_int32)(y - yave); pixClearAll(pixt1); pixRasterop(pixt1, xdiff, ydiff, maxw, maxh, PIX_SRC, pixt2, 0, 0); pixAccumulate(pixsum, pixt1, L_ARITH_ADD); pixDestroy(&pixt2); } pixaAddPix(pixad, pixsum, L_INSERT); ptaAddPt(ptat, xave, yave); pixaDestroy(&pixa); pixDestroy(&pixt1); ptaDestroy(&pta); } return pixad; } /*! * jbTemplatesFromComposites() * * Input: pixac (one pix of composites for each class) * na (number of samples used for each class composite) * Return: pixad (8 bpp templates for each class), or null on error * */ PIXA * jbTemplatesFromComposites(PIXA *pixac, NUMA *na) { l_int32 n, i; l_float32 nt; /* number of samples in the composite; always an integer */ l_float32 factor; PIX *pixsum; /* accumulated composite */ PIX *pixd; PIXA *pixad; PROCNAME("jbTemplatesFromComposites"); if (!pixac) return (PIXA *)ERROR_PTR("pixac not defined", procName, NULL); if (!na) return (PIXA *)ERROR_PTR("na not defined", procName, NULL); n = pixaGetCount(pixac); pixad = pixaCreate(n); for (i = 0; i < n; i++) { pixsum = pixaGetPix(pixac, i, L_COPY); /* changed internally */ numaGetFValue(na, i, &nt); factor = 255. / nt; pixMultConstAccumulate(pixsum, factor, 0); /* changes pixsum */ pixd = pixFinalAccumulate(pixsum, 0, 8); pixaAddPix(pixad, pixd, L_INSERT); pixDestroy(&pixsum); } return pixad; } /*----------------------------------------------------------------------* * jbig2 utility routines * *----------------------------------------------------------------------*/ /*! * jbClasserCreate() * * Input: method (JB_RANKHAUS, JB_CORRELATION) * components (JB_CONN_COMPS, JB_CHARACTERS, JB_WORDS) * Return: jbclasser, or null on error */ JBCLASSER * jbClasserCreate(l_int32 method, l_int32 components) { JBCLASSER *classer; PROCNAME("jbClasserCreate"); if ((classer = (JBCLASSER *)CALLOC(1, sizeof(JBCLASSER))) == NULL) return (JBCLASSER *)ERROR_PTR("classer not made", procName, NULL); if (method != JB_RANKHAUS && method != JB_CORRELATION) return (JBCLASSER *)ERROR_PTR("invalid type", procName, NULL); if (components != JB_CONN_COMPS && components != JB_CHARACTERS && components != JB_WORDS) return (JBCLASSER *)ERROR_PTR("invalid type", procName, NULL); classer->method = method; classer->components = components; classer->nacomps = numaCreate(0); classer->pixaa = pixaaCreate(0); classer->pixat = pixaCreate(0); classer->pixatd = pixaCreate(0); classer->nafgt = numaCreate(0); classer->naarea = numaCreate(0); classer->ptac = ptaCreate(0); classer->ptact = ptaCreate(0); classer->naclass = numaCreate(0); classer->napage = numaCreate(0); classer->ptaul = ptaCreate(0); return classer; } /* * jbClasserDestroy() * * Input: &classer () * Return: void */ void jbClasserDestroy(JBCLASSER **pclasser) { JBCLASSER *classer; if (!pclasser) return; if ((classer = *pclasser) == NULL) return; sarrayDestroy(&classer->safiles); numaDestroy(&classer->nacomps); pixaaDestroy(&classer->pixaa); pixaDestroy(&classer->pixat); pixaDestroy(&classer->pixatd); numaHashDestroy(&classer->nahash); numaDestroy(&classer->nafgt); numaDestroy(&classer->naarea); ptaDestroy(&classer->ptac); ptaDestroy(&classer->ptact); numaDestroy(&classer->naclass); numaDestroy(&classer->napage); ptaDestroy(&classer->ptaul); ptaDestroy(&classer->ptall); FREE(classer); *pclasser = NULL; return; } /*! * jbDataSave() * * Input: jbclasser * latticew, latticeh (cell size used to store each * connected component in the composite) * Return: jbdata, or null on error * * Notes: * (1) This routine stores the jbig2-type data required for * generating a lossy jbig2 version of the image. * It can be losslessly written to (and read from) two files. * (2) It generates and stores the mosaic of templates. * (3) It clones the Numa and Pta arrays, so these must all * be destroyed by the caller. * (4) Input 0 to use the default values for latticew and/or latticeh, */ JBDATA * jbDataSave(JBCLASSER *classer) { l_int32 maxw, maxh; JBDATA *data; PIX *pix; PROCNAME("jbDataSave"); if (!classer) return (JBDATA *)ERROR_PTR("classer not defined", procName, NULL); /* Write the templates into an array. */ pixaSizeRange(classer->pixat, NULL, NULL, &maxw, &maxh); pix = pixaDisplayOnLattice(classer->pixat, maxw + 1, maxh + 1, NULL, NULL); if (!pix) return (JBDATA *)ERROR_PTR("data not made", procName, NULL); if ((data = (JBDATA *)CALLOC(1, sizeof(JBDATA))) == NULL) return (JBDATA *)ERROR_PTR("data not made", procName, NULL); data->pix = pix; data->npages = classer->npages; data->w = classer->w; data->h = classer->h; data->nclass = classer->nclass; data->latticew = maxw + 1; data->latticeh = maxh + 1; data->naclass = numaClone(classer->naclass); data->napage = numaClone(classer->napage); data->ptaul = ptaClone(classer->ptaul); return data; } /* * jbDataDestroy() * * Input: &data () * Return: void */ void jbDataDestroy(JBDATA **pdata) { JBDATA *data; if (!pdata) return; if ((data = *pdata) == NULL) return; pixDestroy(&data->pix); numaDestroy(&data->naclass); numaDestroy(&data->napage); ptaDestroy(&data->ptaul); FREE(data); *pdata = NULL; return; } /*! * jbDataWrite() * * Input: rootname (for output files; everything but the extension) * jbdata * Return: 0 if OK, 1 on error * * Notes: * (1) Serialization function that writes data in jbdata to file. */ l_int32 jbDataWrite(const char *rootout, JBDATA *jbdata) { char buf[L_BUF_SIZE]; l_int32 w, h, nclass, npages, cellw, cellh, ncomp, i, x, y, iclass, ipage; NUMA *naclass, *napage; PTA *ptaul; PIX *pixt; FILE *fp; PROCNAME("jbDataWrite"); if (!rootout) return ERROR_INT("no rootout", procName, 1); if (!jbdata) return ERROR_INT("no jbdata", procName, 1); npages = jbdata->npages; w = jbdata->w; h = jbdata->h; pixt = jbdata->pix; nclass = jbdata->nclass; cellw = jbdata->latticew; cellh = jbdata->latticeh; naclass = jbdata->naclass; napage = jbdata->napage; ptaul = jbdata->ptaul; snprintf(buf, L_BUF_SIZE, "%s%s", rootout, JB_TEMPLATE_EXT); pixWrite(buf, pixt, IFF_PNG); snprintf(buf, L_BUF_SIZE, "%s%s", rootout, JB_DATA_EXT); if ((fp = fopenWriteStream(buf, "wb")) == NULL) return ERROR_INT("stream not opened", procName, 1); ncomp = ptaGetCount(ptaul); fprintf(fp, "jb data file\n"); fprintf(fp, "num pages = %d\n", npages); fprintf(fp, "page size: w = %d, h = %d\n", w, h); fprintf(fp, "num components = %d\n", ncomp); fprintf(fp, "num classes = %d\n", nclass); fprintf(fp, "template lattice size: w = %d, h = %d\n", cellw, cellh); for (i = 0; i < ncomp; i++) { numaGetIValue(napage, i, &ipage); numaGetIValue(naclass, i, &iclass); ptaGetIPt(ptaul, i, &x, &y); fprintf(fp, "%d %d %d %d\n", ipage, iclass, x, y); } fclose(fp); return 0; } /*! * jbDataRead() * * Input: rootname (for template and data files) * Return: jbdata, or NULL on error */ JBDATA * jbDataRead(const char *rootname) { char fname[L_BUF_SIZE]; char *linestr; l_uint8 *data; l_int32 nsa, i, w, h, cellw, cellh, x, y, iclass, ipage; l_int32 npages, nclass, ncomp; size_t size; JBDATA *jbdata; NUMA *naclass, *napage; PIX *pixs; PTA *ptaul; SARRAY *sa; PROCNAME("jbDataRead"); if (!rootname) return (JBDATA *)ERROR_PTR("rootname not defined", procName, NULL); snprintf(fname, L_BUF_SIZE, "%s%s", rootname, JB_TEMPLATE_EXT); if ((pixs = pixRead(fname)) == NULL) return (JBDATA *)ERROR_PTR("pix not read", procName, NULL); snprintf(fname, L_BUF_SIZE, "%s%s", rootname, JB_DATA_EXT); if ((data = l_binaryRead(fname, &size)) == NULL) return (JBDATA *)ERROR_PTR("data not read", procName, NULL); if ((sa = sarrayCreateLinesFromString((char *)data, 0)) == NULL) return (JBDATA *)ERROR_PTR("sa not made", procName, NULL); nsa = sarrayGetCount(sa); /* number of cc + 6 */ linestr = sarrayGetString(sa, 0, 0); if (strcmp(linestr, "jb data file")) return (JBDATA *)ERROR_PTR("invalid jb data file", procName, NULL); linestr = sarrayGetString(sa, 1, 0); sscanf(linestr, "num pages = %d", &npages); linestr = sarrayGetString(sa, 2, 0); sscanf(linestr, "page size: w = %d, h = %d", &w, &h); linestr = sarrayGetString(sa, 3, 0); sscanf(linestr, "num components = %d", &ncomp); linestr = sarrayGetString(sa, 4, 0); sscanf(linestr, "num classes = %d\n", &nclass); linestr = sarrayGetString(sa, 5, 0); sscanf(linestr, "template lattice size: w = %d, h = %d\n", &cellw, &cellh); #if 1 fprintf(stderr, "num pages = %d\n", npages); fprintf(stderr, "page size: w = %d, h = %d\n", w, h); fprintf(stderr, "num components = %d\n", ncomp); fprintf(stderr, "num classes = %d\n", nclass); fprintf(stderr, "template lattice size: w = %d, h = %d\n", cellw, cellh); #endif if ((naclass = numaCreate(ncomp)) == NULL) return (JBDATA *)ERROR_PTR("naclass not made", procName, NULL); if ((napage = numaCreate(ncomp)) == NULL) return (JBDATA *)ERROR_PTR("napage not made", procName, NULL); if ((ptaul = ptaCreate(ncomp)) == NULL) return (JBDATA *)ERROR_PTR("pta not made", procName, NULL); for (i = 6; i < nsa; i++) { linestr = sarrayGetString(sa, i, 0); sscanf(linestr, "%d %d %d %d\n", &ipage, &iclass, &x, &y); numaAddNumber(napage, ipage); numaAddNumber(naclass, iclass); ptaAddPt(ptaul, x, y); } if ((jbdata = (JBDATA *)CALLOC(1, sizeof(JBDATA))) == NULL) return (JBDATA *)ERROR_PTR("data not made", procName, NULL); jbdata->pix = pixs; jbdata->npages = npages; jbdata->w = w; jbdata->h = h; jbdata->nclass = nclass; jbdata->latticew = cellw; jbdata->latticeh = cellh; jbdata->naclass = naclass; jbdata->napage = napage; jbdata->ptaul = ptaul; FREE(data); sarrayDestroy(&sa); return jbdata; } /*! * jbDataRender() * * Input: jbdata * debugflag (if TRUE, writes into 2 bpp pix and adds * component outlines in color) * Return: pixa (reconstruction of original images, using templates) or * null on error */ PIXA * jbDataRender(JBDATA *data, l_int32 debugflag) { l_int32 i, w, h, cellw, cellh, x, y, iclass, ipage; l_int32 npages, nclass, ncomp, wp, hp; BOX *box; NUMA *naclass, *napage; PIX *pixt, *pixt2, *pix, *pixd; PIXA *pixat; /* pixa of templates */ PIXA *pixad; /* pixa of output images */ PIXCMAP *cmap; PTA *ptaul; PROCNAME("jbDataRender"); if (!data) return (PIXA *)ERROR_PTR("data not defined", procName, NULL); npages = data->npages; w = data->w; h = data->h; pixt = data->pix; nclass = data->nclass; cellw = data->latticew; cellh = data->latticeh; naclass = data->naclass; napage = data->napage; ptaul = data->ptaul; ncomp = numaGetCount(naclass); /* Reconstruct the original set of images from the templates * and the data associated with each component. First, * generate the output pixa as a set of empty pix. */ if ((pixad = pixaCreate(npages)) == NULL) return (PIXA *)ERROR_PTR("pixad not made", procName, NULL); for (i = 0; i < npages; i++) { if (debugflag == FALSE) { pix = pixCreate(w, h, 1); } else { pix = pixCreate(w, h, 2); cmap = pixcmapCreate(2); pixcmapAddColor(cmap, 255, 255, 255); pixcmapAddColor(cmap, 0, 0, 0); pixcmapAddColor(cmap, 255, 0, 0); /* for box outlines */ pixSetColormap(pix, cmap); } pixaAddPix(pixad, pix, L_INSERT); } /* Put the class templates into a pixa. */ if ((pixat = pixaCreateFromPix(pixt, nclass, cellw, cellh)) == NULL) return (PIXA *)ERROR_PTR("pixat not made", procName, NULL); /* Place each component in the right location on its page. */ for (i = 0; i < ncomp; i++) { numaGetIValue(napage, i, &ipage); numaGetIValue(naclass, i, &iclass); pix = pixaGetPix(pixat, iclass, L_CLONE); /* the template */ wp = pixGetWidth(pix); hp = pixGetHeight(pix); ptaGetIPt(ptaul, i, &x, &y); pixd = pixaGetPix(pixad, ipage, L_CLONE); /* the output page */ if (debugflag == FALSE) { pixRasterop(pixd, x, y, wp, hp, PIX_SRC | PIX_DST, pix, 0, 0); } else { pixt2 = pixConvert1To2Cmap(pix); pixRasterop(pixd, x, y, wp, hp, PIX_SRC | PIX_DST, pixt2, 0, 0); box = boxCreate(x, y, wp, hp); pixRenderBoxArb(pixd, box, 1, 255, 0, 0); pixDestroy(&pixt2); boxDestroy(&box); } pixDestroy(&pix); /* the clone only */ pixDestroy(&pixd); /* the clone only */ } pixaDestroy(&pixat); return pixad; } /*! * jbGetULCorners() * * Input: jbclasser * pixs (full res image) * boxa (of c.c. bounding rectangles for this page) * Return: 0 if OK, 1 on error * * Notes: * (1) This computes the ptaul field, which has the global UL corners, * adjusted for each specific component, so that each component * can be replaced by the template for its class and have the * centroid in the template in the same position as the * centroid of the original connected component. It is important * that this be done properly to avoid a wavy baseline in the * result. * (2) The array fields ptac and ptact give the centroids of * those components relative to the UL corner of each component. * Here, we compute the difference in each component, round to * nearest integer, and correct the box->x and box->y by * the appropriate integral difference. * (3) The templates and stored instances are all bordered. */ l_int32 jbGetULCorners(JBCLASSER *classer, PIX *pixs, BOXA *boxa) { l_int32 i, baseindex, index, n, iclass, idelx, idely, x, y, dx, dy; l_int32 *sumtab; l_float32 x1, x2, y1, y2, delx, dely; BOX *box; NUMA *naclass; PIX *pixt; PTA *ptac, *ptact, *ptaul; PROCNAME("jbGetULCorners"); if (!classer) return ERROR_INT("classer not defined", procName, 1); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!boxa) return ERROR_INT("boxa not defined", procName, 1); n = boxaGetCount(boxa); ptaul = classer->ptaul; naclass = classer->naclass; ptac = classer->ptac; ptact = classer->ptact; baseindex = classer->baseindex; /* num components before this page */ sumtab = makePixelSumTab8(); for (i = 0; i < n; i++) { index = baseindex + i; ptaGetPt(ptac, index, &x1, &y1); numaGetIValue(naclass, index, &iclass); ptaGetPt(ptact, iclass, &x2, &y2); delx = x2 - x1; dely = y2 - y1; if (delx >= 0) idelx = (l_int32)(delx + 0.5); else idelx = (l_int32)(delx - 0.5); if (dely >= 0) idely = (l_int32)(dely + 0.5); else idely = (l_int32)(dely - 0.5); if ((box = boxaGetBox(boxa, i, L_CLONE)) == NULL) return ERROR_INT("box not found", procName, 1); boxGetGeometry(box, &x, &y, NULL, NULL); /* Get final increments dx and dy for best alignment */ pixt = pixaGetPix(classer->pixat, iclass, L_CLONE); finalPositioningForAlignment(pixs, x, y, idelx, idely, pixt, sumtab, &dx, &dy); /* if (i % 20 == 0) fprintf(stderr, "dx = %d, dy = %d\n", dx, dy); */ ptaAddPt(ptaul, x - idelx + dx, y - idely + dy); boxDestroy(&box); pixDestroy(&pixt); } FREE(sumtab); return 0; } /*! * jbGetLLCorners() * * Input: jbclasser * Return: 0 if OK, 1 on error * * Notes: * (1) This computes the ptall field, which has the global LL corners, * adjusted for each specific component, so that each component * can be replaced by the template for its class and have the * centroid in the template in the same position as the * centroid of the original connected component. It is important * that this be done properly to avoid a wavy baseline in the result. * (2) It is computed here from the corresponding UL corners, where * the input templates and stored instances are all bordered. * This should be done after all pages have been processed. * (3) For proper substitution, the templates whose LL corners are * placed in these locations must be UN-bordered. * This is available for a realistic jbig2 encoder, which would * (1) encode each template without a border, and (2) encode * the position using the LL corner (rather than the UL * corner) because the difference between y-values * of successive instances is typically close to zero. */ l_int32 jbGetLLCorners(JBCLASSER *classer) { l_int32 i, iclass, n, x1, y1, h; NUMA *naclass; PIX *pix; PIXA *pixat; PTA *ptaul, *ptall; PROCNAME("jbGetLLCorners"); if (!classer) return ERROR_INT("classer not defined", procName, 1); ptaul = classer->ptaul; naclass = classer->naclass; pixat = classer->pixat; ptaDestroy(&classer->ptall); n = ptaGetCount(ptaul); ptall = ptaCreate(n); classer->ptall = ptall; /* If the templates were bordered, we would add h - 1 to the UL * corner y-value. However, because the templates to be used * here have their borders removed, and the borders are * JB_ADDED_PIXELS on each side, we add h - 1 - 2 * JB_ADDED_PIXELS * to the UL corner y-value. */ for (i = 0; i < n; i++) { ptaGetIPt(ptaul, i, &x1, &y1); numaGetIValue(naclass, i, &iclass); pix = pixaGetPix(pixat, iclass, L_CLONE); h = pixGetHeight(pix); ptaAddPt(ptall, x1, y1 + h - 1 - 2 * JB_ADDED_PIXELS); pixDestroy(&pix); } return 0; } /*----------------------------------------------------------------------* * Static helpers * *----------------------------------------------------------------------*/ /* When looking for similar matches we check templates whose size is +/- 2 in * each direction. This involves 25 possible sizes. This array contains the * offsets for each of those positions in a spiral pattern. There are 25 pairs * of numbers in this array: even positions are x values. */ static int two_by_two_walk[50] = { 0, 0, 0, 1, -1, 0, 0, -1, 1, 0, -1, 1, 1, 1, -1, -1, 1, -1, 0, -2, 2, 0, 0, 2, -2, 0, -1, -2, 1, -2, 2, -1, 2, 1, 1, 2, -1, 2, -2, 1, -2, -1, -2, -2, 2, -2, 2, 2, -2, 2}; /*! * findSimilarSizedTemplatesInit() * * Input: classer * pixs (instance to be matched) * Return: Allocated context to be used with findSimilar* */ static JBFINDCTX * findSimilarSizedTemplatesInit(JBCLASSER *classer, PIX *pixs) { JBFINDCTX *state; state = (JBFINDCTX *)CALLOC(1, sizeof(JBFINDCTX)); state->w = pixGetWidth(pixs) - 2 * JB_ADDED_PIXELS; state->h = pixGetHeight(pixs) - 2 * JB_ADDED_PIXELS; state->classer = classer; return state; } static void findSimilarSizedTemplatesDestroy(JBFINDCTX **pstate) { JBFINDCTX *state; PROCNAME("findSimilarSizedTemplatesDestroy"); if (pstate == NULL) { L_WARNING("ptr address is null\n", procName); return; } if ((state = *pstate) == NULL) return; numaDestroy(&state->numa); FREE(state); *pstate = NULL; return; } /*! * findSimilarSizedTemplatesNext() * * Input: state (from findSimilarSizedTemplatesInit) * Return: Next template number, or -1 when finished * * We have a hash table mapping template area to a list of template * numbers with that area. We wish to find similar sized templates, * so we first look for templates with the same width and height, and * then with width + 1, etc. This walk is guided by the * two_by_two_walk array, above. * * We don't want to have to collect the whole list of templates first because * (we hope) to find it quickly. So we keep the context for this walk in an * explictit state structure and this function acts like a generator. */ static l_int32 findSimilarSizedTemplatesNext(JBFINDCTX *state) { l_int32 desiredh, desiredw, size, templ; PIX *pixt; while(1) { /* Continue the walk over step 'i' */ if (state->i >= 25) { /* all done */ return -1; } desiredw = state->w + two_by_two_walk[2 * state->i]; desiredh = state->h + two_by_two_walk[2 * state->i + 1]; if (desiredh < 1 || desiredw < 1) { /* invalid size */ state->i++; continue; } if (!state->numa) { /* We have yet to start walking the array for the step 'i' */ state->numa = numaHashGetNuma(state->classer->nahash, desiredh * desiredw); if (!state->numa) { /* nothing there */ state->i++; continue; } state->n = 0; /* OK, we got a numa. */ } /* Continue working on this numa */ size = numaGetCount(state->numa); for ( ; state->n < size; ) { templ = (l_int32)(state->numa->array[state->n++] + 0.5); pixt = pixaGetPix(state->classer->pixat, templ, L_CLONE); if (pixGetWidth(pixt) - 2 * JB_ADDED_PIXELS == desiredw && pixGetHeight(pixt) - 2 * JB_ADDED_PIXELS == desiredh) { pixDestroy(&pixt); return templ; } pixDestroy(&pixt); } /* Exhausted the numa; take another step and try again */ state->i++; numaDestroy(&state->numa); continue; } } /*! * finalPositioningForAlignment() * * Input: pixs (input page image) * x, y (location of UL corner of bb of component in pixs) * idelx, idely (compensation to match centroids of component * and template) * pixt (template, with JB_ADDED_PIXELS of padding on all sides) * sumtab (for summing fg pixels in an image) * &dx, &dy (return delta on position for best match; each * one is in the set {-1, 0, 1}) * Return: 0 if OK, 1 on error * */ static l_int32 finalPositioningForAlignment(PIX *pixs, l_int32 x, l_int32 y, l_int32 idelx, l_int32 idely, PIX *pixt, l_int32 *sumtab, l_int32 *pdx, l_int32 *pdy) { l_int32 w, h, i, j, minx, miny, count, mincount; PIX *pixi; /* clipped from source pixs */ PIX *pixr; /* temporary storage */ BOX *box; PROCNAME("finalPositioningForAlignment"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!pixt) return ERROR_INT("pixt not defined", procName, 1); if (!pdx || !pdy) return ERROR_INT("&dx and &dy not both defined", procName, 1); if (!sumtab) return ERROR_INT("sumtab not defined", procName, 1); *pdx = *pdy = 0; /* Use JB_ADDED_PIXELS pixels padding on each side */ w = pixGetWidth(pixt); h = pixGetHeight(pixt); box = boxCreate(x - idelx - JB_ADDED_PIXELS, y - idely - JB_ADDED_PIXELS, w, h); pixi = pixClipRectangle(pixs, box, NULL); boxDestroy(&box); if (!pixi) return ERROR_INT("pixi not made", procName, 1); pixr = pixCreate(pixGetWidth(pixi), pixGetHeight(pixi), 1); mincount = 0x7fffffff; for (i = -1; i <= 1; i++) { for (j = -1; j <= 1; j++) { pixCopy(pixr, pixi); pixRasterop(pixr, j, i, w, h, PIX_SRC ^ PIX_DST, pixt, 0, 0); pixCountPixels(pixr, &count, sumtab); if (count < mincount) { minx = j; miny = i; mincount = count; } } } pixDestroy(&pixi); pixDestroy(&pixr); *pdx = minx; *pdy = miny; return 0; } leptonica-1.70/src/skew.c0000644000175000017500000013375512252644466013442 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * skew.c * * Top-level deskew interfaces * PIX *pixDeskew() * PIX *pixFindSkewAndDeskew() * PIX *pixDeskewGeneral() * * Top-level angle-finding interface * l_int32 pixFindSkew() * * Basic angle-finding functions * l_int32 pixFindSkewSweep() * l_int32 pixFindSkewSweepAndSearch() * l_int32 pixFindSkewSweepAndSearchScore() * l_int32 pixFindSkewSweepAndSearchScorePivot() * * Search over arbitrary range of angles in orthogonal directions * l_int32 pixFindSkewOrthogonalRange() * * Differential square sum function for scoring * l_int32 pixFindDifferentialSquareSum() * * Measures of variance of row sums * l_int32 pixFindNormalizedSquareSum() * * * ============================================================== * Page skew detection * * Skew is determined by pixel profiles, which are computed * as pixel sums along the raster line for each line in the * image. By vertically shearing the image by a given angle, * the sums can be computed quickly along the raster lines * rather than along lines at that angle. The score is * computed from these line sums by taking the square of * the DIFFERENCE between adjacent line sums, summed over * all lines. The skew angle is then found as the angle * that maximizes the score. The actual computation for * any sheared image is done in the function * pixFindDifferentialSquareSum(). * * The search for the angle that maximizes this score is * most efficiently performed by first sweeping coarsely * over angles, using a significantly reduced image (say, 4x * reduction), to find the approximate maximum within a half * degree or so, and then doing an interval-halving binary * search at higher resolution to get the skew angle to * within 1/20 degree or better. * * The differential signal is used (rather than just using * that variance of line sums) because it rejects the * background noise due to total number of black pixels, * and has maximum contributions from the baselines and * x-height lines of text when the textlines are aligned * with the raster lines. It also works well in multicolumn * pages where the textlines do not line up across columns. * * The method is fast, accurate to within an angle (in radians) * of approximately the inverse width in pixels of the image, * and will work on a surprisingly small amount of text data * (just a couple of text lines). Consequently, it can * also be used to find local skew if the skew were to vary * significantly over the page. Local skew determination * is not very important except for locating lines of * handwritten text that may be mixed with printed text. */ #include #include "allheaders.h" /* Default sweep angle parameters for pixFindSkew() */ static const l_float32 DEFAULT_SWEEP_RANGE = 7.; /* degrees */ static const l_float32 DEFAULT_SWEEP_DELTA = 1.; /* degrees */ /* Default final angle difference parameter for binary * search in pixFindSkew(). The expected accuracy is * not better than the inverse image width in pixels, * say, 1/2000 radians, or about 0.03 degrees. */ static const l_float32 DEFAULT_MINBS_DELTA = 0.01; /* degrees */ /* Default scale factors for pixFindSkew() */ static const l_int32 DEFAULT_SWEEP_REDUCTION = 4; /* sweep part; 4 is good */ static const l_int32 DEFAULT_BS_REDUCTION = 2; /* binary search part */ /* Minimum angle for deskewing in pixDeskew() */ static const l_float32 MIN_DESKEW_ANGLE = 0.1; /* degree */ /* Minimum allowed confidence (ratio) for deskewing in pixDeskew() */ static const l_float32 MIN_ALLOWED_CONFIDENCE = 3.0; /* Minimum allowed maxscore to give nonzero confidence */ static const l_int32 MIN_VALID_MAXSCORE = 10000; /* Constant setting threshold for minimum allowed minscore * to give nonzero confidence; multiply this constant by * (height * width^2) */ static const l_float32 MINSCORE_THRESHOLD_CONSTANT = 0.000002; /* Default binarization threshold value */ static const l_int32 DEFAULT_BINARY_THRESHOLD = 130; #ifndef NO_CONSOLE_IO #define DEBUG_PRINT_SCORES 0 #define DEBUG_PRINT_SWEEP 0 #define DEBUG_PRINT_BINARY 0 #define DEBUG_PRINT_ORTH 0 #define DEBUG_THRESHOLD 0 #define DEBUG_PLOT_SCORES 0 #endif /* ~NO_CONSOLE_IO */ /*-----------------------------------------------------------------------* * Top-level deskew interfaces * *-----------------------------------------------------------------------*/ /*! * pixDeskew() * * Input: pixs (any depth) * redsearch (for binary search: reduction factor = 1, 2 or 4; * use 0 for default) * Return: pixd (deskewed pix), or null on error * * Notes: * (1) This binarizes if necessary and finds the skew angle. If the * angle is large enough and there is sufficient confidence, * it returns a deskewed image; otherwise, it returns a clone. */ PIX * pixDeskew(PIX *pixs, l_int32 redsearch) { PROCNAME("pixDeskew"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (redsearch == 0) redsearch = DEFAULT_BS_REDUCTION; else if (redsearch != 1 && redsearch != 2 && redsearch != 4) return (PIX *)ERROR_PTR("redsearch not in {1,2,4}", procName, NULL); return pixDeskewGeneral(pixs, 0, 0.0, 0.0, redsearch, 0, NULL, NULL); } /*! * pixFindSkewAndDeskew() * * Input: pixs (any depth) * redsearch (for binary search: reduction factor = 1, 2 or 4; * use 0 for default) * &angle ( angle required to deskew, * in degrees; use NULL to skip) * &conf ( conf value is ratio * of max/min scores; use NULL to skip) * Return: pixd (deskewed pix), or null on error * * Notes: * (1) This binarizes if necessary and finds the skew angle. If the * angle is large enough and there is sufficient confidence, * it returns a deskewed image; otherwise, it returns a clone. */ PIX * pixFindSkewAndDeskew(PIX *pixs, l_int32 redsearch, l_float32 *pangle, l_float32 *pconf) { PROCNAME("pixFindSkewAndDeskew"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (redsearch == 0) redsearch = DEFAULT_BS_REDUCTION; else if (redsearch != 1 && redsearch != 2 && redsearch != 4) return (PIX *)ERROR_PTR("redsearch not in {1,2,4}", procName, NULL); return pixDeskewGeneral(pixs, 0, 0.0, 0.0, redsearch, 0, pangle, pconf); } /*! * pixDeskewGeneral() * * Input: pixs (any depth) * redsweep (for linear search: reduction factor = 1, 2 or 4; * use 0 for default) * sweeprange (in degrees in each direction from 0; * use 0.0 for default) * sweepdelta (in degrees; use 0.0 for default) * redsearch (for binary search: reduction factor = 1, 2 or 4; * use 0 for default;) * thresh (for binarizing the image; use 0 for default) * &angle ( angle required to deskew, * in degrees; use NULL to skip) * &conf ( conf value is ratio * of max/min scores; use NULL to skip) * Return: pixd (deskewed pix), or null on error * * Notes: * (1) This binarizes if necessary and finds the skew angle. If the * angle is large enough and there is sufficient confidence, * it returns a deskewed image; otherwise, it returns a clone. */ PIX * pixDeskewGeneral(PIX *pixs, l_int32 redsweep, l_float32 sweeprange, l_float32 sweepdelta, l_int32 redsearch, l_int32 thresh, l_float32 *pangle, l_float32 *pconf) { l_int32 ret, depth; l_float32 angle, conf, deg2rad; PIX *pixb, *pixd; PROCNAME("pixDeskewGeneral"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (redsweep == 0) redsweep = DEFAULT_SWEEP_REDUCTION; else if (redsweep != 1 && redsweep != 2 && redsweep != 4) return (PIX *)ERROR_PTR("redsweep not in {1,2,4}", procName, NULL); if (sweeprange == 0.0) sweeprange = DEFAULT_SWEEP_RANGE; if (sweepdelta == 0.0) sweepdelta = DEFAULT_SWEEP_DELTA; if (redsearch == 0) redsearch = DEFAULT_BS_REDUCTION; else if (redsearch != 1 && redsearch != 2 && redsearch != 4) return (PIX *)ERROR_PTR("redsearch not in {1,2,4}", procName, NULL); if (thresh == 0) thresh = DEFAULT_BINARY_THRESHOLD; deg2rad = 3.1415926535 / 180.; /* Binarize if necessary */ depth = pixGetDepth(pixs); if (depth == 1) pixb = pixClone(pixs); else pixb = pixConvertTo1(pixs, thresh); /* Use the 1 bpp image to find the skew */ ret = pixFindSkewSweepAndSearch(pixb, &angle, &conf, redsweep, redsearch, sweeprange, sweepdelta, DEFAULT_MINBS_DELTA); pixDestroy(&pixb); if (pangle) *pangle = angle; if (pconf) *pconf = conf; if (ret) return pixClone(pixs); if (L_ABS(angle) < MIN_DESKEW_ANGLE || conf < MIN_ALLOWED_CONFIDENCE) return pixClone(pixs); if ((pixd = pixRotate(pixs, deg2rad * angle, L_ROTATE_AREA_MAP, L_BRING_IN_WHITE, 0, 0)) == NULL) return pixClone(pixs); else return pixd; } /*-----------------------------------------------------------------------* * Simple top-level angle-finding interface * *-----------------------------------------------------------------------*/ /*! * pixFindSkew() * * Input: pixs (1 bpp) * &angle ( angle required to deskew, in degrees) * &conf ( confidence value is ratio max/min scores) * Return: 0 if OK, 1 on error or if angle measurment not valid * * Notes: * (1) This is a simple high-level interface, that uses default * values of the parameters for reasonable speed and accuracy. * (2) The angle returned is the negative of the skew angle of * the image. It is the angle required for deskew. * Clockwise rotations are positive angles. */ l_int32 pixFindSkew(PIX *pixs, l_float32 *pangle, l_float32 *pconf) { PROCNAME("pixFindSkew"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (pixGetDepth(pixs) != 1) return ERROR_INT("pixs not 1 bpp", procName, 1); if (!pangle) return ERROR_INT("&angle not defined", procName, 1); if (!pconf) return ERROR_INT("&conf not defined", procName, 1); return pixFindSkewSweepAndSearch(pixs, pangle, pconf, DEFAULT_SWEEP_REDUCTION, DEFAULT_BS_REDUCTION, DEFAULT_SWEEP_RANGE, DEFAULT_SWEEP_DELTA, DEFAULT_MINBS_DELTA); } /*-----------------------------------------------------------------------* * Basic angle-finding functions * *-----------------------------------------------------------------------*/ /*! * pixFindSkewSweep() * * Input: pixs (1 bpp) * &angle ( angle required to deskew, in degrees) * reduction (factor = 1, 2, 4 or 8) * sweeprange (half the full range; assumed about 0; in degrees) * sweepdelta (angle increment of sweep; in degrees) * Return: 0 if OK, 1 on error or if angle measurment not valid * * Notes: * (1) This examines the 'score' for skew angles with equal intervals. * (2) Caller must check the return value for validity of the result. */ l_int32 pixFindSkewSweep(PIX *pixs, l_float32 *pangle, l_int32 reduction, l_float32 sweeprange, l_float32 sweepdelta) { l_int32 ret, bzero, i, nangles; l_float32 deg2rad, theta; l_float32 sum, maxscore, maxangle; NUMA *natheta, *nascore; PIX *pix, *pixt; PROCNAME("pixFindSkewSweep"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (pixGetDepth(pixs) != 1) return ERROR_INT("pixs not 1 bpp", procName, 1); if (!pangle) return ERROR_INT("&angle not defined", procName, 1); if (reduction != 1 && reduction != 2 && reduction != 4 && reduction != 8) return ERROR_INT("reduction must be in {1,2,4,8}", procName, 1); *pangle = 0.0; /* init */ deg2rad = 3.1415926535 / 180.; ret = 0; /* Generate reduced image, if requested */ if (reduction == 1) pix = pixClone(pixs); else if (reduction == 2) pix = pixReduceRankBinaryCascade(pixs, 1, 0, 0, 0); else if (reduction == 4) pix = pixReduceRankBinaryCascade(pixs, 1, 1, 0, 0); else /* reduction == 8 */ pix = pixReduceRankBinaryCascade(pixs, 1, 1, 2, 0); pixZero(pix, &bzero); if (bzero) { pixDestroy(&pix); return 1; } nangles = (l_int32)((2. * sweeprange) / sweepdelta + 1); natheta = numaCreate(nangles); nascore = numaCreate(nangles); pixt = pixCreateTemplate(pix); if (!pix || !pixt) { ret = ERROR_INT("pix and pixt not both made", procName, 1); goto cleanup; } if (!natheta || !nascore) { ret = ERROR_INT("natheta and nascore not both made", procName, 1); goto cleanup; } for (i = 0; i < nangles; i++) { theta = -sweeprange + i * sweepdelta; /* degrees */ /* Shear pix about the UL corner and put the result in pixt */ pixVShearCorner(pixt, pix, deg2rad * theta, L_BRING_IN_WHITE); /* Get score */ pixFindDifferentialSquareSum(pixt, &sum); #if DEBUG_PRINT_SCORES L_INFO("sum(%7.2f) = %7.0f\n", procName, theta, sum); #endif /* DEBUG_PRINT_SCORES */ /* Save the result in the output arrays */ numaAddNumber(nascore, sum); numaAddNumber(natheta, theta); } /* Find the location of the maximum (i.e., the skew angle) * by fitting the largest data point and its two neighbors * to a quadratic, using lagrangian interpolation. */ numaFitMax(nascore, &maxscore, natheta, &maxangle); *pangle = maxangle; #if DEBUG_PRINT_SWEEP L_INFO(" From sweep: angle = %7.3f, score = %7.3f\n", procName, maxangle, maxscore); #endif /* DEBUG_PRINT_SWEEP */ #if DEBUG_PLOT_SCORES /* Plot the result -- the scores versus rotation angle -- * using gnuplot with GPLOT_LINES (lines connecting data points). * The GPLOT data structure is first created, with the * appropriate data incorporated from the two input NUMAs, * and then the function gplotMakeOutput() uses gnuplot to * generate the output plot. This can be either a .png file * or a .ps file, depending on whether you use GPLOT_PNG * or GPLOT_PS. */ {GPLOT *gplot; gplot = gplotCreate("sweep_output", GPLOT_PNG, "Sweep. Variance of difference of ON pixels vs. angle", "angle (deg)", "score"); gplotAddPlot(gplot, natheta, nascore, GPLOT_LINES, "plot1"); gplotAddPlot(gplot, natheta, nascore, GPLOT_POINTS, "plot2"); gplotMakeOutput(gplot); gplotDestroy(&gplot); } #endif /* DEBUG_PLOT_SCORES */ cleanup: pixDestroy(&pix); pixDestroy(&pixt); numaDestroy(&nascore); numaDestroy(&natheta); return ret; } /*! * pixFindSkewSweepAndSearch() * * Input: pixs (1 bpp) * &angle ( angle required to deskew; in degrees) * &conf ( confidence given by ratio of max/min score) * redsweep (sweep reduction factor = 1, 2, 4 or 8) * redsearch (binary search reduction factor = 1, 2, 4 or 8; * and must not exceed redsweep) * sweeprange (half the full range, assumed about 0; in degrees) * sweepdelta (angle increment of sweep; in degrees) * minbsdelta (min binary search increment angle; in degrees) * Return: 0 if OK, 1 on error or if angle measurment not valid * * Notes: * (1) This finds the skew angle, doing first a sweep through a set * of equal angles, and then doing a binary search until * convergence. * (2) Caller must check the return value for validity of the result. * (3) In computing the differential line sum variance score, we sum * the result over scanlines, but we always skip: * - at least one scanline * - not more than 10% of the image height * - not more than 5% of the image width * (4) See also notes in pixFindSkewSweepAndSearchScore() */ l_int32 pixFindSkewSweepAndSearch(PIX *pixs, l_float32 *pangle, l_float32 *pconf, l_int32 redsweep, l_int32 redsearch, l_float32 sweeprange, l_float32 sweepdelta, l_float32 minbsdelta) { return pixFindSkewSweepAndSearchScore(pixs, pangle, pconf, NULL, redsweep, redsearch, 0.0, sweeprange, sweepdelta, minbsdelta); } /*! * pixFindSkewSweepAndSearchScore() * * Input: pixs (1 bpp) * &angle ( angle required to deskew; in degrees) * &conf ( confidence given by ratio of max/min score) * &endscore ( max score; use NULL to ignore) * redsweep (sweep reduction factor = 1, 2, 4 or 8) * redsearch (binary search reduction factor = 1, 2, 4 or 8; * and must not exceed redsweep) * sweepcenter (angle about which sweep is performed; in degrees) * sweeprange (half the full range, taken about sweepcenter; * in degrees) * sweepdelta (angle increment of sweep; in degrees) * minbsdelta (min binary search increment angle; in degrees) * Return: 0 if OK, 1 on error or if angle measurment not valid * * Notes: * (1) This finds the skew angle, doing first a sweep through a set * of equal angles, and then doing a binary search until convergence. * (2) There are two built-in constants that determine if the * returned confidence is nonzero: * - MIN_VALID_MAXSCORE (minimum allowed maxscore) * - MINSCORE_THRESHOLD_CONSTANT (determines minimum allowed * minscore, by multiplying by (height * width^2) * If either of these conditions is not satisfied, the returned * confidence value will be zero. The maxscore is optionally * returned in this function to allow evaluation of the * resulting angle by a method that is independent of the * returned confidence value. * (3) The larger the confidence value, the greater the probability * that the proper alignment is given by the angle that maximizes * variance. It should be compared to a threshold, which depends * on the application. Values between 3.0 and 6.0 are common. * (4) By default, the shear is about the UL corner. */ l_int32 pixFindSkewSweepAndSearchScore(PIX *pixs, l_float32 *pangle, l_float32 *pconf, l_float32 *pendscore, l_int32 redsweep, l_int32 redsearch, l_float32 sweepcenter, l_float32 sweeprange, l_float32 sweepdelta, l_float32 minbsdelta) { return pixFindSkewSweepAndSearchScorePivot(pixs, pangle, pconf, pendscore, redsweep, redsearch, 0.0, sweeprange, sweepdelta, minbsdelta, L_SHEAR_ABOUT_CORNER); } /*! * pixFindSkewSweepAndSearchScorePivot() * * Input: pixs (1 bpp) * &angle ( angle required to deskew; in degrees) * &conf ( confidence given by ratio of max/min score) * &endscore ( max score; use NULL to ignore) * redsweep (sweep reduction factor = 1, 2, 4 or 8) * redsearch (binary search reduction factor = 1, 2, 4 or 8; * and must not exceed redsweep) * sweepcenter (angle about which sweep is performed; in degrees) * sweeprange (half the full range, taken about sweepcenter; * in degrees) * sweepdelta (angle increment of sweep; in degrees) * minbsdelta (min binary search increment angle; in degrees) * pivot (L_SHEAR_ABOUT_CORNER, L_SHEAR_ABOUT_CENTER) * Return: 0 if OK, 1 on error or if angle measurment not valid * * Notes: * (1) See notes in pixFindSkewSweepAndSearchScore(). * (2) This allows choice of shear pivoting from either the UL corner * or the center. For small angles, the ability to discriminate * angles is better with shearing from the UL corner. However, * for large angles (say, greater than 20 degrees), it is better * to shear about the center because a shear from the UL corner * loses too much of the image. */ l_int32 pixFindSkewSweepAndSearchScorePivot(PIX *pixs, l_float32 *pangle, l_float32 *pconf, l_float32 *pendscore, l_int32 redsweep, l_int32 redsearch, l_float32 sweepcenter, l_float32 sweeprange, l_float32 sweepdelta, l_float32 minbsdelta, l_int32 pivot) { l_int32 ret, bzero, i, nangles, n, ratio, maxindex, minloc; l_int32 width, height; l_float32 deg2rad, theta, delta; l_float32 sum, maxscore, maxangle; l_float32 centerangle, leftcenterangle, rightcenterangle; l_float32 lefttemp, righttemp; l_float32 bsearchscore[5]; l_float32 minscore, minthresh; l_float32 rangeleft; NUMA *natheta, *nascore; PIX *pixsw, *pixsch, *pixt1, *pixt2; PROCNAME("pixFindSkewSweepAndSearchScorePivot"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (pixGetDepth(pixs) != 1) return ERROR_INT("pixs not 1 bpp", procName, 1); if (!pangle) return ERROR_INT("&angle not defined", procName, 1); if (!pconf) return ERROR_INT("&conf not defined", procName, 1); if (redsweep != 1 && redsweep != 2 && redsweep != 4 && redsweep != 8) return ERROR_INT("redsweep must be in {1,2,4,8}", procName, 1); if (redsearch != 1 && redsearch != 2 && redsearch != 4 && redsearch != 8) return ERROR_INT("redsearch must be in {1,2,4,8}", procName, 1); if (redsearch > redsweep) return ERROR_INT("redsearch must not exceed redsweep", procName, 1); if (pivot != L_SHEAR_ABOUT_CORNER && pivot != L_SHEAR_ABOUT_CENTER) return ERROR_INT("invalid pivot", procName, 1); *pangle = 0.0; *pconf = 0.0; deg2rad = 3.1415926535 / 180.; ret = 0; /* Generate reduced image for binary search, if requested */ if (redsearch == 1) pixsch = pixClone(pixs); else if (redsearch == 2) pixsch = pixReduceRankBinaryCascade(pixs, 1, 0, 0, 0); else if (redsearch == 4) pixsch = pixReduceRankBinaryCascade(pixs, 1, 1, 0, 0); else /* redsearch == 8 */ pixsch = pixReduceRankBinaryCascade(pixs, 1, 1, 2, 0); pixZero(pixsch, &bzero); if (bzero) { pixDestroy(&pixsch); return 1; } /* Generate reduced image for sweep, if requested */ ratio = redsweep / redsearch; if (ratio == 1) { pixsw = pixClone(pixsch); } else { /* ratio > 1 */ if (ratio == 2) pixsw = pixReduceRankBinaryCascade(pixsch, 1, 0, 0, 0); else if (ratio == 4) pixsw = pixReduceRankBinaryCascade(pixsch, 1, 2, 0, 0); else /* ratio == 8 */ pixsw = pixReduceRankBinaryCascade(pixsch, 1, 2, 2, 0); } pixt1 = pixCreateTemplate(pixsw); if (ratio == 1) pixt2 = pixClone(pixt1); else pixt2 = pixCreateTemplate(pixsch); nangles = (l_int32)((2. * sweeprange) / sweepdelta + 1); natheta = numaCreate(nangles); nascore = numaCreate(nangles); if (!pixsch || !pixsw) { ret = ERROR_INT("pixsch and pixsw not both made", procName, 1); goto cleanup; } if (!pixt1 || !pixt2) { ret = ERROR_INT("pixt1 and pixt2 not both made", procName, 1); goto cleanup; } if (!natheta || !nascore) { ret = ERROR_INT("natheta and nascore not both made", procName, 1); goto cleanup; } /* Do sweep */ rangeleft = sweepcenter - sweeprange; for (i = 0; i < nangles; i++) { theta = rangeleft + i * sweepdelta; /* degrees */ /* Shear pix and put the result in pixt1 */ if (pivot == L_SHEAR_ABOUT_CORNER) pixVShearCorner(pixt1, pixsw, deg2rad * theta, L_BRING_IN_WHITE); else pixVShearCenter(pixt1, pixsw, deg2rad * theta, L_BRING_IN_WHITE); /* Get score */ pixFindDifferentialSquareSum(pixt1, &sum); #if DEBUG_PRINT_SCORES L_INFO("sum(%7.2f) = %7.0f\n", procName, theta, sum); #endif /* DEBUG_PRINT_SCORES */ /* Save the result in the output arrays */ numaAddNumber(nascore, sum); numaAddNumber(natheta, theta); } /* Find the largest of the set (maxscore at maxangle) */ numaGetMax(nascore, &maxscore, &maxindex); numaGetFValue(natheta, maxindex, &maxangle); #if DEBUG_PRINT_SWEEP L_INFO(" From sweep: angle = %7.3f, score = %7.3f\n", procName, maxangle, maxscore); #endif /* DEBUG_PRINT_SWEEP */ #if DEBUG_PLOT_SCORES /* Plot the sweep result -- the scores versus rotation angle -- * using gnuplot with GPLOT_LINES (lines connecting data points). */ {GPLOT *gplot; gplot = gplotCreate("sweep_output", GPLOT_PNG, "Sweep. Variance of difference of ON pixels vs. angle", "angle (deg)", "score"); gplotAddPlot(gplot, natheta, nascore, GPLOT_LINES, "plot1"); gplotAddPlot(gplot, natheta, nascore, GPLOT_POINTS, "plot2"); gplotMakeOutput(gplot); gplotDestroy(&gplot); } #endif /* DEBUG_PLOT_SCORES */ /* Check if the max is at the end of the sweep. */ n = numaGetCount(natheta); if (maxindex == 0 || maxindex == n - 1) { L_WARNING("max found at sweep edge\n", procName); goto cleanup; } /* Empty the numas for re-use */ numaEmpty(nascore); numaEmpty(natheta); /* Do binary search to find skew angle. * First, set up initial three points. */ centerangle = maxangle; if (pivot == L_SHEAR_ABOUT_CORNER) { pixVShearCorner(pixt2, pixsch, deg2rad * centerangle, L_BRING_IN_WHITE); pixFindDifferentialSquareSum(pixt2, &bsearchscore[2]); pixVShearCorner(pixt2, pixsch, deg2rad * (centerangle - sweepdelta), L_BRING_IN_WHITE); pixFindDifferentialSquareSum(pixt2, &bsearchscore[0]); pixVShearCorner(pixt2, pixsch, deg2rad * (centerangle + sweepdelta), L_BRING_IN_WHITE); pixFindDifferentialSquareSum(pixt2, &bsearchscore[4]); } else { pixVShearCenter(pixt2, pixsch, deg2rad * centerangle, L_BRING_IN_WHITE); pixFindDifferentialSquareSum(pixt2, &bsearchscore[2]); pixVShearCenter(pixt2, pixsch, deg2rad * (centerangle - sweepdelta), L_BRING_IN_WHITE); pixFindDifferentialSquareSum(pixt2, &bsearchscore[0]); pixVShearCenter(pixt2, pixsch, deg2rad * (centerangle + sweepdelta), L_BRING_IN_WHITE); pixFindDifferentialSquareSum(pixt2, &bsearchscore[4]); } numaAddNumber(nascore, bsearchscore[2]); numaAddNumber(natheta, centerangle); numaAddNumber(nascore, bsearchscore[0]); numaAddNumber(natheta, centerangle - sweepdelta); numaAddNumber(nascore, bsearchscore[4]); numaAddNumber(natheta, centerangle + sweepdelta); /* Start the search */ delta = 0.5 * sweepdelta; while (delta >= minbsdelta) { /* Get the left intermediate score */ leftcenterangle = centerangle - delta; if (pivot == L_SHEAR_ABOUT_CORNER) pixVShearCorner(pixt2, pixsch, deg2rad * leftcenterangle, L_BRING_IN_WHITE); else pixVShearCenter(pixt2, pixsch, deg2rad * leftcenterangle, L_BRING_IN_WHITE); pixFindDifferentialSquareSum(pixt2, &bsearchscore[1]); numaAddNumber(nascore, bsearchscore[1]); numaAddNumber(natheta, leftcenterangle); /* Get the right intermediate score */ rightcenterangle = centerangle + delta; if (pivot == L_SHEAR_ABOUT_CORNER) pixVShearCorner(pixt2, pixsch, deg2rad * rightcenterangle, L_BRING_IN_WHITE); else pixVShearCenter(pixt2, pixsch, deg2rad * rightcenterangle, L_BRING_IN_WHITE); pixFindDifferentialSquareSum(pixt2, &bsearchscore[3]); numaAddNumber(nascore, bsearchscore[3]); numaAddNumber(natheta, rightcenterangle); /* Find the maximum of the five scores and its location. * Note that the maximum must be in the center * three values, not in the end two. */ maxscore = bsearchscore[1]; maxindex = 1; for (i = 2; i < 4; i++) { if (bsearchscore[i] > maxscore) { maxscore = bsearchscore[i]; maxindex = i; } } /* Set up score array to interpolate for the next iteration */ lefttemp = bsearchscore[maxindex - 1]; righttemp = bsearchscore[maxindex + 1]; bsearchscore[2] = maxscore; bsearchscore[0] = lefttemp; bsearchscore[4] = righttemp; /* Get new center angle and delta for next iteration */ centerangle = centerangle + delta * (maxindex - 2); delta = 0.5 * delta; } *pangle = centerangle; #if DEBUG_PRINT_SCORES L_INFO(" Binary search score = %7.3f\n", procName, bsearchscore[2]); #endif /* DEBUG_PRINT_SCORES */ if (pendscore) /* save if requested */ *pendscore = bsearchscore[2]; /* Return the ratio of Max score over Min score * as a confidence value. Don't trust if the Min score * is too small, which can happen if the image is all black * with only a few white pixels interspersed. In that case, * we get a contribution from the top and bottom edges when * vertically sheared, but this contribution becomes zero when * the shear angle is zero. For zero shear angle, the only * contribution will be from the white pixels. We expect that * the signal goes as the product of the (height * width^2), * so we compute a (hopefully) normalized minimum threshold as * a function of these dimensions. */ numaGetMin(nascore, &minscore, &minloc); width = pixGetWidth(pixsch); height = pixGetHeight(pixsch); minthresh = MINSCORE_THRESHOLD_CONSTANT * width * width * height; #if DEBUG_THRESHOLD L_INFO(" minthresh = %10.2f, minscore = %10.2f\n", procName, minthresh, minscore); L_INFO(" maxscore = %10.2f\n", procName, maxscore); #endif /* DEBUG_THRESHOLD */ if (minscore > minthresh) *pconf = maxscore / minscore; else *pconf = 0.0; /* Don't trust it if too close to the edge of the sweep * range or if maxscore is small */ if ((centerangle > rangeleft + 2 * sweeprange - sweepdelta) || (centerangle < rangeleft + sweepdelta) || (maxscore < MIN_VALID_MAXSCORE)) *pconf = 0.0; #if DEBUG_PRINT_BINARY fprintf(stderr, "Binary search: angle = %7.3f, score ratio = %6.2f\n", *pangle, *pconf); fprintf(stderr, " max score = %8.0f\n", maxscore); #endif /* DEBUG_PRINT_BINARY */ #if DEBUG_PLOT_SCORES /* Plot the result -- the scores versus rotation angle -- * using gnuplot with GPLOT_POINTS. Because the data * points are not ordered by theta (increasing or decreasing), * using GPLOT_LINES would be confusing! */ {GPLOT *gplot; gplot = gplotCreate("search_output", GPLOT_PNG, "Binary search. Variance of difference of ON pixels vs. angle", "angle (deg)", "score"); gplotAddPlot(gplot, natheta, nascore, GPLOT_POINTS, "plot1"); gplotMakeOutput(gplot); gplotDestroy(&gplot); } #endif /* DEBUG_PLOT_SCORES */ cleanup: pixDestroy(&pixsw); pixDestroy(&pixsch); pixDestroy(&pixt1); pixDestroy(&pixt2); numaDestroy(&nascore); numaDestroy(&natheta); return ret; } /*---------------------------------------------------------------------* * Search over arbitrary range of angles in orthogonal directions * *---------------------------------------------------------------------*/ /* * pixFindSkewOrthogonalRange() * * Input: pixs (1 bpp) * &angle ( angle required to deskew; in degrees cw) * &conf ( confidence given by ratio of max/min score) * redsweep (sweep reduction factor = 1, 2, 4 or 8) * redsearch (binary search reduction factor = 1, 2, 4 or 8; * and must not exceed redsweep) * sweeprange (half the full range in each orthogonal * direction, taken about 0, in degrees) * sweepdelta (angle increment of sweep; in degrees) * minbsdelta (min binary search increment angle; in degrees) * confprior (amount by which confidence of 90 degree rotated * result is reduced when comparing with unrotated * confidence value) * Return: 0 if OK, 1 on error or if angle measurment not valid * * Notes: * (1) This searches for the skew angle, first in the range * [-sweeprange, sweeprange], and then in * [90 - sweeprange, 90 + sweeprange], with angles measured * clockwise. For exploring the full range of possibilities, * suggest using sweeprange = 47.0 degrees, giving some overlap * at 45 and 135 degrees. From these results, and discounting * the the second confidence by @confprior, it selects the * angle for maximal differential variance. If the angle * is larger than pi/4, the angle found after 90 degree rotation * is selected. * (2) The larger the confidence value, the greater the probability * that the proper alignment is given by the angle that maximizes * variance. It should be compared to a threshold, which depends * on the application. Values between 3.0 and 6.0 are common. * (3) Allowing for both portrait and landscape searches is more * difficult, because if the signal from the text lines is weak, * a signal from vertical rules can be larger! * The most difficult documents to deskew have some or all of: * (a) Multiple columns, not aligned * (b) Black lines along the vertical edges * (c) Text from two pages, and at different angles * Rule of thumb for resolution: * (a) If the margins are clean, you can work at 75 ppi, * although 100 ppi is safer. * (b) If there are vertical lines in the margins, do not * work below 150 ppi. The signal from the text lines must * exceed that from the margin lines. * (4) Choosing the @confprior parameter depends on knowing something * about the source of image. However, we're not using * real probabilities here, so its use is qualitative. * If landscape and portrait are equally likely, use * @confprior = 0.0. If the likelihood of portrait (non-rotated) * is 100 times higher than that of landscape, we want to reduce * the chance that we rotate to landscape in a situation where * the landscape signal is accidentally larger than the * portrait signal. To do this use a positive value of * @confprior; say 1.5. */ l_int32 pixFindSkewOrthogonalRange(PIX *pixs, l_float32 *pangle, l_float32 *pconf, l_int32 redsweep, l_int32 redsearch, l_float32 sweeprange, l_float32 sweepdelta, l_float32 minbsdelta, l_float32 confprior) { l_float32 angle1, conf1, score1, angle2, conf2, score2; PIX *pixr; PROCNAME("pixFindSkewOrthogonalRange"); if (!pangle || !pconf) return ERROR_INT("&angle and &conf not both defined", procName, 1); *pangle = *pconf = 0.0; if (!pixs || pixGetDepth(pixs) != 1) return ERROR_INT("pixs not defined or not 1 bpp", procName, 1); pixFindSkewSweepAndSearchScorePivot(pixs, &angle1, &conf1, &score1, redsweep, redsearch, 0.0, sweeprange, sweepdelta, minbsdelta, L_SHEAR_ABOUT_CORNER); pixr = pixRotateOrth(pixs, 1); pixFindSkewSweepAndSearchScorePivot(pixr, &angle2, &conf2, &score2, redsweep, redsearch, 0.0, sweeprange, sweepdelta, minbsdelta, L_SHEAR_ABOUT_CORNER); pixDestroy(&pixr); if (conf1 > conf2 - confprior) { *pangle = angle1; *pconf = conf1; } else { *pangle = -90.0 + angle2; *pconf = conf2; } #if DEBUG_PRINT_ORTH fprintf(stderr, " About 0: angle1 = %7.3f, conf1 = %7.3f, score1 = %f\n", angle1, conf1, score1); fprintf(stderr, " About 90: angle2 = %7.3f, conf2 = %7.3f, score2 = %f\n", angle2, conf2, score2); fprintf(stderr, " Final: angle = %7.3f, conf = %7.3f\n", *pangle, *pconf); #endif /* DEBUG_PRINT_ORTH */ return 0; } /*----------------------------------------------------------------* * Differential square sum function * *----------------------------------------------------------------*/ /*! * pixFindDifferentialSquareSum() * * Input: pixs * &sum ( result) * Return: 0 if OK, 1 on error * * Notes: * (1) At the top and bottom, we skip: * - at least one scanline * - not more than 10% of the image height * - not more than 5% of the image width */ l_int32 pixFindDifferentialSquareSum(PIX *pixs, l_float32 *psum) { l_int32 i, n; l_int32 w, h, skiph, skip, nskip; l_float32 val1, val2, diff, sum; NUMA *na; PROCNAME("pixFindDifferentialSquareSum"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); /* Generate a number array consisting of the sum * of pixels in each row of pixs */ if ((na = pixCountPixelsByRow(pixs, NULL)) == NULL) return ERROR_INT("na not made", procName, 1); /* Compute the number of rows at top and bottom to omit. * We omit these to avoid getting a spurious signal from * the top and bottom of a (nearly) all black image. */ w = pixGetWidth(pixs); h = pixGetHeight(pixs); skiph = (l_int32)(0.05 * w); /* skip for max shear of 0.025 radians */ skip = L_MIN(h / 10, skiph); /* don't remove more than 10% of image */ nskip = L_MAX(skip / 2, 1); /* at top & bot; skip at least one line */ /* Sum the squares of differential row sums, on the * allowed rows. Note that nskip must be >= 1. */ n = numaGetCount(na); sum = 0.0; for (i = nskip; i < n - nskip; i++) { numaGetFValue(na, i - 1, &val1); numaGetFValue(na, i, &val2); diff = val2 - val1; sum += diff * diff; } numaDestroy(&na); *psum = sum; return 0; } /*----------------------------------------------------------------* * Normalized square sum * *----------------------------------------------------------------*/ /*! * pixFindNormalizedSquareSum() * * Input: pixs * &hratio ( ratio of normalized horiz square sum * to result if the pixel distribution were uniform) * &vratio ( ratio of normalized vert square sum * to result if the pixel distribution were uniform) * &fract ( ratio of fg pixels to total pixels) * Return: 0 if OK, 1 on error or if there are no fg pixels * * Notes: * (1) Let the image have h scanlines and N fg pixels. * If the pixels were uniformly distributed on scanlines, * the sum of squares of fg pixels on each scanline would be * h * (N / h)^2. However, if the pixels are not uniformly * distributed (e.g., for text), the sum of squares of fg * pixels will be larger. We return in hratio and vratio the * ratio of these two values. * (2) If there are no fg pixels, hratio and vratio are returned as 0.0. */ l_int32 pixFindNormalizedSquareSum(PIX *pixs, l_float32 *phratio, l_float32 *pvratio, l_float32 *pfract) { l_int32 i, w, h, empty; l_float32 sum, sumsq, uniform, val; NUMA *na; PIX *pixt; PROCNAME("pixFindNormalizedSquareSum"); if (!pixs || pixGetDepth(pixs) != 1) return ERROR_INT("pixs not defined or not 1 bpp", procName, 1); pixGetDimensions(pixs, &w, &h, NULL); if (!phratio && !pvratio) return ERROR_INT("nothing to do", procName, 1); if (phratio) *phratio = 0.0; if (pvratio) *pvratio = 0.0; empty = 0; if (phratio) { na = pixCountPixelsByRow(pixs, NULL); numaGetSum(na, &sum); /* fg pixels */ if (pfract) *pfract = sum / (l_float32)(w * h); if (sum != 0.0) { uniform = sum * sum / h; /* h*(sum / h)^2 */ sumsq = 0.0; for (i = 0; i < h; i++) { numaGetFValue(na, i, &val); sumsq += val * val; } *phratio = sumsq / uniform; } else { empty = 1; } numaDestroy(&na); } if (pvratio) { if (empty == 1) return 1; pixt = pixRotateOrth(pixs, 1); na = pixCountPixelsByRow(pixt, NULL); numaGetSum(na, &sum); if (pfract) *pfract = sum / (l_float32)(w * h); if (sum != 0.0) { uniform = sum * sum / w; sumsq = 0.0; for (i = 0; i < w; i++) { numaGetFValue(na, i, &val); sumsq += val * val; } *pvratio = sumsq / uniform; } else { empty = 1; } pixDestroy(&pixt); numaDestroy(&na); } return empty; } leptonica-1.70/src/list.h0000644000175000017500000000651211707052573013433 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ #ifndef LEPTONICA_LIST_H #define LEPTONICA_LIST_H /* * list.h * * Cell for double-linked lists * * This allows composition of a list of cells with * prev, next and data pointers. Generic data * structures hang on the list cell data pointers. * * The list is not circular because that would add much * complexity in traversing the list under general * conditions where list cells can be added and removed. * The only disadvantage of not having the head point to * the last cell is that the list must be traversed to * find its tail. However, this traversal is fast, and * the listRemoveFromTail() function updates the tail * so there is no searching overhead with repeated use. * * The list macros are used to run through a list, and their * use is encouraged. They are invoked, e.g., as * * DLLIST *head, *elem; * ... * L_BEGIN_LIST_FORWARD(head, elem) * data > * L_END_LIST * */ struct DoubleLinkedList { struct DoubleLinkedList *prev; struct DoubleLinkedList *next; void *data; }; typedef struct DoubleLinkedList DLLIST; /* Simple list traverse macros */ #define L_BEGIN_LIST_FORWARD(head, element) \ { \ DLLIST *_leptvar_nextelem_; \ for ((element) = (head); (element); (element) = _leptvar_nextelem_) { \ _leptvar_nextelem_ = (element)->next; #define L_BEGIN_LIST_REVERSE(tail, element) \ { \ DLLIST *_leptvar_prevelem_; \ for ((element) = (tail); (element); (element) = _leptvar_prevelem_) { \ _leptvar_prevelem_ = (element)->prev; #define L_END_LIST }} #endif /* LEPTONICA_LIST_H */ leptonica-1.70/src/binarize.c0000644000175000017500000007736712265645116014277 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * binarize.c * * =================================================================== * Image binarization algorithms are found in: * grayquant.c: standard, simple, general grayscale quantization * adaptmap.c: local adaptive; mostly gray-to-gray in preparation * for binarization * binarize.c: special binarization methods, locally adaptive. * =================================================================== * * Adaptive Otsu-based thresholding * l_int32 pixOtsuAdaptiveThreshold() 8 bpp * * Otsu thresholding on adaptive background normalization * PIX *pixOtsuThreshOnBackgroundNorm() 8 bpp * * Masking and Otsu estimate on adaptive background normalization * PIX *pixMaskedThreshOnBackgroundNorm() 8 bpp * * Sauvola local thresholding * l_int32 pixSauvolaBinarizeTiled() * l_int32 pixSauvolaBinarize() * PIX *pixSauvolaGetThreshold() * PIX *pixApplyLocalThreshold(); * * Notes: * (1) pixOtsuAdaptiveThreshold() computes a global threshold over each * tile and performs the threshold operation, resulting in a * binary image for each tile. These are stitched into the * final result. * (2) pixOtsuThreshOnBackgroundNorm() and * pixMaskedThreshOnBackgroundNorm() are binarization functions * that use background normalization with other techniques. * (3) Sauvola binarization computes a local threshold based on * the local average and square average. It takes two constants: * the window size for the measurment at each pixel and a * parameter that determines the amount of normalized local * standard deviation to subtract from the local average value. */ #include #include "allheaders.h" /*------------------------------------------------------------------* * Adaptive Otsu-based thresholding * *------------------------------------------------------------------*/ /*! * pixOtsuAdaptiveThreshold() * * Input: pixs (8 bpp) * sx, sy (desired tile dimensions; actual size may vary) * smoothx, smoothy (half-width of convolution kernel applied to * threshold array: use 0 for no smoothing) * scorefract (fraction of the max Otsu score; typ. 0.1; * use 0.0 for standard Otsu) * &pixth ( array of threshold values * found for each tile) * &pixd ( thresholded input pixs, based on * the threshold array) * Return: 0 if OK, 1 on error * * Notes: * (1) The Otsu method finds a single global threshold for an image. * This function allows a locally adapted threshold to be * found for each tile into which the image is broken up. * (2) The array of threshold values, one for each tile, constitutes * a highly downscaled image. This array is optionally * smoothed using a convolution. The full width and height of the * convolution kernel are (2 * @smoothx + 1) and (2 * @smoothy + 1). * (3) The minimum tile dimension allowed is 16. If such small * tiles are used, it is recommended to use smoothing, because * without smoothing, each small tile determines the splitting * threshold independently. A tile that is entirely in the * image bg will then hallucinate fg, resulting in a very noisy * binarization. The smoothing should be large enough that no * tile is only influenced by one type (fg or bg) of pixels, * because it will force a split of its pixels. * (4) To get a single global threshold for the entire image, use * input values of @sx and @sy that are larger than the image. * For this situation, the smoothing parameters are ignored. * (5) The threshold values partition the image pixels into two classes: * one whose values are less than the threshold and another * whose values are greater than or equal to the threshold. * This is the same use of 'threshold' as in pixThresholdToBinary(). * (6) The scorefract is the fraction of the maximum Otsu score, which * is used to determine the range over which the histogram minimum * is searched. See numaSplitDistribution() for details on the * underlying method of choosing a threshold. * (7) This uses enables a modified version of the Otsu criterion for * splitting the distribution of pixels in each tile into a * fg and bg part. The modification consists of searching for * a minimum in the histogram over a range of pixel values where * the Otsu score is within a defined fraction, @scorefract, * of the max score. To get the original Otsu algorithm, set * @scorefract == 0. */ l_int32 pixOtsuAdaptiveThreshold(PIX *pixs, l_int32 sx, l_int32 sy, l_int32 smoothx, l_int32 smoothy, l_float32 scorefract, PIX **ppixth, PIX **ppixd) { l_int32 w, h, nx, ny, i, j, thresh; l_uint32 val; PIX *pixt, *pixb, *pixthresh, *pixth, *pixd; PIXTILING *pt; PROCNAME("pixOtsuAdaptiveThreshold"); if (!ppixth && !ppixd) return ERROR_INT("neither &pixth nor &pixd defined", procName, 1); if (ppixth) *ppixth = NULL; if (ppixd) *ppixd = NULL; if (!pixs || pixGetDepth(pixs) != 8) return ERROR_INT("pixs not defined or not 8 bpp", procName, 1); if (sx < 16 || sy < 16) return ERROR_INT("sx and sy must be >= 16", procName, 1); /* Compute the threshold array for the tiles */ pixGetDimensions(pixs, &w, &h, NULL); nx = L_MAX(1, w / sx); ny = L_MAX(1, h / sy); smoothx = L_MIN(smoothx, (nx - 1) / 2); smoothy = L_MIN(smoothy, (ny - 1) / 2); pt = pixTilingCreate(pixs, nx, ny, 0, 0, 0, 0); pixthresh = pixCreate(nx, ny, 8); for (i = 0; i < ny; i++) { for (j = 0; j < nx; j++) { pixt = pixTilingGetTile(pt, i, j); pixSplitDistributionFgBg(pixt, scorefract, 1, &thresh, NULL, NULL, 0); pixSetPixel(pixthresh, j, i, thresh); /* see note (4) */ pixDestroy(&pixt); } } /* Optionally smooth the threshold array */ if (smoothx > 0 || smoothy > 0) pixth = pixBlockconv(pixthresh, smoothx, smoothy); else pixth = pixClone(pixthresh); pixDestroy(&pixthresh); /* Optionally apply the threshold array to binarize pixs */ if (ppixd) { pixd = pixCreate(w, h, 1); for (i = 0; i < ny; i++) { for (j = 0; j < nx; j++) { pixt = pixTilingGetTile(pt, i, j); pixGetPixel(pixth, j, i, &val); pixb = pixThresholdToBinary(pixt, val); pixTilingPaintTile(pixd, i, j, pixb, pt); pixDestroy(&pixt); pixDestroy(&pixb); } } *ppixd = pixd; } if (ppixth) *ppixth = pixth; else pixDestroy(&pixth); pixTilingDestroy(&pt); return 0; } /*------------------------------------------------------------------* * Otsu thresholding on adaptive background normalization * *------------------------------------------------------------------*/ /*! * pixOtsuThreshOnBackgroundNorm() * * Input: pixs (8 bpp grayscale; not colormapped) * pixim ( 1 bpp 'image' mask; can be null) * sx, sy (tile size in pixels) * thresh (threshold for determining foreground) * mincount (min threshold on counts in a tile) * bgval (target bg val; typ. > 128) * smoothx (half-width of block convolution kernel width) * smoothy (half-width of block convolution kernel height) * scorefract (fraction of the max Otsu score; typ. 0.1) * &thresh ( threshold value that was * used on the normalized image) * Return: pixd (1 bpp thresholded image), or null on error * * Notes: * (1) This does background normalization followed by Otsu * thresholding. Otsu binarization attempts to split the * image into two roughly equal sets of pixels, and it does * a very poor job when there are large amounts of dark * background. By doing a background normalization first, * to get the background near 255, we remove this problem. * Then we use a modified Otsu to estimate the best global * threshold on the normalized image. * (2) See pixBackgroundNorm() for meaning and typical values * of input parameters. For a start, you can try: * sx, sy = 10, 15 * thresh = 100 * mincount = 50 * bgval = 255 * smoothx, smoothy = 2 */ PIX * pixOtsuThreshOnBackgroundNorm(PIX *pixs, PIX *pixim, l_int32 sx, l_int32 sy, l_int32 thresh, l_int32 mincount, l_int32 bgval, l_int32 smoothx, l_int32 smoothy, l_float32 scorefract, l_int32 *pthresh) { l_int32 w, h; l_uint32 val; PIX *pixn, *pixt, *pixd; PROCNAME("pixOtsuThreshOnBackgroundNorm"); if (pthresh) *pthresh = 0; if (!pixs || pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs undefined or not 8 bpp", procName, NULL); if (pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs is colormapped", procName, NULL); if (sx < 4 || sy < 4) return (PIX *)ERROR_PTR("sx and sy must be >= 4", procName, NULL); if (mincount > sx * sy) { L_WARNING("mincount too large for tile size\n", procName); mincount = (sx * sy) / 3; } pixn = pixBackgroundNorm(pixs, pixim, NULL, sx, sy, thresh, mincount, bgval, smoothx, smoothy); if (!pixn) return (PIX *)ERROR_PTR("pixn not made", procName, NULL); /* Just use 1 tile for a global threshold, which is stored * as a single pixel in pixt. */ pixGetDimensions(pixn, &w, &h, NULL); pixOtsuAdaptiveThreshold(pixn, w, h, 0, 0, scorefract, &pixt, &pixd); pixDestroy(&pixn); if (pixt && pthresh) { pixGetPixel(pixt, 0, 0, &val); *pthresh = val; } pixDestroy(&pixt); if (!pixd) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); else return pixd; } /*----------------------------------------------------------------------* * Masking and Otsu estimate on adaptive background normalization * *----------------------------------------------------------------------*/ /*! * pixMaskedThreshOnBackgroundNorm() * * Input: pixs (8 bpp grayscale; not colormapped) * pixim ( 1 bpp 'image' mask; can be null) * sx, sy (tile size in pixels) * thresh (threshold for determining foreground) * mincount (min threshold on counts in a tile) * smoothx (half-width of block convolution kernel width) * smoothy (half-width of block convolution kernel height) * scorefract (fraction of the max Otsu score; typ. ~ 0.1) * &thresh ( threshold value that was * used on the normalized image) * Return: pixd (1 bpp thresholded image), or null on error * * Notes: * (1) This begins with a standard background normalization. * Additionally, there is a flexible background norm, that * will adapt to a rapidly varying background, and this * puts white pixels in the background near regions with * significant foreground. The white pixels are turned into * a 1 bpp selection mask by binarization followed by dilation. * Otsu thresholding is performed on the input image to get an * estimate of the threshold in the non-mask regions. * The background normalized image is thresholded with two * different values, and the result is combined using * the selection mask. * (2) Note that the numbers 255 (for bgval target) and 190 (for * thresholding on pixn) are tied together, and explicitly * defined in this function. * (3) See pixBackgroundNorm() for meaning and typical values * of input parameters. For a start, you can try: * sx, sy = 10, 15 * thresh = 100 * mincount = 50 * smoothx, smoothy = 2 */ PIX * pixMaskedThreshOnBackgroundNorm(PIX *pixs, PIX *pixim, l_int32 sx, l_int32 sy, l_int32 thresh, l_int32 mincount, l_int32 smoothx, l_int32 smoothy, l_float32 scorefract, l_int32 *pthresh) { l_int32 w, h; l_uint32 val; PIX *pixn, *pixm, *pixd, *pixt1, *pixt2, *pixt3, *pixt4; PROCNAME("pixMaskedThreshOnBackgroundNorm"); if (pthresh) *pthresh = 0; if (!pixs || pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs undefined or not 8 bpp", procName, NULL); if (pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs is colormapped", procName, NULL); if (sx < 4 || sy < 4) return (PIX *)ERROR_PTR("sx and sy must be >= 4", procName, NULL); if (mincount > sx * sy) { L_WARNING("mincount too large for tile size\n", procName); mincount = (sx * sy) / 3; } /* Standard background normalization */ pixn = pixBackgroundNorm(pixs, pixim, NULL, sx, sy, thresh, mincount, 255, smoothx, smoothy); if (!pixn) return (PIX *)ERROR_PTR("pixn not made", procName, NULL); /* Special background normalization for adaptation to quickly * varying background. Threshold on the very light parts, * which tend to be near significant edges, and dilate to * form a mask over regions that are typically text. The * dilation size is chosen to cover the text completely, * except for very thick fonts. */ pixt1 = pixBackgroundNormFlex(pixs, 7, 7, 1, 1, 20); pixt2 = pixThresholdToBinary(pixt1, 240); pixInvert(pixt2, pixt2); pixm = pixMorphSequence(pixt2, "d21.21", 0); pixDestroy(&pixt1); pixDestroy(&pixt2); /* Use Otsu to get a global threshold estimate for the image, * which is stored as a single pixel in pixt3. */ pixGetDimensions(pixs, &w, &h, NULL); pixOtsuAdaptiveThreshold(pixs, w, h, 0, 0, scorefract, &pixt3, NULL); if (pixt3 && pthresh) { pixGetPixel(pixt3, 0, 0, &val); *pthresh = val; } pixDestroy(&pixt3); /* Threshold the background normalized images differentially, * using a high value correlated with the background normalization * for the part of the image under the mask (i.e., near the * darker, thicker foreground), and a value that depends on the Otsu * threshold for the rest of the image. This gives a solid * (high) thresholding for the foreground parts of the image, * while allowing the background and light foreground to be * reasonably well cleaned using a threshold adapted to the * input image. */ pixd = pixThresholdToBinary(pixn, val + 30); /* for bg and light fg */ pixt4 = pixThresholdToBinary(pixn, 190); /* for heavier fg */ pixCombineMasked(pixd, pixt4, pixm); pixDestroy(&pixt4); pixDestroy(&pixm); pixDestroy(&pixn); if (!pixd) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); else return pixd; } /*----------------------------------------------------------------------* * Sauvola binarization * *----------------------------------------------------------------------*/ /*! * pixSauvolaBinarizeTiled() * * Input: pixs (8 bpp grayscale, not colormapped) * whsize (window half-width for measuring local statistics) * factor (factor for reducing threshold due to variance; >= 0) * nx, ny (subdivision into tiles; >= 1) * &pixth ( Sauvola threshold values) * &pixd ( thresholded image) * Return: 0 if OK, 1 on error * * Notes: * (1) The window width and height are 2 * @whsize + 1. The minimum * value for @whsize is 2; typically it is >= 7.. * (2) For nx == ny == 1, this defaults to pixSauvolaBinarize(). * (3) Why a tiled version? * (a) Because the mean value accumulator is a uint32, overflow * can occur for an image with more than 16M pixels. * (b) The mean value accumulator array for 16M pixels is 64 MB. * The mean square accumulator array for 16M pixels is 128 MB. * Using tiles reduces the size of these arrays. * (c) Each tile can be processed independently, in parallel, * on a multicore processor. * (4) The Sauvola threshold is determined from the formula: * t = m * (1 - k * (1 - s / 128)) * See pixSauvolaBinarize() for details. */ l_int32 pixSauvolaBinarizeTiled(PIX *pixs, l_int32 whsize, l_float32 factor, l_int32 nx, l_int32 ny, PIX **ppixth, PIX **ppixd) { l_int32 i, j, w, h, xrat, yrat; PIX *pixth, *pixd, *tileth, *tiled, *pixt; PIX **ptileth, **ptiled; PIXTILING *pt; PROCNAME("pixSauvolaBinarizeTiled"); if (!ppixth && !ppixd) return ERROR_INT("no outputs", procName, 1); if (ppixth) *ppixth = NULL; if (ppixd) *ppixd = NULL; if (!pixs || pixGetDepth(pixs) != 8) return ERROR_INT("pixs undefined or not 8 bpp", procName, 1); if (pixGetColormap(pixs)) return ERROR_INT("pixs is cmapped", procName, 1); pixGetDimensions(pixs, &w, &h, NULL); if (whsize < 2) return ERROR_INT("whsize must be >= 2", procName, 1); if (w < 2 * whsize + 3 || h < 2 * whsize + 3) return ERROR_INT("whsize too large for image", procName, 1); if (factor < 0.0) return ERROR_INT("factor must be >= 0", procName, 1); if (nx <= 1 && ny <= 1) return pixSauvolaBinarize(pixs, whsize, factor, 1, NULL, NULL, ppixth, ppixd); /* Test to see if the tiles are too small. The required * condition is that the tile dimensions must be at least * (whsize + 2) x (whsize + 2). */ xrat = w / nx; yrat = h / ny; if (xrat < whsize + 2) { nx = w / (whsize + 2); L_WARNING("tile width too small; nx reduced to %d\n", procName, nx); } if (yrat < whsize + 2) { ny = h / (whsize + 2); L_WARNING("tile height too small; ny reduced to %d\n", procName, ny); } if (nx <= 1 && ny <= 1) return pixSauvolaBinarize(pixs, whsize, factor, 1, NULL, NULL, ppixth, ppixd); /* We can use pixtiling for painting both outputs, if requested */ if (ppixth) { pixth = pixCreateNoInit(w, h, 8); *ppixth = pixth; } if (ppixd) { pixd = pixCreateNoInit(w, h, 1); *ppixd = pixd; } pt = pixTilingCreate(pixs, nx, ny, 0, 0, whsize + 1, whsize + 1); pixTilingNoStripOnPaint(pt); /* pixSauvolaBinarize() does the stripping */ for (i = 0; i < ny; i++) { for (j = 0; j < nx; j++) { pixt = pixTilingGetTile(pt, i, j); ptileth = (ppixth) ? &tileth : NULL; ptiled = (ppixd) ? &tiled : NULL; pixSauvolaBinarize(pixt, whsize, factor, 0, NULL, NULL, ptileth, ptiled); if (ppixth) { /* do not strip */ pixTilingPaintTile(pixth, i, j, tileth, pt); pixDestroy(&tileth); } if (ppixd) { pixTilingPaintTile(pixd, i, j, tiled, pt); pixDestroy(&tiled); } pixDestroy(&pixt); } } pixTilingDestroy(&pt); return 0; } /*! * pixSauvolaBinarize() * * Input: pixs (8 bpp grayscale; not colormapped) * whsize (window half-width for measuring local statistics) * factor (factor for reducing threshold due to variance; >= 0) * addborder (1 to add border of width (@whsize + 1) on all sides) * &pixm ( local mean values) * &pixsd ( local standard deviation values) * &pixth ( threshold values) * &pixd ( thresholded image) * Return: 0 if OK, 1 on error * * Notes: * (1) The window width and height are 2 * @whsize + 1. The minimum * value for @whsize is 2; typically it is >= 7.. * (2) The local statistics, measured over the window, are the * average and standard deviation. * (3) The measurements of the mean and standard deviation are * performed inside a border of (@whsize + 1) pixels. If pixs does * not have these added border pixels, use @addborder = 1 to add * it here; otherwise use @addborder = 0. * (4) The Sauvola threshold is determined from the formula: * t = m * (1 - k * (1 - s / 128)) * where: * t = local threshold * m = local mean * k = @factor (>= 0) [ typ. 0.35 ] * s = local standard deviation, which is maximized at * 127.5 when half the samples are 0 and half are 255. * (5) The basic idea of Niblack and Sauvola binarization is that * the local threshold should be less than the median value, * and the larger the variance, the closer to the median * it should be chosen. Typical values for k are between * 0.2 and 0.5. */ l_int32 pixSauvolaBinarize(PIX *pixs, l_int32 whsize, l_float32 factor, l_int32 addborder, PIX **ppixm, PIX **ppixsd, PIX **ppixth, PIX **ppixd) { l_int32 w, h; PIX *pixg, *pixsc, *pixm, *pixms, *pixth, *pixd; PROCNAME("pixSauvolaBinarize"); if (!ppixm && !ppixsd && !ppixth && !ppixd) return ERROR_INT("no outputs", procName, 1); if (ppixm) *ppixm = NULL; if (ppixsd) *ppixsd = NULL; if (ppixth) *ppixth = NULL; if (ppixd) *ppixd = NULL; if (!pixs || pixGetDepth(pixs) != 8) return ERROR_INT("pixs undefined or not 8 bpp", procName, 1); if (pixGetColormap(pixs)) return ERROR_INT("pixs is cmapped", procName, 1); pixGetDimensions(pixs, &w, &h, NULL); if (whsize < 2) return ERROR_INT("whsize must be >= 2", procName, 1); if (w < 2 * whsize + 3 || h < 2 * whsize + 3) return ERROR_INT("whsize too large for image", procName, 1); if (factor < 0.0) return ERROR_INT("factor must be >= 0", procName, 1); if (addborder) { pixg = pixAddMirroredBorder(pixs, whsize + 1, whsize + 1, whsize + 1, whsize + 1); pixsc = pixClone(pixs); } else { pixg = pixClone(pixs); pixsc = pixRemoveBorder(pixs, whsize + 1); } if (!pixg || !pixsc) return ERROR_INT("pixg and pixsc not made", procName, 1); /* All these functions strip off the border pixels. */ if (ppixm || ppixth || ppixd) pixm = pixWindowedMean(pixg, whsize, whsize, 1, 1); if (ppixsd || ppixth || ppixd) pixms = pixWindowedMeanSquare(pixg, whsize, whsize, 1); if (ppixth || ppixd) pixth = pixSauvolaGetThreshold(pixm, pixms, factor, ppixsd); if (ppixd) pixd = pixApplyLocalThreshold(pixsc, pixth, 1); if (ppixm) *ppixm = pixm; else pixDestroy(&pixm); pixDestroy(&pixms); if (ppixth) *ppixth = pixth; else pixDestroy(&pixth); if (ppixd) *ppixd = pixd; else pixDestroy(&pixd); pixDestroy(&pixg); pixDestroy(&pixsc); return 0; } /*! * pixSauvolaGetThreshold() * * Input: pixm (8 bpp grayscale; not colormapped) * pixms (32 bpp) * factor (factor for reducing threshold due to variance; >= 0) * &pixsd ( local standard deviation) * Return: pixd (8 bpp, sauvola threshold values), or null on error * * Notes: * (1) The Sauvola threshold is determined from the formula: * t = m * (1 - k * (1 - s / 128)) * where: * t = local threshold * m = local mean * k = @factor (>= 0) [ typ. 0.35 ] * s = local standard deviation, which is maximized at * 127.5 when half the samples are 0 and half are 255. * (2) See pixSauvolaBinarize() for other details. * (3) Important definitions and relations for computing averages: * v == pixel value * E(p) == expected value of p == average of p over some pixel set * S(v) == square of v == v * v * mv == E(v) == expected pixel value == mean value * ms == E(S(v)) == expected square of pixel values * == mean square value * var == variance == expected square of deviation from mean * == E(S(v - mv)) = E(S(v) - 2 * S(v * mv) + S(mv)) * = E(S(v)) - S(mv) * = ms - mv * mv * s == standard deviation = sqrt(var) * So for evaluating the standard deviation in the Sauvola * threshold, we take * s = sqrt(ms - mv * mv) */ PIX * pixSauvolaGetThreshold(PIX *pixm, PIX *pixms, l_float32 factor, PIX **ppixsd) { l_int32 i, j, w, h, tabsize, wplm, wplms, wplsd, wpld, usetab; l_int32 mv, ms, var, thresh; l_uint32 *datam, *datams, *datasd, *datad; l_uint32 *linem, *linems, *linesd, *lined; l_float32 sd; l_float32 *tab; /* of 2^16 square roots */ PIX *pixsd, *pixd; PROCNAME("pixSauvolaGetThreshold"); if (ppixsd) *ppixsd = NULL; if (!pixm || pixGetDepth(pixm) != 8) return (PIX *)ERROR_PTR("pixm undefined or not 8 bpp", procName, NULL); if (pixGetColormap(pixm)) return (PIX *)ERROR_PTR("pixm is colormapped", procName, NULL); if (!pixms || pixGetDepth(pixms) != 32) return (PIX *)ERROR_PTR("pixms undefined or not 32 bpp", procName, NULL); if (factor < 0.0) return (PIX *)ERROR_PTR("factor must be >= 0", procName, NULL); /* Only make a table of 2^16 square roots if there * are enough pixels to justify it. */ pixGetDimensions(pixm, &w, &h, NULL); usetab = (w * h > 100000) ? 1 : 0; if (usetab) { tabsize = 1 << 16; tab = (l_float32 *)CALLOC(tabsize, sizeof(l_float32)); for (i = 0; i < tabsize; i++) tab[i] = (l_float32)sqrt((l_float64)i); } pixd = pixCreate(w, h, 8); if (ppixsd) { pixsd = pixCreate(w, h, 8); *ppixsd = pixsd; } datam = pixGetData(pixm); datams = pixGetData(pixms); if (ppixsd) datasd = pixGetData(pixsd); datad = pixGetData(pixd); wplm = pixGetWpl(pixm); wplms = pixGetWpl(pixms); if (ppixsd) wplsd = pixGetWpl(pixsd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { linem = datam + i * wplm; linems = datams + i * wplms; if (ppixsd) linesd = datasd + i * wplsd; lined = datad + i * wpld; for (j = 0; j < w; j++) { mv = GET_DATA_BYTE(linem, j); ms = linems[j]; var = ms - mv * mv; if (usetab) sd = tab[var]; else sd = (l_float32)sqrt((l_float32)var); if (ppixsd) SET_DATA_BYTE(linesd, j, (l_int32)sd); thresh = (l_int32)(mv * (1.0 - factor * (1.0 - sd / 128.))); SET_DATA_BYTE(lined, j, thresh); } } if (usetab) FREE(tab); return pixd; } /*! * pixApplyLocalThreshold() * * Input: pixs (8 bpp grayscale; not colormapped) * pixth (8 bpp array of local thresholds) * redfactor ( ... ) * Return: pixd (1 bpp, thresholded image), or null on error */ PIX * pixApplyLocalThreshold(PIX *pixs, PIX *pixth, l_int32 redfactor) { l_int32 i, j, w, h, wpls, wplt, wpld, vals, valt; l_uint32 *datas, *datat, *datad, *lines, *linet, *lined; PIX *pixd; PROCNAME("pixApplyLocalThreshold"); if (!pixs || pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs undefined or not 8 bpp", procName, NULL); if (pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs is colormapped", procName, NULL); if (!pixth || pixGetDepth(pixth) != 8) return (PIX *)ERROR_PTR("pixth undefined or not 8 bpp", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); pixd = pixCreate(w, h, 1); datas = pixGetData(pixs); datat = pixGetData(pixth); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wplt = pixGetWpl(pixth); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; linet = datat + i * wplt; lined = datad + i * wpld; for (j = 0; j < w; j++) { vals = GET_DATA_BYTE(lines, j); valt = GET_DATA_BYTE(linet, j); if (vals < valt) SET_DATA_BIT(lined, j); } } return pixd; } leptonica-1.70/src/blend.c0000644000175000017500000024535712244745226013554 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * blend.c * * Blending two images that are not colormapped * PIX *pixBlend() * PIX *pixBlendMask() * PIX *pixBlendGray() * PIX *pixBlendGrayInverse() * PIX *pixBlendColor() * PIX *pixBlendColorByChannel() * PIX *pixBlendGrayAdapt() * static l_int32 blendComponents() * PIX *pixFadeWithGray() * PIX *pixBlendHardLight() * static l_int32 blendHardLightComponents() * * Blending two colormapped images * l_int32 pixBlendCmap() * * Blending two images using a third (alpha mask) * PIX *pixBlendWithGrayMask() * * Blending background to a specific color * PIX *pixBlendBackgroundToColor() * * Multiplying by a specific color * PIX *pixMultiplyByColor() * * Rendering with alpha blending over a uniform background * PIX *pixAlphaBlendUniform() * * Adding an alpha layer for blending * PIX *pixAddAlphaToBlend() * * Setting a transparent alpha component over a white background * PIX *pixSetAlphaOverWhite() * * In blending operations a new pix is produced where typically * a subset of pixels in src1 are changed by the set of pixels * in src2, when src2 is located in a given position relative * to src1. This is similar to rasterop, except that the * blending operations we allow are more complex, and typically * result in dest pixels that are a linear combination of two * pixels, such as src1 and its inverse. I find it convenient * to think of src2 as the "blender" (the one that takes the action) * and src1 as the "blendee" (the one that changes). * * Blending works best when src1 is 8 or 32 bpp. We also allow * src1 to be colormapped, but the colormap is removed before blending, * so if src1 is colormapped, we can't allow in-place blending. * * Because src2 is typically smaller than src1, we can implement by * clipping src2 to src1 and then transforming some of the dest * pixels that are under the support of src2. In practice, we * do the clipping in the inner pixel loop. For grayscale and * color src2, we also allow a simple form of transparency, where * pixels of a particular value in src2 are transparent; for those pixels, * no blending is done. * * The blending functions are categorized by the depth of src2, * the blender, and not that of src1, the blendee. * * - If src2 is 1 bpp, we can do one of three things: * (1) L_BLEND_WITH_INVERSE: Blend a given fraction of src1 with its * inverse color for those pixels in src2 that are fg (ON), * and leave the dest pixels unchanged for pixels in src2 that * are bg (OFF). * (2) L_BLEND_TO_WHITE: Fade the src1 pixels toward white by a * given fraction for those pixels in src2 that are fg (ON), * and leave the dest pixels unchanged for pixels in src2 that * are bg (OFF). * (3) L_BLEND_TO_BLACK: Fade the src1 pixels toward black by a * given fraction for those pixels in src2 that are fg (ON), * and leave the dest pixels unchanged for pixels in src2 that * are bg (OFF). * The blending function is pixBlendMask(). * * - If src2 is 8 bpp grayscale, we can do one of two things * (but see pixFadeWithGray() below): * (1) L_BLEND_GRAY: If src1 is 8 bpp, mix the two values, using * a fraction of src2 and (1 - fraction) of src1. * If src1 is 32 bpp (rgb), mix the fraction of src2 with * each of the color components in src1. * (2) L_BLEND_GRAY_WITH_INVERSE: Use the grayscale value in src2 * to determine how much of the inverse of a src1 pixel is * to be combined with the pixel value. The input fraction * further acts to scale the change in the src1 pixel. * The blending function is pixBlendGray(). * * - If src2 is color, we blend a given fraction of src2 with * src1. If src1 is 8 bpp, the resulting image is 32 bpp. * The blending function is pixBlendColor(). * * - For all three blending functions -- pixBlendMask(), pixBlendGray() * and pixBlendColor() -- you can apply the blender to the blendee * either in-place or generating a new pix. For the in-place * operation, this requires that the depth of the resulting pix * must equal that of the input pixs1. * * - We remove colormaps from src1 and src2 before blending. * Any quantization would have to be done after blending. * * We include another function, pixFadeWithGray(), that blends * a gray or color src1 with a gray src2. It does one of these things: * (1) L_BLEND_TO_WHITE: Fade the src1 pixels toward white by * a number times the value in src2. * (2) L_BLEND_TO_BLACK: Fade the src1 pixels toward black by * a number times the value in src2. * * Also included is a generalization of the so-called "hard light" * blending: pixBlendHardLight(). We generalize by allowing a fraction < 1.0 * of the blender to be admixed with the blendee. The standard function * does full mixing. */ #include "allheaders.h" static l_int32 blendComponents(l_int32 a, l_int32 b, l_float32 fract); static l_int32 blendHardLightComponents(l_int32 a, l_int32 b, l_float32 fract); /*-------------------------------------------------------------* * Blending two images that are not colormapped * *-------------------------------------------------------------*/ /*! * pixBlend() * * Input: pixs1 (blendee) * pixs2 (blender; typ. smaller) * x,y (origin (UL corner) of pixs2 relative to * the origin of pixs1; can be < 0) * fract (blending fraction) * Return: pixd (blended image), or null on error * * Notes: * (1) This is a simple top-level interface. For more flexibility, * call directly into pixBlendMask(), etc. */ PIX * pixBlend(PIX *pixs1, PIX *pixs2, l_int32 x, l_int32 y, l_float32 fract) { l_int32 w1, h1, d1, d2; BOX *box; PIX *pixc, *pixt, *pixd; PROCNAME("pixBlend"); if (!pixs1) return (PIX *)ERROR_PTR("pixs1 not defined", procName, NULL); if (!pixs2) return (PIX *)ERROR_PTR("pixs2 not defined", procName, NULL); /* check relative depths */ d1 = pixGetDepth(pixs1); d2 = pixGetDepth(pixs2); if (d1 == 1 && d2 > 1) return (PIX *)ERROR_PTR("mixing gray or color with 1 bpp", procName, NULL); /* remove colormap from pixs2 if necessary */ pixt = pixRemoveColormap(pixs2, REMOVE_CMAP_BASED_ON_SRC); d2 = pixGetDepth(pixt); /* Check if pixs2 is clipped by its position with respect * to pixs1; if so, clip it and redefine x and y if necessary. * This actually isn't necessary, as the specific blending * functions do the clipping directly in the pixel loop * over pixs2, but it's included here to show how it can * easily be done on pixs2 first. */ pixGetDimensions(pixs1, &w1, &h1, NULL); box = boxCreate(-x, -y, w1, h1); /* box of pixs1 relative to pixs2 */ pixc = pixClipRectangle(pixt, box, NULL); boxDestroy(&box); if (!pixc) { L_WARNING("box doesn't overlap pix\n", procName); return NULL; } x = L_MAX(0, x); y = L_MAX(0, y); if (d2 == 1) { pixd = pixBlendMask(NULL, pixs1, pixc, x, y, fract, L_BLEND_WITH_INVERSE); } else if (d2 == 8) { pixd = pixBlendGray(NULL, pixs1, pixc, x, y, fract, L_BLEND_GRAY, 0, 0); } else { /* d2 == 32 */ pixd = pixBlendColor(NULL, pixs1, pixc, x, y, fract, 0, 0); } pixDestroy(&pixc); pixDestroy(&pixt); return pixd; } /*! * pixBlendMask() * * Input: pixd (; either NULL or equal to pixs1 for in-place) * pixs1 (blendee, depth > 1) * pixs2 (blender, 1 bpp; typ. smaller in size than pixs1) * x,y (origin (UL corner) of pixs2 relative to * the origin of pixs1; can be < 0) * fract (blending fraction) * type (L_BLEND_WITH_INVERSE, L_BLEND_TO_WHITE, L_BLEND_TO_BLACK) * Return: pixd if OK; null on error * * Notes: * (1) Clipping of pixs2 to pixs1 is done in the inner pixel loop. * (2) If pixs1 has a colormap, it is removed. * (3) For inplace operation (pixs1 not cmapped), call it this way: * pixBlendMask(pixs1, pixs1, pixs2, ...) * (4) For generating a new pixd: * pixd = pixBlendMask(NULL, pixs1, pixs2, ...) * (5) Only call in-place if pixs1 does not have a colormap. * (6) Invalid @fract defaults to 0.5 with a warning. * Invalid @type defaults to L_BLEND_WITH_INVERSE with a warning. */ PIX * pixBlendMask(PIX *pixd, PIX *pixs1, PIX *pixs2, l_int32 x, l_int32 y, l_float32 fract, l_int32 type) { l_int32 i, j, d, wc, hc, w, h, wplc; l_int32 val, rval, gval, bval; l_uint32 pixval; l_uint32 *linec, *datac; PIX *pixc, *pix1, *pix2; PROCNAME("pixBlendMask"); if (!pixs1) return (PIX *)ERROR_PTR("pixs1 not defined", procName, NULL); if (!pixs2) return (PIX *)ERROR_PTR("pixs2 not defined", procName, NULL); if (pixGetDepth(pixs1) == 1) return (PIX *)ERROR_PTR("pixs1 is 1 bpp", procName, NULL); if (pixGetDepth(pixs2) != 1) return (PIX *)ERROR_PTR("pixs2 not 1 bpp", procName, NULL); if (pixd == pixs1 && pixGetColormap(pixs1)) return (PIX *)ERROR_PTR("inplace; pixs1 has colormap", procName, NULL); if (pixd && (pixd != pixs1)) return (PIX *)ERROR_PTR("pixd must be NULL or pixs1", procName, NULL); if (fract < 0.0 || fract > 1.0) { L_WARNING("fract must be in [0.0, 1.0]; setting to 0.5\n", procName); fract = 0.5; } if (type != L_BLEND_WITH_INVERSE && type != L_BLEND_TO_WHITE && type != L_BLEND_TO_BLACK) { L_WARNING("invalid blend type; setting to L_BLEND_WITH_INVERSE\n", procName); type = L_BLEND_WITH_INVERSE; } /* If pixd != NULL, we know that it is equal to pixs1 and * that pixs1 does not have a colormap, so that an in-place operation * can be done. Otherwise, remove colormap from pixs1 if * it exists and unpack to at least 8 bpp if necessary, * to do the blending on a new pix. */ if (!pixd) { pix1 = pixRemoveColormap(pixs1, REMOVE_CMAP_BASED_ON_SRC); if (pixGetDepth(pix1) < 8) pix2 = pixConvertTo8(pix1, FALSE); else pix2 = pixClone(pix1); pixd = pixCopy(NULL, pix2); pixDestroy(&pix1); pixDestroy(&pix2); } pixGetDimensions(pixd, &w, &h, &d); /* d must be either 8 or 32 bpp */ pixc = pixClone(pixs2); wc = pixGetWidth(pixc); hc = pixGetHeight(pixc); datac = pixGetData(pixc); wplc = pixGetWpl(pixc); /* Check limits for src1, in case clipping was not done. */ switch (type) { case L_BLEND_WITH_INVERSE: /* * The basic logic for this blending is: * p --> (1 - f) * p + f * (1 - p) * where p is a normalized value: p = pixval / 255. * Thus, * p --> p + f * (1 - 2 * p) */ for (i = 0; i < hc; i++) { if (i + y < 0 || i + y >= h) continue; linec = datac + i * wplc; for (j = 0; j < wc; j++) { if (j + x < 0 || j + x >= w) continue; bval = GET_DATA_BIT(linec, j); if (bval) { switch (d) { case 8: pixGetPixel(pixd, x + j, y + i, &pixval); val = (l_int32)(pixval + fract * (255 - 2 * pixval)); pixSetPixel(pixd, x + j, y + i, val); break; case 32: pixGetPixel(pixd, x + j, y + i, &pixval); extractRGBValues(pixval, &rval, &gval, &bval); rval = (l_int32)(rval + fract * (255 - 2 * rval)); gval = (l_int32)(gval + fract * (255 - 2 * gval)); bval = (l_int32)(bval + fract * (255 - 2 * bval)); composeRGBPixel(rval, gval, bval, &pixval); pixSetPixel(pixd, x + j, y + i, pixval); break; default: L_WARNING("d neither 8 nor 32 bpp; no blend\n", procName); } } } } break; case L_BLEND_TO_WHITE: /* * The basic logic for this blending is: * p --> p + f * (1 - p) (p normalized to [0...1]) */ for (i = 0; i < hc; i++) { if (i + y < 0 || i + y >= h) continue; linec = datac + i * wplc; for (j = 0; j < wc; j++) { if (j + x < 0 || j + x >= w) continue; bval = GET_DATA_BIT(linec, j); if (bval) { switch (d) { case 8: pixGetPixel(pixd, x + j, y + i, &pixval); val = (l_int32)(pixval + fract * (255 - pixval)); pixSetPixel(pixd, x + j, y + i, val); break; case 32: pixGetPixel(pixd, x + j, y + i, &pixval); extractRGBValues(pixval, &rval, &gval, &bval); rval = (l_int32)(rval + fract * (255 - rval)); gval = (l_int32)(gval + fract * (255 - gval)); bval = (l_int32)(bval + fract * (255 - bval)); composeRGBPixel(rval, gval, bval, &pixval); pixSetPixel(pixd, x + j, y + i, pixval); break; default: L_WARNING("d neither 8 nor 32 bpp; no blend\n", procName); } } } } break; case L_BLEND_TO_BLACK: /* * The basic logic for this blending is: * p --> (1 - f) * p (p normalized to [0...1]) */ for (i = 0; i < hc; i++) { if (i + y < 0 || i + y >= h) continue; linec = datac + i * wplc; for (j = 0; j < wc; j++) { if (j + x < 0 || j + x >= w) continue; bval = GET_DATA_BIT(linec, j); if (bval) { switch (d) { case 8: pixGetPixel(pixd, x + j, y + i, &pixval); val = (l_int32)((1. - fract) * pixval); pixSetPixel(pixd, x + j, y + i, val); break; case 32: pixGetPixel(pixd, x + j, y + i, &pixval); extractRGBValues(pixval, &rval, &gval, &bval); rval = (l_int32)((1. - fract) * rval); gval = (l_int32)((1. - fract) * gval); bval = (l_int32)((1. - fract) * bval); composeRGBPixel(rval, gval, bval, &pixval); pixSetPixel(pixd, x + j, y + i, pixval); break; default: L_WARNING("d neither 8 nor 32 bpp; no blend\n", procName); } } } } break; default: L_WARNING("invalid binary mask blend type\n", procName); break; } pixDestroy(&pixc); return pixd; } /*! * pixBlendGray() * * Input: pixd (; either NULL or equal to pixs1 for in-place) * pixs1 (blendee, depth > 1) * pixs2 (blender, any depth; typ. smaller in size than pixs1) * x,y (origin (UL corner) of pixs2 relative to * the origin of pixs1; can be < 0) * fract (blending fraction) * type (L_BLEND_GRAY, L_BLEND_GRAY_WITH_INVERSE) * transparent (1 to use transparency; 0 otherwise) * transpix (pixel grayval in pixs2 that is to be transparent) * Return: pixd if OK; pixs1 on error * * Notes: * (1) For inplace operation (pixs1 not cmapped), call it this way: * pixBlendGray(pixs1, pixs1, pixs2, ...) * (2) For generating a new pixd: * pixd = pixBlendGray(NULL, pixs1, pixs2, ...) * (3) Clipping of pixs2 to pixs1 is done in the inner pixel loop. * (4) If pixs1 has a colormap, it is removed; otherwise, if pixs1 * has depth < 8, it is unpacked to generate a 8 bpp pix. * (5) If transparent = 0, the blending fraction (fract) is * applied equally to all pixels. * (6) If transparent = 1, all pixels of value transpix (typically * either 0 or 0xff) in pixs2 are transparent in the blend. * (7) After processing pixs1, it is either 8 bpp or 32 bpp: * - if 8 bpp, the fraction of pixs2 is mixed with pixs1. * - if 32 bpp, each component of pixs1 is mixed with * the same fraction of pixs2. * (8) For L_BLEND_GRAY_WITH_INVERSE, the white values of the blendee * (cval == 255 in the code below) result in a delta of 0. * Thus, these pixels are intrinsically transparent! * The "pivot" value of the src, at which no blending occurs, is * 128. Compare with the adaptive pivot in pixBlendGrayAdapt(). * (9) Invalid @fract defaults to 0.5 with a warning. * Invalid @type defaults to L_BLEND_GRAY with a warning. */ PIX * pixBlendGray(PIX *pixd, PIX *pixs1, PIX *pixs2, l_int32 x, l_int32 y, l_float32 fract, l_int32 type, l_int32 transparent, l_uint32 transpix) { l_int32 i, j, d, wc, hc, w, h, wplc, wpld, delta; l_int32 ival, irval, igval, ibval, cval, dval; l_uint32 val32; l_uint32 *linec, *lined, *datac, *datad; PIX *pixc, *pix1, *pix2; PROCNAME("pixBlendGray"); if (!pixs1) return (PIX *)ERROR_PTR("pixs1 not defined", procName, pixd); if (!pixs2) return (PIX *)ERROR_PTR("pixs2 not defined", procName, pixd); if (pixGetDepth(pixs1) == 1) return (PIX *)ERROR_PTR("pixs1 is 1 bpp", procName, pixd); if (pixd == pixs1 && pixGetColormap(pixs1)) return (PIX *)ERROR_PTR("can't do in-place with cmap", procName, pixd); if (pixd && (pixd != pixs1)) return (PIX *)ERROR_PTR("pixd must be NULL or pixs1", procName, pixd); if (fract < 0.0 || fract > 1.0) { L_WARNING("fract must be in [0.0, 1.0]; setting to 0.5\n", procName); fract = 0.5; } if (type != L_BLEND_GRAY && type != L_BLEND_GRAY_WITH_INVERSE) { L_WARNING("invalid blend type; setting to L_BLEND_GRAY\n", procName); type = L_BLEND_GRAY; } /* If pixd != NULL, we know that it is equal to pixs1 and * that pixs1 does not have a colormap, so that an in-place operation * can be done. Otherwise, remove colormap from pixs1 if * it exists and unpack to at least 8 bpp if necessary, * to do the blending on a new pix. */ if (!pixd) { pix1 = pixRemoveColormap(pixs1, REMOVE_CMAP_BASED_ON_SRC); if (pixGetDepth(pix1) < 8) pix2 = pixConvertTo8(pix1, FALSE); else pix2 = pixClone(pix1); pixd = pixCopy(NULL, pix2); pixDestroy(&pix1); pixDestroy(&pix2); } pixGetDimensions(pixd, &w, &h, &d); /* 8 or 32 bpp */ wpld = pixGetWpl(pixd); datad = pixGetData(pixd); pixc = pixConvertTo8(pixs2, 0); pixGetDimensions(pixc, &wc, &hc, NULL); datac = pixGetData(pixc); wplc = pixGetWpl(pixc); /* Check limits for src1, in case clipping was not done */ if (type == L_BLEND_GRAY) { /* * The basic logic for this blending is: * p --> (1 - f) * p + f * c * where c is the 8 bpp blender. All values are normalized to [0...1]. */ for (i = 0; i < hc; i++) { if (i + y < 0 || i + y >= h) continue; linec = datac + i * wplc; lined = datad + (i + y) * wpld; switch (d) { case 8: for (j = 0; j < wc; j++) { if (j + x < 0 || j + x >= w) continue; cval = GET_DATA_BYTE(linec, j); if (transparent == 0 || (transparent != 0 && cval != transpix)) { dval = GET_DATA_BYTE(lined, j + x); ival = (l_int32)((1. - fract) * dval + fract * cval); SET_DATA_BYTE(lined, j + x, ival); } } break; case 32: for (j = 0; j < wc; j++) { if (j + x < 0 || j + x >= w) continue; cval = GET_DATA_BYTE(linec, j); if (transparent == 0 || (transparent != 0 && cval != transpix)) { val32 = *(lined + j + x); extractRGBValues(val32, &irval, &igval, &ibval); irval = (l_int32)((1. - fract) * irval + fract * cval); igval = (l_int32)((1. - fract) * igval + fract * cval); ibval = (l_int32)((1. - fract) * ibval + fract * cval); composeRGBPixel(irval, igval, ibval, &val32); *(lined + j + x) = val32; } } break; default: break; /* shouldn't happen */ } } } else { /* L_BLEND_GRAY_WITH_INVERSE */ for (i = 0; i < hc; i++) { if (i + y < 0 || i + y >= h) continue; linec = datac + i * wplc; lined = datad + (i + y) * wpld; switch (d) { case 8: /* * For 8 bpp, the dest pix is shifted by a signed amount * proportional to the distance from 128 (the pivot value), * and to the darkness of src2. If the dest is darker * than 128, it becomes lighter, and v.v. * The basic logic is: * d --> d + f * (0.5 - d) * (1 - c) * where d and c are normalized pixel values for src1 and * src2, respectively, with 8 bit normalization to [0...1]. */ for (j = 0; j < wc; j++) { if (j + x < 0 || j + x >= w) continue; cval = GET_DATA_BYTE(linec, j); if (transparent == 0 || (transparent != 0 && cval != transpix)) { ival = GET_DATA_BYTE(lined, j + x); delta = (128 - ival) * (255 - cval) / 256; ival += (l_int32)(fract * delta + 0.5); SET_DATA_BYTE(lined, j + x, ival); } } break; case 32: /* Each component is shifted by the same formula for 8 bpp */ for (j = 0; j < wc; j++) { if (j + x < 0 || j + x >= w) continue; cval = GET_DATA_BYTE(linec, j); if (transparent == 0 || (transparent != 0 && cval != transpix)) { val32 = *(lined + j + x); extractRGBValues(val32, &irval, &igval, &ibval); delta = (128 - irval) * (255 - cval) / 256; irval += (l_int32)(fract * delta + 0.5); delta = (128 - igval) * (255 - cval) / 256; igval += (l_int32)(fract * delta + 0.5); delta = (128 - ibval) * (255 - cval) / 256; ibval += (l_int32)(fract * delta + 0.5); composeRGBPixel(irval, igval, ibval, &val32); *(lined + j + x) = val32; } } break; default: break; /* shouldn't happen */ } } } pixDestroy(&pixc); return pixd; } /*! * pixBlendGrayInverse() * * Input: pixd (; either NULL or equal to pixs1 for in-place) * pixs1 (blendee, depth > 1) * pixs2 (blender, any depth; typ. smaller in size than pixs1) * x,y (origin (UL corner) of pixs2 relative to * the origin of pixs1; can be < 0) * fract (blending fraction) * Return: pixd if OK; pixs1 on error * * Notes: * (1) For inplace operation (pixs1 not cmapped), call it this way: * pixBlendGrayInverse(pixs1, pixs1, pixs2, ...) * (2) For generating a new pixd: * pixd = pixBlendGrayInverse(NULL, pixs1, pixs2, ...) * (3) Clipping of pixs2 to pixs1 is done in the inner pixel loop. * (4) If pixs1 has a colormap, it is removed; otherwise if pixs1 * has depth < 8, it is unpacked to generate a 8 bpp pix. * (5) This is a no-nonsense blender. It changes the src1 pixel except * when the src1 pixel is midlevel gray. Use fract == 1 for the most * aggressive blending, where, if the gray pixel in pixs2 is 0, * we get a complete inversion of the color of the src pixel in pixs1. * (6) The basic logic is that each component transforms by: d --> c * d + (1 - c ) * (f * (1 - d) + d * (1 - f)) * where c is the blender pixel from pixs2, * f is @fract, * c and d are normalized to [0...1] * This has the property that for f == 0 (no blend) or c == 1 (white): * d --> d * For c == 0 (black) we get maximum inversion: * d --> f * (1 - d) + d * (1 - f) [inversion by fraction f] */ PIX * pixBlendGrayInverse(PIX *pixd, PIX *pixs1, PIX *pixs2, l_int32 x, l_int32 y, l_float32 fract) { l_int32 i, j, d, wc, hc, w, h, wplc, wpld; l_int32 irval, igval, ibval, cval, dval; l_float32 a; l_uint32 val32; l_uint32 *linec, *lined, *datac, *datad; PIX *pixc, *pix1, *pix2; PROCNAME("pixBlendGrayInverse"); if (!pixs1) return (PIX *)ERROR_PTR("pixs1 not defined", procName, pixd); if (!pixs2) return (PIX *)ERROR_PTR("pixs2 not defined", procName, pixd); if (pixGetDepth(pixs1) == 1) return (PIX *)ERROR_PTR("pixs1 is 1 bpp", procName, pixd); if (pixd == pixs1 && pixGetColormap(pixs1)) return (PIX *)ERROR_PTR("can't do in-place with cmap", procName, pixd); if (pixd && (pixd != pixs1)) return (PIX *)ERROR_PTR("pixd must be NULL or pixs1", procName, pixd); if (fract < 0.0 || fract > 1.0) { L_WARNING("fract must be in [0.0, 1.0]; setting to 0.5\n", procName); fract = 0.5; } /* If pixd != NULL, we know that it is equal to pixs1 and * that pixs1 does not have a colormap, so that an in-place operation * can be done. Otherwise, remove colormap from pixs1 if * it exists and unpack to at least 8 bpp if necessary, * to do the blending on a new pix. */ if (!pixd) { pix1 = pixRemoveColormap(pixs1, REMOVE_CMAP_BASED_ON_SRC); if (pixGetDepth(pix1) < 8) pix2 = pixConvertTo8(pix1, FALSE); else pix2 = pixClone(pix1); pixd = pixCopy(NULL, pix2); pixDestroy(&pix1); pixDestroy(&pix2); } pixGetDimensions(pixd, &w, &h, &d); /* 8 or 32 bpp */ wpld = pixGetWpl(pixd); datad = pixGetData(pixd); pixc = pixConvertTo8(pixs2, 0); pixGetDimensions(pixc, &wc, &hc, NULL); datac = pixGetData(pixc); wplc = pixGetWpl(pixc); /* Check limits for src1, in case clipping was not done */ for (i = 0; i < hc; i++) { if (i + y < 0 || i + y >= h) continue; linec = datac + i * wplc; lined = datad + (i + y) * wpld; switch (d) { case 8: for (j = 0; j < wc; j++) { if (j + x < 0 || j + x >= w) continue; cval = GET_DATA_BYTE(linec, j); dval = GET_DATA_BYTE(lined, j + x); a = (1.0 - fract) * dval + fract * (255.0 - dval); dval = (l_int32)(cval * dval / 255.0 + a * (255.0 - cval) / 255.0); SET_DATA_BYTE(lined, j + x, dval); } break; case 32: for (j = 0; j < wc; j++) { if (j + x < 0 || j + x >= w) continue; cval = GET_DATA_BYTE(linec, j); val32 = *(lined + j + x); extractRGBValues(val32, &irval, &igval, &ibval); a = (1.0 - fract) * irval + fract * (255.0 - irval); irval = (l_int32)(cval * irval / 255.0 + a * (255.0 - cval) / 255.0); a = (1.0 - fract) * igval + fract * (255.0 - igval); igval = (l_int32)(cval * igval / 255.0 + a * (255.0 - cval) / 255.0); a = (1.0 - fract) * ibval + fract * (255.0 - ibval); ibval = (l_int32)(cval * ibval / 255.0 + a * (255.0 - cval) / 255.0); composeRGBPixel(irval, igval, ibval, &val32); *(lined + j + x) = val32; } break; default: break; /* shouldn't happen */ } } pixDestroy(&pixc); return pixd; } /*! * pixBlendColor() * * Input: pixd (; either NULL or equal to pixs1 for in-place) * pixs1 (blendee; depth > 1) * pixs2 (blender, any depth;; typ. smaller in size than pixs1) * x,y (origin (UL corner) of pixs2 relative to * the origin of pixs1) * fract (blending fraction) * transparent (1 to use transparency; 0 otherwise) * transpix (pixel color in pixs2 that is to be transparent) * Return: pixd, or null on error * * Notes: * (1) For inplace operation (pixs1 must be 32 bpp), call it this way: * pixBlendColor(pixs1, pixs1, pixs2, ...) * (2) For generating a new pixd: * pixd = pixBlendColor(NULL, pixs1, pixs2, ...) * (3) If pixs2 is not 32 bpp rgb, it is converted. * (4) Clipping of pixs2 to pixs1 is done in the inner pixel loop. * (5) If pixs1 has a colormap, it is removed to generate a 32 bpp pix. * (6) If pixs1 has depth < 32, it is unpacked to generate a 32 bpp pix. * (7) If transparent = 0, the blending fraction (fract) is * applied equally to all pixels. * (8) If transparent = 1, all pixels of value transpix (typically * either 0 or 0xffffff00) in pixs2 are transparent in the blend. */ PIX * pixBlendColor(PIX *pixd, PIX *pixs1, PIX *pixs2, l_int32 x, l_int32 y, l_float32 fract, l_int32 transparent, l_uint32 transpix) { l_int32 i, j, wc, hc, w, h, wplc, wpld; l_int32 rval, gval, bval, rcval, gcval, bcval; l_uint32 cval32, val32; l_uint32 *linec, *lined, *datac, *datad; PIX *pixc; PROCNAME("pixBlendColor"); if (!pixs1) return (PIX *)ERROR_PTR("pixs1 not defined", procName, NULL); if (!pixs2) return (PIX *)ERROR_PTR("pixs2 not defined", procName, NULL); if (pixGetDepth(pixs1) == 1) return (PIX *)ERROR_PTR("pixs1 is 1 bpp", procName, NULL); if (pixd == pixs1 && pixGetDepth(pixs1) != 32) return (PIX *)ERROR_PTR("inplace; pixs1 not 32 bpp", procName, NULL); if (pixd && (pixd != pixs1)) return (PIX *)ERROR_PTR("pixd must be NULL or pixs1", procName, NULL); if (fract < 0.0 || fract > 1.0) { L_WARNING("fract must be in [0.0, 1.0]; setting to 0.5\n", procName); fract = 0.5; } /* If pixd != null, we know that it is equal to pixs1 and * that pixs1 is 32 bpp rgb, so that an in-place operation * can be done. Otherwise, pixConvertTo32() will remove a * colormap from pixs1 if it exists and unpack to 32 bpp * (if necessary) to do the blending on a new 32 bpp Pix. */ if (!pixd) pixd = pixConvertTo32(pixs1); pixGetDimensions(pixd, &w, &h, NULL); wpld = pixGetWpl(pixd); datad = pixGetData(pixd); pixc = pixConvertTo32(pixs2); /* blend with 32 bpp rgb */ pixGetDimensions(pixc, &wc, &hc, NULL); datac = pixGetData(pixc); wplc = pixGetWpl(pixc); /* Check limits for src1, in case clipping was not done */ for (i = 0; i < hc; i++) { /* * The basic logic for this blending is: * p --> (1 - f) * p + f * c * for each color channel. c is a color component of the blender. * All values are normalized to [0...1]. */ if (i + y < 0 || i + y >= h) continue; linec = datac + i * wplc; lined = datad + (i + y) * wpld; for (j = 0; j < wc; j++) { if (j + x < 0 || j + x >= w) continue; cval32 = *(linec + j); if (transparent == 0 || (transparent != 0 && ((cval32 & 0xffffff00) != (transpix & 0xffffff00)))) { val32 = *(lined + j + x); extractRGBValues(cval32, &rcval, &gcval, &bcval); extractRGBValues(val32, &rval, &gval, &bval); rval = (l_int32)((1. - fract) * rval + fract * rcval); gval = (l_int32)((1. - fract) * gval + fract * gcval); bval = (l_int32)((1. - fract) * bval + fract * bcval); composeRGBPixel(rval, gval, bval, &val32); *(lined + j + x) = val32; } } } pixDestroy(&pixc); return pixd; } /* * pixBlendColorByChannel() * * Input: pixd (; either NULL or equal to pixs1 for in-place) * pixs1 (blendee; depth > 1) * pixs2 (blender, any depth; typ. smaller in size than pixs1) * x,y (origin (UL corner) of pixs2 relative to * the origin of pixs1) * rfract, gfract, bfract (blending fractions by channel) * transparent (1 to use transparency; 0 otherwise) * transpix (pixel color in pixs2 that is to be transparent) * Return: pixd if OK; pixs1 on error * * Notes: * (1) This generalizes pixBlendColor() in two ways: * (a) The mixing fraction is specified per channel. * (b) The mixing fraction may be < 0 or > 1, in which case, * the min or max of two images are taken, respectively. * (2) Specifically, * for p = pixs1[i], c = pixs2[i], f = fract[i], i = 1, 2, 3: * f < 0.0: p --> min(p, c) * 0.0 <= f <= 1.0: p --> (1 - f) * p + f * c * f > 1.0: p --> max(a, c) * Special cases: * f = 0: p --> p * f = 1: p --> c * (3) See usage notes in pixBlendColor() * (4) pixBlendColor() would be equivalent to * pixBlendColorChannel(..., fract, fract, fract, ...); * at a small cost of efficiency. */ PIX * pixBlendColorByChannel(PIX *pixd, PIX *pixs1, PIX *pixs2, l_int32 x, l_int32 y, l_float32 rfract, l_float32 gfract, l_float32 bfract, l_int32 transparent, l_uint32 transpix) { l_int32 i, j, wc, hc, w, h, wplc, wpld; l_int32 rval, gval, bval, rcval, gcval, bcval; l_uint32 cval32, val32; l_uint32 *linec, *lined, *datac, *datad; PIX *pixc; PROCNAME("pixBlendColorByChannel"); if (!pixs1) return (PIX *)ERROR_PTR("pixs1 not defined", procName, pixd); if (!pixs2) return (PIX *)ERROR_PTR("pixs2 not defined", procName, pixd); if (pixGetDepth(pixs1) == 1) return (PIX *)ERROR_PTR("pixs1 is 1 bpp", procName, pixd); if (pixd == pixs1 && pixGetDepth(pixs1) != 32) return (PIX *)ERROR_PTR("inplace; pixs1 not 32 bpp", procName, pixd); if (pixd && (pixd != pixs1)) return (PIX *)ERROR_PTR("pixd must be NULL or pixs1", procName, pixd); /* If pixd != NULL, we know that it is equal to pixs1 and * that pixs1 is 32 bpp rgb, so that an in-place operation * can be done. Otherwise, pixConvertTo32() will remove a * colormap from pixs1 if it exists and unpack to 32 bpp * (if necessary) to do the blending on a new 32 bpp Pix. */ if (!pixd) pixd = pixConvertTo32(pixs1); pixGetDimensions(pixd, &w, &h, NULL); wpld = pixGetWpl(pixd); datad = pixGetData(pixd); pixc = pixConvertTo32(pixs2); pixGetDimensions(pixc, &wc, &hc, NULL); datac = pixGetData(pixc); wplc = pixGetWpl(pixc); /* Check limits for src1, in case clipping was not done */ for (i = 0; i < hc; i++) { if (i + y < 0 || i + y >= h) continue; linec = datac + i * wplc; lined = datad + (i + y) * wpld; for (j = 0; j < wc; j++) { if (j + x < 0 || j + x >= w) continue; cval32 = *(linec + j); if (transparent == 0 || (transparent != 0 && ((cval32 & 0xffffff00) != (transpix & 0xffffff00)))) { val32 = *(lined + j + x); extractRGBValues(cval32, &rcval, &gcval, &bcval); extractRGBValues(val32, &rval, &gval, &bval); rval = blendComponents(rval, rcval, rfract); gval = blendComponents(gval, gcval, gfract); bval = blendComponents(bval, bcval, bfract); composeRGBPixel(rval, gval, bval, &val32); *(lined + j + x) = val32; } } } pixDestroy(&pixc); return pixd; } static l_int32 blendComponents(l_int32 a, l_int32 b, l_float32 fract) { if (fract < 0.) return ((a < b) ? a : b); if (fract > 1.) return ((a > b) ? a : b); return (l_int32)((1. - fract) * a + fract * b); } /*! * pixBlendGrayAdapt() * * Input: pixd (; either NULL or equal to pixs1 for in-place) * pixs1 (blendee, depth > 1) * pixs2 (blender, any depth; typ. smaller in size than pixs1) * x,y (origin (UL corner) of pixs2 relative to * the origin of pixs1; can be < 0) * fract (blending fraction) * shift (>= 0 but <= 128: shift of zero blend value from * median source; use -1 for default value; ) * Return: pixd if OK; pixs1 on error * * Notes: * (1) For inplace operation (pixs1 not cmapped), call it this way: * pixBlendGrayAdapt(pixs1, pixs1, pixs2, ...) * For generating a new pixd: * pixd = pixBlendGrayAdapt(NULL, pixs1, pixs2, ...) * (2) Clipping of pixs2 to pixs1 is done in the inner pixel loop. * (3) If pixs1 has a colormap, it is removed. * (4) If pixs1 has depth < 8, it is unpacked to generate a 8 bpp pix. * (5) This does a blend with inverse. Whereas in pixGlendGray(), the * zero blend point is where the blendee pixel is 128, here * the zero blend point is found adaptively, with respect to the * median of the blendee region. If the median is < 128, * the zero blend point is found from * median + shift. * Otherwise, if the median >= 128, the zero blend point is * median - shift. * The purpose of shifting the zero blend point away from the * median is to prevent a situation in pixBlendGray() where * the median is 128 and the blender is not visible. * The default value of shift is 64. * (6) After processing pixs1, it is either 8 bpp or 32 bpp: * - if 8 bpp, the fraction of pixs2 is mixed with pixs1. * - if 32 bpp, each component of pixs1 is mixed with * the same fraction of pixs2. * (7) The darker the blender, the more it mixes with the blendee. * A blender value of 0 has maximum mixing; a value of 255 * has no mixing and hence is transparent. */ PIX * pixBlendGrayAdapt(PIX *pixd, PIX *pixs1, PIX *pixs2, l_int32 x, l_int32 y, l_float32 fract, l_int32 shift) { l_int32 i, j, d, wc, hc, w, h, wplc, wpld, delta, overlap; l_int32 rval, gval, bval, cval, dval, mval, median, pivot; l_uint32 val32; l_uint32 *linec, *lined, *datac, *datad; l_float32 fmedian, factor; BOX *box, *boxt; PIX *pixc, *pix1, *pix2; PROCNAME("pixBlendGrayAdapt"); if (!pixs1) return (PIX *)ERROR_PTR("pixs1 not defined", procName, pixd); if (!pixs2) return (PIX *)ERROR_PTR("pixs2 not defined", procName, pixd); if (pixGetDepth(pixs1) == 1) return (PIX *)ERROR_PTR("pixs1 is 1 bpp", procName, pixd); if (pixd == pixs1 && pixGetColormap(pixs1)) return (PIX *)ERROR_PTR("can't do in-place with cmap", procName, pixd); if (pixd && (pixd != pixs1)) return (PIX *)ERROR_PTR("pixd must be NULL or pixs1", procName, pixd); if (fract < 0.0 || fract > 1.0) { L_WARNING("fract must be in [0.0, 1.0]; setting to 0.5\n", procName); fract = 0.5; } if (shift == -1) shift = 64; /* default value */ if (shift < 0 || shift > 127) { L_WARNING("invalid shift; setting to 64\n", procName); shift = 64; } /* Test for overlap */ pixGetDimensions(pixs1, &w, &h, NULL); pixGetDimensions(pixs2, &wc, &hc, NULL); box = boxCreate(x, y, wc, hc); boxt = boxCreate(0, 0, w, h); boxIntersects(box, boxt, &overlap); boxDestroy(&boxt); if (!overlap) { boxDestroy(&box); return (PIX *)ERROR_PTR("no image overlap", procName, pixd); } /* If pixd != NULL, we know that it is equal to pixs1 and * that pixs1 does not have a colormap, so that an in-place operation * can be done. Otherwise, remove colormap from pixs1 if * it exists and unpack to at least 8 bpp if necessary, * to do the blending on a new pix. */ if (!pixd) { pix1 = pixRemoveColormap(pixs1, REMOVE_CMAP_BASED_ON_SRC); if (pixGetDepth(pix1) < 8) pix2 = pixConvertTo8(pix1, FALSE); else pix2 = pixClone(pix1); pixd = pixCopy(NULL, pix2); pixDestroy(&pix1); pixDestroy(&pix2); } /* Get the median value in the region of blending */ pix1 = pixClipRectangle(pixd, box, NULL); pix2 = pixConvertTo8(pix1, 0); pixGetRankValueMasked(pix2, NULL, 0, 0, 1, 0.5, &fmedian, NULL); median = (l_int32)(fmedian + 0.5); if (median < 128) pivot = median + shift; else pivot = median - shift; pixDestroy(&pix1); pixDestroy(&pix2); boxDestroy(&box); /* Process over src2; clip to src1. */ d = pixGetDepth(pixd); wpld = pixGetWpl(pixd); datad = pixGetData(pixd); pixc = pixConvertTo8(pixs2, 0); datac = pixGetData(pixc); wplc = pixGetWpl(pixc); for (i = 0; i < hc; i++) { if (i + y < 0 || i + y >= h) continue; linec = datac + i * wplc; lined = datad + (i + y) * wpld; switch (d) { case 8: /* * For 8 bpp, the dest pix is shifted by an amount * proportional to the distance from the pivot value, * and to the darkness of src2. In no situation will it * pass the pivot value in intensity. * The basic logic is: * d --> d + f * (np - d) * (1 - c) * where np, d and c are normalized pixel values for * the pivot, src1 and src2, respectively, with normalization * to 255. */ for (j = 0; j < wc; j++) { if (j + x < 0 || j + x >= w) continue; dval = GET_DATA_BYTE(lined, j + x); cval = GET_DATA_BYTE(linec, j); delta = (pivot - dval) * (255 - cval) / 256; dval += (l_int32)(fract * delta + 0.5); SET_DATA_BYTE(lined, j + x, dval); } break; case 32: /* * For 32 bpp, the dest pix is shifted by an amount * proportional to the max component distance from the * pivot value, and to the darkness of src2. Each component * is shifted by the same fraction, either up or down, * depending on the shift direction (which is toward the * pivot). The basic logic for the red component is: * r --> r + f * (np - m) * (1 - c) * (r / m) * where np, r, m and c are normalized pixel values for * the pivot, the r component of src1, the max component * of src1, and src2, respectively, again with normalization * to 255. Likewise for the green and blue components. */ for (j = 0; j < wc; j++) { if (j + x < 0 || j + x >= w) continue; cval = GET_DATA_BYTE(linec, j); val32 = *(lined + j + x); extractRGBValues(val32, &rval, &gval, &bval); mval = L_MAX(rval, gval); mval = L_MAX(mval, bval); mval = L_MAX(mval, 1); delta = (pivot - mval) * (255 - cval) / 256; factor = fract * delta / mval; rval += (l_int32)(factor * rval + 0.5); gval += (l_int32)(factor * gval + 0.5); bval += (l_int32)(factor * bval + 0.5); composeRGBPixel(rval, gval, bval, &val32); *(lined + j + x) = val32; } break; default: break; /* shouldn't happen */ } } pixDestroy(&pixc); return pixd; } /*! * pixFadeWithGray() * * Input: pixs (colormapped or 8 bpp or 32 bpp) * pixb (8 bpp blender) * factor (multiplicative factor to apply to blender value) * type (L_BLEND_TO_WHITE, L_BLEND_TO_BLACK) * Return: pixd, or null on error * * Notes: * (1) This function combines two pix aligned to the UL corner; they * need not be the same size. * (2) Each pixel in pixb is multiplied by 'factor' divided by 255, and * clipped to the range [0 ... 1]. This gives the fade fraction * to be appied to pixs. Fade either to white (L_BLEND_TO_WHITE) * or to black (L_BLEND_TO_BLACK). */ PIX * pixFadeWithGray(PIX *pixs, PIX *pixb, l_float32 factor, l_int32 type) { l_int32 i, j, w, h, d, wb, hb, db, wd, hd, wplb, wpld; l_int32 valb, vald, nvald, rval, gval, bval, nrval, ngval, nbval; l_float32 nfactor, fract; l_uint32 val32, nval32; l_uint32 *lined, *datad, *lineb, *datab; PIX *pixd; PROCNAME("pixFadeWithGray"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!pixb) return (PIX *)ERROR_PTR("pixb not defined", procName, NULL); if (pixGetDepth(pixs) == 1) return (PIX *)ERROR_PTR("pixs is 1 bpp", procName, NULL); pixGetDimensions(pixb, &wb, &hb, &db); if (db != 8) return (PIX *)ERROR_PTR("pixb not 8 bpp", procName, NULL); if (factor < 0.0 || factor > 255.0) return (PIX *)ERROR_PTR("factor not in [0.0...255.0]", procName, NULL); if (type != L_BLEND_TO_WHITE && type != L_BLEND_TO_BLACK) return (PIX *)ERROR_PTR("invalid fade type", procName, NULL); /* Remove colormap if it exists; otherwise copy */ pixd = pixRemoveColormapGeneral(pixs, REMOVE_CMAP_BASED_ON_SRC, L_COPY); pixGetDimensions(pixd, &wd, &hd, &d); w = L_MIN(wb, wd); h = L_MIN(hb, hd); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); datab = pixGetData(pixb); wplb = pixGetWpl(pixb); /* The basic logic for this blending is, for each component p of pixs: * fade-to-white: p --> p + (f * c) * (1 - p) * fade-to-black: p --> p - (f * c) * p * with c being the 8 bpp blender pixel of pixb, and with both * p and c normalized to [0...1]. */ nfactor = factor / 255.; for (i = 0; i < h; i++) { lineb = datab + i * wplb; lined = datad + i * wpld; for (j = 0; j < w; j++) { valb = GET_DATA_BYTE(lineb, j); fract = nfactor * (l_float32)valb; fract = L_MIN(fract, 1.0); if (d == 8) { vald = GET_DATA_BYTE(lined, j); if (type == L_BLEND_TO_WHITE) nvald = vald + (l_int32)(fract * (255. - (l_float32)vald)); else /* L_BLEND_TO_BLACK */ nvald = vald - (l_int32)(fract * (l_float32)vald); SET_DATA_BYTE(lined, j, nvald); } else { /* d == 32 */ val32 = lined[j]; extractRGBValues(val32, &rval, &gval, &bval); if (type == L_BLEND_TO_WHITE) { nrval = rval + (l_int32)(fract * (255. - (l_float32)rval)); ngval = gval + (l_int32)(fract * (255. - (l_float32)gval)); nbval = bval + (l_int32)(fract * (255. - (l_float32)bval)); } else { nrval = rval - (l_int32)(fract * (l_float32)rval); ngval = gval - (l_int32)(fract * (l_float32)gval); nbval = bval - (l_int32)(fract * (l_float32)bval); } composeRGBPixel(nrval, ngval, nbval, &nval32); lined[j] = nval32; } } } return pixd; } /* * pixBlendHardLight() * * Input: pixd (; either NULL or equal to pixs1 for in-place) * pixs1 (blendee; depth > 1, may be cmapped) * pixs2 (blender, 8 or 32 bpp; may be colormapped; * typ. smaller in size than pixs1) * x,y (origin (UL corner) of pixs2 relative to * the origin of pixs1) * fract (blending fraction, or 'opacity factor') * Return: pixd if OK; pixs1 on error * * Notes: * (1) pixs2 must be 8 or 32 bpp; either may have a colormap. * (2) Clipping of pixs2 to pixs1 is done in the inner pixel loop. * (3) Only call in-place if pixs1 is not colormapped. * (4) If pixs1 has a colormap, it is removed to generate either an * 8 or 32 bpp pix, depending on the colormap. * (5) For inplace operation, call it this way: * pixBlendHardLight(pixs1, pixs1, pixs2, ...) * (6) For generating a new pixd: * pixd = pixBlendHardLight(NULL, pixs1, pixs2, ...) * (7) This is a generalization of the usual hard light blending, * where fract == 1.0. * (8) "Overlay" blending is the same as hard light blending, with * fract == 1.0, except that the components are switched * in the test. (Note that the result is symmetric in the * two components.) * (9) See, e.g.: * http://www.pegtop.net/delphi/articles/blendmodes/hardlight.htm * http://www.digitalartform.com/imageArithmetic.htm * (10) This function was built by Paco Galanes. */ PIX * pixBlendHardLight(PIX *pixd, PIX *pixs1, PIX *pixs2, l_int32 x, l_int32 y, l_float32 fract) { l_int32 i, j, w, h, d, wc, hc, dc, wplc, wpld; l_int32 cval, dval, rcval, gcval, bcval, rdval, gdval, bdval; l_uint32 cval32, dval32; l_uint32 *linec, *lined, *datac, *datad; PIX *pixc, *pixt; PROCNAME("pixBlendHardLight"); if (!pixs1) return (PIX *)ERROR_PTR("pixs1 not defined", procName, pixd); if (!pixs2) return (PIX *)ERROR_PTR("pixs2 not defined", procName, pixd); pixGetDimensions(pixs1, &w, &h, &d); pixGetDimensions(pixs2, &wc, &hc, &dc); if (d == 1) return (PIX *)ERROR_PTR("pixs1 is 1 bpp", procName, pixd); if (dc != 8 && dc != 32) return (PIX *)ERROR_PTR("pixs2 not 8 or 32 bpp", procName, pixd); if (pixd && (pixd != pixs1)) return (PIX *)ERROR_PTR("inplace and pixd != pixs1", procName, pixd); if (pixd == pixs1 && pixGetColormap(pixs1)) return (PIX *)ERROR_PTR("inplace and pixs1 cmapped", procName, pixd); if (pixd && d != 8 && d != 32) return (PIX *)ERROR_PTR("inplace and not 8 or 32 bpp", procName, pixd); if (fract < 0.0 || fract > 1.0) { L_WARNING("fract must be in [0.0, 1.0]; setting to 0.5\n", procName); fract = 0.5; } /* If pixs2 has a colormap, remove it */ pixc = pixRemoveColormap(pixs2, REMOVE_CMAP_BASED_ON_SRC); /* clone ok */ dc = pixGetDepth(pixc); /* There are 4 cases: * * pixs1 has or doesn't have a colormap * * pixc is either 8 or 32 bpp * In all situations, if pixs has a colormap it must be removed, * and pixd must have a depth that is equal to or greater than pixc. */ if (dc == 32) { if (pixGetColormap(pixs1)) { /* pixd == NULL */ pixd = pixRemoveColormap(pixs1, REMOVE_CMAP_TO_FULL_COLOR); } else { if (!pixd) { pixd = pixConvertTo32(pixs1); } else { pixt = pixConvertTo32(pixs1); pixCopy(pixd, pixt); pixDestroy(&pixt); } } d = 32; } else { /* dc == 8 */ if (pixGetColormap(pixs1)) /* pixd == NULL */ pixd = pixRemoveColormap(pixs1, REMOVE_CMAP_BASED_ON_SRC); else pixd = pixCopy(pixd, pixs1); d = pixGetDepth(pixd); } if (!(d == 8 && dc == 8) && /* 3 cases only */ !(d == 32 && dc == 8) && !(d == 32 && dc == 32)) { pixDestroy(&pixc); return (PIX *)ERROR_PTR("bad! -- invalid depth combo!", procName, pixd); } wpld = pixGetWpl(pixd); datad = pixGetData(pixd); datac = pixGetData(pixc); wplc = pixGetWpl(pixc); for (i = 0; i < hc; i++) { if (i + y < 0 || i + y >= h) continue; linec = datac + i * wplc; lined = datad + (i + y) * wpld; for (j = 0; j < wc; j++) { if (j + x < 0 || j + x >= w) continue; if (d == 8 && dc == 8) { dval = GET_DATA_BYTE(lined, x + j); cval = GET_DATA_BYTE(linec, j); dval = blendHardLightComponents(dval, cval, fract); SET_DATA_BYTE(lined, x + j, dval); } else if (d == 32 && dc == 8) { dval32 = *(lined + x + j); extractRGBValues(dval32, &rdval, &gdval, &bdval); cval = GET_DATA_BYTE(linec, j); rdval = blendHardLightComponents(rdval, cval, fract); gdval = blendHardLightComponents(gdval, cval, fract); bdval = blendHardLightComponents(bdval, cval, fract); composeRGBPixel(rdval, gdval, bdval, &dval32); *(lined + x + j) = dval32; } else if (d == 32 && dc == 32) { dval32 = *(lined + x + j); extractRGBValues(dval32, &rdval, &gdval, &bdval); cval32 = *(linec + j); extractRGBValues(cval32, &rcval, &gcval, &bcval); rdval = blendHardLightComponents(rdval, rcval, fract); gdval = blendHardLightComponents(gdval, gcval, fract); bdval = blendHardLightComponents(bdval, bcval, fract); composeRGBPixel(rdval, gdval, bdval, &dval32); *(lined + x + j) = dval32; } } } pixDestroy(&pixc); return pixd; } /* * blendHardLightComponents() * Input: a (8 bpp blendee component) * b (8 bpp blender component) * fract (fraction of blending; use 1.0 for usual definition) * Return: blended 8 bpp component * * Notes: * * The basic logic for this blending is: * b < 0.5: * a --> 2 * a * (0.5 - f * (0.5 - b)) * b >= 0.5: * a --> 1 - 2 * (1 - a) * (1 - (0.5 - f * (0.5 - b))) * * In the limit that f == 1 (standard hardlight blending): * b < 0.5: a --> 2 * a * b * or * a --> a - a * (1 - 2 * b) * b >= 0.5: a --> 1 - 2 * (1 - a) * (1 - b) * or * a --> a + (1 - a) * (2 * b - 1) * * You can see that for standard hardlight blending: * b < 0.5: a is pushed linearly with b down to 0 * b >= 0.5: a is pushed linearly with b up to 1 * a is unchanged if b = 0.5 * * Our opacity factor f reduces the deviation of b from 0.5: * f == 0: b --> 0.5, so no blending occurs * f == 1: b --> b, so we get full conventional blending * * There is a variant of hardlight blending called "softlight" blending: * (e.g., http://jswidget.com/blog/tag/hard-light/) * b < 0.5: * a --> a - a * (0.5 - b) * (1 - Abs(2 * a - 1)) * b >= 0.5: * a --> a + (1 - a) * (b - 0.5) * (1 - Abs(2 * a - 1)) * which limits the amount that 'a' can be moved to a maximum of * halfway toward 0 or 1, and further reduces it as 'a' moves * away from 0.5. * As you can see, there are a nearly infinite number of different * blending formulas that can be conjured up. */ static l_int32 blendHardLightComponents(l_int32 a, l_int32 b, l_float32 fract) { if (b < 0x80) { b = 0x80 - (l_int32)(fract * (0x80 - b)); return (a * b) >> 7; } else { b = 0x80 + (l_int32)(fract * (b - 0x80)); return 0xff - (((0xff - b) * (0xff - a)) >> 7); } } /*-------------------------------------------------------------* * Blending two colormapped images * *-------------------------------------------------------------*/ /*! * pixBlendCmap() * * Input: pixs (2, 4 or 8 bpp, with colormap) * pixb (colormapped blender) * x, y (UL corner of blender relative to pixs) * sindex (colormap index of pixels in pixs to be changed) * Return: 0 if OK, 1 on error * * Note: * (1) This function combines two colormaps, and replaces the pixels * in pixs that have a specified color value with those in pixb. * (2) sindex must be in the existing colormap; otherwise an * error is returned. In use, sindex will typically be the index * for white (255, 255, 255). * (3) Blender colors that already exist in the colormap are used; * others are added. If any blender colors cannot be * stored in the colormap, an error is returned. * (4) In the implementation, a mapping is generated from each * original blender colormap index to the corresponding index * in the expanded colormap for pixs. Then for each pixel in * pixs with value sindex, and which is covered by a blender pixel, * the new index corresponding to the blender pixel is substituted * for sindex. */ l_int32 pixBlendCmap(PIX *pixs, PIX *pixb, l_int32 x, l_int32 y, l_int32 sindex) { l_int32 rval, gval, bval; l_int32 i, j, w, h, d, ncb, wb, hb, wpls; l_int32 index, val, nadded; l_int32 lut[256]; l_uint32 pval; l_uint32 *lines, *datas; PIXCMAP *cmaps, *cmapb, *cmapsc; PROCNAME("pixBlendCmap"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!pixb) return ERROR_INT("pixb not defined", procName, 1); if ((cmaps = pixGetColormap(pixs)) == NULL) return ERROR_INT("no colormap in pixs", procName, 1); if ((cmapb = pixGetColormap(pixb)) == NULL) return ERROR_INT("no colormap in pixb", procName, 1); ncb = pixcmapGetCount(cmapb); /* Make a copy of cmaps; we'll add to this if necessary * and substitute at the end if we found there was enough room * to hold all the new colors. */ cmapsc = pixcmapCopy(cmaps); pixGetDimensions(pixs, &w, &h, &d); if (d != 2 && d != 4 && d != 8) return ERROR_INT("depth not in {2,4,8}", procName, 1); /* Add new colors if necessary; get mapping array between * cmaps and cmapb. */ for (i = 0, nadded = 0; i < ncb; i++) { pixcmapGetColor(cmapb, i, &rval, &gval, &bval); if (pixcmapGetIndex(cmapsc, rval, gval, bval, &index)) { /* not found */ if (pixcmapAddColor(cmapsc, rval, gval, bval)) { pixcmapDestroy(&cmapsc); return ERROR_INT("not enough room in cmaps", procName, 1); } lut[i] = pixcmapGetCount(cmapsc) - 1; nadded++; } else { lut[i] = index; } } /* Replace cmaps if colors have been added. */ if (nadded == 0) pixcmapDestroy(&cmapsc); else pixSetColormap(pixs, cmapsc); /* Replace each pixel value sindex by mapped colormap index when * a blender pixel in pixbc overlays it. */ datas = pixGetData(pixs); wpls = pixGetWpl(pixs); pixGetDimensions(pixb, &wb, &hb, NULL); for (i = 0; i < hb; i++) { if (i + y < 0 || i + y >= h) continue; lines = datas + (y + i) * wpls; for (j = 0; j < wb; j++) { if (j + x < 0 || j + x >= w) continue; switch (d) { case 2: val = GET_DATA_DIBIT(lines, x + j); if (val == sindex) { pixGetPixel(pixb, j, i, &pval); SET_DATA_DIBIT(lines, x + j, lut[pval]); } break; case 4: val = GET_DATA_QBIT(lines, x + j); if (val == sindex) { pixGetPixel(pixb, j, i, &pval); SET_DATA_QBIT(lines, x + j, lut[pval]); } break; case 8: val = GET_DATA_BYTE(lines, x + j); if (val == sindex) { pixGetPixel(pixb, j, i, &pval); SET_DATA_BYTE(lines, x + j, lut[pval]); } break; default: return ERROR_INT("depth not in {2,4,8}", procName, 1); } } } return 0; } /*---------------------------------------------------------------------* * Blending two images using a third * *---------------------------------------------------------------------*/ /*! * pixBlendWithGrayMask() * * Input: pixs1 (8 bpp gray, rgb, rgba or colormapped) * pixs2 (8 bpp gray, rgb, rgba or colormapped) * pixg ( 8 bpp gray, for transparency of pixs2; * can be null) * x, y (UL corner of pixs2 and pixg with respect to pixs1) * Return: pixd (blended image), or null on error * * Notes: * (1) The result is 8 bpp grayscale if both pixs1 and pixs2 are * 8 bpp gray. Otherwise, the result is 32 bpp rgb. * (2) pixg is an 8 bpp transparency image, where 0 is transparent * and 255 is opaque. It determines the transparency of pixs2 * when applied over pixs1. It can be null if pixs2 is rgba, * in which case we use the alpha component of pixs2. * (3) If pixg exists, it need not be the same size as pixs2. * However, we assume their UL corners are aligned with each other, * and placed at the location (x, y) in pixs1. * (4) The pixels in pixd are a combination of those in pixs1 * and pixs2, where the amount from pixs2 is proportional to * the value of the pixel (p) in pixg, and the amount from pixs1 * is proportional to (255 - p). Thus pixg is a transparency * image (usually called an alpha blender) where each pixel * can be associated with a pixel in pixs2, and determines * the amount of the pixs2 pixel in the final result. * For example, if pixg is all 0, pixs2 is transparent and * the result in pixd is simply pixs1. * (5) A typical use is for the pixs2/pixg combination to be * a small watermark that is applied to pixs1. */ PIX * pixBlendWithGrayMask(PIX *pixs1, PIX *pixs2, PIX *pixg, l_int32 x, l_int32 y) { l_int32 w1, h1, d1, w2, h2, d2, spp, wg, hg, wmin, hmin, wpld, wpls, wplg; l_int32 i, j, val, dval, sval; l_int32 drval, dgval, dbval, srval, sgval, sbval; l_uint32 dval32, sval32; l_uint32 *datad, *datas, *datag, *lined, *lines, *lineg; l_float32 fract; PIX *pixr1, *pixr2, *pix1, *pix2, *pixg2, *pixd; PROCNAME("pixBlendWithGrayMask"); if (!pixs1) return (PIX *)ERROR_PTR("pixs1 not defined", procName, NULL); if (!pixs2) return (PIX *)ERROR_PTR("pixs2 not defined", procName, NULL); pixGetDimensions(pixs1, &w1, &h1, &d1); pixGetDimensions(pixs2, &w2, &h2, &d2); if (d1 == 1 || d2 == 1) return (PIX *)ERROR_PTR("pixs1 or pixs2 is 1 bpp", procName, NULL); if (pixg) { if (pixGetDepth(pixg) != 8) return (PIX *)ERROR_PTR("pixg not 8 bpp", procName, NULL); pixGetDimensions(pixg, &wg, &hg, NULL); wmin = L_MIN(w2, wg); hmin = L_MIN(h2, hg); pixg2 = pixClone(pixg); } else { /* use the alpha component of pixs2 */ spp = pixGetSpp(pixs2); if (d2 != 32 || spp != 4) return (PIX *)ERROR_PTR("no alpha; pixs2 not rgba", procName, NULL); wmin = w2; hmin = h2; pixg2 = pixGetRGBComponent(pixs2, L_ALPHA_CHANNEL); } /* Remove colormaps if they exist; clones are OK */ pixr1 = pixRemoveColormap(pixs1, REMOVE_CMAP_BASED_ON_SRC); pixr2 = pixRemoveColormap(pixs2, REMOVE_CMAP_BASED_ON_SRC); /* Regularize to the same depth if necessary */ d1 = pixGetDepth(pixr1); d2 = pixGetDepth(pixr2); if (d1 == 32) { /* convert d2 to rgb if necessary */ pix1 = pixClone(pixr1); if (d2 != 32) pix2 = pixConvertTo32(pixr2); else pix2 = pixClone(pixr2); } else if (d2 == 32) { /* and d1 != 32; convert to 32 */ pix2 = pixClone(pixr2); pix1 = pixConvertTo32(pixr1); } else { /* both are 8 bpp or less */ pix1 = pixConvertTo8(pixr1, FALSE); pix2 = pixConvertTo8(pixr2, FALSE); } pixDestroy(&pixr1); pixDestroy(&pixr2); /* Sanity check */ d1 = pixGetDepth(pix1); d2 = pixGetDepth(pix2); if (d1 != d2) { pixDestroy(&pix1); pixDestroy(&pix2); return (PIX *)ERROR_PTR("depths not regularized! bad!", procName, NULL); } /* Start with a copy of pix1 */ pixd = pixCopy(NULL, pix1); pixDestroy(&pix1); /* Blend pix2 onto pixd, using pixg2. * Let the normalized pixel value of pixg2 be f = pixval / 255, * and the pixel values of pixd and pix2 be p1 and p2, rsp. * Then the blended value is: * p = (1.0 - f) * p1 + f * p2 * Blending is done component-wise if rgb. * Scan over pix2 and pixg2, clipping to pixd where necessary. */ datad = pixGetData(pixd); datas = pixGetData(pix2); datag = pixGetData(pixg2); wpld = pixGetWpl(pixd); wpls = pixGetWpl(pix2); wplg = pixGetWpl(pixg2); for (i = 0; i < hmin; i++) { if (i + y < 0 || i + y >= h1) continue; lined = datad + (i + y) * wpld; lines = datas + i * wpls; lineg = datag + i * wplg; for (j = 0; j < wmin; j++) { if (j + x < 0 || j + x >= w1) continue; val = GET_DATA_BYTE(lineg, j); if (val == 0) continue; /* pix2 is transparent */ fract = (l_float32)val / 255.; switch (d1) { case 8: dval = GET_DATA_BYTE(lined, j + x); sval = GET_DATA_BYTE(lines, j); dval = (l_int32)((1.0 - fract) * dval + fract * sval); SET_DATA_BYTE(lined, j + x, dval); break; case 32: dval32 = *(lined + j + x); sval32 = *(lines + j); extractRGBValues(dval32, &drval, &dgval, &dbval); extractRGBValues(sval32, &srval, &sgval, &sbval); drval = (l_int32)((1.0 - fract) * drval + fract * srval); dgval = (l_int32)((1.0 - fract) * dgval + fract * sgval); dbval = (l_int32)((1.0 - fract) * dbval + fract * sbval); composeRGBPixel(drval, dgval, dbval, &dval32); *(lined + j + x) = dval32; break; default: return (PIX *)ERROR_PTR("impossible error", procName, NULL); } } } pixDestroy(&pixg2); pixDestroy(&pix2); return pixd; } /*---------------------------------------------------------------------* * Blending background to a specific color * *---------------------------------------------------------------------*/ /*! * pixBlendBackgroundToColor() * * Input: pixd (can be NULL or pixs) * pixs (32 bpp rgb) * box (region for blending; can be NULL)) * color (32 bit color in 0xrrggbb00 format) * gamma, minval, maxval (args for grayscale TRC mapping) * Return: pixd always * * Notes: * (1) This in effect replaces light background pixels in pixs * by the input color. It does it by alpha blending so that * there are no visible artifacts from hard cutoffs. * (2) If pixd == pixs, this is done in-place. * (3) If box == NULL, this is performed on all of pixs. * (4) The alpha component for blending is derived from pixs, * by converting to grayscale and enhancing with a TRC. * (5) The last three arguments specify the TRC operation. * Suggested values are: @gamma = 0.3, @minval = 50, @maxval = 200. * To skip the TRC, use @gamma == 1, @minval = 0, @maxval = 255. * See pixGammaTRC() for details. */ PIX * pixBlendBackgroundToColor(PIX *pixd, PIX *pixs, BOX *box, l_uint32 color, l_float32 gamma, l_int32 minval, l_int32 maxval) { l_int32 x, y, w, h; BOX *boxt; PIX *pixt, *pixc, *pixr, *pixg; PROCNAME("pixBlendBackgroundToColor"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, pixd); if (pixd && (pixd != pixs)) return (PIX *)ERROR_PTR("pixd neither null nor pixs", procName, pixd); /* Extract the (optionally cropped) region, pixr, and generate * an identically sized pixc with the uniform color. */ if (!pixd) pixd = pixCopy(NULL, pixs); if (box) { pixr = pixClipRectangle(pixd, box, &boxt); boxGetGeometry(boxt, &x, &y, &w, &h); pixc = pixCreate(w, h, 32); boxDestroy(&boxt); } else { pixc = pixCreateTemplate(pixs); pixr = pixClone(pixd); } pixSetAllArbitrary(pixc, color); /* Set up the alpha channel */ pixg = pixConvertTo8(pixr, 0); pixGammaTRC(pixg, pixg, gamma, minval, maxval); pixSetRGBComponent(pixc, pixg, L_ALPHA_CHANNEL); /* Blend and replace in pixd */ pixt = pixBlendWithGrayMask(pixr, pixc, NULL, 0, 0); if (box) { pixRasterop(pixd, x, y, w, h, PIX_SRC, pixt, 0, 0); pixDestroy(&pixt); } else { pixTransferAllData(pixd, &pixt, 0, 0); } pixDestroy(&pixc); pixDestroy(&pixr); pixDestroy(&pixg); return pixd; } /*---------------------------------------------------------------------* * Multiplying by a specific color * *---------------------------------------------------------------------*/ /*! * pixMultiplyByColor() * * Input: pixd (can be NULL or pixs) * pixs (32 bpp rgb) * box (region for filtering; can be NULL)) * color (32 bit color in 0xrrggbb00 format) * Return: pixd always * * Notes: * (1) This filters all pixels in the specified region by * multiplying each component by the input color. * This leaves black invariant and transforms white to the * input color. * (2) If pixd == pixs, this is done in-place. * (3) If box == NULL, this is performed on all of pixs. */ PIX * pixMultiplyByColor(PIX *pixd, PIX *pixs, BOX *box, l_uint32 color) { l_int32 i, j, bx, by, w, h, wpl; l_int32 red, green, blue, rval, gval, bval, nrval, ngval, nbval; l_float32 frval, fgval, fbval; l_uint32 *data, *line; PIX *pixt; PROCNAME("pixMultiplyByColor"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, pixd); if (pixd && (pixd != pixs)) return (PIX *)ERROR_PTR("pixd neither null nor pixs", procName, pixd); if (!pixd) pixd = pixCopy(NULL, pixs); if (box) { boxGetGeometry(box, &bx, &by, NULL, NULL); pixt = pixClipRectangle(pixd, box, NULL); } else { pixt = pixClone(pixd); } /* Multiply each pixel in pixt by the color */ extractRGBValues(color, &red, &green, &blue); frval = (1. / 255.) * red; fgval = (1. / 255.) * green; fbval = (1. / 255.) * blue; data = pixGetData(pixt); wpl = pixGetWpl(pixt); pixGetDimensions(pixt, &w, &h, NULL); for (i = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < w; j++) { extractRGBValues(line[j], &rval, &gval, &bval); nrval = (l_int32)(frval * rval + 0.5); ngval = (l_int32)(fgval * gval + 0.5); nbval = (l_int32)(fbval * bval + 0.5); composeRGBPixel(nrval, ngval, nbval, line + j); } } /* Replace */ if (box) pixRasterop(pixd, bx, by, w, h, PIX_SRC, pixt, 0, 0); pixDestroy(&pixt); return pixd; } /*---------------------------------------------------------------------* * Rendering with alpha blending over a uniform background * *---------------------------------------------------------------------*/ /*! * pixAlphaBlendUniform() * * Input: pixs (32 bpp rgba, with alpha) * color (32 bit color in 0xrrggbb00 format) * Return: pixd (32 bpp rgb: pixs blended over uniform color @color), * a clone of pixs if no alpha, and null on error * * Notes: * (1) This is a convenience function that renders 32 bpp RGBA images * (with an alpha channel) over a uniform background of * value @color. To render over a white background, * use @color = 0xffffff00. The result is an RGB image. * (2) If pixs does not have an alpha channel, it returns a clone * of pixs. */ PIX * pixAlphaBlendUniform(PIX *pixs, l_uint32 color) { PIX *pixt, *pixd; PROCNAME("pixAlphaBlendUniform"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); if (pixGetSpp(pixs) != 4) { L_WARNING("no alpha channel; returning clone\n", procName); return pixClone(pixs); } pixt = pixCreateTemplate(pixs); pixSetAllArbitrary(pixt, color); pixSetSpp(pixt, 3); /* not required */ pixd = pixBlendWithGrayMask(pixt, pixs, NULL, 0, 0); pixDestroy(&pixt); return pixd; } /*---------------------------------------------------------------------* * Adding an alpha layer for blending * *---------------------------------------------------------------------*/ /*! * pixAddAlphaToBlend() * * Input: pixs (any depth) * fract (fade fraction in the alpha component) * invert (1 to photometrically invert pixs) * Return: pixd (32 bpp with alpha), or null on error * * Notes: * (1) This is a simple alpha layer generator, where typically white has * maximum transparency and black has minimum. * (2) If @invert == 1, generate the same alpha layer but invert * the input image photometrically. This is useful for blending * over dark images, where you want dark regions in pixs, such * as text, to be lighter in the blended image. * (3) The fade @fract gives the minimum transparency (i.e., * maximum opacity). A small fraction is useful for adding * a watermark to an image. * (4) If pixs has a colormap, it is removed to rgb. * (5) If pixs already has an alpha layer, it is overwritten. */ PIX * pixAddAlphaToBlend(PIX *pixs, l_float32 fract, l_int32 invert) { PIX *pixd, *pix1, *pix2; PROCNAME("pixAddAlphaToBlend"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (fract < 0.0 || fract > 1.0) return (PIX *)ERROR_PTR("invalid fract", procName, NULL); /* Convert to 32 bpp */ if (pixGetColormap(pixs)) pix1 = pixRemoveColormap(pixs, REMOVE_CMAP_TO_FULL_COLOR); else pix1 = pixClone(pixs); pixd = pixConvertTo32(pix1); /* new */ /* Use an inverted image if this will be blended with a dark image */ if (invert) pixInvert(pixd, pixd); /* Generate alpha layer */ pix2 = pixConvertTo8(pix1, 0); /* new */ pixInvert(pix2, pix2); pixMultConstantGray(pix2, fract); pixSetRGBComponent(pixd, pix2, L_ALPHA_CHANNEL); pixDestroy(&pix1); pixDestroy(&pix2); return pixd; } /*---------------------------------------------------------------------* * Setting a transparent alpha component over a white background * *---------------------------------------------------------------------*/ /*! * pixSetAlphaOverWhite() * * Input: pixs (colormapped or 32 bpp rgb; no alpha) * Return: pixd (new pix with meaningful alpha component), * or null on error * * Notes: * (1) The generated alpha component is transparent over white * (background) pixels in pixs, and quickly grades to opaque * away from the transparent parts. This is a cheap and * dirty alpha generator. The 2 pixel gradation is useful * to blur the boundary between the transparent region * (that will render entirely from a backing image) and * the remainder which renders from pixs. * (2) All alpha component bits in pixs are overwritten. */ PIX * pixSetAlphaOverWhite(PIX *pixs) { PIX *pixd, *pix1, *pix2, *pix3, *pix4; PROCNAME("pixSetAlphaOverWhite"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!(pixGetDepth(pixs) == 32 || pixGetColormap(pixs))) return (PIX *)ERROR_PTR("pixs not 32 bpp or cmapped", procName, NULL); /* Remove colormap if it exists; otherwise copy */ pixd = pixRemoveColormapGeneral(pixs, REMOVE_CMAP_TO_FULL_COLOR, L_COPY); /* Generate a 1 bpp image where a white pixel in pixd is 0. * In the comments below, a "white" pixel refers to pixd. * pix1 is rgb, pix2 is 8 bpp gray, pix3 is 1 bpp. */ pix1 = pixInvert(NULL, pixd); /* send white (255) to 0 for each sample */ pix2 = pixConvertRGBToGrayMinMax(pix1, L_CHOOSE_MAX); /* 0 if white */ pix3 = pixThresholdToBinary(pix2, 1); /* sets white pixels to 1 */ pixInvert(pix3, pix3); /* sets white pixels to 0 */ /* Generate the alpha component using the distance transform, * which measures the distance to the nearest bg (0) pixel in pix3. * After multiplying by 128, its value is 0 (transparent) * over white pixels, and goes to opaque (255) two pixels away * from the nearest white pixel. */ pix4 = pixDistanceFunction(pix3, 8, 8, L_BOUNDARY_FG); pixMultConstantGray(pix4, 128.0); pixSetRGBComponent(pixd, pix4, L_ALPHA_CHANNEL); pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); return pixd; } leptonica-1.70/src/graymorphlow.c0000644000175000017500000003124711767450643015216 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * graymorphlow.c * * Low-level grayscale morphological operations * * void dilateGrayLow() * void erodeGrayLow() * * * We use the van Herk/Gil-Werman (vHGW) algorithm, [van Herk, * Patt. Recog. Let. 13, pp. 517-521, 1992; Gil and Werman, * IEEE Trans PAMI 15(5), pp. 504-507, 1993.] * This was the first grayscale morphology * algorithm to compute dilation and erosion with * complexity independent of the size of the structuring * element. It is simple and elegant, and surprising that * it was discovered as recently as 1992. It works for * SEs composed of horizontal and/or vertical lines. The * general case requires finding the Min or Max over an * arbitrary set of pixels, and this requires a number of * pixel comparisons equal to the SE "size" at each pixel * in the image. The vHGW algorithm requires not * more than 3 comparisons at each point. The algorithm has been * recently refined by Gil and Kimmel ("Efficient Dilation * Erosion, Opening and Closing Algorithms", in "Mathematical * Morphology and its Applications to Image and Signal Processing", * the proceedings of the International Symposium on Mathematical * Morphology, Palo Alto, CA, June 2000, Kluwer Academic * Publishers, pp. 301-310). They bring this number down below * 1.5 comparisons per output pixel but at a cost of significantly * increased complexity, so I don't bother with that here. * * In brief, the method is as follows. We evaluate the dilation * in groups of "size" pixels, equal to the size of the SE. * For horizontal, we start at x = "size"/2 and go * (w - 2 * ("size"/2))/"size" steps. This means that * we don't evaluate the first 0.5 * "size" pixels and, worst * case, the last 1.5 * "size" pixels. Thus we embed the * image in a larger image with these augmented dimensions, where * the new border pixels are appropriately initialized (0 for * dilation; 255 for erosion), and remove the boundary at the end. * (For vertical, use h instead of w.) Then for each group * of "size" pixels, we form an array of length 2 * "size" + 1, * consisting of backward and forward partial maxima (for * dilation) or minima (for erosion). This represents a * jumping window computed from the source image, over which * the SE will slide. The center of the array gets the source * pixel at the center of the SE. Call this the center pixel * of the window. Array values to left of center get * the maxima(minima) of the pixels from the center * one and going to the left an equal distance. Array * values to the right of center get the maxima(minima) to * the pixels from the center one and going to the right * an equal distance. These are computed sequentially starting * from the center one. The SE (of length "size") can slide over this * window (of length 2 * "size + 1) at "size" different places. * At each place, the maxima(minima) of the values in the window * that correspond to the end points of the SE give the extremal * values over that interval, and these are stored at the dest * pixel corresponding to the SE center. A picture is worth * at least this many words, so if this isn't clear, see the * leptonica documentation on grayscale morphology. * */ #include "allheaders.h" /*-----------------------------------------------------------------* * Low-level gray morphological operations * *-----------------------------------------------------------------*/ /*! * dilateGrayLow() * * Input: datad, w, h, wpld (8 bpp image) * datas, wpls (8 bpp image, of same dimensions) * size (full length of SEL; restricted to odd numbers) * direction (L_HORIZ or L_VERT) * buffer (holds full line or column of src image pixels) * maxarray (array of dimension 2*size+1) * Return: void * * Notes: * (1) To eliminate border effects on the actual image, these images * are prepared with an additional border of dimensions: * leftpix = 0.5 * size * rightpix = 1.5 * size * toppix = 0.5 * size * bottompix = 1.5 * size * and we initialize the src border pixels to 0. * This allows full processing over the actual image; at * the end the border is removed. * (2) Uses algorithm of van Herk, Gil and Werman */ void dilateGrayLow(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 size, l_int32 direction, l_uint8 *buffer, l_uint8 *maxarray) { l_int32 i, j, k; l_int32 hsize, nsteps, startmax, startx, starty; l_uint8 maxval; l_uint32 *lines, *lined; if (direction == L_HORIZ) { hsize = size / 2; nsteps = (w - 2 * hsize) / size; for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; /* fill buffer with pixels in byte order */ for (j = 0; j < w; j++) buffer[j] = GET_DATA_BYTE(lines, j); for (j = 0; j < nsteps; j++) { /* refill the minarray */ startmax = (j + 1) * size - 1; maxarray[size - 1] = buffer[startmax]; for (k = 1; k < size; k++) { maxarray[size - 1 - k] = L_MAX(maxarray[size - k], buffer[startmax - k]); maxarray[size - 1 + k] = L_MAX(maxarray[size + k - 2], buffer[startmax + k]); } /* compute dilation values */ startx = hsize + j * size; SET_DATA_BYTE(lined, startx, maxarray[0]); SET_DATA_BYTE(lined, startx + size - 1, maxarray[2 * size - 2]); for (k = 1; k < size - 1; k++) { maxval = L_MAX(maxarray[k], maxarray[k + size - 1]); SET_DATA_BYTE(lined, startx + k, maxval); } } } } else { /* direction == L_VERT */ hsize = size / 2; nsteps = (h - 2 * hsize) / size; for (j = 0; j < w; j++) { /* fill buffer with pixels in byte order */ for (i = 0; i < h; i++) { lines = datas + i * wpls; buffer[i] = GET_DATA_BYTE(lines, j); } for (i = 0; i < nsteps; i++) { /* refill the minarray */ startmax = (i + 1) * size - 1; maxarray[size - 1] = buffer[startmax]; for (k = 1; k < size; k++) { maxarray[size - 1 - k] = L_MAX(maxarray[size - k], buffer[startmax - k]); maxarray[size - 1 + k] = L_MAX(maxarray[size + k - 2], buffer[startmax + k]); } /* compute dilation values */ starty = hsize + i * size; lined = datad + starty * wpld; SET_DATA_BYTE(lined, j, maxarray[0]); SET_DATA_BYTE(lined + (size - 1) * wpld, j, maxarray[2 * size - 2]); for (k = 1; k < size - 1; k++) { maxval = L_MAX(maxarray[k], maxarray[k + size - 1]); SET_DATA_BYTE(lined + wpld * k, j, maxval); } } } } return; } /*! * erodeGrayLow() * * Input: datad, w, h, wpld (8 bpp image) * datas, wpls (8 bpp image, of same dimensions) * size (full length of SEL; restricted to odd numbers) * direction (L_HORIZ or L_VERT) * buffer (holds full line or column of src image pixels) * minarray (array of dimension 2*size+1) * Return: void * * Notes: * (1) See notes in dilateGrayLow() */ void erodeGrayLow(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 size, l_int32 direction, l_uint8 *buffer, l_uint8 *minarray) { l_int32 i, j, k; l_int32 hsize, nsteps, startmin, startx, starty; l_uint8 minval; l_uint32 *lines, *lined; if (direction == L_HORIZ) { hsize = size / 2; nsteps = (w - 2 * hsize) / size; for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; /* fill buffer with pixels in byte order */ for (j = 0; j < w; j++) buffer[j] = GET_DATA_BYTE(lines, j); for (j = 0; j < nsteps; j++) { /* refill the minarray */ startmin = (j + 1) * size - 1; minarray[size - 1] = buffer[startmin]; for (k = 1; k < size; k++) { minarray[size - 1 - k] = L_MIN(minarray[size - k], buffer[startmin - k]); minarray[size - 1 + k] = L_MIN(minarray[size + k - 2], buffer[startmin + k]); } /* compute erosion values */ startx = hsize + j * size; SET_DATA_BYTE(lined, startx, minarray[0]); SET_DATA_BYTE(lined, startx + size - 1, minarray[2 * size - 2]); for (k = 1; k < size - 1; k++) { minval = L_MIN(minarray[k], minarray[k + size - 1]); SET_DATA_BYTE(lined, startx + k, minval); } } } } else { /* direction == L_VERT */ hsize = size / 2; nsteps = (h - 2 * hsize) / size; for (j = 0; j < w; j++) { /* fill buffer with pixels in byte order */ for (i = 0; i < h; i++) { lines = datas + i * wpls; buffer[i] = GET_DATA_BYTE(lines, j); } for (i = 0; i < nsteps; i++) { /* refill the minarray */ startmin = (i + 1) * size - 1; minarray[size - 1] = buffer[startmin]; for (k = 1; k < size; k++) { minarray[size - 1 - k] = L_MIN(minarray[size - k], buffer[startmin - k]); minarray[size - 1 + k] = L_MIN(minarray[size + k - 2], buffer[startmin + k]); } /* compute erosion values */ starty = hsize + i * size; lined = datad + starty * wpld; SET_DATA_BYTE(lined, j, minarray[0]); SET_DATA_BYTE(lined + (size - 1) * wpld, j, minarray[2 * size - 2]); for (k = 1; k < size - 1; k++) { minval = L_MIN(minarray[k], minarray[k + size - 1]); SET_DATA_BYTE(lined + wpld * k, j, minval); } } } } return; } leptonica-1.70/src/xtractprotos.c0000644000175000017500000002271312267060734015230 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * xtractprotos.c * * This program accepts a list of C files on the command line * and outputs the C prototypes to stdout. It uses cpp to * handle the preprocessor macros, and then parses the cpp output. * In leptonica, it is used to make allheaders.h (and optionally * leptprotos.h, which contains just the function prototypes.) * In leptonica, only the file allheaders.h is included with * source files. * * An optional 'prestring' can be prepended to each declaration. * And the function prototypes can either be sent to stdout, written * to a named file, or placed in-line within allheaders.h. * * The signature is: * * xtractprotos [-prestring=] [-protos=] [list of C files] * * Without -protos, the prototypes are written to stdout. * With -protos, allheaders.h is rewritten: * * if you use -protos=inline, the prototypes are placed within * allheaders.h. * * if you use -protos=leptprotos.h, the prototypes written to * the file leptprotos.h, and alltypes.h has * #include "leptprotos.h" * * For constructing allheaders.h, two text files are provided: * allheaders_top.txt * allheaders_bot.txt * The former contains the leptonica version number, so it must * be updated when a new version is made. * * For simple C prototype extraction, xtractprotos has essentially * the same functionality as Adam Bryant's cextract, but the latter * has not been officially supported for over 15 years, has been * patched numerous times, and doesn't work with sys/sysmacros.h * for 64 bit architecture. * * This is used to extract all prototypes in liblept. * The function that does all the work is parseForProtos(), * which takes as input the output from cpp. * * xtractprotos can run in leptonica to do an 'ab initio' generation * of allheaders.h; that is, it can make allheaders.h without * leptprotos.h and with an allheaders.h file of 0 length. * Of course, the usual situation is to run it with a valid allheaders.h, * which includes all the function prototypes. To avoid including * all the prototypes in the input for each file, cpp runs here * with -DNO_PROTOS, so the prototypes are not included -- this is * much faster. * * The xtractprotos version number, defined below, is incremented * whenever a new version is made. */ #include #include "allheaders.h" static const l_int32 L_BUF_SIZE = 512; /* Cygwin needs an extension to prevent it from appending * ".exe" to the filename */ static const char *tempfile = "/tmp/temp_cpp_output.txt"; static const char *version = "1.5"; int main(int argc, char **argv) { char *filein, *str, *prestring, *outprotos, *protostr; const char *spacestr = " "; char buf[L_BUF_SIZE]; l_uint8 *allheaders; l_int32 i, maxindex, in_line, nflags, protos_added, firstfile, len, ret; size_t nbytes; L_BYTEA *ba, *ba2; SARRAY *sa, *safirst; static char mainName[] = "xtractprotos"; if (argc == 1) { fprintf(stderr, "xtractprotos [-prestring=] [-protos=] " "[list of C files]\n" "where the prestring is prepended to each prototype, and \n" "protos can be either 'inline' or the name of an output " "prototype file\n"); return 1; } /* ---------------------------------------------------------------- */ /* Parse input flags and find prestring and outprotos, if requested */ /* ---------------------------------------------------------------- */ prestring = outprotos = NULL; in_line = FALSE; nflags = 0; maxindex = L_MIN(3, argc); for (i = 1; i < maxindex; i++) { if (argv[i][0] == '-') { if (!strncmp(argv[i], "-prestring", 10)) { nflags++; ret = sscanf(argv[i] + 1, "prestring=%s", buf); if (ret != 1) { fprintf(stderr, "parse failure for prestring\n"); return 1; } if ((len = strlen(buf)) > L_BUF_SIZE - 3) { L_WARNING("prestring too large; omitting!\n", mainName); } else { buf[len] = ' '; buf[len + 1] = '\0'; prestring = stringNew(buf); } } else if (!strncmp(argv[i], "-protos", 7)) { nflags++; ret = sscanf(argv[i] + 1, "protos=%s", buf); if (ret != 1) { fprintf(stderr, "parse failure for protos\n"); return 1; } outprotos = stringNew(buf); if (!strncmp(outprotos, "inline", 7)) in_line = TRUE; } } } if (argc - nflags < 2) { fprintf(stderr, "no files specified!\n"); return 1; } /* ---------------------------------------------------------------- */ /* Generate the prototype string */ /* ---------------------------------------------------------------- */ ba = l_byteaCreate(500); /* First the extern C head */ sa = sarrayCreate(0); sarrayAddString(sa, (char *)"/*", 1); snprintf(buf, L_BUF_SIZE, " * These prototypes were autogen'd by xtractprotos, v. %s", version); sarrayAddString(sa, buf, 1); sarrayAddString(sa, (char *)" */", 1); sarrayAddString(sa, (char *)"#ifdef __cplusplus", 1); sarrayAddString(sa, (char *)"extern \"C\" {", 1); sarrayAddString(sa, (char *)"#endif /* __cplusplus */\n", 1); str = sarrayToString(sa, 1); l_byteaAppendString(ba, str); lept_free(str); sarrayDestroy(&sa); /* Then the prototypes */ firstfile = 1 + nflags; protos_added = FALSE; for (i = firstfile; i < argc; i++) { filein = argv[i]; len = strlen(filein); if (filein[len - 1] == 'h') /* skip .h files */ continue; snprintf(buf, L_BUF_SIZE, "cpp -ansi -DNO_PROTOS %s %s", filein, tempfile); ret = system(buf); if (ret) { fprintf(stderr, "cpp failure for %s; continuing\n", filein); continue; } if ((str = parseForProtos(tempfile, prestring)) == NULL) { fprintf(stderr, "parse failure for %s; continuing\n", filein); continue; } if (strlen(str) > 1) { /* strlen(str) == 1 is a file without protos */ l_byteaAppendString(ba, str); protos_added = TRUE; } lept_free(str); } /* Lastly the extern C tail */ sa = sarrayCreate(0); sarrayAddString(sa, (char *)"\n#ifdef __cplusplus", 1); sarrayAddString(sa, (char *)"}", 1); sarrayAddString(sa, (char *)"#endif /* __cplusplus */", 1); str = sarrayToString(sa, 1); l_byteaAppendString(ba, str); lept_free(str); sarrayDestroy(&sa); protostr = (char *)l_byteaCopyData(ba, &nbytes); l_byteaDestroy(&ba); /* ---------------------------------------------------------------- */ /* Generate the output */ /* ---------------------------------------------------------------- */ if (!outprotos) { /* just write to stdout */ fprintf(stderr, "%s\n", protostr); lept_free(protostr); return 0; } /* If no protos were found, do nothing further */ if (!protos_added) { fprintf(stderr, "No protos found\n"); lept_free(protostr); return 1; } /* Make the output files */ ba = l_byteaInitFromFile("allheaders_top.txt"); if (!in_line) { snprintf(buf, sizeof(buf), "#include \"%s\"\n", outprotos); l_byteaAppendString(ba, buf); l_binaryWrite(outprotos, "w", protostr, nbytes); } else { l_byteaAppendString(ba, protostr); } ba2 = l_byteaInitFromFile("allheaders_bot.txt"); l_byteaJoin(ba, &ba2); l_byteaWrite("allheaders.h", ba, 0, 0); l_byteaDestroy(&ba); lept_free(protostr); return 0; } leptonica-1.70/src/watershed.c0000640000175000017500000011171512244215134014426 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * watershed.c * * Top-level * L_WSHED *wshedCreate() * void wshedDestroy() * l_int32 wshedApply() * * Helpers * static l_int32 identifyWatershedBasin() * static l_int32 mergeLookup() * static l_int32 wshedGetHeight() * static void pushNewPixel() * static void popNewPixel() * static void pushWSPixel() * static void popWSPixel() * static void debugPrintLUT() * static void debugWshedMerge() * * Output * l_int32 wshedBasins() * PIX *wshedRenderFill() * PIX *wshedRenderColors() * * The watershed function identifies the "catch basins" of the input * 8 bpp image, with respect to the specified seeds or "markers". * The use is in segmentation, but the selection of the markers is * critical to getting meaningful results. * * How are the markers selected? You can't simply use the local * minima, because a typical image has sufficient noise so that * a useful catch basin can easily have multiple local minima. However * they are selected, the question for the watershed function is * how to handle local minima that are not markers. The reason * this is important is because of the algorithm used to find the * watersheds, which is roughly like this: * * (1) Identify the markers and the local minima, and enter them * into a priority queue based on the pixel value. Each marker * is shrunk to a single pixel, if necessary, before the * operation starts. * (2) Feed the priority queue with neighbors of pixels that are * popped off the queue. Each of these queue pixels is labelled * with the index value of its parent. * (3) Each pixel is also labelled, in a 32-bit image, with the marker * or local minimum index, from which it was originally derived. * (4) There are actually 3 classes of labels: seeds, minima, and * fillers. The fillers are labels of regions that have already * been identified as watersheds and are continuing to fill, for * the purpose of finding higher watersheds. * (5) When a pixel is popped that has already been labelled in the * 32-bit image and that label differs from the label of its * parent (stored in the queue pixel), a boundary has been crossed. * There are several cases: * (a) Both parents are derived from markers but at least one * is not deep enough to become a watershed. Absorb the * shallower basin into the deeper one, fixing the LUT to * redirect the shallower index to the deeper one. * (b) Both parents are derived from markers and both are deep * enough. Identify and save the watershed for each marker. * (c) One parent was derived from a marker and the other from * a minima: absorb the minima basin into the marker basin. * (d) One parent was derived from a marker and the other is * a filler: identify and save the watershed for the marker. * (e) Both parents are derived from minima: merge them. * (f) One parent is a filler and the other is derived from a * minima: merge the minima into the filler. * (6) The output of the watershed operation consists of: * - a pixa of the basins * - a pta of the markers * - a numa of the watershed levels * * Typical usage: * L_WShed *wshed = wshedCreate(pixs, pixseed, mindepth, 0); * wshedApply(wshed); * * wshedBasins(wshed, &pixa, &nalevels); * ... do something with pixa, nalevels ... * pixaDestroy(&pixa); * numaDestroy(&nalevels); * * Pix *pixd = wshedRenderFill(wshed); * * wshedDestroy(&wshed); */ #include "allheaders.h" #ifndef NO_CONSOLE_IO #define DEBUG_WATERSHED 0 #endif /* ~NO_CONSOLE_IO */ static const l_uint32 MAX_LABEL_VALUE = 0x7fffffff; /* largest l_int32 */ struct L_NewPixel { l_int32 x; l_int32 y; }; typedef struct L_NewPixel L_NEWPIXEL; struct L_WSPixel { l_float32 val; /* pixel value */ l_int32 x; l_int32 y; l_int32 index; /* label for set to which pixel belongs */ }; typedef struct L_WSPixel L_WSPIXEL; /* Static functions for obtaining bitmap of watersheds */ static void wshedSaveBasin(L_WSHED *wshed, l_int32 index, l_int32 level); static l_int32 identifyWatershedBasin(L_WSHED *wshed, l_int32 index, l_int32 level, BOX **pbox, PIX **ppixd); /* Static function for merging lut and backlink arrays */ static l_int32 mergeLookup(L_WSHED *wshed, l_int32 sindex, l_int32 dindex); /* Static function for finding the height of the current pixel above its seed or minima in the watershed. */ static l_int32 wshedGetHeight(L_WSHED *wshed, l_int32 val, l_int32 label, l_int32 *pheight); /* Static accessors for NewPixel on a queue */ static void pushNewPixel(L_QUEUE *lq, l_int32 x, l_int32 y, l_int32 *pminx, l_int32 *pmaxx, l_int32 *pminy, l_int32 *pmaxy); static void popNewPixel(L_QUEUE *lq, l_int32 *px, l_int32 *py); /* Static accessors for WSPixel on a heap */ static void pushWSPixel(L_HEAP *lh, L_STACK *stack, l_int32 val, l_int32 x, l_int32 y, l_int32 index); static void popWSPixel(L_HEAP *lh, L_STACK *stack, l_int32 *pval, l_int32 *px, l_int32 *py, l_int32 *pindex); /* Static debug print output */ static void debugPrintLUT(l_int32 *lut, l_int32 size, l_int32 debug); static void debugWshedMerge(L_WSHED *wshed, char *descr, l_int32 x, l_int32 y, l_int32 label, l_int32 index); /*-----------------------------------------------------------------------* * Top-level watershed * *-----------------------------------------------------------------------*/ /*! * wshedCreate() * * Input: pixs (8 bpp source) * pixm (1 bpp 'marker' seed) * mindepth (minimum depth; anything less is not saved) * debugflag (1 for debug output) * Return: WShed, or null on error * * Notes: * (1) It is not necessary for the fg pixels in the seed image * be at minima, or that they be isolated. We extract a * single pixel from each connected component, and a seed * anywhere in a watershed will eventually label the watershed * when the filling level reaches it. * (2) Set mindepth to some value to ignore noise in pixs that * can create small local minima. Any watershed shallower * than mindepth, even if it has a seed, will not be saved; * It will either be incorporated in another watershed or * eliminated. */ L_WSHED * wshedCreate(PIX *pixs, PIX *pixm, l_int32 mindepth, l_int32 debugflag) { l_int32 w, h; L_WSHED *wshed; PROCNAME("wshedCreate"); if (!pixs) return (L_WSHED *)ERROR_PTR("pixs is not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (L_WSHED *)ERROR_PTR("pixs is not 8 bpp", procName, NULL); if (!pixm) return (L_WSHED *)ERROR_PTR("pixm is not defined", procName, NULL); if (pixGetDepth(pixm) != 1) return (L_WSHED *)ERROR_PTR("pixm is not 1 bpp", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); if (pixGetWidth(pixm) != w || pixGetHeight(pixm) != h) return (L_WSHED *)ERROR_PTR("pixs/m sizes are unequal", procName, NULL); if ((wshed = (L_WSHED *)CALLOC(1, sizeof(L_WSHED))) == NULL) return (L_WSHED *)ERROR_PTR("wshed not made", procName, NULL); wshed->pixs = pixClone(pixs); wshed->pixm = pixClone(pixm); wshed->mindepth = L_MAX(1, mindepth); wshed->pixlab = pixCreate(w, h, 32); pixSetAllArbitrary(wshed->pixlab, MAX_LABEL_VALUE); wshed->pixt = pixCreate(w, h, 1); wshed->lines8 = pixGetLinePtrs(pixs, NULL); wshed->linem1 = pixGetLinePtrs(pixm, NULL); wshed->linelab32 = pixGetLinePtrs(wshed->pixlab, NULL); wshed->linet1 = pixGetLinePtrs(wshed->pixt, NULL); wshed->debug = debugflag; return wshed; } /*! * wshedDestroy() * * Input: &wshed () * Return: void */ void wshedDestroy(L_WSHED **pwshed) { l_int32 i; L_WSHED *wshed; PROCNAME("wshedDestroy"); if (pwshed == NULL) { L_WARNING("ptr address is null!\n", procName); return; } if ((wshed = *pwshed) == NULL) return; pixDestroy(&wshed->pixs); pixDestroy(&wshed->pixm); pixDestroy(&wshed->pixlab); pixDestroy(&wshed->pixt); if (wshed->lines8) FREE(wshed->lines8); if (wshed->linem1) FREE(wshed->linem1); if (wshed->linelab32) FREE(wshed->linelab32); if (wshed->linet1) FREE(wshed->linet1); pixaDestroy(&wshed->pixad); ptaDestroy(&wshed->ptas); numaDestroy(&wshed->nash); numaDestroy(&wshed->nasi); numaDestroy(&wshed->namh); numaDestroy(&wshed->nalevels); if (wshed->lut) FREE(wshed->lut); if (wshed->links) { for (i = 0; i < wshed->arraysize; i++) numaDestroy(&wshed->links[i]); FREE(wshed->links); } FREE(wshed); *pwshed = NULL; return; } /*! * wshedApply() * * Input: wshed (generated from wshedCreate()) * Return: 0 if OK, 1 on error * * Iportant note: * (1) This is buggy. It seems to locate watersheds that are * duplicates. The watershed extraction after complete fill * grabs some regions belonging to existing watersheds. * See prog/watershedtest.c for testing. */ l_int32 wshedApply(L_WSHED *wshed) { char two_new_watersheds[] = "Two new watersheds"; char seed_absorbed_into_seeded_basin[] = "Seed absorbed into seeded basin"; char one_new_watershed_label[] = "One new watershed (label)"; char one_new_watershed_index[] = "One new watershed (index)"; char minima_absorbed_into_seeded_basin[] = "Minima absorbed into seeded basin"; char minima_absorbed_by_filler_or_another[] = "Minima absorbed by filler or another"; l_int32 nseeds, nother, nboth, arraysize; l_int32 i, j, val, x, y, w, h, index, mindepth; l_int32 imin, imax, jmin, jmax, cindex, clabel, nindex; l_int32 hindex, hlabel, hmin, hmax, minhindex, maxhindex; l_int32 *lut; l_uint32 ulabel, uval; void **lines8, **linelab32; NUMA *nalut, *nalevels, *nash, *namh, *nasi; NUMA **links; L_HEAP *lh; PIX *pixmin, *pixsd; PIXA *pixad; L_STACK *rstack; PTA *ptas, *ptao; PROCNAME("wshedApply"); if (!wshed) return ERROR_INT("wshed not defined", procName, 1); /* ------------------------------------------------------------ * * Initialize priority queue and pixlab with seeds and minima * * ------------------------------------------------------------ */ lh = lheapCreate(0, L_SORT_INCREASING); /* remove lowest values first */ rstack = lstackCreate(0); /* for reusing the WSPixels */ pixGetDimensions(wshed->pixs, &w, &h, NULL); lines8 = wshed->lines8; /* wshed owns this */ linelab32 = wshed->linelab32; /* ditto */ /* Identify seed (marker) pixels, 1 for each c.c. in pixm */ pixSelectMinInConnComp(wshed->pixs, wshed->pixm, &ptas, &nash); pixsd = pixGenerateFromPta(ptas, w, h); nseeds = ptaGetCount(ptas); for (i = 0; i < nseeds; i++) { ptaGetIPt(ptas, i, &x, &y); uval = GET_DATA_BYTE(lines8[y], x); pushWSPixel(lh, rstack, (l_int32)uval, x, y, i); } wshed->ptas = ptas; nasi = numaMakeConstant(1, nseeds); /* indicator array */ wshed->nasi = nasi; wshed->nash = nash; wshed->nseeds = nseeds; /* Identify minima that are not seeds. Use these 4 steps: * (1) Get the local minima, which can have components * of arbitrary size. This will be a clipping mask. * (2) Get the image of the actual seeds (pixsd) * (3) Remove all elements of the clipping mask that have a seed. * (4) Shrink each of the remaining elements of the minima mask * to a single pixel. */ pixLocalExtrema(wshed->pixs, 200, 0, &pixmin, NULL); pixRemoveSeededComponents(pixmin, pixsd, pixmin, 8, 2); pixSelectMinInConnComp(wshed->pixs, pixmin, &ptao, &namh); nother = ptaGetCount(ptao); for (i = 0; i < nother; i++) { ptaGetIPt(ptao, i, &x, &y); uval = GET_DATA_BYTE(lines8[y], x); pushWSPixel(lh, rstack, (l_int32)uval, x, y, nseeds + i); } wshed->namh = namh; /* ------------------------------------------------------------ * * Initialize merging lookup tables * * ------------------------------------------------------------ */ /* nalut should always give the current after-merging index. * links are effectively backpointers: they are numas associated with * a dest index of all indices in nalut that point to that index. */ mindepth = wshed->mindepth; nboth = nseeds + nother; arraysize = 2 * nboth; wshed->arraysize = arraysize; nalut = numaMakeSequence(0, 1, arraysize); lut = numaGetIArray(nalut); wshed->lut = lut; /* wshed owns this */ links = (NUMA **)CALLOC(arraysize, sizeof(NUMA *)); wshed->links = links; /* wshed owns this */ nindex = nseeds + nother; /* the next unused index value */ /* ------------------------------------------------------------ * * Fill the basins, using the priority queue * * ------------------------------------------------------------ */ pixad = pixaCreate(nseeds); wshed->pixad = pixad; /* wshed owns this */ nalevels = numaCreate(nseeds); wshed->nalevels = nalevels; /* wshed owns this */ L_INFO("nseeds = %d, nother = %d\n", procName, nseeds, nother); while (lheapGetCount(lh) > 0) { popWSPixel(lh, rstack, &val, &x, &y, &index); /* fprintf(stderr, "x = %d, y = %d, index = %d\n", x, y, index); */ ulabel = GET_DATA_FOUR_BYTES(linelab32[y], x); if (ulabel == MAX_LABEL_VALUE) clabel = ulabel; else clabel = lut[ulabel]; cindex = lut[index]; if (clabel == cindex) continue; /* have already seen this one */ if (clabel == MAX_LABEL_VALUE) { /* new one; assign index and try to * propagate to all neighbors */ SET_DATA_FOUR_BYTES(linelab32[y], x, cindex); imin = L_MAX(0, y - 1); imax = L_MIN(h - 1, y + 1); jmin = L_MAX(0, x - 1); jmax = L_MIN(w - 1, x + 1); for (i = imin; i <= imax; i++) { for (j = jmin; j <= jmax; j++) { if (i == y && j == x) continue; uval = GET_DATA_BYTE(lines8[i], j); pushWSPixel(lh, rstack, (l_int32)uval, j, i, cindex); } } } else { /* pixel is already labeled (differently); must resolve */ /* If both indices are seeds, check if the min height is * greater than mindepth. If so, we have two new watersheds; * locate them and assign to both regions a new index * for further waterfill. If not, absorb the shallower * watershed into the deeper one and continue filling it. */ pixGetPixel(pixsd, x, y, &uval); if (clabel < nseeds && cindex < nseeds) { wshedGetHeight(wshed, val, clabel, &hlabel); wshedGetHeight(wshed, val, cindex, &hindex); hmin = L_MIN(hlabel, hindex); hmax = L_MAX(hlabel, hindex); if (hmin == hmax) { hmin = hlabel; hmax = hindex; } if (wshed->debug) { fprintf(stderr, "clabel,hlabel = %d,%d\n", clabel, hlabel); fprintf(stderr, "hmin = %d, hmax = %d\n", hmin, hmax); fprintf(stderr, "cindex,hindex = %d,%d\n", cindex, hindex); if (hmin < mindepth) fprintf(stderr, "Too shallow!\n"); } if (hmin >= mindepth) { debugWshedMerge(wshed, two_new_watersheds, x, y, clabel, cindex); wshedSaveBasin(wshed, cindex, val - 1); wshedSaveBasin(wshed, clabel, val - 1); numaSetValue(nasi, cindex, 0); numaSetValue(nasi, clabel, 0); if (wshed->debug) fprintf(stderr, "nindex = %d\n", nindex); debugPrintLUT(lut, nindex, wshed->debug); mergeLookup(wshed, clabel, nindex); debugPrintLUT(lut, nindex, wshed->debug); mergeLookup(wshed, cindex, nindex); debugPrintLUT(lut, nindex, wshed->debug); nindex++; } else /* extraneous seed within seeded basin; absorb */ { debugWshedMerge(wshed, seed_absorbed_into_seeded_basin, x, y, clabel, cindex); } maxhindex = clabel; /* TODO: is this part of above 'else'? */ minhindex = cindex; if (hindex > hlabel) { maxhindex = cindex; minhindex = clabel; } mergeLookup(wshed, minhindex, maxhindex); } else if (clabel < nseeds && cindex >= nboth) { /* If one index is a seed and the other is a merge of * 2 watersheds, generate a single watershed. */ debugWshedMerge(wshed, one_new_watershed_label, x, y, clabel, cindex); wshedSaveBasin(wshed, clabel, val - 1); numaSetValue(nasi, clabel, 0); mergeLookup(wshed, clabel, cindex); } else if (cindex < nseeds && clabel >= nboth) { debugWshedMerge(wshed, one_new_watershed_index, x, y, clabel, cindex); wshedSaveBasin(wshed, cindex, val - 1); numaSetValue(nasi, cindex, 0); mergeLookup(wshed, cindex, clabel); } else if (clabel < nseeds) { /* cindex from minima; absorb */ /* If one index is a seed and the other is from a minimum, * merge the minimum wshed into the seed wshed. */ debugWshedMerge(wshed, minima_absorbed_into_seeded_basin, x, y, clabel, cindex); mergeLookup(wshed, cindex, clabel); } else if (cindex < nseeds) { /* clabel from minima; absorb */ debugWshedMerge(wshed, minima_absorbed_into_seeded_basin, x, y, clabel, cindex); mergeLookup(wshed, clabel, cindex); } else { /* If neither index is a seed, just merge */ debugWshedMerge(wshed, minima_absorbed_by_filler_or_another, x, y, clabel, cindex); mergeLookup(wshed, clabel, cindex); } } } #if 0 /* Use the indicator array to save any watersheds that fill * to the maximum value. This seems to screw things up! */ for (i = 0; i < nseeds; i++) { numaGetIValue(nasi, i, &ival); if (ival == 1) { wshedSaveBasin(wshed, lut[i], val - 1); numaSetValue(nasi, i, 0); } } #endif numaDestroy(&nalut); pixDestroy(&pixmin); pixDestroy(&pixsd); ptaDestroy(&ptao); lheapDestroy(&lh, TRUE); lstackDestroy(&rstack, TRUE); return 0; } /*-----------------------------------------------------------------------* * Helpers * *-----------------------------------------------------------------------*/ /*! * wshedSaveBasin() * * Input: wshed * index (index of basin to be located) * level (filling level reached at the time this function * is called) * Return: 0 if OK, 1 on error * * Notes: * (1) This identifies a single watershed. It does not change * the LUT, which must be done subsequently. * (2) The fill level of a basin is taken to be @level - 1. */ static void wshedSaveBasin(L_WSHED *wshed, l_int32 index, l_int32 level) { BOX *box; PIX *pix; PROCNAME("wshedSaveBasin"); if (!wshed) { L_ERROR("wshed not defined\n", procName); return; } if (identifyWatershedBasin(wshed, index, level, &box, &pix) == 0) { pixaAddPix(wshed->pixad, pix, L_INSERT); pixaAddBox(wshed->pixad, box, L_INSERT); numaAddNumber(wshed->nalevels, level - 1); } return; } /*! * identifyWatershedBasin() * * Input: wshed * index (index of basin to be located) * level (of basin at point at which the two basins met) * &box ( bounding box of basin) * &pixd ( pix of basin, cropped to its bounding box) * Return: 0 if OK, 1 on error * * Notes: * (1) This is a static function, so we assume pixlab, pixs and pixt * exist and are the same size. * (2) It selects all pixels that have the label @index in pixlab * and that have a value in pixs that is less than @level. * (3) It is used whenever two seeded basins meet (typically at a saddle), * or when one seeded basin meets a 'filler'. All identified * basins are saved as a watershed. */ static l_int32 identifyWatershedBasin(L_WSHED *wshed, l_int32 index, l_int32 level, BOX **pbox, PIX **ppixd) { l_int32 imin, imax, jmin, jmax, minx, miny, maxx, maxy; l_int32 bw, bh, i, j, w, h, x, y; l_int32 *lut; l_uint32 label, bval, lval; void **lines8, **linelab32, **linet1; BOX *box; PIX *pixs, *pixt, *pixd; L_QUEUE *lq; PROCNAME("identifyWatershedBasin"); if (!pbox) return ERROR_INT("&box not defined", procName, 1); *pbox = NULL; if (!ppixd) return ERROR_INT("&pixd not defined", procName, 1); *ppixd = NULL; if (!wshed) return ERROR_INT("wshed not defined", procName, 1); /* Make a queue and an auxiliary stack */ lq = lqueueCreate(0); lq->stack = lstackCreate(0); pixs = wshed->pixs; pixt = wshed->pixt; lines8 = wshed->lines8; linelab32 = wshed->linelab32; linet1 = wshed->linet1; lut = wshed->lut; pixGetDimensions(pixs, &w, &h, NULL); /* Prime the queue with the seed pixel for this watershed. */ minx = miny = 1000000; maxx = maxy = 0; ptaGetIPt(wshed->ptas, index, &x, &y); pixSetPixel(pixt, x, y, 1); pushNewPixel(lq, x, y, &minx, &maxx, &miny, &maxy); if (wshed->debug) fprintf(stderr, "prime: (x,y) = (%d, %d)\n", x, y); /* Each pixel in a spreading breadth-first search is inspected. * It is accepted as part of this watershed, and pushed on * the search queue, if: * (1) It has a label value equal to @index * (2) The pixel value is less than @level, the overflow * height at which the two basins join. * (3) It has not yet been seen in this search. */ while (lqueueGetCount(lq) > 0) { popNewPixel(lq, &x, &y); imin = L_MAX(0, y - 1); imax = L_MIN(h - 1, y + 1); jmin = L_MAX(0, x - 1); jmax = L_MIN(w - 1, x + 1); for (i = imin; i <= imax; i++) { for (j = jmin; j <= jmax; j++) { if (j == x && i == y) continue; /* parent */ label = GET_DATA_FOUR_BYTES(linelab32[i], j); if (label == MAX_LABEL_VALUE || lut[label] != index) continue; bval = GET_DATA_BIT(linet1[i], j); if (bval == 1) continue; /* already seen */ lval = GET_DATA_BYTE(lines8[i], j); if (lval >= level) continue; /* too high */ SET_DATA_BIT(linet1[i], j); pushNewPixel(lq, j, i, &minx, &maxx, &miny, &maxy); } } } /* Extract the box and pix, and clear pixt */ bw = maxx - minx + 1; bh = maxy - miny + 1; box = boxCreate(minx, miny, bw, bh); pixd = pixClipRectangle(pixt, box, NULL); pixRasterop(pixt, minx, miny, bw, bh, PIX_SRC ^ PIX_DST, pixd, 0, 0); *pbox = box; *ppixd = pixd; lqueueDestroy(&lq, 1); return 0; } /*! * mergeLookup() * * Input: wshed * sindex (primary index being changed in the merge) * dindex (index that @sindex will point to after the merge) * Return: 0 if OK, 1 on error * * Notes: * (1) The links are a sparse array of Numas showing current back-links. * The lut gives the current index (of the seed or the minima * for the wshed in which it is located. * (2) Think of each entry in the lut. There are two types: * owner: lut[index] = index * redirect: lut[index] != index * (3) This is called each time a merge occurs. It puts the lut * and backlinks in a canonical form after the merge, where * all entries in the lut point to the current "owner", which * has all backlinks. That is, every "redirect" in the lut * points to an "owner". The lut always gives the index of * the current owner. */ static l_int32 mergeLookup(L_WSHED *wshed, l_int32 sindex, l_int32 dindex) { l_int32 i, n, size, index; l_int32 *lut; NUMA *na; NUMA **links; PROCNAME("mergeLookup"); if (!wshed) return ERROR_INT("wshed not defined", procName, 1); size = wshed->arraysize; if (sindex < 0 || sindex >= size) return ERROR_INT("invalid sindex", procName, 1); if (dindex < 0 || dindex >= size) return ERROR_INT("invalid dindex", procName, 1); /* Redirect links in the lut */ n = 0; links = wshed->links; lut = wshed->lut; if ((na = links[sindex]) != NULL) { n = numaGetCount(na); for (i = 0; i < n; i++) { numaGetIValue(na, i, &index); lut[index] = dindex; } } lut[sindex] = dindex; /* Shift the backlink arrays from sindex to dindex. * sindex should have no backlinks because all entries in the * lut that were previously pointing to it have been redirected * to dindex. */ if (!links[dindex]) links[dindex] = numaCreate(n); numaJoin(links[dindex], links[sindex], 0, -1); numaAddNumber(links[dindex], sindex); numaDestroy(&links[sindex]); return 0; } /*! * wshedGetHeight() * * Input: wshed (array of current indices) * val (value of current pixel popped off queue) * label (of pixel or 32 bpp label image) * &height ( height of current value from seed * or minimum of watershed) * Return: 0 if OK, 1 on error * * Notes: * (1) It is only necessary to find the height for a watershed * that is indexed by a seed or a minima. This function should * not be called on a finished watershed (that continues to fill). */ static l_int32 wshedGetHeight(L_WSHED *wshed, l_int32 val, l_int32 label, l_int32 *pheight) { l_int32 minval; PROCNAME("wshedGetHeight"); if (!pheight) return ERROR_INT("&height not defined", procName, 1); *pheight = 0; if (!wshed) return ERROR_INT("wshed not defined", procName, 1); if (label < wshed->nseeds) numaGetIValue(wshed->nash, label, &minval); else if (label < wshed->nseeds + wshed->nother) numaGetIValue(wshed->namh, label, &minval); else return ERROR_INT("finished watershed; should not call", procName, 1); *pheight = val - minval; return 0; } /* * pushNewPixel() * * Input: lqueue * x, y (pixel coordinates) * &minx, &maxx, &miny, &maxy ( bounding box update) * Return: void * * Notes: * (1) This is a wrapper for adding a NewPixel to a queue, which * updates the bounding box for all pixels on that queue and * uses the storage stack to retrieve a NewPixel. */ static void pushNewPixel(L_QUEUE *lq, l_int32 x, l_int32 y, l_int32 *pminx, l_int32 *pmaxx, l_int32 *pminy, l_int32 *pmaxy) { L_NEWPIXEL *np; PROCNAME("pushNewPixel"); if (!lq) { L_ERROR("queue not defined\n", procName); return; } /* Adjust bounding box */ *pminx = L_MIN(*pminx, x); *pmaxx = L_MAX(*pmaxx, x); *pminy = L_MIN(*pminy, y); *pmaxy = L_MAX(*pmaxy, y); /* Get a newpixel to use */ if (lstackGetCount(lq->stack) > 0) np = (L_NEWPIXEL *)lstackRemove(lq->stack); else np = (L_NEWPIXEL *)CALLOC(1, sizeof(L_NEWPIXEL)); np->x = x; np->y = y; lqueueAdd(lq, np); return; } /* * popNewPixel() * * Input: lqueue * &x, &y ( pixel coordinates) * Return: void * * Notes: * (1) This is a wrapper for removing a NewPixel from a queue, * which returns the pixel coordinates and saves the NewPixel * on the storage stack. */ static void popNewPixel(L_QUEUE *lq, l_int32 *px, l_int32 *py) { L_NEWPIXEL *np; PROCNAME("popNewPixel"); if (!lq) { L_ERROR("lqueue not defined\n", procName); return; } if ((np = (L_NEWPIXEL *)lqueueRemove(lq)) == NULL) return; *px = np->x; *py = np->y; lstackAdd(lq->stack, np); /* save for re-use */ return; } /* * pushWSPixel() * * Input: lh (priority queue) * stack (of reusable WSPixels) * val (pixel value: used for ordering the heap) * x, y (pixel coordinates) * index (label for set to which pixel belongs) * Return: void * * Notes: * (1) This is a wrapper for adding a WSPixel to a heap. It * uses the storage stack to retrieve a WSPixel. */ static void pushWSPixel(L_HEAP *lh, L_STACK *stack, l_int32 val, l_int32 x, l_int32 y, l_int32 index) { L_WSPIXEL *wsp; PROCNAME("pushWSPixel"); if (!lh) { L_ERROR("heap not defined\n", procName); return; } if (!stack) { L_ERROR("stack not defined\n", procName); return; } /* Get a wspixel to use */ if (lstackGetCount(stack) > 0) wsp = (L_WSPIXEL *)lstackRemove(stack); else wsp = (L_WSPIXEL *)CALLOC(1, sizeof(L_WSPIXEL)); wsp->val = (l_float32)val; wsp->x = x; wsp->y = y; wsp->index = index; lheapAdd(lh, wsp); return; } /* * popWSPixel() * * Input: lh (priority queue) * stack (of reusable WSPixels) * &val ( pixel value) * &x, &y ( pixel coordinates) * &index ( label for set to which pixel belongs) * Return: void * * Notes: * (1) This is a wrapper for removing a WSPixel from a heap, * which returns the WSPixel data and saves the WSPixel * on the storage stack. */ static void popWSPixel(L_HEAP *lh, L_STACK *stack, l_int32 *pval, l_int32 *px, l_int32 *py, l_int32 *pindex) { L_WSPIXEL *wsp; PROCNAME("popWSPixel"); if (!lh) { L_ERROR("lheap not defined\n", procName); return; } if (!stack) { L_ERROR("stack not defined\n", procName); return; } if (!pval || !px || !py || !pindex) { L_ERROR("data can't be returned\n", procName); return; } if ((wsp = (L_WSPIXEL *)lheapRemove(lh)) == NULL) return; *pval = (l_int32)wsp->val; *px = wsp->x; *py = wsp->y; *pindex = wsp->index; lstackAdd(stack, wsp); /* save for re-use */ return; } static void debugPrintLUT(l_int32 *lut, l_int32 size, l_int32 debug) { l_int32 i; if (!debug) return; fprintf(stderr, "lut: "); for (i = 0; i < size; i++) fprintf(stderr, "%d ", lut[i]); fprintf(stderr, "\n"); return; } static void debugWshedMerge(L_WSHED *wshed, char *descr, l_int32 x, l_int32 y, l_int32 label, l_int32 index) { if (!wshed || (wshed->debug == 0)) return; fprintf(stderr, "%s:\n", descr); fprintf(stderr, " (x, y) = (%d, %d)\n", x, y); fprintf(stderr, " clabel = %d, cindex = %d\n", label, index); return; } /*-----------------------------------------------------------------------* * Output * *-----------------------------------------------------------------------*/ /*! * wshedBasins() * * Input: wshed * &pixa ( mask of watershed basins) * &nalevels ( watershed levels) * Return: 0 if OK, 1 on error */ l_int32 wshedBasins(L_WSHED *wshed, PIXA **ppixa, NUMA **pnalevels) { PROCNAME("wshedBasins"); if (!wshed) return ERROR_INT("wshed not defined", procName, 1); if (ppixa) *ppixa = pixaCopy(wshed->pixad, L_CLONE); if (pnalevels) *pnalevels = numaClone(wshed->nalevels); return 0; } /*! * wshedRenderFill() * * Input: wshed * Return: pixd (initial image with all basins filled), or null on error */ PIX * wshedRenderFill(L_WSHED *wshed) { l_int32 i, n, level, bx, by; NUMA *na; PIX *pix, *pixd; PIXA *pixa; PROCNAME("wshedRenderFill"); if (!wshed) return (PIX *)ERROR_PTR("wshed not defined", procName, NULL); wshedBasins(wshed, &pixa, &na); pixd = pixCopy(NULL, wshed->pixs); n = pixaGetCount(pixa); for (i = 0; i < n; i++) { pix = pixaGetPix(pixa, i, L_CLONE); pixaGetBoxGeometry(pixa, i, &bx, &by, NULL, NULL); numaGetIValue(na, i, &level); pixPaintThroughMask(pixd, pix, bx, by, level); pixDestroy(&pix); } pixaDestroy(&pixa); numaDestroy(&na); return pixd; } /*! * wshedRenderColors() * * Input: wshed * Return: pixd (initial image with all basins filled), or null on error */ PIX * wshedRenderColors(L_WSHED *wshed) { l_int32 w, h; PIX *pixg, *pixt, *pixc, *pixm, *pixd; PIXA *pixa; PROCNAME("wshedRenderColors"); if (!wshed) return (PIX *)ERROR_PTR("wshed not defined", procName, NULL); wshedBasins(wshed, &pixa, NULL); pixg = pixCopy(NULL, wshed->pixs); pixGetDimensions(wshed->pixs, &w, &h, NULL); pixd = pixConvertTo32(pixg); pixt = pixaDisplayRandomCmap(pixa, w, h); pixc = pixConvertTo32(pixt); pixm = pixaDisplay(pixa, w, h); pixCombineMasked(pixd, pixc, pixm); pixDestroy(&pixg); pixDestroy(&pixt); pixDestroy(&pixc); pixDestroy(&pixm); pixaDestroy(&pixa); return pixd; } leptonica-1.70/src/sudoku.h0000644000175000017500000000635512270566103013772 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ #ifndef SUDOKU_H_INCLUDED #define SUDOKU_H_INCLUDED /* * sudoku.h * * The L_Sudoku holds all the information of the current state. * * The input to sudokuCreate() is a file with any number of lines * starting with '#', followed by 9 lines consisting of 9 numbers * in each line. These have the known values and use 0 for the unknowns. * Blank lines are ignored. * * The @locs array holds the indices of the unknowns, numbered * left-to-right and top-to-bottom from 0 to 80. The array size * is initialized to @num. @current is the index into the @locs * array of the current guess: locs[current]. * * The @state array is used to determine the validity of each guess. * It is of size 81, and is initialized by setting the unknowns to 0 * and the knowns to their input values. */ struct L_Sudoku { l_int32 num; /* number of unknowns */ l_int32 *locs; /* location of unknowns */ l_int32 current; /* index into @locs of current location */ l_int32 *init; /* initial state, with 0 representing */ /* the unknowns */ l_int32 *state; /* present state, including inits and */ /* guesses of unknowns up to @current */ l_int32 nguess; /* shows current number of guesses */ l_int32 finished; /* set to 1 when solved */ l_int32 failure; /* set to 1 if no solution is possible */ }; typedef struct L_Sudoku L_SUDOKU; /* For printing out array data */ enum { L_SUDOKU_INIT = 0, L_SUDOKU_STATE = 1 }; #endif /* SUDOKU_H_INCLUDED */ leptonica-1.70/src/pixacc.c0000644000175000017500000002225111761755653013731 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pixacc.c * * Pixacc creation, destruction * PIXACC *pixaccCreate() * PIXACC *pixaccCreateFromPix() * void pixaccDestroy() * * Pixacc finalization * PIX *pixaccFinal() * * Pixacc accessors * PIX *pixaccGetPix() * l_int32 pixaccGetOffset() * * Pixacc accumulators * l_int32 pixaccAdd() * l_int32 pixaccSubtract() * l_int32 pixaccMultConst() * l_int32 pixaccMultConstAccumulate() * * This is a simple interface for some of the pixel arithmetic operations * in pixarith.c. These are easy to code up, but not as fast as * hand-coded functions that do arithmetic on corresponding pixels. * * Suppose you want to make a linear combination of pix1 and pix2: * pixd = 0.4 * pix1 + 0.6 * pix2 * where pix1 and pix2 are the same size and have depth 'd'. Then: * Pixacc *pacc = pixaccCreateFromPix(pix1, 0); // first; addition only * pixaccMultConst(pacc, 0.4); * pixaccMultConstAccumulate(pacc, pix2, 0.6); // Add in 0.6 of the second * pixd = pixaccFinal(pacc, d); // Get the result * pixaccDestroy(&pacc); */ #include "allheaders.h" /*---------------------------------------------------------------------* * Pixacc creation, destruction * *---------------------------------------------------------------------*/ /*! * pixaccCreate() * * Input: w, h (of 32 bpp internal Pix) * negflag (0 if only positive numbers are involved; * 1 if there will be negative numbers) * Return: pixacc, or null on error * * Notes: * (1) Use @negflag = 1 for safety if any negative numbers are going * to be used in the chain of operations. Negative numbers * arise, e.g., by subtracting a pix, or by adding a pix * that has been pre-multiplied by a negative number. * (2) Initializes the internal 32 bpp pix, similarly to the * initialization in pixInitAccumulate(). */ PIXACC * pixaccCreate(l_int32 w, l_int32 h, l_int32 negflag) { PIXACC *pixacc; PROCNAME("pixaccCreate"); if ((pixacc = (PIXACC *)CALLOC(1, sizeof(PIXACC))) == NULL) return (PIXACC *)ERROR_PTR("pixacc not made", procName, NULL); pixacc->w = w; pixacc->h = h; if ((pixacc->pix = pixCreate(w, h, 32)) == NULL) return (PIXACC *)ERROR_PTR("pix not made", procName, NULL); if (negflag) { pixacc->offset = 0x40000000; pixSetAllArbitrary(pixacc->pix, pixacc->offset); } return pixacc; } /*! * pixaccCreateFromPix() * * Input: pix * negflag (0 if only positive numbers are involved; * 1 if there will be negative numbers) * Return: pixacc, or null on error * * Notes: * (1) See pixaccCreate() */ PIXACC * pixaccCreateFromPix(PIX *pix, l_int32 negflag) { l_int32 w, h; PIXACC *pixacc; PROCNAME("pixaccCreateFromPix"); if (!pix) return (PIXACC *)ERROR_PTR("pix not defined", procName, NULL); pixGetDimensions(pix, &w, &h, NULL); pixacc = pixaccCreate(w, h, negflag); pixaccAdd(pixacc, pix); return pixacc; } /*! * pixaccDestroy() * * Input: &pixacc () * Return: void * * Notes: * (1) Always nulls the input ptr. */ void pixaccDestroy(PIXACC **ppixacc) { PIXACC *pixacc; PROCNAME("pixaccDestroy"); if (ppixacc == NULL) { L_WARNING("ptr address is NULL!", procName); return; } if ((pixacc = *ppixacc) == NULL) return; pixDestroy(&pixacc->pix); FREE(pixacc); *ppixacc = NULL; return; } /*---------------------------------------------------------------------* * Pixacc finalization * *---------------------------------------------------------------------*/ /*! * pixaccFinal() * * Input: pixacc * outdepth (8, 16 or 32 bpp) * Return: pixd (8 , 16 or 32 bpp), or null on error */ PIX * pixaccFinal(PIXACC *pixacc, l_int32 outdepth) { PROCNAME("pixaccFinal"); if (!pixacc) return (PIX *)ERROR_PTR("pixacc not defined", procName, NULL); return pixFinalAccumulate(pixaccGetPix(pixacc), pixaccGetOffset(pixacc), outdepth); } /*---------------------------------------------------------------------* * Pixacc accessors * *---------------------------------------------------------------------*/ /*! * pixaccGetPix() * * Input: pixacc * Return: pix, or null on error */ PIX * pixaccGetPix(PIXACC *pixacc) { PROCNAME("pixaccGetPix"); if (!pixacc) return (PIX *)ERROR_PTR("pixacc not defined", procName, NULL); return pixacc->pix; } /*! * pixaccGetOffset() * * Input: pixacc * Return: offset, or -1 on error */ l_int32 pixaccGetOffset(PIXACC *pixacc) { PROCNAME("pixaccGetOffset"); if (!pixacc) return ERROR_INT("pixacc not defined", procName, -1); return pixacc->offset; } /*---------------------------------------------------------------------* * Pixacc accumulators * *---------------------------------------------------------------------*/ /*! * pixaccAdd() * * Input: pixacc * pix (to be added) * Return: 0 if OK, 1 on error */ l_int32 pixaccAdd(PIXACC *pixacc, PIX *pix) { PROCNAME("pixaccAdd"); if (!pixacc) return ERROR_INT("pixacc not defined", procName, 1); if (!pix) return ERROR_INT("pix not defined", procName, 1); pixAccumulate(pixaccGetPix(pixacc), pix, L_ARITH_ADD); return 0; } /*! * pixaccSubtract() * * Input: pixacc * pix (to be subtracted) * Return: 0 if OK, 1 on error */ l_int32 pixaccSubtract(PIXACC *pixacc, PIX *pix) { PROCNAME("pixaccSubtract"); if (!pixacc) return ERROR_INT("pixacc not defined", procName, 1); if (!pix) return ERROR_INT("pix not defined", procName, 1); pixAccumulate(pixaccGetPix(pixacc), pix, L_ARITH_SUBTRACT); return 0; } /*! * pixaccMultConst() * * Input: pixacc * factor * Return: 0 if OK, 1 on error */ l_int32 pixaccMultConst(PIXACC *pixacc, l_float32 factor) { PROCNAME("pixaccMultConst"); if (!pixacc) return ERROR_INT("pixacc not defined", procName, 1); pixMultConstAccumulate(pixaccGetPix(pixacc), factor, pixaccGetOffset(pixacc)); return 0; } /*! * pixaccMultConstAccumulate() * * Input: pixacc * pix * factor * Return: 0 if OK, 1 on error * * Notes: * (1) This creates a temp pix that is @pix multiplied by the * constant @factor. It then adds that into @pixacc. */ l_int32 pixaccMultConstAccumulate(PIXACC *pixacc, PIX *pix, l_float32 factor) { l_int32 w, h, d, negflag; PIX *pixt; PIXACC *pacct; PROCNAME("pixaccMultConstAccumulate"); if (!pixacc) return ERROR_INT("pixacc not defined", procName, 1); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (factor == 0.0) return 0; pixGetDimensions(pix, &w, &h, &d); negflag = (factor > 0.0) ? 0 : 1; pacct = pixaccCreate(w, h, negflag); pixaccAdd(pacct, pix); pixaccMultConst(pacct, factor); pixt = pixaccFinal(pacct, d); pixaccAdd(pixacc, pixt); pixaccDestroy(&pacct); pixDestroy(&pixt); return 0; } leptonica-1.70/src/fhmtgenlow.1.c0000644000175000017500000003657711743720754015005 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /*! * Low-level fast hit-miss transform with auto-generated sels * * Dispatcher: * l_int32 fhmtgen_low_1() * * Static Low-level: * void fhmt_1_*() */ #include "allheaders.h" static void fhmt_1_0(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fhmt_1_1(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fhmt_1_2(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fhmt_1_3(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fhmt_1_4(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fhmt_1_5(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fhmt_1_6(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fhmt_1_7(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fhmt_1_8(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fhmt_1_9(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); /*---------------------------------------------------------------------* * Fast hmt dispatcher * *---------------------------------------------------------------------*/ /*! * fhmtgen_low_1() * * a dispatcher to appropriate low-level code */ l_int32 fhmtgen_low_1(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 index) { switch (index) { case 0: fhmt_1_0(datad, w, h, wpld, datas, wpls); break; case 1: fhmt_1_1(datad, w, h, wpld, datas, wpls); break; case 2: fhmt_1_2(datad, w, h, wpld, datas, wpls); break; case 3: fhmt_1_3(datad, w, h, wpld, datas, wpls); break; case 4: fhmt_1_4(datad, w, h, wpld, datas, wpls); break; case 5: fhmt_1_5(datad, w, h, wpld, datas, wpls); break; case 6: fhmt_1_6(datad, w, h, wpld, datas, wpls); break; case 7: fhmt_1_7(datad, w, h, wpld, datas, wpls); break; case 8: fhmt_1_8(datad, w, h, wpld, datas, wpls); break; case 9: fhmt_1_9(datad, w, h, wpld, datas, wpls); break; } return 0; } /*--------------------------------------------------------------------------* * Low-level auto-generated static routines * *--------------------------------------------------------------------------*/ /* * N.B. In all the low-level routines, the part of the image * that is accessed has been clipped by 32 pixels on * all four sides. This is done in the higher level * code by redefining w and h smaller and by moving the * start-of-image pointers up to the beginning of this * interior rectangle. */ static void fhmt_1_0(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((~*(sptr - wpls) >> 1) | (~*(sptr - wpls - 1) << 31)) & (~*(sptr - wpls)) & ((~*(sptr - wpls) << 1) | (~*(sptr - wpls + 1) >> 31)) & ((~*(sptr) >> 1) | (~*(sptr - 1) << 31)) & (*sptr) & ((~*(sptr) << 1) | (~*(sptr + 1) >> 31)) & ((~*(sptr + wpls) >> 1) | (~*(sptr + wpls - 1) << 31)) & (~*(sptr + wpls)) & ((~*(sptr + wpls) << 1) | (~*(sptr + wpls + 1) >> 31)); } } } static void fhmt_1_1(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((~*(sptr + wpls) >> 1) | (~*(sptr + wpls - 1) << 31)) & (~*(sptr + wpls)) & ((~*(sptr + wpls) << 1) | (~*(sptr + wpls + 1) >> 31)); } } } static void fhmt_1_2(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((~*(sptr - wpls) >> 1) | (~*(sptr - wpls - 1) << 31)) & (~*(sptr - wpls)) & ((~*(sptr - wpls) << 1) | (~*(sptr - wpls + 1) >> 31)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)); } } } static void fhmt_1_3(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls)) & ((~*(sptr - wpls) << 1) | (~*(sptr - wpls + 1) >> 31)) & (*sptr) & ((~*(sptr) << 1) | (~*(sptr + 1) >> 31)) & (*(sptr + wpls)) & ((~*(sptr + wpls) << 1) | (~*(sptr + wpls + 1) >> 31)); } } } static void fhmt_1_4(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((~*(sptr - wpls) >> 1) | (~*(sptr - wpls - 1) << 31)) & (*(sptr - wpls)) & ((~*(sptr) >> 1) | (~*(sptr - 1) << 31)) & (*sptr) & ((~*(sptr + wpls) >> 1) | (~*(sptr + wpls - 1) << 31)) & (*(sptr + wpls)); } } } static void fhmt_1_5(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((~*(sptr - wpls6) << 1) | (~*(sptr - wpls6 + 1) >> 31)) & ((*(sptr - wpls6) << 3) | (*(sptr - wpls6 + 1) >> 29)) & (~*(sptr - wpls2)) & ((*(sptr - wpls2) << 2) | (*(sptr - wpls2 + 1) >> 30)) & ((~*(sptr + wpls2) >> 1) | (~*(sptr + wpls2 - 1) << 31)) & ((*(sptr + wpls2) << 1) | (*(sptr + wpls2 + 1) >> 31)) & ((~*(sptr + wpls6) >> 2) | (~*(sptr + wpls6 - 1) << 30)) & (*(sptr + wpls6)); } } } static void fhmt_1_6(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; wpls2 = 2 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((~*(sptr - wpls) >> 1) | (~*(sptr - wpls - 1) << 31)) & (~*(sptr - wpls)) & ((~*(sptr - wpls) << 1) | (~*(sptr - wpls + 1) >> 31)) & ((~*(sptr - wpls) << 2) | (~*(sptr - wpls + 1) >> 30)) & ((~*(sptr) >> 1) | (~*(sptr - 1) << 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((~*(sptr + wpls) >> 1) | (~*(sptr + wpls - 1) << 31)) & ((*(sptr + wpls) << 1) | (*(sptr + wpls + 1) >> 31)) & ((*(sptr + wpls) << 2) | (*(sptr + wpls + 1) >> 30)) & ((~*(sptr + wpls2) >> 1) | (~*(sptr + wpls2 - 1) << 31)) & (*(sptr + wpls2)) & ((*(sptr + wpls2) << 1) | (*(sptr + wpls2 + 1) >> 31)) & ((*(sptr + wpls2) << 2) | (*(sptr + wpls2 + 1) >> 30)); } } } static void fhmt_1_7(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; wpls2 = 2 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((~*(sptr - wpls) >> 2) | (~*(sptr - wpls - 1) << 30)) & ((~*(sptr - wpls) >> 1) | (~*(sptr - wpls - 1) << 31)) & (~*(sptr - wpls)) & ((~*(sptr - wpls) << 1) | (~*(sptr - wpls + 1) >> 31)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((~*(sptr) << 1) | (~*(sptr + 1) >> 31)) & ((*(sptr + wpls) >> 2) | (*(sptr + wpls - 1) << 30)) & ((*(sptr + wpls) >> 1) | (*(sptr + wpls - 1) << 31)) & ((~*(sptr + wpls) << 1) | (~*(sptr + wpls + 1) >> 31)) & ((*(sptr + wpls2) >> 2) | (*(sptr + wpls2 - 1) << 30)) & ((*(sptr + wpls2) >> 1) | (*(sptr + wpls2 - 1) << 31)) & (*(sptr + wpls2)) & ((~*(sptr + wpls2) << 1) | (~*(sptr + wpls2 + 1) >> 31)); } } } static void fhmt_1_8(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; wpls2 = 2 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((~*(sptr - wpls2) >> 1) | (~*(sptr - wpls2 - 1) << 31)) & (*(sptr - wpls2)) & ((*(sptr - wpls2) << 1) | (*(sptr - wpls2 + 1) >> 31)) & ((*(sptr - wpls2) << 2) | (*(sptr - wpls2 + 1) >> 30)) & ((~*(sptr - wpls) >> 1) | (~*(sptr - wpls - 1) << 31)) & ((*(sptr - wpls) << 1) | (*(sptr - wpls + 1) >> 31)) & ((*(sptr - wpls) << 2) | (*(sptr - wpls + 1) >> 30)) & ((~*(sptr) >> 1) | (~*(sptr - 1) << 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((~*(sptr + wpls) >> 1) | (~*(sptr + wpls - 1) << 31)) & (~*(sptr + wpls)) & ((~*(sptr + wpls) << 1) | (~*(sptr + wpls + 1) >> 31)) & ((~*(sptr + wpls) << 2) | (~*(sptr + wpls + 1) >> 30)); } } } static void fhmt_1_9(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; wpls2 = 2 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr - wpls2) >> 2) | (*(sptr - wpls2 - 1) << 30)) & ((*(sptr - wpls2) >> 1) | (*(sptr - wpls2 - 1) << 31)) & (*(sptr - wpls2)) & ((~*(sptr - wpls2) << 1) | (~*(sptr - wpls2 + 1) >> 31)) & ((*(sptr - wpls) >> 2) | (*(sptr - wpls - 1) << 30)) & ((*(sptr - wpls) >> 1) | (*(sptr - wpls - 1) << 31)) & ((~*(sptr - wpls) << 1) | (~*(sptr - wpls + 1) >> 31)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((~*(sptr) << 1) | (~*(sptr + 1) >> 31)) & ((~*(sptr + wpls) >> 2) | (~*(sptr + wpls - 1) << 30)) & ((~*(sptr + wpls) >> 1) | (~*(sptr + wpls - 1) << 31)) & (~*(sptr + wpls)) & ((~*(sptr + wpls) << 1) | (~*(sptr + wpls + 1) >> 31)); } } } leptonica-1.70/src/colorquant1.c0000644000175000017500000047671312244745176014746 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * colorquant1.c * * Octcube color quantization * * There are several different octcube/octree based quantizations. * These can be classified, in the order in which they appear in this * file, as follows: * * ----------------------------------------------------------------- * (1) General adaptive octree * (2) Adaptive octree by population at fixed level * (3) Adaptive octree using population and with specified number * of output colors * (4) Octcube with colormap representation of mixed color/gray * (5) 256 fixed octcubes covering color space * (6) Octcubes at fixed level for ncolors <= 256 * (7) Octcubes at fixed level with RGB output * (8) Quantizing an rgb image using a specified colormap * ----------------------------------------------------------------- * * (1) Two-pass adaptive octree color quantization * PIX *pixOctreeColorQuant() * PIX *pixOctreeColorQuantGeneral() * * which calls * static CQCELL ***octreeGenerateAndPrune() * static PIX *pixOctreeQuantizePixels() * * which calls * static l_int32 octreeFindColorCell() * * Helper cqcell functions * static CQCELL ***cqcellTreeCreate() * static void cqcellTreeDestroy() * * Helper index functions * l_int32 makeRGBToIndexTables() * void getOctcubeIndexFromRGB() * static void getRGBFromOctcube() * static l_int32 getOctcubeIndices() * static l_int32 octcubeGetCount() * * (2) Adaptive octree quantization based on population at a fixed level * PIX *pixOctreeQuantByPopulation() * static l_int32 pixDitherOctindexWithCmap() * * (3) Adaptive octree quantization to 4 and 8 bpp with specified * number of output colors in colormap * PIX *pixOctreeQuantNumColors() * * (4) Mixed color/gray quantization with specified number of colors * PIX *pixOctcubeQuantMixedWithGray() * * (5) Fixed partition octcube quantization with 256 cells * PIX *pixFixedOctcubeQuant256() * * (6) Fixed partition quantization for images with few colors * PIX *pixFewColorsOctcubeQuant1() * PIX *pixFewColorsOctcubeQuant2() * PIX *pixFewColorsOctcubeQuantMixed() * * (7) Fixed partition octcube quantization at specified level * with quantized output to RGB * PIX *pixFixedOctcubeQuantGenRGB() * * (8) Color quantize RGB image using existing colormap * PIX *pixQuantFromCmap() [high-level wrapper] * PIX *pixOctcubeQuantFromCmap() * PIX *pixOctcubeQuantFromCmapLUT() * * Generation of octcube histogram * NUMA *pixOctcubeHistogram() * * Get filled octcube table from colormap * l_int32 *pixcmapToOctcubeLUT() * * Strip out unused elements in colormap * l_int32 pixRemoveUnusedColors() * * Find number of occupied octcubes at the specified level * l_int32 pixNumberOccupiedOctcubes() * * Note: leptonica also provides color quantization using a modified * form of median cut. See colorquant2.c for details. */ #include #include "allheaders.h" /* This data structure is used for pixOctreeColorQuant(), * a color octree that adjusts to the color distribution * in the image that is being quantized. The best settings * are with CQ_NLEVELS = 6 and DITHERING set on. * * Notes: (1) the CTE (color table entry) index is sequentially * assigned as the tree is pruned back * (2) if 'bleaf' == 1, all pixels in that cube have been * assigned to one or more CTEs. But note that if * all 8 subcubes have 'bleaf' == 1, it will have no * pixels left for assignment and will not be a CTE. * (3) 'nleaves', the number of leaves contained at the next * lower level is some number between 0 and 8, inclusive. * If it is zero, it means that all colors within this cube * are part of a single growing cluster that has not yet * been set aside as a leaf. If 'nleaves' > 0, 'bleaf' * will be set to 1 and all pixels not assigned to leaves * at lower levels will be assigned to a CTE here. * (However, as described above, if all pixels are already * assigned, we set 'bleaf' = 1 but do not create a CTE * at this level.) * (4) To keep the maximum color error to a minimum, we * prune the tree back to level 2, and require that * all 64 level 2 cells are CTEs. * (5) We reserve an extra set of colors to prevent running out * of colors during the assignment of the final 64 level 2 cells. * This is more likely to happen with small images. * (6) When we run out of colors, the dithered image can be very * poor, so we additionally prevent dithering if the image * is small. * (7) The color content of the image is measured, and if there * is very little color, it is quantized in grayscale. */ struct ColorQuantCell { l_int32 rc, gc, bc; /* center values */ l_int32 n; /* number of samples in this cell */ l_int32 index; /* CTE (color table entry) index */ l_int32 nleaves; /* # of leaves contained at next lower level */ l_int32 bleaf; /* boolean: 0 if not a leaf, 1 if so */ }; typedef struct ColorQuantCell CQCELL; /* Constants for pixOctreeColorQuant() */ static const l_int32 CQ_NLEVELS = 5; /* only 4, 5 and 6 are allowed */ static const l_int32 CQ_RESERVED_COLORS = 64; /* to allow for level 2 */ /* remainder CTEs */ static const l_int32 EXTRA_RESERVED_COLORS = 25; /* to avoid running out */ static const l_int32 TREE_GEN_WIDTH = 350; /* big enough for good stats */ static const l_int32 MIN_DITHER_SIZE = 250; /* don't dither if smaller */ /* This data structure is used for pixOctreeQuantNumColors(), * a color octree that adjusts in a simple way to the to the color * distribution in the image that is being quantized. It outputs * colormapped images, either 4 bpp or 8 bpp, depending on the * max number of colors and the compression desired. * * The number of samples is saved as a float in the first location, * because this is required to use it as the key that orders the * cells in the priority queue. */ struct OctcubeQuantCell { l_float32 n; /* number of samples in this cell */ l_int32 octindex; /* octcube index */ l_int32 rcum, gcum, bcum; /* cumulative values */ l_int32 rval, gval, bval; /* average values */ }; typedef struct OctcubeQuantCell OQCELL; /* This data structure is using for heap sorting octcubes * by population. Sort order is decreasing. */ struct L_OctcubePop { l_float32 npix; /* parameter on which to sort */ l_int32 index; /* octcube index at assigned level */ l_int32 rval; /* mean red value of pixels in octcube */ l_int32 gval; /* mean green value of pixels in octcube */ l_int32 bval; /* mean blue value of pixels in octcube */ }; typedef struct L_OctcubePop L_OCTCUBE_POP; /* In pixDitherOctindexWithCmap(), we use these default values. * To get the max value of 'dif' in the dithering color transfer, * divide these "DIF_CAP" values by 8. However, a value of * 0 means that there is no cap (infinite cap). A very small * value is used for POP_DIF_CAP because dithering on the population * generated colormap can be unstable without a tight cap. */ static const l_int32 FIXED_DIF_CAP = 0; static const l_int32 POP_DIF_CAP = 40; /* Static octree helper function */ static l_int32 octreeFindColorCell(l_int32 octindex, CQCELL ***cqcaa, l_int32 *pindex, l_int32 *prval, l_int32 *pgval, l_int32 *pbval); /* Static cqcell functions */ static CQCELL ***octreeGenerateAndPrune(PIX *pixs, l_int32 colors, l_int32 reservedcolors, PIXCMAP **pcmap); static PIX *pixOctreeQuantizePixels(PIX *pixs, CQCELL ***cqcaa, l_int32 ditherflag); static CQCELL ***cqcellTreeCreate(void); static void cqcellTreeDestroy(CQCELL ****pcqcaa); /* Static helper octcube index functions */ static void getRGBFromOctcube(l_int32 cubeindex, l_int32 level, l_int32 *prval, l_int32 *pgval, l_int32 *pbval); static l_int32 getOctcubeIndices(l_int32 rgbindex, l_int32 level, l_int32 *pbindex, l_int32 *psindex); static l_int32 octcubeGetCount(l_int32 level, l_int32 *psize); /* Static function to perform octcube-indexed dithering */ static l_int32 pixDitherOctindexWithCmap(PIX *pixs, PIX *pixd, l_uint32 *rtab, l_uint32 *gtab, l_uint32 *btab, l_int32 *carray, l_int32 difcap); #ifndef NO_CONSOLE_IO #define DEBUG_COLORQUANT 0 #define DEBUG_OCTINDEX 0 #define DEBUG_OCTCUBE_CMAP 0 #define DEBUG_POP 0 #define DEBUG_FEW_COLORS 0 #define PRINT_OCTCUBE_STATS 0 #endif /* ~NO_CONSOLE_IO */ /*-------------------------------------------------------------------------* * Two-pass adaptive octree color quantization * *-------------------------------------------------------------------------*/ /*! * pixOctreeColorQuant() * * Input: pixs (32 bpp; 24-bit color) * colors (in colormap; some number in range [128 ... 256]; * the actual number of colors used will be smaller) * ditherflag (1 to dither, 0 otherwise) * Return: pixd (8 bpp with colormap), or null on error * * I found one description in the literature of octree color * quantization, using progressive truncation of the octree, * by M. Gervautz and W. Purgathofer in Graphics Gems, pp. * 287-293, ed. A. Glassner, Academic Press, 1990. * Rather than setting up a fixed partitioning of the color * space ab initio, as we do here, they allow the octree to be * progressively truncated as new pixels are added. They * need to set up some data structures that are traversed * with the addition of each 24 bit pixel, in order to decide * either (1) in which cluster (sub-branch of the octree) to put * the pixel, or (2) whether to truncate the octree further * to place the pixel in an existing cluster, or (3) which * two existing clusters should be merged so that the pixel * can be left to start a truncated leaf of the octree. Such dynamic * truncation is considerably more complicated, and Gervautz et * al. did not explain how they did it in anywhere near the * detail required to check their implementation. * * The simple method in pixFixedOctcubeQuant256() is very * fast, and with dithering the results are good, but you * can do better if the color clusters are selected adaptively * from the image. We want a method that makes much better * use of color samples in regions of color space with high * pixel density, while also fairly representing small numbers * of color pixels in low density regions. Such adaptation * requires two passes through the image: the first for generating * the pruned tree of color cubes and the second for computing the index * into the color table for each pixel. * * A relatively simple adaptive method is pixOctreeQuantByPopulation(). * That function first determines if the image has very few colors, * and, if so, quantizes to those colors. If there are more than * 256 colors, it generates a histogram of octcube leaf occupancy * at level 4, chooses the 192 most populated such leaves as * the first 192 colors, and sets the remaining 64 colors to the * residual average pixel values in each of the 64 level 2 octcubes. * This is a bit faster than pixOctreeColorQuant(), and does very * well without dithering, but for most images with dithering it * is clearly inferior. * * We now describe pixOctreeColorQuant(). The first pass is done * on a subsampled image, because we do not need to use all the * pixels in the image to generate the tree. Subsampling * down to 0.25 (1/16 of the pixels) makes the program run * about 1.3 times faster. * * Instead of dividing the color space into 256 equal-sized * regions, we initially divide it into 2^12 or 2^15 or 2^18 * equal-sized octcubes. Suppose we choose to use 2^18 octcubes. * This gives us 6 octree levels. We then prune back, * starting from level 6. For every cube at level 6, there * are 8 cubes at level 5. Call the operation of putting a * cube aside as a color table entry (CTE) a "saving." * We use a (in general) level-dependent threshold, and save * those level 6 cubes that are above threshold. * The rest are combined into the containing level 5 cube. * If between 1 and 7 level 6 cubes within a level 5 * cube have been saved by thresholding, then the remaining * level 6 cubes in that level 5 cube are automatically * saved as well, without applying a threshold. This greatly * simplifies both the description of the CTEs and the later * classification of each pixel as belonging to a CTE. * This procedure is iterated through every cube, starting at * level 5, and then 4, 3, and 2, successively. The result is that * each CTE contains the entirety of a set of from 1 to 7 cubes * from a given level that all belong to a single cube at the * level above. We classify the CTEs in terms of the * condition in which they are made as either being "threshold" * or "residual." They are "threshold" CTEs if no subcubes * are CTEs (that is, they contain every pixel within the cube) * and the number of pixels exceeds the threshold for making * a CTE. They are "residual" CTEs if at least one but not more * than 7 of the subcubes have already been determined to be CTEs; * this happens automatically -- no threshold is applied. * If all 8 subcubes are determined to be CTEs, the cube is * marked as having all pixels accounted for ('bleaf' = 1) but * is not saved as a CTE. * * We stop the pruning at level 2, at which there are 64 * sub-cubes. Any pixels not already claimed in a CTE are * put in these cubes. * * As the cubes are saved as color samples in the color table, * the number of remaining pixels P and the number of * remaining colors in the color table N are recomputed, * along with the average number of pixels P/N (ppc) to go in * each of the remaining colors. This running average number is * used to set the threshold at the current level. * * Because we are going to very small cubes at levels 6 or 5, * and will dither the colors for errors, it is not necessary * to compute the color center of each cluster; we can simply * use the center of the cube. This gives us a minimax error * condition: the maximum error is half the width of the * level 2 cubes -- 32 color values out of 256 -- for each color * sample. In practice, most of the pixels will be very much * closer to the center of their cells. And with dithering, * the average pixel color in a small region will be closer still. * Thus with the octree quantizer, we are able to capture * regions of high color pdf (probability density function) in small * but accurate CTEs, and to have only a small number of pixels * that end up a significant distance (with a guaranteed maximum) * from their true color. * * How should the threshold factor vary? Threshold factors * are required for levels 2, 3, 4 and 5 in the pruning stage. * The threshold for level 5 is actually applied to cubes at * level 6, etc. From various experiments, it appears that * the results do not vary appreciably for threshold values near 1.0. * If you want more colors in smaller cubes, the threshold * factors can be set lower than 1.0 for cubes at levels 4 and 5. * However, if the factor is set much lower than 1.0 for * levels 2 and 3, we can easily run out of colors. * We put aside 64 colors in the calculation of the threshold * values, because we must have 64 color centers at level 2, * that will have very few pixels in most of them. * If we reduce the factor for level 5 to 0.4, this will * generate many level 6 CTEs, and consequently * many residual cells will be formed up from those leaves, * resulting in the possibility of running out of colors. * Remember, the residual CTEs are mandatory, and are formed * without using the threshold, regardless of the number of * pixels that are absorbed. * * The implementation logically has four parts: * * (1) accumulation into small, fixed cells * (2) pruning back into selected CTE cubes * (3) organizing the CTEs for fast search to find * the CTE to which any image pixel belongs * (4) doing a second scan to code the image pixels by CTE * * Step (1) is straightforward; we use 2^15 cells. * * We've already discussed how the pruning step (2) will be performed. * * Steps (3) and (4) are related, in that the organization * used by step (3) determines how the search actually * takes place for each pixel in step (4). * * There are many ways to do step (3). Let's explore a few. * * (a) The simplest is to order the cubes from highest occupancy * to lowest, and traverse the list looking for the deepest * match. To make this more efficient, so that we know when * to stop looking, any cube that has separate CTE subcubes * would be marked as such, so that we know when we hit a * true leaf. * * (b) Alternatively, we can order the cubes by highest * occupancy separately each level, and work upward, * starting at level 5, so that when we find a match we * know that it will be correct. * * (c) Another approach would be to order the cubes by * "address" and use a hash table to find the cube * corresponding to a pixel color. I don't know how to * do this with a variable length address, as each CTE * will have 3*n bits, where n is the level. * * (d) Another approach entirely is to put the CTE cubes into * a tree, in such a way that starting from the root, and * using 3 bits of address at a time, the correct branch of * each octree can be taken until a leaf is found. Because * a given cube can be both a leaf and also have branches * going to sub-cubes, the search stops only when no * marked subcubes have addresses that match the given pixel. * * In the tree method, we can start with a dense infrastructure, * and place the leaves corresponding to the N colors * in the tree, or we can grow from the root only those * branches that end directly on leaves. * * What we do here is to take approach (d), and implement the tree * "virtually", as a set of arrays, one array for each level * of the tree. Initially we start at level 5, an array with * 2^15 cubes, each with 8 subcubes. We then build nodes at * levels closer to the root; at level 4 there are 2^12 nodes * each with 8 subcubes; etc. Using these arrays has * several advantages: * * - We don't need to keep track of links between cubes * and subcubes, because we can use the canonical * addressing on the cell arrays directly to determine * which nodes are parent cubes and which are sub-cubes. * * - We can prune directly on this tree * * - We can navigate the pruned tree quickly to classify * each pixel in the image. * * Canonical addressing guarantees that the i-th node at level k * has 8 subnodes given by the 8*i ... 8*i+7 nodes at level k+1. * * The pruning step works as follows. We go from the lowest * level up. At each level, the threshold is found from the * product of a factor near 1.0 and the ratio of unmarked pixels * to remaining colors (minus the 64). We march through * the space, sequentially considering a cube and its 8 subcubes. * We first check those subcubes that are not already * marked as CTE to see if any are above threshold, and if so, * generate a CTE and mark them as such. * We then determine if any of the subcubes have been marked. * If so, and there are subcubes that are not marked, * we generate a CTE for the cube from the remaining unmarked * subcubes; this is mandatory and does not depend on how many * pixels are in the set of subcubes. If none of the subcubes * are marked, we aggregate their pixels into the cube * containing them, but do not mark it as a CTE; that * will be determined when iterating through the next level up. * * When all the pixels in a cube are accounted for in one or more * colors, we set the boolean 'bleaf' to true. This is the * flag used to mark the cubes in the pruning step. If a cube * is marked, and all 8 subcubes are marked, then it is not * itself given a CTE because all pixels have already been * accounted for. * * Note that the pruning of the tree and labelling of the CTEs * (step 2) accomplishes step 3 implicitly, because the marked * and pruned tree is ready for use in labelling each pixel * in step 4. We now, for every pixel in the image, traverse * the tree from the root, looking for the lowest cube that is a leaf. * At each level we have a cube and subcube. If we reach a subcube * leaf that is marked 0, we know that the color is stored in the * cube above, and we've found the CTE. Otherwise, the subcube * leaf is marked 1. If we're at the last level, we've reached * the final leaf and must use it. Otherwise, continue the * process at the next level down. * * For robustness, efficiency and high quality output, we do the following: * * (1) Measure the color content of the image. If there is very little * color, quantize in grayscale. * (2) For efficiency, build the octree with a subsampled image if the * image is larger than some threshold size. * (3) Reserve an extra set of colors to prevent running out of colors * when pruning the octree; specifically, during the assignment * of those level 2 cells (out of the 64) that have unassigned * pixels. The problem of running out is more likely to happen * with small images, because the estimation we use for the * number of pixels available is not accurate. * (4) In the unlikely event that we run out of colors, the dithered * image can be very poor. As this would only happen with very * small images, and dithering is not particularly noticeable with * such images, turn it off. */ PIX * pixOctreeColorQuant(PIX *pixs, l_int32 colors, l_int32 ditherflag) { PROCNAME("pixOctreeColorQuant"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); if (colors < 128 || colors > 240) /* further restricted */ return (PIX *)ERROR_PTR("colors must be in [128, 240]", procName, NULL); return pixOctreeColorQuantGeneral(pixs, colors, ditherflag, 0.01, 0.01); } /*! * pixOctreeColorQuantGeneral() * * Input: pixs (32 bpp; 24-bit color) * colors (in colormap; some number in range [128 ... 240]; * the actual number of colors used will be smaller) * ditherflag (1 to dither, 0 otherwise) * validthresh (minimum fraction of pixels neither near white * nor black, required for color quantization; * typically ~0.01, but smaller for images that have * color but are nearly all white) * colorthresh (minimum fraction of pixels with color that are * not near white or black, that are required * for color quantization; typ. ~0.01, but smaller * for images that have color along with a * significant fraction of gray) * Return: pixd (8 bit with colormap), or null on error * * Notes: * (1) The parameters @validthresh and @colorthresh are used to * determine if color quantization should be used on an image, * or whether, instead, it should be quantized in grayscale. * If the image has very few non-white and non-black pixels, or * if those pixels that are non-white and non-black are all * very close to either white or black, it is usually better * to treat the color as accidental and to quantize the image * to gray only. These parameters are useful if you know * something a priori about the image. Perhaps you know that * there is only a very small fraction of color pixels, but they're * important to preserve; then you want to use a smaller value for * these parameters. To disable conversion to gray and force * color quantization, use @validthresh = 0.0 and @colorthresh = 0.0. * (2) See pixOctreeColorQuant() for algorithmic and implementation * details. This function has a more general interface. * (3) See pixColorFraction() for computing the fraction of pixels * that are neither white nor black, and the fraction of those * pixels that have little color. From the documentation there: * If pixfract is very small, there are few pixels that are * neither black nor white. If colorfract is very small, * the pixels that are neither black nor white have very * little color content. The product 'pixfract * colorfract' * gives the fraction of pixels with significant color content. * We test against the product @validthresh * @colorthresh * to find color in images that have either very few * intermediate gray pixels or that have many such gray pixels. */ PIX * pixOctreeColorQuantGeneral(PIX *pixs, l_int32 colors, l_int32 ditherflag, l_float32 validthresh, l_float32 colorthresh) { l_int32 w, h, minside, factor, index, rval, gval, bval; l_float32 scalefactor; l_float32 pixfract; /* fraction neither near white nor black */ l_float32 colorfract; /* fraction with color of the pixfract population */ CQCELL ***cqcaa; PIX *pixd, *pixsub; PIXCMAP *cmap; PROCNAME("pixOctreeColorQuantGeneral"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); if (colors < 128 || colors > 240) return (PIX *)ERROR_PTR("colors must be in [128, 240]", procName, NULL); /* Determine if the image has sufficient color content for * octree quantization, based on the input thresholds. * If pixfract << 1, most pixels are close to black or white. * If colorfract << 1, the pixels that are not near * black or white have very little color. * If with insufficient color, quantize with a grayscale colormap. */ pixGetDimensions(pixs, &w, &h, NULL); if (validthresh > 0.0 && colorthresh > 0.0) { minside = L_MIN(w, h); factor = L_MAX(1, minside / 400); pixColorFraction(pixs, 20, 244, 20, factor, &pixfract, &colorfract); if (pixfract * colorfract < validthresh * colorthresh) { L_INFO("\n Pixel fraction neither white nor black = %6.3f" "\n Color fraction of those pixels = %6.3f" "\n Quantizing to 8 bpp gray\n", procName, pixfract, colorfract); return pixConvertTo8(pixs, 1); } } else { L_INFO("\n Process in color by default\n", procName); } /* Conditionally subsample to speed up the first pass */ if (w > TREE_GEN_WIDTH) { scalefactor = (l_float32)TREE_GEN_WIDTH / (l_float32)w; pixsub = pixScaleBySampling(pixs, scalefactor, scalefactor); } else { pixsub = pixClone(pixs); } /* Drop the number of requested colors if image is very small */ if (w < MIN_DITHER_SIZE && h < MIN_DITHER_SIZE) colors = L_MIN(colors, 220); /* Make the pruned octree */ cqcaa = octreeGenerateAndPrune(pixsub, colors, CQ_RESERVED_COLORS, &cmap); if (!cqcaa) return (PIX *)ERROR_PTR("tree not made", procName, NULL); #if DEBUG_COLORQUANT L_INFO(" Colors requested = %d\n", procName, colors); L_INFO(" Actual colors = %d\n", procName, cmap->n); #endif /* DEBUG_COLORQUANT */ /* Do not dither if image is very small */ if (w < MIN_DITHER_SIZE && h < MIN_DITHER_SIZE && ditherflag == 1) { L_INFO("Small image: dithering turned off\n", procName); ditherflag = 0; } /* Traverse tree from root, looking for lowest cube * that is a leaf, and set dest pix value to its * colortable index */ if ((pixd = pixOctreeQuantizePixels(pixs, cqcaa, ditherflag)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); /* Attach colormap and copy res */ pixSetColormap(pixd, cmap); pixCopyResolution(pixd, pixs); pixCopyInputFormat(pixd, pixs); /* Force darkest color to black if each component <= 4 */ pixcmapGetRankIntensity(cmap, 0.0, &index); pixcmapGetColor(cmap, index, &rval, &gval, &bval); if (rval < 5 && gval < 5 && bval < 5) pixcmapResetColor(cmap, index, 0, 0, 0); /* Force lightest color to white if each component >= 252 */ pixcmapGetRankIntensity(cmap, 1.0, &index); pixcmapGetColor(cmap, index, &rval, &gval, &bval); if (rval > 251 && gval > 251 && bval > 251) pixcmapResetColor(cmap, index, 255, 255, 255); cqcellTreeDestroy(&cqcaa); pixDestroy(&pixsub); return pixd; } /*! * octreeGenerateAndPrune() * * Input: pixs * number of colors to use (between 128 and 256) * number of reserved colors * &cmap (made and returned) * Return: octree, colormap and number of colors used, or null * on error * * Notes: * (1) The number of colors in the cmap may differ from the number * of colors requested, but it will not be larger than 256 */ static CQCELL *** octreeGenerateAndPrune(PIX *pixs, l_int32 colors, l_int32 reservedcolors, PIXCMAP **pcmap) { l_int32 rval, gval, bval, cindex; l_int32 level, ncells, octindex; l_int32 w, h, wpls; l_int32 i, j, isub; l_int32 npix; /* number of remaining pixels to be assigned */ l_int32 ncolor; /* number of remaining color cells to be used */ l_int32 ppc; /* ave number of pixels left for each color cell */ l_int32 rv, gv, bv; l_float32 thresholdFactor[] = {0.01, 0.01, 1.0, 1.0, 1.0, 1.0}; l_float32 thresh; /* factor of ppc for this level */ l_uint32 *datas, *lines; l_uint32 *rtab, *gtab, *btab; CQCELL ***cqcaa; /* one array for each octree level */ CQCELL **cqca, **cqcasub; CQCELL *cqc, *cqcsub; PIXCMAP *cmap; NUMA *nat; /* accumulates levels for threshold cells */ NUMA *nar; /* accumulates levels for residual cells */ PROCNAME("octreeGenerateAndPrune"); if (!pixs) return (CQCELL ***)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (CQCELL ***)ERROR_PTR("pixs must be 32 bpp", procName, NULL); if (colors < 128 || colors > 256) return (CQCELL ***)ERROR_PTR("colors not in [128,256]", procName, NULL); if (!pcmap) return (CQCELL ***)ERROR_PTR("&cmap not defined", procName, NULL); /* Make the canonical index tables */ if (makeRGBToIndexTables(&rtab, >ab, &btab, CQ_NLEVELS)) return (CQCELL ***)ERROR_PTR("tables not made", procName, NULL); if ((cqcaa = cqcellTreeCreate()) == NULL) return (CQCELL ***)ERROR_PTR("cqcaa not made", procName, NULL); /* Generate an 8 bpp cmap (max size 256) */ cmap = pixcmapCreate(8); *pcmap = cmap; pixGetDimensions(pixs, &w, &h, NULL); npix = w * h; /* initialize to all pixels */ ncolor = colors - reservedcolors - EXTRA_RESERVED_COLORS; ppc = npix / ncolor; datas = pixGetData(pixs); wpls = pixGetWpl(pixs); /* Accumulate the centers of each cluster at level CQ_NLEVELS */ ncells = 1 << (3 * CQ_NLEVELS); cqca = cqcaa[CQ_NLEVELS]; for (i = 0; i < h; i++) { lines = datas + i * wpls; for (j = 0; j < w; j++) { extractRGBValues(lines[j], &rval, &gval, &bval); octindex = rtab[rval] | gtab[gval] | btab[bval]; cqc = cqca[octindex]; cqc->n++; } } /* Arrays for storing statistics */ if ((nat = numaCreate(0)) == NULL) return (CQCELL ***)ERROR_PTR("nat not made", procName, NULL); if ((nar = numaCreate(0)) == NULL) return (CQCELL ***)ERROR_PTR("nar not made", procName, NULL); /* Prune back from the lowest level and generate the colormap */ for (level = CQ_NLEVELS - 1; level >= 2; level--) { thresh = thresholdFactor[level]; cqca = cqcaa[level]; cqcasub = cqcaa[level + 1]; ncells = 1 << (3 * level); for (i = 0; i < ncells; i++) { /* i is octindex at level */ cqc = cqca[i]; for (j = 0; j < 8; j++) { /* check all subnodes */ isub = 8 * i + j; /* isub is octindex at level+1 */ cqcsub = cqcasub[isub]; if (cqcsub->bleaf == 1) { /* already a leaf? */ cqc->nleaves++; /* count the subcube leaves */ continue; } if (cqcsub->n >= thresh * ppc) { /* make it a true leaf? */ cqcsub->bleaf = 1; if (cmap->n < 256) { cqcsub->index = cmap->n; /* assign the color index */ getRGBFromOctcube(isub, level + 1, &rv, &gv, &bv); pixcmapAddColor(cmap, rv, gv, bv); #if 1 /* save values */ cqcsub->rc = rv; cqcsub->gc = gv; cqcsub->bc = bv; #endif } else { /* This doesn't seem to happen. */ L_WARNING("possibly assigned pixels to wrong color\n", procName); pixcmapGetNearestIndex(cmap, rv, gv, bv, &cindex); cqcsub->index = cindex; /* assign to the nearest */ pixcmapGetColor(cmap, cindex, &rval, &gval, &bval); cqcsub->rc = rval; cqcsub->gc = gval; cqcsub->bc = bval; } cqc->nleaves++; npix -= cqcsub->n; ncolor--; if (ncolor > 0) ppc = npix / ncolor; else if (ncolor + reservedcolors > 0) ppc = npix / (ncolor + reservedcolors); else ppc = 1000000; /* make it big */ numaAddNumber(nat, level + 1); #if DEBUG_OCTCUBE_CMAP fprintf(stderr, "Exceeds threshold: colors used = %d, colors remaining = %d\n", cmap->n, ncolor + reservedcolors); fprintf(stderr, " cell with %d pixels, npix = %d, ppc = %d\n", cqcsub->n, npix, ppc); fprintf(stderr, " index = %d, level = %d, subindex = %d\n", i, level, j); fprintf(stderr, " rv = %d, gv = %d, bv = %d\n", rv, gv, bv); #endif /* DEBUG_OCTCUBE_CMAP */ } } if (cqc->nleaves > 0 || level == 2) { /* make the cube a leaf now */ cqc->bleaf = 1; if (cqc->nleaves < 8) { /* residual CTE cube: acquire the * remaining pixels */ for (j = 0; j < 8; j++) { /* check all subnodes */ isub = 8 * i + j; cqcsub = cqcasub[isub]; if (cqcsub->bleaf == 0) /* absorb */ cqc->n += cqcsub->n; } if (cmap->n < 256) { cqc->index = cmap->n; /* assign the color index */ getRGBFromOctcube(i, level, &rv, &gv, &bv); pixcmapAddColor(cmap, rv, gv, bv); #if 1 /* save values */ cqc->rc = rv; cqc->gc = gv; cqc->bc = bv; #endif } else { L_WARNING("possibly assigned pixels to wrong color\n", procName); /* This is very bad. It will only cause trouble * with dithering, and we try to avoid it with * EXTRA_RESERVED_PIXELS. */ pixcmapGetNearestIndex(cmap, rv, gv, bv, &cindex); cqc->index = cindex; /* assign to the nearest */ pixcmapGetColor(cmap, cindex, &rval, &gval, &bval); cqc->rc = rval; cqc->gc = gval; cqc->bc = bval; } npix -= cqc->n; ncolor--; if (ncolor > 0) ppc = npix / ncolor; else if (ncolor + reservedcolors > 0) ppc = npix / (ncolor + reservedcolors); else ppc = 1000000; /* make it big */ numaAddNumber(nar, level); #if DEBUG_OCTCUBE_CMAP fprintf(stderr, "By remainder: colors used = %d, colors remaining = %d\n", cmap->n, ncolor + reservedcolors); fprintf(stderr, " cell with %d pixels, npix = %d, ppc = %d\n", cqc->n, npix, ppc); fprintf(stderr, " index = %d, level = %d\n", i, level); fprintf(stderr, " rv = %d, gv = %d, bv = %d\n", rv, gv, bv); #endif /* DEBUG_OCTCUBE_CMAP */ } } else { /* absorb all the subpixels but don't make it a leaf */ for (j = 0; j < 8; j++) { /* absorb from all subnodes */ isub = 8 * i + j; cqcsub = cqcasub[isub]; cqc->n += cqcsub->n; } } } } #if PRINT_OCTCUBE_STATS { l_int32 tc[] = {0, 0, 0, 0, 0, 0, 0}; l_int32 rc[] = {0, 0, 0, 0, 0, 0, 0}; l_int32 nt, nr, ival; nt = numaGetCount(nat); nr = numaGetCount(nar); for (i = 0; i < nt; i++) { numaGetIValue(nat, i, &ival); tc[ival]++; } for (i = 0; i < nr; i++) { numaGetIValue(nar, i, &ival); rc[ival]++; } fprintf(stderr, " Threshold cells formed: %d\n", nt); for (i = 1; i < CQ_NLEVELS + 1; i++) fprintf(stderr, " level %d: %d\n", i, tc[i]); fprintf(stderr, "\n Residual cells formed: %d\n", nr); for (i = 0; i < CQ_NLEVELS ; i++) fprintf(stderr, " level %d: %d\n", i, rc[i]); } #endif /* PRINT_OCTCUBE_STATS */ numaDestroy(&nat); numaDestroy(&nar); FREE(rtab); FREE(gtab); FREE(btab); return cqcaa; } /*! * pixOctreeQuantizePixels() * * Input: pixs (32 bpp) * octree in array format * ditherflag (1 for dithering, 0 for no dithering) * Return: pixd or null on error * * Notes: * (1) This routine doesn't need to use the CTEs (colormap * table entries) because the color indices are embedded * in the octree. Thus, the calling program must make * and attach the colormap to pixd after it is returned. * (2) Dithering is performed in integers, effectively rounding * to 1/8 sample increment. The data in the integer buffers is * 64 times the sample values. The 'dif' is 8 times the * sample values, and this spread, multiplied by 8, to the * integer buffers. Because the dif is truncated to an * integer, the dither is accurate to 1/8 of a sample increment, * or 1/2048 of the color range. */ static PIX * pixOctreeQuantizePixels(PIX *pixs, CQCELL ***cqcaa, l_int32 ditherflag) { l_uint8 *bufu8r, *bufu8g, *bufu8b; l_int32 rval, gval, bval; l_int32 octindex, index; l_int32 val1, val2, val3, dif; l_int32 w, h, wpls, wpld, i, j; l_int32 rc, gc, bc; l_int32 *buf1r, *buf1g, *buf1b, *buf2r, *buf2g, *buf2b; l_uint32 *rtab, *gtab, *btab; l_uint32 *datas, *datad, *lines, *lined; PIX *pixd; PROCNAME("pixOctreeQuantizePixels"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs must be 32 bpp", procName, NULL); if (!cqcaa) return (PIX *)ERROR_PTR("cqcaa not defined", procName, NULL); /* Make the canonical index tables */ if (makeRGBToIndexTables(&rtab, >ab, &btab, CQ_NLEVELS)) return (PIX *)ERROR_PTR("tables not made", procName, NULL); /* Make output 8 bpp palette image */ pixGetDimensions(pixs, &w, &h, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); if ((pixd = pixCreate(w, h, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixCopyInputFormat(pixd, pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); /* Traverse tree from root, looking for lowest cube * that is a leaf, and set dest pix to its * colortable index value. The results are far * better when dithering to get a more accurate * average color. */ if (ditherflag == 0) { /* no dithering */ for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { extractRGBValues(lines[j], &rval, &gval, &bval); octindex = rtab[rval] | gtab[gval] | btab[bval]; octreeFindColorCell(octindex, cqcaa, &index, &rc, &gc, &bc); SET_DATA_BYTE(lined, j, index); } } } else { /* Dither */ bufu8r = (l_uint8 *)CALLOC(w, sizeof(l_uint8)); bufu8g = (l_uint8 *)CALLOC(w, sizeof(l_uint8)); bufu8b = (l_uint8 *)CALLOC(w, sizeof(l_uint8)); buf1r = (l_int32 *)CALLOC(w, sizeof(l_int32)); buf1g = (l_int32 *)CALLOC(w, sizeof(l_int32)); buf1b = (l_int32 *)CALLOC(w, sizeof(l_int32)); buf2r = (l_int32 *)CALLOC(w, sizeof(l_int32)); buf2g = (l_int32 *)CALLOC(w, sizeof(l_int32)); buf2b = (l_int32 *)CALLOC(w, sizeof(l_int32)); if (!bufu8r || !bufu8g || !bufu8b) return (PIX *)ERROR_PTR("uint8 mono line buf not made", procName, NULL); if (!buf1r || !buf1g || !buf1b || !buf2r || !buf2g || !buf2b) return (PIX *)ERROR_PTR("mono line buf not made", procName, NULL); /* Start by priming buf2; line 1 is above line 2 */ pixGetRGBLine(pixs, 0, bufu8r, bufu8g, bufu8b); for (j = 0; j < w; j++) { buf2r[j] = 64 * bufu8r[j]; buf2g[j] = 64 * bufu8g[j]; buf2b[j] = 64 * bufu8b[j]; } for (i = 0; i < h - 1; i++) { /* Swap data 2 --> 1, and read in new line 2 */ memcpy(buf1r, buf2r, 4 * w); memcpy(buf1g, buf2g, 4 * w); memcpy(buf1b, buf2b, 4 * w); pixGetRGBLine(pixs, i + 1, bufu8r, bufu8g, bufu8b); for (j = 0; j < w; j++) { buf2r[j] = 64 * bufu8r[j]; buf2g[j] = 64 * bufu8g[j]; buf2b[j] = 64 * bufu8b[j]; } /* Dither */ lined = datad + i * wpld; for (j = 0; j < w - 1; j++) { rval = buf1r[j] / 64; gval = buf1g[j] / 64; bval = buf1b[j] / 64; octindex = rtab[rval] | gtab[gval] | btab[bval]; octreeFindColorCell(octindex, cqcaa, &index, &rc, &gc, &bc); SET_DATA_BYTE(lined, j, index); dif = buf1r[j] / 8 - 8 * rc; if (dif != 0) { val1 = buf1r[j + 1] + 3 * dif; val2 = buf2r[j] + 3 * dif; val3 = buf2r[j + 1] + 2 * dif; if (dif > 0) { buf1r[j + 1] = L_MIN(16383, val1); buf2r[j] = L_MIN(16383, val2); buf2r[j + 1] = L_MIN(16383, val3); } else if (dif < 0) { buf1r[j + 1] = L_MAX(0, val1); buf2r[j] = L_MAX(0, val2); buf2r[j + 1] = L_MAX(0, val3); } } dif = buf1g[j] / 8 - 8 * gc; if (dif != 0) { val1 = buf1g[j + 1] + 3 * dif; val2 = buf2g[j] + 3 * dif; val3 = buf2g[j + 1] + 2 * dif; if (dif > 0) { buf1g[j + 1] = L_MIN(16383, val1); buf2g[j] = L_MIN(16383, val2); buf2g[j + 1] = L_MIN(16383, val3); } else if (dif < 0) { buf1g[j + 1] = L_MAX(0, val1); buf2g[j] = L_MAX(0, val2); buf2g[j + 1] = L_MAX(0, val3); } } dif = buf1b[j] / 8 - 8 * bc; if (dif != 0) { val1 = buf1b[j + 1] + 3 * dif; val2 = buf2b[j] + 3 * dif; val3 = buf2b[j + 1] + 2 * dif; if (dif > 0) { buf1b[j + 1] = L_MIN(16383, val1); buf2b[j] = L_MIN(16383, val2); buf2b[j + 1] = L_MIN(16383, val3); } else if (dif < 0) { buf1b[j + 1] = L_MAX(0, val1); buf2b[j] = L_MAX(0, val2); buf2b[j + 1] = L_MAX(0, val3); } } } /* Get last pixel in row; no downward propagation */ rval = buf1r[w - 1] / 64; gval = buf1g[w - 1] / 64; bval = buf1b[w - 1] / 64; octindex = rtab[rval] | gtab[gval] | btab[bval]; octreeFindColorCell(octindex, cqcaa, &index, &rc, &gc, &bc); SET_DATA_BYTE(lined, w - 1, index); } /* Get last row of pixels; no leftward propagation */ lined = datad + (h - 1) * wpld; for (j = 0; j < w; j++) { rval = buf2r[j] / 64; gval = buf2g[j] / 64; bval = buf2b[j] / 64; octindex = rtab[rval] | gtab[gval] | btab[bval]; octreeFindColorCell(octindex, cqcaa, &index, &rc, &gc, &bc); SET_DATA_BYTE(lined, j, index); } FREE(bufu8r); FREE(bufu8g); FREE(bufu8b); FREE(buf1r); FREE(buf1g); FREE(buf1b); FREE(buf2r); FREE(buf2g); FREE(buf2b); } FREE(rtab); FREE(gtab); FREE(btab); return pixd; } /*! * octreeFindColorCell() * * Input: octindex * cqcaa * &index ( index of CTE; returned to set pixel value) * &rval ( of CTE) * &gval ( of CTE) * &bval ( of CTE) * Return: 0 if OK; 1 on error * * Notes: * (1) As this is in inner loop, we don't check input pointers! * (2) This traverses from the root (well, actually from level 2, * because the level 2 cubes are the largest CTE cubes), * and finds the index number of the cell and the color values, * which can be used either directly or in a (Floyd-Steinberg) * error-diffusion dithering algorithm. */ static l_int32 octreeFindColorCell(l_int32 octindex, CQCELL ***cqcaa, l_int32 *pindex, l_int32 *prval, l_int32 *pgval, l_int32 *pbval) { l_int32 level; l_int32 baseindex, subindex; CQCELL *cqc, *cqcsub; /* Use rgb values stored in the cubes; a little faster */ for (level = 2; level < CQ_NLEVELS; level++) { getOctcubeIndices(octindex, level, &baseindex, &subindex); cqc = cqcaa[level][baseindex]; cqcsub = cqcaa[level + 1][subindex]; if (cqcsub->bleaf == 0) { /* use cell at level above */ *pindex = cqc->index; *prval = cqc->rc; *pgval = cqc->gc; *pbval = cqc->bc; break; } else if (level == CQ_NLEVELS - 1) { /* reached the bottom */ *pindex = cqcsub->index; *prval = cqcsub->rc; *pgval = cqcsub->gc; *pbval = cqcsub->bc; break; } } #if 0 /* Generate rgb values for each cube on the fly; slower */ for (level = 2; level < CQ_NLEVELS; level++) { l_int32 rv, gv, bv; getOctcubeIndices(octindex, level, &baseindex, &subindex); cqc = cqcaa[level][baseindex]; cqcsub = cqcaa[level + 1][subindex]; if (cqcsub->bleaf == 0) { /* use cell at level above */ getRGBFromOctcube(baseindex, level, &rv, &gv, &bv); *pindex = cqc->index; *prval = rv; *pgval = gv; *pbval = bv; break; } else if (level == CQ_NLEVELS - 1) { /* reached the bottom */ getRGBFromOctcube(subindex, level + 1, &rv, &gv, &bv); *pindex = cqcsub->index; *prval = rv; *pgval = gv; *pbval = bv; break; } } #endif return 0; } /*------------------------------------------------------------------* * Helper cqcell functions * *------------------------------------------------------------------*/ /*! * cqcellTreeCreate() * * Input: none * Return: cqcell array tree */ static CQCELL *** cqcellTreeCreate(void) { l_int32 level, ncells, i; CQCELL ***cqcaa; CQCELL **cqca; /* one array for each octree level */ PROCNAME("cqcellTreeCreate"); /* Make array of accumulation cell arrays from levels 1 to 5 */ if ((cqcaa = (CQCELL ***)CALLOC(CQ_NLEVELS + 1, sizeof(CQCELL **))) == NULL) return (CQCELL ***)ERROR_PTR("cqcaa not made", procName, NULL); for (level = 0; level <= CQ_NLEVELS; level++) { ncells = 1 << (3 * level); if ((cqca = (CQCELL **)CALLOC(ncells, sizeof(CQCELL *))) == NULL) return (CQCELL ***)ERROR_PTR("cqca not made", procName, NULL); cqcaa[level] = cqca; for (i = 0; i < ncells; i++) { if ((cqca[i] = (CQCELL *)CALLOC(1, sizeof(CQCELL))) == NULL) return (CQCELL ***)ERROR_PTR("cqc not made", procName, NULL); } } return cqcaa; } /*! * cqcellTreeDestroy() * * Input: &cqcaa ( * Return: void */ static void cqcellTreeDestroy(CQCELL ****pcqcaa) { l_int32 level, ncells, i; CQCELL ***cqcaa; CQCELL **cqca; PROCNAME("cqcellTreeDestroy"); if (pcqcaa == NULL) { L_WARNING("ptr address is NULL\n", procName); return; } if ((cqcaa = *pcqcaa) == NULL) return; for (level = 0; level <= CQ_NLEVELS; level++) { cqca = cqcaa[level]; ncells = 1 << (3 * level); for (i = 0; i < ncells; i++) FREE(cqca[i]); FREE(cqca); } FREE(cqcaa); *pcqcaa = NULL; return; } /*------------------------------------------------------------------* * Helper index functions * *------------------------------------------------------------------*/ /*! * makeRGBToIndexTables() * * Input: &rtab, >ab, &btab ( tables) * cqlevels (can be 1, 2, 3, 4, 5 or 6) * Return: 0 if OK; 1 on error * * Set up tables. e.g., for cqlevels = 5, we need an integer 0 < i < 2^15: * rtab = (0 i7 0 0 i6 0 0 i5 0 0 i4 0 0 i3 0 0) * gtab = (0 0 i7 0 0 i6 0 0 i5 0 0 i4 0 0 i3 0) * btab = (0 0 0 i7 0 0 i6 0 0 i5 0 0 i4 0 0 i3) * * The tables are then used to map from rbg --> index as follows: * index = (0 r7 g7 b7 r6 g6 b6 r5 g5 b5 r4 g4 b4 r3 g3 b3) * * e.g., for cqlevels = 4, we map to * index = (0 0 0 0 r7 g7 b7 r6 g6 b6 r5 g5 b5 r4 g4 b4) * * This may look a bit strange. The notation 'r7' means the MSBit of * the r value (which has 8 bits, going down from r7 to r0). * Keep in mind that r7 is actually the r component bit for level 1 of * the octtree. Level 1 is composed of 8 octcubes, represented by * the bits (r7 g7 b7), which divide the entire color space into * 8 cubes. At level 2, each of these 8 octcubes is further divided into * 8 cubes, each labeled by the second most significant bits (r6 g6 b6) * of the rgb color. */ l_int32 makeRGBToIndexTables(l_uint32 **prtab, l_uint32 **pgtab, l_uint32 **pbtab, l_int32 cqlevels) { l_int32 i; l_uint32 *rtab, *gtab, *btab; PROCNAME("makeRGBToIndexTables"); if (cqlevels < 1 || cqlevels > 6) return ERROR_INT("cqlevels must be in {1,...6}", procName, 1); if (!prtab || !pgtab || !pbtab) return ERROR_INT("&*tab not defined", procName, 1); if ((rtab = (l_uint32 *)CALLOC(256, sizeof(l_uint32))) == NULL) return ERROR_INT("rtab not made", procName, 1); if ((gtab = (l_uint32 *)CALLOC(256, sizeof(l_uint32))) == NULL) return ERROR_INT("gtab not made", procName, 1); if ((btab = (l_uint32 *)CALLOC(256, sizeof(l_uint32))) == NULL) return ERROR_INT("btab not made", procName, 1); *prtab = rtab; *pgtab = gtab; *pbtab = btab; switch (cqlevels) { case 1: for (i = 0; i < 256; i++) { rtab[i] = (i >> 5) & 0x0004; gtab[i] = (i >> 6) & 0x0002; btab[i] = (i >> 7); } break; case 2: for (i = 0; i < 256; i++) { rtab[i] = ((i >> 2) & 0x0020) | ((i >> 4) & 0x0004); gtab[i] = ((i >> 3) & 0x0010) | ((i >> 5) & 0x0002); btab[i] = ((i >> 4) & 0x0008) | ((i >> 6) & 0x0001); } break; case 3: for (i = 0; i < 256; i++) { rtab[i] = ((i << 1) & 0x0100) | ((i >> 1) & 0x0020) | ((i >> 3) & 0x0004); gtab[i] = (i & 0x0080) | ((i >> 2) & 0x0010) | ((i >> 4) & 0x0002); btab[i] = ((i >> 1) & 0x0040) | ((i >> 3) & 0x0008) | ((i >> 5) & 0x0001); } break; case 4: for (i = 0; i < 256; i++) { rtab[i] = ((i << 4) & 0x0800) | ((i << 2) & 0x0100) | (i & 0x0020) | ((i >> 2) & 0x0004); gtab[i] = ((i << 3) & 0x0400) | ((i << 1) & 0x0080) | ((i >> 1) & 0x0010) | ((i >> 3) & 0x0002); btab[i] = ((i << 2) & 0x0200) | (i & 0x0040) | ((i >> 2) & 0x0008) | ((i >> 4) & 0x0001); } break; case 5: for (i = 0; i < 256; i++) { rtab[i] = ((i << 7) & 0x4000) | ((i << 5) & 0x0800) | ((i << 3) & 0x0100) | ((i << 1) & 0x0020) | ((i >> 1) & 0x0004); gtab[i] = ((i << 6) & 0x2000) | ((i << 4) & 0x0400) | ((i << 2) & 0x0080) | (i & 0x0010) | ((i >> 2) & 0x0002); btab[i] = ((i << 5) & 0x1000) | ((i << 3) & 0x0200) | ((i << 1) & 0x0040) | ((i >> 1) & 0x0008) | ((i >> 3) & 0x0001); } break; case 6: for (i = 0; i < 256; i++) { rtab[i] = ((i << 10) & 0x20000) | ((i << 8) & 0x4000) | ((i << 6) & 0x0800) | ((i << 4) & 0x0100) | ((i << 2) & 0x0020) | (i & 0x0004); gtab[i] = ((i << 9) & 0x10000) | ((i << 7) & 0x2000) | ((i << 5) & 0x0400) | ((i << 3) & 0x0080) | ((i << 1) & 0x0010) | ((i >> 1) & 0x0002); btab[i] = ((i << 8) & 0x8000) | ((i << 6) & 0x1000) | ((i << 4) & 0x0200) | ((i << 2) & 0x0040) | (i & 0x0008) | ((i >> 2) & 0x0001); } break; default: ERROR_INT("cqlevels not in [1...6]", procName, 1); break; } return 0; } /*! * getOctcubeIndexFromRGB() * * Input: rval, gval, bval * rtab, gtab, btab (generated with makeRGBToIndexTables()) * &index () * Return: void * * Note: no error checking! */ void getOctcubeIndexFromRGB(l_int32 rval, l_int32 gval, l_int32 bval, l_uint32 *rtab, l_uint32 *gtab, l_uint32 *btab, l_uint32 *pindex) { *pindex = rtab[rval] | gtab[gval] | btab[bval]; return; } /*! * getRGBFromOctcube() * * Input: octcube index * level (at which index is expressed) * &rval ( r val of this cube) * &gval ( g val of this cube) * &bval ( b val of this cube) * Return: void * * Notes: * (1) We can consider all octcube indices to represent a * specific point in color space: namely, the location * of the 'upper-left' corner of the cube, where indices * increase down and to the right. The upper left corner * of the color space is then 00000.... * (2) The 'rgbindex' is a 24-bit representation of the location, * in octcube notation, at the center of the octcube. * To get to the center of an octcube, you choose the 111 * octcube at the next lower level. * (3) For example, if the octcube index = 110101 (binary), * which is a level 2 expression, then the rgbindex * is the 24-bit representation of 110101111 (at level 3); * namely, 000110101111000000000000. The number is padded * with 3 leading 0s (because the representation uses * only 21 bits) and 12 trailing 0s (the default for * levels 4-7, which are contained within each of the level3 * octcubes. Then the rgb values for the center of the * octcube are: rval = 11100000, gval = 10100000, bval = 01100000 */ static void getRGBFromOctcube(l_int32 cubeindex, l_int32 level, l_int32 *prval, l_int32 *pgval, l_int32 *pbval) { l_int32 rgbindex; /* Bring to format in 21 bits: (r7 g7 b7 r6 g6 b6 ...) */ /* This is valid for levels from 0 to 6 */ rgbindex = cubeindex << (3 * (7 - level)); /* upper corner of cube */ rgbindex |= (0x7 << (3 * (6 - level))); /* index to center of cube */ /* Extract separate pieces */ *prval = ((rgbindex >> 13) & 0x80) | ((rgbindex >> 11) & 0x40) | ((rgbindex >> 9) & 0x20) | ((rgbindex >> 7) & 0x10) | ((rgbindex >> 5) & 0x08) | ((rgbindex >> 3) & 0x04) | ((rgbindex >> 1) & 0x02); *pgval = ((rgbindex >> 12) & 0x80) | ((rgbindex >> 10) & 0x40) | ((rgbindex >> 8) & 0x20) | ((rgbindex >> 6) & 0x10) | ((rgbindex >> 4) & 0x08) | ((rgbindex >> 2) & 0x04) | (rgbindex & 0x02); *pbval = ((rgbindex >> 11) & 0x80) | ((rgbindex >> 9) & 0x40) | ((rgbindex >> 7) & 0x20) | ((rgbindex >> 5) & 0x10) | ((rgbindex >> 3) & 0x08) | ((rgbindex >> 1) & 0x04) | ((rgbindex << 1) & 0x02); return; } /*! * getOctcubeIndices() * * Input: rgbindex * octree level (0, 1, 2, 3, 4, 5) * &octcube base index ( index at the octree level) * &octcube sub index ( index at the next lower level) * Return: 0 if OK, 1 on error * * for CQ_NLEVELS = 6, the full RGB index is in the form: * index = (0[13] 0 r7 g7 b7 r6 g6 b6 r5 g5 b5 r4 g4 b4 r3 g3 b3 r2 g2 b2) * for CQ_NLEVELS = 5, the full RGB index is in the form: * index = (0[16] 0 r7 g7 b7 r6 g6 b6 r5 g5 b5 r4 g4 b4 r3 g3 b3) * for CQ_NLEVELS = 4, the full RGB index is in the form: * index = (0[19] 0 r7 g7 b7 r6 g6 b6 r5 g5 b5 r4 g4 b4) * * The base index is the index of the octcube at the level given, * whereas the sub index is the index at the next level down. * * For level 0: base index = 0 * sub index is the 3 bit number (r7 g7 b7) * For level 1: base index = (r7 g7 b7) * sub index = (r7 g7 b7 r6 g6 b6) * For level 2: base index = (r7 g7 b7 r6 g6 b6) * sub index = (r7 g7 b7 r6 g6 b6 r5 g5 b5) * For level 3: base index = (r7 g7 b7 r6 g6 b6 r5 g5 b5) * sub index = (r7 g7 b7 r6 g6 b6 r5 g5 b5 r4 g4 b4) * For level 4: base index = (r7 g7 b7 r6 g6 b6 r5 g5 b5 r4 g4 b4) * sub index = (r7 g7 b7 r6 g6 b6 r5 g5 b5 r4 g4 b4 r3 g3 b3) * For level 5: base index = (r7 g7 b7 r6 g6 b6 r5 g5 b5 r4 g4 b4 r3 g3 b3) * sub index = (r7 g7 b7 r6 g6 b6 r5 g5 b5 r4 g4 b4 r3 g3 b3 * r2 g2 b2) */ static l_int32 getOctcubeIndices(l_int32 rgbindex, l_int32 level, l_int32 *pbindex, l_int32 *psindex) { PROCNAME("getOctcubeIndex"); if (level < 0 || level > CQ_NLEVELS - 1) return ERROR_INT("level must be in e.g., [0 ... 5]", procName, 1); if (!pbindex) return ERROR_INT("&bindex not defined", procName, 1); if (!psindex) return ERROR_INT("&sindex not defined", procName, 1); *pbindex = rgbindex >> (3 * (CQ_NLEVELS - level)); *psindex = rgbindex >> (3 * (CQ_NLEVELS - 1 - level)); return 0; } /*! * octcubeGetCount() * * Input: level (valid values are in [1,...6]; there are 2^level * cubes along each side of the rgb cube) * &size ( 2^(3 * level) cubes in the entire rgb cube) * Return: 0 if OK, 1 on error. Caller must check! * * level: 1 2 3 4 5 6 * size: 8 64 512 4098 32784 262272 */ static l_int32 octcubeGetCount(l_int32 level, l_int32 *psize) { PROCNAME("octcubeGetCount"); if (!psize) return ERROR_INT("&size not defined", procName, 1); if (level < 1 || level > 6) return ERROR_INT("invalid level", procName, 1); *psize = 1 << (3 * level); return 0; } /*---------------------------------------------------------------------------* * Adaptive octree quantization based on population at a fixed level * *---------------------------------------------------------------------------*/ /*! * pixOctreeQuantByPopulation() * * Input: pixs (32 bpp rgb) * level (significant bits for each of RGB; valid for {3,4}, * Use 0 for default (level 4; recommended) * ditherflag (1 to dither, 0 otherwise) * Return: pixd (quantized to octcubes) or null on error * * Notes: * (1) This color quantization method works very well without * dithering, using octcubes at two different levels: * (a) the input @level, which is either 3 or 4 * (b) level 2 (64 octcubes to cover the entire color space) * (2) For best results, using @level = 4 is recommended. * Why do we provide an option for using level 3? Because * there are 512 octcubes at level 3, and for many images * not more than 256 are filled. As a result, on some images * a very accurate quantized representation is possible using * @level = 3. * (3) This first breaks up the color space into octcubes at the * input @level, and computes, for each octcube, the average * value of the pixels that are in it. * (4) Then there are two possible situations: * (a) If there are not more than 256 populated octcubes, * it returns a cmapped pix with those values assigned. * (b) Otherwise, it selects 192 octcubes containing the largest * number of pixels and quantizes pixels within those octcubes * to their average. Then, to handle the residual pixels * that are not in those 192 octcubes, it generates a * level 2 octree consisting of 64 octcubes, and within * each octcube it quantizes the residual pixels to their * average within each of those level 2 octcubes. * (5) Unpopulated level 2 octcubes are represented in the colormap * by their centers. This, of course, has no effect unless * dithering is used for the output image. * (6) The depth of pixd is the minumum required to suppport the * number of colors found at @level; namely, 2, 4 or 8. * (7) This function works particularly well on images such as maps, * where there are a relatively small number of well-populated * colors, but due to antialiasing and compression artifacts * there may be a large number of different colors. This will * pull out and represent accurately the highly populated colors, * while still making a reasonable approximation for the others. * (8) The highest level of octcubes allowed is 4. Use of higher * levels typically results in having a small fraction of * pixels in the most populated 192 octcubes. As a result, * most of the pixels are represented at level 2, which is * not sufficiently accurate. * (9) Dithering shows artifacts on some images. If you plan to * dither, pixOctreeColorQuant() and pixFixedOctcubeQuant256() * usually give better results. */ PIX * pixOctreeQuantByPopulation(PIX *pixs, l_int32 level, l_int32 ditherflag) { l_int32 w, h, wpls, wpld, i, j, depth, size, ncolors, index; l_int32 rval, gval, bval; l_int32 *rarray, *garray, *barray, *narray, *iarray; l_uint32 octindex, octindex2; l_uint32 *rtab, *gtab, *btab, *rtab2, *gtab2, *btab2; l_uint32 *lines, *lined, *datas, *datad; L_OCTCUBE_POP *opop; L_HEAP *lh; PIX *pixd; PIXCMAP *cmap; PROCNAME("pixOctreeQuantByPopulation"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); if (level == 0) level = 4; if (level < 3 || level > 4) return (PIX *)ERROR_PTR("level not in {3,4}", procName, NULL); /* Do not dither if image is very small */ pixGetDimensions(pixs, &w, &h, NULL); if (w < MIN_DITHER_SIZE && h < MIN_DITHER_SIZE && ditherflag == 1) { L_INFO("Small image: dithering turned off\n", procName); ditherflag = 0; } if (octcubeGetCount(level, &size)) /* array size = 2 ** (3 * level) */ return (PIX *)ERROR_PTR("size not returned", procName, NULL); if (makeRGBToIndexTables(&rtab, >ab, &btab, level)) return (PIX *)ERROR_PTR("tables not made", procName, NULL); if ((narray = (l_int32 *)CALLOC(size, sizeof(l_int32))) == NULL) return (PIX *)ERROR_PTR("narray not made", procName, NULL); if ((rarray = (l_int32 *)CALLOC(size, sizeof(l_int32))) == NULL) return (PIX *)ERROR_PTR("rarray not made", procName, NULL); if ((garray = (l_int32 *)CALLOC(size, sizeof(l_int32))) == NULL) return (PIX *)ERROR_PTR("garray not made", procName, NULL); if ((barray = (l_int32 *)CALLOC(size, sizeof(l_int32))) == NULL) return (PIX *)ERROR_PTR("barray not made", procName, NULL); /* Place the pixels in octcube leaves. */ datas = pixGetData(pixs); wpls = pixGetWpl(pixs); pixd = NULL; for (i = 0; i < h; i++) { lines = datas + i * wpls; for (j = 0; j < w; j++) { extractRGBValues(lines[j], &rval, &gval, &bval); octindex = rtab[rval] | gtab[gval] | btab[bval]; narray[octindex]++; rarray[octindex] += rval; garray[octindex] += gval; barray[octindex] += bval; } } /* Find the number of different colors */ for (i = 0, ncolors = 0; i < size; i++) { if (narray[i] > 0) ncolors++; } if (ncolors <= 4) depth = 2; else if (ncolors <= 16) depth = 4; else depth = 8; pixd = pixCreate(w, h, depth); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); pixCopyResolution(pixd, pixs); pixCopyInputFormat(pixd, pixs); cmap = pixcmapCreate(depth); pixSetColormap(pixd, cmap); /* Average the colors in each octcube leaf. */ for (i = 0; i < size; i++) { if (narray[i] > 0) { rarray[i] /= narray[i]; garray[i] /= narray[i]; barray[i] /= narray[i]; } } /* If ncolors <= 256, finish immediately. Do not dither. * Re-use narray to hold the colormap index + 1 */ if (ncolors <= 256) { for (i = 0, index = 0; i < size; i++) { if (narray[i] > 0) { pixcmapAddColor(cmap, rarray[i], garray[i], barray[i]); narray[i] = index + 1; /* to avoid storing 0 */ index++; } } /* Set the cmap indices for each pixel */ for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { extractRGBValues(lines[j], &rval, &gval, &bval); octindex = rtab[rval] | gtab[gval] | btab[bval]; switch (depth) { case 8: SET_DATA_BYTE(lined, j, narray[octindex] - 1); break; case 4: SET_DATA_QBIT(lined, j, narray[octindex] - 1); break; case 2: SET_DATA_DIBIT(lined, j, narray[octindex] - 1); break; default: L_WARNING("shouldn't get here\n", procName); } } } goto array_cleanup; } /* More complicated. Sort by decreasing population */ lh = lheapCreate(500, L_SORT_DECREASING); for (i = 0; i < size; i++) { if (narray[i] > 0) { opop = (L_OCTCUBE_POP *)CALLOC(1, sizeof(L_OCTCUBE_POP)); opop->npix = (l_float32)narray[i]; opop->index = i; opop->rval = rarray[i]; opop->gval = garray[i]; opop->bval = barray[i]; lheapAdd(lh, opop); } } /* Take the top 192. These will form the first 192 colors * in the cmap. iarray[i] holds the index into the cmap. */ if ((iarray = (l_int32 *)CALLOC(size, sizeof(l_int32))) == NULL) return (PIX *)ERROR_PTR("iarray not made", procName, NULL); for (i = 0; i < 192; i++) { opop = (L_OCTCUBE_POP*)lheapRemove(lh); if (!opop) break; pixcmapAddColor(cmap, opop->rval, opop->gval, opop->bval); iarray[opop->index] = i + 1; /* +1 to avoid storing 0 */ #if DEBUG_POP fprintf(stderr, "i = %d, n = %6.0f, (r,g,b) = (%d %d %d)\n", i, opop->npix, opop->rval, opop->gval, opop->bval); #endif /* DEBUG_POP */ FREE(opop); } /* Make the octindex tables for level 2, and reuse rarray, etc. */ if (makeRGBToIndexTables(&rtab2, >ab2, &btab2, 2)) return (PIX *)ERROR_PTR("level 2 tables not made", procName, NULL); for (i = 0; i < 64; i++) { narray[i] = 0; rarray[i] = 0; garray[i] = 0; barray[i] = 0; } /* Take the rest of the occupied octcubes, assigning the pixels * to these new colormap indices. iarray[] is addressed * by @level octcube indices, and it now holds the * colormap indices for all pixels in pixs. */ for (i = 192; i < size; i++) { opop = (L_OCTCUBE_POP*)lheapRemove(lh); if (!opop) break; rval = opop->rval; gval = opop->gval; bval = opop->bval; octindex2 = rtab2[rval] | gtab2[gval] | btab2[bval]; narray[octindex2] += (l_int32)opop->npix; rarray[octindex2] += (l_int32)opop->npix * rval; garray[octindex2] += (l_int32)opop->npix * gval; barray[octindex2] += (l_int32)opop->npix * bval; iarray[opop->index] = 192 + octindex2 + 1; /* +1 to avoid storing 0 */ FREE(opop); } lheapDestroy(&lh, TRUE); /* To span the full color space, which is necessary for dithering, * set each iarray element whose value is still 0 at the input * level octcube leaves (because there were no pixels in those * octcubes) to the colormap index corresponding to its level 2 * octcube. */ if (ditherflag) { for (i = 0; i < size; i++) { if (iarray[i] == 0) { getRGBFromOctcube(i, level, &rval, &gval, &bval); octindex2 = rtab2[rval] | gtab2[gval] | btab2[bval]; iarray[i] = 192 + octindex2 + 1; } } } FREE(rtab2); FREE(gtab2); FREE(btab2); /* Average the colors from the residuals in each level 2 octcube, * and add these 64 values to the colormap. */ for (i = 0; i < 64; i++) { if (narray[i] > 0) { rarray[i] /= narray[i]; garray[i] /= narray[i]; barray[i] /= narray[i]; } else { /* no pixels in this octcube; use center value */ getRGBFromOctcube(i, 2, &rarray[i], &garray[i], &barray[i]); } pixcmapAddColor(cmap, rarray[i], garray[i], barray[i]); } /* Set the cmap indices for each pixel. Subtract 1 from * the value in iarray[] because we added 1 earlier. */ if (ditherflag == 0) { for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { extractRGBValues(lines[j], &rval, &gval, &bval); octindex = rtab[rval] | gtab[gval] | btab[bval]; SET_DATA_BYTE(lined, j, iarray[octindex] - 1); } } } else { /* dither */ pixDitherOctindexWithCmap(pixs, pixd, rtab, gtab, btab, iarray, POP_DIF_CAP); } #if DEBUG_POP for (i = 0; i < size / 16; i++) { l_int32 j; for (j = 0; j < 16; j++) fprintf(stderr, "%d ", iarray[16 * i + j]); fprintf(stderr, "\n"); } #endif /* DEBUG_POP */ FREE(iarray); array_cleanup: FREE(narray); FREE(rarray); FREE(garray); FREE(barray); FREE(rtab); FREE(gtab); FREE(btab); return pixd; } /*! * pixDitherOctindexWithCmap() * * Input: pixs (32 bpp rgb) * pixd (8 bpp cmapped) * rtab, gtab, btab (tables from rval to octindex) * indexmap (array mapping octindex to cmap index) * difcap (max allowed dither transfer; use 0 for infinite cap) * Return: 0 if OK, 1 on error * * Notes: * (1) This performs dithering to generate the colormap indices * in pixd. The colormap has been calculated, along with * four input LUTs that together give the inverse colormapping * from RGB to colormap index. * (2) For pixOctreeQuantByPopulation(), @indexmap maps from the * standard octindex to colormap index (after subtracting 1). * The basic pixel-level function, without dithering, is: * extractRGBValues(lines[j], &rval, &gval, &bval); * octindex = rtab[rval] | gtab[gval] | btab[bval]; * SET_DATA_BYTE(lined, j, indexmap[octindex] - 1); * (3) This can be used in any situation where the general * prescription for finding the colormap index from the rgb * value is precisely this: * cmapindex = indexmap[rtab[rval] | gtab[gval] | btab[bval]] - 1 * For example, in pixFixedOctcubeQuant256(), we don't use * standard octcube indexing, the rtab (etc) LUTs map directly * to the colormap index, and @indexmap just compensates for * the 1-off indexing assumed to be in that table. */ static l_int32 pixDitherOctindexWithCmap(PIX *pixs, PIX *pixd, l_uint32 *rtab, l_uint32 *gtab, l_uint32 *btab, l_int32 *indexmap, l_int32 difcap) { l_uint8 *bufu8r, *bufu8g, *bufu8b; l_int32 i, j, w, h, wpld, octindex, cmapindex; l_int32 rval, gval, bval, rc, gc, bc; l_int32 dif, val1, val2, val3; l_int32 *buf1r, *buf1g, *buf1b, *buf2r, *buf2g, *buf2b; l_uint32 *datad, *lined; PIXCMAP *cmap; PROCNAME("pixDitherOctindexWithCmap"); if (!pixs || pixGetDepth(pixs) != 32) return ERROR_INT("pixs undefined or not 32 bpp", procName, 1); if (!pixd || pixGetDepth(pixd) != 8) return ERROR_INT("pixd undefined or not 8 bpp", procName, 1); if ((cmap = pixGetColormap(pixd)) == NULL) return ERROR_INT("pixd not cmapped", procName, 1); if (!rtab || !gtab || !btab || !indexmap) return ERROR_INT("not all 4 tables defined", procName, 1); pixGetDimensions(pixs, &w, &h, NULL); if (pixGetWidth(pixd) != w || pixGetHeight(pixd) != h) return ERROR_INT("pixs and pixd not same size", procName, 1); bufu8r = (l_uint8 *)CALLOC(w, sizeof(l_uint8)); bufu8g = (l_uint8 *)CALLOC(w, sizeof(l_uint8)); bufu8b = (l_uint8 *)CALLOC(w, sizeof(l_uint8)); buf1r = (l_int32 *)CALLOC(w, sizeof(l_int32)); buf1g = (l_int32 *)CALLOC(w, sizeof(l_int32)); buf1b = (l_int32 *)CALLOC(w, sizeof(l_int32)); buf2r = (l_int32 *)CALLOC(w, sizeof(l_int32)); buf2g = (l_int32 *)CALLOC(w, sizeof(l_int32)); buf2b = (l_int32 *)CALLOC(w, sizeof(l_int32)); if (!bufu8r || !bufu8g || !bufu8b) return ERROR_INT("uint8 line buf not made", procName, 1); if (!buf1r || !buf1g || !buf1b || !buf2r || !buf2g || !buf2b) return ERROR_INT("mono line buf not made", procName, 1); /* Start by priming buf2; line 1 is above line 2 */ pixGetRGBLine(pixs, 0, bufu8r, bufu8g, bufu8b); for (j = 0; j < w; j++) { buf2r[j] = 64 * bufu8r[j]; buf2g[j] = 64 * bufu8g[j]; buf2b[j] = 64 * bufu8b[j]; } datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h - 1; i++) { /* Swap data 2 --> 1, and read in new line 2 */ memcpy(buf1r, buf2r, 4 * w); memcpy(buf1g, buf2g, 4 * w); memcpy(buf1b, buf2b, 4 * w); pixGetRGBLine(pixs, i + 1, bufu8r, bufu8g, bufu8b); for (j = 0; j < w; j++) { buf2r[j] = 64 * bufu8r[j]; buf2g[j] = 64 * bufu8g[j]; buf2b[j] = 64 * bufu8b[j]; } /* Dither */ lined = datad + i * wpld; for (j = 0; j < w - 1; j++) { rval = buf1r[j] / 64; gval = buf1g[j] / 64; bval = buf1b[j] / 64; octindex = rtab[rval] | gtab[gval] | btab[bval]; cmapindex = indexmap[octindex] - 1; SET_DATA_BYTE(lined, j, cmapindex); pixcmapGetColor(cmap, cmapindex, &rc, &gc, &bc); dif = buf1r[j] / 8 - 8 * rc; if (difcap > 0) { if (dif > difcap) dif = difcap; if (dif < -difcap) dif = -difcap; } if (dif != 0) { val1 = buf1r[j + 1] + 3 * dif; val2 = buf2r[j] + 3 * dif; val3 = buf2r[j + 1] + 2 * dif; if (dif > 0) { buf1r[j + 1] = L_MIN(16383, val1); buf2r[j] = L_MIN(16383, val2); buf2r[j + 1] = L_MIN(16383, val3); } else if (dif < 0) { buf1r[j + 1] = L_MAX(0, val1); buf2r[j] = L_MAX(0, val2); buf2r[j + 1] = L_MAX(0, val3); } } dif = buf1g[j] / 8 - 8 * gc; if (difcap > 0) { if (dif > difcap) dif = difcap; if (dif < -difcap) dif = -difcap; } if (dif != 0) { val1 = buf1g[j + 1] + 3 * dif; val2 = buf2g[j] + 3 * dif; val3 = buf2g[j + 1] + 2 * dif; if (dif > 0) { buf1g[j + 1] = L_MIN(16383, val1); buf2g[j] = L_MIN(16383, val2); buf2g[j + 1] = L_MIN(16383, val3); } else if (dif < 0) { buf1g[j + 1] = L_MAX(0, val1); buf2g[j] = L_MAX(0, val2); buf2g[j + 1] = L_MAX(0, val3); } } dif = buf1b[j] / 8 - 8 * bc; if (difcap > 0) { if (dif > difcap) dif = difcap; if (dif < -difcap) dif = -difcap; } if (dif != 0) { val1 = buf1b[j + 1] + 3 * dif; val2 = buf2b[j] + 3 * dif; val3 = buf2b[j + 1] + 2 * dif; if (dif > 0) { buf1b[j + 1] = L_MIN(16383, val1); buf2b[j] = L_MIN(16383, val2); buf2b[j + 1] = L_MIN(16383, val3); } else if (dif < 0) { buf1b[j + 1] = L_MAX(0, val1); buf2b[j] = L_MAX(0, val2); buf2b[j + 1] = L_MAX(0, val3); } } } /* Get last pixel in row; no downward propagation */ rval = buf1r[w - 1] / 64; gval = buf1g[w - 1] / 64; bval = buf1b[w - 1] / 64; octindex = rtab[rval] | gtab[gval] | btab[bval]; cmapindex = indexmap[octindex] - 1; SET_DATA_BYTE(lined, w - 1, cmapindex); } /* Get last row of pixels; no leftward propagation */ lined = datad + (h - 1) * wpld; for (j = 0; j < w; j++) { rval = buf2r[j] / 64; gval = buf2g[j] / 64; bval = buf2b[j] / 64; octindex = rtab[rval] | gtab[gval] | btab[bval]; cmapindex = indexmap[octindex] - 1; SET_DATA_BYTE(lined, j, cmapindex); } FREE(bufu8r); FREE(bufu8g); FREE(bufu8b); FREE(buf1r); FREE(buf1g); FREE(buf1b); FREE(buf2r); FREE(buf2g); FREE(buf2b); return 0; } /*---------------------------------------------------------------------------* * Adaptive octree quantization to 4 and 8 bpp with max colors * *---------------------------------------------------------------------------*/ /*! * pixOctreeQuantNumColors() * * Input: pixs (32 bpp rgb) * maxcolors (8 to 256; the actual number of colors used * may be less than this) * subsample (factor for computing color distribution; * use 0 for default) * Return: pixd (4 or 8 bpp, colormapped), or null on error * * pixOctreeColorQuant() is very flexible in terms of the relative * depth of different cubes of the octree. By contrast, this function, * pixOctreeQuantNumColors() is also adaptive, but it supports octcube * leaves at only two depths: a smaller depth that guarantees * full coverage of the color space and octcubes at one level * deeper for more accurate colors. Its main virutes are simplicity * and speed, which are both derived from the natural indexing of * the octcubes from the RGB values. * * Before describing pixOctreeQuantNumColors(), consider an even simpler * approach for 4 bpp with either 8 or 16 colors. With 8 colors, * you simply go to level 1 octcubes and use the average color * found in each cube. For 16 colors, you find which of the three * colors has the largest variance at the second level, and use two * indices for that color. The result is quite poor, because (1) some * of the cubes are nearly empty and (2) you don't get much color * differentiation for the extra 8 colors. Trust me, this method may * be simple, but it isn't worth anything. * * In pixOctreeQuantNumColors(), we generate colormapped images at * either 4 bpp or 8 bpp. For 4 bpp, we have a minimum of 8 colors * for the level 1 octcubes, plus up to 8 additional colors that * are determined from the level 2 popularity. If the number of colors * is between 8 and 16, the output is a 4 bpp image. If the number of * colors is greater than 16, the output is a 8 bpp image. * * We use a priority queue, implemented with a heap, to select the * requisite number of most populated octcubes at the deepest level * (level 2 for 64 or fewer colors; level 3 for more than 64 colors). * These are combined with one color for each octcube one level above, * which is used to span the color space of octcubes that were not * included at the deeper level. * * If the deepest level is 2, we combine the popular level 2 octcubes * (out of a total of 64) with the 8 level 1 octcubes. If the deepest * level is 3, we combine the popular level 3 octcubes (out of a * total 512) with the 64 level 2 octcubes that span the color space. * In the latter case, we require a minimum of 64 colors for the level 2 * octcubes, plus up to 192 additional colors determined from level 3 * popularity. * * The parameter 'maxlevel' is the deepest octcube level that is used. * The implementation also uses two LUTs, which are employed in * two successive traversals of the dest image. The first maps * from the src octindex at 'maxlevel' to the color table index, * which is the value that is stored in the 4 or 8 bpp dest pixel. * The second LUT maps from that colormap value in the dest to a * new colormap value for a minimum sized colormap, stored back in * the dest. It is used to remove any color map entries that * correspond to color space regions that have no pixels in the * source image. These regions can be either from the higher level * (e.g., level 1 for 4 bpp), or from octcubes at 'maxlevel' that * are unoccupied. This remapping results in the minimum number * of colors used according to the constraints induced by the * input 'maxcolors'. We also compute the average R, G and B color * values in each region of the color space represented by a * colormap entry, and store them in the colormap. * * The maximum number of colors is input, which determines the * following properties of the dest image and octcube regions used: * * Number of colors dest image depth maxlevel * ---------------- ---------------- -------- * 8 to 16 4 bpp 2 * 17 to 64 8 bpp 2 * 65 to 256 8 bpp 3 * * It may turn out that the number of extra colors, beyond the * minimum (8 and 64 for maxlevel 2 and 3, respectively), is larger * than the actual number of occupied cubes at these levels * In that case, all the pixels are contained in this * subset of cubes at maxlevel, and no colormap colors are needed * to represent the remainder pixels one level above. Thus, for * example, in use one often finds that the pixels in an image * occupy less than 192 octcubes at level 3, so they can be represented * by a colormap for octcubes at level 3 only. */ PIX * pixOctreeQuantNumColors(PIX *pixs, l_int32 maxcolors, l_int32 subsample) { l_int32 w, h, minside, bpp, wpls, wpld, i, j, actualcolors; l_int32 rval, gval, bval, nbase, nextra, maxlevel, ncubes, val; l_int32 *lut1, *lut2; l_uint32 index; l_uint32 *lines, *lined, *datas, *datad, *pspixel; l_uint32 *rtab, *gtab, *btab; OQCELL *oqc; OQCELL **oqca; L_HEAP *lh; PIX *pixd; PIXCMAP *cmap; PROCNAME("pixOctreeQuantNumColors"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); minside = L_MIN(w, h); if (subsample <= 0) { subsample = L_MAX(1, minside / 200); } if (maxcolors >= 8 && maxcolors <= 16) { bpp = 4; pixd = pixCreate(w, h, bpp); maxlevel = 2; ncubes = 64; /* 2^6 */ nbase = 8; nextra = maxcolors - nbase; } else if (maxcolors < 64) { bpp = 8; pixd = pixCreate(w, h, bpp); maxlevel = 2; ncubes = 64; /* 2^6 */ nbase = 8; nextra = maxcolors - nbase; } else if (maxcolors >= 64 && maxcolors <= 256) { bpp = 8; pixd = pixCreate(w, h, bpp); maxlevel = 3; ncubes = 512; /* 2^9 */ nbase = 64; nextra = maxcolors - nbase; } else { return (PIX *)ERROR_PTR("maxcolors not in {8...256}", procName, NULL); } pixCopyResolution(pixd, pixs); pixCopyInputFormat(pixd, pixs); /*----------------------------------------------------------* * If we're using the minimum number of colors, it is * * much simpler. We just use 'nbase' octcubes. * * For this case, we don't eliminate any extra colors. * *----------------------------------------------------------*/ if (nextra == 0) { /* prepare the OctcubeQuantCell array */ if ((oqca = (OQCELL **)CALLOC(nbase, sizeof(OQCELL *))) == NULL) return (PIX *)ERROR_PTR("oqca not made", procName, NULL); for (i = 0; i < nbase; i++) { oqca[i] = (OQCELL *)CALLOC(1, sizeof(OQCELL)); oqca[i]->n = 0.0; } makeRGBToIndexTables(&rtab, >ab, &btab, maxlevel - 1); /* Go through the entire image, gathering statistics and * assigning pixels to their quantized value */ datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { pspixel = lines + j; extractRGBValues(*pspixel, &rval, &gval, &bval); getOctcubeIndexFromRGB(rval, gval, bval, rtab, gtab, btab, &index); /* fprintf(stderr, "rval = %d, gval = %d, bval = %d, index = %d\n", rval, gval, bval, index); */ switch (bpp) { case 4: SET_DATA_QBIT(lined, j, index); break; case 8: SET_DATA_BYTE(lined, j, index); break; default: return (PIX *)ERROR_PTR("bpp not 4 or 8!", procName, NULL); break; } oqca[index]->n += 1.0; oqca[index]->rcum += rval; oqca[index]->gcum += gval; oqca[index]->bcum += bval; } } /* Compute average color values in each octcube, and * generate colormap */ cmap = pixcmapCreate(bpp); pixSetColormap(pixd, cmap); for (i = 0; i < nbase; i++) { oqc = oqca[i]; if (oqc->n != 0) { oqc->rval = (l_int32)(oqc->rcum / oqc->n); oqc->gval = (l_int32)(oqc->gcum / oqc->n); oqc->bval = (l_int32)(oqc->bcum / oqc->n); } else { getRGBFromOctcube(i, maxlevel - 1, &oqc->rval, &oqc->gval, &oqc->bval); } pixcmapAddColor(cmap, oqc->rval, oqc->gval, oqc->bval); } for (i = 0; i < nbase; i++) FREE(oqca[i]); FREE(oqca); FREE(rtab); FREE(gtab); FREE(btab); return pixd; } /*------------------------------------------------------------* * General case: we will use colors in octcubes at maxlevel. * * We also remove any colors that are not populated from * * the colormap. * *------------------------------------------------------------*/ /* Prepare the OctcubeQuantCell array */ if ((oqca = (OQCELL **)CALLOC(ncubes, sizeof(OQCELL *))) == NULL) return (PIX *)ERROR_PTR("oqca not made", procName, NULL); for (i = 0; i < ncubes; i++) { oqca[i] = (OQCELL *)CALLOC(1, sizeof(OQCELL)); oqca[i]->n = 0.0; } /* Make the tables to map color to the octindex, * of which there are 'ncubes' at 'maxlevel' */ makeRGBToIndexTables(&rtab, >ab, &btab, maxlevel); /* Estimate the color distribution; we want to find the * most popular nextra colors at 'maxlevel' */ for (i = 0; i < h; i += subsample) { lines = datas + i * wpls; for (j = 0; j < w; j += subsample) { pspixel = lines + j; extractRGBValues(*pspixel, &rval, &gval, &bval); getOctcubeIndexFromRGB(rval, gval, bval, rtab, gtab, btab, &index); oqca[index]->n += 1.0; oqca[index]->octindex = index; oqca[index]->rcum += rval; oqca[index]->gcum += gval; oqca[index]->bcum += bval; } } /* Transfer the OQCELL from the array, and order in a heap */ lh = lheapCreate(512, L_SORT_DECREASING); for (i = 0; i < ncubes; i++) lheapAdd(lh, oqca[i]); FREE(oqca); /* don't need this array */ /* Prepare a new OctcubeQuantCell array, with maxcolors cells */ if ((oqca = (OQCELL **)CALLOC(maxcolors, sizeof(OQCELL *))) == NULL) return (PIX *)ERROR_PTR("oqca not made", procName, NULL); for (i = 0; i < nbase; i++) { /* make nbase cells */ oqca[i] = (OQCELL *)CALLOC(1, sizeof(OQCELL)); oqca[i]->n = 0.0; } /* Remove the nextra most populated ones, and put them in the array */ for (i = 0; i < nextra; i++) { oqc = (OQCELL *)lheapRemove(lh); oqc->n = 0.0; /* reinit */ oqc->rcum = 0; oqc->gcum = 0; oqc->bcum = 0; oqca[nbase + i] = oqc; /* store it in the array */ } /* Destroy the heap and its remaining contents */ lheapDestroy(&lh, TRUE); /* Generate a lookup table from octindex at maxlevel * to color table index */ if ((lut1 = (l_int32 *)CALLOC(ncubes, sizeof(l_int32))) == NULL) return (PIX *)ERROR_PTR("lut1 not made", procName, NULL); for (i = 0; i < nextra; i++) lut1[oqca[nbase + i]->octindex] = nbase + i; for (index = 0; index < ncubes; index++) { if (lut1[index] == 0) /* not one of the extras; need to assign */ lut1[index] = index >> 3; /* remove the least significant bits */ /* fprintf(stderr, "lut1[%d] = %d\n", index, lut1[index]); */ } /* Go through the entire image, gathering statistics and * assigning pixels to their quantized value */ datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { pspixel = lines + j; extractRGBValues(*pspixel, &rval, &gval, &bval); getOctcubeIndexFromRGB(rval, gval, bval, rtab, gtab, btab, &index); /* fprintf(stderr, "rval = %d, gval = %d, bval = %d, index = %d\n", rval, gval, bval, index); */ val = lut1[index]; switch (bpp) { case 4: SET_DATA_QBIT(lined, j, val); break; case 8: SET_DATA_BYTE(lined, j, val); break; default: return (PIX *)ERROR_PTR("bpp not 4 or 8!", procName, NULL); break; } oqca[val]->n += 1.0; oqca[val]->rcum += rval; oqca[val]->gcum += gval; oqca[val]->bcum += bval; } } /* Compute averages, set up a colormap, and make a second * lut that converts from the color values currently in * the image to a minimal set */ if ((lut2 = (l_int32 *)CALLOC(ncubes, sizeof(l_int32))) == NULL) return (PIX *)ERROR_PTR("lut2 not made", procName, NULL); cmap = pixcmapCreate(bpp); pixSetColormap(pixd, cmap); for (i = 0, index = 0; i < maxcolors; i++) { oqc = oqca[i]; lut2[i] = index; if (oqc->n == 0) /* no occupancy; don't bump up index */ continue; oqc->rval = (l_int32)(oqc->rcum / oqc->n); oqc->gval = (l_int32)(oqc->gcum / oqc->n); oqc->bval = (l_int32)(oqc->bcum / oqc->n); pixcmapAddColor(cmap, oqc->rval, oqc->gval, oqc->bval); index++; } /* pixcmapWriteStream(stderr, cmap); */ actualcolors = pixcmapGetCount(cmap); /* fprintf(stderr, "Number of different colors = %d\n", actualcolors); */ /* Last time through the image; use the lookup table to * remap the pixel value to the minimal colormap */ if (actualcolors < maxcolors) { for (i = 0; i < h; i++) { lined = datad + i * wpld; for (j = 0; j < w; j++) { switch (bpp) { case 4: val = GET_DATA_QBIT(lined, j); SET_DATA_QBIT(lined, j, lut2[val]); break; case 8: val = GET_DATA_BYTE(lined, j); SET_DATA_BYTE(lined, j, lut2[val]); break; } } } } for (i = 0; i < maxcolors; i++) FREE(oqca[i]); FREE(oqca); FREE(lut1); FREE(lut2); FREE(rtab); FREE(gtab); FREE(btab); return pixd; } /*-------------------------------------------------------------------------* * Mixed color/gray quantization with specified number of colors * *-------------------------------------------------------------------------*/ /*! * pixOctcubeQuantMixedWithGray() * * Input: pixs (32 bpp rgb) * depth (of output pix) * graylevels (grayscale) * delta (threshold for deciding if a pix is color or grayscale) * Return: pixd (quantized to octcube and gray levels) or null on error * * Notes: * (1) Generates a colormapped image, where the colormap table values * have two components: octcube values representing pixels with * color content, and grayscale values for the rest. * (2) The threshold (delta) is the maximum allowable difference of * the max abs value of | r - g |, | r - b | and | g - b |. * (3) The octcube values are the averages of all pixels that are * found in the octcube, and that are far enough from gray to * be considered color. This can roughly be visualized as all * the points in the rgb color cube that are not within a "cylinder" * of diameter approximately 'delta' along the main diagonal. * (4) We want to guarantee full coverage of the rgb color space; thus, * if the output depth is 4, the octlevel is 1 (2 x 2 x 2 = 8 cubes) * and if the output depth is 8, the octlevel is 2 (4 x 4 x 4 * = 64 cubes). * (5) Consequently, we have the following constraint on the number * of allowed gray levels: for 4 bpp, 8; for 8 bpp, 192. */ PIX * pixOctcubeQuantMixedWithGray(PIX *pixs, l_int32 depth, l_int32 graylevels, l_int32 delta) { l_int32 w, h, wpls, wpld, i, j, size, octlevels; l_int32 rval, gval, bval, del, val, midval; l_int32 *carray, *rarray, *garray, *barray; l_int32 *tabval; l_uint32 octindex; l_uint32 *rtab, *gtab, *btab; l_uint32 *lines, *lined, *datas, *datad; PIX *pixd; PIXCMAP *cmap; PROCNAME("pixOctcubeQuantMixedWithGray"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); if (depth == 4) { octlevels = 1; size = 8; /* 2 ** 3 */ if (graylevels > 8) return (PIX *)ERROR_PTR("max 8 gray levels", procName, NULL); } else if (depth == 8) { octlevels = 2; size = 64; /* 2 ** 6 */ if (graylevels > 192) return (PIX *)ERROR_PTR("max 192 gray levels", procName, NULL); } else { return (PIX *)ERROR_PTR("output depth not 4 or 8 bpp", procName, NULL); } /* Make octcube index tables */ if (makeRGBToIndexTables(&rtab, >ab, &btab, octlevels)) return (PIX *)ERROR_PTR("tables not made", procName, NULL); /* Make octcube arrays for storing points in each cube */ if ((carray = (l_int32 *)CALLOC(size, sizeof(l_int32))) == NULL) return (PIX *)ERROR_PTR("carray not made", procName, NULL); if ((rarray = (l_int32 *)CALLOC(size, sizeof(l_int32))) == NULL) return (PIX *)ERROR_PTR("rarray not made", procName, NULL); if ((garray = (l_int32 *)CALLOC(size, sizeof(l_int32))) == NULL) return (PIX *)ERROR_PTR("garray not made", procName, NULL); if ((barray = (l_int32 *)CALLOC(size, sizeof(l_int32))) == NULL) return (PIX *)ERROR_PTR("barray not made", procName, NULL); /* Make lookup table, using computed thresholds */ if ((tabval = makeGrayQuantIndexTable(graylevels)) == NULL) return (PIX *)ERROR_PTR("tabval not made", procName, NULL); /* Make colormapped output pixd */ pixGetDimensions(pixs, &w, &h, NULL); if ((pixd = pixCreate(w, h, depth)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixCopyInputFormat(pixd, pixs); cmap = pixcmapCreate(depth); for (j = 0; j < size; j++) /* reserve octcube colors */ pixcmapAddColor(cmap, 1, 1, 1); /* a color that won't be used */ for (j = 0; j < graylevels; j++) { /* set grayscale colors */ val = (255 * j) / (graylevels - 1); pixcmapAddColor(cmap, val, val, val); } pixSetColormap(pixd, cmap); wpld = pixGetWpl(pixd); datad = pixGetData(pixd); /* Go through src image: assign dest pixels to colormap values * and compute average colors in each occupied octcube */ datas = pixGetData(pixs); wpls = pixGetWpl(pixs); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { extractRGBValues(lines[j], &rval, &gval, &bval); if (rval > gval) { if (gval > bval) { /* r > g > b */ del = rval - bval; midval = gval; } else if (rval > bval) { /* r > b > g */ del = rval - gval; midval = bval; } else { /* b > r > g */ del = bval - gval; midval = rval; } } else { /* gval >= rval */ if (rval > bval) { /* g > r > b */ del = gval - bval; midval = rval; } else if (gval > bval) { /* g > b > r */ del = gval - rval; midval = bval; } else { /* b > g > r */ del = bval - rval; midval = gval; } } if (del > delta) { /* assign to color */ octindex = rtab[rval] | gtab[gval] | btab[bval]; carray[octindex]++; rarray[octindex] += rval; garray[octindex] += gval; barray[octindex] += bval; if (depth == 4) SET_DATA_QBIT(lined, j, octindex); else /* depth == 8 */ SET_DATA_BYTE(lined, j, octindex); } else { /* assign to grayscale */ val = size + tabval[midval]; if (depth == 4) SET_DATA_QBIT(lined, j, val); else /* depth == 8 */ SET_DATA_BYTE(lined, j, val); } } } /* Average the colors in each bin and reset the colormap */ for (i = 0; i < size; i++) { if (carray[i] > 0) { rarray[i] /= carray[i]; garray[i] /= carray[i]; barray[i] /= carray[i]; pixcmapResetColor(cmap, i, rarray[i], garray[i], barray[i]); } } FREE(carray); FREE(rarray); FREE(garray); FREE(barray); FREE(rtab); FREE(gtab); FREE(btab); FREE(tabval); return pixd; } /*-------------------------------------------------------------------------* * Fixed partition octcube quantization with 256 cells * *-------------------------------------------------------------------------*/ /*! * pixFixedOctcubeQuant256() * * Input: pixs (32 bpp; 24-bit color) * ditherflag (1 for dithering; 0 for no dithering) * Return: pixd (8 bit with colormap), or null on error * * This simple 1-pass color quantization works by breaking the * color space into 256 pieces, with 3 bits quantized for each of * red and green, and 2 bits quantized for blue. We shortchange * blue because the eye is least sensitive to blue. This * division of the color space is into two levels of octrees, * followed by a further division by 4 (not 8), where both * blue octrees have been combined in the third level. * * The color map is generated from the 256 color centers by * taking the representative color to be the center of the * cell volume. This gives a maximum error in the red and * green values of 16 levels, and a maximum error in the * blue sample of 32 levels. * * Each pixel in the 24-bit color image is placed in its containing * cell, given by the relevant MSbits of the red, green and blue * samples. An error-diffusion dithering is performed on each * color sample to give the appearance of good average local color. * Dithering is required; without it, the contouring and visible * color errors are very bad. * * I originally implemented this algorithm in two passes, * where the first pass was used to compute the weighted average * of each sample in each pre-allocated region of color space. * The idea was to use these centroids in the dithering algorithm * of the second pass, to reduce the average error that was * being dithered. However, with dithering, there is * virtually no difference, so there is no reason to make the * first pass. Consequently, this 1-pass version just assigns * the pixels to the centers of the pre-allocated cells. * We use dithering to spread the difference between the sample * value and the location of the center of the cell. For speed * and simplicity, we use integer dithering and propagate only * to the right, down, and diagonally down-right, with ratios * 3/8, 3/8 and 1/4, respectively. The results should be nearly * as good, and a bit faster, with propagation only to the right * and down. * * The algorithm is very fast, because there is no search, * only fast generation of the cell index for each pixel. * We use a simple mapping from the three 8 bit rgb samples * to the 8 bit cell index; namely, (r7 r6 r5 g7 g6 g5 b7 b6). * This is not in an octcube format, but it doesn't matter. * There are no storage requirements. We could keep a * running average of the center of each sample in each * cluster, rather than using the center of the cell, but * this is just extra work, esp. with dithering. * * This method gives surprisingly good results with dithering. * However, without dithering, the loss of color accuracy is * evident in regions that are very light or that have subtle * blending of colors. */ PIX * pixFixedOctcubeQuant256(PIX *pixs, l_int32 ditherflag) { l_uint8 index; l_int32 rval, gval, bval; l_int32 w, h, wpls, wpld, i, j, cindex; l_uint32 *rtab, *gtab, *btab; l_int32 *itab; l_uint32 *datas, *datad, *lines, *lined; PIX *pixd; PIXCMAP *cmap; PROCNAME("pixFixedOctcubeQuant256"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); /* Do not dither if image is very small */ pixGetDimensions(pixs, &w, &h, NULL); if (w < MIN_DITHER_SIZE && h < MIN_DITHER_SIZE && ditherflag == 1) { L_INFO("Small image: dithering turned off\n", procName); ditherflag = 0; } /* Find the centers of the 256 cells, each of which represents * the 3 MSBits of the red and green components, and the * 2 MSBits of the blue component. This gives a mapping * from a "cube index" to the rgb values. Save all 256 * rgb values of these centers in a colormap. * For example, to get the red color of the cell center, * you take the 3 MSBits of to the index and add the * offset to the center of the cell, which is 0x10. */ cmap = pixcmapCreate(8); for (cindex = 0; cindex < 256; cindex++) { rval = (cindex & 0xe0) | 0x10; gval = ((cindex << 3) & 0xe0) | 0x10; bval = ((cindex << 6) & 0xc0) | 0x20; pixcmapAddColor(cmap, rval, gval, bval); } /* Make output 8 bpp palette image */ datas = pixGetData(pixs); wpls = pixGetWpl(pixs); if ((pixd = pixCreate(w, h, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixSetColormap(pixd, cmap); pixCopyResolution(pixd, pixs); pixCopyInputFormat(pixd, pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); /* Set dest pix values to colortable indices */ if (ditherflag == 0) { /* no dithering */ for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { extractRGBValues(lines[j], &rval, &gval, &bval); index = (rval & 0xe0) | ((gval >> 3) & 0x1c) | (bval >> 6); SET_DATA_BYTE(lined, j, index); } } } else { /* ditherflag == 1 */ /* Set up conversion tables from rgb directly to the colormap * index. However, the dithering function expects these tables * to generate an octcube index (+1), and the table itab[] to * convert to the colormap index. So we make a trivial * itab[], that simply compensates for the -1 in * pixDitherOctindexWithCmap(). No cap is required on * the propagated difference. */ rtab = (l_uint32 *)CALLOC(256, sizeof(l_uint32)); gtab = (l_uint32 *)CALLOC(256, sizeof(l_uint32)); btab = (l_uint32 *)CALLOC(256, sizeof(l_uint32)); itab = (l_int32 *)CALLOC(256, sizeof(l_int32)); for (i = 0; i < 256; i++) { rtab[i] = i & 0xe0; gtab[i] = (i >> 3) & 0x1c; btab[i] = i >> 6; itab[i] = i + 1; } pixDitherOctindexWithCmap(pixs, pixd, rtab, gtab, btab, itab, FIXED_DIF_CAP); FREE(rtab); FREE(gtab); FREE(btab); FREE(itab); } return pixd; } /*---------------------------------------------------------------------------* * Nearly exact quantization for images with few colors * *---------------------------------------------------------------------------*/ /*! * pixFewColorsOctcubeQuant1() * * Input: pixs (32 bpp rgb) * level (significant bits for each of RGB; valid in [1...6]) * Return: pixd (quantized to octcube) or null on error * * Notes: * (1) Generates a colormapped image, where the colormap table values * are the averages of all pixels that are found in the octcube. * (2) This fails if there are more than 256 colors (i.e., more * than 256 occupied octcubes). * (3) Often level 3 (512 octcubes) will succeed because not more * than half of them are occupied with 1 or more pixels. * (4) The depth of the result, which is either 2, 4 or 8 bpp, * is the minimum required to hold the number of colors that * are found. * (5) This can be useful for quantizing orthographically generated * images such as color maps, where there may be more than 256 colors * because of aliasing or jpeg artifacts on text or lines, but * there are a relatively small number of solid colors. Then, * use with level = 3 can often generate a compact and accurate * representation of the original RGB image. For this purpose, * it is better than pixFewColorsOctcubeQuant2(), because it * uses the average value of pixels in the octcube rather * than the first found pixel. It is also simpler to use, * because it generates the histogram internally. */ PIX * pixFewColorsOctcubeQuant1(PIX *pixs, l_int32 level) { l_int32 w, h, wpls, wpld, i, j, depth, size, ncolors, index; l_int32 rval, gval, bval; l_int32 *carray, *rarray, *garray, *barray; l_uint32 octindex; l_uint32 *rtab, *gtab, *btab; l_uint32 *lines, *lined, *datas, *datad, *pspixel; PIX *pixd; PIXCMAP *cmap; PROCNAME("pixFewColorsOctcubeQuant1"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); if (level < 1 || level > 6) return (PIX *)ERROR_PTR("invalid level", procName, NULL); if (octcubeGetCount(level, &size)) /* array size = 2 ** (3 * level) */ return (PIX *)ERROR_PTR("size not returned", procName, NULL); if (makeRGBToIndexTables(&rtab, >ab, &btab, level)) return (PIX *)ERROR_PTR("tables not made", procName, NULL); if ((carray = (l_int32 *)CALLOC(size, sizeof(l_int32))) == NULL) return (PIX *)ERROR_PTR("carray not made", procName, NULL); if ((rarray = (l_int32 *)CALLOC(size, sizeof(l_int32))) == NULL) return (PIX *)ERROR_PTR("rarray not made", procName, NULL); if ((garray = (l_int32 *)CALLOC(size, sizeof(l_int32))) == NULL) return (PIX *)ERROR_PTR("garray not made", procName, NULL); if ((barray = (l_int32 *)CALLOC(size, sizeof(l_int32))) == NULL) return (PIX *)ERROR_PTR("barray not made", procName, NULL); /* Place the pixels in octcube leaves. */ pixGetDimensions(pixs, &w, &h, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); pixd = NULL; for (i = 0; i < h; i++) { lines = datas + i * wpls; for (j = 0; j < w; j++) { pspixel = lines + j; extractRGBValues(*pspixel, &rval, &gval, &bval); octindex = rtab[rval] | gtab[gval] | btab[bval]; carray[octindex]++; rarray[octindex] += rval; garray[octindex] += gval; barray[octindex] += bval; } } /* Find the number of different colors */ for (i = 0, ncolors = 0; i < size; i++) { if (carray[i] > 0) ncolors++; } if (ncolors > 256) { L_WARNING("%d colors found; more than 256\n", procName, ncolors); goto array_cleanup; } if (ncolors <= 4) depth = 2; else if (ncolors <= 16) depth = 4; else depth = 8; /* Average the colors in each octcube leaf and add to colormap table; * then use carray to hold the colormap index + 1 */ cmap = pixcmapCreate(depth); for (i = 0, index = 0; i < size; i++) { if (carray[i] > 0) { rarray[i] /= carray[i]; garray[i] /= carray[i]; barray[i] /= carray[i]; pixcmapAddColor(cmap, rarray[i], garray[i], barray[i]); carray[i] = index + 1; /* to avoid storing 0 */ index++; } } pixd = pixCreate(w, h, depth); pixSetColormap(pixd, cmap); pixCopyResolution(pixd, pixs); pixCopyInputFormat(pixd, pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { pspixel = lines + j; extractRGBValues(*pspixel, &rval, &gval, &bval); octindex = rtab[rval] | gtab[gval] | btab[bval]; switch (depth) { case 2: SET_DATA_DIBIT(lined, j, carray[octindex] - 1); break; case 4: SET_DATA_QBIT(lined, j, carray[octindex] - 1); break; case 8: SET_DATA_BYTE(lined, j, carray[octindex] - 1); break; default: L_WARNING("shouldn't get here\n", procName); } } } array_cleanup: FREE(carray); FREE(rarray); FREE(garray); FREE(barray); FREE(rtab); FREE(gtab); FREE(btab); return pixd; } /*! * pixFewColorsOctcubeQuant2() * * Input: pixs (32 bpp rgb) * level (of octcube indexing, for histogram: 3, 4, 5, 6) * na (histogram of pixel occupation in octree leaves at * given level) * ncolors (number of occupied octree leaves at given level) * &nerrors ( num of pixels not exactly * represented in the colormap) * Return: pixd (2, 4 or 8 bpp with colormap), or null on error * * Notes: * (1) Generates a colormapped image, where the colormap table values * are the averages of all pixels that are found in the octcube. * (2) This fails if there are more than 256 colors (i.e., more * than 256 occupied octcubes). * (3) Often level 3 (512 octcubes) will succeed because not more * than half of them are occupied with 1 or more pixels. * (4) For an image with not more than 256 colors, it is unlikely * that two pixels of different color will fall in the same * octcube at level = 4. However it is possible, and this * function optionally returns @nerrors, the number of pixels * where, because more than one color is in the same octcube, * the pixel color is not exactly reproduced in the colormap. * The colormap for an occupied leaf of the octree contains * the color of the first pixel encountered in that octcube. * (5) This differs from pixFewColorsOctcubeQuant1(), which also * requires not more than 256 occupied leaves, but represents * the color of each leaf by an average over the pixels in * that leaf. This also requires precomputing the histogram * of occupied octree leaves, which is generated using * pixOctcubeHistogram(). * (6) This is used in pixConvertRGBToColormap() for images that * are determined, by their histogram, to have relatively few * colors. This typically happens with orthographically * produced images (as oppopsed to natural images), where * it is expected that most of the pixels within a leaf * octcube have exactly the same color, and quantization to * that color is lossless. */ PIX * pixFewColorsOctcubeQuant2(PIX *pixs, l_int32 level, NUMA *na, l_int32 ncolors, l_int32 *pnerrors) { l_int32 w, h, wpls, wpld, i, j, nerrors; l_int32 ncubes, depth, cindex, oval; l_int32 rval, gval, bval; l_int32 *octarray; l_uint32 octindex; l_uint32 *rtab, *gtab, *btab; l_uint32 *lines, *lined, *datas, *datad, *ppixel; l_uint32 *colorarray; PIX *pixd; PIXCMAP *cmap; PROCNAME("pixFewColorsOctcubeQuant2"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); if (level < 3 || level > 6) return (PIX *)ERROR_PTR("level not in {4, 5, 6}", procName, NULL); if (ncolors > 256) return (PIX *)ERROR_PTR("ncolors > 256", procName, NULL); if (pnerrors) *pnerrors = UNDEF; /* Represent the image with a set of leaf octcubes * at 'level', one for each color. */ if (makeRGBToIndexTables(&rtab, >ab, &btab, level)) return (PIX *)ERROR_PTR("tables not made", procName, NULL); /* Determine the output depth from the number of colors */ pixGetDimensions(pixs, &w, &h, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); if (ncolors <= 4) depth = 2; else if (ncolors <= 16) depth = 4; else /* ncolors <= 256 */ depth = 8; if ((pixd = pixCreate(w, h, depth)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixCopyInputFormat(pixd, pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); /* The octarray will give a ptr from the octcube to the colorarray */ ncubes = numaGetCount(na); if ((octarray = (l_int32 *)CALLOC(ncubes, sizeof(l_int32))) == NULL) return (PIX *)ERROR_PTR("octarray not made", procName, NULL); /* The colorarray will hold the colors of the first pixel * that lands in the leaf octcube. After filling, it is * used to generate the colormap. */ if ((colorarray = (l_uint32 *)CALLOC(ncolors + 1, sizeof(l_uint32))) == NULL) return (PIX *)ERROR_PTR("colorarray not made", procName, NULL); /* For each pixel, get the octree index for its leaf octcube. * Check if a pixel has already been found in this octcube. * - If not yet found, save that color in the colorarray * and save the cindex in the octarray. * - If already found, compare the pixel color with the * color in the colorarray, and note if it differs. * Then set the dest pixel value to the cindex - 1, which * will be the cmap index for this color. */ cindex = 1; /* start with 1 */ nerrors = 0; for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { ppixel = lines + j; extractRGBValues(*ppixel, &rval, &gval, &bval); octindex = rtab[rval] | gtab[gval] | btab[bval]; oval = octarray[octindex]; if (oval == 0) { octarray[octindex] = cindex; colorarray[cindex] = *ppixel; setPixelLow(lined, j, depth, cindex - 1); cindex++; } else { /* already have seen this color; is it unique? */ setPixelLow(lined, j, depth, oval - 1); if (colorarray[oval] != *ppixel) nerrors++; } } } if (pnerrors) *pnerrors = nerrors; #if DEBUG_FEW_COLORS fprintf(stderr, "ncubes = %d, ncolors = %d\n", ncubes, ncolors); for (i = 0; i < ncolors; i++) fprintf(stderr, "color[%d] = %x\n", i, colorarray[i + 1]); #endif /* DEBUG_FEW_COLORS */ /* Make the colormap. */ cmap = pixcmapCreate(depth); for (i = 0; i < ncolors; i++) { ppixel = colorarray + i + 1; extractRGBValues(*ppixel, &rval, &gval, &bval); pixcmapAddColor(cmap, rval, gval, bval); } pixSetColormap(pixd, cmap); FREE(octarray); FREE(colorarray); FREE(rtab); FREE(gtab); FREE(btab); return pixd; } /*! * pixFewColorsOctcubeQuantMixed() * * Input: pixs (32 bpp rgb) * level (significant octcube bits for each of RGB; * valid in [1...6]; use 0 for default) * darkthresh (threshold near black; if the lightest component * is below this, the pixel is not considered to * be gray or color; uses 0 for default) * lightthresh (threshold near white; if the darkest component * is above this, the pixel is not considered to * be gray or color; use 0 for default) * diffthresh (thresh for the max difference between component * values; for differences below this, the pixel * is considered to be gray; use 0 for default) * considered gray; use 0 for default) * minfract (min fraction of pixels for gray histo bin; * use 0.0 for default) * maxspan (max size of gray histo bin; use 0 for default) * Return: pixd (8 bpp, quantized to octcube for pixels that are * not gray; gray pixels are quantized separately * over the full gray range), or null on error * * Notes: * (1) First runs pixFewColorsOctcubeQuant1(). If this succeeds, * it separates the color from gray(ish) entries in the cmap, * and re-quantizes the gray pixels. The result has some pixels * in color and others in gray. * (2) This fails if there are more than 256 colors (i.e., more * than 256 occupied octcubes in the color quantization). * (3) Level 3 (512 octcubes) will usually succeed because not more * than half of them are occupied with 1 or more pixels. * (4) This uses the criterion from pixColorFraction() for deciding * if a colormap entry is color; namely, if the color components * are not too close to either black or white, and the maximum * difference between component values equals or exceeds a threshold. * (5) For quantizing the gray pixels, it uses a histogram-based * method where input parameters determining the buckets are * the minimum population fraction and the maximum allowed size. * (6) Recommended input parameters are: * @level: 3 or 4 (3 is default) * @darkthresh: 20 * @lightthresh: 244 * @diffthresh: 20 * @minfract: 0.05 * @maxspan: 15 * These numbers are intended to be conservative (somewhat over- * sensitive) in color detection, It's usually better to pay * extra with octcube quantization of a grayscale image than * to use grayscale quantization on an image that has some * actual color. Input 0 on any of these to get the default. * (7) This can be useful for quantizing orthographically generated * images such as color maps, where there may be more than 256 colors * because of aliasing or jpeg artifacts on text or lines, but * there are a relatively small number of solid colors. It usually * gives results that are better than pixOctcubeQuantMixedWithGray(), * both in size and appearance. But it is a bit slower. */ PIX * pixFewColorsOctcubeQuantMixed(PIX *pixs, l_int32 level, l_int32 darkthresh, l_int32 lightthresh, l_int32 diffthresh, l_float32 minfract, l_int32 maxspan) { l_int32 i, j, w, h, wplc, wplm, wpld, ncolors, index; l_int32 rval, gval, bval, val, minval, maxval; l_int32 *lut; l_uint32 *datac, *datam, *datad, *linec, *linem, *lined; PIX *pixc, *pixm, *pixg, *pixd; PIXCMAP *cmap, *cmapd; PROCNAME("pixFewColorsOctcubeQuantMixed"); if (!pixs || pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs undefined or not 32 bpp", procName, NULL); if (level <= 0) level = 3; if (level > 6) return (PIX *)ERROR_PTR("invalid level", procName, NULL); if (darkthresh <= 0) darkthresh = 20; if (lightthresh <= 0) lightthresh = 244; if (diffthresh <= 0) diffthresh = 20; if (minfract <= 0.0) minfract = 0.05; if (maxspan <= 2) maxspan = 15; /* Start with a simple fixed octcube quantizer. */ if ((pixc = pixFewColorsOctcubeQuant1(pixs, level)) == NULL) return (PIX *)ERROR_PTR("too many colors", procName, NULL); /* Identify and save color entries in the colormap. Set up a LUT * that returns -1 for any gray pixel. */ cmap = pixGetColormap(pixc); ncolors = pixcmapGetCount(cmap); cmapd = pixcmapCreate(8); lut = (l_int32 *)CALLOC(256, sizeof(l_int32)); for (i = 0; i < 256; i++) lut[i] = -1; for (i = 0, index = 0; i < ncolors; i++) { pixcmapGetColor(cmap, i, &rval, &gval, &bval); minval = L_MIN(rval, gval); minval = L_MIN(minval, bval); if (minval > lightthresh) /* near white */ continue; maxval = L_MAX(rval, gval); maxval = L_MAX(maxval, bval); if (maxval < darkthresh) /* near black */ continue; /* Use the max diff between components to test for color */ if (maxval - minval >= diffthresh) { pixcmapAddColor(cmapd, rval, gval, bval); lut[i] = index; index++; } } /* Generate dest pix with just the color pixels set to their * colormap indices. At the same time, make a 1 bpp mask * of the non-color pixels */ pixGetDimensions(pixs, &w, &h, NULL); pixd = pixCreate(w, h, 8); pixSetColormap(pixd, cmapd); pixm = pixCreate(w, h, 1); datac = pixGetData(pixc); datam = pixGetData(pixm); datad = pixGetData(pixd); wplc = pixGetWpl(pixc); wplm = pixGetWpl(pixm); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { linec = datac + i * wplc; linem = datam + i * wplm; lined = datad + i * wpld; for (j = 0; j < w; j++) { val = GET_DATA_BYTE(linec, j); if (lut[val] == -1) SET_DATA_BIT(linem, j); else SET_DATA_BYTE(lined, j, lut[val]); } } /* Fill in the gray values. Use a grayscale version of pixs * as input, along with the mask over the actual gray pixels. */ pixg = pixConvertTo8(pixs, 0); pixGrayQuantFromHisto(pixd, pixg, pixm, minfract, maxspan); FREE(lut); pixDestroy(&pixc); pixDestroy(&pixm); pixDestroy(&pixg); return pixd; } /*---------------------------------------------------------------------------* * Fixed partition octcube quantization with RGB output * *---------------------------------------------------------------------------*/ /*! * pixFixedOctcubeQuantGenRGB() * * Input: pixs (32 bpp rgb) * level (significant bits for each of r,g,b) * Return: pixd (rgb; quantized to octcube centers), or null on error * * Notes: * (1) Unlike the other color quantization functions, this one * generates an rgb image. * (2) The pixel values are quantized to the center of each octcube * (at the specified level) containing the pixel. They are * not quantized to the average of the pixels in that octcube. */ PIX * pixFixedOctcubeQuantGenRGB(PIX *pixs, l_int32 level) { l_int32 w, h, wpls, wpld, i, j; l_int32 rval, gval, bval; l_uint32 octindex; l_uint32 *rtab, *gtab, *btab; l_uint32 *lines, *lined, *datas, *datad; PIX *pixd; PROCNAME("pixFixedOctcubeQuantGenRGB"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); if (level < 1 || level > 6) return (PIX *)ERROR_PTR("level not in {1,...6}", procName, NULL); if (makeRGBToIndexTables(&rtab, >ab, &btab, level)) return (PIX *)ERROR_PTR("tables not made", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); pixd = pixCreate(w, h, 32); pixCopyResolution(pixd, pixs); pixCopyInputFormat(pixd, pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { extractRGBValues(lines[j], &rval, &gval, &bval); octindex = rtab[rval] | gtab[gval] | btab[bval]; getRGBFromOctcube(octindex, level, &rval, &gval, &bval); composeRGBPixel(rval, gval, bval, lined + j); } } FREE(rtab); FREE(gtab); FREE(btab); return pixd; } /*------------------------------------------------------------------* * Color quantize RGB image using existing colormap * *------------------------------------------------------------------*/ /*! * pixQuantFromCmap() * * Input: pixs (8 bpp grayscale without cmap, or 32 bpp rgb) * cmap (to quantize to; insert copy into dest pix) * mindepth (minimum depth of pixd: can be 2, 4 or 8 bpp) * level (of octcube used for finding nearest color in cmap) * metric (L_MANHATTAN_DISTANCE, L_EUCLIDEAN_DISTANCE) * Return: pixd (2, 4 or 8 bpp, colormapped), or null on error * * Notes: * (1) This is a top-level wrapper for quantizing either grayscale * or rgb images to a specified colormap. * (2) The actual output depth is constrained by @mindepth and * by the number of colors in @cmap. * (3) For grayscale, @level and @metric are ignored. * (4) If the cmap has color and pixs is grayscale, the color is * removed from the cmap before quantizing pixs. */ PIX * pixQuantFromCmap(PIX *pixs, PIXCMAP *cmap, l_int32 mindepth, l_int32 level, l_int32 metric) { l_int32 d; PROCNAME("pixQuantFromCmap"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (mindepth != 2 && mindepth != 4 && mindepth != 8) return (PIX *)ERROR_PTR("invalid mindepth", procName, NULL); d = pixGetDepth(pixs); if (d == 8) return pixGrayQuantFromCmap(pixs, cmap, mindepth); else if (d == 32) return pixOctcubeQuantFromCmap(pixs, cmap, mindepth, level, metric); else return (PIX *)ERROR_PTR("d not 8 or 32 bpp", procName, NULL); } /*! * pixOctcubeQuantFromCmap() * * Input: pixs (32 bpp rgb) * cmap (to quantize to; insert copy into dest pix) * mindepth (minimum depth of pixd: can be 2, 4 or 8 bpp) * level (of octcube used for finding nearest color in cmap) * metric (L_MANHATTAN_DISTANCE, L_EUCLIDEAN_DISTANCE) * Return: pixd (2, 4 or 8 bpp, colormapped), or null on error * * Notes: * (1) In typical use, we are doing an operation, such as * interpolative scaling, on a colormapped pix, where it is * necessary to remove the colormap before the operation. * We then want to re-quantize the RGB result using the same * colormap. * (2) The level is used to divide the color space into octcubes. * Each input pixel is, in effect, placed at the center of an * octcube at the given level, and it is mapped into the * exact color (given in the colormap) that is the closest * to that location. We need to know that distance, for each color * in the colormap. The higher the level of the octtree, the smaller * the octcubes in the color space, and hence the more accurately * we can determine the closest color in the colormap; however, * the size of the LUT, which is the total number of octcubes, * increases by a factor of 8 for each increase of 1 level. * The time required to acquire a level 4 mapping table, which has * about 4K entries, is less than 1 msec, so that is the * recommended minimum size to be used. At that size, the * octcubes have their centers 16 units apart in each (r,g,b) * direction. If two colors are in the same octcube, the one * closest to the center will always be chosen. The maximum * error for any component occurs when the correct color is * at a cube corner and there is an incorrect color just inside * the cube next to the opposite corner, giving an error of * 14 units (out of 256) for each component. Using a level 5 * mapping table reduces the maximum error to 6 units. * (3) Typically you should use the Euclidean metric, because the * resulting voronoi cells (which are generated using the actual * colormap values as seeds) are convex for Euclidean distance * but not for Manhattan distance. In terms of the octcubes, * convexity of the voronoi cells means that if the 8 corners * of any cube (of which the octcubes are special cases) * are all within a cell, then every point in the cube will * lie within the cell. * (4) The depth of the output pixd is equal to the maximum of * (a) @mindepth and (b) the minimum (2, 4 or 8 bpp) necessary * to hold the indices in the colormap. * (5) We build a mapping table from octcube to colormap index so * that this function can run in a time (otherwise) independent * of the number of colors in the colormap. This avoids a * brute-force search for the closest colormap color to each * pixel in the image. * (6) This is similar to the function pixAssignToNearestColor() * used for color segmentation. * (7) Except for very small images or when using level > 4, * it takes very little time to generate the tables, * compared to the generation of the colormapped dest pix, * so one would not typically use the low-level version. */ PIX * pixOctcubeQuantFromCmap(PIX *pixs, PIXCMAP *cmap, l_int32 mindepth, l_int32 level, l_int32 metric) { l_int32 *cmaptab; l_uint32 *rtab, *gtab, *btab; PIX *pixd; PROCNAME("pixOctcubeQuantFromCmap"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); if (!cmap) return (PIX *)ERROR_PTR("cmap not defined", procName, NULL); if (mindepth != 2 && mindepth != 4 && mindepth != 8) return (PIX *)ERROR_PTR("invalid mindepth", procName, NULL); if (level < 1 || level > 6) return (PIX *)ERROR_PTR("level not in {1...6}", procName, NULL); if (metric != L_MANHATTAN_DISTANCE && metric != L_EUCLIDEAN_DISTANCE) return (PIX *)ERROR_PTR("invalid metric", procName, NULL); /* Set up the tables to map rgb to the nearest colormap index */ if (makeRGBToIndexTables(&rtab, >ab, &btab, level)) return (PIX *)ERROR_PTR("index tables not made", procName, NULL); if ((cmaptab = pixcmapToOctcubeLUT(cmap, level, metric)) == NULL) return (PIX *)ERROR_PTR("cmaptab not made", procName, NULL); pixd = pixOctcubeQuantFromCmapLUT(pixs, cmap, mindepth, cmaptab, rtab, gtab, btab); FREE(cmaptab); FREE(rtab); FREE(gtab); FREE(btab); return pixd; } /*! * pixOctcubeQuantFromCmapLUT() * * Input: pixs (32 bpp rgb) * cmap (to quantize to; insert copy into dest pix) * mindepth (minimum depth of pixd: can be 2, 4 or 8 bpp) * cmaptab (table mapping from octindex to colormap index) * rtab, gtab, btab (tables mapping from RGB to octindex) * Return: pixd (2, 4 or 8 bpp, colormapped), or null on error * * Notes: * (1) See the notes in the higher-level function * pixOctcubeQuantFromCmap(). The octcube level for * the generated octree is specified there, along with * the distance metric for determining the closest * color in the colormap to each octcube. * (2) If the colormap, level and metric information have already * been used to construct the set of mapping tables, * this low-level function can be used directly (i.e., * independently of pixOctcubeQuantFromCmap()) to build * a colormapped pix that uses the specified colormap. */ PIX * pixOctcubeQuantFromCmapLUT(PIX *pixs, PIXCMAP *cmap, l_int32 mindepth, l_int32 *cmaptab, l_uint32 *rtab, l_uint32 *gtab, l_uint32 *btab) { l_int32 i, j, w, h, depth, wpls, wpld; l_int32 rval, gval, bval, index; l_uint32 octindex; l_uint32 *lines, *lined, *datas, *datad; PIX *pixd; PIXCMAP *cmapc; PROCNAME("pixOctcubeQuantFromCmapLUT"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); if (!cmap) return (PIX *)ERROR_PTR("cmap not defined", procName, NULL); if (mindepth != 2 && mindepth != 4 && mindepth != 8) return (PIX *)ERROR_PTR("invalid mindepth", procName, NULL); if (!rtab || !gtab || !btab || !cmaptab) return (PIX *)ERROR_PTR("tables not all defined", procName, NULL); /* Init dest pix (with minimum bpp depending on cmap) */ pixcmapGetMinDepth(cmap, &depth); depth = L_MAX(depth, mindepth); pixGetDimensions(pixs, &w, &h, NULL); if ((pixd = pixCreate(w, h, depth)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); cmapc = pixcmapCopy(cmap); pixSetColormap(pixd, cmapc); pixCopyResolution(pixd, pixs); pixCopyInputFormat(pixd, pixs); /* Insert the colormap index of the color nearest to the input pixel */ datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { extractRGBValues(lines[j], &rval, &gval, &bval); /* Map from rgb to octcube index */ getOctcubeIndexFromRGB(rval, gval, bval, rtab, gtab, btab, &octindex); /* Map from octcube index to nearest colormap index */ index = cmaptab[octindex]; if (depth == 2) SET_DATA_DIBIT(lined, j, index); else if (depth == 4) SET_DATA_QBIT(lined, j, index); else /* depth == 8 */ SET_DATA_BYTE(lined, j, index); } } return pixd; } /*---------------------------------------------------------------------------* * Generation of octcube histogram * *---------------------------------------------------------------------------*/ /*! * pixOctcubeHistogram() * * Input: pixs (32 bpp rgb) * level (significant bits for each of RGB; valid in [1...6]) * &ncolors ( number of occupied cubes) * Return: numa (histogram of color pixels, or null on error) * * Notes: * (1) Input NULL for &ncolors to prevent computation and return value. */ NUMA * pixOctcubeHistogram(PIX *pixs, l_int32 level, l_int32 *pncolors) { l_int32 size, i, j, w, h, wpl, ncolors, val; l_int32 rval, gval, bval; l_uint32 octindex; l_uint32 *rtab, *gtab, *btab; l_uint32 *data, *line; l_float32 *array; NUMA *na; PROCNAME("pixOctcubeHistogram"); if (pncolors) *pncolors = 0; if (!pixs) return (NUMA *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (NUMA *)ERROR_PTR("pixs not 32 bpp", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); wpl = pixGetWpl(pixs); data = pixGetData(pixs); if (octcubeGetCount(level, &size)) /* array size = 2 ** (3 * level) */ return (NUMA *)ERROR_PTR("size not returned", procName, NULL); if (makeRGBToIndexTables(&rtab, >ab, &btab, level)) return (NUMA *)ERROR_PTR("tables not made", procName, NULL); if ((na = numaCreate(size)) == NULL) return (NUMA *)ERROR_PTR("na not made", procName, NULL); numaSetCount(na, size); array = numaGetFArray(na, L_NOCOPY); for (i = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < w; j++) { extractRGBValues(line[j], &rval, &gval, &bval); octindex = rtab[rval] | gtab[gval] | btab[bval]; #if DEBUG_OCTINDEX if ((level == 1 && octindex > 7) || (level == 2 && octindex > 63) || (level == 3 && octindex > 511) || (level == 4 && octindex > 4097) || (level == 5 && octindex > 32783) || (level == 6 && octindex > 262271)) { fprintf(stderr, "level = %d, octindex = %d, index error!\n", level, octindex); continue; } #endif /* DEBUG_OCTINDEX */ array[octindex] += 1.0; } } if (pncolors) { for (i = 0, ncolors = 0; i < size; i++) { numaGetIValue(na, i, &val); if (val > 0) ncolors++; } *pncolors = ncolors; } FREE(rtab); FREE(gtab); FREE(btab); return na; } /*------------------------------------------------------------------* * Get filled octcube table from colormap * *------------------------------------------------------------------*/ /*! * pixcmapToOctcubeLUT() * * Input: cmap * level (significant bits for each of RGB; valid in [1...6]) * metric (L_MANHATTAN_DISTANCE, L_EUCLIDEAN_DISTANCE) * Return: tab[2**(3 * level)] * * Notes: * (1) This function is used to quickly find the colormap color * that is closest to any rgb color. It is used to assign * rgb colors to an existing colormap. It can be very expensive * to search through the entire colormap for the closest color * to each pixel. Instead, we first set up this table, which is * populated by the colormap index nearest to each octcube * color. Then we go through the image; for each pixel, * do two table lookups: first to generate the octcube index * from rgb and second to use this table to read out the * colormap index. * (2) Do a slight modification for white and black. For level = 4, * each octcube size is 16. The center of the whitest octcube * is at (248, 248, 248), which is closer to 242 than 255. * Consequently, any gray color between 242 and 254 will * be selected, even if white (255, 255, 255) exists. This is * typically not optimal, because the original color was * likely white. Therefore, if white exists in the colormap, * use it for any rgb color that falls into the most white octcube. * Do the similar thing for black. * (3) Here are the actual function calls for quantizing to a * specified colormap: * - first make the tables that map from rgb --> octcube index * makeRGBToIndexTables() * - then for each pixel: * * use the tables to get the octcube index * getOctcubeIndexFromRGB() * * use this table to get the nearest color in the colormap * cmap_index = tab[index] * (4) Distance can be either manhattan or euclidean. * (5) In typical use, level = 4 gives reasonable results, and * level = 5 is slightly better. When this function is used * for color segmentation, there are typically a small number * of colors and the number of levels can be small (e.g., level = 3). */ l_int32 * pixcmapToOctcubeLUT(PIXCMAP *cmap, l_int32 level, l_int32 metric) { l_int32 i, k, size, ncolors, mindist, dist, mincolor, index; l_int32 rval, gval, bval; /* color at center of the octcube */ l_int32 *rmap, *gmap, *bmap, *tab; PROCNAME("pixcmapToOctcubeLUT"); if (!cmap) return (l_int32 *)ERROR_PTR("cmap not defined", procName, NULL); if (level < 1 || level > 6) return (l_int32 *)ERROR_PTR("level not in {1...6}", procName, NULL); if (metric != L_MANHATTAN_DISTANCE && metric != L_EUCLIDEAN_DISTANCE) return (l_int32 *)ERROR_PTR("invalid metric", procName, NULL); if (octcubeGetCount(level, &size)) /* array size = 2 ** (3 * level) */ return (l_int32 *)ERROR_PTR("size not returned", procName, NULL); if ((tab = (l_int32 *)CALLOC(size, sizeof(l_int32))) == NULL) return (l_int32 *)ERROR_PTR("tab not allocated", procName, NULL); ncolors = pixcmapGetCount(cmap); pixcmapToArrays(cmap, &rmap, &gmap, &bmap, NULL); /* Assign based on the closest octcube center to the cmap color */ for (i = 0; i < size; i++) { getRGBFromOctcube(i, level, &rval, &gval, &bval); mindist = 1000000; mincolor = 0; /* irrelevant init */ for (k = 0; k < ncolors; k++) { if (metric == L_MANHATTAN_DISTANCE) { dist = L_ABS(rval - rmap[k]) + L_ABS(gval - gmap[k]) + L_ABS(bval - bmap[k]); } else { /* L_EUCLIDEAN_DISTANCE */ dist = (rval - rmap[k]) * (rval - rmap[k]) + (gval - gmap[k]) * (gval - gmap[k]) + (bval - bmap[k]) * (bval - bmap[k]); } if (dist < mindist) { mindist = dist; mincolor = k; } } tab[i] = mincolor; } /* Reset black and white if available in the colormap. * The darkest octcube is at octindex 0. * The lightest octcube is at the max octindex. */ pixcmapGetNearestIndex(cmap, 0, 0, 0, &index); pixcmapGetColor(cmap, index, &rval, &gval, &bval); if (rval < 7 && gval < 7 && bval < 7) { tab[0] = index; } pixcmapGetNearestIndex(cmap, 255, 255, 255, &index); pixcmapGetColor(cmap, index, &rval, &gval, &bval); if (rval > 248 && gval > 248 && bval > 248) { tab[(1 << (3 * level)) - 1] = index; } FREE(rmap); FREE(gmap); FREE(bmap); return tab; } /*------------------------------------------------------------------* * Strip out unused elements in colormap * *------------------------------------------------------------------*/ /*! * pixRemoveUnusedColors() * * Input: pixs (colormapped) * Return: 0 if OK, 1 on error * * Notes: * (1) This is an in-place operation. * (2) If the image doesn't have a colormap, returns without error. * (3) Unusued colors are removed from the colormap, and the * image pixels are re-numbered. */ l_int32 pixRemoveUnusedColors(PIX *pixs) { l_int32 i, j, w, h, d, nc, wpls, val, newval, index, zerofound; l_int32 rval, gval, bval; l_uint32 *datas, *lines; l_int32 *histo, *map1, *map2; PIXCMAP *cmap, *cmapd; PROCNAME("pixRemoveUnusedColors"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if ((cmap = pixGetColormap(pixs)) == NULL) return 0; d = pixGetDepth(pixs); if (d != 2 && d != 4 && d != 8) return ERROR_INT("d not in {2, 4, 8}", procName, 1); /* Find which indices are actually used */ nc = pixcmapGetCount(cmap); if ((histo = (l_int32 *)CALLOC(nc, sizeof(l_int32))) == NULL) return ERROR_INT("histo not made", procName, 1); pixGetDimensions(pixs, &w, &h, NULL); wpls = pixGetWpl(pixs); datas = pixGetData(pixs); for (i = 0; i < h; i++) { lines = datas + i * wpls; for (j = 0; j < w; j++) { switch (d) { case 2: val = GET_DATA_DIBIT(lines, j); break; case 4: val = GET_DATA_QBIT(lines, j); break; case 8: val = GET_DATA_BYTE(lines, j); break; default: return ERROR_INT("switch ran off end!", procName, 1); } if (val >= nc) { L_WARNING("cmap index out of bounds!\n", procName); continue; } histo[val]++; } } /* Check if there are any zeroes. If none, quit. */ zerofound = FALSE; for (i = 0; i < nc; i++) { if (histo[i] == 0) { zerofound = TRUE; break; } } if (!zerofound) { FREE(histo); return 0; } /* Generate mapping tables between indices */ if ((map1 = (l_int32 *)CALLOC(nc, sizeof(l_int32))) == NULL) return ERROR_INT("map1 not made", procName, 1); if ((map2 = (l_int32 *)CALLOC(nc, sizeof(l_int32))) == NULL) return ERROR_INT("map2 not made", procName, 1); index = 0; for (i = 0; i < nc; i++) { if (histo[i] != 0) { map1[index] = i; /* get old index from new */ map2[i] = index; /* get new index from old */ index++; } } /* Generate new colormap and attach to pixs */ cmapd = pixcmapCreate(d); for (i = 0; i < index; i++) { pixcmapGetColor(cmap, map1[i], &rval, &gval, &bval); pixcmapAddColor(cmapd, rval, gval, bval); } pixSetColormap(pixs, cmapd); /* Map pixel (index) values to new cmap */ for (i = 0; i < h; i++) { lines = datas + i * wpls; for (j = 0; j < w; j++) { switch (d) { case 2: val = GET_DATA_DIBIT(lines, j); newval = map2[val]; SET_DATA_DIBIT(lines, j, newval); break; case 4: val = GET_DATA_QBIT(lines, j); newval = map2[val]; SET_DATA_QBIT(lines, j, newval); break; case 8: val = GET_DATA_BYTE(lines, j); newval = map2[val]; SET_DATA_BYTE(lines, j, newval); break; default: return ERROR_INT("switch ran off end!", procName, 1); } } } FREE(histo); FREE(map1); FREE(map2); return 0; } /*------------------------------------------------------------------* * Find number of occupied octcubes at the specified level * *------------------------------------------------------------------*/ /*! * pixNumberOccupiedOctcubes() * * Input: pix (32 bpp) * level (of octcube) * mincount (minimum num pixels in an octcube to be counted; * -1 to not use) * minfract (minimum fract of pixels in an octcube to be * counted; -1 to not use) * &ncolors ( number of occupied octcubes) * Return: 0 if OK, 1 on error * * Notes: * (1) Exactly one of (@mincount, @minfract) must be -1, so, e.g., * if @mincount == -1, then we use @minfract. * (2) If all occupied octcubes are to count, set @mincount == 1. * Setting @minfract == 0.0 is taken to mean the same thing. */ l_int32 pixNumberOccupiedOctcubes(PIX *pix, l_int32 level, l_int32 mincount, l_float32 minfract, l_int32 *pncolors) { l_int32 i, j, w, h, d, wpl, ncolors, size, octindex; l_int32 rval, gval, bval; l_int32 *carray; l_uint32 *data, *line, *rtab, *gtab, *btab; PROCNAME("pixNumberOccupiedOctcubes"); if (!pncolors) return ERROR_INT("&ncolors not defined", procName, 1); *pncolors = 0; if (!pix) return ERROR_INT("pix not defined", procName, 1); pixGetDimensions(pix, &w, &h, &d); if (d != 32) return ERROR_INT("pix not 32 bpp", procName, 1); if (level < 1 || level > 6) return ERROR_INT("invalid level", procName, 1); if ((mincount < 0 && minfract < 0) || (mincount >= 0.0 && minfract >= 0.0)) return ERROR_INT("invalid mincount/minfract", procName, 1); if (mincount == 0 || minfract == 0.0) mincount = 1; else if (minfract > 0.0) mincount = L_MIN(1, (l_int32)(minfract * w * h)); if (octcubeGetCount(level, &size)) /* array size = 2 ** (3 * level) */ return ERROR_INT("size not returned", procName, 1); if (makeRGBToIndexTables(&rtab, >ab, &btab, level)) return ERROR_INT("tables not made", procName, 1); if ((carray = (l_int32 *)CALLOC(size, sizeof(l_int32))) == NULL) return ERROR_INT("carray not made", procName, 1); /* Mark the occupied octcube leaves */ data = pixGetData(pix); wpl = pixGetWpl(pix); for (i = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < w; j++) { extractRGBValues(line[j], &rval, &gval, &bval); octindex = rtab[rval] | gtab[gval] | btab[bval]; carray[octindex]++; } } /* Count them */ for (i = 0, ncolors = 0; i < size; i++) { if (carray[i] >= mincount) ncolors++; } *pncolors = ncolors; FREE(carray); FREE(rtab); FREE(gtab); FREE(btab); return 0; } leptonica-1.70/src/ccthin.c0000644000175000017500000004150312244745207013722 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * ccthin.c * * PIX *pixThin() * PIX *pixThinGeneral() * PIX *pixThinExamples() */ #include "allheaders.h" /* ------------------------------------------------------------ * These sels (and their rotated counterparts) are the useful * 3x3 Sels for thinning. The notation is based on * "Connectivity-preserving morphological image transformations," * a version of which can be found at * http://www.leptonica.com/papers/conn.pdf * ------------------------------------------------------------ */ /* Sels for 4-connected thinning */ static const char *sel_4_1 = " x" "oCx" " x"; static const char *sel_4_2 = " x" "oCx" " o "; static const char *sel_4_3 = " o " "oCx" " x"; static const char *sel_4_4 = " o " "oCx" " o "; static const char *sel_4_5 = " ox" "oCx" " o "; static const char *sel_4_6 = " o " "oCx" " ox"; static const char *sel_4_7 = " xx" "oCx" " o "; static const char *sel_4_8 = " x" "oCx" "o x"; static const char *sel_4_9 = "o x" "oCx" " x"; /* Sels for 8-connected thinning */ static const char *sel_8_1 = " x " "oCx" " x "; static const char *sel_8_2 = " x " "oCx" "o "; static const char *sel_8_3 = "o " "oCx" " x "; static const char *sel_8_4 = "o " "oCx" "o "; static const char *sel_8_5 = "o x" "oCx" "o "; static const char *sel_8_6 = "o " "oCx" "o x"; static const char *sel_8_7 = " x " "oCx" "oo "; static const char *sel_8_8 = " x " "oCx" "ox "; static const char *sel_8_9 = "ox " "oCx" " x "; /* Sels for both 4 and 8-connected thinning */ static const char *sel_48_1 = " xx" "oCx" "oo "; static const char *sel_48_2 = "o x" "oCx" "o x"; #ifndef NO_CONSOLE_IO #define DEBUG_SELS 0 #endif /* ~NO_CONSOLE_IO */ /*----------------------------------------------------------------* * CC-preserving thinning * *----------------------------------------------------------------*/ /*! * pixThin() * * Input: pixs (1 bpp) * type (L_THIN_FG, L_THIN_BG) * connectivity (4 or 8) * maxiters (max number of iters allowed; use 0 to iterate * until completion) * Return: pixd, or null on error * * Notes: * (1) See "Connectivity-preserving morphological image transformations," * Dan S. Bloomberg, in SPIE Visual Communications and Image * Processing, Conference 1606, pp. 320-334, November 1991, * Boston, MA. A web version is available at * http://www.leptonica.com/papers/conn.pdf * (2) We implement here two of the best iterative * morphological thinning algorithms, for 4 c.c and 8 c.c. * Each iteration uses a mixture of parallel operations * (using several different 3x3 Sels) and serial operations. * Specifically, each thinning iteration consists of * four sequential thinnings from each of four directions. * Each of these thinnings is a parallel composite * operation, where the union of a set of HMTs are set * subtracted from the input. For 4-cc thinning, we * use 3 HMTs in parallel, and for 8-cc thinning we use 4 HMTs. * (3) A "good" thinning algorithm is one that generates a skeleton * that is near the medial axis and has neither pruned * real branches nor left extra dendritic branches. * (4) To thin the foreground, which is the usual situation, * use type == L_THIN_FG. Thickening the foreground is equivalent * to thinning the background (type == L_THIN_BG), where the * opposite connectivity gets preserved. For example, to thicken * the fg using 4-connectivity, we thin the bg using Sels that * preserve 8-connectivity. */ PIX * pixThin(PIX *pixs, l_int32 type, l_int32 connectivity, l_int32 maxiters) { PIX *pixd; SEL *sel; SELA *sela; PROCNAME("pixThin"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, NULL); if (type != L_THIN_FG && type != L_THIN_BG) return (PIX *)ERROR_PTR("invalid fg/bg type", procName, NULL); if (connectivity != 4 && connectivity != 8) return (PIX *)ERROR_PTR("connectivity not 4 or 8", procName, NULL); if (maxiters == 0) maxiters = 10000; sela = selaCreate(4); if (connectivity == 4) { sel = selCreateFromString(sel_4_1, 3, 3, "sel_4_1"); selaAddSel(sela, sel, NULL, 0); sel = selCreateFromString(sel_4_2, 3, 3, "sel_4_2"); selaAddSel(sela, sel, NULL, 0); sel = selCreateFromString(sel_4_3, 3, 3, "sel_4_3"); selaAddSel(sela, sel, NULL, 0); } else { /* connectivity == 8 */ sel = selCreateFromString(sel_8_2, 3, 3, "sel_8_2"); selaAddSel(sela, sel, NULL, 0); sel = selCreateFromString(sel_8_3, 3, 3, "sel_8_3"); selaAddSel(sela, sel, NULL, 0); sel = selCreateFromString(sel_8_5, 3, 3, "sel_8_5"); selaAddSel(sela, sel, NULL, 0); sel = selCreateFromString(sel_8_6, 3, 3, "sel_8_6"); selaAddSel(sela, sel, NULL, 0); } pixd = pixThinGeneral(pixs, type, sela, maxiters); selaDestroy(&sela); return pixd; } /*! * pixThinGeneral() * * Input: pixs (1 bpp) * type (L_THIN_FG, L_THIN_BG) * sela (of Sels for parallel composite HMTs) * maxiters (max number of iters allowed; use 0 to iterate * until completion) * Return: pixd, or null on error * * Notes: * (1) See notes in pixThin(). That function chooses among * the best of the Sels for thinning. * (2) This is a general function that takes a Sela of HMTs * that are used in parallel for thinning from each * of four directions. One iteration consists of four * such parallel thins. */ PIX * pixThinGeneral(PIX *pixs, l_int32 type, SELA *sela, l_int32 maxiters) { l_int32 i, j, r, nsels, same; PIXA *pixahmt; PIX **pixhmt; /* array owned by pixahmt; do not destroy! */ PIX *pixd, *pixt; SEL *sel, *selr; PROCNAME("pixThinGeneral"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, NULL); if (type != L_THIN_FG && type != L_THIN_BG) return (PIX *)ERROR_PTR("invalid fg/bg type", procName, NULL); if (!sela) return (PIX *)ERROR_PTR("sela not defined", procName, NULL); if (maxiters == 0) maxiters = 10000; /* Set up array of temp pix to hold hmts */ nsels = selaGetCount(sela); pixahmt = pixaCreate(nsels); for (i = 0; i < nsels; i++) { pixt = pixCreateTemplate(pixs); pixaAddPix(pixahmt, pixt, L_INSERT); } pixhmt = pixaGetPixArray(pixahmt); if (!pixhmt) return (PIX *)ERROR_PTR("pixhmt array not made", procName, NULL); #if DEBUG_SELS pixt = selaDisplayInPix(sela, 35, 3, 15, 4); pixDisplayWithTitle(pixt, 100, 100, "allsels", 1); pixDestroy(&pixt); #endif /* DEBUG_SELS */ /* Set up initial image for fg thinning */ if (type == L_THIN_FG) pixd = pixCopy(NULL, pixs); else /* bg thinning */ pixd = pixInvert(NULL, pixs); /* Thin the fg, with up to maxiters iterations */ for (i = 0; i < maxiters; i++) { pixt = pixCopy(NULL, pixd); /* test for completion */ for (r = 0; r < 4; r++) { /* over 90 degree rotations of Sels */ for (j = 0; j < nsels; j++) { /* over individual sels in sela */ sel = selaGetSel(sela, j); /* not a copy */ selr = selRotateOrth(sel, r); pixHMT(pixhmt[j], pixd, selr); selDestroy(&selr); if (j > 0) pixOr(pixhmt[0], pixhmt[0], pixhmt[j]); /* accum result */ } pixSubtract(pixd, pixd, pixhmt[0]); /* remove result */ } pixEqual(pixd, pixt, &same); pixDestroy(&pixt); if (same) { L_INFO("%d iterations to completion\n", procName, i); break; } } if (type == L_THIN_BG) pixInvert(pixd, pixd); pixaDestroy(&pixahmt); return pixd; } /*! * pixThinExamples() * * Input: pixs (1 bpp) * type (L_THIN_FG, L_THIN_BG) * index (into specific examples; valid 1-9; see notes) * maxiters (max number of iters allowed; use 0 to iterate * until completion) * selfile ( filename for output sel display) * Return: pixd, or null on error * * Notes: * (1) See notes in pixThin(). The examples are taken from * the paper referenced there. * (2) Here we allow specific sets of HMTs to be used in * parallel for thinning from each of four directions. * One iteration consists of four such parallel thins. * (3) The examples are indexed as follows: * Thinning (e.g., run to completion): * index = 1 sel_4_1, sel_4_5, sel_4_6 * index = 2 sel_4_1, sel_4_7, sel_4_7_rot * index = 3 sel_48_1, sel_48_1_rot, sel_48_2 * index = 4 sel_8_2, sel_8_3, sel_48_2 * index = 5 sel_8_1, sel_8_5, sel_8_6 * index = 6 sel_8_2, sel_8_3, sel_8_8, sel_8_9 * index = 7 sel_8_5, sel_8_6, sel_8_7, sel_8_7_rot * Thickening: * index = 8 sel_4_2, sel_4_3 (e.g,, do just a few iterations) * index = 9 sel_8_4 (e.g., do just a few iterations) */ PIX * pixThinExamples(PIX *pixs, l_int32 type, l_int32 index, l_int32 maxiters, const char *selfile) { PIX *pixd, *pixt; SEL *sel; SELA *sela; PROCNAME("pixThinExamples"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, NULL); if (type != L_THIN_FG && type != L_THIN_BG) return (PIX *)ERROR_PTR("invalid fg/bg type", procName, NULL); if (index < 1 || index > 9) return (PIX *)ERROR_PTR("invalid index", procName, NULL); if (maxiters == 0) maxiters = 10000; switch(index) { case 1: sela = selaCreate(3); sel = selCreateFromString(sel_4_1, 3, 3, "sel_4_1"); selaAddSel(sela, sel, NULL, 0); sel = selCreateFromString(sel_4_5, 3, 3, "sel_4_5"); selaAddSel(sela, sel, NULL, 0); sel = selCreateFromString(sel_4_6, 3, 3, "sel_4_6"); selaAddSel(sela, sel, NULL, 0); break; case 2: sela = selaCreate(3); sel = selCreateFromString(sel_4_1, 3, 3, "sel_4_1"); selaAddSel(sela, sel, NULL, 0); sel = selCreateFromString(sel_4_7, 3, 3, "sel_4_7"); selaAddSel(sela, sel, NULL, 0); sel = selRotateOrth(sel, 1); selaAddSel(sela, sel, "sel_4_7_rot", 0); break; case 3: sela = selaCreate(3); sel = selCreateFromString(sel_48_1, 3, 3, "sel_48_1"); selaAddSel(sela, sel, NULL, 0); sel = selRotateOrth(sel, 1); selaAddSel(sela, sel, "sel_48_1_rot", 0); sel = selCreateFromString(sel_48_2, 3, 3, "sel_48_2"); selaAddSel(sela, sel, NULL, 0); break; case 4: sela = selaCreate(3); sel = selCreateFromString(sel_8_2, 3, 3, "sel_8_2"); selaAddSel(sela, sel, NULL, 0); sel = selCreateFromString(sel_8_3, 3, 3, "sel_8_3"); selaAddSel(sela, sel, NULL, 0); sel = selCreateFromString(sel_48_2, 3, 3, "sel_48_2"); selaAddSel(sela, sel, NULL, 0); break; case 5: sela = selaCreate(3); sel = selCreateFromString(sel_8_1, 3, 3, "sel_8_1"); selaAddSel(sela, sel, NULL, 0); sel = selCreateFromString(sel_8_5, 3, 3, "sel_8_5"); selaAddSel(sela, sel, NULL, 0); sel = selCreateFromString(sel_8_6, 3, 3, "sel_8_6"); selaAddSel(sela, sel, NULL, 0); break; case 6: sela = selaCreate(4); sel = selCreateFromString(sel_8_2, 3, 3, "sel_8_2"); selaAddSel(sela, sel, NULL, 0); sel = selCreateFromString(sel_8_3, 3, 3, "sel_8_3"); selaAddSel(sela, sel, NULL, 0); sel = selCreateFromString(sel_8_8, 3, 3, "sel_8_8"); selaAddSel(sela, sel, NULL, 0); sel = selCreateFromString(sel_8_9, 3, 3, "sel_8_9"); selaAddSel(sela, sel, NULL, 0); break; case 7: sela = selaCreate(4); sel = selCreateFromString(sel_8_5, 3, 3, "sel_8_5"); selaAddSel(sela, sel, NULL, 0); sel = selCreateFromString(sel_8_6, 3, 3, "sel_8_6"); selaAddSel(sela, sel, NULL, 0); sel = selCreateFromString(sel_8_7, 3, 3, "sel_8_7"); selaAddSel(sela, sel, NULL, 0); sel = selRotateOrth(sel, 1); selaAddSel(sela, sel, "sel_8_7_rot", 0); break; case 8: /* thicken for this one; just a few iterations */ sela = selaCreate(2); sel = selCreateFromString(sel_4_2, 3, 3, "sel_4_2"); selaAddSel(sela, sel, NULL, 0); sel = selCreateFromString(sel_4_3, 3, 3, "sel_4_3"); selaAddSel(sela, sel, NULL, 0); pixt = pixThinGeneral(pixs, type, sela, maxiters); pixd = pixRemoveBorderConnComps(pixt, 4); pixDestroy(&pixt); break; case 9: /* thicken for this one; just a few iterations */ sela = selaCreate(1); sel = selCreateFromString(sel_8_4, 3, 3, "sel_8_4"); selaAddSel(sela, sel, NULL, 0); pixt = pixThinGeneral(pixs, type, sela, maxiters); pixd = pixRemoveBorderConnComps(pixt, 4); pixDestroy(&pixt); break; default: return (PIX *)ERROR_PTR("invalid index", procName, NULL); } if (index <= 7) pixd = pixThinGeneral(pixs, type, sela, maxiters); /* Optionally display the sels */ if (selfile) { pixt = selaDisplayInPix(sela, 35, 3, 15, 4); pixWrite(selfile, pixt, IFF_PNG); pixDestroy(&pixt); } selaDestroy(&sela); return pixd; } leptonica-1.70/src/fmorphgen.1.c0000644000175000017500000002374011707052573014601 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /*! * Top-level fast binary morphology with auto-generated sels * * PIX *pixMorphDwa_1() * PIX *pixFMorphopGen_1() */ #include #include "allheaders.h" PIX *pixMorphDwa_1(PIX *pixd, PIX *pixs, l_int32 operation, char *selname); PIX *pixFMorphopGen_1(PIX *pixd, PIX *pixs, l_int32 operation, char *selname); l_int32 fmorphopgen_low_1(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 index); static l_int32 NUM_SELS_GENERATED = 58; static char SEL_NAMES[][80] = { "sel_2h", "sel_3h", "sel_4h", "sel_5h", "sel_6h", "sel_7h", "sel_8h", "sel_9h", "sel_10h", "sel_11h", "sel_12h", "sel_13h", "sel_14h", "sel_15h", "sel_20h", "sel_21h", "sel_25h", "sel_30h", "sel_31h", "sel_35h", "sel_40h", "sel_41h", "sel_45h", "sel_50h", "sel_51h", "sel_2v", "sel_3v", "sel_4v", "sel_5v", "sel_6v", "sel_7v", "sel_8v", "sel_9v", "sel_10v", "sel_11v", "sel_12v", "sel_13v", "sel_14v", "sel_15v", "sel_20v", "sel_21v", "sel_25v", "sel_30v", "sel_31v", "sel_35v", "sel_40v", "sel_41v", "sel_45v", "sel_50v", "sel_51v", "sel_2", "sel_3", "sel_4", "sel_5", "sel_2dp", "sel_2dm", "sel_5dp", "sel_5dm"}; /*! * pixMorphDwa_1() * * Input: pixd (usual 3 choices: null, == pixs, != pixs) * pixs (1 bpp) * operation (L_MORPH_DILATE, L_MORPH_ERODE, * L_MORPH_OPEN, L_MORPH_CLOSE) * sel name * Return: pixd * * Notes: * (1) This simply adds a border, calls the appropriate * pixFMorphopGen_*(), and removes the border. * See the notes for that function. * (2) The size of the border depends on the operation * and the boundary conditions. */ PIX * pixMorphDwa_1(PIX *pixd, PIX *pixs, l_int32 operation, char *selname) { l_int32 bordercolor, bordersize; PIX *pixt1, *pixt2, *pixt3; PROCNAME("pixMorphDwa_1"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs must be 1 bpp", procName, pixd); /* Set the border size */ bordercolor = getMorphBorderPixelColor(L_MORPH_ERODE, 1); bordersize = 32; if (bordercolor == 0 && operation == L_MORPH_CLOSE) bordersize += 32; pixt1 = pixAddBorder(pixs, bordersize, 0); pixt2 = pixFMorphopGen_1(NULL, pixt1, operation, selname); pixt3 = pixRemoveBorder(pixt2, bordersize); pixDestroy(&pixt1); pixDestroy(&pixt2); if (!pixd) return pixt3; pixCopy(pixd, pixt3); pixDestroy(&pixt3); return pixd; } /*! * pixFMorphopGen_1() * * Input: pixd (usual 3 choices: null, == pixs, != pixs) * pixs (1 bpp) * operation (L_MORPH_DILATE, L_MORPH_ERODE, * L_MORPH_OPEN, L_MORPH_CLOSE) * sel name * Return: pixd * * Notes: * (1) This is a dwa operation, and the Sels must be limited in * size to not more than 31 pixels about the origin. * (2) A border of appropriate size (32 pixels, or 64 pixels * for safe closing with asymmetric b.c.) must be added before * this function is called. * (3) This handles all required setting of the border pixels * before erosion and dilation. * (4) The closing operation is safe; no pixels can be removed * near the boundary. */ PIX * pixFMorphopGen_1(PIX *pixd, PIX *pixs, l_int32 operation, char *selname) { l_int32 i, index, found, w, h, wpls, wpld, bordercolor, erodeop, borderop; l_uint32 *datad, *datas, *datat; PIX *pixt; PROCNAME("pixFMorphopGen_1"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs must be 1 bpp", procName, pixd); /* Get boundary colors to use */ bordercolor = getMorphBorderPixelColor(L_MORPH_ERODE, 1); if (bordercolor == 1) erodeop = PIX_SET; else erodeop = PIX_CLR; found = FALSE; for (i = 0; i < NUM_SELS_GENERATED; i++) { if (strcmp(selname, SEL_NAMES[i]) == 0) { found = TRUE; index = 2 * i; break; } } if (found == FALSE) return (PIX *)ERROR_PTR("sel index not found", procName, pixd); if (!pixd) { if ((pixd = pixCreateTemplate(pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } else /* for in-place or pre-allocated */ pixResizeImageData(pixd, pixs); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); /* The images must be surrounded, in advance, with a border of * size 32 pixels (or 64, for closing), that we'll read from. * Fabricate a "proper" image as the subimage within the 32 * pixel border, having the following parameters: */ w = pixGetWidth(pixs) - 64; h = pixGetHeight(pixs) - 64; datas = pixGetData(pixs) + 32 * wpls + 1; datad = pixGetData(pixd) + 32 * wpld + 1; if (operation == L_MORPH_DILATE || operation == L_MORPH_ERODE) { borderop = PIX_CLR; if (operation == L_MORPH_ERODE) { borderop = erodeop; index++; } if (pixd == pixs) { /* in-place; generate a temp image */ if ((pixt = pixCopy(NULL, pixs)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, pixd); datat = pixGetData(pixt) + 32 * wpls + 1; pixSetOrClearBorder(pixt, 32, 32, 32, 32, borderop); fmorphopgen_low_1(datad, w, h, wpld, datat, wpls, index); pixDestroy(&pixt); } else { /* not in-place */ pixSetOrClearBorder(pixs, 32, 32, 32, 32, borderop); fmorphopgen_low_1(datad, w, h, wpld, datas, wpls, index); } } else { /* opening or closing; generate a temp image */ if ((pixt = pixCreateTemplate(pixs)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, pixd); datat = pixGetData(pixt) + 32 * wpls + 1; if (operation == L_MORPH_OPEN) { pixSetOrClearBorder(pixs, 32, 32, 32, 32, erodeop); fmorphopgen_low_1(datat, w, h, wpls, datas, wpls, index+1); pixSetOrClearBorder(pixt, 32, 32, 32, 32, PIX_CLR); fmorphopgen_low_1(datad, w, h, wpld, datat, wpls, index); } else { /* closing */ pixSetOrClearBorder(pixs, 32, 32, 32, 32, PIX_CLR); fmorphopgen_low_1(datat, w, h, wpls, datas, wpls, index); pixSetOrClearBorder(pixt, 32, 32, 32, 32, erodeop); fmorphopgen_low_1(datad, w, h, wpld, datat, wpls, index+1); } pixDestroy(&pixt); } return pixd; } leptonica-1.70/src/bardecode.c0000644000175000017500000007722612244215451014366 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * bardecode.c * * Dispatcher * char *barcodeDispatchDecoder() * * Format Determination * static l_int32 barcodeFindFormat() * l_int32 barcodeFormatIsSupported() * static l_int32 barcodeVerifyFormat() * * Decode 2 of 5 * static char *barcodeDecode2of5() * * Decode Interleaved 2 of 5 * static char *barcodeDecodeI2of5() * * Decode Code 93 * static char *barcodeDecode93() * * Decode Code 39 * static char *barcodeDecode39() * * Decode Codabar * static char *barcodeDecodeCodabar() * * Decode UPC-A * static char *barcodeDecodeUpca() * * Decode EAN 13 * static char *barcodeDecodeEan13() */ #include #include "allheaders.h" #include "readbarcode.h" static l_int32 barcodeFindFormat(char *barstr); static l_int32 barcodeVerifyFormat(char *barstr, l_int32 format, l_int32 *pvalid, l_int32 *preverse); static char *barcodeDecode2of5(char *barstr, l_int32 debugflag); static char *barcodeDecodeI2of5(char *barstr, l_int32 debugflag); static char *barcodeDecode93(char *barstr, l_int32 debugflag); static char *barcodeDecode39(char *barstr, l_int32 debugflag); static char *barcodeDecodeCodabar(char *barstr, l_int32 debugflag); static char *barcodeDecodeUpca(char *barstr, l_int32 debugflag); static char *barcodeDecodeEan13(char *barstr, l_int32 first, l_int32 debugflag); #ifndef NO_CONSOLE_IO #define DEBUG_CODES 0 #endif /* ~NO_CONSOLE_IO */ /*------------------------------------------------------------------------* * Decoding dispatcher * *------------------------------------------------------------------------*/ /*! * barcodeDispatchDecoder() * * Input: barstr (string of integers in set {1,2,3,4} of bar widths) * format (L_BF_ANY, L_BF_CODEI2OF5, L_BF_CODE93, ...) * debugflag (use 1 to generate debug output) * Return: data (string of decoded barcode data), or null on error */ char * barcodeDispatchDecoder(char *barstr, l_int32 format, l_int32 debugflag) { char *data = NULL; PROCNAME("barcodeDispatchDecoder"); if (!barstr) return (char *)ERROR_PTR("barstr not defined", procName, NULL); debugflag = FALSE; /* not used yet */ if (format == L_BF_ANY) format = barcodeFindFormat(barstr); if (format == L_BF_CODE2OF5) data = barcodeDecode2of5(barstr, debugflag); else if (format == L_BF_CODEI2OF5) data = barcodeDecodeI2of5(barstr, debugflag); else if (format == L_BF_CODE93) data = barcodeDecode93(barstr, debugflag); else if (format == L_BF_CODE39) data = barcodeDecode39(barstr, debugflag); else if (format == L_BF_CODABAR) data = barcodeDecodeCodabar(barstr, debugflag); else if (format == L_BF_UPCA) data = barcodeDecodeUpca(barstr, debugflag); else if (format == L_BF_EAN13) data = barcodeDecodeEan13(barstr, 0, debugflag); else return (char *)ERROR_PTR("format not implemented", procName, NULL); return data; } /*------------------------------------------------------------------------* * Barcode format determination * *------------------------------------------------------------------------*/ /*! * barcodeFindFormat() * * Input: barstr (of barcode widths, in set {1,2,3,4}) * Return: format (for barcode), or L_BF_UNKNOWN if not recognized */ static l_int32 barcodeFindFormat(char *barstr) { l_int32 i, format, valid; PROCNAME("barcodeFindFormat"); if (!barstr) return ERROR_INT("barstr not defined", procName, L_BF_UNKNOWN); for (i = 0; i < NumSupportedBarcodeFormats; i++) { format = SupportedBarcodeFormat[i]; barcodeVerifyFormat(barstr, format, &valid, NULL); if (valid) { L_INFO("Barcode format: %s\n", procName, SupportedBarcodeFormatName[i]); return format; } } return L_BF_UNKNOWN; } /*! * barcodeFormatIsSupported() * * Input: format * Return: 1 if format is one of those supported; 0 otherwise * */ l_int32 barcodeFormatIsSupported(l_int32 format) { l_int32 i; for (i = 0; i < NumSupportedBarcodeFormats; i++) { if (format == SupportedBarcodeFormat[i]) return 1; } return 0; } /*! * barcodeVerifyFormat() * * Input: barstr (of barcode widths, in set {1,2,3,4}) * format (L_BF_CODEI2OF5, L_BF_CODE93, ...) * &valid ( 0 if not valid, 1 and 2 if valid) * &reverse ( 1 if reversed; 0 otherwise) * Return: 0 if OK, 1 on error * * Notes: * (1) If valid == 1, the barcode is of the given format in the * forward order; if valid == 2, it is backwards. * (2) If the barcode needs to be reversed to read it, and &reverse * is provided, a 1 is put into @reverse. * (3) Add to this as more formats are supported. */ static l_int32 barcodeVerifyFormat(char *barstr, l_int32 format, l_int32 *pvalid, l_int32 *preverse) { char *revbarstr; l_int32 i, start, len, stop, mid; PROCNAME("barcodeVerifyFormat"); if (!pvalid) return ERROR_INT("barstr not defined", procName, 1); *pvalid = 0; if (preverse) *preverse = 0; if (!barstr) return ERROR_INT("barstr not defined", procName, 1); switch (format) { case L_BF_CODE2OF5: start = !strncmp(barstr, Code2of5[C25_START], 3); len = strlen(barstr); stop = !strncmp(&barstr[len - 5], Code2of5[C25_STOP], 5); if (start && stop) { *pvalid = 1; } else { revbarstr = stringReverse(barstr); start = !strncmp(revbarstr, Code2of5[C25_START], 3); stop = !strncmp(&revbarstr[len - 5], Code2of5[C25_STOP], 5); FREE(revbarstr); if (start && stop) { *pvalid = 1; if (preverse) *preverse = 1; } } break; case L_BF_CODEI2OF5: start = !strncmp(barstr, CodeI2of5[CI25_START], 4); len = strlen(barstr); stop = !strncmp(&barstr[len - 3], CodeI2of5[CI25_STOP], 3); if (start && stop) { *pvalid = 1; } else { revbarstr = stringReverse(barstr); start = !strncmp(revbarstr, CodeI2of5[CI25_START], 4); stop = !strncmp(&revbarstr[len - 3], CodeI2of5[CI25_STOP], 3); FREE(revbarstr); if (start && stop) { *pvalid = 1; if (preverse) *preverse = 1; } } break; case L_BF_CODE93: start = !strncmp(barstr, Code93[C93_START], 6); len = strlen(barstr); stop = !strncmp(&barstr[len - 7], Code93[C93_STOP], 6); if (start && stop) { *pvalid = 1; } else { revbarstr = stringReverse(barstr); start = !strncmp(revbarstr, Code93[C93_START], 6); stop = !strncmp(&revbarstr[len - 7], Code93[C93_STOP], 6); FREE(revbarstr); if (start && stop) { *pvalid = 1; if (preverse) *preverse = 1; } } break; case L_BF_CODE39: start = !strncmp(barstr, Code39[C39_START], 9); len = strlen(barstr); stop = !strncmp(&barstr[len - 9], Code39[C39_STOP], 9); if (start && stop) { *pvalid = 1; } else { revbarstr = stringReverse(barstr); start = !strncmp(revbarstr, Code39[C39_START], 9); stop = !strncmp(&revbarstr[len - 9], Code39[C39_STOP], 9); FREE(revbarstr); if (start && stop) { *pvalid = 1; if (preverse) *preverse = 1; } } break; case L_BF_CODABAR: start = stop = 0; len = strlen(barstr); for (i = 16; i <= 19; i++) /* any of these will do */ start += !strncmp(barstr, Codabar[i], 7); for (i = 16; i <= 19; i++) /* ditto */ stop += !strncmp(&barstr[len - 7], Codabar[i], 7); if (start && stop) { *pvalid = 1; } else { start = stop = 0; revbarstr = stringReverse(barstr); for (i = 16; i <= 19; i++) start += !strncmp(revbarstr, Codabar[i], 7); for (i = 16; i <= 19; i++) stop += !strncmp(&revbarstr[len - 7], Codabar[i], 7); FREE(revbarstr); if (start && stop) { *pvalid = 1; if (preverse) *preverse = 1; } } break; case L_BF_UPCA: case L_BF_EAN13: len = strlen(barstr); if (len == 59) { start = !strncmp(barstr, Upca[UPCA_START], 3); mid = !strncmp(&barstr[27], Upca[UPCA_MID], 5); stop = !strncmp(&barstr[len - 3], Upca[UPCA_STOP], 3); if (start && mid && stop) *pvalid = 1; } break; default: return ERROR_INT("format not supported", procName, 1); } return 0; } /*------------------------------------------------------------------------* * Code 2 of 5 * *------------------------------------------------------------------------*/ /*! * barcodeDecode2of5() * * Input: barstr (of widths, in set {1, 2}) * debugflag * Return: data (string of digits), or null if none found or on error * * Notes: * (1) Ref: http://en.wikipedia.org/wiki/Two-out-of-five_code (Note: * the codes given here are wrong!) * http://morovia.com/education/symbology/code25.asp * (2) This is a very low density encoding for the 10 digits. * Each digit is encoded with 5 black bars, of which 2 are wide * and 3 are narrow. No information is carried in the spaces * between the bars, which are all equal in width, represented by * a "1" in our encoding. * (3) The mapping from the sequence of five bar widths to the * digit is identical to the mapping used by the interleaved * 2 of 5 code. The start code is 21211, representing two * wide bars and a narrow bar, and the interleaved "1" spaces * are explicit. The stop code is 21112. For all codes * (including start and stop), the trailing space "1" is * implicit -- there is no reason to represent it in the * Code2of5[] array. */ static char * barcodeDecode2of5(char *barstr, l_int32 debugflag) { char *data, *vbarstr; char code[10]; l_int32 valid, reverse, i, j, len, error, ndigits, start, found; PROCNAME("barcodeDecodeI2of5"); if (!barstr) return (char *)ERROR_PTR("barstr not defined", procName, NULL); /* Verify format; reverse if necessary */ barcodeVerifyFormat(barstr, L_BF_CODE2OF5, &valid, &reverse); if (!valid) return (char *)ERROR_PTR("barstr not in 2of5 format", procName, NULL); if (reverse) vbarstr = stringReverse(barstr); else vbarstr = stringNew(barstr); /* Verify size */ len = strlen(vbarstr); if ((len - 11) % 10 != 0) return (char *)ERROR_PTR("size not divisible by 10: invalid 2of5 code", procName, NULL); error = FALSE; ndigits = (len - 11) / 10; data = (char *)CALLOC(ndigits + 1, sizeof(char)); memset(code, 0, 10); for (i = 0; i < ndigits; i++) { start = 6 + 10 * i; for (j = 0; j < 9; j++) code[j] = vbarstr[start + j]; if (debugflag) fprintf(stderr, "code: %s\n", code); found = FALSE; for (j = 0; j < 10; j++) { if (!strcmp(code, Code2of5[j])) { data[i] = 0x30 + j; found = TRUE; break; } } if (!found) error = TRUE; } FREE(vbarstr); if (error) { FREE(data); return (char *)ERROR_PTR("error in decoding", procName, NULL); } return data; } /*------------------------------------------------------------------------* * Interleaved Code 2 of 5 * *------------------------------------------------------------------------*/ /*! * barcodeDecodeI2of5() * * Input: barstr (of widths, in set {1, 2}) * debugflag * Return: data (string of digits), or null if none found or on error * * Notes: * (1) Ref: http://en.wikipedia.org/wiki/Interleaved_2_of_5 * (2) This always encodes an even number of digits. * The start code is 1111; the stop code is 211. */ static char * barcodeDecodeI2of5(char *barstr, l_int32 debugflag) { char *data, *vbarstr; char code1[6], code2[6]; l_int32 valid, reverse, i, j, len, error, npairs, start, found; PROCNAME("barcodeDecodeI2of5"); if (!barstr) return (char *)ERROR_PTR("barstr not defined", procName, NULL); /* Verify format; reverse if necessary */ barcodeVerifyFormat(barstr, L_BF_CODEI2OF5, &valid, &reverse); if (!valid) return (char *)ERROR_PTR("barstr not in i2of5 format", procName, NULL); if (reverse) vbarstr = stringReverse(barstr); else vbarstr = stringNew(barstr); /* Verify size */ len = strlen(vbarstr); if ((len - 7) % 10 != 0) return (char *)ERROR_PTR("size not divisible by 10: invalid I2of5 code", procName, NULL); error = FALSE; npairs = (len - 7) / 10; data = (char *)CALLOC(2 * npairs + 1, sizeof(char)); memset(code1, 0, 6); memset(code2, 0, 6); for (i = 0; i < npairs; i++) { start = 4 + 10 * i; for (j = 0; j < 5; j++) { code1[j] = vbarstr[start + 2 * j]; code2[j] = vbarstr[start + 2 * j + 1]; } if (debugflag) fprintf(stderr, "code1: %s, code2: %s\n", code1, code2); found = FALSE; for (j = 0; j < 10; j++) { if (!strcmp(code1, CodeI2of5[j])) { data[2 * i] = 0x30 + j; found = TRUE; break; } } if (!found) error = TRUE; found = FALSE; for (j = 0; j < 10; j++) { if (!strcmp(code2, CodeI2of5[j])) { data[2 * i + 1] = 0x30 + j; found = TRUE; break; } } if (!found) error = TRUE; } FREE(vbarstr); if (error) { FREE(data); return (char *)ERROR_PTR("error in decoding", procName, NULL); } return data; } /*------------------------------------------------------------------------* * Code 93 * *------------------------------------------------------------------------*/ /*! * barcodeDecode93() * * Input: barstr (of widths, in set {1, 2, 3, 4}) * debugflag * Return: data (string of digits), or null if none found or on error * * Notes: * (1) Ref: http://en.wikipedia.org/wiki/Code93 * http://morovia.com/education/symbology/code93.asp * (2) Each symbol has 3 black and 3 white bars. * The start and stop codes are 111141; the stop code then is * terminated with a final (1) bar. * (3) The last two codes are check codes. We are checking them * for correctness, and issuing a warning on failure. Should * probably not return any data on failure. */ static char * barcodeDecode93(char *barstr, l_int32 debugflag) { const char *checkc, *checkk; char *data, *vbarstr; char code[7]; l_int32 valid, reverse, i, j, len, error, nsymb, start, found, sum; l_int32 *index; PROCNAME("barcodeDecode93"); if (!barstr) return (char *)ERROR_PTR("barstr not defined", procName, NULL); /* Verify format; reverse if necessary */ barcodeVerifyFormat(barstr, L_BF_CODE93, &valid, &reverse); if (!valid) return (char *)ERROR_PTR("barstr not in code93 format", procName, NULL); if (reverse) vbarstr = stringReverse(barstr); else vbarstr = stringNew(barstr); /* Verify size; skip the first 6 and last 7 bars. */ len = strlen(vbarstr); if ((len - 13) % 6 != 0) return (char *)ERROR_PTR("size not divisible by 6: invalid code 93", procName, NULL); /* Decode the symbols */ nsymb = (len - 13) / 6; data = (char *)CALLOC(nsymb + 1, sizeof(char)); index = (l_int32 *)CALLOC(nsymb, sizeof(l_int32)); memset(code, 0, 7); error = FALSE; for (i = 0; i < nsymb; i++) { start = 6 + 6 * i; for (j = 0; j < 6; j++) code[j] = vbarstr[start + j]; if (debugflag) fprintf(stderr, "code: %s\n", code); found = FALSE; for (j = 0; j < C93_START; j++) { if (!strcmp(code, Code93[j])) { data[i] = Code93Val[j]; index[i] = j; found = TRUE; break; } } if (!found) error = TRUE; } FREE(vbarstr); if (error) { FREE(index); FREE(data); return (char *)ERROR_PTR("error in decoding", procName, NULL); } /* Do check sums. For character "C", use only the * actual data in computing the sum. For character "K", * use the actual data plus the check character "C". */ sum = 0; for (i = 0; i < nsymb - 2; i++) /* skip the "C" and "K" */ sum += ((i % 20) + 1) * index[nsymb - 3 - i]; if (data[nsymb - 2] != Code93Val[sum % 47]) L_WARNING("Error for check C\n", procName); if (debugflag) { checkc = Code93[sum % 47]; fprintf(stderr, "checkc = %s\n", checkc); } sum = 0; for (i = 0; i < nsymb - 1; i++) /* skip the "K" */ sum += ((i % 15) + 1) * index[nsymb - 2 - i]; if (data[nsymb - 1] != Code93Val[sum % 47]) L_WARNING("Error for check K\n", procName); if (debugflag) { checkk = Code93[sum % 47]; fprintf(stderr, "checkk = %s\n", checkk); } /* Remove the two check codes from the output */ data[nsymb - 2] = '\0'; FREE(index); return data; } /*------------------------------------------------------------------------* * Code 39 * *------------------------------------------------------------------------*/ /*! * barcodeDecode39() * * Input: barstr (of widths, in set {1, 2}) * debugflag * Return: data (string of digits), or null if none found or on error * * Notes: * (1) Ref: http://en.wikipedia.org/wiki/Code39 * http://morovia.com/education/symbology/code39.asp * (2) Each symbol has 5 black and 4 white bars. * The start and stop codes are 121121211 (the asterisk) * (3) This decoder was contributed by Roger Hyde. */ static char * barcodeDecode39(char *barstr, l_int32 debugflag) { char *data, *vbarstr; char code[10]; l_int32 valid, reverse, i, j, len, error, nsymb, start, found; PROCNAME("barcodeDecode39"); if (!barstr) return (char *)ERROR_PTR("barstr not defined", procName, NULL); /* Verify format; reverse if necessary */ barcodeVerifyFormat(barstr, L_BF_CODE39, &valid, &reverse); if (!valid) return (char *)ERROR_PTR("barstr not in code39 format", procName, NULL); if (reverse) vbarstr = stringReverse(barstr); else vbarstr = stringNew(barstr); /* Verify size */ len = strlen(vbarstr); if ((len + 1) % 10 != 0) return (char *)ERROR_PTR("size+1 not divisible by 10: invalid code 39", procName, NULL); /* Decode the symbols */ nsymb = (len - 19) / 10; data = (char *)CALLOC(nsymb + 1, sizeof(char)); memset(code, 0, 10); error = FALSE; for (i = 0; i < nsymb; i++) { start = 10 + 10 * i; for (j = 0; j < 9; j++) code[j] = vbarstr[start + j]; if (debugflag) fprintf(stderr, "code: %s\n", code); found = FALSE; for (j = 0; j < C39_START; j++) { if (!strcmp(code, Code39[j])) { data[i] = Code39Val[j]; found = TRUE; break; } } if (!found) error = TRUE; } FREE(vbarstr); if (error) { FREE(data); return (char *)ERROR_PTR("error in decoding", procName, NULL); } return data; } /*------------------------------------------------------------------------* * Codabar * *------------------------------------------------------------------------*/ /*! * barcodeDecodeCodabar() * * Input: barstr (of widths, in set {1, 2}) * debugflag * Return: data (string of digits), or null if none found or on error * * Notes: * (1) Ref: http://en.wikipedia.org/wiki/Codabar * http://morovia.com/education/symbology/codabar.asp * (2) Each symbol has 4 black and 3 white bars. They represent the * 10 digits, and optionally 6 other characters. The start and * stop codes can be any of four (typically denoted A,B,C,D). */ static char * barcodeDecodeCodabar(char *barstr, l_int32 debugflag) { char *data, *vbarstr; char code[8]; l_int32 valid, reverse, i, j, len, error, nsymb, start, found; PROCNAME("barcodeDecodeCodabar"); if (!barstr) return (char *)ERROR_PTR("barstr not defined", procName, NULL); /* Verify format; reverse if necessary */ barcodeVerifyFormat(barstr, L_BF_CODABAR, &valid, &reverse); if (!valid) return (char *)ERROR_PTR("barstr not in codabar format", procName, NULL); if (reverse) vbarstr = stringReverse(barstr); else vbarstr = stringNew(barstr); /* Verify size */ len = strlen(vbarstr); if ((len + 1) % 8 != 0) return (char *)ERROR_PTR("size+1 not divisible by 8: invalid codabar", procName, NULL); /* Decode the symbols */ nsymb = (len - 15) / 8; data = (char *)CALLOC(nsymb + 1, sizeof(char)); memset(code, 0, 8); error = FALSE; for (i = 0; i < nsymb; i++) { start = 8 + 8 * i; for (j = 0; j < 7; j++) code[j] = vbarstr[start + j]; if (debugflag) fprintf(stderr, "code: %s\n", code); found = FALSE; for (j = 0; j < 16; j++) { if (!strcmp(code, Codabar[j])) { data[i] = CodabarVal[j]; found = TRUE; break; } } if (!found) error = TRUE; } FREE(vbarstr); if (error) { FREE(data); return (char *)ERROR_PTR("error in decoding", procName, NULL); } return data; } /*------------------------------------------------------------------------* * Code UPC-A * *------------------------------------------------------------------------*/ /*! * barcodeDecodeUpca() * * Input: barstr (of widths, in set {1, 2, 3, 4}) * debugflag * Return: data (string of digits), or null if none found or on error * * Notes: * (1) Ref: http://en.wikipedia.org/wiki/UniversalProductCode * http://morovia.com/education/symbology/upc-a.asp * (2) Each symbol has 2 black and 2 white bars, and encodes a digit. * The start and stop codes are 111 and 111. There are a total of * 30 black bars, encoding 12 digits in two sets of 6, with * 2 black bars separating the sets. * (3) The last digit is a check digit. We check for correctness, and * issue a warning on failure. Should probably not return any * data on failure. */ static char * barcodeDecodeUpca(char *barstr, l_int32 debugflag) { char *data, *vbarstr; char code[5]; l_int32 valid, i, j, len, error, start, found, sum, checkdigit; PROCNAME("barcodeDecodeUpca"); if (!barstr) return (char *)ERROR_PTR("barstr not defined", procName, NULL); /* Verify format; reverse has no meaning here -- we must test both */ barcodeVerifyFormat(barstr, L_BF_UPCA, &valid, NULL); if (!valid) return (char *)ERROR_PTR("barstr not in UPC-A format", procName, NULL); /* Verify size */ len = strlen(barstr); if (len != 59) return (char *)ERROR_PTR("size not 59; invalid UPC-A barcode", procName, NULL); /* Check the first digit. If invalid, reverse the string. */ memset(code, 0, 5); for (i = 0; i < 4; i++) code[i] = barstr[i + 3]; found = FALSE; for (i = 0; i < 10; i++) { if (!strcmp(code, Upca[i])) { found = TRUE; break; } } if (found == FALSE) vbarstr = stringReverse(barstr); else vbarstr = stringNew(barstr); /* Decode the 12 symbols */ data = (char *)CALLOC(13, sizeof(char)); memset(code, 0, 5); error = FALSE; for (i = 0; i < 12; i++) { if (i < 6) start = 3 + 4 * i; else start = 32 + 4 * (i - 6); for (j = 0; j < 4; j++) code[j] = vbarstr[start + j]; if (debugflag) fprintf(stderr, "code: %s\n", code); found = FALSE; for (j = 0; j < 10; j++) { if (!strcmp(code, Upca[j])) { data[i] = 0x30 + j; found = TRUE; break; } } if (!found) error = TRUE; } FREE(vbarstr); if (error) { FREE(data); return (char *)ERROR_PTR("error in decoding", procName, NULL); } /* Calculate the check digit (data[11]). */ sum = 0; for (i = 0; i < 12; i += 2) /* "even" digits */ sum += 3 * (data[i] - 0x30); for (i = 1; i < 11; i += 2) /* "odd" digits */ sum += (data[i] - 0x30); checkdigit = sum % 10; if (checkdigit) /* not 0 */ checkdigit = 10 - checkdigit; if (checkdigit + 0x30 != data[11]) L_WARNING("Error for UPC-A check character\n", procName); return data; } /*------------------------------------------------------------------------* * Code EAN-13 * *------------------------------------------------------------------------*/ /*! * barcodeDecodeEan13() * * Input: barstr (of widths, in set {1, 2, 3, 4}) * first (first digit: 0 - 9) * debugflag * Return: data (string of digits), or null if none found or on error * * Notes: * (1) Ref: http://en.wikipedia.org/wiki/UniversalProductCode * http://morovia.com/education/symbology/ean-13.asp * (2) The encoding is essentially the same as UPC-A, except * there are 13 digits in total, of which 12 are encoded * by bars (as with UPC-A) and the 13th is a leading digit * that determines the encoding of the next 6 digits, * selecting each digit from one of two tables. * encoded in the bars (as with UPC-A). If the first digit * is 0, the encoding is identical to UPC-A. * (3) As with UPC-A, the last digit is a check digit. * (4) For now, we assume the first digit is input to this function. * Eventually, we will read it by pattern matching. * * TODO: fix this for multiple tables, depending on the value of @first */ static char * barcodeDecodeEan13(char *barstr, l_int32 first, l_int32 debugflag) { char *data, *vbarstr; char code[5]; l_int32 valid, i, j, len, error, start, found, sum, checkdigit; PROCNAME("barcodeDecodeEan13"); if (!barstr) return (char *)ERROR_PTR("barstr not defined", procName, NULL); /* Verify format. You can't tell the orientation by the start * and stop codes, but you can by the location of the digits. * Use the UPCA verifier for EAN 13 -- it is identical. */ barcodeVerifyFormat(barstr, L_BF_UPCA, &valid, NULL); if (!valid) return (char *)ERROR_PTR("barstr not in EAN 13 format", procName, NULL); /* Verify size */ len = strlen(barstr); if (len != 59) return (char *)ERROR_PTR("size not 59; invalid EAN 13 barcode", procName, NULL); /* Check the first digit. If invalid, reverse the string. */ memset(code, 0, 5); for (i = 0; i < 4; i++) code[i] = barstr[i + 3]; found = FALSE; for (i = 0; i < 10; i++) { if (!strcmp(code, Upca[i])) { found = TRUE; break; } } if (found == FALSE) vbarstr = stringReverse(barstr); else vbarstr = stringNew(barstr); /* Decode the 12 symbols */ data = (char *)CALLOC(13, sizeof(char)); memset(code, 0, 5); error = FALSE; for (i = 0; i < 12; i++) { if (i < 6) start = 3 + 4 * i; else start = 32 + 4 * (i - 6); for (j = 0; j < 4; j++) code[j] = vbarstr[start + j]; if (debugflag) fprintf(stderr, "code: %s\n", code); found = FALSE; for (j = 0; j < 10; j++) { if (!strcmp(code, Upca[j])) { data[i] = 0x30 + j; found = TRUE; break; } } if (!found) error = TRUE; } FREE(vbarstr); if (error) { FREE(data); return (char *)ERROR_PTR("error in decoding", procName, NULL); } /* Calculate the check digit (data[11]). */ sum = 0; for (i = 0; i < 12; i += 2) /* "even" digits */ sum += 3 * (data[i] - 0x30); for (i = 1; i < 12; i += 2) /* "odd" digits */ sum += (data[i] - 0x30); checkdigit = sum % 10; if (checkdigit) /* not 0 */ checkdigit = 10 - checkdigit; if (checkdigit + 0x30 != data[11]) L_WARNING("Error for EAN-13 check character\n", procName); return data; } leptonica-1.70/src/pngiostub.c0000644000175000017500000001060611765441336014467 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pngiostub.c * * Stubs for pngio.c functions */ #include "allheaders.h" #ifdef HAVE_CONFIG_H #include "config_auto.h" #endif /* HAVE_CONFIG_H */ /* --------------------------------------------*/ #if !HAVE_LIBPNG /* defined in environ.h */ /* --------------------------------------------*/ PIX * pixReadStreamPng(FILE *fp) { return (PIX * )ERROR_PTR("function not present", "pixReadStreamPng", NULL); } /* ----------------------------------------------------------------------*/ l_int32 readHeaderPng(const char *filename, l_int32 *pwidth, l_int32 *pheight, l_int32 *pbps, l_int32 *pspp, l_int32 *piscmap) { return ERROR_INT("function not present", "readHeaderPng", 1); } /* ----------------------------------------------------------------------*/ l_int32 freadHeaderPng(FILE *fp, l_int32 *pwidth, l_int32 *pheight, l_int32 *pbps, l_int32 *pspp, l_int32 *piscmap) { return ERROR_INT("function not present", "freadHeaderPng", 1); } /* ----------------------------------------------------------------------*/ l_int32 sreadHeaderPng(const l_uint8 *data, l_int32 *pwidth, l_int32 *pheight, l_int32 *pbps, l_int32 *pspp, l_int32 *piscmap) { return ERROR_INT("function not present", "sreadHeaderPng", 1); } /* ----------------------------------------------------------------------*/ l_int32 fgetPngResolution(FILE *fp, l_int32 *pxres, l_int32 *pyres) { return ERROR_INT("function not present", "fgetPngResolution", 1); } /* ----------------------------------------------------------------------*/ l_int32 pixWritePng(const char *filename, PIX *pix, l_float32 gamma) { return ERROR_INT("function not present", "pixWritePng", 1); } /* ----------------------------------------------------------------------*/ l_int32 pixWriteStreamPng(FILE *fp, PIX *pix, l_float32 gamma) { return ERROR_INT("function not present", "pixWriteStreamPng", 1); } /* ----------------------------------------------------------------------*/ l_int32 pixSetZlibCompression(PIX *pix, l_int32 compval) { return ERROR_INT("function not present", "pixSetZlibCompression", 1); } /* ----------------------------------------------------------------------*/ void l_pngSetReadStrip16To8(l_int32 flag) { L_ERROR("function not present", "l_pngSetReadStrip16To8"); return; } /* ----------------------------------------------------------------------*/ PIX * pixReadMemPng(const l_uint8 *cdata, size_t size) { return (PIX * )ERROR_PTR("function not present", "pixReadMemPng", NULL); } /* ----------------------------------------------------------------------*/ l_int32 pixWriteMemPng(l_uint8 **pdata, size_t *psize, PIX *pix, l_float32 gamma) { return ERROR_INT("function not present", "pixWriteMemPng", 1); } /* --------------------------------------------*/ #endif /* !HAVE_LIBPNG */ /* --------------------------------------------*/ leptonica-1.70/src/classapp.c0000644000175000017500000010051512265645132014256 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * classapp.c * * Top-level jb2 correlation and rank-hausdorff * * l_int32 jbCorrelation() * l_int32 jbRankHaus() * * Extract and classify words in textline order * * JBCLASSER *jbWordsInTextlines() * l_int32 pixGetWordsInTextlines() * l_int32 pixGetWordBoxesInTextlines() * * Use word bounding boxes to compare page images * * NUMAA *boxaExtractSortedPattern() * l_int32 numaaCompareImagesByBoxes() * static l_int32 testLineAlignmentX() * static l_int32 countAlignedMatches() * static void printRowIndices() */ #include #include "allheaders.h" static const l_int32 L_BUF_SIZE = 512; static const l_int32 JB_WORDS_MIN_WIDTH = 5; /* pixels */ static const l_int32 JB_WORDS_MIN_HEIGHT = 3; /* pixels */ /* Static comparison functions */ static l_int32 testLineAlignmentX(NUMA *na1, NUMA *na2, l_int32 shiftx, l_int32 delx, l_int32 nperline); static l_int32 countAlignedMatches(NUMA *nai1, NUMA *nai2, NUMA *nasx, NUMA *nasy, l_int32 n1, l_int32 n2, l_int32 delx, l_int32 dely, l_int32 nreq, l_int32 *psame, l_int32 debugflag); static void printRowIndices(l_int32 *index1, l_int32 n1, l_int32 *index2, l_int32 n2); /*------------------------------------------------------------------* * Top-level jb2 correlation and rank-hausdorff * *------------------------------------------------------------------*/ /*! * jbCorrelation() * * Input: dirin (directory of input images) * thresh (typically ~0.8) * weight (typically ~0.6) * components (JB_CONN_COMPS, JB_CHARACTERS, JB_WORDS) * rootname (for output files) * firstpage (0-based) * npages (use 0 for all pages in dirin) * renderflag (1 to render from templates; 0 to skip) * Return: 0 if OK, 1 on error * * Notes: * (1) The images must be 1 bpp. If they are not, you can convert * them using convertFilesTo1bpp(). * (2) See prog/jbcorrelation for generating more output (e.g., * for debugging) */ l_int32 jbCorrelation(const char *dirin, l_float32 thresh, l_float32 weight, l_int32 components, const char *rootname, l_int32 firstpage, l_int32 npages, l_int32 renderflag) { char filename[L_BUF_SIZE]; l_int32 nfiles, i, numpages; JBDATA *data; JBCLASSER *classer; PIX *pix; PIXA *pixa; SARRAY *safiles; PROCNAME("jbCorrelation"); if (!dirin) return ERROR_INT("dirin not defined", procName, 1); if (!rootname) return ERROR_INT("rootname not defined", procName, 1); if (components != JB_CONN_COMPS && components != JB_CHARACTERS && components != JB_WORDS) return ERROR_INT("components invalid", procName, 1); safiles = getSortedPathnamesInDirectory(dirin, NULL, firstpage, npages); nfiles = sarrayGetCount(safiles); /* Classify components */ classer = jbCorrelationInit(components, 0, 0, thresh, weight); jbAddPages(classer, safiles); /* Save data */ data = jbDataSave(classer); jbDataWrite(rootname, data); /* Optionally, render pages using class templates */ if (renderflag) { pixa = jbDataRender(data, FALSE); numpages = pixaGetCount(pixa); if (numpages != nfiles) fprintf(stderr, "numpages = %d, nfiles = %d, not equal!\n", numpages, nfiles); for (i = 0; i < numpages; i++) { pix = pixaGetPix(pixa, i, L_CLONE); snprintf(filename, L_BUF_SIZE, "%s.%05d", rootname, i); fprintf(stderr, "filename: %s\n", filename); pixWrite(filename, pix, IFF_PNG); pixDestroy(&pix); } pixaDestroy(&pixa); } sarrayDestroy(&safiles); jbClasserDestroy(&classer); jbDataDestroy(&data); return 0; } /*! * jbRankHaus() * * Input: dirin (directory of input images) * size (of Sel used for dilation; typ. 2) * rank (rank value of match; typ. 0.97) * components (JB_CONN_COMPS, JB_CHARACTERS, JB_WORDS) * rootname (for output files) * firstpage (0-based) * npages (use 0 for all pages in dirin) * renderflag (1 to render from templates; 0 to skip) * Return: 0 if OK, 1 on error * * Notes: * (1) See prog/jbrankhaus for generating more output (e.g., * for debugging) */ l_int32 jbRankHaus(const char *dirin, l_int32 size, l_float32 rank, l_int32 components, const char *rootname, l_int32 firstpage, l_int32 npages, l_int32 renderflag) { char filename[L_BUF_SIZE]; l_int32 nfiles, i, numpages; JBDATA *data; JBCLASSER *classer; PIX *pix; PIXA *pixa; SARRAY *safiles; PROCNAME("jbRankHaus"); if (!dirin) return ERROR_INT("dirin not defined", procName, 1); if (!rootname) return ERROR_INT("rootname not defined", procName, 1); if (components != JB_CONN_COMPS && components != JB_CHARACTERS && components != JB_WORDS) return ERROR_INT("components invalid", procName, 1); safiles = getSortedPathnamesInDirectory(dirin, NULL, firstpage, npages); nfiles = sarrayGetCount(safiles); /* Classify components */ classer = jbRankHausInit(components, 0, 0, size, rank); jbAddPages(classer, safiles); /* Save data */ data = jbDataSave(classer); jbDataWrite(rootname, data); /* Optionally, render pages using class templates */ if (renderflag) { pixa = jbDataRender(data, FALSE); numpages = pixaGetCount(pixa); if (numpages != nfiles) fprintf(stderr, "numpages = %d, nfiles = %d, not equal!\n", numpages, nfiles); for (i = 0; i < numpages; i++) { pix = pixaGetPix(pixa, i, L_CLONE); snprintf(filename, L_BUF_SIZE, "%s.%05d", rootname, i); fprintf(stderr, "filename: %s\n", filename); pixWrite(filename, pix, IFF_PNG); pixDestroy(&pix); } pixaDestroy(&pixa); } sarrayDestroy(&safiles); jbClasserDestroy(&classer); jbDataDestroy(&data); return 0; } /*------------------------------------------------------------------* * Extract and classify words in textline order * *------------------------------------------------------------------*/ /*! * jbWordsInTextlines() * * Input: dirin (directory of input pages) * reduction (1 for full res; 2 for half-res) * maxwidth (of word mask components, to be kept) * maxheight (of word mask components, to be kept) * thresh (on correlation; 0.80 is reasonable) * weight (for handling thick text; 0.6 is reasonable) * natl ( numa with textline index for each component) * firstpage (0-based) * npages (use 0 for all pages in dirin) * Return: classer (for the set of pages) * * Notes: * (1) This is a high-level function. See prog/jbwords for example * of usage. * (2) Typically, words can be found reasonably well at a resolution * of about 150 ppi. For highest accuracy, you should use 300 ppi. * Assuming that the input images are 300 ppi, use reduction = 1 * for finding words at full res, and reduction = 2 for finding * them at 150 ppi. */ JBCLASSER * jbWordsInTextlines(const char *dirin, l_int32 reduction, l_int32 maxwidth, l_int32 maxheight, l_float32 thresh, l_float32 weight, NUMA **pnatl, l_int32 firstpage, l_int32 npages) { char *fname; l_int32 nfiles, i, w, h; BOXA *boxa; JBCLASSER *classer; NUMA *nai, *natl; PIX *pix; PIXA *pixa; SARRAY *safiles; PROCNAME("jbWordsInTextlines"); if (!pnatl) return (JBCLASSER *)ERROR_PTR("&natl not defined", procName, NULL); *pnatl = NULL; if (!dirin) return (JBCLASSER *)ERROR_PTR("dirin not defined", procName, NULL); if (reduction != 1 && reduction != 2) return (JBCLASSER *)ERROR_PTR("reduction not in {1,2}", procName, NULL); safiles = getSortedPathnamesInDirectory(dirin, NULL, firstpage, npages); nfiles = sarrayGetCount(safiles); /* Classify components */ classer = jbCorrelationInit(JB_WORDS, maxwidth, maxheight, thresh, weight); classer->safiles = sarrayCopy(safiles); natl = numaCreate(0); *pnatl = natl; for (i = 0; i < nfiles; i++) { fname = sarrayGetString(safiles, i, 0); if ((pix = pixRead(fname)) == NULL) { L_WARNING("image file %d not read\n", procName, i); continue; } pixGetDimensions(pix, &w, &h, NULL); if (reduction == 1) { classer->w = w; classer->h = h; } else { /* reduction == 2 */ classer->w = w / 2; classer->h = h / 2; } pixGetWordsInTextlines(pix, reduction, JB_WORDS_MIN_WIDTH, JB_WORDS_MIN_HEIGHT, maxwidth, maxheight, &boxa, &pixa, &nai); jbAddPageComponents(classer, pix, boxa, pixa); numaJoin(natl, nai, 0, -1); pixDestroy(&pix); numaDestroy(&nai); boxaDestroy(&boxa); pixaDestroy(&pixa); } sarrayDestroy(&safiles); return classer; } /*! * pixGetWordsInTextlines() * * Input: pixs (1 bpp, typ. 300 ppi) * reduction (1 for input res; 2 for 2x reduction of input res) * minwidth, minheight (of saved components; smaller are discarded) * maxwidth, maxheight (of saved components; larger are discarded) * &boxad ( word boxes sorted in textline line order) * &pixad ( word images sorted in textline line order) * &naindex ( index of textline for each word) * Return: 0 if OK, 1 on error * * Notes: * (1) The input should be at a resolution of about 300 ppi. * The word masks and word images can be computed at either * 150 ppi or 300 ppi. For the former, set reduction = 2. * (2) The four size constraints on saved components are all * scaled by @reduction. * (3) The result are word images (and their b.b.), extracted in * textline order, at either full res or 2x reduction, * and with a numa giving the textline index for each word. * (4) The pixa and boxa interfaces should make this type of * application simple to put together. The steps are: * - optionally reduce by 2x * - generate first estimate of word masks * - get b.b. of these, and remove the small and big ones * - extract pixa of the word images, using the b.b. * - sort actual word images in textline order (2d) * - flatten them to a pixa (1d), saving the textline index * for each pix * (5) In an actual application, it may be desirable to pre-filter * the input image to remove large components, to extract * single columns of text, and to deskew them. For example, * to remove both large components and small noisy components * that can interfere with the statistics used to estimate * parameters for segmenting by words, but still retain text lines, * the following image preprocessing can be done: * Pix *pixt = pixMorphSequence(pixs, "c40.1", 0); * Pix *pixf = pixSelectBySize(pixt, 0, 60, 8, * L_SELECT_HEIGHT, L_SELECT_IF_LT, NULL); * pixAnd(pixf, pixf, pixs); // the filtered image * The closing turns text lines into long blobs, but does not * significantly increase their height. But if there are many * small connected components in a dense texture, this is likely * to generate tall components that will be eliminated in pixf. */ l_int32 pixGetWordsInTextlines(PIX *pixs, l_int32 reduction, l_int32 minwidth, l_int32 minheight, l_int32 maxwidth, l_int32 maxheight, BOXA **pboxad, PIXA **ppixad, NUMA **pnai) { l_int32 maxdil; BOXA *boxa1, *boxad; BOXAA *baa; NUMA *nai; NUMAA *naa; PIXA *pixa1, *pixad; PIX *pix1; PIXAA *paa; PROCNAME("pixGetWordsInTextlines"); if (!pboxad || !ppixad || !pnai) return ERROR_INT("&boxad, &pixad, &nai not all defined", procName, 1); *pboxad = NULL; *ppixad = NULL; *pnai = NULL; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (reduction != 1 && reduction != 2) return ERROR_INT("reduction not in {1,2}", procName, 1); if (reduction == 1) { pix1 = pixClone(pixs); maxdil = 18; } else { /* reduction == 2 */ pix1 = pixReduceRankBinaryCascade(pixs, 1, 0, 0, 0); maxdil = 9; } /* Get the bounding boxes of the words from the word mask. */ pixWordBoxesByDilation(pix1, maxdil, minwidth, minheight, maxwidth, maxheight, &boxa1, NULL); /* Generate a pixa of the word images */ pixa1 = pixaCreateFromBoxa(pix1, boxa1, NULL); /* mask over each word */ /* Sort the bounding boxes of these words by line. We use the * index mapping to allow identical sorting of the pixa. */ baa = boxaSort2d(boxa1, &naa, -1, -1, 4); paa = pixaSort2dByIndex(pixa1, naa, L_CLONE); /* Flatten the word paa */ pixad = pixaaFlattenToPixa(paa, &nai, L_CLONE); boxad = pixaGetBoxa(pixad, L_COPY); *pnai = nai; *pboxad = boxad; *ppixad = pixad; pixDestroy(&pix1); pixaDestroy(&pixa1); boxaDestroy(&boxa1); boxaaDestroy(&baa); pixaaDestroy(&paa); numaaDestroy(&naa); return 0; } /*! * pixGetWordBoxesInTextlines() * * Input: pixs (1 bpp, typ. 300 ppi) * reduction (1 for input res; 2 for 2x reduction of input res) * minwidth, minheight (of saved components; smaller are discarded) * maxwidth, maxheight (of saved components; larger are discarded) * &boxad ( word boxes sorted in textline line order) * &naindex ( index of textline for each word) * Return: 0 if OK, 1 on error * * Notes: * (1) The input should be at a resolution of about 300 ppi. * The word masks can be computed at either 150 ppi or 300 ppi. * For the former, set reduction = 2. * (2) This is a special version of pixGetWordsInTextlines(), that * just finds the word boxes in line order, with a numa * giving the textline index for each word. * See pixGetWordsInTextlines() for more details. */ l_int32 pixGetWordBoxesInTextlines(PIX *pixs, l_int32 reduction, l_int32 minwidth, l_int32 minheight, l_int32 maxwidth, l_int32 maxheight, BOXA **pboxad, NUMA **pnai) { l_int32 maxdil; BOXA *boxa1; BOXAA *baa; NUMA *nai; PIX *pix1; PROCNAME("pixGetWordBoxesInTextlines"); if (pnai) *pnai = NULL; if (!pboxad) return ERROR_INT("&boxad and &nai not both defined", procName, 1); *pboxad = NULL; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (reduction != 1 && reduction != 2) return ERROR_INT("reduction not in {1,2}", procName, 1); if (reduction == 1) { pix1 = pixClone(pixs); maxdil = 18; } else { /* reduction == 2 */ pix1 = pixReduceRankBinaryCascade(pixs, 1, 0, 0, 0); maxdil = 9; } /* Get the bounding boxes of the words from the word mask. */ pixWordBoxesByDilation(pix1, maxdil, minwidth, minheight, maxwidth, maxheight, &boxa1, NULL); /* 2D sort the bounding boxes of these words. */ baa = boxaSort2d(boxa1, NULL, 3, -5, 5); /* Flatten the boxaa, saving the boxa index for each box */ *pboxad = boxaaFlattenToBoxa(baa, &nai, L_CLONE); if (pnai) *pnai = nai; else numaDestroy(&nai); pixDestroy(&pix1); boxaDestroy(&boxa1); boxaaDestroy(&baa); return 0; } /*------------------------------------------------------------------* * Use word bounding boxes to compare page images * *------------------------------------------------------------------*/ /*! * boxaExtractSortedPattern() * * Input: boxa (typ. of word bounding boxes, in textline order) * numa (index of textline for each box in boxa) * Return: naa (numaa, where each numa represents one textline), * or null on error * * Notes: * (1) The input is expected to come from pixGetWordBoxesInTextlines(). * (2) Each numa in the output consists of an average y coordinate * of the first box in the textline, followed by pairs of * x coordinates representing the left and right edges of each * of the boxes in the textline. */ NUMAA * boxaExtractSortedPattern(BOXA *boxa, NUMA *na) { l_int32 index, nbox, row, prevrow, x, y, w, h; BOX *box; NUMA *nad; NUMAA *naa; PROCNAME("boxaExtractSortedPattern"); if (!boxa) return (NUMAA *)ERROR_PTR("boxa not defined", procName, NULL); if (!na) return (NUMAA *)ERROR_PTR("na not defined", procName, NULL); naa = numaaCreate(0); nbox = boxaGetCount(boxa); if (nbox == 0) return naa; prevrow = -1; for (index = 0; index < nbox; index++) { box = boxaGetBox(boxa, index, L_CLONE); numaGetIValue(na, index, &row); if (row > prevrow) { if (index > 0) numaaAddNuma(naa, nad, L_INSERT); nad = numaCreate(0); prevrow = row; boxGetGeometry(box, NULL, &y, NULL, &h); numaAddNumber(nad, y + h / 2); } boxGetGeometry(box, &x, NULL, &w, NULL); numaAddNumber(nad, x); numaAddNumber(nad, x + w - 1); boxDestroy(&box); } numaaAddNuma(naa, nad, L_INSERT); return naa; } /*! * numaaCompareImagesByBoxes() * * Input: naa1 (for image 1, formatted by boxaExtractSortedPattern()) * naa2 (ditto; for image 2) * nperline (number of box regions to be used in each textline) * nreq (number of complete row matches required) * maxshiftx (max allowed x shift between two patterns, in pixels) * maxshifty (max allowed y shift between two patterns, in pixels) * delx (max allowed difference in x data, after alignment) * dely (max allowed difference in y data, after alignment) * &same ( 1 if @nreq row matches are found; 0 otherwise) * debugflag (1 for debug output) * Return: 0 if OK, 1 on error * * Notes: * (1) Each input numaa describes a set of sorted bounding boxes * (sorted by textline and, within each textline, from * left to right) in the images from which they are derived. * See boxaExtractSortedPattern() for a description of the data * format in each of the input numaa. * (2) This function does an alignment between the input * descriptions of bounding boxes for two images. The * input parameter @nperline specifies the number of boxes * to consider in each line when testing for a match, and * @nreq is the required number of lines that must be well-aligned * to get a match. * (3) Testing by alignment has 3 steps: * (a) Generating the location of word bounding boxes from the * images (prior to calling this function). * (b) Listing all possible pairs of aligned rows, based on * tolerances in horizontal and vertical positions of * the boxes. Specifically, all pairs of rows are enumerated * whose first @nperline boxes can be brought into close * alignment, based on the delx parameter for boxes in the * line and within the overall the @maxshiftx and @maxshifty * constraints. * (c) Each pair, starting with the first, is used to search * for a set of @nreq - 1 other pairs that can all be aligned * with a difference in global translation of not more * than (@delx, @dely). */ l_int32 numaaCompareImagesByBoxes(NUMAA *naa1, NUMAA *naa2, l_int32 nperline, l_int32 nreq, l_int32 maxshiftx, l_int32 maxshifty, l_int32 delx, l_int32 dely, l_int32 *psame, l_int32 debugflag) { l_int32 n1, n2, i, j, nbox, y1, y2, xl1, xl2; l_int32 shiftx, shifty, match; l_int32 *line1, *line2; /* indicator for sufficient boxes in a line */ l_int32 *yloc1, *yloc2; /* arrays of y value for first box in a line */ l_int32 *xleft1, *xleft2; /* arrays of x value for left side of first box */ NUMA *na1, *na2, *nai1, *nai2, *nasx, *nasy; PROCNAME("numaaCompareImagesByBoxes"); if (!psame) return ERROR_INT("&same not defined", procName, 1); *psame = 0; if (!naa1) return ERROR_INT("naa1 not defined", procName, 1); if (!naa2) return ERROR_INT("naa2 not defined", procName, 1); if (nperline < 1) return ERROR_INT("nperline < 1", procName, 1); if (nreq < 1) return ERROR_INT("nreq < 1", procName, 1); n1 = numaaGetCount(naa1); n2 = numaaGetCount(naa2); if (n1 < nreq || n2 < nreq) return 0; /* Find the lines in naa1 and naa2 with sufficient boxes. * Also, find the y-values for each of the lines, and the * LH x-values of the first box in each line. */ line1 = (l_int32 *)CALLOC(n1, sizeof(l_int32)); line2 = (l_int32 *)CALLOC(n2, sizeof(l_int32)); yloc1 = (l_int32 *)CALLOC(n1, sizeof(l_int32)); yloc2 = (l_int32 *)CALLOC(n2, sizeof(l_int32)); xleft1 = (l_int32 *)CALLOC(n1, sizeof(l_int32)); xleft2 = (l_int32 *)CALLOC(n2, sizeof(l_int32)); for (i = 0; i < n1; i++) { na1 = numaaGetNuma(naa1, i, L_CLONE); numaGetIValue(na1, 0, yloc1 + i); numaGetIValue(na1, 1, xleft1 + i); nbox = (numaGetCount(na1) - 1) / 2; if (nbox >= nperline) line1[i] = 1; numaDestroy(&na1); } for (i = 0; i < n2; i++) { na2 = numaaGetNuma(naa2, i, L_CLONE); numaGetIValue(na2, 0, yloc2 + i); numaGetIValue(na2, 1, xleft2 + i); nbox = (numaGetCount(na2) - 1) / 2; if (nbox >= nperline) line2[i] = 1; numaDestroy(&na2); } /* Enumerate all possible line matches. A 'possible' line * match is one where the x and y shifts for the first box * in each line are within the maxshiftx and maxshifty * constraints, and the left and right sides of the remaining * (nperline - 1) successive boxes are within delx of each other. * The result is a set of four numas giving parameters of * each set of matching lines. */ nai1 = numaCreate(0); /* line index 1 of match */ nai2 = numaCreate(0); /* line index 2 of match */ nasx = numaCreate(0); /* shiftx for match */ nasy = numaCreate(0); /* shifty for match */ for (i = 0; i < n1; i++) { if (line1[i] == 0) continue; y1 = yloc1[i]; xl1 = xleft1[i]; na1 = numaaGetNuma(naa1, i, L_CLONE); for (j = 0; j < n2; j++) { if (line2[j] == 0) continue; y2 = yloc2[j]; if (L_ABS(y1 - y2) > maxshifty) continue; xl2 = xleft2[j]; if (L_ABS(xl1 - xl2) > maxshiftx) continue; shiftx = xl1 - xl2; /* shift to add to x2 values */ shifty = y1 - y2; /* shift to add to y2 values */ na2 = numaaGetNuma(naa2, j, L_CLONE); /* Now check if 'nperline' boxes in the two lines match */ match = testLineAlignmentX(na1, na2, shiftx, delx, nperline); if (match) { numaAddNumber(nai1, i); numaAddNumber(nai2, j); numaAddNumber(nasx, shiftx); numaAddNumber(nasy, shifty); } numaDestroy(&na2); } numaDestroy(&na1); } /* Determine if there are a sufficient number of mutually * aligned matches. Mutually aligned matches place an additional * constraint on the 'possible' matches, where the relative * shifts must not exceed the (delx, dely) distances. */ countAlignedMatches(nai1, nai2, nasx, nasy, n1, n2, delx, dely, nreq, psame, debugflag); FREE(line1); FREE(line2); FREE(yloc1); FREE(yloc2); FREE(xleft1); FREE(xleft2); numaDestroy(&nai1); numaDestroy(&nai2); numaDestroy(&nasx); numaDestroy(&nasy); return 0; } static l_int32 testLineAlignmentX(NUMA *na1, NUMA *na2, l_int32 shiftx, l_int32 delx, l_int32 nperline) { l_int32 i, xl1, xr1, xl2, xr2, diffl, diffr; PROCNAME("testLineAlignmentX"); if (!na1) return ERROR_INT("na1 not defined", procName, 1); if (!na2) return ERROR_INT("na2 not defined", procName, 1); for (i = 0; i < nperline; i++) { numaGetIValue(na1, i + 1, &xl1); numaGetIValue(na1, i + 2, &xr1); numaGetIValue(na2, i + 1, &xl2); numaGetIValue(na2, i + 2, &xr2); diffl = L_ABS(xl1 - xl2 - shiftx); diffr = L_ABS(xr1 - xr2 - shiftx); if (diffl > delx || diffr > delx) return 0; } return 1; } /* * countAlignedMatches() * Input: nai1, nai2 (numas of row pairs for matches) * nasx, nasy (numas of x and y shifts for the matches) * n1, n2 (number of rows in images 1 and 2) * delx, dely (allowed difference in shifts of the match, * compared to the reference match) * nreq (number of required aligned matches) * &same ( 1 if @nreq row matches are found; 0 otherwise) * Return: 0 if OK, 1 on error * * Notes: * (1) This takes 4 input arrays giving parameters of all the * line matches. It looks for the maximum set of aligned * matches (matches with approximately the same overall shifts) * that do not use rows from either image more than once. */ static l_int32 countAlignedMatches(NUMA *nai1, NUMA *nai2, NUMA *nasx, NUMA *nasy, l_int32 n1, l_int32 n2, l_int32 delx, l_int32 dely, l_int32 nreq, l_int32 *psame, l_int32 debugflag) { l_int32 i, j, nm, shiftx, shifty, nmatch, diffx, diffy; l_int32 *ia1, *ia2, *iasx, *iasy, *index1, *index2; PROCNAME("countAlignedMatches"); if (!nai1 || !nai2 || !nasx || !nasy) return ERROR_INT("4 input numas not defined", procName, 1); if (!psame) return ERROR_INT("&same not defined", procName, 1); *psame = 0; /* Check for sufficient aligned matches, doing a double iteration * over the set of raw matches. The row index arrays * are used to verify that the same rows in either image * are not used in more than one match. Whenever there * is a match that is properly aligned, those rows are * marked in the index arrays. */ nm = numaGetCount(nai1); /* number of matches */ if (nm < nreq) return 0; ia1 = numaGetIArray(nai1); ia2 = numaGetIArray(nai2); iasx = numaGetIArray(nasx); iasy = numaGetIArray(nasy); index1 = (l_int32 *)CALLOC(n1, sizeof(l_int32)); /* keep track of rows */ index2 = (l_int32 *)CALLOC(n2, sizeof(l_int32)); for (i = 0; i < nm; i++) { if (*psame == 1) break; /* Reset row index arrays */ memset(index1, 0, 4 * n1); memset(index2, 0, 4 * n2); nmatch = 1; index1[ia1[i]] = nmatch; /* mark these rows as taken */ index2[ia2[i]] = nmatch; shiftx = iasx[i]; /* reference shift between two rows */ shifty = iasy[i]; /* ditto */ if (nreq == 1) { *psame = 1; break; } for (j = 0; j < nm; j++) { if (j == i) continue; /* Rows must both be different from any previously seen */ if (index1[ia1[j]] > 0 || index2[ia2[j]] > 0) continue; /* Check the shift for this match */ diffx = L_ABS(shiftx - iasx[j]); diffy = L_ABS(shifty - iasy[j]); if (diffx > delx || diffy > dely) continue; /* We have a match */ nmatch++; index1[ia1[j]] = nmatch; /* mark the rows */ index2[ia2[j]] = nmatch; if (nmatch >= nreq) { *psame = 1; if (debugflag) printRowIndices(index1, n1, index2, n2); break; } } } FREE(ia1); FREE(ia2); FREE(iasx); FREE(iasy); FREE(index1); FREE(index2); return 0; } static void printRowIndices(l_int32 *index1, l_int32 n1, l_int32 *index2, l_int32 n2) { l_int32 i; fprintf(stderr, "Index1: "); for (i = 0; i < n1; i++) { if (i && (i % 20 == 0)) fprintf(stderr, "\n "); fprintf(stderr, "%3d", index1[i]); } fprintf(stderr, "\n"); fprintf(stderr, "Index2: "); for (i = 0; i < n2; i++) { if (i && (i % 20 == 0)) fprintf(stderr, "\n "); fprintf(stderr, "%3d", index2[i]); } fprintf(stderr, "\n"); return; } leptonica-1.70/src/rotate.c0000644000175000017500000005612512246237411013751 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * rotate.c * * General rotation about image center * PIX *pixRotate() * PIX *pixEmbedForRotation() * * General rotation by sampling * PIX *pixRotateBySampling() * * Nice (slow) rotation of 1 bpp image * PIX *pixRotateBinaryNice() * * Rotation including alpha (blend) component * PIX *pixRotateWithAlpha() * * Rotations are measured in radians; clockwise is positive. * * The general rotation pixRotate() does the best job for * rotating about the image center. For 1 bpp, it uses shear; * for others, it uses either shear or area mapping. * If requested, it expands the output image so that no pixels are lost * in the rotation, and this can be done on multiple successive shears * without expanding beyond the maximum necessary size. */ #include #include "allheaders.h" extern l_float32 AlphaMaskBorderVals[2]; static const l_float32 MIN_ANGLE_TO_ROTATE = 0.001; /* radians; ~0.06 deg */ static const l_float32 MAX_1BPP_SHEAR_ANGLE = 0.06; /* radians; ~3 deg */ static const l_float32 LIMIT_SHEAR_ANGLE = 0.35; /* radians; ~20 deg */ /*------------------------------------------------------------------* * General rotation about the center * *------------------------------------------------------------------*/ /*! * pixRotate() * * Input: pixs (1, 2, 4, 8, 32 bpp rgb) * angle (radians; clockwise is positive) * type (L_ROTATE_AREA_MAP, L_ROTATE_SHEAR, L_ROTATE_SAMPLING) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK) * width (original width; use 0 to avoid embedding) * height (original height; use 0 to avoid embedding) * Return: pixd, or null on error * * Notes: * (1) This is a high-level, simple interface for rotating images * about their center. * (2) For very small rotations, just return a clone. * (3) Rotation brings either white or black pixels in * from outside the image. * (4) The rotation type is adjusted if necessary for the image * depth and size of rotation angle. For 1 bpp images, we * rotate either by shear or sampling. * (5) Colormaps are removed for rotation by area mapping. * (6) The dest can be expanded so that no image pixels * are lost. To invoke expansion, input the original * width and height. For repeated rotation, use of the * original width and height allows the expansion to * stop at the maximum required size, which is a square * with side = sqrt(w*w + h*h). * * *** Warning: implicit assumption about RGB component ordering *** */ PIX * pixRotate(PIX *pixs, l_float32 angle, l_int32 type, l_int32 incolor, l_int32 width, l_int32 height) { l_int32 w, h, d; l_uint32 fillval; PIX *pixt1, *pixt2, *pixt3, *pixd; PIXCMAP *cmap; PROCNAME("pixRotate"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (type != L_ROTATE_SHEAR && type != L_ROTATE_AREA_MAP && type != L_ROTATE_SAMPLING) return (PIX *)ERROR_PTR("invalid type", procName, NULL); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return (PIX *)ERROR_PTR("invalid incolor", procName, NULL); if (L_ABS(angle) < MIN_ANGLE_TO_ROTATE) return pixClone(pixs); /* Adjust rotation type if necessary: * - If d == 1 bpp and the angle is more than about 6 degrees, * rotate by sampling; otherwise rotate by shear. * - If d > 1, only allow shear rotation up to about 20 degrees; * beyond that, default a shear request to sampling. */ if (pixGetDepth(pixs) == 1) { if (L_ABS(angle) > MAX_1BPP_SHEAR_ANGLE) { if (type != L_ROTATE_SAMPLING) L_INFO("1 bpp, large angle; rotate by sampling\n", procName); type = L_ROTATE_SAMPLING; } else if (type != L_ROTATE_SHEAR) { L_INFO("1 bpp; rotate by shear\n", procName); type = L_ROTATE_SHEAR; } } else if (L_ABS(angle) > LIMIT_SHEAR_ANGLE && type == L_ROTATE_SHEAR) { L_INFO("large angle; rotate by sampling\n", procName); type = L_ROTATE_SAMPLING; } /* Remove colormap if we rotate by area mapping. */ cmap = pixGetColormap(pixs); if (cmap && type == L_ROTATE_AREA_MAP) pixt1 = pixRemoveColormap(pixs, REMOVE_CMAP_BASED_ON_SRC); else pixt1 = pixClone(pixs); cmap = pixGetColormap(pixt1); /* Otherwise, if there is a colormap and we're not embedding, * add white color if it doesn't exist. */ if (cmap && width == 0) { /* no embedding; generate @incolor */ if (incolor == L_BRING_IN_BLACK) pixcmapAddBlackOrWhite(cmap, 0, NULL); else /* L_BRING_IN_WHITE */ pixcmapAddBlackOrWhite(cmap, 1, NULL); } /* Request to embed in a larger image; do if necessary */ pixt2 = pixEmbedForRotation(pixt1, angle, incolor, width, height); /* Area mapping requires 8 or 32 bpp. If less than 8 bpp and * area map rotation is requested, convert to 8 bpp. */ d = pixGetDepth(pixt2); if (type == L_ROTATE_AREA_MAP && d < 8) pixt3 = pixConvertTo8(pixt2, FALSE); else pixt3 = pixClone(pixt2); /* Do the rotation: shear, sampling or area mapping */ pixGetDimensions(pixt3, &w, &h, &d); if (type == L_ROTATE_SHEAR) { pixd = pixRotateShearCenter(pixt3, angle, incolor); } else if (type == L_ROTATE_SAMPLING) { pixd = pixRotateBySampling(pixt3, w / 2, h / 2, angle, incolor); } else { /* rotate by area mapping */ fillval = 0; if (incolor == L_BRING_IN_WHITE) { if (d == 8) fillval = 255; else /* d == 32 */ fillval = 0xffffff00; } if (d == 8) pixd = pixRotateAMGray(pixt3, angle, fillval); else /* d == 32 */ pixd = pixRotateAMColor(pixt3, angle, fillval); } pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); return pixd; } /*! * pixEmbedForRotation() * * Input: pixs (1, 2, 4, 8, 32 bpp rgb) * angle (radians; clockwise is positive) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK) * width (original width; use 0 to avoid embedding) * height (original height; use 0 to avoid embedding) * Return: pixd, or null on error * * Notes: * (1) For very small rotations, just return a clone. * (2) Generate larger image to embed pixs if necessary, and * place the center of the input image in the center. * (3) Rotation brings either white or black pixels in * from outside the image. For colormapped images where * there is no white or black, a new color is added if * possible for these pixels; otherwise, either the * lightest or darkest color is used. In most cases, * the colormap will be removed prior to rotation. * (4) The dest is to be expanded so that no image pixels * are lost after rotation. Input of the original width * and height allows the expansion to stop at the maximum * required size, which is a square with side equal to * sqrt(w*w + h*h). * (5) For an arbitrary angle, the expansion can be found by * considering the UL and UR corners. As the image is * rotated, these move in an arc centered at the center of * the image. Normalize to a unit circle by dividing by half * the image diagonal. After a rotation of T radians, the UL * and UR corners are at points T radians along the unit * circle. Compute the x and y coordinates of both these * points and take the max of absolute values; these represent * the half width and half height of the containing rectangle. * The arithmetic is done using formulas for sin(a+b) and cos(a+b), * where b = T. For the UR corner, sin(a) = h/d and cos(a) = w/d. * For the UL corner, replace a by (pi - a), and you have * sin(pi - a) = h/d, cos(pi - a) = -w/d. The equations * given below follow directly. */ PIX * pixEmbedForRotation(PIX *pixs, l_float32 angle, l_int32 incolor, l_int32 width, l_int32 height) { l_int32 w, h, d, w1, h1, w2, h2, maxside, wnew, hnew, xoff, yoff, setcolor; l_float64 sina, cosa, fw, fh; PIX *pixd; PROCNAME("pixEmbedForRotation"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return (PIX *)ERROR_PTR("invalid incolor", procName, NULL); if (L_ABS(angle) < MIN_ANGLE_TO_ROTATE) return pixClone(pixs); /* Test if big enough to hold any rotation of the original image */ pixGetDimensions(pixs, &w, &h, &d); maxside = (l_int32)(sqrt((l_float64)(width * width) + (l_float64)(height * height)) + 0.5); if (w >= maxside && h >= maxside) /* big enough */ return pixClone(pixs); /* Find the new sizes required to hold the image after rotation. * Note that the new dimensions must be at least as large as those * of pixs, because we're rasterop-ing into it before rotation. */ cosa = cos(angle); sina = sin(angle); fw = (l_float64)w; fh = (l_float64)h; w1 = (l_int32)(L_ABS(fw * cosa - fh * sina) + 0.5); w2 = (l_int32)(L_ABS(-fw * cosa - fh * sina) + 0.5); h1 = (l_int32)(L_ABS(fw * sina + fh * cosa) + 0.5); h2 = (l_int32)(L_ABS(-fw * sina + fh * cosa) + 0.5); wnew = L_MAX(w, L_MAX(w1, w2)); hnew = L_MAX(h, L_MAX(h1, h2)); if ((pixd = pixCreate(wnew, hnew, d)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixCopyColormap(pixd, pixs); pixCopySpp(pixd, pixs); pixCopyText(pixd, pixs); xoff = (wnew - w) / 2; yoff = (hnew - h) / 2; /* Set background to color to be rotated in */ setcolor = (incolor == L_BRING_IN_BLACK) ? L_SET_BLACK : L_SET_WHITE; pixSetBlackOrWhite(pixd, setcolor); /* Rasterop automatically handles all 4 channels for rgba */ pixRasterop(pixd, xoff, yoff, w, h, PIX_SRC, pixs, 0, 0); return pixd; } /*------------------------------------------------------------------* * General rotation by sampling * *------------------------------------------------------------------*/ /*! * pixRotateBySampling() * * Input: pixs (1, 2, 4, 8, 16, 32 bpp rgb; can be cmapped) * xcen (x value of center of rotation) * ycen (y value of center of rotation) * angle (radians; clockwise is positive) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK) * Return: pixd, or null on error * * Notes: * (1) For very small rotations, just return a clone. * (2) Rotation brings either white or black pixels in * from outside the image. * (3) Colormaps are retained. */ PIX * pixRotateBySampling(PIX *pixs, l_int32 xcen, l_int32 ycen, l_float32 angle, l_int32 incolor) { l_int32 w, h, d, i, j, x, y, xdif, ydif, wm1, hm1, wpld; l_uint32 val; l_float32 sina, cosa; l_uint32 *datad, *lined; void **lines; PIX *pixd; PROCNAME("pixRotateBySampling"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return (PIX *)ERROR_PTR("invalid incolor", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 1 && d != 2 && d != 4 && d != 8 && d != 16 && d != 32) return (PIX *)ERROR_PTR("invalid depth", procName, NULL); if (L_ABS(angle) < MIN_ANGLE_TO_ROTATE) return pixClone(pixs); if ((pixd = pixCreateTemplateNoInit(pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixSetBlackOrWhite(pixd, incolor); sina = sin(angle); cosa = cos(angle); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); wm1 = w - 1; hm1 = h - 1; lines = pixGetLinePtrs(pixs, NULL); /* Treat 1 bpp case specially */ if (d == 1) { for (i = 0; i < h; i++) { /* scan over pixd */ lined = datad + i * wpld; ydif = ycen - i; for (j = 0; j < w; j++) { xdif = xcen - j; x = xcen + (l_int32)(-xdif * cosa - ydif * sina); if (x < 0 || x > wm1) continue; y = ycen + (l_int32)(-ydif * cosa + xdif * sina); if (y < 0 || y > hm1) continue; if (incolor == L_BRING_IN_WHITE) { if (GET_DATA_BIT(lines[y], x)) SET_DATA_BIT(lined, j); } else { if (!GET_DATA_BIT(lines[y], x)) CLEAR_DATA_BIT(lined, j); } } } FREE(lines); return pixd; } for (i = 0; i < h; i++) { /* scan over pixd */ lined = datad + i * wpld; ydif = ycen - i; for (j = 0; j < w; j++) { xdif = xcen - j; x = xcen + (l_int32)(-xdif * cosa - ydif * sina); if (x < 0 || x > wm1) continue; y = ycen + (l_int32)(-ydif * cosa + xdif * sina); if (y < 0 || y > hm1) continue; switch (d) { case 8: val = GET_DATA_BYTE(lines[y], x); SET_DATA_BYTE(lined, j, val); break; case 32: val = GET_DATA_FOUR_BYTES(lines[y], x); SET_DATA_FOUR_BYTES(lined, j, val); break; case 2: val = GET_DATA_DIBIT(lines[y], x); SET_DATA_DIBIT(lined, j, val); break; case 4: val = GET_DATA_QBIT(lines[y], x); SET_DATA_QBIT(lined, j, val); break; case 16: val = GET_DATA_TWO_BYTES(lines[y], x); SET_DATA_TWO_BYTES(lined, j, val); break; default: return (PIX *)ERROR_PTR("invalid depth", procName, NULL); } } } FREE(lines); return pixd; } /*------------------------------------------------------------------* * Nice (slow) rotation of 1 bpp image * *------------------------------------------------------------------*/ /*! * pixRotateBinaryNice() * * Input: pixs (1 bpp) * angle (radians; clockwise is positive; about the center) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK) * Return: pixd, or null on error * * Notes: * (1) For very small rotations, just return a clone. * (2) This does a computationally expensive rotation of 1 bpp images. * The fastest rotators (using shears or subsampling) leave * visible horizontal and vertical shear lines across which * the image shear changes by one pixel. To ameliorate the * visual effect one can introduce random dithering. One * way to do this in a not-too-random fashion is given here. * We convert to 8 bpp, do a very small blur, rotate using * linear interpolation (same as area mapping), do a * small amount of sharpening to compensate for the initial * blur, and threshold back to binary. The shear lines * are magically removed. * (3) This operation is about 5x slower than rotation by sampling. */ PIX * pixRotateBinaryNice(PIX *pixs, l_float32 angle, l_int32 incolor) { PIX *pixt1, *pixt2, *pixt3, *pixt4, *pixd; PROCNAME("pixRotateBinaryNice"); if (!pixs || pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return (PIX *)ERROR_PTR("invalid incolor", procName, NULL); pixt1 = pixConvertTo8(pixs, 0); pixt2 = pixBlockconv(pixt1, 1, 1); /* smallest blur allowed */ pixt3 = pixRotateAM(pixt2, angle, incolor); pixt4 = pixUnsharpMasking(pixt3, 1, 1.0); /* sharpen a bit */ pixd = pixThresholdToBinary(pixt4, 128); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt4); return pixd; } /*------------------------------------------------------------------* * Rotation including alpha (blend) component * *------------------------------------------------------------------*/ /*! * pixRotateWithAlpha() * * Input: pixs (32 bpp rgb or cmapped) * angle (radians; clockwise is positive) * pixg ( 8 bpp, can be null) * fract (between 0.0 and 1.0, with 0.0 fully transparent * and 1.0 fully opaque) * Return: pixd (32 bpp rgba), or null on error * * Notes: * (1) The alpha channel is transformed separately from pixs, * and aligns with it, being fully transparent outside the * boundary of the transformed pixs. For pixels that are fully * transparent, a blending function like pixBlendWithGrayMask() * will give zero weight to corresponding pixels in pixs. * (2) Rotation is about the center of the image; for very small * rotations, just return a clone. The dest is automatically * expanded so that no image pixels are lost. * (3) Rotation is by area mapping. It doesn't matter what * color is brought in because the alpha channel will * be transparent (black) there. * (4) If pixg is NULL, it is generated as an alpha layer that is * partially opaque, using @fract. Otherwise, it is cropped * to pixs if required and @fract is ignored. The alpha * channel in pixs is never used. * (4) Colormaps are removed to 32 bpp. * (5) The default setting for the border values in the alpha channel * is 0 (transparent) for the outermost ring of pixels and * (0.5 * fract * 255) for the second ring. When blended over * a second image, this * (a) shrinks the visible image to make a clean overlap edge * with an image below, and * (b) softens the edges by weakening the aliasing there. * Use l_setAlphaMaskBorder() to change these values. * (6) A subtle use of gamma correction is to remove gamma correction * before rotation and restore it afterwards. This is done * by sandwiching this function between a gamma/inverse-gamma * photometric transform: * pixt = pixGammaTRCWithAlpha(NULL, pixs, 1.0 / gamma, 0, 255); * pixd = pixRotateWithAlpha(pixt, angle, NULL, fract); * pixGammaTRCWithAlpha(pixd, pixd, gamma, 0, 255); * pixDestroy(&pixt); * This has the side-effect of producing artifacts in the very * dark regions. * * *** Warning: implicit assumption about RGB component ordering *** */ PIX * pixRotateWithAlpha(PIX *pixs, l_float32 angle, PIX *pixg, l_float32 fract) { l_int32 ws, hs, d, spp; PIX *pixd, *pix32, *pixg2, *pixgr; PROCNAME("pixRotateWithAlpha"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &ws, &hs, &d); if (d != 32 && pixGetColormap(pixs) == NULL) return (PIX *)ERROR_PTR("pixs not cmapped or 32 bpp", procName, NULL); if (pixg && pixGetDepth(pixg) != 8) { L_WARNING("pixg not 8 bpp; using @fract transparent alpha\n", procName); pixg = NULL; } if (!pixg && (fract < 0.0 || fract > 1.0)) { L_WARNING("invalid fract; using fully opaque\n", procName); fract = 1.0; } if (!pixg && fract == 0.0) L_WARNING("transparent alpha; image will not be blended\n", procName); /* Make sure input to rotation is 32 bpp rgb, and rotate it */ if (d != 32) pix32 = pixConvertTo32(pixs); else pix32 = pixClone(pixs); spp = pixGetSpp(pix32); pixSetSpp(pix32, 3); /* ignore the alpha channel for the rotation */ pixd = pixRotate(pix32, angle, L_ROTATE_AREA_MAP, L_BRING_IN_WHITE, ws, hs); pixSetSpp(pix32, spp); /* restore initial value in case it's a clone */ pixDestroy(&pix32); /* Set up alpha layer with a fading border and rotate it */ if (!pixg) { pixg2 = pixCreate(ws, hs, 8); if (fract == 1.0) pixSetAll(pixg2); else if (fract > 0.0) pixSetAllArbitrary(pixg2, (l_int32)(255.0 * fract)); } else { pixg2 = pixResizeToMatch(pixg, NULL, ws, hs); } if (ws > 10 && hs > 10) { /* see note 8 */ pixSetBorderRingVal(pixg2, 1, (l_int32)(255.0 * fract * AlphaMaskBorderVals[0])); pixSetBorderRingVal(pixg2, 2, (l_int32)(255.0 * fract * AlphaMaskBorderVals[1])); } pixgr = pixRotate(pixg2, angle, L_ROTATE_AREA_MAP, L_BRING_IN_BLACK, ws, hs); /* Combine into a 4 spp result */ pixSetRGBComponent(pixd, pixgr, L_ALPHA_CHANNEL); pixDestroy(&pixg2); pixDestroy(&pixgr); return pixd; } leptonica-1.70/src/paintcmap.c0000664000175000017500000006420212261610435014422 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * paintcmap.c * * These in-place functions paint onto colormap images. * * Repaint selected pixels in region * l_int32 pixSetSelectCmap() * * Repaint non-white pixels in region * l_int32 pixColorGrayRegionsCmap() * l_int32 pixColorGrayCmap() * l_int32 addColorizedGrayToCmap() * * Repaint selected pixels through mask * l_int32 pixSetSelectMaskedCmap() * * Repaint all pixels through mask * l_int32 pixSetMaskedCmap() * * * The 'set select' functions condition the setting on a specific * pixel value (i.e., index into the colormap) of the underyling * Pix that is being modified. The same conditioning is used in * pixBlendCmap(). * * The pixColorGrayCmap() function sets all truly gray (r = g = b) pixels, * with the exception of either black or white pixels, to a new color. * * The pixSetSelectMaskedCmap() function conditions pixel painting * on both a specific pixel value and location within the fg mask. * By contrast, pixSetMaskedCmap() sets all pixels under the * mask foreground, without considering the initial pixel values. */ #include #include "allheaders.h" /*-------------------------------------------------------------* * Repaint selected pixels in region * *-------------------------------------------------------------*/ /*! * pixSetSelectCmap() * * Input: pixs (1, 2, 4 or 8 bpp, with colormap) * box ( region to set color; can be NULL) * sindex (colormap index of pixels to be changed) * rval, gval, bval (new color to paint) * Return: 0 if OK, 1 on error * * Note: * (1) This is an in-place operation. * (2) It sets all pixels in region that have the color specified * by the colormap index 'sindex' to the new color. * (3) sindex must be in the existing colormap; otherwise an * error is returned. * (4) If the new color exists in the colormap, it is used; * otherwise, it is added to the colormap. If it cannot be * added because the colormap is full, an error is returned. * (5) If box is NULL, applies function to the entire image; otherwise, * clips the operation to the intersection of the box and pix. * (6) An example of use would be to set to a specific color all * the light (background) pixels within a certain region of * a 3-level 2 bpp image, while leaving light pixels outside * this region unchanged. */ l_int32 pixSetSelectCmap(PIX *pixs, BOX *box, l_int32 sindex, l_int32 rval, l_int32 gval, l_int32 bval) { l_int32 i, j, w, h, d, n, x1, y1, x2, y2, bw, bh, val, wpls; l_int32 index; /* of new color to be set */ l_uint32 *lines, *datas; PIXCMAP *cmap; PROCNAME("pixSetSelectCmap"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if ((cmap = pixGetColormap(pixs)) == NULL) return ERROR_INT("no colormap", procName, 1); d = pixGetDepth(pixs); if (d != 1 && d != 2 && d != 4 && d != 8) return ERROR_INT("depth not in {1,2,4,8}", procName, 1); /* Add new color if necessary; get index of this color in cmap */ n = pixcmapGetCount(cmap); if (sindex >= n) return ERROR_INT("sindex too large; no cmap entry", procName, 1); if (pixcmapGetIndex(cmap, rval, gval, bval, &index)) { /* not found */ if (pixcmapAddColor(cmap, rval, gval, bval)) return ERROR_INT("error adding cmap entry", procName, 1); else index = n; /* we've added one color */ } /* Determine the region of substitution */ pixGetDimensions(pixs, &w, &h, NULL); if (!box) { x1 = y1 = 0; x2 = w; y2 = h; } else { boxGetGeometry(box, &x1, &y1, &bw, &bh); x2 = x1 + bw - 1; y2 = y1 + bh - 1; } /* Replace pixel value sindex by index in the region */ datas = pixGetData(pixs); wpls = pixGetWpl(pixs); for (i = y1; i <= y2; i++) { if (i < 0 || i >= h) /* clip */ continue; lines = datas + i * wpls; for (j = x1; j <= x2; j++) { if (j < 0 || j >= w) /* clip */ continue; switch (d) { case 1: val = GET_DATA_BIT(lines, j); if (val == sindex) { if (index == 0) CLEAR_DATA_BIT(lines, j); else SET_DATA_BIT(lines, j); } break; case 2: val = GET_DATA_DIBIT(lines, j); if (val == sindex) SET_DATA_DIBIT(lines, j, index); break; case 4: val = GET_DATA_QBIT(lines, j); if (val == sindex) SET_DATA_QBIT(lines, j, index); break; case 8: val = GET_DATA_BYTE(lines, j); if (val == sindex) SET_DATA_BYTE(lines, j, index); break; default: return ERROR_INT("depth not in {1,2,4,8}", procName, 1); } } } return 0; } /*-------------------------------------------------------------* * Repaint gray pixels in region * *-------------------------------------------------------------*/ /*! * pixColorGrayRegionsCmap() * * Input: pixs (8 bpp, with colormap) * boxa (of regions in which to apply color) * type (L_PAINT_LIGHT, L_PAINT_DARK) * rval, gval, bval (target color) * Return: 0 if OK, 1 on error * * Notes: * (1) This is an in-place operation. * (2) If type == L_PAINT_LIGHT, it colorizes non-black pixels, * preserving antialiasing. * If type == L_PAINT_DARK, it colorizes non-white pixels, * preserving antialiasing. See pixColorGrayCmap() for details. * (3) This can also be called through pixColorGrayRegions(). * (4) This increases the colormap size by the number of * different gray (non-black or non-white) colors in the * selected regions of pixs. If there is not enough room in * the colormap for this expansion, it returns 1 (error), * and the caller should check the return value. * (5) Because two boxes in the boxa can overlap, pixels that * are colorized in the first box must be excluded in the * second because their value exceeds the size of the map. */ l_int32 pixColorGrayRegionsCmap(PIX *pixs, BOXA *boxa, l_int32 type, l_int32 rval, l_int32 gval, l_int32 bval) { l_int32 i, j, k, w, h, n, nc, x1, y1, x2, y2, bw, bh, wpl; l_int32 val, nval; l_int32 *map; l_uint32 *line, *data; BOX *box; NUMA *na; PIXCMAP *cmap; PROCNAME("pixColorGrayRegionsCmap"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!boxa) return ERROR_INT("boxa not defined", procName, 1); if ((cmap = pixGetColormap(pixs)) == NULL) return ERROR_INT("no colormap", procName, 1); if (pixGetDepth(pixs) != 8) return ERROR_INT("depth not 8 bpp", procName, 1); if (type != L_PAINT_DARK && type != L_PAINT_LIGHT) return ERROR_INT("invalid type", procName, 1); nc = pixcmapGetCount(cmap); if (addColorizedGrayToCmap(cmap, type, rval, gval, bval, &na)) return ERROR_INT("no room; cmap full", procName, 1); if ((map = numaGetIArray(na)) == NULL) { numaDestroy(&na); return ERROR_INT("map not made", procName, 1); } pixGetDimensions(pixs, &w, &h, NULL); data = pixGetData(pixs); wpl = pixGetWpl(pixs); n = boxaGetCount(boxa); for (k = 0; k < n; k++) { box = boxaGetBox(boxa, k, L_CLONE); boxGetGeometry(box, &x1, &y1, &bw, &bh); x2 = x1 + bw - 1; y2 = y1 + bh - 1; /* Remap gray pixels in the region */ for (i = y1; i <= y2; i++) { if (i < 0 || i >= h) /* clip */ continue; line = data + i * wpl; for (j = x1; j <= x2; j++) { if (j < 0 || j >= w) /* clip */ continue; val = GET_DATA_BYTE(line, j); if (val >= nc) continue; /* from overlapping b.b. */ nval = map[val]; if (nval != 256) SET_DATA_BYTE(line, j, nval); } } boxDestroy(&box); } FREE(map); numaDestroy(&na); return 0; } /*! * pixColorGrayCmap() * * Input: pixs (2, 4 or 8 bpp, with colormap) * box ( region to set color; can be NULL) * type (L_PAINT_LIGHT, L_PAINT_DARK) * rval, gval, bval (target color) * Return: 0 if OK, 1 on error * * Notes: * (1) This is an in-place operation. * (2) If type == L_PAINT_LIGHT, it colorizes non-black pixels, * preserving antialiasing. * If type == L_PAINT_DARK, it colorizes non-white pixels, * preserving antialiasing. * (3) If box is NULL, applies function to the entire image; otherwise, * clips the operation to the intersection of the box and pix. * (4) This can also be called through pixColorGray(). * (5) This increases the colormap size by the number of * different gray (non-black or non-white) colors in the * input colormap. If there is not enough room in the colormap * for this expansion, it returns 1 (error), and the caller * should check the return value. If an error is returned * and the cmap is only 2 or 4 bpp, the pix can be converted * to 8 bpp and this function will succeed if run again on * a larger colormap. * (6) Using the darkness of each original pixel in the rect, * it generates a new color (based on the input rgb values). * If type == L_PAINT_LIGHT, the new color is a (generally) * darken-to-black version of the input rgb color, where the * amount of darkening increases with the darkness of the * original pixel color. * If type == L_PAINT_DARK, the new color is a (generally) * faded-to-white version of the input rgb color, where the * amount of fading increases with the brightness of the * original pixel color. */ l_int32 pixColorGrayCmap(PIX *pixs, BOX *box, l_int32 type, l_int32 rval, l_int32 gval, l_int32 bval) { l_int32 i, j, w, h, d, x1, y1, x2, y2, bw, bh, wpl; l_int32 val, nval; l_int32 *map; l_uint32 *line, *data; NUMA *na; PIX *pixt; PIXCMAP *cmap, *cmapc; PROCNAME("pixColorGrayCmap"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if ((cmap = pixGetColormap(pixs)) == NULL) return ERROR_INT("no colormap", procName, 1); d = pixGetDepth(pixs); if (d != 2 && d != 4 && d != 8) return ERROR_INT("depth not in {2, 4, 8}", procName, 1); if (type != L_PAINT_DARK && type != L_PAINT_LIGHT) return ERROR_INT("invalid type", procName, 1); /* If 2 bpp or 4 bpp, see if the new colors will fit into * the existing colormap. If not, convert in-place to 8 bpp. */ if (d == 2 || d == 4) { cmapc = pixcmapCopy(cmap); /* experiment with a copy */ if (addColorizedGrayToCmap(cmapc, type, rval, gval, bval, NULL)) { pixt = pixConvertTo8(pixs, 1); pixTransferAllData(pixs, &pixt, 0, 0); } pixcmapDestroy(&cmapc); } /* Find gray colors, add the corresponding new colors, * and set up a mapping table from gray to new. * That table has the value 256 for all colors that are * not to be mapped. */ cmap = pixGetColormap(pixs); if (addColorizedGrayToCmap(cmap, type, rval, gval, bval, &na)) return ERROR_INT("no room; cmap full", procName, 1); if ((map = numaGetIArray(na)) == NULL) { numaDestroy(&na); return ERROR_INT("map not made", procName, 1); } /* Determine the region of substitution */ pixGetDimensions(pixs, &w, &h, &d); /* d may be different */ data = pixGetData(pixs); wpl = pixGetWpl(pixs); if (!box) { x1 = y1 = 0; x2 = w; y2 = h; } else { boxGetGeometry(box, &x1, &y1, &bw, &bh); x2 = x1 + bw - 1; y2 = y1 + bh - 1; } /* Remap gray pixels in the region */ for (i = y1; i <= y2; i++) { if (i < 0 || i >= h) /* clip */ continue; line = data + i * wpl; for (j = x1; j <= x2; j++) { if (j < 0 || j >= w) /* clip */ continue; switch (d) { case 2: val = GET_DATA_DIBIT(line, j); nval = map[val]; if (nval != 256) SET_DATA_DIBIT(line, j, nval); break; case 4: val = GET_DATA_QBIT(line, j); nval = map[val]; if (nval != 256) SET_DATA_QBIT(line, j, nval); break; case 8: val = GET_DATA_BYTE(line, j); nval = map[val]; if (nval != 256) SET_DATA_BYTE(line, j, nval); break; } } } FREE(map); numaDestroy(&na); return 0; } /*! * addColorizedGrayToCmap() * * Input: cmap (from 2 or 4 bpp pix) * type (L_PAINT_LIGHT, L_PAINT_DARK) * rval, gval, bval (target color) * &na ( table for mapping new cmap entries) * Return: 0 if OK; 1 on error; 2 if new colors will not fit in cmap. * * Notes: * (1) If type == L_PAINT_LIGHT, it colorizes non-black pixels, * preserving antialiasing. * If type == L_PAINT_DARK, it colorizes non-white pixels, * preserving antialiasing. * (2) This increases the colormap size by the number of * different gray (non-black or non-white) colors in the * input colormap. If there is not enough room in the colormap * for this expansion, it returns 1 (treated as a warning); * the caller should check the return value. * (3) This can be used to determine if the new colors will fit in * the cmap, using null for &na. Returns 0 if they fit; 2 if * they don't fit. * (4) The mapping table contains, for each gray color found, the * index of the corresponding colorized pixel. Non-gray * pixels are assigned the invalid index 256. * (5) See pixColorGrayCmap() for usage. */ l_int32 addColorizedGrayToCmap(PIXCMAP *cmap, l_int32 type, l_int32 rval, l_int32 gval, l_int32 bval, NUMA **pna) { l_int32 i, n, erval, egval, ebval, nrval, ngval, nbval, newindex; NUMA *na; PROCNAME("addColorizedGrayToCmap"); if (pna) *pna = NULL; if (!cmap) return ERROR_INT("cmap not defined", procName, 1); if (type != L_PAINT_DARK && type != L_PAINT_LIGHT) return ERROR_INT("invalid type", procName, 1); n = pixcmapGetCount(cmap); na = numaCreate(n); for (i = 0; i < n; i++) { pixcmapGetColor(cmap, i, &erval, &egval, &ebval); if (type == L_PAINT_LIGHT) { if (erval == egval && erval == ebval && erval != 0) { nrval = (l_int32)(rval * (l_float32)erval / 255.); ngval = (l_int32)(gval * (l_float32)egval / 255.); nbval = (l_int32)(bval * (l_float32)ebval / 255.); if (pixcmapAddNewColor(cmap, nrval, ngval, nbval, &newindex)) { numaDestroy(&na); L_WARNING("no room; colormap full\n", procName); return 2; } numaAddNumber(na, newindex); } else { numaAddNumber(na, 256); /* invalid number; not gray */ } } else { /* L_PAINT_DARK */ if (erval == egval && erval == ebval && erval != 255) { nrval = rval + (l_int32)((255. - rval) * (l_float32)erval / 255.); ngval = gval + (l_int32)((255. - gval) * (l_float32)egval / 255.); nbval = bval + (l_int32)((255. - bval) * (l_float32)ebval / 255.); if (pixcmapAddNewColor(cmap, nrval, ngval, nbval, &newindex)) { numaDestroy(&na); L_WARNING("no room; colormap full\n", procName); return 2; } numaAddNumber(na, newindex); } else { numaAddNumber(na, 256); /* invalid number; not gray */ } } } if (pna) *pna = na; else numaDestroy(&na); return 0; } /*-------------------------------------------------------------* * Repaint selected pixels through mask * *-------------------------------------------------------------*/ /*! * pixSetSelectMaskedCmap() * * Input: pixs (2, 4 or 8 bpp, with colormap) * pixm ( 1 bpp mask; no-op if NULL) * x, y (UL corner of mask relative to pixs) * sindex (colormap index of pixels in pixs to be changed) * rval, gval, bval (new color to substitute) * Return: 0 if OK, 1 on error * * Note: * (1) This is an in-place operation. * (2) This paints through the fg of pixm and replaces all pixels * in pixs that have a particular value (sindex) with the new color. * (3) If pixm == NULL, a warning is given. * (4) sindex must be in the existing colormap; otherwise an * error is returned. * (5) If the new color exists in the colormap, it is used; * otherwise, it is added to the colormap. If the colormap * is full, an error is returned. */ l_int32 pixSetSelectMaskedCmap(PIX *pixs, PIX *pixm, l_int32 x, l_int32 y, l_int32 sindex, l_int32 rval, l_int32 gval, l_int32 bval) { l_int32 i, j, w, h, d, n, wm, hm, wpls, wplm, val; l_int32 index; /* of new color to be set */ l_uint32 *lines, *linem, *datas, *datam; PIXCMAP *cmap; PROCNAME("pixSetSelectMaskedCmap"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if ((cmap = pixGetColormap(pixs)) == NULL) return ERROR_INT("no colormap", procName, 1); if (!pixm) { L_WARNING("no mask; nothing to do\n", procName); return 0; } d = pixGetDepth(pixs); if (d != 2 && d != 4 && d != 8) return ERROR_INT("depth not in {2, 4, 8}", procName, 1); /* add new color if necessary; get index of this color in cmap */ n = pixcmapGetCount(cmap); if (sindex >= n) return ERROR_INT("sindex too large; no cmap entry", procName, 1); if (pixcmapGetIndex(cmap, rval, gval, bval, &index)) { /* not found */ if (pixcmapAddColor(cmap, rval, gval, bval)) return ERROR_INT("error adding cmap entry", procName, 1); else index = n; /* we've added one color */ } /* replace pixel value sindex by index when fg pixel in pixmc * overlays it */ w = pixGetWidth(pixs); h = pixGetHeight(pixs); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); wm = pixGetWidth(pixm); hm = pixGetHeight(pixm); datam = pixGetData(pixm); wplm = pixGetWpl(pixm); for (i = 0; i < hm; i++) { if (i + y < 0 || i + y >= h) continue; lines = datas + (y + i) * wpls; linem = datam + i * wplm; for (j = 0; j < wm; j++) { if (j + x < 0 || j + x >= w) continue; if (GET_DATA_BIT(linem, j)) { switch (d) { case 1: val = GET_DATA_BIT(lines, x + j); if (val == sindex) { if (index == 0) CLEAR_DATA_BIT(lines, x + j); else SET_DATA_BIT(lines, x + j); } break; case 2: val = GET_DATA_DIBIT(lines, x + j); if (val == sindex) SET_DATA_DIBIT(lines, x + j, index); break; case 4: val = GET_DATA_QBIT(lines, x + j); if (val == sindex) SET_DATA_QBIT(lines, x + j, index); break; case 8: val = GET_DATA_BYTE(lines, x + j); if (val == sindex) SET_DATA_BYTE(lines, x + j, index); break; default: return ERROR_INT("depth not in {1,2,4,8}", procName, 1); } } } } return 0; } /*-------------------------------------------------------------* * Repaint all pixels through mask * *-------------------------------------------------------------*/ /*! * pixSetMaskedCmap() * * Input: pixs (2, 4 or 8 bpp, colormapped) * pixm ( 1 bpp mask; no-op if NULL) * x, y (origin of pixm relative to pixs; can be negative) * rval, gval, bval (new color to set at each masked pixel) * Return: 0 if OK; 1 on error * * Notes: * (1) This is an in-place operation. * (2) It paints a single color through the mask (as a stencil). * (3) The mask origin is placed at (x,y) on pixs, and the * operation is clipped to the intersection of the mask and pixs. * (4) If pixm == NULL, a warning is given. * (5) Typically, pixm is a small binary mask located somewhere * on the larger pixs. * (6) If the color is in the colormap, it is used. Otherwise, * it is added if possible; an error is returned if the * colormap is already full. */ l_int32 pixSetMaskedCmap(PIX *pixs, PIX *pixm, l_int32 x, l_int32 y, l_int32 rval, l_int32 gval, l_int32 bval) { l_int32 w, h, d, wpl, wm, hm, wplm; l_int32 i, j, index; l_uint32 *data, *datam, *line, *linem; PIXCMAP *cmap; PROCNAME("pixSetMaskedCmap"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if ((cmap = pixGetColormap(pixs)) == NULL) return ERROR_INT("no colormap in pixs", procName, 1); if (!pixm) { L_WARNING("no mask; nothing to do\n", procName); return 0; } d = pixGetDepth(pixs); if (d != 2 && d != 4 && d != 8) return ERROR_INT("depth not in {2,4,8}", procName, 1); if (pixGetDepth(pixm) != 1) return ERROR_INT("pixm not 1 bpp", procName, 1); /* Add new color if necessary; store in 'index' */ if (pixcmapGetIndex(cmap, rval, gval, bval, &index)) { /* not found */ if (pixcmapAddColor(cmap, rval, gval, bval)) return ERROR_INT("no room in cmap", procName, 1); index = pixcmapGetCount(cmap) - 1; } pixGetDimensions(pixs, &w, &h, NULL); wpl = pixGetWpl(pixs); data = pixGetData(pixs); pixGetDimensions(pixm, &wm, &hm, NULL); wplm = pixGetWpl(pixm); datam = pixGetData(pixm); for (i = 0; i < hm; i++) { if (i + y < 0 || i + y >= h) continue; line = data + (i + y) * wpl; linem = datam + i * wplm; for (j = 0; j < wm; j++) { if (j + x < 0 || j + x >= w) continue; if (GET_DATA_BIT(linem, j)) { /* paint color */ switch (d) { case 2: SET_DATA_DIBIT(line, j + x, index); break; case 4: SET_DATA_QBIT(line, j + x, index); break; case 8: SET_DATA_BYTE(line, j + x, index); break; default: return ERROR_INT("depth not in {2,4,8}", procName, 1); } } } } return 0; } leptonica-1.70/src/gifio.c0000644000175000017500000004167212244222324013544 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * gifio.c * * Read gif from file * PIX *pixReadStreamGif() * static PIX *pixInterlaceGIF() * * Write gif to file * l_int32 pixWriteStreamGif() * * Read/write from/to memory (see warning) * PIX *pixReadMemGif() * l_int32 pixWriteMemGif() * * This uses the gif library, version 4.1.6 or later. * Do not use 4.1.4. It has serious problems handling 1 bpp images. * * The initial version of this module was generously contribued by * Antony Dovgal. He can be contacted at: tony *AT* daylessday.org * * There are some issues with version 5: * - valgrind detects uninitialized values used used for writing * and conditionally jumping in EGifPutScreenDesc(). * - DGifSlurp() crashes on some images, apparently triggered by * by some GIF extension records. The latter problem has been * reported but not resolved as of October 2013. */ #include #include #ifndef _MSC_VER #include #else #include #endif /* _MSC_VER */ #include "allheaders.h" #ifdef HAVE_CONFIG_H #include "config_auto.h" #endif /* HAVE_CONFIG_H */ /* --------------------------------------------------------------------*/ #if HAVE_LIBGIF || HAVE_LIBUNGIF /* defined in environ.h */ /* --------------------------------------------------------------------*/ #include "gif_lib.h" /* GIF supports 4-way horizontal interlacing */ static PIX * pixInterlaceGIF(PIX *pixs); static const l_int32 InterlacedOffset[] = {0, 4, 2, 1}; static const l_int32 InterlacedJumps[] = {8, 8, 4, 2}; /* Basic interface changed in 5.0 (!) */ #if GIFLIB_MAJOR < 5 #define GifMakeMapObject MakeMapObject #define GifFreeMapObject FreeMapObject #define DGifOpenFileHandle(a,b) DGifOpenFileHandle(a) #define EGifOpenFileHandle(a,b) EGifOpenFileHandle(a) #endif /* GIFLIB_MAJOR */ /*---------------------------------------------------------------------* * Reading gif from file * *---------------------------------------------------------------------*/ /*! * pixReadStreamGif() * * Input: stream * Return: pix, or null on error */ PIX * pixReadStreamGif(FILE *fp) { l_int32 fd, wpl, i, j, w, h, d, cindex, ncolors; l_int32 rval, gval, bval; l_uint32 *data, *line; GifFileType *gif; PIX *pixd, *pixdi; PIXCMAP *cmap; ColorMapObject *gif_cmap; SavedImage si; PROCNAME("pixReadStreamGif"); if ((fd = fileno(fp)) < 0) return (PIX *)ERROR_PTR("invalid file descriptor", procName, NULL); #ifndef _MSC_VER lseek(fd, 0, SEEK_SET); #else _lseek(fd, 0, SEEK_SET); #endif /* _MSC_VER */ if ((gif = DGifOpenFileHandle(fd, NULL)) == NULL) return (PIX *)ERROR_PTR("invalid file or file not found", procName, NULL); /* Read all the data, but use only the first image found */ if (DGifSlurp(gif) != GIF_OK) { DGifCloseFile(gif); return (PIX *)ERROR_PTR("failed to read GIF data", procName, NULL); } if (gif->SavedImages == NULL) { DGifCloseFile(gif); return (PIX *)ERROR_PTR("no images found in GIF", procName, NULL); } si = gif->SavedImages[0]; w = si.ImageDesc.Width; h = si.ImageDesc.Height; if (w <= 0 || h <= 0) { DGifCloseFile(gif); return (PIX *)ERROR_PTR("invalid image dimensions", procName, NULL); } if (si.RasterBits == NULL) { DGifCloseFile(gif); return (PIX *)ERROR_PTR("no raster data in GIF", procName, NULL); } if (si.ImageDesc.ColorMap) { /* private cmap for this image */ gif_cmap = si.ImageDesc.ColorMap; } else if (gif->SColorMap) { /* global cmap for whole picture */ gif_cmap = gif->SColorMap; } else { /* don't know where to take cmap from */ DGifCloseFile(gif); return (PIX *)ERROR_PTR("color map is missing", procName, NULL); } ncolors = gif_cmap->ColorCount; if (ncolors <= 2) d = 1; else if (ncolors <= 4) d = 2; else if (ncolors <= 16) d = 4; else d = 8; if ((cmap = pixcmapCreate(d)) == NULL) return (PIX *)ERROR_PTR("cmap creation failed", procName, NULL); for (cindex = 0; cindex < ncolors; cindex++) { rval = gif_cmap->Colors[cindex].Red; gval = gif_cmap->Colors[cindex].Green; bval = gif_cmap->Colors[cindex].Blue; pixcmapAddColor(cmap, rval, gval, bval); } if ((pixd = pixCreate(w, h, d)) == NULL) { DGifCloseFile(gif); pixcmapDestroy(&cmap); return (PIX *)ERROR_PTR("failed to allocate pixd", procName, NULL); } pixSetColormap(pixd, cmap); wpl = pixGetWpl(pixd); data = pixGetData(pixd); for (i = 0; i < h; i++) { line = data + i * wpl; if (d == 1) { for (j = 0; j < w; j++) { if (si.RasterBits[i * w + j]) SET_DATA_BIT(line, j); } } else if (d == 2) { for (j = 0; j < w; j++) SET_DATA_DIBIT(line, j, si.RasterBits[i * w + j]); } else if (d == 4) { for (j = 0; j < w; j++) SET_DATA_QBIT(line, j, si.RasterBits[i * w + j]); } else { /* d == 8 */ for (j = 0; j < w; j++) SET_DATA_BYTE(line, j, si.RasterBits[i * w + j]); } } if (gif->Image.Interlace) { pixdi = pixInterlaceGIF(pixd); pixTransferAllData(pixd, &pixdi, 0, 0); } DGifCloseFile(gif); return pixd; } static PIX * pixInterlaceGIF(PIX *pixs) { l_int32 w, h, d, wpl, j, k, srow, drow; l_uint32 *datas, *datad, *lines, *lined; PIX *pixd; PROCNAME("pixInterlaceGIF"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); wpl = pixGetWpl(pixs); pixd = pixCreateTemplate(pixs); datas = pixGetData(pixs); datad = pixGetData(pixd); for (k = 0, srow = 0; k < 4; k++) { for (drow = InterlacedOffset[k]; drow < h; drow += InterlacedJumps[k], srow++) { lines = datas + srow * wpl; lined = datad + drow * wpl; for (j = 0; j < w; j++) memcpy(lined, lines, 4 * wpl); } } return pixd; } /*---------------------------------------------------------------------* * Writing gif to file * *---------------------------------------------------------------------*/ /*! * pixWriteStreamGif() * * Input: stream * pix (1, 2, 4, 8, 16 or 32 bpp) * Return: 0 if OK, 1 on error * * Notes: * (1) All output gif have colormaps. If the pix is 32 bpp rgb, * this quantizes the colors and writes out 8 bpp. * If the pix is 16 bpp grayscale, it converts to 8 bpp first. * (2) We can't write to memory using open_memstream() because * the gif functions write through a file descriptor, not a * file stream. */ l_int32 pixWriteStreamGif(FILE *fp, PIX *pix) { char *text; l_int32 fd, wpl, i, j, w, h, d, ncolor, rval, gval, bval; l_int32 gif_ncolor = 0; l_uint32 *data, *line; PIX *pixd; PIXCMAP *cmap; GifFileType *gif; ColorMapObject *gif_cmap; GifByteType *gif_line; PROCNAME("pixWriteStreamGif"); if (!fp) return ERROR_INT("stream not open", procName, 1); if (!pix) return ERROR_INT("pix not defined", procName, 1); rewind(fp); if ((fd = fileno(fp)) < 0) return ERROR_INT("invalid file descriptor", procName, 1); d = pixGetDepth(pix); if (d == 32) { pixd = pixConvertRGBToColormap(pix, 1); } else if (d > 1) { pixd = pixConvertTo8(pix, TRUE); } else { /* d == 1; make sure there's a colormap */ pixd = pixClone(pix); if (!pixGetColormap(pixd)) { cmap = pixcmapCreate(1); pixcmapAddColor(cmap, 255, 255, 255); pixcmapAddColor(cmap, 0, 0, 0); pixSetColormap(pixd, cmap); } } if (!pixd) return ERROR_INT("failed to convert image to indexed", procName, 1); d = pixGetDepth(pixd); if ((cmap = pixGetColormap(pixd)) == NULL) { pixDestroy(&pixd); return ERROR_INT("cmap is missing", procName, 1); } /* 'Round' the number of gif colors up to a power of 2 */ ncolor = pixcmapGetCount(cmap); for (i = 0; i <= 8; i++) { if ((1 << i) >= ncolor) { gif_ncolor = (1 << i); break; } } if (gif_ncolor < 1) { pixDestroy(&pixd); return ERROR_INT("number of colors is invalid", procName, 1); } /* Save the cmap colors in a gif_cmap */ if ((gif_cmap = GifMakeMapObject(gif_ncolor, NULL)) == NULL) { pixDestroy(&pixd); return ERROR_INT("failed to create GIF color map", procName, 1); } for (i = 0; i < gif_ncolor; i++) { rval = gval = bval = 0; if (ncolor > 0) { if (pixcmapGetColor(cmap, i, &rval, &gval, &bval) != 0) { pixDestroy(&pixd); GifFreeMapObject(gif_cmap); return ERROR_INT("failed to get color from color map", procName, 1); } ncolor--; } gif_cmap->Colors[i].Red = rval; gif_cmap->Colors[i].Green = gval; gif_cmap->Colors[i].Blue = bval; } /* Get the gif file handle */ if ((gif = EGifOpenFileHandle(fd, NULL)) == NULL) { GifFreeMapObject(gif_cmap); pixDestroy(&pixd); return ERROR_INT("failed to create GIF image handle", procName, 1); } pixGetDimensions(pixd, &w, &h, NULL); if (EGifPutScreenDesc(gif, w, h, gif_cmap->BitsPerPixel, 0, gif_cmap) != GIF_OK) { pixDestroy(&pixd); GifFreeMapObject(gif_cmap); EGifCloseFile(gif); return ERROR_INT("failed to write screen description", procName, 1); } GifFreeMapObject(gif_cmap); /* not needed after this point */ if (EGifPutImageDesc(gif, 0, 0, w, h, FALSE, NULL) != GIF_OK) { pixDestroy(&pixd); EGifCloseFile(gif); return ERROR_INT("failed to image screen description", procName, 1); } data = pixGetData(pixd); wpl = pixGetWpl(pixd); if (d != 1 && d != 2 && d != 4 && d != 8) { pixDestroy(&pixd); EGifCloseFile(gif); return ERROR_INT("image depth is not in {1, 2, 4, 8}", procName, 1); } if ((gif_line = (GifByteType *)CALLOC(sizeof(GifByteType), w)) == NULL) { pixDestroy(&pixd); EGifCloseFile(gif); return ERROR_INT("mem alloc fail for data line", procName, 1); } for (i = 0; i < h; i++) { line = data + i * wpl; /* Gif's way of setting the raster line up for compression */ for (j = 0; j < w; j++) { switch(d) { case 8: gif_line[j] = GET_DATA_BYTE(line, j); break; case 4: gif_line[j] = GET_DATA_QBIT(line, j); break; case 2: gif_line[j] = GET_DATA_DIBIT(line, j); break; case 1: gif_line[j] = GET_DATA_BIT(line, j); break; } } /* Compress and save the line */ if (EGifPutLine(gif, gif_line, w) != GIF_OK) { FREE(gif_line); pixDestroy(&pixd); EGifCloseFile(gif); return ERROR_INT("failed to write data line into GIF", procName, 1); } } /* Write a text comment. This must be placed after writing the * data (!!) Note that because libgif does not provide a function * for reading comments from file, you will need another way * to read comments. */ if ((text = pixGetText(pix)) != NULL) { if (EGifPutComment(gif, text) != GIF_OK) L_WARNING("gif comment not written\n", procName); } FREE(gif_line); pixDestroy(&pixd); EGifCloseFile(gif); return 0; } /*---------------------------------------------------------------------* * Read/write from/to memory * *---------------------------------------------------------------------*/ /*! * pixReadMemGif() * * Input: data (const; gif-encoded) * size (of data) * Return: pix, or null on error * * Notes: * (1) Of course, we are cheating here -- writing the data to file * in gif format and reading it back in. We can't use the * GNU runtime extension fmemopen() to avoid writing to a file * because libgif doesn't have a file stream interface! * (2) This should not be assumed to be safe from a sophisticated * attack, even though we have attempted to make the filename * difficult to guess by embedding the process number and the * current time in microseconds. The best way to handle * temporary files is to use file descriptors (capabilities) * or file handles. However, I know of no way to do this * for gif files because of the way that libgif handles the * file descriptors. The canonical approach would be to do this: * char templ[] = "hiddenfilenameXXXXXX"; * l_int32 fd = mkstemp(templ); * FILE *fp = fdopen(fd, "w+b"); * fwrite(data, 1, size, fp); * rewind(fp); * Pix *pix = pixReadStreamGif(fp); * but this fails because fp is in a bad state after writing. */ PIX * pixReadMemGif(const l_uint8 *cdata, size_t size) { char *fname; PIX *pix; PROCNAME("pixReadMemGif"); if (!cdata) return (PIX *)ERROR_PTR("cdata not defined", procName, NULL); L_WARNING("writing to a temp file, not directly to memory\n", procName); /* Write to a temp file */ fname = genTempFilename("/tmp/", "mem.gif", 1, 1); l_binaryWrite(fname, "w", (l_uint8 *)cdata, size); /* Read back from the file */ pix = pixRead(fname); lept_rm(NULL, fname); lept_free(fname); if (!pix) L_ERROR("pix not read\n", procName); return pix; } /*! * pixWriteMemGif() * * Input: &data ( data of gif compressed image) * &size ( size of returned data) * pix * Return: 0 if OK, 1 on error * * Notes: * (1) See comments in pixReadMemGif() */ l_int32 pixWriteMemGif(l_uint8 **pdata, size_t *psize, PIX *pix) { char *fname; PROCNAME("pixWriteMemGif"); if (!pdata) return ERROR_INT("&data not defined", procName, 1 ); *pdata = NULL; if (!psize) return ERROR_INT("&size not defined", procName, 1 ); *psize = 0; if (!pix) return ERROR_INT("&pix not defined", procName, 1 ); L_WARNING("writing to a temp file, not directly to memory\n", procName); /* Write to a temp file */ fname = genTempFilename("/tmp/", "mem.gif", 1, 1); pixWrite(fname, pix, IFF_GIF); /* Read back into memory */ *pdata = l_binaryRead(fname, psize); lept_rm(NULL, fname); lept_free(fname); return 0; } /* -----------------------------------------------------------------*/ #endif /* HAVE_LIBGIF || HAVE_LIBUNGIF */ /* -----------------------------------------------------------------*/ leptonica-1.70/src/pngio.c0000664000175000017500000012316712267536540013602 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pngio.c * * Read png from file * PIX *pixReadStreamPng() * l_int32 readHeaderPng() * l_int32 freadHeaderPng() * l_int32 sreadHeaderPng() * l_int32 fgetPngResolution() * * Write png to file * l_int32 pixWritePng() [ special top level ] * l_int32 pixWriteStreamPng() * l_int32 pixSetZlibCompression() * * Setting flag for special read mode * void l_pngSetReadStrip16To8() * * Read/write to memory * PIX *pixReadMemPng() * l_int32 pixWriteMemPng() * * Documentation: libpng.txt and example.c * * On input (decompression from file), palette color images * are read into an 8 bpp Pix with a colormap, and 24 bpp * 3 component color images are read into a 32 bpp Pix with * rgb samples. On output (compression to file), palette color * images are written as 8 bpp with the colormap, and 32 bpp * full color images are written compressed as a 24 bpp, * 3 component color image. * * In the following, we use these abbreviations: * bps == bit/sample * spp == samples/pixel * bpp == bits/pixel of image in Pix (memory) * where each component is referred to as a "sample". * * For reading and writing rgb and rgba images, we read and write * alpha if it exists (spp == 4) and do not read or write if * it doesn't (spp == 3). The alpha component can be 'removed' * simply by setting spp to 3. In leptonica, we make relatively * little explicit use of the alpha sample. Note that the alpha * sample in the image is also called "alpha transparency", * "alpha component" and "alpha layer." * * To change the zlib compression level, use pixSetZlibCompression() * before writing the file. The default is for standard png compression. * The zlib compression value can be set [0 ... 9], with * 0 no compression (huge files) * 1 fastest compression * -1 default compression (equivalent to 6 in latest version) * 9 best compression * Note that if you are using the defined constants in zlib instead * of the compression integers given above, you must include zlib.h. * * There is global for determining the size of retained samples: * var_PNG_STRIP_16_to_8 * and a function l_pngSetReadStrip16To8() for setting it. * The default is TRUE, which causes pixRead() to strip each 16 bit * sample down to 8 bps: * - For 16 bps rgb (16 bps, 3 spp) --> 32 bpp rgb Pix * - For 16 bps gray (16 bps, 1 spp) --> 8 bpp grayscale Pix * If the variable is set to FALSE, the 16 bit gray samples * are saved when read; the 16 bit rgb samples return an error. * Note: results can be non-deterministic if used with * multi-threaded applications. * * On systems like windows without fmemopen() and open_memstream(), * we write data to a temp file and read it back for operations * between pix and compressed-data, such as pixReadMemPng() and * pixWriteMemPng(). */ #include #include "allheaders.h" #ifdef HAVE_CONFIG_H #include "config_auto.h" #endif /* HAVE_CONFIG_H */ /* --------------------------------------------*/ #if HAVE_LIBPNG /* defined in environ.h */ /* --------------------------------------------*/ #include "png.h" #if HAVE_LIBZ #include "zlib.h" #else #define Z_DEFAULT_COMPRESSION (-1) #endif /* HAVE_LIBZ */ /* ------------------ Set default for read option -------------------- */ /* Strip 16 bpp --> 8 bpp on reading png; default is for stripping. * If you don't strip, you can't read the gray-alpha spp = 2 images. */ static l_int32 var_PNG_STRIP_16_TO_8 = 1; #ifndef NO_CONSOLE_IO #define DEBUG_READ 0 #define DEBUG_WRITE 0 #endif /* ~NO_CONSOLE_IO */ /*---------------------------------------------------------------------* * Reading png * *---------------------------------------------------------------------*/ /*! * pixReadStreamPng() * * Input: stream * Return: pix, or null on error * * Notes: * (1) If called from pixReadStream(), the stream is positioned * at the beginning of the file. * (2) To do sequential reads of png format images from a stream, * use pixReadStreamPng() * (3) Grayscale-with-alpha pngs (spp = 2) are converted to RGBA * on read; the returned pix has spp = 4 and equal red, green and * blue channels. * (4) spp = 1 with alpha (palette) is converted to RGBA with spp = 4. * (5) We use the high level png interface, where the transforms are set * up in advance and the header and image are read with a single * call. The more complicated interface, where the header is * read first and the buffers for the raster image are user- * allocated before reading the image, works OK for single images, * but I could not get it to work properly for the successive * png reads that are required by pixaReadStream(). */ PIX * pixReadStreamPng(FILE *fp) { l_int32 rval, gval, bval; l_int32 i, j, k, index, ncolors; l_int32 wpl, d, spp, cindex, tRNS; l_uint32 png_transforms; l_uint32 *data, *line, *ppixel; int num_palette, num_text, num_trans; png_byte bit_depth, color_type, channels; png_uint_32 w, h, rowbytes; png_uint_32 xres, yres; png_bytep rowptr, trans; png_bytep *row_pointers; png_structp png_ptr; png_infop info_ptr, end_info; png_colorp palette; png_textp text_ptr; /* ptr to text_chunk */ PIX *pix; PIXCMAP *cmap; PROCNAME("pixReadStreamPng"); if (!fp) return (PIX *)ERROR_PTR("fp not defined", procName, NULL); pix = NULL; /* Allocate the 3 data structures */ if ((png_ptr = png_create_read_struct(PNG_LIBPNG_VER_STRING, (png_voidp)NULL, NULL, NULL)) == NULL) return (PIX *)ERROR_PTR("png_ptr not made", procName, NULL); if ((info_ptr = png_create_info_struct(png_ptr)) == NULL) { png_destroy_read_struct(&png_ptr, (png_infopp)NULL, (png_infopp)NULL); return (PIX *)ERROR_PTR("info_ptr not made", procName, NULL); } if ((end_info = png_create_info_struct(png_ptr)) == NULL) { png_destroy_read_struct(&png_ptr, &info_ptr, (png_infopp)NULL); return (PIX *)ERROR_PTR("end_info not made", procName, NULL); } /* Set up png setjmp error handling */ if (setjmp(png_jmpbuf(png_ptr))) { png_destroy_read_struct(&png_ptr, &info_ptr, &end_info); return (PIX *)ERROR_PTR("internal png error", procName, NULL); } png_init_io(png_ptr, fp); /* ---------------------------------------------------------- * * Set the transforms flags. Whatever happens here, * NEVER invert 1 bpp using PNG_TRANSFORM_INVERT_MONO. * ---------------------------------------------------------- */ /* To strip 16 --> 8 bit depth, use PNG_TRANSFORM_STRIP_16 */ if (var_PNG_STRIP_16_TO_8 == 1) /* our default */ png_transforms = PNG_TRANSFORM_STRIP_16; else png_transforms = PNG_TRANSFORM_IDENTITY; /* Read it */ png_read_png(png_ptr, info_ptr, png_transforms, NULL); row_pointers = png_get_rows(png_ptr, info_ptr); w = png_get_image_width(png_ptr, info_ptr); h = png_get_image_height(png_ptr, info_ptr); bit_depth = png_get_bit_depth(png_ptr, info_ptr); rowbytes = png_get_rowbytes(png_ptr, info_ptr); color_type = png_get_color_type(png_ptr, info_ptr); channels = png_get_channels(png_ptr, info_ptr); spp = channels; tRNS = png_get_valid(png_ptr, info_ptr, PNG_INFO_tRNS) ? 1 : 0; if (spp == 1) { d = bit_depth; } else { /* spp == 2 (gray + alpha), spp == 3 (rgb), spp == 4 (rgba) */ d = 4 * bit_depth; } /* Remove if/when this is implemented for all bit_depths */ if (spp == 3 && bit_depth != 8) { fprintf(stderr, "Help: spp = 3 and depth = %d != 8\n!!", bit_depth); png_destroy_read_struct(&png_ptr, &info_ptr, &end_info); return (PIX *)ERROR_PTR("not implemented for this depth", procName, NULL); } if (color_type == PNG_COLOR_TYPE_PALETTE || color_type == PNG_COLOR_MASK_PALETTE) { /* generate a colormap */ png_get_PLTE(png_ptr, info_ptr, &palette, &num_palette); cmap = pixcmapCreate(d); /* spp == 1 */ for (cindex = 0; cindex < num_palette; cindex++) { rval = palette[cindex].red; gval = palette[cindex].green; bval = palette[cindex].blue; pixcmapAddColor(cmap, rval, gval, bval); } } else { cmap = NULL; } if ((pix = pixCreate(w, h, d)) == NULL) { png_destroy_read_struct(&png_ptr, &info_ptr, &end_info); return (PIX *)ERROR_PTR("pix not made", procName, NULL); } wpl = pixGetWpl(pix); data = pixGetData(pix); pixSetColormap(pix, cmap); pixSetSpp(pix, spp); if (spp == 1 && !tRNS) { /* copy straight from buffer to pix */ for (i = 0; i < h; i++) { line = data + i * wpl; rowptr = row_pointers[i]; for (j = 0; j < rowbytes; j++) { SET_DATA_BYTE(line, j, rowptr[j]); } } } else if (spp == 2) { /* grayscale + alpha; convert to RGBA */ L_INFO("converting (gray + alpha) ==> RGBA\n", procName); for (i = 0; i < h; i++) { ppixel = data + i * wpl; rowptr = row_pointers[i]; for (j = k = 0; j < w; j++) { /* Copy gray value into r, g and b */ SET_DATA_BYTE(ppixel, COLOR_RED, rowptr[k]); SET_DATA_BYTE(ppixel, COLOR_GREEN, rowptr[k]); SET_DATA_BYTE(ppixel, COLOR_BLUE, rowptr[k++]); SET_DATA_BYTE(ppixel, L_ALPHA_CHANNEL, rowptr[k++]); ppixel++; } } pixSetSpp(pix, 4); /* we do not support 2 spp pix */ } else if (spp == 3 || spp == 4) { for (i = 0; i < h; i++) { ppixel = data + i * wpl; rowptr = row_pointers[i]; for (j = k = 0; j < w; j++) { SET_DATA_BYTE(ppixel, COLOR_RED, rowptr[k++]); SET_DATA_BYTE(ppixel, COLOR_GREEN, rowptr[k++]); SET_DATA_BYTE(ppixel, COLOR_BLUE, rowptr[k++]); if (spp == 4) SET_DATA_BYTE(ppixel, L_ALPHA_CHANNEL, rowptr[k++]); ppixel++; } } } /* Special case: requires converting to RGBA */ if (spp == 1 && tRNS) { if (!cmap) { /* Trivial case: make fully transparent RGBA image */ L_INFO("transparency, 1 spp, no colormap, no transparency array: " "convention is fully transparent image\n", procName); L_INFO("converting (fully transparent 1 spp) ==> RGBA\n", procName); pixDestroy(&pix); pix = pixCreate(w, h, 32); /* init to alpha = 0 (transparent) */ pixSetSpp(pix, 4); } else { L_INFO("converting (cmap + alpha) ==> RGBA\n", procName); /* Grab the transparency array */ png_get_tRNS(png_ptr, info_ptr, &trans, &num_trans, NULL); if (!trans) { /* invalid png file */ pixDestroy(&pix); png_destroy_read_struct(&png_ptr, &info_ptr, &end_info); return (PIX *)ERROR_PTR("cmap, tRNS, but no transparency array", procName, NULL); } /* Save the cmap and destroy the pix */ cmap = pixcmapCopy(pixGetColormap(pix)); ncolors = pixcmapGetCount(cmap); pixDestroy(&pix); /* Start over with 32 bit RGBA */ pix = pixCreate(w, h, 32); wpl = pixGetWpl(pix); data = pixGetData(pix); pixSetSpp(pix, 4); #if DEBUG_READ fprintf(stderr, "ncolors = %d, num_trans = %d\n", ncolors, num_trans); for (i = 0; i < ncolors; i++) { pixcmapGetColor(cmap, i, &rval, &gval, &bval); if (i < num_trans) { fprintf(stderr, "(r,g,b,a) = (%d,%d,%d,%d)\n", rval, gval, bval, trans[i]); } else { fprintf(stderr, "(r,g,b,a) = (%d,%d,%d,<<255>>)\n", rval, gval, bval); } } #endif /* DEBUG_READ */ /* Extract the data and convert to RGBA */ for (i = 0; i < h; i++) { ppixel = data + i * wpl; rowptr = row_pointers[i]; for (j = 0; j < w; j++) { index = rowptr[j]; pixcmapGetColor(cmap, index, &rval, &gval, &bval); composeRGBPixel(rval, gval, bval, ppixel); /* Assume missing entries to be 255 (opaque) according * to the spec: http://www.w3.org/TR/PNG/#11tRNS */ SET_DATA_BYTE(ppixel, L_ALPHA_CHANNEL, index < num_trans ? trans[index] : 255); ppixel++; } } pixcmapDestroy(&cmap); } } #if DEBUG_READ if (cmap) { for (i = 0; i < 16; i++) { fprintf(stderr, "[%d] = %d\n", i, ((l_uint8 *)(cmap->array))[i]); } } #endif /* DEBUG_READ */ /* If there is no colormap, PNG defines black = 0 and * white = 1 by default for binary monochrome. Therefore, * since we use the opposite definition, we must invert * the image colors in either of these cases: * (i) there is no colormap (default) * (ii) there is a colormap which defines black to * be 0 and white to be 1. * We cannot use the PNG_TRANSFORM_INVERT_MONO flag * because that flag (since version 1.0.9) inverts 8 bpp * grayscale as well, which we don't want to do. * (It also doesn't work if there is a colormap.) * If there is a colormap that defines black = 1 and * white = 0, we don't need to do anything. * * How do we check the polarity of the colormap? * The colormap determines the values of black and * white pixels in the following way: * if black = 1 (255), white = 0 * 255, 255, 255, 0, 0, 0, 0, 0, 0 * if black = 0, white = 1 (255) * 0, 0, 0, 0, 255, 255, 255, 0 * So we test the first byte to see if it is 0; * if so, invert the colors. * * If there is a colormap, after inverting the pixels it is * necessary to destroy the colormap. Otherwise, if someone were * to call pixRemoveColormap(), this would cause the pixel * values to be inverted again! */ if (d == 1 && (!cmap || (cmap && ((l_uint8 *)(cmap->array))[0] == 0x0))) { /* fprintf(stderr, "Inverting binary data on png read\n"); */ pixInvert(pix, pix); pixDestroyColormap(pix); } xres = png_get_x_pixels_per_meter(png_ptr, info_ptr); yres = png_get_y_pixels_per_meter(png_ptr, info_ptr); pixSetXRes(pix, (l_int32)((l_float32)xres / 39.37 + 0.5)); /* to ppi */ pixSetYRes(pix, (l_int32)((l_float32)yres / 39.37 + 0.5)); /* to ppi */ /* Get the text if there is any */ png_get_text(png_ptr, info_ptr, &text_ptr, &num_text); if (num_text && text_ptr) pixSetText(pix, text_ptr->text); png_destroy_read_struct(&png_ptr, &info_ptr, &end_info); return pix; } /*! * readHeaderPng() * * Input: filename * &w () * &h () * &bps (, bits/sample) * &spp (, samples/pixel) * &iscmap () * Return: 0 if OK, 1 on error * * Notes: * (1) If there is a colormap, iscmap is returned as 1; else 0. * (2) For gray+alpha, although the png records bps = 16, we * consider this as two 8 bpp samples (gray and alpha). * When a gray+alpha is read, it is converted to 32 bpp RGBA. */ l_int32 readHeaderPng(const char *filename, l_int32 *pw, l_int32 *ph, l_int32 *pbps, l_int32 *pspp, l_int32 *piscmap) { l_int32 ret; FILE *fp; PROCNAME("readHeaderPng"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if ((fp = fopenReadStream(filename)) == NULL) return ERROR_INT("image file not found", procName, 1); ret = freadHeaderPng(fp, pw, ph, pbps, pspp, piscmap); fclose(fp); return ret; } /*! * freadHeaderPng() * * Input: stream * &w () * &h () * &bps (, bits/sample) * &spp (, samples/pixel) * &iscmap () * Return: 0 if OK, 1 on error * * Notes: * (1) See readHeaderPng(). */ l_int32 freadHeaderPng(FILE *fp, l_int32 *pw, l_int32 *ph, l_int32 *pbps, l_int32 *pspp, l_int32 *piscmap) { l_int32 nbytes, ret; l_uint8 *data; PROCNAME("freadHeaderPng"); if (pw) *pw = 0; if (ph) *ph = 0; if (pbps) *pbps = 0; if (pspp) *pspp = 0; if (piscmap) *piscmap = 0; if (!fp) return ERROR_INT("stream not defined", procName, 1); nbytes = fnbytesInFile(fp); if (nbytes < 40) return ERROR_INT("file too small to be png", procName, 1); if ((data = (l_uint8 *)CALLOC(40, sizeof(l_uint8))) == NULL) return ERROR_INT("CALLOC fail for data", procName, 1); if (fread(data, 1, 40, fp) != 40) return ERROR_INT("error reading data", procName, 1); ret = sreadHeaderPng(data, pw, ph, pbps, pspp, piscmap); FREE(data); return ret; } /*! * sreadHeaderPng() * * Input: data * &w () * &h () * &bps (, bits/sample) * &spp (, samples/pixel) * &iscmap (; input NULL to ignore) * Return: 0 if OK, 1 on error * * Notes: * (1) See readHeaderPng(). * (2) png colortypes (see png.h: PNG_COLOR_TYPE_*): * 0: gray; fully transparent (with tRNS) (1 spp) * 2: RGB (3 spp) * 3: colormap; colormap+alpha (with tRNS) (1 spp) * 4: gray + alpha (2 spp) * 6: RGBA (4 spp) * Note: * 0 and 3 have the alpha information in a tRNS chunk * 4 and 6 have separate alpha samples with each pixel. */ l_int32 sreadHeaderPng(const l_uint8 *data, l_int32 *pw, l_int32 *ph, l_int32 *pbps, l_int32 *pspp, l_int32 *piscmap) { l_uint16 twobytes; l_uint16 *pshort; l_int32 colortype, bps, spp; l_uint32 *pword; PROCNAME("sreadHeaderPng"); if (!data) return ERROR_INT("data not defined", procName, 1); if (pw) *pw = 0; if (ph) *ph = 0; if (pbps) *pbps = 0; if (pspp) *pspp = 0; if (piscmap) *piscmap = 0; /* Check password */ if (data[0] != 137 || data[1] != 80 || data[2] != 78 || data[3] != 71 || data[4] != 13 || data[5] != 10 || data[6] != 26 || data[7] != 10) return ERROR_INT("not a valid png file", procName, 1); pword = (l_uint32 *)data; pshort = (l_uint16 *)data; if (pw) *pw = convertOnLittleEnd32(pword[4]); if (ph) *ph = convertOnLittleEnd32(pword[5]); twobytes = convertOnLittleEnd16(pshort[12]); /* contains depth/sample */ /* and the color type */ colortype = twobytes & 0xff; /* color type */ bps = twobytes >> 8; /* bits/sample */ /* Special case with alpha that is extracted as RGBA. * Note that the cmap+alpha is also extracted as RGBA, * but only if the tRNS chunk exists, which we can't tell * by this simple parser.*/ if (colortype == 4) L_INFO("gray + alpha: will extract as RGBA (spp = 4)\n", procName); if (colortype == 2) { /* RGB */ spp = 3; } else if (colortype == 6) { /* RGBA */ spp = 4; } else if (colortype == 4) { /* gray + alpha */ spp = 2; bps = 8; /* both the gray and alpha are 8-bit samples */ } else { /* gray (0) or cmap (3) or cmap+alpha (3) */ spp = 1; } if (pbps) *pbps = bps; if (pspp) *pspp = spp; if (piscmap) { if (colortype & 1) /* palette */ *piscmap = 1; else *piscmap = 0; } return 0; } /* * fgetPngResolution() * * Input: stream (opened for read) * &xres, &yres ( resolution in ppi) * Return: 0 if OK; 0 on error * * Notes: * (1) If neither resolution field is set, this is not an error; * the returned resolution values are 0 (designating 'unknown'). * (2) Side-effect: this rewinds the stream. */ l_int32 fgetPngResolution(FILE *fp, l_int32 *pxres, l_int32 *pyres) { png_uint_32 xres, yres; png_structp png_ptr; png_infop info_ptr; PROCNAME("fgetPngResolution"); if (!pxres || !pyres) return ERROR_INT("&xres and &yres not both defined", procName, 1); *pxres = *pyres = 0; if (!fp) return ERROR_INT("stream not opened", procName, 1); /* Make the two required structs */ if ((png_ptr = png_create_read_struct(PNG_LIBPNG_VER_STRING, (png_voidp)NULL, NULL, NULL)) == NULL) return ERROR_INT("png_ptr not made", procName, 1); if ((info_ptr = png_create_info_struct(png_ptr)) == NULL) { png_destroy_read_struct(&png_ptr, (png_infopp)NULL, (png_infopp)NULL); return ERROR_INT("info_ptr not made", procName, 1); } /* Set up png setjmp error handling. * Without this, an error calls exit. */ if (setjmp(png_jmpbuf(png_ptr))) { png_destroy_read_struct(&png_ptr, &info_ptr, (png_infopp)NULL); return ERROR_INT("internal png error", procName, 1); } /* Read the metadata */ rewind(fp); png_init_io(png_ptr, fp); png_read_png(png_ptr, info_ptr, 0, NULL); xres = png_get_x_pixels_per_meter(png_ptr, info_ptr); yres = png_get_y_pixels_per_meter(png_ptr, info_ptr); *pxres = (l_int32)((l_float32)xres / 39.37 + 0.5); /* to ppi */ *pyres = (l_int32)((l_float32)yres / 39.37 + 0.5); png_destroy_read_struct(&png_ptr, &info_ptr, NULL); rewind(fp); return 0; } /*---------------------------------------------------------------------* * Writing png * *---------------------------------------------------------------------*/ /*! * pixWritePng() * * Input: filename * pix * gamma * Return: 0 if OK; 1 on error * * Notes: * (1) Special version for writing png with a specified gamma. * When using pixWrite(), no field is given for gamma. */ l_int32 pixWritePng(const char *filename, PIX *pix, l_float32 gamma) { FILE *fp; PROCNAME("pixWritePng"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (!filename) return ERROR_INT("filename not defined", procName, 1); if ((fp = fopenWriteStream(filename, "wb+")) == NULL) return ERROR_INT("stream not opened", procName, 1); if (pixWriteStreamPng(fp, pix, gamma)) { fclose(fp); return ERROR_INT("pix not written to stream", procName, 1); } fclose(fp); return 0; } /*! * pixWriteStreamPng() * * Input: stream * pix * gamma (use 0.0 if gamma is not defined) * Return: 0 if OK; 1 on error * * Notes: * (1) If called from pixWriteStream(), the stream is positioned * at the beginning of the file. * (2) To do sequential writes of png format images to a stream, * use pixWriteStreamPng() directly. * (3) gamma is an optional png chunk. If no gamma value is to be * placed into the file, use gamma = 0.0. Otherwise, if * gamma > 0.0, its value is written into the header. * (4) The use of gamma in png is highly problematic. For an illuminating * discussion, see: http://hsivonen.iki.fi/png-gamma/ * (5) What is the effect/meaning of gamma in the png file? This * gamma, which we can call the 'source' gamma, is the * inverse of the gamma that was used in enhance.c to brighten * or darken images. The 'source' gamma is supposed to indicate * the intensity mapping that was done at the time the * image was captured. Display programs typically apply a * 'display' gamma of 2.2 to the output, which is intended * to linearize the intensity based on the response of * thermionic tubes (CRTs). Flat panel LCDs have typically * been designed to give a similar response as CRTs (call it * "backward compatibility"). The 'display' gamma is * in some sense the inverse of the 'source' gamma. * jpeg encoders attached to scanners and cameras will lighten * the pixels, applying a gamma corresponding to approximately * a square-root relation of output vs input: * output = input^(gamma) * where gamma is often set near 0.4545 (1/gamma is 2.2). * This is stored in the image file. Then if the display * program reads the gamma, it will apply a display gamma, * typically about 2.2; the product is 1.0, and the * display program produces a linear output. This works because * the dark colors were appropriately boosted by the scanner, * as described by the 'source' gamma, so they should not * be further boosted by the display program. * (6) As an example, with xv and display, if no gamma is stored, * the program acts as if gamma were 0.4545, multiplies this by 2.2, * and does a linear rendering. Taking this as a baseline * brightness, if the stored gamma is: * > 0.4545, the image is rendered lighter than baseline * < 0.4545, the image is rendered darker than baseline * In contrast, gqview seems to ignore the gamma chunk in png. * (7) The only valid pixel depths in leptonica are 1, 2, 4, 8, 16 * and 32. However, it is possible, and in some cases desirable, * to write out a png file using an rgb pix that has 24 bpp. * For example, the open source xpdf SplashBitmap class generates * 24 bpp rgb images. Consequently, we enable writing 24 bpp pix. * To generate such a pix, you can make a 24 bpp pix without data * and assign the data array to the pix; e.g., * pix = pixCreateHeader(w, h, 24); * pixSetData(pix, rgbdata); * See pixConvert32To24() for an example, where we get rgbdata * from the 32 bpp pix. Caution: do not call pixSetPadBits(), * because the alignment is wrong and you may erase part of the * last pixel on each line. * (8) If the pix has a colormap, it is written to file. In most * situations, the alpha component is 255 for each colormap entry, * which is opaque and indicates that it should be ignored. * However, if any alpha component is not 255, it is assumed that * the alpha values are valid, and they are written to the png * file in a tRNS segment. On readback, the tRNS segment is * identified, and the colormapped image with alpha is converted * to a 4 spp rgba image. */ l_int32 pixWriteStreamPng(FILE *fp, PIX *pix, l_float32 gamma) { char commentstring[] = "Comment"; l_int32 i, j, k; l_int32 wpl, d, spp, cmflag, opaque; l_int32 ncolors, compval; l_int32 *rmap, *gmap, *bmap, *amap; l_uint32 *data, *ppixel; png_byte bit_depth, color_type; png_byte alpha[256]; png_uint_32 w, h; png_uint_32 xres, yres; png_bytep *row_pointers; png_bytep rowbuffer; png_structp png_ptr; png_infop info_ptr; png_colorp palette; PIX *pixt; PIXCMAP *cmap; char *text; PROCNAME("pixWriteStreamPng"); if (!fp) return ERROR_INT("stream not open", procName, 1); if (!pix) return ERROR_INT("pix not defined", procName, 1); /* Allocate the 2 data structures */ if ((png_ptr = png_create_write_struct(PNG_LIBPNG_VER_STRING, (png_voidp)NULL, NULL, NULL)) == NULL) return ERROR_INT("png_ptr not made", procName, 1); if ((info_ptr = png_create_info_struct(png_ptr)) == NULL) { png_destroy_write_struct(&png_ptr, (png_infopp)NULL); return ERROR_INT("info_ptr not made", procName, 1); } /* Set up png setjmp error handling */ if (setjmp(png_jmpbuf(png_ptr))) { png_destroy_write_struct(&png_ptr, &info_ptr); return ERROR_INT("internal png error", procName, 1); } png_init_io(png_ptr, fp); /* With best zlib compression (9), get between 1 and 10% improvement * over default (6), but the compression is 3 to 10 times slower. * Use the zlib default (6) as our default compression unless * pix->special falls in the range [10 ... 19]; then subtract 10 * to get the compression value. */ compval = Z_DEFAULT_COMPRESSION; if (pix->special >= 10 && pix->special < 20) compval = pix->special - 10; png_set_compression_level(png_ptr, compval); w = pixGetWidth(pix); h = pixGetHeight(pix); d = pixGetDepth(pix); spp = pixGetSpp(pix); if ((cmap = pixGetColormap(pix))) cmflag = 1; else cmflag = 0; /* Set the color type and bit depth. */ if (d == 32 && spp == 4) { bit_depth = 8; color_type = PNG_COLOR_TYPE_RGBA; /* 6 */ cmflag = 0; /* ignore if it exists */ } else if (d == 24 || d == 32) { bit_depth = 8; color_type = PNG_COLOR_TYPE_RGB; /* 2 */ cmflag = 0; /* ignore if it exists */ } else { bit_depth = d; color_type = PNG_COLOR_TYPE_GRAY; /* 0 */ } if (cmflag) color_type = PNG_COLOR_TYPE_PALETTE; /* 3 */ #if DEBUG_WRITE fprintf(stderr, "cmflag = %d, bit_depth = %d, color_type = %d\n", cmflag, bit_depth, color_type); #endif /* DEBUG_WRITE */ png_set_IHDR(png_ptr, info_ptr, w, h, bit_depth, color_type, PNG_INTERLACE_NONE, PNG_COMPRESSION_TYPE_BASE, PNG_FILTER_TYPE_BASE); /* Store resolution in ppm, if known */ xres = (png_uint_32)(39.37 * (l_float32)pixGetXRes(pix) + 0.5); yres = (png_uint_32)(39.37 * (l_float32)pixGetYRes(pix) + 0.5); if ((xres == 0) || (yres == 0)) png_set_pHYs(png_ptr, info_ptr, 0, 0, PNG_RESOLUTION_UNKNOWN); else png_set_pHYs(png_ptr, info_ptr, xres, yres, PNG_RESOLUTION_METER); if (cmflag) { pixcmapToArrays(cmap, &rmap, &gmap, &bmap, &amap); ncolors = pixcmapGetCount(cmap); pixcmapIsOpaque(cmap, &opaque); /* Make and save the palette */ if ((palette = (png_colorp)(CALLOC(ncolors, sizeof(png_color)))) == NULL) return ERROR_INT("palette not made", procName, 1); for (i = 0; i < ncolors; i++) { palette[i].red = (png_byte)rmap[i]; palette[i].green = (png_byte)gmap[i]; palette[i].blue = (png_byte)bmap[i]; alpha[i] = (png_byte)amap[i]; } png_set_PLTE(png_ptr, info_ptr, palette, (int)ncolors); if (!opaque) /* alpha channel has some transparency; assume valid */ png_set_tRNS(png_ptr, info_ptr, (png_bytep)alpha, (int)ncolors, NULL); FREE(rmap); FREE(gmap); FREE(bmap); FREE(amap); } /* 0.4545 is treated as the default by some image * display programs (not gqview). A value > 0.4545 will * lighten an image as displayed by xv, display, etc. */ if (gamma > 0.0) png_set_gAMA(png_ptr, info_ptr, (l_float64)gamma); if ((text = pixGetText(pix))) { png_text text_chunk; text_chunk.compression = PNG_TEXT_COMPRESSION_NONE; text_chunk.key = commentstring; text_chunk.text = text; text_chunk.text_length = strlen(text); #ifdef PNG_ITXT_SUPPORTED text_chunk.itxt_length = 0; text_chunk.lang = NULL; text_chunk.lang_key = NULL; #endif png_set_text(png_ptr, info_ptr, &text_chunk, 1); } /* Write header and palette info */ png_write_info(png_ptr, info_ptr); if ((d != 32) && (d != 24)) { /* not rgb color */ /* Generate a temporary pix with bytes swapped. * For a binary image, there are two conditions in * which you must first invert the data for writing png: * (a) no colormap * (b) colormap with BLACK set to 0 * png writes binary with BLACK = 0, unless contradicted * by a colormap. If the colormap has BLACK = "1" * (typ. about 255), do not invert the data. If there * is no colormap, you must invert the data to store * in default BLACK = 0 state. */ if (d == 1 && (!cmap || (cmap && ((l_uint8 *)(cmap->array))[0] == 0x0))) { pixt = pixInvert(NULL, pix); pixEndianByteSwap(pixt); } else { pixt = pixEndianByteSwapNew(pix); } if (!pixt) { png_destroy_write_struct(&png_ptr, &info_ptr); return ERROR_INT("pixt not made", procName, 1); } /* Make and assign array of image row pointers */ if ((row_pointers = (png_bytep *)CALLOC(h, sizeof(png_bytep))) == NULL) return ERROR_INT("row-pointers not made", procName, 1); wpl = pixGetWpl(pixt); data = pixGetData(pixt); for (i = 0; i < h; i++) row_pointers[i] = (png_bytep)(data + i * wpl); png_set_rows(png_ptr, info_ptr, row_pointers); /* Transfer the data */ png_write_image(png_ptr, row_pointers); png_write_end(png_ptr, info_ptr); if (cmflag) FREE(palette); FREE(row_pointers); pixDestroy(&pixt); png_destroy_write_struct(&png_ptr, &info_ptr); return 0; } /* For rgb, compose and write a row at a time */ data = pixGetData(pix); wpl = pixGetWpl(pix); if (d == 24) { /* See note 7 above: special case of 24 bpp rgb */ for (i = 0; i < h; i++) { ppixel = data + i * wpl; png_write_rows(png_ptr, (png_bytepp)&ppixel, 1); } } else { /* 32 bpp rgb and rgba. Write out the alpha channel if either * the pix has 4 spp or writing it is requested anyway */ if ((rowbuffer = (png_bytep)CALLOC(w, 4)) == NULL) return ERROR_INT("rowbuffer not made", procName, 1); for (i = 0; i < h; i++) { ppixel = data + i * wpl; for (j = k = 0; j < w; j++) { rowbuffer[k++] = GET_DATA_BYTE(ppixel, COLOR_RED); rowbuffer[k++] = GET_DATA_BYTE(ppixel, COLOR_GREEN); rowbuffer[k++] = GET_DATA_BYTE(ppixel, COLOR_BLUE); if (spp == 4) rowbuffer[k++] = GET_DATA_BYTE(ppixel, L_ALPHA_CHANNEL); ppixel++; } png_write_rows(png_ptr, &rowbuffer, 1); } FREE(rowbuffer); } png_write_end(png_ptr, info_ptr); if (cmflag) FREE(palette); png_destroy_write_struct(&png_ptr, &info_ptr); return 0; } /*! * pixSetZlibCompression() * * Input: pix * compval (zlib compression value) * Return: 0 if OK, 1 on error * * Notes: * (1) Valid zlib compression values are in the interval [0 ... 9], * where, as defined in zlib.h: * 0 Z_NO_COMPRESSION * 1 Z_BEST_SPEED (poorest compression) * 9 Z_BEST_COMPRESSION * For the default value, use either of these: * 6 Z_DEFAULT_COMPRESSION * -1 (resolves to Z_DEFAULT_COMPRESSION) * (2) If you use the defined constants in zlib.h instead of the * compression integers given above, you must include zlib.h. */ l_int32 pixSetZlibCompression(PIX *pix, l_int32 compval) { PROCNAME("pixSetZlibCompression"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (compval < 0 || compval > 9) { L_ERROR("Invalid zlib comp val; using default\n", procName); compval = Z_DEFAULT_COMPRESSION; } pix->special = 10 + compval; /* valid range [10 ... 19] */ return 0; } /*---------------------------------------------------------------------* * Setting flag for stripping 16 bits on reading * *---------------------------------------------------------------------*/ /*! * l_pngSetReadStrip16To8() * * Input: flag (1 for stripping 16 bpp to 8 bpp on reading; * 0 for leaving 16 bpp) * Return: void */ void l_pngSetReadStrip16To8(l_int32 flag) { var_PNG_STRIP_16_TO_8 = flag; } /*---------------------------------------------------------------------* * Read/write to memory * *---------------------------------------------------------------------*/ #if HAVE_FMEMOPEN extern FILE *open_memstream(char **data, size_t *size); extern FILE *fmemopen(void *data, size_t size, const char *mode); #endif /* HAVE_FMEMOPEN */ /*! * pixReadMemPng() * * Input: cdata (const; png-encoded) * size (of data) * Return: pix, or null on error * * Notes: * (1) The @size byte of @data must be a null character. */ PIX * pixReadMemPng(const l_uint8 *cdata, size_t size) { FILE *fp; PIX *pix; PROCNAME("pixReadMemPng"); if (!cdata) return (PIX *)ERROR_PTR("cdata not defined", procName, NULL); #if HAVE_FMEMOPEN if ((fp = fmemopen((void *)cdata, size, "r")) == NULL) return (PIX *)ERROR_PTR("stream not opened", procName, NULL); #else L_WARNING("work-around: writing to a temp file\n", procName); fp = tmpfile(); fwrite(cdata, 1, size, fp); rewind(fp); #endif /* HAVE_FMEMOPEN */ pix = pixReadStreamPng(fp); fclose(fp); if (!pix) L_ERROR("pix not read\n", procName); return pix; } /*! * pixWriteMemPng() * * Input: &data ( data of tiff compressed image) * &size ( size of returned data) * pix * gamma (use 0.0 if gamma is not defined) * Return: 0 if OK, 1 on error * * Notes: * (1) See pixWriteStreamPng() for usage. This version writes to * memory instead of to a file stream. */ l_int32 pixWriteMemPng(l_uint8 **pdata, size_t *psize, PIX *pix, l_float32 gamma) { l_int32 ret; FILE *fp; PROCNAME("pixWriteMemPng"); if (!pdata) return ERROR_INT("&data not defined", procName, 1 ); if (!psize) return ERROR_INT("&size not defined", procName, 1 ); if (!pix) return ERROR_INT("&pix not defined", procName, 1 ); #if HAVE_FMEMOPEN if ((fp = open_memstream((char **)pdata, psize)) == NULL) return ERROR_INT("stream not opened", procName, 1); ret = pixWriteStreamPng(fp, pix, gamma); #else L_WARNING("work-around: writing to a temp file\n", procName); fp = tmpfile(); ret = pixWriteStreamPng(fp, pix, gamma); rewind(fp); *pdata = l_binaryReadStream(fp, psize); #endif /* HAVE_FMEMOPEN */ fclose(fp); return ret; } /* --------------------------------------------*/ #endif /* HAVE_LIBPNG */ /* --------------------------------------------*/ leptonica-1.70/src/makefile.mingw0000644000175000017500000003106412034463530015120 0ustar dandan#/*====================================================================* # - Copyright (C) 2001 Leptonica. All rights reserved. # - # - Redistribution and use in source and binary forms, with or without # - modification, are permitted provided that the following conditions # - are met: # - 1. Redistributions of source code must retain the above copyright # - notice, this list of conditions and the following disclaimer. # - 2. Redistributions in binary form must reproduce the above # - copyright notice, this list of conditions and the following # - disclaimer in the documentation and/or other materials # - provided with the distribution. # - # - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS # - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT # - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR # - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY # - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, # - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, # - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR # - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY # - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING # - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS # - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. # *====================================================================*/ # makefile.mingw (cross-compiler for windows on linux) # # Hand-built -- editable -- simple -- makefile # # Usage Notes (Important): # (1) Only the building of optimized code has been tested # (2) To use this, download these packages (e.g., from Debian): # mingw32 (the cross-compiler) # mingw32-runtime # mingw32-binutils # The cross-compiler programs will all be installed here: # /usr/bin/mingw32msvc* # (3) Put a copy of the following header files into # /usr/local/include/mingw: # jconfig.h tiffconf.h # jerror.h tiff.h # jpeglib.h tiffio.h # pngconf.h tiffio.hxx # png.h tiffvers.h # zconf.h zlib.h # These header files should be distributed with the corresponding # 4 libraries (jpeg, png, tiff, zlib) that you link to. # See prog/Makefile.mingw for details on obtaining and using # those libraries. # # For a nodebug version: make # For a debug version: make DEBUG=yes debug # For a shared library version: make SHARED=yes shared # For all versions: make all # With nonstandard header directories # make EXTRAINCLUDES="-I" # # To remove object files in src: make clean # To remove object files and executables in prog: make clean # # Customization for machine hardware: # (1) On little-endian machines (e.g., i386, x86-64): # CPPFLAGS = $(INCLUDES) -DL_LITTLE_ENDIAN # On big-endian machines (e.g., Mac Power PC, Sun Sparc): # CPPFLAGS = $(INCLUDES) -DL_BIG_ENDIAN # (2) To generate function prototypes, you need a program called # xtractprotos. Build it with this command: # make xtractprotos # Then 'make allprotos' # # Stuff used by Makefile RM = rm -f TEST = test MKDIR = mkdir -p LIBRARIAN = i586-mingw32msvc-ar cq RANLIB = i586-mingw32msvc-ranlib # Libraries are built into a binary tree with its root in the parent directory ROOT_DIR = .. BASE_OBJ = $(ROOT_DIR)/obj OBJ_NODEBUG = $(ROOT_DIR)/obj/nodebug OBJ_DEBUG = $(ROOT_DIR)/obj/debug OBJ_SHARED = $(ROOT_DIR)/obj/shared BASE_LIB = $(ROOT_DIR)/lib LIB_NODEBUG = $(ROOT_DIR)/lib/nodebug LIB_DEBUG = $(ROOT_DIR)/lib/debug LIB_SHARED = $(ROOT_DIR)/lib/shared # Include files INCLUDES = -I./ -I/usr/local/include/mingw PROTOTYPE_DIR = . # Conditional compilation (depending on processor endian-ness) CPPFLAGS = $(INCLUDES) -DL_LITTLE_ENDIAN -D_NO_AUTOCONF_ #CPPFLAGS = $(INCLUDES) -DL_BIG_ENDIAN -D_NO_AUTOCONF_ # Shared library linker options SONAME_OPTION = -Wl,-h, ifdef SHARED OPTIMIZE = -O2 -fPIC else ifdef DEBUG OPTIMIZE = -g else OPTIMIZE = -O2 endif endif # which to use? # use -Werror to verify there are no serious warnings # use g++ to apply stricter rules. Libraries made with g++ may not # link to programs compiled with gcc (depends on the glibc version). # use -DNO_CONSOLE_IO to remove all L_INFO, L_WARNING and # ERROR_* logging, and to remove all DEBUG information dependent # on whether or not NO_CONSOLE_IO has been defined. CC = i586-mingw32msvc-gcc -ansi -D_BSD_SOURCE -DANSI #CC = i586-mingw32msvc-gcc -ansi -Werror -D_BSD_SOURCE -DANSI #CC = i586-mingw32msvc-g++ -ansi -Werror -D_BSD_SOURCE #CC = i586-mingw32msvc-gcc -ansi -Werror -DNO_CONSOLE -D_BSD_SOURCE -DANSI OPTIONS = CFLAGS = $(OPTIMIZE) $(OPTIONS) LIBRARIAN_SHARED = i586-mingw32msvc-gcc -shared # Libraries differing only in their minor revision numbers # are required to have the same interface. By using # "-h" in the ld, the "soname" is .X, where X is # the major revision number. # Links are created among the files .X.Y, # .X, and , where Y is the minor revision number. MAJOR_REV = 1 MINOR_REV = 70 ######################################################### # Libraries LEPTLIB = liblept.a LEPTLIB_SHARED = liblept.so ######################################################### LEPTLIB_C = adaptmap.c affine.c affinecompose.c \ arrayaccess.c \ bardecode.c baseline.c bbuffer.c \ bilateral.c bilinear.c binarize.c \ binexpand.c binreduce.c \ blend.c bmf.c bmpio.c bmpiostub.c \ boxbasic.c boxfunc1.c \ boxfunc2.c boxfunc3.c boxfunc4.c \ bytearray.c ccbord.c ccthin.c classapp.c \ colorcontent.c coloring.c \ colormap.c colormorph.c \ colorquant1.c colorquant2.c \ colorseg.c colorspace.c \ compare.c conncomp.c convertfiles.c \ convolve.c convolvelow.c correlscore.c \ dewarp.c dnabasic.c \ dwacomb.2.c dwacomblow.2.c \ edge.c enhance.c \ fhmtauto.c fhmtgen.1.c fhmtgenlow.1.c \ finditalic.c flipdetect.c fliphmtgen.c \ fmorphauto.c fmorphgen.1.c fmorphgenlow.1.c \ fpix1.c fpix2.c \ gifio.c gifiostub.c \ gplot.c graphics.c \ graymorph.c graymorphlow.c \ grayquant.c grayquantlow.c heap.c \ jbclass.c jpegio.c jpegiostub.c \ kernel.c libversions.c list.c maze.c mediancut.c \ morph.c morphapp.c morphdwa.c morphseq.c \ numabasic.c numafunc1.c numafunc2.c \ pageseg.c paintcmap.c \ parseprotos.c partition.c \ pdfio.c pdfiostub.c \ pix1.c pix2.c pix3.c pix4.c pix5.c \ pixabasic.c pixacc.c \ pixafunc1.c pixafunc2.c \ pixalloc.c pixarith.c \ pixcomp.c pixconv.c pixtiling.c \ pngio.c pngiostub.c pnmio.c pnmiostub.c \ projective.c psio1.c psio1stub.c \ psio2.c psio2stub.c \ ptabasic.c ptafunc1.c \ ptra.c queue.c quadtree.c rank.c \ readbarcode.c readfile.c \ recogbasic.c recogident.c recogtrain.c regutils.c \ rop.c ropiplow.c roplow.c \ rotate.c rotateam.c rotateamlow.c \ rotateorth.c rotateorthlow.c rotateshear.c \ runlength.c sarray.c \ scale.c scalelow.c \ seedfill.c seedfilllow.c \ sel1.c sel2.c selgen.c \ shear.c skew.c spixio.c \ stack.c sudoku.c \ textops.c tiffio.c tiffiostub.c \ utils.c viewfiles.c \ warper.c watershed.c \ webpio.c webpiostub.c writefile.c \ zlibmem.c zlibmemstub.c LEPTLIB_H = allheaders.h alltypes.h \ array.h arrayaccess.h bbuffer.h \ bmf.h bmp.h ccbord.h \ dewarp.h environ.h gplot.h \ heap.h imageio.h \ jbclass.h jpeglib.h \ list.h \ morph.h pix.h ptra.h queue.h \ readbarcode.h recog.h regutils.h stack.h \ sudoku.h watershed.h ################################################################## # Main targets nodebug: dirs $(LEPTLIB:%=$(LIB_NODEBUG)/%) all: make -f makefile.mingw TARGET=$(TARGET) nodebug make -f makefile.mingw TARGET=$(TARGET) DEBUG=true debug make -f makefile.mingw TARGET=$(TARGET) SHARED=true shared DEBUG_LIBS = $(LEPTLIB:%=$(LIB_DEBUG)/%) SHARED_LIBS = $(LEPTLIB_SHARED:%=$(LIB_SHARED)/%) debug: dirs $(DEBUG_LIBS) shared: dirs $(SHARED_LIBS) ################################################################## # Proto target # # Note that both of the targets below can be generated by xtractprotos # (a) without requiring the existence of leptprotos.h and (b) with # an empty allheaders.h. Both generate a new allheaders.h, and # 'make allprotos' additionally generates leptprotos.h # # In the past we generated leptprotos.h that held the function prototypes, # and included it in allheaders.h. We now insert the function prototypes # directly in allheaders.h, and do not generate a separate prototype # file leptprotos.h. allheaders: $(LEPTLIB_C) @$(TEST) -f xtractprotos || echo "First run 'make xtractprotos'" ./xtractprotos -protos=inline -prestring=LEPT_DLL $(LEPTLIB_C) # You can still generate the file leptprotos.h and have it #included # in allheaders.h. If you do this, be sure to add leptprotos.h to LEPTLIB_H. allprotos: leptprotos leptprotos: $(LEPTLIB_C) @$(TEST) -f xtractprotos || echo "First run 'make xtractprotos'" ./xtractprotos -protos=leptprotos.h -prestring=LEPT_DLL $(LEPTLIB_C) ################################################################## # xtractprotos xtractprotos: dirs leptlib cd ../prog; make xtractprotos; cp xtractprotos ../src xtractprotos.o: xtractprotos.c ################################################################## # Rule to make optimized library $(LIB_NODEBUG)/%.a: $(RM) $@ $(LIBRARIAN) $@ $< $(RANLIB) $@ # Rule to make debuggable library $(LIB_DEBUG)/%.a: $(RM) $@ $(LIBRARIAN) $@ $< $(RANLIB) $@ # Rule to make shared library $(LIB_SHARED)/%.so: $(RM) $@ $(LIBRARIAN_SHARED) $(SONAME_OPTION)$(notdir $@).$(MAJOR_REV) -o $@ $< mv $@ $@.$(MAJOR_REV).$(MINOR_REV) cd $(LIB_SHARED); rm $(notdir $@).$(MAJOR_REV); \ ln -s $(notdir $@).$(MAJOR_REV).$(MINOR_REV) $(notdir $@).$(MAJOR_REV) cd $(LIB_SHARED); rm $(notdir $@); \ ln -s $(notdir $@).$(MAJOR_REV) $(notdir $@) ################################################################## # No-debug library dependencies and rules leptlib: $(LIB_NODEBUG)/$(LEPTLIB) $(LIB_NODEBUG)/$(LEPTLIB): $(LEPTLIB_C:%.c=$(OBJ_NODEBUG)/%.o) $(RM) $@ $(LIBRARIAN) $@ $(LEPTLIB_C:%.c=$(OBJ_NODEBUG)/%.o) $(RANLIB) $@ # Debug library dependencies and rules leptlibd: $(LIB_DEBUG)/$(LEPTLIB) $(LIB_DEBUG)/$(LEPTLIB): $(LEPTLIB_C:%.c=$(OBJ_DEBUG)/%.o) $(RM) $@ $(LIBRARIAN) $@ $(LEPTLIB_C:%.c=$(OBJ_DEBUG)/%.o) $(RANLIB) $@ # Shared library dependencies, rules and links leptlibs: $(LIB_SHARED)/$(LEPTLIB_SHARED) $(LIB_SHARED)/$(LEPTLIB_SHARED): $(LEPTLIB_C:%.c=$(OBJ_SHARED)/%.o) $(RM) $@ $(LIBRARIAN_SHARED) $(SONAME_OPTION)$(notdir $@).$(MAJOR_REV) -o $@ $(LEPTLIB_C:%.c=$(OBJ_SHARED)/%.o) mv $@ $@.$(MAJOR_REV).$(MINOR_REV) cd $(LIB_SHARED); rm $(notdir $@).$(MAJOR_REV); \ ln -s $(notdir $@).$(MAJOR_REV).$(MINOR_REV) $(notdir $@).$(MAJOR_REV) cd $(LIB_SHARED); rm $(notdir $@); \ ln -s $(notdir $@).$(MAJOR_REV) $(notdir $@) ######################################################### # Rules for compiling source $(OBJ_NODEBUG)/%.o: %.c $(LEPTLIB_H) @$(TEST) -d $(OBJ_NODEBUG) || $(MKDIR) $(OBJ_NODEBUG) $(COMPILE.c) -o $@ $< $(OBJ_DEBUG)/%.o: %.c $(LEPTLIB_H) @$(TEST) -d $(OBJ_DEBUG) || $(MKDIR) $(OBJ_DEBUG) $(COMPILE.c) -o $@ $< $(OBJ_SHARED)/%.o: %.c $(LEPTLIB_H) @$(TEST) -d $(OBJ_SHARED) || $(MKDIR) $(OBJ_SHARED) $(COMPILE.c) -o $@ $< ########################################################### # Prepare a local environment dirs: @$(TEST) -d $(BASE_OBJ) || $(MKDIR) $(BASE_OBJ) @$(TEST) -d $(OBJ_NODEBUG) || $(MKDIR) $(OBJ_NODEBUG) @$(TEST) -d $(OBJ_DEBUG) || $(MKDIR) $(OBJ_DEBUG) @$(TEST) -d $(OBJ_SHARED) || $(MKDIR) $(OBJ_SHARED) @$(TEST) -d $(BASE_LIB) || $(MKDIR) $(BASE_LIB) @$(TEST) -d $(LIB_NODEBUG) || $(MKDIR) $(LIB_NODEBUG) @$(TEST) -d $(LIB_DEBUG) || $(MKDIR) $(LIB_DEBUG) @$(TEST) -d $(LIB_SHARED) || $(MKDIR) $(LIB_SHARED) ########################################################### clean: $(RM) $(OBJ_NODEBUG)/*.o $(OBJ_DEBUG)/*.o \ $(OBJ_SHARED)/*.o \ $(LIB_NODEBUG)/*.a $(LIB_DEBUG)/*.a \ $(LIB_SHARED)/*.so $(LIB_SHARED)/*.so.? \ $(LIB_SHARED)/*.so.?.* \ xtractprotos.o xtractprotos ########################################################### depend: /usr/X11R6/bin/makedepend -DNO_PROTOS $(CPPFLAGS) $(LEPTLIB_C) ########################################################### # DO NOT DELETE THIS LINE -- make depend depends on it. leptonica-1.70/src/environ.h0000664000175000017500000004310712266541301014134 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ #ifndef LEPTONICA_ENVIRON_H #define LEPTONICA_ENVIRON_H /*------------------------------------------------------------------------* * Defines and includes differ for Unix and Windows. Also for Windows, * * differentiate between conditionals based on platform and compiler. * * For platforms: * * _WIN32 => Windows, 32- or 64-bit * * _WIN64 => Windows, 64-bit only * * __CYGWIN__ => Cygwin * * For compilers: * * __GNUC__ => gcc * * _MSC_VER => msvc * *------------------------------------------------------------------------*/ /* MS VC++ does not provide stdint.h, so define the missing types here */ #ifndef _MSC_VER #include #else /* Note that _WIN32 is defined for both 32 and 64 bit applications, whereas _WIN64 is defined only for the latter */ #ifdef _WIN64 typedef __int64 intptr_t; typedef unsigned __int64 uintptr_t; #else typedef int intptr_t; typedef unsigned int uintptr_t; #endif /* VC++6 doesn't seem to have powf, expf. */ #if (_MSC_VER < 1400) #define powf(x, y) (float)pow((double)(x), (double)(y)) #define expf(x) (float)exp((double)(x)) #endif #endif /* _MSC_VER */ /* Windows specifics */ #ifdef _WIN32 /* DLL EXPORTS and IMPORTS */ #if defined(LIBLEPT_EXPORTS) #define LEPT_DLL __declspec(dllexport) #elif defined(LIBLEPT_IMPORTS) #define LEPT_DLL __declspec(dllimport) #else #define LEPT_DLL #endif #else /* non-Windows specifics */ #include #define LEPT_DLL #endif /* _WIN32 */ typedef intptr_t l_intptr_t; typedef uintptr_t l_uintptr_t; typedef void *L_TIMER; /*--------------------------------------------------------------------* * !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!* * USER CONFIGURABLE * * !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!* * Environment variables with I/O libraries * * Manual Configuration Only: NOT AUTO_CONF * *--------------------------------------------------------------------*/ /* * Leptonica provides interfaces to link to five external image I/O * libraries, plus zlib. Setting any of these to 0 here causes * non-functioning stubs to be linked. */ #ifndef HAVE_CONFIG_H #define HAVE_LIBJPEG 1 #define HAVE_LIBTIFF 1 #define HAVE_LIBPNG 1 #define HAVE_LIBZ 1 #define HAVE_LIBGIF 0 #define HAVE_LIBUNGIF 0 #define HAVE_LIBWEBP 0 #endif /* ~HAVE_CONFIG_H */ /* * On linux systems, you can do I/O between Pix and memory. Specifically, * you can compress (write compressed data to memory from a Pix) and * uncompress (read from compressed data in memory to a Pix). * For jpeg, png, pnm and bmp, these use the non-posix GNU functions * fmemopen() and open_memstream(). These functions are not * available on other systems. To use these functions in linux, * you must define HAVE_FMEMOPEN to be 1 here. */ #ifndef HAVE_CONFIG_H #define HAVE_FMEMOPEN 0 #endif /* ~HAVE_CONFIG_H */ /*--------------------------------------------------------------------* * !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!* * USER CONFIGURABLE * * !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!* * Environ variables for uncompressed formatted image I/O * *--------------------------------------------------------------------*/ /* * Leptonica supplies image I/O for bmp, pnm, jp2k, pdf and ps. * Setting any of these to 0 causes non-functioning stubs to be linked. */ #define USE_BMPIO 1 #define USE_PNMIO 1 #define USE_JP2KIO 1 #define USE_PDFIO 1 #define USE_PSIO 1 /*--------------------------------------------------------------------* * Built-in types * *--------------------------------------------------------------------*/ typedef signed char l_int8; typedef unsigned char l_uint8; typedef short l_int16; typedef unsigned short l_uint16; typedef int l_int32; typedef unsigned int l_uint32; typedef float l_float32; typedef double l_float64; #ifdef COMPILER_MSVC typedef __int64 l_int64; typedef unsigned __int64 l_uint64; #else typedef long long l_int64; typedef unsigned long long l_uint64; #endif /* COMPILER_MSVC */ /*------------------------------------------------------------------------* * Standard macros * *------------------------------------------------------------------------*/ #ifndef L_MIN #define L_MIN(x,y) (((x) < (y)) ? (x) : (y)) #endif #ifndef L_MAX #define L_MAX(x,y) (((x) > (y)) ? (x) : (y)) #endif #ifndef L_ABS #define L_ABS(x) (((x) < 0) ? (-1 * (x)) : (x)) #endif #ifndef L_SIGN #define L_SIGN(x) (((x) < 0) ? -1 : 1) #endif #ifndef UNDEF #define UNDEF -1 #endif #ifndef NULL #define NULL 0 #endif #ifndef TRUE #define TRUE 1 #endif #ifndef FALSE #define FALSE 0 #endif /*--------------------------------------------------------------------* * Environment variables for endian dependence * *--------------------------------------------------------------------*/ /* * To control conditional compilation, one of two variables * * L_LITTLE_ENDIAN (e.g., for Intel X86) * L_BIG_ENDIAN (e.g., for Sun SPARC, Mac Power PC) * * is defined when the GCC compiler is invoked. * All code should compile properly for both hardware architectures. */ /*------------------------------------------------------------------------* * Simple search state variables * *------------------------------------------------------------------------*/ enum { L_NOT_FOUND = 0, L_FOUND = 1 }; /*------------------------------------------------------------------------* * Standard memory allocation * * * * These specify the memory management functions that are used * * on all heap data except for Pix. Memory management for Pix * * also defaults to malloc and free. See pix1.c for details. * *------------------------------------------------------------------------*/ #define MALLOC(blocksize) malloc(blocksize) #define CALLOC(numelem, elemsize) calloc(numelem, elemsize) #define REALLOC(ptr, blocksize) realloc(ptr, blocksize) #define FREE(ptr) free(ptr) /*------------------------------------------------------------------------* * Control printing of error, warning, and info messages * * * * To omit all messages to stderr, simply define NO_CONSOLE_IO on the * * command line. For finer grained control, we have a mechanism * * based on the message severity level. The following assumes that * * NO_CONSOLE_IO is not defined. * * * * Messages are printed if the message severity is greater than or equal * * to the current severity threshold. The current severity threshold * * is the greater of the compile-time severity, which is the minimum * * severity that can be reported, and the run-time severity, which is * * the severity threshold at the moment. * * * * The compile-time threshold determines which messages are compiled * * into the library for potential printing. Messages below the * * compile-time threshold are omitted and can never be printed. The * * default compile-time threshold is L_SEVERITY_INFO, but this may be * * overridden by defining MINIMUM_SEVERITY to the desired enumeration * * identifier on the compiler command line. Defining NO_CONSOLE_IO on * * the command line is the same as setting MINIMUM_SEVERITY to * * L_SEVERITY_NONE. * * * * The run-time threshold determines which messages are printed during * * library execution. It defaults to the compile-time threshold but * * may be changed either statically by defining DEFAULT_SEVERITY to * * the desired enumeration identifier on the compiler command line, or * * dynamically by calling setMsgSeverity() to specify a new threshold. * * The run-time threshold may also be set from the value of the * * environment variable LEPT_MSG_SEVERITY by calling setMsgSeverity() * * and specifying L_SEVERITY_EXTERNAL. * * * * In effect, the compile-time threshold setting says, "Generate code * * to permit messages of equal or greater severity than this to be * * printed, if desired," whereas the run-time threshold setting says, * * "Print messages that have an equal or greater severity than this." * *------------------------------------------------------------------------*/ enum { L_SEVERITY_EXTERNAL = 0, /* Get the severity from the environment */ L_SEVERITY_ALL = 1, /* Lowest severity: print all messages */ L_SEVERITY_DEBUG = 2, /* Print debugging and higher messages */ L_SEVERITY_INFO = 3, /* Print informational and higher messages */ L_SEVERITY_WARNING = 4, /* Print warning and higher messages */ L_SEVERITY_ERROR = 5, /* Print error and higher messages */ L_SEVERITY_NONE = 6 /* Highest severity: print no messages */ }; /* No message less than the compile-time threshold will ever be * reported, regardless of the current run-time threshold. This allows * selection of the set of messages to include in the library. For * example, setting the threshold to L_SEVERITY_WARNING eliminates all * informational messages from the library. With that setting, both * warning and error messages would be printed unless setMsgSeverity() * was called, or DEFAULT_SEVERITY was redefined, to set the run-time * severity to L_SEVERITY_ERROR. In that case, only error messages * would be printed. * * This mechanism makes the library smaller and faster, by eliminating * undesired message reporting and the associated run-time overhead for * message threshold checking, because code for messages whose severity * is lower than MINIMUM_SEVERITY won't be generated. * * A production library might typically permit WARNING and higher * messages to be generated, and a development library might permit * DEBUG and higher. The actual messages printed (as opposed to * generated) would depend on the current run-time severity threshold. */ #ifdef NO_CONSOLE_IO #undef MINIMUM_SEVERITY #undef DEFAULT_SEVERITY #define MINIMUM_SEVERITY L_SEVERITY_NONE #define DEFAULT_SEVERITY L_SEVERITY_NONE #else #ifndef MINIMUM_SEVERITY #define MINIMUM_SEVERITY L_SEVERITY_INFO /* Compile-time default */ #endif #ifndef DEFAULT_SEVERITY #define DEFAULT_SEVERITY MINIMUM_SEVERITY /* Run-time default */ #endif #endif /* The run-time message severity threshold is defined in utils.c. */ LEPT_DLL extern l_int32 LeptMsgSeverity; /* * Usage * ===== * Messages are of two types. * * (1) The messages * ERROR_INT(a,b,c) : returns l_int32 * ERROR_FLOAT(a,b,c) : returns l_float32 * ERROR_PTR(a,b,c) : returns void* * are used to return from functions and take a fixed set of parameters: * a : * b : procName * c : * where procName is the name of the local variable naming the function. * * (2) The purely informational L_* messages * L_ERROR(a,...) * L_WARNING(a,...) * L_INFO(a,...) * do not take a return value, but they take at least two parameters: * a : with optional format conversions * v1 : procName (this must be included as the first vararg) * v2, ... : optional varargs to match format converters in the message * * To return an error from a function that returns void, use: * L_ERROR(, procName, [...]) * return; * * Implementation details * ====================== * Messages are defined with the IF_SEV macro. The first parameter is * the message severity, the second is the function to call if the * message is to be printed, and the third is the return value if the * message is to be suppressed. For example, we might have an * informational message defined as: * * IF_SEV(L_SEVERITY_INFO, fprintf(.......), 0) * * The macro expands into a conditional. Because the first comparison * is between two constants, an optimizing compiler will remove either * the comparison (if it's true) or the entire macro expansion (if it * is false). This means that there is no run-time overhead for * messages whose severity falls below the minimum specified at compile * time, and for others the overhead is one (not two) comparisons. * * The L_nnn() macros below do not return a value, but because the * conditional operator requires one for the false condition, we * specify a void expression. */ #ifdef NO_CONSOLE_IO #define PROCNAME(name) #define ERROR_INT(a,b,c) ((l_int32)(c)) #define ERROR_FLOAT(a,b,c) ((l_float32)(c)) #define ERROR_PTR(a,b,c) ((void *)(c)) #define L_ERROR(a,...) #define L_WARNING(a,...) #define L_INFO(a,...) #else #define PROCNAME(name) static const char procName[] = name #define IF_SEV(l,t,f) \ ((l) >= MINIMUM_SEVERITY && (l) >= LeptMsgSeverity ? (t) : (f)) #define ERROR_INT(a,b,c) \ IF_SEV(L_SEVERITY_ERROR, returnErrorInt((a),(b),(c)), (l_int32)(c)) #define ERROR_FLOAT(a,b,c) \ IF_SEV(L_SEVERITY_ERROR, returnErrorFloat((a),(b),(c)), (l_float32)(c)) #define ERROR_PTR(a,b,c) \ IF_SEV(L_SEVERITY_ERROR, returnErrorPtr((a),(b),(c)), (void *)(c)) #define L_ERROR(a,...) \ IF_SEV(L_SEVERITY_ERROR, \ (void)fprintf(stderr, "Error in %s: " a, __VA_ARGS__), \ (void)0) #define L_WARNING(a,...) \ IF_SEV(L_SEVERITY_WARNING, \ (void)fprintf(stderr, "Warning in %s: " a, __VA_ARGS__), \ (void)0) #define L_INFO(a,...) \ IF_SEV(L_SEVERITY_INFO, \ (void)fprintf(stderr, "Info in %s: " a, __VA_ARGS__), \ (void)0) #if 0 /* Alternative method for controlling L_* message output */ #define L_ERROR(a,...) \ { if (L_SEVERITY_ERROR >= MINIMUM_SEVERITY && \ L_SEVERITY_ERROR >= LeptMsgSeverity) \ fprintf(stderr, "Error in %s: " a, __VA_ARGS__) \ } #define L_WARNING(a,...) \ { if (L_SEVERITY_WARNING >= MINIMUM_SEVERITY && \ L_SEVERITY_WARNING >= LeptMsgSeverity) \ fprintf(stderr, "Warning in %s: " a, __VA_ARGS__) \ } #define L_INFO(a,...) \ { if (L_SEVERITY_INFO >= MINIMUM_SEVERITY && \ L_SEVERITY_INFO >= LeptMsgSeverity) \ fprintf(stderr, "Info in %s: " a, __VA_ARGS__) \ } #endif #endif /* NO_CONSOLE_IO */ /*------------------------------------------------------------------------* * snprintf() renamed in MSVC * *------------------------------------------------------------------------*/ #ifdef _MSC_VER #define snprintf(buf, size, ...) _snprintf_s(buf, size, _TRUNCATE, __VA_ARGS__) #endif #endif /* LEPTONICA_ENVIRON_H */ leptonica-1.70/src/webpio.c0000644000175000017500000002704212244232066013733 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * webpio.c * * Reading WebP * PIX *pixReadStreamWebP() * PIX *pixReadMemWebP() * * Reading WebP header * l_int32 readHeaderWebP() * * Writing WebP * l_int32 pixWriteWebP() [ special top level ] * l_int32 pixWriteStreamWebP() * l_int32 pixWriteMemWebP() */ #include "allheaders.h" #ifdef HAVE_CONFIG_H #include "config_auto.h" #endif /* HAVE_CONFIG_H */ /* --------------------------------------------*/ #if HAVE_LIBWEBP /* defined in environ.h */ /* --------------------------------------------*/ #include "webp/decode.h" #include "webp/encode.h" /*---------------------------------------------------------------------* * Reading WebP * *---------------------------------------------------------------------*/ /*! * pixReadStreamWebP() * * Input: stream corresponding to WebP image * Return: pix (32 bpp), or null on error */ PIX * pixReadStreamWebP(FILE *fp) { l_uint8 *filedata; size_t filesize; PIX *pix; PROCNAME("pixReadStreamWebP"); if (!fp) return (PIX *)ERROR_PTR("fp not defined", procName, NULL); /* Read data from file and decode into Y,U,V arrays */ rewind(fp); if ((filedata = l_binaryReadStream(fp, &filesize)) == NULL) return (PIX *)ERROR_PTR("filedata not read", procName, NULL); pix = pixReadMemWebP(filedata, filesize); FREE(filedata); return pix; } /*! * pixReadMemWebP() * * Input: filedata (webp compressed data in memory) * filesize (number of bytes in data) * Return: pix (32 bpp), or null on error * * Notes: * (1) When the encoded data only has 3 channels (no alpha), * WebPDecodeRGBAInto() generates a raster of 32-bit pixels, with * the alpha channel set to opaque (255). * (2) We don't need to use the gnu runtime functions like fmemopen() * for redirecting data from a stream to memory, because * the webp library has been written with memory-to-memory * functions at the lowest level (which is good!). And, in * any event, fmemopen() doesn't work with l_binaryReadStream(). */ PIX * pixReadMemWebP(const l_uint8 *filedata, size_t filesize) { l_uint8 *out = NULL; l_int32 w, h, has_alpha, wpl, stride; l_uint32 *data; size_t size; PIX *pix; WebPBitstreamFeatures features; PROCNAME("pixReadMemWebP"); if (!filedata) return (PIX *)ERROR_PTR("filedata not defined", procName, NULL); if (WebPGetFeatures(filedata, filesize, &features)) return (PIX *)ERROR_PTR("Invalid WebP file", procName, NULL); w = features.width; h = features.height; has_alpha = features.has_alpha; /* Write from compressed Y,U,V arrays to pix raster data */ pix = pixCreate(w, h, 32); if (has_alpha) pixSetSpp(pix, 4); data = pixGetData(pix); wpl = pixGetWpl(pix); stride = wpl * 4; size = stride * h; out = WebPDecodeRGBAInto(filedata, filesize, (uint8_t *)data, size, stride); if (out == NULL) { /* error: out should also point to data */ pixDestroy(&pix); return (PIX *)ERROR_PTR("WebP decode failed", procName, NULL); } /* WebP decoder emits opposite byte order for RGBA components */ pixEndianByteSwap(pix); return pix; } /*! * readHeaderWebP() * * Input: filename * &w ( width) * &h ( height) * &spp ( spp (3 or 4)) * Return: 0 if OK, 1 on error */ l_int32 readHeaderWebP(const char *filename, l_int32 *pw, l_int32 *ph, l_int32 *pspp) { l_uint8 data[100]; /* expect size info within the first 50 bytes or so */ l_int32 nbytes, bytesread; size_t filesize; FILE *fp; WebPBitstreamFeatures features; PROCNAME("readHeaderWebP"); if (!pw || !ph || !pspp) return ERROR_INT("input ptr(s) not defined", procName, 1); *pw = *ph = *pspp = 0; if (!filename) return ERROR_INT("filename not defined", procName, 1); /* Read no more than 100 bytes from the file */ if ((filesize = nbytesInFile(filename)) == 0) return ERROR_INT("no file size found", procName, 1); if (filesize < 100) L_WARNING("very small webp file\n", procName); nbytes = L_MIN(filesize, 100); if ((fp = fopenReadStream(filename)) == NULL) return ERROR_INT("image file not found", procName, 1); bytesread = fread((char *)data, 1, nbytes, fp); fclose(fp); if (bytesread != nbytes) return ERROR_INT("failed to read requested data", procName, 1); if (WebPGetFeatures(data, nbytes, &features)) return ERROR_INT("invalid WebP file", procName, 1); *pw = features.width; *ph = features.height; *pspp = (features.has_alpha) ? 4 : 3; return 0; } /*---------------------------------------------------------------------* * Writing WebP * *---------------------------------------------------------------------*/ /*! * pixWriteWebP() * * Input: filename * pixs * quality (0 - 100; default ~80) * lossless (use 1 for lossless; 0 for lossy) * Return: 0 if OK, 1 on error * * Notes: * (1) Special top-level function allowing specification of quality. */ l_int32 pixWriteWebP(const char *filename, PIX *pixs, l_int32 quality, l_int32 lossless) { FILE *fp; PROCNAME("pixWriteWebP"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!filename) return ERROR_INT("filename not defined", procName, 1); if ((fp = fopenWriteStream(filename, "wb+")) == NULL) return ERROR_INT("stream not opened", procName, 1); if (pixWriteStreamWebP(fp, pixs, quality, lossless) != 0) { fclose(fp); return ERROR_INT("pixs not compressed to stream", procName, 1); } fclose(fp); return 0; } /*! * pixWriteStreampWebP() * * Input: stream * pixs (all depths) * quality (0 - 100; default ~80) * lossless (use 1 for lossless; 0 for lossy) * Return: 0 if OK, 1 on error * * Notes: * (1) See pixWriteMemWebP() for details. * (2) Use 'free', and not leptonica's 'FREE', for all heap data * that is returned from the WebP library. */ l_int32 pixWriteStreamWebP(FILE *fp, PIX *pixs, l_int32 quality, l_int32 lossless) { l_uint8 *filedata; size_t filebytes, nbytes; PROCNAME("pixWriteStreamWebP"); if (!fp) return ERROR_INT("stream not open", procName, 1); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); pixWriteMemWebP(&filedata, &filebytes, pixs, quality, lossless); rewind(fp); nbytes = fwrite(filedata, 1, filebytes, fp); free(filedata); if (nbytes != filebytes) return ERROR_INT("Write error", procName, 1); return 0; } /*! * pixWriteMemWebP() * * Input: &encdata ( webp encoded data of pixs) * &encsize ( size of webp encoded data) * pixs (any depth, cmapped OK) * quality (0 - 100; default ~80) * lossless (use 1 for lossless; 0 for lossy) * Return: 0 if OK, 1 on error * * Notes: * (1) Lossless and lossy encoding are entirely different in webp. * @quality applies to lossy, and is ignored for lossless. * (2) The input image is converted to RGB if necessary. If spp == 3, * we set the alpha channel to fully opaque (255), and * WebPEncodeRGBA() then removes the alpha chunk when encoding, * setting the internal header field has_alpha to 0. */ l_int32 pixWriteMemWebP(l_uint8 **pencdata, size_t *pencsize, PIX *pixs, l_int32 quality, l_int32 lossless) { l_int32 w, h, d, wpl, stride; l_uint32 *data; PIX *pix1, *pix2; PROCNAME("pixWriteMemWebP"); if (!pencdata) return ERROR_INT("&encdata not defined", procName, 1); *pencdata = NULL; if (!pencsize) return ERROR_INT("&encsize not defined", procName, 1); *pencsize = 0; if (!pixs) return ERROR_INT("&pixs not defined", procName, 1); if (lossless == 0 && (quality < 0 || quality > 100)) return ERROR_INT("quality not in [0 ... 100]", procName, 1); if ((pix1 = pixRemoveColormap(pixs, REMOVE_CMAP_TO_FULL_COLOR)) == NULL) return ERROR_INT("failure to remove color map", procName, 1); /* Convert to rgb if not 32 bpp; pix2 must not be a clone of pixs. */ if (pixGetDepth(pix1) != 32) pix2 = pixConvertTo32(pix1); else pix2 = pixCopy(NULL, pix1); pixDestroy(&pix1); pixGetDimensions(pix2, &w, &h, &d); if (w <= 0 || h <= 0 || d != 32) { pixDestroy(&pix2); return ERROR_INT("pix2 not 32 bpp or of 0 size", procName, 1); } /* If spp == 3, need to set alpha layer to opaque (all 1s). */ if (pixGetSpp(pix2) == 3) pixSetComponentArbitrary(pix2, L_ALPHA_CHANNEL, 255); /* Webp encoder assumes big-endian byte order for RGBA components */ pixEndianByteSwap(pix2); wpl = pixGetWpl(pix2); data = pixGetData(pix2); stride = wpl * 4; if (lossless) { *pencsize = WebPEncodeLosslessRGBA((uint8_t *)data, w, h, stride, pencdata); } else { *pencsize = WebPEncodeRGBA((uint8_t *)data, w, h, stride, quality, pencdata); } pixDestroy(&pix2); if (*pencsize == 0) { free(pencdata); *pencdata = NULL; return ERROR_INT("webp encoding failed", procName, 1); } return 0; } /* --------------------------------------------*/ #endif /* HAVE_LIBWEBP */ /* --------------------------------------------*/ leptonica-1.70/src/pnmiostub.c0000644000175000017500000000727712154432432014475 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pnmiostub.c * * Stubs for pnmio.c functions */ #include "allheaders.h" /* --------------------------------------------*/ #if !USE_PNMIO /* defined in environ.h */ /* --------------------------------------------*/ PIX * pixReadStreamPnm(FILE *fp) { return (PIX * )ERROR_PTR("function not present", "pixReadStreamPnm", NULL); } /* ----------------------------------------------------------------------*/ l_int32 readHeaderPnm(const char *filename, l_int32 *pw, l_int32 *ph, l_int32 *pd, l_int32 *ptype, l_int32 *pbps, l_int32 *pspp) { return ERROR_INT("function not present", "readHeaderPnm", 1); } /* ----------------------------------------------------------------------*/ l_int32 freadHeaderPnm(FILE *fp, l_int32 *pw, l_int32 *ph, l_int32 *pd, l_int32 *ptype, l_int32 *pbps, l_int32 *pspp) { return ERROR_INT("function not present", "freadHeaderPnm", 1); } /* ----------------------------------------------------------------------*/ l_int32 pixWriteStreamPnm(FILE *fp, PIX *pix) { return ERROR_INT("function not present", "pixWriteStreamPnm", 1); } /* ----------------------------------------------------------------------*/ l_int32 pixWriteStreamAsciiPnm(FILE *fp, PIX *pix) { return ERROR_INT("function not present", "pixWriteStreamAsciiPnm", 1); } /* ----------------------------------------------------------------------*/ PIX * pixReadMemPnm(const l_uint8 *cdata, size_t size) { return (PIX * )ERROR_PTR("function not present", "pixReadMemPnm", NULL); } /* ----------------------------------------------------------------------*/ l_int32 sreadHeaderPnm(const l_uint8 *cdata, size_t size, l_int32 *pw, l_int32 *ph, l_int32 *pd, l_int32 *ptype, l_int32 *pbps, l_int32 *pspp) { return ERROR_INT("function not present", "sreadHeaderPnm", 1); } /* ----------------------------------------------------------------------*/ l_int32 pixWriteMemPnm(l_uint8 **pdata, size_t *psize, PIX *pix) { return ERROR_INT("function not present", "pixWriteMemPnm", 1); } /* --------------------------------------------*/ #endif /* !USE_PNMIO */ /* --------------------------------------------*/ leptonica-1.70/src/boxfunc3.c0000644000175000017500000012756312244217140014202 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * boxfunc3.c * * Boxa/Boxaa painting into pix * PIX *pixMaskConnComp() * PIX *pixMaskBoxa() * PIX *pixPaintBoxa() * PIX *pixSetBlackOrWhiteBoxa() * PIX *pixPaintBoxaRandom() * PIX *pixBlendBoxaRandom() * PIX *pixDrawBoxa() * PIX *pixDrawBoxaRandom() * PIX *boxaaDisplay() * * Split mask components into Boxa * BOXA *pixSplitIntoBoxa() * BOXA *pixSplitComponentIntoBoxa() * static l_int32 pixSearchForRectangle() * * Comparison between boxa * l_int32 boxaCompareRegions() * * See summary in pixPaintBoxa() of various ways to paint and draw * boxes on images. */ #include "allheaders.h" static l_int32 pixSearchForRectangle(PIX *pixs, BOX *boxs, l_int32 minsum, l_int32 skipdist, l_int32 delta, l_int32 maxbg, l_int32 sideflag, BOXA *boxat, NUMA *nascore); #ifndef NO_CONSOLE_IO #define DEBUG_SPLIT 0 #endif /* ~NO_CONSOLE_IO */ /*---------------------------------------------------------------------* * Boxa/Boxaa painting into Pix * *---------------------------------------------------------------------*/ /*! * pixMaskConnComp() * * Input: pixs (1 bpp) * connectivity (4 or 8) * &boxa ( bounding boxes of c.c.) * Return: pixd (1 bpp mask over the c.c.), or null on error * * Notes: * (1) This generates a mask image with ON pixels over the * b.b. of the c.c. in pixs. If there are no ON pixels in pixs, * pixd will also have no ON pixels. */ PIX * pixMaskConnComp(PIX *pixs, l_int32 connectivity, BOXA **pboxa) { BOXA *boxa; PIX *pixd; PROCNAME("pixMaskConnComp"); if (!pixs || pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); if (connectivity != 4 && connectivity != 8) return (PIX *)ERROR_PTR("connectivity not 4 or 8", procName, NULL); boxa = pixConnComp(pixs, NULL, connectivity); pixd = pixCreateTemplate(pixs); if (boxaGetCount(boxa) != 0) pixMaskBoxa(pixd, pixd, boxa, L_SET_PIXELS); if (pboxa) *pboxa = boxa; else boxaDestroy(&boxa); return pixd; } /*! * pixMaskBoxa() * * Input: pixd ( may be null) * pixs (any depth; not cmapped) * boxa (of boxes, to paint) * op (L_SET_PIXELS, L_CLEAR_PIXELS, L_FLIP_PIXELS) * Return: pixd (with masking op over the boxes), or null on error * * Notes: * (1) This can be used with: * pixd = NULL (makes a new pixd) * pixd = pixs (in-place) * (2) If pixd == NULL, this first makes a copy of pixs, and then * bit-twiddles over the boxes. Otherwise, it operates directly * on pixs. * (3) This simple function is typically used with 1 bpp images. * It uses the 1-image rasterop function, rasteropUniLow(), * to set, clear or flip the pixels in pixd. * (4) If you want to generate a 1 bpp mask of ON pixels from the boxes * in a Boxa, in a pix of size (w,h): * pix = pixCreate(w, h, 1); * pixMaskBoxa(pix, pix, boxa, L_SET_PIXELS); */ PIX * pixMaskBoxa(PIX *pixd, PIX *pixs, BOXA *boxa, l_int32 op) { l_int32 i, n, x, y, w, h; BOX *box; PROCNAME("pixMaskBoxa"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs is cmapped", procName, NULL); if (pixd && (pixd != pixs)) return (PIX *)ERROR_PTR("if pixd, must be in-place", procName, NULL); if (!boxa) return (PIX *)ERROR_PTR("boxa not defined", procName, NULL); if (op != L_SET_PIXELS && op != L_CLEAR_PIXELS && op != L_FLIP_PIXELS) return (PIX *)ERROR_PTR("invalid op", procName, NULL); pixd = pixCopy(pixd, pixs); if ((n = boxaGetCount(boxa)) == 0) { L_WARNING("no boxes to mask\n", procName); return pixd; } for (i = 0; i < n; i++) { box = boxaGetBox(boxa, i, L_CLONE); boxGetGeometry(box, &x, &y, &w, &h); if (op == L_SET_PIXELS) pixRasterop(pixd, x, y, w, h, PIX_SET, NULL, 0, 0); else if (op == L_CLEAR_PIXELS) pixRasterop(pixd, x, y, w, h, PIX_CLR, NULL, 0, 0); else /* op == L_FLIP_PIXELS */ pixRasterop(pixd, x, y, w, h, PIX_NOT(PIX_DST), NULL, 0, 0); boxDestroy(&box); } return pixd; } /*! * pixPaintBoxa() * * Input: pixs (any depth, can be cmapped) * boxa (of boxes, to paint) * val (rgba color to paint) * Return: pixd (with painted boxes), or null on error * * Notes: * (1) If pixs is 1 bpp or is colormapped, it is converted to 8 bpp * and the boxa is painted using a colormap; otherwise, * it is converted to 32 bpp rgb. * (2) There are several ways to display a box on an image: * * Paint it as a solid color * * Draw the outline * * Blend the outline or region with the existing image * We provide painting and drawing here; blending is in blend.c. * When painting or drawing, the result can be either a * cmapped image or an rgb image. The dest will be cmapped * if the src is either 1 bpp or has a cmap that is not full. * To force RGB output, use pixConvertTo8(pixs, FALSE) * before calling any of these paint and draw functions. */ PIX * pixPaintBoxa(PIX *pixs, BOXA *boxa, l_uint32 val) { l_int32 i, n, d, rval, gval, bval, newindex; l_int32 mapvacancy; /* true only if cmap and not full */ BOX *box; PIX *pixd; PIXCMAP *cmap; PROCNAME("pixPaintBoxa"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!boxa) return (PIX *)ERROR_PTR("boxa not defined", procName, NULL); if ((n = boxaGetCount(boxa)) == 0) { L_WARNING("no boxes to paint; returning a copy\n", procName); return pixCopy(NULL, pixs); } mapvacancy = FALSE; if ((cmap = pixGetColormap(pixs)) != NULL) { if (pixcmapGetCount(cmap) < 256) mapvacancy = TRUE; } if (pixGetDepth(pixs) == 1 || mapvacancy) pixd = pixConvertTo8(pixs, TRUE); else pixd = pixConvertTo32(pixs); if (!pixd) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); d = pixGetDepth(pixd); if (d == 8) { /* colormapped */ cmap = pixGetColormap(pixd); extractRGBValues(val, &rval, &gval, &bval); if (pixcmapAddNewColor(cmap, rval, gval, bval, &newindex)) return (PIX *)ERROR_PTR("cmap full; can't add", procName, NULL); } for (i = 0; i < n; i++) { box = boxaGetBox(boxa, i, L_CLONE); if (d == 8) pixSetInRectArbitrary(pixd, box, newindex); else pixSetInRectArbitrary(pixd, box, val); boxDestroy(&box); } return pixd; } /*! * pixSetBlackOrWhiteBoxa() * * Input: pixs (any depth, can be cmapped) * boxa ( of boxes, to clear or set) * op (L_SET_BLACK, L_SET_WHITE) * Return: pixd (with boxes filled with white or black), or null on error */ PIX * pixSetBlackOrWhiteBoxa(PIX *pixs, BOXA *boxa, l_int32 op) { l_int32 i, n, d, index; l_uint32 color; BOX *box; PIX *pixd; PIXCMAP *cmap; PROCNAME("pixSetBlackOrWhiteBoxa"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!boxa) return pixCopy(NULL, pixs); if ((n = boxaGetCount(boxa)) == 0) return pixCopy(NULL, pixs); pixd = pixCopy(NULL, pixs); d = pixGetDepth(pixd); if (d == 1) { for (i = 0; i < n; i++) { box = boxaGetBox(boxa, i, L_CLONE); if (op == L_SET_WHITE) pixClearInRect(pixd, box); else pixSetInRect(pixd, box); boxDestroy(&box); } return pixd; } cmap = pixGetColormap(pixs); if (cmap) { color = (op == L_SET_WHITE) ? 1 : 0; pixcmapAddBlackOrWhite(cmap, color, &index); } else if (d == 8) { color = (op == L_SET_WHITE) ? 0xff : 0x0; } else if (d == 32) { color = (op == L_SET_WHITE) ? 0xffffff00 : 0x0; } else if (d == 2) { color = (op == L_SET_WHITE) ? 0x3 : 0x0; } else if (d == 4) { color = (op == L_SET_WHITE) ? 0xf : 0x0; } else if (d == 16) { color = (op == L_SET_WHITE) ? 0xffff : 0x0; } else { pixDestroy(&pixd); return (PIX *)ERROR_PTR("invalid depth", procName, NULL); } for (i = 0; i < n; i++) { box = boxaGetBox(boxa, i, L_CLONE); if (cmap) pixSetInRectArbitrary(pixd, box, index); else pixSetInRectArbitrary(pixd, box, color); boxDestroy(&box); } return pixd; } /*! * pixPaintBoxaRandom() * * Input: pixs (any depth, can be cmapped) * boxa (of boxes, to paint) * Return: pixd (with painted boxes), or null on error * * Notes: * (1) If pixs is 1 bpp, we paint the boxa using a colormap; * otherwise, we convert to 32 bpp. * (2) We use up to 254 different colors for painting the regions. * (3) If boxes overlap, the later ones paint over earlier ones. */ PIX * pixPaintBoxaRandom(PIX *pixs, BOXA *boxa) { l_int32 i, n, d, rval, gval, bval, index; l_uint32 val; BOX *box; PIX *pixd; PIXCMAP *cmap; PROCNAME("pixPaintBoxaRandom"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!boxa) return (PIX *)ERROR_PTR("boxa not defined", procName, NULL); if ((n = boxaGetCount(boxa)) == 0) { L_WARNING("no boxes to paint; returning a copy\n", procName); return pixCopy(NULL, pixs); } if (pixGetDepth(pixs) == 1) pixd = pixConvert1To8(NULL, pixs, 255, 0); else pixd = pixConvertTo32(pixs); if (!pixd) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); cmap = pixcmapCreateRandom(8, 1, 1); d = pixGetDepth(pixd); if (d == 8) /* colormapped */ pixSetColormap(pixd, cmap); for (i = 0; i < n; i++) { box = boxaGetBox(boxa, i, L_CLONE); index = 1 + (i % 254); if (d == 8) { pixSetInRectArbitrary(pixd, box, index); } else { /* d == 32 */ pixcmapGetColor(cmap, index, &rval, &gval, &bval); composeRGBPixel(rval, gval, bval, &val); pixSetInRectArbitrary(pixd, box, val); } boxDestroy(&box); } if (d == 32) pixcmapDestroy(&cmap); return pixd; } /*! * pixBlendBoxaRandom() * * Input: pixs (any depth; can be cmapped) * boxa (of boxes, to blend/paint) * fract (of box color to use) * Return: pixd (32 bpp, with blend/painted boxes), or null on error * * Notes: * (1) pixs is converted to 32 bpp. * (2) This differs from pixPaintBoxaRandom(), in that the * colors here are blended with the color of pixs. * (3) We use up to 254 different colors for painting the regions. * (4) If boxes overlap, the final color depends only on the last * rect that is used. */ PIX * pixBlendBoxaRandom(PIX *pixs, BOXA *boxa, l_float32 fract) { l_int32 i, n, rval, gval, bval, index; l_uint32 val; BOX *box; PIX *pixd; PIXCMAP *cmap; PROCNAME("pixBlendBoxaRandom"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!boxa) return (PIX *)ERROR_PTR("boxa not defined", procName, NULL); if (fract < 0.0 || fract > 1.0) { L_WARNING("fract must be in [0.0, 1.0]; setting to 0.5\n", procName); fract = 0.5; } if ((n = boxaGetCount(boxa)) == 0) { L_WARNING("no boxes to paint; returning a copy\n", procName); return pixCopy(NULL, pixs); } if ((pixd = pixConvertTo32(pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not defined", procName, NULL); cmap = pixcmapCreateRandom(8, 1, 1); for (i = 0; i < n; i++) { box = boxaGetBox(boxa, i, L_CLONE); index = 1 + (i % 254); pixcmapGetColor(cmap, index, &rval, &gval, &bval); composeRGBPixel(rval, gval, bval, &val); pixBlendInRect(pixd, box, val, fract); boxDestroy(&box); } pixcmapDestroy(&cmap); return pixd; } /*! * pixDrawBoxa() * * Input: pixs (any depth; can be cmapped) * boxa (of boxes, to draw) * width (of lines) * val (rgba color to draw) * Return: pixd (with outlines of boxes added), or null on error * * Notes: * (1) If pixs is 1 bpp or is colormapped, it is converted to 8 bpp * and the boxa is drawn using a colormap; otherwise, * it is converted to 32 bpp rgb. */ PIX * pixDrawBoxa(PIX *pixs, BOXA *boxa, l_int32 width, l_uint32 val) { l_int32 rval, gval, bval, newindex; l_int32 mapvacancy; /* true only if cmap and not full */ PIX *pixd; PIXCMAP *cmap; PROCNAME("pixDrawBoxa"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!boxa) return (PIX *)ERROR_PTR("boxa not defined", procName, NULL); if (width < 1) return (PIX *)ERROR_PTR("width must be >= 1", procName, NULL); if (boxaGetCount(boxa) == 0) { L_WARNING("no boxes to draw; returning a copy\n", procName); return pixCopy(NULL, pixs); } mapvacancy = FALSE; if ((cmap = pixGetColormap(pixs)) != NULL) { if (pixcmapGetCount(cmap) < 256) mapvacancy = TRUE; } if (pixGetDepth(pixs) == 1 || mapvacancy) pixd = pixConvertTo8(pixs, TRUE); else pixd = pixConvertTo32(pixs); if (!pixd) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); extractRGBValues(val, &rval, &gval, &bval); if (pixGetDepth(pixd) == 8) { /* colormapped */ cmap = pixGetColormap(pixd); pixcmapAddNewColor(cmap, rval, gval, bval, &newindex); } pixRenderBoxaArb(pixd, boxa, width, rval, gval, bval); return pixd; } /*! * pixDrawBoxaRandom() * * Input: pixs (any depth, can be cmapped) * boxa (of boxes, to draw) * width (thickness of line) * Return: pixd (with box outlines drawn), or null on error * * Notes: * (1) If pixs is 1 bpp, we draw the boxa using a colormap; * otherwise, we convert to 32 bpp. * (2) We use up to 254 different colors for drawing the boxes. * (3) If boxes overlap, the later ones draw over earlier ones. */ PIX * pixDrawBoxaRandom(PIX *pixs, BOXA *boxa, l_int32 width) { l_int32 i, n, rval, gval, bval, index; BOX *box; PIX *pixd; PIXCMAP *cmap; PTAA *ptaa; PROCNAME("pixDrawBoxaRandom"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!boxa) return (PIX *)ERROR_PTR("boxa not defined", procName, NULL); if (width < 1) return (PIX *)ERROR_PTR("width must be >= 1", procName, NULL); if ((n = boxaGetCount(boxa)) == 0) { L_WARNING("no boxes to draw; returning a copy\n", procName); return pixCopy(NULL, pixs); } /* Input depth = 1 bpp; generate cmapped output */ if (pixGetDepth(pixs) == 1) { ptaa = generatePtaaBoxa(boxa); pixd = pixRenderRandomCmapPtaa(pixs, ptaa, 1, width, 1); ptaaDestroy(&ptaa); return pixd; } /* Generate rgb output */ pixd = pixConvertTo32(pixs); cmap = pixcmapCreateRandom(8, 1, 1); for (i = 0; i < n; i++) { box = boxaGetBox(boxa, i, L_CLONE); index = 1 + (i % 254); pixcmapGetColor(cmap, index, &rval, &gval, &bval); pixRenderBoxArb(pixd, box, width, rval, gval, bval); boxDestroy(&box); } pixcmapDestroy(&cmap); return pixd; } /*! * boxaaDisplay() * * Input: baa * linewba (line width to display boxa) * linewb (line width to display box) * colorba (color to display boxa) * colorb (color to display box) * w (of pix; use 0 if determined by baa) * h (of pix; use 0 if determined by baa) * Return: 0 if OK, 1 on error */ PIX * boxaaDisplay(BOXAA *baa, l_int32 linewba, l_int32 linewb, l_uint32 colorba, l_uint32 colorb, l_int32 w, l_int32 h) { l_int32 i, j, n, m, rbox, gbox, bbox, rboxa, gboxa, bboxa; BOX *box; BOXA *boxa; PIX *pix; PIXCMAP *cmap; PROCNAME("boxaaDisplay"); if (!baa) return (PIX *)ERROR_PTR("baa not defined", procName, NULL); if (w == 0 || h == 0) boxaaGetExtent(baa, &w, &h, NULL, NULL); pix = pixCreate(w, h, 8); cmap = pixcmapCreate(8); pixSetColormap(pix, cmap); extractRGBValues(colorb, &rbox, &gbox, &bbox); extractRGBValues(colorba, &rboxa, &gboxa, &bboxa); pixcmapAddColor(cmap, 255, 255, 255); pixcmapAddColor(cmap, rbox, gbox, bbox); pixcmapAddColor(cmap, rboxa, gboxa, bboxa); n = boxaaGetCount(baa); for (i = 0; i < n; i++) { boxa = boxaaGetBoxa(baa, i, L_CLONE); boxaGetExtent(boxa, NULL, NULL, &box); pixRenderBoxArb(pix, box, linewba, rboxa, gboxa, bboxa); boxDestroy(&box); m = boxaGetCount(boxa); for (j = 0; j < m; j++) { box = boxaGetBox(boxa, j, L_CLONE); pixRenderBoxArb(pix, box, linewb, rbox, gbox, bbox); boxDestroy(&box); } boxaDestroy(&boxa); } return pix; } /*---------------------------------------------------------------------* * Split mask components into Boxa * *---------------------------------------------------------------------*/ /*! * pixSplitIntoBoxa() * * Input: pixs (1 bpp) * minsum (minimum pixels to trigger propagation) * skipdist (distance before computing sum for propagation) * delta (difference required to stop propagation) * maxbg (maximum number of allowed bg pixels in ref scan) * maxcomps (use 0 for unlimited number of subdivided components) * remainder (set to 1 to get b.b. of remaining stuff) * Return: boxa (of rectangles covering the fg of pixs), or null on error * * Notes: * (1) This generates a boxa of rectangles that covers * the fg of a mask. For each 8-connected component in pixs, * it does a greedy partitioning, choosing the largest * rectangle found from each of the four directions at each iter. * See pixSplitComponentIntoBoxa() for details. * (2) The input parameters give some flexibility for boundary * noise. The resulting set of rectangles may cover some * bg pixels. * (3) This should be used when there are a small number of * mask components, each of which has sides that are close * to horizontal and vertical. The input parameters @delta * and @maxbg determine whether or not holes in the mask are covered. * (4) The parameter @maxcomps gives the maximum number of allowed * rectangles extracted from any single connected component. * Use 0 if no limit is to be applied. * (5) The flag @remainder specifies whether we take a final bounding * box for anything left after the maximum number of allowed * rectangle is extracted. */ BOXA * pixSplitIntoBoxa(PIX *pixs, l_int32 minsum, l_int32 skipdist, l_int32 delta, l_int32 maxbg, l_int32 maxcomps, l_int32 remainder) { l_int32 i, n; BOX *box; BOXA *boxa, *boxas, *boxad; PIX *pix; PIXA *pixas; PROCNAME("pixSplitIntoBoxa"); if (!pixs || pixGetDepth(pixs) != 1) return (BOXA *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); boxas = pixConnComp(pixs, &pixas, 8); n = boxaGetCount(boxas); boxad = boxaCreate(0); for (i = 0; i < n; i++) { pix = pixaGetPix(pixas, i, L_CLONE); box = boxaGetBox(boxas, i, L_CLONE); boxa = pixSplitComponentIntoBoxa(pix, box, minsum, skipdist, delta, maxbg, maxcomps, remainder); boxaJoin(boxad, boxa, 0, -1); pixDestroy(&pix); boxDestroy(&box); boxaDestroy(&boxa); } pixaDestroy(&pixas); boxaDestroy(&boxas); return boxad; } /*! * pixSplitComponentIntoBoxa() * * Input: pixs (1 bpp) * box ( location of pixs w/rt an origin) * minsum (minimum pixels to trigger propagation) * skipdist (distance before computing sum for propagation) * delta (difference required to stop propagation) * maxbg (maximum number of allowed bg pixels in ref scan) * maxcomps (use 0 for unlimited number of subdivided components) * remainder (set to 1 to get b.b. of remaining stuff) * Return: boxa (of rectangles covering the fg of pixs), or null on error * * Notes: * (1) This generates a boxa of rectangles that covers * the fg of a mask. It does so by a greedy partitioning of * the mask, choosing the largest rectangle found from * each of the four directions at each step. * (2) The input parameters give some flexibility for boundary * noise. The resulting set of rectangles must cover all * the fg pixels and, in addition, may cover some bg pixels. * Using small input parameters on a noiseless mask (i.e., one * that has only large vertical and horizontal edges) will * result in a proper covering of only the fg pixels of the mask. * (3) The input is assumed to be a single connected component, that * may have holes. From each side, sweep inward, counting * the pixels. If the count becomes greater than @minsum, * and we have moved forward a further amount @skipdist, * record that count ('countref'), but don't accept if the scan * contains more than @maxbg bg pixels. Continue the scan * until we reach a count that differs from countref by at * least @delta, at which point the propagation stops. The box * swept out gets a score, which is the sum of fg pixels * minus a penalty. The penalty is the number of bg pixels * in the box. This is done from all four sides, and the * side with the largest score is saved as a rectangle. * The process repeats until there is either no rectangle * left, or there is one that can't be captured from any * direction. For the latter case, we simply accept the * last rectangle. * (4) The input box is only used to specify the location of * the UL corner of pixs, with respect to an origin that * typically represents the UL corner of an underlying image, * of which pixs is one component. If @box is null, * the UL corner is taken to be (0, 0). * (5) The parameter @maxcomps gives the maximum number of allowed * rectangles extracted from any single connected component. * Use 0 if no limit is to be applied. * (6) The flag @remainder specifies whether we take a final bounding * box for anything left after the maximum number of allowed * rectangle is extracted. * (7) So if @maxcomps > 0, it specifies that we want no more than * the first @maxcomps rectangles that satisfy the input * criteria. After this, we can get a final rectangle that * bounds everything left over by setting @remainder == 1. * If @remainder == 0, we only get rectangles that satisfy * the input criteria. * (8) It should be noted that the removal of rectangles can * break the original c.c. into several c.c. * (9) Summing up: * * If @maxcomp == 0, the splitting proceeds as far as possible. * * If @maxcomp > 0, the splitting stops when @maxcomps are * found, or earlier if no more components can be selected. * * If @remainder == 1 and components remain that cannot be * selected, they are returned as a single final rectangle; * otherwise, they are ignored. */ BOXA * pixSplitComponentIntoBoxa(PIX *pix, BOX *box, l_int32 minsum, l_int32 skipdist, l_int32 delta, l_int32 maxbg, l_int32 maxcomps, l_int32 remainder) { l_int32 i, w, h, boxx, boxy, bx, by, bw, bh, maxdir, maxscore; l_int32 iter; BOX *boxs; /* shrinks as rectangular regions are removed */ BOX *boxt1, *boxt2, *boxt3; BOXA *boxat; /* stores rectangle data for each side in an iteration */ BOXA *boxad; NUMA *nascore, *nas; PIX *pixs; PROCNAME("pixSplitComponentIntoBoxa"); if (!pix || pixGetDepth(pix) != 1) return (BOXA *)ERROR_PTR("pix undefined or not 1 bpp", procName, NULL); pixs = pixCopy(NULL, pix); pixGetDimensions(pixs, &w, &h, NULL); if (box) boxGetGeometry(box, &boxx, &boxy, NULL, NULL); else boxx = boxy = 0; boxs = boxCreate(0, 0, w, h); boxad = boxaCreate(0); iter = 0; while (boxs != NULL) { boxGetGeometry(boxs, &bx, &by, &bw, &bh); boxat = boxaCreate(4); /* potential rectangular regions */ nascore = numaCreate(4); for (i = 0; i < 4; i++) { pixSearchForRectangle(pixs, boxs, minsum, skipdist, delta, maxbg, i, boxat, nascore); } nas = numaGetSortIndex(nascore, L_SORT_DECREASING); numaGetIValue(nas, 0, &maxdir); numaGetIValue(nascore, maxdir, &maxscore); #if DEBUG_SPLIT fprintf(stderr, "Iteration: %d\n", iter); boxPrintStreamInfo(stderr, boxs); boxaWriteStream(stderr, boxat); fprintf(stderr, "\nmaxdir = %d, maxscore = %d\n\n", maxdir, maxscore); #endif /* DEBUG_SPLIT */ if (maxscore > 0) { /* accept this */ boxt1 = boxaGetBox(boxat, maxdir, L_CLONE); boxt2 = boxTransform(boxt1, boxx, boxy, 1.0, 1.0); boxaAddBox(boxad, boxt2, L_INSERT); pixClearInRect(pixs, boxt1); boxDestroy(&boxt1); pixClipBoxToForeground(pixs, boxs, NULL, &boxt3); boxDestroy(&boxs); boxs = boxt3; if (boxs) { boxGetGeometry(boxs, NULL, NULL, &bw, &bh); if (bw < 2 || bh < 2) boxDestroy(&boxs); /* we're done */ } } else { /* no more valid rectangles can be found */ if (remainder == 1) { /* save the last box */ boxt1 = boxTransform(boxs, boxx, boxy, 1.0, 1.0); boxaAddBox(boxad, boxt1, L_INSERT); } boxDestroy(&boxs); /* we're done */ } boxaDestroy(&boxat); numaDestroy(&nascore); numaDestroy(&nas); iter++; if ((iter == maxcomps) && boxs) { if (remainder == 1) { /* save the last box */ boxt1 = boxTransform(boxs, boxx, boxy, 1.0, 1.0); boxaAddBox(boxad, boxt1, L_INSERT); } boxDestroy(&boxs); /* we're done */ } } pixDestroy(&pixs); return boxad; } /*! * pixSearchForRectangle() * * Input: pixs (1 bpp) * boxs (current region to investigate) * minsum (minimum pixels to trigger propagation) * skipdist (distance before computing sum for propagation) * delta (difference required to stop propagation) * maxbg (maximum number of allowed bg pixels in ref scan) * sideflag (side to search from) * boxat (add result of rectangular region found here) * nascore (add score for this rectangle here) * Return: 0 if OK, 1 on error * * Notes: * (1) See pixSplitComponentIntoBoxa() for an explanation of the algorithm. * This does the sweep from a single side. For each iteration * in pixSplitComponentIntoBoxa(), this will be called 4 times, * for @sideflag = {0, 1, 2, 3}. * (2) If a valid rectangle is not found, add a score of 0 and * input a minimum box. */ static l_int32 pixSearchForRectangle(PIX *pixs, BOX *boxs, l_int32 minsum, l_int32 skipdist, l_int32 delta, l_int32 maxbg, l_int32 sideflag, BOXA *boxat, NUMA *nascore) { l_int32 bx, by, bw, bh, width, height, setref, atref; l_int32 minincol, maxincol, mininrow, maxinrow, minval, maxval, bgref; l_int32 x, y, x0, y0, xref, yref, colsum, rowsum, score, countref, diff; void **lines1; BOX *boxr; PROCNAME("pixSearchForRectangle"); if (!pixs || pixGetDepth(pixs) != 1) return ERROR_INT("pixs undefined or not 1 bpp", procName, 1); if (!boxs) return ERROR_INT("boxs not defined", procName, 1); if (!boxat) return ERROR_INT("boxat not defined", procName, 1); if (!nascore) return ERROR_INT("nascore not defined", procName, 1); lines1 = pixGetLinePtrs(pixs, NULL); boxGetGeometry(boxs, &bx, &by, &bw, &bh); boxr = NULL; setref = 0; atref = 0; maxval = 0; minval = 100000; score = 0; /* sum of all (fg - bg) pixels seen in the scan */ xref = yref = 100000; /* init to impossibly big number */ if (sideflag == L_FROM_LEFT) { for (x = bx; x < bx + bw; x++) { colsum = 0; maxincol = 0; minincol = 100000; for (y = by; y < by + bh; y++) { if (GET_DATA_BIT(lines1[y], x)) { colsum++; if (y > maxincol) maxincol = y; if (y < minincol) minincol = y; } } score += colsum; /* Enough fg to sweep out a rectangle? */ if (!setref && colsum >= minsum) { setref = 1; xref = x + 10; if (xref >= bx + bw) goto failure; } /* Reached the reference line; save the count; * if there is too much bg, the rectangle is invalid. */ if (setref && x == xref) { atref = 1; countref = colsum; bgref = maxincol - minincol + 1 - countref; if (bgref > maxbg) goto failure; } /* Have we left the rectangle? If so, save it along * with the score. */ if (atref) { diff = L_ABS(colsum - countref); if (diff >= delta || x == bx + bw - 1) { height = maxval - minval + 1; width = x - bx; if (x == bx + bw - 1) width = x - bx + 1; boxr = boxCreate(bx, minval, width, height); score = 2 * score - width * height; goto success; } } maxval = L_MAX(maxval, maxincol); minval = L_MIN(minval, minincol); } goto failure; } else if (sideflag == L_FROM_RIGHT) { for (x = bx + bw - 1; x >= bx; x--) { colsum = 0; maxincol = 0; minincol = 100000; for (y = by; y < by + bh; y++) { if (GET_DATA_BIT(lines1[y], x)) { colsum++; if (y > maxincol) maxincol = y; if (y < minincol) minincol = y; } } score += colsum; if (!setref && colsum >= minsum) { setref = 1; xref = x - 10; if (xref < bx) goto failure; } if (setref && x == xref) { atref = 1; countref = colsum; bgref = maxincol - minincol + 1 - countref; if (bgref > maxbg) goto failure; } if (atref) { diff = L_ABS(colsum - countref); if (diff >= delta || x == bx) { height = maxval - minval + 1; x0 = x + 1; if (x == bx) x0 = x; width = bx + bw - x0; boxr = boxCreate(x0, minval, width, height); score = 2 * score - width * height; goto success; } } maxval = L_MAX(maxval, maxincol); minval = L_MIN(minval, minincol); } goto failure; } else if (sideflag == L_FROM_TOP) { for (y = by; y < by + bh; y++) { rowsum = 0; maxinrow = 0; mininrow = 100000; for (x = bx; x < bx + bw; x++) { if (GET_DATA_BIT(lines1[y], x)) { rowsum++; if (x > maxinrow) maxinrow = x; if (x < mininrow) mininrow = x; } } score += rowsum; if (!setref && rowsum >= minsum) { setref = 1; yref = y + 10; if (yref >= by + bh) goto failure; } if (setref && y == yref) { atref = 1; countref = rowsum; bgref = maxinrow - mininrow + 1 - countref; if (bgref > maxbg) goto failure; } if (atref) { diff = L_ABS(rowsum - countref); if (diff >= delta || y == by + bh - 1) { width = maxval - minval + 1; height = y - by; if (y == by + bh - 1) height = y - by + 1; boxr = boxCreate(minval, by, width, height); score = 2 * score - width * height; goto success; } } maxval = L_MAX(maxval, maxinrow); minval = L_MIN(minval, mininrow); } goto failure; } else if (sideflag == L_FROM_BOT) { for (y = by + bh - 1; y >= by; y--) { rowsum = 0; maxinrow = 0; mininrow = 100000; for (x = bx; x < bx + bw; x++) { if (GET_DATA_BIT(lines1[y], x)) { rowsum++; if (x > maxinrow) maxinrow = x; if (x < mininrow) mininrow = x; } } score += rowsum; if (!setref && rowsum >= minsum) { setref = 1; yref = y - 10; if (yref < by) goto failure; } if (setref && y == yref) { atref = 1; countref = rowsum; bgref = maxinrow - mininrow + 1 - countref; if (bgref > maxbg) goto failure; } if (atref) { diff = L_ABS(rowsum - countref); if (diff >= delta || y == by) { width = maxval - minval + 1; y0 = y + 1; if (y == by) y0 = y; height = by + bh - y0; boxr = boxCreate(minval, y0, width, height); score = 2 * score - width * height; goto success; } } maxval = L_MAX(maxval, maxinrow); minval = L_MIN(minval, mininrow); } goto failure; } failure: numaAddNumber(nascore, 0); boxaAddBox(boxat, boxCreate(0, 0, 1, 1), L_INSERT); /* min box */ FREE(lines1); return 0; success: numaAddNumber(nascore, score); boxaAddBox(boxat, boxr, L_INSERT); FREE(lines1); return 0; } /*---------------------------------------------------------------------* * Comparison between boxa * *---------------------------------------------------------------------*/ /*! * boxaCompareRegions() * * Input: boxa1, boxa2 * areathresh (minimum area of boxes to be considered) * &pnsame ( true if same number of boxes) * &pdiffarea ( fractional difference in total area) * &pdiffxor ( fractional difference * in xor of regions) * &pixdb ( debug pix showing two boxa) * Return: 0 if OK, 1 on error * * Notes: * (1) This takes 2 boxa, removes all boxes smaller than a given area, * and compares the remaining boxes between the boxa. * (2) The area threshold is introduced to help remove noise from * small components. Any box with a smaller value of w * h * will be removed from consideration. * (3) The xor difference is the most stringent test, requiring alignment * of the corresponding boxes. It is also more computationally * intensive and is optionally returned. Alignment is to the * UL corner of each region containing all boxes, as given by * boxaGetExtent(). * (4) Both fractional differences are with respect to the total * area in the two boxa. They range from 0.0 to 1.0. * A perfect match has value 0.0. If both boxa are empty, * we return 0.0; if one is empty we return 1.0. * (5) An example input might be the rectangular regions of a * segmentation mask for text or images from two pages. */ l_int32 boxaCompareRegions(BOXA *boxa1, BOXA *boxa2, l_int32 areathresh, l_int32 *pnsame, l_float32 *pdiffarea, l_float32 *pdiffxor, PIX **ppixdb) { l_int32 w, h, x3, y3, w3, h3, x4, y4, w4, h4, n3, n4, area1, area2; l_int32 count3, count4, countxor; l_int32 *tab; BOX *box3, *box4; BOXA *boxa3, *boxa4, *boxa3t, *boxa4t; PIX *pix1, *pix2, *pix3, *pix4, *pix5; PIXA *pixa; PROCNAME("boxaCompareRegions"); if (!pnsame) return ERROR_INT("&nsame not defined", procName, 1); *pnsame = FALSE; if (!pdiffarea) return ERROR_INT("&diffarea not defined", procName, 1); *pdiffarea = 1.0; if (!boxa1 || !boxa2) return ERROR_INT("boxa1 and boxa2 not both defined", procName, 1); if (pdiffxor) *pdiffxor = 1.0; if (ppixdb) *ppixdb = NULL; boxa3 = boxaSelectByArea(boxa1, areathresh, L_SELECT_IF_GTE, NULL); boxa4 = boxaSelectByArea(boxa2, areathresh, L_SELECT_IF_GTE, NULL); n3 = boxaGetCount(boxa3); n4 = boxaGetCount(boxa4); if (n3 == n4) *pnsame = TRUE; /* There are no boxes in one or both */ if (n3 == 0 || n4 == 0) { boxaDestroy(&boxa3); boxaDestroy(&boxa4); if (n3 == 0 && n4 == 0) { /* they are both empty: we say they are the * same; otherwise, they differ maximally * and retain the default value. */ *pdiffarea = 0.0; if (pdiffxor) *pdiffxor = 0.0; } return 0; } /* There are boxes in both */ boxaGetArea(boxa3, &area1); boxaGetArea(boxa4, &area2); *pdiffarea = (l_float32)L_ABS(area1 - area2) / (l_float32)(area1 + area2); if (!pdiffxor) { boxaDestroy(&boxa3); boxaDestroy(&boxa4); return 0; } /* The easiest way to get the xor of aligned boxes is to work * with images of each boxa. This is done by translating each * boxa so that the UL corner of the region that includes all * boxes in the boxa is placed at the origin of each pix. */ boxaGetExtent(boxa3, &w, &h, &box3); boxaGetExtent(boxa4, &w, &h, &box4); boxGetGeometry(box3, &x3, &y3, &w3, &h3); boxGetGeometry(box4, &x4, &y4, &w4, &h4); boxa3t = boxaTransform(boxa3, -x3, -y3, 1.0, 1.0); boxa4t = boxaTransform(boxa4, -x4, -y4, 1.0, 1.0); w = L_MAX(x3 + w3, x4 + w4); h = L_MAX(y3 + h3, y4 + h4); pix3 = pixCreate(w, h, 1); /* use the max to keep everything in the xor */ pix4 = pixCreate(w, h, 1); pixMaskBoxa(pix3, pix3, boxa3t, L_SET_PIXELS); pixMaskBoxa(pix4, pix4, boxa4t, L_SET_PIXELS); tab = makePixelSumTab8(); pixCountPixels(pix3, &count3, tab); pixCountPixels(pix4, &count4, tab); pix5 = pixXor(NULL, pix3, pix4); pixCountPixels(pix5, &countxor, tab); FREE(tab); *pdiffxor = (l_float32)countxor / (l_float32)(count3 + count4); if (ppixdb) { pixa = pixaCreate(2); pix1 = pixCreate(w, h, 32); pixSetAll(pix1); pixRenderHashBoxaBlend(pix1, boxa3, 5, 1, L_POS_SLOPE_LINE, 2, 255, 0, 0, 0.5); pixRenderHashBoxaBlend(pix1, boxa4, 5, 1, L_NEG_SLOPE_LINE, 2, 0, 255, 0, 0.5); pixaAddPix(pixa, pix1, L_INSERT); pix2 = pixCreate(w, h, 32); pixPaintThroughMask(pix2, pix3, x3, y3, 0xff000000); pixPaintThroughMask(pix2, pix4, x4, y4, 0x00ff0000); pixAnd(pix3, pix3, pix4); pixPaintThroughMask(pix2, pix3, x3, y3, 0x0000ff00); pixaAddPix(pixa, pix2, L_INSERT); *ppixdb = pixaDisplayTiledInRows(pixa, 32, 1000, 1.0, 0, 30, 2); pixaDestroy(&pixa); } boxDestroy(&box3); boxDestroy(&box4); boxaDestroy(&boxa3); boxaDestroy(&boxa3t); boxaDestroy(&boxa4); boxaDestroy(&boxa4t); pixDestroy(&pix3); pixDestroy(&pix4); pixDestroy(&pix5); return 0; } leptonica-1.70/src/rotateorth.c0000644000175000017500000002236312106524567014651 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * rotateorth.c * * Top-level rotation by multiples of 90 degrees * PIX *pixRotateOrth() * * 180-degree rotation * PIX *pixRotate180() * * 90-degree rotation (both directions) * PIX *pixRotate90() * * Left-right flip * PIX *pixFlipLR() * * Top-bottom flip * PIX *pixFlipTB() */ #include "allheaders.h" /*! * pixRotateOrth() * * Input: pixs (all depths) * quads (0-3; number of 90 degree cw rotations) * Return: pixd, or null on error */ PIX * pixRotateOrth(PIX *pixs, l_int32 quads) { PROCNAME("pixRotateOrth"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (quads < 0 || quads > 3) return (PIX *)ERROR_PTR("quads not in {0,1,2,3}", procName, NULL); if (quads == 0) return pixCopy(NULL, pixs); else if (quads == 1) return pixRotate90(pixs, 1); else if (quads == 2) return pixRotate180(NULL, pixs); else /* quads == 3 */ return pixRotate90(pixs, -1); } /*! * pixRotate180() * * Input: pixd (; can be null, equal to pixs, * or different from pixs) * pixs (all depths) * Return: pixd, or null on error * * Notes: * (1) This does a 180 rotation of the image about the center, * which is equivalent to a left-right flip about a vertical * line through the image center, followed by a top-bottom * flip about a horizontal line through the image center. * (2) There are 3 cases for input: * (a) pixd == null (creates a new pixd) * (b) pixd == pixs (in-place operation) * (c) pixd != pixs (existing pixd) * (3) For clarity, use these three patterns, respectively: * (a) pixd = pixRotate180(NULL, pixs); * (b) pixRotate180(pixs, pixs); * (c) pixRotate180(pixd, pixs); */ PIX * pixRotate180(PIX *pixd, PIX *pixs) { l_int32 d; PROCNAME("pixRotate180"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); d = pixGetDepth(pixs); if (d != 1 && d != 2 && d != 4 && d != 8 && d != 16 && d != 32) return (PIX *)ERROR_PTR("pixs not in {1,2,4,8,16,32} bpp", procName, NULL); /* Prepare pixd for in-place operation */ if ((pixd = pixCopy(pixd, pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixFlipLR(pixd, pixd); pixFlipTB(pixd, pixd); return pixd; } /*! * pixRotate90() * * Input: pixs (all depths) * direction (1 = clockwise, -1 = counter-clockwise) * Return: pixd, or null on error * * Notes: * (1) This does a 90 degree rotation of the image about the center, * either cw or ccw, returning a new pix. * (2) The direction must be either 1 (cw) or -1 (ccw). */ PIX * pixRotate90(PIX *pixs, l_int32 direction) { l_int32 wd, hd, d, wpls, wpld; l_uint32 *datas, *datad; PIX *pixd; PROCNAME("pixRotate90"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); d = pixGetDepth(pixs); if (d != 1 && d != 2 && d != 4 && d != 8 && d != 16 && d != 32) return (PIX *)ERROR_PTR("pixs not in {1,2,4,8,16,32} bpp", procName, NULL); if (direction != 1 && direction != -1) return (PIX *)ERROR_PTR("invalid direction", procName, NULL); hd = pixGetWidth(pixs); wd = pixGetHeight(pixs); if ((pixd = pixCreate(wd, hd, d)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyColormap(pixd, pixs); pixCopyResolution(pixd, pixs); pixCopyInputFormat(pixd, pixs); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); rotate90Low(datad, wd, hd, d, wpld, datas, wpls, direction); return pixd; } /*! * pixFlipLR() * * Input: pixd (; can be null, equal to pixs, * or different from pixs) * pixs (all depths) * Return: pixd, or null on error * * Notes: * (1) This does a left-right flip of the image, which is * equivalent to a rotation out of the plane about a * vertical line through the image center. * (2) There are 3 cases for input: * (a) pixd == null (creates a new pixd) * (b) pixd == pixs (in-place operation) * (c) pixd != pixs (existing pixd) * (3) For clarity, use these three patterns, respectively: * (a) pixd = pixFlipLR(NULL, pixs); * (b) pixFlipLR(pixs, pixs); * (c) pixFlipLR(pixd, pixs); * (4) If an existing pixd is not the same size as pixs, the * image data will be reallocated. */ PIX * pixFlipLR(PIX *pixd, PIX *pixs) { l_uint8 *tab; l_int32 w, h, d, wpld; l_uint32 *datad, *buffer; PROCNAME("pixFlipLR"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 1 && d != 2 && d != 4 && d != 8 && d != 16 && d != 32) return (PIX *)ERROR_PTR("pixs not in {1,2,4,8,16,32} bpp", procName, NULL); /* Prepare pixd for in-place operation */ if ((pixd = pixCopy(pixd, pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); switch (d) { case 1: tab = makeReverseByteTab1(); break; case 2: tab = makeReverseByteTab2(); break; case 4: tab = makeReverseByteTab4(); break; default: tab = NULL; break; } if ((buffer = (l_uint32 *)CALLOC(wpld, sizeof(l_uint32))) == NULL) return (PIX *)ERROR_PTR("buffer not made", procName, NULL); flipLRLow(datad, w, h, d, wpld, tab, buffer); FREE(buffer); if (tab) FREE(tab); return pixd; } /*! * pixFlipTB() * * Input: pixd (; can be null, equal to pixs, * or different from pixs) * pixs (all depths) * Return: pixd, or null on error * * Notes: * (1) This does a top-bottom flip of the image, which is * equivalent to a rotation out of the plane about a * horizontal line through the image center. * (2) There are 3 cases for input: * (a) pixd == null (creates a new pixd) * (b) pixd == pixs (in-place operation) * (c) pixd != pixs (existing pixd) * (3) For clarity, use these three patterns, respectively: * (a) pixd = pixFlipTB(NULL, pixs); * (b) pixFlipTB(pixs, pixs); * (c) pixFlipTB(pixd, pixs); * (4) If an existing pixd is not the same size as pixs, the * image data will be reallocated. */ PIX * pixFlipTB(PIX *pixd, PIX *pixs) { l_int32 h, d, wpld; l_uint32 *datad, *buffer; PROCNAME("pixFlipTB"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, NULL, &h, &d); if (d != 1 && d != 2 && d != 4 && d != 8 && d != 16 && d != 32) return (PIX *)ERROR_PTR("pixs not in {1,2,4,8,16,32} bpp", procName, NULL); /* Prepare pixd for in-place operation */ if ((pixd = pixCopy(pixd, pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); if ((buffer = (l_uint32 *)CALLOC(wpld, sizeof(l_uint32))) == NULL) return (PIX *)ERROR_PTR("buffer not made", procName, NULL); flipTBLow(datad, h, wpld, buffer); FREE(buffer); return pixd; } leptonica-1.70/src/sarray.c0000644000175000017500000016457412252644445013772 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * sarray.c * * Create/Destroy/Copy * SARRAY *sarrayCreate() * SARRAY *sarrayCreateInitialized() * SARRAY *sarrayCreateWordsFromString() * SARRAY *sarrayCreateLinesFromString() * void *sarrayDestroy() * SARRAY *sarrayCopy() * SARRAY *sarrayClone() * * Add/Remove string * l_int32 sarrayAddString() * static l_int32 sarrayExtendArray() * char *sarrayRemoveString() * l_int32 sarrayReplaceString() * l_int32 sarrayClear() * * Accessors * l_int32 sarrayGetCount() * char **sarrayGetArray() * char *sarrayGetString() * l_int32 sarrayGetRefcount() * l_int32 sarrayChangeRefcount() * * Conversion back to string * char *sarrayToString() * char *sarrayToStringRange() * * Concatenate 2 sarrays * l_int32 sarrayConcatenate() * l_int32 sarrayAppendRange() * * Pad an sarray to be the same size as another sarray * l_int32 sarrayPadToSameSize() * * Convert word sarray to (formatted) line sarray * SARRAY *sarrayConvertWordsToLines() * * Split string on separator list * SARRAY *sarraySplitString() * * Filter sarray * SARRAY *sarraySelectBySubstring() * SARRAY *sarraySelectByRange() * l_int32 sarrayParseRange() * * Sort * SARRAY *sarraySort() * SARRAY *sarraySortByIndex() * l_int32 stringCompareLexical() * * Serialize for I/O * SARRAY *sarrayRead() * SARRAY *sarrayReadStream() * l_int32 sarrayWrite() * l_int32 sarrayWriteStream() * l_int32 sarrayAppend() * * Directory filenames * SARRAY *getNumberedPathnamesInDirectory() * SARRAY *getSortedPathnamesInDirectory() * SARRAY *convertSortedToNumberedPathnames() * SARRAY *getFilenamesInDirectory() * * These functions are important for efficient manipulation * of string data, and they have found widespread use in * leptonica. For example: * (1) to generate text files: e.g., PostScript and PDF * wrappers around sets of images * (2) to parse text files: e.g., extracting prototypes * from the source to generate allheaders.h * (3) to generate code for compilation: e.g., the fast * dwa code for arbitrary structuring elements. * * Comments on usage: * * The user is responsible for correctly disposing of strings * that have been extracted from sarrays: * - When you want a string from an Sarray to inspect it, or * plan to make a copy of it later, use sarrayGetString() * with copyflag = 0. In this case, you must neither free * the string nor put it directly in another array. * We provide the copyflag constant L_NOCOPY, which is 0, * for this purpose: * str-not-owned = sarrayGetString(sa, index, L_NOCOPY); * To extract a copy of a string, use: * str-owned = sarrayGetString(sa, index, L_COPY); * * - When you want to insert a string that is in one * array into another array (always leaving the first * array intact), you have two options: * (1) use copyflag = L_COPY to make an immediate copy, * which you must then add to the second array * by insertion; namely, * str-owned = sarrayGetString(sa, index, L_COPY); * sarrayAddString(sa, str-owned, L_INSERT); * (2) use copyflag = L_NOCOPY to get another handle to * the string, in which case you must add * a copy of it to the second string array: * str-not-owned = sarrayGetString(sa, index, L_NOCOPY); * sarrayAddString(sa, str-not-owned, L_COPY). * * In all cases, when you use copyflag = L_COPY to extract * a string from an array, you must either free it * or insert it in an array that will be freed later. */ #include #ifndef _WIN32 #include /* unix only */ #endif /* ! _WIN32 */ #include "allheaders.h" static const l_int32 INITIAL_PTR_ARRAYSIZE = 50; /* n'importe quoi */ static const l_int32 L_BUF_SIZE = 512; /* Static function */ static l_int32 sarrayExtendArray(SARRAY *sa); /*--------------------------------------------------------------------------* * String array create/destroy/copy/extend * *--------------------------------------------------------------------------*/ /*! * sarrayCreate() * * Input: size of string ptr array to be alloc'd * (use 0 for default) * Return: sarray, or null on error */ SARRAY * sarrayCreate(l_int32 n) { SARRAY *sa; PROCNAME("sarrayCreate"); if (n <= 0) n = INITIAL_PTR_ARRAYSIZE; if ((sa = (SARRAY *)CALLOC(1, sizeof(SARRAY))) == NULL) return (SARRAY *)ERROR_PTR("sa not made", procName, NULL); if ((sa->array = (char **)CALLOC(n, sizeof(char *))) == NULL) return (SARRAY *)ERROR_PTR("ptr array not made", procName, NULL); sa->nalloc = n; sa->n = 0; sa->refcount = 1; return sa; } /*! * sarrayCreateInitialized() * * Input: n (size of string ptr array to be alloc'd) * initstr (string to be initialized on the full array) * Return: sarray, or null on error */ SARRAY * sarrayCreateInitialized(l_int32 n, char *initstr) { l_int32 i; SARRAY *sa; PROCNAME("sarrayCreateInitialized"); if (n <= 0) return (SARRAY *)ERROR_PTR("n must be > 0", procName, NULL); if (!initstr) return (SARRAY *)ERROR_PTR("initstr not defined", procName, NULL); sa = sarrayCreate(n); for (i = 0; i < n; i++) sarrayAddString(sa, initstr, L_COPY); return sa; } /*! * sarrayCreateWordsFromString() * * Input: string * Return: sarray, or null on error * * Notes: * (1) This finds the number of word substrings, creates an sarray * of this size, and puts copies of each substring into the sarray. */ SARRAY * sarrayCreateWordsFromString(const char *string) { char separators[] = " \n\t"; l_int32 i, nsub, size, inword; SARRAY *sa; PROCNAME("sarrayCreateWordsFromString"); if (!string) return (SARRAY *)ERROR_PTR("textstr not defined", procName, NULL); /* Find the number of words */ size = strlen(string); nsub = 0; inword = FALSE; for (i = 0; i < size; i++) { if (inword == FALSE && (string[i] != ' ' && string[i] != '\t' && string[i] != '\n')) { inword = TRUE; nsub++; } else if (inword == TRUE && (string[i] == ' ' || string[i] == '\t' || string[i] == '\n')) { inword = FALSE; } } if ((sa = sarrayCreate(nsub)) == NULL) return (SARRAY *)ERROR_PTR("sa not made", procName, NULL); sarraySplitString(sa, string, separators); return sa; } /*! * sarrayCreateLinesFromString() * * Input: string * blankflag (0 to exclude blank lines; 1 to include) * Return: sarray, or null on error * * Notes: * (1) This finds the number of line substrings, each of which * ends with a newline, and puts a copy of each substring * in a new sarray. * (2) The newline characters are removed from each substring. */ SARRAY * sarrayCreateLinesFromString(char *string, l_int32 blankflag) { l_int32 i, nsub, size, startptr; char *cstring, *substring; SARRAY *sa; PROCNAME("sarrayCreateLinesFromString"); if (!string) return (SARRAY *)ERROR_PTR("textstr not defined", procName, NULL); /* find the number of lines */ size = strlen(string); nsub = 0; for (i = 0; i < size; i++) { if (string[i] == '\n') nsub++; } if ((sa = sarrayCreate(nsub)) == NULL) return (SARRAY *)ERROR_PTR("sa not made", procName, NULL); if (blankflag) { /* keep blank lines as null strings */ /* Make a copy for munging */ if ((cstring = stringNew(string)) == NULL) return (SARRAY *)ERROR_PTR("cstring not made", procName, NULL); /* We'll insert nulls like strtok */ startptr = 0; for (i = 0; i < size; i++) { if (cstring[i] == '\n') { cstring[i] = '\0'; if (i > 0 && cstring[i - 1] == '\r') cstring[i - 1] = '\0'; /* also remove Windows CR */ if ((substring = stringNew(cstring + startptr)) == NULL) return (SARRAY *)ERROR_PTR("substring not made", procName, NULL); sarrayAddString(sa, substring, L_INSERT); /* fprintf(stderr, "substring = %s\n", substring); */ startptr = i + 1; } } if (startptr < size) { /* no newline at end of last line */ if ((substring = stringNew(cstring + startptr)) == NULL) return (SARRAY *)ERROR_PTR("substring not made", procName, NULL); sarrayAddString(sa, substring, L_INSERT); /* fprintf(stderr, "substring = %s\n", substring); */ } FREE(cstring); } else { /* remove blank lines; use strtok */ sarraySplitString(sa, string, "\r\n"); } return sa; } /*! * sarrayDestroy() * * Input: &sarray * Return: void * * Notes: * (1) Decrements the ref count and, if 0, destroys the sarray. * (2) Always nulls the input ptr. */ void sarrayDestroy(SARRAY **psa) { l_int32 i; SARRAY *sa; PROCNAME("sarrayDestroy"); if (psa == NULL) { L_WARNING("ptr address is NULL!\n", procName); return; } if ((sa = *psa) == NULL) return; sarrayChangeRefcount(sa, -1); if (sarrayGetRefcount(sa) <= 0) { if (sa->array) { for (i = 0; i < sa->n; i++) { if (sa->array[i]) FREE(sa->array[i]); } FREE(sa->array); } FREE(sa); } *psa = NULL; return; } /*! * sarrayCopy() * * Input: sarray * Return: copy of sarray, or null on error */ SARRAY * sarrayCopy(SARRAY *sa) { l_int32 i; SARRAY *csa; PROCNAME("sarrayCopy"); if (!sa) return (SARRAY *)ERROR_PTR("sa not defined", procName, NULL); if ((csa = sarrayCreate(sa->nalloc)) == NULL) return (SARRAY *)ERROR_PTR("csa not made", procName, NULL); for (i = 0; i < sa->n; i++) sarrayAddString(csa, sa->array[i], L_COPY); return csa; } /*! * sarrayClone() * * Input: sarray * Return: ptr to same sarray, or null on error */ SARRAY * sarrayClone(SARRAY *sa) { PROCNAME("sarrayClone"); if (!sa) return (SARRAY *)ERROR_PTR("sa not defined", procName, NULL); sarrayChangeRefcount(sa, 1); return sa; } /*! * sarrayAddString() * * Input: sarray * string (string to be added) * copyflag (L_INSERT, L_COPY) * Return: 0 if OK, 1 on error * * Notes: * (1) Legacy usage decrees that we always use 0 to insert a string * directly and 1 to insert a copy of the string. The * enums for L_INSERT and L_COPY agree with this convention, * and will not change in the future. * (2) See usage comments at the top of this file. */ l_int32 sarrayAddString(SARRAY *sa, char *string, l_int32 copyflag) { l_int32 n; PROCNAME("sarrayAddString"); if (!sa) return ERROR_INT("sa not defined", procName, 1); if (!string) return ERROR_INT("string not defined", procName, 1); if (copyflag != L_INSERT && copyflag != L_COPY) return ERROR_INT("invalid copyflag", procName, 1); n = sarrayGetCount(sa); if (n >= sa->nalloc) sarrayExtendArray(sa); if (copyflag == L_INSERT) sa->array[n] = string; else /* L_COPY */ sa->array[n] = stringNew(string); sa->n++; return 0; } /*! * sarrayExtendArray() * * Input: sarray * Return: 0 if OK, 1 on error */ static l_int32 sarrayExtendArray(SARRAY *sa) { PROCNAME("sarrayExtendArray"); if (!sa) return ERROR_INT("sa not defined", procName, 1); if ((sa->array = (char **)reallocNew((void **)&sa->array, sizeof(char *) * sa->nalloc, 2 * sizeof(char *) * sa->nalloc)) == NULL) return ERROR_INT("new ptr array not returned", procName, 1); sa->nalloc *= 2; return 0; } /*! * sarrayRemoveString() * * Input: sarray * index (of string within sarray) * Return: removed string, or null on error */ char * sarrayRemoveString(SARRAY *sa, l_int32 index) { char *string; char **array; l_int32 i, n, nalloc; PROCNAME("sarrayRemoveString"); if (!sa) return (char *)ERROR_PTR("sa not defined", procName, NULL); if ((array = sarrayGetArray(sa, &nalloc, &n)) == NULL) return (char *)ERROR_PTR("array not returned", procName, NULL); if (index < 0 || index >= n) return (char *)ERROR_PTR("array index out of bounds", procName, NULL); string = array[index]; /* If removed string is not at end of array, shift * to fill in, maintaining original ordering. * Note: if we didn't care about the order, we could * put the last string array[n - 1] directly into the hole. */ for (i = index; i < n - 1; i++) array[i] = array[i + 1]; sa->n--; return string; } /*! * sarrayReplaceString() * * Input: sarray * index (of string within sarray to be replaced) * newstr (string to replace existing one) * copyflag (L_INSERT, L_COPY) * Return: 0 if OK, 1 on error * * Notes: * (1) This destroys an existing string and replaces it with * the new string or a copy of it. * (2) By design, an sarray is always compacted, so there are * never any holes (null ptrs) in the ptr array up to the * current count. */ l_int32 sarrayReplaceString(SARRAY *sa, l_int32 index, char *newstr, l_int32 copyflag) { char *str; l_int32 n; PROCNAME("sarrayReplaceString"); if (!sa) return ERROR_INT("sa not defined", procName, 1); n = sarrayGetCount(sa); if (index < 0 || index >= n) return ERROR_INT("array index out of bounds", procName, 1); if (!newstr) return ERROR_INT("newstr not defined", procName, 1); if (copyflag != L_INSERT && copyflag != L_COPY) return ERROR_INT("invalid copyflag", procName, 1); FREE(sa->array[index]); if (copyflag == L_INSERT) str = newstr; else /* L_COPY */ str = stringNew(newstr); sa->array[index] = str; return 0; } /*! * sarrayClear() * * Input: sarray * Return: 0 if OK; 1 on error */ l_int32 sarrayClear(SARRAY *sa) { l_int32 i; PROCNAME("sarrayClear"); if (!sa) return ERROR_INT("sa not defined", procName, 1); for (i = 0; i < sa->n; i++) { /* free strings and null ptrs */ FREE(sa->array[i]); sa->array[i] = NULL; } sa->n = 0; return 0; } /*----------------------------------------------------------------------* * Accessors * *----------------------------------------------------------------------*/ /*! * sarrayGetCount() * * Input: sarray * Return: count, or 0 if no strings or on error */ l_int32 sarrayGetCount(SARRAY *sa) { PROCNAME("sarrayGetCount"); if (!sa) return ERROR_INT("sa not defined", procName, 0); return sa->n; } /*! * sarrayGetArray() * * Input: sarray * &nalloc ( number allocated string ptrs) * &n ( number allocated strings) * Return: ptr to string array, or null on error * * Notes: * (1) Caution: the returned array is not a copy, so caller * must not destroy it! */ char ** sarrayGetArray(SARRAY *sa, l_int32 *pnalloc, l_int32 *pn) { char **array; PROCNAME("sarrayGetArray"); if (!sa) return (char **)ERROR_PTR("sa not defined", procName, NULL); array = sa->array; if (pnalloc) *pnalloc = sa->nalloc; if (pn) *pn = sa->n; return array; } /*! * sarrayGetString() * * Input: sarray * index (to the index-th string) * copyflag (L_NOCOPY or L_COPY) * Return: string, or null on error * * Notes: * (1) Legacy usage decrees that we always use 0 to get the * pointer to the string itself, and 1 to get a copy of * the string. * (2) See usage comments at the top of this file. * (3) To get a pointer to the string itself, use for copyflag: * L_NOCOPY or 0 or FALSE * To get a copy of the string, use for copyflag: * L_COPY or 1 or TRUE * The const values of L_NOCOPY and L_COPY are guaranteed not * to change. */ char * sarrayGetString(SARRAY *sa, l_int32 index, l_int32 copyflag) { PROCNAME("sarrayGetString"); if (!sa) return (char *)ERROR_PTR("sa not defined", procName, NULL); if (index < 0 || index >= sa->n) return (char *)ERROR_PTR("index not valid", procName, NULL); if (copyflag != L_NOCOPY && copyflag != L_COPY) return (char *)ERROR_PTR("invalid copyflag", procName, NULL); if (copyflag == L_NOCOPY) return sa->array[index]; else /* L_COPY */ return stringNew(sa->array[index]); } /*! * sarrayGetRefCount() * * Input: sarray * Return: refcount, or UNDEF on error */ l_int32 sarrayGetRefcount(SARRAY *sa) { PROCNAME("sarrayGetRefcount"); if (!sa) return ERROR_INT("sa not defined", procName, UNDEF); return sa->refcount; } /*! * sarrayChangeRefCount() * * Input: sarray * delta (change to be applied) * Return: 0 if OK, 1 on error */ l_int32 sarrayChangeRefcount(SARRAY *sa, l_int32 delta) { PROCNAME("sarrayChangeRefcount"); if (!sa) return ERROR_INT("sa not defined", procName, UNDEF); sa->refcount += delta; return 0; } /*----------------------------------------------------------------------* * Conversion to string * *----------------------------------------------------------------------*/ /*! * sarrayToString() * * Input: sarray * addnlflag (flag: 0 adds nothing to each substring * 1 adds '\n' to each substring * 2 adds ' ' to each substring) * Return: dest string, or null on error * * Notes: * (1) Concatenates all the strings in the sarray, preserving * all white space. * (2) If addnlflag != 0, adds either a '\n' or a ' ' after * each substring. * (3) This function was NOT implemented as: * for (i = 0; i < n; i++) * strcat(dest, sarrayGetString(sa, i, L_NOCOPY)); * Do you see why? */ char * sarrayToString(SARRAY *sa, l_int32 addnlflag) { PROCNAME("sarrayToString"); if (!sa) return (char *)ERROR_PTR("sa not defined", procName, NULL); return sarrayToStringRange(sa, 0, 0, addnlflag); } /*! * sarrayToStringRange() * * Input: sarray * first (index of first string to use; starts with 0) * nstrings (number of strings to append into the result; use * 0 to append to the end of the sarray) * addnlflag (flag: 0 adds nothing to each substring * 1 adds '\n' to each substring * 2 adds ' ' to each substring) * Return: dest string, or null on error * * Notes: * (1) Concatenates the specified strings inthe sarray, preserving * all white space. * (2) If addnlflag != 0, adds either a '\n' or a ' ' after * each substring. * (3) If the sarray is empty, this returns a string with just * the character corresponding to @addnlflag. */ char * sarrayToStringRange(SARRAY *sa, l_int32 first, l_int32 nstrings, l_int32 addnlflag) { char *dest, *src, *str; l_int32 n, i, last, size, index, len; PROCNAME("sarrayToStringRange"); if (!sa) return (char *)ERROR_PTR("sa not defined", procName, NULL); if (addnlflag != 0 && addnlflag != 1 && addnlflag != 2) return (char *)ERROR_PTR("invalid addnlflag", procName, NULL); n = sarrayGetCount(sa); /* Empty sa; return char corresponding to addnlflag only */ if (n == 0) { if (first == 0) { if (addnlflag == 0) return stringNew(""); if (addnlflag == 1) return stringNew("\n"); else /* addnlflag == 2) */ return stringNew(" "); } else { return (char *)ERROR_PTR("first not valid", procName, NULL); } } if (first < 0 || first >= n) return (char *)ERROR_PTR("first not valid", procName, NULL); if (nstrings == 0 || (nstrings > n - first)) nstrings = n - first; /* no overflow */ last = first + nstrings - 1; size = 0; for (i = first; i <= last; i++) { if ((str = sarrayGetString(sa, i, L_NOCOPY)) == NULL) return (char *)ERROR_PTR("str not found", procName, NULL); size += strlen(str) + 2; } if ((dest = (char *)CALLOC(size + 1, sizeof(char))) == NULL) return (char *)ERROR_PTR("dest not made", procName, NULL); index = 0; for (i = first; i <= last; i++) { src = sarrayGetString(sa, i, L_NOCOPY); len = strlen(src); memcpy(dest + index, src, len); index += len; if (addnlflag == 1) { dest[index] = '\n'; index++; } else if (addnlflag == 2) { dest[index] = ' '; index++; } } return dest; } /*----------------------------------------------------------------------* * Concatenate 2 sarrays * *----------------------------------------------------------------------*/ /*! * sarrayConcatenate() * * Input: sa1 (to be added to) * sa2 (append to sa1) * Return: 0 if OK, 1 on error * * Notes: * (1) Copies of the strings in sarray2 are added to sarray1. */ l_int32 sarrayConcatenate(SARRAY *sa1, SARRAY *sa2) { char *str; l_int32 n, i; PROCNAME("sarrayConcatenate"); if (!sa1) return ERROR_INT("sa1 not defined", procName, 1); if (!sa2) return ERROR_INT("sa2 not defined", procName, 1); n = sarrayGetCount(sa2); for (i = 0; i < n; i++) { str = sarrayGetString(sa2, i, L_NOCOPY); sarrayAddString(sa1, str, L_COPY); } return 0; } /*! * sarrayAppendRange() * * Input: sa1 (to be added to) * sa2 (append specified range of strings in sa2 to sa1) * start (index of first string of sa2 to append) * end (index of last string of sa2 to append; -1 to end of array) * Return: 0 if OK, 1 on error * * Notes: * (1) Copies of the strings in sarray2 are added to sarray1. * (2) The [start ... end] range is truncated if necessary. * (3) Use end == -1 to append to the end of sa2. */ l_int32 sarrayAppendRange(SARRAY *sa1, SARRAY *sa2, l_int32 start, l_int32 end) { char *str; l_int32 n, i; PROCNAME("sarrayAppendRange"); if (!sa1) return ERROR_INT("sa1 not defined", procName, 1); if (!sa2) return ERROR_INT("sa2 not defined", procName, 1); if (start < 0) start = 0; n = sarrayGetCount(sa2); if (end < 0 || end >= n) end = n - 1; if (start > end) return ERROR_INT("start > end", procName, 1); for (i = start; i <= end; i++) { str = sarrayGetString(sa2, i, L_NOCOPY); sarrayAddString(sa1, str, L_COPY); } return 0; } /*----------------------------------------------------------------------* * Pad an sarray to be the same size as another sarray * *----------------------------------------------------------------------*/ /*! * sarrayPadToSameSize() * * Input: sa1, sa2 * padstring * Return: 0 if OK, 1 on error * * Notes: * (1) If two sarrays have different size, this adds enough * instances of @padstring to the smaller so that they are * the same size. It is useful when two or more sarrays * are being sequenced in parallel, and it is necessary to * find a valid string at each index. */ l_int32 sarrayPadToSameSize(SARRAY *sa1, SARRAY *sa2, char *padstring) { l_int32 i, n1, n2; PROCNAME("sarrayPadToSameSize"); if (!sa1 || !sa2) return ERROR_INT("both sa1 and sa2 not defined", procName, 1); n1 = sarrayGetCount(sa1); n2 = sarrayGetCount(sa2); if (n1 < n2) { for (i = n1; i < n2; i++) sarrayAddString(sa1, padstring, L_COPY); } else if (n1 > n2) { for (i = n2; i < n1; i++) sarrayAddString(sa2, padstring, L_COPY); } return 0; } /*----------------------------------------------------------------------* * Convert word sarray to line sarray * *----------------------------------------------------------------------*/ /*! * sarrayConvertWordsToLines() * * Input: sa (sa of individual words) * linesize (max num of chars in each line) * Return: saout (sa of formatted lines), or null on error * * This is useful for re-typesetting text to a specific maximum * line length. The individual words in the input sarray * are concatenated into textlines. An input word string of zero * length is taken to be a paragraph separator. Each time * such a string is found, the current line is ended and * a new line is also produced that contains just the * string of zero length (""). When the output sarray * of lines is eventually converted to a string with newlines * (typically) appended to each line string, the empty * strings are just converted to newlines, producing the visible * paragraph separation. * * What happens when a word is larger than linesize? * We write it out as a single line anyway! Words preceding * or following this long word are placed on lines preceding * or following the line with the long word. Why this choice? * Long "words" found in text documents are typically URLs, and * it's often desirable not to put newlines in the middle of a URL. * The text display program (e.g., text editor) will typically * wrap the long "word" to fit in the window. */ SARRAY * sarrayConvertWordsToLines(SARRAY *sa, l_int32 linesize) { char *wd, *strl; char emptystring[] = ""; l_int32 n, i, len, totlen; SARRAY *sal, *saout; PROCNAME("sarrayConvertWordsToLines"); if (!sa) return (SARRAY *)ERROR_PTR("sa not defined", procName, NULL); if ((saout = sarrayCreate(0)) == NULL) return (SARRAY *)ERROR_PTR("saout not defined", procName, NULL); n = sarrayGetCount(sa); totlen = 0; sal = NULL; for (i = 0; i < n; i++) { if (!sal) { if ((sal = sarrayCreate(0)) == NULL) return (SARRAY *)ERROR_PTR("sal not made", procName, NULL); } wd = sarrayGetString(sa, i, L_NOCOPY); len = strlen(wd); if (len == 0) { /* end of paragraph: end line & insert blank line */ if (totlen > 0) { strl = sarrayToString(sal, 2); sarrayAddString(saout, strl, L_INSERT); } sarrayAddString(saout, emptystring, L_COPY); sarrayDestroy(&sal); totlen = 0; } else if (totlen == 0 && len + 1 > linesize) { /* long word! */ sarrayAddString(saout, wd, L_COPY); /* copy to one line */ } else if (totlen + len + 1 > linesize) { /* end line & start new */ strl = sarrayToString(sal, 2); sarrayAddString(saout, strl, L_INSERT); sarrayDestroy(&sal); if ((sal = sarrayCreate(0)) == NULL) return (SARRAY *)ERROR_PTR("sal not made", procName, NULL); sarrayAddString(sal, wd, L_COPY); totlen = len + 1; } else { /* add to current line */ sarrayAddString(sal, wd, L_COPY); totlen += len + 1; } } if (totlen > 0) { /* didn't end with blank line; output last line */ strl = sarrayToString(sal, 2); sarrayAddString(saout, strl, L_INSERT); sarrayDestroy(&sal); } return saout; } /*----------------------------------------------------------------------* * Split string on separator list * *----------------------------------------------------------------------*/ /* * sarraySplitString() * * Input: sa (to append to; typically empty initially) * str (string to split; not changed) * separators (characters that split input string) * Return: 0 if OK, 1 on error. * * Notes: * (1) This uses strtokSafe(). See the notes there in utils.c. */ l_int32 sarraySplitString(SARRAY *sa, const char *str, const char *separators) { char *cstr, *substr, *saveptr; PROCNAME("sarraySplitString"); if (!sa) return ERROR_INT("sa not defined", procName, 1); if (!str) return ERROR_INT("str not defined", procName, 1); if (!separators) return ERROR_INT("separators not defined", procName, 1); cstr = stringNew(str); /* preserves const-ness of input str */ substr = strtokSafe(cstr, separators, &saveptr); if (substr) sarrayAddString(sa, substr, L_INSERT); while ((substr = strtokSafe(NULL, separators, &saveptr))) sarrayAddString(sa, substr, L_INSERT); FREE(cstr); return 0; } /*----------------------------------------------------------------------* * Filter sarray * *----------------------------------------------------------------------*/ /*! * sarraySelectBySubstring() * * Input: sain (input sarray) * substr ( substring for matching; can be NULL) * Return: saout (output sarray, filtered with substring) or null on error * * Notes: * (1) This selects all strings in sain that have substr as a substring. * Note that we can't use strncmp() because we're looking for * a match to the substring anywhere within each filename. * (2) If substr == NULL, returns a copy of the sarray. */ SARRAY * sarraySelectBySubstring(SARRAY *sain, const char *substr) { char *str; l_int32 n, i, offset, found; SARRAY *saout; PROCNAME("sarraySelectBySubstring"); if (!sain) return (SARRAY *)ERROR_PTR("sain not defined", procName, NULL); n = sarrayGetCount(sain); if (!substr || n == 0) return sarrayCopy(sain); saout = sarrayCreate(n); for (i = 0; i < n; i++) { str = sarrayGetString(sain, i, L_NOCOPY); arrayFindSequence((l_uint8 *)str, strlen(str), (l_uint8 *)substr, strlen(substr), &offset, &found); if (found) sarrayAddString(saout, str, L_COPY); } return saout; } /*! * sarraySelectByRange() * * Input: sain (input sarray) * first (index of first string to be selected) * last (index of last string to be selected; use 0 to go to the * end of the sarray) * Return: saout (output sarray), or null on error * * Notes: * (1) This makes @saout consisting of copies of all strings in @sain * in the index set [first ... last]. Use @last == 0 to get all * strings from @first to the last string in the sarray. */ SARRAY * sarraySelectByRange(SARRAY *sain, l_int32 first, l_int32 last) { char *str; l_int32 n, i; SARRAY *saout; PROCNAME("sarraySelectByRange"); if (!sain) return (SARRAY *)ERROR_PTR("sain not defined", procName, NULL); if (first < 0) first = 0; n = sarrayGetCount(sain); if (last <= 0) last = n - 1; if (last >= n) { L_WARNING("@last > n - 1; setting to n - 1\n", procName); last = n - 1; } if (first > last) return (SARRAY *)ERROR_PTR("first must be >= last", procName, NULL); saout = sarrayCreate(0); for (i = first; i <= last; i++) { str = sarrayGetString(sain, i, L_COPY); sarrayAddString(saout, str, L_INSERT); } return saout; } /*! * sarrayParseRange() * * Input: sa (input sarray) * start (index to start range search) * &actualstart ( index of actual start; may be > 'start') * &end ( index of end) * &newstart ( index of start of next range) * substr (substring for matching at beginning of string) * loc (byte offset within the string for the pattern; use * -1 if the location does not matter); * Return: 0 if valid range found; 1 otherwise * * Notes: * (1) This finds the range of the next set of strings in SA, * beginning the search at 'start', that does NOT have * the substring 'substr' either at the indicated location * in the string or anywhere in the string. The input * variable 'loc' is the specified offset within the string; * use -1 to indicate 'anywhere in the string'. * (2) Always check the return value to verify that a valid range * was found. * (3) If a valid range is not found, the values of actstart, * end and newstart are all set to the size of sa. * (4) If this is the last valid range, newstart returns the value n. * In use, this should be tested before calling the function. * (5) Usage example. To find all the valid ranges in a file * where the invalid lines begin with two dashes, copy each * line in the file to a string in an sarray, and do: * start = 0; * while (!sarrayParseRange(sa, start, &actstart, &end, &start, * "--", 0)) * fprintf(stderr, "start = %d, end = %d\n", actstart, end); */ l_int32 sarrayParseRange(SARRAY *sa, l_int32 start, l_int32 *pactualstart, l_int32 *pend, l_int32 *pnewstart, const char *substr, l_int32 loc) { char *str; l_int32 n, i, offset, found; PROCNAME("sarrayParseRange"); if (!sa) return ERROR_INT("sa not defined", procName, 1); if (!pactualstart || !pend || !pnewstart) return ERROR_INT("not all range addresses defined", procName, 1); n = sarrayGetCount(sa); *pactualstart = *pend = *pnewstart = n; if (!substr) return ERROR_INT("substr not defined", procName, 1); /* Look for the first string without the marker */ if (start < 0 || start >= n) return 1; for (i = start; i < n; i++) { str = sarrayGetString(sa, i, L_NOCOPY); arrayFindSequence((l_uint8 *)str, strlen(str), (l_uint8 *)substr, strlen(substr), &offset, &found); if (loc < 0) { if (!found) break; } else { if (!found || offset != loc) break; } } start = i; if (i == n) /* couldn't get started */ return 1; /* Look for the last string without the marker */ *pactualstart = start; for (i = start + 1; i < n; i++) { str = sarrayGetString(sa, i, L_NOCOPY); arrayFindSequence((l_uint8 *)str, strlen(str), (l_uint8 *)substr, strlen(substr), &offset, &found); if (loc < 0) { if (found) break; } else { if (found && offset == loc) break; } } *pend = i - 1; start = i; if (i == n) /* no further range */ return 0; /* Look for the first string after *pend without the marker. * This will start the next run of strings, if it exists. */ for (i = start; i < n; i++) { str = sarrayGetString(sa, i, L_NOCOPY); arrayFindSequence((l_uint8 *)str, strlen(str), (l_uint8 *)substr, strlen(substr), &offset, &found); if (loc < 0) { if (!found) break; } else { if (!found || offset != loc) break; } } if (i < n) *pnewstart = i; return 0; } /*----------------------------------------------------------------------* * Sort * *----------------------------------------------------------------------*/ /*! * sarraySort() * * Input: saout (output sarray; can be NULL or equal to sain) * sain (input sarray) * sortorder (L_SORT_INCREASING or L_SORT_DECREASING) * Return: saout (output sarray, sorted by ascii value), or null on error * * Notes: * (1) Set saout = sain for in-place; otherwise, set naout = NULL. * (2) Shell sort, modified from K&R, 2nd edition, p.62. * Slow but simple O(n logn) sort. */ SARRAY * sarraySort(SARRAY *saout, SARRAY *sain, l_int32 sortorder) { char **array; char *tmp; l_int32 n, i, j, gap; PROCNAME("sarraySort"); if (!sain) return (SARRAY *)ERROR_PTR("sain not defined", procName, NULL); /* Make saout if necessary; otherwise do in-place */ if (!saout) saout = sarrayCopy(sain); else if (sain != saout) return (SARRAY *)ERROR_PTR("invalid: not in-place", procName, NULL); array = saout->array; /* operate directly on the array */ n = sarrayGetCount(saout); /* Shell sort */ for (gap = n/2; gap > 0; gap = gap / 2) { for (i = gap; i < n; i++) { for (j = i - gap; j >= 0; j -= gap) { if ((sortorder == L_SORT_INCREASING && stringCompareLexical(array[j], array[j + gap])) || (sortorder == L_SORT_DECREASING && stringCompareLexical(array[j + gap], array[j]))) { tmp = array[j]; array[j] = array[j + gap]; array[j + gap] = tmp; } } } } return saout; } /*! * sarraySortByIndex() * * Input: sain * naindex (na that maps from the new sarray to the input sarray) * Return: saout (sorted), or null on error */ SARRAY * sarraySortByIndex(SARRAY *sain, NUMA *naindex) { char *str; l_int32 i, n, index; SARRAY *saout; PROCNAME("sarraySortByIndex"); if (!sain) return (SARRAY *)ERROR_PTR("sain not defined", procName, NULL); if (!naindex) return (SARRAY *)ERROR_PTR("naindex not defined", procName, NULL); n = sarrayGetCount(sain); saout = sarrayCreate(n); for (i = 0; i < n; i++) { numaGetIValue(naindex, i, &index); str = sarrayGetString(sain, index, L_COPY); sarrayAddString(saout, str, L_INSERT); } return saout; } /*! * stringCompareLexical() * * Input: str1 * str2 * Return: 1 if str1 > str2 (lexically); 0 otherwise * * Notes: * (1) If the lexical values are identical, return a 0, to * indicate that no swapping is required to sort the strings. */ l_int32 stringCompareLexical(const char *str1, const char *str2) { l_int32 i, len1, len2, len; PROCNAME("sarrayCompareLexical"); if (!str1) return ERROR_INT("str1 not defined", procName, 1); if (!str2) return ERROR_INT("str2 not defined", procName, 1); len1 = strlen(str1); len2 = strlen(str2); len = L_MIN(len1, len2); for (i = 0; i < len; i++) { if (str1[i] == str2[i]) continue; if (str1[i] > str2[i]) return 1; else return 0; } if (len1 > len2) return 1; else return 0; } /*----------------------------------------------------------------------* * Serialize for I/O * *----------------------------------------------------------------------*/ /*! * sarrayRead() * * Input: filename * Return: sarray, or null on error */ SARRAY * sarrayRead(const char *filename) { FILE *fp; SARRAY *sa; PROCNAME("sarrayRead"); if (!filename) return (SARRAY *)ERROR_PTR("filename not defined", procName, NULL); if ((fp = fopenReadStream(filename)) == NULL) return (SARRAY *)ERROR_PTR("stream not opened", procName, NULL); if ((sa = sarrayReadStream(fp)) == NULL) { fclose(fp); return (SARRAY *)ERROR_PTR("sa not read", procName, NULL); } fclose(fp); return sa; } /*! * sarrayReadStream() * * Input: stream * Return: sarray, or null on error * * Notes: * (1) We store the size of each string along with the string. * (2) This allows a string to have embedded newlines. By reading * the entire string, as determined by its size, we are * not affected by any number of embedded newlines. */ SARRAY * sarrayReadStream(FILE *fp) { char *stringbuf; l_int32 i, n, size, index, bufsize, version, ignore; SARRAY *sa; PROCNAME("sarrayReadStream"); if (!fp) return (SARRAY *)ERROR_PTR("stream not defined", procName, NULL); if (fscanf(fp, "\nSarray Version %d\n", &version) != 1) return (SARRAY *)ERROR_PTR("not an sarray file", procName, NULL); if (version != SARRAY_VERSION_NUMBER) return (SARRAY *)ERROR_PTR("invalid sarray version", procName, NULL); if (fscanf(fp, "Number of strings = %d\n", &n) != 1) return (SARRAY *)ERROR_PTR("error on # strings", procName, NULL); if ((sa = sarrayCreate(n)) == NULL) return (SARRAY *)ERROR_PTR("sa not made", procName, NULL); bufsize = L_BUF_SIZE + 1; if ((stringbuf = (char *)CALLOC(bufsize, sizeof(char))) == NULL) return (SARRAY *)ERROR_PTR("stringbuf not made", procName, NULL); for (i = 0; i < n; i++) { /* Get the size of the stored string */ if (fscanf(fp, "%d[%d]:", &index, &size) != 2) return (SARRAY *)ERROR_PTR("error on string size", procName, NULL); /* Expand the string buffer if necessary */ if (size > bufsize - 5) { FREE(stringbuf); bufsize = (l_int32)(1.5 * size); stringbuf = (char *)CALLOC(bufsize, sizeof(char)); } /* Read the stored string, plus leading spaces and trailing \n */ if (fread(stringbuf, 1, size + 3, fp) != size + 3) return (SARRAY *)ERROR_PTR("error reading string", procName, NULL); /* Remove the \n that was added by sarrayWriteStream() */ stringbuf[size + 2] = '\0'; /* Copy it in, skipping the 2 leading spaces */ sarrayAddString(sa, stringbuf + 2, L_COPY); } ignore = fscanf(fp, "\n"); FREE(stringbuf); return sa; } /*! * sarrayWrite() * * Input: filename * sarray * Return: 0 if OK; 1 on error */ l_int32 sarrayWrite(const char *filename, SARRAY *sa) { FILE *fp; PROCNAME("sarrayWrite"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!sa) return ERROR_INT("sa not defined", procName, 1); if ((fp = fopenWriteStream(filename, "w")) == NULL) return ERROR_INT("stream not opened", procName, 1); if (sarrayWriteStream(fp, sa)) return ERROR_INT("sa not written to stream", procName, 1); fclose(fp); return 0; } /*! * sarrayWriteStream() * * Input: stream * sarray * Returns 0 if OK; 1 on error * * Notes: * (1) This appends a '\n' to each string, which is stripped * off by sarrayReadStream(). */ l_int32 sarrayWriteStream(FILE *fp, SARRAY *sa) { l_int32 i, n, len; PROCNAME("sarrayWriteStream"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!sa) return ERROR_INT("sa not defined", procName, 1); n = sarrayGetCount(sa); fprintf(fp, "\nSarray Version %d\n", SARRAY_VERSION_NUMBER); fprintf(fp, "Number of strings = %d\n", n); for (i = 0; i < n; i++) { len = strlen(sa->array[i]); fprintf(fp, " %d[%d]: %s\n", i, len, sa->array[i]); } fprintf(fp, "\n"); return 0; } /*! * sarrayAppend() * * Input: filename * sarray * Return: 0 if OK; 1 on error */ l_int32 sarrayAppend(const char *filename, SARRAY *sa) { FILE *fp; PROCNAME("sarrayAppend"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!sa) return ERROR_INT("sa not defined", procName, 1); if ((fp = fopenWriteStream(filename, "a")) == NULL) return ERROR_INT("stream not opened", procName, 1); if (sarrayWriteStream(fp, sa)) return ERROR_INT("sa not appended to stream", procName, 1); fclose(fp); return 0; } /*---------------------------------------------------------------------* * Directory filenames * *---------------------------------------------------------------------*/ /*! * getNumberedPathnamesInDirectory() * * Input: directory name * substr ( substring filter on filenames; can be NULL) * numpre (number of characters in name before number) * numpost (number of characters in name after the number, * up to a dot before an extension) * maxnum (only consider page numbers up to this value) * Return: sarray of numbered pathnames, or NULL on error * * Notes: * (1) Returns the full pathnames of the numbered filenames in * the directory. The number in the filename is the index * into the sarray. For indices for which there are no filenames, * an empty string ("") is placed into the sarray. * This makes reading numbered files very simple. For example, * the image whose filename includes number N can be retrieved using * pixReadIndexed(sa, N); * (2) If @substr is not NULL, only filenames that contain * the substring can be included. If @substr is NULL, * all matching filenames are used. * (3) If no numbered files are found, it returns an empty sarray, * with no initialized strings. * (4) It is assumed that the page number is contained within * the basename (the filename without directory or extension). * @numpre is the number of characters in the basename * preceeding the actual page number; @numpost is the number * following the page number, up to either the end of the * basename or a ".", whichever comes first. * (5) This is useful when all filenames contain numbers that are * not necessarily consecutive. 0-padding is not required. * (6) To use a O(n) matching algorithm, the largest page number * is found and two internal arrays of this size are created. * This maximum is constrained not to exceed @maxsum, * to make sure that an unrealistically large number is not * accidentally used to determine the array sizes. */ SARRAY * getNumberedPathnamesInDirectory(const char *dirname, const char *substr, l_int32 numpre, l_int32 numpost, l_int32 maxnum) { l_int32 nfiles; SARRAY *sa, *saout; PROCNAME("getNumberedPathnamesInDirectory"); if (!dirname) return (SARRAY *)ERROR_PTR("dirname not defined", procName, NULL); if ((sa = getSortedPathnamesInDirectory(dirname, substr, 0, 0)) == NULL) return (SARRAY *)ERROR_PTR("sa not made", procName, NULL); if ((nfiles = sarrayGetCount(sa)) == 0) return sarrayCreate(1); saout = convertSortedToNumberedPathnames(sa, numpre, numpost, maxnum); sarrayDestroy(&sa); return saout; } /*! * getSortedPathnamesInDirectory() * * Input: directory name * substr ( substring filter on filenames; can be NULL) * first (0-based) * nfiles (use 0 for all to the end) * Return: sarray of sorted pathnames, or NULL on error * * Notes: * (1) Use @substr to filter filenames in the directory. If * @substr == NULL, this takes all files. * (2) The files in the directory, after optional filtering by * the substring, are lexically sorted in increasing order. * Use @first and @nfiles to select a contiguous set of files. * (3) The full pathnames are returned for the requested sequence. * If no files are found after filtering, returns an empty sarray. */ SARRAY * getSortedPathnamesInDirectory(const char *dirname, const char *substr, l_int32 first, l_int32 nfiles) { char *fname, *fullname; l_int32 i, n, last; SARRAY *sa, *safiles, *saout; PROCNAME("getSortedPathnamesInDirectory"); if (!dirname) return (SARRAY *)ERROR_PTR("dirname not defined", procName, NULL); if ((sa = getFilenamesInDirectory(dirname)) == NULL) return (SARRAY *)ERROR_PTR("sa not made", procName, NULL); safiles = sarraySelectBySubstring(sa, substr); sarrayDestroy(&sa); n = sarrayGetCount(safiles); if (n == 0) { L_WARNING("no files found\n", procName); return safiles; } sarraySort(safiles, safiles, L_SORT_INCREASING); first = L_MIN(L_MAX(first, 0), n - 1); if (nfiles == 0) nfiles = n - first; last = L_MIN(first + nfiles - 1, n - 1); saout = sarrayCreate(last - first + 1); for (i = first; i <= last; i++) { fname = sarrayGetString(safiles, i, L_NOCOPY); fullname = genPathname(dirname, fname); sarrayAddString(saout, fullname, L_INSERT); } sarrayDestroy(&safiles); return saout; } /*! * convertSortedToNumberedPathnames() * * Input: sorted pathnames (including zero-padded integers) * numpre (number of characters in name before number) * numpost (number of characters in name after the number, * up to a dot before an extension) * maxnum (only consider page numbers up to this value) * Return: sarray of numbered pathnames, or NULL on error * * Notes: * (1) Typically, numpre = numpost = 0; e.g., when the filename * just has a number followed by an optional extension. */ SARRAY * convertSortedToNumberedPathnames(SARRAY *sa, l_int32 numpre, l_int32 numpost, l_int32 maxnum) { char *fname, *str; l_int32 i, nfiles, num, index; SARRAY *saout; PROCNAME("convertSortedToNumberedPathnames"); if (!sa) return (SARRAY *)ERROR_PTR("sa not defined", procName, NULL); if ((nfiles = sarrayGetCount(sa)) == 0) return sarrayCreate(1); /* Find the last file in the sorted array that has a number * that (a) matches the count pattern and (b) does not * exceed @maxnum. @maxnum sets an upper limit on the size * of the sarray. */ num = 0; for (i = nfiles - 1; i >= 0; i--) { fname = sarrayGetString(sa, i, L_NOCOPY); num = extractNumberFromFilename(fname, numpre, numpost); if (num < 0) continue; num = L_MIN(num + 1, maxnum); break; } if (num <= 0) /* none found */ return sarrayCreate(1); /* Insert pathnames into the output sarray. * Ignore numbers that are out of the range of sarray. */ saout = sarrayCreateInitialized(num, (char *)""); for (i = 0; i < nfiles; i++) { fname = sarrayGetString(sa, i, L_NOCOPY); index = extractNumberFromFilename(fname, numpre, numpost); if (index < 0 || index >= num) continue; str = sarrayGetString(saout, index, L_NOCOPY); if (str[0] != '\0') L_WARNING("\n Multiple files with same number: %d\n", procName, index); sarrayReplaceString(saout, index, fname, L_COPY); } return saout; } /*! * getFilenamesInDirectory() * * Input: directory name * Return: sarray of file names, or NULL on error * * Notes: * (1) The versions compiled under unix and cygwin use the POSIX C * library commands for handling directories. For windows, * there is a separate implementation. * (2) It returns an array of filename tails; i.e., only the part of * the path after the last slash. * (3) Use of the d_type field of dirent is not portable: * "According to POSIX, the dirent structure contains a field * char d_name[] of unspecified size, with at most NAME_MAX * characters preceding the terminating null character. Use * of other fields will harm the portability of your programs." * (4) As a consequence of (3), we note several things: * - MINGW doesn't have a d_type member. * - Older versions of gcc (e.g., 2.95.3) return DT_UNKNOWN * for d_type from all files. * On these systems, this function will return directories * (except for '.' and '..', which are eliminated using * the d_name field). */ #ifndef _WIN32 SARRAY * getFilenamesInDirectory(const char *dirname) { char *name; l_int32 len; SARRAY *safiles; DIR *pdir; struct dirent *pdirentry; PROCNAME("getFilenamesInDirectory"); if (!dirname) return (SARRAY *)ERROR_PTR("dirname not defined", procName, NULL); if ((pdir = opendir(dirname)) == NULL) return (SARRAY *)ERROR_PTR("pdir not opened", procName, NULL); if ((safiles = sarrayCreate(0)) == NULL) return (SARRAY *)ERROR_PTR("safiles not made", procName, NULL); while ((pdirentry = readdir(pdir))) { /* It's nice to ignore directories. For this it is necessary to * define _BSD_SOURCE in the CC command, because the DT_DIR * flag is non-standard. */ #if !defined(__SOLARIS__) if (pdirentry->d_type == DT_DIR) continue; #endif /* Filter out "." and ".." if they're passed through */ name = pdirentry->d_name; len = strlen(name); if (len == 1 && name[len - 1] == '.') continue; if (len == 2 && name[len - 1] == '.' && name[len - 2] == '.') continue; sarrayAddString(safiles, name, L_COPY); } closedir(pdir); return safiles; } #else /* _WIN32 */ /* http://msdn2.microsoft.com/en-us/library/aa365200(VS.85).aspx */ #include SARRAY * getFilenamesInDirectory(const char *dirname) { char *pszDir; char *tempname; HANDLE hFind = INVALID_HANDLE_VALUE; SARRAY *safiles; WIN32_FIND_DATAA ffd; PROCNAME("getFilenamesInDirectory"); if (!dirname) return (SARRAY *)ERROR_PTR("dirname not defined", procName, NULL); tempname = genPathname(dirname, NULL); pszDir = stringJoin(tempname, "\\*"); FREE(tempname); if (strlen(pszDir) + 1 > MAX_PATH) { FREE(pszDir); return (SARRAY *)ERROR_PTR("dirname is too long", procName, NULL); } if ((safiles = sarrayCreate(0)) == NULL) { FREE(pszDir); return (SARRAY *)ERROR_PTR("safiles not made", procName, NULL); } hFind = FindFirstFileA(pszDir, &ffd); if (INVALID_HANDLE_VALUE == hFind) { sarrayDestroy(&safiles); FREE(pszDir); return (SARRAY *)ERROR_PTR("hFind not opened", procName, NULL); } while (FindNextFileA(hFind, &ffd) != 0) { if (ffd.dwFileAttributes & FILE_ATTRIBUTE_DIRECTORY) /* skip dirs */ continue; sarrayAddString(safiles, ffd.cFileName, L_COPY); } FindClose(hFind); FREE(pszDir); return safiles; } #endif /* _WIN32 */ leptonica-1.70/src/affinecompose.c0000664000175000017500000004457012236745252015302 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * affinecompose.c * * Composable coordinate transforms * l_float32 *createMatrix2dTranslate() * l_float32 *createMatrix2dScale() * l_float32 *createMatrix2dRotate() * * Special coordinate transforms on pta * PTA *ptaTranslate() * PTA *ptaScale() * PTA *ptaRotate() * * Special coordinate transforms on boxa * BOXA *boxaTranslate() * BOXA *boxaScale() * BOXA *boxaRotate() * * General coordinate transform on pta and boxa * PTA *ptaAffineTransform() * BOXA *boxaAffineTransform() * * Matrix operations * l_int32 l_productMatVec() * l_int32 l_productMat2() * l_int32 l_productMat3() * l_int32 l_productMat4() */ #include #include "allheaders.h" /*-------------------------------------------------------------* * Composable coordinate transforms * *-------------------------------------------------------------*/ /*! * createMatrix2dTranslate() * * Input: transx (x component of translation wrt. the origin) * transy (y component of translation wrt. the origin) * Return: 3x3 transform matrix, or null on error * * Notes; * (1) The translation is equivalent to: * v' = Av * where v and v' are 1x3 column vectors in the form * v = [x, y, 1]^ (^ denotes transpose) * and the affine tranlation matrix is * A = [ 1 0 tx * 0 1 ty * 0 0 1 ] * * (2) We consider translation as with respect to a fixed origin. * In a clipping operation, the origin moves and the points * are fixed, and you use (-tx, -ty) where (tx, ty) is the * translation vector of the origin. */ l_float32 * createMatrix2dTranslate(l_float32 transx, l_float32 transy) { l_float32 *mat; PROCNAME("createMatrix2dTranslate"); if ((mat = (l_float32 *)CALLOC(9, sizeof(l_float32))) == NULL) return (l_float32 *)ERROR_PTR("mat not made", procName, NULL); mat[0] = mat[4] = mat[8] = 1; mat[2] = transx; mat[5] = transy; return mat; } /*! * createMatrix2dScale() * * Input: scalex (horizontal scale factor) * scaley (vertical scale factor) * Return: 3x3 transform matrix, or null on error * * Notes; * (1) The scaling is equivalent to: * v' = Av * where v and v' are 1x3 column vectors in the form * v = [x, y, 1]^ (^ denotes transpose) * and the affine scaling matrix is * A = [ sx 0 0 * 0 sy 0 * 0 0 1 ] * * (2) We consider scaling as with respect to a fixed origin. * In other words, the origin is the only point that doesn't * move in the scaling transform. */ l_float32 * createMatrix2dScale(l_float32 scalex, l_float32 scaley) { l_float32 *mat; PROCNAME("createMatrix2dScale"); if ((mat = (l_float32 *)CALLOC(9, sizeof(l_float32))) == NULL) return (l_float32 *)ERROR_PTR("mat not made", procName, NULL); mat[0] = scalex; mat[4] = scaley; mat[8] = 1; return mat; } /*! * createMatrix2dRotate() * * Input: xc, yc (location of center of rotation) * angle (rotation in radians; clockwise is positive) * Return: 3x3 transform matrix, or null on error * * Notes; * (1) The rotation is equivalent to: * v' = Av * where v and v' are 1x3 column vectors in the form * v = [x, y, 1]^ (^ denotes transpose) * and the affine rotation matrix is * A = [ cosa -sina xc*(1-cosa) + yc*sina * sina cosa yc*(1-cosa) - xc*sina * 0 0 1 ] * * If the rotation is about the origin, (xc, yc) = (0, 0) and * this simplifies to * A = [ cosa -sina 0 * sina cosa 0 * 0 0 1 ] * * These relations follow from the following equations, which * you can convince yourself are correct as follows. Draw a * circle centered on (xc,yc) and passing through (x,y), with * (x',y') on the arc at an angle 'a' clockwise from (x,y). * [ Hint: cos(a + b) = cosa * cosb - sina * sinb * sin(a + b) = sina * cosb + cosa * sinb ] * * x' - xc = (x - xc) * cosa - (y - yc) * sina * y' - yc = (x - xc) * sina + (y - yc) * cosa */ l_float32 * createMatrix2dRotate(l_float32 xc, l_float32 yc, l_float32 angle) { l_float32 sina, cosa; l_float32 *mat; PROCNAME("createMatrix2dRotate"); if ((mat = (l_float32 *)CALLOC(9, sizeof(l_float32))) == NULL) return (l_float32 *)ERROR_PTR("mat not made", procName, NULL); sina = sin(angle); cosa = cos(angle); mat[0] = mat[4] = cosa; mat[1] = -sina; mat[2] = xc * (1.0 - cosa) + yc * sina; mat[3] = sina; mat[5] = yc * (1.0 - cosa) - xc * sina; mat[8] = 1; return mat; } /*-------------------------------------------------------------* * Special coordinate transforms on pta * *-------------------------------------------------------------*/ /*! * ptaTranslate() * * Input: ptas (for initial points) * transx (x component of translation wrt. the origin) * transy (y component of translation wrt. the origin) * Return: ptad (translated points), or null on error * * Notes; * (1) See createMatrix2dTranslate() for details of transform. */ PTA * ptaTranslate(PTA *ptas, l_float32 transx, l_float32 transy) { l_int32 i, npts; l_float32 x, y; PTA *ptad; PROCNAME("ptaTranslate"); if (!ptas) return (PTA *)ERROR_PTR("ptas not defined", procName, NULL); npts = ptaGetCount(ptas); if ((ptad = ptaCreate(npts)) == NULL) return (PTA *)ERROR_PTR("ptad not made", procName, NULL); for (i = 0; i < npts; i++) { ptaGetPt(ptas, i, &x, &y); ptaAddPt(ptad, x + transx, y + transy); } return ptad; } /*! * ptaScale() * * Input: ptas (for initial points) * scalex (horizontal scale factor) * scaley (vertical scale factor) * Return: 0 if OK; 1 on error * * Notes; * (1) See createMatrix2dScale() for details of transform. */ PTA * ptaScale(PTA *ptas, l_float32 scalex, l_float32 scaley) { l_int32 i, npts; l_float32 x, y; PTA *ptad; PROCNAME("ptaScale"); if (!ptas) return (PTA *)ERROR_PTR("ptas not defined", procName, NULL); npts = ptaGetCount(ptas); if ((ptad = ptaCreate(npts)) == NULL) return (PTA *)ERROR_PTR("ptad not made", procName, NULL); for (i = 0; i < npts; i++) { ptaGetPt(ptas, i, &x, &y); ptaAddPt(ptad, scalex * x, scaley * y); } return ptad; } /*! * ptaRotate() * * Input: ptas (for initial points) * (xc, yc) (location of center of rotation) * angle (rotation in radians; clockwise is positive) * (&ptad) ( new locations) * Return: 0 if OK; 1 on error * * Notes; * (1) See createMatrix2dScale() for details of transform. */ PTA * ptaRotate(PTA *ptas, l_float32 xc, l_float32 yc, l_float32 angle) { l_int32 i, npts; l_float32 x, y, xp, yp, sina, cosa; PTA *ptad; PROCNAME("ptaRotate"); if (!ptas) return (PTA *)ERROR_PTR("ptas not defined", procName, NULL); npts = ptaGetCount(ptas); if ((ptad = ptaCreate(npts)) == NULL) return (PTA *)ERROR_PTR("ptad not made", procName, NULL); sina = sin(angle); cosa = cos(angle); for (i = 0; i < npts; i++) { ptaGetPt(ptas, i, &x, &y); xp = xc + (x - xc) * cosa - (y - yc) * sina; yp = yc + (x - xc) * sina + (y - yc) * cosa; ptaAddPt(ptad, xp, yp); } return ptad; } /*-------------------------------------------------------------* * Special coordinate transforms on boxa * *-------------------------------------------------------------*/ /*! * boxaTranslate() * * Input: boxas * transx (x component of translation wrt. the origin) * transy (y component of translation wrt. the origin) * Return: boxad (translated boxas), or null on error * * Notes; * (1) See createMatrix2dTranslate() for details of transform. */ BOXA * boxaTranslate(BOXA *boxas, l_float32 transx, l_float32 transy) { PTA *ptas, *ptad; BOXA *boxad; PROCNAME("boxaTranslate"); if (!boxas) return (BOXA *)ERROR_PTR("boxas not defined", procName, NULL); ptas = boxaConvertToPta(boxas, 4); ptad = ptaTranslate(ptas, transx, transy); boxad = ptaConvertToBoxa(ptad, 4); ptaDestroy(&ptas); ptaDestroy(&ptad); return boxad; } /*! * boxaScale() * * Input: boxas * scalex (horizontal scale factor) * scaley (vertical scale factor) * Return: boxad (scaled boxas), or null on error * * Notes; * (1) See createMatrix2dScale() for details of transform. */ BOXA * boxaScale(BOXA *boxas, l_float32 scalex, l_float32 scaley) { PTA *ptas, *ptad; BOXA *boxad; PROCNAME("boxaScale"); if (!boxas) return (BOXA *)ERROR_PTR("boxas not defined", procName, NULL); ptas = boxaConvertToPta(boxas, 4); ptad = ptaScale(ptas, scalex, scaley); boxad = ptaConvertToBoxa(ptad, 4); ptaDestroy(&ptas); ptaDestroy(&ptad); return boxad; } /*! * boxaRotate() * * Input: boxas * (xc, yc) (location of center of rotation) * angle (rotation in radians; clockwise is positive) * Return: boxad (scaled boxas), or null on error * * Notes; * (1) See createMatrix2dRotate() for details of transform. */ BOXA * boxaRotate(BOXA *boxas, l_float32 xc, l_float32 yc, l_float32 angle) { PTA *ptas, *ptad; BOXA *boxad; PROCNAME("boxaRotate"); if (!boxas) return (BOXA *)ERROR_PTR("boxas not defined", procName, NULL); ptas = boxaConvertToPta(boxas, 4); ptad = ptaRotate(ptas, xc, yc, angle); boxad = ptaConvertToBoxa(ptad, 4); ptaDestroy(&ptas); ptaDestroy(&ptad); return boxad; } /*-------------------------------------------------------------* * General affine coordinate transform * *-------------------------------------------------------------*/ /*! * ptaAffineTransform() * * Input: ptas (for initial points) * mat (3x3 transform matrix; canonical form) * Return: ptad (transformed points), or null on error */ PTA * ptaAffineTransform(PTA *ptas, l_float32 *mat) { l_int32 i, npts; l_float32 vecs[3], vecd[3]; PTA *ptad; PROCNAME("ptaAffineTransform"); if (!ptas) return (PTA *)ERROR_PTR("ptas not defined", procName, NULL); if (!mat) return (PTA *)ERROR_PTR("transform not defined", procName, NULL); vecs[2] = 1; npts = ptaGetCount(ptas); if ((ptad = ptaCreate(npts)) == NULL) return (PTA *)ERROR_PTR("ptad not made", procName, NULL); for (i = 0; i < npts; i++) { ptaGetPt(ptas, i, &vecs[0], &vecs[1]); l_productMatVec(mat, vecs, vecd, 3); ptaAddPt(ptad, vecd[0], vecd[1]); } return ptad; } /*! * boxaAffineTransform() * * Input: boxas * mat (3x3 transform matrix; canonical form) * Return: boxad (transformed boxas), or null on error */ BOXA * boxaAffineTransform(BOXA *boxas, l_float32 *mat) { PTA *ptas, *ptad; BOXA *boxad; PROCNAME("boxaAffineTransform"); if (!boxas) return (BOXA *)ERROR_PTR("boxas not defined", procName, NULL); if (!mat) return (BOXA *)ERROR_PTR("transform not defined", procName, NULL); ptas = boxaConvertToPta(boxas, 4); ptad = ptaAffineTransform(ptas, mat); boxad = ptaConvertToBoxa(ptad, 4); ptaDestroy(&ptas); ptaDestroy(&ptad); return boxad; } /*-------------------------------------------------------------* * Matrix operations * *-------------------------------------------------------------*/ /*! * l_productMatVec() * * Input: mat (square matrix, as a 1-dimensional @size^2 array) * vecs (input column vector of length @size) * vecd (result column vector) * size (matrix is @size x @size; vectors are length @size) * Return: 0 if OK, 1 on error */ l_int32 l_productMatVec(l_float32 *mat, l_float32 *vecs, l_float32 *vecd, l_int32 size) { l_int32 i, j; PROCNAME("l_productMatVec"); if (!mat) return ERROR_INT("matrix not defined", procName, 1); if (!vecs) return ERROR_INT("input vector not defined", procName, 1); if (!vecd) return ERROR_INT("result vector not defined", procName, 1); for (i = 0; i < size; i++) { vecd[i] = 0; for (j = 0; j < size; j++) { vecd[i] += mat[size * i + j] * vecs[j]; } } return 0; } /*! * l_productMat2() * * Input: mat1 (square matrix, as a 1-dimensional size^2 array) * mat2 (square matrix, as a 1-dimensional size^2 array) * matd (square matrix; product stored here) * size (of matrices) * Return: 0 if OK, 1 on error */ l_int32 l_productMat2(l_float32 *mat1, l_float32 *mat2, l_float32 *matd, l_int32 size) { l_int32 i, j, k, index; PROCNAME("l_productMat2"); if (!mat1) return ERROR_INT("matrix 1 not defined", procName, 1); if (!mat2) return ERROR_INT("matrix 2 not defined", procName, 1); if (!matd) return ERROR_INT("result matrix not defined", procName, 1); for (i = 0; i < size; i++) { for (j = 0; j < size; j++) { index = size * i + j; matd[index] = 0; for (k = 0; k < size; k++) matd[index] += mat1[size * i + k] * mat2[size * k + j]; } } return 0; } /*! * l_productMat3() * * Input: mat1 (square matrix, as a 1-dimensional size^2 array) * mat2 (square matrix, as a 1-dimensional size^2 array) * mat3 (square matrix, as a 1-dimensional size^2 array) * matd (square matrix; product stored here) * size (of matrices) * Return: 0 if OK, 1 on error */ l_int32 l_productMat3(l_float32 *mat1, l_float32 *mat2, l_float32 *mat3, l_float32 *matd, l_int32 size) { l_float32 *matt; PROCNAME("l_productMat3"); if (!mat1) return ERROR_INT("matrix 1 not defined", procName, 1); if (!mat2) return ERROR_INT("matrix 2 not defined", procName, 1); if (!mat3) return ERROR_INT("matrix 3 not defined", procName, 1); if (!matd) return ERROR_INT("result matrix not defined", procName, 1); if ((matt = (l_float32 *)CALLOC(size * size, sizeof(l_float32))) == NULL) return ERROR_INT("matt not made", procName, 1); l_productMat2(mat1, mat2, matt, size); l_productMat2(matt, mat3, matd, size); FREE(matt); return 0; } /*! * l_productMat4() * * Input: mat1 (square matrix, as a 1-dimensional size^2 array) * mat2 (square matrix, as a 1-dimensional size^2 array) * mat3 (square matrix, as a 1-dimensional size^2 array) * mat4 (square matrix, as a 1-dimensional size^2 array) * matd (square matrix; product stored here) * size (of matrices) * Return: 0 if OK, 1 on error */ l_int32 l_productMat4(l_float32 *mat1, l_float32 *mat2, l_float32 *mat3, l_float32 *mat4, l_float32 *matd, l_int32 size) { l_float32 *matt; PROCNAME("l_productMat4"); if (!mat1) return ERROR_INT("matrix 1 not defined", procName, 1); if (!mat2) return ERROR_INT("matrix 2 not defined", procName, 1); if (!mat3) return ERROR_INT("matrix 3 not defined", procName, 1); if (!matd) return ERROR_INT("result matrix not defined", procName, 1); if ((matt = (l_float32 *)CALLOC(size * size, sizeof(l_float32))) == NULL) return ERROR_INT("matt not made", procName, 1); l_productMat3(mat1, mat2, mat3, matt, size); l_productMat2(matt, mat4, matd, size); FREE(matt); return 0; } leptonica-1.70/src/hmttemplate1.txt0000644000175000017500000001315611707052573015457 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /*! * Top-level fast hit-miss transform with auto-generated sels * --- * PIX *pixHMTDwa_*() --- * PIX *pixFHMTGen_*() */ #include #include "allheaders.h" --- This file is: hmttemplate1.txt --- --- We need to include these prototypes: --- PIX *pixHMTDwa_*(PIX *pixd, PIX *pixs, l_int32 operation); --- PIX *pixFHMTGen_*(PIX *pixd, PIX *pixs, l_int32 operation); --- l_int32 fhmtgen_low_*(l_uint32 *datad, l_int32 w, l_int32 h, --- l_int32 wpld, l_uint32 *datas, --- l_int32 wpls, l_int32 index); --- --- We need to input two static globals here: --- static l_int32 NUM_SELS_GENERATED = ; --- static char SEL_NAMES[][80] = {"", "", ...}; /*! --- * pixHMTDwa_*() * * Input: pixd (usual 3 choices: null, == pixs, != pixs) * pixs (1 bpp) * sel name * Return: pixd * * Notes: * (1) This simply adds a 32 pixel border, calls the appropriate * pixFHMTGen_*(), and removes the border. * See notes below for that function. */ PIX * --- pixHMTDwa_*(PIX *pixd, PIX *pixs, char *selname) { PIX *pixt1, *pixt2, *pixt3; --- PROCNAME("pixHMTDwa_*"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs must be 1 bpp", procName, pixd); pixt1 = pixAddBorder(pixs, 32, 0); --- pixt2 = pixFHMTGen_*(NULL, pixt1, selname); pixt3 = pixRemoveBorder(pixt2, 32); pixDestroy(&pixt1); pixDestroy(&pixt2); if (!pixd) return pixt3; pixCopy(pixd, pixt3); pixDestroy(&pixt3); return pixd; } /*! --- * pixFHMTGen_*() * * Input: pixd (usual 3 choices: null, == pixs, != pixs) * pixs (1 bpp) * sel name * Return: pixd * * Notes: * (1) This is a dwa implementation of the hit-miss transform * on pixs by the sel. * (2) The sel must be limited in size to not more than 31 pixels * about the origin. It must have at least one hit, and it * can have any number of misses. * (3) This handles all required setting of the border pixels * before erosion and dilation. */ PIX * --- pixFHMTGen_*(PIX *pixd, PIX *pixs, char *selname) { l_int32 i, index, found, w, h, wpls, wpld; l_uint32 *datad, *datas, *datat; PIX *pixt; --- PROCNAME("pixFHMTGen_*"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs must be 1 bpp", procName, pixd); found = FALSE; for (i = 0; i < NUM_SELS_GENERATED; i++) { if (strcmp(selname, SEL_NAMES[i]) == 0) { found = TRUE; index = i; break; } } if (found == FALSE) return (PIX *)ERROR_PTR("sel index not found", procName, pixd); if (!pixd) { if ((pixd = pixCreateTemplate(pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } else /* for in-place or pre-allocated */ pixResizeImageData(pixd, pixs); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); /* The images must be surrounded with 32 additional border * pixels, that we'll read from. We fabricate a "proper" * image as the subimage within the border, having the * following parameters: */ w = pixGetWidth(pixs) - 64; h = pixGetHeight(pixs) - 64; datas = pixGetData(pixs) + 32 * wpls + 1; datad = pixGetData(pixd) + 32 * wpld + 1; if (pixd == pixs) { /* need temp image if in-place */ if ((pixt = pixCopy(NULL, pixs)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, pixd); datat = pixGetData(pixt) + 32 * wpls + 1; --- fhmtgen_low_*(datad, w, h, wpld, datat, wpls, index); pixDestroy(&pixt); } else { /* not in-place */ --- fhmtgen_low_*(datad, w, h, wpld, datas, wpls, index); } return pixd; } leptonica-1.70/src/colorcontent.c0000644000175000017500000015362612267242427015176 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * colorcontent.c * * Builds an image of the color content, on a per-pixel basis, * as a measure of the amount of divergence of each color * component (R,G,B) from gray. * l_int32 pixColorContent() * * Finds the 'amount' of color in an image, on a per-pixel basis, * as a measure of the difference of the pixel color from gray. * PIX *pixColorMagnitude() * * Generates a mask over pixels that have sufficient color and * are not too close to gray pixels. * PIX *pixMaskOverColorPixels() * * Finds the fraction of pixels with "color" that are not close to black * l_int32 pixColorFraction() * * Finds the number of perceptually significant gray intensities * in a grayscale image. * l_int32 pixNumSignificantGrayColors() * * Identifies images where color quantization will cause posterization * due to the existence of many colors in low-gradient regions. * l_int32 pixColorsForQuantization() * * Finds the number of unique colors in an image * l_int32 pixNumColors() * * Find the most "populated" colors in the image (and quantize) * l_int32 pixGetMostPopulatedColors() * PIX *pixSimpleColorQuantize() * * Constructs a color histogram based on rgb indices * NUMA *pixGetRGBHistogram() * l_int32 makeRGBIndexTables() * l_int32 getRGBFromIndex() * * Color is tricky. If we consider gray (r = g = b) to have no color * content, how should we define the color content in each component * of an arbitrary pixel, as well as the overall color magnitude? * * I can think of three ways to define the color content in each component: * * (1) Linear. For each component, take the difference from the average * of all three. * (2) Linear. For each component, take the difference from the average * of the other two. * (3) Nonlinear. For each component, take the minimum of the differences * from the other two. * * How might one choose from among these? Consider two different situations: * (a) r = g = 0, b = 255 {255} /255/ * (b) r = 0, g = 127, b = 255 {191} /128/ * How much g is in each of these? The three methods above give: * (a) 1: 85 2: 127 3: 0 [85] * (b) 1: 0 2: 0 3: 127 [0] * How much b is in each of these? * (a) 1: 170 2: 255 3: 255 [255] * (b) 1: 127 2: 191 3: 127 [191] * The number I'd "like" to give is in []. (Please don't ask why, it's * just a feeling. * * So my preferences seem to be somewhere between (1) and (2). * (3) is just too "decisive!" Let's pick (2). * * We also allow compensation for white imbalance. For each * component, we do a linear TRC (gamma = 1.0), where the black * point remains at 0 and the white point is given by the input * parameter. This is equivalent to doing a global remapping, * as with pixGlobalNormRGB(), followed by color content (or magnitude) * computation, but without the overhead of first creating the * white point normalized image. * * Another useful property is the overall color magnitude in the pixel. * For this there are again several choices, such as: * (a) rms deviation from the mean * (b) the average L1 deviation from the mean * (c) the maximum (over components) of one of the color * content measures given above. * * For now, we will choose two of the methods in (c): * L_MAX_DIFF_FROM_AVERAGE_2 * Define the color magnitude as the maximum over components * of the difference between the component value and the * average of the other two. It is easy to show that * this is equivalent to selecting the two component values * that are closest to each other, averaging them, and * using the distance from that average to the third component. * For (a) and (b) above, this value is in {..}. * L_MAX_MIN_DIFF_FROM_2 * Define the color magnitude as the maximum over components * of the minimum difference between the component value and the * other two values. It is easy to show that this is equivalent * to selecting the intermediate value of the three differences * between the three components. For (a) and (b) above, * this value is in /../. */ #include "allheaders.h" /* ----------------------------------------------------------------------- * * Builds an image of the color content, on a per-pixel basis, * * as a measure of the amount of divergence of each color * * component (R,G,B) from gray. * * ----------------------------------------------------------------------- */ /*! * pixColorContent() * * Input: pixs (32 bpp rgb or 8 bpp colormapped) * rwhite, gwhite, bwhite (color value associated with white point) * mingray (min gray value for which color is measured) * &pixr ( 8 bpp red 'content') * &pixg ( 8 bpp green 'content') * &pixb ( 8 bpp blue 'content') * Return: 0 if OK, 1 on error * * Notes: * (1) This returns the color content in each component, which is * a measure of the deviation from gray, and is defined * as the difference between the component and the average of * the other two components. See the discussion at the * top of this file. * (2) The three numbers (rwhite, gwhite and bwhite) can be thought * of as the values in the image corresponding to white. * They are used to compensate for an unbalanced color white point. * They must either be all 0 or all non-zero. To turn this * off, set them all to 0. * (3) If the maximum component after white point correction, * max(r,g,b), is less than mingray, all color components * for that pixel are set to zero. * Use mingray = 0 to turn off this filtering of dark pixels. * (4) Therefore, use 0 for all four input parameters if the color * magnitude is to be calculated without either white balance * correction or dark filtering. */ l_int32 pixColorContent(PIX *pixs, l_int32 rwhite, l_int32 gwhite, l_int32 bwhite, l_int32 mingray, PIX **ppixr, PIX **ppixg, PIX **ppixb) { l_int32 w, h, d, i, j, wplc, wplr, wplg, wplb; l_int32 rval, gval, bval, rgdiff, rbdiff, gbdiff, maxval, colorval; l_int32 *rtab, *gtab, *btab; l_uint32 pixel; l_uint32 *datac, *datar, *datag, *datab, *linec, *liner, *lineg, *lineb; NUMA *nar, *nag, *nab; PIX *pixc; /* rgb */ PIX *pixr, *pixg, *pixb; /* 8 bpp grayscale */ PIXCMAP *cmap; PROCNAME("pixColorContent"); if (ppixr) *ppixr = NULL; if (ppixg) *ppixg = NULL; if (ppixb) *ppixb = NULL; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!ppixr && !ppixg && !ppixb) return ERROR_INT("nothing to compute", procName, 1); if (mingray < 0) mingray = 0; pixGetDimensions(pixs, &w, &h, &d); if (mingray > 255) return ERROR_INT("mingray > 255", procName, 1); if (rwhite < 0 || gwhite < 0 || bwhite < 0) return ERROR_INT("some white vals are negative", procName, 1); if ((rwhite || gwhite || bwhite) && (rwhite * gwhite * bwhite == 0)) return ERROR_INT("white vals not all zero or all nonzero", procName, 1); cmap = pixGetColormap(pixs); if (!cmap && d != 32) return ERROR_INT("pixs neither cmapped nor 32 bpp", procName, 1); if (cmap) pixc = pixRemoveColormap(pixs, REMOVE_CMAP_TO_FULL_COLOR); else pixc = pixClone(pixs); pixr = pixg = pixb = NULL; pixGetDimensions(pixc, &w, &h, NULL); if (ppixr) { pixr = pixCreate(w, h, 8); datar = pixGetData(pixr); wplr = pixGetWpl(pixr); *ppixr = pixr; } if (ppixg) { pixg = pixCreate(w, h, 8); datag = pixGetData(pixg); wplg = pixGetWpl(pixg); *ppixg = pixg; } if (ppixb) { pixb = pixCreate(w, h, 8); datab = pixGetData(pixb); wplb = pixGetWpl(pixb); *ppixb = pixb; } datac = pixGetData(pixc); wplc = pixGetWpl(pixc); if (rwhite) { /* all white pt vals are nonzero */ nar = numaGammaTRC(1.0, 0, rwhite); rtab = numaGetIArray(nar); nag = numaGammaTRC(1.0, 0, gwhite); gtab = numaGetIArray(nag); nab = numaGammaTRC(1.0, 0, bwhite); btab = numaGetIArray(nab); } for (i = 0; i < h; i++) { linec = datac + i * wplc; if (pixr) liner = datar + i * wplr; if (pixg) lineg = datag + i * wplg; if (pixb) lineb = datab + i * wplb; for (j = 0; j < w; j++) { pixel = linec[j]; extractRGBValues(pixel, &rval, &gval, &bval); if (rwhite) { /* color correct for white point */ rval = rtab[rval]; gval = gtab[gval]; bval = btab[bval]; } if (mingray > 0) { /* dark pixels have no color value */ maxval = L_MAX(rval, gval); maxval = L_MAX(maxval, bval); if (maxval < mingray) continue; /* colorval = 0 for each component */ } rgdiff = L_ABS(rval - gval); rbdiff = L_ABS(rval - bval); gbdiff = L_ABS(gval - bval); if (pixr) { colorval = (rgdiff + rbdiff) / 2; SET_DATA_BYTE(liner, j, colorval); } if (pixg) { colorval = (rgdiff + gbdiff) / 2; SET_DATA_BYTE(lineg, j, colorval); } if (pixb) { colorval = (rbdiff + gbdiff) / 2; SET_DATA_BYTE(lineb, j, colorval); } } } if (rwhite) { numaDestroy(&nar); numaDestroy(&nag); numaDestroy(&nab); FREE(rtab); FREE(gtab); FREE(btab); } pixDestroy(&pixc); return 0; } /* ----------------------------------------------------------------------- * * Finds the 'amount' of color in an image, on a per-pixel basis, * * as a measure of the difference of the pixel color from gray. * * ----------------------------------------------------------------------- */ /*! * pixColorMagnitude() * * Input: pixs (32 bpp rgb or 8 bpp colormapped) * rwhite, gwhite, bwhite (color value associated with white point) * type (chooses the method for calculating the color magnitude: * L_MAX_DIFF_FROM_AVERAGE_2, L_MAX_MIN_DIFF_FROM_2, * L_MAX_DIFF) * Return: pixd (8 bpp, amount of color in each source pixel), * or NULL on error * * Notes: * (1) For an RGB image, a gray pixel is one where all three components * are equal. We define the amount of color in an RGB pixel by * considering the absolute value of the differences between the * three color components. Consider the two largest * of these differences. The pixel component in common to these * two differences is the color farthest from the other two. * The color magnitude in an RGB pixel can be taken as: * * the average of these two differences; i.e., the * average distance from the two components that are * nearest to each other to the third component, or * * the minimum value of these two differences; i.e., the * maximum over all components of the minimum distance * from that component to the other two components. * Even more simply, the color magnitude can be taken as * * the maximum difference between component values * (2) As an example, suppose that R and G are the closest in * magnitude. Then the color is determined as: * * the average distance of B from these two; namely, * (|B - R| + |B - G|) / 2, which can also be found * from |B - (R + G) / 2|, or * * the minimum distance of B from these two; namely, * min(|B - R|, |B - G|). * * the max(|B - R|, |B - G|) * (3) The three numbers (rwhite, gwhite and bwhite) can be thought * of as the values in the image corresponding to white. * They are used to compensate for an unbalanced color white point. * They must either be all 0 or all non-zero. To turn this * off, set them all to 0. * (4) We allow the following methods for choosing the color * magnitude from the three components: * * L_MAX_DIFF_FROM_AVERAGE_2 * * L_MAX_MIN_DIFF_FROM_2 * * L_MAX_DIFF * These are described above in (1) and (2), as well as at * the top of this file. */ PIX * pixColorMagnitude(PIX *pixs, l_int32 rwhite, l_int32 gwhite, l_int32 bwhite, l_int32 type) { l_int32 w, h, d, i, j, wplc, wpld; l_int32 rval, gval, bval, rdist, gdist, bdist, colorval; l_int32 rgdist, rbdist, gbdist, mindist, maxdist, minval, maxval; l_int32 *rtab, *gtab, *btab; l_uint32 pixel; l_uint32 *datac, *datad, *linec, *lined; NUMA *nar, *nag, *nab; PIX *pixc, *pixd; PIXCMAP *cmap; PROCNAME("pixColorMagnitude"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (type != L_MAX_DIFF_FROM_AVERAGE_2 && type != L_MAX_MIN_DIFF_FROM_2 && type != L_MAX_DIFF) return (PIX *)ERROR_PTR("invalid type", procName, NULL); if (rwhite < 0 || gwhite < 0 || bwhite < 0) return (PIX *)ERROR_PTR("some white vals are negative", procName, NULL); if ((rwhite || gwhite || bwhite) && (rwhite * gwhite * bwhite == 0)) return (PIX *)ERROR_PTR("white vals not all zero or all nonzero", procName, NULL); cmap = pixGetColormap(pixs); if (!cmap && d != 32) return (PIX *)ERROR_PTR("pixs not cmapped or 32 bpp", procName, NULL); if (cmap) pixc = pixRemoveColormap(pixs, REMOVE_CMAP_TO_FULL_COLOR); else pixc = pixClone(pixs); pixd = pixCreate(w, h, 8); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); datac = pixGetData(pixc); wplc = pixGetWpl(pixc); if (rwhite) { /* all white pt vals are nonzero */ nar = numaGammaTRC(1.0, 0, rwhite); rtab = numaGetIArray(nar); nag = numaGammaTRC(1.0, 0, gwhite); gtab = numaGetIArray(nag); nab = numaGammaTRC(1.0, 0, bwhite); btab = numaGetIArray(nab); } for (i = 0; i < h; i++) { linec = datac + i * wplc; lined = datad + i * wpld; for (j = 0; j < w; j++) { pixel = linec[j]; extractRGBValues(pixel, &rval, &gval, &bval); if (rwhite) { /* color correct for white point */ rval = rtab[rval]; gval = gtab[gval]; bval = btab[bval]; } if (type == L_MAX_DIFF_FROM_AVERAGE_2) { rdist = ((gval + bval ) / 2 - rval); rdist = L_ABS(rdist); gdist = ((rval + bval ) / 2 - gval); gdist = L_ABS(gdist); bdist = ((rval + gval ) / 2 - bval); bdist = L_ABS(bdist); colorval = L_MAX(rdist, gdist); colorval = L_MAX(colorval, bdist); } else if (type == L_MAX_MIN_DIFF_FROM_2) { /* intermediate dist */ rgdist = L_ABS(rval - gval); rbdist = L_ABS(rval - bval); gbdist = L_ABS(gval - bval); maxdist = L_MAX(rgdist, rbdist); if (gbdist >= maxdist) { colorval = maxdist; } else { /* gbdist is smallest or intermediate */ mindist = L_MIN(rgdist, rbdist); colorval = L_MAX(mindist, gbdist); } } else { /* type == L_MAX_DIFF */ minval = L_MIN(rval, gval); minval = L_MIN(minval, bval); maxval = L_MAX(rval, gval); maxval = L_MAX(maxval, bval); colorval = maxval - minval; } SET_DATA_BYTE(lined, j, colorval); } } if (rwhite) { numaDestroy(&nar); numaDestroy(&nag); numaDestroy(&nab); FREE(rtab); FREE(gtab); FREE(btab); } pixDestroy(&pixc); return pixd; } /* ----------------------------------------------------------------------- * * Generates a mask over pixels that have sufficient color and * * are not too close to gray pixels. * * ----------------------------------------------------------------------- */ /*! * pixMaskOverColorPixels() * * Input: pixs (32 bpp rgb or 8 bpp colormapped) * threshdiff (threshold for minimum of the max difference * between components) * mindist (minimum allowed distance from nearest non-color pixel) * Return: pixd (1 bpp, mask over color pixels), or null on error * * Notes: * (1) The generated mask identifies each pixel as either color or * non-color. For a pixel to be color, it must satisfy two * constraints: * (a) The max difference between the r,g and b components must * equal or exceed a threshold @threshdiff. * (b) It must be at least @mindist (in an 8-connected way) * from the nearest non-color pixel. * (2) The distance constraint (b) is only applied if @mindist > 1. * For example, if @mindist == 2, the color pixels identified * by (a) are eroded by a 3x3 Sel. In general, the Sel size * for erosion is 2 * (@mindist - 1) + 1. * Why have this constraint? In scanned images that are * essentially gray, color artifacts are typically introduced * in transition regions near sharp edges that go from dark * to light, so this allows these transition regions to be removed. */ PIX * pixMaskOverColorPixels(PIX *pixs, l_int32 threshdiff, l_int32 mindist) { l_int32 w, h, d, i, j, wpls, wpld, size; l_int32 rval, gval, bval, minval, maxval; l_uint32 *datas, *datad, *lines, *lined; PIX *pixc, *pixd; PIXCMAP *cmap; PROCNAME("pixMaskOverColorPixels"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); cmap = pixGetColormap(pixs); if (!cmap && d != 32) return (PIX *)ERROR_PTR("pixs not cmapped or 32 bpp", procName, NULL); if (cmap) pixc = pixRemoveColormap(pixs, REMOVE_CMAP_TO_FULL_COLOR); else pixc = pixClone(pixs); pixd = pixCreate(w, h, 1); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); datas = pixGetData(pixc); wpls = pixGetWpl(pixc); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { extractRGBValues(lines[j], &rval, &gval, &bval); minval = L_MIN(rval, gval); minval = L_MIN(minval, bval); maxval = L_MAX(rval, gval); maxval = L_MAX(maxval, bval); if (maxval - minval >= threshdiff) SET_DATA_BIT(lined, j); } } if (mindist > 1) { size = 2 * (mindist - 1) + 1; pixErodeBrick(pixd, pixd, size, size); } pixDestroy(&pixc); return pixd; } /* ----------------------------------------------------------------------- * * Finds the fraction of pixels with "color" that are not close to black * * ----------------------------------------------------------------------- */ /*! * pixColorFraction() * * Input: pixs (32 bpp rgb) * darkthresh (threshold near black; if the lightest component * is below this, the pixel is not considered in * the statistics; typ. 20) * lightthresh (threshold near white; if the darkest component * is above this, the pixel is not considered in * the statistics; typ. 244) * diffthresh (thresh for the maximum difference between * component value; below this the pixel is not * considered to have sufficient color) * factor (subsampling factor) * &pixfract ( fraction of pixels in intermediate * brightness range that were considered * for color content) * &colorfract ( fraction of pixels that meet the * criterion for sufficient color; 0.0 on error) * Return: 0 if OK, 1 on error * * Notes: * (1) This function is asking the question: to what extent does the * image appear to have color? The amount of color a pixel * appears to have depends on both the deviation of the * individual components from their average and on the average * intensity itself. For example, the color will be much more * obvious with a small deviation from white than the same * deviation from black. * (2) Any pixel that meets these three tests is considered a * colorful pixel: * (a) the lightest component must equal or exceed @darkthresh * (b) the darkest component must not exceed @lightthresh * (c) the max difference between components must equal or * exceed @diffthresh. * (3) The dark pixels are removed from consideration because * they don't appear to have color. * (4) The very lightest pixels are removed because if an image * has a lot of "white", the color fraction will be artificially * low, even if all the other pixels are colorful. * (5) If pixfract is very small, there are few pixels that are neither * black nor white. If colorfract is very small, the pixels * that are neither black nor white have very little color * content. The product 'pixfract * colorfract' gives the * fraction of pixels with significant color content. * (6) One use of this function is as a preprocessing step for median * cut quantization (colorquant2.c), which does a very poor job * splitting the color space into rectangular volume elements when * all the pixels are near the diagonal of the color cube. For * octree quantization of an image with only gray values, the * 2^(level) octcubes on the diagonal are the only ones * that can be occupied. */ l_int32 pixColorFraction(PIX *pixs, l_int32 darkthresh, l_int32 lightthresh, l_int32 diffthresh, l_int32 factor, l_float32 *ppixfract, l_float32 *pcolorfract) { l_int32 i, j, w, h, wpl, rval, gval, bval, minval, maxval; l_int32 total, npix, ncolor; l_uint32 pixel; l_uint32 *data, *line; PROCNAME("pixColorFraction"); if (!ppixfract || !pcolorfract) return ERROR_INT("&pixfract and &colorfract not both defined", procName, 1); *ppixfract = 0.0; *pcolorfract = 0.0; if (!pixs || pixGetDepth(pixs) != 32) return ERROR_INT("pixs not defined or not 32 bpp", procName, 1); pixGetDimensions(pixs, &w, &h, NULL); data = pixGetData(pixs); wpl = pixGetWpl(pixs); npix = ncolor = total = 0; for (i = 0; i < h; i += factor) { line = data + i * wpl; for (j = 0; j < w; j += factor) { total++; pixel = line[j]; extractRGBValues(pixel, &rval, &gval, &bval); minval = L_MIN(rval, gval); minval = L_MIN(minval, bval); if (minval > lightthresh) /* near white */ continue; maxval = L_MAX(rval, gval); maxval = L_MAX(maxval, bval); if (maxval < darkthresh) /* near black */ continue; npix++; if (maxval - minval >= diffthresh) ncolor++; } } if (npix == 0) { L_WARNING("No pixels found for consideration\n", procName); return 0; } *ppixfract = (l_float32)npix / (l_float32)total; *pcolorfract = (l_float32)ncolor / (l_float32)npix; return 0; } /* ----------------------------------------------------------------------- * * Finds the number of perceptually significant gray intensities * * in a grayscale image. * * ----------------------------------------------------------------------- */ /*! * pixNumSignificantGrayColors() * * Input: pixs (8 bpp gray) * darkthresh (dark threshold for minimum intensity to be * considered; typ. 20) * lightthresh (threshold near white, for maximum intensity * to be considered; typ. 236) * minfract (minimum fraction of all pixels to include a level * as significant; typ. 0.0001; should be < 0.001) * factor (subsample factor; integer >= 1) * &ncolors ( number of significant colors; 0 on error) * Return: 0 if OK, 1 on error * * Notes: * (1) This function is asking the question: how many perceptually * significant gray color levels is in this pix? * A color level must meet 3 criteria to be significant: * - it can't be too close to black * - it can't be too close to white * - it must have at least some minimum fractional population * (2) Use -1 for default values for darkthresh, lightthresh and minfract. * (3) Choose default of darkthresh = 20, because variations in very * dark pixels are not visually significant. * (4) Choose default of lightthresh = 236, because document images * that have been jpeg'd typically have near-white pixels in the * 8x8 jpeg blocks, and these should not be counted. It is desirable * to obtain a clean image by quantizing this noise away. */ l_int32 pixNumSignificantGrayColors(PIX *pixs, l_int32 darkthresh, l_int32 lightthresh, l_float32 minfract, l_int32 factor, l_int32 *pncolors) { l_int32 i, w, h, count, mincount, ncolors; NUMA *na; PROCNAME("pixNumSignificantGrayColors"); if (!pncolors) return ERROR_INT("&ncolors not defined", procName, 1); *pncolors = 0; if (!pixs || pixGetDepth(pixs) != 8) return ERROR_INT("pixs not defined or not 8 bpp", procName, 1); if (darkthresh < 0) darkthresh = 20; /* defaults */ if (lightthresh < 0) lightthresh = 236; if (minfract < 0.0) minfract = 0.0001; if (minfract > 1.0) return ERROR_INT("minfract > 1.0", procName, 1); if (minfract >= 0.001) L_WARNING("minfract too big; likely to underestimate ncolors\n", procName); if (lightthresh > 255 || darkthresh >= lightthresh) return ERROR_INT("invalid thresholds", procName, 1); if (factor < 1) factor = 1; pixGetDimensions(pixs, &w, &h, NULL); mincount = (l_int32)(minfract * w * h); if ((na = pixGetGrayHistogram(pixs, factor)) == NULL) return ERROR_INT("na not made", procName, 1); ncolors = 2; /* add in black and white */ for (i = darkthresh; i <= lightthresh; i++) { numaGetIValue(na, i, &count); if (count >= mincount) ncolors++; } *pncolors = ncolors; numaDestroy(&na); return 0; } /* ----------------------------------------------------------------------- * * Identifies images where color quantization will cause posterization * * due to the existence of many colors in low-gradient regions. * * ----------------------------------------------------------------------- */ /*! * pixColorsForQuantization() * Input: pixs (8 bpp gray or 32 bpp rgb; with or without colormap) * thresh (binary threshold on edge gradient; 0 for default) * &ncolors ( the number of colors found) * &iscolor ( 1 if significant color is found; * 0 otherwise. If pixs is 8 bpp, and does not have * a colormap with color entries, this is 0) * debug (1 to output masked image that is tested for colors; * 0 otherwise) * Return: 0 if OK, 1 on error. * * Notes: * (1) This function finds a measure of the number of colors that are * found in low-gradient regions of an image. By its * magnitude relative to some threshold (not specified in * this function), it gives a good indication of whether * quantization will generate posterization. This number * is larger for images with regions of slowly varying * intensity (if 8 bpp) or color (if rgb). Such images, if * quantized, may require dithering to avoid posterization, * and lossless compression is then expected to be poor. * (2) If pixs has a colormap, the number of colors returned is * the number in the colormap. * (3) It is recommended that document images be reduced to a width * of 800 pixels before applying this function. Then it can * be expected that color detection will be fairly accurate * and the number of colors will reflect both the content and * the type of compression to be used. For less than 15 colors, * there is unlikely to be a halftone image, and lossless * quantization should give both a good visual result and * better compression. * (4) When using the default threshold on the gradient (15), * images (both gray and rgb) where ncolors is greater than * about 15 will compress poorly with either lossless * compression or dithered quantization, and they may be * posterized with non-dithered quantization. * (5) For grayscale images, or images without significant color, * this returns the number of significant gray levels in * the low-gradient regions. The actual number of gray levels * can be large due to jpeg compression noise in the background. * (6) Similarly, for color images, the actual number of different * (r,g,b) colors in the low-gradient regions (rather than the * number of occupied level 4 octcubes) can be quite large, e.g., * due to jpeg compression noise, even for regions that appear * to be of a single color. By quantizing to level 4 octcubes, * most of these superfluous colors are removed from the counting. * (7) The image is tested for color. If there is very little color, * it is thresholded to gray and the number of gray levels in * the low gradient regions is found. If the image has color, * the number of occupied level 4 octcubes is found. * (8) The number of colors in the low-gradient regions increases * monotonically with the threshold @thresh on the edge gradient. * (9) Background: grayscale and color quantization is often useful * to achieve highly compressed images with little visible * distortion. However, gray or color washes (regions of * low gradient) can defeat this approach to high compression. * How can one determine if an image is expected to compress * well using gray or color quantization? We use the fact that * * gray washes, when quantized with less than 50 intensities, * have posterization (visible boundaries between regions * of uniform 'color') and poor lossless compression * * color washes, when quantized with level 4 octcubes, * typically result in both posterization and the occupancy * of many level 4 octcubes. * Images can have colors either intrinsically or as jpeg * compression artifacts. This function reduces but does not * completely eliminate measurement of jpeg quantization noise * in the white background of grayscale or color images. */ l_int32 pixColorsForQuantization(PIX *pixs, l_int32 thresh, l_int32 *pncolors, l_int32 *piscolor, l_int32 debug) { l_int32 w, h, d, minside, factor; l_float32 pixfract, colorfract; PIX *pixt, *pixsc, *pixg, *pixe, *pixb, *pixm; PIXCMAP *cmap; PROCNAME("pixColorsForQuantization"); if (piscolor) *piscolor = 0; if (!pncolors) return ERROR_INT("&ncolors not defined", procName, 1); *pncolors = 0; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if ((cmap = pixGetColormap(pixs)) != NULL) { *pncolors = pixcmapGetCount(cmap); if (piscolor) pixcmapHasColor(cmap, piscolor); return 0; } pixGetDimensions(pixs, &w, &h, &d); if (d != 8 && d != 32) return ERROR_INT("pixs not 8 or 32 bpp", procName, 1); if (thresh <= 0) thresh = 15; /* First test if 32 bpp has any significant color; if not, * convert it to gray. Colors whose average values are within * 20 of black or 8 of white are ignored because they're not * very 'colorful'. If less than 2.5/10000 of the pixels have * significant color, consider the image to be gray. */ minside = L_MIN(w, h); if (d == 8) { pixt = pixClone(pixs); } else { /* d == 32 */ factor = L_MAX(1, minside / 400); pixColorFraction(pixs, 20, 248, 30, factor, &pixfract, &colorfract); if (pixfract * colorfract < 0.00025) { pixt = pixGetRGBComponent(pixs, COLOR_RED); d = 8; } else { /* d == 32 */ pixt = pixClone(pixs); if (piscolor) *piscolor = 1; } } /* If the smallest side is less than 1000, do not downscale. * If it is in [1000 ... 2000), downscale by 2x. If it is >= 2000, * downscale by 4x. Factors of 2 are chosen for speed. The * actual resolution at which subsequent calculations take place * is not strongly dependent on downscaling. */ factor = L_MAX(1, minside / 500); if (factor == 1) pixsc = pixCopy(NULL, pixt); /* to be sure pixs is unchanged */ else if (factor == 2 || factor == 3) pixsc = pixScaleAreaMap2(pixt); else pixsc = pixScaleAreaMap(pixt, 0.25, 0.25); /* Basic edge mask generation procedure: * - work on a grayscale image * - get a 1 bpp edge mask by using an edge filter and * thresholding to get fg pixels at the edges * - for gray, dilate with a 3x3 brick Sel to get mask over * all pixels within a distance of 1 pixel from the nearest * edge pixel * - for color, dilate with a 7x7 brick Sel to get mask over * all pixels within a distance of 3 pixels from the nearest * edge pixel */ if (d == 8) pixg = pixClone(pixsc); else /* d == 32 */ pixg = pixConvertRGBToLuminance(pixsc); pixe = pixSobelEdgeFilter(pixg, L_ALL_EDGES); pixb = pixThresholdToBinary(pixe, thresh); pixInvert(pixb, pixb); if (d == 8) pixm = pixMorphSequence(pixb, "d3.3", 0); else pixm = pixMorphSequence(pixb, "d7.7", 0); /* Mask the near-edge pixels to white, and count the colors. * If grayscale, don't count colors within 20 levels of * black or white, and only count colors with a fraction * of at least 1/10000 of the image pixels. * If color, count the number of level 4 octcubes that * contain at least 20 pixels. These magic numbers are guesses * as to what might work, based on a small data set. Results * should not be overly sensitive to their actual values. */ if (d == 8) { pixSetMasked(pixg, pixm, 0xff); if (debug) pixWrite("junkpix8.png", pixg, IFF_PNG); pixNumSignificantGrayColors(pixg, 20, 236, 0.0001, 1, pncolors); } else { /* d == 32 */ pixSetMasked(pixsc, pixm, 0xffffffff); if (debug) pixWrite("junkpix32.png", pixsc, IFF_PNG); pixNumberOccupiedOctcubes(pixsc, 4, 20, -1, pncolors); } pixDestroy(&pixt); pixDestroy(&pixsc); pixDestroy(&pixg); pixDestroy(&pixe); pixDestroy(&pixb); pixDestroy(&pixm); return 0; } /* ----------------------------------------------------------------------- * * Finds the number of unique colors in an image * * ----------------------------------------------------------------------- */ /*! * pixNumColors() * Input: pixs (2, 4, 8, 32 bpp) * factor (subsampling factor; integer) * &ncolors ( the number of colors found, or 0 if * there are more than 256) * Return: 0 if OK, 1 on error. * * Notes: * (1) This returns the actual number of colors found in the image, * even if there is a colormap. If @factor == 1 and the * number of colors differs from the number of entries * in the colormap, a warning is issued. * (2) Use @factor == 1 to find the actual number of colors. * Use @factor > 1 to quickly find the approximate number of colors. * (3) For d = 2, 4 or 8 bpp grayscale, this returns the number * of colors found in the image in 'ncolors'. * (4) For d = 32 bpp (rgb), if the number of colors is * greater than 256, this returns 0 in 'ncolors'. */ l_int32 pixNumColors(PIX *pixs, l_int32 factor, l_int32 *pncolors) { l_int32 w, h, d, i, j, wpl, hashsize, sum, count; l_int32 rval, gval, bval, val; l_int32 *inta; l_uint32 pixel; l_uint32 *data, *line; PIXCMAP *cmap; PROCNAME("pixNumColors"); if (!pncolors) return ERROR_INT("&ncolors not defined", procName, 1); *pncolors = 0; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); pixGetDimensions(pixs, &w, &h, &d); if (d != 2 && d != 4 && d != 8 && d != 32) return ERROR_INT("d not in {2, 4, 8, 32}", procName, 1); if (factor < 1) factor = 1; data = pixGetData(pixs); wpl = pixGetWpl(pixs); sum = 0; if (d != 32) { /* grayscale */ inta = (l_int32 *)CALLOC(256, sizeof(l_int32)); for (i = 0; i < h; i += factor) { line = data + i * wpl; for (j = 0; j < w; j += factor) { if (d == 8) val = GET_DATA_BYTE(line, j); else if (d == 4) val = GET_DATA_QBIT(line, j); else /* d == 2 */ val = GET_DATA_DIBIT(line, j); inta[val] = 1; } } for (i = 0; i < 256; i++) if (inta[i]) sum++; *pncolors = sum; FREE(inta); if (factor == 1 && ((cmap = pixGetColormap(pixs)) != NULL)) { count = pixcmapGetCount(cmap); if (sum != count) L_WARNING("colormap size %d differs from actual colors\n", procName, count); } return 0; } /* 32 bpp rgb; quit if we get above 256 colors */ hashsize = 5507; /* big and prime; collisions are not likely */ inta = (l_int32 *)CALLOC(hashsize, sizeof(l_int32)); for (i = 0; i < h; i += factor) { line = data + i * wpl; for (j = 0; j < w; j += factor) { pixel = line[j]; extractRGBValues(pixel, &rval, &gval, &bval); val = (137 * rval + 269 * gval + 353 * bval) % hashsize; if (inta[val] == 0) { inta[val] = 1; sum++; if (sum > 256) { FREE(inta); return 0; } } } } *pncolors = sum; FREE(inta); return 0; } /* ----------------------------------------------------------------------- * * Find the most "populated" colors in the image (and quantize) * * ----------------------------------------------------------------------- */ /*! * pixGetMostPopulatedColors() * Input: pixs (32 bpp rgb) * sigbits (2-6, significant bits retained in the quantizer * for each component of the input image) * factor (subsampling factor; use 1 for no subsampling) * ncolors (the number of most populated colors to select) * &array ( array of colors, each as 0xrrggbb00) * &cmap ( colormap of the colors) * Return: 0 if OK, 1 on error * * Notes: * (1) This finds the @ncolors most populated cubes in rgb colorspace, * where the cube size depends on @sigbits as * cube side = (256 >> sigbits) * (2) The rgb color components are found at the center of the cube. * (3) The output array of colors can be displayed using * pixDisplayColorArray(array, ncolors, ...); */ l_int32 pixGetMostPopulatedColors(PIX *pixs, l_int32 sigbits, l_int32 factor, l_int32 ncolors, l_uint32 **parray, PIXCMAP **pcmap) { l_int32 n, i, rgbindex, rval, gval, bval; NUMA *nahisto, *naindex; PROCNAME("pixGetMostPopulatedColors"); if (parray) *parray = NULL; if (pcmap) *pcmap = NULL; if (!parray && !pcmap) return ERROR_INT("no output requested", procName, 1); if (!pixs || pixGetDepth(pixs) != 32) return ERROR_INT("pixs not defined", procName, 1); if (sigbits < 2 || sigbits > 6) return ERROR_INT("sigbits not in [2 ... 6]", procName, 1); if (factor < 1 || ncolors < 1) return ERROR_INT("factor < 1 or ncolors < 1", procName, 1); if ((nahisto = pixGetRGBHistogram(pixs, sigbits, factor)) == NULL) return ERROR_INT("nahisto not made", procName, 1); /* naindex contains the index into nahisto, which is the rgbindex */ naindex = numaSortIndexAutoSelect(nahisto, L_SORT_DECREASING); numaDestroy(&nahisto); if (!naindex) return ERROR_INT("naindex not made", procName, 1); n = numaGetCount(naindex); ncolors = L_MIN(n, ncolors); if (parray) *parray = (l_uint32 *)CALLOC(ncolors, sizeof(l_uint32)); if (pcmap) *pcmap = pixcmapCreate(8); for (i = 0; i < ncolors; i++) { numaGetIValue(naindex, i, &rgbindex); /* rgb index */ getRGBFromIndex(rgbindex, sigbits, &rval, &gval, &bval); if (parray) composeRGBPixel(rval, gval, bval, *parray + i); if (pcmap) pixcmapAddColor(*pcmap, rval, gval, bval); } numaDestroy(&naindex); return 0; } /*! * pixSimpleColorQuantize() * Input: pixs (32 bpp rgb) * sigbits (2-4, significant bits retained in the quantizer * for each component of the input image) * factor (subsampling factor; use 1 for no subsampling) * ncolors (the number of most populated colors to select) * Return: pixd (8 bpp cmapped) or NULL on error * * Notes: * (1) If you want to do color quantization for real, use octcube * or modified median cut. This function shows that it is * easy to make a simple quantizer based solely on the population * in cells of a given size in rgb color space. * (2) The @ncolors most populated cells at the @sigbits level form * the colormap for quantizing, and this uses octcube indexing * under the covers to assign each pixel to the nearest color. * (3) @sigbits is restricted to 2, 3 and 4. At the low end, the * color discrimination is very crude; at the upper end, a set of * similar colors can dominate the result. Interesting results * are generally found for @sigbits = 3 and ncolors ~ 20. * (4) See also pixColorSegment() for a method of quantizing the * colors to generate regions of similar color. */ PIX * pixSimpleColorQuantize(PIX *pixs, l_int32 sigbits, l_int32 factor, l_int32 ncolors) { l_int32 w, h; PIX *pixd; PIXCMAP *cmap; PROCNAME("pixSimpleColorQuantize"); if (!pixs || pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (sigbits < 2 || sigbits > 4) return (PIX *)ERROR_PTR("sigbits not in {2,3,4}", procName, NULL); pixGetMostPopulatedColors(pixs, sigbits, factor, ncolors, NULL, &cmap); pixGetDimensions(pixs, &w, &h, NULL); pixd = pixCreate(w, h, 8); pixSetColormap(pixd, cmap); pixAssignToNearestColor(pixd, pixs, NULL, 4, NULL); return pixd; } /* ----------------------------------------------------------------------- * * Constructs a color histogram based on rgb indices * * ----------------------------------------------------------------------- */ /*! * pixGetRGBHistogram() * Input: pixs (32 bpp rgb) * sigbits (2-6, significant bits retained in the quantizer * for each component of the input image) * factor (subsampling factor; use 1 for no subsampling) * Return: numa (histogram of colors, indexed by RGB * components), or null on error * * Notes: * (1) This uses a simple, fast method of indexing into an rgb image. * (2) The output is a 1D histogram of count vs. rgb-index, which * uses red sigbits as the most significant and blue as the least. * (3) This function produces the same result as pixMedianCutHisto(). */ NUMA * pixGetRGBHistogram(PIX *pixs, l_int32 sigbits, l_int32 factor) { l_int32 w, h, i, j, size, wpl, rval, gval, bval, npts; l_uint32 val32, rgbindex; l_float32 *array; l_uint32 *data, *line, *rtab, *gtab, *btab; NUMA *na; PROCNAME("pixGetRGBHistogram"); if (!pixs || pixGetDepth(pixs) != 32) return (NUMA *)ERROR_PTR("pixs not defined", procName, NULL); if (sigbits < 2 || sigbits > 6) return (NUMA *)ERROR_PTR("sigbits not in [2 ... 6]", procName, NULL); if (factor < 1) return (NUMA *)ERROR_PTR("factor < 1", procName, NULL); /* Get histogram size: 2^(3 * sigbits) */ size = 1 << (3 * sigbits); /* 64, 512, 4096, 32768, 262144 */ na = numaMakeConstant(0, size); /* init to all 0 */ array = numaGetFArray(na, L_NOCOPY); makeRGBIndexTables(&rtab, >ab, &btab, sigbits); /* Check the number of sampled pixels */ pixGetDimensions(pixs, &w, &h, NULL); npts = ((w + factor - 1) / factor) * ((h + factor - 1) / factor); if (npts < 1000) L_WARNING("only sampling %d pixels\n", procName, npts); wpl = pixGetWpl(pixs); data = pixGetData(pixs); for (i = 0; i < h; i += factor) { line = data + i * wpl; for (j = 0; j < w; j += factor) { val32 = *(line + j); extractRGBValues(val32, &rval, &gval, &bval); rgbindex = rtab[rval] | gtab[gval] | btab[bval]; array[rgbindex]++; } } FREE(rtab); FREE(gtab); FREE(btab); return na; } /*! * makeRGBIndexTables() * * Input: &rtab, >ab, &btab ( 256-entry index tables) * sigbits (2-6, significant bits retained in the quantizer * for each component of the input image) * Return: 0 if OK, 1 on error * * Notes: * (1) These tables are used to map from rgb sample values to * an rgb index, using * rgbindex = rtab[rval] | gtab[gval] | btab[bval] * where, e.g., if sigbits = 3, the index is a 9 bit integer: * r7 r6 r5 g7 g6 g5 b7 b6 b5 */ l_int32 makeRGBIndexTables(l_uint32 **prtab, l_uint32 **pgtab, l_uint32 **pbtab, l_int32 sigbits) { l_int32 i; l_uint32 *rtab, *gtab, *btab; PROCNAME("makeRGBIndexTables"); if (prtab) *prtab = NULL; if (pgtab) *pgtab = NULL; if (pbtab) *pbtab = NULL; if (!prtab || !pgtab || !pbtab) return ERROR_INT("not all table ptrs defined", procName, 1); if (sigbits < 2 || sigbits > 6) return ERROR_INT("sigbits not in [2 ... 6]", procName, 1); rtab = (l_uint32 *)CALLOC(256, sizeof(l_uint32)); gtab = (l_uint32 *)CALLOC(256, sizeof(l_uint32)); btab = (l_uint32 *)CALLOC(256, sizeof(l_uint32)); *prtab = rtab; *pgtab = gtab; *pbtab = btab; switch (sigbits) { case 2: for (i = 0; i < 256; i++) { rtab[i] = (i & 0xc0) >> 2; gtab[i] = (i & 0xc0) >> 4; btab[i] = (i & 0xc0) >> 6; } break; case 3: for (i = 0; i < 256; i++) { rtab[i] = (i & 0xe0) << 1; gtab[i] = (i & 0xe0) >> 2; btab[i] = (i & 0xe0) >> 5; } break; case 4: for (i = 0; i < 256; i++) { rtab[i] = (i & 0xf0) << 4; gtab[i] = (i & 0xf0); btab[i] = (i & 0xf0) >> 4; } break; case 5: for (i = 0; i < 256; i++) { rtab[i] = (i & 0xf8) << 7; gtab[i] = (i & 0xf8) << 2; btab[i] = (i & 0xf8) >> 3; } break; case 6: for (i = 0; i < 256; i++) { rtab[i] = (i & 0xfc) << 10; gtab[i] = (i & 0xfc) << 4; btab[i] = (i & 0xfc) >> 2; } break; default: L_ERROR("Illegal sigbits = %d\n", procName, sigbits); return ERROR_INT("sigbits not in [2 ... 6]", procName, 1); } return 0; } /*! * getRGBFromIndex() * * Input: index (rgbindex) * sigbits (2-6, significant bits retained in the quantizer * for each component of the input image) * &rval, &gval, &bval ( rgb values) * Return: 0 if OK, 1 on error * * Notes: * (1) The @index is expressed in bits, based on the the * @sigbits of the r, g and b components, as * r7 r6 ... g7 g6 ... b7 b6 ... * (2) The computed rgb values are in the center of the quantized cube. * The extra bit that is OR'd accomplishes this. */ l_int32 getRGBFromIndex(l_uint32 index, l_int32 sigbits, l_int32 *prval, l_int32 *pgval, l_int32 *pbval) { PROCNAME("getRGBFromIndex"); if (prval) *prval = 0; if (pgval) *pgval = 0; if (pbval) *pbval = 0; if (!prval || !pgval || !pbval) return ERROR_INT("not all component ptrs defined", procName, 1); if (sigbits < 2 || sigbits > 6) return ERROR_INT("sigbits not in [2 ... 6]", procName, 1); switch (sigbits) { case 2: *prval = ((index << 2) & 0xc0) | 0x20; *pgval = ((index << 4) & 0xc0) | 0x20; *pbval = ((index << 6) & 0xc0) | 0x20; break; case 3: *prval = ((index >> 1) & 0xe0) | 0x10; *pgval = ((index << 2) & 0xe0) | 0x10; *pbval = ((index << 5) & 0xe0) | 0x10; break; case 4: *prval = ((index >> 4) & 0xf0) | 0x08; *pgval = (index & 0xf0) | 0x08; *pbval = ((index << 4) & 0xf0) | 0x08; break; case 5: *prval = ((index >> 7) & 0xf8) | 0x04; *pgval = ((index >> 2) & 0xf8) | 0x04; *pbval = ((index << 3) & 0xf8) | 0x04; break; case 6: *prval = ((index >> 10) & 0xfc) | 0x02; *pgval = ((index >> 4) & 0xfc) | 0x02; *pbval = ((index << 2) & 0xfc) | 0x02; break; default: L_ERROR("Illegal sigbits = %d\n", procName, sigbits); return ERROR_INT("sigbits not in [2 ... 6]", procName, 1); } return 0; } leptonica-1.70/src/jp2kio.c0000664000175000017500000001241712262333422013644 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * jp2kio.c * * Read header * l_int32 readHeaderJp2k() * l_int32 freadHeaderJp2k() * l_int32 sreadHeaderJp2k() */ #include #include "allheaders.h" /* --------------------------------------------*/ #if USE_JP2KIO /* defined in environ.h */ /* --------------------------------------------*/ /* a sanity check on the size read from file */ static const l_int32 MAX_JP2K_WIDTH = 100000; static const l_int32 MAX_JP2K_HEIGHT = 100000; /*--------------------------------------------------------------------* * Stream interface * *--------------------------------------------------------------------*/ /*! * readHeaderJp2k() * * Input: filename * &w () * &h () * &spp (, samples/pixel) * Return: 0 if OK, 1 on error */ l_int32 readHeaderJp2k(const char *filename, l_int32 *pw, l_int32 *ph, l_int32 *pspp) { l_int32 ret; FILE *fp; PROCNAME("readHeaderJp2k"); if (pw) *pw = 0; if (ph) *ph = 0; if (pspp) *pspp = 0; if (!filename) return ERROR_INT("filename not defined", procName, 1); if ((fp = fopenReadStream(filename)) == NULL) return ERROR_INT("image file not found", procName, 1); ret = freadHeaderJp2k(fp, pw, ph, pspp); fclose(fp); return ret; } /*! * freadHeaderJp2k() * * Input: stream opened for read * &w () * &h () * &spp (, samples/pixel) * Return: 0 if OK, 1 on error */ l_int32 freadHeaderJp2k(FILE *fp, l_int32 *pw, l_int32 *ph, l_int32 *pspp) { l_uint8 buf[60]; l_int32 nread; PROCNAME("freadHeaderJp2k"); if (pw) *pw = 0; if (ph) *ph = 0; if (pspp) *pspp = 0; if (!fp) return ERROR_INT("fp not defined", procName, 1); rewind(fp); nread = fread(buf, 1, sizeof(buf), fp); if (nread != sizeof(buf)) return ERROR_INT("read failure", procName, 1); sreadHeaderJp2k(buf, sizeof(buf), pw, ph, pspp); rewind(fp); return 0; } /*! * sreadHeaderJp2k() * * Input: data * size * &w () * &h () * &spp (, samples/pixel) * Return: 0 if OK, 1 on error * * Notes: * (1) The metadata is stored as follows: * h: 4 bytes @ 48 * w: 4 bytes @ 52 * spp: 2 bytes @ 56 */ l_int32 sreadHeaderJp2k(const l_uint8 *data, size_t size, l_int32 *pw, l_int32 *ph, l_int32 *pspp) { l_int32 format, val, w, h, spp; PROCNAME("sreadHeaderJp2k"); if (pw) *pw = 0; if (ph) *ph = 0; if (pspp) *pspp = 0; if (!data) return ERROR_INT("data not defined", procName, 1); if (size < 60) return ERROR_INT("size < 60", procName, 1); findFileFormatBuffer(data, &format); if (format != IFF_JP2) return ERROR_INT("not jp2 file", procName, 1); val = *((l_uint32 *)data + 12); h = convertOnLittleEnd32(val); val = *((l_uint32 *)data + 13); w = convertOnLittleEnd32(val); val = *((l_uint16 *)data + 28); spp = convertOnLittleEnd16(val); if (w > MAX_JP2K_WIDTH || h > MAX_JP2K_HEIGHT) return ERROR_INT("unrealistically large sizes", procName, 1); if (pw) *pw = w; if (ph) *ph = h; if (pspp) *pspp = spp; return 0; } /* --------------------------------------------*/ #endif /* USE_JP2KIO */ /* --------------------------------------------*/ leptonica-1.70/src/pix4.c0000664000175000017500000031074312267260611013341 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pix4.c * * This file has these operations: * * (1) Pixel histograms * (2) Pixel row/column statistics * (3) Foreground/background estimation * * Pixel histogram, rank val, averaging and min/max * NUMA *pixGetGrayHistogram() * NUMA *pixGetGrayHistogramMasked() * NUMA *pixGetGrayHistogramInRect() * l_int32 pixGetColorHistogram() * l_int32 pixGetColorHistogramMasked() * NUMA *pixGetCmapHistogram() * NUMA *pixGetCmapHistogramMasked() * NUMA *pixGetCmapHistogramInRect() * l_int32 pixGetRankValue() * l_int32 pixGetRankValueMaskedRGB() * l_int32 pixGetRankValueMasked() * l_int32 pixGetAverageValue() * l_int32 pixGetAverageMaskedRGB() * l_int32 pixGetAverageMasked() * l_int32 pixGetAverageTiledRGB() * PIX *pixGetAverageTiled() * NUMA *pixRowStats() * NUMA *pixColumnStats() * l_int32 pixGetComponentRange() * l_int32 pixGetExtremeValue() * l_int32 pixGetMaxValueInRect() * l_int32 pixGetBinnedComponentRange() * l_int32 pixGetRankColorArray() * l_int32 pixGetBinnedColor() * PIX *pixDisplayColorArray() * * Pixelwise aligned statistics * PIX *pixaGetAlignedStats() * l_int32 pixaExtractColumnFromEachPix() * l_int32 pixGetRowStats() * l_int32 pixGetColumnStats() * l_int32 pixSetPixelColumn() * * Foreground/background estimation * l_int32 pixThresholdForFgBg() * l_int32 pixSplitDistributionFgBg() */ #include #include #include "allheaders.h" /*------------------------------------------------------------------* * Pixel histogram and averaging * *------------------------------------------------------------------*/ /*! * pixGetGrayHistogram() * * Input: pixs (1, 2, 4, 8, 16 bpp; can be colormapped) * factor (subsampling factor; integer >= 1) * Return: na (histogram), or null on error * * Notes: * (1) If pixs has a colormap, it is converted to 8 bpp gray. * If you want a histogram of the colormap indices, use * pixGetCmapHistogram(). * (2) If pixs does not have a colormap, the output histogram is * of size 2^d, where d is the depth of pixs. * (3) This always returns a 256-value histogram of pixel values. * (4) Set the subsampling factor > 1 to reduce the amount of computation. */ NUMA * pixGetGrayHistogram(PIX *pixs, l_int32 factor) { l_int32 i, j, w, h, d, wpl, val, size, count; l_uint32 *data, *line; l_float32 *array; NUMA *na; PIX *pixg; PROCNAME("pixGetGrayHistogram"); if (!pixs) return (NUMA *)ERROR_PTR("pixs not defined", procName, NULL); d = pixGetDepth(pixs); if (d > 16) return (NUMA *)ERROR_PTR("depth not in {1,2,4,8,16}", procName, NULL); if (factor < 1) return (NUMA *)ERROR_PTR("sampling factor < 1", procName, NULL); if (pixGetColormap(pixs)) pixg = pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); else pixg = pixClone(pixs); pixGetDimensions(pixg, &w, &h, &d); size = 1 << d; if ((na = numaCreate(size)) == NULL) return (NUMA *)ERROR_PTR("na not made", procName, NULL); numaSetCount(na, size); /* all initialized to 0.0 */ array = numaGetFArray(na, L_NOCOPY); if (d == 1) { /* special case */ pixCountPixels(pixg, &count, NULL); array[0] = w * h - count; array[1] = count; pixDestroy(&pixg); return na; } wpl = pixGetWpl(pixg); data = pixGetData(pixg); for (i = 0; i < h; i += factor) { line = data + i * wpl; switch (d) { case 2: for (j = 0; j < w; j += factor) { val = GET_DATA_DIBIT(line, j); array[val] += 1.0; } break; case 4: for (j = 0; j < w; j += factor) { val = GET_DATA_QBIT(line, j); array[val] += 1.0; } break; case 8: for (j = 0; j < w; j += factor) { val = GET_DATA_BYTE(line, j); array[val] += 1.0; } break; case 16: for (j = 0; j < w; j += factor) { val = GET_DATA_TWO_BYTES(line, j); array[val] += 1.0; } break; default: numaDestroy(&na); return (NUMA *)ERROR_PTR("illegal depth", procName, NULL); } } pixDestroy(&pixg); return na; } /*! * pixGetGrayHistogramMasked() * * Input: pixs (8 bpp, or colormapped) * pixm ( 1 bpp mask over which histogram is * to be computed; use all pixels if null) * x, y (UL corner of pixm relative to the UL corner of pixs; * can be < 0; these values are ignored if pixm is null) * factor (subsampling factor; integer >= 1) * Return: na (histogram), or null on error * * Notes: * (1) If pixs is cmapped, it is converted to 8 bpp gray. * If you want a histogram of the colormap indices, use * pixGetCmapHistogramMasked(). * (2) This always returns a 256-value histogram of pixel values. * (3) Set the subsampling factor > 1 to reduce the amount of computation. * (4) Clipping of pixm (if it exists) to pixs is done in the inner loop. * (5) Input x,y are ignored unless pixm exists. */ NUMA * pixGetGrayHistogramMasked(PIX *pixs, PIX *pixm, l_int32 x, l_int32 y, l_int32 factor) { l_int32 i, j, w, h, wm, hm, dm, wplg, wplm, val; l_uint32 *datag, *datam, *lineg, *linem; l_float32 *array; NUMA *na; PIX *pixg; PROCNAME("pixGetGrayHistogramMasked"); if (!pixm) return pixGetGrayHistogram(pixs, factor); if (!pixs) return (NUMA *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 8 && !pixGetColormap(pixs)) return (NUMA *)ERROR_PTR("pixs neither 8 bpp nor colormapped", procName, NULL); pixGetDimensions(pixm, &wm, &hm, &dm); if (dm != 1) return (NUMA *)ERROR_PTR("pixm not 1 bpp", procName, NULL); if (factor < 1) return (NUMA *)ERROR_PTR("sampling factor < 1", procName, NULL); if ((na = numaCreate(256)) == NULL) return (NUMA *)ERROR_PTR("na not made", procName, NULL); numaSetCount(na, 256); /* all initialized to 0.0 */ array = numaGetFArray(na, L_NOCOPY); if (pixGetColormap(pixs)) pixg = pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); else pixg = pixClone(pixs); pixGetDimensions(pixg, &w, &h, NULL); datag = pixGetData(pixg); wplg = pixGetWpl(pixg); datam = pixGetData(pixm); wplm = pixGetWpl(pixm); /* Generate the histogram */ for (i = 0; i < hm; i += factor) { if (y + i < 0 || y + i >= h) continue; lineg = datag + (y + i) * wplg; linem = datam + i * wplm; for (j = 0; j < wm; j += factor) { if (x + j < 0 || x + j >= w) continue; if (GET_DATA_BIT(linem, j)) { val = GET_DATA_BYTE(lineg, x + j); array[val] += 1.0; } } } pixDestroy(&pixg); return na; } /*! * pixGetGrayHistogramInRect() * * Input: pixs (8 bpp, or colormapped) * box () over which histogram is to be computed; * use full image if null) * factor (subsampling factor; integer >= 1) * Return: na (histogram), or null on error * * Notes: * (1) If pixs is cmapped, it is converted to 8 bpp gray. * If you want a histogram of the colormap indices, use * pixGetCmapHistogramInRect(). * (2) This always returns a 256-value histogram of pixel values. * (3) Set the subsampling @factor > 1 to reduce the amount of computation. */ NUMA * pixGetGrayHistogramInRect(PIX *pixs, BOX *box, l_int32 factor) { l_int32 i, j, bx, by, bw, bh, w, h, wplg, val; l_uint32 *datag, *lineg; l_float32 *array; NUMA *na; PIX *pixg; PROCNAME("pixGetGrayHistogramInRect"); if (!box) return pixGetGrayHistogram(pixs, factor); if (!pixs) return (NUMA *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 8 && !pixGetColormap(pixs)) return (NUMA *)ERROR_PTR("pixs neither 8 bpp nor colormapped", procName, NULL); if (factor < 1) return (NUMA *)ERROR_PTR("sampling factor < 1", procName, NULL); if ((na = numaCreate(256)) == NULL) return (NUMA *)ERROR_PTR("na not made", procName, NULL); numaSetCount(na, 256); /* all initialized to 0.0 */ array = numaGetFArray(na, L_NOCOPY); if (pixGetColormap(pixs)) pixg = pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); else pixg = pixClone(pixs); pixGetDimensions(pixg, &w, &h, NULL); datag = pixGetData(pixg); wplg = pixGetWpl(pixg); boxGetGeometry(box, &bx, &by, &bw, &bh); /* Generate the histogram */ for (i = 0; i < bh; i += factor) { if (by + i < 0 || by + i >= h) continue; lineg = datag + (by + i) * wplg; for (j = 0; j < bw; j += factor) { if (bx + j < 0 || bx + j >= w) continue; val = GET_DATA_BYTE(lineg, bx + j); array[val] += 1.0; } } pixDestroy(&pixg); return na; } /*! * pixGetColorHistogram() * * Input: pixs (rgb or colormapped) * factor (subsampling factor; integer >= 1) * &nar ( red histogram) * &nag ( green histogram) * &nab ( blue histogram) * Return: 0 if OK, 1 on error * * Notes: * (1) This generates a set of three 256 entry histograms, * one for each color component (r,g,b). * (2) Set the subsampling @factor > 1 to reduce the amount of computation. */ l_int32 pixGetColorHistogram(PIX *pixs, l_int32 factor, NUMA **pnar, NUMA **pnag, NUMA **pnab) { l_int32 i, j, w, h, d, wpl, index, rval, gval, bval; l_uint32 *data, *line; l_float32 *rarray, *garray, *barray; NUMA *nar, *nag, *nab; PIXCMAP *cmap; PROCNAME("pixGetColorHistogram"); if (pnar) *pnar = NULL; if (pnag) *pnag = NULL; if (pnab) *pnab = NULL; if (!pnar || !pnag || !pnab) return ERROR_INT("&nar, &nag, &nab not all defined", procName, 1); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); pixGetDimensions(pixs, &w, &h, &d); cmap = pixGetColormap(pixs); if (cmap && (d != 2 && d != 4 && d != 8)) return ERROR_INT("colormap and not 2, 4, or 8 bpp", procName, 1); if (!cmap && d != 32) return ERROR_INT("no colormap and not rgb", procName, 1); if (factor < 1) return ERROR_INT("sampling factor < 1", procName, 1); /* Set up the histogram arrays */ nar = numaCreate(256); nag = numaCreate(256); nab = numaCreate(256); numaSetCount(nar, 256); numaSetCount(nag, 256); numaSetCount(nab, 256); rarray = numaGetFArray(nar, L_NOCOPY); garray = numaGetFArray(nag, L_NOCOPY); barray = numaGetFArray(nab, L_NOCOPY); *pnar = nar; *pnag = nag; *pnab = nab; /* Generate the color histograms */ data = pixGetData(pixs); wpl = pixGetWpl(pixs); if (cmap) { for (i = 0; i < h; i += factor) { line = data + i * wpl; for (j = 0; j < w; j += factor) { if (d == 8) index = GET_DATA_BYTE(line, j); else if (d == 4) index = GET_DATA_QBIT(line, j); else /* 2 bpp */ index = GET_DATA_DIBIT(line, j); pixcmapGetColor(cmap, index, &rval, &gval, &bval); rarray[rval] += 1.0; garray[gval] += 1.0; barray[bval] += 1.0; } } } else { /* 32 bpp rgb */ for (i = 0; i < h; i += factor) { line = data + i * wpl; for (j = 0; j < w; j += factor) { extractRGBValues(line[j], &rval, &gval, &bval); rarray[rval] += 1.0; garray[gval] += 1.0; barray[bval] += 1.0; } } } return 0; } /*! * pixGetColorHistogramMasked() * * Input: pixs (32 bpp rgb, or colormapped) * pixm ( 1 bpp mask over which histogram is * to be computed; use all pixels if null) * x, y (UL corner of pixm relative to the UL corner of pixs; * can be < 0; these values are ignored if pixm is null) * factor (subsampling factor; integer >= 1) * &nar ( red histogram) * &nag ( green histogram) * &nab ( blue histogram) * Return: 0 if OK, 1 on error * * Notes: * (1) This generates a set of three 256 entry histograms, * (2) Set the subsampling @factor > 1 to reduce the amount of computation. * (3) Clipping of pixm (if it exists) to pixs is done in the inner loop. * (4) Input x,y are ignored unless pixm exists. */ l_int32 pixGetColorHistogramMasked(PIX *pixs, PIX *pixm, l_int32 x, l_int32 y, l_int32 factor, NUMA **pnar, NUMA **pnag, NUMA **pnab) { l_int32 i, j, w, h, d, wm, hm, dm, wpls, wplm, index, rval, gval, bval; l_uint32 *datas, *datam, *lines, *linem; l_float32 *rarray, *garray, *barray; NUMA *nar, *nag, *nab; PIXCMAP *cmap; PROCNAME("pixGetColorHistogramMasked"); if (!pixm) return pixGetColorHistogram(pixs, factor, pnar, pnag, pnab); if (pnar) *pnar = NULL; if (pnag) *pnag = NULL; if (pnab) *pnab = NULL; if (!pnar || !pnag || !pnab) return ERROR_INT("&nar, &nag, &nab not all defined", procName, 1); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); pixGetDimensions(pixs, &w, &h, &d); cmap = pixGetColormap(pixs); if (cmap && (d != 2 && d != 4 && d != 8)) return ERROR_INT("colormap and not 2, 4, or 8 bpp", procName, 1); if (!cmap && d != 32) return ERROR_INT("no colormap and not rgb", procName, 1); pixGetDimensions(pixm, &wm, &hm, &dm); if (dm != 1) return ERROR_INT("pixm not 1 bpp", procName, 1); if (factor < 1) return ERROR_INT("sampling factor < 1", procName, 1); /* Set up the histogram arrays */ nar = numaCreate(256); nag = numaCreate(256); nab = numaCreate(256); numaSetCount(nar, 256); numaSetCount(nag, 256); numaSetCount(nab, 256); rarray = numaGetFArray(nar, L_NOCOPY); garray = numaGetFArray(nag, L_NOCOPY); barray = numaGetFArray(nab, L_NOCOPY); *pnar = nar; *pnag = nag; *pnab = nab; /* Generate the color histograms */ datas = pixGetData(pixs); wpls = pixGetWpl(pixs); datam = pixGetData(pixm); wplm = pixGetWpl(pixm); if (cmap) { for (i = 0; i < hm; i += factor) { if (y + i < 0 || y + i >= h) continue; lines = datas + (y + i) * wpls; linem = datam + i * wplm; for (j = 0; j < wm; j += factor) { if (x + j < 0 || x + j >= w) continue; if (GET_DATA_BIT(linem, j)) { if (d == 8) index = GET_DATA_BYTE(lines, x + j); else if (d == 4) index = GET_DATA_QBIT(lines, x + j); else /* 2 bpp */ index = GET_DATA_DIBIT(lines, x + j); pixcmapGetColor(cmap, index, &rval, &gval, &bval); rarray[rval] += 1.0; garray[gval] += 1.0; barray[bval] += 1.0; } } } } else { /* 32 bpp rgb */ for (i = 0; i < hm; i += factor) { if (y + i < 0 || y + i >= h) continue; lines = datas + (y + i) * wpls; linem = datam + i * wplm; for (j = 0; j < wm; j += factor) { if (x + j < 0 || x + j >= w) continue; if (GET_DATA_BIT(linem, j)) { extractRGBValues(lines[x + j], &rval, &gval, &bval); rarray[rval] += 1.0; garray[gval] += 1.0; barray[bval] += 1.0; } } } } return 0; } /*! * pixGetCmapHistogram() * * Input: pixs (colormapped: d = 2, 4 or 8) * factor (subsampling factor; integer >= 1) * Return: na (histogram of cmap indices), or null on error * * Notes: * (1) This generates a histogram of colormap pixel indices, * and is of size 2^d. * (2) Set the subsampling @factor > 1 to reduce the amount of computation. */ NUMA * pixGetCmapHistogram(PIX *pixs, l_int32 factor) { l_int32 i, j, w, h, d, wpl, val, size; l_uint32 *data, *line; l_float32 *array; NUMA *na; PROCNAME("pixGetCmapHistogram"); if (!pixs) return (NUMA *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetColormap(pixs) == NULL) return (NUMA *)ERROR_PTR("pixs not cmapped", procName, NULL); if (factor < 1) return (NUMA *)ERROR_PTR("sampling factor < 1", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 2 && d != 4 && d != 8) return (NUMA *)ERROR_PTR("d not 2, 4 or 8", procName, NULL); size = 1 << d; if ((na = numaCreate(size)) == NULL) return (NUMA *)ERROR_PTR("na not made", procName, NULL); numaSetCount(na, size); /* all initialized to 0.0 */ array = numaGetFArray(na, L_NOCOPY); wpl = pixGetWpl(pixs); data = pixGetData(pixs); for (i = 0; i < h; i += factor) { line = data + i * wpl; for (j = 0; j < w; j += factor) { if (d == 8) val = GET_DATA_BYTE(line, j); else if (d == 4) val = GET_DATA_QBIT(line, j); else /* d == 2 */ val = GET_DATA_DIBIT(line, j); array[val] += 1.0; } } return na; } /*! * pixGetCmapHistogramMasked() * * Input: pixs (colormapped: d = 2, 4 or 8) * pixm ( 1 bpp mask over which histogram is * to be computed; use all pixels if null) * x, y (UL corner of pixm relative to the UL corner of pixs; * can be < 0; these values are ignored if pixm is null) * factor (subsampling factor; integer >= 1) * Return: na (histogram), or null on error * * Notes: * (1) This generates a histogram of colormap pixel indices, * and is of size 2^d. * (2) Set the subsampling @factor > 1 to reduce the amount of computation. * (3) Clipping of pixm to pixs is done in the inner loop. */ NUMA * pixGetCmapHistogramMasked(PIX *pixs, PIX *pixm, l_int32 x, l_int32 y, l_int32 factor) { l_int32 i, j, w, h, d, wm, hm, dm, wpls, wplm, val, size; l_uint32 *datas, *datam, *lines, *linem; l_float32 *array; NUMA *na; PROCNAME("pixGetCmapHistogramMasked"); if (!pixm) return pixGetCmapHistogram(pixs, factor); if (!pixs) return (NUMA *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetColormap(pixs) == NULL) return (NUMA *)ERROR_PTR("pixs not cmapped", procName, NULL); pixGetDimensions(pixm, &wm, &hm, &dm); if (dm != 1) return (NUMA *)ERROR_PTR("pixm not 1 bpp", procName, NULL); if (factor < 1) return (NUMA *)ERROR_PTR("sampling factor < 1", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 2 && d != 4 && d != 8) return (NUMA *)ERROR_PTR("d not 2, 4 or 8", procName, NULL); size = 1 << d; if ((na = numaCreate(size)) == NULL) return (NUMA *)ERROR_PTR("na not made", procName, NULL); numaSetCount(na, size); /* all initialized to 0.0 */ array = numaGetFArray(na, L_NOCOPY); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); datam = pixGetData(pixm); wplm = pixGetWpl(pixm); for (i = 0; i < hm; i += factor) { if (y + i < 0 || y + i >= h) continue; lines = datas + (y + i) * wpls; linem = datam + i * wplm; for (j = 0; j < wm; j += factor) { if (x + j < 0 || x + j >= w) continue; if (GET_DATA_BIT(linem, j)) { if (d == 8) val = GET_DATA_BYTE(lines, x + j); else if (d == 4) val = GET_DATA_QBIT(lines, x + j); else /* d == 2 */ val = GET_DATA_DIBIT(lines, x + j); array[val] += 1.0; } } } return na; } /*! * pixGetCmapHistogramInRect() * * Input: pixs (colormapped: d = 2, 4 or 8) * box () over which histogram is to be computed; * use full image if null) * factor (subsampling factor; integer >= 1) * Return: na (histogram), or null on error * * Notes: * (1) This generates a histogram of colormap pixel indices, * and is of size 2^d. * (2) Set the subsampling @factor > 1 to reduce the amount of computation. * (3) Clipping to the box is done in the inner loop. */ NUMA * pixGetCmapHistogramInRect(PIX *pixs, BOX *box, l_int32 factor) { l_int32 i, j, bx, by, bw, bh, w, h, d, wpls, val, size; l_uint32 *datas, *lines; l_float32 *array; NUMA *na; PROCNAME("pixGetCmapHistogramInRect"); if (!box) return pixGetCmapHistogram(pixs, factor); if (!pixs) return (NUMA *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetColormap(pixs) == NULL) return (NUMA *)ERROR_PTR("pixs not cmapped", procName, NULL); if (factor < 1) return (NUMA *)ERROR_PTR("sampling factor < 1", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 2 && d != 4 && d != 8) return (NUMA *)ERROR_PTR("d not 2, 4 or 8", procName, NULL); size = 1 << d; if ((na = numaCreate(size)) == NULL) return (NUMA *)ERROR_PTR("na not made", procName, NULL); numaSetCount(na, size); /* all initialized to 0.0 */ array = numaGetFArray(na, L_NOCOPY); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); boxGetGeometry(box, &bx, &by, &bw, &bh); for (i = 0; i < bh; i += factor) { if (by + i < 0 || by + i >= h) continue; lines = datas + (by + i) * wpls; for (j = 0; j < bw; j += factor) { if (bx + j < 0 || bx + j >= w) continue; if (d == 8) val = GET_DATA_BYTE(lines, bx + j); else if (d == 4) val = GET_DATA_QBIT(lines, bx + j); else /* d == 2 */ val = GET_DATA_DIBIT(lines, bx + j); array[val] += 1.0; } } return na; } /*! * pixGetRankValue() * * Input: pixs (8 bpp, 32 bpp or colormapped) * factor (subsampling factor; integer >= 1) * rank (between 0.0 and 1.0; 1.0 is brightest, 0.0 is darkest) * &value ( pixel value corresponding to input rank) * Return: 0 if OK, 1 on error * * Notes: * (1) Simple function to get rank values of an image. * For a color image, the median value (rank = 0.5) can be * used to linearly remap the colors based on the median * of a target image, using pixLinearMapToTargetColor(). */ l_int32 pixGetRankValue(PIX *pixs, l_int32 factor, l_float32 rank, l_uint32 *pvalue) { l_int32 d; l_float32 val, rval, gval, bval; PIX *pixt; PIXCMAP *cmap; PROCNAME("pixGetRankValue"); if (!pvalue) return ERROR_INT("&value not defined", procName, 1); *pvalue = 0; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); d = pixGetDepth(pixs); cmap = pixGetColormap(pixs); if (d != 8 && d != 32 && !cmap) return ERROR_INT("pixs not 8 or 32 bpp, or cmapped", procName, 1); if (cmap) pixt = pixRemoveColormap(pixs, REMOVE_CMAP_BASED_ON_SRC); else pixt = pixClone(pixs); d = pixGetDepth(pixt); if (d == 8) { pixGetRankValueMasked(pixt, NULL, 0, 0, factor, rank, &val, NULL); *pvalue = lept_roundftoi(val); } else { pixGetRankValueMaskedRGB(pixt, NULL, 0, 0, factor, rank, &rval, &gval, &bval); composeRGBPixel(lept_roundftoi(rval), lept_roundftoi(gval), lept_roundftoi(bval), pvalue); } pixDestroy(&pixt); return 0; } /*! * pixGetRankValueMaskedRGB() * * Input: pixs (32 bpp) * pixm ( 1 bpp mask over which rank val is to be taken; * use all pixels if null) * x, y (UL corner of pixm relative to the UL corner of pixs; * can be < 0; these values are ignored if pixm is null) * factor (subsampling factor; integer >= 1) * rank (between 0.0 and 1.0; 1.0 is brightest, 0.0 is darkest) * &rval ( red component val for to input rank) * &gval ( green component val for to input rank) * &bval ( blue component val for to input rank) * Return: 0 if OK, 1 on error * * Notes: * (1) Computes the rank component values of pixels in pixs that * are under the fg of the optional mask. If the mask is null, it * computes the average of the pixels in pixs. * (2) Set the subsampling @factor > 1 to reduce the amount of * computation. * (4) Input x,y are ignored unless pixm exists. * (5) The rank must be in [0.0 ... 1.0], where the brightest pixel * has rank 1.0. For the median pixel value, use 0.5. */ l_int32 pixGetRankValueMaskedRGB(PIX *pixs, PIX *pixm, l_int32 x, l_int32 y, l_int32 factor, l_float32 rank, l_float32 *prval, l_float32 *pgval, l_float32 *pbval) { l_float32 scale; PIX *pixmt, *pixt; PROCNAME("pixGetRankValueMaskedRGB"); if (prval) *prval = 0.0; if (pgval) *pgval = 0.0; if (pbval) *pbval = 0.0; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (pixGetDepth(pixs) != 32) return ERROR_INT("pixs not 32 bpp", procName, 1); if (pixm && pixGetDepth(pixm) != 1) return ERROR_INT("pixm not 1 bpp", procName, 1); if (factor < 1) return ERROR_INT("sampling factor < 1", procName, 1); if (rank < 0.0 || rank > 1.0) return ERROR_INT("rank not in [0.0 ... 1.0]", procName, 1); if (!prval && !pgval && !pbval) return ERROR_INT("no results requested", procName, 1); pixmt = NULL; if (pixm) { scale = 1.0 / (l_float32)factor; pixmt = pixScale(pixm, scale, scale); } if (prval) { pixt = pixScaleRGBToGrayFast(pixs, factor, COLOR_RED); pixGetRankValueMasked(pixt, pixmt, x / factor, y / factor, factor, rank, prval, NULL); pixDestroy(&pixt); } if (pgval) { pixt = pixScaleRGBToGrayFast(pixs, factor, COLOR_GREEN); pixGetRankValueMasked(pixt, pixmt, x / factor, y / factor, factor, rank, pgval, NULL); pixDestroy(&pixt); } if (pbval) { pixt = pixScaleRGBToGrayFast(pixs, factor, COLOR_BLUE); pixGetRankValueMasked(pixt, pixmt, x / factor, y / factor, factor, rank, pbval, NULL); pixDestroy(&pixt); } pixDestroy(&pixmt); return 0; } /*! * pixGetRankValueMasked() * * Input: pixs (8 bpp, or colormapped) * pixm ( 1 bpp mask over which rank val is to be taken; * use all pixels if null) * x, y (UL corner of pixm relative to the UL corner of pixs; * can be < 0; these values are ignored if pixm is null) * factor (subsampling factor; integer >= 1) * rank (between 0.0 and 1.0; 1.0 is brightest, 0.0 is darkest) * &val ( pixel value corresponding to input rank) * &na ( of histogram) * Return: 0 if OK, 1 on error * * Notes: * (1) Computes the rank value of pixels in pixs that are under * the fg of the optional mask. If the mask is null, it * computes the average of the pixels in pixs. * (2) Set the subsampling @factor > 1 to reduce the amount of * computation. * (3) Clipping of pixm (if it exists) to pixs is done in the inner loop. * (4) Input x,y are ignored unless pixm exists. * (5) The rank must be in [0.0 ... 1.0], where the brightest pixel * has rank 1.0. For the median pixel value, use 0.5. * (6) The histogram can optionally be returned, so that other rank * values can be extracted without recomputing the histogram. * In that case, just use * numaHistogramGetValFromRank(na, rank, &val); * on the returned Numa for additional rank values. */ l_int32 pixGetRankValueMasked(PIX *pixs, PIX *pixm, l_int32 x, l_int32 y, l_int32 factor, l_float32 rank, l_float32 *pval, NUMA **pna) { NUMA *na; PROCNAME("pixGetRankValueMasked"); if (pna) *pna = NULL; if (!pval) return ERROR_INT("&val not defined", procName, 1); *pval = 0.0; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (pixGetDepth(pixs) != 8 && !pixGetColormap(pixs)) return ERROR_INT("pixs neither 8 bpp nor colormapped", procName, 1); if (pixm && pixGetDepth(pixm) != 1) return ERROR_INT("pixm not 1 bpp", procName, 1); if (factor < 1) return ERROR_INT("sampling factor < 1", procName, 1); if (rank < 0.0 || rank > 1.0) return ERROR_INT("rank not in [0.0 ... 1.0]", procName, 1); if ((na = pixGetGrayHistogramMasked(pixs, pixm, x, y, factor)) == NULL) return ERROR_INT("na not made", procName, 1); numaHistogramGetValFromRank(na, rank, pval); if (pna) *pna = na; else numaDestroy(&na); return 0; } /*! * pixGetAverageValue() * * Input: pixs (8 bpp, 32 bpp or colormapped) * factor (subsampling factor; integer >= 1) * type (L_MEAN_ABSVAL, L_ROOT_MEAN_SQUARE, * L_STANDARD_DEVIATION, L_VARIANCE) * &value ( pixel value corresponding to input rank) * Return: 0 if OK, 1 on error * * Notes: * (1) Simple function to get average statistical values of an image. */ l_int32 pixGetAverageValue(PIX *pixs, l_int32 factor, l_int32 type, l_uint32 *pvalue) { l_int32 d; l_float32 val, rval, gval, bval; PIX *pixt; PIXCMAP *cmap; PROCNAME("pixGetAverageValue"); if (!pvalue) return ERROR_INT("&value not defined", procName, 1); *pvalue = 0; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); d = pixGetDepth(pixs); cmap = pixGetColormap(pixs); if (d != 8 && d != 32 && !cmap) return ERROR_INT("pixs not 8 or 32 bpp, or cmapped", procName, 1); if (cmap) pixt = pixRemoveColormap(pixs, REMOVE_CMAP_BASED_ON_SRC); else pixt = pixClone(pixs); d = pixGetDepth(pixt); if (d == 8) { pixGetAverageMasked(pixt, NULL, 0, 0, factor, type, &val); *pvalue = lept_roundftoi(val); } else { pixGetAverageMaskedRGB(pixt, NULL, 0, 0, factor, type, &rval, &gval, &bval); composeRGBPixel(lept_roundftoi(rval), lept_roundftoi(gval), lept_roundftoi(bval), pvalue); } pixDestroy(&pixt); return 0; } /*! * pixGetAverageMaskedRGB() * * Input: pixs (32 bpp, or colormapped) * pixm ( 1 bpp mask over which average is to be taken; * use all pixels if null) * x, y (UL corner of pixm relative to the UL corner of pixs; * can be < 0) * factor (subsampling factor; >= 1) * type (L_MEAN_ABSVAL, L_ROOT_MEAN_SQUARE, * L_STANDARD_DEVIATION, L_VARIANCE) * &rval ( measured red value of given 'type') * &gval ( measured green value of given 'type') * &bval ( measured blue value of given 'type') * Return: 0 if OK, 1 on error * * Notes: * (1) For usage, see pixGetAverageMasked(). * (2) If there is a colormap, it is removed before the 8 bpp * component images are extracted. */ l_int32 pixGetAverageMaskedRGB(PIX *pixs, PIX *pixm, l_int32 x, l_int32 y, l_int32 factor, l_int32 type, l_float32 *prval, l_float32 *pgval, l_float32 *pbval) { PIX *pixt; PIXCMAP *cmap; PROCNAME("pixGetAverageMaskedRGB"); if (prval) *prval = 0.0; if (pgval) *pgval = 0.0; if (pbval) *pbval = 0.0; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); cmap = pixGetColormap(pixs); if (pixGetDepth(pixs) != 32 && !cmap) return ERROR_INT("pixs neither 32 bpp nor colormapped", procName, 1); if (pixm && pixGetDepth(pixm) != 1) return ERROR_INT("pixm not 1 bpp", procName, 1); if (factor < 1) return ERROR_INT("subsampling factor < 1", procName, 1); if (type != L_MEAN_ABSVAL && type != L_ROOT_MEAN_SQUARE && type != L_STANDARD_DEVIATION && type != L_VARIANCE) return ERROR_INT("invalid measure type", procName, 1); if (!prval && !pgval && !pbval) return ERROR_INT("no values requested", procName, 1); if (prval) { if (cmap) pixt = pixGetRGBComponentCmap(pixs, COLOR_RED); else pixt = pixGetRGBComponent(pixs, COLOR_RED); pixGetAverageMasked(pixt, pixm, x, y, factor, type, prval); pixDestroy(&pixt); } if (pgval) { if (cmap) pixt = pixGetRGBComponentCmap(pixs, COLOR_GREEN); else pixt = pixGetRGBComponent(pixs, COLOR_GREEN); pixGetAverageMasked(pixt, pixm, x, y, factor, type, pgval); pixDestroy(&pixt); } if (pbval) { if (cmap) pixt = pixGetRGBComponentCmap(pixs, COLOR_BLUE); else pixt = pixGetRGBComponent(pixs, COLOR_BLUE); pixGetAverageMasked(pixt, pixm, x, y, factor, type, pbval); pixDestroy(&pixt); } return 0; } /*! * pixGetAverageMasked() * * Input: pixs (8 or 16 bpp, or colormapped) * pixm ( 1 bpp mask over which average is to be taken; * use all pixels if null) * x, y (UL corner of pixm relative to the UL corner of pixs; * can be < 0) * factor (subsampling factor; >= 1) * type (L_MEAN_ABSVAL, L_ROOT_MEAN_SQUARE, * L_STANDARD_DEVIATION, L_VARIANCE) * &val ( measured value of given 'type') * Return: 0 if OK, 1 on error * * Notes: * (1) Use L_MEAN_ABSVAL to get the average value of pixels in pixs * that are under the fg of the optional mask. If the mask * is null, it finds the average of the pixels in pixs. * (2) Likewise, use L_ROOT_MEAN_SQUARE to get the rms value of * pixels in pixs, either masked or not; L_STANDARD_DEVIATION * to get the standard deviation from the mean of the pixels; * L_VARIANCE to get the average squared difference from the * expected value. The variance is the square of the stdev. * For the standard deviation, we use * sqrt(<( - x)>^2) = sqrt( - ^2) * (3) Set the subsampling @factor > 1 to reduce the amount of * computation. * (4) Clipping of pixm (if it exists) to pixs is done in the inner loop. * (5) Input x,y are ignored unless pixm exists. */ l_int32 pixGetAverageMasked(PIX *pixs, PIX *pixm, l_int32 x, l_int32 y, l_int32 factor, l_int32 type, l_float32 *pval) { l_int32 i, j, w, h, d, wm, hm, wplg, wplm, val, count; l_uint32 *datag, *datam, *lineg, *linem; l_float64 sumave, summs, ave, meansq, var; PIX *pixg; PROCNAME("pixGetAverageMasked"); if (!pval) return ERROR_INT("&val not defined", procName, 1); *pval = 0.0; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); d = pixGetDepth(pixs); if (d != 8 && d != 16 && !pixGetColormap(pixs)) return ERROR_INT("pixs not 8 or 16 bpp or colormapped", procName, 1); if (pixm && pixGetDepth(pixm) != 1) return ERROR_INT("pixm not 1 bpp", procName, 1); if (factor < 1) return ERROR_INT("subsampling factor < 1", procName, 1); if (type != L_MEAN_ABSVAL && type != L_ROOT_MEAN_SQUARE && type != L_STANDARD_DEVIATION && type != L_VARIANCE) return ERROR_INT("invalid measure type", procName, 1); if (pixGetColormap(pixs)) pixg = pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); else pixg = pixClone(pixs); pixGetDimensions(pixg, &w, &h, &d); datag = pixGetData(pixg); wplg = pixGetWpl(pixg); sumave = summs = 0.0; count = 0; if (!pixm) { for (i = 0; i < h; i += factor) { lineg = datag + i * wplg; for (j = 0; j < w; j += factor) { if (d == 8) val = GET_DATA_BYTE(lineg, j); else /* d == 16 */ val = GET_DATA_TWO_BYTES(lineg, j); if (type != L_ROOT_MEAN_SQUARE) sumave += val; if (type != L_MEAN_ABSVAL) summs += val * val; count++; } } } else { pixGetDimensions(pixm, &wm, &hm, NULL); datam = pixGetData(pixm); wplm = pixGetWpl(pixm); for (i = 0; i < hm; i += factor) { if (y + i < 0 || y + i >= h) continue; lineg = datag + (y + i) * wplg; linem = datam + i * wplm; for (j = 0; j < wm; j += factor) { if (x + j < 0 || x + j >= w) continue; if (GET_DATA_BIT(linem, j)) { if (d == 8) val = GET_DATA_BYTE(lineg, x + j); else /* d == 16 */ val = GET_DATA_TWO_BYTES(lineg, x + j); if (type != L_ROOT_MEAN_SQUARE) sumave += val; if (type != L_MEAN_ABSVAL) summs += val * val; count++; } } } } pixDestroy(&pixg); if (count == 0) return ERROR_INT("no pixels sampled", procName, 1); ave = sumave / (l_float64)count; meansq = summs / (l_float64)count; var = meansq - ave * ave; if (type == L_MEAN_ABSVAL) *pval = (l_float32)ave; else if (type == L_ROOT_MEAN_SQUARE) *pval = (l_float32)sqrt(meansq); else if (type == L_STANDARD_DEVIATION) *pval = (l_float32)sqrt(var); else /* type == L_VARIANCE */ *pval = (l_float32)var; return 0; } /*! * pixGetAverageTiledRGB() * * Input: pixs (32 bpp, or colormapped) * sx, sy (tile size; must be at least 2 x 2) * type (L_MEAN_ABSVAL, L_ROOT_MEAN_SQUARE, L_STANDARD_DEVIATION) * &pixr ( tiled 'average' of red component) * &pixg ( tiled 'average' of green component) * &pixb ( tiled 'average' of blue component) * Return: 0 if OK, 1 on error * * Notes: * (1) For usage, see pixGetAverageTiled(). * (2) If there is a colormap, it is removed before the 8 bpp * component images are extracted. */ l_int32 pixGetAverageTiledRGB(PIX *pixs, l_int32 sx, l_int32 sy, l_int32 type, PIX **ppixr, PIX **ppixg, PIX **ppixb) { PIX *pixt; PIXCMAP *cmap; PROCNAME("pixGetAverageTiledRGB"); if (ppixr) *ppixr = NULL; if (ppixg) *ppixg = NULL; if (ppixb) *ppixb = NULL; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); cmap = pixGetColormap(pixs); if (pixGetDepth(pixs) != 32 && !cmap) return ERROR_INT("pixs neither 32 bpp nor colormapped", procName, 1); if (sx < 2 || sy < 2) return ERROR_INT("sx and sy not both > 1", procName, 1); if (type != L_MEAN_ABSVAL && type != L_ROOT_MEAN_SQUARE && type != L_STANDARD_DEVIATION) return ERROR_INT("invalid measure type", procName, 1); if (!ppixr && !ppixg && !ppixb) return ERROR_INT("no returned data requested", procName, 1); if (ppixr) { if (cmap) pixt = pixGetRGBComponentCmap(pixs, COLOR_RED); else pixt = pixGetRGBComponent(pixs, COLOR_RED); *ppixr = pixGetAverageTiled(pixt, sx, sy, type); pixDestroy(&pixt); } if (ppixg) { if (cmap) pixt = pixGetRGBComponentCmap(pixs, COLOR_GREEN); else pixt = pixGetRGBComponent(pixs, COLOR_GREEN); *ppixg = pixGetAverageTiled(pixt, sx, sy, type); pixDestroy(&pixt); } if (ppixb) { if (cmap) pixt = pixGetRGBComponentCmap(pixs, COLOR_BLUE); else pixt = pixGetRGBComponent(pixs, COLOR_BLUE); *ppixb = pixGetAverageTiled(pixt, sx, sy, type); pixDestroy(&pixt); } return 0; } /*! * pixGetAverageTiled() * * Input: pixs (8 bpp, or colormapped) * sx, sy (tile size; must be at least 2 x 2) * type (L_MEAN_ABSVAL, L_ROOT_MEAN_SQUARE, L_STANDARD_DEVIATION) * Return: pixd (average values in each tile), or null on error * * Notes: * (1) Only computes for tiles that are entirely contained in pixs. * (2) Use L_MEAN_ABSVAL to get the average abs value within the tile; * L_ROOT_MEAN_SQUARE to get the rms value within each tile; * L_STANDARD_DEVIATION to get the standard dev. from the average * within each tile. * (3) If colormapped, converts to 8 bpp gray. */ PIX * pixGetAverageTiled(PIX *pixs, l_int32 sx, l_int32 sy, l_int32 type) { l_int32 i, j, k, m, w, h, wd, hd, d, pos, wplt, wpld, valt; l_uint32 *datat, *datad, *linet, *lined, *startt; l_float64 sumave, summs, ave, meansq, normfact; PIX *pixt, *pixd; PROCNAME("pixGetAverageTiled"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 8 && !pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs not 8 bpp or cmapped", procName, NULL); if (sx < 2 || sy < 2) return (PIX *)ERROR_PTR("sx and sy not both > 1", procName, NULL); wd = w / sx; hd = h / sy; if (wd < 1 || hd < 1) return (PIX *)ERROR_PTR("wd or hd == 0", procName, NULL); if (type != L_MEAN_ABSVAL && type != L_ROOT_MEAN_SQUARE && type != L_STANDARD_DEVIATION) return (PIX *)ERROR_PTR("invalid measure type", procName, NULL); pixt = pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); pixd = pixCreate(wd, hd, 8); datat = pixGetData(pixt); wplt = pixGetWpl(pixt); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); normfact = 1. / (l_float64)(sx * sy); for (i = 0; i < hd; i++) { lined = datad + i * wpld; linet = datat + i * sy * wplt; for (j = 0; j < wd; j++) { if (type == L_MEAN_ABSVAL || type == L_STANDARD_DEVIATION) { sumave = 0.0; for (k = 0; k < sy; k++) { startt = linet + k * wplt; for (m = 0; m < sx; m++) { pos = j * sx + m; valt = GET_DATA_BYTE(startt, pos); sumave += valt; } } ave = normfact * sumave; } if (type == L_ROOT_MEAN_SQUARE || type == L_STANDARD_DEVIATION) { summs = 0.0; for (k = 0; k < sy; k++) { startt = linet + k * wplt; for (m = 0; m < sx; m++) { pos = j * sx + m; valt = GET_DATA_BYTE(startt, pos); summs += valt * valt; } } meansq = normfact * summs; } if (type == L_MEAN_ABSVAL) valt = (l_int32)(ave + 0.5); else if (type == L_ROOT_MEAN_SQUARE) valt = (l_int32)(sqrt(meansq) + 0.5); else /* type == L_STANDARD_DEVIATION */ valt = (l_int32)(sqrt(meansq - ave * ave) + 0.5); SET_DATA_BYTE(lined, j, valt); } } pixDestroy(&pixt); return pixd; } /*! * pixRowStats() * * Input: pixs (8 bpp; not cmapped) * box ( clipping box; can be null) * &namean ( numa of mean values) * &namedian ( numa of median values) * &namode ( numa of mode intensity values) * &namodecount ( numa of mode counts) * &navar ( numa of variance) * &narootvar ( numa of square root of variance) * Return: na (numa of requested statistic for each row), or null on error * * Notes: * (1) This computes numas that represent column vectors of statistics, * with each of its values derived from the corresponding row of a Pix. * (2) Use NULL on input to prevent computation of any of the 5 numas. * (3) Other functions that compute pixel row statistics are: * pixCountPixelsByRow() * pixAverageByRow() * pixVarianceByRow() * pixGetRowStats() */ l_int32 pixRowStats(PIX *pixs, BOX *box, NUMA **pnamean, NUMA **pnamedian, NUMA **pnamode, NUMA **pnamodecount, NUMA **pnavar, NUMA **pnarootvar) { l_int32 i, j, k, w, h, val, wpls, sum, sumsq, target, max, modeval; l_int32 xstart, xend, ystart, yend, bw, bh; l_int32 *histo; l_uint32 *lines, *datas; l_float32 norm; l_float32 *famean, *fameansq, *favar, *farootvar; l_float32 *famedian, *famode, *famodecount; PROCNAME("pixRowStats"); if (pnamean) *pnamean = NULL; if (pnamedian) *pnamedian = NULL; if (pnamode) *pnamode = NULL; if (pnamodecount) *pnamodecount = NULL; if (pnavar) *pnavar = NULL; if (pnarootvar) *pnarootvar = NULL; if (!pixs || pixGetDepth(pixs) != 8) return ERROR_INT("pixs undefined or not 8 bpp", procName, 1); famean = fameansq = favar = farootvar = NULL; famedian = famode = famodecount = NULL; pixGetDimensions(pixs, &w, &h, NULL); if (boxClipToRectangleParams(box, w, h, &xstart, &ystart, &xend, ¥d, &bw, &bh) == 1) return ERROR_INT("invalid clipping box", procName, 1); /* We need the mean for variance and root variance */ datas = pixGetData(pixs); wpls = pixGetWpl(pixs); if (pnamean || pnavar || pnarootvar) { norm = 1. / (l_float32)bw; famean = (l_float32 *)CALLOC(bh, sizeof(l_float32)); fameansq = (l_float32 *)CALLOC(bh, sizeof(l_float32)); if (pnavar || pnarootvar) { favar = (l_float32 *)CALLOC(bh, sizeof(l_float32)); if (pnarootvar) farootvar = (l_float32 *)CALLOC(bh, sizeof(l_float32)); } for (i = ystart; i < yend; i++) { sum = sumsq = 0; lines = datas + i * wpls; for (j = xstart; j < xend; j++) { val = GET_DATA_BYTE(lines, j); sum += val; sumsq += val * val; } famean[i] = norm * sum; fameansq[i] = norm * sumsq; if (pnavar || pnarootvar) { favar[i] = fameansq[i] - famean[i] * famean[i]; if (pnarootvar) farootvar[i] = sqrt(favar[i]); } } FREE(fameansq); if (pnamean) *pnamean = numaCreateFromFArray(famean, bh, L_INSERT); else FREE(famean); if (pnavar) *pnavar = numaCreateFromFArray(favar, bh, L_INSERT); else FREE(favar); if (pnarootvar) *pnarootvar = numaCreateFromFArray(farootvar, bh, L_INSERT); } /* We need a histogram to find the median and/or mode values */ if (pnamedian || pnamode || pnamodecount) { histo = (l_int32 *)CALLOC(256, sizeof(l_int32)); if (pnamedian) { *pnamedian = numaMakeConstant(0, bh); famedian = numaGetFArray(*pnamedian, L_NOCOPY); } if (pnamode) { *pnamode = numaMakeConstant(0, bh); famode = numaGetFArray(*pnamode, L_NOCOPY); } if (pnamodecount) { *pnamodecount = numaMakeConstant(0, bh); famodecount = numaGetFArray(*pnamodecount, L_NOCOPY); } for (i = ystart; i < yend; i++) { lines = datas + i * wpls; memset(histo, 0, 1024); for (j = xstart; j < xend; j++) { val = GET_DATA_BYTE(lines, j); histo[val]++; } if (pnamedian) { sum = 0; target = (bw + 1) / 2; for (k = 0; k < 256; k++) { sum += histo[k]; if (sum >= target) { famedian[i] = k; break; } } } if (pnamode || pnamodecount) { max = 0; modeval = 0; for (k = 0; k < 256; k++) { if (histo[k] > max) { max = histo[k]; modeval = k; } } if (pnamode) famode[i] = modeval; if (pnamodecount) famodecount[i] = max; } } FREE(histo); } return 0; } /*! * pixColumnStats() * * Input: pixs (8 bpp; not cmapped) * box ( clipping box; can be null) * &namean ( numa of mean values) * &namedian ( numa of median values) * &namode ( numa of mode intensity values) * &namodecount ( numa of mode counts) * &navar ( numa of variance) * &narootvar ( numa of square root of variance) * Return: na (numa of requested statistic for each column), * or null on error * * Notes: * (1) This computes numas that represent row vectors of statistics, * with each of its values derived from the corresponding col of a Pix. * (2) Use NULL on input to prevent computation of any of the 5 numas. * (3) Other functions that compute pixel column statistics are: * pixCountPixelsByColumn() * pixAverageByColumn() * pixVarianceByColumn() * pixGetColumnStats() */ l_int32 pixColumnStats(PIX *pixs, BOX *box, NUMA **pnamean, NUMA **pnamedian, NUMA **pnamode, NUMA **pnamodecount, NUMA **pnavar, NUMA **pnarootvar) { l_int32 i, j, k, w, h, val, wpls, sum, sumsq, target, max, modeval; l_int32 xstart, xend, ystart, yend, bw, bh; l_int32 *histo; l_uint32 *lines, *datas; l_float32 norm; l_float32 *famean, *fameansq, *favar, *farootvar; l_float32 *famedian, *famode, *famodecount; PROCNAME("pixColumnStats"); if (pnamean) *pnamean = NULL; if (pnamedian) *pnamedian = NULL; if (pnamode) *pnamode = NULL; if (pnamodecount) *pnamodecount = NULL; if (pnavar) *pnavar = NULL; if (pnarootvar) *pnarootvar = NULL; if (!pixs || pixGetDepth(pixs) != 8) return ERROR_INT("pixs undefined or not 8 bpp", procName, 1); famean = fameansq = favar = farootvar = NULL; famedian = famode = famodecount = NULL; pixGetDimensions(pixs, &w, &h, NULL); if (boxClipToRectangleParams(box, w, h, &xstart, &ystart, &xend, ¥d, &bw, &bh) == 1) return ERROR_INT("invalid clipping box", procName, 1); /* We need the mean for variance and root variance */ datas = pixGetData(pixs); wpls = pixGetWpl(pixs); if (pnamean || pnavar || pnarootvar) { norm = 1. / (l_float32)bh; famean = (l_float32 *)CALLOC(bw, sizeof(l_float32)); fameansq = (l_float32 *)CALLOC(bw, sizeof(l_float32)); if (pnavar || pnarootvar) { favar = (l_float32 *)CALLOC(bw, sizeof(l_float32)); if (pnarootvar) farootvar = (l_float32 *)CALLOC(bw, sizeof(l_float32)); } for (j = xstart; j < xend; j++) { sum = sumsq = 0; for (i = ystart, lines = datas; i < yend; lines += wpls, i++) { val = GET_DATA_BYTE(lines, j); sum += val; sumsq += val * val; } famean[j] = norm * sum; fameansq[j] = norm * sumsq; if (pnavar || pnarootvar) { favar[j] = fameansq[j] - famean[j] * famean[j]; if (pnarootvar) farootvar[j] = sqrt(favar[j]); } } FREE(fameansq); if (pnamean) *pnamean = numaCreateFromFArray(famean, bw, L_INSERT); else FREE(famean); if (pnavar) *pnavar = numaCreateFromFArray(favar, bw, L_INSERT); else FREE(favar); if (pnarootvar) *pnarootvar = numaCreateFromFArray(farootvar, bw, L_INSERT); } /* We need a histogram to find the median and/or mode values */ if (pnamedian || pnamode || pnamodecount) { histo = (l_int32 *)CALLOC(256, sizeof(l_int32)); if (pnamedian) { *pnamedian = numaMakeConstant(0, bw); famedian = numaGetFArray(*pnamedian, L_NOCOPY); } if (pnamode) { *pnamode = numaMakeConstant(0, bw); famode = numaGetFArray(*pnamode, L_NOCOPY); } if (pnamodecount) { *pnamodecount = numaMakeConstant(0, bw); famodecount = numaGetFArray(*pnamodecount, L_NOCOPY); } for (j = xstart; j < xend; j++) { memset(histo, 0, 1024); for (i = ystart, lines = datas; i < yend; lines += wpls, i++) { val = GET_DATA_BYTE(lines, j); histo[val]++; } if (pnamedian) { sum = 0; target = (bh + 1) / 2; for (k = 0; k < 256; k++) { sum += histo[k]; if (sum >= target) { famedian[j] = k; break; } } } if (pnamode || pnamodecount) { max = 0; modeval = 0; for (k = 0; k < 256; k++) { if (histo[k] > max) { max = histo[k]; modeval = k; } } if (pnamode) famode[j] = modeval; if (pnamodecount) famodecount[j] = max; } } FREE(histo); } return 0; } /*! * pixGetComponentRange() * * Input: pixs (8 bpp grayscale, 32 bpp rgb, or colormapped) * factor (subsampling factor; >= 1; ignored if colormapped) * color (L_SELECT_RED, L_SELECT_GREEN or L_SELECT_BLUE) * &minval ( minimum value of component) * &maxval ( maximum value of component) * Return: 0 if OK, 1 on error * * Notes: * (1) If pixs is 8 bpp grayscale, the color selection type is ignored. */ l_int32 pixGetComponentRange(PIX *pixs, l_int32 factor, l_int32 color, l_int32 *pminval, l_int32 *pmaxval) { l_int32 d; PIXCMAP *cmap; PROCNAME("pixGetComponentRange"); if (pminval) *pminval = 0; if (pmaxval) *pmaxval = 0; if (!pminval && !pmaxval) return ERROR_INT("no result requested", procName, 1); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); cmap = pixGetColormap(pixs); if (cmap) return pixcmapGetComponentRange(cmap, color, pminval, pmaxval); if (factor < 1) return ERROR_INT("subsampling factor < 1", procName, 1); d = pixGetDepth(pixs); if (d != 8 && d != 32) return ERROR_INT("pixs not 8 or 32 bpp", procName, 1); if (d == 8) { pixGetExtremeValue(pixs, factor, L_SELECT_MIN, NULL, NULL, NULL, pminval); pixGetExtremeValue(pixs, factor, L_SELECT_MAX, NULL, NULL, NULL, pmaxval); } else if (color == L_SELECT_RED) { pixGetExtremeValue(pixs, factor, L_SELECT_MIN, pminval, NULL, NULL, NULL); pixGetExtremeValue(pixs, factor, L_SELECT_MAX, pmaxval, NULL, NULL, NULL); } else if (color == L_SELECT_GREEN) { pixGetExtremeValue(pixs, factor, L_SELECT_MIN, NULL, pminval, NULL, NULL); pixGetExtremeValue(pixs, factor, L_SELECT_MAX, NULL, pmaxval, NULL, NULL); } else if (color == L_SELECT_BLUE) { pixGetExtremeValue(pixs, factor, L_SELECT_MIN, NULL, NULL, pminval, NULL); pixGetExtremeValue(pixs, factor, L_SELECT_MAX, NULL, NULL, pmaxval, NULL); } else { return ERROR_INT("invalid color", procName, 1); } return 0; } /*! * pixGetExtremeValue() * * Input: pixs (8 bpp grayscale, 32 bpp rgb, or colormapped) * factor (subsampling factor; >= 1; ignored if colormapped) * type (L_SELECT_MIN or L_SELECT_MAX) * &rval ( red component) * &gval ( green component) * &bval ( blue component) * &grayval ( min or max gray value) * Return: 0 if OK, 1 on error * * Notes: * (1) If pixs is grayscale, the result is returned in &grayval. * Otherwise, if there is a colormap or d == 32, * each requested color component is returned. At least * one color component (address) must be input. */ l_int32 pixGetExtremeValue(PIX *pixs, l_int32 factor, l_int32 type, l_int32 *prval, l_int32 *pgval, l_int32 *pbval, l_int32 *pgrayval) { l_int32 i, j, w, h, d, wpl; l_int32 val, extval, rval, gval, bval, extrval, extgval, extbval; l_uint32 pixel; l_uint32 *data, *line; PIXCMAP *cmap; PROCNAME("pixGetExtremeValue"); if (prval) *prval = 0; if (pgval) *pgval = 0; if (pbval) *pbval = 0; if (pgrayval) *pgrayval = 0; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); cmap = pixGetColormap(pixs); if (cmap) return pixcmapGetExtremeValue(cmap, type, prval, pgval, pbval); pixGetDimensions(pixs, &w, &h, &d); if (type != L_SELECT_MIN && type != L_SELECT_MAX) return ERROR_INT("invalid type", procName, 1); if (factor < 1) return ERROR_INT("subsampling factor < 1", procName, 1); if (d != 8 && d != 32) return ERROR_INT("pixs not 8 or 32 bpp", procName, 1); if (d == 8 && !pgrayval) return ERROR_INT("can't return result in grayval", procName, 1); if (d == 32 && !prval && !pgval && !pbval) return ERROR_INT("can't return result in r/g/b-val", procName, 1); data = pixGetData(pixs); wpl = pixGetWpl(pixs); if (d == 8) { if (type == L_SELECT_MIN) extval = 100000; else /* get max */ extval = 0; for (i = 0; i < h; i += factor) { line = data + i * wpl; for (j = 0; j < w; j += factor) { val = GET_DATA_BYTE(line, j); if ((type == L_SELECT_MIN && val < extval) || (type == L_SELECT_MAX && val > extval)) extval = val; } } *pgrayval = extval; return 0; } /* 32 bpp rgb */ if (type == L_SELECT_MIN) { extrval = 100000; extgval = 100000; extbval = 100000; } else { extrval = 0; extgval = 0; extbval = 0; } for (i = 0; i < h; i += factor) { line = data + i * wpl; for (j = 0; j < w; j += factor) { pixel = line[j]; if (prval) { rval = (pixel >> L_RED_SHIFT) & 0xff; if ((type == L_SELECT_MIN && rval < extrval) || (type == L_SELECT_MAX && rval > extrval)) extrval = rval; } if (pgval) { gval = (pixel >> L_GREEN_SHIFT) & 0xff; if ((type == L_SELECT_MIN && gval < extgval) || (type == L_SELECT_MAX && gval > extgval)) extgval = gval; } if (pbval) { bval = (pixel >> L_BLUE_SHIFT) & 0xff; if ((type == L_SELECT_MIN && bval < extbval) || (type == L_SELECT_MAX && bval > extbval)) extbval = bval; } } } if (prval) *prval = extrval; if (pgval) *pgval = extgval; if (pbval) *pbval = extbval; return 0; } /*! * pixGetMaxValueInRect() * * Input: pixs (8 bpp or 32 bpp grayscale; no color space components) * box ( region; set box = NULL to use entire pixs) * &maxval ( max value in region) * &xmax ( x location of max value) * &ymax ( y location of max value) * Return: 0 if OK, 1 on error * * Notes: * (1) This can be used to find the maximum and its location * in a 2-dimensional histogram, where the x and y directions * represent two color components (e.g., saturation and hue). * (2) Note that here a 32 bpp pixs has pixel values that are simply * numbers. They are not 8 bpp components in a colorspace. */ l_int32 pixGetMaxValueInRect(PIX *pixs, BOX *box, l_uint32 *pmaxval, l_int32 *pxmax, l_int32 *pymax) { l_int32 i, j, w, h, d, wpl, bw, bh; l_int32 xstart, ystart, xend, yend, xmax, ymax; l_uint32 val, maxval; l_uint32 *data, *line; PROCNAME("pixGetMaxValueInRect"); if (pmaxval) *pmaxval = 0; if (pxmax) *pxmax = 0; if (pymax) *pymax = 0; if (!pmaxval && !pxmax && !pymax) return ERROR_INT("nothing to do", procName, 1); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (pixGetColormap(pixs) != NULL) return ERROR_INT("pixs has colormap", procName, 1); pixGetDimensions(pixs, &w, &h, &d); if (d != 8 && d != 32) return ERROR_INT("pixs not 8 or 32 bpp", procName, 1); xstart = ystart = 0; xend = w - 1; yend = h - 1; if (box) { boxGetGeometry(box, &xstart, &ystart, &bw, &bh); xend = xstart + bw - 1; yend = ystart + bh - 1; } data = pixGetData(pixs); wpl = pixGetWpl(pixs); maxval = 0; xmax = ymax = 0; for (i = ystart; i <= yend; i++) { line = data + i * wpl; for (j = xstart; j <= xend; j++) { if (d == 8) val = GET_DATA_BYTE(line, j); else /* d == 32 */ val = line[j]; if (val > maxval) { maxval = val; xmax = j; ymax = i; } } } if (maxval == 0) { /* no counts; pick the center of the rectangle */ xmax = (xstart + xend) / 2; ymax = (ystart + yend) / 2; } if (pmaxval) *pmaxval = maxval; if (pxmax) *pxmax = xmax; if (pymax) *pymax = ymax; return 0; } /*! * pixGetBinnedComponentRange() * * Input: pixs (32 bpp rgb) * nbins (number of equal population bins; must be > 1) * factor (subsampling factor; >= 1) * color (L_SELECT_RED, L_SELECT_GREEN or L_SELECT_BLUE) * &minval ( minimum value of component) * &maxval ( maximum value of component) * &carray ( color array of bins) * debugflag (1 for debug output) * Return: 0 if OK, 1 on error * * Notes: * (1) This returns the min and max average values of the * selected color component in the set of rank bins, * where the ranking is done using the specified component. */ l_int32 pixGetBinnedComponentRange(PIX *pixs, l_int32 nbins, l_int32 factor, l_int32 color, l_int32 *pminval, l_int32 *pmaxval, l_uint32 **pcarray, l_int32 debugflag) { l_int32 i, minval, maxval, rval, gval, bval; l_uint32 *carray; PIX *pixt; PROCNAME("pixGetBinnedComponentRange"); if (pminval) *pminval = 0; if (pmaxval) *pmaxval = 0; if (pcarray) *pcarray = NULL; if (!pminval && !pmaxval) return ERROR_INT("no result requested", procName, 1); if (!pixs || pixGetDepth(pixs) != 32) return ERROR_INT("pixs not defined or not 32 bpp", procName, 1); if (factor < 1) return ERROR_INT("subsampling factor < 1", procName, 1); if (color != L_SELECT_RED && color != L_SELECT_GREEN && color != L_SELECT_BLUE) return ERROR_INT("invalid color", procName, 1); pixGetRankColorArray(pixs, nbins, color, factor, &carray, 0); if (debugflag) { for (i = 0; i < nbins; i++) fprintf(stderr, "c[%d] = %x\n", i, carray[i]); pixt = pixDisplayColorArray(carray, nbins, 200, 5, 1); pixDisplay(pixt, 100, 100); pixDestroy(&pixt); } extractRGBValues(carray[0], &rval, &gval, &bval); minval = rval; if (color == L_SELECT_GREEN) minval = gval; else if (color == L_SELECT_BLUE) minval = bval; extractRGBValues(carray[nbins - 1], &rval, &gval, &bval); maxval = rval; if (color == L_SELECT_GREEN) maxval = gval; else if (color == L_SELECT_BLUE) maxval = bval; if (pminval) *pminval = minval; if (pmaxval) *pmaxval = maxval; if (pcarray) *pcarray = carray; else FREE(carray); return 0; } /*! * pixGetRankColorArray() * * Input: pixs (32 bpp or cmapped) * nbins (number of equal population bins; must be > 1) * type (color selection flag) * factor (subsampling factor; integer >= 1) * &carray ( array of colors, ranked by intensity) * debugflag (1 to display color squares and plots of color * components; 2 to write them as png to file) * Return: 0 if OK, 1 on error * * Notes: * (1) The color selection flag is one of: L_SELECT_RED, L_SELECT_GREEN, * L_SELECT_BLUE, L_SELECT_MIN, L_SELECT_MAX. * (2) Then it finds the histogram of the selected component in each * RGB pixel. For each of the @nbins sets of pixels, * ordered by this component value, find the average color, * and return this as a "rank color" array. The output array * has @nbins colors. * (3) Set the subsampling factor > 1 to reduce the amount of * computation. Typically you want at least 10,000 pixels * for reasonable statistics. * (4) The rank color as a function of rank can then be found from * rankint = (l_int32)(rank * (nbins - 1) + 0.5); * extractRGBValues(array[rankint], &rval, &gval, &bval); * where the rank is in [0.0 ... 1.0]. * This function is meant to be simple and approximate. * (5) Compare this with pixGetBinnedColor(), which generates equal * width intensity bins and finds the average color in each bin. */ l_int32 pixGetRankColorArray(PIX *pixs, l_int32 nbins, l_int32 type, l_int32 factor, l_uint32 **pcarray, l_int32 debugflag) { l_int32 ret; l_uint32 *array; NUMA *na, *nan, *narbin; PIX *pixt, *pixc, *pixg, *pixd; PIXCMAP *cmap; PROCNAME("pixGetRankColorArray"); if (!pcarray) return ERROR_INT("&carray not defined", procName, 1); *pcarray = NULL; if (factor < 1) return ERROR_INT("sampling factor < 1", procName, 1); if (nbins < 2) return ERROR_INT("nbins must be at least 2", procName, 1); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); cmap = pixGetColormap(pixs); if (pixGetDepth(pixs) != 32 && !cmap) return ERROR_INT("pixs neither 32 bpp nor cmapped", procName, 1); if (type != L_SELECT_RED && type != L_SELECT_GREEN && type != L_SELECT_BLUE && type != L_SELECT_MIN && type != L_SELECT_MAX) return ERROR_INT("invalid type", procName, 1); /* Downscale by factor and remove colormap if it exists */ pixt = pixScaleByIntSubsampling(pixs, factor); if (cmap) pixc = pixRemoveColormap(pixt, REMOVE_CMAP_TO_FULL_COLOR); else pixc = pixClone(pixt); pixDestroy(&pixt); /* Get normalized histogram of the selected component */ if (type == L_SELECT_RED) pixg = pixGetRGBComponent(pixc, COLOR_RED); else if (type == L_SELECT_GREEN) pixg = pixGetRGBComponent(pixc, COLOR_GREEN); else if (type == L_SELECT_BLUE) pixg = pixGetRGBComponent(pixc, COLOR_BLUE); else if (type == L_SELECT_MIN) pixg = pixConvertRGBToGrayMinMax(pixc, L_CHOOSE_MIN); else /* type == L_SELECT_MAX */ pixg = pixConvertRGBToGrayMinMax(pixc, L_CHOOSE_MAX); if ((na = pixGetGrayHistogram(pixg, 1)) == NULL) return ERROR_INT("na not made", procName, 1); nan = numaNormalizeHistogram(na, 1.0); /* Get the following arrays: * (1) nar: cumulative normalized histogram (rank vs intensity value). * With 256 intensity values, we have 257 rank values. * (2) nai: "average" intensity as function of rank bin, for * @nbins equally spaced in rank between 0.0 and 1.0. * (3) narbin: bin number of discretized rank as a function of * intensity. This is the 'inverse' of nai. * (4) nabb: intensity value of the right bin boundary, for each * of the @nbins discretized rank bins. */ if (!debugflag) { numaDiscretizeRankAndIntensity(nan, nbins, &narbin, NULL, NULL, NULL); } else { l_int32 type; NUMA *nai, *nar, *nabb; numaDiscretizeRankAndIntensity(nan, nbins, &narbin, &nai, &nar, &nabb); type = (debugflag == 1) ? GPLOT_X11 : GPLOT_PNG; gplotSimple1(nan, type, "/tmp/rtnan", "Normalized Histogram"); gplotSimple1(nar, type, "/tmp/rtnar", "Cumulative Histogram"); gplotSimple1(nai, type, "/tmp/rtnai", "Intensity vs. rank bin"); gplotSimple1(narbin, type, "/tmp/rtnarbin", "LUT: rank bin vs. Intensity"); gplotSimple1(nabb, type, "/tmp/rtnabb", "Intensity of right edge vs. rank bin"); numaDestroy(&nai); numaDestroy(&nar); numaDestroy(&nabb); } /* Get the average color in each bin for pixels whose grayscale * values fall in the bin range. @narbin is the LUT that * determines the bin number from the grayscale version of * the image. Because this mapping may not be unique, * some bins may not be represented in the LUT. In use, to get fair * allocation into all the bins, bin population is monitored * as pixels are accumulated, and when bins fill up, * pixels are required to overflow into succeeding bins. */ pixGetBinnedColor(pixc, pixg, 1, nbins, narbin, pcarray, debugflag); ret = 0; if ((array = *pcarray) == NULL) { L_ERROR("color array not returned\n", procName); ret = 1; debugflag = 0; /* make sure to skip the following */ } if (debugflag) { pixd = pixDisplayColorArray(array, nbins, 200, 5, 1); if (debugflag == 1) pixDisplayWithTitle(pixd, 0, 500, "binned colors", 1); else /* debugflag == 2 */ pixWriteTempfile("/tmp", "rankhisto.png", pixd, IFF_PNG, NULL); pixDestroy(&pixd); } pixDestroy(&pixc); pixDestroy(&pixg); numaDestroy(&na); numaDestroy(&nan); numaDestroy(&narbin); return ret; } /*! * pixGetBinnedColor() * * Input: pixs (32 bpp) * pixg (8 bpp grayscale version of pixs) * factor (sampling factor along pixel counting direction) * nbins (number of intensity bins) * nalut (LUT for mapping from intensity to bin number) * &carray ( array of average color values in each bin) * debugflag (1 to display output debug plots of color * components; 2 to write them as png to file) * Return: 0 if OK; 1 on error * * Notes: * (1) This takes a color image, a grayscale (intensity) version, * a LUT from intensity to bin number, and the number of bins. * It computes the average color for pixels whose intensity * is in each bin. This is returned as an array of l_uint32 * colors in our standard RGBA ordering. * (2) This function generates equal width intensity bins and * finds the average color in each bin. Compare this with * pixGetRankColorArray(), which rank orders the pixels * by the value of the selected component in each pixel, * sets up bins with equal population (not intensity width!), * and gets the average color in each bin. */ l_int32 pixGetBinnedColor(PIX *pixs, PIX *pixg, l_int32 factor, l_int32 nbins, NUMA *nalut, l_uint32 **pcarray, l_int32 debugflag) { l_int32 i, j, w, h, wpls, wplg, grayval, bin, rval, gval, bval; l_int32 npts, avepts, maxpts; l_uint32 *datas, *datag, *lines, *lineg, *carray; l_float64 norm; l_float64 *rarray, *garray, *barray, *narray; PROCNAME("pixGetBinnedColor"); if (!pcarray) return ERROR_INT("&carray not defined", procName, 1); *pcarray = NULL; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!pixg) return ERROR_INT("pixg not defined", procName, 1); if (!nalut) return ERROR_INT("nalut not defined", procName, 1); if (factor < 1) { L_WARNING("sampling factor less than 1; setting to 1\n", procName); factor = 1; } /* Find the color for each rank bin. Note that we can have * multiple bins filled with pixels having the same gray value. * Therefore, because in general the mapping from gray value * to bin number is not unique, if a bin fills up (actually, * we allow it to slightly overfill), we roll the excess * over to the next bin, etc. */ pixGetDimensions(pixs, &w, &h, NULL); npts = (w + factor - 1) * (h + factor - 1) / (factor * factor); avepts = (npts + nbins - 1) / nbins; /* average number of pts in a bin */ maxpts = (l_int32)((1.0 + 0.5 / (l_float32)nbins) * avepts); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); datag = pixGetData(pixg); wplg = pixGetWpl(pixg); rarray = (l_float64 *)CALLOC(nbins, sizeof(l_float64)); garray = (l_float64 *)CALLOC(nbins, sizeof(l_float64)); barray = (l_float64 *)CALLOC(nbins, sizeof(l_float64)); narray = (l_float64 *)CALLOC(nbins, sizeof(l_float64)); for (i = 0; i < h; i += factor) { lines = datas + i * wpls; lineg = datag + i * wplg; for (j = 0; j < w; j += factor) { grayval = GET_DATA_BYTE(lineg, j); numaGetIValue(nalut, grayval, &bin); extractRGBValues(lines[j], &rval, &gval, &bval); while (narray[bin] >= maxpts && bin < nbins - 1) bin++; rarray[bin] += rval; garray[bin] += gval; barray[bin] += bval; narray[bin] += 1.0; /* count samples in each bin */ } } for (i = 0; i < nbins; i++) { norm = 1. / narray[i]; rarray[i] *= norm; garray[i] *= norm; barray[i] *= norm; /* fprintf(stderr, "narray[%d] = %f\n", i, narray[i]); */ } if (debugflag) { l_int32 type; NUMA *nared, *nagreen, *nablue; nared = numaCreate(nbins); nagreen = numaCreate(nbins); nablue = numaCreate(nbins); for (i = 0; i < nbins; i++) { numaAddNumber(nared, rarray[i]); numaAddNumber(nagreen, garray[i]); numaAddNumber(nablue, barray[i]); } type = (debugflag == 1) ? GPLOT_X11 : GPLOT_PNG; gplotSimple1(nared, type, "/tmp/rtnared", "Average red val vs. rank bin"); gplotSimple1(nagreen, type, "/tmp/rtnagreen", "Average green val vs. rank bin"); gplotSimple1(nablue, type, "/tmp/rtnablue", "Average blue val vs. rank bin"); numaDestroy(&nared); numaDestroy(&nagreen); numaDestroy(&nablue); } /* Save colors for all bins in a single array */ if ((carray = (l_uint32 *)CALLOC(nbins, sizeof(l_uint32))) == NULL) return ERROR_INT("rankcolor not made", procName, 1); *pcarray = carray; for (i = 0; i < nbins; i++) { rval = (l_int32)(rarray[i] + 0.5); gval = (l_int32)(garray[i] + 0.5); bval = (l_int32)(barray[i] + 0.5); composeRGBPixel(rval, gval, bval, carray + i); } FREE(rarray); FREE(garray); FREE(barray); FREE(narray); return 0; } /*! * pixDisplayColorArray() * * Input: carray (array of colors: 0xrrggbb00) * ncolors (size of array) * side (size of each color square; suggest 200) * ncols (number of columns in output color matrix) * textflag (1 to label each square with text; 0 otherwise) * Return: pixd (color array), or null on error */ PIX * pixDisplayColorArray(l_uint32 *carray, l_int32 ncolors, l_int32 side, l_int32 ncols, l_int32 textflag) { char textstr[256]; l_int32 i, rval, gval, bval; L_BMF *bmf6; PIX *pixt, *pixd; PIXA *pixa; PROCNAME("pixDisplayColorArray"); if (!carray) return (PIX *)ERROR_PTR("carray not defined", procName, NULL); bmf6 = NULL; if (textflag) bmf6 = bmfCreate("./fonts", 6); pixa = pixaCreate(ncolors); for (i = 0; i < ncolors; i++) { pixt = pixCreate(side, side, 32); pixSetAllArbitrary(pixt, carray[i]); if (textflag) { extractRGBValues(carray[i], &rval, &gval, &bval); snprintf(textstr, sizeof(textstr), "%d: (%d %d %d)", i, rval, gval, bval); pixSaveTiledWithText(pixt, pixa, side, (i % ncols == 0) ? 1 : 0, 20, 2, bmf6, textstr, 0xff000000, L_ADD_BELOW); } else { pixSaveTiled(pixt, pixa, 1.0, (i % ncols == 0) ? 1 : 0, 20, 32); } pixDestroy(&pixt); } pixd = pixaDisplay(pixa, 0, 0); pixaDestroy(&pixa); bmfDestroy(&bmf6); return pixd; } /*-------------------------------------------------------------* * Pixelwise aligned statistics * *-------------------------------------------------------------*/ /*! * pixaGetAlignedStats() * * Input: pixa (of identically sized, 8 bpp pix; not cmapped) * type (L_MEAN_ABSVAL, L_MEDIAN_VAL, L_MODE_VAL, L_MODE_COUNT) * nbins (of histogram for median and mode; ignored for mean) * thresh (on histogram for mode val; ignored for all other types) * Return: pix (with pixelwise aligned stats), or null on error. * * Notes: * (1) Each pixel in the returned pix represents an average * (or median, or mode) over the corresponding pixels in each * pix in the pixa. * (2) The @thresh parameter works with L_MODE_VAL only, and * sets a minimum occupancy of the mode bin. * If the occupancy of the mode bin is less than @thresh, the * mode value is returned as 0. To always return the actual * mode value, set @thresh = 0. See pixGetRowStats(). */ PIX * pixaGetAlignedStats(PIXA *pixa, l_int32 type, l_int32 nbins, l_int32 thresh) { l_int32 j, n, w, h, d; l_float32 *colvect; PIX *pixt, *pixd; PROCNAME("pixaGetAlignedStats"); if (!pixa) return (PIX *)ERROR_PTR("pixa not defined", procName, NULL); if (type != L_MEAN_ABSVAL && type != L_MEDIAN_VAL && type != L_MODE_VAL && type != L_MODE_COUNT) return (PIX *)ERROR_PTR("invalid type", procName, NULL); n = pixaGetCount(pixa); if (n == 0) return (PIX *)ERROR_PTR("no pix in pixa", procName, NULL); pixaGetPixDimensions(pixa, 0, &w, &h, &d); if (d != 8) return (PIX *)ERROR_PTR("pix not 8 bpp", procName, NULL); pixd = pixCreate(w, h, 8); pixt = pixCreate(n, h, 8); colvect = (l_float32 *)CALLOC(h, sizeof(l_float32)); for (j = 0; j < w; j++) { pixaExtractColumnFromEachPix(pixa, j, pixt); pixGetRowStats(pixt, type, nbins, thresh, colvect); pixSetPixelColumn(pixd, j, colvect); } FREE(colvect); pixDestroy(&pixt); return pixd; } /*! * pixaExtractColumnFromEachPix() * * Input: pixa (of identically sized, 8 bpp; not cmapped) * col (column index) * pixd (pix into which each column is inserted) * Return: 0 if OK, 1 on error */ l_int32 pixaExtractColumnFromEachPix(PIXA *pixa, l_int32 col, PIX *pixd) { l_int32 i, k, n, w, h, ht, val, wplt, wpld; l_uint32 *datad, *datat; PIX *pixt; PROCNAME("pixaExtractColumnFromEachPix"); if (!pixa) return ERROR_INT("pixa not defined", procName, 1); if (!pixd || pixGetDepth(pixd) != 8) return ERROR_INT("pixa not defined or not 8 bpp", procName, 1); n = pixaGetCount(pixa); pixGetDimensions(pixd, &w, &h, NULL); if (n != w) return ERROR_INT("pix width != n", procName, 1); pixt = pixaGetPix(pixa, 0, L_CLONE); wplt = pixGetWpl(pixt); pixGetDimensions(pixt, NULL, &ht, NULL); pixDestroy(&pixt); if (h != ht) return ERROR_INT("pixd height != column height", procName, 1); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (k = 0; k < n; k++) { pixt = pixaGetPix(pixa, k, L_CLONE); datat = pixGetData(pixt); for (i = 0; i < h; i++) { val = GET_DATA_BYTE(datat, col); SET_DATA_BYTE(datad + i * wpld, k, val); datat += wplt; } pixDestroy(&pixt); } return 0; } /*! * pixGetRowStats() * * Input: pixs (8 bpp; not cmapped) * type (L_MEAN_ABSVAL, L_MEDIAN_VAL, L_MODE_VAL, L_MODE_COUNT) * nbins (of histogram for median and mode; ignored for mean) * thresh (on histogram for mode; ignored for mean and median) * colvect (vector of results gathered across the rows of pixs) * Return: 0 if OK, 1 on error * * Notes: * (1) This computes a column vector of statistics using each * row of a Pix. The result is put in @colvect. * (2) The @thresh parameter works with L_MODE_VAL only, and * sets a minimum occupancy of the mode bin. * If the occupancy of the mode bin is less than @thresh, the * mode value is returned as 0. To always return the actual * mode value, set @thresh = 0. * (3) What is the meaning of this @thresh parameter? * For each row, the total count in the histogram is w, the * image width. So @thresh, relative to w, gives a measure * of the ratio of the bin width to the width of the distribution. * The larger @thresh, the narrower the distribution must be * for the mode value to be returned (instead of returning 0). * (4) If the Pix consists of a set of corresponding columns, * one for each Pix in a Pixa, the width of the Pix is the * number of Pix in the Pixa and the column vector can * be stored as a column in a Pix of the same size as * each Pix in the Pixa. */ l_int32 pixGetRowStats(PIX *pixs, l_int32 type, l_int32 nbins, l_int32 thresh, l_float32 *colvect) { l_int32 i, j, k, w, h, val, wpls, sum, target, max, modeval; l_int32 *histo, *gray2bin, *bin2gray; l_uint32 *lines, *datas; PROCNAME("pixGetRowStats"); if (!pixs || pixGetDepth(pixs) != 8) return ERROR_INT("pixs not defined or not 8 bpp", procName, 1); if (!colvect) return ERROR_INT("colvect not defined", procName, 1); if (type != L_MEAN_ABSVAL && type != L_MEDIAN_VAL && type != L_MODE_VAL && type != L_MODE_COUNT) return ERROR_INT("invalid type", procName, 1); if (type != L_MEAN_ABSVAL && (nbins < 1 || nbins > 256)) return ERROR_INT("invalid nbins", procName, 1); pixGetDimensions(pixs, &w, &h, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); if (type == L_MEAN_ABSVAL) { for (i = 0; i < h; i++) { sum = 0; lines = datas + i * wpls; for (j = 0; j < w; j++) sum += GET_DATA_BYTE(lines, j); colvect[i] = (l_float32)sum / (l_float32)w; } return 0; } /* We need a histogram; binwidth ~ 256 / nbins */ histo = (l_int32 *)CALLOC(nbins, sizeof(l_int32)); gray2bin = (l_int32 *)CALLOC(256, sizeof(l_int32)); bin2gray = (l_int32 *)CALLOC(nbins, sizeof(l_int32)); for (i = 0; i < 256; i++) /* gray value --> histo bin */ gray2bin[i] = (i * nbins) / 256; for (i = 0; i < nbins; i++) /* histo bin --> gray value */ bin2gray[i] = (i * 256 + 128) / nbins; for (i = 0; i < h; i++) { lines = datas + i * wpls; for (k = 0; k < nbins; k++) histo[k] = 0; for (j = 0; j < w; j++) { val = GET_DATA_BYTE(lines, j); histo[gray2bin[val]]++; } if (type == L_MEDIAN_VAL) { sum = 0; target = (w + 1) / 2; for (k = 0; k < nbins; k++) { sum += histo[k]; if (sum >= target) { colvect[i] = bin2gray[k]; break; } } } else if (type == L_MODE_VAL) { max = 0; modeval = 0; for (k = 0; k < nbins; k++) { if (histo[k] > max) { max = histo[k]; modeval = k; } } if (max < thresh) colvect[i] = 0; else colvect[i] = bin2gray[modeval]; } else { /* type == L_MODE_COUNT */ max = 0; modeval = 0; for (k = 0; k < nbins; k++) { if (histo[k] > max) { max = histo[k]; modeval = k; } } colvect[i] = max; } } FREE(histo); FREE(gray2bin); FREE(bin2gray); return 0; } /*! * pixGetColumnStats() * * Input: pixs (8 bpp; not cmapped) * type (L_MEAN_ABSVAL, L_MEDIAN_VAL, L_MODE_VAL, L_MODE_COUNT) * nbins (of histogram for median and mode; ignored for mean) * thresh (on histogram for mode val; ignored for all other types) * rowvect (vector of results gathered down the columns of pixs) * Return: 0 if OK, 1 on error * * Notes: * (1) This computes a row vector of statistics using each * column of a Pix. The result is put in @rowvect. * (2) The @thresh parameter works with L_MODE_VAL only, and * sets a minimum occupancy of the mode bin. * If the occupancy of the mode bin is less than @thresh, the * mode value is returned as 0. To always return the actual * mode value, set @thresh = 0. * (3) What is the meaning of this @thresh parameter? * For each column, the total count in the histogram is h, the * image height. So @thresh, relative to h, gives a measure * of the ratio of the bin width to the width of the distribution. * The larger @thresh, the narrower the distribution must be * for the mode value to be returned (instead of returning 0). */ l_int32 pixGetColumnStats(PIX *pixs, l_int32 type, l_int32 nbins, l_int32 thresh, l_float32 *rowvect) { l_int32 i, j, k, w, h, val, wpls, sum, target, max, modeval; l_int32 *histo, *gray2bin, *bin2gray; l_uint32 *datas; PROCNAME("pixGetColumnStats"); if (!pixs || pixGetDepth(pixs) != 8) return ERROR_INT("pixs not defined or not 8 bpp", procName, 1); if (!rowvect) return ERROR_INT("rowvect not defined", procName, 1); if (type != L_MEAN_ABSVAL && type != L_MEDIAN_VAL && type != L_MODE_VAL && type != L_MODE_COUNT) return ERROR_INT("invalid type", procName, 1); if (type != L_MEAN_ABSVAL && (nbins < 1 || nbins > 256)) return ERROR_INT("invalid nbins", procName, 1); pixGetDimensions(pixs, &w, &h, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); if (type == L_MEAN_ABSVAL) { for (j = 0; j < w; j++) { sum = 0; for (i = 0; i < h; i++) sum += GET_DATA_BYTE(datas + i * wpls, j); rowvect[j] = (l_float32)sum / (l_float32)h; } return 0; } /* We need a histogram; binwidth ~ 256 / nbins */ histo = (l_int32 *)CALLOC(nbins, sizeof(l_int32)); gray2bin = (l_int32 *)CALLOC(256, sizeof(l_int32)); bin2gray = (l_int32 *)CALLOC(nbins, sizeof(l_int32)); for (i = 0; i < 256; i++) /* gray value --> histo bin */ gray2bin[i] = (i * nbins) / 256; for (i = 0; i < nbins; i++) /* histo bin --> gray value */ bin2gray[i] = (i * 256 + 128) / nbins; for (j = 0; j < w; j++) { for (i = 0; i < h; i++) { val = GET_DATA_BYTE(datas + i * wpls, j); histo[gray2bin[val]]++; } if (type == L_MEDIAN_VAL) { sum = 0; target = (h + 1) / 2; for (k = 0; k < nbins; k++) { sum += histo[k]; if (sum >= target) { rowvect[j] = bin2gray[k]; break; } } } else if (type == L_MODE_VAL) { max = 0; modeval = 0; for (k = 0; k < nbins; k++) { if (histo[k] > max) { max = histo[k]; modeval = k; } } if (max < thresh) rowvect[j] = 0; else rowvect[j] = bin2gray[modeval]; } else { /* type == L_MODE_COUNT */ max = 0; modeval = 0; for (k = 0; k < nbins; k++) { if (histo[k] > max) { max = histo[k]; modeval = k; } } rowvect[j] = max; } for (k = 0; k < nbins; k++) histo[k] = 0; } FREE(histo); FREE(gray2bin); FREE(bin2gray); return 0; } /*! * pixSetPixelColumn() * * Input: pix (8 bpp; not cmapped) * col (column index) * colvect (vector of floats) * Return: 0 if OK, 1 on error */ l_int32 pixSetPixelColumn(PIX *pix, l_int32 col, l_float32 *colvect) { l_int32 i, w, h, wpl; l_uint32 *data; PROCNAME("pixSetCPixelColumn"); if (!pix || pixGetDepth(pix) != 8) return ERROR_INT("pix not defined or not 8 bpp", procName, 1); if (!colvect) return ERROR_INT("colvect not defined", procName, 1); pixGetDimensions(pix, &w, &h, NULL); if (col < 0 || col > w) return ERROR_INT("invalid col", procName, 1); data = pixGetData(pix); wpl = pixGetWpl(pix); for (i = 0; i < h; i++) SET_DATA_BYTE(data + i * wpl, col, (l_int32)colvect[i]); return 0; } /*-------------------------------------------------------------* * Foreground/background estimation * *-------------------------------------------------------------*/ /*! * pixThresholdForFgBg() * * Input: pixs (any depth; cmapped ok) * factor (subsampling factor; integer >= 1) * thresh (threshold for generating foreground mask) * &fgval ( average foreground value) * &bgval ( average background value) * Return: 0 if OK, 1 on error */ l_int32 pixThresholdForFgBg(PIX *pixs, l_int32 factor, l_int32 thresh, l_int32 *pfgval, l_int32 *pbgval) { l_float32 fval; PIX *pixg, *pixm; PROCNAME("pixThresholdForFgBg"); if (pfgval) *pfgval = 0; if (pbgval) *pbgval = 0; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); /* Generate a subsampled 8 bpp version and a mask over the fg */ pixg = pixConvertTo8BySampling(pixs, factor, 0); pixm = pixThresholdToBinary(pixg, thresh); if (pfgval) { pixGetAverageMasked(pixg, pixm, 0, 0, 1, L_MEAN_ABSVAL, &fval); *pfgval = (l_int32)(fval + 0.5); } if (pbgval) { pixInvert(pixm, pixm); pixGetAverageMasked(pixg, pixm, 0, 0, 1, L_MEAN_ABSVAL, &fval); *pbgval = (l_int32)(fval + 0.5); } pixDestroy(&pixg); pixDestroy(&pixm); return 0; } /*! * pixSplitDistributionFgBg() * * Input: pixs (any depth; cmapped ok) * scorefract (fraction of the max score, used to determine * the range over which the histogram min is searched) * factor (subsampling factor; integer >= 1) * &thresh ( best threshold for separating) * &fgval ( average foreground value) * &bgval ( average background value) * debugflag (1 for plotting of distribution and split point) * Return: 0 if OK, 1 on error * * Notes: * (1) See numaSplitDistribution() for details on the underlying * method of choosing a threshold. */ l_int32 pixSplitDistributionFgBg(PIX *pixs, l_float32 scorefract, l_int32 factor, l_int32 *pthresh, l_int32 *pfgval, l_int32 *pbgval, l_int32 debugflag) { char buf[256]; l_int32 thresh; l_float32 avefg, avebg, maxnum; GPLOT *gplot; NUMA *na, *nascore, *nax, *nay; PIX *pixg; PROCNAME("pixSplitDistributionFgBg"); if (pthresh) *pthresh = 0; if (pfgval) *pfgval = 0; if (pbgval) *pbgval = 0; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); /* Generate a subsampled 8 bpp version */ pixg = pixConvertTo8BySampling(pixs, factor, 0); /* Make the fg/bg estimates */ na = pixGetGrayHistogram(pixg, 1); if (debugflag) { numaSplitDistribution(na, scorefract, &thresh, &avefg, &avebg, NULL, NULL, &nascore); numaDestroy(&nascore); } else { numaSplitDistribution(na, scorefract, &thresh, &avefg, &avebg, NULL, NULL, NULL); } if (pthresh) *pthresh = thresh; if (pfgval) *pfgval = (l_int32)(avefg + 0.5); if (pbgval) *pbgval = (l_int32)(avebg + 0.5); if (debugflag) { gplot = gplotCreate("/tmp/histplot", GPLOT_PNG, "Histogram", "Grayscale value", "Number of pixels"); gplotAddPlot(gplot, NULL, na, GPLOT_LINES, NULL); nax = numaMakeConstant(thresh, 2); numaGetMax(na, &maxnum, NULL); nay = numaMakeConstant(0, 2); numaReplaceNumber(nay, 1, (l_int32)(0.5 * maxnum)); snprintf(buf, sizeof(buf), "score fract = %3.1f", scorefract); gplotAddPlot(gplot, nax, nay, GPLOT_LINES, buf); gplotMakeOutput(gplot); gplotDestroy(&gplot); numaDestroy(&nax); numaDestroy(&nay); } pixDestroy(&pixg); numaDestroy(&na); return 0; } leptonica-1.70/src/recogdid.c0000644000175000017500000010726012265243025014227 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * recogdid.c * * Top-level identification * l_int32 recogDecode() * * Generate decoding arrays * l_int32 recogMakeDecodingArrays() * static l_int32 recogMakeDecodingArray() * * Dynamic programming for best path * l_int32 recogRunViterbi() * l_int32 recogRescoreDidResult() * static PIX *recogShowPath() * * Create/destroy temporary DID data * l_int32 recogCreateDid() * l_int32 recogDestroyDid() * * Various helpers * l_int32 recogDidExists() * L_RDID *recogGetDid() * static l_int32 recogGetWindowedArea() * l_int32 recogSetChannelParams() * static l_int32 recogTransferRchToDid() * * See recogbasic.c for examples of training a recognizer, which is * required before it can be used for document image decoding. * * Gary Kopec pioneered this hidden markov approach to "Document Image * Decoding" (DID) in the early 1990s. It is based on estimation * using a generative model of the image generation process, and * provides the most likely decoding of an image if the model is correct. * Given the model, it finds the maximum a posteriori (MAP) "message" * given the observed image. The model describes how to generate * an image from a message, and the MAP message is derived from the * observed image using Bayes' theorem. This approach can also be used * to build the model, using the iterative expectation/maximization * method from labelled but errorful data. * * In a little more detail: The model comprises three things: the ideal * printed character templates, the independent bit-flip noise model, and * the character setwidths. When a character is printed, the setwidth * is the distance in pixels that you move forward before being able * to print the next character. It is typically slightly less than the * width of the character template: if too small, an extra character can be * hallucinated; if too large, it will not be able to match the next * character template on the line. The model assumes that the probabilities * of bit flip depend only on the assignment of the pixel to background * or template foreground. The multilevel templates have different * bit flip probabilities for each level. Because a character image * is composed of many pixels, each of which can be independently flipped, * the actual probability of seeing any rendering is exceedingly small, * being composed of the product of the probabilities for each pixel. * The log likelihood is used both to avoid numeric underflow and, * more importantly, because it results in a summation of independent * pixel probabilities. That summation can be shown, in Kopec's * original paper, to consist of a sum of two terms: (a) the number of * fg pixels in the bit-and of the observed image with the ideal * template and (b) the number of fg pixels in the template. Each * has a coefficient that depends only on the bit-flip probabilities * for the fg and bg. A beautiful result, and computationally simple! * One nice feature of this approach is that the result of the decoding * is not very sensitive to the values used for the bit flip probabilities. * * The procedure for finding the best decoding (MAP) for a given image goes * under several names: Viterbi, dynamic programming, hidden markov model. * It is called a "hidden markov model" because the templates are assumed * to be printed serially and we don't know what they are -- the identity * of the templates must be inferred from the observed image. * The possible decodings form a dense trellis over the pixel positions, * where at each pixel position you have the possibility of having any * of the characters printed there (with some reference point) or having * a single pixel wide space inserted there. Thus, before the trellis * can be traversed, we must do the work of finding the log probability, * at each pixel location, that each of the templates was printed there. * Armed with those arrays of data, the dynamic programming procedure * moves from left to right, one pixel at a time, recursively finding * the path with the highest log probability that gets to that pixel * position (and noting which template was printed to arrive there). * After reaching the right side of the image, we can simply backtrack * along the path, jumping over each template that lies on the highest * scoring path. This best path thus only goes through a few of the * pixel positions. * * There are two refinements to the original Kopec paper. In the first, * one uses multiple, non-overlapping fg templates, each with its own * bit flip probability. This makes sense, because the probability * that a fg boundary pixel flips to bg is greater than that of a fg * pixel not on the boundary. And the flip probability of a fg boundary * pixel is smaller than that of a bg boundary pixel, which in turn * is greater than that of a bg pixel not on a boundary (the latter * is taken to be the true background). Then the simplest realistic * multiple template model has three templates that are not background. * * In the second refinement, a heuristic (strict upper bound) is used * iteratively in the Viterbi process to compute the log probabilities. * Using the heuristic, you find the best path, and then score all nodes * on that path with the actual probability, which is guaranteed to * be a smaller number. You run this iteratively, rescoring just the best * found path each time. After each rescoring, the path may change because * the local scores have been reduced. However, the process converges * rapidly, and when it doesn't change, it must be the best path because * it is properly scored (even if neighboring paths are heuristically * scored). The heuristic score is found column-wise by assuming * that all the fg pixels in the template are on fg pixels in the image -- * we just take the minimum of the number of pixels in the template * and image column. This can easily give a 10-fold reduction in * computation because the heuristic score can be computed much faster * than the exact score. * * For reference, the classic paper on the approach by Kopec is: * * "Document Image Decoding Using Markov Source Models", IEEE Trans. * PAMI, Vol 16, No. 6, June 1994, pp 602-617. * A refinement of the method for multilevel templates by Kopec is: * * "Multilevel Character Templates for Document Image Decoding", * Proc. SPIE 3027, Document Recognition IV, p. 168ff, 1997. * Further refinements for more efficient decoding are given in these * two papers, which are both stored on leptonica.org: * * "Document Image Decoding using Iterated Complete Path Search", Minka, * Bloomberg and Popat, Proc. SPIE Vol 4307, p. 250-258, Document * Recognition and Retrieval VIII, San Jose, CA 2001. * * "Document Image Decoding using Iterated Complete Path Search with * Subsampled Heuristic Scoring", Bloomberg, Minka and Popat, ICDAR 2001, * p. 344-349, Sept. 2001, Seattle. */ #include #include #include "allheaders.h" static l_int32 recogMakeDecodingArray(L_RECOG *recog, l_int32 index, l_int32 debug); static l_int32 recogRescoreDidResult(L_RECOG *recog, PIX **ppixdb); static PIX *recogShowPath(L_RECOG *recog, l_int32 select); static l_int32 recogGetWindowedArea(L_RECOG *recog, l_int32 index, l_int32 x, l_int32 *pdely, l_int32 *pwsum); static l_int32 recogTransferRchToDid(L_RECOG *recog, l_int32 x, l_int32 y); /* Parameters for modeling the decoding */ static const l_float32 SetwidthFraction = 0.95; static const l_int32 MaxYShift = 1; /* Channel parameters. alpha[0] is the probability that a bg pixel * is OFF. alpha[1] is the probability that level 1 fg is ON. * The actual values are not too critical, but they must be larger * than 0.5 and smaller than 1.0. For more accuracy in template * matching, use a 4-level template, where levels 2 and 3 are * boundary pixels in the fg and bg, respectively. */ static const l_float32 DefaultAlpha2[] = {0.95, 0.9}; static const l_float32 DefaultAlpha4[] = {0.95, 0.9, 0.75, 0.25}; /*------------------------------------------------------------------------* * Top-level identification * *------------------------------------------------------------------------*/ /*! * recogDecode() * * Input: recog (with LUT's pre-computed) * pixs (typically of multiple touching characters, 1 bpp) * nlevels (of templates; 2 for now) * &pixdb ( debug result; can be null) * Return: 0 if OK, 1 on error */ l_int32 recogDecode(L_RECOG *recog, PIX *pixs, l_int32 nlevels, PIX **ppixdb) { l_int32 debug; PIX *pixt; PIXA *pixa; PROCNAME("recogDecode"); if (ppixdb) *ppixdb = NULL; if (!recog) return ERROR_INT("recog not defined", procName, 1); if (!pixs || pixGetDepth(pixs) != 1) return ERROR_INT("pixs not defined or not 1 bpp", procName, 1); if (!recog->train_done) return ERROR_INT("training not finished", procName, 1); if (nlevels != 2) return ERROR_INT("nlevels != 2 (for now)", procName, 1); pixa = (ppixdb) ? pixaCreate(2) : NULL; debug = (ppixdb) ? 1 : 0; if (recogMakeDecodingArrays(recog, pixs, debug)) return ERROR_INT("error making arrays", procName, 1); recogSetChannelParams(recog, nlevels); if (recogRunViterbi(recog, &pixt)) return ERROR_INT("error in viterbi", procName, 1); if (ppixdb) pixaAddPix(pixa, pixt, L_INSERT); if (recogRescoreDidResult(recog, &pixt)) return ERROR_INT("error in rescoring", procName, 1); if (ppixdb) pixaAddPix(pixa, pixt, L_INSERT); *ppixdb = pixaDisplayTiledInRows(pixa, 32, 2 * pixGetWidth(pixt) + 100, 1.0, 0, 30, 2); pixaDestroy(&pixa); return 0; } /*------------------------------------------------------------------------* * Generate decoding arrays * *------------------------------------------------------------------------*/ /*! * recogMakeDecodingArrays() * * Input: recog (with LUT's pre-computed) * pixs (typically of multiple touching characters, 1 bpp) * debug (1 for debug output; 0 otherwise) * Return: 0 if OK, 1 on error * * Notes: * (1) Generates the bit-and sum arrays for each character template * along pixs. These are used in the dynamic programming step. * (2) Previous arrays are destroyed and the new arrays are allocated. * (3) The values are saved in the scoring arrays at the left edge * of the template. They are used in the viterbi process * at the setwidth position (which is near the RHS of the template * as it is positioned on pixs) in the generated trellis. */ l_int32 recogMakeDecodingArrays(L_RECOG *recog, PIX *pixs, l_int32 debug) { l_int32 i; PIX *pix1; L_RDID *did; PROCNAME("recogMakeDecodingArrays"); if (!recog) return ERROR_INT("recog not defined", procName, 1); if (!pixs || pixGetDepth(pixs) != 1) return ERROR_INT("pixs not defined or not 1 bpp", procName, 1); if (!recog->train_done) return ERROR_INT("training not finished", procName, 1); /* Binarize and crop to foreground if necessary */ if ((pix1 = recogProcessToIdentify(recog, pixs, 0)) == NULL) return ERROR_INT("pix1 not made", procName, 1); /* Remove any existing RecogDID and set up a new one */ recogDestroyDid(recog); if (recogCreateDid(recog, pix1)) { pixDestroy(&pix1); return ERROR_INT("decoder not made", procName, 1); } /* Compute vertical sum and first moment arrays */ did = recogGetDid(recog); /* owned by recog */ did->nasum = pixCountPixelsByColumn(pix1); did->namoment = pixGetMomentByColumn(pix1, 1); /* Generate the arrays */ for (i = 0; i < recog->did->narray; i++) recogMakeDecodingArray(recog, i, debug); pixDestroy(&pix1); return 0; } /*! * recogMakeDecodingArray() * * Input: recog * index (of averaged template) * debug (1 for debug output; 0 otherwise) * Return: 0 if OK, 1 on error * * Notes: * (1) Generates the bit-and sum array for a character template along pixs. * (2) The values are saved in the scoring arrays at the left edge * of the template as it is positioned on pixs. */ static l_int32 recogMakeDecodingArray(L_RECOG *recog, l_int32 index, l_int32 debug) { l_int32 i, j, w1, h1, w2, h2, nx, ycent2, count, maxcount, maxdely; l_int32 sum, moment, dely, shifty; l_int32 *counta, *delya, *ycent1, *arraysum, *arraymoment, *sumtab; NUMA *nasum, *namoment; PIX *pix1, *pix2, *pix3; L_RDID *did; PROCNAME("recogMakeDecodingArray"); if (!recog) return ERROR_INT("recog not defined", procName, 1); if ((did = recogGetDid(recog)) == NULL) return ERROR_INT("did not defined", procName, 1); if (index < 0 || index >= did->narray) return ERROR_INT("invalid index", procName, 1); /* Check that pix1 is large enough for this template. */ pix1 = did->pixs; /* owned by did; do not destroy */ pixGetDimensions(pix1, &w1, &h1, NULL); pix2 = pixaGetPix(recog->pixa_u, index, L_CLONE); pixGetDimensions(pix2, &w2, &h2, NULL); if (w1 < w2) { L_INFO("w1 = %d < w2 = %d for index %d\n", procName, w1, w2, index); pixDestroy(&pix2); return 0; } nasum = did->nasum; namoment = did->namoment; ptaGetIPt(recog->pta_u, index, NULL, &ycent2); sumtab = recog->sumtab; counta = did->counta[index]; delya = did->delya[index]; /* Set up the array for ycent1. This gives the y-centroid location * for a window of width w2, starting at location i. */ nx = w1 - w2 + 1; /* number of positions w2 can be placed in w1 */ ycent1 = (l_int32 *)CALLOC(nx, sizeof(l_int32)); arraysum = numaGetIArray(nasum); arraymoment = numaGetIArray(namoment); for (i = 0, sum = 0, moment = 0; i < w2; i++) { sum += arraysum[i]; moment += arraymoment[i]; } for (i = 0; i < nx - 1; i++) { ycent1[i] = (sum == 0) ? ycent2 : (l_float32)moment / (l_float32)sum; sum += arraysum[w2 + i] - arraysum[i]; moment += arraymoment[w2 + i] - arraymoment[i]; } ycent1[nx - 1] = (sum == 0) ? ycent2 : (l_float32)moment / (l_float32)sum; /* Compute the bit-and sum between the template pix2 and pix1, at * locations where the left side of pix2 goes from 0 to nx - 1 * in pix1. Do this around the vertical alignment of the pix2 * centroid and the windowed pix1 centroid. * (1) Start with pix3 cleared and approximately equal in size to pix1. * (2) Blit the y-shifted pix2 onto pix3. Then all ON pixels * are within the intersection of pix1 and the shifted pix2. * (3) AND pix1 with pix3. */ pix3 = pixCreate(w2, h1, 1); for (i = 0; i < nx; i++) { shifty = (l_int32)(ycent1[i] - ycent2 + 0.5); maxcount = 0; for (j = -MaxYShift; j <= MaxYShift; j++) { pixClearAll(pix3); dely = shifty + j; /* amount pix2 is shifted relative to pix1 */ pixRasterop(pix3, 0, dely, w2, h2, PIX_SRC, pix2, 0, 0); pixRasterop(pix3, 0, 0, w2, h1, PIX_SRC & PIX_DST, pix1, i, 0); pixCountPixels(pix3, &count, sumtab); if (count > maxcount) { maxcount = count; maxdely = dely; } } counta[i] = maxcount; delya[i] = maxdely; } did->fullarrays = TRUE; pixDestroy(&pix2); pixDestroy(&pix3); FREE(ycent1); FREE(arraysum); FREE(arraymoment); return 0; } /*------------------------------------------------------------------------* * Dynamic programming for best path *------------------------------------------------------------------------*/ /*! * recogRunViterbi() * * Input: recog (with LUT's pre-computed) * &pixdb ( debug result; can be null) * Return: 0 if OK, 1 on error * * Notes: * (1) This is recursive, in that * (a) we compute the score successively at all pixel positions x, * (b) to compute the score at x in the trellis, for each * template we look backwards to (x - setwidth) to get the * score if that template were to be printed with its * setwidth location at x. We save at x the template and * score that maximizes the sum of the score at (x - setwidth) * and the log-likelihood for the template to be printed with * its LHS there. */ l_int32 recogRunViterbi(L_RECOG *recog, PIX **ppixdb) { l_int32 i, w1, x, narray, minsetw, first, templ, xloc, dely, counts, area1; l_int32 besttempl, spacetempl; l_int32 *setw, *didtempl; l_int32 *area2; /* must be freed */ l_float32 prevscore, matchscore, maxscore, correl; l_float32 *didscore; PIX *pixt; L_RDID *did; PROCNAME("recogRunViterbi"); if (!recog) return ERROR_INT("recog not defined", procName, 1); if ((did = recogGetDid(recog)) == NULL) return ERROR_INT("did not defined", procName, 1); if (did->fullarrays == 0) return ERROR_INT("did full arrays not made", procName, 1); /* The score array is initialized to 0.0. As we proceed to * the left, the log likelihood for the partial paths goes * negative, and we prune for the max (least negative) path. * No matches will be computed until we reach x = min(setwidth); * until then first == TRUE after looping over templates. */ w1 = did->size; narray = did->narray; spacetempl = narray; setw = did->setwidth; minsetw = 100000; for (i = 0; i < narray; i++) { if (setw[i] < minsetw) minsetw = setw[i]; } if (minsetw <= 0) { L_ERROR("minsetw <= 0; shouldn't happen\n", procName); minsetw = 1; } didscore = did->trellisscore; didtempl = did->trellistempl; area2 = numaGetIArray(recog->nasum_u); for (x = minsetw; x < w1; x++) { /* will always get a score */ first = TRUE; for (i = 0; i < narray; i++) { if (x - setw[i] < 0) continue; matchscore = didscore[x - setw[i]] + did->gamma[1] * did->counta[i][x - setw[i]] + did->beta[1] * area2[i]; if (first) { maxscore = matchscore; besttempl = i; first = FALSE; } else { if (matchscore > maxscore) { maxscore = matchscore; besttempl = i; } } } /* We can also put down a single pixel space, with no cost * because all pixels are bg. */ prevscore = didscore[x - 1]; if (prevscore > maxscore) { /* 1 pixel space is best */ maxscore = prevscore; besttempl = spacetempl; } didscore[x] = maxscore; didtempl[x] = besttempl; } /* Backtrack to get the best path. * Skip over (i.e., ignore) all single pixel spaces. */ for (x = w1 - 1; x >= 0; x--) { if (didtempl[x] != spacetempl) break; } while (x > 0) { if (didtempl[x] == spacetempl) { /* skip over spaces */ x--; continue; } templ = didtempl[x]; xloc = x - setw[templ]; if (xloc < 0) break; counts = did->counta[templ][xloc]; /* bit-and counts */ recogGetWindowedArea(recog, templ, xloc, &dely, &area1); correl = (counts * counts) / (l_float32)(area2[templ] * area1); pixt = pixaGetPix(recog->pixa_u, templ, L_CLONE); numaAddNumber(did->natempl, templ); numaAddNumber(did->naxloc, xloc); numaAddNumber(did->nadely, dely); numaAddNumber(did->nawidth, pixGetWidth(pixt)); numaAddNumber(did->nascore, correl); pixDestroy(&pixt); x = xloc; } if (ppixdb) { numaWriteStream(stderr, did->natempl); numaWriteStream(stderr, did->naxloc); numaWriteStream(stderr, did->nadely); numaWriteStream(stderr, did->nawidth); numaWriteStream(stderr, did->nascore); *ppixdb = recogShowPath(recog, 0); } FREE(area2); return 0; } /*! * recogRescoreDidResult() * * Input: recog (with LUT's pre-computed) * &pixdb ( debug result; can be null) * Return: 0 if OK, 1 on error * * Notes: * (1) This does correlation matching with all templates using the * viterbi path segmentation. */ static l_int32 recogRescoreDidResult(L_RECOG *recog, PIX **ppixdb) { l_int32 i, n, w2, h1, templ, x, xloc, dely, index; char *text; l_float32 score; BOX *box1; PIX *pixs, *pix1; L_RDID *did; PROCNAME("recogRescoreDidResult"); if (!recog) return ERROR_INT("recog not defined", procName, 1); if ((did = recogGetDid(recog)) == NULL) return ERROR_INT("did not defined", procName, 1); if (did->fullarrays == 0) return ERROR_INT("did full arrays not made", procName, 1); if ((n = numaGetCount(did->naxloc)) == 0) return ERROR_INT("no elements in path", procName, 1); pixs = did->pixs; h1 = pixGetHeight(pixs); for (i = 0; i < n; i++) { numaGetIValue(did->natempl, i, &templ); numaGetIValue(did->naxloc, i, &xloc); numaGetIValue(did->nadely, i, &dely); pixaGetPixDimensions(recog->pixa_u, templ, &w2, NULL, NULL); /* TODO: try to fix xloc - 4, etc. */ x = L_MAX(xloc, 0); box1 = boxCreate(x, dely, w2, h1); pix1 = pixClipRectangle(pixs, box1, NULL); recogIdentifyPix(recog, pix1, NULL); recogTransferRchToDid(recog, x, dely); if (ppixdb) { rchExtract(recog->rch, &index, &score, &text, NULL, NULL, NULL, NULL); fprintf(stderr, "text = %s, index = %d, score = %5.3f\n", text, index, score); } pixDestroy(&pix1); boxDestroy(&box1); FREE(text); } /* numaWriteStream(stderr, recog->did->nadely_r); */ if (ppixdb) *ppixdb = recogShowPath(recog, 1); return 0; } /*! * recogShowPath() * * Input: recog (with LUT's pre-computed) * select (0 for Viterbi; 1 for rescored) * Return: pix (debug output), or null on error) */ static PIX * recogShowPath(L_RECOG *recog, l_int32 select) { char textstr[16]; l_int32 i, n, index, xloc, dely; l_float32 score; L_BMF *bmf; NUMA *natempl_s, *nascore_s, *naxloc_s, *nadely_s; PIX *pixs, *pix0, *pix1, *pix2, *pix3, *pix4, *pix5; L_RDID *did; PROCNAME("recogShowPath"); if (!recog) return (PIX *)ERROR_PTR("recog not defined", procName, NULL); if ((did = recogGetDid(recog)) == NULL) return (PIX *)ERROR_PTR("did not defined", procName, NULL); pixs = pixScale(did->pixs, 4.0, 4.0); pix0 = pixAddBorderGeneral(pixs, 0, 0, 0, 40, 0); pix1 = pixConvertTo32(pix0); bmf = bmfCreate("./fonts", 8); if (select == 0) { /* Viterbi */ natempl_s = did->natempl; nascore_s = did->nascore; naxloc_s = did->naxloc; nadely_s = did->nadely; } else { /* rescored */ natempl_s = did->natempl_r; nascore_s = did->nascore_r; naxloc_s = did->naxloc_r; nadely_s = did->nadely_r; } n = numaGetCount(natempl_s); for (i = 0; i < n; i++) { numaGetIValue(natempl_s, i, &index); pix2 = pixaGetPix(recog->pixa_u, index, L_CLONE); pix3 = pixScale(pix2, 4.0, 4.0); pix4 = pixErodeBrick(NULL, pix3, 5, 5); pixXor(pix4, pix4, pix3); numaGetFValue(nascore_s, i, &score); snprintf(textstr, sizeof(textstr), "%5.3f", score); pix5 = pixAddSingleTextline(pix4, bmf, textstr, 1, L_ADD_BELOW); numaGetIValue(naxloc_s, i, &xloc); numaGetIValue(nadely_s, i, &dely); pixPaintThroughMask(pix1, pix5, 4 * xloc, 4 * dely, 0xff000000); pixDestroy(&pix2); pixDestroy(&pix3); pixDestroy(&pix4); pixDestroy(&pix5); } pixDestroy(&pixs); pixDestroy(&pix0); bmfDestroy(&bmf); return pix1; } /*------------------------------------------------------------------------* * Create/destroy temporary DID data * *------------------------------------------------------------------------*/ /*! * recogCreateDid() * * Input: recog * pixs (of 1 bpp image to match) * Return: 0 if OK, 1 on error */ l_int32 recogCreateDid(L_RECOG *recog, PIX *pixs) { l_int32 i; PIX *pixt; L_RDID *did; PROCNAME("recogCreateDid"); if (!recog) return ERROR_INT("recog not defined", procName, 1); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); recogDestroyDid(recog); did = (L_RDID *)CALLOC(1, sizeof(L_RDID)); recog->did = did; did->pixs = pixClone(pixs); did->narray = recog->setsize; did->size = pixGetWidth(pixs); did->natempl = numaCreate(5); did->naxloc = numaCreate(5); did->nadely = numaCreate(5); did->nawidth = numaCreate(5); did->nascore = numaCreate(5); did->natempl_r = numaCreate(5); did->naxloc_r = numaCreate(5); did->nadely_r = numaCreate(5); did->nawidth_r = numaCreate(5); did->nascore_r = numaCreate(5); /* Make the arrays */ did->setwidth = (l_int32 *)CALLOC(did->narray, sizeof(l_int32)); did->counta = (l_int32 **)CALLOC(did->narray, sizeof(l_int32 *)); did->delya = (l_int32 **)CALLOC(did->narray, sizeof(l_int32 *)); did->beta = (l_float32 *)CALLOC(5, sizeof(l_float32)); did->gamma = (l_float32 *)CALLOC(5, sizeof(l_float32)); did->trellisscore = (l_float32 *)CALLOC(did->size, sizeof(l_float32)); did->trellistempl = (l_int32 *)CALLOC(did->size, sizeof(l_int32)); for (i = 0; i < did->narray; i++) { did->counta[i] = (l_int32 *)CALLOC(did->size, sizeof(l_int32)); did->delya[i] = (l_int32 *)CALLOC(did->size, sizeof(l_int32)); } /* Populate the setwidth array */ for (i = 0; i < did->narray; i++) { pixt = pixaGetPix(recog->pixa_u, i, L_CLONE); did->setwidth[i] = (l_int32)(SetwidthFraction * pixGetWidth(pixt)); pixDestroy(&pixt); } return 0; } /*! * recogDestroyDid() * * Input: recog * Return: 0 if OK, 1 on error * * Notes: * (1) As the signature indicates, this is owned by the recog, and can * only be destroyed using this function. */ l_int32 recogDestroyDid(L_RECOG *recog) { l_int32 i; L_RDID *did; PROCNAME("recogDestroyDid"); if (!recog) return ERROR_INT("recog not defined", procName, 1); if ((did = recog->did) == NULL) return 0; if (!did->counta || !did->delya) return ERROR_INT("ptr array is null; shouldn't happen!", procName, 1); for (i = 0; i < did->narray; i++) { FREE(did->counta[i]); FREE(did->delya[i]); } FREE(did->setwidth); FREE(did->counta); FREE(did->delya); FREE(did->beta); FREE(did->gamma); FREE(did->trellisscore); FREE(did->trellistempl); pixDestroy(&did->pixs); numaDestroy(&did->nasum); numaDestroy(&did->namoment); numaDestroy(&did->natempl); numaDestroy(&did->naxloc); numaDestroy(&did->nadely); numaDestroy(&did->nawidth); numaDestroy(&did->nascore); numaDestroy(&did->natempl_r); numaDestroy(&did->naxloc_r); numaDestroy(&did->nadely_r); numaDestroy(&did->nawidth_r); numaDestroy(&did->nascore_r); FREE(did); recog->did = NULL; return 0; } /*------------------------------------------------------------------------* * Various helpers * *------------------------------------------------------------------------*/ /*! * recogDidExists() * * Input: recog * Return: 1 if recog->did exists; 0 if not or on error. */ l_int32 recogDidExists(L_RECOG *recog) { PROCNAME("recogDidExists"); if (!recog) return ERROR_INT("recog not defined", procName, 0); return (recog->did) ? 1 : 0; } /*! * recogGetDid() * * Input: recog * Return: did (still owned by the recog), or null on error * * Notes: * (1) This also makes sure the arrays are defined. */ L_RDID * recogGetDid(L_RECOG *recog) { l_int32 i; L_RDID *did; PROCNAME("recogGetDid"); if (!recog) return (L_RDID *)ERROR_PTR("recog not defined", procName, NULL); if ((did = recog->did) == NULL) return (L_RDID *)ERROR_PTR("did not defined", procName, NULL); if (!did->counta || !did->delya) return (L_RDID *)ERROR_PTR("did array ptrs not defined", procName, NULL); for (i = 0; i < did->narray; i++) { if (!did->counta[i] || !did->delya[i]) return (L_RDID *)ERROR_PTR("did arrays not defined", procName, NULL); } return did; } /*! * recogGetWindowedArea() * * Input: recog * index (of template) * x (pixel position of left hand edge of template) * &dely ( y shift of template relative to pix1) * &wsum ( number of fg pixels in window of pixs) * Return: 0 if OK, 1 on error * * Notes: * (1) This is called after the best path has been found through * the trellis, in order to produce a correlation that can be used * to evaluate the confidence we have in the identification. * The correlation is |1 & 2|^2 / (|1| * |2|). * |1 & 2| is given by the count array, |2| is found from * nasum_u[], and |1| is wsum returned from this function. */ static l_int32 recogGetWindowedArea(L_RECOG *recog, l_int32 index, l_int32 x, l_int32 *pdely, l_int32 *pwsum) { l_int32 w1, h1, w2, h2; PIX *pix1, *pix2, *pixt; L_RDID *did; PROCNAME("recogGetWindowedArea"); if (!pwsum) return ERROR_INT("&wsum not defined", procName, 1); *pwsum = 0; if (!pdely) return ERROR_INT("&dely not defined", procName, 1); *pdely = 0; if (!recog) return ERROR_INT("recog not defined", procName, 1); if ((did = recogGetDid(recog)) == NULL) return ERROR_INT("did not defined", procName, 1); if (index < 0 || index >= did->narray) return ERROR_INT("invalid index", procName, 1); pix1 = did->pixs; pixGetDimensions(pix1, &w1, &h1, NULL); if (x >= w1) return ERROR_INT("invalid x position", procName, 1); pix2 = pixaGetPix(recog->pixa_u, index, L_CLONE); pixGetDimensions(pix2, &w2, &h2, NULL); if (w1 < w2) { L_INFO("template %d too small\n", procName, index); pixDestroy(&pix2); return 0; } *pdely = did->delya[index][x]; pixt = pixCreate(w2, h1, 1); pixRasterop(pixt, 0, *pdely, w2, h2, PIX_SRC, pix2, 0, 0); pixRasterop(pixt, 0, 0, w2, h1, PIX_SRC & PIX_DST, pix1, x, 0); pixCountPixels(pixt, pwsum, recog->sumtab); pixDestroy(&pix2); pixDestroy(&pixt); return 0; } /*! * recogSetChannelParams() * * Input: recog * nlevels * Return: 0 if OK, 1 on error * * Notes: * (1) This converts the independent bit-flip probabilities in the * "channel" into log-likelihood coefficients on image sums. * These coefficients are only defined for the non-background * template levels. Thus for nlevels = 2 (one fg, one bg), * only beta[1] and gamma[1] are used. For nlevels = 4 (three * fg templates), we use beta[1-3] and gamma[1-3]. */ l_int32 recogSetChannelParams(L_RECOG *recog, l_int32 nlevels) { l_int32 i; const l_float32 *da; L_RDID *did; PROCNAME("recogSetChannelParams"); if (!recog) return ERROR_INT("recog not defined", procName, 1); if ((did = recogGetDid(recog)) == NULL) return ERROR_INT("did not defined", procName, 1); if (nlevels == 2) da = DefaultAlpha2; else if (nlevels == 4) da = DefaultAlpha4; else return ERROR_INT("nlevels not 2 or 4", procName, 1); for (i = 1; i < nlevels; i++) { did->beta[i] = log((1.0 - da[i]) / da[0]); did->gamma[i] = log(da[0] * da[i] / ((1.0 - da[0]) * (1.0 - da[i]))); fprintf(stderr, "beta[%d] = %7.3f, gamma[%d] = %7.3f\n", i, did->beta[i], i, did->gamma[i]); } return 0; } /*! * recogTransferRchToDid() * * Input: recog (with rch and did defined) * x (left edge of extracted region, relative to decoded line) * y (top edge of extracted region, relative to input image) * Return: 0 if OK, 1 on error * * Notes: * (1) This is used to transfer the results for a single character match * to the rescored did arrays. */ static l_int32 recogTransferRchToDid(L_RECOG *recog, l_int32 x, l_int32 y) { L_RDID *did; L_RCH *rch; PROCNAME("recogTransferRchToDid"); if (!recog) return ERROR_INT("recog not defined", procName, 1); if ((did = recogGetDid(recog)) == NULL) return ERROR_INT("did not defined", procName, 1); if ((rch = recog->rch) == NULL) return ERROR_INT("rch not defined", procName, 1); numaAddNumber(did->natempl_r, rch->index); numaAddNumber(did->naxloc_r, rch->xloc + x); numaAddNumber(did->nadely_r, rch->yloc + y); numaAddNumber(did->nawidth_r, rch->width); numaAddNumber(did->nascore_r, rch->score); return 0; } leptonica-1.70/src/graymorph.c0000644000175000017500000010416612244223112014451 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * graymorph.c * * Top-level binary morphological operations (van Herk / Gil-Werman) * PIX *pixErodeGray() * PIX *pixDilateGray() * PIX *pixOpenGray() * PIX *pixCloseGray() * * Special operations for 1x3, 3x1 and 3x3 Sels (direct) * PIX *pixErodeGray3() * PIX *pixDilateGray3() * PIX *pixOpenGray3() * PIX *pixCloseGray3() * * * Method: Algorithm by van Herk and Gil and Werman, 1992 * * Measured speed of the vH/G-W implementation is about 1 output * pixel per 120 PIII clock cycles, for a horizontal or vertical * erosion or dilation. The computation time doubles for opening * or closing, or for a square SE, as expected, and is independent * of the size of the SE. * * A faster implementation can be made directly for brick Sels * of maximum size 3. We unroll the computation for sets of 8 bytes. * It needs to be called explicitly; the general functions do not * default for the size 3 brick Sels. */ #include "allheaders.h" static PIX *pixErodeGray3h(PIX *pixs); static PIX *pixErodeGray3v(PIX *pixs); static PIX *pixDilateGray3h(PIX *pixs); static PIX *pixDilateGray3v(PIX *pixs); /*-----------------------------------------------------------------* * Top-level gray morphological operations * *-----------------------------------------------------------------*/ /*! * pixErodeGray() * * Input: pixs * hsize (of Sel; must be odd; origin implicitly in center) * vsize (ditto) * Return: pixd * * Notes: * (1) Sel is a brick with all elements being hits * (2) If hsize = vsize = 1, just returns a copy. */ PIX * pixErodeGray(PIX *pixs, l_int32 hsize, l_int32 vsize) { l_uint8 *buffer, *minarray; l_int32 w, h, wplb, wplt; l_int32 leftpix, rightpix, toppix, bottompix, maxsize; l_uint32 *datab, *datat; PIX *pixb, *pixt, *pixd; PROCNAME("pixErodeGray"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (hsize < 1 || vsize < 1) return (PIX *)ERROR_PTR("hsize or vsize < 1", procName, NULL); if ((hsize & 1) == 0 ) { L_WARNING("horiz sel size must be odd; increasing by 1\n", procName); hsize++; } if ((vsize & 1) == 0 ) { L_WARNING("vert sel size must be odd; increasing by 1\n", procName); vsize++; } if (hsize == 1 && vsize == 1) return pixCopy(NULL, pixs); if (vsize == 1) { /* horizontal sel */ leftpix = (hsize + 1) / 2; rightpix = (3 * hsize + 1) / 2; toppix = 0; bottompix = 0; } else if (hsize == 1) { /* vertical sel */ leftpix = 0; rightpix = 0; toppix = (vsize + 1) / 2; bottompix = (3 * vsize + 1) / 2; } else { leftpix = (hsize + 1) / 2; rightpix = (3 * hsize + 1) / 2; toppix = (vsize + 1) / 2; bottompix = (3 * vsize + 1) / 2; } if ((pixb = pixAddBorderGeneral(pixs, leftpix, rightpix, toppix, bottompix, 255)) == NULL) return (PIX *)ERROR_PTR("pixb not made", procName, NULL); if ((pixt = pixCreateTemplate(pixb)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); pixGetDimensions(pixt, &w, &h, NULL); datab = pixGetData(pixb); datat = pixGetData(pixt); wplb = pixGetWpl(pixb); wplt = pixGetWpl(pixt); if ((buffer = (l_uint8 *)CALLOC(L_MAX(w, h), sizeof(l_uint8))) == NULL) return (PIX *)ERROR_PTR("buffer not made", procName, NULL); maxsize = L_MAX(hsize, vsize); if ((minarray = (l_uint8 *)CALLOC(2 * maxsize, sizeof(l_uint8))) == NULL) return (PIX *)ERROR_PTR("minarray not made", procName, NULL); if (vsize == 1) { erodeGrayLow(datat, w, h, wplt, datab, wplb, hsize, L_HORIZ, buffer, minarray); } else if (hsize == 1) { erodeGrayLow(datat, w, h, wplt, datab, wplb, vsize, L_VERT, buffer, minarray); } else { erodeGrayLow(datat, w, h, wplt, datab, wplb, hsize, L_HORIZ, buffer, minarray); pixSetOrClearBorder(pixt, leftpix, rightpix, toppix, bottompix, PIX_SET); erodeGrayLow(datab, w, h, wplb, datat, wplt, vsize, L_VERT, buffer, minarray); pixDestroy(&pixt); pixt = pixClone(pixb); } if ((pixd = pixRemoveBorderGeneral(pixt, leftpix, rightpix, toppix, bottompix)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); FREE(buffer); FREE(minarray); pixDestroy(&pixb); pixDestroy(&pixt); return pixd; } /*! * pixDilateGray() * * Input: pixs * hsize (of Sel; must be odd; origin implicitly in center) * vsize (ditto) * Return: pixd * * Notes: * (1) Sel is a brick with all elements being hits * (2) If hsize = vsize = 1, just returns a copy. */ PIX * pixDilateGray(PIX *pixs, l_int32 hsize, l_int32 vsize) { l_uint8 *buffer, *maxarray; l_int32 w, h, wplb, wplt; l_int32 leftpix, rightpix, toppix, bottompix, maxsize; l_uint32 *datab, *datat; PIX *pixb, *pixt, *pixd; PROCNAME("pixDilateGray"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (hsize < 1 || vsize < 1) return (PIX *)ERROR_PTR("hsize or vsize < 1", procName, NULL); if ((hsize & 1) == 0 ) { L_WARNING("horiz sel size must be odd; increasing by 1\n", procName); hsize++; } if ((vsize & 1) == 0 ) { L_WARNING("vert sel size must be odd; increasing by 1\n", procName); vsize++; } if (hsize == 1 && vsize == 1) return pixCopy(NULL, pixs); if (vsize == 1) { /* horizontal sel */ leftpix = (hsize + 1) / 2; rightpix = (3 * hsize + 1) / 2; toppix = 0; bottompix = 0; } else if (hsize == 1) { /* vertical sel */ leftpix = 0; rightpix = 0; toppix = (vsize + 1) / 2; bottompix = (3 * vsize + 1) / 2; } else { leftpix = (hsize + 1) / 2; rightpix = (3 * hsize + 1) / 2; toppix = (vsize + 1) / 2; bottompix = (3 * vsize + 1) / 2; } if ((pixb = pixAddBorderGeneral(pixs, leftpix, rightpix, toppix, bottompix, 0)) == NULL) return (PIX *)ERROR_PTR("pixb not made", procName, NULL); if ((pixt = pixCreateTemplate(pixb)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); pixGetDimensions(pixt, &w, &h, NULL); datab = pixGetData(pixb); datat = pixGetData(pixt); wplb = pixGetWpl(pixb); wplt = pixGetWpl(pixt); if ((buffer = (l_uint8 *)CALLOC(L_MAX(w, h), sizeof(l_uint8))) == NULL) return (PIX *)ERROR_PTR("buffer not made", procName, NULL); maxsize = L_MAX(hsize, vsize); if ((maxarray = (l_uint8 *)CALLOC(2 * maxsize, sizeof(l_uint8))) == NULL) return (PIX *)ERROR_PTR("buffer not made", procName, NULL); if (vsize == 1) { dilateGrayLow(datat, w, h, wplt, datab, wplb, hsize, L_HORIZ, buffer, maxarray); } else if (hsize == 1) { dilateGrayLow(datat, w, h, wplt, datab, wplb, vsize, L_VERT, buffer, maxarray); } else { dilateGrayLow(datat, w, h, wplt, datab, wplb, hsize, L_HORIZ, buffer, maxarray); pixSetOrClearBorder(pixt, leftpix, rightpix, toppix, bottompix, PIX_CLR); dilateGrayLow(datab, w, h, wplb, datat, wplt, vsize, L_VERT, buffer, maxarray); pixDestroy(&pixt); pixt = pixClone(pixb); } if ((pixd = pixRemoveBorderGeneral(pixt, leftpix, rightpix, toppix, bottompix)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); FREE(buffer); FREE(maxarray); pixDestroy(&pixb); pixDestroy(&pixt); return pixd; } /*! * pixOpenGray() * * Input: pixs * hsize (of Sel; must be odd; origin implicitly in center) * vsize (ditto) * Return: pixd * * Notes: * (1) Sel is a brick with all elements being hits * (2) If hsize = vsize = 1, just returns a copy. */ PIX * pixOpenGray(PIX *pixs, l_int32 hsize, l_int32 vsize) { l_uint8 *buffer; l_uint8 *array; /* used to find either min or max in interval */ l_int32 w, h, wplb, wplt; l_int32 leftpix, rightpix, toppix, bottompix, maxsize; l_uint32 *datab, *datat; PIX *pixb, *pixt, *pixd; PROCNAME("pixOpenGray"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (hsize < 1 || vsize < 1) return (PIX *)ERROR_PTR("hsize or vsize < 1", procName, NULL); if ((hsize & 1) == 0 ) { L_WARNING("horiz sel size must be odd; increasing by 1\n", procName); hsize++; } if ((vsize & 1) == 0 ) { L_WARNING("vert sel size must be odd; increasing by 1\n", procName); vsize++; } if (hsize == 1 && vsize == 1) return pixCopy(NULL, pixs); if (vsize == 1) { /* horizontal sel */ leftpix = (hsize + 1) / 2; rightpix = (3 * hsize + 1) / 2; toppix = 0; bottompix = 0; } else if (hsize == 1) { /* vertical sel */ leftpix = 0; rightpix = 0; toppix = (vsize + 1) / 2; bottompix = (3 * vsize + 1) / 2; } else { leftpix = (hsize + 1) / 2; rightpix = (3 * hsize + 1) / 2; toppix = (vsize + 1) / 2; bottompix = (3 * vsize + 1) / 2; } if ((pixb = pixAddBorderGeneral(pixs, leftpix, rightpix, toppix, bottompix, 255)) == NULL) return (PIX *)ERROR_PTR("pixb not made", procName, NULL); if ((pixt = pixCreateTemplate(pixb)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); pixGetDimensions(pixt, &w, &h, NULL); datab = pixGetData(pixb); datat = pixGetData(pixt); wplb = pixGetWpl(pixb); wplt = pixGetWpl(pixt); if ((buffer = (l_uint8 *)CALLOC(L_MAX(w, h), sizeof(l_uint8))) == NULL) return (PIX *)ERROR_PTR("buffer not made", procName, NULL); maxsize = L_MAX(hsize, vsize); if ((array = (l_uint8 *)CALLOC(2 * maxsize, sizeof(l_uint8))) == NULL) return (PIX *)ERROR_PTR("array not made", procName, NULL); if (vsize == 1) { erodeGrayLow(datat, w, h, wplt, datab, wplb, hsize, L_HORIZ, buffer, array); pixSetOrClearBorder(pixt, leftpix, rightpix, toppix, bottompix, PIX_CLR); dilateGrayLow(datab, w, h, wplb, datat, wplt, hsize, L_HORIZ, buffer, array); } else if (hsize == 1) { erodeGrayLow(datat, w, h, wplt, datab, wplb, vsize, L_VERT, buffer, array); pixSetOrClearBorder(pixt, leftpix, rightpix, toppix, bottompix, PIX_CLR); dilateGrayLow(datab, w, h, wplb, datat, wplt, vsize, L_VERT, buffer, array); } else { erodeGrayLow(datat, w, h, wplt, datab, wplb, hsize, L_HORIZ, buffer, array); pixSetOrClearBorder(pixt, leftpix, rightpix, toppix, bottompix, PIX_SET); erodeGrayLow(datab, w, h, wplb, datat, wplt, vsize, L_VERT, buffer, array); pixSetOrClearBorder(pixb, leftpix, rightpix, toppix, bottompix, PIX_CLR); dilateGrayLow(datat, w, h, wplt, datab, wplb, hsize, L_HORIZ, buffer, array); pixSetOrClearBorder(pixt, leftpix, rightpix, toppix, bottompix, PIX_CLR); dilateGrayLow(datab, w, h, wplb, datat, wplt, vsize, L_VERT, buffer, array); } if ((pixd = pixRemoveBorderGeneral(pixb, leftpix, rightpix, toppix, bottompix)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); FREE(buffer); FREE(array); pixDestroy(&pixb); pixDestroy(&pixt); return pixd; } /*! * pixCloseGray() * * Input: pixs * hsize (of Sel; must be odd; origin implicitly in center) * vsize (ditto) * Return: pixd * * Notes: * (1) Sel is a brick with all elements being hits * (2) If hsize = vsize = 1, just returns a copy. */ PIX * pixCloseGray(PIX *pixs, l_int32 hsize, l_int32 vsize) { l_uint8 *buffer; l_uint8 *array; /* used to find either min or max in interval */ l_int32 w, h, wplb, wplt; l_int32 leftpix, rightpix, toppix, bottompix, maxsize; l_uint32 *datab, *datat; PIX *pixb, *pixt, *pixd; PROCNAME("pixCloseGray"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (hsize < 1 || vsize < 1) return (PIX *)ERROR_PTR("hsize or vsize < 1", procName, NULL); if ((hsize & 1) == 0 ) { L_WARNING("horiz sel size must be odd; increasing by 1\n", procName); hsize++; } if ((vsize & 1) == 0 ) { L_WARNING("vert sel size must be odd; increasing by 1\n", procName); vsize++; } if (hsize == 1 && vsize == 1) return pixCopy(NULL, pixs); if (vsize == 1) { /* horizontal sel */ leftpix = (hsize + 1) / 2; rightpix = (3 * hsize + 1) / 2; toppix = 0; bottompix = 0; } else if (hsize == 1) { /* vertical sel */ leftpix = 0; rightpix = 0; toppix = (vsize + 1) / 2; bottompix = (3 * vsize + 1) / 2; } else { leftpix = (hsize + 1) / 2; rightpix = (3 * hsize + 1) / 2; toppix = (vsize + 1) / 2; bottompix = (3 * vsize + 1) / 2; } if ((pixb = pixAddBorderGeneral(pixs, leftpix, rightpix, toppix, bottompix, 0)) == NULL) return (PIX *)ERROR_PTR("pixb not made", procName, NULL); if ((pixt = pixCreateTemplate(pixb)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); pixGetDimensions(pixt, &w, &h, NULL); datab = pixGetData(pixb); datat = pixGetData(pixt); wplb = pixGetWpl(pixb); wplt = pixGetWpl(pixt); if ((buffer = (l_uint8 *)CALLOC(L_MAX(w, h), sizeof(l_uint8))) == NULL) return (PIX *)ERROR_PTR("buffer not made", procName, NULL); maxsize = L_MAX(hsize, vsize); if ((array = (l_uint8 *)CALLOC(2 * maxsize, sizeof(l_uint8))) == NULL) return (PIX *)ERROR_PTR("array not made", procName, NULL); if (vsize == 1) { dilateGrayLow(datat, w, h, wplt, datab, wplb, hsize, L_HORIZ, buffer, array); pixSetOrClearBorder(pixt, leftpix, rightpix, toppix, bottompix, PIX_SET); erodeGrayLow(datab, w, h, wplb, datat, wplt, hsize, L_HORIZ, buffer, array); } else if (hsize == 1) { dilateGrayLow(datat, w, h, wplt, datab, wplb, vsize, L_VERT, buffer, array); pixSetOrClearBorder(pixt, leftpix, rightpix, toppix, bottompix, PIX_SET); erodeGrayLow(datab, w, h, wplb, datat, wplt, vsize, L_VERT, buffer, array); } else { dilateGrayLow(datat, w, h, wplt, datab, wplb, hsize, L_HORIZ, buffer, array); pixSetOrClearBorder(pixt, leftpix, rightpix, toppix, bottompix, PIX_CLR); dilateGrayLow(datab, w, h, wplb, datat, wplt, vsize, L_VERT, buffer, array); pixSetOrClearBorder(pixb, leftpix, rightpix, toppix, bottompix, PIX_SET); erodeGrayLow(datat, w, h, wplt, datab, wplb, hsize, L_HORIZ, buffer, array); pixSetOrClearBorder(pixt, leftpix, rightpix, toppix, bottompix, PIX_SET); erodeGrayLow(datab, w, h, wplb, datat, wplt, vsize, L_VERT, buffer, array); } if ((pixd = pixRemoveBorderGeneral(pixb, leftpix, rightpix, toppix, bottompix)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); FREE(buffer); FREE(array); pixDestroy(&pixb); pixDestroy(&pixt); return pixd; } /*-----------------------------------------------------------------* * Special operations for 1x3, 3x1 and 3x3 Sels * *-----------------------------------------------------------------*/ /*! * pixErodeGray3() * * Input: pixs (8 bpp, not cmapped) * hsize (1 or 3) * vsize (1 or 3) * Return: pixd, or null on error * * Notes: * (1) Special case for 1x3, 3x1 or 3x3 brick sel (all hits) * (2) If hsize = vsize = 1, just returns a copy. * (3) It would be nice not to add a border, but it is required * if we want the same results as from the general case. * We add 4 bytes on the left to speed up the copying, and * 8 bytes at the right and bottom to allow unrolling of * the computation of 8 pixels. */ PIX * pixErodeGray3(PIX *pixs, l_int32 hsize, l_int32 vsize) { PIX *pixt, *pixb, *pixbd, *pixd; PROCNAME("pixErodeGray3"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pix has colormap", procName, NULL); if ((hsize != 1 && hsize != 3) || (vsize != 1 && vsize != 3)) return (PIX *)ERROR_PTR("invalid size: must be 1 or 3", procName, NULL); if (hsize == 1 && vsize == 1) return pixCopy(NULL, pixs); pixb = pixAddBorderGeneral(pixs, 4, 8, 2, 8, 255); if (vsize == 1) pixbd = pixErodeGray3h(pixb); else if (hsize == 1) pixbd = pixErodeGray3v(pixb); else { /* vize == hsize == 3 */ pixt = pixErodeGray3h(pixb); pixbd = pixErodeGray3v(pixt); pixDestroy(&pixt); } pixd = pixRemoveBorderGeneral(pixbd, 4, 8, 2, 8); pixDestroy(&pixb); pixDestroy(&pixbd); return pixd; } /*! * pixErodeGray3h() * * Input: pixs (8 bpp, not cmapped) * Return: pixd, or null on error * * Notes: * (1) Special case for horizontal 3x1 brick Sel; * also used as the first step for the 3x3 brick Sel. */ static PIX * pixErodeGray3h(PIX *pixs) { l_uint32 *datas, *datad, *lines, *lined; l_int32 w, h, wpl, i, j; l_int32 val0, val1, val2, val3, val4, val5, val6, val7, val8, val9, minval; PIX *pixd; PROCNAME("pixErodeGray3h"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); pixd = pixCreateTemplateNoInit(pixs); pixSetBorderVal(pixd, 4, 8, 2, 8, 0); /* only to silence valgrind */ pixGetDimensions(pixs, &w, &h, NULL); datas = pixGetData(pixs); datad = pixGetData(pixd); wpl = pixGetWpl(pixs); for (i = 0; i < h; i++) { lines = datas + i * wpl; lined = datad + i * wpl; for (j = 1; j < w - 8; j += 8) { val0 = GET_DATA_BYTE(lines, j - 1); val1 = GET_DATA_BYTE(lines, j); val2 = GET_DATA_BYTE(lines, j + 1); val3 = GET_DATA_BYTE(lines, j + 2); val4 = GET_DATA_BYTE(lines, j + 3); val5 = GET_DATA_BYTE(lines, j + 4); val6 = GET_DATA_BYTE(lines, j + 5); val7 = GET_DATA_BYTE(lines, j + 6); val8 = GET_DATA_BYTE(lines, j + 7); val9 = GET_DATA_BYTE(lines, j + 8); minval = L_MIN(val1, val2); SET_DATA_BYTE(lined, j, L_MIN(val0, minval)); SET_DATA_BYTE(lined, j + 1, L_MIN(minval, val3)); minval = L_MIN(val3, val4); SET_DATA_BYTE(lined, j + 2, L_MIN(val2, minval)); SET_DATA_BYTE(lined, j + 3, L_MIN(minval, val5)); minval = L_MIN(val5, val6); SET_DATA_BYTE(lined, j + 4, L_MIN(val4, minval)); SET_DATA_BYTE(lined, j + 5, L_MIN(minval, val7)); minval = L_MIN(val7, val8); SET_DATA_BYTE(lined, j + 6, L_MIN(val6, minval)); SET_DATA_BYTE(lined, j + 7, L_MIN(minval, val9)); } } return pixd; } /*! * pixErodeGray3v() * * Input: pixs (8 bpp, not cmapped) * Return: pixd, or null on error * * Notes: * (1) Special case for vertical 1x3 brick Sel; * also used as the second step for the 3x3 brick Sel. * (2) Surprisingly, this is faster than setting up the * lineptrs array and accessing into it; e.g., * val4 = GET_DATA_BYTE(lines8[i + 3], j); */ static PIX * pixErodeGray3v(PIX *pixs) { l_uint32 *datas, *datad, *linesi, *linedi; l_int32 w, h, wpl, i, j; l_int32 val0, val1, val2, val3, val4, val5, val6, val7, val8, val9, minval; PIX *pixd; PROCNAME("pixErodeGray3v"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); pixd = pixCreateTemplateNoInit(pixs); pixGetDimensions(pixs, &w, &h, NULL); datas = pixGetData(pixs); datad = pixGetData(pixd); wpl = pixGetWpl(pixs); for (j = 0; j < w; j++) { for (i = 1; i < h - 8; i += 8) { linesi = datas + i * wpl; linedi = datad + i * wpl; val0 = GET_DATA_BYTE(linesi - wpl, j); val1 = GET_DATA_BYTE(linesi, j); val2 = GET_DATA_BYTE(linesi + wpl, j); val3 = GET_DATA_BYTE(linesi + 2 * wpl, j); val4 = GET_DATA_BYTE(linesi + 3 * wpl, j); val5 = GET_DATA_BYTE(linesi + 4 * wpl, j); val6 = GET_DATA_BYTE(linesi + 5 * wpl, j); val7 = GET_DATA_BYTE(linesi + 6 * wpl, j); val8 = GET_DATA_BYTE(linesi + 7 * wpl, j); val9 = GET_DATA_BYTE(linesi + 8 * wpl, j); minval = L_MIN(val1, val2); SET_DATA_BYTE(linedi, j, L_MIN(val0, minval)); SET_DATA_BYTE(linedi + wpl, j, L_MIN(minval, val3)); minval = L_MIN(val3, val4); SET_DATA_BYTE(linedi + 2 * wpl, j, L_MIN(val2, minval)); SET_DATA_BYTE(linedi + 3 * wpl, j, L_MIN(minval, val5)); minval = L_MIN(val5, val6); SET_DATA_BYTE(linedi + 4 * wpl, j, L_MIN(val4, minval)); SET_DATA_BYTE(linedi + 5 * wpl, j, L_MIN(minval, val7)); minval = L_MIN(val7, val8); SET_DATA_BYTE(linedi + 6 * wpl, j, L_MIN(val6, minval)); SET_DATA_BYTE(linedi + 7 * wpl, j, L_MIN(minval, val9)); } } return pixd; } /*! * pixDilateGray3() * * Input: pixs (8 bpp, not cmapped) * hsize (1 or 3) * vsize (1 or 3) * Return: pixd, or null on error * * Notes: * (1) Special case for 1x3, 3x1 or 3x3 brick sel (all hits) * (2) If hsize = vsize = 1, just returns a copy. */ PIX * pixDilateGray3(PIX *pixs, l_int32 hsize, l_int32 vsize) { PIX *pixt, *pixb, *pixbd, *pixd; PROCNAME("pixDilateGray3"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pix has colormap", procName, NULL); if ((hsize != 1 && hsize != 3) || (vsize != 1 && vsize != 3)) return (PIX *)ERROR_PTR("invalid size: must be 1 or 3", procName, NULL); if (hsize == 1 && vsize == 1) return pixCopy(NULL, pixs); pixb = pixAddBorderGeneral(pixs, 4, 8, 2, 8, 0); if (vsize == 1) pixbd = pixDilateGray3h(pixb); else if (hsize == 1) pixbd = pixDilateGray3v(pixb); else { /* vize == hsize == 3 */ pixt = pixDilateGray3h(pixb); pixbd = pixDilateGray3v(pixt); pixDestroy(&pixt); } pixd = pixRemoveBorderGeneral(pixbd, 4, 8, 2, 8); pixDestroy(&pixb); pixDestroy(&pixbd); return pixd; } /*! * pixDilateGray3h() * * Input: pixs (8 bpp, not cmapped) * Return: pixd, or null on error * * Notes: * (1) Special case for horizontal 3x1 brick Sel; * also used as the first step for the 3x3 brick Sel. */ static PIX * pixDilateGray3h(PIX *pixs) { l_uint32 *datas, *datad, *lines, *lined; l_int32 w, h, wpl, i, j; l_int32 val0, val1, val2, val3, val4, val5, val6, val7, val8, val9, maxval; PIX *pixd; PROCNAME("pixDilateGray3h"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); pixd = pixCreateTemplateNoInit(pixs); pixSetBorderVal(pixd, 4, 8, 2, 8, 0); /* only to silence valgrind */ pixGetDimensions(pixs, &w, &h, NULL); datas = pixGetData(pixs); datad = pixGetData(pixd); wpl = pixGetWpl(pixs); for (i = 0; i < h; i++) { lines = datas + i * wpl; lined = datad + i * wpl; for (j = 1; j < w - 8; j += 8) { val0 = GET_DATA_BYTE(lines, j - 1); val1 = GET_DATA_BYTE(lines, j); val2 = GET_DATA_BYTE(lines, j + 1); val3 = GET_DATA_BYTE(lines, j + 2); val4 = GET_DATA_BYTE(lines, j + 3); val5 = GET_DATA_BYTE(lines, j + 4); val6 = GET_DATA_BYTE(lines, j + 5); val7 = GET_DATA_BYTE(lines, j + 6); val8 = GET_DATA_BYTE(lines, j + 7); val9 = GET_DATA_BYTE(lines, j + 8); maxval = L_MAX(val1, val2); SET_DATA_BYTE(lined, j, L_MAX(val0, maxval)); SET_DATA_BYTE(lined, j + 1, L_MAX(maxval, val3)); maxval = L_MAX(val3, val4); SET_DATA_BYTE(lined, j + 2, L_MAX(val2, maxval)); SET_DATA_BYTE(lined, j + 3, L_MAX(maxval, val5)); maxval = L_MAX(val5, val6); SET_DATA_BYTE(lined, j + 4, L_MAX(val4, maxval)); SET_DATA_BYTE(lined, j + 5, L_MAX(maxval, val7)); maxval = L_MAX(val7, val8); SET_DATA_BYTE(lined, j + 6, L_MAX(val6, maxval)); SET_DATA_BYTE(lined, j + 7, L_MAX(maxval, val9)); } } return pixd; } /*! * pixDilateGray3v() * * Input: pixs (8 bpp, not cmapped) * Return: pixd, or null on error * * Notes: * (1) Special case for vertical 1x3 brick Sel; * also used as the second step for the 3x3 brick Sel. */ static PIX * pixDilateGray3v(PIX *pixs) { l_uint32 *datas, *datad, *linesi, *linedi; l_int32 w, h, wpl, i, j; l_int32 val0, val1, val2, val3, val4, val5, val6, val7, val8, val9, maxval; PIX *pixd; PROCNAME("pixDilateGray3v"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); pixd = pixCreateTemplateNoInit(pixs); pixGetDimensions(pixs, &w, &h, NULL); datas = pixGetData(pixs); datad = pixGetData(pixd); wpl = pixGetWpl(pixs); for (j = 0; j < w; j++) { for (i = 1; i < h - 8; i += 8) { linesi = datas + i * wpl; linedi = datad + i * wpl; val0 = GET_DATA_BYTE(linesi - wpl, j); val1 = GET_DATA_BYTE(linesi, j); val2 = GET_DATA_BYTE(linesi + wpl, j); val3 = GET_DATA_BYTE(linesi + 2 * wpl, j); val4 = GET_DATA_BYTE(linesi + 3 * wpl, j); val5 = GET_DATA_BYTE(linesi + 4 * wpl, j); val6 = GET_DATA_BYTE(linesi + 5 * wpl, j); val7 = GET_DATA_BYTE(linesi + 6 * wpl, j); val8 = GET_DATA_BYTE(linesi + 7 * wpl, j); val9 = GET_DATA_BYTE(linesi + 8 * wpl, j); maxval = L_MAX(val1, val2); SET_DATA_BYTE(linedi, j, L_MAX(val0, maxval)); SET_DATA_BYTE(linedi + wpl, j, L_MAX(maxval, val3)); maxval = L_MAX(val3, val4); SET_DATA_BYTE(linedi + 2 * wpl, j, L_MAX(val2, maxval)); SET_DATA_BYTE(linedi + 3 * wpl, j, L_MAX(maxval, val5)); maxval = L_MAX(val5, val6); SET_DATA_BYTE(linedi + 4 * wpl, j, L_MAX(val4, maxval)); SET_DATA_BYTE(linedi + 5 * wpl, j, L_MAX(maxval, val7)); maxval = L_MAX(val7, val8); SET_DATA_BYTE(linedi + 6 * wpl, j, L_MAX(val6, maxval)); SET_DATA_BYTE(linedi + 7 * wpl, j, L_MAX(maxval, val9)); } } return pixd; } /*! * pixOpenGray3() * * Input: pixs (8 bpp, not cmapped) * hsize (1 or 3) * vsize (1 or 3) * Return: pixd, or null on error * * Notes: * (1) Special case for 1x3, 3x1 or 3x3 brick sel (all hits) * (2) If hsize = vsize = 1, just returns a copy. * (3) It would be nice not to add a border, but it is required * to get the same results as for the general case. */ PIX * pixOpenGray3(PIX *pixs, l_int32 hsize, l_int32 vsize) { PIX *pixt, *pixb, *pixbd, *pixd; PROCNAME("pixOpenGray3"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pix has colormap", procName, NULL); if ((hsize != 1 && hsize != 3) || (vsize != 1 && vsize != 3)) return (PIX *)ERROR_PTR("invalid size: must be 1 or 3", procName, NULL); if (hsize == 1 && vsize == 1) return pixCopy(NULL, pixs); pixb = pixAddBorderGeneral(pixs, 4, 8, 2, 8, 255); /* set to max */ if (vsize == 1) { pixt = pixErodeGray3h(pixb); pixSetBorderVal(pixt, 4, 8, 2, 8, 0); /* set to min */ pixbd = pixDilateGray3h(pixt); pixDestroy(&pixt); } else if (hsize == 1) { pixt = pixErodeGray3v(pixb); pixSetBorderVal(pixt, 4, 8, 2, 8, 0); pixbd = pixDilateGray3v(pixt); pixDestroy(&pixt); } else { /* vize == hsize == 3 */ pixt = pixErodeGray3h(pixb); pixbd = pixErodeGray3v(pixt); pixDestroy(&pixt); pixSetBorderVal(pixbd, 4, 8, 2, 8, 0); pixt = pixDilateGray3h(pixbd); pixDestroy(&pixbd); pixbd = pixDilateGray3v(pixt); pixDestroy(&pixt); } pixd = pixRemoveBorderGeneral(pixbd, 4, 8, 2, 8); pixDestroy(&pixb); pixDestroy(&pixbd); return pixd; } /*! * pixCloseGray3() * * Input: pixs (8 bpp, not cmapped) * hsize (1 or 3) * vsize (1 or 3) * Return: pixd, or null on error * * Notes: * (1) Special case for 1x3, 3x1 or 3x3 brick sel (all hits) * (2) If hsize = vsize = 1, just returns a copy. */ PIX * pixCloseGray3(PIX *pixs, l_int32 hsize, l_int32 vsize) { PIX *pixt, *pixb, *pixbd, *pixd; PROCNAME("pixCloseGray3"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pix has colormap", procName, NULL); if ((hsize != 1 && hsize != 3) || (vsize != 1 && vsize != 3)) return (PIX *)ERROR_PTR("invalid size: must be 1 or 3", procName, NULL); if (hsize == 1 && vsize == 1) return pixCopy(NULL, pixs); pixb = pixAddBorderGeneral(pixs, 4, 8, 2, 8, 0); /* set to min */ if (vsize == 1) { pixt = pixDilateGray3h(pixb); pixSetBorderVal(pixt, 4, 8, 2, 8, 255); /* set to max */ pixbd = pixErodeGray3h(pixt); pixDestroy(&pixt); } else if (hsize == 1) { pixt = pixDilateGray3v(pixb); pixSetBorderVal(pixt, 4, 8, 2, 8, 255); pixbd = pixErodeGray3v(pixt); pixDestroy(&pixt); } else { /* vize == hsize == 3 */ pixt = pixDilateGray3h(pixb); pixbd = pixDilateGray3v(pixt); pixDestroy(&pixt); pixSetBorderVal(pixbd, 4, 8, 2, 8, 255); pixt = pixErodeGray3h(pixbd); pixDestroy(&pixbd); pixbd = pixErodeGray3v(pixt); pixDestroy(&pixt); } pixd = pixRemoveBorderGeneral(pixbd, 4, 8, 2, 8); pixDestroy(&pixb); pixDestroy(&pixbd); return pixd; } leptonica-1.70/src/pix1.c0000644000175000017500000014270312266514761013342 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pix1.c * * The pixN.c {N = 1,2,3,4,5} files are sorted by the type of operation. * The primary functions in these files are: * * pix1.c: constructors, destructors and field accessors * pix2.c: pixel poking of image, pad and border pixels * pix3.c: masking and logical ops, counting, mirrored tiling * pix4.c: histograms, statistics, fg/bg estimation * pix5.c: property measurements, rectangle extraction * * * This file has the basic constructors, destructors and field accessors * * Pix memory management (allows custom allocator and deallocator) * static void *pix_malloc() * static void pix_free() * void setPixMemoryManager() * * Pix creation * PIX *pixCreate() * PIX *pixCreateNoInit() * PIX *pixCreateTemplate() * PIX *pixCreateTemplateNoInit() * PIX *pixCreateHeader() * PIX *pixClone() * * Pix destruction * void pixDestroy() * static void pixFree() * * Pix copy * PIX *pixCopy() * l_int32 pixResizeImageData() * l_int32 pixCopyColormap() * l_int32 pixSizesEqual() * l_int32 pixTransferAllData() * l_int32 pixSwapAndDestroy() * * Pix accessors * l_int32 pixGetWidth() * l_int32 pixSetWidth() * l_int32 pixGetHeight() * l_int32 pixSetHeight() * l_int32 pixGetDepth() * l_int32 pixSetDepth() * l_int32 pixGetDimensions() * l_int32 pixSetDimensions() * l_int32 pixCopyDimensions() * l_int32 pixGetSpp() * l_int32 pixSetSpp() * l_int32 pixCopySpp() * l_int32 pixGetWpl() * l_int32 pixSetWpl() * l_int32 pixGetRefcount() * l_int32 pixChangeRefcount() * l_uint32 pixGetXRes() * l_int32 pixSetXRes() * l_uint32 pixGetYRes() * l_int32 pixSetYRes() * l_int32 pixGetResolution() * l_int32 pixSetResolution() * l_int32 pixCopyResolution() * l_int32 pixScaleResolution() * l_int32 pixGetInputFormat() * l_int32 pixSetInputFormat() * l_int32 pixCopyInputFormat() * char *pixGetText() * l_int32 pixSetText() * l_int32 pixAddText() * l_int32 pixCopyText() * PIXCMAP *pixGetColormap() * l_int32 pixSetColormap() * l_int32 pixDestroyColormap() * l_uint32 *pixGetData() * l_int32 pixSetData() * l_uint32 *pixExtractData() * l_int32 pixFreeData() * * Pix line ptrs * void **pixGetLinePtrs() * * Pix debug * l_int32 pixPrintStreamInfo() * * * !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! * Important notes on direct management of pix image data * !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! * * Custom allocator and deallocator * -------------------------------- * * At the lowest level, you can specify the function that does the * allocation and deallocation of the data field in the pix. * By default, this is malloc and free. However, by calling * setPixMemoryManager(), custom functions can be substituted. * When using this, keep two things in mind: * * (1) Call setPixMemoryManager() before any pix have been allocated * (2) Destroy all pix as usual, in order to prevent leaks. * * In pixalloc.c, we provide an example custom allocator and deallocator. * To use it, you must call pmsCreate() before any pix have been allocated * and pmsDestroy() at the end after all pix have been destroyed. * * * Direct manipulation of the pix data field * ----------------------------------------- * * Memory management of the (image) data field in the pix is * handled differently from that in the colormap or text fields. * For colormap and text, the functions pixSetColormap() and * pixSetText() remove the existing heap data and insert the * new data. For the image data, pixSetData() just reassigns the * data field; any existing data will be lost if there isn't * another handle for it. * * Why is pixSetData() limited in this way? Because the image * data can be very large, we need flexible ways to handle it, * particularly when you want to re-use the data in a different * context without making a copy. Here are some different * things you might want to do: * * (1) Use pixCopy(pixd, pixs) where pixd is not the same size * as pixs. This will remove the data in pixd, allocate a * new data field in pixd, and copy the data from pixs, leaving * pixs unchanged. * * (2) Use pixTransferAllData(pixd, &pixs, ...) to transfer the * data from pixs to pixd without making a copy of it. If * pixs is not cloned, this will do the transfer and destroy pixs. * But if the refcount of pixs is greater than 1, it just copies * the data and decrements the ref count. * * (3) Use pixSwapAndDestroy(pixd, &pixs) to replace pixs by an * existing pixd. This is similar to pixTransferAllData(), but * simpler, in that it never makes any copies and if pixs is * cloned, the other references are not changed by this operation. * * (4) Use pixExtractData() to extract the image data from the pix * without copying if possible. This could be used, for example, * to convert from a pix to some other data structure with minimal * heap allocation. After the data is extracated, the pixels can * be munged and used in another context. However, the danger * here is that the pix might have a refcount > 1, in which case * a copy of the data must be made and the input pix left unchanged. * If there are no clones, the image data can be extracted without * a copy, and the data ptr in the pix must be nulled before * destroying it because the pix will no longer 'own' the data. * * We have provided accessors and functions here that should be * sufficient so that you can do anything you want without * explicitly referencing any of the pix member fields. * * However, to avoid memory smashes and leaks when doing special operations * on the pix data field, look carefully at the behavior of the image * data accessors and keep in mind that when you invoke pixDestroy(), * the pix considers itself the owner of all its heap data. */ #include #include "allheaders.h" static void pixFree(PIX *pix); /*-------------------------------------------------------------------------* * Pix Memory Management * * * * These functions give you the freedom to specify at compile or run * * time the allocator and deallocator to be used for pix. It has no * * effect on memory management for other data structs, which are * * controlled by the #defines in environ.h. Likewise, the #defines * * in environ.h have no effect on the pix memory management. * * The default functions are malloc and free. Use setPixMemoryManager() * * to specify other functions to use. * *-------------------------------------------------------------------------*/ struct PixMemoryManager { void *(*allocator)(size_t); void (*deallocator)(void *); }; static struct PixMemoryManager pix_mem_manager = { &malloc, &free }; static void * pix_malloc(size_t size) { #ifndef _MSC_VER return (*pix_mem_manager.allocator)(size); #else /* _MSC_VER */ /* Under MSVC++, pix_mem_manager is initialized after a call * to pix_malloc. Just ignore the custom allocator feature. */ return malloc(size); #endif /* _MSC_VER */ } static void pix_free(void *ptr) { #ifndef _MSC_VER (*pix_mem_manager.deallocator)(ptr); return; #else /* _MSC_VER */ /* Under MSVC++, pix_mem_manager is initialized after a call * to pix_malloc. Just ignore the custom allocator feature. */ free(ptr); return; #endif /* _MSC_VER */ } /*! * setPixMemoryManager() * * Input: allocator (; use null to skip) * deallocator (; use null to skip) * Return: void * * Notes: * (1) Use this to change the alloc and/or dealloc functions; * e.g., setPixMemoryManager(my_malloc, my_free). * (2) The C99 standard (section 6.7.5.3, par. 8) says: * A declaration of a parameter as "function returning type" * shall be adjusted to "pointer to function returning type" * so that it can be in either of these two forms: * (a) type (function-ptr(type, ...)) * (b) type ((*function-ptr)(type, ...)) * because form (a) is implictly converted to form (b), as in the * definition of struct PixMemoryManager above. So, for example, * we should be able to declare either of these: * (a) void *(allocator(size_t)) * (b) void *((*allocator)(size_t)) * However, MSVC++ only accepts the second version. */ void setPixMemoryManager(void *((*allocator)(size_t)), void ((*deallocator)(void *))) { if (allocator) pix_mem_manager.allocator = allocator; if (deallocator) pix_mem_manager.deallocator = deallocator; return; } /*--------------------------------------------------------------------* * Pix Creation * *--------------------------------------------------------------------*/ /*! * pixCreate() * * Input: width, height, depth * Return: pixd (with data allocated and initialized to 0), * or null on error */ PIX * pixCreate(l_int32 width, l_int32 height, l_int32 depth) { PIX *pixd; PROCNAME("pixCreate"); if ((pixd = pixCreateNoInit(width, height, depth)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); memset(pixd->data, 0, 4 * pixd->wpl * pixd->h); return pixd; } /*! * pixCreateNoInit() * * Input: width, height, depth * Return: pixd (with data allocated but not initialized), * or null on error * * Notes: * (1) Must set pad bits to avoid reading unitialized data, because * some optimized routines (e.g., pixConnComp()) read from pad bits. */ PIX * pixCreateNoInit(l_int32 width, l_int32 height, l_int32 depth) { l_int32 wpl; PIX *pixd; l_uint32 *data; PROCNAME("pixCreateNoInit"); if ((pixd = pixCreateHeader(width, height, depth)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); wpl = pixGetWpl(pixd); if ((data = (l_uint32 *)pix_malloc(4 * wpl * height)) == NULL) { pixDestroy(&pixd); return (PIX *)ERROR_PTR("pix_malloc fail for data", procName, NULL); } pixSetData(pixd, data); pixSetPadBits(pixd, 0); return pixd; } /*! * pixCreateTemplate() * * Input: pixs * Return: pixd, or null on error * * Notes: * (1) Makes a Pix of the same size as the input Pix, with the * data array allocated and initialized to 0. * (2) Copies the other fields, including colormap if it exists. */ PIX * pixCreateTemplate(PIX *pixs) { PIX *pixd; PROCNAME("pixCreateTemplate"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if ((pixd = pixCreateTemplateNoInit(pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); memset(pixd->data, 0, 4 * pixd->wpl * pixd->h); return pixd; } /*! * pixCreateTemplateNoInit() * * Input: pixs * Return: pixd, or null on error * * Notes: * (1) Makes a Pix of the same size as the input Pix, with * the data array allocated but not initialized to 0. * (2) Copies the other fields, including colormap if it exists. */ PIX * pixCreateTemplateNoInit(PIX *pixs) { l_int32 w, h, d; PIX *pixd; PROCNAME("pixCreateTemplateNoInit"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if ((pixd = pixCreateNoInit(w, h, d)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopySpp(pixd, pixs); pixCopyResolution(pixd, pixs); pixCopyColormap(pixd, pixs); pixCopyText(pixd, pixs); pixCopyInputFormat(pixd, pixs); return pixd; } /*! * pixCreateHeader() * * Input: width, height, depth * Return: pixd (with no data allocated), or null on error * * Notes: * (1) It is assumed that all 32 bit pix have 3 spp. If there is * a valid alpha channel, this will be set to 4 spp later. * (2) If the number of bytes to be allocated is larger than the * maximum value in an int32, we can get overflow, resulting * in a smaller amount of memory actually being allocated. * Later, an attempt to access memory that wasn't allocated will * cause a crash. So to avoid crashing a program (or worse) * with bad (or malicious) input, this is where we limit the * requested allocation of image data in a typesafe way. */ PIX * pixCreateHeader(l_int32 width, l_int32 height, l_int32 depth) { l_int32 wpl; l_uint64 bignum; PIX *pixd; PROCNAME("pixCreateHeader"); if ((depth != 1) && (depth != 2) && (depth != 4) && (depth != 8) && (depth != 16) && (depth != 24) && (depth != 32)) return (PIX *)ERROR_PTR("depth must be {1, 2, 4, 8, 16, 24, 32}", procName, NULL); if (width <= 0) return (PIX *)ERROR_PTR("width must be > 0", procName, NULL); if (height <= 0) return (PIX *)ERROR_PTR("height must be > 0", procName, NULL); /* Avoid overflow in malloc arg, malicious or otherwise */ wpl = (width * depth + 31) / 32; bignum = 4L * wpl * height; /* number of bytes to be requested */ if (bignum > ((1LL << 31) - 1)) { L_ERROR("requested w = %d, h = %d, d = %d\n", procName, width, height, depth); return (PIX *)ERROR_PTR("requested bytes >= 2^31", procName, NULL); } if ((pixd = (PIX *)CALLOC(1, sizeof(PIX))) == NULL) return (PIX *)ERROR_PTR("CALLOC fail for pixd", procName, NULL); pixSetWidth(pixd, width); pixSetHeight(pixd, height); pixSetDepth(pixd, depth); pixSetWpl(pixd, wpl); if (depth == 24 || depth == 32) pixSetSpp(pixd, 3); else pixSetSpp(pixd, 1); pixd->refcount = 1; pixd->informat = IFF_UNKNOWN; return pixd; } /*! * pixClone() * * Input: pix * Return: same pix (ptr), or null on error * * Notes: * (1) A "clone" is simply a handle (ptr) to an existing pix. * It is implemented because (a) images can be large and * hence expensive to copy, and (b) extra handles to a data * structure need to be made with a simple policy to avoid * both double frees and memory leaks. Pix are reference * counted. The side effect of pixClone() is an increase * by 1 in the ref count. * (2) The protocol to be used is: * (a) Whenever you want a new handle to an existing image, * call pixClone(), which just bumps a ref count. * (b) Always call pixDestroy() on all handles. This * decrements the ref count, nulls the handle, and * only destroys the pix when pixDestroy() has been * called on all handles. */ PIX * pixClone(PIX *pixs) { PROCNAME("pixClone"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixChangeRefcount(pixs, 1); return pixs; } /*--------------------------------------------------------------------* * Pix Destruction * *--------------------------------------------------------------------*/ /*! * pixDestroy() * * Input: &pix * Return: void * * Notes: * (1) Decrements the ref count and, if 0, destroys the pix. * (2) Always nulls the input ptr. */ void pixDestroy(PIX **ppix) { PIX *pix; PROCNAME("pixDestroy"); if (!ppix) { L_WARNING("ptr address is null!\n", procName); return; } if ((pix = *ppix) == NULL) return; pixFree(pix); *ppix = NULL; return; } /*! * pixFree() * * Input: pix * Return: void * * Notes: * (1) Decrements the ref count and, if 0, destroys the pix. */ static void pixFree(PIX *pix) { l_uint32 *data; char *text; if (!pix) return; pixChangeRefcount(pix, -1); if (pixGetRefcount(pix) <= 0) { if ((data = pixGetData(pix)) != NULL) pix_free(data); if ((text = pixGetText(pix)) != NULL) FREE(text); pixDestroyColormap(pix); FREE(pix); } return; } /*-------------------------------------------------------------------------* * Pix Copy * *-------------------------------------------------------------------------*/ /*! * pixCopy() * * Input: pixd (; can be null, or equal to pixs, * or different from pixs) * pixs * Return: pixd, or null on error * * Notes: * (1) There are three cases: * (a) pixd == null (makes a new pix; refcount = 1) * (b) pixd == pixs (no-op) * (c) pixd != pixs (data copy; no change in refcount) * If the refcount of pixd > 1, case (c) will side-effect * these handles. * (2) The general pattern of use is: * pixd = pixCopy(pixd, pixs); * This will work for all three cases. * For clarity when the case is known, you can use: * (a) pixd = pixCopy(NULL, pixs); * (c) pixCopy(pixd, pixs); * (3) For case (c), we check if pixs and pixd are the same * size (w,h,d). If so, the data is copied directly. * Otherwise, the data is reallocated to the correct size * and the copy proceeds. The refcount of pixd is unchanged. * (4) This operation, like all others that may involve a pre-existing * pixd, will side-effect any existing clones of pixd. */ PIX * pixCopy(PIX *pixd, /* can be null */ PIX *pixs) { l_int32 bytes; l_uint32 *datas, *datad; PROCNAME("pixCopy"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixs == pixd) return pixd; /* Total bytes in image data */ bytes = 4 * pixGetWpl(pixs) * pixGetHeight(pixs); /* If we're making a new pix ... */ if (!pixd) { if ((pixd = pixCreateTemplate(pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); datas = pixGetData(pixs); datad = pixGetData(pixd); memcpy((char *)datad, (char *)datas, bytes); return pixd; } /* Reallocate image data if sizes are different */ if (pixResizeImageData(pixd, pixs) == 1) return (PIX *)ERROR_PTR("reallocation of data failed", procName, NULL); /* Copy non-image data fields */ pixCopyColormap(pixd, pixs); pixCopySpp(pixd, pixs); pixCopyResolution(pixd, pixs); pixCopyInputFormat(pixd, pixs); pixCopyText(pixd, pixs); /* Copy image data */ datas = pixGetData(pixs); datad = pixGetData(pixd); memcpy((char*)datad, (char*)datas, bytes); return pixd; } /*! * pixResizeImageData() * * Input: pixd (gets new uninitialized buffer for image data) * pixs (determines the size of the buffer; not changed) * Return: 0 if OK, 1 on error * * Notes: * (1) This removes any existing image data from pixd and * allocates an uninitialized buffer that will hold the * amount of image data that is in pixs. */ l_int32 pixResizeImageData(PIX *pixd, PIX *pixs) { l_int32 w, h, d, wpl, bytes; l_uint32 *data; PROCNAME("pixResizeImageData"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!pixd) return ERROR_INT("pixd not defined", procName, 1); if (pixSizesEqual(pixs, pixd)) /* nothing to do */ return 0; pixGetDimensions(pixs, &w, &h, &d); wpl = pixGetWpl(pixs); pixSetWidth(pixd, w); pixSetHeight(pixd, h); pixSetDepth(pixd, d); pixSetWpl(pixd, wpl); bytes = 4 * wpl * h; pixFreeData(pixd); /* free any existing image data */ if ((data = (l_uint32 *)pix_malloc(bytes)) == NULL) return ERROR_INT("pix_malloc fail for data", procName, 1); pixSetData(pixd, data); return 0; } /*! * pixCopyColormap() * * Input: src and dest Pix * Return: 0 if OK, 1 on error * * Notes: * (1) This always destroys any colormap in pixd (except if * the operation is a no-op. */ l_int32 pixCopyColormap(PIX *pixd, PIX *pixs) { PIXCMAP *cmaps, *cmapd; PROCNAME("pixCopyColormap"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!pixd) return ERROR_INT("pixd not defined", procName, 1); if (pixs == pixd) return 0; /* no-op */ pixDestroyColormap(pixd); if ((cmaps = pixGetColormap(pixs)) == NULL) /* not an error */ return 0; if ((cmapd = pixcmapCopy(cmaps)) == NULL) return ERROR_INT("cmapd not made", procName, 1); pixSetColormap(pixd, cmapd); return 0; } /*! * pixSizesEqual() * * Input: two pix * Return: 1 if the two pix have same {h, w, d}; 0 otherwise. */ l_int32 pixSizesEqual(PIX *pix1, PIX *pix2) { PROCNAME("pixSizesEqual"); if (!pix1 || !pix2) return ERROR_INT("pix1 and pix2 not both defined", procName, 0); if (pix1 == pix2) return 1; if ((pixGetWidth(pix1) != pixGetWidth(pix2)) || (pixGetHeight(pix1) != pixGetHeight(pix2)) || (pixGetDepth(pix1) != pixGetDepth(pix2))) return 0; else return 1; } /*! * pixTransferAllData() * * Input: pixd (must be different from pixs) * &pixs (will be nulled if refcount goes to 0) * copytext (1 to copy the text field; 0 to skip) * copyformat (1 to copy the informat field; 0 to skip) * Return: 0 if OK, 1 on error * * Notes: * (1) This does a complete data transfer from pixs to pixd, * followed by the destruction of pixs (refcount permitting). * (2) If the refcount of pixs is 1, pixs is destroyed. Otherwise, * the data in pixs is copied (rather than transferred) to pixd. * (3) This operation, like all others with a pre-existing pixd, * will side-effect any existing clones of pixd. The pixd * refcount does not change. * (4) When might you use this? Suppose you have an in-place Pix * function (returning void) with the typical signature: * void function-inplace(PIX *pix, ...) * where "..." are non-pointer input parameters, and suppose * further that you sometimes want to return an arbitrary Pix * in place of the input Pix. There are two ways you can do this: * (a) The straightforward way is to change the function * signature to take the address of the Pix ptr: * void function-inplace(PIX **ppix, ...) { * PIX *pixt = function-makenew(*ppix); * pixDestroy(ppix); * *ppix = pixt; * return; * } * Here, the input and returned pix are different, as viewed * by the calling function, and the inplace function is * expected to destroy the input pix to avoid a memory leak. * (b) Keep the signature the same and use pixTransferAllData() * to return the new Pix in the input Pix struct: * void function-inplace(PIX *pix, ...) { * PIX *pixt = function-makenew(pix); * pixTransferAllData(pix, &pixt, 0, 0); * // pixDestroy() is called on pixt * return; * } * Here, the input and returned pix are the same, as viewed * by the calling function, and the inplace function must * never destroy the input pix, because the calling function * maintains an unchanged handle to it. */ l_int32 pixTransferAllData(PIX *pixd, PIX **ppixs, l_int32 copytext, l_int32 copyformat) { l_int32 nbytes; PIX *pixs; PROCNAME("pixTransferAllData"); if (!ppixs) return ERROR_INT("&pixs not defined", procName, 1); if ((pixs = *ppixs) == NULL) return ERROR_INT("pixs not defined", procName, 1); if (!pixd) return ERROR_INT("pixd not defined", procName, 1); if (pixs == pixd) /* no-op */ return ERROR_INT("pixd == pixs", procName, 1); if (pixGetRefcount(pixs) == 1) { /* transfer the data, cmap, text */ pixFreeData(pixd); /* dealloc any existing data */ pixSetData(pixd, pixGetData(pixs)); /* transfer new data from pixs */ pixs->data = NULL; /* pixs no longer owns data */ pixSetColormap(pixd, pixGetColormap(pixs)); /* frees old; sets new */ pixs->colormap = NULL; /* pixs no longer owns colormap */ if (copytext) { pixSetText(pixd, pixGetText(pixs)); pixSetText(pixs, NULL); } } else { /* preserve pixs by making a copy of the data, cmap, text */ pixResizeImageData(pixd, pixs); nbytes = 4 * pixGetWpl(pixs) * pixGetHeight(pixs); memcpy((char *)pixGetData(pixd), (char *)pixGetData(pixs), nbytes); pixCopyColormap(pixd, pixs); if (copytext) pixCopyText(pixd, pixs); } pixCopySpp(pixd, pixs); pixCopyResolution(pixd, pixs); pixCopyDimensions(pixd, pixs); if (copyformat) pixCopyInputFormat(pixd, pixs); /* This will destroy pixs if data was transferred; * otherwise, it just decrements its refcount. */ pixDestroy(ppixs); return 0; } /*! * pixSwapAndDestroy() * * Input: &pixd ( input pixd can be null, * and it must be different from pixs) * &pixs (will be nulled after the swap) * Return: 0 if OK, 1 on error * * Notes: * (1) Simple operation to change the handle name safely. * After this operation, the original image in pixd has * been destroyed, pixd points to what was pixs, and * the input pixs ptr has been nulled. * (2) This works safely whether or not pixs and pixd are cloned. * If pixs is cloned, the other handles still point to * the original image, with the ref count reduced by 1. * (3) Usage example: * Pix *pix1 = pixRead("..."); * Pix *pix2 = function(pix1, ...); * pixSwapAndDestroy(&pix1, &pix2); * pixDestroy(&pix1); // holds what was in pix2 * Example with clones ([] shows ref count of image generated * by the function): * Pix *pixs = pixRead("..."); * Pix *pix1 = pixClone(pixs); * Pix *pix2 = function(pix1, ...); [1] * Pix *pix3 = pixClone(pix2); [1] --> [2] * pixSwapAndDestroy(&pix1, &pix2); * pixDestroy(&pixs); // still holds read image * pixDestroy(&pix1); // holds what was in pix2 [2] --> [1] * pixDestroy(&pix3); // holds what was in pix2 [1] --> [0] */ l_int32 pixSwapAndDestroy(PIX **ppixd, PIX **ppixs) { PROCNAME("pixSwapAndDestroy"); if (!ppixd) return ERROR_INT("&pixd not defined", procName, 1); if (!ppixs) return ERROR_INT("&pixs not defined", procName, 1); if (*ppixs == NULL) return ERROR_INT("pixs not defined", procName, 1); if (ppixs == ppixd) /* no-op */ return ERROR_INT("&pixd == &pixs", procName, 1); pixDestroy(ppixd); *ppixd = pixClone(*ppixs); pixDestroy(ppixs); return 0; } /*--------------------------------------------------------------------* * Accessors * *--------------------------------------------------------------------*/ l_int32 pixGetWidth(PIX *pix) { PROCNAME("pixGetWidth"); if (!pix) return ERROR_INT("pix not defined", procName, UNDEF); return pix->w; } l_int32 pixSetWidth(PIX *pix, l_int32 width) { PROCNAME("pixSetWidth"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (width < 0) { pix->w = 0; return ERROR_INT("width must be >= 0", procName, 1); } pix->w = width; return 0; } l_int32 pixGetHeight(PIX *pix) { PROCNAME("pixGetHeight"); if (!pix) return ERROR_INT("pix not defined", procName, UNDEF); return pix->h; } l_int32 pixSetHeight(PIX *pix, l_int32 height) { PROCNAME("pixSetHeight"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (height < 0) { pix->h = 0; return ERROR_INT("h must be >= 0", procName, 1); } pix->h = height; return 0; } l_int32 pixGetDepth(PIX *pix) { PROCNAME("pixGetDepth"); if (!pix) return ERROR_INT("pix not defined", procName, UNDEF); return pix->d; } l_int32 pixSetDepth(PIX *pix, l_int32 depth) { PROCNAME("pixSetDepth"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (depth < 1) return ERROR_INT("d must be >= 1", procName, 1); pix->d = depth; return 0; } /*! * pixGetDimensions() * * Input: pix * &w, &h, &d (; each can be null) * Return: 0 if OK, 1 on error */ l_int32 pixGetDimensions(PIX *pix, l_int32 *pw, l_int32 *ph, l_int32 *pd) { PROCNAME("pixGetDimensions"); if (pw) *pw = 0; if (ph) *ph = 0; if (pd) *pd = 0; if (!pix) return ERROR_INT("pix not defined", procName, 1); if (pw) *pw = pix->w; if (ph) *ph = pix->h; if (pd) *pd = pix->d; return 0; } /*! * pixSetDimensions() * * Input: pix * w, h, d (use 0 to skip the setting for any of these) * Return: 0 if OK, 1 on error */ l_int32 pixSetDimensions(PIX *pix, l_int32 w, l_int32 h, l_int32 d) { PROCNAME("pixSetDimensions"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (w > 0) pixSetWidth(pix, w); if (h > 0) pixSetHeight(pix, h); if (d > 0) pixSetDepth(pix, d); return 0; } /*! * pixCopyDimensions() * * Input: pixd * pixd * Return: 0 if OK, 1 on error */ l_int32 pixCopyDimensions(PIX *pixd, PIX *pixs) { PROCNAME("pixCopyDimensions"); if (!pixd) return ERROR_INT("pixd not defined", procName, 1); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (pixs == pixd) return 0; /* no-op */ pixSetWidth(pixd, pixGetWidth(pixs)); pixSetHeight(pixd, pixGetHeight(pixs)); pixSetDepth(pixd, pixGetDepth(pixs)); pixSetWpl(pixd, pixGetWpl(pixs)); return 0; } l_int32 pixGetSpp(PIX *pix) { PROCNAME("pixGetSpp"); if (!pix) return ERROR_INT("pix not defined", procName, UNDEF); return pix->spp; } /* * pixSetSpp() * Input: pix * spp (1, 3 or 4) * Return: 0 if OK, 1 on error * * Notes: * (1) For a 32 bpp pix, this can be used to ignore the * alpha sample (spp == 3) or to use it (spp == 4). * For example, to write a spp == 4 image without the alpha * sample (as an rgb pix), call pixSetSpp(pix, 3) and * then write it out as a png. */ l_int32 pixSetSpp(PIX *pix, l_int32 spp) { PROCNAME("pixSetSpp"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (spp < 1) return ERROR_INT("spp must be >= 1", procName, 1); pix->spp = spp; return 0; } /*! * pixCopySpp() * * Input: pixd * pixs * Return: 0 if OK, 1 on error */ l_int32 pixCopySpp(PIX *pixd, PIX *pixs) { PROCNAME("pixCopySpp"); if (!pixd) return ERROR_INT("pixd not defined", procName, 1); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (pixs == pixd) return 0; /* no-op */ pixSetSpp(pixd, pixGetSpp(pixs)); return 0; } l_int32 pixGetWpl(PIX *pix) { PROCNAME("pixGetWpl"); if (!pix) return ERROR_INT("pix not defined", procName, UNDEF); return pix->wpl; } l_int32 pixSetWpl(PIX *pix, l_int32 wpl) { PROCNAME("pixSetWpl"); if (!pix) return ERROR_INT("pix not defined", procName, 1); pix->wpl = wpl; return 0; } l_int32 pixGetRefcount(PIX *pix) { PROCNAME("pixGetRefcount"); if (!pix) return ERROR_INT("pix not defined", procName, UNDEF); return pix->refcount; } l_int32 pixChangeRefcount(PIX *pix, l_int32 delta) { PROCNAME("pixChangeRefcount"); if (!pix) return ERROR_INT("pix not defined", procName, 1); pix->refcount += delta; return 0; } l_int32 pixGetXRes(PIX *pix) { PROCNAME("pixGetXRes"); if (!pix) return ERROR_INT("pix not defined", procName, 0); return pix->xres; } l_int32 pixSetXRes(PIX *pix, l_int32 res) { PROCNAME("pixSetXRes"); if (!pix) return ERROR_INT("pix not defined", procName, 1); pix->xres = res; return 0; } l_int32 pixGetYRes(PIX *pix) { PROCNAME("pixGetYRes"); if (!pix) return ERROR_INT("pix not defined", procName, 0); return pix->yres; } l_int32 pixSetYRes(PIX *pix, l_int32 res) { PROCNAME("pixSetYRes"); if (!pix) return ERROR_INT("pix not defined", procName, 1); pix->yres = res; return 0; } /*! * pixGetResolution() * * Input: pix * &xres, &yres (; each can be null) * Return: 0 if OK, 1 on error */ l_int32 pixGetResolution(PIX *pix, l_int32 *pxres, l_int32 *pyres) { PROCNAME("pixGetResolution"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (pxres) *pxres = pix->xres; if (pyres) *pyres = pix->yres; return 0; } /*! * pixSetResolution() * * Input: pix * xres, yres (use 0 to skip the setting for either of these) * Return: 0 if OK, 1 on error */ l_int32 pixSetResolution(PIX *pix, l_int32 xres, l_int32 yres) { PROCNAME("pixSetResolution"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (xres > 0) pix->xres = xres; if (yres > 0) pix->yres = yres; return 0; } l_int32 pixCopyResolution(PIX *pixd, PIX *pixs) { PROCNAME("pixCopyResolution"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!pixd) return ERROR_INT("pixd not defined", procName, 1); if (pixs == pixd) return 0; /* no-op */ pixSetXRes(pixd, pixGetXRes(pixs)); pixSetYRes(pixd, pixGetYRes(pixs)); return 0; } l_int32 pixScaleResolution(PIX *pix, l_float32 xscale, l_float32 yscale) { PROCNAME("pixScaleResolution"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (pix->xres != 0 && pix->yres != 0) { pix->xres = (l_uint32)(xscale * (l_float32)(pix->xres) + 0.5); pix->yres = (l_uint32)(yscale * (l_float32)(pix->yres) + 0.5); } return 0; } l_int32 pixGetInputFormat(PIX *pix) { PROCNAME("pixGetInputFormat"); if (!pix) return ERROR_INT("pix not defined", procName, UNDEF); return pix->informat; } l_int32 pixSetInputFormat(PIX *pix, l_int32 informat) { PROCNAME("pixSetInputFormat"); if (!pix) return ERROR_INT("pix not defined", procName, 1); pix->informat = informat; return 0; } l_int32 pixCopyInputFormat(PIX *pixd, PIX *pixs) { PROCNAME("pixCopyInputFormat"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!pixd) return ERROR_INT("pixd not defined", procName, 1); if (pixs == pixd) return 0; /* no-op */ pixSetInputFormat(pixd, pixGetInputFormat(pixs)); return 0; } /*! * pixGetText() * * Input: pix * Return: ptr to existing text string * * Notes: * (1) The text string belongs to the pix. The caller must * NOT free it! */ char * pixGetText(PIX *pix) { PROCNAME("pixGetText"); if (!pix) return (char *)ERROR_PTR("pix not defined", procName, NULL); return pix->text; } /*! * pixSetText() * * Input: pix * textstring (can be null) * Return: 0 if OK, 1 on error * * Notes: * (1) This removes any existing textstring and puts a copy of * the input textstring there. */ l_int32 pixSetText(PIX *pix, const char *textstring) { PROCNAME("pixSetText"); if (!pix) return ERROR_INT("pix not defined", procName, 1); stringReplace(&pix->text, textstring); return 0; } /*! * pixAddText() * * Input: pix * textstring * Return: 0 if OK, 1 on error * * Notes: * (1) This adds the new textstring to any existing text. * (2) Either or both the existing text and the new text * string can be null. */ l_int32 pixAddText(PIX *pix, const char *textstring) { char *newstring; PROCNAME("pixAddText"); if (!pix) return ERROR_INT("pix not defined", procName, 1); newstring = stringJoin(pixGetText(pix), textstring); stringReplace(&pix->text, newstring); FREE(newstring); return 0; } l_int32 pixCopyText(PIX *pixd, PIX *pixs) { PROCNAME("pixCopyText"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!pixd) return ERROR_INT("pixd not defined", procName, 1); if (pixs == pixd) return 0; /* no-op */ pixSetText(pixd, pixGetText(pixs)); return 0; } PIXCMAP * pixGetColormap(PIX *pix) { PROCNAME("pixGetColormap"); if (!pix) return (PIXCMAP *)ERROR_PTR("pix not defined", procName, NULL); return pix->colormap; } /*! * pixSetColormap() * * Input: pix * colormap (to be assigned) * Return: 0 if OK, 1 on error. * * Notes: * (1) Unlike with the pix data field, pixSetColormap() destroys * any existing colormap before assigning the new one. * Because colormaps are not ref counted, it is important that * the new colormap does not belong to any other pix. */ l_int32 pixSetColormap(PIX *pix, PIXCMAP *colormap) { PROCNAME("pixSetColormap"); if (!pix) return ERROR_INT("pix not defined", procName, 1); pixDestroyColormap(pix); pix->colormap = colormap; return 0; } /*! * pixDestroyColormap() * * Input: pix * Return: 0 if OK, 1 on error */ l_int32 pixDestroyColormap(PIX *pix) { PIXCMAP *cmap; PROCNAME("pixDestroyColormap"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if ((cmap = pix->colormap) != NULL) { pixcmapDestroy(&cmap); pix->colormap = NULL; } return 0; } /*! * pixGetData() * * Notes: * (1) This gives a new handle for the data. The data is still * owned by the pix, so do not call FREE() on it. */ l_uint32 * pixGetData(PIX *pix) { PROCNAME("pixGetData"); if (!pix) return (l_uint32 *)ERROR_PTR("pix not defined", procName, NULL); return pix->data; } /*! * pixSetData() * * Notes: * (1) This does not free any existing data. To free existing * data, use pixFreeData() before pixSetData(). */ l_int32 pixSetData(PIX *pix, l_uint32 *data) { PROCNAME("pixSetData"); if (!pix) return ERROR_INT("pix not defined", procName, 1); pix->data = data; return 0; } /*! * pixExtractData() * * Notes: * (1) This extracts the pix image data for use in another context. * The caller still needs to use pixDestroy() on the input pix. * (2) If refcount == 1, the data is extracted and the * pix->data ptr is set to NULL. * (3) If refcount > 1, this simply returns a copy of the data, * using the pix allocator, and leaving the input pix unchanged. */ l_uint32 * pixExtractData(PIX *pixs) { l_int32 count, bytes; l_uint32 *data, *datas; PROCNAME("pixExtractData"); if (!pixs) return (l_uint32 *)ERROR_PTR("pixs not defined", procName, NULL); count = pixGetRefcount(pixs); if (count == 1) { /* extract */ data = pixGetData(pixs); pixSetData(pixs, NULL); } else { /* refcount > 1; copy */ bytes = 4 * pixGetWpl(pixs) * pixGetHeight(pixs); datas = pixGetData(pixs); if ((data = (l_uint32 *)pix_malloc(bytes)) == NULL) return (l_uint32 *)ERROR_PTR("data not made", procName, NULL); memcpy((char *)data, (char *)datas, bytes); } return data; } /*! * pixFreeData() * * Notes: * (1) This frees the data and sets the pix data ptr to null. * It should be used before pixSetData() in the situation where * you want to free any existing data before doing * a subsequent assignment with pixSetData(). */ l_int32 pixFreeData(PIX *pix) { l_uint32 *data; PROCNAME("pixFreeData"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if ((data = pixGetData(pix)) != NULL) { pix_free(data); pix->data = NULL; } return 0; } /*--------------------------------------------------------------------* * Pix line ptrs * *--------------------------------------------------------------------*/ /*! * pixGetLinePtrs() * * Input: pix * &size ( array size, which is the pix height) * Return: array of line ptrs, or null on error * * Notes: * (1) This is intended to be used for fast random pixel access. * For example, for an 8 bpp image, * val = GET_DATA_BYTE(lines8[i], j); * is equivalent to, but much faster than, * pixGetPixel(pix, j, i, &val); * (2) How much faster? For 1 bpp, it's from 6 to 10x faster. * For 8 bpp, it's an amazing 30x faster. So if you are * doing random access over a substantial part of the image, * use this line ptr array. * (3) When random access is used in conjunction with a stack, * queue or heap, the overall computation time depends on * the operations performed on each struct that is popped * or pushed, and whether we are using a priority queue (O(logn)) * or a queue or stack (O(1)). For example, for maze search, * the overall ratio of time for line ptrs vs. pixGet/Set* is * Maze type Type Time ratio * binary queue 0.4 * gray heap (priority queue) 0.6 * (4) Because this returns a void** and the accessors take void*, * the compiler cannot check the pointer types. It is * strongly recommended that you adopt a naming scheme for * the returned ptr arrays that indicates the pixel depth. * (This follows the original intent of Simonyi's "Hungarian" * application notation, where naming is used proactively * to make errors visibly obvious.) By doing this, you can * tell by inspection if the correct accessor is used. * For example, for an 8 bpp pixg: * void **lineg8 = pixGetLinePtrs(pixg, NULL); * val = GET_DATA_BYTE(lineg8[i], j); // fast access; BYTE, 8 * ... * FREE(lineg8); // don't forget this * (5) These are convenient for accessing bytes sequentially in an * 8 bpp grayscale image. People who write image processing code * on 8 bpp images are accustomed to grabbing pixels directly out * of the raster array. Note that for little endians, you first * need to reverse the byte order in each 32-bit word. * Here's a typical usage pattern: * pixEndianByteSwap(pix); // always safe; no-op on big-endians * l_uint8 **lineptrs = (l_uint8 **)pixGetLinePtrs(pix, NULL); * pixGetDimensions(pix, &w, &h, NULL); * for (i = 0; i < h; i++) { * l_uint8 *line = lineptrs[i]; * for (j = 0; j < w; j++) { * val = line[j]; * ... * } * } * pixEndianByteSwap(pix); // restore big-endian order * FREE(lineptrs); * This can be done even more simply as follows: * l_uint8 **lineptrs = pixSetupByteProcessing(pix, &w, &h); * for (i = 0; i < h; i++) { * l_uint8 *line = lineptrs[i]; * for (j = 0; j < w; j++) { * val = line[j]; * ... * } * } * pixCleanupByteProcessing(pix, lineptrs); */ void ** pixGetLinePtrs(PIX *pix, l_int32 *psize) { l_int32 i, h, wpl; l_uint32 *data; void **lines; PROCNAME("pixGetLinePtrs"); if (!pix) return (void **)ERROR_PTR("pix not defined", procName, NULL); h = pixGetHeight(pix); if (psize) *psize = h; if ((lines = (void **)CALLOC(h, sizeof(void *))) == NULL) return (void **)ERROR_PTR("lines not made", procName, NULL); wpl = pixGetWpl(pix); data = pixGetData(pix); for (i = 0; i < h; i++) lines[i] = (void *)(data + i * wpl); return lines; } /*--------------------------------------------------------------------* * Print output for debugging * *--------------------------------------------------------------------*/ extern const char *ImageFileFormatExtensions[]; /*! * pixPrintStreamInfo() * * Input: fp (file stream) * pix * text ( identifying string; can be null) * Return: 0 if OK, 1 on error */ l_int32 pixPrintStreamInfo(FILE *fp, PIX *pix, const char *text) { l_int32 informat; PIXCMAP *cmap; PROCNAME("pixPrintStreamInfo"); if (!fp) return ERROR_INT("fp not defined", procName, 1); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (text) fprintf(fp, " Pix Info for %s:\n", text); fprintf(fp, " width = %d, height = %d, depth = %d, spp = %d\n", pixGetWidth(pix), pixGetHeight(pix), pixGetDepth(pix), pixGetSpp(pix)); fprintf(fp, " wpl = %d, data = %p, refcount = %d\n", pixGetWpl(pix), pixGetData(pix), pixGetRefcount(pix)); if ((cmap = pixGetColormap(pix)) != NULL) pixcmapWriteStream(fp, cmap); else fprintf(fp, " no colormap\n"); informat = pixGetInputFormat(pix); fprintf(fp, " input format: %d (%s)\n", informat, ImageFileFormatExtensions[informat]); return 0; } leptonica-1.70/src/freetype.h0000664000175000017500000000323312265014043014270 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ #ifndef LEPTONICA_FREETYPE_H #define LEPTONICA_FREETYPE_H #define LEPTONICA_FT_RESOLUTION 96 typedef struct ft_library_st FT_LIBRARY; #endif /* LEPTONICA_FREETYPE_H */ leptonica-1.70/src/morphapp.c0000644000175000017500000014410212244224164014271 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * morphapp.c * * These are some useful and/or interesting composite * image processing operations, of the type that are often * useful in applications. Most are morphological in * nature. * * Extraction of boundary pixels * PIX *pixExtractBoundary() * * Selective morph sequence operation under mask * PIX *pixMorphSequenceMasked() * * Selective morph sequence operation on each component * PIX *pixMorphSequenceByComponent() * PIXA *pixaMorphSequenceByComponent() * * Selective morph sequence operation on each region * PIX *pixMorphSequenceByRegion() * PIXA *pixaMorphSequenceByRegion() * * Union and intersection of parallel composite operations * PIX *pixUnionOfMorphOps() * PIX *pixIntersectionOfMorphOps() * * Selective connected component filling * PIX *pixSelectiveConnCompFill() * * Removal of matched patterns * PIX *pixRemoveMatchedPattern() * * Display of matched patterns * PIX *pixDisplayMatchedPattern() * * Iterative morphological seed filling (don't use for real work) * PIX *pixSeedfillMorph() * * Granulometry on binary images * NUMA *pixRunHistogramMorph() * * Composite operations on grayscale images * PIX *pixTophat() * PIX *pixHDome() * PIX *pixFastTophat() * PIX *pixMorphGradient() * * Centroid of component * PTA *pixaCentroids() * l_int32 pixCentroid() */ #include "allheaders.h" #define SWAP(x, y) {temp = (x); (x) = (y); (y) = temp;} /*-----------------------------------------------------------------* * Extraction of boundary pixels * *-----------------------------------------------------------------*/ /*! * pixExtractBoundary() * * Input: pixs (1 bpp) * type (0 for background pixels; 1 for foreground pixels) * Return: pixd, or null on error * * Notes: * (1) Extracts the fg or bg boundary pixels for each component. * Components are assumed to end at the boundary of pixs. */ PIX * pixExtractBoundary(PIX *pixs, l_int32 type) { PIX *pixd; PROCNAME("pixExtractBoundary"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (type == 0) pixd = pixDilateBrick(NULL, pixs, 3, 3); else pixd = pixErodeBrick(NULL, pixs, 3, 3); pixXor(pixd, pixd, pixs); return pixd; } /*-----------------------------------------------------------------* * Selective morph sequence operation under mask * *-----------------------------------------------------------------*/ /*! * pixMorphSequenceMasked() * * Input: pixs (1 bpp) * pixm ( 1 bpp mask) * sequence (string specifying sequence of operations) * dispsep (horizontal separation in pixels between * successive displays; use zero to suppress display) * Return: pixd, or null on error * * Notes: * (1) This applies the morph sequence to the image, but only allows * changes in pixs for pixels under the background of pixm. * (5) If pixm is NULL, this is just pixMorphSequence(). */ PIX * pixMorphSequenceMasked(PIX *pixs, PIX *pixm, const char *sequence, l_int32 dispsep) { PIX *pixd; PROCNAME("pixMorphSequenceMasked"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!sequence) return (PIX *)ERROR_PTR("sequence not defined", procName, NULL); pixd = pixMorphSequence(pixs, sequence, dispsep); pixCombineMasked(pixd, pixs, pixm); /* restore src pixels under mask fg */ return pixd; } /*-----------------------------------------------------------------* * Morph sequence operation on each component * *-----------------------------------------------------------------*/ /*! * pixMorphSequenceByComponent() * * Input: pixs (1 bpp) * sequence (string specifying sequence) * connectivity (4 or 8) * minw (minimum width to consider; use 0 or 1 for any width) * minh (minimum height to consider; use 0 or 1 for any height) * &boxa ( return boxa of c.c. in pixs) * Return: pixd, or null on error * * Notes: * (1) See pixMorphSequence() for composing operation sequences. * (2) This operates separately on each c.c. in the input pix. * (3) The dilation does NOT increase the c.c. size; it is clipped * to the size of the original c.c. This is necessary to * keep the c.c. independent after the operation. * (4) You can specify that the width and/or height must equal * or exceed a minimum size for the operation to take place. * (5) Use NULL for boxa to avoid returning the boxa. */ PIX * pixMorphSequenceByComponent(PIX *pixs, const char *sequence, l_int32 connectivity, l_int32 minw, l_int32 minh, BOXA **pboxa) { l_int32 n, i, x, y, w, h; BOXA *boxa; PIX *pix, *pixd; PIXA *pixas, *pixad; PROCNAME("pixMorphSequenceByComponent"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!sequence) return (PIX *)ERROR_PTR("sequence not defined", procName, NULL); if (minw <= 0) minw = 1; if (minh <= 0) minh = 1; /* Get the c.c. */ if ((boxa = pixConnComp(pixs, &pixas, connectivity)) == NULL) return (PIX *)ERROR_PTR("boxa not made", procName, NULL); /* Operate on each c.c. independently */ pixad = pixaMorphSequenceByComponent(pixas, sequence, minw, minh); pixaDestroy(&pixas); boxaDestroy(&boxa); if (!pixad) return (PIX *)ERROR_PTR("pixad not made", procName, NULL); /* Display the result out into pixd */ pixd = pixCreateTemplate(pixs); n = pixaGetCount(pixad); for (i = 0; i < n; i++) { pixaGetBoxGeometry(pixad, i, &x, &y, &w, &h); pix = pixaGetPix(pixad, i, L_CLONE); pixRasterop(pixd, x, y, w, h, PIX_PAINT, pix, 0, 0); pixDestroy(&pix); } if (pboxa) *pboxa = pixaGetBoxa(pixad, L_CLONE); pixaDestroy(&pixad); return pixd; } /*! * pixaMorphSequenceByComponent() * * Input: pixas (of 1 bpp pix) * sequence (string specifying sequence) * minw (minimum width to consider; use 0 or 1 for any width) * minh (minimum height to consider; use 0 or 1 for any height) * Return: pixad, or null on error * * Notes: * (1) See pixMorphSequence() for composing operation sequences. * (2) This operates separately on each c.c. in the input pixa. * (3) You can specify that the width and/or height must equal * or exceed a minimum size for the operation to take place. * (4) The input pixa should have a boxa giving the locations * of the pix components. */ PIXA * pixaMorphSequenceByComponent(PIXA *pixas, const char *sequence, l_int32 minw, l_int32 minh) { l_int32 n, i, w, h, d; BOX *box; PIX *pix1, *pix2; PIXA *pixad; PROCNAME("pixaMorphSequenceByComponent"); if (!pixas) return (PIXA *)ERROR_PTR("pixas not defined", procName, NULL); if ((n = pixaGetCount(pixas)) == 0) return (PIXA *)ERROR_PTR("no pix in pixas", procName, NULL); if (n != pixaGetBoxaCount(pixas)) L_WARNING("boxa size != n\n", procName); pixaGetPixDimensions(pixas, 0, NULL, NULL, &d); if (d != 1) return (PIXA *)ERROR_PTR("depth not 1 bpp", procName, NULL); if (!sequence) return (PIXA *)ERROR_PTR("sequence not defined", procName, NULL); if (minw <= 0) minw = 1; if (minh <= 0) minh = 1; if ((pixad = pixaCreate(n)) == NULL) return (PIXA *)ERROR_PTR("pixad not made", procName, NULL); for (i = 0; i < n; i++) { pixaGetPixDimensions(pixas, i, &w, &h, NULL); if (w >= minw && h >= minh) { if ((pix1 = pixaGetPix(pixas, i, L_CLONE)) == NULL) return (PIXA *)ERROR_PTR("pix1 not found", procName, NULL); if ((pix2 = pixMorphCompSequence(pix1, sequence, 0)) == NULL) return (PIXA *)ERROR_PTR("pix2 not made", procName, NULL); pixaAddPix(pixad, pix2, L_INSERT); box = pixaGetBox(pixas, i, L_COPY); pixaAddBox(pixad, box, L_INSERT); pixDestroy(&pix1); } } return pixad; } /*-----------------------------------------------------------------* * Morph sequence operation on each region * *-----------------------------------------------------------------*/ /*! * pixMorphSequenceByRegion() * * Input: pixs (1 bpp) * pixm (mask specifying regions) * sequence (string specifying sequence) * connectivity (4 or 8, used on mask) * minw (minimum width to consider; use 0 or 1 for any width) * minh (minimum height to consider; use 0 or 1 for any height) * &boxa ( return boxa of c.c. in pixm) * Return: pixd, or null on error * * Notes: * (1) See pixMorphCompSequence() for composing operation sequences. * (2) This operates separately on the region in pixs corresponding * to each c.c. in the mask pixm. It differs from * pixMorphSequenceByComponent() in that the latter does not have * a pixm (mask), but instead operates independently on each * component in pixs. * (3) Dilation will NOT increase the region size; the result * is clipped to the size of the mask region. This is necessary * to make regions independent after the operation. * (4) You can specify that the width and/or height of a region must * equal or exceed a minimum size for the operation to take place. * (5) Use NULL for @pboxa to avoid returning the boxa. */ PIX * pixMorphSequenceByRegion(PIX *pixs, PIX *pixm, const char *sequence, l_int32 connectivity, l_int32 minw, l_int32 minh, BOXA **pboxa) { l_int32 n, i, x, y, w, h; BOXA *boxa; PIX *pix, *pixd; PIXA *pixam, *pixad; PROCNAME("pixMorphSequenceByRegion"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!pixm) return (PIX *)ERROR_PTR("pixm not defined", procName, NULL); if (pixGetDepth(pixs) != 1 || pixGetDepth(pixm) != 1) return (PIX *)ERROR_PTR("pixs and pixm not both 1 bpp", procName, NULL); if (!sequence) return (PIX *)ERROR_PTR("sequence not defined", procName, NULL); if (minw <= 0) minw = 1; if (minh <= 0) minh = 1; /* Get the c.c. of the mask */ if ((boxa = pixConnComp(pixm, &pixam, connectivity)) == NULL) return (PIX *)ERROR_PTR("boxa not made", procName, NULL); /* Operate on each region in pixs independently */ pixad = pixaMorphSequenceByRegion(pixs, pixam, sequence, minw, minh); pixaDestroy(&pixam); boxaDestroy(&boxa); if (!pixad) return (PIX *)ERROR_PTR("pixad not made", procName, NULL); /* Display the result out into pixd */ pixd = pixCreateTemplate(pixs); n = pixaGetCount(pixad); for (i = 0; i < n; i++) { pixaGetBoxGeometry(pixad, i, &x, &y, &w, &h); pix = pixaGetPix(pixad, i, L_CLONE); pixRasterop(pixd, x, y, w, h, PIX_PAINT, pix, 0, 0); pixDestroy(&pix); } if (pboxa) *pboxa = pixaGetBoxa(pixad, L_CLONE); pixaDestroy(&pixad); return pixd; } /*! * pixaMorphSequenceByRegion() * * Input: pixs (1 bpp) * pixam (of 1 bpp mask elements) * sequence (string specifying sequence) * minw (minimum width to consider; use 0 or 1 for any width) * minh (minimum height to consider; use 0 or 1 for any height) * Return: pixad, or null on error * * Notes: * (1) See pixMorphSequence() for composing operation sequences. * (2) This operates separately on each region in the input pixs * defined by the components in pixam. * (3) You can specify that the width and/or height of a mask * component must equal or exceed a minimum size for the * operation to take place. * (4) The input pixam should have a boxa giving the locations * of the regions in pixs. */ PIXA * pixaMorphSequenceByRegion(PIX *pixs, PIXA *pixam, const char *sequence, l_int32 minw, l_int32 minh) { l_int32 n, i, w, h, samedepth, maxdepth, fullpa, fullba; BOX *box; PIX *pix1, *pix2, *pix3; PIXA *pixad; PROCNAME("pixaMorphSequenceByRegion"); if (!pixs) return (PIXA *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PIXA *)ERROR_PTR("pixs not 1 bpp", procName, NULL); if (!sequence) return (PIXA *)ERROR_PTR("sequence not defined", procName, NULL); if (!pixam) return (PIXA *)ERROR_PTR("pixam not defined", procName, NULL); samedepth = pixaVerifyDepth(pixam, &maxdepth); if (samedepth != 1 && maxdepth != 1) return (PIXA *)ERROR_PTR("mask depth not 1 bpp", procName, NULL); pixaIsFull(pixam, &fullpa, &fullba); if (!fullpa || !fullba) return (PIXA *)ERROR_PTR("missing comps in pixam", procName, NULL); n = pixaGetCount(pixam); if (minw <= 0) minw = 1; if (minh <= 0) minh = 1; if ((pixad = pixaCreate(n)) == NULL) return (PIXA *)ERROR_PTR("pixad not made", procName, NULL); /* Use the rectangle to remove the appropriate part of pixs; * then AND with the mask component to get the actual fg * of pixs that is under the mask component. */ for (i = 0; i < n; i++) { pixaGetPixDimensions(pixam, i, &w, &h, NULL); if (w >= minw && h >= minh) { pix1 = pixaGetPix(pixam, i, L_CLONE); box = pixaGetBox(pixam, i, L_COPY); pix2 = pixClipRectangle(pixs, box, NULL); pixAnd(pix2, pix2, pix1); pix3 = pixMorphCompSequence(pix2, sequence, 0); pixDestroy(&pix1); pixDestroy(&pix2); if (!pix3) { boxDestroy(&box); pixaDestroy(&pixad); L_ERROR("pix3 not made in iter %d; aborting\n", procName, i); break; } pixaAddPix(pixad, pix3, L_INSERT); pixaAddBox(pixad, box, L_INSERT); } } return pixad; } /*-----------------------------------------------------------------* * Union and intersection of parallel composite operations * *-----------------------------------------------------------------*/ /*! * pixUnionOfMorphOps() * * Input: pixs (binary) * sela * type (L_MORPH_DILATE, etc.) * Return: pixd (union of the specified morphological operation * on pixs for each Sel in the Sela), or null on error */ PIX * pixUnionOfMorphOps(PIX *pixs, SELA *sela, l_int32 type) { l_int32 n, i; PIX *pixt, *pixd; SEL *sel; PROCNAME("pixUnionOfMorphOps"); if (!pixs || pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); if (!sela) return (PIX *)ERROR_PTR("sela not defined", procName, NULL); n = selaGetCount(sela); if (n == 0) return (PIX *)ERROR_PTR("no sels in sela", procName, NULL); if (type != L_MORPH_DILATE && type != L_MORPH_ERODE && type != L_MORPH_OPEN && type != L_MORPH_CLOSE && type != L_MORPH_HMT) return (PIX *)ERROR_PTR("invalid type", procName, NULL); pixd = pixCreateTemplate(pixs); for (i = 0; i < n; i++) { sel = selaGetSel(sela, i); if (type == L_MORPH_DILATE) pixt = pixDilate(NULL, pixs, sel); else if (type == L_MORPH_ERODE) pixt = pixErode(NULL, pixs, sel); else if (type == L_MORPH_OPEN) pixt = pixOpen(NULL, pixs, sel); else if (type == L_MORPH_CLOSE) pixt = pixClose(NULL, pixs, sel); else /* type == L_MORPH_HMT */ pixt = pixHMT(NULL, pixs, sel); pixOr(pixd, pixd, pixt); pixDestroy(&pixt); } return pixd; } /*! * pixIntersectionOfMorphOps() * * Input: pixs (binary) * sela * type (L_MORPH_DILATE, etc.) * Return: pixd (intersection of the specified morphological operation * on pixs for each Sel in the Sela), or null on error */ PIX * pixIntersectionOfMorphOps(PIX *pixs, SELA *sela, l_int32 type) { l_int32 n, i; PIX *pixt, *pixd; SEL *sel; PROCNAME("pixIntersectionOfMorphOps"); if (!pixs || pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); if (!sela) return (PIX *)ERROR_PTR("sela not defined", procName, NULL); n = selaGetCount(sela); if (n == 0) return (PIX *)ERROR_PTR("no sels in sela", procName, NULL); if (type != L_MORPH_DILATE && type != L_MORPH_ERODE && type != L_MORPH_OPEN && type != L_MORPH_CLOSE && type != L_MORPH_HMT) return (PIX *)ERROR_PTR("invalid type", procName, NULL); pixd = pixCreateTemplate(pixs); pixSetAll(pixd); for (i = 0; i < n; i++) { sel = selaGetSel(sela, i); if (type == L_MORPH_DILATE) pixt = pixDilate(NULL, pixs, sel); else if (type == L_MORPH_ERODE) pixt = pixErode(NULL, pixs, sel); else if (type == L_MORPH_OPEN) pixt = pixOpen(NULL, pixs, sel); else if (type == L_MORPH_CLOSE) pixt = pixClose(NULL, pixs, sel); else /* type == L_MORPH_HMT */ pixt = pixHMT(NULL, pixs, sel); pixAnd(pixd, pixd, pixt); pixDestroy(&pixt); } return pixd; } /*-----------------------------------------------------------------* * Selective connected component filling * *-----------------------------------------------------------------*/ /*! * pixSelectiveConnCompFill() * * Input: pixs (binary) * connectivity (4 or 8) * minw (minimum width to consider; use 0 or 1 for any width) * minh (minimum height to consider; use 0 or 1 for any height) * Return: pix (with holes filled in selected c.c.), or null on error */ PIX * pixSelectiveConnCompFill(PIX *pixs, l_int32 connectivity, l_int32 minw, l_int32 minh) { l_int32 n, i, x, y, w, h; BOXA *boxa; PIX *pix1, *pix2, *pixd; PIXA *pixa; PROCNAME("pixSelectiveConnCompFill"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not 1 bpp", procName, NULL); if (minw <= 0) minw = 1; if (minh <= 0) minh = 1; if ((boxa = pixConnComp(pixs, &pixa, connectivity)) == NULL) return (PIX *)ERROR_PTR("boxa not made", procName, NULL); n = boxaGetCount(boxa); pixd = pixCopy(NULL, pixs); for (i = 0; i < n; i++) { boxaGetBoxGeometry(boxa, i, &x, &y, &w, &h); if (w >= minw && h >= minh) { pix1 = pixaGetPix(pixa, i, L_CLONE); if ((pix2 = pixHolesByFilling(pix1, 12 - connectivity)) == NULL) { L_ERROR("pix2 not made in iter %d\n", procName, i); pixDestroy(&pix1); continue; } pixRasterop(pixd, x, y, w, h, PIX_PAINT, pix2, 0, 0); pixDestroy(&pix1); pixDestroy(&pix2); } } pixaDestroy(&pixa); boxaDestroy(&boxa); return pixd; } /*-----------------------------------------------------------------* * Removal of matched patterns * *-----------------------------------------------------------------*/ /*! * pixRemoveMatchedPattern() * * Input: pixs (input image, 1 bpp) * pixp (pattern to be removed from image, 1 bpp) * pixe (image after erosion by Sel that approximates pixp, 1 bpp) * x0, y0 (center of Sel) * dsize (number of pixels on each side by which pixp is * dilated before being subtracted from pixs; * valid values are {0, 1, 2, 3, 4}) * Return: 0 if OK, 1 on error * * Notes: * (1) This is in-place. * (2) You can use various functions in selgen to create a Sel * that is used to generate pixe from pixs. * (3) This function is applied after pixe has been computed. * It finds the centroid of each c.c., and subtracts * (the appropriately dilated version of) pixp, with the center * of the Sel used to align pixp with pixs. */ l_int32 pixRemoveMatchedPattern(PIX *pixs, PIX *pixp, PIX *pixe, l_int32 x0, l_int32 y0, l_int32 dsize) { l_int32 i, nc, x, y, w, h, xb, yb; BOXA *boxa; PIX *pix1, *pix2; PIXA *pixa; PTA *pta; SEL *sel; PROCNAME("pixRemoveMatchedPattern"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!pixp) return ERROR_INT("pixp not defined", procName, 1); if (!pixe) return ERROR_INT("pixe not defined", procName, 1); if (pixGetDepth(pixs) != 1 || pixGetDepth(pixp) != 1 || pixGetDepth(pixe) != 1) return ERROR_INT("all input pix not 1 bpp", procName, 1); if (dsize < 0 || dsize > 4) return ERROR_INT("dsize not in {0,1,2,3,4}", procName, 1); /* Find the connected components and their centroids */ boxa = pixConnComp(pixe, &pixa, 8); if ((nc = boxaGetCount(boxa)) == 0) { L_WARNING("no matched patterns\n", procName); boxaDestroy(&boxa); pixaDestroy(&pixa); return 0; } pta = pixaCentroids(pixa); pixaDestroy(&pixa); /* Optionally dilate the pattern, first adding a border that * is large enough to accommodate the dilated pixels */ sel = NULL; if (dsize > 0) { sel = selCreateBrick(2 * dsize + 1, 2 * dsize + 1, dsize, dsize, SEL_HIT); pix1 = pixAddBorder(pixp, dsize, 0); pix2 = pixDilate(NULL, pix1, sel); selDestroy(&sel); pixDestroy(&pix1); } else { pix2 = pixClone(pixp); } /* Subtract out each dilated pattern. The centroid of each * component is located at: * (box->x + x, box->y + y) * and the 'center' of the pattern used in making pixe is located at * (x0 + dsize, (y0 + dsize) * relative to the UL corner of the pattern. The center of the * pattern is placed at the center of the component. */ pixGetDimensions(pix2, &w, &h, NULL); for (i = 0; i < nc; i++) { ptaGetIPt(pta, i, &x, &y); boxaGetBoxGeometry(boxa, i, &xb, &yb, NULL, NULL); pixRasterop(pixs, xb + x - x0 - dsize, yb + y - y0 - dsize, w, h, PIX_DST & PIX_NOT(PIX_SRC), pix2, 0, 0); } boxaDestroy(&boxa); ptaDestroy(&pta); pixDestroy(&pix2); return 0; } /*-----------------------------------------------------------------* * Display of matched patterns * *-----------------------------------------------------------------*/ /*! * pixDisplayMatchedPattern() * * Input: pixs (input image, 1 bpp) * pixp (pattern to be removed from image, 1 bpp) * pixe (image after erosion by Sel that approximates pixp, 1 bpp) * x0, y0 (center of Sel) * color (to paint the matched patterns; 0xrrggbb00) * scale (reduction factor for output pixd) * nlevels (if scale < 1.0, threshold to this number of levels) * Return: pixd (8 bpp, colormapped), or null on error * * Notes: * (1) A 4 bpp colormapped image is generated. * (2) If scale <= 1.0, do scale to gray for the output, and threshold * to nlevels of gray. * (3) You can use various functions in selgen to create a Sel * that will generate pixe from pixs. * (4) This function is applied after pixe has been computed. * It finds the centroid of each c.c., and colors the output * pixels using pixp (appropriately aligned) as a stencil. * Alignment is done using the origin of the Sel and the * centroid of the eroded image to place the stencil pixp. */ PIX * pixDisplayMatchedPattern(PIX *pixs, PIX *pixp, PIX *pixe, l_int32 x0, l_int32 y0, l_uint32 color, l_float32 scale, l_int32 nlevels) { l_int32 i, nc, xb, yb, x, y, xi, yi, rval, gval, bval; BOXA *boxa; PIX *pixd, *pixt, *pixps; PIXA *pixa; PTA *pta; PIXCMAP *cmap; PROCNAME("pixDisplayMatchedPattern"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!pixp) return (PIX *)ERROR_PTR("pixp not defined", procName, NULL); if (!pixe) return (PIX *)ERROR_PTR("pixe not defined", procName, NULL); if (pixGetDepth(pixs) != 1 || pixGetDepth(pixp) != 1 || pixGetDepth(pixe) != 1) return (PIX *)ERROR_PTR("all input pix not 1 bpp", procName, NULL); if (scale > 1.0 || scale <= 0.0) { L_WARNING("scale > 1.0 or < 0.0; setting to 1.0\n", procName); scale = 1.0; } /* Find the connected components and their centroids */ boxa = pixConnComp(pixe, &pixa, 8); if ((nc = boxaGetCount(boxa)) == 0) { L_WARNING("no matched patterns\n", procName); boxaDestroy(&boxa); pixaDestroy(&pixa); return 0; } pta = pixaCentroids(pixa); extractRGBValues(color, &rval, &gval, &bval); if (scale == 1.0) { /* output 4 bpp at full resolution */ pixd = pixConvert1To4(NULL, pixs, 0, 1); cmap = pixcmapCreate(4); pixcmapAddColor(cmap, 255, 255, 255); pixcmapAddColor(cmap, 0, 0, 0); pixSetColormap(pixd, cmap); /* Paint through pixp for each match location. The centroid of each * component in pixe is located at: * (box->x + x, box->y + y) * and the 'center' of the pattern used in making pixe is located at * (x0, y0) * relative to the UL corner of the pattern. The center of the * pattern is placed at the center of the component. */ for (i = 0; i < nc; i++) { ptaGetIPt(pta, i, &x, &y); boxaGetBoxGeometry(boxa, i, &xb, &yb, NULL, NULL); pixSetMaskedCmap(pixd, pixp, xb + x - x0, yb + y - y0, rval, gval, bval); } } else { /* output 4 bpp downscaled */ pixt = pixScaleToGray(pixs, scale); pixd = pixThresholdTo4bpp(pixt, nlevels, 1); pixps = pixScaleBySampling(pixp, scale, scale); for (i = 0; i < nc; i++) { ptaGetIPt(pta, i, &x, &y); boxaGetBoxGeometry(boxa, i, &xb, &yb, NULL, NULL); xi = (l_int32)(scale * (xb + x - x0)); yi = (l_int32)(scale * (yb + y - y0)); pixSetMaskedCmap(pixd, pixps, xi, yi, rval, gval, bval); } pixDestroy(&pixt); pixDestroy(&pixps); } boxaDestroy(&boxa); pixaDestroy(&pixa); ptaDestroy(&pta); return pixd; } /*-----------------------------------------------------------------* * Iterative morphological seed filling * *-----------------------------------------------------------------*/ /*! * pixSeedfillMorph() * * Input: pixs (seed) * pixm (mask) * maxiters (use 0 to go to completion) * connectivity (4 or 8) * Return: pixd (after filling into the mask) or null on error * * Notes: * (1) This is in general a very inefficient method for filling * from a seed into a mask. Use it for a small number of iterations, * but if you expect more than a few iterations, use * pixSeedfillBinary(). * (2) We use a 3x3 brick SEL for 8-cc filling and a 3x3 plus SEL for 4-cc. */ PIX * pixSeedfillMorph(PIX *pixs, PIX *pixm, l_int32 maxiters, l_int32 connectivity) { l_int32 same, i; PIX *pixt, *pixd, *temp; SEL *sel_3; PROCNAME("pixSeedfillMorph"); if (!pixs || pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); if (!pixm) return (PIX *)ERROR_PTR("mask pix not defined", procName, NULL); if (connectivity != 4 && connectivity != 8) return (PIX *)ERROR_PTR("connectivity not in {4,8}", procName, NULL); if (maxiters <= 0) maxiters = 1000; if (pixSizesEqual(pixs, pixm) == 0) return (PIX *)ERROR_PTR("pix sizes unequal", procName, NULL); if ((sel_3 = selCreateBrick(3, 3, 1, 1, 1)) == NULL) return (PIX *)ERROR_PTR("sel_3 not made", procName, NULL); if (connectivity == 4) { /* remove corner hits to make a '+' */ selSetElement(sel_3, 0, 0, SEL_DONT_CARE); selSetElement(sel_3, 2, 2, SEL_DONT_CARE); selSetElement(sel_3, 2, 0, SEL_DONT_CARE); selSetElement(sel_3, 0, 2, SEL_DONT_CARE); } pixt = pixCopy(NULL, pixs); pixd = pixCreateTemplate(pixs); for (i = 1; i <= maxiters; i++) { pixDilate(pixd, pixt, sel_3); pixAnd(pixd, pixd, pixm); pixEqual(pixd, pixt, &same); if (same || i == maxiters) break; else SWAP(pixt, pixd); } fprintf(stderr, " Num iters in binary reconstruction = %d\n", i); pixDestroy(&pixt); selDestroy(&sel_3); return pixd; } /*-----------------------------------------------------------------* * Granulometry on binary images * *-----------------------------------------------------------------*/ /*! * pixRunHistogramMorph() * * Input: pixs * runtype (L_RUN_OFF, L_RUN_ON) * direction (L_HORIZ, L_VERT) * maxsize (size of largest runlength counted) * Return: numa of run-lengths */ NUMA * pixRunHistogramMorph(PIX *pixs, l_int32 runtype, l_int32 direction, l_int32 maxsize) { l_int32 count, i, size; l_float32 val; NUMA *na, *nah; PIX *pix1, *pix2, *pix3; SEL *sel_2a; PROCNAME("pixRunHistogramMorph"); if (!pixs) return (NUMA *)ERROR_PTR("seed pix not defined", procName, NULL); if (runtype != L_RUN_OFF && runtype != L_RUN_ON) return (NUMA *)ERROR_PTR("invalid run type", procName, NULL); if (direction != L_HORIZ && direction != L_VERT) return (NUMA *)ERROR_PTR("direction not in {L_HORIZ, L_VERT}", procName, NULL); if (pixGetDepth(pixs) != 1) return (NUMA *)ERROR_PTR("pixs must be binary", procName, NULL); if (direction == L_HORIZ) sel_2a = selCreateBrick(1, 2, 0, 0, 1); else /* direction == L_VERT */ sel_2a = selCreateBrick(2, 1, 0, 0, 1); if (!sel_2a) return (NUMA *)ERROR_PTR("sel_2a not made", procName, NULL); if (runtype == L_RUN_OFF) { if ((pix1 = pixCopy(NULL, pixs)) == NULL) return (NUMA *)ERROR_PTR("pix1 not made", procName, NULL); pixInvert(pix1, pix1); } else { /* runtype == L_RUN_ON */ pix1 = pixClone(pixs); } /* Get pixel counts at different stages of erosion */ na = numaCreate(0); pix2 = pixCreateTemplate(pixs); pix3 = pixCreateTemplate(pixs); pixCountPixels(pix1, &count, NULL); numaAddNumber(na, count); pixErode(pix2, pix1, sel_2a); pixCountPixels(pix2, &count, NULL); numaAddNumber(na, count); for (i = 0; i < maxsize / 2; i++) { pixErode(pix3, pix2, sel_2a); pixCountPixels(pix3, &count, NULL); numaAddNumber(na, count); pixErode(pix2, pix3, sel_2a); pixCountPixels(pix2, &count, NULL); numaAddNumber(na, count); } /* Compute length histogram */ size = numaGetCount(na); nah = numaCreate(size); numaAddNumber(nah, 0); /* number at length 0 */ for (i = 1; i < size - 1; i++) { val = na->array[i+1] - 2 * na->array[i] + na->array[i-1]; numaAddNumber(nah, val); } pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); selDestroy(&sel_2a); numaDestroy(&na); return nah; } /*-----------------------------------------------------------------* * Composite operations on grayscale images * *-----------------------------------------------------------------*/ /*! * pixTophat() * * Input: pixs * hsize (of Sel; must be odd; origin implicitly in center) * vsize (ditto) * type (L_TOPHAT_WHITE: image - opening * L_TOPHAT_BLACK: closing - image) * Return: pixd, or null on error * * Notes: * (1) Sel is a brick with all elements being hits * (2) If hsize = vsize = 1, returns an image with all 0 data. * (3) The L_TOPHAT_WHITE flag emphasizes small bright regions, * whereas the L_TOPHAT_BLACK flag emphasizes small dark regions. * The L_TOPHAT_WHITE tophat can be accomplished by doing a * L_TOPHAT_BLACK tophat on the inverse, or v.v. */ PIX * pixTophat(PIX *pixs, l_int32 hsize, l_int32 vsize, l_int32 type) { PIX *pixt, *pixd; PROCNAME("pixTophat"); if (!pixs) return (PIX *)ERROR_PTR("seed pix not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (hsize < 1 || vsize < 1) return (PIX *)ERROR_PTR("hsize or vsize < 1", procName, NULL); if ((hsize & 1) == 0 ) { L_WARNING("horiz sel size must be odd; increasing by 1\n", procName); hsize++; } if ((vsize & 1) == 0 ) { L_WARNING("vert sel size must be odd; increasing by 1\n", procName); vsize++; } if (type != L_TOPHAT_WHITE && type != L_TOPHAT_BLACK) return (PIX *)ERROR_PTR("type must be L_TOPHAT_BLACK or L_TOPHAT_WHITE", procName, NULL); if (hsize == 1 && vsize == 1) return pixCreateTemplate(pixs); switch (type) { case L_TOPHAT_WHITE: if ((pixt = pixOpenGray(pixs, hsize, vsize)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); pixd = pixSubtractGray(NULL, pixs, pixt); pixDestroy(&pixt); break; case L_TOPHAT_BLACK: if ((pixd = pixCloseGray(pixs, hsize, vsize)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixSubtractGray(pixd, pixd, pixs); break; default: return (PIX *)ERROR_PTR("invalid type", procName, NULL); } return pixd; } /*! * pixHDome() * * Input: pixs (8 bpp, filling mask) * height (of seed below the filling maskhdome; must be >= 0) * connectivity (4 or 8) * Return: pixd (8 bpp), or null on error * * Notes: * (1) It is more efficient to use a connectivity of 4 for the fill. * (2) This fills bumps to some level, and extracts the unfilled * part of the bump. To extract the troughs of basins, first * invert pixs and then apply pixHDome(). * (3) It is useful to compare the HDome operation with the TopHat. * The latter extracts peaks or valleys that have a width * not exceeding the size of the structuring element used * in the opening or closing, rsp. The height of the peak is * irrelevant. By contrast, for the HDome, the gray seedfill * is used to extract all peaks that have a height not exceeding * a given value, regardless of their width! * (4) Slightly more precisely, suppose you set 'height' = 40. * Then all bumps in pixs with a height greater than or equal * to 40 become, in pixd, bumps with a max value of exactly 40. * All shorter bumps have a max value in pixd equal to the height * of the bump. * (5) The method: the filling mask, pixs, is the image whose peaks * are to be extracted. The height of a peak is the distance * between the top of the peak and the highest "leak" to the * outside -- think of a sombrero, where the leak occurs * at the highest point on the rim. * (a) Generate a seed, pixd, by subtracting some value, p, from * each pixel in the filling mask, pixs. The value p is * the 'height' input to this function. * (b) Fill in pixd starting with this seed, clipping by pixs, * in the way described in seedfillGrayLow(). The filling * stops before the peaks in pixs are filled. * For peaks that have a height > p, pixd is filled to * the level equal to the (top-of-the-peak - p). * For peaks of height < p, the peak is left unfilled * from its highest saddle point (the leak to the outside). * (c) Subtract the filled seed (pixd) from the filling mask (pixs). * Note that in this procedure, everything is done starting * with the filling mask, pixs. * (6) For segmentation, the resulting image, pixd, can be thresholded * and used as a seed for another filling operation. */ PIX * pixHDome(PIX *pixs, l_int32 height, l_int32 connectivity) { PIX *pixsd, *pixd; PROCNAME("pixHDome"); if (!pixs) return (PIX *)ERROR_PTR("src pix not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (height < 0) return (PIX *)ERROR_PTR("height not >= 0", procName, NULL); if (height == 0) return pixCreateTemplate(pixs); if ((pixsd = pixCopy(NULL, pixs)) == NULL) return (PIX *)ERROR_PTR("pixsd not made", procName, NULL); pixAddConstantGray(pixsd, -height); pixSeedfillGray(pixsd, pixs, connectivity); pixd = pixSubtractGray(NULL, pixs, pixsd); pixDestroy(&pixsd); return pixd; } /*! * pixFastTophat() * * Input: pixs * xsize (width of max/min op, smoothing; any integer >= 1) * ysize (height of max/min op, smoothing; any integer >= 1) * type (L_TOPHAT_WHITE: image - min * L_TOPHAT_BLACK: max - image) * Return: pixd, or null on error * * Notes: * (1) Don't be fooled. This is NOT a tophat. It is a tophat-like * operation, where the result is similar to what you'd get * if you used an erosion instead of an opening, or a dilation * instead of a closing. * (2) Instead of opening or closing at full resolution, it does * a fast downscale/minmax operation, then a quick small smoothing * at low res, a replicative expansion of the "background" * to full res, and finally a removal of the background level * from the input image. The smoothing step may not be important. * (3) It does not remove noise as well as a tophat, but it is * 5 to 10 times faster. * If you need the preciseness of the tophat, don't use this. * (4) The L_TOPHAT_WHITE flag emphasizes small bright regions, * whereas the L_TOPHAT_BLACK flag emphasizes small dark regions. */ PIX * pixFastTophat(PIX *pixs, l_int32 xsize, l_int32 ysize, l_int32 type) { PIX *pix1, *pix2, *pix3, *pixd; PROCNAME("pixFastTophat"); if (!pixs) return (PIX *)ERROR_PTR("seed pix not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (xsize < 1 || ysize < 1) return (PIX *)ERROR_PTR("size < 1", procName, NULL); if (type != L_TOPHAT_WHITE && type != L_TOPHAT_BLACK) return (PIX *)ERROR_PTR("type must be L_TOPHAT_BLACK or L_TOPHAT_WHITE", procName, NULL); if (xsize == 1 && ysize == 1) return pixCreateTemplate(pixs); switch (type) { case L_TOPHAT_WHITE: if ((pix1 = pixScaleGrayMinMax(pixs, xsize, ysize, L_CHOOSE_MIN)) == NULL) return (PIX *)ERROR_PTR("pix1 not made", procName, NULL); pix2 = pixBlockconv(pix1, 1, 1); /* small smoothing */ pix3 = pixScaleBySampling(pix2, xsize, ysize); pixd = pixSubtractGray(NULL, pixs, pix3); pixDestroy(&pix3); break; case L_TOPHAT_BLACK: if ((pix1 = pixScaleGrayMinMax(pixs, xsize, ysize, L_CHOOSE_MAX)) == NULL) return (PIX *)ERROR_PTR("pix1 not made", procName, NULL); pix2 = pixBlockconv(pix1, 1, 1); /* small smoothing */ pixd = pixScaleBySampling(pix2, xsize, ysize); pixSubtractGray(pixd, pixd, pixs); break; default: return (PIX *)ERROR_PTR("invalid type", procName, NULL); } pixDestroy(&pix1); pixDestroy(&pix2); return pixd; } /*! * pixMorphGradient() * * Input: pixs * hsize (of Sel; must be odd; origin implicitly in center) * vsize (ditto) * smoothing (half-width of convolution smoothing filter. * The width is (2 * smoothing + 1), so 0 is no-op. * Return: pixd, or null on error */ PIX * pixMorphGradient(PIX *pixs, l_int32 hsize, l_int32 vsize, l_int32 smoothing) { PIX *pixg, *pixd; PROCNAME("pixMorphGradient"); if (!pixs) return (PIX *)ERROR_PTR("seed pix not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (hsize < 1 || vsize < 1) return (PIX *)ERROR_PTR("hsize or vsize < 1", procName, NULL); if ((hsize & 1) == 0 ) { L_WARNING("horiz sel size must be odd; increasing by 1\n", procName); hsize++; } if ((vsize & 1) == 0 ) { L_WARNING("vert sel size must be odd; increasing by 1\n", procName); vsize++; } /* Optionally smooth first to remove noise. * If smoothing is 0, just get a copy */ pixg = pixBlockconvGray(pixs, NULL, smoothing, smoothing); /* This gives approximately the gradient of a transition */ pixd = pixDilateGray(pixg, hsize, vsize); pixSubtractGray(pixd, pixd, pixg); pixDestroy(&pixg); return pixd; } /*-----------------------------------------------------------------* * Centroid of component * *-----------------------------------------------------------------*/ /*! * pixaCentroids() * * Input: pixa of components (1 or 8 bpp) * Return: pta of centroids relative to the UL corner of * each pix, or null on error * * Notes: * (1) An error message is returned if any pix has something other * than 1 bpp or 8 bpp depth, and the centroid from that pix * is saved as (0, 0). */ PTA * pixaCentroids(PIXA *pixa) { l_int32 i, n; l_int32 *centtab = NULL; l_int32 *sumtab = NULL; l_float32 x, y; PIX *pix; PTA *pta; PROCNAME("pixaCentroids"); if (!pixa) return (PTA *)ERROR_PTR("pixa not defined", procName, NULL); if ((n = pixaGetCount(pixa)) == 0) return (PTA *)ERROR_PTR("no pix in pixa", procName, NULL); if ((pta = ptaCreate(n)) == NULL) return (PTA *)ERROR_PTR("pta not defined", procName, NULL); centtab = makePixelCentroidTab8(); sumtab = makePixelSumTab8(); for (i = 0; i < n; i++) { pix = pixaGetPix(pixa, i, L_CLONE); if (pixCentroid(pix, centtab, sumtab, &x, &y) == 1) L_ERROR("centroid failure for pix %d\n", procName, i); pixDestroy(&pix); ptaAddPt(pta, x, y); } FREE(centtab); FREE(sumtab); return pta; } /*! * pixCentroid() * * Input: pix (1 or 8 bpp) * centtab ( table for finding centroids; can be null) * sumtab ( table for finding pixel sums; can be null) * &xave, &yave ( coordinates of centroid, relative to * the UL corner of the pix) * Return: 0 if OK, 1 on error * * Notes: * (1) Any table not passed in will be made internally and destroyed * after use. */ l_int32 pixCentroid(PIX *pix, l_int32 *centtab, l_int32 *sumtab, l_float32 *pxave, l_float32 *pyave) { l_int32 w, h, d, i, j, wpl, pixsum, rowsum, val; l_float32 xsum, ysum; l_uint32 *data, *line; l_uint32 word; l_uint8 byte; l_int32 *ctab, *stab; PROCNAME("pixCentroid"); if (!pxave || !pyave) return ERROR_INT("&pxave and &pyave not defined", procName, 1); *pxave = *pyave = 0.0; if (!pix) return ERROR_INT("pix not defined", procName, 1); pixGetDimensions(pix, &w, &h, &d); if (d != 1 && d != 8) return ERROR_INT("pix not 1 or 8 bpp", procName, 1); if (!centtab) ctab = makePixelCentroidTab8(); else ctab = centtab; if (!sumtab) stab = makePixelSumTab8(); else stab = sumtab; data = pixGetData(pix); wpl = pixGetWpl(pix); xsum = ysum = 0.0; pixsum = 0; if (d == 1) { for (i = 0; i < h; i++) { /* The body of this loop computes the sum of the set * (1) bits on this row, weighted by their distance * from the left edge of pix, and accumulates that into * xsum; it accumulates their distance from the top * edge of pix into ysum, and their total count into * pixsum. It's equivalent to * for (j = 0; j < w; j++) { * if (GET_DATA_BIT(line, j)) { * xsum += j; * ysum += i; * pixsum++; * } * } */ line = data + wpl * i; rowsum = 0; for (j = 0; j < wpl; j++) { word = line[j]; if (word) { byte = word & 0xff; rowsum += stab[byte]; xsum += ctab[byte] + (j * 32 + 24) * stab[byte]; byte = (word >> 8) & 0xff; rowsum += stab[byte]; xsum += ctab[byte] + (j * 32 + 16) * stab[byte]; byte = (word >> 16) & 0xff; rowsum += stab[byte]; xsum += ctab[byte] + (j * 32 + 8) * stab[byte]; byte = (word >> 24) & 0xff; rowsum += stab[byte]; xsum += ctab[byte] + j * 32 * stab[byte]; } } pixsum += rowsum; ysum += rowsum * i; } if (pixsum == 0) { L_WARNING("no ON pixels in pix\n", procName); } else { *pxave = xsum / (l_float32)pixsum; *pyave = ysum / (l_float32)pixsum; } } else { /* d == 8 */ for (i = 0; i < h; i++) { line = data + wpl * i; for (j = 0; j < w; j++) { val = GET_DATA_BYTE(line, j); xsum += val * j; ysum += val * i; pixsum += val; } } if (pixsum == 0) { L_WARNING("all pixels are 0\n", procName); } else { *pxave = xsum / (l_float32)pixsum; *pyave = ysum / (l_float32)pixsum; } } if (!centtab) FREE(ctab); if (!sumtab) FREE(stab); return 0; } leptonica-1.70/src/graphics.c0000640000175000017500000021563512244222652014251 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * graphics.c * * Pta generation for arbitrary shapes built with lines * PTA *generatePtaLine() * PTA *generatePtaWideLine() * PTA *generatePtaBox() * PTA *generatePtaBoxa() * PTA *generatePtaHashBox() * PTA *generatePtaHashBoxa() * PTAA *generatePtaaBoxa() * PTAA *generatePtaaHashBoxa() * PTA *generatePtaPolyline() * PTA *convertPtaLineTo4cc() * PTA *generatePtaFilledCircle() * PTA *generatePtaFilledSquare() * PTA *generatePtaLineFromPt() * l_int32 locatePtRadially() * * Pta generation for plotting functions on images * PTA *generatePlotPtaFromNuma() * * Pta rendering * l_int32 pixRenderPta() * l_int32 pixRenderPtaArb() * l_int32 pixRenderPtaBlend() * * Rendering of arbitrary shapes built with lines * l_int32 pixRenderLine() * l_int32 pixRenderLineArb() * l_int32 pixRenderLineBlend() * * l_int32 pixRenderBox() * l_int32 pixRenderBoxArb() * l_int32 pixRenderBoxBlend() * * l_int32 pixRenderBoxa() * l_int32 pixRenderBoxaArb() * l_int32 pixRenderBoxaBlend() * * l_int32 pixRenderHashBox() * l_int32 pixRenderHashBoxArb() * l_int32 pixRenderHashBoxBlend() * * l_int32 pixRenderHashBoxa() * l_int32 pixRenderHashBoxaArb() * l_int32 pixRenderHashBoxaBlend() * * l_int32 pixRenderPolyline() * l_int32 pixRenderPolylineArb() * l_int32 pixRenderPolylineBlend() * * l_int32 pixRenderRandomCmapPtaa() * * Rendering and filling of polygons * PIX *pixRenderPolygon() * PIX *pixFillPolygon() * * Contour rendering on grayscale images * PIX *pixRenderContours() * PIX *fpixAutoRenderContours() * PIX *fpixRenderContours() * * The line rendering functions are relatively crude, but they * get the job done for most simple situations. We use the pta * as an intermediate data structure. A pta is generated * for a line. One of two rendering functions are used to * render this onto a Pix. */ #include #include #include "allheaders.h" /*------------------------------------------------------------------* * Pta generation for arbitrary shapes built with lines * *------------------------------------------------------------------*/ /*! * generatePtaLine() * * Input: x1, y1 (end point 1) * x2, y2 (end point 2) * Return: pta, or null on error * * Notes: * (1) Uses Bresenham line drawing, which results in an 8-connected line. */ PTA * generatePtaLine(l_int32 x1, l_int32 y1, l_int32 x2, l_int32 y2) { l_int32 npts, diff, getyofx, sign, i, x, y; l_float32 slope; PTA *pta; PROCNAME("generatePtaLine"); /* Generate line parameters */ if (L_ABS(x2 - x1) >= L_ABS(y2 - y1)) { getyofx = TRUE; npts = L_ABS(x2 - x1) + 1; diff = x2 - x1; sign = L_SIGN(x2 - x1); slope = (l_float32)(sign * (y2 - y1)) / (l_float32)diff; } else { getyofx = FALSE; npts = L_ABS(y2 - y1) + 1; diff = y2 - y1; sign = L_SIGN(y2 - y1); slope = (l_float32)(sign * (x2 - x1)) / (l_float32)diff; } if ((pta = ptaCreate(npts)) == NULL) return (PTA *)ERROR_PTR("pta not made", procName, NULL); if (npts == 1) { /* degenerate case */ ptaAddPt(pta, x1, y1); return pta; } /* Generate the set of points */ if (getyofx) { /* y = y(x) */ for (i = 0; i < npts; i++) { x = x1 + sign * i; y = (l_int32)(y1 + (l_float32)i * slope + 0.5); ptaAddPt(pta, x, y); } } else { /* x = x(y) */ for (i = 0; i < npts; i++) { x = (l_int32)(x1 + (l_float32)i * slope + 0.5); y = y1 + sign * i; ptaAddPt(pta, x, y); } } return pta; } /*! * generatePtaWideLine() * * Input: x1, y1 (end point 1) * x2, y2 (end point 2) * width * Return: ptaj, or null on error */ PTA * generatePtaWideLine(l_int32 x1, l_int32 y1, l_int32 x2, l_int32 y2, l_int32 width) { l_int32 i, x1a, x2a, y1a, y2a; PTA *pta, *ptaj; PROCNAME("generatePtaWideLine"); if (width < 1) { L_WARNING("width < 1; setting to 1\n", procName); width = 1; } if ((ptaj = generatePtaLine(x1, y1, x2, y2)) == NULL) return (PTA *)ERROR_PTR("ptaj not made", procName, NULL); if (width == 1) return ptaj; /* width > 1; estimate line direction & join */ if (L_ABS(x1 - x2) > L_ABS(y1 - y2)) { /* "horizontal" line */ for (i = 1; i < width; i++) { if ((i & 1) == 1) { /* place above */ y1a = y1 - (i + 1) / 2; y2a = y2 - (i + 1) / 2; } else { /* place below */ y1a = y1 + (i + 1) / 2; y2a = y2 + (i + 1) / 2; } if ((pta = generatePtaLine(x1, y1a, x2, y2a)) == NULL) return (PTA *)ERROR_PTR("pta not made", procName, NULL); ptaJoin(ptaj, pta, 0, -1); ptaDestroy(&pta); } } else { /* "vertical" line */ for (i = 1; i < width; i++) { if ((i & 1) == 1) { /* place to left */ x1a = x1 - (i + 1) / 2; x2a = x2 - (i + 1) / 2; } else { /* place to right */ x1a = x1 + (i + 1) / 2; x2a = x2 + (i + 1) / 2; } if ((pta = generatePtaLine(x1a, y1, x2a, y2)) == NULL) return (PTA *)ERROR_PTR("pta not made", procName, NULL); ptaJoin(ptaj, pta, 0, -1); ptaDestroy(&pta); } } return ptaj; } /*! * generatePtaBox() * * Input: box * width (of line) * Return: ptad, or null on error * * Notes: * (1) Because the box is constructed so that we don't have any * overlapping lines, there is no need to remove duplicates. */ PTA * generatePtaBox(BOX *box, l_int32 width) { l_int32 x, y, w, h; PTA *ptad, *pta; PROCNAME("generatePtaBox"); if (!box) return (PTA *)ERROR_PTR("box not defined", procName, NULL); if (width < 1) { L_WARNING("width < 1; setting to 1\n", procName); width = 1; } /* Generate line points and add them to the pta. */ boxGetGeometry(box, &x, &y, &w, &h); if (w == 0 || h == 0) return (PTA *)ERROR_PTR("box has w = 0 or h = 0", procName, NULL); ptad = ptaCreate(0); if ((width & 1) == 1) { /* odd width */ pta = generatePtaWideLine(x - width / 2, y, x + w - 1 + width / 2, y, width); ptaJoin(ptad, pta, 0, -1); ptaDestroy(&pta); pta = generatePtaWideLine(x + w - 1, y + 1 + width / 2, x + w - 1, y + h - 2 - width / 2, width); ptaJoin(ptad, pta, 0, -1); ptaDestroy(&pta); pta = generatePtaWideLine(x + w - 1 + width / 2, y + h - 1, x - width / 2, y + h - 1, width); ptaJoin(ptad, pta, 0, -1); ptaDestroy(&pta); pta = generatePtaWideLine(x, y + h - 2 - width / 2, x, y + 1 + width / 2, width); ptaJoin(ptad, pta, 0, -1); ptaDestroy(&pta); } else { /* even width */ pta = generatePtaWideLine(x - width / 2, y, x + w - 2 + width / 2, y, width); ptaJoin(ptad, pta, 0, -1); ptaDestroy(&pta); pta = generatePtaWideLine(x + w - 1, y + 0 + width / 2, x + w - 1, y + h - 2 - width / 2, width); ptaJoin(ptad, pta, 0, -1); ptaDestroy(&pta); pta = generatePtaWideLine(x + w - 2 + width / 2, y + h - 1, x - width / 2, y + h - 1, width); ptaJoin(ptad, pta, 0, -1); ptaDestroy(&pta); pta = generatePtaWideLine(x, y + h - 2 - width / 2, x, y + 0 + width / 2, width); ptaJoin(ptad, pta, 0, -1); ptaDestroy(&pta); } return ptad; } /*! * generatePtaBoxa() * * Input: boxa * width * removedups (1 to remove, 0 to leave) * Return: ptad, or null on error * * Notes: * (1) If the boxa has overlapping boxes, and if blending will * be used to give a transparent effect, transparency * artifacts at line intersections can be removed using * removedups = 1. */ PTA * generatePtaBoxa(BOXA *boxa, l_int32 width, l_int32 removedups) { l_int32 i, n; BOX *box; PTA *ptad, *ptat, *pta; PROCNAME("generatePtaBoxa"); if (!boxa) return (PTA *)ERROR_PTR("boxa not defined", procName, NULL); if (width < 1) { L_WARNING("width < 1; setting to 1\n", procName); width = 1; } n = boxaGetCount(boxa); ptat = ptaCreate(0); for (i = 0; i < n; i++) { box = boxaGetBox(boxa, i, L_CLONE); pta = generatePtaBox(box, width); ptaJoin(ptat, pta, 0, -1); ptaDestroy(&pta); boxDestroy(&box); } if (removedups) ptad = ptaRemoveDuplicates(ptat, 0); else ptad = ptaClone(ptat); ptaDestroy(&ptat); return ptad; } /*! * generatePtaHashBox() * * Input: box * spacing (spacing between lines; must be > 1) * width (of line) * orient (orientation of lines: L_HORIZONTAL_LINE, ...) * outline (0 to skip drawing box outline) * Return: ptad, or null on error * * Notes: * (1) The orientation takes on one of 4 orientations (horiz, vertical, * slope +1, slope -1). * (2) The full outline is also drawn if @outline = 1. */ PTA * generatePtaHashBox(BOX *box, l_int32 spacing, l_int32 width, l_int32 orient, l_int32 outline) { l_int32 bx, by, bh, bw, x, y, x1, y1, x2, y2, i, n, npts; PTA *ptad, *pta; PROCNAME("generatePtaHashBox"); if (!box) return (PTA *)ERROR_PTR("box not defined", procName, NULL); if (spacing <= 1) return (PTA *)ERROR_PTR("spacing not > 1", procName, NULL); if (orient != L_HORIZONTAL_LINE && orient != L_POS_SLOPE_LINE && orient != L_VERTICAL_LINE && orient != L_NEG_SLOPE_LINE) return (PTA *)ERROR_PTR("invalid line orientation", procName, NULL); boxGetGeometry(box, &bx, &by, &bw, &bh); if (bw == 0 || bh == 0) return (PTA *)ERROR_PTR("box has bw = 0 or bh = 0", procName, NULL); if (width < 1) { L_WARNING("width < 1; setting to 1\n", procName); width = 1; } /* Generate line points and add them to the pta. */ ptad = ptaCreate(0); if (outline) { pta = generatePtaBox(box, width); ptaJoin(ptad, pta, 0, -1); ptaDestroy(&pta); } if (orient == L_HORIZONTAL_LINE) { n = 1 + bh / spacing; for (i = 0; i < n; i++) { y = by + (i * (bh - 1)) / (n - 1); pta = generatePtaWideLine(bx, y, bx + bw - 1, y, width); ptaJoin(ptad, pta, 0, -1); ptaDestroy(&pta); } } else if (orient == L_VERTICAL_LINE) { n = 1 + bw / spacing; for (i = 0; i < n; i++) { x = bx + (i * (bw - 1)) / (n - 1); pta = generatePtaWideLine(x, by, x, by + bh - 1, width); ptaJoin(ptad, pta, 0, -1); ptaDestroy(&pta); } } else if (orient == L_POS_SLOPE_LINE) { n = 2 + (l_int32)((bw + bh) / (1.4 * spacing)); for (i = 0; i < n; i++) { x = (l_int32)(bx + (i + 0.5) * 1.4 * spacing); boxIntersectByLine(box, x, by - 1, 1.0, &x1, &y1, &x2, &y2, &npts); if (npts == 2) { pta = generatePtaWideLine(x1, y1, x2, y2, width); ptaJoin(ptad, pta, 0, -1); ptaDestroy(&pta); } } } else { /* orient == L_NEG_SLOPE_LINE */ n = 2 + (l_int32)((bw + bh) / (1.4 * spacing)); for (i = 0; i < n; i++) { x = (l_int32)(bx - bh + (i + 0.5) * 1.4 * spacing); boxIntersectByLine(box, x, by - 1, -1.0, &x1, &y1, &x2, &y2, &npts); if (npts == 2) { pta = generatePtaWideLine(x1, y1, x2, y2, width); ptaJoin(ptad, pta, 0, -1); ptaDestroy(&pta); } } } return ptad; } /*! * generatePtaHashBoxa() * * Input: boxa * spacing (spacing between lines; must be > 1) * width (of line) * orient (orientation of lines: L_HORIZONTAL_LINE, ...) * outline (0 to skip drawing box outline) * removedups (1 to remove, 0 to leave) * Return: ptad, or null on error * * Notes: * (1) The orientation takes on one of 4 orientations (horiz, vertical, * slope +1, slope -1). * (2) The full outline is also drawn if @outline = 1. * (3) If the boxa has overlapping boxes, and if blending will * be used to give a transparent effect, transparency * artifacts at line intersections can be removed using * removedups = 1. */ PTA * generatePtaHashBoxa(BOXA *boxa, l_int32 spacing, l_int32 width, l_int32 orient, l_int32 outline, l_int32 removedups) { l_int32 i, n; BOX *box; PTA *ptad, *ptat, *pta; PROCNAME("generatePtaHashBoxa"); if (!boxa) return (PTA *)ERROR_PTR("boxa not defined", procName, NULL); if (spacing <= 1) return (PTA *)ERROR_PTR("spacing not > 1", procName, NULL); if (width < 1) { L_WARNING("width < 1; setting to 1\n", procName); width = 1; } if (orient != L_HORIZONTAL_LINE && orient != L_POS_SLOPE_LINE && orient != L_VERTICAL_LINE && orient != L_NEG_SLOPE_LINE) return (PTA *)ERROR_PTR("invalid line orientation", procName, NULL); n = boxaGetCount(boxa); ptat = ptaCreate(0); for (i = 0; i < n; i++) { box = boxaGetBox(boxa, i, L_CLONE); pta = generatePtaHashBox(box, spacing, width, orient, outline); ptaJoin(ptat, pta, 0, -1); ptaDestroy(&pta); boxDestroy(&box); } if (removedups) ptad = ptaRemoveDuplicates(ptat, 0); else ptad = ptaClone(ptat); ptaDestroy(&ptat); return ptad; } /*! * generatePtaaBoxa() * * Input: boxa * Return: ptaa, or null on error * * Notes: * (1) This generates a pta of the four corners for each box in * the boxa. * (2) Each of these pta can be rendered onto a pix with random colors, * by using pixRenderRandomCmapPtaa() with closeflag = 1. */ PTAA * generatePtaaBoxa(BOXA *boxa) { l_int32 i, n, x, y, w, h; BOX *box; PTA *pta; PTAA *ptaa; PROCNAME("generatePtaaBoxa"); if (!boxa) return (PTAA *)ERROR_PTR("boxa not defined", procName, NULL); n = boxaGetCount(boxa); ptaa = ptaaCreate(n); for (i = 0; i < n; i++) { box = boxaGetBox(boxa, i, L_CLONE); boxGetGeometry(box, &x, &y, &w, &h); pta = ptaCreate(4); ptaAddPt(pta, x, y); ptaAddPt(pta, x + w - 1, y); ptaAddPt(pta, x + w - 1, y + h - 1); ptaAddPt(pta, x, y + h - 1); ptaaAddPta(ptaa, pta, L_INSERT); boxDestroy(&box); } return ptaa; } /*! * generatePtaaHashBoxa() * * Input: boxa * spacing (spacing between hash lines; must be > 1) * width (hash line width) * orient (orientation of lines: L_HORIZONTAL_LINE, ...) * outline (0 to skip drawing box outline) * Return: ptaa, or null on error * * Notes: * (1) The orientation takes on one of 4 orientations (horiz, vertical, * slope +1, slope -1). * (2) The full outline is also drawn if @outline = 1. * (3) Each of these pta can be rendered onto a pix with random colors, * by using pixRenderRandomCmapPtaa() with closeflag = 1. * */ PTAA * generatePtaaHashBoxa(BOXA *boxa, l_int32 spacing, l_int32 width, l_int32 orient, l_int32 outline) { l_int32 i, n; BOX *box; PTA *pta; PTAA *ptaa; PROCNAME("generatePtaaHashBoxa"); if (!boxa) return (PTAA *)ERROR_PTR("boxa not defined", procName, NULL); if (spacing <= 1) return (PTAA *)ERROR_PTR("spacing not > 1", procName, NULL); if (width < 1) { L_WARNING("width < 1; setting to 1\n", procName); width = 1; } if (orient != L_HORIZONTAL_LINE && orient != L_POS_SLOPE_LINE && orient != L_VERTICAL_LINE && orient != L_NEG_SLOPE_LINE) return (PTAA *)ERROR_PTR("invalid line orientation", procName, NULL); n = boxaGetCount(boxa); ptaa = ptaaCreate(n); for (i = 0; i < n; i++) { box = boxaGetBox(boxa, i, L_CLONE); pta = generatePtaHashBox(box, spacing, width, orient, outline); ptaaAddPta(ptaa, pta, L_INSERT); boxDestroy(&box); } return ptaa; } /*! * generatePtaPolyline() * * Input: pta (vertices of polyline) * width * closeflag (1 to close the contour; 0 otherwise) * removedups (1 to remove, 0 to leave) * Return: ptad, or null on error */ PTA * generatePtaPolyline(PTA *ptas, l_int32 width, l_int32 closeflag, l_int32 removedups) { l_int32 i, n, x1, y1, x2, y2; PTA *ptad, *ptat, *pta; PROCNAME("generatePtaPolyline"); if (!ptas) return (PTA *)ERROR_PTR("ptas not defined", procName, NULL); if (width < 1) { L_WARNING("width < 1; setting to 1\n", procName); width = 1; } n = ptaGetCount(ptas); ptat = ptaCreate(0); if (n < 2) /* nothing to do */ return ptat; ptaGetIPt(ptas, 0, &x1, &y1); for (i = 1; i < n; i++) { ptaGetIPt(ptas, i, &x2, &y2); pta = generatePtaWideLine(x1, y1, x2, y2, width); ptaJoin(ptat, pta, 0, -1); ptaDestroy(&pta); x1 = x2; y1 = y2; } if (closeflag) { ptaGetIPt(ptas, 0, &x2, &y2); pta = generatePtaWideLine(x1, y1, x2, y2, width); ptaJoin(ptat, pta, 0, -1); ptaDestroy(&pta); } if (removedups) ptad = ptaRemoveDuplicates(ptat, 0); else ptad = ptaClone(ptat); ptaDestroy(&ptat); return ptad; } /*! * convertPtaLineTo4cc() * * Input: ptas (8-connected line of points) * Return: ptad (4-connected line), or null on error * * Notes: * (1) When a polyline is generated with width = 1, the resulting * line is not 4-connected in general. This function adds * points as necessary to convert the line to 4-cconnected. * It is useful when rendering 1 bpp on a pix. * (2) Do not use this for lines generated with width > 1. */ PTA * convertPtaLineTo4cc(PTA *ptas) { l_int32 i, n, x, y, xp, yp; PTA *ptad; PROCNAME("convertPtaLineTo4cc"); if (!ptas) return (PTA *)ERROR_PTR("ptas not defined", procName, NULL); n = ptaGetCount(ptas); ptad = ptaCreate(n); ptaGetIPt(ptas, 0, &xp, &yp); ptaAddPt(ptad, xp, yp); for (i = 1; i < n; i++) { ptaGetIPt(ptas, i, &x, &y); if (x != xp && y != yp) /* diagonal */ ptaAddPt(ptad, x, yp); ptaAddPt(ptad, x, y); xp = x; yp = y; } return ptad; } /*! * generatePtaFilledCircle() * * Input: radius * Return: pta, or null on error * * Notes: * (1) The circle is has diameter = 2 * radius + 1. * (2) It is located with the center of the circle at the * point (radius, radius). * (3) Consequently, it typically must be translated if * it is to represent a set of pixels in an image. */ PTA * generatePtaFilledCircle(l_int32 radius) { l_int32 x, y; l_float32 radthresh, sqdist; PTA *pta; PROCNAME("generatePtaFilledCircle"); if (radius < 1) return (PTA *)ERROR_PTR("radius must be >= 1", procName, NULL); pta = ptaCreate(0); radthresh = (radius + 0.5) * (radius + 0.5); for (y = 0; y <= 2 * radius; y++) { for (x = 0; x <= 2 * radius; x++) { sqdist = (l_float32)((y - radius) * (y - radius) + (x - radius) * (x - radius)); if (sqdist <= radthresh) ptaAddPt(pta, x, y); } } return pta; } /*! * generatePtaFilledSquare() * * Input: side * Return: pta, or null on error * * Notes: * (1) The center of the square can be chosen to be at * (side / 2, side / 2). It must be translated by this amount * when used for replication. */ PTA * generatePtaFilledSquare(l_int32 side) { l_int32 x, y; PTA *pta; PROCNAME("generatePtaFilledSquare"); if (side < 1) return (PTA *)ERROR_PTR("side must be > 0", procName, NULL); pta = ptaCreate(0); for (y = 0; y < side; y++) for (x = 0; x < side; x++) ptaAddPt(pta, x, y); return pta; } /*! * generatePtaLineFromPt() * * Input: x, y (point of origination) * length (of line, including starting point) * radang (angle in radians, CW from horizontal) * Return: pta, or null on error * * Notes: * (1) The @length of the line is 1 greater than the distance * used in locatePtRadially(). Example: a distance of 1 * gives rise to a length of 2. */ PTA * generatePtaLineFromPt(l_int32 x, l_int32 y, l_float64 length, l_float64 radang) { l_int32 x2, y2; /* the point at the other end of the line */ x2 = x + (l_int32)((length - 1.0) * cos(radang)); y2 = y + (l_int32)((length - 1.0) * sin(radang)); return generatePtaLine(x, y, x2, y2); } /*! * locatePtRadially() * * Input: xr, yr (reference point) * radang (angle in radians, CW from horizontal) * dist (distance of point from reference point along line * given by the specified angle) * &x, &y ( location of point) * Return: 0 if OK, 1 on error */ l_int32 locatePtRadially(l_int32 xr, l_int32 yr, l_float64 dist, l_float64 radang, l_float64 *px, l_float64 *py) { PROCNAME("locatePtRadially"); if (!px || !py) return ERROR_INT("&x and &y not both defined", procName, 1); *px = xr + dist * cos(radang); *py = yr + dist * sin(radang); return 0; } /*------------------------------------------------------------------* * Pta generation for plotting functions on images * *------------------------------------------------------------------*/ /*! * generatePlotPtaFromNuma() * * Input: numa * orient (L_HORIZONTAL_LINE, L_VERTICAL_LINE) * width (width of "line" that is drawn; between 1 and 7) * refpos (reference position: y for horizontal and x for vertical) * max (maximum excursion in pixels from baseline) * drawref (1 to draw the reference line and the normal to it) * Return: ptad, or null on error * * Notes: * (1) This generates points from a numa representing y(x) or x(y) * with respect to a pix. For y(x), we draw a horizontal line * at the reference position and a vertical line at the edge; then * we draw the values of the numa, scaled so that the maximum * excursion from the reference position is @max pixels. * (2) The width is chosen in the interval [1 ... 7]. * (3) @refpos should be chosen so the plot is entirely within the pix * that it will be painted onto. * (4) This would typically be used to plot, in place, a function * computed along pixels rows or columns. */ PTA * generatePlotPtaFromNuma(NUMA *na, l_int32 orient, l_int32 width, l_int32 refpos, l_int32 max, l_int32 drawref) { l_int32 i, n, maxw, maxh; l_float32 minval, maxval, absval, val, scale, start, del; PTA *pta1, *pta2, *ptad; PROCNAME("generatePlotPtaFromNuma"); if (!na) return (PTA *)ERROR_PTR("na not defined", procName, NULL); if (orient != L_HORIZONTAL_LINE && orient != L_VERTICAL_LINE) return (PTA *)ERROR_PTR("invalid orient", procName, NULL); if (width < 1) { L_WARNING("width < 1; setting to 1\n", procName); width = 1; } if (width > 7) { L_WARNING("width > 7; setting to 7\n", procName); width = 7; } numaGetMin(na, &minval, NULL); numaGetMax(na, &maxval, NULL); absval = L_MAX(L_ABS(minval), L_ABS(maxval)); scale = (l_float32)max / (l_float32)absval; n = numaGetCount(na); numaGetParameters(na, &start, &del); /* Generate the plot points */ pta1 = ptaCreate(n); for (i = 0; i < n; i++) { numaGetFValue(na, i, &val); if (orient == L_HORIZONTAL_LINE) { ptaAddPt(pta1, start + i * del, refpos + scale * val); maxw = start + n * del + width; maxh = refpos + max + width; } else { /* vertical line */ ptaAddPt(pta1, refpos + scale * val, start + i * del); maxw = refpos + max + width; maxh = start + n * del + width; } } /* Optionally, widen the plot */ if (width > 1) { if (width % 2 == 0) /* even width; use side of a square */ pta2 = generatePtaFilledSquare(width); else /* odd width; use radius of a circle */ pta2 = generatePtaFilledCircle(width / 2); ptad = ptaReplicatePattern(pta1, NULL, pta2, width / 2, width / 2, maxw, maxh); ptaDestroy(&pta2); } else { ptad = ptaClone(pta1); } ptaDestroy(&pta1); /* Optionally, add the reference lines */ if (drawref) { if (orient == L_HORIZONTAL_LINE) { pta1 = generatePtaLine(start, refpos, start + n * del, refpos); ptaJoin(ptad, pta1, 0, -1); ptaDestroy(&pta1); pta1 = generatePtaLine(start, refpos - max, start, refpos + max); ptaJoin(ptad, pta1, 0, -1); } else { /* vertical line */ pta1 = generatePtaLine(refpos, start, refpos, start + n * del); ptaJoin(ptad, pta1, 0, -1); ptaDestroy(&pta1); pta1 = generatePtaLine(refpos - max, start, refpos + max, start); ptaJoin(ptad, pta1, 0, -1); } ptaDestroy(&pta1); } return ptad; } /*------------------------------------------------------------------* * Pta generation for arbitrary shapes built with lines * *------------------------------------------------------------------*/ /*! * pixRenderPta() * * Input: pix * pta (arbitrary set of points) * op (one of L_SET_PIXELS, L_CLEAR_PIXELS, L_FLIP_PIXELS) * Return: 0 if OK, 1 on error * * Notes: * (1) L_SET_PIXELS puts all image bits in each pixel to 1 * (black for 1 bpp; white for depth > 1) * (2) L_CLEAR_PIXELS puts all image bits in each pixel to 0 * (white for 1 bpp; black for depth > 1) * (3) L_FLIP_PIXELS reverses all image bits in each pixel * (4) This function clips the rendering to the pix. It performs * clipping for functions such as pixRenderLine(), * pixRenderBox() and pixRenderBoxa(), that call pixRenderPta(). */ l_int32 pixRenderPta(PIX *pix, PTA *pta, l_int32 op) { l_int32 i, n, x, y, w, h, d, maxval; PROCNAME("pixRenderPta"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (!pta) return ERROR_INT("pta not defined", procName, 1); if (op != L_SET_PIXELS && op != L_CLEAR_PIXELS && op != L_FLIP_PIXELS) return ERROR_INT("invalid op", procName, 1); pixGetDimensions(pix, &w, &h, &d); maxval = 1; if (op == L_SET_PIXELS) { switch (d) { case 2: maxval = 0x3; break; case 4: maxval = 0xf; break; case 8: maxval = 0xff; break; case 16: maxval = 0xffff; break; case 32: maxval = 0xffffffff; break; } } n = ptaGetCount(pta); for (i = 0; i < n; i++) { ptaGetIPt(pta, i, &x, &y); if (x < 0 || x >= w) continue; if (y < 0 || y >= h) continue; switch (op) { case L_SET_PIXELS: pixSetPixel(pix, x, y, maxval); break; case L_CLEAR_PIXELS: pixClearPixel(pix, x, y); break; case L_FLIP_PIXELS: pixFlipPixel(pix, x, y); break; default: break; } } return 0; } /*! * pixRenderPtaArb() * * Input: pix (any depth, cmapped ok) * pta (arbitrary set of points) * rval, gval, bval * Return: 0 if OK, 1 on error * * Notes: * (1) If pix is colormapped, render this color (or the nearest * color if the cmap is full) on each pixel. * (2) If pix is not colormapped, do the best job you can using * the input colors: * - d = 1: set the pixels * - d = 2, 4, 8: average the input rgb value * - d = 32: use the input rgb value * (3) This function clips the rendering to the pix. */ l_int32 pixRenderPtaArb(PIX *pix, PTA *pta, l_uint8 rval, l_uint8 gval, l_uint8 bval) { l_int32 i, n, x, y, w, h, d, index; l_uint8 val; l_uint32 val32; PIXCMAP *cmap; PROCNAME("pixRenderPtaArb"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (!pta) return ERROR_INT("pta not defined", procName, 1); d = pixGetDepth(pix); if (d != 1 && d != 2 && d != 4 && d != 8 && d != 32) return ERROR_INT("depth not in {1,2,4,8,32}", procName, 1); if (d == 1) { pixRenderPta(pix, pta, L_SET_PIXELS); return 0; } cmap = pixGetColormap(pix); pixGetDimensions(pix, &w, &h, &d); if (cmap) { pixcmapAddNearestColor(cmap, rval, gval, bval, &index); } else { if (d == 2) val = (rval + gval + bval) / (3 * 64); else if (d == 4) val = (rval + gval + bval) / (3 * 16); else if (d == 8) val = (rval + gval + bval) / 3; else /* d == 32 */ composeRGBPixel(rval, gval, bval, &val32); } n = ptaGetCount(pta); for (i = 0; i < n; i++) { ptaGetIPt(pta, i, &x, &y); if (x < 0 || x >= w) continue; if (y < 0 || y >= h) continue; if (cmap) pixSetPixel(pix, x, y, index); else if (d == 32) pixSetPixel(pix, x, y, val32); else pixSetPixel(pix, x, y, val); } return 0; } /*! * pixRenderPtaBlend() * * Input: pix (32 bpp rgb) * pta (arbitrary set of points) * rval, gval, bval * Return: 0 if OK, 1 on error * * Notes: * (1) This function clips the rendering to the pix. */ l_int32 pixRenderPtaBlend(PIX *pix, PTA *pta, l_uint8 rval, l_uint8 gval, l_uint8 bval, l_float32 fract) { l_int32 i, n, x, y, w, h; l_uint8 nrval, ngval, nbval; l_uint32 val32; l_float32 frval, fgval, fbval; PROCNAME("pixRenderPtaBlend"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (!pta) return ERROR_INT("pta not defined", procName, 1); if (pixGetDepth(pix) != 32) return ERROR_INT("depth not 32 bpp", procName, 1); if (fract < 0.0 || fract > 1.0) { L_WARNING("fract must be in [0.0, 1.0]; setting to 0.5\n", procName); fract = 0.5; } pixGetDimensions(pix, &w, &h, NULL); n = ptaGetCount(pta); frval = fract * rval; fgval = fract * gval; fbval = fract * bval; for (i = 0; i < n; i++) { ptaGetIPt(pta, i, &x, &y); if (x < 0 || x >= w) continue; if (y < 0 || y >= h) continue; pixGetPixel(pix, x, y, &val32); nrval = GET_DATA_BYTE(&val32, COLOR_RED); nrval = (l_uint8)((1. - fract) * nrval + frval); ngval = GET_DATA_BYTE(&val32, COLOR_GREEN); ngval = (l_uint8)((1. - fract) * ngval + fgval); nbval = GET_DATA_BYTE(&val32, COLOR_BLUE); nbval = (l_uint8)((1. - fract) * nbval + fbval); composeRGBPixel(nrval, ngval, nbval, &val32); pixSetPixel(pix, x, y, val32); } return 0; } /*------------------------------------------------------------------* * Rendering of arbitrary shapes built with lines * *------------------------------------------------------------------*/ /*! * pixRenderLine() * * Input: pix * x1, y1 * x2, y2 * width (thickness of line) * op (one of L_SET_PIXELS, L_CLEAR_PIXELS, L_FLIP_PIXELS) * Return: 0 if OK, 1 on error */ l_int32 pixRenderLine(PIX *pix, l_int32 x1, l_int32 y1, l_int32 x2, l_int32 y2, l_int32 width, l_int32 op) { PTA *pta; PROCNAME("pixRenderLine"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (width < 1) { L_WARNING("width must be > 0; setting to 1\n", procName); width = 1; } if (op != L_SET_PIXELS && op != L_CLEAR_PIXELS && op != L_FLIP_PIXELS) return ERROR_INT("invalid op", procName, 1); if ((pta = generatePtaWideLine(x1, y1, x2, y2, width)) == NULL) return ERROR_INT("pta not made", procName, 1); pixRenderPta(pix, pta, op); ptaDestroy(&pta); return 0; } /*! * pixRenderLineArb() * * Input: pix * x1, y1 * x2, y2 * width (thickness of line) * rval, gval, bval * Return: 0 if OK, 1 on error */ l_int32 pixRenderLineArb(PIX *pix, l_int32 x1, l_int32 y1, l_int32 x2, l_int32 y2, l_int32 width, l_uint8 rval, l_uint8 gval, l_uint8 bval) { PTA *pta; PROCNAME("pixRenderLineArb"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (width < 1) { L_WARNING("width must be > 0; setting to 1\n", procName); width = 1; } if ((pta = generatePtaWideLine(x1, y1, x2, y2, width)) == NULL) return ERROR_INT("pta not made", procName, 1); pixRenderPtaArb(pix, pta, rval, gval, bval); ptaDestroy(&pta); return 0; } /*! * pixRenderLineBlend() * * Input: pix * x1, y1 * x2, y2 * width (thickness of line) * rval, gval, bval * fract * Return: 0 if OK, 1 on error */ l_int32 pixRenderLineBlend(PIX *pix, l_int32 x1, l_int32 y1, l_int32 x2, l_int32 y2, l_int32 width, l_uint8 rval, l_uint8 gval, l_uint8 bval, l_float32 fract) { PTA *pta; PROCNAME("pixRenderLineBlend"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (width < 1) { L_WARNING("width must be > 0; setting to 1\n", procName); width = 1; } if ((pta = generatePtaWideLine(x1, y1, x2, y2, width)) == NULL) return ERROR_INT("pta not made", procName, 1); pixRenderPtaBlend(pix, pta, rval, gval, bval, fract); ptaDestroy(&pta); return 0; } /*! * pixRenderBox() * * Input: pix * box * width (thickness of box lines) * op (one of L_SET_PIXELS, L_CLEAR_PIXELS, L_FLIP_PIXELS) * Return: 0 if OK, 1 on error */ l_int32 pixRenderBox(PIX *pix, BOX *box, l_int32 width, l_int32 op) { PTA *pta; PROCNAME("pixRenderBox"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (!box) return ERROR_INT("box not defined", procName, 1); if (width < 1) { L_WARNING("width < 1; setting to 1\n", procName); width = 1; } if (op != L_SET_PIXELS && op != L_CLEAR_PIXELS && op != L_FLIP_PIXELS) return ERROR_INT("invalid op", procName, 1); if ((pta = generatePtaBox(box, width)) == NULL) return ERROR_INT("pta not made", procName, 1); pixRenderPta(pix, pta, op); ptaDestroy(&pta); return 0; } /*! * pixRenderBoxArb() * * Input: pix (any depth, cmapped ok) * box * width (thickness of box lines) * rval, gval, bval * Return: 0 if OK, 1 on error */ l_int32 pixRenderBoxArb(PIX *pix, BOX *box, l_int32 width, l_uint8 rval, l_uint8 gval, l_uint8 bval) { PTA *pta; PROCNAME("pixRenderBoxArb"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (!box) return ERROR_INT("box not defined", procName, 1); if (width < 1) { L_WARNING("width < 1; setting to 1\n", procName); width = 1; } if ((pta = generatePtaBox(box, width)) == NULL) return ERROR_INT("pta not made", procName, 1); pixRenderPtaArb(pix, pta, rval, gval, bval); ptaDestroy(&pta); return 0; } /*! * pixRenderBoxBlend() * * Input: pix * box * width (thickness of box lines) * rval, gval, bval * fract (in [0.0 - 1.0]; complete transparency (no effect) * if 0.0; no transparency if 1.0) * Return: 0 if OK, 1 on error */ l_int32 pixRenderBoxBlend(PIX *pix, BOX *box, l_int32 width, l_uint8 rval, l_uint8 gval, l_uint8 bval, l_float32 fract) { PTA *pta; PROCNAME("pixRenderBoxBlend"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (!box) return ERROR_INT("box not defined", procName, 1); if (width < 1) { L_WARNING("width < 1; setting to 1\n", procName); width = 1; } if ((pta = generatePtaBox(box, width)) == NULL) return ERROR_INT("pta not made", procName, 1); pixRenderPtaBlend(pix, pta, rval, gval, bval, fract); ptaDestroy(&pta); return 0; } /*! * pixRenderBoxa() * * Input: pix * boxa * width (thickness of line) * op (one of L_SET_PIXELS, L_CLEAR_PIXELS, L_FLIP_PIXELS) * Return: 0 if OK, 1 on error */ l_int32 pixRenderBoxa(PIX *pix, BOXA *boxa, l_int32 width, l_int32 op) { PTA *pta; PROCNAME("pixRenderBoxa"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (!boxa) return ERROR_INT("boxa not defined", procName, 1); if (width < 1) { L_WARNING("width < 1; setting to 1\n", procName); width = 1; } if (op != L_SET_PIXELS && op != L_CLEAR_PIXELS && op != L_FLIP_PIXELS) return ERROR_INT("invalid op", procName, 1); if ((pta = generatePtaBoxa(boxa, width, 0)) == NULL) return ERROR_INT("pta not made", procName, 1); pixRenderPta(pix, pta, op); ptaDestroy(&pta); return 0; } /*! * pixRenderBoxaArb() * * Input: pix * boxa * width (thickness of line) * rval, gval, bval * Return: 0 if OK, 1 on error */ l_int32 pixRenderBoxaArb(PIX *pix, BOXA *boxa, l_int32 width, l_uint8 rval, l_uint8 gval, l_uint8 bval) { PTA *pta; PROCNAME("pixRenderBoxaArb"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (!boxa) return ERROR_INT("boxa not defined", procName, 1); if (width < 1) { L_WARNING("width < 1; setting to 1\n", procName); width = 1; } if ((pta = generatePtaBoxa(boxa, width, 0)) == NULL) return ERROR_INT("pta not made", procName, 1); pixRenderPtaArb(pix, pta, rval, gval, bval); ptaDestroy(&pta); return 0; } /*! * pixRenderBoxaBlend() * * Input: pix * boxa * width (thickness of line) * rval, gval, bval * fract (in [0.0 - 1.0]; complete transparency (no effect) * if 0.0; no transparency if 1.0) * removedups (1 to remove; 0 otherwise) * Return: 0 if OK, 1 on error */ l_int32 pixRenderBoxaBlend(PIX *pix, BOXA *boxa, l_int32 width, l_uint8 rval, l_uint8 gval, l_uint8 bval, l_float32 fract, l_int32 removedups) { PTA *pta; PROCNAME("pixRenderBoxaBlend"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (!boxa) return ERROR_INT("boxa not defined", procName, 1); if (width < 1) { L_WARNING("width < 1; setting to 1\n", procName); width = 1; } if ((pta = generatePtaBoxa(boxa, width, removedups)) == NULL) return ERROR_INT("pta not made", procName, 1); pixRenderPtaBlend(pix, pta, rval, gval, bval, fract); ptaDestroy(&pta); return 0; } /*! * pixRenderHashBox() * * Input: pix * box * spacing (spacing between lines; must be > 1) * width (thickness of box and hash lines) * orient (orientation of lines: L_HORIZONTAL_LINE, ...) * outline (0 to skip drawing box outline) * op (one of L_SET_PIXELS, L_CLEAR_PIXELS, L_FLIP_PIXELS) * Return: 0 if OK, 1 on error */ l_int32 pixRenderHashBox(PIX *pix, BOX *box, l_int32 spacing, l_int32 width, l_int32 orient, l_int32 outline, l_int32 op) { PTA *pta; PROCNAME("pixRenderHashBox"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (!box) return ERROR_INT("box not defined", procName, 1); if (spacing <= 1) return ERROR_INT("spacing not > 1", procName, 1); if (width < 1) { L_WARNING("width < 1; setting to 1\n", procName); width = 1; } if (orient != L_HORIZONTAL_LINE && orient != L_POS_SLOPE_LINE && orient != L_VERTICAL_LINE && orient != L_NEG_SLOPE_LINE) return ERROR_INT("invalid line orientation", procName, 1); if (op != L_SET_PIXELS && op != L_CLEAR_PIXELS && op != L_FLIP_PIXELS) return ERROR_INT("invalid op", procName, 1); pta = generatePtaHashBox(box, spacing, width, orient, outline); if (!pta) return ERROR_INT("pta not made", procName, 1); pixRenderPta(pix, pta, op); ptaDestroy(&pta); return 0; } /*! * pixRenderHashBoxArb() * * Input: pix * box * spacing (spacing between lines; must be > 1) * width (thickness of box and hash lines) * orient (orientation of lines: L_HORIZONTAL_LINE, ...) * outline (0 to skip drawing box outline) * rval, gval, bval * Return: 0 if OK, 1 on error */ l_int32 pixRenderHashBoxArb(PIX *pix, BOX *box, l_int32 spacing, l_int32 width, l_int32 orient, l_int32 outline, l_int32 rval, l_int32 gval, l_int32 bval) { PTA *pta; PROCNAME("pixRenderHashBoxArb"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (!box) return ERROR_INT("box not defined", procName, 1); if (spacing <= 1) return ERROR_INT("spacing not > 1", procName, 1); if (width < 1) { L_WARNING("width < 1; setting to 1\n", procName); width = 1; } if (orient != L_HORIZONTAL_LINE && orient != L_POS_SLOPE_LINE && orient != L_VERTICAL_LINE && orient != L_NEG_SLOPE_LINE) return ERROR_INT("invalid line orientation", procName, 1); pta = generatePtaHashBox(box, spacing, width, orient, outline); if (!pta) return ERROR_INT("pta not made", procName, 1); pixRenderPtaArb(pix, pta, rval, gval, bval); ptaDestroy(&pta); return 0; } /*! * pixRenderHashBoxBlend() * * Input: pix * box * spacing (spacing between lines; must be > 1) * width (thickness of box and hash lines) * orient (orientation of lines: L_HORIZONTAL_LINE, ...) * outline (0 to skip drawing box outline) * rval, gval, bval * fract (in [0.0 - 1.0]; complete transparency (no effect) * if 0.0; no transparency if 1.0) * Return: 0 if OK, 1 on error */ l_int32 pixRenderHashBoxBlend(PIX *pix, BOX *box, l_int32 spacing, l_int32 width, l_int32 orient, l_int32 outline, l_int32 rval, l_int32 gval, l_int32 bval, l_float32 fract) { PTA *pta; PROCNAME("pixRenderHashBoxBlend"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (!box) return ERROR_INT("box not defined", procName, 1); if (spacing <= 1) return ERROR_INT("spacing not > 1", procName, 1); if (width < 1) { L_WARNING("width < 1; setting to 1\n", procName); width = 1; } if (orient != L_HORIZONTAL_LINE && orient != L_POS_SLOPE_LINE && orient != L_VERTICAL_LINE && orient != L_NEG_SLOPE_LINE) return ERROR_INT("invalid line orientation", procName, 1); pta = generatePtaHashBox(box, spacing, width, orient, outline); if (!pta) return ERROR_INT("pta not made", procName, 1); pixRenderPtaBlend(pix, pta, rval, gval, bval, fract); ptaDestroy(&pta); return 0; } /*! * pixRenderHashBoxa() * * Input: pix * boxa * spacing (spacing between lines; must be > 1) * width (thickness of box and hash lines) * orient (orientation of lines: L_HORIZONTAL_LINE, ...) * outline (0 to skip drawing box outline) * op (one of L_SET_PIXELS, L_CLEAR_PIXELS, L_FLIP_PIXELS) * Return: 0 if OK, 1 on error */ l_int32 pixRenderHashBoxa(PIX *pix, BOXA *boxa, l_int32 spacing, l_int32 width, l_int32 orient, l_int32 outline, l_int32 op) { PTA *pta; PROCNAME("pixRenderHashBoxa"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (!boxa) return ERROR_INT("boxa not defined", procName, 1); if (spacing <= 1) return ERROR_INT("spacing not > 1", procName, 1); if (width < 1) { L_WARNING("width < 1; setting to 1\n", procName); width = 1; } if (orient != L_HORIZONTAL_LINE && orient != L_POS_SLOPE_LINE && orient != L_VERTICAL_LINE && orient != L_NEG_SLOPE_LINE) return ERROR_INT("invalid line orientation", procName, 1); if (op != L_SET_PIXELS && op != L_CLEAR_PIXELS && op != L_FLIP_PIXELS) return ERROR_INT("invalid op", procName, 1); pta = generatePtaHashBoxa(boxa, spacing, width, orient, outline, 1); if (!pta) return ERROR_INT("pta not made", procName, 1); pixRenderPta(pix, pta, op); ptaDestroy(&pta); return 0; } /*! * pixRenderHashBoxaArb() * * Input: pix * boxa * spacing (spacing between lines; must be > 1) * width (thickness of box and hash lines) * orient (orientation of lines: L_HORIZONTAL_LINE, ...) * outline (0 to skip drawing box outline) * rval, gval, bval * Return: 0 if OK, 1 on error */ l_int32 pixRenderHashBoxaArb(PIX *pix, BOXA *boxa, l_int32 spacing, l_int32 width, l_int32 orient, l_int32 outline, l_int32 rval, l_int32 gval, l_int32 bval) { PTA *pta; PROCNAME("pixRenderHashBoxArb"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (!boxa) return ERROR_INT("boxa not defined", procName, 1); if (spacing <= 1) return ERROR_INT("spacing not > 1", procName, 1); if (width < 1) { L_WARNING("width < 1; setting to 1\n", procName); width = 1; } if (orient != L_HORIZONTAL_LINE && orient != L_POS_SLOPE_LINE && orient != L_VERTICAL_LINE && orient != L_NEG_SLOPE_LINE) return ERROR_INT("invalid line orientation", procName, 1); pta = generatePtaHashBoxa(boxa, spacing, width, orient, outline, 1); if (!pta) return ERROR_INT("pta not made", procName, 1); pixRenderPtaArb(pix, pta, rval, gval, bval); ptaDestroy(&pta); return 0; } /*! * pixRenderHashBoxaBlend() * * Input: pix * boxa * spacing (spacing between lines; must be > 1) * width (thickness of box and hash lines) * orient (orientation of lines: L_HORIZONTAL_LINE, ...) * outline (0 to skip drawing box outline) * rval, gval, bval * fract (in [0.0 - 1.0]; complete transparency (no effect) * if 0.0; no transparency if 1.0) * Return: 0 if OK, 1 on error */ l_int32 pixRenderHashBoxaBlend(PIX *pix, BOXA *boxa, l_int32 spacing, l_int32 width, l_int32 orient, l_int32 outline, l_int32 rval, l_int32 gval, l_int32 bval, l_float32 fract) { PTA *pta; PROCNAME("pixRenderHashBoxaBlend"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (!boxa) return ERROR_INT("boxa not defined", procName, 1); if (spacing <= 1) return ERROR_INT("spacing not > 1", procName, 1); if (width < 1) { L_WARNING("width < 1; setting to 1\n", procName); width = 1; } if (orient != L_HORIZONTAL_LINE && orient != L_POS_SLOPE_LINE && orient != L_VERTICAL_LINE && orient != L_NEG_SLOPE_LINE) return ERROR_INT("invalid line orientation", procName, 1); pta = generatePtaHashBoxa(boxa, spacing, width, orient, outline, 1); if (!pta) return ERROR_INT("pta not made", procName, 1); pixRenderPtaBlend(pix, pta, rval, gval, bval, fract); ptaDestroy(&pta); return 0; } /*! * pixRenderPolyline() * * Input: pix * ptas * width (thickness of line) * op (one of L_SET_PIXELS, L_CLEAR_PIXELS, L_FLIP_PIXELS) * closeflag (1 to close the contour; 0 otherwise) * Return: 0 if OK, 1 on error * * Note: this renders a closed contour. */ l_int32 pixRenderPolyline(PIX *pix, PTA *ptas, l_int32 width, l_int32 op, l_int32 closeflag) { PTA *pta; PROCNAME("pixRenderPolyline"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (!ptas) return ERROR_INT("ptas not defined", procName, 1); if (width < 1) { L_WARNING("width < 1; setting to 1\n", procName); width = 1; } if (op != L_SET_PIXELS && op != L_CLEAR_PIXELS && op != L_FLIP_PIXELS) return ERROR_INT("invalid op", procName, 1); if ((pta = generatePtaPolyline(ptas, width, closeflag, 0)) == NULL) return ERROR_INT("pta not made", procName, 1); pixRenderPta(pix, pta, op); ptaDestroy(&pta); return 0; } /*! * pixRenderPolylineArb() * * Input: pix * ptas * width (thickness of line) * rval, gval, bval * closeflag (1 to close the contour; 0 otherwise) * Return: 0 if OK, 1 on error * * Note: this renders a closed contour. */ l_int32 pixRenderPolylineArb(PIX *pix, PTA *ptas, l_int32 width, l_uint8 rval, l_uint8 gval, l_uint8 bval, l_int32 closeflag) { PTA *pta; PROCNAME("pixRenderPolylineArb"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (!ptas) return ERROR_INT("ptas not defined", procName, 1); if (width < 1) { L_WARNING("width < 1; setting to 1\n", procName); width = 1; } if ((pta = generatePtaPolyline(ptas, width, closeflag, 0)) == NULL) return ERROR_INT("pta not made", procName, 1); pixRenderPtaArb(pix, pta, rval, gval, bval); ptaDestroy(&pta); return 0; } /*! * pixRenderPolylineBlend() * * Input: pix * ptas * width (thickness of line) * rval, gval, bval * fract (in [0.0 - 1.0]; complete transparency (no effect) * if 0.0; no transparency if 1.0) * closeflag (1 to close the contour; 0 otherwise) * removedups (1 to remove; 0 otherwise) * Return: 0 if OK, 1 on error */ l_int32 pixRenderPolylineBlend(PIX *pix, PTA *ptas, l_int32 width, l_uint8 rval, l_uint8 gval, l_uint8 bval, l_float32 fract, l_int32 closeflag, l_int32 removedups) { PTA *pta; PROCNAME("pixRenderPolylineBlend"); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (!ptas) return ERROR_INT("ptas not defined", procName, 1); if (width < 1) { L_WARNING("width < 1; setting to 1\n", procName); width = 1; } if ((pta = generatePtaPolyline(ptas, width, closeflag, removedups)) == NULL) return ERROR_INT("pta not made", procName, 1); pixRenderPtaBlend(pix, pta, rval, gval, bval, fract); ptaDestroy(&pta); return 0; } /*! * pixRenderRandomCmapPtaa() * * Input: pix (1, 2, 4, 8, 16, 32 bpp) * ptaa * polyflag (1 to interpret each Pta as a polyline; 0 to simply * render the Pta as a set of pixels) * width (thickness of line; use only for polyline) * closeflag (1 to close the contour; 0 otherwise; * use only for polyline mode) * Return: pixd (cmapped, 8 bpp) or null on error * * Notes: * (1) This is a debugging routine, that displays a set of * pixels, selected by the set of Ptas in a Ptaa, * in a random color in a pix. * (2) If @polyflag == 1, each Pta is considered to be a polyline, * and is rendered using @width and @closeflag. Each polyline * is rendered in a random color. * (3) If @polyflag == 0, all points in each Pta are rendered in a * random color. The @width and @closeflag parameters are ignored. * (4) The output pix is 8 bpp and colormapped. Up to 254 * different, randomly selected colors, can be used. * (5) The rendered pixels replace the input pixels. They will * be clipped silently to the input pix. */ PIX * pixRenderRandomCmapPtaa(PIX *pix, PTAA *ptaa, l_int32 polyflag, l_int32 width, l_int32 closeflag) { l_int32 i, n, index, rval, gval, bval; PIXCMAP *cmap; PTA *pta, *ptat; PIX *pixd; PROCNAME("pixRenderRandomCmapPtaa"); if (!pix) return (PIX *)ERROR_PTR("pix not defined", procName, NULL); if (!ptaa) return (PIX *)ERROR_PTR("ptaa not defined", procName, NULL); if (width < 1) { L_WARNING("width < 1; setting to 1\n", procName); width = 1; } pixd = pixConvertTo8(pix, FALSE); cmap = pixcmapCreateRandom(8, 1, 1); pixSetColormap(pixd, cmap); if ((n = ptaaGetCount(ptaa)) == 0) return pixd; for (i = 0; i < n; i++) { index = 1 + (i % 254); pixcmapGetColor(cmap, index, &rval, &gval, &bval); pta = ptaaGetPta(ptaa, i, L_CLONE); if (polyflag) ptat = generatePtaPolyline(pta, width, closeflag, 0); else ptat = ptaClone(pta); pixRenderPtaArb(pixd, ptat, rval, gval, bval); ptaDestroy(&pta); ptaDestroy(&ptat); } return pixd; } /*------------------------------------------------------------------* * Rendering and filling of polygons * *------------------------------------------------------------------*/ /*! * pixRenderPolygon() * * Input: ptas (of vertices, none repeated) * width (of polygon outline) * &xmin ( min x value of input pts) * &ymin ( min y value of input pts) * Return: pix (1 bpp, with outline generated), or null on error * * Notes: * (1) The pix is the minimum size required to contain the origin * and the polygon. For example, the max x value of the input * points is w - 1, where w is the pix width. * (2) The rendered line is 4-connected, so that an interior or * exterior 8-c.c. flood fill operation works properly. */ PIX * pixRenderPolygon(PTA *ptas, l_int32 width, l_int32 *pxmin, l_int32 *pymin) { l_float32 fxmin, fxmax, fymin, fymax; PIX *pixd; PTA *pta1, *pta2; PROCNAME("pixRenderPolygon"); if (pxmin) *pxmin = 0; if (pymin) *pymin = 0; if (!ptas) return (PIX *)ERROR_PTR("ptas not defined", procName, NULL); /* Generate a 4-connected polygon line */ if ((pta1 = generatePtaPolyline(ptas, width, 1, 0)) == NULL) return (PIX *)ERROR_PTR("pta1 not made", procName, NULL); if (width < 2) pta2 = convertPtaLineTo4cc(pta1); else pta2 = ptaClone(pta1); /* Render onto a minimum-sized pix */ ptaGetRange(pta2, &fxmin, &fxmax, &fymin, &fymax); if (pxmin) *pxmin = (l_int32)(fxmin + 0.5); if (pymin) *pymin = (l_int32)(fymin + 0.5); pixd = pixCreate((l_int32)(fxmax + 0.5) + 1, (l_int32)(fymax + 0.5) + 1, 1); pixRenderPolyline(pixd, pta2, width, L_SET_PIXELS, 1); ptaDestroy(&pta1); ptaDestroy(&pta2); return pixd; } /*! * pixFillPolygon() * * Input: pixs (1 bpp, with 4-connected polygon outline) * pta (vertices of the polygon) * xmin, ymin (min values of vertices of polygon) * Return: pixd (with outline filled), or null on error * * Notes: * (1) This fills the interior of the polygon, returning a * new pix. It works for both convex and non-convex polygons. * (2) To generate a filled polygon from a pta: * PIX *pixt = pixRenderPolygon(pta, 1, &xmin, &ymin); * PIX *pixd = pixFillPolygon(pixt, pta, xmin, ymin); * pixDestroy(&pixt); */ PIX * pixFillPolygon(PIX *pixs, PTA *pta, l_int32 xmin, l_int32 ymin) { l_int32 w, h, i, n, inside, found; l_int32 *xstart, *xend; PIX *pixi, *pixd; PROCNAME("pixFillPolygon"); if (!pixs || (pixGetDepth(pixs) != 1)) return (PIX *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); if (!pta) return (PIX *)ERROR_PTR("pta not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); xstart = (l_int32 *)CALLOC(w / 2, sizeof(l_int32)); xend = (l_int32 *)CALLOC(w / 2, sizeof(l_int32)); /* Find a raster with 2 or more black runs. The first background * pixel after the end of the first run is likely to be inside * the polygon, and can be used as a seed pixel. */ found = FALSE; for (i = ymin + 1; i < h; i++) { pixFindHorizontalRuns(pixs, i, xstart, xend, &n); if (n > 1) { ptaPtInsidePolygon(pta, xend[0] + 1, i, &inside); if (inside) { found = TRUE; break; } } } if (!found) { L_WARNING("nothing found to fill\n", procName); FREE(xstart); FREE(xend); return 0; } /* Place the seed pixel in the output image */ pixd = pixCreateTemplate(pixs); pixSetPixel(pixd, xend[0] + 1, i, 1); /* Invert pixs to make a filling mask, and fill from the seed */ pixi = pixInvert(NULL, pixs); pixSeedfillBinary(pixd, pixd, pixi, 4); /* Add the pixels of the original polygon outline */ pixOr(pixd, pixd, pixs); pixDestroy(&pixi); FREE(xstart); FREE(xend); return pixd; } /*------------------------------------------------------------------* * Contour rendering on grayscale images * *------------------------------------------------------------------*/ /*! * pixRenderContours() * * Input: pixs (8 or 16 bpp; no colormap) * startval (value of lowest contour; must be in [0 ... maxval]) * incr (increment to next contour; must be > 0) * outdepth (either 1 or depth of pixs) * Return: pixd, or null on error * * Notes: * (1) The output can be either 1 bpp, showing just the contour * lines, or a copy of the input pixs with the contour lines * superposed. */ PIX * pixRenderContours(PIX *pixs, l_int32 startval, l_int32 incr, l_int32 outdepth) { l_int32 w, h, d, maxval, wpls, wpld, i, j, val, test; l_uint32 *datas, *datad, *lines, *lined; PIX *pixd; PROCNAME("pixRenderContours"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs has colormap", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 8 && d != 16) return (PIX *)ERROR_PTR("pixs not 8 or 16 bpp", procName, NULL); if (outdepth != 1 && outdepth != d) { L_WARNING("invalid outdepth; setting to 1\n", procName); outdepth = 1; } maxval = (1 << d) - 1; if (startval < 0 || startval > maxval) return (PIX *)ERROR_PTR("startval not in [0 ... maxval]", procName, NULL); if (incr < 1) return (PIX *)ERROR_PTR("incr < 1", procName, NULL); if (outdepth == d) pixd = pixCopy(NULL, pixs); else pixd = pixCreate(w, h, 1); pixCopyResolution(pixd, pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); switch (d) { case 8: if (outdepth == 1) { for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { val = GET_DATA_BYTE(lines, j); if (val < startval) continue; test = (val - startval) % incr; if (!test) SET_DATA_BIT(lined, j); } } } else { /* outdepth == d */ for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { val = GET_DATA_BYTE(lines, j); if (val < startval) continue; test = (val - startval) % incr; if (!test) SET_DATA_BYTE(lined, j, 0); } } } break; case 16: if (outdepth == 1) { for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { val = GET_DATA_TWO_BYTES(lines, j); if (val < startval) continue; test = (val - startval) % incr; if (!test) SET_DATA_BIT(lined, j); } } } else { /* outdepth == d */ for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { val = GET_DATA_TWO_BYTES(lines, j); if (val < startval) continue; test = (val - startval) % incr; if (!test) SET_DATA_TWO_BYTES(lined, j, 0); } } } break; default: return (PIX *)ERROR_PTR("pixs not 8 or 16 bpp", procName, NULL); } return pixd; } /*! * fpixAutoRenderContours() * * Input: fpix * ncontours (> 1, < 500, typ. about 50) * Return: pixd (8 bpp), or null on error * * Notes: * (1) The increment is set to get approximately @ncontours. * (2) The proximity to the target value for contour display * is set to 0.15. * (3) Negative values are rendered in red; positive values as black. */ PIX * fpixAutoRenderContours(FPIX *fpix, l_int32 ncontours) { l_float32 minval, maxval, incr; PROCNAME("fpixAutoRenderContours"); if (!fpix) return (PIX *)ERROR_PTR("fpix not defined", procName, NULL); if (ncontours < 2 || ncontours > 500) return (PIX *)ERROR_PTR("ncontours < 2 or > 500", procName, NULL); fpixGetMin(fpix, &minval, NULL, NULL); fpixGetMax(fpix, &maxval, NULL, NULL); if (minval == maxval) return (PIX *)ERROR_PTR("all values in fpix are equal", procName, NULL); incr = (maxval - minval) / ((l_float32)ncontours - 1); return fpixRenderContours(fpix, incr, 0.15); } /*! * fpixRenderContours() * * Input: fpixs * incr (increment between contours; must be > 0.0) * proxim (required proximity to target value; default 0.15) * Return: pixd (8 bpp), or null on error * * Notes: * (1) Values are displayed when val/incr is within +-proxim * to an integer. The default value is 0.15; smaller values * result in thinner contour lines. * (2) Negative values are rendered in red; positive values as black. */ PIX * fpixRenderContours(FPIX *fpixs, l_float32 incr, l_float32 proxim) { l_int32 i, j, w, h, wpls, wpld; l_float32 val, invincr, finter, above, below, diff; l_uint32 *datad, *lined; l_float32 *datas, *lines; PIX *pixd; PIXCMAP *cmap; PROCNAME("fpixRenderContours"); if (!fpixs) return (PIX *)ERROR_PTR("fpixs not defined", procName, NULL); if (incr <= 0.0) return (PIX *)ERROR_PTR("incr <= 0.0", procName, NULL); if (proxim <= 0.0) proxim = 0.15; /* default */ fpixGetDimensions(fpixs, &w, &h); if ((pixd = pixCreate(w, h, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); cmap = pixcmapCreate(8); pixSetColormap(pixd, cmap); pixcmapAddColor(cmap, 255, 255, 255); /* white */ pixcmapAddColor(cmap, 0, 0, 0); /* black */ pixcmapAddColor(cmap, 255, 0, 0); /* red */ datas = fpixGetData(fpixs); wpls = fpixGetWpl(fpixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); invincr = 1.0 / incr; for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { val = lines[j]; finter = invincr * val; above = finter - floorf(finter); below = ceilf(finter) - finter; diff = L_MIN(above, below); if (diff <= proxim) { if (val < 0.0) SET_DATA_BYTE(lined, j, 2); else SET_DATA_BYTE(lined, j, 1); } } } return pixd; } leptonica-1.70/src/sudoku.c0000644000175000017500000006640512244231543013765 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * sudoku.c * * Solve a sudoku by brute force search * * Read input data from file or string * l_int32 *sudokuReadFile() * l_int32 *sudokuReadString() * * Create/destroy * L_SUDOKU *sudokuCreate() * void sudokuDestroy() * * Solve the puzzle * l_int32 sudokuSolve() * static l_int32 sudokuValidState() * static l_int32 sudokuNewGuess() * static l_int32 sudokuTestState() * * Test for uniqueness * l_int32 sudokuTestUniqueness() * static l_int32 sudokuCompareState() * static l_int32 *sudokuRotateArray() * * Generation * L_SUDOKU *sudokuGenerate() * * Output * l_int32 sudokuOutput() * * Solving sudokus is a somewhat addictive pastime. The rules are * simple but it takes just enough concentration to make it rewarding * when you find a number. And you get 50 to 60 such rewards each time * you complete one. The downside is that you could have been doing * something more creative, like keying out a new plant, staining * the deck, or even writing a computer program to discourage your * wife from doing sudokus. * * My original plan for the sudoku solver was somewhat grandiose. * The program would model the way a person solves the problem. * It would examine each empty position and determine how many possible * numbers could fit. The empty positions would be entered in a priority * queue keyed on the number of possible numbers that could fit. * If there existed a position where only a single number would work, * it would greedily take it. Otherwise it would consider a * positions that could accept two and make a guess, with backtracking * if an impossible state were reached. And so on. * * Then one of my colleagues announced she had solved the problem * by brute force and it was fast. At that point the original plan was * dead in the water, because the two top requirements for a leptonica * algorithm are (1) as simple as possible and (2) fast. The brute * force approach starts at the UL corner, and in succession at each * blank position it finds the first valid number (testing in * sequence from 1 to 9). When no number will fit a blank position * it backtracks, choosing the next valid number in the previous * blank position. * * This is an inefficient method for pruning the space of solutions * (imagine backtracking from the LR corner back to the UL corner * and starting over with a new guess), but it nevertheless gets * the job done quickly. I have made no effort to optimize * it, because it is fast: a 5-star (highest difficulty) sudoku might * require a million guesses and take 0.05 sec. (This BF implementation * does about 20M guesses/sec at 3 GHz.) * * Proving uniqueness of a sudoku solution is tricker than finding * a solution (or showing that no solution exists). A good indication * that a solution is unique is if we get the same result solving * by brute force when the puzzle is also rotated by 90, 180 and 270 * degrees. If there are multiple solutions, it seems unlikely * that you would get the same solution four times in a row, using a * brute force method that increments guesses and scans LR/TB. * The function sudokuTestUniqueness() does this. * * And given a function that can determine uniqueness, it is * easy to generate valid sudokus. We provide sudokuGenerate(), * which starts with some valid initial solution, and randomly * removes numbers, stopping either when a minimum number of non-zero * elements are left, or when it becomes difficult to remove another * element without destroying the uniqueness of the solution. * * For further reading, see the Wikipedia articles: * (1) http://en.wikipedia.org/wiki/Algorithmics_of_sudoku * (2) http://en.wikipedia.org/wiki/Sudoku * * How many 9x9 sudokus are there? Here are the numbers. * - From ref(1), there are about 6 x 10^27 "latin squares", where * each row and column has all 9 digits. * - There are 7.2 x 10^21 actual solutions, having the added * constraint in each of the 9 3x3 squares. (The constraint * reduced the number by the fraction 1.2 x 10^(-6).) * - There are a mere 5.5 billion essentially different solutions (EDS), * when symmetries (rotation, reflection, permutation and relabelling) * are removed. * - Thus there are 1.3 x 10^12 solutions that can be derived by * symmetry from each EDS. Can we account for these? * - Sort-of. From an EDS, you can derive (3!)^8 = 1.7 million solutions * by simply permuting rows and columns. (Do you see why it is * not (3!)^6 ?) * - Also from an EDS, you can derive 9! solutions by relabelling, * and 4 solutions by rotation, for a total of 1.45 million solutions * by relabelling and rotation. Then taking the product, by symmetry * we can derive 1.7M x 1.45M = 2.45 trillion solutions from each EDS. * (Something is off by about a factor of 2 -- close enough.) * * Another interesting fact is that there are apparently 48K EDS sudokus * (with unique solutions) that have only 17 givens. No sudokus are known * with less than 17, but there exists no proof that this is the minimum. */ #include "allheaders.h" static l_int32 sudokuValidState(l_int32 *state); static l_int32 sudokuNewGuess(L_SUDOKU *sud); static l_int32 sudokuTestState(l_int32 *state, l_int32 index); static l_int32 sudokuCompareState(L_SUDOKU *sud1, L_SUDOKU *sud2, l_int32 quads, l_int32 *psame); static l_int32 *sudokuRotateArray(l_int32 *array, l_int32 quads); /* An example of a valid solution */ static const char valid_solution[] = "3 8 7 2 6 4 1 9 5 " "2 6 5 8 9 1 4 3 7 " "1 4 9 5 3 7 6 8 2 " "5 2 3 7 1 6 8 4 9 " "7 1 6 9 4 8 2 5 3 " "8 9 4 3 5 2 7 1 6 " "9 7 2 1 8 5 3 6 4 " "4 3 1 6 7 9 5 2 8 " "6 5 8 4 2 3 9 7 1 "; /*---------------------------------------------------------------------* * Read input data from file or string * *---------------------------------------------------------------------*/ /*! * sudokuReadFile() * * Input: filename (of formatted sudoku file) * Return: array (of 81 numbers), or null on error * * Notes: * (1) The file format has: * * any number of comment lines beginning with '#' * * a set of 9 lines, each having 9 digits (0-9) separated * by a space */ l_int32 * sudokuReadFile(const char *filename) { char *str, *strj; l_uint8 *data; l_int32 i, j, nlines, val, index, error; l_int32 *array; size_t size; SARRAY *saline, *sa1, *sa2; PROCNAME("sudokuReadFile"); if (!filename) return (l_int32 *)ERROR_PTR("filename not defined", procName, NULL); data = l_binaryRead(filename, &size); sa1 = sarrayCreateLinesFromString((char *)data, 0); sa2 = sarrayCreate(9); /* Filter out the comment lines; verify that there are 9 data lines */ nlines = sarrayGetCount(sa1); for (i = 0; i < nlines; i++) { str = sarrayGetString(sa1, i, L_NOCOPY); if (str[0] != '#') sarrayAddString(sa2, str, L_COPY); } FREE(data); sarrayDestroy(&sa1); nlines = sarrayGetCount(sa2); if (nlines != 9) { sarrayDestroy(&sa2); L_ERROR("file has %d lines\n", procName, nlines); return (l_int32 *)ERROR_PTR("invalid file", procName, NULL); } /* Read the data into the array, verifying that each data * line has 9 numbers. */ error = FALSE; array = (l_int32 *)CALLOC(81, sizeof(l_int32)); for (i = 0, index = 0; i < 9; i++) { str = sarrayGetString(sa2, i, L_NOCOPY); saline = sarrayCreateWordsFromString(str); if (sarrayGetCount(saline) != 9) { error = TRUE; sarrayDestroy(&saline); break; } for (j = 0; j < 9; j++) { strj = sarrayGetString(saline, j, L_NOCOPY); if (sscanf(strj, "%d", &val) != 1) error = TRUE; else array[index++] = val; } sarrayDestroy(&saline); if (error) break; } sarrayDestroy(&sa2); if (error) { FREE(array); return (l_int32 *)ERROR_PTR("invalid data", procName, NULL); } return array; } /*! * sudokuReadString() * * Input: str (of input data) * Return: array (of 81 numbers), or null on error * * Notes: * (1) The string is formatted as 81 single digits, each separated * by 81 spaces. */ l_int32 * sudokuReadString(const char *str) { l_int32 i; l_int32 *array; PROCNAME("sudokuReadString"); if (!str) return (l_int32 *)ERROR_PTR("str not defined", procName, NULL); /* Read in the initial solution */ array = (l_int32 *)CALLOC(81, sizeof(l_int32)); for (i = 0; i < 81; i++) { if (sscanf(str + 2 * i, "%d ", &array[i]) != 1) return (l_int32 *)ERROR_PTR("invalid format", procName, NULL); } return array; } /*---------------------------------------------------------------------* * Create/destroy sudoku * *---------------------------------------------------------------------*/ /*! * sudokuCreate() * * Input: array (of 81 numbers, 9 rows of 9 numbers each) * Return: l_sudoku, or null on error * * Notes: * (1) The input array has 0 for the unknown values, and 1-9 * for the known initial values. It is generated from * a file using sudokuReadInput(), which checks that the file * data has 81 numbers in 9 rows. */ L_SUDOKU * sudokuCreate(l_int32 *array) { l_int32 i, val, locs_index; L_SUDOKU *sud; PROCNAME("sudokuCreate"); if (!array) return (L_SUDOKU *)ERROR_PTR("array not defined", procName, NULL); locs_index = 0; /* into locs array */ if ((sud = (L_SUDOKU *)CALLOC(1, sizeof(L_SUDOKU))) == NULL) return (L_SUDOKU *)ERROR_PTR("sud not made", procName, NULL); if ((sud->locs = (l_int32 *)CALLOC(81, sizeof(l_int32))) == NULL) return (L_SUDOKU *)ERROR_PTR("su state array not made", procName, NULL); if ((sud->init = (l_int32 *)CALLOC(81, sizeof(l_int32))) == NULL) return (L_SUDOKU *)ERROR_PTR("su init array not made", procName, NULL); if ((sud->state = (l_int32 *)CALLOC(81, sizeof(l_int32))) == NULL) return (L_SUDOKU *)ERROR_PTR("su state array not made", procName, NULL); for (i = 0; i < 81; i++) { val = array[i]; sud->init[i] = val; sud->state[i] = val; if (val == 0) sud->locs[locs_index++] = i; } sud->num = locs_index; sud->failure = FALSE; sud->finished = FALSE; return sud; } /*! * sudokuDestroy() * * Input: &l_sudoku () * Return: void */ void sudokuDestroy(L_SUDOKU **psud) { L_SUDOKU *sud; PROCNAME("sudokuDestroy"); if (psud == NULL) { L_WARNING("ptr address is NULL\n", procName); return; } if ((sud = *psud) == NULL) return; FREE(sud->locs); FREE(sud->init); FREE(sud->state); FREE(sud); *psud = NULL; return; } /*---------------------------------------------------------------------* * Solve the puzzle * *---------------------------------------------------------------------*/ /*! * sudokuSolve() * * Input: l_sudoku (starting in initial state) * Return: 1 on success, 0 on failure to solve (note reversal of * typical unix returns) */ l_int32 sudokuSolve(L_SUDOKU *sud) { PROCNAME("sudokuSolve"); if (!sud) return ERROR_INT("sud not defined", procName, 0); if (!sudokuValidState(sud->init)) return ERROR_INT("initial state not valid", procName, 0); while (1) { if (sudokuNewGuess(sud)) break; if (sud->finished == TRUE) break; } if (sud->failure == TRUE) { fprintf(stderr, "Failure after %d guesses\n", sud->nguess); return 0; } fprintf(stderr, "Solved after %d guesses\n", sud->nguess); return 1; } /*! * sudokuValidState() * * Input: state (array of size 81) * Return: 1 if valid, 0 if invalid * * Notes: * (1) This can be used on either the initial state (init) * or on the current state (state) of the l_soduku. * All values of 0 are ignored. */ static l_int32 sudokuValidState(l_int32 *state) { l_int32 i; PROCNAME("sudokuValidState"); if (!state) return ERROR_INT("state not defined", procName, 0); for (i = 0; i < 81; i++) { if (!sudokuTestState(state, i)) return 0; } return 1; } /*! * sudokuNewGuess() * * Input: l_sudoku * Return: 0 if OK; 1 if no solution is possible * * Notes: * (1) This attempts to increment the number in the current * location. If it can't, it backtracks (sets the number * in the current location to zero and decrements the * current location). If it can, it tests that number, * and if the number is valid, moves forward to the next * empty location (increments the current location). * (2) If there is no solution, backtracking will eventually * exhaust possibilities for the first location. */ static l_int32 sudokuNewGuess(L_SUDOKU *sud) { l_int32 index, val, valid; l_int32 *locs, *state; locs = sud->locs; state = sud->state; index = locs[sud->current]; /* 0 to 80 */ val = state[index]; if (val == 9) { /* backtrack or give up */ if (sud->current == 0) { sud->failure = TRUE; return 1; } state[index] = 0; sud->current--; } else { /* increment current value and test */ sud->nguess++; state[index]++; valid = sudokuTestState(state, index); if (valid) { if (sud->current == sud->num - 1) { /* we're done */ sud->finished = TRUE; return 0; } else { /* advance to next position */ sud->current++; } } } return 0; } /*! * sudokuTestState() * * Input: state (current state: array of 81 values) * index (into state element that we are testing) * Return: 1 if valid; 0 if invalid (no error checking) */ static l_int32 sudokuTestState(l_int32 *state, l_int32 index) { l_int32 i, j, val, row, rowstart, rowend, col; l_int32 blockrow, blockcol, blockstart, rowindex, locindex; if ((val = state[index]) == 0) /* automatically valid */ return 1; /* Test row. Test val is at (x, y) = (index % 9, index / 9) */ row = index / 9; rowstart = 9 * row; for (i = rowstart; i < index; i++) { if (state[i] == val) return 0; } rowend = rowstart + 9; for (i = index + 1; i < rowend; i++) { if (state[i] == val) return 0; } /* Test column */ col = index % 9; for (j = col; j < index; j += 9) { if (state[j] == val) return 0; } for (j = index + 9; j < 81; j += 9) { if (state[j] == val) return 0; } /* Test local 3x3 block */ blockrow = 3 * (row / 3); blockcol = 3 * (col / 3); blockstart = 9 * blockrow + blockcol; for (i = 0; i < 3; i++) { rowindex = blockstart + 9 * i; for (j = 0; j < 3; j++) { locindex = rowindex + j; if (index == locindex) continue; if (state[locindex] == val) return 0; } } return 1; } /*---------------------------------------------------------------------* * Test for uniqueness * *---------------------------------------------------------------------*/ /*! * sudokuTestUniqueness() * * Input: array (of 81 numbers, 9 lines of 9 numbers each) * &punique ( 1 if unique, 0 if not) * Return: 0 if OK, 1 on error * * Notes: * (1) This applies the brute force method to all four 90 degree * rotations. If there is more than one solution, it is highly * unlikely that all four results will be the same; * consequently, if they are the same, the solution is * most likely to be unique. */ l_int32 sudokuTestUniqueness(l_int32 *array, l_int32 *punique) { l_int32 same1, same2, same3; l_int32 *array1, *array2, *array3; L_SUDOKU *sud, *sud1, *sud2, *sud3; PROCNAME("sudokuTestUniqueness"); if (!punique) return ERROR_INT("&unique not defined", procName, 1); *punique = 0; if (!array) return ERROR_INT("array not defined", procName, 1); sud = sudokuCreate(array); sudokuSolve(sud); array1 = sudokuRotateArray(array, 1); sud1 = sudokuCreate(array1); sudokuSolve(sud1); array2 = sudokuRotateArray(array, 2); sud2 = sudokuCreate(array2); sudokuSolve(sud2); array3 = sudokuRotateArray(array, 3); sud3 = sudokuCreate(array3); sudokuSolve(sud3); sudokuCompareState(sud, sud1, 1, &same1); sudokuCompareState(sud, sud2, 2, &same2); sudokuCompareState(sud, sud3, 3, &same3); *punique = (same1 && same2 && same3); sudokuDestroy(&sud); sudokuDestroy(&sud1); sudokuDestroy(&sud2); sudokuDestroy(&sud3); FREE(array1); FREE(array2); FREE(array3); return 0; } /*! * sudokuCompareState() * * Input: sud1, sud2 * quads (rotation of sud2 input with respect to sud1, * in units of 90 degrees cw) * &same ( 1 if all 4 results are identical; 0 otherwise) * Return: 0 if OK, 1 on error * * Notes: * (1) The input to sud2 has been rotated by @quads relative to the * input to sud1. Therefore, we must rotate the solution to * sud1 by the same amount before comparing it to the * solution to sud2. */ static l_int32 sudokuCompareState(L_SUDOKU *sud1, L_SUDOKU *sud2, l_int32 quads, l_int32 *psame) { l_int32 i, same; l_int32 *array; PROCNAME("sudokuCompareState"); if (!psame) return ERROR_INT("&same not defined", procName, 1); *psame = 0; if (!sud1) return ERROR_INT("sud1 not defined", procName, 1); if (!sud2) return ERROR_INT("sud1 not defined", procName, 1); if (quads < 1 || quads > 3) return ERROR_INT("valid quads in {1,2,3}", procName, 1); same = TRUE; if ((array = sudokuRotateArray(sud1->state, quads)) == NULL) return ERROR_INT("array not made", procName, 1); for (i = 0; i < 81; i++) { if (array[i] != sud2->state[i]) { same = FALSE; break; } } *psame = same; FREE(array); return 0; } /*! * sudokuRotateArray() * * Input: array (of 81 numbers; 9 lines of 9 numbers each) * quads (1-3; number of 90 degree cw rotations) * Return: rarray (rotated array), or null on error */ static l_int32 * sudokuRotateArray(l_int32 *array, l_int32 quads) { l_int32 i, j, sindex, dindex; l_int32 *rarray; PROCNAME("sudokuRotateArray"); if (!array) return (l_int32 *)ERROR_PTR("array not defined", procName, NULL); if (quads < 1 || quads > 3) return (l_int32 *)ERROR_PTR("valid quads in {1,2,3}", procName, NULL); rarray = (l_int32 *)CALLOC(81, sizeof(l_int32)); if (quads == 1) { for (j = 0, dindex = 0; j < 9; j++) { for (i = 8; i >= 0; i--) { sindex = 9 * i + j; rarray[dindex++] = array[sindex]; } } } else if (quads == 2) { for (i = 8, dindex = 0; i >= 0; i--) { for (j = 8; j >= 0; j--) { sindex = 9 * i + j; rarray[dindex++] = array[sindex]; } } } else { /* quads == 3 */ for (j = 8, dindex = 0; j >= 0; j--) { for (i = 0; i < 9; i++) { sindex = 9 * i + j; rarray[dindex++] = array[sindex]; } } } return rarray; } /*---------------------------------------------------------------------* * Generation * *---------------------------------------------------------------------*/ /*! * sudokuGenerate() * * Input: array (of 81 numbers, 9 rows of 9 numbers each) * seed (random number) * minelems (min non-zero elements allowed; <= 80) * maxtries (max tries to remove a number and get a valid sudoku) * Return: l_sudoku, or null on error * * Notes: * (1) This is a brute force generator. It starts with a completed * sudoku solution and, by removing elements (setting them to 0), * generates a valid (unique) sudoku initial condition. * (2) The process stops when either @minelems, the minimum * number of non-zero elements, is reached, or when the * number of attempts to remove the next element exceeds @maxtries. * (3) No sudoku is known with less than 17 nonzero elements. */ L_SUDOKU * sudokuGenerate(l_int32 *array, l_int32 seed, l_int32 minelems, l_int32 maxtries) { l_int32 index, sector, nzeros, removefirst, tries, val, oldval, unique; L_SUDOKU *sud, *testsud; PROCNAME("sudokuGenerate"); if (!array) return (L_SUDOKU *)ERROR_PTR("array not defined", procName, NULL); if (minelems > 80) return (L_SUDOKU *)ERROR_PTR("minelems must be < 81", procName, NULL); /* Remove up to 30 numbers at random from the solution. * Test if the solution is valid -- the initial 'solution' may * have been invalid. Then test if the sudoku with 30 zeroes * is unique -- it almost always will be. */ srand(seed); nzeros = 0; sector = 0; removefirst = L_MIN(30, 81 - minelems); while (nzeros < removefirst) { genRandomIntegerInRange(9, 0, &val); index = 27 * (sector / 3) + 3 * (sector % 3) + 9 * (val / 3) + (val % 3); if (array[index] == 0) continue; array[index] = 0; nzeros++; sector++; sector %= 9; } testsud = sudokuCreate(array); sudokuSolve(testsud); if (testsud->failure) { sudokuDestroy(&testsud); L_ERROR("invalid initial solution\n", procName); return NULL; } sudokuTestUniqueness(testsud->init, &unique); sudokuDestroy(&testsud); if (!unique) { L_ERROR("non-unique result with 30 zeroes\n", procName); return NULL; } /* Remove more numbers, testing at each removal for uniqueness. */ tries = 0; sector = 0; while (1) { if (tries > maxtries) break; if (81 - nzeros <= minelems) break; if (tries == 0) { fprintf(stderr, "Trying %d zeros\n", nzeros); tries = 1; } /* Choose an element to be zeroed. We choose one * at random in succession from each of the nine sectors. */ genRandomIntegerInRange(9, 0, &val); index = 27 * (sector / 3) + 3 * (sector % 3) + 9 * (val / 3) + (val % 3); sector++; sector %= 9; if (array[index] == 0) continue; /* Save the old value in case we need to revert */ oldval = array[index]; /* Is there a solution? If not, try again. */ array[index] = 0; testsud = sudokuCreate(array); sudokuSolve(testsud); if (testsud->failure == TRUE) { sudokuDestroy(&testsud); array[index] = oldval; /* revert */ tries++; continue; } /* Is the solution unique? If not, try again. */ sudokuTestUniqueness(testsud->init, &unique); sudokuDestroy(&testsud); if (!unique) { /* revert and try again */ array[index] = oldval; tries++; } else { /* accept this */ tries = 0; fprintf(stderr, "Have %d zeros\n", nzeros); nzeros++; } } fprintf(stderr, "Final: nelems = %d\n", 81 - nzeros); /* Show that we can recover the solution */ sud = sudokuCreate(array); sudokuOutput(sud, L_SUDOKU_INIT); sudokuSolve(sud); sudokuOutput(sud, L_SUDOKU_STATE); return sud; } /*---------------------------------------------------------------------* * Output * *---------------------------------------------------------------------*/ /*! * sudokuOutput() * * Input: l_sudoku (at any stage) * arraytype (L_SUDOKU_INIT, L_SUDOKU_STATE) * Return: void * * Notes: * (1) Prints either the initial array or the current state * of the solution. */ l_int32 sudokuOutput(L_SUDOKU *sud, l_int32 arraytype) { l_int32 i, j; l_int32 *array; PROCNAME("sudokuOutput"); if (!sud) return ERROR_INT("sud not defined", procName, 1); if (arraytype == L_SUDOKU_INIT) array = sud->init; else if (arraytype == L_SUDOKU_STATE) array = sud->state; else return ERROR_INT("invalid arraytype", procName, 1); for (i = 0; i < 9; i++) { for (j = 0; j < 9; j++) fprintf(stderr, "%d ", array[9 * i + j]); fprintf(stderr, "\n"); } return 0; } leptonica-1.70/src/morphtemplate2.txt0000644000175000017500000000725511707052573016020 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /*! * Low-level fast binary morphology with auto-generated sels * * Dispatcher: --- * l_int32 fmorphopgen_low_*() * * Static Low-level: --- * void fdilate_*_*() --- * void ferode_*_*() */ #include "allheaders.h" --- This file is: morphtemplate2.txt --- --- insert static protos here ... /*---------------------------------------------------------------------* * Fast morph dispatcher * *---------------------------------------------------------------------*/ /*! --- * fmorphopgen_low_*() * * a dispatcher to appropriate low-level code */ l_int32 --- fmorphopgen_low_*(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 index) { switch (index) { --- insert dispatcher code for fdilate* and ferode* routines ... } return 0; } /*--------------------------------------------------------------------------* * Low-level auto-generated static routines * *--------------------------------------------------------------------------*/ /* * N.B. In all the low-level routines, the part of the image * that is accessed has been clipped by 32 pixels on * all four sides. This is done in the higher level * code by redefining w and h smaller and by moving the * start-of-image pointers up to the beginning of this * interior rectangle. */ --- static void fdilate_*_*(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; --- declare wplsN args as necessary ... pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { --- insert barrel-op code for *dptr here ... } } } leptonica-1.70/src/baseline.c0000644000175000017500000005312112244234147014227 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * baseline.c * * Locate text baselines in an image * NUMA *pixFindBaselines() * * Projective transform to remove local skew * PIX *pixDeskewLocal() * * Determine local skew * l_int32 pixGetLocalSkewTransform() * NUMA *pixGetLocalSkewAngles() * * We have two apparently different functions here: * - finding baselines * - finding a projective transform to remove keystone warping * The function pixGetLocalSkewAngles() returns an array of angles, * one for each raster line, and the baselines of the text lines * should intersect the left edge of the image with that angle. */ #include #include "allheaders.h" #ifndef NO_CONSOLE_IO #define DEBUG_PLOT 0 #endif /* NO_CONSOLE_IO */ /* Min to travel after finding max before abandoning peak */ static const l_int32 MIN_DIST_IN_PEAK = 35; /* Thresholds for peaks and zeros, relative to the max peak */ static const l_int32 PEAK_THRESHOLD_RATIO = 20; static const l_int32 ZERO_THRESHOLD_RATIO = 100; /* Default values for determining local skew */ static const l_int32 DEFAULT_SLICES = 10; static const l_int32 DEFAULT_SWEEP_REDUCTION = 2; static const l_int32 DEFAULT_BS_REDUCTION = 1; static const l_float32 DEFAULT_SWEEP_RANGE = 5.; /* degrees */ static const l_float32 DEFAULT_SWEEP_DELTA = 1.; /* degrees */ static const l_float32 DEFAULT_MINBS_DELTA = 0.01; /* degrees */ /* Overlap slice fraction added to top and bottom of each slice */ static const l_float32 OVERLAP_FRACTION = 0.5; /* Minimum allowed confidence (ratio) for accepting a value */ static const l_float32 MIN_ALLOWED_CONFIDENCE = 3.0; /*---------------------------------------------------------------------* * Locate text baselines in an image * *---------------------------------------------------------------------*/ /*! * pixFindBaselines() * * Input: pixs (1 bpp) * &pta ( pairs of pts corresponding to * approx. ends of each text line) * debug (usually 0; set to 1 for debugging output) * Return: na (of baseline y values), or null on error * * Notes: * (1) Input binary image must have text lines already aligned * horizontally. This can be done by either rotating the * image with pixDeskew(), or, if a projective transform * is required, by doing pixDeskewLocal() first. * (2) Input null for &pta if you don't want this returned. * The pta will come in pairs of points (left and right end * of each baseline). * (3) Caution: this will not work properly on text with multiple * columns, where the lines are not aligned between columns. * If there are multiple columns, they should be extracted * separately before finding the baselines. * (4) This function constructs different types of output * for baselines; namely, a set of raster line values and * a set of end points of each baseline. * (5) This function was designed to handle short and long text lines * without using dangerous thresholds on the peak heights. It does * this by combining the differential signal with a morphological * analysis of the locations of the text lines. One can also * combine this data to normalize the peak heights, by weighting * the differential signal in the region of each baseline * by the inverse of the width of the text line found there. * (6) There are various debug sections that can be turned on * with the debug flag. */ NUMA * pixFindBaselines(PIX *pixs, PTA **ppta, l_int32 debug) { l_int32 h, i, j, nbox, val1, val2, ndiff, bx, by, bw, bh; l_int32 imaxloc, peakthresh, zerothresh, inpeak; l_int32 mintosearch, max, maxloc, nloc, locval; l_int32 *array; l_float32 maxval; BOXA *boxa1, *boxa2, *boxa3; GPLOT *gplot; NUMA *nasum, *nadiff, *naloc, *naval; PIX *pixt1, *pixt2; PTA *pta; PROCNAME("pixFindBaselines"); if (!pixs) return (NUMA *)ERROR_PTR("pixs not defined", procName, NULL); pta = NULL; if (ppta) { pta = ptaCreate(0); *ppta = pta; } /* Close up the text characters, removing noise */ pixt1 = pixMorphSequence(pixs, "c25.1 + e3.1", 0); /* Save the difference of adjacent row sums. * The high positive-going peaks are the baselines */ if ((nasum = pixCountPixelsByRow(pixt1, NULL)) == NULL) return (NUMA *)ERROR_PTR("nasum not made", procName, NULL); h = pixGetHeight(pixs); nadiff = numaCreate(h); numaGetIValue(nasum, 0, &val2); for (i = 0; i < h - 1; i++) { val1 = val2; numaGetIValue(nasum, i + 1, &val2); numaAddNumber(nadiff, val1 - val2); } if (debug) /* show the difference signal */ gplotSimple1(nadiff, GPLOT_X11, "junkdiff", "difference"); /* Use the zeroes of the profile to locate each baseline. */ array = numaGetIArray(nadiff); ndiff = numaGetCount(nadiff); numaGetMax(nadiff, &maxval, &imaxloc); /* Use this to begin locating a new peak: */ peakthresh = (l_int32)maxval / PEAK_THRESHOLD_RATIO; /* Use this to begin a region between peaks: */ zerothresh = (l_int32)maxval / ZERO_THRESHOLD_RATIO; naloc = numaCreate(0); naval = numaCreate(0); inpeak = FALSE; for (i = 0; i < ndiff; i++) { if (inpeak == FALSE) { if (array[i] > peakthresh) { /* transition to in-peak */ inpeak = TRUE; mintosearch = i + MIN_DIST_IN_PEAK; /* accept no zeros * between i and mintosearch */ max = array[i]; maxloc = i; } } else { /* inpeak == TRUE; look for max */ if (array[i] > max) { max = array[i]; maxloc = i; mintosearch = i + MIN_DIST_IN_PEAK; } else if (i > mintosearch && array[i] <= zerothresh) { /* leave */ inpeak = FALSE; numaAddNumber(naval, max); numaAddNumber(naloc, maxloc); } } } /* If array[ndiff-1] is max, eg. no descenders, baseline at bottom */ if (inpeak) { numaAddNumber(naval, max); numaAddNumber(naloc, maxloc); } FREE(array); if (debug) { /* show the raster locations for the peaks */ gplot = gplotCreate("junkloc", GPLOT_X11, "Peak locations", "rasterline", "height"); gplotAddPlot(gplot, naloc, naval, GPLOT_POINTS, "locs"); gplotMakeOutput(gplot); gplotDestroy(&gplot); } /* Generate an approximate profile of text line width. * First, filter the boxes of text, where there may be * more than one box for a given textline. */ pixt2 = pixMorphSequence(pixt1, "r11 + c25.1 + o7.1 +c1.3", 0); boxa1 = pixConnComp(pixt2, NULL, 4); boxa2 = boxaTransform(boxa1, 0, 0, 4., 4.); boxa3 = boxaSort(boxa2, L_SORT_BY_Y, L_SORT_INCREASING, NULL); /* Then find the baseline segments */ if (pta) { nloc = numaGetCount(naloc); nbox = boxaGetCount(boxa3); for (i = 0; i < nbox; i++) { boxaGetBoxGeometry(boxa3, i, &bx, &by, &bw, &bh); for (j = 0; j < nloc; j++) { numaGetIValue(naloc, j, &locval); if (L_ABS(locval - (by + bh)) > 25) continue; ptaAddPt(pta, bx, locval); ptaAddPt(pta, bx + bw, locval); break; } } } if (debug) { /* display baselines */ PIX *pixd; l_int32 npts, x1, y1, x2, y2; if (pta) { pixd = pixConvertTo32(pixs); npts = ptaGetCount(pta); for (i = 0; i < npts; i += 2) { ptaGetIPt(pta, i, &x1, &y1); ptaGetIPt(pta, i + 1, &x2, &y2); pixRenderLineArb(pixd, x1, y1, x2, y2, 1, 255, 0, 0); } pixDisplay(pixd, 200, 200); pixWrite("junkbaselines", pixd, IFF_PNG); pixDestroy(&pixd); } } boxaDestroy(&boxa1); boxaDestroy(&boxa2); boxaDestroy(&boxa3); pixDestroy(&pixt1); pixDestroy(&pixt2); numaDestroy(&nasum); numaDestroy(&nadiff); numaDestroy(&naval); return naloc; } /*---------------------------------------------------------------------* * Projective transform to remove local skew * *---------------------------------------------------------------------*/ /*! * pixDeskewLocal() * * Input: pixs * nslices (the number of horizontal overlapping slices; must * be larger than 1 and not exceed 20; use 0 for default) * redsweep (sweep reduction factor: 1, 2, 4 or 8; * use 0 for default value) * redsearch (search reduction factor: 1, 2, 4 or 8, and * not larger than redsweep; use 0 for default value) * sweeprange (half the full range, assumed about 0; in degrees; * use 0.0 for default value) * sweepdelta (angle increment of sweep; in degrees; * use 0.0 for default value) * minbsdelta (min binary search increment angle; in degrees; * use 0.0 for default value) * Return: pixd, or null on error * * Notes: * (1) This function allows deskew of a page whose skew changes * approximately linearly with vertical position. It uses * a projective tranform that in effect does a differential * shear about the LHS of the page, and makes all text lines * horizontal. * (2) The origin of the keystoning can be either a cheap document * feeder that rotates the page as it is passed through, or a * camera image taken from either the left or right side * of the vertical. * (3) The image transformation is a projective warping, * not a rotation. Apart from this function, the text lines * must be properly aligned vertically with respect to each * other. This can be done by pre-processing the page; e.g., * by rotating or horizontally shearing it. * Typically, this can be achieved by vertically aligning * the page edge. */ PIX * pixDeskewLocal(PIX *pixs, l_int32 nslices, l_int32 redsweep, l_int32 redsearch, l_float32 sweeprange, l_float32 sweepdelta, l_float32 minbsdelta) { l_int32 ret; PIX *pixd; PTA *ptas, *ptad; PROCNAME("pixDeskewLocal"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); /* Skew array gives skew angle (deg) as fctn of raster line * where it intersects the LHS of the image */ ret = pixGetLocalSkewTransform(pixs, nslices, redsweep, redsearch, sweeprange, sweepdelta, minbsdelta, &ptas, &ptad); if (ret != 0) return (PIX *)ERROR_PTR("transform pts not found", procName, NULL); /* Use a projective transform */ pixd = pixProjectiveSampledPta(pixs, ptad, ptas, L_BRING_IN_WHITE); ptaDestroy(&ptas); ptaDestroy(&ptad); return pixd; } /*---------------------------------------------------------------------* * Determine the local skew * *---------------------------------------------------------------------*/ /*! * pixGetLocalSkewTransform() * * Input: pixs * nslices (the number of horizontal overlapping slices; must * be larger than 1 and not exceed 20; use 0 for default) * redsweep (sweep reduction factor: 1, 2, 4 or 8; * use 0 for default value) * redsearch (search reduction factor: 1, 2, 4 or 8, and * not larger than redsweep; use 0 for default value) * sweeprange (half the full range, assumed about 0; in degrees; * use 0.0 for default value) * sweepdelta (angle increment of sweep; in degrees; * use 0.0 for default value) * minbsdelta (min binary search increment angle; in degrees; * use 0.0 for default value) * &ptas ( 4 points in the source) * &ptad ( the corresponding 4 pts in the dest) * Return: 0 if OK, 1 on error * * Notes: * (1) This generates two pairs of points in the src, each pair * corresponding to a pair of points that would lie along * the same raster line in a transformed (dewarped) image. * (2) The sets of 4 src and 4 dest points returned by this function * can then be used, in a projective or bilinear transform, * to remove keystoning in the src. */ l_int32 pixGetLocalSkewTransform(PIX *pixs, l_int32 nslices, l_int32 redsweep, l_int32 redsearch, l_float32 sweeprange, l_float32 sweepdelta, l_float32 minbsdelta, PTA **pptas, PTA **pptad) { l_int32 w, h, i; l_float32 deg2rad, angr, angd, dely; NUMA *naskew; PTA *ptas, *ptad; PROCNAME("pixGetLocalSkewTransform"); if (!pptas || !pptad) return ERROR_INT("&ptas and &ptad not defined", procName, 1); *pptas = *pptad = NULL; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (nslices < 2 || nslices > 20) nslices = DEFAULT_SLICES; if (redsweep < 1 || redsweep > 8) redsweep = DEFAULT_SWEEP_REDUCTION; if (redsearch < 1 || redsearch > redsweep) redsearch = DEFAULT_BS_REDUCTION; if (sweeprange == 0.0) sweeprange = DEFAULT_SWEEP_RANGE; if (sweepdelta == 0.0) sweepdelta = DEFAULT_SWEEP_DELTA; if (minbsdelta == 0.0) minbsdelta = DEFAULT_MINBS_DELTA; naskew = pixGetLocalSkewAngles(pixs, nslices, redsweep, redsearch, sweeprange, sweepdelta, minbsdelta, NULL, NULL); if (!naskew) return ERROR_INT("naskew not made", procName, 1); deg2rad = 3.14159265 / 180.; w = pixGetWidth(pixs); h = pixGetHeight(pixs); ptas = ptaCreate(4); ptad = ptaCreate(4); *pptas = ptas; *pptad = ptad; /* Find i for skew line that intersects LHS at i and RHS at h / 20 */ for (i = 0; i < h; i++) { numaGetFValue(naskew, i, &angd); angr = angd * deg2rad; dely = w * tan(angr); if (i - dely > 0.05 * h) break; } ptaAddPt(ptas, 0, i); ptaAddPt(ptas, w - 1, i - dely); ptaAddPt(ptad, 0, i); ptaAddPt(ptad, w - 1, i); /* Find i for skew line that intersects LHS at i and RHS at 19h / 20 */ for (i = h - 1; i > 0; i--) { numaGetFValue(naskew, i, &angd); angr = angd * deg2rad; dely = w * tan(angr); if (i - dely < 0.95 * h) break; } ptaAddPt(ptas, 0, i); ptaAddPt(ptas, w - 1, i - dely); ptaAddPt(ptad, 0, i); ptaAddPt(ptad, w - 1, i); numaDestroy(&naskew); return 0; } /*! * pixGetLocalSkewAngles() * * Input: pixs * nslices (the number of horizontal overlapping slices; must * be larger than 1 and not exceed 20; use 0 for default) * redsweep (sweep reduction factor: 1, 2, 4 or 8; * use 0 for default value) * redsearch (search reduction factor: 1, 2, 4 or 8, and * not larger than redsweep; use 0 for default value) * sweeprange (half the full range, assumed about 0; in degrees; * use 0.0 for default value) * sweepdelta (angle increment of sweep; in degrees; * use 0.0 for default value) * minbsdelta (min binary search increment angle; in degrees; * use 0.0 for default value) * &a ( slope of skew as fctn of y) * &b ( intercept at y=0 of skew as fctn of y) * Return: naskew, or null on error * * Notes: * (1) The local skew is measured in a set of overlapping strips. * We then do a least square linear fit parameters to get * the slope and intercept parameters a and b in * skew-angle = a * y + b (degrees) * for the local skew as a function of raster line y. * This is then used to make naskew, which can be interpreted * as the computed skew angle (in degrees) at the left edge * of each raster line. * (2) naskew can then be used to find the baselines of text, because * each text line has a baseline that should intersect * the left edge of the image with the angle given by this * array, evaluated at the raster line of intersection. */ NUMA * pixGetLocalSkewAngles(PIX *pixs, l_int32 nslices, l_int32 redsweep, l_int32 redsearch, l_float32 sweeprange, l_float32 sweepdelta, l_float32 minbsdelta, l_float32 *pa, l_float32 *pb) { l_int32 w, h, hs, i, ystart, yend, ovlap, npts; l_float32 angle, conf, ycenter, a, b; BOX *box; NUMA *naskew; PIX *pix; PTA *pta; PROCNAME("pixGetLocalSkewAngles"); if (!pixs) return (NUMA *)ERROR_PTR("pixs not defined", procName, NULL); if (nslices < 2 || nslices > 20) nslices = DEFAULT_SLICES; if (redsweep < 1 || redsweep > 8) redsweep = DEFAULT_SWEEP_REDUCTION; if (redsearch < 1 || redsearch > redsweep) redsearch = DEFAULT_BS_REDUCTION; if (sweeprange == 0.0) sweeprange = DEFAULT_SWEEP_RANGE; if (sweepdelta == 0.0) sweepdelta = DEFAULT_SWEEP_DELTA; if (minbsdelta == 0.0) minbsdelta = DEFAULT_MINBS_DELTA; h = pixGetHeight(pixs); w = pixGetWidth(pixs); hs = h / nslices; ovlap = (l_int32)(OVERLAP_FRACTION * hs); pta = ptaCreate(nslices); for (i = 0; i < nslices; i++) { ystart = L_MAX(0, hs * i - ovlap); yend = L_MIN(h - 1, hs * (i + 1) + ovlap); ycenter = (ystart + yend) / 2; box = boxCreate(0, ystart, w, yend - ystart + 1); pix = pixClipRectangle(pixs, box, NULL); pixFindSkewSweepAndSearch(pix, &angle, &conf, redsweep, redsearch, sweeprange, sweepdelta, minbsdelta); if (conf > MIN_ALLOWED_CONFIDENCE) ptaAddPt(pta, ycenter, angle); pixDestroy(&pix); boxDestroy(&box); } /* ptaWriteStream(stderr, pta, 0); */ /* Do linear least squares fit */ if ((npts = ptaGetCount(pta)) < 2) { ptaDestroy(&pta); return (NUMA *)ERROR_PTR("can't fit skew", procName, NULL); } ptaGetLinearLSF(pta, &a, &b, NULL); if (pa) *pa = a; if (pb) *pb = b; /* Make skew angle array as function of raster line */ naskew = numaCreate(h); for (i = 0; i < h; i++) { angle = a * i + b; numaAddNumber(naskew, angle); } #if DEBUG_PLOT { NUMA *nax, *nay; GPLOT *gplot; ptaGetArrays(pta, &nax, &nay); gplot = gplotCreate("junkskew", GPLOT_X11, "skew as fctn of y", "y (in raster lines from top)", "angle (in degrees)"); gplotAddPlot(gplot, NULL, naskew, GPLOT_POINTS, "linear lsf"); gplotAddPlot(gplot, nax, nay, GPLOT_POINTS, "actual data pts"); gplotMakeOutput(gplot); gplotDestroy(&gplot); numaDestroy(&nax); numaDestroy(&nay); } #endif /* DEBUG_PLOT */ ptaDestroy(&pta); return naskew; } leptonica-1.70/src/rop.c0000644000175000017500000004342012072633752013252 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * rop.c * * General rasterop * l_int32 pixRasterop() * * In-place full band translation * l_int32 pixRasteropVip() * l_int32 pixRasteropHip() * * Full image translation (general and in-place) * l_int32 pixTranslate() * l_int32 pixRasteropIP() * * Full image rasterop with no translation * l_int32 pixRasteropFullImage() */ #include #include "allheaders.h" /*--------------------------------------------------------------------* * General rasterop (basic pix interface) * *--------------------------------------------------------------------*/ /*! * pixRasterop() * * Input: pixd (dest pix) * dx (x val of UL corner of dest rectangle) * dy (y val of UL corner of dest rectangle) * dw (width of dest rectangle) * dh (height of dest rectangle) * op (op code) * pixs (src pix) * sx (x val of UL corner of src rectangle) * sy (y val of UL corner of src rectangle) * Return: 0 if OK; 1 on error. * * Notes: * (1) This has the standard set of 9 args for rasterop. * This function is your friend; it is worth memorizing! * (2) If the operation involves only dest, this calls * rasteropUniLow(). Otherwise, checks depth of the * src and dest, and if they match, calls rasteropLow(). * (3) For the two-image operation, where both pixs and pixd * are defined, they are typically different images. However * there are cases, such as pixSetMirroredBorder(), where * in-place operations can be done, blitting pixels from * one part of pixd to another. Consequently, we permit * such operations. If you use them, be sure that there * is no overlap between the source and destination rectangles * in pixd (!) * * Background: * ----------- * * There are 18 operations, described by the op codes in pix.h. * * One, PIX_DST, is a no-op. * * Three, PIX_CLR, PIX_SET, and PIX_NOT(PIX_DST) operate only on the dest. * These are handled by the low-level rasteropUniLow(). * * The other 14 involve the both the src and the dest, and depend on * the bit values of either just the src or the bit values of both * src and dest. They are handled by rasteropLow(): * * PIX_SRC s * PIX_NOT(PIX_SRC) ~s * PIX_SRC | PIX_DST s | d * PIX_SRC & PIX_DST s & d * PIX_SRC ^ PIX_DST s ^ d * PIX_NOT(PIX_SRC) | PIX_DST ~s | d * PIX_NOT(PIX_SRC) & PIX_DST ~s & d * PIX_NOT(PIX_SRC) ^ PIX_DST ~s ^ d * PIX_SRC | PIX_NOT(PIX_DST) s | ~d * PIX_SRC & PIX_NOT(PIX_DST) s & ~d * PIX_SRC ^ PIX_NOT(PIX_DST) s ^ ~d * PIX_NOT(PIX_SRC | PIX_DST) ~(s | d) * PIX_NOT(PIX_SRC & PIX_DST) ~(s & d) * PIX_NOT(PIX_SRC ^ PIX_DST) ~(s ^ d) * * Each of these is implemented with one of three low-level * functions, depending on the alignment of the left edge * of the src and dest rectangles: * * a fastest implementation if both left edges are * (32-bit) word aligned * * a very slightly slower implementation if both left * edges have the same relative (32-bit) word alignment * * the general routine that is invoked when * both left edges have different word alignment * * Of the 14 binary rasterops above, only 12 are unique * logical combinations (out of a possible 16) of src * and dst bits: * * (sd) (11) (10) (01) (00) * ----------------------------------------------- * s 1 1 0 0 * ~s 0 1 0 1 * s | d 1 1 1 0 * s & d 1 0 0 0 * s ^ d 0 1 1 0 * ~s | d 1 0 1 1 * ~s & d 0 0 1 0 * ~s ^ d 1 0 0 1 * s | ~d 1 1 0 1 * s & ~d 0 1 0 0 * s ^ ~d 1 0 0 1 * ~(s | d) 0 0 0 1 * ~(s & d) 0 1 1 1 * ~(s ^ d) 1 0 0 1 * * Note that the following three operations are equivalent: * ~(s ^ d) * ~s ^ d * s ^ ~d * and in the implementation, we call them out with the first form; * namely, ~(s ^ d). * * Of the 16 possible binary combinations of src and dest bits, * the remaining 4 unique ones are independent of the src bit. * They depend on either just the dest bit or on neither * the src nor dest bits: * * d 1 0 1 0 (indep. of s) * ~d 0 1 0 1 (indep. of s) * CLR 0 0 0 0 (indep. of both s & d) * SET 1 1 1 1 (indep. of both s & d) * * As mentioned above, three of these are implemented by * rasteropUniLow(), and one is a no-op. * * How can these operation codes be represented by bits * in such a way that when the basic operations are performed * on the bits the results are unique for unique * operations, and mimic the logic table given above? * * The answer is to choose a particular order of the pairings: * (sd) (11) (10) (01) (00) * (which happens to be the same as in the above table) * and to translate the result into 4-bit representations * of s and d. For example, the Sun rasterop choice * (omitting the extra bit for clipping) is * * PIX_SRC 0xc * PIX_DST 0xa * * This corresponds to our pairing order given above: * (sd) (11) (10) (01) (00) * where for s = 1 we get the bit pattern * PIX_SRC: 1 1 0 0 (0xc) * and for d = 1 we get the pattern * PIX_DST: 1 0 1 0 (0xa) * * OK, that's the pairing order that Sun chose. How many different * ways can we assign bit patterns to PIX_SRC and PIX_DST to get * the boolean ops to work out? Any of the 4 pairs can be put * in the first position, any of the remaining 3 pairs can go * in the second; and one of the remaining 2 pairs can go the the third. * There is a total of 4*3*2 = 24 ways these pairs can be permuted. */ l_int32 pixRasterop(PIX *pixd, l_int32 dx, l_int32 dy, l_int32 dw, l_int32 dh, l_int32 op, PIX *pixs, l_int32 sx, l_int32 sy) { l_int32 dd; PROCNAME("pixRasterop"); if (!pixd) return ERROR_INT("pixd not defined", procName, 1); if (op == PIX_DST) /* no-op */ return 0; /* Check if operation is only on dest */ dd = pixGetDepth(pixd); if (op == PIX_CLR || op == PIX_SET || op == PIX_NOT(PIX_DST)) { rasteropUniLow(pixGetData(pixd), pixGetWidth(pixd), pixGetHeight(pixd), dd, pixGetWpl(pixd), dx, dy, dw, dh, op); return 0; } if (!pixs) return ERROR_INT("pixs not defined", procName, 1); /* Check depth of src and dest; these must agree */ if (dd != pixGetDepth(pixs)) return ERROR_INT("depths of pixs and pixd differ", procName, 1); rasteropLow(pixGetData(pixd), pixGetWidth(pixd), pixGetHeight(pixd), dd, pixGetWpl(pixd), dx, dy, dw, dh, op, pixGetData(pixs), pixGetWidth(pixs), pixGetHeight(pixs), pixGetWpl(pixs), sx, sy); return 0; } /*--------------------------------------------------------------------* * In-place full band translation * *--------------------------------------------------------------------*/ /*! * pixRasteropVip() * * Input: pixd (in-place) * bx (left edge of vertical band) * bw (width of vertical band) * vshift (vertical shift of band; vshift > 0 is down) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK) * Return: 0 if OK; 1 on error * * Notes: * (1) This rasterop translates a vertical band of the * image either up or down, bringing in either white * or black pixels from outside the image. * (2) The vertical band extends the full height of pixd. * (3) If a colormap exists, the nearest color to white or black * is brought in. */ l_int32 pixRasteropVip(PIX *pixd, l_int32 bx, l_int32 bw, l_int32 vshift, l_int32 incolor) { l_int32 w, h, d, index, op; PIX *pixt; PIXCMAP *cmap; PROCNAME("pixRasteropVip"); if (!pixd) return ERROR_INT("pixd not defined", procName, 1); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return ERROR_INT("invalid value for incolor", procName, 1); if (bw <= 0) return ERROR_INT("bw must be > 0", procName, 1); if (vshift == 0) return 0; pixGetDimensions(pixd, &w, &h, &d); rasteropVipLow(pixGetData(pixd), w, h, d, pixGetWpl(pixd), bx, bw, vshift); cmap = pixGetColormap(pixd); if (!cmap) { if ((d == 1 && incolor == L_BRING_IN_BLACK) || (d > 1 && incolor == L_BRING_IN_WHITE)) op = PIX_SET; else op = PIX_CLR; /* Set the pixels brought in at top or bottom */ if (vshift > 0) pixRasterop(pixd, bx, 0, bw, vshift, op, NULL, 0, 0); else /* vshift < 0 */ pixRasterop(pixd, bx, h + vshift, bw, -vshift, op, NULL, 0, 0); return 0; } /* Get the nearest index and fill with that */ if (incolor == L_BRING_IN_BLACK) pixcmapGetRankIntensity(cmap, 0.0, &index); else /* white */ pixcmapGetRankIntensity(cmap, 1.0, &index); pixt = pixCreate(bw, L_ABS(vshift), d); pixSetAllArbitrary(pixt, index); if (vshift > 0) pixRasterop(pixd, bx, 0, bw, vshift, PIX_SRC, pixt, 0, 0); else /* vshift < 0 */ pixRasterop(pixd, bx, h + vshift, bw, -vshift, PIX_SRC, pixt, 0, 0); pixDestroy(&pixt); return 0; } /*! * pixRasteropHip() * * Input: pixd (in-place operation) * by (top of horizontal band) * bh (height of horizontal band) * hshift (horizontal shift of band; hshift > 0 is to right) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK) * Return: 0 if OK; 1 on error * * Notes: * (1) This rasterop translates a horizontal band of the * image either left or right, bringing in either white * or black pixels from outside the image. * (2) The horizontal band extends the full width of pixd. * (3) If a colormap exists, the nearest color to white or black * is brought in. */ l_int32 pixRasteropHip(PIX *pixd, l_int32 by, l_int32 bh, l_int32 hshift, l_int32 incolor) { l_int32 w, h, d, index, op; PIX *pixt; PIXCMAP *cmap; PROCNAME("pixRasteropHip"); if (!pixd) return ERROR_INT("pixd not defined", procName, 1); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return ERROR_INT("invalid value for incolor", procName, 1); if (bh <= 0) return ERROR_INT("bh must be > 0", procName, 1); if (hshift == 0) return 0; pixGetDimensions(pixd, &w, &h, &d); rasteropHipLow(pixGetData(pixd), h, d, pixGetWpl(pixd), by, bh, hshift); cmap = pixGetColormap(pixd); if (!cmap) { if ((d == 1 && incolor == L_BRING_IN_BLACK) || (d > 1 && incolor == L_BRING_IN_WHITE)) op = PIX_SET; else op = PIX_CLR; /* Set the pixels brought in at left or right */ if (hshift > 0) pixRasterop(pixd, 0, by, hshift, bh, op, NULL, 0, 0); else /* hshift < 0 */ pixRasterop(pixd, w + hshift, by, -hshift, bh, op, NULL, 0, 0); return 0; } /* Get the nearest index and fill with that */ if (incolor == L_BRING_IN_BLACK) pixcmapGetRankIntensity(cmap, 0.0, &index); else /* white */ pixcmapGetRankIntensity(cmap, 1.0, &index); pixt = pixCreate(L_ABS(hshift), bh, d); pixSetAllArbitrary(pixt, index); if (hshift > 0) pixRasterop(pixd, 0, by, hshift, bh, PIX_SRC, pixt, 0, 0); else /* hshift < 0 */ pixRasterop(pixd, w + hshift, by, -hshift, bh, PIX_SRC, pixt, 0, 0); pixDestroy(&pixt); return 0; } /*--------------------------------------------------------------------* * Full image translation (general and in-place) * *--------------------------------------------------------------------*/ /*! * pixTranslate() * * Input: pixd ( destination: this can be null, * equal to pixs, or different from pixs) * pixs * hshift (horizontal shift; hshift > 0 is to right) * vshift (vertical shift; vshift > 0 is down) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK) * Return: pixd, or null on error. * * Notes: * (1) The general pattern is: * pixd = pixTranslate(pixd, pixs, ...); * For clarity, when you know the case, use one of these: * pixd = pixTranslate(NULL, pixs, ...); // new * pixTranslate(pixs, pixs, ...); // in-place * pixTranslate(pixd, pixs, ...); // to existing pixd * (2) If an existing pixd is not the same size as pixs, the * image data will be reallocated. */ PIX * pixTranslate(PIX *pixd, PIX *pixs, l_int32 hshift, l_int32 vshift, l_int32 incolor) { PROCNAME("pixTranslate"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); /* Prepare pixd for in-place operation */ if ((pixd = pixCopy(pixd, pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixRasteropIP(pixd, hshift, vshift, incolor); return pixd; } /*! * pixRasteropIP() * * Input: pixd (in-place translation) * hshift (horizontal shift; hshift > 0 is to right) * vshift (vertical shift; vshift > 0 is down) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK) * Return: 0 if OK; 1 on error */ l_int32 pixRasteropIP(PIX *pixd, l_int32 hshift, l_int32 vshift, l_int32 incolor) { l_int32 w, h; PROCNAME("pixRasteropIP"); if (!pixd) return ERROR_INT("pixd not defined", procName, 1); pixGetDimensions(pixd, &w, &h, NULL); pixRasteropHip(pixd, 0, h, hshift, incolor); pixRasteropVip(pixd, 0, w, vshift, incolor); return 0; } /*--------------------------------------------------------------------* * Full image rasterop with no shifts * *--------------------------------------------------------------------*/ /*! * pixRasteropFullImage() * * Input: pixd * pixs * op (any of the op-codes) * Return: 0 if OK; 1 on error * * Notes: * - this is a wrapper for a common 2-image raster operation * - both pixs and pixd must be defined * - the operation is performed with aligned UL corners of pixs and pixd * - the operation clips to the smallest pix; if the width or height * of pixd is larger than pixs, some pixels in pixd will be unchanged */ l_int32 pixRasteropFullImage(PIX *pixd, PIX *pixs, l_int32 op) { PROCNAME("pixRasteropFullImage"); if (!pixd) return ERROR_INT("pixd not defined", procName, 1); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); pixRasterop(pixd, 0, 0, pixGetWidth(pixd), pixGetHeight(pixd), op, pixs, 0, 0); return 0; } leptonica-1.70/src/ccbord.c0000644000175000017500000024320612244745213013707 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * ccbord.c * * CCBORDA and CCBORD creation and destruction * CCBORDA *ccbaCreate() * void *ccbaDestroy() * CCBORD *ccbCreate() * void *ccbDestroy() * * CCBORDA addition * l_int32 ccbaAddCcb() * static l_int32 ccbaExtendArray() * * CCBORDA accessors * l_int32 ccbaGetCount() * l_int32 ccbaGetCcb() * * Top-level border-finding routines * CCBORDA *pixGetAllCCBorders() * CCBORD *pixGetCCBorders() * PTAA *pixGetOuterBordersPtaa() * PTA *pixGetOuterBorderPta() * * Lower-level border location routines * l_int32 pixGetOuterBorder() * l_int32 pixGetHoleBorder() * l_int32 findNextBorderPixel() * void locateOutsideSeedPixel() * * Border conversions * l_int32 ccbaGenerateGlobalLocs() * l_int32 ccbaGenerateStepChains() * l_int32 ccbaStepChainsToPixCoords() * l_int32 ccbaGenerateSPGlobalLocs() * * Conversion to single path * l_int32 ccbaGenerateSinglePath() * PTA *getCutPathForHole() * * Border and full image rendering * PIX *ccbaDisplayBorder() * PIX *ccbaDisplaySPBorder() * PIX *ccbaDisplayImage1() * PIX *ccbaDisplayImage2() * * Serialize for I/O * l_int32 ccbaWrite() * l_int32 ccbaWriteStream() * l_int32 ccbaRead() * l_int32 ccbaReadStream() * * SVG output * l_int32 ccbaWriteSVG() * char *ccbaWriteSVGString() * * * Border finding is tricky because components can have * holes, which also need to be traced out. The outer * border can be connected with all the hole borders, * so that there is a single border for each component. * [Alternatively, the connecting paths can be eliminated if * you're willing to have a set of borders for each * component (an exterior border and some number of * interior ones), with "line to" operations tracing * out each border and "move to" operations going from * one border to the next.] * * Here's the plan. We get the pix for each connected * component, and trace its exterior border. We then * find the holes (if any) in the pix, and separately * trace out their borders, all using the same * border-following rule that has ON pixels on the right * side of the path. * * [For svg, we may want to turn each set of borders for a c.c. * into a closed path. This can be done by tunnelling * through the component from the outer border to each of the * holes, going in and coming out along the same path so * the connection will be invisible in any rendering * (display or print) from the outline. The result is a * closed path, where the outside border is traversed * cw and each hole is traversed ccw. The svg renderer * is assumed to handle these closed borders properly.] * * Each border is a closed path that is traversed in such * a way that the stuff inside the c.c. is on the right * side of the traveller. The border of a singly-connected * component is thus traversed cw, and the border of the * holes inside a c.c. are traversed ccw. Suppose we have * a list of all the borders of each c.c., both the cw and ccw * traversals. How do we reconstruct the image? * * Reconstruction: * * Method 1. Topological method using connected components. * We have closed borders composed of cw border pixels for the * exterior of c.c. and ccw border pixels for the interior (holes) * in the c.c. * (a) Initialize the destination to be OFF. Then, * in any order: * (b) Fill the components within and including the cw borders, * and sequentially XOR them onto the destination. * (c) Fill the components within but not including the ccw * borders and sequentially XOR them onto the destination. * The components that are XOR'd together can be generated as follows: * (a) For each closed cw path, use pixFillClosedBorders(): * (1) Turn on the path pixels in a subimage that * minimally supports the border. * (2) Do a 4-connected fill from a seed of 1 pixel width * on the border, using the inverted image in (1) as * a filling mask. * (3) Invert the fill result: this gives the component * including the exterior cw path, with all holes * filled. * (b) For each closed ccw path (hole): * (1) Turn on the path pixels in a subimage that minimally * supports the path. * (2) Find a seed pixel on the inside of this path. * (3) Do a 4-connected fill from this seed pixel, using * the inverted image of the path in (1) as a filling * mask. * * ------------------------------------------------------ * * Method 2. A variant of Method 1. Topological. * In Method 1, we treat the exterior border differently from * the interior (hole) borders. Here, all borders in a c.c. * are treated equally: * (1) Start with a pix with a 1 pixel OFF boundary * enclosing all the border pixels of the c.c. * This is the filling mask. * (2) Make a seed image of the same size as follows: for * each border, put one seed pixel OUTSIDE the border * (where OUTSIDE is determined by the inside/outside * convention for borders). * (3) Seedfill into the seed image, filling in the regions * determined by the filling mask. The fills are clipped * by the border pixels. * (4) Inverting this, we get the c.c. properly filled, * with the holes empty! * (5) Rasterop using XOR the filled c.c. (but not the 1 * pixel boundary) into the full dest image. * * Method 2 is about 1.2x faster than Method 1 on text images, * and about 2x faster on complex images (e.g., with halftones). * * ------------------------------------------------------ * * Method 3. The traditional way to fill components delineated * by boundaries is through scan line conversion. It's a bit * tricky, and I have not yet tried to implement it. * * ------------------------------------------------------ * * Method 4. [Nota Bene: this method probably doesn't work, and * won't be implemented. If I get a more traditional scan line * conversion algorithm working, I'll erase these notes.] * Render all border pixels on a destination image, * which will be the final result after scan conversion. Assign * a value 1 to pixels on cw paths, 2 to pixels on ccw paths, * and 3 to pixels that are on both paths. Each of the paths * is an 8-connected component. Now scan across each raster * line. The attempt is to make rules for each scan line * that are independent of neighboring scanlines. Here are * a set of rules for writing ON pixels on a destination raster image: * * (a) The rasterizer will be in one of two states: ON and OFF. * (b) Start each line in the OFF state. In the OFF state, * skip pixels until you hit a path of any type. Turn * the path pixel ON. * (c) If the state is ON, each pixel you encounter will * be turned on, until and including hitting a path pixel. * (d) When you hit a path pixel, if the path does NOT cut * through the line, so that there is not an 8-cc path * pixel (of any type) both above and below, the state * is unchanged (it stays either ON or OFF). * (e) If the path does cut through, but with a possible change * of pixel type, then we decide whether or * not to toggle the state based on the values of the * path pixel and the path pixels above and below: * (1) if a 1 path cuts through, toggle; * (1) if a 2 path cuts through, toggle; * (3) if a 3 path cuts through, do not toggle; * (4) if on one side a 3 touches both a 1 and a 2, use the 2 * (5) if a 3 has any 1 neighbors, toggle; else if it has * no 1 neighbors, do not toggle; * (6) if a 2 has any neighbors that are 1 or 3, * do not toggle * (7) if a 1 has neighbors 1 and x (x = 2 or 3), * toggle * * * To visualize how these rules work, consider the following * component with border pixels labeled according to the scheme * above. We also show the values of the interior pixels * (w=OFF, b=ON), but these of course must be inferred properly * from the rules above: * * 3 * 3 w 3 1 1 1 * 1 2 1 1 b 2 b 1 * 1 b 1 3 w 2 1 * 3 b 1 1 b 2 b 1 * 3 w 3 1 1 1 * 3 w 3 * 1 b 2 b 1 * 1 2 w 2 1 * 1 b 2 w 2 b 1 * 1 2 w 2 1 * 1 2 b 1 * 1 b 1 * 1 * * * Even if this works, which is unlikely, it will certainly be * slow because decisions have to be made on a pixel-by-pixel * basis when encountering borders. * */ #include #include "allheaders.h" #ifdef HAVE_CONFIG_H #include "config_auto.h" #endif /* HAVE_CONFIG_H */ static const l_int32 INITIAL_PTR_ARRAYSIZE = 20; /* n'import quoi */ /* In ccbaGenerateSinglePath(): don't save holes * in c.c. with ridiculously many small holes */ static const l_int32 NMAX_HOLES = 150; /* Tables used to trace the border. * - The 8 pixel positions of neighbors Q are labelled: * 1 2 3 * 0 P 4 * 7 6 5 * where the labels are the index offset [0, ... 7] of Q relative to P. * - xpostab[] and ypostab[] give the actual x and y pixel offsets * of Q relative to P, indexed by the index offset. * - qpostab[pos] gives the new index offset of Q relative to P, at * the time that a new P has been chosen to be in index offset * position 'pos' relative to the previous P. The relation * between P and Q is always 4-connected. */ static const l_int32 xpostab[] = {-1, -1, 0, 1, 1, 1, 0, -1}; static const l_int32 ypostab[] = {0, -1, -1, -1, 0, 1, 1, 1}; static const l_int32 qpostab[] = {6, 6, 0, 0, 2, 2, 4, 4}; /* Static function */ static l_int32 ccbaExtendArray(CCBORDA *ccba); #ifndef NO_CONSOLE_IO #define DEBUG_PRINT 0 #endif /* NO CONSOLE_IO */ /*---------------------------------------------------------------------* * ccba and ccb creation and destruction * *---------------------------------------------------------------------*/ /*! * ccbaCreate() * * Input: pixs (binary image; can be null) * n (initial number of ptrs) * Return: ccba, or null on error */ CCBORDA * ccbaCreate(PIX *pixs, l_int32 n) { CCBORDA *ccba; PROCNAME("ccbaCreate"); if (n <= 0) n = INITIAL_PTR_ARRAYSIZE; if ((ccba = (CCBORDA *)CALLOC(1, sizeof(CCBORDA))) == NULL) return (CCBORDA *)ERROR_PTR("ccba not made", procName, NULL); if (pixs) { ccba->pix = pixClone(pixs); ccba->w = pixGetWidth(pixs); ccba->h = pixGetHeight(pixs); } ccba->n = 0; ccba->nalloc = n; if ((ccba->ccb = (CCBORD **)CALLOC(n, sizeof(CCBORD *))) == NULL) return (CCBORDA *)ERROR_PTR("ccba ptrs not made", procName, NULL); return ccba; } /*! * ccbaDestroy() * * Input: &ccba () * Return: void */ void ccbaDestroy(CCBORDA **pccba) { l_int32 i; CCBORDA *ccba; PROCNAME("ccbaDestroy"); if (pccba == NULL) { L_WARNING("ptr address is NULL!\n", procName); return; } if ((ccba = *pccba) == NULL) return; pixDestroy(&ccba->pix); for (i = 0; i < ccba->n; i++) ccbDestroy(&ccba->ccb[i]); FREE(ccba->ccb); FREE(ccba); *pccba = NULL; return; } /*! * ccbCreate() * * Input: pixs () * Return: ccb or null on error */ CCBORD * ccbCreate(PIX *pixs) { BOXA *boxa; CCBORD *ccb; PTA *start; PTAA *local; PROCNAME("ccbCreate"); if (pixs) { if (pixGetDepth(pixs) != 1) return (CCBORD *)ERROR_PTR("pixs not binary", procName, NULL); } if ((ccb = (CCBORD *)CALLOC(1, sizeof(CCBORD))) == NULL) return (CCBORD *)ERROR_PTR("ccb not made", procName, NULL); ccb->refcount++; if (pixs) ccb->pix = pixClone(pixs); if ((boxa = boxaCreate(1)) == NULL) return (CCBORD *)ERROR_PTR("boxa not made", procName, NULL); ccb->boxa = boxa; if ((start = ptaCreate(1)) == NULL) return (CCBORD *)ERROR_PTR("start pta not made", procName, NULL); ccb->start = start; if ((local = ptaaCreate(1)) == NULL) return (CCBORD *)ERROR_PTR("local ptaa not made", procName, NULL); ccb->local = local; return ccb; } /*! * ccbDestroy() * * Input: &ccb () * Return: void */ void ccbDestroy(CCBORD **pccb) { CCBORD *ccb; PROCNAME("ccbDestroy"); if (pccb == NULL) { L_WARNING("ptr address is NULL!\n", procName); return; } if ((ccb = *pccb) == NULL) return; ccb->refcount--; if (ccb->refcount == 0) { if (ccb->pix) pixDestroy(&ccb->pix); if (ccb->boxa) boxaDestroy(&ccb->boxa); if (ccb->start) ptaDestroy(&ccb->start); if (ccb->local) ptaaDestroy(&ccb->local); if (ccb->global) ptaaDestroy(&ccb->global); if (ccb->step) numaaDestroy(&ccb->step); if (ccb->splocal) ptaDestroy(&ccb->splocal); if (ccb->spglobal) ptaDestroy(&ccb->spglobal); FREE(ccb); *pccb = NULL; } return; } /*---------------------------------------------------------------------* * ccba addition * *---------------------------------------------------------------------*/ /*! * ccbaAddCcb() * * Input: ccba * ccb (to be added by insertion) * Return: 0 if OK; 1 on error */ l_int32 ccbaAddCcb(CCBORDA *ccba, CCBORD *ccb) { l_int32 n; PROCNAME("ccbaAddCcb"); if (!ccba) return ERROR_INT("ccba not defined", procName, 1); if (!ccb) return ERROR_INT("ccb not defined", procName, 1); n = ccbaGetCount(ccba); if (n >= ccba->nalloc) ccbaExtendArray(ccba); ccba->ccb[n] = ccb; ccba->n++; return 0; } /*! * ccbaExtendArray() * * Input: ccba * Return: 0 if OK; 1 on error */ static l_int32 ccbaExtendArray(CCBORDA *ccba) { PROCNAME("ccbaExtendArray"); if (!ccba) return ERROR_INT("ccba not defined", procName, 1); if ((ccba->ccb = (CCBORD **)reallocNew((void **)&ccba->ccb, sizeof(CCBORD *) * ccba->nalloc, 2 * sizeof(CCBORD *) * ccba->nalloc)) == NULL) return ERROR_INT("new ptr array not returned", procName, 1); ccba->nalloc = 2 * ccba->nalloc; return 0; } /*---------------------------------------------------------------------* * ccba accessors * *---------------------------------------------------------------------*/ /*! * ccbaGetCount() * * Input: ccba * Return: count, with 0 on error */ l_int32 ccbaGetCount(CCBORDA *ccba) { PROCNAME("ccbaGetCount"); if (!ccba) return ERROR_INT("ccba not defined", procName, 0); return ccba->n; } /*! * ccbaGetCcb() * * Input: ccba * Return: ccb, or null on error */ CCBORD * ccbaGetCcb(CCBORDA *ccba, l_int32 index) { CCBORD *ccb; PROCNAME("ccbaGetCcb"); if (!ccba) return (CCBORD *)ERROR_PTR("ccba not defined", procName, NULL); if (index < 0 || index >= ccba->n) return (CCBORD *)ERROR_PTR("index out of bounds", procName, NULL); ccb = ccba->ccb[index]; ccb->refcount++; return ccb; } /*---------------------------------------------------------------------* * Top-level border-finding routines * *---------------------------------------------------------------------*/ /*! * pixGetAllCCBorders() * * Input: pixs (1 bpp) * Return: ccborda, or null on error */ CCBORDA * pixGetAllCCBorders(PIX *pixs) { l_int32 n, i; BOX *box; BOXA *boxa; CCBORDA *ccba; CCBORD *ccb; PIX *pix; PIXA *pixa; PROCNAME("pixGetAllCCBorders"); if (!pixs) return (CCBORDA *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (CCBORDA *)ERROR_PTR("pixs not binary", procName, NULL); if ((boxa = pixConnComp(pixs, &pixa, 8)) == NULL) return (CCBORDA *)ERROR_PTR("boxa not made", procName, NULL); n = boxaGetCount(boxa); if ((ccba = ccbaCreate(pixs, n)) == NULL) return (CCBORDA *)ERROR_PTR("ccba not made", procName, NULL); for (i = 0; i < n; i++) { if ((pix = pixaGetPix(pixa, i, L_CLONE)) == NULL) return (CCBORDA *)ERROR_PTR("pix not found", procName, NULL); if ((box = pixaGetBox(pixa, i, L_CLONE)) == NULL) return (CCBORDA *)ERROR_PTR("box not found", procName, NULL); if ((ccb = pixGetCCBorders(pix, box)) == NULL) return (CCBORDA *)ERROR_PTR("ccb not made", procName, NULL); /* ptaWriteStream(stderr, ccb->local, 1); */ ccbaAddCcb(ccba, ccb); pixDestroy(&pix); boxDestroy(&box); } boxaDestroy(&boxa); pixaDestroy(&pixa); return ccba; } /*! * pixGetCCBorders() * * Input: pixs (1 bpp, one 8-connected component) * box (xul, yul, width, height) in global coords * Return: ccbord, or null on error * * Notes: * (1) We are finding the exterior and interior borders * of an 8-connected component. This should be used * on a pix that has exactly one 8-connected component. * (2) Typically, pixs is a c.c. in some larger pix. The * input box gives its location in global coordinates. * This box is saved, as well as the boxes for the * borders of any holes within the c.c., but the latter * are given in relative coords within the c.c. * (3) The calculations for the exterior border are done * on a pix with a 1-pixel * added border, but the saved pixel coordinates * are the correct (relative) ones for the input pix * (without a 1-pixel border) * (4) For the definition of the three tables -- xpostab[], ypostab[] * and qpostab[] -- see above where they are defined. */ CCBORD * pixGetCCBorders(PIX *pixs, BOX *box) { l_int32 allzero, i, x, xh, w, nh; l_int32 xs, ys; /* starting hole border pixel, relative in pixs */ l_uint32 val; BOX *boxt, *boxe; BOXA *boxa; CCBORD *ccb; PIX *pixh; /* for hole components */ PIX *pixt; PIXA *pixa; PROCNAME("pixGetCCBorders"); if (!pixs) return (CCBORD *)ERROR_PTR("pixs not defined", procName, NULL); if (!box) return (CCBORD *)ERROR_PTR("box not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (CCBORD *)ERROR_PTR("pixs not binary", procName, NULL); pixZero(pixs, &allzero); if (allzero) return (CCBORD *)ERROR_PTR("pixs all 0", procName, NULL); if ((ccb = ccbCreate(pixs)) == NULL) return (CCBORD *)ERROR_PTR("ccb not made", procName, NULL); /* Get the exterior border */ pixGetOuterBorder(ccb, pixs, box); /* Find the holes, if any */ if ((pixh = pixHolesByFilling(pixs, 4)) == NULL) return (CCBORD *)ERROR_PTR("pixh not made", procName, NULL); pixZero(pixh, &allzero); if (allzero) { /* no holes */ pixDestroy(&pixh); return ccb; } /* Get c.c. and locations of the holes */ if ((boxa = pixConnComp(pixh, &pixa, 4)) == NULL) return (CCBORD *)ERROR_PTR("boxa not made", procName, NULL); nh = boxaGetCount(boxa); /* fprintf(stderr, "%d holes\n", nh); */ /* For each hole, find an interior pixel within the hole, * then march to the right and stop at the first border * pixel. Save the bounding box of the border, which * is 1 pixel bigger on each side than the bounding box * of the hole itself. Note that we use a pix of the * c.c. of the hole itself to be sure that we start * with a pixel in the hole of the proper component. * If we did everything from the parent component, it is * possible to start in a different hole that is within * the b.b. of a larger hole. */ w = pixGetWidth(pixs); for (i = 0; i < nh; i++) { boxt = boxaGetBox(boxa, i, L_CLONE); pixt = pixaGetPix(pixa, i, L_CLONE); ys = boxt->y; /* there must be a hole pixel on this raster line */ for (x = 0; x < boxt->w; x++) { /* look for (fg) hole pixel */ pixGetPixel(pixt, x, 0, &val); if (val == 1) { xh = x; break; } } if (x == boxt->w) { L_WARNING("no hole pixel found!\n", procName); continue; } for (x = xh + boxt->x; x < w; x++) { /* look for (fg) border pixel */ pixGetPixel(pixs, x, ys, &val); if (val == 1) { xs = x; break; } } boxe = boxCreate(boxt->x - 1, boxt->y - 1, boxt->w + 2, boxt->h + 2); #if DEBUG_PRINT boxPrintStreamInfo(stderr, box); boxPrintStreamInfo(stderr, boxe); fprintf(stderr, "xs = %d, ys = %d\n", xs, ys); #endif /* DEBUG_PRINT */ pixGetHoleBorder(ccb, pixs, boxe, xs, ys); boxDestroy(&boxt); boxDestroy(&boxe); pixDestroy(&pixt); } boxaDestroy(&boxa); pixaDestroy(&pixa); pixDestroy(&pixh); return ccb; } /*! * pixGetOuterBordersPtaa() * * Input: pixs (1 bpp) * Return: ptaa (of outer borders, in global coords), or null on error */ PTAA * pixGetOuterBordersPtaa(PIX *pixs) { l_int32 i, n; BOX *box; BOXA *boxa; PIX *pix; PIXA *pixa; PTA *pta; PTAA *ptaa; PROCNAME("pixGetOuterBordersPtaa"); if (!pixs) return (PTAA *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PTAA *)ERROR_PTR("pixs not binary", procName, NULL); boxa = pixConnComp(pixs, &pixa, 8); n = boxaGetCount(boxa); if (n == 0) { boxaDestroy(&boxa); pixaDestroy(&pixa); return (PTAA *)ERROR_PTR("pixs empty", procName, NULL); } ptaa = ptaaCreate(n); for (i = 0; i < n; i++) { box = boxaGetBox(boxa, i, L_CLONE); pix = pixaGetPix(pixa, i, L_CLONE); pta = pixGetOuterBorderPta(pix, box); if (pta) ptaaAddPta(ptaa, pta, L_INSERT); boxDestroy(&box); pixDestroy(&pix); } pixaDestroy(&pixa); boxaDestroy(&boxa); return ptaa; } /*! * pixGetOuterBorderPta() * * Input: pixs (1 bpp, one 8-connected component) * box ( of pixs, in global coordinates) * Return: pta (of outer border, in global coords), or null on error * * Notes: * (1) We are finding the exterior border of a single 8-connected * component. * (2) If box is NULL, the outline returned is in the local coords * of the input pix. Otherwise, box is assumed to give the * location of the pix in global coordinates, and the returned * pta will be in those global coordinates. */ PTA * pixGetOuterBorderPta(PIX *pixs, BOX *box) { l_int32 allzero, x, y; BOX *boxt; CCBORD *ccb; PTA *ptaloc, *ptad; PROCNAME("pixGetOuterBorderPta"); if (!pixs) return (PTA *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PTA *)ERROR_PTR("pixs not binary", procName, NULL); pixZero(pixs, &allzero); if (allzero) return (PTA *)ERROR_PTR("pixs all 0", procName, NULL); if ((ccb = ccbCreate(pixs)) == NULL) return (PTA *)ERROR_PTR("ccb not made", procName, NULL); if (!box) boxt = boxCreate(0, 0, pixGetWidth(pixs), pixGetHeight(pixs)); else boxt = boxClone(box); /* Get the exterior border in local coords */ pixGetOuterBorder(ccb, pixs, boxt); if ((ptaloc = ptaaGetPta(ccb->local, 0, L_CLONE)) == NULL) { ccbDestroy(&ccb); boxDestroy(&boxt); return (PTA *)ERROR_PTR("ptaloc not made", procName, NULL); } /* Transform to global coordinates, if they are given */ if (box) { boxGetGeometry(box, &x, &y, NULL, NULL); ptad = ptaTransform(ptaloc, x, y, 1.0, 1.0); } else { ptad = ptaClone(ptaloc); } ptaDestroy(&ptaloc); boxDestroy(&boxt); ccbDestroy(&ccb); return ptad; } /*---------------------------------------------------------------------* * Lower-level border-finding routines * *---------------------------------------------------------------------*/ /*! * pixGetOuterBorder() * * Input: ccb (unfilled) * pixs (for the component at hand) * box (for the component, in global coords) * Return: 0 if OK, 1 on error * * Notes: * (1) the border is saved in relative coordinates within * the c.c. (pixs). Because the calculation is done * in pixb with added 1 pixel border, we must subtract * 1 from each pixel value before storing it. * (2) the stopping condition is that after the first pixel is * returned to, the next pixel is the second pixel. Having * these 2 pixels recur in sequence proves the path is closed, * and we do not store the second pixel again. */ l_int32 pixGetOuterBorder(CCBORD *ccb, PIX *pixs, BOX *box) { l_int32 fpx, fpy, spx, spy, qpos; l_int32 px, py, npx, npy; l_int32 w, h, wpl; l_uint32 *data; PTA *pta; PIX *pixb; /* with 1 pixel border */ PROCNAME("pixGetOuterBorder"); if (!ccb) return ERROR_INT("ccb not defined", procName, 1); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!box) return ERROR_INT("box not defined", procName, 1); /* Add 1-pixel border all around, and find start pixel */ if ((pixb = pixAddBorder(pixs, 1, 0)) == NULL) return ERROR_INT("pixs not made", procName, 1); if (!nextOnPixelInRaster(pixb, 1, 1, &px, &py)) return ERROR_INT("no start pixel found", procName, 1); qpos = 0; /* relative to p */ fpx = px; /* save location of first pixel on border */ fpy = py; /* Save box and start pixel in relative coords */ boxaAddBox(ccb->boxa, box, L_COPY); ptaAddPt(ccb->start, px - 1, py - 1); if ((pta = ptaCreate(0)) == NULL) return ERROR_INT("pta not made", procName, 1); ptaaAddPta(ccb->local, pta, L_INSERT); ptaAddPt(pta, px - 1, py - 1); /* initial point */ w = pixGetWidth(pixb); h = pixGetHeight(pixb); data = pixGetData(pixb); wpl = pixGetWpl(pixb); /* Get the second point; if there is none, return */ if (findNextBorderPixel(w, h, data, wpl, px, py, &qpos, &npx, &npy)) { pixDestroy(&pixb); return 0; } spx = npx; /* save location of second pixel on border */ spy = npy; ptaAddPt(pta, npx - 1, npy - 1); /* second point */ px = npx; py = npy; while (1) { findNextBorderPixel(w, h, data, wpl, px, py, &qpos, &npx, &npy); if (px == fpx && py == fpy && npx == spx && npy == spy) break; ptaAddPt(pta, npx - 1, npy - 1); px = npx; py = npy; } pixDestroy(&pixb); return 0; } /*! * pixGetHoleBorder() * * Input: ccb (the exterior border is already made) * pixs (for the connected component at hand) * box (for the specific hole border, in relative * coordinates to the c.c.) * xs, ys (first pixel on hole border, relative to c.c.) * Return: 0 if OK, 1 on error * * Notes: * (1) we trace out hole border on pixs without addition * of single pixel added border to pixs * (2) therefore all coordinates are relative within the c.c. (pixs) * (3) same position tables and stopping condition as for * exterior borders */ l_int32 pixGetHoleBorder(CCBORD *ccb, PIX *pixs, BOX *box, l_int32 xs, l_int32 ys) { l_int32 fpx, fpy, spx, spy, qpos; l_int32 px, py, npx, npy; l_int32 w, h, wpl; l_uint32 *data; PTA *pta; PROCNAME("pixGetHoleBorder"); if (!ccb) return ERROR_INT("ccb not defined", procName, 1); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!box) return ERROR_INT("box not defined", procName, 1); /* Add border and find start pixel */ qpos = 0; /* orientation of Q relative to P */ fpx = xs; /* save location of first pixel on border */ fpy = ys; /* Save box and start pixel */ boxaAddBox(ccb->boxa, box, L_COPY); ptaAddPt(ccb->start, xs, ys); if ((pta = ptaCreate(0)) == NULL) return ERROR_INT("pta not made", procName, 1); ptaaAddPta(ccb->local, pta, L_INSERT); ptaAddPt(pta, xs, ys); /* initial pixel */ w = pixGetWidth(pixs); h = pixGetHeight(pixs); data = pixGetData(pixs); wpl = pixGetWpl(pixs); /* Get the second point; there should always be at least 4 pts * in a minimal hole border! */ if (findNextBorderPixel(w, h, data, wpl, xs, ys, &qpos, &npx, &npy)) return ERROR_INT("isolated hole border point!", procName, 1); spx = npx; /* save location of second pixel on border */ spy = npy; ptaAddPt(pta, npx, npy); /* second pixel */ px = npx; py = npy; while (1) { findNextBorderPixel(w, h, data, wpl, px, py, &qpos, &npx, &npy); if (px == fpx && py == fpy && npx == spx && npy == spy) break; ptaAddPt(pta, npx, npy); px = npx; py = npy; } return 0; } /*! * findNextBorderPixel() * * Input: w, h, data, wpl * (px, py), (current P) * &qpos (input current Q; new Q) * (&npx, &npy) ( new P) * Return: 0 if next pixel found; 1 otherwise * * Notes: * (1) qpos increases clockwise from 0 to 7, with 0 at * location with Q to left of P: Q P * (2) this is a low-level function that does not check input * parameters. All calling functions should check them. */ l_int32 findNextBorderPixel(l_int32 w, l_int32 h, l_uint32 *data, l_int32 wpl, l_int32 px, l_int32 py, l_int32 *pqpos, l_int32 *pnpx, l_int32 *pnpy) { l_int32 qpos, i, pos, npx, npy, val; l_uint32 *line; qpos = *pqpos; for (i = 1; i < 8; i++) { pos = (qpos + i) % 8; npx = px + xpostab[pos]; npy = py + ypostab[pos]; line = data + npy * wpl; val = GET_DATA_BIT(line, npx); if (val) { *pnpx = npx; *pnpy = npy; *pqpos = qpostab[pos]; return 0; } } return 1; } /*! * locateOutsideSeedPixel() * * Input: fpx, fpy (location of first pixel) * spx, spy (location of second pixel) * &xs, &xy (seed pixel to be returned) * * Notes: * (1) the first and second pixels must be 8-adjacent, * so |dx| <= 1 and |dy| <= 1 and both dx and dy * cannot be 0. There are 8 possible cases. * (2) the seed pixel is OUTSIDE the foreground of the c.c. * (3) these rules are for the situation where the INSIDE * of the c.c. is on the right as you follow the border: * cw for an exterior border and ccw for a hole border. */ void locateOutsideSeedPixel(l_int32 fpx, l_int32 fpy, l_int32 spx, l_int32 spy, l_int32 *pxs, l_int32 *pys) { l_int32 dx, dy; dx = spx - fpx; dy = spy - fpy; if (dx * dy == 1) { *pxs = fpx + dx; *pys = fpy; } else if (dx * dy == -1) { *pxs = fpx; *pys = fpy + dy; } else if (dx == 0) { *pxs = fpx + dy; *pys = fpy + dy; } else /* dy == 0 */ { *pxs = fpx + dx; *pys = fpy - dx; } return; } /*---------------------------------------------------------------------* * Border conversions * *---------------------------------------------------------------------*/ /*! * ccbaGenerateGlobalLocs() * * Input: ccba (with local chain ptaa of borders computed) * Return: 0 if OK, 1 on error * * Action: this uses the pixel locs in the local ptaa, which are all * relative to each c.c., to find the global pixel locations, * and stores them in the global ptaa. */ l_int32 ccbaGenerateGlobalLocs(CCBORDA *ccba) { l_int32 ncc, nb, n, i, j, k, xul, yul, x, y; CCBORD *ccb; PTAA *ptaal, *ptaag; PTA *ptal, *ptag; PROCNAME("ccbaGenerateGlobalLocs"); if (!ccba) return ERROR_INT("ccba not defined", procName, 1); ncc = ccbaGetCount(ccba); /* number of c.c. */ for (i = 0; i < ncc; i++) { ccb = ccbaGetCcb(ccba, i); /* Get the UL corner in global coords, (xul, yul), of the c.c. */ boxaGetBoxGeometry(ccb->boxa, 0, &xul, &yul, NULL, NULL); /* Make a new global ptaa, removing any old one */ ptaal = ccb->local; nb = ptaaGetCount(ptaal); /* number of borders */ if (ccb->global) /* remove old one */ ptaaDestroy(&ccb->global); if ((ptaag = ptaaCreate(nb)) == NULL) return ERROR_INT("ptaag not made", procName, 1); ccb->global = ptaag; /* save new one */ /* Iterate through the borders for this c.c. */ for (j = 0; j < nb; j++) { ptal = ptaaGetPta(ptaal, j, L_CLONE); n = ptaGetCount(ptal); /* number of pixels in border */ if ((ptag = ptaCreate(n)) == NULL) return ERROR_INT("ptag not made", procName, 1); ptaaAddPta(ptaag, ptag, L_INSERT); for (k = 0; k < n; k++) { ptaGetIPt(ptal, k, &x, &y); ptaAddPt(ptag, x + xul, y + yul); } ptaDestroy(&ptal); } ccbDestroy(&ccb); } return 0; } /*! * ccbaGenerateStepChains() * * Input: ccba (with local chain ptaa of borders computed) * Return: 0 if OK, 1 on error * * Notes: * (1) This uses the pixel locs in the local ptaa, * which are all relative to each c.c., to find * the step directions for successive pixels in * the chain, and stores them in the step numaa. * (2) To get the step direction, use * 1 2 3 * 0 P 4 * 7 6 5 * where P is the previous pixel at (px, py). The step direction * is the number (from 0 through 7) for each relative location * of the current pixel at (cx, cy). It is easily found by * indexing into a 2-d 3x3 array (dirtab). */ l_int32 ccbaGenerateStepChains(CCBORDA *ccba) { l_int32 ncc, nb, n, i, j, k; l_int32 px, py, cx, cy, stepdir; l_int32 dirtab[][3] = {{1, 2, 3}, {0, -1, 4}, {7, 6, 5}}; CCBORD *ccb; NUMA *na; NUMAA *naa; /* step chain code; to be made */ PTA *ptal; PTAA *ptaal; /* local chain code */ PROCNAME("ccbaGenerateStepChains"); if (!ccba) return ERROR_INT("ccba not defined", procName, 1); ncc = ccbaGetCount(ccba); /* number of c.c. */ for (i = 0; i < ncc; i++) { ccb = ccbaGetCcb(ccba, i); /* Make a new step numaa, removing any old one */ ptaal = ccb->local; nb = ptaaGetCount(ptaal); /* number of borders */ if (ccb->step) /* remove old one */ numaaDestroy(&ccb->step); if ((naa = numaaCreate(nb)) == NULL) return ERROR_INT("naa not made", procName, 1); ccb->step = naa; /* save new one */ /* Iterate through the borders for this c.c. */ for (j = 0; j < nb; j++) { ptal = ptaaGetPta(ptaal, j, L_CLONE); n = ptaGetCount(ptal); /* number of pixels in border */ if (n == 1) { /* isolated pixel */ na = numaCreate(1); /* but leave it empty */ } else { /* trace out the boundary */ if ((na = numaCreate(n)) == NULL) return ERROR_INT("na not made", procName, 1); ptaGetIPt(ptal, 0, &px, &py); for (k = 1; k < n; k++) { ptaGetIPt(ptal, k, &cx, &cy); stepdir = dirtab[1 + cy - py][1 + cx - px]; numaAddNumber(na, stepdir); px = cx; py = cy; } } numaaAddNuma(naa, na, L_INSERT); ptaDestroy(&ptal); } ccbDestroy(&ccb); /* just decrement refcount */ } return 0; } /*! * ccbaStepChainsToPixCoords() * * Input: ccba (with step chains numaa of borders) * coordtype (CCB_GLOBAL_COORDS or CCB_LOCAL_COORDS) * Return: 0 if OK, 1 on error * * Notes: * (1) This uses the step chain data in each ccb to determine * the pixel locations, either global or local, * and stores them in the appropriate ptaa, * either global or local. For the latter, the * pixel locations are relative to the c.c. */ l_int32 ccbaStepChainsToPixCoords(CCBORDA *ccba, l_int32 coordtype) { l_int32 ncc, nb, n, i, j, k; l_int32 xul, yul, xstart, ystart, x, y, stepdir; BOXA *boxa; CCBORD *ccb; NUMA *na; NUMAA *naa; PTAA *ptaan; /* new pix coord ptaa */ PTA *ptas, *ptan; PROCNAME("ccbaStepChainsToPixCoords"); if (!ccba) return ERROR_INT("ccba not defined", procName, 1); if (coordtype != CCB_GLOBAL_COORDS && coordtype != CCB_LOCAL_COORDS) return ERROR_INT("coordtype not valid", procName, 1); ncc = ccbaGetCount(ccba); /* number of c.c. */ for (i = 0; i < ncc; i++) { ccb = ccbaGetCcb(ccba, i); if ((naa = ccb->step) == NULL) return ERROR_INT("step numaa not found", procName, 1); if ((boxa = ccb->boxa) == NULL) return ERROR_INT("boxa not found", procName, 1); if ((ptas = ccb->start) == NULL) return ERROR_INT("start pta not found", procName, 1); /* For global coords, get the (xul, yul) of the c.c.; * otherwise, use relative coords. */ if (coordtype == CCB_LOCAL_COORDS) { xul = 0; yul = 0; } else { /* coordtype == CCB_GLOBAL_COORDS */ /* Get UL corner in global coords */ if (boxaGetBoxGeometry(boxa, 0, &xul, &yul, NULL, NULL)) return ERROR_INT("bounding rectangle not found", procName, 1); } /* Make a new ptaa, removing any old one */ nb = numaaGetCount(naa); /* number of borders */ if ((ptaan = ptaaCreate(nb)) == NULL) return ERROR_INT("ptaan not made", procName, 1); if (coordtype == CCB_LOCAL_COORDS) { if (ccb->local) /* remove old one */ ptaaDestroy(&ccb->local); ccb->local = ptaan; /* save new local chain */ } else { /* coordtype == CCB_GLOBAL_COORDS */ if (ccb->global) /* remove old one */ ptaaDestroy(&ccb->global); ccb->global = ptaan; /* save new global chain */ } /* Iterate through the borders for this c.c. */ for (j = 0; j < nb; j++) { na = numaaGetNuma(naa, j, L_CLONE); n = numaGetCount(na); /* number of steps in border */ if ((ptan = ptaCreate(n + 1)) == NULL) return ERROR_INT("ptan not made", procName, 1); ptaaAddPta(ptaan, ptan, L_INSERT); ptaGetIPt(ptas, j, &xstart, &ystart); x = xul + xstart; y = yul + ystart; ptaAddPt(ptan, x, y); for (k = 0; k < n; k++) { numaGetIValue(na, k, &stepdir); x += xpostab[stepdir]; y += ypostab[stepdir]; ptaAddPt(ptan, x, y); } numaDestroy(&na); } ccbDestroy(&ccb); } return 0; } /*! * ccbaGenerateSPGlobalLocs() * * Input: ccba * ptsflag (CCB_SAVE_ALL_PTS or CCB_SAVE_TURNING_PTS) * Return: 0 if OK, 1 on error * * Notes: * (1) This calculates the splocal rep if not yet made. * (2) It uses the local pixel values in splocal, the single * path pta, which are all relative to each c.c., to find * the corresponding global pixel locations, and stores * them in the spglobal pta. * (3) This lists only the turning points: it both makes a * valid svg file and is typically about half the size * when all border points are listed. */ l_int32 ccbaGenerateSPGlobalLocs(CCBORDA *ccba, l_int32 ptsflag) { l_int32 ncc, npt, i, j, xul, yul, x, y, delx, dely; l_int32 xp, yp, delxp, delyp; /* prev point and increments */ CCBORD *ccb; PTA *ptal, *ptag; PROCNAME("ccbaGenerateSPGlobalLocs"); if (!ccba) return ERROR_INT("ccba not defined", procName, 1); /* Make sure we have a local single path representation */ if ((ccb = ccbaGetCcb(ccba, 0)) == NULL) return ERROR_INT("no ccb", procName, 1); if (!ccb->splocal) ccbaGenerateSinglePath(ccba); ccbDestroy(&ccb); /* clone ref */ ncc = ccbaGetCount(ccba); /* number of c.c. */ for (i = 0; i < ncc; i++) { ccb = ccbaGetCcb(ccba, i); /* Get the UL corner in global coords, (xul, yul), of the c.c. */ if (boxaGetBoxGeometry(ccb->boxa, 0, &xul, &yul, NULL, NULL)) return ERROR_INT("bounding rectangle not found", procName, 1); /* Make a new spglobal pta, removing any old one */ ptal = ccb->splocal; npt = ptaGetCount(ptal); /* number of points */ if (ccb->spglobal) /* remove old one */ ptaDestroy(&ccb->spglobal); if ((ptag = ptaCreate(npt)) == NULL) return ERROR_INT("ptag not made", procName, 1); ccb->spglobal = ptag; /* save new one */ /* Convert local to global */ if (ptsflag == CCB_SAVE_ALL_PTS) { for (j = 0; j < npt; j++) { ptaGetIPt(ptal, j, &x, &y); ptaAddPt(ptag, x + xul, y + yul); } } else { /* ptsflag = CCB_SAVE_TURNING_PTS */ ptaGetIPt(ptal, 0, &xp, &yp); /* get the 1st pt */ ptaAddPt(ptag, xp + xul, yp + yul); /* save the 1st pt */ if (npt == 2) { /* get and save the 2nd pt */ ptaGetIPt(ptal, 1, &x, &y); ptaAddPt(ptag, x + xul, y + yul); } else if (npt > 2) { ptaGetIPt(ptal, 1, &x, &y); delxp = x - xp; delyp = y - yp; xp = x; yp = y; for (j = 2; j < npt; j++) { ptaGetIPt(ptal, j, &x, &y); delx = x - xp; dely = y - yp; if (delx != delxp || dely != delyp) ptaAddPt(ptag, xp + xul, yp + yul); xp = x; yp = y; delxp = delx; delyp = dely; } ptaAddPt(ptag, xp + xul, yp + yul); } } ccbDestroy(&ccb); /* clone ref */ } return 0; } /*---------------------------------------------------------------------* * Conversion to single path * *---------------------------------------------------------------------*/ /*! * ccbaGenerateSinglePath() * * Input: ccba * Return: 0 if OK, 1 on error * * Notes: * (1) Generates a single border in local pixel coordinates. * For each c.c., if there is just an outer border, copy it. * If there are also hole borders, for each hole border, * determine the smallest horizontal or vertical * distance from the border to the outside of the c.c., * and find a path through the c.c. for this cut. * We do this in a way that guarantees a pixel from the * hole border is the starting point of the path, and * we must verify that the path intersects the outer * border (if it intersects it, then it ends on it). * One can imagine pathological cases, but they may not * occur in images of text characters and un-textured * line graphics. * (2) Once it is verified that the path through the c.c. * intersects both the hole and outer borders, we * generate the full single path for all borders in the * c.c. Starting at the start point on the outer * border, when we hit a line on a cut, we take * the cut, do the hold border, and return on the cut * to the outer border. We compose a pta of the * outer border pts that are on cut paths, and for * every point on the outer border (as we go around), * we check against this pta. When we find a matching * point in the pta, we do its cut path and hole border. * The single path is saved in the ccb. */ l_int32 ccbaGenerateSinglePath(CCBORDA *ccba) { l_int32 i, j, k, ncc, nb, ncut, npt, dir, len, state, lostholes; l_int32 x, y, xl, yl, xf, yf; BOX *boxinner; BOXA *boxa; CCBORD *ccb; PTA *pta, *ptac, *ptah; PTA *ptahc; /* cyclic permutation of hole border, with end pts at cut */ PTA *ptas; /* output result: new single path for c.c. */ PTA *ptaf; /* points on the hole borders that intersect with cuts */ PTA *ptal; /* points on outer border that intersect with cuts */ PTA *ptap, *ptarp; /* path and reverse path between borders */ PTAA *ptaa; PTAA *ptaap; /* ptaa for all paths between borders */ PROCNAME("ccbaGenerateSinglePath"); if (!ccba) return ERROR_INT("ccba not defined", procName, 1); ncc = ccbaGetCount(ccba); /* number of c.c. */ lostholes = 0; for (i = 0; i < ncc; i++) { ccb = ccbaGetCcb(ccba, i); if ((ptaa = ccb->local) == NULL) { L_WARNING("local pixel loc array not found\n", procName); continue; } nb = ptaaGetCount(ptaa); /* number of borders in the c.c. */ /* Prepare the output pta */ if (ccb->splocal) ptaDestroy(&ccb->splocal); if ((ptas = ptaCreate(0)) == NULL) return ERROR_INT("ptas not made", procName, 1); ccb->splocal = ptas; /* If no holes, just concat the outer border */ pta = ptaaGetPta(ptaa, 0, L_CLONE); if (nb == 1 || nb > NMAX_HOLES + 1) { ptaJoin(ptas, pta, 0, -1); ptaDestroy(&pta); /* remove clone */ ccbDestroy(&ccb); /* remove clone */ continue; } /* Find the (nb - 1) cut paths that connect holes * with outer border */ boxa = ccb->boxa; if ((ptaap = ptaaCreate(nb - 1)) == NULL) return ERROR_INT("ptaap not made", procName, 1); if ((ptaf = ptaCreate(nb - 1)) == NULL) return ERROR_INT("ptaf not made", procName, 1); if ((ptal = ptaCreate(nb - 1)) == NULL) return ERROR_INT("ptal not made", procName, 1); for (j = 1; j < nb; j++) { boxinner = boxaGetBox(boxa, j, L_CLONE); /* Find a short path and store it */ ptac = getCutPathForHole(ccb->pix, pta, boxinner, &dir, &len); if (len == 0) { /* bad: we lose the hole! */ lostholes++; /* boxPrintStreamInfo(stderr, boxa->box[0]); */ } ptaaAddPta(ptaap, ptac, L_INSERT); /* fprintf(stderr, "dir = %d, length = %d\n", dir, len); */ /* ptaWriteStream(stderr, ptac, 1); */ /* Store the first and last points in the cut path, * which must be on a hole border and the outer * border, respectively */ ncut = ptaGetCount(ptac); if (ncut == 0) { /* missed hole; neg coords won't match */ ptaAddPt(ptaf, -1, -1); ptaAddPt(ptal, -1, -1); } else { ptaGetIPt(ptac, 0, &x, &y); ptaAddPt(ptaf, x, y); ptaGetIPt(ptac, ncut - 1, &x, &y); ptaAddPt(ptal, x, y); } boxDestroy(&boxinner); } /* Make a single path for the c.c. using these connections */ npt = ptaGetCount(pta); /* outer border pts */ for (k = 0; k < npt; k++) { ptaGetIPt(pta, k, &x, &y); if (k == 0) { /* if there is a cut at the first point, * we can wait until the end to take it */ ptaAddPt(ptas, x, y); continue; } state = L_NOT_FOUND; for (j = 0; j < nb - 1; j++) { /* iterate over cut end pts */ ptaGetIPt(ptal, j, &xl, &yl); /* cut point on outer border */ if (x == xl && y == yl) { /* take this cut to the hole */ state = L_FOUND; ptap = ptaaGetPta(ptaap, j, L_CLONE); if ((ptarp = ptaReverse(ptap, 1)) == NULL) return ERROR_INT("ptarp not made", procName, 1); /* Cut point on hole border: */ ptaGetIPt(ptaf, j, &xf, &yf); /* Hole border: */ ptah = ptaaGetPta(ptaa, j + 1, L_CLONE); ptahc = ptaCyclicPerm(ptah, xf, yf); /* ptaWriteStream(stderr, ptahc, 1); */ ptaJoin(ptas, ptarp, 0, -1); ptaJoin(ptas, ptahc, 0, -1); ptaJoin(ptas, ptap, 0, -1); ptaDestroy(&ptap); ptaDestroy(&ptarp); ptaDestroy(&ptah); ptaDestroy(&ptahc); break; } } if (state == L_NOT_FOUND) ptaAddPt(ptas, x, y); } /* ptaWriteStream(stderr, ptas, 1); */ ptaaDestroy(&ptaap); ptaDestroy(&ptaf); ptaDestroy(&ptal); ptaDestroy(&pta); /* remove clone */ ccbDestroy(&ccb); /* remove clone */ } if (lostholes > 0) L_WARNING("***** %d lost holes *****\n", procName, lostholes); return 0; } /*! * getCutPathForHole() * * Input: pix (of c.c.) * pta (of outer border) * boxinner (b.b. of hole path) * &dir (direction (0-3), returned; only needed for debug) * &len (length of path, returned) * Return: pta of pts on cut path from the hole border * to the outer border, including end points on * both borders; or null on error * * Notes: * (1) If we don't find a path, we return a pta with no pts * in it and len = 0. * (2) The goal is to get a reasonably short path between the * inner and outer borders, that goes entirely within the fg of * the pix. This function is cheap-and-dirty, may fail for some * holes in complex topologies such as those you might find in a * moderately dark scanned halftone. If it fails to find a * path to any particular hole, it gives a warning, and because * that hole path is not included, the hole will not be rendered. */ PTA * getCutPathForHole(PIX *pix, PTA *pta, BOX *boxinner, l_int32 *pdir, l_int32 *plen) { l_int32 w, h, nc, x, y, xl, yl, xmid, ymid; l_uint32 val; PTA *ptac; PROCNAME("getCutPathForHole"); if (!pix) return (PTA *)ERROR_PTR("pix not defined", procName, NULL); if (!pta) return (PTA *)ERROR_PTR("pta not defined", procName, NULL); if (!boxinner) return (PTA *)ERROR_PTR("boxinner not defined", procName, NULL); w = pixGetWidth(pix); h = pixGetHeight(pix); if ((ptac = ptaCreate(4)) == NULL) return (PTA *)ERROR_PTR("ptac not made", procName, NULL); xmid = boxinner->x + boxinner->w / 2; ymid = boxinner->y + boxinner->h / 2; /* try top first */ for (y = ymid; y >= 0; y--) { pixGetPixel(pix, xmid, y, &val); if (val == 1) { ptaAddPt(ptac, xmid, y); break; } } for (y = y - 1; y >= 0; y--) { pixGetPixel(pix, xmid, y, &val); if (val == 1) ptaAddPt(ptac, xmid, y); else break; } nc = ptaGetCount(ptac); ptaGetIPt(ptac, nc - 1, &xl, &yl); if (ptaContainsPt(pta, xl, yl)) { *pdir = 1; *plen = nc; return ptac; } /* Next try bottom */ ptaEmpty(ptac); for (y = ymid; y < h; y++) { pixGetPixel(pix, xmid, y, &val); if (val == 1) { ptaAddPt(ptac, xmid, y); break; } } for (y = y + 1; y < h; y++) { pixGetPixel(pix, xmid, y, &val); if (val == 1) ptaAddPt(ptac, xmid, y); else break; } nc = ptaGetCount(ptac); ptaGetIPt(ptac, nc - 1, &xl, &yl); if (ptaContainsPt(pta, xl, yl)) { *pdir = 3; *plen = nc; return ptac; } /* Next try left */ ptaEmpty(ptac); for (x = xmid; x >= 0; x--) { pixGetPixel(pix, x, ymid, &val); if (val == 1) { ptaAddPt(ptac, x, ymid); break; } } for (x = x - 1; x >= 0; x--) { pixGetPixel(pix, x, ymid, &val); if (val == 1) ptaAddPt(ptac, x, ymid); else break; } nc = ptaGetCount(ptac); ptaGetIPt(ptac, nc - 1, &xl, &yl); if (ptaContainsPt(pta, xl, yl)) { *pdir = 0; *plen = nc; return ptac; } /* Finally try right */ ptaEmpty(ptac); for (x = xmid; x < w; x++) { pixGetPixel(pix, x, ymid, &val); if (val == 1) { ptaAddPt(ptac, x, ymid); break; } } for (x = x + 1; x < w; x++) { pixGetPixel(pix, x, ymid, &val); if (val == 1) ptaAddPt(ptac, x, ymid); else break; } nc = ptaGetCount(ptac); ptaGetIPt(ptac, nc - 1, &xl, &yl); if (ptaContainsPt(pta, xl, yl)) { *pdir = 2; *plen = nc; return ptac; } /* If we get here, we've failed! */ ptaEmpty(ptac); L_WARNING("no path found\n", procName); *plen = 0; return ptac; } /*---------------------------------------------------------------------* * Border rendering * *---------------------------------------------------------------------*/ /*! * ccbaDisplayBorder() * * Input: ccba * Return: pix of border pixels, or null on error * * Notes: * (1) Uses global ptaa, which gives each border pixel in * global coordinates, and must be computed in advance * by calling ccbaGenerateGlobalLocs(). */ PIX * ccbaDisplayBorder(CCBORDA *ccba) { l_int32 ncc, nb, n, i, j, k, x, y; CCBORD *ccb; PIX *pixd; PTAA *ptaa; PTA *pta; PROCNAME("ccbaDisplayBorder"); if (!ccba) return (PIX *)ERROR_PTR("ccba not defined", procName, NULL); if ((pixd = pixCreate(ccba->w, ccba->h, 1)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); ncc = ccbaGetCount(ccba); /* number of c.c. */ for (i = 0; i < ncc; i++) { ccb = ccbaGetCcb(ccba, i); if ((ptaa = ccb->global) == NULL) { L_WARNING("global pixel loc array not found", procName); continue; } nb = ptaaGetCount(ptaa); /* number of borders in the c.c. */ for (j = 0; j < nb; j++) { pta = ptaaGetPta(ptaa, j, L_CLONE); n = ptaGetCount(pta); /* number of pixels in the border */ for (k = 0; k < n; k++) { ptaGetIPt(pta, k, &x, &y); pixSetPixel(pixd, x, y, 1); } ptaDestroy(&pta); } ccbDestroy(&ccb); } return pixd; } /*! * ccbaDisplaySPBorder() * * Input: ccba * Return: pix of border pixels, or null on error * * Notes: * (1) Uses spglobal pta, which gives each border pixel in * global coordinates, one path per c.c., and must * be computed in advance by calling ccbaGenerateSPGlobalLocs(). */ PIX * ccbaDisplaySPBorder(CCBORDA *ccba) { l_int32 ncc, npt, i, j, x, y; CCBORD *ccb; PIX *pixd; PTA *ptag; PROCNAME("ccbaDisplaySPBorder"); if (!ccba) return (PIX *)ERROR_PTR("ccba not defined", procName, NULL); if ((pixd = pixCreate(ccba->w, ccba->h, 1)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); ncc = ccbaGetCount(ccba); /* number of c.c. */ for (i = 0; i < ncc; i++) { ccb = ccbaGetCcb(ccba, i); if ((ptag = ccb->spglobal) == NULL) { L_WARNING("spglobal pixel loc array not found\n", procName); continue; } npt = ptaGetCount(ptag); /* number of pixels on path */ for (j = 0; j < npt; j++) { ptaGetIPt(ptag, j, &x, &y); pixSetPixel(pixd, x, y, 1); } ccbDestroy(&ccb); /* clone ref */ } return pixd; } /*! * ccbaDisplayImage1() * * Input: ccborda * Return: pix of image, or null on error * * Notes: * (1) Uses local ptaa, which gives each border pixel in * local coordinates, so the actual pixel positions must * be computed using all offsets. * (2) For the holes, use coordinates relative to the c.c. * (3) This is slower than Method 2. * (4) This uses topological properties (Method 1) to do scan * conversion to raster * * This algorithm deserves some commentary. * * I first tried the following: * - outer borders: 4-fill from outside, stopping at the * border, using pixFillClosedBorders() * - inner borders: 4-fill from outside, stopping again * at the border, XOR with the border, and invert * to get the hole. This did not work, because if * you have a hole border that looks like: * * x x x x x x * x x * x x x x x * x x o x x * x x * x x * x x x * * if you 4-fill from the outside, the pixel 'o' will * not be filled! XORing with the border leaves it OFF. * Inverting then gives a single bad ON pixel that is not * actually part of the hole. * * So what you must do instead is 4-fill the holes from inside. * You can do this from a seedfill, using a pix with the hole * border as the filling mask. But you need to start with a * pixel inside the hole. How is this determined? The best * way is from the contour. We have a right-hand shoulder * rule for inside (i.e., the filled region). Take the * first 2 pixels of the hole border, and compute dx and dy * (second coord minus first coord: dx = sx - fx, dy = sy - fy). * There are 8 possibilities, depending on the values of dx and * dy (which can each be -1, 0, and +1, but not both 0). * These 8 cases can be broken into 4; see the simple algorithm below. * Once you have an interior seed pixel, you fill from the seed, * clipping with the hole border pix by filling into its invert. * * You then successively XOR these interior filled components, in any order. */ PIX * ccbaDisplayImage1(CCBORDA *ccba) { l_int32 ncc, i, nb, n, j, k, x, y, xul, yul, xoff, yoff, w, h; l_int32 fpx, fpy, spx, spy, xs, ys; BOX *box; BOXA *boxa; CCBORD *ccb; PIX *pixd, *pixt, *pixh; PTAA *ptaa; PTA *pta; PROCNAME("ccbaDisplayImage1"); if (!ccba) return (PIX *)ERROR_PTR("ccba not defined", procName, NULL); if ((pixd = pixCreate(ccba->w, ccba->h, 1)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); ncc = ccbaGetCount(ccba); for (i = 0; i < ncc; i++) { ccb = ccbaGetCcb(ccba, i); if ((boxa = ccb->boxa) == NULL) return (PIX *)ERROR_PTR("boxa not found", procName, NULL); /* Render border in pixt */ if ((ptaa = ccb->local) == NULL) { L_WARNING("local chain array not found\n", procName); continue; } nb = ptaaGetCount(ptaa); /* number of borders in the c.c. */ for (j = 0; j < nb; j++) { if ((box = boxaGetBox(boxa, j, L_CLONE)) == NULL) return (PIX *)ERROR_PTR("b. box not found", procName, NULL); if (j == 0) { boxGetGeometry(box, &xul, &yul, &w, &h); xoff = yoff = 0; } else { boxGetGeometry(box, &xoff, &yoff, &w, &h); } boxDestroy(&box); /* Render the border in a minimum-sized pix; * subtract xoff and yoff because the pixel * location is stored relative to the c.c., but * we need it relative to just the hole border. */ if ((pixt = pixCreate(w, h, 1)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); pta = ptaaGetPta(ptaa, j, L_CLONE); n = ptaGetCount(pta); /* number of pixels in the border */ for (k = 0; k < n; k++) { ptaGetIPt(pta, k, &x, &y); pixSetPixel(pixt, x - xoff, y - yoff, 1); if (j > 0) { /* need this for finding hole border pixel */ if (k == 0) { fpx = x - xoff; fpy = y - yoff; } if (k == 1) { spx = x - xoff; spy = y - yoff; } } } ptaDestroy(&pta); /* Get the filled component */ if (j == 0) { /* if outer border, fill from outer boundary */ if ((pixh = pixFillClosedBorders(pixt, 4)) == NULL) return (PIX *)ERROR_PTR("pixh not made", procName, NULL); } else { /* fill the hole from inside */ /* get the location of a seed pixel in the hole */ locateOutsideSeedPixel(fpx, fpy, spx, spy, &xs, &ys); /* Put seed in hole and fill interior of hole, * using pixt as clipping mask */ if ((pixh = pixCreateTemplate(pixt)) == NULL) return (PIX *)ERROR_PTR("pixh not made", procName, NULL); pixSetPixel(pixh, xs, ys, 1); /* put seed pixel in hole */ pixInvert(pixt, pixt); /* to make filling mask */ pixSeedfillBinary(pixh, pixh, pixt, 4); /* 4-fill hole */ } /* XOR into the dest */ pixRasterop(pixd, xul + xoff, yul + yoff, w, h, PIX_XOR, pixh, 0, 0); pixDestroy(&pixt); pixDestroy(&pixh); } ccbDestroy(&ccb); } return pixd; } /*! * ccbaDisplayImage2() * * Input: ccborda * Return: pix of image, or null on error * * Notes: * (1) Uses local chain ptaa, which gives each border pixel in * local coordinates, so the actual pixel positions must * be computed using all offsets. * (2) Treats exterior and hole borders on equivalent * footing, and does all calculations on a pix * that spans the c.c. with a 1 pixel added boundary. * (3) This uses topological properties (Method 2) to do scan * conversion to raster * (4) The algorithm is described at the top of this file (Method 2). * It is preferred to Method 1 because it is between 1.2x and 2x * faster than Method 1. */ PIX * ccbaDisplayImage2(CCBORDA *ccba) { l_int32 ncc, nb, n, i, j, k, x, y, xul, yul, w, h; l_int32 fpx, fpy, spx, spy, xs, ys; BOXA *boxa; CCBORD *ccb; PIX *pixd, *pixc, *pixs; PTAA *ptaa; PTA *pta; PROCNAME("ccbaDisplayImage2"); if (!ccba) return (PIX *)ERROR_PTR("ccba not defined", procName, NULL); if ((pixd = pixCreate(ccba->w, ccba->h, 1)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); ncc = ccbaGetCount(ccba); for (i = 0; i < ncc; i++) { /* Generate clipping mask from border pixels and seed image * from one seed for each closed border. */ ccb = ccbaGetCcb(ccba, i); if ((boxa = ccb->boxa) == NULL) return (PIX *)ERROR_PTR("boxa not found", procName, NULL); if (boxaGetBoxGeometry(boxa, 0, &xul, &yul, &w, &h)) return (PIX *)ERROR_PTR("b. box not found", procName, NULL); if ((pixc = pixCreate(w + 2, h + 2, 1)) == NULL) return (PIX *)ERROR_PTR("pixc not made", procName, NULL); if ((pixs = pixCreateTemplate(pixc)) == NULL) return (PIX *)ERROR_PTR("pixs not made", procName, NULL); if ((ptaa = ccb->local) == NULL) { L_WARNING("local chain array not found\n", procName); continue; } nb = ptaaGetCount(ptaa); /* number of borders in the c.c. */ for (j = 0; j < nb; j++) { pta = ptaaGetPta(ptaa, j, L_CLONE); n = ptaGetCount(pta); /* number of pixels in the border */ /* Render border pixels in pixc */ for (k = 0; k < n; k++) { ptaGetIPt(pta, k, &x, &y); pixSetPixel(pixc, x + 1, y + 1, 1); if (k == 0) { fpx = x + 1; fpy = y + 1; } else if (k == 1) { spx = x + 1; spy = y + 1; } } /* Get and set seed pixel for this border in pixs */ if (n > 1) locateOutsideSeedPixel(fpx, fpy, spx, spy, &xs, &ys); else /* isolated c.c. */ xs = ys = 0; pixSetPixel(pixs, xs, ys, 1); ptaDestroy(&pta); } /* Fill from seeds in pixs, using pixc as the clipping mask, * to reconstruct the c.c. */ pixInvert(pixc, pixc); /* to convert clipping -> filling mask */ pixSeedfillBinary(pixs, pixs, pixc, 4); /* 4-fill */ pixInvert(pixs, pixs); /* to make the c.c. */ /* XOR into the dest */ pixRasterop(pixd, xul, yul, w, h, PIX_XOR, pixs, 1, 1); pixDestroy(&pixc); pixDestroy(&pixs); ccbDestroy(&ccb); /* ref-counted */ } return pixd; } /*---------------------------------------------------------------------* * Serialize for I/O * *---------------------------------------------------------------------*/ /*! * ccbaWrite() * * Input: filename * ccba * Return: 0 if OK, 1 on error */ l_int32 ccbaWrite(const char *filename, CCBORDA *ccba) { FILE *fp; PROCNAME("ccbaWrite"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!ccba) return ERROR_INT("ccba not defined", procName, 1); if ((fp = fopenWriteStream(filename, "wb+")) == NULL) return ERROR_INT("stream not opened", procName, 1); if (ccbaWriteStream(fp, ccba)) { fclose(fp); return ERROR_INT("ccba not written to stream", procName, 1); } fclose(fp); return 0; } /*! * ccbaWriteStream() * * Input: stream * ccba * Return: 0 if OK; 1 on error * * Format: ccba: %7d cc\n (num. c.c.) (ascii) (18B) * pix width (4B) * pix height (4B) * [for i = 1, ncc] * ulx (4B) * uly (4B) * w (4B) -- not req'd for reconstruction * h (4B) -- not req'd for reconstruction * number of borders (4B) * [for j = 1, nb] * startx (4B) * starty (4B) * [for k = 1, nb] * 2 steps (1B) * end in z8 or 88 (1B) */ l_int32 ccbaWriteStream(FILE *fp, CCBORDA *ccba) { char strbuf[256]; l_uint8 bval; l_uint8 *datain, *dataout; l_int32 i, j, k, bx, by, bw, bh, val, startx, starty; l_int32 ncc, nb, n; l_uint32 w, h; size_t inbytes, outbytes; BBUFFER *bbuf; CCBORD *ccb; NUMA *na; NUMAA *naa; PTA *pta; PROCNAME("ccbaWriteStream"); #if !HAVE_LIBZ /* defined in environ.h */ return ERROR_INT("no libz: can't write data", procName, 1); #else if (!fp) return ERROR_INT("stream not open", procName, 1); if (!ccba) return ERROR_INT("ccba not defined", procName, 1); if ((bbuf = bbufferCreate(NULL, 1000)) == NULL) return ERROR_INT("bbuf not made", procName, 1); ncc = ccbaGetCount(ccba); sprintf(strbuf, "ccba: %7d cc\n", ncc); bbufferRead(bbuf, (l_uint8 *)strbuf, 18); w = pixGetWidth(ccba->pix); h = pixGetHeight(ccba->pix); bbufferRead(bbuf, (l_uint8 *)&w, 4); /* width */ bbufferRead(bbuf, (l_uint8 *)&h, 4); /* height */ for (i = 0; i < ncc; i++) { ccb = ccbaGetCcb(ccba, i); if (boxaGetBoxGeometry(ccb->boxa, 0, &bx, &by, &bw, &bh)) return ERROR_INT("bounding box not found", procName, 1); bbufferRead(bbuf, (l_uint8 *)&bx, 4); /* ulx of c.c. */ bbufferRead(bbuf, (l_uint8 *)&by, 4); /* uly of c.c. */ bbufferRead(bbuf, (l_uint8 *)&bw, 4); /* w of c.c. */ bbufferRead(bbuf, (l_uint8 *)&bh, 4); /* h of c.c. */ if ((naa = ccb->step) == NULL) { ccbaGenerateStepChains(ccba); naa = ccb->step; } nb = numaaGetCount(naa); bbufferRead(bbuf, (l_uint8 *)&nb, 4); /* number of borders in c.c. */ pta = ccb->start; for (j = 0; j < nb; j++) { ptaGetIPt(pta, j, &startx, &starty); bbufferRead(bbuf, (l_uint8 *)&startx, 4); /* starting x in border */ bbufferRead(bbuf, (l_uint8 *)&starty, 4); /* starting y in border */ na = numaaGetNuma(naa, j, L_CLONE); n = numaGetCount(na); for (k = 0; k < n; k++) { numaGetIValue(na, k, &val); if (k % 2 == 0) bval = (l_uint8)val << 4; else bval |= (l_uint8)val; if (k % 2 == 1) bbufferRead(bbuf, (l_uint8 *)&bval, 1); /* 2 border steps */ } if (n % 2 == 1) { bval |= 0x8; bbufferRead(bbuf, (l_uint8 *)&bval, 1); /* end with 0xz8, */ /* where z = {0..7} */ } else { /* n % 2 == 0 */ bval = 0x88; bbufferRead(bbuf, (l_uint8 *)&bval, 1); /* end with 0x88 */ } numaDestroy(&na); } ccbDestroy(&ccb); } datain = bbufferDestroyAndSaveData(&bbuf, &inbytes); dataout = zlibCompress(datain, inbytes, &outbytes); fwrite(dataout, 1, outbytes, fp); FREE(datain); FREE(dataout); return 0; #endif /* !HAVE_LIBZ */ } /*! * ccbaRead() * * Input: filename * Return: ccba, or null on error */ CCBORDA * ccbaRead(const char *filename) { FILE *fp; CCBORDA *ccba; PROCNAME("ccbaRead"); if (!filename) return (CCBORDA *)ERROR_PTR("filename not defined", procName, NULL); if ((fp = fopenReadStream(filename)) == NULL) return (CCBORDA *)ERROR_PTR("stream not opened", procName, NULL); ccba = ccbaReadStream(fp); fclose(fp); if (!ccba) return (CCBORDA *)ERROR_PTR("ccba not returned", procName, NULL); return ccba; } /*! * ccbaReadStream() * * Input: stream * Return: ccba, or null on error * * Format: ccba: %7d cc\n (num. c.c.) (ascii) (17B) * pix width (4B) * pix height (4B) * [for i = 1, ncc] * ulx (4B) * uly (4B) * w (4B) -- not req'd for reconstruction * h (4B) -- not req'd for reconstruction * number of borders (4B) * [for j = 1, nb] * startx (4B) * starty (4B) * [for k = 1, nb] * 2 steps (1B) * end in z8 or 88 (1B) */ CCBORDA * ccbaReadStream(FILE *fp) { char strbuf[256]; l_uint8 bval; l_uint8 *datain, *dataout; l_int32 i, j, startx, starty; l_int32 offset, nib1, nib2; l_int32 ncc, nb; l_uint32 width, height, w, h, xoff, yoff; size_t inbytes, outbytes; BOX *box; CCBORD *ccb; CCBORDA *ccba; NUMA *na; NUMAA *step; PROCNAME("ccbaReadStream"); #if !HAVE_LIBZ /* defined in environ.h */ return (CCBORDA *)ERROR_PTR("no libz: can't read data", procName, NULL); #else if (!fp) return (CCBORDA *)ERROR_PTR("stream not open", procName, NULL); if ((datain = l_binaryReadStream(fp, &inbytes)) == NULL) return (CCBORDA *)ERROR_PTR("data not read from file", procName, NULL); if ((dataout = zlibUncompress(datain, inbytes, &outbytes)) == NULL) return (CCBORDA *)ERROR_PTR("dataout not made", procName, NULL); offset = 18; memcpy((void *)strbuf, (void *)dataout, offset); strbuf[17] = '\0'; if (strncmp(strbuf, "ccba:", 5)) return (CCBORDA *)ERROR_PTR("file not type ccba", procName, NULL); sscanf(strbuf, "ccba: %7d cc\n", &ncc); /* fprintf(stderr, "ncc = %d\n", ncc); */ if ((ccba = ccbaCreate(NULL, ncc)) == NULL) return (CCBORDA *)ERROR_PTR("ccba not made", procName, NULL); memcpy((void *)&width, (void *)(dataout + offset), 4); offset += 4; memcpy((void *)&height, (void *)(dataout + offset), 4); offset += 4; ccba->w = width; ccba->h = height; /* fprintf(stderr, "width = %d, height = %d\n", width, height); */ for (i = 0; i < ncc; i++) { /* should be ncc */ if ((ccb = ccbCreate(NULL)) == NULL) return (CCBORDA *)ERROR_PTR("ccb not made", procName, NULL); ccbaAddCcb(ccba, ccb); memcpy((void *)&xoff, (void *)(dataout + offset), 4); offset += 4; memcpy((void *)&yoff, (void *)(dataout + offset), 4); offset += 4; memcpy((void *)&w, (void *)(dataout + offset), 4); offset += 4; memcpy((void *)&h, (void *)(dataout + offset), 4); offset += 4; if ((box = boxCreate(xoff, yoff, w, h)) == NULL) return (CCBORDA *)ERROR_PTR("box not made", procName, NULL); boxaAddBox(ccb->boxa, box, L_INSERT); /* fprintf(stderr, "xoff = %d, yoff = %d, w = %d, h = %d\n", xoff, yoff, w, h); */ memcpy((void *)&nb, (void *)(dataout + offset), 4); offset += 4; /* fprintf(stderr, "num borders = %d\n", nb); */ if ((step = numaaCreate(nb)) == NULL) return (CCBORDA *)ERROR_PTR("step numaa not made", procName, NULL); ccb->step = step; for (j = 0; j < nb; j++) { /* should be nb */ memcpy((void *)&startx, (void *)(dataout + offset), 4); offset += 4; memcpy((void *)&starty, (void *)(dataout + offset), 4); offset += 4; ptaAddPt(ccb->start, startx, starty); /* fprintf(stderr, "startx = %d, starty = %d\n", startx, starty); */ if ((na = numaCreate(0)) == NULL) return (CCBORDA *)ERROR_PTR("na not made", procName, NULL); numaaAddNuma(step, na, L_INSERT); while(1) { bval = *(dataout + offset); offset++; nib1 = (bval >> 4); nib2 = bval & 0xf; if (nib1 != 8) numaAddNumber(na, nib1); else break; if (nib2 != 8) numaAddNumber(na, nib2); else break; } } } FREE(datain); FREE(dataout); return ccba; #endif /* !HAVE_LIBZ */ } /*---------------------------------------------------------------------* * SVG Output * *---------------------------------------------------------------------*/ /*! * ccbaWriteSVG() * * Input: filename * ccba * Return: 0 if OK, 1 on error */ l_int32 ccbaWriteSVG(const char *filename, CCBORDA *ccba) { char *svgstr; PROCNAME("ccbaWriteSVG"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!ccba) return ERROR_INT("ccba not defined", procName, 1); if ((svgstr = ccbaWriteSVGString(filename, ccba)) == NULL) return ERROR_INT("svgstr not made", procName, 1); l_binaryWrite(filename, "w", svgstr, strlen(svgstr)); FREE(svgstr); return 0; } /*! * ccbaWriteSVGString() * * Input: filename * ccba * Return: string in svg-formatted, that can be written to file, * or null on error. */ char * ccbaWriteSVGString(const char *filename, CCBORDA *ccba) { char *svgstr; char smallbuf[256]; char line0[] = ""; char line1[] = ""; char line2[] = ""; char line3[] = ""; char line5[] = ""; char space[] = " "; l_int32 i, j, ncc, npt, x, y; CCBORD *ccb; PTA *pta; SARRAY *sa; PROCNAME("ccbaWriteSVGString"); if (!filename) return (char *)ERROR_PTR("filename not defined", procName, NULL); if (!ccba) return (char *)ERROR_PTR("ccba not defined", procName, NULL); if ((sa = sarrayCreate(0)) == NULL) return (char *)ERROR_PTR("sa not made", procName, NULL); sarrayAddString(sa, line0, 1); sarrayAddString(sa, line1, 1); sarrayAddString(sa, line2, 1); ncc = ccbaGetCount(ccba); for (i = 0; i < ncc; i++) { if ((ccb = ccbaGetCcb(ccba, i)) == NULL) return (char *)ERROR_PTR("ccb not found", procName, NULL); if ((pta = ccb->spglobal) == NULL) return (char *)ERROR_PTR("spglobal not made", procName, NULL); sarrayAddString(sa, line3, 1); npt = ptaGetCount(pta); for (j = 0; j < npt; j++) { ptaGetIPt(pta, j, &x, &y); sprintf(smallbuf, "%0d,%0d", x, y); sarrayAddString(sa, smallbuf, 1); } sarrayAddString(sa, line4, 1); ccbDestroy(&ccb); } sarrayAddString(sa, line5, 1); sarrayAddString(sa, space, 1); svgstr = sarrayToString(sa, 1); /* fprintf(stderr, "%s", svgstr); */ sarrayDestroy(&sa); return svgstr; } leptonica-1.70/src/psio1stub.c0000644000175000017500000001172011707052573014401 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * psio1stub.c * * Stubs for psio1.c functions */ #include "allheaders.h" /* --------------------------------------------*/ #if !USE_PSIO /* defined in environ.h */ /* --------------------------------------------*/ l_int32 convertFilesToPS(const char *dirin, const char *substr, l_int32 res, const char *fileout) { return ERROR_INT("function not present", "convertFilesToPS", 1); } /* ----------------------------------------------------------------------*/ l_int32 sarrayConvertFilesToPS(SARRAY *sa, l_int32 res, const char *fileout) { return ERROR_INT("function not present", "sarrayConvertFilesToPS", 1); } /* ----------------------------------------------------------------------*/ l_int32 convertFilesFittedToPS(const char *dirin, const char *substr, l_float32 xpts, l_float32 ypts, const char *fileout) { return ERROR_INT("function not present", "convertFilesFittedToPS", 1); } /* ----------------------------------------------------------------------*/ l_int32 sarrayConvertFilesFittedToPS(SARRAY *sa, l_float32 xpts, l_float32 ypts, const char *fileout) { return ERROR_INT("function not present", "sarrayConvertFilesFittedToPS", 1); } /* ----------------------------------------------------------------------*/ l_int32 writeImageCompressedToPSFile(const char *filein, const char *fileout, l_int32 res, l_int32 *pfirstfile, l_int32 *pindex) { return ERROR_INT("function not present", "writeImageCompressedToPSFile", 1); } /* ----------------------------------------------------------------------*/ l_int32 convertSegmentedPagesToPS(const char *pagedir, const char *pagestr, const char *maskdir, const char *maskstr, l_int32 numpre, l_int32 numpost, l_int32 maxnum, l_float32 textscale, l_float32 imagescale, l_int32 threshold, const char *fileout) { return ERROR_INT("function not present", "convertSegmentedPagesToPS", 1); } /* ----------------------------------------------------------------------*/ l_int32 pixWriteSegmentedPageToPS(PIX *pixs, PIX *pixm, l_float32 textscale, l_float32 imagescale, l_int32 threshold, l_int32 pageno, const char *fileout) { return ERROR_INT("function not present", "pixWriteSegmentedPagesToPS", 1); } /* ----------------------------------------------------------------------*/ l_int32 pixWriteMixedToPS(PIX *pixb, PIX *pixc, l_float32 scale, l_int32 pageno, const char *fileout) { return ERROR_INT("function not present", "pixWriteMixedToPS", 1); } /* ----------------------------------------------------------------------*/ l_int32 convertToPSEmbed(const char *filein, const char *fileout, l_int32 level) { return ERROR_INT("function not present", "convertToPSEmbed", 1); } /* ----------------------------------------------------------------------*/ l_int32 pixaWriteCompressedToPS(PIXA *pixa, const char *fileout, l_int32 res, l_int32 level) { return ERROR_INT("function not present", "pixaWriteCompressedtoPS", 1); } /* --------------------------------------------*/ #endif /* !USE_PSIO */ /* --------------------------------------------*/ leptonica-1.70/src/fmorphauto.c0000644000175000017500000010222612244222055014625 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * fmorphauto.c * * Main function calls: * l_int32 fmorphautogen() * l_int32 fmorphautogen1() * l_int32 fmorphautogen2() * * Static helpers: * static SARRAY *sarrayMakeWplsCode() * static SARRAY *sarrayMakeInnerLoopDWACode() * static char *makeBarrelshiftString() * * * This automatically generates dwa code for erosion and dilation. * Here's a road map for how it all works. * * (1) You generate an array (a SELA) of structuring elements (SELs). * This can be done in several ways, including * (a) calling the function selaAddBasic() for * pre-compiled SELs * (b) generating the SELA in code in line * (c) reading in a SELA from file, using selaRead() or * various other formats. * * (2) You call fmorphautogen1() and fmorphautogen2() on this SELA. * These use the text files morphtemplate1.txt and * morphtemplate2.txt for building up the source code. See the file * prog/fmorphautogen.c for an example of how this is done. * The output is written to files named fmorphgen.*.c * and fmorphgenlow.*.c, where "*" is an integer that you * input to this function. That integer labels both * the output files, as well as all the functions that * are generated. That way, using different integers, * you can invoke fmorphautogen() any number of times * to get functions that all have different names so that * they can be linked into one program. * * (3) You copy the generated source files back to your src * directory for compilation. Put their names in the * Makefile, regenerate the prototypes, and recompile * the library. Look at the Makefile to see how I've * included morphgen.1.c and fmorphgenlow.1.c. These files * provide the high-level interfaces for erosion, dilation, * opening and closing, and the low-level interfaces to * do the actual work, for all 58 SELs in the SEL array. * * (4) In an application, you now use this interface. Again * for the example files in the library, using integer "1": * * PIX *pixMorphDwa_1(PIX *pixd, PIX, *pixs, * l_int32 operation, char *selname); * * or * * PIX *pixFMorphopGen_1(PIX *pixd, PIX *pixs, * l_int32 operation, char *selname); * * where the operation is one of {L_MORPH_DILATE, L_MORPH_ERODE. * L_MORPH_OPEN, L_MORPH_CLOSE}, and the selname is one * of the set that were defined as the name field of sels. * This set is listed at the beginning of the file fmorphgen.1.c. * For examples of use, see the file prog/binmorph_reg1.c, which * verifies the consistency of the various implementations by * comparing the dwa result with that of full-image rasterops. */ #include #include "allheaders.h" #define OUTROOT "fmorphgen" #define TEMPLATE1 "morphtemplate1.txt" #define TEMPLATE2 "morphtemplate2.txt" #define BUFFER_SIZE 512 #define PROTOARGS "(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32);" static char * makeBarrelshiftString(l_int32 delx, l_int32 dely); static SARRAY * sarrayMakeInnerLoopDWACode(SEL *sel, l_int32 index); static SARRAY * sarrayMakeWplsCode(SEL *sel); static char wpldecls[][53] = { "l_int32 wpls2;", "l_int32 wpls2, wpls3;", "l_int32 wpls2, wpls3, wpls4;", "l_int32 wpls5;", "l_int32 wpls5, wpls6;", "l_int32 wpls5, wpls6, wpls7;", "l_int32 wpls5, wpls6, wpls7, wpls8;", "l_int32 wpls9;", "l_int32 wpls9, wpls10;", "l_int32 wpls9, wpls10, wpls11;", "l_int32 wpls9, wpls10, wpls11, wpls12;", "l_int32 wpls13;", "l_int32 wpls13, wpls14;", "l_int32 wpls13, wpls14, wpls15;", "l_int32 wpls13, wpls14, wpls15, wpls16;", "l_int32 wpls17;", "l_int32 wpls17, wpls18;", "l_int32 wpls17, wpls18, wpls19;", "l_int32 wpls17, wpls18, wpls19, wpls20;", "l_int32 wpls21;", "l_int32 wpls21, wpls22;", "l_int32 wpls21, wpls22, wpls23;", "l_int32 wpls21, wpls22, wpls23, wpls24;", "l_int32 wpls25;", "l_int32 wpls25, wpls26;", "l_int32 wpls25, wpls26, wpls27;", "l_int32 wpls25, wpls26, wpls27, wpls28;", "l_int32 wpls29;", "l_int32 wpls29, wpls30;", "l_int32 wpls29, wpls30, wpls31;"}; static char wplgendecls[][30] = { "l_int32 wpls2;", "l_int32 wpls3;", "l_int32 wpls4;", "l_int32 wpls5;", "l_int32 wpls6;", "l_int32 wpls7;", "l_int32 wpls8;", "l_int32 wpls9;", "l_int32 wpls10;", "l_int32 wpls11;", "l_int32 wpls12;", "l_int32 wpls13;", "l_int32 wpls14;", "l_int32 wpls15;", "l_int32 wpls16;", "l_int32 wpls17;", "l_int32 wpls18;", "l_int32 wpls19;", "l_int32 wpls20;", "l_int32 wpls21;", "l_int32 wpls22;", "l_int32 wpls23;", "l_int32 wpls24;", "l_int32 wpls25;", "l_int32 wpls26;", "l_int32 wpls27;", "l_int32 wpls28;", "l_int32 wpls29;", "l_int32 wpls30;", "l_int32 wpls31;"}; static char wpldefs[][25] = { " wpls2 = 2 * wpls;", " wpls3 = 3 * wpls;", " wpls4 = 4 * wpls;", " wpls5 = 5 * wpls;", " wpls6 = 6 * wpls;", " wpls7 = 7 * wpls;", " wpls8 = 8 * wpls;", " wpls9 = 9 * wpls;", " wpls10 = 10 * wpls;", " wpls11 = 11 * wpls;", " wpls12 = 12 * wpls;", " wpls13 = 13 * wpls;", " wpls14 = 14 * wpls;", " wpls15 = 15 * wpls;", " wpls16 = 16 * wpls;", " wpls17 = 17 * wpls;", " wpls18 = 18 * wpls;", " wpls19 = 19 * wpls;", " wpls20 = 20 * wpls;", " wpls21 = 21 * wpls;", " wpls22 = 22 * wpls;", " wpls23 = 23 * wpls;", " wpls24 = 24 * wpls;", " wpls25 = 25 * wpls;", " wpls26 = 26 * wpls;", " wpls27 = 27 * wpls;", " wpls28 = 28 * wpls;", " wpls29 = 29 * wpls;", " wpls30 = 30 * wpls;", " wpls31 = 31 * wpls;"}; static char wplstrp[][10] = {"+ wpls", "+ wpls2", "+ wpls3", "+ wpls4", "+ wpls5", "+ wpls6", "+ wpls7", "+ wpls8", "+ wpls9", "+ wpls10", "+ wpls11", "+ wpls12", "+ wpls13", "+ wpls14", "+ wpls15", "+ wpls16", "+ wpls17", "+ wpls18", "+ wpls19", "+ wpls20", "+ wpls21", "+ wpls22", "+ wpls23", "+ wpls24", "+ wpls25", "+ wpls26", "+ wpls27", "+ wpls28", "+ wpls29", "+ wpls30", "+ wpls31"}; static char wplstrm[][10] = {"- wpls", "- wpls2", "- wpls3", "- wpls4", "- wpls5", "- wpls6", "- wpls7", "- wpls8", "- wpls9", "- wpls10", "- wpls11", "- wpls12", "- wpls13", "- wpls14", "- wpls15", "- wpls16", "- wpls17", "- wpls18", "- wpls19", "- wpls20", "- wpls21", "- wpls22", "- wpls23", "- wpls24", "- wpls25", "- wpls26", "- wpls27", "- wpls28", "- wpls29", "- wpls30", "- wpls31"}; /*! * fmorphautogen() * * Input: sela * fileindex * filename (; can be null) * Return: 0 if OK; 1 on error * * Notes: * (1) This function generates all the code for implementing * dwa morphological operations using all the sels in the sela. * (2) See fmorphautogen1() and fmorphautogen2() for details. */ l_int32 fmorphautogen(SELA *sela, l_int32 fileindex, const char *filename) { l_int32 ret1, ret2; PROCNAME("fmorphautogen"); if (!sela) return ERROR_INT("sela not defined", procName, 1); ret1 = fmorphautogen1(sela, fileindex, filename); ret2 = fmorphautogen2(sela, fileindex, filename); if (ret1 || ret2) return ERROR_INT("code generation problem", procName, 1); return 0; } /*! * fmorphautogen1() * * Input: sela * fileindex * filename (; can be null) * Return: 0 if OK; 1 on error * * Notes: * (1) This function uses morphtemplate1.txt to create a * top-level file that contains two functions. These * functions will carry out dilation, erosion, * opening or closing for any of the sels in the input sela. * (2) The fileindex parameter is inserted into the output * filename, as described below. * (3) If filename == NULL, the output file is fmorphgen..c, * where is equal to the 'fileindex' parameter. * (4) If filename != NULL, the output file is ..c. */ l_int32 fmorphautogen1(SELA *sela, l_int32 fileindex, const char *filename) { char *filestr; char *str_proto1, *str_proto2, *str_proto3; char *str_doc1, *str_doc2, *str_doc3, *str_doc4; char *str_def1, *str_def2, *str_proc1, *str_proc2; char *str_dwa1, *str_low_dt, *str_low_ds, *str_low_ts; char *str_low_tsp1, *str_low_dtp1; char bigbuf[BUFFER_SIZE]; l_int32 i, nsels, nbytes, actstart, end, newstart; size_t size; SARRAY *sa1, *sa2, *sa3; PROCNAME("fmorphautogen1"); if (!sela) return ERROR_INT("sela not defined", procName, 1); if (fileindex < 0) fileindex = 0; if ((nsels = selaGetCount(sela)) == 0) return ERROR_INT("no sels in sela", procName, 1); /* Make array of sel names */ sa1 = selaGetSelnames(sela); /* Make array of textlines from morphtemplate1.txt */ if ((filestr = (char *)l_binaryRead(TEMPLATE1, &size)) == NULL) return ERROR_INT("filestr not made", procName, 1); if ((sa2 = sarrayCreateLinesFromString(filestr, 1)) == NULL) return ERROR_INT("sa2 not made", procName, 1); FREE(filestr); /* sarrayWriteStream(stderr, sa2); */ /* Make strings containing function call names */ sprintf(bigbuf, "PIX *pixMorphDwa_%d(PIX *pixd, PIX *pixs, " "l_int32 operation, char *selname);", fileindex); str_proto1 = stringNew(bigbuf); sprintf(bigbuf, "PIX *pixFMorphopGen_%d(PIX *pixd, PIX *pixs, " "l_int32 operation, char *selname);", fileindex); str_proto2 = stringNew(bigbuf); sprintf(bigbuf, "l_int32 fmorphopgen_low_%d(l_uint32 *datad, l_int32 w,\n" " l_int32 h, l_int32 wpld,\n" " l_uint32 *datas, l_int32 wpls,\n" " l_int32 index);", fileindex); str_proto3 = stringNew(bigbuf); sprintf(bigbuf, " * PIX *pixMorphDwa_%d()", fileindex); str_doc1 = stringNew(bigbuf); sprintf(bigbuf, " * PIX *pixFMorphopGen_%d()", fileindex); str_doc2 = stringNew(bigbuf); sprintf(bigbuf, " * pixMorphDwa_%d()", fileindex); str_doc3 = stringNew(bigbuf); sprintf(bigbuf, " * pixFMorphopGen_%d()", fileindex); str_doc4 = stringNew(bigbuf); sprintf(bigbuf, "pixMorphDwa_%d(PIX *pixd,", fileindex); str_def1 = stringNew(bigbuf); sprintf(bigbuf, "pixFMorphopGen_%d(PIX *pixd,", fileindex); str_def2 = stringNew(bigbuf); sprintf(bigbuf, " PROCNAME(\"pixMorphDwa_%d\");", fileindex); str_proc1 = stringNew(bigbuf); sprintf(bigbuf, " PROCNAME(\"pixFMorphopGen_%d\");", fileindex); str_proc2 = stringNew(bigbuf); sprintf(bigbuf, " pixt2 = pixFMorphopGen_%d(NULL, pixt1, operation, selname);", fileindex); str_dwa1 = stringNew(bigbuf); sprintf(bigbuf, " fmorphopgen_low_%d(datad, w, h, wpld, datat, wpls, index);", fileindex); str_low_dt = stringNew(bigbuf); sprintf(bigbuf, " fmorphopgen_low_%d(datad, w, h, wpld, datas, wpls, index);", fileindex); str_low_ds = stringNew(bigbuf); sprintf(bigbuf, " fmorphopgen_low_%d(datat, w, h, wpls, datas, wpls, index+1);", fileindex); str_low_tsp1 = stringNew(bigbuf); sprintf(bigbuf, " fmorphopgen_low_%d(datat, w, h, wpls, datas, wpls, index);", fileindex); str_low_ts = stringNew(bigbuf); sprintf(bigbuf, " fmorphopgen_low_%d(datad, w, h, wpld, datat, wpls, index+1);", fileindex); str_low_dtp1 = stringNew(bigbuf); /* Make the output sa */ if ((sa3 = sarrayCreate(0)) == NULL) return ERROR_INT("sa3 not made", procName, 1); /* Copyright notice and info header */ sarrayParseRange(sa2, 0, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa3, sa2, actstart, end); /* Insert function names as documentation */ sarrayAddString(sa3, str_doc1, L_INSERT); sarrayAddString(sa3, str_doc2, L_INSERT); /* Add '#include's */ sarrayParseRange(sa2, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa3, sa2, actstart, end); /* Insert function prototypes */ sarrayAddString(sa3, str_proto1, L_INSERT); sarrayAddString(sa3, str_proto2, L_INSERT); sarrayAddString(sa3, str_proto3, L_INSERT); /* Add static globals */ sprintf(bigbuf, "\nstatic l_int32 NUM_SELS_GENERATED = %d;", nsels); sarrayAddString(sa3, bigbuf, L_COPY); sprintf(bigbuf, "static char SEL_NAMES[][80] = {"); sarrayAddString(sa3, bigbuf, L_COPY); for (i = 0; i < nsels - 1; i++) { sprintf(bigbuf, " \"%s\",", sarrayGetString(sa1, i, 0)); sarrayAddString(sa3, bigbuf, L_COPY); } sprintf(bigbuf, " \"%s\"};", sarrayGetString(sa1, i, 0)); sarrayAddString(sa3, bigbuf, L_COPY); /* Start pixMorphDwa_*() function description */ sarrayParseRange(sa2, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa3, sa2, actstart, end); sarrayAddString(sa3, str_doc3, L_INSERT); sarrayParseRange(sa2, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa3, sa2, actstart, end); /* Finish pixMorphDwa_*() function definition */ sarrayAddString(sa3, str_def1, L_INSERT); sarrayParseRange(sa2, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa3, sa2, actstart, end); sarrayAddString(sa3, str_proc1, L_INSERT); sarrayParseRange(sa2, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa3, sa2, actstart, end); sarrayAddString(sa3, str_dwa1, L_INSERT); sarrayParseRange(sa2, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa3, sa2, actstart, end); /* Start pixFMorphopGen_*() function description */ sarrayAddString(sa3, str_doc4, L_INSERT); sarrayParseRange(sa2, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa3, sa2, actstart, end); /* Finish pixFMorphopGen_*() function definition */ sarrayAddString(sa3, str_def2, L_INSERT); sarrayParseRange(sa2, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa3, sa2, actstart, end); sarrayAddString(sa3, str_proc2, L_INSERT); sarrayParseRange(sa2, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa3, sa2, actstart, end); sarrayAddString(sa3, str_low_dt, L_COPY); sarrayParseRange(sa2, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa3, sa2, actstart, end); sarrayAddString(sa3, str_low_ds, L_INSERT); sarrayParseRange(sa2, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa3, sa2, actstart, end); sarrayAddString(sa3, str_low_tsp1, L_INSERT); sarrayParseRange(sa2, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa3, sa2, actstart, end); sarrayAddString(sa3, str_low_dt, L_INSERT); sarrayParseRange(sa2, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa3, sa2, actstart, end); sarrayAddString(sa3, str_low_ts, L_INSERT); sarrayParseRange(sa2, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa3, sa2, actstart, end); sarrayAddString(sa3, str_low_dtp1, L_INSERT); sarrayParseRange(sa2, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa3, sa2, actstart, end); /* Output to file */ if ((filestr = sarrayToString(sa3, 1)) == NULL) return ERROR_INT("filestr from sa3 not made", procName, 1); nbytes = strlen(filestr); if (filename) sprintf(bigbuf, "%s.%d.c", filename, fileindex); else sprintf(bigbuf, "%s.%d.c", OUTROOT, fileindex); l_binaryWrite(bigbuf, "w", filestr, nbytes); sarrayDestroy(&sa1); sarrayDestroy(&sa2); sarrayDestroy(&sa3); FREE(filestr); return 0; } /* * fmorphautogen2() * * Input: sela * fileindex * filename (; can be null) * Return: 0 if OK; 1 on error * * Notes: * (1) This function uses morphtemplate2.txt to create a * low-level file that contains the low-level functions for * implementing dilation and erosion for every sel * in the input sela. * (2) The fileindex parameter is inserted into the output * filename, as described below. * (3) If filename == NULL, the output file is fmorphgenlow..c, * where is equal to the 'fileindex' parameter. * (4) If filename != NULL, the output file is low..c. */ l_int32 fmorphautogen2(SELA *sela, l_int32 fileindex, const char *filename) { char *filestr, *linestr, *fname; char *str_doc1, *str_doc2, *str_doc3, *str_doc4, *str_def1; char bigbuf[BUFFER_SIZE]; char breakstring[] = " break;"; char staticstring[] = "static void"; l_int32 i, nsels, nbytes, actstart, end, newstart; l_int32 argstart, argend, loopstart, loopend, finalstart, finalend; size_t size; SARRAY *sa1, *sa2, *sa3, *sa4, *sa5, *sa6; SEL *sel; PROCNAME("fmorphautogen2"); if (!sela) return ERROR_INT("sela not defined", procName, 1); if (fileindex < 0) fileindex = 0; if ((nsels = selaGetCount(sela)) == 0) return ERROR_INT("no sels in sela", procName, 1); /* Make the array of textlines from morphtemplate2.txt */ if ((filestr = (char *)l_binaryRead(TEMPLATE2, &size)) == NULL) return ERROR_INT("filestr not made", procName, 1); if ((sa1 = sarrayCreateLinesFromString(filestr, 1)) == NULL) return ERROR_INT("sa1 not made", procName, 1); FREE(filestr); /* Make the array of static function names */ if ((sa2 = sarrayCreate(2 * nsels)) == NULL) return ERROR_INT("sa2 not made", procName, 1); for (i = 0; i < nsels; i++) { sprintf(bigbuf, "fdilate_%d_%d", fileindex, i); sarrayAddString(sa2, bigbuf, 1); sprintf(bigbuf, "ferode_%d_%d", fileindex, i); sarrayAddString(sa2, bigbuf, 1); } /* Make the static prototype strings */ if ((sa3 = sarrayCreate(2 * nsels)) == NULL) return ERROR_INT("sa3 not made", procName, 1); for (i = 0; i < 2 * nsels; i++) { fname = sarrayGetString(sa2, i, 0); sprintf(bigbuf, "static void %s%s", fname, PROTOARGS); sarrayAddString(sa3, bigbuf, 1); } /* Make strings containing function names */ sprintf(bigbuf, " * l_int32 fmorphopgen_low_%d()", fileindex); str_doc1 = stringNew(bigbuf); sprintf(bigbuf, " * void fdilate_%d_*()", fileindex); str_doc2 = stringNew(bigbuf); sprintf(bigbuf, " * void ferode_%d_*()", fileindex); str_doc3 = stringNew(bigbuf); sprintf(bigbuf, " * fmorphopgen_low_%d()", fileindex); str_doc4 = stringNew(bigbuf); sprintf(bigbuf, "fmorphopgen_low_%d(l_uint32 *datad,", fileindex); str_def1 = stringNew(bigbuf); /* Output to this sa */ if ((sa4 = sarrayCreate(0)) == NULL) return ERROR_INT("sa4 not made", procName, 1); /* Copyright notice and info header */ sarrayParseRange(sa1, 0, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa4, sa1, actstart, end); /* Insert function names as documentation */ sarrayAddString(sa4, str_doc1, L_INSERT); sarrayParseRange(sa1, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa4, sa1, actstart, end); sarrayAddString(sa4, str_doc2, L_INSERT); sarrayAddString(sa4, str_doc3, L_INSERT); sarrayParseRange(sa1, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa4, sa1, actstart, end); /* Insert static protos */ for (i = 0; i < 2 * nsels; i++) { if ((linestr = sarrayGetString(sa3, i, L_COPY)) == NULL) return ERROR_INT("linestr not retrieved", procName, 1); sarrayAddString(sa4, linestr, L_INSERT); } /* Insert function header */ sarrayParseRange(sa1, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa4, sa1, actstart, end); sarrayAddString(sa4, str_doc4, L_INSERT); sarrayParseRange(sa1, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa4, sa1, actstart, end); sarrayAddString(sa4, str_def1, L_INSERT); sarrayParseRange(sa1, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa4, sa1, actstart, end); /* Generate and insert the dispatcher code */ for (i = 0; i < 2 * nsels; i++) { sprintf(bigbuf, " case %d:", i); sarrayAddString(sa4, bigbuf, L_COPY); sprintf(bigbuf, " %s(datad, w, h, wpld, datas, wpls);", sarrayGetString(sa2, i, L_NOCOPY)); sarrayAddString(sa4, bigbuf, L_COPY); sarrayAddString(sa4, breakstring, L_COPY); } /* Finish the dispatcher and introduce the low-level code */ sarrayParseRange(sa1, newstart, &actstart, &end, &newstart, "--", 0); sarrayAppendRange(sa4, sa1, actstart, end); /* Get the range for the args common to all functions */ sarrayParseRange(sa1, newstart, &argstart, &argend, &newstart, "--", 0); /* Get the range for the loop code common to all functions */ sarrayParseRange(sa1, newstart, &loopstart, &loopend, &newstart, "--", 0); /* Get the range for the ending code common to all functions */ sarrayParseRange(sa1, newstart, &finalstart, &finalend, &newstart, "--", 0); /* Do all the static functions */ for (i = 0; i < 2 * nsels; i++) { /* Generate the function header and add the common args */ sarrayAddString(sa4, staticstring, L_COPY); fname = sarrayGetString(sa2, i, L_NOCOPY); sprintf(bigbuf, "%s(l_uint32 *datad,", fname); sarrayAddString(sa4, bigbuf, L_COPY); sarrayAppendRange(sa4, sa1, argstart, argend); /* Declare and define wplsN args, as necessary */ if ((sel = selaGetSel(sela, i/2)) == NULL) return ERROR_INT("sel not returned", procName, 1); if ((sa5 = sarrayMakeWplsCode(sel)) == NULL) return ERROR_INT("sa5 not made", procName, 1); sarrayConcatenate(sa4, sa5); sarrayDestroy(&sa5); /* Add the function loop code */ sarrayAppendRange(sa4, sa1, loopstart, loopend); /* Insert barrel-op code for *dptr */ if ((sa6 = sarrayMakeInnerLoopDWACode(sel, i)) == NULL) return ERROR_INT("sa6 not made", procName, 1); sarrayConcatenate(sa4, sa6); sarrayDestroy(&sa6); /* Finish the function code */ sarrayAppendRange(sa4, sa1, finalstart, finalend); } /* Output to file */ if ((filestr = sarrayToString(sa4, 1)) == NULL) return ERROR_INT("filestr from sa4 not made", procName, 1); nbytes = strlen(filestr); if (filename) sprintf(bigbuf, "%slow.%d.c", filename, fileindex); else sprintf(bigbuf, "%slow.%d.c", OUTROOT, fileindex); l_binaryWrite(bigbuf, "w", filestr, nbytes); sarrayDestroy(&sa1); sarrayDestroy(&sa2); sarrayDestroy(&sa3); sarrayDestroy(&sa4); FREE(filestr); return 0; } /*--------------------------------------------------------------------------* * Helper code for sel * *--------------------------------------------------------------------------*/ /*! * sarrayMakeWplsCode() */ static SARRAY * sarrayMakeWplsCode(SEL *sel) { char emptystring[] = ""; l_int32 i, j, ymax, dely, allvshifts; l_int32 vshift[32]; SARRAY *sa; PROCNAME("sarrayMakeWplsCode"); if (!sel) return (SARRAY *)ERROR_PTR("sel not defined", procName, NULL); for (i = 0; i < 32; i++) vshift[i] = 0; ymax = 0; for (i = 0; i < sel->sy; i++) { for (j = 0; j < sel->sx; j++) { if (sel->data[i][j] == 1) { dely = L_ABS(i - sel->cy); if (dely < 32) vshift[dely] = 1; ymax = L_MAX(ymax, dely); } } } if (ymax > 31) { L_WARNING("ymax > 31; truncating to 31\n", procName); ymax = 31; } /* Test if this is a vertical brick */ allvshifts = TRUE; for (i = 0; i < ymax; i++) { if (vshift[i] == 0) { allvshifts = FALSE; break; } } if ((sa = sarrayCreate(0)) == NULL) return (SARRAY *)ERROR_PTR("sa not made", procName, NULL); /* Add declarations */ if (allvshifts == TRUE) { /* packs them as well as possible */ if (ymax > 4) sarrayAddString(sa, wpldecls[2], 1); if (ymax > 8) sarrayAddString(sa, wpldecls[6], 1); if (ymax > 12) sarrayAddString(sa, wpldecls[10], 1); if (ymax > 16) sarrayAddString(sa, wpldecls[14], 1); if (ymax > 20) sarrayAddString(sa, wpldecls[18], 1); if (ymax > 24) sarrayAddString(sa, wpldecls[22], 1); if (ymax > 28) sarrayAddString(sa, wpldecls[26], 1); if (ymax > 1) sarrayAddString(sa, wpldecls[ymax - 2], 1); } else { /* puts them one/line */ for (i = 2; i <= ymax; i++) { if (vshift[i]) sarrayAddString(sa, wplgendecls[i - 2], 1); } } sarrayAddString(sa, emptystring, 1); /* Add definitions */ for (i = 2; i <= ymax; i++) { if (vshift[i]) sarrayAddString(sa, wpldefs[i - 2], 1); } return sa; } /*! * sarrayMakeInnerLoopDWACode() */ static SARRAY * sarrayMakeInnerLoopDWACode(SEL *sel, l_int32 index) { char *tstr, *string; char logicalor[] = "|"; char logicaland[] = "&"; char bigbuf[BUFFER_SIZE]; l_int32 i, j, optype, count, nfound, delx, dely; SARRAY *sa; PROCNAME("sarrayMakeInnerLoopDWACode"); if (!sel) return (SARRAY *)ERROR_PTR("sel not defined", procName, NULL); if (index % 2 == 0) { optype = L_MORPH_DILATE; tstr = logicalor; } else { optype = L_MORPH_ERODE; tstr = logicaland; } count = 0; for (i = 0; i < sel->sy; i++) { for (j = 0; j < sel->sx; j++) { if (sel->data[i][j] == 1) count++; } } if ((sa = sarrayCreate(0)) == NULL) return (SARRAY *)ERROR_PTR("sa not made", procName, NULL); if (count == 0) { L_WARNING("no hits in Sel %d\n", procName, index); return sa; /* no code inside! */ } nfound = 0; for (i = 0; i < sel->sy; i++) { for (j = 0; j < sel->sx; j++) { if (sel->data[i][j] == 1) { nfound++; if (optype == L_MORPH_DILATE) { dely = sel->cy - i; delx = sel->cx - j; } else if (optype == L_MORPH_ERODE) { dely = i - sel->cy; delx = j - sel->cx; } if ((string = makeBarrelshiftString(delx, dely)) == NULL) { L_WARNING("barrel shift string not made\n", procName); continue; } if (count == 1) /* just one item */ sprintf(bigbuf, " *dptr = %s;", string); else if (nfound == 1) sprintf(bigbuf, " *dptr = %s %s", string, tstr); else if (nfound < count) sprintf(bigbuf, " %s %s", string, tstr); else /* nfound == count */ sprintf(bigbuf, " %s;", string); sarrayAddString(sa, bigbuf, 1); FREE(string); } } } return sa; } /*! * makeBarrelshiftString() */ static char * makeBarrelshiftString(l_int32 delx, /* j - cx */ l_int32 dely) /* i - cy */ { l_int32 absx, absy; char bigbuf[BUFFER_SIZE]; PROCNAME("makeBarrelshiftString"); if (delx < -31 || delx > 31) return (char *)ERROR_PTR("delx out of bounds", procName, NULL); if (dely < -31 || dely > 31) return (char *)ERROR_PTR("dely out of bounds", procName, NULL); absx = L_ABS(delx); absy = L_ABS(dely); if ((delx == 0) && (dely == 0)) sprintf(bigbuf, "(*sptr)"); else if ((delx == 0) && (dely < 0)) sprintf(bigbuf, "(*(sptr %s))", wplstrm[absy - 1]); else if ((delx == 0) && (dely > 0)) sprintf(bigbuf, "(*(sptr %s))", wplstrp[absy - 1]); else if ((delx < 0) && (dely == 0)) sprintf(bigbuf, "((*(sptr) >> %d) | (*(sptr - 1) << %d))", absx, 32 - absx); else if ((delx > 0) && (dely == 0)) sprintf(bigbuf, "((*(sptr) << %d) | (*(sptr + 1) >> %d))", absx, 32 - absx); else if ((delx < 0) && (dely < 0)) sprintf(bigbuf, "((*(sptr %s) >> %d) | (*(sptr %s - 1) << %d))", wplstrm[absy - 1], absx, wplstrm[absy - 1], 32 - absx); else if ((delx > 0) && (dely < 0)) sprintf(bigbuf, "((*(sptr %s) << %d) | (*(sptr %s + 1) >> %d))", wplstrm[absy - 1], absx, wplstrm[absy - 1], 32 - absx); else if ((delx < 0) && (dely > 0)) sprintf(bigbuf, "((*(sptr %s) >> %d) | (*(sptr %s - 1) << %d))", wplstrp[absy - 1], absx, wplstrp[absy - 1], 32 - absx); else /* ((delx > 0) && (dely > 0)) */ sprintf(bigbuf, "((*(sptr %s) << %d) | (*(sptr %s + 1) >> %d))", wplstrp[absy - 1], absx, wplstrp[absy - 1], 32 - absx); return stringNew(bigbuf); } leptonica-1.70/src/webpiostub.c0000644000175000017500000000644012134647756014646 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * webpiostub.c * * Stubs for webpio.c functions */ #include "allheaders.h" #ifdef HAVE_CONFIG_H #include "config_auto.h" #endif /* HAVE_CONFIG_H */ /* --------------------------------------------*/ #if !HAVE_LIBWEBP /* defined in environ.h */ /* --------------------------------------------*/ PIX * pixReadStreamWebP(FILE *fp) { return (PIX * )ERROR_PTR("function not present", "pixReadStreamWebP", NULL); } /* ----------------------------------------------------------------------*/ PIX * pixReadMemWebP(const l_uint8 *filedata, size_t filesize) { return (PIX * )ERROR_PTR("function not present", "pixReadMemWebP", NULL); } /* ----------------------------------------------------------------------*/ l_int32 readHeaderWebP(const char *filename, l_int32 *pw, l_int32 *ph, l_int32 *pspp) { return ERROR_INT("function not present", "readHeaderWebP", 1); } /* ----------------------------------------------------------------------*/ l_int32 pixWriteWebP(const char *filename, PIX *pixs, l_int32 quality, l_int32 lossless) { return ERROR_INT("function not present", "pixWriteWebP", 1); } /* ----------------------------------------------------------------------*/ l_int32 pixWriteStreamWebP(FILE *fp, PIX *pixs, l_int32 quality, l_int32 lossless) { return ERROR_INT("function not present", "pixWriteStreamWebP", 1); } /* ----------------------------------------------------------------------*/ l_int32 pixWriteMemWebP(l_uint8 **pencdata, size_t *pencsize, PIX *pixs, l_int32 quality, l_int32 lossless) { return ERROR_INT("function not present", "pixWriteMemWebP", 1); } /* --------------------------------------------*/ #endif /* !HAVE_LIBWEBP */ /* --------------------------------------------*/ leptonica-1.70/src/utils.c0000664000175000017500000025747712273757423013644 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * utils.c * * Control of error, warning and info messages * l_int32 setMsgSeverity() * * Error return functions, invoked by macros * l_int32 returnErrorInt() * l_float32 returnErrorFloat() * void *returnErrorPtr() * * Safe string procs * char *stringNew() * l_int32 stringCopy() * l_int32 stringReplace() * l_int32 stringLength() * l_int32 stringCat() * char *stringJoin() * char *stringReverse() * char *strtokSafe() * l_int32 stringSplitOnToken() * * Find and replace string and array procs * char *stringRemoveChars() * l_int32 stringFindSubstr() * char *stringReplaceSubstr() * char *stringReplaceEachSubstr() * L_DNA *arrayFindEachSequence() * l_int32 arrayFindSequence() * * Safe realloc * void *reallocNew() * * Read and write between file and memory * l_uint8 *l_binaryRead() * l_uint8 *l_binaryReadStream() * l_int32 l_binaryWrite() * l_int32 nbytesInFile() * l_int32 fnbytesInFile() * * Copy in memory * l_uint8 *l_binaryCopy() * * File copy operations * l_int32 fileCopy() * l_int32 fileConcatenate() * l_int32 fileAppendString() * * Test files for equivalence * l_int32 filesAreIdentical() * * Byte-swapping data conversion * l_uint16 convertOnBigEnd16() * l_uint32 convertOnBigEnd32() * l_uint16 convertOnLittleEnd16() * l_uint32 convertOnLittleEnd32() * * Cross-platform functions for opening file streams * FILE *fopenReadStream() * FILE *fopenWriteStream() * * Cross-platform functions that avoid C-runtime boundary crossing * with Windows DLLs * FILE *lept_fopen() * l_int32 lept_fclose() * void lept_calloc() * void lept_free() * * Cross-platform file system operations in temp directories * l_int32 lept_mkdir() * l_int32 lept_rmdir() * l_int32 lept_direxists() * l_int32 lept_mv() * l_int32 lept_rm() * l_int32 lept_cp() * * File name operations * l_int32 splitPathAtDirectory() * l_int32 splitPathAtExtension() * char *pathJoin() * char *genPathname() * l_int32 makeTempDirname() * char *genTempFilename() * l_int32 extractNumberFromFilename() * * File corruption operation * l_int32 fileCorruptByDeletion() * * Generate random integer in given range * l_int32 genRandomIntegerInRange() * * Simple math function * l_int32 lept_roundftoi() * * Gray code conversion * l_uint32 convertBinaryToGrayCode() * l_uint32 convertGrayToBinaryCode() * * Leptonica version number * char *getLeptonicaVersion() * * Timing * void startTimer() * l_float32 stopTimer() * L_TIMER startTimerNested() * l_float32 stopTimerNested() * void l_getCurrentTime() * void l_getFormattedDate() * * Notes on cross-platform development * ----------------------------------- * This is important if your applications must work on Windows. * (1) With the exception of splitPathAtDirectory() and * splitPathAtExtension(), all input pathnames must have unix separators. * (2) The conversion from unix to windows pathnames happens in genPathname(). * (3) Use fopenReadStream() and fopenWriteStream() to open files, * because these use genPathname() to find the platform-dependent * filenames. Likewise for l_binaryRead() and l_binaryWrite(). * (4) For moving, copying and removing files and directories that are in * /tmp or subdirectories of /tmp, use the lept_*() file system * shell wrappers: * lept_mkdir(), lept_rmdir(), lept_mv(), lept_rm() and lept_cp(). * (5) Use the lept_*() C library wrappers. These work properly on * Windows, where the same DLL must perform complementary operations * on file streams (open/close) and heap memory (malloc/free): * lept_fopen(), lept_fclose(), lept_calloc() and lept_free(). */ #include #include #ifndef _WIN32 #include /* unix only */ #endif /* ! _WIN32 */ #ifdef _MSC_VER #include #else #include #endif /* _MSC_VER */ #include "allheaders.h" #ifdef _WIN32 #include static const char path_sepchar = '\\'; #else #include /* for mkdir(2) */ #include static const char path_sepchar = '/'; #endif /* Global for controlling message output at runtime */ LEPT_DLL l_int32 LeptMsgSeverity = DEFAULT_SEVERITY; /* Subdirectory of /tmp into which files are written by default */ static char Lept_Subdir[] = "lept"; /*----------------------------------------------------------------------* * Control of error, warning and info messages * *----------------------------------------------------------------------*/ /*! * setMsgSeverity() * * Input: newsev * Return: oldsev * * Notes: * (1) setMsgSeverity() allows the user to specify the desired * message severity threshold. Messages of equal or greater * severity will be output. The previous message severity is * returned when the new severity is set. * (2) If L_SEVERITY_EXTERNAL is passed, then the severity will be * obtained from the LEPT_MSG_SEVERITY environment variable. * If the environmental variable is not set, a warning is issued. */ l_int32 setMsgSeverity(l_int32 newsev) { l_int32 oldsev; char *envsev; PROCNAME("setMsgSeverity"); oldsev = LeptMsgSeverity; if (newsev == L_SEVERITY_EXTERNAL) { envsev = getenv("LEPT_MSG_SEVERITY"); if (envsev) { LeptMsgSeverity = atoi(envsev); L_INFO("message severity set to external\n", procName); } else { L_WARNING("environment var LEPT_MSG_SEVERITY not defined\n", procName); } } else { LeptMsgSeverity = newsev; L_INFO("message severity set to %d\n", procName, newsev); } return oldsev; } /*----------------------------------------------------------------------* * Error return functions, invoked by macros * * * * (1) These error functions print messages to stderr and allow * * exit from the function that called them. * * (2) They must be invoked only by the macros ERROR_INT, * * ERROR_FLOAT and ERROR_PTR, which are in environ.h * * (3) The print output can be disabled at compile time, either * * by using -DNO_CONSOLE_IO or by setting LeptMsgSeverity. * *----------------------------------------------------------------------*/ /*! * returnErrorInt() * * Input: msg (error message) * procname * ival (return val) * Return: ival (typically 1 for an error return) */ l_int32 returnErrorInt(const char *msg, const char *procname, l_int32 ival) { fprintf(stderr, "Error in %s: %s\n", procname, msg); return ival; } /*! * returnErrorFloat() * * Input: msg (error message) * procname * fval (return val) * Return: fval */ l_float32 returnErrorFloat(const char *msg, const char *procname, l_float32 fval) { fprintf(stderr, "Error in %s: %s\n", procname, msg); return fval; } /*! * returnErrorPtr() * * Input: msg (error message) * procname * pval (return val) * Return: pval (typically null) */ void * returnErrorPtr(const char *msg, const char *procname, void *pval) { fprintf(stderr, "Error in %s: %s\n", procname, msg); return pval; } /*--------------------------------------------------------------------* * Safe string operations * *--------------------------------------------------------------------*/ /*! * stringNew() * * Input: src string * Return: dest copy of src string, or null on error */ char * stringNew(const char *src) { l_int32 len; char *dest; PROCNAME("stringNew"); if (!src) return (char *)ERROR_PTR("src not defined", procName, NULL); len = strlen(src); if ((dest = (char *)CALLOC(len + 1, sizeof(char))) == NULL) return (char *)ERROR_PTR("dest not made", procName, NULL); stringCopy(dest, src, len); return dest; } /*! * stringCopy() * * Input: dest (existing byte buffer) * src string (can be null) * n (max number of characters to copy) * Return: 0 if OK, 1 on error * * Notes: * (1) Relatively safe wrapper for strncpy, that checks the input, * and does not complain if @src is null or @n < 1. * If @n < 1, this is a no-op. * (2) @dest needs to be at least @n bytes in size. * (3) We don't call strncpy() because valgrind complains about * use of uninitialized values. */ l_int32 stringCopy(char *dest, const char *src, l_int32 n) { l_int32 i; PROCNAME("stringCopy"); if (!dest) return ERROR_INT("dest not defined", procName, 1); if (!src || n < 1) return 0; /* Implementation of strncpy that valgrind doesn't complain about */ for (i = 0; i < n && src[i] != '\0'; i++) dest[i] = src[i]; for (; i < n; i++) dest[i] = '\0'; return 0; } /*! * stringReplace() * * Input: &dest string ( copy) * src string * Return: 0 if OK; 1 on error * * Notes: * (1) Frees any existing dest string * (2) Puts a copy of src string in the dest * (3) If either or both strings are null, does something reasonable. */ l_int32 stringReplace(char **pdest, const char *src) { char *scopy; l_int32 len; PROCNAME("stringReplace"); if (!pdest) return ERROR_INT("pdest not defined", procName, 1); if (*pdest) FREE(*pdest); if (src) { len = strlen(src); if ((scopy = (char *)CALLOC(len + 1, sizeof(char))) == NULL) return ERROR_INT("scopy not made", procName, 1); stringCopy(scopy, src, len); *pdest = scopy; } else { *pdest = NULL; } return 0; } /*! * stringLength() * * Input: src string (can be null or null-terminated string) * size (size of src buffer) * Return: length of src in bytes. * * Notes: * (1) Safe implementation of strlen that only checks size bytes * for trailing NUL. * (2) Valid returned string lengths are between 0 and size - 1. * If size bytes are checked without finding a NUL byte, then * an error is indicated by returning size. */ l_int32 stringLength(const char *src, size_t size) { l_int32 i; PROCNAME("stringLength"); if (!src) return ERROR_INT("src not defined", procName, 0); if (size < 1) return 0; for (i = 0; i < size; i++) { if (src[i] == '\0') return i; } return size; } /*! * stringCat() * * Input: dest (null-terminated byte buffer) * size (size of dest) * src string (can be null or null-terminated string) * Return: number of bytes added to dest; -1 on error * * Notes: * (1) Alternative implementation of strncat, that checks the input, * is easier to use (since the size of the dest buffer is specified * rather than the number of bytes to copy), and does not complain * if @src is null. * (2) Never writes past end of dest. * (3) If it can't append src (an error), it does nothing. * (4) N.B. The order of 2nd and 3rd args is reversed from that in * strncat, as in the Windows function strcat_s(). */ l_int32 stringCat(char *dest, size_t size, const char *src) { l_int32 i, n; l_int32 lendest, lensrc; PROCNAME("stringCat"); if (!dest) return ERROR_INT("dest not defined", procName, -1); if (size < 1) return ERROR_INT("size < 1; too small", procName, -1); if (!src) return 0; lendest = stringLength(dest, size); if (lendest == size) return ERROR_INT("no terminating nul byte", procName, -1); lensrc = stringLength(src, size); if (lensrc == 0) return 0; n = (lendest + lensrc > size - 1 ? size - lendest - 1 : lensrc); if (n < 1) return ERROR_INT("dest too small for append", procName, -1); for (i = 0; i < n; i++) dest[lendest + i] = src[i]; dest[lendest + n] = '\0'; return n; } /*! * stringJoin() * * Input: src1 string ( can be null) * src2 string ( can be null) * Return: concatenated string, or null on error * * Notes: * (1) This is a safe version of strcat; it makes a new string. * (2) It is not an error if either or both of the strings * are empty, or if either or both of the pointers are null. */ char * stringJoin(const char *src1, const char *src2) { char *dest; l_int32 srclen1, srclen2, destlen; PROCNAME("stringJoin"); srclen1 = (src1) ? strlen(src1) : 0; srclen2 = (src2) ? strlen(src2) : 0; destlen = srclen1 + srclen2 + 3; if ((dest = (char *)CALLOC(destlen, sizeof(char))) == NULL) return (char *)ERROR_PTR("calloc fail for dest", procName, NULL); if (src1) stringCopy(dest, src1, srclen1); if (src2) strncat(dest, src2, srclen2); return dest; } /*! * stringReverse() * * Input: src (string) * Return: dest (newly-allocated reversed string) */ char * stringReverse(const char *src) { char *dest; l_int32 i, len; PROCNAME("stringReverse"); if (!src) return (char *)ERROR_PTR("src not defined", procName, NULL); len = strlen(src); if ((dest = (char *)CALLOC(len + 1, sizeof(char))) == NULL) return (char *)ERROR_PTR("calloc fail for dest", procName, NULL); for (i = 0; i < len; i++) dest[i] = src[len - 1 - i]; return dest; } /*! * strtokSafe() * * Input: cstr (input string to be sequentially parsed; * use NULL after the first call) * seps (a string of character separators) * &saveptr ( ptr to the next char after * the last encountered separator) * Return: substr (a new string that is copied from the previous * saveptr up to but not including the next * separator character), or NULL if end of cstr. * * Notes: * (1) This is a thread-safe implementation of strtok. * (2) It has the same interface as strtok_r. * (3) It differs from strtok_r in usage in two respects: * (a) the input string is not altered * (b) each returned substring is newly allocated and must * be freed after use. * (4) Let me repeat that. This is "safe" because the input * string is not altered and because each returned string * is newly allocated on the heap. * (5) It is here because, surprisingly, some C libraries don't * include strtok_r. * (6) Important usage points: * - Input the string to be parsed on the first invocation. * - Then input NULL after that; the value returned in saveptr * is used in all subsequent calls. * (7) This is only slightly slower than strtok_k. */ char * strtokSafe(char *cstr, const char *seps, char **psaveptr) { char nextc; char *start, *substr; l_int32 istart, i, j, nchars; PROCNAME("strtokSafe"); if (!seps) return (char *)ERROR_PTR("seps not defined", procName, NULL); if (!psaveptr) return (char *)ERROR_PTR("&saveptr not defined", procName, NULL); if (!cstr) start = *psaveptr; else start = cstr; if (!start) /* nothing to do */ return NULL; /* First time, scan for the first non-sep character */ istart = 0; if (cstr) { for (istart = 0;; istart++) { if ((nextc = start[istart]) == '\0') { *psaveptr = NULL; /* in case caller doesn't check ret value */ return NULL; } if (!strchr(seps, nextc)) break; } } /* Scan through, looking for a sep character; if none is * found, 'i' will be at the end of the string. */ for (i = istart;; i++) { if ((nextc = start[i]) == '\0') break; if (strchr(seps, nextc)) break; } /* Save the substring */ nchars = i - istart; substr = (char *)CALLOC(nchars + 1, sizeof(char)); stringCopy(substr, start + istart, nchars); /* Look for the next non-sep character. * If this is the last substring, return a null saveptr. */ for (j = i;; j++) { if ((nextc = start[j]) == '\0') { *psaveptr = NULL; /* no more non-sep characters */ break; } if (!strchr(seps, nextc)) { *psaveptr = start + j; /* start here on next call */ break; } } return substr; } /*! * stringSplitOnToken() * * Input: cstr (input string to be split; not altered) * seps (a string of character separators) * &head ( ptr to copy of the input string, up to * the first separator token encountered) * &tail ( ptr to copy of the part of the input string * starting with the first non-separator character * that occurs after the first separator is found) * Return: 0 if OK, 1 on error * * Notes: * (1) The input string is not altered; all split parts are new strings. * (2) The split occurs around the first consecutive sequence of * tokens encountered. * (3) The head goes from the beginning of the string up to * but not including the first token found. * (4) The tail contains the second part of the string, starting * with the first char in that part that is NOT a token. * (5) If no separator token is found, 'head' contains a copy * of the input string and 'tail' is null. */ l_int32 stringSplitOnToken(char *cstr, const char *seps, char **phead, char **ptail) { char *saveptr; PROCNAME("stringSplitOnToken"); if (!phead) return ERROR_INT("&head not defined", procName, 1); if (!ptail) return ERROR_INT("&tail not defined", procName, 1); *phead = *ptail = NULL; if (!cstr) return ERROR_INT("cstr not defined", procName, 1); if (!seps) return ERROR_INT("seps not defined", procName, 1); *phead = strtokSafe(cstr, seps, &saveptr); if (saveptr) *ptail = stringNew(saveptr); return 0; } /*--------------------------------------------------------------------* * Find and replace procs * *--------------------------------------------------------------------*/ /*! * stringRemoveChars() * * Input: src (input string; can be of zero length) * remchars (string of chars to be removed from src) * Return: dest (string with specified chars removed), or null on error */ char * stringRemoveChars(const char *src, const char *remchars) { char ch; char *dest; l_int32 nsrc, i, k; PROCNAME("stringRemoveChars"); if (!src) return (char *)ERROR_PTR("src not defined", procName, NULL); if (!remchars) return stringNew(src); if ((dest = (char *)CALLOC(strlen(src) + 1, sizeof(char))) == NULL) return (char *)ERROR_PTR("dest not made", procName, NULL); nsrc = strlen(src); for (i = 0, k = 0; i < nsrc; i++) { ch = src[i]; if (!strchr(remchars, ch)) dest[k++] = ch; } return dest; } /*! * stringFindSubstr() * * Input: src (input string; can be of zero length) * sub (substring to be searched for) * &loc ( location of substring in src) * Return: 1 if found; 0 if not found or on error * * Notes: * (1) This is a wrapper around strstr(). * (2) Both @src and @sub must be defined, and @sub must have * length of at least 1. * (3) If the substring is not found and loc is returned, it has * the value -1. */ l_int32 stringFindSubstr(const char *src, const char *sub, l_int32 *ploc) { char *ptr; PROCNAME("stringFindSubstr"); if (!src) return ERROR_INT("src not defined", procName, 0); if (!sub) return ERROR_INT("sub not defined", procName, 0); if (ploc) *ploc = -1; if (strlen(sub) == 0) return ERROR_INT("substring length 0", procName, 0); if (strlen(src) == 0) return 0; if ((ptr = (char *)strstr(src, sub)) == NULL) /* not found */ return 0; if (ploc) *ploc = ptr - src; return 1; } /*! * stringReplaceSubstr() * * Input: src (input string; can be of zero length) * sub1 (substring to be replaced) * sub2 (substring to put in; can be "") * &found ( 1 if sub1 is found; 0 otherwise) * &loc ( location of ptr after replacement) * Return: dest (string with substring replaced), or null if the * substring not found or on error. * * Notes: * (1) Replaces the first instance. * (2) To only remove sub1, use "" for sub2 * (3) Returns a new string if sub1 and sub2 are the same. * (4) The optional loc is input as the byte offset within the src * from which the search starts, and after the search it is the * char position in the string of the next character after * the substituted string. * (5) N.B. If ploc is not null, loc must always be initialized. * To search the string from the beginning, set loc = 0. */ char * stringReplaceSubstr(const char *src, const char *sub1, const char *sub2, l_int32 *pfound, l_int32 *ploc) { char *ptr, *dest; l_int32 nsrc, nsub1, nsub2, len, npre, loc; PROCNAME("stringReplaceSubstr"); if (!src) return (char *)ERROR_PTR("src not defined", procName, NULL); if (!sub1) return (char *)ERROR_PTR("sub1 not defined", procName, NULL); if (!sub2) return (char *)ERROR_PTR("sub2 not defined", procName, NULL); if (pfound) *pfound = 0; if (ploc) loc = *ploc; else loc = 0; if ((ptr = (char *)strstr(src + loc, sub1)) == NULL) { return NULL; } if (pfound) *pfound = 1; nsrc = strlen(src); nsub1 = strlen(sub1); nsub2 = strlen(sub2); len = nsrc + nsub2 - nsub1; if ((dest = (char *)CALLOC(len + 1, sizeof(char))) == NULL) return (char *)ERROR_PTR("dest not made", procName, NULL); npre = ptr - src; memcpy(dest, src, npre); strcpy(dest + npre, sub2); strcpy(dest + npre + nsub2, ptr + nsub1); if (ploc) *ploc = npre + nsub2; return dest; } /*! * stringReplaceEachSubstr() * * Input: src (input string; can be of zero length) * sub1 (substring to be replaced) * sub2 (substring to put in; can be "") * &count ( the number of times that sub1 * is found in src; 0 if not found) * Return: dest (string with substring replaced), or null if the * substring not found or on error. * * Notes: * (1) Replaces every instance. * (2) To only remove each instance of sub1, use "" for sub2 * (3) Returns NULL if sub1 and sub2 are the same. */ char * stringReplaceEachSubstr(const char *src, const char *sub1, const char *sub2, l_int32 *pcount) { char *currstr, *newstr; l_int32 loc; PROCNAME("stringReplaceEachSubstr"); if (!src) return (char *)ERROR_PTR("src not defined", procName, NULL); if (!sub1) return (char *)ERROR_PTR("sub1 not defined", procName, NULL); if (!sub2) return (char *)ERROR_PTR("sub2 not defined", procName, NULL); if (pcount) *pcount = 0; loc = 0; if ((newstr = stringReplaceSubstr(src, sub1, sub2, NULL, &loc)) == NULL) return NULL; if (pcount) (*pcount)++; while (1) { currstr = newstr; newstr = stringReplaceSubstr(currstr, sub1, sub2, NULL, &loc); if (!newstr) return currstr; FREE(currstr); if (pcount) (*pcount)++; } } /*! * arrayFindEachSequence() * * Input: data (byte array) * datalen (length of data, in bytes) * sequence (subarray of bytes to find in data) * seqlen (length of sequence, in bytes) * Return: dna of offsets where the sequence is found, or null if * none are found or on error * * Notes: * (1) The byte arrays @data and @sequence are not C strings, * as they can contain null bytes. Therefore, for each * we must give the length of the array. * (2) This finds every occurrence in @data of @sequence. */ L_DNA * arrayFindEachSequence(const l_uint8 *data, l_int32 datalen, const l_uint8 *sequence, l_int32 seqlen) { l_int32 start, offset, realoffset, found; L_DNA *da; PROCNAME("arrayFindEachSequence"); if (!data || !sequence) return (L_DNA *)ERROR_PTR("data & sequence not both defined", procName, NULL); da = l_dnaCreate(0); start = 0; while (1) { arrayFindSequence(data + start, datalen - start, sequence, seqlen, &offset, &found); if (found == FALSE) break; realoffset = start + offset; l_dnaAddNumber(da, realoffset); start = realoffset + seqlen; if (start >= datalen) break; } if (l_dnaGetCount(da) == 0) l_dnaDestroy(&da); return da; } /*! * arrayFindSequence() * * Input: data (byte array) * datalen (length of data, in bytes) * sequence (subarray of bytes to find in data) * seqlen (length of sequence, in bytes) * &offset (return> offset from beginning of * data where the sequence begins) * &found ( 1 if sequence is found; 0 otherwise) * Return: 0 if OK, 1 on error * * Notes: * (1) The byte arrays 'data' and 'sequence' are not C strings, * as they can contain null bytes. Therefore, for each * we must give the length of the array. * (2) This searches for the first occurrence in @data of @sequence, * which consists of @seqlen bytes. The parameter @seqlen * must not exceed the actual length of the @sequence byte array. * (3) If the sequence is not found, the offset will be set to -1. */ l_int32 arrayFindSequence(const l_uint8 *data, l_int32 datalen, const l_uint8 *sequence, l_int32 seqlen, l_int32 *poffset, l_int32 *pfound) { l_int32 i, j, found, lastpos; PROCNAME("arrayFindSequence"); if (!data || !sequence) return ERROR_INT("data & sequence not both defined", procName, 1); if (!poffset) return ERROR_INT("&offset not defined", procName, 1); *poffset = -1; if (pfound) *pfound = 0; lastpos = datalen - seqlen + 1; found = 0; for (i = 0; i < lastpos; i++) { for (j = 0; j < seqlen; j++) { if (data[i + j] != sequence[j]) break; if (j == seqlen - 1) found = 1; } if (found) break; } if (found) { *poffset = i; if (pfound) *pfound = 1; } return 0; } /*--------------------------------------------------------------------* * Safe realloc * *--------------------------------------------------------------------*/ /*! * reallocNew() * * Input: &indata (; nulls indata) * oldsize (size of input data to be copied, in bytes) * newsize (size of data to be reallocated in bytes) * Return: ptr to new data, or null on error * * Action: !N.B. (3) and (4)! * (1) Allocates memory, initialized to 0 * (2) Copies as much of the input data as possible * to the new block, truncating the copy if necessary * (3) Frees the input data * (4) Zeroes the input data ptr * * Notes: * (1) If newsize <=0, just frees input data and nulls ptr * (2) If input ptr is null, just callocs new memory * (3) This differs from realloc in that it always allocates * new memory (if newsize > 0) and initializes it to 0, * it requires the amount of old data to be copied, * and it takes the address of the input ptr and * nulls the handle. */ void * reallocNew(void **pindata, l_int32 oldsize, l_int32 newsize) { l_int32 minsize; void *indata; void *newdata; PROCNAME("reallocNew"); if (!pindata) return ERROR_PTR("input data not defined", procName, NULL); indata = *pindata; if (newsize <= 0) { /* nonstandard usage */ if (indata) { FREE(indata); *pindata = NULL; } return NULL; } if (!indata) { /* nonstandard usage */ if ((newdata = (void *)CALLOC(1, newsize)) == NULL) return ERROR_PTR("newdata not made", procName, NULL); return newdata; } /* Standard usage */ if ((newdata = (void *)CALLOC(1, newsize)) == NULL) return ERROR_PTR("newdata not made", procName, NULL); minsize = L_MIN(oldsize, newsize); memcpy((char *)newdata, (char *)indata, minsize); FREE(indata); *pindata = NULL; return newdata; } /*--------------------------------------------------------------------* * Read and write between file and memory * *--------------------------------------------------------------------*/ /*! * l_binaryRead() * * Input: filename * &nbytes ( number of bytes read) * Return: data, or null on error */ l_uint8 * l_binaryRead(const char *filename, size_t *pnbytes) { l_uint8 *data; FILE *fp; PROCNAME("l_binaryRead"); if (!filename) return (l_uint8 *)ERROR_PTR("filename not defined", procName, NULL); if (!pnbytes) return (l_uint8 *)ERROR_PTR("pnbytes not defined", procName, NULL); *pnbytes = 0; if ((fp = fopenReadStream(filename)) == NULL) return (l_uint8 *)ERROR_PTR("file stream not opened", procName, NULL); data = l_binaryReadStream(fp, pnbytes); fclose(fp); return data; } /*! * l_binaryReadStream() * * Input: stream * &nbytes ( number of bytes read) * Return: null-terminated array, or null on error * (reading 0 bytes is not an error) * * Notes: * (1) The returned array is terminated with a null byte so that * it can be used to read ascii data into a proper C string. * (2) Side effect: this re-positions the stream ptr to the * beginning of the file. */ l_uint8 * l_binaryReadStream(FILE *fp, size_t *pnbytes) { l_int32 ignore; l_uint8 *data; PROCNAME("l_binaryReadStream"); if (!pnbytes) return (l_uint8 *)ERROR_PTR("&nbytes not defined", procName, NULL); *pnbytes = 0; if (!fp) return (l_uint8 *)ERROR_PTR("stream not defined", procName, NULL); *pnbytes = fnbytesInFile(fp); if ((data = (l_uint8 *)CALLOC(1, *pnbytes + 1)) == NULL) return (l_uint8 *)ERROR_PTR("calloc fail for data", procName, NULL); ignore = fread(data, 1, *pnbytes, fp); return data; } /*! * l_binaryWrite() * * Input: filename (output) * operation ("w" for write; "a" for append) * data (binary data to be written) * nbytes (size of data array) * Return: 0 if OK; 1 on error */ l_int32 l_binaryWrite(const char *filename, const char *operation, void *data, size_t nbytes) { char actualOperation[20]; FILE *fp; PROCNAME("l_binaryWrite"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!operation) return ERROR_INT("operation not defined", procName, 1); if (!data) return ERROR_INT("data not defined", procName, 1); if (nbytes <= 0) return ERROR_INT("nbytes must be > 0", procName, 1); if (!strcmp(operation, "w") && !strcmp(operation, "a")) return ERROR_INT("operation not one of {'w','a'}", procName, 1); /* The 'b' flag to fopen() is ignored for all POSIX * conforming systems. However, Windows needs the 'b' flag. */ stringCopy(actualOperation, operation, 2); strncat(actualOperation, "b", 2); if ((fp = fopenWriteStream(filename, actualOperation)) == NULL) return ERROR_INT("stream not opened", procName, 1); fwrite(data, 1, nbytes, fp); fclose(fp); return 0; } /*! * nbytesInFile() * * Input: filename * Return: nbytes in file; 0 on error */ size_t nbytesInFile(const char *filename) { size_t nbytes; FILE *fp; PROCNAME("nbytesInFile"); if (!filename) return ERROR_INT("filename not defined", procName, 0); if ((fp = fopenReadStream(filename)) == NULL) return ERROR_INT("stream not opened", procName, 0); nbytes = fnbytesInFile(fp); fclose(fp); return nbytes; } /*! * fnbytesInFile() * * Input: file stream * Return: nbytes in file; 0 on error */ size_t fnbytesInFile(FILE *fp) { size_t nbytes, pos; PROCNAME("fnbytesInFile"); if (!fp) return ERROR_INT("stream not open", procName, 0); pos = ftell(fp); /* initial position */ fseek(fp, 0, SEEK_END); /* EOF */ nbytes = ftell(fp); fseek(fp, pos, SEEK_SET); /* back to initial position */ return nbytes; } /*--------------------------------------------------------------------* * Copy in memory * *--------------------------------------------------------------------*/ /*! * l_binaryCopy() * * Input: datas * size (of data array) * Return: datad (on heap), or null on error * * Notes: * (1) We add 4 bytes to the zeroed output because in some cases * (e.g., string handling) it is important to have the data * be null terminated. This guarantees that after the memcpy, * the result is automatically null terminated. */ l_uint8 * l_binaryCopy(l_uint8 *datas, size_t size) { l_uint8 *datad; PROCNAME("l_binaryCopy"); if (!datas) return (l_uint8 *)ERROR_PTR("datas not defined", procName, NULL); if ((datad = (l_uint8 *)CALLOC(size + 4, sizeof(l_uint8))) == NULL) return (l_uint8 *)ERROR_PTR("datad not made", procName, NULL); memcpy(datad, datas, size); return datad; } /*--------------------------------------------------------------------* * File copy operations * *--------------------------------------------------------------------*/ /*! * fileCopy() * * Input: srcfile (copy this file) * newfile (to this file) * Return: 0 if OK, 1 on error */ l_int32 fileCopy(const char *srcfile, const char *newfile) { l_int32 ret; size_t nbytes; l_uint8 *data; PROCNAME("fileCopy"); if (!srcfile) return ERROR_INT("srcfile not defined", procName, 1); if (!newfile) return ERROR_INT("newfile not defined", procName, 1); if ((data = l_binaryRead(srcfile, &nbytes)) == NULL) return ERROR_INT("data not returned", procName, 1); ret = l_binaryWrite(newfile, "w", data, nbytes); FREE(data); return ret; } /*! * fileConcatenate() * * Input: srcfile (file to append) * destfile (file to add to) * Return: 0 if OK, 1 on error */ l_int32 fileConcatenate(const char *srcfile, const char *destfile) { size_t nbytes; l_uint8 *data; PROCNAME("fileConcatenate"); if (!srcfile) return ERROR_INT("srcfile not defined", procName, 1); if (!destfile) return ERROR_INT("destfile not defined", procName, 1); data = l_binaryRead(srcfile, &nbytes); l_binaryWrite(destfile, "a", data, nbytes); FREE(data); return 0; } /*! * fileAppendString() * * Input: filename * str (string to append to file) * Return: 0 if OK, 1 on error */ l_int32 fileAppendString(const char *filename, const char *str) { FILE *fp; PROCNAME("fileAppendString"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!str) return ERROR_INT("str not defined", procName, 1); if ((fp = fopenWriteStream(filename, "a")) == NULL) return ERROR_INT("stream not opened", procName, 1); fprintf(fp, "%s", str); fclose(fp); return 0; } /*--------------------------------------------------------------------* * Test files for equivalence * *--------------------------------------------------------------------*/ /*! * filesAreIdentical() * * Input: fname1 * fname2 * &same ( 1 if identical; 0 if different) * Return: 0 if OK, 1 on error */ l_int32 filesAreIdentical(const char *fname1, const char *fname2, l_int32 *psame) { l_int32 i, same; size_t nbytes1, nbytes2; l_uint8 *array1, *array2; PROCNAME("filesAreIdentical"); if (!psame) return ERROR_INT("&same not defined", procName, 1); *psame = 0; if (!fname1 || !fname2) return ERROR_INT("both names not defined", procName, 1); nbytes1 = nbytesInFile(fname1); nbytes2 = nbytesInFile(fname2); if (nbytes1 != nbytes2) return 0; if ((array1 = l_binaryRead(fname1, &nbytes1)) == NULL) return ERROR_INT("array1 not read", procName, 1); if ((array2 = l_binaryRead(fname2, &nbytes2)) == NULL) return ERROR_INT("array2 not read", procName, 1); same = 1; for (i = 0; i < nbytes1; i++) { if (array1[i] != array2[i]) { same = 0; break; } } FREE(array1); FREE(array2); *psame = same; return 0; } /*--------------------------------------------------------------------------* * 16 and 32 bit byte-swapping on big endian and little endian machines * * * * These are typically used for I/O conversions: * * (1) endian conversion for data that was read from a file * * (2) endian conversion on data before it is written to a file * *--------------------------------------------------------------------------*/ /*--------------------------------------------------------------------* * 16-bit byte swapping * *--------------------------------------------------------------------*/ #ifdef L_BIG_ENDIAN l_uint16 convertOnBigEnd16(l_uint16 shortin) { return ((shortin << 8) | (shortin >> 8)); } l_uint16 convertOnLittleEnd16(l_uint16 shortin) { return shortin; } #else /* L_LITTLE_ENDIAN */ l_uint16 convertOnLittleEnd16(l_uint16 shortin) { return ((shortin << 8) | (shortin >> 8)); } l_uint16 convertOnBigEnd16(l_uint16 shortin) { return shortin; } #endif /* L_BIG_ENDIAN */ /*--------------------------------------------------------------------* * 32-bit byte swapping * *--------------------------------------------------------------------*/ #ifdef L_BIG_ENDIAN l_uint32 convertOnBigEnd32(l_uint32 wordin) { return ((wordin << 24) | ((wordin << 8) & 0x00ff0000) | ((wordin >> 8) & 0x0000ff00) | (wordin >> 24)); } l_uint32 convertOnLittleEnd32(l_uint32 wordin) { return wordin; } #else /* L_LITTLE_ENDIAN */ l_uint32 convertOnLittleEnd32(l_uint32 wordin) { return ((wordin << 24) | ((wordin << 8) & 0x00ff0000) | ((wordin >> 8) & 0x0000ff00) | (wordin >> 24)); } l_uint32 convertOnBigEnd32(l_uint32 wordin) { return wordin; } #endif /* L_BIG_ENDIAN */ /*--------------------------------------------------------------------* * Opening file streams * *--------------------------------------------------------------------*/ /*! * fopenReadStream() * * Input: filename * Return: stream, or null on error * * Notes: * (1) This wrapper also handles pathname conversions for Windows. * It should be used whenever you want to run fopen() to * read from a stream. */ FILE * fopenReadStream(const char *filename) { char *fname, *tail; FILE *fp; PROCNAME("fopenReadStream"); if (!filename) return (FILE *)ERROR_PTR("filename not defined", procName, NULL); /* Try input filename */ fname = genPathname(filename, NULL); fp = fopen(fname, "rb"); FREE(fname); if (fp) return fp; /* Else, strip directory and try locally */ splitPathAtDirectory(filename, NULL, &tail); fp = fopen(tail, "rb"); FREE(tail); if (!fp) return (FILE *)ERROR_PTR("file not found", procName, NULL); return fp; } /*! * fopenWriteStream() * * Input: filename * modestring * Return: stream, or null on error * * Notes: * (1) This wrapper also handles pathname conversions for Windows. * It should be used whenever you want to run fopen() to * write or append to a stream. */ FILE * fopenWriteStream(const char *filename, const char *modestring) { FILE *fp; PROCNAME("fopenWriteStream"); if (!filename) return (FILE *)ERROR_PTR("filename not defined", procName, NULL); #ifdef _WIN32 { char *fname; fname = genPathname(filename, NULL); fp = fopen(fname, modestring); FREE(fname); } #else fp = fopen(filename, modestring); #endif /* _WIN32 */ if (!fp) return (FILE *)ERROR_PTR("stream not opened", procName, NULL); return fp; } /*--------------------------------------------------------------------* * Functions to avoid C-runtime boundary crossing with dlls * *--------------------------------------------------------------------*/ /* * Problems arise when pointers to streams and data are passed * between two Windows DLLs that have been generated with different * C runtimes. To avoid this, leptonica provides wrappers for * several C library calls. */ /*! * lept_fopen() * * Input: filename * mode (same as for fopen(); e.g., "rb") * Return: stream or null on error * * Notes: * (1) This must be used by any application that passes * a file handle to a leptonica Windows DLL. */ FILE * lept_fopen(const char *filename, const char *mode) { PROCNAME("lept_fopen"); if (!filename) return (FILE *)ERROR_PTR("filename not defined", procName, NULL); if (!mode) return (FILE *)ERROR_PTR("mode not defined", procName, NULL); if (stringFindSubstr(mode, "r", NULL)) return fopenReadStream(filename); else return fopenWriteStream(filename, mode); } /*! * lept_fclose() * * Input: fp (stream handle) * Return: 0 if OK, 1 on error * * Notes: * (1) This should be used by any application that accepts * a file handle generated by a leptonica Windows DLL. */ l_int32 lept_fclose(FILE *fp) { PROCNAME("lept_fclose"); if (!fp) return ERROR_INT("stream not defined", procName, 1); return fclose(fp); } /*! * lept_calloc() * * Input: nmemb (number of members) * size (of each member) * Return: void ptr, or null on error * * Notes: * (1) For safety with windows DLLs, this can be used in conjunction * with lept_free() to avoid C-runtime boundary problems. * Just use these two functions throughout your application. */ void * lept_calloc(size_t nmemb, size_t size) { if (nmemb <= 0 || size <= 0) return NULL; return CALLOC(nmemb, size); } /*! * lept_free() * * Input: void ptr * Return: 0 if OK, 1 on error * * Notes: * (1) This should be used by any application that accepts * heap data allocated by a leptonica Windows DLL. */ void lept_free(void *ptr) { if (!ptr) return; FREE(ptr); return; } /*--------------------------------------------------------------------* * Cross-platform file system operations * * [ These only write to /tmp or its subdirectories ] * *--------------------------------------------------------------------*/ /*! * lept_mkdir() * * Input: subdir (of /tmp or its equivalent on Windows) * Return: 0 on success, non-zero on failure * * Notes: * (1) This makes a subdirectory of /tmp/. * (2) Use unix pathname separators. * (3) On Windows, it makes a subdirectory of /leptonica, * where is the Windows temp dir. The name translation is: * /tmp --> /leptonica */ l_int32 lept_mkdir(const char *subdir) { char *dir; l_int32 ret; #ifdef _WIN32 char *newpath; l_uint32 attributes; #endif /* !_WIN32 */ PROCNAME("lept_mkdir"); if (!subdir) return ERROR_INT("subdir not defined", procName, 1); if ((strlen(subdir) == 0) || (subdir[0] == '.') || (subdir[0] == '/')) return ERROR_INT("subdir not an actual subdirectory", procName, 1); dir = pathJoin("/tmp", subdir); #ifndef _WIN32 ret = mkdir(dir, 0777); #else /* Make sure the leptonica subdir exists in tmp dir */ newpath = genPathname("/tmp", NULL); attributes = GetFileAttributes(newpath); if (attributes == INVALID_FILE_ATTRIBUTES) { ret = (CreateDirectory(newpath, NULL) ? 0 : 1); } FREE(newpath); newpath = genPathname(dir, NULL); ret = (CreateDirectory(newpath, NULL) ? 0 : 1); FREE(newpath); #endif /* !_WIN32 */ FREE(dir); return ret; } /*! * lept_rmdir() * * Input: subdir (of /tmp or its equivalent on Windows) * Return: 0 on success, non-zero on failure * * Notes: * (1) On unix, this removes all the files in the named * subdirectory of /tmp. It then removes the subdirectory. * (2) Use unix pathname separators. * (3) On Windows, the affected directory is a subdirectory * of /leptonica, where is the Windows temp dir. */ l_int32 lept_rmdir(const char *subdir) { char *dir, *fname, *fullname; l_int32 exists, ret, i, nfiles; SARRAY *sa; #ifdef _WIN32 char *newpath; #endif /* _WIN32 */ PROCNAME("lept_rmdir"); if (!subdir) return ERROR_INT("subdir not defined", procName, 1); if ((strlen(subdir) == 0) || (subdir[0] == '.') || (subdir[0] == '/')) return ERROR_INT("subdir not an actual subdirectory", procName, 1); if ((dir = pathJoin("/tmp", subdir)) == NULL) return ERROR_INT("dir not made", procName, 1); lept_direxists(dir, &exists); if (!exists) { /* fail silently */ FREE(dir); return 0; } /* List all the files in temp subdir */ if ((sa = getFilenamesInDirectory(dir)) == NULL) { L_ERROR("directory %s does not exist!!\n", procName, dir); FREE(dir); return 1; } nfiles = sarrayGetCount(sa); #ifndef _WIN32 for (i = 0; i < nfiles; i++) { fname = sarrayGetString(sa, i, L_NOCOPY); fullname = genPathname(dir, fname); remove(fullname); FREE(fullname); } ret = remove(dir); #else for (i = 0; i < nfiles; i++) { fname = sarrayGetString(sa, i, L_NOCOPY); fullname = genPathname(dir, fname); ret = DeleteFile(fullname); FREE(fullname); } newpath = genPathname(dir, NULL); ret = (RemoveDirectory(newpath) ? 0 : 1); FREE(newpath); #endif /* !_WIN32 */ sarrayDestroy(&sa); FREE(dir); return ret; } /*! * lept_direxists() * * Input: dirname * &exists ( 1 on success, 0 on failure) * Return: void * * Notes: * (1) For Windows, use windows pathname separators. */ void lept_direxists(const char *dirname, l_int32 *pexists) { if (!pexists) return; *pexists = 0; if (!dirname) return; #ifndef _WIN32 { DIR *pdir = opendir(dirname); if (pdir) { *pexists = 1; closedir(pdir); } } #else /* _WIN32 */ { char *fulldirname; fulldirname = genPathname(dirname, NULL); if (fulldirname) { HANDLE hFind = INVALID_HANDLE_VALUE; WIN32_FIND_DATAA ffd; hFind = FindFirstFileA(fulldirname, &ffd); if (hFind != INVALID_HANDLE_VALUE) { *pexists = 1; FindClose(hFind); } FREE(fulldirname); } } #endif /* _WIN32 */ return; } /*! * lept_rm() * * Input: subdir (can be NULL, in which case the removed file is * in /tmp) * filename (with or without the directory) * Return: 0 on success, non-zero on failure * * Notes: * (1) This removes the named file in /tmp or a subdirectory of /tmp. * If the file is in /tmp, use NULL for the subdir. * (2) @filename can include directories in the path, but they are ignored. * (3) Use unix pathname separators. * (4) On Windows, the file is in either /leptonica, or * a subdirectory of this, where is the Windows temp dir. * The name translation is: /tmp --> /leptonica */ l_int32 lept_rm(const char *subdir, const char *filename) { char *dir, *pathname, *tail; l_int32 ret; #ifdef _WIN32 char *newpath; #endif /* _WIN32 */ PROCNAME("lept_rm"); if (!filename || strlen(filename) == 0) return ERROR_INT("filename undefined or empty", procName, 1); splitPathAtDirectory(filename, NULL, &tail); if (subdir) { dir = pathJoin("/tmp", subdir); pathname = pathJoin(dir, tail); FREE(dir); } else { pathname = pathJoin("/tmp", tail); } FREE(tail); if (!pathname) return ERROR_INT("pathname not made", procName, 1); #ifndef _WIN32 ret = remove(pathname); #else newpath = genPathname(pathname, NULL); if (!newpath) { FREE(pathname); return ERROR_INT("newpath not made", procName, 1); } ret = (DeleteFile(newpath) ? 0 : 1); FREE(newpath); #endif /* !_WIN32 */ FREE(pathname); return ret; } /*! * lept_mv() * * Input: srcfile, newfile * Return: 0 on success, non-zero on failure * * Notes: * (1) This moves a srcfile to /tmp or to a subdirectory of /tmp. * (2) The input srcfile name is the complete pathname. * The input newfile is either in /tmp or a subdirectory * of /tmp, and newfile can be specified either as the * full path or without the leading '/tmp'. * (3) Use unix pathname separators. * (4) On Windows, the source and target filename are altered * internally if necessary to conform to the Windows temp file. * The name translation is: /tmp --> /leptonica */ l_int32 lept_mv(const char *srcfile, const char *newfile) { char *newfileplus; l_int32 ret; #ifndef _WIN32 char *command; l_int32 nbytes; #else char *srcpath, *newpath, *tail; l_uint32 attributes; #endif /* !_WIN32 */ PROCNAME("lept_mv"); if (!srcfile || !newfile) return ERROR_INT("srcfile and newfile not both defined", procName, 1); if (strncmp(newfile, "/tmp/", 5)) newfileplus = pathJoin("/tmp", newfile); else newfileplus = stringNew(newfile); #ifndef _WIN32 nbytes = strlen(srcfile) + strlen(newfileplus) + 10; command = (char *)CALLOC(nbytes, sizeof(char)); snprintf(command, nbytes, "mv %s %s", srcfile, newfileplus); ret = system(command); FREE(command); #else srcpath = genPathname(srcfile, NULL); newpath = genPathname(newfileplus, NULL); attributes = GetFileAttributes(newpath); if (attributes != INVALID_FILE_ATTRIBUTES && (attributes & FILE_ATTRIBUTE_DIRECTORY)) { if (splitPathAtDirectory(srcpath, NULL, &tail)) { FREE(srcpath); FREE(newpath); return ERROR_INT("Unable to split source filename into root & tail", procName, 1); } FREE(newpath); newpath = genPathname(newfileplus, tail); FREE(tail); } /* New file overwritten if it already exists */ ret = (MoveFileEx(srcpath, newpath, MOVEFILE_COPY_ALLOWED | MOVEFILE_REPLACE_EXISTING) ? 0 : 1); FREE(srcpath); FREE(newpath); #endif /* !_WIN32 */ FREE(newfileplus); return ret; } /*! * lept_cp() * * Input: srcfile * newfile * Return: 0 on success, non-zero on failure * * Notes: * (1) This copies a file to /tmp or a subdirectory of /tmp. * (2) The input srcfile name is the complete pathname. * The input newfile is either in /tmp or a subdirectory * of /tmp, and newfile can be specified either as the * full path or without the leading '/tmp'. * (3) Use unix pathname separators. * (4) On Windows, the source and target filename are altered * internally if necessary to conform to the Windows temp file. * (5) Alternatively, you can use fileCopy(). This avoids * forking a new process and has no restrictions on the * destination directory. */ l_int32 lept_cp(const char *srcfile, const char *newfile) { char *newfileplus; l_int32 ret; #ifndef _WIN32 char *command; l_int32 nbytes; #else char *srcpath, *newpath, *tail; l_uint32 attributes; #endif /* !_WIN32 */ PROCNAME("lept_cp"); if (!srcfile || !newfile) return ERROR_INT("srcfile and newfile not both defined", procName, 1); if (strncmp(newfile, "/tmp/", 5)) newfileplus = pathJoin("/tmp", newfile); else newfileplus = stringNew(newfile); #ifndef _WIN32 nbytes = strlen(srcfile) + strlen(newfileplus) + 10; command = (char *)CALLOC(nbytes, sizeof(char)); snprintf(command, nbytes, "cp %s %s", srcfile, newfile); ret = system(command); FREE(command); #else srcpath = genPathname(srcfile, NULL); newpath = genPathname(newfileplus, NULL); attributes = GetFileAttributes(newpath); if (attributes != INVALID_FILE_ATTRIBUTES && (attributes & FILE_ATTRIBUTE_DIRECTORY)) { if (splitPathAtDirectory(srcpath, NULL, &tail)) { FREE(srcpath); FREE(newpath); return ERROR_INT("Unable to split source filename into root & tail", procName, 1); } FREE(newpath); newpath = genPathname(newfileplus, tail); FREE(tail); } /* New file overwritten if it already exists */ ret = (CopyFile(srcpath, newpath, FALSE) ? 0 : 1); FREE(srcpath); FREE(newpath); #endif /* !_WIN32 */ FREE(newfileplus); return ret; } /*--------------------------------------------------------------------* * File name operations * *--------------------------------------------------------------------*/ /*! * splitPathAtDirectory() * * Input: pathname (full path; can be a directory) * &dir ( root directory name of * input path, including trailing '/') * &tail ( path tail, which is either * the file name within the root directory or * the last sub-directory in the path) * Return: 0 if OK, 1 on error * * Notes: * (1) If you only want the tail, input null for the root directory ptr. * (2) If you only want the root directory name, input null for the * tail ptr. * (3) This function makes decisions based only on the lexical * structure of the input. Examples: * /usr/tmp/abc --> dir: /usr/tmp/ tail: abc * /usr/tmp/ --> dir: /usr/tmp/ tail: [empty string] * /usr/tmp --> dir: /usr/ tail: tmp * abc --> dir: [empty string] tail: abc * (4) For unix, the input pathname must have unix directory * separators (i.e., forward slashes). For windows, we allow * both forward and backward slash separators, because Win32 * pathname functions generally accept either slash form. * Note, however, that the windows command line interpreter * only accepts backward slashes, because forward slashes are * used to demarcate switches (vs. dashes in unix). */ l_int32 splitPathAtDirectory(const char *pathname, char **pdir, char **ptail) { char *cpathname, *lastslash, *fwdslash; PROCNAME("splitPathAtDirectory"); if (!pdir && !ptail) return ERROR_INT("null input for both strings", procName, 1); if (pdir) *pdir = NULL; if (ptail) *ptail = NULL; if (!pathname) return ERROR_INT("pathname not defined", procName, 1); cpathname = stringNew(pathname); lastslash = strrchr(cpathname, path_sepchar); #ifdef _WIN32 /* allow both types of slash for win32 */ if ((fwdslash = strrchr(cpathname, '/')) != NULL) { if (lastslash) lastslash = L_MAX(lastslash, fwdslash); else lastslash = fwdslash; } #endif /* _WIN32 */ if (lastslash) { if (ptail) *ptail = stringNew(lastslash + 1); if (pdir) { *(lastslash + 1) = '\0'; *pdir = cpathname; } else { FREE(cpathname); } } else { /* no directory */ if (pdir) *pdir = stringNew(""); if (ptail) *ptail = cpathname; else FREE(cpathname); } return 0; } /*! * splitPathAtExtension() * * Input: pathname (full path; can be a directory) * &basename ( pathname not including the * last dot and characters after that) * &extension ( path extension, which is * the last dot and the characters after it. If * there is no extension, it returns the empty string) * Return: 0 if OK, 1 on error * * Notes: * (1) If you only want the extension, input null for the basename ptr. * (2) If you only want the basename without extension, input null * for the extension ptr. * (3) This function makes decisions based only on the lexical * structure of the input. Examples: * /usr/tmp/abc.jpg --> basename: /usr/tmp/abc ext: .jpg * /usr/tmp/.jpg --> basename: /usr/tmp/ ext: .jpg * /usr/tmp.jpg/ --> basename: /usr/tmp.jpg/ ext: [empty str] * ./.jpg --> basename: ./ ext: .jpg * (4) N.B. The input pathname must have unix directory separators * for unix and windows directory separators for windows. */ l_int32 splitPathAtExtension(const char *pathname, char **pbasename, char **pextension) { char *tail, *dir, *lastdot; char empty[4] = ""; PROCNAME("splitPathExtension"); if (!pbasename && !pextension) return ERROR_INT("null input for both strings", procName, 1); if (pbasename) *pbasename = NULL; if (pextension) *pextension = NULL; if (!pathname) return ERROR_INT("pathname not defined", procName, 1); /* Split out the directory first */ splitPathAtDirectory(pathname, &dir, &tail); /* Then look for a "." in the tail part. * This way we ignore all "." in the directory. */ if ((lastdot = strrchr(tail, '.'))) { if (pextension) *pextension = stringNew(lastdot); if (pbasename) { *lastdot = '\0'; *pbasename = stringJoin(dir, tail); } } else { if (pextension) *pextension = stringNew(empty); if (pbasename) *pbasename = stringNew(pathname); } FREE(dir); FREE(tail); return 0; } /*! * pathJoin() * * Input: dir ( can be null) * fname ( can be null) * Return: specially concatenated path, or null on error * * Notes: * (1) Use unix-style pathname separators ('/'). * (2) @fname can be the entire path, or part of the path containing * at least one directory, or a tail without a directory, or null. * (3) It produces a path that strips multiple slashes to a single * slash, joins @dir and @fname by a slash, and has no trailing * slashes (except in the cases where @dir == "/" and * @fname == NULL, or v.v.). * (4) If both @dir and @fname are null, produces an empty string. * (5) Neither @dir nor @fname can begin with '.'. * (6) The result is not canonicalized or tested for correctness: * garbage in (e.g., /&%), garbage out. * (7) Examples: * //tmp// + //abc/ --> /tmp/abc * tmp/ + /abc/ --> tmp/abc * tmp/ + abc/ --> tmp/abc * /tmp/ + /// --> /tmp * /tmp/ + NULL --> /tmp * // + /abc// --> /abc * // + NULL --> / * NULL + /abc/def/ --> /abc/def * NULL + abc// --> abc * NULL + // --> / * NULL + NULL --> (empty string) * "" + "" --> (empty string) * "" + / --> / * ".." + /etc/foo --> NULL * /tmp + ".." --> NULL */ char * pathJoin(const char *dir, const char *fname) { char *slash = (char *)"/"; char *str, *dest; l_int32 i, n1, n2, emptydir; size_t size; SARRAY *sa1, *sa2; L_BYTEA *ba; PROCNAME("pathJoin"); if (!dir && !fname) return stringNew(""); if (dir && dir[0] == '.') return (char *)ERROR_PTR("dir starts with '.'", procName, NULL); if (fname && fname[0] == '.') return (char *)ERROR_PTR("fname starts with '.'", procName, NULL); sa1 = sarrayCreate(0); sa2 = sarrayCreate(0); ba = l_byteaCreate(4); /* Process @dir */ if (dir && strlen(dir) > 0) { if (dir[0] == '/') l_byteaAppendString(ba, slash); sarraySplitString(sa1, dir, "/"); /* removes all slashes */ n1 = sarrayGetCount(sa1); for (i = 0; i < n1; i++) { str = sarrayGetString(sa1, i, L_NOCOPY); l_byteaAppendString(ba, str); l_byteaAppendString(ba, slash); } } /* Special case to add leading slash: dir NULL or empty string */ emptydir = dir && strlen(dir) == 0; if ((!dir || emptydir) && fname && strlen(fname) > 0 && fname[0] == '/') l_byteaAppendString(ba, slash); /* Process @fname */ if (fname && strlen(fname) > 0) { sarraySplitString(sa2, fname, "/"); n2 = sarrayGetCount(sa2); for (i = 0; i < n2; i++) { str = sarrayGetString(sa2, i, L_NOCOPY); l_byteaAppendString(ba, str); l_byteaAppendString(ba, slash); } } /* Remove trailing slash */ dest = (char *)l_byteaCopyData(ba, &size); if (size > 1 && dest[size - 1] == '/') dest[size - 1] = '\0'; sarrayDestroy(&sa1); sarrayDestroy(&sa2); l_byteaDestroy(&ba); return dest; } /*! * genPathname() * * Input: dir (directory name, with or without trailing '/') * fname ( file name within the directory) * Return: pathname (either a directory or full path), or null on error * * Notes: * (1) Use unix-style pathname separators ('/'). * (2) This function can be used in several ways: * * to generate a full path from a directory and a file name * * to convert a unix pathname to a windows pathname * * to convert from the unix '/tmp' directory to the * equivalent windows temp directory. * The windows name translation is: * /tmp --> /leptonica * (3) There are three cases for the input: * (a) @dir is a directory and @fname is null: result is a directory * (b) @dir is a full path and @fname is null: result is a full path * (c) @dir is a directory and @fname is defined: result is a full path * (4) In all cases, the resulting pathname is not terminated with a slash * (5) The caller is responsible for freeing the pathname. */ char * genPathname(const char *dir, const char *fname) { char *cdir, *pathout; l_int32 dirlen, namelen, size; #ifdef _WIN32 char dirt[MAX_PATH]; char *tempdir; l_int32 tdirlen; #endif /* _WIN32 */ PROCNAME("genPathname"); if (!dir) return (char *)ERROR_PTR("dir not defined", procName, NULL); /* Remove trailing slash in dir, except when dir == "/" */ cdir = stringNew(dir); dirlen = strlen(cdir); if (cdir[dirlen - 1] == '/' && dirlen != 1) { cdir[dirlen - 1] = '\0'; dirlen--; } namelen = (fname) ? strlen(fname) : 0; size = dirlen + namelen + 256; if ((pathout = (char *)CALLOC(size, sizeof(char))) == NULL) return (char *)ERROR_PTR("pathout not made", procName, NULL); #ifdef _WIN32 if (stringFindSubstr(cdir, "/", NULL) > 0) { tempdir = stringReplaceEachSubstr(cdir, "/", "\\", NULL); tdirlen = strlen(tempdir); if (strncmp(dir, "/tmp", 4) == 0) { /* get temp directory */ GetTempPath(sizeof(dirt), dirt); stringCopy(pathout, dirt, strlen(dirt) - 1); stringCat(pathout, size, "\\leptonica"); if (tdirlen > 4) stringCat(pathout, size, tempdir + 4); /* Set an extra null byte. Otherwise, when setting path_sepchar later, no trailing null byte remains. */ pathout[strlen(pathout) + 1] = '\0'; } else { stringCopy(pathout, tempdir, tdirlen); } FREE(tempdir); } else { /* no '/' characters; OK as is */ stringCopy(pathout, cdir, dirlen); } #else stringCopy(pathout, cdir, dirlen); #endif /* _WIN32 */ if (fname && strlen(fname) > 0) { dirlen = strlen(pathout); pathout[dirlen] = path_sepchar; /* append path_sepchar */ strncat(pathout, fname, namelen); } FREE(cdir); return pathout; } /*! * makeTempDirname() * * Input: result (preallocated and passed in) * nbytes (size of result array, in bytes) * subdir () * Return: 0 if OK, 1 on error * * Notes: * (1) This generates a platform-specific (Unix or Windows) directory * name for output tempfiles, written into the char buffer @result. * (2) Caller must allocate @result on the stack. It must be large * enough to hold /lept/, where is "/tmp" on * unix and some other path on windows, determined by the windows * function GenTempPath(). For example, * char result[256]; * makeTempDirname(result, 256, "golden"); */ l_int32 makeTempDirname(char *result, size_t nbytes, const char *subdir) { #ifdef _WIN32 char dirt[MAX_PATH]; #endif /* _WIN32 */ PROCNAME("makeTempDirname"); if (!result) return ERROR_INT("result not defined", procName, 1); /* Start with directory */ #ifdef _WIN32 GetTempPath(sizeof(dirt), dirt); snprintf(result, nbytes, "%s\\", dirt); #else snprintf(result, nbytes, "%s", "/tmp/"); #endif /* _WIN32 */ /* Add standard subdirectory */ strcat(result, Lept_Subdir); /* Optionally add input subdirectory */ if (subdir) { #ifdef _WIN32 strcat(result, "\\"); #else strcat(result, "/"); #endif /* _WIN32 */ strcat(result, subdir); } return 0; } /*! * genTempFilename() * * Input: dir (directory name; use '.' for local dir; * no trailing '/' and @dir == "/" is invalid) * tail ( tailname, including extension if any; * can be null or empty but can't contain '/') * usetime (1 to include current time in microseconds in * the filename; 0 to omit. * usepid (1 to include pid in filename; 0 to omit. * Return: temp filename, or null on error * * Notes: * (1) This makes a filename that is as unique as desired, and which * can optionally include both the time and pid in the name. * (2) Use unix-style pathname separators ('/'). * (3) Specifying the root directory (@dir == "/") is invalid. * (4) Specifying a @tail containing '/' is invalid. * (5) The most general form (@usetime = @usepid = 1) is: *

/__ * When @usetime = 1, @usepid = 0, the output filename is: * /_ * When @usepid = 0, @usepid = 1, the output filename is: * /_ * When @usetime = @usepid = 0, the output filename is: * / * Note: It is not valid to have @tail = null or empty and have * both @usetime = @usepid = 0. That is, there must be * some non-empty tail name. * (6) N.B. The caller is responsible for freeing the returned filename. * For windows, to avoid C-runtime boundary crossing problems * when using DLLs, you must use lept_free() to free the name. * (7) For windows, if the caller requests the directory '/tmp', * this uses GetTempPath() to select the actual directory, * avoiding platform-conditional code in use. The directory * selected is /leptonica, where is the Windows * temp directory. * (8) Set @usetime = @usepid = 1 when * (a) more than one process is writing and reading temp files, or * (b) multiple threads from a single process call this function, or * (c) there is the possiblity of an attack where the intruder * is logged onto the server and might try to guess filenames. */ char * genTempFilename(const char *dir, const char *tail, l_int32 usetime, l_int32 usepid) { char buf[256]; l_int32 i, buflen, usec, pid, emptytail; #ifdef _WIN32 char *newpath; l_uint32 attributes; l_int32 ret; #endif /* !_WIN32 */ PROCNAME("genTempFilename"); if (!dir) return (char *)ERROR_PTR("dir not defined", procName, NULL); if (dir && strlen(dir) == 1 && dir[0] == '/') return (char *)ERROR_PTR("dir == '/' not permitted", procName, NULL); if (tail && strlen(tail) > 0 && stringFindSubstr(tail, "/", NULL)) return (char *)ERROR_PTR("tail can't contain '/'", procName, NULL); emptytail = tail && (strlen(tail) == 0); if (!usetime && !usepid && (!tail || emptytail)) return (char *)ERROR_PTR("name can't be a directory", procName, NULL); if (usepid) pid = getpid(); buflen = sizeof(buf); for (i = 0; i < buflen; i++) buf[i] = 0; l_getCurrentTime(NULL, &usec); #ifdef _WIN32 { /* do not assume /tmp exists */ char dirt[MAX_PATH]; if (!strcmp(dir, "/tmp")) { GetTempPath(sizeof(dirt), dirt); stringCat(dirt, sizeof(dirt), "leptonica\\"); /* Make sure the leptonica subdir exists in tmp dir */ newpath = genPathname("/tmp", NULL); attributes = GetFileAttributes(newpath); if (attributes == INVALID_FILE_ATTRIBUTES) { ret = (CreateDirectory(newpath, NULL) ? 0 : 1); } FREE(newpath); } else { snprintf(dirt, sizeof(dirt), "%s\\", dir); /* add trailing '\' */ } if (usetime && usepid) snprintf(buf, buflen, "%s%d_%d_", dirt, usec, pid); else if (usetime) snprintf(buf, buflen, "%s%d_", dirt, usec); else if (usepid) snprintf(buf, buflen, "%s%d_", dirt, pid); else snprintf(buf, buflen, "%s", dirt); } #else if (usetime && usepid) snprintf(buf, buflen, "%s/%d_%d_", dir, usec, pid); else if (usetime) snprintf(buf, buflen, "%s/%d_", dir, usec); else if (usepid) snprintf(buf, buflen, "%s/%d_", dir, pid); else snprintf(buf, buflen, "%s/", dir); #endif return stringJoin(buf, tail); } /*! * extractNumberFromFilename() * * Input: fname * numpre (number of characters before the digits to be found) * numpost (number of characters after the digits to be found) * Return: num (number embedded in the filename); -1 on error or if * not found * * Notes: * (1) The number is to be found in the basename, which is the * filename without either the directory or the last extension. * (2) When a number is found, it is non-negative. If no number * is found, this returns -1, without an error message. The * caller needs to check. */ l_int32 extractNumberFromFilename(const char *fname, l_int32 numpre, l_int32 numpost) { char *tail, *basename; l_int32 len, nret, num; PROCNAME("extractNumberFromFilename"); if (!fname) return ERROR_INT("fname not defined", procName, -1); splitPathAtDirectory(fname, NULL, &tail); splitPathAtExtension(tail, &basename, NULL); FREE(tail); len = strlen(basename); if (numpre + numpost > len - 1) { FREE(basename); return ERROR_INT("numpre + numpost too big", procName, -1); } basename[len - numpost] = '\0'; nret = sscanf(basename + numpre, "%d", &num); FREE(basename); if (nret == 1) return num; else return -1; /* not found */ } /*---------------------------------------------------------------------* * File corruption operation * *---------------------------------------------------------------------*/ /*! * fileCorruptByDeletion() * * Input: filein * loc (fractional location of start of deletion) * size (fractional size of deletion) * fileout (corrupted file) * Return: 0 if OK, 1 on error * * Notes: * (1) This is useful for testing robustness of I/O wrappers with image * file corruption. * (2) Deletion size adjusts automatically to avoid array transgressions. */ l_int32 fileCorruptByDeletion(const char *filein, l_float32 loc, l_float32 size, const char *fileout) { l_int32 i, locb, sizeb, rembytes; size_t inbytes, outbytes; l_uint8 *datain, *dataout; PROCNAME("fileCorruptByDeletion"); if (!filein || !fileout) return ERROR_INT("filein and fileout not both specified", procName, 1); if (loc < 0.0 || loc >= 1.0) return ERROR_INT("loc must be in [0.0 ... 1.0)", procName, 1); if (size <= 0.0) return ERROR_INT("size must be > 0.0", procName, 1); if (loc + size > 1.0) size = 1.0 - loc; datain = l_binaryRead(filein, &inbytes); locb = (l_int32)(loc * inbytes + 0.5); locb = L_MIN(locb, inbytes - 1); sizeb = (l_int32)(size * inbytes + 0.5); sizeb = L_MAX(1, sizeb); sizeb = L_MIN(sizeb, inbytes - locb); /* >= 1 */ L_INFO("Removed %d bytes at location %d\n", procName, sizeb, locb); rembytes = inbytes - locb - sizeb; /* >= 0; to be copied, after excision */ outbytes = inbytes - sizeb; dataout = (l_uint8 *)CALLOC(outbytes, 1); for (i = 0; i < locb; i++) dataout[i] = datain[i]; for (i = 0; i < rembytes; i++) dataout[locb + i] = datain[locb + sizeb + i]; l_binaryWrite(fileout, "w", dataout, outbytes); FREE(datain); FREE(dataout); return 0; } /*---------------------------------------------------------------------* * Generate random integer in given range * *---------------------------------------------------------------------*/ /*! * genRandomIntegerInRange() * * Input: range (size of range; must be >= 2) * seed (use 0 to skip; otherwise call srand) * val ( random integer in range {0 ... range-1} * Return: 0 if OK, 1 on error * * Notes: * (1) For example, to choose a rand integer between 0 and 99, * use @range = 100. */ l_int32 genRandomIntegerInRange(l_int32 range, l_int32 seed, l_int32 *pval) { PROCNAME("genRandomIntegerInRange"); if (!pval) return ERROR_INT("&val not defined", procName, 1); *pval = 0; if (range < 2) return ERROR_INT("range must be >= 2", procName, 1); if (seed > 0) srand(seed); *pval = (l_int32)((l_float64)range * ((l_float64)rand() / (l_float64)RAND_MAX)); return 0; } /*---------------------------------------------------------------------* * Simple math function * *---------------------------------------------------------------------*/ /*! * lept_roundftoi() * * Input: fval * Return: value rounded to int * * Notes: * (1) For fval >= 0, fval --> round(fval) == floor(fval + 0.5) * For fval < 0, fval --> -round(-fval)) * This is symmetric around 0. * e.g., for fval in (-0.5 ... 0.5), fval --> 0 */ l_int32 lept_roundftoi(l_float32 fval) { return (fval >= 0.0) ? (l_int32)(fval + 0.5) : (l_int32)(fval - 0.5); } /*---------------------------------------------------------------------* * Gray code conversion * *---------------------------------------------------------------------*/ /*! * convertBinaryToGrayCode() * * Input: val * Return: gray code value * * Notes: * (1) Gray code values corresponding to integers differ by * only one bit transition between successive integers. */ l_uint32 convertBinaryToGrayCode(l_uint32 val) { return (val >> 1) ^ val; } /*! * convertGrayCodeToBinary() * * Input: gray code value * Return: binary value */ l_uint32 convertGrayCodeToBinary(l_uint32 val) { l_uint32 shift; for (shift = 1; shift < 32; shift <<= 1) val ^= val >> shift; return val; } /*---------------------------------------------------------------------* * Leptonica version number * *---------------------------------------------------------------------*/ /*! * getLeptonicaVersion() * * Return: string of version number (e.g., 'leptonica-1.68') * * Notes: * (1) The caller has responsibility to free the memory. */ char * getLeptonicaVersion() { char *version = (char *)CALLOC(100, sizeof(char)); #ifdef _MSC_VER #ifdef _USRDLL char dllStr[] = "DLL"; #else char dllStr[] = "LIB"; #endif #ifdef _DEBUG char debugStr[] = "Debug"; #else char debugStr[] = "Release"; #endif #ifdef _M_IX86 char bitStr[] = " x86"; #elif _M_X64 char bitStr[] = " x64"; #else char bitStr[] = ""; #endif snprintf(version, 100, "leptonica-%d.%d (%s, %s) [MSC v.%d %s %s%s]", LIBLEPT_MAJOR_VERSION, LIBLEPT_MINOR_VERSION, __DATE__, __TIME__, _MSC_VER, dllStr, debugStr, bitStr); #else snprintf(version, 100, "leptonica-%d.%d", LIBLEPT_MAJOR_VERSION, LIBLEPT_MINOR_VERSION); #endif /* _MSC_VER */ return version; } /*---------------------------------------------------------------------* * Timing procs * *---------------------------------------------------------------------*/ #ifndef _WIN32 #include #include static struct rusage rusage_before; static struct rusage rusage_after; /*! * startTimer(), stopTimer() * * Example of usage: * * startTimer(); * .... * fprintf(stderr, "Elapsed time = %7.3f sec\n", stopTimer()); */ void startTimer(void) { getrusage(RUSAGE_SELF, &rusage_before); } l_float32 stopTimer(void) { l_int32 tsec, tusec; getrusage(RUSAGE_SELF, &rusage_after); tsec = rusage_after.ru_utime.tv_sec - rusage_before.ru_utime.tv_sec; tusec = rusage_after.ru_utime.tv_usec - rusage_before.ru_utime.tv_usec; return (tsec + ((l_float32)tusec) / 1000000.0); } /*! * startTimerNested(), stopTimerNested() * * Example of usage: * * L_TIMER t1 = startTimerNested(); * .... * L_TIMER t2 = startTimerNested(); * .... * fprintf(stderr, "Elapsed time 2 = %7.3f sec\n", stopTimerNested(t2)); * .... * fprintf(stderr, "Elapsed time 1 = %7.3f sec\n", stopTimerNested(t1)); */ L_TIMER startTimerNested(void) { struct rusage *rusage_start; rusage_start = (struct rusage *)CALLOC(1, sizeof(struct rusage)); getrusage(RUSAGE_SELF, rusage_start); return rusage_start; } l_float32 stopTimerNested(L_TIMER rusage_start) { l_int32 tsec, tusec; struct rusage rusage_stop; getrusage(RUSAGE_SELF, &rusage_stop); tsec = rusage_stop.ru_utime.tv_sec - ((struct rusage *)rusage_start)->ru_utime.tv_sec; tusec = rusage_stop.ru_utime.tv_usec - ((struct rusage *)rusage_start)->ru_utime.tv_usec; FREE(rusage_start); return (tsec + ((l_float32)tusec) / 1000000.0); } /*! * l_getCurrentTime() * * Input: &sec ( in seconds since birth of Unix) * &usec ( in microseconds since birth of Unix) * Return: void */ void l_getCurrentTime(l_int32 *sec, l_int32 *usec) { struct timeval tv; gettimeofday(&tv, NULL); if (sec) *sec = (l_int32)tv.tv_sec; if (usec) *usec = (l_int32)tv.tv_usec; return; } #else /* _WIN32 : resource.h not implemented under Windows */ /* Note: if division by 10^7 seems strange, the time is expressed * as the number of 100-nanosecond intervals that have elapsed * since 12:00 A.M. January 1, 1601. */ static ULARGE_INTEGER utime_before; static ULARGE_INTEGER utime_after; void startTimer(void) { HANDLE this_process; FILETIME start, stop, kernel, user; this_process = GetCurrentProcess(); GetProcessTimes(this_process, &start, &stop, &kernel, &user); utime_before.LowPart = user.dwLowDateTime; utime_before.HighPart = user.dwHighDateTime; } l_float32 stopTimer(void) { HANDLE this_process; FILETIME start, stop, kernel, user; ULONGLONG hnsec; /* in units of hecto-nanosecond (100 ns) intervals */ this_process = GetCurrentProcess(); GetProcessTimes(this_process, &start, &stop, &kernel, &user); utime_after.LowPart = user.dwLowDateTime; utime_after.HighPart = user.dwHighDateTime; hnsec = utime_after.QuadPart - utime_before.QuadPart; return (l_float32)(signed)hnsec / 10000000.0; } L_TIMER startTimerNested(void) { HANDLE this_process; FILETIME start, stop, kernel, user; ULARGE_INTEGER *utime_start; this_process = GetCurrentProcess(); GetProcessTimes (this_process, &start, &stop, &kernel, &user); utime_start = (ULARGE_INTEGER *)CALLOC(1, sizeof(ULARGE_INTEGER)); utime_start->LowPart = user.dwLowDateTime; utime_start->HighPart = user.dwHighDateTime; return utime_start; } l_float32 stopTimerNested(L_TIMER utime_start) { HANDLE this_process; FILETIME start, stop, kernel, user; ULARGE_INTEGER utime_stop; ULONGLONG hnsec; /* in units of 100 ns intervals */ this_process = GetCurrentProcess (); GetProcessTimes (this_process, &start, &stop, &kernel, &user); utime_stop.LowPart = user.dwLowDateTime; utime_stop.HighPart = user.dwHighDateTime; hnsec = utime_stop.QuadPart - ((ULARGE_INTEGER *)utime_start)->QuadPart; FREE(utime_start); return (l_float32)(signed)hnsec / 10000000.0; } void l_getCurrentTime(l_int32 *sec, l_int32 *usec) { ULARGE_INTEGER utime, birthunix; FILETIME systemtime; LONGLONG birthunixhnsec = 116444736000000000; /*in units of 100 ns */ LONGLONG usecs; GetSystemTimeAsFileTime(&systemtime); utime.LowPart = systemtime.dwLowDateTime; utime.HighPart = systemtime.dwHighDateTime; birthunix.LowPart = (DWORD) birthunixhnsec; birthunix.HighPart = birthunixhnsec >> 32; usecs = (LONGLONG) ((utime.QuadPart - birthunix.QuadPart) / 10); if (sec) *sec = (l_int32) (usecs / 1000000); if (usec) *usec = (l_int32) (usecs % 1000000); return; } #endif /*! * l_getFormattedDate() * * Input: (none) * Return: formatted date string, or null on error */ char * l_getFormattedDate() { char buf[64]; time_t tmp1; struct tm *tmp2; tmp1 = time(NULL); tmp2 = localtime(&tmp1); strftime(buf, sizeof(buf), "%y%m%d%H%M%S", tmp2); return stringNew(buf); } leptonica-1.70/src/fliphmtgen.c0000644000175000017500000003164612244234577014621 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * fliphmtgen.c * * DWA implementation of hit-miss transforms with auto-generated sels * for pixOrientDetectDwa() and pixUpDownDetectDwa() in flipdetect.c * * PIX *pixFlipFHMTGen() * static l_int32 flipfhmtgen_low() -- dispatcher * static void fhmt_1_0() * static void fhmt_1_1() * static void fhmt_1_2() * static void fhmt_1_3() * * The code (rearranged) was generated by prog/flipselgen.c */ #include #include "allheaders.h" static l_int32 NUM_SELS_GENERATED = 4; static char SEL_NAMES[][10] = {"flipsel1", "flipsel2", "flipsel3", "flipsel4"}; static l_int32 flipfhmtgen_low(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32, l_int32); static void fhmt_1_0(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fhmt_1_1(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fhmt_1_2(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fhmt_1_3(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); /*---------------------------------------------------------------------* * Top-level hmt functions * *---------------------------------------------------------------------*/ /* * pixFlipFHMTGen() * * Input: pixd (usual 3 choices: null, == pixs, != pixs) * pixs * sel name (one of four defined in SEL_NAMES[]) * Return: pixd * * Action: hit-miss transform on pixs by the sel * N.B.: the sel must have at least one hit, and it * can have any number of misses. */ PIX * pixFlipFHMTGen(PIX *pixd, PIX *pixs, char *selname) { l_int32 i, index, found, w, h, wpls, wpld; l_uint32 *datad, *datas, *datat; PIX *pixt; PROCNAME("pixFlipFHMTGen"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs must be 1 bpp", procName, pixd); found = FALSE; for (i = 0; i < NUM_SELS_GENERATED; i++) { if (strcmp(selname, SEL_NAMES[i]) == 0) { found = TRUE; index = i; break; } } if (found == FALSE) return (PIX *)ERROR_PTR("sel index not found", procName, pixd); if (pixd) { if (!pixSizesEqual(pixs, pixd)) return (PIX *)ERROR_PTR("sizes not equal", procName, pixd); } else { if ((pixd = pixCreateTemplate(pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); /* The images must be surrounded with ADDED_BORDER white pixels, * that we'll read from. We fabricate a "proper" * image as the subimage within the border, having the * following parameters: */ w = pixGetWidth(pixs) - 2 * ADDED_BORDER; h = pixGetHeight(pixs) - 2 * ADDED_BORDER; datas = pixGetData(pixs) + ADDED_BORDER * wpls + ADDED_BORDER / 32; datad = pixGetData(pixd) + ADDED_BORDER * wpld + ADDED_BORDER / 32; if (pixd == pixs) { /* need temp image if in-place */ if ((pixt = pixCopy(NULL, pixs)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, pixd); datat = pixGetData(pixt) + ADDED_BORDER * wpls + ADDED_BORDER / 32; flipfhmtgen_low(datad, w, h, wpld, datat, wpls, index); pixDestroy(&pixt); } else { /* simple and not in-place */ flipfhmtgen_low(datad, w, h, wpld, datas, wpls, index); } return pixd; } /*---------------------------------------------------------------------* * Fast hmt dispatcher * *---------------------------------------------------------------------*/ /* * flipfhmtgen_low() * * A dispatcher to appropriate low-level code for flip hmt ops */ static l_int32 flipfhmtgen_low(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 index) { switch (index) { case 0: fhmt_1_0(datad, w, h, wpld, datas, wpls); break; case 1: fhmt_1_1(datad, w, h, wpld, datas, wpls); break; case 2: fhmt_1_2(datad, w, h, wpld, datas, wpls); break; case 3: fhmt_1_3(datad, w, h, wpld, datas, wpls); break; } return 0; } /*--------------------------------------------------------------------------* * Low-level auto-generated hmt routines * *--------------------------------------------------------------------------*/ /* * N.B. in all the low-level routines, the part of the image * that is accessed has been clipped by ADDED_BORDER pixels * on all four sides. This is done in the higher level * code by redefining w and h smaller and by moving the * start-of-image pointers up to the beginning of this * interior rectangle. */ static void fhmt_1_0(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3; wpls2 = 2 * wpls; wpls3 = 3 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr - wpls) >> 3) | (*(sptr - wpls - 1) << 29)) & (~*(sptr - wpls)) & ((~*(sptr - wpls) << 1) | (~*(sptr - wpls + 1) >> 31)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((~*(sptr) >> 1) | (~*(sptr - 1) << 31)) & (~*sptr) & ((~*(sptr) << 1) | (~*(sptr + 1) >> 31)) & ((*(sptr + wpls) >> 3) | (*(sptr + wpls - 1) << 29)) & (~*(sptr + wpls)) & ((*(sptr + wpls2) >> 3) | (*(sptr + wpls2 - 1) << 29)) & ((*(sptr + wpls3) >> 3) | (*(sptr + wpls3 - 1) << 29)) & ((*(sptr + wpls3) >> 2) | (*(sptr + wpls3 - 1) << 30)) & ((*(sptr + wpls3) >> 1) | (*(sptr + wpls3 - 1) << 31)) & (*(sptr + wpls3)) & ((*(sptr + wpls3) << 1) | (*(sptr + wpls3 + 1) >> 31)) & ((*(sptr + wpls3) << 2) | (*(sptr + wpls3 + 1) >> 30)); } } } static void fhmt_1_1(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3; wpls2 = 2 * wpls; wpls3 = 3 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((~*(sptr - wpls) >> 1) | (~*(sptr - wpls - 1) << 31)) & (~*(sptr - wpls)) & ((*(sptr - wpls) << 3) | (*(sptr - wpls + 1) >> 29)) & ((~*(sptr) >> 1) | (~*(sptr - 1) << 31)) & (~*sptr) & ((~*(sptr) << 1) | (~*(sptr + 1) >> 31)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & (~*(sptr + wpls)) & ((*(sptr + wpls) << 3) | (*(sptr + wpls + 1) >> 29)) & ((*(sptr + wpls2) << 3) | (*(sptr + wpls2 + 1) >> 29)) & ((*(sptr + wpls3) >> 2) | (*(sptr + wpls3 - 1) << 30)) & ((*(sptr + wpls3) >> 1) | (*(sptr + wpls3 - 1) << 31)) & (*(sptr + wpls3)) & ((*(sptr + wpls3) << 1) | (*(sptr + wpls3 + 1) >> 31)) & ((*(sptr + wpls3) << 2) | (*(sptr + wpls3 + 1) >> 30)) & ((*(sptr + wpls3) << 3) | (*(sptr + wpls3 + 1) >> 29)); } } } static void fhmt_1_2(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3; wpls2 = 2 * wpls; wpls3 = 3 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr - wpls3) >> 3) | (*(sptr - wpls3 - 1) << 29)) & ((*(sptr - wpls3) >> 2) | (*(sptr - wpls3 - 1) << 30)) & ((*(sptr - wpls3) >> 1) | (*(sptr - wpls3 - 1) << 31)) & (*(sptr - wpls3)) & ((*(sptr - wpls3) << 1) | (*(sptr - wpls3 + 1) >> 31)) & ((*(sptr - wpls3) << 2) | (*(sptr - wpls3 + 1) >> 30)) & ((*(sptr - wpls2) >> 3) | (*(sptr - wpls2 - 1) << 29)) & ((*(sptr - wpls) >> 3) | (*(sptr - wpls - 1) << 29)) & (~*(sptr - wpls)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((~*(sptr) >> 1) | (~*(sptr - 1) << 31)) & (~*sptr) & ((~*(sptr) << 1) | (~*(sptr + 1) >> 31)) & ((*(sptr + wpls) >> 3) | (*(sptr + wpls - 1) << 29)) & (~*(sptr + wpls)) & ((~*(sptr + wpls) << 1) | (~*(sptr + wpls + 1) >> 31)); } } } static void fhmt_1_3(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3; wpls2 = 2 * wpls; wpls3 = 3 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr - wpls3) >> 2) | (*(sptr - wpls3 - 1) << 30)) & ((*(sptr - wpls3) >> 1) | (*(sptr - wpls3 - 1) << 31)) & (*(sptr - wpls3)) & ((*(sptr - wpls3) << 1) | (*(sptr - wpls3 + 1) >> 31)) & ((*(sptr - wpls3) << 2) | (*(sptr - wpls3 + 1) >> 30)) & ((*(sptr - wpls3) << 3) | (*(sptr - wpls3 + 1) >> 29)) & ((*(sptr - wpls2) << 3) | (*(sptr - wpls2 + 1) >> 29)) & (~*(sptr - wpls)) & ((*(sptr - wpls) << 3) | (*(sptr - wpls + 1) >> 29)) & ((~*(sptr) >> 1) | (~*(sptr - 1) << 31)) & (~*sptr) & ((~*(sptr) << 1) | (~*(sptr + 1) >> 31)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((~*(sptr + wpls) >> 1) | (~*(sptr + wpls - 1) << 31)) & (~*(sptr + wpls)) & ((*(sptr + wpls) << 3) | (*(sptr + wpls + 1) >> 29)); } } } leptonica-1.70/src/pix5.c0000644000175000017500000024754312244226115013343 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pix5.c * * This file has these operations: * * (1) Measurement of 1 bpp image properties * (2) Extract rectangular regions * (3) Clip to foreground * (4) Extract pixel averages, reversals and variance along lines * (5) Rank row and column transforms * * Measurement of properties * l_int32 pixaFindDimensions() * l_int32 pixFindAreaPerimRatio() * NUMA *pixaFindPerimToAreaRatio() * l_int32 pixFindPerimToAreaRatio() * NUMA *pixaFindPerimSizeRatio() * l_int32 pixFindPerimSizeRatio() * NUMA *pixaFindAreaFraction() * l_int32 pixFindAreaFraction() * NUMA *pixaFindAreaFractionMasked() * l_int32 pixFindAreaFractionMasked() * NUMA *pixaFindWidthHeightRatio() * NUMA *pixaFindWidthHeightProduct() * l_int32 pixFindOverlapFraction() * BOXA *pixFindRectangleComps() * l_int32 pixConformsToRectangle() * * Extract rectangular region * PIXA *pixClipRectangles() * PIX *pixClipRectangle() * PIX *pixClipMasked() * l_int32 pixCropToMatch() * PIX *pixCropToSize() * PIX *pixResizeToMatch() * * Clip to foreground * PIX *pixClipToForeground() * l_int32 pixTestClipToForeground() * l_int32 pixClipBoxToForeground() * l_int32 pixScanForForeground() * l_int32 pixClipBoxToEdges() * l_int32 pixScanForEdge() * * Extract pixel averages and reversals along lines * NUMA *pixExtractOnLine() * l_float32 pixAverageOnLine() * NUMA *pixAverageIntensityProfile() * NUMA *pixReversalProfile() * * Extract windowed variance along a line * NUMA *pixWindowedVarianceOnLine() * * Extract min/max of pixel values near lines * l_int32 pixMinMaxNearLine() * * Rank row and column transforms * PIX *pixRankRowTransform() * PIX *pixRankColumnTransform() */ #include #include #include "allheaders.h" static const l_uint32 rmask32[] = {0x0, 0x00000001, 0x00000003, 0x00000007, 0x0000000f, 0x0000001f, 0x0000003f, 0x0000007f, 0x000000ff, 0x000001ff, 0x000003ff, 0x000007ff, 0x00000fff, 0x00001fff, 0x00003fff, 0x00007fff, 0x0000ffff, 0x0001ffff, 0x0003ffff, 0x0007ffff, 0x000fffff, 0x001fffff, 0x003fffff, 0x007fffff, 0x00ffffff, 0x01ffffff, 0x03ffffff, 0x07ffffff, 0x0fffffff, 0x1fffffff, 0x3fffffff, 0x7fffffff, 0xffffffff}; #ifndef NO_CONSOLE_IO #define DEBUG_EDGES 0 #endif /* ~NO_CONSOLE_IO */ /*-------------------------------------------------------------* * Measurement of properties * *-------------------------------------------------------------*/ /*! * pixaFindDimensions() * * Input: pixa * &naw ( numa of pix widths) * &nah ( numa of pix heights) * Return: 0 if OK, 1 on error */ l_int32 pixaFindDimensions(PIXA *pixa, NUMA **pnaw, NUMA **pnah) { l_int32 i, n, w, h; PIX *pixt; PROCNAME("pixaFindDimensions"); if (!pixa) return ERROR_INT("pixa not defined", procName, 1); if (!pnaw && !pnah) return 0; n = pixaGetCount(pixa); if (pnaw) *pnaw = numaCreate(n); if (pnah) *pnah = numaCreate(n); for (i = 0; i < n; i++) { pixt = pixaGetPix(pixa, i, L_CLONE); pixGetDimensions(pixt, &w, &h, NULL); if (pnaw) numaAddNumber(*pnaw, w); if (pnah) numaAddNumber(*pnah, h); pixDestroy(&pixt); } return 0; } /*! * pixFindAreaPerimRatio() * * Input: pixs (1 bpp) * tab ( pixel sum table, can be NULL) * &fract ( area/perimeter ratio) * Return: 0 if OK, 1 on error * * Notes: * (1) The area is the number of fg pixels that are not on the * boundary (i.e., are not 8-connected to a bg pixel), and the * perimeter is the number of fg boundary pixels. Returns * 0.0 if there are no fg pixels. * (2) This function is retained because clients are using it. */ l_int32 pixFindAreaPerimRatio(PIX *pixs, l_int32 *tab, l_float32 *pfract) { l_int32 *tab8; l_int32 nfg, nbound; PIX *pixt; PROCNAME("pixFindAreaPerimRatio"); if (!pfract) return ERROR_INT("&fract not defined", procName, 1); *pfract = 0.0; if (!pixs || pixGetDepth(pixs) != 1) return ERROR_INT("pixs not defined or not 1 bpp", procName, 1); if (!tab) tab8 = makePixelSumTab8(); else tab8 = tab; pixt = pixErodeBrick(NULL, pixs, 3, 3); pixCountPixels(pixt, &nfg, tab8); if (nfg == 0) { pixDestroy(&pixt); if (!tab) FREE(tab8); return 0; } pixXor(pixt, pixt, pixs); pixCountPixels(pixt, &nbound, tab8); *pfract = (l_float32)nfg / (l_float32)nbound; pixDestroy(&pixt); if (!tab) FREE(tab8); return 0; } /*! * pixaFindPerimToAreaRatio() * * Input: pixa (of 1 bpp pix) * Return: na (of perimeter/arear ratio for each pix), or null on error * * Notes: * (1) This is typically used for a pixa consisting of * 1 bpp connected components. */ NUMA * pixaFindPerimToAreaRatio(PIXA *pixa) { l_int32 i, n; l_int32 *tab; l_float32 fract; NUMA *na; PIX *pixt; PROCNAME("pixaFindPerimToAreaRatio"); if (!pixa) return (NUMA *)ERROR_PTR("pixa not defined", procName, NULL); n = pixaGetCount(pixa); na = numaCreate(n); tab = makePixelSumTab8(); for (i = 0; i < n; i++) { pixt = pixaGetPix(pixa, i, L_CLONE); pixFindPerimToAreaRatio(pixt, tab, &fract); numaAddNumber(na, fract); pixDestroy(&pixt); } FREE(tab); return na; } /*! * pixFindPerimToAreaRatio() * * Input: pixs (1 bpp) * tab ( pixel sum table, can be NULL) * &fract ( perimeter/area ratio) * Return: 0 if OK, 1 on error * * Notes: * (1) The perimeter is the number of fg boundary pixels, and the * area is the number of fg pixels. This returns 0.0 if * there are no fg pixels. * (2) Unlike pixFindAreaPerimRatio(), this uses the full set of * fg pixels for the area, and the ratio is taken in the opposite * order. * (3) This is typically used for a single connected component. * This always has a value <= 1.0, and if the average distance * of a fg pixel from the nearest bg pixel is d, this has * a value ~1/d. */ l_int32 pixFindPerimToAreaRatio(PIX *pixs, l_int32 *tab, l_float32 *pfract) { l_int32 *tab8; l_int32 nfg, nbound; PIX *pixt; PROCNAME("pixFindPerimToAreaRatio"); if (!pfract) return ERROR_INT("&fract not defined", procName, 1); *pfract = 0.0; if (!pixs || pixGetDepth(pixs) != 1) return ERROR_INT("pixs not defined or not 1 bpp", procName, 1); if (!tab) tab8 = makePixelSumTab8(); else tab8 = tab; pixCountPixels(pixs, &nfg, tab8); if (nfg == 0) { if (!tab) FREE(tab8); return 0; } pixt = pixErodeBrick(NULL, pixs, 3, 3); pixXor(pixt, pixt, pixs); pixCountPixels(pixt, &nbound, tab8); *pfract = (l_float32)nbound / (l_float32)nfg; pixDestroy(&pixt); if (!tab) FREE(tab8); return 0; } /*! * pixaFindPerimSizeRatio() * * Input: pixa (of 1 bpp pix) * Return: na (of fg perimeter/(2*(w+h)) ratio for each pix), * or null on error * * Notes: * (1) This is typically used for a pixa consisting of * 1 bpp connected components. * (2) This has a minimum value for a circle of pi/4; a value for * a rectangle component of approx. 1.0; and a value much larger * than 1.0 for a component with a highly irregular boundary. */ NUMA * pixaFindPerimSizeRatio(PIXA *pixa) { l_int32 i, n; l_int32 *tab; l_float32 ratio; NUMA *na; PIX *pixt; PROCNAME("pixaFindPerimSizeRatio"); if (!pixa) return (NUMA *)ERROR_PTR("pixa not defined", procName, NULL); n = pixaGetCount(pixa); na = numaCreate(n); tab = makePixelSumTab8(); for (i = 0; i < n; i++) { pixt = pixaGetPix(pixa, i, L_CLONE); pixFindPerimSizeRatio(pixt, tab, &ratio); numaAddNumber(na, ratio); pixDestroy(&pixt); } FREE(tab); return na; } /*! * pixFindPerimSizeRatio() * * Input: pixs (1 bpp) * tab ( pixel sum table, can be NULL) * &ratio ( perimeter/size ratio) * Return: 0 if OK, 1 on error * * Notes: * (1) We take the 'size' as twice the sum of the width and * height of pixs, and the perimeter is the number of fg * boundary pixels. We use the fg pixels of the boundary * because the pix may be clipped to the boundary, so an * erosion is required to count all boundary pixels. * (2) This has a large value for dendritic, fractal-like components * with highly irregular boundaries. * (3) This is typically used for a single connected component. * It has a value of about 1.0 for rectangular components with * relatively smooth boundaries. */ l_int32 pixFindPerimSizeRatio(PIX *pixs, l_int32 *tab, l_float32 *pratio) { l_int32 *tab8; l_int32 w, h, nbound; PIX *pixt; PROCNAME("pixFindPerimSizeRatio"); if (!pratio) return ERROR_INT("&ratio not defined", procName, 1); *pratio = 0.0; if (!pixs || pixGetDepth(pixs) != 1) return ERROR_INT("pixs not defined or not 1 bpp", procName, 1); if (!tab) tab8 = makePixelSumTab8(); else tab8 = tab; pixt = pixErodeBrick(NULL, pixs, 3, 3); pixXor(pixt, pixt, pixs); pixCountPixels(pixt, &nbound, tab8); pixGetDimensions(pixs, &w, &h, NULL); *pratio = (0.5 * nbound) / (l_float32)(w + h); pixDestroy(&pixt); if (!tab) FREE(tab8); return 0; } /*! * pixaFindAreaFraction() * * Input: pixa (of 1 bpp pix) * Return: na (of area fractions for each pix), or null on error * * Notes: * (1) This is typically used for a pixa consisting of * 1 bpp connected components. */ NUMA * pixaFindAreaFraction(PIXA *pixa) { l_int32 i, n; l_int32 *tab; l_float32 fract; NUMA *na; PIX *pixt; PROCNAME("pixaFindAreaFraction"); if (!pixa) return (NUMA *)ERROR_PTR("pixa not defined", procName, NULL); n = pixaGetCount(pixa); na = numaCreate(n); tab = makePixelSumTab8(); for (i = 0; i < n; i++) { pixt = pixaGetPix(pixa, i, L_CLONE); pixFindAreaFraction(pixt, tab, &fract); numaAddNumber(na, fract); pixDestroy(&pixt); } FREE(tab); return na; } /*! * pixFindAreaFraction() * * Input: pixs (1 bpp) * tab ( pixel sum table, can be NULL) * &fract ( fg area/size ratio) * Return: 0 if OK, 1 on error * * Notes: * (1) This finds the ratio of the number of fg pixels to the * size of the pix (w * h). It is typically used for a * single connected component. */ l_int32 pixFindAreaFraction(PIX *pixs, l_int32 *tab, l_float32 *pfract) { l_int32 w, h, sum; l_int32 *tab8; PROCNAME("pixFindAreaFraction"); if (!pfract) return ERROR_INT("&fract not defined", procName, 1); *pfract = 0.0; if (!pixs || pixGetDepth(pixs) != 1) return ERROR_INT("pixs not defined or not 1 bpp", procName, 1); if (!tab) tab8 = makePixelSumTab8(); else tab8 = tab; pixGetDimensions(pixs, &w, &h, NULL); pixCountPixels(pixs, &sum, tab8); *pfract = (l_float32)sum / (l_float32)(w * h); if (!tab) FREE(tab8); return 0; } /*! * pixaFindAreaFractionMasked() * * Input: pixa (of 1 bpp pix) * pixm (mask image) * debug (1 for output, 0 to suppress) * Return: na (of ratio masked/total fractions for each pix), * or null on error * * Notes: * (1) This is typically used for a pixa consisting of * 1 bpp connected components, which has an associated * boxa giving the location of the components relative * to the mask origin. * (2) The debug flag displays in green and red the masked and * unmasked parts of the image from which pixa was derived. */ NUMA * pixaFindAreaFractionMasked(PIXA *pixa, PIX *pixm, l_int32 debug) { l_int32 i, n, full; l_int32 *tab; l_float32 fract; BOX *box; NUMA *na; PIX *pix; PROCNAME("pixaFindAreaFractionMasked"); if (!pixa) return (NUMA *)ERROR_PTR("pixa not defined", procName, NULL); if (!pixm || pixGetDepth(pixm) != 1) return (NUMA *)ERROR_PTR("pixm undefined or not 1 bpp", procName, NULL); n = pixaGetCount(pixa); na = numaCreate(n); tab = makePixelSumTab8(); pixaIsFull(pixa, NULL, &full); /* check boxa */ box = NULL; for (i = 0; i < n; i++) { pix = pixaGetPix(pixa, i, L_CLONE); if (full) box = pixaGetBox(pixa, i, L_CLONE); pixFindAreaFractionMasked(pix, box, pixm, tab, &fract); numaAddNumber(na, fract); boxDestroy(&box); pixDestroy(&pix); } FREE(tab); if (debug) { l_int32 w, h; PIX *pix1, *pix2; pixGetDimensions(pixm, &w, &h, NULL); pix1 = pixaDisplay(pixa, w, h); /* recover original image */ pix2 = pixCreate(w, h, 8); /* make an 8 bpp white image ... */ pixSetColormap(pix2, pixcmapCreate(8)); /* that's cmapped ... */ pixSetBlackOrWhite(pix2, L_SET_WHITE); /* and init to white */ pixSetMaskedCmap(pix2, pix1, 0, 0, 255, 0, 0); /* color all fg red */ pixRasterop(pix1, 0, 0, w, h, PIX_MASK, pixm, 0, 0); pixSetMaskedCmap(pix2, pix1, 0, 0, 0, 255, 0); /* turn masked green */ pixDisplay(pix2, 100, 100); pixDestroy(&pix1); pixDestroy(&pix2); } return na; } /*! * pixFindAreaFractionMasked() * * Input: pixs (1 bpp, typically a single component) * box ( for pixs relative to pixm) * pixm (1 bpp mask, typically over the entire image from * which the component pixs was extracted) * tab ( pixel sum table, can be NULL) * &fract ( fg area/size ratio) * Return: 0 if OK, 1 on error * * Notes: * (1) This finds the ratio of the number of masked fg pixels * in pixs to the total number of fg pixels in pixs. * It is typically used for a single connected component. * If there are no fg pixels, this returns a ratio of 0.0. * (2) The box gives the location of the pix relative to that * of the UL corner of the mask. Therefore, the rasterop * is performed with the pix translated to its location * (x, y) in the mask before ANDing. * If box == NULL, the UL corners of pixs and pixm are aligned. */ l_int32 pixFindAreaFractionMasked(PIX *pixs, BOX *box, PIX *pixm, l_int32 *tab, l_float32 *pfract) { l_int32 x, y, w, h, sum, masksum; l_int32 *tab8; PIX *pix1; PROCNAME("pixFindAreaFractionMasked"); if (!pfract) return ERROR_INT("&fract not defined", procName, 1); *pfract = 0.0; if (!pixs || pixGetDepth(pixs) != 1) return ERROR_INT("pixs not defined or not 1 bpp", procName, 1); if (!pixm || pixGetDepth(pixm) != 1) return ERROR_INT("pixm not defined or not 1 bpp", procName, 1); if (!tab) tab8 = makePixelSumTab8(); else tab8 = tab; x = y = 0; if (box) boxGetGeometry(box, &x, &y, NULL, NULL); pixGetDimensions(pixs, &w, &h, NULL); pix1 = pixCopy(NULL, pixs); pixRasterop(pix1, 0, 0, w, h, PIX_MASK, pixm, x, y); pixCountPixels(pixs, &sum, tab8); if (sum == 0) { pixDestroy(&pix1); if (!tab) FREE(tab8); return 0; } pixCountPixels(pix1, &masksum, tab8); *pfract = (l_float32)masksum / (l_float32)sum; if (!tab) FREE(tab8); pixDestroy(&pix1); return 0; } /*! * pixaFindWidthHeightRatio() * * Input: pixa (of 1 bpp pix) * Return: na (of width/height ratios for each pix), or null on error * * Notes: * (1) This is typically used for a pixa consisting of * 1 bpp connected components. */ NUMA * pixaFindWidthHeightRatio(PIXA *pixa) { l_int32 i, n, w, h; NUMA *na; PIX *pixt; PROCNAME("pixaFindWidthHeightRatio"); if (!pixa) return (NUMA *)ERROR_PTR("pixa not defined", procName, NULL); n = pixaGetCount(pixa); na = numaCreate(n); for (i = 0; i < n; i++) { pixt = pixaGetPix(pixa, i, L_CLONE); pixGetDimensions(pixt, &w, &h, NULL); numaAddNumber(na, (l_float32)w / (l_float32)h); pixDestroy(&pixt); } return na; } /*! * pixaFindWidthHeightProduct() * * Input: pixa (of 1 bpp pix) * Return: na (of width*height products for each pix), or null on error * * Notes: * (1) This is typically used for a pixa consisting of * 1 bpp connected components. */ NUMA * pixaFindWidthHeightProduct(PIXA *pixa) { l_int32 i, n, w, h; NUMA *na; PIX *pixt; PROCNAME("pixaFindWidthHeightProduct"); if (!pixa) return (NUMA *)ERROR_PTR("pixa not defined", procName, NULL); n = pixaGetCount(pixa); na = numaCreate(n); for (i = 0; i < n; i++) { pixt = pixaGetPix(pixa, i, L_CLONE); pixGetDimensions(pixt, &w, &h, NULL); numaAddNumber(na, w * h); pixDestroy(&pixt); } return na; } /*! * pixFindOverlapFraction() * * Input: pixs1, pixs2 (1 bpp) * x2, y2 (location in pixs1 of UL corner of pixs2) * tab ( pixel sum table, can be null) * &ratio ( ratio fg intersection to fg union) * &noverlap ( number of overlapping pixels) * Return: 0 if OK, 1 on error * * Notes: * (1) The UL corner of pixs2 is placed at (x2, y2) in pixs1. * (2) This measure is similar to the correlation. */ l_int32 pixFindOverlapFraction(PIX *pixs1, PIX *pixs2, l_int32 x2, l_int32 y2, l_int32 *tab, l_float32 *pratio, l_int32 *pnoverlap) { l_int32 *tab8; l_int32 w, h, nintersect, nunion; PIX *pixt; PROCNAME("pixFindOverlapFraction"); if (!pratio) return ERROR_INT("&ratio not defined", procName, 1); *pratio = 0.0; if (!pixs1 || pixGetDepth(pixs1) != 1) return ERROR_INT("pixs1 not defined or not 1 bpp", procName, 1); if (!pixs2 || pixGetDepth(pixs2) != 1) return ERROR_INT("pixs2 not defined or not 1 bpp", procName, 1); if (!tab) tab8 = makePixelSumTab8(); else tab8 = tab; pixGetDimensions(pixs2, &w, &h, NULL); pixt = pixCopy(NULL, pixs1); pixRasterop(pixt, x2, y2, w, h, PIX_MASK, pixs2, 0, 0); /* AND */ pixCountPixels(pixt, &nintersect, tab8); if (pnoverlap) *pnoverlap = nintersect; pixCopy(pixt, pixs1); pixRasterop(pixt, x2, y2, w, h, PIX_PAINT, pixs2, 0, 0); /* OR */ pixCountPixels(pixt, &nunion, tab8); if (!tab) FREE(tab8); pixDestroy(&pixt); if (nunion > 0) *pratio = (l_float32)nintersect / (l_float32)nunion; return 0; } /*! * pixFindRectangleComps() * * Input: pixs (1 bpp) * dist (max distance allowed between bounding box and nearest * foreground pixel within it) * minw, minh (minimum size in each direction as a requirement * for a conforming rectangle) * Return: boxa (of components that conform), or null on error * * Notes: * (1) This applies the function pixConformsToRectangle() to * each 8-c.c. in pixs, and returns a boxa containing the * regions of all components that are conforming. * (2) Conforming components must satisfy both the size constraint * given by @minsize and the slop in conforming to a rectangle * determined by @dist. */ BOXA * pixFindRectangleComps(PIX *pixs, l_int32 dist, l_int32 minw, l_int32 minh) { l_int32 w, h, i, n, conforms; BOX *box; BOXA *boxa, *boxad; PIX *pix; PIXA *pixa; PROCNAME("pixFindRectangleComps"); if (!pixs || pixGetDepth(pixs) != 1) return (BOXA *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); if (dist < 0) return (BOXA *)ERROR_PTR("dist must be >= 0", procName, NULL); if (minw <= 2 * dist && minh <= 2 * dist) return (BOXA *)ERROR_PTR("invalid parameters", procName, NULL); boxa = pixConnComp(pixs, &pixa, 8); boxad = boxaCreate(0); n = pixaGetCount(pixa); for (i = 0; i < n; i++) { pix = pixaGetPix(pixa, i, L_CLONE); pixGetDimensions(pix, &w, &h, NULL); if (w < minw || h < minh) { pixDestroy(&pix); continue; } pixConformsToRectangle(pix, NULL, dist, &conforms); if (conforms) { box = boxaGetBox(boxa, i, L_COPY); boxaAddBox(boxad, box, L_INSERT); } pixDestroy(&pix); } boxaDestroy(&boxa); pixaDestroy(&pixa); return boxad; } /*! * pixConformsToRectangle() * * Input: pixs (1 bpp) * box ( if null, use the entire pixs) * dist (max distance allowed between bounding box and nearest * foreground pixel within it) * &conforms ( 0 (false) if not conforming; * 1 (true) if conforming) * Return: 0 if OK, 1 on error * * Notes: * (1) There are several ways to test if a connected component has * an essentially rectangular boundary, such as: * a. Fraction of fill into the bounding box * b. Max-min distance of fg pixel from periphery of bounding box * c. Max depth of bg intrusions into component within bounding box * The weakness of (a) is that it is highly sensitive to holes * within the c.c. The weakness of (b) is that it can have * arbitrarily large intrusions into the c.c. Method (c) tests * the integrity of the outer boundary of the c.c., with respect * to the enclosing bounding box, so we use it. * (2) This tests if the connected component within the box conforms * to the box at all points on the periphery within @dist. * Inside, at a distance from the box boundary that is greater * than @dist, we don't care about the pixels in the c.c. * (3) We can think of the conforming condition as follows: * No pixel inside a distance @dist from the boundary * can connect to the boundary through a path through the bg. * To implement this, we need to do a flood fill. We can go * either from inside toward the boundary, or the other direction. * It's easiest to fill from the boundary, and then verify that * there are no filled pixels farther than @dist from the boundary. */ l_int32 pixConformsToRectangle(PIX *pixs, BOX *box, l_int32 dist, l_int32 *pconforms) { l_int32 w, h, empty; PIX *pix1, *pix2; PROCNAME("pixConformsToRectangle"); if (!pconforms) return ERROR_INT("&conforms not defined", procName, 1); *pconforms = 0; if (!pixs || pixGetDepth(pixs) != 1) return ERROR_INT("pixs not defined or not 1 bpp", procName, 1); if (dist < 0) return ERROR_INT("dist must be >= 0", procName, 1); pixGetDimensions(pixs, &w, &h, NULL); if (w <= 2 * dist || h <= 2 * dist) { L_WARNING("automatic conformation: distance too large\n", procName); *pconforms = 1; return 0; } /* Extract the region, if necessary */ if (box) pix1 = pixClipRectangle(pixs, box, NULL); else pix1 = pixCopy(NULL, pixs); /* Invert and fill from the boundary into the interior. * Because we're considering the connected component in an * 8-connected sense, we do the background filling as 4 c.c. */ pixInvert(pix1, pix1); pix2 = pixExtractBorderConnComps(pix1, 4); /* Mask out all pixels within a distance @dist from the box * boundary. Any remaining pixels are from filling that goes * more than @dist from the boundary. If no pixels remain, * the component conforms to the bounding rectangle within * a distance @dist. */ pixSetOrClearBorder(pix2, dist, dist, dist, dist, PIX_CLR); pixZero(pix2, &empty); pixDestroy(&pix1); pixDestroy(&pix2); *pconforms = (empty) ? 1 : 0; return 0; } /*-----------------------------------------------------------------------* * Extract rectangular region * *-----------------------------------------------------------------------*/ /*! * pixClipRectangles() * * Input: pixs * boxa (requested clipping regions) * Return: pixa (consisting of requested regions), or null on error * * Notes: * (1) The returned pixa includes the actual regions clipped out from * the input pixs. */ PIXA * pixClipRectangles(PIX *pixs, BOXA *boxa) { l_int32 i, n; BOX *box, *boxc; PIX *pix; PIXA *pixa; PROCNAME("pixClipRectangles"); if (!pixs) return (PIXA *)ERROR_PTR("pixs not defined", procName, NULL); if (!boxa) return (PIXA *)ERROR_PTR("boxa not defined", procName, NULL); n = boxaGetCount(boxa); pixa = pixaCreate(n); for (i = 0; i < n; i++) { box = boxaGetBox(boxa, i, L_CLONE); pix = pixClipRectangle(pixs, box, &boxc); pixaAddPix(pixa, pix, L_INSERT); pixaAddBox(pixa, boxc, L_INSERT); boxDestroy(&box); } return pixa; } /*! * pixClipRectangle() * * Input: pixs * box (requested clipping region; const) * &boxc ( actual box of clipped region) * Return: clipped pix, or null on error or if rectangle * doesn't intersect pixs * * Notes: * * This should be simple, but there are choices to be made. * The box is defined relative to the pix coordinates. However, * if the box is not contained within the pix, we have two choices: * * (1) clip the box to the pix * (2) make a new pix equal to the full box dimensions, * but let rasterop do the clipping and positioning * of the src with respect to the dest * * Choice (2) immediately brings up the problem of what pixel values * to use that were not taken from the src. For example, on a grayscale * image, do you want the pixels not taken from the src to be black * or white or something else? To implement choice 2, one needs to * specify the color of these extra pixels. * * So we adopt (1), and clip the box first, if necessary, * before making the dest pix and doing the rasterop. But there * is another issue to consider. If you want to paste the * clipped pix back into pixs, it must be properly aligned, and * it is necessary to use the clipped box for alignment. * Accordingly, this function has a third (optional) argument, which is * the input box clipped to the src pix. */ PIX * pixClipRectangle(PIX *pixs, BOX *box, BOX **pboxc) { l_int32 w, h, d, bx, by, bw, bh; BOX *boxc; PIX *pixd; PROCNAME("pixClipRectangle"); if (pboxc) *pboxc = NULL; if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!box) return (PIX *)ERROR_PTR("box not defined", procName, NULL); /* Clip the input box to the pix */ pixGetDimensions(pixs, &w, &h, &d); if ((boxc = boxClipToRectangle(box, w, h)) == NULL) { L_WARNING("box doesn't overlap pix\n", procName); return NULL; } boxGetGeometry(boxc, &bx, &by, &bw, &bh); /* Extract the block */ if ((pixd = pixCreate(bw, bh, d)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixCopyColormap(pixd, pixs); pixRasterop(pixd, 0, 0, bw, bh, PIX_SRC, pixs, bx, by); if (pboxc) *pboxc = boxc; else boxDestroy(&boxc); return pixd; } /*! * pixClipMasked() * * Input: pixs (1, 2, 4, 8, 16, 32 bpp; colormap ok) * pixm (clipping mask, 1 bpp) * x, y (origin of clipping mask relative to pixs) * outval (val to use for pixels that are outside the mask) * Return: pixd, (clipped pix) or null on error or if pixm doesn't * intersect pixs * * Notes: * (1) If pixs has a colormap, it is preserved in pixd. * (2) The depth of pixd is the same as that of pixs. * (3) If the depth of pixs is 1, use @outval = 0 for white background * and 1 for black; otherwise, use the max value for white * and 0 for black. If pixs has a colormap, the max value for * @outval is 0xffffffff; otherwise, it is 2^d - 1. * (4) When using 1 bpp pixs, this is a simple clip and * blend operation. For example, if both pix1 and pix2 are * black text on white background, and you want to OR the * fg on the two images, let pixm be the inverse of pix2. * Then the operation takes all of pix1 that's in the bg of * pix2, and for the remainder (which are the pixels * corresponding to the fg of the pix2), paint them black * (1) in pix1. The function call looks like * pixClipMasked(pix2, pixInvert(pix1, pix1), x, y, 1); */ PIX * pixClipMasked(PIX *pixs, PIX *pixm, l_int32 x, l_int32 y, l_uint32 outval) { l_int32 wm, hm, index, rval, gval, bval; l_uint32 pixel; BOX *box; PIX *pixmi, *pixd; PIXCMAP *cmap; PROCNAME("pixClipMasked"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!pixm || pixGetDepth(pixm) != 1) return (PIX *)ERROR_PTR("pixm undefined or not 1 bpp", procName, NULL); /* Clip out the region specified by pixm and (x,y) */ pixGetDimensions(pixm, &wm, &hm, NULL); box = boxCreate(x, y, wm, hm); pixd = pixClipRectangle(pixs, box, NULL); /* Paint 'outval' (or something close to it if cmapped) through * the pixels not masked by pixm */ cmap = pixGetColormap(pixd); pixmi = pixInvert(NULL, pixm); if (cmap) { extractRGBValues(outval, &rval, &gval, &bval); pixcmapGetNearestIndex(cmap, rval, gval, bval, &index); pixcmapGetColor(cmap, index, &rval, &gval, &bval); composeRGBPixel(rval, gval, bval, &pixel); pixPaintThroughMask(pixd, pixmi, 0, 0, pixel); } else { pixPaintThroughMask(pixd, pixmi, 0, 0, outval); } boxDestroy(&box); pixDestroy(&pixmi); return pixd; } /*! * pixCropToMatch() * * Input: pixs1 (any depth, colormap OK) * pixs2 (any depth, colormap OK) * &pixd1 ( may be a clone) * &pixd2 ( may be a clone) * Return: 0 if OK, 1 on error * * Notes: * (1) This resizes pixs1 and/or pixs2 by cropping at the right * and bottom, so that they're the same size. * (2) If a pix doesn't need to be cropped, a clone is returned. * (3) Note: the images are implicitly aligned to the UL corner. */ l_int32 pixCropToMatch(PIX *pixs1, PIX *pixs2, PIX **ppixd1, PIX **ppixd2) { l_int32 w1, h1, w2, h2, w, h; PROCNAME("pixCropToMatch"); if (!ppixd1 || !ppixd2) return ERROR_INT("&pixd1 and &pixd2 not both defined", procName, 1); *ppixd1 = *ppixd2 = NULL; if (!pixs1 || !pixs2) return ERROR_INT("pixs1 and pixs2 not defined", procName, 1); pixGetDimensions(pixs1, &w1, &h1, NULL); pixGetDimensions(pixs2, &w2, &h2, NULL); w = L_MIN(w1, w2); h = L_MIN(h1, h2); *ppixd1 = pixCropToSize(pixs1, w, h); *ppixd2 = pixCropToSize(pixs2, w, h); if (*ppixd1 == NULL || *ppixd2 == NULL) return ERROR_INT("cropped image failure", procName, 1); return 0; } /*! * pixCropToSize() * * Input: pixs (any depth, colormap OK) * w, h (max dimensions of cropped image) * Return: pixd (cropped if necessary) or null on error. * * Notes: * (1) If either w or h is smaller than the corresponding dimension * of pixs, this returns a cropped image; otherwise it returns * a clone of pixs. */ PIX * pixCropToSize(PIX *pixs, l_int32 w, l_int32 h) { l_int32 ws, hs, wd, hd, d; PIX *pixd; PROCNAME("pixCropToSize"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &ws, &hs, &d); if (ws <= w && hs <= h) /* no cropping necessary */ return pixClone(pixs); wd = L_MIN(ws, w); hd = L_MIN(hs, h); if ((pixd = pixCreate(wd, hd, d)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixCopyColormap(pixd, pixs); pixCopyText(pixd, pixs); pixCopyInputFormat(pixd, pixs); pixRasterop(pixd, 0, 0, wd, hd, PIX_SRC, pixs, 0, 0); return pixd; } /*! * pixResizeToMatch() * * Input: pixs (1, 2, 4, 8, 16, 32 bpp; colormap ok) * pixt (can be null; we use only the size) * w, h (ignored if pixt is defined) * Return: pixd (resized to match) or null on error * * Notes: * (1) This resizes pixs to make pixd, without scaling, by either * cropping or extending separately in both width and height. * Extension is done by replicating the last row or column. * This is useful in a situation where, due to scaling * operations, two images that are expected to be the * same size can differ slightly in each dimension. * (2) You can use either an existing pixt or specify * both @w and @h. If pixt is defined, the values * in @w and @h are ignored. * (3) If pixt is larger than pixs (or if w and/or d is larger * than the dimension of pixs, replicate the outer row and * column of pixels in pixs into pixd. */ PIX * pixResizeToMatch(PIX *pixs, PIX *pixt, l_int32 w, l_int32 h) { l_int32 i, j, ws, hs, d; PIX *pixd; PROCNAME("pixResizeToMatch"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!pixt && (w <= 0 || h <= 0)) return (PIX *)ERROR_PTR("both w and h not > 0", procName, NULL); if (pixt) /* redefine w, h */ pixGetDimensions(pixt, &w, &h, NULL); pixGetDimensions(pixs, &ws, &hs, &d); if (ws == w && hs == h) return pixCopy(NULL, pixs); if ((pixd = pixCreate(w, h, d)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixCopyColormap(pixd, pixs); pixCopyText(pixd, pixs); pixCopyInputFormat(pixd, pixs); pixRasterop(pixd, 0, 0, ws, hs, PIX_SRC, pixs, 0, 0); if (ws >= w && hs >= h) return pixd; /* Replicate the last column and then the last row */ if (ws < w) { for (j = ws; j < w; j++) pixRasterop(pixd, j, 0, 1, h, PIX_SRC, pixd, ws - 1, 0); } if (hs < h) { for (i = hs; i < h; i++) pixRasterop(pixd, 0, i, w, 1, PIX_SRC, pixd, 0, hs - 1); } return pixd; } /*---------------------------------------------------------------------* * Clip to Foreground * *---------------------------------------------------------------------*/ /*! * pixClipToForeground() * * Input: pixs (1 bpp) * &pixd ( clipped pix returned) * &box ( bounding box) * Return: 0 if OK; 1 on error or if there are no fg pixels * * Notes: * (1) At least one of {&pixd, &box} must be specified. * (2) If there are no fg pixels, the returned ptrs are null. */ l_int32 pixClipToForeground(PIX *pixs, PIX **ppixd, BOX **pbox) { l_int32 w, h, wpl, nfullwords, extra, i, j; l_int32 minx, miny, maxx, maxy; l_uint32 result, mask; l_uint32 *data, *line; BOX *box; PROCNAME("pixClipToForeground"); if (!ppixd && !pbox) return ERROR_INT("neither &pixd nor &box defined", procName, 1); if (ppixd) *ppixd = NULL; if (pbox) *pbox = NULL; if (!pixs || (pixGetDepth(pixs) != 1)) return ERROR_INT("pixs not defined or not 1 bpp", procName, 1); pixGetDimensions(pixs, &w, &h, NULL); nfullwords = w / 32; extra = w & 31; mask = ~rmask32[32 - extra]; wpl = pixGetWpl(pixs); data = pixGetData(pixs); result = 0; for (i = 0, miny = 0; i < h; i++, miny++) { line = data + i * wpl; for (j = 0; j < nfullwords; j++) result |= line[j]; if (extra) result |= (line[j] & mask); if (result) break; } if (miny == h) /* no ON pixels */ return 1; result = 0; for (i = h - 1, maxy = h - 1; i >= 0; i--, maxy--) { line = data + i * wpl; for (j = 0; j < nfullwords; j++) result |= line[j]; if (extra) result |= (line[j] & mask); if (result) break; } minx = 0; for (j = 0, minx = 0; j < w; j++, minx++) { for (i = 0; i < h; i++) { line = data + i * wpl; if (GET_DATA_BIT(line, j)) goto minx_found; } } minx_found: for (j = w - 1, maxx = w - 1; j >= 0; j--, maxx--) { for (i = 0; i < h; i++) { line = data + i * wpl; if (GET_DATA_BIT(line, j)) goto maxx_found; } } maxx_found: box = boxCreate(minx, miny, maxx - minx + 1, maxy - miny + 1); if (ppixd) *ppixd = pixClipRectangle(pixs, box, NULL); if (pbox) *pbox = box; else boxDestroy(&box); return 0; } /*! * pixTestClipToForeground() * * Input: pixs (1 bpp) * &canclip ( 1 if fg does not extend to all four edges) * Return: 0 if OK; 1 on error * * Notes: * (1) This is a lightweight test to determine if a 1 bpp image * can be further cropped without loss of fg pixels. * If it cannot, canclip is set to 0. */ l_int32 pixTestClipToForeground(PIX *pixs, l_int32 *pcanclip) { l_int32 i, j, w, h, wpl, found; l_uint32 *data, *line; PROCNAME("pixTestClipToForeground"); if (!pcanclip) return ERROR_INT("&canclip not defined", procName, 1); *pcanclip = 0; if (!pixs || (pixGetDepth(pixs) != 1)) return ERROR_INT("pixs not defined or not 1 bpp", procName, 1); /* Check top and bottom raster lines */ pixGetDimensions(pixs, &w, &h, NULL); data = pixGetData(pixs); wpl = pixGetWpl(pixs); found = FALSE; for (j = 0; found == FALSE && j < w; j++) found = GET_DATA_BIT(data, j); if (!found) { *pcanclip = 1; return 0; } line = data + (h - 1) * wpl; found = FALSE; for (j = 0; found == FALSE && j < w; j++) found = GET_DATA_BIT(data, j); if (!found) { *pcanclip = 1; return 0; } /* Check left and right edges */ found = FALSE; for (i = 0, line = data; found == FALSE && i < h; line += wpl, i++) found = GET_DATA_BIT(line, 0); if (!found) { *pcanclip = 1; return 0; } found = FALSE; for (i = 0, line = data; found == FALSE && i < h; line += wpl, i++) found = GET_DATA_BIT(line, w - 1); if (!found) *pcanclip = 1; return 0; /* fg pixels found on all edges */ } /*! * pixClipBoxToForeground() * * Input: pixs (1 bpp) * boxs ( ; use full image if null) * &pixd ( clipped pix returned) * &boxd ( bounding box) * Return: 0 if OK; 1 on error or if there are no fg pixels * * Notes: * (1) At least one of {&pixd, &boxd} must be specified. * (2) If there are no fg pixels, the returned ptrs are null. * (3) Do not use &pixs for the 3rd arg or &boxs for the 4th arg; * this will leak memory. */ l_int32 pixClipBoxToForeground(PIX *pixs, BOX *boxs, PIX **ppixd, BOX **pboxd) { l_int32 w, h, bx, by, bw, bh, cbw, cbh, left, right, top, bottom; BOX *boxt, *boxd; PROCNAME("pixClipBoxToForeground"); if (!ppixd && !pboxd) return ERROR_INT("neither &pixd nor &boxd defined", procName, 1); if (ppixd) *ppixd = NULL; if (pboxd) *pboxd = NULL; if (!pixs || (pixGetDepth(pixs) != 1)) return ERROR_INT("pixs not defined or not 1 bpp", procName, 1); if (!boxs) return pixClipToForeground(pixs, ppixd, pboxd); pixGetDimensions(pixs, &w, &h, NULL); boxGetGeometry(boxs, &bx, &by, &bw, &bh); cbw = L_MIN(bw, w - bx); cbh = L_MIN(bh, h - by); if (cbw < 0 || cbh < 0) return ERROR_INT("box not within image", procName, 1); boxt = boxCreate(bx, by, cbw, cbh); if (pixScanForForeground(pixs, boxt, L_FROM_LEFT, &left)) { boxDestroy(&boxt); return 1; } pixScanForForeground(pixs, boxt, L_FROM_RIGHT, &right); pixScanForForeground(pixs, boxt, L_FROM_TOP, &top); pixScanForForeground(pixs, boxt, L_FROM_BOT, &bottom); boxd = boxCreate(left, top, right - left + 1, bottom - top + 1); if (ppixd) *ppixd = pixClipRectangle(pixs, boxd, NULL); if (pboxd) *pboxd = boxd; else boxDestroy(&boxd); boxDestroy(&boxt); return 0; } /*! * pixScanForForeground() * * Input: pixs (1 bpp) * box ( within which the search is conducted) * scanflag (direction of scan; e.g., L_FROM_LEFT) * &loc (location in scan direction of first black pixel) * Return: 0 if OK; 1 on error or if no fg pixels are found * * Notes: * (1) If there are no fg pixels, the position is set to 0. * Caller must check the return value! * (2) Use @box == NULL to scan from edge of pixs */ l_int32 pixScanForForeground(PIX *pixs, BOX *box, l_int32 scanflag, l_int32 *ploc) { l_int32 bx, by, bw, bh, x, xstart, xend, y, ystart, yend, wpl; l_uint32 *data, *line; BOX *boxt; PROCNAME("pixScanForForeground"); if (!ploc) return ERROR_INT("&loc not defined", procName, 1); *ploc = 0; if (!pixs || (pixGetDepth(pixs) != 1)) return ERROR_INT("pixs not defined or not 1 bpp", procName, 1); /* Clip box to pixs if it exists */ pixGetDimensions(pixs, &bw, &bh, NULL); if (box) { if ((boxt = boxClipToRectangle(box, bw, bh)) == NULL) return ERROR_INT("invalid box", procName, 1); boxGetGeometry(boxt, &bx, &by, &bw, &bh); boxDestroy(&boxt); } else { bx = by = 0; } xstart = bx; ystart = by; xend = bx + bw - 1; yend = by + bh - 1; data = pixGetData(pixs); wpl = pixGetWpl(pixs); if (scanflag == L_FROM_LEFT) { for (x = xstart; x <= xend; x++) { for (y = ystart; y <= yend; y++) { line = data + y * wpl; if (GET_DATA_BIT(line, x)) { *ploc = x; return 0; } } } } else if (scanflag == L_FROM_RIGHT) { for (x = xend; x >= xstart; x--) { for (y = ystart; y <= yend; y++) { line = data + y * wpl; if (GET_DATA_BIT(line, x)) { *ploc = x; return 0; } } } } else if (scanflag == L_FROM_TOP) { for (y = ystart; y <= yend; y++) { line = data + y * wpl; for (x = xstart; x <= xend; x++) { if (GET_DATA_BIT(line, x)) { *ploc = y; return 0; } } } } else if (scanflag == L_FROM_BOT) { for (y = yend; y >= ystart; y--) { line = data + y * wpl; for (x = xstart; x <= xend; x++) { if (GET_DATA_BIT(line, x)) { *ploc = y; return 0; } } } } else { return ERROR_INT("invalid scanflag", procName, 1); } return 1; /* no fg found */ } /*! * pixClipBoxToEdges() * * Input: pixs (1 bpp) * boxs ( ; use full image if null) * lowthresh (threshold to choose clipping location) * highthresh (threshold required to find an edge) * maxwidth (max allowed width between low and high thresh locs) * factor (sampling factor along pixel counting direction) * &pixd ( clipped pix returned) * &boxd ( bounding box) * Return: 0 if OK; 1 on error or if a fg edge is not found from * all four sides. * * Notes: * (1) At least one of {&pixd, &boxd} must be specified. * (2) If there are no fg pixels, the returned ptrs are null. * (3) This function attempts to locate rectangular "image" regions * of high-density fg pixels, that have well-defined edges * on the four sides. * (4) Edges are searched for on each side, iterating in order * from left, right, top and bottom. As each new edge is * found, the search box is resized to use that location. * Once an edge is found, it is held. If no more edges * are found in one iteration, the search fails. * (5) See pixScanForEdge() for usage of the thresholds and @maxwidth. * (6) The thresholds must be at least 1, and the low threshold * cannot be larger than the high threshold. * (7) If the low and high thresholds are both 1, this is equivalent * to pixClipBoxToForeground(). */ l_int32 pixClipBoxToEdges(PIX *pixs, BOX *boxs, l_int32 lowthresh, l_int32 highthresh, l_int32 maxwidth, l_int32 factor, PIX **ppixd, BOX **pboxd) { l_int32 w, h, bx, by, bw, bh, cbw, cbh, left, right, top, bottom; l_int32 lfound, rfound, tfound, bfound, change; BOX *boxt, *boxd; PROCNAME("pixClipBoxToEdges"); if (!ppixd && !pboxd) return ERROR_INT("neither &pixd nor &boxd defined", procName, 1); if (ppixd) *ppixd = NULL; if (pboxd) *pboxd = NULL; if (!pixs || (pixGetDepth(pixs) != 1)) return ERROR_INT("pixs not defined or not 1 bpp", procName, 1); if (lowthresh < 1 || highthresh < 1 || lowthresh > highthresh || maxwidth < 1) return ERROR_INT("invalid thresholds", procName, 1); factor = L_MIN(1, factor); if (lowthresh == 1 && highthresh == 1) return pixClipBoxToForeground(pixs, boxs, ppixd, pboxd); pixGetDimensions(pixs, &w, &h, NULL); if (boxs) { boxGetGeometry(boxs, &bx, &by, &bw, &bh); cbw = L_MIN(bw, w - bx); cbh = L_MIN(bh, h - by); if (cbw < 0 || cbh < 0) return ERROR_INT("box not within image", procName, 1); boxt = boxCreate(bx, by, cbw, cbh); } else { boxt = boxCreate(0, 0, w, h); } lfound = rfound = tfound = bfound = 0; while (!lfound || !rfound || !tfound || !bfound) { change = 0; if (!lfound) { if (!pixScanForEdge(pixs, boxt, lowthresh, highthresh, maxwidth, factor, L_FROM_LEFT, &left)) { lfound = 1; change = 1; boxRelocateOneSide(boxt, boxt, left, L_FROM_LEFT); } } if (!rfound) { if (!pixScanForEdge(pixs, boxt, lowthresh, highthresh, maxwidth, factor, L_FROM_RIGHT, &right)) { rfound = 1; change = 1; boxRelocateOneSide(boxt, boxt, right, L_FROM_RIGHT); } } if (!tfound) { if (!pixScanForEdge(pixs, boxt, lowthresh, highthresh, maxwidth, factor, L_FROM_TOP, &top)) { tfound = 1; change = 1; boxRelocateOneSide(boxt, boxt, top, L_FROM_TOP); } } if (!bfound) { if (!pixScanForEdge(pixs, boxt, lowthresh, highthresh, maxwidth, factor, L_FROM_BOT, &bottom)) { bfound = 1; change = 1; boxRelocateOneSide(boxt, boxt, bottom, L_FROM_BOT); } } #if DEBUG_EDGES fprintf(stderr, "iter: %d %d %d %d\n", lfound, rfound, tfound, bfound); #endif /* DEBUG_EDGES */ if (change == 0) break; } boxDestroy(&boxt); if (change == 0) return ERROR_INT("not all edges found", procName, 1); boxd = boxCreate(left, top, right - left + 1, bottom - top + 1); if (ppixd) *ppixd = pixClipRectangle(pixs, boxd, NULL); if (pboxd) *pboxd = boxd; else boxDestroy(&boxd); return 0; } /*! * pixScanForEdge() * * Input: pixs (1 bpp) * box ( within which the search is conducted) * lowthresh (threshold to choose clipping location) * highthresh (threshold required to find an edge) * maxwidth (max allowed width between low and high thresh locs) * factor (sampling factor along pixel counting direction) * scanflag (direction of scan; e.g., L_FROM_LEFT) * &loc (location in scan direction of first black pixel) * Return: 0 if OK; 1 on error or if the edge is not found * * Notes: * (1) If there are no fg pixels, the position is set to 0. * Caller must check the return value! * (2) Use @box == NULL to scan from edge of pixs * (3) As the scan progresses, the location where the sum of * pixels equals or excees @lowthresh is noted (loc). The * scan is stopped when the sum of pixels equals or exceeds * @highthresh. If the scan distance between loc and that * point does not exceed @maxwidth, an edge is found and * its position is taken to be loc. @maxwidth implicitly * sets a minimum on the required gradient of the edge. * (4) The thresholds must be at least 1, and the low threshold * cannot be larger than the high threshold. */ l_int32 pixScanForEdge(PIX *pixs, BOX *box, l_int32 lowthresh, l_int32 highthresh, l_int32 maxwidth, l_int32 factor, l_int32 scanflag, l_int32 *ploc) { l_int32 bx, by, bw, bh, foundmin, loc, sum, wpl; l_int32 x, xstart, xend, y, ystart, yend; l_uint32 *data, *line; BOX *boxt; PROCNAME("pixScanForEdge"); if (!ploc) return ERROR_INT("&ploc not defined", procName, 1); *ploc = 0; if (!pixs || (pixGetDepth(pixs) != 1)) return ERROR_INT("pixs not defined or not 1 bpp", procName, 1); if (lowthresh < 1 || highthresh < 1 || lowthresh > highthresh || maxwidth < 1) return ERROR_INT("invalid thresholds", procName, 1); factor = L_MIN(1, factor); /* Clip box to pixs if it exists */ pixGetDimensions(pixs, &bw, &bh, NULL); if (box) { if ((boxt = boxClipToRectangle(box, bw, bh)) == NULL) return ERROR_INT("invalid box", procName, 1); boxGetGeometry(boxt, &bx, &by, &bw, &bh); boxDestroy(&boxt); } else { bx = by = 0; } xstart = bx; ystart = by; xend = bx + bw - 1; yend = by + bh - 1; data = pixGetData(pixs); wpl = pixGetWpl(pixs); foundmin = 0; if (scanflag == L_FROM_LEFT) { for (x = xstart; x <= xend; x++) { sum = 0; for (y = ystart; y <= yend; y += factor) { line = data + y * wpl; if (GET_DATA_BIT(line, x)) sum++; } if (!foundmin && sum < lowthresh) continue; if (!foundmin) { /* save the loc of the beginning of the edge */ foundmin = 1; loc = x; } if (sum >= highthresh) { #if DEBUG_EDGES fprintf(stderr, "Left: x = %d, loc = %d\n", x, loc); #endif /* DEBUG_EDGES */ if (x - loc < maxwidth) { *ploc = loc; return 0; } else { return 1; } } } } else if (scanflag == L_FROM_RIGHT) { for (x = xend; x >= xstart; x--) { sum = 0; for (y = ystart; y <= yend; y += factor) { line = data + y * wpl; if (GET_DATA_BIT(line, x)) sum++; } if (!foundmin && sum < lowthresh) continue; if (!foundmin) { foundmin = 1; loc = x; } if (sum >= highthresh) { #if DEBUG_EDGES fprintf(stderr, "Right: x = %d, loc = %d\n", x, loc); #endif /* DEBUG_EDGES */ if (loc - x < maxwidth) { *ploc = loc; return 0; } else { return 1; } } } } else if (scanflag == L_FROM_TOP) { for (y = ystart; y <= yend; y++) { sum = 0; line = data + y * wpl; for (x = xstart; x <= xend; x += factor) { if (GET_DATA_BIT(line, x)) sum++; } if (!foundmin && sum < lowthresh) continue; if (!foundmin) { foundmin = 1; loc = y; } if (sum >= highthresh) { #if DEBUG_EDGES fprintf(stderr, "Top: y = %d, loc = %d\n", y, loc); #endif /* DEBUG_EDGES */ if (y - loc < maxwidth) { *ploc = loc; return 0; } else { return 1; } } } } else if (scanflag == L_FROM_BOT) { for (y = yend; y >= ystart; y--) { sum = 0; line = data + y * wpl; for (x = xstart; x <= xend; x += factor) { if (GET_DATA_BIT(line, x)) sum++; } if (!foundmin && sum < lowthresh) continue; if (!foundmin) { foundmin = 1; loc = y; } if (sum >= highthresh) { #if DEBUG_EDGES fprintf(stderr, "Bottom: y = %d, loc = %d\n", y, loc); #endif /* DEBUG_EDGES */ if (loc - y < maxwidth) { *ploc = loc; return 0; } else { return 1; } } } } else { return ERROR_INT("invalid scanflag", procName, 1); } return 1; /* edge not found */ } /*---------------------------------------------------------------------* * Extract pixel averages and reversals along lines * *---------------------------------------------------------------------*/ /*! * pixExtractOnLine() * * Input: pixs (1 bpp or 8 bpp; no colormap) * x1, y1 (one end point for line) * x2, y2 (another end pt for line) * factor (sampling; >= 1) * Return: na (of pixel values along line), or null on error. * * Notes: * (1) Input end points are clipped to the pix. * (2) If the line is either horizontal, or closer to horizontal * than to vertical, the points will be extracted from left * to right in the pix. Likewise, if the line is vertical, * or closer to vertical than to horizontal, the points will * be extracted from top to bottom. * (3) Can be used with numaCountReverals(), for example, to * characterize the intensity smoothness along a line. */ NUMA * pixExtractOnLine(PIX *pixs, l_int32 x1, l_int32 y1, l_int32 x2, l_int32 y2, l_int32 factor) { l_int32 i, w, h, d, xmin, ymin, xmax, ymax, npts, direction; l_uint32 val; l_float32 x, y; l_float64 slope; NUMA *na; PTA *pta; PROCNAME("pixExtractOnLine"); if (!pixs) return (NUMA *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 1 && d != 8) return (NUMA *)ERROR_PTR("d not 1 or 8 bpp", procName, NULL); if (pixGetColormap(pixs)) return (NUMA *)ERROR_PTR("pixs has a colormap", procName, NULL); if (factor < 1) { L_WARNING("factor must be >= 1; setting to 1\n", procName); factor = 1; } /* Clip line to the image */ x1 = L_MAX(0, L_MIN(x1, w - 1)); x2 = L_MAX(0, L_MIN(x2, w - 1)); y1 = L_MAX(0, L_MIN(y1, h - 1)); y2 = L_MAX(0, L_MIN(y2, h - 1)); if (x1 == x2 && y1 == y2) { pixGetPixel(pixs, x1, y1, &val); na = numaCreate(1); numaAddNumber(na, val); return na; } if (y1 == y2) direction = L_HORIZONTAL_LINE; else if (x1 == x2) direction = L_VERTICAL_LINE; else direction = L_OBLIQUE_LINE; na = numaCreate(0); if (direction == L_HORIZONTAL_LINE) { /* plot against x */ xmin = L_MIN(x1, x2); xmax = L_MAX(x1, x2); numaSetParameters(na, xmin, factor); for (i = xmin; i <= xmax; i += factor) { pixGetPixel(pixs, i, y1, &val); numaAddNumber(na, val); } } else if (direction == L_VERTICAL_LINE) { /* plot against y */ ymin = L_MIN(y1, y2); ymax = L_MAX(y1, y2); numaSetParameters(na, ymin, factor); for (i = ymin; i <= ymax; i += factor) { pixGetPixel(pixs, x1, i, &val); numaAddNumber(na, val); } } else { /* direction == L_OBLIQUE_LINE */ slope = (l_float64)((y2 - y1) / (x2 - x1)); if (L_ABS(slope) < 1.0) { /* quasi-horizontal */ xmin = L_MIN(x1, x2); xmax = L_MAX(x1, x2); ymin = (xmin == x1) ? y1 : y2; /* pt that goes with xmin */ ymax = (ymin == y1) ? y2 : y1; /* pt that goes with xmax */ pta = generatePtaLine(xmin, ymin, xmax, ymax); numaSetParameters(na, xmin, (l_float32)factor); } else { /* quasi-vertical */ ymin = L_MIN(y1, y2); ymax = L_MAX(y1, y2); xmin = (ymin == y1) ? x1 : x2; /* pt that goes with ymin */ xmax = (xmin == x1) ? x2 : x1; /* pt that goes with ymax */ pta = generatePtaLine(xmin, ymin, xmax, ymax); numaSetParameters(na, ymin, (l_float32)factor); } npts = ptaGetCount(pta); for (i = 0; i < npts; i += factor) { ptaGetPt(pta, i, &x, &y); pixGetPixel(pixs, (l_int32)x, (l_int32)y, &val); numaAddNumber(na, val); } #if 0 /* debugging */ pixPlotAlongPta(pixs, pta, GPLOT_X11, NULL); #endif ptaDestroy(&pta); } return na; } /*! * pixAverageOnLine() * * Input: pixs (1 bpp or 8 bpp; no colormap) * x1, y1 (starting pt for line) * x2, y2 (end pt for line) * factor (sampling; >= 1) * Return: average of pixel values along line, or null on error. * * Notes: * (1) The line must be either horizontal or vertical, so either * y1 == y2 (horizontal) or x1 == x2 (vertical). * (2) If horizontal, x1 must be <= x2. * If vertical, y1 must be <= y2. * characterize the intensity smoothness along a line. * (3) Input end points are clipped to the pix. */ l_float32 pixAverageOnLine(PIX *pixs, l_int32 x1, l_int32 y1, l_int32 x2, l_int32 y2, l_int32 factor) { l_int32 i, j, w, h, d, direction, count, wpl; l_uint32 *data, *line; l_float32 sum; PROCNAME("pixAverageOnLine"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); pixGetDimensions(pixs, &w, &h, &d); if (d != 1 && d != 8) return ERROR_INT("d not 1 or 8 bpp", procName, 1); if (pixGetColormap(pixs)) return ERROR_INT("pixs has a colormap", procName, 1); if (x1 > x2 || y1 > y2) return ERROR_INT("x1 > x2 or y1 > y2", procName, 1); if (y1 == y2) { x1 = L_MAX(0, x1); x2 = L_MIN(w - 1, x2); y1 = L_MAX(0, L_MIN(y1, h - 1)); direction = L_HORIZONTAL_LINE; } else if (x1 == x2) { y1 = L_MAX(0, y1); y2 = L_MIN(h - 1, y2); x1 = L_MAX(0, L_MIN(x1, w - 1)); direction = L_VERTICAL_LINE; } else { return ERROR_INT("line neither horiz nor vert", procName, 1); } if (factor < 1) { L_WARNING("factor must be >= 1; setting to 1\n", procName); factor = 1; } data = pixGetData(pixs); wpl = pixGetWpl(pixs); sum = 0; if (direction == L_HORIZONTAL_LINE) { line = data + y1 * wpl; for (j = x1, count = 0; j <= x2; count++, j += factor) { if (d == 1) sum += GET_DATA_BIT(line, j); else /* d == 8 */ sum += GET_DATA_BYTE(line, j); } } else if (direction == L_VERTICAL_LINE) { for (i = y1, count = 0; i <= y2; count++, i += factor) { line = data + i * wpl; if (d == 1) sum += GET_DATA_BIT(line, x1); else /* d == 8 */ sum += GET_DATA_BYTE(line, x1); } } return sum / (l_float32)count; } /*! * pixAverageIntensityProfile() * * Input: pixs (any depth; colormap OK) * fract (fraction of image width or height to be used) * dir (averaging direction: L_HORIZONTAL_LINE or L_VERTICAL_LINE) * first, last (span of rows or columns to measure) * factor1 (sampling along fast scan direction; >= 1) * factor2 (sampling along slow scan direction; >= 1) * Return: na (of reversal profile), or null on error. * * Notes: * (1) If d != 1 bpp, colormaps are removed and the result * is converted to 8 bpp. * (2) If @dir == L_HORIZONTAL_LINE, the intensity is averaged * along each horizontal raster line (sampled by @factor1), * and the profile is the array of these averages in the * vertical direction between @first and @last raster lines, * and sampled by @factor2. * (3) If @dir == L_VERTICAL_LINE, the intensity is averaged * along each vertical line (sampled by @factor1), * and the profile is the array of these averages in the * horizontal direction between @first and @last columns, * and sampled by @factor2. * (4) The averages are measured over the central @fract of the image. * Use @fract == 1.0 to average across the entire width or height. */ NUMA * pixAverageIntensityProfile(PIX *pixs, l_float32 fract, l_int32 dir, l_int32 first, l_int32 last, l_int32 factor1, l_int32 factor2) { l_int32 i, j, w, h, d, start, end; l_float32 ave; NUMA *nad; PIX *pixr, *pixg; PROCNAME("pixAverageIntensityProfile"); if (!pixs) return (NUMA *)ERROR_PTR("pixs not defined", procName, NULL); if (fract < 0.0 || fract > 1.0) return (NUMA *)ERROR_PTR("fract < 0.0 or > 1.0", procName, NULL); if (dir != L_HORIZONTAL_LINE && dir != L_VERTICAL_LINE) return (NUMA *)ERROR_PTR("invalid direction", procName, NULL); if (first < 0) first = 0; if (last < first) return (NUMA *)ERROR_PTR("last must be >= first", procName, NULL); if (factor1 < 1) { L_WARNING("factor1 must be >= 1; setting to 1\n", procName); factor1 = 1; } if (factor2 < 1) { L_WARNING("factor2 must be >= 1; setting to 1\n", procName); factor2 = 1; } /* Use 1 or 8 bpp, without colormap */ if (pixGetColormap(pixs)) pixr = pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); else pixr = pixClone(pixs); pixGetDimensions(pixr, &w, &h, &d); if (d == 1) pixg = pixClone(pixr); else pixg = pixConvertTo8(pixr, 0); nad = numaCreate(0); /* output: samples in slow scan direction */ numaSetParameters(nad, 0, factor2); if (dir == L_HORIZONTAL_LINE) { start = (l_int32)(0.5 * (1.0 - fract) * (l_float32)w); end = w - start; if (last > h - 1) { L_WARNING("last > h - 1; clipping\n", procName); last = h - 1; } for (i = first; i <= last; i += factor2) { ave = pixAverageOnLine(pixg, start, i, end, i, factor1); numaAddNumber(nad, ave); } } else if (dir == L_VERTICAL_LINE) { start = (l_int32)(0.5 * (1.0 - fract) * (l_float32)h); end = h - start; if (last > w - 1) { L_WARNING("last > w - 1; clipping\n", procName); last = w - 1; } for (j = first; j <= last; j += factor2) { ave = pixAverageOnLine(pixg, j, start, j, end, factor1); numaAddNumber(nad, ave); } } pixDestroy(&pixr); pixDestroy(&pixg); return nad; } /*! * pixReversalProfile() * * Input: pixs (any depth; colormap OK) * fract (fraction of image width or height to be used) * dir (profile direction: L_HORIZONTAL_LINE or L_VERTICAL_LINE) * first, last (span of rows or columns to measure) * minreversal (minimum change in intensity to trigger a reversal) * factor1 (sampling along raster line (fast scan); >= 1) * factor2 (sampling of raster lines (slow scan); >= 1) * Return: na (of reversal profile), or null on error. * * Notes: * (1) If d != 1 bpp, colormaps are removed and the result * is converted to 8 bpp. * (2) If @dir == L_HORIZONTAL_LINE, the the reversals are counted * along each horizontal raster line (sampled by @factor1), * and the profile is the array of these sums in the * vertical direction between @first and @last raster lines, * and sampled by @factor2. * (3) If @dir == L_VERTICAL_LINE, the the reversals are counted * along each vertical column (sampled by @factor1), * and the profile is the array of these sums in the * horizontal direction between @first and @last columns, * and sampled by @factor2. * (4) For each row or column, the reversals are summed over the * central @fract of the image. Use @fract == 1.0 to sum * across the entire width (of row) or height (of column). * (5) @minreversal is the relative change in intensity that is * required to resolve peaks and valleys. A typical number for * locating text in 8 bpp might be 50. For 1 bpp, minreversal * must be 1. * (6) The reversal profile is simply the number of reversals * in a row or column, vs the row or column index. */ NUMA * pixReversalProfile(PIX *pixs, l_float32 fract, l_int32 dir, l_int32 first, l_int32 last, l_int32 minreversal, l_int32 factor1, l_int32 factor2) { l_int32 i, j, w, h, d, start, end, nr; NUMA *naline, *nad; PIX *pixr, *pixg; PROCNAME("pixReversalProfile"); if (!pixs) return (NUMA *)ERROR_PTR("pixs not defined", procName, NULL); if (fract < 0.0 || fract > 1.0) return (NUMA *)ERROR_PTR("fract < 0.0 or > 1.0", procName, NULL); if (dir != L_HORIZONTAL_LINE && dir != L_VERTICAL_LINE) return (NUMA *)ERROR_PTR("invalid direction", procName, NULL); if (first < 0) first = 0; if (last < first) return (NUMA *)ERROR_PTR("last must be >= first", procName, NULL); if (factor1 < 1) { L_WARNING("factor1 must be >= 1; setting to 1\n", procName); factor1 = 1; } if (factor2 < 1) { L_WARNING("factor2 must be >= 1; setting to 1\n", procName); factor2 = 1; } /* Use 1 or 8 bpp, without colormap */ if (pixGetColormap(pixs)) pixr = pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); else pixr = pixClone(pixs); pixGetDimensions(pixr, &w, &h, &d); if (d == 1) { pixg = pixClone(pixr); minreversal = 1; /* enforce this */ } else { pixg = pixConvertTo8(pixr, 0); } nad = numaCreate(0); /* output: samples in slow scan direction */ numaSetParameters(nad, 0, factor2); if (dir == L_HORIZONTAL_LINE) { start = (l_int32)(0.5 * (1.0 - fract) * (l_float32)w); end = w - start; if (last > h - 1) { L_WARNING("last > h - 1; clipping\n", procName); last = h - 1; } for (i = first; i <= last; i += factor2) { naline = pixExtractOnLine(pixg, start, i, end, i, factor1); numaCountReversals(naline, minreversal, &nr, NULL); numaAddNumber(nad, nr); numaDestroy(&naline); } } else if (dir == L_VERTICAL_LINE) { start = (l_int32)(0.5 * (1.0 - fract) * (l_float32)h); end = h - start; if (last > w - 1) { L_WARNING("last > w - 1; clipping\n", procName); last = w - 1; } for (j = first; j <= last; j += factor2) { naline = pixExtractOnLine(pixg, j, start, j, end, factor1); numaCountReversals(naline, minreversal, &nr, NULL); numaAddNumber(nad, nr); numaDestroy(&naline); } } pixDestroy(&pixr); pixDestroy(&pixg); return nad; } /*---------------------------------------------------------------------* * Extract windowed variance along a line * *---------------------------------------------------------------------*/ /*! * pixWindowedVarianceOnLine() * * Input: pixs (8 bpp; no colormap) * dir (L_HORIZONTAL_LINE or L_VERTICAL_LINE) * loc (location of the constant coordinate for the line) * c1, c2 (end point coordinates for the line) * size (window size; must be > 1) * &nad ( windowed square root of variance) * Return: 0 if OK; 1 on error * * Notes: * (1) The returned variance array traverses the line starting * from the smallest coordinate, min(c1,c2). * (2) Line end points are clipped to pixs. * (3) The reference point for the variance calculation is the center of * the window. Therefore, the numa start parameter from * pixExtractOnLine() is incremented by @size/2, * to align the variance values with the pixel coordinate. * (4) The square root of the variance is the RMS deviation from the mean. */ l_int32 pixWindowedVarianceOnLine(PIX *pixs, l_int32 dir, l_int32 loc, l_int32 c1, l_int32 c2, l_int32 size, NUMA **pnad) { l_int32 i, j, w, h, cmin, cmax, maxloc, n, x, y; l_uint32 val; l_float32 norm, rootvar; l_float32 *array; l_float64 sum1, sum2, ave, var; NUMA *na1, *nad; PTA *pta; PROCNAME("pixWindowedVarianceOnLine"); if (!pnad) return ERROR_INT("&nad not defined", procName, 1); *pnad = NULL; if (!pixs || pixGetDepth(pixs) != 8) return ERROR_INT("pixs not defined or not 8bpp", procName, 1); if (size < 2) return ERROR_INT("window size must be > 1", procName, 1); if (dir != L_HORIZONTAL_LINE && dir != L_VERTICAL_LINE) return ERROR_INT("invalid direction", procName, 1); pixGetDimensions(pixs, &w, &h, NULL); maxloc = (dir == L_HORIZONTAL_LINE) ? h - 1 : w - 1; if (loc < 0 || loc > maxloc) return ERROR_INT("invalid line position", procName, 1); /* Clip line to the image */ cmin = L_MIN(c1, c2); cmax = L_MAX(c1, c2); maxloc = (dir == L_HORIZONTAL_LINE) ? w - 1 : h - 1; cmin = L_MAX(0, L_MIN(cmin, maxloc)); cmax = L_MAX(0, L_MIN(cmax, maxloc)); n = cmax - cmin + 1; /* Generate pta along the line */ pta = ptaCreate(n); if (dir == L_HORIZONTAL_LINE) { for (i = cmin; i <= cmax; i++) ptaAddPt(pta, i, loc); } else { /* vertical line */ for (i = cmin; i <= cmax; i++) ptaAddPt(pta, loc, i); } /* Get numa of pixel values on the line */ na1 = numaCreate(n); numaSetParameters(na1, cmin, 1); for (i = 0; i < n; i++) { ptaGetIPt(pta, i, &x, &y); pixGetPixel(pixs, x, y, &val); numaAddNumber(na1, val); } array = numaGetFArray(na1, L_NOCOPY); ptaDestroy(&pta); /* Compute root variance on overlapping windows */ nad = numaCreate(n); *pnad = nad; numaSetParameters(nad, cmin + size / 2, 1); norm = 1.0 / (l_float32)size; for (i = 0; i < n - size; i++) { /* along the line */ sum1 = sum2 = 0; for (j = 0; j < size; j++) { /* over the window */ val = array[i + j]; sum1 += val; sum2 += val * val; } ave = norm * sum1; var = norm * sum2 - ave * ave; rootvar = (l_float32)sqrt(var); numaAddNumber(nad, rootvar); } numaDestroy(&na1); return 0; } /*---------------------------------------------------------------------* * Extract min/max of pixel values near lines * *---------------------------------------------------------------------*/ /*! * pixMinMaxNearLine() * * Input: pixs (8 bpp; no colormap) * x1, y1 (starting pt for line) * x2, y2 (end pt for line) * dist (distance to search from line in each direction) * direction (L_SCAN_NEGATIVE, L_SCAN_POSITIVE, L_SCAN_BOTH) * &namin ( minimum values) * &namax ( maximum values) * &minave ( average of minimum values) * &maxave ( average of maximum values) * Return: 0 if OK; 1 on error or if there are no sampled points * within the image. * * Notes: * (1) If the line is more horizontal than vertical, the values * are computed for [x1, x2], and the pixels are taken * below and/or above the local y-value. Otherwise, the * values are computed for [y1, y2] and the pixels are taken * to the left and/or right of the local x value. * (2) @direction specifies which side (or both sides) of the * line are scanned for min and max values. * (3) There are two ways to tell if the returned values of min * and max averages are valid: the returned values cannot be * negative and the function must return 0. * (4) All accessed pixels are clipped to the pix. */ l_int32 pixMinMaxNearLine(PIX *pixs, l_int32 x1, l_int32 y1, l_int32 x2, l_int32 y2, l_int32 dist, l_int32 direction, NUMA **pnamin, NUMA **pnamax, l_float32 *pminave, l_float32 *pmaxave) { l_int32 i, j, w, h, d, x, y, n, dir, found, minval, maxval, negloc, posloc; l_uint32 val; l_float32 sum; NUMA *namin, *namax; PTA *pta; PROCNAME("pixMinMaxNearLine"); if (pnamin) *pnamin = NULL; if (pnamax) *pnamax = NULL; if (pminave) *pminave = UNDEF; if (pmaxave) *pmaxave = UNDEF; if (!pnamin && !pnamax && !pminave && !pmaxave) return ERROR_INT("no output requested", procName, 1); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); pixGetDimensions(pixs, &w, &h, &d); if (d != 8 || pixGetColormap(pixs)) return ERROR_INT("pixs not 8 bpp or has colormap", procName, 1); dist = L_ABS(dist); if (direction != L_SCAN_NEGATIVE && direction != L_SCAN_POSITIVE && direction != L_SCAN_BOTH) return ERROR_INT("invalid direction", procName, 1); pta = generatePtaLine(x1, y1, x2, y2); n = ptaGetCount(pta); dir = (L_ABS(x1 - x2) == n - 1) ? L_HORIZ : L_VERT; namin = numaCreate(n); namax = numaCreate(n); negloc = -dist; posloc = dist; if (direction == L_SCAN_NEGATIVE) posloc = 0; else if (direction == L_SCAN_POSITIVE) negloc = 0; for (i = 0; i < n; i++) { ptaGetIPt(pta, i, &x, &y); minval = 255; maxval = 0; found = FALSE; if (dir == L_HORIZ) { if (x < 0 || x >= w) continue; for (j = negloc; j <= posloc; j++) { if (y + j < 0 || y + j >= h) continue; pixGetPixel(pixs, x, y + j, &val); found = TRUE; if (val < minval) minval = val; if (val > maxval) maxval = val; } } else { /* dir == L_VERT */ if (y < 0 || y >= h) continue; for (j = negloc; j <= posloc; j++) { if (x + j < 0 || x + j >= w) continue; pixGetPixel(pixs, x + j, y, &val); found = TRUE; if (val < minval) minval = val; if (val > maxval) maxval = val; } } if (found) { numaAddNumber(namin, minval); numaAddNumber(namax, maxval); } } n = numaGetCount(namin); if (n == 0) { numaDestroy(&namin); numaDestroy(&namax); ptaDestroy(&pta); return ERROR_INT("no output from this line", procName, 1); } if (pminave) { numaGetSum(namin, &sum); *pminave = sum / n; } if (pmaxave) { numaGetSum(namax, &sum); *pmaxave = sum / n; } if (pnamin) *pnamin = namin; else numaDestroy(&namin); if (pnamax) *pnamax = namax; else numaDestroy(&namax); ptaDestroy(&pta); return 0; } /*---------------------------------------------------------------------* * Rank row and column transforms * *---------------------------------------------------------------------*/ /*! * pixRankRowTransform() * * Input: pixs (8 bpp; no colormap) * Return: pixd (with pixels sorted in each row, from * min to max value) * * Notes: * (1) The time is O(n) in the number of pixels and runs about * 100 Mpixels/sec on a 3 GHz machine. */ PIX * pixRankRowTransform(PIX *pixs) { l_int32 i, j, k, m, w, h, wpl, val; l_int32 histo[256]; l_uint32 *datas, *datad, *lines, *lined; PIX *pixd; PROCNAME("pixRankRowTransform"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs has a colormap", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); pixd = pixCreateTemplateNoInit(pixs); datas = pixGetData(pixs); datad = pixGetData(pixd); wpl = pixGetWpl(pixs); for (i = 0; i < h; i++) { memset(histo, 0, 1024); lines = datas + i * wpl; lined = datad + i * wpl; for (j = 0; j < w; j++) { val = GET_DATA_BYTE(lines, j); histo[val]++; } for (m = 0, j = 0; m < 256; m++) { for (k = 0; k < histo[m]; k++, j++) SET_DATA_BYTE(lined, j, m); } } return pixd; } /*! * pixRankColumnTransform() * * Input: pixs (8 bpp; no colormap) * Return: pixd (with pixels sorted in each column, from * min to max value) * * Notes: * (1) The time is O(n) in the number of pixels and runs about * 50 Mpixels/sec on a 3 GHz machine. */ PIX * pixRankColumnTransform(PIX *pixs) { l_int32 i, j, k, m, w, h, val; l_int32 histo[256]; void **lines8, **lined8; PIX *pixd; PROCNAME("pixRankColumnTransform"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs has a colormap", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); pixd = pixCreateTemplateNoInit(pixs); lines8 = pixGetLinePtrs(pixs, NULL); lined8 = pixGetLinePtrs(pixd, NULL); for (j = 0; j < w; j++) { memset(histo, 0, 1024); for (i = 0; i < h; i++) { val = GET_DATA_BYTE(lines8[i], j); histo[val]++; } for (m = 0, i = 0; m < 256; m++) { for (k = 0; k < histo[m]; k++, i++) SET_DATA_BYTE(lined8[i], j, m); } } FREE(lines8); FREE(lined8); return pixd; } leptonica-1.70/src/kernel.c0000640000175000017500000010707512244223673013733 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * kernel.c * * Basic operations on kernels for image convolution * * Create/destroy/copy * L_KERNEL *kernelCreate() * void kernelDestroy() * L_KERNEL *kernelCopy() * * Accessors: * l_int32 kernelGetElement() * l_int32 kernelSetElement() * l_int32 kernelGetParameters() * l_int32 kernelSetOrigin() * l_int32 kernelGetSum() * l_int32 kernelGetMinMax() * * Normalize/invert * L_KERNEL *kernelNormalize() * L_KERNEL *kernelInvert() * * Helper function * l_float32 **create2dFloatArray() * * Serialized I/O * L_KERNEL *kernelRead() * L_KERNEL *kernelReadStream() * l_int32 kernelWrite() * l_int32 kernelWriteStream() * * Making a kernel from a compiled string * L_KERNEL *kernelCreateFromString() * * Making a kernel from a simple file format * L_KERNEL *kernelCreateFromFile() * * Making a kernel from a Pix * L_KERNEL *kernelCreateFromPix() * * Display a kernel in a pix * PIX *kernelDisplayInPix() * * Parse string to extract numbers * NUMA *parseStringForNumbers() * * Simple parametric kernels * L_KERNEL *makeFlatKernel() * L_KERNEL *makeGaussianKernel() * L_KERNEL *makeGaussianKernelSep() * L_KERNEL *makeDoGKernel() */ #include #include #include "allheaders.h" /*------------------------------------------------------------------------* * Create / Destroy * *------------------------------------------------------------------------*/ /*! * kernelCreate() * * Input: height, width * Return: kernel, or null on error * * Notes: * (1) kernelCreate() initializes all values to 0. * (2) After this call, (cy,cx) and nonzero data values must be * assigned. */ L_KERNEL * kernelCreate(l_int32 height, l_int32 width) { L_KERNEL *kel; PROCNAME("kernelCreate"); if ((kel = (L_KERNEL *)CALLOC(1, sizeof(L_KERNEL))) == NULL) return (L_KERNEL *)ERROR_PTR("kel not made", procName, NULL); kel->sy = height; kel->sx = width; if ((kel->data = create2dFloatArray(height, width)) == NULL) return (L_KERNEL *)ERROR_PTR("data not allocated", procName, NULL); return kel; } /*! * kernelDestroy() * * Input: &kel () * Return: void */ void kernelDestroy(L_KERNEL **pkel) { l_int32 i; L_KERNEL *kel; PROCNAME("kernelDestroy"); if (pkel == NULL) { L_WARNING("ptr address is NULL!\n", procName); return; } if ((kel = *pkel) == NULL) return; for (i = 0; i < kel->sy; i++) FREE(kel->data[i]); FREE(kel->data); FREE(kel); *pkel = NULL; return; } /*! * kernelCopy() * * Input: kels (source kernel) * Return: keld (copy of kels), or null on error */ L_KERNEL * kernelCopy(L_KERNEL *kels) { l_int32 i, j, sx, sy, cx, cy; L_KERNEL *keld; PROCNAME("kernelCopy"); if (!kels) return (L_KERNEL *)ERROR_PTR("kels not defined", procName, NULL); kernelGetParameters(kels, &sy, &sx, &cy, &cx); if ((keld = kernelCreate(sy, sx)) == NULL) return (L_KERNEL *)ERROR_PTR("keld not made", procName, NULL); keld->cy = cy; keld->cx = cx; for (i = 0; i < sy; i++) for (j = 0; j < sx; j++) keld->data[i][j] = kels->data[i][j]; return keld; } /*----------------------------------------------------------------------* * Accessors * *----------------------------------------------------------------------*/ /*! * kernelGetElement() * * Input: kel * row * col * &val * Return: 0 if OK; 1 on error */ l_int32 kernelGetElement(L_KERNEL *kel, l_int32 row, l_int32 col, l_float32 *pval) { PROCNAME("kernelGetElement"); if (!pval) return ERROR_INT("&val not defined", procName, 1); *pval = 0; if (!kel) return ERROR_INT("kernel not defined", procName, 1); if (row < 0 || row >= kel->sy) return ERROR_INT("kernel row out of bounds", procName, 1); if (col < 0 || col >= kel->sx) return ERROR_INT("kernel col out of bounds", procName, 1); *pval = kel->data[row][col]; return 0; } /*! * kernelSetElement() * * Input: kernel * row * col * val * Return: 0 if OK; 1 on error */ l_int32 kernelSetElement(L_KERNEL *kel, l_int32 row, l_int32 col, l_float32 val) { PROCNAME("kernelSetElement"); if (!kel) return ERROR_INT("kel not defined", procName, 1); if (row < 0 || row >= kel->sy) return ERROR_INT("kernel row out of bounds", procName, 1); if (col < 0 || col >= kel->sx) return ERROR_INT("kernel col out of bounds", procName, 1); kel->data[row][col] = val; return 0; } /*! * kernelGetParameters() * * Input: kernel * &sy, &sx, &cy, &cx (; each can be null) * Return: 0 if OK, 1 on error */ l_int32 kernelGetParameters(L_KERNEL *kel, l_int32 *psy, l_int32 *psx, l_int32 *pcy, l_int32 *pcx) { PROCNAME("kernelGetParameters"); if (psy) *psy = 0; if (psx) *psx = 0; if (pcy) *pcy = 0; if (pcx) *pcx = 0; if (!kel) return ERROR_INT("kernel not defined", procName, 1); if (psy) *psy = kel->sy; if (psx) *psx = kel->sx; if (pcy) *pcy = kel->cy; if (pcx) *pcx = kel->cx; return 0; } /*! * kernelSetOrigin() * * Input: kernel * cy, cx * Return: 0 if OK; 1 on error */ l_int32 kernelSetOrigin(L_KERNEL *kel, l_int32 cy, l_int32 cx) { PROCNAME("kernelSetOrigin"); if (!kel) return ERROR_INT("kel not defined", procName, 1); kel->cy = cy; kel->cx = cx; return 0; } /*! * kernelGetSum() * * Input: kernel * &sum ( sum of all kernel values) * Return: 0 if OK, 1 on error */ l_int32 kernelGetSum(L_KERNEL *kel, l_float32 *psum) { l_int32 sx, sy, i, j; PROCNAME("kernelGetSum"); if (!psum) return ERROR_INT("&sum not defined", procName, 1); *psum = 0.0; if (!kel) return ERROR_INT("kernel not defined", procName, 1); kernelGetParameters(kel, &sy, &sx, NULL, NULL); for (i = 0; i < sy; i++) { for (j = 0; j < sx; j++) { *psum += kel->data[i][j]; } } return 0; } /*! * kernelGetMinMax() * * Input: kernel * &min ( minimum value) * &max ( maximum value) * Return: 0 if OK, 1 on error */ l_int32 kernelGetMinMax(L_KERNEL *kel, l_float32 *pmin, l_float32 *pmax) { l_int32 sx, sy, i, j; l_float32 val, minval, maxval; PROCNAME("kernelGetMinmax"); if (!pmin && !pmax) return ERROR_INT("neither &min nor &max defined", procName, 1); if (pmin) *pmin = 0.0; if (pmax) *pmax = 0.0; if (!kel) return ERROR_INT("kernel not defined", procName, 1); kernelGetParameters(kel, &sy, &sx, NULL, NULL); minval = 10000000.0; maxval = -10000000.0; for (i = 0; i < sy; i++) { for (j = 0; j < sx; j++) { val = kel->data[i][j]; if (val < minval) minval = val; if (val > maxval) maxval = val; } } if (pmin) *pmin = minval; if (pmax) *pmax = maxval; return 0; } /*----------------------------------------------------------------------* * Normalize/Invert * *----------------------------------------------------------------------*/ /*! * kernelNormalize() * * Input: kels (source kel, to be normalized) * normsum (desired sum of elements in keld) * Return: keld (normalized version of kels), or null on error * or if sum of elements is very close to 0) * * Notes: * (1) If the sum of kernel elements is close to 0, do not * try to calculate the normalized kernel. Instead, * return a copy of the input kernel, with a warning. */ L_KERNEL * kernelNormalize(L_KERNEL *kels, l_float32 normsum) { l_int32 i, j, sx, sy, cx, cy; l_float32 sum, factor; L_KERNEL *keld; PROCNAME("kernelNormalize"); if (!kels) return (L_KERNEL *)ERROR_PTR("kels not defined", procName, NULL); kernelGetSum(kels, &sum); if (L_ABS(sum) < 0.00001) { L_WARNING("null sum; not normalizing; returning a copy\n", procName); return kernelCopy(kels); } kernelGetParameters(kels, &sy, &sx, &cy, &cx); if ((keld = kernelCreate(sy, sx)) == NULL) return (L_KERNEL *)ERROR_PTR("keld not made", procName, NULL); keld->cy = cy; keld->cx = cx; factor = normsum / sum; for (i = 0; i < sy; i++) for (j = 0; j < sx; j++) keld->data[i][j] = factor * kels->data[i][j]; return keld; } /*! * kernelInvert() * * Input: kels (source kel, to be inverted) * Return: keld (spatially inverted, about the origin), or null on error * * Notes: * (1) For convolution, the kernel is spatially inverted before * a "correlation" operation is done between the kernel and the image. */ L_KERNEL * kernelInvert(L_KERNEL *kels) { l_int32 i, j, sx, sy, cx, cy; L_KERNEL *keld; PROCNAME("kernelInvert"); if (!kels) return (L_KERNEL *)ERROR_PTR("kels not defined", procName, NULL); kernelGetParameters(kels, &sy, &sx, &cy, &cx); if ((keld = kernelCreate(sy, sx)) == NULL) return (L_KERNEL *)ERROR_PTR("keld not made", procName, NULL); keld->cy = sy - 1 - cy; keld->cx = sx - 1 - cx; for (i = 0; i < sy; i++) for (j = 0; j < sx; j++) keld->data[i][j] = kels->data[sy - 1 - i][sx - 1 - j]; return keld; } /*----------------------------------------------------------------------* * Helper function * *----------------------------------------------------------------------*/ /*! * create2dFloatArray() * * Input: sy (rows == height) * sx (columns == width) * Return: doubly indexed array (i.e., an array of sy row pointers, * each of which points to an array of sx floats) * * Notes: * (1) The array[sy][sx] is indexed in standard "matrix notation", * with the row index first. */ l_float32 ** create2dFloatArray(l_int32 sy, l_int32 sx) { l_int32 i; l_float32 **array; PROCNAME("create2dFloatArray"); if ((array = (l_float32 **)CALLOC(sy, sizeof(l_float32 *))) == NULL) return (l_float32 **)ERROR_PTR("ptr array not made", procName, NULL); for (i = 0; i < sy; i++) { if ((array[i] = (l_float32 *)CALLOC(sx, sizeof(l_float32))) == NULL) return (l_float32 **)ERROR_PTR("array not made", procName, NULL); } return array; } /*----------------------------------------------------------------------* * Kernel serialized I/O * *----------------------------------------------------------------------*/ /*! * kernelRead() * * Input: filename * Return: kernel, or null on error */ L_KERNEL * kernelRead(const char *fname) { FILE *fp; L_KERNEL *kel; PROCNAME("kernelRead"); if (!fname) return (L_KERNEL *)ERROR_PTR("fname not defined", procName, NULL); if ((fp = fopenReadStream(fname)) == NULL) return (L_KERNEL *)ERROR_PTR("stream not opened", procName, NULL); if ((kel = kernelReadStream(fp)) == NULL) return (L_KERNEL *)ERROR_PTR("kel not returned", procName, NULL); fclose(fp); return kel; } /*! * kernelReadStream() * * Input: stream * Return: kernel, or null on error */ L_KERNEL * kernelReadStream(FILE *fp) { l_int32 sy, sx, cy, cx, i, j, ret, version, ignore; L_KERNEL *kel; PROCNAME("kernelReadStream"); if (!fp) return (L_KERNEL *)ERROR_PTR("stream not defined", procName, NULL); ret = fscanf(fp, " Kernel Version %d\n", &version); if (ret != 1) return (L_KERNEL *)ERROR_PTR("not a kernel file", procName, NULL); if (version != KERNEL_VERSION_NUMBER) return (L_KERNEL *)ERROR_PTR("invalid kernel version", procName, NULL); if (fscanf(fp, " sy = %d, sx = %d, cy = %d, cx = %d\n", &sy, &sx, &cy, &cx) != 4) return (L_KERNEL *)ERROR_PTR("dimensions not read", procName, NULL); if ((kel = kernelCreate(sy, sx)) == NULL) return (L_KERNEL *)ERROR_PTR("kel not made", procName, NULL); kernelSetOrigin(kel, cy, cx); for (i = 0; i < sy; i++) { for (j = 0; j < sx; j++) ignore = fscanf(fp, "%15f", &kel->data[i][j]); ignore = fscanf(fp, "\n"); } ignore = fscanf(fp, "\n"); return kel; } /*! * kernelWrite() * * Input: fname (output file) * kernel * Return: 0 if OK, 1 on error */ l_int32 kernelWrite(const char *fname, L_KERNEL *kel) { FILE *fp; PROCNAME("kernelWrite"); if (!fname) return ERROR_INT("fname not defined", procName, 1); if (!kel) return ERROR_INT("kel not defined", procName, 1); if ((fp = fopenWriteStream(fname, "wb")) == NULL) return ERROR_INT("stream not opened", procName, 1); kernelWriteStream(fp, kel); fclose(fp); return 0; } /*! * kernelWriteStream() * * Input: stream * kel * Return: 0 if OK, 1 on error */ l_int32 kernelWriteStream(FILE *fp, L_KERNEL *kel) { l_int32 sx, sy, cx, cy, i, j; PROCNAME("kernelWriteStream"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!kel) return ERROR_INT("kel not defined", procName, 1); kernelGetParameters(kel, &sy, &sx, &cy, &cx); fprintf(fp, " Kernel Version %d\n", KERNEL_VERSION_NUMBER); fprintf(fp, " sy = %d, sx = %d, cy = %d, cx = %d\n", sy, sx, cy, cx); for (i = 0; i < sy; i++) { for (j = 0; j < sx; j++) fprintf(fp, "%15.4f", kel->data[i][j]); fprintf(fp, "\n"); } fprintf(fp, "\n"); return 0; } /*----------------------------------------------------------------------* * Making a kernel from a compiled string * *----------------------------------------------------------------------*/ /*! * kernelCreateFromString() * * Input: height, width * cy, cx (origin) * kdata * Return: kernel of the given size, or null on error * * Notes: * (1) The data is an array of chars, in row-major order, giving * space separated integers in the range [-255 ... 255]. * (2) The only other formatting limitation is that you must * leave space between the last number in each row and * the double-quote. If possible, it's also nice to have each * line in the string represent a line in the kernel; e.g., * static const char *kdata = * " 20 50 20 " * " 70 140 70 " * " 20 50 20 "; */ L_KERNEL * kernelCreateFromString(l_int32 h, l_int32 w, l_int32 cy, l_int32 cx, const char *kdata) { l_int32 n, i, j, index; l_float32 val; L_KERNEL *kel; NUMA *na; PROCNAME("kernelCreateFromString"); if (h < 1) return (L_KERNEL *)ERROR_PTR("height must be > 0", procName, NULL); if (w < 1) return (L_KERNEL *)ERROR_PTR("width must be > 0", procName, NULL); if (cy < 0 || cy >= h) return (L_KERNEL *)ERROR_PTR("cy invalid", procName, NULL); if (cx < 0 || cx >= w) return (L_KERNEL *)ERROR_PTR("cx invalid", procName, NULL); kel = kernelCreate(h, w); kernelSetOrigin(kel, cy, cx); na = parseStringForNumbers(kdata, " \t\n"); n = numaGetCount(na); if (n != w * h) { numaDestroy(&na); fprintf(stderr, "w = %d, h = %d, num ints = %d\n", w, h, n); return (L_KERNEL *)ERROR_PTR("invalid integer data", procName, NULL); } index = 0; for (i = 0; i < h; i++) { for (j = 0; j < w; j++) { numaGetFValue(na, index, &val); kernelSetElement(kel, i, j, val); index++; } } numaDestroy(&na); return kel; } /*----------------------------------------------------------------------* * Making a kernel from a simple file format * *----------------------------------------------------------------------*/ /*! * kernelCreateFromFile() * * Input: filename * Return: kernel, or null on error * * Notes: * (1) The file contains, in the following order: * - Any number of comment lines starting with '#' are ignored * - The height and width of the kernel * - The y and x values of the kernel origin * - The kernel data, formatted as lines of numbers (integers * or floats) for the kernel values in row-major order, * and with no other punctuation. * (Note: this differs from kernelCreateFromString(), * where each line must begin and end with a double-quote * to tell the compiler it's part of a string.) * - The kernel specification ends when a blank line, * a comment line, or the end of file is reached. * (2) All lines must be left-justified. * (3) See kernelCreateFromString() for a description of the string * format for the kernel data. As an example, here are the lines * of a valid kernel description file In the file, all lines * are left-justified: * # small 3x3 kernel * 3 3 * 1 1 * 25.5 51 24.3 * 70.2 146.3 73.4 * 20 50.9 18.4 */ L_KERNEL * kernelCreateFromFile(const char *filename) { char *filestr, *line; l_int32 nlines, i, j, first, index, w, h, cx, cy, n; l_float32 val; size_t size; NUMA *na, *nat; SARRAY *sa; L_KERNEL *kel; PROCNAME("kernelCreateFromFile"); if (!filename) return (L_KERNEL *)ERROR_PTR("filename not defined", procName, NULL); filestr = (char *)l_binaryRead(filename, &size); sa = sarrayCreateLinesFromString(filestr, 1); FREE(filestr); nlines = sarrayGetCount(sa); /* Find the first data line. */ for (i = 0; i < nlines; i++) { line = sarrayGetString(sa, i, L_NOCOPY); if (line[0] != '#') { first = i; break; } } /* Find the kernel dimensions and origin location. */ line = sarrayGetString(sa, first, L_NOCOPY); if (sscanf(line, "%d %d", &h, &w) != 2) return (L_KERNEL *)ERROR_PTR("error reading h,w", procName, NULL); line = sarrayGetString(sa, first + 1, L_NOCOPY); if (sscanf(line, "%d %d", &cy, &cx) != 2) return (L_KERNEL *)ERROR_PTR("error reading cy,cx", procName, NULL); /* Extract the data. This ends when we reach eof, or when we * encounter a line of data that is either a null string or * contains just a newline. */ na = numaCreate(0); for (i = first + 2; i < nlines; i++) { line = sarrayGetString(sa, i, L_NOCOPY); if (line[0] == '\0' || line[0] == '\n' || line[0] == '#') break; nat = parseStringForNumbers(line, " \t\n"); numaJoin(na, nat, 0, -1); numaDestroy(&nat); } sarrayDestroy(&sa); n = numaGetCount(na); if (n != w * h) { numaDestroy(&na); fprintf(stderr, "w = %d, h = %d, num ints = %d\n", w, h, n); return (L_KERNEL *)ERROR_PTR("invalid integer data", procName, NULL); } kel = kernelCreate(h, w); kernelSetOrigin(kel, cy, cx); index = 0; for (i = 0; i < h; i++) { for (j = 0; j < w; j++) { numaGetFValue(na, index, &val); kernelSetElement(kel, i, j, val); index++; } } numaDestroy(&na); return kel; } /*----------------------------------------------------------------------* * Making a kernel from a Pix * *----------------------------------------------------------------------*/ /*! * kernelCreateFromPix() * * Input: pix * cy, cx (origin of kernel) * Return: kernel, or null on error * * Notes: * (1) The origin must be positive and within the dimensions of the pix. */ L_KERNEL * kernelCreateFromPix(PIX *pix, l_int32 cy, l_int32 cx) { l_int32 i, j, w, h, d; l_uint32 val; L_KERNEL *kel; PROCNAME("kernelCreateFromPix"); if (!pix) return (L_KERNEL *)ERROR_PTR("pix not defined", procName, NULL); pixGetDimensions(pix, &w, &h, &d); if (d != 8) return (L_KERNEL *)ERROR_PTR("pix not 8 bpp", procName, NULL); if (cy < 0 || cx < 0 || cy >= h || cx >= w) return (L_KERNEL *)ERROR_PTR("(cy, cx) invalid", procName, NULL); kel = kernelCreate(h, w); kernelSetOrigin(kel, cy, cx); for (i = 0; i < h; i++) { for (j = 0; j < w; j++) { pixGetPixel(pix, j, i, &val); kernelSetElement(kel, i, j, (l_float32)val); } } return kel; } /*----------------------------------------------------------------------* * Display a kernel in a pix * *----------------------------------------------------------------------*/ /*! * kernelDisplayInPix() * * Input: kernel * size (of grid interiors; odd; either 1 or a minimum size * of 17 is enforced) * gthick (grid thickness; either 0 or a minimum size of 2 * is enforced) * Return: pix (display of kernel), or null on error * * Notes: * (1) This gives a visual representation of a kernel. * (2) There are two modes of display: * (a) Grid lines of minimum width 2, surrounding regions * representing kernel elements of minimum size 17, * with a "plus" mark at the kernel origin, or * (b) A pix without grid lines and using 1 pixel per kernel element. * (3) For both cases, the kernel absolute value is displayed, * normalized such that the maximum absolute value is 255. * (4) Large 2D separable kernels should be used for convolution * with two 1D kernels. However, for the bilateral filter, * the computation time is independent of the size of the * 2D content kernel. */ PIX * kernelDisplayInPix(L_KERNEL *kel, l_int32 size, l_int32 gthick) { l_int32 i, j, w, h, sx, sy, cx, cy, width, x0, y0; l_int32 normval; l_float32 minval, maxval, max, val, norm; PIX *pixd, *pixt0, *pixt1; PROCNAME("kernelDisplayInPix"); if (!kel) return (PIX *)ERROR_PTR("kernel not defined", procName, NULL); /* Normalize the max value to be 255 for display */ kernelGetParameters(kel, &sy, &sx, &cy, &cx); kernelGetMinMax(kel, &minval, &maxval); max = L_MAX(maxval, -minval); if (max == 0.0) return (PIX *)ERROR_PTR("kernel elements all 0.0", procName, NULL); norm = 255. / (l_float32)max; /* Handle the 1 element/pixel case; typically with large kernels */ if (size == 1 && gthick == 0) { pixd = pixCreate(sx, sy, 8); for (i = 0; i < sy; i++) { for (j = 0; j < sx; j++) { kernelGetElement(kel, i, j, &val); normval = (l_int32)(norm * L_ABS(val)); pixSetPixel(pixd, j, i, normval); } } return pixd; } /* Enforce the constraints for the grid line version */ if (size < 17) { L_WARNING("size < 17; setting to 17\n", procName); size = 17; } if (size % 2 == 0) size++; if (gthick < 2) { L_WARNING("grid thickness < 2; setting to 2\n", procName); gthick = 2; } w = size * sx + gthick * (sx + 1); h = size * sy + gthick * (sy + 1); pixd = pixCreate(w, h, 8); /* Generate grid lines */ for (i = 0; i <= sy; i++) pixRenderLine(pixd, 0, gthick / 2 + i * (size + gthick), w - 1, gthick / 2 + i * (size + gthick), gthick, L_SET_PIXELS); for (j = 0; j <= sx; j++) pixRenderLine(pixd, gthick / 2 + j * (size + gthick), 0, gthick / 2 + j * (size + gthick), h - 1, gthick, L_SET_PIXELS); /* Generate mask for each element */ pixt0 = pixCreate(size, size, 1); pixSetAll(pixt0); /* Generate crossed lines for origin pattern */ pixt1 = pixCreate(size, size, 1); width = size / 8; pixRenderLine(pixt1, size / 2, (l_int32)(0.12 * size), size / 2, (l_int32)(0.88 * size), width, L_SET_PIXELS); pixRenderLine(pixt1, (l_int32)(0.15 * size), size / 2, (l_int32)(0.85 * size), size / 2, width, L_FLIP_PIXELS); pixRasterop(pixt1, size / 2 - width, size / 2 - width, 2 * width, 2 * width, PIX_NOT(PIX_DST), NULL, 0, 0); /* Paste the patterns in */ y0 = gthick; for (i = 0; i < sy; i++) { x0 = gthick; for (j = 0; j < sx; j++) { kernelGetElement(kel, i, j, &val); normval = (l_int32)(norm * L_ABS(val)); pixSetMaskedGeneral(pixd, pixt0, normval, x0, y0); if (i == cy && j == cx) pixPaintThroughMask(pixd, pixt1, x0, y0, 255 - normval); x0 += size + gthick; } y0 += size + gthick; } pixDestroy(&pixt0); pixDestroy(&pixt1); return pixd; } /*------------------------------------------------------------------------* * Parse string to extract numbers * *------------------------------------------------------------------------*/ /*! * parseStringForNumbers() * * Input: string (containing numbers; not changed) * seps (string of characters that can be used between ints) * Return: numa (of numbers found), or null on error * * Note: * (1) The numbers can be ints or floats. */ NUMA * parseStringForNumbers(const char *str, const char *seps) { char *newstr, *head, *tail; l_float32 val; NUMA *na; PROCNAME("parseStringForNumbers"); if (!str) return (NUMA *)ERROR_PTR("str not defined", procName, NULL); newstr = stringNew(str); /* to enforce const-ness of str */ na = numaCreate(0); head = strtokSafe(newstr, seps, &tail); val = atof(head); numaAddNumber(na, val); FREE(head); while ((head = strtokSafe(NULL, seps, &tail)) != NULL) { val = atof(head); numaAddNumber(na, val); FREE(head); } FREE(newstr); return na; } /*------------------------------------------------------------------------* * Simple parametric kernels * *------------------------------------------------------------------------*/ /*! * makeFlatKernel() * * Input: height, width * cy, cx (origin of kernel) * Return: kernel, or null on error * * Notes: * (1) This is the same low-pass filtering kernel that is used * in the block convolution functions. * (2) The kernel origin (@cy, @cx) is typically placed as near * the center of the kernel as possible. If height and * width are odd, then using cy = height / 2 and * cx = width / 2 places the origin at the exact center. * (3) This returns a normalized kernel. */ L_KERNEL * makeFlatKernel(l_int32 height, l_int32 width, l_int32 cy, l_int32 cx) { l_int32 i, j; l_float32 normval; L_KERNEL *kel; PROCNAME("makeFlatKernel"); if ((kel = kernelCreate(height, width)) == NULL) return (L_KERNEL *)ERROR_PTR("kel not made", procName, NULL); kernelSetOrigin(kel, cy, cx); normval = 1.0 / (l_float32)(height * width); for (i = 0; i < height; i++) { for (j = 0; j < width; j++) { kernelSetElement(kel, i, j, normval); } } return kel; } /*! * makeGaussianKernel() * * Input: halfheight, halfwidth (sx = 2 * halfwidth + 1, etc) * stdev (standard deviation) * max (value at (cx,cy)) * Return: kernel, or null on error * * Notes: * (1) The kernel size (sx, sy) = (2 * halfwidth + 1, 2 * halfheight + 1). * (2) The kernel center (cx, cy) = (halfwidth, halfheight). * (3) The halfwidth and halfheight are typically equal, and * are typically several times larger than the standard deviation. * (4) If pixConvolve() is invoked with normalization (the sum of * kernel elements = 1.0), use 1.0 for max (or any number that's * not too small or too large). */ L_KERNEL * makeGaussianKernel(l_int32 halfheight, l_int32 halfwidth, l_float32 stdev, l_float32 max) { l_int32 sx, sy, i, j; l_float32 val; L_KERNEL *kel; PROCNAME("makeGaussianKernel"); sx = 2 * halfwidth + 1; sy = 2 * halfheight + 1; if ((kel = kernelCreate(sy, sx)) == NULL) return (L_KERNEL *)ERROR_PTR("kel not made", procName, NULL); kernelSetOrigin(kel, halfheight, halfwidth); for (i = 0; i < sy; i++) { for (j = 0; j < sx; j++) { val = expf(-(l_float32)((i - halfheight) * (i - halfheight) + (j - halfwidth) * (j - halfwidth)) / (2. * stdev * stdev)); kernelSetElement(kel, i, j, max * val); } } return kel; } /*! * makeGaussianKernelSep() * * Input: halfheight, halfwidth (sx = 2 * halfwidth + 1, etc) * stdev (standard deviation) * max (value at (cx,cy)) * &kelx ( x part of kernel) * &kely ( y part of kernel) * Return: 0 if OK, 1 on error * * Notes: * (1) See makeGaussianKernel() for description of input parameters. * (2) These kernels are constructed so that the result of both * normalized and un-normalized convolution will be the same * as when convolving with pixConvolve() using the full kernel. * (3) The trick for the un-normalized convolution is to have the * product of the two kernel elemets at (cx,cy) be equal to max, * not max**2. That's why the max for kely is 1.0. If instead * we use sqrt(max) for both, the results are slightly less * accurate, when compared to using the full kernel in * makeGaussianKernel(). */ l_int32 makeGaussianKernelSep(l_int32 halfheight, l_int32 halfwidth, l_float32 stdev, l_float32 max, L_KERNEL **pkelx, L_KERNEL **pkely) { PROCNAME("makeGaussianKernelSep"); if (!pkelx || !pkely) return ERROR_INT("&kelx and &kely not defined", procName, 1); *pkelx = makeGaussianKernel(0, halfwidth, stdev, max); *pkely = makeGaussianKernel(halfheight, 0, stdev, 1.0); return 0; } /*! * makeDoGKernel() * * Input: halfheight, halfwidth (sx = 2 * halfwidth + 1, etc) * stdev (standard deviation of narrower gaussian) * ratio (of stdev for wide filter to stdev for narrow one) * Return: kernel, or null on error * * Notes: * (1) The DoG (difference of gaussians) is a wavelet mother * function with null total sum. By subtracting two blurred * versions of the image, it acts as a bandpass filter for * frequencies passed by the narrow gaussian but stopped * by the wide one.See: * http://en.wikipedia.org/wiki/Difference_of_Gaussians * (2) The kernel size (sx, sy) = (2 * halfwidth + 1, 2 * halfheight + 1). * (3) The kernel center (cx, cy) = (halfwidth, halfheight). * (4) The halfwidth and halfheight are typically equal, and * are typically several times larger than the standard deviation. * (5) The ratio is the ratio of standard deviations of the wide * to narrow gaussian. It must be >= 1.0; 1.0 is a no-op. * (6) Because the kernel is a null sum, it must be invoked without * normalization in pixConvolve(). */ L_KERNEL * makeDoGKernel(l_int32 halfheight, l_int32 halfwidth, l_float32 stdev, l_float32 ratio) { l_int32 sx, sy, i, j; l_float32 pi, squaredist, highnorm, lownorm, val; L_KERNEL *kel; PROCNAME("makeDoGKernel"); sx = 2 * halfwidth + 1; sy = 2 * halfheight + 1; if ((kel = kernelCreate(sy, sx)) == NULL) return (L_KERNEL *)ERROR_PTR("kel not made", procName, NULL); kernelSetOrigin(kel, halfheight, halfwidth); pi = 3.1415926535; for (i = 0; i < sy; i++) { for (j = 0; j < sx; j++) { squaredist = (l_float32)((i - halfheight) * (i - halfheight) + (j - halfwidth) * (j - halfwidth)); highnorm = 1. / (2 * stdev * stdev); lownorm = highnorm / (ratio * ratio); val = (highnorm / pi) * expf(-(highnorm * squaredist)) - (lownorm / pi) * expf(-(lownorm * squaredist)); kernelSetElement(kel, i, j, val); } } return kel; } leptonica-1.70/src/fmorphgenlow.1.c0000644000175000017500000062426611707052573015335 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /*! * Low-level fast binary morphology with auto-generated sels * * Dispatcher: * l_int32 fmorphopgen_low_1() * * Static Low-level: * void fdilate_1_*() * void ferode_1_*() */ #include "allheaders.h" static void fdilate_1_0(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_0(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_1(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_1(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_2(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_2(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_3(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_3(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_4(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_4(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_5(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_5(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_6(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_6(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_7(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_7(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_8(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_8(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_9(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_9(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_10(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_10(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_11(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_11(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_12(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_12(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_13(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_13(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_14(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_14(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_15(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_15(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_16(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_16(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_17(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_17(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_18(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_18(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_19(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_19(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_20(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_20(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_21(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_21(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_22(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_22(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_23(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_23(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_24(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_24(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_25(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_25(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_26(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_26(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_27(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_27(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_28(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_28(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_29(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_29(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_30(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_30(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_31(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_31(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_32(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_32(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_33(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_33(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_34(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_34(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_35(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_35(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_36(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_36(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_37(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_37(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_38(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_38(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_39(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_39(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_40(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_40(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_41(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_41(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_42(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_42(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_43(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_43(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_44(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_44(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_45(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_45(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_46(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_46(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_47(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_47(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_48(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_48(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_49(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_49(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_50(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_50(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_51(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_51(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_52(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_52(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_53(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_53(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_54(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_54(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_55(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_55(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_56(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_56(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void fdilate_1_57(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); static void ferode_1_57(l_uint32 *, l_int32, l_int32, l_int32, l_uint32 *, l_int32); /*---------------------------------------------------------------------* * Fast morph dispatcher * *---------------------------------------------------------------------*/ /*! * fmorphopgen_low_1() * * a dispatcher to appropriate low-level code */ l_int32 fmorphopgen_low_1(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 index) { switch (index) { case 0: fdilate_1_0(datad, w, h, wpld, datas, wpls); break; case 1: ferode_1_0(datad, w, h, wpld, datas, wpls); break; case 2: fdilate_1_1(datad, w, h, wpld, datas, wpls); break; case 3: ferode_1_1(datad, w, h, wpld, datas, wpls); break; case 4: fdilate_1_2(datad, w, h, wpld, datas, wpls); break; case 5: ferode_1_2(datad, w, h, wpld, datas, wpls); break; case 6: fdilate_1_3(datad, w, h, wpld, datas, wpls); break; case 7: ferode_1_3(datad, w, h, wpld, datas, wpls); break; case 8: fdilate_1_4(datad, w, h, wpld, datas, wpls); break; case 9: ferode_1_4(datad, w, h, wpld, datas, wpls); break; case 10: fdilate_1_5(datad, w, h, wpld, datas, wpls); break; case 11: ferode_1_5(datad, w, h, wpld, datas, wpls); break; case 12: fdilate_1_6(datad, w, h, wpld, datas, wpls); break; case 13: ferode_1_6(datad, w, h, wpld, datas, wpls); break; case 14: fdilate_1_7(datad, w, h, wpld, datas, wpls); break; case 15: ferode_1_7(datad, w, h, wpld, datas, wpls); break; case 16: fdilate_1_8(datad, w, h, wpld, datas, wpls); break; case 17: ferode_1_8(datad, w, h, wpld, datas, wpls); break; case 18: fdilate_1_9(datad, w, h, wpld, datas, wpls); break; case 19: ferode_1_9(datad, w, h, wpld, datas, wpls); break; case 20: fdilate_1_10(datad, w, h, wpld, datas, wpls); break; case 21: ferode_1_10(datad, w, h, wpld, datas, wpls); break; case 22: fdilate_1_11(datad, w, h, wpld, datas, wpls); break; case 23: ferode_1_11(datad, w, h, wpld, datas, wpls); break; case 24: fdilate_1_12(datad, w, h, wpld, datas, wpls); break; case 25: ferode_1_12(datad, w, h, wpld, datas, wpls); break; case 26: fdilate_1_13(datad, w, h, wpld, datas, wpls); break; case 27: ferode_1_13(datad, w, h, wpld, datas, wpls); break; case 28: fdilate_1_14(datad, w, h, wpld, datas, wpls); break; case 29: ferode_1_14(datad, w, h, wpld, datas, wpls); break; case 30: fdilate_1_15(datad, w, h, wpld, datas, wpls); break; case 31: ferode_1_15(datad, w, h, wpld, datas, wpls); break; case 32: fdilate_1_16(datad, w, h, wpld, datas, wpls); break; case 33: ferode_1_16(datad, w, h, wpld, datas, wpls); break; case 34: fdilate_1_17(datad, w, h, wpld, datas, wpls); break; case 35: ferode_1_17(datad, w, h, wpld, datas, wpls); break; case 36: fdilate_1_18(datad, w, h, wpld, datas, wpls); break; case 37: ferode_1_18(datad, w, h, wpld, datas, wpls); break; case 38: fdilate_1_19(datad, w, h, wpld, datas, wpls); break; case 39: ferode_1_19(datad, w, h, wpld, datas, wpls); break; case 40: fdilate_1_20(datad, w, h, wpld, datas, wpls); break; case 41: ferode_1_20(datad, w, h, wpld, datas, wpls); break; case 42: fdilate_1_21(datad, w, h, wpld, datas, wpls); break; case 43: ferode_1_21(datad, w, h, wpld, datas, wpls); break; case 44: fdilate_1_22(datad, w, h, wpld, datas, wpls); break; case 45: ferode_1_22(datad, w, h, wpld, datas, wpls); break; case 46: fdilate_1_23(datad, w, h, wpld, datas, wpls); break; case 47: ferode_1_23(datad, w, h, wpld, datas, wpls); break; case 48: fdilate_1_24(datad, w, h, wpld, datas, wpls); break; case 49: ferode_1_24(datad, w, h, wpld, datas, wpls); break; case 50: fdilate_1_25(datad, w, h, wpld, datas, wpls); break; case 51: ferode_1_25(datad, w, h, wpld, datas, wpls); break; case 52: fdilate_1_26(datad, w, h, wpld, datas, wpls); break; case 53: ferode_1_26(datad, w, h, wpld, datas, wpls); break; case 54: fdilate_1_27(datad, w, h, wpld, datas, wpls); break; case 55: ferode_1_27(datad, w, h, wpld, datas, wpls); break; case 56: fdilate_1_28(datad, w, h, wpld, datas, wpls); break; case 57: ferode_1_28(datad, w, h, wpld, datas, wpls); break; case 58: fdilate_1_29(datad, w, h, wpld, datas, wpls); break; case 59: ferode_1_29(datad, w, h, wpld, datas, wpls); break; case 60: fdilate_1_30(datad, w, h, wpld, datas, wpls); break; case 61: ferode_1_30(datad, w, h, wpld, datas, wpls); break; case 62: fdilate_1_31(datad, w, h, wpld, datas, wpls); break; case 63: ferode_1_31(datad, w, h, wpld, datas, wpls); break; case 64: fdilate_1_32(datad, w, h, wpld, datas, wpls); break; case 65: ferode_1_32(datad, w, h, wpld, datas, wpls); break; case 66: fdilate_1_33(datad, w, h, wpld, datas, wpls); break; case 67: ferode_1_33(datad, w, h, wpld, datas, wpls); break; case 68: fdilate_1_34(datad, w, h, wpld, datas, wpls); break; case 69: ferode_1_34(datad, w, h, wpld, datas, wpls); break; case 70: fdilate_1_35(datad, w, h, wpld, datas, wpls); break; case 71: ferode_1_35(datad, w, h, wpld, datas, wpls); break; case 72: fdilate_1_36(datad, w, h, wpld, datas, wpls); break; case 73: ferode_1_36(datad, w, h, wpld, datas, wpls); break; case 74: fdilate_1_37(datad, w, h, wpld, datas, wpls); break; case 75: ferode_1_37(datad, w, h, wpld, datas, wpls); break; case 76: fdilate_1_38(datad, w, h, wpld, datas, wpls); break; case 77: ferode_1_38(datad, w, h, wpld, datas, wpls); break; case 78: fdilate_1_39(datad, w, h, wpld, datas, wpls); break; case 79: ferode_1_39(datad, w, h, wpld, datas, wpls); break; case 80: fdilate_1_40(datad, w, h, wpld, datas, wpls); break; case 81: ferode_1_40(datad, w, h, wpld, datas, wpls); break; case 82: fdilate_1_41(datad, w, h, wpld, datas, wpls); break; case 83: ferode_1_41(datad, w, h, wpld, datas, wpls); break; case 84: fdilate_1_42(datad, w, h, wpld, datas, wpls); break; case 85: ferode_1_42(datad, w, h, wpld, datas, wpls); break; case 86: fdilate_1_43(datad, w, h, wpld, datas, wpls); break; case 87: ferode_1_43(datad, w, h, wpld, datas, wpls); break; case 88: fdilate_1_44(datad, w, h, wpld, datas, wpls); break; case 89: ferode_1_44(datad, w, h, wpld, datas, wpls); break; case 90: fdilate_1_45(datad, w, h, wpld, datas, wpls); break; case 91: ferode_1_45(datad, w, h, wpld, datas, wpls); break; case 92: fdilate_1_46(datad, w, h, wpld, datas, wpls); break; case 93: ferode_1_46(datad, w, h, wpld, datas, wpls); break; case 94: fdilate_1_47(datad, w, h, wpld, datas, wpls); break; case 95: ferode_1_47(datad, w, h, wpld, datas, wpls); break; case 96: fdilate_1_48(datad, w, h, wpld, datas, wpls); break; case 97: ferode_1_48(datad, w, h, wpld, datas, wpls); break; case 98: fdilate_1_49(datad, w, h, wpld, datas, wpls); break; case 99: ferode_1_49(datad, w, h, wpld, datas, wpls); break; case 100: fdilate_1_50(datad, w, h, wpld, datas, wpls); break; case 101: ferode_1_50(datad, w, h, wpld, datas, wpls); break; case 102: fdilate_1_51(datad, w, h, wpld, datas, wpls); break; case 103: ferode_1_51(datad, w, h, wpld, datas, wpls); break; case 104: fdilate_1_52(datad, w, h, wpld, datas, wpls); break; case 105: ferode_1_52(datad, w, h, wpld, datas, wpls); break; case 106: fdilate_1_53(datad, w, h, wpld, datas, wpls); break; case 107: ferode_1_53(datad, w, h, wpld, datas, wpls); break; case 108: fdilate_1_54(datad, w, h, wpld, datas, wpls); break; case 109: ferode_1_54(datad, w, h, wpld, datas, wpls); break; case 110: fdilate_1_55(datad, w, h, wpld, datas, wpls); break; case 111: ferode_1_55(datad, w, h, wpld, datas, wpls); break; case 112: fdilate_1_56(datad, w, h, wpld, datas, wpls); break; case 113: ferode_1_56(datad, w, h, wpld, datas, wpls); break; case 114: fdilate_1_57(datad, w, h, wpld, datas, wpls); break; case 115: ferode_1_57(datad, w, h, wpld, datas, wpls); break; } return 0; } /*--------------------------------------------------------------------------* * Low-level auto-generated static routines * *--------------------------------------------------------------------------*/ /* * N.B. In all the low-level routines, the part of the image * that is accessed has been clipped by 32 pixels on * all four sides. This is done in the higher level * code by redefining w and h smaller and by moving the * start-of-image pointers up to the beginning of this * interior rectangle. */ static void fdilate_1_0(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr); } } } static void ferode_1_0(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr); } } } static void fdilate_1_1(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)); } } } static void ferode_1_1(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)); } } } static void fdilate_1_2(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)); } } } static void ferode_1_2(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)); } } } static void fdilate_1_3(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)); } } } static void ferode_1_3(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)); } } } static void fdilate_1_4(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)); } } } static void ferode_1_4(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)); } } } static void fdilate_1_5(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)); } } } static void ferode_1_5(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)); } } } static void fdilate_1_6(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)); } } } static void ferode_1_6(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)); } } } static void fdilate_1_7(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)); } } } static void ferode_1_7(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)); } } } static void fdilate_1_8(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)); } } } static void ferode_1_8(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)); } } } static void fdilate_1_9(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)); } } } static void ferode_1_9(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)); } } } static void fdilate_1_10(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)); } } } static void ferode_1_10(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)); } } } static void fdilate_1_11(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)); } } } static void ferode_1_11(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)); } } } static void fdilate_1_12(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)); } } } static void ferode_1_12(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)); } } } static void fdilate_1_13(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)); } } } static void ferode_1_13(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)); } } } static void fdilate_1_14(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)); } } } static void ferode_1_14(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)); } } } static void fdilate_1_15(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)); } } } static void ferode_1_15(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)); } } } static void fdilate_1_16(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)); } } } static void ferode_1_16(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)); } } } static void fdilate_1_17(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)); } } } static void ferode_1_17(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)); } } } static void fdilate_1_18(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)); } } } static void ferode_1_18(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)); } } } static void fdilate_1_19(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)); } } } static void ferode_1_19(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)); } } } static void fdilate_1_20(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)); } } } static void ferode_1_20(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)); } } } static void fdilate_1_21(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)) | ((*(sptr) >> 20) | (*(sptr - 1) << 12)); } } } static void ferode_1_21(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)) & ((*(sptr) << 20) | (*(sptr + 1) >> 12)); } } } static void fdilate_1_22(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 22) | (*(sptr + 1) >> 10)) | ((*(sptr) << 21) | (*(sptr + 1) >> 11)) | ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)) | ((*(sptr) >> 20) | (*(sptr - 1) << 12)) | ((*(sptr) >> 21) | (*(sptr - 1) << 11)) | ((*(sptr) >> 22) | (*(sptr - 1) << 10)); } } } static void ferode_1_22(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 22) | (*(sptr - 1) << 10)) & ((*(sptr) >> 21) | (*(sptr - 1) << 11)) & ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)) & ((*(sptr) << 20) | (*(sptr + 1) >> 12)) & ((*(sptr) << 21) | (*(sptr + 1) >> 11)) & ((*(sptr) << 22) | (*(sptr + 1) >> 10)); } } } static void fdilate_1_23(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 25) | (*(sptr + 1) >> 7)) | ((*(sptr) << 24) | (*(sptr + 1) >> 8)) | ((*(sptr) << 23) | (*(sptr + 1) >> 9)) | ((*(sptr) << 22) | (*(sptr + 1) >> 10)) | ((*(sptr) << 21) | (*(sptr + 1) >> 11)) | ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)) | ((*(sptr) >> 20) | (*(sptr - 1) << 12)) | ((*(sptr) >> 21) | (*(sptr - 1) << 11)) | ((*(sptr) >> 22) | (*(sptr - 1) << 10)) | ((*(sptr) >> 23) | (*(sptr - 1) << 9)) | ((*(sptr) >> 24) | (*(sptr - 1) << 8)); } } } static void ferode_1_23(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 25) | (*(sptr - 1) << 7)) & ((*(sptr) >> 24) | (*(sptr - 1) << 8)) & ((*(sptr) >> 23) | (*(sptr - 1) << 9)) & ((*(sptr) >> 22) | (*(sptr - 1) << 10)) & ((*(sptr) >> 21) | (*(sptr - 1) << 11)) & ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)) & ((*(sptr) << 20) | (*(sptr + 1) >> 12)) & ((*(sptr) << 21) | (*(sptr + 1) >> 11)) & ((*(sptr) << 22) | (*(sptr + 1) >> 10)) & ((*(sptr) << 23) | (*(sptr + 1) >> 9)) & ((*(sptr) << 24) | (*(sptr + 1) >> 8)); } } } static void fdilate_1_24(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 25) | (*(sptr + 1) >> 7)) | ((*(sptr) << 24) | (*(sptr + 1) >> 8)) | ((*(sptr) << 23) | (*(sptr + 1) >> 9)) | ((*(sptr) << 22) | (*(sptr + 1) >> 10)) | ((*(sptr) << 21) | (*(sptr + 1) >> 11)) | ((*(sptr) << 20) | (*(sptr + 1) >> 12)) | ((*(sptr) << 19) | (*(sptr + 1) >> 13)) | ((*(sptr) << 18) | (*(sptr + 1) >> 14)) | ((*(sptr) << 17) | (*(sptr + 1) >> 15)) | ((*(sptr) << 16) | (*(sptr + 1) >> 16)) | ((*(sptr) << 15) | (*(sptr + 1) >> 17)) | ((*(sptr) << 14) | (*(sptr + 1) >> 18)) | ((*(sptr) << 13) | (*(sptr + 1) >> 19)) | ((*(sptr) << 12) | (*(sptr + 1) >> 20)) | ((*(sptr) << 11) | (*(sptr + 1) >> 21)) | ((*(sptr) << 10) | (*(sptr + 1) >> 22)) | ((*(sptr) << 9) | (*(sptr + 1) >> 23)) | ((*(sptr) << 8) | (*(sptr + 1) >> 24)) | ((*(sptr) << 7) | (*(sptr + 1) >> 25)) | ((*(sptr) << 6) | (*(sptr + 1) >> 26)) | ((*(sptr) << 5) | (*(sptr + 1) >> 27)) | ((*(sptr) << 4) | (*(sptr + 1) >> 28)) | ((*(sptr) << 3) | (*(sptr + 1) >> 29)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr) >> 3) | (*(sptr - 1) << 29)) | ((*(sptr) >> 4) | (*(sptr - 1) << 28)) | ((*(sptr) >> 5) | (*(sptr - 1) << 27)) | ((*(sptr) >> 6) | (*(sptr - 1) << 26)) | ((*(sptr) >> 7) | (*(sptr - 1) << 25)) | ((*(sptr) >> 8) | (*(sptr - 1) << 24)) | ((*(sptr) >> 9) | (*(sptr - 1) << 23)) | ((*(sptr) >> 10) | (*(sptr - 1) << 22)) | ((*(sptr) >> 11) | (*(sptr - 1) << 21)) | ((*(sptr) >> 12) | (*(sptr - 1) << 20)) | ((*(sptr) >> 13) | (*(sptr - 1) << 19)) | ((*(sptr) >> 14) | (*(sptr - 1) << 18)) | ((*(sptr) >> 15) | (*(sptr - 1) << 17)) | ((*(sptr) >> 16) | (*(sptr - 1) << 16)) | ((*(sptr) >> 17) | (*(sptr - 1) << 15)) | ((*(sptr) >> 18) | (*(sptr - 1) << 14)) | ((*(sptr) >> 19) | (*(sptr - 1) << 13)) | ((*(sptr) >> 20) | (*(sptr - 1) << 12)) | ((*(sptr) >> 21) | (*(sptr - 1) << 11)) | ((*(sptr) >> 22) | (*(sptr - 1) << 10)) | ((*(sptr) >> 23) | (*(sptr - 1) << 9)) | ((*(sptr) >> 24) | (*(sptr - 1) << 8)) | ((*(sptr) >> 25) | (*(sptr - 1) << 7)); } } } static void ferode_1_24(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 25) | (*(sptr - 1) << 7)) & ((*(sptr) >> 24) | (*(sptr - 1) << 8)) & ((*(sptr) >> 23) | (*(sptr - 1) << 9)) & ((*(sptr) >> 22) | (*(sptr - 1) << 10)) & ((*(sptr) >> 21) | (*(sptr - 1) << 11)) & ((*(sptr) >> 20) | (*(sptr - 1) << 12)) & ((*(sptr) >> 19) | (*(sptr - 1) << 13)) & ((*(sptr) >> 18) | (*(sptr - 1) << 14)) & ((*(sptr) >> 17) | (*(sptr - 1) << 15)) & ((*(sptr) >> 16) | (*(sptr - 1) << 16)) & ((*(sptr) >> 15) | (*(sptr - 1) << 17)) & ((*(sptr) >> 14) | (*(sptr - 1) << 18)) & ((*(sptr) >> 13) | (*(sptr - 1) << 19)) & ((*(sptr) >> 12) | (*(sptr - 1) << 20)) & ((*(sptr) >> 11) | (*(sptr - 1) << 21)) & ((*(sptr) >> 10) | (*(sptr - 1) << 22)) & ((*(sptr) >> 9) | (*(sptr - 1) << 23)) & ((*(sptr) >> 8) | (*(sptr - 1) << 24)) & ((*(sptr) >> 7) | (*(sptr - 1) << 25)) & ((*(sptr) >> 6) | (*(sptr - 1) << 26)) & ((*(sptr) >> 5) | (*(sptr - 1) << 27)) & ((*(sptr) >> 4) | (*(sptr - 1) << 28)) & ((*(sptr) >> 3) | (*(sptr - 1) << 29)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr) << 3) | (*(sptr + 1) >> 29)) & ((*(sptr) << 4) | (*(sptr + 1) >> 28)) & ((*(sptr) << 5) | (*(sptr + 1) >> 27)) & ((*(sptr) << 6) | (*(sptr + 1) >> 26)) & ((*(sptr) << 7) | (*(sptr + 1) >> 25)) & ((*(sptr) << 8) | (*(sptr + 1) >> 24)) & ((*(sptr) << 9) | (*(sptr + 1) >> 23)) & ((*(sptr) << 10) | (*(sptr + 1) >> 22)) & ((*(sptr) << 11) | (*(sptr + 1) >> 21)) & ((*(sptr) << 12) | (*(sptr + 1) >> 20)) & ((*(sptr) << 13) | (*(sptr + 1) >> 19)) & ((*(sptr) << 14) | (*(sptr + 1) >> 18)) & ((*(sptr) << 15) | (*(sptr + 1) >> 17)) & ((*(sptr) << 16) | (*(sptr + 1) >> 16)) & ((*(sptr) << 17) | (*(sptr + 1) >> 15)) & ((*(sptr) << 18) | (*(sptr + 1) >> 14)) & ((*(sptr) << 19) | (*(sptr + 1) >> 13)) & ((*(sptr) << 20) | (*(sptr + 1) >> 12)) & ((*(sptr) << 21) | (*(sptr + 1) >> 11)) & ((*(sptr) << 22) | (*(sptr + 1) >> 10)) & ((*(sptr) << 23) | (*(sptr + 1) >> 9)) & ((*(sptr) << 24) | (*(sptr + 1) >> 8)) & ((*(sptr) << 25) | (*(sptr + 1) >> 7)); } } } static void fdilate_1_25(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls)) | (*sptr); } } } static void ferode_1_25(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls)) & (*sptr); } } } static void fdilate_1_26(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)); } } } static void ferode_1_26(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)); } } } static void fdilate_1_27(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; wpls2 = 2 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)); } } } static void ferode_1_27(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; wpls2 = 2 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)); } } } static void fdilate_1_28(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; wpls2 = 2 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)); } } } static void ferode_1_28(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; wpls2 = 2 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)); } } } static void fdilate_1_29(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3; wpls2 = 2 * wpls; wpls3 = 3 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)); } } } static void ferode_1_29(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3; wpls2 = 2 * wpls; wpls3 = 3 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)); } } } static void fdilate_1_30(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3; wpls2 = 2 * wpls; wpls3 = 3 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)); } } } static void ferode_1_30(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3; wpls2 = 2 * wpls; wpls3 = 3 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)); } } } static void fdilate_1_31(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)); } } } static void ferode_1_31(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)); } } } static void fdilate_1_32(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)); } } } static void ferode_1_32(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)); } } } static void fdilate_1_33(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)); } } } static void ferode_1_33(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)); } } } static void fdilate_1_34(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)); } } } static void ferode_1_34(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)); } } } static void fdilate_1_35(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)); } } } static void ferode_1_35(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)); } } } static void fdilate_1_36(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)); } } } static void ferode_1_36(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)); } } } static void fdilate_1_37(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)); } } } static void ferode_1_37(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)); } } } static void fdilate_1_38(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)); } } } static void ferode_1_38(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)); } } } static void fdilate_1_39(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)); } } } static void ferode_1_39(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)); } } } static void fdilate_1_40(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)); } } } static void ferode_1_40(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)); } } } static void fdilate_1_41(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)); } } } static void ferode_1_41(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)); } } } static void fdilate_1_42(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)); } } } static void ferode_1_42(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)); } } } static void fdilate_1_43(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)); } } } static void ferode_1_43(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)); } } } static void fdilate_1_44(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)); } } } static void ferode_1_44(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)); } } } static void fdilate_1_45(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls20)) | (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)); } } } static void ferode_1_45(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls20)) & (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)); } } } static void fdilate_1_46(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls20)) | (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)) | (*(sptr - wpls20)); } } } static void ferode_1_46(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls20)) & (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)) & (*(sptr + wpls20)); } } } static void fdilate_1_47(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls22)) | (*(sptr + wpls21)) | (*(sptr + wpls20)) | (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)) | (*(sptr - wpls20)) | (*(sptr - wpls21)) | (*(sptr - wpls22)); } } } static void ferode_1_47(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls22)) & (*(sptr - wpls21)) & (*(sptr - wpls20)) & (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)) & (*(sptr + wpls20)) & (*(sptr + wpls21)) & (*(sptr + wpls22)); } } } static void fdilate_1_48(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls25)) | (*(sptr + wpls24)) | (*(sptr + wpls23)) | (*(sptr + wpls22)) | (*(sptr + wpls21)) | (*(sptr + wpls20)) | (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)) | (*(sptr - wpls20)) | (*(sptr - wpls21)) | (*(sptr - wpls22)) | (*(sptr - wpls23)) | (*(sptr - wpls24)); } } } static void ferode_1_48(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls25)) & (*(sptr - wpls24)) & (*(sptr - wpls23)) & (*(sptr - wpls22)) & (*(sptr - wpls21)) & (*(sptr - wpls20)) & (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)) & (*(sptr + wpls20)) & (*(sptr + wpls21)) & (*(sptr + wpls22)) & (*(sptr + wpls23)) & (*(sptr + wpls24)); } } } static void fdilate_1_49(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr + wpls25)) | (*(sptr + wpls24)) | (*(sptr + wpls23)) | (*(sptr + wpls22)) | (*(sptr + wpls21)) | (*(sptr + wpls20)) | (*(sptr + wpls19)) | (*(sptr + wpls18)) | (*(sptr + wpls17)) | (*(sptr + wpls16)) | (*(sptr + wpls15)) | (*(sptr + wpls14)) | (*(sptr + wpls13)) | (*(sptr + wpls12)) | (*(sptr + wpls11)) | (*(sptr + wpls10)) | (*(sptr + wpls9)) | (*(sptr + wpls8)) | (*(sptr + wpls7)) | (*(sptr + wpls6)) | (*(sptr + wpls5)) | (*(sptr + wpls4)) | (*(sptr + wpls3)) | (*(sptr + wpls2)) | (*(sptr + wpls)) | (*sptr) | (*(sptr - wpls)) | (*(sptr - wpls2)) | (*(sptr - wpls3)) | (*(sptr - wpls4)) | (*(sptr - wpls5)) | (*(sptr - wpls6)) | (*(sptr - wpls7)) | (*(sptr - wpls8)) | (*(sptr - wpls9)) | (*(sptr - wpls10)) | (*(sptr - wpls11)) | (*(sptr - wpls12)) | (*(sptr - wpls13)) | (*(sptr - wpls14)) | (*(sptr - wpls15)) | (*(sptr - wpls16)) | (*(sptr - wpls17)) | (*(sptr - wpls18)) | (*(sptr - wpls19)) | (*(sptr - wpls20)) | (*(sptr - wpls21)) | (*(sptr - wpls22)) | (*(sptr - wpls23)) | (*(sptr - wpls24)) | (*(sptr - wpls25)); } } } static void ferode_1_49(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2, wpls3, wpls4; l_int32 wpls5, wpls6, wpls7, wpls8; l_int32 wpls9, wpls10, wpls11, wpls12; l_int32 wpls13, wpls14, wpls15, wpls16; l_int32 wpls17, wpls18, wpls19, wpls20; l_int32 wpls21, wpls22, wpls23, wpls24; l_int32 wpls25; wpls2 = 2 * wpls; wpls3 = 3 * wpls; wpls4 = 4 * wpls; wpls5 = 5 * wpls; wpls6 = 6 * wpls; wpls7 = 7 * wpls; wpls8 = 8 * wpls; wpls9 = 9 * wpls; wpls10 = 10 * wpls; wpls11 = 11 * wpls; wpls12 = 12 * wpls; wpls13 = 13 * wpls; wpls14 = 14 * wpls; wpls15 = 15 * wpls; wpls16 = 16 * wpls; wpls17 = 17 * wpls; wpls18 = 18 * wpls; wpls19 = 19 * wpls; wpls20 = 20 * wpls; wpls21 = 21 * wpls; wpls22 = 22 * wpls; wpls23 = 23 * wpls; wpls24 = 24 * wpls; wpls25 = 25 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*(sptr - wpls25)) & (*(sptr - wpls24)) & (*(sptr - wpls23)) & (*(sptr - wpls22)) & (*(sptr - wpls21)) & (*(sptr - wpls20)) & (*(sptr - wpls19)) & (*(sptr - wpls18)) & (*(sptr - wpls17)) & (*(sptr - wpls16)) & (*(sptr - wpls15)) & (*(sptr - wpls14)) & (*(sptr - wpls13)) & (*(sptr - wpls12)) & (*(sptr - wpls11)) & (*(sptr - wpls10)) & (*(sptr - wpls9)) & (*(sptr - wpls8)) & (*(sptr - wpls7)) & (*(sptr - wpls6)) & (*(sptr - wpls5)) & (*(sptr - wpls4)) & (*(sptr - wpls3)) & (*(sptr - wpls2)) & (*(sptr - wpls)) & (*sptr) & (*(sptr + wpls)) & (*(sptr + wpls2)) & (*(sptr + wpls3)) & (*(sptr + wpls4)) & (*(sptr + wpls5)) & (*(sptr + wpls6)) & (*(sptr + wpls7)) & (*(sptr + wpls8)) & (*(sptr + wpls9)) & (*(sptr + wpls10)) & (*(sptr + wpls11)) & (*(sptr + wpls12)) & (*(sptr + wpls13)) & (*(sptr + wpls14)) & (*(sptr + wpls15)) & (*(sptr + wpls16)) & (*(sptr + wpls17)) & (*(sptr + wpls18)) & (*(sptr + wpls19)) & (*(sptr + wpls20)) & (*(sptr + wpls21)) & (*(sptr + wpls22)) & (*(sptr + wpls23)) & (*(sptr + wpls24)) & (*(sptr + wpls25)); } } } static void fdilate_1_50(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr + wpls) << 1) | (*(sptr + wpls + 1) >> 31)) | (*(sptr + wpls)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr); } } } static void ferode_1_50(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr - wpls) >> 1) | (*(sptr - wpls - 1) << 31)) & (*(sptr - wpls)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr); } } } static void fdilate_1_51(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr + wpls) << 1) | (*(sptr + wpls + 1) >> 31)) | (*(sptr + wpls)) | ((*(sptr + wpls) >> 1) | (*(sptr + wpls - 1) << 31)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr - wpls) << 1) | (*(sptr - wpls + 1) >> 31)) | (*(sptr - wpls)) | ((*(sptr - wpls) >> 1) | (*(sptr - wpls - 1) << 31)); } } } static void ferode_1_51(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr - wpls) >> 1) | (*(sptr - wpls - 1) << 31)) & (*(sptr - wpls)) & ((*(sptr - wpls) << 1) | (*(sptr - wpls + 1) >> 31)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr + wpls) >> 1) | (*(sptr + wpls - 1) << 31)) & (*(sptr + wpls)) & ((*(sptr + wpls) << 1) | (*(sptr + wpls + 1) >> 31)); } } } static void fdilate_1_52(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; wpls2 = 2 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr + wpls2) << 2) | (*(sptr + wpls2 + 1) >> 30)) | ((*(sptr + wpls2) << 1) | (*(sptr + wpls2 + 1) >> 31)) | (*(sptr + wpls2)) | ((*(sptr + wpls2) >> 1) | (*(sptr + wpls2 - 1) << 31)) | ((*(sptr + wpls) << 2) | (*(sptr + wpls + 1) >> 30)) | ((*(sptr + wpls) << 1) | (*(sptr + wpls + 1) >> 31)) | (*(sptr + wpls)) | ((*(sptr + wpls) >> 1) | (*(sptr + wpls - 1) << 31)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr - wpls) << 2) | (*(sptr - wpls + 1) >> 30)) | ((*(sptr - wpls) << 1) | (*(sptr - wpls + 1) >> 31)) | (*(sptr - wpls)) | ((*(sptr - wpls) >> 1) | (*(sptr - wpls - 1) << 31)); } } } static void ferode_1_52(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; wpls2 = 2 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr - wpls2) >> 2) | (*(sptr - wpls2 - 1) << 30)) & ((*(sptr - wpls2) >> 1) | (*(sptr - wpls2 - 1) << 31)) & (*(sptr - wpls2)) & ((*(sptr - wpls2) << 1) | (*(sptr - wpls2 + 1) >> 31)) & ((*(sptr - wpls) >> 2) | (*(sptr - wpls - 1) << 30)) & ((*(sptr - wpls) >> 1) | (*(sptr - wpls - 1) << 31)) & (*(sptr - wpls)) & ((*(sptr - wpls) << 1) | (*(sptr - wpls + 1) >> 31)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr + wpls) >> 2) | (*(sptr + wpls - 1) << 30)) & ((*(sptr + wpls) >> 1) | (*(sptr + wpls - 1) << 31)) & (*(sptr + wpls)) & ((*(sptr + wpls) << 1) | (*(sptr + wpls + 1) >> 31)); } } } static void fdilate_1_53(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; wpls2 = 2 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr + wpls2) << 2) | (*(sptr + wpls2 + 1) >> 30)) | ((*(sptr + wpls2) << 1) | (*(sptr + wpls2 + 1) >> 31)) | (*(sptr + wpls2)) | ((*(sptr + wpls2) >> 1) | (*(sptr + wpls2 - 1) << 31)) | ((*(sptr + wpls2) >> 2) | (*(sptr + wpls2 - 1) << 30)) | ((*(sptr + wpls) << 2) | (*(sptr + wpls + 1) >> 30)) | ((*(sptr + wpls) << 1) | (*(sptr + wpls + 1) >> 31)) | (*(sptr + wpls)) | ((*(sptr + wpls) >> 1) | (*(sptr + wpls - 1) << 31)) | ((*(sptr + wpls) >> 2) | (*(sptr + wpls - 1) << 30)) | ((*(sptr) << 2) | (*(sptr + 1) >> 30)) | ((*(sptr) << 1) | (*(sptr + 1) >> 31)) | (*sptr) | ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | ((*(sptr) >> 2) | (*(sptr - 1) << 30)) | ((*(sptr - wpls) << 2) | (*(sptr - wpls + 1) >> 30)) | ((*(sptr - wpls) << 1) | (*(sptr - wpls + 1) >> 31)) | (*(sptr - wpls)) | ((*(sptr - wpls) >> 1) | (*(sptr - wpls - 1) << 31)) | ((*(sptr - wpls) >> 2) | (*(sptr - wpls - 1) << 30)) | ((*(sptr - wpls2) << 2) | (*(sptr - wpls2 + 1) >> 30)) | ((*(sptr - wpls2) << 1) | (*(sptr - wpls2 + 1) >> 31)) | (*(sptr - wpls2)) | ((*(sptr - wpls2) >> 1) | (*(sptr - wpls2 - 1) << 31)) | ((*(sptr - wpls2) >> 2) | (*(sptr - wpls2 - 1) << 30)); } } } static void ferode_1_53(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; wpls2 = 2 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr - wpls2) >> 2) | (*(sptr - wpls2 - 1) << 30)) & ((*(sptr - wpls2) >> 1) | (*(sptr - wpls2 - 1) << 31)) & (*(sptr - wpls2)) & ((*(sptr - wpls2) << 1) | (*(sptr - wpls2 + 1) >> 31)) & ((*(sptr - wpls2) << 2) | (*(sptr - wpls2 + 1) >> 30)) & ((*(sptr - wpls) >> 2) | (*(sptr - wpls - 1) << 30)) & ((*(sptr - wpls) >> 1) | (*(sptr - wpls - 1) << 31)) & (*(sptr - wpls)) & ((*(sptr - wpls) << 1) | (*(sptr - wpls + 1) >> 31)) & ((*(sptr - wpls) << 2) | (*(sptr - wpls + 1) >> 30)) & ((*(sptr) >> 2) | (*(sptr - 1) << 30)) & ((*(sptr) >> 1) | (*(sptr - 1) << 31)) & (*sptr) & ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & ((*(sptr) << 2) | (*(sptr + 1) >> 30)) & ((*(sptr + wpls) >> 2) | (*(sptr + wpls - 1) << 30)) & ((*(sptr + wpls) >> 1) | (*(sptr + wpls - 1) << 31)) & (*(sptr + wpls)) & ((*(sptr + wpls) << 1) | (*(sptr + wpls + 1) >> 31)) & ((*(sptr + wpls) << 2) | (*(sptr + wpls + 1) >> 30)) & ((*(sptr + wpls2) >> 2) | (*(sptr + wpls2 - 1) << 30)) & ((*(sptr + wpls2) >> 1) | (*(sptr + wpls2 - 1) << 31)) & (*(sptr + wpls2)) & ((*(sptr + wpls2) << 1) | (*(sptr + wpls2 + 1) >> 31)) & ((*(sptr + wpls2) << 2) | (*(sptr + wpls2 + 1) >> 30)); } } } static void fdilate_1_54(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) >> 1) | (*(sptr - 1) << 31)) | (*(sptr - wpls)); } } } static void ferode_1_54(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr) << 1) | (*(sptr + 1) >> 31)) & (*(sptr + wpls)); } } } static void fdilate_1_55(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*sptr) | ((*(sptr - wpls) >> 1) | (*(sptr - wpls - 1) << 31)); } } } static void ferode_1_55(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = (*sptr) & ((*(sptr + wpls) << 1) | (*(sptr + wpls + 1) >> 31)); } } } static void fdilate_1_56(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; wpls2 = 2 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr + wpls2) >> 2) | (*(sptr + wpls2 - 1) << 30)) | ((*(sptr + wpls) >> 1) | (*(sptr + wpls - 1) << 31)) | (*sptr) | ((*(sptr - wpls) << 1) | (*(sptr - wpls + 1) >> 31)) | ((*(sptr - wpls2) << 2) | (*(sptr - wpls2 + 1) >> 30)); } } } static void ferode_1_56(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; wpls2 = 2 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr - wpls2) << 2) | (*(sptr - wpls2 + 1) >> 30)) & ((*(sptr - wpls) << 1) | (*(sptr - wpls + 1) >> 31)) & (*sptr) & ((*(sptr + wpls) >> 1) | (*(sptr + wpls - 1) << 31)) & ((*(sptr + wpls2) >> 2) | (*(sptr + wpls2 - 1) << 30)); } } } static void fdilate_1_57(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; wpls2 = 2 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr + wpls2) << 2) | (*(sptr + wpls2 + 1) >> 30)) | ((*(sptr + wpls) << 1) | (*(sptr + wpls + 1) >> 31)) | (*sptr) | ((*(sptr - wpls) >> 1) | (*(sptr - wpls - 1) << 31)) | ((*(sptr - wpls2) >> 2) | (*(sptr - wpls2 - 1) << 30)); } } } static void ferode_1_57(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls) { l_int32 i; register l_int32 j, pwpls; register l_uint32 *sptr, *dptr; l_int32 wpls2; wpls2 = 2 * wpls; pwpls = (l_uint32)(w + 31) / 32; /* proper wpl of src */ for (i = 0; i < h; i++) { sptr = datas + i * wpls; dptr = datad + i * wpld; for (j = 0; j < pwpls; j++, sptr++, dptr++) { *dptr = ((*(sptr - wpls2) >> 2) | (*(sptr - wpls2 - 1) << 30)) & ((*(sptr - wpls) >> 1) | (*(sptr - wpls - 1) << 31)) & (*sptr) & ((*(sptr + wpls) << 1) | (*(sptr + wpls + 1) >> 31)) & ((*(sptr + wpls2) << 2) | (*(sptr + wpls2 + 1) >> 30)); } } } leptonica-1.70/src/scalelow.c0000664000175000017500000027063012257071342014266 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * scalelow.c * * Color (interpolated) scaling: general case * void scaleColorLILow() * * Grayscale (interpolated) scaling: general case * void scaleGrayLILow() * * Color (interpolated) scaling: 2x upscaling * void scaleColor2xLILow() * void scaleColor2xLILineLow() * * Grayscale (interpolated) scaling: 2x upscaling * void scaleGray2xLILow() * void scaleGray2xLILineLow() * * Grayscale (interpolated) scaling: 4x upscaling * void scaleGray4xLILow() * void scaleGray4xLILineLow() * * Grayscale and color scaling by closest pixel sampling * l_int32 scaleBySamplingLow() * * Color and grayscale downsampling with (antialias) lowpass filter * l_int32 scaleSmoothLow() * void scaleRGBToGray2Low() * * Color and grayscale downsampling with (antialias) area mapping * l_int32 scaleColorAreaMapLow() * l_int32 scaleGrayAreaMapLow() * l_int32 scaleAreaMapLow2() * * Binary scaling by closest pixel sampling * l_int32 scaleBinaryLow() * * Scale-to-gray 2x * void scaleToGray2Low() * l_uint32 *makeSumTabSG2() * l_uint8 *makeValTabSG2() * * Scale-to-gray 3x * void scaleToGray3Low() * l_uint32 *makeSumTabSG3() * l_uint8 *makeValTabSG3() * * Scale-to-gray 4x * void scaleToGray4Low() * l_uint32 *makeSumTabSG4() * l_uint8 *makeValTabSG4() * * Scale-to-gray 6x * void scaleToGray6Low() * l_uint8 *makeValTabSG6() * * Scale-to-gray 8x * void scaleToGray8Low() * l_uint8 *makeValTabSG8() * * Scale-to-gray 16x * void scaleToGray16Low() * * Grayscale mipmap * l_int32 scaleMipmapLow() * */ #include #include "allheaders.h" #ifndef NO_CONSOLE_IO #define DEBUG_OVERFLOW 0 #define DEBUG_UNROLLING 0 #endif /* ~NO_CONSOLE_IO */ /*------------------------------------------------------------------* * General linear interpolated color scaling * *------------------------------------------------------------------*/ /*! * scaleColorLILow() * * We choose to divide each pixel into 16 x 16 sub-pixels. * Linear interpolation is equivalent to finding the * fractional area (i.e., number of sub-pixels divided * by 256) associated with each of the four nearest src pixels, * and weighting each pixel value by this fractional area. * * P3 speed is about 7 x 10^6 dst pixels/sec/GHz */ void scaleColorLILow(l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 ws, l_int32 hs, l_int32 wpls) { l_int32 i, j, wm2, hm2; l_int32 xpm, ypm; /* location in src image, to 1/16 of a pixel */ l_int32 xp, yp, xf, yf; /* src pixel and pixel fraction coordinates */ l_int32 v00r, v01r, v10r, v11r, v00g, v01g, v10g, v11g; l_int32 v00b, v01b, v10b, v11b, area00, area01, area10, area11; l_uint32 pixels1, pixels2, pixels3, pixels4, pixel; l_uint32 *lines, *lined; l_float32 scx, scy; /* (scx, scy) are scaling factors that are applied to the * dest coords to get the corresponding src coords. * We need them because we iterate over dest pixels * and must find the corresponding set of src pixels. */ scx = 16. * (l_float32)ws / (l_float32)wd; scy = 16. * (l_float32)hs / (l_float32)hd; wm2 = ws - 2; hm2 = hs - 2; /* Iterate over the destination pixels */ for (i = 0; i < hd; i++) { ypm = (l_int32)(scy * (l_float32)i); yp = ypm >> 4; yf = ypm & 0x0f; lined = datad + i * wpld; lines = datas + yp * wpls; for (j = 0; j < wd; j++) { xpm = (l_int32)(scx * (l_float32)j); xp = xpm >> 4; xf = xpm & 0x0f; /* Do bilinear interpolation. This is a simple * generalization of the calculation in scaleGrayLILow(). * Without this, we could simply subsample: * *(lined + j) = *(lines + xp); * which is faster but gives lousy results! */ pixels1 = *(lines + xp); if (xp > wm2 || yp > hm2) { if (yp > hm2 && xp <= wm2) { /* pixels near bottom */ pixels2 = *(lines + xp + 1); pixels3 = pixels1; pixels4 = pixels2; } else if (xp > wm2 && yp <= hm2) { /* pixels near rt side */ pixels2 = pixels1; pixels3 = *(lines + wpls + xp); pixels4 = pixels3; } else { /* pixels at LR corner */ pixels4 = pixels3 = pixels2 = pixels1; } } else { pixels2 = *(lines + xp + 1); pixels3 = *(lines + wpls + xp); pixels4 = *(lines + wpls + xp + 1); } area00 = (16 - xf) * (16 - yf); area10 = xf * (16 - yf); area01 = (16 - xf) * yf; area11 = xf * yf; v00r = area00 * ((pixels1 >> L_RED_SHIFT) & 0xff); v00g = area00 * ((pixels1 >> L_GREEN_SHIFT) & 0xff); v00b = area00 * ((pixels1 >> L_BLUE_SHIFT) & 0xff); v10r = area10 * ((pixels2 >> L_RED_SHIFT) & 0xff); v10g = area10 * ((pixels2 >> L_GREEN_SHIFT) & 0xff); v10b = area10 * ((pixels2 >> L_BLUE_SHIFT) & 0xff); v01r = area01 * ((pixels3 >> L_RED_SHIFT) & 0xff); v01g = area01 * ((pixels3 >> L_GREEN_SHIFT) & 0xff); v01b = area01 * ((pixels3 >> L_BLUE_SHIFT) & 0xff); v11r = area11 * ((pixels4 >> L_RED_SHIFT) & 0xff); v11g = area11 * ((pixels4 >> L_GREEN_SHIFT) & 0xff); v11b = area11 * ((pixels4 >> L_BLUE_SHIFT) & 0xff); pixel = (((v00r + v10r + v01r + v11r + 128) << 16) & 0xff000000) | (((v00g + v10g + v01g + v11g + 128) << 8) & 0x00ff0000) | ((v00b + v10b + v01b + v11b + 128) & 0x0000ff00); *(lined + j) = pixel; } } return; } /*------------------------------------------------------------------* * General linear interpolated gray scaling * *------------------------------------------------------------------*/ /*! * scaleGrayLILow() * * We choose to divide each pixel into 16 x 16 sub-pixels. * Linear interpolation is equivalent to finding the * fractional area (i.e., number of sub-pixels divided * by 256) associated with each of the four nearest src pixels, * and weighting each pixel value by this fractional area. */ void scaleGrayLILow(l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 ws, l_int32 hs, l_int32 wpls) { l_int32 i, j, wm2, hm2; l_int32 xpm, ypm; /* location in src image, to 1/16 of a pixel */ l_int32 xp, yp, xf, yf; /* src pixel and pixel fraction coordinates */ l_int32 v00, v01, v10, v11, v00_val, v01_val, v10_val, v11_val; l_uint8 val; l_uint32 *lines, *lined; l_float32 scx, scy; /* (scx, scy) are scaling factors that are applied to the * dest coords to get the corresponding src coords. * We need them because we iterate over dest pixels * and must find the corresponding set of src pixels. */ scx = 16. * (l_float32)ws / (l_float32)wd; scy = 16. * (l_float32)hs / (l_float32)hd; wm2 = ws - 2; hm2 = hs - 2; /* Iterate over the destination pixels */ for (i = 0; i < hd; i++) { ypm = (l_int32)(scy * (l_float32)i); yp = ypm >> 4; yf = ypm & 0x0f; lined = datad + i * wpld; lines = datas + yp * wpls; for (j = 0; j < wd; j++) { xpm = (l_int32)(scx * (l_float32)j); xp = xpm >> 4; xf = xpm & 0x0f; /* Do bilinear interpolation. Without this, we could * simply subsample: * SET_DATA_BYTE(lined, j, GET_DATA_BYTE(lines, xp)); * which is faster but gives lousy results! */ v00_val = GET_DATA_BYTE(lines, xp); if (xp > wm2 || yp > hm2) { if (yp > hm2 && xp <= wm2) { /* pixels near bottom */ v01_val = v00_val; v10_val = GET_DATA_BYTE(lines, xp + 1); v11_val = v10_val; } else if (xp > wm2 && yp <= hm2) { /* pixels near rt side */ v01_val = GET_DATA_BYTE(lines + wpls, xp); v10_val = v00_val; v11_val = v01_val; } else { /* pixels at LR corner */ v10_val = v01_val = v11_val = v00_val; } } else { v10_val = GET_DATA_BYTE(lines, xp + 1); v01_val = GET_DATA_BYTE(lines + wpls, xp); v11_val = GET_DATA_BYTE(lines + wpls, xp + 1); } v00 = (16 - xf) * (16 - yf) * v00_val; v10 = xf * (16 - yf) * v10_val; v01 = (16 - xf) * yf * v01_val; v11 = xf * yf * v11_val; val = (l_uint8)((v00 + v01 + v10 + v11 + 128) / 256); SET_DATA_BYTE(lined, j, val); } } return; } /*------------------------------------------------------------------* * 2x linear interpolated color scaling * *------------------------------------------------------------------*/ /*! * scaleColor2xLILow() * * This is a special case of 2x expansion by linear * interpolation. Each src pixel contains 4 dest pixels. * The 4 dest pixels in src pixel 1 are numbered at * their UL corners. The 4 dest pixels in src pixel 1 * are related to that src pixel and its 3 neighboring * src pixels as follows: * * 1-----2-----|-----|-----| * | | | | | * | | | | | * src 1 --> 3-----4-----| | | <-- src 2 * | | | | | * | | | | | * |-----|-----|-----|-----| * | | | | | * | | | | | * src 3 --> | | | | | <-- src 4 * | | | | | * | | | | | * |-----|-----|-----|-----| * * dest src * ---- --- * dp1 = sp1 * dp2 = (sp1 + sp2) / 2 * dp3 = (sp1 + sp3) / 2 * dp4 = (sp1 + sp2 + sp3 + sp4) / 4 * * We iterate over the src pixels, and unroll the calculation * for each set of 4 dest pixels corresponding to that src * pixel, caching pixels for the next src pixel whenever possible. * The method is exactly analogous to the one we use for * scaleGray2xLILow() and its line version. * * P3 speed is about 5 x 10^7 dst pixels/sec/GHz */ void scaleColor2xLILow(l_uint32 *datad, l_int32 wpld, l_uint32 *datas, l_int32 ws, l_int32 hs, l_int32 wpls) { l_int32 i, hsm; l_uint32 *lines, *lined; hsm = hs - 1; /* We're taking 2 src and 2 dest lines at a time, * and for each src line, we're computing 2 dest lines. * Call these 2 dest lines: destline1 and destline2. * The first src line is used for destline 1. * On all but the last src line, both src lines are * used in the linear interpolation for destline2. * On the last src line, both destline1 and destline2 * are computed using only that src line (because there * isn't a lower src line). */ /* iterate over all but the last src line */ for (i = 0; i < hsm; i++) { lines = datas + i * wpls; lined = datad + 2 * i * wpld; scaleColor2xLILineLow(lined, wpld, lines, ws, wpls, 0); } /* last src line */ lines = datas + hsm * wpls; lined = datad + 2 * hsm * wpld; scaleColor2xLILineLow(lined, wpld, lines, ws, wpls, 1); return; } /*! * scaleColor2xLILineLow() * * Input: lined (ptr to top destline, to be made from current src line) * wpld * lines (ptr to current src line) * ws * wpls * lastlineflag (1 if last src line; 0 otherwise) * Return: void * * *** Warning: implicit assumption about RGB component ordering *** */ void scaleColor2xLILineLow(l_uint32 *lined, l_int32 wpld, l_uint32 *lines, l_int32 ws, l_int32 wpls, l_int32 lastlineflag) { l_int32 j, jd, wsm; l_int32 rval1, rval2, rval3, rval4, gval1, gval2, gval3, gval4; l_int32 bval1, bval2, bval3, bval4; l_uint32 pixels1, pixels2, pixels3, pixels4, pixel; l_uint32 *linesp, *linedp; wsm = ws - 1; if (lastlineflag == 0) { linesp = lines + wpls; linedp = lined + wpld; pixels1 = *lines; pixels3 = *linesp; /* initialize with v(2) and v(4) */ rval2 = pixels1 >> 24; gval2 = (pixels1 >> 16) & 0xff; bval2 = (pixels1 >> 8) & 0xff; rval4 = pixels3 >> 24; gval4 = (pixels3 >> 16) & 0xff; bval4 = (pixels3 >> 8) & 0xff; for (j = 0, jd = 0; j < wsm; j++, jd += 2) { /* shift in previous src values */ rval1 = rval2; gval1 = gval2; bval1 = bval2; rval3 = rval4; gval3 = gval4; bval3 = bval4; /* get new src values */ pixels2 = *(lines + j + 1); pixels4 = *(linesp + j + 1); rval2 = pixels2 >> 24; gval2 = (pixels2 >> 16) & 0xff; bval2 = (pixels2 >> 8) & 0xff; rval4 = pixels4 >> 24; gval4 = (pixels4 >> 16) & 0xff; bval4 = (pixels4 >> 8) & 0xff; /* save dest values */ pixel = (rval1 << 24 | gval1 << 16 | bval1 << 8); *(lined + jd) = pixel; /* pix 1 */ pixel = ((((rval1 + rval2) << 23) & 0xff000000) | (((gval1 + gval2) << 15) & 0x00ff0000) | (((bval1 + bval2) << 7) & 0x0000ff00)); *(lined + jd + 1) = pixel; /* pix 2 */ pixel = ((((rval1 + rval3) << 23) & 0xff000000) | (((gval1 + gval3) << 15) & 0x00ff0000) | (((bval1 + bval3) << 7) & 0x0000ff00)); *(linedp + jd) = pixel; /* pix 3 */ pixel = ((((rval1 + rval2 + rval3 + rval4) << 22) & 0xff000000) | (((gval1 + gval2 + gval3 + gval4) << 14) & 0x00ff0000) | (((bval1 + bval2 + bval3 + bval4) << 6) & 0x0000ff00)); *(linedp + jd + 1) = pixel; /* pix 4 */ } /* last src pixel on line */ rval1 = rval2; gval1 = gval2; bval1 = bval2; rval3 = rval4; gval3 = gval4; bval3 = bval4; pixel = (rval1 << 24 | gval1 << 16 | bval1 << 8); *(lined + 2 * wsm) = pixel; /* pix 1 */ *(lined + 2 * wsm + 1) = pixel; /* pix 2 */ pixel = ((((rval1 + rval3) << 23) & 0xff000000) | (((gval1 + gval3) << 15) & 0x00ff0000) | (((bval1 + bval3) << 7) & 0x0000ff00)); *(linedp + 2 * wsm) = pixel; /* pix 3 */ *(linedp + 2 * wsm + 1) = pixel; /* pix 4 */ } else { /* last row of src pixels: lastlineflag == 1 */ linedp = lined + wpld; pixels2 = *lines; rval2 = pixels2 >> 24; gval2 = (pixels2 >> 16) & 0xff; bval2 = (pixels2 >> 8) & 0xff; for (j = 0, jd = 0; j < wsm; j++, jd += 2) { rval1 = rval2; gval1 = gval2; bval1 = bval2; pixels2 = *(lines + j + 1); rval2 = pixels2 >> 24; gval2 = (pixels2 >> 16) & 0xff; bval2 = (pixels2 >> 8) & 0xff; pixel = (rval1 << 24 | gval1 << 16 | bval1 << 8); *(lined + jd) = pixel; /* pix 1 */ *(linedp + jd) = pixel; /* pix 2 */ pixel = ((((rval1 + rval2) << 23) & 0xff000000) | (((gval1 + gval2) << 15) & 0x00ff0000) | (((bval1 + bval2) << 7) & 0x0000ff00)); *(lined + jd + 1) = pixel; /* pix 3 */ *(linedp + jd + 1) = pixel; /* pix 4 */ } rval1 = rval2; gval1 = gval2; bval1 = bval2; pixel = (rval1 << 24 | gval1 << 16 | bval1 << 8); *(lined + 2 * wsm) = pixel; /* pix 1 */ *(lined + 2 * wsm + 1) = pixel; /* pix 2 */ *(linedp + 2 * wsm) = pixel; /* pix 3 */ *(linedp + 2 * wsm + 1) = pixel; /* pix 4 */ } return; } /*------------------------------------------------------------------* * 2x linear interpolated gray scaling * *------------------------------------------------------------------*/ /*! * scaleGray2xLILow() * * This is a special case of 2x expansion by linear * interpolation. Each src pixel contains 4 dest pixels. * The 4 dest pixels in src pixel 1 are numbered at * their UL corners. The 4 dest pixels in src pixel 1 * are related to that src pixel and its 3 neighboring * src pixels as follows: * * 1-----2-----|-----|-----| * | | | | | * | | | | | * src 1 --> 3-----4-----| | | <-- src 2 * | | | | | * | | | | | * |-----|-----|-----|-----| * | | | | | * | | | | | * src 3 --> | | | | | <-- src 4 * | | | | | * | | | | | * |-----|-----|-----|-----| * * dest src * ---- --- * dp1 = sp1 * dp2 = (sp1 + sp2) / 2 * dp3 = (sp1 + sp3) / 2 * dp4 = (sp1 + sp2 + sp3 + sp4) / 4 * * We iterate over the src pixels, and unroll the calculation * for each set of 4 dest pixels corresponding to that src * pixel, caching pixels for the next src pixel whenever possible. */ void scaleGray2xLILow(l_uint32 *datad, l_int32 wpld, l_uint32 *datas, l_int32 ws, l_int32 hs, l_int32 wpls) { l_int32 i, hsm; l_uint32 *lines, *lined; hsm = hs - 1; /* We're taking 2 src and 2 dest lines at a time, * and for each src line, we're computing 2 dest lines. * Call these 2 dest lines: destline1 and destline2. * The first src line is used for destline 1. * On all but the last src line, both src lines are * used in the linear interpolation for destline2. * On the last src line, both destline1 and destline2 * are computed using only that src line (because there * isn't a lower src line). */ /* iterate over all but the last src line */ for (i = 0; i < hsm; i++) { lines = datas + i * wpls; lined = datad + 2 * i * wpld; scaleGray2xLILineLow(lined, wpld, lines, ws, wpls, 0); } /* last src line */ lines = datas + hsm * wpls; lined = datad + 2 * hsm * wpld; scaleGray2xLILineLow(lined, wpld, lines, ws, wpls, 1); return; } /*! * scaleGray2xLILineLow() * * Input: lined (ptr to top destline, to be made from current src line) * wpld * lines (ptr to current src line) * ws * wpls * lastlineflag (1 if last src line; 0 otherwise) * Return: void */ void scaleGray2xLILineLow(l_uint32 *lined, l_int32 wpld, l_uint32 *lines, l_int32 ws, l_int32 wpls, l_int32 lastlineflag) { l_int32 j, jd, wsm, w; l_int32 sval1, sval2, sval3, sval4; l_uint32 *linesp, *linedp; l_uint32 words, wordsp, wordd, worddp; wsm = ws - 1; if (lastlineflag == 0) { linesp = lines + wpls; linedp = lined + wpld; /* Unroll the loop 4x and work on full words */ words = lines[0]; wordsp = linesp[0]; sval2 = (words >> 24) & 0xff; sval4 = (wordsp >> 24) & 0xff; for (j = 0, jd = 0, w = 0; j + 3 < wsm; j += 4, jd += 8, w++) { /* At the top of the loop, * words == lines[w], wordsp == linesp[w] * and the top bytes of those have been loaded into * sval2 and sval4. */ sval1 = sval2; sval2 = (words >> 16) & 0xff; sval3 = sval4; sval4 = (wordsp >> 16) & 0xff; wordd = (sval1 << 24) | (((sval1 + sval2) >> 1) << 16); worddp = (((sval1 + sval3) >> 1) << 24) | (((sval1 + sval2 + sval3 + sval4) >> 2) << 16); sval1 = sval2; sval2 = (words >> 8) & 0xff; sval3 = sval4; sval4 = (wordsp >> 8) & 0xff; wordd |= (sval1 << 8) | ((sval1 + sval2) >> 1); worddp |= (((sval1 + sval3) >> 1) << 8) | ((sval1 + sval2 + sval3 + sval4) >> 2); lined[w * 2] = wordd; linedp[w * 2] = worddp; sval1 = sval2; sval2 = words & 0xff; sval3 = sval4; sval4 = wordsp & 0xff; wordd = (sval1 << 24) | /* pix 1 */ (((sval1 + sval2) >> 1) << 16); /* pix 2 */ worddp = (((sval1 + sval3) >> 1) << 24) | /* pix 3 */ (((sval1 + sval2 + sval3 + sval4) >> 2) << 16); /* pix 4 */ /* Load the next word as we need its first byte */ words = lines[w + 1]; wordsp = linesp[w + 1]; sval1 = sval2; sval2 = (words >> 24) & 0xff; sval3 = sval4; sval4 = (wordsp >> 24) & 0xff; wordd |= (sval1 << 8) | /* pix 1 */ ((sval1 + sval2) >> 1); /* pix 2 */ worddp |= (((sval1 + sval3) >> 1) << 8) | /* pix 3 */ ((sval1 + sval2 + sval3 + sval4) >> 2); /* pix 4 */ lined[w * 2 + 1] = wordd; linedp[w * 2 + 1] = worddp; } /* Finish up the last word */ for (; j < wsm; j++, jd += 2) { sval1 = sval2; sval3 = sval4; sval2 = GET_DATA_BYTE(lines, j + 1); sval4 = GET_DATA_BYTE(linesp, j + 1); SET_DATA_BYTE(lined, jd, sval1); /* pix 1 */ SET_DATA_BYTE(lined, jd + 1, (sval1 + sval2) / 2); /* pix 2 */ SET_DATA_BYTE(linedp, jd, (sval1 + sval3) / 2); /* pix 3 */ SET_DATA_BYTE(linedp, jd + 1, (sval1 + sval2 + sval3 + sval4) / 4); /* pix 4 */ } sval1 = sval2; sval3 = sval4; SET_DATA_BYTE(lined, 2 * wsm, sval1); /* pix 1 */ SET_DATA_BYTE(lined, 2 * wsm + 1, sval1); /* pix 2 */ SET_DATA_BYTE(linedp, 2 * wsm, (sval1 + sval3) / 2); /* pix 3 */ SET_DATA_BYTE(linedp, 2 * wsm + 1, (sval1 + sval3) / 2); /* pix 4 */ #if DEBUG_UNROLLING #define CHECK_BYTE(a, b, c) if (GET_DATA_BYTE(a, b) != c) {\ fprintf(stderr, "Error: mismatch at %d, %d vs %d\n", \ j, GET_DATA_BYTE(a, b), c); } sval2 = GET_DATA_BYTE(lines, 0); sval4 = GET_DATA_BYTE(linesp, 0); for (j = 0, jd = 0; j < wsm; j++, jd += 2) { sval1 = sval2; sval3 = sval4; sval2 = GET_DATA_BYTE(lines, j + 1); sval4 = GET_DATA_BYTE(linesp, j + 1); CHECK_BYTE(lined, jd, sval1); /* pix 1 */ CHECK_BYTE(lined, jd + 1, (sval1 + sval2) / 2); /* pix 2 */ CHECK_BYTE(linedp, jd, (sval1 + sval3) / 2); /* pix 3 */ CHECK_BYTE(linedp, jd + 1, (sval1 + sval2 + sval3 + sval4) / 4); /* pix 4 */ } sval1 = sval2; sval3 = sval4; CHECK_BYTE(lined, 2 * wsm, sval1); /* pix 1 */ CHECK_BYTE(lined, 2 * wsm + 1, sval1); /* pix 2 */ CHECK_BYTE(linedp, 2 * wsm, (sval1 + sval3) / 2); /* pix 3 */ CHECK_BYTE(linedp, 2 * wsm + 1, (sval1 + sval3) / 2); /* pix 4 */ #undef CHECK_BYTE #endif } else { /* last row of src pixels: lastlineflag == 1 */ linedp = lined + wpld; sval2 = GET_DATA_BYTE(lines, 0); for (j = 0, jd = 0; j < wsm; j++, jd += 2) { sval1 = sval2; sval2 = GET_DATA_BYTE(lines, j + 1); SET_DATA_BYTE(lined, jd, sval1); /* pix 1 */ SET_DATA_BYTE(linedp, jd, sval1); /* pix 3 */ SET_DATA_BYTE(lined, jd + 1, (sval1 + sval2) / 2); /* pix 2 */ SET_DATA_BYTE(linedp, jd + 1, (sval1 + sval2) / 2); /* pix 4 */ } sval1 = sval2; SET_DATA_BYTE(lined, 2 * wsm, sval1); /* pix 1 */ SET_DATA_BYTE(lined, 2 * wsm + 1, sval1); /* pix 2 */ SET_DATA_BYTE(linedp, 2 * wsm, sval1); /* pix 3 */ SET_DATA_BYTE(linedp, 2 * wsm + 1, sval1); /* pix 4 */ } return; } /*------------------------------------------------------------------* * 4x linear interpolated gray scaling * *------------------------------------------------------------------*/ /*! * scaleGray4xLILow() * * This is a special case of 4x expansion by linear * interpolation. Each src pixel contains 16 dest pixels. * The 16 dest pixels in src pixel 1 are numbered at * their UL corners. The 16 dest pixels in src pixel 1 * are related to that src pixel and its 3 neighboring * src pixels as follows: * * 1---2---3---4---|---|---|---|---| * | | | | | | | | | * 5---6---7---8---|---|---|---|---| * | | | | | | | | | * src 1 --> 9---a---b---c---|---|---|---|---| <-- src 2 * | | | | | | | | | * d---e---f---g---|---|---|---|---| * | | | | | | | | | * |===|===|===|===|===|===|===|===| * | | | | | | | | | * |---|---|---|---|---|---|---|---| * | | | | | | | | | * src 3 --> |---|---|---|---|---|---|---|---| <-- src 4 * | | | | | | | | | * |---|---|---|---|---|---|---|---| * | | | | | | | | | * |---|---|---|---|---|---|---|---| * * dest src * ---- --- * dp1 = sp1 * dp2 = (3 * sp1 + sp2) / 4 * dp3 = (sp1 + sp2) / 2 * dp4 = (sp1 + 3 * sp2) / 4 * dp5 = (3 * sp1 + sp3) / 4 * dp6 = (9 * sp1 + 3 * sp2 + 3 * sp3 + sp4) / 16 * dp7 = (3 * sp1 + 3 * sp2 + sp3 + sp4) / 8 * dp8 = (3 * sp1 + 9 * sp2 + 1 * sp3 + 3 * sp4) / 16 * dp9 = (sp1 + sp3) / 2 * dp10 = (3 * sp1 + sp2 + 3 * sp3 + sp4) / 8 * dp11 = (sp1 + sp2 + sp3 + sp4) / 4 * dp12 = (sp1 + 3 * sp2 + sp3 + 3 * sp4) / 8 * dp13 = (sp1 + 3 * sp3) / 4 * dp14 = (3 * sp1 + sp2 + 9 * sp3 + 3 * sp4) / 16 * dp15 = (sp1 + sp2 + 3 * sp3 + 3 * sp4) / 8 * dp16 = (sp1 + 3 * sp2 + 3 * sp3 + 9 * sp4) / 16 * * We iterate over the src pixels, and unroll the calculation * for each set of 16 dest pixels corresponding to that src * pixel, caching pixels for the next src pixel whenever possible. */ void scaleGray4xLILow(l_uint32 *datad, l_int32 wpld, l_uint32 *datas, l_int32 ws, l_int32 hs, l_int32 wpls) { l_int32 i, hsm; l_uint32 *lines, *lined; hsm = hs - 1; /* We're taking 2 src and 4 dest lines at a time, * and for each src line, we're computing 4 dest lines. * Call these 4 dest lines: destline1 - destline4. * The first src line is used for destline 1. * Two src lines are used for all other dest lines, * except for the last 4 dest lines, which are computed * using only the last src line. */ /* iterate over all but the last src line */ for (i = 0; i < hsm; i++) { lines = datas + i * wpls; lined = datad + 4 * i * wpld; scaleGray4xLILineLow(lined, wpld, lines, ws, wpls, 0); } /* last src line */ lines = datas + hsm * wpls; lined = datad + 4 * hsm * wpld; scaleGray4xLILineLow(lined, wpld, lines, ws, wpls, 1); return; } /*! * scaleGray4xLILineLow() * * Input: lined (ptr to top destline, to be made from current src line) * wpld * lines (ptr to current src line) * ws * wpls * lastlineflag (1 if last src line; 0 otherwise) * Return: void */ void scaleGray4xLILineLow(l_uint32 *lined, l_int32 wpld, l_uint32 *lines, l_int32 ws, l_int32 wpls, l_int32 lastlineflag) { l_int32 j, jd, wsm, wsm4; l_int32 s1, s2, s3, s4, s1t, s2t, s3t, s4t; l_uint32 *linesp, *linedp1, *linedp2, *linedp3; wsm = ws - 1; wsm4 = 4 * wsm; if (lastlineflag == 0) { linesp = lines + wpls; linedp1 = lined + wpld; linedp2 = lined + 2 * wpld; linedp3 = lined + 3 * wpld; s2 = GET_DATA_BYTE(lines, 0); s4 = GET_DATA_BYTE(linesp, 0); for (j = 0, jd = 0; j < wsm; j++, jd += 4) { s1 = s2; s3 = s4; s2 = GET_DATA_BYTE(lines, j + 1); s4 = GET_DATA_BYTE(linesp, j + 1); s1t = 3 * s1; s2t = 3 * s2; s3t = 3 * s3; s4t = 3 * s4; SET_DATA_BYTE(lined, jd, s1); /* d1 */ SET_DATA_BYTE(lined, jd + 1, (s1t + s2) / 4); /* d2 */ SET_DATA_BYTE(lined, jd + 2, (s1 + s2) / 2); /* d3 */ SET_DATA_BYTE(lined, jd + 3, (s1 + s2t) / 4); /* d4 */ SET_DATA_BYTE(linedp1, jd, (s1t + s3) / 4); /* d5 */ SET_DATA_BYTE(linedp1, jd + 1, (9*s1 + s2t + s3t + s4) / 16); /*d6*/ SET_DATA_BYTE(linedp1, jd + 2, (s1t + s2t + s3 + s4) / 8); /* d7 */ SET_DATA_BYTE(linedp1, jd + 3, (s1t + 9*s2 + s3 + s4t) / 16);/*d8*/ SET_DATA_BYTE(linedp2, jd, (s1 + s3) / 2); /* d9 */ SET_DATA_BYTE(linedp2, jd + 1, (s1t + s2 + s3t + s4) / 8);/* d10 */ SET_DATA_BYTE(linedp2, jd + 2, (s1 + s2 + s3 + s4) / 4); /* d11 */ SET_DATA_BYTE(linedp2, jd + 3, (s1 + s2t + s3 + s4t) / 8);/* d12 */ SET_DATA_BYTE(linedp3, jd, (s1 + s3t) / 4); /* d13 */ SET_DATA_BYTE(linedp3, jd + 1, (s1t + s2 + 9*s3 + s4t) / 16);/*d14*/ SET_DATA_BYTE(linedp3, jd + 2, (s1 + s2 + s3t + s4t) / 8); /* d15 */ SET_DATA_BYTE(linedp3, jd + 3, (s1 + s2t + s3t + 9*s4) / 16);/*d16*/ } s1 = s2; s3 = s4; s1t = 3 * s1; s3t = 3 * s3; SET_DATA_BYTE(lined, wsm4, s1); /* d1 */ SET_DATA_BYTE(lined, wsm4 + 1, s1); /* d2 */ SET_DATA_BYTE(lined, wsm4 + 2, s1); /* d3 */ SET_DATA_BYTE(lined, wsm4 + 3, s1); /* d4 */ SET_DATA_BYTE(linedp1, wsm4, (s1t + s3) / 4); /* d5 */ SET_DATA_BYTE(linedp1, wsm4 + 1, (s1t + s3) / 4); /* d6 */ SET_DATA_BYTE(linedp1, wsm4 + 2, (s1t + s3) / 4); /* d7 */ SET_DATA_BYTE(linedp1, wsm4 + 3, (s1t + s3) / 4); /* d8 */ SET_DATA_BYTE(linedp2, wsm4, (s1 + s3) / 2); /* d9 */ SET_DATA_BYTE(linedp2, wsm4 + 1, (s1 + s3) / 2); /* d10 */ SET_DATA_BYTE(linedp2, wsm4 + 2, (s1 + s3) / 2); /* d11 */ SET_DATA_BYTE(linedp2, wsm4 + 3, (s1 + s3) / 2); /* d12 */ SET_DATA_BYTE(linedp3, wsm4, (s1 + s3t) / 4); /* d13 */ SET_DATA_BYTE(linedp3, wsm4 + 1, (s1 + s3t) / 4); /* d14 */ SET_DATA_BYTE(linedp3, wsm4 + 2, (s1 + s3t) / 4); /* d15 */ SET_DATA_BYTE(linedp3, wsm4 + 3, (s1 + s3t) / 4); /* d16 */ } else { /* last row of src pixels: lastlineflag == 1 */ linedp1 = lined + wpld; linedp2 = lined + 2 * wpld; linedp3 = lined + 3 * wpld; s2 = GET_DATA_BYTE(lines, 0); for (j = 0, jd = 0; j < wsm; j++, jd += 4) { s1 = s2; s2 = GET_DATA_BYTE(lines, j + 1); s1t = 3 * s1; s2t = 3 * s2; SET_DATA_BYTE(lined, jd, s1); /* d1 */ SET_DATA_BYTE(lined, jd + 1, (s1t + s2) / 4 ); /* d2 */ SET_DATA_BYTE(lined, jd + 2, (s1 + s2) / 2 ); /* d3 */ SET_DATA_BYTE(lined, jd + 3, (s1 + s2t) / 4 ); /* d4 */ SET_DATA_BYTE(linedp1, jd, s1); /* d5 */ SET_DATA_BYTE(linedp1, jd + 1, (s1t + s2) / 4 ); /* d6 */ SET_DATA_BYTE(linedp1, jd + 2, (s1 + s2) / 2 ); /* d7 */ SET_DATA_BYTE(linedp1, jd + 3, (s1 + s2t) / 4 ); /* d8 */ SET_DATA_BYTE(linedp2, jd, s1); /* d9 */ SET_DATA_BYTE(linedp2, jd + 1, (s1t + s2) / 4 ); /* d10 */ SET_DATA_BYTE(linedp2, jd + 2, (s1 + s2) / 2 ); /* d11 */ SET_DATA_BYTE(linedp2, jd + 3, (s1 + s2t) / 4 ); /* d12 */ SET_DATA_BYTE(linedp3, jd, s1); /* d13 */ SET_DATA_BYTE(linedp3, jd + 1, (s1t + s2) / 4 ); /* d14 */ SET_DATA_BYTE(linedp3, jd + 2, (s1 + s2) / 2 ); /* d15 */ SET_DATA_BYTE(linedp3, jd + 3, (s1 + s2t) / 4 ); /* d16 */ } s1 = s2; SET_DATA_BYTE(lined, wsm4, s1); /* d1 */ SET_DATA_BYTE(lined, wsm4 + 1, s1); /* d2 */ SET_DATA_BYTE(lined, wsm4 + 2, s1); /* d3 */ SET_DATA_BYTE(lined, wsm4 + 3, s1); /* d4 */ SET_DATA_BYTE(linedp1, wsm4, s1); /* d5 */ SET_DATA_BYTE(linedp1, wsm4 + 1, s1); /* d6 */ SET_DATA_BYTE(linedp1, wsm4 + 2, s1); /* d7 */ SET_DATA_BYTE(linedp1, wsm4 + 3, s1); /* d8 */ SET_DATA_BYTE(linedp2, wsm4, s1); /* d9 */ SET_DATA_BYTE(linedp2, wsm4 + 1, s1); /* d10 */ SET_DATA_BYTE(linedp2, wsm4 + 2, s1); /* d11 */ SET_DATA_BYTE(linedp2, wsm4 + 3, s1); /* d12 */ SET_DATA_BYTE(linedp3, wsm4, s1); /* d13 */ SET_DATA_BYTE(linedp3, wsm4 + 1, s1); /* d14 */ SET_DATA_BYTE(linedp3, wsm4 + 2, s1); /* d15 */ SET_DATA_BYTE(linedp3, wsm4 + 3, s1); /* d16 */ } return; } /*------------------------------------------------------------------* * Grayscale and color scaling by closest pixel sampling * *------------------------------------------------------------------*/ /*! * scaleBySamplingLow() * * Notes: * (1) The dest must be cleared prior to this operation, * and we clear it here in the low-level code. * (2) We reuse dest pixels and dest pixel rows whenever * possible. This speeds the upscaling; downscaling * is done by strict subsampling and is unaffected. * (3) Because we are sampling and not interpolating, this * routine works directly, without conversion to full * RGB color, for 2, 4 or 8 bpp palette color images. */ l_int32 scaleBySamplingLow(l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 ws, l_int32 hs, l_int32 d, l_int32 wpls) { l_int32 i, j, bpld; l_int32 xs, prevxs, sval; l_int32 *srow, *scol; l_uint32 csval; l_uint32 *lines, *prevlines, *lined, *prevlined; l_float32 wratio, hratio; PROCNAME("scaleBySamplingLow"); if (d != 2 && d != 4 && d !=8 && d != 16 && d != 32) return ERROR_INT("pixel depth not supported", procName, 1); /* clear dest */ bpld = 4 * wpld; memset((char *)datad, 0, hd * bpld); /* the source row corresponding to dest row i ==> srow[i] * the source col corresponding to dest col j ==> scol[j] */ if ((srow = (l_int32 *)CALLOC(hd, sizeof(l_int32))) == NULL) return ERROR_INT("srow not made", procName, 1); if ((scol = (l_int32 *)CALLOC(wd, sizeof(l_int32))) == NULL) return ERROR_INT("scol not made", procName, 1); wratio = (l_float32)ws / (l_float32)wd; hratio = (l_float32)hs / (l_float32)hd; for (i = 0; i < hd; i++) srow[i] = L_MIN((l_int32)(hratio * i + 0.5), hs - 1); for (j = 0; j < wd; j++) scol[j] = L_MIN((l_int32)(wratio * j + 0.5), ws - 1); prevlines = NULL; for (i = 0; i < hd; i++) { lines = datas + srow[i] * wpls; lined = datad + i * wpld; if (lines != prevlines) { /* make dest from new source row */ prevxs = -1; sval = 0; csval = 0; if (d == 2) { for (j = 0; j < wd; j++) { xs = scol[j]; if (xs != prevxs) { /* get dest pix from source col */ sval = GET_DATA_DIBIT(lines, xs); SET_DATA_DIBIT(lined, j, sval); prevxs = xs; } else { /* copy prev dest pix */ SET_DATA_DIBIT(lined, j, sval); } } } else if (d == 4) { for (j = 0; j < wd; j++) { xs = scol[j]; if (xs != prevxs) { /* get dest pix from source col */ sval = GET_DATA_QBIT(lines, xs); SET_DATA_QBIT(lined, j, sval); prevxs = xs; } else { /* copy prev dest pix */ SET_DATA_QBIT(lined, j, sval); } } } else if (d == 8) { for (j = 0; j < wd; j++) { xs = scol[j]; if (xs != prevxs) { /* get dest pix from source col */ sval = GET_DATA_BYTE(lines, xs); SET_DATA_BYTE(lined, j, sval); prevxs = xs; } else { /* copy prev dest pix */ SET_DATA_BYTE(lined, j, sval); } } } else if (d == 16) { for (j = 0; j < wd; j++) { xs = scol[j]; if (xs != prevxs) { /* get dest pix from source col */ sval = GET_DATA_TWO_BYTES(lines, xs); SET_DATA_TWO_BYTES(lined, j, sval); prevxs = xs; } else { /* copy prev dest pix */ SET_DATA_TWO_BYTES(lined, j, sval); } } } else { /* d == 32 */ for (j = 0; j < wd; j++) { xs = scol[j]; if (xs != prevxs) { /* get dest pix from source col */ csval = lines[xs]; lined[j] = csval; prevxs = xs; } else { /* copy prev dest pix */ lined[j] = csval; } } } } else { /* lines == prevlines; copy prev dest row */ prevlined = lined - wpld; memcpy((char *)lined, (char *)prevlined, bpld); } prevlines = lines; } FREE(srow); FREE(scol); return 0; } /*------------------------------------------------------------------* * Color and grayscale downsampling with (antialias) smoothing * *------------------------------------------------------------------*/ /*! * scaleSmoothLow() * * Notes: * (1) This function is called on 8 or 32 bpp src and dest images. * (2) size is the full width of the lowpass smoothing filter. * It is correlated with the reduction ratio, being the * nearest integer such that size is approximately equal to hs / hd. */ l_int32 scaleSmoothLow(l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 ws, l_int32 hs, l_int32 d, l_int32 wpls, l_int32 size) { l_int32 i, j, m, n, xstart; l_int32 val, rval, gval, bval; l_int32 *srow, *scol; l_uint32 *lines, *lined, *line, *ppixel; l_uint32 pixel; l_float32 wratio, hratio, norm; PROCNAME("scaleSmoothLow"); /* Clear dest */ memset((char *)datad, 0, 4 * wpld * hd); /* Each dest pixel at (j,i) is computed as the average of size^2 corresponding src pixels. We store the UL corner location of the square of src pixels that correspond to dest pixel (j,i). The are labelled by the arrays srow[i] and scol[j]. */ if ((srow = (l_int32 *)CALLOC(hd, sizeof(l_int32))) == NULL) return ERROR_INT("srow not made", procName, 1); if ((scol = (l_int32 *)CALLOC(wd, sizeof(l_int32))) == NULL) return ERROR_INT("scol not made", procName, 1); norm = 1. / (l_float32)(size * size); wratio = (l_float32)ws / (l_float32)wd; hratio = (l_float32)hs / (l_float32)hd; for (i = 0; i < hd; i++) srow[i] = L_MIN((l_int32)(hratio * i), hs - size); for (j = 0; j < wd; j++) scol[j] = L_MIN((l_int32)(wratio * j), ws - size); /* For each dest pixel, compute average */ if (d == 8) { for (i = 0; i < hd; i++) { lines = datas + srow[i] * wpls; lined = datad + i * wpld; for (j = 0; j < wd; j++) { xstart = scol[j]; val = 0; for (m = 0; m < size; m++) { line = lines + m * wpls; for (n = 0; n < size; n++) { val += GET_DATA_BYTE(line, xstart + n); } } val = (l_int32)((l_float32)val * norm); SET_DATA_BYTE(lined, j, val); } } } else { /* d == 32 */ for (i = 0; i < hd; i++) { lines = datas + srow[i] * wpls; lined = datad + i * wpld; for (j = 0; j < wd; j++) { xstart = scol[j]; rval = gval = bval = 0; for (m = 0; m < size; m++) { ppixel = lines + m * wpls + xstart; for (n = 0; n < size; n++) { pixel = *(ppixel + n); rval += (pixel >> L_RED_SHIFT) & 0xff; gval += (pixel >> L_GREEN_SHIFT) & 0xff; bval += (pixel >> L_BLUE_SHIFT) & 0xff; } } rval = (l_int32)((l_float32)rval * norm); gval = (l_int32)((l_float32)gval * norm); bval = (l_int32)((l_float32)bval * norm); *(lined + j) = rval << L_RED_SHIFT | gval << L_GREEN_SHIFT | bval << L_BLUE_SHIFT; } } } FREE(srow); FREE(scol); return 0; } /*! * scaleRGBToGray2Low() * * Notes: * (1) This function is called with 32 bpp RGB src and 8 bpp, * half-resolution dest. The weights should add to 1.0. */ void scaleRGBToGray2Low(l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_float32 rwt, l_float32 gwt, l_float32 bwt) { l_int32 i, j, val, rval, gval, bval; l_uint32 *lines, *lined; l_uint32 pixel; rwt *= 0.25; gwt *= 0.25; bwt *= 0.25; for (i = 0; i < hd; i++) { lines = datas + 2 * i * wpls; lined = datad + i * wpld; for (j = 0; j < wd; j++) { /* Sum each of the color components from 4 src pixels */ pixel = *(lines + 2 * j); rval = (pixel >> L_RED_SHIFT) & 0xff; gval = (pixel >> L_GREEN_SHIFT) & 0xff; bval = (pixel >> L_BLUE_SHIFT) & 0xff; pixel = *(lines + 2 * j + 1); rval += (pixel >> L_RED_SHIFT) & 0xff; gval += (pixel >> L_GREEN_SHIFT) & 0xff; bval += (pixel >> L_BLUE_SHIFT) & 0xff; pixel = *(lines + wpls + 2 * j); rval += (pixel >> L_RED_SHIFT) & 0xff; gval += (pixel >> L_GREEN_SHIFT) & 0xff; bval += (pixel >> L_BLUE_SHIFT) & 0xff; pixel = *(lines + wpls + 2 * j + 1); rval += (pixel >> L_RED_SHIFT) & 0xff; gval += (pixel >> L_GREEN_SHIFT) & 0xff; bval += (pixel >> L_BLUE_SHIFT) & 0xff; /* Generate the dest byte as a weighted sum of the averages */ val = (l_int32)(rwt * rval + gwt * gval + bwt * bval); SET_DATA_BYTE(lined, j, val); } } } /*------------------------------------------------------------------* * General area mapped gray scaling * *------------------------------------------------------------------*/ /*! * scaleColorAreaMapLow() * * This should only be used for downscaling. * We choose to divide each pixel into 16 x 16 sub-pixels. * This is much slower than scaleSmoothLow(), but it gives a * better representation, esp. for downscaling factors between * 1.5 and 5. All src pixels are subdivided into 256 sub-pixels, * and are weighted by the number of sub-pixels covered by * the dest pixel. This is about 2x slower than scaleSmoothLow(), * but the results are significantly better on small text. */ void scaleColorAreaMapLow(l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 ws, l_int32 hs, l_int32 wpls) { l_int32 i, j, k, m, wm2, hm2; l_int32 area00, area10, area01, area11, areal, arear, areat, areab; l_int32 xu, yu; /* UL corner in src image, to 1/16 of a pixel */ l_int32 xl, yl; /* LR corner in src image, to 1/16 of a pixel */ l_int32 xup, yup, xuf, yuf; /* UL src pixel: integer and fraction */ l_int32 xlp, ylp, xlf, ylf; /* LR src pixel: integer and fraction */ l_int32 delx, dely, area; l_int32 v00r, v00g, v00b; /* contrib. from UL src pixel */ l_int32 v01r, v01g, v01b; /* contrib. from LL src pixel */ l_int32 v10r, v10g, v10b; /* contrib from UR src pixel */ l_int32 v11r, v11g, v11b; /* contrib from LR src pixel */ l_int32 vinr, ving, vinb; /* contrib from all full interior src pixels */ l_int32 vmidr, vmidg, vmidb; /* contrib from side parts */ l_int32 rval, gval, bval; l_uint32 pixel00, pixel10, pixel01, pixel11, pixel; l_uint32 *lines, *lined; l_float32 scx, scy; /* (scx, scy) are scaling factors that are applied to the * dest coords to get the corresponding src coords. * We need them because we iterate over dest pixels * and must find the corresponding set of src pixels. */ scx = 16. * (l_float32)ws / (l_float32)wd; scy = 16. * (l_float32)hs / (l_float32)hd; wm2 = ws - 2; hm2 = hs - 2; /* Iterate over the destination pixels */ for (i = 0; i < hd; i++) { yu = (l_int32)(scy * i); yl = (l_int32)(scy * (i + 1.0)); yup = yu >> 4; yuf = yu & 0x0f; ylp = yl >> 4; ylf = yl & 0x0f; dely = ylp - yup; lined = datad + i * wpld; lines = datas + yup * wpls; for (j = 0; j < wd; j++) { xu = (l_int32)(scx * j); xl = (l_int32)(scx * (j + 1.0)); xup = xu >> 4; xuf = xu & 0x0f; xlp = xl >> 4; xlf = xl & 0x0f; delx = xlp - xup; /* If near the edge, just use a src pixel value */ if (xlp > wm2 || ylp > hm2) { *(lined + j) = *(lines + xup); continue; } /* Area summed over, in subpixels. This varies * due to the quantization, so we can't simply take * the area to be a constant: area = scx * scy. */ area = ((16 - xuf) + 16 * (delx - 1) + xlf) * ((16 - yuf) + 16 * (dely - 1) + ylf); /* Do area map summation */ pixel00 = *(lines + xup); pixel10 = *(lines + xlp); pixel01 = *(lines + dely * wpls + xup); pixel11 = *(lines + dely * wpls + xlp); area00 = (16 - xuf) * (16 - yuf); area10 = xlf * (16 - yuf); area01 = (16 - xuf) * ylf; area11 = xlf * ylf; v00r = area00 * ((pixel00 >> L_RED_SHIFT) & 0xff); v00g = area00 * ((pixel00 >> L_GREEN_SHIFT) & 0xff); v00b = area00 * ((pixel00 >> L_BLUE_SHIFT) & 0xff); v10r = area10 * ((pixel10 >> L_RED_SHIFT) & 0xff); v10g = area10 * ((pixel10 >> L_GREEN_SHIFT) & 0xff); v10b = area10 * ((pixel10 >> L_BLUE_SHIFT) & 0xff); v01r = area01 * ((pixel01 >> L_RED_SHIFT) & 0xff); v01g = area01 * ((pixel01 >> L_GREEN_SHIFT) & 0xff); v01b = area01 * ((pixel01 >> L_BLUE_SHIFT) & 0xff); v11r = area11 * ((pixel11 >> L_RED_SHIFT) & 0xff); v11g = area11 * ((pixel11 >> L_GREEN_SHIFT) & 0xff); v11b = area11 * ((pixel11 >> L_BLUE_SHIFT) & 0xff); vinr = ving = vinb = 0; for (k = 1; k < dely; k++) { /* for full src pixels */ for (m = 1; m < delx; m++) { pixel = *(lines + k * wpls + xup + m); vinr += 256 * ((pixel >> L_RED_SHIFT) & 0xff); ving += 256 * ((pixel >> L_GREEN_SHIFT) & 0xff); vinb += 256 * ((pixel >> L_BLUE_SHIFT) & 0xff); } } vmidr = vmidg = vmidb = 0; areal = (16 - xuf) * 16; arear = xlf * 16; areat = 16 * (16 - yuf); areab = 16 * ylf; for (k = 1; k < dely; k++) { /* for left side */ pixel = *(lines + k * wpls + xup); vmidr += areal * ((pixel >> L_RED_SHIFT) & 0xff); vmidg += areal * ((pixel >> L_GREEN_SHIFT) & 0xff); vmidb += areal * ((pixel >> L_BLUE_SHIFT) & 0xff); } for (k = 1; k < dely; k++) { /* for right side */ pixel = *(lines + k * wpls + xlp); vmidr += arear * ((pixel >> L_RED_SHIFT) & 0xff); vmidg += arear * ((pixel >> L_GREEN_SHIFT) & 0xff); vmidb += arear * ((pixel >> L_BLUE_SHIFT) & 0xff); } for (m = 1; m < delx; m++) { /* for top side */ pixel = *(lines + xup + m); vmidr += areat * ((pixel >> L_RED_SHIFT) & 0xff); vmidg += areat * ((pixel >> L_GREEN_SHIFT) & 0xff); vmidb += areat * ((pixel >> L_BLUE_SHIFT) & 0xff); } for (m = 1; m < delx; m++) { /* for bottom side */ pixel = *(lines + dely * wpls + xup + m); vmidr += areab * ((pixel >> L_RED_SHIFT) & 0xff); vmidg += areab * ((pixel >> L_GREEN_SHIFT) & 0xff); vmidb += areab * ((pixel >> L_BLUE_SHIFT) & 0xff); } /* Sum all the contributions */ rval = (v00r + v01r + v10r + v11r + vinr + vmidr + 128) / area; gval = (v00g + v01g + v10g + v11g + ving + vmidg + 128) / area; bval = (v00b + v01b + v10b + v11b + vinb + vmidb + 128) / area; #if DEBUG_OVERFLOW if (rval > 255) fprintf(stderr, "rval ovfl: %d\n", rval); if (gval > 255) fprintf(stderr, "gval ovfl: %d\n", gval); if (bval > 255) fprintf(stderr, "bval ovfl: %d\n", bval); #endif /* DEBUG_OVERFLOW */ composeRGBPixel(rval, gval, bval, lined + j); } } return; } /*! * scaleGrayAreaMapLow() * * This should only be used for downscaling. * We choose to divide each pixel into 16 x 16 sub-pixels. * This is about 2x slower than scaleSmoothLow(), but the results * are significantly better on small text, esp. for downscaling * factors between 1.5 and 5. All src pixels are subdivided * into 256 sub-pixels, and are weighted by the number of * sub-pixels covered by the dest pixel. */ void scaleGrayAreaMapLow(l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 ws, l_int32 hs, l_int32 wpls) { l_int32 i, j, k, m, wm2, hm2; l_int32 xu, yu; /* UL corner in src image, to 1/16 of a pixel */ l_int32 xl, yl; /* LR corner in src image, to 1/16 of a pixel */ l_int32 xup, yup, xuf, yuf; /* UL src pixel: integer and fraction */ l_int32 xlp, ylp, xlf, ylf; /* LR src pixel: integer and fraction */ l_int32 delx, dely, area; l_int32 v00; /* contrib. from UL src pixel */ l_int32 v01; /* contrib. from LL src pixel */ l_int32 v10; /* contrib from UR src pixel */ l_int32 v11; /* contrib from LR src pixel */ l_int32 vin; /* contrib from all full interior src pixels */ l_int32 vmid; /* contrib from side parts that are full in 1 direction */ l_int32 val; l_uint32 *lines, *lined; l_float32 scx, scy; /* (scx, scy) are scaling factors that are applied to the * dest coords to get the corresponding src coords. * We need them because we iterate over dest pixels * and must find the corresponding set of src pixels. */ scx = 16. * (l_float32)ws / (l_float32)wd; scy = 16. * (l_float32)hs / (l_float32)hd; wm2 = ws - 2; hm2 = hs - 2; /* Iterate over the destination pixels */ for (i = 0; i < hd; i++) { yu = (l_int32)(scy * i); yl = (l_int32)(scy * (i + 1.0)); yup = yu >> 4; yuf = yu & 0x0f; ylp = yl >> 4; ylf = yl & 0x0f; dely = ylp - yup; lined = datad + i * wpld; lines = datas + yup * wpls; for (j = 0; j < wd; j++) { xu = (l_int32)(scx * j); xl = (l_int32)(scx * (j + 1.0)); xup = xu >> 4; xuf = xu & 0x0f; xlp = xl >> 4; xlf = xl & 0x0f; delx = xlp - xup; /* If near the edge, just use a src pixel value */ if (xlp > wm2 || ylp > hm2) { SET_DATA_BYTE(lined, j, GET_DATA_BYTE(lines, xup)); continue; } /* Area summed over, in subpixels. This varies * due to the quantization, so we can't simply take * the area to be a constant: area = scx * scy. */ area = ((16 - xuf) + 16 * (delx - 1) + xlf) * ((16 - yuf) + 16 * (dely - 1) + ylf); /* Do area map summation */ v00 = (16 - xuf) * (16 - yuf) * GET_DATA_BYTE(lines, xup); v10 = xlf * (16 - yuf) * GET_DATA_BYTE(lines, xlp); v01 = (16 - xuf) * ylf * GET_DATA_BYTE(lines + dely * wpls, xup); v11 = xlf * ylf * GET_DATA_BYTE(lines + dely * wpls, xlp); for (vin = 0, k = 1; k < dely; k++) { /* for full src pixels */ for (m = 1; m < delx; m++) { vin += 256 * GET_DATA_BYTE(lines + k * wpls, xup + m); } } for (vmid = 0, k = 1; k < dely; k++) /* for left side */ vmid += (16 - xuf) * 16 * GET_DATA_BYTE(lines + k * wpls, xup); for (k = 1; k < dely; k++) /* for right side */ vmid += xlf * 16 * GET_DATA_BYTE(lines + k * wpls, xlp); for (m = 1; m < delx; m++) /* for top side */ vmid += 16 * (16 - yuf) * GET_DATA_BYTE(lines, xup + m); for (m = 1; m < delx; m++) /* for bottom side */ vmid += 16 * ylf * GET_DATA_BYTE(lines + dely * wpls, xup + m); val = (v00 + v01 + v10 + v11 + vin + vmid + 128) / area; #if DEBUG_OVERFLOW if (val > 255) fprintf(stderr, "val overflow: %d\n", val); #endif /* DEBUG_OVERFLOW */ SET_DATA_BYTE(lined, j, val); } } return; } /*------------------------------------------------------------------* * 2x area mapped downscaling * *------------------------------------------------------------------*/ /*! * scaleAreaMapLow2() * * Note: This function is called with either 8 bpp gray or 32 bpp RGB. * The result is a 2x reduced dest. */ void scaleAreaMapLow2(l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 d, l_int32 wpls) { l_int32 i, j, val, rval, gval, bval; l_uint32 *lines, *lined; l_uint32 pixel; if (d == 8) { for (i = 0; i < hd; i++) { lines = datas + 2 * i * wpls; lined = datad + i * wpld; for (j = 0; j < wd; j++) { /* Average each dest pixel using 4 src pixels */ val = GET_DATA_BYTE(lines, 2 * j); val += GET_DATA_BYTE(lines, 2 * j + 1); val += GET_DATA_BYTE(lines + wpls, 2 * j); val += GET_DATA_BYTE(lines + wpls, 2 * j + 1); val >>= 2; SET_DATA_BYTE(lined, j, val); } } } else { /* d == 32 */ for (i = 0; i < hd; i++) { lines = datas + 2 * i * wpls; lined = datad + i * wpld; for (j = 0; j < wd; j++) { /* Average each of the color components from 4 src pixels */ pixel = *(lines + 2 * j); rval = (pixel >> L_RED_SHIFT) & 0xff; gval = (pixel >> L_GREEN_SHIFT) & 0xff; bval = (pixel >> L_BLUE_SHIFT) & 0xff; pixel = *(lines + 2 * j + 1); rval += (pixel >> L_RED_SHIFT) & 0xff; gval += (pixel >> L_GREEN_SHIFT) & 0xff; bval += (pixel >> L_BLUE_SHIFT) & 0xff; pixel = *(lines + wpls + 2 * j); rval += (pixel >> L_RED_SHIFT) & 0xff; gval += (pixel >> L_GREEN_SHIFT) & 0xff; bval += (pixel >> L_BLUE_SHIFT) & 0xff; pixel = *(lines + wpls + 2 * j + 1); rval += (pixel >> L_RED_SHIFT) & 0xff; gval += (pixel >> L_GREEN_SHIFT) & 0xff; bval += (pixel >> L_BLUE_SHIFT) & 0xff; composeRGBPixel(rval >> 2, gval >> 2, bval >> 2, &pixel); *(lined + j) = pixel; } } } return; } /*------------------------------------------------------------------* * Binary scaling by closest pixel sampling * *------------------------------------------------------------------*/ /* * scaleBinaryLow() * * Notes: * (1) The dest must be cleared prior to this operation, * and we clear it here in the low-level code. * (2) We reuse dest pixels and dest pixel rows whenever * possible for upscaling; downscaling is done by * strict subsampling. */ l_int32 scaleBinaryLow(l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 ws, l_int32 hs, l_int32 wpls) { l_int32 i, j, bpld; l_int32 xs, prevxs, sval; l_int32 *srow, *scol; l_uint32 *lines, *prevlines, *lined, *prevlined; l_float32 wratio, hratio; PROCNAME("scaleBinaryLow"); /* clear dest */ bpld = 4 * wpld; memset((char *)datad, 0, hd * bpld); /* The source row corresponding to dest row i ==> srow[i] * The source col corresponding to dest col j ==> scol[j] */ if ((srow = (l_int32 *)CALLOC(hd, sizeof(l_int32))) == NULL) return ERROR_INT("srow not made", procName, 1); if ((scol = (l_int32 *)CALLOC(wd, sizeof(l_int32))) == NULL) return ERROR_INT("scol not made", procName, 1); wratio = (l_float32)ws / (l_float32)wd; hratio = (l_float32)hs / (l_float32)hd; for (i = 0; i < hd; i++) srow[i] = L_MIN((l_int32)(hratio * i + 0.5), hs - 1); for (j = 0; j < wd; j++) scol[j] = L_MIN((l_int32)(wratio * j + 0.5), ws - 1); prevlines = NULL; prevxs = -1; sval = 0; for (i = 0; i < hd; i++) { lines = datas + srow[i] * wpls; lined = datad + i * wpld; if (lines != prevlines) { /* make dest from new source row */ for (j = 0; j < wd; j++) { xs = scol[j]; if (xs != prevxs) { /* get dest pix from source col */ if ((sval = GET_DATA_BIT(lines, xs))) SET_DATA_BIT(lined, j); prevxs = xs; } else { /* copy prev dest pix, if set */ if (sval) SET_DATA_BIT(lined, j); } } } else { /* lines == prevlines; copy prev dest row */ prevlined = lined - wpld; memcpy((char *)lined, (char *)prevlined, bpld); } prevlines = lines; } FREE(srow); FREE(scol); return 0; } /*------------------------------------------------------------------* * Scale-to-gray 2x * *------------------------------------------------------------------*/ /*! * scaleToGray2Low() * * Input: usual image variables * sumtab (made from makeSumTabSG2()) * valtab (made from makeValTabSG2()) * Return: 0 if OK; 1 on error. * * The output is processed in sets of 4 output bytes on a row, * corresponding to 4 2x2 bit-blocks in the input image. * Two lookup tables are used. The first, sumtab, gets the * sum of ON pixels in 4 sets of two adjacent bits, * storing the result in 4 adjacent bytes. After sums from * two rows have been added, the second table, valtab, * converts from the sum of ON pixels in the 2x2 block to * an 8 bpp grayscale value between 0 (for 4 bits ON) * and 255 (for 0 bits ON). */ void scaleToGray2Low(l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_uint32 *sumtab, l_uint8 *valtab) { l_int32 i, j, l, k, m, wd4, extra; l_uint32 sbyte1, sbyte2, sum; l_uint32 *lines, *lined; /* i indexes the dest lines * l indexes the source lines * j indexes the dest bytes * k indexes the source bytes * We take two bytes from the source (in 2 lines of 8 pixels * each) and convert them into four 8 bpp bytes of the dest. */ wd4 = wd & 0xfffffffc; extra = wd - wd4; for (i = 0, l = 0; i < hd; i++, l += 2) { lines = datas + l * wpls; lined = datad + i * wpld; for (j = 0, k = 0; j < wd4; j += 4, k++) { sbyte1 = GET_DATA_BYTE(lines, k); sbyte2 = GET_DATA_BYTE(lines + wpls, k); sum = sumtab[sbyte1] + sumtab[sbyte2]; SET_DATA_BYTE(lined, j, valtab[sum >> 24]); SET_DATA_BYTE(lined, j + 1, valtab[(sum >> 16) & 0xff]); SET_DATA_BYTE(lined, j + 2, valtab[(sum >> 8) & 0xff]); SET_DATA_BYTE(lined, j + 3, valtab[sum & 0xff]); } if (extra > 0) { sbyte1 = GET_DATA_BYTE(lines, k); sbyte2 = GET_DATA_BYTE(lines + wpls, k); sum = sumtab[sbyte1] + sumtab[sbyte2]; for (m = 0; m < extra; m++) { SET_DATA_BYTE(lined, j + m, valtab[((sum >> (24 - 8 * m)) & 0xff)]); } } } return; } /*! * makeSumTabSG2() * * Returns a table of 256 l_uint32s, giving the four output * 8-bit grayscale sums corresponding to 8 input bits of a binary * image, for a 2x scale-to-gray op. The sums from two * adjacent scanlines are then added and transformed to * output four 8 bpp pixel values, using makeValTabSG2(). */ l_uint32 * makeSumTabSG2(void) { l_int32 i; l_int32 sum[] = {0, 1, 1, 2}; l_uint32 *tab; PROCNAME("makeSumTabSG2"); if ((tab = (l_uint32 *)CALLOC(256, sizeof(l_uint32))) == NULL) return (l_uint32 *)ERROR_PTR("calloc fail for tab", procName, NULL); /* Pack the four sums separately in four bytes */ for (i = 0; i < 256; i++) { tab[i] = (sum[i & 0x3] | sum[(i >> 2) & 0x3] << 8 | sum[(i >> 4) & 0x3] << 16 | sum[(i >> 6) & 0x3] << 24); } return tab; } /*! * makeValTabSG2() * * Returns an 8 bit value for the sum of ON pixels * in a 2x2 square, according to * * val = 255 - (255 * sum)/4 * * where sum is in set {0,1,2,3,4} */ l_uint8 * makeValTabSG2(void) { l_int32 i; l_uint8 *tab; PROCNAME("makeValTabSG2"); if ((tab = (l_uint8 *)CALLOC(5, sizeof(l_uint8))) == NULL) return (l_uint8 *)ERROR_PTR("calloc fail for tab", procName, NULL); for (i = 0; i < 5; i++) tab[i] = 255 - (i * 255) / 4; return tab; } /*------------------------------------------------------------------* * Scale-to-gray 3x * *------------------------------------------------------------------*/ /*! * scaleToGray3Low() * * Input: usual image variables * sumtab (made from makeSumTabSG3()) * valtab (made from makeValTabSG3()) * Return: 0 if OK; 1 on error * * Each set of 8 3x3 bit-blocks in the source image, which * consist of 72 pixels arranged 24 pixels wide by 3 scanlines, * is converted to a row of 8 8-bit pixels in the dest image. * These 72 pixels of the input image are runs of 24 pixels * in three adjacent scanlines. Each run of 24 pixels is * stored in the 24 LSbits of a 32-bit word. We use 2 LUTs. * The first, sumtab, takes 6 of these bits and stores * sum, taken 3 bits at a time, in two bytes. (See * makeSumTabSG3). This is done for each of the 3 scanlines, * and the results are added. We now have the sum of ON pixels * in the first two 3x3 blocks in two bytes. The valtab LUT * then converts these values (which go from 0 to 9) to * grayscale values between between 255 and 0. (See makeValTabSG3). * This process is repeated for each of the other 3 sets of * 6x3 input pixels, giving 8 output pixels in total. * * Note: because the input image is processed in groups of * 24 x 3 pixels, the process clips the input height to * (h - h % 3) and the input width to (w - w % 24). */ void scaleToGray3Low(l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_uint32 *sumtab, l_uint8 *valtab) { l_int32 i, j, l, k; l_uint32 threebytes1, threebytes2, threebytes3, sum; l_uint32 *lines, *lined; /* i indexes the dest lines * l indexes the source lines * j indexes the dest bytes * k indexes the source bytes * We take 9 bytes from the source (72 binary pixels * in three lines of 24 pixels each) and convert it * into 8 bytes of the dest (8 8bpp pixels in one line) */ for (i = 0, l = 0; i < hd; i++, l += 3) { lines = datas + l * wpls; lined = datad + i * wpld; for (j = 0, k = 0; j < wd; j += 8, k += 3) { threebytes1 = (GET_DATA_BYTE(lines, k) << 16) | (GET_DATA_BYTE(lines, k + 1) << 8) | GET_DATA_BYTE(lines, k + 2); threebytes2 = (GET_DATA_BYTE(lines + wpls, k) << 16) | (GET_DATA_BYTE(lines + wpls, k + 1) << 8) | GET_DATA_BYTE(lines + wpls, k + 2); threebytes3 = (GET_DATA_BYTE(lines + 2 * wpls, k) << 16) | (GET_DATA_BYTE(lines + 2 * wpls, k + 1) << 8) | GET_DATA_BYTE(lines + 2 * wpls, k + 2); sum = sumtab[(threebytes1 >> 18)] + sumtab[(threebytes2 >> 18)] + sumtab[(threebytes3 >> 18)]; SET_DATA_BYTE(lined, j, valtab[GET_DATA_BYTE(&sum, 2)]); SET_DATA_BYTE(lined, j + 1, valtab[GET_DATA_BYTE(&sum, 3)]); sum = sumtab[((threebytes1 >> 12) & 0x3f)] + sumtab[((threebytes2 >> 12) & 0x3f)] + sumtab[((threebytes3 >> 12) & 0x3f)]; SET_DATA_BYTE(lined, j + 2, valtab[GET_DATA_BYTE(&sum, 2)]); SET_DATA_BYTE(lined, j + 3, valtab[GET_DATA_BYTE(&sum, 3)]); sum = sumtab[((threebytes1 >> 6) & 0x3f)] + sumtab[((threebytes2 >> 6) & 0x3f)] + sumtab[((threebytes3 >> 6) & 0x3f)]; SET_DATA_BYTE(lined, j + 4, valtab[GET_DATA_BYTE(&sum, 2)]); SET_DATA_BYTE(lined, j + 5, valtab[GET_DATA_BYTE(&sum, 3)]); sum = sumtab[(threebytes1 & 0x3f)] + sumtab[(threebytes2 & 0x3f)] + sumtab[(threebytes3 & 0x3f)]; SET_DATA_BYTE(lined, j + 6, valtab[GET_DATA_BYTE(&sum, 2)]); SET_DATA_BYTE(lined, j + 7, valtab[GET_DATA_BYTE(&sum, 3)]); } } return; } /*! * makeSumTabSG3() * * Returns a table of 64 l_uint32s, giving the two output * 8-bit grayscale sums corresponding to 6 input bits of a binary * image, for a 3x scale-to-gray op. In practice, this would * be used three times (on adjacent scanlines), and the sums would * be added and then transformed to output 8 bpp pixel values, * using makeValTabSG3(). */ l_uint32 * makeSumTabSG3(void) { l_int32 i; l_int32 sum[] = {0, 1, 1, 2, 1, 2, 2, 3}; l_uint32 *tab; PROCNAME("makeSumTabSG3"); if ((tab = (l_uint32 *)CALLOC(64, sizeof(l_uint32))) == NULL) return (l_uint32 *)ERROR_PTR("calloc fail for tab", procName, NULL); /* Pack the two sums separately in two bytes */ for (i = 0; i < 64; i++) { tab[i] = (sum[i & 0x07]) | (sum[(i >> 3) & 0x07] << 8); } return tab; } /*! * makeValTabSG3() * * Returns an 8 bit value for the sum of ON pixels * in a 3x3 square, according to * val = 255 - (255 * sum)/9 * where sum is in set {0, ... ,9} */ l_uint8 * makeValTabSG3(void) { l_int32 i; l_uint8 *tab; PROCNAME("makeValTabSG3"); if ((tab = (l_uint8 *)CALLOC(10, sizeof(l_uint8))) == NULL) return (l_uint8 *)ERROR_PTR("calloc fail for tab", procName, NULL); for (i = 0; i < 10; i++) tab[i] = 0xff - (i * 255) / 9; return tab; } /*------------------------------------------------------------------* * Scale-to-gray 4x * *------------------------------------------------------------------*/ /*! * scaleToGray4Low() * * Input: usual image variables * sumtab (made from makeSumTabSG4()) * valtab (made from makeValTabSG4()) * Return: 0 if OK; 1 on error. * * The output is processed in sets of 2 output bytes on a row, * corresponding to 2 4x4 bit-blocks in the input image. * Two lookup tables are used. The first, sumtab, gets the * sum of ON pixels in two sets of four adjacent bits, * storing the result in 2 adjacent bytes. After sums from * four rows have been added, the second table, valtab, * converts from the sum of ON pixels in the 4x4 block to * an 8 bpp grayscale value between 0 (for 16 bits ON) * and 255 (for 0 bits ON). */ void scaleToGray4Low(l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_uint32 *sumtab, l_uint8 *valtab) { l_int32 i, j, l, k; l_uint32 sbyte1, sbyte2, sbyte3, sbyte4, sum; l_uint32 *lines, *lined; /* i indexes the dest lines * l indexes the source lines * j indexes the dest bytes * k indexes the source bytes * We take four bytes from the source (in 4 lines of 8 pixels * each) and convert it into two 8 bpp bytes of the dest. */ for (i = 0, l = 0; i < hd; i++, l += 4) { lines = datas + l * wpls; lined = datad + i * wpld; for (j = 0, k = 0; j < wd; j += 2, k++) { sbyte1 = GET_DATA_BYTE(lines, k); sbyte2 = GET_DATA_BYTE(lines + wpls, k); sbyte3 = GET_DATA_BYTE(lines + 2 * wpls, k); sbyte4 = GET_DATA_BYTE(lines + 3 * wpls, k); sum = sumtab[sbyte1] + sumtab[sbyte2] + sumtab[sbyte3] + sumtab[sbyte4]; SET_DATA_BYTE(lined, j, valtab[GET_DATA_BYTE(&sum, 2)]); SET_DATA_BYTE(lined, j + 1, valtab[GET_DATA_BYTE(&sum, 3)]); } } return; } /*! * makeSumTabSG4() * * Returns a table of 256 l_uint32s, giving the two output * 8-bit grayscale sums corresponding to 8 input bits of a binary * image, for a 4x scale-to-gray op. The sums from four * adjacent scanlines are then added and transformed to * output 8 bpp pixel values, using makeValTabSG4(). */ l_uint32 * makeSumTabSG4(void) { l_int32 i; l_int32 sum[] = {0, 1, 1, 2, 1, 2, 2, 3, 1, 2, 2, 3, 2, 3, 3, 4}; l_uint32 *tab; PROCNAME("makeSumTabSG4"); if ((tab = (l_uint32 *)CALLOC(256, sizeof(l_uint32))) == NULL) return (l_uint32 *)ERROR_PTR("calloc fail for tab", procName, NULL); /* Pack the two sums separately in two bytes */ for (i = 0; i < 256; i++) { tab[i] = (sum[i & 0xf]) | (sum[(i >> 4) & 0xf] << 8); } return tab; } /*! * makeValTabSG4() * * Returns an 8 bit value for the sum of ON pixels * in a 4x4 square, according to * * val = 255 - (255 * sum)/16 * * where sum is in set {0, ... ,16} */ l_uint8 * makeValTabSG4(void) { l_int32 i; l_uint8 *tab; PROCNAME("makeValTabSG4"); if ((tab = (l_uint8 *)CALLOC(17, sizeof(l_uint8))) == NULL) return (l_uint8 *)ERROR_PTR("calloc fail for tab", procName, NULL); for (i = 0; i < 17; i++) tab[i] = 0xff - (i * 255) / 16; return tab; } /*------------------------------------------------------------------* * Scale-to-gray 6x * *------------------------------------------------------------------*/ /*! * scaleToGray6Low() * * Input: usual image variables * tab8 (made from makePixelSumTab8()) * valtab (made from makeValTabSG6()) * Return: 0 if OK; 1 on error * * Each set of 4 6x6 bit-blocks in the source image, which * consist of 144 pixels arranged 24 pixels wide by 6 scanlines, * is converted to a row of 4 8-bit pixels in the dest image. * These 144 pixels of the input image are runs of 24 pixels * in six adjacent scanlines. Each run of 24 pixels is * stored in the 24 LSbits of a 32-bit word. We use 2 LUTs. * The first, tab8, takes 6 of these bits and stores * sum in one byte. This is done for each of the 6 scanlines, * and the results are added. * We now have the sum of ON pixels in the first 6x6 block. The * valtab LUT then converts these values (which go from 0 to 36) to * grayscale values between between 255 and 0. (See makeValTabSG6). * This process is repeated for each of the other 3 sets of * 6x6 input pixels, giving 4 output pixels in total. * * Note: because the input image is processed in groups of * 24 x 6 pixels, the process clips the input height to * (h - h % 6) and the input width to (w - w % 24). * */ void scaleToGray6Low(l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 *tab8, l_uint8 *valtab) { l_int32 i, j, l, k; l_uint32 threebytes1, threebytes2, threebytes3; l_uint32 threebytes4, threebytes5, threebytes6, sum; l_uint32 *lines, *lined; /* i indexes the dest lines * l indexes the source lines * j indexes the dest bytes * k indexes the source bytes * We take 18 bytes from the source (144 binary pixels * in six lines of 24 pixels each) and convert it * into 4 bytes of the dest (four 8 bpp pixels in one line) */ for (i = 0, l = 0; i < hd; i++, l += 6) { lines = datas + l * wpls; lined = datad + i * wpld; for (j = 0, k = 0; j < wd; j += 4, k += 3) { /* First grab the 18 bytes, 3 at a time, and put each set * of 3 bytes into the LS bytes of a 32-bit word. */ threebytes1 = (GET_DATA_BYTE(lines, k) << 16) | (GET_DATA_BYTE(lines, k + 1) << 8) | GET_DATA_BYTE(lines, k + 2); threebytes2 = (GET_DATA_BYTE(lines + wpls, k) << 16) | (GET_DATA_BYTE(lines + wpls, k + 1) << 8) | GET_DATA_BYTE(lines + wpls, k + 2); threebytes3 = (GET_DATA_BYTE(lines + 2 * wpls, k) << 16) | (GET_DATA_BYTE(lines + 2 * wpls, k + 1) << 8) | GET_DATA_BYTE(lines + 2 * wpls, k + 2); threebytes4 = (GET_DATA_BYTE(lines + 3 * wpls, k) << 16) | (GET_DATA_BYTE(lines + 3 * wpls, k + 1) << 8) | GET_DATA_BYTE(lines + 3 * wpls, k + 2); threebytes5 = (GET_DATA_BYTE(lines + 4 * wpls, k) << 16) | (GET_DATA_BYTE(lines + 4 * wpls, k + 1) << 8) | GET_DATA_BYTE(lines + 4 * wpls, k + 2); threebytes6 = (GET_DATA_BYTE(lines + 5 * wpls, k) << 16) | (GET_DATA_BYTE(lines + 5 * wpls, k + 1) << 8) | GET_DATA_BYTE(lines + 5 * wpls, k + 2); /* Sum first set of 36 bits and convert to 0-255 */ sum = tab8[(threebytes1 >> 18)] + tab8[(threebytes2 >> 18)] + tab8[(threebytes3 >> 18)] + tab8[(threebytes4 >> 18)] + tab8[(threebytes5 >> 18)] + tab8[(threebytes6 >> 18)]; SET_DATA_BYTE(lined, j, valtab[GET_DATA_BYTE(&sum, 3)]); /* Ditto for second set */ sum = tab8[((threebytes1 >> 12) & 0x3f)] + tab8[((threebytes2 >> 12) & 0x3f)] + tab8[((threebytes3 >> 12) & 0x3f)] + tab8[((threebytes4 >> 12) & 0x3f)] + tab8[((threebytes5 >> 12) & 0x3f)] + tab8[((threebytes6 >> 12) & 0x3f)]; SET_DATA_BYTE(lined, j + 1, valtab[GET_DATA_BYTE(&sum, 3)]); sum = tab8[((threebytes1 >> 6) & 0x3f)] + tab8[((threebytes2 >> 6) & 0x3f)] + tab8[((threebytes3 >> 6) & 0x3f)] + tab8[((threebytes4 >> 6) & 0x3f)] + tab8[((threebytes5 >> 6) & 0x3f)] + tab8[((threebytes6 >> 6) & 0x3f)]; SET_DATA_BYTE(lined, j + 2, valtab[GET_DATA_BYTE(&sum, 3)]); sum = tab8[(threebytes1 & 0x3f)] + tab8[(threebytes2 & 0x3f)] + tab8[(threebytes3 & 0x3f)] + tab8[(threebytes4 & 0x3f)] + tab8[(threebytes5 & 0x3f)] + tab8[(threebytes6 & 0x3f)]; SET_DATA_BYTE(lined, j + 3, valtab[GET_DATA_BYTE(&sum, 3)]); } } return; } /*! * makeValTabSG6() * * Returns an 8 bit value for the sum of ON pixels * in a 6x6 square, according to * val = 255 - (255 * sum)/36 * where sum is in set {0, ... ,36} */ l_uint8 * makeValTabSG6(void) { l_int32 i; l_uint8 *tab; PROCNAME("makeValTabSG6"); if ((tab = (l_uint8 *)CALLOC(37, sizeof(l_uint8))) == NULL) return (l_uint8 *)ERROR_PTR("calloc fail for tab", procName, NULL); for (i = 0; i < 37; i++) tab[i] = 0xff - (i * 255) / 36; return tab; } /*------------------------------------------------------------------* * Scale-to-gray 8x * *------------------------------------------------------------------*/ /*! * scaleToGray8Low() * * Input: usual image variables * tab8 (made from makePixelSumTab8()) * valtab (made from makeValTabSG8()) * Return: 0 if OK; 1 on error. * * The output is processed one dest byte at a time, * corresponding to 8 rows of src bytes in the input image. * Two lookup tables are used. The first, tab8, gets the * sum of ON pixels in a byte. After sums from 8 rows have * been added, the second table, valtab, converts from this * value (which is between 0 and 64) to an 8 bpp grayscale * value between 0 (for all 64 bits ON) and 255 (for 0 bits ON). */ void scaleToGray8Low(l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 *tab8, l_uint8 *valtab) { l_int32 i, j, k; l_int32 sbyte0, sbyte1, sbyte2, sbyte3, sbyte4, sbyte5, sbyte6, sbyte7, sum; l_uint32 *lines, *lined; /* i indexes the dest lines * k indexes the source lines * j indexes the src and dest bytes * We take 8 bytes from the source (in 8 lines of 8 pixels * each) and convert it into one 8 bpp byte of the dest. */ for (i = 0, k = 0; i < hd; i++, k += 8) { lines = datas + k * wpls; lined = datad + i * wpld; for (j = 0; j < wd; j++) { sbyte0 = GET_DATA_BYTE(lines, j); sbyte1 = GET_DATA_BYTE(lines + wpls, j); sbyte2 = GET_DATA_BYTE(lines + 2 * wpls, j); sbyte3 = GET_DATA_BYTE(lines + 3 * wpls, j); sbyte4 = GET_DATA_BYTE(lines + 4 * wpls, j); sbyte5 = GET_DATA_BYTE(lines + 5 * wpls, j); sbyte6 = GET_DATA_BYTE(lines + 6 * wpls, j); sbyte7 = GET_DATA_BYTE(lines + 7 * wpls, j); sum = tab8[sbyte0] + tab8[sbyte1] + tab8[sbyte2] + tab8[sbyte3] + tab8[sbyte4] + tab8[sbyte5] + tab8[sbyte6] + tab8[sbyte7]; SET_DATA_BYTE(lined, j, valtab[sum]); } } return; } /*! * makeValTabSG8() * * Returns an 8 bit value for the sum of ON pixels * in an 8x8 square, according to * val = 255 - (255 * sum)/64 * where sum is in set {0, ... ,64} */ l_uint8 * makeValTabSG8(void) { l_int32 i; l_uint8 *tab; PROCNAME("makeValTabSG8"); if ((tab = (l_uint8 *)CALLOC(65, sizeof(l_uint8))) == NULL) return (l_uint8 *)ERROR_PTR("calloc fail for tab", procName, NULL); for (i = 0; i < 65; i++) tab[i] = 0xff - (i * 255) / 64; return tab; } /*------------------------------------------------------------------* * Scale-to-gray 16x * *------------------------------------------------------------------*/ /*! * scaleToGray16Low() * * Input: usual image variables * tab8 (made from makePixelSumTab8()) * Return: 0 if OK; 1 on error. * * The output is processed one dest byte at a time, corresponding * to 16 rows consisting each of 2 src bytes in the input image. * This uses one lookup table, tab8, which gives the sum of * ON pixels in a byte. After summing for all ON pixels in the * 32 src bytes, which is between 0 and 256, this is converted * to an 8 bpp grayscale value between 0 (for 255 or 256 bits ON) * and 255 (for 0 bits ON). */ void scaleToGray16Low(l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 *tab8) { l_int32 i, j, k, m; l_int32 sum; l_uint32 *lines, *lined; /* i indexes the dest lines * k indexes the source lines * j indexes the dest bytes * m indexes the src bytes * We take 32 bytes from the source (in 16 lines of 16 pixels * each) and convert it into one 8 bpp byte of the dest. */ for (i = 0, k = 0; i < hd; i++, k += 16) { lines = datas + k * wpls; lined = datad + i * wpld; for (j = 0; j < wd; j++) { m = 2 * j; sum = tab8[GET_DATA_BYTE(lines, m)]; sum += tab8[GET_DATA_BYTE(lines, m + 1)]; sum += tab8[GET_DATA_BYTE(lines + wpls, m)]; sum += tab8[GET_DATA_BYTE(lines + wpls, m + 1)]; sum += tab8[GET_DATA_BYTE(lines + 2 * wpls, m)]; sum += tab8[GET_DATA_BYTE(lines + 2 * wpls, m + 1)]; sum += tab8[GET_DATA_BYTE(lines + 3 * wpls, m)]; sum += tab8[GET_DATA_BYTE(lines + 3 * wpls, m + 1)]; sum += tab8[GET_DATA_BYTE(lines + 4 * wpls, m)]; sum += tab8[GET_DATA_BYTE(lines + 4 * wpls, m + 1)]; sum += tab8[GET_DATA_BYTE(lines + 5 * wpls, m)]; sum += tab8[GET_DATA_BYTE(lines + 5 * wpls, m + 1)]; sum += tab8[GET_DATA_BYTE(lines + 6 * wpls, m)]; sum += tab8[GET_DATA_BYTE(lines + 6 * wpls, m + 1)]; sum += tab8[GET_DATA_BYTE(lines + 7 * wpls, m)]; sum += tab8[GET_DATA_BYTE(lines + 7 * wpls, m + 1)]; sum += tab8[GET_DATA_BYTE(lines + 8 * wpls, m)]; sum += tab8[GET_DATA_BYTE(lines + 8 * wpls, m + 1)]; sum += tab8[GET_DATA_BYTE(lines + 9 * wpls, m)]; sum += tab8[GET_DATA_BYTE(lines + 9 * wpls, m + 1)]; sum += tab8[GET_DATA_BYTE(lines + 10 * wpls, m)]; sum += tab8[GET_DATA_BYTE(lines + 10 * wpls, m + 1)]; sum += tab8[GET_DATA_BYTE(lines + 11 * wpls, m)]; sum += tab8[GET_DATA_BYTE(lines + 11 * wpls, m + 1)]; sum += tab8[GET_DATA_BYTE(lines + 12 * wpls, m)]; sum += tab8[GET_DATA_BYTE(lines + 12 * wpls, m + 1)]; sum += tab8[GET_DATA_BYTE(lines + 13 * wpls, m)]; sum += tab8[GET_DATA_BYTE(lines + 13 * wpls, m + 1)]; sum += tab8[GET_DATA_BYTE(lines + 14 * wpls, m)]; sum += tab8[GET_DATA_BYTE(lines + 14 * wpls, m + 1)]; sum += tab8[GET_DATA_BYTE(lines + 15 * wpls, m)]; sum += tab8[GET_DATA_BYTE(lines + 15 * wpls, m + 1)]; sum = L_MIN(sum, 255); SET_DATA_BYTE(lined, j, 255 - sum); } } return; } /*------------------------------------------------------------------* * Grayscale mipmap * *------------------------------------------------------------------*/ /*! * scaleMipmapLow() * * See notes in scale.c for pixScaleToGrayMipmap(). This function * is here for pedagogical reasons. It gives poor results on document * images because of aliasing. */ l_int32 scaleMipmapLow(l_uint32 *datad, l_int32 wd, l_int32 hd, l_int32 wpld, l_uint32 *datas1, l_int32 wpls1, l_uint32 *datas2, l_int32 wpls2, l_float32 red) { l_int32 i, j, val1, val2, val, row2, col2; l_int32 *srow, *scol; l_uint32 *lines1, *lines2, *lined; l_float32 ratio, w1, w2; PROCNAME("scaleMipmapLow"); /* Clear dest */ memset((char *)datad, 0, 4 * wpld * hd); /* Each dest pixel at (j,i) is computed by interpolating between the two src images at the corresponding location. We store the UL corner locations of the square of src pixels in thelower-resolution image that correspond to dest pixel (j,i). The are labelled by the arrays srow[i], scol[j]. The UL corner locations of the higher resolution src pixels are obtained from these arrays by multiplying by 2. */ if ((srow = (l_int32 *)CALLOC(hd, sizeof(l_int32))) == NULL) return ERROR_INT("srow not made", procName, 1); if ((scol = (l_int32 *)CALLOC(wd, sizeof(l_int32))) == NULL) return ERROR_INT("scol not made", procName, 1); ratio = 1. / (2. * red); /* 0.5 for red = 1, 1 for red = 0.5 */ for (i = 0; i < hd; i++) srow[i] = (l_int32)(ratio * i); for (j = 0; j < wd; j++) scol[j] = (l_int32)(ratio * j); /* Get weights for linear interpolation: these are the * 'distances' of the dest image plane from the two * src image planes. */ w1 = 2. * red - 1.; /* w1 --> 1 as red --> 1 */ w2 = 1. - w1; /* For each dest pixel, compute linear interpolation */ for (i = 0; i < hd; i++) { row2 = srow[i]; lines1 = datas1 + 2 * row2 * wpls1; lines2 = datas2 + row2 * wpls2; lined = datad + i * wpld; for (j = 0; j < wd; j++) { col2 = scol[j]; val1 = GET_DATA_BYTE(lines1, 2 * col2); val2 = GET_DATA_BYTE(lines2, col2); val = (l_int32)(w1 * val1 + w2 * val2); SET_DATA_BYTE(lined, j, val); } } FREE(srow); FREE(scol); return 0; } leptonica-1.70/src/recogbasic.c0000664000175000017500000014026212265243276014561 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * recogbasic.c * * Recoga creation, destruction and access * L_RECOGA *recogaCreateFromRecog() * L_RECOGA *recogaCreateFromPixaa() * L_RECOGA *recogaCreate() * void recogaDestroy() * l_int32 recogaAddRecog() * static l_int32 recogaExtendArray() * l_int32 recogReplaceInRecoga() * L_RECOG *recogaGetRecog() * l_int32 recogaGetCount() * l_int32 recogGetCount() * l_int32 recogGetIndex() * l_int32 recogGetParent() * l_int32 recogSetBootflag() * * Recog initialization and destruction * L_RECOG *recogCreateFromRecog() * L_RECOG *recogCreateFromPixa() * L_RECOG *recogCreate() * void recogDestroy() * * Appending (combining two recogs into one) * l_int32 recogAppend() * * Character/index lookup * l_int32 recogGetClassIndex() * l_int32 recogStringToIndex() * l_int32 recogGetClassString() * l_int32 l_convertCharstrToInt() * * Serialization * L_RECOGA *recogaRead() * L_RECOGA *recogaReadStream() * l_int32 recogaWrite() * l_int32 recogaWriteStream() * l_int32 recogaWritePixaa() * L_RECOG *recogRead() * L_RECOG *recogReadStream() * l_int32 recogWrite() * l_int32 recogWriteStream() * l_int32 recogWritePixa() * static l_int32 recogAddCharstrLabels() * static l_int32 recogAddAllSamples() * * The recognizer functionality is split into four files: * recogbasic.c: create, destroy, access, serialize * recogtrain.c: training on labelled and unlabelled data * recogident.c: running the recognizer(s) on input * recogdid.c: running the recognizer(s) on input using a * document image decoding (DID) hidden markov model * * This is a content-adapted (or book-adapted) recognizer (BAR) application. * The recognizers here are typically bootstrapped from data that has * been labelled by a generic recognition system, such as Tesseract. * The general procedure to create a recognizer (recog) from labelled data is * to add the labelled character bitmaps, and call recogTrainingFinished() * when done. * * Typically, the recog is added to a recoga (an array of recognizers) * before use. However, for identifying single characters, it is possible * to use a single recog. * * If there is more than one recog, the usage options are: * (1) To join the two together (e.g., if they're from the same source) * (2) To put them separately into a recoga (recognizer array). * * For training numeric input, an example set of calls that scales * each training input to (w, h) and will use the averaged * templates for identifying unknown characters is: * L_Recog *rec = recogCreate(w, h, L_USE_AVERAGE, 128, 1, "fonts"); * for (i = 0; i < n; i++) { // read in n training digits * Pix *pix = ... * recogTrainLabelled(rec, pix, NULL, text[i], 0, 0); * } * recogTrainingFinished(rec, 0); // required * * It is an error if any function that computes averages, removes * outliers or requests identification of an unlabelled character, * such as: * (1) computing the sample averages: recogAverageSamples() * (2) removing outliers: recogRemoveOutliers() * (3) requesting identification of an unlabeled character: * recogIdentifyPix() * is called before an explicit call to finish training. Note that * to do further training on a "finished" recognizer, just set * recog->train_done = FALSE; * add the new training samples, and again call * recogTrainingFinished(rec, 0); // required * * If using all examples for identification, all scaled to (w, h), * and with outliers removed, do something like this: * L_Recog *rec = recogCreate(w, h, L_USE_ALL, 128, 1, "fonts"); * for (i = 0; i < n; i++) { // read in n training characters * Pix *pix = ... * recogTrainLabelled(rec, pix, NULL, text[i], 0, 0); * } * recogTrainingFinished(rec, 0); * // remove anything with correlation less than 0.7 with average * recogRemoveOutliers(rec, 0.7, 0.5, 0); * * You can train a recognizer from a pixa where the text field in each * pix is the character string: * * L_Recog *recboot = recogCreateFromPixa(pixa, w, h, L_USE_AVERAGE, * 128, 1, "fonts"); * * This is useful as a "bootstrap" recognizer for training a new * recognizer (rec) on an unlabelled data set that has a different * origin from recboot. To do this, the new recognizer must be * initialized to use the same (w,h) scaling as the bootstrap recognizer. * If the new recognizer is to be used without scaling (e.g., on images * from a single source, like a book), call recogSetScaling() to * regenerate all the scaled samples and averages: * * L_Recog *rec = recogCreate(w, h, L_USE_ALL, 128, 1, "fonts"); * for (i = 0; i < n; i++) { // read in n training characters * Pix *pix = ... * recogTrainUnlabelled(rec, recboot, pix, NULL, 1, 0.75, 0); * } * recogTrainingFinished(rec, 0); * recogSetScaling(rec, 0, 0); // use with no scaling */ #include #include "allheaders.h" static const l_int32 INITIAL_PTR_ARRAYSIZE = 20; /* n'import quoi */ static const l_int32 MAX_EXAMPLES_IN_CLASS = 256; /* Static functions */ static l_int32 recogaExtendArray(L_RECOGA *recoga); static l_int32 recogAddCharstrLabels(L_RECOG *recog); static l_int32 recogAddAllSamples(L_RECOG *recog, PIXAA *paa, l_int32 debug); /* Tolerance (+-) in asperity ratio between unknown and known */ static l_float32 DEFAULT_ASPERITY_FRACT = 0.25; /*------------------------------------------------------------------------* * Recoga: creation, destruction, access * *------------------------------------------------------------------------*/ /*! * recogaCreateFromRecog() * * Input: recog * Return: recoga, or null on error * * Notes: * (1) This is a convenience function for making a recoga after * you have a recog. The recog is owned by the recoga. * (2) For splitting connected components, the * input recog must be from the material to be identified, * and not a generic bootstrap recog. Those can be added later. */ L_RECOGA * recogaCreateFromRecog(L_RECOG *recog) { L_RECOGA *recoga; PROCNAME("recogaCreateFromRecog"); if (!recog) return (L_RECOGA *)ERROR_PTR("recog not defined", procName, NULL); recoga = recogaCreate(1); recogaAddRecog(recoga, recog); return recoga; } /*! * recogaCreateFromPixaa() * * Input: paa (of labelled, 1 bpp images) * scalew (scale all widths to this; use 0 for no scaling) * scaleh (scale all heights to this; use 0 for no scaling) * templ_type (L_USE_AVERAGE or L_USE_ALL) * threshold (for binarization; typically ~128) * maxyshift (from nominal centroid alignment; typically 0 or 1) * fontdir ( directory for bitmap fonts for debugging) * Return: recoga, or null on error * * Notes: * (1) This is a convenience function for training from labelled data. * (2) Each pixa in the paa is a set of labelled data that is used * to train a recognizer (e.g., for a set of characters in a font). * Each image example in the pixa is put into a class in its * recognizer, defined by its character label. All examples in * the same class should be similar. * (3) The pixaa can be written by recogaWritePixaa(), and must contain * the unscaled bitmaps used for training. */ L_RECOGA * recogaCreateFromPixaa(PIXAA *paa, l_int32 scalew, l_int32 scaleh, l_int32 templ_type, l_int32 threshold, l_int32 maxyshift, const char *fontdir) { l_int32 n, i, full; L_RECOG *recog; L_RECOGA *recoga; PIXA *pixa; PROCNAME("recogaCreateFromPixaa"); if (!paa) return (L_RECOGA *)ERROR_PTR("paa not defined", procName, NULL); if (pixaaVerifyDepth(paa, NULL) != 1) return (L_RECOGA *)ERROR_PTR("all pix not 1 bpp", procName, NULL); pixaaIsFull(paa, &full); if (!full) return (L_RECOGA *)ERROR_PTR("all pix not present", procName, NULL); n = pixaaGetCount(paa, NULL); recoga = recogaCreate(n); for (i = 0; i < n; i++) { pixa = pixaaGetPixa(paa, i, L_CLONE); recog = recogCreateFromPixa(pixa, scalew, scaleh, templ_type, threshold, maxyshift, fontdir); recogaAddRecog(recoga, recog); pixaDestroy(&pixa); } return recoga; } /*! * recogaCreate() * * Input: n (initial number of recog ptrs) * Return: recoga, or null on error */ L_RECOGA * recogaCreate(l_int32 n) { L_RECOGA *recoga; PROCNAME("recogaCreate"); if (n <= 0) n = INITIAL_PTR_ARRAYSIZE; if ((recoga = (L_RECOGA *)CALLOC(1, sizeof(L_RECOGA))) == NULL) return (L_RECOGA *)ERROR_PTR("recoga not made", procName, NULL); recoga->n = 0; recoga->nalloc = n; if ((recoga->recog = (L_RECOG **)CALLOC(n, sizeof(L_RECOG *))) == NULL) return (L_RECOGA *)ERROR_PTR("recoga ptrs not made", procName, NULL); return recoga; } /*! * recogaDestroy() * * Input: &recoga () * Return: void * * Notes: * (1) If a recog has a parent, the parent owns it. To destroy * a recog, it must first be "orphaned". */ void recogaDestroy(L_RECOGA **precoga) { l_int32 i; L_RECOG *recog; L_RECOGA *recoga; PROCNAME("recogaDestroy"); if (precoga == NULL) { L_WARNING("ptr address is null!\n", procName); return; } if ((recoga = *precoga) == NULL) return; rchaDestroy(&recoga->rcha); for (i = 0; i < recoga->n; i++) { if ((recog = recoga->recog[i]) == NULL) { L_ERROR("recog not found for index %d\n", procName, i); continue; } recog->parent = NULL; /* orphan it */ recogDestroy(&recog); } FREE(recoga->recog); FREE(recoga); *precoga = NULL; return; } /*! * recogaAddRecog() * * Input: recoga * recog (to be added and owned by the recoga; not a copy) * Return: recoga, or null on error */ l_int32 recogaAddRecog(L_RECOGA *recoga, L_RECOG *recog) { l_int32 n; PROCNAME("recogaAddRecog"); if (!recoga) return ERROR_INT("recoga not defined", procName, 1); if (!recog) return ERROR_INT("recog not defined", procName, 1); n = recoga->n; if (n >= recoga->nalloc) recogaExtendArray(recoga); recoga->recog[n] = recog; recog->index = n; recog->parent = recoga; recoga->n++; return 0; } /*! * recogaExtendArray() * * Input: recoga * Return: 0 if OK, 1 on error */ static l_int32 recogaExtendArray(L_RECOGA *recoga) { PROCNAME("recogaExtendArray"); if (!recoga) return ERROR_INT("recogaa not defined", procName, 1); if ((recoga->recog = (L_RECOG **)reallocNew((void **)&recoga->recog, sizeof(L_RECOG *) * recoga->nalloc, 2 * sizeof(L_RECOG *) * recoga->nalloc)) == NULL) return ERROR_INT("new ptr array not returned", procName, 1); recoga->nalloc *= 2; return 0; } /*! * recogReplaceInRecoga() * * Input: &recog1 (old recog, to be destroyed) * recog2 (new recog, to be inserted in place of @recog1) * Return: 0 if OK, 1 on error * * Notes: * (1) This always destroys recog1. * (2) If recog1 belongs to a recoga, this inserts recog2 into * the slot that recog1 previously occupied. */ l_int32 recogReplaceInRecoga(L_RECOG **precog1, L_RECOG *recog2) { l_int32 n, index; L_RECOG *recog1; L_RECOGA *recoga; PROCNAME("recogReplaceInRecoga"); if (!precog1) return ERROR_INT("&recog1 not defined", procName, 1); if (!recog2) return ERROR_INT("recog2 not defined", procName, 1); if ((recog1 = *precog1) == NULL) return ERROR_INT("recog1 not defined", procName, 1); if ((recoga = recogGetParent(recog1)) == NULL) { recogDestroy(precog1); return 0; } n = recogaGetCount(recoga); recogGetIndex(recog1, &index); if (index >= n) { L_ERROR("invalid index %d in recog1; no replacement\n", procName, recog1->index); recogDestroy(precog1); return 1; } recog1->parent = NULL; /* necessary to destroy recog1 */ recogDestroy(precog1); recoga->recog[index] = recog2; recog2->index = index; recog2->parent = recoga; return 0; } /*! * recogaGetRecog() * * Input: recoga * index (to the index-th recog) * Return: recog, or null on error * * Notes: * (1) This returns a ptr to the recog, which is still owned by * the recoga. Do not destroy it. */ L_RECOG * recogaGetRecog(L_RECOGA *recoga, l_int32 index) { L_RECOG *recog; PROCNAME("recogaAddRecog"); if (!recoga) return (L_RECOG *)ERROR_PTR("recoga not defined", procName, NULL); if (index < 0 || index >= recoga->n) return (L_RECOG *)ERROR_PTR("index not valid", procName, NULL); recog = recoga->recog[index]; return recog; } /*! * recogaGetCount() * * Input: recoga * Return: count of recog in array; 0 if no recog or on error */ l_int32 recogaGetCount(L_RECOGA *recoga) { PROCNAME("recogaGetCount"); if (!recoga) return ERROR_INT("recoga not defined", procName, 0); return recoga->n; } /*! * recogGetCount() * * Input: recog * Return: count of classes in recog; 0 if no recog or on error */ l_int32 recogGetCount(L_RECOG *recog) { PROCNAME("recogGetCount"); if (!recog) return ERROR_INT("recog not defined", procName, 0); return recog->setsize; } /*! * recogGetIndex() * * Input: recog * &index (into the parent recoga; -1 if no parent) * Return: 0 if OK, 1 on error */ l_int32 recogGetIndex(L_RECOG *recog, l_int32 *pindex) { PROCNAME("recogGetIndex"); if (!pindex) return ERROR_INT("&index not defined", procName, 1); *pindex = -1; if (!recog) return ERROR_INT("recog not defined", procName, 1); *pindex = recog->index; return 0; } /*! * recogGetParent() * * Input: recog * Return: recoga (back-pointer to parent); can be null */ L_RECOGA * recogGetParent(L_RECOG *recog) { PROCNAME("recogGetParent"); if (!recog) return (L_RECOGA *)ERROR_PTR("recog not defined", procName, NULL); return recog->parent; } /*! * recogSetBootflag() * * Input: recog * Return: 0 if OK, 1 on error * * Notes: * (1) This must be set for any bootstrap recog, where the samples * are not from the media being identified. * (2) It is used to enforce scaled bitmaps for identification, * and to prevent the recog from being used to split touching * characters (which requires unscaled samples from the * material being identified). */ l_int32 recogSetBootflag(L_RECOG *recog) { PROCNAME("recogSetBootflag"); if (!recog) return ERROR_INT("recog not defined", procName, 1); recog->bootrecog = 1; return 0; } /*------------------------------------------------------------------------* * Recog: initialization and destruction * *------------------------------------------------------------------------*/ /*! * recogCreateFromRecog() * * Input: recs (source recog with arbitrary input parameters) * scalew (scale all widths to this; use 0 for no scaling) * scaleh (scale all heights to this; use 0 for no scaling) * templ_type (L_USE_AVERAGE or L_USE_ALL) * threshold (for binarization; typically ~128) * maxyshift (from nominal centroid alignment; typically 0 or 1) * fontdir ( directory for bitmap fonts for debugging) * Return: recd, or null on error * * Notes: * (1) This is a convenience function that generates a recog using * the unscaled training data in an existing recog. */ L_RECOG * recogCreateFromRecog(L_RECOG *recs, l_int32 scalew, l_int32 scaleh, l_int32 templ_type, l_int32 threshold, l_int32 maxyshift, const char *fontdir) { L_RECOG *recd; PIXA *pixa; PROCNAME("recogCreateFromRecog"); if (!recs) return (L_RECOG *)ERROR_PTR("recs not defined", procName, NULL); pixa = pixaaFlattenToPixa(recs->pixaa_u, NULL, L_CLONE); recd = recogCreateFromPixa(pixa, scalew, scaleh, templ_type, threshold, maxyshift, fontdir); pixaDestroy(&pixa); return recd; } /*! * recogCreateFromPixa() * * Input: pixa (of labelled, 1 bpp images) * scalew (scale all widths to this; use 0 for no scaling) * scaleh (scale all heights to this; use 0 for no scaling) * templ_type (L_USE_AVERAGE or L_USE_ALL) * threshold (for binarization; typically ~128) * maxyshift (from nominal centroid alignment; typically 0 or 1) * fontdir ( directory for bitmap fonts for debugging) * Return: recog, or null on error * * Notes: * (1) This is a convenience function for training from labelled data. * The pixa can be read from file. * (2) The pixa should contain the unscaled bitmaps used for training. * (3) The characters here should work as a single "font", because * each image example is put into a class defined by its * character label. All examples in the same class should be * similar. */ L_RECOG * recogCreateFromPixa(PIXA *pixa, l_int32 scalew, l_int32 scaleh, l_int32 templ_type, l_int32 threshold, l_int32 maxyshift, const char *fontdir) { char *text; l_int32 full, n, i, ntext; L_RECOG *recog; PIX *pix; PROCNAME("recogCreateFromPixa"); if (!pixa) return (L_RECOG *)ERROR_PTR("pixa not defined", procName, NULL); if (pixaVerifyDepth(pixa, NULL) != 1) return (L_RECOG *)ERROR_PTR("not all pix are 1 bpp", procName, NULL); pixaIsFull(pixa, &full, NULL); if (!full) return (L_RECOG *)ERROR_PTR("not all pix are present", procName, NULL); n = pixaGetCount(pixa); pixaCountText(pixa, &ntext); if (ntext == 0) return (L_RECOG *)ERROR_PTR("no pix have text strings", procName, NULL); if (ntext < n) L_ERROR("%d text strings < %d pix\n", procName, ntext, n); recog = recogCreate(scalew, scaleh, templ_type, threshold, maxyshift, fontdir); if (!recog) return (L_RECOG *)ERROR_PTR("recog not made", procName, NULL); for (i = 0; i < n; i++) { pix = pixaGetPix(pixa, i, L_CLONE); text = pixGetText(pix); if (!text || strlen(text) == 0) { L_ERROR("pix[%d] has no text\n", procName, i); pixDestroy(&pix); continue; } recogTrainLabelled(recog, pix, NULL, text, 0, 0); pixDestroy(&pix); } recogTrainingFinished(recog, 0); return recog; } /*! * recogCreate() * * Input: scalew (scale all widths to this; use 0 for no scaling) * scaleh (scale all heights to this; use 0 for no scaling) * templ_type (L_USE_AVERAGE or L_USE_ALL) * threshold (for binarization; typically ~128) * maxyshift (from nominal centroid alignment; typically 0 or 1) * fontdir ( directory for bitmap fonts for debugging) * Return: recog, or null on error * * Notes: * (1) For a set trained on one font, such as numbers in a book, * it is sensible to set scalew = scaleh = 0. * (2) For a mixed training set, scaling to a fixed height, * such as 32 pixels, but leaving the width unscaled, is effective. * (3) The storage for most of the arrays is allocated when training * is finished. */ L_RECOG * recogCreate(l_int32 scalew, l_int32 scaleh, l_int32 templ_type, l_int32 threshold, l_int32 maxyshift, const char *fontdir) { L_RECOG *recog; PIXA *pixa; PIXAA *paa; PROCNAME("recogCreate"); if (scalew < 0 || scaleh < 0) return (L_RECOG *)ERROR_PTR("invalid scalew or scaleh", procName, NULL); if (templ_type != L_USE_AVERAGE && templ_type != L_USE_ALL) return (L_RECOG *)ERROR_PTR("invalid templ_type flag", procName, NULL); if (threshold < 1 || threshold > 255) return (L_RECOG *)ERROR_PTR("invalid threshold", procName, NULL); if ((recog = (L_RECOG *)CALLOC(1, sizeof(L_RECOG))) == NULL) return (L_RECOG *)ERROR_PTR("rec not made", procName, NULL); recog->templ_type = templ_type; recog->threshold = threshold; recog->scalew = scalew; recog->scaleh = scaleh; recog->maxyshift = maxyshift; recog->asperity_fr = DEFAULT_ASPERITY_FRACT; recogSetPadParams(recog, NULL, NULL, NULL, -1, -1, -1); if (fontdir) { recog->fontdir = stringNew(fontdir); recog->bmf = bmfCreate(fontdir, 6); recog->bmf_size = 6; } recog->maxarraysize = MAX_EXAMPLES_IN_CLASS; recog->index = -1; /* Generate the LUTs */ recog->centtab = makePixelCentroidTab8(); recog->sumtab = makePixelSumTab8(); recog->sa_text = sarrayCreate(0); recog->dna_tochar = l_dnaCreate(0); /* Input default values for min component size for splitting. * These are overwritten when pixTrainingFinished() is called. */ recog->min_splitw = 6; recog->min_splith = 6; recog->max_splith = 60; /* Generate the storage for the unscaled training bitmaps */ paa = pixaaCreate(recog->maxarraysize); pixa = pixaCreate(1); pixaaInitFull(paa, pixa); pixaDestroy(&pixa); recog->pixaa_u = paa; /* Generate the storage for debugging */ recog->pixadb_boot = pixaCreate(2); recog->pixadb_split = pixaCreate(2); return recog; } /*! * recogDestroy() * * Input: &recog () * Return: void * * Notes: * (1) If a recog has a parent, the parent owns it. A recogDestroy() * will fail if there is a parent. */ void recogDestroy(L_RECOG **precog) { L_RECOG *recog; PROCNAME("recogDestroy"); if (!precog) { L_WARNING("ptr address is null\n", procName); return; } if ((recog = *precog) == NULL) return; if (recogGetParent(recog) != NULL) { L_ERROR("recog has parent; can't be destroyed\n", procName); return; } FREE(recog->bootdir); FREE(recog->bootpattern); FREE(recog->bootpath); FREE(recog->centtab); FREE(recog->sumtab); FREE(recog->fname); sarrayDestroy(&recog->sa_text); l_dnaDestroy(&recog->dna_tochar); pixaaDestroy(&recog->pixaa_u); pixaDestroy(&recog->pixa_u); ptaaDestroy(&recog->ptaa_u); ptaDestroy(&recog->pta_u); numaDestroy(&recog->nasum_u); numaaDestroy(&recog->naasum_u); pixaaDestroy(&recog->pixaa); pixaDestroy(&recog->pixa); ptaaDestroy(&recog->ptaa); ptaDestroy(&recog->pta); numaDestroy(&recog->nasum); numaaDestroy(&recog->naasum); pixaDestroy(&recog->pixa_tr); pixaDestroy(&recog->pixadb_ave); pixaDestroy(&recog->pixa_id); pixDestroy(&recog->pixdb_ave); pixDestroy(&recog->pixdb_range); pixaDestroy(&recog->pixadb_boot); pixaDestroy(&recog->pixadb_split); FREE(recog->fontdir); bmfDestroy(&recog->bmf); rchDestroy(&recog->rch); rchaDestroy(&recog->rcha); recogDestroyDid(recog); FREE(recog); *precog = NULL; return; } /*------------------------------------------------------------------------* * Appending * *------------------------------------------------------------------------*/ /*! * recogAppend() * * Input: recog1 * recog2 (gets added to recog1) * Return: 0 if OK, 1 on error * * Notes: * (1) This is used to make a training recognizer from more than * one trained recognizer source. It should only be used * when the bitmaps for corresponding character classes are * very similar. That constraint does not arise when * the character classes are disjoint; e.g., if recog1 is * digits and recog2 is alphabetical. * (2) This is done by appending recog2 to recog1. Averages are * computed for each recognizer, if necessary, before appending. * (3) Non-array fields are combined using the appropriate min and max. */ l_int32 recogAppend(L_RECOG *recog1, L_RECOG *recog2) { PROCNAME("recogAppend"); if (!recog1) return ERROR_INT("recog1 not defined", procName, 1); if (!recog2) return ERROR_INT("recog2 not defined", procName, 1); /* Make sure both are finalized with all arrays computed */ recogAverageSamples(recog1, 0); recogAverageSamples(recog2, 0); /* Combine non-array field values */ recog1->minwidth_u = L_MIN(recog1->minwidth_u, recog2->minwidth_u); recog1->maxwidth_u = L_MAX(recog1->maxwidth_u, recog2->maxwidth_u); recog1->minheight_u = L_MIN(recog1->minheight_u, recog2->minheight_u); recog1->maxheight_u = L_MAX(recog1->maxheight_u, recog2->maxheight_u); recog1->minwidth = L_MIN(recog1->minwidth, recog2->minwidth); recog1->maxwidth = L_MAX(recog1->maxwidth, recog2->maxwidth); recog1->min_splitw = L_MIN(recog1->min_splitw, recog2->min_splitw); recog1->min_splith = L_MIN(recog1->min_splith, recog2->min_splith); recog1->max_splith = L_MAX(recog1->max_splith, recog2->max_splith); /* Combine array field values */ recog1->setsize += recog2->setsize; sarrayAppendRange(recog1->sa_text, recog2->sa_text, 0, -1); l_dnaJoin(recog1->dna_tochar, recog2->dna_tochar, 0, -1); pixaaJoin(recog1->pixaa_u, recog2->pixaa_u, 0, -1); pixaJoin(recog1->pixa_u, recog2->pixa_u, 0, -1); ptaaJoin(recog1->ptaa_u, recog2->ptaa_u, 0, -1); ptaJoin(recog1->pta_u, recog2->pta_u, 0, -1); numaaJoin(recog1->naasum_u, recog2->naasum_u, 0, -1); numaJoin(recog1->nasum_u, recog2->nasum_u, 0, -1); pixaaJoin(recog1->pixaa, recog2->pixaa, 0, -1); pixaJoin(recog1->pixa, recog2->pixa, 0, -1); ptaaJoin(recog1->ptaa, recog2->ptaa, 0, -1); ptaJoin(recog1->pta, recog2->pta, 0, -1); numaaJoin(recog1->naasum, recog2->naasum, 0, -1); numaJoin(recog1->nasum, recog2->nasum, 0, -1); return 0; } /*------------------------------------------------------------------------* * Character/index lookup * *------------------------------------------------------------------------*/ /*! * recogGetClassIndex() * * Input: recog (with LUT's pre-computed) * val (integer value; can be up to 3 bytes for UTF-8) * text (text from which @val was derived; used if not found) * &index ( index into dna_tochar) * Return: 0 if found; 1 if not found and added; 2 on error. * * Notes: * (1) This is used during training. It searches the * dna character array for @val. If not found, it increments * the setsize by 1, augmenting both the index and text arrays. * (2) Returns the index in &index, except on error. * (3) Caller must check the function return value. */ l_int32 recogGetClassIndex(L_RECOG *recog, l_int32 val, char *text, l_int32 *pindex) { l_int32 i, n, ival; PROCNAME("recogGetClassIndex"); if (!pindex) return ERROR_INT("&index not defined", procName, 2); *pindex = 0; if (!recog) return ERROR_INT("recog not defined", procName, 2); if (!text) return ERROR_INT("text not defined", procName, 2); /* Search existing characters */ n = l_dnaGetCount(recog->dna_tochar); for (i = 0; i < n; i++) { l_dnaGetIValue(recog->dna_tochar, i, &ival); if (val == ival) { /* found */ *pindex = i; return 0; } } /* If not found... */ l_dnaAddNumber(recog->dna_tochar, val); sarrayAddString(recog->sa_text, text, L_COPY); recog->setsize++; *pindex = n; return 1; } /*! * recogStringToIndex() * * Input: recog * text (text string for some class) * &index ( index for that class; -1 if not found) * Return: 0 if OK, 1 on error (not finding the string is an error) */ l_int32 recogStringToIndex(L_RECOG *recog, char *text, l_int32 *pindex) { char *charstr; l_int32 i, n, diff; PROCNAME("recogStringtoIndex"); if (!pindex) return ERROR_INT("&index not defined", procName, 1); *pindex = -1; if (!recog) return ERROR_INT("recog not defined", procName, 1); if (!text) return ERROR_INT("text not defined", procName, 1); /* Search existing characters */ n = recog->setsize; for (i = 0; i < n; i++) { recogGetClassString(recog, i, &charstr); if (!charstr) { L_ERROR("string not found for index %d\n", procName, i); continue; } diff = strcmp(text, charstr); FREE(charstr); if (diff) continue; *pindex = i; return 0; } return 1; /* not found */ } /*! * recogGetClassString() * * Input: recog * index (into array of char types) * &charstr ( string representation; * returns an empty string on error) * Return: 0 if found, 1 on error * * Notes: * (1) Extracts a copy of the string from sa_text, which * the caller must free. * (2) Caller must check the function return value. */ l_int32 recogGetClassString(L_RECOG *recog, l_int32 index, char **pcharstr) { PROCNAME("recogGetClassString"); if (!pcharstr) return ERROR_INT("&charstr not defined", procName, 1); *pcharstr = stringNew(""); if (!recog) return ERROR_INT("recog not defined", procName, 2); if (index < 0 || index >= recog->setsize) return ERROR_INT("invalid index", procName, 1); FREE(*pcharstr); *pcharstr = sarrayGetString(recog->sa_text, index, L_COPY); return 0; } /*! * l_convertCharstrToInt() * * Input: str (input string representing one UTF-8 character; * not more than 4 bytes) * &val ( integer value for the input. Think of it * as a 1-to-1 hash code.) * Return: 0 if OK, 1 on error */ l_int32 l_convertCharstrToInt(const char *str, l_int32 *pval) { l_int32 size, val; PROCNAME("l_convertCharstrToInt"); if (!pval) return ERROR_INT("&val not defined", procName, 1); *pval = 0; if (!str) return ERROR_INT("str not defined", procName, 1); size = strlen(str); if (size == 0) return ERROR_INT("empty string", procName, 1); if (size > 4) return ERROR_INT("invalid string: > 4 bytes", procName, 1); val = (l_int32)str[0]; if (size > 1) val = (val << 8) + (l_int32)str[1]; if (size > 2) val = (val << 8) + (l_int32)str[2]; if (size > 3) val = (val << 8) + (l_int32)str[3]; *pval = val; return 0; } /*------------------------------------------------------------------------* * Serialization * *------------------------------------------------------------------------*/ /*! * recogaRead() * * Input: filename * Return: recoga, or null on error * * Notes: * (1) This allows serialization of an array of recognizers, each of which * can be used for different fonts, font styles, etc. */ L_RECOGA * recogaRead(const char *filename) { FILE *fp; L_RECOGA *recoga; PROCNAME("recogaRead"); if (!filename) return (L_RECOGA *)ERROR_PTR("filename not defined", procName, NULL); if ((fp = fopenReadStream(filename)) == NULL) return (L_RECOGA *)ERROR_PTR("stream not opened", procName, NULL); if ((recoga = recogaReadStream(fp)) == NULL) { fclose(fp); return (L_RECOGA *)ERROR_PTR("recoga not read", procName, NULL); } fclose(fp); return recoga; } /*! * recogaReadStream() * * Input: stream * Return: recog, or null on error */ L_RECOGA * recogaReadStream(FILE *fp) { l_int32 version, i, nrec, ignore; L_RECOG *recog; L_RECOGA *recoga; PROCNAME("recogaReadStream"); if (!fp) return (L_RECOGA *)ERROR_PTR("stream not defined", procName, NULL); if (fscanf(fp, "\nRecog Version %d\n", &version) != 1) return (L_RECOGA *)ERROR_PTR("not a recog file", procName, NULL); if (version != RECOG_VERSION_NUMBER) return (L_RECOGA *)ERROR_PTR("invalid recog version", procName, NULL); if (fscanf(fp, "Number of recognizers = %d\n\n", &nrec) != 1) return (L_RECOGA *)ERROR_PTR("nrec not read", procName, NULL); recoga = recogaCreate(nrec); for (i = 0; i < nrec; i++) { ignore = fscanf(fp, "==============================\n"); if (fscanf(fp, "Recognizer %d\n", &ignore) != 1) return (L_RECOGA *)ERROR_PTR("malformed file", procName, NULL); if ((recog = recogReadStream(fp)) == NULL) { recogaDestroy(&recoga); L_ERROR("recog read failed for recog %d\n", procName, i); return NULL; } ignore = fscanf(fp, "\n"); recogaAddRecog(recoga, recog); } return recoga; } /*! * recogaWrite() * * Input: filename * recoga * Return: 0 if OK, 1 on error */ l_int32 recogaWrite(const char *filename, L_RECOGA *recoga) { FILE *fp; PROCNAME("recogaWrite"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!recoga) return ERROR_INT("recoga not defined", procName, 1); if ((fp = fopenWriteStream(filename, "wb")) == NULL) return ERROR_INT("stream not opened", procName, 1); if (recogaWriteStream(fp, recoga, filename)) return ERROR_INT("recoga not written to stream", procName, 1); fclose(fp); return 0; } /*! * recogaWriteStream() * * Input: stream (opened for "wb") * recoga * filename (output serialized filename; embedded in file) * Return: 0 if OK, 1 on error */ l_int32 recogaWriteStream(FILE *fp, L_RECOGA *recoga, const char *filename) { l_int32 i; L_RECOG *recog; PROCNAME("recogaWriteStream"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!recoga) return ERROR_INT("recoga not defined", procName, 1); fprintf(fp, "\nRecog Version %d\n", RECOG_VERSION_NUMBER); fprintf(fp, "Number of recognizers = %d\n\n", recoga->n); for (i = 0; i < recoga->n; i++) { fprintf(fp, "==============================\n"); fprintf(fp, "Recognizer %d\n", i); recog = recogaGetRecog(recoga, i); recogWriteStream(fp, recog, filename); fprintf(fp, "\n"); } return 0; } /*! * recogaWritePixaa() * * Input: filename * recoga * Return: 0 if OK, 1 on error * * Notes: * (1) For each recognizer, this generates a pixa of all the * unscaled images. They are combined into a pixaa for * the set of recognizers. Each pix has has its character * string in the pix text field. * (2) As a side-effect, the character class label is written * into each pix in recog. */ l_int32 recogaWritePixaa(const char *filename, L_RECOGA *recoga) { l_int32 i; PIXA *pixa; PIXAA *paa; L_RECOG *recog; PROCNAME("recogaWritePixaa"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!recoga) return ERROR_INT("recoga not defined", procName, 1); paa = pixaaCreate(recoga->n); for (i = 0; i < recoga->n; i++) { recog = recogaGetRecog(recoga, i); recogAddCharstrLabels(recog); pixa = pixaaFlattenToPixa(recog->pixaa_u, NULL, L_CLONE); pixaaAddPixa(paa, pixa, L_INSERT); } pixaaWrite(filename, paa); pixaaDestroy(&paa); return 0; } /*! * recogRead() * * Input: filename * Return: recog, or null on error * * Notes: * (1) Serialization can be applied to any recognizer, including * one with more than one "font". That is, it can have * multiple character classes with the same character set * description, where each of those classes contains characters * that are very similar in size and shape. Each pixa in * the serialized pixaa contains images for a single character * class. */ L_RECOG * recogRead(const char *filename) { FILE *fp; L_RECOG *recog; PROCNAME("recogRead"); if (!filename) return (L_RECOG *)ERROR_PTR("filename not defined", procName, NULL); if ((fp = fopenReadStream(filename)) == NULL) return (L_RECOG *)ERROR_PTR("stream not opened", procName, NULL); if ((recog = recogReadStream(fp)) == NULL) { fclose(fp); return (L_RECOG *)ERROR_PTR("recog not read", procName, NULL); } fclose(fp); return recog; } /*! * recogReadStream() * * Input: stream * Return: recog, or null on error */ L_RECOG * recogReadStream(FILE *fp) { char fname[256]; l_int32 version, setsize, templ_type, threshold, scalew, scaleh; l_int32 maxyshift, nc; L_DNA *dna_tochar; PIXAA *paa; L_RECOG *recog; SARRAY *sa_text; PROCNAME("recogReadStream"); if (!fp) return (L_RECOG *)ERROR_PTR("stream not defined", procName, NULL); if (fscanf(fp, "\nRecog Version %d\n", &version) != 1) return (L_RECOG *)ERROR_PTR("not a recog file", procName, NULL); if (version != RECOG_VERSION_NUMBER) return (L_RECOG *)ERROR_PTR("invalid recog version", procName, NULL); if (fscanf(fp, "Size of character set = %d\n", &setsize) != 1) return (L_RECOG *)ERROR_PTR("setsize not read", procName, NULL); if (fscanf(fp, "Template type = %d\n", &templ_type) != 1) return (L_RECOG *)ERROR_PTR("template type not read", procName, NULL); if (fscanf(fp, "Binarization threshold = %d\n", &threshold) != 1) return (L_RECOG *)ERROR_PTR("binary thresh not read", procName, NULL); if (fscanf(fp, "Maxyshift = %d\n", &maxyshift) != 1) return (L_RECOG *)ERROR_PTR("maxyshift not read", procName, NULL); if (fscanf(fp, "Scale to width = %d\n", &scalew) != 1) return (L_RECOG *)ERROR_PTR("width not read", procName, NULL); if (fscanf(fp, "Scale to height = %d\n", &scaleh) != 1) return (L_RECOG *)ERROR_PTR("height not read", procName, NULL); if ((recog = recogCreate(scalew, scaleh, templ_type, threshold, maxyshift, NULL)) == NULL) return (L_RECOG *)ERROR_PTR("recog not made", procName, NULL); if (fscanf(fp, "Serialized filename: %s\n", fname) != 1) return (L_RECOG *)ERROR_PTR("filename not read", procName, NULL); if (fscanf(fp, "\nLabels for character set:\n") != 0) return (L_RECOG *)ERROR_PTR("label intro not read", procName, NULL); l_dnaDestroy(&recog->dna_tochar); sarrayDestroy(&recog->sa_text); if ((dna_tochar = l_dnaReadStream(fp)) == NULL) return (L_RECOG *)ERROR_PTR("dna_tochar not read", procName, NULL); if ((sa_text = sarrayReadStream(fp)) == NULL) return (L_RECOG *)ERROR_PTR("sa_text not read", procName, NULL); recog->sa_text = sa_text; recog->dna_tochar = dna_tochar; if (fscanf(fp, "\nPixaa of all samples in the training set:\n") != 0) return (L_RECOG *)ERROR_PTR("pixaa intro not read", procName, NULL); if ((paa = pixaaReadStream(fp)) == NULL) return (L_RECOG *)ERROR_PTR("pixaa not read", procName, NULL); recog->fname = stringNew(fname); recog->setsize = setsize; nc = pixaaGetCount(paa, NULL); if (nc != setsize) { L_ERROR("(setsize = %d) != (paa count = %d)\n", procName, setsize, nc); return NULL; } recogAddAllSamples(recog, paa, 0); /* this finishes */ pixaaDestroy(&paa); return recog; } /*! * recogWrite() * * Input: filename * recog * Return: 0 if OK, 1 on error */ l_int32 recogWrite(const char *filename, L_RECOG *recog) { FILE *fp; PROCNAME("recogWrite"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!recog) return ERROR_INT("recog not defined", procName, 1); if ((fp = fopenWriteStream(filename, "wb")) == NULL) return ERROR_INT("stream not opened", procName, 1); if (recogWriteStream(fp, recog, filename)) return ERROR_INT("recog not written to stream", procName, 1); fclose(fp); return 0; } /*! * recogWriteStream() * * Input: stream (opened for "wb") * recog * filename (output serialized filename; embedded in file) * Return: 0 if OK, 1 on error */ l_int32 recogWriteStream(FILE *fp, L_RECOG *recog, const char *filename) { PROCNAME("recogWriteStream"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!recog) return ERROR_INT("recog not defined", procName, 1); if (!filename) return ERROR_INT("filename not defined", procName, 1); fprintf(fp, "\nRecog Version %d\n", RECOG_VERSION_NUMBER); fprintf(fp, "Size of character set = %d\n", recog->setsize); fprintf(fp, "Template type = %d\n", recog->templ_type); fprintf(fp, "Binarization threshold = %d\n", recog->threshold); fprintf(fp, "Maxyshift = %d\n", recog->maxyshift); fprintf(fp, "Scale to width = %d\n", recog->scalew); fprintf(fp, "Scale to height = %d\n", recog->scaleh); fprintf(fp, "Serialized filename: %s\n", filename); fprintf(fp, "\nLabels for character set:\n"); l_dnaWriteStream(fp, recog->dna_tochar); sarrayWriteStream(fp, recog->sa_text); fprintf(fp, "\nPixaa of all samples in the training set:\n"); pixaaWriteStream(fp, recog->pixaa); return 0; } /*! * recogWritePixa() * * Input: filename * recog * Return: 0 if OK, 1 on error * * Notes: * (1) This generates a pixa of all the unscaled images in the * recognizer, where each one has its character string in * the pix text field, by flattening pixaa_u to a pixa. * (2) As a side-effect, the character class label is written * into each pix in recog. */ l_int32 recogWritePixa(const char *filename, L_RECOG *recog) { PIXA *pixa; PROCNAME("recogWritePixa"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!recog) return ERROR_INT("recog not defined", procName, 1); recogAddCharstrLabels(recog); pixa = pixaaFlattenToPixa(recog->pixaa_u, NULL, L_CLONE); pixaWrite(filename, pixa); pixaDestroy(&pixa); return 0; } /*! * recogAddCharstrLabels() * * Input: filename * recog * Return: 0 if OK, 1 on error */ static l_int32 recogAddCharstrLabels(L_RECOG *recog) { char *text; l_int32 i, j, n1, n2; PIX *pix; PIXA *pixa; PIXAA *paa; PROCNAME("recogAddCharstrLabels"); if (!recog) return ERROR_INT("recog not defined", procName, 1); /* Add the labels to each unscaled pix */ paa = recog->pixaa_u; n1 = pixaaGetCount(paa, NULL); for (i = 0; i < n1; i++) { pixa = pixaaGetPixa(paa, i, L_CLONE); text = sarrayGetString(recog->sa_text, i, L_NOCOPY); n2 = pixaGetCount(pixa); for (j = 0; j < n2; j++) { pix = pixaGetPix(pixa, j, L_CLONE); pixSetText(pix, text); pixDestroy(&pix); } pixaDestroy(&pixa); } return 0; } /*! * recogAddAllSamples() * * Input: recog * paa (pixaa from previously trained recog) * debug * Return: 0 if OK, 1 on error * * Notes: * (1) This is used with the serialization routine recogRead(), * where each pixa in the pixaa represents a set of characters * in a different class. Two different pixa may represent * characters with the same label. Before calling this * function, we verify that the number of character classes, * given by the setsize field in recog, equals the number of * pixa in the paa. The character labels for each set are * in the sa_text field. */ static l_int32 recogAddAllSamples(L_RECOG *recog, PIXAA *paa, l_int32 debug) { char *text; l_int32 i, j, nc, ns; PIX *pix; PIXA *pixa; PROCNAME("recogAddAllSamples"); if (!recog) return ERROR_INT("recog not defined", procName, 1); if (!paa) return ERROR_INT("paa not defined", procName, 1); nc = pixaaGetCount(paa, NULL); for (i = 0; i < nc; i++) { pixa = pixaaGetPixa(paa, i, L_CLONE); ns = pixaGetCount(pixa); text = sarrayGetString(recog->sa_text, i, L_NOCOPY); for (j = 0; j < ns; j++) { pix = pixaGetPix(pixa, j, L_CLONE); if (debug) { fprintf(stderr, "pix[%d,%d]: text = %s\n", i, j, text); } pixaaAddPix(recog->pixaa_u, i, pix, NULL, L_INSERT); } pixaDestroy(&pixa); } recogTrainingFinished(recog, debug); return 0; } leptonica-1.70/src/binreduce.c0000644000175000017500000003147312244216131014404 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * binreduce.c * * Subsampled 2x reduction * PIX *pixReduceBinary2() * * Rank filtered 2x reductions * PIX *pixReduceRankBinaryCascade() * PIX *pixReduceRankBinary2() * * Permutation table for 2x rank binary reduction * l_uint8 *makeSubsampleTab2x(void) */ #include #include "allheaders.h" /*------------------------------------------------------------------* * Subsampled reduction * *------------------------------------------------------------------*/ /*! * pixReduceBinary2() * * Input: pixs * tab (; if null, a table is made here * and destroyed before exit) * Return: pixd (2x subsampled), or null on error * * Notes: * (1) After folding, the data is in bytes 0 and 2 of the word, * and the bits in each byte are in the following order * (with 0 being the leftmost originating pair and 7 being * the rightmost originating pair): * 0 4 1 5 2 6 3 7 * These need to be permuted to * 0 1 2 3 4 5 6 7 * which is done with an 8-bit table generated by makeSubsampleTab2x(). */ PIX * pixReduceBinary2(PIX *pixs, l_uint8 *intab) { l_uint8 byte0, byte1; l_uint8 *tab; l_uint16 shortd; l_int32 i, id, j, ws, hs, wpls, wpld, wplsi; l_uint32 word; l_uint32 *datas, *datad, *lines, *lined; PIX *pixd; PROCNAME("pixReduceBinary2"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not binary", procName, NULL); if (intab) { /* use input table */ tab = intab; } else { if ((tab = makeSubsampleTab2x()) == NULL) return (PIX *)ERROR_PTR("tab not made", procName, NULL); } ws = pixGetWidth(pixs); hs = pixGetHeight(pixs); if (hs <= 1) return (PIX *)ERROR_PTR("hs must be at least 2", procName, NULL); wpls = pixGetWpl(pixs); datas = pixGetData(pixs); if ((pixd = pixCreate(ws / 2, hs / 2, 1)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixScaleResolution(pixd, 0.5, 0.5); wpld = pixGetWpl(pixd); datad = pixGetData(pixd); /* e.g., if ws = 65: wd = 32, wpls = 3, wpld = 1 --> trouble */ wplsi = L_MIN(wpls, 2 * wpld); /* iterate over this number of words */ for (i = 0, id = 0; i < hs - 1; i += 2, id++) { lines = datas + i * wpls; lined = datad + id * wpld; for (j = 0; j < wplsi; j++) { word = *(lines + j); word = word & 0xaaaaaaaa; /* mask */ word = word | (word << 7); /* fold; data in bytes 0 & 2 */ byte0 = word >> 24; byte1 = (word >> 8) & 0xff; shortd = (tab[byte0] << 8) | tab[byte1]; SET_DATA_TWO_BYTES(lined, j, shortd); } } if (intab == NULL) FREE(tab); return pixd; } /*------------------------------------------------------------------* * Rank filtered binary reductions * *------------------------------------------------------------------*/ /*! * pixReduceRankBinaryCascade() * * Input: pixs (1 bpp) * level1, ... level 4 (thresholds, in the set {0, 1, 2, 3, 4}) * Return: pixd, or null on error * * Notes: * (1) This performs up to four cascaded 2x rank reductions. * (2) Use level = 0 to truncate the cascade. */ PIX * pixReduceRankBinaryCascade(PIX *pixs, l_int32 level1, l_int32 level2, l_int32 level3, l_int32 level4) { PIX *pix1, *pix2, *pix3, *pix4; l_uint8 *tab; PROCNAME("pixReduceRankBinaryCascade"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs must be binary", procName, NULL); if (level1 > 4 || level2 > 4 || level3 > 4 || level4 > 4) return (PIX *)ERROR_PTR("levels must not exceed 4", procName, NULL); if (level1 <= 0) { L_WARNING("no reduction because level1 not > 0\n", procName); return pixCopy(NULL, pixs); } if ((tab = makeSubsampleTab2x()) == NULL) return (PIX *)ERROR_PTR("tab not made", procName, NULL); pix1 = pixReduceRankBinary2(pixs, level1, tab); if (level2 <= 0) { FREE(tab); return pix1; } pix2 = pixReduceRankBinary2(pix1, level2, tab); pixDestroy(&pix1); if (level3 <= 0) { FREE(tab); return pix2; } pix3 = pixReduceRankBinary2(pix2, level3, tab); pixDestroy(&pix2); if (level4 <= 0) { FREE(tab); return pix3; } pix4 = pixReduceRankBinary2(pix3, level4, tab); pixDestroy(&pix3); FREE(tab); return pix4; } /*! * pixReduceRankBinary2() * * Input: pixs (1 bpp) * level (rank threshold: 1, 2, 3, 4) * intab (; if null, a table is made here * and destroyed before exit) * Return: pixd (1 bpp, 2x rank threshold reduced), or null on error * * Notes: * (1) pixd is downscaled by 2x from pixs. * (2) The rank threshold specifies the minimum number of ON * pixels in each 2x2 region of pixs that are required to * set the corresponding pixel ON in pixd. * (3) Rank filtering is done to the UL corner of each 2x2 pixel block, * using only logical operations. Then these pixels are chosen * in the 2x subsampling process, subsampled, as described * above in pixReduceBinary2(). */ PIX * pixReduceRankBinary2(PIX *pixs, l_int32 level, l_uint8 *intab) { l_uint8 byte0, byte1; l_uint8 *tab; l_uint16 shortd; l_int32 i, id, j, ws, hs, wpls, wpld, wplsi; l_uint32 word1, word2, word3, word4; l_uint32 *datas, *datad, *lines, *lined; PIX *pixd; PROCNAME("pixReduceRankBinary2"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not binary", procName, NULL); if (level < 1 || level > 4) return (PIX *)ERROR_PTR("level must be in set {1,2,3,4}", procName, NULL); if (intab) { /* use input table */ tab = intab; } else { if ((tab = makeSubsampleTab2x()) == NULL) return (PIX *)ERROR_PTR("tab not made", procName, NULL); } ws = pixGetWidth(pixs); hs = pixGetHeight(pixs); if (hs <= 1) return (PIX *)ERROR_PTR("hs must be at least 2", procName, NULL); wpls = pixGetWpl(pixs); datas = pixGetData(pixs); if ((pixd = pixCreate(ws / 2, hs / 2, 1)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixScaleResolution(pixd, 0.5, 0.5); wpld = pixGetWpl(pixd); datad = pixGetData(pixd); /* e.g., if ws = 65: wd = 32, wpls = 3, wpld = 1 --> trouble */ wplsi = L_MIN(wpls, 2 * wpld); /* iterate over this number of words */ switch (level) { case 1: for (i = 0, id = 0; i < hs - 1; i += 2, id++) { lines = datas + i * wpls; lined = datad + id * wpld; for (j = 0; j < wplsi; j++) { word1 = *(lines + j); word2 = *(lines + wpls + j); /* OR/OR */ word2 = word1 | word2; word2 = word2 | (word2 << 1); word2 = word2 & 0xaaaaaaaa; /* mask */ word1 = word2 | (word2 << 7); /* fold; data in bytes 0 & 2 */ byte0 = word1 >> 24; byte1 = (word1 >> 8) & 0xff; shortd = (tab[byte0] << 8) | tab[byte1]; SET_DATA_TWO_BYTES(lined, j, shortd); } } break; case 2: for (i = 0, id = 0; i < hs - 1; i += 2, id++) { lines = datas + i * wpls; lined = datad + id * wpld; for (j = 0; j < wplsi; j++) { word1 = *(lines + j); word2 = *(lines + wpls + j); /* (AND/OR) OR (OR/AND) */ word3 = word1 & word2; word3 = word3 | (word3 << 1); word4 = word1 | word2; word4 = word4 & (word4 << 1); word2 = word3 | word4; word2 = word2 & 0xaaaaaaaa; /* mask */ word1 = word2 | (word2 << 7); /* fold; data in bytes 0 & 2 */ byte0 = word1 >> 24; byte1 = (word1 >> 8) & 0xff; shortd = (tab[byte0] << 8) | tab[byte1]; SET_DATA_TWO_BYTES(lined, j, shortd); } } break; case 3: for (i = 0, id = 0; i < hs - 1; i += 2, id++) { lines = datas + i * wpls; lined = datad + id * wpld; for (j = 0; j < wplsi; j++) { word1 = *(lines + j); word2 = *(lines + wpls + j); /* (AND/OR) AND (OR/AND) */ word3 = word1 & word2; word3 = word3 | (word3 << 1); word4 = word1 | word2; word4 = word4 & (word4 << 1); word2 = word3 & word4; word2 = word2 & 0xaaaaaaaa; /* mask */ word1 = word2 | (word2 << 7); /* fold; data in bytes 0 & 2 */ byte0 = word1 >> 24; byte1 = (word1 >> 8) & 0xff; shortd = (tab[byte0] << 8) | tab[byte1]; SET_DATA_TWO_BYTES(lined, j, shortd); } } break; case 4: for (i = 0, id = 0; i < hs - 1; i += 2, id++) { lines = datas + i * wpls; lined = datad + id * wpld; for (j = 0; j < wplsi; j++) { word1 = *(lines + j); word2 = *(lines + wpls + j); /* AND/AND */ word2 = word1 & word2; word2 = word2 & (word2 << 1); word2 = word2 & 0xaaaaaaaa; /* mask */ word1 = word2 | (word2 << 7); /* fold; data in bytes 0 & 2 */ byte0 = word1 >> 24; byte1 = (word1 >> 8) & 0xff; shortd = (tab[byte0] << 8) | tab[byte1]; SET_DATA_TWO_BYTES(lined, j, shortd); } } break; } if (!intab) FREE(tab); return pixd; } /*! * makeSubsampleTab2x() * * This table permutes the bits in a byte, from * 0 4 1 5 2 6 3 7 * to * 0 1 2 3 4 5 6 7 */ l_uint8 * makeSubsampleTab2x(void) { l_uint8 *tab; l_int32 i; PROCNAME("makeSubsampleTab2x"); if ((tab = (l_uint8 *) CALLOC(256, sizeof(l_uint8))) == NULL) return (l_uint8 *)ERROR_PTR("tab not made", procName, NULL); for (i = 0; i < 256; i++) tab[i] = ((i & 0x01) ) | /* 7 */ ((i & 0x04) >> 1) | /* 6 */ ((i & 0x10) >> 2) | /* 5 */ ((i & 0x40) >> 3) | /* 4 */ ((i & 0x02) << 3) | /* 3 */ ((i & 0x08) << 2) | /* 2 */ ((i & 0x20) << 1) | /* 1 */ ((i & 0x80) ); /* 0 */ return tab; } leptonica-1.70/src/ptafunc1.c0000644000175000017500000021002212244227647014170 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * ptafunc1.c * * Pta and Ptaa rearrangements * PTA *ptaSubsample() * l_int32 ptaJoin() * l_int32 ptaaJoin() * PTA *ptaReverse() * PTA *ptaTranspose() * PTA *ptaCyclicPerm() * PTA *ptaSort() * l_int32 ptaGetSortIndex() * PTA *ptaSortByIndex() * PTA *ptaRemoveDuplicates() * PTAA *ptaaSortByIndex() * * Geometric * BOX *ptaGetBoundingRegion() * l_int32 *ptaGetRange() * PTA *ptaGetInsideBox() * PTA *pixFindCornerPixels() * l_int32 ptaContainsPt() * l_int32 ptaTestIntersection() * PTA *ptaTransform() * l_int32 ptaPtInsidePolygon() * l_float32 l_angleBetweenVectors() * * Least Squares Fit * l_int32 ptaGetLinearLSF() * l_int32 ptaGetQuadraticLSF() * l_int32 ptaGetCubicLSF() * l_int32 ptaGetQuarticLSF() * l_int32 ptaNoisyLinearLSF() * l_int32 ptaNoisyQuadraticLSF() * l_int32 applyLinearFit() * l_int32 applyQuadraticFit() * l_int32 applyCubicFit() * l_int32 applyQuarticFit() * * Interconversions with Pix * l_int32 pixPlotAlongPta() * PTA *ptaGetPixelsFromPix() * PIX *pixGenerateFromPta() * PTA *ptaGetBoundaryPixels() * PTAA *ptaaGetBoundaryPixels() * * Display Pta and Ptaa * PIX *pixDisplayPta() * PIX *pixDisplayPtaaPattern() * PIX *pixDisplayPtaPattern() * PTA *ptaReplicatePattern() * PIX *pixDisplayPtaa() */ #include #include "allheaders.h" #ifndef M_PI #define M_PI 3.14159265358979323846 #endif /* M_PI */ /* Default spreading factor for hashing pts in a plane */ static const l_int32 DEFAULT_SPREADING_FACTOR = 7500; /*---------------------------------------------------------------------* * Pta rearrangements * *---------------------------------------------------------------------*/ /*! * ptaSubsample() * * Input: ptas * subfactor (subsample factor, >= 1) * Return: ptad (evenly sampled pt values from ptas, or null on error */ PTA * ptaSubsample(PTA *ptas, l_int32 subfactor) { l_int32 n, i; l_float32 x, y; PTA *ptad; PROCNAME("pixSubsample"); if (!ptas) return (PTA *)ERROR_PTR("ptas not defined", procName, NULL); if (subfactor < 1) return (PTA *)ERROR_PTR("subfactor < 1", procName, NULL); ptad = ptaCreate(0); n = ptaGetCount(ptas); for (i = 0; i < n; i++) { if (i % subfactor != 0) continue; ptaGetPt(ptas, i, &x, &y); ptaAddPt(ptad, x, y); } return ptad; } /*! * ptaJoin() * * Input: ptad (dest pta; add to this one) * ptas (source pta; add from this one) * istart (starting index in ptas) * iend (ending index in ptas; use -1 to cat all) * Return: 0 if OK, 1 on error * * Notes: * (1) istart < 0 is taken to mean 'read from the start' (istart = 0) * (2) iend < 0 means 'read to the end' * (3) if ptas == NULL, this is a no-op */ l_int32 ptaJoin(PTA *ptad, PTA *ptas, l_int32 istart, l_int32 iend) { l_int32 n, i, x, y; PROCNAME("ptaJoin"); if (!ptad) return ERROR_INT("ptad not defined", procName, 1); if (!ptas) return 0; if (istart < 0) istart = 0; n = ptaGetCount(ptas); if (iend < 0 || iend >= n) iend = n - 1; if (istart > iend) return ERROR_INT("istart > iend; no pts", procName, 1); for (i = istart; i <= iend; i++) { ptaGetIPt(ptas, i, &x, &y); ptaAddPt(ptad, x, y); } return 0; } /*! * ptaaJoin() * * Input: ptaad (dest ptaa; add to this one) * ptaas (source ptaa; add from this one) * istart (starting index in ptaas) * iend (ending index in ptaas; use -1 to cat all) * Return: 0 if OK, 1 on error * * Notes: * (1) istart < 0 is taken to mean 'read from the start' (istart = 0) * (2) iend < 0 means 'read to the end' * (3) if ptas == NULL, this is a no-op */ l_int32 ptaaJoin(PTAA *ptaad, PTAA *ptaas, l_int32 istart, l_int32 iend) { l_int32 n, i; PTA *pta; PROCNAME("ptaaJoin"); if (!ptaad) return ERROR_INT("ptaad not defined", procName, 1); if (!ptaas) return 0; if (istart < 0) istart = 0; n = ptaaGetCount(ptaas); if (iend < 0 || iend >= n) iend = n - 1; if (istart > iend) return ERROR_INT("istart > iend; no pts", procName, 1); for (i = istart; i <= iend; i++) { pta = ptaaGetPta(ptaas, i, L_CLONE); ptaaAddPta(ptaad, pta, L_INSERT); } return 0; } /*! * ptaReverse() * * Input: ptas * type (0 for float values; 1 for integer values) * Return: ptad (reversed pta), or null on error */ PTA * ptaReverse(PTA *ptas, l_int32 type) { l_int32 n, i, ix, iy; l_float32 x, y; PTA *ptad; PROCNAME("ptaReverse"); if (!ptas) return (PTA *)ERROR_PTR("ptas not defined", procName, NULL); n = ptaGetCount(ptas); if ((ptad = ptaCreate(n)) == NULL) return (PTA *)ERROR_PTR("ptad not made", procName, NULL); for (i = n - 1; i >= 0; i--) { if (type == 0) { ptaGetPt(ptas, i, &x, &y); ptaAddPt(ptad, x, y); } else { /* type == 1 */ ptaGetIPt(ptas, i, &ix, &iy); ptaAddPt(ptad, ix, iy); } } return ptad; } /*! * ptaTranspose() * * Input: ptas * Return: ptad (with x and y values swapped), or null on error */ PTA * ptaTranspose(PTA *ptas) { l_int32 n, i; l_float32 x, y; PTA *ptad; PROCNAME("ptaTranspose"); if (!ptas) return (PTA *)ERROR_PTR("ptas not defined", procName, NULL); n = ptaGetCount(ptas); if ((ptad = ptaCreate(n)) == NULL) return (PTA *)ERROR_PTR("ptad not made", procName, NULL); for (i = 0; i < n; i++) { ptaGetPt(ptas, i, &x, &y); ptaAddPt(ptad, y, x); } return ptad; } /*! * ptaCyclicPerm() * * Input: ptas * xs, ys (start point; must be in ptas) * Return: ptad (cyclic permutation, starting and ending at (xs, ys), * or null on error * * Notes: * (1) Check to insure that (a) ptas is a closed path where * the first and last points are identical, and (b) the * resulting pta also starts and ends on the same point * (which in this case is (xs, ys). */ PTA * ptaCyclicPerm(PTA *ptas, l_int32 xs, l_int32 ys) { l_int32 n, i, x, y, j, index, state; l_int32 x1, y1, x2, y2; PTA *ptad; PROCNAME("ptaCyclicPerm"); if (!ptas) return (PTA *)ERROR_PTR("ptas not defined", procName, NULL); n = ptaGetCount(ptas); /* Verify input data */ ptaGetIPt(ptas, 0, &x1, &y1); ptaGetIPt(ptas, n - 1, &x2, &y2); if (x1 != x2 || y1 != y2) return (PTA *)ERROR_PTR("start and end pts not same", procName, NULL); state = L_NOT_FOUND; for (i = 0; i < n; i++) { ptaGetIPt(ptas, i, &x, &y); if (x == xs && y == ys) { state = L_FOUND; break; } } if (state == L_NOT_FOUND) return (PTA *)ERROR_PTR("start pt not in ptas", procName, NULL); if ((ptad = ptaCreate(n)) == NULL) return (PTA *)ERROR_PTR("ptad not made", procName, NULL); for (j = 0; j < n - 1; j++) { if (i + j < n - 1) index = i + j; else index = (i + j + 1) % n; ptaGetIPt(ptas, index, &x, &y); ptaAddPt(ptad, x, y); } ptaAddPt(ptad, xs, ys); return ptad; } /*! * ptaSort() * * Input: ptas * sorttype (L_SORT_BY_X, L_SORT_BY_Y) * sortorder (L_SORT_INCREASING, L_SORT_DECREASING) * &naindex ( index of sorted order into * original array) * Return: ptad (sorted version of ptas), or null on error */ PTA * ptaSort(PTA *ptas, l_int32 sorttype, l_int32 sortorder, NUMA **pnaindex) { PTA *ptad; NUMA *naindex; PROCNAME("ptaSort"); if (pnaindex) *pnaindex = NULL; if (!ptas) return (PTA *)ERROR_PTR("ptas not defined", procName, NULL); if (sorttype != L_SORT_BY_X && sorttype != L_SORT_BY_Y) return (PTA *)ERROR_PTR("invalid sort type", procName, NULL); if (sortorder != L_SORT_INCREASING && sortorder != L_SORT_DECREASING) return (PTA *)ERROR_PTR("invalid sort order", procName, NULL); if (ptaGetSortIndex(ptas, sorttype, sortorder, &naindex) != 0) return (PTA *)ERROR_PTR("naindex not made", procName, NULL); ptad = ptaSortByIndex(ptas, naindex); if (pnaindex) *pnaindex = naindex; else numaDestroy(&naindex); if (!ptad) return (PTA *)ERROR_PTR("ptad not made", procName, NULL); return ptad; } /*! * ptaGetSortIndex() * * Input: ptas * sorttype (L_SORT_BY_X, L_SORT_BY_Y) * sortorder (L_SORT_INCREASING, L_SORT_DECREASING) * &naindex ( index of sorted order into * original array) * Return: 0 if OK, 1 on error */ l_int32 ptaGetSortIndex(PTA *ptas, l_int32 sorttype, l_int32 sortorder, NUMA **pnaindex) { l_int32 i, n; l_float32 x, y; NUMA *na; PROCNAME("ptaGetSortIndex"); if (!pnaindex) return ERROR_INT("&naindex not defined", procName, 1); *pnaindex = NULL; if (!ptas) return ERROR_INT("ptas not defined", procName, 1); if (sorttype != L_SORT_BY_X && sorttype != L_SORT_BY_Y) return ERROR_INT("invalid sort type", procName, 1); if (sortorder != L_SORT_INCREASING && sortorder != L_SORT_DECREASING) return ERROR_INT("invalid sort order", procName, 1); /* Build up numa of specific data */ n = ptaGetCount(ptas); if ((na = numaCreate(n)) == NULL) return ERROR_INT("na not made", procName, 1); for (i = 0; i < n; i++) { ptaGetPt(ptas, i, &x, &y); if (sorttype == L_SORT_BY_X) numaAddNumber(na, x); else numaAddNumber(na, y); } /* Get the sort index for data array */ *pnaindex = numaGetSortIndex(na, sortorder); numaDestroy(&na); if (!*pnaindex) return ERROR_INT("naindex not made", procName, 1); return 0; } /*! * ptaSortByIndex() * * Input: ptas * naindex (na that maps from the new pta to the input pta) * Return: ptad (sorted), or null on error */ PTA * ptaSortByIndex(PTA *ptas, NUMA *naindex) { l_int32 i, index, n; l_float32 x, y; PTA *ptad; PROCNAME("ptaSortByIndex"); if (!ptas) return (PTA *)ERROR_PTR("ptas not defined", procName, NULL); if (!naindex) return (PTA *)ERROR_PTR("naindex not defined", procName, NULL); /* Build up sorted pta using sort index */ n = numaGetCount(naindex); if ((ptad = ptaCreate(n)) == NULL) return (PTA *)ERROR_PTR("ptad not made", procName, NULL); for (i = 0; i < n; i++) { numaGetIValue(naindex, i, &index); ptaGetPt(ptas, index, &x, &y); ptaAddPt(ptad, x, y); } return ptad; } /*! * ptaRemoveDuplicates() * * Input: ptas (assumed to be integer values) * factor (should be larger than the largest point value; * use 0 for default) * Return: ptad (with duplicates removed), or null on error */ PTA * ptaRemoveDuplicates(PTA *ptas, l_uint32 factor) { l_int32 nsize, i, j, k, index, n, nvals; l_int32 x, y, xk, yk; l_int32 *ia; PTA *ptad; NUMA *na; NUMAHASH *nahash; PROCNAME("ptaRemoveDuplicates"); if (!ptas) return (PTA *)ERROR_PTR("ptas not defined", procName, NULL); if (factor == 0) factor = DEFAULT_SPREADING_FACTOR; /* Build up numaHash of indices, hashed by a key that is * a large linear combination of x and y values designed to * randomize the key. */ nsize = 5507; /* buckets in hash table; prime */ nahash = numaHashCreate(nsize, 2); n = ptaGetCount(ptas); for (i = 0; i < n; i++) { ptaGetIPt(ptas, i, &x, &y); numaHashAdd(nahash, factor * x + y, (l_float32)i); } if ((ptad = ptaCreate(n)) == NULL) return (PTA *)ERROR_PTR("ptad not made", procName, NULL); for (i = 0; i < nsize; i++) { na = numaHashGetNuma(nahash, i); if (!na) continue; nvals = numaGetCount(na); /* If more than 1 pt, compare exhaustively with double loop; * otherwise, just enter it. */ if (nvals > 1) { if ((ia = (l_int32 *)CALLOC(nvals, sizeof(l_int32))) == NULL) return (PTA *)ERROR_PTR("ia not made", procName, NULL); for (j = 0; j < nvals; j++) { if (ia[j] == 1) continue; numaGetIValue(na, j, &index); ptaGetIPt(ptas, index, &x, &y); ptaAddPt(ptad, x, y); for (k = j + 1; k < nvals; k++) { if (ia[k] == 1) continue; numaGetIValue(na, k, &index); ptaGetIPt(ptas, index, &xk, &yk); if (x == xk && y == yk) /* duplicate */ ia[k] = 1; } } FREE(ia); } else { numaGetIValue(na, 0, &index); ptaGetIPt(ptas, index, &x, &y); ptaAddPt(ptad, x, y); } numaDestroy(&na); /* the clone */ } numaHashDestroy(&nahash); return ptad; } /*! * ptaaSortByIndex() * * Input: ptaas * naindex (na that maps from the new ptaa to the input ptaa) * Return: ptaad (sorted), or null on error */ PTAA * ptaaSortByIndex(PTAA *ptaas, NUMA *naindex) { l_int32 i, n, index; PTA *pta; PTAA *ptaad; PROCNAME("ptaaSortByIndex"); if (!ptaas) return (PTAA *)ERROR_PTR("ptaas not defined", procName, NULL); if (!naindex) return (PTAA *)ERROR_PTR("naindex not defined", procName, NULL); n = ptaaGetCount(ptaas); if (numaGetCount(naindex) != n) return (PTAA *)ERROR_PTR("numa and ptaa sizes differ", procName, NULL); ptaad = ptaaCreate(n); for (i = 0; i < n; i++) { numaGetIValue(naindex, i, &index); pta = ptaaGetPta(ptaas, index, L_COPY); ptaaAddPta(ptaad, pta, L_INSERT); } return ptaad; } /*---------------------------------------------------------------------* * Geometric * *---------------------------------------------------------------------*/ /*! * ptaGetBoundingRegion() * * Input: pta * Return: box, or null on error * * Notes: * (1) This is used when the pta represents a set of points in * a two-dimensional image. It returns the box of minimum * size containing the pts in the pta. */ BOX * ptaGetBoundingRegion(PTA *pta) { l_int32 n, i, x, y, minx, maxx, miny, maxy; PROCNAME("ptaGetBoundingRegion"); if (!pta) return (BOX *)ERROR_PTR("pta not defined", procName, NULL); minx = 10000000; miny = 10000000; maxx = -10000000; maxy = -10000000; n = ptaGetCount(pta); for (i = 0; i < n; i++) { ptaGetIPt(pta, i, &x, &y); if (x < minx) minx = x; if (x > maxx) maxx = x; if (y < miny) miny = y; if (y > maxy) maxy = y; } return boxCreate(minx, miny, maxx - minx + 1, maxy - miny + 1); } /*! * ptaGetRange() * * Input: pta * &minx ( min value of x) * &maxx ( max value of x) * &miny ( min value of y) * &maxy ( max value of y) * Return: 0 if OK, 1 on error * * Notes: * (1) We can use pts to represent pairs of floating values, that * are not necessarily tied to a two-dimension region. For * example, the pts can represent a general function y(x). */ l_int32 ptaGetRange(PTA *pta, l_float32 *pminx, l_float32 *pmaxx, l_float32 *pminy, l_float32 *pmaxy) { l_int32 n, i; l_float32 x, y, minx, maxx, miny, maxy; PROCNAME("ptaGetRange"); if (!pminx && !pmaxx && !pminy && !pmaxy) return ERROR_INT("no output requested", procName, 1); if (pminx) *pminx = 0; if (pmaxx) *pmaxx = 0; if (pminy) *pminy = 0; if (pmaxy) *pmaxy = 0; if (!pta) return ERROR_INT("pta not defined", procName, 1); if ((n = ptaGetCount(pta)) == 0) return ERROR_INT("no points in pta", procName, 1); ptaGetPt(pta, 0, &x, &y); minx = x; maxx = x; miny = y; maxy = y; for (i = 1; i < n; i++) { ptaGetPt(pta, i, &x, &y); if (x < minx) minx = x; if (x > maxx) maxx = x; if (y < miny) miny = y; if (y > maxy) maxy = y; } if (pminx) *pminx = minx; if (pmaxx) *pmaxx = maxx; if (pminy) *pminy = miny; if (pmaxy) *pmaxy = maxy; return 0; } /*! * ptaGetInsideBox() * * Input: ptas (input pts) * box * Return: ptad (of pts in ptas that are inside the box), or null on error */ PTA * ptaGetInsideBox(PTA *ptas, BOX *box) { PTA *ptad; l_int32 n, i, contains; l_float32 x, y; PROCNAME("ptaGetInsideBox"); if (!ptas) return (PTA *)ERROR_PTR("ptas not defined", procName, NULL); if (!box) return (PTA *)ERROR_PTR("box not defined", procName, NULL); n = ptaGetCount(ptas); ptad = ptaCreate(0); for (i = 0; i < n; i++) { ptaGetPt(ptas, i, &x, &y); boxContainsPt(box, x, y, &contains); if (contains) ptaAddPt(ptad, x, y); } return ptad; } /*! * pixFindCornerPixels() * * Input: pixs (1 bpp) * Return: pta, or null on error * * Notes: * (1) Finds the 4 corner-most pixels, as defined by a search * inward from each corner, using a 45 degree line. */ PTA * pixFindCornerPixels(PIX *pixs) { l_int32 i, j, x, y, w, h, wpl, mindim, found; l_uint32 *data, *line; PTA *pta; PROCNAME("pixFindCornerPixels"); if (!pixs) return (PTA *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (PTA *)ERROR_PTR("pixs not 1 bpp", procName, NULL); w = pixGetWidth(pixs); h = pixGetHeight(pixs); mindim = L_MIN(w, h); data = pixGetData(pixs); wpl = pixGetWpl(pixs); if ((pta = ptaCreate(4)) == NULL) return (PTA *)ERROR_PTR("pta not made", procName, NULL); for (found = FALSE, i = 0; i < mindim; i++) { for (j = 0; j <= i; j++) { y = i - j; line = data + y * wpl; if (GET_DATA_BIT(line, j)) { ptaAddPt(pta, j, y); found = TRUE; break; } } if (found == TRUE) break; } for (found = FALSE, i = 0; i < mindim; i++) { for (j = 0; j <= i; j++) { y = i - j; line = data + y * wpl; x = w - 1 - j; if (GET_DATA_BIT(line, x)) { ptaAddPt(pta, x, y); found = TRUE; break; } } if (found == TRUE) break; } for (found = FALSE, i = 0; i < mindim; i++) { for (j = 0; j <= i; j++) { y = h - 1 - i + j; line = data + y * wpl; if (GET_DATA_BIT(line, j)) { ptaAddPt(pta, j, y); found = TRUE; break; } } if (found == TRUE) break; } for (found = FALSE, i = 0; i < mindim; i++) { for (j = 0; j <= i; j++) { y = h - 1 - i + j; line = data + y * wpl; x = w - 1 - j; if (GET_DATA_BIT(line, x)) { ptaAddPt(pta, x, y); found = TRUE; break; } } if (found == TRUE) break; } return pta; } /*! * ptaContainsPt() * * Input: pta * x, y (point) * Return: 1 if contained, 0 otherwise or on error */ l_int32 ptaContainsPt(PTA *pta, l_int32 x, l_int32 y) { l_int32 i, n, ix, iy; PROCNAME("ptaContainsPt"); if (!pta) return ERROR_INT("pta not defined", procName, 0); n = ptaGetCount(pta); for (i = 0; i < n; i++) { ptaGetIPt(pta, i, &ix, &iy); if (x == ix && y == iy) return 1; } return 0; } /*! * ptaTestIntersection() * * Input: pta1, pta2 * Return: bval which is 1 if they have any elements in common; * 0 otherwise or on error. */ l_int32 ptaTestIntersection(PTA *pta1, PTA *pta2) { l_int32 i, j, n1, n2, x1, y1, x2, y2; PROCNAME("ptaTestIntersection"); if (!pta1) return ERROR_INT("pta1 not defined", procName, 0); if (!pta2) return ERROR_INT("pta2 not defined", procName, 0); n1 = ptaGetCount(pta1); n2 = ptaGetCount(pta2); for (i = 0; i < n1; i++) { ptaGetIPt(pta1, i, &x1, &y1); for (j = 0; j < n2; j++) { ptaGetIPt(pta2, i, &x2, &y2); if (x1 == x2 && y1 == y2) return 1; } } return 0; } /*! * ptaTransform() * * Input: pta * shiftx, shifty * scalex, scaley * Return: pta, or null on error * * Notes: * (1) Shift first, then scale. */ PTA * ptaTransform(PTA *ptas, l_int32 shiftx, l_int32 shifty, l_float32 scalex, l_float32 scaley) { l_int32 n, i, x, y; PTA *ptad; PROCNAME("ptaTransform"); if (!ptas) return (PTA *)ERROR_PTR("ptas not defined", procName, NULL); n = ptaGetCount(ptas); ptad = ptaCreate(n); for (i = 0; i < n; i++) { ptaGetIPt(ptas, i, &x, &y); x = (l_int32)(scalex * (x + shiftx) + 0.5); y = (l_int32)(scaley * (y + shifty) + 0.5); ptaAddPt(ptad, x, y); } return ptad; } /*! * ptaPtInsidePolygon() * * Input: pta (vertices of a polygon) * x, y (point to be tested) * &inside ( 1 if inside; 0 if outside or on boundary) * Return: 1 if OK, 0 on error * * The abs value of the sum of the angles subtended from a point by * the sides of a polygon, when taken in order traversing the polygon, * is 0 if the point is outside the polygon and 2*pi if inside. * The sign will be positive if traversed cw and negative if ccw. */ l_int32 ptaPtInsidePolygon(PTA *pta, l_float32 x, l_float32 y, l_int32 *pinside) { l_int32 i, n; l_float32 sum, x1, y1, x2, y2, xp1, yp1, xp2, yp2; PROCNAME("ptaPtInsidePolygon"); if (!pinside) return ERROR_INT("&inside not defined", procName, 1); *pinside = 0; if (!pta) return ERROR_INT("pta not defined", procName, 1); /* Think of (x1,y1) as the end point of a vector that starts * from the origin (0,0), and ditto for (x2,y2). */ n = ptaGetCount(pta); sum = 0.0; for (i = 0; i < n; i++) { ptaGetPt(pta, i, &xp1, &yp1); ptaGetPt(pta, (i + 1) % n, &xp2, &yp2); x1 = xp1 - x; y1 = yp1 - y; x2 = xp2 - x; y2 = yp2 - y; sum += l_angleBetweenVectors(x1, y1, x2, y2); } if (L_ABS(sum) > M_PI) *pinside = 1; return 0; } /*! * l_angleBetweenVectors() * * Input: x1, y1 (end point of first vector) * x2, y2 (end point of second vector) * Return: angle (radians), or 0.0 on error * * Notes: * (1) This gives the angle between two vectors, going between * vector1 (x1,y1) and vector2 (x2,y2). The angle is swept * out from 1 --> 2. If this is clockwise, the angle is * positive, but the result is folded into the interval [-pi, pi]. */ l_float32 l_angleBetweenVectors(l_float32 x1, l_float32 y1, l_float32 x2, l_float32 y2) { l_float64 ang; ang = atan2(y2, x2) - atan2(y1, x1); if (ang > M_PI) ang -= 2.0 * M_PI; if (ang < -M_PI) ang += 2.0 * M_PI; return ang; } /*---------------------------------------------------------------------* * Least Squares Fit * *---------------------------------------------------------------------*/ /*! * ptaGetLinearLSF() * * Input: pta * &a ( slope a of least square fit: y = ax + b) * &b ( intercept b of least square fit) * &nafit ( numa of least square fit) * Return: 0 if OK, 1 on error * * Notes: * (1) Either or both &a and &b must be input. They determine the * type of line that is fit. * (2) If both &a and &b are defined, this returns a and b that minimize: * * sum (yi - axi -b)^2 * i * * The method is simple: differentiate this expression w/rt a and b, * and solve the resulting two equations for a and b in terms of * various sums over the input data (xi, yi). * (3) We also allow two special cases, where either a = 0 or b = 0: * (a) If &a is given and &b = null, find the linear LSF that * goes through the origin (b = 0). * (b) If &b is given and &a = null, find the linear LSF with * zero slope (a = 0). * (4) If @nafit is defined, this returns an array of fitted values, * corresponding to the two implicit Numa arrays (nax and nay) in pta. * Thus, just as you can plot the data in pta as nay vs. nax, * you can plot the linear least square fit as nafit vs. nax. */ l_int32 ptaGetLinearLSF(PTA *pta, l_float32 *pa, l_float32 *pb, NUMA **pnafit) { l_int32 n, i; l_float32 factor, sx, sy, sxx, sxy, val; l_float32 *xa, *ya; PROCNAME("ptaGetLinearLSF"); if (!pa && !pb) return ERROR_INT("neither &a nor &b are defined", procName, 1); if (pa) *pa = 0.0; if (pb) *pb = 0.0; if (pnafit) *pnafit = NULL; if (!pta) return ERROR_INT("pta not defined", procName, 1); if ((n = ptaGetCount(pta)) < 2) return ERROR_INT("less than 2 pts found", procName, 1); xa = pta->x; /* not a copy */ ya = pta->y; /* not a copy */ sx = sy = sxx = sxy = 0.; if (pa && pb) { /* general line */ for (i = 0; i < n; i++) { sx += xa[i]; sy += ya[i]; sxx += xa[i] * xa[i]; sxy += xa[i] * ya[i]; } factor = n * sxx - sx * sx; if (factor == 0.0) return ERROR_INT("no solution found", procName, 1); factor = 1. / factor; *pa = factor * ((l_float32)n * sxy - sx * sy); *pb = factor * (sxx * sy - sx * sxy); } else if (pa) { /* b = 0; line through origin */ for (i = 0; i < n; i++) { sxx += xa[i] * xa[i]; sxy += xa[i] * ya[i]; } if (sxx == 0.0) return ERROR_INT("no solution found", procName, 1); *pa = sxy / sxx; } else { /* a = 0; horizontal line */ for (i = 0; i < n; i++) sy += ya[i]; *pb = sy / (l_float32)n; } if (pnafit) { *pnafit = numaCreate(n); for (i = 0; i < n; i++) { val = (*pa) * xa[i] + *pb; numaAddNumber(*pnafit, val); } } return 0; } /*! * ptaGetQuadraticLSF() * * Input: pta * &a ( coeff a of LSF: y = ax^2 + bx + c) * &b ( coeff b of LSF: y = ax^2 + bx + c) * &c ( coeff c of LSF: y = ax^2 + bx + c) * &nafit ( numa of least square fit) * Return: 0 if OK, 1 on error * * Notes: * (1) This does a quadratic least square fit to the set of points * in @pta. That is, it finds coefficients a, b and c that minimize: * * sum (yi - a*xi*xi -b*xi -c)^2 * i * * The method is simple: differentiate this expression w/rt * a, b and c, and solve the resulting three equations for these * coefficients in terms of various sums over the input data (xi, yi). * The three equations are in the form: * f[0][0]a + f[0][1]b + f[0][2]c = g[0] * f[1][0]a + f[1][1]b + f[1][2]c = g[1] * f[2][0]a + f[2][1]b + f[2][2]c = g[2] * (2) If @nafit is defined, this returns an array of fitted values, * corresponding to the two implicit Numa arrays (nax and nay) in pta. * Thus, just as you can plot the data in pta as nay vs. nax, * you can plot the linear least square fit as nafit vs. nax. */ l_int32 ptaGetQuadraticLSF(PTA *pta, l_float32 *pa, l_float32 *pb, l_float32 *pc, NUMA **pnafit) { l_int32 n, i, ret; l_float32 x, y, sx, sy, sx2, sx3, sx4, sxy, sx2y; l_float32 *xa, *ya; l_float32 *f[3]; l_float32 g[3]; NUMA *nafit; PROCNAME("ptaGetQuadraticLSF"); if (!pa && !pb && !pc && !pnafit) return ERROR_INT("no output requested", procName, 1); if (pa) *pa = 0.0; if (pb) *pb = 0.0; if (pc) *pc = 0.0; if (pnafit) *pnafit = NULL; if (!pta) return ERROR_INT("pta not defined", procName, 1); if ((n = ptaGetCount(pta)) < 3) return ERROR_INT("less than 3 pts found", procName, 1); xa = pta->x; /* not a copy */ ya = pta->y; /* not a copy */ sx = sy = sx2 = sx3 = sx4 = sxy = sx2y = 0.; for (i = 0; i < n; i++) { x = xa[i]; y = ya[i]; sx += x; sy += y; sx2 += x * x; sx3 += x * x * x; sx4 += x * x * x * x; sxy += x * y; sx2y += x * x * y; } for (i = 0; i < 3; i++) f[i] = (l_float32 *)CALLOC(3, sizeof(l_float32)); f[0][0] = sx4; f[0][1] = sx3; f[0][2] = sx2; f[1][0] = sx3; f[1][1] = sx2; f[1][2] = sx; f[2][0] = sx2; f[2][1] = sx; f[2][2] = n; g[0] = sx2y; g[1] = sxy; g[2] = sy; /* Solve for the unknowns, also putting f-inverse into f */ ret = gaussjordan(f, g, 3); for (i = 0; i < 3; i++) FREE(f[i]); if (ret) return ERROR_INT("quadratic solution failed", procName, 1); if (pa) *pa = g[0]; if (pb) *pb = g[1]; if (pc) *pc = g[2]; if (pnafit) { nafit = numaCreate(n); *pnafit = nafit; for (i = 0; i < n; i++) { x = xa[i]; y = g[0] * x * x + g[1] * x + g[2]; numaAddNumber(nafit, y); } } return 0; } /*! * ptaGetCubicLSF() * * Input: pta * &a ( coeff a of LSF: y = ax^3 + bx^2 + cx + d) * &b ( coeff b of LSF) * &c ( coeff c of LSF) * &d ( coeff d of LSF) * &nafit ( numa of least square fit) * Return: 0 if OK, 1 on error * * Notes: * (1) This does a cubic least square fit to the set of points * in @pta. That is, it finds coefficients a, b, c and d * that minimize: * * sum (yi - a*xi*xi*xi -b*xi*xi -c*xi - d)^2 * i * * Differentiate this expression w/rt a, b, c and d, and solve * the resulting four equations for these coefficients in * terms of various sums over the input data (xi, yi). * The four equations are in the form: * f[0][0]a + f[0][1]b + f[0][2]c + f[0][3] = g[0] * f[1][0]a + f[1][1]b + f[1][2]c + f[1][3] = g[1] * f[2][0]a + f[2][1]b + f[2][2]c + f[2][3] = g[2] * f[3][0]a + f[3][1]b + f[3][2]c + f[3][3] = g[3] * (2) If @nafit is defined, this returns an array of fitted values, * corresponding to the two implicit Numa arrays (nax and nay) in pta. * Thus, just as you can plot the data in pta as nay vs. nax, * you can plot the linear least square fit as nafit vs. nax. */ l_int32 ptaGetCubicLSF(PTA *pta, l_float32 *pa, l_float32 *pb, l_float32 *pc, l_float32 *pd, NUMA **pnafit) { l_int32 n, i, ret; l_float32 x, y, sx, sy, sx2, sx3, sx4, sx5, sx6, sxy, sx2y, sx3y; l_float32 *xa, *ya; l_float32 *f[4]; l_float32 g[4]; NUMA *nafit; PROCNAME("ptaGetCubicLSF"); if (!pa && !pb && !pc && !pd && !pnafit) return ERROR_INT("no output requested", procName, 1); if (pa) *pa = 0.0; if (pb) *pb = 0.0; if (pc) *pc = 0.0; if (pd) *pd = 0.0; if (pnafit) *pnafit = NULL; if (!pta) return ERROR_INT("pta not defined", procName, 1); if ((n = ptaGetCount(pta)) < 4) return ERROR_INT("less than 4 pts found", procName, 1); xa = pta->x; /* not a copy */ ya = pta->y; /* not a copy */ sx = sy = sx2 = sx3 = sx4 = sx5 = sx6 = sxy = sx2y = sx3y = 0.; for (i = 0; i < n; i++) { x = xa[i]; y = ya[i]; sx += x; sy += y; sx2 += x * x; sx3 += x * x * x; sx4 += x * x * x * x; sx5 += x * x * x * x * x; sx6 += x * x * x * x * x * x; sxy += x * y; sx2y += x * x * y; sx3y += x * x * x * y; } for (i = 0; i < 4; i++) f[i] = (l_float32 *)CALLOC(4, sizeof(l_float32)); f[0][0] = sx6; f[0][1] = sx5; f[0][2] = sx4; f[0][3] = sx3; f[1][0] = sx5; f[1][1] = sx4; f[1][2] = sx3; f[1][3] = sx2; f[2][0] = sx4; f[2][1] = sx3; f[2][2] = sx2; f[2][3] = sx; f[3][0] = sx3; f[3][1] = sx2; f[3][2] = sx; f[3][3] = n; g[0] = sx3y; g[1] = sx2y; g[2] = sxy; g[3] = sy; /* Solve for the unknowns, also putting f-inverse into f */ ret = gaussjordan(f, g, 4); for (i = 0; i < 4; i++) FREE(f[i]); if (ret) return ERROR_INT("cubic solution failed", procName, 1); if (pa) *pa = g[0]; if (pb) *pb = g[1]; if (pc) *pc = g[2]; if (pd) *pd = g[3]; if (pnafit) { nafit = numaCreate(n); *pnafit = nafit; for (i = 0; i < n; i++) { x = xa[i]; y = g[0] * x * x * x + g[1] * x * x + g[2] * x + g[3]; numaAddNumber(nafit, y); } } return 0; } /*! * ptaGetQuarticLSF() * * Input: pta * &a ( coeff a of LSF: * y = ax^4 + bx^3 + cx^2 + dx + e) * &b ( coeff b of LSF) * &c ( coeff c of LSF) * &d ( coeff d of LSF) * &e ( coeff e of LSF) * &nafit ( numa of least square fit) * Return: 0 if OK, 1 on error * * Notes: * (1) This does a quartic least square fit to the set of points * in @pta. That is, it finds coefficients a, b, c, d and 3 * that minimize: * * sum (yi - a*xi*xi*xi*xi -b*xi*xi*xi -c*xi*xi - d*xi - e)^2 * i * * Differentiate this expression w/rt a, b, c, d and e, and solve * the resulting five equations for these coefficients in * terms of various sums over the input data (xi, yi). * The five equations are in the form: * f[0][0]a + f[0][1]b + f[0][2]c + f[0][3] + f[0][4] = g[0] * f[1][0]a + f[1][1]b + f[1][2]c + f[1][3] + f[1][4] = g[1] * f[2][0]a + f[2][1]b + f[2][2]c + f[2][3] + f[2][4] = g[2] * f[3][0]a + f[3][1]b + f[3][2]c + f[3][3] + f[3][4] = g[3] * f[4][0]a + f[4][1]b + f[4][2]c + f[4][3] + f[4][4] = g[4] * (2) If @nafit is defined, this returns an array of fitted values, * corresponding to the two implicit Numa arrays (nax and nay) in pta. * Thus, just as you can plot the data in pta as nay vs. nax, * you can plot the linear least square fit as nafit vs. nax. */ l_int32 ptaGetQuarticLSF(PTA *pta, l_float32 *pa, l_float32 *pb, l_float32 *pc, l_float32 *pd, l_float32 *pe, NUMA **pnafit) { l_int32 n, i, ret; l_float32 x, y, sx, sy, sx2, sx3, sx4, sx5, sx6, sx7, sx8; l_float32 sxy, sx2y, sx3y, sx4y; l_float32 *xa, *ya; l_float32 *f[5]; l_float32 g[5]; NUMA *nafit; PROCNAME("ptaGetQuarticLSF"); if (!pa && !pb && !pc && !pd && !pe && !pnafit) return ERROR_INT("no output requested", procName, 1); if (pa) *pa = 0.0; if (pb) *pb = 0.0; if (pc) *pc = 0.0; if (pd) *pd = 0.0; if (pe) *pe = 0.0; if (pnafit) *pnafit = NULL; if (!pta) return ERROR_INT("pta not defined", procName, 1); if ((n = ptaGetCount(pta)) < 5) return ERROR_INT("less than 5 pts found", procName, 1); xa = pta->x; /* not a copy */ ya = pta->y; /* not a copy */ sx = sy = sx2 = sx3 = sx4 = sx5 = sx6 = sx7 = sx8 = 0; sxy = sx2y = sx3y = sx4y = 0.; for (i = 0; i < n; i++) { x = xa[i]; y = ya[i]; sx += x; sy += y; sx2 += x * x; sx3 += x * x * x; sx4 += x * x * x * x; sx5 += x * x * x * x * x; sx6 += x * x * x * x * x * x; sx7 += x * x * x * x * x * x * x; sx8 += x * x * x * x * x * x * x * x; sxy += x * y; sx2y += x * x * y; sx3y += x * x * x * y; sx4y += x * x * x * x * y; } for (i = 0; i < 5; i++) f[i] = (l_float32 *)CALLOC(5, sizeof(l_float32)); f[0][0] = sx8; f[0][1] = sx7; f[0][2] = sx6; f[0][3] = sx5; f[0][4] = sx4; f[1][0] = sx7; f[1][1] = sx6; f[1][2] = sx5; f[1][3] = sx4; f[1][4] = sx3; f[2][0] = sx6; f[2][1] = sx5; f[2][2] = sx4; f[2][3] = sx3; f[2][4] = sx2; f[3][0] = sx5; f[3][1] = sx4; f[3][2] = sx3; f[3][3] = sx2; f[3][4] = sx; f[4][0] = sx4; f[4][1] = sx3; f[4][2] = sx2; f[4][3] = sx; f[4][4] = n; g[0] = sx4y; g[1] = sx3y; g[2] = sx2y; g[3] = sxy; g[4] = sy; /* Solve for the unknowns, also putting f-inverse into f */ ret = gaussjordan(f, g, 5); for (i = 0; i < 5; i++) FREE(f[i]); if (ret) return ERROR_INT("quartic solution failed", procName, 1); if (pa) *pa = g[0]; if (pb) *pb = g[1]; if (pc) *pc = g[2]; if (pd) *pd = g[3]; if (pe) *pe = g[4]; if (pnafit) { nafit = numaCreate(n); *pnafit = nafit; for (i = 0; i < n; i++) { x = xa[i]; y = g[0] * x * x * x * x + g[1] * x * x * x + g[2] * x * x + g[3] * x + g[4]; numaAddNumber(nafit, y); } } return 0; } /*! * ptaNoisyLinearLSF() * * Input: pta * factor (reject outliers with error greater than this * number of medians; typically ~ 3) * &ptad ( with outliers removed) * &a ( slope a of least square fit: y = ax + b) * &b ( intercept b of least square fit) * &mederr ( median error) * &nafit ( numa of least square fit to ptad) * Return: 0 if OK, 1 on error * * Notes: * (1) This does a linear least square fit to the set of points * in @pta. It then evaluates the errors and removes points * whose error is >= factor * median_error. It then re-runs * the linear LSF on the resulting points. * (2) Either or both &a and &b must be input. They determine the * type of line that is fit. * (3) The median error can give an indication of how good the fit * is likely to be. */ l_int32 ptaNoisyLinearLSF(PTA *pta, l_float32 factor, PTA **pptad, l_float32 *pa, l_float32 *pb, l_float32 *pmederr, NUMA **pnafit) { l_int32 n, i, ret; l_float32 x, y, yf, val, mederr; NUMA *nafit, *naerror; PTA *ptad; PROCNAME("ptaNoisyLinearLSF"); if (!pa && !pb) return ERROR_INT("neither &a nor &b are defined", procName, 1); if (pptad) *pptad = NULL; if (pa) *pa = 0.0; if (pb) *pb = 0.0; if (pmederr) *pmederr = 0.0; if (pnafit) *pnafit = NULL; if (!pta) return ERROR_INT("pta not defined", procName, 1); if (factor <= 0.0) return ERROR_INT("factor must be > 0.0", procName, 1); if ((n = ptaGetCount(pta)) < 3) return ERROR_INT("less than 2 pts found", procName, 1); if (ptaGetLinearLSF(pta, pa, pb, &nafit) != 0) return ERROR_INT("error in linear LSF", procName, 1); /* Get the median error */ naerror = numaCreate(n); for (i = 0; i < n; i++) { ptaGetPt(pta, i, &x, &y); numaGetFValue(nafit, i, &yf); numaAddNumber(naerror, L_ABS(y - yf)); } numaGetMedian(naerror, &mederr); if (pmederr) *pmederr = mederr; numaDestroy(&nafit); /* Remove outliers */ ptad = ptaCreate(n); for (i = 0; i < n; i++) { ptaGetPt(pta, i, &x, &y); numaGetFValue(naerror, i, &val); if (val <= factor * mederr) /* <= in case mederr = 0 */ ptaAddPt(ptad, x, y); } numaDestroy(&naerror); /* Do LSF again */ ret = ptaGetLinearLSF(ptad, pa, pb, pnafit); if (pptad) *pptad = ptad; else ptaDestroy(&ptad); return ret; } /*! * ptaNoisyQuadraticLSF() * * Input: pta * factor (reject outliers with error greater than this * number of medians; typically ~ 3) * &ptad ( with outliers removed) * &a ( coeff a of LSF: y = ax^2 + bx + c) * &b ( coeff b of LSF: y = ax^2 + bx + c) * &c ( coeff c of LSF: y = ax^2 + bx + c) * &mederr ( median error) * &nafit ( numa of least square fit to ptad) * Return: 0 if OK, 1 on error * * Notes: * (1) This does a quadratic least square fit to the set of points * in @pta. It then evaluates the errors and removes points * whose error is >= factor * median_error. It then re-runs * a quadratic LSF on the resulting points. */ l_int32 ptaNoisyQuadraticLSF(PTA *pta, l_float32 factor, PTA **pptad, l_float32 *pa, l_float32 *pb, l_float32 *pc, l_float32 *pmederr, NUMA **pnafit) { l_int32 n, i, ret; l_float32 x, y, yf, val, mederr; NUMA *nafit, *naerror; PTA *ptad; PROCNAME("ptaNoisyQuadraticLSF"); if (!pptad && !pa && !pb && !pc && !pnafit) return ERROR_INT("no output requested", procName, 1); if (pptad) *pptad = NULL; if (pa) *pa = 0.0; if (pb) *pb = 0.0; if (pc) *pc = 0.0; if (pmederr) *pmederr = 0.0; if (pnafit) *pnafit = NULL; if (factor <= 0.0) return ERROR_INT("factor must be > 0.0", procName, 1); if (!pta) return ERROR_INT("pta not defined", procName, 1); if ((n = ptaGetCount(pta)) < 3) return ERROR_INT("less than 3 pts found", procName, 1); if (ptaGetQuadraticLSF(pta, NULL, NULL, NULL, &nafit) != 0) return ERROR_INT("error in quadratic LSF", procName, 1); /* Get the median error */ naerror = numaCreate(n); for (i = 0; i < n; i++) { ptaGetPt(pta, i, &x, &y); numaGetFValue(nafit, i, &yf); numaAddNumber(naerror, L_ABS(y - yf)); } numaGetMedian(naerror, &mederr); if (pmederr) *pmederr = mederr; numaDestroy(&nafit); /* Remove outliers */ ptad = ptaCreate(n); for (i = 0; i < n; i++) { ptaGetPt(pta, i, &x, &y); numaGetFValue(naerror, i, &val); if (val <= factor * mederr) /* <= in case mederr = 0 */ ptaAddPt(ptad, x, y); } numaDestroy(&naerror); n = ptaGetCount(ptad); if ((n = ptaGetCount(ptad)) < 3) { ptaDestroy(&ptad); return ERROR_INT("less than 3 pts found", procName, 1); } /* Do LSF again */ ret = ptaGetQuadraticLSF(ptad, pa, pb, pc, pnafit); if (pptad) *pptad = ptad; else ptaDestroy(&ptad); return ret; } /*! * applyLinearFit() * * Input: a, b (linear fit coefficients) * x * &y ( y = a * x + b) * Return: 0 if OK, 1 on error */ l_int32 applyLinearFit(l_float32 a, l_float32 b, l_float32 x, l_float32 *py) { PROCNAME("applyLinearFit"); if (!py) return ERROR_INT("&y not defined", procName, 1); *py = a * x + b; return 0; } /*! * applyQuadraticFit() * * Input: a, b, c (quadratic fit coefficients) * x * &y ( y = a * x^2 + b * x + c) * Return: 0 if OK, 1 on error */ l_int32 applyQuadraticFit(l_float32 a, l_float32 b, l_float32 c, l_float32 x, l_float32 *py) { PROCNAME("applyQuadraticFit"); if (!py) return ERROR_INT("&y not defined", procName, 1); *py = a * x * x + b * x + c; return 0; } /*! * applyCubicFit() * * Input: a, b, c, d (cubic fit coefficients) * x * &y ( y = a * x^3 + b * x^2 + c * x + d) * Return: 0 if OK, 1 on error */ l_int32 applyCubicFit(l_float32 a, l_float32 b, l_float32 c, l_float32 d, l_float32 x, l_float32 *py) { PROCNAME("applyCubicFit"); if (!py) return ERROR_INT("&y not defined", procName, 1); *py = a * x * x * x + b * x * x + c * x + d; return 0; } /*! * applyQuarticFit() * * Input: a, b, c, d, e (quartic fit coefficients) * x * &y ( y = a * x^4 + b * x^3 + c * x^2 + d * x + e) * Return: 0 if OK, 1 on error */ l_int32 applyQuarticFit(l_float32 a, l_float32 b, l_float32 c, l_float32 d, l_float32 e, l_float32 x, l_float32 *py) { l_float32 x2; PROCNAME("applyQuarticFit"); if (!py) return ERROR_INT("&y not defined", procName, 1); x2 = x * x; *py = a * x2 * x2 + b * x2 * x + c * x2 + d * x + e; return 0; } /*---------------------------------------------------------------------* * Interconversions with Pix * *---------------------------------------------------------------------*/ /*! * pixPlotAlongPta() * * Input: pixs (any depth) * pta (set of points on which to plot) * outformat (GPLOT_PNG, GPLOT_PS, GPLOT_EPS, GPLOT_X11, * GPLOT_LATEX) * title ( for plot; can be null) * Return: 0 if OK, 1 on error * * Notes: * (1) We remove any existing colormap and clip the pta to the input pixs. * (2) This is a debugging function, and does not remove temporary * plotting files that it generates. * (3) If the image is RGB, three separate plots are generated. */ l_int32 pixPlotAlongPta(PIX *pixs, PTA *pta, l_int32 outformat, const char *title) { char buffer[128]; char *rtitle, *gtitle, *btitle; static l_int32 count = 0; /* require separate temp files for each call */ l_int32 i, x, y, d, w, h, npts, rval, gval, bval; l_uint32 val; NUMA *na, *nar, *nag, *nab; PIX *pixt; PROCNAME("pixPlotAlongPta"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!pta) return ERROR_INT("pta not defined", procName, 1); if (outformat != GPLOT_PNG && outformat != GPLOT_PS && outformat != GPLOT_EPS && outformat != GPLOT_X11 && outformat != GPLOT_LATEX) { L_WARNING("outformat invalid; using GPLOT_PNG\n", procName); outformat = GPLOT_PNG; } pixt = pixRemoveColormap(pixs, REMOVE_CMAP_BASED_ON_SRC); d = pixGetDepth(pixt); w = pixGetWidth(pixt); h = pixGetHeight(pixt); npts = ptaGetCount(pta); if (d == 32) { nar = numaCreate(npts); nag = numaCreate(npts); nab = numaCreate(npts); for (i = 0; i < npts; i++) { ptaGetIPt(pta, i, &x, &y); if (x < 0 || x >= w) continue; if (y < 0 || y >= h) continue; pixGetPixel(pixt, x, y, &val); rval = GET_DATA_BYTE(&val, COLOR_RED); gval = GET_DATA_BYTE(&val, COLOR_GREEN); bval = GET_DATA_BYTE(&val, COLOR_BLUE); numaAddNumber(nar, rval); numaAddNumber(nag, gval); numaAddNumber(nab, bval); } sprintf(buffer, "/tmp/junkplot.%d", count++); rtitle = stringJoin("Red: ", title); gplotSimple1(nar, outformat, buffer, rtitle); sprintf(buffer, "/tmp/junkplot.%d", count++); gtitle = stringJoin("Green: ", title); gplotSimple1(nag, outformat, buffer, gtitle); sprintf(buffer, "/tmp/junkplot.%d", count++); btitle = stringJoin("Blue: ", title); gplotSimple1(nab, outformat, buffer, btitle); numaDestroy(&nar); numaDestroy(&nag); numaDestroy(&nab); FREE(rtitle); FREE(gtitle); FREE(btitle); } else { na = numaCreate(npts); for (i = 0; i < npts; i++) { ptaGetIPt(pta, i, &x, &y); if (x < 0 || x >= w) continue; if (y < 0 || y >= h) continue; pixGetPixel(pixt, x, y, &val); numaAddNumber(na, (l_float32)val); } sprintf(buffer, "/tmp/junkplot.%d", count++); gplotSimple1(na, outformat, buffer, title); numaDestroy(&na); } pixDestroy(&pixt); return 0; } /*! * ptaGetPixelsFromPix() * * Input: pixs (1 bpp) * box ( can be null) * Return: pta, or null on error * * Notes: * (1) Generates a pta of fg pixels in the pix, within the box. * If box == NULL, it uses the entire pix. */ PTA * ptaGetPixelsFromPix(PIX *pixs, BOX *box) { l_int32 i, j, w, h, wpl, xstart, xend, ystart, yend, bw, bh; l_uint32 *data, *line; PTA *pta; PROCNAME("ptaGetPixelsFromPix"); if (!pixs || (pixGetDepth(pixs) != 1)) return (PTA *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); data = pixGetData(pixs); wpl = pixGetWpl(pixs); xstart = ystart = 0; xend = w - 1; yend = h - 1; if (box) { boxGetGeometry(box, &xstart, &ystart, &bw, &bh); xend = xstart + bw - 1; yend = ystart + bh - 1; } if ((pta = ptaCreate(0)) == NULL) return (PTA *)ERROR_PTR("pta not made", procName, NULL); for (i = ystart; i <= yend; i++) { line = data + i * wpl; for (j = xstart; j <= xend; j++) { if (GET_DATA_BIT(line, j)) ptaAddPt(pta, j, i); } } return pta; } /*! * pixGenerateFromPta() * * Input: pta * w, h (of pix) * Return: pix (1 bpp), or null on error * * Notes: * (1) Points are rounded to nearest ints. * (2) Any points outside (w,h) are silently discarded. * (3) Output 1 bpp pix has values 1 for each point in the pta. */ PIX * pixGenerateFromPta(PTA *pta, l_int32 w, l_int32 h) { l_int32 n, i, x, y; PIX *pix; PROCNAME("pixGenerateFromPta"); if (!pta) return (PIX *)ERROR_PTR("pta not defined", procName, NULL); if ((pix = pixCreate(w, h, 1)) == NULL) return (PIX *)ERROR_PTR("pix not made", procName, NULL); n = ptaGetCount(pta); for (i = 0; i < n; i++) { ptaGetIPt(pta, i, &x, &y); if (x < 0 || x >= w || y < 0 || y >= h) continue; pixSetPixel(pix, x, y, 1); } return pix; } /*! * ptaGetBoundaryPixels() * * Input: pixs (1 bpp) * type (L_BOUNDARY_FG, L_BOUNDARY_BG) * Return: pta, or null on error * * Notes: * (1) This generates a pta of either fg or bg boundary pixels. */ PTA * ptaGetBoundaryPixels(PIX *pixs, l_int32 type) { PIX *pixt; PTA *pta; PROCNAME("ptaGetBoundaryPixels"); if (!pixs || (pixGetDepth(pixs) != 1)) return (PTA *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); if (type != L_BOUNDARY_FG && type != L_BOUNDARY_BG) return (PTA *)ERROR_PTR("invalid type", procName, NULL); if (type == L_BOUNDARY_FG) pixt = pixMorphSequence(pixs, "e3.3", 0); else pixt = pixMorphSequence(pixs, "d3.3", 0); pixXor(pixt, pixt, pixs); pta = ptaGetPixelsFromPix(pixt, NULL); pixDestroy(&pixt); return pta; } /*! * ptaaGetBoundaryPixels() * * Input: pixs (1 bpp) * type (L_BOUNDARY_FG, L_BOUNDARY_BG) * connectivity (4 or 8) * &boxa ( bounding boxes of the c.c.) * &pixa ( pixa of the c.c.) * Return: ptaa, or null on error * * Notes: * (1) This generates a ptaa of either fg or bg boundary pixels, * where each pta has the boundary pixels for a connected * component. * (2) We can't simply find all the boundary pixels and then select * those within the bounding box of each component, because * bounding boxes can overlap. It is necessary to extract and * dilate or erode each component separately. Note also that * special handling is required for bg pixels when the * component touches the pix boundary. */ PTAA * ptaaGetBoundaryPixels(PIX *pixs, l_int32 type, l_int32 connectivity, BOXA **pboxa, PIXA **ppixa) { l_int32 i, n, w, h, x, y, bw, bh, left, right, top, bot; BOXA *boxa; PIX *pixt1, *pixt2; PIXA *pixa; PTA *pta1, *pta2; PTAA *ptaa; PROCNAME("ptaaGetBoundaryPixels"); if (pboxa) *pboxa = NULL; if (ppixa) *ppixa = NULL; if (!pixs || (pixGetDepth(pixs) != 1)) return (PTAA *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); if (type != L_BOUNDARY_FG && type != L_BOUNDARY_BG) return (PTAA *)ERROR_PTR("invalid type", procName, NULL); if (connectivity != 4 && connectivity != 8) return (PTAA *)ERROR_PTR("connectivity not 4 or 8", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); boxa = pixConnComp(pixs, &pixa, connectivity); n = boxaGetCount(boxa); ptaa = ptaaCreate(0); for (i = 0; i < n; i++) { pixt1 = pixaGetPix(pixa, i, L_CLONE); boxaGetBoxGeometry(boxa, i, &x, &y, &bw, &bh); left = right = top = bot = 0; if (type == L_BOUNDARY_BG) { if (x > 0) left = 1; if (y > 0) top = 1; if (x + bw < w) right = 1; if (y + bh < h) bot = 1; pixt2 = pixAddBorderGeneral(pixt1, left, right, top, bot, 0); } else { pixt2 = pixClone(pixt1); } pta1 = ptaGetBoundaryPixels(pixt2, type); pta2 = ptaTransform(pta1, x - left, y - top, 1.0, 1.0); ptaaAddPta(ptaa, pta2, L_INSERT); ptaDestroy(&pta1); pixDestroy(&pixt1); pixDestroy(&pixt2); } if (pboxa) *pboxa = boxa; else boxaDestroy(&boxa); if (ppixa) *ppixa = pixa; else pixaDestroy(&pixa); return ptaa; } /*---------------------------------------------------------------------* * Display Pta and Ptaa * *---------------------------------------------------------------------*/ /*! * pixDisplayPta() * * Input: pixd (can be same as pixs or null; 32 bpp if in-place) * pixs (1, 2, 4, 8, 16 or 32 bpp) * pta (of path to be plotted) * Return: pixd (32 bpp RGB version of pixs, with path in green). * * Notes: * (1) To write on an existing pixs, pixs must be 32 bpp and * call with pixd == pixs: * pixDisplayPta(pixs, pixs, pta); * To write to a new pix, use pixd == NULL and call: * pixd = pixDisplayPta(NULL, pixs, pta); * (2) On error, returns pixd to avoid losing pixs if called as * pixs = pixDisplayPta(pixs, pixs, pta); */ PIX * pixDisplayPta(PIX *pixd, PIX *pixs, PTA *pta) { l_int32 i, n, w, h, x, y; l_uint32 rpixel, gpixel, bpixel; PROCNAME("pixDisplayPta"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (!pta) return (PIX *)ERROR_PTR("pta not defined", procName, pixd); if (pixd && (pixd != pixs || pixGetDepth(pixd) != 32)) return (PIX *)ERROR_PTR("invalid pixd", procName, pixd); if (!pixd) pixd = pixConvertTo32(pixs); pixGetDimensions(pixd, &w, &h, NULL); composeRGBPixel(255, 0, 0, &rpixel); /* start point */ composeRGBPixel(0, 255, 0, &gpixel); composeRGBPixel(0, 0, 255, &bpixel); /* end point */ n = ptaGetCount(pta); for (i = 0; i < n; i++) { ptaGetIPt(pta, i, &x, &y); if (x < 0 || x >= w || y < 0 || y >= h) continue; if (i == 0) pixSetPixel(pixd, x, y, rpixel); else if (i < n - 1) pixSetPixel(pixd, x, y, gpixel); else pixSetPixel(pixd, x, y, bpixel); } return pixd; } /*! * pixDisplayPtaaPattern() * * Input: pixd (32 bpp) * pixs (1, 2, 4, 8, 16 or 32 bpp; 32 bpp if in place) * ptaa (giving locations at which the pattern is displayed) * pixp (1 bpp pattern to be placed such that its reference * point co-locates with each point in pta) * cx, cy (reference point in pattern) * Return: pixd (32 bpp RGB version of pixs). * * Notes: * (1) To write on an existing pixs, pixs must be 32 bpp and * call with pixd == pixs: * pixDisplayPtaPattern(pixs, pixs, pta, ...); * To write to a new pix, use pixd == NULL and call: * pixd = pixDisplayPtaPattern(NULL, pixs, pta, ...); * (2) Puts a random color on each pattern associated with a pta. * (3) On error, returns pixd to avoid losing pixs if called as * pixs = pixDisplayPtaPattern(pixs, pixs, pta, ...); * (4) A typical pattern to be used is a circle, generated with * generatePtaFilledCircle() */ PIX * pixDisplayPtaaPattern(PIX *pixd, PIX *pixs, PTAA *ptaa, PIX *pixp, l_int32 cx, l_int32 cy) { l_int32 i, n; l_uint32 color; PIXCMAP *cmap; PTA *pta; PROCNAME("pixDisplayPtaaPattern"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (!ptaa) return (PIX *)ERROR_PTR("ptaa not defined", procName, pixd); if (pixd && (pixd != pixs || pixGetDepth(pixd) != 32)) return (PIX *)ERROR_PTR("invalid pixd", procName, pixd); if (!pixp) return (PIX *)ERROR_PTR("pixp not defined", procName, pixd); if (!pixd) pixd = pixConvertTo32(pixs); /* Use 256 random colors */ cmap = pixcmapCreateRandom(8, 0, 0); n = ptaaGetCount(ptaa); for (i = 0; i < n; i++) { pixcmapGetColor32(cmap, i % 256, &color); pta = ptaaGetPta(ptaa, i, L_CLONE); pixDisplayPtaPattern(pixd, pixd, pta, pixp, cx, cy, color); ptaDestroy(&pta); } pixcmapDestroy(&cmap); return pixd; } /*! * pixDisplayPtaPattern() * * Input: pixd (can be same as pixs or null; 32 bpp if in-place) * pixs (1, 2, 4, 8, 16 or 32 bpp) * pta (giving locations at which the pattern is displayed) * pixp (1 bpp pattern to be placed such that its reference * point co-locates with each point in pta) * cx, cy (reference point in pattern) * color (in 0xrrggbb00 format) * Return: pixd (32 bpp RGB version of pixs). * * Notes: * (1) To write on an existing pixs, pixs must be 32 bpp and * call with pixd == pixs: * pixDisplayPtaPattern(pixs, pixs, pta, ...); * To write to a new pix, use pixd == NULL and call: * pixd = pixDisplayPtaPattern(NULL, pixs, pta, ...); * (2) On error, returns pixd to avoid losing pixs if called as * pixs = pixDisplayPtaPattern(pixs, pixs, pta, ...); * (3) A typical pattern to be used is a circle, generated with * generatePtaFilledCircle() */ PIX * pixDisplayPtaPattern(PIX *pixd, PIX *pixs, PTA *pta, PIX *pixp, l_int32 cx, l_int32 cy, l_uint32 color) { l_int32 i, n, w, h, x, y; PTA *ptat; PROCNAME("pixDisplayPtaPattern"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (!pta) return (PIX *)ERROR_PTR("pta not defined", procName, pixd); if (pixd && (pixd != pixs || pixGetDepth(pixd) != 32)) return (PIX *)ERROR_PTR("invalid pixd", procName, pixd); if (!pixp) return (PIX *)ERROR_PTR("pixp not defined", procName, pixd); if (!pixd) pixd = pixConvertTo32(pixs); pixGetDimensions(pixs, &w, &h, NULL); ptat = ptaReplicatePattern(pta, pixp, NULL, cx, cy, w, h); n = ptaGetCount(ptat); for (i = 0; i < n; i++) { ptaGetIPt(ptat, i, &x, &y); if (x < 0 || x >= w || y < 0 || y >= h) continue; pixSetPixel(pixd, x, y, color); } ptaDestroy(&ptat); return pixd; } /*! * ptaReplicatePattern() * * Input: ptas ("sparse" input pta) * pixp ( 1 bpp pattern, to be replicated in output pta) * ptap ( set of pts, to be replicated in output pta) * cx, cy (reference point in pattern) * w, h (clipping sizes for output pta) * Return: ptad (with all points of replicated pattern), or null on error * * Notes: * (1) You can use either the image @pixp or the set of pts @ptap. * (2) The pattern is placed with its reference point at each point * in ptas, and all the fg pixels are colleced into ptad. * For @pixp, this is equivalent to blitting pixp at each point * in ptas, and then converting the resulting pix to a pta. */ PTA * ptaReplicatePattern(PTA *ptas, PIX *pixp, PTA *ptap, l_int32 cx, l_int32 cy, l_int32 w, l_int32 h) { l_int32 i, j, n, np, x, y, xp, yp, xf, yf; PTA *ptat, *ptad; PROCNAME("ptaReplicatePattern"); if (!ptas) return (PTA *)ERROR_PTR("ptas not defined", procName, NULL); if (!pixp && !ptap) return (PTA *)ERROR_PTR("no pattern is defined", procName, NULL); if (pixp && ptap) L_WARNING("pixp and ptap defined; using ptap\n", procName); n = ptaGetCount(ptas); ptad = ptaCreate(n); if (ptap) ptat = ptaClone(ptap); else ptat = ptaGetPixelsFromPix(pixp, NULL); np = ptaGetCount(ptat); for (i = 0; i < n; i++) { ptaGetIPt(ptas, i, &x, &y); for (j = 0; j < np; j++) { ptaGetIPt(ptat, j, &xp, &yp); xf = x - cx + xp; yf = y - cy + yp; if (xf >= 0 && xf < w && yf >= 0 && yf < h) ptaAddPt(ptad, xf, yf); } } ptaDestroy(&ptat); return ptad; } /*! * pixDisplayPtaa() * * Input: pixs (1, 2, 4, 8, 16 or 32 bpp) * ptaa (array of paths to be plotted) * Return: pixd (32 bpp RGB version of pixs, with paths plotted * in different colors), or null on error */ PIX * pixDisplayPtaa(PIX *pixs, PTAA *ptaa) { l_int32 i, j, w, h, npta, npt, x, y, rv, gv, bv; l_uint32 *pixela; NUMA *na1, *na2, *na3; PIX *pixd; PTA *pta; PROCNAME("pixDisplayPtaa"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!ptaa) return (PIX *)ERROR_PTR("ptaa not defined", procName, NULL); npta = ptaaGetCount(ptaa); if (npta == 0) return (PIX *)ERROR_PTR("no pta", procName, NULL); if ((pixd = pixConvertTo32(pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixGetDimensions(pixd, &w, &h, NULL); /* Make a colormap for the paths */ if ((pixela = (l_uint32 *)CALLOC(npta, sizeof(l_uint32))) == NULL) return (PIX *)ERROR_PTR("calloc fail for pixela", procName, NULL); na1 = numaPseudorandomSequence(256, 14657); na2 = numaPseudorandomSequence(256, 34631); na3 = numaPseudorandomSequence(256, 54617); for (i = 0; i < npta; i++) { numaGetIValue(na1, i % 256, &rv); numaGetIValue(na2, i % 256, &gv); numaGetIValue(na3, i % 256, &bv); composeRGBPixel(rv, gv, bv, &pixela[i]); } numaDestroy(&na1); numaDestroy(&na2); numaDestroy(&na3); for (i = 0; i < npta; i++) { pta = ptaaGetPta(ptaa, i, L_CLONE); npt = ptaGetCount(pta); for (j = 0; j < npt; j++) { ptaGetIPt(pta, j, &x, &y); if (x < 0 || x >= w || y < 0 || y >= h) continue; pixSetPixel(pixd, x, y, pixela[i]); } ptaDestroy(&pta); } FREE(pixela); return pixd; } leptonica-1.70/src/jbclass.h0000644000175000017500000001566212270566043014105 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ #ifndef LEPTONICA_JBCLASS_H #define LEPTONICA_JBCLASS_H /* * jbclass.h * * JbClasser * JbData */ /* The JbClasser struct holds all the data accumulated during the * classification process that can be used for a compressed * jbig2-type representation of a set of images. This is created * in an initialization process and added to as the selected components * on each successive page are analyzed. */ struct JbClasser { struct Sarray *safiles; /* input page image file names */ l_int32 method; /* JB_RANKHAUS, JB_CORRELATION */ l_int32 components; /* JB_CONN_COMPS, JB_CHARACTERS or */ /* JB_WORDS */ l_int32 maxwidth; /* max component width allowed */ l_int32 maxheight; /* max component height allowed */ l_int32 npages; /* number of pages already processed */ l_int32 baseindex; /* number of components already processed */ /* on fully processed pages */ struct Numa *nacomps; /* number of components on each page */ l_int32 sizehaus; /* size of square struct element for haus */ l_float32 rankhaus; /* rank val of haus match, each way */ l_float32 thresh; /* thresh value for correlation score */ l_float32 weightfactor; /* corrects thresh value for heaver */ /* components; use 0 for no correction */ struct Numa *naarea; /* w * h of each template, without extra */ /* border pixels */ l_int32 w; /* max width of original src images */ l_int32 h; /* max height of original src images */ l_int32 nclass; /* current number of classes */ l_int32 keep_pixaa; /* If zero, pixaa isn't filled */ struct Pixaa *pixaa; /* instances for each class; unbordered */ struct Pixa *pixat; /* templates for each class; bordered */ /* and not dilated */ struct Pixa *pixatd; /* templates for each class; bordered */ /* and dilated */ struct NumaHash *nahash; /* Hash table to find templates by size */ struct Numa *nafgt; /* fg areas of undilated templates; */ /* only used for rank < 1.0 */ struct Pta *ptac; /* centroids of all bordered cc */ struct Pta *ptact; /* centroids of all bordered template cc */ struct Numa *naclass; /* array of class ids for each component */ struct Numa *napage; /* array of page nums for each component */ struct Pta *ptaul; /* array of UL corners at which the */ /* template is to be placed for each */ /* component */ struct Pta *ptall; /* similar to ptaul, but for LL corners */ }; typedef struct JbClasser JBCLASSER; /* The JbData struct holds all the data required for * the compressed jbig-type representation of a set of images. * The data can be written to file, read back, and used * to regenerate an approximate version of the original, * which differs in two ways from the original: * (1) It uses a template image for each c.c. instead of the * original instance, for each occurrence on each page. * (2) It discards components with either a height or width larger * than the maximuma, given here by the lattice dimensions * used for storing the templates. */ struct JbData { struct Pix *pix; /* template composite for all classes */ l_int32 npages; /* number of pages */ l_int32 w; /* max width of original page images */ l_int32 h; /* max height of original page images */ l_int32 nclass; /* number of classes */ l_int32 latticew; /* lattice width for template composite */ l_int32 latticeh; /* lattice height for template composite */ struct Numa *naclass; /* array of class ids for each component */ struct Numa *napage; /* array of page nums for each component */ struct Pta *ptaul; /* array of UL corners at which the */ /* template is to be placed for each */ /* component */ }; typedef struct JbData JBDATA; /* Classifier methods */ enum { JB_RANKHAUS = 0, JB_CORRELATION = 1 }; /* For jbGetComponents(): type of component to extract from images */ enum { JB_CONN_COMPS = 0, JB_CHARACTERS = 1, JB_WORDS = 2 }; /* These parameters are used for naming the two files * in which the jbig2-like compressed data is stored. */ #define JB_TEMPLATE_EXT ".templates.png" #define JB_DATA_EXT ".data" #endif /* LEPTONICA_JBCLASS_H */ leptonica-1.70/src/morphtemplate1.txt0000644000175000017500000002005311707052573016006 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /*! * Top-level fast binary morphology with auto-generated sels * --- * PIX *pixMorphDwa_*() --- * PIX *pixFMorphopGen_*() */ #include #include "allheaders.h" --- This file is: morphtemplate1.txt --- --- We need to include these prototypes: --- PIX *pixMorphDwa_*(PIX *pixd, PIX *pixs, l_int32 operation, --- char *selname); --- PIX *pixFMorphopGen_*(PIX *pixd, PIX *pixs, l_int32 operation, --- char *selname); --- l_int32 fmorphopgen_low_*(l_uint32 *datad, l_int32 w, l_int32 h, --- l_int32 wpld, l_uint32 *datas, --- l_int32 wpls, l_int32 index); --- --- We need to input two static globals here: --- static l_int32 NUM_SELS_GENERATED = ; --- static char SEL_NAMES[][80] = {"", "", ...}; /*! --- * pixMorphDwa_*() * * Input: pixd (usual 3 choices: null, == pixs, != pixs) * pixs (1 bpp) * operation (L_MORPH_DILATE, L_MORPH_ERODE, * L_MORPH_OPEN, L_MORPH_CLOSE) * sel name * Return: pixd * * Notes: * (1) This simply adds a border, calls the appropriate * pixFMorphopGen_*(), and removes the border. * See the notes for that function. * (2) The size of the border depends on the operation * and the boundary conditions. */ PIX * --- pixMorphDwa_*(PIX *pixd, PIX *pixs, l_int32 operation, char *selname) { l_int32 bordercolor, bordersize; PIX *pixt1, *pixt2, *pixt3; --- PROCNAME("pixMorpDwa_*"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs must be 1 bpp", procName, pixd); /* Set the border size */ bordercolor = getMorphBorderPixelColor(L_MORPH_ERODE, 1); bordersize = 32; if (bordercolor == 0 && operation == L_MORPH_CLOSE) bordersize += 32; pixt1 = pixAddBorder(pixs, bordersize, 0); --- pixt2 = pixFMorphopGen_*(NULL, pixt1, operation, selname); pixt3 = pixRemoveBorder(pixt2, bordersize); pixDestroy(&pixt1); pixDestroy(&pixt2); if (!pixd) return pixt3; pixCopy(pixd, pixt3); pixDestroy(&pixt3); return pixd; } /*! --- * pixFMorphopGen_*() * * Input: pixd (usual 3 choices: null, == pixs, != pixs) * pixs (1 bpp) * operation (L_MORPH_DILATE, L_MORPH_ERODE, * L_MORPH_OPEN, L_MORPH_CLOSE) * sel name * Return: pixd * * Notes: * (1) This is a dwa operation, and the Sels must be limited in * size to not more than 31 pixels about the origin. * (2) A border of appropriate size (32 pixels, or 64 pixels * for safe closing with asymmetric b.c.) must be added before * this function is called. * (3) This handles all required setting of the border pixels * before erosion and dilation. * (4) The closing operation is safe; no pixels can be removed * near the boundary. */ PIX * --- pixFMorphopGen_*(PIX *pixd, PIX *pixs, l_int32 operation, char *selname) { l_int32 i, index, found, w, h, wpls, wpld, bordercolor, erodeop, borderop; l_uint32 *datad, *datas, *datat; PIX *pixt; --- PROCNAME("pixFMorphopGen_*"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs must be 1 bpp", procName, pixd); /* Get boundary colors to use */ bordercolor = getMorphBorderPixelColor(L_MORPH_ERODE, 1); if (bordercolor == 1) erodeop = PIX_SET; else erodeop = PIX_CLR; found = FALSE; for (i = 0; i < NUM_SELS_GENERATED; i++) { if (strcmp(selname, SEL_NAMES[i]) == 0) { found = TRUE; index = 2 * i; break; } } if (found == FALSE) return (PIX *)ERROR_PTR("sel index not found", procName, pixd); if (!pixd) { if ((pixd = pixCreateTemplate(pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } else /* for in-place or pre-allocated */ pixResizeImageData(pixd, pixs); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); /* The images must be surrounded, in advance, with a border of * size 32 pixels (or 64, for closing), that we'll read from. * Fabricate a "proper" image as the subimage within the 32 * pixel border, having the following parameters: */ w = pixGetWidth(pixs) - 64; h = pixGetHeight(pixs) - 64; datas = pixGetData(pixs) + 32 * wpls + 1; datad = pixGetData(pixd) + 32 * wpld + 1; if (operation == L_MORPH_DILATE || operation == L_MORPH_ERODE) { borderop = PIX_CLR; if (operation == L_MORPH_ERODE) { borderop = erodeop; index++; } if (pixd == pixs) { /* in-place; generate a temp image */ if ((pixt = pixCopy(NULL, pixs)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, pixd); datat = pixGetData(pixt) + 32 * wpls + 1; pixSetOrClearBorder(pixt, 32, 32, 32, 32, borderop); --- fmorphopgen_low_*(datad, w, h, wpld, datat, wpls, index); pixDestroy(&pixt); } else { /* not in-place */ pixSetOrClearBorder(pixs, 32, 32, 32, 32, borderop); --- fmorphopgen_low_*(datad, w, h, wpld, datas, wpls, index); } } else { /* opening or closing; generate a temp image */ if ((pixt = pixCreateTemplate(pixs)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, pixd); datat = pixGetData(pixt) + 32 * wpls + 1; if (operation == L_MORPH_OPEN) { pixSetOrClearBorder(pixs, 32, 32, 32, 32, erodeop); --- fmorphopgen_low_*(datat, w, h, wpls, datas, wpls, index + 1); pixSetOrClearBorder(pixt, 32, 32, 32, 32, PIX_CLR); --- fmorphopgen_low_*(datad, w, h, wpld, datat, wpls, index); } else { /* closing */ pixSetOrClearBorder(pixs, 32, 32, 32, 32, PIX_CLR); --- fmorphopgen_low_*(datat, w, h, wpls, datas, wpls, index); pixSetOrClearBorder(pixt, 32, 32, 32, 32, erodeop); --- fmorphopgen_low_*(datad, w, h, wpld, datat, wpls, index + 1); } pixDestroy(&pixt); } return pixd; } leptonica-1.70/src/dewarp.h0000644000175000017500000002261412106766261013743 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ #ifndef LEPTONICA_DEWARP_H #define LEPTONICA_DEWARP_H /* * dewarp.h * * Data structure to hold arrays and results for generating * horizontal and vertical disparity arrays based on textlines. * Each disparity array is two-dimensional. The vertical disparity * array gives a vertical displacement, relative to the lowest point * in the textlines. The horizontal disparty array gives a horizontal * displacement, relative to the minimum values (for even pages) * or maximum values (for odd pages) of the left and right ends of * full textlines. Horizontal alignment always involves translations * away from the book gutter. * * We have intentionally separated the process of building models * from the rendering process that uses the models. For any page, * the building operation either creates an actual model (that is, * a model with at least the vertical disparity being computed, and * for which the 'success' flag is set) or fails to create a model. * However, at rendering time, a page can have one of two different * types of models. * (1) A valid model is an actual model that meets the rendering * constraints, which are limits on model curvature parameters. * See dewarpaTestForValidModel() for details. * Valid models are identified by dewarpaInsertRefModels(), * which sets the 'vvalid' and 'hvalid' fields. Only valid * models are used for rendering. * (2) A reference model is used by a page that doesn't have * a valid model, but has a nearby valid model of the same * parity (even/odd page) that it can use. The range in pages * to search for a valid model is given by the 'maxdist' field. * * If a valid vertical disparity model (VDM) is not available, * just use the input image. Otherwise, assuming the VDM is available: * (a) with useboth == 0, we use only the VDM. * (b) with useboth == 1, we require using the VDM and, if a valid * horizontal disparity model (HDM) is available, we also use it. * * The 'maxdist' parameter is input when the dewarpa is created. * The other rendering parameters have default values given in dewarp.c. * All parameters used by rendering can be set (or reset) using accessors. * * After dewarping, use of the VDM will cause all points on each * altered curve to have a y-value equal to the minimum. Use of * the HDA will cause the left and right edges of the textlines * to be vertically aligned if they had been typeset flush-left * and flush-right, respectively. * * The sampled disparity arrays are expanded to full resolution, * using linear interpolation, and this is further expanded * by slope continuation to the right and below if the image * is larger than the full resolution disparity arrays. Then * the disparity correction can be applied to the input image. * If the input pix are 2x reduced, the expansion from sampled * to full res uses the product of (sampling) * (redfactor). * * The most accurate results are produced at full resolution, and * this is generally recommended. */ /* Note on versioning of the serialization of this data structure: * The dewarping utility and the stored data can be expected to change. * In most situations, the serialized version is ephemeral -- it is * not needed after being used. No functions will be provided to * convert between different versions. */ #define DEWARP_VERSION_NUMBER 3 struct L_Dewarpa { l_int32 nalloc; /* size of dewarp ptr array */ l_int32 maxpage; /* maximum page number in array */ struct L_Dewarp **dewarp; /* array of ptrs to page dewarp */ struct L_Dewarp **dewarpcache; /* array of ptrs to cached dewarps */ struct Numa *namodels; /* list of page numbers for pages */ /* with page models */ struct Numa *napages; /* list of page numbers with either */ /* page models or ref page models */ l_int32 redfactor; /* reduction factor of input: 1 or 2 */ l_int32 sampling; /* disparity arrays sampling factor */ l_int32 minlines; /* min number of long lines required */ l_int32 maxdist; /* max distance for getting ref pages */ l_int32 max_linecurv; /* maximum abs line curvature, */ /* in micro-units */ l_int32 min_diff_linecurv; /* minimum abs diff line curvature */ /* in micro-units */ l_int32 max_diff_linecurv; /* maximum abs diff line curvature */ /* in micro-units */ l_int32 max_edgecurv; /* maximum abs left or right edge */ /* curvature, in micro-units */ l_int32 max_diff_edgecurv; /* maximum abs diff left-right */ /* edge curvature, in micro-units */ l_int32 useboth; /* use both disparity arrays if */ /* available; just vertical otherwise */ l_int32 modelsready; /* invalid models have been removed */ /* and refs built against valid set */ }; typedef struct L_Dewarpa L_DEWARPA; struct L_Dewarp { struct L_Dewarpa *dewa; /* ptr to parent (not owned) */ struct Pix *pixs; /* source pix, 1 bpp */ struct FPix *sampvdispar; /* sampled vert disparity array */ struct FPix *samphdispar; /* sampled horiz disparity array */ struct FPix *fullvdispar; /* full vert disparity array */ struct FPix *fullhdispar; /* full horiz disparity array */ struct Numa *namidys; /* sorted y val of midpoint each line */ struct Numa *nacurves; /* sorted curvature of each line */ l_int32 w; /* width of source image */ l_int32 h; /* height of source image */ l_int32 pageno; /* page number; important for reuse */ l_int32 sampling; /* sampling factor of disparity arrays */ l_int32 redfactor; /* reduction factor of pixs: 1 or 2 */ l_int32 minlines; /* min number of long lines required */ l_int32 nlines; /* number of long lines found */ l_int32 mincurv; /* min line curvature in micro-units */ l_int32 maxcurv; /* max line curvature in micro-units */ l_int32 leftcurv; /* left edge curvature in micro-units */ l_int32 rightcurv; /* right edge curvature in micro-units */ l_int32 nx; /* number of sampling pts in x-dir */ l_int32 ny; /* number of sampling pts in y-dir */ l_int32 hasref; /* 0 if normal; 1 if has a refpage */ l_int32 refpage; /* page with disparity model to use */ l_int32 vsuccess; /* sets to 1 if vert disparity builds */ l_int32 hsuccess; /* sets to 1 if horiz disparity builds */ l_int32 vvalid; /* sets to 1 if valid vert disparity */ l_int32 hvalid; /* sets to 1 if valid horiz disparity */ l_int32 debug; /* sets to 1 if debug output requested */ }; typedef struct L_Dewarp L_DEWARP; #endif /* LEPTONICA_DEWARP_H */ leptonica-1.70/src/psio2.c0000664000175000017500000030151112267060452013503 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * psio2.c * * |=============================================================| * | Important note | * |=============================================================| * | Some of these functions require libtiff, libjpeg and libz. | * | If you do not have these libraries, you must set | * | #define USE_PSIO 0 | * | in environ.h. This will link psio2stub.c | * |=============================================================| * * These are lower-level functions that implement a PostScript * "device driver" for wrapping images in PostScript. The images * can be rendered by a PostScript interpreter for viewing, * using evince or gv. They can also be rasterized for printing, * using gs or an embedded interpreter in a PostScript printer. * And they can be converted to a pdf using gs (ps2pdf). * * For uncompressed images * l_int32 pixWritePSEmbed() * l_int32 pixWriteStreamPS() * char *pixWriteStringPS() * char *generateUncompressedPS() * void getScaledParametersPS() * l_int32 convertByteToHexAscii() * * For jpeg compressed images (use dct compression) * l_int32 convertJpegToPSEmbed() * l_int32 convertJpegToPS() * l_int32 convertJpegToPSString() * char *generateJpegPS() * L_COMP_DATA *pixGenerateJpegData() * L_COMP_DATA *l_generateJpegData() * void l_compdataDestroy() * * For g4 fax compressed images (use ccitt g4 compression) * l_int32 convertG4ToPSEmbed() * l_int32 convertG4ToPS() * l_int32 convertG4ToPSString() * char *generateG4PS() * L_COMP_DATA *pixGenerateG4Data() * L_COMP_DATA *l_generateG4Data() * * For multipage tiff images * l_int32 convertTiffMultipageToPS() * * For flate (gzip) compressed images (e.g., png) * l_int32 convertFlateToPSEmbed() * l_int32 convertFlateToPS() * l_int32 convertFlateToPSString() * char *generateFlatePS() * L_COMP_DATA *l_generateFlateData() * L_COMP_DATA *pixGenerateFlateData() * * For compressed images in general * l_int32 l_generateCIData() * l_int32 pixGenerateCIData() * * Write to memory * l_int32 pixWriteMemPS() * * Converting resolution * l_int32 getResLetterPage() * l_int32 getResA4Page() * * Utility for encoding and decoding data with ascii85 * char *encodeAscii85() * static l_int32 *convertChunkToAscii85() * l_uint8 *decodeAscii85() * * Setting flag for writing bounding box hint * void l_psWriteBoundingBox() * * See psio1.c for higher-level functions and their usage. */ #include #include "allheaders.h" /* --------------------------------------------*/ #if USE_PSIO /* defined in environ.h */ /* --------------------------------------------*/ /* Set default for writing bounding box hint */ static l_int32 var_PS_WRITE_BOUNDING_BOX = 1; static const l_int32 L_BUF_SIZE = 512; static const l_int32 DEFAULT_INPUT_RES = 300; /* typical scan res, ppi */ static const l_int32 MIN_RES = 5; static const l_int32 MAX_RES = 3000; static const l_int32 MAX_85_LINE_COUNT = 64; /* max line length ascii85 */ /* For computing resolution that fills page to desired amount */ static const l_int32 LETTER_WIDTH = 612; /* points */ static const l_int32 LETTER_HEIGHT = 792; /* points */ static const l_int32 A4_WIDTH = 595; /* points */ static const l_int32 A4_HEIGHT = 842; /* points */ static const l_float32 DEFAULT_FILL_FRACTION = 0.95; static const l_uint32 power85[5] = {1, 85, 85 * 85, 85 * 85 * 85, 85 * 85 * 85 * 85}; static l_int32 convertChunkToAscii85(l_uint8 *inarray, l_int32 insize, l_int32 *pindex, char *outbuf, l_int32 *pnbout); #ifndef NO_CONSOLE_IO #define DEBUG_JPEG 0 #define DEBUG_G4 0 #define DEBUG_FLATE 0 #endif /* ~NO_CONSOLE_IO */ /* Note that the bounding box hint at the top of the generated PostScript * file is required for the "*Embed" functions. These generate a * PostScript file for an individual image that can be translated and * scaled by an application that embeds the image in its output * (e.g., in the PS output from a TeX file). * However, bounding box hints should not be embedded in any * PostScript image that will be composited with other images, * where more than one image may be placed in an arbitrary location * on a page. */ /*-------------------------------------------------------------* * For uncompressed images * *-------------------------------------------------------------*/ /*! * pixWritePSEmbed() * * Input: filein (input file, all depths, colormap OK) * fileout (output ps file) * Return: 0 if OK, 1 on error * * Notes: * (1) This is a simple wrapper function that generates an * uncompressed PS file, with a bounding box. * (2) The bounding box is required when a program such as TeX * (through epsf) places and rescales the image. * (3) The bounding box is sized for fitting the image to an * 8.5 x 11.0 inch page. */ l_int32 pixWritePSEmbed(const char *filein, const char *fileout) { l_int32 w, h; l_float32 scale; FILE *fp; PIX *pix; PROCNAME("pixWritePSEmbed"); if (!filein) return ERROR_INT("filein not defined", procName, 1); if (!fileout) return ERROR_INT("fileout not defined", procName, 1); if ((pix = pixRead(filein)) == NULL) return ERROR_INT("image not read from file", procName, 1); w = pixGetWidth(pix); h = pixGetHeight(pix); if (w * 11.0 > h * 8.5) scale = 8.5 * 300. / (l_float32)w; else scale = 11.0 * 300. / (l_float32)h; if ((fp = fopenWriteStream(fileout, "wb")) == NULL) return ERROR_INT("file not opened for write", procName, 1); pixWriteStreamPS(fp, pix, NULL, 0, scale); fclose(fp); pixDestroy(&pix); return 0; } /*! * pixWriteStreamPS() * * Input: stream * pix * box () * res (can use 0 for default of 300 ppi) * scale (to prevent scaling, use either 1.0 or 0.0) * Return: 0 if OK; 1 on error * * Notes: * (1) This writes image in PS format, optionally scaled, * adjusted for the printer resolution, and with * a bounding box. * (2) For details on use of parameters, see pixWriteStringPS(). */ l_int32 pixWriteStreamPS(FILE *fp, PIX *pix, BOX *box, l_int32 res, l_float32 scale) { char *outstr; l_int32 length; PIX *pixc; PROCNAME("pixWriteStreamPS"); if (!fp) return (l_int32)ERROR_INT("stream not open", procName, 1); if (!pix) return (l_int32)ERROR_INT("pix not defined", procName, 1); if ((pixc = pixConvertForPSWrap(pix)) == NULL) return (l_int32)ERROR_INT("pixc not made", procName, 1); outstr = pixWriteStringPS(pixc, box, res, scale); length = strlen(outstr); fwrite(outstr, 1, length, fp); FREE(outstr); pixDestroy(&pixc); return 0; } /*! * pixWriteStringPS() * * Input: pixs: all depths, colormap OK * box: (a) If box == null, image is placed, optionally scaled, * in a standard b.b. at the center of the page. * This is to be used when another program like * TeX (through epsf) places the image. * (b) If box != null, image is placed without a * b.b. at the specified page location and with * (optional) scaling. This is to be used when * you want to specify exactly where (and optionally * how big) you want the image to be. * Note that all coordinates are in PS convention, * with (0,0) at LL corner of the page: * (x,y) location of LL corner of image, in mils. * (w,h) scaled size, in mils. Use 0 to * scale with "scale" and "res" input. * res: resolution, in printer ppi. Use 0 for default (300 ppi). * scale: scale factor. If no scaling is desired, use * either 1.0 or 0.0. Scaling just resets the resolution * parameter; the actual scaling is done in the * interpreter at rendering time. This is important: * it allows you to scale the image up without * increasing the file size. * Return: ps string if OK, or null on error * * Notes: * (1) OK, this seems a bit complicated, because there are various * ways to scale and not to scale. Here's a summary: * (2) If you don't want any scaling at all: * * if you are using a box: * set w = 0, h = 0, and use scale = 1.0; it will print * each pixel unscaled at printer resolution * * if you are not using a box: * set scale = 1.0; it will print at printer resolution * (3) If you want the image to be a certain size in inches: * * you must use a box and set the box (w,h) in mils * (4) If you want the image to be scaled by a scale factor != 1.0: * * if you are using a box: * set w = 0, h = 0, and use the desired scale factor; * the higher the printer resolution, the smaller the * image will actually appear. * * if you are not using a box: * set the desired scale factor; the higher the printer * resolution, the smaller the image will actually appear. * (5) Another complication is the proliferation of distance units: * * The interface distances are in milli-inches. * * Three different units are used internally: * - pixels (units of 1/res inch) * - printer pts (units of 1/72 inch) * - inches * * Here is a quiz on volume units from a reviewer: * How many UK milli-cups in a US kilo-teaspoon? * (Hint: 1.0 US cup = 0.75 UK cup + 0.2 US gill; * 1.0 US gill = 24.0 US teaspoons) */ char * pixWriteStringPS(PIX *pixs, BOX *box, l_int32 res, l_float32 scale) { char nib1, nib2; char *hexdata, *outstr; l_uint8 byteval; l_int32 i, j, k, w, h, d; l_float32 wpt, hpt, xpt, ypt; l_int32 wpl, psbpl, hexbytes, boxflag, bps; l_uint32 *line, *data; PIX *pix; PROCNAME("pixWriteStringPS"); if (!pixs) return (char *)ERROR_PTR("pixs not defined", procName, NULL); if ((pix = pixConvertForPSWrap(pixs)) == NULL) return (char *)ERROR_PTR("pix not made", procName, NULL); pixGetDimensions(pix, &w, &h, &d); /* Get the factors by which PS scales and translates, in pts */ if (!box) boxflag = 0; /* no scaling; b.b. at center */ else boxflag = 1; /* no b.b., specify placement and optional scaling */ getScaledParametersPS(box, w, h, res, scale, &xpt, &ypt, &wpt, &hpt); if (d == 1) bps = 1; /* bits/sample */ else /* d == 8 || d == 32 */ bps = 8; /* Convert image data to hex string. psbpl is the number of * bytes in each raster line when it is packed to the byte * boundary (not the 32 bit word boundary, as with the pix). * When converted to hex, the hex string has 2 bytes for * every byte of raster data. */ wpl = pixGetWpl(pix); if (d == 1 || d == 8) psbpl = (w * d + 7) / 8; else /* d == 32 */ psbpl = 3 * w; data = pixGetData(pix); hexbytes = 2 * psbpl * h; /* size of ps hex array */ if ((hexdata = (char *)CALLOC(hexbytes + 1, sizeof(char))) == NULL) return (char *)ERROR_PTR("hexdata not made", procName, NULL); if (d == 1 || d == 8) { for (i = 0, k = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < psbpl; j++) { byteval = GET_DATA_BYTE(line, j); convertByteToHexAscii(byteval, &nib1, &nib2); hexdata[k++] = nib1; hexdata[k++] = nib2; } } } else { /* d == 32; hexdata bytes packed RGBRGB..., 2 per sample */ for (i = 0, k = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < w; j++) { byteval = GET_DATA_BYTE(line + j, 0); /* red */ convertByteToHexAscii(byteval, &nib1, &nib2); hexdata[k++] = nib1; hexdata[k++] = nib2; byteval = GET_DATA_BYTE(line + j, 1); /* green */ convertByteToHexAscii(byteval, &nib1, &nib2); hexdata[k++] = nib1; hexdata[k++] = nib2; byteval = GET_DATA_BYTE(line + j, 2); /* blue */ convertByteToHexAscii(byteval, &nib1, &nib2); hexdata[k++] = nib1; hexdata[k++] = nib2; } } } hexdata[k] = '\0'; outstr = generateUncompressedPS(hexdata, w, h, d, psbpl, bps, xpt, ypt, wpt, hpt, boxflag); if (!outstr) return (char *)ERROR_PTR("outstr not made", procName, NULL); pixDestroy(&pix); return outstr; } /*! * generateUncompressedPS() * * Input: hexdata * w, h (raster image size in pixels) * d (image depth in bpp; rgb is 32) * psbpl (raster bytes/line, when packed to the byte boundary) * bps (bits/sample: either 1 or 8) * xpt, ypt (location of LL corner of image, in pts, relative * to the PostScript origin (0,0) at the LL corner * of the page) * wpt, hpt (rendered image size in pts) * boxflag (1 to print out bounding box hint; 0 to skip) * Return: PS string, or null on error * * Notes: * (1) Low-level function. */ char * generateUncompressedPS(char *hexdata, l_int32 w, l_int32 h, l_int32 d, l_int32 psbpl, l_int32 bps, l_float32 xpt, l_float32 ypt, l_float32 wpt, l_float32 hpt, l_int32 boxflag) { char *outstr; char bigbuf[L_BUF_SIZE]; SARRAY *sa; PROCNAME("generateUncompressedPS"); if (!hexdata) return (char *)ERROR_PTR("hexdata not defined", procName, NULL); if ((sa = sarrayCreate(0)) == NULL) return (char *)ERROR_PTR("sa not made", procName, NULL); sarrayAddString(sa, (char *)"%!Adobe-PS", L_COPY); if (boxflag == 0) { sprintf(bigbuf, "%%%%BoundingBox: %7.2f %7.2f %7.2f %7.2f", xpt, ypt, xpt + wpt, ypt + hpt); sarrayAddString(sa, bigbuf, L_COPY); } else { /* boxflag == 1 */ sarrayAddString(sa, (char *)"gsave", L_COPY); } if (d == 1) sarrayAddString(sa, (char *)"{1 exch sub} settransfer %invert binary", L_COPY); sprintf(bigbuf, "/bpl %d string def %%bpl as a string", psbpl); sarrayAddString(sa, bigbuf, L_COPY); sprintf(bigbuf, "%7.2f %7.2f translate %%set image origin in pts", xpt, ypt); sarrayAddString(sa, bigbuf, L_COPY); sprintf(bigbuf, "%7.2f %7.2f scale %%set image size in pts", wpt, hpt); sarrayAddString(sa, bigbuf, L_COPY); sprintf(bigbuf, "%d %d %d %%image dimensions in pixels", w, h, bps); sarrayAddString(sa, bigbuf, L_COPY); sprintf(bigbuf, "[%d %d %d %d %d %d] %%mapping matrix: [w 0 0 -h 0 h]", w, 0, 0, -h, 0, h); sarrayAddString(sa, bigbuf, L_COPY); if (boxflag == 0) { if (d == 1 || d == 8) sarrayAddString(sa, (char *)"{currentfile bpl readhexstring pop} image", L_COPY); else /* d == 32 */ sarrayAddString(sa, (char *)"{currentfile bpl readhexstring pop} false 3 colorimage", L_COPY); } else { /* boxflag == 1 */ if (d == 1 || d == 8) sarrayAddString(sa, (char *)"{currentfile bpl readhexstring pop} bind image", L_COPY); else /* d == 32 */ sarrayAddString(sa, (char *)"{currentfile bpl readhexstring pop} bind false 3 colorimage", L_COPY); } sarrayAddString(sa, hexdata, L_INSERT); if (boxflag == 0) sarrayAddString(sa, (char *)"\nshowpage", L_COPY); else /* boxflag == 1 */ sarrayAddString(sa, (char *)"\ngrestore", L_COPY); if ((outstr = sarrayToString(sa, 1)) == NULL) return (char *)ERROR_PTR("outstr not made", procName, NULL); sarrayDestroy(&sa); return outstr; } /*! * getScaledParametersPS() * * Input: box ( location of image in mils; with * (x,y) being the LL corner) * wpix (pix width in pixels) * hpix (pix height in pixels) * res (of printer; use 0 for default) * scale (use 1.0 or 0.0 for no scaling) * &xpt (location of llx in pts) * &ypt (location of lly in pts) * &wpt (image width in pts) * &hpt (image height in pts) * Return: void (no arg checking) * * Notes: * (1) The image is always scaled, depending on res and scale. * (2) If no box, the image is centered on the page. * (3) If there is a box, the image is placed within it. */ void getScaledParametersPS(BOX *box, l_int32 wpix, l_int32 hpix, l_int32 res, l_float32 scale, l_float32 *pxpt, l_float32 *pypt, l_float32 *pwpt, l_float32 *phpt) { l_int32 bx, by, bw, bh; l_float32 winch, hinch, xinch, yinch, fres; PROCNAME("getScaledParametersPS"); if (res == 0) res = DEFAULT_INPUT_RES; fres = (l_float32)res; /* Allow the PS interpreter to scale the resolution */ if (scale == 0.0) scale = 1.0; if (scale != 1.0) { fres = (l_float32)res / scale; res = (l_int32)fres; } /* Limit valid resolution interval */ if (res < MIN_RES || res > MAX_RES) { L_WARNING("res %d out of bounds; using default res; no scaling\n", procName, res); res = DEFAULT_INPUT_RES; fres = (l_float32)res; } if (!box) { /* center on page */ winch = (l_float32)wpix / fres; hinch = (l_float32)hpix / fres; xinch = (8.5 - winch) / 2.; yinch = (11.0 - hinch) / 2.; } else { boxGetGeometry(box, &bx, &by, &bw, &bh); if (bw == 0) winch = (l_float32)wpix / fres; else winch = (l_float32)bw / 1000.; if (bh == 0) hinch = (l_float32)hpix / fres; else hinch = (l_float32)bh / 1000.; xinch = (l_float32)bx / 1000.; yinch = (l_float32)by / 1000.; } if (xinch < 0) L_WARNING("left edge < 0.0 inch\n", procName); if (xinch + winch > 8.5) L_WARNING("right edge > 8.5 inch\n", procName); if (yinch < 0.0) L_WARNING("bottom edge < 0.0 inch\n", procName); if (yinch + hinch > 11.0) L_WARNING("top edge > 11.0 inch\n", procName); *pwpt = 72. * winch; *phpt = 72. * hinch; *pxpt = 72. * xinch; *pypt = 72. * yinch; return; } /*! * convertByteToHexAscii() * * Input: byteval (input byte) * &nib1, &nib2 ( two hex ascii characters) * Return: void */ void convertByteToHexAscii(l_uint8 byteval, char *pnib1, char *pnib2) { l_uint8 nib; nib = byteval >> 4; if (nib < 10) *pnib1 = '0' + nib; else *pnib1 = 'a' + (nib - 10); nib = byteval & 0xf; if (nib < 10) *pnib2 = '0' + nib; else *pnib2 = 'a' + (nib - 10); return; } /*-------------------------------------------------------------* * For jpeg compressed images * *-------------------------------------------------------------*/ /*! * convertJpegToPSEmbed() * * Input: filein (input jpeg file) * fileout (output ps file) * Return: 0 if OK, 1 on error * * Notes: * (1) This function takes a jpeg file as input and generates a DCT * compressed, ascii85 encoded PS file, with a bounding box. * (2) The bounding box is required when a program such as TeX * (through epsf) places and rescales the image. * (3) The bounding box is sized for fitting the image to an * 8.5 x 11.0 inch page. */ l_int32 convertJpegToPSEmbed(const char *filein, const char *fileout) { char *outstr; l_int32 w, h, nbytes; l_float32 xpt, ypt, wpt, hpt; L_COMP_DATA *cid; PROCNAME("convertJpegToPSEmbed"); if (!filein) return ERROR_INT("filein not defined", procName, 1); if (!fileout) return ERROR_INT("fileout not defined", procName, 1); /* Generate the ascii encoded jpeg data */ if ((cid = l_generateJpegData(filein, 1)) == NULL) return ERROR_INT("jpeg data not made", procName, 1); w = cid->w; h = cid->h; /* Scale for 20 pt boundary and otherwise full filling * in one direction on 8.5 x 11 inch device */ xpt = 20.0; ypt = 20.0; if (w * 11.0 > h * 8.5) { wpt = 572.0; /* 612 - 2 * 20 */ hpt = wpt * (l_float32)h / (l_float32)w; } else { hpt = 752.0; /* 792 - 2 * 20 */ wpt = hpt * (l_float32)w / (l_float32)h; } /* Generate the PS. * The bounding box information should be inserted (default). */ outstr = generateJpegPS(filein, cid, xpt, ypt, wpt, hpt, 1, 1); if (!outstr) return ERROR_INT("outstr not made", procName, 1); nbytes = strlen(outstr); if (l_binaryWrite(fileout, "w", outstr, nbytes)) return ERROR_INT("ps string not written to file", procName, 1); FREE(outstr); l_compdataDestroy(&cid); return 0; } /*! * convertJpegToPS() * * Input: filein (input jpeg file) * fileout (output ps file) * operation ("w" for write; "a" for append) * x, y (location of LL corner of image, in pixels, relative * to the PostScript origin (0,0) at the LL corner * of the page) * res (resolution of the input image, in ppi; use 0 for default) * scale (scaling by printer; use 0.0 or 1.0 for no scaling) * pageno (page number; must start with 1; you can use 0 * if there is only one page) * endpage (boolean: use TRUE if this is the last image to be * added to the page; FALSE otherwise) * Return: 0 if OK, 1 on error * * Notes: * (1) This is simpler to use than pixWriteStringPS(), and * it outputs in level 2 PS as compressed DCT (overlaid * with ascii85 encoding). * (2) An output file can contain multiple pages, each with * multiple images. The arguments to convertJpegToPS() * allow you to control placement of jpeg images on multiple * pages within a PostScript file. * (3) For the first image written to a file, use "w", which * opens for write and clears the file. For all subsequent * images written to that file, use "a". * (4) The (x, y) parameters give the LL corner of the image * relative to the LL corner of the page. They are in * units of pixels if scale = 1.0. If you use (e.g.) * scale = 2.0, the image is placed at (2x, 2y) on the page, * and the image dimensions are also doubled. * (5) Display vs printed resolution: * * If your display is 75 ppi and your image was created * at a resolution of 300 ppi, you can get the image * to print at the same size as it appears on your display * by either setting scale = 4.0 or by setting res = 75. * Both tell the printer to make a 4x enlarged image. * * If your image is generated at 150 ppi and you use scale = 1, * it will be rendered such that 150 pixels correspond * to 72 pts (1 inch on the printer). This function does * the conversion from pixels (with or without scaling) to * pts, which are the units that the printer uses. * * The printer will choose its own resolution to use * in rendering the image, which will not affect the size * of the rendered image. That is because the output * PostScript file describes the geometry in terms of pts, * which are defined to be 1/72 inch. The printer will * only see the size of the image in pts, through the * scale and translate parameters and the affine * transform (the ImageMatrix) of the image. * (6) To render multiple images on the same page, set * endpage = FALSE for each image until you get to the * last, for which you set endpage = TRUE. This causes the * "showpage" command to be invoked. Showpage outputs * the entire page and clears the raster buffer for the * next page to be added. Without a "showpage", * subsequent images from the next page will overlay those * previously put down. * (7) For multiple pages, increment the page number, starting * with page 1. This allows PostScript (and PDF) to build * a page directory, which viewers use for navigation. */ l_int32 convertJpegToPS(const char *filein, const char *fileout, const char *operation, l_int32 x, l_int32 y, l_int32 res, l_float32 scale, l_int32 pageno, l_int32 endpage) { char *outstr; l_int32 nbytes; PROCNAME("convertJpegToPS"); if (!filein) return ERROR_INT("filein not defined", procName, 1); if (!fileout) return ERROR_INT("fileout not defined", procName, 1); if (strcmp(operation, "w") && strcmp(operation, "a")) return ERROR_INT("operation must be \"w\" or \"a\"", procName, 1); if (convertJpegToPSString(filein, &outstr, &nbytes, x, y, res, scale, pageno, endpage)) return ERROR_INT("ps string not made", procName, 1); if (l_binaryWrite(fileout, operation, outstr, nbytes)) return ERROR_INT("ps string not written to file", procName, 1); FREE(outstr); return 0; } /*! * convertJpegToPSString() * * Generates PS string in jpeg format from jpeg file * * Input: filein (input jpeg file) * &poutstr ( PS string) * &nbytes ( number of bytes in PS string) * x, y (location of LL corner of image, in pixels, relative * to the PostScript origin (0,0) at the LL corner * of the page) * res (resolution of the input image, in ppi; use 0 for default) * scale (scaling by printer; use 0.0 or 1.0 for no scaling) * pageno (page number; must start with 1; you can use 0 * if there is only one page) * endpage (boolean: use TRUE if this is the last image to be * added to the page; FALSE otherwise) * Return: 0 if OK, 1 on error * * Notes: * (1) For usage, see convertJpegToPS() */ l_int32 convertJpegToPSString(const char *filein, char **poutstr, l_int32 *pnbytes, l_int32 x, l_int32 y, l_int32 res, l_float32 scale, l_int32 pageno, l_int32 endpage) { char *outstr; l_float32 xpt, ypt, wpt, hpt; L_COMP_DATA *cid; PROCNAME("convertJpegToPSString"); if (!poutstr) return ERROR_INT("&outstr not defined", procName, 1); if (!pnbytes) return ERROR_INT("&nbytes not defined", procName, 1); *poutstr = NULL; *pnbytes = 0; if (!filein) return ERROR_INT("filein not defined", procName, 1); /* Generate the ascii encoded jpeg data */ if ((cid = l_generateJpegData(filein, 1)) == NULL) return ERROR_INT("jpeg data not made", procName, 1); /* Get scaled location in pts. Guess the input scan resolution * based on the input parameter @res, the resolution data in * the pix, and the size of the image. */ if (scale == 0.0) scale = 1.0; if (res <= 0) { if (cid->res > 0) res = cid->res; else res = DEFAULT_INPUT_RES; } /* Get scaled location in pts */ if (scale == 0.0) scale = 1.0; if (res == 0) res = DEFAULT_INPUT_RES; xpt = scale * x * 72. / res; ypt = scale * y * 72. / res; wpt = scale * cid->w * 72. / res; hpt = scale * cid->h * 72. / res; if (pageno == 0) pageno = 1; #if DEBUG_JPEG fprintf(stderr, "w = %d, h = %d, bps = %d, spp = %d\n", cid->w, cid->h, cid->bps, cid->spp); fprintf(stderr, "comp bytes = %ld, nbytes85 = %ld, ratio = %5.3f\n", (unsigned long)cid->nbytescomp, (unsigned long)cid->nbytes85, (l_float32)cid->nbytes85 / (l_float32)cid->nbytescomp); fprintf(stderr, "xpt = %7.2f, ypt = %7.2f, wpt = %7.2f, hpt = %7.2f\n", xpt, ypt, wpt, hpt); #endif /* DEBUG_JPEG */ /* Generate the PS */ outstr = generateJpegPS(filein, cid, xpt, ypt, wpt, hpt, pageno, endpage); if (!outstr) return ERROR_INT("outstr not made", procName, 1); *poutstr = outstr; *pnbytes = strlen(outstr); l_compdataDestroy(&cid); return 0; } /*! * generateJpegPS() * * Input: filein ( input jpeg filename; can be null) * cid (jpeg compressed image data) * xpt, ypt (location of LL corner of image, in pts, relative * to the PostScript origin (0,0) at the LL corner * of the page) * wpt, hpt (rendered image size in pts) * pageno (page number; must start with 1; you can use 0 * if there is only one page.) * endpage (boolean: use TRUE if this is the last image to be * added to the page; FALSE otherwise) * Return: PS string, or null on error * * Notes: * (1) Low-level function. */ char * generateJpegPS(const char *filein, L_COMP_DATA *cid, l_float32 xpt, l_float32 ypt, l_float32 wpt, l_float32 hpt, l_int32 pageno, l_int32 endpage) { l_int32 w, h, bps, spp; char *outstr; char bigbuf[L_BUF_SIZE]; SARRAY *sa; PROCNAME("generateJpegPS"); if (!cid) return (char *)ERROR_PTR("jpeg data not defined", procName, NULL); w = cid->w; h = cid->h; bps = cid->bps; spp = cid->spp; if ((sa = sarrayCreate(50)) == NULL) return (char *)ERROR_PTR("sa not made", procName, NULL); sarrayAddString(sa, (char *)"%!PS-Adobe-3.0", L_COPY); sarrayAddString(sa, (char *)"%%Creator: leptonica", L_COPY); if (filein) { sprintf(bigbuf, "%%%%Title: %s", filein); sarrayAddString(sa, bigbuf, L_COPY); } sarrayAddString(sa, (char *)"%%DocumentData: Clean7Bit", L_COPY); if (var_PS_WRITE_BOUNDING_BOX == 1) { sprintf(bigbuf, "%%%%BoundingBox: %7.2f %7.2f %7.2f %7.2f", xpt, ypt, xpt + wpt, ypt + hpt); sarrayAddString(sa, bigbuf, L_COPY); } sarrayAddString(sa, (char *)"%%LanguageLevel: 2", L_COPY); sarrayAddString(sa, (char *)"%%EndComments", L_COPY); sprintf(bigbuf, "%%%%Page: %d %d", pageno, pageno); sarrayAddString(sa, bigbuf, L_COPY); sarrayAddString(sa, (char *)"save", L_COPY); sarrayAddString(sa, (char *)"/RawData currentfile /ASCII85Decode filter def", L_COPY); sarrayAddString(sa, (char *)"/Data RawData << >> /DCTDecode filter def", L_COPY); sprintf(bigbuf, "%7.2f %7.2f translate %%set image origin in pts", xpt, ypt); sarrayAddString(sa, bigbuf, L_COPY); sprintf(bigbuf, "%7.2f %7.2f scale %%set image size in pts", wpt, hpt); sarrayAddString(sa, bigbuf, L_COPY); if (spp == 1) sarrayAddString(sa, (char *)"/DeviceGray setcolorspace", L_COPY); else if (spp == 3) sarrayAddString(sa, (char *)"/DeviceRGB setcolorspace", L_COPY); else /*spp == 4 */ sarrayAddString(sa, (char *)"/DeviceCMYK setcolorspace", L_COPY); sarrayAddString(sa, (char *)"{ << /ImageType 1", L_COPY); sprintf(bigbuf, " /Width %d", w); sarrayAddString(sa, bigbuf, L_COPY); sprintf(bigbuf, " /Height %d", h); sarrayAddString(sa, bigbuf, L_COPY); sprintf(bigbuf, " /ImageMatrix [ %d 0 0 %d 0 %d ]", w, -h, h); sarrayAddString(sa, bigbuf, L_COPY); sarrayAddString(sa, (char *)" /DataSource Data", L_COPY); sprintf(bigbuf, " /BitsPerComponent %d", bps); sarrayAddString(sa, bigbuf, L_COPY); if (spp == 1) sarrayAddString(sa, (char *)" /Decode [0 1]", L_COPY); else if (spp == 3) sarrayAddString(sa, (char *)" /Decode [0 1 0 1 0 1]", L_COPY); else /* spp == 4 */ sarrayAddString(sa, (char *)" /Decode [0 1 0 1 0 1 0 1]", L_COPY); sarrayAddString(sa, (char *)" >> image", L_COPY); sarrayAddString(sa, (char *)" Data closefile", L_COPY); sarrayAddString(sa, (char *)" RawData flushfile", L_COPY); if (endpage == TRUE) sarrayAddString(sa, (char *)" showpage", L_COPY); sarrayAddString(sa, (char *)" restore", L_COPY); sarrayAddString(sa, (char *)"} exec", L_COPY); /* Insert the ascii85 jpeg data; this is now owned by sa */ sarrayAddString(sa, cid->data85, L_INSERT); cid->data85 = NULL; /* it has been transferred and destroyed */ /* Generate and return the output string */ outstr = sarrayToString(sa, 1); sarrayDestroy(&sa); return outstr; } /*! * pixGenerateJpegData() * * Input: pixs (8 or 32 bpp, no colormap) * ascii85flag (0 for jpeg; 1 for ascii85-encoded jpeg) * quality (0 for default, which is 75) * Return: cid (jpeg compressed data), or null on error * * Notes: * (1) Set ascii85flag: * - 0 for binary data (not permitted in PostScript) * - 1 for ascii85 (5 for 4) encoded binary data */ L_COMP_DATA * pixGenerateJpegData(PIX *pixs, l_int32 ascii85flag, l_int32 quality) { l_int32 d; char *fname; L_COMP_DATA *cid; PROCNAME("pixGenerateJpegData"); if (!pixs) return (L_COMP_DATA *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetColormap(pixs)) return (L_COMP_DATA *)ERROR_PTR("pixs has colormap", procName, NULL); d = pixGetDepth(pixs); if (d != 8 && d != 32) return (L_COMP_DATA *)ERROR_PTR("pixs not 8 or 32 bpp", procName, NULL); /* Compress to a temp jpeg file */ fname = genTempFilename("/tmp", "temp.jpg", 1, 1); pixWriteJpeg(fname, pixs, quality, 0); cid = l_generateJpegData(fname, ascii85flag); lept_rm(NULL, fname); lept_free(fname); return cid; } /*! * l_generateJpegData() * * Input: fname (of jpeg file) * ascii85flag (0 for jpeg; 1 for ascii85-encoded jpeg) * Return: cid (containing jpeg data), or null on error * * Notes: * (1) Set ascii85flag: * - 0 for binary data (not permitted in PostScript) * - 1 for ascii85 (5 for 4) encoded binary data * (not permitted in pdf) */ L_COMP_DATA * l_generateJpegData(const char *fname, l_int32 ascii85flag) { l_uint8 *datacomp = NULL; /* entire jpeg compressed file */ char *data85 = NULL; /* ascii85 encoded jpeg compressed file */ l_int32 w, h, xres, yres, bps, spp; l_int32 nbytes85; size_t nbytescomp; FILE *fp; L_COMP_DATA *cid; PROCNAME("l_generateJpegData"); if (!fname) return (L_COMP_DATA *)ERROR_PTR("fname not defined", procName, NULL); /* The returned jpeg data in memory is the entire jpeg file, * which starts with ffd8 and ends with ffd9 */ if ((datacomp = l_binaryRead(fname, &nbytescomp)) == NULL) return (L_COMP_DATA *)ERROR_PTR("datacomp not extracted", procName, NULL); /* Read the metadata */ if ((fp = fopenReadStream(fname)) == NULL) return (L_COMP_DATA *)ERROR_PTR("stream not opened", procName, NULL); freadHeaderJpeg(fp, &w, &h, &spp, NULL, NULL); bps = 8; fgetJpegResolution(fp, &xres, &yres); fclose(fp); /* Optionally, encode the compressed data */ if (ascii85flag == 1) { data85 = encodeAscii85(datacomp, nbytescomp, &nbytes85); FREE(datacomp); if (!data85) return (L_COMP_DATA *)ERROR_PTR("data85 not made", procName, NULL); else data85[nbytes85 - 1] = '\0'; /* remove the newline */ } cid = (L_COMP_DATA *)CALLOC(1, sizeof(L_COMP_DATA)); if (!cid) return (L_COMP_DATA *)ERROR_PTR("cid not made", procName, NULL); if (ascii85flag == 0) { cid->datacomp = datacomp; } else { /* ascii85 */ cid->data85 = data85; cid->nbytes85 = nbytes85; } cid->type = L_JPEG_ENCODE; cid->nbytescomp = nbytescomp; cid->w = w; cid->h = h; cid->bps = bps; cid->spp = spp; cid->res = xres; return cid; } /*! * l_compdataDestroy() * * Input: &cid () * Return: void */ void l_compdataDestroy(L_COMP_DATA **pcid) { L_COMP_DATA *cid; PROCNAME("l_compdataDestroy"); if (pcid == NULL) { L_WARNING("ptr address is null!\n", procName); return; } if ((cid = *pcid) == NULL) return; if (cid->datacomp) FREE(cid->datacomp); if (cid->data85) FREE(cid->data85); if (cid->cmapdata85) FREE(cid->cmapdata85); if (cid->cmapdatahex) FREE(cid->cmapdatahex); FREE(cid); *pcid = NULL; return; } /*-------------------------------------------------------------* * For ccitt g4 compressed images * *-------------------------------------------------------------*/ /*! * convertG4ToPSEmbed() * * Input: filein (input tiff file) * fileout (output ps file) * Return: 0 if OK, 1 on error * * Notes: * (1) This function takes a g4 compressed tif file as input and * generates a g4 compressed, ascii85 encoded PS file, with * a bounding box. * (2) The bounding box is required when a program such as TeX * (through epsf) places and rescales the image. * (3) The bounding box is sized for fitting the image to an * 8.5 x 11.0 inch page. * (4) We paint this through a mask, over whatever is below. */ l_int32 convertG4ToPSEmbed(const char *filein, const char *fileout) { char *outstr; l_int32 w, h, nbytes; l_float32 xpt, ypt, wpt, hpt; L_COMP_DATA *cid; PROCNAME("convertG4ToPSEmbed"); if (!filein) return ERROR_INT("filein not defined", procName, 1); if (!fileout) return ERROR_INT("fileout not defined", procName, 1); if ((cid = l_generateG4Data(filein, 1)) == NULL) return ERROR_INT("g4 data not made", procName, 1); w = cid->w; h = cid->h; /* Scale for 20 pt boundary and otherwise full filling * in one direction on 8.5 x 11 inch device */ xpt = 20.0; ypt = 20.0; if (w * 11.0 > h * 8.5) { wpt = 572.0; /* 612 - 2 * 20 */ hpt = wpt * (l_float32)h / (l_float32)w; } else { hpt = 752.0; /* 792 - 2 * 20 */ wpt = hpt * (l_float32)w / (l_float32)h; } /* Generate the PS, painting through the image mask. * The bounding box information should be inserted (default). */ outstr = generateG4PS(filein, cid, xpt, ypt, wpt, hpt, 1, 1, 1); if (!outstr) return ERROR_INT("outstr not made", procName, 1); nbytes = strlen(outstr); if (l_binaryWrite(fileout, "w", outstr, nbytes)) return ERROR_INT("ps string not written to file", procName, 1); FREE(outstr); l_compdataDestroy(&cid); return 0; } /*! * convertG4ToPS() * * Input: filein (input tiff g4 file) * fileout (output ps file) * operation ("w" for write; "a" for append) * x, y (location of LL corner of image, in pixels, relative * to the PostScript origin (0,0) at the LL corner * of the page) * res (resolution of the input image, in ppi; typ. values * are 300 and 600; use 0 for automatic determination * based on image size) * scale (scaling by printer; use 0.0 or 1.0 for no scaling) * pageno (page number; must start with 1; you can use 0 * if there is only one page.) * maskflag (boolean: use TRUE if just painting through fg; * FALSE if painting both fg and bg. * endpage (boolean: use TRUE if this is the last image to be * added to the page; FALSE otherwise) * Return: 0 if OK, 1 on error * * Notes: * (1) See the usage comments in convertJpegToPS(), some of * which are repeated here. * (2) This is a wrapper for tiff g4. The PostScript that * is generated is expanded by about 5/4 (due to the * ascii85 encoding. If you convert to pdf (ps2pdf), the * ascii85 decoder is automatically invoked, so that the * pdf wrapped g4 file is essentially the same size as * the original g4 file. It's useful to have the PS * file ascii85 encoded, because many printers will not * print binary PS files. * (3) For the first image written to a file, use "w", which * opens for write and clears the file. For all subsequent * images written to that file, use "a". * (4) To render multiple images on the same page, set * endpage = FALSE for each image until you get to the * last, for which you set endpage = TRUE. This causes the * "showpage" command to be invoked. Showpage outputs * the entire page and clears the raster buffer for the * next page to be added. Without a "showpage", * subsequent images from the next page will overlay those * previously put down. * (5) For multiple images to the same page, where you are writing * both jpeg and tiff-g4, you have two options: * (a) write the g4 first, as either image (maskflag == FALSE) * or imagemask (maskflag == TRUE), and then write the * jpeg over it. * (b) write the jpeg first and as the last item, write * the g4 as an imagemask (maskflag == TRUE), to paint * through the foreground only. * We have this flexibility with the tiff-g4 because it is 1 bpp. * (6) For multiple pages, increment the page number, starting * with page 1. This allows PostScript (and PDF) to build * a page directory, which viewers use for navigation. */ l_int32 convertG4ToPS(const char *filein, const char *fileout, const char *operation, l_int32 x, l_int32 y, l_int32 res, l_float32 scale, l_int32 pageno, l_int32 maskflag, l_int32 endpage) { char *outstr; l_int32 nbytes; PROCNAME("convertG4ToPS"); if (!filein) return ERROR_INT("filein not defined", procName, 1); if (!fileout) return ERROR_INT("fileout not defined", procName, 1); if (strcmp(operation, "w") && strcmp(operation, "a")) return ERROR_INT("operation must be \"w\" or \"a\"", procName, 1); if (convertG4ToPSString(filein, &outstr, &nbytes, x, y, res, scale, pageno, maskflag, endpage)) return ERROR_INT("ps string not made", procName, 1); if (l_binaryWrite(fileout, operation, outstr, nbytes)) return ERROR_INT("ps string not written to file", procName, 1); FREE(outstr); return 0; } /*! * convertG4ToPSString() * * Input: filein (input tiff g4 file) * &poutstr ( PS string) * &nbytes ( number of bytes in PS string) * x, y (location of LL corner of image, in pixels, relative * to the PostScript origin (0,0) at the LL corner * of the page) * res (resolution of the input image, in ppi; typ. values * are 300 and 600; use 0 for automatic determination * based on image size) * scale (scaling by printer; use 0.0 or 1.0 for no scaling) * pageno (page number; must start with 1; you can use 0 * if there is only one page.) * maskflag (boolean: use TRUE if just painting through fg; * FALSE if painting both fg and bg. * endpage (boolean: use TRUE if this is the last image to be * added to the page; FALSE otherwise) * Return: 0 if OK, 1 on error * * Notes: * (1) Generates PS string in G4 compressed tiff format from G4 tiff file. * (2) For usage, see convertG4ToPS(). */ l_int32 convertG4ToPSString(const char *filein, char **poutstr, l_int32 *pnbytes, l_int32 x, l_int32 y, l_int32 res, l_float32 scale, l_int32 pageno, l_int32 maskflag, l_int32 endpage) { char *outstr; l_float32 xpt, ypt, wpt, hpt; L_COMP_DATA *cid; PROCNAME("convertG4ToPSString"); if (!poutstr) return ERROR_INT("&outstr not defined", procName, 1); if (!pnbytes) return ERROR_INT("&nbytes not defined", procName, 1); *poutstr = NULL; *pnbytes = 0; if (!filein) return ERROR_INT("filein not defined", procName, 1); if ((cid = l_generateG4Data(filein, 1)) == NULL) return ERROR_INT("g4 data not made", procName, 1); /* Get scaled location in pts. Guess the input scan resolution * based on the input parameter @res, the resolution data in * the pix, and the size of the image. */ if (scale == 0.0) scale = 1.0; if (res <= 0) { if (cid->res > 0) { res = cid->res; } else { if (cid->h <= 3509) /* A4 height at 300 ppi */ res = 300; else res = 600; } } xpt = scale * x * 72. / res; ypt = scale * y * 72. / res; wpt = scale * cid->w * 72. / res; hpt = scale * cid->h * 72. / res; if (pageno == 0) pageno = 1; #if DEBUG_G4 fprintf(stderr, "w = %d, h = %d, minisblack = %d\n", cid->w, cid->h, cid->minisblack); fprintf(stderr, "comp bytes = %ld, nbytes85 = %ld\n", (unsigned long)cid->nbytescomp, (unsigned long)cid->nbytes85); fprintf(stderr, "xpt = %7.2f, ypt = %7.2f, wpt = %7.2f, hpt = %7.2f\n", xpt, ypt, wpt, hpt); #endif /* DEBUG_G4 */ /* Generate the PS */ outstr = generateG4PS(filein, cid, xpt, ypt, wpt, hpt, maskflag, pageno, endpage); if (!outstr) return ERROR_INT("outstr not made", procName, 1); *poutstr = outstr; *pnbytes = strlen(outstr); l_compdataDestroy(&cid); return 0; } /*! * generateG4PS() * * Input: filein ( input tiff g4 file; can be null) * cid (g4 compressed image data) * xpt, ypt (location of LL corner of image, in pts, relative * to the PostScript origin (0,0) at the LL corner * of the page) * wpt, hpt (rendered image size in pts) * maskflag (boolean: use TRUE if just painting through fg; * FALSE if painting both fg and bg. * pageno (page number; must start with 1; you can use 0 * if there is only one page.) * endpage (boolean: use TRUE if this is the last image to be * added to the page; FALSE otherwise) * Return: PS string, or null on error * * Notes: * (1) Low-level function. */ char * generateG4PS(const char *filein, L_COMP_DATA *cid, l_float32 xpt, l_float32 ypt, l_float32 wpt, l_float32 hpt, l_int32 maskflag, l_int32 pageno, l_int32 endpage) { l_int32 w, h; char *outstr; char bigbuf[L_BUF_SIZE]; SARRAY *sa; PROCNAME("generateG4PS"); if (!cid) return (char *)ERROR_PTR("g4 data not defined", procName, NULL); w = cid->w; h = cid->h; if ((sa = sarrayCreate(50)) == NULL) return (char *)ERROR_PTR("sa not made", procName, NULL); sarrayAddString(sa, (char *)"%!PS-Adobe-3.0", L_COPY); sarrayAddString(sa, (char *)"%%Creator: leptonica", L_COPY); if (filein) { sprintf(bigbuf, "%%%%Title: %s", filein); sarrayAddString(sa, bigbuf, L_COPY); } sarrayAddString(sa, (char *)"%%DocumentData: Clean7Bit", L_COPY); if (var_PS_WRITE_BOUNDING_BOX == 1) { sprintf(bigbuf, "%%%%BoundingBox: %7.2f %7.2f %7.2f %7.2f", xpt, ypt, xpt + wpt, ypt + hpt); sarrayAddString(sa, bigbuf, L_COPY); } sarrayAddString(sa, (char *)"%%LanguageLevel: 2", L_COPY); sarrayAddString(sa, (char *)"%%EndComments", L_COPY); sprintf(bigbuf, "%%%%Page: %d %d", pageno, pageno); sarrayAddString(sa, bigbuf, L_COPY); sarrayAddString(sa, (char *)"save", L_COPY); sarrayAddString(sa, (char *)"100 dict begin", L_COPY); sprintf(bigbuf, "%7.2f %7.2f translate %%set image origin in pts", xpt, ypt); sarrayAddString(sa, bigbuf, L_COPY); sprintf(bigbuf, "%7.2f %7.2f scale %%set image size in pts", wpt, hpt); sarrayAddString(sa, bigbuf, L_COPY); sarrayAddString(sa, (char *)"/DeviceGray setcolorspace", L_COPY); sarrayAddString(sa, (char *)"{", L_COPY); sarrayAddString(sa, (char *)" /RawData currentfile /ASCII85Decode filter def", L_COPY); sarrayAddString(sa, (char *)" << ", L_COPY); sarrayAddString(sa, (char *)" /ImageType 1", L_COPY); sprintf(bigbuf, " /Width %d", w); sarrayAddString(sa, bigbuf, L_COPY); sprintf(bigbuf, " /Height %d", h); sarrayAddString(sa, bigbuf, L_COPY); sprintf(bigbuf, " /ImageMatrix [ %d 0 0 %d 0 %d ]", w, -h, h); sarrayAddString(sa, bigbuf, L_COPY); sarrayAddString(sa, (char *)" /BitsPerComponent 1", L_COPY); sarrayAddString(sa, (char *)" /Interpolate true", L_COPY); if (cid->minisblack) sarrayAddString(sa, (char *)" /Decode [1 0]", L_COPY); else /* miniswhite; typical for 1 bpp */ sarrayAddString(sa, (char *)" /Decode [0 1]", L_COPY); sarrayAddString(sa, (char *)" /DataSource RawData", L_COPY); sarrayAddString(sa, (char *)" <<", L_COPY); sarrayAddString(sa, (char *)" /K -1", L_COPY); sprintf(bigbuf, " /Columns %d", w); sarrayAddString(sa, bigbuf, L_COPY); sprintf(bigbuf, " /Rows %d", h); sarrayAddString(sa, bigbuf, L_COPY); sarrayAddString(sa, (char *)" >> /CCITTFaxDecode filter", L_COPY); if (maskflag == TRUE) /* just paint through the fg */ sarrayAddString(sa, (char *)" >> imagemask", L_COPY); else /* Paint full image */ sarrayAddString(sa, (char *)" >> image", L_COPY); sarrayAddString(sa, (char *)" RawData flushfile", L_COPY); if (endpage == TRUE) sarrayAddString(sa, (char *)" showpage", L_COPY); sarrayAddString(sa, (char *)"}", L_COPY); sarrayAddString(sa, (char *)"%%BeginData:", L_COPY); sarrayAddString(sa, (char *)"exec", L_COPY); /* Insert the ascii85 ccittg4 data; this is now owned by sa */ sarrayAddString(sa, cid->data85, L_INSERT); /* Concat the trailing data */ sarrayAddString(sa, (char *)"%%EndData", L_COPY); sarrayAddString(sa, (char *)"end", L_COPY); sarrayAddString(sa, (char *)"restore", L_COPY); outstr = sarrayToString(sa, 1); sarrayDestroy(&sa); cid->data85 = NULL; /* it has been transferred and destroyed */ return outstr; } /*! * pixGenerateG4Data() * * Input: pixs (1 bpp) * ascii85flag (0 for gzipped; 1 for ascii85-encoded gzipped) * Return: cid (g4 compressed image data), or null on error * * Notes: * (1) Set ascii85flag: * - 0 for binary data (not permitted in PostScript) * - 1 for ascii85 (5 for 4) encoded binary data */ L_COMP_DATA * pixGenerateG4Data(PIX *pixs, l_int32 ascii85flag) { char *tname; L_COMP_DATA *cid; PROCNAME("pixGenerateG4Data"); if (!pixs) return (L_COMP_DATA *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (L_COMP_DATA *)ERROR_PTR("pixs not 1 bpp", procName, NULL); /* Compress to a temp tiff g4 file */ tname = genTempFilename("/tmp", "temp.tif", 1, 1); pixWrite(tname, pixs, IFF_TIFF_G4); cid = l_generateG4Data(tname, ascii85flag); lept_rm(NULL, tname); lept_free(tname); return cid; } /*! * l_generateG4Data() * * Input: fname (of g4 compressed file) * ascii85flag (0 for g4 compressed; 1 for ascii85-encoded g4) * Return: cid (g4 compressed image data), or null on error * * Notes: * (1) Set ascii85flag: * - 0 for binary data (not permitted in PostScript) * - 1 for ascii85 (5 for 4) encoded binary data * (not permitted in pdf) */ L_COMP_DATA * l_generateG4Data(const char *fname, l_int32 ascii85flag) { l_uint8 *datacomp = NULL; /* g4 compressed raster data */ char *data85 = NULL; /* ascii85 encoded g4 compressed data */ l_int32 w, h, xres, yres; l_int32 minisblack; /* TRUE or FALSE */ l_int32 nbytes85; size_t nbytescomp; L_COMP_DATA *cid; FILE *fp; PROCNAME("l_generateG4Data"); if (!fname) return (L_COMP_DATA *)ERROR_PTR("fname not defined", procName, NULL); /* The returned ccitt g4 data in memory is the block of * bytes in the tiff file, starting after 8 bytes and * ending before the directory. */ if (extractG4DataFromFile(fname, &datacomp, &nbytescomp, &w, &h, &minisblack)) { return (L_COMP_DATA *)ERROR_PTR("datacomp not extracted", procName, NULL); } /* Read the resolution */ if ((fp = fopenReadStream(fname)) == NULL) return (L_COMP_DATA *)ERROR_PTR("stream not opened", procName, NULL); getTiffResolution(fp, &xres, &yres); fclose(fp); /* Optionally, encode the compressed data */ if (ascii85flag == 1) { data85 = encodeAscii85(datacomp, nbytescomp, &nbytes85); FREE(datacomp); if (!data85) return (L_COMP_DATA *)ERROR_PTR("data85 not made", procName, NULL); else data85[nbytes85 - 1] = '\0'; /* remove the newline */ } cid = (L_COMP_DATA *)CALLOC(1, sizeof(L_COMP_DATA)); if (!cid) return (L_COMP_DATA *)ERROR_PTR("cid not made", procName, NULL); if (ascii85flag == 0) { cid->datacomp = datacomp; } else { /* ascii85 */ cid->data85 = data85; cid->nbytes85 = nbytes85; } cid->type = L_G4_ENCODE; cid->nbytescomp = nbytescomp; cid->w = w; cid->h = h; cid->bps = 1; cid->spp = 1; cid->minisblack = minisblack; cid->res = xres; return cid; } /*-------------------------------------------------------------* * For tiff multipage files * *-------------------------------------------------------------*/ /*! * convertTiffMultipageToPS() * * Input: filein (input tiff multipage file) * fileout (output ps file) * tempfile ( for temporary g4 tiffs; * use NULL for default) * factor (for filling 8.5 x 11 inch page; * use 0.0 for DEFAULT_FILL_FRACTION) * Return: 0 if OK, 1 on error * * Notes: * (1) This converts a multipage tiff file of binary page images * into a ccitt g4 compressed PS file. * (2) If the images are generated from a standard resolution fax, * the vertical resolution is doubled to give a normal-looking * aspect ratio. */ l_int32 convertTiffMultipageToPS(const char *filein, const char *fileout, const char *tempfile, l_float32 fillfract) { const char tempdefault[] = "/tmp/junk_temp_g4.tif"; const char *tempname; l_int32 i, npages, w, h, istiff; l_float32 scale; PIX *pix, *pixs; FILE *fp; PROCNAME("convertTiffMultipageToPS"); if (!filein) return ERROR_INT("filein not defined", procName, 1); if (!fileout) return ERROR_INT("fileout not defined", procName, 1); if ((fp = fopenReadStream(filein)) == NULL) return ERROR_INT("file not found", procName, 1); istiff = fileFormatIsTiff(fp); if (!istiff) { fclose(fp); return ERROR_INT("file not tiff format", procName, 1); } tiffGetCount(fp, &npages); fclose(fp); if (tempfile) tempname = tempfile; else tempname = tempdefault; if (fillfract == 0.0) fillfract = DEFAULT_FILL_FRACTION; for (i = 0; i < npages; i++) { if ((pix = pixReadTiff(filein, i)) == NULL) return ERROR_INT("pix not made", procName, 1); w = pixGetWidth(pix); h = pixGetHeight(pix); if (w == 1728 && h < w) /* it's a std res fax */ pixs = pixScale(pix, 1.0, 2.0); else pixs = pixClone(pix); pixWrite(tempname, pixs, IFF_TIFF_G4); scale = L_MIN(fillfract * 2550 / w, fillfract * 3300 / h); if (i == 0) convertG4ToPS(tempname, fileout, "w", 0, 0, 300, scale, i + 1, FALSE, TRUE); else convertG4ToPS(tempname, fileout, "a", 0, 0, 300, scale, i + 1, FALSE, TRUE); pixDestroy(&pix); pixDestroy(&pixs); } return 0; } /*---------------------------------------------------------------------* * For flate (gzip) compressed images (e.g., png) * *---------------------------------------------------------------------*/ /*! * convertFlateToPSEmbed() * * Input: filein (input file -- any format) * fileout (output ps file) * Return: 0 if OK, 1 on error * * Notes: * (1) This function takes any image file as input and generates a * flate-compressed, ascii85 encoded PS file, with a bounding box. * (2) The bounding box is required when a program such as TeX * (through epsf) places and rescales the image. * (3) The bounding box is sized for fitting the image to an * 8.5 x 11.0 inch page. */ l_int32 convertFlateToPSEmbed(const char *filein, const char *fileout) { char *outstr; l_int32 w, h, nbytes; l_float32 xpt, ypt, wpt, hpt; L_COMP_DATA *cid; PROCNAME("convertFlateToPSEmbed"); if (!filein) return ERROR_INT("filein not defined", procName, 1); if (!fileout) return ERROR_INT("fileout not defined", procName, 1); if ((cid = l_generateFlateData(filein, 1)) == NULL) return ERROR_INT("flate data not made", procName, 1); w = cid->w; h = cid->h; /* Scale for 20 pt boundary and otherwise full filling * in one direction on 8.5 x 11 inch device */ xpt = 20.0; ypt = 20.0; if (w * 11.0 > h * 8.5) { wpt = 572.0; /* 612 - 2 * 20 */ hpt = wpt * (l_float32)h / (l_float32)w; } else { hpt = 752.0; /* 792 - 2 * 20 */ wpt = hpt * (l_float32)w / (l_float32)h; } /* Generate the PS. * The bounding box information should be inserted (default). */ outstr = generateFlatePS(filein, cid, xpt, ypt, wpt, hpt, 1, 1); if (!outstr) return ERROR_INT("outstr not made", procName, 1); nbytes = strlen(outstr); if (l_binaryWrite(fileout, "w", outstr, nbytes)) return ERROR_INT("ps string not written to file", procName, 1); FREE(outstr); l_compdataDestroy(&cid); return 0; } /*! * convertFlateToPS() * * Input: filein (input file -- any format) * fileout (output ps file) * operation ("w" for write; "a" for append) * x, y (location of LL corner of image, in pixels, relative * to the PostScript origin (0,0) at the LL corner * of the page) * res (resolution of the input image, in ppi; use 0 for default) * scale (scaling by printer; use 0.0 or 1.0 for no scaling) * pageno (page number; must start with 1; you can use 0 * if there is only one page.) * endpage (boolean: use TRUE if this is the last image to be * added to the page; FALSE otherwise) * Return: 0 if OK, 1 on error * * Notes: * (1) This outputs level 3 PS as flate compressed (overlaid * with ascii85 encoding). * (2) An output file can contain multiple pages, each with * multiple images. The arguments to convertFlateToPS() * allow you to control placement of png images on multiple * pages within a PostScript file. * (3) For the first image written to a file, use "w", which * opens for write and clears the file. For all subsequent * images written to that file, use "a". * (4) The (x, y) parameters give the LL corner of the image * relative to the LL corner of the page. They are in * units of pixels if scale = 1.0. If you use (e.g.) * scale = 2.0, the image is placed at (2x, 2y) on the page, * and the image dimensions are also doubled. * (5) Display vs printed resolution: * * If your display is 75 ppi and your image was created * at a resolution of 300 ppi, you can get the image * to print at the same size as it appears on your display * by either setting scale = 4.0 or by setting res = 75. * Both tell the printer to make a 4x enlarged image. * * If your image is generated at 150 ppi and you use scale = 1, * it will be rendered such that 150 pixels correspond * to 72 pts (1 inch on the printer). This function does * the conversion from pixels (with or without scaling) to * pts, which are the units that the printer uses. * * The printer will choose its own resolution to use * in rendering the image, which will not affect the size * of the rendered image. That is because the output * PostScript file describes the geometry in terms of pts, * which are defined to be 1/72 inch. The printer will * only see the size of the image in pts, through the * scale and translate parameters and the affine * transform (the ImageMatrix) of the image. * (6) To render multiple images on the same page, set * endpage = FALSE for each image until you get to the * last, for which you set endpage = TRUE. This causes the * "showpage" command to be invoked. Showpage outputs * the entire page and clears the raster buffer for the * next page to be added. Without a "showpage", * subsequent images from the next page will overlay those * previously put down. * (7) For multiple pages, increment the page number, starting * with page 1. This allows PostScript (and PDF) to build * a page directory, which viewers use for navigation. */ l_int32 convertFlateToPS(const char *filein, const char *fileout, const char *operation, l_int32 x, l_int32 y, l_int32 res, l_float32 scale, l_int32 pageno, l_int32 endpage) { char *outstr; l_int32 nbytes; PROCNAME("convertFlateToPS"); if (!filein) return ERROR_INT("filein not defined", procName, 1); if (!fileout) return ERROR_INT("fileout not defined", procName, 1); if (strcmp(operation, "w") && strcmp(operation, "a")) return ERROR_INT("operation must be \"w\" or \"a\"", procName, 1); if (convertFlateToPSString(filein, &outstr, &nbytes, x, y, res, scale, pageno, endpage)) return ERROR_INT("ps string not made", procName, 1); if (l_binaryWrite(fileout, operation, outstr, nbytes)) return ERROR_INT("ps string not written to file", procName, 1); FREE(outstr); return 0; } /*! * convertFlateToPSString() * * Generates level 3 PS string in flate compressed format. * * Input: filein (input image file) * &poutstr ( PS string) * &nbytes ( number of bytes in PS string) * x, y (location of LL corner of image, in pixels, relative * to the PostScript origin (0,0) at the LL corner * of the page) * res (resolution of the input image, in ppi; use 0 for default) * scale (scaling by printer; use 0.0 or 1.0 for no scaling) * pageno (page number; must start with 1; you can use 0 * if there is only one page.) * endpage (boolean: use TRUE if this is the last image to be * added to the page; FALSE otherwise) * Return: 0 if OK, 1 on error * * Notes: * (1) The returned PS character array is a null-terminated * ascii string. All the raster data is ascii85 encoded, so * there are no null bytes embedded in it. * (2) The raster encoding is made with gzip, the same as that * in a png file that is compressed without prediction. * The raster data itself is 25% larger than that in the * binary form, due to the ascii85 encoding. * * Usage: See convertFlateToPS() */ l_int32 convertFlateToPSString(const char *filein, char **poutstr, l_int32 *pnbytes, l_int32 x, l_int32 y, l_int32 res, l_float32 scale, l_int32 pageno, l_int32 endpage) { char *outstr; l_float32 xpt, ypt, wpt, hpt; L_COMP_DATA *cid; PROCNAME("convertFlateToPSString"); if (!poutstr) return ERROR_INT("&outstr not defined", procName, 1); if (!pnbytes) return ERROR_INT("&nbytes not defined", procName, 1); *pnbytes = 0; *poutstr = NULL; if (!filein) return ERROR_INT("filein not defined", procName, 1); if ((cid = l_generateFlateData(filein, 1)) == NULL) return ERROR_INT("flate data not made", procName, 1); /* Get scaled location in pts. Guess the input scan resolution * based on the input parameter @res, the resolution data in * the pix, and the size of the image. */ if (scale == 0.0) scale = 1.0; if (res <= 0) { if (cid->res > 0) res = cid->res; else res = DEFAULT_INPUT_RES; } xpt = scale * x * 72. / res; ypt = scale * y * 72. / res; wpt = scale * cid->w * 72. / res; hpt = scale * cid->h * 72. / res; if (pageno == 0) pageno = 1; #if DEBUG_FLATE fprintf(stderr, "w = %d, h = %d, bps = %d, spp = %d\n", cid->w, cid->h, cid->bps, cid->spp); fprintf(stderr, "uncomp bytes = %ld, comp bytes = %ld, nbytes85 = %ld\n", (unsigned long)cid->nbytes, (unsigned long)cid->nbytescomp, (unsigned long)cid->nbytes85); fprintf(stderr, "xpt = %7.2f, ypt = %7.2f, wpt = %7.2f, hpt = %7.2f\n", xpt, ypt, wpt, hpt); #endif /* DEBUG_FLATE */ /* Generate the PS */ outstr = generateFlatePS(filein, cid, xpt, ypt, wpt, hpt, pageno, endpage); if (!outstr) return ERROR_INT("outstr not made", procName, 1); *poutstr = outstr; *pnbytes = strlen(outstr); l_compdataDestroy(&cid); return 0; } /*! * generateFlatePS() * * Input: filein ( input filename; can be null) * cid (flate compressed image data) * xpt, ypt (location of LL corner of image, in pts, relative * to the PostScript origin (0,0) at the LL corner * of the page) * wpt, hpt (rendered image size in pts) * pageno (page number; must start with 1; you can use 0 * if there is only one page) * endpage (boolean: use TRUE if this is the last image to be * added to the page; FALSE otherwise) * Return: PS string, or null on error */ char * generateFlatePS(const char *filein, L_COMP_DATA *cid, l_float32 xpt, l_float32 ypt, l_float32 wpt, l_float32 hpt, l_int32 pageno, l_int32 endpage) { l_int32 w, h, bps, spp; char *outstr; char bigbuf[L_BUF_SIZE]; SARRAY *sa; PROCNAME("generateFlatePS"); if (!cid) return (char *)ERROR_PTR("flate data not defined", procName, NULL); w = cid->w; h = cid->h; bps = cid->bps; spp = cid->spp; if ((sa = sarrayCreate(50)) == NULL) return (char *)ERROR_PTR("sa not made", procName, NULL); sarrayAddString(sa, (char *)"%!PS-Adobe-3.0 EPSF-3.0", L_COPY); sarrayAddString(sa, (char *)"%%Creator: leptonica", L_COPY); if (filein) { sprintf(bigbuf, "%%%%Title: %s", filein); sarrayAddString(sa, bigbuf, L_COPY); } sarrayAddString(sa, (char *)"%%DocumentData: Clean7Bit", L_COPY); if (var_PS_WRITE_BOUNDING_BOX == 1) { sprintf(bigbuf, "%%%%BoundingBox: %7.2f %7.2f %7.2f %7.2f", xpt, ypt, xpt + wpt, ypt + hpt); sarrayAddString(sa, bigbuf, L_COPY); } sarrayAddString(sa, (char *)"%%LanguageLevel: 3", L_COPY); sarrayAddString(sa, (char *)"%%EndComments", L_COPY); sprintf(bigbuf, "%%%%Page: %d %d", pageno, pageno); sarrayAddString(sa, bigbuf, L_COPY); sarrayAddString(sa, (char *)"save", L_COPY); sprintf(bigbuf, "%7.2f %7.2f translate %%set image origin in pts", xpt, ypt); sarrayAddString(sa, bigbuf, L_COPY); sprintf(bigbuf, "%7.2f %7.2f scale %%set image size in pts", wpt, hpt); sarrayAddString(sa, bigbuf, L_COPY); /* If there is a colormap, add the data; it is now owned by sa */ if (cid->cmapdata85) { sprintf(bigbuf, "[ /Indexed /DeviceRGB %d %%set colormap type/size", cid->ncolors - 1); sarrayAddString(sa, bigbuf, L_COPY); sarrayAddString(sa, (char *)" <~", L_COPY); sarrayAddString(sa, cid->cmapdata85, L_INSERT); sarrayAddString(sa, (char *)" ] setcolorspace", L_COPY); } else if (spp == 1) { sarrayAddString(sa, (char *)"/DeviceGray setcolorspace", L_COPY); } else { /* spp == 3 */ sarrayAddString(sa, (char *)"/DeviceRGB setcolorspace", L_COPY); } sarrayAddString(sa, (char *)"/RawData currentfile /ASCII85Decode filter def", L_COPY); sarrayAddString(sa, (char *)"/Data RawData << >> /FlateDecode filter def", L_COPY); sarrayAddString(sa, (char *)"{ << /ImageType 1", L_COPY); sprintf(bigbuf, " /Width %d", w); sarrayAddString(sa, bigbuf, L_COPY); sprintf(bigbuf, " /Height %d", h); sarrayAddString(sa, bigbuf, L_COPY); sprintf(bigbuf, " /BitsPerComponent %d", bps); sarrayAddString(sa, bigbuf, L_COPY); sprintf(bigbuf, " /ImageMatrix [ %d 0 0 %d 0 %d ]", w, -h, h); sarrayAddString(sa, bigbuf, L_COPY); if (cid->cmapdata85) { sarrayAddString(sa, (char *)" /Decode [0 255]", L_COPY); } else if (spp == 1) { if (bps == 1) /* miniswhite photometry */ sarrayAddString(sa, (char *)" /Decode [1 0]", L_COPY); else /* bps > 1 */ sarrayAddString(sa, (char *)" /Decode [0 1]", L_COPY); } else { /* spp == 3 */ sarrayAddString(sa, (char *)" /Decode [0 1 0 1 0 1]", L_COPY); } sarrayAddString(sa, (char *)" /DataSource Data", L_COPY); sarrayAddString(sa, (char *)" >> image", L_COPY); sarrayAddString(sa, (char *)" Data closefile", L_COPY); sarrayAddString(sa, (char *)" RawData flushfile", L_COPY); if (endpage == TRUE) sarrayAddString(sa, (char *)" showpage", L_COPY); sarrayAddString(sa, (char *)" restore", L_COPY); sarrayAddString(sa, (char *)"} exec", L_COPY); /* Insert the ascii85 gzipped data; this is now owned by sa */ sarrayAddString(sa, cid->data85, L_INSERT); /* Generate and return the output string */ outstr = sarrayToString(sa, 1); sarrayDestroy(&sa); cid->cmapdata85 = NULL; /* it has been transferred to sa and destroyed */ cid->data85 = NULL; /* it has been transferred to sa and destroyed */ return outstr; } /*! * l_generateFlateData() * * Input: fname * ascii85flag (0 for gzipped; 1 for ascii85-encoded gzipped) * Return: cid (flate compressed image data), or null on error * * Notes: * (1) The input image is converted to one of these 4 types: * - 1 bpp * - 8 bpp, no colormap * - 8 bpp, colormap * - 32 bpp rgb * (2) Set ascii85flag: * - 0 for binary data (not permitted in PostScript) * - 1 for ascii85 (5 for 4) encoded binary data */ L_COMP_DATA * l_generateFlateData(const char *fname, l_int32 ascii85flag) { L_COMP_DATA *cid; PIX *pixs; PROCNAME("l_generateFlateData"); if (!fname) return (L_COMP_DATA *)ERROR_PTR("fname not defined", procName, NULL); if ((pixs = pixRead(fname)) == NULL) return (L_COMP_DATA *)ERROR_PTR("pixs not made", procName, NULL); cid = pixGenerateFlateData(pixs, ascii85flag); pixDestroy(&pixs); return cid; } /*! * pixGenerateFlateData() * * Input: pixs * ascii85flag (0 for gzipped; 1 for ascii85-encoded gzipped) * Return: cid (flate compressed image data), or null on error */ L_COMP_DATA * pixGenerateFlateData(PIX *pixs, l_int32 ascii85flag) { l_uint8 *data = NULL; /* uncompressed raster data in required format */ l_uint8 *datacomp = NULL; /* gzipped raster data */ char *data85 = NULL; /* ascii85 encoded gzipped raster data */ l_uint8 *cmapdata = NULL; /* uncompressed colormap */ char *cmapdata85 = NULL; /* ascii85 encoded uncompressed colormap */ char *cmapdatahex = NULL; /* hex ascii uncompressed colormap */ l_int32 ncolors; /* in colormap; not used if cmapdata85 is null */ l_int32 bps; /* bits/sample: usually 8 */ l_int32 spp; /* samples/pixel: 1-grayscale/cmap); 3-rgb; 4-rgba */ l_int32 w, h, d, cmapflag; l_int32 ncmapbytes85 = 0; l_int32 nbytes85 = 0; size_t nbytes, nbytescomp; L_COMP_DATA *cid; PIX *pixt; PIXCMAP *cmap; PROCNAME("pixGenerateFlateData"); if (!pixs) return (L_COMP_DATA *)ERROR_PTR("pixs not defined", procName, NULL); /* Convert the image to one of these 4 types: * 1 bpp * 8 bpp, no colormap * 8 bpp, colormap * 32 bpp rgb */ pixGetDimensions(pixs, &w, &h, &d); cmap = pixGetColormap(pixs); cmapflag = (cmap) ? 1 : 0; if (d == 2 || d == 4 || d == 16) { pixt = pixConvertTo8(pixs, cmapflag); cmap = pixGetColormap(pixt); d = pixGetDepth(pixt); } else { pixt = pixClone(pixs); } spp = (d == 32) ? 3 : 1; bps = (d == 32) ? 8 : d; /* Extract and encode the colormap data as both ascii85 and hexascii */ ncolors = 0; if (cmap) { pixcmapSerializeToMemory(cmap, 3, &ncolors, &cmapdata); if (!cmapdata) return (L_COMP_DATA *)ERROR_PTR("cmapdata not made", procName, NULL); cmapdata85 = encodeAscii85(cmapdata, 3 * ncolors, &ncmapbytes85); cmapdatahex = pixcmapConvertToHex(cmapdata, ncolors); FREE(cmapdata); } /* Extract and compress the raster data */ pixGetRasterData(pixt, &data, &nbytes); pixDestroy(&pixt); datacomp = zlibCompress(data, nbytes, &nbytescomp); if (!datacomp) { if (cmapdata85) FREE(cmapdata85); if (cmapdatahex) FREE(cmapdatahex); return (L_COMP_DATA *)ERROR_PTR("datacomp not made", procName, NULL); } FREE(data); /* Optionally, encode the compressed data */ if (ascii85flag == 1) { data85 = encodeAscii85(datacomp, nbytescomp, &nbytes85); FREE(datacomp); if (!data85) { FREE(cmapdata85); return (L_COMP_DATA *)ERROR_PTR("data85 not made", procName, NULL); } else { data85[nbytes85 - 1] = '\0'; /* remove the newline */ } } cid = (L_COMP_DATA *)CALLOC(1, sizeof(L_COMP_DATA)); if (!cid) return (L_COMP_DATA *)ERROR_PTR("cid not made", procName, NULL); if (ascii85flag == 0) { cid->datacomp = datacomp; } else { /* ascii85 */ cid->data85 = data85; cid->nbytes85 = nbytes85; } cid->type = L_FLATE_ENCODE; cid->cmapdatahex = cmapdatahex; cid->cmapdata85 = cmapdata85; cid->nbytescomp = nbytescomp; cid->ncolors = ncolors; cid->w = w; cid->h = h; cid->bps = bps; cid->spp = spp; cid->res = pixGetXRes(pixs); cid->nbytes = nbytes; /* only for debugging */ return cid; } /*---------------------------------------------------------------------* * For compressed images in general * *---------------------------------------------------------------------*/ /*! * l_generateCIData() * * Input: fname * type (L_G4_ENCODE, L_JPEG_ENCODE, L_FLATE_ENCODE) * quality (used for jpeg only; 0 for default (75)) * ascii85 (0 for binary; 1 for ascii85-encoded) * &cid ( compressed data) * Return: 0 if OK, 1 on error * * Notes: * (1) Set ascii85: * - 0 for binary data (not permitted in PostScript) * - 1 for ascii85 (5 for 4) encoded binary data */ l_int32 l_generateCIData(const char *fname, l_int32 type, l_int32 quality, l_int32 ascii85, L_COMP_DATA **pcid) { l_int32 format, d, bps, spp, iscmap; L_COMP_DATA *cid; PIX *pix; PROCNAME("l_generateCIDData"); if (!pcid) return ERROR_INT("&cid not defined", procName, 1); *pcid = NULL; if (!fname) return ERROR_INT("fname not defined", procName, 1); if (type != L_G4_ENCODE && type != L_JPEG_ENCODE && type != L_FLATE_ENCODE) return ERROR_INT("invalid conversion type", procName, 1); if (ascii85 != 0 && ascii85 != 1) return ERROR_INT("invalid ascii85", procName, 1); /* Sanity check on requested encoding */ pixReadHeader(fname, &format, NULL, NULL, &bps, &spp, &iscmap); d = bps * spp; if (d == 24) d = 32; if (iscmap && type != L_FLATE_ENCODE) { L_WARNING("pixs has cmap; using flate encoding\n", procName); type = L_FLATE_ENCODE; } else if (d < 8 && type == L_JPEG_ENCODE) { L_WARNING("pixs has < 8 bpp; using flate encoding\n", procName); type = L_FLATE_ENCODE; } else if (d > 1 && type == L_G4_ENCODE) { L_WARNING("pixs has > 1 bpp; using flate encoding\n", procName); type = L_FLATE_ENCODE; } if (type == L_JPEG_ENCODE) { if (format == IFF_JFIF_JPEG) { /* do not transcode */ cid = l_generateJpegData(fname, ascii85); } else { if ((pix = pixRead(fname)) == NULL) return ERROR_INT("pix not returned", procName, 1); cid = pixGenerateJpegData(pix, ascii85, quality); pixDestroy(&pix); } if (!cid) return ERROR_INT("jpeg data not made", procName, 1); } else if (type == L_G4_ENCODE) { if ((cid = l_generateG4Data(fname, ascii85)) == NULL) return ERROR_INT("g4 data not made", procName, 1); } else if (type == L_FLATE_ENCODE) { if ((cid = l_generateFlateData(fname, ascii85)) == NULL) return ERROR_INT("flate data not made", procName, 1); } else { return ERROR_INT("invalid conversion type", procName, 1); } *pcid = cid; return 0; } /*! * pixGenerateCIData() * * Input: pixs (8 or 32 bpp, no colormap) * type (L_G4_ENCODE, L_JPEG_ENCODE, L_FLATE_ENCODE) * quality (used for jpeg only; 0 for default (75)) * ascii85 (0 for binary; 1 for ascii85-encoded) * &cid ( compressed data) * Return: 0 if OK, 1 on error * * Notes: * (1) Set ascii85: * - 0 for binary data (not permitted in PostScript) * - 1 for ascii85 (5 for 4) encoded binary data */ l_int32 pixGenerateCIData(PIX *pixs, l_int32 type, l_int32 quality, l_int32 ascii85, L_COMP_DATA **pcid) { l_int32 d; PIXCMAP *cmap; PROCNAME("pixGenerateCIDData"); if (!pcid) return ERROR_INT("&cid not defined", procName, 1); *pcid = NULL; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (type != L_G4_ENCODE && type != L_JPEG_ENCODE && type != L_FLATE_ENCODE) return ERROR_INT("invalid conversion type", procName, 1); if (ascii85 != 0 && ascii85 != 1) return ERROR_INT("invalid ascii85", procName, 1); /* Sanity check on requested encoding */ d = pixGetDepth(pixs); cmap = pixGetColormap(pixs); if (cmap && type != L_FLATE_ENCODE) { L_WARNING("pixs has cmap; using flate encoding\n", procName); type = L_FLATE_ENCODE; } else if (d < 8 && type == L_JPEG_ENCODE) { L_WARNING("pixs has < 8 bpp; using flate encoding\n", procName); type = L_FLATE_ENCODE; } else if (d > 1 && type == L_G4_ENCODE) { L_WARNING("pixs has > 1 bpp; using flate encoding\n", procName); type = L_FLATE_ENCODE; } if (type == L_JPEG_ENCODE) { if ((*pcid = pixGenerateJpegData(pixs, ascii85, quality)) == NULL) return ERROR_INT("jpeg data not made", procName, 1); } else if (type == L_G4_ENCODE) { if ((*pcid = pixGenerateG4Data(pixs, ascii85)) == NULL) return ERROR_INT("g4 data not made", procName, 1); } else if (type == L_FLATE_ENCODE) { if ((*pcid = pixGenerateFlateData(pixs, ascii85)) == NULL) return ERROR_INT("flate data not made", procName, 1); } else { return ERROR_INT("invalid conversion type", procName, 1); } return 0; } /*---------------------------------------------------------------------* * Write to memory * *---------------------------------------------------------------------*/ /*! * pixWriteMemPS() * * Input: &data ( data of tiff compressed image) * &size ( size of returned data) * pix * box () * res (can use 0 for default of 300 ppi) * scale (to prevent scaling, use either 1.0 or 0.0) * Return: 0 if OK, 1 on error * * Notes: * (1) See pixWriteStringPS() for usage. * (2) This is just a wrapper for pixWriteStringPS(), which * writes uncompressed image data to memory. */ l_int32 pixWriteMemPS(l_uint8 **pdata, size_t *psize, PIX *pix, BOX *box, l_int32 res, l_float32 scale) { PROCNAME("pixWriteMemPS"); if (!pdata) return ERROR_INT("&data not defined", procName, 1 ); if (!psize) return ERROR_INT("&size not defined", procName, 1 ); if (!pix) return ERROR_INT("&pix not defined", procName, 1 ); *pdata = (l_uint8 *)pixWriteStringPS(pix, box, res, scale); *psize = strlen((char *)(*pdata)); return 0; } /*-------------------------------------------------------------* * Converting resolution * *-------------------------------------------------------------*/ /*! * getResLetterPage() * * Input: w (image width, pixels) * h (image height, pixels) * fillfract (fraction in linear dimension of full page, not * to be exceeded; use 0 for default) * Return: 0 if OK, 1 on error */ l_int32 getResLetterPage(l_int32 w, l_int32 h, l_float32 fillfract) { l_int32 resw, resh, res; if (fillfract == 0.0) fillfract = DEFAULT_FILL_FRACTION; resw = (l_int32)((w * 72.) / (LETTER_WIDTH * fillfract)); resh = (l_int32)((h * 72.) / (LETTER_HEIGHT * fillfract)); res = L_MAX(resw, resh); return res; } /*! * getResA4Page() * * Input: w (image width, pixels) * h (image height, pixels) * fillfract (fraction in linear dimension of full page, not * to be exceeded; use 0 for default) * Return: 0 if OK, 1 on error */ l_int32 getResA4Page(l_int32 w, l_int32 h, l_float32 fillfract) { l_int32 resw, resh, res; if (fillfract == 0.0) fillfract = DEFAULT_FILL_FRACTION; resw = (l_int32)((w * 72.) / (A4_WIDTH * fillfract)); resh = (l_int32)((h * 72.) / (A4_HEIGHT * fillfract)); res = L_MAX(resw, resh); return res; } /*-------------------------------------------------------------* * Utility for encoding and decoding data with ascii85 * *-------------------------------------------------------------*/ /*! * encodeAscii85() * * Input: inarray (input data) * insize (number of bytes in input array) * &outsize ( number of bytes in output char array) * Return: chara (with 64 characters + \n in each line) * * Notes: * (1) Ghostscript has a stack break if the last line of * data only has a '>', so we avoid the problem by * always putting '~>' on the last line. */ char * encodeAscii85(l_uint8 *inarray, l_int32 insize, l_int32 *poutsize) { char *chara; char *outbuf; l_int32 maxsize, i, index, outindex, linecount, nbout, eof; PROCNAME("encodeAscii85"); if (!inarray) return (char *)ERROR_PTR("inarray not defined", procName, NULL); /* Accumulate results in char array */ maxsize = (l_int32)(80. + (insize * 5. / 4.) * (1. + 2. / MAX_85_LINE_COUNT)); if ((chara = (char *)CALLOC(maxsize, sizeof(char))) == NULL) return (char *)ERROR_PTR("chara not made", procName, NULL); if ((outbuf = (char *)CALLOC(8, sizeof(char))) == NULL) return (char *)ERROR_PTR("outbuf not made", procName, NULL); linecount = 0; index = 0; outindex = 0; while (1) { eof = convertChunkToAscii85(inarray, insize, &index, outbuf, &nbout); for (i = 0; i < nbout; i++) { chara[outindex++] = outbuf[i]; linecount++; if (linecount >= MAX_85_LINE_COUNT) { chara[outindex++] = '\n'; linecount = 0; } } if (eof == TRUE) { if (linecount != 0) chara[outindex++] = '\n'; chara[outindex++] = '~'; chara[outindex++] = '>'; chara[outindex++] = '\n'; break; } } FREE(outbuf); *poutsize = outindex; return chara; } /*! * convertChunkToAscii85() * * Input: inarray (input data) * insize (number of bytes in input array) * &index (use and -- ptr) * outbuf (holds 8 ascii chars; we use no more than 7) * &nbsout ( number of bytes written to outbuf) * Return: boolean for eof (0 if more data, 1 if end of file) * * Notes: * (1) Attempts to read 4 bytes and write 5. * (2) Writes 1 byte if the value is 0. */ static l_int32 convertChunkToAscii85(l_uint8 *inarray, l_int32 insize, l_int32 *pindex, char *outbuf, l_int32 *pnbout) { l_uint8 inbyte; l_uint32 inword, val; l_int32 eof, index, nread, nbout, i; eof = FALSE; index = *pindex; nread = L_MIN(4, (insize - index)); if (insize == index + nread) eof = TRUE; *pindex += nread; /* save new index */ /* Read input data and save in l_uint32 */ inword = 0; for (i = 0; i < nread; i++) { inbyte = inarray[index + i]; inword += inbyte << (8 * (3 - i)); } #if 0 fprintf(stderr, "index = %d, nread = %d\n", index, nread); fprintf(stderr, "inword = %x\n", inword); fprintf(stderr, "eof = %d\n", eof); #endif /* Special case: output 1 byte only */ if (inword == 0) { outbuf[0] = 'z'; nbout = 1; } else { /* output nread + 1 bytes */ for (i = 4; i >= 4 - nread; i--) { val = inword / power85[i]; outbuf[4 - i] = (l_uint8)(val + '!'); inword -= val * power85[i]; } nbout = nread + 1; } *pnbout = nbout; return eof; } /*! * decodeAscii85() * * Input: inarray (ascii85 input data) * insize (number of bytes in input array) * &outsize ( number of bytes in output l_uint8 array) * Return: outarray (binary) * * Notes: * (1) We assume the data is properly encoded, so we do not check * for invalid characters or the final '>' character. * (2) We permit whitespace to be added to the encoding in an * arbitrary way. */ l_uint8 * decodeAscii85(char *ina, l_int32 insize, l_int32 *poutsize) { char inc; char *pin; l_uint8 val; l_uint8 *outa; l_int32 maxsize, ocount, bytecount, index; l_uint32 oword; PROCNAME("decodeAscii85"); if (!ina) return (l_uint8 *)ERROR_PTR("ina not defined", procName, NULL); /* Accumulate results in outa */ maxsize = (l_int32)(80. + (insize * 4. / 5.)); /* plenty big */ if ((outa = (l_uint8 *)CALLOC(maxsize, sizeof(l_uint8))) == NULL) return (l_uint8 *)ERROR_PTR("outa not made", procName, NULL); pin = ina; ocount = 0; /* byte index into outa */ oword = 0; for (index = 0, bytecount = 0; index < insize; index++, pin++) { inc = *pin; if (inc == ' ' || inc == '\t' || inc == '\n' || inc == '\f' || inc == '\r' || inc == '\v') /* ignore white space */ continue; val = inc - '!'; if (val < 85) { oword = oword * 85 + val; if (bytecount < 4) { bytecount++; } else { /* we have all 5 input chars for the oword */ outa[ocount] = (oword >> 24) & 0xff; outa[ocount + 1] = (oword >> 16) & 0xff; outa[ocount + 2] = (oword >> 8) & 0xff; outa[ocount + 3] = oword & 0xff; ocount += 4; bytecount = 0; oword = 0; } } else if (inc == 'z' && bytecount == 0) { outa[ocount] = 0; outa[ocount + 1] = 0; outa[ocount + 2] = 0; outa[ocount + 3] = 0; ocount += 4; } else if (inc == '~') { /* end of data */ fprintf(stderr, " %d extra bytes output\n", bytecount - 1); switch (bytecount) { case 0: /* normal eof */ case 1: /* error */ break; case 2: /* 1 extra byte */ oword = oword * (85 * 85 * 85) + 0xffffff; outa[ocount] = (oword >> 24) & 0xff; break; case 3: /* 2 extra bytes */ oword = oword * (85 * 85) + 0xffff; outa[ocount] = (oword >> 24) & 0xff; outa[ocount + 1] = (oword >> 16) & 0xff; break; case 4: /* 3 extra bytes */ oword = oword * 85 + 0xff; outa[ocount] = (oword >> 24) & 0xff; outa[ocount + 1] = (oword >> 16) & 0xff; outa[ocount + 2] = (oword >> 8) & 0xff; break; } if (bytecount > 1) ocount += (bytecount - 1); break; } } *poutsize = ocount; return outa; } /*-------------------------------------------------------------* * Setting flag for writing bounding box hint * *-------------------------------------------------------------*/ void l_psWriteBoundingBox(l_int32 flag) { var_PS_WRITE_BOUNDING_BOX = flag; } /* --------------------------------------------*/ #endif /* USE_PSIO */ /* --------------------------------------------*/ leptonica-1.70/src/arrayaccess.c0000644000175000017500000002212611707052573014752 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * arrayaccess.c * * Access within an array of 32-bit words * * l_int32 l_getDataBit() * void l_setDataBit() * void l_clearDataBit() * void l_setDataBitVal() * l_int32 l_getDataDibit() * void l_setDataDibit() * void l_clearDataDibit() * l_int32 l_getDataQbit() * void l_setDataQbit() * void l_clearDataQbit() * l_int32 l_getDataByte() * void l_setDataByte() * l_int32 l_getDataTwoBytes() * void l_setDataTwoBytes() * l_int32 l_getDataFourBytes() * void l_setDataFourBytes() * * Note that these all require 32-bit alignment, and hence an input * ptr to l_uint32. However, this is not enforced by the compiler. * Instead, we allow the use of a void* ptr, because the line ptrs * are an efficient way to get random access (see pixGetLinePtrs()). * It is then necessary to cast internally within each function * because ptr arithmetic requires knowing the size of the units * being referenced. */ #include "allheaders.h" /*----------------------------------------------------------------------* * Access within an array of 32-bit words * *----------------------------------------------------------------------*/ /*! * l_getDataBit() * * Input: line (ptr to beginning of data line) * n (pixel index) * Return: val of the nth (1-bit) pixel. */ l_int32 l_getDataBit(void *line, l_int32 n) { return (*((l_uint32 *)line + (n >> 5)) >> (31 - (n & 31))) & 1; } /*! * l_setDataBit() * * Input: line (ptr to beginning of data line) * n (pixel index) * Return: void * * Action: sets the pixel to 1 */ void l_setDataBit(void *line, l_int32 n) { *((l_uint32 *)line + (n >> 5)) |= (0x80000000 >> (n & 31)); } /*! * l_clearDataBit() * * Input: line (ptr to beginning of data line) * n (pixel index) * Return: void * * Action: sets the (1-bit) pixel to 0 */ void l_clearDataBit(void *line, l_int32 n) { *((l_uint32 *)line + (n >> 5)) &= ~(0x80000000 >> (n & 31)); } /*! * l_setDataBitVal() * * Input: line (ptr to beginning of data line) * n (pixel index) * val (val to be inserted: 0 or 1) * Return: void * * Notes: * (1) This is an accessor for a 1 bpp pix. * (2) It is actually a little slower than using: * if (val == 0) * l_ClearDataBit(line, n); * else * l_SetDataBit(line, n); */ void l_setDataBitVal(void *line, l_int32 n, l_int32 val) { l_uint32 *pword; pword = (l_uint32 *)line + (n >> 5); *pword &= ~(0x80000000 >> (n & 31)); /* clear */ *pword |= val << (31 - (n & 31)); /* set */ return; } /*! * l_getDataDibit() * * Input: line (ptr to beginning of data line) * n (pixel index) * Return: val of the nth (2-bit) pixel. */ l_int32 l_getDataDibit(void *line, l_int32 n) { return (*((l_uint32 *)line + (n >> 4)) >> (2 * (15 - (n & 15)))) & 3; } /*! * l_setDataDibit() * * Input: line (ptr to beginning of data line) * n (pixel index) * val (val to be inserted: 0 - 3) * Return: void */ void l_setDataDibit(void *line, l_int32 n, l_int32 val) { l_uint32 *pword; pword = (l_uint32 *)line + (n >> 4); *pword &= ~(0xc0000000 >> (2 * (n & 15))); /* clear */ *pword |= (val & 3) << (30 - 2 * (n & 15)); /* set */ return; } /*! * l_clearDataDibit() * * Input: line (ptr to beginning of data line) * n (pixel index) * Return: void * * Action: sets the (2-bit) pixel to 0 */ void l_clearDataDibit(void *line, l_int32 n) { *((l_uint32 *)line + (n >> 4)) &= ~(0xc0000000 >> (2 * (n & 15))); } /*! * l_getDataQbit() * * Input: line (ptr to beginning of data line) * n (pixel index) * Return: val of the nth (4-bit) pixel. */ l_int32 l_getDataQbit(void *line, l_int32 n) { return (*((l_uint32 *)line + (n >> 3)) >> (4 * (7 - (n & 7)))) & 0xf; } /*! * l_setDataQbit() * * Input: line (ptr to beginning of data line) * n (pixel index) * val (val to be inserted: 0 - 0xf) * Return: void */ void l_setDataQbit(void *line, l_int32 n, l_int32 val) { l_uint32 *pword; pword = (l_uint32 *)line + (n >> 3); *pword &= ~(0xf0000000 >> (4 * (n & 7))); /* clear */ *pword |= (val & 15) << (28 - 4 * (n & 7)); /* set */ return; } /*! * l_clearDataQbit() * * Input: line (ptr to beginning of data line) * n (pixel index) * Return: void * * Action: sets the (4-bit) pixel to 0 */ void l_clearDataQbit(void *line, l_int32 n) { *((l_uint32 *)line + (n >> 3)) &= ~(0xf0000000 >> (4 * (n & 7))); } /*! * l_getDataByte() * * Input: line (ptr to beginning of data line) * n (pixel index) * Return: value of the n-th (byte) pixel */ l_int32 l_getDataByte(void *line, l_int32 n) { #ifdef L_BIG_ENDIAN return *((l_uint8 *)line + n); #else /* L_LITTLE_ENDIAN */ return *(l_uint8 *)((l_uintptr_t)((l_uint8 *)line + n) ^ 3); #endif /* L_BIG_ENDIAN */ } /*! * l_setDataByte() * * Input: line (ptr to beginning of data line) * n (pixel index) * val (val to be inserted: 0 - 0xff) * Return: void */ void l_setDataByte(void *line, l_int32 n, l_int32 val) { #ifdef L_BIG_ENDIAN *((l_uint8 *)line + n) = val; #else /* L_LITTLE_ENDIAN */ *(l_uint8 *)((l_uintptr_t)((l_uint8 *)line + n) ^ 3) = val; #endif /* L_BIG_ENDIAN */ } /*! * l_getDataTwoBytes() * * Input: line (ptr to beginning of data line) * n (pixel index) * Return: value of the n-th (2-byte) pixel */ l_int32 l_getDataTwoBytes(void *line, l_int32 n) { #ifdef L_BIG_ENDIAN return *((l_uint16 *)line + n); #else /* L_LITTLE_ENDIAN */ return *(l_uint16 *)((l_uintptr_t)((l_uint16 *)line + n) ^ 2); #endif /* L_BIG_ENDIAN */ } /*! * l_setDataTwoBytes() * * Input: line (ptr to beginning of data line) * n (pixel index) * val (val to be inserted: 0 - 0xffff) * Return: void */ void l_setDataTwoBytes(void *line, l_int32 n, l_int32 val) { #ifdef L_BIG_ENDIAN *((l_uint16 *)line + n) = val; #else /* L_LITTLE_ENDIAN */ *(l_uint16 *)((l_uintptr_t)((l_uint16 *)line + n) ^ 2) = val; #endif /* L_BIG_ENDIAN */ } /*! * l_getDataFourBytes() * * Input: line (ptr to beginning of data line) * n (pixel index) * Return: value of the n-th (4-byte) pixel */ l_int32 l_getDataFourBytes(void *line, l_int32 n) { return *((l_uint32 *)line + n); } /*! * l_setDataFourBytes() * * Input: line (ptr to beginning of data line) * n (pixel index) * val (val to be inserted: 0 - 0xffffffff) * Return: void */ void l_setDataFourBytes(void *line, l_int32 n, l_int32 val) { *((l_uint32 *)line + n) = val; } leptonica-1.70/src/bmp.h0000644000175000017500000001020512270566071013227 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ #ifndef LEPTONICA_BMP_H #define LEPTONICA_BMP_H /* * This file is here to describe the fields in the header of * the BMP file. These fields are not used directly in Leptonica. * The only thing we use are the sizes of these two headers. * Furthermore, because of potential namespace conflicts with * the typedefs and defined sizes, we have changed the names * to protect anyone who may also need to use the original definitions. * Thanks to J. D. Bryan for pointing out the potential problems when * developing on Win32 compatible systems. */ /*-------------------------------------------------------------* * BMP file header * *-------------------------------------------------------------*/ struct BMP_FileHeader { l_int16 bfType; /* file type; must be "BM" */ l_int16 bfSize; /* length of the file; sizeof(BMP_FileHeader) + sizeof(BMP_InfoHeader) + size of color table + size of DIB bits */ l_int16 bfFill1; /* remainder of the bfSize field */ l_int16 bfReserved1; /* don't care (set to 0)*/ l_int16 bfReserved2; /* don't care (set to 0)*/ l_int16 bfOffBits; /* offset from beginning of file */ l_int16 bfFill2; /* remainder of the bfOffBits field */ }; typedef struct BMP_FileHeader BMP_FH; #define BMP_FHBYTES sizeof(BMP_FH) /*-------------------------------------------------------------* * BMP info header * *-------------------------------------------------------------*/ struct BMP_InfoHeader { l_int32 biSize; /* size of the BMP_InfoHeader struct */ l_int32 biWidth; /* bitmap width in pixels */ l_int32 biHeight; /* bitmap height in pixels */ l_int16 biPlanes; /* number of bitmap planes */ l_int16 biBitCount; /* number of bits per pixel */ l_int32 biCompression; /* compression format (0 == uncompressed) */ l_int32 biSizeImage; /* size of image in bytes */ l_int32 biXPelsPerMeter; /* pixels per meter in x direction */ l_int32 biYPelsPerMeter; /* pixels per meter in y direction */ l_int32 biClrUsed; /* number of colors used */ l_int32 biClrImportant; /* number of important colors used */ }; typedef struct BMP_InfoHeader BMP_IH; #define BMP_IHBYTES sizeof(BMP_IH) #endif /* LEPTONICA_BMP_H */ leptonica-1.70/src/psio2stub.c0000664000175000017500000002724312226266565014420 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * psio2stub.c * * Stubs for psio2.c functions */ #include "allheaders.h" /* --------------------------------------------*/ #if !USE_PSIO /* defined in environ.h */ /* --------------------------------------------*/ l_int32 pixWritePSEmbed(const char *filein, const char *fileout) { return ERROR_INT("function not present", "pixWritePSEmbed", 1); } /* ----------------------------------------------------------------------*/ l_int32 pixWriteStreamPS(FILE *fp, PIX *pix, BOX *box, l_int32 res, l_float32 scale) { return ERROR_INT("function not present", "pixWriteStreamPS", 1); } /* ----------------------------------------------------------------------*/ char * pixWriteStringPS(PIX *pixs, BOX *box, l_int32 res, l_float32 scale) { return (char *)ERROR_PTR("function not present", "pixWriteStringPS", NULL); } /* ----------------------------------------------------------------------*/ char * generateUncompressedPS(char *hexdata, l_int32 w, l_int32 h, l_int32 d, l_int32 psbpl, l_int32 bps, l_float32 xpt, l_float32 ypt, l_float32 wpt, l_float32 hpt, l_int32 boxflag) { return (char *)ERROR_PTR("function not present", "generateUncompressedPS", NULL); } /* ----------------------------------------------------------------------*/ void getScaledParametersPS(BOX *box, l_int32 wpix, l_int32 hpix, l_int32 res, l_float32 scale, l_float32 *pxpt, l_float32 *pypt, l_float32 *pwpt, l_float32 *phpt) { L_ERROR("function not present", "getScaledParametersPS"); return; } /* ----------------------------------------------------------------------*/ void convertByteToHexAscii(l_uint8 byteval, char *pnib1, char *pnib2) { L_ERROR("function not present", "convertByteToHexAscii"); return; } /* ----------------------------------------------------------------------*/ l_int32 convertJpegToPSEmbed(const char *filein, const char *fileout) { return ERROR_INT("function not present", "convertJpegToPSEmbed", 1); } /* ----------------------------------------------------------------------*/ l_int32 convertJpegToPS(const char *filein, const char *fileout, const char *operation, l_int32 x, l_int32 y, l_int32 res, l_float32 scale, l_int32 pageno, l_int32 endpage) { return ERROR_INT("function not present", "convertJpegToPS", 1); } /* ----------------------------------------------------------------------*/ l_int32 convertJpegToPSString(const char *filein, char **poutstr, l_int32 *pnbytes, l_int32 x, l_int32 y, l_int32 res, l_float32 scale, l_int32 pageno, l_int32 endpage) { return ERROR_INT("function not present", "convertJpegToPSString", 1); } /* ----------------------------------------------------------------------*/ char * generateJpegPS(const char *filein, L_COMP_DATA *cid, l_float32 xpt, l_float32 ypt, l_float32 wpt, l_float32 hpt, l_int32 pageno, l_int32 endpage) { return (char *)ERROR_PTR("function not present", "generateJpegPS", NULL); } /* ----------------------------------------------------------------------*/ L_COMP_DATA * pixGenerateJpegData(PIX *pixs, l_int32 ascii85flag, l_int32 quality) { return (L_COMP_DATA *)ERROR_PTR("function not present", "pixGenerateJpegData", NULL); } /* ----------------------------------------------------------------------*/ L_COMP_DATA * l_generateJpegData(const char *fname, l_int32 ascii85flag) { return (L_COMP_DATA *)ERROR_PTR("function not present", "l_generateJpegData", NULL); } /* ----------------------------------------------------------------------*/ void l_compdataDestroy(L_COMP_DATA **pcid) { L_ERROR("function not present", "l_compdataDestroy"); return; } /* ----------------------------------------------------------------------*/ l_int32 convertG4ToPSEmbed(const char *filein, const char *fileout) { return ERROR_INT("function not present", "convertG4ToPSEmbed", 1); } /* ----------------------------------------------------------------------*/ l_int32 convertG4ToPS(const char *filein, const char *fileout, const char *operation, l_int32 x, l_int32 y, l_int32 res, l_float32 scale, l_int32 pageno, l_int32 maskflag, l_int32 endpage) { return ERROR_INT("function not present", "convertG4ToPS", 1); } /* ----------------------------------------------------------------------*/ l_int32 convertG4ToPSString(const char *filein, char **poutstr, l_int32 *pnbytes, l_int32 x, l_int32 y, l_int32 res, l_float32 scale, l_int32 pageno, l_int32 maskflag, l_int32 endpage) { return ERROR_INT("function not present", "convertG4ToPSString", 1); } /* ----------------------------------------------------------------------*/ char * generateG4PS(const char *filein, L_COMP_DATA *cid, l_float32 xpt, l_float32 ypt, l_float32 wpt, l_float32 hpt, l_int32 maskflag, l_int32 pageno, l_int32 endpage) { return (char *)ERROR_PTR("function not present", "generateG4PS", NULL); } /* ----------------------------------------------------------------------*/ L_COMP_DATA * pixGenerateG4Data(PIX *pixs, l_int32 ascii85flag) { return (L_COMP_DATA *)ERROR_PTR("function not present", "pixGenerateG4Data", NULL); } /* ----------------------------------------------------------------------*/ L_COMP_DATA * l_generateG4Data(const char *fname, l_int32 ascii85flag) { return (L_COMP_DATA *)ERROR_PTR("function not present", "l_generateG4Data", NULL); } /* ----------------------------------------------------------------------*/ l_int32 convertTiffMultipageToPS(const char *filein, const char *fileout, const char *tempfile, l_float32 fillfract) { return ERROR_INT("function not present", "convertTiffMultipageToPS", 1); } /* ----------------------------------------------------------------------*/ l_int32 convertFlateToPSEmbed(const char *filein, const char *fileout) { return ERROR_INT("function not present", "convertFlateToPSEmbed", 1); } /* ----------------------------------------------------------------------*/ l_int32 convertFlateToPS(const char *filein, const char *fileout, const char *operation, l_int32 x, l_int32 y, l_int32 res, l_float32 scale, l_int32 pageno, l_int32 endpage) { return ERROR_INT("function not present", "convertFlateToPS", 1); } /* ----------------------------------------------------------------------*/ l_int32 convertFlateToPSString(const char *filein, char **poutstr, l_int32 *pnbytes, l_int32 x, l_int32 y, l_int32 res, l_float32 scale, l_int32 pageno, l_int32 endpage) { return ERROR_INT("function not present", "convertFlateToPSString", 1); } /* ----------------------------------------------------------------------*/ char * generateFlatePS(const char *filein, L_COMP_DATA *cid, l_float32 xpt, l_float32 ypt, l_float32 wpt, l_float32 hpt, l_int32 pageno, l_int32 endpage) { return (char *)ERROR_PTR("function not present", "generateFlatePS", NULL); } /* ----------------------------------------------------------------------*/ L_COMP_DATA * l_generateFlateData(const char *fname, l_int32 ascii85flag) { return (L_COMP_DATA *)ERROR_PTR("function not present", "l_generateFlateData", NULL); } /* ----------------------------------------------------------------------*/ L_COMP_DATA * pixGenerateFlateData(PIX *pixs, l_int32 ascii85flag) { return (L_COMP_DATA *)ERROR_PTR("function not present", "pixGenerateFlateData", NULL); } /* ----------------------------------------------------------------------*/ l_int32 l_generateCIData(const char *fname, l_int32 type, l_int32 quality, l_int32 ascii85, L_COMP_DATA **pcid) { return ERROR_INT("function not present", "l_generateCIData", 1); } /* ----------------------------------------------------------------------*/ l_int32 pixGenerateCIData(PIX *pixs, l_int32 type, l_int32 quality, l_int32 ascii85, L_COMP_DATA **pcid) { return ERROR_INT("function not present", "pixGenerateCIData", 1); } /* ----------------------------------------------------------------------*/ l_int32 pixWriteMemPS(l_uint8 **pdata, size_t *psize, PIX *pix, BOX *box, l_int32 res, l_float32 scale) { return ERROR_INT("function not present", "pixWriteMemPS", 1); } /* ----------------------------------------------------------------------*/ l_int32 getResLetterPage(l_int32 w, l_int32 h, l_float32 fillfract) { return ERROR_INT("function not present", "getResLetterPage", 1); } /* ----------------------------------------------------------------------*/ l_int32 getResA4Page(l_int32 w, l_int32 h, l_float32 fillfract) { return ERROR_INT("function not present", "getResA4Page", 1); } /* ----------------------------------------------------------------------*/ char * encodeAscii85(l_uint8 *inarray, l_int32 insize, l_int32 *poutsize) { return (char *)ERROR_PTR("function not present", "encodeAscii85", NULL); } /* ----------------------------------------------------------------------*/ l_uint8 * decodeAscii85(char *ina, l_int32 insize, l_int32 *poutsize) { return (l_uint8 *)ERROR_PTR("function not present", "decodeAscii85", NULL); } /* ----------------------------------------------------------------------*/ void l_psWriteBoundingBox(l_int32 flag) { L_ERROR("function not present", "l_psWriteBoundingBox"); return; } /* --------------------------------------------*/ #endif /* !USE_PSIO */ /* --------------------------------------------*/ leptonica-1.70/src/Makefile.am0000644000175000017500000001126112274204140014325 0ustar dandanAM_CFLAGS = $(DEBUG_FLAGS) lib_LTLIBRARIES = liblept.la liblept_la_LIBADD = $(LIBM) $(ZLIB_LIBS) $(LIBPNG_LIBS) $(JPEG_LIBS) $(GIFLIB_LIBS) $(LIBTIFF_LIBS) $(LIBWEBP_LIBS) $(GDI_LIBS) liblept_la_LDFLAGS = -no-undefined -version-info 4:1:0 liblept_la_SOURCES = adaptmap.c affine.c \ affinecompose.c arrayaccess.c \ bardecode.c baseline.c bbuffer.c \ bilateral.c bilinear.c binarize.c \ binexpand.c binreduce.c \ blend.c bmf.c bmpio.c bmpiostub.c \ boxbasic.c boxfunc1.c boxfunc2.c boxfunc3.c boxfunc4.c \ bytearray.c ccbord.c ccthin.c classapp.c \ colorcontent.c coloring.c \ colormap.c colormorph.c \ colorquant1.c colorquant2.c \ colorseg.c colorspace.c \ compare.c conncomp.c convertfiles.c \ convolve.c convolvelow.c correlscore.c \ dewarp1.c dewarp2.c dewarp3.c dewarp4.c \ dnabasic.c dwacomb.2.c dwacomblow.2.c \ edge.c enhance.c \ fhmtauto.c fhmtgen.1.c fhmtgenlow.1.c \ finditalic.c flipdetect.c fliphmtgen.c \ fmorphauto.c fmorphgen.1.c fmorphgenlow.1.c \ fpix1.c fpix2.c gifio.c gifiostub.c \ gplot.c graphics.c graymorph.c graymorphlow.c \ grayquant.c grayquantlow.c heap.c jbclass.c \ jp2kio.c jp2kiostub.c jpegio.c jpegiostub.c \ kernel.c leptwin.c libversions.c list.c maze.c \ morph.c morphapp.c morphdwa.c morphseq.c \ numabasic.c numafunc1.c numafunc2.c \ pageseg.c paintcmap.c \ parseprotos.c partition.c \ pdfio.c pdfiostub.c \ pix1.c pix2.c pix3.c pix4.c pix5.c \ pixabasic.c pixacc.c pixafunc1.c pixafunc2.c \ pixalloc.c pixarith.c pixcomp.c pixconv.c \ pixlabel.c pixtiling.c pngio.c pngiostub.c \ pnmio.c pnmiostub.c projective.c \ psio1.c psio1stub.c psio2.c psio2stub.c \ ptabasic.c ptafunc1.c ptra.c \ quadtree.c queue.c rank.c \ readbarcode.c readfile.c \ recogbasic.c recogdid.c recogident.c \ recogtrain.c regutils.c \ rop.c ropiplow.c roplow.c \ rotate.c rotateam.c rotateamlow.c \ rotateorth.c rotateorthlow.c rotateshear.c \ runlength.c sarray.c \ scale.c scalelow.c \ seedfill.c seedfilllow.c \ sel1.c sel2.c selgen.c \ shear.c skew.c spixio.c \ stack.c sudoku.c textops.c \ tiffio.c tiffiostub.c \ utils.c viewfiles.c \ warper.c watershed.c \ webpio.c webpiostub.c \ writefile.c zlibmem.c zlibmemstub.c pkginclude_HEADERS = allheaders.h alltypes.h \ array.h arrayaccess.h bbuffer.h bilateral.h bmf.h bmp.h \ ccbord.h dewarp.h endianness.h environ.h \ gplot.h heap.h imageio.h jbclass.h \ leptwin.h list.h \ morph.h pix.h ptra.h queue.h readbarcode.h \ recog.h regutils.h stack.h sudoku.h watershed.h noinst_PROGRAMS = xtractprotos LDADD = liblept.la EXTRA_DIST = arrayaccess.h.vc \ endiantest.c endianness.h.dist \ hmttemplate1.txt hmttemplate2.txt \ leptonica-license.txt \ morphtemplate1.txt morphtemplate2.txt allheaders: $(liblept_la_SOURCES) @test -x xtractprotos || echo "First run 'make xtractprotos'" ./xtractprotos -prestring=LEPT_DLL -protos=inline $(liblept_la_SOURCES) dist-hook: cp "$(distdir)"/endianness.h{.dist,} leptonica-1.70/src/gplot.c0000664000175000017500000006460412274211076013603 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * gplot.c * * Basic plotting functions * GPLOT *gplotCreate() * void gplotDestroy() * l_int32 gplotAddPlot() * l_int32 gplotSetScaling() * l_int32 gplotMakeOutput() * l_int32 gplotGenCommandFile() * l_int32 gplotGenDataFiles() * * Quick and dirty plots * l_int32 gplotSimple1() * l_int32 gplotSimple2() * l_int32 gplotSimpleN() * * Serialize for I/O * GPLOT *gplotRead() * l_int32 gplotWrite() * * * Utility for programmatic plotting using gnuplot 7.3.2 or later * Enabled: * - output to png (color), ps (mono), x11 (color), latex (mono) * - optional title for graph * - optional x and y axis labels * - multiple plots on one frame * - optional title for each plot on the frame * - optional log scaling on either or both axes * - choice of 5 plot styles for each plot * - choice of 2 plot modes, either using one input array * (Y vs index) or two input arrays (Y vs X). This * choice is made implicitly depending on the number of * input arrays. * * Usage: * gplotCreate() initializes for plotting * gplotAddPlot() for each plot on the frame * gplotMakeOutput() to generate all output files and run gnuplot * gplotDestroy() to clean up * * Example of use: * gplot = gplotCreate("tempskew", GPLOT_PNG, "Skew score vs angle", * "angle (deg)", "score"); * gplotAddPlot(gplot, natheta, nascore1, GPLOT_LINES, "plot 1"); * gplotAddPlot(gplot, natheta, nascore2, GPLOT_POINTS, "plot 2"); * gplotSetScaling(gplot, GPLOT_LOG_SCALE_Y); * gplotMakeOutput(gplot); * gplotDestroy(&gplot); * * Note for output to GPLOT_LATEX: * This creates latex output of the plot, named .tex. * It needs to be placed in a latex file .tex * that precedes the plot output with, at a minimum: * \documentclass{article} * \begin{document} * and ends with * \end{document} * You can then generate a dvi file .dvi using * latex .tex * and a PostScript file .ps from that using * dvips -o .ps .dvi */ #include #include "allheaders.h" static const l_int32 L_BUF_SIZE = 512; const char *gplotstylenames[] = {"with lines", "with points", "with impulses", "with linespoints", "with dots"}; const char *gplotfilestyles[] = {"LINES", "POINTS", "IMPULSES", "LINESPOINTS", "DOTS"}; const char *gplotfileoutputs[] = {"", "PNG", "PS", "EPS", "X11", "LATEX"}; /*-----------------------------------------------------------------* * Basic Plotting Functions * *-----------------------------------------------------------------*/ /*! * gplotCreate() * * Input: rootname (root for all output files) * outformat (GPLOT_PNG, GPLOT_PS, GPLOT_EPS, GPLOT_X11, * GPLOT_LATEX) * title ( overall title) * xlabel ( x axis label) * ylabel ( y axis label) * Return: gplot, or null on error * * Notes: * (1) This initializes the plot. * (2) The 'title', 'xlabel' and 'ylabel' strings can have spaces, * double quotes and backquotes, but not single quotes. */ GPLOT * gplotCreate(const char *rootname, l_int32 outformat, const char *title, const char *xlabel, const char *ylabel) { char *newroot; char buf[L_BUF_SIZE]; GPLOT *gplot; PROCNAME("gplotCreate"); if (!rootname) return (GPLOT *)ERROR_PTR("rootname not defined", procName, NULL); if (outformat != GPLOT_PNG && outformat != GPLOT_PS && outformat != GPLOT_EPS && outformat != GPLOT_X11 && outformat != GPLOT_LATEX) return (GPLOT *)ERROR_PTR("outformat invalid", procName, NULL); if ((gplot = (GPLOT *)CALLOC(1, sizeof(GPLOT))) == NULL) return (GPLOT *)ERROR_PTR("gplot not made", procName, NULL); gplot->cmddata = sarrayCreate(0); gplot->datanames = sarrayCreate(0); gplot->plotdata = sarrayCreate(0); gplot->plottitles = sarrayCreate(0); gplot->plotstyles = numaCreate(0); /* Save title, labels, rootname, outformat, cmdname, outname */ newroot = genPathname(rootname, NULL); /* remove '/tmp' on windows */ gplot->rootname = newroot; gplot->outformat = outformat; snprintf(buf, L_BUF_SIZE, "%s.cmd", newroot); gplot->cmdname = stringNew(buf); if (outformat == GPLOT_PNG) snprintf(buf, L_BUF_SIZE, "%s.png", newroot); else if (outformat == GPLOT_PS) snprintf(buf, L_BUF_SIZE, "%s.ps", newroot); else if (outformat == GPLOT_EPS) snprintf(buf, L_BUF_SIZE, "%s.eps", newroot); else if (outformat == GPLOT_LATEX) snprintf(buf, L_BUF_SIZE, "%s.tex", newroot); else /* outformat == GPLOT_X11 */ buf[0] = '\0'; gplot->outname = stringNew(buf); if (title) gplot->title = stringNew(title); if (xlabel) gplot->xlabel = stringNew(xlabel); if (ylabel) gplot->ylabel = stringNew(ylabel); return gplot; } /*! * gplotDestroy() * * Input: &gplot () * Return: void */ void gplotDestroy(GPLOT **pgplot) { GPLOT *gplot; PROCNAME("gplotDestroy"); if (pgplot == NULL) { L_WARNING("ptr address is null!\n", procName); return; } if ((gplot = *pgplot) == NULL) return; FREE(gplot->rootname); FREE(gplot->cmdname); sarrayDestroy(&gplot->cmddata); sarrayDestroy(&gplot->datanames); sarrayDestroy(&gplot->plotdata); sarrayDestroy(&gplot->plottitles); numaDestroy(&gplot->plotstyles); FREE(gplot->outname); if (gplot->title) FREE(gplot->title); if (gplot->xlabel) FREE(gplot->xlabel); if (gplot->ylabel) FREE(gplot->ylabel); FREE(gplot); *pgplot = NULL; return; } /*! * gplotAddPlot() * * Input: gplot * nax ( numa: set to null for Y_VS_I; * required for Y_VS_X) * nay (numa: required for both Y_VS_I and Y_VS_X) * plotstyle (GPLOT_LINES, GPLOT_POINTS, GPLOT_IMPULSES, * GPLOT_LINESPOINTS, GPLOT_DOTS) * plottitle ( title for individual plot) * Return: 0 if OK, 1 on error * * Notes: * (1) There are 2 options for (x,y) values: * o To plot an array vs the index, set nax = NULL. * o To plot one array vs another, use both nax and nay. * (2) If nax is defined, it must be the same size as nay. * (3) The 'plottitle' string can have spaces, double * quotes and backquotes, but not single quotes. */ l_int32 gplotAddPlot(GPLOT *gplot, NUMA *nax, NUMA *nay, l_int32 plotstyle, const char *plottitle) { char buf[L_BUF_SIZE]; char emptystring[] = ""; char *datastr, *title; l_int32 n, i; l_float32 valx, valy, startx, delx; SARRAY *sa; PROCNAME("gplotAddPlot"); if (!gplot) return ERROR_INT("gplot not defined", procName, 1); if (!nay) return ERROR_INT("nay not defined", procName, 1); if (plotstyle != GPLOT_LINES && plotstyle != GPLOT_POINTS && plotstyle != GPLOT_IMPULSES && plotstyle != GPLOT_LINESPOINTS && plotstyle != GPLOT_DOTS) return ERROR_INT("invalid plotstyle", procName, 1); n = numaGetCount(nay); numaGetParameters(nay, &startx, &delx); if (nax) { if (n != numaGetCount(nax)) return ERROR_INT("nax and nay sizes differ", procName, 1); } /* Save plotstyle and plottitle */ numaAddNumber(gplot->plotstyles, plotstyle); if (plottitle) { title = stringNew(plottitle); sarrayAddString(gplot->plottitles, title, L_INSERT); } else { sarrayAddString(gplot->plottitles, emptystring, L_COPY); } /* Generate and save data filename */ gplot->nplots++; snprintf(buf, L_BUF_SIZE, "%s.data.%d", gplot->rootname, gplot->nplots); sarrayAddString(gplot->datanames, buf, L_COPY); /* Generate data and save as a string */ sa = sarrayCreate(n); for (i = 0; i < n; i++) { if (nax) numaGetFValue(nax, i, &valx); else valx = startx + i * delx; numaGetFValue(nay, i, &valy); snprintf(buf, L_BUF_SIZE, "%f %f\n", valx, valy); sarrayAddString(sa, buf, L_COPY); } datastr = sarrayToString(sa, 0); sarrayAddString(gplot->plotdata, datastr, L_INSERT); sarrayDestroy(&sa); return 0; } /*! * gplotSetScaling() * * Input: gplot * scaling (GPLOT_LINEAR_SCALE, GPLOT_LOG_SCALE_X, * GPLOT_LOG_SCALE_Y, GPLOT_LOG_SCALE_X_Y) * Return: 0 if OK; 1 on error * * Notes: * (1) By default, the x and y axis scaling is linear. * (2) Call this function to set semi-log or log-log scaling. */ l_int32 gplotSetScaling(GPLOT *gplot, l_int32 scaling) { PROCNAME("gplotSetScaling"); if (!gplot) return ERROR_INT("gplot not defined", procName, 1); if (scaling != GPLOT_LINEAR_SCALE && scaling != GPLOT_LOG_SCALE_X && scaling != GPLOT_LOG_SCALE_Y && scaling != GPLOT_LOG_SCALE_X_Y) return ERROR_INT("invalid gplot scaling", procName, 1); gplot->scaling = scaling; return 0; } /*! * gplotMakeOutput() * * Input: gplot * Return: 0 if OK; 1 on error * * Notes: * (1) This uses gplot and the new arrays to add a plot * to the output, by writing a new data file and appending * the appropriate plot commands to the command file. * (2) The gnuplot program for windows is wgnuplot.exe. The * standard gp426win32 distribution does not have a X11 terminal. */ l_int32 gplotMakeOutput(GPLOT *gplot) { char buf[L_BUF_SIZE]; l_int32 ignore; PROCNAME("gplotMakeOutput"); if (!gplot) return ERROR_INT("gplot not defined", procName, 1); gplotGenCommandFile(gplot); gplotGenDataFiles(gplot); #ifndef _WIN32 if (gplot->outformat != GPLOT_X11) snprintf(buf, L_BUF_SIZE, "gnuplot %s", gplot->cmdname); else snprintf(buf, L_BUF_SIZE, "gnuplot -persist -geometry +10+10 %s &", gplot->cmdname); #else if (gplot->outformat != GPLOT_X11) snprintf(buf, L_BUF_SIZE, "wgnuplot %s", gplot->cmdname); else snprintf(buf, L_BUF_SIZE, "wgnuplot -persist %s", gplot->cmdname); #endif /* _WIN32 */ ignore = system(buf); return 0; } /*! * gplotGenCommandFile() * * Input: gplot * Return: 0 if OK, 1 on error */ l_int32 gplotGenCommandFile(GPLOT *gplot) { char buf[L_BUF_SIZE]; char *cmdstr, *plottitle, *dataname; l_int32 i, plotstyle, nplots; FILE *fp; PROCNAME("gplotGenCommandFile"); if (!gplot) return ERROR_INT("gplot not defined", procName, 1); /* Remove any previous command data */ sarrayClear(gplot->cmddata); /* Generate command data instructions */ if (gplot->title) { /* set title */ snprintf(buf, L_BUF_SIZE, "set title '%s'", gplot->title); sarrayAddString(gplot->cmddata, buf, L_COPY); } if (gplot->xlabel) { /* set xlabel */ snprintf(buf, L_BUF_SIZE, "set xlabel '%s'", gplot->xlabel); sarrayAddString(gplot->cmddata, buf, L_COPY); } if (gplot->ylabel) { /* set ylabel */ snprintf(buf, L_BUF_SIZE, "set ylabel '%s'", gplot->ylabel); sarrayAddString(gplot->cmddata, buf, L_COPY); } if (gplot->outformat == GPLOT_PNG) /* set terminal type and output */ snprintf(buf, L_BUF_SIZE, "set terminal png; set output '%s'", gplot->outname); else if (gplot->outformat == GPLOT_PS) snprintf(buf, L_BUF_SIZE, "set terminal postscript; set output '%s'", gplot->outname); else if (gplot->outformat == GPLOT_EPS) snprintf(buf, L_BUF_SIZE, "set terminal postscript eps; set output '%s'", gplot->outname); else if (gplot->outformat == GPLOT_LATEX) snprintf(buf, L_BUF_SIZE, "set terminal latex; set output '%s'", gplot->outname); else /* gplot->outformat == GPLOT_X11 */ #ifndef _WIN32 snprintf(buf, L_BUF_SIZE, "set terminal x11"); #else snprintf(buf, L_BUF_SIZE, "set terminal windows"); #endif /* _WIN32 */ sarrayAddString(gplot->cmddata, buf, L_COPY); if (gplot->scaling == GPLOT_LOG_SCALE_X || gplot->scaling == GPLOT_LOG_SCALE_X_Y) { snprintf(buf, L_BUF_SIZE, "set logscale x"); sarrayAddString(gplot->cmddata, buf, L_COPY); } if (gplot->scaling == GPLOT_LOG_SCALE_Y || gplot->scaling == GPLOT_LOG_SCALE_X_Y) { snprintf(buf, L_BUF_SIZE, "set logscale y"); sarrayAddString(gplot->cmddata, buf, L_COPY); } nplots = sarrayGetCount(gplot->datanames); for (i = 0; i < nplots; i++) { plottitle = sarrayGetString(gplot->plottitles, i, L_NOCOPY); dataname = sarrayGetString(gplot->datanames, i, L_NOCOPY); numaGetIValue(gplot->plotstyles, i, &plotstyle); if (nplots == 1) { snprintf(buf, L_BUF_SIZE, "plot '%s' title '%s' %s", dataname, plottitle, gplotstylenames[plotstyle]); } else { if (i == 0) snprintf(buf, L_BUF_SIZE, "plot '%s' title '%s' %s, \\", dataname, plottitle, gplotstylenames[plotstyle]); else if (i < nplots - 1) snprintf(buf, L_BUF_SIZE, " '%s' title '%s' %s, \\", dataname, plottitle, gplotstylenames[plotstyle]); else snprintf(buf, L_BUF_SIZE, " '%s' title '%s' %s", dataname, plottitle, gplotstylenames[plotstyle]); } sarrayAddString(gplot->cmddata, buf, L_COPY); } /* Write command data to file */ cmdstr = sarrayToString(gplot->cmddata, 1); if ((fp = fopenWriteStream(gplot->cmdname, "w")) == NULL) return ERROR_INT("cmd stream not opened", procName, 1); fwrite(cmdstr, 1, strlen(cmdstr), fp); fclose(fp); FREE(cmdstr); return 0; } /*! * gplotGenDataFiles() * * Input: gplot * Return: 0 if OK, 1 on error */ l_int32 gplotGenDataFiles(GPLOT *gplot) { char *plotdata, *dataname; l_int32 i, nplots; FILE *fp; PROCNAME("gplotGenDataFiles"); if (!gplot) return ERROR_INT("gplot not defined", procName, 1); nplots = sarrayGetCount(gplot->datanames); for (i = 0; i < nplots; i++) { plotdata = sarrayGetString(gplot->plotdata, i, L_NOCOPY); dataname = sarrayGetString(gplot->datanames, i, L_NOCOPY); if ((fp = fopenWriteStream(dataname, "w")) == NULL) return ERROR_INT("datafile stream not opened", procName, 1); fwrite(plotdata, 1, strlen(plotdata), fp); fclose(fp); } return 0; } /*-----------------------------------------------------------------* * Quick and Dirty Plots * *-----------------------------------------------------------------*/ /*! * gplotSimple1() * * Input: na (numa; plot Y_VS_I) * outformat (GPLOT_PNG, GPLOT_PS, GPLOT_EPS, GPLOT_X11, * GPLOT_LATEX) * outroot (root of output files) * title (, can be NULL) * Return: 0 if OK, 1 on error * * Notes: * (1) This gives a line plot of a numa, where the array value * is plotted vs the array index. The plot is generated * in the specified output format; the title is optional. * (2) When calling this function more than once, be sure the * outroot strings are different; otherwise, you will * overwrite the output files. */ l_int32 gplotSimple1(NUMA *na, l_int32 outformat, const char *outroot, const char *title) { GPLOT *gplot; PROCNAME("gplotSimple1"); if (!na) return ERROR_INT("na not defined", procName, 1); if (outformat != GPLOT_PNG && outformat != GPLOT_PS && outformat != GPLOT_EPS && outformat != GPLOT_X11 && outformat != GPLOT_LATEX) return ERROR_INT("invalid outformat", procName, 1); if (!outroot) return ERROR_INT("outroot not specified", procName, 1); if ((gplot = gplotCreate(outroot, outformat, title, NULL, NULL)) == 0) return ERROR_INT("gplot not made", procName, 1); gplotAddPlot(gplot, NULL, na, GPLOT_LINES, NULL); gplotMakeOutput(gplot); gplotDestroy(&gplot); return 0; } /*! * gplotSimple2() * * Input: na1 (numa; we plot Y_VS_I) * na2 (ditto) * outformat (GPLOT_PNG, GPLOT_PS, GPLOT_EPS, GPLOT_X11, * GPLOT_LATEX) * outroot (root of output files) * title () * Return: 0 if OK, 1 on error * * Notes: * (1) This gives a line plot of two numa, where the array values * are each plotted vs the array index. The plot is generated * in the specified output format; the title is optional. * (2) When calling this function more than once, be sure the * outroot strings are different; otherwise, you will * overwrite the output files. */ l_int32 gplotSimple2(NUMA *na1, NUMA *na2, l_int32 outformat, const char *outroot, const char *title) { GPLOT *gplot; PROCNAME("gplotSimple2"); if (!na1 || !na2) return ERROR_INT("na1 and na2 not both defined", procName, 1); if (outformat != GPLOT_PNG && outformat != GPLOT_PS && outformat != GPLOT_EPS && outformat != GPLOT_X11 && outformat != GPLOT_LATEX) return ERROR_INT("invalid outformat", procName, 1); if (!outroot) return ERROR_INT("outroot not specified", procName, 1); if ((gplot = gplotCreate(outroot, outformat, title, NULL, NULL)) == 0) return ERROR_INT("gplot not made", procName, 1); gplotAddPlot(gplot, NULL, na1, GPLOT_LINES, NULL); gplotAddPlot(gplot, NULL, na2, GPLOT_LINES, NULL); gplotMakeOutput(gplot); gplotDestroy(&gplot); return 0; } /*! * gplotSimpleN() * * Input: naa (numaa; we plot Y_VS_I for each numa) * outformat (GPLOT_PNG, GPLOT_PS, GPLOT_EPS, GPLOT_X11, * GPLOT_LATEX) * outroot (root of output files) * title () * Return: 0 if OK, 1 on error * * Notes: * (1) This gives a line plot of all numas in a numaa (array of numa), * where the array values are each plotted vs the array index. * The plot is generated in the specified output format; * the title is optional. * (2) When calling this function more than once, be sure the * outroot strings are different; otherwise, you will * overwrite the output files. */ l_int32 gplotSimpleN(NUMAA *naa, l_int32 outformat, const char *outroot, const char *title) { l_int32 i, n; GPLOT *gplot; NUMA *na; PROCNAME("gplotSimpleN"); if (!naa) return ERROR_INT("naa not defined", procName, 1); if ((n = numaaGetCount(naa)) == 0) return ERROR_INT("no numa in array", procName, 1); if (outformat != GPLOT_PNG && outformat != GPLOT_PS && outformat != GPLOT_EPS && outformat != GPLOT_X11 && outformat != GPLOT_LATEX) return ERROR_INT("invalid outformat", procName, 1); if (!outroot) return ERROR_INT("outroot not specified", procName, 1); if ((gplot = gplotCreate(outroot, outformat, title, NULL, NULL)) == 0) return ERROR_INT("gplot not made", procName, 1); for (i = 0; i < n; i++) { na = numaaGetNuma(naa, i, L_CLONE); gplotAddPlot(gplot, NULL, na, GPLOT_LINES, NULL); numaDestroy(&na); } gplotMakeOutput(gplot); gplotDestroy(&gplot); return 0; } /*-----------------------------------------------------------------* * Serialize for I/O * *-----------------------------------------------------------------*/ /*! * gplotRead() * * Input: filename * Return: gplot, or NULL on error */ GPLOT * gplotRead(const char *filename) { char buf[L_BUF_SIZE]; char *rootname, *title, *xlabel, *ylabel, *ignores; l_int32 outformat, ret, version, ignore; FILE *fp; GPLOT *gplot; PROCNAME("gplotRead"); if (!filename) return (GPLOT *)ERROR_PTR("filename not defined", procName, NULL); if ((fp = fopenReadStream(filename)) == NULL) return (GPLOT *)ERROR_PTR("stream not opened", procName, NULL); ret = fscanf(fp, "Gplot Version %d\n", &version); if (ret != 1) { fclose(fp); return (GPLOT *)ERROR_PTR("not a gplot file", procName, NULL); } if (version != GPLOT_VERSION_NUMBER) { fclose(fp); return (GPLOT *)ERROR_PTR("invalid gplot version", procName, NULL); } ignore = fscanf(fp, "Rootname: %s\n", buf); rootname = stringNew(buf); ignore = fscanf(fp, "Output format: %d\n", &outformat); ignores = fgets(buf, L_BUF_SIZE, fp); /* Title: ... */ title = stringNew(buf + 7); title[strlen(title) - 1] = '\0'; ignores = fgets(buf, L_BUF_SIZE, fp); /* X axis label: ... */ xlabel = stringNew(buf + 14); xlabel[strlen(xlabel) - 1] = '\0'; ignores = fgets(buf, L_BUF_SIZE, fp); /* Y axis label: ... */ ylabel = stringNew(buf + 14); ylabel[strlen(ylabel) - 1] = '\0'; if (!(gplot = gplotCreate(rootname, outformat, title, xlabel, ylabel))) { fclose(fp); return (GPLOT *)ERROR_PTR("gplot not made", procName, NULL); } FREE(rootname); FREE(title); FREE(xlabel); FREE(ylabel); sarrayDestroy(&gplot->cmddata); sarrayDestroy(&gplot->datanames); sarrayDestroy(&gplot->plotdata); sarrayDestroy(&gplot->plottitles); numaDestroy(&gplot->plotstyles); ignore = fscanf(fp, "Commandfile name: %s\n", buf); stringReplace(&gplot->cmdname, buf); ignore = fscanf(fp, "\nCommandfile data:"); gplot->cmddata = sarrayReadStream(fp); ignore = fscanf(fp, "\nDatafile names:"); gplot->datanames = sarrayReadStream(fp); ignore = fscanf(fp, "\nPlot data:"); gplot->plotdata = sarrayReadStream(fp); ignore = fscanf(fp, "\nPlot titles:"); gplot->plottitles = sarrayReadStream(fp); ignore = fscanf(fp, "\nPlot styles:"); gplot->plotstyles = numaReadStream(fp); ignore = fscanf(fp, "Number of plots: %d\n", &gplot->nplots); ignore = fscanf(fp, "Output file name: %s\n", buf); stringReplace(&gplot->outname, buf); ignore = fscanf(fp, "Axis scaling: %d\n", &gplot->scaling); fclose(fp); return gplot; } /*! * gplotWrite() * * Input: filename * gplot * Return: 0 if OK; 1 on error */ l_int32 gplotWrite(const char *filename, GPLOT *gplot) { FILE *fp; PROCNAME("gplotWrite"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!gplot) return ERROR_INT("gplot not defined", procName, 1); if ((fp = fopenWriteStream(filename, "wb")) == NULL) return ERROR_INT("stream not opened", procName, 1); fprintf(fp, "Gplot Version %d\n", GPLOT_VERSION_NUMBER); fprintf(fp, "Rootname: %s\n", gplot->rootname); fprintf(fp, "Output format: %d\n", gplot->outformat); fprintf(fp, "Title: %s\n", gplot->title); fprintf(fp, "X axis label: %s\n", gplot->xlabel); fprintf(fp, "Y axis label: %s\n", gplot->ylabel); fprintf(fp, "Commandfile name: %s\n", gplot->cmdname); fprintf(fp, "\nCommandfile data:"); sarrayWriteStream(fp, gplot->cmddata); fprintf(fp, "\nDatafile names:"); sarrayWriteStream(fp, gplot->datanames); fprintf(fp, "\nPlot data:"); sarrayWriteStream(fp, gplot->plotdata); fprintf(fp, "\nPlot titles:"); sarrayWriteStream(fp, gplot->plottitles); fprintf(fp, "\nPlot styles:"); numaWriteStream(fp, gplot->plotstyles); fprintf(fp, "Number of plots: %d\n", gplot->nplots); fprintf(fp, "Output file name: %s\n", gplot->outname); fprintf(fp, "Axis scaling: %d\n", gplot->scaling); fclose(fp); return 0; } leptonica-1.70/src/tiffiostub.c0000644000175000017500000001560711707052573014636 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * tiffiostub.c * * Stubs for tiffio.c functions */ #include "allheaders.h" #ifdef HAVE_CONFIG_H #include "config_auto.h" #endif /* HAVE_CONFIG_H */ /* --------------------------------------------*/ #if !HAVE_LIBTIFF /* defined in environ.h */ /* --------------------------------------------*/ PIX * pixReadTiff(const char *filename, l_int32 n) { return (PIX * )ERROR_PTR("function not present", "pixReadTiff", NULL); } /* ----------------------------------------------------------------------*/ PIX * pixReadStreamTiff(FILE *fp, l_int32 n) { return (PIX * )ERROR_PTR("function not present", "pixReadStreamTiff", NULL); } /* ----------------------------------------------------------------------*/ l_int32 pixWriteTiff(const char *filename, PIX *pix, l_int32 comptype, const char *modestring) { return ERROR_INT("function not present", "pixWriteTiff", 1); } /* ----------------------------------------------------------------------*/ l_int32 pixWriteTiffCustom(const char *filename, PIX *pix, l_int32 comptype, const char *modestring, NUMA *natags, SARRAY *savals, SARRAY *satypes, NUMA *nasizes) { return ERROR_INT("function not present", "pixWriteTiffCustom", 1); } /* ----------------------------------------------------------------------*/ l_int32 pixWriteStreamTiff(FILE *fp, PIX *pix, l_int32 comptype) { return ERROR_INT("function not present", "pixWriteStreamTiff", 1); } /* ----------------------------------------------------------------------*/ PIXA * pixaReadMultipageTiff(const char *filename) { return (PIXA * )ERROR_PTR("function not present", "pixaReadMultipageTiff", NULL); } /* ----------------------------------------------------------------------*/ l_int32 writeMultipageTiff(const char *dirin, const char *substr, const char *fileout) { return ERROR_INT("function not present", "writeMultipageTiff", 1); } /* ----------------------------------------------------------------------*/ l_int32 writeMultipageTiffSA(SARRAY *sa, const char *fileout) { return ERROR_INT("function not present", "writeMultipageTiffSA", 1); } /* ----------------------------------------------------------------------*/ l_int32 fprintTiffInfo(FILE *fpout, const char *tiffile) { return ERROR_INT("function not present", "fprintTiffInfo", 1); } /* ----------------------------------------------------------------------*/ l_int32 tiffGetCount(FILE *fp, l_int32 *pn) { return ERROR_INT("function not present", "tiffGetCount", 1); } /* ----------------------------------------------------------------------*/ l_int32 getTiffResolution(FILE *fp, l_int32 *pxres, l_int32 *pyres) { return ERROR_INT("function not present", "getTiffResolution", 1); } /* ----------------------------------------------------------------------*/ l_int32 readHeaderTiff(const char *filename, l_int32 n, l_int32 *pwidth, l_int32 *pheight, l_int32 *pbps, l_int32 *pspp, l_int32 *pres, l_int32 *pcmap, l_int32 *pformat) { return ERROR_INT("function not present", "readHeaderTiff", 1); } /* ----------------------------------------------------------------------*/ l_int32 freadHeaderTiff(FILE *fp, l_int32 n, l_int32 *pwidth, l_int32 *pheight, l_int32 *pbps, l_int32 *pspp, l_int32 *pres, l_int32 *pcmap, l_int32 *pformat) { return ERROR_INT("function not present", "freadHeaderTiff", 1); } /* ----------------------------------------------------------------------*/ l_int32 readHeaderMemTiff(const l_uint8 *cdata, size_t size, l_int32 n, l_int32 *pwidth, l_int32 *pheight, l_int32 *pbps, l_int32 *pspp, l_int32 *pres, l_int32 *pcmap, l_int32 *pformat) { return ERROR_INT("function not present", "readHeaderMemTiff", 1); } /* ----------------------------------------------------------------------*/ l_int32 findTiffCompression(FILE *fp, l_int32 *pcomptype) { return ERROR_INT("function not present", "findTiffCompression", 1); } /* ----------------------------------------------------------------------*/ l_int32 extractG4DataFromFile(const char *filein, l_uint8 **pdata, size_t *pnbytes, l_int32 *pw, l_int32 *ph, l_int32 *pminisblack) { return ERROR_INT("function not present", "extractG4DataFromFile", 1); } /* ----------------------------------------------------------------------*/ PIX * pixReadMemTiff(const l_uint8 *cdata, size_t size, l_int32 n) { return (PIX *)ERROR_PTR("function not present", "pixReadMemTiff", NULL); } /* ----------------------------------------------------------------------*/ l_int32 pixWriteMemTiff(l_uint8 **pdata, size_t *psize, PIX *pix, l_int32 comptype) { return ERROR_INT("function not present", "pixWriteMemTiff", 1); } /* ----------------------------------------------------------------------*/ l_int32 pixWriteMemTiffCustom(l_uint8 **pdata, size_t *psize, PIX *pix, l_int32 comptype, NUMA *natags, SARRAY *savals, SARRAY *satypes, NUMA *nasizes) { return ERROR_INT("function not present", "pixWriteMemTiffCustom", 1); } /* --------------------------------------------*/ #endif /* !HAVE_LIBTIFF */ /* --------------------------------------------*/ leptonica-1.70/src/endianness.h.dist0000600000175000017500000000016611432324706015533 0ustar dandan#if !defined (L_BIG_ENDIAN) && !defined (L_LITTLE_ENDIAN) # define L_LITTLE_ENDIAN /* # define L_BIG_ENDIAN */ #endif leptonica-1.70/src/bbuffer.c0000644000175000017500000004120512244215530014053 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * bbuffer.c * * Create/Destroy BBuffer * BBUFFER *bbufferCreate() * void *bbufferDestroy() * l_uint8 *bbufferDestroyAndSaveData() * * Operations to read data TO a BBuffer * l_int32 bbufferRead() * l_int32 bbufferReadStream() * static l_int32 bbufferExtendArray() * * Operations to write data FROM a BBuffer * l_int32 bbufferWrite() * l_int32 bbufferWriteStream() * * Accessors * l_int32 bbufferBytesToWrite() * * Read from stdin to memory * l_int32 bbufferReadStdin() * * * The bbuffer is an implementation of a byte queue. * The bbuffer holds a byte array from which bytes are * processed in a first-in/first-out fashion. As with * any queue, bbuffer maintains two "pointers," one to the * tail of the queue (where you read new bytes onto it) * and one to the head of the queue (where you start from * when writing bytes out of it. * * The queue can be visualized: * * * byte 0 byte (nalloc - 1) * | | * -------------------------------------------------- * H T * [ aw ][ bytes currently on queue ][ anr ] * * ---: all allocated data in bbuffer * H: queue head (ptr to next byte to be written out) * T: queue tail (ptr to first byte to be written to) * aw: already written from queue * anr: allocated but not yet read to * * The purpose of bbuffer is to allow you to safely read * bytes in, and to sequentially write them out as well. * In the process of writing bytes out, you don't actually * remove the bytes in the array; you just move the pointer * (nwritten) which points to the head of the queue. In * the process of reading bytes in, you sometimes need to * expand the array size. If a read is performed after a * write, so that the head of the queue is not at the * beginning of the array, the bytes already written are * first removed by copying the others over them; then the * new bytes are read onto the tail of the queue. * * Note that the meaning of "read into" and "write from" * the bbuffer is OPPOSITE to that for a stream, where * you read "from" a stream and write "into" a stream. * As a mnemonic for remembering the direction: * - to read bytes from a stream into the bbuffer, * you call fread on the stream * - to write bytes from the bbuffer into a stream, * you call fwrite on the stream * * See zlibmem.c for an example use of bbuffer, where we * compress and decompress an array of bytes in memory. * * We can also use the bbuffer trivially to read from stdin * into memory; e.g., to capture bytes piped from the stdout * of another program. This is equivalent to repeatedly * calling bbufferReadStream() until the input queue is empty. */ #include #include "allheaders.h" static const l_int32 INITIAL_BUFFER_ARRAYSIZE = 1024; /* n'importe quoi */ /* Static function */ static l_int32 bbufferExtendArray(BBUFFER *bb, l_int32 nbytes); /*--------------------------------------------------------------------------* * BBuffer create/destroy * *--------------------------------------------------------------------------*/ /*! * bbufferCreate() * * Input: buffer address in memory () * size of byte array to be alloc'd (0 for default) * Return: bbuffer, or null on error * * Notes: * (1) If a buffer address is given, you should read all the data in. * (2) Allocates a bbuffer with associated byte array of * the given size. If a buffer address is given, * it then reads the number of bytes into the byte array. */ BBUFFER * bbufferCreate(l_uint8 *indata, l_int32 nalloc) { BBUFFER *bb; PROCNAME("bbufferCreate"); if (nalloc <= 0) nalloc = INITIAL_BUFFER_ARRAYSIZE; if ((bb = (BBUFFER *)CALLOC(1, sizeof(BBUFFER))) == NULL) return (BBUFFER *)ERROR_PTR("bb not made", procName, NULL); if ((bb->array = (l_uint8 *)CALLOC(nalloc, sizeof(l_uint8))) == NULL) return (BBUFFER *)ERROR_PTR("byte array not made", procName, NULL); bb->nalloc = nalloc; bb->nwritten = 0; if (indata) { memcpy((l_uint8 *)bb->array, indata, nalloc); bb->n = nalloc; } else { bb->n = 0; } return bb; } /*! * bbufferDestroy() * * Input: &bbuffer () * Return: void * * Notes: * (1) Destroys the byte array in the bbuffer and then the bbuffer; * then nulls the contents of the input ptr. */ void bbufferDestroy(BBUFFER **pbb) { BBUFFER *bb; PROCNAME("bbufferDestroy"); if (pbb == NULL) { L_WARNING("ptr address is NULL\n", procName); return; } if ((bb = *pbb) == NULL) return; if (bb->array) FREE(bb->array); FREE(bb); *pbb = NULL; return; } /*! * bbufferDestroyAndSaveData() * * Input: &bbuffer () * &nbytes ( number of bytes saved in array) * Return: barray (newly allocated array of data) * * Notes: * (1) Copies data to newly allocated array; then destroys the bbuffer. */ l_uint8 * bbufferDestroyAndSaveData(BBUFFER **pbb, size_t *pnbytes) { l_uint8 *array; size_t nbytes; BBUFFER *bb; PROCNAME("bbufferDestroyAndSaveData"); if (pbb == NULL) { L_WARNING("ptr address is NULL\n", procName); return NULL; } if (pnbytes == NULL) { L_WARNING("&nbytes is NULL\n", procName); bbufferDestroy(pbb); return NULL; } if ((bb = *pbb) == NULL) return NULL; /* write all unwritten bytes out to a new array */ nbytes = bb->n - bb->nwritten; *pnbytes = nbytes; if ((array = (l_uint8 *)CALLOC(nbytes, sizeof(l_uint8))) == NULL) { L_WARNING("calloc failure for array\n", procName); return NULL; } memcpy((void *)array, (void *)(bb->array + bb->nwritten), nbytes); bbufferDestroy(pbb); return array; } /*--------------------------------------------------------------------------* * Operations to read data INTO a BBuffer * *--------------------------------------------------------------------------*/ /*! * bbufferRead() * * Input: bbuffer * src (source memory buffer from which bytes are read) * nbytes (bytes to be read) * Return: 0 if OK, 1 on error * * Notes: * (1) For a read after write, first remove the written * bytes by shifting the unwritten bytes in the array, * then check if there is enough room to add the new bytes. * If not, realloc with bbufferExpandArray(), resulting * in a second writing of the unwritten bytes. While less * efficient, this is simpler than making a special case * of reallocNew(). */ l_int32 bbufferRead(BBUFFER *bb, l_uint8 *src, l_int32 nbytes) { l_int32 navail, nadd, nwritten; PROCNAME("bbufferRead"); if (!bb) return ERROR_INT("bb not defined", procName, 1); if (!src) return ERROR_INT("src not defined", procName, 1); if (nbytes == 0) return ERROR_INT("no bytes to read", procName, 1); if ((nwritten = bb->nwritten)) { /* move the unwritten bytes over */ memmove((l_uint8 *)bb->array, (l_uint8 *)(bb->array + nwritten), bb->n - nwritten); bb->nwritten = 0; bb->n -= nwritten; } /* If necessary, expand the allocated array. Do so by * by at least a factor of two. */ navail = bb->nalloc - bb->n; if (nbytes > navail) { nadd = L_MAX(bb->nalloc, nbytes); bbufferExtendArray(bb, nadd); } /* Read in the new bytes */ memcpy((l_uint8 *)(bb->array + bb->n), src, nbytes); bb->n += nbytes; return 0; } /*! * bbufferReadStream() * * Input: bbuffer * fp (source stream from which bytes are read) * nbytes (bytes to be read) * Return: 0 if OK, 1 on error */ l_int32 bbufferReadStream(BBUFFER *bb, FILE *fp, l_int32 nbytes) { l_int32 navail, nadd, nread, nwritten; PROCNAME("bbufferReadStream"); if (!bb) return ERROR_INT("bb not defined", procName, 1); if (!fp) return ERROR_INT("fp not defined", procName, 1); if (nbytes == 0) return ERROR_INT("no bytes to read", procName, 1); if ((nwritten = bb->nwritten)) { /* move any unwritten bytes over */ memmove((l_uint8 *)bb->array, (l_uint8 *)(bb->array + nwritten), bb->n - nwritten); bb->nwritten = 0; bb->n -= nwritten; } /* If necessary, expand the allocated array. Do so by * by at least a factor of two. */ navail = bb->nalloc - bb->n; if (nbytes > navail) { nadd = L_MAX(bb->nalloc, nbytes); bbufferExtendArray(bb, nadd); } /* Read in the new bytes */ nread = fread((void *)(bb->array + bb->n), 1, nbytes, fp); bb->n += nread; return 0; } /*! * bbufferExtendArray() * * Input: bbuffer * nbytes (number of bytes to extend array size) * Return: 0 if OK, 1 on error * * Notes: * (1) reallocNew() copies all bb->nalloc bytes, even though * only bb->n are data. */ static l_int32 bbufferExtendArray(BBUFFER *bb, l_int32 nbytes) { PROCNAME("bbufferExtendArray"); if (!bb) return ERROR_INT("bb not defined", procName, 1); if ((bb->array = (l_uint8 *)reallocNew((void **)&bb->array, bb->nalloc, bb->nalloc + nbytes)) == NULL) return ERROR_INT("new ptr array not returned", procName, 1); bb->nalloc += nbytes; return 0; } /*--------------------------------------------------------------------------* * Operations to write data FROM a BBuffer * *--------------------------------------------------------------------------*/ /*! * bbufferWrite() * * Input: bbuffer * dest (dest memory buffer to which bytes are written) * nbytes (bytes requested to be written) * &nout ( bytes actually written) * Return: 0 if OK, 1 on error */ l_int32 bbufferWrite(BBUFFER *bb, l_uint8 *dest, size_t nbytes, size_t *pnout) { l_int32 nleft, nout; PROCNAME("bbufferWrite"); if (!bb) return ERROR_INT("bb not defined", procName, 1); if (!dest) return ERROR_INT("dest not defined", procName, 1); if (nbytes <= 0) return ERROR_INT("no bytes requested to write", procName, 1); if (!pnout) return ERROR_INT("&nout not defined", procName, 1); nleft = bb->n - bb->nwritten; nout = L_MIN(nleft, nbytes); *pnout = nout; if (nleft == 0) { /* nothing to write; reinitialize the buffer */ bb->n = 0; bb->nwritten = 0; return 0; } /* nout > 0; transfer the data out */ memcpy(dest, (l_uint8 *)(bb->array + bb->nwritten), nout); bb->nwritten += nout; /* If all written; "empty" the buffer */ if (nout == nleft) { bb->n = 0; bb->nwritten = 0; } return 0; } /*! * bbufferWriteStream() * * Input: bbuffer * fp (dest stream to which bytes are written) * nbytes (bytes requested to be written) * &nout ( bytes actually written) * Return: 0 if OK, 1 on error */ l_int32 bbufferWriteStream(BBUFFER *bb, FILE *fp, size_t nbytes, size_t *pnout) { l_int32 nleft, nout; PROCNAME("bbufferWriteStream"); if (!bb) return ERROR_INT("bb not defined", procName, 1); if (!fp) return ERROR_INT("output stream not defined", procName, 1); if (nbytes <= 0) return ERROR_INT("no bytes requested to write", procName, 1); if (!pnout) return ERROR_INT("&nout not defined", procName, 1); nleft = bb->n - bb->nwritten; nout = L_MIN(nleft, nbytes); *pnout = nout; if (nleft == 0) { /* nothing to write; reinitialize the buffer */ bb->n = 0; bb->nwritten = 0; return 0; } /* nout > 0; transfer the data out */ fwrite((void *)(bb->array + bb->nwritten), 1, nout, fp); bb->nwritten += nout; /* If all written; "empty" the buffer */ if (nout == nleft) { bb->n = 0; bb->nwritten = 0; } return 0; } /*--------------------------------------------------------------------------* * Accessors * *--------------------------------------------------------------------------*/ /*! * bbufferBytesToWrite() * * Input: bbuffer * &nbytes () * Return: 0 if OK; 1 on error */ l_int32 bbufferBytesToWrite(BBUFFER *bb, size_t *pnbytes) { PROCNAME("bbufferBytesToWrite"); if (!bb) return ERROR_INT("bb not defined", procName, 1); if (!pnbytes) return ERROR_INT("&nbytes not defined", procName, 1); *pnbytes = bb->n - bb->nwritten; return 0; } /*--------------------------------------------------------------------------* * Read from stdin to memory * *--------------------------------------------------------------------------*/ /*! * bbufferReadStdin() * * Input: &data ( binary data read in) * &nbytes () * Return: 0 if OK; 1 on error * * Notes: * (1) This can be used to capture data piped in from stdin. * For example, you can read an image from stdin into memory * using shell redirection, with one of these: * cat | readprog * readprog < * where readprog is: * bbufferReadStdin(&data, &nbytes); // l_uint8*, size_t * Pix *pix = pixReadMem(data, nbytes); */ l_int32 bbufferReadStdin(l_uint8 **pdata, size_t *pnbytes) { l_int32 navail, nadd, nread; BBUFFER *bb; PROCNAME("bbufferReadStdin"); if (!pdata) return ERROR_INT("&data not defined", procName, 1); if (!pnbytes) return ERROR_INT("&nbytes not defined", procName, 1); bb = bbufferCreate(NULL, 4096); while (1) { navail = bb->nalloc - bb->n; if (navail < 4096) { nadd = L_MAX(bb->nalloc, 4096); bbufferExtendArray(bb, nadd); } nread = fread((void *)(bb->array + bb->n), 1, 4096, stdin); bb->n += nread; if (nread != 4096) break; } *pdata = bb->array; *pnbytes = bb->n; bb->array = NULL; bbufferDestroy(&bb); return 0; } leptonica-1.70/src/zlibmemstub.c0000644000175000017500000000444011707052573015006 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * zlibmemstub.c * * Stubs for zlibmem.c functions */ #include "allheaders.h" #ifdef HAVE_CONFIG_H #include "config_auto.h" #endif /* HAVE_CONFIG_H */ /* --------------------------------------------*/ #if !HAVE_LIBZ /* defined in environ.h */ /* --------------------------------------------*/ l_uint8 * zlibCompress(l_uint8 *datain, size_t nin, size_t *pnout) { return (l_uint8 *)ERROR_PTR("function not present", "zlibCompress", NULL); } /* ----------------------------------------------------------------------*/ l_uint8 * zlibUncompress(l_uint8 *datain, size_t nin, size_t *pnout) { return (l_uint8 *)ERROR_PTR("function not present", "zlibUncompress", NULL); } /* --------------------------------------------*/ #endif /* !HAVE_LIBZ */ /* --------------------------------------------*/ leptonica-1.70/src/bmpio.c0000644000175000017500000005642712244745222013570 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * bmpio.c * * Read bmp from file * PIX *pixReadStreamBmp() * * Write bmp to file * l_int32 pixWriteStreamBmp() * * Read/write to memory * PIX *pixReadMemBmp() * l_int32 pixWriteMemBmp() * * On systems like windows without fmemopen() and open_memstream(), * we write data to a temp file and read it back for operations * between pix and compressed-data, such as pixReadMemPng() and * pixWriteMemPng(). */ #include #include "allheaders.h" #include "bmp.h" /* --------------------------------------------*/ #if USE_BMPIO /* defined in environ.h */ /* --------------------------------------------*/ RGBA_QUAD bwmap[2] = { {255,255,255,0}, {0,0,0,0} }; /* Colormap size limit */ static const l_int32 L_MAX_ALLOWED_NUM_COLORS = 256; #ifndef NO_CONSOLE_IO #define DEBUG 0 #endif /* ~NO_CONSOLE_IO */ /*! * pixReadStreamBmp() * * Input: stream opened for read * Return: pix, or null on error * * Notes: * (1) Here are references on the bmp file format: * http://en.wikipedia.org/wiki/BMP_file_format * http://www.fortunecity.com/skyscraper/windows/364/bmpffrmt.html */ PIX * pixReadStreamBmp(FILE *fp) { l_uint16 sval; l_uint32 ival; l_int16 bfType, bfSize, bfFill1, bfReserved1, bfReserved2; l_int16 offset, bfFill2, biPlanes, depth, d; l_int32 biSize, width, height, xres, yres, compression; l_int32 imagebytes, biClrUsed, biClrImportant; l_uint8 *colormapBuf; l_int32 colormapEntries; l_int32 fileBpl, extrabytes; l_int32 pixWpl, pixBpl; l_int32 i, j, k; l_uint8 pel[4]; l_uint8 *data; l_uint32 *line, *pword; PIX *pix, *pixt; PIXCMAP *cmap; PROCNAME("pixReadStreamBmp"); if (!fp) return (PIX *)ERROR_PTR("fp not defined", procName, NULL); /* Read bitmap file header */ if (fread((char *)&sval, 2, 1, fp) != 1) return (PIX *)ERROR_PTR("item 1 not read", procName, NULL); bfType = convertOnBigEnd16(sval); if (bfType != BMP_ID) return (PIX *)ERROR_PTR("not bmf format", procName, NULL); if (fread((char *)&sval, 2, 1, fp) != 1) return (PIX *)ERROR_PTR("item 2 not read", procName, NULL); bfSize = convertOnBigEnd16(sval); if (fread((char *)&sval, 2, 1, fp) != 1) return (PIX *)ERROR_PTR("item 3 not read", procName, NULL); bfFill1 = convertOnBigEnd16(sval); if (fread((char *)&sval, 2, 1, fp) != 1) return (PIX *)ERROR_PTR("item 4 not read", procName, NULL); bfReserved1 = convertOnBigEnd16(sval); if (fread((char *)&sval, 2, 1, fp) != 1) return (PIX *)ERROR_PTR("item 5 not read", procName, NULL); bfReserved2 = convertOnBigEnd16(sval); if (fread((char *)&sval, 2, 1, fp) != 1) return (PIX *)ERROR_PTR("item 6 not read", procName, NULL); offset = convertOnBigEnd16(sval); if (fread((char *)&sval, 2, 1, fp) != 1) return (PIX *)ERROR_PTR("item 7 not read", procName, NULL); bfFill2 = convertOnBigEnd16(sval); /* Read bitmap info header */ if (fread((char *)&ival, 4, 1, fp) != 1) return (PIX *)ERROR_PTR("item 8 not read", procName, NULL); biSize = convertOnBigEnd32(ival); if (fread((char *)&ival, 4, 1, fp) != 1) return (PIX *)ERROR_PTR("item 9 not read", procName, NULL); width = convertOnBigEnd32(ival); if (fread((char *)&ival, 4, 1, fp) != 1) return (PIX *)ERROR_PTR("item 10 not read", procName, NULL); height = convertOnBigEnd32(ival); if (fread((char *)&sval, 2, 1, fp) != 1) return (PIX *)ERROR_PTR("item 11 not read", procName, NULL); biPlanes = convertOnBigEnd16(sval); if (fread((char *)&sval, 2, 1, fp) != 1) return (PIX *)ERROR_PTR("item 12 not read", procName, NULL); depth = convertOnBigEnd16(sval); if (fread((char *)&ival, 4, 1, fp) != 1) return (PIX *)ERROR_PTR("item 13 not read", procName, NULL); compression = convertOnBigEnd32(ival); if (fread((char *)&ival, 4, 1, fp) != 1) return (PIX *)ERROR_PTR("item 14 not read", procName, NULL); imagebytes = convertOnBigEnd32(ival); if (fread((char *)&ival, 4, 1, fp) != 1) return (PIX *)ERROR_PTR("item 15 not read", procName, NULL); xres = convertOnBigEnd32(ival); if (fread((char *)&ival, 4, 1, fp) != 1) return (PIX *)ERROR_PTR("item 16 not read", procName, NULL); yres = convertOnBigEnd32(ival); if (fread((char *)&ival, 4, 1, fp) != 1) return (PIX *)ERROR_PTR("item 17 not read", procName, NULL); biClrUsed = convertOnBigEnd32(ival); if (fread((char *)&ival, 4, 1, fp) != 1) return (PIX *)ERROR_PTR("item 18 not read", procName, NULL); biClrImportant = convertOnBigEnd32(ival); if (compression != 0) return (PIX *)ERROR_PTR("cannot read compressed BMP files", procName, NULL); /* A little sanity checking. It would be nice to check * if the number of bytes in the file equals the offset to * the data plus the imagedata, but this won't work when * reading from memory, because fmemopen() doesn't implement * ftell(). So we can't do that check. The imagebytes for * uncompressed images is either 0 or the size of the file data. * (The fact that it can be 0 is perhaps some legacy glitch). */ if (width < 1) return (PIX *)ERROR_PTR("width < 1", procName, NULL); if (height < 1) return (PIX *)ERROR_PTR("height < 1", procName, NULL); if (depth != 1 && depth != 2 && depth != 4 && depth != 8 && depth != 16 && depth != 24 && depth != 32) return (PIX *)ERROR_PTR("depth not in {1, 2, 4, 8, 16, 24, 32}", procName,NULL); fileBpl = 4 * ((width * depth + 31)/32); if (imagebytes != 0 && imagebytes != fileBpl * height) return (PIX *)ERROR_PTR("invalid imagebytes", procName, NULL); if (offset < BMP_FHBYTES + BMP_IHBYTES) return (PIX *)ERROR_PTR("invalid offset: too small", procName, NULL); if (offset > BMP_FHBYTES + BMP_IHBYTES + 4 * 256) return (PIX *)ERROR_PTR("invalid offset: too large", procName, NULL); /* Handle the colormap */ colormapEntries = (offset - BMP_FHBYTES - BMP_IHBYTES) / sizeof(RGBA_QUAD); colormapBuf = NULL; if (colormapEntries > L_MAX_ALLOWED_NUM_COLORS) return (PIX *)ERROR_PTR("colormap too large", procName,NULL); if (colormapEntries > 0) { if ((colormapBuf = (l_uint8 *)CALLOC(colormapEntries, sizeof(RGBA_QUAD))) == NULL) return (PIX *)ERROR_PTR("colormapBuf alloc fail", procName, NULL ); /* Read colormap */ if (fread(colormapBuf, sizeof(RGBA_QUAD), colormapEntries, fp) != colormapEntries) { FREE(colormapBuf); return (PIX *)ERROR_PTR( "colormap read fail", procName, NULL); } } /* Make a 32 bpp pix if depth is 24 bpp */ d = depth; if (depth == 24) d = 32; if ((pix = pixCreate(width, height, d)) == NULL) { FREE(colormapBuf); return (PIX *)ERROR_PTR( "pix not made", procName, NULL); } pixSetXRes(pix, (l_int32)((l_float32)xres / 39.37 + 0.5)); /* to ppi */ pixSetYRes(pix, (l_int32)((l_float32)yres / 39.37 + 0.5)); /* to ppi */ pixWpl = pixGetWpl(pix); pixBpl = 4 * pixWpl; cmap = NULL; if (colormapEntries > 256) L_WARNING("more than 256 colormap entries!\n", procName); if (colormapEntries > 0) { /* import the colormap to the pix cmap */ cmap = pixcmapCreate(L_MIN(d, 8)); FREE(cmap->array); /* remove generated cmap array */ cmap->array = (void *)colormapBuf; /* and replace */ cmap->n = L_MIN(colormapEntries, 256); } pixSetColormap(pix, cmap); /* Seek to the start of the bitmap in the file */ fseek(fp, offset, 0); if (depth != 24) { /* typ. 1 or 8 bpp */ data = (l_uint8 *)pixGetData(pix) + pixBpl * (height - 1); for (i = 0; i < height; i++) { if (fread(data, 1, fileBpl, fp) != fileBpl) { pixDestroy(&pix); return (PIX *)ERROR_PTR("BMP read fail", procName, NULL); } data -= pixBpl; } } else { /* 24 bpp file; 32 bpp pix * Note: for bmp files, pel[0] is blue, pel[1] is green, * and pel[2] is red. This is opposite to the storage * in the pix, which puts the red pixel in the 0 byte, * the green in the 1 byte and the blue in the 2 byte. * Note also that all words are endian flipped after * assignment on L_LITTLE_ENDIAN platforms. * * We can then make these assignments for little endians: * SET_DATA_BYTE(pword, 1, pel[0]); blue * SET_DATA_BYTE(pword, 2, pel[1]); green * SET_DATA_BYTE(pword, 3, pel[2]); red * This looks like: * 3 (R) 2 (G) 1 (B) 0 * |-----------|------------|-----------|-----------| * and after byte flipping: * 3 2 (B) 1 (G) 0 (R) * |-----------|------------|-----------|-----------| * * For big endians we set: * SET_DATA_BYTE(pword, 2, pel[0]); blue * SET_DATA_BYTE(pword, 1, pel[1]); green * SET_DATA_BYTE(pword, 0, pel[2]); red * This looks like: * 0 (R) 1 (G) 2 (B) 3 * |-----------|------------|-----------|-----------| * so in both cases we get the correct assignment in the PIX. * * Can we do a platform-independent assignment? * Yes, set the bytes without using macros: * *((l_uint8 *)pword) = pel[2]; red * *((l_uint8 *)pword + 1) = pel[1]; green * *((l_uint8 *)pword + 2) = pel[0]; blue * For little endians, before flipping, this looks again like: * 3 (R) 2 (G) 1 (B) 0 * |-----------|------------|-----------|-----------| */ extrabytes = fileBpl - 3 * width; line = pixGetData(pix) + pixWpl * (height - 1); for (i = 0; i < height; i++) { for (j = 0; j < width; j++) { pword = line + j; if (fread(&pel, 1, 3, fp) != 3) { pixDestroy(&pix); return (PIX *)ERROR_PTR("bmp(1) read fail", procName, NULL); } *((l_uint8 *)pword + COLOR_RED) = pel[2]; *((l_uint8 *)pword + COLOR_GREEN) = pel[1]; *((l_uint8 *)pword + COLOR_BLUE) = pel[0]; } if (extrabytes) { for (k = 0; k < extrabytes; k++) { if (fread(&pel, 1, 1, fp) != 1) { pixDestroy(&pix); return (PIX *)ERROR_PTR("bmp(2) read fail", procName, NULL); } } } line -= pixWpl; } } pixEndianByteSwap(pix); /* ---------------------------------------------- * The bmp colormap determines the values of black * and white pixels for binary in the following way: * if black = 1 (255), white = 0 * 255, 255, 255, 0, 0, 0, 0, 0 * if black = 0, white = 1 (255) * 0, 0, 0, 0, 255, 255, 255, 0 * We have no need for a 1 bpp pix with a colormap! * ---------------------------------------------- */ if (depth == 1 && cmap) { pixt = pixRemoveColormap(pix, REMOVE_CMAP_BASED_ON_SRC); pixDestroy(&pix); pix = pixt; /* rename */ } return pix; } /*! * pixWriteStreamBmp() * * Input: stream opened for write * pix (1, 4, 8, 32 bpp) * Return: 0 if OK, 1 on error * * Notes: * (1) We position fp at the beginning of the stream, so it * truncates any existing data * (2) 2 bpp Bmp files are apparently not valid!. We can * write and read them, but nobody else can read ours. */ l_int32 pixWriteStreamBmp(FILE *fp, PIX *pix) { l_uint32 offbytes, filebytes, fileimagebytes; l_int32 width, height, depth, d, xres, yres; l_uint16 bfType, bfSize, bfFill1, bfReserved1, bfReserved2; l_uint16 bfOffBits, bfFill2, biPlanes, biBitCount; l_uint16 sval; l_uint32 biSize, biWidth, biHeight, biCompression, biSizeImage; l_uint32 biXPelsPerMeter, biYPelsPerMeter, biClrUsed, biClrImportant; l_int32 pixWpl, pixBpl, extrabytes, writeerror; l_int32 fileBpl, fileWpl; l_int32 i, j, k; l_int32 heapcm; /* extra copy of cta on the heap ? 1 : 0 */ l_uint8 *data; l_uint8 pel[4]; l_uint32 *line, *pword; PIXCMAP *cmap; l_uint8 *cta; /* address of the bmp color table array */ l_int32 cmaplen; /* number of bytes in the bmp colormap */ l_int32 ncolors, val, stepsize; RGBA_QUAD *pquad; PROCNAME("pixWriteStreamBmp"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!pix) return ERROR_INT("pix not defined", procName, 1); width = pixGetWidth(pix); height = pixGetHeight(pix); d = pixGetDepth(pix); if (d == 2) L_WARNING("writing 2 bpp bmp file; nobody else can read\n", procName); depth = d; if (d == 32) depth = 24; xres = (l_int32)(39.37 * (l_float32)pixGetXRes(pix) + 0.5); /* to ppm */ yres = (l_int32)(39.37 * (l_float32)pixGetYRes(pix) + 0.5); /* to ppm */ pixWpl = pixGetWpl(pix); pixBpl = 4 * pixWpl; fileWpl = (width * depth + 31) / 32; fileBpl = 4 * fileWpl; fileimagebytes = height * fileBpl; heapcm = 0; if (d == 32) { /* 24 bpp rgb; no colormap */ ncolors = 0; cmaplen = 0; } else if ((cmap = pixGetColormap(pix))) { /* existing colormap */ ncolors = pixcmapGetCount(cmap); cmaplen = ncolors * sizeof(RGBA_QUAD); cta = (l_uint8 *)cmap->array; } else { /* no existing colormap; make a binary or gray one */ if (d == 1) { cmaplen = sizeof(bwmap); ncolors = 2; cta = (l_uint8 *)bwmap; } else { /* d != 32; output grayscale version */ ncolors = 1 << depth; cmaplen = ncolors * sizeof(RGBA_QUAD); heapcm = 1; if ((cta = (l_uint8 *)CALLOC(cmaplen, 1)) == NULL) return ERROR_INT("colormap alloc fail", procName, 1); stepsize = 255 / (ncolors - 1); for (i = 0, val = 0, pquad = (RGBA_QUAD *)cta; i < ncolors; i++, val += stepsize, pquad++) { pquad->blue = pquad->green = pquad->red = val; } } } #if DEBUG {l_uint8 *pcmptr; pcmptr = (l_uint8 *)pixGetColormap(pix)->array; fprintf(stderr, "Pix colormap[0] = %c%c%c%d\n", pcmptr[0], pcmptr[1], pcmptr[2], pcmptr[3]); fprintf(stderr, "Pix colormap[1] = %c%c%c%d\n", pcmptr[4], pcmptr[5], pcmptr[6], pcmptr[7]); } #endif /* DEBUG */ fseek(fp, 0L, 0); /* Convert to little-endian and write the file header data */ bfType = convertOnBigEnd16(BMP_ID); offbytes = BMP_FHBYTES + BMP_IHBYTES + cmaplen; filebytes = offbytes + fileimagebytes; sval = filebytes & 0x0000ffff; bfSize = convertOnBigEnd16(sval); sval = (filebytes >> 16) & 0x0000ffff; bfFill1 = convertOnBigEnd16(sval); bfReserved1 = 0; bfReserved2 = 0; sval = offbytes & 0x0000ffff; bfOffBits = convertOnBigEnd16(sval); sval = (offbytes >> 16) & 0x0000ffff; bfFill2 = convertOnBigEnd16(sval); fwrite(&bfType, 1, 2, fp); fwrite(&bfSize, 1, 2, fp); fwrite(&bfFill1, 1, 2, fp); fwrite(&bfReserved1, 1, 2, fp); fwrite(&bfReserved1, 1, 2, fp); fwrite(&bfOffBits, 1, 2, fp); fwrite(&bfFill2, 1, 2, fp); /* Convert to little-endian and write the info header data */ biSize = convertOnBigEnd32(BMP_IHBYTES); biWidth = convertOnBigEnd32(width); biHeight = convertOnBigEnd32(height); biPlanes = convertOnBigEnd16(1); biBitCount = convertOnBigEnd16(depth); biCompression = 0; biSizeImage = convertOnBigEnd32(fileimagebytes); biXPelsPerMeter = convertOnBigEnd32(xres); biYPelsPerMeter = convertOnBigEnd32(yres); biClrUsed = convertOnBigEnd32(ncolors); biClrImportant = convertOnBigEnd32(ncolors); fwrite(&biSize, 1, 4, fp); fwrite(&biWidth, 1, 4, fp); fwrite(&biHeight, 1, 4, fp); fwrite(&biPlanes, 1, 2, fp); fwrite(&biBitCount, 1, 2, fp); fwrite(&biCompression, 1, 4, fp); fwrite(&biSizeImage, 1, 4, fp); fwrite(&biXPelsPerMeter, 1, 4, fp); fwrite(&biYPelsPerMeter, 1, 4, fp); fwrite(&biClrUsed, 1, 4, fp); fwrite(&biClrImportant, 1, 4, fp); /* Write the colormap data */ if (ncolors > 0) { if (fwrite(cta, 1, cmaplen, fp) != cmaplen) { if (heapcm) FREE(cta); return ERROR_INT("colormap write fail", procName, 1); } if (heapcm) FREE(cta); } /* When you write a binary image with a colormap * that sets BLACK to 0, you must invert the data */ if (depth == 1 && cmap && ((l_uint8 *)(cmap->array))[0] == 0x0) { pixInvert(pix, pix); } pixEndianByteSwap(pix); writeerror = 0; if (depth != 24) { /* typ 1 or 8 bpp */ data = (l_uint8 *)pixGetData(pix) + pixBpl * (height - 1); for (i = 0; i < height; i++) { if (fwrite(data, 1, fileBpl, fp) != fileBpl) writeerror = 1; data -= pixBpl; } } else { /* 32 bpp pix; 24 bpp file * See the comments in pixReadStreamBMP() to * understand the logic behind the pixel ordering below. * Note that we have again done an endian swap on * little endian machines before arriving here, so that * the bytes are ordered on both platforms as: Red Green Blue -- |-----------|------------|-----------|-----------| */ extrabytes = fileBpl - 3 * width; line = pixGetData(pix) + pixWpl * (height - 1); for (i = 0; i < height; i++) { for (j = 0; j < width; j++) { pword = line + j; pel[2] = *((l_uint8 *)pword + COLOR_RED); pel[1] = *((l_uint8 *)pword + COLOR_GREEN); pel[0] = *((l_uint8 *)pword + COLOR_BLUE); if (fwrite(&pel, 1, 3, fp) != 3) writeerror = 1; } if (extrabytes) { for (k = 0; k < extrabytes; k++) fwrite(&pel, 1, 1, fp); } line -= pixWpl; } } /* Restore to original state */ pixEndianByteSwap(pix); if (depth == 1 && cmap && ((l_uint8 *)(cmap->array))[0] == 0x0) pixInvert(pix, pix); if (writeerror) return ERROR_INT("image write fail", procName, 1); return 0; } /*---------------------------------------------------------------------* * Read/write to memory * *---------------------------------------------------------------------*/ #ifdef HAVE_CONFIG_H #include "config_auto.h" #endif /* HAVE_CONFIG_H */ #if HAVE_FMEMOPEN extern FILE *open_memstream(char **data, size_t *size); extern FILE *fmemopen(void *data, size_t size, const char *mode); #endif /* HAVE_FMEMOPEN */ /*! * pixReadMemBmp() * * Input: cdata (const; bmp-encoded) * size (of data) * Return: pix, or null on error * * Notes: * (1) The @size byte of @data must be a null character. */ PIX * pixReadMemBmp(const l_uint8 *cdata, size_t size) { FILE *fp; PIX *pix; PROCNAME("pixReadMemBmp"); if (!cdata) return (PIX *)ERROR_PTR("cdata not defined", procName, NULL); #if HAVE_FMEMOPEN if ((fp = fmemopen((l_uint8 *)cdata, size, "r")) == NULL) return (PIX *)ERROR_PTR("stream not opened", procName, NULL); #else L_WARNING("work-around: writing to a temp file\n", procName); fp = tmpfile(); fwrite(cdata, 1, size, fp); rewind(fp); #endif /* HAVE_FMEMOPEN */ pix = pixReadStreamBmp(fp); fclose(fp); if (!pix) L_ERROR("pix not read\n", procName); return pix; } /*! * pixWriteMemBmp() * * Input: &data ( data of tiff compressed image) * &size ( size of returned data) * pix * Return: 0 if OK, 1 on error * * Notes: * (1) See pixWriteStreamBmp() for usage. This version writes to * memory instead of to a file stream. */ l_int32 pixWriteMemBmp(l_uint8 **pdata, size_t *psize, PIX *pix) { l_int32 ret; FILE *fp; PROCNAME("pixWriteMemBmp"); if (!pdata) return ERROR_INT("&data not defined", procName, 1 ); if (!psize) return ERROR_INT("&size not defined", procName, 1 ); if (!pix) return ERROR_INT("&pix not defined", procName, 1 ); #if HAVE_FMEMOPEN if ((fp = open_memstream((char **)pdata, psize)) == NULL) return ERROR_INT("stream not opened", procName, 1); ret = pixWriteStreamBmp(fp, pix); #else L_WARNING("work-around: writing to a temp file\n", procName); fp = tmpfile(); ret = pixWriteStreamBmp(fp, pix); rewind(fp); *pdata = l_binaryReadStream(fp, psize); #endif /* HAVE_FMEMOPEN */ fclose(fp); return ret; } /* --------------------------------------------*/ #endif /* USE_BMPIO */ /* --------------------------------------------*/ leptonica-1.70/src/readbarcode.h0000644000175000017500000002652112270566033014712 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ #ifndef LEPTONICA_READBARCODE_H #define LEPTONICA_READBARCODE_H /* ----------------------------------------------------------------- * * Flags for method of extracting barcode widths * * ----------------------------------------------------------------- */ enum { L_USE_WIDTHS = 1, /* use histogram of barcode widths */ L_USE_WINDOWS = 2 /* find best window for decoding transitions */ }; /* ----------------------------------------------------------------- * * Flags for barcode formats * * These are used both to identify a barcode format and to identify * * the decoding method to use on a barcode. * * ----------------------------------------------------------------- */ enum { L_BF_UNKNOWN = 0, /* unknown format */ L_BF_ANY = 1, /* try decoding with all known formats */ L_BF_CODE128 = 2, /* decode with Code128 format */ L_BF_EAN8 = 3, /* decode with EAN8 format */ L_BF_EAN13 = 4, /* decode with EAN13 format */ L_BF_CODE2OF5 = 5, /* decode with Code 2 of 5 format */ L_BF_CODEI2OF5 = 6, /* decode with Interleaved 2 of 5 format */ L_BF_CODE39 = 7, /* decode with Code39 format */ L_BF_CODE93 = 8, /* decode with Code93 format */ L_BF_CODABAR = 9, /* decode with Code93 format */ L_BF_UPCA = 10 /* decode with UPC A format */ }; /* ----------------------------------------------------------------- * * Currently supported formats * * Update these arrays as new formats are added. * * ----------------------------------------------------------------- */ static const l_int32 SupportedBarcodeFormat[] = { L_BF_CODE2OF5, L_BF_CODEI2OF5, L_BF_CODE93, L_BF_CODE39, L_BF_CODABAR, L_BF_UPCA, L_BF_EAN13 }; static const char *SupportedBarcodeFormatName[] = { "Code2of5", "CodeI2of5", "Code93", "Code39", "Codabar", "Upca", "Ean13" }; static const l_int32 NumSupportedBarcodeFormats = 7; /* ----------------------------------------------------------------- * * Code 2 of 5 symbology * * ----------------------------------------------------------------- */ static const char *Code2of5[] = { "111121211", "211111112", "112111112", "212111111", /* 0 - 3 */ "111121112", "211121111", "112121111", "111111212", /* 4 - 7 */ "211111211", "112111211", /* 8 - 9 */ "21211", "21112" /* Start, Stop */ }; static const l_int32 C25_START = 10; static const l_int32 C25_STOP = 11; /* ----------------------------------------------------------------- * * Code Interleaved 2 of 5 symbology * * ----------------------------------------------------------------- */ static const char *CodeI2of5[] = { "11221", "21112", "12112", "22111", "11212", /* 0 - 4 */ "21211", "12211", "11122", "21121", "12121", /* 5 - 9 */ "1111", "211" /* start, stop */ }; static const l_int32 CI25_START = 10; static const l_int32 CI25_STOP = 11; /* ----------------------------------------------------------------- * * Code 93 symbology * * ----------------------------------------------------------------- */ static const char *Code93[] = { "131112", "111213", "111312", "111411", "121113", /* 0: 0 - 4 */ "121212", "121311", "111114", "131211", "141111", /* 5: 5 - 9 */ "211113", "211212", "211311", "221112", "221211", /* 10: A - E */ "231111", "112113", "112212", "112311", "122112", /* 15: F - J */ "132111", "111123", "111222", "111321", "121122", /* 20: K - O */ "131121", "212112", "212211", "211122", "211221", /* 25: P - T */ "221121", "222111", "112122", "112221", "122121", /* 30: U - Y */ "123111", "121131", "311112", "311211", "321111", /* 35: Z,-,.,SP,$ */ "112131", "113121", "211131", "131221", "312111", /* 40: /,+,%,($),(%) */ "311121", "122211", "111141" /* 45: (/),(+), Start */ }; /* Use "[]{}#" to represent special codes 43-47 */ static const char Code93Val[] = "0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ-. $/+%[]{}#"; static const l_int32 C93_START = 47; static const l_int32 C93_STOP = 47; /* ----------------------------------------------------------------- * * Code 39 symbology * * ----------------------------------------------------------------- */ static const char *Code39[] = { "111221211", "211211112", "112211112", "212211111", /* 0: 0 - 3 */ "111221112", "211221111", "112221111", "111211212", /* 4: 4 - 7 */ "211211211", "112211211", "211112112", "112112112", /* 8: 8 - B */ "212112111", "111122112", "211122111", "112122111", /* 12: C - F */ "111112212", "211112211", "112112211", "111122211", /* 16: G - J */ "211111122", "112111122", "212111121", "111121122", /* 20: K - N */ "211121121", "112121121", "111111222", "211111221", /* 24: O - R */ "112111221", "111121221", "221111112", "122111112", /* 28: S - V */ "222111111", "121121112", "221121111", "122121111", /* 32: W - Z */ "121111212", "221111211", "122111211", "121212111", /* 36: -,.,SP,$ */ "121211121", "121112121", "111212121", "121121211" /* 40: /,+,%,* */ }; /* Use "*" to represent the Start and Stop codes (43) */ static const char Code39Val[] = "0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ-. $/+%*"; static const l_int32 C39_START = 43; static const l_int32 C39_STOP = 43; /* ----------------------------------------------------------------- * * Codabar symbology * * ----------------------------------------------------------------- */ static const char *Codabar[] = { "1111122", "1111221", "1112112", "2211111", "1121121", /* 0: 0 - 4 */ "2111121", "1211112", "1211211", "1221111", "2112111", /* 5: 5 - 9 */ "1112211", "1122111", "2111212", "2121112", "2121211", /* 10: -,$,:,/,. */ "1121212", "1122121", "1212112", "1112122", "1112221" /* 15: +,A,B,C,D */ }; /* Ascii representations for codes 16-19: (A or T), (B or N), (C or *), * (D or E). These are used in pairs for the Start and Stop codes. */ static const char CodabarVal[] = "0123456789-$:/.+ABCD"; /* ----------------------------------------------------------------- * * UPC-A symbology * * ----------------------------------------------------------------- */ static const char *Upca[] = { "3211", "2221", "2122", "1411", "1132", /* 0: 0 - 4 */ "1231", "1114", "1312", "1213", "3112", /* 5: 5 - 9 */ "111", "111", "11111" /* 10: Start, Stop, Mid */ }; static const l_int32 UPCA_START = 10; static const l_int32 UPCA_STOP = 11; static const l_int32 UPCA_MID = 12; /* ----------------------------------------------------------------- * * Code128 symbology * * ----------------------------------------------------------------- */ static const char *Code128[] = { "212222", "222122", "222221", "121223", "121322", /* 0 - 4 */ "131222", "122213", "122312", "132212", "221213", /* 5 - 9 */ "221312", "231212", "112232", "122132", "122231", /* 10 - 14 */ "113222", "123122", "123221", "223211", "221132", /* 15 - 19 */ "221231", "213212", "223112", "312131", "311222", /* 20 - 24 */ "321122", "321221", "312212", "322112", "322211", /* 25 - 29 */ "212123", "212321", "232121", "111323", "131123", /* 30 - 34 */ "131321", "112313", "132113", "132311", "211313", /* 35 - 39 */ "231113", "231311", "112133", "112331", "132131", /* 40 - 44 */ "113123", "113321", "133121", "313121", "211331", /* 45 - 49 */ "231131", "213113", "213311", "213131", "311123", /* 50 - 54 */ "311321", "331121", "312113", "312311", "332111", /* 55 - 59 */ "314111", "221411", "431111", "111224", "111422", /* 60 - 64 */ "121124", "121421", "141122", "141221", "112214", /* 65 - 69 */ "112412", "122114", "122411", "142112", "142211", /* 70 - 74 */ "241211", "221114", "413111", "241112", "134111", /* 75 - 79 */ "111242", "121142", "121241", "114212", "124112", /* 80 - 84 */ "124211", "411212", "421112", "421211", "212141", /* 85 - 89 */ "214121", "412121", "111143", "111341", "131141", /* 90 - 94 */ "114113", "114311", "411113", "411311", "113141", /* 95 - 99 */ "114131", "311141", "411131", "211412", "211214", /* 100 - 104 */ "211232", "2331112" /* 105 - 106 */ }; static const l_int32 C128_FUN_3 = 96; /* in A or B only; in C it is 96 */ static const l_int32 C128_FUNC_2 = 97; /* in A or B only; in C it is 97 */ static const l_int32 C128_SHIFT = 98; /* in A or B only; in C it is 98 */ static const l_int32 C128_GOTO_C = 99; /* in A or B only; in C it is 99 */ static const l_int32 C128_GOTO_B = 100; static const l_int32 C128_GOTO_A = 101; static const l_int32 C128_FUNC_1 = 102; static const l_int32 C128_START_A = 103; static const l_int32 C128_START_B = 104; static const l_int32 C128_START_C = 105; static const l_int32 C128_STOP = 106; /* code 128 symbols are 11 units */ static const l_int32 C128_SYMBOL_WIDTH = 11; #endif /* LEPTONICA_READBARCODE_H */ leptonica-1.70/src/regutils.c0000664000175000017500000006016512270534140014306 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * regutils.c * * Regression test utilities * l_int32 regTestSetup() * l_int32 regTestCleanup() * l_int32 regTestCompareValues() * l_int32 regTestCompareStrings() * l_int32 regTestComparePix() * l_int32 regTestCompareSimilarPix() * l_int32 regTestCheckFile() * l_int32 regTestCompareFiles() * l_int32 regTestWritePixAndCheck() * * Static function * char *getRootNameFromArgv0() * * See regutils.h for how to use this. Here is a minimal setup: * * main(int argc, char **argv) { * ... * L_REGPARAMS *rp; * * if (regTestSetup(argc, argv, &rp)) * return 1; * ... * regTestWritePixAndCheck(rp, pix, IFF_PNG); // 0 * ... * return regTestCleanup(rp); * } */ #include #include "allheaders.h" extern l_int32 NumImageFileFormatExtensions; extern const char *ImageFileFormatExtensions[]; static char *getRootNameFromArgv0(const char *argv0); /*--------------------------------------------------------------------* * Regression test utilities * *--------------------------------------------------------------------*/ /*! * regTestSetup() * * Input: argc (from invocation; can be either 1 or 2) * argv (to regtest: @argv[1] is one of these: * "generate", "compare", "display") * &rp ( all regression params) * Return: 0 if OK, 1 on error * * Notes: * (1) Call this function with the args to the reg test. * There are three cases: * Case 1: * There is either only one arg, or the second arg is "compare". * This is the mode in which you run a regression test * (or a set of them), looking for failures and logging * the results to a file. The output, which includes * logging of all reg test failures plus a SUCCESS or * FAILURE summary for each test, is appended to the file * "/tmp/reg_results.txt. For this case, as in Case 2, * the display field in rp is set to FALSE, preventing * image display. * Case 2: * The second arg is "generate". This will cause * generation of new golden files for the reg test. * The results of the reg test are not recorded, and * the display field in rp is set to FALSE. * Case 3: * The second arg is "display". The test will run and * files will be written. Comparisons with golden files * will not be carried out, so the only notion of success * or failure is with tests that do not involve golden files. * The display field in rp is TRUE, and this is used by * pixDisplayWithTitle(). * (2) See regutils.h for examples of usage. */ l_int32 regTestSetup(l_int32 argc, char **argv, L_REGPARAMS **prp) { char *testname, *vers; char errormsg[64]; L_REGPARAMS *rp; PROCNAME("regTestSetup"); if (argc != 1 && argc != 2) { snprintf(errormsg, sizeof(errormsg), "Syntax: %s [ [generate] | compare | display ]", argv[0]); return ERROR_INT(errormsg, procName, 1); } if ((testname = getRootNameFromArgv0(argv[0])) == NULL) return ERROR_INT("invalid root", procName, 1); if ((rp = (L_REGPARAMS *)CALLOC(1, sizeof(L_REGPARAMS))) == NULL) return ERROR_INT("rp not made", procName, 1); *prp = rp; rp->testname = testname; rp->index = -1; /* increment before each test */ /* Initialize to true. A failure in any test is registered * as a failure of the regression test. */ rp->success = TRUE; /* Only open a stream to a temp file for the 'compare' case */ if (argc == 1 || !strcmp(argv[1], "compare")) { rp->mode = L_REG_COMPARE; rp->tempfile = genTempFilename("/tmp", "regtest_output.txt", 0, 1); rp->fp = fopenWriteStream(rp->tempfile, "wb"); if (rp->fp == NULL) { rp->success = FALSE; return ERROR_INT("stream not opened for tempfile", procName, 1); } } else if (!strcmp(argv[1], "generate")) { rp->mode = L_REG_GENERATE; lept_mkdir("golden"); } else if (!strcmp(argv[1], "display")) { rp->mode = L_REG_DISPLAY; rp->display = TRUE; } else { FREE(rp); snprintf(errormsg, sizeof(errormsg), "Syntax: %s [ [generate] | compare | display ]", argv[0]); return ERROR_INT(errormsg, procName, 1); } /* Print out test name and both the leptonica and * image libarary versions */ fprintf(stderr, "\n################ %s_reg ###############\n", rp->testname); vers = getLeptonicaVersion(); fprintf(stderr, "%s\n", vers); FREE(vers); vers = getImagelibVersions(); fprintf(stderr, "%s\n", vers); FREE(vers); rp->tstart = startTimerNested(); return 0; } /*! * regTestCleanup() * * Input: rp (regression test parameters) * Return: 0 if OK, 1 on error * * Notes: * (1) This copies anything written to the temporary file to the * output file /tmp/reg_results.txt. */ l_int32 regTestCleanup(L_REGPARAMS *rp) { char result[512]; char *results_file; /* success/failure output in 'compare' mode */ char *text, *message; l_int32 retval; size_t nbytes; PROCNAME("regTestCleanup"); if (!rp) return ERROR_INT("rp not defined", procName, 1); fprintf(stderr, "Time: %7.3f sec\n", stopTimerNested(rp->tstart)); fprintf(stderr, "################################################\n"); /* If generating golden files or running in display mode, release rp */ if (!rp->fp) { FREE(rp->testname); FREE(rp->tempfile); FREE(rp); return 0; } /* Compare mode: read back data from temp file */ fclose(rp->fp); text = (char *)l_binaryRead(rp->tempfile, &nbytes); FREE(rp->tempfile); if (!text) { rp->success = FALSE; FREE(rp); return ERROR_INT("text not returned", procName, 1); } /* Prepare result message */ if (rp->success) snprintf(result, sizeof(result), "SUCCESS: %s_reg\n", rp->testname); else snprintf(result, sizeof(result), "FAILURE: %s_reg\n", rp->testname); message = stringJoin(text, result); FREE(text); results_file = genPathname("/tmp", "reg_results.txt"); fileAppendString(results_file, message); retval = (rp->success) ? 0 : 1; FREE(results_file); FREE(message); FREE(rp->testname); FREE(rp); return retval; } /*! * regTestCompareValues() * * Input: rp (regtest parameters) * val1 (typ. the golden value) * val2 (typ. the value computed) * delta (allowed max absolute difference) * Return: 0 if OK, 1 on error (a failure in comparison is not an error) */ l_int32 regTestCompareValues(L_REGPARAMS *rp, l_float32 val1, l_float32 val2, l_float32 delta) { l_float32 diff; PROCNAME("regTestCompareValues"); if (!rp) return ERROR_INT("rp not defined", procName, 1); rp->index++; diff = L_ABS(val2 - val1); /* Record on failure */ if (diff > delta) { if (rp->fp) { fprintf(rp->fp, "Failure in %s_reg: value comparison for index %d\n" "difference = %f but allowed delta = %f\n", rp->testname, rp->index, diff, delta); } fprintf(stderr, "Failure in %s_reg: value comparison for index %d\n" "difference = %f but allowed delta = %f\n", rp->testname, rp->index, diff, delta); rp->success = FALSE; } return 0; } /*! * regTestCompareStrings() * * Input: rp (regtest parameters) * string1 (typ. the expected string) * bytes1 (size of string1) * string2 (typ. the computed string) * bytes2 (size of string2) * Return: 0 if OK, 1 on error (a failure in comparison is not an error) */ l_int32 regTestCompareStrings(L_REGPARAMS *rp, l_uint8 *string1, size_t bytes1, l_uint8 *string2, size_t bytes2) { l_int32 i, fail; char buf[256]; PROCNAME("regTestCompareValues"); if (!rp) return ERROR_INT("rp not defined", procName, 1); rp->index++; fail = FALSE; if (bytes1 != bytes2) fail = TRUE; if (fail == FALSE) { for (i = 0; i < bytes1; i++) { if (string1[i] != string2[i]) { fail = TRUE; break; } } } /* Output on failure */ if (fail == TRUE) { /* Write the two strings to file */ snprintf(buf, sizeof(buf), "/tmp/string1_%d_%lu", rp->index, (unsigned long)bytes1); l_binaryWrite(buf, "w", string1, bytes1); snprintf(buf, sizeof(buf), "/tmp/string2_%d_%lu", rp->index, (unsigned long)bytes2); l_binaryWrite(buf, "w", string2, bytes2); /* Report comparison failure */ snprintf(buf, sizeof(buf), "/tmp/string*_%d_*", rp->index); if (rp->fp) { fprintf(rp->fp, "Failure in %s_reg: string comp for index %d; " "written to %s\n", rp->testname, rp->index, buf); } fprintf(stderr, "Failure in %s_reg: string comp for index %d; " "written to %s\n", rp->testname, rp->index, buf); rp->success = FALSE; } return 0; } /*! * regTestComparePix() * * Input: rp (regtest parameters) * pix1, pix2 (to be tested for equality) * Return: 0 if OK, 1 on error (a failure in comparison is not an error) * * Notes: * (1) This function compares two pix for equality. On failure, * this writes to stderr. */ l_int32 regTestComparePix(L_REGPARAMS *rp, PIX *pix1, PIX *pix2) { l_int32 same; PROCNAME("regTestComparePix"); if (!rp) return ERROR_INT("rp not defined", procName, 1); if (!pix1 || !pix2) { rp->success = FALSE; return ERROR_INT("pix1 and pix2 not both defined", procName, 1); } rp->index++; pixEqual(pix1, pix2, &same); /* Record on failure */ if (!same) { if (rp->fp) { fprintf(rp->fp, "Failure in %s_reg: pix comparison for index %d\n", rp->testname, rp->index); } fprintf(stderr, "Failure in %s_reg: pix comparison for index %d\n", rp->testname, rp->index); rp->success = FALSE; } return 0; } /*! * regTestCompareSimilarPix() * * Input: rp (regtest parameters) * pix1, pix2 (to be tested for near equality) * mindiff (minimum pixel difference to be counted; > 0) * maxfract (maximum fraction of pixels allowed to have * diff greater than or equal to mindiff) * printstats (use 1 to print normalized histogram to stderr) * Return: 0 if OK, 1 on error (a failure in similarity comparison * is not an error) * * Notes: * (1) This function compares two pix for near equality. On failure, * this writes to stderr. * (2) The pix are similar if the fraction of non-conforming pixels * does not exceed @maxfract. Pixels are non-conforming if * the difference in pixel values equals or exceeds @mindiff. * Typical values might be @mindiff = 15 and @maxfract = 0.01. * (3) The input images must have the same size and depth. The * pixels for comparison are typically subsampled from the images. * (4) Normally, use @printstats = 0. In debugging mode, to see * the relation between @mindiff and the minimum value of * @maxfract for success, set this to 1. */ l_int32 regTestCompareSimilarPix(L_REGPARAMS *rp, PIX *pix1, PIX *pix2, l_int32 mindiff, l_float32 maxfract, l_int32 printstats) { l_int32 w, h, factor, similar; PROCNAME("regTestCompareSimilarPix"); if (!rp) return ERROR_INT("rp not defined", procName, 1); if (!pix1 || !pix2) { rp->success = FALSE; return ERROR_INT("pix1 and pix2 not both defined", procName, 1); } rp->index++; pixGetDimensions(pix1, &w, &h, NULL); factor = L_MAX(w, h) / 400; factor = L_MAX(1, L_MIN(factor, 4)); /* between 1 and 4 */ pixTestForSimilarity(pix1, pix2, factor, mindiff, maxfract, 0.0, &similar, printstats); /* Record on failure */ if (!similar) { if (rp->fp) { fprintf(rp->fp, "Failure in %s_reg: pix similarity comp for index %d\n", rp->testname, rp->index); } fprintf(stderr, "Failure in %s_reg: pix similarity comp for index %d\n", rp->testname, rp->index); rp->success = FALSE; } return 0; } /*! * regTestCheckFile() * * Input: rp (regtest parameters) * localname (name of output file from reg test) * Return: 0 if OK, 1 on error (a failure in comparison is not an error) * * Notes: * (1) This function does one of three things, depending on the mode: * * "generate": makes a "golden" file as a copy @localname. * * "compare": compares @localname contents with the golden file * * "display": makes the @localname file but does no comparison * (2) The canonical format of the golden filenames is: * /tmp/golden/_golden.. * e.g., * /tmp/golden/maze_golden.0.png * It is important to add an extension to the local name, because * the extension is added to the name of the golden file. */ l_int32 regTestCheckFile(L_REGPARAMS *rp, const char *localname) { char *ext; char namebuf[256]; l_int32 ret, same, format; PIX *pix1, *pix2; PROCNAME("regTestCheckFile"); if (!rp) return ERROR_INT("rp not defined", procName, 1); if (!localname) { rp->success = FALSE; return ERROR_INT("local name not defined", procName, 1); } if (rp->mode != L_REG_GENERATE && rp->mode != L_REG_COMPARE && rp->mode != L_REG_DISPLAY) { rp->success = FALSE; return ERROR_INT("invalid mode", procName, 1); } rp->index++; /* If display mode, no generation and no testing */ if (rp->mode == L_REG_DISPLAY) return 0; /* Generate the golden file name; used in 'generate' and 'compare' */ splitPathAtExtension(localname, NULL, &ext); snprintf(namebuf, sizeof(namebuf), "/tmp/golden/%s_golden.%d%s", rp->testname, rp->index, ext); FREE(ext); /* Generate mode. No testing. */ if (rp->mode == L_REG_GENERATE) { /* Save the file as a golden file */ /* fprintf(stderr, "%d: %s\n", rp->index, namebuf); */ ret = fileCopy(localname, namebuf); if (!ret) fprintf(stderr, "Copy: %s to %s\n", localname, namebuf); return ret; } /* Compare mode: test and record on failure. GIF compression * is lossless for images with up to 8 bpp (but not for RGB * because it must generate a 256 color palette). Although * the read/write cycle for GIF is idempotent in the image * pixels for bpp <= 8, it is not idempotent in the actual * file bytes. Tests comparing file bytes before and after * a GIF read/write cycle will fail. So for GIF we uncompress * the two images and compare the actual pixels. From my tests, * PNG, in addition to being lossless, is idempotent in file * bytes on read/write, so comparing the pixels is not necessary. * (It also increases the regression test time by an an average * of about 8%.) JPEG is lossy and not idempotent in the image * pixels, so no tests are constructed that would require it. */ findFileFormat(localname, &format); if (format == IFF_GIF) { same = 0; pix1 = pixRead(localname); pix2 = pixRead(namebuf); pixEqual(pix1, pix2, &same); pixDestroy(&pix1); pixDestroy(&pix2); } else { filesAreIdentical(localname, namebuf, &same); } if (!same) { fprintf(rp->fp, "Failure in %s_reg, index %d: comparing %s with %s\n", rp->testname, rp->index, localname, namebuf); fprintf(stderr, "Failure in %s_reg, index %d: comparing %s with %s\n", rp->testname, rp->index, localname, namebuf); rp->success = FALSE; } return 0; } /*! * regTestCompareFiles() * * Input: rp (regtest parameters) * index1 (of one output file from reg test) * index2 (of another output file from reg test) * Return: 0 if OK, 1 on error (a failure in comparison is not an error) * * Notes: * (1) This only does something in "compare" mode. * (2) The canonical format of the golden filenames is: * /tmp/golden/_golden.. * e.g., * /tmp/golden/maze_golden.0.png */ l_int32 regTestCompareFiles(L_REGPARAMS *rp, l_int32 index1, l_int32 index2) { char *name1, *name2; char namebuf[256]; l_int32 same; SARRAY *sa; PROCNAME("regTestCompareFiles"); if (!rp) return ERROR_INT("rp not defined", procName, 1); if (index1 < 0 || index2 < 0) { rp->success = FALSE; return ERROR_INT("index1 and/or index2 is negative", procName, 1); } if (index1 == index2) { rp->success = FALSE; return ERROR_INT("index1 must differ from index2", procName, 1); } rp->index++; if (rp->mode != L_REG_COMPARE) return 0; /* Generate the golden file names */ snprintf(namebuf, sizeof(namebuf), "%s_golden.%d.", rp->testname, index1); sa = getSortedPathnamesInDirectory("/tmp/golden", namebuf, 0, 0); if (sarrayGetCount(sa) != 1) { sarrayDestroy(&sa); rp->success = FALSE; L_ERROR("golden file %s not found\n", procName, namebuf); return 1; } name1 = sarrayGetString(sa, 0, L_COPY); sarrayDestroy(&sa); snprintf(namebuf, sizeof(namebuf), "%s_golden.%d.", rp->testname, index2); sa = getSortedPathnamesInDirectory("/tmp/golden", namebuf, 0, 0); if (sarrayGetCount(sa) != 1) { sarrayDestroy(&sa); rp->success = FALSE; FREE(name1); L_ERROR("golden file %s not found\n", procName, namebuf); return 1; } name2 = sarrayGetString(sa, 0, L_COPY); sarrayDestroy(&sa); /* Test and record on failure */ filesAreIdentical(name1, name2, &same); if (!same) { fprintf(rp->fp, "Failure in %s_reg, index %d: comparing %s with %s\n", rp->testname, rp->index, name1, name2); fprintf(stderr, "Failure in %s_reg, index %d: comparing %s with %s\n", rp->testname, rp->index, name1, name2); rp->success = FALSE; } FREE(name1); FREE(name2); return 0; } /*! * regTestWritePixAndCheck() * * Input: rp (regtest parameters) * pix (to be written) * format (of output pix) * Return: 0 if OK, 1 on error (a failure in comparison is not an error) * * Notes: * (1) This function makes it easy to write the pix in a numbered * sequence of files, and either to: * (a) write the golden file ("generate" arg to regression test) * (b) make a local file and "compare" with the golden file * (c) make a local file and "display" the results * (3) The canonical format of the local filename is: * /tmp/.. * e.g., for scale_reg, * /tmp/scale.0.png */ l_int32 regTestWritePixAndCheck(L_REGPARAMS *rp, PIX *pix, l_int32 format) { char namebuf[256]; PROCNAME("regTestWritePixAndCheck"); if (!rp) return ERROR_INT("rp not defined", procName, 1); if (!pix) { rp->success = FALSE; return ERROR_INT("pix not defined", procName, 1); } if (format < 0 || format >= NumImageFileFormatExtensions) { rp->success = FALSE; return ERROR_INT("invalid format", procName, 1); } /* Generate the local file name */ snprintf(namebuf, sizeof(namebuf), "/tmp/%s.%d.%s", rp->testname, rp->index + 1, ImageFileFormatExtensions[format]); /* Write the local file */ if (pixGetDepth(pix) < 8) pixSetPadBits(pix, 0); pixWrite(namebuf, pix, format); /* Either write the golden file ("generate") or check the local file against an existing golden file ("compare") */ regTestCheckFile(rp, namebuf); return 0; } /*! * getRootNameFromArgv0() * * Input: argv0 * Return: root name (without the '_reg'), or null on error * * Notes: * (1) For example, from psioseg_reg, we want to extract * just 'psioseg' as the root. * (2) In unix with autotools, the executable is not X, * but ./.libs/lt-X. So in addition to stripping out the * last 4 characters of the tail, we have to check for * the '-' and strip out the "lt-" prefix if we find it. */ static char * getRootNameFromArgv0(const char *argv0) { l_int32 len; char *root; PROCNAME("getRootNameFromArgv0"); splitPathAtDirectory(argv0, NULL, &root); if ((len = strlen(root)) <= 4) { FREE(root); return (char *)ERROR_PTR("invalid argv0; too small", procName, NULL); } #ifndef _WIN32 { char *newroot; l_int32 loc; if (stringFindSubstr(root, "-", &loc)) { newroot = stringNew(root + loc + 1); /* strip out "lt-" */ FREE(root); root = newroot; len = strlen(root); } } #else if (strstr(root, ".exe") != NULL) len -= 4; #endif /* ! _WIN32 */ root[len - 4] = '\0'; /* remove the suffix */ return root; } leptonica-1.70/src/adaptmap.c0000644000175000017500000032071412244177023014240 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * adaptmap.c * * =================================================================== * Image binarization algorithms are found in: * grayquant.c: standard, simple, general grayscale quantization * adaptmap.c: local adaptive; mostly gray-to-gray in preparation * for binarization * binarize.c: special binarization methods, locally adaptive. * =================================================================== * * Adaptive background normalization (top-level functions) * PIX *pixBackgroundNormSimple() 8 and 32 bpp * PIX *pixBackgroundNorm() 8 and 32 bpp * PIX *pixBackgroundNormMorph() 8 and 32 bpp * * Arrays of inverted background values for normalization (16 bpp) * l_int32 pixBackgroundNormGrayArray() 8 bpp input * l_int32 pixBackgroundNormRGBArrays() 32 bpp input * l_int32 pixBackgroundNormGrayArrayMorph() 8 bpp input * l_int32 pixBackgroundNormRGBArraysMorph() 32 bpp input * * Measurement of local background * l_int32 pixGetBackgroundGrayMap() 8 bpp * l_int32 pixGetBackgroundRGBMap() 32 bpp * l_int32 pixGetBackgroundGrayMapMorph() 8 bpp * l_int32 pixGetBackgroundRGBMapMorph() 32 bpp * l_int32 pixFillMapHoles() * PIX *pixExtendByReplication() 8 bpp * l_int32 pixSmoothConnectedRegions() 8 bpp * * Measurement of local foreground * l_int32 pixGetForegroundGrayMap() 8 bpp * * Generate inverted background map for each component * PIX *pixGetInvBackgroundMap() 16 bpp * * Apply inverse background map to image * PIX *pixApplyInvBackgroundGrayMap() 8 bpp * PIX *pixApplyInvBackgroundRGBMap() 32 bpp * * Apply variable map * PIX *pixApplyVariableGrayMap() 8 bpp * * Non-adaptive (global) mapping * PIX *pixGlobalNormRGB() 32 bpp or cmapped * PIX *pixGlobalNormNoSatRGB() 32 bpp * * Adaptive threshold spread normalization * l_int32 pixThresholdSpreadNorm() 8 bpp * * Adaptive background normalization (flexible adaptaption) * PIX *pixBackgroundNormFlex() 8 bpp * * Adaptive contrast normalization * PIX *pixContrastNorm() 8 bpp * l_int32 pixMinMaxTiles() * l_int32 pixSetLowContrast() * PIX *pixLinearTRCTiled() * static l_int32 *iaaGetLinearTRC() * * Background normalization is done by generating a reduced map (or set * of maps) representing the estimated background value of the * input image, and using this to shift the pixel values so that * this background value is set to some constant value. * * Specifically, normalization has 3 steps: * (1) Generate a background map at a reduced scale. * (2) Make the array of inverted background values by inverting * the map. The result is an array of local multiplicative factors. * (3) Apply this inverse background map to the image * * The inverse background arrays can be generated in two different ways here: * (1) Remove the 'foreground' pixels and average over the remaining * pixels in each tile. Propagate values into tiles where * values have not been assigned, either because there was not * enough background in the tile or because the tile is covered * by a foreground region described by an image mask. * After the background map is made, the inverse map is generated by * smoothing over some number of adjacent tiles * (block convolution) and then inverting. * (2) Remove the foreground pixels using a morphological closing * on a subsampled version of the image. Propagate values * into pixels covered by an optional image mask. Invert the * background map without preconditioning by convolutional smoothing. * * Note: Several of these functions make an implicit assumption about RGB * component ordering. * * Other methods for adaptively normalizing the image are also given here. * * (1) pixThresholdSpreadNorm() computes a local threshold over the image * and normalizes the input pixel values so that this computed threshold * is a constant across the entire image. * * (2) pixContrastNorm() computes and applies a local TRC so that the * local dynamic range is expanded to the full 8 bits, where the * darkest pixels are mapped to 0 and the lightest to 255. This is * useful for improving the appearance of pages with very light * foreground or very dark background, and where the local TRC * function doesn't change rapidly with position. */ #include "allheaders.h" /* Default input parameters for pixBackgroundNormSimple() * Note: * (1) mincount must never exceed the tile area (width * height) * (2) bgval must be sufficiently below 255 to avoid accidental * saturation; otherwise it should be large to avoid * shrinking the dynamic range * (3) results should otherwise not be sensitive to these values */ static const l_int32 DEFAULT_TILE_WIDTH = 10; static const l_int32 DEFAULT_TILE_HEIGHT = 15; static const l_int32 DEFAULT_FG_THRESHOLD = 60; static const l_int32 DEFAULT_MIN_COUNT = 40; static const l_int32 DEFAULT_BG_VAL = 200; static const l_int32 DEFAULT_X_SMOOTH_SIZE = 2; static const l_int32 DEFAULT_Y_SMOOTH_SIZE = 1; static l_int32 *iaaGetLinearTRC(l_int32 **iaa, l_int32 diff); #ifndef NO_CONSOLE_IO #define DEBUG_GLOBAL 0 #endif /* ~NO_CONSOLE_IO */ /*------------------------------------------------------------------* * Adaptive background normalization * *------------------------------------------------------------------*/ /*! * pixBackgroundNormSimple() * * Input: pixs (8 bpp grayscale or 32 bpp rgb) * pixim ( 1 bpp 'image' mask; can be null) * pixg ( 8 bpp grayscale version; can be null) * Return: pixd (8 bpp or 32 bpp rgb), or null on error * * Notes: * (1) This is a simplified interface to pixBackgroundNorm(), * where seven parameters are defaulted. * (2) The input image is either grayscale or rgb. * (3) See pixBackgroundNorm() for usage and function. */ PIX * pixBackgroundNormSimple(PIX *pixs, PIX *pixim, PIX *pixg) { return pixBackgroundNorm(pixs, pixim, pixg, DEFAULT_TILE_WIDTH, DEFAULT_TILE_HEIGHT, DEFAULT_FG_THRESHOLD, DEFAULT_MIN_COUNT, DEFAULT_BG_VAL, DEFAULT_X_SMOOTH_SIZE, DEFAULT_Y_SMOOTH_SIZE); } /*! * pixBackgroundNorm() * * Input: pixs (8 bpp grayscale or 32 bpp rgb) * pixim ( 1 bpp 'image' mask; can be null) * pixg ( 8 bpp grayscale version; can be null) * sx, sy (tile size in pixels) * thresh (threshold for determining foreground) * mincount (min threshold on counts in a tile) * bgval (target bg val; typ. > 128) * smoothx (half-width of block convolution kernel width) * smoothy (half-width of block convolution kernel height) * Return: pixd (8 bpp or 32 bpp rgb), or null on error * * Notes: * (1) This is a top-level interface for normalizing the image intensity * by mapping the image so that the background is near the input * value 'bgval'. * (2) The input image is either grayscale or rgb. * (3) For each component in the input image, the background value * in each tile is estimated using the values in the tile that * are not part of the foreground, where the foreground is * determined by the input 'thresh' argument. * (4) An optional binary mask can be specified, with the foreground * pixels typically over image regions. The resulting background * map values will be determined by surrounding pixels that are * not under the mask foreground. The origin (0,0) of this mask * is assumed to be aligned with the origin of the input image. * This binary mask must not fully cover pixs, because then there * will be no pixels in the input image available to compute * the background. * (5) An optional grayscale version of the input pixs can be supplied. * The only reason to do this is if the input is RGB and this * grayscale version can be used elsewhere. If the input is RGB * and this is not supplied, it is made internally using only * the green component, and destroyed after use. * (6) The dimensions of the pixel tile (sx, sy) give the amount by * by which the map is reduced in size from the input image. * (7) The threshold is used to binarize the input image, in order to * locate the foreground components. If this is set too low, * some actual foreground may be used to determine the maps; * if set too high, there may not be enough background * to determine the map values accurately. Typically, it's * better to err by setting the threshold too high. * (8) A 'mincount' threshold is a minimum count of pixels in a * tile for which a background reading is made, in order for that * pixel in the map to be valid. This number should perhaps be * at least 1/3 the size of the tile. * (9) A 'bgval' target background value for the normalized image. This * should be at least 128. If set too close to 255, some * clipping will occur in the result. * (10) Two factors, 'smoothx' and 'smoothy', are input for smoothing * the map. Each low-pass filter kernel dimension is * is 2 * (smoothing factor) + 1, so a * value of 0 means no smoothing. A value of 1 or 2 is recommended. */ PIX * pixBackgroundNorm(PIX *pixs, PIX *pixim, PIX *pixg, l_int32 sx, l_int32 sy, l_int32 thresh, l_int32 mincount, l_int32 bgval, l_int32 smoothx, l_int32 smoothy) { l_int32 d, allfg; PIX *pixm, *pixmi, *pixd; PIX *pixmr, *pixmg, *pixmb, *pixmri, *pixmgi, *pixmbi; PROCNAME("pixBackgroundNorm"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); d = pixGetDepth(pixs); if (d != 8 && d != 32) return (PIX *)ERROR_PTR("pixs not 8 or 32 bpp", procName, NULL); if (sx < 4 || sy < 4) return (PIX *)ERROR_PTR("sx and sy must be >= 4", procName, NULL); if (mincount > sx * sy) { L_WARNING("mincount too large for tile size\n", procName); mincount = (sx * sy) / 3; } /* If pixim exists, verify that it is not all foreground. */ if (pixim) { pixInvert(pixim, pixim); pixZero(pixim, &allfg); pixInvert(pixim, pixim); if (allfg) return (PIX *)ERROR_PTR("pixim all foreground", procName, NULL); } pixd = NULL; if (d == 8) { pixm = NULL; pixGetBackgroundGrayMap(pixs, pixim, sx, sy, thresh, mincount, &pixm); if (!pixm) { L_WARNING("map not made; return a copy of the source\n", procName); return pixCopy(NULL, pixs); } pixmi = pixGetInvBackgroundMap(pixm, bgval, smoothx, smoothy); if (!pixmi) ERROR_PTR("pixmi not made", procName, NULL); else pixd = pixApplyInvBackgroundGrayMap(pixs, pixmi, sx, sy); pixDestroy(&pixm); pixDestroy(&pixmi); } else { pixmr = pixmg = pixmb = NULL; pixGetBackgroundRGBMap(pixs, pixim, pixg, sx, sy, thresh, mincount, &pixmr, &pixmg, &pixmb); if (!pixmr || !pixmg || !pixmb) { pixDestroy(&pixmr); pixDestroy(&pixmg); pixDestroy(&pixmb); L_WARNING("map not made; return a copy of the source\n", procName); return pixCopy(NULL, pixs); } pixmri = pixGetInvBackgroundMap(pixmr, bgval, smoothx, smoothy); pixmgi = pixGetInvBackgroundMap(pixmg, bgval, smoothx, smoothy); pixmbi = pixGetInvBackgroundMap(pixmb, bgval, smoothx, smoothy); if (!pixmri || !pixmgi || !pixmbi) ERROR_PTR("not all pixm*i are made", procName, NULL); else pixd = pixApplyInvBackgroundRGBMap(pixs, pixmri, pixmgi, pixmbi, sx, sy); pixDestroy(&pixmr); pixDestroy(&pixmg); pixDestroy(&pixmb); pixDestroy(&pixmri); pixDestroy(&pixmgi); pixDestroy(&pixmbi); } if (!pixd) ERROR_PTR("pixd not made", procName, NULL); return pixd; } /*! * pixBackgroundNormMorph() * * Input: pixs (8 bpp grayscale or 32 bpp rgb) * pixim ( 1 bpp 'image' mask; can be null) * reduction (at which morph closings are done; between 2 and 16) * size (of square Sel for the closing; use an odd number) * bgval (target bg val; typ. > 128) * Return: pixd (8 bpp), or null on error * * Notes: * (1) This is a top-level interface for normalizing the image intensity * by mapping the image so that the background is near the input * value 'bgval'. * (2) The input image is either grayscale or rgb. * (3) For each component in the input image, the background value * is estimated using a grayscale closing; hence the 'Morph' * in the function name. * (4) An optional binary mask can be specified, with the foreground * pixels typically over image regions. The resulting background * map values will be determined by surrounding pixels that are * not under the mask foreground. The origin (0,0) of this mask * is assumed to be aligned with the origin of the input image. * This binary mask must not fully cover pixs, because then there * will be no pixels in the input image available to compute * the background. * (5) The map is computed at reduced size (given by 'reduction') * from the input pixs and optional pixim. At this scale, * pixs is closed to remove the background, using a square Sel * of odd dimension. The product of reduction * size should be * large enough to remove most of the text foreground. * (6) No convolutional smoothing needs to be done on the map before * inverting it. * (7) A 'bgval' target background value for the normalized image. This * should be at least 128. If set too close to 255, some * clipping will occur in the result. */ PIX * pixBackgroundNormMorph(PIX *pixs, PIX *pixim, l_int32 reduction, l_int32 size, l_int32 bgval) { l_int32 d, allfg; PIX *pixm, *pixmi, *pixd; PIX *pixmr, *pixmg, *pixmb, *pixmri, *pixmgi, *pixmbi; PROCNAME("pixBackgroundNormMorph"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); d = pixGetDepth(pixs); if (d != 8 && d != 32) return (PIX *)ERROR_PTR("pixs not 8 or 32 bpp", procName, NULL); if (reduction < 2 || reduction > 16) return (PIX *)ERROR_PTR("reduction must be between 2 and 16", procName, NULL); /* If pixim exists, verify that it is not all foreground. */ if (pixim) { pixInvert(pixim, pixim); pixZero(pixim, &allfg); pixInvert(pixim, pixim); if (allfg) return (PIX *)ERROR_PTR("pixim all foreground", procName, NULL); } pixd = NULL; if (d == 8) { pixGetBackgroundGrayMapMorph(pixs, pixim, reduction, size, &pixm); if (!pixm) return (PIX *)ERROR_PTR("pixm not made", procName, NULL); pixmi = pixGetInvBackgroundMap(pixm, bgval, 0, 0); if (!pixmi) ERROR_PTR("pixmi not made", procName, NULL); else pixd = pixApplyInvBackgroundGrayMap(pixs, pixmi, reduction, reduction); pixDestroy(&pixm); pixDestroy(&pixmi); } else { /* d == 32 */ pixmr = pixmg = pixmb = NULL; pixGetBackgroundRGBMapMorph(pixs, pixim, reduction, size, &pixmr, &pixmg, &pixmb); if (!pixmr || !pixmg || !pixmb) { pixDestroy(&pixmr); pixDestroy(&pixmg); pixDestroy(&pixmb); return (PIX *)ERROR_PTR("not all pixm*", procName, NULL); } pixmri = pixGetInvBackgroundMap(pixmr, bgval, 0, 0); pixmgi = pixGetInvBackgroundMap(pixmg, bgval, 0, 0); pixmbi = pixGetInvBackgroundMap(pixmb, bgval, 0, 0); if (!pixmri || !pixmgi || !pixmbi) ERROR_PTR("not all pixm*i are made", procName, NULL); else pixd = pixApplyInvBackgroundRGBMap(pixs, pixmri, pixmgi, pixmbi, reduction, reduction); pixDestroy(&pixmr); pixDestroy(&pixmg); pixDestroy(&pixmb); pixDestroy(&pixmri); pixDestroy(&pixmgi); pixDestroy(&pixmbi); } if (!pixd) ERROR_PTR("pixd not made", procName, NULL); return pixd; } /*-------------------------------------------------------------------------* * Arrays of inverted background values for normalization * *-------------------------------------------------------------------------* * Notes for these four functions: * * (1) They are useful if you need to save the actual mapping array. * * (2) They could be used in the top-level functions but are * * not because their use makes those functions less clear. * * (3) Each component in the input pixs generates a 16 bpp pix array. * *-------------------------------------------------------------------------*/ /*! * pixBackgroundNormGrayArray() * * Input: pixs (8 bpp grayscale) * pixim ( 1 bpp 'image' mask; can be null) * sx, sy (tile size in pixels) * thresh (threshold for determining foreground) * mincount (min threshold on counts in a tile) * bgval (target bg val; typ. > 128) * smoothx (half-width of block convolution kernel width) * smoothy (half-width of block convolution kernel height) * &pixd ( 16 bpp array of inverted background value) * Return: 0 if OK, 1 on error * * Notes: * (1) See notes in pixBackgroundNorm(). * (2) This returns a 16 bpp pix that can be used by * pixApplyInvBackgroundGrayMap() to generate a normalized version * of the input pixs. */ l_int32 pixBackgroundNormGrayArray(PIX *pixs, PIX *pixim, l_int32 sx, l_int32 sy, l_int32 thresh, l_int32 mincount, l_int32 bgval, l_int32 smoothx, l_int32 smoothy, PIX **ppixd) { l_int32 allfg; PIX *pixm; PROCNAME("pixBackgroundNormGrayArray"); if (!ppixd) return ERROR_INT("&pixd not defined", procName, 1); *ppixd = NULL; if (!pixs || pixGetDepth(pixs) != 8) return ERROR_INT("pixs not defined or not 8 bpp", procName, 1); if (pixGetColormap(pixs)) return ERROR_INT("pixs is colormapped", procName, 1); if (pixim && pixGetDepth(pixim) != 1) return ERROR_INT("pixim not 1 bpp", procName, 1); if (sx < 4 || sy < 4) return ERROR_INT("sx and sy must be >= 4", procName, 1); if (mincount > sx * sy) { L_WARNING("mincount too large for tile size\n", procName); mincount = (sx * sy) / 3; } /* If pixim exists, verify that it is not all foreground. */ if (pixim) { pixInvert(pixim, pixim); pixZero(pixim, &allfg); pixInvert(pixim, pixim); if (allfg) return ERROR_INT("pixim all foreground", procName, 1); } pixGetBackgroundGrayMap(pixs, pixim, sx, sy, thresh, mincount, &pixm); if (!pixm) return ERROR_INT("pixm not made", procName, 1); *ppixd = pixGetInvBackgroundMap(pixm, bgval, smoothx, smoothy); pixDestroy(&pixm); return 0; } /*! * pixBackgroundNormRGBArrays() * * Input: pixs (32 bpp rgb) * pixim ( 1 bpp 'image' mask; can be null) * pixg ( 8 bpp grayscale version; can be null) * sx, sy (tile size in pixels) * thresh (threshold for determining foreground) * mincount (min threshold on counts in a tile) * bgval (target bg val; typ. > 128) * smoothx (half-width of block convolution kernel width) * smoothy (half-width of block convolution kernel height) * &pixr ( 16 bpp array of inverted R background value) * &pixg ( 16 bpp array of inverted G background value) * &pixb ( 16 bpp array of inverted B background value) * Return: 0 if OK, 1 on error * * Notes: * (1) See notes in pixBackgroundNorm(). * (2) This returns a set of three 16 bpp pix that can be used by * pixApplyInvBackgroundGrayMap() to generate a normalized version * of each component of the input pixs. */ l_int32 pixBackgroundNormRGBArrays(PIX *pixs, PIX *pixim, PIX *pixg, l_int32 sx, l_int32 sy, l_int32 thresh, l_int32 mincount, l_int32 bgval, l_int32 smoothx, l_int32 smoothy, PIX **ppixr, PIX **ppixg, PIX **ppixb) { l_int32 allfg; PIX *pixmr, *pixmg, *pixmb; PROCNAME("pixBackgroundNormRGBArrays"); if (!ppixr || !ppixg || !ppixb) return ERROR_INT("&pixr, &pixg, &pixb not all defined", procName, 1); *ppixr = *ppixg = *ppixb = NULL; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (pixGetDepth(pixs) != 32) return ERROR_INT("pixs not 32 bpp", procName, 1); if (pixim && pixGetDepth(pixim) != 1) return ERROR_INT("pixim not 1 bpp", procName, 1); if (sx < 4 || sy < 4) return ERROR_INT("sx and sy must be >= 4", procName, 1); if (mincount > sx * sy) { L_WARNING("mincount too large for tile size\n", procName); mincount = (sx * sy) / 3; } /* If pixim exists, verify that it is not all foreground. */ if (pixim) { pixInvert(pixim, pixim); pixZero(pixim, &allfg); pixInvert(pixim, pixim); if (allfg) return ERROR_INT("pixim all foreground", procName, 1); } pixGetBackgroundRGBMap(pixs, pixim, pixg, sx, sy, thresh, mincount, &pixmr, &pixmg, &pixmb); if (!pixmr || !pixmg || !pixmb) { pixDestroy(&pixmr); pixDestroy(&pixmg); pixDestroy(&pixmb); return ERROR_INT("not all pixm* made", procName, 1); } *ppixr = pixGetInvBackgroundMap(pixmr, bgval, smoothx, smoothy); *ppixg = pixGetInvBackgroundMap(pixmg, bgval, smoothx, smoothy); *ppixb = pixGetInvBackgroundMap(pixmb, bgval, smoothx, smoothy); pixDestroy(&pixmr); pixDestroy(&pixmg); pixDestroy(&pixmb); return 0; } /*! * pixBackgroundNormGrayArrayMorph() * * Input: pixs (8 bpp grayscale) * pixim ( 1 bpp 'image' mask; can be null) * reduction (at which morph closings are done; between 2 and 16) * size (of square Sel for the closing; use an odd number) * bgval (target bg val; typ. > 128) * &pixd ( 16 bpp array of inverted background value) * Return: 0 if OK, 1 on error * * Notes: * (1) See notes in pixBackgroundNormMorph(). * (2) This returns a 16 bpp pix that can be used by * pixApplyInvBackgroundGrayMap() to generate a normalized version * of the input pixs. */ l_int32 pixBackgroundNormGrayArrayMorph(PIX *pixs, PIX *pixim, l_int32 reduction, l_int32 size, l_int32 bgval, PIX **ppixd) { l_int32 allfg; PIX *pixm; PROCNAME("pixBackgroundNormGrayArrayMorph"); if (!ppixd) return ERROR_INT("&pixd not defined", procName, 1); *ppixd = NULL; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (pixGetDepth(pixs) != 8) return ERROR_INT("pixs not 8 bpp", procName, 1); if (pixim && pixGetDepth(pixim) != 1) return ERROR_INT("pixim not 1 bpp", procName, 1); if (reduction < 2 || reduction > 16) return ERROR_INT("reduction must be between 2 and 16", procName, 1); /* If pixim exists, verify that it is not all foreground. */ if (pixim) { pixInvert(pixim, pixim); pixZero(pixim, &allfg); pixInvert(pixim, pixim); if (allfg) return ERROR_INT("pixim all foreground", procName, 1); } pixGetBackgroundGrayMapMorph(pixs, pixim, reduction, size, &pixm); if (!pixm) return ERROR_INT("pixm not made", procName, 1); *ppixd = pixGetInvBackgroundMap(pixm, bgval, 0, 0); pixDestroy(&pixm); return 0; } /*! * pixBackgroundNormRGBArraysMorph() * * Input: pixs (32 bpp rgb) * pixim ( 1 bpp 'image' mask; can be null) * reduction (at which morph closings are done; between 2 and 16) * size (of square Sel for the closing; use an odd number) * bgval (target bg val; typ. > 128) * &pixr ( 16 bpp array of inverted R background value) * &pixg ( 16 bpp array of inverted G background value) * &pixb ( 16 bpp array of inverted B background value) * Return: 0 if OK, 1 on error * * Notes: * (1) See notes in pixBackgroundNormMorph(). * (2) This returns a set of three 16 bpp pix that can be used by * pixApplyInvBackgroundGrayMap() to generate a normalized version * of each component of the input pixs. */ l_int32 pixBackgroundNormRGBArraysMorph(PIX *pixs, PIX *pixim, l_int32 reduction, l_int32 size, l_int32 bgval, PIX **ppixr, PIX **ppixg, PIX **ppixb) { l_int32 allfg; PIX *pixmr, *pixmg, *pixmb; PROCNAME("pixBackgroundNormRGBArraysMorph"); if (!ppixr || !ppixg || !ppixb) return ERROR_INT("&pixr, &pixg, &pixb not all defined", procName, 1); *ppixr = *ppixg = *ppixb = NULL; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (pixGetDepth(pixs) != 32) return ERROR_INT("pixs not 32 bpp", procName, 1); if (pixim && pixGetDepth(pixim) != 1) return ERROR_INT("pixim not 1 bpp", procName, 1); if (reduction < 2 || reduction > 16) return ERROR_INT("reduction must be between 2 and 16", procName, 1); /* If pixim exists, verify that it is not all foreground. */ if (pixim) { pixInvert(pixim, pixim); pixZero(pixim, &allfg); pixInvert(pixim, pixim); if (allfg) return ERROR_INT("pixim all foreground", procName, 1); } pixGetBackgroundRGBMapMorph(pixs, pixim, reduction, size, &pixmr, &pixmg, &pixmb); if (!pixmr || !pixmg || !pixmb) { pixDestroy(&pixmr); pixDestroy(&pixmg); pixDestroy(&pixmb); return ERROR_INT("not all pixm* made", procName, 1); } *ppixr = pixGetInvBackgroundMap(pixmr, bgval, 0, 0); *ppixg = pixGetInvBackgroundMap(pixmg, bgval, 0, 0); *ppixb = pixGetInvBackgroundMap(pixmb, bgval, 0, 0); pixDestroy(&pixmr); pixDestroy(&pixmg); pixDestroy(&pixmb); return 0; } /*------------------------------------------------------------------* * Measurement of local background * *------------------------------------------------------------------*/ /*! * pixGetBackgroundGrayMap() * * Input: pixs (8 bpp grayscale; not cmapped) * pixim ( 1 bpp 'image' mask; can be null; it * should not have all foreground pixels) * sx, sy (tile size in pixels) * thresh (threshold for determining foreground) * mincount (min threshold on counts in a tile) * &pixd ( 8 bpp grayscale map) * Return: 0 if OK, 1 on error * * Notes: * (1) The background is measured in regions that don't have * images. It is then propagated into the image regions, * and finally smoothed in each image region. */ l_int32 pixGetBackgroundGrayMap(PIX *pixs, PIX *pixim, l_int32 sx, l_int32 sy, l_int32 thresh, l_int32 mincount, PIX **ppixd) { l_int32 w, h, wd, hd, wim, him, wpls, wplim, wpld, wplf; l_int32 xim, yim, delx, nx, ny, i, j, k, m; l_int32 count, sum, val8; l_int32 empty, fgpixels; l_uint32 *datas, *dataim, *datad, *dataf, *lines, *lineim, *lined, *linef; l_float32 scalex, scaley; PIX *pixd, *piximi, *pixb, *pixf, *pixims; PROCNAME("pixGetBackgroundGrayMap"); if (!ppixd) return ERROR_INT("&pixd not defined", procName, 1); *ppixd = NULL; if (!pixs || pixGetDepth(pixs) != 8) return ERROR_INT("pixs not defined or not 8 bpp", procName, 1); if (pixGetColormap(pixs)) return ERROR_INT("pixs is colormapped", procName, 1); if (pixim && pixGetDepth(pixim) != 1) return ERROR_INT("pixim not 1 bpp", procName, 1); if (sx < 4 || sy < 4) return ERROR_INT("sx and sy must be >= 4", procName, 1); if (mincount > sx * sy) { L_WARNING("mincount too large for tile size\n", procName); mincount = (sx * sy) / 3; } /* Evaluate the 'image' mask, pixim, and make sure * it is not all fg. */ fgpixels = 0; /* boolean for existence of fg pixels in the image mask. */ if (pixim) { piximi = pixInvert(NULL, pixim); /* set non-'image' pixels to 1 */ pixZero(piximi, &empty); pixDestroy(&piximi); if (empty) return ERROR_INT("pixim all fg; no background", procName, 1); pixZero(pixim, &empty); if (!empty) /* there are fg pixels in pixim */ fgpixels = 1; } /* Generate the foreground mask, pixf, which is at * full resolution. These pixels will be ignored when * computing the background values. */ pixb = pixThresholdToBinary(pixs, thresh); pixf = pixMorphSequence(pixb, "d7.1 + d1.7", 0); pixDestroy(&pixb); /* ------------- Set up the output map pixd --------------- */ /* Generate pixd, which is reduced by the factors (sx, sy). */ w = pixGetWidth(pixs); h = pixGetHeight(pixs); wd = (w + sx - 1) / sx; hd = (h + sy - 1) / sy; pixd = pixCreate(wd, hd, 8); /* Note: we only compute map values in tiles that are complete. * In general, tiles at right and bottom edges will not be * complete, and we must fill them in later. */ nx = w / sx; ny = h / sy; wpls = pixGetWpl(pixs); datas = pixGetData(pixs); wpld = pixGetWpl(pixd); datad = pixGetData(pixd); wplf = pixGetWpl(pixf); dataf = pixGetData(pixf); for (i = 0; i < ny; i++) { lines = datas + sy * i * wpls; linef = dataf + sy * i * wplf; lined = datad + i * wpld; for (j = 0; j < nx; j++) { delx = j * sx; sum = 0; count = 0; for (k = 0; k < sy; k++) { for (m = 0; m < sx; m++) { if (GET_DATA_BIT(linef + k * wplf, delx + m) == 0) { sum += GET_DATA_BYTE(lines + k * wpls, delx + m); count++; } } } if (count >= mincount) { val8 = sum / count; SET_DATA_BYTE(lined, j, val8); } } } pixDestroy(&pixf); /* If there is an optional mask with fg pixels, erase the previous * calculation for the corresponding map pixels, setting the * map values to 0. Then, when all the map holes are filled, * these erased pixels will be set by the surrounding map values. * * The calculation here is relatively efficient: for each pixel * in pixd (which corresponds to a tile of mask pixels in pixim) * we look only at the pixel in pixim that is at the center * of the tile. If the mask pixel is ON, we reset the map * pixel in pixd to 0, so that it can later be filled in. */ pixims = NULL; if (pixim && fgpixels) { wim = pixGetWidth(pixim); him = pixGetHeight(pixim); dataim = pixGetData(pixim); wplim = pixGetWpl(pixim); for (i = 0; i < ny; i++) { yim = i * sy + sy / 2; if (yim >= him) break; lineim = dataim + yim * wplim; for (j = 0; j < nx; j++) { xim = j * sx + sx / 2; if (xim >= wim) break; if (GET_DATA_BIT(lineim, xim)) pixSetPixel(pixd, j, i, 0); } } } /* Fill all the holes in the map. */ if (pixFillMapHoles(pixd, nx, ny, L_FILL_BLACK)) { pixDestroy(&pixd); L_WARNING("can't make the map\n", procName); return 1; } /* Finally, for each connected region corresponding to the * 'image' mask, reset all pixels to their average value. * Each of these components represents an image (or part of one) * in the input, and this smooths the background values * in each of these regions. */ if (pixim && fgpixels) { scalex = 1. / (l_float32)sx; scaley = 1. / (l_float32)sy; pixims = pixScaleBySampling(pixim, scalex, scaley); pixSmoothConnectedRegions(pixd, pixims, 2); pixDestroy(&pixims); } *ppixd = pixd; return 0; } /*! * pixGetBackgroundRGBMap() * * Input: pixs (32 bpp rgb) * pixim ( 1 bpp 'image' mask; can be null; it * should not have all foreground pixels) * pixg ( 8 bpp grayscale version; can be null) * sx, sy (tile size in pixels) * thresh (threshold for determining foreground) * mincount (min threshold on counts in a tile) * &pixmr, &pixmg, &pixmb ( rgb maps) * Return: 0 if OK, 1 on error * * Notes: * (1) If pixg, which is a grayscale version of pixs, is provided, * use this internally to generate the foreground mask. * Otherwise, a grayscale version of pixs will be generated * from the green component only, used, and destroyed. */ l_int32 pixGetBackgroundRGBMap(PIX *pixs, PIX *pixim, PIX *pixg, l_int32 sx, l_int32 sy, l_int32 thresh, l_int32 mincount, PIX **ppixmr, PIX **ppixmg, PIX **ppixmb) { l_int32 w, h, wm, hm, wim, him, wpls, wplim, wplf; l_int32 xim, yim, delx, nx, ny, i, j, k, m; l_int32 count, rsum, gsum, bsum, rval, gval, bval; l_int32 empty, fgpixels; l_uint32 pixel; l_uint32 *datas, *dataim, *dataf, *lines, *lineim, *linef; l_float32 scalex, scaley; PIX *piximi, *pixgc, *pixb, *pixf, *pixims; PIX *pixmr, *pixmg, *pixmb; PROCNAME("pixGetBackgroundRGBMap"); if (!ppixmr || !ppixmg || !ppixmb) return ERROR_INT("&pixm* not all defined", procName, 1); *ppixmr = *ppixmg = *ppixmb = NULL; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (pixGetDepth(pixs) != 32) return ERROR_INT("pixs not 32 bpp", procName, 1); if (pixim && pixGetDepth(pixim) != 1) return ERROR_INT("pixim not 1 bpp", procName, 1); if (sx < 4 || sy < 4) return ERROR_INT("sx and sy must be >= 4", procName, 1); if (mincount > sx * sy) { L_WARNING("mincount too large for tile size\n", procName); mincount = (sx * sy) / 3; } /* Evaluate the mask pixim and make sure it is not all foreground */ fgpixels = 0; /* boolean for existence of fg mask pixels */ if (pixim) { piximi = pixInvert(NULL, pixim); /* set non-'image' pixels to 1 */ pixZero(piximi, &empty); pixDestroy(&piximi); if (empty) return ERROR_INT("pixim all fg; no background", procName, 1); pixZero(pixim, &empty); if (!empty) /* there are fg pixels in pixim */ fgpixels = 1; } /* Generate the foreground mask. These pixels will be * ignored when computing the background values. */ if (pixg) /* use the input grayscale version if it is provided */ pixgc = pixClone(pixg); else pixgc = pixConvertRGBToGrayFast(pixs); pixb = pixThresholdToBinary(pixgc, thresh); pixf = pixMorphSequence(pixb, "d7.1 + d1.7", 0); pixDestroy(&pixgc); pixDestroy(&pixb); /* Generate the output mask images */ w = pixGetWidth(pixs); h = pixGetHeight(pixs); wm = (w + sx - 1) / sx; hm = (h + sy - 1) / sy; pixmr = pixCreate(wm, hm, 8); pixmg = pixCreate(wm, hm, 8); pixmb = pixCreate(wm, hm, 8); /* ------------- Set up the mapping images --------------- */ /* Note: we only compute map values in tiles that are complete. * In general, tiles at right and bottom edges will not be * complete, and we must fill them in later. */ nx = w / sx; ny = h / sy; wpls = pixGetWpl(pixs); datas = pixGetData(pixs); wplf = pixGetWpl(pixf); dataf = pixGetData(pixf); for (i = 0; i < ny; i++) { lines = datas + sy * i * wpls; linef = dataf + sy * i * wplf; for (j = 0; j < nx; j++) { delx = j * sx; rsum = gsum = bsum = 0; count = 0; for (k = 0; k < sy; k++) { for (m = 0; m < sx; m++) { if (GET_DATA_BIT(linef + k * wplf, delx + m) == 0) { pixel = *(lines + k * wpls + delx + m); rsum += (pixel >> 24); gsum += ((pixel >> 16) & 0xff); bsum += ((pixel >> 8) & 0xff); count++; } } } if (count >= mincount) { rval = rsum / count; gval = gsum / count; bval = bsum / count; pixSetPixel(pixmr, j, i, rval); pixSetPixel(pixmg, j, i, gval); pixSetPixel(pixmb, j, i, bval); } } } pixDestroy(&pixf); /* If there is an optional mask with fg pixels, erase the previous * calculation for the corresponding map pixels, setting the * map values in each of the 3 color maps to 0. Then, when * all the map holes are filled, these erased pixels will * be set by the surrounding map values. */ if (pixim) { wim = pixGetWidth(pixim); him = pixGetHeight(pixim); dataim = pixGetData(pixim); wplim = pixGetWpl(pixim); for (i = 0; i < ny; i++) { yim = i * sy + sy / 2; if (yim >= him) break; lineim = dataim + yim * wplim; for (j = 0; j < nx; j++) { xim = j * sx + sx / 2; if (xim >= wim) break; if (GET_DATA_BIT(lineim, xim)) { pixSetPixel(pixmr, j, i, 0); pixSetPixel(pixmg, j, i, 0); pixSetPixel(pixmb, j, i, 0); } } } } /* ----------------- Now fill in the holes ----------------------- */ if (pixFillMapHoles(pixmr, nx, ny, L_FILL_BLACK) || pixFillMapHoles(pixmg, nx, ny, L_FILL_BLACK) || pixFillMapHoles(pixmb, nx, ny, L_FILL_BLACK)) { pixDestroy(&pixmr); pixDestroy(&pixmg); pixDestroy(&pixmb); L_WARNING("can't make the maps\n", procName); return 1; } /* Finally, for each connected region corresponding to the * fg mask, reset all pixels to their average value. */ if (pixim && fgpixels) { scalex = 1. / (l_float32)sx; scaley = 1. / (l_float32)sy; pixims = pixScaleBySampling(pixim, scalex, scaley); pixSmoothConnectedRegions(pixmr, pixims, 2); pixSmoothConnectedRegions(pixmg, pixims, 2); pixSmoothConnectedRegions(pixmb, pixims, 2); pixDestroy(&pixims); } *ppixmr = pixmr; *ppixmg = pixmg; *ppixmb = pixmb; return 0; } /*! * pixGetBackgroundGrayMapMorph() * * Input: pixs (8 bpp grayscale; not cmapped) * pixim ( 1 bpp 'image' mask; can be null; it * should not have all foreground pixels) * reduction (factor at which closing is performed) * size (of square Sel for the closing; use an odd number) * &pixm ( grayscale map) * Return: 0 if OK, 1 on error */ l_int32 pixGetBackgroundGrayMapMorph(PIX *pixs, PIX *pixim, l_int32 reduction, l_int32 size, PIX **ppixm) { l_int32 nx, ny, empty, fgpixels; l_float32 scale; PIX *pixm, *pixt1, *pixt2, *pixt3, *pixims; PROCNAME("pixGetBackgroundGrayMapMorph"); if (!ppixm) return ERROR_INT("&pixm not defined", procName, 1); *ppixm = NULL; if (!pixs || pixGetDepth(pixs) != 8) return ERROR_INT("pixs not defined or not 8 bpp", procName, 1); if (pixGetColormap(pixs)) return ERROR_INT("pixs is colormapped", procName, 1); if (pixim && pixGetDepth(pixim) != 1) return ERROR_INT("pixim not 1 bpp", procName, 1); /* Evaluate the mask pixim and make sure it is not all foreground. */ fgpixels = 0; /* boolean for existence of fg mask pixels */ if (pixim) { pixInvert(pixim, pixim); /* set background pixels to 1 */ pixZero(pixim, &empty); if (empty) return ERROR_INT("pixim all fg; no background", procName, 1); pixInvert(pixim, pixim); /* revert to original mask */ pixZero(pixim, &empty); if (!empty) /* there are fg pixels in pixim */ fgpixels = 1; } /* Downscale as requested and do the closing to get the background. */ scale = 1. / (l_float32)reduction; pixt1 = pixScaleBySampling(pixs, scale, scale); pixt2 = pixCloseGray(pixt1, size, size); pixt3 = pixExtendByReplication(pixt2, 1, 1); /* Downscale the image mask, if any, and remove it from the * background. These pixels will be filled in (twice). */ pixims = NULL; if (pixim) { pixims = pixScale(pixim, scale, scale); pixm = pixConvertTo8(pixims, FALSE); pixAnd(pixm, pixm, pixt3); } else pixm = pixClone(pixt3); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); /* Fill all the holes in the map. */ nx = pixGetWidth(pixs) / reduction; ny = pixGetHeight(pixs) / reduction; if (pixFillMapHoles(pixm, nx, ny, L_FILL_BLACK)) { pixDestroy(&pixm); L_WARNING("can't make the map\n", procName); return 1; } /* Finally, for each connected region corresponding to the * fg mask, reset all pixels to their average value. */ if (pixim && fgpixels) { pixSmoothConnectedRegions(pixm, pixims, 2); pixDestroy(&pixims); } *ppixm = pixm; return 0; } /*! * pixGetBackgroundRGBMapMorph() * * Input: pixs (32 bpp rgb) * pixim ( 1 bpp 'image' mask; can be null; it * should not have all foreground pixels) * reduction (factor at which closing is performed) * size (of square Sel for the closing; use an odd number) * &pixmr ( red component map) * &pixmg ( green component map) * &pixmb ( blue component map) * Return: 0 if OK, 1 on error */ l_int32 pixGetBackgroundRGBMapMorph(PIX *pixs, PIX *pixim, l_int32 reduction, l_int32 size, PIX **ppixmr, PIX **ppixmg, PIX **ppixmb) { l_int32 nx, ny, empty, fgpixels; l_float32 scale; PIX *pixm, *pixmr, *pixmg, *pixmb, *pixt1, *pixt2, *pixt3, *pixims; PROCNAME("pixGetBackgroundRGBMapMorph"); if (!ppixmr || !ppixmg || !ppixmb) return ERROR_INT("&pixm* not all defined", procName, 1); *ppixmr = *ppixmg = *ppixmb = NULL; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (pixGetDepth(pixs) != 32) return ERROR_INT("pixs not 32 bpp", procName, 1); if (pixim && pixGetDepth(pixim) != 1) return ERROR_INT("pixim not 1 bpp", procName, 1); /* Generate an 8 bpp version of the image mask, if it exists */ scale = 1. / (l_float32)reduction; pixm = NULL; if (pixim) { pixims = pixScale(pixim, scale, scale); pixm = pixConvertTo8(pixims, FALSE); } /* Evaluate the mask pixim and make sure it is not all foreground. */ fgpixels = 0; /* boolean for existence of fg mask pixels */ if (pixim) { pixInvert(pixim, pixim); /* set background pixels to 1 */ pixZero(pixim, &empty); if (empty) return ERROR_INT("pixim all fg; no background", procName, 1); pixInvert(pixim, pixim); /* revert to original mask */ pixZero(pixim, &empty); if (!empty) /* there are fg pixels in pixim */ fgpixels = 1; } /* Downscale as requested and do the closing to get the background. * Then remove the image mask pixels from the background. They * will be filled in (twice) later. Do this for all 3 components. */ pixt1 = pixScaleRGBToGrayFast(pixs, reduction, COLOR_RED); pixt2 = pixCloseGray(pixt1, size, size); pixt3 = pixExtendByReplication(pixt2, 1, 1); if (pixim) pixmr = pixAnd(NULL, pixm, pixt3); else pixmr = pixClone(pixt3); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixt1 = pixScaleRGBToGrayFast(pixs, reduction, COLOR_GREEN); pixt2 = pixCloseGray(pixt1, size, size); pixt3 = pixExtendByReplication(pixt2, 1, 1); if (pixim) pixmg = pixAnd(NULL, pixm, pixt3); else pixmg = pixClone(pixt3); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); pixt1 = pixScaleRGBToGrayFast(pixs, reduction, COLOR_BLUE); pixt2 = pixCloseGray(pixt1, size, size); pixt3 = pixExtendByReplication(pixt2, 1, 1); if (pixim) pixmb = pixAnd(NULL, pixm, pixt3); else pixmb = pixClone(pixt3); pixDestroy(&pixm); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); /* Fill all the holes in the three maps. */ nx = pixGetWidth(pixs) / reduction; ny = pixGetHeight(pixs) / reduction; if (pixFillMapHoles(pixmr, nx, ny, L_FILL_BLACK) || pixFillMapHoles(pixmg, nx, ny, L_FILL_BLACK) || pixFillMapHoles(pixmb, nx, ny, L_FILL_BLACK)) { pixDestroy(&pixmr); pixDestroy(&pixmg); pixDestroy(&pixmb); L_WARNING("can't make the maps\n", procName); return 1; } /* Finally, for each connected region corresponding to the * fg mask in each component, reset all pixels to their * average value. */ if (pixim && fgpixels) { pixSmoothConnectedRegions(pixmr, pixims, 2); pixSmoothConnectedRegions(pixmg, pixims, 2); pixSmoothConnectedRegions(pixmb, pixims, 2); pixDestroy(&pixims); } *ppixmr = pixmr; *ppixmg = pixmg; *ppixmb = pixmb; return 0; } /*! * pixFillMapHoles() * * Input: pix (8 bpp; a map, with one pixel for each tile in * a larger image) * nx (number of horizontal pixel tiles that are entirely * covered with pixels in the original source image) * ny (ditto for the number of vertical pixel tiles) * filltype (L_FILL_WHITE or L_FILL_BLACK) * Return: 0 if OK, 1 on error * * Notes: * (1) This is an in-place operation on pix (the map). pix is * typically a low-resolution version of some other image * from which it was derived, where each pixel in pix * corresponds to a rectangular tile (say, m x n) of pixels * in the larger image. All we need to know about the larger * image is whether or not the rightmost column and bottommost * row of pixels in pix correspond to tiles that are * only partially covered by pixels in the larger image. * (2) Typically, some number of pixels in the input map are * not known, and their values must be determined by near * pixels that are known. These unknown pixels are the 'holes'. * They can take on only two values, 0 and 255, and the * instruction about which to fill is given by the filltype flag. * (3) The "holes" can come from two sources. The first is when there * are not enough foreground or background pixels in a tile; * the second is when a tile is at least partially covered * by an image mask. If we're filling holes in a fg mask, * the holes are initialized to black (0) and use L_FILL_BLACK. * For filling holes in a bg mask, initialize the holes to * white (255) and use L_FILL_WHITE. * (4) If w is the map width, nx = w or nx = w - 1; ditto for h and ny. */ l_int32 pixFillMapHoles(PIX *pix, l_int32 nx, l_int32 ny, l_int32 filltype) { l_int32 w, h, y, nmiss, goodcol, i, j, found, ival, valtest; l_uint32 val, lastval; NUMA *na; /* indicates if there is any data in the column */ PIX *pixt; PROCNAME("pixFillMapHoles"); if (!pix || pixGetDepth(pix) != 8) return ERROR_INT("pix not defined or not 8 bpp", procName, 1); if (pixGetColormap(pix)) return ERROR_INT("pix is colormapped", procName, 1); /* ------------- Fill holes in the mapping image columns ----------- */ pixGetDimensions(pix, &w, &h, NULL); na = numaCreate(0); /* holds flag for which columns have data */ nmiss = 0; valtest = (filltype == L_FILL_WHITE) ? 255 : 0; for (j = 0; j < nx; j++) { /* do it by columns */ found = FALSE; for (i = 0; i < ny; i++) { pixGetPixel(pix, j, i, &val); if (val != valtest) { y = i; found = TRUE; break; } } if (found == FALSE) { numaAddNumber(na, 0); /* no data in the column */ nmiss++; } else { numaAddNumber(na, 1); /* data in the column */ for (i = y - 1; i >= 0; i--) /* replicate upwards to top */ pixSetPixel(pix, j, i, val); pixGetPixel(pix, j, 0, &lastval); for (i = 1; i < h; i++) { /* set going down to bottom */ pixGetPixel(pix, j, i, &val); if (val == valtest) pixSetPixel(pix, j, i, lastval); else lastval = val; } } } numaAddNumber(na, 0); /* last column */ if (nmiss == nx) { /* no data in any column! */ numaDestroy(&na); L_WARNING("no bg found; no data in any column\n", procName); return 1; } /* ---------- Fill in missing columns by replication ----------- */ if (nmiss > 0) { /* replicate columns */ pixt = pixCopy(NULL, pix); /* Find the first good column */ goodcol = 0; for (j = 0; j < w; j++) { numaGetIValue(na, j, &ival); if (ival == 1) { goodcol = j; break; } } if (goodcol > 0) { /* copy cols backward */ for (j = goodcol - 1; j >= 0; j--) { pixRasterop(pix, j, 0, 1, h, PIX_SRC, pixt, j + 1, 0); pixRasterop(pixt, j, 0, 1, h, PIX_SRC, pix, j, 0); } } for (j = goodcol + 1; j < w; j++) { /* copy cols forward */ numaGetIValue(na, j, &ival); if (ival == 0) { /* Copy the column to the left of j */ pixRasterop(pix, j, 0, 1, h, PIX_SRC, pixt, j - 1, 0); pixRasterop(pixt, j, 0, 1, h, PIX_SRC, pix, j, 0); } } pixDestroy(&pixt); } if (w > nx) { /* replicate the last column */ for (i = 0; i < h; i++) { pixGetPixel(pix, w - 2, i, &val); pixSetPixel(pix, w - 1, i, val); } } numaDestroy(&na); return 0; } /*! * pixExtendByReplication() * * Input: pixs (8 bpp) * addw (number of extra pixels horizontally to add) * addh (number of extra pixels vertically to add) * Return: pixd (extended with replicated pixel values), or null on error * * Notes: * (1) The pixel values are extended to the left and down, as required. */ PIX * pixExtendByReplication(PIX *pixs, l_int32 addw, l_int32 addh) { l_int32 w, h, i, j; l_uint32 val; PIX *pixd; PROCNAME("pixExtendByReplication"); if (!pixs || pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs undefined or not 8 bpp", procName, NULL); if (addw == 0 && addh == 0) return pixCopy(NULL, pixs); pixGetDimensions(pixs, &w, &h, NULL); if ((pixd = pixCreate(w + addw, h + addh, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixRasterop(pixd, 0, 0, w, h, PIX_SRC, pixs, 0, 0); if (addw > 0) { for (i = 0; i < h; i++) { pixGetPixel(pixd, w - 1, i, &val); for (j = 0; j < addw; j++) pixSetPixel(pixd, w + j, i, val); } } if (addh > 0) { for (j = 0; j < w + addw; j++) { pixGetPixel(pixd, j, h - 1, &val); for (i = 0; i < addh; i++) pixSetPixel(pixd, j, h + i, val); } } return pixd; } /*! * pixSmoothConnectedRegions() * * Input: pixs (8 bpp grayscale; no colormap) * pixm ( 1 bpp; if null, this is a no-op) * factor (subsampling factor for getting average; >= 1) * Return: 0 if OK, 1 on error * * Notes: * (1) The pixels in pixs corresponding to those in each * 8-connected region in the mask are set to the average value. * (2) This is required for adaptive mapping to avoid the * generation of stripes in the background map, due to * variations in the pixel values near the edges of mask regions. * (3) This function is optimized for background smoothing, where * there are a relatively small number of components. It will * be inefficient if used where there are many small components. */ l_int32 pixSmoothConnectedRegions(PIX *pixs, PIX *pixm, l_int32 factor) { l_int32 empty, i, n, x, y; l_float32 aveval; BOXA *boxa; PIX *pixmc; PIXA *pixa; PROCNAME("pixSmoothConnectedRegions"); if (!pixs || pixGetDepth(pixs) != 8) return ERROR_INT("pixs not defined or not 8 bpp", procName, 1); if (pixGetColormap(pixs)) return ERROR_INT("pixs has colormap", procName, 1); if (!pixm) { L_INFO("pixm not defined\n", procName); return 0; } if (pixGetDepth(pixm) != 1) return ERROR_INT("pixm not 1 bpp", procName, 1); pixZero(pixm, &empty); if (empty) { L_INFO("pixm has no fg pixels; nothing to do\n", procName); return 0; } boxa = pixConnComp(pixm, &pixa, 8); n = boxaGetCount(boxa); for (i = 0; i < n; i++) { if ((pixmc = pixaGetPix(pixa, i, L_CLONE)) == NULL) { L_WARNING("missing pixmc!\n", procName); continue; } boxaGetBoxGeometry(boxa, i, &x, &y, NULL, NULL); pixGetAverageMasked(pixs, pixmc, x, y, factor, L_MEAN_ABSVAL, &aveval); pixPaintThroughMask(pixs, pixmc, x, y, (l_int32)aveval); pixDestroy(&pixmc); } boxaDestroy(&boxa); pixaDestroy(&pixa); return 0; } /*------------------------------------------------------------------* * Measurement of local foreground * *------------------------------------------------------------------*/ #if 0 /* Not working properly: do not use */ /*! * pixGetForegroundGrayMap() * * Input: pixs (8 bpp) * pixim ( 1 bpp 'image' mask; can be null) * sx, sy (src tile size, in pixels) * thresh (threshold for determining foreground) * &pixd ( 8 bpp grayscale map) * Return: 0 if OK, 1 on error * * Notes: * (1) Each (sx, sy) tile of pixs gets mapped to one pixel in pixd. * (2) pixd is the estimate of the fg (darkest) value within each tile. * (3) All pixels in pixd that are in 'image' regions, as specified * by pixim, are given the background value 0. * (4) For pixels in pixd that can't directly be given a fg value, * the value is inferred by propagating from neighboring pixels. * (5) In practice, pixd can be used to normalize the fg, and * it can be done after background normalization. * (6) The overall procedure is: * - reduce 2x by sampling * - paint all 'image' pixels white, so that they don't * participate in the Min reduction * - do a further (sx, sy) Min reduction -- think of * it as a large opening followed by subsampling by the * reduction factors * - threshold the result to identify fg, and set the * bg pixels to 255 (these are 'holes') * - fill holes by propagation from fg values * - replicatively expand by 2x, arriving at the final * resolution of pixd * - smooth with a 17x17 kernel * - paint the 'image' regions black */ l_int32 pixGetForegroundGrayMap(PIX *pixs, PIX *pixim, l_int32 sx, l_int32 sy, l_int32 thresh, PIX **ppixd) { l_int32 w, h, d, wd, hd; l_int32 empty, fgpixels; PIX *pixd, *piximi, *pixim2, *pixims, *pixs2, *pixb, *pixt1, *pixt2, *pixt3; PROCNAME("pixGetForegroundGrayMap"); if (!ppixd) return ERROR_INT("&pixd not defined", procName, 1); *ppixd = NULL; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); pixGetDimensions(pixs, &w, &h, &d); if (d != 8) return ERROR_INT("pixs not 8 bpp", procName, 1); if (pixim && pixGetDepth(pixim) != 1) return ERROR_INT("pixim not 1 bpp", procName, 1); if (sx < 2 || sy < 2) return ERROR_INT("sx and sy must be >= 2", procName, 1); /* Generate pixd, which is reduced by the factors (sx, sy). */ wd = (w + sx - 1) / sx; hd = (h + sy - 1) / sy; pixd = pixCreate(wd, hd, 8); *ppixd = pixd; /* Evaluate the 'image' mask, pixim. If it is all fg, * the output pixd has all pixels with value 0. */ fgpixels = 0; /* boolean for existence of fg pixels in the image mask. */ if (pixim) { piximi = pixInvert(NULL, pixim); /* set non-image pixels to 1 */ pixZero(piximi, &empty); pixDestroy(&piximi); if (empty) /* all 'image'; return with all pixels set to 0 */ return 0; pixZero(pixim, &empty); if (!empty) /* there are fg pixels in pixim */ fgpixels = 1; } /* 2x subsampling; paint white through 'image' mask. */ pixs2 = pixScaleBySampling(pixs, 0.5, 0.5); if (pixim && fgpixels) { pixim2 = pixReduceBinary2(pixim, NULL); pixPaintThroughMask(pixs2, pixim2, 0, 0, 255); pixDestroy(&pixim2); } /* Min (erosion) downscaling; total reduction (4 sx, 4 sy). */ pixt1 = pixScaleGrayMinMax(pixs2, sx, sy, L_CHOOSE_MIN); /* pixDisplay(pixt1, 300, 200); */ /* Threshold to identify fg; paint bg pixels to white. */ pixb = pixThresholdToBinary(pixt1, thresh); /* fg pixels */ pixInvert(pixb, pixb); pixPaintThroughMask(pixt1, pixb, 0, 0, 255); pixDestroy(&pixb); /* Replicative expansion by 2x to (sx, sy). */ pixt2 = pixExpandReplicate(pixt1, 2); /* pixDisplay(pixt2, 500, 200); */ /* Fill holes in the fg by propagation */ pixFillMapHoles(pixt2, w / sx, h / sy, L_FILL_WHITE); /* pixDisplay(pixt2, 700, 200); */ /* Smooth with 17x17 kernel. */ pixt3 = pixBlockconv(pixt2, 8, 8); pixRasterop(pixd, 0, 0, wd, hd, PIX_SRC, pixt3, 0, 0); /* Paint the image parts black. */ pixims = pixScaleBySampling(pixim, 1. / sx, 1. / sy); pixPaintThroughMask(pixd, pixims, 0, 0, 0); pixDestroy(&pixs2); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); return 0; } #endif /* Not working properly: do not use */ /*------------------------------------------------------------------* * Generate inverted background map * *------------------------------------------------------------------*/ /*! * pixGetInvBackgroundMap() * * Input: pixs (8 bpp grayscale; no colormap) * bgval (target bg val; typ. > 128) * smoothx (half-width of block convolution kernel width) * smoothy (half-width of block convolution kernel height) * Return: pixd (16 bpp), or null on error * * Note: * - bgval should typically be > 120 and < 240 * - pixd is a normalization image; the original image is * multiplied by pixd and the result is divided by 256. */ PIX * pixGetInvBackgroundMap(PIX *pixs, l_int32 bgval, l_int32 smoothx, l_int32 smoothy) { l_int32 w, h, wplsm, wpld, i, j; l_int32 val, val16; l_uint32 *datasm, *datad, *linesm, *lined; PIX *pixsm, *pixd; PROCNAME("pixGetInvBackgroundMap"); if (!pixs || pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs undefined or not 8 bpp", procName, NULL); if (pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs has colormap", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); if (w < 5 || h < 5) return (PIX *)ERROR_PTR("w and h must be >= 5", procName, NULL); /* smooth the map image */ pixsm = pixBlockconv(pixs, smoothx, smoothy); datasm = pixGetData(pixsm); wplsm = pixGetWpl(pixsm); /* invert the map image, scaling up to preserve dynamic range */ pixd = pixCreate(w, h, 16); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { linesm = datasm + i * wplsm; lined = datad + i * wpld; for (j = 0; j < w; j++) { val = GET_DATA_BYTE(linesm, j); if (val > 0) val16 = (256 * bgval) / val; else { /* shouldn't happen */ L_WARNING("smoothed bg has 0 pixel!\n", procName); val16 = bgval / 2; } SET_DATA_TWO_BYTES(lined, j, val16); } } pixDestroy(&pixsm); return pixd; } /*------------------------------------------------------------------* * Apply background map to image * *------------------------------------------------------------------*/ /*! * pixApplyInvBackgroundGrayMap() * * Input: pixs (8 bpp grayscale; no colormap) * pixm (16 bpp, inverse background map) * sx (tile width in pixels) * sy (tile height in pixels) * Return: pixd (8 bpp), or null on error */ PIX * pixApplyInvBackgroundGrayMap(PIX *pixs, PIX *pixm, l_int32 sx, l_int32 sy) { l_int32 w, h, wm, hm, wpls, wpld, i, j, k, m, xoff, yoff; l_int32 vals, vald; l_uint32 val16; l_uint32 *datas, *datad, *lines, *lined, *flines, *flined; PIX *pixd; PROCNAME("pixApplyInvBackgroundGrayMap"); if (!pixs || pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs undefined or not 8 bpp", procName, NULL); if (pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs has colormap", procName, NULL); if (!pixm || pixGetDepth(pixm) != 16) return (PIX *)ERROR_PTR("pixm undefined or not 16 bpp", procName, NULL); if (sx == 0 || sy == 0) return (PIX *)ERROR_PTR("invalid sx and/or sy", procName, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); pixGetDimensions(pixs, &w, &h, NULL); pixGetDimensions(pixm, &wm, &hm, NULL); pixd = pixCreateTemplate(pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < hm; i++) { lines = datas + sy * i * wpls; lined = datad + sy * i * wpld; yoff = sy * i; for (j = 0; j < wm; j++) { pixGetPixel(pixm, j, i, &val16); xoff = sx * j; for (k = 0; k < sy && yoff + k < h; k++) { flines = lines + k * wpls; flined = lined + k * wpld; for (m = 0; m < sx && xoff + m < w; m++) { vals = GET_DATA_BYTE(flines, xoff + m); vald = (vals * val16) / 256; vald = L_MIN(vald, 255); SET_DATA_BYTE(flined, xoff + m, vald); } } } } return pixd; } /*! * pixApplyInvBackgroundRGBMap() * * Input: pixs (32 bpp rbg) * pixmr (16 bpp, red inverse background map) * pixmg (16 bpp, green inverse background map) * pixmb (16 bpp, blue inverse background map) * sx (tile width in pixels) * sy (tile height in pixels) * Return: pixd (32 bpp rbg), or null on error */ PIX * pixApplyInvBackgroundRGBMap(PIX *pixs, PIX *pixmr, PIX *pixmg, PIX *pixmb, l_int32 sx, l_int32 sy) { l_int32 w, h, wm, hm, wpls, wpld, i, j, k, m, xoff, yoff; l_int32 rvald, gvald, bvald; l_uint32 vals; l_uint32 rval16, gval16, bval16; l_uint32 *datas, *datad, *lines, *lined, *flines, *flined; PIX *pixd; PROCNAME("pixApplyInvBackgroundRGBMap"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); if (!pixmr || !pixmg || !pixmb) return (PIX *)ERROR_PTR("pix maps not all defined", procName, NULL); if (pixGetDepth(pixmr) != 16 || pixGetDepth(pixmg) != 16 || pixGetDepth(pixmb) != 16) return (PIX *)ERROR_PTR("pix maps not all 16 bpp", procName, NULL); if (sx == 0 || sy == 0) return (PIX *)ERROR_PTR("invalid sx and/or sy", procName, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); w = pixGetWidth(pixs); h = pixGetHeight(pixs); wm = pixGetWidth(pixmr); hm = pixGetHeight(pixmr); pixd = pixCreateTemplate(pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < hm; i++) { lines = datas + sy * i * wpls; lined = datad + sy * i * wpld; yoff = sy * i; for (j = 0; j < wm; j++) { pixGetPixel(pixmr, j, i, &rval16); pixGetPixel(pixmg, j, i, &gval16); pixGetPixel(pixmb, j, i, &bval16); xoff = sx * j; for (k = 0; k < sy && yoff + k < h; k++) { flines = lines + k * wpls; flined = lined + k * wpld; for (m = 0; m < sx && xoff + m < w; m++) { vals = *(flines + xoff + m); rvald = ((vals >> 24) * rval16) / 256; rvald = L_MIN(rvald, 255); gvald = (((vals >> 16) & 0xff) * gval16) / 256; gvald = L_MIN(gvald, 255); bvald = (((vals >> 8) & 0xff) * bval16) / 256; bvald = L_MIN(bvald, 255); composeRGBPixel(rvald, gvald, bvald, flined + xoff + m); } } } } return pixd; } /*------------------------------------------------------------------* * Apply variable map * *------------------------------------------------------------------*/ /*! * pixApplyVariableGrayMap() * * Input: pixs (8 bpp) * pixg (8 bpp, variable map) * target (typ. 128 for threshold) * Return: pixd (8 bpp), or null on error * * Notes: * (1) Suppose you have an image that you want to transform based * on some photometric measurement at each point, such as the * threshold value for binarization. Representing the photometric * measurement as an image pixg, you can threshold in input image * using pixVarThresholdToBinary(). Alternatively, you can map * the input image pointwise so that the threshold over the * entire image becomes a constant, such as 128. For example, * if a pixel in pixg is 150 and the target is 128, the * corresponding pixel in pixs is mapped linearly to a value * (128/150) of the input value. If the resulting mapped image * pixd were then thresholded at 128, you would obtain the * same result as a direct binarization using pixg with * pixVarThresholdToBinary(). * (2) The sizes of pixs and pixg must be equal. */ PIX * pixApplyVariableGrayMap(PIX *pixs, PIX *pixg, l_int32 target) { l_int32 i, j, w, h, d, wpls, wplg, wpld, vals, valg, vald; l_uint8 *lut; l_uint32 *datas, *datag, *datad, *lines, *lineg, *lined; l_float32 fval; PIX *pixd; PROCNAME("pixApplyVariableGrayMap"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!pixg) return (PIX *)ERROR_PTR("pixg not defined", procName, NULL); if (!pixSizesEqual(pixs, pixg)) return (PIX *)ERROR_PTR("pix sizes not equal", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 8) return (PIX *)ERROR_PTR("depth not 8 bpp", procName, NULL); /* Generate a LUT for the mapping if the image is large enough * to warrant the overhead. The LUT is of size 2^16. For the * index to the table, get the MSB from pixs and the LSB from pixg. * Note: this LUT is bigger than the typical 32K L1 cache, so * we expect cache misses. L2 latencies are about 5ns. But * division is slooooow. For large images, this function is about * 4x faster when using the LUT. C'est la vie. */ lut = NULL; if (w * h > 100000) { /* more pixels than 2^16 */ if ((lut = (l_uint8 *)CALLOC(0x10000, sizeof(l_uint8))) == NULL) return (PIX *)ERROR_PTR("lut not made", procName, NULL); for (i = 0; i < 256; i++) { for (j = 0; j < 256; j++) { fval = (l_float32)(i * target) / (j + 0.5); lut[(i << 8) + j] = L_MIN(255, (l_int32)(fval + 0.5)); } } } pixd = pixCreateNoInit(w, h, 8); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); datag = pixGetData(pixg); wplg = pixGetWpl(pixg); for (i = 0; i < h; i++) { lines = datas + i * wpls; lineg = datag + i * wplg; lined = datad + i * wpld; if (lut) { for (j = 0; j < w; j++) { vals = GET_DATA_BYTE(lines, j); valg = GET_DATA_BYTE(lineg, j); vald = lut[(vals << 8) + valg]; SET_DATA_BYTE(lined, j, vald); } } else { for (j = 0; j < w; j++) { vals = GET_DATA_BYTE(lines, j); valg = GET_DATA_BYTE(lineg, j); fval = (l_float32)(vals * target) / (valg + 0.5); vald = L_MIN(255, (l_int32)(fval + 0.5)); SET_DATA_BYTE(lined, j, vald); } } } if (lut) FREE(lut); return pixd; } /*------------------------------------------------------------------* * Non-adaptive (global) mapping * *------------------------------------------------------------------*/ /*! * pixGlobalNormRGB() * * Input: pixd ( null, existing or equal to pixs) * pixs (32 bpp rgb, or colormapped) * rval, gval, bval (pixel values in pixs that are * linearly mapped to mapval) * mapval (use 255 for mapping to white) * Return: pixd (32 bpp rgb or colormapped), or null on error * * Notes: * (1) The value of pixd determines if the results are written to a * new pix (use NULL), in-place to pixs (use pixs), or to some * other existing pix. * (2) This does a global normalization of an image where the * r,g,b color components are not balanced. Thus, white in pixs is * represented by a set of r,g,b values that are not all 255. * (3) The input values (rval, gval, bval) should be chosen to * represent the gray color (mapval, mapval, mapval) in src. * Thus, this function will map (rval, gval, bval) to that gray color. * (4) Typically, mapval = 255, so that (rval, gval, bval) * corresponds to the white point of src. In that case, these * parameters should be chosen so that few pixels have higher values. * (5) In all cases, we do a linear TRC separately on each of the * components, saturating at 255. * (6) If the input pix is 8 bpp without a colormap, you can get * this functionality with mapval = 255 by calling: * pixGammaTRC(pixd, pixs, 1.0, 0, bgval); * where bgval is the value you want to be mapped to 255. * Or more generally, if you want bgval to be mapped to mapval: * pixGammaTRC(pixd, pixs, 1.0, 0, 255 * bgval / mapval); */ PIX * pixGlobalNormRGB(PIX *pixd, PIX *pixs, l_int32 rval, l_int32 gval, l_int32 bval, l_int32 mapval) { l_int32 w, h, d, i, j, ncolors, rv, gv, bv, wpl; l_int32 *rarray, *garray, *barray; l_uint32 *data, *line; NUMA *nar, *nag, *nab; PIXCMAP *cmap; PROCNAME("pixGlobalNormRGB"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); cmap = pixGetColormap(pixs); pixGetDimensions(pixs, &w, &h, &d); if (!cmap && d != 32) return (PIX *)ERROR_PTR("pixs not cmapped or 32 bpp", procName, NULL); if (mapval <= 0) { L_WARNING("mapval must be > 0; setting to 255\n", procName); mapval = 255; } /* Prepare pixd to be a copy of pixs */ if ((pixd = pixCopy(pixd, pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); /* Generate the TRC maps for each component. Make sure the * upper range for each color is greater than zero. */ nar = numaGammaTRC(1.0, 0, L_MAX(1, 255 * rval / mapval)); nag = numaGammaTRC(1.0, 0, L_MAX(1, 255 * gval / mapval)); nab = numaGammaTRC(1.0, 0, L_MAX(1, 255 * bval / mapval)); if (!nar || !nag || !nab) return (PIX *)ERROR_PTR("trc maps not all made", procName, pixd); /* Extract copies of the internal arrays */ rarray = numaGetIArray(nar); garray = numaGetIArray(nag); barray = numaGetIArray(nab); if (!rarray || !garray || !barray) return (PIX *)ERROR_PTR("*arrays not all made", procName, pixd); if (cmap) { ncolors = pixcmapGetCount(cmap); for (i = 0; i < ncolors; i++) { pixcmapGetColor(cmap, i, &rv, &gv, &bv); pixcmapResetColor(cmap, i, rarray[rv], garray[gv], barray[bv]); } } else { data = pixGetData(pixd); wpl = pixGetWpl(pixd); for (i = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < w; j++) { extractRGBValues(line[j], &rv, &gv, &bv); composeRGBPixel(rarray[rv], garray[gv], barray[bv], line + j); } } } numaDestroy(&nar); numaDestroy(&nag); numaDestroy(&nab); FREE(rarray); FREE(garray); FREE(barray); return pixd; } /*! * pixGlobalNormNoSatRGB() * * Input: pixd ( null, existing or equal to pixs) * pixs (32 bpp rgb) * rval, gval, bval (pixel values in pixs that are * linearly mapped to mapval; but see below) * factor (subsampling factor; integer >= 1) * rank (between 0.0 and 1.0; typ. use a value near 1.0) * Return: pixd (32 bpp rgb), or null on error * * Notes: * (1) This is a version of pixGlobalNormRGB(), where the output * intensity is scaled back so that a controlled fraction of * pixel components is allowed to saturate. See comments in * pixGlobalNormRGB(). * (2) The value of pixd determines if the results are written to a * new pix (use NULL), in-place to pixs (use pixs), or to some * other existing pix. * (3) This does a global normalization of an image where the * r,g,b color components are not balanced. Thus, white in pixs is * represented by a set of r,g,b values that are not all 255. * (4) The input values (rval, gval, bval) can be chosen to be the * color that, after normalization, becomes white background. * For images that are mostly background, the closer these values * are to the median component values, the closer the resulting * background will be to gray, becoming white at the brightest places. * (5) The mapval used in pixGlobalNormRGB() is computed here to * avoid saturation of any component in the image (save for a * fraction of the pixels given by the input rank value). */ PIX * pixGlobalNormNoSatRGB(PIX *pixd, PIX *pixs, l_int32 rval, l_int32 gval, l_int32 bval, l_int32 factor, l_float32 rank) { l_int32 mapval; l_float32 rankrval, rankgval, rankbval; l_float32 rfract, gfract, bfract, maxfract; PROCNAME("pixGlobalNormNoSatRGB"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); if (factor < 1) return (PIX *)ERROR_PTR("sampling factor < 1", procName, NULL); if (rank < 0.0 || rank > 1.0) return (PIX *)ERROR_PTR("rank not in [0.0 ... 1.0]", procName, NULL); if (rval <= 0 || gval <= 0 || bval <= 0) return (PIX *)ERROR_PTR("invalid estim. color values", procName, NULL); /* The max value for each component may be larger than the * input estimated background value. In that case, mapping * for those pixels would saturate. To prevent saturation, * we compute the fraction for each component by which we * would oversaturate. Then take the max of these, and * reduce, uniformly over all components, the output intensity * by this value. Then no component will saturate. * In practice, if rank < 1.0, a fraction of pixels * may have a component saturate. By keeping rank close to 1.0, * that fraction can be made arbitrarily small. */ pixGetRankValueMaskedRGB(pixs, NULL, 0, 0, factor, rank, &rankrval, &rankgval, &rankbval); rfract = rankrval / (l_float32)rval; gfract = rankgval / (l_float32)gval; bfract = rankbval / (l_float32)bval; maxfract = L_MAX(rfract, gfract); maxfract = L_MAX(maxfract, bfract); #if DEBUG_GLOBAL fprintf(stderr, "rankrval = %7.2f, rankgval = %7.2f, rankbval = %7.2f\n", rankrval, rankgval, rankbval); fprintf(stderr, "rfract = %7.4f, gfract = %7.4f, bfract = %7.4f\n", rfract, gfract, bfract); #endif /* DEBUG_GLOBAL */ mapval = (l_int32)(255. / maxfract); pixd = pixGlobalNormRGB(pixd, pixs, rval, gval, bval, mapval); return pixd; } /*------------------------------------------------------------------* * Adaptive threshold spread normalization * *------------------------------------------------------------------*/ /*! * pixThresholdSpreadNorm() * * Input: pixs (8 bpp grayscale; not colormapped) * filtertype (L_SOBEL_EDGE or L_TWO_SIDED_EDGE); * edgethresh (threshold on magnitude of edge filter; typ 10-20) * smoothx, smoothy (half-width of convolution kernel applied to * spread threshold: use 0 for no smoothing) * gamma (gamma correction; typ. about 0.7) * minval (input value that gives 0 for output; typ. -25) * maxval (input value that gives 255 for output; typ. 255) * targetthresh (target threshold for normalization) * &pixth ( computed local threshold value) * &pixb ( thresholded normalized image) * &pixd ( normalized image) * Return: 0 if OK, 1 on error * * Notes: * (1) The basis of this approach is the use of seed spreading * on a (possibly) sparse set of estimates for the local threshold. * The resulting dense estimates are smoothed by convolution * and used to either threshold the input image or normalize it * with a local transformation that linearly maps the pixels so * that the local threshold estimate becomes constant over the * resulting image. This approach is one of several that * have been suggested (and implemented) by Ray Smith. * (2) You can use either the Sobel or TwoSided edge filters. * The results appear to be similar, using typical values * of edgethresh in the rang 10-20. * (3) To skip the trc enhancement, use gamma = 1.0, minval = 0 * and maxval = 255. * (4) For the normalized image pixd, each pixel is linearly mapped * in such a way that the local threshold is equal to targetthresh. * (5) The full width and height of the convolution kernel * are (2 * smoothx + 1) and (2 * smoothy + 1). * (6) This function can be used with the pixtiling utility if the * images are too large. See pixOtsuAdaptiveThreshold() for * an example of this. */ l_int32 pixThresholdSpreadNorm(PIX *pixs, l_int32 filtertype, l_int32 edgethresh, l_int32 smoothx, l_int32 smoothy, l_float32 gamma, l_int32 minval, l_int32 maxval, l_int32 targetthresh, PIX **ppixth, PIX **ppixb, PIX **ppixd) { PIX *pixe, *pixet, *pixsd, *pixg1, *pixg2, *pixth; PROCNAME("pixThresholdSpreadNorm"); if (ppixth) *ppixth = NULL; if (ppixb) *ppixb = NULL; if (ppixd) *ppixd = NULL; if (!pixs || pixGetDepth(pixs) != 8) return ERROR_INT("pixs not defined or not 8 bpp", procName, 1); if (pixGetColormap(pixs)) return ERROR_INT("pixs is colormapped", procName, 1); if (!ppixth && !ppixb && !ppixd) return ERROR_INT("no output requested", procName, 1); if (filtertype != L_SOBEL_EDGE && filtertype != L_TWO_SIDED_EDGE) return ERROR_INT("invalid filter type", procName, 1); /* Get the thresholded edge pixels. These are the ones * that have values in pixs near the local optimal fg/bg threshold. */ if (filtertype == L_SOBEL_EDGE) pixe = pixSobelEdgeFilter(pixs, L_VERTICAL_EDGES); else /* L_TWO_SIDED_EDGE */ pixe = pixTwoSidedEdgeFilter(pixs, L_VERTICAL_EDGES); pixet = pixThresholdToBinary(pixe, edgethresh); pixInvert(pixet, pixet); /* Build a seed image whose only nonzero values are those * values of pixs corresponding to pixels in the fg of pixet. */ pixsd = pixCreateTemplate(pixs); pixCombineMasked(pixsd, pixs, pixet); /* Spread the seed and optionally smooth to reduce noise */ pixg1 = pixSeedspread(pixsd, 4); pixg2 = pixBlockconv(pixg1, smoothx, smoothy); /* Optionally do a gamma enhancement */ pixth = pixGammaTRC(NULL, pixg2, gamma, minval, maxval); /* Do the mapping and thresholding */ if (ppixd) { *ppixd = pixApplyVariableGrayMap(pixs, pixth, targetthresh); if (ppixb) *ppixb = pixThresholdToBinary(*ppixd, targetthresh); } else if (ppixb) *ppixb = pixVarThresholdToBinary(pixs, pixth); if (ppixth) *ppixth = pixth; else pixDestroy(&pixth); pixDestroy(&pixe); pixDestroy(&pixet); pixDestroy(&pixsd); pixDestroy(&pixg1); pixDestroy(&pixg2); return 0; } /*------------------------------------------------------------------* * Adaptive background normalization (flexible adaptaption) * *------------------------------------------------------------------*/ /*! * pixBackgroundNormFlex() * * Input: pixs (8 bpp grayscale; not colormapped) * sx, sy (desired tile dimensions; actual size may vary; use * values between 3 and 10) * smoothx, smoothy (half-width of convolution kernel applied to * threshold array: use values between 1 and 3) * delta (difference parameter in basin filling; use 0 * to skip) * Return: pixd (8 bpp, background-normalized), or null on error) * * Notes: * (1) This does adaptation flexibly to a quickly varying background. * For that reason, all input parameters should be small. * (2) sx and sy give the tile size; they should be in [5 - 7]. * (3) The full width and height of the convolution kernel * are (2 * smoothx + 1) and (2 * smoothy + 1). They * should be in [1 - 2]. * (4) Basin filling is used to fill the large fg regions. The * parameter @delta measures the height that the black * background is raised from the local minima. By raising * the background, it is possible to threshold the large * fg regions to foreground. If @delta is too large, * bg regions will be lifted, causing thickening of * the fg regions. Use 0 to skip. */ PIX * pixBackgroundNormFlex(PIX *pixs, l_int32 sx, l_int32 sy, l_int32 smoothx, l_int32 smoothy, l_int32 delta) { l_float32 scalex, scaley; PIX *pixt, *pixsd, *pixmin, *pixbg, *pixbgi, *pixd; PROCNAME("pixBackgroundNormFlex"); if (!pixs || pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs undefined or not 8 bpp", procName, NULL); if (pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs is colormapped", procName, NULL); if (sx < 3 || sy < 3) return (PIX *)ERROR_PTR("sx and/or sy less than 3", procName, NULL); if (sx > 10 || sy > 10) return (PIX *)ERROR_PTR("sx and/or sy exceed 10", procName, NULL); if (smoothx < 1 || smoothy < 1) return (PIX *)ERROR_PTR("smooth params less than 1", procName, NULL); if (smoothx > 3 || smoothy > 3) return (PIX *)ERROR_PTR("smooth params exceed 3", procName, NULL); /* Generate the bg estimate using smoothed average with subsampling */ scalex = 1. / (l_float32)sx; scaley = 1. / (l_float32)sy; pixt = pixScaleSmooth(pixs, scalex, scaley); /* Do basin filling on the bg estimate if requested */ if (delta <= 0) pixsd = pixClone(pixt); else { pixLocalExtrema(pixt, 0, 0, &pixmin, NULL); pixsd = pixSeedfillGrayBasin(pixmin, pixt, delta, 4); pixDestroy(&pixmin); } pixbg = pixExtendByReplication(pixsd, 1, 1); /* Map the bg to 200 */ pixbgi = pixGetInvBackgroundMap(pixbg, 200, smoothx, smoothy); pixd = pixApplyInvBackgroundGrayMap(pixs, pixbgi, sx, sy); pixDestroy(&pixt); pixDestroy(&pixsd); pixDestroy(&pixbg); pixDestroy(&pixbgi); return pixd; } /*------------------------------------------------------------------* * Adaptive contrast normalization * *------------------------------------------------------------------*/ /*! * pixContrastNorm() * * Input: pixd ( 8 bpp; null or equal to pixs) * pixs (8 bpp grayscale; not colormapped) * sx, sy (tile dimensions) * mindiff (minimum difference to accept as valid) * smoothx, smoothy (half-width of convolution kernel applied to * min and max arrays: use 0 for no smoothing) * Return: pixd always * * Notes: * (1) This function adaptively attempts to expand the contrast * to the full dynamic range in each tile. If the contrast in * a tile is smaller than @mindiff, it uses the min and max * pixel values from neighboring tiles. It also can use * convolution to smooth the min and max values from * neighboring tiles. After all that processing, it is * possible that the actual pixel values in the tile are outside * the computed [min ... max] range for local contrast * normalization. Such pixels are taken to be at either 0 * (if below the min) or 255 (if above the max). * (2) pixd can be equal to pixs (in-place operation) or * null (makes a new pixd). * (3) sx and sy give the tile size; they are typically at least 20. * (4) mindiff is used to eliminate results for tiles where it is * likely that either fg or bg is missing. A value around 50 * or more is reasonable. * (5) The full width and height of the convolution kernel * are (2 * smoothx + 1) and (2 * smoothy + 1). Some smoothing * is typically useful, and we limit the smoothing half-widths * to the range from 0 to 8. * (6) A linear TRC (gamma = 1.0) is applied to increase the contrast * in each tile. The result can subsequently be globally corrected, * by applying pixGammaTRC() with arbitrary values of gamma * and the 0 and 255 points of the mapping. */ PIX * pixContrastNorm(PIX *pixd, PIX *pixs, l_int32 sx, l_int32 sy, l_int32 mindiff, l_int32 smoothx, l_int32 smoothy) { PIX *pixmin, *pixmax; PROCNAME("pixContrastNorm"); if (!pixs || pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs undefined or not 8 bpp", procName, pixd); if (pixd && pixd != pixs) return (PIX *)ERROR_PTR("pixd not null or == pixs", procName, pixd); if (pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs is colormapped", procName, pixd); if (sx < 5 || sy < 5) return (PIX *)ERROR_PTR("sx and/or sy less than 5", procName, pixd); if (smoothx < 0 || smoothy < 0) return (PIX *)ERROR_PTR("smooth params less than 0", procName, pixd); if (smoothx > 8 || smoothy > 8) return (PIX *)ERROR_PTR("smooth params exceed 8", procName, pixd); /* Get the min and max pixel values in each tile, and represent * each value as a pixel in pixmin and pixmax, respectively. */ pixMinMaxTiles(pixs, sx, sy, mindiff, smoothx, smoothy, &pixmin, &pixmax); /* For each tile, do a linear expansion of the dynamic range * of pixels so that the min value is mapped to 0 and the * max value is mapped to 255. */ pixd = pixLinearTRCTiled(pixd, pixs, sx, sy, pixmin, pixmax); pixDestroy(&pixmin); pixDestroy(&pixmax); return pixd; } /*! * pixMinMaxTiles() * * Input: pixs (8 bpp grayscale; not colormapped) * sx, sy (tile dimensions) * mindiff (minimum difference to accept as valid) * smoothx, smoothy (half-width of convolution kernel applied to * min and max arrays: use 0 for no smoothing) * &pixmin ( tiled minima) * &pixmax ( tiled maxima) * Return: 0 if OK, 1 on error * * Notes: * (1) This computes filtered and smoothed values for the min and * max pixel values in each tile of the image. * (2) See pixContrastNorm() for usage. */ l_int32 pixMinMaxTiles(PIX *pixs, l_int32 sx, l_int32 sy, l_int32 mindiff, l_int32 smoothx, l_int32 smoothy, PIX **ppixmin, PIX **ppixmax) { l_int32 w, h; PIX *pixmin1, *pixmax1, *pixmin2, *pixmax2; PROCNAME("pixMinMaxTiles"); if (!ppixmin || !ppixmax) return ERROR_INT("&pixmin or &pixmax undefined", procName, 1); *ppixmin = *ppixmax = NULL; if (!pixs || pixGetDepth(pixs) != 8) return ERROR_INT("pixs undefined or not 8 bpp", procName, 1); if (pixGetColormap(pixs)) return ERROR_INT("pixs is colormapped", procName, 1); if (sx < 5 || sy < 5) return ERROR_INT("sx and/or sy less than 3", procName, 1); if (smoothx < 0 || smoothy < 0) return ERROR_INT("smooth params less than 0", procName, 1); if (smoothx > 5 || smoothy > 5) return ERROR_INT("smooth params exceed 5", procName, 1); /* Get the min and max values in each tile */ pixmin1 = pixScaleGrayMinMax(pixs, sx, sy, L_CHOOSE_MIN); pixmax1 = pixScaleGrayMinMax(pixs, sx, sy, L_CHOOSE_MAX); pixmin2 = pixExtendByReplication(pixmin1, 1, 1); pixmax2 = pixExtendByReplication(pixmax1, 1, 1); pixDestroy(&pixmin1); pixDestroy(&pixmax1); /* Make sure no value is 0 */ pixAddConstantGray(pixmin2, 1); pixAddConstantGray(pixmax2, 1); /* Generate holes where the contrast is too small */ pixSetLowContrast(pixmin2, pixmax2, mindiff); /* Fill the holes (0 values) */ pixGetDimensions(pixmin2, &w, &h, NULL); pixFillMapHoles(pixmin2, w, h, L_FILL_BLACK); pixFillMapHoles(pixmax2, w, h, L_FILL_BLACK); /* Smooth if requested */ if (smoothx > 0 || smoothy > 0) { smoothx = L_MIN(smoothx, (w - 1) / 2); smoothy = L_MIN(smoothy, (h - 1) / 2); *ppixmin = pixBlockconv(pixmin2, smoothx, smoothy); *ppixmax = pixBlockconv(pixmax2, smoothx, smoothy); } else { *ppixmin = pixClone(pixmin2); *ppixmax = pixClone(pixmax2); } pixDestroy(&pixmin2); pixDestroy(&pixmax2); return 0; } /*! * pixSetLowContrast() * * Input: pixs1 (8 bpp) * pixs2 (8 bpp) * mindiff (minimum difference to accept as valid) * Return: 0 if OK; 1 if no pixel diffs are large enough, or on error * * Notes: * (1) This compares corresponding pixels in pixs1 and pixs2. * When they differ by less than @mindiff, set the pixel * values to 0 in each. Each pixel typically represents a tile * in a larger image, and a very small difference between * the min and max in the tile indicates that the min and max * values are not to be trusted. * (2) If contrast (pixel difference) detection is expected to fail, * caller should check return value. */ l_int32 pixSetLowContrast(PIX *pixs1, PIX *pixs2, l_int32 mindiff) { l_int32 i, j, w, h, d, wpl, val1, val2, found; l_uint32 *data1, *data2, *line1, *line2; PROCNAME("pixSetLowContrast"); if (!pixs1 || !pixs2) return ERROR_INT("pixs1 and pixs2 not both defined", procName, 1); if (pixSizesEqual(pixs1, pixs2) == 0) return ERROR_INT("pixs1 and pixs2 not equal size", procName, 1); pixGetDimensions(pixs1, &w, &h, &d); if (d != 8) return ERROR_INT("depth not 8 bpp", procName, 1); if (mindiff > 254) return 0; data1 = pixGetData(pixs1); data2 = pixGetData(pixs2); wpl = pixGetWpl(pixs1); found = 0; /* init to not finding any diffs >= mindiff */ for (i = 0; i < h; i++) { line1 = data1 + i * wpl; line2 = data2 + i * wpl; for (j = 0; j < w; j++) { val1 = GET_DATA_BYTE(line1, j); val2 = GET_DATA_BYTE(line2, j); if (L_ABS(val1 - val2) >= mindiff) { found = 1; break; } } if (found) break; } if (!found) { L_WARNING("no pixel pair diffs as large as mindiff\n", procName); pixClearAll(pixs1); pixClearAll(pixs2); return 1; } for (i = 0; i < h; i++) { line1 = data1 + i * wpl; line2 = data2 + i * wpl; for (j = 0; j < w; j++) { val1 = GET_DATA_BYTE(line1, j); val2 = GET_DATA_BYTE(line2, j); if (L_ABS(val1 - val2) < mindiff) { SET_DATA_BYTE(line1, j, 0); SET_DATA_BYTE(line2, j, 0); } } } return 0; } /*! * pixLinearTRCTiled() * * Input: pixd ( 8 bpp) * pixs (8 bpp, not colormapped) * sx, sy (tile dimensions) * pixmin (pix of min values in tiles) * pixmax (pix of max values in tiles) * Return: pixd always * * Notes: * (1) pixd can be equal to pixs (in-place operation) or * null (makes a new pixd). * (2) sx and sy give the tile size; they are typically at least 20. * (3) pixmin and pixmax are generated by pixMinMaxTiles() * (4) For each tile, this does a linear expansion of the dynamic * range so that the min value in the tile becomes 0 and the * max value in the tile becomes 255. * (5) The LUTs that do the mapping are generated as needed * and stored for reuse in an integer array within the ptr array iaa[]. */ PIX * pixLinearTRCTiled(PIX *pixd, PIX *pixs, l_int32 sx, l_int32 sy, PIX *pixmin, PIX *pixmax) { l_int32 i, j, k, m, w, h, wt, ht, wpl, wplt, xoff, yoff; l_int32 minval, maxval, val, sval; l_int32 *ia; l_int32 **iaa; l_uint32 *data, *datamin, *datamax, *line, *tline, *linemin, *linemax; PROCNAME("pixLinearTRCTiled"); if (!pixs || pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs undefined or not 8 bpp", procName, pixd); if (pixd && pixd != pixs) return (PIX *)ERROR_PTR("pixd not null or == pixs", procName, pixd); if (pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs is colormapped", procName, pixd); if (!pixmin || !pixmax) return (PIX *)ERROR_PTR("pixmin & pixmax not defined", procName, pixd); if (sx < 5 || sy < 5) return (PIX *)ERROR_PTR("sx and/or sy less than 5", procName, pixd); pixd = pixCopy(pixd, pixs); iaa = (l_int32 **)CALLOC(256, sizeof(l_int32 *)); pixGetDimensions(pixd, &w, &h, NULL); data = pixGetData(pixd); wpl = pixGetWpl(pixd); datamin = pixGetData(pixmin); datamax = pixGetData(pixmax); wplt = pixGetWpl(pixmin); pixGetDimensions(pixmin, &wt, &ht, NULL); for (i = 0; i < ht; i++) { line = data + sy * i * wpl; linemin = datamin + i * wplt; linemax = datamax + i * wplt; yoff = sy * i; for (j = 0; j < wt; j++) { xoff = sx * j; minval = GET_DATA_BYTE(linemin, j); maxval = GET_DATA_BYTE(linemax, j); if (maxval == minval) { /* this is bad */ /* fprintf(stderr, "should't happen! i,j = %d,%d, minval = %d\n", i, j, minval); */ continue; } ia = iaaGetLinearTRC(iaa, maxval - minval); for (k = 0; k < sy && yoff + k < h; k++) { tline = line + k * wpl; for (m = 0; m < sx && xoff + m < w; m++) { val = GET_DATA_BYTE(tline, xoff + m); sval = val - minval; sval = L_MAX(0, sval); SET_DATA_BYTE(tline, xoff + m, ia[sval]); } } } } for (i = 0; i < 256; i++) if (iaa[i]) FREE(iaa[i]); FREE(iaa); return pixd; } /*! * iaaGetLinearTRC() * * Input: iaa (bare array of ptrs to l_int32) * diff (between min and max pixel values that are * to be mapped to 0 and 255) * Return: ia (LUT with input (val - minval) and output a * value between 0 and 255) */ static l_int32 * iaaGetLinearTRC(l_int32 **iaa, l_int32 diff) { l_int32 i; l_int32 *ia; l_float32 factor; PROCNAME("iaaGetLinearTRC"); if (!iaa) return (l_int32 *)ERROR_PTR("iaa not defined", procName, NULL); if (iaa[diff] != NULL) /* already have it */ return iaa[diff]; if ((ia = (l_int32 *)CALLOC(256, sizeof(l_int32))) == NULL) return (l_int32 *)ERROR_PTR("ia not made", procName, NULL); iaa[diff] = ia; if (diff == 0) { /* shouldn't happen */ for (i = 0; i < 256; i++) ia[i] = 128; } else { factor = 255. / (l_float32)diff; for (i = 0; i < diff + 1; i++) ia[i] = (l_int32)(factor * i + 0.5); for (i = diff + 1; i < 256; i++) ia[i] = 255; } return ia; } leptonica-1.70/src/colorquant2.c0000644000175000017500000017247712244745167014747 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * colorquant2.c * * Modified median cut color quantization * * High level * PIX *pixMedianCutQuant() * PIX *pixMedianCutQuantGeneral() * PIX *pixMedianCutQuantMixed() * PIX *pixFewColorsMedianCutQuantMixed() * * Median cut indexed histogram * l_int32 *pixMedianCutHisto() * * Static helpers * static PIXCMAP *pixcmapGenerateFromHisto() * static PIX *pixQuantizeWithColormap() * static void getColorIndexMedianCut() * static L_BOX3D *pixGetColorRegion() * static l_int32 medianCutApply() * static PIXCMAP *pixcmapGenerateFromMedianCuts() * static l_int32 vboxGetAverageColor() * static l_int32 vboxGetCount() * static l_int32 vboxGetVolume() * static L_BOX3D *box3dCreate(); * static L_BOX3D *box3dCopy(); * * Paul Heckbert published the median cut algorithm, "Color Image * Quantization for Frame Buffer Display," in Proc. SIGGRAPH '82, * Boston, July 1982, pp. 297-307. A copy of the paper without * figures can be found on the web. * * Median cut starts with either the full color space or the occupied * region of color space. If you're not dithering, the occupied region * can be used, but with dithering, pixels can end up in any place * in the color space, so you must represent the entire color space in * the final colormap. * * Color components are quantized to typically 5 or 6 significant * bits (for each of r, g and b). Call a 3D region of color * space a 'vbox'. Any color in this quantized space is represented * by an element of a linear histogram array, indexed by rgb value. * The initial region is then divided into two regions that have roughly * equal pixel occupancy (hence the name "median cut"). Subdivision * continues until the requisite number of vboxes has been generated. * * But the devil is in the details of the subdivision process. * Here are some choices that you must make: * (1) Along which axis to subdivide? * (2) Which box to put the bin with the median pixel? * (3) How to order the boxes for subdivision? * (4) How to adequately handle boxes with very small numbers of pixels? * (5) How to prevent a little-represented but highly visible color * from being masked out by other colors in its vbox. * * Taking these in order: * (1) Heckbert suggests using either the largest vbox side, or the vbox * side with the largest variance in pixel occupancy. We choose * to divide based on the largest vbox side. * (2) Suppose you've chosen a side. Then you have a histogram * of pixel occupancy in 2D slices of the vbox. One of those * slices includes the median pixel. Suppose there are L bins * to the left (smaller index) and R bins to the right. Then * this slice (or bin) should be assigned to the box containing * the smaller of L and R. This both shortens the larger * of the subdivided dimensions and helps a low-count color * far from the subdivision boundary to better express itself. * (2a) One can also ask if the boundary should be moved even * farther into the longer side. This is feasable if we have * a method for doing extra subdivisions on the high count * vboxes. And we do (see (3)). * (3) To make sure that the boxes are subdivided toward equal * occupancy, use an occupancy-sorted priority queue, rather * than a simple queue. * (4) With a priority queue, boxes with small number of pixels * won't be repeatedly subdivided. This is good. * (5) Use of a priority queue allows tricks such as in (2a) to let * small occupancy clusters be better expressed. In addition, * rather than splitting near the median, small occupancy colors * are best reproduced by cutting half-way into the longer side. * * However, serious problems can arise with dithering if a priority * queue is used based on population alone. If the picture has * large regions of nearly constant color, some vboxes can be very * large and have a sizeable population (but not big enough to get to * the head of the queue). If one of these large, occupied vboxes * is near in color to a nearly constant color region of the * image, dithering can inject pixels from the large vbox into * the nearly uniform region. These pixels can be very far away * in color, and the oscillations are highly visible. To prevent * this, we can take either or both of these actions: * * (1) Subdivide a fraction (< 1.0) based on population, and * do the rest of the subdivision based on the product of * the vbox volume and its population. By using the product, * we avoid further subdivision of nearly empty vboxes, and * directly target large vboxes with significant population. * * (2) Threshold the excess color transferred in dithering to * neighboring pixels. * * Doing either of these will stop the most annoying oscillations * in dithering. Furthermore, by doing (1), we also improve the * rendering of regions of nearly constant color, both with and * without dithering. It turns out that the image quality is * not sensitive to the value of the parameter in (1); values * between 0.3 and 0.9 give very good results. * * Here's the lesson: subdivide the color space into vboxes such * that (1) the most populated vboxes that can be further * subdivided (i.e., that occupy more than one quantum volume * in color space) all have approximately the same population, * and (2) all large vboxes have no significant population. * If these conditions are met, the quantization will be excellent. * * Once the subdivision has been made, the colormap is generated, * with one color for each vbox and using the average color in the vbox. * At the same time, the histogram array is converted to an inverse * colormap table, storing the colormap index in every cell in the * vbox. Finally, using both the colormap and the inverse colormap, * a colormapped pix is quickly generated from the original rgb pix. * * In the present implementation, subdivided regions of colorspace * that are not occupied are retained, but not further subdivided. * This is required for our inverse colormap lookup table for * dithering, because dithered pixels may fall into these unoccupied * regions. For such empty regions, we use the center as the rgb * colormap value. * * This variation on median cut can be referred to as "Modified Median * Cut" quantization, or MMCQ. Overall, the undithered MMCQ gives * comparable results to the two-pass Octcube Quantizer (OQ). * Comparing the two methods on the test24.jpg painting, we see: * * (1) For rendering spot color (the various reds and pinks in * the image), MMCQ is not as good as OQ. * * (2) For rendering majority color regions, MMCQ does a better * job of avoiding posterization. That is, it does better * dividing the color space up in the most heavily populated regions. */ #include #include #include "allheaders.h" /* Median cut 3-d volume element. Sort on first element, which * can be the number of pixels, the volume or a combination * of these. */ struct L_Box3d { l_float32 sortparam; /* parameter on which to sort the vbox */ l_int32 npix; /* number of pixels in the vbox */ l_int32 vol; /* quantized volume of vbox */ l_int32 r1; /* min r index in the vbox */ l_int32 r2; /* max r index in the vbox */ l_int32 g1; /* min g index in the vbox */ l_int32 g2; /* max g index in the vbox */ l_int32 b1; /* min b index in the vbox */ l_int32 b2; /* max b index in the vbox */ }; typedef struct L_Box3d L_BOX3D; /* Static median cut helper functions */ static PIXCMAP *pixcmapGenerateFromHisto(PIX *pixs, l_int32 depth, l_int32 *histo, l_int32 histosize, l_int32 sigbits); static PIX *pixQuantizeWithColormap(PIX *pixs, l_int32 ditherflag, l_int32 outdepth, PIXCMAP *cmap, l_int32 *indexmap, l_int32 mapsize, l_int32 sigbits); static void getColorIndexMedianCut(l_uint32 pixel, l_int32 rshift, l_uint32 mask, l_int32 sigbits, l_int32 *pindex); static L_BOX3D *pixGetColorRegion(PIX *pixs, l_int32 sigbits, l_int32 subsample); static l_int32 medianCutApply(l_int32 *histo, l_int32 sigbits, L_BOX3D *vbox, L_BOX3D **pvbox1, L_BOX3D **pvbox2); static PIXCMAP *pixcmapGenerateFromMedianCuts(L_HEAP *lh, l_int32 *histo, l_int32 sigbits); static l_int32 vboxGetAverageColor(L_BOX3D *vbox, l_int32 *histo, l_int32 sigbits, l_int32 index, l_int32 *prval, l_int32 *pgval, l_int32 *pbval); static l_int32 vboxGetCount(L_BOX3D *vbox, l_int32 *histo, l_int32 sigbits); static l_int32 vboxGetVolume(L_BOX3D *vbox); static L_BOX3D *box3dCreate(l_int32 r1, l_int32 r2, l_int32 g1, l_int32 g2, l_int32 b1, l_int32 b2); static L_BOX3D *box3dCopy(L_BOX3D *vbox); /* 5 significant bits for each component is generally satisfactory */ static const l_int32 DEFAULT_SIG_BITS = 5; static const l_int32 MAX_ITERS_ALLOWED = 5000; /* prevents infinite looping */ /* Specify fraction of vboxes made that are sorted on population alone. * The remaining vboxes are sorted on (population * vbox-volume). */ static const l_float32 FRACT_BY_POPULATION = 0.85; /* To get the max value of 'dif' in the dithering color transfer, * divide DIF_CAP by 8. */ static const l_int32 DIF_CAP = 100; #ifndef NO_CONSOLE_IO #define DEBUG_MC_COLORS 0 #define DEBUG_SPLIT_AXES 0 #endif /* ~NO_CONSOLE_IO */ /*------------------------------------------------------------------------* * High level * *------------------------------------------------------------------------*/ /*! * pixMedianCutQuant() * * Input: pixs (32 bpp; rgb color) * ditherflag (1 for dither; 0 for no dither) * Return: pixd (8 bit with colormap), or null on error * * Notes: * (1) Simple interface. See pixMedianCutQuantGeneral() for * use of defaulted parameters. */ PIX * pixMedianCutQuant(PIX *pixs, l_int32 ditherflag) { return pixMedianCutQuantGeneral(pixs, ditherflag, 0, 256, DEFAULT_SIG_BITS, 1, 1); } /*! * pixMedianCutQuantGeneral() * * Input: pixs (32 bpp; rgb color) * ditherflag (1 for dither; 0 for no dither) * outdepth (output depth; valid: 0, 1, 2, 4, 8) * maxcolors (between 2 and 256) * sigbits (valid: 5 or 6; use 0 for default) * maxsub (max subsampling, integer; use 0 for default; * 1 for no subsampling) * checkbw (1 to check if color content is very small, * 0 to assume there is sufficient color) * Return: pixd (8 bit with colormap), or null on error * * Notes: * (1) @maxcolors must be in the range [2 ... 256]. * (2) Use @outdepth = 0 to have the output depth computed as the * minimum required to hold the actual colors found, given * the @maxcolors constraint. * (3) Use @outdepth = 1, 2, 4 or 8 to specify the output depth. * In that case, @maxcolors must not exceed 2^(outdepth). * (4) If there are fewer quantized colors in the image than @maxcolors, * the colormap is simply generated from those colors. * (5) @maxsub is the maximum allowed subsampling to be used in the * computation of the color histogram and region of occupied * color space. The subsampling is chosen internally for * efficiency, based on the image size, but this parameter * limits it. Use @maxsub = 0 for the internal default, which is the * maximum allowed subsampling. Use @maxsub = 1 to prevent * subsampling. In general use @maxsub >= 1 to specify the * maximum subsampling to be allowed, where the actual subsampling * will be the minimum of this value and the internally * determined default value. * (6) If the image appears gray because either most of the pixels * are gray or most of the pixels are essentially black or white, * the image is trivially quantized with a grayscale colormap. The * reason is that median cut divides the color space into rectangular * regions, and it does a very poor job if all the pixels are * near the diagonal of the color space cube. */ PIX * pixMedianCutQuantGeneral(PIX *pixs, l_int32 ditherflag, l_int32 outdepth, l_int32 maxcolors, l_int32 sigbits, l_int32 maxsub, l_int32 checkbw) { l_int32 i, subsample, histosize, smalln, ncolors, niters, popcolors; l_int32 w, h, minside, factor, index, rval, gval, bval; l_int32 *histo; l_float32 pixfract, colorfract; L_BOX3D *vbox, *vbox1, *vbox2; L_HEAP *lh, *lhs; PIX *pixd; PIXCMAP *cmap; PROCNAME("pixMedianCutQuantGeneral"); if (!pixs || pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs undefined or not 32 bpp", procName, NULL); if (maxcolors < 2 || maxcolors > 256) return (PIX *)ERROR_PTR("maxcolors not in [2...256]", procName, NULL); if (outdepth != 0 && outdepth != 1 && outdepth != 2 && outdepth != 4 && outdepth != 8) return (PIX *)ERROR_PTR("outdepth not in {0,1,2,4,8}", procName, NULL); if (outdepth > 0 && (maxcolors > (1 << outdepth))) return (PIX *)ERROR_PTR("maxcolors > 2^(outdepth)", procName, NULL); if (sigbits == 0) sigbits = DEFAULT_SIG_BITS; else if (sigbits < 5 || sigbits > 6) return (PIX *)ERROR_PTR("sigbits not 5 or 6", procName, NULL); if (maxsub <= 0) maxsub = 10; /* default will prevail for 10^7 pixels or less */ /* Determine if the image has sufficient color content. * If pixfract << 1, most pixels are close to black or white. * If colorfract << 1, the pixels that are not near * black or white have very little color. * If with little color, quantize with a grayscale colormap. */ pixGetDimensions(pixs, &w, &h, NULL); if (checkbw) { minside = L_MIN(w, h); factor = L_MAX(1, minside / 400); pixColorFraction(pixs, 20, 244, 20, factor, &pixfract, &colorfract); if (pixfract * colorfract < 0.00025) { L_INFO("\n Pixel fraction neither white nor black = %6.3f" "\n Color fraction of those pixels = %6.3f" "\n Quantizing in gray\n", procName, pixfract, colorfract); return pixConvertTo8(pixs, 1); } } /* Compute the color space histogram. Default sampling * is about 10^5 pixels. */ if (maxsub == 1) { subsample = 1; } else { subsample = (l_int32)(sqrt((l_float64)(w * h) / 100000.)); subsample = L_MAX(1, L_MIN(maxsub, subsample)); } histo = pixMedianCutHisto(pixs, sigbits, subsample); histosize = 1 << (3 * sigbits); /* See if the number of quantized colors is less than maxcolors */ ncolors = 0; smalln = TRUE; for (i = 0; i < histosize; i++) { if (histo[i]) ncolors++; if (ncolors > maxcolors) { smalln = FALSE; break; } } if (smalln) { /* finish up now */ if (outdepth == 0) { if (ncolors <= 2) outdepth = 1; else if (ncolors <= 4) outdepth = 2; else if (ncolors <= 16) outdepth = 4; else outdepth = 8; } cmap = pixcmapGenerateFromHisto(pixs, outdepth, histo, histosize, sigbits); pixd = pixQuantizeWithColormap(pixs, ditherflag, outdepth, cmap, histo, histosize, sigbits); FREE(histo); return pixd; } /* Initial vbox: minimum region in colorspace occupied by pixels */ if (ditherflag || subsample > 1) /* use full color space */ vbox = box3dCreate(0, (1 << sigbits) - 1, 0, (1 << sigbits) - 1, 0, (1 << sigbits) - 1); else vbox = pixGetColorRegion(pixs, sigbits, subsample); vbox->npix = vboxGetCount(vbox, histo, sigbits); vbox->vol = vboxGetVolume(vbox); /* For a fraction 'popcolors' of the desired 'maxcolors', * generate median cuts based on population, putting * everything on a priority queue sorted by population. */ lh = lheapCreate(0, L_SORT_DECREASING); lheapAdd(lh, vbox); ncolors = 1; niters = 0; popcolors = (l_int32)(FRACT_BY_POPULATION * maxcolors); while (1) { vbox = (L_BOX3D *)lheapRemove(lh); if (vboxGetCount(vbox, histo, sigbits) == 0) { /* just put it back */ lheapAdd(lh, vbox); continue; } medianCutApply(histo, sigbits, vbox, &vbox1, &vbox2); if (!vbox1) { L_WARNING("vbox1 not defined; shouldn't happen!\n", procName); break; } if (vbox1->vol > 1) vbox1->sortparam = vbox1->npix; FREE(vbox); lheapAdd(lh, vbox1); if (vbox2) { /* vbox2 can be NULL */ if (vbox2->vol > 1) vbox2->sortparam = vbox2->npix; lheapAdd(lh, vbox2); ncolors++; } if (ncolors >= popcolors) break; if (niters++ > MAX_ITERS_ALLOWED) { L_WARNING("infinite loop; perhaps too few pixels!\n", procName); break; } } /* Re-sort by the product of pixel occupancy times the size * in color space. */ lhs = lheapCreate(0, L_SORT_DECREASING); while ((vbox = (L_BOX3D *)lheapRemove(lh))) { vbox->sortparam = vbox->npix * vbox->vol; lheapAdd(lhs, vbox); } lheapDestroy(&lh, TRUE); /* For the remaining (maxcolors - popcolors), generate the * median cuts using the (npix * vol) sorting. */ while (1) { vbox = (L_BOX3D *)lheapRemove(lhs); if (vboxGetCount(vbox, histo, sigbits) == 0) { /* just put it back */ lheapAdd(lhs, vbox); continue; } medianCutApply(histo, sigbits, vbox, &vbox1, &vbox2); if (!vbox1) { L_WARNING("vbox1 not defined; shouldn't happen!\n", procName); break; } if (vbox1->vol > 1) vbox1->sortparam = vbox1->npix * vbox1->vol; FREE(vbox); lheapAdd(lhs, vbox1); if (vbox2) { /* vbox2 can be NULL */ if (vbox2->vol > 1) vbox2->sortparam = vbox2->npix * vbox2->vol; lheapAdd(lhs, vbox2); ncolors++; } if (ncolors >= maxcolors) break; if (niters++ > MAX_ITERS_ALLOWED) { L_WARNING("infinite loop; perhaps too few pixels!\n", procName); break; } } /* Re-sort by pixel occupancy. This is not necessary, * but it makes a more useful listing. */ lh = lheapCreate(0, L_SORT_DECREASING); while ((vbox = (L_BOX3D *)lheapRemove(lhs))) { vbox->sortparam = vbox->npix; /* vbox->sortparam = vbox->npix * vbox->vol; */ lheapAdd(lh, vbox); } lheapDestroy(&lhs, TRUE); /* Generate colormap from median cuts and quantize pixd */ cmap = pixcmapGenerateFromMedianCuts(lh, histo, sigbits); if (outdepth == 0) { ncolors = pixcmapGetCount(cmap); if (ncolors <= 2) outdepth = 1; else if (ncolors <= 4) outdepth = 2; else if (ncolors <= 16) outdepth = 4; else outdepth = 8; } pixd = pixQuantizeWithColormap(pixs, ditherflag, outdepth, cmap, histo, histosize, sigbits); /* Force darkest color to black if each component <= 4 */ pixcmapGetRankIntensity(cmap, 0.0, &index); pixcmapGetColor(cmap, index, &rval, &gval, &bval); if (rval < 5 && gval < 5 && bval < 5) pixcmapResetColor(cmap, index, 0, 0, 0); /* Force lightest color to white if each component >= 252 */ pixcmapGetRankIntensity(cmap, 1.0, &index); pixcmapGetColor(cmap, index, &rval, &gval, &bval); if (rval > 251 && gval > 251 && bval > 251) pixcmapResetColor(cmap, index, 255, 255, 255); lheapDestroy(&lh, TRUE); FREE(histo); return pixd; } /*! * pixMedianCutQuantMixed() * * Input: pixs (32 bpp; rgb color) * ncolor (maximum number of colors assigned to pixels with * significant color) * ngray (number of gray colors to be used; must be >= 2) * darkthresh (threshold near black; if the lightest component * is below this, the pixel is not considered to * be gray or color; uses 0 for default) * lightthresh (threshold near white; if the darkest component * is above this, the pixel is not considered to * be gray or color; use 0 for default) * diffthresh (thresh for the max difference between component * values; for differences below this, the pixel * is considered to be gray; use 0 for default) * Return: pixd (8 bpp cmapped), or null on error * * Notes: * (1) ncolor + ngray must not exceed 255. * (2) The method makes use of pixMedianCutQuantGeneral() with * minimal addition. * (a) Preprocess the image, setting all pixels with little color * to black, and populating an auxiliary 8 bpp image with the * expected colormap values corresponding to the set of * quantized gray values. * (b) Color quantize the altered input image to n + 1 colors. * (c) Augment the colormap with the gray indices, and * substitute the gray quantized values from the auxiliary * image for those in the color quantized output that had * been quantized as black. * (3) Median cut color quantization is relatively poor for grayscale * images with many colors, when compared to octcube quantization. * Thus, for images with both gray and color, it is important * to quantize the gray pixels by another method. Here, we * are conservative in detecting color, preferring to use * a few extra bits to encode colorful pixels that push them * to gray. This is particularly reasonable with this function, * because it handles the gray and color pixels separately, * using median cut color quantization for the color pixels * and equal-bin grayscale quantization for the non-color pixels. */ PIX * pixMedianCutQuantMixed(PIX *pixs, l_int32 ncolor, l_int32 ngray, l_int32 darkthresh, l_int32 lightthresh, l_int32 diffthresh) { l_int32 i, j, w, h, wplc, wplg, wpld, nc, unused, iscolor, factor, minside; l_int32 rval, gval, bval, minval, maxval, val, grayval; l_float32 pixfract, colorfract; l_int32 *lut; l_uint32 *datac, *datag, *datad, *linec, *lineg, *lined; PIX *pixc, *pixg, *pixd; PIXCMAP *cmap; PROCNAME("pixMedianCutQuantMixed"); if (!pixs || pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs undefined or not 32 bpp", procName, NULL); if (ngray < 2) return (PIX *)ERROR_PTR("ngray < 2", procName, NULL); if (ncolor + ngray > 255) return (PIX *)ERROR_PTR("ncolor + ngray > 255", procName, NULL); if (darkthresh <= 0) darkthresh = 20; if (lightthresh <= 0) lightthresh = 244; if (diffthresh <= 0) diffthresh = 20; /* First check if this should be quantized in gray. * Use a more sensitive parameter for detecting color than with * pixMedianCutQuantGeneral(), because this function can handle * gray pixels well. */ pixGetDimensions(pixs, &w, &h, NULL); minside = L_MIN(w, h); factor = L_MAX(1, minside / 400); pixColorFraction(pixs, darkthresh, lightthresh, diffthresh, factor, &pixfract, &colorfract); if (pixfract * colorfract < 0.0001) { L_INFO("\n Pixel fraction neither white nor black = %6.3f" "\n Color fraction of those pixels = %6.3f" "\n Quantizing in gray\n", procName, pixfract, colorfract); pixg = pixConvertTo8(pixs, 0); pixd = pixThresholdOn8bpp(pixg, ngray, 1); pixDestroy(&pixg); return pixd; } /* OK, there is color in the image. * Preprocess to handle the gray pixels. Set the color pixels in pixc * to black, and store their (eventual) colormap indices in pixg.*/ pixc = pixCopy(NULL, pixs); pixg = pixCreate(w, h, 8); /* color pixels will remain 0 here */ datac = pixGetData(pixc); datag = pixGetData(pixg); wplc = pixGetWpl(pixc); wplg = pixGetWpl(pixg); lut = (l_int32 *)CALLOC(256, sizeof(l_int32)); for (i = 0; i < 256; i++) lut[i] = ncolor + 1 + (i * (ngray - 1) + 128) / 255; for (i = 0; i < h; i++) { linec = datac + i * wplc; lineg = datag + i * wplg; for (j = 0; j < w; j++) { iscolor = FALSE; extractRGBValues(linec[j], &rval, &gval, &bval); minval = L_MIN(rval, gval); minval = L_MIN(minval, bval); maxval = L_MAX(rval, gval); maxval = L_MAX(maxval, bval); if (maxval >= darkthresh && minval <= lightthresh && maxval - minval >= diffthresh) { iscolor = TRUE; } if (!iscolor) { linec[j] = 0x0; /* set to black */ grayval = (maxval + minval) / 2; SET_DATA_BYTE(lineg, j, lut[grayval]); } } } /* Median cut on color pixels plus black */ pixd = pixMedianCutQuantGeneral(pixc, FALSE, 8, ncolor + 1, DEFAULT_SIG_BITS, 1, 0); /* Augment the colormap with gray values. The new cmap * indices should agree with the values previously stored in pixg. */ cmap = pixGetColormap(pixd); nc = pixcmapGetCount(cmap); unused = ncolor + 1 - nc; if (unused < 0) L_ERROR("Too many colors: extra = %d\n", procName, -unused); if (unused > 0) { /* fill in with black; these won't be used */ L_INFO("%d unused colors\n", procName, unused); for (i = 0; i < unused; i++) pixcmapAddColor(cmap, 0, 0, 0); } for (i = 0; i < ngray; i++) { grayval = (255 * i) / (ngray - 1); pixcmapAddColor(cmap, grayval, grayval, grayval); } /* Substitute cmap indices for the gray pixels into pixd */ datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lined = datad + i * wpld; lineg = datag + i * wplg; for (j = 0; j < w; j++) { val = GET_DATA_BYTE(lineg, j); /* if 0, it's a color pixel */ if (val) SET_DATA_BYTE(lined, j, val); } } pixDestroy(&pixc); pixDestroy(&pixg); FREE(lut); return pixd; } /*! * pixFewColorsMedianCutQuantMixed() * * Input: pixs (32 bpp rgb) * ncolor (number of colors to be assigned to pixels with * significant color) * ngray (number of gray colors to be used; must be >= 2) * maxncolors (maximum number of colors to be returned * from pixColorsForQuantization(); use 0 for default) * darkthresh (threshold near black; if the lightest component * is below this, the pixel is not considered to * be gray or color; use 0 for default) * lightthresh (threshold near white; if the darkest component * is above this, the pixel is not considered to * be gray or color; use 0 for default) * diffthresh (thresh for the max difference between component * values; for differences below this, the pixel * is considered to be gray; use 0 for default) * considered gray; use 0 for default) * Return: pixd (8 bpp, median cut quantized for pixels that are * not gray; gray pixels are quantized separately * over the full gray range); null if too many colors * or on error * * Notes: * (1) This is the "few colors" version of pixMedianCutQuantMixed(). * It fails (returns NULL) if it finds more than maxncolors, but * otherwise it gives the same result. * (2) Recommended input parameters are: * @maxncolors: 20 * @darkthresh: 20 * @lightthresh: 244 * @diffthresh: 15 (any higher can miss colors differing * slightly from gray) * (3) Both ncolor and ngray should be at least equal to maxncolors. * If they're not, they are automatically increased, and a * warning is given. * (4) If very little color content is found, the input is * converted to gray and quantized in equal intervals. * (5) This can be useful for quantizing orthographically generated * images such as color maps, where there may be more than 256 colors * because of aliasing or jpeg artifacts on text or lines, but * there are a relatively small number of solid colors. * (6) Example of usage: * // Try to quantize, using default values for mixed med cut * Pix *pixq = pixFewColorsMedianCutQuantMixed(pixs, 100, 20, * 0, 0, 0, 0); * if (!pixq) // too many colors; don't quantize * pixq = pixClone(pixs); */ PIX * pixFewColorsMedianCutQuantMixed(PIX *pixs, l_int32 ncolor, l_int32 ngray, l_int32 maxncolors, l_int32 darkthresh, l_int32 lightthresh, l_int32 diffthresh) { l_int32 ncolors, iscolor; PIX *pixg, *pixd; PROCNAME("pixFewColorsMedianCutQuantMixed"); if (!pixs || pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs undefined or not 32 bpp", procName, NULL); if (maxncolors <= 0) maxncolors = 20; if (darkthresh <= 0) darkthresh = 20; if (lightthresh <= 0) lightthresh = 244; if (diffthresh <= 0) diffthresh = 15; if (ncolor < maxncolors) { L_WARNING("ncolor too small; setting to %d\n", procName, maxncolors); ncolor = maxncolors; } if (ngray < maxncolors) { L_WARNING("ngray too small; setting to %d\n", procName, maxncolors); ngray = maxncolors; } /* Estimate the color content and the number of colors required */ pixColorsForQuantization(pixs, 15, &ncolors, &iscolor, 0); /* Note that maxncolors applies to all colors required to quantize, * both gray and colorful */ if (ncolors > maxncolors) return (PIX *)ERROR_PTR("too many colors", procName, NULL); /* If no color, return quantized gray pix */ if (!iscolor) { pixg = pixConvertTo8(pixs, 0); pixd = pixThresholdOn8bpp(pixg, ngray, 1); pixDestroy(&pixg); return pixd; } /* Use the mixed gray/color quantizer */ return pixMedianCutQuantMixed(pixs, ncolor, ngray, darkthresh, lightthresh, diffthresh); } /*------------------------------------------------------------------------* * Median cut indexed histogram * *------------------------------------------------------------------------*/ /*! * pixMedianCutHisto() * * Input: pixs (32 bpp; rgb color) * sigbits (valid: 5 or 6) * subsample (integer > 0) * Return: histo (1-d array, giving the number of pixels in * each quantized region of color space), or null on error * * Notes: * (1) Array is indexed by (3 * sigbits) bits. The array size * is 2^(3 * sigbits). * (2) Indexing into the array from rgb uses red sigbits as * most significant and blue as least. */ l_int32 * pixMedianCutHisto(PIX *pixs, l_int32 sigbits, l_int32 subsample) { l_int32 i, j, w, h, wpl, rshift, index, histosize; l_int32 *histo; l_uint32 mask, pixel; l_uint32 *data, *line; PROCNAME("pixMedianCutHisto"); if (!pixs) return (l_int32 *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (l_int32 *)ERROR_PTR("pixs not 32 bpp", procName, NULL); if (sigbits < 5 || sigbits > 6) return (l_int32 *)ERROR_PTR("sigbits not 5 or 6", procName, NULL); if (subsample <= 0) return (l_int32 *)ERROR_PTR("subsample not > 0", procName, NULL); histosize = 1 << (3 * sigbits); if ((histo = (l_int32 *)CALLOC(histosize, sizeof(l_int32))) == NULL) return (l_int32 *)ERROR_PTR("histo not made", procName, NULL); rshift = 8 - sigbits; mask = 0xff >> rshift; pixGetDimensions(pixs, &w, &h, NULL); data = pixGetData(pixs); wpl = pixGetWpl(pixs); for (i = 0; i < h; i += subsample) { line = data + i * wpl; for (j = 0; j < w; j += subsample) { pixel = line[j]; getColorIndexMedianCut(pixel, rshift, mask, sigbits, &index); histo[index]++; } } return histo; } /*------------------------------------------------------------------------* * Static helpers * *------------------------------------------------------------------------*/ /*! * pixcmapGenerateFromHisto() * * Input: pixs (32 bpp; rgb color) * depth (of colormap) * histo * histosize * sigbits * Return: colormap, or null on error * * Notes: * (1) This is used when the number of colors in the histo * is not greater than maxcolors. * (2) As a side-effect, the histo becomes an inverse colormap, * labeling the cmap indices for each existing color. */ static PIXCMAP * pixcmapGenerateFromHisto(PIX *pixs, l_int32 depth, l_int32 *histo, l_int32 histosize, l_int32 sigbits) { l_int32 i, index, shift, rval, gval, bval; l_uint32 mask; PIXCMAP *cmap; PROCNAME("pixcmapGenerateFromHisto"); if (!pixs) return (PIXCMAP *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIXCMAP *)ERROR_PTR("pixs not 32 bpp", procName, NULL); if (!histo) return (PIXCMAP *)ERROR_PTR("histo not defined", procName, NULL); /* Capture the rgb values of each occupied cube in the histo, * and re-label the histo value with the colormap index. */ cmap = pixcmapCreate(depth); shift = 8 - sigbits; mask = 0xff >> shift; for (i = 0, index = 0; i < histosize; i++) { if (histo[i]) { rval = (i >> (2 * sigbits)) << shift; gval = ((i >> sigbits) & mask) << shift; bval = (i & mask) << shift; pixcmapAddColor(cmap, rval, gval, bval); histo[i] = index++; } } return cmap; } /*! * pixQuantizeWithColormap() * * Input: pixs (32 bpp; rgb color) * ditherflag (1 for dither; 0 for no dither) * outdepth * cmap * indexmap * histosize * sigbits * Return: pixd (quantized to colormap), or null on error * * Notes: * (1) The indexmap is a LUT that takes the rgb indices of the * pixel and returns the index into the colormap. * (2) If ditherflag is 1, @outdepth is ignored and the output * depth is set to 8. */ static PIX * pixQuantizeWithColormap(PIX *pixs, l_int32 ditherflag, l_int32 outdepth, PIXCMAP *cmap, l_int32 *indexmap, l_int32 mapsize, l_int32 sigbits) { l_uint8 *bufu8r, *bufu8g, *bufu8b; l_int32 i, j, w, h, wpls, wpld, rshift, index, cmapindex; l_int32 rval, gval, bval, rc, gc, bc; l_int32 dif, val1, val2, val3; l_int32 *buf1r, *buf1g, *buf1b, *buf2r, *buf2g, *buf2b; l_uint32 *datas, *datad, *lines, *lined; l_uint32 mask, pixel; PIX *pixd; PROCNAME("pixQuantizeWithColormap"); if (!pixs || pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); if (!cmap) return (PIX *)ERROR_PTR("cmap not defined", procName, NULL); if (!indexmap) return (PIX *)ERROR_PTR("indexmap not defined", procName, NULL); if (ditherflag) outdepth = 8; pixGetDimensions(pixs, &w, &h, NULL); pixd = pixCreate(w, h, outdepth); pixSetColormap(pixd, cmap); pixCopyResolution(pixd, pixs); pixCopyInputFormat(pixd, pixs); datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); rshift = 8 - sigbits; mask = 0xff >> rshift; if (ditherflag == 0) { for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; if (outdepth == 1) { for (j = 0; j < w; j++) { pixel = lines[j]; getColorIndexMedianCut(pixel, rshift, mask, sigbits, &index); if (indexmap[index]) SET_DATA_BIT(lined, j); } } else if (outdepth == 2) { for (j = 0; j < w; j++) { pixel = lines[j]; getColorIndexMedianCut(pixel, rshift, mask, sigbits, &index); SET_DATA_DIBIT(lined, j, indexmap[index]); } } else if (outdepth == 4) { for (j = 0; j < w; j++) { pixel = lines[j]; getColorIndexMedianCut(pixel, rshift, mask, sigbits, &index); SET_DATA_QBIT(lined, j, indexmap[index]); } } else { /* outdepth == 8 */ for (j = 0; j < w; j++) { pixel = lines[j]; getColorIndexMedianCut(pixel, rshift, mask, sigbits, &index); SET_DATA_BYTE(lined, j, indexmap[index]); } } } } else { /* ditherflag == 1 */ bufu8r = (l_uint8 *)CALLOC(w, sizeof(l_uint8)); bufu8g = (l_uint8 *)CALLOC(w, sizeof(l_uint8)); bufu8b = (l_uint8 *)CALLOC(w, sizeof(l_uint8)); buf1r = (l_int32 *)CALLOC(w, sizeof(l_int32)); buf1g = (l_int32 *)CALLOC(w, sizeof(l_int32)); buf1b = (l_int32 *)CALLOC(w, sizeof(l_int32)); buf2r = (l_int32 *)CALLOC(w, sizeof(l_int32)); buf2g = (l_int32 *)CALLOC(w, sizeof(l_int32)); buf2b = (l_int32 *)CALLOC(w, sizeof(l_int32)); if (!bufu8r || !bufu8g || !bufu8b) return (PIX *)ERROR_PTR("uint8 line buf not made", procName, NULL); if (!buf1r || !buf1g || !buf1b || !buf2r || !buf2g || !buf2b) return (PIX *)ERROR_PTR("mono line buf not made", procName, NULL); /* Start by priming buf2; line 1 is above line 2 */ pixGetRGBLine(pixs, 0, bufu8r, bufu8g, bufu8b); for (j = 0; j < w; j++) { buf2r[j] = 64 * bufu8r[j]; buf2g[j] = 64 * bufu8g[j]; buf2b[j] = 64 * bufu8b[j]; } for (i = 0; i < h - 1; i++) { /* Swap data 2 --> 1, and read in new line 2 */ memcpy(buf1r, buf2r, 4 * w); memcpy(buf1g, buf2g, 4 * w); memcpy(buf1b, buf2b, 4 * w); pixGetRGBLine(pixs, i + 1, bufu8r, bufu8g, bufu8b); for (j = 0; j < w; j++) { buf2r[j] = 64 * bufu8r[j]; buf2g[j] = 64 * bufu8g[j]; buf2b[j] = 64 * bufu8b[j]; } /* Dither */ lined = datad + i * wpld; for (j = 0; j < w - 1; j++) { rval = buf1r[j] / 64; gval = buf1g[j] / 64; bval = buf1b[j] / 64; index = ((rval >> rshift) << (2 * sigbits)) + ((gval >> rshift) << sigbits) + (bval >> rshift); cmapindex = indexmap[index]; SET_DATA_BYTE(lined, j, cmapindex); pixcmapGetColor(cmap, cmapindex, &rc, &gc, &bc); dif = buf1r[j] / 8 - 8 * rc; if (dif > DIF_CAP) dif = DIF_CAP; if (dif < -DIF_CAP) dif = -DIF_CAP; if (dif != 0) { val1 = buf1r[j + 1] + 3 * dif; val2 = buf2r[j] + 3 * dif; val3 = buf2r[j + 1] + 2 * dif; if (dif > 0) { buf1r[j + 1] = L_MIN(16383, val1); buf2r[j] = L_MIN(16383, val2); buf2r[j + 1] = L_MIN(16383, val3); } else if (dif < 0) { buf1r[j + 1] = L_MAX(0, val1); buf2r[j] = L_MAX(0, val2); buf2r[j + 1] = L_MAX(0, val3); } } dif = buf1g[j] / 8 - 8 * gc; if (dif > DIF_CAP) dif = DIF_CAP; if (dif < -DIF_CAP) dif = -DIF_CAP; if (dif != 0) { val1 = buf1g[j + 1] + 3 * dif; val2 = buf2g[j] + 3 * dif; val3 = buf2g[j + 1] + 2 * dif; if (dif > 0) { buf1g[j + 1] = L_MIN(16383, val1); buf2g[j] = L_MIN(16383, val2); buf2g[j + 1] = L_MIN(16383, val3); } else if (dif < 0) { buf1g[j + 1] = L_MAX(0, val1); buf2g[j] = L_MAX(0, val2); buf2g[j + 1] = L_MAX(0, val3); } } dif = buf1b[j] / 8 - 8 * bc; if (dif > DIF_CAP) dif = DIF_CAP; if (dif < -DIF_CAP) dif = -DIF_CAP; if (dif != 0) { val1 = buf1b[j + 1] + 3 * dif; val2 = buf2b[j] + 3 * dif; val3 = buf2b[j + 1] + 2 * dif; if (dif > 0) { buf1b[j + 1] = L_MIN(16383, val1); buf2b[j] = L_MIN(16383, val2); buf2b[j + 1] = L_MIN(16383, val3); } else if (dif < 0) { buf1b[j + 1] = L_MAX(0, val1); buf2b[j] = L_MAX(0, val2); buf2b[j + 1] = L_MAX(0, val3); } } } /* Get last pixel in row; no downward propagation */ rval = buf1r[w - 1] / 64; gval = buf1g[w - 1] / 64; bval = buf1b[w - 1] / 64; index = ((rval >> rshift) << (2 * sigbits)) + ((gval >> rshift) << sigbits) + (bval >> rshift); SET_DATA_BYTE(lined, w - 1, indexmap[index]); } /* Get last row of pixels; no leftward propagation */ lined = datad + (h - 1) * wpld; for (j = 0; j < w; j++) { rval = buf2r[j] / 64; gval = buf2g[j] / 64; bval = buf2b[j] / 64; index = ((rval >> rshift) << (2 * sigbits)) + ((gval >> rshift) << sigbits) + (bval >> rshift); SET_DATA_BYTE(lined, j, indexmap[index]); } FREE(bufu8r); FREE(bufu8g); FREE(bufu8b); FREE(buf1r); FREE(buf1g); FREE(buf1b); FREE(buf2r); FREE(buf2g); FREE(buf2b); } return pixd; } /*! * getColorIndexMedianCut() * * Input: pixel (32 bit rgb) * rshift (of component: 8 - sigbits) * mask (over sigbits) * sigbits * &index ( rgb index value) * Return: void * * Notes: * (1) This is used on each pixel in the source image. No checking * is done on input values. */ static void getColorIndexMedianCut(l_uint32 pixel, l_int32 rshift, l_uint32 mask, l_int32 sigbits, l_int32 *pindex) { l_int32 rval, gval, bval; rval = pixel >> (24 + rshift); gval = (pixel >> (16 + rshift)) & mask; bval = (pixel >> (8 + rshift)) & mask; *pindex = (rval << (2 * sigbits)) + (gval << sigbits) + bval; return; } /*! * pixGetColorRegion() * * Input: pixs (32 bpp; rgb color) * sigbits (valid: 5, 6) * subsample (integer > 0) * Return: vbox (minimum 3D box in color space enclosing all pixels), * or null on error * * Notes: * (1) Computes the minimum 3D box in color space enclosing all * pixels in the image. */ static L_BOX3D * pixGetColorRegion(PIX *pixs, l_int32 sigbits, l_int32 subsample) { l_int32 rmin, rmax, gmin, gmax, bmin, bmax, rval, gval, bval; l_int32 w, h, wpl, i, j, rshift; l_uint32 mask, pixel; l_uint32 *data, *line; PROCNAME("pixGetColorRegion"); if (!pixs) return (L_BOX3D *)ERROR_PTR("pixs not defined", procName, NULL); rmin = gmin = bmin = 1000000; rmax = gmax = bmax = 0; rshift = 8 - sigbits; mask = 0xff >> rshift; pixGetDimensions(pixs, &w, &h, NULL); data = pixGetData(pixs); wpl = pixGetWpl(pixs); for (i = 0; i < h; i += subsample) { line = data + i * wpl; for (j = 0; j < w; j += subsample) { pixel = line[j]; rval = pixel >> (24 + rshift); gval = (pixel >> (16 + rshift)) & mask; bval = (pixel >> (8 + rshift)) & mask; if (rval < rmin) rmin = rval; else if (rval > rmax) rmax = rval; if (gval < gmin) gmin = gval; else if (gval > gmax) gmax = gval; if (bval < bmin) bmin = bval; else if (bval > bmax) bmax = bval; } } return box3dCreate(rmin, rmax, gmin, gmax, bmin, bmax); } /*! * medianCutApply() * * Input: histo (array; in rgb colorspace) * sigbits * vbox (input 3D box) * &vbox1, vbox2 ( vbox split in two parts) * Return: 0 if OK, 1 on error */ static l_int32 medianCutApply(l_int32 *histo, l_int32 sigbits, L_BOX3D *vbox, L_BOX3D **pvbox1, L_BOX3D **pvbox2) { l_int32 i, j, k, sum, rw, gw, bw, maxw, index; l_int32 total, left, right; l_int32 partialsum[128]; L_BOX3D *vbox1, *vbox2; PROCNAME("medianCutApply"); if (!histo) return ERROR_INT("histo not defined", procName, 1); if (!vbox) return ERROR_INT("vbox not defined", procName, 1); if (!pvbox1 || !pvbox2) return ERROR_INT("&vbox1 and &vbox2 not both defined", procName, 1); *pvbox1 = *pvbox2 = NULL; if (vboxGetCount(vbox, histo, sigbits) == 0) return ERROR_INT("no pixels in vbox", procName, 1); /* If the vbox occupies just one element in color space, it can't * be split. Leave the 'sortparam' field at 0, so that it goes to * the tail of the priority queue and stays there, thereby avoiding * an infinite loop (take off, put back on the head) if it * happens to be the most populous box! */ rw = vbox->r2 - vbox->r1 + 1; gw = vbox->g2 - vbox->g1 + 1; bw = vbox->b2 - vbox->b1 + 1; if (rw == 1 && gw == 1 && bw == 1) { *pvbox1 = box3dCopy(vbox); return 0; } /* Select the longest axis for splitting */ maxw = L_MAX(rw, gw); maxw = L_MAX(maxw, bw); #if DEBUG_SPLIT_AXES if (rw == maxw) fprintf(stderr, "red split\n"); else if (gw == maxw) fprintf(stderr, "green split\n"); else fprintf(stderr, "blue split\n"); #endif /* DEBUG_SPLIT_AXES */ /* Find the partial sum arrays along the selected axis. */ total = 0; if (maxw == rw) { for (i = vbox->r1; i <= vbox->r2; i++) { sum = 0; for (j = vbox->g1; j <= vbox->g2; j++) { for (k = vbox->b1; k <= vbox->b2; k++) { index = (i << (2 * sigbits)) + (j << sigbits) + k; sum += histo[index]; } } total += sum; partialsum[i] = total; } } else if (maxw == gw) { for (i = vbox->g1; i <= vbox->g2; i++) { sum = 0; for (j = vbox->r1; j <= vbox->r2; j++) { for (k = vbox->b1; k <= vbox->b2; k++) { index = (i << sigbits) + (j << (2 * sigbits)) + k; sum += histo[index]; } } total += sum; partialsum[i] = total; } } else { /* maxw == bw */ for (i = vbox->b1; i <= vbox->b2; i++) { sum = 0; for (j = vbox->r1; j <= vbox->r2; j++) { for (k = vbox->g1; k <= vbox->g2; k++) { index = i + (j << (2 * sigbits)) + (k << sigbits); sum += histo[index]; } } total += sum; partialsum[i] = total; } } /* Determine the cut planes, making sure that two vboxes * are always produced. Generate the two vboxes and compute * the sum in each of them. Choose the cut plane within * the greater of the (left, right) sides of the bin in which * the median pixel resides. Here's the surprise: go halfway * into that side. By doing that, you technically move away * from "median cut," but in the process a significant number * of low-count vboxes are produced, allowing much better * reproduction of low-count spot colors. */ if (maxw == rw) { for (i = vbox->r1; i <= vbox->r2; i++) { if (partialsum[i] > total / 2) { vbox1 = box3dCopy(vbox); vbox2 = box3dCopy(vbox); left = i - vbox->r1; right = vbox->r2 - i; if (left <= right) vbox1->r2 = L_MIN(vbox->r2 - 1, i + right / 2); else /* left > right */ vbox1->r2 = L_MAX(vbox->r1, i - 1 - left / 2); vbox2->r1 = vbox1->r2 + 1; break; } } } else if (maxw == gw) { for (i = vbox->g1; i <= vbox->g2; i++) { if (partialsum[i] > total / 2) { vbox1 = box3dCopy(vbox); vbox2 = box3dCopy(vbox); left = i - vbox->g1; right = vbox->g2 - i; if (left <= right) vbox1->g2 = L_MIN(vbox->g2 - 1, i + right / 2); else /* left > right */ vbox1->g2 = L_MAX(vbox->g1, i - 1 - left / 2); vbox2->g1 = vbox1->g2 + 1; break; } } } else { /* maxw == bw */ for (i = vbox->b1; i <= vbox->b2; i++) { if (partialsum[i] > total / 2) { vbox1 = box3dCopy(vbox); vbox2 = box3dCopy(vbox); left = i - vbox->b1; right = vbox->b2 - i; if (left <= right) vbox1->b2 = L_MIN(vbox->b2 - 1, i + right / 2); else /* left > right */ vbox1->b2 = L_MAX(vbox->b1, i - 1 - left / 2); vbox2->b1 = vbox1->b2 + 1; break; } } } vbox1->npix = vboxGetCount(vbox1, histo, sigbits); vbox2->npix = vboxGetCount(vbox2, histo, sigbits); vbox1->vol = vboxGetVolume(vbox1); vbox2->vol = vboxGetVolume(vbox2); *pvbox1 = vbox1; *pvbox2 = vbox2; return 0; } /*! * pixcmapGenerateFromMedianCuts() * * Input: lh (priority queue of pointers to vboxes) * histo * sigbits (valid: 5 or 6) * Return: cmap, or null on error * * Notes: * (1) Each vbox in the heap represents a color in the colormap. * (2) As a side-effect, the histo becomes an inverse colormap, * where the part of the array correpsonding to each vbox * is labeled with the cmap index for that vbox. Then * for each rgb pixel, the colormap index is found directly * by mapping the rgb value to the histo array index. */ static PIXCMAP * pixcmapGenerateFromMedianCuts(L_HEAP *lh, l_int32 *histo, l_int32 sigbits) { l_int32 index, rval, gval, bval; L_BOX3D *vbox; PIXCMAP *cmap; PROCNAME("pixcmapGenerateFromMedianCuts"); if (!lh) return (PIXCMAP *)ERROR_PTR("lh not defined", procName, NULL); if (!histo) return (PIXCMAP *)ERROR_PTR("histo not defined", procName, NULL); rval = gval = bval = 0; /* make compiler happy */ cmap = pixcmapCreate(8); index = 0; while (lheapGetCount(lh) > 0) { vbox = (L_BOX3D *)lheapRemove(lh); vboxGetAverageColor(vbox, histo, sigbits, index, &rval, &gval, &bval); pixcmapAddColor(cmap, rval, gval, bval); FREE(vbox); index++; } return cmap; } /*! * vboxGetAverageColor() * * Input: vbox (3d region of color space for one quantized color) * histo * sigbits (valid: 5 or 6) * index (if >= 0, assign to all colors in histo in this vbox) * &rval, &gval, &bval ( average color) * Return: cmap, or null on error * * Notes: * (1) The vbox represents one color in the colormap. * (2) If index >= 0, as a side-effect, all array elements in * the histo corresponding to the vbox are labeled with this * cmap index for that vbox. Otherwise, the histo array * is not changed. * (3) The vbox is quantized in sigbits. So the actual 8-bit color * components are found by multiplying the quantized value * by either 4 or 8. We must add 0.5 to the quantized index * before multiplying to get the approximate 8-bit color in * the center of the vbox; otherwise we get values on * the lower corner. */ static l_int32 vboxGetAverageColor(L_BOX3D *vbox, l_int32 *histo, l_int32 sigbits, l_int32 index, l_int32 *prval, l_int32 *pgval, l_int32 *pbval) { l_int32 i, j, k, ntot, mult, histoindex, rsum, gsum, bsum; PROCNAME("vboxGetAverageColor"); if (!vbox) return ERROR_INT("vbox not defined", procName, 1); if (!histo) return ERROR_INT("histo not defined", procName, 1); if (!prval || !pgval || !pbval) return ERROR_INT("&p*val not all defined", procName, 1); *prval = *pgval = *pbval = 0; ntot = 0; mult = 1 << (8 - sigbits); rsum = gsum = bsum = 0; for (i = vbox->r1; i <= vbox->r2; i++) { for (j = vbox->g1; j <= vbox->g2; j++) { for (k = vbox->b1; k <= vbox->b2; k++) { histoindex = (i << (2 * sigbits)) + (j << sigbits) + k; ntot += histo[histoindex]; rsum += (l_int32)(histo[histoindex] * (i + 0.5) * mult); gsum += (l_int32)(histo[histoindex] * (j + 0.5) * mult); bsum += (l_int32)(histo[histoindex] * (k + 0.5) * mult); if (index >= 0) histo[histoindex] = index; } } } if (ntot == 0) { *prval = mult * (vbox->r1 + vbox->r2 + 1) / 2; *pgval = mult * (vbox->g1 + vbox->g2 + 1) / 2; *pbval = mult * (vbox->b1 + vbox->b2 + 1) / 2; } else { *prval = rsum / ntot; *pgval = gsum / ntot; *pbval = bsum / ntot; } #if DEBUG_MC_COLORS fprintf(stderr, "ntot[%d] = %d: [%d, %d, %d], (%d, %d, %d)\n", index, ntot, vbox->r2 - vbox->r1 + 1, vbox->g2 - vbox->g1 + 1, vbox->b2 - vbox->b1 + 1, *prval, *pgval, *pbval); #endif /* DEBUG_MC_COLORS */ return 0; } /*! * vboxGetCount() * * Input: vbox (3d region of color space for one quantized color) * histo * sigbits (valid: 5 or 6) * Return: number of image pixels in this region, or 0 on error */ static l_int32 vboxGetCount(L_BOX3D *vbox, l_int32 *histo, l_int32 sigbits) { l_int32 i, j, k, npix, index; PROCNAME("vboxGetCount"); if (!vbox) return ERROR_INT("vbox not defined", procName, 0); if (!histo) return ERROR_INT("histo not defined", procName, 0); npix = 0; for (i = vbox->r1; i <= vbox->r2; i++) { for (j = vbox->g1; j <= vbox->g2; j++) { for (k = vbox->b1; k <= vbox->b2; k++) { index = (i << (2 * sigbits)) + (j << sigbits) + k; npix += histo[index]; } } } return npix; } /*! * vboxGetVolume() * * Input: vbox (3d region of color space for one quantized color) * Return: quantized volume of vbox, or 0 on error */ static l_int32 vboxGetVolume(L_BOX3D *vbox) { PROCNAME("vboxGetVolume"); if (!vbox) return ERROR_INT("vbox not defined", procName, 0); return ((vbox->r2 - vbox->r1 + 1) * (vbox->g2 - vbox->g1 + 1) * (vbox->b2 - vbox->b1 + 1)); } static L_BOX3D * box3dCreate(l_int32 r1, l_int32 r2, l_int32 g1, l_int32 g2, l_int32 b1, l_int32 b2) { L_BOX3D *vbox; vbox = (L_BOX3D *)CALLOC(1, sizeof(L_BOX3D)); vbox->r1 = r1; vbox->r2 = r2; vbox->g1 = g1; vbox->g2 = g2; vbox->b1 = b1; vbox->b2 = b2; return vbox; } /* * Note: don't copy the sortparam. */ static L_BOX3D * box3dCopy(L_BOX3D *vbox) { L_BOX3D *vboxc; PROCNAME("box3dCopy"); if (!vbox) return (L_BOX3D *)ERROR_PTR("vbox not defined", procName, NULL); vboxc = box3dCreate(vbox->r1, vbox->r2, vbox->g1, vbox->g2, vbox->b1, vbox->b2); vboxc->npix = vbox->npix; vboxc->vol = vbox->vol; return vboxc; } leptonica-1.70/src/rotateamlow.c0000644000175000017500000006621611707052573015020 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * rotateamlow.c * * Grayscale and color rotation (area mapped) * * 32 bpp grayscale rotation about image center * void rotateAMColorLow() * * 8 bpp grayscale rotation about image center * void rotateAMGrayLow() * * 32 bpp grayscale rotation about UL corner of image * void rotateAMColorCornerLow() * * 8 bpp grayscale rotation about UL corner of image * void rotateAMGrayCornerLow() * * Fast RGB color rotation about center: * void rotateAMColorFastLow() * */ #include #include /* required for sin and tan */ #include "allheaders.h" /*------------------------------------------------------------------* * 32 bpp grayscale rotation about the center * *------------------------------------------------------------------*/ void rotateAMColorLow(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_float32 angle, l_uint32 colorval) { l_int32 i, j, xcen, ycen, wm2, hm2; l_int32 xdif, ydif, xpm, ypm, xp, yp, xf, yf; l_int32 rval, gval, bval; l_uint32 word00, word01, word10, word11; l_uint32 *lines, *lined; l_float32 sina, cosa; xcen = w / 2; wm2 = w - 2; ycen = h / 2; hm2 = h - 2; sina = 16. * sin(angle); cosa = 16. * cos(angle); for (i = 0; i < h; i++) { ydif = ycen - i; lined = datad + i * wpld; for (j = 0; j < w; j++) { xdif = xcen - j; xpm = (l_int32)(-xdif * cosa - ydif * sina); ypm = (l_int32)(-ydif * cosa + xdif * sina); xp = xcen + (xpm >> 4); yp = ycen + (ypm >> 4); xf = xpm & 0x0f; yf = ypm & 0x0f; /* if off the edge, write input colorval */ if (xp < 0 || yp < 0 || xp > wm2 || yp > hm2) { *(lined + j) = colorval; continue; } lines = datas + yp * wpls; /* do area weighting. Without this, we would * simply do: * *(lined + j) = *(lines + xp); * which is faster but gives lousy results! */ word00 = *(lines + xp); word10 = *(lines + xp + 1); word01 = *(lines + wpls + xp); word11 = *(lines + wpls + xp + 1); rval = ((16 - xf) * (16 - yf) * ((word00 >> L_RED_SHIFT) & 0xff) + xf * (16 - yf) * ((word10 >> L_RED_SHIFT) & 0xff) + (16 - xf) * yf * ((word01 >> L_RED_SHIFT) & 0xff) + xf * yf * ((word11 >> L_RED_SHIFT) & 0xff) + 128) / 256; gval = ((16 - xf) * (16 - yf) * ((word00 >> L_GREEN_SHIFT) & 0xff) + xf * (16 - yf) * ((word10 >> L_GREEN_SHIFT) & 0xff) + (16 - xf) * yf * ((word01 >> L_GREEN_SHIFT) & 0xff) + xf * yf * ((word11 >> L_GREEN_SHIFT) & 0xff) + 128) / 256; bval = ((16 - xf) * (16 - yf) * ((word00 >> L_BLUE_SHIFT) & 0xff) + xf * (16 - yf) * ((word10 >> L_BLUE_SHIFT) & 0xff) + (16 - xf) * yf * ((word01 >> L_BLUE_SHIFT) & 0xff) + xf * yf * ((word11 >> L_BLUE_SHIFT) & 0xff) + 128) / 256; composeRGBPixel(rval, gval, bval, lined + j); } } return; } /*------------------------------------------------------------------* * 8 bpp grayscale rotation about the center * *------------------------------------------------------------------*/ void rotateAMGrayLow(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_float32 angle, l_uint8 grayval) { l_int32 i, j, xcen, ycen, wm2, hm2; l_int32 xdif, ydif, xpm, ypm, xp, yp, xf, yf; l_int32 v00, v01, v10, v11; l_uint8 val; l_uint32 *lines, *lined; l_float32 sina, cosa; xcen = w / 2; wm2 = w - 2; ycen = h / 2; hm2 = h - 2; sina = 16. * sin(angle); cosa = 16. * cos(angle); for (i = 0; i < h; i++) { ydif = ycen - i; lined = datad + i * wpld; for (j = 0; j < w; j++) { xdif = xcen - j; xpm = (l_int32)(-xdif * cosa - ydif * sina); ypm = (l_int32)(-ydif * cosa + xdif * sina); xp = xcen + (xpm >> 4); yp = ycen + (ypm >> 4); xf = xpm & 0x0f; yf = ypm & 0x0f; /* if off the edge, write input grayval */ if (xp < 0 || yp < 0 || xp > wm2 || yp > hm2) { SET_DATA_BYTE(lined, j, grayval); continue; } lines = datas + yp * wpls; /* do area weighting. Without this, we would * simply do: * SET_DATA_BYTE(lined, j, GET_DATA_BYTE(lines, xp)); * which is faster but gives lousy results! */ v00 = (16 - xf) * (16 - yf) * GET_DATA_BYTE(lines, xp); v10 = xf * (16 - yf) * GET_DATA_BYTE(lines, xp + 1); v01 = (16 - xf) * yf * GET_DATA_BYTE(lines + wpls, xp); v11 = xf * yf * GET_DATA_BYTE(lines + wpls, xp + 1); val = (l_uint8)((v00 + v01 + v10 + v11 + 128) / 256); SET_DATA_BYTE(lined, j, val); } } return; } /*------------------------------------------------------------------* * 32 bpp grayscale rotation about the UL corner * *------------------------------------------------------------------*/ void rotateAMColorCornerLow(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_float32 angle, l_uint32 colorval) { l_int32 i, j, wm2, hm2; l_int32 xpm, ypm, xp, yp, xf, yf; l_int32 rval, gval, bval; l_uint32 word00, word01, word10, word11; l_uint32 *lines, *lined; l_float32 sina, cosa; wm2 = w - 2; hm2 = h - 2; sina = 16. * sin(angle); cosa = 16. * cos(angle); for (i = 0; i < h; i++) { lined = datad + i * wpld; for (j = 0; j < w; j++) { xpm = (l_int32)(j * cosa + i * sina); ypm = (l_int32)(i * cosa - j * sina); xp = xpm >> 4; yp = ypm >> 4; xf = xpm & 0x0f; yf = ypm & 0x0f; /* if off the edge, write input colorval */ if (xp < 0 || yp < 0 || xp > wm2 || yp > hm2) { *(lined + j) = colorval; continue; } lines = datas + yp * wpls; /* do area weighting. Without this, we would * simply do: * *(lined + j) = *(lines + xp); * which is faster but gives lousy results! */ word00 = *(lines + xp); word10 = *(lines + xp + 1); word01 = *(lines + wpls + xp); word11 = *(lines + wpls + xp + 1); rval = ((16 - xf) * (16 - yf) * ((word00 >> L_RED_SHIFT) & 0xff) + xf * (16 - yf) * ((word10 >> L_RED_SHIFT) & 0xff) + (16 - xf) * yf * ((word01 >> L_RED_SHIFT) & 0xff) + xf * yf * ((word11 >> L_RED_SHIFT) & 0xff) + 128) / 256; gval = ((16 - xf) * (16 - yf) * ((word00 >> L_GREEN_SHIFT) & 0xff) + xf * (16 - yf) * ((word10 >> L_GREEN_SHIFT) & 0xff) + (16 - xf) * yf * ((word01 >> L_GREEN_SHIFT) & 0xff) + xf * yf * ((word11 >> L_GREEN_SHIFT) & 0xff) + 128) / 256; bval = ((16 - xf) * (16 - yf) * ((word00 >> L_BLUE_SHIFT) & 0xff) + xf * (16 - yf) * ((word10 >> L_BLUE_SHIFT) & 0xff) + (16 - xf) * yf * ((word01 >> L_BLUE_SHIFT) & 0xff) + xf * yf * ((word11 >> L_BLUE_SHIFT) & 0xff) + 128) / 256; composeRGBPixel(rval, gval, bval, lined + j); } } return; } /*------------------------------------------------------------------* * 8 bpp grayscale rotation about the UL corner * *------------------------------------------------------------------*/ void rotateAMGrayCornerLow(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_float32 angle, l_uint8 grayval) { l_int32 i, j, wm2, hm2; l_int32 xpm, ypm, xp, yp, xf, yf; l_int32 v00, v01, v10, v11; l_uint8 val; l_uint32 *lines, *lined; l_float32 sina, cosa; wm2 = w - 2; hm2 = h - 2; sina = 16. * sin(angle); cosa = 16. * cos(angle); for (i = 0; i < h; i++) { lined = datad + i * wpld; for (j = 0; j < w; j++) { xpm = (l_int32)(j * cosa + i * sina); ypm = (l_int32)(i * cosa - j * sina); xp = xpm >> 4; yp = ypm >> 4; xf = xpm & 0x0f; yf = ypm & 0x0f; /* if off the edge, write input grayval */ if (xp < 0 || yp < 0 || xp > wm2 || yp > hm2) { SET_DATA_BYTE(lined, j, grayval); continue; } lines = datas + yp * wpls; /* do area weighting. Without this, we would * simply do: * SET_DATA_BYTE(lined, j, GET_DATA_BYTE(lines, xp)); * which is faster but gives lousy results! */ v00 = (16 - xf) * (16 - yf) * GET_DATA_BYTE(lines, xp); v10 = xf * (16 - yf) * GET_DATA_BYTE(lines, xp + 1); v01 = (16 - xf) * yf * GET_DATA_BYTE(lines + wpls, xp); v11 = xf * yf * GET_DATA_BYTE(lines + wpls, xp + 1); val = (l_uint8)((v00 + v01 + v10 + v11 + 128) / 256); SET_DATA_BYTE(lined, j, val); } } return; } /*------------------------------------------------------------------* * Fast RGB color rotation about center * *------------------------------------------------------------------*/ /*! * rotateAMColorFastLow() * * This is a special simplification of area mapping with division * of each pixel into 16 sub-pixels. The exact coefficients that * should be used are the same as for the 4x linear interpolation * scaling case, and are given there. I tried to approximate these * as weighted coefficients with a maximum sum of 4, which * allows us to do the arithmetic in parallel for the R, G and B * components in a 32 bit pixel. However, there are three reasons * for not doing that: * (1) the loss of accuracy in the parallel implementation * is visually significant * (2) the parallel implementation (described below) is slower * (3) the parallel implementation requires allocation of * a temporary color image * * There are 16 cases for the choice of the subpixel, and * for each, the mapping to the relevant source * pixels is as follows: * * subpixel src pixel weights * -------- ----------------- * 0 sp1 * 1 (3 * sp1 + sp2) / 4 * 2 (sp1 + sp2) / 2 * 3 (sp1 + 3 * sp2) / 4 * 4 (3 * sp1 + sp3) / 4 * 5 (9 * sp1 + 3 * sp2 + 3 * sp3 + sp4) / 16 * 6 (3 * sp1 + 3 * sp2 + sp3 + sp4) / 8 * 7 (3 * sp1 + 9 * sp2 + sp3 + 3 * sp4) / 16 * 8 (sp1 + sp3) / 2 * 9 (3 * sp1 + sp2 + 3 * sp3 + sp4) / 8 * 10 (sp1 + sp2 + sp3 + sp4) / 4 * 11 (sp1 + 3 * sp2 + sp3 + 3 * sp4) / 8 * 12 (sp1 + 3 * sp3) / 4 * 13 (3 * sp1 + sp2 + 9 * sp3 + 3 * sp4) / 16 * 14 (sp1 + sp2 + 3 * sp3 + 3 * sp4) / 8 * 15 (sp1 + 3 * sp2 + 3 * sp3 + 9 * sp4) / 16 * * Another way to visualize this is to consider the area mapping * (or linear interpolation) coefficients for the pixel sp1. * Expressed in fourths, they can be written as asymmetric matrix: * * 4 3 2 1 * 3 2.25 1.5 0.75 * 2 1.5 1 0.5 * 1 0.75 0.5 0.25 * * The coefficients for the three neighboring pixels can be * similarly written. * * This is implemented here, where, for each color component, * we inline its extraction from each participating word, * construct the linear combination, and combine the results * into the destination 32 bit RGB pixel, using the appropriate shifts. * * It is interesting to note that an alternative method, where * we do the arithmetic on the 32 bit pixels directly (after * shifting the components so they won't overflow into each other) * is significantly inferior. Because we have only 8 bits for * internal overflows, which can be distributed as 2, 3, 3, it * is impossible to add these with the correct linear * interpolation coefficients, which require a sum of up to 16. * Rounding off to a sum of 4 causes appreciable visual artifacts * in the rotated image. The code for the inferior method * can be found in prog/rotatefastalt.c, for reference. * * *** Warning: explicit assumption about RGB component ordering *** */ void rotateAMColorFastLow(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_float32 angle, l_uint32 colorval) { l_int32 i, j, xcen, ycen, wm2, hm2; l_int32 xdif, ydif, xpm, ypm, xp, yp, xf, yf; l_uint32 word1, word2, word3, word4, red, blue, green; l_uint32 *pword, *lines, *lined; l_float32 sina, cosa; xcen = w / 2; wm2 = w - 2; ycen = h / 2; hm2 = h - 2; sina = 4. * sin(angle); cosa = 4. * cos(angle); for (i = 0; i < h; i++) { ydif = ycen - i; lined = datad + i * wpld; for (j = 0; j < w; j++) { xdif = xcen - j; xpm = (l_int32)(-xdif * cosa - ydif * sina); ypm = (l_int32)(-ydif * cosa + xdif * sina); xp = xcen + (xpm >> 2); yp = ycen + (ypm >> 2); xf = xpm & 0x03; yf = ypm & 0x03; /* if off the edge, write input grayval */ if (xp < 0 || yp < 0 || xp > wm2 || yp > hm2) { *(lined + j) = colorval; continue; } lines = datas + yp * wpls; pword = lines + xp; switch (xf + 4 * yf) { case 0: *(lined + j) = *pword; break; case 1: word1 = *pword; word2 = *(pword + 1); red = 3 * (word1 >> 24) + (word2 >> 24); green = 3 * ((word1 >> 16) & 0xff) + ((word2 >> 16) & 0xff); blue = 3 * ((word1 >> 8) & 0xff) + ((word2 >> 8) & 0xff); *(lined + j) = ((red << 22) & 0xff000000) | ((green << 14) & 0x00ff0000) | ((blue << 6) & 0x0000ff00); break; case 2: word1 = *pword; word2 = *(pword + 1); red = (word1 >> 24) + (word2 >> 24); green = ((word1 >> 16) & 0xff) + ((word2 >> 16) & 0xff); blue = ((word1 >> 8) & 0xff) + ((word2 >> 8) & 0xff); *(lined + j) = ((red << 23) & 0xff000000) | ((green << 15) & 0x00ff0000) | ((blue << 7) & 0x0000ff00); break; case 3: word1 = *pword; word2 = *(pword + 1); red = (word1 >> 24) + 3 * (word2 >> 24); green = ((word1 >> 16) & 0xff) + 3 * ((word2 >> 16) & 0xff); blue = ((word1 >> 8) & 0xff) + 3 * ((word2 >> 8) & 0xff); *(lined + j) = ((red << 22) & 0xff000000) | ((green << 14) & 0x00ff0000) | ((blue << 6) & 0x0000ff00); break; case 4: word1 = *pword; word3 = *(pword + wpls); red = 3 * (word1 >> 24) + (word3 >> 24); green = 3 * ((word1 >> 16) & 0xff) + ((word3 >> 16) & 0xff); blue = 3 * ((word1 >> 8) & 0xff) + ((word3 >> 8) & 0xff); *(lined + j) = ((red << 22) & 0xff000000) | ((green << 14) & 0x00ff0000) | ((blue << 6) & 0x0000ff00); break; case 5: word1 = *pword; word2 = *(pword + 1); word3 = *(pword + wpls); word4 = *(pword + wpls + 1); red = 9 * (word1 >> 24) + 3 * (word2 >> 24) + 3 * (word3 >> 24) + (word4 >> 24); green = 9 * ((word1 >> 16) & 0xff) + 3 * ((word2 >> 16) & 0xff) + 3 * ((word3 >> 16) & 0xff) + ((word4 >> 16) & 0xff); blue = 9 * ((word1 >> 8) & 0xff) + 3 * ((word2 >> 8) & 0xff) + 3 * ((word3 >> 8) & 0xff) + ((word4 >> 8) & 0xff); *(lined + j) = ((red << 20) & 0xff000000) | ((green << 12) & 0x00ff0000) | ((blue << 4) & 0x0000ff00); break; case 6: word1 = *pword; word2 = *(pword + 1); word3 = *(pword + wpls); word4 = *(pword + wpls + 1); red = 3 * (word1 >> 24) + 3 * (word2 >> 24) + (word3 >> 24) + (word4 >> 24); green = 3 * ((word1 >> 16) & 0xff) + 3 * ((word2 >> 16) & 0xff) + ((word3 >> 16) & 0xff) + ((word4 >> 16) & 0xff); blue = 3 * ((word1 >> 8) & 0xff) + 3 * ((word2 >> 8) & 0xff) + ((word3 >> 8) & 0xff) + ((word4 >> 8) & 0xff); *(lined + j) = ((red << 21) & 0xff000000) | ((green << 13) & 0x00ff0000) | ((blue << 5) & 0x0000ff00); break; case 7: word1 = *pword; word2 = *(pword + 1); word3 = *(pword + wpls); word4 = *(pword + wpls + 1); red = 3 * (word1 >> 24) + 9 * (word2 >> 24) + (word3 >> 24) + 3 * (word4 >> 24); green = 3 * ((word1 >> 16) & 0xff) + 9 * ((word2 >> 16) & 0xff) + ((word3 >> 16) & 0xff) + 3 * ((word4 >> 16) & 0xff); blue = 3 * ((word1 >> 8) & 0xff) + 9 * ((word2 >> 8) & 0xff) + ((word3 >> 8) & 0xff) + 3 * ((word4 >> 8) & 0xff); *(lined + j) = ((red << 20) & 0xff000000) | ((green << 12) & 0x00ff0000) | ((blue << 4) & 0x0000ff00); break; case 8: word1 = *pword; word3 = *(pword + wpls); red = (word1 >> 24) + (word3 >> 24); green = ((word1 >> 16) & 0xff) + ((word3 >> 16) & 0xff); blue = ((word1 >> 8) & 0xff) + ((word3 >> 8) & 0xff); *(lined + j) = ((red << 23) & 0xff000000) | ((green << 15) & 0x00ff0000) | ((blue << 7) & 0x0000ff00); break; case 9: word1 = *pword; word2 = *(pword + 1); word3 = *(pword + wpls); word4 = *(pword + wpls + 1); red = 3 * (word1 >> 24) + (word2 >> 24) + 3 * (word3 >> 24) + (word4 >> 24); green = 3 * ((word1 >> 16) & 0xff) + ((word2 >> 16) & 0xff) + 3 * ((word3 >> 16) & 0xff) + ((word4 >> 16) & 0xff); blue = 3 * ((word1 >> 8) & 0xff) + ((word2 >> 8) & 0xff) + 3 * ((word3 >> 8) & 0xff) + ((word4 >> 8) & 0xff); *(lined + j) = ((red << 21) & 0xff000000) | ((green << 13) & 0x00ff0000) | ((blue << 5) & 0x0000ff00); break; case 10: word1 = *pword; word2 = *(pword + 1); word3 = *(pword + wpls); word4 = *(pword + wpls + 1); red = (word1 >> 24) + (word2 >> 24) + (word3 >> 24) + (word4 >> 24); green = ((word1 >> 16) & 0xff) + ((word2 >> 16) & 0xff) + ((word3 >> 16) & 0xff) + ((word4 >> 16) & 0xff); blue = ((word1 >> 8) & 0xff) + ((word2 >> 8) & 0xff) + ((word3 >> 8) & 0xff) + ((word4 >> 8) & 0xff); *(lined + j) = ((red << 22) & 0xff000000) | ((green << 14) & 0x00ff0000) | ((blue << 6) & 0x0000ff00); break; case 11: word1 = *pword; word2 = *(pword + 1); word3 = *(pword + wpls); word4 = *(pword + wpls + 1); red = (word1 >> 24) + 3 * (word2 >> 24) + (word3 >> 24) + 3 * (word4 >> 24); green = ((word1 >> 16) & 0xff) + 3 * ((word2 >> 16) & 0xff) + ((word3 >> 16) & 0xff) + 3 * ((word4 >> 16) & 0xff); blue = ((word1 >> 8) & 0xff) + 3 * ((word2 >> 8) & 0xff) + ((word3 >> 8) & 0xff) + 3 * ((word4 >> 8) & 0xff); *(lined + j) = ((red << 21) & 0xff000000) | ((green << 13) & 0x00ff0000) | ((blue << 5) & 0x0000ff00); break; case 12: word1 = *pword; word3 = *(pword + wpls); red = (word1 >> 24) + 3 * (word3 >> 24); green = ((word1 >> 16) & 0xff) + 3 * ((word3 >> 16) & 0xff); blue = ((word1 >> 8) & 0xff) + 3 * ((word3 >> 8) & 0xff); *(lined + j) = ((red << 22) & 0xff000000) | ((green << 14) & 0x00ff0000) | ((blue << 6) & 0x0000ff00); break; case 13: word1 = *pword; word2 = *(pword + 1); word3 = *(pword + wpls); word4 = *(pword + wpls + 1); red = 3 * (word1 >> 24) + (word2 >> 24) + 9 * (word3 >> 24) + 3 * (word4 >> 24); green = 3 * ((word1 >> 16) & 0xff) + ((word2 >> 16) & 0xff) + 9 * ((word3 >> 16) & 0xff) + 3 * ((word4 >> 16) & 0xff); blue = 3 *((word1 >> 8) & 0xff) + ((word2 >> 8) & 0xff) + 9 * ((word3 >> 8) & 0xff) + 3 * ((word4 >> 8) & 0xff); *(lined + j) = ((red << 20) & 0xff000000) | ((green << 12) & 0x00ff0000) | ((blue << 4) & 0x0000ff00); break; case 14: word1 = *pword; word2 = *(pword + 1); word3 = *(pword + wpls); word4 = *(pword + wpls + 1); red = (word1 >> 24) + (word2 >> 24) + 3 * (word3 >> 24) + 3 * (word4 >> 24); green = ((word1 >> 16) & 0xff) +((word2 >> 16) & 0xff) + 3 * ((word3 >> 16) & 0xff) + 3 * ((word4 >> 16) & 0xff); blue = ((word1 >> 8) & 0xff) + ((word2 >> 8) & 0xff) + 3 * ((word3 >> 8) & 0xff) + 3 * ((word4 >> 8) & 0xff); *(lined + j) = ((red << 21) & 0xff000000) | ((green << 13) & 0x00ff0000) | ((blue << 5) & 0x0000ff00); break; case 15: word1 = *pword; word2 = *(pword + 1); word3 = *(pword + wpls); word4 = *(pword + wpls + 1); red = (word1 >> 24) + 3 * (word2 >> 24) + 3 * (word3 >> 24) + 9 * (word4 >> 24); green = ((word1 >> 16) & 0xff) + 3 * ((word2 >> 16) & 0xff) + 3 * ((word3 >> 16) & 0xff) + 9 * ((word4 >> 16) & 0xff); blue = ((word1 >> 8) & 0xff) + 3 * ((word2 >> 8) & 0xff) + 3 * ((word3 >> 8) & 0xff) + 9 * ((word4 >> 8) & 0xff); *(lined + j) = ((red << 20) & 0xff000000) | ((green << 12) & 0x00ff0000) | ((blue << 4) & 0x0000ff00); break; default: fprintf(stderr, "shouldn't get here\n"); break; } } } return; } leptonica-1.70/src/dewarp3.c0000644000175000017500000006420012244232663014013 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * dewarp3.c * * Applying and stripping the page disparity model * * Apply disparity array * l_int32 dewarpaApplyDisparity() * static l_int32 pixApplyVertDisparity() * static l_int32 pixApplyHorizDisparity() * * Stripping out data and populating full res disparity * l_int32 dewarpMinimize() * l_int32 dewarpPopulateFullRes() * * Static functions not presently in use * static FPIX *fpixSampledDisparity() * static FPIX *fpixExtraHorizDisparity() * */ #include #include "allheaders.h" static PIX *pixApplyVertDisparity(L_DEWARP *dew, PIX *pixs, l_int32 grayin); static PIX * pixApplyHorizDisparity(L_DEWARP *dew, PIX *pixs, l_int32 grayin); /*----------------------------------------------------------------------* * Apply warping disparity array * *----------------------------------------------------------------------*/ /*! * dewarpaApplyDisparity() * * Input: dewa * pageno (of page model to be used; may be a ref model) * pixs (image to be modified; can be 1, 8 or 32 bpp) * grayin (gray value, from 0 to 255, for pixels brought in; * use -1 to use pixels on the boundary of pixs) * x, y (origin for generation of disparity arrays) * &pixd ( disparity corrected image) * debugfile (use null to skip writing this) * Return: 0 if OK, 1 on error (no models or ref models available) * * Notes: * (1) This applies the disparity arrays to the specified image. * (2) Specify gray color for pixels brought in from the outside: * 0 is black, 255 is white. Use -1 to select pixels from the * boundary of the source image. * (3) If the models and ref models have not been validated, this * will do so by calling dewarpaInsertRefModels(). * (4) This works with both stripped and full resolution page models. * If the full res disparity array(s) are missing, they are remade. * (5) The caller must handle errors that are returned because there * are no valid models or ref models for the page -- typically * by using the input pixs. * (6) If there is no model for @pageno, this will use the model for * 'refpage' and put the result in the dew for @pageno. * (7) This populates the full resolution disparity arrays if * necessary. If x and/or y are positive, they are used, * in conjunction with pixs, to determine the required * slope-based extension of the full resolution disparity * arrays in each direction. When (x,y) == (0,0), all * extension is to the right and down. Nonzero values of (x,y) * are useful for dewarping when pixs is deliberately undercropped. * (8) Important: when applying disparity to a number of images, * after calling this function and saving the resulting pixd, * you should call dewarpMinimize(dew) on the dew for @pageno. * This will remove pixs and pixd (or their clones) stored in dew, * as well as the full resolution disparity arrays. Together, * these hold approximately 16 bytes for each pixel in pixs. */ l_int32 dewarpaApplyDisparity(L_DEWARPA *dewa, l_int32 pageno, PIX *pixs, l_int32 grayin, l_int32 x, l_int32 y, PIX **ppixd, const char *debugfile) { l_int32 debug; L_DEWARP *dew1, *dew2; PIX *pixv, *pixh; PROCNAME("dewarpaApplyDisparity"); /* Initialize the output with the input, so we'll have that * in case we can't apply the page model. */ if (!ppixd) return ERROR_INT("&pixd not defined", procName, 1); *ppixd = pixClone(pixs); if (!dewa) return ERROR_INT("dewa not defined", procName, 1); if (pageno < 0 || pageno > dewa->maxpage) return ERROR_INT("invalid pageno", procName, 1); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (grayin > 255) return ERROR_INT("invalid grayin", procName, 1); if (x < 0) x = 0; if (y < 0) y = 0; /* Make sure all models are valid and all refmodels have * been added to dewa */ debug = (debugfile) ? 1 : 0; if (dewa->modelsready == FALSE) dewarpaInsertRefModels(dewa, 0, debug); /* Check for the existence of a valid model; we don't expect * all pages to have them. */ if ((dew1 = dewarpaGetDewarp(dewa, pageno)) == NULL) { L_INFO("dew1 not defined; no valid model for page %d\n", procName, pageno); return 1; } /* Get the page model that we will use and sanity-check that * it is valid. The ultimate result will be put in dew1->pixd. */ if (dew1->hasref) /* point to another page with a model */ dew2 = dewarpaGetDewarp(dewa, dew1->refpage); else dew2 = dew1; if (dew2->vvalid == FALSE) return ERROR_INT("no model; shouldn't happen", procName, 1); /* Generate the full res disparity arrays if they don't exist * (e.g., if they've been minimized or read from file), or if * they are too small for the current image. */ dewarpPopulateFullRes(dew2, pixs, x, y); /* Correct for vertical disparity and save the result */ if ((pixv = pixApplyVertDisparity(dew2, pixs, grayin)) == NULL) { dewarpMinimize(dew2); return ERROR_INT("pixv not made", procName, 1); } pixDestroy(ppixd); *ppixd = pixv; if (debugfile) { pixDisplayWithTitle(pixv, 300, 0, "pixv", 1); lept_rmdir("dewapply"); /* remove previous images */ lept_mkdir("dewapply"); pixWrite("/tmp/dewapply/001.png", pixs, IFF_PNG); pixWrite("/tmp/dewapply/002.png", pixv, IFF_PNG); } /* Optionally, correct for horizontal disparity */ if (dewa->useboth && dew2->hsuccess) { if (dew2->hvalid == FALSE) { L_INFO("invalid horiz model for page %d\n", procName, pageno); } else { if ((pixh = pixApplyHorizDisparity(dew2, pixv, grayin)) != NULL) { pixDestroy(ppixd); *ppixd = pixh; if (debugfile) { pixDisplayWithTitle(pixh, 600, 0, "pixh", 1); pixWrite("/tmp/dewapply/003.png", pixh, IFF_PNG); } } else { L_ERROR("horiz disparity failed on page %d\n", procName, pageno); } } } if (debugfile) { dewarpDebug(dew1, "dewapply", 0); convertFilesToPdf("/tmp/dewapply", NULL, 135, 1.0, 0, 0, "Dewarp Apply Disparity", debugfile); fprintf(stderr, "pdf file made: %s\n", debugfile); } /* Get rid of the large full res disparity arrays */ dewarpMinimize(dew2); return 0; } /*! * pixApplyVertDisparity() * * Input: dew * pixs (1, 8 or 32 bpp) * grayin (gray value, from 0 to 255, for pixels brought in; * use -1 to use pixels on the boundary of pixs) * Return: pixd (modified to remove vertical disparity), or null on error * * Notes: * (1) This applies the vertical disparity array to the specified * image. For src pixels above the image, we use the pixels * in the first raster line. * (2) Specify gray color for pixels brought in from the outside: * 0 is black, 255 is white. Use -1 to select pixels from the * boundary of the source image. */ static PIX * pixApplyVertDisparity(L_DEWARP *dew, PIX *pixs, l_int32 grayin) { l_int32 i, j, w, h, d, fw, fh, wpld, wplf, isrc, val8; l_uint32 *datad, *lined; l_float32 *dataf, *linef; void **lineptrs; FPIX *fpix; PIX *pixd; PROCNAME("pixApplyVertDisparity"); if (!dew) return (PIX *)ERROR_PTR("dew not defined", procName, NULL); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 1 && d != 8 && d != 32) return (PIX *)ERROR_PTR("pix not 1, 8 or 32 bpp", procName, NULL); if ((fpix = dew->fullvdispar) == NULL) return (PIX *)ERROR_PTR("fullvdispar not defined", procName, NULL); fpixGetDimensions(fpix, &fw, &fh); if (fw < w || fh < h) { fprintf(stderr, "fw = %d, w = %d, fh = %d, h = %d\n", fw, w, fh, h); return (PIX *)ERROR_PTR("invalid fpix size", procName, NULL); } /* Two choices for requested pixels outside pixs: (1) use pixels' * from the boundary of pixs; use white or light gray pixels. */ pixd = pixCreateTemplate(pixs); if (grayin >= 0) pixSetAllGray(pixd, grayin); datad = pixGetData(pixd); dataf = fpixGetData(fpix); wpld = pixGetWpl(pixd); wplf = fpixGetWpl(fpix); if (d == 1) { lineptrs = pixGetLinePtrs(pixs, NULL); for (i = 0; i < h; i++) { lined = datad + i * wpld; linef = dataf + i * wplf; for (j = 0; j < w; j++) { isrc = (l_int32)(i - linef[j] + 0.5); if (grayin < 0) /* use value at boundary if outside */ isrc = L_MIN(L_MAX(isrc, 0), h - 1); if (isrc >= 0 && isrc < h) { /* remains gray if outside */ if (GET_DATA_BIT(lineptrs[isrc], j)) SET_DATA_BIT(lined, j); } } } } else if (d == 8) { lineptrs = pixGetLinePtrs(pixs, NULL); for (i = 0; i < h; i++) { lined = datad + i * wpld; linef = dataf + i * wplf; for (j = 0; j < w; j++) { isrc = (l_int32)(i - linef[j] + 0.5); if (grayin < 0) isrc = L_MIN(L_MAX(isrc, 0), h - 1); if (isrc >= 0 && isrc < h) { val8 = GET_DATA_BYTE(lineptrs[isrc], j); SET_DATA_BYTE(lined, j, val8); } } } } else { /* d == 32 */ lineptrs = pixGetLinePtrs(pixs, NULL); for (i = 0; i < h; i++) { lined = datad + i * wpld; linef = dataf + i * wplf; for (j = 0; j < w; j++) { isrc = (l_int32)(i - linef[j] + 0.5); if (grayin < 0) isrc = L_MIN(L_MAX(isrc, 0), h - 1); if (isrc >= 0 && isrc < h) lined[j] = GET_DATA_FOUR_BYTES(lineptrs[isrc], j); } } } FREE(lineptrs); return pixd; } /*! * pixApplyHorizDisparity() * * Input: dew * pixs (1, 8 or 32 bpp) * grayin (gray value, from 0 to 255, for pixels brought in; * use -1 to use pixels on the boundary of pixs) * Return: pixd (modified to remove horizontal disparity if possible), * or null on error. * * Notes: * (1) This applies the horizontal disparity array to the specified * image. * (2) Specify gray color for pixels brought in from the outside: * 0 is black, 255 is white. Use -1 to select pixels from the * boundary of the source image. * (3) The input pixs has already been corrected for vertical disparity. * If the horizontal disparity array doesn't exist, this returns * a clone of @pixs. */ static PIX * pixApplyHorizDisparity(L_DEWARP *dew, PIX *pixs, l_int32 grayin) { l_int32 i, j, w, h, d, fw, fh, wpls, wpld, wplf, jsrc, val8; l_uint32 *datas, *lines, *datad, *lined; l_float32 *dataf, *linef; FPIX *fpix; PIX *pixd; PROCNAME("pixApplyHorizDisparity"); if (!dew) return (PIX *)ERROR_PTR("dew not defined", procName, pixs); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 1 && d != 8 && d != 32) return (PIX *)ERROR_PTR("pix not 1, 8 or 32 bpp", procName, NULL); if ((fpix = dew->fullhdispar) == NULL) return (PIX *)ERROR_PTR("fullhdispar not defined", procName, NULL); fpixGetDimensions(fpix, &fw, &fh); if (fw < w || fh < h) { fprintf(stderr, "fw = %d, w = %d, fh = %d, h = %d\n", fw, w, fh, h); return (PIX *)ERROR_PTR("invalid fpix size", procName, NULL); } /* Two choices for requested pixels outside pixs: (1) use pixels' * from the boundary of pixs; use white or light gray pixels. */ pixd = pixCreateTemplate(pixs); if (grayin >= 0) pixSetAllGray(pixd, grayin); datas = pixGetData(pixs); datad = pixGetData(pixd); dataf = fpixGetData(fpix); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); wplf = fpixGetWpl(fpix); if (d == 1) { for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; linef = dataf + i * wplf; for (j = 0; j < w; j++) { jsrc = (l_int32)(j - linef[j] + 0.5); if (grayin < 0) /* use value at boundary if outside */ jsrc = L_MIN(L_MAX(jsrc, 0), w - 1); if (jsrc >= 0 && jsrc < w) { /* remains gray if outside */ if (GET_DATA_BIT(lines, jsrc)) SET_DATA_BIT(lined, j); } } } } else if (d == 8) { for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; linef = dataf + i * wplf; for (j = 0; j < w; j++) { jsrc = (l_int32)(j - linef[j] + 0.5); if (grayin < 0) jsrc = L_MIN(L_MAX(jsrc, 0), w - 1); if (jsrc >= 0 && jsrc < w) { val8 = GET_DATA_BYTE(lines, jsrc); SET_DATA_BYTE(lined, j, val8); } } } } else { /* d == 32 */ for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; linef = dataf + i * wplf; for (j = 0; j < w; j++) { jsrc = (l_int32)(j - linef[j] + 0.5); if (grayin < 0) jsrc = L_MIN(L_MAX(jsrc, 0), w - 1); if (jsrc >= 0 && jsrc < w) lined[j] = lines[jsrc]; } } } return pixd; } /*----------------------------------------------------------------------* * Stripping out data and populating full res disparity * *----------------------------------------------------------------------*/ /*! * dewarpMinimize() * * Input: dew * Return: 0 if OK, 1 on error * * Notes: * (1) This removes all data that is not needed for serialization. * It keeps the subsampled disparity array(s), so the full * resolution arrays can be reconstructed. */ l_int32 dewarpMinimize(L_DEWARP *dew) { L_DEWARP *dewt; PROCNAME("dewarpMinimize"); if (!dew) return ERROR_INT("dew not defined", procName, 1); /* If dew is a ref, minimize the actual dewarp */ if (dew->hasref) dewt = dewarpaGetDewarp(dew->dewa, dew->refpage); else dewt = dew; if (!dewt) return ERROR_INT("dewt not found", procName, 1); pixDestroy(&dewt->pixs); fpixDestroy(&dewt->fullvdispar); fpixDestroy(&dewt->fullhdispar); numaDestroy(&dewt->namidys); numaDestroy(&dewt->nacurves); return 0; } /*! * dewarpPopulateFullRes() * * Input: dew * pix (, to give size of actual image) * x, y (origin for generation of disparity arrays) * Return: 0 if OK, 1 on error * * Notes: * (1) If the full resolution vertical and horizontal disparity * arrays do not exist, they are built from the subsampled ones. * (2) If pixs is not given, the size of the arrays is determined * by the original image from which the sampled version was * generated. Any values of (x,y) are ignored. * (3) If pixs is given, the full resolution disparity arrays must * be large enough to accommodate it. * (a) If the arrays do not exist, the value of (x,y) determines * the origin of the full resolution arrays without extension, * relative to pixs. Thus, (x,y) gives the amount of * slope extension in (left, top). The (right, bottom) * extension is then determined by the size of pixs and * (x,y); the values should never be < 0. * (b) If the arrays exist and pixs is too large, the existing * full res arrays are destroyed and new ones are made, * again using (x,y) to determine the extension in the * four directions. */ l_int32 dewarpPopulateFullRes(L_DEWARP *dew, PIX *pix, l_int32 x, l_int32 y) { l_int32 width, height, fw, fh, deltaw, deltah, redfactor; FPIX *fpixt1, *fpixt2; PROCNAME("dewarpPopulateFullRes"); if (!dew) return ERROR_INT("dew not defined", procName, 1); if (!dew->sampvdispar) return ERROR_INT("no sampled vert disparity", procName, 1); if (x < 0) x = 0; if (y < 0) y = 0; /* Establish the target size for the full res arrays */ if (pix) pixGetDimensions(pix, &width, &height, NULL); else { width = dew->w; height = dew->h; } /* Destroy the existing arrays if they are too small */ if (dew->fullvdispar) { fpixGetDimensions(dew->fullvdispar, &fw, &fh); if (width > fw || height > fw) fpixDestroy(&dew->fullvdispar); } if (dew->fullhdispar) { fpixGetDimensions(dew->fullhdispar, &fw, &fh); if (width > fw || height > fw) fpixDestroy(&dew->fullhdispar); } /* Find the required width and height expansion deltas */ deltaw = width - dew->sampling * (dew->nx - 1) + 2; deltah = height - dew->sampling * (dew->ny - 1) + 2; redfactor = dew->redfactor; deltaw = redfactor * L_MAX(0, deltaw); deltah = redfactor * L_MAX(0, deltah); /* Generate the full res vertical array if it doesn't exist, * extending it as required to make it big enough. Use x,y * to determine the amounts on each side. */ if (!dew->fullvdispar) { fpixt1 = fpixCopy(NULL, dew->sampvdispar); if (redfactor == 2) fpixAddMultConstant(fpixt1, 0.0, (l_float32)redfactor); fpixt2 = fpixScaleByInteger(fpixt1, dew->sampling * redfactor); fpixDestroy(&fpixt1); if (deltah == 0 && deltaw == 0) { dew->fullvdispar = fpixt2; } else { dew->fullvdispar = fpixAddSlopeBorder(fpixt2, x, deltaw - x, y, deltah - y); fpixDestroy(&fpixt2); } } /* Similarly, generate the full res horizontal array if it * doesn't exist. Do this even if useboth == 0. */ if (!dew->fullhdispar && dew->samphdispar) { fpixt1 = fpixCopy(NULL, dew->samphdispar); if (redfactor == 2) fpixAddMultConstant(fpixt1, 0.0, (l_float32)redfactor); fpixt2 = fpixScaleByInteger(fpixt1, dew->sampling * redfactor); fpixDestroy(&fpixt1); if (deltah == 0 && deltaw == 0) { dew->fullhdispar = fpixt2; } else { dew->fullhdispar = fpixAddSlopeBorder(fpixt2, x, deltaw - x, y, deltah - y); fpixDestroy(&fpixt2); } } return 0; } #if 0 /*----------------------------------------------------------------------* * Static functions not presently in use * *----------------------------------------------------------------------*/ /*! * fpixSampledDisparity() * * Input: fpixs (full resolution disparity model) * sampling (sampling factor) * Return: fpixd (sampled disparity model), or null on error * * Notes: * (1) This converts full to sampled disparity. * (2) The input array is sampled at the right and top edges, and * at every @sampling pixels horizontally and vertically. * (3) The sampled array may not extend to the right and bottom * pixels in fpixs. This will occur if fpixs was generated * with slope extension because the image on that page was * larger than normal. This is fine, because in use the * sampled array will be interpolated back to full resolution * and then extended as required. So the operations of * sampling and interpolation will be idempotent. * (4) There must be at least 3 sampled points horizontally and * vertically. */ static FPIX * fpixSampledDisparity(FPIX *fpixs, l_int32 sampling) { l_int32 w, h, wd, hd, i, j, is, js; l_float32 val; FPIX *fpixd; PROCNAME("fpixSampledDisparity"); if (!fpixs) return (FPIX *)ERROR_PTR("fpixs not defined", procName, NULL); if (sampling < 1) return (FPIX *)ERROR_PTR("sampling < 1", procName, NULL); fpixGetDimensions(fpixs, &w, &h); wd = 1 + (w + sampling - 2) / sampling; hd = 1 + (h + sampling - 2) / sampling; if (wd < 3 || hd < 3) return (FPIX *)ERROR_PTR("wd < 3 or hd < 3", procName, NULL); fpixd = fpixCreate(wd, hd); for (i = 0; i < hd; i++) { is = sampling * i; if (is >= h) continue; for (j = 0; j < wd; j++) { js = sampling * j; if (js >= w) continue; fpixGetPixel(fpixs, js, is, &val); fpixSetPixel(fpixd, j, i, val); } } return fpixd; } /*! * fpixExtraHorizDisparity() * * Input: fpixv (vertical disparity model) * factor (conversion factor for vertical disparity slope; * use 0 for default) * &xwid ( extra width to be added to dewarped pix) * Return: fpixh, or null on error * * Notes: * (1) This takes the difference in vertical disparity at top * and bottom of the image, and converts it to an assumed * horizontal disparity. In use, we add this to the * horizontal disparity determined by the left and right * ends of textlines. * (2) Usage: * l_int32 xwid = [extra width to be added to fpix and image] * FPix *fpix = fpixExtraHorizDisparity(dew->fullvdispar, 0, &xwid); * fpixLinearCombination(dew->fullhdispar, dew->fullhdispar, * fpix, 1.0, 1.0); */ static FPIX * fpixExtraHorizDisparity(FPIX *fpixv, l_float32 factor, l_int32 *pxwid) { l_int32 w, h, i, j, fw, wpl, maxloc; l_float32 val1, val2, vdisp, vdisp0, maxval; l_float32 *data, *line, *fadiff; NUMA *nadiff; FPIX *fpixh; PROCNAME("fpixExtraHorizDisparity"); if (!fpixv) return (FPIX *)ERROR_PTR("fpixv not defined", procName, NULL); if (!pxwid) return (FPIX *)ERROR_PTR("&xwid not defined", procName, NULL); if (factor == 0.0) factor = DEFAULT_SLOPE_FACTOR; /* Estimate horizontal disparity from the vertical disparity * difference between the top and bottom, normalized to the * image height. Add the maximum value to the width of the * output image, so that all src pixels can be mapped * into the dest. */ fpixGetDimensions(fpixv, &w, &h); nadiff = numaCreate(w); for (j = 0; j < w; j++) { fpixGetPixel(fpixv, j, 0, &val1); fpixGetPixel(fpixv, j, h - 1, &val2); vdisp = factor * (val2 - val1) / (l_float32)h; if (j == 0) vdisp0 = vdisp; vdisp = vdisp0 - vdisp; numaAddNumber(nadiff, vdisp); } numaGetMax(nadiff, &maxval, &maxloc); *pxwid = (l_int32)(maxval + 0.5); fw = w + *pxwid; fpixh = fpixCreate(fw, h); data = fpixGetData(fpixh); wpl = fpixGetWpl(fpixh); fadiff = numaGetFArray(nadiff, L_NOCOPY); for (i = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < fw; j++) { if (j < maxloc) /* this may not work for even pages */ line[j] = fadiff[j]; else /* keep it at the max value the rest of the way across */ line[j] = maxval; } } numaDestroy(&nadiff); return fpixh; } #endif leptonica-1.70/src/quadtree.c0000644000175000017500000005564012244234404014263 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * quadtree.c * * Top level quadtree linear statistics * l_int32 pixQuadtreeMean() * l_int32 pixQuadtreeVariance() * * Statistics in an arbitrary rectangle * l_int32 pixMeanInRectangle() * l_int32 pixVarianceInRectangle() * * Quadtree regions * BOXAA *boxaaQuadtreeRegions() * * Quadtree access * l_int32 quadtreeGetParent() * l_int32 quadtreeGetChildren() * l_int32 quadtreeMaxLevels() * * Display quadtree * PIX *fpixaDisplayQuadtree() * * * There are many other statistical quantities that can be computed * in a quadtree, such as rank values, and these can be added as * the need arises. * * Similar results that can approximate a single level of the quadtree * can be generated by pixGetAverageTiled(). There we specify the * tile size over which the mean, mean square, and root variance * are generated; the results are saved in a (reduced size) pix. * Because the tile dimensions are integers, it is usually not possible * to obtain tilings that are a power of 2, as required for quadtrees. */ #include #include "allheaders.h" #ifndef NO_CONSOLE_IO #define DEBUG_BOXES 0 #endif /* !NO_CONSOLE_IO */ /*----------------------------------------------------------------------* * Top-level quadtree linear statistics * *----------------------------------------------------------------------*/ /*! * pixQuadtreeMean() * * Input: pixs (8 bpp, no colormap) * nlevels (in quadtree; max allowed depends on image size) * *pix_ma (input mean accumulator; can be null) * *pfpixa ( mean values in quadtree) * Return: 0 if OK, 1 on error * * Notes: * (1) The returned fpixa has @nlevels of fpix, each containing * the mean values at its level. Level 0 has a * single value; level 1 has 4 values; level 2 has 16; etc. */ l_int32 pixQuadtreeMean(PIX *pixs, l_int32 nlevels, PIX *pix_ma, FPIXA **pfpixa) { l_int32 i, j, w, h, size, n; l_float32 val; BOX *box; BOXA *boxa; BOXAA *baa; FPIX *fpix; PIX *pix_mac; PROCNAME("pixQuadtreeMean"); if (!pfpixa) return ERROR_INT("&fpixa not defined", procName, 1); *pfpixa = NULL; if (!pixs || pixGetDepth(pixs) != 8) return ERROR_INT("pixs not defined or not 8 bpp", procName, 1); pixGetDimensions(pixs, &w, &h, NULL); if (nlevels > quadtreeMaxLevels(w, h)) return ERROR_INT("nlevels too large for image", procName, 1); if (!pix_ma) pix_mac = pixBlockconvAccum(pixs); else pix_mac = pixClone(pix_ma); if (!pix_mac) return ERROR_INT("pix_mac not made", procName, 1); if ((baa = boxaaQuadtreeRegions(w, h, nlevels)) == NULL) { pixDestroy(&pix_mac); return ERROR_INT("baa not made", procName, 1); } *pfpixa = fpixaCreate(nlevels); for (i = 0; i < nlevels; i++) { boxa = boxaaGetBoxa(baa, i, L_CLONE); size = 1 << i; n = boxaGetCount(boxa); /* n == size * size */ fpix = fpixCreate(size, size); for (j = 0; j < n; j++) { box = boxaGetBox(boxa, j, L_CLONE); pixMeanInRectangle(pixs, box, pix_mac, &val); fpixSetPixel(fpix, j % size, j / size, val); boxDestroy(&box); } fpixaAddFPix(*pfpixa, fpix, L_INSERT); boxaDestroy(&boxa); } pixDestroy(&pix_mac); boxaaDestroy(&baa); return 0; } /*! * pixQuadtreeVariance() * * Input: pixs (8 bpp, no colormap) * nlevels (in quadtree) * *pix_ma (input mean accumulator; can be null) * *dpix_msa (input mean square accumulator; can be null) * *pfpixa_v ( variance values in quadtree) * *pfpixa_rv ( root variance values in quadtree) * Return: 0 if OK, 1 on error * * Notes: * (1) The returned fpixav and fpixarv have @nlevels of fpix, * each containing at the respective levels the variance * and root variance values. */ l_int32 pixQuadtreeVariance(PIX *pixs, l_int32 nlevels, PIX *pix_ma, DPIX *dpix_msa, FPIXA **pfpixa_v, FPIXA **pfpixa_rv) { l_int32 i, j, w, h, size, n; l_float32 var, rvar; BOX *box; BOXA *boxa; BOXAA *baa; FPIX *fpixv, *fpixrv; PIX *pix_mac; /* copy of mean accumulator */ DPIX *dpix_msac; /* msa clone */ PROCNAME("pixQuadtreeVariance"); if (!pfpixa_v && !pfpixa_rv) return ERROR_INT("neither &fpixav nor &fpixarv defined", procName, 1); if (pfpixa_v) *pfpixa_v = NULL; if (pfpixa_rv) *pfpixa_rv = NULL; if (!pixs || pixGetDepth(pixs) != 8) return ERROR_INT("pixs not defined or not 8 bpp", procName, 1); pixGetDimensions(pixs, &w, &h, NULL); if (nlevels > quadtreeMaxLevels(w, h)) return ERROR_INT("nlevels too large for image", procName, 1); if (!pix_ma) pix_mac = pixBlockconvAccum(pixs); else pix_mac = pixClone(pix_ma); if (!pix_mac) return ERROR_INT("pix_mac not made", procName, 1); if (!dpix_msa) dpix_msac = pixMeanSquareAccum(pixs); else dpix_msac = dpixClone(dpix_msa); if (!dpix_msac) return ERROR_INT("dpix_msac not made", procName, 1); if ((baa = boxaaQuadtreeRegions(w, h, nlevels)) == NULL) { pixDestroy(&pix_mac); dpixDestroy(&dpix_msac); return ERROR_INT("baa not made", procName, 1); } if (pfpixa_v) *pfpixa_v = fpixaCreate(nlevels); if (pfpixa_rv) *pfpixa_rv = fpixaCreate(nlevels); for (i = 0; i < nlevels; i++) { boxa = boxaaGetBoxa(baa, i, L_CLONE); size = 1 << i; n = boxaGetCount(boxa); /* n == size * size */ if (pfpixa_v) fpixv = fpixCreate(size, size); if (pfpixa_rv) fpixrv = fpixCreate(size, size); for (j = 0; j < n; j++) { box = boxaGetBox(boxa, j, L_CLONE); pixVarianceInRectangle(pixs, box, pix_mac, dpix_msac, &var, &rvar); if (pfpixa_v) fpixSetPixel(fpixv, j % size, j / size, var); if (pfpixa_rv) fpixSetPixel(fpixrv, j % size, j / size, rvar); boxDestroy(&box); } if (pfpixa_v) fpixaAddFPix(*pfpixa_v, fpixv, L_INSERT); if (pfpixa_rv) fpixaAddFPix(*pfpixa_rv, fpixrv, L_INSERT); boxaDestroy(&boxa); } pixDestroy(&pix_mac); dpixDestroy(&dpix_msac); boxaaDestroy(&baa); return 0; } /*----------------------------------------------------------------------* * Statistics in an arbitrary rectangle * *----------------------------------------------------------------------*/ /*! * pixMeanInRectangle() * * Input: pix (8 bpp) * box (region to compute mean value) * pixma (mean accumulator) * &val ( mean value * Return: 0 if OK, 1 on error * * Notes: * (1) This function is intended to be used for many rectangles * on the same image. It can find the mean within a * rectangle in O(1), independent of the size of the rectangle. */ l_int32 pixMeanInRectangle(PIX *pixs, BOX *box, PIX *pixma, l_float32 *pval) { l_int32 w, h, bx, by, bw, bh; l_uint32 val00, val01, val10, val11; l_float32 norm; BOX *boxc; PROCNAME("pixMeanInRectangle"); if (!pval) return ERROR_INT("&val not defined", procName, 1); *pval = 0.0; if (!pixs || pixGetDepth(pixs) != 8) return ERROR_INT("pixs not defined", procName, 1); if (!box) return ERROR_INT("box not defined", procName, 1); if (!pixma) return ERROR_INT("pixma not defined", procName, 1); /* Clip rectangle to image */ pixGetDimensions(pixs, &w, &h, NULL); boxc = boxClipToRectangle(box, w, h); boxGetGeometry(boxc, &bx, &by, &bw, &bh); boxDestroy(&boxc); if (bw == 0 || bh == 0) return ERROR_INT("no pixels in box", procName, 1); /* Use up to 4 points in the accumulator */ norm = 1.0 / (bw * bh); if (bx > 0 && by > 0) { pixGetPixel(pixma, bx + bw - 1, by + bh - 1, &val11); pixGetPixel(pixma, bx + bw - 1, by - 1, &val10); pixGetPixel(pixma, bx - 1, by + bh - 1, &val01); pixGetPixel(pixma, bx - 1, by - 1, &val00); *pval = norm * (val11 - val01 + val00 - val10); } else if (by > 0) { /* bx == 0 */ pixGetPixel(pixma, bw - 1, by + bh - 1, &val11); pixGetPixel(pixma, bw - 1, by - 1, &val10); *pval = norm * (val11 - val10); } else if (bx > 0) { /* by == 0 */ pixGetPixel(pixma, bx + bw - 1, bh - 1, &val11); pixGetPixel(pixma, bx - 1, bh - 1, &val01); *pval = norm * (val11 - val01); } else { /* bx == 0 && by == 0 */ pixGetPixel(pixma, bw - 1, bh - 1, &val11); *pval = norm * val11; } return 0; } /*! * pixVarianceInRectangle() * * Input: pix (8 bpp) * box (region to compute variance and/or root variance) * pix_ma (mean accumulator) * dpix_msa (mean square accumulator) * &var ( variance) * &rvar ( root variance) * Return: 0 if OK, 1 on error * * Notes: * (1) This function is intended to be used for many rectangles * on the same image. It can find the variance and/or the * square root of the variance within a rectangle in O(1), * independent of the size of the rectangle. */ l_int32 pixVarianceInRectangle(PIX *pixs, BOX *box, PIX *pix_ma, DPIX *dpix_msa, l_float32 *pvar, l_float32 *prvar) { l_int32 w, h, bx, by, bw, bh; l_uint32 val00, val01, val10, val11; l_float64 dval00, dval01, dval10, dval11, mval, msval, var, norm; BOX *boxc; PROCNAME("pixVarianceInRectangle"); if (!pvar && !prvar) return ERROR_INT("neither &var nor &rvar defined", procName, 1); if (pvar) *pvar = 0.0; if (prvar) *prvar = 0.0; if (!pixs || pixGetDepth(pixs) != 8) return ERROR_INT("pixs not defined", procName, 1); if (!box) return ERROR_INT("box not defined", procName, 1); if (!pix_ma) return ERROR_INT("pix_ma not defined", procName, 1); if (!dpix_msa) return ERROR_INT("dpix_msa not defined", procName, 1); /* Clip rectangle to image */ pixGetDimensions(pixs, &w, &h, NULL); boxc = boxClipToRectangle(box, w, h); boxGetGeometry(boxc, &bx, &by, &bw, &bh); boxDestroy(&boxc); if (bw == 0 || bh == 0) return ERROR_INT("no pixels in box", procName, 1); /* Use up to 4 points in the accumulators */ norm = 1.0 / (bw * bh); if (bx > 0 && by > 0) { pixGetPixel(pix_ma, bx + bw - 1, by + bh - 1, &val11); pixGetPixel(pix_ma, bx + bw - 1, by - 1, &val10); pixGetPixel(pix_ma, bx - 1, by + bh - 1, &val01); pixGetPixel(pix_ma, bx - 1, by - 1, &val00); dpixGetPixel(dpix_msa, bx + bw - 1, by + bh - 1, &dval11); dpixGetPixel(dpix_msa, bx + bw - 1, by - 1, &dval10); dpixGetPixel(dpix_msa, bx - 1, by + bh - 1, &dval01); dpixGetPixel(dpix_msa, bx - 1, by - 1, &dval00); mval = norm * (val11 - val01 + val00 - val10); msval = norm * (dval11 - dval01 + dval00 - dval10); var = (msval - mval * mval); if (pvar) *pvar = (l_float32)var; if (prvar) *prvar = (l_float32)(sqrt(var)); } else if (by > 0) { /* bx == 0 */ pixGetPixel(pix_ma, bw - 1, by + bh - 1, &val11); pixGetPixel(pix_ma, bw - 1, by - 1, &val10); dpixGetPixel(dpix_msa, bw - 1, by + bh - 1, &dval11); dpixGetPixel(dpix_msa, bw - 1, by - 1, &dval10); mval = norm * (val11 - val10); msval = norm * (dval11 - dval10); var = (msval - mval * mval); if (pvar) *pvar = (l_float32)var; if (prvar) *prvar = (l_float32)(sqrt(var)); } else if (bx > 0) { /* by == 0 */ pixGetPixel(pix_ma, bx + bw - 1, bh - 1, &val11); pixGetPixel(pix_ma, bx - 1, bh - 1, &val01); dpixGetPixel(dpix_msa, bx + bw - 1, bh - 1, &dval11); dpixGetPixel(dpix_msa, bx - 1, bh - 1, &dval01); mval = norm * (val11 - val01); msval = norm * (dval11 - dval01); var = (msval - mval * mval); if (pvar) *pvar = (l_float32)var; if (prvar) *prvar = (l_float32)(sqrt(var)); } else { /* bx == 0 && by == 0 */ pixGetPixel(pix_ma, bw - 1, bh - 1, &val11); dpixGetPixel(dpix_msa, bw - 1, bh - 1, &dval11); mval = norm * val11; msval = norm * dval11; var = (msval - mval * mval); if (pvar) *pvar = (l_float32)var; if (prvar) *prvar = (l_float32)(sqrt(var)); } return 0; } /*----------------------------------------------------------------------* * Quadtree regions * *----------------------------------------------------------------------*/ /*! * boxaaQuadtreeRegions() * * Input: w, h (of pix that is being quadtree-ized) * nlevels (in quadtree) * Return: baa (for quadtree regions at each level), or null on error * * Notes: * (1) The returned boxaa has @nlevels of boxa, each containing * the set of rectangles at that level. The rectangle at * level 0 is the entire region; at level 1 the region is * divided into 4 rectangles, and at level n there are n^4 * rectangles. * (2) At each level, the rectangles in the boxa are in "raster" * order, with LR (fast scan) and TB (slow scan). */ BOXAA * boxaaQuadtreeRegions(l_int32 w, l_int32 h, l_int32 nlevels) { l_int32 i, j, k, maxpts, nside, nbox, bw, bh; l_int32 *xstart, *xend, *ystart, *yend; BOX *box; BOXA *boxa; BOXAA *baa; PROCNAME("boxaaQuadtreeRegions"); if (nlevels < 1) return (BOXAA *)ERROR_PTR("nlevels must be >= 1", procName, NULL); if (w < (1 << (nlevels - 1))) return (BOXAA *)ERROR_PTR("w doesn't support nlevels", procName, NULL); if (h < (1 << (nlevels - 1))) return (BOXAA *)ERROR_PTR("h doesn't support nlevels", procName, NULL); baa = boxaaCreate(nlevels); maxpts = 1 << (nlevels - 1); xstart = (l_int32 *)CALLOC(maxpts, sizeof(l_int32)); xend = (l_int32 *)CALLOC(maxpts, sizeof(l_int32)); ystart = (l_int32 *)CALLOC(maxpts, sizeof(l_int32)); yend = (l_int32 *)CALLOC(maxpts, sizeof(l_int32)); for (k = 0; k < nlevels; k++) { nside = 1 << k; /* number of boxes in each direction */ for (i = 0; i < nside; i++) { xstart[i] = (w - 1) * i / nside; if (i > 0) xstart[i]++; xend[i] = (w - 1) * (i + 1) / nside; ystart[i] = (h - 1) * i / nside; if (i > 0) ystart[i]++; yend[i] = (h - 1) * (i + 1) / nside; #if DEBUG_BOXES fprintf(stderr, "k = %d, xs[%d] = %d, xe[%d] = %d, ys[%d] = %d, ye[%d] = %d\n", k, i, xstart[i], i, xend[i], i, ystart[i], i, yend[i]); #endif /* DEBUG_BOXES */ } nbox = 1 << (2 * k); boxa = boxaCreate(nbox); for (i = 0; i < nside; i++) { bh = yend[i] - ystart[i] + 1; for (j = 0; j < nside; j++) { bw = xend[j] - xstart[j] + 1; box = boxCreate(xstart[j], ystart[i], bw, bh); boxaAddBox(boxa, box, L_INSERT); } } boxaaAddBoxa(baa, boxa, L_INSERT); } FREE(xstart); FREE(xend); FREE(ystart); FREE(yend); return baa; } /*----------------------------------------------------------------------* * Quadtree access * *----------------------------------------------------------------------*/ /*! * quadtreeGetParent() * * Input: fpixa (mean, variance or root variance) * level, x, y (of current pixel) * &val ( parent pixel value), or 0.0 on error. * Return: 0 if OK, 1 on error * * Notes: * (1) Check return value for error. On error, val is returned as 0.0. * (2) The parent is located at: * level - 1 * (x/2, y/2) */ l_int32 quadtreeGetParent(FPIXA *fpixa, l_int32 level, l_int32 x, l_int32 y, l_float32 *pval) { l_int32 n; PROCNAME("quadtreeGetParent"); if (!pval) return ERROR_INT("&val not defined", procName, 1); *pval = 0.0; if (!fpixa) return ERROR_INT("fpixa not defined", procName, 1); n = fpixaGetCount(fpixa); if (level < 1 || level >= n) return ERROR_INT("invalid level", procName, 1); if (fpixaGetPixel(fpixa, level - 1, x / 2, y / 2, pval) != 0) return ERROR_INT("invalid coordinates", procName, 1); return 0; } /*! * quadtreeGetChildren() * * Input: fpixa (mean, variance or root variance) * level, x, y (of current pixel) * &val00, val01, val10, val11 ( child pixel values) * Return: 0 if OK, 1 on error * * Notes: * (1) Check return value for error. On error, all return vals are 0.0. * (2) The returned child pixels are located at: * level + 1 * (2x, 2y), (2x+1, 2y), (2x, 2y+1), (2x+1, 2y+1) */ l_int32 quadtreeGetChildren(FPIXA *fpixa, l_int32 level, l_int32 x, l_int32 y, l_float32 *pval00, l_float32 *pval10, l_float32 *pval01, l_float32 *pval11) { l_int32 n; PROCNAME("quadtreeGetChildren"); if (!pval00 || !pval01 || !pval10 || !pval11) return ERROR_INT("&val* not all defined", procName, 1); *pval00 = *pval10 = *pval01 = *pval11 = 0.0; if (!fpixa) return ERROR_INT("fpixa not defined", procName, 1); n = fpixaGetCount(fpixa); if (level < 0 || level >= n - 1) return ERROR_INT("invalid level", procName, 1); if (fpixaGetPixel(fpixa, level + 1, 2 * x, 2 * y, pval00) != 0) return ERROR_INT("invalid coordinates", procName, 1); fpixaGetPixel(fpixa, level + 1, 2 * x + 1, 2 * y, pval10); fpixaGetPixel(fpixa, level + 1, 2 * x, 2 * y + 1, pval01); fpixaGetPixel(fpixa, level + 1, 2 * x + 1, 2 * y + 1, pval11); return 0; } /*! * quadtreeMaxLevels() * * Input: w, h (of image) * Return: maxlevels (maximum number of levels allowed), or -1 on error * * Notes: * (1) The criterion for maxlevels is that the subdivision not * go down below the single pixel level. The 1.5 factor * is intended to keep any rectangle from accidentally * having zero dimension due to integer truncation. */ l_int32 quadtreeMaxLevels(l_int32 w, l_int32 h) { l_int32 i, minside; minside = L_MIN(w, h); for (i = 0; i < 20; i++) { /* 2^10 = one million */ if (minside < (1.5 * (1 << i))) return i - 1; } return -1; /* fail if the image has over a trillion pixels! */ } /*----------------------------------------------------------------------* * Display quadtree * *----------------------------------------------------------------------*/ /*! * fpixaDisplayQuadtree() * * Input: fpixa (mean, variance or root variance) * factor (replication factor at lowest level) * Return: pixd (8 bpp, mosaic of quadtree images), or null on error * * Notes: * (1) The mean and root variance fall naturally in the 8 bpp range, * but the variance is typically outside the range. This * function displays 8 bpp pix clipped to 255, so the image * pixels will mostly be 255 (white). */ PIX * fpixaDisplayQuadtree(FPIXA *fpixa, l_int32 factor) { char buf[256]; l_int32 nlevels, i, mag, w; L_BMF *bmf; FPIX *fpix; PIX *pixt1, *pixt2, *pixt3, *pixt4, *pixd; PIXA *pixat; PROCNAME("fpixaDisplayQuadtree"); if (!fpixa) return (PIX *)ERROR_PTR("fpixa not defined", procName, NULL); if ((nlevels = fpixaGetCount(fpixa)) == 0) return (PIX *)ERROR_PTR("pixas empty", procName, NULL); bmf = bmfCreate("./fonts", 6); pixat = pixaCreate(nlevels); for (i = 0; i < nlevels; i++) { fpix = fpixaGetFPix(fpixa, i, L_CLONE); pixt1 = fpixConvertToPix(fpix, 8, L_CLIP_TO_ZERO, 0); mag = factor * (1 << (nlevels - i - 1)); pixt2 = pixExpandReplicate(pixt1, mag); pixt3 = pixConvertTo32(pixt2); snprintf(buf, sizeof(buf), "Level %d\n", i); pixt4 = pixAddSingleTextblock(pixt3, bmf, buf, 0xff000000, L_ADD_BELOW, NULL); pixaAddPix(pixat, pixt4, L_INSERT); fpixDestroy(&fpix); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); } w = pixGetWidth(pixt4); pixd = pixaDisplayTiledInRows(pixat, 32, nlevels * (w + 80), 1.0, 0, 30, 2); pixaDestroy(&pixat); bmfDestroy(&bmf); return pixd; } leptonica-1.70/src/pdfiostub.c0000664000175000017500000003104712262575560014460 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pdfiostub.c * * Stubs for pdfio.c functions */ #include "allheaders.h" /* --------------------------------------------*/ #if !USE_PDFIO /* defined in environ.h */ /* --------------------------------------------*/ l_int32 convertFilesToPdf(const char *dirname, const char *substr, l_int32 res, l_float32 scalefactor, l_int32 type, l_int32 quality, const char *title, const char *fileout) { return ERROR_INT("function not present", "convertFilesToPdf", 1); } /* ----------------------------------------------------------------------*/ l_int32 saConvertFilesToPdf(SARRAY *sa, l_int32 res, l_float32 scalefactor, l_int32 type, l_int32 quality, const char *title, const char *fileout) { return ERROR_INT("function not present", "saConvertFilesToPdf", 1); } /* ----------------------------------------------------------------------*/ l_int32 saConvertFilesToPdfData(SARRAY *sa, l_int32 res, l_float32 scalefactor, l_int32 type, l_int32 quality, const char *title, l_uint8 **pdata, size_t *pnbytes) { return ERROR_INT("function not present", "saConvertFilesToPdfData", 1); } /* ----------------------------------------------------------------------*/ l_int32 selectDefaultPdfEncoding(PIX *pix, l_int32 *ptype) { return ERROR_INT("function not present", "selectDefaultPdfEncoding", 1); } /* ----------------------------------------------------------------------*/ l_int32 convertUnscaledFilesToPdf(const char *dirname, const char *substr, const char *title, const char *fileout) { return ERROR_INT("function not present", "convertUnscaledFilesToPdf", 1); } /* ----------------------------------------------------------------------*/ l_int32 saConvertUnscaledFilesToPdf(SARRAY *sa, const char *title, const char *fileout) { return ERROR_INT("function not present", "saConvertUnscaledFilesToPdf", 1); } /* ----------------------------------------------------------------------*/ l_int32 saConvertUnscaledFilesToPdfData(SARRAY *sa, const char *title, l_uint8 **pdata, size_t *pnbytes) { return ERROR_INT("function not present", "saConvertUnscaledFilesToPdfData", 1); } /* ----------------------------------------------------------------------*/ l_int32 convertUnscaledToPdfData(const char *fname, const char *title, l_uint8 **pdata, size_t *pnbytes) { return ERROR_INT("function not present", "convertUnscaledToPdfData", 1); } /* ----------------------------------------------------------------------*/ l_int32 pixaConvertToPdf(PIXA *pixa, l_int32 res, l_float32 scalefactor, l_int32 type, l_int32 quality, const char *title, const char *fileout) { return ERROR_INT("function not present", "pixaConvertToPdf", 1); } /* ----------------------------------------------------------------------*/ l_int32 pixaConvertToPdfData(PIXA *pixa, l_int32 res, l_float32 scalefactor, l_int32 type, l_int32 quality, const char *title, l_uint8 **pdata, size_t *pnbytes) { return ERROR_INT("function not present", "pixaConvertToPdfData", 1); } /* ----------------------------------------------------------------------*/ l_int32 convertToPdf(const char *filein, l_int32 type, l_int32 quality, const char *fileout, l_int32 x, l_int32 y, l_int32 res, const char *title, L_PDF_DATA **plpd, l_int32 position) { return ERROR_INT("function not present", "convertToPdf", 1); } /* ----------------------------------------------------------------------*/ l_int32 convertImageDataToPdf(l_uint8 *imdata, size_t size, l_int32 type, l_int32 quality, const char *fileout, l_int32 x, l_int32 y, l_int32 res, const char *title, L_PDF_DATA **plpd, l_int32 position) { return ERROR_INT("function not present", "convertImageDataToPdf", 1); } /* ----------------------------------------------------------------------*/ l_int32 convertToPdfData(const char *filein, l_int32 type, l_int32 quality, l_uint8 **pdata, size_t *pnbytes, l_int32 x, l_int32 y, l_int32 res, const char *title, L_PDF_DATA **plpd, l_int32 position) { return ERROR_INT("function not present", "convertToPdfData", 1); } /* ----------------------------------------------------------------------*/ l_int32 convertImageDataToPdfData(l_uint8 *imdata, size_t size, l_int32 type, l_int32 quality, l_uint8 **pdata, size_t *pnbytes, l_int32 x, l_int32 y, l_int32 res, const char *title, L_PDF_DATA **plpd, l_int32 position) { return ERROR_INT("function not present", "convertImageDataToPdfData", 1); } /* ----------------------------------------------------------------------*/ l_int32 pixConvertToPdf(PIX *pix, l_int32 type, l_int32 quality, const char *fileout, l_int32 x, l_int32 y, l_int32 res, const char *title, L_PDF_DATA **plpd, l_int32 position) { return ERROR_INT("function not present", "pixConvertToPdf", 1); } /* ----------------------------------------------------------------------*/ l_int32 pixConvertToPdfData(PIX *pix, l_int32 type, l_int32 quality, l_uint8 **pdata, size_t *pnbytes, l_int32 x, l_int32 y, l_int32 res, const char *title, L_PDF_DATA **plpd, l_int32 position) { return ERROR_INT("function not present", "pixConvertToPdfData", 1); } /* ----------------------------------------------------------------------*/ l_int32 pixWriteStreamPdf(FILE *fp, PIX *pix, l_int32 res, const char *title) { return ERROR_INT("function not present", "pixWriteStreamPdf", 1); } /* ----------------------------------------------------------------------*/ l_int32 convertSegmentedFilesToPdf(const char *dirname, const char *substr, l_int32 res, l_int32 type, l_int32 thresh, BOXAA *baa, l_int32 quality, l_float32 scalefactor, const char *title, const char *fileout) { return ERROR_INT("function not present", "convertSegmentedFilesToPdf", 1); } /* ----------------------------------------------------------------------*/ BOXAA * convertNumberedMasksToBoxaa(const char *dirname, const char *substr, l_int32 numpre, l_int32 numpost) { return (BOXAA *)ERROR_PTR("function not present", "convertNumberedMasksToBoxaa", NULL); } /* ----------------------------------------------------------------------*/ l_int32 convertToPdfSegmented(const char *filein, l_int32 res, l_int32 type, l_int32 thresh, BOXA *boxa, l_int32 quality, l_float32 scalefactor, const char *title, const char *fileout) { return ERROR_INT("function not present", "convertToPdfSegmented", 1); } /* ----------------------------------------------------------------------*/ l_int32 pixConvertToPdfSegmented(PIX *pixs, l_int32 res, l_int32 type, l_int32 thresh, BOXA *boxa, l_int32 quality, l_float32 scalefactor, const char *title, const char *fileout) { return ERROR_INT("function not present", "pixConvertToPdfSegmented", 1); } /* ----------------------------------------------------------------------*/ l_int32 convertToPdfDataSegmented(const char *filein, l_int32 res, l_int32 type, l_int32 thresh, BOXA *boxa, l_int32 quality, l_float32 scalefactor, const char *title, l_uint8 **pdata, size_t *pnbytes) { return ERROR_INT("function not present", "convertToPdfDataSegmented", 1); } /* ----------------------------------------------------------------------*/ l_int32 pixConvertToPdfDataSegmented(PIX *pixs, l_int32 res, l_int32 type, l_int32 thresh, BOXA *boxa, l_int32 quality, l_float32 scalefactor, const char *title, l_uint8 **pdata, size_t *pnbytes) { return ERROR_INT("function not present", "pixConvertToPdfDataSegmented", 1); } /* ----------------------------------------------------------------------*/ l_int32 concatenatePdf(const char *dirname, const char *substr, const char *fileout) { return ERROR_INT("function not present", "concatenatePdf", 1); } /* ----------------------------------------------------------------------*/ l_int32 saConcatenatePdf(SARRAY *sa, const char *fileout) { return ERROR_INT("function not present", "saConcatenatePdf", 1); } /* ----------------------------------------------------------------------*/ l_int32 ptraConcatenatePdf(L_PTRA *pa, const char *fileout) { return ERROR_INT("function not present", "ptraConcatenatePdf", 1); } /* ----------------------------------------------------------------------*/ l_int32 concatenatePdfToData(const char *dirname, const char *substr, l_uint8 **pdata, size_t *pnbytes) { return ERROR_INT("function not present", "concatenatePdfToData", 1); } /* ----------------------------------------------------------------------*/ l_int32 saConcatenatePdfToData(SARRAY *sa, l_uint8 **pdata, size_t *pnbytes) { return ERROR_INT("function not present", "saConcatenatePdfToData", 1); } /* ----------------------------------------------------------------------*/ l_int32 ptraConcatenatePdfToData(L_PTRA *pa_data, SARRAY *sa, l_uint8 **pdata, size_t *pnbytes) { return ERROR_INT("function not present", "ptraConcatenatePdfToData", 1); } /* ----------------------------------------------------------------------*/ void l_pdfSetG4ImageMask(l_int32 flag) { L_ERROR("function not present", "l_pdfSetG4ImageMask"); return; } /* ----------------------------------------------------------------------*/ void l_pdfSetDateAndVersion(l_int32 flag) { L_ERROR("function not present", "l_pdfSetDateAndVersion"); return; } /* --------------------------------------------*/ #endif /* !USE_PDFIO */ /* --------------------------------------------*/ leptonica-1.70/src/gplot.h0000644000175000017500000000666111707052573013612 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ #ifndef LEPTONICA_GPLOT_H #define LEPTONICA_GPLOT_H /* * gplot.h * * Data structures and parameters for generating gnuplot files */ #define GPLOT_VERSION_NUMBER 1 #define NUM_GPLOT_STYLES 5 enum GPLOT_STYLE { GPLOT_LINES = 0, GPLOT_POINTS = 1, GPLOT_IMPULSES = 2, GPLOT_LINESPOINTS = 3, GPLOT_DOTS = 4 }; #define NUM_GPLOT_OUTPUTS 6 enum GPLOT_OUTPUT { GPLOT_NONE = 0, GPLOT_PNG = 1, GPLOT_PS = 2, GPLOT_EPS = 3, GPLOT_X11 = 4, GPLOT_LATEX = 5 }; enum GPLOT_SCALING { GPLOT_LINEAR_SCALE = 0, /* default */ GPLOT_LOG_SCALE_X = 1, GPLOT_LOG_SCALE_Y = 2, GPLOT_LOG_SCALE_X_Y = 3 }; extern const char *gplotstylenames[]; /* used in gnuplot cmd file */ extern const char *gplotfilestyles[]; /* used in simple file input */ extern const char *gplotfileoutputs[]; /* used in simple file input */ struct GPlot { char *rootname; /* for cmd, data, output */ char *cmdname; /* command file name */ struct Sarray *cmddata; /* command file contents */ struct Sarray *datanames; /* data file names */ struct Sarray *plotdata; /* plot data (1 string/file) */ struct Sarray *plottitles; /* title for each individual plot */ struct Numa *plotstyles; /* plot style for individual plots */ l_int32 nplots; /* current number of plots */ char *outname; /* output file name */ l_int32 outformat; /* GPLOT_OUTPUT values */ l_int32 scaling; /* GPLOT_SCALING values */ char *title; /* optional */ char *xlabel; /* optional x axis label */ char *ylabel; /* optional y axis label */ }; typedef struct GPlot GPLOT; #endif /* LEPTONICA_GPLOT_H */ leptonica-1.70/src/pix.h0000644000175000017500000014250212270566024013255 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ #ifndef LEPTONICA_PIX_H #define LEPTONICA_PIX_H /* * pix.h * * Valid image types in leptonica: * Pix: 1 bpp, with and without colormap * Pix: 2 bpp, with and without colormap * Pix: 4 bpp, with and without colormap * Pix: 8 bpp, with and without colormap * Pix: 16 bpp (1 spp) * Pix: 32 bpp (rgb, 3 spp) * Pix: 32 bpp (rgba, 4 spp) * FPix: 32 bpp float * DPix: 64 bpp double * Notes: * (1) The only valid Pix image type with alpha is rgba. * In particular, the alpha component is not used in * cmapped images. * (2) PixComp can hold any Pix with IFF_PNG encoding. * * This file defines most of the image-related structs used in leptonica: * struct Pix * struct PixColormap * struct RGBA_Quad * struct Pixa * struct Pixaa * struct Box * struct Boxa * struct Boxaa * struct Pta * struct Ptaa * struct Pixacc * struct PixTiling * struct FPix * struct FPixa * struct DPix * struct PixComp * struct PixaComp * * This file has definitions for: * Colors for RGB * Perceptual color weights * Colormap conversion flags * Rasterop bit flags * Structure access flags (for insert, copy, clone, copy-clone) * Sorting flags (by type and direction) * Blending flags * Graphics pixel setting flags * Size filtering flags * Color component selection flags * 16-bit conversion flags * Rotation and shear flags * Affine transform order flags * Grayscale filling flags * Flags for setting to white or black * Flags for getting white or black pixel value * Flags for 8 and 16 bit pixel sums * Dithering flags * Distance flags * Statistical measures * Set selection flags * Text orientation flags * Edge orientation flags * Line orientation flags * Scan direction flags * Box size adjustment flags * Handling overlapping bounding boxes in boxa * Horizontal warp * Pixel selection for resampling * Thinning flags * Runlength flags * Edge filter flags * Handling negative values in conversion to unsigned int * Subpixel color component ordering in LCD display * Relative to zero flags * HSV histogram flags * Region flags (inclusion, exclusion) * Flags for adding text to a pix * Flags for selecting display program * Flags in the 'special' pix field for non-default operations */ /*-------------------------------------------------------------------------* * Basic Pix * *-------------------------------------------------------------------------*/ /* The 'special' field is by default 0, but it can hold integers * that direct non-default actions, e.g., in png and jpeg I/O. */ struct Pix { l_uint32 w; /* width in pixels */ l_uint32 h; /* height in pixels */ l_uint32 d; /* depth in bits (bpp) */ l_uint32 spp; /* number of samples per pixel */ l_uint32 wpl; /* 32-bit words/line */ l_uint32 refcount; /* reference count (1 if no clones) */ l_int32 xres; /* image res (ppi) in x direction */ /* (use 0 if unknown) */ l_int32 yres; /* image res (ppi) in y direction */ /* (use 0 if unknown) */ l_int32 informat; /* input file format, IFF_* */ l_int32 special; /* special instructions for I/O, etc */ char *text; /* text string associated with pix */ struct PixColormap *colormap; /* colormap (may be null) */ l_uint32 *data; /* the image data */ }; typedef struct Pix PIX; struct PixColormap { void *array; /* colormap table (array of RGBA_QUAD) */ l_int32 depth; /* of pix (1, 2, 4 or 8 bpp) */ l_int32 nalloc; /* number of color entries allocated */ l_int32 n; /* number of color entries used */ }; typedef struct PixColormap PIXCMAP; /* Colormap table entry (after the BMP version). * Note that the BMP format stores the colormap table exactly * as it appears here, with color samples being stored sequentially, * in the order (b,g,r,a). */ struct RGBA_Quad { l_uint8 blue; l_uint8 green; l_uint8 red; l_uint8 alpha; }; typedef struct RGBA_Quad RGBA_QUAD; /*-------------------------------------------------------------------------* * Colors for 32 bpp * *-------------------------------------------------------------------------*/ /* Notes: * (1) These are the byte indices for colors in 32 bpp images. * They are used through the GET/SET_DATA_BYTE accessors. * The 4th byte, typically known as the "alpha channel" and used * for blending, is used to a small extent in leptonica. * (2) Do not change these values! If you redefine them, functions * that have the shifts hardcoded for efficiency and conciseness * (instead of using the constants below) will break. These * functions are labelled with "***" next to their names at * the top of the files in which they are defined. * (3) The shifts to extract the red, green, blue and alpha components * from a 32 bit pixel are defined here. */ enum { COLOR_RED = 0, COLOR_GREEN = 1, COLOR_BLUE = 2, L_ALPHA_CHANNEL = 3 }; static const l_int32 L_RED_SHIFT = 8 * (sizeof(l_uint32) - 1 - COLOR_RED); /* 24 */ static const l_int32 L_GREEN_SHIFT = 8 * (sizeof(l_uint32) - 1 - COLOR_GREEN); /* 16 */ static const l_int32 L_BLUE_SHIFT = 8 * (sizeof(l_uint32) - 1 - COLOR_BLUE); /* 8 */ static const l_int32 L_ALPHA_SHIFT = 8 * (sizeof(l_uint32) - 1 - L_ALPHA_CHANNEL); /* 0 */ /*-------------------------------------------------------------------------* * Perceptual color weights * *-------------------------------------------------------------------------*/ /* Notes: * (1) These numbers are ad-hoc, but they do add up to 1. * Unlike, for example, the weighting factor for conversion * of RGB to luminance, or more specifically to Y in the * YUV colorspace. Those numbers come from the * International Telecommunications Union, via ITU-R. */ static const l_float32 L_RED_WEIGHT = 0.3; static const l_float32 L_GREEN_WEIGHT = 0.5; static const l_float32 L_BLUE_WEIGHT = 0.2; /*-------------------------------------------------------------------------* * Flags for colormap conversion * *-------------------------------------------------------------------------*/ enum { REMOVE_CMAP_TO_BINARY = 0, REMOVE_CMAP_TO_GRAYSCALE = 1, REMOVE_CMAP_TO_FULL_COLOR = 2, REMOVE_CMAP_WITH_ALPHA = 3, REMOVE_CMAP_BASED_ON_SRC = 4 }; /*-------------------------------------------------------------------------* * * The following operation bit flags have been modified from * Sun's pixrect.h. * * The 'op' in 'rasterop' is represented by an integer * composed with Boolean functions using the set of five integers * given below. The integers, and the op codes resulting from * boolean expressions on them, need only be in the range from 0 to 15. * The function is applied on a per-pixel basis. * * Examples: the op code representing ORing the src and dest * is computed using the bit OR, as PIX_SRC | PIX_DST; the op * code representing XORing src and dest is found from * PIX_SRC ^ PIX_DST; the op code representing ANDing src and dest * is found from PIX_SRC & PIX_DST. Note that * PIX_NOT(PIX_CLR) = PIX_SET, and v.v., as they must be. * * We would like to use the following set of definitions: * * #define PIX_SRC 0xc * #define PIX_DST 0xa * #define PIX_NOT(op) ((op) ^ 0xf) * #define PIX_CLR 0x0 * #define PIX_SET 0xf * * Now, these definitions differ from Sun's, in that Sun * left-shifted each value by 1 pixel, and used the least * significant bit as a flag for the "pseudo-operation" of * clipping. We don't need this bit, because it is both * efficient and safe ALWAYS to clip the rectangles to the src * and dest images, which is what we do. See the notes in rop.h * on the general choice of these bit flags. * * However, if you include Sun's xview package, you will get their * definitions, and because I like using these flags, we will * adopt the original Sun definitions to avoid redefinition conflicts. * * Then we have, for reference, the following 16 unique op flags: * * PIX_CLR 00000 0x0 * PIX_SET 11110 0x1e * PIX_SRC 11000 0x18 * PIX_DST 10100 0x14 * PIX_NOT(PIX_SRC) 00110 0x06 * PIX_NOT(PIX_DST) 01010 0x0a * PIX_SRC | PIX_DST 11100 0x1c * PIX_SRC & PIX_DST 10000 0x10 * PIX_SRC ^ PIX_DST 01100 0x0c * PIX_NOT(PIX_SRC) | PIX_DST 10110 0x16 * PIX_NOT(PIX_SRC) & PIX_DST 00100 0x04 * PIX_SRC | PIX_NOT(PIX_DST) 11010 0x1a * PIX_SRC & PIX_NOT(PIX_DST) 01000 0x08 * PIX_NOT(PIX_SRC | PIX_DST) 00010 0x02 * PIX_NOT(PIX_SRC & PIX_DST) 01110 0x0e * PIX_NOT(PIX_SRC ^ PIX_DST) 10010 0x12 * *-------------------------------------------------------------------------*/ #define PIX_SRC (0xc << 1) #define PIX_DST (0xa << 1) #define PIX_NOT(op) ((op) ^ 0x1e) #define PIX_CLR (0x0 << 1) #define PIX_SET (0xf << 1) #define PIX_PAINT (PIX_SRC | PIX_DST) #define PIX_MASK (PIX_SRC & PIX_DST) #define PIX_SUBTRACT (PIX_DST & PIX_NOT(PIX_SRC)) #define PIX_XOR (PIX_SRC ^ PIX_DST) /*-------------------------------------------------------------------------* * * Important Notes: * * (1) The image data is stored in a single contiguous * array of l_uint32, into which the pixels are packed. * By "packed" we mean that there are no unused bits * between pixels, except for end-of-line padding to * satisfy item (2) below. * * (2) Every image raster line begins on a 32-bit word * boundary within this array. * * (3) Pix image data is stored in 32-bit units, with the * pixels ordered from left to right in the image being * stored in order from the MSB to LSB within the word, * for both big-endian and little-endian machines. * This is the natural ordering for big-endian machines, * as successive bytes are stored and fetched progressively * to the right. However, for little-endians, when storing * we re-order the bytes from this byte stream order, and * reshuffle again for byte access on 32-bit entities. * So if the bytes come in sequence from left to right, we * store them on little-endians in byte order: * 3 2 1 0 7 6 5 4 ... * This MSB to LSB ordering allows left and right shift * operations on 32 bit words to move the pixels properly. * * (4) We use 32 bit pixels for both RGB and RGBA color images. * The A (alpha) byte is ignored in most leptonica functions * operating on color images. Within each 4 byte pixel, the * colors are ordered from MSB to LSB, as follows: * * | MSB | 2nd MSB | 3rd MSB | LSB | * red green blue alpha * 0 1 2 3 (big-endian) * 3 2 1 0 (little-endian) * * Because we use MSB to LSB ordering within the 32-bit word, * the individual 8-bit samples can be accessed with * GET_DATA_BYTE and SET_DATA_BYTE macros, using the * (implicitly big-ending) ordering * red: byte 0 (MSB) * green: byte 1 (2nd MSB) * blue: byte 2 (3rd MSB) * alpha: byte 3 (LSB) * * The specific color assignment is made in this file, * through the definitions of COLOR_RED, etc. Then the R, G * B and A sample values can be retrieved using * redval = GET_DATA_BYTE(&pixel, COLOR_RED); * greenval = GET_DATA_BYTE(&pixel, COLOR_GREEN); * blueval = GET_DATA_BYTE(&pixel, COLOR_BLUE); * alphaval = GET_DATA_BYTE(&pixel, L_ALPHA_CHANNEL); * and they can be set with * SET_DATA_BYTE(&pixel, COLOR_RED, redval); * SET_DATA_BYTE(&pixel, COLOR_GREEN, greenval); * SET_DATA_BYTE(&pixel, COLOR_BLUE, blueval); * SET_DATA_BYTE(&pixel, L_ALPHA_CHANNEL, alphaval); * * For extra speed we extract these components directly * by shifting and masking, explicitly using the values in * L_RED_SHIFT, etc.: * (pixel32 >> L_RED_SHIFT) & 0xff; (red) * (pixel32 >> L_GREEN_SHIFT) & 0xff; (green) * (pixel32 >> L_BLUE_SHIFT) & 0xff; (blue) * (pixel32 >> L_ALPHA_SHIFT) & 0xff; (alpha) * All these operations work properly on both big- and little-endians. * * For a few situations, these color shift values are hard-coded. * Changing the RGB color component ordering through the assignments * in this file will cause functions marked with "***" to fail. * * (5) A reference count is held within each pix, giving the * number of ptrs to the pix. When a pixClone() call * is made, the ref count is increased by 1, and * when a pixDestroy() call is made, the reference count * of the pix is decremented. The pix is only destroyed * when the reference count goes to zero. * * (6) The version numbers (below) are used in the serialization * of these data structures. They are placed in the files, * and rarely (if ever) change. Provision is currently made for * backward compatibility in reading from boxaa version 2. * * (7) The serialization dependencies are as follows: * pixaa : pixa : boxa * boxaa : boxa * So, for example, pixaa and boxaa can be changed without * forcing a change in pixa or boxa. However, if pixa is * changed, it forces a change in pixaa, and if boxa is * changed, if forces a change in the other three. * We define four version numbers: * PIXAA_VERSION_NUMBER * PIXA_VERSION_NUMBER * BOXAA_VERSION_NUMBER * BOXA_VERSION_NUMBER * *-------------------------------------------------------------------------*/ /*-------------------------------------------------------------------------* * Array of pix * *-------------------------------------------------------------------------*/ /* Serialization for primary data structures */ #define PIXAA_VERSION_NUMBER 2 #define PIXA_VERSION_NUMBER 2 #define BOXA_VERSION_NUMBER 2 #define BOXAA_VERSION_NUMBER 3 struct Pixa { l_int32 n; /* number of Pix in ptr array */ l_int32 nalloc; /* number of Pix ptrs allocated */ l_uint32 refcount; /* reference count (1 if no clones) */ struct Pix **pix; /* the array of ptrs to pix */ struct Boxa *boxa; /* array of boxes */ }; typedef struct Pixa PIXA; struct Pixaa { l_int32 n; /* number of Pixa in ptr array */ l_int32 nalloc; /* number of Pixa ptrs allocated */ struct Pixa **pixa; /* array of ptrs to pixa */ struct Boxa *boxa; /* array of boxes */ }; typedef struct Pixaa PIXAA; /*-------------------------------------------------------------------------* * Basic rectangle and rectangle arrays * *-------------------------------------------------------------------------*/ struct Box { l_int32 x; l_int32 y; l_int32 w; l_int32 h; l_uint32 refcount; /* reference count (1 if no clones) */ }; typedef struct Box BOX; struct Boxa { l_int32 n; /* number of box in ptr array */ l_int32 nalloc; /* number of box ptrs allocated */ l_uint32 refcount; /* reference count (1 if no clones) */ struct Box **box; /* box ptr array */ }; typedef struct Boxa BOXA; struct Boxaa { l_int32 n; /* number of boxa in ptr array */ l_int32 nalloc; /* number of boxa ptrs allocated */ struct Boxa **boxa; /* boxa ptr array */ }; typedef struct Boxaa BOXAA; /*-------------------------------------------------------------------------* * Array of points * *-------------------------------------------------------------------------*/ #define PTA_VERSION_NUMBER 1 struct Pta { l_int32 n; /* actual number of pts */ l_int32 nalloc; /* size of allocated arrays */ l_uint32 refcount; /* reference count (1 if no clones) */ l_float32 *x, *y; /* arrays of floats */ }; typedef struct Pta PTA; /*-------------------------------------------------------------------------* * Array of Pta * *-------------------------------------------------------------------------*/ struct Ptaa { l_int32 n; /* number of pta in ptr array */ l_int32 nalloc; /* number of pta ptrs allocated */ struct Pta **pta; /* pta ptr array */ }; typedef struct Ptaa PTAA; /*-------------------------------------------------------------------------* * Pix accumulator container * *-------------------------------------------------------------------------*/ struct Pixacc { l_int32 w; /* array width */ l_int32 h; /* array height */ l_int32 offset; /* used to allow negative */ /* intermediate results */ struct Pix *pix; /* the 32 bit accumulator pix */ }; typedef struct Pixacc PIXACC; /*-------------------------------------------------------------------------* * Pix tiling * *-------------------------------------------------------------------------*/ struct PixTiling { struct Pix *pix; /* input pix (a clone) */ l_int32 nx; /* number of tiles horizontally */ l_int32 ny; /* number of tiles vertically */ l_int32 w; /* tile width */ l_int32 h; /* tile height */ l_int32 xoverlap; /* overlap on left and right */ l_int32 yoverlap; /* overlap on top and bottom */ l_int32 strip; /* strip for paint; default is TRUE */ }; typedef struct PixTiling PIXTILING; /*-------------------------------------------------------------------------* * FPix: pix with float array * *-------------------------------------------------------------------------*/ #define FPIX_VERSION_NUMBER 2 struct FPix { l_int32 w; /* width in pixels */ l_int32 h; /* height in pixels */ l_int32 wpl; /* 32-bit words/line */ l_uint32 refcount; /* reference count (1 if no clones) */ l_int32 xres; /* image res (ppi) in x direction */ /* (use 0 if unknown) */ l_int32 yres; /* image res (ppi) in y direction */ /* (use 0 if unknown) */ l_float32 *data; /* the float image data */ }; typedef struct FPix FPIX; struct FPixa { l_int32 n; /* number of fpix in ptr array */ l_int32 nalloc; /* number of fpix ptrs allocated */ l_uint32 refcount; /* reference count (1 if no clones) */ struct FPix **fpix; /* the array of ptrs to fpix */ }; typedef struct FPixa FPIXA; /*-------------------------------------------------------------------------* * DPix: pix with double array * *-------------------------------------------------------------------------*/ #define DPIX_VERSION_NUMBER 2 struct DPix { l_int32 w; /* width in pixels */ l_int32 h; /* height in pixels */ l_int32 wpl; /* 32-bit words/line */ l_uint32 refcount; /* reference count (1 if no clones) */ l_int32 xres; /* image res (ppi) in x direction */ /* (use 0 if unknown) */ l_int32 yres; /* image res (ppi) in y direction */ /* (use 0 if unknown) */ l_float64 *data; /* the double image data */ }; typedef struct DPix DPIX; /*-------------------------------------------------------------------------* * PixComp: compressed pix * *-------------------------------------------------------------------------*/ struct PixComp { l_int32 w; /* width in pixels */ l_int32 h; /* height in pixels */ l_int32 d; /* depth in bits */ l_int32 xres; /* image res (ppi) in x direction */ /* (use 0 if unknown) */ l_int32 yres; /* image res (ppi) in y direction */ /* (use 0 if unknown) */ l_int32 comptype; /* compressed format (IFF_TIFF_G4, */ /* IFF_PNG, IFF_JFIF_JPEG) */ char *text; /* text string associated with pix */ l_int32 cmapflag; /* flag (1 for cmap, 0 otherwise) */ l_uint8 *data; /* the compressed image data */ size_t size; /* size of the data array */ }; typedef struct PixComp PIXC; /*-------------------------------------------------------------------------* * PixaComp: array of compressed pix * *-------------------------------------------------------------------------*/ #define PIXACOMP_VERSION_NUMBER 2 struct PixaComp { l_int32 n; /* number of PixComp in ptr array */ l_int32 nalloc; /* number of PixComp ptrs allocated */ l_int32 offset; /* indexing offset into ptr array */ struct PixComp **pixc; /* the array of ptrs to PixComp */ struct Boxa *boxa; /* array of boxes */ }; typedef struct PixaComp PIXAC; /*-------------------------------------------------------------------------* * Access and storage flags * *-------------------------------------------------------------------------*/ /* * For Pix, Box, Pta and Numa, there are 3 standard methods for handling * the retrieval or insertion of a struct: * (1) direct insertion (Don't do this if there is another handle * somewhere to this same struct!) * (2) copy (Always safe, sets up a refcount of 1 on the new object. * Can be undesirable if very large, such as an image or * an array of images.) * (3) clone (Makes another handle to the same struct, and bumps the * refcount up by 1. Safe to do unless you're changing * data through one of the handles but don't want those * changes to be seen by the other handle.) * * For Pixa and Boxa, which are structs that hold an array of clonable * structs, there is an additional method: * (4) copy-clone (Makes a new higher-level struct with a refcount * of 1, but clones all the structs in the array.) * * Unlike the other structs, when retrieving a string from an Sarray, * you are allowed to get a handle without a copy or clone (i.e., that * you don't own!). You must not free or insert such a string! * Specifically, for an Sarray, the copyflag for retrieval is either: * TRUE (or 1 or L_COPY) * or * FALSE (or 0 or L_NOCOPY) * For insertion, the copyflag is either: * TRUE (or 1 or L_COPY) * or * FALSE (or 0 or L_INSERT) * Note that L_COPY is always 1, and L_INSERT and L_NOCOPY are always 0. */ enum { L_INSERT = 0, /* stuff it in; no copy, clone or copy-clone */ L_COPY = 1, /* make/use a copy of the object */ L_CLONE = 2, /* make/use clone (ref count) of the object */ L_COPY_CLONE = 3 /* make a new object and fill with with clones */ /* of each object in the array(s) */ }; static const l_int32 L_NOCOPY = 0; /* copyflag value in sarrayGetString() */ /*--------------------------------------------------------------------------* * Sort flags * *--------------------------------------------------------------------------*/ enum { L_SHELL_SORT = 1, /* use shell sort */ L_BIN_SORT = 2 /* use bin sort */ }; enum { L_SORT_INCREASING = 1, /* sort in increasing order */ L_SORT_DECREASING = 2 /* sort in decreasing order */ }; enum { L_SORT_BY_X = 1, /* sort box or c.c. by left edge location */ L_SORT_BY_Y = 2, /* sort box or c.c. by top edge location */ L_SORT_BY_RIGHT = 3, /* sort box or c.c. by right edge location */ L_SORT_BY_BOT = 4, /* sort box or c.c. by bot edge location */ L_SORT_BY_WIDTH = 5, /* sort box or c.c. by width */ L_SORT_BY_HEIGHT = 6, /* sort box or c.c. by height */ L_SORT_BY_MIN_DIMENSION = 7, /* sort box or c.c. by min dimension */ L_SORT_BY_MAX_DIMENSION = 8, /* sort box or c.c. by max dimension */ L_SORT_BY_PERIMETER = 9, /* sort box or c.c. by perimeter */ L_SORT_BY_AREA = 10, /* sort box or c.c. by area */ L_SORT_BY_ASPECT_RATIO = 11 /* sort box or c.c. by width/height ratio */ }; /*-------------------------------------------------------------------------* * Blend flags * *-------------------------------------------------------------------------*/ enum { L_BLEND_WITH_INVERSE = 1, /* add some of src inverse to itself */ L_BLEND_TO_WHITE = 2, /* shift src colors towards white */ L_BLEND_TO_BLACK = 3, /* shift src colors towards black */ L_BLEND_GRAY = 4, /* blend src directly with blender */ L_BLEND_GRAY_WITH_INVERSE = 5 /* add amount of src inverse to itself, */ /* based on blender pix value */ }; enum { L_PAINT_LIGHT = 1, /* colorize non-black pixels */ L_PAINT_DARK = 2 /* colorize non-white pixels */ }; /*-------------------------------------------------------------------------* * Graphics pixel setting * *-------------------------------------------------------------------------*/ enum { L_SET_PIXELS = 1, /* set all bits in each pixel to 1 */ L_CLEAR_PIXELS = 2, /* set all bits in each pixel to 0 */ L_FLIP_PIXELS = 3 /* flip all bits in each pixel */ }; /*-------------------------------------------------------------------------* * Size filter flags * *-------------------------------------------------------------------------*/ enum { L_SELECT_WIDTH = 1, /* width must satisfy constraint */ L_SELECT_HEIGHT = 2, /* height must satisfy constraint */ L_SELECT_IF_EITHER = 3, /* either width or height can satisfy */ L_SELECT_IF_BOTH = 4 /* both width and height must satisfy */ }; enum { L_SELECT_IF_LT = 1, /* save if value is less than threshold */ L_SELECT_IF_GT = 2, /* save if value is more than threshold */ L_SELECT_IF_LTE = 3, /* save if value is <= to the threshold */ L_SELECT_IF_GTE = 4 /* save if value is >= to the threshold */ }; /*-------------------------------------------------------------------------* * Color component selection flags * *-------------------------------------------------------------------------*/ enum { L_SELECT_RED = 1, /* use red component */ L_SELECT_GREEN = 2, /* use green component */ L_SELECT_BLUE = 3, /* use blue component */ L_SELECT_MIN = 4, /* use min color component */ L_SELECT_MAX = 5 /* use max color component */ }; /*-------------------------------------------------------------------------* * 16-bit conversion flags * *-------------------------------------------------------------------------*/ enum { L_LS_BYTE = 0, /* use LSB */ L_MS_BYTE = 1, /* use MSB */ L_CLIP_TO_255 = 2 /* use max(val, 255) */ }; /*-------------------------------------------------------------------------* * Rotate and shear flags * *-------------------------------------------------------------------------*/ enum { L_ROTATE_AREA_MAP = 1, /* use area map rotation, if possible */ L_ROTATE_SHEAR = 2, /* use shear rotation */ L_ROTATE_SAMPLING = 3 /* use sampling */ }; enum { L_BRING_IN_WHITE = 1, /* bring in white pixels from the outside */ L_BRING_IN_BLACK = 2 /* bring in black pixels from the outside */ }; enum { L_SHEAR_ABOUT_CORNER = 1, /* shear image about UL corner */ L_SHEAR_ABOUT_CENTER = 2 /* shear image about center */ }; /*-------------------------------------------------------------------------* * Affine transform order flags * *-------------------------------------------------------------------------*/ enum { L_TR_SC_RO = 1, /* translate, scale, rotate */ L_SC_RO_TR = 2, /* scale, rotate, translate */ L_RO_TR_SC = 3, /* rotate, translate, scale */ L_TR_RO_SC = 4, /* translate, rotate, scale */ L_RO_SC_TR = 5, /* rotate, scale, translate */ L_SC_TR_RO = 6 /* scale, translate, rotate */ }; /*-------------------------------------------------------------------------* * Grayscale filling flags * *-------------------------------------------------------------------------*/ enum { L_FILL_WHITE = 1, /* fill white pixels (e.g, in fg map) */ L_FILL_BLACK = 2 /* fill black pixels (e.g., in bg map) */ }; /*-------------------------------------------------------------------------* * Flags for setting to white or black * *-------------------------------------------------------------------------*/ enum { L_SET_WHITE = 1, /* set pixels to white */ L_SET_BLACK = 2 /* set pixels to black */ }; /*-------------------------------------------------------------------------* * Flags for getting white or black value * *-------------------------------------------------------------------------*/ enum { L_GET_WHITE_VAL = 1, /* get white pixel value */ L_GET_BLACK_VAL = 2 /* get black pixel value */ }; /*-------------------------------------------------------------------------* * Flags for 8 bit and 16 bit pixel sums * *-------------------------------------------------------------------------*/ enum { L_WHITE_IS_MAX = 1, /* white pixels are 0xff or 0xffff; black are 0 */ L_BLACK_IS_MAX = 2 /* black pixels are 0xff or 0xffff; white are 0 */ }; /*-------------------------------------------------------------------------* * Dither parameters * * If within this grayscale distance from black or white, * * do not propagate excess or deficit to neighboring pixels. * *-------------------------------------------------------------------------*/ enum { DEFAULT_CLIP_LOWER_1 = 10, /* dist to black with no prop; 1 bpp */ DEFAULT_CLIP_UPPER_1 = 10, /* dist to black with no prop; 1 bpp */ DEFAULT_CLIP_LOWER_2 = 5, /* dist to black with no prop; 2 bpp */ DEFAULT_CLIP_UPPER_2 = 5 /* dist to black with no prop; 2 bpp */ }; /*-------------------------------------------------------------------------* * Distance flags * *-------------------------------------------------------------------------*/ enum { L_MANHATTAN_DISTANCE = 1, /* L1 distance (e.g., in color space) */ L_EUCLIDEAN_DISTANCE = 2 /* L2 distance */ }; /*-------------------------------------------------------------------------* * Statistical measures * *-------------------------------------------------------------------------*/ enum { L_MEAN_ABSVAL = 1, /* average of abs values */ L_MEDIAN_VAL = 2, /* median value of set */ L_MODE_VAL = 3, /* mode value of set */ L_MODE_COUNT = 4, /* mode count of set */ L_ROOT_MEAN_SQUARE = 5, /* rms of values */ L_STANDARD_DEVIATION = 6, /* standard deviation from mean */ L_VARIANCE = 7 /* variance of values */ }; /*-------------------------------------------------------------------------* * Set selection flags * *-------------------------------------------------------------------------*/ enum { L_CHOOSE_CONSECUTIVE = 1, /* select 'n' consecutive */ L_CHOOSE_SKIP_BY = 2 /* select at intervals of 'n' */ }; /*-------------------------------------------------------------------------* * Text orientation flags * *-------------------------------------------------------------------------*/ enum { L_TEXT_ORIENT_UNKNOWN = 0, /* low confidence on text orientation */ L_TEXT_ORIENT_UP = 1, /* portrait, text rightside-up */ L_TEXT_ORIENT_LEFT = 2, /* landscape, text up to left */ L_TEXT_ORIENT_DOWN = 3, /* portrait, text upside-down */ L_TEXT_ORIENT_RIGHT = 4 /* landscape, text up to right */ }; /*-------------------------------------------------------------------------* * Edge orientation flags * *-------------------------------------------------------------------------*/ enum { L_HORIZONTAL_EDGES = 0, /* filters for horizontal edges */ L_VERTICAL_EDGES = 1, /* filters for vertical edges */ L_ALL_EDGES = 2 /* filters for all edges */ }; /*-------------------------------------------------------------------------* * Line orientation flags * *-------------------------------------------------------------------------*/ enum { L_HORIZONTAL_LINE = 0, /* horizontal line */ L_POS_SLOPE_LINE = 1, /* 45 degree line with positive slope */ L_VERTICAL_LINE = 2, /* vertical line */ L_NEG_SLOPE_LINE = 3, /* 45 degree line with negative slope */ L_OBLIQUE_LINE = 4 /* neither horizontal nor vertical */ }; /*-------------------------------------------------------------------------* * Scan direction flags * *-------------------------------------------------------------------------*/ enum { L_FROM_LEFT = 0, /* scan from left */ L_FROM_RIGHT = 1, /* scan from right */ L_FROM_TOP = 2, /* scan from top */ L_FROM_BOT = 3, /* scan from bottom */ L_SCAN_NEGATIVE = 4, /* scan in negative direction */ L_SCAN_POSITIVE = 5, /* scan in positive direction */ L_SCAN_BOTH = 6 /* scan in both directions */ }; /*-------------------------------------------------------------------------* * Box size adjustment and location flags * *-------------------------------------------------------------------------*/ enum { L_ADJUST_SKIP = 0, /* do not adjust */ L_ADJUST_LEFT = 1, /* adjust left edge */ L_ADJUST_RIGHT = 2, /* adjust right edge */ L_ADJUST_LEFT_AND_RIGHT = 3, /* adjust both left and right edges */ L_ADJUST_TOP = 4, /* adjust top edge */ L_ADJUST_BOT = 5, /* adjust bottom edge */ L_ADJUST_TOP_AND_BOT = 6, /* adjust both top and bottom edges */ L_ADJUST_CHOOSE_MIN = 7, /* choose the min median value */ L_ADJUST_CHOOSE_MAX = 8, /* choose the max median value */ L_SET_LEFT = 9, /* set left side to a given value */ L_SET_RIGHT = 10, /* set right side to a given value */ L_SET_TOP = 11, /* set top side to a given value */ L_SET_BOT = 12, /* set bottom side to a given value */ L_GET_LEFT = 13, /* get left side location */ L_GET_RIGHT = 14, /* get right side location */ L_GET_TOP = 15, /* get top side location */ L_GET_BOT = 16 /* get bottom side location */ }; /*-------------------------------------------------------------------------* * Handling overlapping bounding boxes in boxa * *-------------------------------------------------------------------------*/ enum { L_COMBINE = 1, /* resize to bounding region; remove smaller */ L_REMOVE_SMALL = 2 /* only remove smaller */ }; /*-------------------------------------------------------------------------* * Horizontal warp * *-------------------------------------------------------------------------*/ enum { L_WARP_TO_LEFT = 1, /* increasing stretch or contraction to left */ L_WARP_TO_RIGHT = 2 /* increasing stretch or contraction to right */ }; enum { L_LINEAR_WARP = 1, /* stretch or contraction grows linearly */ L_QUADRATIC_WARP = 2 /* stretch or contraction grows quadratically */ }; /*-------------------------------------------------------------------------* * Pixel selection for resampling * *-------------------------------------------------------------------------*/ enum { L_INTERPOLATED = 1, /* linear interpolation from src pixels */ L_SAMPLED = 2 /* nearest src pixel sampling only */ }; /*-------------------------------------------------------------------------* * Thinning flags * *-------------------------------------------------------------------------*/ enum { L_THIN_FG = 1, /* thin foreground of 1 bpp image */ L_THIN_BG = 2 /* thin background of 1 bpp image */ }; /*-------------------------------------------------------------------------* * Runlength flags * *-------------------------------------------------------------------------*/ enum { L_HORIZONTAL_RUNS = 0, /* determine runlengths of horizontal runs */ L_VERTICAL_RUNS = 1 /* determine runlengths of vertical runs */ }; /*-------------------------------------------------------------------------* * Edge filter flags * *-------------------------------------------------------------------------*/ enum { L_SOBEL_EDGE = 1, /* Sobel edge filter */ L_TWO_SIDED_EDGE = 2 /* Two-sided edge filter */ }; /*-------------------------------------------------------------------------* * Handling negative values in conversion to unsigned int * *-------------------------------------------------------------------------*/ enum { L_CLIP_TO_ZERO = 1, /* Clip negative values to 0 */ L_TAKE_ABSVAL = 2 /* Convert to positive using L_ABS() */ }; /*-------------------------------------------------------------------------* * Subpixel color component ordering in LCD display * *-------------------------------------------------------------------------*/ enum { L_SUBPIXEL_ORDER_RGB = 1, /* sensor order left-to-right RGB */ L_SUBPIXEL_ORDER_BGR = 2, /* sensor order left-to-right BGR */ L_SUBPIXEL_ORDER_VRGB = 3, /* sensor order top-to-bottom RGB */ L_SUBPIXEL_ORDER_VBGR = 4 /* sensor order top-to-bottom BGR */ }; /*-------------------------------------------------------------------------* * Relative to zero flags * *-------------------------------------------------------------------------*/ enum { L_LESS_THAN_ZERO = 1, /* Choose values less than zero */ L_EQUAL_TO_ZERO = 2, /* Choose values equal to zero */ L_GREATER_THAN_ZERO = 3 /* Choose values greater than zero */ }; /*-------------------------------------------------------------------------* * HSV histogram flags * *-------------------------------------------------------------------------*/ enum { L_HS_HISTO = 1, /* Use hue-saturation histogram */ L_HV_HISTO = 2, /* Use hue-value histogram */ L_SV_HISTO = 3 /* Use saturation-value histogram */ }; /*-------------------------------------------------------------------------* * Region flags (inclusion, exclusion) * *-------------------------------------------------------------------------*/ enum { L_INCLUDE_REGION = 1, /* Use hue-saturation histogram */ L_EXCLUDE_REGION = 2 /* Use hue-value histogram */ }; /*-------------------------------------------------------------------------* * Flags for adding text to a pix * *-------------------------------------------------------------------------*/ enum { L_ADD_ABOVE = 1, /* Add text above the image */ L_ADD_BELOW = 2, /* Add text below the image */ L_ADD_LEFT = 3, /* Add text to the left of the image */ L_ADD_RIGHT = 4, /* Add text to the right of the image */ L_ADD_AT_TOP = 5, /* Add text over the top of the image */ L_ADD_AT_BOT = 6, /* Add text over the bottom of the image */ L_ADD_AT_LEFT = 7, /* Add text over left side of the image */ L_ADD_AT_RIGHT = 8 /* Add text over right side of the image */ }; /*-------------------------------------------------------------------------* * Flags for selecting display program * *-------------------------------------------------------------------------*/ enum { L_DISPLAY_WITH_XZGV = 1, /* Use xzgv with pixDisplay() */ L_DISPLAY_WITH_XLI = 2, /* Use xli with pixDisplay() */ L_DISPLAY_WITH_XV = 3, /* Use xv with pixDisplay() */ L_DISPLAY_WITH_IV = 4, /* Use irfvanview (win) with pixDisplay() */ L_DISPLAY_WITH_OPEN = 5 /* Use open (apple) with pixDisplay() */ }; /*-------------------------------------------------------------------------* * Flag(s) used in the 'special' pix field for non-default operations * * - 0 is default * * - 10-19 are reserved for zlib compression in png write * *-------------------------------------------------------------------------*/ enum { L_NO_CHROMA_SAMPLING_JPEG = 1 /* Write full resolution chroma */ }; #endif /* LEPTONICA_PIX_H */ leptonica-1.70/src/boxfunc4.c0000644000175000017500000015374412244217260014206 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * boxfunc4.c * * Boxa and Boxaa range selection * BOXA *boxaSelectRange() * BOXAA *boxaaSelectRange() * * Boxa size selection * BOXA *boxaSelectBySize() * NUMA *boxaMakeSizeIndicator() * BOXA *boxaSelectByArea() * NUMA *boxaMakeAreaIndicator() * BOXA *boxaSelectWithIndicator() * * Boxa permutation * BOXA *boxaPermutePseudorandom() * BOXA *boxaPermuteRandom() * l_int32 boxaSwapBoxes() * * Boxa conversions * PTA *boxaConvertToPta() * BOXA *ptaConvertToBoxa() * * Boxa sequence fitting * BOXA *boxaSmoothSequence() * BOXA *boxaLinearFit() * BOXA *boxaConstrainSize() * BOXA *boxaReconcileEvenOddHeight() * l_int32 boxaPlotSides() [for debugging] * * Miscellaneous boxa functions * l_int32 boxaGetExtent() * l_int32 boxaGetCoverage() * l_int32 boxaaSizeRange() * l_int32 boxaSizeRange() * l_int32 boxaLocationRange() * l_int32 boxaGetArea() * PIX *boxaDisplayTiled() */ #include "allheaders.h" /*---------------------------------------------------------------------* * Boxa and boxaa range selection * *---------------------------------------------------------------------*/ /*! * boxaSelectRange() * * Input: boxas * first (use 0 to select from the beginning) * last (use 0 to select to the end) * copyflag (L_COPY, L_CLONE) * Return: boxad, or null on error * * Notes: * (1) The copyflag specifies what we do with each box from boxas. * Specifically, L_CLONE inserts a clone into boxad of each * selected box from boxas. */ BOXA * boxaSelectRange(BOXA *boxas, l_int32 first, l_int32 last, l_int32 copyflag) { l_int32 n, nbox, i; BOX *box; BOXA *boxad; PROCNAME("boxaSelectRange"); if (!boxas) return (BOXA *)ERROR_PTR("boxas not defined", procName, NULL); if (copyflag != L_COPY && copyflag != L_CLONE) return (BOXA *)ERROR_PTR("invalid copyflag", procName, NULL); n = boxaGetCount(boxas); first = L_MAX(0, first); if (last <= 0) last = n - 1; if (first >= n) return (BOXA *)ERROR_PTR("invalid first", procName, NULL); if (first > last) return (BOXA *)ERROR_PTR("first > last", procName, NULL); nbox = last - first + 1; boxad = boxaCreate(nbox); for (i = first; i <= last; i++) { box = boxaGetBox(boxas, i, copyflag); boxaAddBox(boxad, box, L_INSERT); } return boxad; } /*! * boxaaSelectRange() * * Input: baas * first (use 0 to select from the beginning) * last (use 0 to select to the end) * copyflag (L_COPY, L_CLONE) * Return: baad, or null on error * * Notes: * (1) The copyflag specifies what we do with each boxa from baas. * Specifically, L_CLONE inserts a clone into baad of each * selected boxa from baas. */ BOXAA * boxaaSelectRange(BOXAA *baas, l_int32 first, l_int32 last, l_int32 copyflag) { l_int32 n, nboxa, i; BOXA *boxa; BOXAA *baad; PROCNAME("boxaaSelectRange"); if (!baas) return (BOXAA *)ERROR_PTR("baas not defined", procName, NULL); if (copyflag != L_COPY && copyflag != L_CLONE) return (BOXAA *)ERROR_PTR("invalid copyflag", procName, NULL); n = boxaaGetCount(baas); first = L_MAX(0, first); if (last <= 0) last = n - 1; if (first >= n) return (BOXAA *)ERROR_PTR("invalid first", procName, NULL); if (first > last) return (BOXAA *)ERROR_PTR("first > last", procName, NULL); nboxa = last - first + 1; baad = boxaaCreate(nboxa); for (i = first; i <= last; i++) { boxa = boxaaGetBoxa(baas, i, copyflag); boxaaAddBoxa(baad, boxa, L_INSERT); } return baad; } /*---------------------------------------------------------------------* * Boxa size selection * *---------------------------------------------------------------------*/ /*! * boxaSelectBySize() * * Input: boxas * width, height (threshold dimensions) * type (L_SELECT_WIDTH, L_SELECT_HEIGHT, * L_SELECT_IF_EITHER, L_SELECT_IF_BOTH) * relation (L_SELECT_IF_LT, L_SELECT_IF_GT, * L_SELECT_IF_LTE, L_SELECT_IF_GTE) * &changed ( 1 if changed; 0 if clone returned) * Return: boxad (filtered set), or null on error * * Notes: * (1) The args specify constraints on the size of the * components that are kept. * (2) Uses box clones in the new boxa. * (3) If the selection type is L_SELECT_WIDTH, the input * height is ignored, and v.v. * (4) To keep small components, use relation = L_SELECT_IF_LT or * L_SELECT_IF_LTE. * To keep large components, use relation = L_SELECT_IF_GT or * L_SELECT_IF_GTE. */ BOXA * boxaSelectBySize(BOXA *boxas, l_int32 width, l_int32 height, l_int32 type, l_int32 relation, l_int32 *pchanged) { BOXA *boxad; NUMA *na; PROCNAME("boxaSelectBySize"); if (!boxas) return (BOXA *)ERROR_PTR("boxas not defined", procName, NULL); if (type != L_SELECT_WIDTH && type != L_SELECT_HEIGHT && type != L_SELECT_IF_EITHER && type != L_SELECT_IF_BOTH) return (BOXA *)ERROR_PTR("invalid type", procName, NULL); if (relation != L_SELECT_IF_LT && relation != L_SELECT_IF_GT && relation != L_SELECT_IF_LTE && relation != L_SELECT_IF_GTE) return (BOXA *)ERROR_PTR("invalid relation", procName, NULL); if (pchanged) *pchanged = FALSE; /* Compute the indicator array for saving components */ na = boxaMakeSizeIndicator(boxas, width, height, type, relation); /* Filter to get output */ boxad = boxaSelectWithIndicator(boxas, na, pchanged); numaDestroy(&na); return boxad; } /*! * boxaMakeSizeIndicator() * * Input: boxa * width, height (threshold dimensions) * type (L_SELECT_WIDTH, L_SELECT_HEIGHT, * L_SELECT_IF_EITHER, L_SELECT_IF_BOTH) * relation (L_SELECT_IF_LT, L_SELECT_IF_GT, * L_SELECT_IF_LTE, L_SELECT_IF_GTE) * Return: na (indicator array), or null on error * * Notes: * (1) The args specify constraints on the size of the * components that are kept. * (2) If the selection type is L_SELECT_WIDTH, the input * height is ignored, and v.v. * (3) To keep small components, use relation = L_SELECT_IF_LT or * L_SELECT_IF_LTE. * To keep large components, use relation = L_SELECT_IF_GT or * L_SELECT_IF_GTE. */ NUMA * boxaMakeSizeIndicator(BOXA *boxa, l_int32 width, l_int32 height, l_int32 type, l_int32 relation) { l_int32 i, n, w, h, ival; NUMA *na; PROCNAME("boxaMakeSizeIndicator"); if (!boxa) return (NUMA *)ERROR_PTR("boxa not defined", procName, NULL); if (type != L_SELECT_WIDTH && type != L_SELECT_HEIGHT && type != L_SELECT_IF_EITHER && type != L_SELECT_IF_BOTH) return (NUMA *)ERROR_PTR("invalid type", procName, NULL); if (relation != L_SELECT_IF_LT && relation != L_SELECT_IF_GT && relation != L_SELECT_IF_LTE && relation != L_SELECT_IF_GTE) return (NUMA *)ERROR_PTR("invalid relation", procName, NULL); n = boxaGetCount(boxa); na = numaCreate(n); for (i = 0; i < n; i++) { ival = 0; boxaGetBoxGeometry(boxa, i, NULL, NULL, &w, &h); switch (type) { case L_SELECT_WIDTH: if ((relation == L_SELECT_IF_LT && w < width) || (relation == L_SELECT_IF_GT && w > width) || (relation == L_SELECT_IF_LTE && w <= width) || (relation == L_SELECT_IF_GTE && w >= width)) ival = 1; break; case L_SELECT_HEIGHT: if ((relation == L_SELECT_IF_LT && h < height) || (relation == L_SELECT_IF_GT && h > height) || (relation == L_SELECT_IF_LTE && h <= height) || (relation == L_SELECT_IF_GTE && h >= height)) ival = 1; break; case L_SELECT_IF_EITHER: if (((relation == L_SELECT_IF_LT) && (w < width || h < height)) || ((relation == L_SELECT_IF_GT) && (w > width || h > height)) || ((relation == L_SELECT_IF_LTE) && (w <= width || h <= height)) || ((relation == L_SELECT_IF_GTE) && (w >= width || h >= height))) ival = 1; break; case L_SELECT_IF_BOTH: if (((relation == L_SELECT_IF_LT) && (w < width && h < height)) || ((relation == L_SELECT_IF_GT) && (w > width && h > height)) || ((relation == L_SELECT_IF_LTE) && (w <= width && h <= height)) || ((relation == L_SELECT_IF_GTE) && (w >= width && h >= height))) ival = 1; break; default: L_WARNING("can't get here!\n", procName); break; } numaAddNumber(na, ival); } return na; } /*! * boxaSelectByArea() * * Input: boxas * area (threshold value of width * height) * relation (L_SELECT_IF_LT, L_SELECT_IF_GT, * L_SELECT_IF_LTE, L_SELECT_IF_GTE) * &changed ( 1 if changed; 0 if clone returned) * Return: boxad (filtered set), or null on error * * Notes: * (1) Uses box clones in the new boxa. * (2) To keep small components, use relation = L_SELECT_IF_LT or * L_SELECT_IF_LTE. * To keep large components, use relation = L_SELECT_IF_GT or * L_SELECT_IF_GTE. */ BOXA * boxaSelectByArea(BOXA *boxas, l_int32 area, l_int32 relation, l_int32 *pchanged) { BOXA *boxad; NUMA *na; PROCNAME("boxaSelectByArea"); if (!boxas) return (BOXA *)ERROR_PTR("boxas not defined", procName, NULL); if (relation != L_SELECT_IF_LT && relation != L_SELECT_IF_GT && relation != L_SELECT_IF_LTE && relation != L_SELECT_IF_GTE) return (BOXA *)ERROR_PTR("invalid relation", procName, NULL); if (pchanged) *pchanged = FALSE; /* Compute the indicator array for saving components */ na = boxaMakeAreaIndicator(boxas, area, relation); /* Filter to get output */ boxad = boxaSelectWithIndicator(boxas, na, pchanged); numaDestroy(&na); return boxad; } /*! * boxaMakeAreaIndicator() * * Input: boxa * area (threshold value of width * height) * relation (L_SELECT_IF_LT, L_SELECT_IF_GT, * L_SELECT_IF_LTE, L_SELECT_IF_GTE) * Return: na (indicator array), or null on error * * Notes: * (1) To keep small components, use relation = L_SELECT_IF_LT or * L_SELECT_IF_LTE. * To keep large components, use relation = L_SELECT_IF_GT or * L_SELECT_IF_GTE. */ NUMA * boxaMakeAreaIndicator(BOXA *boxa, l_int32 area, l_int32 relation) { l_int32 i, n, w, h, ival; NUMA *na; PROCNAME("boxaMakeAreaIndicator"); if (!boxa) return (NUMA *)ERROR_PTR("boxa not defined", procName, NULL); if (relation != L_SELECT_IF_LT && relation != L_SELECT_IF_GT && relation != L_SELECT_IF_LTE && relation != L_SELECT_IF_GTE) return (NUMA *)ERROR_PTR("invalid relation", procName, NULL); n = boxaGetCount(boxa); na = numaCreate(n); for (i = 0; i < n; i++) { ival = 0; boxaGetBoxGeometry(boxa, i, NULL, NULL, &w, &h); if ((relation == L_SELECT_IF_LT && w * h < area) || (relation == L_SELECT_IF_GT && w * h > area) || (relation == L_SELECT_IF_LTE && w * h <= area) || (relation == L_SELECT_IF_GTE && w * h >= area)) ival = 1; numaAddNumber(na, ival); } return na; } /*! * boxaSelectWithIndicator() * * Input: boxas * na (indicator numa) * &changed ( 1 if changed; 0 if clone returned) * Return: boxad, or null on error * * Notes: * (1) Returns a boxa clone if no components are removed. * (2) Uses box clones in the new boxa. * (3) The indicator numa has values 0 (ignore) and 1 (accept). */ BOXA * boxaSelectWithIndicator(BOXA *boxas, NUMA *na, l_int32 *pchanged) { l_int32 i, n, ival, nsave; BOX *box; BOXA *boxad; PROCNAME("boxaSelectWithIndicator"); if (!boxas) return (BOXA *)ERROR_PTR("boxas not defined", procName, NULL); if (!na) return (BOXA *)ERROR_PTR("na not defined", procName, NULL); nsave = 0; n = numaGetCount(na); for (i = 0; i < n; i++) { numaGetIValue(na, i, &ival); if (ival == 1) nsave++; } if (nsave == n) { if (pchanged) *pchanged = FALSE; return boxaCopy(boxas, L_CLONE); } if (pchanged) *pchanged = TRUE; boxad = boxaCreate(nsave); for (i = 0; i < n; i++) { numaGetIValue(na, i, &ival); if (ival == 0) continue; box = boxaGetBox(boxas, i, L_CLONE); boxaAddBox(boxad, box, L_INSERT); } return boxad; } /*---------------------------------------------------------------------* * Boxa Permutation * *---------------------------------------------------------------------*/ /*! * boxaPermutePseudorandom() * * Input: boxas (input boxa) * Return: boxad (with boxes permuted), or null on error * * Notes: * (1) This does a pseudorandom in-place permutation of the boxes. * (2) The result is guaranteed not to have any boxes in their * original position, but it is not very random. If you * need randomness, use boxaPermuteRandom(). */ BOXA * boxaPermutePseudorandom(BOXA *boxas) { l_int32 n; NUMA *na; BOXA *boxad; PROCNAME("boxaPermutePseudorandom"); if (!boxas) return (BOXA *)ERROR_PTR("boxa not defined", procName, NULL); n = boxaGetCount(boxas); na = numaPseudorandomSequence(n, 0); boxad = boxaSortByIndex(boxas, na); numaDestroy(&na); return boxad; } /*! * boxaPermuteRandom() * * Input: boxad ( can be null or equal to boxas) * boxas (input boxa) * Return: boxad (with boxes permuted), or null on error * * Notes: * (1) If boxad is null, make a copy of boxas and permute the copy. * Otherwise, boxad must be equal to boxas, and the operation * is done in-place. * (2) This does a random in-place permutation of the boxes, * by swapping each box in turn with a random box. The * result is almost guaranteed not to have any boxes in their * original position. * (3) MSVC rand() has MAX_RAND = 2^15 - 1, so it will not do * a proper permutation is the number of boxes exceeds this. */ BOXA * boxaPermuteRandom(BOXA *boxad, BOXA *boxas) { l_int32 i, n, index; PROCNAME("boxaPermuteRandom"); if (!boxas) return (BOXA *)ERROR_PTR("boxa not defined", procName, NULL); if (boxad && (boxad != boxas)) return (BOXA *)ERROR_PTR("boxad defined but in-place", procName, NULL); if (!boxad) boxad = boxaCopy(boxas, L_COPY); n = boxaGetCount(boxad); index = (l_uint32)rand() % n; index = L_MAX(1, index); boxaSwapBoxes(boxad, 0, index); for (i = 1; i < n; i++) { index = (l_uint32)rand() % n; if (index == i) index--; boxaSwapBoxes(boxad, i, index); } return boxad; } /*! * boxaSwapBoxes() * * Input: boxa * i, j (two indices of boxes, that are to be swapped) * Return: 0 if OK, 1 on error */ l_int32 boxaSwapBoxes(BOXA *boxa, l_int32 i, l_int32 j) { l_int32 n; BOX *box; PROCNAME("boxaSwapBoxes"); if (!boxa) return ERROR_INT("boxa not defined", procName, 1); n = boxaGetCount(boxa); if (i < 0 || i >= n) return ERROR_INT("i invalid", procName, 1); if (j < 0 || j >= n) return ERROR_INT("j invalid", procName, 1); if (i == j) return ERROR_INT("i == j", procName, 1); box = boxa->box[i]; boxa->box[i] = boxa->box[j]; boxa->box[j] = box; return 0; } /*---------------------------------------------------------------------* * Boxa Conversions * *---------------------------------------------------------------------*/ /*! * boxaConvertToPta() * * Input: boxa * ncorners (2 or 4 for the representation of each box) * Return: pta (with @ncorners points for each box in the boxa), * or null on error * * Notes: * (1) If ncorners == 2, we select the UL and LR corners. * Otherwise we save all 4 corners in this order: UL, UR, LL, LR. */ PTA * boxaConvertToPta(BOXA *boxa, l_int32 ncorners) { l_int32 i, n, x, y, w, h; PTA *pta; PROCNAME("boxaConvertToPta"); if (!boxa) return (PTA *)ERROR_PTR("boxa not defined", procName, NULL); if (ncorners != 2 && ncorners != 4) return (PTA *)ERROR_PTR("ncorners not 2 or 4", procName, NULL); n = boxaGetCount(boxa); if ((pta = ptaCreate(n)) == NULL) return (PTA *)ERROR_PTR("pta not made", procName, NULL); for (i = 0; i < n; i++) { boxaGetBoxGeometry(boxa, i, &x, &y, &w, &h); ptaAddPt(pta, x, y); if (ncorners == 2) { ptaAddPt(pta, x + w - 1, y + h - 1); } else { ptaAddPt(pta, x + w - 1, y); ptaAddPt(pta, x, y + h - 1); ptaAddPt(pta, x + w - 1, y + h - 1); } } return pta; } /*! * ptaConvertToBoxa() * * Input: pta * ncorners (2 or 4 for the representation of each box) * Return: boxa (with one box for each 2 or 4 points in the pta), * or null on error * * Notes: * (1) For 2 corners, the order of the 2 points is UL, LR. * For 4 corners, the order of points is UL, UR, LL, LR. * (2) Each derived box is the minimum szie containing all corners. */ BOXA * ptaConvertToBoxa(PTA *pta, l_int32 ncorners) { l_int32 i, n, nbox, x1, y1, x2, y2, x3, y3, x4, y4, x, y, xmax, ymax; BOX *box; BOXA *boxa; PROCNAME("ptaConvertToBoxa"); if (!pta) return (BOXA *)ERROR_PTR("pta not defined", procName, NULL); if (ncorners != 2 && ncorners != 4) return (BOXA *)ERROR_PTR("ncorners not 2 or 4", procName, NULL); n = ptaGetCount(pta); if (n % ncorners != 0) return (BOXA *)ERROR_PTR("size % ncorners != 0", procName, NULL); nbox = n / ncorners; if ((boxa = boxaCreate(nbox)) == NULL) return (BOXA *)ERROR_PTR("boxa not made", procName, NULL); for (i = 0; i < n; i += ncorners) { ptaGetIPt(pta, i, &x1, &y1); ptaGetIPt(pta, i + 1, &x2, &y2); if (ncorners == 2) { box = boxCreate(x1, y1, x2 - x1 + 1, y2 - y1 + 1); boxaAddBox(boxa, box, L_INSERT); continue; } ptaGetIPt(pta, i + 2, &x3, &y3); ptaGetIPt(pta, i + 3, &x4, &y4); x = L_MIN(x1, x3); y = L_MIN(y1, y2); xmax = L_MAX(x2, x4); ymax = L_MAX(y3, y4); box = boxCreate(x, y, xmax - x + 1, ymax - y + 1); boxaAddBox(boxa, box, L_INSERT); } return boxa; } /*---------------------------------------------------------------------* * Boxa sequence fitting * *---------------------------------------------------------------------*/ /*! * boxaSmoothSequence() * * Input: boxas (source boxa) * factor (reject outliers with error greater than this * number of median errors; typically ~3) * max_error (maximum difference in pixels between fitted * and original location to allow using the * original value instead of the fitted value) * debug (1 for debug output) * Return: boxad (fitted boxa), or null on error * * Notes: * (1) This does linear fitting separately to the sequences of * even and odd boxes. It is assumed that in both the even and * odd sets, the box edges vary slowly and linearly across each set. */ BOXA * boxaSmoothSequence(BOXA *boxas, l_float32 factor, l_int32 max_error, l_int32 debug) { l_int32 n; BOXA *boxae, *boxao, *boxalfe, *boxalfo, *boxad; PROCNAME("boxaSmoothSequence"); if (!boxas) return (BOXA *)ERROR_PTR("boxas not defined", procName, NULL); if ((n = boxaGetCount(boxas)) < 4) { L_WARNING("need at least 4 boxes; returning copy\n", procName); return boxaCopy(boxas, L_COPY); } boxaSplitEvenOdd(boxas, 1, &boxae, &boxao); if (debug) { boxaWrite("/tmp/boxae.ba", boxae); boxaWrite("/tmp/boxao.ba", boxao); } boxalfe = boxaLinearFit(boxae, factor, max_error, debug); boxalfo = boxaLinearFit(boxao, factor, max_error, debug); if (debug) { boxaWrite("/tmp/boxalfe.ba", boxalfe); boxaWrite("/tmp/boxalfo.ba", boxalfo); } boxad = boxaMergeEvenOdd(boxalfe, boxalfo, 1); boxaDestroy(&boxae); boxaDestroy(&boxao); boxaDestroy(&boxalfe); boxaDestroy(&boxalfo); return boxad; } /*! * boxaLinearFit() * * Input: boxas (source boxa) * factor (reject outliers with error greater than this * number of median errors; typically ~3) * max_error (maximum difference in pixels between fitted * and original location to allow using the * original value instead of the fitted value) * debug (1 for debug output) * Return: boxad (fitted boxa), or null on error * * Notes: * (1) Suppose you have a boxa where the box edges are expected * to vary slowly and linearly across the set. These could * be, for example, noisy measurements of similar regions * on successive scanned pages. * (2) Method: there are 2 basic steps: * (a) Find outliers, separately based on the deviation * from the median of the width and height of the box. * After the width- and height-based outliers are removed, * do a linear LSF for each of the four sides. Use * @factor to specify tolerance to outliers; use a very large * value of @factor to avoid rejecting points. * (b) Using the LSF of (a), make the final determination of * the four edge locations. See (3) for details. * (3) The parameter @max_error makes the input values somewhat sticky. * Use the fitted values only when the difference between input * and fitted value is greater than @max_error. Two special cases: * (a) set @max_error == 0 to use only fitted values in boxad. * (b) set @max_error == 10000 to ignore all fitted values; then * boxad will be the same as boxas. * (4) Invalid input boxes are not used in computation of the LSF, * and the output boxes are found from the LSF. * (5) To enforce additional constraints on the size of each box, * follow this operation with boxaConstrainSize(), taking boxad * as input. */ BOXA * boxaLinearFit(BOXA *boxas, l_float32 factor, l_int32 max_error, l_int32 debug) { l_int32 n, i, w, h, left, top, right, bot, lval, tval, rval, bval; l_int32 lnew, tnew, rnew, bnew, wnew, hnew, rejectlr, rejecttb; l_float32 al, bl, at, bt, ar, br, ab, bb; /* LSF coefficients */ l_float32 medw, medh, medvarw, medvarh; BOX *box, *boxempty; BOXA *boxalr, *boxatb, *boxad; NUMA *naw, *nah; PTA *ptal, *ptat, *ptar, *ptab; PROCNAME("boxaLinearFit"); if (!boxas) return (BOXA *)ERROR_PTR("boxas not defined", procName, NULL); if ((n = boxaGetCount(boxas)) < 2) return (BOXA *)ERROR_PTR("need at least 2 boxes", procName, NULL); /* Remove outliers based on width and height. * First find the median width and the median variation from * the median width. Ditto for the height. */ boxaExtractAsNuma(boxas, NULL, NULL, &naw, &nah, 0); numaGetMedianVariation(naw, &medw, &medvarw); numaGetMedianVariation(nah, &medh, &medvarh); numaDestroy(&naw); numaDestroy(&nah); if (debug) { fprintf(stderr, "medw = %7.3f, medvarw = %7.3f\n", medw, medvarw); fprintf(stderr, "medh = %7.3f, medvarh = %7.3f\n", medh, medvarh); } /* To fit the left and right sides, only use boxes whose * width is within (factor * medvarw) of the median width. * Ditto for the top and bottom sides. Add empty boxes * in as placeholders so that the index remains the same * as in boxas. */ boxalr = boxaCreate(n); boxatb = boxaCreate(n); boxempty = boxCreate(0, 0, 0, 0); /* placeholders */ rejectlr = rejecttb = 0; for (i = 0; i < n; i++) { if ((box = boxaGetValidBox(boxas, i, L_CLONE)) == NULL) { boxaAddBox(boxalr, boxempty, L_COPY); boxaAddBox(boxatb, boxempty, L_COPY); continue; } boxGetGeometry(box, NULL, NULL, &w, &h); if (L_ABS(w - medw) <= factor * medvarw) { boxaAddBox(boxalr, box, L_COPY); } else { rejectlr++; boxaAddBox(boxalr, boxempty, L_COPY); } if (L_ABS(h - medh) <= factor * medvarh) { boxaAddBox(boxatb, box, L_COPY); } else { rejecttb++; boxaAddBox(boxatb, boxempty, L_COPY); } boxDestroy(&box); } boxDestroy(&boxempty); if (boxaGetCount(boxalr) < 2 || boxaGetCount(boxatb) < 2) { boxaDestroy(&boxalr); boxaDestroy(&boxatb); return (BOXA *)ERROR_PTR("need at least 2 valid boxes", procName, NULL); } if (debug) { L_INFO("# lr reject = %d, # tb reject = %d\n", procName, rejectlr, rejecttb); boxaWrite("/tmp/boxalr.ba", boxalr); boxaWrite("/tmp/boxatb.ba", boxatb); } /* Extract the valid left and right box sides, along with the box * index, from boxalr. This only extracts pts corresponding to * valid boxes. Ditto: top and bottom sides from boxatb. */ boxaExtractAsPta(boxalr, &ptal, NULL, &ptar, NULL, 0); boxaExtractAsPta(boxatb, NULL, &ptat, NULL, &ptab, 0); boxaDestroy(&boxalr); boxaDestroy(&boxatb); if (debug) { ptaWrite("/tmp/ptal.pta", ptal, 1); ptaWrite("/tmp/ptar.pta", ptar, 1); ptaWrite("/tmp/ptat.pta", ptat, 1); ptaWrite("/tmp/ptab.pta", ptab, 1); } /* A linear LSF fit to the points that are width and * height validated should work. So, e.g., we don't need to use * ptaNoisyLinearLSF(ptal, factor, NULL, &al, &bl, NULL, NULL); */ ptaGetLinearLSF(ptal, &al, &bl, NULL); ptaGetLinearLSF(ptat, &at, &bt, NULL); ptaGetLinearLSF(ptar, &ar, &br, NULL); ptaGetLinearLSF(ptab, &ab, &bb, NULL); /* Use the LSF smoothed values when the error is large. */ boxad = boxaCreate(n); for (i = 0; i < n; i++) { lval = (l_int32)(al * i + bl + 0.5); tval = (l_int32)(at * i + bt + 0.5); rval = (l_int32)(ar * i + br + 0.5); bval = (l_int32)(ab * i + bb + 0.5); box = boxaGetValidBox(boxas, i, L_CLONE); if (box) { boxGetGeometry(box, &left, &top, &w, &h); boxDestroy(&box); } else { /* use something big to force using the LSF value */ left = 100000000; top = 100000000; w = 100000000; h = 100000000; } right = left + w - 1; bot = top + h - 1; lnew = (L_ABS(lval - left) <= max_error) ? left : lval; tnew = (L_ABS(tval - top) <= max_error) ? top : tval; rnew = (L_ABS(rval - right) <= max_error) ? right : rval; bnew = (L_ABS(bval - bot) <= max_error) ? bot : bval; wnew = rnew - lnew + 1; hnew = bnew - tnew + 1; box = boxCreate(lnew, tnew, wnew, hnew); boxaAddBox(boxad, box, L_INSERT); } if (debug) boxaPlotSides(boxad, NULL, NULL, NULL, NULL, NULL, GPLOT_X11); ptaDestroy(&ptal); ptaDestroy(&ptat); ptaDestroy(&ptar); ptaDestroy(&ptab); return boxad; } /*! * boxaConstrainSize() * * Input: boxas * width (force width of all boxes to this size; * input 0 to use the median width) * widthflag (L_ADJUST_SKIP, L_ADJUST_LEFT, L_ADJUST_RIGHT, * or L_ADJUST_LEFT_AND_RIGHT) * height (force height of all boxes to this size; * input 0 to use the median height) * heightflag (L_ADJUST_SKIP, L_ADJUST_TOP, L_ADJUST_BOT, * or L_ADJUST_TOP_AND_BOT) * Return: boxad (adjusted so all boxes are the same size) * * Notes: * (1) Forces either width or height (or both) of every box in * the boxa to a specified size, by moving the indicated sides. * (2) All input boxes should be valid. Median values will be * used with invalid boxes. * (3) Typical input might be the output of boxaLinearFit(), * where each side has been fit. * (4) Unlike boxaAdjustWidthToTarget() and boxaAdjustHeightToTarget(), * this is not dependent on a difference threshold to change the size. */ BOXA * boxaConstrainSize(BOXA *boxas, l_int32 width, l_int32 widthflag, l_int32 height, l_int32 heightflag) { l_int32 n, i, w, h, delw, delh, del_left, del_right, del_top, del_bot; BOX *medbox, *boxs, *boxd; BOXA *boxad; PROCNAME("boxaConstrainSize"); if (!boxas) return (BOXA *)ERROR_PTR("boxas not defined", procName, NULL); /* Use median value if requested */ medbox = boxaGetMedian(boxas); if (width == 0 || height == 0) { boxGetGeometry(medbox, NULL, NULL, &w, &h); if (width == 0) width = w; if (height == 0) height = h; } n = boxaGetCount(boxas); boxad = boxaCreate(n); for (i = 0; i < n; i++) { boxs = boxaGetValidBox(boxas, i, L_CLONE); if (!boxs) { L_ERROR("invalid box %d; using median\n", procName, i); boxs = boxCopy(medbox); } boxGetGeometry(boxs, NULL, NULL, &w, &h); delw = width - w; delh = height - h; del_left = del_right = del_top = del_bot = 0; if (widthflag == L_ADJUST_LEFT) { del_left = -delw; } else if (widthflag == L_ADJUST_RIGHT) { del_right = delw; } else { del_left = -delw / 2; del_right = delw / 2 + L_SIGN(delw) * (delw & 1); } if (heightflag == L_ADJUST_TOP) { del_top = -delh; } else if (heightflag == L_ADJUST_BOT) { del_bot = delh; } else { del_top = -delh / 2; del_bot = delh / 2 + L_SIGN(delh) * (delh & 1); } boxd = boxAdjustSides(NULL, boxs, del_left, del_right, del_top, del_bot); boxaAddBox(boxad, boxd, L_INSERT); boxDestroy(&boxs); } boxDestroy(&medbox); return boxad; } /*! * boxaReconcileEvenOddHeight() * * Input: boxas (containing at least 3 valid boxes in even and odd) * sides (L_ADJUST_TOP, L_ADJUST_BOT, L_ADJUST_TOP_AND_BOT) * delh (threshold on median height difference) * op (L_ADJUST_CHOOSE_MIN, L_ADJUST_CHOOSE_MAX) * factor (> 0.0, typically near 1.0) * Return: boxad (adjusted) * * Notes: * (1) The basic idea is to reconcile differences in box height * in the even and odd boxes, by moving the top and/or bottom * edges in the even and odd boxes. Choose the edge or edges * to be moved, whether to adjust the boxes with the min * or the max of the medians, and the threshold on the median * difference between even and odd box heights for the operations * to take place. The same threshold is also used to * determine if each individual box edge is to be adjusted. * (2) Boxes are conditionally reset with either the same top (y) * value or the same bottom value, or both. The value is * determined by the greater or lesser of the medians of the * even and odd boxes, with the choice depending on the value * of @op, which selects for either min or max median height. * If the median difference between even and odd boxes is * greater than @dely, then any individual box edge that differs * from the selected median by more than @dely is set to * the selected median times a factor typically near 1.0. * (3) Note that if selecting for minimum height, you will choose * the largest y-value for the top and the smallest y-value for * the bottom of the box. * (4) Typical input might be the output of boxaSmoothSequence(), * where even and odd boxa have been independently regulated. * (5) Require at least 3 valid even boxes and 3 valid odd boxes. * Median values will be used for invalid boxes. */ BOXA * boxaReconcileEvenOddHeight(BOXA *boxas, l_int32 sides, l_int32 delh, l_int32 op, l_float32 factor) { l_int32 n, ne, no, he, ho, hmed, doeven; BOX *boxe, *boxo; BOXA *boxae, *boxao, *boxa1e, *boxa1o, *boxad; PROCNAME("boxaReconcileEvenOddHeight"); if (!boxas) return (BOXA *)ERROR_PTR("boxas not defined", procName, NULL); if (sides != L_ADJUST_TOP && sides != L_ADJUST_BOT && sides != L_ADJUST_TOP_AND_BOT) { L_WARNING("no action requested; returning copy\n", procName); return boxaCopy(boxas, L_COPY); } if ((n = boxaGetValidCount(boxas)) < 6) { L_WARNING("need at least 6 valid boxes; returning copy\n", procName); return boxaCopy(boxas, L_COPY); } if (factor <= 0.0) { L_WARNING("invalid factor; setting to 1.0\n", procName); factor = 1.0; } /* Require at least 3 valid boxes of both types */ boxaSplitEvenOdd(boxas, 0, &boxae, &boxao); if (boxaGetValidCount(boxae) < 3 || boxaGetValidCount(boxao) < 3) { boxaDestroy(&boxae); boxaDestroy(&boxao); return boxaCopy(boxas, L_COPY); } ne = boxaGetCount(boxae); no = boxaGetCount(boxao); /* Get the median heights for each set */ boxa1e = boxaSort(boxae, L_SORT_BY_HEIGHT, L_SORT_INCREASING, NULL); boxa1o = boxaSort(boxao, L_SORT_BY_HEIGHT, L_SORT_INCREASING, NULL); boxe = boxaGetBox(boxa1e, ne / 2, L_COPY); /* median ht even boxes */ boxo = boxaGetBox(boxa1o, no / 2, L_COPY); /* median ht odd boxes */ boxGetGeometry(boxe, NULL, NULL, NULL, &he); boxGetGeometry(boxo, NULL, NULL, NULL, &ho); boxaDestroy(&boxa1e); boxaDestroy(&boxa1o); boxDestroy(&boxe); boxDestroy(&boxo); L_INFO("median he = %d, median ho = %d\n", procName, he, ho); /* If the difference in median height reaches the threshold @delh, * only adjust the side(s) of one of the sets. If we choose * the minimum median height as the target, allow the target * to be scaled by a factor, typically near 1.0, of the * minimum median height. And similarly if the target is * the maximum median height. */ if (L_ABS(he - ho) > delh) { if (op == L_ADJUST_CHOOSE_MIN) { doeven = (ho < he) ? TRUE : FALSE; hmed = (l_int32)(factor * L_MIN(he, ho)); hmed = L_MIN(hmed, L_MAX(he, ho)); /* don't make it bigger! */ } else { /* max height */ doeven = (ho > he) ? TRUE : FALSE; hmed = (l_int32)(factor * L_MAX(he, ho)); hmed = L_MAX(hmed, L_MIN(he, ho)); /* don't make it smaller! */ } if (doeven) boxaAdjustHeightToTarget(boxae, boxae, sides, hmed, delh); if (!doeven) boxaAdjustHeightToTarget(boxao, boxao, sides, hmed, delh); } boxad = boxaMergeEvenOdd(boxae, boxao, 0); boxaDestroy(&boxae); boxaDestroy(&boxao); return boxad; } /*! * boxaPlotSides() * * Input: boxas (source boxa) * plotname (, can be NULL) * &nal ( na of left sides) * &nat ( na of top sides) * &nar ( na of right sides) * &nab ( na of bottom sides) * outformat (GPLOT_NONE for no output; GPLOT_PNG for png, etc) * ut * Return: 0 if OK, 1 on error * * Notes: * (1) This is a debugging function to show the progression of * the four sides in the boxes. There must be at least 2 boxes. * (2) One of three conditions holds: * (a) only the even indices have valid boxes * (b) only the odd indices have valid boxes * (c) all indices have valid boxes * This condition is determined by looking at the first 2 boxes. * (3) The plotfiles are put in /tmp, and are named either with * @plotname or, if NULL, a default name. */ l_int32 boxaPlotSides(BOXA *boxa, const char *plotname, NUMA **pnal, NUMA **pnat, NUMA **pnar, NUMA **pnab, l_int32 outformat) { char buf[128]; static l_int32 plotid = 0; l_int32 n, i, w, h, left, top, right, bot; l_float32 startx, delx; BOX *box, *boxe, *boxo; GPLOT *gplot; NUMA *nal, *nat, *nar, *nab; PROCNAME("boxaPlotSides"); if (pnal) *pnal = NULL; if (pnat) *pnat = NULL; if (pnar) *pnar = NULL; if (pnab) *pnab = NULL; if (!boxa) return ERROR_INT("boxa not defined", procName, 1); if ((n = boxaGetCount(boxa)) < 2) return ERROR_INT("less than 2 boxes", procName, 1); /* Determine which condition holds for valid boxes */ delx = 1; boxe = boxaGetValidBox(boxa, 0, L_CLONE); boxo = boxaGetValidBox(boxa, 1, L_CLONE); if (!boxe) { startx = 1; delx = 2; } else if (!boxo) { startx = 0; delx = 2; } boxDestroy(&boxe); boxDestroy(&boxo); /* Build the numas for each side */ nal = numaCreate(n); nat = numaCreate(n); nar = numaCreate(n); nab = numaCreate(n); if (delx == 2) { numaSetParameters(nal, startx, delx); numaSetParameters(nat, startx, delx); numaSetParameters(nar, startx, delx); numaSetParameters(nab, startx, delx); } for (i = 0; i < n; i++) { if ((box = boxaGetValidBox(boxa, i, L_CLONE)) == NULL) continue; boxGetGeometry(box, &left, &top, &w, &h); right = left + w - 1; bot = top + h - 1; numaAddNumber(nal, left); numaAddNumber(nat, top); numaAddNumber(nar, right); numaAddNumber(nab, bot); boxDestroy(&box); } /* Plot them */ if (outformat < 0 || outformat > GPLOT_LATEX) { L_ERROR("invalid gplot format\n", procName); outformat = 0; } if (outformat > 0) { if (plotname) snprintf(buf, sizeof(buf), "/tmp/%s", plotname); else snprintf(buf, sizeof(buf), "/tmp/boxsides.%d", plotid++); gplot = gplotCreate(buf, outformat, "Box sides vs. box index", "box index", "box location"); gplotAddPlot(gplot, NULL, nal, GPLOT_LINES, "left side"); gplotAddPlot(gplot, NULL, nat, GPLOT_LINES, "top side"); gplotAddPlot(gplot, NULL, nar, GPLOT_LINES, "right side"); gplotAddPlot(gplot, NULL, nab, GPLOT_LINES, "bottom side"); gplotMakeOutput(gplot); gplotDestroy(&gplot); } if (pnal) *pnal = nal; else numaDestroy(&nal); if (pnat) *pnat = nat; else numaDestroy(&nat); if (pnar) *pnar = nar; else numaDestroy(&nar); if (pnab) *pnab = nab; else numaDestroy(&nab); return 0; } /*---------------------------------------------------------------------* * Miscellaneous Boxa functions * *---------------------------------------------------------------------*/ /*! * boxaGetExtent() * * Input: boxa * &w ( width) * &h ( height) * &box (, minimum box containing all boxes * in boxa) * Return: 0 if OK, 1 on error * * Notes: * (1) The returned w and h are the minimum size image * that would contain all boxes untranslated. * (2) If there are no valid boxes, returned w and h are 0 and * all parameters in the returned box are 0. This * is not an error, because an empty boxa is valid and * boxaGetExtent() is required for serialization. */ l_int32 boxaGetExtent(BOXA *boxa, l_int32 *pw, l_int32 *ph, BOX **pbox) { l_int32 i, n, x, y, w, h, xmax, ymax, xmin, ymin, found; PROCNAME("boxaGetExtent"); if (!pw && !ph && !pbox) return ERROR_INT("no ptrs defined", procName, 1); if (pbox) *pbox = NULL; if (pw) *pw = 0; if (ph) *ph = 0; if (!boxa) return ERROR_INT("boxa not defined", procName, 1); n = boxaGetCount(boxa); xmax = ymax = 0; xmin = ymin = 100000000; found = FALSE; for (i = 0; i < n; i++) { boxaGetBoxGeometry(boxa, i, &x, &y, &w, &h); if (w <= 0 || h <= 0) continue; found = TRUE; xmin = L_MIN(xmin, x); ymin = L_MIN(ymin, y); xmax = L_MAX(xmax, x + w); ymax = L_MAX(ymax, y + h); } if (found == FALSE) /* no valid boxes in boxa */ xmin = ymin = 0; if (pw) *pw = xmax; if (ph) *ph = ymax; if (pbox) *pbox = boxCreate(xmin, ymin, xmax - xmin, ymax - ymin); return 0; } /*! * boxaGetCoverage() * * Input: boxa * wc, hc (dimensions of overall clipping rectangle with UL * corner at (0, 0) that is covered by the boxes. * exactflag (1 for guaranteeing an exact result; 0 for getting * an exact result only if the boxes do not overlap) * &fract ( sum of box area as fraction of w * h) * Return: 0 if OK, 1 on error * * Notes: * (1) The boxes in boxa are clipped to the input rectangle. * (2) * When @exactflag == 1, we generate a 1 bpp pix of size * wc x hc, paint all the boxes black, and count the fg pixels. * This can take 1 msec on a large page with many boxes. * * When @exactflag == 0, we clip each box to the wc x hc region * and sum the resulting areas. This is faster. * * The results are the same when none of the boxes overlap * within the wc x hc region. */ l_int32 boxaGetCoverage(BOXA *boxa, l_int32 wc, l_int32 hc, l_int32 exactflag, l_float32 *pfract) { l_int32 i, n, x, y, w, h, sum; BOX *box, *boxc; PIX *pixt; PROCNAME("boxaGetCoverage"); if (!pfract) return ERROR_INT("&fract not defined", procName, 1); *pfract = 0.0; if (!boxa) return ERROR_INT("boxa not defined", procName, 1); n = boxaGetCount(boxa); if (n == 0) return ERROR_INT("no boxes in boxa", procName, 1); if (exactflag == 0) { /* quick and dirty */ sum = 0; for (i = 0; i < n; i++) { box = boxaGetBox(boxa, i, L_CLONE); if ((boxc = boxClipToRectangle(box, wc, hc)) != NULL) { boxGetGeometry(boxc, NULL, NULL, &w, &h); sum += w * h; boxDestroy(&boxc); } boxDestroy(&box); } } else { /* slower and exact */ pixt = pixCreate(wc, hc, 1); for (i = 0; i < n; i++) { box = boxaGetBox(boxa, i, L_CLONE); boxGetGeometry(box, &x, &y, &w, &h); pixRasterop(pixt, x, y, w, h, PIX_SET, NULL, 0, 0); boxDestroy(&box); } pixCountPixels(pixt, &sum, NULL); pixDestroy(&pixt); } *pfract = (l_float32)sum / (l_float32)(wc * hc); return 0; } /*! * boxaaSizeRange() * * Input: baa * &minw, &minh, &maxw, &maxh ( range of * dimensions of all boxes) * Return: 0 if OK, 1 on error */ l_int32 boxaaSizeRange(BOXAA *baa, l_int32 *pminw, l_int32 *pminh, l_int32 *pmaxw, l_int32 *pmaxh) { l_int32 minw, minh, maxw, maxh, minbw, minbh, maxbw, maxbh, i, n; BOXA *boxa; PROCNAME("boxaaSizeRange"); if (!baa) return ERROR_INT("baa not defined", procName, 1); if (!pminw && !pmaxw && !pminh && !pmaxh) return ERROR_INT("no data can be returned", procName, 1); minw = minh = 100000000; maxw = maxh = 0; n = boxaaGetCount(baa); for (i = 0; i < n; i++) { boxa = boxaaGetBoxa(baa, i, L_CLONE); boxaSizeRange(boxa, &minbw, &minbh, &maxbw, &maxbh); if (minbw < minw) minw = minbw; if (minbh < minh) minh = minbh; if (maxbw > maxw) maxw = maxbw; if (maxbh > maxh) maxh = maxbh; } if (pminw) *pminw = minw; if (pminh) *pminh = minh; if (pmaxw) *pmaxw = maxw; if (pmaxh) *pmaxh = maxh; return 0; } /*! * boxaSizeRange() * * Input: boxa * &minw, &minh, &maxw, &maxh ( range of * dimensions of box in the array) * Return: 0 if OK, 1 on error */ l_int32 boxaSizeRange(BOXA *boxa, l_int32 *pminw, l_int32 *pminh, l_int32 *pmaxw, l_int32 *pmaxh) { l_int32 minw, minh, maxw, maxh, i, n, w, h; PROCNAME("boxaSizeRange"); if (!boxa) return ERROR_INT("boxa not defined", procName, 1); if (!pminw && !pmaxw && !pminh && !pmaxh) return ERROR_INT("no data can be returned", procName, 1); minw = minh = 100000000; maxw = maxh = 0; n = boxaGetCount(boxa); for (i = 0; i < n; i++) { boxaGetBoxGeometry(boxa, i, NULL, NULL, &w, &h); if (w < minw) minw = w; if (h < minh) minh = h; if (w > maxw) maxw = w; if (h > maxh) maxh = h; } if (pminw) *pminw = minw; if (pminh) *pminh = minh; if (pmaxw) *pmaxw = maxw; if (pmaxh) *pmaxh = maxh; return 0; } /*! * boxaLocationRange() * * Input: boxa * &minx, &miny, &maxx, &maxy ( range of * UL corner positions) * Return: 0 if OK, 1 on error */ l_int32 boxaLocationRange(BOXA *boxa, l_int32 *pminx, l_int32 *pminy, l_int32 *pmaxx, l_int32 *pmaxy) { l_int32 minx, miny, maxx, maxy, i, n, x, y; PROCNAME("boxaLocationRange"); if (!boxa) return ERROR_INT("boxa not defined", procName, 1); if (!pminx && !pminy && !pmaxx && !pmaxy) return ERROR_INT("no data can be returned", procName, 1); minx = miny = 100000000; maxx = maxy = 0; n = boxaGetCount(boxa); for (i = 0; i < n; i++) { boxaGetBoxGeometry(boxa, i, &x, &y, NULL, NULL); if (x < minx) minx = x; if (y < miny) miny = y; if (x > maxx) maxx = x; if (y > maxy) maxy = y; } if (pminx) *pminx = minx; if (pminy) *pminy = miny; if (pmaxx) *pmaxx = maxx; if (pmaxy) *pmaxy = maxy; return 0; } /*! * boxaGetArea() * * Input: boxa * &area ( total area of all boxes) * Return: 0 if OK, 1 on error * * Notes: * (1) Measures the total area of the boxes, without regard to overlaps. */ l_int32 boxaGetArea(BOXA *boxa, l_int32 *parea) { l_int32 i, n, w, h; PROCNAME("boxaGetArea"); if (!parea) return ERROR_INT("&area not defined", procName, 1); *parea = 0; if (!boxa) return ERROR_INT("boxa not defined", procName, 1); n = boxaGetCount(boxa); for (i = 0; i < n; i++) { boxaGetBoxGeometry(boxa, i, NULL, NULL, &w, &h); *parea += w * h; } return 0; } /*! * boxaDisplayTiled() * * Input: boxa * pixa ( background for each box) * maxwidth (of output image) * linewidth (width of box outlines, before scaling) * scalefactor (applied to every box; use 1.0 for no scaling) * background (0 for white, 1 for black; this is the color * of the spacing between the images) * spacing (between images, and on outside) * border (width of black border added to each image; * use 0 for no border) * fontdir ( can be NULL; use to number the boxes) * Return: pixd (of tiled images of boxes), or null on error * * Notes: * (1) Displays each box separately in a tiled 32 bpp image. * (2) If pixa is defined, it must have the same count as the boxa, * and it will be a background over with each box is rendered. * If pixa is not defined, the boxes will be rendered over * blank images of identical size. * (3) See pixaDisplayTiledInRows() for other parameters. */ PIX * boxaDisplayTiled(BOXA *boxa, PIXA *pixa, l_int32 maxwidth, l_int32 linewidth, l_float32 scalefactor, l_int32 background, l_int32 spacing, l_int32 border, const char *fontdir) { char buf[32]; l_int32 i, n, npix, w, h; L_BMF *bmf; BOX *box; PIX *pix1, *pix2, *pixd; PIXA *pixat; PROCNAME("boxaDisplayTiled"); if (!boxa) return (PIX *)ERROR_PTR("boxa not defined", procName, NULL); n = boxaGetCount(boxa); if (pixa) { npix = pixaGetCount(pixa); if (n != npix) return (PIX *)ERROR_PTR("boxa and pixa counts differ", procName, NULL); } bmf = NULL; if (fontdir) { if ((bmf = bmfCreate(fontdir, 6)) == NULL) { L_ERROR("can't find fonts; skipping them\n", procName); fontdir = NULL; } } pixat = pixaCreate(n); boxaGetExtent(boxa, &w, &h, NULL); for (i = 0; i < n; i++) { box = boxaGetBox(boxa, i, L_CLONE); if (!pixa) { pix1 = pixCreate(w, h, 32); pixSetAll(pix1); } else { pix1 = pixaGetPix(pixa, i, L_COPY); } if (fontdir) { pixSetBorderVal(pix1, 0, 0, 0, 2, 0x0000ff00); snprintf(buf, sizeof(buf), "%d", i); pix2 = pixAddSingleTextblock(pix1, bmf, buf, 0x00ff0000, L_ADD_BELOW, NULL); } else { pix2 = pixClone(pix1); } pixDestroy(&pix1); pixRenderBoxArb(pix2, box, linewidth, 255, 0, 0); pixaAddPix(pixat, pix2, L_INSERT); boxDestroy(&box); } bmfDestroy(&bmf); pixd = pixaDisplayTiledInRows(pixat, 32, maxwidth, scalefactor, background, spacing, border); pixaDestroy(&pixat); return pixd; } leptonica-1.70/src/binexpand.c0000644000175000017500000002370112244216024014410 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * binexpand.c * * Replicated expansion (integer scaling) * PIX *pixExpandBinaryReplicate() * * Special case: power of 2 replicated expansion * PIX *pixExpandBinaryPower2() * * Expansion tables for power of 2 expansion * static l_uint16 *makeExpandTab2x() * static l_uint32 *makeExpandTab4x() * static l_uint32 *makeExpandTab8x() */ #include #include "allheaders.h" /* Static table functions and tables */ static l_uint16 * makeExpandTab2x(void); static l_uint32 * makeExpandTab4x(void); static l_uint32 * makeExpandTab8x(void); static l_uint32 expandtab16[] = { 0x00000000, 0x0000ffff, 0xffff0000, 0xffffffff}; /*------------------------------------------------------------------* * Replicated expansion (integer scaling) * *------------------------------------------------------------------*/ /*! * pixExpandBinaryReplicate() * * Input: pixs (1 bpp) * factor (integer scale factor for replicative expansion) * Return: pixd (scaled up), or null on error */ PIX * pixExpandBinaryReplicate(PIX *pixs, l_int32 factor) { l_int32 w, h, d, wd, hd, wpls, wpld, i, j, k, start; l_uint32 *datas, *datad, *lines, *lined; PIX *pixd; PROCNAME("pixExpandBinaryReplicate"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 1) return (PIX *)ERROR_PTR("pixs not binary", procName, NULL); if (factor <= 0) return (PIX *)ERROR_PTR("factor <= 0; invalid", procName, NULL); if (factor == 1) return pixCopy(NULL, pixs); if (factor == 2 || factor == 4 || factor == 8 || factor == 16) return pixExpandBinaryPower2(pixs, factor); wpls = pixGetWpl(pixs); datas = pixGetData(pixs); wd = factor * w; hd = factor * h; if ((pixd = pixCreate(wd, hd, 1)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixScaleResolution(pixd, (l_float32)factor, (l_float32)factor); wpld = pixGetWpl(pixd); datad = pixGetData(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + factor * i * wpld; for (j = 0; j < w; j++) { if (GET_DATA_BIT(lines, j)) { start = factor * j; for (k = 0; k < factor; k++) SET_DATA_BIT(lined, start + k); } } for (k = 1; k < factor; k++) memcpy(lined + k * wpld, lined, 4 * wpld); } return pixd; } /*------------------------------------------------------------------* * Power of 2 expansion * *------------------------------------------------------------------*/ /*! * pixExpandBinaryPower2() * * Input: pixs (1 bpp) * factor (expansion factor: 1, 2, 4, 8, 16) * Return: pixd (expanded 1 bpp by replication), or null on error */ PIX * pixExpandBinaryPower2(PIX *pixs, l_int32 factor) { l_uint8 sval; l_uint16 *tab2; l_int32 i, j, k, w, h, d, wd, hd, wpls, wpld, sdibits, sqbits, sbytes; l_uint32 *datas, *datad, *lines, *lined, *tab4, *tab8; PIX *pixd; PROCNAME("pixExpandBinaryPower2"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 1) return (PIX *)ERROR_PTR("pixs not binary", procName, NULL); if (factor == 1) return pixCopy(NULL, pixs); if (factor != 2 && factor != 4 && factor != 8 && factor != 16) return (PIX *)ERROR_PTR("factor must be in {2,4,8,16}", procName, NULL); wpls = pixGetWpl(pixs); datas = pixGetData(pixs); wd = factor * w; hd = factor * h; if ((pixd = pixCreate(wd, hd, 1)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixScaleResolution(pixd, (l_float32)factor, (l_float32)factor); wpld = pixGetWpl(pixd); datad = pixGetData(pixd); if (factor == 2) { if ((tab2 = makeExpandTab2x()) == NULL) return (PIX *)ERROR_PTR("tab2 not made", procName, NULL); sbytes = (w + 7) / 8; for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + 2 * i * wpld; for (j = 0; j < sbytes; j++) { sval = GET_DATA_BYTE(lines, j); SET_DATA_TWO_BYTES(lined, j, tab2[sval]); } memcpy((char *)(lined + wpld), (char *)lined, 4 * wpld); } FREE(tab2); } else if (factor == 4) { if ((tab4 = makeExpandTab4x()) == NULL) return (PIX *)ERROR_PTR("tab4 not made", procName, NULL); sbytes = (w + 7) / 8; for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + 4 * i * wpld; for (j = 0; j < sbytes; j++) { sval = GET_DATA_BYTE(lines, j); lined[j] = tab4[sval]; } for (k = 1; k < 4; k++) memcpy((char *)(lined + k * wpld), (char *)lined, 4 * wpld); } FREE(tab4); } else if (factor == 8) { if ((tab8 = makeExpandTab8x()) == NULL) return (PIX *)ERROR_PTR("tab8 not made", procName, NULL); sqbits = (w + 3) / 4; for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + 8 * i * wpld; for (j = 0; j < sqbits; j++) { sval = GET_DATA_QBIT(lines, j); if (sval > 15) L_WARNING("sval = %d; should be < 16\n", procName, sval); lined[j] = tab8[sval]; } for (k = 1; k < 8; k++) memcpy((char *)(lined + k * wpld), (char *)lined, 4 * wpld); } FREE(tab8); } else { /* factor == 16 */ sdibits = (w + 1) / 2; for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + 16 * i * wpld; for (j = 0; j < sdibits; j++) { sval = GET_DATA_DIBIT(lines, j); lined[j] = expandtab16[sval]; } for (k = 1; k < 16; k++) memcpy((char *)(lined + k * wpld), (char *)lined, 4 * wpld); } } return pixd; } /*-------------------------------------------------------------------* * Expansion tables for 2x, 4x and 8x expansion * *-------------------------------------------------------------------*/ static l_uint16 * makeExpandTab2x(void) { l_uint16 *tab; l_int32 i; PROCNAME("makeExpandTab2x"); if ((tab = (l_uint16 *) CALLOC(256, sizeof(l_uint16))) == NULL) return (l_uint16 *)ERROR_PTR("tab not made", procName, NULL); for (i = 0; i < 256; i++) { if (i & 0x01) tab[i] = 0x3; if (i & 0x02) tab[i] |= 0xc; if (i & 0x04) tab[i] |= 0x30; if (i & 0x08) tab[i] |= 0xc0; if (i & 0x10) tab[i] |= 0x300; if (i & 0x20) tab[i] |= 0xc00; if (i & 0x40) tab[i] |= 0x3000; if (i & 0x80) tab[i] |= 0xc000; } return tab; } static l_uint32 * makeExpandTab4x(void) { l_uint32 *tab; l_int32 i; PROCNAME("makeExpandTab4x"); if ((tab = (l_uint32 *) CALLOC(256, sizeof(l_uint32))) == NULL) return (l_uint32 *)ERROR_PTR("tab not made", procName, NULL); for (i = 0; i < 256; i++) { if (i & 0x01) tab[i] = 0xf; if (i & 0x02) tab[i] |= 0xf0; if (i & 0x04) tab[i] |= 0xf00; if (i & 0x08) tab[i] |= 0xf000; if (i & 0x10) tab[i] |= 0xf0000; if (i & 0x20) tab[i] |= 0xf00000; if (i & 0x40) tab[i] |= 0xf000000; if (i & 0x80) tab[i] |= 0xf0000000; } return tab; } static l_uint32 * makeExpandTab8x(void) { l_uint32 *tab; l_int32 i; PROCNAME("makeExpandTab8x"); if ((tab = (l_uint32 *) CALLOC(16, sizeof(l_uint32))) == NULL) return (l_uint32 *)ERROR_PTR("tab not made", procName, NULL); for (i = 0; i < 16; i++) { if (i & 0x01) tab[i] = 0xff; if (i & 0x02) tab[i] |= 0xff00; if (i & 0x04) tab[i] |= 0xff0000; if (i & 0x08) tab[i] |= 0xff000000; } return tab; } leptonica-1.70/src/readbarcode.c0000644000175000017500000015003312244727767014717 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * readbarcode.c * * Basic operations to locate and identify the line widths * in 1D barcodes. * * Top level * SARRAY *pixProcessBarcodes() * * Next levels * PIXA *pixExtractBarcodes() * SARRAY *pixReadBarcodes() * l_int32 pixReadBarcodeWidths() * * Location * BOXA *pixLocateBarcodes() * static PIX *pixGenerateBarcodeMask() * * Extraction and deskew * PIXA *pixDeskewBarcodes() * * Process to get line widths * NUMA *pixExtractBarcodeWidths1() * NUMA *pixExtractBarcodeWidths2() * NUMA *pixExtractBarcodeCrossings() * * Average adjacent rasters * static NUMA *pixAverageRasterScans() * * Signal processing for barcode widths * NUMA *numaQuantizeCrossingsByWidth() * static l_int32 numaGetCrossingDistances() * static NUMA *numaLocatePeakRanges() * static NUMA *numaGetPeakCentroids() * static NUMA *numaGetPeakWidthLUT() * NUMA *numaQuantizeCrossingsByWindow() * static l_int32 numaEvalBestWidthAndShift() * static l_int32 numaEvalSyncError() * * * NOTE CAREFULLY: This is "early beta" code. It has not been tuned * to work robustly on a large database of barcode images. I'm putting * it out so that people can play with it, find out how it breaks, and * contribute decoders for other barcode formats. Both the functional * interfaces and ABI will almost certainly change in the coming * few months. The actual decoder, in bardecode.c, at present only * works on the following codes: Code I2of5, Code 2of5, Code 39, Code 93 * Codabar and UPCA. To add another barcode format, it is necessary * to make changes in readbarcode.h and bardecode.c. * The program prog/barcodetest shows how to run from the top level * (image --> decoded data). */ #include #include "allheaders.h" #include "readbarcode.h" /* Parameters for pixGenerateBarcodeMask() */ static const l_int32 MAX_SPACE_WIDTH = 19; /* was 15 */ static const l_int32 MAX_NOISE_WIDTH = 50; /* smaller than barcode width */ static const l_int32 MAX_NOISE_HEIGHT = 30; /* smaller than barcode height */ /* Static functions */ static PIX *pixGenerateBarcodeMask(PIX *pixs, l_int32 maxspace, l_int32 nwidth, l_int32 nheight); static NUMA *pixAverageRasterScans(PIX *pixs, l_int32 nscans); static l_int32 numaGetCrossingDistances(NUMA *nas, NUMA **pnaedist, NUMA **pnaodist, l_float32 *pmindist, l_float32 *pmaxdist); static NUMA *numaLocatePeakRanges(NUMA *nas, l_float32 minfirst, l_float32 minsep, l_float32 maxmin); static NUMA *numaGetPeakCentroids(NUMA *nahist, NUMA *narange); static NUMA *numaGetPeakWidthLUT(NUMA *narange, NUMA *nacent); static l_int32 numaEvalBestWidthAndShift(NUMA *nas, l_int32 nwidth, l_int32 nshift, l_float32 minwidth, l_float32 maxwidth, l_float32 *pbestwidth, l_float32 *pbestshift, l_float32 *pbestscore); static l_int32 numaEvalSyncError(NUMA *nas, l_int32 ifirst, l_int32 ilast, l_float32 width, l_float32 shift, l_float32 *pscore, NUMA **pnad); #ifndef NO_CONSOLE_IO #define DEBUG_DESKEW 1 #define DEBUG_WIDTHS 0 #endif /* ~NO_CONSOLE_IO */ /*------------------------------------------------------------------------* * Top level * *------------------------------------------------------------------------*/ /*! * pixProcessBarcodes() * * Input: pixs (any depth) * format (L_BF_ANY, L_BF_CODEI2OF5, L_BF_CODE93, ...) * method (L_USE_WIDTHS, L_USE_WINDOWS) * &saw ( sarray of bar widths) * debugflag (use 1 to generate debug output) * Return: sarray (text of barcodes), or null if none found or on error */ SARRAY * pixProcessBarcodes(PIX *pixs, l_int32 format, l_int32 method, SARRAY **psaw, l_int32 debugflag) { PIX *pixg; PIXA *pixa; SARRAY *sad; PROCNAME("pixProcessBarcodes"); if (psaw) *psaw = NULL; if (!pixs) return (SARRAY *)ERROR_PTR("pixs not defined", procName, NULL); if (format != L_BF_ANY && !barcodeFormatIsSupported(format)) return (SARRAY *)ERROR_PTR("unsupported format", procName, NULL); if (method != L_USE_WIDTHS && method != L_USE_WINDOWS) return (SARRAY *)ERROR_PTR("invalid method", procName, NULL); /* Get an 8 bpp image, no cmap */ if (pixGetDepth(pixs) == 8 && !pixGetColormap(pixs)) pixg = pixClone(pixs); else pixg = pixConvertTo8(pixs, 0); if ((pixa = pixExtractBarcodes(pixg, debugflag)) == NULL) { pixDestroy(&pixg); return (SARRAY *)ERROR_PTR("no barcode(s) found", procName, NULL); } sad = pixReadBarcodes(pixa, format, method, psaw, debugflag); pixDestroy(&pixg); pixaDestroy(&pixa); return sad; } /*! * pixExtractBarcodes() * * Input: pixs (8 bpp, no colormap) * debugflag (use 1 to generate debug output) * Return: pixa (deskewed and cropped barcodes), or null if * none found or on error */ PIXA * pixExtractBarcodes(PIX *pixs, l_int32 debugflag) { l_int32 i, n; l_float32 angle, conf; BOX *box; BOXA *boxa; PIX *pixb, *pixm, *pixt; PIXA *pixa; PROCNAME("pixExtractBarcodes"); if (!pixs || pixGetDepth(pixs) != 8 || pixGetColormap(pixs)) return (PIXA *)ERROR_PTR("pixs undefined or not 8 bpp", procName, NULL); /* Locate them; use small threshold for edges. */ boxa = pixLocateBarcodes(pixs, 20, &pixb, &pixm); n = boxaGetCount(boxa); L_INFO("%d possible barcode(s) found\n", procName, n); if (n == 0) { boxaDestroy(&boxa); pixDestroy(&pixb); pixDestroy(&pixm); return NULL; } if (debugflag) { boxaWriteStream(stderr, boxa); pixDisplay(pixb, 100, 100); pixDisplay(pixm, 800, 100); } /* Deskew each barcode individually */ pixa = pixaCreate(n); for (i = 0; i < n; i++) { box = boxaGetBox(boxa, i, L_CLONE); pixt = pixDeskewBarcode(pixs, pixb, box, 15, 20, &angle, &conf); L_INFO("angle = %6.2f, conf = %6.2f\n", procName, angle, conf); if (conf > 5.0) { pixaAddPix(pixa, pixt, L_INSERT); pixaAddBox(pixa, box, L_INSERT); } else { pixDestroy(&pixt); boxDestroy(&box); } } #if DEBUG_DESKEW pixt = pixaDisplayTiledInRows(pixa, 8, 1000, 1.0, 0, 30, 2); pixWrite("junkpixt", pixt, IFF_PNG); pixDestroy(&pixt); #endif /* DEBUG_DESKEW */ pixDestroy(&pixb); pixDestroy(&pixm); boxaDestroy(&boxa); return pixa; } /*! * pixReadBarcodes() * * Input: pixa (of 8 bpp deskewed and cropped barcodes) * format (L_BF_ANY, L_BF_CODEI2OF5, L_BF_CODE93, ...) * method (L_USE_WIDTHS, L_USE_WINDOWS); * &saw ( sarray of bar widths) * debugflag (use 1 to generate debug output) * Return: sa (sarray of widths, one string for each barcode found), * or null on error */ SARRAY * pixReadBarcodes(PIXA *pixa, l_int32 format, l_int32 method, SARRAY **psaw, l_int32 debugflag) { char *barstr, *data; char emptystring[] = ""; l_int32 i, j, n, nbars, ival; NUMA *na; PIX *pixt; SARRAY *saw, *sad; PROCNAME("pixReadBarcodes"); if (psaw) *psaw = NULL; if (!pixa) return (SARRAY *)ERROR_PTR("pixa not defined", procName, NULL); if (format != L_BF_ANY && !barcodeFormatIsSupported(format)) return (SARRAY *)ERROR_PTR("unsupported format", procName, NULL); if (method != L_USE_WIDTHS && method != L_USE_WINDOWS) return (SARRAY *)ERROR_PTR("invalid method", procName, NULL); n = pixaGetCount(pixa); saw = sarrayCreate(n); sad = sarrayCreate(n); for (i = 0; i < n; i++) { /* Extract the widths of the lines in each barcode */ pixt = pixaGetPix(pixa, i, L_CLONE); na = pixReadBarcodeWidths(pixt, method, debugflag); pixDestroy(&pixt); if (!na) { ERROR_INT("valid barcode widths not returned", procName, 1); continue; } /* Save the widths as a string */ nbars = numaGetCount(na); barstr = (char *)CALLOC(nbars + 1, sizeof(char)); for (j = 0; j < nbars; j++) { numaGetIValue(na, j, &ival); barstr[j] = 0x30 + ival; } sarrayAddString(saw, barstr, L_INSERT); numaDestroy(&na); /* Decode the width strings */ data = barcodeDispatchDecoder(barstr, format, debugflag); if (!data) { ERROR_INT("barcode not decoded", procName, 1); sarrayAddString(sad, emptystring, L_COPY); continue; } sarrayAddString(sad, data, L_INSERT); } /* If nothing found, clean up */ if (sarrayGetCount(saw) == 0) { sarrayDestroy(&saw); sarrayDestroy(&sad); return (SARRAY *)ERROR_PTR("no valid barcode data", procName, NULL); } if (psaw) *psaw = saw; else sarrayDestroy(&saw); return sad; } /*! * pixReadBarcodeWidths() * * Input: pixs (of 8 bpp deskewed and cropped barcode) * method (L_USE_WIDTHS, L_USE_WINDOWS); * debugflag (use 1 to generate debug output) * Return: na (numa of widths (each in set {1,2,3,4}), or null on error */ NUMA * pixReadBarcodeWidths(PIX *pixs, l_int32 method, l_int32 debugflag) { l_float32 winwidth; NUMA *na; PROCNAME("pixReadBarcodeWidths"); if (!pixs) return (NUMA *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (NUMA *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (method != L_USE_WIDTHS && method != L_USE_WINDOWS) return (NUMA *)ERROR_PTR("invalid method", procName, NULL); /* Extract the widths of the lines in each barcode */ if (method == L_USE_WIDTHS) na = pixExtractBarcodeWidths1(pixs, 120, 0.25, NULL, NULL, debugflag); else /* method == L_USE_WINDOWS */ na = pixExtractBarcodeWidths2(pixs, 120, &winwidth, NULL, debugflag); #if DEBUG_WIDTHS if (method == L_USE_WINDOWS) fprintf(stderr, "Window width for barcode: %7.3f\n", winwidth); numaWriteStream(stderr, na); #endif /* DEBUG_WIDTHS */ if (!na) return (NUMA *)ERROR_PTR("barcode widths invalid", procName, NULL); return na; } /*------------------------------------------------------------------------* * Locate barcode in image * *------------------------------------------------------------------------*/ /*! * pixLocateBarcodes() * * Input: pixs (any depth) * thresh (for binarization of edge filter output; typ. 20) * &pixb ( binarized edge filtered input image) * &pixm ( mask over barcodes) * Return: boxa (location of barcodes), or null if none found or on error */ BOXA * pixLocateBarcodes(PIX *pixs, l_int32 thresh, PIX **ppixb, PIX **ppixm) { BOXA *boxa; PIX *pix8, *pixe, *pixb, *pixm; PROCNAME("pixLocateBarcodes"); if (!pixs) return (BOXA *)ERROR_PTR("pixs not defined", procName, NULL); /* Get an 8 bpp image, no cmap */ if (pixGetDepth(pixs) == 8 && !pixGetColormap(pixs)) pix8 = pixClone(pixs); else pix8 = pixConvertTo8(pixs, 0); /* Get a 1 bpp image of the edges */ pixe = pixSobelEdgeFilter(pix8, L_ALL_EDGES); pixb = pixThresholdToBinary(pixe, thresh); pixInvert(pixb, pixb); pixDestroy(&pix8); pixDestroy(&pixe); pixm = pixGenerateBarcodeMask(pixb, MAX_SPACE_WIDTH, MAX_NOISE_WIDTH, MAX_NOISE_HEIGHT); boxa = pixConnComp(pixm, NULL, 8); if (ppixb) *ppixb = pixb; else pixDestroy(&pixb); if (ppixm) *ppixm = pixm; else pixDestroy(&pixm); return boxa; } /*! * pixGenerateBarcodeMask() * * Input: pixs (1 bpp) * maxspace (largest space in the barcode, in pixels) * nwidth (opening 'width' to remove noise) * nheight (opening 'height' to remove noise) * Return: pixm (mask over barcodes), or null if none found or on error * * Notes: * (1) For noise removal, 'width' and 'height' are referred to the * barcode orientation. * (2) If there is skew, the mask will not cover the barcode corners. */ static PIX * pixGenerateBarcodeMask(PIX *pixs, l_int32 maxspace, l_int32 nwidth, l_int32 nheight) { PIX *pixt1, *pixt2, *pixd; PROCNAME("pixGenerateBarcodeMask"); if (!pixs || pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); /* Identify horizontal barcodes */ pixt1 = pixCloseBrick(NULL, pixs, maxspace + 1, 1); pixt2 = pixOpenBrick(NULL, pixs, maxspace + 1, 1); pixXor(pixt2, pixt2, pixt1); pixOpenBrick(pixt2, pixt2, nwidth, nheight); pixDestroy(&pixt1); /* Identify vertical barcodes */ pixt1 = pixCloseBrick(NULL, pixs, 1, maxspace + 1); pixd = pixOpenBrick(NULL, pixs, 1, maxspace + 1); pixXor(pixd, pixd, pixt1); pixOpenBrick(pixd, pixd, nheight, nwidth); pixDestroy(&pixt1); /* Combine to get all barcodes */ pixOr(pixd, pixd, pixt2); pixDestroy(&pixt2); return pixd; } /*------------------------------------------------------------------------* * Extract and deskew barcode * *------------------------------------------------------------------------*/ /*! * pixDeskewBarcode() * * Input: pixs (input image; 8 bpp) * pixb (binarized edge-filtered input image) * box (identified region containing barcode) * margin (of extra pixels around box to extract) * threshold (for binarization; ~20) * &angle ( in degrees, clockwise is positive) * &conf ( confidence) * Return: pixd (deskewed barcode), or null on error * * Note: * (1) The (optional) angle returned is the angle in degrees (cw positive) * necessary to rotate the image so that it is deskewed. */ PIX * pixDeskewBarcode(PIX *pixs, PIX *pixb, BOX *box, l_int32 margin, l_int32 threshold, l_float32 *pangle, l_float32 *pconf) { l_int32 x, y, w, h, n; l_float32 angle, angle1, angle2, conf, conf1, conf2, score1, score2, deg2rad; BOX *boxe, *boxt; BOXA *boxa, *boxat; PIX *pixt1, *pixt2, *pixt3, *pixt4, *pixt5, *pixt6, *pixd; PROCNAME("pixDeskewBarcode"); if (!pixs || pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs undefined or not 8 bpp", procName, NULL); if (!pixb || pixGetDepth(pixb) != 1) return (PIX *)ERROR_PTR("pixb undefined or not 1 bpp", procName, NULL); if (!box) return (PIX *)ERROR_PTR("box not defined or 1 bpp", procName, NULL); /* Clip out */ deg2rad = 3.1415926535 / 180.; boxGetGeometry(box, &x, &y, &w, &h); boxe = boxCreate(x - 25, y - 25, w + 51, h + 51); pixt1 = pixClipRectangle(pixb, boxe, NULL); pixt2 = pixClipRectangle(pixs, boxe, NULL); boxDestroy(&boxe); /* Deskew, looking at all possible orientations over 180 degrees */ pixt3 = pixRotateOrth(pixt1, 1); /* look for vertical bar lines */ pixt4 = pixClone(pixt1); /* look for horizontal bar lines */ pixFindSkewSweepAndSearchScore(pixt3, &angle1, &conf1, &score1, 1, 1, 0.0, 45.0, 2.5, 0.01); pixFindSkewSweepAndSearchScore(pixt4, &angle2, &conf2, &score2, 1, 1, 0.0, 45.0, 2.5, 0.01); /* Because we're using the boundary pixels of the barcodes, * the peak can be sharper (and the confidence ratio higher) * from the signal across the top and bottom of the barcode. * However, the max score, which is the magnitude of the signal * at the optimum skew angle, will be smaller, so we use the * max score as the primary indicator of orientation. */ if (score1 >= score2) { conf = conf1; if (conf1 > 6.0 && L_ABS(angle1) > 0.1) { angle = angle1; pixt5 = pixRotate(pixt2, deg2rad * angle1, L_ROTATE_AREA_MAP, L_BRING_IN_WHITE, 0, 0); } else { angle = 0.0; pixt5 = pixClone(pixt2); } } else { /* score2 > score1 */ conf = conf2; pixt6 = pixRotateOrth(pixt2, 1); if (conf2 > 6.0 && L_ABS(angle2) > 0.1) { angle = 90.0 + angle2; pixt5 = pixRotate(pixt6, deg2rad * angle2, L_ROTATE_AREA_MAP, L_BRING_IN_WHITE, 0, 0); } else { angle = 90.0; pixt5 = pixClone(pixt6); } pixDestroy(&pixt6); } pixDestroy(&pixt3); pixDestroy(&pixt4); /* Extract barcode plus a margin around it */ boxa = pixLocateBarcodes(pixt5, threshold, 0, 0); if ((n = boxaGetCount(boxa)) != 1) { L_WARNING("barcode mask in %d components\n", procName, n); boxat = boxaSort(boxa, L_SORT_BY_AREA, L_SORT_DECREASING, NULL); } else { boxat = boxaCopy(boxa, L_CLONE); } boxt = boxaGetBox(boxat, 0, L_CLONE); boxGetGeometry(boxt, &x, &y, &w, &h); boxe = boxCreate(x - margin, y - margin, w + 2 * margin, h + 2 * margin); pixd = pixClipRectangle(pixt5, boxe, NULL); boxDestroy(&boxt); boxDestroy(&boxe); boxaDestroy(&boxa); boxaDestroy(&boxat); if (pangle) *pangle = angle; if (pconf) *pconf = conf; pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt5); return pixd; } /*------------------------------------------------------------------------* * Process to get line widths * *------------------------------------------------------------------------*/ /*! * pixExtractBarcodeWidths1() * * Input: pixs (input image; 8 bpp) * thresh (estimated pixel threshold for crossing * white <--> black; typ. ~120) * binfract (histo binsize as a fraction of minsize; e.g., 0.25) * &naehist ( histogram of black widths; NULL ok) * &naohist ( histogram of white widths; NULL ok) * debugflag (use 1 to generate debug output) * Return: nad (numa of barcode widths in encoded integer units), * or null on error * * Note: * (1) The widths are alternating black/white, starting with black * and ending with black. * (2) This method uses the widths of the bars directly, in terms * of the (float) number of pixels between transitions. * The histograms of these widths for black and white bars is * generated and interpreted. */ NUMA * pixExtractBarcodeWidths1(PIX *pixs, l_float32 thresh, l_float32 binfract, NUMA **pnaehist, NUMA **pnaohist, l_int32 debugflag) { NUMA *nac, *nad; PROCNAME("pixExtractBarcodeWidths1"); if (!pixs || pixGetDepth(pixs) != 8) return (NUMA *)ERROR_PTR("pixs undefined or not 8 bpp", procName, NULL); /* Get the best estimate of the crossings, in pixel units */ nac = pixExtractBarcodeCrossings(pixs, thresh, debugflag); /* Get the array of bar widths, starting with a black bar */ nad = numaQuantizeCrossingsByWidth(nac, binfract, pnaehist, pnaohist, debugflag); numaDestroy(&nac); return nad; } /*! * pixExtractBarcodeWidths2() * * Input: pixs (input image; 8 bpp) * thresh (estimated pixel threshold for crossing * white <--> black; typ. ~120) * &width ( best decoding window width, in pixels) * &nac ( number of transitions in each window) * debugflag (use 1 to generate debug output) * Return: nad (numa of barcode widths in encoded integer units), * or null on error * * Notes: * (1) The widths are alternating black/white, starting with black * and ending with black. * (2) The optional best decoding window width is the width of the window * that is used to make a decision about whether a transition occurs. * It is approximately the average width in pixels of the narrowest * white and black bars (i.e., those corresponding to unit width). * (3) The optional return signal @nac is a sequence of 0s, 1s, * and perhaps a few 2s, giving the number of crossings in each window. * On the occasion where there is a '2', it is interpreted as * as ending two runs: the previous one and another one that has length 1. */ NUMA * pixExtractBarcodeWidths2(PIX *pixs, l_float32 thresh, l_float32 *pwidth, NUMA **pnac, l_int32 debugflag) { NUMA *nacp, *nad; PROCNAME("pixExtractBarcodeWidths2"); if (!pixs || pixGetDepth(pixs) != 8) return (NUMA *)ERROR_PTR("pixs undefined or not 8 bpp", procName, NULL); /* Get the best estimate of the crossings, in pixel units */ nacp = pixExtractBarcodeCrossings(pixs, thresh, debugflag); /* Quantize the crossings to get actual windowed data */ nad = numaQuantizeCrossingsByWindow(nacp, 2.0, pwidth, NULL, pnac, debugflag); numaDestroy(&nacp); return nad; } /*! * pixExtractBarcodeCrossings() * * Input: pixs (input image; 8 bpp) * thresh (estimated pixel threshold for crossing * white <--> black; typ. ~120) * debugflag (use 1 to generate debug output) * Return: numa (of crossings, in pixel units), or null on error */ NUMA * pixExtractBarcodeCrossings(PIX *pixs, l_float32 thresh, l_int32 debugflag) { l_int32 w; l_float32 bestthresh; NUMA *nas, *nax, *nay, *nad; PROCNAME("pixExtractBarcodeCrossings"); if (!pixs || pixGetDepth(pixs) != 8) return (NUMA *)ERROR_PTR("pixs undefined or not 8 bpp", procName, NULL); /* Scan pixels horizontally and average results */ nas = pixAverageRasterScans(pixs, 51); /* Interpolate to get 4x the number of values */ w = pixGetWidth(pixs); numaInterpolateEqxInterval(0.0, 1.0, nas, L_QUADRATIC_INTERP, 0.0, (l_float32)(w - 1), 4 * w + 1, &nax, &nay); if (debugflag) { GPLOT *gplot = gplotCreate("junksignal", GPLOT_X11, "Pixel values", "dist in pixels", "value"); gplotAddPlot(gplot, nax, nay, GPLOT_LINES, "plot 1"); gplotMakeOutput(gplot); gplotDestroy(&gplot); } /* Locate the crossings. Run multiple times with different * thresholds, and choose a threshold in the center of the * run of thresholds that all give the maximum number of crossings. */ numaSelectCrossingThreshold(nax, nay, thresh, &bestthresh); /* Get the crossings with the best threshold. */ nad = numaCrossingsByThreshold(nax, nay, bestthresh); numaDestroy(&nas); numaDestroy(&nax); numaDestroy(&nay); return nad; } /*------------------------------------------------------------------------* * Average adjacent rasters * *------------------------------------------------------------------------*/ /*! * pixAverageRasterScans() * * Input: pixs (input image; 8 bpp) * nscans (number of adjacent scans, about the center vertically) * Return: numa (of average pixel values across image), or null on error */ static NUMA * pixAverageRasterScans(PIX *pixs, l_int32 nscans) { l_int32 w, h, first, last, i, j, wpl, val; l_uint32 *line, *data; l_float32 *array; NUMA *nad; PROCNAME("pixAverageRasterScans"); if (!pixs || pixGetDepth(pixs) != 8) return (NUMA *)ERROR_PTR("pixs undefined or not 8 bpp", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); if (nscans <= h) { first = 0; last = h - 1; nscans = h; } else { first = (h - nscans) / 2; last = first + nscans - 1; } nad = numaCreate(w); numaSetCount(nad, w); array = numaGetFArray(nad, L_NOCOPY); wpl = pixGetWpl(pixs); data = pixGetData(pixs); for (j = 0; j < w; j++) { for (i = first; i <= last; i++) { line = data + i * wpl; val = GET_DATA_BYTE(line, j); array[j] += val; } array[j] = array[j] / (l_float32)nscans; } return nad; } /*------------------------------------------------------------------------* * Signal processing for barcode widths * *------------------------------------------------------------------------*/ /*! * numaQuantizeCrossingsByWidth() * * Input: nas (numa of crossing locations, in pixel units) * binfract (histo binsize as a fraction of minsize; e.g., 0.25) * &naehist ( histo of even (black) bar widths) * &naohist ( histo of odd (white) bar widths) * debugflag (1 to generate plots of histograms of bar widths) * Return: nad (sequence of widths, in unit sizes), or null on error * * Notes: * (1) This first computes the histogram of black and white bar widths, * binned in appropriate units. There should be well-defined * peaks, each corresponding to a specific width. The sequence * of barcode widths (namely, the integers from the set {1,2,3,4}) * is returned. * (2) The optional returned histograms are binned in width units * that are inversely proportional to @binfract. For example, * if @binfract = 0.25, there are 4.0 bins in the distance of * the width of the narrowest bar. */ NUMA * numaQuantizeCrossingsByWidth(NUMA *nas, l_float32 binfract, NUMA **pnaehist, NUMA **pnaohist, l_int32 debugflag) { l_int32 i, n, ned, nod, iw, width; l_float32 val, minsize, maxsize, factor; GPLOT *gplot; NUMA *naedist, *naodist, *naehist, *naohist, *naecent, *naocent; NUMA *naerange, *naorange, *naelut, *naolut, *nad; PROCNAME("numaQuantizeCrossingsByWidth"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); n = numaGetCount(nas); if (n < 2) return (NUMA *)ERROR_PTR("n < 2", procName, NULL); if (binfract <= 0.0) return (NUMA *)ERROR_PTR("binfract <= 0.0", procName, NULL); /* Get even and odd crossing distances */ numaGetCrossingDistances(nas, &naedist, &naodist, &minsize, &maxsize); /* Bin the spans in units of binfract * minsize. These * units are convenient because they scale to make at least * 1/binfract bins in the smallest span (width). We want this * number to be large enough to clearly separate the * widths, but small enough so that the histogram peaks * have very few if any holes (zeroes) within them. */ naehist = numaMakeHistogramClipped(naedist, binfract * minsize, (1.25 / binfract) * maxsize); naohist = numaMakeHistogramClipped(naodist, binfract * minsize, (1.25 / binfract) * maxsize); if (debugflag) { gplot = gplotCreate("junkhistw", GPLOT_X11, "Raw width histogram", "Width", "Number"); gplotAddPlot(gplot, NULL, naehist, GPLOT_LINES, "plot black"); gplotAddPlot(gplot, NULL, naohist, GPLOT_LINES, "plot white"); gplotMakeOutput(gplot); gplotDestroy(&gplot); } /* Compute the peak ranges, still in units of binfract * minsize. */ naerange = numaLocatePeakRanges(naehist, 1.0 / binfract, 1.0 / binfract, 0.0); naorange = numaLocatePeakRanges(naohist, 1.0 / binfract, 1.0 / binfract, 0.0); /* Find the centroid values of each peak */ naecent = numaGetPeakCentroids(naehist, naerange); naocent = numaGetPeakCentroids(naohist, naorange); /* Generate the lookup tables that map from the bar width, in * units of (binfract * minsize), to the integerized barcode * units (1, 2, 3, 4), which are the output integer widths * between transitions. */ naelut = numaGetPeakWidthLUT(naerange, naecent); naolut = numaGetPeakWidthLUT(naorange, naocent); /* Get the widths. Because the LUT accepts our funny units, * we first must convert the pixel widths to these units, * which is what 'factor' does. */ nad = numaCreate(0); ned = numaGetCount(naedist); nod = numaGetCount(naodist); if (nod != ned - 1) L_WARNING("ned != nod + 1\n", procName); factor = 1.0 / (binfract * minsize); /* for converting units */ for (i = 0; i < ned - 1; i++) { numaGetFValue(naedist, i, &val); width = (l_int32)(factor * val); numaGetIValue(naelut, width, &iw); numaAddNumber(nad, iw); /* fprintf(stderr, "even: val = %7.3f, width = %d, iw = %d\n", val, width, iw); */ numaGetFValue(naodist, i, &val); width = (l_int32)(factor * val); numaGetIValue(naolut, width, &iw); numaAddNumber(nad, iw); /* fprintf(stderr, "odd: val = %7.3f, width = %d, iw = %d\n", val, width, iw); */ } numaGetFValue(naedist, ned - 1, &val); width = (l_int32)(factor * val); numaGetIValue(naelut, width, &iw); numaAddNumber(nad, iw); if (debugflag) { fprintf(stderr, " ---- Black bar widths (pixels) ------ \n"); numaWriteStream(stderr, naedist); } if (debugflag) { fprintf(stderr, " ---- Histogram of black bar widths ------ \n"); numaWriteStream(stderr, naehist); } if (debugflag) { fprintf(stderr, " ---- Peak ranges in black bar histogram bins ------ \n"); numaWriteStream(stderr, naerange); } if (debugflag) { fprintf(stderr, " ---- Peak black bar centroid width values ------ \n"); numaWriteStream(stderr, naecent); } if (debugflag) { fprintf(stderr, " ---- Black bar lookup table ------ \n"); numaWriteStream(stderr, naelut); } if (debugflag) { fprintf(stderr, " ---- White bar widths (pixels) ------ \n"); numaWriteStream(stderr, naodist); } if (debugflag) { fprintf(stderr, " ---- Histogram of white bar widths ------ \n"); numaWriteStream(stderr, naohist); } if (debugflag) { fprintf(stderr, " ---- Peak ranges in white bar histogram bins ------ \n"); numaWriteStream(stderr, naorange); } if (debugflag) { fprintf(stderr, " ---- Peak white bar centroid width values ------ \n"); numaWriteStream(stderr, naocent); } if (debugflag) { fprintf(stderr, " ---- White bar lookup table ------ \n"); numaWriteStream(stderr, naolut); } numaDestroy(&naedist); numaDestroy(&naodist); numaDestroy(&naerange); numaDestroy(&naorange); numaDestroy(&naecent); numaDestroy(&naocent); numaDestroy(&naelut); numaDestroy(&naolut); if (pnaehist) *pnaehist = naehist; else numaDestroy(&naehist); if (pnaohist) *pnaohist = naohist; else numaDestroy(&naohist); return nad; } /*! * numaGetCrossingDistances() * * Input: nas (numa of crossing locations) * &naedist ( even distances between crossings) * &naodist ( odd distances between crossings) * &mindist ( min distance between crossings) * &maxdist ( max distance between crossings) * Return: 0 if OK, 1 on error */ static l_int32 numaGetCrossingDistances(NUMA *nas, NUMA **pnaedist, NUMA **pnaodist, l_float32 *pmindist, l_float32 *pmaxdist) { l_int32 i, n; l_float32 val, newval, mindist, maxdist, dist; NUMA *naedist, *naodist; PROCNAME("numaGetCrossingDistances"); if (pnaedist) *pnaedist = NULL; if (pnaodist) *pnaodist = NULL; if (pmindist) *pmindist = 0.0; if (pmaxdist) *pmaxdist = 0.0; if (!nas) return ERROR_INT("nas not defined", procName, 1); if ((n = numaGetCount(nas)) < 2) return ERROR_INT("n < 2", procName, 1); /* Get numas of distances between crossings. Separate these * into even (e.g., black) and odd (e.g., white) spans. * For barcodes, the black spans are 0, 2, etc. These * distances are in pixel units. */ naedist = numaCreate(n / 2 + 1); naodist = numaCreate(n / 2); numaGetFValue(nas, 0, &val); for (i = 1; i < n; i++) { numaGetFValue(nas, i, &newval); if (i % 2) numaAddNumber(naedist, newval - val); else numaAddNumber(naodist, newval - val); val = newval; } /* The mindist and maxdist of the spans are in pixel units. */ numaGetMin(naedist, &mindist, NULL); numaGetMin(naodist, &dist, NULL); mindist = L_MIN(dist, mindist); numaGetMax(naedist, &maxdist, NULL); numaGetMax(naodist, &dist, NULL); maxdist = L_MAX(dist, maxdist); L_INFO("mindist = %7.3f, maxdist = %7.3f\n", procName, mindist, maxdist); if (pnaedist) *pnaedist = naedist; else numaDestroy(&naedist); if (pnaodist) *pnaodist = naodist; else numaDestroy(&naodist); if (pmindist) *pmindist = mindist; if (pmaxdist) *pmaxdist = maxdist; return 0; } /*! * numaLocatePeakRanges() * * Input: nas (numa of histogram of crossing widths) * minfirst (min location of center of first peak) * minsep (min separation between peak range centers) * maxmin (max allowed value for min histo value between peaks) * Return: nad (ranges for each peak found, in pairs), or null on error * * Notes: * (1) Units of @minsep are the index into nas. * This puts useful constraints on peak-finding. * (2) If maxmin == 0.0, the value of nas[i] must go to 0.0 (or less) * between peaks. * (3) All calculations are done in units of the index into nas. * The resulting ranges are therefore integers. * (4) The output nad gives pairs of range values for successive peaks. * Any location [i] for which maxmin = nas[i] = 0.0 will NOT be * included in a peak range. This works fine for histograms where * if nas[i] == 0.0, it means that there are no samples at [i]. * (5) For barcodes, when this is used on a histogram of barcode * widths, use maxmin = 0.0. This requires that there is at * least one histogram bin corresponding to a width value between * adjacent peak ranges that is unpopulated, making the separation * of the histogram peaks unambiguous. */ static NUMA * numaLocatePeakRanges(NUMA *nas, l_float32 minfirst, l_float32 minsep, l_float32 maxmin) { l_int32 i, n, inpeak, left; l_float32 center, prevcenter, val; NUMA *nad; PROCNAME("numaLocatePeakRanges"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); n = numaGetCount(nas); nad = numaCreate(0); inpeak = FALSE; prevcenter = minfirst - minsep - 1.0; for (i = 0; i < n; i++) { numaGetFValue(nas, i, &val); if (inpeak == FALSE && val > maxmin) { inpeak = TRUE; left = i; } else if (inpeak == TRUE && val <= maxmin) { /* end peak */ center = (left + i - 1.0) / 2.0; if (center - prevcenter >= minsep) { /* save new peak */ inpeak = FALSE; numaAddNumber(nad, left); numaAddNumber(nad, i - 1); prevcenter = center; } else { /* attach to previous peak; revise the right edge */ numaSetValue(nad, numaGetCount(nad) - 1, i - 1); } } } if (inpeak == TRUE) { /* save the last peak */ numaAddNumber(nad, left); numaAddNumber(nad, n - 1); } return nad; } /*! * numaGetPeakCentroids() * * Input: nahist (numa of histogram of crossing widths) * narange (numa of ranges of x-values for the peaks in @nahist) * Return: nad (centroids for each peak found; max of 4, corresponding * to 4 different barcode line widths), or null on error */ static NUMA * numaGetPeakCentroids(NUMA *nahist, NUMA *narange) { l_int32 i, j, nh, nr, low, high; l_float32 cent, sum, val; NUMA *nad; PROCNAME("numaGetPeakCentroids"); if (!nahist) return (NUMA *)ERROR_PTR("nahist not defined", procName, NULL); if (!narange) return (NUMA *)ERROR_PTR("narange not defined", procName, NULL); nh = numaGetCount(nahist); nr = numaGetCount(narange) / 2; nad = numaCreate(4); for (i = 0; i < nr; i++) { numaGetIValue(narange, 2 * i, &low); numaGetIValue(narange, 2 * i + 1, &high); cent = 0.0; sum = 0.0; for (j = low; j <= high; j++) { numaGetFValue(nahist, j, &val); cent += j * val; sum += val; } numaAddNumber(nad, cent / sum); } return nad; } /*! * numaGetPeakWidthLUT() * * Input: narange (numa of x-val ranges for the histogram width peaks) * nacent (numa of centroids of each peak -- up to 4) * Return: nalut (lookup table from the width of a bar to one of the four * integerized barcode units), or null on error * * Notes: * (1) This generates the lookup table that maps from a sequence of widths * (in some units) to the integerized barcode units (1, 2, 3, 4), * which are the output integer widths between transitions. * (2) The smallest width can be lost in float roundoff. To avoid * losing it, we expand the peak range of the smallest width. */ static NUMA * numaGetPeakWidthLUT(NUMA *narange, NUMA *nacent) { l_int32 i, j, nc, low, high, imax; l_int32 assign[4]; l_float32 *warray; l_float32 max, rat21, rat32, rat42; NUMA *nalut; PROCNAME("numaGetPeakWidthLUT"); if (!narange) return (NUMA *)ERROR_PTR("narange not defined", procName, NULL); if (!nacent) return (NUMA *)ERROR_PTR("nacent not defined", procName, NULL); nc = numaGetCount(nacent); /* half the size of narange */ if (nc < 1 || nc > 4) return (NUMA *)ERROR_PTR("nc must be 1, 2, 3, or 4", procName, NULL); /* Check the peak centroids for consistency with bar widths. * The third peak can correspond to a width of either 3 or 4. * Use ratios 3/2 and 4/2 instead of 3/1 and 4/1 because the * former are more stable and closer to the expected ratio. */ if (nc > 1) { warray = numaGetFArray(nacent, L_NOCOPY); if (warray[0] == 0) return (NUMA *)ERROR_PTR("first peak has width 0.0", procName, NULL); rat21 = warray[1] / warray[0]; if (rat21 < 1.5 || rat21 > 2.6) L_WARNING("width ratio 2/1 = %f\n", procName, rat21); if (nc > 2) { rat32 = warray[2] / warray[1]; if (rat32 < 1.3 || rat32 > 2.25) L_WARNING("width ratio 3/2 = %f\n", procName, rat32); } if (nc == 4) { rat42 = warray[3] / warray[1]; if (rat42 < 1.7 || rat42 > 2.3) L_WARNING("width ratio 4/2 = %f\n", procName, rat42); } } /* Set width assignments. * The only possible ambiguity is with nc = 3 */ for (i = 0; i < 4; i++) assign[i] = i + 1; if (nc == 3) { if (rat32 > 1.75) assign[2] = 4; } /* Put widths into the LUT */ numaGetMax(narange, &max, NULL); imax = (l_int32)max; nalut = numaCreate(imax + 1); numaSetCount(nalut, imax + 1); /* fill the array with zeroes */ for (i = 0; i < nc; i++) { numaGetIValue(narange, 2 * i, &low); if (i == 0) low--; /* catch smallest width */ numaGetIValue(narange, 2 * i + 1, &high); for (j = low; j <= high; j++) numaSetValue(nalut, j, assign[i]); } return nalut; } /*! * numaQuantizeCrossingsByWindow() * * Input: nas (numa of crossing locations) * ratio (of max window size over min window size in search; * typ. 2.0) * &width ( best window width) * &firstloc ( center of window for first xing) * &nac ( array of window crossings (0, 1, 2)) * debugflag (1 to generate various plots of intermediate results) * Return: nad (sequence of widths, in unit sizes), or null on error * * Notes: * (1) The minimum size of the window is set by the minimum * distance between zero crossings. * (2) The optional return signal @nac is a sequence of 0s, 1s, * and perhaps a few 2s, giving the number of crossings in each window. * On the occasion where there is a '2', it is interpreted as * ending two runs: the previous one and another one that has length 1. */ NUMA * numaQuantizeCrossingsByWindow(NUMA *nas, l_float32 ratio, l_float32 *pwidth, l_float32 *pfirstloc, NUMA **pnac, l_int32 debugflag) { l_int32 i, nw, started, count, trans; l_float32 minsize, minwidth, minshift, xfirst; NUMA *nac, *nad; PROCNAME("numaQuantizeCrossingsByWindow"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); if (numaGetCount(nas) < 2) return (NUMA *)ERROR_PTR("nas size < 2", procName, NULL); /* Get the minsize, which is needed for the search for * the window width (ultimately found as 'minwidth') */ numaGetCrossingDistances(nas, NULL, NULL, &minsize, NULL); /* Compute the width and shift increments; start at minsize * and go up to ratio * minsize */ numaEvalBestWidthAndShift(nas, 100, 10, minsize, ratio * minsize, &minwidth, &minshift, NULL); /* Refine width and shift calculation */ numaEvalBestWidthAndShift(nas, 100, 10, 0.98 * minwidth, 1.02 * minwidth, &minwidth, &minshift, NULL); L_INFO("best width = %7.3f, best shift = %7.3f\n", procName, minwidth, minshift); /* Get the crossing array (0,1,2) for the best window width and shift */ numaEvalSyncError(nas, 0, 0, minwidth, minshift, NULL, &nac); if (pwidth) *pwidth = minwidth; if (pfirstloc) { numaGetFValue(nas, 0, &xfirst); *pfirstloc = xfirst + minshift; } /* Get the array of bar widths, starting with a black bar */ nad = numaCreate(0); nw = numaGetCount(nac); /* number of window measurements */ started = FALSE; count = 0; /* unnecessary init */ for (i = 0; i < nw; i++) { numaGetIValue(nac, i, &trans); if (trans > 2) L_WARNING("trans = %d > 2 !!!\n", procName, trans); if (started) { if (trans > 1) { /* i.e., when trans == 2 */ numaAddNumber(nad, count); trans--; count = 1; } if (trans == 1) { numaAddNumber(nad, count); count = 1; } else { count++; } } if (!started && trans) { started = TRUE; if (trans == 2) /* a whole bar in this window */ numaAddNumber(nad, 1); count = 1; } } if (pnac) *pnac = nac; else numaDestroy(&nac); return nad; } /*! * numaEvalBestWidthAndShift() * * Input: nas (numa of crossing locations) * nwidth (number of widths to consider) * nshift (number of shifts to consider for each width) * minwidth (smallest width to consider) * maxwidth (largest width to consider) * &bestwidth ( best size of window) * &bestshift ( best shift for the window) * &bestscore ( average squared error of dist * of crossing signal from the center of the window) * Return: 0 if OK, 1 on error * * Notes: * (1) This does a linear sweep of widths, evaluating at @nshift * shifts for each width, finding the (width, shift) pair that * gives the minimum score. */ static l_int32 numaEvalBestWidthAndShift(NUMA *nas, l_int32 nwidth, l_int32 nshift, l_float32 minwidth, l_float32 maxwidth, l_float32 *pbestwidth, l_float32 *pbestshift, l_float32 *pbestscore) { l_int32 i, j; l_float32 delwidth, delshift, width, shift, score; l_float32 bestwidth, bestshift, bestscore; PROCNAME("numaEvalBestWidthAndShift"); if (!nas) return ERROR_INT("nas not defined", procName, 1); if (!pbestwidth || !pbestshift) return ERROR_INT("&bestwidth and &bestshift not defined", procName, 1); bestscore = 1.0; delwidth = (maxwidth - minwidth) / (nwidth - 1.0); for (i = 0; i < nwidth; i++) { width = minwidth + delwidth * i; delshift = width / (l_float32)(nshift); for (j = 0; j < nshift; j++) { shift = -0.5 * (width - delshift) + j * delshift; numaEvalSyncError(nas, 0, 0, width, shift, &score, NULL); if (score < bestscore) { bestscore = score; bestwidth = width; bestshift = shift; #if DEBUG_FREQUENCY fprintf(stderr, "width = %7.3f, shift = %7.3f, score = %7.3f\n", width, shift, score); #endif /* DEBUG_FREQUENCY */ } } } *pbestwidth = bestwidth; *pbestshift = bestshift; if (pbestscore) *pbestscore = bestscore; return 0; } /*! * numaEvalSyncError() * * Input: nas (numa of crossing locations) * ifirst (first crossing to use) * ilast (last crossing to use; use 0 for all crossings) * width (size of window) * shift (of center of window w/rt first crossing) * &score ( average squared error of dist * of crossing signal from the center of the window) * &nad ( numa of 1s and 0s for crossings) * Return: 0 if OK, 1 on error * * Notes: * (1) The score is computed only on the part of the signal from the * @ifirst to @ilast crossings. Use 0 for both of these to * use all the crossings. The score is normalized for * the number of crossings and with half-width of the window. * (2) The optional return @nad is a sequence of 0s and 1s, where a '1' * indicates a crossing in the window. */ static l_int32 numaEvalSyncError(NUMA *nas, l_int32 ifirst, l_int32 ilast, l_float32 width, l_float32 shift, l_float32 *pscore, NUMA **pnad) { l_int32 i, n, nc, nw, ival; l_int32 iw; /* cell in which transition occurs */ l_float32 score, xfirst, xlast, xleft, xc, xwc; NUMA *nad; PROCNAME("numaEvalSyncError"); if (!nas) return ERROR_INT("nas not defined", procName, 1); if ((n = numaGetCount(nas)) < 2) return ERROR_INT("nas size < 2", procName, 1); if (ifirst < 0) ifirst = 0; if (ilast <= 0) ilast = n - 1; if (ifirst >= ilast) return ERROR_INT("ifirst not < ilast", procName, 1); nc = ilast - ifirst + 1; /* Set up an array corresponding to the (shifted) windows, * and fill in the crossings. */ score = 0.0; numaGetFValue(nas, ifirst, &xfirst); numaGetFValue(nas, ilast, &xlast); nw = (l_int32) ((xlast - xfirst + 2.0 * width) / width); nad = numaCreate(nw); numaSetCount(nad, nw); /* init to all 0.0 */ xleft = xfirst - width / 2.0 + shift; /* left edge of first window */ for (i = ifirst; i <= ilast; i++) { numaGetFValue(nas, i, &xc); iw = (l_int32)((xc - xleft) / width); xwc = xleft + (iw + 0.5) * width; /* center of cell iw */ score += (xwc - xc) * (xwc - xc); numaGetIValue(nad, iw, &ival); numaSetValue(nad, iw, ival + 1); } if (pscore) *pscore = 4.0 * score / (width * width * (l_float32)nc); if (pnad) *pnad = nad; else numaDestroy(&nad); return 0; } leptonica-1.70/src/leptwin.h0000644000175000017500000000347711707061131014137 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ #ifdef _WIN32 #ifndef LEPTONICA_LEPTWIN_H #define LEPTONICA_LEPTWIN_H #include "allheaders.h" #include #ifdef __cplusplus extern "C" { #endif /* __cplusplus */ LEPT_DLL extern HBITMAP pixGetWindowsHBITMAP( PIX *pixs ); #ifdef __cplusplus } #endif /* __cplusplus */ #endif /* LEPTONICA_LEPTWIN_H */ #endif /* _WIN32 */ leptonica-1.70/src/stack.h0000644000175000017500000000576611707052573013577 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ #ifndef LEPTONICA_STACK_H #define LEPTONICA_STACK_H /* * stack.h * * Expandable pointer stack for arbitrary void* data. * * The L_Stack is an array of void * ptrs, onto which arbitrary * objects can be stored. At any time, the number of * stored objects is stack->n. The object at the bottom * of the stack is at array[0]; the object at the top of * the stack is at array[n-1]. New objects are added * to the top of the stack, at the first available location, * which is array[n]. Objects are removed from the top of the * stack. When an attempt is made to remove an object from an * empty stack, the result is null. When the stack becomes * filled, so that n = nalloc, the size is doubled. * * The auxiliary stack can be used to store and remove * objects for re-use. It must be created by a separate * call to pstackCreate(). [Just imagine the chaos if * pstackCreate() created the auxiliary stack!] * pstackDestroy() checks for the auxiliary stack and removes it. */ /* Note that array[n] is the first null ptr in the array */ struct L_Stack { l_int32 nalloc; /* size of ptr array */ l_int32 n; /* number of stored elements */ void **array; /* ptr array */ struct L_Stack *auxstack; /* auxiliary stack */ }; typedef struct L_Stack L_STACK; #endif /* LEPTONICA_STACK_H */ leptonica-1.70/src/queue.h0000644000175000017500000000645111707052573013606 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ #ifndef LEPTONICA_QUEUE_H #define LEPTONICA_QUEUE_H /* * queue.h * * Expandable pointer queue for arbitrary void* data. * * The L_Queue is a fifo that implements a queue of void* pointers. * It can be used to hold a queue of any type of struct. * * Internally, it maintains two counters: * nhead: location of head (in ptrs) from the beginning * of the array. * nelem: number of ptr elements stored in the queue. * * The element at the head of the queue, which is the next to * be removed, is array[nhead]. The location at the tail of the * queue to which the next element will be added is * array[nhead + nelem]. * * As items are added to the queue, nelem increases. * As items are removed, nhead increases and nelem decreases. * Any time the tail reaches the end of the allocated array, * all the pointers are shifted to the left, so that the head * is at the beginning of the array. * If the array becomes more than 3/4 full, it doubles in size. * * The auxiliary stack can be used in a wrapper for re-using * items popped from the queue. It is not made by default. * * For further implementation details, see queue.c. */ struct L_Queue { l_int32 nalloc; /* size of allocated ptr array */ l_int32 nhead; /* location of head (in ptrs) from the */ /* beginning of the array */ l_int32 nelem; /* number of elements stored in the queue */ void **array; /* ptr array */ struct L_Stack *stack; /* auxiliary stack */ }; typedef struct L_Queue L_QUEUE; #endif /* LEPTONICA_QUEUE_H */ leptonica-1.70/src/viewfiles.c0000664000175000017500000002157712266271725014465 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * viewfiles.c * * Generate smaller images for viewing and write html * l_int32 pixHtmlViewer() */ #include #include "allheaders.h" #ifdef _WIN32 #include /* for CreateDirectory() */ #endif static const l_int32 L_BUF_SIZE = 512; static const l_int32 DEFAULT_THUMB_WIDTH = 120; static const l_int32 DEFAULT_VIEW_WIDTH = 800; static const l_int32 MIN_THUMB_WIDTH = 50; static const l_int32 MIN_VIEW_WIDTH = 300; /*---------------------------------------------------------------------* * Generate smaller images for viewing and write html * *---------------------------------------------------------------------*/ /*! * pixHtmlViewer() * * Input: dirin: directory of input image files * dirout: directory for output files * rootname: root name for output files * thumbwidth: width of thumb images * (in pixels; use 0 for default) * viewwidth: maximum width of view images (no up-scaling) * (in pixels; use 0 for default) * copyorig: 1 to copy originals to dirout; 0 otherwise * Return: 0 if OK; 1 on error * * Notes: * (1) The thumb and view reduced images are generated, * along with two html files: * .html and -links.html * (2) The thumb and view files are named * _thumb_xxx.jpg * _view_xxx.jpg * With this naming scheme, any number of input directories * of images can be processed into views and thumbs * and placed in the same output directory. */ l_int32 pixHtmlViewer(const char *dirin, const char *dirout, const char *rootname, l_int32 thumbwidth, l_int32 viewwidth, l_int32 copyorig) { char *fname, *fullname, *outname; char *mainname, *linkname, *linknameshort; char *viewfile, *thumbfile; char *shtml, *slink; char charbuf[L_BUF_SIZE]; char htmlstring[] = ""; char framestring[] = ""; l_int32 i, nfiles, index, w, nimages, ret; l_float32 factor; PIX *pix, *pixthumb, *pixview; SARRAY *safiles, *sathumbs, *saviews, *sahtml, *salink; PROCNAME("pixHtmlViewer"); if (!dirin) return ERROR_INT("dirin not defined", procName, 1); if (!dirout) return ERROR_INT("dirout not defined", procName, 1); if (!rootname) return ERROR_INT("rootname not defined", procName, 1); if (thumbwidth == 0) thumbwidth = DEFAULT_THUMB_WIDTH; if (thumbwidth < MIN_THUMB_WIDTH) { L_WARNING("thumbwidth too small; using min value\n", procName); thumbwidth = MIN_THUMB_WIDTH; } if (viewwidth == 0) viewwidth = DEFAULT_VIEW_WIDTH; if (viewwidth < MIN_VIEW_WIDTH) { L_WARNING("viewwidth too small; using min value\n", procName); viewwidth = MIN_VIEW_WIDTH; } /* Make the output directory if it doesn't already exist */ #ifndef _WIN32 sprintf(charbuf, "mkdir -p %s", dirout); ret = system(charbuf); #else ret = CreateDirectory(dirout, NULL) ? 0 : 1; #endif /* !_WIN32 */ if (ret) { L_ERROR("output directory %s not made\n", procName, dirout); return 1; } /* Capture the filenames in the input directory */ if ((safiles = getFilenamesInDirectory(dirin)) == NULL) return ERROR_INT("safiles not made", procName, 1); /* Generate output text file names */ sprintf(charbuf, "%s/%s.html", dirout, rootname); mainname = stringNew(charbuf); sprintf(charbuf, "%s/%s-links.html", dirout, rootname); linkname = stringNew(charbuf); linknameshort = stringJoin(rootname, "-links.html"); if ((sathumbs = sarrayCreate(0)) == NULL) return ERROR_INT("sathumbs not made", procName, 1); if ((saviews = sarrayCreate(0)) == NULL) return ERROR_INT("saviews not made", procName, 1); /* Generate the thumbs and views */ nfiles = sarrayGetCount(safiles); index = 0; for (i = 0; i < nfiles; i++) { fname = sarrayGetString(safiles, i, L_NOCOPY); fullname = genPathname(dirin, fname); fprintf(stderr, "name: %s\n", fullname); if ((pix = pixRead(fullname)) == NULL) { fprintf(stderr, "file %s not a readable image\n", fullname); FREE(fullname); continue; } FREE(fullname); if (copyorig) { outname = genPathname(dirout, fname); pixWrite(outname, pix, IFF_JFIF_JPEG); FREE(outname); } /* Make and store the thumb */ w = pixGetWidth(pix); factor = (l_float32)thumbwidth / (l_float32)w; if ((pixthumb = pixScale(pix, factor, factor)) == NULL) return ERROR_INT("pixthumb not made", procName, 1); sprintf(charbuf, "%s_thumb_%03d.jpg", rootname, index); sarrayAddString(sathumbs, charbuf, L_COPY); outname = genPathname(dirout, charbuf); pixWrite(outname, pixthumb, IFF_JFIF_JPEG); FREE(outname); pixDestroy(&pixthumb); /* Make and store the view */ factor = (l_float32)viewwidth / (l_float32)w; if (factor >= 1.0) { pixview = pixClone(pix); /* no upscaling */ } else { if ((pixview = pixScale(pix, factor, factor)) == NULL) return ERROR_INT("pixview not made", procName, 1); } sprintf(charbuf, "%s_view_%03d.jpg", rootname, index); sarrayAddString(saviews, charbuf, L_COPY); outname = genPathname(dirout, charbuf); pixWrite(outname, pixview, IFF_JFIF_JPEG); FREE(outname); pixDestroy(&pixview); pixDestroy(&pix); index++; } /* Generate the main html file */ if ((sahtml = sarrayCreate(0)) == NULL) return ERROR_INT("sahtml not made", procName, 1); sarrayAddString(sahtml, htmlstring, L_COPY); sprintf(charbuf, "", thumbwidth + 30); sarrayAddString(sahtml, charbuf, L_COPY); sprintf(charbuf, "", linknameshort); sarrayAddString(sahtml, charbuf, L_COPY); sprintf(charbuf, "", sarrayGetString(saviews, 0, L_NOCOPY)); sarrayAddString(sahtml, charbuf, L_COPY); sarrayAddString(sahtml, framestring, L_COPY); shtml = sarrayToString(sahtml, 1); l_binaryWrite(mainname, "w", shtml, strlen(shtml)); FREE(shtml); FREE(mainname); /* Generate the link html file */ nimages = sarrayGetCount(saviews); fprintf(stderr, "num. images = %d\n", nimages); if ((salink = sarrayCreate(0)) == NULL) return ERROR_INT("salink not made", procName, 1); for (i = 0; i < nimages; i++) { viewfile = sarrayGetString(saviews, i, L_NOCOPY); thumbfile = sarrayGetString(sathumbs, i, L_NOCOPY); sprintf(charbuf, "", viewfile, thumbfile); sarrayAddString(salink, charbuf, L_COPY); } slink = sarrayToString(salink, 1); l_binaryWrite(linkname, "w", slink, strlen(slink)); FREE(slink); FREE(linkname); FREE(linknameshort); sarrayDestroy(&safiles); sarrayDestroy(&sathumbs); sarrayDestroy(&saviews); sarrayDestroy(&sahtml); sarrayDestroy(&salink); return 0; } leptonica-1.70/src/flipdetect.c0000644000175000017500000011550611707052573014602 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * flipdetect.c * * Page orientation detection (pure rotation by 90 degree increments): * l_int32 pixOrientDetect() * l_int32 makeOrientDecision() * l_int32 pixUpDownDetect() * l_int32 pixUpDownDetectGeneral() * l_int32 pixOrientDetectDwa() * l_int32 pixUpDownDetectDwa() * l_int32 pixUpDownDetectGeneralDwa() * * Page mirror detection (flip 180 degrees about line in plane of image): * l_int32 pixMirrorDetect() * l_int32 pixMirrorDetectDwa() * * Static debug helper * void pixDebugFlipDetect() * * =================================================================== * * Page transformation detection: * * Once a page is deskewed, there are 8 possible states that it * can be in, shown symbolically below. Suppose state 0 is correct. * * 0: correct 1 2 3 * +------+ +------+ +------+ +------+ * | **** | | * | | **** | | * | * | * | | * | | * | | * | * | * | | **** | | * | | **** | * +------+ +------+ +------+ +------+ * * 4 5 6 7 * +-----+ +-----+ +-----+ +-----+ * | *** | | * | | *** | | * | * | * | | * | | * | | * | * | * | | * | | * | | * | * | * | | *** | | * | | *** | * +-----+ +-----+ +-----+ +-----+ * * Each of the other seven can be derived from state 0 by applying some * combination of a 90 degree clockwise rotation, a flip about * a horizontal line, and a flip about a vertical line, * all abbreviated as: * R = Rotation (about a line perpendicular to the image) * H = Horizontal flip (about a vertical line in the plane of the image) * V = Vertical flip (about a horizontal line in the plane of the image) * * We get these transformations: * RHV * 000 -> 0 * 001 -> 1 * 010 -> 2 * 011 -> 3 * 100 -> 4 * 101 -> 5 * 110 -> 6 * 111 -> 7 * * Note that in four of these, the sum of H and V is 1 (odd). * For these four, we have a change in parity (handedness) of * the image, and the transformation cannot be performed by * rotation about a vertical line out of the page. Under * rotation R, the set of 8 transformations decomposes into * two subgroups linking {0, 3, 4, 7} and {1, 2, 5, 6} independently. * * pixOrientDetect*() tests for a pure rotation (0, 90, 180, 270 degrees). * It doesn't change parity. * * pixMirrorDetect*() tests for a horizontal flip about the vertical axis. * It changes parity. * * The landscape/portrait rotation can be detected in two ways: * * (1) Compute the deskew confidence for an image segment, * both as is and rotated 90 degrees (see skew.c). * * (2) Compute the ascender/descender signal for the image, * both as is and rotated 90 degrees (implemented here). * * The ascender/descender signal is useful for determining text * orientation in Roman alphabets because the incidence of letters * with straight-line ascenders (b, d, h, k, l, ) outnumber * those with descenders (, p, q). The letters and * will respond variably to the filter, depending on the type face. * * What about the mirror image situations? These aren't common * unless you're dealing with film, for example. * But you can reliably test if the image has undergone a * parity-changing flip once about some axis in the plane * of the image, using pixMirrorDetect*(). This works ostensibly by * counting the number of characters with ascenders that * stick out to the left and right of the ascender. Characters * that are not mirror flipped are more likely to extend to the * right (b, h, k) than to the left (d). Of course, that is for * text that is rightside-up. So before you apply the mirror * test, it is necessary to insure that the text has the ascenders * going up, and not down or to the left or right. But here's * what *really* happens. It turns out that the pre-filtering before * the hit-miss transform (HMT) is crucial, and surprisingly, when * the pre-filtering is chosen to generate a large signal, the majority * of the signal comes from open regions of common lower-case * letters such as 'e', 'c' and 'f'. * * All operations are given in two implementations whose results are * identical: rasterop morphology and dwa morphology. The dwa * implementations are between 2x and 3x faster. * * The set of operations you actually use depends on your prior knowledge: * * (1) If the page is known to be either rightside-up or upside-down, use * either pixOrientDetect*() with pleftconf = NULL, or * pixUpDownDetect*(). [The '*' refers to either the rasterop * or dwa versions.] * * (2) If any of the four orientations are possible, use pixOrientDetect*(). * * (3) If the text is horizontal and rightside-up, the only remaining * degree of freedom is a left-right mirror flip: use * pixMirrorDetect*(). * * (4) If you have a relatively large amount of numbers on the page, * us the slower pixUpDownDetectGeneral(). * * We summarize the full orientation and mirror flip detection process: * * (1) First determine which of the four 90 degree rotations * causes the text to be rightside-up. This can be done * with either skew confidence or the pixOrientDetect*() * signals. For the latter, see the table for pixOrientDetect(). * * (2) Then, with ascenders pointing up, apply pixMirrorDetect*(). * In the normal situation the confidence confidence will be * large and positive. However, if mirror flipped, the * confidence will be large and negative. */ #include #include "allheaders.h" /* Sels for pixOrientDetect() and pixMirrorDetect() */ static const char *textsel1 = "x oo " "x oOo " "x o " "x " "xxxxxx"; static const char *textsel2 = " oo x" " oOo x" " o x" " x" "xxxxxx"; static const char *textsel3 = "xxxxxx" "x " "x o " "x oOo " "x oo "; static const char *textsel4 = "xxxxxx" " x" " o x" " oOo x" " oo x"; /* Parameters for determining orientation */ static const l_int32 DEFAULT_MIN_UP_DOWN_COUNT = 70; static const l_float32 DEFAULT_MIN_UP_DOWN_CONF = 7.0; static const l_float32 DEFAULT_MIN_UP_DOWN_RATIO = 2.5; /* Parameters for determining mirror flip */ static const l_int32 DEFAULT_MIN_MIRROR_FLIP_COUNT = 100; static const l_float32 DEFAULT_MIN_MIRROR_FLIP_CONF = 5.0; /* Static debug function */ static void pixDebugFlipDetect(const char *filename, PIX *pixs, PIX *pixhm, l_int32 enable); /*----------------------------------------------------------------* * Orientation detection (four 90 degree angles) * * Rasterop implementation * *----------------------------------------------------------------*/ /*! * pixOrientDetect() * * Input: pixs (1 bpp, deskewed, English text, 150 - 300 ppi) * &upconf ( ; may be null) * &leftconf ( ; may be null) * mincount (min number of up + down; use 0 for default) * debug (1 for debug output; 0 otherwise) * Return: 0 if OK, 1 on error * * Notes: * (1) See "Measuring document image skew and orientation" * Dan S. Bloomberg, Gary E. Kopec and Lakshmi Dasari * IS&T/SPIE EI'95, Conference 2422: Document Recognition II * pp 302-316, Feb 6-7, 1995, San Jose, CA * (2) upconf is the normalized difference between up ascenders * and down ascenders. The image is analyzed without rotation * for being rightside-up or upside-down. Set &upconf to null * to skip this operation. * (3) leftconf is the normalized difference between up ascenders * and down ascenders in the image after it has been * rotated 90 degrees clockwise. With that rotation, ascenders * projecting to the left in the source image will project up * in the rotated image. We compute this by rotating 90 degrees * clockwise and testing for up and down ascenders. Set * &leftconf to null to skip this operation. * (4) Note that upconf and leftconf are not linear measures of * confidence, e.g., in a range between 0 and 100. They * measure how far you are out on the tail of a (presumably) * normal distribution. For example, a confidence of 10 means * that it is nearly certain that the difference did not * happen at random. However, these values must be interpreted * cautiously, taking into consideration the estimated prior * for a particular orientation or mirror flip. The up-down * signal is very strong if applied to text with ascenders * up and down, and relatively weak for text at 90 degrees, * but even at 90 degrees, the difference can look significant. * For example, suppose the ascenders are oriented horizontally, * but the test is done vertically. Then upconf can * be < -MIN_CONF_FOR_UP_DOWN, suggesting the text may be * upside-down. However, if instead the test were done * horizontally, leftconf will be very much larger * (in absolute value), giving the correct orientation. * (5) If you compute both upconf and leftconf, and there is * sufficient signal, the following table determines the * cw angle necessary to rotate pixs so that the text is * rightside-up: * 0 deg : upconf >> 1, abs(upconf) >> abs(leftconf) * 90 deg : leftconf >> 1, abs(leftconf) >> abs(upconf) * 180 deg : upconf << -1, abs(upconf) >> abs(leftconf) * 270 deg : leftconf << -1, abs(leftconf) >> abs(upconf) * (6) One should probably not interpret the direction unless * there are a sufficient number of counts for both orientations, * in which case neither upconf nor leftconf will be 0.0. * (7) Uses rasterop implementation of HMT. */ l_int32 pixOrientDetect(PIX *pixs, l_float32 *pupconf, l_float32 *pleftconf, l_int32 mincount, l_int32 debug) { PIX *pixt; PROCNAME("pixOrientDetect"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (pixGetDepth(pixs) != 1) return ERROR_INT("pixs not 1 bpp", procName, 1); if (!pupconf && !pleftconf) return ERROR_INT("nothing to do", procName, 1); if (mincount == 0) mincount = DEFAULT_MIN_UP_DOWN_COUNT; if (pupconf) pixUpDownDetect(pixs, pupconf, mincount, debug); if (pleftconf) { pixt = pixRotate90(pixs, 1); pixUpDownDetect(pixt, pleftconf, mincount, debug); pixDestroy(&pixt); } return 0; } /*! * makeOrientDecision() * * Input: upconf (nonzero) * leftconf (nonzero) * minupconf (minimum value for which a decision can be made) * minratio (minimum conf ratio required for a decision) * &orient ( text orientation enum {0,1,2,3,4}) * debug (1 for debug output; 0 otherwise) * Return: 0 if OK, 1 on error * * Notes: * (1) This can be run after pixOrientDetect() * (2) Both upconf and leftconf must be nonzero; otherwise the * orientation cannot be determined. * (3) The abs values of the input confidences are compared to * minupconf. * (4) The abs value of the largest of (upconf/leftconf) and * (leftconf/upconf) is compared with minratio. * (5) Input 0.0 for the default values for minupconf and minratio. * (6) The return value of orient is interpreted thus: * L_TEXT_ORIENT_UNKNOWN: not enough evidence to determine * L_TEXT_ORIENT_UP: text rightside-up * L_TEXT_ORIENT_LEFT: landscape, text up facing left * L_TEXT_ORIENT_DOWN: text upside-down * L_TEXT_ORIENT_RIGHT: landscape, text up facing right */ l_int32 makeOrientDecision(l_float32 upconf, l_float32 leftconf, l_float32 minupconf, l_float32 minratio, l_int32 *porient, l_int32 debug) { l_float32 absupconf, absleftconf; PROCNAME("makeOrientDecision"); if (!porient) return ERROR_INT("&orient not defined", procName, 1); *porient = L_TEXT_ORIENT_UNKNOWN; /* default: no decision */ if (upconf == 0.0 || leftconf == 0.0) return ERROR_INT("not enough conf to get orientation", procName, 1); if (minupconf == 0.0) minupconf = DEFAULT_MIN_UP_DOWN_CONF; if (minratio == 0.0) minratio = DEFAULT_MIN_UP_DOWN_RATIO; absupconf = L_ABS(upconf); absleftconf = L_ABS(leftconf); /* Here are the four possible orientation decisions, based * on satisfaction of two threshold constraints. */ if (upconf > minupconf && absupconf > minratio * absleftconf) *porient = L_TEXT_ORIENT_UP; else if (leftconf > minupconf && absleftconf > minratio * absupconf) *porient = L_TEXT_ORIENT_LEFT; else if (upconf < -minupconf && absupconf > minratio * absleftconf) *porient = L_TEXT_ORIENT_DOWN; else if (leftconf < -minupconf && absleftconf > minratio * absupconf) *porient = L_TEXT_ORIENT_RIGHT; if (debug) { fprintf(stderr, "upconf = %7.3f, leftconf = %7.3f\n", upconf, leftconf); if (*porient == L_TEXT_ORIENT_UNKNOWN) fprintf(stderr, "Confidence is low; no determination is made\n"); else if (*porient == L_TEXT_ORIENT_UP) fprintf(stderr, "Text is rightside-up\n"); else if (*porient == L_TEXT_ORIENT_LEFT) fprintf(stderr, "Text is rotated 90 deg ccw\n"); else if (*porient == L_TEXT_ORIENT_DOWN) fprintf(stderr, "Text is upside-down\n"); else /* *porient == L_TEXT_ORIENT_RIGHT */ fprintf(stderr, "Text is rotated 90 deg cw\n"); } return 0; } /*! * pixUpDownDetect() * * Input: pixs (1 bpp, deskewed, English text, 150 - 300 ppi) * &conf ( confidence that text is rightside-up) * mincount (min number of up + down; use 0 for default) * debug (1 for debug output; 0 otherwise) * Return: 0 if OK, 1 on error * * Notes: * (1) Special (typical, slightly faster) case, where the pixels * identified through the HMT (hit-miss transform) are not * clipped by a truncated word mask pixm. See pixOrientDetect() * and pixUpDownDetectGeneral() for details. * (2) The returned confidence is the normalized difference * between the number of detected up and down ascenders, * assuming that the text is either rightside-up or upside-down * and not rotated at a 90 degree angle. */ l_int32 pixUpDownDetect(PIX *pixs, l_float32 *pconf, l_int32 mincount, l_int32 debug) { return pixUpDownDetectGeneral(pixs, pconf, mincount, 0, debug); } /*! * pixUpDownDetectGeneral() * * Input: pixs (1 bpp, deskewed, English text, 150 - 300 ppi) * &conf ( confidence that text is rightside-up) * mincount (min number of up + down; use 0 for default) * npixels (number of pixels removed from each side of word box) * debug (1 for debug output; 0 otherwise) * Return: 0 if OK, 1 on error * * Notes: * (1) See pixOrientDetect() for other details. * (2) @conf is the normalized difference between the number of * detected up and down ascenders, assuming that the text * is either rightside-up or upside-down and not rotated * at a 90 degree angle. * (3) The typical mode of operation is @npixels == 0. * If @npixels > 0, this removes HMT matches at the * beginning and ending of "words." This is useful for * pages that may have mostly digits, because if npixels == 0, * leading "1" and "3" digits can register as having * ascenders or descenders, and "7" digits can match descenders. * Consequently, a page image of only digits may register * as being upside-down. * (4) We want to count the number of instances found using the HMT. * An expensive way to do this would be to count the * number of connected components. A cheap way is to do a rank * reduction cascade that reduces each component to a single * pixel, and results (after two or three 2x reductions) * in one pixel for each of the original components. * After the reduction, you have a much smaller pix over * which to count pixels. We do only 2 reductions, because * this function is designed to work for input pix between * 150 and 300 ppi, and an 8x reduction on a 150 ppi image * is going too far -- components will get merged. */ l_int32 pixUpDownDetectGeneral(PIX *pixs, l_float32 *pconf, l_int32 mincount, l_int32 npixels, l_int32 debug) { l_int32 countup, countdown, nmax; l_float32 nup, ndown; PIX *pixt0, *pixt1, *pixt2, *pixt3, *pixm; SEL *sel1, *sel2, *sel3, *sel4; PROCNAME("pixUpDownDetectGeneral"); if (!pconf) return ERROR_INT("&conf not defined", procName, 1); *pconf = 0.0; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (mincount == 0) mincount = DEFAULT_MIN_UP_DOWN_COUNT; if (npixels < 0) npixels = 0; sel1 = selCreateFromString(textsel1, 5, 6, NULL); sel2 = selCreateFromString(textsel2, 5, 6, NULL); sel3 = selCreateFromString(textsel3, 5, 6, NULL); sel4 = selCreateFromString(textsel4, 5, 6, NULL); /* One of many reasonable pre-filtering sequences: (1, 8) and (30, 1). * This closes holes in x-height characters and joins them at * the x-height. There is more noise in the descender detection * from this, but it works fairly well. */ pixt0 = pixMorphCompSequence(pixs, "c1.8 + c30.1", 0); /* Optionally, make a mask of the word bounding boxes, shortening * each of them by a fixed amount at each end. */ pixm = NULL; if (npixels > 0) { l_int32 i, nbox, x, y, w, h; BOX *box; BOXA *boxa; pixt1 = pixMorphSequence(pixt0, "o10.1", 0); boxa = pixConnComp(pixt1, NULL, 8); pixm = pixCreateTemplate(pixt1); pixDestroy(&pixt1); nbox = boxaGetCount(boxa); for (i = 0; i < nbox; i++) { box = boxaGetBox(boxa, i, L_CLONE); boxGetGeometry(box, &x, &y, &w, &h); if (w > 2 * npixels) pixRasterop(pixm, x + npixels, y - 6, w - 2 * npixels, h + 13, PIX_SET, NULL, 0, 0); boxDestroy(&box); } boxaDestroy(&boxa); } /* Find the ascenders and optionally filter with pixm. * For an explanation of the procedure used for counting the result * of the HMT, see comments at the beginning of this function. */ pixt1 = pixHMT(NULL, pixt0, sel1); pixt2 = pixHMT(NULL, pixt0, sel2); pixOr(pixt1, pixt1, pixt2); if (pixm) pixAnd(pixt1, pixt1, pixm); pixt3 = pixReduceRankBinaryCascade(pixt1, 1, 1, 0, 0); pixCountPixels(pixt3, &countup, NULL); pixDebugFlipDetect("junkpixup", pixs, pixt1, debug); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); /* Find the ascenders and optionally filter with pixm. */ pixt1 = pixHMT(NULL, pixt0, sel3); pixt2 = pixHMT(NULL, pixt0, sel4); pixOr(pixt1, pixt1, pixt2); if (pixm) pixAnd(pixt1, pixt1, pixm); pixt3 = pixReduceRankBinaryCascade(pixt1, 1, 1, 0, 0); pixCountPixels(pixt3, &countdown, NULL); pixDebugFlipDetect("junkpixdown", pixs, pixt1, debug); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); /* Evaluate statistically, generating a confidence that is * related to the probability with a gaussian distribution. */ nup = (l_float32)(countup); ndown = (l_float32)(countdown); nmax = L_MAX(countup, countdown); if (nmax > mincount) *pconf = 2. * ((nup - ndown) / sqrt(nup + ndown)); if (debug) { if (pixm) pixWrite("junkpixm1", pixm, IFF_PNG); fprintf(stderr, "nup = %7.3f, ndown = %7.3f, conf = %7.3f\n", nup, ndown, *pconf); if (*pconf > DEFAULT_MIN_UP_DOWN_CONF) fprintf(stderr, "Text is rightside-up\n"); if (*pconf < -DEFAULT_MIN_UP_DOWN_CONF) fprintf(stderr, "Text is upside-down\n"); } pixDestroy(&pixt0); pixDestroy(&pixm); selDestroy(&sel1); selDestroy(&sel2); selDestroy(&sel3); selDestroy(&sel4); return 0; } /*----------------------------------------------------------------* * Orientation detection (four 90 degree angles) * * DWA implementation * *----------------------------------------------------------------*/ /*! * pixOrientDetectDwa() * * Input: pixs (1 bpp, deskewed, English text) * &upconf ( ; may be null) * &leftconf ( ; may be null) * mincount (min number of up + down; use 0 for default) * debug (1 for debug output; 0 otherwise) * Return: 0 if OK, 1 on error * * Notes: * (1) Same interface as for pixOrientDetect(). See notes * there for usage. * (2) Uses auto-gen'd code for the Sels defined at the * top of this file, with some renaming of functions. * The auto-gen'd code is in fliphmtgen.c, and can * be generated by a simple executable; see prog/flipselgen.c. * (3) This runs about 2.5 times faster than the pixOrientDetect(). */ l_int32 pixOrientDetectDwa(PIX *pixs, l_float32 *pupconf, l_float32 *pleftconf, l_int32 mincount, l_int32 debug) { PIX *pixt; PROCNAME("pixOrientDetectDwa"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (pixGetDepth(pixs) != 1) return ERROR_INT("pixs not 1 bpp", procName, 1); if (!pupconf && !pleftconf) return ERROR_INT("nothing to do", procName, 1); if (mincount == 0) mincount = DEFAULT_MIN_UP_DOWN_COUNT; if (pupconf) pixUpDownDetectDwa(pixs, pupconf, mincount, debug); if (pleftconf) { pixt = pixRotate90(pixs, 1); pixUpDownDetectDwa(pixt, pleftconf, mincount, debug); pixDestroy(&pixt); } return 0; } /*! * pixUpDownDetectDwa() * * Input: pixs (1 bpp, deskewed, English text, 150 - 300 ppi) * &conf ( confidence that text is rightside-up) * mincount (min number of up + down; use 0 for default) * debug (1 for debug output; 0 otherwise) * Return: 0 if OK, 1 on error * * Notes: * (1) Faster (DWA) version of pixUpDownDetect(). * (2) This is a special case (but typical and slightly faster) of * pixUpDownDetectGeneralDwa(), where the pixels identified * through the HMT (hit-miss transform) are not clipped by * a truncated word mask pixm. See pixUpDownDetectGeneral() * for usage and other details. * (3) The returned confidence is the normalized difference * between the number of detected up and down ascenders, * assuming that the text is either rightside-up or upside-down * and not rotated at a 90 degree angle. */ l_int32 pixUpDownDetectDwa(PIX *pixs, l_float32 *pconf, l_int32 mincount, l_int32 debug) { return pixUpDownDetectGeneralDwa(pixs, pconf, mincount, 0, debug); } /*! * pixUpDownDetectGeneralDwa() * * Input: pixs (1 bpp, deskewed, English text) * &conf ( confidence that text is rightside-up) * mincount (min number of up + down; use 0 for default) * npixels (number of pixels removed from each side of word box) * debug (1 for debug output; 0 otherwise) * Return: 0 if OK, 1 on error * * Notes: * (1) See the notes in pixUpDownDetectGeneral() for usage. */ l_int32 pixUpDownDetectGeneralDwa(PIX *pixs, l_float32 *pconf, l_int32 mincount, l_int32 npixels, l_int32 debug) { char flipsel1[] = "flipsel1"; char flipsel2[] = "flipsel2"; char flipsel3[] = "flipsel3"; char flipsel4[] = "flipsel4"; l_int32 countup, countdown, nmax; l_float32 nup, ndown; PIX *pixt, *pixt0, *pixt1, *pixt2, *pixt3, *pixm; PROCNAME("pixUpDownDetectGeneralDwa"); if (!pconf) return ERROR_INT("&conf not defined", procName, 1); *pconf = 0.0; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (mincount == 0) mincount = DEFAULT_MIN_UP_DOWN_COUNT; if (npixels < 0) npixels = 0; /* One of many reasonable pre-filtering sequences: (1, 8) and (30, 1). * This closes holes in x-height characters and joins them at * the x-height. There is more noise in the descender detection * from this, but it works fairly well. */ pixt = pixMorphSequenceDwa(pixs, "c1.8 + c30.1", 0); /* Be sure to add the border before the flip DWA operations! */ pixt0 = pixAddBorderGeneral(pixt, ADDED_BORDER, ADDED_BORDER, ADDED_BORDER, ADDED_BORDER, 0); pixDestroy(&pixt); /* Optionally, make a mask of the word bounding boxes, shortening * each of them by a fixed amount at each end. */ pixm = NULL; if (npixels > 0) { l_int32 i, nbox, x, y, w, h; BOX *box; BOXA *boxa; pixt1 = pixMorphSequenceDwa(pixt0, "o10.1", 0); boxa = pixConnComp(pixt1, NULL, 8); pixm = pixCreateTemplate(pixt1); pixDestroy(&pixt1); nbox = boxaGetCount(boxa); for (i = 0; i < nbox; i++) { box = boxaGetBox(boxa, i, L_CLONE); boxGetGeometry(box, &x, &y, &w, &h); if (w > 2 * npixels) pixRasterop(pixm, x + npixels, y - 6, w - 2 * npixels, h + 13, PIX_SET, NULL, 0, 0); boxDestroy(&box); } boxaDestroy(&boxa); } /* Find the ascenders and optionally filter with pixm. * For an explanation of the procedure used for counting the result * of the HMT, see comments in pixUpDownDetectGeneral(). */ pixt1 = pixFlipFHMTGen(NULL, pixt0, flipsel1); pixt2 = pixFlipFHMTGen(NULL, pixt0, flipsel2); pixOr(pixt1, pixt1, pixt2); if (pixm) pixAnd(pixt1, pixt1, pixm); pixt3 = pixReduceRankBinaryCascade(pixt1, 1, 1, 0, 0); pixCountPixels(pixt3, &countup, NULL); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); /* Find the ascenders and optionally filter with pixm. */ pixt1 = pixFlipFHMTGen(NULL, pixt0, flipsel3); pixt2 = pixFlipFHMTGen(NULL, pixt0, flipsel4); pixOr(pixt1, pixt1, pixt2); if (pixm) pixAnd(pixt1, pixt1, pixm); pixt3 = pixReduceRankBinaryCascade(pixt1, 1, 1, 0, 0); pixCountPixels(pixt3, &countdown, NULL); pixDestroy(&pixt1); pixDestroy(&pixt2); pixDestroy(&pixt3); /* Evaluate statistically, generating a confidence that is * related to the probability with a gaussian distribution. */ nup = (l_float32)(countup); ndown = (l_float32)(countdown); nmax = L_MAX(countup, countdown); if (nmax > mincount) *pconf = 2. * ((nup - ndown) / sqrt(nup + ndown)); if (debug) { if (pixm) pixWrite("junkpixm2", pixm, IFF_PNG); fprintf(stderr, "nup = %7.3f, ndown = %7.3f, conf = %7.3f\n", nup, ndown, *pconf); if (*pconf > DEFAULT_MIN_UP_DOWN_CONF) fprintf(stderr, "Text is rightside-up\n"); if (*pconf < -DEFAULT_MIN_UP_DOWN_CONF) fprintf(stderr, "Text is upside-down\n"); } pixDestroy(&pixt0); pixDestroy(&pixm); return 0; } /*----------------------------------------------------------------* * Left-right mirror detection * * Rasterop implementation * *----------------------------------------------------------------*/ /*! * pixMirrorDetect() * * Input: pixs (1 bpp, deskewed, English text) * &conf ( confidence that text is not LR mirror reversed) * mincount (min number of left + right; use 0 for default) * debug (1 for debug output; 0 otherwise) * Return: 0 if OK, 1 on error * * Notes: * (1) For this test, it is necessary that the text is horizontally * oriented, with ascenders going up. * (2) conf is the normalized difference between the number of * right and left facing characters with ascenders. * Left-facing are {d}; right-facing are {b, h, k}. * At least that was the expectation. In practice, we can * really just say that it is the normalized difference in * hits using two specific hit-miss filters, textsel1 and textsel2, * after the image has been suitably pre-filtered so that * these filters are effective. See (4) for what's really happening. * (3) A large positive conf value indicates normal text, whereas * a large negative conf value means the page is mirror reversed. * (4) The implementation is a bit tricky. The general idea is * to fill the x-height part of characters, but not the space * between them, before doing the HMT. This is done by * finding pixels added using two different operations -- a * horizontal close and a vertical dilation -- and adding * the intersection of these sets to the original. It turns * out that the original intuition about the signal was largely * in error: much of the signal for right-facing characters * comes from the lower part of common x-height characters, like * the e and c, that remain open after these operations. * So it's important that the operations to close the x-height * parts of the characters are purposely weakened sufficiently * to allow these characters to remain open. The wonders * of morphology! */ l_int32 pixMirrorDetect(PIX *pixs, l_float32 *pconf, l_int32 mincount, l_int32 debug) { l_int32 count1, count2, nmax; l_float32 nleft, nright; PIX *pixt0, *pixt1, *pixt2, *pixt3; SEL *sel1, *sel2; PROCNAME("pixMirrorDetect"); if (!pconf) return ERROR_INT("&conf not defined", procName, 1); *pconf = 0.0; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (mincount == 0) mincount = DEFAULT_MIN_MIRROR_FLIP_COUNT; sel1 = selCreateFromString(textsel1, 5, 6, NULL); sel2 = selCreateFromString(textsel2, 5, 6, NULL); /* Fill x-height characters but not space between them, sort of. */ pixt3 = pixMorphCompSequence(pixs, "d1.30", 0); pixXor(pixt3, pixt3, pixs); pixt0 = pixMorphCompSequence(pixs, "c15.1", 0); pixXor(pixt0, pixt0, pixs); pixAnd(pixt0, pixt0, pixt3); pixOr(pixt0, pixt0, pixs); pixDestroy(&pixt3); /* pixDisplayWrite(pixt0, 1); */ /* Filter the right-facing characters. */ pixt1 = pixHMT(NULL, pixt0, sel1); pixt3 = pixReduceRankBinaryCascade(pixt1, 1, 1, 0, 0); pixCountPixels(pixt3, &count1, NULL); pixDebugFlipDetect("junkpixright", pixs, pixt1, debug); pixDestroy(&pixt1); pixDestroy(&pixt3); /* Filter the left-facing characters. */ pixt2 = pixHMT(NULL, pixt0, sel2); pixt3 = pixReduceRankBinaryCascade(pixt2, 1, 1, 0, 0); pixCountPixels(pixt3, &count2, NULL); pixDebugFlipDetect("junkpixleft", pixs, pixt2, debug); pixDestroy(&pixt2); pixDestroy(&pixt3); nright = (l_float32)count1; nleft = (l_float32)count2; nmax = L_MAX(count1, count2); pixDestroy(&pixt0); selDestroy(&sel1); selDestroy(&sel2); if (nmax > mincount) *pconf = 2. * ((nright - nleft) / sqrt(nright + nleft)); if (debug) { fprintf(stderr, "nright = %f, nleft = %f\n", nright, nleft); if (*pconf > DEFAULT_MIN_MIRROR_FLIP_CONF) fprintf(stderr, "Text is not mirror reversed\n"); if (*pconf < -DEFAULT_MIN_MIRROR_FLIP_CONF) fprintf(stderr, "Text is mirror reversed\n"); } return 0; } /*----------------------------------------------------------------* * Left-right mirror detection * * DWA implementation * *----------------------------------------------------------------*/ /*! * pixMirrorDetectDwa() * * Input: pixs (1 bpp, deskewed, English text) * &conf ( confidence that text is not LR mirror reversed) * mincount (min number of left + right; use 0 for default) * debug (1 for debug output; 0 otherwise) * Return: 0 if OK, 1 on error * * Notes: * (1) We assume the text is horizontally oriented, with * ascenders going up. * (2) See notes in pixMirrorDetect(). */ l_int32 pixMirrorDetectDwa(PIX *pixs, l_float32 *pconf, l_int32 mincount, l_int32 debug) { char flipsel1[] = "flipsel1"; char flipsel2[] = "flipsel2"; l_int32 count1, count2, nmax; l_float32 nleft, nright; PIX *pixt0, *pixt1, *pixt2, *pixt3; PROCNAME("pixMirrorDetectDwa"); if (!pconf) return ERROR_INT("&conf not defined", procName, 1); *pconf = 0.0; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (mincount == 0) mincount = DEFAULT_MIN_MIRROR_FLIP_COUNT; /* Fill x-height characters but not space between them, sort of. */ pixt3 = pixMorphSequenceDwa(pixs, "d1.30", 0); pixXor(pixt3, pixt3, pixs); pixt0 = pixMorphSequenceDwa(pixs, "c15.1", 0); pixXor(pixt0, pixt0, pixs); pixAnd(pixt0, pixt0, pixt3); pixOr(pixt3, pixt0, pixs); pixDestroy(&pixt0); pixt0 = pixAddBorderGeneral(pixt3, ADDED_BORDER, ADDED_BORDER, ADDED_BORDER, ADDED_BORDER, 0); pixDestroy(&pixt3); /* Filter the right-facing characters. */ pixt1 = pixFlipFHMTGen(NULL, pixt0, flipsel1); pixt3 = pixReduceRankBinaryCascade(pixt1, 1, 1, 0, 0); pixCountPixels(pixt3, &count1, NULL); pixDestroy(&pixt1); pixDestroy(&pixt3); /* Filter the left-facing characters. */ pixt2 = pixFlipFHMTGen(NULL, pixt0, flipsel2); pixt3 = pixReduceRankBinaryCascade(pixt2, 1, 1, 0, 0); pixCountPixels(pixt3, &count2, NULL); pixDestroy(&pixt2); pixDestroy(&pixt3); pixDestroy(&pixt0); nright = (l_float32)count1; nleft = (l_float32)count2; nmax = L_MAX(count1, count2); if (nmax > mincount) *pconf = 2. * ((nright - nleft) / sqrt(nright + nleft)); if (debug) { fprintf(stderr, "nright = %f, nleft = %f\n", nright, nleft); if (*pconf > DEFAULT_MIN_MIRROR_FLIP_CONF) fprintf(stderr, "Text is not mirror reversed\n"); if (*pconf < -DEFAULT_MIN_MIRROR_FLIP_CONF) fprintf(stderr, "Text is mirror reversed\n"); } return 0; } /*----------------------------------------------------------------* * Static debug helper * *----------------------------------------------------------------*/ /* * pixDebugFlipDetect() * * Input: filename (for output debug file) * pixs (input to pix*Detect) * pixhm (hit-miss result from ascenders or descenders) * enable (1 to enable this function; 0 to disable) * Return: void */ static void pixDebugFlipDetect(const char *filename, PIX *pixs, PIX *pixhm, l_int32 enable) { PIX *pixt, *pixthm; if (!enable) return; /* Display with red dot at counted locations */ pixt = pixConvert1To4Cmap(pixs); pixthm = pixMorphSequence(pixhm, "d5.5", 0); pixSetMaskedCmap(pixt, pixthm, 0, 0, 255, 0, 0); pixWrite(filename, pixt, IFF_PNG); pixDestroy(&pixthm); pixDestroy(&pixt); return; } leptonica-1.70/src/bilateral.h0000644000175000017500000001466412141740542014417 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ #ifndef LEPTONICA_BILATERAL_H #define LEPTONICA_BILATERAL_H /* * Contains the following struct * struct L_Bilateral * * * For a tutorial introduction to bilateral filters, which apply a * gaussian blur to smooth parts of the image while preserving edges, see * http://people.csail.mit.edu/sparis/bf_course/slides/03_definition_bf.pdf * * We give an implementation of a bilateral filtering algorithm given in: * "Real-Time O(1) Bilateral Filtering," by Yang, Tan and Ahuja, CVPR 2009 * which is at: * http://vision.ai.uiuc.edu/~qyang6/publications/cvpr-09-qingxiong-yang.pdf * This is based on an earlier algorithm by Sylvain Paris and Frédo Durand: * http://people.csail.mit.edu/sparis/publi/2006/eccv/ * Paris_06_Fast_Approximation.pdf * * The kernel of the filter is a product of a spatial gaussian and a * monotonically decreasing function of the difference in intensity * between the source pixel and the neighboring pixel. The intensity * part of the filter gives higher influence for pixels with intensities * that are near to the source pixel, and the spatial part of the * filter gives higher weight to pixels that are near the source pixel. * This combination smooths in relatively uniform regions, while * maintaining edges. * * The advantage of the appoach of Yang et al is that it is separable, * so the computation time is linear in the gaussian filter size. * Furthermore, it is possible to do much of the computation as a reduced * scale, which gives a good approximation to the full resolution version * but greatly speeds it up. * * The bilateral filtered value at x is: * * sum[y in N(x)]: spatial(|y - x|) * range(|I(x) - I(y)|) * I(y) * I'(x) = -------------------------------------------------------------- * sum[y in N(x)]: spatial(|y - x|) * range(|I(x) - I(y)|) * * where I() is the input image, I'() is the filtered image, N(x) is the * set of pixels around x in the filter support, and spatial() and range() * are gaussian functions: * spatial(x) = exp(-x^2 / (2 * s_s^2)) * range(x) = exp(-x^2 / (2 * s_r^2)) * and s_s and s_r and the standard deviations of the two gaussians. * * Yang et al use a separable approximation to this, by defining a set * of related but separable functions J(k,x), that we call Principal * Bilateral Components (PBC): * * sum[y in N(x)]: spatial(|y - x|) * range(|k - I(y)|) * I(y) * J(k,x) = ----------------------------------------------------------- * sum[y in N(x)]: spatial(|y - x|) * range(|k - I(y)|) * * which are computed quickly for a set of n values k[p], p = 0 ... n-1. * Then each output pixel is found using a linear interpolation: * * I'(x) = (1 - q) * J(k[p],x) + q * J(k[p+1],x) * * where J(k[p],x) and J(k[p+1],x) are PBC for which * k[p] <= I(x) and k[p+1] >= I(x), and * q = (I(x) - k[p]) / (k[p+1] - k[p]). * * We can also subsample I(x), create subsampled versions of J(k,x), * which are then interpolated between for I'(x). * * We generate 'pixsc', by optionally downscaling the input image * (using area mapping by the factor 'reduction'), and then adding * a mirrored border to avoid boundary cases. This is then used * to compute 'ncomps' PBCs. * * The 'spatial_stdev' is also downscaled by 'reduction'. The size * of the 'spatial' array is 4 * (reduced 'spatial_stdev') + 1. * The size of the 'range' array is 256. */ /*------------------------------------------------------------------------* * Bilateral filter * *------------------------------------------------------------------------*/ struct L_Bilateral { struct Pix *pixs; /* clone of source pix */ struct Pix *pixsc; /* downscaled pix with mirrored border */ l_int32 reduction; /* 1, 2 or 4x for intermediates */ l_float32 spatial_stdev; /* stdev of spatial gaussian */ l_float32 range_stdev; /* stdev of range gaussian */ l_float32 *spatial; /* 1D gaussian spatial kernel */ l_float32 *range; /* one-sided gaussian range kernel */ l_int32 minval; /* min value in 8 bpp pix */ l_int32 maxval; /* max value in 8 bpp pix */ l_int32 ncomps; /* number of intermediate results */ l_int32 *nc; /* set of k values (size ncomps) */ l_int32 *kindex; /* mapping from intensity to lower k */ l_float32 *kfract; /* mapping from intensity to fract k */ struct Pixa *pixac; /* intermediate result images (PBC) */ l_uint32 ***lineset; /* lineptrs for pixac */ }; typedef struct L_Bilateral L_BILATERAL; #endif /* LEPTONICA_BILATERAL_H */ leptonica-1.70/src/libversions.c0000644000175000017500000001227712267242444015017 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * libversions.c * * Image library version number * char *getImagelibVersions() */ #include "allheaders.h" #ifdef HAVE_CONFIG_H #include "config_auto.h" #endif /* HAVE_CONFIG_H */ #if HAVE_LIBGIF #include "gif_lib.h" #endif #if HAVE_LIBJPEG /* jpeglib.h includes jconfig.h, which makes the error of setting * #define HAVE_STDLIB_H * which conflicts with config_auto.h (where it is set to 1) and results * for some gcc compiler versions in a warning. The conflict is harmless * but we suppress it by undefining the variable. */ #undef HAVE_STDLIB_H #include "jpeglib.h" #include "jerror.h" #endif #if HAVE_LIBPNG #include "png.h" #endif #if HAVE_LIBTIFF #include "tiffio.h" #endif #if HAVE_LIBZ #include "zlib.h" #endif #if HAVE_LIBWEBP #include "webp/encode.h" #endif #define stringJoinInPlace(s1, s2) \ { tempStrP = stringJoin((s1),(s2)); FREE(s1); (s1) = tempStrP; } /*---------------------------------------------------------------------* * Image Library Version number * *---------------------------------------------------------------------*/ /*! * getImagelibVersions() * * Return: string of version numbers (e.g., * libgif 5.0.3 * libjpeg 8b * libpng 1.4.3 * libtiff 3.9.5 * zlib 1.2.5 * webp 0.3.0 * * Notes: * (1) The caller has responsibility to free the memory. */ char * getImagelibVersions() { char buf[128]; l_int32 first = TRUE; #if HAVE_LIBJPEG struct jpeg_compress_struct cinfo; struct jpeg_error_mgr err; char buffer[JMSG_LENGTH_MAX]; #endif char *tempStrP; char *versionNumP; char *nextTokenP; char *versionStrP = stringNew(""); #if HAVE_LIBGIF first = FALSE; stringJoinInPlace(versionStrP, "libgif "); #ifdef GIFLIB_MAJOR snprintf(buf, sizeof(buf), "%d.%d.%d", GIFLIB_MAJOR, GIFLIB_MINOR, GIFLIB_RELEASE); #else stringCopy(buf, "4.1.6(?)", sizeof(buf)); #endif stringJoinInPlace(versionStrP, buf); #endif #if HAVE_LIBJPEG cinfo.err = jpeg_std_error(&err); err.msg_code = JMSG_VERSION; (*err.format_message) ((j_common_ptr ) &cinfo, buffer); if (!first) stringJoinInPlace(versionStrP, " : "); first = FALSE; stringJoinInPlace(versionStrP, "libjpeg "); versionNumP = strtokSafe(buffer, " ", &nextTokenP); stringJoinInPlace(versionStrP, versionNumP); FREE(versionNumP); #endif #if HAVE_LIBPNG if (!first) stringJoinInPlace(versionStrP, " : "); first = FALSE; stringJoinInPlace(versionStrP, "libpng "); stringJoinInPlace(versionStrP, png_get_libpng_ver(NULL)); #endif #if HAVE_LIBTIFF if (!first) stringJoinInPlace(versionStrP, " : "); first = FALSE; stringJoinInPlace(versionStrP, "libtiff "); versionNumP = strtokSafe((char *)TIFFGetVersion(), " \n", &nextTokenP); FREE(versionNumP); versionNumP = strtokSafe(NULL, " \n", &nextTokenP); FREE(versionNumP); versionNumP = strtokSafe(NULL, " \n", &nextTokenP); stringJoinInPlace(versionStrP, versionNumP); FREE(versionNumP); #endif #if HAVE_LIBZ if (!first) stringJoinInPlace(versionStrP, " : "); first = FALSE; stringJoinInPlace(versionStrP, "zlib "); stringJoinInPlace(versionStrP, zlibVersion()); #endif #if HAVE_LIBWEBP { l_int32 val; char buf[32]; if (!first) stringJoinInPlace(versionStrP, " : "); first = FALSE; stringJoinInPlace(versionStrP, "webp "); val = WebPGetEncoderVersion(); snprintf(buf, sizeof(buf), "%d.%d.%d", val >> 16, (val >> 8) & 0xff, val & 0xff); stringJoinInPlace(versionStrP, buf); } #endif stringJoinInPlace(versionStrP, "\n"); return versionStrP; } leptonica-1.70/src/sel2.c0000644000175000017500000005101112265645134013313 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * sel2.c * * Contains definitions of simple structuring elements * * SELA *selaAddBasic() * Linear horizontal and vertical * Square * Diagonals * * SELA *selaAddHitMiss() * Isolated foreground pixel * Horizontal and vertical edges * Slanted edge * Corners * * SELA *selaAddDwaLinear() * SELA *selaAddDwaCombs() * SELA *selaAddCrossJunctions() * SELA *selaAddTJunctions() */ #include #include "allheaders.h" static const l_int32 L_BUF_SIZE = 512; /* Linear brick sel sizes, including all those that are required * for decomposable sels up to size 63. */ static const l_int32 num_linear = 25; static const l_int32 basic_linear[] = {2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 20, 21, 25, 30, 31, 35, 40, 41, 45, 50, 51}; /*! * selaAddBasic() * * Input: sela () * Return: sela with additional sels, or null on error * * Notes: * (1) Adds the following sels: * - all linear (horiz, vert) brick sels that are * necessary for decomposable sels up to size 63 * - square brick sels up to size 10 * - 4 diagonal sels */ SELA * selaAddBasic(SELA *sela) { char name[L_BUF_SIZE]; l_int32 i, size; SEL *sel; PROCNAME("selaAddBasic"); if (!sela) { if ((sela = selaCreate(0)) == NULL) return (SELA *)ERROR_PTR("sela not made", procName, NULL); } /*--------------------------------------------------------------* * Linear horizontal and vertical sels * *--------------------------------------------------------------*/ for (i = 0; i < num_linear; i++) { size = basic_linear[i]; sel = selCreateBrick(1, size, 0, size / 2, 1); snprintf(name, L_BUF_SIZE, "sel_%dh", size); selaAddSel(sela, sel, name, 0); } for (i = 0; i < num_linear; i++) { size = basic_linear[i]; sel = selCreateBrick(size, 1, size / 2, 0, 1); snprintf(name, L_BUF_SIZE, "sel_%dv", size); selaAddSel(sela, sel, name, 0); } /*-----------------------------------------------------------* * 2-d Bricks * *-----------------------------------------------------------*/ for (i = 2; i <= 5; i++) { sel = selCreateBrick(i, i, i / 2, i / 2, 1); snprintf(name, L_BUF_SIZE, "sel_%d", i); selaAddSel(sela, sel, name, 0); } /*-----------------------------------------------------------* * Diagonals * *-----------------------------------------------------------*/ /* 0c 1 1 0 */ sel = selCreateBrick(2, 2, 0, 0, 1); selSetElement(sel, 0, 0, 0); selSetElement(sel, 1, 1, 0); selaAddSel(sela, sel, "sel_2dp", 0); /* 1c 0 0 1 */ sel = selCreateBrick(2, 2, 0, 0, 1); selSetElement(sel, 0, 1, 0); selSetElement(sel, 1, 0, 0); selaAddSel(sela, sel, "sel_2dm", 0); /* Diagonal, slope +, size 5 */ sel = selCreate(5, 5, "sel_5dp"); sel->cy = 2; sel->cx = 2; selSetElement(sel, 0, 4, 1); selSetElement(sel, 1, 3, 1); selSetElement(sel, 2, 2, 1); selSetElement(sel, 3, 1, 1); selSetElement(sel, 4, 0, 1); selaAddSel(sela, sel, "sel_5dp", 0); /* Diagonal, slope -, size 5 */ sel = selCreate(5, 5, "sel_5dm"); sel->cy = 2; sel->cx = 2; selSetElement(sel, 0, 0, 1); selSetElement(sel, 1, 1, 1); selSetElement(sel, 2, 2, 1); selSetElement(sel, 3, 3, 1); selSetElement(sel, 4, 4, 1); selaAddSel(sela, sel, "sel_5dm", 0); return sela; } /*! * selaAddHitMiss() * * Input: sela () * Return: sela with additional sels, or null on error */ SELA * selaAddHitMiss(SELA *sela) { SEL *sel; PROCNAME("selaAddHitMiss"); if (!sela) { if ((sela = selaCreate(0)) == NULL) return (SELA *)ERROR_PTR("sela not made", procName, NULL); } #if 0 /* use just for testing */ sel = selCreateBrick(3, 3, 1, 1, 2); selaAddSel(sela, sel, "sel_bad", 0); #endif /*--------------------------------------------------------------* * Isolated foreground pixel * *--------------------------------------------------------------*/ sel = selCreateBrick(3, 3, 1, 1, SEL_MISS); selSetElement(sel, 1, 1, SEL_HIT); selaAddSel(sela, sel, "sel_3hm", 0); /*--------------------------------------------------------------* * Horizontal and vertical edges * *--------------------------------------------------------------*/ sel = selCreateBrick(2, 3, 0, 1, SEL_HIT); selSetElement(sel, 1, 0, SEL_MISS); selSetElement(sel, 1, 1, SEL_MISS); selSetElement(sel, 1, 2, SEL_MISS); selaAddSel(sela, sel, "sel_3de", 0); sel = selCreateBrick(2, 3, 1, 1, SEL_HIT); selSetElement(sel, 0, 0, SEL_MISS); selSetElement(sel, 0, 1, SEL_MISS); selSetElement(sel, 0, 2, SEL_MISS); selaAddSel(sela, sel, "sel_3ue", 0); sel = selCreateBrick(3, 2, 1, 0, SEL_HIT); selSetElement(sel, 0, 1, SEL_MISS); selSetElement(sel, 1, 1, SEL_MISS); selSetElement(sel, 2, 1, SEL_MISS); selaAddSel(sela, sel, "sel_3re", 0); sel = selCreateBrick(3, 2, 1, 1, SEL_HIT); selSetElement(sel, 0, 0, SEL_MISS); selSetElement(sel, 1, 0, SEL_MISS); selSetElement(sel, 2, 0, SEL_MISS); selaAddSel(sela, sel, "sel_3le", 0); /*--------------------------------------------------------------* * Slanted edge * *--------------------------------------------------------------*/ sel = selCreateBrick(13, 6, 6, 2, SEL_DONT_CARE); selSetElement(sel, 0, 3, SEL_MISS); selSetElement(sel, 0, 5, SEL_HIT); selSetElement(sel, 4, 2, SEL_MISS); selSetElement(sel, 4, 4, SEL_HIT); selSetElement(sel, 8, 1, SEL_MISS); selSetElement(sel, 8, 3, SEL_HIT); selSetElement(sel, 12, 0, SEL_MISS); selSetElement(sel, 12, 2, SEL_HIT); selaAddSel(sela, sel, "sel_sl1", 0); /*--------------------------------------------------------------* * Corners * * This allows for up to 3 missing edge pixels at the corner * *--------------------------------------------------------------*/ sel = selCreateBrick(4, 4, 1, 1, SEL_MISS); selSetElement(sel, 1, 1, SEL_DONT_CARE); selSetElement(sel, 1, 2, SEL_DONT_CARE); selSetElement(sel, 2, 1, SEL_DONT_CARE); selSetElement(sel, 1, 3, SEL_HIT); selSetElement(sel, 2, 2, SEL_HIT); selSetElement(sel, 2, 3, SEL_HIT); selSetElement(sel, 3, 1, SEL_HIT); selSetElement(sel, 3, 2, SEL_HIT); selSetElement(sel, 3, 3, SEL_HIT); selaAddSel(sela, sel, "sel_ulc", 0); sel = selCreateBrick(4, 4, 1, 2, SEL_MISS); selSetElement(sel, 1, 1, SEL_DONT_CARE); selSetElement(sel, 1, 2, SEL_DONT_CARE); selSetElement(sel, 2, 2, SEL_DONT_CARE); selSetElement(sel, 1, 0, SEL_HIT); selSetElement(sel, 2, 0, SEL_HIT); selSetElement(sel, 2, 1, SEL_HIT); selSetElement(sel, 3, 0, SEL_HIT); selSetElement(sel, 3, 1, SEL_HIT); selSetElement(sel, 3, 2, SEL_HIT); selaAddSel(sela, sel, "sel_urc", 0); sel = selCreateBrick(4, 4, 2, 1, SEL_MISS); selSetElement(sel, 1, 1, SEL_DONT_CARE); selSetElement(sel, 2, 1, SEL_DONT_CARE); selSetElement(sel, 2, 2, SEL_DONT_CARE); selSetElement(sel, 0, 1, SEL_HIT); selSetElement(sel, 0, 2, SEL_HIT); selSetElement(sel, 0, 3, SEL_HIT); selSetElement(sel, 1, 2, SEL_HIT); selSetElement(sel, 1, 3, SEL_HIT); selSetElement(sel, 2, 3, SEL_HIT); selaAddSel(sela, sel, "sel_llc", 0); sel = selCreateBrick(4, 4, 2, 2, SEL_MISS); selSetElement(sel, 1, 2, SEL_DONT_CARE); selSetElement(sel, 2, 1, SEL_DONT_CARE); selSetElement(sel, 2, 2, SEL_DONT_CARE); selSetElement(sel, 0, 0, SEL_HIT); selSetElement(sel, 0, 1, SEL_HIT); selSetElement(sel, 0, 2, SEL_HIT); selSetElement(sel, 1, 0, SEL_HIT); selSetElement(sel, 1, 1, SEL_HIT); selSetElement(sel, 2, 0, SEL_HIT); selaAddSel(sela, sel, "sel_lrc", 0); return sela; } /*! * selaAddDwaLinear() * * Input: sela () * Return: sela with additional sels, or null on error * * Notes: * (1) Adds all linear (horizontal, vertical) sels from * 2 to 63 pixels in length, which are the sizes over * which dwa code can be generated. */ SELA * selaAddDwaLinear(SELA *sela) { char name[L_BUF_SIZE]; l_int32 i; SEL *sel; PROCNAME("selaAddDwaLinear"); if (!sela) { if ((sela = selaCreate(0)) == NULL) return (SELA *)ERROR_PTR("sela not made", procName, NULL); } for (i = 2; i < 64; i++) { sel = selCreateBrick(1, i, 0, i / 2, 1); snprintf(name, L_BUF_SIZE, "sel_%dh", i); selaAddSel(sela, sel, name, 0); } for (i = 2; i < 64; i++) { sel = selCreateBrick(i, 1, i / 2, 0, 1); snprintf(name, L_BUF_SIZE, "sel_%dv", i); selaAddSel(sela, sel, name, 0); } return sela; } /*! * selaAddDwaCombs() * * Input: sela () * Return: sela with additional sels, or null on error * * Notes: * (1) Adds all comb (horizontal, vertical) Sels that are * used in composite linear morphological operations * up to 63 pixels in length, which are the sizes over * which dwa code can be generated. */ SELA * selaAddDwaCombs(SELA *sela) { char name[L_BUF_SIZE]; l_int32 i, f1, f2, prevsize, size; SEL *selh, *selv; PROCNAME("selaAddDwaCombs"); if (!sela) { if ((sela = selaCreate(0)) == NULL) return (SELA *)ERROR_PTR("sela not made", procName, NULL); } prevsize = 0; for (i = 4; i < 64; i++) { selectComposableSizes(i, &f1, &f2); size = f1 * f2; if (size == prevsize) continue; selectComposableSels(i, L_HORIZ, NULL, &selh); selectComposableSels(i, L_VERT, NULL, &selv); snprintf(name, L_BUF_SIZE, "sel_comb_%dh", size); selaAddSel(sela, selh, name, 0); snprintf(name, L_BUF_SIZE, "sel_comb_%dv", size); selaAddSel(sela, selv, name, 0); prevsize = size; } return sela; } /*! * selaAddCrossJunctions() * * Input: sela () * hlsize (length of each line of hits from origin) * mdist (distance of misses from the origin) * norient (number of orientations; max of 8) * debugflag (1 for debug output) * Return: sela with additional sels, or null on error * * Notes: * (1) Adds hitmiss Sels for the intersection of two lines. * If the lines are very thin, they must be nearly orthogonal * to register. * (2) The number of Sels generated is equal to @norient. * (3) If @norient == 2, this generates 2 Sels of crosses, each with * two perpendicular lines of hits. One Sel has horizontal and * vertical hits; the other has hits along lines at +-45 degrees. * Likewise, if @norient == 3, this generates 3 Sels of crosses * oriented at 30 degrees with each other. * (4) It is suggested that @hlsize be chosen at least 1 greater * than @mdist. Try values of (@hlsize, @mdist) such as * (6,5), (7,6), (8,7), (9,7), etc. */ SELA * selaAddCrossJunctions(SELA *sela, l_float32 hlsize, l_float32 mdist, l_int32 norient, l_int32 debugflag) { char name[L_BUF_SIZE]; l_int32 i, j, w, xc, yc; l_float64 pi, halfpi, radincr, radang; l_float64 angle; PIX *pixc, *pixm, *pixt; PIXA *pixa; PTA *pta1, *pta2, *pta3, *pta4; SEL *sel; PROCNAME("selaAddCrossJunctions"); if (hlsize <= 0) return (SELA *)ERROR_PTR("hlsize not > 0", procName, NULL); if (norient < 1 || norient > 8) return (SELA *)ERROR_PTR("norient not in [1, ... 8]", procName, NULL); if (!sela) { if ((sela = selaCreate(0)) == NULL) return (SELA *)ERROR_PTR("sela not made", procName, NULL); } pi = 3.1415926535; halfpi = 3.1415926535 / 2.0; radincr = halfpi / (l_float64)norient; w = (l_int32)(2.2 * (L_MAX(hlsize, mdist) + 0.5)); if (w % 2 == 0) w++; xc = w / 2; yc = w / 2; pixa = pixaCreate(norient); for (i = 0; i < norient; i++) { /* Set the don't cares */ pixc = pixCreate(w, w, 32); pixSetAll(pixc); /* Add the green lines of hits */ pixm = pixCreate(w, w, 1); radang = (l_float32)i * radincr; pta1 = generatePtaLineFromPt(xc, yc, hlsize + 1, radang); pta2 = generatePtaLineFromPt(xc, yc, hlsize + 1, radang + halfpi); pta3 = generatePtaLineFromPt(xc, yc, hlsize + 1, radang + pi); pta4 = generatePtaLineFromPt(xc, yc, hlsize + 1, radang + pi + halfpi); ptaJoin(pta1, pta2, 0, -1); ptaJoin(pta1, pta3, 0, -1); ptaJoin(pta1, pta4, 0, -1); pixRenderPta(pixm, pta1, L_SET_PIXELS); pixPaintThroughMask(pixc, pixm, 0, 0, 0x00ff0000); ptaDestroy(&pta1); ptaDestroy(&pta2); ptaDestroy(&pta3); ptaDestroy(&pta4); /* Add red misses between the lines */ for (j = 0; j < 4; j++) { angle = radang + (j - 0.5) * halfpi; pixSetPixel(pixc, xc + (l_int32)(mdist * cos(angle)), yc + (l_int32)(mdist * sin(angle)), 0xff000000); } /* Add dark green for origin */ pixSetPixel(pixc, xc, yc, 0x00550000); /* Generate the sel */ sel = selCreateFromColorPix(pixc, NULL); sprintf(name, "sel_cross_%d", i); selaAddSel(sela, sel, name, 0); if (debugflag) { pixt = pixScaleBySampling(pixc, 10.0, 10.0); pixaAddPix(pixa, pixt, L_INSERT); } pixDestroy(&pixm); pixDestroy(&pixc); } if (debugflag) { l_int32 w; pixaGetPixDimensions(pixa, 0, &w, NULL, NULL); pixt = pixaDisplayTiledAndScaled(pixa, 32, w, 1, 0, 10, 2); pixWriteTempfile("/tmp", "xsel1.png", pixt, IFF_PNG, 0); pixDisplay(pixt, 0, 100); pixDestroy(&pixt); pixt = selaDisplayInPix(sela, 15, 2, 20, 1); pixWriteTempfile("/tmp", "xsel2.png", pixt, IFF_PNG, 0); pixDisplay(pixt, 500, 100); pixDestroy(&pixt); selaWriteStream(stderr, sela); } pixaDestroy(&pixa); return sela; } /*! * selaAddTJunctions() * * Input: sela () * hlsize (length of each line of hits from origin) * mdist (distance of misses from the origin) * norient (number of orientations; max of 8) * debugflag (1 for debug output) * Return: sela with additional sels, or null on error * * Notes: * (1) Adds hitmiss Sels for the T-junction of two lines. * If the lines are very thin, they must be nearly orthogonal * to register. * (2) The number of Sels generated is 4 * @norient. * (3) It is suggested that @hlsize be chosen at least 1 greater * than @mdist. Try values of (@hlsize, @mdist) such as * (6,5), (7,6), (8,7), (9,7), etc. */ SELA * selaAddTJunctions(SELA *sela, l_float32 hlsize, l_float32 mdist, l_int32 norient, l_int32 debugflag) { char name[L_BUF_SIZE]; l_int32 i, j, k, w, xc, yc; l_float64 pi, halfpi, radincr, jang, radang; l_float64 angle[3], dist[3]; PIX *pixc, *pixm, *pixt; PIXA *pixa; PTA *pta1, *pta2, *pta3; SEL *sel; PROCNAME("selaAddTJunctions"); if (hlsize <= 2) return (SELA *)ERROR_PTR("hlsizel not > 1", procName, NULL); if (norient < 1 || norient > 8) return (SELA *)ERROR_PTR("norient not in [1, ... 8]", procName, NULL); if (!sela) { if ((sela = selaCreate(0)) == NULL) return (SELA *)ERROR_PTR("sela not made", procName, NULL); } pi = 3.1415926535; halfpi = 3.1415926535 / 2.0; radincr = halfpi / (l_float32)norient; w = (l_int32)(2.4 * (L_MAX(hlsize, mdist) + 0.5)); if (w % 2 == 0) w++; xc = w / 2; yc = w / 2; pixa = pixaCreate(4 * norient); for (i = 0; i < norient; i++) { for (j = 0; j < 4; j++) { /* 4 orthogonal orientations */ jang = (l_float32)j * halfpi; /* Set the don't cares */ pixc = pixCreate(w, w, 32); pixSetAll(pixc); /* Add the green lines of hits */ pixm = pixCreate(w, w, 1); radang = (l_float32)i * radincr; pta1 = generatePtaLineFromPt(xc, yc, hlsize + 1, jang + radang); pta2 = generatePtaLineFromPt(xc, yc, hlsize + 1, jang + radang + halfpi); pta3 = generatePtaLineFromPt(xc, yc, hlsize + 1, jang + radang + pi); ptaJoin(pta1, pta2, 0, -1); ptaJoin(pta1, pta3, 0, -1); pixRenderPta(pixm, pta1, L_SET_PIXELS); pixPaintThroughMask(pixc, pixm, 0, 0, 0x00ff0000); ptaDestroy(&pta1); ptaDestroy(&pta2); ptaDestroy(&pta3); /* Add red misses between the lines */ angle[0] = radang + jang - halfpi; angle[1] = radang + jang + 0.5 * halfpi; angle[2] = radang + jang + 1.5 * halfpi; dist[0] = 0.8 * mdist; dist[1] = dist[2] = mdist; for (k = 0; k < 3; k++) { pixSetPixel(pixc, xc + (l_int32)(dist[k] * cos(angle[k])), yc + (l_int32)(dist[k] * sin(angle[k])), 0xff000000); } /* Add dark green for origin */ pixSetPixel(pixc, xc, yc, 0x00550000); /* Generate the sel */ sel = selCreateFromColorPix(pixc, NULL); sprintf(name, "sel_cross_%d", 4 * i + j); selaAddSel(sela, sel, name, 0); if (debugflag) { pixt = pixScaleBySampling(pixc, 10.0, 10.0); pixaAddPix(pixa, pixt, L_INSERT); } pixDestroy(&pixm); pixDestroy(&pixc); } } if (debugflag) { l_int32 w; pixaGetPixDimensions(pixa, 0, &w, NULL, NULL); pixt = pixaDisplayTiledAndScaled(pixa, 32, w, 4, 0, 10, 2); pixWriteTempfile("/tmp", "tsel1.png", pixt, IFF_PNG, 0); pixDisplay(pixt, 0, 100); pixDestroy(&pixt); pixt = selaDisplayInPix(sela, 15, 2, 20, 4); pixWriteTempfile("/tmp", "tsel2.png", pixt, IFF_PNG, 0); pixDisplay(pixt, 500, 100); pixDestroy(&pixt); selaWriteStream(stderr, sela); } pixaDestroy(&pixa); return sela; } leptonica-1.70/src/stack.c0000644000175000017500000001753312244231422013552 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * stack.c * * Generic stack * * The lstack is an array of void * ptrs, onto which * objects can be stored. At any time, the number of * stored objects is lstack->n. The object at the bottom * of the lstack is at array[0]; the object at the top of * the lstack is at array[n-1]. New objects are added * to the top of the lstack; i.e., the first available * location, which is at array[n]. The lstack is expanded * by doubling, when needed. Objects are removed * from the top of the lstack. When an attempt is made * to remove an object from an empty lstack, the result is null. * * Create/Destroy * L_STACK *lstackCreate() * void lstackDestroy() * * Accessors * l_int32 lstackAdd() * void *lstackRemove() * static l_int32 lstackExtendArray() * l_int32 lstackGetCount() * * Text description * l_int32 lstackPrint() */ #include "allheaders.h" static const l_int32 INITIAL_PTR_ARRAYSIZE = 20; /* Static function */ static l_int32 lstackExtendArray(L_STACK *lstack); /*---------------------------------------------------------------------* * Create/Destroy * *---------------------------------------------------------------------*/ /*! * lstackCreate() * * Input: nalloc (initial ptr array size; use 0 for default) * Return: lstack, or null on error */ L_STACK * lstackCreate(l_int32 nalloc) { L_STACK *lstack; PROCNAME("lstackCreate"); if (nalloc <= 0) nalloc = INITIAL_PTR_ARRAYSIZE; if ((lstack = (L_STACK *)CALLOC(1, sizeof(L_STACK))) == NULL) return (L_STACK *)ERROR_PTR("lstack not made", procName, NULL); if ((lstack->array = (void **)CALLOC(nalloc, sizeof(void *))) == NULL) return (L_STACK *)ERROR_PTR("lstack array not made", procName, NULL); lstack->nalloc = nalloc; lstack->n = 0; return lstack; } /*! * lstackDestroy() * * Input: &lstack () * freeflag (TRUE to free each remaining struct in the array) * Return: void * * Notes: * (1) If freeflag is TRUE, frees each struct in the array. * (2) If freeflag is FALSE but there are elements on the array, * gives a warning and destroys the array. This will * cause a memory leak of all the items that were on the lstack. * So if the items require their own destroy function, they * must be destroyed before the lstack. * (3) To destroy the lstack, we destroy the ptr array, then * the lstack, and then null the contents of the input ptr. */ void lstackDestroy(L_STACK **plstack, l_int32 freeflag) { void *item; L_STACK *lstack; PROCNAME("lstackDestroy"); if (plstack == NULL) { L_WARNING("ptr address is NULL\n", procName); return; } if ((lstack = *plstack) == NULL) return; if (freeflag) { while(lstack->n > 0) { item = lstackRemove(lstack); FREE(item); } } else if (lstack->n > 0) { L_WARNING("memory leak of %d items in lstack\n", procName, lstack->n); } if (lstack->auxstack) lstackDestroy(&lstack->auxstack, freeflag); if (lstack->array) FREE(lstack->array); FREE(lstack); *plstack = NULL; } /*---------------------------------------------------------------------* * Accessors * *---------------------------------------------------------------------*/ /*! * lstackAdd() * * Input: lstack * item to be added to the lstack * Return: 0 if OK; 1 on error. */ l_int32 lstackAdd(L_STACK *lstack, void *item) { PROCNAME("lstackAdd"); if (!lstack) return ERROR_INT("lstack not defined", procName, 1); if (!item) return ERROR_INT("item not defined", procName, 1); /* Do we need to extend the array? */ if (lstack->n >= lstack->nalloc) lstackExtendArray(lstack); /* Store the new pointer */ lstack->array[lstack->n] = (void *)item; lstack->n++; return 0; } /*! * lstackRemove() * * Input: lstack * Return: ptr to item popped from the top of the lstack, * or null if the lstack is empty or on error */ void * lstackRemove(L_STACK *lstack) { void *item; PROCNAME("lstackRemove"); if (!lstack) return ERROR_PTR("lstack not defined", procName, NULL); if (lstack->n == 0) return NULL; lstack->n--; item = lstack->array[lstack->n]; return item; } /*! * lstackExtendArray() * * Input: lstack * Return: 0 if OK; 1 on error */ static l_int32 lstackExtendArray(L_STACK *lstack) { PROCNAME("lstackExtendArray"); if (!lstack) return ERROR_INT("lstack not defined", procName, 1); if ((lstack->array = (void **)reallocNew((void **)&lstack->array, sizeof(void *) * lstack->nalloc, 2 * sizeof(void *) * lstack->nalloc)) == NULL) return ERROR_INT("new lstack array not defined", procName, 1); lstack->nalloc = 2 * lstack->nalloc; return 0; } /*! * lstackGetCount() * * Input: lstack * Return: count, or 0 on error */ l_int32 lstackGetCount(L_STACK *lstack) { PROCNAME("lstackGetCount"); if (!lstack) return ERROR_INT("lstack not defined", procName, 1); return lstack->n; } /*---------------------------------------------------------------------* * Debug output * *---------------------------------------------------------------------*/ /*! * lstackPrint() * * Input: stream * lstack * Return: 0 if OK; 1 on error */ l_int32 lstackPrint(FILE *fp, L_STACK *lstack) { l_int32 i; PROCNAME("lstackPrint"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!lstack) return ERROR_INT("lstack not defined", procName, 1); fprintf(fp, "\n Stack: nalloc = %d, n = %d, array = %p\n", lstack->nalloc, lstack->n, lstack->array); for (i = 0; i < lstack->n; i++) fprintf(fp, "array[%d] = %p\n", i, lstack->array[i]); return 0; } leptonica-1.70/src/dewarp1.c0000644000175000017500000015124412244221362014010 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * dewarp1.c * * Basic operations and serialization * * Create/destroy dewarp * L_DEWARP *dewarpCreate() * L_DEWARP *dewarpCreateRef() * void dewarpDestroy() * * Create/destroy dewarpa * L_DEWARPA *dewarpaCreate() * L_DEWARPA *dewarpaCreateFromPixacomp() * void dewarpaDestroy() * l_int32 dewarpaDestroyDewarp() * * Dewarpa insertion/extraction * l_int32 dewarpaInsertDewarp() * static l_int32 dewarpaExtendArraysToSize() * L_DEWARP *dewarpaGetDewarp() * * Setting parameters to control rendering from the model * l_int32 dewarpaSetCurvatures() * l_int32 dewarpaUseBothArrays() * l_int32 dewarpaSetMaxDistance() * * Dewarp serialized I/O * L_DEWARP *dewarpRead() * L_DEWARP *dewarpReadStream() * l_int32 dewarpWrite() * l_int32 dewarpWriteStream() * * Dewarpa serialized I/O * L_DEWARPA *dewarpaRead() * L_DEWARPA *dewarpaReadStream() * l_int32 dewarpaWrite() * l_int32 dewarpaWriteStream() * * * Examples of usage * ================= * * See dewarpaCreateFromPixacomp() for an example of the basic * operations, starting from a set of 1 bpp images. * * Basic functioning to dewarp a specific single page: * // Make the Dewarpa for the pages * L_Dewarpa *dewa = dewarpaCreate(1, 30, 1, 15, 50); * dewarpaSetCurvatures(dewa, -1, 5, -1, -1, -1); * dewarpaUseBothArrays(dewa, 1); // try to use both disparity * // arrays for this example * * // Do the page: start with a binarized image * Pix *pixb = "binarize"(pixs); * // Initialize a Dewarp for this page (say, page 214) * L_Dewarp *dew = dewarpCreate(pixb, 214); * // Insert in Dewarpa and obtain parameters for building the model * dewarpaInsertDewarp(dewa, dew); * // Do the work * dewarpBuildPageModel(dew, NULL); // no debugging * // Optionally set rendering parameters * // Apply model to the input pixs * Pix *pixd; * dewarpaApplyDisparity(dewa, 214, pixs, 255, 0, 0, &pixd, NULL); * pixDestroy(&pixb); * * Basic functioning to dewarp many pages: * // Make the Dewarpa for the set of pages; use fullres 1 bpp * L_Dewarpa *dewa = dewarpaCreate(10, 30, 1, 15, 50); * // Optionally set rendering parameters * dewarpaSetCurvatures(dewa, -1, 10, -1, -1, -1); * dewarpaUseBothArrays(dewa, 0); // just use the vertical disparity * // array for this example * * // Do first page: start with a binarized image * Pix *pixb = "binarize"(pixs); * // Initialize a Dewarp for this page (say, page 1) * L_Dewarp *dew = dewarpCreate(pixb, 1); * // Insert in Dewarpa and obtain parameters for building the model * dewarpaInsertDewarp(dewa, dew); * // Do the work * dewarpBuildPageModel(dew, NULL); // no debugging * dewarpMinimze(dew); // remove most heap storage * pixDestroy(&pixb); * * // Do the other pages the same way * ... * * // Apply models to each page; if the page model is invalid, * // try to use a valid neighboring model. Note that the call * // to dewarpaInsertRefModels() is optional, because it is called * // by dewarpaApplyDisparity() on the first page it acts on. * dewarpaInsertRefModels(dewa, 0, 1); // use debug flag to get more * // detailed information about the page models * [For each page, where pixs is the fullres image to be dewarped] { * L_Dewarp *dew = dewarpaGetDewarp(dewa, pageno); * if (dew) { // disparity model exists * Pix *pixd; * dewarpaApplyDisparity(dewa, pageno, pixs, 255, * 0, 0, &pixd, NULL); * dewarpMinimize(dew); // clean out the pix and fpix arrays * // Squirrel pixd away somewhere ...) * } * } * * Basic functioning to dewarp a small set of pages, potentially * using models from nearby pages: * // (1) Generate a set of binarized images in the vicinity of the * // pages to be dewarped. We will attempt to compute models * // for pages from 'firstpage' to 'lastpage'. * // Store the binarized images in a compressed array of * // size 'n', where 'n' is the number of images to be stored, * // and where the offset is the first page. * PixaComp *pixac = pixacompCreateInitialized(n, firstpage, NULL, * IFF_TIFF_G4); * for (i = firstpage; i <= lastpage; i++) { * Pix *pixb = "binarize"(pixs); * pixacompReplacePix(pixac, i, pixb, IFF_TIFF_G4); * pixDestroy(&pixb); * } * * // (2) Make the Dewarpa for the pages. * L_Dewarpa *dewa = * dewarpaCreateFromPixacomp(pixac, 30, 15, 20); * dewarpaUseBothArrays(dewa, 1); // try to use both disparity arrays * // in this example * * // (3) Finally, apply the models. For page 'firstpage' with image pixs: * L_Dewarp *dew = dewarpaGetDewarp(dewa, firstpage); * if (dew) { // disparity model exists * Pix *pixd; * dewarpaApplyDisparity(dewa, firstpage, pixs, 255, 0, 0, &pixd, NULL); * dewarpMinimize(dew); * } * * Because in general some pages will not have enough text to build a * model, we fill in for those pages with a reference to the page * model to use. Both the target page and the reference page must * have the same parity. We can also choose to use either a partial model * (with only vertical disparity) or the full model of a nearby page. * * Minimizing the data in a model by stripping out images, * numas, and full resolution disparity arrays: * dewarpMinimize(dew); * This can be done at any time to save memory. Serialization does * not use the data that is stripped. * * You can apply any model (in a dew), stripped or not, to another image: * // For all pages with invalid models, assign the nearest valid * // page model with same parity. * dewarpaInsertRefModels(dewa, 0, 0); * // You can then apply to 'newpix' the page model that was assigned * // to 'pageno', giving the result in pixd: * Pix *pixd; * dewarpaApplyDisparity(dewa, pageno, newpix, 255, 0, 0, &pixd, NULL); * * You can apply the disparity arrays to a deliberately undercropped * image. Suppose that you undercrop by (left, right, top, bot), so * that the disparity arrays are aligned with their origin at (left, top). * Dewarp the undercropped image with: * Pix *pixd; * dewarpaApplyDisparity(dewa, pageno, undercropped_pix, 255, * left, top, &pixd, NULL); * * * Description of the approach to analyzing page image distortion * ============================================================== * * When a book page is scanned, there are several possible causes * for the text lines to appear to be curved: * (1) A barrel (fish-eye) effect because the camera is at * a finite distance from the page. Take the normal from * the camera to the page (the 'optic axis'). Lines on * the page "below" this point will appear to curve upward * (negative curvature); lines "above" this will curve downward. * (2) Radial distortion from the camera lens. Probably not * a big factor. * (3) Local curvature of the page in to (or out of) the image * plane (which is perpendicular to the optic axis). * This has no effect if the page is flat. * * In the following, the optic axis is in the z direction and is * perpendicular to the xy plane;, the book is assumed to be aligned * so that y is approximately along the binding. * The goal is to compute the "disparity" field, D(x,y), which * is actually a vector composed of the horizontal and vertical * disparity fields H(x,y) and V(x,y). Each of these is a local * function that gives the amount each point in the image is * required to move in order to rectify the horizontal and vertical * lines. It would also be nice to "flatten" the page to compensate * for effect (3), foreshortening due to bending of the page into * the z direction, but that is more difficult. * * Effects (1) and (2) can be directly compensated by calibrating * the scene, using a flat page with horizontal and vertical lines. * Then H(x,y) and V(x,y) can be found as two (non-parametric) arrays * of values. Suppose this has been done. Then the remaining * distortion is due to (3). * * We consider the simple situation where the page bending is independent * of y, and is described by alpha(x), where alpha is the angle between * the normal to the page and the optic axis. cos(alpha(x)) is the local * compression factor of the page image in the horizontal direction, at x. * Thus, if we know alpha(x), we can compute the disparity H(x) required * to flatten the image by simply integrating 1/cos(alpha), and we could * compute the remaining disparities, H(x,y) and V(x,y), from the * page content, as described below. Unfortunately, we don't know * alpha. What do we know? If there are horizontal text lines * on the page, we can compute the vertical disparity, V(x,y), which * is the local translation required to make the text lines parallel * to the rasters. If the margins are left and right aligned, we can * also estimate the horizontal disparity, H(x,y), required to have * uniform margins. All that can be done from the image alone, * assuming we have text lines covering a sufficient part of the page. * * What about alpha(x)? The basic question relating to (3) is this: * * Is it possible, using the shape of the text lines alone, * to compute both the vertical and horizontal disparity fields? * * The underlying problem is to separate the line curvature effects due * to the camera view from those due to actual bending of the page. * I believe the proper way to do this is to make some measurements * based on the camera setup, which will depend mostly on the distance * of the camera from the page, and to a smaller extent on the location * of the optic axis with respect to the page. * * Here is the procedure. Photograph a page with a fine 2D line grid * several times, each with a different slope near the binding. * This can be done by placing the grid page on books that have * different shapes z(x) near the binding. For each one you can * measure, near the binding: * (1) ds/dy, the vertical rate of change of slope of the horizontal lines * (2) the local horizontal compression of the vertical lines due * to the page angle dz/dx. * As mentioned above, the local horizontal compression is simply * cos(dz/dx). But the measurement you can make on an actual book * page is (1). The difficulty is to generate (2) from (1). * * Back to the procedure. The function in (1), ds/dy, likely needs * to be measured at a few y locations, because the relation * between (1) and (2) may weakly depend on the y-location with * respect to the y-coordinate of the optic axis of the camera. * From these measurements you can determine, for the camera setup * that you have, the local horizontal compression, cos(dz/dx), as a * function of the both vertical location (y) and your measured vertical * derivative of the text line slope there, ds/dy. Then with * appropriate smoothing of your measured values, you can set up a * horizontal disparity array to correct for the compression due * to dz/dx. * * Now consider V(x,0) and V(x,h), the vertical disparity along * the top and bottom of the image. With a little thought you * can convince yourself that the local foreshortening, * as a function of x, is proportional to the difference * between the slope of V(x,0) and V(x,h). The horizontal * disparity can then be computed by integrating the local foreshortening * over x. Integration of the slope of V(x,0) and V(x,h) gives * the vertical disparity itself. We have to normalize to h, the * height of the page. So the very simple result is that * * H(x) ~ (V(x,0) - V(x,h)) / h [1] * * which is easily computed. There is a proportionality constant * that depends on the ratio of h to the distance to the camera. * Can we actually believe this for the case where the bending * is independent of y? I believe the answer is yes, * as long as you first remove the apparent distortion due * to the camera being at a finite distance. * * If you know the intersection of the optical axis with the page * and the distance to the camera, and if the page is perpendicular * to the optic axis, you can compute the horizontal and vertical * disparities due to (1) and (2) and remove them. The resulting * distortion should be entirely due to bending (3), for which * the relation * * Hx(x) dx = C * ((Vx(x,0) - Vx(x, h))/h) dx [2] * * holds for each point in x (Hx and Vx are partial derivatives w/rt x). * Integrating over x, and using H(0) = 0, we get the result [1]. * * I believe this result holds differentially for each value of y, so * that in the case where the bending is not independent of y, * the expression (V(x,0) - V(x,h)) / h goes over to Vy(x,y). Then * * H(x,y) = Integral(0,x) (Vyx(x,y) dx) [3] * * where Vyx() is the partial derivative of V w/rt both x and y. * * It would be nice if there were a simple mathematical relation between * the horizontal and vertical disparities for the situation * where the paper bends without stretching or kinking. * I had hoped to get a relation between H and V, such as * Hx(x,y) ~ Vy(x,y), which would imply that H and V are real * and imaginary parts of a complex potential, each of which * satisfy the laplace equation. But then the gradients of the * two potentials would be normal, and that does not appear to be the case. * Thus, the questions of proving the relations above (for small bending), * or finding a simpler relation between H and V than those equations, * remain open. So far, we have only used [1] for the horizontal * disparity H(x). * * In the version of the code that follows, we first use text lines * to find V(x,y). Then, we try to compute H(x,y) that will align * the text vertically on the left and right margins. This is not * always possible -- sometimes the right margin is not right justified. * By default, we don't require the horizontal disparity to have a * valid page model for dewarping a page, but this requirement can * be forced using dewarpaUseFullModel(). * * As described above, one can add a y-independent component of * the horizontal disparity H(x) to counter the foreshortening * effect due to the bending of the page near the binding. * This requires widening the image on the side near the binding, * and we do not provide this option here. However, we do provide * a function that will generate this disparity field: * fpixExtraHorizDisparity() * * Here is the basic outline for building the disparity arrays. * * (1) Find lines going approximately through the center of the * text in each text line. Accept only lines that are * close in length to the longest line. * (2) Use these lines to generate a regular and highly subsampled * vertical disparity field V(x,y). * (3) Interpolate this to generate a full resolution vertical * disparity field. * (4) For lines that are sufficiently long, determine if the lines * are left and right-justified, and if so, construct a highly * subsampled horizontal disparity field H(x,y) that will bring * them into alignment. * (5) Interpolate this to generate a full resolution horizontal * disparity field. * (6) Apply the vertical dewarping, followed by the horizontal dewarping. * * Step (1) is clearly described by the code in pixGetTextlineCenters(). * * Steps (2) and (3) follow directly from the data in step (1), * and constitute the bulk of the work done in dewarpBuildPageModel(). * Virtually all the noise in the data is smoothed out by doing * least-square quadratic fits, first horizontally to the data * points representing the text line centers, and then vertically. * The trick is to sample these lines on a regular grid. * First each horizontal line is sampled at equally spaced * intervals horizontally. We thus get a set of points, * one in each line, that are vertically aligned, and * the data we represent is the vertical distance of each point * from the min or max value on the curve, depending on the * sign of the curvature component. Each of these vertically * aligned sets of points constitutes a sampled vertical disparity, * and we do a LS quartic fit to each of them, followed by * vertical sampling at regular intervals. We now have a subsampled * grid of points, all equally spaced, giving at each point the local * vertical disparity. Finally, the full resolution vertical disparity * is formed by interpolation. All the least square fits do a * great job of smoothing everything out, as can be observed by * the contour maps that are generated for the vertical disparity field. */ #include #include "allheaders.h" static l_int32 dewarpaExtendArraysToSize(L_DEWARPA *dewa, l_int32 size); /* Special parameter values */ static const l_int32 MIN_ARRAY_SAMPLING = 8; static const l_int32 DEFAULT_ARRAY_SAMPLING = 30; static const l_int32 MIN_MIN_LINES = 4; static const l_int32 DEFAULT_MIN_LINES = 15; static const l_int32 DEFAULT_MAX_REF_DIST = 16; static const l_float32 DEFAULT_SLOPE_FACTOR = 2000.; static const l_int32 INITIAL_PTR_ARRAYSIZE = 20; /* n'import quoi */ static const l_int32 MAX_PTR_ARRAYSIZE = 10000; static const l_int32 DEFAULT_MAX_LINECURV = 180; static const l_int32 DEFAULT_MIN_DIFF_LINECURV = 0; static const l_int32 DEFAULT_MAX_DIFF_LINECURV = 150; static const l_int32 DEFAULT_MAX_EDGECURV = 50; static const l_int32 DEFAULT_MAX_DIFF_EDGECURV = 30; /*----------------------------------------------------------------------* * Create/destroy Dewarp * *----------------------------------------------------------------------*/ /*! * dewarpCreate() * * Input: pixs (1 bpp) * pageno (page number) * Return: dew (or null on error) * * Notes: * (1) The input pixs is either full resolution or 2x reduced. * (2) The page number is typically 0-based. If scanned from a book, * the even pages are usually on the left. Disparity arrays * built for even pages should only be applied to even pages. */ L_DEWARP * dewarpCreate(PIX *pixs, l_int32 pageno) { L_DEWARP *dew; PROCNAME("dewarpCreate"); if (!pixs) return (L_DEWARP *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 1) return (L_DEWARP *)ERROR_PTR("pixs not 1 bpp", procName, NULL); if ((dew = (L_DEWARP *)CALLOC(1, sizeof(L_DEWARP))) == NULL) return (L_DEWARP *)ERROR_PTR("dew not made", procName, NULL); dew->pixs = pixClone(pixs); dew->pageno = pageno; dew->w = pixGetWidth(pixs); dew->h = pixGetHeight(pixs); return dew; } /*! * dewarpCreateRef() * * Input: pageno (this page number) * refpage (page number of dewarp disparity arrays to be used) * Return: dew (or null on error) * * Notes: * (1) This specifies which dewarp struct should be used for * the given page. It is placed in dewarpa for pages * for which no model can be built. * (2) This page and the reference page have the same parity and * the reference page is the closest page with a disparity model * to this page. */ L_DEWARP * dewarpCreateRef(l_int32 pageno, l_int32 refpage) { L_DEWARP *dew; PROCNAME("dewarpCreateRef"); if ((dew = (L_DEWARP *)CALLOC(1, sizeof(L_DEWARP))) == NULL) return (L_DEWARP *)ERROR_PTR("dew not made", procName, NULL); dew->pageno = pageno; dew->hasref = 1; dew->refpage = refpage; return dew; } /*! * dewarpDestroy() * * Input: &dew () * Return: void */ void dewarpDestroy(L_DEWARP **pdew) { L_DEWARP *dew; PROCNAME("dewarpDestroy"); if (pdew == NULL) { L_WARNING("ptr address is null!\n", procName); return; } if ((dew = *pdew) == NULL) return; pixDestroy(&dew->pixs); fpixDestroy(&dew->sampvdispar); fpixDestroy(&dew->samphdispar); fpixDestroy(&dew->fullvdispar); fpixDestroy(&dew->fullhdispar); numaDestroy(&dew->namidys); numaDestroy(&dew->nacurves); FREE(dew); *pdew = NULL; return; } /*----------------------------------------------------------------------* * Create/destroy Dewarpa * *----------------------------------------------------------------------*/ /*! * dewarpaCreate() * * Input: nptrs (number of dewarp page ptrs; typically the number of pages) * sampling (use 0 for default value; the minimum allowed is 8) * redfactor (of input images: 1 is full resolution; 2 is 2x reduced) * minlines (minimum number of lines to accept; use 0 for default) * maxdist (for locating reference disparity; use -1 for default) * Return: dewa (or null on error) * * Notes: * (1) The sampling, minlines and maxdist parameters will be * applied to all images. * (2) The sampling factor is used for generating the disparity arrays * from the input image. For 2x reduced input, use a sampling * factor that is half the sampling you want on the full resolution * images. * (3) Use @redfactor = 1 for full resolution; 2 for 2x reduction. * All input images must be at one of these two resolutions. * (4) @minlines is the minimum number of nearly full-length lines * required to generate a vertical disparity array. The default * number is 15. Use a smaller number to accept a questionable * array, but not smaller than 4. * (5) When a model can't be built for a page, it looks up to @maxdist * in either direction for a valid model with the same page parity. * Use -1 for the default value of @maxdist; use 0 to avoid using * a ref model. * (6) The ptr array is expanded as necessary to accommodate page images. */ L_DEWARPA * dewarpaCreate(l_int32 nptrs, l_int32 sampling, l_int32 redfactor, l_int32 minlines, l_int32 maxdist) { L_DEWARPA *dewa; PROCNAME("dewarpaCreate"); if (nptrs <= 0) nptrs = INITIAL_PTR_ARRAYSIZE; if (nptrs > MAX_PTR_ARRAYSIZE) return (L_DEWARPA *)ERROR_PTR("too many pages", procName, NULL); if (redfactor != 1 && redfactor != 2) return (L_DEWARPA *)ERROR_PTR("redfactor not in {1,2}", procName, NULL); if (sampling == 0) { sampling = DEFAULT_ARRAY_SAMPLING; } else if (sampling < MIN_ARRAY_SAMPLING) { L_WARNING("sampling too small; setting to %d\n", procName, MIN_ARRAY_SAMPLING); sampling = MIN_ARRAY_SAMPLING; } if (minlines == 0) { minlines = DEFAULT_MIN_LINES; } else if (minlines < MIN_MIN_LINES) { L_WARNING("minlines too small; setting to %d\n", procName, MIN_MIN_LINES); minlines = DEFAULT_MIN_LINES; } if (maxdist < 0) maxdist = DEFAULT_MAX_REF_DIST; if ((dewa = (L_DEWARPA *)CALLOC(1, sizeof(L_DEWARPA))) == NULL) return (L_DEWARPA *)ERROR_PTR("dewa not made", procName, NULL); if ((dewa->dewarp = (L_DEWARP **)CALLOC(nptrs, sizeof(L_DEWARPA *))) == NULL) return (L_DEWARPA *)ERROR_PTR("dewarp ptrs not made", procName, NULL); if ((dewa->dewarpcache = (L_DEWARP **)CALLOC(nptrs, sizeof(L_DEWARPA *))) == NULL) return (L_DEWARPA *)ERROR_PTR("dewarpcache ptrs not made", procName, NULL); dewa->nalloc = nptrs; dewa->sampling = sampling; dewa->redfactor = redfactor; dewa->minlines = minlines; dewa->maxdist = maxdist; dewa->max_linecurv = DEFAULT_MAX_LINECURV; dewa->min_diff_linecurv = DEFAULT_MIN_DIFF_LINECURV; dewa->max_diff_linecurv = DEFAULT_MAX_DIFF_LINECURV; dewa->max_edgecurv = DEFAULT_MAX_EDGECURV; dewa->max_diff_edgecurv = DEFAULT_MAX_DIFF_EDGECURV; return dewa; } /*! * dewarpaCreateFromPixacomp() * * Input: pixac (pixacomp of G4, 1 bpp images; with 1x1x1 placeholders) * useboth (0 for vert disparity; 1 for both vert and horiz) * sampling (use -1 or 0 for default value; otherwise minimum of 5) * minlines (minimum number of lines to accept; e.g., 10) * maxdist (for locating reference disparity; use -1 for default) * Return: dewa (or null on error) * * Notes: * (1) The returned dewa has disparity arrays calculated and * is ready for serialization or for use in dewarping. * (2) The sampling, minlines and maxdist parameters are * applied to all images. See notes in dewarpaCreate() for details. * (3) The pixac is full. Placeholders, if any, are w=h=d=1 images, * and the real input images are 1 bpp at full resolution. * They are assumed to be cropped to the actual page regions, * and may be arbitrarily sparse in the array. * (4) The output dewarpa is indexed by the page number. * The offset in the pixac gives the mapping between the * array index in the pixac and the page number. * (5) This adds the ref page models. * (6) This can be used to make models for any desired set of pages. * The direct models are only made for pages with images in * the pixacomp; the ref models are made for pages of the * same parity within @maxdist of the nearest direct model. */ L_DEWARPA * dewarpaCreateFromPixacomp(PIXAC *pixac, l_int32 useboth, l_int32 sampling, l_int32 minlines, l_int32 maxdist) { l_int32 i, nptrs, pageno; L_DEWARP *dew; L_DEWARPA *dewa; PIX *pixt; PROCNAME("dewarpaCreateFromPixacomp"); if (!pixac) return (L_DEWARPA *)ERROR_PTR("pixac not defined", procName, NULL); nptrs = pixacompGetCount(pixac); if ((dewa = dewarpaCreate(pixacompGetOffset(pixac) + nptrs, sampling, 1, minlines, maxdist)) == NULL) return (L_DEWARPA *)ERROR_PTR("dewa not made", procName, NULL); dewarpaUseBothArrays(dewa, useboth); for (i = 0; i < nptrs; i++) { pageno = pixacompGetOffset(pixac) + i; /* index into pixacomp */ pixt = pixacompGetPix(pixac, pageno); if (pixt && (pixGetWidth(pixt) > 1)) { dew = dewarpCreate(pixt, pageno); pixDestroy(&pixt); if (!dew) { ERROR_INT("unable to make dew!", procName, 1); continue; } /* Insert into dewa for this page */ dewarpaInsertDewarp(dewa, dew); /* Build disparity arrays for this page */ dewarpBuildPageModel(dew, NULL); if (!dew->vsuccess) { /* will need to use model from nearby page */ dewarpaDestroyDewarp(dewa, pageno); L_ERROR("unable to build model for page %d\n", procName, i); continue; } /* Remove all extraneous data */ dewarpMinimize(dew); } pixDestroy(&pixt); } dewarpaInsertRefModels(dewa, 0, 0); return dewa; } /*! * dewarpaDestroy() * * Input: &dewa () * Return: void */ void dewarpaDestroy(L_DEWARPA **pdewa) { l_int32 i; L_DEWARP *dew; L_DEWARPA *dewa; PROCNAME("dewarpaDestroy"); if (pdewa == NULL) { L_WARNING("ptr address is null!\n", procName); return; } if ((dewa = *pdewa) == NULL) return; for (i = 0; i < dewa->nalloc; i++) { if ((dew = dewa->dewarp[i]) != NULL) dewarpDestroy(&dew); if ((dew = dewa->dewarpcache[i]) != NULL) dewarpDestroy(&dew); } numaDestroy(&dewa->namodels); numaDestroy(&dewa->napages); FREE(dewa->dewarp); FREE(dewa->dewarpcache); FREE(dewa); *pdewa = NULL; return; } /*! * dewarpaDestroyDewarp() * * Input: dewa * pageno (of dew to be destroyed) * Return: 0 if OK, 1 on error */ l_int32 dewarpaDestroyDewarp(L_DEWARPA *dewa, l_int32 pageno) { L_DEWARP *dew; PROCNAME("dewarpaDestroyDewarp"); if (!dewa) return ERROR_INT("dewa or dew not defined", procName, 1); if (pageno < 0 || pageno > dewa->maxpage) return ERROR_INT("page out of bounds", procName, 1); if ((dew = dewa->dewarp[pageno]) == NULL) return ERROR_INT("dew not defined", procName, 1); dewarpDestroy(&dew); dewa->dewarp[pageno] = NULL; return 0; } /*----------------------------------------------------------------------* * Dewarpa insertion/extraction * *----------------------------------------------------------------------*/ /*! * dewarpaInsertDewarp() * * Input: dewarpa * dewarp (to be added) * Return: 0 if OK, 1 on error * * Notes: * (1) This inserts the dewarp into the array, which now owns it. * It also keeps track of the largest page number stored. * It must be done before the disparity model is built. * (2) Note that this differs from the usual method of filling out * arrays in leptonica, where the arrays are compact and * new elements are typically added to the end. Here, * the dewarp can be added anywhere, even beyond the initial * allocation. */ l_int32 dewarpaInsertDewarp(L_DEWARPA *dewa, L_DEWARP *dew) { l_int32 pageno, n, newsize; L_DEWARP *prevdew; PROCNAME("dewarpaInsertDewarp"); if (!dewa) return ERROR_INT("dewa not defined", procName, 1); if (!dew) return ERROR_INT("dew not defined", procName, 1); dew->dewa = dewa; pageno = dew->pageno; if (pageno > MAX_PTR_ARRAYSIZE) return ERROR_INT("too many pages", procName, 1); if (pageno > dewa->maxpage) dewa->maxpage = pageno; dewa->modelsready = 0; /* force re-evaluation at application time */ /* Extend ptr array if necessary */ n = dewa->nalloc; newsize = n; if (pageno >= 2 * n) newsize = 2 * pageno; else if (pageno >= n) newsize = 2 * n; if (newsize > n) dewarpaExtendArraysToSize(dewa, newsize); if ((prevdew = dewarpaGetDewarp(dewa, pageno)) != NULL) dewarpDestroy(&prevdew); dewa->dewarp[pageno] = dew; dew->sampling = dewa->sampling; dew->redfactor = dewa->redfactor; dew->minlines = dewa->minlines; /* Get the dimensions of the sampled array. This will be * stored in an fpix, and the input resolution version is * guaranteed to be larger than pixs. However, if you * want to apply the disparity to an image with a width * w > nx * s - 2 * s + 2 * you will need to extend the input res fpix. * And similarly for h. */ dew->nx = (dew->w + 2 * dew->sampling - 2) / dew->sampling; dew->ny = (dew->h + 2 * dew->sampling - 2) / dew->sampling; return 0; } /*! * dewarpaExtendArraysToSize() * * Input: dewa * size (new size of dewarpa array) * Return: 0 if OK; 1 on error * * Notes: * (1) If necessary, reallocs main and cache dewarpa ptr arrays to @size. */ static l_int32 dewarpaExtendArraysToSize(L_DEWARPA *dewa, l_int32 size) { PROCNAME("dewarpaExtendArraysToSize"); if (!dewa) return ERROR_INT("dewa not defined", procName, 1); if (size > dewa->nalloc) { if ((dewa->dewarp = (L_DEWARP **)reallocNew((void **)&dewa->dewarp, sizeof(L_DEWARP *) * dewa->nalloc, size * sizeof(L_DEWARP *))) == NULL) return ERROR_INT("new ptr array not returned", procName, 1); if ((dewa->dewarpcache = (L_DEWARP **)reallocNew((void **)&dewa->dewarpcache, sizeof(L_DEWARP *) * dewa->nalloc, size * sizeof(L_DEWARP *))) == NULL) return ERROR_INT("new ptr cache array not returned", procName, 1); dewa->nalloc = size; } return 0; } /*! * dewarpaGetDewarp() * * Input: dewa (populated with dewarp structs for pages) * index (into dewa: this is the pageno) * Return: dew (handle; still owned by dewa), or null on error */ L_DEWARP * dewarpaGetDewarp(L_DEWARPA *dewa, l_int32 index) { PROCNAME("dewarpaGetDewarp"); if (!dewa) return (L_DEWARP *)ERROR_PTR("dewa not defined", procName, NULL); if (index < 0 || index > dewa->maxpage) return (L_DEWARP *)ERROR_PTR("invalid index", procName, NULL); return dewa->dewarp[index]; } /*----------------------------------------------------------------------* * Setting parameters to control rendering from the model * *----------------------------------------------------------------------*/ /*! * dewarpaSetCurvatures() * * Input: dewa * max_linecurv (-1 for default) * min_diff_linecurv (-1 for default; 0 to accept all models) * max_diff_linecurv (-1 for default) * max_edgecurv (-1 for default) * max_diff_edgecurv (-1 for default) * Return: 0 if OK, 1 on error * * Notes: * (1) Approximating the line by a quadratic, the coefficent * of the quadratic term is the curvature, and distance * units are in pixels (of course). The curvature is very * small, so we multiply by 10^6 and express the constraints * on the model curvatures in micro-units. * (2) This sets five curvature thresholds: * * the maximum absolute value of the vertical disparity * line curvatures * * the minimum absolute value of the largest difference in * vertical disparity line curvatures (Use a value of 0 * to accept all models.) * * the maximum absolute value of the largest difference in * vertical disparity line curvatures * * the maximum absolute value of the left and right edge * curvature for the horizontal disparity * * the maximum absolute value of the difference between * left and right edge curvature for the horizontal disparity * all in micro-units, for dewarping to take place. * Use -1 for default values. * (3) An image with a line curvature less than about 0.00001 * has fairly straight textlines. This is 10 micro-units. * (4) For example, if @max_linecurv == 100, this would prevent dewarping * if any of the lines has a curvature exceeding 100 micro-units. * A model having maximum line curvature larger than about 150 * micro-units should probably not be used. * (5) A model having a left or right edge curvature larger than * about 100 micro-units should probably not be used. */ l_int32 dewarpaSetCurvatures(L_DEWARPA *dewa, l_int32 max_linecurv, l_int32 min_diff_linecurv, l_int32 max_diff_linecurv, l_int32 max_edgecurv, l_int32 max_diff_edgecurv) { PROCNAME("dewarpaSetCurvatures"); if (!dewa) return ERROR_INT("dewa not defined", procName, 1); if (max_linecurv == -1) dewa->max_linecurv = DEFAULT_MAX_LINECURV; else dewa->max_linecurv = L_ABS(max_linecurv); if (min_diff_linecurv == -1) dewa->min_diff_linecurv = DEFAULT_MIN_DIFF_LINECURV; else dewa->min_diff_linecurv = L_ABS(min_diff_linecurv); if (max_diff_linecurv == -1) dewa->max_diff_linecurv = DEFAULT_MAX_DIFF_LINECURV; else dewa->max_diff_linecurv = L_ABS(max_diff_linecurv); if (max_edgecurv == -1) dewa->max_edgecurv = DEFAULT_MAX_EDGECURV; else dewa->max_edgecurv = L_ABS(max_edgecurv); if (max_diff_edgecurv == -1) dewa->max_diff_edgecurv = DEFAULT_MAX_DIFF_EDGECURV; else dewa->max_diff_edgecurv = L_ABS(max_diff_edgecurv); dewa->modelsready = 0; /* force validation */ return 0; } /*! * dewarpaUseBothArrays() * * Input: dewa * useboth (0 for false, 1 for true) * Return: 0 if OK, 1 on error * * Notes: * (1) This sets the useboth field. If set, this will attempt * to apply both vertical and horizontal disparity arrays. * Note that a model with only a vertical disparity array will * always be valid. */ l_int32 dewarpaUseBothArrays(L_DEWARPA *dewa, l_int32 useboth) { PROCNAME("dewarpaUseBothArrays"); if (!dewa) return ERROR_INT("dewa not defined", procName, 1); dewa->useboth = useboth; dewa->modelsready = 0; /* force validation */ return 0; } /*! * dewarpaSetMaxDistance() * * Input: dewa * maxdist (for using ref models) * Return: 0 if OK, 1 on error * * Notes: * (1) This sets the maxdist field. */ l_int32 dewarpaSetMaxDistance(L_DEWARPA *dewa, l_int32 maxdist) { PROCNAME("dewarpaSetMaxDistance"); if (!dewa) return ERROR_INT("dewa not defined", procName, 1); dewa->maxdist = maxdist; dewa->modelsready = 0; /* force validation */ return 0; } /*----------------------------------------------------------------------* * Dewarp serialized I/O * *----------------------------------------------------------------------*/ /*! * dewarpRead() * * Input: filename * Return: dew, or null on error */ L_DEWARP * dewarpRead(const char *filename) { FILE *fp; L_DEWARP *dew; PROCNAME("dewarpRead"); if (!filename) return (L_DEWARP *)ERROR_PTR("filename not defined", procName, NULL); if ((fp = fopenReadStream(filename)) == NULL) return (L_DEWARP *)ERROR_PTR("stream not opened", procName, NULL); if ((dew = dewarpReadStream(fp)) == NULL) { fclose(fp); return (L_DEWARP *)ERROR_PTR("dew not read", procName, NULL); } fclose(fp); return dew; } /*! * dewarpReadStream() * * Input: stream * Return: dew, or null on error * * Notes: * (1) The dewarp struct is stored in minimized format, with only * subsampled disparity arrays. * (2) The sampling and extra horizontal disparity parameters are * stored here. During generation of the dewarp struct, they * are passed in from the dewarpa. In readback, it is assumed * that they are (a) the same for each page and (b) the same * as the values used to create the dewarpa. */ L_DEWARP * dewarpReadStream(FILE *fp) { l_int32 version, sampling, redfactor, minlines, pageno, hasref, refpage; l_int32 w, h, nx, ny, vdispar, hdispar, nlines; l_int32 mincurv, maxcurv, leftcurv, rightcurv; L_DEWARP *dew; FPIX *fpixv, *fpixh; PROCNAME("dewarpReadStream"); if (!fp) return (L_DEWARP *)ERROR_PTR("stream not defined", procName, NULL); if (fscanf(fp, "\nDewarp Version %d\n", &version) != 1) return (L_DEWARP *)ERROR_PTR("not a dewarp file", procName, NULL); if (version != DEWARP_VERSION_NUMBER) return (L_DEWARP *)ERROR_PTR("invalid dewarp version", procName, NULL); if (fscanf(fp, "pageno = %d\n", &pageno) != 1) return (L_DEWARP *)ERROR_PTR("read fail for pageno", procName, NULL); if (fscanf(fp, "hasref = %d, refpage = %d\n", &hasref, &refpage) != 2) return (L_DEWARP *)ERROR_PTR("read fail for hasref, refpage", procName, NULL); if (fscanf(fp, "sampling = %d, redfactor = %d\n", &sampling, &redfactor) != 2) return (L_DEWARP *)ERROR_PTR("read fail for sampling/redfactor", procName, NULL); if (fscanf(fp, "nlines = %d, minlines = %d\n", &nlines, &minlines) != 2) return (L_DEWARP *)ERROR_PTR("read fail for nlines/minlines", procName, NULL); if (fscanf(fp, "w = %d, h = %d\n", &w, &h) != 2) return (L_DEWARP *)ERROR_PTR("read fail for w, h", procName, NULL); if (fscanf(fp, "nx = %d, ny = %d\n", &nx, &ny) != 2) return (L_DEWARP *)ERROR_PTR("read fail for nx, ny", procName, NULL); if (fscanf(fp, "vert_dispar = %d, horiz_dispar = %d\n", &vdispar, &hdispar) != 2) return (L_DEWARP *)ERROR_PTR("read fail for flags", procName, NULL); if (vdispar) { if (fscanf(fp, "min line curvature = %d, max line curvature = %d\n", &mincurv, &maxcurv) != 2) return (L_DEWARP *)ERROR_PTR("read fail for mincurv & maxcurv", procName, NULL); } if (hdispar) { if (fscanf(fp, "left edge curvature = %d, right edge curvature = %d\n", &leftcurv, &rightcurv) != 2) return (L_DEWARP *)ERROR_PTR("read fail for leftcurv & rightcurv", procName, NULL); } if (vdispar) { if ((fpixv = fpixReadStream(fp)) == NULL) return (L_DEWARP *)ERROR_PTR("read fail for vdispar", procName, NULL); } if (hdispar) { if ((fpixh = fpixReadStream(fp)) == NULL) return (L_DEWARP *)ERROR_PTR("read fail for hdispar", procName, NULL); } getc(fp); dew = (L_DEWARP *)CALLOC(1, sizeof(L_DEWARP)); dew->w = w; dew->h = h; dew->pageno = pageno; dew->sampling = sampling; dew->redfactor = redfactor; dew->minlines = minlines; dew->nlines = nlines; dew->hasref = hasref; dew->refpage = refpage; if (hasref == 0) /* any dew without a ref has an actual model */ dew->vsuccess = 1; dew->nx = nx; dew->ny = ny; if (vdispar) { dew->mincurv = mincurv; dew->maxcurv = maxcurv; dew->vsuccess = 1; dew->sampvdispar = fpixv; } if (hdispar) { dew->leftcurv = leftcurv; dew->rightcurv = rightcurv; dew->hsuccess = 1; dew->samphdispar = fpixh; } return dew; } /*! * dewarpWrite() * * Input: filename * dew * Return: 0 if OK, 1 on error */ l_int32 dewarpWrite(const char *filename, L_DEWARP *dew) { FILE *fp; PROCNAME("dewarpWrite"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!dew) return ERROR_INT("dew not defined", procName, 1); if ((fp = fopenWriteStream(filename, "wb")) == NULL) return ERROR_INT("stream not opened", procName, 1); if (dewarpWriteStream(fp, dew)) return ERROR_INT("dew not written to stream", procName, 1); fclose(fp); return 0; } /*! * dewarpWriteStream() * * Input: stream (opened for "wb") * dew * Return: 0 if OK, 1 on error * * Notes: * (1) This should not be written if there is no sampled * vertical disparity array, which means that no model has * been built for this page. */ l_int32 dewarpWriteStream(FILE *fp, L_DEWARP *dew) { l_int32 vdispar, hdispar; PROCNAME("dewarpWriteStream"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!dew) return ERROR_INT("dew not defined", procName, 1); fprintf(fp, "\nDewarp Version %d\n", DEWARP_VERSION_NUMBER); fprintf(fp, "pageno = %d\n", dew->pageno); fprintf(fp, "hasref = %d, refpage = %d\n", dew->hasref, dew->refpage); fprintf(fp, "sampling = %d, redfactor = %d\n", dew->sampling, dew->redfactor); fprintf(fp, "nlines = %d, minlines = %d\n", dew->nlines, dew->minlines); fprintf(fp, "w = %d, h = %d\n", dew->w, dew->h); fprintf(fp, "nx = %d, ny = %d\n", dew->nx, dew->ny); vdispar = (dew->sampvdispar) ? 1 : 0; hdispar = (dew->samphdispar) ? 1 : 0; fprintf(fp, "vert_dispar = %d, horiz_dispar = %d\n", vdispar, hdispar); if (vdispar) fprintf(fp, "min line curvature = %d, max line curvature = %d\n", dew->mincurv, dew->maxcurv); if (hdispar) { fprintf(fp, "left edge curvature = %d, right edge curvature = %d\n", dew->leftcurv, dew->rightcurv); } if (vdispar) fpixWriteStream(fp, dew->sampvdispar); if (hdispar) fpixWriteStream(fp, dew->samphdispar); fprintf(fp, "\n"); if (!vdispar) L_WARNING("no disparity arrays!\n", procName); return 0; } /*----------------------------------------------------------------------* * Dewarpa serialized I/O * *----------------------------------------------------------------------*/ /*! * dewarpaRead() * * Input: filename * Return: dewa, or null on error */ L_DEWARPA * dewarpaRead(const char *filename) { FILE *fp; L_DEWARPA *dewa; PROCNAME("dewarpaRead"); if (!filename) return (L_DEWARPA *)ERROR_PTR("filename not defined", procName, NULL); if ((fp = fopenReadStream(filename)) == NULL) return (L_DEWARPA *)ERROR_PTR("stream not opened", procName, NULL); if ((dewa = dewarpaReadStream(fp)) == NULL) { fclose(fp); return (L_DEWARPA *)ERROR_PTR("dewa not read", procName, NULL); } fclose(fp); return dewa; } /*! * dewarpaReadStream() * * Input: stream * Return: dewa, or null on error * * Notes: * (1) The serialized dewarp contains a Numa that gives the * (increasing) page number of the dewarp structs that are * contained. * (2) Reference pages are added in after readback. */ L_DEWARPA * dewarpaReadStream(FILE *fp) { l_int32 i, version, ndewarp, maxpage; l_int32 sampling, redfactor, minlines, maxdist, useboth; l_int32 max_linecurv, min_diff_linecurv, max_diff_linecurv; l_int32 max_edgecurv, max_diff_edgecurv; L_DEWARP *dew; L_DEWARPA *dewa; NUMA *namodels; PROCNAME("dewarpaReadStream"); if (!fp) return (L_DEWARPA *)ERROR_PTR("stream not defined", procName, NULL); if (fscanf(fp, "\nDewarpa Version %d\n", &version) != 1) return (L_DEWARPA *)ERROR_PTR("not a dewarpa file", procName, NULL); if (version != DEWARP_VERSION_NUMBER) return (L_DEWARPA *)ERROR_PTR("invalid dewarp version", procName, NULL); if (fscanf(fp, "ndewarp = %d, maxpage = %d\n", &ndewarp, &maxpage) != 2) return (L_DEWARPA *)ERROR_PTR("read fail for maxpage+", procName, NULL); if (fscanf(fp, "sampling = %d, redfactor = %d, minlines = %d, maxdist = %d\n", &sampling, &redfactor, &minlines, &maxdist) != 4) return (L_DEWARPA *)ERROR_PTR("read fail for 4 params", procName, NULL); if (fscanf(fp, "max_linecurv = %d, min_diff_linecurv = %d, max_diff_linecurv = %d\n", &max_linecurv, &min_diff_linecurv, &max_diff_linecurv) != 3) return (L_DEWARPA *)ERROR_PTR("read fail for linecurv", procName, NULL); if (fscanf(fp, "max_edgecurv = %d, max_diff_edgecurv = %d\n", &max_edgecurv, &max_diff_edgecurv) != 2) return (L_DEWARPA *)ERROR_PTR("read fail for edgecurv", procName, NULL); if (fscanf(fp, "fullmodel = %d\n", &useboth) != 1) return (L_DEWARPA *)ERROR_PTR("read fail for useboth", procName, NULL); dewa = dewarpaCreate(maxpage + 1, sampling, redfactor, minlines, maxdist); dewa->maxpage = maxpage; dewa->max_linecurv = max_linecurv; dewa->min_diff_linecurv = min_diff_linecurv; dewa->max_diff_linecurv = max_diff_linecurv; dewa->max_edgecurv = max_edgecurv; dewa->max_diff_edgecurv = max_diff_edgecurv; dewa->useboth = useboth; namodels = numaCreate(ndewarp); dewa->namodels = namodels; for (i = 0; i < ndewarp; i++) { if ((dew = dewarpReadStream(fp)) == NULL) { L_ERROR("read fail for dew[%d]\n", procName, i); return NULL; } dewarpaInsertDewarp(dewa, dew); numaAddNumber(namodels, dew->pageno); } /* Validate the models and insert reference models */ dewarpaInsertRefModels(dewa, 0, 0); return dewa; } /*! * dewarpaWrite() * * Input: filename * dewa * Return: 0 if OK, 1 on error */ l_int32 dewarpaWrite(const char *filename, L_DEWARPA *dewa) { FILE *fp; PROCNAME("dewarpaWrite"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!dewa) return ERROR_INT("dewa not defined", procName, 1); if ((fp = fopenWriteStream(filename, "wb")) == NULL) return ERROR_INT("stream not opened", procName, 1); if (dewarpaWriteStream(fp, dewa)) return ERROR_INT("dewa not written to stream", procName, 1); fclose(fp); return 0; } /*! * dewarpaWriteStream() * * Input: stream (opened for "wb") * dewa * Return: 0 if OK, 1 on error */ l_int32 dewarpaWriteStream(FILE *fp, L_DEWARPA *dewa) { l_int32 ndewarp, i, pageno; PROCNAME("dewarpaWriteStream"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!dewa) return ERROR_INT("dewa not defined", procName, 1); /* Generate the list of page numbers for which a model exists. * Note that no attempt is made to determine if the model is * valid, because that determination is associated with * using the model to remove the warping, which typically * can happen later, after all the models have been built. */ dewarpaListPages(dewa); if (!dewa->namodels) return ERROR_INT("dewa->namodels not made", procName, 1); ndewarp = numaGetCount(dewa->namodels); /* with actual page models */ fprintf(fp, "\nDewarpa Version %d\n", DEWARP_VERSION_NUMBER); fprintf(fp, "ndewarp = %d, maxpage = %d\n", ndewarp, dewa->maxpage); fprintf(fp, "sampling = %d, redfactor = %d, minlines = %d, maxdist = %d\n", dewa->sampling, dewa->redfactor, dewa->minlines, dewa->maxdist); fprintf(fp, "max_linecurv = %d, min_diff_linecurv = %d, max_diff_linecurv = %d\n", dewa->max_linecurv, dewa->min_diff_linecurv, dewa->max_diff_linecurv); fprintf(fp, "max_edgecurv = %d, max_diff_edgecurv = %d\n", dewa->max_edgecurv, dewa->max_diff_edgecurv); fprintf(fp, "fullmodel = %d\n", dewa->useboth); for (i = 0; i < ndewarp; i++) { numaGetIValue(dewa->namodels, i, &pageno); dewarpWriteStream(fp, dewarpaGetDewarp(dewa, pageno)); } return 0; } leptonica-1.70/src/dnabasic.c0000644000175000017500000012327012244221530014204 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * dnabasic.c * * Dna creation, destruction, copy, clone, etc. * L_DNA *l_dnaCreate() * L_DNA *l_dnaCreateFromIArray() * L_DNA *l_dnaCreateFromDArray() * L_DNA *l_dnaMakeSequence() * void *l_dnaDestroy() * L_DNA *l_dnaCopy() * L_DNA *l_dnaClone() * l_int32 l_dnaEmpty() * * Dna: add/remove number and extend array * l_int32 l_dnaAddNumber() * static l_int32 l_dnaExtendArray() * l_int32 l_dnaInsertNumber() * l_int32 l_dnaRemoveNumber() * l_int32 l_dnaReplaceNumber() * * Dna accessors * l_int32 l_dnaGetCount() * l_int32 l_dnaSetCount() * l_int32 l_dnaGetIValue() * l_int32 l_dnaGetDValue() * l_int32 l_dnaSetValue() * l_int32 l_dnaShiftValue() * l_int32 *l_dnaGetIArray() * l_float64 *l_dnaGetDArray() * l_int32 l_dnaGetRefcount() * l_int32 l_dnaChangeRefcount() * l_int32 l_dnaGetParameters() * l_int32 l_dnaSetParameters() * l_int32 l_dnaCopyParameters() * * Serialize Dna for I/O * L_DNA *l_dnaRead() * L_DNA *l_dnaReadStream() * l_int32 l_dnaWrite() * l_int32 l_dnaWriteStream() * * Dnaa creation, destruction * L_DNAA *l_dnaaCreate() * void *l_dnaaDestroy() * * Add Dna to Dnaa * l_int32 l_dnaaAddDna() * l_int32 l_dnaaExtendArray() * * Dnaa accessors * l_int32 l_dnaaGetCount() * l_int32 l_dnaaGetDnaCount() * l_int32 l_dnaaGetNumberCount() * L_DNA *l_dnaaGetDna() * L_DNA *l_dnaaReplaceDna() * l_int32 l_dnaaGetValue() * l_int32 l_dnaaAddNumber() * * Serialize Dnaa for I/O * L_DNAA *l_dnaaRead() * L_DNAA *l_dnaaReadStream() * l_int32 l_dnaaWrite() * l_int32 l_dnaaWriteStream() * * Other Dna functions * L_DNA *l_dnaMakeDelta() * NUMA *l_dnaConvertToNuma() * L_DNA *numaConvertToDna() * l_int32 *l_dnaJoin() * * (1) The Dna is a struct holding an array of doubles. It can also * be used to store l_int32 values, up to the full precision * of int32. Use it whenever integers larger than a few million * need to be stored. * * (2) Always use the accessors in this file, never the fields directly. * * (3) Storing and retrieving numbers: * * * to append a new number to the array, use l_dnaAddNumber(). If * the number is an int, it will will automatically be converted * to l_float64 and stored. * * * to reset a value stored in the array, use l_dnaSetValue(). * * * to increment or decrement a value stored in the array, * use l_dnaShiftValue(). * * * to obtain a value from the array, use either l_dnaGetIValue() * or l_dnaGetDValue(), depending on whether you are retrieving * an integer or a float. This avoids doing an explicit cast, * such as * (a) return a l_float64 and cast it to an l_int32 * (b) cast the return directly to (l_float64 *) to * satisfy the function prototype, as in * l_dnaGetDValue(da, index, (l_float64 *)&ival); [ugly!] * * (4) int <--> double conversions: * * Conversions go automatically from l_int32 --> l_float64, * without loss of precision. You must cast (l_int32) * to go from l_float64 --> l_int32 because you're truncating * to the integer value. * * (5) As with other arrays in leptonica, the l_dna has both an allocated * size and a count of the stored numbers. When you add a number, it * goes on the end of the array, and causes a realloc if the array * is already filled. However, in situations where you want to * add numbers randomly into an array, such as when you build a * histogram, you must set the count of stored numbers in advance. * This is done with l_dnaSetCount(). If you set a count larger * than the allocated array, it does a realloc to the size requested. * * (6) In situations where the data in a l_dna correspond to a function * y(x), the values can be either at equal spacings in x or at * arbitrary spacings. For the former, we can represent all x values * by two parameters: startx (corresponding to y[0]) and delx * for the change in x for adjacent values y[i] and y[i+1]. * startx and delx are initialized to 0.0 and 1.0, rsp. * For arbitrary spacings, we use a second l_dna, and the two * l_dnas are typically denoted dnay and dnax. */ #include #include #include "allheaders.h" static const l_int32 INITIAL_PTR_ARRAYSIZE = 50; /* n'importe quoi */ /* Static functions */ static l_int32 l_dnaExtendArray(L_DNA *da); static l_int32 l_dnaaExtendArray(L_DNAA *daa); /*--------------------------------------------------------------------------* * Dna creation, destruction, copy, clone, etc. * *--------------------------------------------------------------------------*/ /*! * l_dnaCreate() * * Input: size of number array to be alloc'd (0 for default) * Return: da, or null on error */ L_DNA * l_dnaCreate(l_int32 n) { L_DNA *da; PROCNAME("l_dnaCreate"); if (n <= 0) n = INITIAL_PTR_ARRAYSIZE; if ((da = (L_DNA *)CALLOC(1, sizeof(L_DNA))) == NULL) return (L_DNA *)ERROR_PTR("da not made", procName, NULL); if ((da->array = (l_float64 *)CALLOC(n, sizeof(l_float64))) == NULL) return (L_DNA *)ERROR_PTR("double array not made", procName, NULL); da->nalloc = n; da->n = 0; da->refcount = 1; da->startx = 0.0; da->delx = 1.0; return da; } /*! * l_dnaCreateFromIArray() * * Input: iarray (integer) * size (of the array) * Return: da, or null on error * * Notes: * (1) We can't insert this int array into the l_dna, because a l_dna * takes a double array. So this just copies the data from the * input array into the l_dna. The input array continues to be * owned by the caller. */ L_DNA * l_dnaCreateFromIArray(l_int32 *iarray, l_int32 size) { l_int32 i; L_DNA *da; PROCNAME("l_dnaCreateFromIArray"); if (!iarray) return (L_DNA *)ERROR_PTR("iarray not defined", procName, NULL); if (size <= 0) return (L_DNA *)ERROR_PTR("size must be > 0", procName, NULL); da = l_dnaCreate(size); for (i = 0; i < size; i++) l_dnaAddNumber(da, iarray[i]); return da; } /*! * l_dnaCreateFromDArray() * * Input: da (float) * size (of the array) * copyflag (L_INSERT or L_COPY) * Return: da, or null on error * * Notes: * (1) With L_INSERT, ownership of the input array is transferred * to the returned l_dna, and all @size elements are considered * to be valid. */ L_DNA * l_dnaCreateFromDArray(l_float64 *darray, l_int32 size, l_int32 copyflag) { l_int32 i; L_DNA *da; PROCNAME("l_dnaCreateFromDArray"); if (!darray) return (L_DNA *)ERROR_PTR("darray not defined", procName, NULL); if (size <= 0) return (L_DNA *)ERROR_PTR("size must be > 0", procName, NULL); if (copyflag != L_INSERT && copyflag != L_COPY) return (L_DNA *)ERROR_PTR("invalid copyflag", procName, NULL); da = l_dnaCreate(size); if (copyflag == L_INSERT) { if (da->array) FREE(da->array); da->array = darray; da->n = size; } else { /* just copy the contents */ for (i = 0; i < size; i++) l_dnaAddNumber(da, darray[i]); } return da; } /*! * l_dnaMakeSequence() * * Input: startval * increment * size (of sequence) * Return: l_dna of sequence of evenly spaced values, or null on error */ L_DNA * l_dnaMakeSequence(l_float64 startval, l_float64 increment, l_int32 size) { l_int32 i; l_float64 val; L_DNA *da; PROCNAME("l_dnaMakeSequence"); if ((da = l_dnaCreate(size)) == NULL) return (L_DNA *)ERROR_PTR("da not made", procName, NULL); for (i = 0; i < size; i++) { val = startval + i * increment; l_dnaAddNumber(da, val); } return da; } /*! * l_dnaDestroy() * * Input: &da () * Return: void * * Notes: * (1) Decrements the ref count and, if 0, destroys the l_dna. * (2) Always nulls the input ptr. */ void l_dnaDestroy(L_DNA **pda) { L_DNA *da; PROCNAME("l_dnaDestroy"); if (pda == NULL) { L_WARNING("ptr address is NULL\n", procName); return; } if ((da = *pda) == NULL) return; /* Decrement the ref count. If it is 0, destroy the l_dna. */ l_dnaChangeRefcount(da, -1); if (l_dnaGetRefcount(da) <= 0) { if (da->array) FREE(da->array); FREE(da); } *pda = NULL; return; } /*! * l_dnaCopy() * * Input: da * Return: copy of l_dna, or null on error */ L_DNA * l_dnaCopy(L_DNA *da) { l_int32 i; L_DNA *dac; PROCNAME("l_dnaCopy"); if (!da) return (L_DNA *)ERROR_PTR("da not defined", procName, NULL); if ((dac = l_dnaCreate(da->nalloc)) == NULL) return (L_DNA *)ERROR_PTR("dac not made", procName, NULL); dac->startx = da->startx; dac->delx = da->delx; for (i = 0; i < da->n; i++) l_dnaAddNumber(dac, da->array[i]); return dac; } /*! * l_dnaClone() * * Input: da * Return: ptr to same l_dna, or null on error */ L_DNA * l_dnaClone(L_DNA *da) { PROCNAME("l_dnaClone"); if (!da) return (L_DNA *)ERROR_PTR("da not defined", procName, NULL); l_dnaChangeRefcount(da, 1); return da; } /*! * l_dnaEmpty() * * Input: da * Return: 0 if OK; 1 on error * * Notes: * (1) This does not change the allocation of the array. * It just clears the number of stored numbers, so that * the array appears to be empty. */ l_int32 l_dnaEmpty(L_DNA *da) { PROCNAME("l_dnaEmpty"); if (!da) return ERROR_INT("da not defined", procName, 1); da->n = 0; return 0; } /*--------------------------------------------------------------------------* * Dna: add/remove number and extend array * *--------------------------------------------------------------------------*/ /*! * l_dnaAddNumber() * * Input: da * val (float or int to be added; stored as a float) * Return: 0 if OK, 1 on error */ l_int32 l_dnaAddNumber(L_DNA *da, l_float64 val) { l_int32 n; PROCNAME("l_dnaAddNumber"); if (!da) return ERROR_INT("da not defined", procName, 1); n = l_dnaGetCount(da); if (n >= da->nalloc) l_dnaExtendArray(da); da->array[n] = val; da->n++; return 0; } /*! * l_dnaExtendArray() * * Input: da * Return: 0 if OK, 1 on error */ static l_int32 l_dnaExtendArray(L_DNA *da) { PROCNAME("l_dnaExtendArray"); if (!da) return ERROR_INT("da not defined", procName, 1); if ((da->array = (l_float64 *)reallocNew((void **)&da->array, sizeof(l_float64) * da->nalloc, 2 * sizeof(l_float64) * da->nalloc)) == NULL) return ERROR_INT("new ptr array not returned", procName, 1); da->nalloc *= 2; return 0; } /*! * l_dnaInsertNumber() * * Input: da * index (location in da to insert new value) * val (float64 or integer to be added) * Return: 0 if OK, 1 on error * * Notes: * (1) This shifts da[i] --> da[i + 1] for all i >= index, * and then inserts val as da[index]. * (2) It should not be used repeatedly on large arrays, * because the function is O(n). * */ l_int32 l_dnaInsertNumber(L_DNA *da, l_int32 index, l_float64 val) { l_int32 i, n; PROCNAME("l_dnaInsertNumber"); if (!da) return ERROR_INT("da not defined", procName, 1); n = l_dnaGetCount(da); if (index < 0 || index > n) return ERROR_INT("index not in {0...n}", procName, 1); if (n >= da->nalloc) l_dnaExtendArray(da); for (i = n; i > index; i--) da->array[i] = da->array[i - 1]; da->array[index] = val; da->n++; return 0; } /*! * l_dnaRemoveNumber() * * Input: da * index (element to be removed) * Return: 0 if OK, 1 on error * * Notes: * (1) This shifts da[i] --> da[i - 1] for all i > index. * (2) It should not be used repeatedly on large arrays, * because the function is O(n). */ l_int32 l_dnaRemoveNumber(L_DNA *da, l_int32 index) { l_int32 i, n; PROCNAME("l_dnaRemoveNumber"); if (!da) return ERROR_INT("da not defined", procName, 1); n = l_dnaGetCount(da); if (index < 0 || index >= n) return ERROR_INT("index not in {0...n - 1}", procName, 1); for (i = index + 1; i < n; i++) da->array[i - 1] = da->array[i]; da->n--; return 0; } /*! * l_dnaReplaceNumber() * * Input: da * index (element to be replaced) * val (new value to replace old one) * Return: 0 if OK, 1 on error */ l_int32 l_dnaReplaceNumber(L_DNA *da, l_int32 index, l_float64 val) { l_int32 n; PROCNAME("l_dnaReplaceNumber"); if (!da) return ERROR_INT("da not defined", procName, 1); n = l_dnaGetCount(da); if (index < 0 || index >= n) return ERROR_INT("index not in {0...n - 1}", procName, 1); da->array[index] = val; return 0; } /*----------------------------------------------------------------------* * Dna accessors * *----------------------------------------------------------------------*/ /*! * l_dnaGetCount() * * Input: da * Return: count, or 0 if no numbers or on error */ l_int32 l_dnaGetCount(L_DNA *da) { PROCNAME("l_dnaGetCount"); if (!da) return ERROR_INT("da not defined", procName, 0); return da->n; } /*! * l_dnaSetCount() * * Input: da * newcount * Return: 0 if OK, 1 on error * * Notes: * (1) If newcount <= da->nalloc, this resets da->n. * Using newcount = 0 is equivalent to l_dnaEmpty(). * (2) If newcount > da->nalloc, this causes a realloc * to a size da->nalloc = newcount. * (3) All the previously unused values in da are set to 0.0. */ l_int32 l_dnaSetCount(L_DNA *da, l_int32 newcount) { PROCNAME("l_dnaSetCount"); if (!da) return ERROR_INT("da not defined", procName, 1); if (newcount > da->nalloc) { if ((da->array = (l_float64 *)reallocNew((void **)&da->array, sizeof(l_float64) * da->nalloc, sizeof(l_float64) * newcount)) == NULL) return ERROR_INT("new ptr array not returned", procName, 1); da->nalloc = newcount; } da->n = newcount; return 0; } /*! * l_dnaGetDValue() * * Input: da * index (into l_dna) * &val ( double value; 0.0 on error) * Return: 0 if OK; 1 on error * * Notes: * (1) Caller may need to check the function return value to * decide if a 0.0 in the returned ival is valid. */ l_int32 l_dnaGetDValue(L_DNA *da, l_int32 index, l_float64 *pval) { PROCNAME("l_dnaGetDValue"); if (!pval) return ERROR_INT("&val not defined", procName, 1); *pval = 0.0; if (!da) return ERROR_INT("da not defined", procName, 1); if (index < 0 || index >= da->n) return ERROR_INT("index not valid", procName, 1); *pval = da->array[index]; return 0; } /*! * l_dnaGetIValue() * * Input: da * index (into l_dna) * &ival ( integer value; 0 on error) * Return: 0 if OK; 1 on error * * Notes: * (1) Caller may need to check the function return value to * decide if a 0 in the returned ival is valid. */ l_int32 l_dnaGetIValue(L_DNA *da, l_int32 index, l_int32 *pival) { l_float64 val; PROCNAME("l_dnaGetIValue"); if (!pival) return ERROR_INT("&ival not defined", procName, 1); *pival = 0; if (!da) return ERROR_INT("da not defined", procName, 1); if (index < 0 || index >= da->n) return ERROR_INT("index not valid", procName, 1); val = da->array[index]; *pival = (l_int32)(val + L_SIGN(val) * 0.5); return 0; } /*! * l_dnaSetValue() * * Input: da * index (to element to be set) * val (to set element) * Return: 0 if OK; 1 on error */ l_int32 l_dnaSetValue(L_DNA *da, l_int32 index, l_float64 val) { PROCNAME("l_dnaSetValue"); if (!da) return ERROR_INT("da not defined", procName, 1); if (index < 0 || index >= da->n) return ERROR_INT("index not valid", procName, 1); da->array[index] = val; return 0; } /*! * l_dnaShiftValue() * * Input: da * index (to element to change relative to the current value) * diff (increment if diff > 0 or decrement if diff < 0) * Return: 0 if OK; 1 on error */ l_int32 l_dnaShiftValue(L_DNA *da, l_int32 index, l_float64 diff) { PROCNAME("l_dnaShiftValue"); if (!da) return ERROR_INT("da not defined", procName, 1); if (index < 0 || index >= da->n) return ERROR_INT("index not valid", procName, 1); da->array[index] += diff; return 0; } /*! * l_dnaGetIArray() * * Input: da * Return: a copy of the bare internal array, integerized * by rounding, or null on error * Notes: * (1) A copy of the array is made, because we need to * generate an integer array from the bare double array. * The caller is responsible for freeing the array. * (2) The array size is determined by the number of stored numbers, * not by the size of the allocated array in the l_dna. * (3) This function is provided to simplify calculations * using the bare internal array, rather than continually * calling accessors on the l_dna. It is typically used * on an array of size 256. */ l_int32 * l_dnaGetIArray(L_DNA *da) { l_int32 i, n, ival; l_int32 *array; PROCNAME("l_dnaGetIArray"); if (!da) return (l_int32 *)ERROR_PTR("da not defined", procName, NULL); n = l_dnaGetCount(da); if ((array = (l_int32 *)CALLOC(n, sizeof(l_int32))) == NULL) return (l_int32 *)ERROR_PTR("array not made", procName, NULL); for (i = 0; i < n; i++) { l_dnaGetIValue(da, i, &ival); array[i] = ival; } return array; } /*! * l_dnaGetDArray() * * Input: da * copyflag (L_NOCOPY or L_COPY) * Return: either the bare internal array or a copy of it, * or null on error * * Notes: * (1) If copyflag == L_COPY, it makes a copy which the caller * is responsible for freeing. Otherwise, it operates * directly on the bare array of the l_dna. * (2) Very important: for L_NOCOPY, any writes to the array * will be in the l_dna. Do not write beyond the size of * the count field, because it will not be accessable * from the l_dna! If necessary, be sure to set the count * field to a larger number (such as the alloc size) * BEFORE calling this function. Creating with l_dnaMakeConstant() * is another way to insure full initialization. */ l_float64 * l_dnaGetDArray(L_DNA *da, l_int32 copyflag) { l_int32 i, n; l_float64 *array; PROCNAME("l_dnaGetDArray"); if (!da) return (l_float64 *)ERROR_PTR("da not defined", procName, NULL); if (copyflag == L_NOCOPY) { array = da->array; } else { /* copyflag == L_COPY */ n = l_dnaGetCount(da); if ((array = (l_float64 *)CALLOC(n, sizeof(l_float64))) == NULL) return (l_float64 *)ERROR_PTR("array not made", procName, NULL); for (i = 0; i < n; i++) array[i] = da->array[i]; } return array; } /*! * l_dnaGetRefCount() * * Input: da * Return: refcount, or UNDEF on error */ l_int32 l_dnaGetRefcount(L_DNA *da) { PROCNAME("l_dnaGetRefcount"); if (!da) return ERROR_INT("da not defined", procName, UNDEF); return da->refcount; } /*! * l_dnaChangeRefCount() * * Input: da * delta (change to be applied) * Return: 0 if OK, 1 on error */ l_int32 l_dnaChangeRefcount(L_DNA *da, l_int32 delta) { PROCNAME("l_dnaChangeRefcount"); if (!da) return ERROR_INT("da not defined", procName, 1); da->refcount += delta; return 0; } /*! * l_dnaGetParameters() * * Input: da * &startx ( startx) * &delx ( delx) * Return: 0 if OK, 1 on error */ l_int32 l_dnaGetParameters(L_DNA *da, l_float64 *pstartx, l_float64 *pdelx) { PROCNAME("l_dnaGetParameters"); if (!da) return ERROR_INT("da not defined", procName, 1); if (pstartx) *pstartx = da->startx; if (pdelx) *pdelx = da->delx; return 0; } /*! * l_dnaSetParameters() * * Input: da * startx (x value corresponding to da[0]) * delx (difference in x values for the situation where the * elements of da correspond to the evaulation of a * function at equal intervals of size @delx) * Return: 0 if OK, 1 on error */ l_int32 l_dnaSetParameters(L_DNA *da, l_float64 startx, l_float64 delx) { PROCNAME("l_dnaSetParameters"); if (!da) return ERROR_INT("da not defined", procName, 1); da->startx = startx; da->delx = delx; return 0; } /*! * l_dnaCopyParameters() * * Input: dad (destination DNuma) * das (source DNuma) * Return: 0 if OK, 1 on error */ l_int32 l_dnaCopyParameters(L_DNA *dad, L_DNA *das) { l_float64 start, binsize; PROCNAME("l_dnaCopyParameters"); if (!das || !dad) return ERROR_INT("das and dad not both defined", procName, 1); l_dnaGetParameters(das, &start, &binsize); l_dnaSetParameters(dad, start, binsize); return 0; } /*----------------------------------------------------------------------* * Serialize Dna for I/O * *----------------------------------------------------------------------*/ /*! * l_dnaRead() * * Input: filename * Return: da, or null on error */ L_DNA * l_dnaRead(const char *filename) { FILE *fp; L_DNA *da; PROCNAME("l_dnaRead"); if (!filename) return (L_DNA *)ERROR_PTR("filename not defined", procName, NULL); if ((fp = fopenReadStream(filename)) == NULL) return (L_DNA *)ERROR_PTR("stream not opened", procName, NULL); if ((da = l_dnaReadStream(fp)) == NULL) { fclose(fp); return (L_DNA *)ERROR_PTR("da not read", procName, NULL); } fclose(fp); return da; } /*! * l_dnaReadStream() * * Input: stream * Return: da, or null on error */ L_DNA * l_dnaReadStream(FILE *fp) { l_int32 i, n, index, ret, version; l_float64 val, startx, delx; L_DNA *da; PROCNAME("l_dnaReadStream"); if (!fp) return (L_DNA *)ERROR_PTR("stream not defined", procName, NULL); ret = fscanf(fp, "\nL_Dna Version %d\n", &version); if (ret != 1) return (L_DNA *)ERROR_PTR("not a l_dna file", procName, NULL); if (version != DNA_VERSION_NUMBER) return (L_DNA *)ERROR_PTR("invalid l_dna version", procName, NULL); if (fscanf(fp, "Number of numbers = %d\n", &n) != 1) return (L_DNA *)ERROR_PTR("invalid number of numbers", procName, NULL); if ((da = l_dnaCreate(n)) == NULL) return (L_DNA *)ERROR_PTR("da not made", procName, NULL); for (i = 0; i < n; i++) { if (fscanf(fp, " [%d] = %lf\n", &index, &val) != 2) return (L_DNA *)ERROR_PTR("bad input data", procName, NULL); l_dnaAddNumber(da, val); } /* Optional data */ if (fscanf(fp, "startx = %lf, delx = %lf\n", &startx, &delx) == 2) l_dnaSetParameters(da, startx, delx); return da; } /*! * l_dnaWrite() * * Input: filename, da * Return: 0 if OK, 1 on error */ l_int32 l_dnaWrite(const char *filename, L_DNA *da) { FILE *fp; PROCNAME("l_dnaWrite"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!da) return ERROR_INT("da not defined", procName, 1); if ((fp = fopenWriteStream(filename, "w")) == NULL) return ERROR_INT("stream not opened", procName, 1); if (l_dnaWriteStream(fp, da)) return ERROR_INT("da not written to stream", procName, 1); fclose(fp); return 0; } /*! * l_dnaWriteStream() * * Input: stream, da * Return: 0 if OK, 1 on error */ l_int32 l_dnaWriteStream(FILE *fp, L_DNA *da) { l_int32 i, n; l_float64 startx, delx; PROCNAME("l_dnaWriteStream"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!da) return ERROR_INT("da not defined", procName, 1); n = l_dnaGetCount(da); fprintf(fp, "\nL_Dna Version %d\n", DNA_VERSION_NUMBER); fprintf(fp, "Number of numbers = %d\n", n); for (i = 0; i < n; i++) fprintf(fp, " [%d] = %lf\n", i, da->array[i]); fprintf(fp, "\n"); /* Optional data */ l_dnaGetParameters(da, &startx, &delx); if (startx != 0.0 || delx != 1.0) fprintf(fp, "startx = %lf, delx = %lf\n", startx, delx); return 0; } /*--------------------------------------------------------------------------* * Dnaa creation, destruction * *--------------------------------------------------------------------------*/ /*! * l_dnaaCreate() * * Input: size of l_dna ptr array to be alloc'd (0 for default) * Return: daa, or null on error * */ L_DNAA * l_dnaaCreate(l_int32 n) { L_DNAA *daa; PROCNAME("l_dnaaCreate"); if (n <= 0) n = INITIAL_PTR_ARRAYSIZE; if ((daa = (L_DNAA *)CALLOC(1, sizeof(L_DNAA))) == NULL) return (L_DNAA *)ERROR_PTR("daa not made", procName, NULL); if ((daa->dna = (L_DNA **)CALLOC(n, sizeof(L_DNA *))) == NULL) return (L_DNAA *)ERROR_PTR("l_dna ptr array not made", procName, NULL); daa->nalloc = n; daa->n = 0; return daa; } /*! * l_dnaaDestroy() * * Input: &dnaa * Return: void */ void l_dnaaDestroy(L_DNAA **pdaa) { l_int32 i; L_DNAA *daa; PROCNAME("l_dnaaDestroy"); if (pdaa == NULL) { L_WARNING("ptr address is NULL!\n", procName); return; } if ((daa = *pdaa) == NULL) return; for (i = 0; i < daa->n; i++) l_dnaDestroy(&daa->dna[i]); FREE(daa->dna); FREE(daa); *pdaa = NULL; return; } /*--------------------------------------------------------------------------* * Add Dna to Dnaa * *--------------------------------------------------------------------------*/ /*! * l_dnaaAddDna() * * Input: daa * da (to be added) * copyflag (L_INSERT, L_COPY, L_CLONE) * Return: 0 if OK, 1 on error */ l_int32 l_dnaaAddDna(L_DNAA *daa, L_DNA *da, l_int32 copyflag) { l_int32 n; L_DNA *dac; PROCNAME("l_dnaaAddDna"); if (!daa) return ERROR_INT("daa not defined", procName, 1); if (!da) return ERROR_INT("da not defined", procName, 1); if (copyflag == L_INSERT) { dac = da; } else if (copyflag == L_COPY) { if ((dac = l_dnaCopy(da)) == NULL) return ERROR_INT("dac not made", procName, 1); } else if (copyflag == L_CLONE) { dac = l_dnaClone(da); } else { return ERROR_INT("invalid copyflag", procName, 1); } n = l_dnaaGetCount(daa); if (n >= daa->nalloc) l_dnaaExtendArray(daa); daa->dna[n] = dac; daa->n++; return 0; } /*! * l_dnaaExtendArray() * * Input: daa * Return: 0 if OK, 1 on error */ static l_int32 l_dnaaExtendArray(L_DNAA *daa) { PROCNAME("l_dnaaExtendArray"); if (!daa) return ERROR_INT("daa not defined", procName, 1); if ((daa->dna = (L_DNA **)reallocNew((void **)&daa->dna, sizeof(L_DNA *) * daa->nalloc, 2 * sizeof(L_DNA *) * daa->nalloc)) == NULL) return ERROR_INT("new ptr array not returned", procName, 1); daa->nalloc *= 2; return 0; } /*----------------------------------------------------------------------* * DNumaa accessors * *----------------------------------------------------------------------*/ /*! * l_dnaaGetCount() * * Input: daa * Return: count (number of l_dna), or 0 if no l_dna or on error */ l_int32 l_dnaaGetCount(L_DNAA *daa) { PROCNAME("l_dnaaGetCount"); if (!daa) return ERROR_INT("daa not defined", procName, 0); return daa->n; } /*! * l_dnaaGetDnaCount() * * Input: daa * index (of l_dna in daa) * Return: count of numbers in the referenced l_dna, or 0 on error. */ l_int32 l_dnaaGetDnaCount(L_DNAA *daa, l_int32 index) { PROCNAME("l_dnaaGetDnaCount"); if (!daa) return ERROR_INT("daa not defined", procName, 0); if (index < 0 || index >= daa->n) return ERROR_INT("invalid index into daa", procName, 0); return l_dnaGetCount(daa->dna[index]); } /*! * l_dnaaGetNumberCount() * * Input: daa * Return: count (total number of numbers in the l_dnaa), * or 0 if no numbers or on error */ l_int32 l_dnaaGetNumberCount(L_DNAA *daa) { L_DNA *da; l_int32 n, sum, i; PROCNAME("l_dnaaGetNumberCount"); if (!daa) return ERROR_INT("daa not defined", procName, 0); n = l_dnaaGetCount(daa); for (sum = 0, i = 0; i < n; i++) { da = l_dnaaGetDna(daa, i, L_CLONE); sum += l_dnaGetCount(da); l_dnaDestroy(&da); } return sum; } /*! * l_dnaaGetDna() * * Input: daa * index (to the index-th l_dna) * accessflag (L_COPY or L_CLONE) * Return: l_dna, or null on error */ L_DNA * l_dnaaGetDna(L_DNAA *daa, l_int32 index, l_int32 accessflag) { PROCNAME("l_dnaaGetDna"); if (!daa) return (L_DNA *)ERROR_PTR("daa not defined", procName, NULL); if (index < 0 || index >= daa->n) return (L_DNA *)ERROR_PTR("index not valid", procName, NULL); if (accessflag == L_COPY) return l_dnaCopy(daa->dna[index]); else if (accessflag == L_CLONE) return l_dnaClone(daa->dna[index]); else return (L_DNA *)ERROR_PTR("invalid accessflag", procName, NULL); } /*! * l_dnaaReplaceDna() * * Input: daa * index (to the index-th l_dna) * l_dna (insert and replace any existing one) * Return: 0 if OK, 1 on error * * Notes: * (1) Any existing l_dna is destroyed, and the input one * is inserted in its place. * (2) If the index is invalid, return 1 (error) */ l_int32 l_dnaaReplaceDna(L_DNAA *daa, l_int32 index, L_DNA *da) { l_int32 n; PROCNAME("l_dnaaReplaceDna"); if (!daa) return ERROR_INT("daa not defined", procName, 1); if (!da) return ERROR_INT("da not defined", procName, 1); n = l_dnaaGetCount(daa); if (index < 0 || index >= n) return ERROR_INT("index not valid", procName, 1); l_dnaDestroy(&daa->dna[index]); daa->dna[index] = da; return 0; } /*! * l_dnaaGetValue() * * Input: daa * i (index of l_dna within l_dnaa) * j (index into l_dna) * val ( double value) * Return: 0 if OK, 1 on error */ l_int32 l_dnaaGetValue(L_DNAA *daa, l_int32 i, l_int32 j, l_float64 *pval) { l_int32 n; L_DNA *da; PROCNAME("l_dnaaGetValue"); if (!pval) return ERROR_INT("&val not defined", procName, 1); *pval = 0.0; if (!daa) return ERROR_INT("daa not defined", procName, 1); n = l_dnaaGetCount(daa); if (i < 0 || i >= n) return ERROR_INT("invalid index into daa", procName, 1); da = daa->dna[i]; if (j < 0 || j >= da->n) return ERROR_INT("invalid index into da", procName, 1); *pval = da->array[j]; return 0; } /*! * l_dnaaAddNumber() * * Input: daa * index (of l_dna within l_dnaa) * val (number to be added; stored as a double) * Return: 0 if OK, 1 on error * * Notes: * (1) Adds to an existing l_dna only. */ l_int32 l_dnaaAddNumber(L_DNAA *daa, l_int32 index, l_float64 val) { l_int32 n; L_DNA *da; PROCNAME("l_dnaaAddNumber"); if (!daa) return ERROR_INT("daa not defined", procName, 1); n = l_dnaaGetCount(daa); if (index < 0 || index >= n) return ERROR_INT("invalid index in daa", procName, 1); da = l_dnaaGetDna(daa, index, L_CLONE); l_dnaAddNumber(da, val); l_dnaDestroy(&da); return 0; } /*----------------------------------------------------------------------* * Serialize Dna for I/O * *----------------------------------------------------------------------*/ /*! * l_dnaaRead() * * Input: filename * Return: daa, or null on error */ L_DNAA * l_dnaaRead(const char *filename) { FILE *fp; L_DNAA *daa; PROCNAME("l_dnaaRead"); if (!filename) return (L_DNAA *)ERROR_PTR("filename not defined", procName, NULL); if ((fp = fopenReadStream(filename)) == NULL) return (L_DNAA *)ERROR_PTR("stream not opened", procName, NULL); if ((daa = l_dnaaReadStream(fp)) == NULL) { fclose(fp); return (L_DNAA *)ERROR_PTR("daa not read", procName, NULL); } fclose(fp); return daa; } /*! * l_dnaaReadStream() * * Input: stream * Return: daa, or null on error */ L_DNAA * l_dnaaReadStream(FILE *fp) { l_int32 i, n, index, ret, version; L_DNA *da; L_DNAA *daa; PROCNAME("l_dnaaReadStream"); if (!fp) return (L_DNAA *)ERROR_PTR("stream not defined", procName, NULL); ret = fscanf(fp, "\nL_Dnaa Version %d\n", &version); if (ret != 1) return (L_DNAA *)ERROR_PTR("not a l_dna file", procName, NULL); if (version != DNA_VERSION_NUMBER) return (L_DNAA *)ERROR_PTR("invalid l_dnaa version", procName, NULL); if (fscanf(fp, "Number of L_Dna = %d\n\n", &n) != 1) return (L_DNAA *)ERROR_PTR("invalid number of l_dna", procName, NULL); if ((daa = l_dnaaCreate(n)) == NULL) return (L_DNAA *)ERROR_PTR("daa not made", procName, NULL); for (i = 0; i < n; i++) { if (fscanf(fp, "L_Dna[%d]:", &index) != 1) return (L_DNAA *)ERROR_PTR("invalid l_dna header", procName, NULL); if ((da = l_dnaReadStream(fp)) == NULL) return (L_DNAA *)ERROR_PTR("da not made", procName, NULL); l_dnaaAddDna(daa, da, L_INSERT); } return daa; } /*! * l_dnaaWrite() * * Input: filename, daa * Return: 0 if OK, 1 on error */ l_int32 l_dnaaWrite(const char *filename, L_DNAA *daa) { FILE *fp; PROCNAME("l_dnaaWrite"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!daa) return ERROR_INT("daa not defined", procName, 1); if ((fp = fopenWriteStream(filename, "w")) == NULL) return ERROR_INT("stream not opened", procName, 1); if (l_dnaaWriteStream(fp, daa)) return ERROR_INT("daa not written to stream", procName, 1); fclose(fp); return 0; } /*! * l_dnaaWriteStream() * * Input: stream, daa * Return: 0 if OK, 1 on error */ l_int32 l_dnaaWriteStream(FILE *fp, L_DNAA *daa) { l_int32 i, n; L_DNA *da; PROCNAME("l_dnaaWriteStream"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!daa) return ERROR_INT("daa not defined", procName, 1); n = l_dnaaGetCount(daa); fprintf(fp, "\nL_Dnaa Version %d\n", DNA_VERSION_NUMBER); fprintf(fp, "Number of L_Dna = %d\n\n", n); for (i = 0; i < n; i++) { if ((da = l_dnaaGetDna(daa, i, L_CLONE)) == NULL) return ERROR_INT("da not found", procName, 1); fprintf(fp, "L_Dna[%d]:", i); l_dnaWriteStream(fp, da); l_dnaDestroy(&da); } return 0; } /*----------------------------------------------------------------------* * Other Dna functions * *----------------------------------------------------------------------*/ /*! * l_dnaMakeDelta() * * Input: das (input l_dna) * Return: dad (of difference values val[i+1] - val[i]), * or null on error */ L_DNA * l_dnaMakeDelta(L_DNA *das) { l_int32 i, n, prev, cur; L_DNA *dad; PROCNAME("l_dnaMakeDelta"); if (!das) return (L_DNA *)ERROR_PTR("das not defined", procName, NULL); n = l_dnaGetCount(das); dad = l_dnaCreate(n - 1); prev = 0; for (i = 1; i < n; i++) { l_dnaGetIValue(das, i, &cur); l_dnaAddNumber(dad, cur - prev); prev = cur; } return dad; } /*! * l_dnaConvertToNuma() * * Input: da * Return: na, or null on error */ NUMA * l_dnaConvertToNuma(L_DNA *da) { l_int32 i, n; l_float64 val; NUMA *na; PROCNAME("l_dnaConvertToNuma"); if (!da) return (NUMA *)ERROR_PTR("da not defined", procName, NULL); n = l_dnaGetCount(da); na = numaCreate(n); for (i = 0; i < n; i++) { l_dnaGetDValue(da, i, &val); numaAddNumber(na, val); } return na; } /*! * numaConvertToDna * * Input: na * Return: da, or null on error */ L_DNA * numaConvertToDna(NUMA *na) { l_int32 i, n; l_float32 val; L_DNA *da; PROCNAME("numaConvertToDna"); if (!na) return (L_DNA *)ERROR_PTR("na not defined", procName, NULL); n = numaGetCount(na); da = l_dnaCreate(n); for (i = 0; i < n; i++) { numaGetFValue(na, i, &val); l_dnaAddNumber(da, val); } return da; } /*! * l_dnaJoin() * * Input: dad (dest dma; add to this one) * das ( source dna; add from this one) * istart (starting index in das) * iend (ending index in das; use -1 to cat all) * Return: 0 if OK, 1 on error * * Notes: * (1) istart < 0 is taken to mean 'read from the start' (istart = 0) * (2) iend < 0 means 'read to the end' * (3) if das == NULL, this is a no-op */ l_int32 l_dnaJoin(L_DNA *dad, L_DNA *das, l_int32 istart, l_int32 iend) { l_int32 n, i; l_float64 val; PROCNAME("l_dnaJoin"); if (!dad) return ERROR_INT("dad not defined", procName, 1); if (!das) return 0; if (istart < 0) istart = 0; n = l_dnaGetCount(das); if (iend < 0 || iend >= n) iend = n - 1; if (istart > iend) return ERROR_INT("istart > iend; nothing to add", procName, 1); for (i = istart; i <= iend; i++) { l_dnaGetDValue(das, i, &val); l_dnaAddNumber(dad, val); } return 0; } leptonica-1.70/src/finditalic.c0000640000175000017500000002277112244203713014551 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * finditalic.c * * l_int32 pixItalicWords() * * Locate italic words. This is an example of the use of * hit-miss binary morphology with binary reconstruction * (filling from a seed into a mask). * * To see how this works, run with prog/italic.png. */ #include "allheaders.h" /* --------------------------------------------------------------- * * These hit-miss sels match the slanted edge of italic characters * * --------------------------------------------------------------- */ static const char *str_ital1 = " o x" " " " " " " " o x " " " " C " " " " o x " " " " " " " "o x "; static const char *str_ital2 = " o x" " " " " " o x " " C " " " " o x " " " " " "o x "; /* ------------------------------------------------------------- * * This sel removes noise that is not oriented as a slanted edge * * ------------------------------------------------------------- */ static const char *str_ital3 = " x" "Cx" "x " "x "; /*! * pixItalicWords() * * Input: pixs (1 bpp) * boxaw ( word bounding boxes; can be NULL) * pixw ( word box mask; can be NULL) * &boxa ( boxa of italic words) * debugflag (1 for debug output; 0 otherwise) * Return: 0 if OK, 1 on error * * Notes: * (1) You can input the bounding boxes for the words in one of * two forms: as bounding boxes (@boxaw) or as a word mask with * the word bounding boxes filled (@pixw). For example, * to compute @pixw, you can use pixWordMaskByDilation(). * (2) Alternatively, you can set both of these inputs to NULL, * in which case the word mask is generated here. This is * done by dilating and closing the input image to connect * letters within a word, while leaving the words separated. * The parameters are chosen under the assumption that the * input is 10 to 12 pt text, scanned at about 300 ppi. * (3) sel_ital1 and sel_ital2 detect the right edges that are * nearly vertical, at approximately the angle of italic * strokes. We use the right edge to avoid getting seeds * from lower-case 'y'. The typical italic slant has a smaller * angle with the vertical than the 'W', so in most cases we * will not trigger on the slanted lines in the 'W'. * (4) Note that sel_ital2 is shorter than sel_ital1. It is * more appropriate for a typical font scanned at 200 ppi. */ l_int32 pixItalicWords(PIX *pixs, BOXA *boxaw, PIX *pixw, BOXA **pboxa, l_int32 debugflag) { char opstring[32]; l_int32 size; BOXA *boxa; PIX *pixsd, *pixm, *pixd; SEL *sel_ital1, *sel_ital2, *sel_ital3; PROCNAME("pixItalicWords"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!pboxa) return ERROR_INT("&boxa not defined", procName, 1); if (boxaw && pixw) return ERROR_INT("both boxaw and pixw are defined", procName, 1); sel_ital1 = selCreateFromString(str_ital1, 13, 6, NULL); sel_ital2 = selCreateFromString(str_ital2, 10, 6, NULL); sel_ital3 = selCreateFromString(str_ital3, 4, 2, NULL); /* Make the italic seed: extract with HMT; remove noise. * The noise removal close/open is important to exclude * situations where a small slanted line accidentally * matches sel_ital1. */ pixsd = pixHMT(NULL, pixs, sel_ital1); pixClose(pixsd, pixsd, sel_ital3); pixOpen(pixsd, pixsd, sel_ital3); /* Make the word mask. Use input boxes or mask if given. */ if (boxaw) { pixm = pixCreateTemplate(pixs); pixMaskBoxa(pixm, pixm, boxaw, L_SET_PIXELS); } else if (pixw) { pixm = pixClone(pixw); } else { pixWordMaskByDilation(pixs, 20, NULL, &size); L_INFO("dilation size = %d\n", procName, size); snprintf(opstring, sizeof(opstring), "d1.5 + c%d.1", size); pixm = pixMorphSequence(pixs, opstring, 0); } /* Binary reconstruction to fill in those word mask * components for which there is at least one seed pixel. */ pixd = pixSeedfillBinary(NULL, pixsd, pixm, 8); boxa = pixConnComp(pixd, NULL, 8); *pboxa = boxa; if (debugflag) { /* Save results at at 2x reduction */ l_int32 res, upper; BOXA *boxat; GPLOT *gplot; NUMA *na; PIXA *pad; PIX *pix1, *pix2, *pix3; pad = pixaCreate(0); boxat = pixConnComp(pixm, NULL, 8); boxaWrite("/tmp/ital.ba", boxat); pixSaveTiledOutline(pixs, pad, 0.5, 1, 20, 2, 32); /* orig */ pixSaveTiledOutline(pixsd, pad, 0.5, 1, 20, 2, 0); /* seed */ pix1 = pixConvertTo32(pixm); pixRenderBoxaArb(pix1, boxat, 3, 255, 0, 0); pixSaveTiledOutline(pix1, pad, 0.5, 1, 20, 2, 0); /* mask + outline */ pixDestroy(&pix1); pixSaveTiledOutline(pixd, pad, 0.5, 1, 20, 2, 0); /* ital mask */ pix1 = pixConvertTo32(pixs); pixRenderBoxaArb(pix1, boxa, 3, 255, 0, 0); pixSaveTiledOutline(pix1, pad, 0.5, 1, 20, 2, 0); /* orig + outline */ pixDestroy(&pix1); pix1 = pixCreateTemplate(pixs); pix2 = pixSetBlackOrWhiteBoxa(pix1, boxa, L_SET_BLACK); pixCopy(pix1, pixs); pix3 = pixDilateBrick(NULL, pixs, 3, 3); pixCombineMasked(pix1, pix3, pix2); pixSaveTiledOutline(pix1, pad, 0.5, 1, 20, 2, 0); /* ital bolded */ pixDestroy(&pix1); pixDestroy(&pix2); pixDestroy(&pix3); pix2 = pixaDisplay(pad, 0, 0); pixWrite("/tmp/ital.png", pix2, IFF_PNG); pixDestroy(&pix2); /* Assuming the image represents 6 inches of actual page width, * the pixs resolution is approximately * (width of pixs in pixels) / 6 * and the images have been saved at half this resolution. */ res = pixGetWidth(pixs) / 12; L_INFO("resolution = %d\n", procName, res); pixaConvertToPdf(pad, res, 1.0, L_FLATE_ENCODE, 75, "Italic Finder", "/tmp/ital.pdf"); pixaDestroy(&pad); boxaDestroy(&boxat); /* Plot histogram of horizontal white run sizes. A small * initial vertical dilation removes most runs that are neither * inter-character nor inter-word. The larger first peak is * from inter-character runs, and the smaller second peak is * from inter-word runs. */ pix1 = pixDilateBrick(NULL, pixs, 1, 15); upper = L_MAX(30, 3 * size); na = pixRunHistogramMorph(pix1, L_RUN_OFF, L_HORIZ, upper); pixDestroy(&pix1); gplot = gplotCreate("/tmp/runhisto", GPLOT_PNG, "Histogram of horizontal runs of white pixels, vs length", "run length", "number of runs"); gplotAddPlot(gplot, NULL, na, GPLOT_LINES, "plot1"); gplotMakeOutput(gplot); gplotDestroy(&gplot); numaDestroy(&na); } selDestroy(&sel_ital1); selDestroy(&sel_ital2); selDestroy(&sel_ital3); pixDestroy(&pixsd); pixDestroy(&pixm); pixDestroy(&pixd); return 0; } leptonica-1.70/src/seedfilllow.c0000640000175000017500000021627412244745015014765 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * seedfilllow.c * * Seedfill: * Gray seedfill (source: Luc Vincent:fast-hybrid-grayscale-reconstruction) * void seedfillBinaryLow() * void seedfillGrayLow() * void seedfillGrayInvLow() * void seedfillGrayLowSimple() * void seedfillGrayInvLowSimple() * * Distance function: * void distanceFunctionLow() * * Seed spread: * void seedspreadLow() * */ #include #include "allheaders.h" struct L_Pixel { l_int32 x; l_int32 y; }; typedef struct L_Pixel L_PIXEL; /*-----------------------------------------------------------------------* * Vincent's Iterative Binary Seedfill * *-----------------------------------------------------------------------*/ /*! * seedfillBinaryLow() * * Notes: * (1) This is an in-place fill, where the seed image is * filled, clipping to the filling mask, in one full * cycle of UL -> LR and LR -> UL raster scans. * (2) Assume the mask is a filling mask, not a blocking mask. * (3) Assume that the RHS pad bits of the mask * are properly set to 0. * (4) Clip to the smallest dimensions to avoid invalid reads. */ void seedfillBinaryLow(l_uint32 *datas, l_int32 hs, l_int32 wpls, l_uint32 *datam, l_int32 hm, l_int32 wplm, l_int32 connectivity) { l_int32 i, j, h, wpl; l_uint32 word, mask; l_uint32 wordabove, wordleft, wordbelow, wordright; l_uint32 wordprev; /* test against this in previous iteration */ l_uint32 *lines, *linem; PROCNAME("seedfillBinaryLow"); h = L_MIN(hs, hm); wpl = L_MIN(wpls, wplm); switch (connectivity) { case 4: /* UL --> LR scan */ for (i = 0; i < h; i++) { lines = datas + i * wpls; linem = datam + i * wplm; for (j = 0; j < wpl; j++) { word = *(lines + j); mask = *(linem + j); /* OR from word above and from word to left; mask */ if (i > 0) { wordabove = *(lines - wpls + j); word |= wordabove; } if (j > 0) { wordleft = *(lines + j - 1); word |= wordleft << 31; } word &= mask; /* No need to fill horizontally? */ if (!word || !(~word)) { *(lines + j) = word; continue; } while (1) { wordprev = word; word = (word | (word >> 1) | (word << 1)) & mask; if ((word ^ wordprev) == 0) { *(lines + j) = word; break; } } } } /* LR --> UL scan */ for (i = h - 1; i >= 0; i--) { lines = datas + i * wpls; linem = datam + i * wplm; for (j = wpl - 1; j >= 0; j--) { word = *(lines + j); mask = *(linem + j); /* OR from word below and from word to right; mask */ if (i < h - 1) { wordbelow = *(lines + wpls + j); word |= wordbelow; } if (j < wpl - 1) { wordright = *(lines + j + 1); word |= wordright >> 31; } word &= mask; /* No need to fill horizontally? */ if (!word || !(~word)) { *(lines + j) = word; continue; } while (1) { wordprev = word; word = (word | (word >> 1) | (word << 1)) & mask; if ((word ^ wordprev) == 0) { *(lines + j) = word; break; } } } } break; case 8: /* UL --> LR scan */ for (i = 0; i < h; i++) { lines = datas + i * wpls; linem = datam + i * wplm; for (j = 0; j < wpl; j++) { word = *(lines + j); mask = *(linem + j); /* OR from words above and from word to left; mask */ if (i > 0) { wordabove = *(lines - wpls + j); word |= (wordabove | (wordabove << 1) | (wordabove >> 1)); if (j > 0) word |= (*(lines - wpls + j - 1)) << 31; if (j < wpl - 1) word |= (*(lines - wpls + j + 1)) >> 31; } if (j > 0) { wordleft = *(lines + j - 1); word |= wordleft << 31; } word &= mask; /* No need to fill horizontally? */ if (!word || !(~word)) { *(lines + j) = word; continue; } while (1) { wordprev = word; word = (word | (word >> 1) | (word << 1)) & mask; if ((word ^ wordprev) == 0) { *(lines + j) = word; break; } } } } /* LR --> UL scan */ for (i = h - 1; i >= 0; i--) { lines = datas + i * wpls; linem = datam + i * wplm; for (j = wpl - 1; j >= 0; j--) { word = *(lines + j); mask = *(linem + j); /* OR from words below and from word to right; mask */ if (i < h - 1) { wordbelow = *(lines + wpls + j); word |= (wordbelow | (wordbelow << 1) | (wordbelow >> 1)); if (j > 0) word |= (*(lines + wpls + j - 1)) << 31; if (j < wpl - 1) word |= (*(lines + wpls + j + 1)) >> 31; } if (j < wpl - 1) { wordright = *(lines + j + 1); word |= wordright >> 31; } word &= mask; /* No need to fill horizontally? */ if (!word || !(~word)) { *(lines + j) = word; continue; } while (1) { wordprev = word; word = (word | (word >> 1) | (word << 1)) & mask; if ((word ^ wordprev) == 0) { *(lines + j) = word; break; } } } } break; default: L_ERROR("connectivity must be 4 or 8\n", procName); return; } return; } /*-----------------------------------------------------------------------* * Vincent's Hybrid Grayscale Seedfill * *-----------------------------------------------------------------------*/ /*! * seedfillGrayLow() * * Notes: * (1) The pixels are numbered as follows: * 1 2 3 * 4 x 5 * 6 7 8 * This low-level filling operation consists of two scans, * raster and anti-raster, covering the entire seed image. * This is followed by a breadth-first propagation operation to * complete the fill. * During the anti-raster scan, every pixel p whose current value * could still be propagated after the anti-raster scan is put into * the FIFO queue. * The propagation step is a breadth-first fill to completion. * Unlike the simple grayscale seedfill pixSeedfillGraySimple(), * where at least two full raster/anti-raster iterations are required * for completion and verification, the hybrid method uses only a * single raster/anti-raster set of scans. * (2) The filling action can be visualized from the following example. * Suppose the mask, which clips the fill, is a sombrero-shaped * surface, where the highest point is 200 and the low pixels * around the rim are 30. Beyond the rim, the mask goes up a bit. * Suppose the seed, which is filled, consists of a single point * of height 150, located below the max of the mask, with * the rest 0. Then in the raster scan, nothing happens until * the high seed point is encountered, and then this value is * propagated right and down, until it hits the side of the * sombrero. The seed can never exceed the mask, so it fills * to the rim, going lower along the mask surface. When it * passes the rim, the seed continues to fill at the rim * height to the edge of the seed image. Then on the * anti-raster scan, the seed fills flat inside the * sombrero to the upper and left, and then out from the * rim as before. The final result has a seed that is * flat outside the rim, and inside it fills the sombrero * but only up to 150. If the rim height varies, the * filled seed outside the rim will be at the highest * point on the rim, which is a saddle point on the rim. * (3) Reference paper : * L. Vincent, Morphological grayscale reconstruction in image * analysis: applications and efficient algorithms, IEEE Transactions * on Image Processing, vol. 2, no. 2, pp. 176-201, 1993. */ void seedfillGrayLow(l_uint32 *datas, l_int32 w, l_int32 h, l_int32 wpls, l_uint32 *datam, l_int32 wplm, l_int32 connectivity) { l_uint8 val1, val2, val3, val4, val5, val6, val7, val8; l_uint8 val, maxval, maskval, boolval; l_int32 i, j, imax, jmax, queue_size; l_uint32 *lines, *linem; L_PIXEL *pixel; L_QUEUE *lq_pixel; PROCNAME("seedfillGrayLow"); if (connectivity != 4 && connectivity != 8) { L_ERROR("connectivity must be 4 or 8\n", procName); return; } imax = h - 1; jmax = w - 1; /* In the worst case, most of the pixels could be pushed * onto the FIFO queue during anti-raster scan. However this * will rarely happen, and we initialize the queue ptr size to * the image perimeter. */ lq_pixel = lqueueCreate(2 * (w + h)); switch (connectivity) { case 4: /* UL --> LR scan (Raster Order) * If I : mask image * J : marker image * Let p be the currect pixel; * J(p) <- (max{J(p) union J(p) neighbors in raster order}) * intersection I(p) */ for (i = 0; i < h; i++) { lines = datas + i * wpls; linem = datam + i * wplm; for (j = 0; j < w; j++) { if ((maskval = GET_DATA_BYTE(linem, j)) > 0) { maxval = 0; if (i > 0) maxval = GET_DATA_BYTE(lines - wpls, j); if (j > 0) { val4 = GET_DATA_BYTE(lines, j - 1); maxval = L_MAX(maxval, val4); } val = GET_DATA_BYTE(lines, j); maxval = L_MAX(maxval, val); val = L_MIN(maxval, maskval); SET_DATA_BYTE(lines, j, val); } } } /* LR --> UL scan (anti-raster order) * Let p be the currect pixel; * J(p) <- (max{J(p) union J(p) neighbors in anti-raster order}) * intersection I(p) */ for (i = imax; i >= 0; i--) { lines = datas + i * wpls; linem = datam + i * wplm; for (j = jmax; j >= 0; j--) { boolval = FALSE; if ((maskval = GET_DATA_BYTE(linem, j)) > 0) { maxval = 0; if (i < imax) maxval = GET_DATA_BYTE(lines + wpls, j); if (j < jmax) { val5 = GET_DATA_BYTE(lines, j + 1); maxval = L_MAX(maxval, val5); } val = GET_DATA_BYTE(lines, j); maxval = L_MAX(maxval, val); val = L_MIN(maxval, maskval); SET_DATA_BYTE(lines, j, val); /* * If there exists a point (q) which belongs to J(p) * neighbors in anti-raster order such that J(q) < J(p) * and J(q) < I(q) then * fifo_add(p) */ if (i < imax) { val7 = GET_DATA_BYTE(lines + wpls, j); if ((val7 < val) && (val7 < GET_DATA_BYTE(linem + wplm, j))) { boolval = TRUE; } } if (j < jmax) { val5 = GET_DATA_BYTE(lines, j + 1); if (!boolval && (val5 < val) && (val5 < GET_DATA_BYTE(linem, j + 1))) { boolval = TRUE; } } if (boolval) { pixel = (L_PIXEL *)CALLOC(1, sizeof(L_PIXEL)); pixel->x = i; pixel->y = j; lqueueAdd(lq_pixel, pixel); } } } } /* Propagation step: * while fifo_empty = false * p <- fifo_first() * for every pixel (q) belong to neighbors of (p) * if J(q) < J(p) and I(q) != J(q) * J(q) <- min(J(p), I(q)); * fifo_add(q); * end * end * end */ queue_size = lqueueGetCount(lq_pixel); while (queue_size) { pixel = (L_PIXEL *)lqueueRemove(lq_pixel); i = pixel->x; j = pixel->y; FREE(pixel); lines = datas + i * wpls; linem = datam + i * wplm; if ((val = GET_DATA_BYTE(lines, j)) > 0) { if (i > 0) { val2 = GET_DATA_BYTE(lines - wpls, j); maskval = GET_DATA_BYTE(linem - wplm, j); if (val > val2 && val2 != maskval) { SET_DATA_BYTE(lines - wpls, j, L_MIN(val, maskval)); pixel = (L_PIXEL *)CALLOC(1, sizeof(L_PIXEL)); pixel->x = i - 1; pixel->y = j; lqueueAdd(lq_pixel, pixel); } } if (j > 0) { val4 = GET_DATA_BYTE(lines, j - 1); maskval = GET_DATA_BYTE(linem, j - 1); if (val > val4 && val4 != maskval) { SET_DATA_BYTE(lines, j - 1, L_MIN(val, maskval)); pixel = (L_PIXEL *)CALLOC(1, sizeof(L_PIXEL)); pixel->x = i; pixel->y = j - 1; lqueueAdd(lq_pixel, pixel); } } if (i < imax) { val7 = GET_DATA_BYTE(lines + wpls, j); maskval = GET_DATA_BYTE(linem + wplm, j); if (val > val7 && val7 != maskval) { SET_DATA_BYTE(lines + wpls, j, L_MIN(val, maskval)); pixel = (L_PIXEL *)CALLOC(1, sizeof(L_PIXEL)); pixel->x = i + 1; pixel->y = j; lqueueAdd(lq_pixel, pixel); } } if (j < jmax) { val5 = GET_DATA_BYTE(lines, j + 1); maskval = GET_DATA_BYTE(linem, j + 1); if (val > val5 && val5 != maskval) { SET_DATA_BYTE(lines, j + 1, L_MIN(val, maskval)); pixel = (L_PIXEL *)CALLOC(1, sizeof(L_PIXEL)); pixel->x = i; pixel->y = j + 1; lqueueAdd(lq_pixel, pixel); } } } queue_size = lqueueGetCount(lq_pixel); } break; case 8: /* UL --> LR scan (Raster Order) * If I : mask image * J : marker image * Let p be the currect pixel; * J(p) <- (max{J(p) union J(p) neighbors in raster order}) * intersection I(p) */ for (i = 0; i < h; i++) { lines = datas + i * wpls; linem = datam + i * wplm; for (j = 0; j < w; j++) { if ((maskval = GET_DATA_BYTE(linem, j)) > 0) { maxval = 0; if (i > 0) { if (j > 0) maxval = GET_DATA_BYTE(lines - wpls, j - 1); if (j < jmax) { val3 = GET_DATA_BYTE(lines - wpls, j + 1); maxval = L_MAX(maxval, val3); } val2 = GET_DATA_BYTE(lines - wpls, j); maxval = L_MAX(maxval, val2); } if (j > 0) { val4 = GET_DATA_BYTE(lines, j - 1); maxval = L_MAX(maxval, val4); } val = GET_DATA_BYTE(lines, j); maxval = L_MAX(maxval, val); val = L_MIN(maxval, maskval); SET_DATA_BYTE(lines, j, val); } } } /* LR --> UL scan (anti-raster order) * Let p be the currect pixel; * J(p) <- (max{J(p) union J(p) neighbors in anti-raster order}) * intersection I(p) */ for (i = imax; i >= 0; i--) { lines = datas + i * wpls; linem = datam + i * wplm; for (j = jmax; j >= 0; j--) { boolval = FALSE; if ((maskval = GET_DATA_BYTE(linem, j)) > 0) { maxval = 0; if (i < imax) { if (j > 0) { maxval = GET_DATA_BYTE(lines + wpls, j - 1); } if (j < jmax) { val8 = GET_DATA_BYTE(lines + wpls, j + 1); maxval = L_MAX(maxval, val8); } val7 = GET_DATA_BYTE(lines + wpls, j); maxval = L_MAX(maxval, val7); } if (j < jmax) { val5 = GET_DATA_BYTE(lines, j + 1); maxval = L_MAX(maxval, val5); } val = GET_DATA_BYTE(lines, j); maxval = L_MAX(maxval, val); val = L_MIN(maxval, maskval); SET_DATA_BYTE(lines, j, val); /* If there exists a point (q) which belongs to J(p) * neighbors in anti-raster order such that J(q) < J(p) * and J(q) < I(q) then * fifo_add(p) */ if (i < imax) { if (j > 0) { val6 = GET_DATA_BYTE(lines + wpls, j - 1); if ((val6 < val) && (val6 < GET_DATA_BYTE(linem + wplm, j - 1))) { boolval = TRUE; } } if (j < jmax) { val8 = GET_DATA_BYTE(lines + wpls, j + 1); if (!boolval && (val8 < val) && (val8 < GET_DATA_BYTE(linem + wplm, j + 1))) { boolval = TRUE; } } val7 = GET_DATA_BYTE(lines + wpls, j); if (!boolval && (val7 < val) && (val7 < GET_DATA_BYTE(linem + wplm, j))) { boolval = TRUE; } } if (j < jmax) { val5 = GET_DATA_BYTE(lines, j + 1); if (!boolval && (val5 < val) && (val5 < GET_DATA_BYTE(linem, j + 1))) { boolval = TRUE; } } if (boolval) { pixel = (L_PIXEL *)CALLOC(1, sizeof(L_PIXEL)); pixel->x = i; pixel->y = j; lqueueAdd(lq_pixel, pixel); } } } } /* Propagation step: * while fifo_empty = false * p <- fifo_first() * for every pixel (q) belong to neighbors of (p) * if J(q) < J(p) and I(q) != J(q) * J(q) <- min(J(p), I(q)); * fifo_add(q); * end * end * end */ queue_size = lqueueGetCount(lq_pixel); while (queue_size) { pixel = (L_PIXEL *)lqueueRemove(lq_pixel); i = pixel->x; j = pixel->y; FREE(pixel); lines = datas + i * wpls; linem = datam + i * wplm; if ((val = GET_DATA_BYTE(lines, j)) > 0) { if (i > 0) { if (j > 0) { val1 = GET_DATA_BYTE(lines - wpls, j - 1); maskval = GET_DATA_BYTE(linem - wplm, j - 1); if (val > val1 && val1 != maskval) { SET_DATA_BYTE(lines - wpls, j - 1, L_MIN(val, maskval)); pixel = (L_PIXEL *)CALLOC(1, sizeof(L_PIXEL)); pixel->x = i - 1; pixel->y = j - 1; lqueueAdd(lq_pixel, pixel); } } if (j < jmax) { val3 = GET_DATA_BYTE(lines - wpls, j + 1); maskval = GET_DATA_BYTE(linem - wplm, j + 1); if (val > val3 && val3 != maskval) { SET_DATA_BYTE(lines - wpls, j + 1, L_MIN(val, maskval)); pixel = (L_PIXEL *)CALLOC(1, sizeof(L_PIXEL)); pixel->x = i - 1; pixel->y = j + 1; lqueueAdd(lq_pixel, pixel); } } val2 = GET_DATA_BYTE(lines - wpls, j); maskval = GET_DATA_BYTE(linem - wplm, j); if (val > val2 && val2 != maskval) { SET_DATA_BYTE(lines - wpls, j, L_MIN(val, maskval)); pixel = (L_PIXEL *)CALLOC(1, sizeof(L_PIXEL)); pixel->x = i - 1; pixel->y = j; lqueueAdd(lq_pixel, pixel); } } if (j > 0) { val4 = GET_DATA_BYTE(lines, j - 1); maskval = GET_DATA_BYTE(linem, j - 1); if (val > val4 && val4 != maskval) { SET_DATA_BYTE(lines, j - 1, L_MIN(val, maskval)); pixel = (L_PIXEL *)CALLOC(1, sizeof(L_PIXEL)); pixel->x = i; pixel->y = j - 1; lqueueAdd(lq_pixel, pixel); } } if (i < imax) { if (j > 0) { val6 = GET_DATA_BYTE(lines + wpls, j - 1); maskval = GET_DATA_BYTE(linem + wplm, j - 1); if (val > val6 && val6 != maskval) { SET_DATA_BYTE(lines + wpls, j - 1, L_MIN(val, maskval)); pixel = (L_PIXEL *)CALLOC(1, sizeof(L_PIXEL)); pixel->x = i + 1; pixel->y = j - 1; lqueueAdd(lq_pixel, pixel); } } if (j < jmax) { val8 = GET_DATA_BYTE(lines + wpls, j + 1); maskval = GET_DATA_BYTE(linem + wplm, j + 1); if (val > val8 && val8 != maskval) { SET_DATA_BYTE(lines + wpls, j + 1, L_MIN(val, maskval)); pixel = (L_PIXEL *)CALLOC(1, sizeof(L_PIXEL)); pixel->x = i + 1; pixel->y = j + 1; lqueueAdd(lq_pixel, pixel); } } val7 = GET_DATA_BYTE(lines + wpls, j); maskval = GET_DATA_BYTE(linem + wplm, j); if (val > val7 && val7 != maskval) { SET_DATA_BYTE(lines + wpls, j, L_MIN(val, maskval)); pixel = (L_PIXEL *)CALLOC(1, sizeof(L_PIXEL)); pixel->x = i + 1; pixel->y = j; lqueueAdd(lq_pixel, pixel); } } if (j < jmax) { val5 = GET_DATA_BYTE(lines, j + 1); maskval = GET_DATA_BYTE(linem, j + 1); if (val > val5 && val5 != maskval) { SET_DATA_BYTE(lines, j + 1, L_MIN(val, maskval)); pixel = (L_PIXEL *)CALLOC(1, sizeof(L_PIXEL)); pixel->x = i; pixel->y = j + 1; lqueueAdd(lq_pixel, pixel); } } } queue_size = lqueueGetCount(lq_pixel); } break; default: L_ERROR("shouldn't get here!\n", procName); break; } lqueueDestroy(&lq_pixel, TRUE); return; } /*! * seedfillGrayInvLow() * * Notes: * (1) The pixels are numbered as follows: * 1 2 3 * 4 x 5 * 6 7 8 * This low-level filling operation consists of two scans, * raster and anti-raster, covering the entire seed image. * During the anti-raster scan, every pixel p such that its * current value could still be propogated during the next * raster scanning is put into the FIFO-queue. * Next step is the propagation step where where we update * and propagate the values using FIFO structure created in * anti-raster scan. * (2) The "Inv" signifies the fact that in this case, filling * of the seed only takes place when the seed value is * greater than the mask value. The mask will act to stop * the fill when it is higher than the seed level. (This is * in contrast to conventional grayscale filling where the * seed always fills below the mask.) * (3) An example of use is a basin, described by the mask (pixm), * where within the basin, the seed pix (pixs) gets filled to the * height of the highest seed pixel that is above its * corresponding max pixel. Filling occurs while the * propagating seed pixels in pixs are larger than the * corresponding mask values in pixm. * (4) Reference paper : * L. Vincent, Morphological grayscale reconstruction in image * analysis: applications and efficient algorithms, IEEE Transactions * on Image Processing, vol. 2, no. 2, pp. 176-201, 1993. */ void seedfillGrayInvLow(l_uint32 *datas, l_int32 w, l_int32 h, l_int32 wpls, l_uint32 *datam, l_int32 wplm, l_int32 connectivity) { l_uint8 val1, val2, val3, val4, val5, val6, val7, val8; l_uint8 val, maxval, maskval, boolval; l_int32 i, j, imax, jmax, queue_size; l_uint32 *lines, *linem; L_PIXEL *pixel; L_QUEUE *lq_pixel; PROCNAME("seedfillGrayInvLow"); if (connectivity != 4 && connectivity != 8) { L_ERROR("connectivity must be 4 or 8\n", procName); return; } imax = h - 1; jmax = w - 1; /* In the worst case, most of the pixels could be pushed * onto the FIFO queue during anti-raster scan. However this * will rarely happen, and we initialize the queue ptr size to * the image perimeter. */ lq_pixel = lqueueCreate(2 * (w + h)); switch (connectivity) { case 4: /* UL --> LR scan (Raster Order) * If I : mask image * J : marker image * Let p be the currect pixel; * tmp <- max{J(p) union J(p) neighbors in raster order} * if (tmp > I(p)) * J(p) <- tmp * end */ for (i = 0; i < h; i++) { lines = datas + i * wpls; linem = datam + i * wplm; for (j = 0; j < w; j++) { if ((maskval = GET_DATA_BYTE(linem, j)) < 255) { maxval = GET_DATA_BYTE(lines, j); if (i > 0) { val2 = GET_DATA_BYTE(lines - wpls, j); maxval = L_MAX(maxval, val2); } if (j > 0) { val4 = GET_DATA_BYTE(lines, j - 1); maxval = L_MAX(maxval, val4); } if (maxval > maskval) SET_DATA_BYTE(lines, j, maxval); } } } /* LR --> UL scan (anti-raster order) * If I : mask image * J : marker image * Let p be the currect pixel; * tmp <- max{J(p) union J(p) neighbors in anti-raster order} * if (tmp > I(p)) * J(p) <- tmp * end */ for (i = imax; i >= 0; i--) { lines = datas + i * wpls; linem = datam + i * wplm; for (j = jmax; j >= 0; j--) { boolval = FALSE; if ((maskval = GET_DATA_BYTE(linem, j)) < 255) { val = maxval = GET_DATA_BYTE(lines, j); if (i < imax) { val7 = GET_DATA_BYTE(lines + wpls, j); maxval = L_MAX(maxval, val7); } if (j < jmax) { val5 = GET_DATA_BYTE(lines, j + 1); maxval = L_MAX(maxval, val5); } if (maxval > maskval) SET_DATA_BYTE(lines, j, maxval); val = GET_DATA_BYTE(lines, j); /* * If there exists a point (q) which belongs to J(p) * neighbors in anti-raster order such that J(q) < J(p) * and J(p) > I(q) then * fifo_add(p) */ if (i < imax) { val7 = GET_DATA_BYTE(lines + wpls, j); if ((val7 < val) && (val > GET_DATA_BYTE(linem + wplm, j))) { boolval = TRUE; } } if (j < jmax) { val5 = GET_DATA_BYTE(lines, j + 1); if (!boolval && (val5 < val) && (val > GET_DATA_BYTE(linem, j + 1))) { boolval = TRUE; } } if (boolval) { pixel = (L_PIXEL *)CALLOC(1, sizeof(L_PIXEL)); pixel->x = i; pixel->y = j; lqueueAdd(lq_pixel, pixel); } } } } /* Propagation step: * while fifo_empty = false * p <- fifo_first() * for every pixel (q) belong to neighbors of (p) * if J(q) < J(p) and J(p) > I(q) * J(q) <- min(J(p), I(q)); * fifo_add(q); * end * end * end */ queue_size = lqueueGetCount(lq_pixel); while (queue_size) { pixel = (L_PIXEL *)lqueueRemove(lq_pixel); i = pixel->x; j = pixel->y; FREE(pixel); lines = datas + i * wpls; linem = datam + i * wplm; if ((val = GET_DATA_BYTE(lines, j)) > 0) { if (i > 0) { val2 = GET_DATA_BYTE(lines - wpls, j); maskval = GET_DATA_BYTE(linem - wplm, j); if (val > val2 && val > maskval) { SET_DATA_BYTE(lines - wpls, j, val); pixel = (L_PIXEL *)CALLOC(1, sizeof(L_PIXEL)); pixel->x = i - 1; pixel->y = j; lqueueAdd(lq_pixel, pixel); } } if (j > 0) { val4 = GET_DATA_BYTE(lines, j - 1); maskval = GET_DATA_BYTE(linem, j - 1); if (val > val4 && val > maskval) { SET_DATA_BYTE(lines, j - 1, val); pixel = (L_PIXEL *)CALLOC(1, sizeof(L_PIXEL)); pixel->x = i; pixel->y = j - 1; lqueueAdd(lq_pixel, pixel); } } if (i < imax) { val7 = GET_DATA_BYTE(lines + wpls, j); maskval = GET_DATA_BYTE(linem + wplm, j); if (val > val7 && val > maskval) { SET_DATA_BYTE(lines + wpls, j, val); pixel = (L_PIXEL *)CALLOC(1, sizeof(L_PIXEL)); pixel->x = i + 1; pixel->y = j; lqueueAdd(lq_pixel, pixel); } } if (j < jmax) { val5 = GET_DATA_BYTE(lines, j + 1); maskval = GET_DATA_BYTE(linem, j + 1); if (val > val5 && val > maskval) { SET_DATA_BYTE(lines, j + 1, val); pixel = (L_PIXEL *)CALLOC(1, sizeof(L_PIXEL)); pixel->x = i; pixel->y = j + 1; lqueueAdd(lq_pixel, pixel); } } } queue_size = lqueueGetCount(lq_pixel); } break; case 8: /* UL --> LR scan (Raster Order) * If I : mask image * J : marker image * Let p be the currect pixel; * tmp <- max{J(p) union J(p) neighbors in raster order} * if (tmp > I(p)) * J(p) <- tmp * end */ for (i = 0; i < h; i++) { lines = datas + i * wpls; linem = datam + i * wplm; for (j = 0; j < w; j++) { if ((maskval = GET_DATA_BYTE(linem, j)) < 255) { maxval = GET_DATA_BYTE(lines, j); if (i > 0) { if (j > 0) { val1 = GET_DATA_BYTE(lines - wpls, j - 1); maxval = L_MAX(maxval, val1); } if (j < jmax) { val3 = GET_DATA_BYTE(lines - wpls, j + 1); maxval = L_MAX(maxval, val3); } val2 = GET_DATA_BYTE(lines - wpls, j); maxval = L_MAX(maxval, val2); } if (j > 0) { val4 = GET_DATA_BYTE(lines, j - 1); maxval = L_MAX(maxval, val4); } if (maxval > maskval) SET_DATA_BYTE(lines, j, maxval); } } } /* LR --> UL scan (anti-raster order) * If I : mask image * J : marker image * Let p be the currect pixel; * tmp <- max{J(p) union J(p) neighbors in anti-raster order} * if (tmp > I(p)) * J(p) <- tmp * end */ for (i = imax; i >= 0; i--) { lines = datas + i * wpls; linem = datam + i * wplm; for (j = jmax; j >= 0; j--) { boolval = FALSE; if ((maskval = GET_DATA_BYTE(linem, j)) < 255) { maxval = GET_DATA_BYTE(lines, j); if (i < imax) { if (j > 0) { val6 = GET_DATA_BYTE(lines + wpls, j - 1); maxval = L_MAX(maxval, val6); } if (j < jmax) { val8 = GET_DATA_BYTE(lines + wpls, j + 1); maxval = L_MAX(maxval, val8); } val7 = GET_DATA_BYTE(lines + wpls, j); maxval = L_MAX(maxval, val7); } if (j < jmax) { val5 = GET_DATA_BYTE(lines, j + 1); maxval = L_MAX(maxval, val5); } if (maxval > maskval) SET_DATA_BYTE(lines, j, maxval); val = GET_DATA_BYTE(lines, j); /* * If there exists a point (q) which belongs to J(p) * neighbors in anti-raster order such that J(q) < J(p) * and J(p) > I(q) then * fifo_add(p) */ if (i < imax) { if (j > 0) { val6 = GET_DATA_BYTE(lines + wpls, j - 1); if ((val6 < val) && (val > GET_DATA_BYTE(linem + wplm, j - 1))) { boolval = TRUE; } } if (j < jmax) { val8 = GET_DATA_BYTE(lines + wpls, j + 1); if (!boolval && (val8 < val) && (val > GET_DATA_BYTE(linem + wplm, j + 1))) { boolval = TRUE; } } val7 = GET_DATA_BYTE(lines + wpls, j); if (!boolval && (val7 < val) && (val > GET_DATA_BYTE(linem + wplm, j))) { boolval = TRUE; } } if (j < jmax) { val5 = GET_DATA_BYTE(lines, j + 1); if (!boolval && (val5 < val) && (val > GET_DATA_BYTE(linem, j + 1))) { boolval = TRUE; } } if (boolval) { pixel = (L_PIXEL *)CALLOC(1, sizeof(L_PIXEL)); pixel->x = i; pixel->y = j; lqueueAdd(lq_pixel, pixel); } } } } /* Propagation step: * while fifo_empty = false * p <- fifo_first() * for every pixel (q) belong to neighbors of (p) * if J(q) < J(p) and J(p) > I(q) * J(q) <- min(J(p), I(q)); * fifo_add(q); * end * end * end */ queue_size = lqueueGetCount(lq_pixel); while (queue_size) { pixel = (L_PIXEL *)lqueueRemove(lq_pixel); i = pixel->x; j = pixel->y; FREE(pixel); lines = datas + i * wpls; linem = datam + i * wplm; if ((val = GET_DATA_BYTE(lines, j)) > 0) { if (i > 0) { if (j > 0) { val1 = GET_DATA_BYTE(lines - wpls, j - 1); maskval = GET_DATA_BYTE(linem - wplm, j - 1); if (val > val1 && val > maskval) { SET_DATA_BYTE(lines - wpls, j - 1, val); pixel = (L_PIXEL *)CALLOC(1, sizeof(L_PIXEL)); pixel->x = i - 1; pixel->y = j - 1; lqueueAdd(lq_pixel, pixel); } } if (j < jmax) { val3 = GET_DATA_BYTE(lines - wpls, j + 1); maskval = GET_DATA_BYTE(linem - wplm, j + 1); if (val > val3 && val > maskval) { SET_DATA_BYTE(lines - wpls, j + 1, val); pixel = (L_PIXEL *)CALLOC(1, sizeof(L_PIXEL)); pixel->x = i - 1; pixel->y = j + 1; lqueueAdd(lq_pixel, pixel); } } val2 = GET_DATA_BYTE(lines - wpls, j); maskval = GET_DATA_BYTE(linem - wplm, j); if (val > val2 && val > maskval) { SET_DATA_BYTE(lines - wpls, j, val); pixel = (L_PIXEL *)CALLOC(1, sizeof(L_PIXEL)); pixel->x = i - 1; pixel->y = j; lqueueAdd(lq_pixel, pixel); } } if (j > 0) { val4 = GET_DATA_BYTE(lines, j - 1); maskval = GET_DATA_BYTE(linem, j - 1); if (val > val4 && val > maskval) { SET_DATA_BYTE(lines, j - 1, val); pixel = (L_PIXEL *)CALLOC(1, sizeof(L_PIXEL)); pixel->x = i; pixel->y = j - 1; lqueueAdd(lq_pixel, pixel); } } if (i < imax) { if (j > 0) { val6 = GET_DATA_BYTE(lines + wpls, j - 1); maskval = GET_DATA_BYTE(linem + wplm, j - 1); if (val > val6 && val > maskval) { SET_DATA_BYTE(lines + wpls, j - 1, val); pixel = (L_PIXEL *)CALLOC(1, sizeof(L_PIXEL)); pixel->x = i + 1; pixel->y = j - 1; lqueueAdd(lq_pixel, pixel); } } if (j < jmax) { val8 = GET_DATA_BYTE(lines + wpls, j + 1); maskval = GET_DATA_BYTE(linem + wplm, j + 1); if (val > val8 && val > maskval) { SET_DATA_BYTE(lines + wpls, j + 1, val); pixel = (L_PIXEL *)CALLOC(1, sizeof(L_PIXEL)); pixel->x = i + 1; pixel->y = j + 1; lqueueAdd(lq_pixel, pixel); } } val7 = GET_DATA_BYTE(lines + wpls, j); maskval = GET_DATA_BYTE(linem + wplm, j); if (val > val7 && val > maskval) { SET_DATA_BYTE(lines + wpls, j, val); pixel = (L_PIXEL *)CALLOC(1, sizeof(L_PIXEL)); pixel->x = i + 1; pixel->y = j; lqueueAdd(lq_pixel, pixel); } } if (j < jmax) { val5 = GET_DATA_BYTE(lines, j + 1); maskval = GET_DATA_BYTE(linem, j + 1); if (val > val5 && val > maskval) { SET_DATA_BYTE(lines, j + 1, val); pixel = (L_PIXEL *)CALLOC(1, sizeof(L_PIXEL)); pixel->x = i; pixel->y = j + 1; lqueueAdd(lq_pixel, pixel); } } } queue_size = lqueueGetCount(lq_pixel); } break; default: L_ERROR("shouldn't get here!\n", procName); break; } lqueueDestroy(&lq_pixel, TRUE); return; } /*-----------------------------------------------------------------------* * Vincent's Iterative Grayscale Seedfill * *-----------------------------------------------------------------------*/ /*! * seedfillGrayLowSimple() * * Notes: * (1) The pixels are numbered as follows: * 1 2 3 * 4 x 5 * 6 7 8 * This low-level filling operation consists of two scans, * raster and anti-raster, covering the entire seed image. * The caller typically iterates until the filling is * complete. * (2) The filling action can be visualized from the following example. * Suppose the mask, which clips the fill, is a sombrero-shaped * surface, where the highest point is 200 and the low pixels * around the rim are 30. Beyond the rim, the mask goes up a bit. * Suppose the seed, which is filled, consists of a single point * of height 150, located below the max of the mask, with * the rest 0. Then in the raster scan, nothing happens until * the high seed point is encountered, and then this value is * propagated right and down, until it hits the side of the * sombrero. The seed can never exceed the mask, so it fills * to the rim, going lower along the mask surface. When it * passes the rim, the seed continues to fill at the rim * height to the edge of the seed image. Then on the * anti-raster scan, the seed fills flat inside the * sombrero to the upper and left, and then out from the * rim as before. The final result has a seed that is * flat outside the rim, and inside it fills the sombrero * but only up to 150. If the rim height varies, the * filled seed outside the rim will be at the highest * point on the rim, which is a saddle point on the rim. */ void seedfillGrayLowSimple(l_uint32 *datas, l_int32 w, l_int32 h, l_int32 wpls, l_uint32 *datam, l_int32 wplm, l_int32 connectivity) { l_uint8 val2, val3, val4, val5, val7, val8; l_uint8 val, maxval, maskval; l_int32 i, j, imax, jmax; l_uint32 *lines, *linem; PROCNAME("seedfillGrayLowSimple"); imax = h - 1; jmax = w - 1; switch (connectivity) { case 4: /* UL --> LR scan */ for (i = 0; i < h; i++) { lines = datas + i * wpls; linem = datam + i * wplm; for (j = 0; j < w; j++) { if ((maskval = GET_DATA_BYTE(linem, j)) > 0) { maxval = 0; if (i > 0) maxval = GET_DATA_BYTE(lines - wpls, j); if (j > 0) { val4 = GET_DATA_BYTE(lines, j - 1); maxval = L_MAX(maxval, val4); } val = GET_DATA_BYTE(lines, j); maxval = L_MAX(maxval, val); val = L_MIN(maxval, maskval); SET_DATA_BYTE(lines, j, val); } } } /* LR --> UL scan */ for (i = imax; i >= 0; i--) { lines = datas + i * wpls; linem = datam + i * wplm; for (j = jmax; j >= 0; j--) { if ((maskval = GET_DATA_BYTE(linem, j)) > 0) { maxval = 0; if (i < imax) maxval = GET_DATA_BYTE(lines + wpls, j); if (j < jmax) { val5 = GET_DATA_BYTE(lines, j + 1); maxval = L_MAX(maxval, val5); } val = GET_DATA_BYTE(lines, j); maxval = L_MAX(maxval, val); val = L_MIN(maxval, maskval); SET_DATA_BYTE(lines, j, val); } } } break; case 8: /* UL --> LR scan */ for (i = 0; i < h; i++) { lines = datas + i * wpls; linem = datam + i * wplm; for (j = 0; j < w; j++) { if ((maskval = GET_DATA_BYTE(linem, j)) > 0) { maxval = 0; if (i > 0) { if (j > 0) maxval = GET_DATA_BYTE(lines - wpls, j - 1); if (j < jmax) { val2 = GET_DATA_BYTE(lines - wpls, j + 1); maxval = L_MAX(maxval, val2); } val3 = GET_DATA_BYTE(lines - wpls, j); maxval = L_MAX(maxval, val3); } if (j > 0) { val4 = GET_DATA_BYTE(lines, j - 1); maxval = L_MAX(maxval, val4); } val = GET_DATA_BYTE(lines, j); maxval = L_MAX(maxval, val); val = L_MIN(maxval, maskval); SET_DATA_BYTE(lines, j, val); } } } /* LR --> UL scan */ for (i = imax; i >= 0; i--) { lines = datas + i * wpls; linem = datam + i * wplm; for (j = jmax; j >= 0; j--) { if ((maskval = GET_DATA_BYTE(linem, j)) > 0) { maxval = 0; if (i < imax) { if (j > 0) maxval = GET_DATA_BYTE(lines + wpls, j - 1); if (j < jmax) { val8 = GET_DATA_BYTE(lines + wpls, j + 1); maxval = L_MAX(maxval, val8); } val7 = GET_DATA_BYTE(lines + wpls, j); maxval = L_MAX(maxval, val7); } if (j < jmax) { val5 = GET_DATA_BYTE(lines, j + 1); maxval = L_MAX(maxval, val5); } val = GET_DATA_BYTE(lines, j); maxval = L_MAX(maxval, val); val = L_MIN(maxval, maskval); SET_DATA_BYTE(lines, j, val); } } } break; default: L_ERROR("connectivity must be 4 or 8\n", procName); } return; } /*! * seedfillGrayInvLowSimple() * * Notes: * (1) The pixels are numbered as follows: * 1 2 3 * 4 x 5 * 6 7 8 * This low-level filling operation consists of two scans, * raster and anti-raster, covering the entire seed image. * The caller typically iterates until the filling is * complete. * (2) The "Inv" signifies the fact that in this case, filling * of the seed only takes place when the seed value is * greater than the mask value. The mask will act to stop * the fill when it is higher than the seed level. (This is * in contrast to conventional grayscale filling where the * seed always fills below the mask.) * (3) An example of use is a basin, described by the mask (pixm), * where within the basin, the seed pix (pixs) gets filled to the * height of the highest seed pixel that is above its * corresponding max pixel. Filling occurs while the * propagating seed pixels in pixs are larger than the * corresponding mask values in pixm. */ void seedfillGrayInvLowSimple(l_uint32 *datas, l_int32 w, l_int32 h, l_int32 wpls, l_uint32 *datam, l_int32 wplm, l_int32 connectivity) { l_uint8 val1, val2, val3, val4, val5, val6, val7, val8; l_uint8 maxval, maskval; l_int32 i, j, imax, jmax; l_uint32 *lines, *linem; PROCNAME("seedfillGrayInvLowSimple"); imax = h - 1; jmax = w - 1; switch (connectivity) { case 4: /* UL --> LR scan */ for (i = 0; i < h; i++) { lines = datas + i * wpls; linem = datam + i * wplm; for (j = 0; j < w; j++) { if ((maskval = GET_DATA_BYTE(linem, j)) < 255) { maxval = GET_DATA_BYTE(lines, j); if (i > 0) { val2 = GET_DATA_BYTE(lines - wpls, j); maxval = L_MAX(maxval, val2); } if (j > 0) { val4 = GET_DATA_BYTE(lines, j - 1); maxval = L_MAX(maxval, val4); } if (maxval > maskval) SET_DATA_BYTE(lines, j, maxval); } } } /* LR --> UL scan */ for (i = imax; i >= 0; i--) { lines = datas + i * wpls; linem = datam + i * wplm; for (j = jmax; j >= 0; j--) { if ((maskval = GET_DATA_BYTE(linem, j)) < 255) { maxval = GET_DATA_BYTE(lines, j); if (i < imax) { val7 = GET_DATA_BYTE(lines + wpls, j); maxval = L_MAX(maxval, val7); } if (j < jmax) { val5 = GET_DATA_BYTE(lines, j + 1); maxval = L_MAX(maxval, val5); } if (maxval > maskval) SET_DATA_BYTE(lines, j, maxval); } } } break; case 8: /* UL --> LR scan */ for (i = 0; i < h; i++) { lines = datas + i * wpls; linem = datam + i * wplm; for (j = 0; j < w; j++) { if ((maskval = GET_DATA_BYTE(linem, j)) < 255) { maxval = GET_DATA_BYTE(lines, j); if (i > 0) { if (j > 0) { val1 = GET_DATA_BYTE(lines - wpls, j - 1); maxval = L_MAX(maxval, val1); } if (j < jmax) { val2 = GET_DATA_BYTE(lines - wpls, j + 1); maxval = L_MAX(maxval, val2); } val3 = GET_DATA_BYTE(lines - wpls, j); maxval = L_MAX(maxval, val3); } if (j > 0) { val4 = GET_DATA_BYTE(lines, j - 1); maxval = L_MAX(maxval, val4); } if (maxval > maskval) SET_DATA_BYTE(lines, j, maxval); } } } /* LR --> UL scan */ for (i = imax; i >= 0; i--) { lines = datas + i * wpls; linem = datam + i * wplm; for (j = jmax; j >= 0; j--) { if ((maskval = GET_DATA_BYTE(linem, j)) < 255) { maxval = GET_DATA_BYTE(lines, j); if (i < imax) { if (j > 0) { val6 = GET_DATA_BYTE(lines + wpls, j - 1); maxval = L_MAX(maxval, val6); } if (j < jmax) { val8 = GET_DATA_BYTE(lines + wpls, j + 1); maxval = L_MAX(maxval, val8); } val7 = GET_DATA_BYTE(lines + wpls, j); maxval = L_MAX(maxval, val7); } if (j < jmax) { val5 = GET_DATA_BYTE(lines, j + 1); maxval = L_MAX(maxval, val5); } if (maxval > maskval) SET_DATA_BYTE(lines, j, maxval); } } } break; default: L_ERROR("connectivity must be 4 or 8\n", procName); } return; } /*-----------------------------------------------------------------------* * Vincent's Distance Function method * *-----------------------------------------------------------------------*/ /*! * distanceFunctionLow() */ void distanceFunctionLow(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 d, l_int32 wpld, l_int32 connectivity) { l_int32 val1, val2, val3, val4, val5, val6, val7, val8, minval, val; l_int32 i, j, imax, jmax; l_uint32 *lined; PROCNAME("distanceFunctionLow"); /* One raster scan followed by one anti-raster scan. * This does not re-set the 1-boundary of pixels that * were initialized to either 0 or maxval. */ imax = h - 1; jmax = w - 1; switch (connectivity) { case 4: if (d == 8) { /* UL --> LR scan */ for (i = 1; i < imax; i++) { lined = datad + i * wpld; for (j = 1; j < jmax; j++) { if ((val = GET_DATA_BYTE(lined, j)) > 0) { val2 = GET_DATA_BYTE(lined - wpld, j); val4 = GET_DATA_BYTE(lined, j - 1); minval = L_MIN(val2, val4); minval = L_MIN(minval, 254); SET_DATA_BYTE(lined, j, minval + 1); } } } /* LR --> UL scan */ for (i = imax - 1; i > 0; i--) { lined = datad + i * wpld; for (j = jmax - 1; j > 0; j--) { if ((val = GET_DATA_BYTE(lined, j)) > 0) { val7 = GET_DATA_BYTE(lined + wpld, j); val5 = GET_DATA_BYTE(lined, j + 1); minval = L_MIN(val5, val7); minval = L_MIN(minval + 1, val); SET_DATA_BYTE(lined, j, minval); } } } } else { /* d == 16 */ /* UL --> LR scan */ for (i = 1; i < imax; i++) { lined = datad + i * wpld; for (j = 1; j < jmax; j++) { if ((val = GET_DATA_TWO_BYTES(lined, j)) > 0) { val2 = GET_DATA_TWO_BYTES(lined - wpld, j); val4 = GET_DATA_TWO_BYTES(lined, j - 1); minval = L_MIN(val2, val4); minval = L_MIN(minval, 0xfffe); SET_DATA_TWO_BYTES(lined, j, minval + 1); } } } /* LR --> UL scan */ for (i = imax - 1; i > 0; i--) { lined = datad + i * wpld; for (j = jmax - 1; j > 0; j--) { if ((val = GET_DATA_TWO_BYTES(lined, j)) > 0) { val7 = GET_DATA_TWO_BYTES(lined + wpld, j); val5 = GET_DATA_TWO_BYTES(lined, j + 1); minval = L_MIN(val5, val7); minval = L_MIN(minval + 1, val); SET_DATA_TWO_BYTES(lined, j, minval); } } } } break; case 8: if (d == 8) { /* UL --> LR scan */ for (i = 1; i < imax; i++) { lined = datad + i * wpld; for (j = 1; j < jmax; j++) { if ((val = GET_DATA_BYTE(lined, j)) > 0) { val1 = GET_DATA_BYTE(lined - wpld, j - 1); val2 = GET_DATA_BYTE(lined - wpld, j); val3 = GET_DATA_BYTE(lined - wpld, j + 1); val4 = GET_DATA_BYTE(lined, j - 1); minval = L_MIN(val1, val2); minval = L_MIN(minval, val3); minval = L_MIN(minval, val4); minval = L_MIN(minval, 254); SET_DATA_BYTE(lined, j, minval + 1); } } } /* LR --> UL scan */ for (i = imax - 1; i > 0; i--) { lined = datad + i * wpld; for (j = jmax - 1; j > 0; j--) { if ((val = GET_DATA_BYTE(lined, j)) > 0) { val8 = GET_DATA_BYTE(lined + wpld, j + 1); val7 = GET_DATA_BYTE(lined + wpld, j); val6 = GET_DATA_BYTE(lined + wpld, j - 1); val5 = GET_DATA_BYTE(lined, j + 1); minval = L_MIN(val8, val7); minval = L_MIN(minval, val6); minval = L_MIN(minval, val5); minval = L_MIN(minval + 1, val); SET_DATA_BYTE(lined, j, minval); } } } } else { /* d == 16 */ /* UL --> LR scan */ for (i = 1; i < imax; i++) { lined = datad + i * wpld; for (j = 1; j < jmax; j++) { if ((val = GET_DATA_TWO_BYTES(lined, j)) > 0) { val1 = GET_DATA_TWO_BYTES(lined - wpld, j - 1); val2 = GET_DATA_TWO_BYTES(lined - wpld, j); val3 = GET_DATA_TWO_BYTES(lined - wpld, j + 1); val4 = GET_DATA_TWO_BYTES(lined, j - 1); minval = L_MIN(val1, val2); minval = L_MIN(minval, val3); minval = L_MIN(minval, val4); minval = L_MIN(minval, 0xfffe); SET_DATA_TWO_BYTES(lined, j, minval + 1); } } } /* LR --> UL scan */ for (i = imax - 1; i > 0; i--) { lined = datad + i * wpld; for (j = jmax - 1; j > 0; j--) { if ((val = GET_DATA_TWO_BYTES(lined, j)) > 0) { val8 = GET_DATA_TWO_BYTES(lined + wpld, j + 1); val7 = GET_DATA_TWO_BYTES(lined + wpld, j); val6 = GET_DATA_TWO_BYTES(lined + wpld, j - 1); val5 = GET_DATA_TWO_BYTES(lined, j + 1); minval = L_MIN(val8, val7); minval = L_MIN(minval, val6); minval = L_MIN(minval, val5); minval = L_MIN(minval + 1, val); SET_DATA_TWO_BYTES(lined, j, minval); } } } } break; default: L_ERROR("connectivity must be 4 or 8\n", procName); break; } return; } /*-----------------------------------------------------------------------* * Seed spread (based on distance function) * *-----------------------------------------------------------------------*/ /*! * seedspreadLow() * * See pixSeedspread() for a brief description of the algorithm here. */ void seedspreadLow(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datat, l_int32 wplt, l_int32 connectivity) { l_int32 val1t, val2t, val3t, val4t, val5t, val6t, val7t, val8t; l_int32 i, j, imax, jmax, minval, valt, vald; l_uint32 *linet, *lined; PROCNAME("seedspreadLow"); /* One raster scan followed by one anti-raster scan. * pixt is initialized to have 0 on pixels where the * input is specified in pixd, and to have 1 on all * other pixels. We only change pixels in pixt and pixd * that are non-zero in pixt. */ imax = h - 1; jmax = w - 1; switch (connectivity) { case 4: /* UL --> LR scan */ for (i = 1; i < h; i++) { linet = datat + i * wplt; lined = datad + i * wpld; for (j = 1; j < jmax; j++) { if ((valt = GET_DATA_TWO_BYTES(linet, j)) > 0) { val2t = GET_DATA_TWO_BYTES(linet - wplt, j); val4t = GET_DATA_TWO_BYTES(linet, j - 1); minval = L_MIN(val2t, val4t); minval = L_MIN(minval, 0xfffe); SET_DATA_TWO_BYTES(linet, j, minval + 1); if (val2t < val4t) vald = GET_DATA_BYTE(lined - wpld, j); else vald = GET_DATA_BYTE(lined, j - 1); SET_DATA_BYTE(lined, j, vald); } } } /* LR --> UL scan */ for (i = imax - 1; i > 0; i--) { linet = datat + i * wplt; lined = datad + i * wpld; for (j = jmax - 1; j > 0; j--) { if ((valt = GET_DATA_TWO_BYTES(linet, j)) > 0) { val7t = GET_DATA_TWO_BYTES(linet + wplt, j); val5t = GET_DATA_TWO_BYTES(linet, j + 1); minval = L_MIN(val5t, val7t); minval = L_MIN(minval + 1, valt); if (valt > minval) { /* replace */ SET_DATA_TWO_BYTES(linet, j, minval); if (val5t < val7t) vald = GET_DATA_BYTE(lined, j + 1); else vald = GET_DATA_BYTE(lined + wplt, j); SET_DATA_BYTE(lined, j, vald); } } } } break; case 8: /* UL --> LR scan */ for (i = 1; i < h; i++) { linet = datat + i * wplt; lined = datad + i * wpld; for (j = 1; j < jmax; j++) { if ((valt = GET_DATA_TWO_BYTES(linet, j)) > 0) { val1t = GET_DATA_TWO_BYTES(linet - wplt, j - 1); val2t = GET_DATA_TWO_BYTES(linet - wplt, j); val3t = GET_DATA_TWO_BYTES(linet - wplt, j + 1); val4t = GET_DATA_TWO_BYTES(linet, j - 1); minval = L_MIN(val1t, val2t); minval = L_MIN(minval, val3t); minval = L_MIN(minval, val4t); minval = L_MIN(minval, 0xfffe); SET_DATA_TWO_BYTES(linet, j, minval + 1); if (minval == val1t) vald = GET_DATA_BYTE(lined - wpld, j - 1); else if (minval == val2t) vald = GET_DATA_BYTE(lined - wpld, j); else if (minval == val3t) vald = GET_DATA_BYTE(lined - wpld, j + 1); else /* minval == val4t */ vald = GET_DATA_BYTE(lined, j - 1); SET_DATA_BYTE(lined, j, vald); } } } /* LR --> UL scan */ for (i = imax - 1; i > 0; i--) { linet = datat + i * wplt; lined = datad + i * wpld; for (j = jmax - 1; j > 0; j--) { if ((valt = GET_DATA_TWO_BYTES(linet, j)) > 0) { val8t = GET_DATA_TWO_BYTES(linet + wplt, j + 1); val7t = GET_DATA_TWO_BYTES(linet + wplt, j); val6t = GET_DATA_TWO_BYTES(linet + wplt, j - 1); val5t = GET_DATA_TWO_BYTES(linet, j + 1); minval = L_MIN(val8t, val7t); minval = L_MIN(minval, val6t); minval = L_MIN(minval, val5t); minval = L_MIN(minval + 1, valt); if (valt > minval) { /* replace */ SET_DATA_TWO_BYTES(linet, j, minval); if (minval == val5t + 1) vald = GET_DATA_BYTE(lined, j + 1); else if (minval == val6t + 1) vald = GET_DATA_BYTE(lined + wpld, j - 1); else if (minval == val7t + 1) vald = GET_DATA_BYTE(lined + wpld, j); else /* minval == val8t + 1 */ vald = GET_DATA_BYTE(lined + wpld, j + 1); SET_DATA_BYTE(lined, j, vald); } } } } break; default: L_ERROR("connectivity must be 4 or 8\n", procName); break; } return; } leptonica-1.70/src/pixcomp.c0000664000175000017500000016742612270201072014132 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pixcomp.c * * Pixcomp creation and destruction * PIXC *pixcompCreateFromPix() * PIXC *pixcompCreateFromString() * PIXC *pixcompCreateFromFile() * void pixcompDestroy() * Pixcomp accessors * l_int32 pixcompGetDimensions() * l_int32 pixcompDetermineFormat() * * Pixcomp conversion to Pix * PIX *pixCreateFromPixcomp() * * Pixacomp creation and destruction * PIXAC *pixacompCreate() * PIXAC *pixacompCreateWithInit() * PIXAC *pixacompCreateFromPixa() * PIXAC *pixacompCreateFromFiles() * PIXAC *pixacompCreateFromSA() * void pixacompDestroy() * * Pixacomp addition/replacement * l_int32 pixacompAddPix() * l_int32 pixacompAddPixcomp() * static l_int32 pixacompExtendArray() * l_int32 pixacompReplacePix() * l_int32 pixacompReplacePixcomp() * l_int32 pixacompAddBox() * * Pixacomp accessors * l_int32 pixacompGetCount() * PIXC *pixacompGetPixcomp() * PIX *pixacompGetPix() * l_int32 pixacompGetPixDimensions() * BOXA *pixacompGetBoxa() * l_int32 pixacompGetBoxaCount() * BOX *pixacompGetBox() * l_int32 pixacompGetBoxGeometry() * l_int32 pixacompGetOffset() * l_int32 pixacompSetOffset() * * Pixacomp conversion to Pixa * PIXA *pixaCreateFromPixacomp() * * Pixacomp serialized I/O * PIXAC *pixacompRead() * PIXAC *pixacompReadStream() * l_int32 pixacompWrite() * l_int32 pixacompWriteStream() * * Conversion to pdf * l_int32 pixacompConvertToPdf() * l_int32 pixacompConvertToPdfData() * * Output for debugging * l_int32 pixacompWriteStreamInfo() * l_int32 pixcompWriteStreamInfo() * PIX *pixacompDisplayTiledAndScaled() * * The Pixacomp is an array of Pixcomp, where each Pixcomp is a compressed * string of the image. We don't use reference counting here. * The basic application is to allow a large array of highly * compressible images to reside in memory. We purposely don't * reuse the Pixa for this, to avoid confusion and programming errors. * * Three compression formats are used: g4, png and jpeg. * The compression type can be either specified or defaulted. * If specified and it is not possible to compress (for example, * you specify a jpeg on a 1 bpp image or one with a colormap), * the compression type defaults to png. * * The serialized version of the Pixacomp is similar to that for * a Pixa, except that each Pixcomp can be compressed by one of * tiffg4, png, or jpeg. Unlike serialization of the Pixa, * serialization of the Pixacomp does not require any imaging * libraries because it simply reads and writes the compressed data. * * There are two modes of use in accumulating images: * (1) addition to the end of the array * (2) random insertion (replacement) into the array * * In use, we assume that the array is fully populated up to the * index value (n - 1), where n is the value of the pixcomp field n. * Addition can only be made to the end of the fully populated array, * at the index value n. Insertion can be made randomly, but again * only within the array of pixcomps; i.e., within the set of * indices {0 .... n-1}. The functions are pixacompReplacePix() * and pixacompReplacePixcomp(), and they destroy the existing pixcomp. * * For addition to the end of the array, use pixacompCreate(), which * generates an initially empty array of pixcomps. For random * insertion and replacement of pixcomp into a pixacomp, * initialize a fully populated array using pixacompCreateWithInit(). * * The offset field allows you to use an offset-based index to * access the 0-based ptr array in the pixacomp. This would typically * be used to map the pixacomp array index to a page number, or v.v. * By default, the offset is 0. For example, suppose you have 50 images, * corresponding to page numbers 10 - 59. Then you would use * pixac = pixacompCreateWithInit(50, 10, ...); * This would allocate an array of 50 pixcomps, but if you asked for * the pix at index 10, using pixacompGetPix(pixac, 10), it would * apply the offset internally, returning the pix at index 0 in the array. */ #include #include "allheaders.h" static const l_int32 INITIAL_PTR_ARRAYSIZE = 20; /* n'import quoi */ /* These two globals are defined in writefile.c */ extern l_int32 NumImageFileFormatExtensions; extern const char *ImageFileFormatExtensions[]; /* Static function */ static l_int32 pixacompExtendArray(PIXAC *pixac); /*---------------------------------------------------------------------* * Pixcomp creation and destruction * *---------------------------------------------------------------------*/ /*! * pixcompCreateFromPix() * * Input: pix * comptype (IFF_DEFAULT, IFF_TIFF_G4, IFF_PNG, IFF_JFIF_JPEG) * Return: pixc, or null on error * * Notes: * (1) Use @comptype == IFF_DEFAULT to have the compression * type automatically determined. */ PIXC * pixcompCreateFromPix(PIX *pix, l_int32 comptype) { size_t size; char *text; l_int32 ret, format; l_uint8 *data; PIXC *pixc; PROCNAME("pixcompCreateFromPix"); if (!pix) return (PIXC *)ERROR_PTR("pix not defined", procName, NULL); if (comptype != IFF_DEFAULT && comptype != IFF_TIFF_G4 && comptype != IFF_PNG && comptype != IFF_JFIF_JPEG) return (PIXC *)ERROR_PTR("invalid comptype", procName, NULL); if ((pixc = (PIXC *)CALLOC(1, sizeof(PIXC))) == NULL) return (PIXC *)ERROR_PTR("pixc not made", procName, NULL); pixGetDimensions(pix, &pixc->w, &pixc->h, &pixc->d); pixGetResolution(pix, &pixc->xres, &pixc->yres); if (pixGetColormap(pix)) pixc->cmapflag = 1; if ((text = pixGetText(pix)) != NULL) pixc->text = stringNew(text); pixcompDetermineFormat(comptype, pixc->d, pixc->cmapflag, &format); pixc->comptype = format; ret = pixWriteMem(&data, &size, pix, format); if (ret) { L_ERROR("write to memory failed\n", procName); pixcompDestroy(&pixc); return NULL; } pixc->data = data; pixc->size = size; return pixc; } /*! * pixcompCreateFromString() * * Input: data (compressed string) * size (number of bytes) * copyflag (L_INSERT or L_COPY) * Return: pixc, or null on error * * Notes: * (1) This works when the compressed string is png, jpeg or tiffg4. * (2) The copyflag determines if the data in the new Pixcomp is * a copy of the input data. */ PIXC * pixcompCreateFromString(l_uint8 *data, size_t size, l_int32 copyflag) { l_int32 format, w, h, d, bps, spp, iscmap; PIXC *pixc; PROCNAME("pixcompCreateFromString"); if (!data) return (PIXC *)ERROR_PTR("data not defined", procName, NULL); if (copyflag != L_INSERT && copyflag != L_COPY) return (PIXC *)ERROR_PTR("invalid copyflag", procName, NULL); if (pixReadHeaderMem(data, size, &format, &w, &h, &bps, &spp, &iscmap) == 1) return (PIXC *)ERROR_PTR("header data not read", procName, NULL); if ((pixc = (PIXC *)CALLOC(1, sizeof(PIXC))) == NULL) return (PIXC *)ERROR_PTR("pixc not made", procName, NULL); d = (spp == 3) ? 32 : bps * spp; pixc->w = w; pixc->h = h; pixc->d = d; pixc->comptype = format; pixc->cmapflag = iscmap; if (copyflag == L_INSERT) pixc->data = data; else pixc->data = l_binaryCopy(data, size); pixc->size = size; return pixc; } /*! * pixcompCreateFromFile() * * Input: filename * comptype (IFF_DEFAULT, IFF_TIFF_G4, IFF_PNG, IFF_JFIF_JPEG) * Return: pixc, or null on error * * Notes: * (1) Use @comptype == IFF_DEFAULT to have the compression * type automatically determined. * (2) If the comptype is invalid for this file, the default will * be substituted. */ PIXC * pixcompCreateFromFile(const char *filename, l_int32 comptype) { l_int32 format; size_t nbytes; l_uint8 *data; PIX *pix; PIXC *pixc; PROCNAME("pixcompCreateFromFile"); if (!filename) return (PIXC *)ERROR_PTR("filename not defined", procName, NULL); if (comptype != IFF_DEFAULT && comptype != IFF_TIFF_G4 && comptype != IFF_PNG && comptype != IFF_JFIF_JPEG) return (PIXC *)ERROR_PTR("invalid comptype", procName, NULL); findFileFormat(filename, &format); if (format == IFF_UNKNOWN) { L_ERROR("unreadable file: %s\n", procName, filename); return NULL; } /* Can we accept the encoded file directly? Remember that * png is the "universal" compression type, so if requested * it takes precedence. Otherwise, if the file is already * compressed in g4 or jpeg, just accept the string. */ if ((format == IFF_TIFF_G4 && comptype != IFF_PNG) || (format == IFF_JFIF_JPEG && comptype != IFF_PNG)) comptype = format; if (comptype != IFF_DEFAULT && comptype == format) { data = l_binaryRead(filename, &nbytes); if ((pixc = pixcompCreateFromString(data, nbytes, L_INSERT)) == NULL) { FREE(data); return (PIXC *)ERROR_PTR("pixc not made (string)", procName, NULL); } return pixc; } /* Need to recompress in the default format */ if ((pix = pixRead(filename)) == NULL) return (PIXC *)ERROR_PTR("pix not read", procName, NULL); if ((pixc = pixcompCreateFromPix(pix, comptype)) == NULL) { pixDestroy(&pix); return (PIXC *)ERROR_PTR("pixc not made", procName, NULL); } pixDestroy(&pix); return pixc; } /*! * pixcompDestroy() * * Input: &pixc * Return: void * * Notes: * (1) Always nulls the input ptr. */ void pixcompDestroy(PIXC **ppixc) { PIXC *pixc; PROCNAME("pixcompDestroy"); if (!ppixc) { L_WARNING("ptr address is null!\n", procName); return; } if ((pixc = *ppixc) == NULL) return; FREE(pixc->data); if (pixc->text) FREE(pixc->text); FREE(pixc); *ppixc = NULL; return; } /*---------------------------------------------------------------------* * Pixcomp accessors * *---------------------------------------------------------------------*/ /*! * pixcompGetDimensions() * * Input: pixc * &w, &h, &d () * Return: 0 if OK, 1 on error */ l_int32 pixcompGetDimensions(PIXC *pixc, l_int32 *pw, l_int32 *ph, l_int32 *pd) { PROCNAME("pixcompGetDimensions"); if (!pixc) return ERROR_INT("pixc not defined", procName, 1); if (pw) *pw = pixc->w; if (ph) *ph = pixc->h; if (pd) *pd = pixc->d; return 0; } /*! * pixcompDetermineFormat() * * Input: comptype (IFF_DEFAULT, IFF_TIFF_G4, IFF_PNG, IFF_JFIF_JPEG) * d (pix depth) * cmapflag (1 if pix to be compressed as a colormap; 0 otherwise) * &format (return IFF_TIFF, IFF_PNG or IFF_JFIF_JPEG) * Return: 0 if OK; 1 on error * * Notes: * (1) This determines the best format for a pix, given both * the request (@comptype) and the image characteristics. * (2) If @comptype == IFF_DEFAULT, this does not necessarily result * in png encoding. Instead, it returns one of the three formats * that is both valid and most likely to give best compression. * (3) If the pix cannot be compressed by the input value of * @comptype, this selects IFF_PNG, which can compress all pix. */ l_int32 pixcompDetermineFormat(l_int32 comptype, l_int32 d, l_int32 cmapflag, l_int32 *pformat) { PROCNAME("pixcompDetermineFormat"); if (!pformat) return ERROR_INT("&format not defined", procName, 1); *pformat = IFF_PNG; /* init value and default */ if (comptype != IFF_DEFAULT && comptype != IFF_TIFF_G4 && comptype != IFF_PNG && comptype != IFF_JFIF_JPEG) return ERROR_INT("invalid comptype", procName, 1); if (comptype == IFF_DEFAULT) { if (d == 1) *pformat = IFF_TIFF_G4; else if (d == 16) *pformat = IFF_PNG; else if (d >= 8 && !cmapflag) *pformat = IFF_JFIF_JPEG; } else if (comptype == IFF_TIFF_G4 && d == 1) { *pformat = IFF_TIFF_G4; } else if (comptype == IFF_JFIF_JPEG && d >= 8 && !cmapflag) { *pformat = IFF_JFIF_JPEG; } return 0; } /*---------------------------------------------------------------------* * Pixcomp conversion to Pix * *---------------------------------------------------------------------*/ /*! * pixCreateFromPixcomp() * * Input: pixc * Return: pix, or null on error */ PIX * pixCreateFromPixcomp(PIXC *pixc) { l_int32 w, h, d, cmapinpix, format; PIX *pix; PROCNAME("pixCreateFromPixcomp"); if (!pixc) return (PIX *)ERROR_PTR("pixc not defined", procName, NULL); if ((pix = pixReadMem(pixc->data, pixc->size)) == NULL) return (PIX *)ERROR_PTR("pix not read", procName, NULL); pixSetResolution(pix, pixc->xres, pixc->yres); if (pixc->text) pixSetText(pix, pixc->text); /* Check fields for consistency */ pixGetDimensions(pix, &w, &h, &d); if (pixc->w != w) { L_INFO("pix width %d != pixc width %d\n", procName, w, pixc->w); L_ERROR("pix width %d != pixc width\n", procName, w); } if (pixc->h != h) L_ERROR("pix height %d != pixc height\n", procName, h); if (pixc->d != d) { if (pixc->d == 16) /* we strip 16 --> 8 bpp by default */ L_WARNING("pix depth %d != pixc depth 16\n", procName, d); else L_ERROR("pix depth %d != pixc depth\n", procName, d); } cmapinpix = (pixGetColormap(pix) != NULL); if ((cmapinpix && !pixc->cmapflag) || (!cmapinpix && pixc->cmapflag)) L_ERROR("pix cmap flag inconsistent\n", procName); format = pixGetInputFormat(pix); if (format != pixc->comptype) { L_ERROR("pix comptype %d not equal to pixc comptype\n", procName, format); } return pix; } /*---------------------------------------------------------------------* * Pixacomp creation and destruction * *---------------------------------------------------------------------*/ /*! * pixacompCreate() * * Input: n (initial number of ptrs) * Return: pixac, or null on error */ PIXAC * pixacompCreate(l_int32 n) { PIXAC *pixac; PROCNAME("pixacompCreate"); if (n <= 0) n = INITIAL_PTR_ARRAYSIZE; if ((pixac = (PIXAC *)CALLOC(1, sizeof(PIXAC))) == NULL) return (PIXAC *)ERROR_PTR("pixac not made", procName, NULL); pixac->n = 0; pixac->nalloc = n; pixac->offset = 0; if ((pixac->pixc = (PIXC **)CALLOC(n, sizeof(PIXC *))) == NULL) return (PIXAC *)ERROR_PTR("pixc ptrs not made", procName, NULL); if ((pixac->boxa = boxaCreate(n)) == NULL) return (PIXAC *)ERROR_PTR("boxa not made", procName, NULL); return pixac; } /*! * pixacompCreateWithInit() * * Input: n (initial number of ptrs) * offset (difference: accessor index - pixacomp array index) * pix ( initialize each ptr in pixacomp to this pix; * can be NULL) * comptype (IFF_DEFAULT, IFF_TIFF_G4, IFF_PNG, IFF_JFIF_JPEG) * Return: pixac, or null on error * * Notes: * (1) Initializes a pixacomp to be fully populated with @pix, * compressed using @comptype. If @pix == NULL, @comptype * is ignored. * (2) Typically, the array is initialized with a tiny pix. * This is most easily done by setting @pix == NULL, causing * initialization of each array element with a tiny placeholder * pix (w = h = d = 1), using comptype = IFF_TIFF_G4 . * (3) Example usage: * // Generate pixacomp for pages 30 - 49. This has an array * // size of 20 and the page number offset is 30. * PixaComp *pixac = pixacompCreateWithInit(20, 30, NULL, * IFF_TIFF_G4); * // Now insert png-compressed images into the initialized array * for (pageno = 30; pageno < 50; pageno++) { * Pix *pixt = ... // derived from image[pageno] * if (pixt) * pixacompReplacePix(pixac, pageno, pixt, IFF_PNG); * pixDestroy(&pixt); * } * The result is a pixac with 20 compressed strings, and with * selected pixt replacing the placeholders. * To extract the image for page 38, which is decompressed * from element 8 in the array, use: * pixt = pixacompGetPix(pixac, 38); */ PIXAC * pixacompCreateWithInit(l_int32 n, l_int32 offset, PIX *pix, l_int32 comptype) { l_int32 i; PIX *pixt; PIXC *pixc; PIXAC *pixac; PROCNAME("pixacompCreateWithInit"); if (n <= 0) return (PIXAC *)ERROR_PTR("n must be > 0", procName, NULL); if (pix) { if (comptype != IFF_DEFAULT && comptype != IFF_TIFF_G4 && comptype != IFF_PNG && comptype != IFF_JFIF_JPEG) return (PIXAC *)ERROR_PTR("invalid comptype", procName, NULL); } else { comptype = IFF_TIFF_G4; } if (offset < 0) { L_WARNING("offset < 0; setting to 0\n", procName); offset = 0; } if ((pixac = pixacompCreate(n)) == NULL) return (PIXAC *)ERROR_PTR("pixac not made", procName, NULL); pixacompSetOffset(pixac, offset); if (pix) pixt = pixClone(pix); else pixt = pixCreate(1, 1, 1); for (i = 0; i < n; i++) { pixc = pixcompCreateFromPix(pixt, comptype); pixacompAddPixcomp(pixac, pixc); } pixDestroy(&pixt); return pixac; } /*! * pixacompCreateFromPixa() * * Input: pixa * comptype (IFF_DEFAULT, IFF_TIFF_G4, IFF_PNG, IFF_JFIF_JPEG) * accesstype (L_COPY, L_CLONE, L_COPY_CLONE) * Return: 0 if OK, 1 on error * * Notes: * (1) If @format == IFF_DEFAULT, the conversion format for each * image is chosen automatically. Otherwise, we use the * specified format unless it can't be done (e.g., jpeg * for a 1, 2 or 4 bpp pix, or a pix with a colormap), * in which case we use the default (assumed best) compression. * (2) @accesstype is used to extract a boxa from @pixa. */ PIXAC * pixacompCreateFromPixa(PIXA *pixa, l_int32 comptype, l_int32 accesstype) { l_int32 i, n; BOXA *boxa; PIX *pix; PIXAC *pixac; PROCNAME("pixacompCreateFromPixa"); if (!pixa) return (PIXAC *)ERROR_PTR("pixa not defined", procName, NULL); if (comptype != IFF_DEFAULT && comptype != IFF_TIFF_G4 && comptype != IFF_PNG && comptype != IFF_JFIF_JPEG) return (PIXAC *)ERROR_PTR("invalid comptype", procName, NULL); if (accesstype != L_COPY && accesstype != L_CLONE && accesstype != L_COPY_CLONE) return (PIXAC *)ERROR_PTR("invalid accesstype", procName, NULL); n = pixaGetCount(pixa); if ((pixac = pixacompCreate(n)) == NULL) return (PIXAC *)ERROR_PTR("pixac not made", procName, NULL); for (i = 0; i < n; i++) { pix = pixaGetPix(pixa, i, L_CLONE); pixacompAddPix(pixac, pix, comptype); pixDestroy(&pix); } if ((boxa = pixaGetBoxa(pixa, accesstype)) != NULL) { if (pixac->boxa) { boxaDestroy(&pixac->boxa); pixac->boxa = boxa; } } return pixac; } /*! * pixacompCreateFromFiles() * * Input: dirname * substr ( substring filter on filenames; can be null) * comptype (IFF_DEFAULT, IFF_TIFF_G4, IFF_PNG, IFF_JFIF_JPEG) * Return: pixac, or null on error * * Notes: * (1) @dirname is the full path for the directory. * (2) @substr is the part of the file name (excluding * the directory) that is to be matched. All matching * filenames are read into the Pixa. If substr is NULL, * all filenames are read into the Pixa. * (3) Use @comptype == IFF_DEFAULT to have the compression * type automatically determined for each file. * (4) If the comptype is invalid for a file, the default will * be substituted. */ PIXAC * pixacompCreateFromFiles(const char *dirname, const char *substr, l_int32 comptype) { PIXAC *pixac; SARRAY *sa; PROCNAME("pixacompCreateFromFiles"); if (!dirname) return (PIXAC *)ERROR_PTR("dirname not defined", procName, NULL); if (comptype != IFF_DEFAULT && comptype != IFF_TIFF_G4 && comptype != IFF_PNG && comptype != IFF_JFIF_JPEG) return (PIXAC *)ERROR_PTR("invalid comptype", procName, NULL); if ((sa = getSortedPathnamesInDirectory(dirname, substr, 0, 0)) == NULL) return (PIXAC *)ERROR_PTR("sa not made", procName, NULL); pixac = pixacompCreateFromSA(sa, comptype); sarrayDestroy(&sa); return pixac; } /*! * pixacompCreateFromSA() * * Input: sarray (full pathnames for all files) * comptype (IFF_DEFAULT, IFF_TIFF_G4, IFF_PNG, IFF_JFIF_JPEG) * Return: pixac, or null on error * * Notes: * (1) Use @comptype == IFF_DEFAULT to have the compression * type automatically determined for each file. * (2) If the comptype is invalid for a file, the default will * be substituted. */ PIXAC * pixacompCreateFromSA(SARRAY *sa, l_int32 comptype) { char *str; l_int32 i, n; PIXC *pixc; PIXAC *pixac; PROCNAME("pixacompCreateFromSA"); if (!sa) return (PIXAC *)ERROR_PTR("sarray not defined", procName, NULL); if (comptype != IFF_DEFAULT && comptype != IFF_TIFF_G4 && comptype != IFF_PNG && comptype != IFF_JFIF_JPEG) return (PIXAC *)ERROR_PTR("invalid comptype", procName, NULL); n = sarrayGetCount(sa); pixac = pixacompCreate(n); for (i = 0; i < n; i++) { str = sarrayGetString(sa, i, L_NOCOPY); if ((pixc = pixcompCreateFromFile(str, comptype)) == NULL) { L_ERROR("pixc not read from file: %s\n", procName, str); continue; } pixacompAddPixcomp(pixac, pixc); } return pixac; } /*! * pixacompDestroy() * * Input: &pixac () * Return: void * * Notes: * (1) Always nulls the input ptr. */ void pixacompDestroy(PIXAC **ppixac) { l_int32 i; PIXAC *pixac; PROCNAME("pixacompDestroy"); if (ppixac == NULL) { L_WARNING("ptr address is NULL!\n", procName); return; } if ((pixac = *ppixac) == NULL) return; for (i = 0; i < pixac->n; i++) pixcompDestroy(&pixac->pixc[i]); FREE(pixac->pixc); boxaDestroy(&pixac->boxa); FREE(pixac); *ppixac = NULL; return; } /*---------------------------------------------------------------------* * Pixacomp addition * *---------------------------------------------------------------------*/ /*! * pixacompAddPix() * * Input: pixac * pix (to be added) * comptype (IFF_DEFAULT, IFF_TIFF_G4, IFF_PNG, IFF_JFIF_JPEG) * Return: 0 if OK; 1 on error * * Notes: * (1) The array is filled up to the (n-1)-th element, and this * converts the input pix to a pixcomp and adds it at * the n-th position. */ l_int32 pixacompAddPix(PIXAC *pixac, PIX *pix, l_int32 comptype) { l_int32 cmapflag, format; PIXC *pixc; PROCNAME("pixacompAddPix"); if (!pixac) return ERROR_INT("pixac not defined", procName, 1); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (comptype != IFF_DEFAULT && comptype != IFF_TIFF_G4 && comptype != IFF_PNG && comptype != IFF_JFIF_JPEG) return ERROR_INT("invalid format", procName, 1); cmapflag = pixGetColormap(pix) ? 1 : 0; pixcompDetermineFormat(comptype, pixGetDepth(pix), cmapflag, &format); if ((pixc = pixcompCreateFromPix(pix, format)) == NULL) return ERROR_INT("pixc not made", procName, 1); pixacompAddPixcomp(pixac, pixc); return 0; } /*! * pixacompAddPixcomp() * * Input: pixac * pixc (to be added by insertion) * Return: 0 if OK; 1 on error */ l_int32 pixacompAddPixcomp(PIXAC *pixac, PIXC *pixc) { l_int32 n; PROCNAME("pixacompAddPixcomp"); if (!pixac) return ERROR_INT("pixac not defined", procName, 1); if (!pixc) return ERROR_INT("pixc not defined", procName, 1); n = pixac->n; if (n >= pixac->nalloc) pixacompExtendArray(pixac); pixac->pixc[n] = pixc; pixac->n++; return 0; } /*! * pixacompExtendArray() * * Input: pixac * Return: 0 if OK; 1 on error * * Notes: * (1) We extend the boxa array simultaneously. This is * necessary in case we are NOT adding boxes simultaneously * with adding pixc. We always want the sizes of the * pixac and boxa ptr arrays to be equal. */ static l_int32 pixacompExtendArray(PIXAC *pixac) { PROCNAME("pixacompExtendArray"); if (!pixac) return ERROR_INT("pixac not defined", procName, 1); if ((pixac->pixc = (PIXC **)reallocNew((void **)&pixac->pixc, sizeof(PIXC *) * pixac->nalloc, 2 * sizeof(PIXC *) * pixac->nalloc)) == NULL) return ERROR_INT("new ptr array not returned", procName, 1); pixac->nalloc = 2 * pixac->nalloc; boxaExtendArray(pixac->boxa); return 0; } /*! * pixacompReplacePix() * * Input: pixac * index (caller's view of index within pixac; includes offset) * pix (owned by the caller) * comptype (IFF_DEFAULT, IFF_TIFF_G4, IFF_PNG, IFF_JFIF_JPEG) * Return: 0 if OK; 1 on error * * Notes: * (1) The @index includes the offset, which must be subtracted * to get the actual index into the ptr array. * (2) The input @pix is converted to a pixc, which is then inserted * into the pixac. */ l_int32 pixacompReplacePix(PIXAC *pixac, l_int32 index, PIX *pix, l_int32 comptype) { l_int32 n, aindex; PIXC *pixc; PROCNAME("pixacompReplacePix"); if (!pixac) return ERROR_INT("pixac not defined", procName, 1); n = pixacompGetCount(pixac); aindex = index - pixac->offset; if (aindex < 0 || aindex >= n) return ERROR_INT("array index out of bounds", procName, 1); if (!pix) return ERROR_INT("pix not defined", procName, 1); if (comptype != IFF_DEFAULT && comptype != IFF_TIFF_G4 && comptype != IFF_PNG && comptype != IFF_JFIF_JPEG) return ERROR_INT("invalid format", procName, 1); pixc = pixcompCreateFromPix(pix, comptype); pixacompReplacePixcomp(pixac, index, pixc); return 0; } /*! * pixacompReplacePixcomp() * * Input: pixac * index (caller's view of index within pixac; includes offset) * pixc (to replace existing one, which is destroyed) * Return: 0 if OK; 1 on error * * Notes: * (1) The @index includes the offset, which must be subtracted * to get the actual index into the ptr array. * (2) The inserted @pixc is now owned by the pixac. The caller * must not destroy it. */ l_int32 pixacompReplacePixcomp(PIXAC *pixac, l_int32 index, PIXC *pixc) { l_int32 n, aindex; PIXC *pixct; PROCNAME("pixacompReplacePixcomp"); if (!pixac) return ERROR_INT("pixac not defined", procName, 1); n = pixacompGetCount(pixac); aindex = index - pixac->offset; if (aindex < 0 || aindex >= n) return ERROR_INT("array index out of bounds", procName, 1); if (!pixc) return ERROR_INT("pixc not defined", procName, 1); pixct = pixacompGetPixcomp(pixac, index); /* use @index */ pixcompDestroy(&pixct); pixac->pixc[aindex] = pixc; /* replace; use array index */ return 0; } /*! * pixacompAddBox() * * Input: pixac * box * copyflag (L_INSERT, L_COPY) * Return: 0 if OK, 1 on error */ l_int32 pixacompAddBox(PIXAC *pixac, BOX *box, l_int32 copyflag) { PROCNAME("pixacompAddBox"); if (!pixac) return ERROR_INT("pixac not defined", procName, 1); if (!box) return ERROR_INT("box not defined", procName, 1); if (copyflag != L_INSERT && copyflag != L_COPY) return ERROR_INT("invalid copyflag", procName, 1); boxaAddBox(pixac->boxa, box, copyflag); return 0; } /*---------------------------------------------------------------------* * Pixacomp accessors * *---------------------------------------------------------------------*/ /*! * pixacompGetCount() * * Input: pixac * Return: count, or 0 if no pixa */ l_int32 pixacompGetCount(PIXAC *pixac) { PROCNAME("pixacompGetCount"); if (!pixac) return ERROR_INT("pixac not defined", procName, 0); return pixac->n; } /*! * pixacompGetPixcomp() * * Input: pixac * index (caller's view of index within pixac; includes offset) * Return: pixc, or null on error * * Notes: * (1) The @index includes the offset, which must be subtracted * to get the actual index into the ptr array. * (2) Important: this is just a ptr to the pixc owned by the pixac. * Do not destroy unless you are replacing the pixc. */ PIXC * pixacompGetPixcomp(PIXAC *pixac, l_int32 index) { l_int32 aindex; PROCNAME("pixacompGetPixcomp"); if (!pixac) return (PIXC *)ERROR_PTR("pixac not defined", procName, NULL); aindex = index - pixac->offset; if (aindex < 0 || aindex >= pixac->n) return (PIXC *)ERROR_PTR("array index not valid", procName, NULL); return pixac->pixc[aindex]; } /*! * pixacompGetPix() * * Input: pixac * index (caller's view of index within pixac; includes offset) * Return: pix, or null on error * * Notes: * (1) The @index includes the offset, which must be subtracted * to get the actual index into the ptr array. */ PIX * pixacompGetPix(PIXAC *pixac, l_int32 index) { l_int32 aindex; PIXC *pixc; PROCNAME("pixacompGetPix"); if (!pixac) return (PIX *)ERROR_PTR("pixac not defined", procName, NULL); aindex = index - pixac->offset; if (aindex < 0 || aindex >= pixac->n) return (PIX *)ERROR_PTR("array index not valid", procName, NULL); pixc = pixacompGetPixcomp(pixac, index); return pixCreateFromPixcomp(pixc); } /*! * pixacompGetPixDimensions() * * Input: pixa * index (caller's view of index within pixac; includes offset) * &w, &h, &d (; each can be null) * Return: 0 if OK, 1 on error * * Notes: * (1) The @index includes the offset, which must be subtracted * to get the actual index into the ptr array. */ l_int32 pixacompGetPixDimensions(PIXAC *pixac, l_int32 index, l_int32 *pw, l_int32 *ph, l_int32 *pd) { l_int32 aindex; PIXC *pixc; PROCNAME("pixacompGetPixDimensions"); if (!pixac) return ERROR_INT("pixac not defined", procName, 1); aindex = index - pixac->offset; if (aindex < 0 || aindex >= pixac->n) return ERROR_INT("array index not valid", procName, 1); if ((pixc = pixac->pixc[aindex]) == NULL) return ERROR_INT("pixc not found!", procName, 1); pixcompGetDimensions(pixc, pw, ph, pd); return 0; } /*! * pixacompGetBoxa() * * Input: pixac * accesstype (L_COPY, L_CLONE, L_COPY_CLONE) * Return: boxa, or null on error */ BOXA * pixacompGetBoxa(PIXAC *pixac, l_int32 accesstype) { PROCNAME("pixacompGetBoxa"); if (!pixac) return (BOXA *)ERROR_PTR("pixac not defined", procName, NULL); if (!pixac->boxa) return (BOXA *)ERROR_PTR("boxa not defined", procName, NULL); if (accesstype != L_COPY && accesstype != L_CLONE && accesstype != L_COPY_CLONE) return (BOXA *)ERROR_PTR("invalid accesstype", procName, NULL); return boxaCopy(pixac->boxa, accesstype); } /*! * pixacompGetBoxaCount() * * Input: pixac * Return: count, or 0 on error */ l_int32 pixacompGetBoxaCount(PIXAC *pixac) { PROCNAME("pixacompGetBoxaCount"); if (!pixac) return ERROR_INT("pixac not defined", procName, 0); return boxaGetCount(pixac->boxa); } /*! * pixacompGetBox() * * Input: pixac * index (caller's view of index within pixac; includes offset) * accesstype (L_COPY or L_CLONE) * Return: box (if null, not automatically an error), or null on error * * Notes: * (1) The @index includes the offset, which must be subtracted * to get the actual index into the ptr array. * (2) There is always a boxa with a pixac, and it is initialized so * that each box ptr is NULL. * (3) In general, we expect that there is either a box associated * with each pixc, or no boxes at all in the boxa. * (4) Having no boxes is thus not an automatic error. Whether it * is an actual error is determined by the calling program. * If the caller expects to get a box, it is an error; see, e.g., * pixacGetBoxGeometry(). */ BOX * pixacompGetBox(PIXAC *pixac, l_int32 index, l_int32 accesstype) { l_int32 aindex; BOX *box; PROCNAME("pixacompGetBox"); if (!pixac) return (BOX *)ERROR_PTR("pixac not defined", procName, NULL); if (!pixac->boxa) return (BOX *)ERROR_PTR("boxa not defined", procName, NULL); aindex = index - pixac->offset; if (aindex < 0 || aindex >= pixac->boxa->n) return (BOX *)ERROR_PTR("array index not valid", procName, NULL); if (accesstype != L_COPY && accesstype != L_CLONE) return (BOX *)ERROR_PTR("invalid accesstype", procName, NULL); box = pixac->boxa->box[aindex]; if (box) { if (accesstype == L_COPY) return boxCopy(box); else /* accesstype == L_CLONE */ return boxClone(box); } else { return NULL; } } /*! * pixacompGetBoxGeometry() * * Input: pixac * index (caller's view of index within pixac; includes offset) * &x, &y, &w, &h (; each can be null) * Return: 0 if OK, 1 on error * * Notes: * (1) The @index includes the offset, which must be subtracted * to get the actual index into the ptr array. */ l_int32 pixacompGetBoxGeometry(PIXAC *pixac, l_int32 index, l_int32 *px, l_int32 *py, l_int32 *pw, l_int32 *ph) { l_int32 aindex; BOX *box; PROCNAME("pixacompGetBoxGeometry"); if (!pixac) return ERROR_INT("pixac not defined", procName, 1); aindex = index - pixac->offset; if (aindex < 0 || aindex >= pixac->n) return ERROR_INT("array index not valid", procName, 1); if ((box = pixacompGetBox(pixac, aindex, L_CLONE)) == NULL) return ERROR_INT("box not found!", procName, 1); boxGetGeometry(box, px, py, pw, ph); boxDestroy(&box); return 0; } /*! * pixacompGetOffset() * * Input: pixac * Return: offset, or 0 on error * * Notes: * (1) The offset is the difference between the caller's view of * the index into the array and the actual array index. * By default it is 0. */ l_int32 pixacompGetOffset(PIXAC *pixac) { PROCNAME("pixacompGetOffset"); if (!pixac) return ERROR_INT("pixac not defined", procName, 0); return pixac->offset; } /*! * pixacompSetOffset() * * Input: pixac * offset (non-negative) * Return: 0 if OK, 1 on error * * Notes: * (1) The offset is the difference between the caller's view of * the index into the array and the actual array index. * By default it is 0. */ l_int32 pixacompSetOffset(PIXAC *pixac, l_int32 offset) { PROCNAME("pixacompSetOffset"); if (!pixac) return ERROR_INT("pixac not defined", procName, 1); pixac->offset = L_MAX(0, offset); return 0; } /*---------------------------------------------------------------------* * Pixacomp conversion to Pixa * *---------------------------------------------------------------------*/ /*! * pixaCreateFromPixacomp() * * Input: pixac * accesstype (L_COPY, L_CLONE, L_COPY_CLONE; for boxa) * Return: pixa if OK, or null on error */ PIXA * pixaCreateFromPixacomp(PIXAC *pixac, l_int32 accesstype) { l_int32 i, n; PIX *pix; PIXA *pixa; PROCNAME("pixaCreateFromPixacomp"); if (!pixac) return (PIXA *)ERROR_PTR("pixac not defined", procName, NULL); if (accesstype != L_COPY && accesstype != L_CLONE && accesstype != L_COPY_CLONE) return (PIXA *)ERROR_PTR("invalid accesstype", procName, NULL); n = pixacompGetCount(pixac); if ((pixa = pixaCreate(n)) == NULL) return (PIXA *)ERROR_PTR("pixa not made", procName, NULL); for (i = 0; i < n; i++) { if ((pix = pixacompGetPix(pixac, i)) == NULL) { L_WARNING("pix %d not made\n", procName, i); continue; } pixaAddPix(pixa, pix, L_INSERT); } if (pixa->boxa) { boxaDestroy(&pixa->boxa); pixa->boxa = pixacompGetBoxa(pixac, accesstype); } return pixa; } /*---------------------------------------------------------------------* * Pixacomp serialized I/O * *---------------------------------------------------------------------*/ /*! * pixacompRead() * * Input: filename * Return: pixac, or null on error * * Notes: * (1) Unlike the situation with serialized Pixa, where the image * data is stored in png format, the Pixacomp image data * can be stored in tiffg4, png and jpg formats. */ PIXAC * pixacompRead(const char *filename) { FILE *fp; PIXAC *pixac; PROCNAME("pixacompRead"); if (!filename) return (PIXAC *)ERROR_PTR("filename not defined", procName, NULL); if ((fp = fopenReadStream(filename)) == NULL) return (PIXAC *)ERROR_PTR("stream not opened", procName, NULL); if ((pixac = pixacompReadStream(fp)) == NULL) { fclose(fp); return (PIXAC *)ERROR_PTR("pixac not read", procName, NULL); } fclose(fp); return pixac; } /*! * pixacompReadStream() * * Input: stream * Return: pixac, or null on error */ PIXAC * pixacompReadStream(FILE *fp) { char buf[256]; l_uint8 *data; l_int32 n, offset, i, w, h, d, ignore; l_int32 comptype, size, cmapflag, version, xres, yres; BOXA *boxa; PIXC *pixc; PIXAC *pixac; PROCNAME("pixacompReadStream"); if (!fp) return (PIXAC *)ERROR_PTR("stream not defined", procName, NULL); if (fscanf(fp, "\nPixacomp Version %d\n", &version) != 1) return (PIXAC *)ERROR_PTR("not a pixacomp file", procName, NULL); if (version != PIXACOMP_VERSION_NUMBER) return (PIXAC *)ERROR_PTR("invalid pixacomp version", procName, NULL); if (fscanf(fp, "Number of pixcomp = %d", &n) != 1) return (PIXAC *)ERROR_PTR("not a pixacomp file", procName, NULL); if (fscanf(fp, "Offset of index into array = %d", &offset) != 1) return (PIXAC *)ERROR_PTR("offset not read", procName, NULL); if ((pixac = pixacompCreate(n)) == NULL) return (PIXAC *)ERROR_PTR("pixac not made", procName, NULL); if ((boxa = boxaReadStream(fp)) == NULL) return (PIXAC *)ERROR_PTR("boxa not made", procName, NULL); boxaDestroy(&pixac->boxa); /* empty */ pixac->boxa = boxa; pixacompSetOffset(pixac, offset); for (i = 0; i < n; i++) { if ((pixc = (PIXC *)CALLOC(1, sizeof(PIXC))) == NULL) return (PIXAC *)ERROR_PTR("pixc not made", procName, NULL); if (fscanf(fp, "\nPixcomp[%d]: w = %d, h = %d, d = %d\n", &ignore, &w, &h, &d) != 4) return (PIXAC *)ERROR_PTR("size reading", procName, NULL); if (fscanf(fp, " comptype = %d, size = %d, cmapflag = %d\n", &comptype, &size, &cmapflag) != 3) return (PIXAC *)ERROR_PTR("comptype/size reading", procName, NULL); /* Use fgets() and sscanf(); not fscanf(), for the last * bit of header data before the binary data. The reason is * that fscanf throws away white space, and if the binary data * happens to begin with ascii character(s) that are white * space, it will swallow them and all will be lost! */ if (fgets(buf, sizeof(buf), fp) == NULL) return (PIXAC *)ERROR_PTR("fgets read fail", procName, NULL); if (sscanf(buf, " xres = %d, yres = %d\n", &xres, &yres) != 2) return (PIXAC *)ERROR_PTR("read fail for res", procName, NULL); if ((data = (l_uint8 *)CALLOC(1, size)) == NULL) return (PIXAC *)ERROR_PTR("calloc fail for data", procName, NULL); if (fread(data, 1, size, fp) != size) return (PIXAC *)ERROR_PTR("error reading data", procName, NULL); fgetc(fp); /* swallow the ending nl */ pixc->w = w; pixc->h = h; pixc->d = d; pixc->xres = xres; pixc->yres = yres; pixc->comptype = comptype; pixc->cmapflag = cmapflag; pixc->data = data; pixc->size = size; pixacompAddPixcomp(pixac, pixc); } return pixac; } /*! * pixacompWrite() * * Input: filename * pixac * Return: 0 if OK, 1 on error * * Notes: * (1) Unlike the situation with serialized Pixa, where the image * data is stored in png format, the Pixacomp image data * can be stored in tiffg4, png and jpg formats. */ l_int32 pixacompWrite(const char *filename, PIXAC *pixac) { FILE *fp; PROCNAME("pixacompWrite"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!pixac) return ERROR_INT("pixacomp not defined", procName, 1); if ((fp = fopenWriteStream(filename, "wb")) == NULL) return ERROR_INT("stream not opened", procName, 1); if (pixacompWriteStream(fp, pixac)) return ERROR_INT("pixacomp not written to stream", procName, 1); fclose(fp); return 0; } /*! * pixacompWriteStream() * * Input: stream * pixac * Return: 0 if OK, 1 on error */ l_int32 pixacompWriteStream(FILE *fp, PIXAC *pixac) { l_int32 n, i; PIXC *pixc; PROCNAME("pixacompWriteStream"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!pixac) return ERROR_INT("pixac not defined", procName, 1); n = pixacompGetCount(pixac); fprintf(fp, "\nPixacomp Version %d\n", PIXACOMP_VERSION_NUMBER); fprintf(fp, "Number of pixcomp = %d", n); fprintf(fp, "Offset of index into array = %d", pixac->offset); boxaWriteStream(fp, pixac->boxa); for (i = 0; i < n; i++) { if ((pixc = pixacompGetPixcomp(pixac, pixacompGetOffset(pixac) + i)) == NULL) return ERROR_INT("pixc not found", procName, 1); fprintf(fp, "\nPixcomp[%d]: w = %d, h = %d, d = %d\n", i, pixc->w, pixc->h, pixc->d); fprintf(fp, " comptype = %d, size = %lu, cmapflag = %d\n", pixc->comptype, (unsigned long)pixc->size, pixc->cmapflag); fprintf(fp, " xres = %d, yres = %d\n", pixc->xres, pixc->yres); fwrite(pixc->data, 1, pixc->size, fp); fprintf(fp, "\n"); } return 0; } /*--------------------------------------------------------------------* * Conversion to pdf * *--------------------------------------------------------------------*/ /*! * pixacompConvertToPdf() * * Input: pixac (containing images all at the same resolution) * res (override the resolution of each input image, in ppi; * use 0 to respect the resolution embedded in the input) * scalefactor (scaling factor applied to each image; > 0.0) * type (encoding type (L_JPEG_ENCODE, L_G4_ENCODE, * L_FLATE_ENCODE, or 0 for default) * quality (used for JPEG only; 0 for default (75)) * title ( pdf title) * fileout (pdf file of all images) * Return: 0 if OK, 1 on error * * Notes: * (1) This follows closely the function pixaConvertToPdf() in pdfio.c. * (2) The images are encoded with G4 if 1 bpp; JPEG if 8 bpp without * colormap and many colors, or 32 bpp; FLATE for anything else. * (3) The scalefactor must be > 0.0; otherwise it is set to 1.0. * (4) Specifying one of the three encoding types for @type forces * all images to be compressed with that type. Use 0 to have * the type determined for each image based on depth and whether * or not it has a colormap. */ l_int32 pixacompConvertToPdf(PIXAC *pixac, l_int32 res, l_float32 scalefactor, l_int32 type, l_int32 quality, const char *title, const char *fileout) { l_uint8 *data; l_int32 ret; size_t nbytes; PROCNAME("pixacompConvertToPdf"); if (!pixac) return ERROR_INT("pixac not defined", procName, 1); ret = pixacompConvertToPdfData(pixac, res, scalefactor, type, quality, title, &data, &nbytes); if (ret) { FREE(data); return ERROR_INT("conversion to pdf failed", procName, 1); } ret = l_binaryWrite(fileout, "w", data, nbytes); FREE(data); if (ret) L_ERROR("pdf data not written to file\n", procName); return ret; } /*! * pixacompConvertToPdfData() * * Input: pixac (containing images all at the same resolution) * res (input resolution of all images) * scalefactor (scaling factor applied to each image; > 0.0) * type (encoding type (L_JPEG_ENCODE, L_G4_ENCODE, * L_FLATE_ENCODE, or 0 for default) * quality (used for JPEG only; 0 for default (75)) * title ( pdf title) * &data ( output pdf data (of all images) * &nbytes ( size of output pdf data) * Return: 0 if OK, 1 on error * * Notes: * (1) See pixacompConvertToPdf(). */ l_int32 pixacompConvertToPdfData(PIXAC *pixac, l_int32 res, l_float32 scalefactor, l_int32 type, l_int32 quality, const char *title, l_uint8 **pdata, size_t *pnbytes) { l_uint8 *imdata; l_int32 i, n, ret, scaledres, pagetype; size_t imbytes; L_BYTEA *ba; PIX *pixs, *pix; L_PTRA *pa_data; PROCNAME("pixacompConvertToPdfData"); if (!pdata) return ERROR_INT("&data not defined", procName, 1); *pdata = NULL; if (!pnbytes) return ERROR_INT("&nbytes not defined", procName, 1); *pnbytes = 0; if (!pixac) return ERROR_INT("pixac not defined", procName, 1); if (scalefactor <= 0.0) scalefactor = 1.0; if (type < 0 || type > L_FLATE_ENCODE) { L_WARNING("invalid compression type; using per-page default\n", procName); type = 0; } /* Generate all the encoded pdf strings */ n = pixacompGetCount(pixac); pa_data = ptraCreate(n); for (i = 0; i < n; i++) { if ((pixs = pixacompGetPix(pixac, pixacompGetOffset(pixac) + i)) == NULL) { L_ERROR("pix[%d] not retrieved\n", procName, i); continue; } if (pixGetWidth(pixs) == 1) { /* used sometimes as placeholders */ L_INFO("placeholder image[%d] has w = 1\n", procName, i); pixDestroy(&pixs); continue; } if (scalefactor != 1.0) pix = pixScale(pixs, scalefactor, scalefactor); else pix = pixClone(pixs); pixDestroy(&pixs); scaledres = (l_int32)(res * scalefactor); if (type != 0) { pagetype = type; } else if (selectDefaultPdfEncoding(pix, &pagetype) != 0) { L_ERROR("encoding type selection failed for pix[%d]\n", procName, i); pixDestroy(&pix); continue; } ret = pixConvertToPdfData(pix, pagetype, quality, &imdata, &imbytes, 0, 0, scaledres, title, NULL, 0); pixDestroy(&pix); if (ret) { L_ERROR("pdf encoding failed for pix[%d]\n", procName, i); continue; } ba = l_byteaInitFromMem(imdata, imbytes); if (imdata) FREE(imdata); ptraAdd(pa_data, ba); } ptraGetActualCount(pa_data, &n); if (n == 0) { L_ERROR("no pdf files made\n", procName); ptraDestroy(&pa_data, FALSE, FALSE); return 1; } /* Concatenate them */ ret = ptraConcatenatePdfToData(pa_data, NULL, pdata, pnbytes); ptraGetActualCount(pa_data, &n); /* recalculate in case it changes */ for (i = 0; i < n; i++) { ba = (L_BYTEA *)ptraRemove(pa_data, i, L_NO_COMPACTION); l_byteaDestroy(&ba); } ptraDestroy(&pa_data, FALSE, FALSE); return ret; } /*--------------------------------------------------------------------* * Output for debugging * *--------------------------------------------------------------------*/ /*! * pixacompWriteStreamInfo() * * Input: fp (file stream) * pixac * text ( identifying string; can be null) * Return: 0 if OK, 1 on error */ l_int32 pixacompWriteStreamInfo(FILE *fp, PIXAC *pixac, const char *text) { l_int32 i, n, nboxes; PIXC *pixc; PROCNAME("pixacompWriteStreamInfo"); if (!fp) return ERROR_INT("fp not defined", procName, 1); if (!pixac) return ERROR_INT("pixac not defined", procName, 1); if (text) fprintf(fp, "Pixacomp Info for %s:\n", text); else fprintf(fp, "Pixacomp Info:\n"); n = pixacompGetCount(pixac); nboxes = pixacompGetBoxaCount(pixac); fprintf(fp, "Number of pixcomp: %d\n", n); fprintf(fp, "Size of pixcomp array alloc: %d\n", pixac->nalloc); fprintf(fp, "Offset of index into array: %d\n", pixac->offset); if (nboxes > 0) fprintf(fp, "Boxa has %d boxes\n", nboxes); else fprintf(fp, "Boxa is empty\n"); for (i = 0; i < n; i++) { pixc = pixacompGetPixcomp(pixac, pixac->offset + i); pixcompWriteStreamInfo(fp, pixc, NULL); } return 0; } /*! * pixcompWriteStreamInfo() * * Input: fp (file stream) * pixc * text ( identifying string; can be null) * Return: 0 if OK, 1 on error */ l_int32 pixcompWriteStreamInfo(FILE *fp, PIXC *pixc, const char *text) { PROCNAME("pixcompWriteStreamInfo"); if (!fp) return ERROR_INT("fp not defined", procName, 1); if (!pixc) return ERROR_INT("pixc not defined", procName, 1); if (text) fprintf(fp, " Pixcomp Info for %s:", text); else fprintf(fp, " Pixcomp Info:"); fprintf(fp, " width = %d, height = %d, depth = %d\n", pixc->w, pixc->h, pixc->d); fprintf(fp, " xres = %d, yres = %d, size in bytes = %lu\n", pixc->xres, pixc->yres, (unsigned long)pixc->size); if (pixc->cmapflag) fprintf(fp, " has colormap\n"); else fprintf(fp, " no colormap\n"); if (pixc->comptype < NumImageFileFormatExtensions) { fprintf(fp, " comptype = %s (%d)\n", ImageFileFormatExtensions[pixc->comptype], pixc->comptype); } else { fprintf(fp, " Error!! Invalid comptype index: %d\n", pixc->comptype); } return 0; } /*! * pixacompDisplayTiledAndScaled() * * Input: pixac * outdepth (output depth: 1, 8 or 32 bpp) * tilewidth (each pix is scaled to this width) * ncols (number of tiles in each row) * background (0 for white, 1 for black; this is the color * of the spacing between the images) * spacing (between images, and on outside) * border (width of additional black border on each image; * use 0 for no border) * Return: pix of tiled images, or null on error * * Notes: * (1) This is the same function as pixaDisplayTiledAndScaled(), * except it works on a Pixacomp instead of a Pix. It is particularly * useful for showing the images in a Pixacomp at reduced resolution. * (2) This can be used to tile a number of renderings of * an image that are at different scales and depths. * (3) Each image, after scaling and optionally adding the * black border, has width 'tilewidth'. Thus, the border does * not affect the spacing between the image tiles. The * maximum allowed border width is tilewidth / 5. */ PIX * pixacompDisplayTiledAndScaled(PIXAC *pixac, l_int32 outdepth, l_int32 tilewidth, l_int32 ncols, l_int32 background, l_int32 spacing, l_int32 border) { l_int32 x, y, w, h, wd, hd, d; l_int32 i, n, nrows, maxht, ninrow, irow, bordval; l_int32 *rowht; l_float32 scalefact; PIX *pix, *pixn, *pixt, *pixb, *pixd; PIXA *pixan; PROCNAME("pixacompDisplayTiledAndScaled"); if (!pixac) return (PIX *)ERROR_PTR("pixac not defined", procName, NULL); if (outdepth != 1 && outdepth != 8 && outdepth != 32) return (PIX *)ERROR_PTR("outdepth not in {1, 8, 32}", procName, NULL); if (border < 0 || border > tilewidth / 5) border = 0; if ((n = pixacompGetCount(pixac)) == 0) return (PIX *)ERROR_PTR("no components", procName, NULL); /* Normalize scale and depth for each pix; optionally add border */ pixan = pixaCreate(n); bordval = (outdepth == 1) ? 1 : 0; for (i = 0; i < n; i++) { if ((pix = pixacompGetPix(pixac, pixacompGetOffset(pixac) + i)) == NULL) { L_WARNING("pix %d not made\n", procName, i); continue; } pixGetDimensions(pix, &w, &h, &d); scalefact = (l_float32)(tilewidth - 2 * border) / (l_float32)w; if (d == 1 && outdepth > 1 && scalefact < 1.0) pixt = pixScaleToGray(pix, scalefact); else pixt = pixScale(pix, scalefact, scalefact); if (outdepth == 1) pixn = pixConvertTo1(pixt, 128); else if (outdepth == 8) pixn = pixConvertTo8(pixt, FALSE); else /* outdepth == 32 */ pixn = pixConvertTo32(pixt); pixDestroy(&pixt); if (border) pixb = pixAddBorder(pixn, border, bordval); else pixb = pixClone(pixn); pixaAddPix(pixan, pixb, L_INSERT); pixDestroy(&pix); pixDestroy(&pixn); } if ((n = pixaGetCount(pixan)) == 0) { /* should not have changed! */ pixaDestroy(&pixan); return (PIX *)ERROR_PTR("no components", procName, NULL); } /* Determine the size of each row and of pixd */ wd = tilewidth * ncols + spacing * (ncols + 1); nrows = (n + ncols - 1) / ncols; if ((rowht = (l_int32 *)CALLOC(nrows, sizeof(l_int32))) == NULL) return (PIX *)ERROR_PTR("rowht array not made", procName, NULL); maxht = 0; ninrow = 0; irow = 0; for (i = 0; i < n; i++) { pix = pixaGetPix(pixan, i, L_CLONE); ninrow++; pixGetDimensions(pix, &w, &h, NULL); maxht = L_MAX(h, maxht); if (ninrow == ncols) { rowht[irow] = maxht; maxht = ninrow = 0; /* reset */ irow++; } pixDestroy(&pix); } if (ninrow > 0) { /* last fencepost */ rowht[irow] = maxht; irow++; /* total number of rows */ } nrows = irow; hd = spacing * (nrows + 1); for (i = 0; i < nrows; i++) hd += rowht[i]; pixd = pixCreate(wd, hd, outdepth); if ((background == 1 && outdepth == 1) || (background == 0 && outdepth != 1)) pixSetAll(pixd); /* Now blit images to pixd */ x = y = spacing; irow = 0; for (i = 0; i < n; i++) { pix = pixaGetPix(pixan, i, L_CLONE); pixGetDimensions(pix, &w, &h, NULL); if (i && ((i % ncols) == 0)) { /* start new row */ x = spacing; y += spacing + rowht[irow]; irow++; } pixRasterop(pixd, x, y, w, h, PIX_SRC, pix, 0, 0); x += tilewidth + spacing; pixDestroy(&pix); } pixaDestroy(&pixan); FREE(rowht); return pixd; } leptonica-1.70/src/list.c0000644000175000017500000006213412244224025013416 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * list.c * * Inserting and removing elements * * void listDestroy() * DLLIST *listAddToHead() * l_int32 listAddToTail() * l_int32 listInsertBefore() * l_int32 listInsertAfter() * void *listRemoveElement() * void *listRemoveFromHead() * void *listRemoveFromTail() * * Other list operations * * DLLIST *listFindElement() * DLLIST *listFindTail() * l_int32 listGetCount() * l_int32 listReverse() * DLLIST *listJoin() * * Lists are much harder to handle than arrays. There is * more overhead for the programmer, both cognitive and * codewise, and more likelihood that an error can be made. * For that reason, lists should only be used when it is * inefficient to use arrays, such as when elements are * routinely inserted or deleted from inside arrays whose * average size is greater than about 10. * * A list of data structures can be implemented in a number * of ways. The two most popular are: * * (1) The list can be composed of a linked list of * pointer cells ("cons cells"), where the data structures * are hung off the cells. This is more difficult * to use because you have to keep track of both * your hanging data and the cell structures. * It requires 3 pointers for every data structure * that is put in a list. There is no problem * cloning (using reference counts) for structures that * are put in such a list. We implement lists by this * method here. * * (2) The list pointers can be inserted directly into * the data structures. This is easy to implement * and easier to use, but it adds 2 ptrs of overhead * to every data structure in which the ptrs are embedded. * It also requires special care not to put the ptrs * in any data that is cloned with a reference count; * else your lists will break. * * Writing C code that uses list pointers explicitly to make * and alter lists is difficult and prone to error. * Consequently, a generic list utility that handles lists * of arbitrary objects and doesn't force the programmer to * touch the "next" and "prev" pointers, is quite useful. * Such functions are provided here. However, the usual * situation requires traversing a list and applying some * function to one or more of the list elements. Macros * for traversing the list are, in general, necessary, to * achieve the goal of invisibly handling all "next" and "prev" * pointers in generic lists. We provide macros for * traversing a list in both forward and reverse directions. * * Because of the typing in C, implementation of a general * list utility requires casting. If macros are used, the * casting can be done implicitly; otherwise, using functions, * some of the casts must be explicit. Fortunately, this * can be implemented with void* so the programmer using * the library will not have to make any casts! (Unless you * compile with g++, in which case the rules on implicit * conversion are more strict.) * * For example, to add an arbitrary data structure foo to the * tail of a list, use * listAddToTail(&head, &tail, pfoo); * where head and tail are list cell ptrs and pfoo is * a pointer to the foo object. * And to remove an arbitrary data structure foo from a * list, when you know the list cell element it is hanging from, * use * pfoo = listRemoveElement(&head, elem) * where head and elem are list cell ptrs and pfoo is a pointer * to the foo object. No casts are required for foo in * either direction in ANSI C. (However, casts are * required for ANSI C++). * * We use lists that are composed of doubly-linked * cells with data structures hanging off the cells. * We use doubly-linked cells to simplify insertion * and deletion, and to allow operations to proceed in either * direction along the list. With doubly-linked lists, * it is tempting to make them circular, by setting head->prev * to the tail of the list and tail->next to the head. * The circular list costs nothing extra in storage, and * allows operations to proceed from either end of the list * with equal speed. However, the circular link adds * cognitive overhead for the application programmer in * general, and it greatly complicates list traversal when * arbitrary list elements can be added or removed as you * move through. It can be done, but in the spirit of * simplicity, we avoid the temptation. The price to be paid * is the extra cost to find the tail of a list -- a full * traversal -- before the tail can be used. This is a * cheap price to pay to avoid major headaches and buggy code. * * When you are only applying some function to each element * in a list, you can go either forwards or backwards. * To run through a list forwards, use: * * for (elem = head; elem; elem = nextelem) { * nextelem = elem->next; (in case we destroy elem) * data> * } * * To run through a list backwards, find the tail and use: * * for (elem = tail; elem; elem = prevelem) { # prevelem = elem->prev; (in case we destroy elem) * data> * } * * Even though these patterns are very simple, they are so common * that we've provided macros for them in list.h. Using the * macros, this becomes: * * L_BEGIN_LIST_FORWARD(head, elem) * data> * L_END_LIST * * L_BEGIN_LIST_REVERSE(tail, elem) * data> * L_END_LIST * * Note again that with macros, the application programmer does * not need to refer explicitly to next and prev fields. Also, * in the reverse case, note that we do not explicitly * show the head of the list. However, the head of the list * is always in scope, and functions can be called within the * iterator that change the head. * * Some special cases are simpler. For example, when * removing all items from the head of the list, you can use * * while (head) { * obj = listRemoveFromHead(&head); * * } * * Removing successive elements from the tail is equally simple: * * while (tail) { * obj = listRemoveFromTail(&head, &tail); * * } * * When removing an arbitrary element from a list, use * * obj = listRemoveElement(&head, elem); * * All the listRemove*() functions hand you the object, * destroy the list cell to which it was attached, and * reset the list pointers if necessary. * * Several other list operations, that do not involve * inserting or removing objects, are also provided. * The function listFindElement() locates a list pointer * by matching the object hanging on it to a given * object. The function listFindTail() gets a handle * to the tail list ptr, allowing backwards traversals of * the list. listGetCount() gives the number of elements * in a list. Functions that reverse a list and concatenate * two lists are also provided. * * These functions can be modified for efficiency in the * situation where there is a large amount of creation and * destruction of list cells. If millions of cells are * made and destroyed, but a relatively small number are * around at any time, the list cells can be stored for * later re-use in a stack (see the generic stack functions * in stack.c). */ #include #include "allheaders.h" /*---------------------------------------------------------------------* * Inserting and removing elements * *---------------------------------------------------------------------*/ /*! * listDestroy() * * Input: &head ( head of list) * Return: void * * Notes: * (1) This only destroys the cons cells. Before destroying * the list, it is necessary to remove all data and set the * data pointers in each cons cell to NULL. * (2) listDestroy() will give a warning message for each data * ptr that is not NULL. */ void listDestroy(DLLIST **phead) { DLLIST *elem, *next, *head; PROCNAME("listDestroy"); if (phead == NULL) { L_WARNING("ptr address is null!\n", procName); return; } if ((head = *phead) == NULL) return; for (elem = head; elem; elem = next) { if (elem->data) L_WARNING("list data ptr is not null\n", procName); next = elem->next; FREE(elem); } *phead = NULL; return; } /*! * listAddToHead() * * Input: &head ( input head) * data (void* ptr, to be added) * Return: 0 if OK; 1 on error * * Notes: * (1) This makes a new cell, attaches the data, and adds the * cell to the head of the list. * (2) When consing from NULL, be sure to initialize head to NULL * before calling this function. */ l_int32 listAddToHead(DLLIST **phead, void *data) { DLLIST *cell, *head; PROCNAME("listAddToHead"); if (!phead) return ERROR_INT("&head not defined", procName, 1); head = *phead; if (!data) return ERROR_INT("data not defined", procName, 1); if ((cell = (DLLIST *)CALLOC(1, sizeof(DLLIST))) == NULL) return ERROR_INT("cell not made", procName, 1); cell->data = data; if (!head) { /* start the list; initialize the ptrs */ cell->prev = NULL; cell->next = NULL; } else { cell->prev = NULL; cell->next = head; head->prev = cell; } *phead = cell; return 0; } /*! * listAddToTail() * * Input: &head (, head can be null) * &tail (, tail can be null) * data (void* ptr, to be hung on tail cons cell) * Return: 0 if OK; 1 on error * * Notes: * (1) This makes a new cell, attaches the data, and adds the * cell to the tail of the list. * (2) &head is input to allow the list to be "cons'd" up from NULL. * (3) &tail is input to allow the tail to be updated * for efficient sequential operation with this function. * (4) We assume that if *phead and/or *ptail are not NULL, * then they are valid addresses. Therefore: * (a) when consing from NULL, be sure to initialize both * head and tail to NULL. * (b) when tail == NULL for an existing list, the tail * will be found and updated. */ l_int32 listAddToTail(DLLIST **phead, DLLIST **ptail, void *data) { DLLIST *cell, *head, *tail; PROCNAME("listAddToTail"); if (!phead) return ERROR_INT("&head not defined", procName, 1); head = *phead; if (!ptail) return ERROR_INT("&tail not defined", procName, 1); if (!data) return ERROR_INT("data not defined", procName, 1); if ((cell = (DLLIST *)CALLOC(1, sizeof(DLLIST))) == NULL) return ERROR_INT("cell not made", procName, 1); cell->data = data; if (!head) { /* Start the list and initialize the ptrs. *ptail * should also have been initialized to NULL */ cell->prev = NULL; cell->next = NULL; *phead = cell; *ptail = cell; } else { if ((tail = *ptail) == NULL) tail = listFindTail(head); cell->prev = tail; cell->next = NULL; tail->next = cell; *ptail = cell; } return 0; } /*! * listInsertBefore() * * Input: &head ( input head) * elem (list element to be inserted in front of; * must be null if head is null) * data (void* address, to be added) * Return: 0 if OK; 1 on error * * Notes: * (1) This can be called on a null list, in which case both * head and elem must be null. * (2) If you are searching through a list, looking for a condition * to add an element, you can do something like this: * L_BEGIN_LIST_FORWARD(head, elem) * * listInsertBefore(&head, elem, data); * L_END_LIST * */ l_int32 listInsertBefore(DLLIST **phead, DLLIST *elem, void *data) { DLLIST *cell, *head; PROCNAME("listInsertBefore"); if (!phead) return ERROR_INT("&head not defined", procName, 1); head = *phead; if (!data) return ERROR_INT("data not defined", procName, 1); if ((!head && elem) || (head && !elem)) return ERROR_INT("head and elem not consistent", procName, 1); /* New cell to insert */ if ((cell = (DLLIST *)CALLOC(1, sizeof(DLLIST))) == NULL) return ERROR_INT("cell not made", procName, 1); cell->data = data; if (!head) { /* start the list; initialize the ptrs */ cell->prev = NULL; cell->next = NULL; *phead = cell; } else if (head == elem) { /* insert before head of list */ cell->prev = NULL; cell->next = head; head->prev = cell; *phead = cell; } else { /* insert before elem and after head of list */ cell->prev = elem->prev; cell->next = elem; elem->prev->next = cell; elem->prev = cell; } return 0; } /*! * listInsertAfter() * * Input: &head ( input head) * elem (list element to be inserted after; * must be null if head is null) * data (void* ptr, to be added) * Return: 0 if OK; 1 on error * * Notes: * (1) This can be called on a null list, in which case both * head and elem must be null. The head is included * in the call to allow "consing" up from NULL. * (2) If you are searching through a list, looking for a condition * to add an element, you can do something like this: * L_BEGIN_LIST_FORWARD(head, elem) * * listInsertAfter(&head, elem, data); * L_END_LIST */ l_int32 listInsertAfter(DLLIST **phead, DLLIST *elem, void *data) { DLLIST *cell, *head; PROCNAME("listInsertAfter"); if (!phead) return ERROR_INT("&head not defined", procName, 1); head = *phead; if (!data) return ERROR_INT("data not defined", procName, 1); if ((!head && elem) || (head && !elem)) return ERROR_INT("head and elem not consistent", procName, 1); /* New cell to insert */ if ((cell = (DLLIST *)CALLOC(1, sizeof(DLLIST))) == NULL) return ERROR_INT("cell not made", procName, 1); cell->data = data; if (!head) { /* start the list; initialize the ptrs */ cell->prev = NULL; cell->next = NULL; *phead = cell; } else if (elem->next == NULL) { /* insert after last */ cell->prev = elem; cell->next = NULL; elem->next = cell; } else { /* insert after elem and before the end */ cell->prev = elem; cell->next = elem->next; elem->next->prev = cell; elem->next = cell; } return 0; } /*! * listRemoveElement() * * Input: &head ( input head) * elem (list element to be removed) * Return: data (void* struct on cell) * * Notes: * (1) in ANSI C, it is not necessary to cast return to actual type; e.g., * pix = listRemoveElement(&head, elem); * but in ANSI C++, it is necessary to do the cast: * pix = (Pix *)listRemoveElement(&head, elem); */ void * listRemoveElement(DLLIST **phead, DLLIST *elem) { void *data; DLLIST *head; PROCNAME("listRemoveElement"); if (!phead) return (void *)ERROR_PTR("&head not defined", procName, NULL); head = *phead; if (!head) return (void *)ERROR_PTR("head not defined", procName, NULL); if (!elem) return (void *)ERROR_PTR("elem not defined", procName, NULL); data = elem->data; if (head->next == NULL) { /* only one */ if (elem != head) return (void *)ERROR_PTR("elem must be head", procName, NULL); *phead = NULL; } else if (head == elem) { /* first one */ elem->next->prev = NULL; *phead = elem->next; } else if (elem->next == NULL) { /* last one */ elem->prev->next = NULL; } else { /* neither the first nor the last one */ elem->next->prev = elem->prev; elem->prev->next = elem->next; } FREE(elem); return data; } /*! * listRemoveFromHead() * * Input: &head ( head of list) * Return: data (void* struct on cell), or null on error * * Notes: * (1) in ANSI C, it is not necessary to cast return to actual type; e.g., * pix = listRemoveFromHead(&head); * but in ANSI C++, it is necessary to do the cast; e.g., * pix = (Pix *)listRemoveFromHead(&head); */ void * listRemoveFromHead(DLLIST **phead) { DLLIST *head; void *data; PROCNAME("listRemoveFromHead"); if (!phead) return (void *)ERROR_PTR("&head not defined", procName, NULL); if ((head = *phead) == NULL) return (void *)ERROR_PTR("head not defined", procName, NULL); if (head->next == NULL) { /* only one */ *phead = NULL; } else { head->next->prev = NULL; *phead = head->next; } data = head->data; FREE(head); return data; } /*! * listRemoveFromTail() * * Input: &head (, head must NOT be null) * &tail (, tail may be null) * Return: data (void* struct on cell) or null on error * * Notes: * (1) We include &head so that it can be set to NULL if * if the only element in the list is removed. * (2) The function is relying on the fact that if tail is * not NULL, then is is a valid address. You can use * this function with tail == NULL for an existing list, in * which case the tail is found and updated, and the * removed element is returned. * (3) In ANSI C, it is not necessary to cast return to actual type; e.g., * pix = listRemoveFromTail(&head, &tail); * but in ANSI C++, it is necessary to do the cast; e.g., * pix = (Pix *)listRemoveFromTail(&head, &tail); */ void * listRemoveFromTail(DLLIST **phead, DLLIST **ptail) { DLLIST *head, *tail; void *data; PROCNAME("listRemoveFromTail"); if (!phead) return (void *)ERROR_PTR("&head not defined", procName, NULL); if ((head = *phead) == NULL) return (void *)ERROR_PTR("head not defined", procName, NULL); if (!ptail) return (void *)ERROR_PTR("&tail not defined", procName, NULL); if ((tail = *ptail) == NULL) tail = listFindTail(head); if (head->next == NULL) { /* only one */ *phead = NULL; *ptail = NULL; } else { tail->prev->next = NULL; *ptail = tail->prev; } data = tail->data; FREE(tail); return data; } /*---------------------------------------------------------------------* * Other list operations * *---------------------------------------------------------------------*/ /*! * listFindElement() * * Input: head (list head) * data (void* address, to be searched for) * Return: cell (the containing cell, or null if not found or on error) * * Notes: * (1) This returns a ptr to the cell, which is still embedded in * the list. * (2) This handle and the attached data have not been copied or * reference counted, so they must not be destroyed. This * violates our basic rule that every handle returned from a * function is owned by that function and must be destroyed, * but if rules aren't there to be broken, why have them? */ DLLIST * listFindElement(DLLIST *head, void *data) { DLLIST *cell; PROCNAME("listFindElement"); if (!head) return (DLLIST *)ERROR_PTR("head not defined", procName, NULL); if (!data) return (DLLIST *)ERROR_PTR("data not defined", procName, NULL); for (cell = head; cell; cell = cell->next) { if (cell->data == data) return cell; } return NULL; } /*! * listFindTail() * * Input: head * Return: tail, or null on error */ DLLIST * listFindTail(DLLIST *head) { DLLIST *cell; PROCNAME("listFindTail"); if (!head) return (DLLIST *)ERROR_PTR("head not defined", procName, NULL); for (cell = head; cell; cell = cell->next) { if (cell->next == NULL) return cell; } return (DLLIST *)ERROR_PTR("tail not found !!", procName, NULL); } /*! * listGetCount() * * Input: head (of list) * Return: number of elements; 0 if no list or on error */ l_int32 listGetCount(DLLIST *head) { l_int32 count; DLLIST *elem; PROCNAME("listGetCount"); if (!head) return ERROR_INT("head not defined", procName, 0); count = 0; for (elem = head; elem; elem = elem->next) count++; return count; } /*! * listReverse() * * Input: &head ( list head) * Return: 0 if OK, 1 on error * * Notes: * (1) This reverses the list in-place. */ l_int32 listReverse(DLLIST **phead) { void *obj; /* whatever */ DLLIST *head, *rhead; PROCNAME("listReverse"); if (!phead) return ERROR_INT("&head not defined", procName, 1); if ((head = *phead) == NULL) return ERROR_INT("head not defined", procName, 1); rhead = NULL; while (head) { obj = listRemoveFromHead(&head); listAddToHead(&rhead, obj); } *phead = rhead; return 0; } /*! * listJoin() * * Input: &head1 ( head of first list) * &head2 ( head of second list) * Return: 0 if OK, 1 on error * * Notes: * (1) The concatenated list is returned with head1 as the new head. * (2) Both input ptrs must exist, though either can have the value NULL. */ l_int32 listJoin(DLLIST **phead1, DLLIST **phead2) { void *obj; DLLIST *head1, *head2, *tail1; PROCNAME("listJoin"); if (!phead1) return ERROR_INT("&head1 not defined", procName, 1); if (!phead2) return ERROR_INT("&head2 not defined", procName, 1); /* If no list2, just return list1 unchanged */ if ((head2 = *phead2) == NULL) return 0; /* If no list1, just return list2 */ if ((head1 = *phead1) == NULL) { *phead1 = head2; *phead2 = NULL; return 0; } /* General case for concatenation into list 1 */ tail1 = listFindTail(head1); while (head2) { obj = listRemoveFromHead(&head2); listAddToTail(&head1, &tail1, obj); } *phead2 = NULL; return 0; } leptonica-1.70/src/heap.c0000644000175000017500000003740512244223470013366 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * heap.c * * Create/Destroy L_Heap * L_HEAP *lheapCreate() * void *lheapDestroy() * * Operations to add/remove to/from the heap * l_int32 lheapAdd() * static l_int32 lheapExtendArray() * void *lheapRemove() * * Heap operations * l_int32 lheapSwapUp() * l_int32 lheapSwapDown() * l_int32 lheapSort() * l_int32 lheapSortStrictOrder() * * Accessors * l_int32 lheapGetCount() * * Debug output * l_int32 lheapPrint() * * The L_Heap is useful to implement a priority queue, that is sorted * on a key in each element of the heap. The heap is an array * of nearly arbitrary structs, with a l_float32 the first field. * This field is the key on which the heap is sorted. * * Internally, we keep track of the heap size, n. The item at the * root of the heap is at the head of the array. Items are removed * from the head of the array and added to the end of the array. * When an item is removed from the head, the item at the end * of the array is moved to the head. When items are either * added or removed, it is usually necesary to swap array items * to restore the heap order. It is guaranteed that the number * of swaps does not exceed log(n). * * -------------------------- N.B. ------------------------------ * The items on the heap (or, equivalently, in the array) are cast * to void*. Their key is a l_float32, and it is REQUIRED that the * key be the first field in the struct. That allows us to get the * key by simply dereferencing the struct. Alternatively, we could * choose (but don't) to pass an application-specific comparison * function into the heap operation functions. * -------------------------- N.B. ------------------------------ */ #include #include "allheaders.h" static const l_int32 MIN_BUFFER_SIZE = 20; /* n'importe quoi */ static const l_int32 INITIAL_BUFFER_ARRAYSIZE = 128; /* n'importe quoi */ #define SWAP_ITEMS(i, j) { void *tempitem = lh->array[(i)]; \ lh->array[(i)] = lh->array[(j)]; \ lh->array[(j)] = tempitem; } /* Static function */ static l_int32 lheapExtendArray(L_HEAP *lh); /*--------------------------------------------------------------------------* * L_Heap create/destroy * *--------------------------------------------------------------------------*/ /*! * lheapCreate() * * Input: size of ptr array to be alloc'd (0 for default) * direction (L_SORT_INCREASING, L_SORT_DECREASING) * Return: lheap, or null on error */ L_HEAP * lheapCreate(l_int32 nalloc, l_int32 direction) { L_HEAP *lh; PROCNAME("lheapCreate"); if (nalloc < MIN_BUFFER_SIZE) nalloc = MIN_BUFFER_SIZE; /* Allocate ptr array and initialize counters. */ if ((lh = (L_HEAP *)CALLOC(1, sizeof(L_HEAP))) == NULL) return (L_HEAP *)ERROR_PTR("lh not made", procName, NULL); if ((lh->array = (void **)CALLOC(nalloc, sizeof(void *))) == NULL) return (L_HEAP *)ERROR_PTR("ptr array not made", procName, NULL); lh->nalloc = nalloc; lh->n = 0; lh->direction = direction; return lh; } /*! * lheapDestroy() * * Input: &lheap () * freeflag (TRUE to free each remaining struct in the array) * Return: void * * Notes: * (1) Use freeflag == TRUE when the items in the array can be * simply destroyed using free. If those items require their * own destroy function, they must be destroyed before * calling this function, and then this function is called * with freeflag == FALSE. * (2) To destroy the lheap, we destroy the ptr array, then * the lheap, and then null the contents of the input ptr. */ void lheapDestroy(L_HEAP **plh, l_int32 freeflag) { l_int32 i; L_HEAP *lh; PROCNAME("lheapDestroy"); if (plh == NULL) { L_WARNING("ptr address is NULL\n", procName); return; } if ((lh = *plh) == NULL) return; if (freeflag) { /* free each struct in the array */ for (i = 0; i < lh->n; i++) FREE(lh->array[i]); } else if (lh->n > 0) { /* freeflag == FALSE but elements exist on array */ L_WARNING("memory leak of %d items in lheap!\n", procName, lh->n); } if (lh->array) FREE(lh->array); FREE(lh); *plh = NULL; return; } /*--------------------------------------------------------------------------* * Accessors * *--------------------------------------------------------------------------*/ /*! * lheapAdd() * * Input: lheap * item to be added to the tail of the heap * Return: 0 if OK, 1 on error */ l_int32 lheapAdd(L_HEAP *lh, void *item) { PROCNAME("lheapAdd"); if (!lh) return ERROR_INT("lh not defined", procName, 1); if (!item) return ERROR_INT("item not defined", procName, 1); /* If necessary, expand the allocated array by a factor of 2 */ if (lh->n >= lh->nalloc) lheapExtendArray(lh); /* Add the item */ lh->array[lh->n] = item; lh->n++; /* Restore the heap */ lheapSwapUp(lh, lh->n - 1); return 0; } /*! * lheapExtendArray() * * Input: lheap * Return: 0 if OK, 1 on error */ static l_int32 lheapExtendArray(L_HEAP *lh) { PROCNAME("lheapExtendArray"); if (!lh) return ERROR_INT("lh not defined", procName, 1); if ((lh->array = (void **)reallocNew((void **)&lh->array, sizeof(void *) * lh->nalloc, 2 * sizeof(void *) * lh->nalloc)) == NULL) return ERROR_INT("new ptr array not returned", procName, 1); lh->nalloc = 2 * lh->nalloc; return 0; } /*! * lheapRemove() * * Input: lheap * Return: ptr to item popped from the root of the heap, * or null if the heap is empty or on error */ void * lheapRemove(L_HEAP *lh) { void *item; PROCNAME("lheapRemove"); if (!lh) return (void *)ERROR_PTR("lh not defined", procName, NULL); if (lh->n == 0) return NULL; item = lh->array[0]; lh->array[0] = lh->array[lh->n - 1]; /* move last to the head */ lh->array[lh->n - 1] = NULL; /* set ptr to null */ lh->n--; lheapSwapDown(lh); /* restore the heap */ return item; } /*! * lheapGetCount() * * Input: lheap * Return: count, or 0 on error */ l_int32 lheapGetCount(L_HEAP *lh) { PROCNAME("lheapGetCount"); if (!lh) return ERROR_INT("lh not defined", procName, 0); return lh->n; } /*--------------------------------------------------------------------------* * Heap operations * *--------------------------------------------------------------------------*/ /*! * lheapSwapUp() * * Input: lh (heap) * index (of array corresponding to node to be swapped up) * Return: 0 if OK, 1 on error * * Notes: * (1) This is called after a new item is put on the heap, at the * bottom of a complete tree. * (2) To regain the heap order, we let it bubble up, * iteratively swapping with its parent, until it either * reaches the root of the heap or it finds a parent that * is in the correct position already vis-a-vis the child. */ l_int32 lheapSwapUp(L_HEAP *lh, l_int32 index) { l_int32 ip; /* index to heap for parent; 1 larger than array index */ l_int32 ic; /* index into heap for child */ l_float32 valp, valc; PROCNAME("lheapSwapUp"); if (!lh) return ERROR_INT("lh not defined", procName, 1); if (index < 0 || index >= lh->n) return ERROR_INT("invalid index", procName, 1); ic = index + 1; /* index into heap: add 1 to array index */ if (lh->direction == L_SORT_INCREASING) { while (1) { if (ic == 1) /* root of heap */ break; ip = ic / 2; valc = *(l_float32 *)(lh->array[ic - 1]); valp = *(l_float32 *)(lh->array[ip - 1]); if (valp <= valc) break; SWAP_ITEMS(ip - 1, ic - 1); ic = ip; } } else { /* lh->direction == L_SORT_DECREASING */ while (1) { if (ic == 1) /* root of heap */ break; ip = ic / 2; valc = *(l_float32 *)(lh->array[ic - 1]); valp = *(l_float32 *)(lh->array[ip - 1]); if (valp >= valc) break; SWAP_ITEMS(ip - 1, ic - 1); ic = ip; } } return 0; } /*! * lheapSwapDown() * * Input: lh (heap) * Return: 0 if OK, 1 on error * * Notes: * (1) This is called after an item has been popped off the * root of the heap, and the last item in the heap has * been placed at the root. * (2) To regain the heap order, we let it bubble down, * iteratively swapping with one of its children. For a * decreasing sort, it swaps with the largest child; for * an increasing sort, the smallest. This continues until * it either reaches the lowest level in the heap, or the * parent finds that neither child should swap with it * (e.g., for a decreasing heap, the parent is larger * than or equal to both children). */ l_int32 lheapSwapDown(L_HEAP *lh) { l_int32 ip; /* index to heap for parent; 1 larger than array index */ l_int32 icr, icl; /* index into heap for left/right children */ l_float32 valp, valcl, valcr; PROCNAME("lheapSwapDown"); if (!lh) return ERROR_INT("lh not defined", procName, 1); if (lheapGetCount(lh) < 1) return 0; ip = 1; /* index into top of heap: corresponds to array[0] */ if (lh->direction == L_SORT_INCREASING) { while (1) { icl = 2 * ip; if (icl > lh->n) break; valp = *(l_float32 *)(lh->array[ip - 1]); valcl = *(l_float32 *)(lh->array[icl - 1]); icr = icl + 1; if (icr > lh->n) { /* only a left child; no iters below */ if (valp > valcl) SWAP_ITEMS(ip - 1, icl - 1); break; } else { /* both children exist; swap with the smallest if bigger */ valcr = *(l_float32 *)(lh->array[icr - 1]); if (valp <= valcl && valp <= valcr) /* smaller than both */ break; if (valcl <= valcr) { /* left smaller; swap */ SWAP_ITEMS(ip - 1, icl - 1); ip = icl; } else { /* right smaller; swap */ SWAP_ITEMS(ip - 1, icr - 1); ip = icr; } } } } else { /* lh->direction == L_SORT_DECREASING */ while (1) { icl = 2 * ip; if (icl > lh->n) break; valp = *(l_float32 *)(lh->array[ip - 1]); valcl = *(l_float32 *)(lh->array[icl - 1]); icr = icl + 1; if (icr > lh->n) { /* only a left child; no iters below */ if (valp < valcl) SWAP_ITEMS(ip - 1, icl - 1); break; } else { /* both children exist; swap with the biggest if smaller */ valcr = *(l_float32 *)(lh->array[icr - 1]); if (valp >= valcl && valp >= valcr) /* bigger than both */ break; if (valcl >= valcr) { /* left bigger; swap */ SWAP_ITEMS(ip - 1, icl - 1); ip = icl; } else { /* right bigger; swap */ SWAP_ITEMS(ip - 1, icr - 1); ip = icr; } } } } return 0; } /*! * lheapSort() * * Input: lh (heap, with internal array) * Return: 0 if OK, 1 on error * * Notes: * (1) This sorts an array into heap order. If the heap is already * in heap order for the direction given, this has no effect. */ l_int32 lheapSort(L_HEAP *lh) { l_int32 i; PROCNAME("lheapSort"); if (!lh) return ERROR_INT("lh not defined", procName, 1); for (i = 0; i < lh->n; i++) lheapSwapUp(lh, i); return 0; } /*! * lheapSortStrictOrder() * * Input: lh (heap, with internal array) * Return: 0 if OK, 1 on error * * Notes: * (1) This sorts a heap into strict order. * (2) For each element, starting at the end of the array and * working forward, the element is swapped with the head * element and then allowed to swap down onto a heap of * size reduced by one. The result is that the heap is * reversed but in strict order. The array elements are * then reversed to put it in the original order. */ l_int32 lheapSortStrictOrder(L_HEAP *lh) { l_int32 i, index, size; PROCNAME("lheapSortStrictOrder"); if (!lh) return ERROR_INT("lh not defined", procName, 1); size = lh->n; /* save the actual size */ for (i = 0; i < size; i++) { index = size - i; SWAP_ITEMS(0, index - 1); lh->n--; /* reduce the apparent heap size by 1 */ lheapSwapDown(lh); } lh->n = size; /* restore the size */ for (i = 0; i < size / 2; i++) /* reverse */ SWAP_ITEMS(i, size - i - 1); return 0; } /*---------------------------------------------------------------------* * Debug output * *---------------------------------------------------------------------*/ /*! * lheapPrint() * * Input: stream * lheap * Return: 0 if OK; 1 on error */ l_int32 lheapPrint(FILE *fp, L_HEAP *lh) { l_int32 i; PROCNAME("lheapPrint"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!lh) return ERROR_INT("lh not defined", procName, 1); fprintf(fp, "\n L_Heap: nalloc = %d, n = %d, array = %p\n", lh->nalloc, lh->n, lh->array); for (i = 0; i < lh->n; i++) fprintf(fp, "keyval[%d] = %f\n", i, *(l_float32 *)lh->array[i]); return 0; } leptonica-1.70/src/rank.c0000644000175000017500000005160412244234345013404 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * rank.c * * Rank filter (gray and rgb) * PIX *pixRankFilter() * PIX *pixRankFilterRGB() * PIX *pixRankFilterGray() * * Median filter * PIX *pixMedianFilter() * * Rank filter (accelerated with downscaling) * PIX *pixRankFilterWithScaling() * * What is a brick rank filter? * * A brick rank order filter evaluates, for every pixel in the image, * a rectangular set of n = wf x hf pixels in its neighborhood (where the * pixel in question is at the "center" of the rectangle and is * included in the evaluation). It determines the value of the * neighboring pixel that is the r-th smallest in the set, * where r is some integer between 1 and n. The input rank parameter * is a fraction between 0.0 and 1.0, where 0.0 represents the * smallest value (r = 1) and 1.0 represents the largest value (r = n). * A median filter is a rank filter where rank = 0.5. * * It is important to note that grayscale erosion is equivalent * to rank = 0.0, and grayscale dilation is equivalent to rank = 1.0. * These are much easier to calculate than the general rank value, * thanks to the van Herk/Gil-Werman algorithm: * http://www.leptonica.com/grayscale-morphology.html * so you should use pixErodeGray() and pixDilateGray() for * rank 0.0 and 1.0, rsp. See notes below in the function header. * * How is a rank filter implemented efficiently on an image? * * Sorting will not work. * * * The best sort algorithms are O(n*logn), where n is the number * of values to be sorted (the area of the filter). For large * filters this is an impractically large number. * * * Selection of the rank value is O(n). (To understand why it's not * O(n*logn), see Numerical Recipes in C, 2nd edition, 1992, p. 355ff). * This also still far too much computation for large filters. * * * Suppose we get clever. We really only need to do an incremental * selection or sorting, because, for example, moving the filter * down by one pixel causes one filter width of pixels to be added * and another to be removed. Can we do this incrementally in * an efficient way? Unfortunately, no. The sorted values will be * in an array. Even if the filter width is 1, we can expect to * have to move O(n) pixels, because insertion and deletion can happen * anywhere in the array. By comparison, heapsort is excellent for * incremental sorting, where the cost for insertion or deletion * is O(logn), because the array itself doesn't need to * be sorted into strictly increasing order. However, heapsort * only gives the max (or min) value, not the general rank value. * * This leaves histograms. * * * Represented as an array. The problem with an array of 256 * bins is that, in general, a significant fraction of the * entire histogram must be summed to find the rank value bin. * Suppose the filter size is 5x5. You spend most of your time * adding zeroes. Ouch! * * * Represented as a linked list. This would overcome the * summing-over-empty-bin problem, but you lose random access * for insertions and deletions. No way. * * * Two histogram solution. Maintain two histograms with * bin sizes of 1 and 16. Proceed from coarse to fine. * First locate the coarse bin for the given rank, of which * there are only 16. Then, in the 256 entry (fine) histogram, * you need look at a maximum of 16 bins. For each output * pixel, the average number of bins summed over, both in the * coarse and fine histograms, is thus 16. * * If someone has a better method, please let me know! * * The rank filtering operation is relatively expensive, compared to most * of the other imaging operations. The speed is only weakly dependent * on the size of the rank filter. On standard hardware, it runs at * about 10 Mpix/sec for a 50 x 50 filter, and 25 Mpix/sec for * a 5 x 5 filter. For applications where the rank filter can be * performed on a downscaled image, significant speedup can be * achieved because the time goes as the square of the scaling factor. * We provide an interface that handles the details, and only * requires the amount of downscaling to be input. */ #include "allheaders.h" /*----------------------------------------------------------------------* * Rank order filter * *----------------------------------------------------------------------*/ /*! * pixRankFilter() * * Input: pixs (8 or 32 bpp; no colormap) * wf, hf (width and height of filter; each is >= 1) * rank (in [0.0 ... 1.0]) * Return: pixd (of rank values), or null on error * * Notes: * (1) This defines, for each pixel in pixs, a neighborhood of * pixels given by a rectangle "centered" on the pixel. * This set of wf*hf pixels has a distribution of values. * For each component, if the values are sorted in increasing * order, we choose the component such that rank*(wf*hf-1) * pixels have a lower or equal value and * (1-rank)*(wf*hf-1) pixels have an equal or greater value. * (2) See notes in pixRankFilterGray() for further details. */ PIX * pixRankFilter(PIX *pixs, l_int32 wf, l_int32 hf, l_float32 rank) { l_int32 d; PROCNAME("pixRankFilter"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetColormap(pixs) != NULL) return (PIX *)ERROR_PTR("pixs has colormap", procName, NULL); d = pixGetDepth(pixs); if (d != 8 && d != 32) return (PIX *)ERROR_PTR("pixs not 8 or 32 bpp", procName, NULL); if (wf < 1 || hf < 1) return (PIX *)ERROR_PTR("wf < 1 || hf < 1", procName, NULL); if (rank < 0.0 || rank > 1.0) return (PIX *)ERROR_PTR("rank must be in [0.0, 1.0]", procName, NULL); if (wf == 1 && hf == 1) /* no-op */ return pixCopy(NULL, pixs); if (d == 8) return pixRankFilterGray(pixs, wf, hf, rank); else /* d == 32 */ return pixRankFilterRGB(pixs, wf, hf, rank); } /*! * pixRankFilterRGB() * * Input: pixs (32 bpp) * wf, hf (width and height of filter; each is >= 1) * rank (in [0.0 ... 1.0]) * Return: pixd (of rank values), or null on error * * Notes: * (1) This defines, for each pixel in pixs, a neighborhood of * pixels given by a rectangle "centered" on the pixel. * This set of wf*hf pixels has a distribution of values. * For each component, if the values are sorted in increasing * order, we choose the component such that rank*(wf*hf-1) * pixels have a lower or equal value and * (1-rank)*(wf*hf-1) pixels have an equal or greater value. * (2) Apply gray rank filtering to each component independently. * (3) See notes in pixRankFilterGray() for further details. */ PIX * pixRankFilterRGB(PIX *pixs, l_int32 wf, l_int32 hf, l_float32 rank) { PIX *pixr, *pixg, *pixb, *pixrf, *pixgf, *pixbf, *pixd; PROCNAME("pixRankFilterRGB"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs not 32 bpp", procName, NULL); if (wf < 1 || hf < 1) return (PIX *)ERROR_PTR("wf < 1 || hf < 1", procName, NULL); if (rank < 0.0 || rank > 1.0) return (PIX *)ERROR_PTR("rank must be in [0.0, 1.0]", procName, NULL); if (wf == 1 && hf == 1) /* no-op */ return pixCopy(NULL, pixs); pixr = pixGetRGBComponent(pixs, COLOR_RED); pixg = pixGetRGBComponent(pixs, COLOR_GREEN); pixb = pixGetRGBComponent(pixs, COLOR_BLUE); pixrf = pixRankFilterGray(pixr, wf, hf, rank); pixgf = pixRankFilterGray(pixg, wf, hf, rank); pixbf = pixRankFilterGray(pixb, wf, hf, rank); pixd = pixCreateRGBImage(pixrf, pixgf, pixbf); pixDestroy(&pixr); pixDestroy(&pixg); pixDestroy(&pixb); pixDestroy(&pixrf); pixDestroy(&pixgf); pixDestroy(&pixbf); return pixd; } /*! * pixRankFilterGray() * * Input: pixs (8 bpp; no colormap) * wf, hf (width and height of filter; each is >= 1) * rank (in [0.0 ... 1.0]) * Return: pixd (of rank values), or null on error * * Notes: * (1) This defines, for each pixel in pixs, a neighborhood of * pixels given by a rectangle "centered" on the pixel. * This set of wf*hf pixels has a distribution of values, * and if they are sorted in increasing order, we choose * the pixel such that rank*(wf*hf-1) pixels have a lower * or equal value and (1-rank)*(wf*hf-1) pixels have an equal * or greater value. * (2) By this definition, the rank = 0.0 pixel has the lowest * value, and the rank = 1.0 pixel has the highest value. * (3) We add mirrored boundary pixels to avoid boundary effects, * and put the filter center at (0, 0). * (4) This dispatches to grayscale erosion or dilation if the * filter dimensions are odd and the rank is 0.0 or 1.0, rsp. * (5) Returns a copy if both wf and hf are 1. * (6) Uses row-major or column-major incremental updates to the * histograms depending on whether hf > wf or hv <= wf, rsp. */ PIX * pixRankFilterGray(PIX *pixs, l_int32 wf, l_int32 hf, l_float32 rank) { l_int32 w, h, d, i, j, k, m, n, rankloc, wplt, wpld, val, sum; l_int32 *histo, *histo16; l_uint32 *datat, *linet, *datad, *lined; PIX *pixt, *pixd; PROCNAME("pixRankFilterGray"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetColormap(pixs) != NULL) return (PIX *)ERROR_PTR("pixs has colormap", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (wf < 1 || hf < 1) return (PIX *)ERROR_PTR("wf < 1 || hf < 1", procName, NULL); if (rank < 0.0 || rank > 1.0) return (PIX *)ERROR_PTR("rank must be in [0.0, 1.0]", procName, NULL); if (wf == 1 && hf == 1) /* no-op */ return pixCopy(NULL, pixs); /* For rank = 0.0, this is a grayscale erosion, and for rank = 1.0, * a dilation. Grayscale morphology operations are implemented * for filters of odd dimension, so we dispatch to grayscale * morphology if both wf and hf are odd. Otherwise, we * slightly adjust the rank (to get the correct behavior) and * use the slower rank filter here. */ if (wf % 2 && hf % 2) { if (rank == 0.0) return pixErodeGray(pixs, wf, hf); else if (rank == 1.0) return pixDilateGray(pixs, wf, hf); } if (rank == 0.0) rank = 0.0001; if (rank == 1.0) rank = 0.9999; /* Add wf/2 to each side, and hf/2 to top and bottom of the * image, mirroring for accuracy and to avoid special-casing * the boundary. */ if ((pixt = pixAddMirroredBorder(pixs, wf / 2, wf / 2, hf / 2, hf / 2)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, NULL); /* Set up the two histogram arrays. */ histo = (l_int32 *)CALLOC(256, sizeof(l_int32)); histo16 = (l_int32 *)CALLOC(16, sizeof(l_int32)); rankloc = (l_int32)(rank * wf * hf); /* Place the filter center at (0, 0). This is just a * convenient location, because it allows us to perform * the rank filter over x:(0 ... w - 1) and y:(0 ... h - 1). */ pixd = pixCreateTemplate(pixs); datat = pixGetData(pixt); wplt = pixGetWpl(pixt); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); /* If hf > wf, it's more efficient to use row-major scanning. * Otherwise, traverse the image in use column-major order. */ if (hf > wf) { for (j = 0; j < w; j++) { /* row-major */ /* Start each column with clean histogram arrays. */ for (n = 0; n < 256; n++) histo[n] = 0; for (n = 0; n < 16; n++) histo16[n] = 0; for (i = 0; i < h; i++) { /* fast scan on columns */ /* Update the histos for the new location */ lined = datad + i * wpld; if (i == 0) { /* do full histo */ for (k = 0; k < hf; k++) { linet = datat + (i + k) * wplt; for (m = 0; m < wf; m++) { val = GET_DATA_BYTE(linet, j + m); histo[val]++; histo16[val >> 4]++; } } } else { /* incremental update */ linet = datat + (i - 1) * wplt; for (m = 0; m < wf; m++) { /* remove top line */ val = GET_DATA_BYTE(linet, j + m); histo[val]--; histo16[val >> 4]--; } linet = datat + (i + hf - 1) * wplt; for (m = 0; m < wf; m++) { /* add bottom line */ val = GET_DATA_BYTE(linet, j + m); histo[val]++; histo16[val >> 4]++; } } /* Find the rank value */ sum = 0; for (n = 0; n < 16; n++) { /* search over coarse histo */ sum += histo16[n]; if (sum > rankloc) { sum -= histo16[n]; break; } } k = 16 * n; /* starting value in fine histo */ for (m = 0; m < 16; m++) { sum += histo[k]; if (sum > rankloc) { SET_DATA_BYTE(lined, j, k); break; } k++; } } } } else { /* wf >= hf */ for (i = 0; i < h; i++) { /* column-major */ /* Start each row with clean histogram arrays. */ for (n = 0; n < 256; n++) histo[n] = 0; for (n = 0; n < 16; n++) histo16[n] = 0; lined = datad + i * wpld; for (j = 0; j < w; j++) { /* fast scan on rows */ /* Update the histos for the new location */ if (j == 0) { /* do full histo */ for (k = 0; k < hf; k++) { linet = datat + (i + k) * wplt; for (m = 0; m < wf; m++) { val = GET_DATA_BYTE(linet, j + m); histo[val]++; histo16[val >> 4]++; } } } else { /* incremental update at left and right sides */ for (k = 0; k < hf; k++) { linet = datat + (i + k) * wplt; val = GET_DATA_BYTE(linet, j - 1); histo[val]--; histo16[val >> 4]--; val = GET_DATA_BYTE(linet, j + wf - 1); histo[val]++; histo16[val >> 4]++; } } /* Find the rank value */ sum = 0; for (n = 0; n < 16; n++) { /* search over coarse histo */ sum += histo16[n]; if (sum > rankloc) { sum -= histo16[n]; break; } } k = 16 * n; /* starting value in fine histo */ for (m = 0; m < 16; m++) { sum += histo[k]; if (sum > rankloc) { SET_DATA_BYTE(lined, j, k); break; } k++; } } } } pixDestroy(&pixt); FREE(histo); FREE(histo16); return pixd; } /*----------------------------------------------------------------------* * Median filter * *----------------------------------------------------------------------*/ /*! * pixMedianFilter() * * Input: pixs (8 or 32 bpp; no colormap) * wf, hf (width and height of filter; each is >= 1) * Return: pixd (of median values), or null on error */ PIX * pixMedianFilter(PIX *pixs, l_int32 wf, l_int32 hf) { PROCNAME("pixMedianFilter"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); return pixRankFilter(pixs, wf, hf, 0.5); } /*----------------------------------------------------------------------* * Rank filter (accelerated with downscaling) * *----------------------------------------------------------------------*/ /*! * pixRankFilterWithScaling() * * Input: pixs (8 or 32 bpp; no colormap) * wf, hf (width and height of filter; each is >= 1) * rank (in [0.0 ... 1.0]) * scalefactor (scale factor; must be >= 0.2 and <= 0.7) * Return: pixd (of rank values), or null on error * * Notes: * (1) This is a convenience function that downscales, does * the rank filtering, and upscales. Because the down- * and up-scaling functions are very fast compared to * rank filtering, the time it takes is reduced from that * for the simple rank filtering operation by approximately * the square of the scaling factor. */ PIX * pixRankFilterWithScaling(PIX *pixs, l_int32 wf, l_int32 hf, l_float32 rank, l_float32 scalefactor) { l_int32 w, h, d, wfs, hfs; PIX *pix1, *pix2, *pixd; PROCNAME("pixRankFilterWithScaling"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetColormap(pixs) != NULL) return (PIX *)ERROR_PTR("pixs has colormap", procName, NULL); d = pixGetDepth(pixs); if (d != 8 && d != 32) return (PIX *)ERROR_PTR("pixs not 8 or 32 bpp", procName, NULL); if (wf < 1 || hf < 1) return (PIX *)ERROR_PTR("wf < 1 || hf < 1", procName, NULL); if (rank < 0.0 || rank > 1.0) return (PIX *)ERROR_PTR("rank must be in [0.0, 1.0]", procName, NULL); if (wf == 1 && hf == 1) /* no-op */ return pixCopy(NULL, pixs); if (scalefactor < 0.2 || scalefactor > 0.7) { L_ERROR("invalid scale factor; no scaling used\n", procName); return pixRankFilter(pixs, wf, hf, rank); } pix1 = pixScaleAreaMap(pixs, scalefactor, scalefactor); wfs = L_MAX(1, (l_int32)(scalefactor * wf + 0.5)); hfs = L_MAX(1, (l_int32)(scalefactor * hf + 0.5)); pix2 = pixRankFilter(pix1, wfs, hfs, rank); pixGetDimensions(pixs, &w, &h, NULL); pixd = pixScaleToSize(pix2, w, h); pixDestroy(&pix1); pixDestroy(&pix2); return pixd; } leptonica-1.70/src/heap.h0000644000175000017500000001021211707052573013365 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ #ifndef LEPTONICA_HEAP_H #define LEPTONICA_HEAP_H /* * heap.h * * Expandable priority queue configured as a heap for arbitrary void* data * * The L_Heap is used to implement a priority queue. The elements * in the heap are ordered in either increasing or decreasing key value. * The key is a float field 'keyval' that is required to be * contained in the elements of the queue. * * The heap is a simple binary tree with the following constraints: * - the key of each node is >= the keys of the two children * - the tree is complete, meaning that each level (1, 2, 4, ...) * is filled and the last level is filled from left to right * * The tree structure is implicit in the queue array, with the * array elements numbered as a breadth-first search of the tree * from left to right. It is thus guaranteed that the largest * (or smallest) key belongs to the first element in the array. * * Heap sort is used to sort the array. Once an array has been * sorted as a heap, it is convenient to use it as a priority queue, * because the min (or max) elements are always at the root of * the tree (element 0), and once removed, the heap can be * resorted in not more than log[n] steps, where n is the number * of elements on the heap. Likewise, if an arbitrary element is * added to the end of the array A, the sorted heap can be restored * in not more than log[n] steps. * * A L_Heap differs from a L_Queue in that the elements in the former * are sorted by a key. Internally, the array is maintained * as a queue, with a pointer to the end of the array. The * head of the array always remains at array[0]. The array is * maintained (sorted) as a heap. When an item is removed from * the head, the last item takes its place (thus reducing the * array length by 1), and this is followed by array element * swaps to restore the heap property. When an item is added, * it goes at the end of the array, and is swapped up to restore * the heap. If the ptr array is full, adding another item causes * the ptr array size to double. * * For further implementation details, see heap.c. */ struct L_Heap { l_int32 nalloc; /* size of allocated ptr array */ l_int32 n; /* number of elements stored in the heap */ void **array; /* ptr array */ l_int32 direction; /* L_SORT_INCREASING or L_SORT_DECREASING */ }; typedef struct L_Heap L_HEAP; #endif /* LEPTONICA_HEAP_H */ leptonica-1.70/src/makefile.static0000644000175000017500000003211312262333207015262 0ustar dandan#/*====================================================================* # - Copyright (C) 2001 Leptonica. All rights reserved. # - # - Redistribution and use in source and binary forms, with or without # - modification, are permitted provided that the following conditions # - are met: # - 1. Redistributions of source code must retain the above copyright # - notice, this list of conditions and the following disclaimer. # - 2. Redistributions in binary form must reproduce the above # - copyright notice, this list of conditions and the following # - disclaimer in the documentation and/or other materials # - provided with the distribution. # - # - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS # - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT # - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR # - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY # - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, # - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, # - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR # - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY # - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING # - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS # - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. # *====================================================================*/ # makefile (for linux) # # Hand-built -- editable -- simple -- makefile # # For a nodebug version: make # For a debug version: make DEBUG=yes debug # For a shared library version: make SHARED=yes shared # For all versions: make all # With nonstandard header directories # make EXTRAINCLUDES="-I" # # To remove all writes to stderr: add -DNO_CONSOLE_IO to compiler line # # To remove object files in src: make clean # To remove object files and executables in prog: make clean # # Customization for endianness of machine hardware: # When using the gnu compiler, endianness is automatically # determined and set properly. Otherwise, set the $CPPFLAGS variable: # On little-endian machines (e.g., i386, x86-64): # CPPFLAGS = $(INCLUDES) -DL_LITTLE_ENDIAN # On big-endian machines (e.g., Mac Power PC, Sun Sparc): # CPPFLAGS = $(INCLUDES) -DL_BIG_ENDIAN # # Customization for I/O with external libraries (jpeg, png, tiff, webp, gif): # Set flags in environ.h. The default is to have libjpeg, libpng, # libtiff and libz, but not libgif. # # Customization for non-POSIX-compliant GNU functions # fmemopen() and open_memstream(). # The default is not to use, because they only work on linux. # To use these, #define HAVE_FMEMOPEN to 1 in environ.h. # # Customization for Cygwin: # (1) Use the appropriate $CC # # Compiling under Microsoft Visual Studio # (1) Download the vs2000 package. # (2) You can also substitute arrayaccess.h.vc for arrayaccess.h, to # use the inline macros rather than function calls which are slower. # # To generate function prototypes, you need a program called # xtractprotos. Build it with this command: # make xtractprotos # Then use it with 'make allheaders' # Tools used by the Makefile RM = rm -f TEST = test MKDIR = mkdir -p LIBRARIAN = ar cq RANLIB = ranlib # Libraries are built into a binary tree determined by the environmental # variable BINARY_BASE_DIR ifndef BINARY_BASE_DIR BINARY_BASE_DIR = .. endif BASE_OBJ = $(BINARY_BASE_DIR)/obj OBJ_NODEBUG = $(BINARY_BASE_DIR)/obj/nodebug OBJ_DEBUG = $(BINARY_BASE_DIR)/obj/debug OBJ_SHARED = $(BINARY_BASE_DIR)/obj/shared BASE_LIB = $(BINARY_BASE_DIR)/lib LIB_NODEBUG = $(BINARY_BASE_DIR)/lib/nodebug LIB_DEBUG = $(BINARY_BASE_DIR)/lib/debug LIB_SHARED = $(BINARY_BASE_DIR)/lib/shared # Include files INCLUDES = -I./ $(EXTRAINCLUDES) PROTOTYPE_DIR = . # Which flags to use? # - gcc 4.3.3 enforces checking return values of built-in C functions # such as fgets(). This should compile with the -Werror flag, # but it is turned off in the distribution (just in case...). # - use g++ to apply stricter rules. Libraries made with g++ may not # link to programs compiled with gcc (depends on the glibc version). # - use -Wunused to identify unused varables # - use -DNO_CONSOLE_IO to remove all L_INFO, L_WARNING, L_ERROR and # ERROR_* logging, and to remove all DEBUG information dependent # on whether or not NO_CONSOLE_IO has been defined. # - remove -fPIC for Cygwin CC = gcc -ansi -D_BSD_SOURCE -DANSI -fPIC #CC = gcc -ansi -D_BSD_SOURCE -DANSI -Werror -fPIC #CC = g++ -D_BSD_SOURCE -fPIC #CC = g++ -Werror -D_BSD_SOURCE -fPIC #CC = g++ -Wunused -D_BSD_SOURCE -fPIC #CC = gcc -ansi -DNO_CONSOLE_IO -D_BSD_SOURCE -DANSI -fPIC #CC = gcc -ansi -D_BSD_SOURCE -DANSI # Test for processor endianness (valid with gnu make only) ENDIANNESS := $(shell $(CC) -o endiantest endiantest.c; ./endiantest; rm -f endiantest) # Conditional compilation (depending on processor endianness) CPPFLAGS = $(INCLUDES) -D$(ENDIANNESS) #CPPFLAGS = $(INCLUDES) -DL_LITTLE_ENDIAN #CPPFLAGS = $(INCLUDES) -DL_BIG_ENDIAN # Shared library linker options SONAME_OPTION = -Wl,-h, ifdef SHARED OPTIMIZE = -O2 -fPIC else ifdef DEBUG OPTIMIZE = -g else OPTIMIZE = -O2 endif endif OPTIONS = CFLAGS = $(OPTIMIZE) $(OPTIONS) LIBRARIAN_SHARED = gcc -shared # Libraries differing only in their minor revision numbers # are required to have the same interface. By using # "-h" in the ld, the "soname" is .X, where X is # the major revision number. # Links are created among the files .X.Y, # .X, and , where Y is the minor revision number. MAJOR_REV = 1 MINOR_REV = 70 ######################################################### # Libraries LEPTLIB = liblept.a LEPTLIB_SHARED = liblept.so ######################################################### LEPTLIB_C = adaptmap.c affine.c \ affinecompose.c arrayaccess.c \ bardecode.c baseline.c bbuffer.c \ bilateral.c bilinear.c binarize.c \ binexpand.c binreduce.c \ blend.c bmf.c bmpio.c bmpiostub.c \ boxbasic.c boxfunc1.c boxfunc2.c \ boxfunc3.c boxfunc4.c \ bytearray.c ccbord.c ccthin.c classapp.c \ colorcontent.c coloring.c \ colormap.c colormorph.c \ colorquant1.c colorquant2.c \ colorseg.c colorspace.c \ compare.c conncomp.c convertfiles.c \ convolve.c convolvelow.c correlscore.c \ dewarp1.c dewarp2.c dewarp3.c dewarp4.c dnabasic.c \ dwacomb.2.c dwacomblow.2.c \ edge.c enhance.c \ fhmtauto.c fhmtgen.1.c fhmtgenlow.1.c \ finditalic.c flipdetect.c fliphmtgen.c \ fmorphauto.c fmorphgen.1.c fmorphgenlow.1.c \ fpix1.c fpix2.c \ gifio.c gifiostub.c gplot.c graphics.c \ graymorph.c graymorphlow.c \ grayquant.c grayquantlow.c \ heap.c jbclass.c jp2kio.c jp2kiostub.c \ jpegio.c jpegiostub.c kernel.c \ libversions.c list.c maze.c \ morph.c morphapp.c morphdwa.c morphseq.c \ numabasic.c numafunc1.c numafunc2.c \ pageseg.c paintcmap.c \ parseprotos.c partition.c \ pdfio.c pdfiostub.c \ pix1.c pix2.c pix3.c pix4.c pix5.c \ pixabasic.c pixacc.c \ pixafunc1.c pixafunc2.c \ pixalloc.c pixarith.c \ pixcomp.c pixconv.c pixlabel.c pixtiling.c \ pngio.c pngiostub.c \ pnmio.c pnmiostub.c \ projective.c \ psio1.c psio1stub.c psio2.c psio2stub.c \ ptabasic.c ptafunc1.c \ ptra.c quadtree.c queue.c rank.c \ readbarcode.c readfile.c \ recogbasic.c recogdid.c recogident.c recogtrain.c \ regutils.c \ rop.c ropiplow.c roplow.c \ rotate.c rotateam.c rotateamlow.c \ rotateorth.c rotateorthlow.c rotateshear.c \ runlength.c sarray.c \ scale.c scalelow.c \ seedfill.c seedfilllow.c \ sel1.c sel2.c selgen.c \ shear.c skew.c spixio.c \ stack.c sudoku.c \ textops.c tiffio.c tiffiostub.c \ utils.c viewfiles.c \ warper.c watershed.c \ webpio.c webpiostub.c writefile.c \ zlibmem.c zlibmemstub.c LEPTLIB_H = allheaders.h alltypes.h \ array.h arrayaccess.h bbuffer.h \ bmf.h bmp.h ccbord.h \ dewarp.h environ.h gplot.h \ heap.h imageio.h \ jbclass.h list.h morph.h \ pix.h ptra.h queue.h \ readbarcode.h recog.h regutils.h \ stack.h sudoku.h watershed.h ################################################################## # Main targets nodebug: dirs $(LEPTLIB:%=$(LIB_NODEBUG)/%) all: make -f makefile TARGET=$(TARGET) nodebug make -f makefile TARGET=$(TARGET) DEBUG=true debug make -f makefile TARGET=$(TARGET) SHARED=true shared DEBUG_LIBS = $(LEPTLIB:%=$(LIB_DEBUG)/%) SHARED_LIBS = $(LEPTLIB_SHARED:%=$(LIB_SHARED)/%) debug: dirs $(DEBUG_LIBS) shared: dirs $(SHARED_LIBS) ################################################################## # Proto targets # Note that both of the targets below can be generated by xtractprotos # (a) without requiring the existence of leptprotos.h and (b) with # an empty allheaders.h. Both generate a new allheaders.h, and # 'make allprotos' additionally generates leptprotos.h # # In the past we generated leptprotos.h that held the function prototypes, # and included it in allheaders.h. We now insert the function prototypes # directly in allheaders.h, and do not generate a separate prototype # file leptprotos.h. allheaders: $(LEPTLIB_C) @$(TEST) -f xtractprotos || echo "First run 'make xtractprotos'" ./xtractprotos -protos=inline -prestring=LEPT_DLL $(LEPTLIB_C) # You can still generate the file leptprotos.h and have it #included # in allheaders.h. If you do this, be sure to add leptprotos.h to LEPTLIB_H. allprotos: leptprotos leptprotos: $(LEPTLIB_C) @$(TEST) -f xtractprotos || echo "First run 'make xtractprotos'" ./xtractprotos -protos=leptprotos.h -prestring=LEPT_DLL $(LEPTLIB_C) ################################################################## # xtractprotos xtractprotos: dirs leptlib cd ../prog; make xtractprotos; cp xtractprotos ../src xtractprotos.o: xtractprotos.c ################################################################## # Rule to make optimized library $(LIB_NODEBUG)/%.a: $(RM) $@ $(LIBRARIAN) $@ $< $(RANLIB) $@ # Rule to make debuggable library $(LIB_DEBUG)/%.a: $(RM) $@ $(LIBRARIAN) $@ $< $(RANLIB) $@ # Rule to make shared library $(LIB_SHARED)/%.so: $(RM) $@ $(LIBRARIAN_SHARED) $(SONAME_OPTION)$(notdir $@).$(MAJOR_REV) -o $@ $< mv $@ $@.$(MAJOR_REV).$(MINOR_REV) cd $(LIB_SHARED); rm $(notdir $@).$(MAJOR_REV); \ ln -s $(notdir $@).$(MAJOR_REV).$(MINOR_REV) $(notdir $@).$(MAJOR_REV) cd $(LIB_SHARED); rm $(notdir $@); \ ln -s $(notdir $@).$(MAJOR_REV) $(notdir $@) ################################################################## # No-debug library dependencies and rules leptlib: $(LIB_NODEBUG)/$(LEPTLIB) $(LIB_NODEBUG)/$(LEPTLIB): $(LEPTLIB_C:%.c=$(OBJ_NODEBUG)/%.o) $(RM) $@ $(LIBRARIAN) $@ $(LEPTLIB_C:%.c=$(OBJ_NODEBUG)/%.o) $(RANLIB) $@ # Debug library dependencies and rules leptlibd: $(LIB_DEBUG)/$(LEPTLIB) $(LIB_DEBUG)/$(LEPTLIB): $(LEPTLIB_C:%.c=$(OBJ_DEBUG)/%.o) $(RM) $@ $(LIBRARIAN) $@ $(LEPTLIB_C:%.c=$(OBJ_DEBUG)/%.o) $(RANLIB) $@ # Shared library dependencies, rules and links leptlibs: $(LIB_SHARED)/$(LEPTLIB_SHARED) $(LIB_SHARED)/$(LEPTLIB_SHARED): $(LEPTLIB_C:%.c=$(OBJ_SHARED)/%.o) $(RM) $@ $(LIBRARIAN_SHARED) $(SONAME_OPTION)$(notdir $@).$(MAJOR_REV) -o $@ $(LEPTLIB_C:%.c=$(OBJ_SHARED)/%.o) mv $@ $@.$(MAJOR_REV).$(MINOR_REV) cd $(LIB_SHARED); rm $(notdir $@).$(MAJOR_REV); \ ln -s $(notdir $@).$(MAJOR_REV).$(MINOR_REV) $(notdir $@).$(MAJOR_REV) cd $(LIB_SHARED); rm $(notdir $@); \ ln -s $(notdir $@).$(MAJOR_REV) $(notdir $@) ######################################################### # Rules for compiling source $(OBJ_NODEBUG)/%.o: %.c $(LEPTLIB_H) @$(TEST) -d $(OBJ_NODEBUG) || $(MKDIR) $(OBJ_NODEBUG) $(COMPILE.c) -o $@ $< $(OBJ_DEBUG)/%.o: %.c $(LEPTLIB_H) @$(TEST) -d $(OBJ_DEBUG) || $(MKDIR) $(OBJ_DEBUG) $(COMPILE.c) -o $@ $< $(OBJ_SHARED)/%.o: %.c $(LEPTLIB_H) @$(TEST) -d $(OBJ_SHARED) || $(MKDIR) $(OBJ_SHARED) $(COMPILE.c) -o $@ $< ########################################################### # Prepare a local environment dirs: @$(TEST) -d $(BASE_OBJ) || $(MKDIR) $(BASE_OBJ) @$(TEST) -d $(OBJ_NODEBUG) || $(MKDIR) $(OBJ_NODEBUG) @$(TEST) -d $(OBJ_DEBUG) || $(MKDIR) $(OBJ_DEBUG) @$(TEST) -d $(OBJ_SHARED) || $(MKDIR) $(OBJ_SHARED) @$(TEST) -d $(BASE_LIB) || $(MKDIR) $(BASE_LIB) @$(TEST) -d $(LIB_NODEBUG) || $(MKDIR) $(LIB_NODEBUG) @$(TEST) -d $(LIB_DEBUG) || $(MKDIR) $(LIB_DEBUG) @$(TEST) -d $(LIB_SHARED) || $(MKDIR) $(LIB_SHARED) ########################################################### clean: $(RM) $(OBJ_NODEBUG)/*.o $(OBJ_DEBUG)/*.o \ $(OBJ_SHARED)/*.o \ $(LIB_NODEBUG)/*.a $(LIB_DEBUG)/*.a \ $(LIB_SHARED)/*.so $(LIB_SHARED)/*.so.? \ $(LIB_SHARED)/*.so.?.* \ xtractprotos.o xtractprotos ########################################################### depend: /usr/bin/makedepend -DNO_PROTOS $(CPPFLAGS) $(LEPTLIB_C) ########################################################### # DO NOT DELETE THIS LINE -- make depend depends on it. leptonica-1.70/src/bmf.c0000644000175000017500000005573312256616210013222 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * bmf.c * * Acquisition and generation of bitmap fonts. * * L_BMF *bmfCreate() * L_BMF *bmfDestroy() * * PIX *bmfGetPix() * l_int32 bmfGetWidth() * l_int32 bmfGetBaseline() * * PIXA *pixaGetFont() * l_int32 pixaSaveFont() * PIXA *pixaGenerateFont() * static l_int32 pixGetTextBaseline() * static l_int32 bmfMakeAsciiTables() * * This is not a very general utility, because it only uses bitmap * representations of a single font, Palatino-Roman, with the * normal style. It uses bitmaps generated for nine sizes, from * 4 to 20 pts, rendered at 300 ppi. Generalization to different * fonts, styles and sizes is straightforward. * * I chose Palatino-Roman is because I like it. * The input font images were generated from a set of small * PostScript files, such as chars-12.ps, which were rendered * into the inputfont[] bitmap files using GhostScript. See, for * example, the bash script prog/ps2tiff, which will "rip" a * PostScript file into a set of ccitt-g4 compressed tiff files. * * The set of ascii characters from 32 through 126 are the 95 * printable ascii chars. Palatino-Roman is missing char 92, '\'. * I have substituted '/', char 47, for 92, so that there will be * no missing printable chars in this set. The space is char 32, * and I have given it a width equal to twice the width of '!'. */ #include "allheaders.h" #define NFONTS 9 static const char *inputfonts[] = {"chars-4.tif", "chars-6.tif", "chars-8.tif", "chars-10.tif", "chars-12.tif", "chars-14.tif", "chars-16.tif", "chars-18.tif", "chars-20.tif"}; static const char *outputfonts[] = {"chars-4.pa", "chars-6.pa", "chars-8.pa", "chars-10.pa", "chars-12.pa", "chars-14.pa", "chars-16.pa", "chars-18.pa", "chars-20.pa"}; static const l_int32 baselines[NFONTS][3] = {{11, 12, 12}, {18, 18, 18}, {24, 24, 24}, {30, 30, 30}, {36, 36, 36}, {42, 42, 42}, {48, 48, 48}, {54, 54, 54}, {60, 60, 60}}; static const l_float32 VERT_FRACT_SEP = 0.3; #ifndef NO_CONSOLE_IO #define DEBUG_BASELINE 0 #define DEBUG_CHARS 0 #define DEBUG_FONT_GEN 0 #endif /* ~NO_CONSOLE_IO */ static l_int32 pixGetTextBaseline(PIX *pixs, l_int32 *tab8, l_int32 *py); static l_int32 bmfMakeAsciiTables(L_BMF *bmf); /*---------------------------------------------------------------------*/ /* Bmf create/destroy */ /*---------------------------------------------------------------------*/ /*! * bmfCreate() * * Input: dir (directory holding pixa of character set) * size (4, 6, 8, ... , 20) * Return: bmf (holding the bitmap font and associated information) * * Notes: * (1) This first tries to read a pre-computed pixa file with the * 95 ascii chars in it. If the file is not found, it * creates the pixa from the raw image. It then generates all * associated data required to use the bmf. */ L_BMF * bmfCreate(const char *dir, l_int32 size) { L_BMF *bmf; PIXA *pixa; PROCNAME("bmfCreate"); if ((bmf = (L_BMF *)CALLOC(1, sizeof(L_BMF))) == NULL) return (L_BMF *)ERROR_PTR("bmf not made", procName, NULL); /* Look for the pixa */ pixa = pixaGetFont(dir, size, &bmf->baseline1, &bmf->baseline2, &bmf->baseline3); /* If not found, make it */ if (!pixa) { L_INFO("Generating pixa of bitmap fonts\n", procName); pixa = pixaGenerateFont(dir, size, &bmf->baseline1, &bmf->baseline2, &bmf->baseline3); if (!pixa) { bmfDestroy(&bmf); return (L_BMF *)ERROR_PTR("font pixa not made", procName, NULL); } } bmf->pixa = pixa; bmf->size = size; bmf->directory = stringNew(dir); bmfMakeAsciiTables(bmf); return bmf; } /*! * bmfDestroy() * * Input: &bmf () * Return: void */ void bmfDestroy(L_BMF **pbmf) { L_BMF *bmf; PROCNAME("bmfDestroy"); if (pbmf == NULL) { L_WARNING("ptr address is null!\n", procName); return; } if ((bmf = *pbmf) == NULL) return; pixaDestroy(&bmf->pixa); FREE(bmf->directory); FREE(bmf->fonttab); FREE(bmf->baselinetab); FREE(bmf->widthtab); FREE(bmf); *pbmf = NULL; return; } /*---------------------------------------------------------------------*/ /* Bmf accessors */ /*---------------------------------------------------------------------*/ /*! * bmfGetPix() * * Input: bmf * chr (should be one of the 95 supported printable bitmaps) * Return: pix (clone of pix in bmf), or null on error */ PIX * bmfGetPix(L_BMF *bmf, char chr) { l_int32 i, index; PIXA *pixa; PROCNAME("bmfGetPix"); if ((index = (l_int32)chr) == 10) /* NL */ return NULL; if (!bmf) return (PIX *)ERROR_PTR("bmf not defined", procName, NULL); i = bmf->fonttab[index]; if (i == UNDEF) { L_ERROR("no bitmap representation for %d\n", procName, index); return NULL; } if ((pixa = bmf->pixa) == NULL) return (PIX *)ERROR_PTR("pixa not found", procName, NULL); return pixaGetPix(pixa, i, L_CLONE); } /*! * bmfGetWidth() * * Input: bmf * chr (should be one of the 95 supported bitmaps) * &w ( character width; -1 if not printable) * Return: 0 if OK, 1 on error */ l_int32 bmfGetWidth(L_BMF *bmf, char chr, l_int32 *pw) { l_int32 i, index; PIX *pix; PIXA *pixa; PROCNAME("bmfGetWidth"); if (!pw) return ERROR_INT("&w not defined", procName, 1); *pw = -1; if (!bmf) return ERROR_INT("bmf not defined", procName, 1); if ((index = (l_int32)chr) == 10) /* NL */ return 0; i = bmf->fonttab[index]; if (i == UNDEF) { L_ERROR("no bitmap representation for %d\n", procName, index); return 1; } if ((pixa = bmf->pixa) == NULL) return ERROR_INT("pixa not found", procName, 1); if ((pix = pixaGetPix(pixa, i, L_CLONE)) == NULL) return ERROR_INT("pix not found", procName, 1); *pw = pixGetWidth(pix); pixDestroy(&pix); return 0; } /*! * bmfGetBaseline() * * Input: bmf * chr (should be one of the 95 supported bitmaps) * &baseline (; distance below UL corner of bitmap char) * Return: 0 if OK, 1 on error */ l_int32 bmfGetBaseline(L_BMF *bmf, char chr, l_int32 *pbaseline) { l_int32 bl, index; PROCNAME("bmfGetBaseline"); if (!pbaseline) return ERROR_INT("&baseline not defined", procName, 1); *pbaseline = 0; if (!bmf) return ERROR_INT("bmf not defined", procName, 1); if ((index = (l_int32)chr) == 10) /* NL */ return 0; bl = bmf->baselinetab[index]; if (bl == UNDEF) { L_ERROR("no bitmap representation for %d\n", procName, index); return 1; } *pbaseline = bl; return 0; } /*---------------------------------------------------------------------*/ /* Font bitmap acquisition and generation */ /*---------------------------------------------------------------------*/ /*! * pixaGetFont() * * Input: dir (directory holding pixa of character set) * size (4, 6, 8, ... , 20) * &bl1 ( baseline of row 1) * &bl2 ( baseline of row 2) * &bl3 ( baseline of row 3) * Return: pixa of font bitmaps for 95 characters, or null on error * * Notes: * (1) This reads a pre-computed pixa file with the 95 ascii chars. */ PIXA * pixaGetFont(const char *dir, l_int32 size, l_int32 *pbl0, l_int32 *pbl1, l_int32 *pbl2) { char *pathname; l_int32 fileno; PIXA *pixa; PROCNAME("pixaGetFont"); fileno = (size / 2) - 2; if (fileno < 0 || fileno > NFONTS) return (PIXA *)ERROR_PTR("font size invalid", procName, NULL); if (!pbl0 || !pbl1 || !pbl2) return (PIXA *)ERROR_PTR("&bl not all defined", procName, NULL); *pbl0 = baselines[fileno][0]; *pbl1 = baselines[fileno][1]; *pbl2 = baselines[fileno][2]; pathname = genPathname(dir, outputfonts[fileno]); pixa = pixaRead(pathname); FREE(pathname); if (!pixa) L_WARNING("pixa of char bitmaps not found\n", procName); return pixa; } /*! * pixaSaveFont() * * Input: indir (directory holding image of character set) * outdir (directory into which the output pixa file * will be written) * size (in pts, at 300 ppi) * Return: 0 if OK, 1 on error * * Notes: * (1) This saves a font of a particular size. * (2) prog/genfonts calls this function for each of the * nine font sizes, to generate all the font pixa files. */ l_int32 pixaSaveFont(const char *indir, const char *outdir, l_int32 size) { char *pathname; l_int32 bl1, bl2, bl3; PIXA *pixa; PROCNAME("pixaSaveFont"); if (size < 4 || size > 20 || (size % 2)) return ERROR_INT("size must be in {4, 6, ..., 20}", procName, 1); if ((pixa = pixaGenerateFont(indir, size, &bl1, &bl2, &bl3)) == NULL) return ERROR_INT("pixa not made", procName, 1); pathname = genPathname(outdir, outputfonts[(size - 4) / 2]); pixaWrite(pathname, pixa); #if DEBUG_FONT_GEN fprintf(stderr, "Found %d chars in font size %d\n", pixaGetCount(pixa), size); fprintf(stderr, "Baselines are at: %d, %d, %d\n", bl1, bl2, bl3); #endif /* DEBUG_FONT_GEN */ FREE(pathname); pixaDestroy(&pixa); return 0; } /*! * pixaGenerateFont() * * Input: dir (directory holding image of character set) * size (4, 6, 8, ... , 20, in pts at 300 ppi) * &bl1 ( baseline of row 1) * &bl2 ( baseline of row 2) * &bl3 ( baseline of row 3) * Return: pixa of font bitmaps for 95 characters, or null on error * * These font generation functions use 9 sets, each with bitmaps * of 94 ascii characters, all in Palatino-Roman font. * Each input bitmap has 3 rows of characters. The range of * ascii values in each row is as follows: * row 0: 32-57 (32 is a space) * row 1: 58-91 (92, '\', is not represented in this font) * row 2: 93-126 * We LR flip the '/' char to generate a bitmap for the missing * '\' character, so that we have representations of all 95 * printable chars. * * Computation of the bitmaps and baselines for a single * font takes from 40 to 200 msec on a 2 GHz processor, * depending on the size. Use pixaGetFont() to read the * generated character set directly from files that were * produced in prog/genfonts.c using this function. */ PIXA * pixaGenerateFont(const char *dir, l_int32 size, l_int32 *pbl0, l_int32 *pbl1, l_int32 *pbl2) { char *pathname; l_int32 fileno; l_int32 i, j, nrows, nrowchars, nchars, h, yval; l_int32 width, height; l_int32 baseline[3]; l_int32 *tab; BOX *box, *box1, *box2; BOXA *boxar, *boxac, *boxacs; PIX *pixs, *pixt1, *pixt2, *pixt3; PIX *pixr, *pixrc, *pixc; PIXA *pixa; PROCNAME("pixaGenerateFont"); if (!pbl0 || !pbl1 || !pbl2) return (PIXA *)ERROR_PTR("&bl not all defined", procName, NULL); *pbl0 = *pbl1 = *pbl2 = 0; fileno = (size / 2) - 2; if (fileno < 0 || fileno > NFONTS) return (PIXA *)ERROR_PTR("font size invalid", procName, NULL); tab = makePixelSumTab8(); pathname = genPathname(dir, inputfonts[fileno]); if ((pixs = pixRead(pathname)) == NULL) return (PIXA *)ERROR_PTR("pixs not all defined", procName, NULL); FREE(pathname); pixa = pixaCreate(95); pixt1 = pixMorphSequence(pixs, "c1.35 + c101.1", 0); boxar = pixConnComp(pixt1, NULL, 8); /* one box for each row */ pixDestroy(&pixt1); nrows = boxaGetCount(boxar); #if DEBUG_FONT_GEN fprintf(stderr, "For font %s, number of rows is %d\n", inputfonts[fileno], nrows); #endif /* DEBUG_FONT_GEN */ if (nrows != 3) { L_INFO("nrows = %d; skipping font %d\n", procName, nrows, fileno); return (PIXA *)ERROR_PTR("3 rows not generated", procName, NULL); } for (i = 0; i < nrows; i++) { box = boxaGetBox(boxar, i, L_CLONE); pixr = pixClipRectangle(pixs, box, NULL); /* row of chars */ pixGetTextBaseline(pixr, tab, &yval); baseline[i] = yval; #if DEBUG_BASELINE { PIX *pixbl; fprintf(stderr, "row %d, yval = %d, h = %d\n", i, yval, pixGetHeight(pixr)); pixbl = pixCopy(NULL, pixr); pixRenderLine(pixbl, 0, yval, pixGetWidth(pixbl), yval, 1, L_FLIP_PIXELS); if (i == 0 ) pixWrite("junktl0", pixbl, IFF_PNG); else if (i == 1) pixWrite("junktl1", pixbl, IFF_PNG); else pixWrite("junktl2", pixbl, IFF_PNG); pixDestroy(&pixbl); } #endif /* DEBUG_BASELINE */ boxDestroy(&box); pixrc = pixCloseSafeBrick(NULL, pixr, 1, 35); boxac = pixConnComp(pixrc, NULL, 8); boxacs = boxaSort(boxac, L_SORT_BY_X, L_SORT_INCREASING, NULL); if (i == 0) { /* consolidate the two components of '"' */ box1 = boxaGetBox(boxacs, 1, L_CLONE); box2 = boxaGetBox(boxacs, 2, L_CLONE); box1->w = box2->x + box2->w - box1->x; /* increase width */ boxDestroy(&box1); boxDestroy(&box2); boxaRemoveBox(boxacs, 2); } h = pixGetHeight(pixr); nrowchars = boxaGetCount(boxacs); for (j = 0; j < nrowchars; j++) { box = boxaGetBox(boxacs, j, L_COPY); if (box->w <= 2 && box->h == 1) { /* skip 1x1, 2x1 components */ boxDestroy(&box); continue; } box->y = 0; box->h = h - 1; pixc = pixClipRectangle(pixr, box, NULL); boxDestroy(&box); if (i == 0 && j == 0) /* add a pix for the space; change later */ pixaAddPix(pixa, pixc, L_COPY); if (i == 2 && j == 0) /* add a pix for the '\'; change later */ pixaAddPix(pixa, pixc, L_COPY); pixaAddPix(pixa, pixc, L_INSERT); } pixDestroy(&pixr); pixDestroy(&pixrc); boxaDestroy(&boxac); boxaDestroy(&boxacs); } nchars = pixaGetCount(pixa); if (nchars != 95) return (PIXA *)ERROR_PTR("95 chars not generated", procName, NULL); *pbl0 = baseline[0]; *pbl1 = baseline[1]; *pbl2 = baseline[2]; /* Fix the space character up; it should have no ON pixels, * and be about twice as wide as the '!' character. */ pixt2 = pixaGetPix(pixa, 0, L_CLONE); width = 2 * pixGetWidth(pixt2); height = pixGetHeight(pixt2); pixDestroy(&pixt2); pixt2 = pixCreate(width, height, 1); pixaReplacePix(pixa, 0, pixt2, NULL); /* Fix up the '\' character; use a LR flip of the '/' char */ pixt2 = pixaGetPix(pixa, 15, L_CLONE); pixt3 = pixFlipLR(NULL, pixt2); pixDestroy(&pixt2); pixaReplacePix(pixa, 60, pixt3, NULL); #if DEBUG_CHARS { PIX *pixd; pixd = pixaDisplayTiled(pixa, 1500, 0, 10); pixDisplay(pixd, 100 * i, 200); pixDestroy(&pixd); } #endif /* DEBUG_CHARS */ pixDestroy(&pixs); boxaDestroy(&boxar); FREE(tab); return pixa; } /*! * pixGetTextBaseline() * * Input: pixs (1 bpp, one textline character set) * tab8 ( pixel sum table) * &y ( baseline value) * Return: 0 if OK, 1 on error * * Notes: * (1) Method: find the largest difference in pixel sums from one * raster line to the next one below it. The baseline is the * upper raster line for the pair of raster lines that * maximizes this function. */ static l_int32 pixGetTextBaseline(PIX *pixs, l_int32 *tab8, l_int32 *py) { l_int32 i, h, val1, val2, diff, diffmax, ymax; l_int32 *tab; NUMA *na; PROCNAME("pixGetTextBaseline"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!py) return ERROR_INT("&y not defined", procName, 1); *py = 0; if (!tab8) tab = makePixelSumTab8(); else tab = tab8; na = pixCountPixelsByRow(pixs, tab); h = numaGetCount(na); diffmax = 0; ymax = 0; for (i = 1; i < h; i++) { numaGetIValue(na, i - 1, &val1); numaGetIValue(na, i, &val2); diff = L_MAX(0, val1 - val2); if (diff > diffmax) { diffmax = diff; ymax = i - 1; /* upper raster line */ } } *py = ymax; if (!tab8) FREE(tab); numaDestroy(&na); return 0; } /*! * bmfMakeAsciiTables * * Input: bmf * Return: 0 if OK, 1 on error * * Notes: * (1) This makes three tables, each of size 128, as follows: * - fonttab is a table containing the index of the Pix * that corresponds to each input ascii character; * it maps (ascii-index) --> Pixa index * - baselinetab is a table containing the baseline offset * for the Pix that corresponds to each input ascii character; * it maps (ascii-index) --> baseline offset * - widthtab is a table containing the character width in * pixels for the Pix that corresponds to that character; * it maps (ascii-index) --> bitmap width * (2) This also computes * - lineheight (sum of maximum character extensions above and * below the baseline) * - kernwidth (spacing between characters within a word) * - spacewidth (space between words) * - vertlinesep (extra vertical spacing between textlines) * (3) The baselines apply as follows: * baseline1 (ascii 32 - 57), ascii 92 * baseline2 (ascii 58 - 91) * baseline3 (ascii 93 - 126) * (4) The only array in bmf that is not ascii-based is the * array of bitmaps in the pixa, which starts at ascii 32. */ static l_int32 bmfMakeAsciiTables(L_BMF *bmf) { l_int32 i, maxh, height, charwidth, xwidth, kernwidth; l_int32 *fonttab, *baselinetab, *widthtab; PIX *pix; PROCNAME("bmfMakeAsciiTables"); if (!bmf) return ERROR_INT("bmf not defined", procName, 1); /* First get the fonttab; we use this later for the char widths */ if ((fonttab = (l_int32 *)CALLOC(128, sizeof(l_int32))) == NULL) return ERROR_INT("fonttab not made", procName, 1); bmf->fonttab = fonttab; for (i = 0; i < 128; i++) fonttab[i] = UNDEF; for (i = 32; i < 127; i++) fonttab[i] = i - 32; if ((baselinetab = (l_int32 *)CALLOC(128, sizeof(l_int32))) == NULL) return ERROR_INT("baselinetab not made", procName, 1); bmf->baselinetab = baselinetab; for (i = 0; i < 128; i++) baselinetab[i] = UNDEF; for (i = 32; i <= 57; i++) baselinetab[i] = bmf->baseline1; for (i = 58; i <= 91; i++) baselinetab[i] = bmf->baseline2; baselinetab[92] = bmf->baseline1; /* the '\' char */ for (i = 93; i < 127; i++) baselinetab[i] = bmf->baseline3; /* Generate array of character widths; req's fonttab to exist */ if ((widthtab = (l_int32 *)CALLOC(128, sizeof(l_int32))) == NULL) return ERROR_INT("widthtab not made", procName, 1); bmf->widthtab = widthtab; for (i = 0; i < 128; i++) widthtab[i] = UNDEF; for (i = 32; i < 127; i++) { bmfGetWidth(bmf, i, &charwidth); widthtab[i] = charwidth; } /* Get the line height of text characters, from the highest * ascender to the lowest descender; req's fonttab to exist. */ pix = bmfGetPix(bmf, 32); maxh = pixGetHeight(pix); pixDestroy(&pix); pix = bmfGetPix(bmf, 58); height = pixGetHeight(pix); pixDestroy(&pix); maxh = L_MAX(maxh, height); pix = bmfGetPix(bmf, 93); height = pixGetHeight(pix); pixDestroy(&pix); maxh = L_MAX(maxh, height); bmf->lineheight = maxh; /* Get the kern width (distance between characters). * We let it be the same for all characters in a given * font size, and scale it linearly with the size; * req's fonttab to be built first. */ bmfGetWidth(bmf, 120, &xwidth); kernwidth = (l_int32)(0.08 * (l_float32)xwidth + 0.5); bmf->kernwidth = L_MAX(1, kernwidth); /* Save the space width (between words) */ bmfGetWidth(bmf, 32, &charwidth); bmf->spacewidth = charwidth; /* Save the extra vertical space between lines */ bmf->vertlinesep = (l_int32)(VERT_FRACT_SEP * bmf->lineheight + 0.5); return 0; } leptonica-1.70/src/dewarp2.c0000644000175000017500000014654612244174333014027 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * dewarp2.c * * Build the page disparity model * * Build page disparity model * l_int32 dewarpBuildPageModel() * l_int32 dewarpFindVertDisparity() * l_int32 dewarpFindHorizDisparity() * PTAA *dewarpGetTextlineCenters() * static PTA *dewarpGetMeanVerticals() * PTAA *dewarpRemoveShortLines() * static l_int32 dewarpGetLineEndpoints() * static l_int32 dewarpQuadraticLSF() * * Build the line disparity model * l_int32 dewarpBuildLineModel() * * Query model status * l_int32 dewarpaModelStatus() * * Rendering helpers * static l_int32 pixRenderFlats() * static l_int32 pixRenderHorizEndPoints */ #include #include "allheaders.h" static PTA *dewarpGetMeanVerticals(PIX *pixs, l_int32 x, l_int32 y); static l_int32 dewarpGetLineEndpoints(l_int32 h, PTAA *ptaa, PTA **pptal, PTA **pptar); static l_int32 dewarpFindLongLines(PTA *ptal, PTA *ptar, l_float32 minfract, PTA **pptald, PTA **pptard); static l_int32 dewarpQuadraticLSF(PTA *ptad, l_float32 *pa, l_float32 *pb, l_float32 *pc, l_float32 *pmederr); static l_int32 pixRenderMidYs(PIX *pixs, NUMA *namidys, l_int32 linew); static l_int32 pixRenderHorizEndPoints(PIX *pixs, PTA *ptal, PTA *ptar, l_uint32 color); #ifndef NO_CONSOLE_IO #define DEBUG_TEXTLINE_CENTERS 0 /* set this to 1 for debuging */ #define DEBUG_SHORT_LINES 0 /* ditto */ #else #define DEBUG_TEXTLINE_CENTERS 0 /* always must be 0 */ #define DEBUG_SHORT_LINES 0 /* ditto */ #endif /* !NO_CONSOLE_IO */ /* Special parameter values */ static const l_float32 MIN_RATIO_LINES_TO_HEIGHT = 0.45; /*----------------------------------------------------------------------* * Build page disparity model * *----------------------------------------------------------------------*/ /*! * dewarpBuildPageModel() * * Input: dew * debugfile (use null to skip writing this) * Return: 0 if OK, 1 if unable to build the model or on error * * Notes: * (1) This is the basic function that builds the horizontal and * vertical disparity arrays, which allow determination of the * src pixel in the input image corresponding to each * dest pixel in the dewarped image. * (2) Sets vsuccess = 1 if the vertical disparity array builds. * Always attempts to build the horizontal disparity array, * even if it will not be requested (useboth == 0). * Sets hsuccess = 1 if horizontal disparity builds. * (3) The method is as follows: * (a) Estimate the points along the centers of all the * long textlines. If there are too few lines, no * disparity models are built. * (b) From the vertical deviation of the lines, estimate * the vertical disparity. * (c) From the ends of the lines, estimate the horizontal * disparity, assuming that the text is made of lines * that are left and right justified. * (d) One can also compute an additional contribution to the * horizontal disparity, inferred from slopes of the top * and bottom lines. We do not do this. * (4) In more detail for the vertical disparity: * (a) Fit a LS quadratic to center locations along each line. * This smooths the curves. * (b) Sample each curve at a regular interval, find the y-value * of the mid-point on each curve, and subtract the sampled * curve value from this value. This is the vertical * disparity at sampled points along each curve. * (c) Fit a LS quadratic to each set of vertically aligned * disparity samples. This smooths the disparity values * in the vertical direction. Then resample at the same * regular interval. We now have a regular grid of smoothed * vertical disparity valuels. * (5) Once the sampled vertical disparity array is found, it can be * interpolated to get a full resolution vertical disparity map. * This can be applied directly to the src image pixels * to dewarp the image in the vertical direction, making * all textlines horizontal. Likewise, the horizontal * disparity array is used to left- and right-align the * longest textlines. */ l_int32 dewarpBuildPageModel(L_DEWARP *dew, const char *debugfile) { l_int32 ret; PIX *pixs, *pix1, *pix2; PTAA *ptaa1, *ptaa2; PROCNAME("dewarpBuildPageModel"); if (!dew) return ERROR_INT("dew not defined", procName, 1); dew->debug = (debugfile) ? 1 : 0; dew->vsuccess = dew->hsuccess = 0; pixs = dew->pixs; if (debugfile) { lept_rmdir("dewmod"); /* erase previous images */ lept_mkdir("dewmod"); pixDisplayWithTitle(pixs, 0, 0, "pixs", 1); pixWrite("/tmp/dewmod/001.png", pixs, IFF_PNG); } /* Make initial estimate of centers of textlines */ ptaa1 = dewarpGetTextlineCenters(pixs, DEBUG_TEXTLINE_CENTERS); if (!ptaa1) { L_WARNING("textline centers not found; model not built\n", procName); return 1; } if (debugfile) { pix1 = pixConvertTo32(pixs); pix2 = pixDisplayPtaa(pix1, ptaa1); pixWrite("/tmp/dewmod/002.png", pix2, IFF_PNG); pixDestroy(&pix1); pixDestroy(&pix2); } /* Remove all lines that are not at least 0.8 times the length * of the longest line. */ ptaa2 = dewarpRemoveShortLines(pixs, ptaa1, 0.8, DEBUG_SHORT_LINES); if (debugfile) { pix1 = pixConvertTo32(pixs); pix2 = pixDisplayPtaa(pix1, ptaa2); pixWrite("/tmp/dewmod/003.png", pix2, IFF_PNG); pixDestroy(&pix1); pixDestroy(&pix2); } ptaaDestroy(&ptaa1); if (ptaaGetCount(ptaa2) < dew->minlines) { ptaaDestroy(&ptaa2); L_WARNING("insufficient lines to build model\n", procName); return 1; } /* Get the sampled vertical disparity from the textline centers. * The disparity array will push pixels vertically so that each * textline is flat and centered at the y-position of the mid-point. */ if (dewarpFindVertDisparity(dew, ptaa2, 0) != 0) { L_WARNING("vertical disparity not built\n", procName); ptaaDestroy(&ptaa2); return 1; } /* Get the sampled horizontal disparity from the left and right * edges of the text. The disparity array will expand the image * linearly outward to align the text edges vertically. * Do this even if useboth == 0; we still calculate it even * if we don't plan to use it. */ if ((ret = dewarpFindHorizDisparity(dew, ptaa2)) == 0) L_INFO("hsuccess = 1\n", procName); /* Debug output */ if (debugfile) { dewarpPopulateFullRes(dew, NULL, 0, 0); pix1 = fpixRenderContours(dew->fullvdispar, 3.0, 0.15); pixWrite("/tmp/dewmod/006.png", pix1, IFF_PNG); pixDisplay(pix1, 1000, 0); pixDestroy(&pix1); if (ret == 0) { pix1 = fpixRenderContours(dew->fullhdispar, 3.0, 0.15); pixWrite("/tmp/dewmod/007.png", pix1, IFF_PNG); pixDisplay(pix1, 1000, 0); pixDestroy(&pix1); } convertFilesToPdf("/tmp/dewmod", NULL, 135, 1.0, 0, 0, "Dewarp Build Model", debugfile); fprintf(stderr, "pdf file made: %s\n", debugfile); } ptaaDestroy(&ptaa2); return 0; } /*! * dewarpFindVertDisparity() * * Input: dew * ptaa (unsmoothed lines, not vertically ordered) * rotflag (0 if using dew->pixs; 1 if rotated by 90 degrees cw) * Return: 0 if OK, 1 on error * * Notes: * (1) This starts with points along the centers of textlines. * It does quadratic fitting (and smoothing), first along the * lines and then in the vertical direction, to generate * the sampled vertical disparity map. This can then be * interpolated to full resolution and used to remove * the vertical line warping. * (2) Use @rotflag == 1 if you are dewarping vertical lines, as * is done in dewarpBuildLineModel(). The usual case is for * @rotflag == 0. * (3) The model fails to build if the vertical disparity fails. * This sets the vsuccess flag to 1 on success. * (4) Pix debug output goes to /tmp/dewvert/ for collection into * a pdf. Non-pix debug output goes to /tmp. */ l_int32 dewarpFindVertDisparity(L_DEWARP *dew, PTAA *ptaa, l_int32 rotflag) { l_int32 i, j, nlines, npts, nx, ny, sampling; l_float32 c0, c1, c2, x, y, midy, val, medval, medvar, minval, maxval; l_float32 *famidys; NUMA *nax, *nafit, *nacurve0, *nacurve1, *nacurves; NUMA *namidy, *namidys, *namidysi; PIX *pix1, *pix2, *pixcirc, *pixdb; PTA *pta, *ptad, *ptacirc; PTAA *ptaa0, *ptaa1, *ptaa2, *ptaa3, *ptaa4, *ptaa5, *ptaat; FPIX *fpix; PROCNAME("dewarpFindVertDisparity"); if (!dew) return ERROR_INT("dew not defined", procName, 1); dew->vsuccess = 0; if (!ptaa) return ERROR_INT("ptaa not defined", procName, 1); /* Do quadratic fit to smooth each line. A single quadratic * over the entire width of the line appears to be sufficient. * Quartics tend to overfit to noise. Each line is thus * represented by three coefficients: y(x) = c2 * x^2 + c1 * x + c0. * Using the coefficients, sample each fitted curve uniformly * across the full width of the image. The result is in ptaa0. */ sampling = dew->sampling; nx = (rotflag) ? dew->ny : dew->nx; ny = (rotflag) ? dew->nx : dew->ny; nlines = ptaaGetCount(ptaa); dew->nlines = nlines; ptaa0 = ptaaCreate(nlines); nacurve0 = numaCreate(nlines); /* stores curvature coeff c2 */ pixdb = (rotflag) ? pixRotateOrth(dew->pixs, 1) : pixClone(dew->pixs); for (i = 0; i < nlines; i++) { /* for each line */ pta = ptaaGetPta(ptaa, i, L_CLONE); ptaGetQuadraticLSF(pta, &c2, &c1, &c0, NULL); numaAddNumber(nacurve0, c2); ptad = ptaCreate(nx); for (j = 0; j < nx; j++) { /* uniformly sampled in x */ x = j * sampling; applyQuadraticFit(c2, c1, c0, x, &y); ptaAddPt(ptad, x, y); } ptaaAddPta(ptaa0, ptad, L_INSERT); ptaDestroy(&pta); } if (dew->debug) { ptaat = ptaaCreate(nlines); for (i = 0; i < nlines; i++) { pta = ptaaGetPta(ptaa, i, L_CLONE); ptaGetArrays(pta, &nax, NULL); ptaGetQuadraticLSF(pta, NULL, NULL, NULL, &nafit); ptad = ptaCreateFromNuma(nax, nafit); ptaaAddPta(ptaat, ptad, L_INSERT); ptaDestroy(&pta); numaDestroy(&nax); numaDestroy(&nafit); } pix1 = pixConvertTo32(pixdb); pix2 = pixDisplayPtaa(pix1, ptaat); pixWrite("/tmp/dewmod/004a.png", pix2, IFF_PNG); pixDestroy(&pix1); pixDestroy(&pix2); ptaaDestroy(&ptaat); } /* Remove lines with outlier curvatures. * Note that this is just looking for internal consistency in * the line curvatures. It is not rejecting lines based on * the magnitude of the curvature. That is done when constraints * are applied for valid models. */ numaGetMedianVariation(nacurve0, &medval, &medvar); L_INFO("\nPage %d\n", procName, dew->pageno); L_INFO("Pass 1: Curvature: medval = %f, medvar = %f\n", procName, medval, medvar); ptaa1 = ptaaCreate(nlines); nacurve1 = numaCreate(nlines); for (i = 0; i < nlines; i++) { /* for each line */ numaGetFValue(nacurve0, i, &val); if (L_ABS(val - medval) > 7.0 * medvar) /* TODO: reduce to ~ 3.0 */ continue; pta = ptaaGetPta(ptaa0, i, L_CLONE); ptaaAddPta(ptaa1, pta, L_INSERT); numaAddNumber(nacurve1, val); } nlines = ptaaGetCount(ptaa1); numaDestroy(&nacurve0); /* Save the min and max curvature (in micro-units) */ numaGetMin(nacurve1, &minval, NULL); numaGetMax(nacurve1, &maxval, NULL); dew->mincurv = lept_roundftoi(1000000. * minval); dew->maxcurv = lept_roundftoi(1000000. * maxval); L_INFO("Pass 2: Min/max curvature = (%d, %d)\n", procName, dew->mincurv, dew->maxcurv); /* Find and save the y values at the mid-points in each curve. * If the slope is zero anywhere, it will typically be here. */ namidy = numaCreate(nlines); for (i = 0; i < nlines; i++) { pta = ptaaGetPta(ptaa1, i, L_CLONE); npts = ptaGetCount(pta); ptaGetPt(pta, npts / 2, NULL, &midy); numaAddNumber(namidy, midy); ptaDestroy(&pta); } /* Sort the lines in ptaa1c by their vertical position, going down */ namidysi = numaGetSortIndex(namidy, L_SORT_INCREASING); namidys = numaSortByIndex(namidy, namidysi); nacurves = numaSortByIndex(nacurve1, namidysi); numaDestroy(&dew->namidys); /* in case previously made */ numaDestroy(&dew->nacurves); dew->namidys = namidys; dew->nacurves = nacurves; ptaa2 = ptaaSortByIndex(ptaa1, namidysi); numaDestroy(&namidy); numaDestroy(&nacurve1); numaDestroy(&namidysi); if (dew->debug) { numaWrite("/tmp/namidys.na", namidys); numaWrite("/tmp/nacurves.na", nacurves); pix1 = pixConvertTo32(pixdb); ptacirc = generatePtaFilledCircle(5); pixcirc = pixGenerateFromPta(ptacirc, 11, 11); srand(3); pixDisplayPtaaPattern(pix1, pix1, ptaa2, pixcirc, 5, 5); srand(3); /* use the same colors for text and reference lines */ pixRenderMidYs(pix1, namidys, 2); pix2 = (rotflag) ? pixRotateOrth(pix1, 3) : pixClone(pix1); pixWrite("/tmp/dewmod/004b.png", pix2, IFF_PNG); pixDisplay(pix2, 0, 0); ptaDestroy(&ptacirc); pixDestroy(&pixcirc); pixDestroy(&pix1); pixDestroy(&pix2); } pixDestroy(&pixdb); /* Convert the sampled points in ptaa2 to a sampled disparity with * with respect to the y value at the mid point in the curve. * The disparity is the distance the point needs to move; * plus is downward. */ ptaa3 = ptaaCreate(nlines); for (i = 0; i < nlines; i++) { pta = ptaaGetPta(ptaa2, i, L_CLONE); numaGetFValue(namidys, i, &midy); ptad = ptaCreate(nx); for (j = 0; j < nx; j++) { ptaGetPt(pta, j, &x, &y); ptaAddPt(ptad, x, midy - y); } ptaaAddPta(ptaa3, ptad, L_INSERT); ptaDestroy(&pta); } if (dew->debug) { ptaaWrite("/tmp/ptaa3.ptaa", ptaa3, 0); } /* Generate ptaa4 by taking vertical 'columns' from ptaa3. * We want to fit the vertical disparity on the column to the * vertical position of the line, which we call 'y' here and * obtain from namidys. So each pta in ptaa4 is the set of * vertical disparities down a column of points. The columns * in ptaa4 are equally spaced in x. */ ptaa4 = ptaaCreate(nx); famidys = numaGetFArray(namidys, L_NOCOPY); for (j = 0; j < nx; j++) { pta = ptaCreate(nlines); for (i = 0; i < nlines; i++) { y = famidys[i]; ptaaGetPt(ptaa3, i, j, NULL, &val); /* disparity value */ ptaAddPt(pta, y, val); } ptaaAddPta(ptaa4, pta, L_INSERT); } if (dew->debug) { ptaaWrite("/tmp/ptaa4.ptaa", ptaa4, 0); } /* Do quadratic fit vertically on each of the pixel columns * in ptaa4, for the vertical displacement (which identifies the * src pixel(s) for each dest pixel) as a function of y (the * y value of the mid-points for each line). Then generate * ptaa5 by sampling the fitted vertical displacement on a * regular grid in the vertical direction. Each pta in ptaa5 * gives the vertical displacement for regularly sampled y values * at a fixed x. */ ptaa5 = ptaaCreate(nx); /* uniformly sampled across full height of image */ for (j = 0; j < nx; j++) { /* for each column */ pta = ptaaGetPta(ptaa4, j, L_CLONE); ptaGetQuadraticLSF(pta, &c2, &c1, &c0, NULL); ptad = ptaCreate(ny); for (i = 0; i < ny; i++) { /* uniformly sampled in y */ y = i * sampling; applyQuadraticFit(c2, c1, c0, y, &val); ptaAddPt(ptad, y, val); } ptaaAddPta(ptaa5, ptad, L_INSERT); ptaDestroy(&pta); } if (dew->debug) { ptaaWrite("/tmp/ptaa5.ptaa", ptaa5, 0); convertFilesToPdf("/tmp/dewmod", "004", 135, 1.0, 0, 0, "Dewarp Vert Disparity", "/tmp/dewarp_vert.pdf"); fprintf(stderr, "pdf file made: /tmp/dewarp_vert.pdf\n"); } /* Save the result in a fpix at the specified subsampling */ fpix = fpixCreate(nx, ny); for (i = 0; i < ny; i++) { for (j = 0; j < nx; j++) { ptaaGetPt(ptaa5, j, i, NULL, &val); fpixSetPixel(fpix, j, i, val); } } dew->sampvdispar = fpix; dew->vsuccess = 1; ptaaDestroy(&ptaa0); ptaaDestroy(&ptaa1); ptaaDestroy(&ptaa2); ptaaDestroy(&ptaa3); ptaaDestroy(&ptaa4); ptaaDestroy(&ptaa5); return 0; } /*! * dewarpFindHorizDisparity() * * Input: dew * ptaa (unsmoothed lines, not vertically ordered) * Return: 0 if OK, 1 if vertical disparity array is no built or on error * * (1) This is not required for a successful model; only the vertical * disparity is required. This will not be called if the * function to build the vertical disparity fails. * (2) Debug output goes to /tmp/dewmod/ for collection into a pdf. */ l_int32 dewarpFindHorizDisparity(L_DEWARP *dew, PTAA *ptaa) { l_int32 i, j, h, nx, ny, sampling, ret; l_float32 c0, c1, cl0, cl1, cl2, cr0, cr1, cr2; l_float32 x, y, refl, refr; l_float32 val, mederr, leftcurv, rightcurv; NUMA *nald, *nard; PIX *pix1; PTA *ptal, *ptar; /* left and right end points of lines */ PTA *ptalf, *ptarf; /* left and right block, fitted, uniform spacing */ PTA *pta, *ptat, *pta1, *pta2, *ptald, *ptard; PTAA *ptaah; FPIX *fpix; PROCNAME("dewarpFindHorizDisparity"); if (!dew) return ERROR_INT("dew not defined", procName, 1); dew->hsuccess = 0; if (!ptaa) return ERROR_INT("ptaa not defined", procName, 1); /* Get the endpoints of the lines */ h = pixGetHeight(dew->pixs); ret = dewarpGetLineEndpoints(h, ptaa, &ptal, &ptar); if (ret) { L_INFO("Horiz disparity not built\n", procName); return 1; } if (dew->debug) { ptaWrite("/tmp/endpts_left.pta", ptal, 1); ptaWrite("/tmp/endpts_right.pta", ptar, 1); } /* Do a quadratic fit to the left and right endpoints of the * longest lines. Each line is represented by 3 coefficients: * x(y) = c2 * y^2 + c1 * y + c0. * Using the coefficients, sample each fitted curve uniformly * along the full height of the image. * TODO: Set right edge disparity to 0 if not flush-right aligned */ sampling = dew->sampling; nx = dew->nx; ny = dew->ny; /* Find the top and bottom set of long lines, defined by being * at least 0.95 of the length of the longest line in each set. * Quit if there are not at least 3 lines in each set. */ ptald = ptard = NULL; /* end points of longest lines */ ret = dewarpFindLongLines(ptal, ptar, 0.95, &ptald, &ptard); if (ret) { L_INFO("Horiz disparity not built\n", procName); ptaDestroy(&ptal); ptaDestroy(&ptar); return 1; } /* Fit the left side, using quadratic LSF on the set of long * lines. It is not necessary to use the noisy LSF fit * function, because we've removed outlier end points by * selecting the long lines. Then uniformly sample along * this fitted curve. */ dewarpQuadraticLSF(ptald, &cl2, &cl1, &cl0, &mederr); leftcurv = cl2; dew->leftcurv = lept_roundftoi(1000000. * leftcurv); L_INFO("Left quad LSF median error = %5.2f\n", procName, mederr); L_INFO("Left edge curvature = %d\n", procName, dew->leftcurv); ptalf = ptaCreate(ny); for (i = 0; i < ny; i++) { /* uniformly sampled in y */ y = i * sampling; applyQuadraticFit(cl2, cl1, cl0, y, &x); ptaAddPt(ptalf, x, y); } /* Fit the right side in the same way. */ dewarpQuadraticLSF(ptard, &cr2, &cr1, &cr0, &mederr); rightcurv = cr2; dew->rightcurv = lept_roundftoi(1000000. * rightcurv); L_INFO("Right quad LSF median error = %5.2f\n", procName, mederr); L_INFO("Right edge curvature = %d\n", procName, dew->rightcurv); ptarf = ptaCreate(ny); for (i = 0; i < ny; i++) { /* uniformly sampled in y */ y = i * sampling; applyQuadraticFit(cr2, cr1, cr0, y, &x); ptaAddPt(ptarf, x, y); } if (dew->debug) { PTA *ptalft, *ptarft; h = pixGetHeight(dew->pixs); pta1 = ptaCreate(h); pta2 = ptaCreate(h); for (i = 0; i < h; i++) { applyQuadraticFit(cl2, cl1, cl0, i, &x); ptaAddPt(pta1, x, i); applyQuadraticFit(cr2, cr1, cr0, i, &x); ptaAddPt(pta2, x, i); } pix1 = pixDisplayPta(NULL, dew->pixs, pta1); pixDisplayPta(pix1, pix1, pta2); pixRenderHorizEndPoints(pix1, ptald, ptard, 0xff000000); pixDisplay(pix1, 600, 800); pixWrite("/tmp/dewmod/005a.png", pix1, IFF_PNG); pixDestroy(&pix1); pix1 = pixDisplayPta(NULL, dew->pixs, pta1); pixDisplayPta(pix1, pix1, pta2); ptalft = ptaTranspose(ptalf); ptarft = ptaTranspose(ptarf); pixRenderHorizEndPoints(pix1, ptalft, ptarft, 0x0000ff00); pixDisplay(pix1, 800, 800); pixWrite("/tmp/dewmod/005b.png", pix1, IFF_PNG); convertFilesToPdf("/tmp/dewmod", "005", 135, 1.0, 0, 0, "Dewarp Horiz Disparity", "/tmp/dewarp_horiz.pdf"); fprintf(stderr, "pdf file made: /tmp/dewarp_horiz.pdf\n"); pixDestroy(&pix1); ptaDestroy(&pta1); ptaDestroy(&pta2); ptaDestroy(&ptalft); ptaDestroy(&ptarft); } /* Find the x value at the midpoints (in y) of the two vertical lines, * ptalf and ptarf. These are the reference values for each of the * lines. Then use the difference between the these midpoint * values and the actual x coordinates of the lines to represent * the horizontal disparity (nald, nard) on the vertical lines * for the sampled y values. */ ptaGetPt(ptalf, ny / 2, &refl, NULL); ptaGetPt(ptarf, ny / 2, &refr, NULL); nald = numaCreate(ny); nard = numaCreate(ny); for (i = 0; i < ny; i++) { ptaGetPt(ptalf, i, &x, NULL); numaAddNumber(nald, refl - x); ptaGetPt(ptarf, i, &x, NULL); numaAddNumber(nard, refr - x); } /* Now for each pair of sampled values of the two lines (at the * same value of y), do a linear interpolation to generate * the horizontal disparity on all sampled points between them. */ ptaah = ptaaCreate(ny); for (i = 0; i < ny; i++) { pta = ptaCreate(2); numaGetFValue(nald, i, &val); ptaAddPt(pta, refl, val); numaGetFValue(nard, i, &val); ptaAddPt(pta, refr, val); ptaGetLinearLSF(pta, &c1, &c0, NULL); /* horiz disparity along line */ ptat = ptaCreate(nx); for (j = 0; j < nx; j++) { x = j * sampling; applyLinearFit(c1, c0, x, &val); ptaAddPt(ptat, x, val); } ptaaAddPta(ptaah, ptat, L_INSERT); ptaDestroy(&pta); } numaDestroy(&nald); numaDestroy(&nard); /* Save the result in a fpix at the specified subsampling */ fpix = fpixCreate(nx, ny); for (i = 0; i < ny; i++) { for (j = 0; j < nx; j++) { ptaaGetPt(ptaah, i, j, NULL, &val); fpixSetPixel(fpix, j, i, val); } } dew->samphdispar = fpix; dew->hsuccess = 1; ptaDestroy(&ptal); ptaDestroy(&ptar); ptaDestroy(&ptald); ptaDestroy(&ptard); ptaDestroy(&ptalf); ptaDestroy(&ptarf); ptaDestroy(&ptard); ptaaDestroy(&ptaah); return 0; } /*! * dewarpGetTextlineCenters() * * Input: pixs (1 bpp) * debugflag (1 for debug output) * Return: ptaa (of center values of textlines) * * Notes: * (1) This in general does not have a point for each value * of x, because there will be gaps between words. * It doesn't matter because we will fit a quadratic to the * points that we do have. */ PTAA * dewarpGetTextlineCenters(PIX *pixs, l_int32 debugflag) { char buf[64]; l_int32 i, w, h, bx, by, nsegs, csize1, csize2; BOXA *boxa; PIX *pix1, *pix2; PIXA *pixa1, *pixa2; PTA *pta; PTAA *ptaa; PROCNAME("dewarpGetTextlineCenters"); if (!pixs || pixGetDepth(pixs) != 1) return (PTAA *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); /* Filter to solidify the text lines within the x-height region, * and to remove most of the ascenders and descenders. * We start with a small vertical opening to remove noise beyond * the line that can cause an error in the line end points. * The small closing (csize1) is used to bridge the gaps between * letters. The large closing (csize2) bridges the gaps between * words; using 1/30 of the page width usually suffices. */ csize1 = L_MAX(15, w / 80); csize2 = L_MAX(30, w / 30); snprintf(buf, sizeof(buf), "o1.3 + c%d.1 + o%d.1 + c%d.1", csize1, csize1, csize2); pix1 = pixMorphSequence(pixs, buf, 0); pixDisplayWithTitle(pix1, 0, 800, "pix1", debugflag); /* Get the 8-connected components ... */ boxa = pixConnComp(pix1, &pixa1, 8); pixDestroy(&pix1); boxaDestroy(&boxa); if (pixaGetCount(pixa1) == 0) { pixaDestroy(&pixa1); return NULL; } /* ... and remove the short and thin c.c */ pixa2 = pixaSelectBySize(pixa1, 100, 4, L_SELECT_IF_BOTH, L_SELECT_IF_GT, 0); if ((nsegs = pixaGetCount(pixa2)) == 0) { pixaDestroy(&pixa1); pixaDestroy(&pixa2); return NULL; } if (debugflag) { pix2 = pixaDisplay(pixa2, w, h); pixDisplayWithTitle(pix2, 800, 800, "pix2", 1); pixDestroy(&pix2); } /* For each c.c., get the weighted center of each vertical column. * The result is a set of points going approximately through * the center of the x-height part of the text line. */ ptaa = ptaaCreate(nsegs); for (i = 0; i < nsegs; i++) { pixaGetBoxGeometry(pixa2, i, &bx, &by, NULL, NULL); pix2 = pixaGetPix(pixa2, i, L_CLONE); pta = dewarpGetMeanVerticals(pix2, bx, by); ptaaAddPta(ptaa, pta, L_INSERT); pixDestroy(&pix2); } if (debugflag) { pix1 = pixCreateTemplate(pixs); pix2 = pixDisplayPtaa(pix1, ptaa); pixDisplayWithTitle(pix2, 0, 1400, "pix3", 1); pixDestroy(&pix1); pixDestroy(&pix2); } pixaDestroy(&pixa1); pixaDestroy(&pixa2); return ptaa; } /*! * dewarpGetMeanVerticals() * * Input: pixs (1 bpp, single c.c.) * x,y (location of UL corner of pixs with respect to page image * Return: pta (mean y-values in component for each x-value, * both translated by (x,y) */ static PTA * dewarpGetMeanVerticals(PIX *pixs, l_int32 x, l_int32 y) { l_int32 w, h, i, j, wpl, sum, count; l_uint32 *line, *data; PTA *pta; PROCNAME("pixGetMeanVerticals"); if (!pixs || pixGetDepth(pixs) != 1) return (PTA *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); pta = ptaCreate(w); data = pixGetData(pixs); wpl = pixGetWpl(pixs); for (j = 0; j < w; j++) { line = data; sum = count = 0; for (i = 0; i < h; i++) { if (GET_DATA_BIT(line, j) == 1) { sum += i; count += 1; } line += wpl; } if (count == 0) continue; ptaAddPt(pta, x + j, y + (sum / count)); } return pta; } /*! * dewarpRemoveShortLines() * * Input: pixs (1 bpp) * ptaas (input lines) * fract (minimum fraction of longest line to keep) * debugflag * Return: ptaad (containing only lines of sufficient length), * or null on error */ PTAA * dewarpRemoveShortLines(PIX *pixs, PTAA *ptaas, l_float32 fract, l_int32 debugflag) { l_int32 w, n, i, index, maxlen, len; l_float32 minx, maxx; NUMA *na, *naindex; PIX *pix1, *pix2; PTA *pta; PTAA *ptaad; PROCNAME("dewarpRemoveShortLines"); if (!pixs || pixGetDepth(pixs) != 1) return (PTAA *)ERROR_PTR("pixs undefined or not 1 bpp", procName, NULL); if (!ptaas) return (PTAA *)ERROR_PTR("ptaas undefined", procName, NULL); pixGetDimensions(pixs, &w, NULL, NULL); n = ptaaGetCount(ptaas); ptaad = ptaaCreate(n); na = numaCreate(n); for (i = 0; i < n; i++) { pta = ptaaGetPta(ptaas, i, L_CLONE); ptaGetRange(pta, &minx, &maxx, NULL, NULL); numaAddNumber(na, maxx - minx + 1); ptaDestroy(&pta); } /* Sort by length and find all that are long enough */ naindex = numaGetSortIndex(na, L_SORT_DECREASING); numaGetIValue(naindex, 0, &index); numaGetIValue(na, index, &maxlen); if (maxlen < 0.5 * w) L_WARNING("lines are relatively short\n", procName); pta = ptaaGetPta(ptaas, index, L_CLONE); ptaaAddPta(ptaad, pta, L_INSERT); for (i = 1; i < n; i++) { numaGetIValue(naindex, i, &index); numaGetIValue(na, index, &len); if (len < fract * maxlen) break; pta = ptaaGetPta(ptaas, index, L_CLONE); ptaaAddPta(ptaad, pta, L_INSERT); } if (debugflag) { pix1 = pixCopy(NULL, pixs); pix2 = pixDisplayPtaa(pix1, ptaad); pixDisplayWithTitle(pix2, 0, 200, "pix4", 1); pixDestroy(&pix1); pixDestroy(&pix2); } numaDestroy(&na); numaDestroy(&naindex); return ptaad; } /*! * dewarpGetLineEndpoints() * * Input: h (height of pixs) * ptaa (lines) * &ptal ( left end points of each line) * &ptar ( right end points of each line) * Return: 0 if OK, 1 on error. * * Notes: * (1) We require that the set of end points extends over 45% of the * height of the input image, to insure good coverage and * avoid extrapolating the curvature too far beyond the * actual textlines. Large extrapolations are particularly * dangerous if used as a reference model. * (2) For fitting the endpoints, x = f(y), we transpose x and y. * Thus all these ptas have x and y swapped! */ static l_int32 dewarpGetLineEndpoints(l_int32 h, PTAA *ptaa, PTA **pptal, PTA **pptar) { l_int32 i, n, npt, x, y; l_float32 miny, maxy, ratio; PTA *pta, *ptal, *ptar; PROCNAME("dewarpGetLineEndpoints"); if (!pptal || !pptar) return ERROR_INT("&ptal and &ptar not both defined", procName, 1); *pptal = *pptar = NULL; if (!ptaa) return ERROR_INT("ptaa undefined", procName, 1); n = ptaaGetCount(ptaa); ptal = ptaCreate(n); ptar = ptaCreate(n); for (i = 0; i < n; i++) { pta = ptaaGetPta(ptaa, i, L_CLONE); ptaGetIPt(pta, 0, &x, &y); ptaAddPt(ptal, y, x); npt = ptaGetCount(pta); ptaGetIPt(pta, npt - 1, &x, &y); ptaAddPt(ptar, y, x); ptaDestroy(&pta); } /* Use the min and max of the y value on the left side. */ ptaGetRange(ptal, &miny, &maxy, NULL, NULL); ratio = (maxy - miny) / (l_float32)h; if (ratio < MIN_RATIO_LINES_TO_HEIGHT) { L_INFO("ratio lines to height, %f, too small\n", procName, ratio); ptaDestroy(&ptal); ptaDestroy(&ptar); return 1; } *pptal = ptal; *pptar = ptar; return 0; } /*! * dewarpQuadraticLSF() * * Input: ptad (left or right end points of longest lines) * &a ( coeff a of LSF: y = ax^2 + bx + c) * &b ( coeff b of LSF: y = ax^2 + bx + c) * &c ( coeff c of LSF: y = ax^2 + bx + c) * &mederr ( median error) * Return: 0 if OK, 1 on error. * * Notes: * (1) This is used for finding the left or right sides of * the text block, computed as a quadratic curve. * Only the longest lines are input, so there are * no outliers. * (2) The ptas for the end points all have x and y swapped. */ static l_int32 dewarpQuadraticLSF(PTA *ptad, l_float32 *pa, l_float32 *pb, l_float32 *pc, l_float32 *pmederr) { l_int32 i, n; l_float32 x, y, xp, c0, c1, c2; NUMA *naerr; PROCNAME("dewarpQuadraticLSF"); if (pmederr) *pmederr = 0.0; if (!pa || !pb || !pc) return ERROR_INT("not all ptrs are defined", procName, 1); *pa = *pb = *pc = 0.0; if (!ptad) return ERROR_INT("ptad not defined", procName, 1); /* Fit to the longest lines */ ptaGetQuadraticLSF(ptad, &c2, &c1, &c0, NULL); *pa = c2; *pb = c1; *pc = c0; /* Optionally, find the median error */ if (pmederr) { n = ptaGetCount(ptad); naerr = numaCreate(n); for (i = 0; i < n; i++) { ptaGetPt(ptad, i, &y, &xp); applyQuadraticFit(c2, c1, c0, y, &x); numaAddNumber(naerr, L_ABS(x - xp)); } numaGetMedian(naerr, pmederr); numaDestroy(&naerr); } return 0; } /*! * dewarpFindLongLines() * * Input: ptal (left end points of lines) * ptar (right end points of lines) * minfract (minimum allowed fraction of longest line) * &ptald ( left end points of longest lines) * &ptard ( right end points of longest lines) * Return: 0 if OK, 1 on error or if there aren't enough long lines * * Notes: * (1) We do the following: * (a) Sort the lines from top to bottom, and divide equally * into Top and Bottom sets. * (b) For each set, select the lines that are at least @minfract * of the length of the longest line in the set. * Typically choose @minfract between 0.9 and 0.95. * (c) Accumulate the left and right end points from both * sets into the two returned ptas. */ static l_int32 dewarpFindLongLines(PTA *ptal, PTA *ptar, l_float32 minfract, PTA **pptald, PTA **pptard) { l_int32 i, n, ntop, nt, nb; l_float32 xl, xr, yl, yr, len, maxlen; NUMA *nalen, *naindex; PTA *ptals, *ptars, *ptald, *ptard; PROCNAME("dewarpFindLongLines"); if (!pptald || !pptard) return ERROR_INT("&ptald and &ptard are not both defined", procName, 1); *pptald = *pptard = NULL; if (!ptal || !ptar) return ERROR_INT("ptal and ptar are not both defined", procName, 1); if (minfract < 0.8 || minfract > 1.0) return ERROR_INT("typ minfract is in [0.90 - 0.95]", procName, 1); /* Sort from top to bottom, remembering that x <--> y in the pta */ n = ptaGetCount(ptal); ptaGetSortIndex(ptal, L_SORT_BY_X, L_SORT_INCREASING, &naindex); ptals = ptaSortByIndex(ptal, naindex); ptars = ptaSortByIndex(ptar, naindex); numaDestroy(&naindex); ptald = ptaCreate(n); /* output of long lines */ ptard = ptaCreate(n); /* ditto */ /* Find all lines in the top half that are within 8 percent of * the length of the longest line in that set. */ ntop = n / 2; nalen = numaCreate(n / 2); /* lengths of top lines */ for (i = 0; i < ntop; i++) { ptaGetPt(ptals, i, NULL, &xl); ptaGetPt(ptars, i, NULL, &xr); numaAddNumber(nalen, xr - xl); } numaGetMax(nalen, &maxlen, NULL); L_INFO("Top: maxlen = %8.3f\n", procName, maxlen); for (i = 0; i < ntop; i++) { numaGetFValue(nalen, i, &len); if (len >= minfract * maxlen) { ptaGetPt(ptals, i, &yl, &xl); ptaAddPt(ptald, yl, xl); ptaGetPt(ptars, i, &yr, &xr); ptaAddPt(ptard, yr, xr); } } numaDestroy(&nalen); nt = ptaGetCount(ptald); if (nt < 3) { L_INFO("too few long lines at top\n", procName); ptaDestroy(&ptals); ptaDestroy(&ptars); ptaDestroy(&ptald); ptaDestroy(&ptard); return 1; } /* Find all lines in the bottom half that are within 8 percent * of the length of the longest line in that set. */ nalen = numaCreate(0); /* lengths of bottom lines */ for (i = ntop; i < n; i++) { ptaGetPt(ptals, i, NULL, &xl); ptaGetPt(ptars, i, NULL, &xr); numaAddNumber(nalen, xr - xl); } numaGetMax(nalen, &maxlen, NULL); L_INFO("Bottom: maxlen = %8.3f\n", procName, maxlen); for (i = 0; i < n - ntop; i++) { numaGetFValue(nalen, i, &len); if (len >= minfract * maxlen) { ptaGetPt(ptals, ntop + i, &yl, &xl); ptaAddPt(ptald, yl, xl); ptaGetPt(ptars, ntop + i, &yr, &xr); ptaAddPt(ptard, yr, xr); } } numaDestroy(&nalen); ptaDestroy(&ptals); ptaDestroy(&ptars); nb = ptaGetCount(ptald) - nt; if (nb < 3) { L_INFO("too few long lines at bottom\n", procName); ptaDestroy(&ptald); ptaDestroy(&ptard); return 1; } else { *pptald = ptald; *pptard = ptard; } return 0; } /*----------------------------------------------------------------------* * Build line disparity model * *----------------------------------------------------------------------*/ /*! * dewarpBuildLineModel() * * Input: dew * opensize (size of opening to remove perpendicular lines) * debugfile (use null to skip writing this) * Return: 0 if OK, 1 if unable to build the model or on error * * Notes: * (1) This builds the horizontal and vertical disparity arrays * for an input of ruled lines, typically for calibration. * In book scanning, you could lay the ruled paper over a page. * Then for that page and several below it, you can use the * disparity correction of the line model to dewarp the pages. * (2) The dew has been initialized with the image of ruled lines. * These lines must be continuous, but we do a small amount * of pre-processing here to insure that. * (3) @opensize is typically about 8. It must be larger than * the thickness of the lines to be extracted. This is the * default value, which is applied if @opensize < 3. * (4) Sets vsuccess = 1 and hsuccess = 1 if the vertical and/or * horizontal disparity arrays build. * (5) Similar to dewarpBuildPageModel(), except here the vertical * and horizontal disparity arrays are both built from ruled lines. * See notes there. */ l_int32 dewarpBuildLineModel(L_DEWARP *dew, l_int32 opensize, const char *debugfile) { char buf[64]; l_int32 i, j, bx, by, ret, nlines; BOXA *boxa; PIX *pixs, *pixh, *pixv, *pix, *pix1, *pix2; PIXA *pixa1, *pixa2; PTA *pta; PTAA *ptaa1, *ptaa2; PROCNAME("dewarpBuildLineModel"); if (!dew) return ERROR_INT("dew not defined", procName, 1); if (opensize < 3) { L_WARNING("opensize should be >= 3; setting to 8\n", procName); opensize = 8; /* default */ } dew->debug = (debugfile) ? 1 : 0; dew->vsuccess = dew->hsuccess = 0; pixs = dew->pixs; if (debugfile) { lept_rmdir("dewline"); /* erase previous images */ lept_mkdir("dewline"); lept_rmdir("dewmod"); /* erase previous images */ lept_mkdir("dewmod"); pixDisplayWithTitle(pixs, 0, 0, "pixs", 1); pixWrite("/tmp/dewline/001.png", pixs, IFF_PNG); } /* Extract and solidify the horizontal and vertical lines. We use * the horizontal lines to derive the vertical disparity, and v.v. * Both disparities are computed using the vertical disparity * algorithm; the horizontal disparity is found from the * vertical lines by rotating them clockwise by 90 degrees. * On the first pass, we compute the horizontal disparity, from * the vertical lines, by rotating them by 90 degrees (so they * are horizontal) and computing the vertical disparity on them; * we rotate the resulting fpix array for the horizontal disparity * back by -90 degrees. On the second pass, we compute the vertical * disparity from the horizontal lines in the usual fashion. */ snprintf(buf, sizeof(buf), "d1.3 + c%d.1 + o%d.1", opensize - 2, opensize); pixh = pixMorphSequence(pixs, buf, 0); /* horiz */ snprintf(buf, sizeof(buf), "d3.1 + c1.%d + o1.%d", opensize - 2, opensize); pix1 = pixMorphSequence(pixs, buf, 0); /* vert */ pixv = pixRotateOrth(pix1, 1); /* vert rotated to horizontal */ pixa1 = pixaCreate(2); pixaAddPix(pixa1, pixv, L_INSERT); /* get horizontal disparity first */ pixaAddPix(pixa1, pixh, L_INSERT); pixDestroy(&pix1); /*--------------------------------------------------------------*/ /* Process twice: first for horiz disparity, then for vert */ /*--------------------------------------------------------------*/ for (i = 0; i < 2; i++) { pix = pixaGetPix(pixa1, i, L_CLONE); pixDisplay(pix, 0, 900); boxa = pixConnComp(pix, &pixa2, 8); nlines = boxaGetCount(boxa); boxaDestroy(&boxa); if (nlines < dew->minlines) { L_WARNING("only found %d lines\n", procName, nlines); pixDestroy(&pix); pixaDestroy(&pixa1); continue; } /* Identify the pixels along the skeleton of each line */ ptaa1 = ptaaCreate(nlines); for (j = 0; j < nlines; j++) { pixaGetBoxGeometry(pixa2, j, &bx, &by, NULL, NULL); pix1 = pixaGetPix(pixa2, j, L_CLONE); pta = dewarpGetMeanVerticals(pix1, bx, by); ptaaAddPta(ptaa1, pta, L_INSERT); pixDestroy(&pix1); } pixaDestroy(&pixa2); if (debugfile) { pix1 = pixConvertTo32(pix); pix2 = pixDisplayPtaa(pix1, ptaa1); snprintf(buf, sizeof(buf), "/tmp/dewline/%03d.png", 2 + 2 * i); pixWrite(buf, pix2, IFF_PNG); pixDestroy(&pix1); pixDestroy(&pix2); } /* Remove all lines that are not at least 0.75 times the length * of the longest line. */ ptaa2 = dewarpRemoveShortLines(pix, ptaa1, 0.75, DEBUG_SHORT_LINES); if (debugfile) { pix1 = pixConvertTo32(pix); pix2 = pixDisplayPtaa(pix1, ptaa2); snprintf(buf, sizeof(buf), "/tmp/dewline/%03d.png", 3 + 2 * i); pixWrite(buf, pix2, IFF_PNG); pixDestroy(&pix1); pixDestroy(&pix2); } ptaaDestroy(&ptaa1); nlines = ptaaGetCount(ptaa2); if (nlines < dew->minlines) { pixDestroy(&pix); ptaaDestroy(&ptaa2); L_WARNING("%d lines: too few to build model\n", procName, nlines); continue; } /* Get the sampled 'vertical' disparity from the textline * centers. The disparity array will push pixels vertically * so that each line is flat and centered at the y-position * of the mid-point. */ ret = dewarpFindVertDisparity(dew, ptaa2, 1 - i); /* If i == 0, move the result to the horizontal disparity, * rotating it back by -90 degrees. */ if (i == 0) { /* horizontal disparity, really */ if (ret) { L_WARNING("horizontal disparity not built\n", procName); } else { L_INFO("hsuccess = 1\n", procName); dew->samphdispar = fpixRotateOrth(dew->sampvdispar, 3); fpixDestroy(&dew->sampvdispar); if (debugfile) lept_mv("/tmp/dewarp_vert.pdf", "dewarp_horiz.pdf"); } dew->hsuccess = dew->vsuccess; dew->vsuccess = 0; } else { /* i == 1 */ if (ret) L_WARNING("vertical disparity not built\n", procName); else L_INFO("vsuccess = 1\n", procName); } ptaaDestroy(&ptaa2); pixDestroy(&pix); } pixaDestroy(&pixa1); /* Debug output */ if (debugfile) { if (dew->vsuccess == 1) { dewarpPopulateFullRes(dew, NULL, 0, 0); pix1 = fpixRenderContours(dew->fullvdispar, 3.0, 0.15); pixWrite("/tmp/dewline/006.png", pix1, IFF_PNG); pixDisplay(pix1, 1000, 0); pixDestroy(&pix1); } if (dew->hsuccess == 1) { pix1 = fpixRenderContours(dew->fullhdispar, 3.0, 0.15); pixWrite("/tmp/dewline/007.png", pix1, IFF_PNG); pixDisplay(pix1, 1000, 0); pixDestroy(&pix1); } convertFilesToPdf("/tmp/dewline", NULL, 135, 1.0, 0, 0, "Dewarp Build Line Model", debugfile); fprintf(stderr, "pdf file made: %s\n", debugfile); } return 0; } /*----------------------------------------------------------------------* * Query model status * *----------------------------------------------------------------------*/ /*! * dewarpaModelStatus() * * Input: dewa * pageno * &vsuccess ( 1 on success) * &hsuccess ( 1 on success) * Return: 0 if OK, 1 on error * * Notes: * (1) This tests if a model has been built, not if it is valid. */ l_int32 dewarpaModelStatus(L_DEWARPA *dewa, l_int32 pageno, l_int32 *pvsuccess, l_int32 *phsuccess) { L_DEWARP *dew; PROCNAME("dewarpaModelStatus"); if (pvsuccess) *pvsuccess = 0; if (phsuccess) *phsuccess = 0; if (!dewa) return ERROR_INT("dewa not defined", procName, 1); if ((dew = dewarpaGetDewarp(dewa, pageno)) == NULL) return ERROR_INT("dew not retrieved", procName, 1); if (pvsuccess) *pvsuccess = dew->vsuccess; if (phsuccess) *phsuccess = dew->hsuccess; return 0; } /*----------------------------------------------------------------------* * Rendering helpers * *----------------------------------------------------------------------*/ /*! * pixRenderMidYs() * * Input: pixs (32 bpp) * namidys (y location of reference lines for vertical disparity) * linew (width of rendered line; typ 2) * Return: 0 if OK, 1 on error */ static l_int32 pixRenderMidYs(PIX *pixs, NUMA *namidys, l_int32 linew) { l_int32 i, n, w, yval, rval, gval, bval; PIXCMAP *cmap; PROCNAME("pixRenderMidYs"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!namidys) return ERROR_INT("namidys not defined", procName, 1); w = pixGetWidth(pixs); n = numaGetCount(namidys); cmap = pixcmapCreateRandom(8, 0, 0); for (i = 0; i < n; i++) { pixcmapGetColor(cmap, i % 256, &rval, &gval, &bval); numaGetIValue(namidys, i, &yval); pixRenderLineArb(pixs, 0, yval, w, yval, linew, rval, gval, bval); } pixcmapDestroy(&cmap); return 0; } /*! * pixRenderHorizEndPoints() * * Input: pixs (32 bpp) * ptal (left side line end points) * ptar (right side line end points) * color (0xrrggbb00) * Return: 0 if OK, 1 on error */ static l_int32 pixRenderHorizEndPoints(PIX *pixs, PTA *ptal, PTA *ptar, l_uint32 color) { PIX *pixcirc; PTA *ptalt, *ptart, *ptacirc; PROCNAME("pixRenderHorizEndPoints"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!ptal || !ptar) return ERROR_INT("ptal and ptar not both defined", procName, 1); ptacirc = generatePtaFilledCircle(5); pixcirc = pixGenerateFromPta(ptacirc, 11, 11); ptalt = ptaTranspose(ptal); ptart = ptaTranspose(ptar); pixDisplayPtaPattern(pixs, pixs, ptalt, pixcirc, 5, 5, color); pixDisplayPtaPattern(pixs, pixs, ptart, pixcirc, 5, 5, color); ptaDestroy(&ptacirc); ptaDestroy(&ptalt); ptaDestroy(&ptart); pixDestroy(&pixcirc); return 0; } leptonica-1.70/src/bilinear.c0000640000175000017500000007507212244215671014240 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * bilinear.c * * Bilinear (4 pt) image transformation using a sampled * (to nearest integer) transform on each dest point * PIX *pixBilinearSampledPta() * PIX *pixBilinearSampled() * * Bilinear (4 pt) image transformation using interpolation * (or area mapping) for anti-aliasing images that are * 2, 4, or 8 bpp gray, or colormapped, or 32 bpp RGB * PIX *pixBilinearPta() * PIX *pixBilinear() * PIX *pixBilinearPtaColor() * PIX *pixBilinearColor() * PIX *pixBilinearPtaGray() * PIX *pixBilinearGray() * * Bilinear transform including alpha (blend) component * PIX *pixBilinearPtaWithAlpha() * * Bilinear coordinate transformation * l_int32 getBilinearXformCoeffs() * l_int32 bilinearXformSampledPt() * l_int32 bilinearXformPt() * * A bilinear transform can be specified as a specific functional * mapping between 4 points in the source and 4 points in the dest. * It can be used as an approximation to a (nonlinear) projective * transform, because for small warps it is very similar and * it is more stable. (Projective transforms have a division * by a quantity that can get arbitrarily small.) * * We give both a bilinear coordinate transformation and * a bilinear image transformation. * * For the former, we ask for the coordinate value (x',y') * in the transformed space for any point (x,y) in the original * space. The coefficients of the transformation are found by * solving 8 simultaneous equations for the 8 coordinates of * the 4 points in src and dest. The transformation can then * be used to compute the associated image transform, by * computing, for each dest pixel, the relevant pixel(s) in * the source. This can be done either by taking the closest * src pixel to each transformed dest pixel ("sampling") or * by doing an interpolation and averaging over 4 source * pixels with appropriate weightings ("interpolated"). * * A typical application would be to remove some of the * keystoning due to a projective transform in the imaging system. * * The bilinear transform is given by specifying two equations: * * x' = ax + by + cxy + d * y' = ex + fy + gxy + h * * where the eight coefficients have been computed from four * sets of these equations, each for two corresponding data pts. * In practice, for each point (x,y) in the dest image, this * equation is used to compute the corresponding point (x',y') * in the src. That computed point in the src is then used * to determine the dest value in one of two ways: * * - sampling: take the value of the src pixel in which this * point falls * - interpolation: take appropriate linear combinations of the * four src pixels that this dest pixel would * overlap, with the coefficients proportional * to the amount of overlap * * For small warp, like rotation, area mapping in the * interpolation is equivalent to linear interpolation. * * Typical relative timing of transforms (sampled = 1.0): * 8 bpp: sampled 1.0 * interpolated 1.6 * 32 bpp: sampled 1.0 * interpolated 1.8 * Additionally, the computation time/pixel is nearly the same * for 8 bpp and 32 bpp, for both sampled and interpolated. */ #include #include #include "allheaders.h" extern l_float32 AlphaMaskBorderVals[2]; /*-------------------------------------------------------------* * Sampled bilinear image transformation * *-------------------------------------------------------------*/ /*! * pixBilinearSampledPta() * * Input: pixs (all depths) * ptad (4 pts of final coordinate space) * ptas (4 pts of initial coordinate space) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK) * Return: pixd, or null on error * * Notes: * (1) Brings in either black or white pixels from the boundary. * (2) Retains colormap, which you can do for a sampled transform.. * (3) No 3 of the 4 points may be collinear. * (4) For 8 and 32 bpp pix, better quality is obtained by the * somewhat slower pixBilinearPta(). See that * function for relative timings between sampled and interpolated. */ PIX * pixBilinearSampledPta(PIX *pixs, PTA *ptad, PTA *ptas, l_int32 incolor) { l_float32 *vc; PIX *pixd; PROCNAME("pixBilinearSampledPta"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!ptas) return (PIX *)ERROR_PTR("ptas not defined", procName, NULL); if (!ptad) return (PIX *)ERROR_PTR("ptad not defined", procName, NULL); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return (PIX *)ERROR_PTR("invalid incolor", procName, NULL); if (ptaGetCount(ptas) != 4) return (PIX *)ERROR_PTR("ptas count not 4", procName, NULL); if (ptaGetCount(ptad) != 4) return (PIX *)ERROR_PTR("ptad count not 4", procName, NULL); /* Get backwards transform from dest to src, and apply it */ getBilinearXformCoeffs(ptad, ptas, &vc); pixd = pixBilinearSampled(pixs, vc, incolor); FREE(vc); return pixd; } /*! * pixBilinearSampled() * * Input: pixs (all depths) * vc (vector of 8 coefficients for bilinear transformation) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK) * Return: pixd, or null on error * * Notes: * (1) Brings in either black or white pixels from the boundary. * (2) Retains colormap, which you can do for a sampled transform.. * (3) For 8 or 32 bpp, much better quality is obtained by the * somewhat slower pixBilinear(). See that function * for relative timings between sampled and interpolated. */ PIX * pixBilinearSampled(PIX *pixs, l_float32 *vc, l_int32 incolor) { l_int32 i, j, w, h, d, x, y, wpls, wpld, color, cmapindex; l_uint32 val; l_uint32 *datas, *datad, *lines, *lined; PIX *pixd; PIXCMAP *cmap; PROCNAME("pixBilinearSampled"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!vc) return (PIX *)ERROR_PTR("vc not defined", procName, NULL); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return (PIX *)ERROR_PTR("invalid incolor", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 1 && d != 2 && d != 4 && d != 8 && d != 32) return (PIX *)ERROR_PTR("depth not 1, 2, 4, 8 or 16", procName, NULL); /* Init all dest pixels to color to be brought in from outside */ pixd = pixCreateTemplate(pixs); if ((cmap = pixGetColormap(pixs)) != NULL) { if (incolor == L_BRING_IN_WHITE) color = 1; else color = 0; pixcmapAddBlackOrWhite(cmap, color, &cmapindex); pixSetAllArbitrary(pixd, cmapindex); } else { if ((d == 1 && incolor == L_BRING_IN_WHITE) || (d > 1 && incolor == L_BRING_IN_BLACK)) { pixClearAll(pixd); } else { pixSetAll(pixd); } } /* Scan over the dest pixels */ datas = pixGetData(pixs); wpls = pixGetWpl(pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lined = datad + i * wpld; for (j = 0; j < w; j++) { bilinearXformSampledPt(vc, j, i, &x, &y); if (x < 0 || y < 0 || x >=w || y >= h) continue; lines = datas + y * wpls; if (d == 1) { val = GET_DATA_BIT(lines, x); SET_DATA_BIT_VAL(lined, j, val); } else if (d == 8) { val = GET_DATA_BYTE(lines, x); SET_DATA_BYTE(lined, j, val); } else if (d == 32) { lined[j] = lines[x]; } else if (d == 2) { val = GET_DATA_DIBIT(lines, x); SET_DATA_DIBIT(lined, j, val); } else if (d == 4) { val = GET_DATA_QBIT(lines, x); SET_DATA_QBIT(lined, j, val); } } } return pixd; } /*---------------------------------------------------------------------* * Interpolated bilinear image transformation * *---------------------------------------------------------------------*/ /*! * pixBilinearPta() * * Input: pixs (all depths; colormap ok) * ptad (4 pts of final coordinate space) * ptas (4 pts of initial coordinate space) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK) * Return: pixd, or null on error * * Notes: * (1) Brings in either black or white pixels from the boundary * (2) Removes any existing colormap, if necessary, before transforming */ PIX * pixBilinearPta(PIX *pixs, PTA *ptad, PTA *ptas, l_int32 incolor) { l_int32 d; l_uint32 colorval; PIX *pixt1, *pixt2, *pixd; PROCNAME("pixBilinearPta"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!ptas) return (PIX *)ERROR_PTR("ptas not defined", procName, NULL); if (!ptad) return (PIX *)ERROR_PTR("ptad not defined", procName, NULL); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return (PIX *)ERROR_PTR("invalid incolor", procName, NULL); if (ptaGetCount(ptas) != 4) return (PIX *)ERROR_PTR("ptas count not 4", procName, NULL); if (ptaGetCount(ptad) != 4) return (PIX *)ERROR_PTR("ptad count not 4", procName, NULL); if (pixGetDepth(pixs) == 1) return pixBilinearSampledPta(pixs, ptad, ptas, incolor); /* Remove cmap if it exists, and unpack to 8 bpp if necessary */ pixt1 = pixRemoveColormap(pixs, REMOVE_CMAP_BASED_ON_SRC); d = pixGetDepth(pixt1); if (d < 8) pixt2 = pixConvertTo8(pixt1, FALSE); else pixt2 = pixClone(pixt1); d = pixGetDepth(pixt2); /* Compute actual color to bring in from edges */ colorval = 0; if (incolor == L_BRING_IN_WHITE) { if (d == 8) colorval = 255; else /* d == 32 */ colorval = 0xffffff00; } if (d == 8) pixd = pixBilinearPtaGray(pixt2, ptad, ptas, colorval); else /* d == 32 */ pixd = pixBilinearPtaColor(pixt2, ptad, ptas, colorval); pixDestroy(&pixt1); pixDestroy(&pixt2); return pixd; } /*! * pixBilinear() * * Input: pixs (all depths; colormap ok) * vc (vector of 8 coefficients for bilinear transformation) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK) * Return: pixd, or null on error * * Notes: * (1) Brings in either black or white pixels from the boundary * (2) Removes any existing colormap, if necessary, before transforming */ PIX * pixBilinear(PIX *pixs, l_float32 *vc, l_int32 incolor) { l_int32 d; l_uint32 colorval; PIX *pixt1, *pixt2, *pixd; PROCNAME("pixBilinear"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!vc) return (PIX *)ERROR_PTR("vc not defined", procName, NULL); if (pixGetDepth(pixs) == 1) return pixBilinearSampled(pixs, vc, incolor); /* Remove cmap if it exists, and unpack to 8 bpp if necessary */ pixt1 = pixRemoveColormap(pixs, REMOVE_CMAP_BASED_ON_SRC); d = pixGetDepth(pixt1); if (d < 8) pixt2 = pixConvertTo8(pixt1, FALSE); else pixt2 = pixClone(pixt1); d = pixGetDepth(pixt2); /* Compute actual color to bring in from edges */ colorval = 0; if (incolor == L_BRING_IN_WHITE) { if (d == 8) colorval = 255; else /* d == 32 */ colorval = 0xffffff00; } if (d == 8) pixd = pixBilinearGray(pixt2, vc, colorval); else /* d == 32 */ pixd = pixBilinearColor(pixt2, vc, colorval); pixDestroy(&pixt1); pixDestroy(&pixt2); return pixd; } /*! * pixBilinearPtaColor() * * Input: pixs (32 bpp) * ptad (4 pts of final coordinate space) * ptas (4 pts of initial coordinate space) * colorval (e.g., 0 to bring in BLACK, 0xffffff00 for WHITE) * Return: pixd, or null on error */ PIX * pixBilinearPtaColor(PIX *pixs, PTA *ptad, PTA *ptas, l_uint32 colorval) { l_float32 *vc; PIX *pixd; PROCNAME("pixBilinearPtaColor"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!ptas) return (PIX *)ERROR_PTR("ptas not defined", procName, NULL); if (!ptad) return (PIX *)ERROR_PTR("ptad not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs must be 32 bpp", procName, NULL); if (ptaGetCount(ptas) != 4) return (PIX *)ERROR_PTR("ptas count not 4", procName, NULL); if (ptaGetCount(ptad) != 4) return (PIX *)ERROR_PTR("ptad count not 4", procName, NULL); /* Get backwards transform from dest to src, and apply it */ getBilinearXformCoeffs(ptad, ptas, &vc); pixd = pixBilinearColor(pixs, vc, colorval); FREE(vc); return pixd; } /*! * pixBilinearColor() * * Input: pixs (32 bpp) * vc (vector of 8 coefficients for bilinear transformation) * colorval (e.g., 0 to bring in BLACK, 0xffffff00 for WHITE) * Return: pixd, or null on error */ PIX * pixBilinearColor(PIX *pixs, l_float32 *vc, l_uint32 colorval) { l_int32 i, j, w, h, d, wpls, wpld; l_uint32 val; l_uint32 *datas, *datad, *lined; l_float32 x, y; PIX *pix1, *pix2, *pixd; PROCNAME("pixBilinearColor"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 32) return (PIX *)ERROR_PTR("pixs must be 32 bpp", procName, NULL); if (!vc) return (PIX *)ERROR_PTR("vc not defined", procName, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); pixd = pixCreateTemplate(pixs); pixSetAllArbitrary(pixd, colorval); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); /* Iterate over destination pixels */ for (i = 0; i < h; i++) { lined = datad + i * wpld; for (j = 0; j < w; j++) { /* Compute float src pixel location corresponding to (i,j) */ bilinearXformPt(vc, j, i, &x, &y); linearInterpolatePixelColor(datas, wpls, w, h, x, y, colorval, &val); *(lined + j) = val; } } /* If rgba, transform the pixs alpha channel and insert in pixd */ if (pixGetSpp(pixs) == 4) { pix1 = pixGetRGBComponent(pixs, L_ALPHA_CHANNEL); pix2 = pixBilinearGray(pix1, vc, 255); /* bring in opaque */ pixSetRGBComponent(pixd, pix2, L_ALPHA_CHANNEL); pixDestroy(&pix1); pixDestroy(&pix2); } return pixd; } /*! * pixBilinearPtaGray() * * Input: pixs (8 bpp) * ptad (4 pts of final coordinate space) * ptas (4 pts of initial coordinate space) * grayval (0 to bring in BLACK, 255 for WHITE) * Return: pixd, or null on error */ PIX * pixBilinearPtaGray(PIX *pixs, PTA *ptad, PTA *ptas, l_uint8 grayval) { l_float32 *vc; PIX *pixd; PROCNAME("pixBilinearPtaGray"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!ptas) return (PIX *)ERROR_PTR("ptas not defined", procName, NULL); if (!ptad) return (PIX *)ERROR_PTR("ptad not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs must be 8 bpp", procName, NULL); if (ptaGetCount(ptas) != 4) return (PIX *)ERROR_PTR("ptas count not 4", procName, NULL); if (ptaGetCount(ptad) != 4) return (PIX *)ERROR_PTR("ptad count not 4", procName, NULL); /* Get backwards transform from dest to src, and apply it */ getBilinearXformCoeffs(ptad, ptas, &vc); pixd = pixBilinearGray(pixs, vc, grayval); FREE(vc); return pixd; } /*! * pixBilinearGray() * * Input: pixs (8 bpp) * vc (vector of 8 coefficients for bilinear transformation) * grayval (0 to bring in BLACK, 255 for WHITE) * Return: pixd, or null on error */ PIX * pixBilinearGray(PIX *pixs, l_float32 *vc, l_uint8 grayval) { l_int32 i, j, w, h, wpls, wpld, val; l_uint32 *datas, *datad, *lined; l_float32 x, y; PIX *pixd; PROCNAME("pixBilinearGray"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs must be 8 bpp", procName, NULL); if (!vc) return (PIX *)ERROR_PTR("vc not defined", procName, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); pixd = pixCreateTemplate(pixs); pixSetAllArbitrary(pixd, grayval); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); /* Iterate over destination pixels */ for (i = 0; i < h; i++) { lined = datad + i * wpld; for (j = 0; j < w; j++) { /* Compute float src pixel location corresponding to (i,j) */ bilinearXformPt(vc, j, i, &x, &y); linearInterpolatePixelGray(datas, wpls, w, h, x, y, grayval, &val); SET_DATA_BYTE(lined, j, val); } } return pixd; } /*-------------------------------------------------------------------------* * Bilinear transform including alpha (blend) component and gamma xform * *-------------------------------------------------------------------------*/ /*! * pixBilinearPtaWithAlpha() * * Input: pixs (32 bpp rgb) * ptad (4 pts of final coordinate space) * ptas (4 pts of initial coordinate space) * pixg ( 8 bpp, can be null) * fract (between 0.0 and 1.0, with 0.0 fully transparent * and 1.0 fully opaque) * border (of pixels added to capture transformed source pixels) * Return: pixd, or null on error * * Notes: * (1) The alpha channel is transformed separately from pixs, * and aligns with it, being fully transparent outside the * boundary of the transformed pixs. For pixels that are fully * transparent, a blending function like pixBlendWithGrayMask() * will give zero weight to corresponding pixels in pixs. * (2) If pixg is NULL, it is generated as an alpha layer that is * partially opaque, using @fract. Otherwise, it is cropped * to pixs if required and @fract is ignored. The alpha channel * in pixs is never used. * (3) Colormaps are removed. * (4) When pixs is transformed, it doesn't matter what color is brought * in because the alpha channel will be transparent (0) there. * (5) To avoid losing source pixels in the destination, it may be * necessary to add a border to the source pix before doing * the bilinear transformation. This can be any non-negative number. * (6) The input @ptad and @ptas are in a coordinate space before * the border is added. Internally, we compensate for this * before doing the bilinear transform on the image after * the border is added. * (7) The default setting for the border values in the alpha channel * is 0 (transparent) for the outermost ring of pixels and * (0.5 * fract * 255) for the second ring. When blended over * a second image, this * (a) shrinks the visible image to make a clean overlap edge * with an image below, and * (b) softens the edges by weakening the aliasing there. * Use l_setAlphaMaskBorder() to change these values. * (8) A subtle use of gamma correction is to remove gamma correction * before scaling and restore it afterwards. This is done * by sandwiching this function between a gamma/inverse-gamma * photometric transform: * pixt = pixGammaTRCWithAlpha(NULL, pixs, 1.0 / gamma, 0, 255); * pixd = pixBilinearPtaWithAlpha(pixt, ptad, ptas, NULL, * fract, border); * pixGammaTRCWithAlpha(pixd, pixd, gamma, 0, 255); * pixDestroy(&pixt); * This has the side-effect of producing artifacts in the very * dark regions. */ PIX * pixBilinearPtaWithAlpha(PIX *pixs, PTA *ptad, PTA *ptas, PIX *pixg, l_float32 fract, l_int32 border) { l_int32 ws, hs, d; PIX *pixd, *pixb1, *pixb2, *pixg2, *pixga; PTA *ptad2, *ptas2; PROCNAME("pixBilinearPtaWithAlpha"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &ws, &hs, &d); if (d != 32 && pixGetColormap(pixs) == NULL) return (PIX *)ERROR_PTR("pixs not cmapped or 32 bpp", procName, NULL); if (pixg && pixGetDepth(pixg) != 8) { L_WARNING("pixg not 8 bpp; using @fract transparent alpha\n", procName); pixg = NULL; } if (!pixg && (fract < 0.0 || fract > 1.0)) { L_WARNING("invalid fract; using 1.0 (fully transparent)\n", procName); fract = 1.0; } if (!pixg && fract == 0.0) L_WARNING("fully opaque alpha; image cannot be blended\n", procName); if (!ptad) return (PIX *)ERROR_PTR("ptad not defined", procName, NULL); if (!ptas) return (PIX *)ERROR_PTR("ptas not defined", procName, NULL); /* Add border; the color doesn't matter */ pixb1 = pixAddBorder(pixs, border, 0); /* Transform the ptr arrays to work on the bordered image */ ptad2 = ptaTransform(ptad, border, border, 1.0, 1.0); ptas2 = ptaTransform(ptas, border, border, 1.0, 1.0); /* Do separate bilinear transform of rgb channels of pixs and of pixg */ pixd = pixBilinearPtaColor(pixb1, ptad2, ptas2, 0); if (!pixg) { pixg2 = pixCreate(ws, hs, 8); if (fract == 1.0) pixSetAll(pixg2); else pixSetAllArbitrary(pixg2, (l_int32)(255.0 * fract)); } else { pixg2 = pixResizeToMatch(pixg, NULL, ws, hs); } if (ws > 10 && hs > 10) { /* see note 7 */ pixSetBorderRingVal(pixg2, 1, (l_int32)(255.0 * fract * AlphaMaskBorderVals[0])); pixSetBorderRingVal(pixg2, 2, (l_int32)(255.0 * fract * AlphaMaskBorderVals[1])); } pixb2 = pixAddBorder(pixg2, border, 0); /* must be black border */ pixga = pixBilinearPtaGray(pixb2, ptad2, ptas2, 0); pixSetRGBComponent(pixd, pixga, L_ALPHA_CHANNEL); pixSetSpp(pixd, 4); pixDestroy(&pixg2); pixDestroy(&pixb1); pixDestroy(&pixb2); pixDestroy(&pixga); ptaDestroy(&ptad2); ptaDestroy(&ptas2); return pixd; } /*-------------------------------------------------------------* * Bilinear coordinate transformation * *-------------------------------------------------------------*/ /*! * getBilinearXformCoeffs() * * Input: ptas (source 4 points; unprimed) * ptad (transformed 4 points; primed) * &vc ( vector of coefficients of transform) * Return: 0 if OK; 1 on error * * We have a set of 8 equations, describing the bilinear * transformation that takes 4 points (ptas) into 4 other * points (ptad). These equations are: * * x1' = c[0]*x1 + c[1]*y1 + c[2]*x1*y1 + c[3] * y1' = c[4]*x1 + c[5]*y1 + c[6]*x1*y1 + c[7] * x2' = c[0]*x2 + c[1]*y2 + c[2]*x2*y2 + c[3] * y2' = c[4]*x2 + c[5]*y2 + c[6]*x2*y2 + c[7] * x3' = c[0]*x3 + c[1]*y3 + c[2]*x3*y3 + c[3] * y3' = c[4]*x3 + c[5]*y3 + c[6]*x3*y3 + c[7] * x4' = c[0]*x4 + c[1]*y4 + c[2]*x4*y4 + c[3] * y4' = c[4]*x4 + c[5]*y4 + c[6]*x4*y4 + c[7] * * This can be represented as * * AC = B * * where B and C are column vectors * * B = [ x1' y1' x2' y2' x3' y3' x4' y4' ] * C = [ c[0] c[1] c[2] c[3] c[4] c[5] c[6] c[7] ] * * and A is the 8x8 matrix * * x1 y1 x1*y1 1 0 0 0 0 * 0 0 0 0 x1 y1 x1*y1 1 * x2 y2 x2*y2 1 0 0 0 0 * 0 0 0 0 x2 y2 x2*y2 1 * x3 y3 x3*y3 1 0 0 0 0 * 0 0 0 0 x3 y3 x3*y3 1 * x4 y4 x4*y4 1 0 0 0 0 * 0 0 0 0 x4 y4 x4*y4 1 * * These eight equations are solved here for the coefficients C. * * These eight coefficients can then be used to find the mapping * (x,y) --> (x',y'): * * x' = c[0]x + c[1]y + c[2]xy + c[3] * y' = c[4]x + c[5]y + c[6]xy + c[7] * * that are implemented in bilinearXformSampledPt() and * bilinearXFormPt(). */ l_int32 getBilinearXformCoeffs(PTA *ptas, PTA *ptad, l_float32 **pvc) { l_int32 i; l_float32 x1, y1, x2, y2, x3, y3, x4, y4; l_float32 *b; /* rhs vector of primed coords X'; coeffs returned in *pvc */ l_float32 *a[8]; /* 8x8 matrix A */ PROCNAME("getBilinearXformCoeffs"); if (!ptas) return ERROR_INT("ptas not defined", procName, 1); if (!ptad) return ERROR_INT("ptad not defined", procName, 1); if (!pvc) return ERROR_INT("&vc not defined", procName, 1); if ((b = (l_float32 *)CALLOC(8, sizeof(l_float32))) == NULL) return ERROR_INT("b not made", procName, 1); *pvc = b; ptaGetPt(ptas, 0, &x1, &y1); ptaGetPt(ptas, 1, &x2, &y2); ptaGetPt(ptas, 2, &x3, &y3); ptaGetPt(ptas, 3, &x4, &y4); ptaGetPt(ptad, 0, &b[0], &b[1]); ptaGetPt(ptad, 1, &b[2], &b[3]); ptaGetPt(ptad, 2, &b[4], &b[5]); ptaGetPt(ptad, 3, &b[6], &b[7]); for (i = 0; i < 8; i++) { if ((a[i] = (l_float32 *)CALLOC(8, sizeof(l_float32))) == NULL) return ERROR_INT("a[i] not made", procName, 1); } a[0][0] = x1; a[0][1] = y1; a[0][2] = x1 * y1; a[0][3] = 1.; a[1][4] = x1; a[1][5] = y1; a[1][6] = x1 * y1; a[1][7] = 1.; a[2][0] = x2; a[2][1] = y2; a[2][2] = x2 * y2; a[2][3] = 1.; a[3][4] = x2; a[3][5] = y2; a[3][6] = x2 * y2; a[3][7] = 1.; a[4][0] = x3; a[4][1] = y3; a[4][2] = x3 * y3; a[4][3] = 1.; a[5][4] = x3; a[5][5] = y3; a[5][6] = x3 * y3; a[5][7] = 1.; a[6][0] = x4; a[6][1] = y4; a[6][2] = x4 * y4; a[6][3] = 1.; a[7][4] = x4; a[7][5] = y4; a[7][6] = x4 * y4; a[7][7] = 1.; gaussjordan(a, b, 8); for (i = 0; i < 8; i++) FREE(a[i]); return 0; } /*! * bilinearXformSampledPt() * * Input: vc (vector of 8 coefficients) * (x, y) (initial point) * (&xp, &yp) ( transformed point) * Return: 0 if OK; 1 on error * * Notes: * (1) This finds the nearest pixel coordinates of the transformed point. * (2) It does not check ptrs for returned data! */ l_int32 bilinearXformSampledPt(l_float32 *vc, l_int32 x, l_int32 y, l_int32 *pxp, l_int32 *pyp) { PROCNAME("bilinearXformSampledPt"); if (!vc) return ERROR_INT("vc not defined", procName, 1); *pxp = (l_int32)(vc[0] * x + vc[1] * y + vc[2] * x * y + vc[3] + 0.5); *pyp = (l_int32)(vc[4] * x + vc[5] * y + vc[6] * x * y + vc[7] + 0.5); return 0; } /*! * bilinearXformPt() * * Input: vc (vector of 8 coefficients) * (x, y) (initial point) * (&xp, &yp) ( transformed point) * Return: 0 if OK; 1 on error * * Notes: * (1) This computes the floating point location of the transformed point. * (2) It does not check ptrs for returned data! */ l_int32 bilinearXformPt(l_float32 *vc, l_int32 x, l_int32 y, l_float32 *pxp, l_float32 *pyp) { PROCNAME("bilinearXformPt"); if (!vc) return ERROR_INT("vc not defined", procName, 1); *pxp = vc[0] * x + vc[1] * y + vc[2] * x * y + vc[3]; *pyp = vc[4] * x + vc[5] * y + vc[6] * x * y + vc[7]; return 0; } leptonica-1.70/src/pixafunc2.c0000664000175000017500000015364212273757563014375 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * pixafunc2.c * * Pixa Display (render into a pix) * PIX *pixaDisplay() * PIX *pixaDisplayOnColor() * PIX *pixaDisplayRandomCmap() * PIX *pixaDisplayLinearly() * PIX *pixaDisplayOnLattice() * PIX *pixaDisplayUnsplit() * PIX *pixaDisplayTiled() * PIX *pixaDisplayTiledInRows() * PIX *pixaDisplayTiledAndScaled() * * Pixaa Display (render into a pix) * PIX *pixaaDisplay() * PIX *pixaaDisplayByPixa() * PIXA *pixaaDisplayTiledAndScaled() * * Conversion of all pix to specified type (e.g., depth) * PIXA *pixaConvertTo1() * PIXA *pixaConvertTo8() * PIXA *pixaConvertTo8Color() * PIXA *pixaConvertTo32() * * Tile N-Up * l_int32 convertToNUpFiles() * PIXA *convertToNUpPixa() * * We give seven methods for displaying a pixa in a pix. * Some work for 1 bpp input; others for any input depth. * Some give an output depth that depends on the input depth; * others give a different output depth or allow you to choose it. * Some use a boxes to determine where each pix goes; others tile * onto a regular lattice; yet others tile onto an irregular lattice. * * Here is a brief description of what the pixa display functions do. * * pixaDisplay() * This uses the boxes to lay out each pix. It is typically * used to reconstruct a pix that has been broken into components. * pixaDisplayOnColor() * pixaDisplay() with choice of background color * pixaDisplayRandomCmap() * This also uses the boxes to lay out each pix. However, it creates * a colormapped dest, where each 1 bpp pix is given a randomly * generated color (up to 256 are used). * pixaDisplayLinearly() * This puts each pix, sequentially, in a line, either horizontally * or vertically. * pixaDisplayOnLattice() * This puts each pix, sequentially, onto a regular lattice, * omitting any pix that are too big for the lattice size. * This is useful, for example, to store bitmapped fonts, * where all the characters are stored in a single image. * pixaDisplayUnsplit() * This lays out a mosaic of tiles (the pix in the pixa) that * are all of equal size. (Don't use this for unequal sized pix!) * For example, it can be used to invert the action of * pixaSplitPix(). * pixaDisplayTiled() * Like pixaDisplayOnLattice(), this places each pix on a regular * lattice, but here the lattice size is determined by the * largest component, and no components are omitted. This is * dangerous if there are thousands of small components and * one or more very large one, because the size of the resulting * pix can be huge! * pixaDisplayTiledInRows() * This puts each pix down in a series of rows, where the upper * edges of each pix in a row are aligned and there is a uniform * spacing between the pix. The height of each row is determined * by the tallest pix that was put in the row. This function * is a reasonably efficient way to pack the subimages. * A boxa of the locations of each input pix is stored in the output. * pixaDisplayTiledAndScaled() * This scales each pix to a given width and output depth, * and then tiles them in rows with a given number placed in * each row. This is very useful for presenting a sequence * of images that can be at different resolutions, but which * are derived from the same initial image. */ #include #include /* for sqrt() */ #include "allheaders.h" /*---------------------------------------------------------------------* * Pixa Display * *---------------------------------------------------------------------*/ /*! * pixaDisplay() * * Input: pixa * w, h (if set to 0, determines the size from the * b.b. of the components in pixa) * Return: pix, or null on error * * Notes: * (1) This uses the boxes to place each pix in the rendered composite. * (2) Set w = h = 0 to use the b.b. of the components to determine * the size of the returned pix. * (3) Uses the first pix in pixa to determine the depth. * (4) The background is written "white". On 1 bpp, each successive * pix is "painted" (adding foreground), whereas for grayscale * or color each successive pix is blitted with just the src. * (5) If the pixa is empty, returns an empty 1 bpp pix. */ PIX * pixaDisplay(PIXA *pixa, l_int32 w, l_int32 h) { l_int32 i, n, d, xb, yb, wb, hb; BOXA *boxa; PIX *pixt, *pixd; PROCNAME("pixaDisplay"); if (!pixa) return (PIX *)ERROR_PTR("pixa not defined", procName, NULL); n = pixaGetCount(pixa); if (n == 0 && w == 0 && h == 0) return (PIX *)ERROR_PTR("no components; no size", procName, NULL); if (n == 0) { L_WARNING("no components; returning empty 1 bpp pix\n", procName); return pixCreate(w, h, 1); } /* If w and h not input, determine the minimum size required * to contain the origin and all c.c. */ if (w == 0 || h == 0) { boxa = pixaGetBoxa(pixa, L_CLONE); boxaGetExtent(boxa, &w, &h, NULL); boxaDestroy(&boxa); } /* Use the first pix in pixa to determine the depth. */ pixt = pixaGetPix(pixa, 0, L_CLONE); d = pixGetDepth(pixt); pixDestroy(&pixt); if ((pixd = pixCreate(w, h, d)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); if (d > 1) pixSetAll(pixd); for (i = 0; i < n; i++) { if (pixaGetBoxGeometry(pixa, i, &xb, &yb, &wb, &hb)) { L_WARNING("no box found!\n", procName); continue; } pixt = pixaGetPix(pixa, i, L_CLONE); if (d == 1) pixRasterop(pixd, xb, yb, wb, hb, PIX_PAINT, pixt, 0, 0); else pixRasterop(pixd, xb, yb, wb, hb, PIX_SRC, pixt, 0, 0); pixDestroy(&pixt); } return pixd; } /*! * pixaDisplayOnColor() * * Input: pixa * w, h (if set to 0, determines the size from the * b.b. of the components in pixa) * color (background color to use) * Return: pix, or null on error * * Notes: * (1) This uses the boxes to place each pix in the rendered composite. * (2) Set w = h = 0 to use the b.b. of the components to determine * the size of the returned pix. * (3) If any pix in @pixa are colormapped, or if the pix have * different depths, it returns a 32 bpp pix. Otherwise, * the depth of the returned pixa equals that of the pix in @pixa. * (4) If the pixa is empty, return null. */ PIX * pixaDisplayOnColor(PIXA *pixa, l_int32 w, l_int32 h, l_uint32 bgcolor) { l_int32 i, n, xb, yb, wb, hb, hascmap, maxdepth, same; BOXA *boxa; PIX *pixt1, *pixt2, *pixd; PIXA *pixat; PROCNAME("pixaDisplayOnColor"); if (!pixa) return (PIX *)ERROR_PTR("pixa not defined", procName, NULL); if ((n = pixaGetCount(pixa)) == 0) return (PIX *)ERROR_PTR("no components", procName, NULL); /* If w and h are not input, determine the minimum size * required to contain the origin and all c.c. */ if (w == 0 || h == 0) { boxa = pixaGetBoxa(pixa, L_CLONE); boxaGetExtent(boxa, &w, &h, NULL); boxaDestroy(&boxa); } /* If any pix have colormaps, or if they have different depths, * generate rgb */ pixaAnyColormaps(pixa, &hascmap); pixaGetDepthInfo(pixa, &maxdepth, &same); if (hascmap || !same) { maxdepth = 32; pixat = pixaCreate(n); for (i = 0; i < n; i++) { pixt1 = pixaGetPix(pixa, i, L_CLONE); pixt2 = pixConvertTo32(pixt1); pixaAddPix(pixat, pixt2, L_INSERT); pixDestroy(&pixt1); } } else { pixat = pixaCopy(pixa, L_CLONE); } /* Make the output pix and set the background color */ if ((pixd = pixCreate(w, h, maxdepth)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); if ((maxdepth == 1 && bgcolor > 0) || (maxdepth == 2 && bgcolor >= 0x3) || (maxdepth == 4 && bgcolor >= 0xf) || (maxdepth == 8 && bgcolor >= 0xff) || (maxdepth == 16 && bgcolor >= 0xffff) || (maxdepth == 32 && bgcolor >= 0xffffff00)) { pixSetAll(pixd); } else if (bgcolor > 0) { pixSetAllArbitrary(pixd, bgcolor); } /* Blit each pix into its place */ for (i = 0; i < n; i++) { if (pixaGetBoxGeometry(pixat, i, &xb, &yb, &wb, &hb)) { L_WARNING("no box found!\n", procName); continue; } pixt1 = pixaGetPix(pixat, i, L_CLONE); pixRasterop(pixd, xb, yb, wb, hb, PIX_SRC, pixt1, 0, 0); pixDestroy(&pixt1); } pixaDestroy(&pixat); return pixd; } /*! * pixaDisplayRandomCmap() * * Input: pixa (of 1 bpp components, with boxa) * w, h (if set to 0, determines the size from the * b.b. of the components in pixa) * Return: pix (8 bpp, cmapped, with random colors on the components), * or null on error * * Notes: * (1) This uses the boxes to place each pix in the rendered composite. * (2) By default, the background color is: black, cmap index 0. * This can be changed by pixcmapResetColor() */ PIX * pixaDisplayRandomCmap(PIXA *pixa, l_int32 w, l_int32 h) { l_int32 i, n, maxdepth, index, xb, yb, wb, hb; BOXA *boxa; PIX *pixs, *pixt, *pixd; PIXCMAP *cmap; PROCNAME("pixaDisplayRandomCmap"); if (!pixa) return (PIX *)ERROR_PTR("pixa not defined", procName, NULL); if ((n = pixaGetCount(pixa)) == 0) return (PIX *)ERROR_PTR("no components", procName, NULL); pixaVerifyDepth(pixa, &maxdepth); if (maxdepth != 1) return (PIX *)ERROR_PTR("not all components are 1 bpp", procName, NULL); /* If w and h are not input, determine the minimum size required * to contain the origin and all c.c. */ if (w == 0 || h == 0) { boxa = pixaGetBoxa(pixa, L_CLONE); boxaGetExtent(boxa, &w, &h, NULL); boxaDestroy(&boxa); } /* Set up an 8 bpp dest pix, with a colormap with 254 random colors */ if ((pixd = pixCreate(w, h, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); cmap = pixcmapCreateRandom(8, 1, 1); pixSetColormap(pixd, cmap); /* Color each component and blit it in */ for (i = 0; i < n; i++) { index = 1 + (i % 254); pixaGetBoxGeometry(pixa, i, &xb, &yb, &wb, &hb); pixs = pixaGetPix(pixa, i, L_CLONE); pixt = pixConvert1To8(NULL, pixs, 0, index); pixRasterop(pixd, xb, yb, wb, hb, PIX_PAINT, pixt, 0, 0); pixDestroy(&pixs); pixDestroy(&pixt); } return pixd; } /*! * pixaDisplayLinearly() * * Input: pixa * direction (L_HORIZ or L_VERT) * scalefactor (applied to every pix; use 1.0 for no scaling) * background (0 for white, 1 for black; this is the color * of the spacing between the images) * spacing (between images, and on outside) * border (width of black border added to each image; * use 0 for no border) * &boxa ( location of images in output pix * Return: pix of composite images, or null on error * * Notes: * (1) This puts each pix, sequentially, in a line, either horizontally * or vertically. * (2) If any pix has a colormap, all pix are rendered in rgb. * (3) The boxa gives the location of each image. */ PIX * pixaDisplayLinearly(PIXA *pixas, l_int32 direction, l_float32 scalefactor, l_int32 background, /* not used */ l_int32 spacing, l_int32 border, BOXA **pboxa) { l_int32 i, n, x, y, w, h, size, depth, bordval; BOX *box; PIX *pix1, *pix2, *pix3, *pixd; PIXA *pixa1, *pixa2; PROCNAME("pixaDisplayLinearly"); if (pboxa) *pboxa = NULL; if (!pixas) return (PIX *)ERROR_PTR("pixas not defined", procName, NULL); if (direction != L_HORIZ && direction != L_VERT) return (PIX *)ERROR_PTR("invalid direction", procName, NULL); /* Make sure all pix are at the same depth */ pixa1 = pixaConvertToSameDepth(pixas); pixaGetDepthInfo(pixa1, &depth, NULL); /* Scale and add border if requested */ n = pixaGetCount(pixa1); pixa2 = pixaCreate(n); bordval = (depth == 1) ? 1 : 0; size = (n - 1) * spacing; x = y = 0; for (i = 0; i < n; i++) { if ((pix1 = pixaGetPix(pixa1, i, L_CLONE)) == NULL) { L_WARNING("missing pix at index %d\n", procName, i); continue; } if (scalefactor != 1.0) pix2 = pixScale(pix1, scalefactor, scalefactor); else pix2 = pixClone(pix1); if (border) pix3 = pixAddBorder(pix2, border, bordval); else pix3 = pixClone(pix2); pixGetDimensions(pix3, &w, &h, NULL); box = boxCreate(x, y, w, h); if (direction == L_HORIZ) { size += w; x += w + spacing; } else { /* vertical */ size += h; y += h + spacing; } pixaAddPix(pixa2, pix3, L_INSERT); pixaAddBox(pixa2, box, L_INSERT); pixDestroy(&pix1); pixDestroy(&pix2); } pixd = pixaDisplay(pixa2, 0, 0); if (pboxa) *pboxa = pixaGetBoxa(pixa2, L_COPY); pixaDestroy(&pixa1); pixaDestroy(&pixa2); return pixd; } /*! * pixaDisplayOnLattice() * * Input: pixa * cellw (lattice cell width) * cellh (lattice cell height) * &ncols ( number of columns in output lattice) * &boxa ( location of images in lattice) * Return: pix of composite images, or null on error * * Notes: * (1) This places each pix on sequentially on a regular lattice * in the rendered composite. If a pix is too large to fit in the * allocated lattice space, it is not rendered. * (2) If any pix has a colormap, all pix are rendered in rgb. * (3) This is useful when putting bitmaps of components, * such as characters, into a single image. * (4) The boxa gives the location of each image. The UL corner * of each image is on a lattice cell corner. Omitted images * (due to size) are assigned an invalid width and height of 0. */ PIX * pixaDisplayOnLattice(PIXA *pixa, l_int32 cellw, l_int32 cellh, l_int32 *pncols, BOXA **pboxa) { l_int32 n, nw, nh, w, h, d, wt, ht; l_int32 index, i, j, hascmap; BOX *box; BOXA *boxa; PIX *pix, *pixt, *pixd; PIXA *pixat; PROCNAME("pixaDisplayOnLattice"); if (pncols) *pncols = 0; if (pboxa) *pboxa = NULL; if (!pixa) return (PIX *)ERROR_PTR("pixa not defined", procName, NULL); /* If any pix have colormaps, generate rgb */ if ((n = pixaGetCount(pixa)) == 0) return (PIX *)ERROR_PTR("no components", procName, NULL); pixaAnyColormaps(pixa, &hascmap); if (hascmap) { pixat = pixaCreate(n); for (i = 0; i < n; i++) { pixt = pixaGetPix(pixa, i, L_CLONE); pix = pixConvertTo32(pixt); pixaAddPix(pixat, pix, L_INSERT); pixDestroy(&pixt); } } else { pixat = pixaCopy(pixa, L_CLONE); } boxa = boxaCreate(n); /* Have number of rows and columns approximately equal */ nw = (l_int32)sqrt((l_float64)n); nh = (n + nw - 1) / nw; w = cellw * nw; h = cellh * nh; /* Use the first pix in pixa to determine the output depth. */ pixaGetPixDimensions(pixat, 0, NULL, NULL, &d); if ((pixd = pixCreate(w, h, d)) == NULL) { pixaDestroy(&pixat); return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } pixSetBlackOrWhite(pixd, L_SET_WHITE); /* Tile the output */ index = 0; for (i = 0; i < nh; i++) { for (j = 0; j < nw && index < n; j++, index++) { pixt = pixaGetPix(pixat, index, L_CLONE); pixGetDimensions(pixt, &wt, &ht, NULL); if (wt > cellw || ht > cellh) { fprintf(stderr, "pix(%d) omitted; size %dx%d\n", index, wt, ht); box = boxCreate(0, 0, 0, 0); boxaAddBox(boxa, box, L_INSERT); pixDestroy(&pixt); continue; } pixRasterop(pixd, j * cellw, i * cellh, wt, ht, PIX_SRC, pixt, 0, 0); box = boxCreate(j * cellw, i * cellh, wt, ht); boxaAddBox(boxa, box, L_INSERT); pixDestroy(&pixt); } } if (pncols) *pncols = nw; if (pboxa) *pboxa = boxa; else boxaDestroy(&boxa); pixaDestroy(&pixat); return pixd; } /*! * pixaDisplayUnsplit() * * Input: pixa * nx (number of mosaic cells horizontally) * ny (number of mosaic cells vertically) * borderwidth (of added border on all sides) * bordercolor (in our RGBA format: 0xrrggbbaa) * Return: pix of tiled images, or null on error * * Notes: * (1) This is a logical inverse of pixaSplitPix(). It * constructs a pix from a mosaic of tiles, all of equal size. * (2) For added generality, a border of arbitrary color can * be added to each of the tiles. * (3) In use, pixa will typically have either been generated * from pixaSplitPix() or will derived from a pixa that * was so generated. * (4) All pix in the pixa must be of equal depth, and, if * colormapped, have the same colormap. */ PIX * pixaDisplayUnsplit(PIXA *pixa, l_int32 nx, l_int32 ny, l_int32 borderwidth, l_uint32 bordercolor) { l_int32 w, h, d, wt, ht; l_int32 i, j, k, x, y, n; PIX *pixt, *pixd; PROCNAME("pixaDisplayUnsplit"); if (!pixa) return (PIX *)ERROR_PTR("pixa not defined", procName, NULL); if (nx <= 0 || ny <= 0) return (PIX *)ERROR_PTR("nx and ny must be > 0", procName, NULL); if ((n = pixaGetCount(pixa)) == 0) return (PIX *)ERROR_PTR("no components", procName, NULL); if (n != nx * ny) return (PIX *)ERROR_PTR("n != nx * ny", procName, NULL); borderwidth = L_MAX(0, borderwidth); pixaGetPixDimensions(pixa, 0, &wt, &ht, &d); w = nx * (wt + 2 * borderwidth); h = ny * (ht + 2 * borderwidth); if ((pixd = pixCreate(w, h, d)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixt = pixaGetPix(pixa, 0, L_CLONE); pixCopyColormap(pixd, pixt); pixDestroy(&pixt); if (borderwidth > 0) pixSetAllArbitrary(pixd, bordercolor); y = borderwidth; for (i = 0, k = 0; i < ny; i++) { x = borderwidth; for (j = 0; j < nx; j++, k++) { pixt = pixaGetPix(pixa, k, L_CLONE); pixRasterop(pixd, x, y, wt, ht, PIX_SRC, pixt, 0, 0); pixDestroy(&pixt); x += wt + 2 * borderwidth; } y += ht + 2 * borderwidth; } return pixd; } /*! * pixaDisplayTiled() * * Input: pixa * maxwidth (of output image) * background (0 for white, 1 for black) * spacing * Return: pix of tiled images, or null on error * * Notes: * (1) This renders a pixa to a single image file of width not to * exceed maxwidth, with background color either white or black, * and with each subimage spaced on a regular lattice. * (2) The lattice size is determined from the largest width and height, * separately, of all pix in the pixa. * (3) All pix in the pixa must be of equal depth. * (4) If any pix has a colormap, all pix are rendered in rgb. * (5) Careful: because no components are omitted, this is * dangerous if there are thousands of small components and * one or more very large one, because the size of the * resulting pix can be huge! */ PIX * pixaDisplayTiled(PIXA *pixa, l_int32 maxwidth, l_int32 background, l_int32 spacing) { l_int32 w, h, wmax, hmax, wd, hd, d, hascmap; l_int32 i, j, n, ni, ncols, nrows; l_int32 ystart, xstart, wt, ht; PIX *pix, *pixt, *pixd; PIXA *pixat; PROCNAME("pixaDisplayTiled"); if (!pixa) return (PIX *)ERROR_PTR("pixa not defined", procName, NULL); /* If any pix have colormaps, generate rgb */ if ((n = pixaGetCount(pixa)) == 0) return (PIX *)ERROR_PTR("no components", procName, NULL); pixaAnyColormaps(pixa, &hascmap); if (hascmap) { pixat = pixaCreate(n); for (i = 0; i < n; i++) { pixt = pixaGetPix(pixa, i, L_CLONE); pix = pixConvertTo32(pixt); pixaAddPix(pixat, pix, L_INSERT); pixDestroy(&pixt); } } else { pixat = pixaCopy(pixa, L_CLONE); } /* Find the largest width and height of the subimages */ wmax = hmax = 0; for (i = 0; i < n; i++) { pix = pixaGetPix(pixat, i, L_CLONE); pixGetDimensions(pix, &w, &h, NULL); if (i == 0) { d = pixGetDepth(pix); } else if (d != pixGetDepth(pix)) { pixDestroy(&pix); pixaDestroy(&pixat); return (PIX *)ERROR_PTR("depths not equal", procName, NULL); } if (w > wmax) wmax = w; if (h > hmax) hmax = h; pixDestroy(&pix); } /* Get the number of rows and columns and the output image size */ spacing = L_MAX(spacing, 0); ncols = (l_int32)((l_float32)(maxwidth - spacing) / (l_float32)(wmax + spacing)); nrows = (n + ncols - 1) / ncols; wd = wmax * ncols + spacing * (ncols + 1); hd = hmax * nrows + spacing * (nrows + 1); if ((pixd = pixCreate(wd, hd, d)) == NULL) { pixaDestroy(&pixat); return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } #if 0 fprintf(stderr, " nrows = %d, ncols = %d, wmax = %d, hmax = %d\n", nrows, ncols, wmax, hmax); fprintf(stderr, " space = %d, wd = %d, hd = %d, n = %d\n", space, wd, hd, n); #endif /* Reset the background color if necessary */ if ((background == 1 && d == 1) || (background == 0 && d != 1)) pixSetAll(pixd); /* Blit the images to the dest */ for (i = 0, ni = 0; i < nrows; i++) { ystart = spacing + i * (hmax + spacing); for (j = 0; j < ncols && ni < n; j++, ni++) { xstart = spacing + j * (wmax + spacing); pix = pixaGetPix(pixat, ni, L_CLONE); wt = pixGetWidth(pix); ht = pixGetHeight(pix); pixRasterop(pixd, xstart, ystart, wt, ht, PIX_SRC, pix, 0, 0); pixDestroy(&pix); } } pixaDestroy(&pixat); return pixd; } /*! * pixaDisplayTiledInRows() * * Input: pixa * outdepth (output depth: 1, 8 or 32 bpp) * maxwidth (of output image) * scalefactor (applied to every pix; use 1.0 for no scaling) * background (0 for white, 1 for black; this is the color * of the spacing between the images) * spacing (between images, and on outside) * border (width of black border added to each image; * use 0 for no border) * Return: pixd (of tiled images), or null on error * * Notes: * (1) This renders a pixa to a single image file of width not to * exceed maxwidth, with background color either white or black, * and with each row tiled such that the top of each pix is * aligned and separated by 'spacing' from the next one. * A black border can be added to each pix. * (2) All pix are converted to outdepth; existing colormaps are removed. * (3) This does a reasonably spacewise-efficient job of laying * out the individual pix images into a tiled composite. * (4) A serialized boxa giving the location in pixd of each input * pix (without added border) is stored in the text string of pixd. * This allows, e.g., regeneration of a pixa from pixd, using * pixaCreateFromBoxa(). If there is no scaling and the depth of * each input pix in the pixa is the same, this tiling operation * can be inverted using the boxa (except for loss of text in * each of the input pix): * pix1 = pixaDisplayTiledInRows(pixa1, 1, 1500, 1.0, 0, 30, 0); * char *boxatxt = pixGetText(pix1); * boxa1 = boxaReadMem((l_uint8 *)boxatxt, strlen(boxatxt)); * pixa2 = pixaCreateFromBoxa(pix1, boxa1, NULL); */ PIX * pixaDisplayTiledInRows(PIXA *pixa, l_int32 outdepth, l_int32 maxwidth, l_float32 scalefactor, l_int32 background, l_int32 spacing, l_int32 border) { l_int32 h; /* cumulative height over all the rows */ l_int32 w; /* cumulative height in the current row */ l_int32 bordval, wtry, wt, ht; l_int32 irow; /* index of current pix in current row */ l_int32 wmaxrow; /* width of the largest row */ l_int32 maxh; /* max height in row */ l_int32 i, j, index, n, x, y, nrows, ninrow; size_t size; l_uint8 *data; BOXA *boxa; NUMA *nainrow; /* number of pix in the row */ NUMA *namaxh; /* height of max pix in the row */ PIX *pix, *pixn, *pixt, *pixd; PIXA *pixan; PROCNAME("pixaDisplayTiledInRows"); if (!pixa) return (PIX *)ERROR_PTR("pixa not defined", procName, NULL); if (outdepth != 1 && outdepth != 8 && outdepth != 32) return (PIX *)ERROR_PTR("outdepth not in {1, 8, 32}", procName, NULL); if (border < 0) border = 0; if (scalefactor <= 0.0) scalefactor = 1.0; if ((n = pixaGetCount(pixa)) == 0) return (PIX *)ERROR_PTR("no components", procName, NULL); /* Normalize depths, scale, remove colormaps; optionally add border */ pixan = pixaCreate(n); bordval = (outdepth == 1) ? 1 : 0; for (i = 0; i < n; i++) { if ((pix = pixaGetPix(pixa, i, L_CLONE)) == NULL) continue; if (outdepth == 1) pixn = pixConvertTo1(pix, 128); else if (outdepth == 8) pixn = pixConvertTo8(pix, FALSE); else /* outdepth == 32 */ pixn = pixConvertTo32(pix); pixDestroy(&pix); if (scalefactor != 1.0) pixt = pixScale(pixn, scalefactor, scalefactor); else pixt = pixClone(pixn); if (border) pixd = pixAddBorder(pixt, border, bordval); else pixd = pixClone(pixt); pixDestroy(&pixn); pixDestroy(&pixt); pixaAddPix(pixan, pixd, L_INSERT); } if (pixaGetCount(pixan) != n) { n = pixaGetCount(pixan); L_WARNING("only got %d components\n", procName, n); if (n == 0) { pixaDestroy(&pixan); return (PIX *)ERROR_PTR("no components", procName, NULL); } } /* Compute parameters for layout */ nainrow = numaCreate(0); namaxh = numaCreate(0); wmaxrow = 0; w = h = spacing; maxh = 0; /* max height in row */ for (i = 0, irow = 0; i < n; i++, irow++) { pixaGetPixDimensions(pixan, i, &wt, &ht, NULL); wtry = w + wt + spacing; if (wtry > maxwidth) { /* end the current row and start next one */ numaAddNumber(nainrow, irow); numaAddNumber(namaxh, maxh); wmaxrow = L_MAX(wmaxrow, w); h += maxh + spacing; irow = 0; w = wt + 2 * spacing; maxh = ht; } else { w = wtry; maxh = L_MAX(maxh, ht); } } /* Enter the parameters for the last row */ numaAddNumber(nainrow, irow); numaAddNumber(namaxh, maxh); wmaxrow = L_MAX(wmaxrow, w); h += maxh + spacing; if ((pixd = pixCreate(wmaxrow, h, outdepth)) == NULL) { numaDestroy(&nainrow); numaDestroy(&namaxh); pixaDestroy(&pixan); return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } /* Reset the background color if necessary */ if ((background == 1 && outdepth == 1) || (background == 0 && outdepth != 1)) pixSetAll(pixd); /* Blit the images to the dest, and save the boxa identifying * the image regions that do not include the borders. */ nrows = numaGetCount(nainrow); y = spacing; boxa = boxaCreate(n); for (i = 0, index = 0; i < nrows; i++) { /* over rows */ numaGetIValue(nainrow, i, &ninrow); numaGetIValue(namaxh, i, &maxh); x = spacing; for (j = 0; j < ninrow; j++, index++) { /* over pix in row */ pix = pixaGetPix(pixan, index, L_CLONE); pixGetDimensions(pix, &wt, &ht, NULL); boxaAddBox(boxa, boxCreate(x + border, y + border, wt - 2 * border, ht - 2 *border), L_INSERT); pixRasterop(pixd, x, y, wt, ht, PIX_SRC, pix, 0, 0); pixDestroy(&pix); x += wt + spacing; } y += maxh + spacing; } boxaWriteMem(&data, &size, boxa); pixSetText(pixd, (char *)data); /* data is ascii */ FREE(data); boxaDestroy(&boxa); numaDestroy(&nainrow); numaDestroy(&namaxh); pixaDestroy(&pixan); return pixd; } /*! * pixaDisplayTiledAndScaled() * * Input: pixa * outdepth (output depth: 1, 8 or 32 bpp) * tilewidth (each pix is scaled to this width) * ncols (number of tiles in each row) * background (0 for white, 1 for black; this is the color * of the spacing between the images) * spacing (between images, and on outside) * border (width of additional black border on each image; * use 0 for no border) * Return: pix of tiled images, or null on error * * Notes: * (1) This can be used to tile a number of renderings of * an image that are at different scales and depths. * (2) Each image, after scaling and optionally adding the * black border, has width 'tilewidth'. Thus, the border does * not affect the spacing between the image tiles. The * maximum allowed border width is tilewidth / 5. */ PIX * pixaDisplayTiledAndScaled(PIXA *pixa, l_int32 outdepth, l_int32 tilewidth, l_int32 ncols, l_int32 background, l_int32 spacing, l_int32 border) { l_int32 x, y, w, h, wd, hd, d; l_int32 i, n, nrows, maxht, ninrow, irow, bordval; l_int32 *rowht; l_float32 scalefact; PIX *pix, *pixn, *pixt, *pixb, *pixd; PIXA *pixan; PROCNAME("pixaDisplayTiledAndScaled"); if (!pixa) return (PIX *)ERROR_PTR("pixa not defined", procName, NULL); if (outdepth != 1 && outdepth != 8 && outdepth != 32) return (PIX *)ERROR_PTR("outdepth not in {1, 8, 32}", procName, NULL); if (border < 0 || border > tilewidth / 5) border = 0; if ((n = pixaGetCount(pixa)) == 0) return (PIX *)ERROR_PTR("no components", procName, NULL); /* Normalize scale and depth for each pix; optionally add border */ pixan = pixaCreate(n); bordval = (outdepth == 1) ? 1 : 0; for (i = 0; i < n; i++) { if ((pix = pixaGetPix(pixa, i, L_CLONE)) == NULL) continue; pixGetDimensions(pix, &w, &h, &d); scalefact = (l_float32)(tilewidth - 2 * border) / (l_float32)w; if (d == 1 && outdepth > 1 && scalefact < 1.0) pixt = pixScaleToGray(pix, scalefact); else pixt = pixScale(pix, scalefact, scalefact); if (outdepth == 1) pixn = pixConvertTo1(pixt, 128); else if (outdepth == 8) pixn = pixConvertTo8(pixt, FALSE); else /* outdepth == 32 */ pixn = pixConvertTo32(pixt); pixDestroy(&pixt); if (border) pixb = pixAddBorder(pixn, border, bordval); else pixb = pixClone(pixn); pixaAddPix(pixan, pixb, L_INSERT); pixDestroy(&pix); pixDestroy(&pixn); } if ((n = pixaGetCount(pixan)) == 0) { /* should not have changed! */ pixaDestroy(&pixan); return (PIX *)ERROR_PTR("no components", procName, NULL); } /* Determine the size of each row and of pixd */ wd = tilewidth * ncols + spacing * (ncols + 1); nrows = (n + ncols - 1) / ncols; if ((rowht = (l_int32 *)CALLOC(nrows, sizeof(l_int32))) == NULL) return (PIX *)ERROR_PTR("rowht array not made", procName, NULL); maxht = 0; ninrow = 0; irow = 0; for (i = 0; i < n; i++) { pix = pixaGetPix(pixan, i, L_CLONE); ninrow++; pixGetDimensions(pix, &w, &h, NULL); maxht = L_MAX(h, maxht); if (ninrow == ncols) { rowht[irow] = maxht; maxht = ninrow = 0; /* reset */ irow++; } pixDestroy(&pix); } if (ninrow > 0) { /* last fencepost */ rowht[irow] = maxht; irow++; /* total number of rows */ } nrows = irow; hd = spacing * (nrows + 1); for (i = 0; i < nrows; i++) hd += rowht[i]; pixd = pixCreate(wd, hd, outdepth); if ((background == 1 && outdepth == 1) || (background == 0 && outdepth != 1)) pixSetAll(pixd); /* Now blit images to pixd */ x = y = spacing; irow = 0; for (i = 0; i < n; i++) { pix = pixaGetPix(pixan, i, L_CLONE); pixGetDimensions(pix, &w, &h, NULL); if (i && ((i % ncols) == 0)) { /* start new row */ x = spacing; y += spacing + rowht[irow]; irow++; } pixRasterop(pixd, x, y, w, h, PIX_SRC, pix, 0, 0); x += tilewidth + spacing; pixDestroy(&pix); } pixaDestroy(&pixan); FREE(rowht); return pixd; } /*---------------------------------------------------------------------* * Pixaa Display * *---------------------------------------------------------------------*/ /*! * pixaaDisplay() * * Input: paa * w, h (if set to 0, determines the size from the * b.b. of the components in paa) * Return: pix, or null on error * * Notes: * (1) Each pix of the paa is displayed at the location given by * its box, translated by the box of the containing pixa * if it exists. */ PIX * pixaaDisplay(PIXAA *paa, l_int32 w, l_int32 h) { l_int32 i, j, n, nbox, na, d, wmax, hmax, x, y, xb, yb, wb, hb; BOXA *boxa1; /* top-level boxa */ BOXA *boxa; PIX *pixt, *pixd; PIXA *pixa; PROCNAME("pixaaDisplay"); if (!paa) return (PIX *)ERROR_PTR("paa not defined", procName, NULL); n = pixaaGetCount(paa, NULL); if (n == 0) return (PIX *)ERROR_PTR("no components", procName, NULL); /* If w and h not input, determine the minimum size required * to contain the origin and all c.c. */ boxa1 = pixaaGetBoxa(paa, L_CLONE); nbox = boxaGetCount(boxa1); if (w == 0 || h == 0) { if (nbox == n) { boxaGetExtent(boxa1, &w, &h, NULL); } else { /* have to use the lower-level boxa for each pixa */ wmax = hmax = 0; for (i = 0; i < n; i++) { pixa = pixaaGetPixa(paa, i, L_CLONE); boxa = pixaGetBoxa(pixa, L_CLONE); boxaGetExtent(boxa, &w, &h, NULL); wmax = L_MAX(wmax, w); hmax = L_MAX(hmax, h); pixaDestroy(&pixa); boxaDestroy(&boxa); } w = wmax; h = hmax; } } /* Get depth from first pix */ pixa = pixaaGetPixa(paa, 0, L_CLONE); pixt = pixaGetPix(pixa, 0, L_CLONE); d = pixGetDepth(pixt); pixaDestroy(&pixa); pixDestroy(&pixt); if ((pixd = pixCreate(w, h, d)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); x = y = 0; for (i = 0; i < n; i++) { pixa = pixaaGetPixa(paa, i, L_CLONE); if (nbox == n) boxaGetBoxGeometry(boxa1, i, &x, &y, NULL, NULL); na = pixaGetCount(pixa); for (j = 0; j < na; j++) { pixaGetBoxGeometry(pixa, j, &xb, &yb, &wb, &hb); pixt = pixaGetPix(pixa, j, L_CLONE); pixRasterop(pixd, x + xb, y + yb, wb, hb, PIX_PAINT, pixt, 0, 0); pixDestroy(&pixt); } pixaDestroy(&pixa); } boxaDestroy(&boxa1); return pixd; } /*! * pixaaDisplayByPixa() * * Input: paa (with pix that may have different depths) * xspace between pix in pixa * yspace between pixa * max width of output pix * Return: pixd, or null on error * * Notes: * (1) Displays each pixa on a line (or set of lines), * in order from top to bottom. Within each pixa, * the pix are displayed in order from left to right. * (2) The sizes and depths of each pix can differ. The output pix * has a depth equal to the max depth of all the pix. * (3) This ignores the boxa of the paa. */ PIX * pixaaDisplayByPixa(PIXAA *paa, l_int32 xspace, l_int32 yspace, l_int32 maxw) { l_int32 i, j, npixa, npix, same, use_maxw, x, y, w, h, hindex; l_int32 maxwidth, maxdepth, width, lmaxh, lmaxw; l_int32 *harray; NUMA *nah; PIX *pix, *pixt, *pixd; PIXA *pixa; PROCNAME("pixaaDisplayByPixa"); if (!paa) return (PIX *)ERROR_PTR("paa not defined", procName, NULL); if ((npixa = pixaaGetCount(paa, NULL)) == 0) return (PIX *)ERROR_PTR("no components", procName, NULL); same = pixaaVerifyDepth(paa, &maxdepth); if (!same && maxdepth < 8) return (PIX *)ERROR_PTR("depths differ; max < 8", procName, NULL); /* Be sure the widest box fits in the output pix */ pixaaSizeRange(paa, NULL, NULL, &maxwidth, NULL); if (maxwidth > maxw) { L_WARNING("maxwidth > maxw; using maxwidth\n", procName); maxw = maxwidth; } /* Get size of output pix. The width is the minimum of the * maxw and the largest pixa line width. The height is whatever * it needs to be to accommodate all pixa. */ lmaxw = 0; /* widest line found */ use_maxw = FALSE; nah = numaCreate(0); /* store height of each line */ y = yspace; for (i = 0; i < npixa; i++) { pixa = pixaaGetPixa(paa, i, L_CLONE); npix = pixaGetCount(pixa); if (npix == 0) { pixaDestroy(&pixa); continue; } x = xspace; lmaxh = 0; /* max height found in the line */ for (j = 0; j < npix; j++) { pix = pixaGetPix(pixa, j, L_CLONE); pixGetDimensions(pix, &w, &h, NULL); if (x + w >= maxw) { /* start new line */ x = xspace; y += lmaxh + yspace; numaAddNumber(nah, lmaxh); lmaxh = 0; use_maxw = TRUE; } x += w + xspace; lmaxh = L_MAX(h, lmaxh); lmaxw = L_MAX(lmaxw, x); pixDestroy(&pix); } y += lmaxh + yspace; numaAddNumber(nah, lmaxh); pixaDestroy(&pixa); } width = (use_maxw) ? maxw : lmaxw; if ((pixd = pixCreate(width, y, maxdepth)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); /* Now layout the pix by pixa */ y = yspace; harray = numaGetIArray(nah); hindex = 0; for (i = 0; i < npixa; i++) { x = xspace; pixa = pixaaGetPixa(paa, i, L_CLONE); npix = pixaGetCount(pixa); if (npix == 0) { pixaDestroy(&pixa); continue; } for (j = 0; j < npix; j++) { pix = pixaGetPix(pixa, j, L_CLONE); if (pixGetDepth(pix) != maxdepth) { if (maxdepth == 8) pixt = pixConvertTo8(pix, 0); else /* 32 bpp */ pixt = pixConvertTo32(pix); } else { pixt = pixClone(pix); } pixGetDimensions(pixt, &w, &h, NULL); if (x + w >= maxw) { /* start new line */ x = xspace; y += harray[hindex++] + yspace; } pixRasterop(pixd, x, y, w, h, PIX_PAINT, pixt, 0, 0); pixDestroy(&pix); pixDestroy(&pixt); x += w + xspace; } y += harray[hindex++] + yspace; pixaDestroy(&pixa); } FREE(harray); numaDestroy(&nah); return pixd; } /*! * pixaaDisplayTiledAndScaled() * * Input: paa * outdepth (output depth: 1, 8 or 32 bpp) * tilewidth (each pix is scaled to this width) * ncols (number of tiles in each row) * background (0 for white, 1 for black; this is the color * of the spacing between the images) * spacing (between images, and on outside) * border (width of additional black border on each image; * use 0 for no border) * Return: pixa (of tiled images, one image for each pixa in * the paa), or null on error * * Notes: * (1) For each pixa, this generates from all the pix a * tiled/scaled output pix, and puts it in the output pixa. * (2) See comments in pixaDisplayTiledAndScaled(). */ PIXA * pixaaDisplayTiledAndScaled(PIXAA *paa, l_int32 outdepth, l_int32 tilewidth, l_int32 ncols, l_int32 background, l_int32 spacing, l_int32 border) { l_int32 i, n; PIX *pix; PIXA *pixa, *pixad; PROCNAME("pixaaDisplayTiledAndScaled"); if (!paa) return (PIXA *)ERROR_PTR("paa not defined", procName, NULL); if (outdepth != 1 && outdepth != 8 && outdepth != 32) return (PIXA *)ERROR_PTR("outdepth not in {1, 8, 32}", procName, NULL); if (border < 0 || border > tilewidth / 5) border = 0; if ((n = pixaaGetCount(paa, NULL)) == 0) return (PIXA *)ERROR_PTR("no components", procName, NULL); pixad = pixaCreate(n); for (i = 0; i < n; i++) { pixa = pixaaGetPixa(paa, i, L_CLONE); pix = pixaDisplayTiledAndScaled(pixa, outdepth, tilewidth, ncols, background, spacing, border); pixaAddPix(pixad, pix, L_INSERT); pixaDestroy(&pixa); } return pixad; } /*---------------------------------------------------------------------* * Conversion of all pix to specified type (e.g., depth) * *---------------------------------------------------------------------*/ /*! * pixaConvertTo1() * * Input: pixas * thresh (threshold for final binarization from 8 bpp gray) * Return: pixad, or null on error */ PIXA * pixaConvertTo1(PIXA *pixas, l_int32 thresh) { l_int32 i, n; BOXA *boxa; PIX *pix1, *pix2; PIXA *pixad; PROCNAME("pixaConvertTo1"); if (!pixas) return (PIXA *)ERROR_PTR("pixas not defined", procName, NULL); n = pixaGetCount(pixas); pixad = pixaCreate(n); for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixas, i, L_CLONE); pix2 = pixConvertTo1(pix1, thresh); pixaAddPix(pixad, pix2, L_INSERT); pixDestroy(&pix1); } boxa = pixaGetBoxa(pixas, L_COPY); pixaSetBoxa(pixad, boxa, L_INSERT); return pixad; } /*! * pixaConvertTo8() * * Input: pixas * cmapflag (1 to give pixd a colormap; 0 otherwise) * Return: pixad (each pix is 8 bpp), or null on error * * Notes: * (1) See notes for pixConvertTo8(), applied to each pix in pixas. */ PIXA * pixaConvertTo8(PIXA *pixas, l_int32 cmapflag) { l_int32 i, n; BOXA *boxa; PIX *pix1, *pix2; PIXA *pixad; PROCNAME("pixaConvertTo8"); if (!pixas) return (PIXA *)ERROR_PTR("pixas not defined", procName, NULL); n = pixaGetCount(pixas); pixad = pixaCreate(n); for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixas, i, L_CLONE); pix2 = pixConvertTo8(pix1, cmapflag); pixaAddPix(pixad, pix2, L_INSERT); pixDestroy(&pix1); } boxa = pixaGetBoxa(pixas, L_COPY); pixaSetBoxa(pixad, boxa, L_INSERT); return pixad; } /*! * pixaConvertTo8Color() * * Input: pixas * ditherflag (1 to dither if necessary; 0 otherwise) * Return: pixad (each pix is 8 bpp), or null on error * * Notes: * (1) See notes for pixConvertTo8Color(), applied to each pix in pixas. */ PIXA * pixaConvertTo8Color(PIXA *pixas, l_int32 dither) { l_int32 i, n; BOXA *boxa; PIX *pix1, *pix2; PIXA *pixad; PROCNAME("pixaConvertTo8Color"); if (!pixas) return (PIXA *)ERROR_PTR("pixas not defined", procName, NULL); n = pixaGetCount(pixas); pixad = pixaCreate(n); for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixas, i, L_CLONE); pix2 = pixConvertTo8Color(pix1, dither); pixaAddPix(pixad, pix2, L_INSERT); pixDestroy(&pix1); } boxa = pixaGetBoxa(pixas, L_COPY); pixaSetBoxa(pixad, boxa, L_INSERT); return pixad; } /*! * pixaConvertTo32() * * Input: pixas * Return: pixad (32 bpp rgb), or null on error * * Notes: * (1) See notes for pixConvertTo32(), applied to each pix in pixas. */ PIXA * pixaConvertTo32(PIXA *pixas) { l_int32 i, n; BOXA *boxa; PIX *pix1, *pix2; PIXA *pixad; PROCNAME("pixaConvertTo32"); if (!pixas) return (PIXA *)ERROR_PTR("pixas not defined", procName, NULL); n = pixaGetCount(pixas); pixad = pixaCreate(n); for (i = 0; i < n; i++) { pix1 = pixaGetPix(pixas, i, L_CLONE); pix2 = pixConvertTo32(pix1); pixaAddPix(pixad, pix2, L_INSERT); pixDestroy(&pix1); } boxa = pixaGetBoxa(pixas, L_COPY); pixaSetBoxa(pixad, boxa, L_INSERT); return pixad; } /*---------------------------------------------------------------------* * Tile N-Up * *---------------------------------------------------------------------*/ /*! * convertToNUpFiles() * * Input: indir (full path to directory of images) * substr ( can be null) * nx, ny (in [1, ... 50], tiling factors in each direction) * tw (target width, in pixels; must be >= 20) * spacing (between images, and on outside) * border (width of additional black border on each image; * use 0 for no border) * fontdir ( prints tail of filename with image) * outdir (subdirectory of /tmp to put N-up tiled images) * Return: 0 if OK, 1 on error * * Notes: * (1) Each set of nx*ny images is scaled and tiled into a single * image, that is written out to @outdir. * (2) All images in each nx*ny set are scaled to the same width. * This is typically used when all images are roughly the same * size. * (3) Typical values for nx and ny are in [2 ... 5]. * (4) All images are scaled to a width @tw. They are not rescaled * when placed in the (nx,ny) mosaic. */ l_int32 convertToNUpFiles(const char *dir, const char *substr, l_int32 nx, l_int32 ny, l_int32 tw, l_int32 spacing, l_int32 border, const char *fontdir, const char *outdir) { l_int32 d, format; char rootpath[256]; PIXA *pixa; PROCNAME("convertToNUpFiles"); if (!dir) return ERROR_INT("dir not defined", procName, 1); if (nx < 1 || ny < 1 || nx > 50 || ny > 50) return ERROR_INT("invalid tiling N-factor", procName, 1); if (!outdir) return ERROR_INT("outdir not defined", procName, 1); pixa = convertToNUpPixa(dir, substr, nx, ny, tw, spacing, border, fontdir); if (!pixa) return ERROR_INT("pixa not made", procName, 1); lept_rmdir(outdir); lept_mkdir(outdir); pixaGetRenderingDepth(pixa, &d); format = (d == 1) ? IFF_TIFF_G4 : IFF_JFIF_JPEG; snprintf(rootpath, sizeof(rootpath), "/tmp/%s/", outdir); /* TODO: Replace above line with this makeTempDirname(rootpath, outdir); */ pixaWriteFiles(rootpath, pixa, format); pixaDestroy(&pixa); return 0; } /*! * convertToNUpPixa() * * Input: dir (full path to directory of images) * substr ( can be null) * nx, ny (in [1, ... 50], tiling factors in each direction) * tw (target width, in pixels; must be >= 20) * spacing (between images, and on outside) * border (width of additional black border on each image; * use 0 for no border) * fontdir ( prints tail of filename with image) * Return: pixad, or null on error * * Notes: * (1) See notes for convertToNUpFiles() */ PIXA * convertToNUpPixa(const char *dir, const char *substr, l_int32 nx, l_int32 ny, l_int32 tw, l_int32 spacing, l_int32 border, const char *fontdir) { l_int32 i, j, k, nt, n2, nout, d; char *fname, *tail; L_BMF *bmf; PIX *pix1, *pix2, *pix3, *pix4; PIXA *pixat, *pixad; SARRAY *sa; PROCNAME("convertToNUpPixa"); if (!dir) return (PIXA *)ERROR_PTR("dir not defined", procName, NULL); if (nx < 1 || ny < 1 || nx > 50 || ny > 50) return (PIXA *)ERROR_PTR("invalid tiling N-factor", procName, NULL); if (tw < 20) return (PIXA *)ERROR_PTR("tw must be >= 20", procName, NULL); sa = getSortedPathnamesInDirectory(dir, substr, 0, 0); nt = sarrayGetCount(sa); n2 = nx * ny; nout = (nt + n2 - 1) / n2; pixad = pixaCreate(nout); bmf = (fontdir) ? bmfCreate(fontdir, 6) : NULL; /* 6 pt font */ for (i = 0, j = 0; i < nout; i++) { pixat = pixaCreate(n2); for (k = 0; k < n2 && j < nt; j++, k++) { fname = sarrayGetString(sa, j, L_NOCOPY); if ((pix1 = pixRead(fname)) == NULL) { L_ERROR("image not read from %s\n", procName, fname); continue; } pix2 = pixScaleToSize(pix1, tw, 0); /* all images have width tw */ if (fontdir) { splitPathAtDirectory(fname, NULL, &tail); pix3 = pixAddSingleTextline(pix2, bmf, tail, 0xff000000, L_ADD_BELOW); FREE(tail); } else { pix3 = pixClone(pix2); } pixaAddPix(pixat, pix3, L_INSERT); pixDestroy(&pix1); pixDestroy(&pix2); } if (pixaGetCount(pixat) == 0) continue; pixaGetRenderingDepth(pixat, &d); /* add 2 * border to image width to prevent scaling */ pix4 = pixaDisplayTiledAndScaled(pixat, d, tw + 2 * border, nx, 0, spacing, border); pixaAddPix(pixad, pix4, L_INSERT); pixaDestroy(&pixat); } sarrayDestroy(&sa); bmfDestroy(&bmf); return pixad; } leptonica-1.70/src/coloring.c0000664000175000017500000010155612261312155014264 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * coloring.c * * Coloring "gray" pixels * PIX *pixColorGrayRegions() * l_int32 pixColorGray() * * Adjusting one or more colors to a target color * PIX *pixSnapColor() * PIX *pixSnapColorCmap() * * Piecewise linear color mapping based on a source/target pair * PIX *pixLinearMapToTargetColor() * l_int32 pixelLinearMapToTargetColor() * * Fractional shift of RGB towards black or white * PIX *pixShiftByComponent() * l_int32 pixelShiftByComponent() * l_int32 pixelFractionalShift() * * There are several "coloring" functions in leptonica. * You can find them in these files: * coloring.c * paintcmap.c * pix2.c * blend.c * enhance.c * * They fall into the following categories: * * (1) Moving either the light or dark pixels toward a * specified color. (pixColorGray) * (2) Forcing all pixels whose color is within some delta of a * specified color to move to that color. (pixSnapColor) * (3) Doing a piecewise linear color shift specified by a source * and a target color. Each component shifts independently. * (pixLinearMapToTargetColor) * (4) Shifting all colors by a given fraction of their distance * from 0 (if shifting down) or from 255 (if shifting up). * This is useful for colorizing either the background or * the foreground of a grayscale image. (pixShiftByComponent) * (5) Shifting all colors by a component-dependent fraction of * their distance from 0 (if shifting down) or from 255 (if * shifting up). This is useful for modifying the color to * compensate for color shifts in acquisition, for example * (enhance.c: pixColorShiftRGB). * (6) Repainting selected pixels. (paintcmap.c: pixSetSelectMaskedCmap) * (7) Blending a fraction of a specific color with the existing RGB * color. (pix2.c: pixBlendInRect()) * (8) Changing selected colors in a colormap. * (paintcmap.c: pixSetSelectCmap, pixSetSelectMaskedCmap) * (9) Shifting all the pixels towards black or white depending on * the gray value of a second image. (blend.c: pixFadeWithGray) * (10) Changing the hue, saturation or brightness, by changing the * appropriate parameter in HSV color space by a fraction of * the distance toward its end-point. For example, you can change * the brightness by moving each pixel's v-parameter a specified * fraction of the distance toward 0 (darkening) or toward 255 * (brightening). (enhance.c: pixModifySaturation, * pixModifyHue, pixModifyBrightness) */ #include "allheaders.h" /*---------------------------------------------------------------------* * Coloring "gray" pixels * *---------------------------------------------------------------------*/ /*! * pixColorGrayRegions() * * Input: pixs (2, 4 or 8 bpp gray, rgb, or colormapped) * boxa (of regions in which to apply color) * type (L_PAINT_LIGHT, L_PAINT_DARK) * thresh (average value below/above which pixel is unchanged) * rval, gval, bval (new color to paint) * Return: pixd, or null on error * * Notes: * (1) This generates a new image, where some of the pixels in each * box in the boxa are colorized. See pixColorGray() for usage * with @type and @thresh. Note that @thresh is only used for * rgb; it is ignored for colormapped images. * (2) If the input image is colormapped, the new image will be 8 bpp * colormapped if possible; otherwise, it will be converted * to 32 bpp rgb. Only pixels that are strictly gray will be * colorized. * (3) If the input image is not colormapped, it is converted to rgb. * A "gray" value for a pixel is determined by averaging the * components, and the output rgb value is determined from this. * (4) This can be used in conjunction with pixFindColorRegions() to * add highlight color to a grayscale image. */ PIX * pixColorGrayRegions(PIX *pixs, BOXA *boxa, l_int32 type, l_int32 thresh, l_int32 rval, l_int32 gval, l_int32 bval) { l_int32 i, n; BOX *box; PIX *pixd; PIXCMAP *cmap; PROCNAME("pixColorGrayRegions"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!boxa) return (PIX *)ERROR_PTR("boxa not defined", procName, NULL); if (type != L_PAINT_LIGHT && type != L_PAINT_DARK) return (PIX *)ERROR_PTR("invalid type", procName, NULL); cmap = pixGetColormap(pixs); if (cmap && (pixcmapGetCount(cmap) < 128)) { pixd = pixConvertTo8(pixs, 1); /* always new image */ pixColorGrayRegionsCmap(pixd, boxa, type, rval, gval, bval); return pixd; } if (pixGetDepth(pixs) < 8) return (PIX *)ERROR_PTR("depth < 8 bpp", procName, NULL); if (type == L_PAINT_LIGHT) { /* thresh should be low */ if (thresh >= 255) return (PIX *)ERROR_PTR("thresh must be < 255", procName, NULL); if (thresh > 127) L_WARNING("threshold set very high\n", procName); } else { /* type == L_PAINT_DARK; thresh should be high */ if (thresh <= 0) return (PIX *)ERROR_PTR("thresh must be > 0", procName, NULL); if (thresh < 128) L_WARNING("threshold set very low\n", procName); } pixd = pixConvertTo32(pixs); /* always new image */ n = boxaGetCount(boxa); for (i = 0; i < n; i++) { box = boxaGetBox(boxa, i, L_CLONE); pixColorGray(pixd, box, type, thresh, rval, gval, bval); boxDestroy(&box); } return pixd; } /*! * pixColorGray() * * Input: pixs (8 bpp gray, rgb or colormapped image) * box ( region in which to apply color; can be NULL) * type (L_PAINT_LIGHT, L_PAINT_DARK) * thresh (average value below/above which pixel is unchanged) * rval, gval, bval (new color to paint) * Return: 0 if OK; 1 on error * * Notes: * (1) This is an in-place operation; pixs is modified. * If pixs is colormapped, the operation will add colors to the * colormap. Otherwise, pixs will be converted to 32 bpp rgb if * it is initially 8 bpp gray. * (2) If type == L_PAINT_LIGHT, it colorizes non-black pixels, * preserving antialiasing. * If type == L_PAINT_DARK, it colorizes non-white pixels, * preserving antialiasing. * (3) If box is NULL, applies function to the entire image; otherwise, * clips the operation to the intersection of the box and pix. * (4) If colormapped, calls pixColorGrayCmap(), which applies the * coloring algorithm only to pixels that are strictly gray. * (5) For RGB, determines a "gray" value by averaging; then uses this * value, plus the input rgb target, to generate the output * pixel values. * (6) thresh is only used for rgb; it is ignored for colormapped pix. * If type == L_PAINT_LIGHT, use thresh = 0 if all pixels are to * be colored (black pixels will be unaltered). * In situations where there are a lot of black pixels, * setting thresh > 0 will make the function considerably * more efficient without affecting the final result. * If type == L_PAINT_DARK, use thresh = 255 if all pixels * are to be colored (white pixels will be unaltered). * In situations where there are a lot of white pixels, * setting thresh < 255 will make the function considerably * more efficient without affecting the final result. */ l_int32 pixColorGray(PIX *pixs, BOX *box, l_int32 type, l_int32 thresh, l_int32 rval, l_int32 gval, l_int32 bval) { l_int32 i, j, w, h, d, wpl, x1, x2, y1, y2, bw, bh; l_int32 nrval, ngval, nbval, aveval; l_float32 factor; l_uint32 val32; l_uint32 *line, *data; PIX *pixt; PIXCMAP *cmap; PROCNAME("pixColorGray"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (type != L_PAINT_LIGHT && type != L_PAINT_DARK) return ERROR_INT("invalid type", procName, 1); cmap = pixGetColormap(pixs); pixGetDimensions(pixs, &w, &h, &d); if (!cmap && d != 8 && d != 32) return ERROR_INT("pixs not cmapped, 8 bpp or rgb", procName, 1); if (cmap) return pixColorGrayCmap(pixs, box, type, rval, gval, bval); /* rgb or 8 bpp gray image; check the thresh */ if (type == L_PAINT_LIGHT) { /* thresh should be low */ if (thresh >= 255) return ERROR_INT("thresh must be < 255; else this is a no-op", procName, 1); if (thresh > 127) L_WARNING("threshold set very high\n", procName); } else { /* type == L_PAINT_DARK; thresh should be high */ if (thresh <= 0) return ERROR_INT("thresh must be > 0; else this is a no-op", procName, 1); if (thresh < 128) L_WARNING("threshold set very low\n", procName); } if (d == 8) { pixt = pixConvertTo32(pixs); pixTransferAllData(pixs, &pixt, 1, 0); } if (!box) { x1 = y1 = 0; x2 = w; y2 = h; } else { boxGetGeometry(box, &x1, &y1, &bw, &bh); x2 = x1 + bw - 1; y2 = y1 + bh - 1; } data = pixGetData(pixs); wpl = pixGetWpl(pixs); factor = 1. / 255.; for (i = y1; i <= y2; i++) { if (i < 0 || i >= h) continue; line = data + i * wpl; for (j = x1; j <= x2; j++) { if (j < 0 || j >= w) continue; val32 = *(line + j); aveval = ((val32 >> 24) + ((val32 >> 16) & 0xff) + ((val32 >> 8) & 0xff)) / 3; if (type == L_PAINT_LIGHT) { if (aveval < thresh) /* skip sufficiently dark pixels */ continue; nrval = (l_int32)(rval * aveval * factor); ngval = (l_int32)(gval * aveval * factor); nbval = (l_int32)(bval * aveval * factor); } else { /* type == L_PAINT_DARK */ if (aveval > thresh) /* skip sufficiently light pixels */ continue; nrval = rval + (l_int32)((255. - rval) * aveval * factor); ngval = gval + (l_int32)((255. - gval) * aveval * factor); nbval = bval + (l_int32)((255. - bval) * aveval * factor); } composeRGBPixel(nrval, ngval, nbval, &val32); *(line + j) = val32; } } return 0; } /*------------------------------------------------------------------* * Adjusting one or more colors to a target color * *------------------------------------------------------------------*/ /*! * pixSnapColor() * * Input: pixd (; either NULL or equal to pixs for in-place) * pixs (colormapped or 8 bpp gray or 32 bpp rgb) * srcval (color center to be selected for change: 0xrrggbb00) * dstval (target color for pixels: 0xrrggbb00) * diff (max absolute difference, applied to all components) * Return: pixd (with all pixels within diff of pixval set to pixval), * or pixd on error * * Notes: * (1) For inplace operation, call it this way: * pixSnapColor(pixs, pixs, ... ) * (2) For generating a new pixd: * pixd = pixSnapColor(NULL, pixs, ...) * (3) If pixs has a colormap, it is handled by pixSnapColorCmap(). * (4) All pixels within 'diff' of 'srcval', componentwise, * will be changed to 'dstval'. */ PIX * pixSnapColor(PIX *pixd, PIX *pixs, l_uint32 srcval, l_uint32 dstval, l_int32 diff) { l_int32 val, sval, dval; l_int32 rval, gval, bval, rsval, gsval, bsval; l_int32 i, j, w, h, d, wpl; l_uint32 pixel; l_uint32 *line, *data; PROCNAME("pixSnapColor"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixd && (pixd != pixs)) return (PIX *)ERROR_PTR("pixd not null or == pixs", procName, pixd); if (pixGetColormap(pixs)) return pixSnapColorCmap(pixd, pixs, srcval, dstval, diff); /* pixs does not have a colormap; it must be 8 bpp gray or * 32 bpp rgb. */ if (pixGetDepth(pixs) < 8) return (PIX *)ERROR_PTR("pixs is < 8 bpp", procName, pixd); /* Do the work on pixd */ if (!pixd) pixd = pixCopy(NULL, pixs); pixGetDimensions(pixd, &w, &h, &d); data = pixGetData(pixd); wpl = pixGetWpl(pixd); if (d == 8) { sval = srcval & 0xff; dval = dstval & 0xff; for (i = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < w; j++) { val = GET_DATA_BYTE(line, j); if (L_ABS(val - sval) <= diff) SET_DATA_BYTE(line, j, dval); } } } else { /* d == 32 */ extractRGBValues(srcval, &rsval, &gsval, &bsval); for (i = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < w; j++) { pixel = *(line + j); extractRGBValues(pixel, &rval, &gval, &bval); if ((L_ABS(rval - rsval) <= diff) && (L_ABS(gval - gsval) <= diff) && (L_ABS(bval - bsval) <= diff)) *(line + j) = dstval; /* replace */ } } } return pixd; } /*! * pixSnapColorCmap() * * Input: pixd (; either NULL or equal to pixs for in-place) * pixs (colormapped) * srcval (color center to be selected for change: 0xrrggbb00) * dstval (target color for pixels: 0xrrggbb00) * diff (max absolute difference, applied to all components) * Return: pixd (with all pixels within diff of srcval set to dstval), * or pixd on error * * Notes: * (1) For inplace operation, call it this way: * pixSnapCcmap(pixs, pixs, ... ) * (2) For generating a new pixd: * pixd = pixSnapCmap(NULL, pixs, ...) * (3) pixs must have a colormap. * (4) All colors within 'diff' of 'srcval', componentwise, * will be changed to 'dstval'. */ PIX * pixSnapColorCmap(PIX *pixd, PIX *pixs, l_uint32 srcval, l_uint32 dstval, l_int32 diff) { l_int32 i, ncolors, index, found; l_int32 rval, gval, bval, rsval, gsval, bsval, rdval, gdval, bdval; l_int32 *tab; PIX *pixm; PIXCMAP *cmap; PROCNAME("pixSnapColorCmap"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (!pixGetColormap(pixs)) return (PIX *)ERROR_PTR("cmap not found", procName, pixd); if (pixd && (pixd != pixs)) return (PIX *)ERROR_PTR("pixd not null or == pixs", procName, pixd); if (!pixd) pixd = pixCopy(NULL, pixs); /* If no free colors, look for one close to the target * that can be commandeered. */ cmap = pixGetColormap(pixd); ncolors = pixcmapGetCount(cmap); extractRGBValues(srcval, &rsval, &gsval, &bsval); extractRGBValues(dstval, &rdval, &gdval, &bdval); found = FALSE; if (pixcmapGetFreeCount(cmap) == 0) { for (i = 0; i < ncolors; i++) { pixcmapGetColor(cmap, i, &rval, &gval, &bval); if ((L_ABS(rval - rsval) <= diff) && (L_ABS(gval - gsval) <= diff) && (L_ABS(bval - bsval) <= diff)) { index = i; pixcmapResetColor(cmap, index, rdval, gdval, bdval); found = TRUE; break; } } } else { /* just add the new color */ pixcmapAddColor(cmap, rdval, gdval, bdval); ncolors = pixcmapGetCount(cmap); index = ncolors - 1; /* index of new destination color */ found = TRUE; } if (!found) { L_INFO("nothing to do\n", procName); return pixd; } /* For each color in cmap that is close enough to srcval, * set the tab value to 1. Then generate a 1 bpp mask with * fg pixels for every pixel in pixd that is close enough * to srcval (i.e., has value 1 in tab). */ if ((tab = (l_int32 *)CALLOC(256, sizeof(l_int32))) == NULL) return (PIX *)ERROR_PTR("tab not made", procName, pixd); for (i = 0; i < ncolors; i++) { pixcmapGetColor(cmap, i, &rval, &gval, &bval); if ((L_ABS(rval - rsval) <= diff) && (L_ABS(gval - gsval) <= diff) && (L_ABS(bval - bsval) <= diff)) tab[i] = 1; } pixm = pixMakeMaskFromLUT(pixd, tab); FREE(tab); /* Use the binary mask to set all selected pixels to * the dest color index. */ pixSetMasked(pixd, pixm, dstval); pixDestroy(&pixm); /* Remove all unused colors from the colormap. */ pixRemoveUnusedColors(pixd); return pixd; } /*---------------------------------------------------------------------* * Piecewise linear color mapping based on a source/target pair * *---------------------------------------------------------------------*/ /*! * pixLinearMapToTargetColor() * * Input: pixd (; either NULL or equal to pixs for in-place) * pixs (32 bpp rgb) * srcval (source color: 0xrrggbb00) * dstval (target color: 0xrrggbb00) * Return: pixd (with all pixels mapped based on the srcval/destval * mapping), or pixd on error * * Notes: * (1) For each component (r, b, g) separately, this does a piecewise * linear mapping of the colors in pixs to colors in pixd. * If rs and rd are the red src and dest components in @srcval and * @dstval, then the range [0 ... rs] in pixs is mapped to * [0 ... rd] in pixd. Likewise, the range [rs ... 255] in pixs * is mapped to [rd ... 255] in pixd. And similarly for green * and blue. * (2) The mapping will in general change the hue of the pixels. * However, if the src and dst targets are related by * a transformation given by pixelFractionalShift(), the hue * is invariant. * (3) For inplace operation, call it this way: * pixLinearMapToTargetColor(pixs, pixs, ... ) * (4) For generating a new pixd: * pixd = pixLinearMapToTargetColor(NULL, pixs, ...) */ PIX * pixLinearMapToTargetColor(PIX *pixd, PIX *pixs, l_uint32 srcval, l_uint32 dstval) { l_int32 i, j, w, h, wpl; l_int32 rval, gval, bval, rsval, gsval, bsval, rdval, gdval, bdval; l_int32 *rtab, *gtab, *btab; l_uint32 pixel; l_uint32 *line, *data; PROCNAME("pixLinearMapToTargetColor"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixd && (pixd != pixs)) return (PIX *)ERROR_PTR("pixd not null or == pixs", procName, pixd); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs is not 32 bpp", procName, pixd); /* Do the work on pixd */ if (!pixd) pixd = pixCopy(NULL, pixs); extractRGBValues(srcval, &rsval, &gsval, &bsval); extractRGBValues(dstval, &rdval, &gdval, &bdval); rsval = L_MIN(254, L_MAX(1, rsval)); gsval = L_MIN(254, L_MAX(1, gsval)); bsval = L_MIN(254, L_MAX(1, bsval)); rtab = (l_int32 *)CALLOC(256, sizeof(l_int32)); gtab = (l_int32 *)CALLOC(256, sizeof(l_int32)); btab = (l_int32 *)CALLOC(256, sizeof(l_int32)); for (i = 0; i < 256; i++) { if (i <= rsval) rtab[i] = (i * rdval) / rsval; else rtab[i] = rdval + ((255 - rdval) * (i - rsval)) / (255 - rsval); if (i <= gsval) gtab[i] = (i * gdval) / gsval; else gtab[i] = gdval + ((255 - gdval) * (i - gsval)) / (255 - gsval); if (i <= bsval) btab[i] = (i * bdval) / bsval; else btab[i] = bdval + ((255 - bdval) * (i - bsval)) / (255 - bsval); } pixGetDimensions(pixd, &w, &h, NULL); data = pixGetData(pixd); wpl = pixGetWpl(pixd); for (i = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < w; j++) { pixel = line[j]; extractRGBValues(pixel, &rval, &gval, &bval); composeRGBPixel(rtab[rval], gtab[gval], btab[bval], &pixel); line[j] = pixel; } } FREE(rtab); FREE(gtab); FREE(btab); return pixd; } /*! * pixelLinearMapToTargetColor() * * Input: scolor (rgb source color: 0xrrggbb00) * srcmap (source mapping color: 0xrrggbb00) * dstmap (target mapping color: 0xrrggbb00) * &pdcolor ( rgb dest color: 0xrrggbb00) * Return: 0 if OK, 1 on error * * Notes: * (1) This does this does a piecewise linear mapping of each * component of @scolor to @dcolor, based on the relation * between the components of @srcmap and @dstmap. It is the * same transformation, performed on a single color, as mapped * on every pixel in a pix by pixLinearMapToTargetColor(). * (2) For each component, if the sval is larger than the smap, * the dval will be pushed up from dmap towards white. * Otherwise, dval will be pushed down from dmap towards black. * This is because you can visualize the transformation as * a linear stretching where smap moves to dmap, and everything * else follows linearly with 0 and 255 fixed. * (3) The mapping will in general change the hue of @scolor. * However, if the @srcmap and @dstmap targets are related by * a transformation given by pixelFractionalShift(), the hue * will be invariant. */ l_int32 pixelLinearMapToTargetColor(l_uint32 scolor, l_uint32 srcmap, l_uint32 dstmap, l_uint32 *pdcolor) { l_int32 srval, sgval, sbval, drval, dgval, dbval; l_int32 srmap, sgmap, sbmap, drmap, dgmap, dbmap; PROCNAME("pixelLinearMapToTargetColor"); if (!pdcolor) return ERROR_INT("&dcolor not defined", procName, 1); *pdcolor = 0; extractRGBValues(scolor, &srval, &sgval, &sbval); extractRGBValues(srcmap, &srmap, &sgmap, &sbmap); extractRGBValues(dstmap, &drmap, &dgmap, &dbmap); srmap = L_MIN(254, L_MAX(1, srmap)); sgmap = L_MIN(254, L_MAX(1, sgmap)); sbmap = L_MIN(254, L_MAX(1, sbmap)); if (srval <= srmap) drval = (srval * drmap) / srmap; else drval = drmap + ((255 - drmap) * (srval - srmap)) / (255 - srmap); if (sgval <= sgmap) dgval = (sgval * dgmap) / sgmap; else dgval = dgmap + ((255 - dgmap) * (sgval - sgmap)) / (255 - sgmap); if (sbval <= sbmap) dbval = (sbval * dbmap) / sbmap; else dbval = dbmap + ((255 - dbmap) * (sbval - sbmap)) / (255 - sbmap); composeRGBPixel(drval, dgval, dbval, pdcolor); return 0; } /*------------------------------------------------------------------* * Fractional shift of RGB towards black or white * *------------------------------------------------------------------*/ /*! * pixShiftByComponent() * * Input: pixd (; either NULL or equal to pixs for in-place) * pixs (32 bpp rgb) * srcval (source color: 0xrrggbb00) * dstval (target color: 0xrrggbb00) * Return: pixd (with all pixels mapped based on the srcval/destval * mapping), or pixd on error * * Notes: * (1) For each component (r, b, g) separately, this does a linear * mapping of the colors in pixs to colors in pixd. * Let rs and rd be the red src and dest components in @srcval and * @dstval, and rval is the red component of the src pixel. * Then for all pixels in pixs, the mapping for the red * component from pixs to pixd is: * if (rd <= rs) (shift toward black) * rval --> (rd/rs) * rval * if (rd > rs) (shift toward white) * (255 - rval) --> ((255 - rs)/(255 - rd)) * (255 - rval) * Thus if rd <= rs, the red component of all pixels is * mapped by the same fraction toward white, and if rd > rs, * they are mapped by the same fraction toward black. * This is essentially a different linear TRC (gamma = 1) * for each component. The source and target color inputs are * just used to generate the three fractions. * (2) Note that this mapping differs from that in * pixLinearMapToTargetColor(), which maps rs --> rd and does * a piecewise stretching in between. * (3) For inplace operation, call it this way: * pixFractionalShiftByComponent(pixs, pixs, ... ) * (4) For generating a new pixd: * pixd = pixLinearMapToTargetColor(NULL, pixs, ...) * (5) A simple application is to color a grayscale image. * A light background can be colored using srcval = 0xffffff00 * and picking a target background color for dstval. * A dark foreground can be colored by using srcval = 0x0 * and choosing a target foreground color for dstval. */ PIX * pixShiftByComponent(PIX *pixd, PIX *pixs, l_uint32 srcval, l_uint32 dstval) { l_int32 i, j, w, h, wpl; l_int32 rval, gval, bval, rsval, gsval, bsval, rdval, gdval, bdval; l_int32 *rtab, *gtab, *btab; l_uint32 pixel; l_uint32 *line, *data; PIXCMAP *cmap; PROCNAME("pixShiftByComponent"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixd && (pixd != pixs)) return (PIX *)ERROR_PTR("pixd not null or == pixs", procName, pixd); if (pixGetDepth(pixs) != 32 && !pixGetColormap(pixs)) return (PIX *)ERROR_PTR("pixs not cmapped or 32 bpp", procName, pixd); /* Do the work on pixd */ if (!pixd) pixd = pixCopy(NULL, pixs); /* If colormapped, just modify it */ if ((cmap = pixGetColormap(pixd)) != NULL) { pixcmapShiftByComponent(cmap, srcval, dstval); return pixd; } extractRGBValues(srcval, &rsval, &gsval, &bsval); extractRGBValues(dstval, &rdval, &gdval, &bdval); rtab = (l_int32 *)CALLOC(256, sizeof(l_int32)); gtab = (l_int32 *)CALLOC(256, sizeof(l_int32)); btab = (l_int32 *)CALLOC(256, sizeof(l_int32)); for (i = 0; i < 256; i++) { if (rdval == rsval) rtab[i] = i; else if (rdval < rsval) rtab[i] = (i * rdval) / rsval; else rtab[i] = 255 - (255 - rdval) * (255 - i) / (255 - rsval); if (gdval == gsval) gtab[i] = i; else if (gdval < gsval) gtab[i] = (i * gdval) / gsval; else gtab[i] = 255 - (255 - gdval) * (255 - i) / (255 - gsval); if (bdval == bsval) btab[i] = i; else if (bdval < bsval) btab[i] = (i * bdval) / bsval; else btab[i] = 255 - (255 - bdval) * (255 - i) / (255 - bsval); } pixGetDimensions(pixd, &w, &h, NULL); data = pixGetData(pixd); wpl = pixGetWpl(pixd); for (i = 0; i < h; i++) { line = data + i * wpl; for (j = 0; j < w; j++) { pixel = line[j]; extractRGBValues(pixel, &rval, &gval, &bval); composeRGBPixel(rtab[rval], gtab[gval], btab[bval], &pixel); line[j] = pixel; } } FREE(rtab); FREE(gtab); FREE(btab); return pixd; } /*! * pixelShiftByComponent() * * Input: rval, gval, bval * srcval (source color: 0xrrggbb00) * dstval (target color: 0xrrggbb00) * &ppixel ( rgb value) * Return: 0 if OK, 1 on error * * Notes: * (1) This is a linear transformation that gives the same result * on a single pixel as pixShiftByComponent() gives * on a pix. Each component is handled separately. If * the dest component is larger than the src, then the * component is pushed toward 255 by the same fraction as * the src --> dest shift. */ l_int32 pixelShiftByComponent(l_int32 rval, l_int32 gval, l_int32 bval, l_uint32 srcval, l_uint32 dstval, l_uint32 *ppixel) { l_int32 rsval, rdval, gsval, gdval, bsval, bdval, rs, gs, bs; PROCNAME("pixelShiftByComponent"); if (!ppixel) return ERROR_INT("&pixel defined", procName, 1); extractRGBValues(srcval, &rsval, &gsval, &bsval); extractRGBValues(dstval, &rdval, &gdval, &bdval); if (rdval == rsval) rs = rval; else if (rdval < rsval) rs = (rval * rdval) / rsval; else rs = 255 - (255 - rdval) * (255 - rval) / (255 - rsval); if (gdval == gsval) gs = gval; else if (gdval < gsval) gs = (gval * gdval) / gsval; else gs = 255 - (255 - gdval) * (255 - gval) / (255 - gsval); if (bdval == bsval) bs = bval; else if (bdval < bsval) bs = (bval * bdval) / bsval; else bs = 255 - (255 - bdval) * (255 - bval) / (255 - bsval); composeRGBPixel(rs, gs, bs, ppixel); return 0; } /*! * pixelFractionalShift() * * Input: rval, gval, bval * fraction (negative toward black; positive toward white) * &ppixel ( rgb value) * Return: 0 if OK, 1 on error * * Notes: * (1) This transformation leaves the hue invariant, while changing * the saturation and intensity. It can be used for that * purpose in pixLinearMapToTargetColor(). * (2) @fraction is in the range [-1 .... +1]. If @fraction < 0, * saturation is increased and brightness is reduced. The * opposite results if @fraction > 0. If @fraction == -1, * the resulting pixel is black; @fraction == 1 results in white. */ l_int32 pixelFractionalShift(l_int32 rval, l_int32 gval, l_int32 bval, l_float32 fraction, l_uint32 *ppixel) { l_int32 nrval, ngval, nbval; PROCNAME("pixelFractionalShift"); if (!ppixel) return ERROR_INT("&pixel defined", procName, 1); if (fraction < -1.0 || fraction > 1.0) return ERROR_INT("fraction not in [-1 ... +1]", procName, 1); nrval = (fraction < 0) ? (l_int32)((1.0 + fraction) * rval + 0.5) : rval + (l_int32)(fraction * (255 - rval) + 0.5); ngval = (fraction < 0) ? (l_int32)((1.0 + fraction) * gval + 0.5) : gval + (l_int32)(fraction * (255 - gval) + 0.5); nbval = (fraction < 0) ? (l_int32)((1.0 + fraction) * bval + 0.5) : bval + (l_int32)(fraction * (255 - bval) + 0.5); composeRGBPixel(nrval, ngval, nbval, ppixel); return 0; } leptonica-1.70/src/tiffio.c0000644000175000017500000021705612244213760013734 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * tiffio.c * * Reading tiff: * PIX *pixReadTiff() [ special top level ] * PIX *pixReadStreamTiff() * static PIX *pixReadFromTiffStream() * * Writing tiff: * l_int32 pixWriteTiff() [ special top level ] * l_int32 pixWriteTiffCustom() [ special top level ] * l_int32 pixWriteStreamTiff() * static l_int32 pixWriteToTiffStream() * static l_int32 writeCustomTiffTags() * * Reading and writing multipage tiff * PIXA pixaReadMultipageTiff() * l_int32 writeMultipageTiff() [ special top level ] * l_int32 writeMultipageTiffSA() * * Information about tiff file * l_int32 fprintTiffInfo() * l_int32 tiffGetCount() * l_int32 getTiffResolution() * static l_int32 getTiffStreamResolution() * l_int32 readHeaderTiff() * l_int32 freadHeaderTiff() * l_int32 readHeaderMemTiff() * static l_int32 tiffReadHeaderTiff() * l_int32 findTiffCompression() * static l_int32 getTiffCompressedFormat() * * Extraction of tiff g4 data: * l_int32 extractG4DataFromFile() * * Open tiff stream from file stream * static TIFF *fopenTiff() * * Wrapper for TIFFOpen: * static TIFF *openTiff() * * Memory I/O: reading memory --> pix and writing pix --> memory * [10 static helper functions] * l_int32 pixReadMemTiff(); * l_int32 pixWriteMemTiff(); * l_int32 pixWriteMemTiffCustom(); * * Note: You should be using version 3.7.4 of libtiff to be certain * that all the necessary functions are included. */ #include #include #ifndef _MSC_VER #include #else /* _MSC_VER */ #include #define seek _seek; #endif /* _MSC_VER */ #include #include "allheaders.h" #ifdef HAVE_CONFIG_H #include "config_auto.h" #endif /* HAVE_CONFIG_H */ /* --------------------------------------------*/ #if HAVE_LIBTIFF /* defined in environ.h */ /* --------------------------------------------*/ #include "tiff.h" #include "tiffio.h" static const l_int32 DEFAULT_RESOLUTION = 300; /* ppi */ static const l_int32 MAX_PAGES_IN_TIFF_FILE = 3000; /* should be enough */ /* All functions with TIFF interfaces are static. */ static PIX *pixReadFromTiffStream(TIFF *tif); static l_int32 getTiffStreamResolution(TIFF *tif, l_int32 *pxres, l_int32 *pyres); static l_int32 tiffReadHeaderTiff(TIFF *tif, l_int32 *pwidth, l_int32 *pheight, l_int32 *pbps, l_int32 *pspp, l_int32 *pres, l_int32 *pcmap, l_int32 *pformat); static l_int32 writeCustomTiffTags(TIFF *tif, NUMA *natags, SARRAY *savals, SARRAY *satypes, NUMA *nasizes); static l_int32 pixWriteToTiffStream(TIFF *tif, PIX *pix, l_int32 comptype, NUMA *natags, SARRAY *savals, SARRAY *satypes, NUMA *nasizes); static TIFF *fopenTiff(FILE *fp, const char *modestring); static TIFF *openTiff(const char *filename, const char *modestring); /* Static helper for tiff compression type */ static l_int32 getTiffCompressedFormat(l_uint16 tiffcomp); /* Static function for memory I/O */ static TIFF *fopenTiffMemstream(const char *filename, const char *operation, l_uint8 **pdata, size_t *pdatasize); /* This structure defines a transform to be performed on a TIFF image * (note that the same transformation can be represented in * several different ways using this structure since * vflip + hflip + counterclockwise == clockwise). */ struct tiff_transform { int vflip; /* if non-zero, image needs a vertical fip */ int hflip; /* if non-zero, image needs a horizontal flip */ int rotate; /* -1 -> counterclockwise 90-degree rotation, 0 -> no rotation 1 -> clockwise 90-degree rotation */ }; /* This describes the transformations needed for a given orientation * tag. The tag values start at 1, so you need to subtract 1 to get a * valid index into this array. */ static struct tiff_transform tiff_orientation_transforms[] = { {0, 0, 0}, {0, 1, 0}, {1, 1, 0}, {1, 0, 0}, {0, 1, -1}, {0, 0, 1}, {0, 1, 1}, {0, 0, -1} }; /*--------------------------------------------------------------* * Reading from file * *--------------------------------------------------------------*/ /*! * pixReadTiff() * * Input: filename * page number (0 based) * Return: pix, or null on error * * Notes: * (1) This is a version of pixRead(), specialized for tiff * files, that allows specification of the page to be returned */ PIX * pixReadTiff(const char *filename, l_int32 n) { FILE *fp; PIX *pix; PROCNAME("pixReadTiff"); if (!filename) return (PIX *)ERROR_PTR("filename not defined", procName, NULL); if ((fp = fopenReadStream(filename)) == NULL) return (PIX *)ERROR_PTR("image file not found", procName, NULL); if ((pix = pixReadStreamTiff(fp, n)) == NULL) { fclose(fp); return (PIX *)ERROR_PTR("pix not read", procName, NULL); } fclose(fp); return pix; } /*--------------------------------------------------------------* * Reading from stream * *--------------------------------------------------------------*/ /*! * pixReadStreamTiff() * * Input: stream * n (page number: 0 based) * Return: pix, or null on error (e.g., if the page number is invalid) */ PIX * pixReadStreamTiff(FILE *fp, l_int32 n) { l_int32 i, pagefound; PIX *pix; TIFF *tif; PROCNAME("pixReadStreamTiff"); if (!fp) return (PIX *)ERROR_PTR("stream not defined", procName, NULL); if ((tif = fopenTiff(fp, "rb")) == NULL) return (PIX *)ERROR_PTR("tif not opened", procName, NULL); pagefound = FALSE; pix = NULL; for (i = 0; i < MAX_PAGES_IN_TIFF_FILE; i++) { if (i == n) { pagefound = TRUE; if ((pix = pixReadFromTiffStream(tif)) == NULL) { TIFFCleanup(tif); return (PIX *)ERROR_PTR("pix not read", procName, NULL); } break; } if (TIFFReadDirectory(tif) == 0) break; } if (pagefound == FALSE) { L_WARNING("tiff page %d not found\n", procName, n); TIFFCleanup(tif); return NULL; } TIFFCleanup(tif); return pix; } /*! * pixReadFromTiffStream() * * Input: stream * Return: pix, or null on error * * Notes: * (1) We handle pixels up to 32 bits. This includes: * 1 spp (grayscale): 1, 2, 4, 8, 16 bpp * 1 spp (colormapped): 1, 2, 4, 8 bpp * 3 spp (color): 8 bpp * We do not handle 3 spp, 16 bpp (48 bits/pixel) * (2) For colormapped images, we support 8 bits/color in the palette. * Tiff colormaps have 16 bits/color, and we reduce them to 8. * (3) Quoting the libtiff documenation at * http://libtiff.maptools.org/libtiff.html * "libtiff provides a high-level interface for reading image data * from a TIFF file. This interface handles the details of data * organization and format for a wide variety of TIFF files; * at least the large majority of those files that one would * normally encounter. Image data is, by default, returned as * ABGR pixels packed into 32-bit words (8 bits per sample). * Rectangular rasters can be read or data can be intercepted * at an intermediate level and packed into memory in a format * more suitable to the application. The library handles all * the details of the format of data stored on disk and, * in most cases, if any colorspace conversions are required: * bilevel to RGB, greyscale to RGB, CMYK to RGB, YCbCr to RGB, * 16-bit samples to 8-bit samples, associated/unassociated alpha, * etc." */ static PIX * pixReadFromTiffStream(TIFF *tif) { l_uint8 *linebuf, *data; l_uint16 spp, bps, bpp, tiffbpl, photometry, tiffcomp, orientation; l_uint16 *redmap, *greenmap, *bluemap; l_int32 d, wpl, bpl, comptype, i, j, ncolors, rval, gval, bval; l_int32 xres, yres; l_uint32 w, h, tiffword; l_uint32 *line, *ppixel, *tiffdata; PIX *pix; PIXCMAP *cmap; PROCNAME("pixReadFromTiffStream"); if (!tif) return (PIX *)ERROR_PTR("tif not defined", procName, NULL); /* Use default fields for bps and spp */ TIFFGetFieldDefaulted(tif, TIFFTAG_BITSPERSAMPLE, &bps); TIFFGetFieldDefaulted(tif, TIFFTAG_SAMPLESPERPIXEL, &spp); bpp = bps * spp; if (bpp > 32) return (PIX *)ERROR_PTR("can't handle bpp > 32", procName, NULL); if (spp == 1) d = bps; else if (spp == 3 || spp == 4) d = 32; else return (PIX *)ERROR_PTR("spp not in set {1,3,4}", procName, NULL); TIFFGetField(tif, TIFFTAG_IMAGEWIDTH, &w); TIFFGetField(tif, TIFFTAG_IMAGELENGTH, &h); tiffbpl = TIFFScanlineSize(tif); if ((pix = pixCreate(w, h, d)) == NULL) return (PIX *)ERROR_PTR("pix not made", procName, NULL); data = (l_uint8 *)pixGetData(pix); wpl = pixGetWpl(pix); bpl = 4 * wpl; /* Read the data */ if (spp == 1) { if ((linebuf = (l_uint8 *)CALLOC(tiffbpl + 1, sizeof(l_uint8))) == NULL) return (PIX *)ERROR_PTR("calloc fail for linebuf", procName, NULL); for (i = 0 ; i < h ; i++) { if (TIFFReadScanline(tif, linebuf, i, 0) < 0) { FREE(linebuf); pixDestroy(&pix); return (PIX *)ERROR_PTR("line read fail", procName, NULL); } memcpy((char *)data, (char *)linebuf, tiffbpl); data += bpl; } if (bps <= 8) pixEndianByteSwap(pix); else /* bps == 16 */ pixEndianTwoByteSwap(pix); FREE(linebuf); } else { /* rgb */ if ((tiffdata = (l_uint32 *)CALLOC(w * h, sizeof(l_uint32))) == NULL) { pixDestroy(&pix); return (PIX *)ERROR_PTR("calloc fail for tiffdata", procName, NULL); } if (!TIFFReadRGBAImageOriented(tif, w, h, (uint32 *)tiffdata, ORIENTATION_TOPLEFT, 0)) { FREE(tiffdata); pixDestroy(&pix); return (PIX *)ERROR_PTR("failed to read tiffdata", procName, NULL); } line = pixGetData(pix); for (i = 0 ; i < h ; i++, line += wpl) { for (j = 0, ppixel = line; j < w; j++) { /* TIFFGet* are macros */ tiffword = tiffdata[i * w + j]; rval = TIFFGetR(tiffword); gval = TIFFGetG(tiffword); bval = TIFFGetB(tiffword); composeRGBPixel(rval, gval, bval, ppixel); ppixel++; } } FREE(tiffdata); } if (getTiffStreamResolution(tif, &xres, &yres) == 0) { pixSetXRes(pix, xres); pixSetYRes(pix, yres); } /* Find and save the compression type */ TIFFGetFieldDefaulted(tif, TIFFTAG_COMPRESSION, &tiffcomp); comptype = getTiffCompressedFormat(tiffcomp); pixSetInputFormat(pix, comptype); if (TIFFGetField(tif, TIFFTAG_COLORMAP, &redmap, &greenmap, &bluemap)) { /* Save the colormap as a pix cmap. Because the * tiff colormap components are 16 bit unsigned, * and go from black (0) to white (0xffff), the * the pix cmap takes the most significant byte. */ if (bps > 8) { pixDestroy(&pix); return (PIX *)ERROR_PTR("invalid bps; > 8", procName, NULL); } if ((cmap = pixcmapCreate(bps)) == NULL) { pixDestroy(&pix); return (PIX *)ERROR_PTR("cmap not made", procName, NULL); } ncolors = 1 << bps; for (i = 0; i < ncolors; i++) pixcmapAddColor(cmap, redmap[i] >> 8, greenmap[i] >> 8, bluemap[i] >> 8); pixSetColormap(pix, cmap); } else { /* No colormap: check photometry and invert if necessary */ if (!TIFFGetField(tif, TIFFTAG_PHOTOMETRIC, &photometry)) { /* Guess default photometry setting. Assume min_is_white * if compressed 1 bpp; min_is_black otherwise. */ if (tiffcomp == COMPRESSION_CCITTFAX3 || tiffcomp == COMPRESSION_CCITTFAX4 || tiffcomp == COMPRESSION_CCITTRLE || tiffcomp == COMPRESSION_CCITTRLEW) { photometry = PHOTOMETRIC_MINISWHITE; } else { photometry = PHOTOMETRIC_MINISBLACK; } } if ((d == 1 && photometry == PHOTOMETRIC_MINISBLACK) || (d == 8 && photometry == PHOTOMETRIC_MINISWHITE)) pixInvert(pix, pix); } if (TIFFGetField(tif, TIFFTAG_ORIENTATION, &orientation)) { if (orientation >= 1 && orientation <= 8) { struct tiff_transform *transform = &tiff_orientation_transforms[orientation - 1]; if (transform->vflip) pixFlipTB(pix, pix); if (transform->hflip) pixFlipLR(pix, pix); if (transform->rotate) { PIX *oldpix = pix; pix = pixRotate90(oldpix, transform->rotate); pixDestroy(&oldpix); } } } return pix; } /*--------------------------------------------------------------* * Writing to file * *--------------------------------------------------------------*/ /*! * pixWriteTiff() * * Input: filename (to write to) * pix * comptype (IFF_TIFF, IFF_TIFF_RLE, IFF_TIFF_PACKBITS, * IFF_TIFF_G3, IFF_TIFF_G4, * IFF_TIFF_LZW, IFF_TIFF_ZIP) * modestring ("a" or "w") * Return: 0 if OK, 1 on error * * Notes: * (1) For multi-page tiff, write the first pix with mode "w" and * all subsequent pix with mode "a". */ l_int32 pixWriteTiff(const char *filename, PIX *pix, l_int32 comptype, const char *modestring) { return pixWriteTiffCustom(filename, pix, comptype, modestring, NULL, NULL, NULL, NULL); } /*! * pixWriteTiffCustom() * * Input: filename (to write to) * pix * comptype (IFF_TIFF, IFF_TIFF_RLE, IFF_TIFF_PACKBITS, * IFF_TIFF_G3, IFF_TIFF_G4) * IFF_TIFF_LZW, IFF_TIFF_ZIP) * modestring ("a" or "w") * natags ( NUMA of custom tiff tags) * savals ( SARRAY of values) * satypes ( SARRAY of types) * nasizes ( NUMA of sizes) * Return: 0 if OK, 1 on error * * Usage: * (1) This writes a page image to a tiff file, with optional * extra tags defined in tiff.h * (2) For multi-page tiff, write the first pix with mode "w" and * all subsequent pix with mode "a". * (3) For the custom tiff tags: * (a) The three arrays {natags, savals, satypes} must all be * either NULL or defined and of equal size. * (b) If they are defined, the tags are an array of integers, * the vals are an array of values in string format, and * the types are an array of types in string format. * (c) All valid tags are definined in tiff.h. * (d) The types allowed are the set of strings: * "char*" * "l_uint8*" * "l_uint16" * "l_uint32" * "l_int32" * "l_float64" * "l_uint16-l_uint16" (note the dash; use it between the * two l_uint16 vals in the val string) * Of these, "char*" and "l_uint16" are the most commonly used. * (e) The last array, nasizes, is also optional. It is for * tags that take an array of bytes for a value, a number of * elements in the array, and a type that is either "char*" * or "l_uint8*" (probably either will work). * Use NULL if there are no such tags. * (f) VERY IMPORTANT: if there are any tags that require the * extra size value, stored in nasizes, they must be * written first! */ l_int32 pixWriteTiffCustom(const char *filename, PIX *pix, l_int32 comptype, const char *modestring, NUMA *natags, SARRAY *savals, SARRAY *satypes, NUMA *nasizes) { l_int32 ret; TIFF *tif; PROCNAME("pixWriteTiffCustom"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!pix) return ERROR_INT("pix not defined", procName, 1); if ((tif = openTiff(filename, modestring)) == NULL) return ERROR_INT("tif not opened", procName, 1); ret = pixWriteToTiffStream(tif, pix, comptype, natags, savals, satypes, nasizes); TIFFClose(tif); return ret; } /*--------------------------------------------------------------* * Writing to stream * *--------------------------------------------------------------*/ /*! * pixWriteStreamTiff() * * Input: stream (opened for append or write) * pix * comptype (IFF_TIFF, IFF_TIFF_RLE, IFF_TIFF_PACKBITS, * IFF_TIFF_G3, IFF_TIFF_G4, * IFF_TIFF_LZW, IFF_TIFF_ZIP) * Return: 0 if OK, 1 on error * * Notes: * (1) For images with bpp > 1, this resets the comptype, if * necessary, to write uncompressed data. * (2) G3 and G4 are only defined for 1 bpp. * (3) We only allow PACKBITS for bpp = 1, because for bpp > 1 * it typically expands images that are not synthetically generated. * (4) G4 compression is typically about twice as good as G3. * G4 is excellent for binary compression of text/line-art, * but terrible for halftones and dithered patterns. (In * fact, G4 on halftones can give a file that is larger * than uncompressed!) If a binary image has dithered * regions, it is usually better to compress with png. */ l_int32 pixWriteStreamTiff(FILE *fp, PIX *pix, l_int32 comptype) { TIFF *tif; PROCNAME("pixWriteStreamTiff"); if (!fp) return ERROR_INT("stream not defined", procName, 1 ); if (!pix) return ERROR_INT("pix not defined", procName, 1 ); if (pixGetDepth(pix) != 1 && comptype != IFF_TIFF && comptype != IFF_TIFF_LZW && comptype != IFF_TIFF_ZIP) { L_WARNING("invalid compression type for bpp > 1\n", procName); comptype = IFF_TIFF_ZIP; } if ((tif = fopenTiff(fp, "wb")) == NULL) return ERROR_INT("tif not opened", procName, 1); if (pixWriteToTiffStream(tif, pix, comptype, NULL, NULL, NULL, NULL)) { TIFFCleanup(tif); return ERROR_INT("tif write error", procName, 1); } TIFFCleanup(tif); return 0; } /*! * pixWriteToTiffStream() * * Input: tif (data structure, opened to a file) * pix * comptype (IFF_TIFF: for any image; no compression * IFF_TIFF_RLE, IFF_TIFF_PACKBITS: for 1 bpp only * IFF_TIFF_G4 and IFF_TIFF_G3: for 1 bpp only * IFF_TIFF_LZW, IFF_TIFF_ZIP: for any image * natags ( NUMA of custom tiff tags) * savals ( SARRAY of values) * satypes ( SARRAY of types) * nasizes ( NUMA of sizes) * Return: 0 if OK, 1 on error * * Notes: * (1) This static function should only be called through higher * level functions in this file; namely, pixWriteTiffCustom(), * pixWriteTiff(), pixWriteStreamTiff(), pixWriteMemTiff() * and pixWriteMemTiffCustom(). * (2) We only allow PACKBITS for bpp = 1, because for bpp > 1 * it typically expands images that are not synthetically generated. * (3) See pixWriteTiffCustom() for details on how to use * the last four parameters for customized tiff tags. * (4) The only valid pixel depths in leptonica are 1, 2, 4, 8, 16 * and 32. However, it is possible, and in some cases desirable, * to write out a tiff file using an rgb pix that has 24 bpp. * This can be created by appending the raster data for a 24 bpp * image (with proper scanline padding) directly to a 24 bpp * pix that was created without a data array. See note in * pixWriteStreamPng() for an example. */ static l_int32 pixWriteToTiffStream(TIFF *tif, PIX *pix, l_int32 comptype, NUMA *natags, SARRAY *savals, SARRAY *satypes, NUMA *nasizes) { l_uint8 *linebuf, *data; l_uint16 redmap[256], greenmap[256], bluemap[256]; l_int32 w, h, d, i, j, k, wpl, bpl, tiffbpl, ncolors, cmapsize; l_int32 *rmap, *gmap, *bmap; l_int32 xres, yres; l_uint32 *line, *ppixel; PIX *pixt; PIXCMAP *cmap; char *text; PROCNAME("pixWriteToTiffStream"); if (!tif) return ERROR_INT("tif stream not defined", procName, 1); if (!pix) return ERROR_INT( "pix not defined", procName, 1 ); pixGetDimensions(pix, &w, &h, &d); xres = pixGetXRes(pix); yres = pixGetYRes(pix); if (xres == 0) xres = DEFAULT_RESOLUTION; if (yres == 0) yres = DEFAULT_RESOLUTION; /* ------------------ Write out the header ------------- */ TIFFSetField(tif, TIFFTAG_RESOLUTIONUNIT, (l_uint32)RESUNIT_INCH); TIFFSetField(tif, TIFFTAG_XRESOLUTION, (l_float64)xres); TIFFSetField(tif, TIFFTAG_YRESOLUTION, (l_float64)yres); TIFFSetField(tif, TIFFTAG_IMAGEWIDTH, (l_uint32)w); TIFFSetField(tif, TIFFTAG_IMAGELENGTH, (l_uint32)h); TIFFSetField(tif, TIFFTAG_ORIENTATION, ORIENTATION_TOPLEFT); if ((text = pixGetText(pix)) != NULL) TIFFSetField(tif, TIFFTAG_IMAGEDESCRIPTION, text); if (d == 1) TIFFSetField(tif, TIFFTAG_PHOTOMETRIC, PHOTOMETRIC_MINISWHITE); else if (d == 32 || d == 24) { TIFFSetField(tif, TIFFTAG_PHOTOMETRIC, PHOTOMETRIC_RGB); TIFFSetField(tif, TIFFTAG_BITSPERSAMPLE, (l_uint16)8, (l_uint16)8, (l_uint16)8); TIFFSetField(tif, TIFFTAG_SAMPLESPERPIXEL, (l_uint16)3); } else if ((cmap = pixGetColormap(pix)) == NULL) { TIFFSetField(tif, TIFFTAG_PHOTOMETRIC, PHOTOMETRIC_MINISBLACK); } else { /* Save colormap in the tiff; not more than 256 colors */ pixcmapToArrays(cmap, &rmap, &gmap, &bmap, NULL); ncolors = pixcmapGetCount(cmap); ncolors = L_MIN(256, ncolors); /* max 256 */ cmapsize = 1 << d; cmapsize = L_MIN(256, cmapsize); /* power of 2; max 256 */ if (ncolors > cmapsize) { L_WARNING("too many colors in cmap for tiff; truncating\n", procName); ncolors = cmapsize; } for (i = 0; i < ncolors; i++) { redmap[i] = (rmap[i] << 8) | rmap[i]; greenmap[i] = (gmap[i] << 8) | gmap[i]; bluemap[i] = (bmap[i] << 8) | bmap[i]; } for (i = ncolors; i < cmapsize; i++) /* init, even though not used */ redmap[i] = greenmap[i] = bluemap[i] = 0; FREE(rmap); FREE(gmap); FREE(bmap); TIFFSetField(tif, TIFFTAG_PHOTOMETRIC, PHOTOMETRIC_PALETTE); TIFFSetField(tif, TIFFTAG_SAMPLESPERPIXEL, (l_uint16)1); TIFFSetField(tif, TIFFTAG_BITSPERSAMPLE, (l_uint16)d); TIFFSetField(tif, TIFFTAG_COLORMAP, redmap, greenmap, bluemap); } if (d != 24 && d != 32) { TIFFSetField(tif, TIFFTAG_BITSPERSAMPLE, (l_uint16)d); TIFFSetField(tif, TIFFTAG_SAMPLESPERPIXEL, (l_uint16)1); } TIFFSetField(tif, TIFFTAG_PLANARCONFIG, PLANARCONFIG_CONTIG); if (comptype == IFF_TIFF) { /* no compression */ TIFFSetField(tif, TIFFTAG_COMPRESSION, COMPRESSION_NONE); } else if (comptype == IFF_TIFF_G4) { TIFFSetField(tif, TIFFTAG_COMPRESSION, COMPRESSION_CCITTFAX4); } else if (comptype == IFF_TIFF_G3) { TIFFSetField(tif, TIFFTAG_COMPRESSION, COMPRESSION_CCITTFAX3); } else if (comptype == IFF_TIFF_RLE) { TIFFSetField(tif, TIFFTAG_COMPRESSION, COMPRESSION_CCITTRLE); } else if (comptype == IFF_TIFF_PACKBITS) { TIFFSetField(tif, TIFFTAG_COMPRESSION, COMPRESSION_PACKBITS); } else if (comptype == IFF_TIFF_LZW) { TIFFSetField(tif, TIFFTAG_COMPRESSION, COMPRESSION_LZW); } else if (comptype == IFF_TIFF_ZIP) { TIFFSetField(tif, TIFFTAG_COMPRESSION, COMPRESSION_ADOBE_DEFLATE); } else { L_WARNING("unknown tiff compression; using none\n", procName); TIFFSetField(tif, TIFFTAG_COMPRESSION, COMPRESSION_NONE); } /* This is a no-op if arrays are NULL */ writeCustomTiffTags(tif, natags, savals, satypes, nasizes); /* ------------- Write out the image data ------------- */ tiffbpl = TIFFScanlineSize(tif); wpl = pixGetWpl(pix); bpl = 4 * wpl; if (tiffbpl > bpl) fprintf(stderr, "Big trouble: tiffbpl = %d, bpl = %d\n", tiffbpl, bpl); if ((linebuf = (l_uint8 *)CALLOC(1, bpl)) == NULL) return ERROR_INT("calloc fail for linebuf", procName, 1); /* Use single strip for image */ TIFFSetField(tif, TIFFTAG_ROWSPERSTRIP, h); if (d != 24 && d != 32) { if (d == 16) pixt = pixEndianTwoByteSwapNew(pix); else pixt = pixEndianByteSwapNew(pix); data = (l_uint8 *)pixGetData(pixt); for (i = 0; i < h; i++, data += bpl) { memcpy((char *)linebuf, (char *)data, tiffbpl); if (TIFFWriteScanline(tif, linebuf, i, 0) < 0) break; } pixDestroy(&pixt); } else if (d == 24) { /* See note 4 above: special case of 24 bpp rgb */ for (i = 0; i < h; i++) { line = pixGetData(pix) + i * wpl; if (TIFFWriteScanline(tif, (l_uint8 *)line, i, 0) < 0) break; } } else { /* standard 32 bpp rgb */ for (i = 0; i < h; i++) { line = pixGetData(pix) + i * wpl; for (j = 0, k = 0, ppixel = line; j < w; j++) { linebuf[k++] = GET_DATA_BYTE(ppixel, COLOR_RED); linebuf[k++] = GET_DATA_BYTE(ppixel, COLOR_GREEN); linebuf[k++] = GET_DATA_BYTE(ppixel, COLOR_BLUE); ppixel++; } if (TIFFWriteScanline(tif, linebuf, i, 0) < 0) break; } } /* TIFFWriteDirectory(tif); */ FREE(linebuf); return 0; } /*! * writeCustomTiffTags() * * Input: tif * natags ( NUMA of custom tiff tags) * savals ( SARRAY of values) * satypes ( SARRAY of types) * nasizes ( NUMA of sizes) * Return: 0 if OK, 1 on error * * Notes: * (1) This static function should be called indirectly through * higher level functions, such as pixWriteTiffCustom(), * which call pixWriteToTiffStream(). See details in * pixWriteTiffCustom() for using the 4 input arrays. * (2) This is a no-op if the first 3 arrays are all NULL. * (3) Otherwise, the first 3 arrays must be defined and all * of equal size. * (4) The fourth array is always optional. * (5) The most commonly used types are "char*" and "u_int16". * See tiff.h for a full listing of the tiff tags. * Note that many of these tags, in particular the bit tags, * are intended to be private, and cannot be set by this function. * Examples are the STRIPOFFSETS and STRIPBYTECOUNTS tags, * which are bit tags that are automatically set in the header, * and can be extracted using tiffdump. */ static l_int32 writeCustomTiffTags(TIFF *tif, NUMA *natags, SARRAY *savals, SARRAY *satypes, NUMA *nasizes) { char *sval, *type; l_int32 i, n, ns, size, tagval, val; l_float64 dval; l_uint32 uval, uval2; PROCNAME("writeCustomTiffTags"); if (!tif) return ERROR_INT("tif stream not defined", procName, 1); if (!natags && !savals && !satypes) return 0; if (!natags || !savals || !satypes) return ERROR_INT("not all arrays defined", procName, 1); n = numaGetCount(natags); if ((sarrayGetCount(savals) != n) || (sarrayGetCount(satypes) != n)) return ERROR_INT("not all sa the same size", procName, 1); /* The sized arrays (4 args to TIFFSetField) are written first */ if (nasizes) { ns = numaGetCount(nasizes); if (ns > n) return ERROR_INT("too many 4-arg tag calls", procName, 1); for (i = 0; i < ns; i++) { numaGetIValue(natags, i, &tagval); sval = sarrayGetString(savals, i, 0); type = sarrayGetString(satypes, i, 0); numaGetIValue(nasizes, i, &size); if (strcmp(type, "char*") && strcmp(type, "l_uint8*")) L_WARNING("array type not char* or l_uint8*; ignore\n", procName); TIFFSetField(tif, tagval, size, sval); } } else { ns = 0; } /* The typical tags (3 args to TIFFSetField) are now written */ for (i = ns; i < n; i++) { numaGetIValue(natags, i, &tagval); sval = sarrayGetString(savals, i, 0); type = sarrayGetString(satypes, i, 0); if (!strcmp(type, "char*")) { TIFFSetField(tif, tagval, sval); } else if (!strcmp(type, "l_uint16")) { if (sscanf(sval, "%u", &uval) == 1) { TIFFSetField(tif, tagval, (l_uint16)uval); } else { fprintf(stderr, "val %s not of type %s\n", sval, type); return ERROR_INT("custom tag(s) not written", procName, 1); } } else if (!strcmp(type, "l_uint32")) { if (sscanf(sval, "%u", &uval) == 1) { TIFFSetField(tif, tagval, uval); } else { fprintf(stderr, "val %s not of type %s\n", sval, type); return ERROR_INT("custom tag(s) not written", procName, 1); } } else if (!strcmp(type, "l_int32")) { if (sscanf(sval, "%d", &val) == 1) { TIFFSetField(tif, tagval, val); } else { fprintf(stderr, "val %s not of type %s\n", sval, type); return ERROR_INT("custom tag(s) not written", procName, 1); } } else if (!strcmp(type, "l_float64")) { if (sscanf(sval, "%lf", &dval) == 1) { TIFFSetField(tif, tagval, dval); } else { fprintf(stderr, "val %s not of type %s\n", sval, type); return ERROR_INT("custom tag(s) not written", procName, 1); } } else if (!strcmp(type, "l_uint16-l_uint16")) { if (sscanf(sval, "%u-%u", &uval, &uval2) == 2) { TIFFSetField(tif, tagval, (l_uint16)uval, (l_uint16)uval2); } else { fprintf(stderr, "val %s not of type %s\n", sval, type); return ERROR_INT("custom tag(s) not written", procName, 1); } } else { return ERROR_INT("unknown type; tag(s) not written", procName, 1); } } return 0; } /*--------------------------------------------------------------* * Reading and writing multipage tiff * *--------------------------------------------------------------*/ /* * pixaReadMultipageTiff() * * Input: filename (input tiff file) * Return: pixa (of page images), or null on error */ PIXA * pixaReadMultipageTiff(const char *filename) { l_int32 i, npages; FILE *fp; PIX *pix; PIXA *pixa; PROCNAME("pixaReadMultipageTiff"); if (!filename) return (PIXA *)ERROR_PTR("filename not defined", procName, NULL); if ((fp = fopenReadStream(filename)) == NULL) return (PIXA *)ERROR_PTR("stream not opened", procName, NULL); if (fileFormatIsTiff(fp)) { tiffGetCount(fp, &npages); L_INFO(" Tiff: %d pages\n", procName, npages); } else { return (PIXA *)ERROR_PTR("file not tiff", procName, NULL); } fclose(fp); pixa = pixaCreate(npages); for (i = 0; i < npages; i++) { pix = pixReadTiff(filename, i); if (!pix) { L_WARNING("pix not read for page %d\n", procName, i); continue; } pixaAddPix(pixa, pix, L_INSERT); } return pixa; } /* * writeMultipageTiff() * * Input: dirin (input directory) * substr ( substring filter on filenames; can be NULL) * fileout (output ps file) * Return: 0 if OK, 1 on error * * Notes: * (1) This writes a set of image files in a directory out * as a multipage tiff file. The images can be in any * initial file format. * (2) Images with a colormap have the colormap removed before * re-encoding as tiff. * (3) All images are encoded losslessly. Those with 1 bpp are * encoded 'g4'. The rest are encoded as 'zip' (flate encoding). * Because it is lossless, this is an expensive method for * saving most rgb images. */ l_int32 writeMultipageTiff(const char *dirin, const char *substr, const char *fileout) { SARRAY *sa; PROCNAME("writeMultipageTiff"); if (!dirin) return ERROR_INT("dirin not defined", procName, 1); if (!fileout) return ERROR_INT("fileout not defined", procName, 1); /* Get all filtered and sorted full pathnames. */ sa = getSortedPathnamesInDirectory(dirin, substr, 0, 0); /* Generate the tiff file */ writeMultipageTiffSA(sa, fileout); sarrayDestroy(&sa); return 0; } /* * writeMultipageTiffSA() * * Input: sarray (of full path names) * fileout (output ps file) * Return: 0 if OK, 1 on error * * Notes: * (1) See writeMultipageTiff() */ l_int32 writeMultipageTiffSA(SARRAY *sa, const char *fileout) { char *fname; const char *op; l_int32 i, nfiles, firstfile, format; PIX *pix, *pixt; PROCNAME("writeMultipageTiffSA"); if (!sa) return ERROR_INT("sa not defined", procName, 1); if (!fileout) return ERROR_INT("fileout not defined", procName, 1); nfiles = sarrayGetCount(sa); firstfile = TRUE; for (i = 0; i < nfiles; i++) { op = (firstfile) ? "w" : "a"; fname = sarrayGetString(sa, i, L_NOCOPY); findFileFormat(fname, &format); if (format == IFF_UNKNOWN) { L_INFO("format of %s not known\n", procName, fname); continue; } if ((pix = pixRead(fname)) == NULL) { L_WARNING("pix not made for file: %s\n", procName, fname); continue; } if (pixGetDepth(pix) == 1) { pixWriteTiff(fileout, pix, IFF_TIFF_G4, op); } else { if (pixGetColormap(pix)) { pixt = pixRemoveColormap(pix, REMOVE_CMAP_BASED_ON_SRC); } else { pixt = pixClone(pix); } pixWriteTiff(fileout, pixt, IFF_TIFF_ZIP, op); pixDestroy(&pixt); } firstfile = FALSE; pixDestroy(&pix); } return 0; } /*--------------------------------------------------------------* * Print info to stream * *--------------------------------------------------------------*/ /* * fprintTiffInfo() * * Input: stream (for output of tag data) * tiffile (input) * Return: 0 if OK; 1 on error */ l_int32 fprintTiffInfo(FILE *fpout, const char *tiffile) { TIFF *tif; PROCNAME("fprintTiffInfo"); if (!tiffile) return ERROR_INT("tiffile not defined", procName, 1); if (!fpout) return ERROR_INT("stream out not defined", procName, 1); if ((tif = openTiff(tiffile, "rb")) == NULL) return ERROR_INT("tif not open for read", procName, 1); TIFFPrintDirectory(tif, fpout, 0); TIFFClose(tif); return 0; } /*--------------------------------------------------------------* * Get page count * *--------------------------------------------------------------*/ /* * tiffGetCount() * * Input: stream (opened for read) * &n ( number of images) * Return: 0 if OK; 1 on error */ l_int32 tiffGetCount(FILE *fp, l_int32 *pn) { l_int32 i; TIFF *tif; PROCNAME("tiffGetCount"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (!pn) return ERROR_INT("&n not defined", procName, 1); *pn = 0; if ((tif = fopenTiff(fp, "rb")) == NULL) return ERROR_INT("tif not open for read", procName, 1); for (i = 1; i < MAX_PAGES_IN_TIFF_FILE; i++) { if (TIFFReadDirectory(tif) == 0) break; } *pn = i; TIFFCleanup(tif); return 0; } /*--------------------------------------------------------------* * Get resolution from tif * *--------------------------------------------------------------*/ /* * getTiffResolution() * * Input: stream (opened for read) * &xres, &yres ( resolution in ppi) * Return: 0 if OK; 1 on error * * Notes: * (1) If neither resolution field is set, this is not an error; * the returned resolution values are 0 (designating 'unknown'). */ l_int32 getTiffResolution(FILE *fp, l_int32 *pxres, l_int32 *pyres) { TIFF *tif; PROCNAME("getTiffResolution"); if (!pxres || !pyres) return ERROR_INT("&xres and &yres not both defined", procName, 1); *pxres = *pyres = 0; if (!fp) return ERROR_INT("stream not opened", procName, 1); if ((tif = fopenTiff(fp, "rb")) == NULL) return ERROR_INT("tif not open for read", procName, 1); getTiffStreamResolution(tif, pxres, pyres); TIFFCleanup(tif); return 0; } /* * getTiffStreamResolution() * * Input: tiff stream (opened for read) * &xres, &yres ( resolution in ppi) * Return: 0 if OK; 1 on error * * Notes: * (1) If neither resolution field is set, this is not an error; * the returned resolution values are 0 (designating 'unknown'). */ static l_int32 getTiffStreamResolution(TIFF *tif, l_int32 *pxres, l_int32 *pyres) { l_uint16 resunit; l_int32 foundxres, foundyres; l_float32 fxres, fyres; PROCNAME("getTiffStreamResolution"); if (!tif) return ERROR_INT("tif not opened", procName, 1); if (!pxres || !pyres) return ERROR_INT("&xres and &yres not both defined", procName, 1); *pxres = *pyres = 0; TIFFGetFieldDefaulted(tif, TIFFTAG_RESOLUTIONUNIT, &resunit); foundxres = TIFFGetField(tif, TIFFTAG_XRESOLUTION, &fxres); foundyres = TIFFGetField(tif, TIFFTAG_YRESOLUTION, &fyres); if (!foundxres && !foundyres) return 1; if (!foundxres && foundyres) fxres = fyres; else if (foundxres && !foundyres) fyres = fxres; if (resunit == RESUNIT_CENTIMETER) { /* convert to ppi */ *pxres = (l_int32)(2.54 * fxres + 0.5); *pyres = (l_int32)(2.54 * fyres + 0.5); } else { *pxres = (l_int32)fxres; *pyres = (l_int32)fyres; } return 0; } /*--------------------------------------------------------------* * Get some tiff header information * *--------------------------------------------------------------*/ /*! * readHeaderTiff() * * Input: filename * n (page image number: 0-based) * &width () * &height () * &bps ( bits per sample -- 1, 2, 4 or 8) * &spp (; samples per pixel -- 1 or 3) * &res (; resolution in x dir; NULL to ignore) * &cmap (; colormap exists; input NULL to ignore) * &format (; tiff format; input NULL to ignore) * Return: 0 if OK, 1 on error * * Notes: * (1) If there is a colormap, cmap is returned as 1; else 0. * (2) If @n is equal to or greater than the number of images, returns 1. */ l_int32 readHeaderTiff(const char *filename, l_int32 n, l_int32 *pwidth, l_int32 *pheight, l_int32 *pbps, l_int32 *pspp, l_int32 *pres, l_int32 *pcmap, l_int32 *pformat) { l_int32 ret; FILE *fp; PROCNAME("readHeaderTiff"); if (!filename) return ERROR_INT("filename not defined", procName, 1); if (!pwidth || !pheight || !pbps || !pspp) return ERROR_INT("input ptr(s) not all defined", procName, 1); *pwidth = *pheight = *pbps = *pspp = 0; if (pres) *pres = 0; if (pcmap) *pcmap = 0; if ((fp = fopenReadStream(filename)) == NULL) return ERROR_INT("image file not found", procName, 1); ret = freadHeaderTiff(fp, n, pwidth, pheight, pbps, pspp, pres, pcmap, pformat); fclose(fp); return ret; } /*! * freadHeaderTiff() * * Input: stream * n (page image number: 0-based) * &width () * &height () * &bps ( bits per sample -- 1, 2, 4 or 8) * &spp (; samples per pixel -- 1 or 3) * &res (; resolution in x dir; NULL to ignore) * &cmap (; colormap exists; input NULL to ignore) * &format (; tiff format; input NULL to ignore) * Return: 0 if OK, 1 on error * * Notes: * (1) If there is a colormap, cmap is returned as 1; else 0. * (2) If @n is equal to or greater than the number of images, returns 1. */ l_int32 freadHeaderTiff(FILE *fp, l_int32 n, l_int32 *pwidth, l_int32 *pheight, l_int32 *pbps, l_int32 *pspp, l_int32 *pres, l_int32 *pcmap, l_int32 *pformat) { l_int32 i, ret, format; TIFF *tif; PROCNAME("freadHeaderTiff"); if (!fp) return ERROR_INT("stream not defined", procName, 1); if (n < 0) return ERROR_INT("image index must be >= 0", procName, 1); if (!pwidth || !pheight || !pbps || !pspp) return ERROR_INT("input ptr(s) not all defined", procName, 1); *pwidth = *pheight = *pbps = *pspp = 0; if (pres) *pres = 0; if (pcmap) *pcmap = 0; if (pformat) *pformat = 0; findFileFormatStream(fp, &format); if (format != IFF_TIFF && format != IFF_TIFF_G3 && format != IFF_TIFF_G4 && format != IFF_TIFF_RLE && format != IFF_TIFF_PACKBITS && format != IFF_TIFF_LZW && format != IFF_TIFF_ZIP) return ERROR_INT("file not tiff format", procName, 1); if ((tif = fopenTiff(fp, "rb")) == NULL) return ERROR_INT("tif not open for read", procName, 1); for (i = 0; i < n; i++) { if (TIFFReadDirectory(tif) == 0) return ERROR_INT("image n not found in file", procName, 1); } ret = tiffReadHeaderTiff(tif, pwidth, pheight, pbps, pspp, pres, pcmap, pformat); TIFFCleanup(tif); return ret; } /*! * readHeaderMemTiff() * * Input: cdata (const; tiff-encoded) * size (size of data) * n (page image number: 0-based) * &width () * &height () * &bps ( bits per sample -- 1, 2, 4 or 8) * &spp (; samples per pixel -- 1 or 3) * &res (; resolution in x dir; NULL to ignore) * &cmap (; colormap exists; input NULL to ignore) * &format (; tiff format; input NULL to ignore) * Return: 0 if OK, 1 on error * * Notes: * (1) Use TIFFClose(); TIFFCleanup() doesn't free internal memstream. */ l_int32 readHeaderMemTiff(const l_uint8 *cdata, size_t size, l_int32 n, l_int32 *pwidth, l_int32 *pheight, l_int32 *pbps, l_int32 *pspp, l_int32 *pres, l_int32 *pcmap, l_int32 *pformat) { l_uint8 *data; l_int32 i, ret; TIFF *tif; PROCNAME("readHeaderMemTiff"); if (!cdata) return ERROR_INT("cdata not defined", procName, 1); if (!pwidth || !pheight || !pbps || !pspp) return ERROR_INT("input ptr(s) not all defined", procName, 1); *pwidth = *pheight = *pbps = *pspp = 0; if (pres) *pres = 0; if (pcmap) *pcmap = 0; if (pformat) *pformat = 0; /* Open a tiff stream to memory */ data = (l_uint8 *)cdata; /* we're really not going to change this */ if ((tif = fopenTiffMemstream("tifferror", "r", &data, &size)) == NULL) return ERROR_INT("tiff stream not opened", procName, 1); for (i = 0; i < n; i++) { if (TIFFReadDirectory(tif) == 0) { TIFFClose(tif); return ERROR_INT("image n not found in file", procName, 1); } } ret = tiffReadHeaderTiff(tif, pwidth, pheight, pbps, pspp, pres, pcmap, pformat); TIFFClose(tif); return ret; } /*! * tiffReadHeaderTiff() * * Input: tif * &width () * &height () * &bps ( bits per sample -- 1, 2, 4 or 8) * &spp (; samples per pixel -- 1 or 3) * &res (; resolution in x dir; NULL to ignore) * &cmap (; cmap exists; input NULL to ignore) * &format (; tiff format; input NULL to ignore) * Return: 0 if OK, 1 on error */ static l_int32 tiffReadHeaderTiff(TIFF *tif, l_int32 *pwidth, l_int32 *pheight, l_int32 *pbps, l_int32 *pspp, l_int32 *pres, l_int32 *pcmap, l_int32 *pformat) { l_uint16 tiffcomp; l_uint16 bps, spp; l_uint16 *rmap, *gmap, *bmap; l_int32 xres, yres; l_uint32 w, h; PROCNAME("tiffReadHeaderTiff"); if (!tif) return ERROR_INT("tif not opened", procName, 1); TIFFGetField(tif, TIFFTAG_IMAGEWIDTH, &w); *pwidth = w; TIFFGetField(tif, TIFFTAG_IMAGELENGTH, &h); *pheight = h; TIFFGetFieldDefaulted(tif, TIFFTAG_BITSPERSAMPLE, &bps); *pbps = bps; TIFFGetFieldDefaulted(tif, TIFFTAG_SAMPLESPERPIXEL, &spp); *pspp = spp; if (pres) { *pres = 300; /* default ppi */ if (getTiffStreamResolution(tif, &xres, &yres) == 0) *pres = (l_int32)xres; } if (pcmap) { *pcmap = 0; if (TIFFGetField(tif, TIFFTAG_COLORMAP, &rmap, &gmap, &bmap)) *pcmap = 1; } if (pformat) { TIFFGetFieldDefaulted(tif, TIFFTAG_COMPRESSION, &tiffcomp); *pformat = getTiffCompressedFormat(tiffcomp); } return 0; } /*! * findTiffCompression() * * Input: stream (must be rewound to BOF) * &comptype ( compression type) * Return: 0 if OK, 1 on error * * Notes: * (1) The returned compression type is that defined in * the enum in imageio.h. It is not the tiff flag value. * (2) The compression type is initialized to IFF_UNKNOWN. * If it is not one of the specified types, the returned * type is IFF_TIFF, which indicates no compression. * (3) When this function is called, the stream must be at BOF. * If the opened stream is to be used again to read the * file, it must be rewound to BOF after calling this function. */ l_int32 findTiffCompression(FILE *fp, l_int32 *pcomptype) { l_uint16 tiffcomp; TIFF *tif; PROCNAME("findTiffCompression"); if (!pcomptype) return ERROR_INT("&comptype not defined", procName, 1); *pcomptype = IFF_UNKNOWN; /* init */ if (!fp) return ERROR_INT("stream not defined", procName, 1); if ((tif = fopenTiff(fp, "rb")) == NULL) return ERROR_INT("tif not opened", procName, 1); TIFFGetFieldDefaulted(tif, TIFFTAG_COMPRESSION, &tiffcomp); *pcomptype = getTiffCompressedFormat(tiffcomp); TIFFCleanup(tif); return 0; } /*! * getTiffCompressedFormat() * * Input: tiffcomp (defined in tiff.h) * Return: compression format (defined in imageio.h) * * Notes: * (1) The input must be the actual tiff compression type * returned by a tiff library call. It should always be * a valid tiff type. * (2) The return type is defined in the enum in imageio.h. */ static l_int32 getTiffCompressedFormat(l_uint16 tiffcomp) { l_int32 comptype; switch (tiffcomp) { case COMPRESSION_CCITTFAX4: comptype = IFF_TIFF_G4; break; case COMPRESSION_CCITTFAX3: comptype = IFF_TIFF_G3; break; case COMPRESSION_CCITTRLE: comptype = IFF_TIFF_RLE; break; case COMPRESSION_PACKBITS: comptype = IFF_TIFF_PACKBITS; break; case COMPRESSION_LZW: comptype = IFF_TIFF_LZW; break; case COMPRESSION_ADOBE_DEFLATE: comptype = IFF_TIFF_ZIP; break; default: comptype = IFF_TIFF; break; } return comptype; } /*--------------------------------------------------------------* * Extraction of tiff g4 data * *--------------------------------------------------------------*/ /*! * extractG4DataFromFile() * * Input: filein * &data ( binary data of ccitt g4 encoded stream) * &nbytes ( size of binary data) * &w ( image width) * &h ( image height) * &minisblack ( boolean) * Return: 0 if OK, 1 on error */ l_int32 extractG4DataFromFile(const char *filein, l_uint8 **pdata, size_t *pnbytes, l_int32 *pw, l_int32 *ph, l_int32 *pminisblack) { l_uint8 *inarray, *data; l_uint16 minisblack, comptype; /* accessors require l_uint16 */ l_int32 istiff; l_uint32 w, h, rowsperstrip; /* accessors require l_uint32 */ l_uint32 diroff; size_t fbytes, nbytes; FILE *fpin; TIFF *tif; PROCNAME("extractG4DataFromFile"); if (!pdata) return ERROR_INT("&data not defined", procName, 1); if (!pnbytes) return ERROR_INT("&nbytes not defined", procName, 1); if (!pw && !ph && !pminisblack) return ERROR_INT("no output data requested", procName, 1); *pdata = NULL; *pnbytes = 0; if ((fpin = fopenReadStream(filein)) == NULL) return ERROR_INT("stream not opened to file", procName, 1); istiff = fileFormatIsTiff(fpin); fclose(fpin); if (!istiff) return ERROR_INT("filein not tiff", procName, 1); if ((inarray = l_binaryRead(filein, &fbytes)) == NULL) return ERROR_INT("inarray not made", procName, 1); /* Get metadata about the image */ if ((tif = openTiff(filein, "rb")) == NULL) return ERROR_INT("tif not open for read", procName, 1); TIFFGetField(tif, TIFFTAG_COMPRESSION, &comptype); if (comptype != COMPRESSION_CCITTFAX4) { FREE(inarray); TIFFClose(tif); return ERROR_INT("filein is not g4 compressed", procName, 1); } TIFFGetField(tif, TIFFTAG_IMAGEWIDTH, &w); TIFFGetField(tif, TIFFTAG_IMAGELENGTH, &h); TIFFGetField(tif, TIFFTAG_ROWSPERSTRIP, &rowsperstrip); if (h != rowsperstrip) L_WARNING("more than 1 strip\n", procName); TIFFGetField(tif, TIFFTAG_PHOTOMETRIC, &minisblack); /* for 1 bpp */ /* TIFFPrintDirectory(tif, stderr, 0); */ TIFFClose(tif); if (pw) *pw = (l_int32)w; if (ph) *ph = (l_int32)h; if (pminisblack) *pminisblack = (l_int32)minisblack; /* The header has 8 bytes: the first 2 are the magic number, * the next 2 are the version, and the last 4 are the * offset to the first directory. That's what we want here. * We have to test the byte order before decoding 4 bytes! */ if (inarray[0] == 0x4d) { /* big-endian */ diroff = (inarray[4] << 24) | (inarray[5] << 16) | (inarray[6] << 8) | inarray[7]; } else { /* inarray[0] == 0x49 : little-endian */ diroff = (inarray[7] << 24) | (inarray[6] << 16) | (inarray[5] << 8) | inarray[4]; } /* fprintf(stderr, " diroff = %d, %x\n", diroff, diroff); */ /* Extract the ccittg4 encoded data from the tiff file. * We skip the 8 byte header and take nbytes of data, * up to the beginning of the directory (at diroff) */ nbytes = diroff - 8; *pnbytes = nbytes; if ((data = (l_uint8 *)CALLOC(nbytes, sizeof(l_uint8))) == NULL) { FREE(inarray); return ERROR_INT("data not allocated", procName, 1); } *pdata = data; memcpy(data, inarray + 8, nbytes); FREE(inarray); return 0; } /*--------------------------------------------------------------* * Open tiff stream from file stream * *--------------------------------------------------------------*/ /*! * fopenTiff() * * Input: stream * modestring ("r", "w", ...) * Return: tiff (data structure, opened for a file descriptor) * * Notes: * (1) Why is this here? Leffler did not provide a function that * takes a stream and gives a TIFF. He only gave one that * generates a TIFF starting with a file descriptor. So we * need to make it here, because it is useful to have functions * that take a stream as input. * (2) Requires lseek to rewind to BOF; fseek won't hack it. * (3) When linking with windows, suggest you use tif_unix.c * instead of tif_win32.c, because it has been reported that * the file descriptor returned from fileno() does not work * with TIFFFdOpen() in tif_win32.c. (win32 requires a * "handle", which is an integer returned by _get_osfhandle(fd).) */ static TIFF * fopenTiff(FILE *fp, const char *modestring) { l_int32 fd; PROCNAME("fopenTiff"); if (!fp) return (TIFF *)ERROR_PTR("stream not opened", procName, NULL); if (!modestring) return (TIFF *)ERROR_PTR("modestring not defined", procName, NULL); if ((fd = fileno(fp)) < 0) return (TIFF *)ERROR_PTR("invalid file descriptor", procName, NULL); lseek(fd, 0, SEEK_SET); return TIFFFdOpen(fd, "TIFFstream", modestring); } /*--------------------------------------------------------------* * Wrapper for TIFFOpen * *--------------------------------------------------------------*/ /*! * openTiff() * * Input: filename * modestring ("r", "w", ...) * Return: tiff (data structure) * * Notes: * (1) This handles multi-platform file naming. */ static TIFF * openTiff(const char *filename, const char *modestring) { char *fname; TIFF *tif; PROCNAME("openTiff"); if (!filename) return (TIFF *)ERROR_PTR("filename not defined", procName, NULL); if (!modestring) return (TIFF *)ERROR_PTR("modestring not defined", procName, NULL); fname = genPathname(filename, NULL); tif = TIFFOpen(fname, modestring); FREE(fname); return tif; } /*----------------------------------------------------------------------* * Memory I/O: reading memory --> pix and writing pix --> memory * *----------------------------------------------------------------------*/ /* It would be nice to use open_memstream() and fmemopen() * for writing and reading to memory, rsp. These functions manage * memory for writes and reads that use a file streams interface. * Unfortunately, the tiff library only has an interface for reading * and writing to file descriptors, not to file streams. The tiff * library procedure is to open a "tiff stream" and read/write to it. * The library provides a client interface for managing the I/O * from memory, which requires seven callbacks. See the TIFFClientOpen * man page for callback signatures. Adam Langley provided the code * to do this. */ /* * The L_Memstram @buffer has different functions in writing and reading. * * * In reading, it is assigned to the data and read from as * the tiff library uncompresses the data and generates the pix. * The @offset points to the current read position in the data, * and the @hw always gives the number of bytes of data. * The @outdata and @outsize ptrs are not used. * When finished, tiffCloseCallback() simply frees the L_Memstream. * * * In writing, it accepts the data that the tiff library * produces when a pix is compressed. the buffer points to a * malloced area of @bufsize bytes. The current writing position * in the buffer is @offset and the most ever written is @hw. * The buffer is expanded as necessary. When finished, * tiffCloseCallback() assigns the @outdata and @outsize ptrs * to the @buffer and @bufsize results, and frees the L_Memstream. */ struct L_Memstream { l_uint8 *buffer; /* expands to hold data when written to; */ /* fixed size when read from. */ size_t bufsize; /* current size allocated when written to; */ /* fixed size of input data when read from. */ size_t offset; /* byte offset from beginning of buffer. */ size_t hw; /* high-water mark; max bytes in buffer. */ l_uint8 **poutdata; /* input param for writing; data goes here. */ size_t *poutsize; /* input param for writing; data size goes here. */ }; typedef struct L_Memstream L_MEMSTREAM; /* These are static functions for memory I/O */ static L_MEMSTREAM *memstreamCreateForRead(l_uint8 *indata, size_t pinsize); static L_MEMSTREAM *memstreamCreateForWrite(l_uint8 **poutdata, size_t *poutsize); static tsize_t tiffReadCallback(thandle_t handle, tdata_t data, tsize_t length); static tsize_t tiffWriteCallback(thandle_t handle, tdata_t data, tsize_t length); static toff_t tiffSeekCallback(thandle_t handle, toff_t offset, l_int32 whence); static l_int32 tiffCloseCallback(thandle_t handle); static toff_t tiffSizeCallback(thandle_t handle); static l_int32 tiffMapCallback(thandle_t handle, tdata_t *data, toff_t *length); static void tiffUnmapCallback(thandle_t handle, tdata_t data, toff_t length); static L_MEMSTREAM * memstreamCreateForRead(l_uint8 *indata, size_t insize) { L_MEMSTREAM *mstream; mstream = (L_MEMSTREAM *)CALLOC(1, sizeof(L_MEMSTREAM)); mstream->buffer = indata; /* handle to input data array */ mstream->bufsize = insize; /* amount of input data */ mstream->hw = insize; /* high-water mark fixed at input data size */ mstream->offset = 0; /* offset always starts at 0 */ return mstream; } static L_MEMSTREAM * memstreamCreateForWrite(l_uint8 **poutdata, size_t *poutsize) { L_MEMSTREAM *mstream; mstream = (L_MEMSTREAM *)CALLOC(1, sizeof(L_MEMSTREAM)); mstream->buffer = (l_uint8 *)CALLOC(8 * 1024, 1); mstream->bufsize = 8 * 1024; mstream->poutdata = poutdata; /* used only at end of write */ mstream->poutsize = poutsize; /* ditto */ mstream->hw = mstream->offset = 0; return mstream; } static tsize_t tiffReadCallback(thandle_t handle, tdata_t data, tsize_t length) { L_MEMSTREAM *mstream; size_t amount; mstream = (L_MEMSTREAM *)handle; amount = L_MIN((size_t)length, mstream->hw - mstream->offset); memcpy(data, mstream->buffer + mstream->offset, amount); mstream->offset += amount; return amount; } static tsize_t tiffWriteCallback(thandle_t handle, tdata_t data, tsize_t length) { L_MEMSTREAM *mstream; size_t newsize; /* reallocNew() uses calloc to initialize the array. * If malloc is used instead, for some of the encoding methods, * not all the data in 'bufsize' bytes in the buffer will * have been initialized by the end of the compression. */ mstream = (L_MEMSTREAM *)handle; if (mstream->offset + length > mstream->bufsize) { newsize = 2 * (mstream->offset + length); mstream->buffer = (l_uint8 *)reallocNew((void **)&mstream->buffer, mstream->hw, newsize); mstream->bufsize = newsize; } memcpy(mstream->buffer + mstream->offset, data, length); mstream->offset += length; mstream->hw = L_MAX(mstream->offset, mstream->hw); return length; } static toff_t tiffSeekCallback(thandle_t handle, toff_t offset, l_int32 whence) { L_MEMSTREAM *mstream; PROCNAME("tiffSeekCallback"); mstream = (L_MEMSTREAM *)handle; switch (whence) { case SEEK_SET: /* fprintf(stderr, "seek_set: offset = %d\n", offset); */ mstream->offset = offset; break; case SEEK_CUR: /* fprintf(stderr, "seek_cur: offset = %d\n", offset); */ mstream->offset += offset; break; case SEEK_END: /* fprintf(stderr, "seek end: hw = %d, offset = %d\n", mstream->hw, offset); */ mstream->offset = mstream->hw - offset; /* offset >= 0 */ break; default: return (toff_t)ERROR_INT("bad whence value", procName, mstream->offset); } return mstream->offset; } static l_int32 tiffCloseCallback(thandle_t handle) { L_MEMSTREAM *mstream; mstream = (L_MEMSTREAM *)handle; if (mstream->poutdata) { /* writing: save the output data */ *mstream->poutdata = mstream->buffer; *mstream->poutsize = mstream->hw; } FREE(mstream); /* never free the buffer! */ return 0; } static toff_t tiffSizeCallback(thandle_t handle) { L_MEMSTREAM *mstream; mstream = (L_MEMSTREAM *)handle; return mstream->hw; } static l_int32 tiffMapCallback(thandle_t handle, tdata_t *data, toff_t *length) { L_MEMSTREAM *mstream; mstream = (L_MEMSTREAM *)handle; *data = mstream->buffer; *length = mstream->hw; return 0; } static void tiffUnmapCallback(thandle_t handle, tdata_t data, toff_t length) { return; } /*! * fopenTiffMemstream() * * Input: filename (for error output; can be "") * operation ("w" for write, "r" for read) * &data ( written data) * &datasize ( size of written data) * Return: tiff (data structure, opened for write to memory) * * Notes: * (1) This wraps up a number of callbacks for either: * * reading from tiff in memory buffer --> pix * * writing from pix --> tiff in memory buffer * (2) After use, the memstream is automatically destroyed when * TIFFClose() is called. TIFFCleanup() doesn't free the memstream. */ static TIFF * fopenTiffMemstream(const char *filename, const char *operation, l_uint8 **pdata, size_t *pdatasize) { L_MEMSTREAM *mstream; PROCNAME("fopenTiffMemstream"); if (!filename) return (TIFF *)ERROR_PTR("filename not defined", procName, NULL); if (!operation) return (TIFF *)ERROR_PTR("operation not defined", procName, NULL); if (!pdata) return (TIFF *)ERROR_PTR("&data not defined", procName, NULL); if (!pdatasize) return (TIFF *)ERROR_PTR("&datasize not defined", procName, NULL); if (!strcmp(operation, "r") && !strcmp(operation, "w")) return (TIFF *)ERROR_PTR("operation not 'r' or 'w'}", procName, NULL); if (!strcmp(operation, "r")) mstream = memstreamCreateForRead(*pdata, *pdatasize); else mstream = memstreamCreateForWrite(pdata, pdatasize); return TIFFClientOpen(filename, operation, mstream, tiffReadCallback, tiffWriteCallback, tiffSeekCallback, tiffCloseCallback, tiffSizeCallback, tiffMapCallback, tiffUnmapCallback); } /*! * pixReadMemTiff() * * Input: data (const; tiff-encoded) * datasize (size of data) * n (page image number: 0-based) * Return: pix, or null on error * * Notes: * (1) This is a version of pixReadTiff(), where the data is read * from a memory buffer and uncompressed. * (2) Use TIFFClose(); TIFFCleanup() doesn't free internal memstream. */ PIX * pixReadMemTiff(const l_uint8 *cdata, size_t size, l_int32 n) { l_uint8 *data; l_int32 i, pagefound; PIX *pix; TIFF *tif; PROCNAME("pixReadMemTiff"); if (!cdata) return (PIX *)ERROR_PTR("cdata not defined", procName, NULL); data = (l_uint8 *)cdata; /* we're really not going to change this */ if ((tif = fopenTiffMemstream("tifferror", "r", &data, &size)) == NULL) return (PIX *)ERROR_PTR("tiff stream not opened", procName, NULL); pagefound = FALSE; pix = NULL; for (i = 0; i < MAX_PAGES_IN_TIFF_FILE; i++) { if (i == n) { pagefound = TRUE; if ((pix = pixReadFromTiffStream(tif)) == NULL) { TIFFClose(tif); return (PIX *)ERROR_PTR("pix not read", procName, NULL); } pixSetInputFormat(pix, IFF_TIFF); break; } if (TIFFReadDirectory(tif) == 0) break; } if (pagefound == FALSE) L_WARNING("tiff page %d not found\n", procName, n); TIFFClose(tif); return pix; } /*! * pixWriteMemTiff() * * Input: &data ( data of tiff compressed image) * &size ( size of returned data) * pix * comptype (IFF_TIFF, IFF_TIFF_RLE, IFF_TIFF_PACKBITS, * IFF_TIFF_G3, IFF_TIFF_G4, * IFF_TIFF_LZW, IFF_TIFF_ZIP) * Return: 0 if OK, 1 on error * * Usage: * (1) See pixWriteTiff(). This version writes to * memory instead of to a file. */ l_int32 pixWriteMemTiff(l_uint8 **pdata, size_t *psize, PIX *pix, l_int32 comptype) { return pixWriteMemTiffCustom(pdata, psize, pix, comptype, NULL, NULL, NULL, NULL); } /*! * pixWriteMemTiffCustom() * * Input: &data ( data of tiff compressed image) * &size ( size of returned data) * pix * comptype (IFF_TIFF, IFF_TIFF_RLE, IFF_TIFF_PACKBITS, * IFF_TIFF_G3, IFF_TIFF_G4, * IFF_TIFF_LZW, IFF_TIFF_ZIP) * natags ( NUMA of custom tiff tags) * savals ( SARRAY of values) * satypes ( SARRAY of types) * nasizes ( NUMA of sizes) * Return: 0 if OK, 1 on error * * Usage: * (1) See pixWriteTiffCustom(). This version writes to * memory instead of to a file. * (2) Use TIFFClose(); TIFFCleanup() doesn't free internal memstream. */ l_int32 pixWriteMemTiffCustom(l_uint8 **pdata, size_t *psize, PIX *pix, l_int32 comptype, NUMA *natags, SARRAY *savals, SARRAY *satypes, NUMA *nasizes) { l_int32 ret; TIFF *tif; PROCNAME("pixWriteMemTiffCustom"); if (!pdata) return ERROR_INT("&data not defined", procName, 1); if (!psize) return ERROR_INT("&size not defined", procName, 1); if (!pix) return ERROR_INT("&pix not defined", procName, 1); if (pixGetDepth(pix) != 1 && comptype != IFF_TIFF && comptype != IFF_TIFF_LZW && comptype != IFF_TIFF_ZIP) { L_WARNING("invalid compression type for bpp > 1\n", procName); comptype = IFF_TIFF_ZIP; } if ((tif = fopenTiffMemstream("tifferror", "w", pdata, psize)) == NULL) return ERROR_INT("tiff stream not opened", procName, 1); ret = pixWriteToTiffStream(tif, pix, comptype, natags, savals, satypes, nasizes); TIFFClose(tif); return ret; } /* --------------------------------------------*/ #endif /* HAVE_LIBTIFF */ /* --------------------------------------------*/ leptonica-1.70/src/ccbord.h0000644000175000017500000001235512270566047013720 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ #ifndef LEPTONICA_CCBORD_H #define LEPTONICA_CCBORD_H /* * ccbord.h * * CCBord: represents a single connected component * CCBorda: an array of CCBord */ /* Use in ccbaStepChainsToPixCoords() */ enum { CCB_LOCAL_COORDS = 1, CCB_GLOBAL_COORDS = 2 }; /* Use in ccbaGenerateSPGlobalLocs() */ enum { CCB_SAVE_ALL_PTS = 1, CCB_SAVE_TURNING_PTS = 2 }; /* CCBord contains: * * (1) a minimally-clipped bitmap of the component (pix), * (2) a boxa consisting of: * for the primary component: * (xul, yul) pixel location in global coords * (w, h) of the bitmap * for the hole components: * (x, y) in relative coordinates in primary component * (w, h) of the hole border (which is 2 pixels * larger in each direction than the hole itself) * (3) a pta ('start') of the initial border pixel location for each * closed curve, all in relative coordinates of the primary * component. This is given for the primary component, * followed by the hole components, if any. * (4) a refcount of the ccbord; used internally when a ccbord * is accessed from a ccborda (array of ccbord) * (5) a ptaa for the chain code for the border in relative * coordinates, where the first pta is the exterior border * and all other pta are for interior borders (holes) * (6) a ptaa for the global pixel loc rendition of the border, * where the first pta is the exterior border and all other * pta are for interior borders (holes). * This is derived from the local or step chain code. * (7) a numaa for the chain code for the border as orientation * directions between successive border pixels, where * the first numa is the exterior border and all other * numa are for interior borders (holes). This is derived * from the local chain code. The 8 directions are 0 - 7. * (8) a pta for a single chain for each c.c., comprised of outer * and hole borders, plus cut paths between them, all in * local coords. * (9) a pta for a single chain for each c.c., comprised of outer * and hole borders, plus cut paths between them, all in * global coords. */ struct CCBord { struct Pix *pix; /* component bitmap (min size) */ struct Boxa *boxa; /* regions of each closed curve */ struct Pta *start; /* initial border pixel locations */ l_int32 refcount; /* number of handles; start at 1 */ struct Ptaa *local; /* ptaa of chain pixels (local) */ struct Ptaa *global; /* ptaa of chain pixels (global) */ struct Numaa *step; /* numaa of chain code (step dir) */ struct Pta *splocal; /* pta of single chain (local) */ struct Pta *spglobal; /* pta of single chain (global) */ }; typedef struct CCBord CCBORD; struct CCBorda { struct Pix *pix; /* input pix (may be null) */ l_int32 w; /* width of pix */ l_int32 h; /* height of pix */ l_int32 n; /* number of ccbord in ptr array */ l_int32 nalloc; /* number of ccbord ptrs allocated */ struct CCBord **ccb; /* ccb ptr array */ }; typedef struct CCBorda CCBORDA; #endif /* LEPTONICA_CCBORD_H */ leptonica-1.70/src/projective.c0000644000175000017500000007660712244227307014635 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * projective.c * * Projective (4 pt) image transformation using a sampled * (to nearest integer) transform on each dest point * PIX *pixProjectiveSampledPta() * PIX *pixProjectiveSampled() * * Projective (4 pt) image transformation using interpolation * (or area mapping) for anti-aliasing images that are * 2, 4, or 8 bpp gray, or colormapped, or 32 bpp RGB * PIX *pixProjectivePta() * PIX *pixProjective() * PIX *pixProjectivePtaColor() * PIX *pixProjectiveColor() * PIX *pixProjectivePtaGray() * PIX *pixProjectiveGray() * * Projective transform including alpha (blend) component * PIX *pixProjectivePtaWithAlpha() * * Projective coordinate transformation * l_int32 getProjectiveXformCoeffs() * l_int32 projectiveXformSampledPt() * l_int32 projectiveXformPt() * * A projective transform can be specified as a specific functional * mapping between 4 points in the source and 4 points in the dest. * It preserves straight lines, but is less stable than a bilinear * transform, because it contains a division by a quantity that * can get arbitrarily small.) * * We give both a projective coordinate transformation and * two projective image transformations. * * For the former, we ask for the coordinate value (x',y') * in the transformed space for any point (x,y) in the original * space. The coefficients of the transformation are found by * solving 8 simultaneous equations for the 8 coordinates of * the 4 points in src and dest. The transformation can then * be used to compute the associated image transform, by * computing, for each dest pixel, the relevant pixel(s) in * the source. This can be done either by taking the closest * src pixel to each transformed dest pixel ("sampling") or * by doing an interpolation and averaging over 4 source * pixels with appropriate weightings ("interpolated"). * * A typical application would be to remove keystoning * due to a projective transform in the imaging system. * * The projective transform is given by specifying two equations: * * x' = (ax + by + c) / (gx + hy + 1) * y' = (dx + ey + f) / (gx + hy + 1) * * where the eight coefficients have been computed from four * sets of these equations, each for two corresponding data pts. * In practice, for each point (x,y) in the dest image, this * equation is used to compute the corresponding point (x',y') * in the src. That computed point in the src is then used * to determine the dest value in one of two ways: * * - sampling: take the value of the src pixel in which this * point falls * - interpolation: take appropriate linear combinations of the * four src pixels that this dest pixel would * overlap, with the coefficients proportional * to the amount of overlap * * For small warp where there is little scale change, (e.g., * for rotation) area mapping is nearly equivalent to interpolation. * * Typical relative timing of pointwise transforms (sampled = 1.0): * 8 bpp: sampled 1.0 * interpolated 1.5 * 32 bpp: sampled 1.0 * interpolated 1.6 * Additionally, the computation time/pixel is nearly the same * for 8 bpp and 32 bpp, for both sampled and interpolated. */ #include #include #include "allheaders.h" extern l_float32 AlphaMaskBorderVals[2]; /*------------------------------------------------------------n * Sampled projective image transformation * *-------------------------------------------------------------*/ /*! * pixProjectiveSampledPta() * * Input: pixs (all depths) * ptad (4 pts of final coordinate space) * ptas (4 pts of initial coordinate space) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK) * Return: pixd, or null on error * * Notes: * (1) Brings in either black or white pixels from the boundary. * (2) Retains colormap, which you can do for a sampled transform.. * (3) No 3 of the 4 points may be collinear. * (4) For 8 and 32 bpp pix, better quality is obtained by the * somewhat slower pixProjectivePta(). See that * function for relative timings between sampled and interpolated. */ PIX * pixProjectiveSampledPta(PIX *pixs, PTA *ptad, PTA *ptas, l_int32 incolor) { l_float32 *vc; PIX *pixd; PROCNAME("pixProjectiveSampledPta"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!ptas) return (PIX *)ERROR_PTR("ptas not defined", procName, NULL); if (!ptad) return (PIX *)ERROR_PTR("ptad not defined", procName, NULL); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return (PIX *)ERROR_PTR("invalid incolor", procName, NULL); if (ptaGetCount(ptas) != 4) return (PIX *)ERROR_PTR("ptas count not 4", procName, NULL); if (ptaGetCount(ptad) != 4) return (PIX *)ERROR_PTR("ptad count not 4", procName, NULL); /* Get backwards transform from dest to src, and apply it */ getProjectiveXformCoeffs(ptad, ptas, &vc); pixd = pixProjectiveSampled(pixs, vc, incolor); FREE(vc); return pixd; } /*! * pixProjectiveSampled() * * Input: pixs (all depths) * vc (vector of 8 coefficients for projective transformation) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK) * Return: pixd, or null on error * * Notes: * (1) Brings in either black or white pixels from the boundary. * (2) Retains colormap, which you can do for a sampled transform.. * (3) For 8 or 32 bpp, much better quality is obtained by the * somewhat slower pixProjective(). See that function * for relative timings between sampled and interpolated. */ PIX * pixProjectiveSampled(PIX *pixs, l_float32 *vc, l_int32 incolor) { l_int32 i, j, w, h, d, x, y, wpls, wpld, color, cmapindex; l_uint32 val; l_uint32 *datas, *datad, *lines, *lined; PIX *pixd; PIXCMAP *cmap; PROCNAME("pixProjectiveSampled"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!vc) return (PIX *)ERROR_PTR("vc not defined", procName, NULL); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return (PIX *)ERROR_PTR("invalid incolor", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 1 && d != 2 && d != 4 && d != 8 && d != 32) return (PIX *)ERROR_PTR("depth not 1, 2, 4, 8 or 16", procName, NULL); /* Init all dest pixels to color to be brought in from outside */ pixd = pixCreateTemplate(pixs); if ((cmap = pixGetColormap(pixs)) != NULL) { if (incolor == L_BRING_IN_WHITE) color = 1; else color = 0; pixcmapAddBlackOrWhite(cmap, color, &cmapindex); pixSetAllArbitrary(pixd, cmapindex); } else { if ((d == 1 && incolor == L_BRING_IN_WHITE) || (d > 1 && incolor == L_BRING_IN_BLACK)) { pixClearAll(pixd); } else { pixSetAll(pixd); } } /* Scan over the dest pixels */ datas = pixGetData(pixs); wpls = pixGetWpl(pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lined = datad + i * wpld; for (j = 0; j < w; j++) { projectiveXformSampledPt(vc, j, i, &x, &y); if (x < 0 || y < 0 || x >=w || y >= h) continue; lines = datas + y * wpls; if (d == 1) { val = GET_DATA_BIT(lines, x); SET_DATA_BIT_VAL(lined, j, val); } else if (d == 8) { val = GET_DATA_BYTE(lines, x); SET_DATA_BYTE(lined, j, val); } else if (d == 32) { lined[j] = lines[x]; } else if (d == 2) { val = GET_DATA_DIBIT(lines, x); SET_DATA_DIBIT(lined, j, val); } else if (d == 4) { val = GET_DATA_QBIT(lines, x); SET_DATA_QBIT(lined, j, val); } } } return pixd; } /*---------------------------------------------------------------------* * Interpolated projective image transformation * *---------------------------------------------------------------------*/ /*! * pixProjectivePta() * * Input: pixs (all depths; colormap ok) * ptad (4 pts of final coordinate space) * ptas (4 pts of initial coordinate space) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK) * Return: pixd, or null on error * * Notes: * (1) Brings in either black or white pixels from the boundary * (2) Removes any existing colormap, if necessary, before transforming */ PIX * pixProjectivePta(PIX *pixs, PTA *ptad, PTA *ptas, l_int32 incolor) { l_int32 d; l_uint32 colorval; PIX *pixt1, *pixt2, *pixd; PROCNAME("pixProjectivePta"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!ptas) return (PIX *)ERROR_PTR("ptas not defined", procName, NULL); if (!ptad) return (PIX *)ERROR_PTR("ptad not defined", procName, NULL); if (incolor != L_BRING_IN_WHITE && incolor != L_BRING_IN_BLACK) return (PIX *)ERROR_PTR("invalid incolor", procName, NULL); if (ptaGetCount(ptas) != 4) return (PIX *)ERROR_PTR("ptas count not 4", procName, NULL); if (ptaGetCount(ptad) != 4) return (PIX *)ERROR_PTR("ptad count not 4", procName, NULL); if (pixGetDepth(pixs) == 1) return pixProjectiveSampledPta(pixs, ptad, ptas, incolor); /* Remove cmap if it exists, and unpack to 8 bpp if necessary */ pixt1 = pixRemoveColormap(pixs, REMOVE_CMAP_BASED_ON_SRC); d = pixGetDepth(pixt1); if (d < 8) pixt2 = pixConvertTo8(pixt1, FALSE); else pixt2 = pixClone(pixt1); d = pixGetDepth(pixt2); /* Compute actual color to bring in from edges */ colorval = 0; if (incolor == L_BRING_IN_WHITE) { if (d == 8) colorval = 255; else /* d == 32 */ colorval = 0xffffff00; } if (d == 8) pixd = pixProjectivePtaGray(pixt2, ptad, ptas, colorval); else /* d == 32 */ pixd = pixProjectivePtaColor(pixt2, ptad, ptas, colorval); pixDestroy(&pixt1); pixDestroy(&pixt2); return pixd; } /*! * pixProjective() * * Input: pixs (all depths; colormap ok) * vc (vector of 8 coefficients for projective transformation) * incolor (L_BRING_IN_WHITE, L_BRING_IN_BLACK) * Return: pixd, or null on error * * Notes: * (1) Brings in either black or white pixels from the boundary * (2) Removes any existing colormap, if necessary, before transforming */ PIX * pixProjective(PIX *pixs, l_float32 *vc, l_int32 incolor) { l_int32 d; l_uint32 colorval; PIX *pixt1, *pixt2, *pixd; PROCNAME("pixProjective"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!vc) return (PIX *)ERROR_PTR("vc not defined", procName, NULL); if (pixGetDepth(pixs) == 1) return pixProjectiveSampled(pixs, vc, incolor); /* Remove cmap if it exists, and unpack to 8 bpp if necessary */ pixt1 = pixRemoveColormap(pixs, REMOVE_CMAP_BASED_ON_SRC); d = pixGetDepth(pixt1); if (d < 8) pixt2 = pixConvertTo8(pixt1, FALSE); else pixt2 = pixClone(pixt1); d = pixGetDepth(pixt2); /* Compute actual color to bring in from edges */ colorval = 0; if (incolor == L_BRING_IN_WHITE) { if (d == 8) colorval = 255; else /* d == 32 */ colorval = 0xffffff00; } if (d == 8) pixd = pixProjectiveGray(pixt2, vc, colorval); else /* d == 32 */ pixd = pixProjectiveColor(pixt2, vc, colorval); pixDestroy(&pixt1); pixDestroy(&pixt2); return pixd; } /*! * pixProjectivePtaColor() * * Input: pixs (32 bpp) * ptad (4 pts of final coordinate space) * ptas (4 pts of initial coordinate space) * colorval (e.g., 0 to bring in BLACK, 0xffffff00 for WHITE) * Return: pixd, or null on error */ PIX * pixProjectivePtaColor(PIX *pixs, PTA *ptad, PTA *ptas, l_uint32 colorval) { l_float32 *vc; PIX *pixd; PROCNAME("pixProjectivePtaColor"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!ptas) return (PIX *)ERROR_PTR("ptas not defined", procName, NULL); if (!ptad) return (PIX *)ERROR_PTR("ptad not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("pixs must be 32 bpp", procName, NULL); if (ptaGetCount(ptas) != 4) return (PIX *)ERROR_PTR("ptas count not 4", procName, NULL); if (ptaGetCount(ptad) != 4) return (PIX *)ERROR_PTR("ptad count not 4", procName, NULL); /* Get backwards transform from dest to src, and apply it */ getProjectiveXformCoeffs(ptad, ptas, &vc); pixd = pixProjectiveColor(pixs, vc, colorval); FREE(vc); return pixd; } /*! * pixProjectiveColor() * * Input: pixs (32 bpp) * vc (vector of 8 coefficients for projective transformation) * colorval (e.g., 0 to bring in BLACK, 0xffffff00 for WHITE) * Return: pixd, or null on error */ PIX * pixProjectiveColor(PIX *pixs, l_float32 *vc, l_uint32 colorval) { l_int32 i, j, w, h, d, wpls, wpld; l_uint32 val; l_uint32 *datas, *datad, *lined; l_float32 x, y; PIX *pix1, *pix2, *pixd; PROCNAME("pixProjectiveColor"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 32) return (PIX *)ERROR_PTR("pixs must be 32 bpp", procName, NULL); if (!vc) return (PIX *)ERROR_PTR("vc not defined", procName, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); pixd = pixCreateTemplate(pixs); pixSetAllArbitrary(pixd, colorval); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); /* Iterate over destination pixels */ for (i = 0; i < h; i++) { lined = datad + i * wpld; for (j = 0; j < w; j++) { /* Compute float src pixel location corresponding to (i,j) */ projectiveXformPt(vc, j, i, &x, &y); linearInterpolatePixelColor(datas, wpls, w, h, x, y, colorval, &val); *(lined + j) = val; } } /* If rgba, transform the pixs alpha channel and insert in pixd */ if (pixGetSpp(pixs) == 4) { pix1 = pixGetRGBComponent(pixs, L_ALPHA_CHANNEL); pix2 = pixProjectiveGray(pix1, vc, 255); /* bring in opaque */ pixSetRGBComponent(pixd, pix2, L_ALPHA_CHANNEL); pixDestroy(&pix1); pixDestroy(&pix2); } return pixd; } /*! * pixProjectivePtaGray() * * Input: pixs (8 bpp) * ptad (4 pts of final coordinate space) * ptas (4 pts of initial coordinate space) * grayval (0 to bring in BLACK, 255 for WHITE) * Return: pixd, or null on error */ PIX * pixProjectivePtaGray(PIX *pixs, PTA *ptad, PTA *ptas, l_uint8 grayval) { l_float32 *vc; PIX *pixd; PROCNAME("pixProjectivePtaGray"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!ptas) return (PIX *)ERROR_PTR("ptas not defined", procName, NULL); if (!ptad) return (PIX *)ERROR_PTR("ptad not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs must be 8 bpp", procName, NULL); if (ptaGetCount(ptas) != 4) return (PIX *)ERROR_PTR("ptas count not 4", procName, NULL); if (ptaGetCount(ptad) != 4) return (PIX *)ERROR_PTR("ptad count not 4", procName, NULL); /* Get backwards transform from dest to src, and apply it */ getProjectiveXformCoeffs(ptad, ptas, &vc); pixd = pixProjectiveGray(pixs, vc, grayval); FREE(vc); return pixd; } /*! * pixProjectiveGray() * * Input: pixs (8 bpp) * vc (vector of 8 coefficients for projective transformation) * grayval (0 to bring in BLACK, 255 for WHITE) * Return: pixd, or null on error */ PIX * pixProjectiveGray(PIX *pixs, l_float32 *vc, l_uint8 grayval) { l_int32 i, j, w, h, wpls, wpld, val; l_uint32 *datas, *datad, *lined; l_float32 x, y; PIX *pixd; PROCNAME("pixProjectiveGray"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs must be 8 bpp", procName, NULL); if (!vc) return (PIX *)ERROR_PTR("vc not defined", procName, NULL); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); pixd = pixCreateTemplate(pixs); pixSetAllArbitrary(pixd, grayval); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); /* Iterate over destination pixels */ for (i = 0; i < h; i++) { lined = datad + i * wpld; for (j = 0; j < w; j++) { /* Compute float src pixel location corresponding to (i,j) */ projectiveXformPt(vc, j, i, &x, &y); linearInterpolatePixelGray(datas, wpls, w, h, x, y, grayval, &val); SET_DATA_BYTE(lined, j, val); } } return pixd; } /*---------------------------------------------------------------------------* * Projective transform including alpha (blend) component and gamma xform * *---------------------------------------------------------------------------*/ /*! * pixProjectivePtaWithAlpha() * * Input: pixs (32 bpp rgb) * ptad (4 pts of final coordinate space) * ptas (4 pts of initial coordinate space) * pixg ( 8 bpp, for alpha channel, can be null) * fract (between 0.0 and 1.0, with 0.0 fully transparent * and 1.0 fully opaque) * border (of pixels added to capture transformed source pixels) * Return: pixd, or null on error * * Notes: * (1) The alpha channel is transformed separately from pixs, * and aligns with it, being fully transparent outside the * boundary of the transformed pixs. For pixels that are fully * transparent, a blending function like pixBlendWithGrayMask() * will give zero weight to corresponding pixels in pixs. * (2) If pixg is NULL, it is generated as an alpha layer that is * partially opaque, using @fract. Otherwise, it is cropped * to pixs if required and @fract is ignored. The alpha channel * in pixs is never used. * (3) Colormaps are removed. * (4) When pixs is transformed, it doesn't matter what color is brought * in because the alpha channel will be transparent (0) there. * (5) To avoid losing source pixels in the destination, it may be * necessary to add a border to the source pix before doing * the projective transformation. This can be any non-negative * number. * (6) The input @ptad and @ptas are in a coordinate space before * the border is added. Internally, we compensate for this * before doing the projective transform on the image after * the border is added. * (7) The default setting for the border values in the alpha channel * is 0 (transparent) for the outermost ring of pixels and * (0.5 * fract * 255) for the second ring. When blended over * a second image, this * (a) shrinks the visible image to make a clean overlap edge * with an image below, and * (b) softens the edges by weakening the aliasing there. * Use l_setAlphaMaskBorder() to change these values. * (8) A subtle use of gamma correction is to remove gamma correction * before scaling and restore it afterwards. This is done * by sandwiching this function between a gamma/inverse-gamma * photometric transform: * pixt = pixGammaTRCWithAlpha(NULL, pixs, 1.0 / gamma, 0, 255); * pixd = pixProjectivePtaWithAlpha(pixt, ptad, ptas, * NULL, fract, border); * pixGammaTRCWithAlpha(pixd, pixd, gamma, 0, 255); * pixDestroy(&pixt); * This has the side-effect of producing artifacts in the very * dark regions. */ PIX * pixProjectivePtaWithAlpha(PIX *pixs, PTA *ptad, PTA *ptas, PIX *pixg, l_float32 fract, l_int32 border) { l_int32 ws, hs, d; PIX *pixd, *pixb1, *pixb2, *pixg2, *pixga; PTA *ptad2, *ptas2; PROCNAME("pixProjectivePtaWithAlpha"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &ws, &hs, &d); if (d != 32 && pixGetColormap(pixs) == NULL) return (PIX *)ERROR_PTR("pixs not cmapped or 32 bpp", procName, NULL); if (pixg && pixGetDepth(pixg) != 8) { L_WARNING("pixg not 8 bpp; using @fract transparent alpha\n", procName); pixg = NULL; } if (!pixg && (fract < 0.0 || fract > 1.0)) { L_WARNING("invalid fract; using 1.0 (fully transparent)\n", procName); fract = 1.0; } if (!pixg && fract == 0.0) L_WARNING("fully opaque alpha; image will not be blended\n", procName); if (!ptad) return (PIX *)ERROR_PTR("ptad not defined", procName, NULL); if (!ptas) return (PIX *)ERROR_PTR("ptas not defined", procName, NULL); /* Add border; the color doesn't matter */ pixb1 = pixAddBorder(pixs, border, 0); /* Transform the ptr arrays to work on the bordered image */ ptad2 = ptaTransform(ptad, border, border, 1.0, 1.0); ptas2 = ptaTransform(ptas, border, border, 1.0, 1.0); /* Do separate projective transform of rgb channels of pixs * and of pixg */ pixd = pixProjectivePtaColor(pixb1, ptad2, ptas2, 0); if (!pixg) { pixg2 = pixCreate(ws, hs, 8); if (fract == 1.0) pixSetAll(pixg2); else pixSetAllArbitrary(pixg2, (l_int32)(255.0 * fract)); } else { pixg2 = pixResizeToMatch(pixg, NULL, ws, hs); } if (ws > 10 && hs > 10) { /* see note 7 */ pixSetBorderRingVal(pixg2, 1, (l_int32)(255.0 * fract * AlphaMaskBorderVals[0])); pixSetBorderRingVal(pixg2, 2, (l_int32)(255.0 * fract * AlphaMaskBorderVals[1])); } pixb2 = pixAddBorder(pixg2, border, 0); /* must be black border */ pixga = pixProjectivePtaGray(pixb2, ptad2, ptas2, 0); pixSetRGBComponent(pixd, pixga, L_ALPHA_CHANNEL); pixSetSpp(pixd, 4); pixDestroy(&pixg2); pixDestroy(&pixb1); pixDestroy(&pixb2); pixDestroy(&pixga); ptaDestroy(&ptad2); ptaDestroy(&ptas2); return pixd; } /*-------------------------------------------------------------* * Projective coordinate transformation * *-------------------------------------------------------------*/ /*! * getProjectiveXformCoeffs() * * Input: ptas (source 4 points; unprimed) * ptad (transformed 4 points; primed) * &vc ( vector of coefficients of transform) * Return: 0 if OK; 1 on error * * We have a set of 8 equations, describing the projective * transformation that takes 4 points (ptas) into 4 other * points (ptad). These equations are: * * x1' = (c[0]*x1 + c[1]*y1 + c[2]) / (c[6]*x1 + c[7]*y1 + 1) * y1' = (c[3]*x1 + c[4]*y1 + c[5]) / (c[6]*x1 + c[7]*y1 + 1) * x2' = (c[0]*x2 + c[1]*y2 + c[2]) / (c[6]*x2 + c[7]*y2 + 1) * y2' = (c[3]*x2 + c[4]*y2 + c[5]) / (c[6]*x2 + c[7]*y2 + 1) * x3' = (c[0]*x3 + c[1]*y3 + c[2]) / (c[6]*x3 + c[7]*y3 + 1) * y3' = (c[3]*x3 + c[4]*y3 + c[5]) / (c[6]*x3 + c[7]*y3 + 1) * x4' = (c[0]*x4 + c[1]*y4 + c[2]) / (c[6]*x4 + c[7]*y4 + 1) * y4' = (c[3]*x4 + c[4]*y4 + c[5]) / (c[6]*x4 + c[7]*y4 + 1) * * Multiplying both sides of each eqn by the denominator, we get * * AC = B * * where B and C are column vectors * * B = [ x1' y1' x2' y2' x3' y3' x4' y4' ] * C = [ c[0] c[1] c[2] c[3] c[4] c[5] c[6] c[7] ] * * and A is the 8x8 matrix * * x1 y1 1 0 0 0 -x1*x1' -y1*x1' * 0 0 0 x1 y1 1 -x1*y1' -y1*y1' * x2 y2 1 0 0 0 -x2*x2' -y2*x2' * 0 0 0 x2 y2 1 -x2*y2' -y2*y2' * x3 y3 1 0 0 0 -x3*x3' -y3*x3' * 0 0 0 x3 y3 1 -x3*y3' -y3*y3' * x4 y4 1 0 0 0 -x4*x4' -y4*x4' * 0 0 0 x4 y4 1 -x4*y4' -y4*y4' * * These eight equations are solved here for the coefficients C. * * These eight coefficients can then be used to find the mapping * (x,y) --> (x',y'): * * x' = (c[0]x + c[1]y + c[2]) / (c[6]x + c[7]y + 1) * y' = (c[3]x + c[4]y + c[5]) / (c[6]x + c[7]y + 1) * * that is implemented in projectiveXformSampled() and * projectiveXFormInterpolated(). */ l_int32 getProjectiveXformCoeffs(PTA *ptas, PTA *ptad, l_float32 **pvc) { l_int32 i; l_float32 x1, y1, x2, y2, x3, y3, x4, y4; l_float32 *b; /* rhs vector of primed coords X'; coeffs returned in *pvc */ l_float32 *a[8]; /* 8x8 matrix A */ PROCNAME("getProjectiveXformCoeffs"); if (!ptas) return ERROR_INT("ptas not defined", procName, 1); if (!ptad) return ERROR_INT("ptad not defined", procName, 1); if (!pvc) return ERROR_INT("&vc not defined", procName, 1); if ((b = (l_float32 *)CALLOC(8, sizeof(l_float32))) == NULL) return ERROR_INT("b not made", procName, 1); *pvc = b; ptaGetPt(ptas, 0, &x1, &y1); ptaGetPt(ptas, 1, &x2, &y2); ptaGetPt(ptas, 2, &x3, &y3); ptaGetPt(ptas, 3, &x4, &y4); ptaGetPt(ptad, 0, &b[0], &b[1]); ptaGetPt(ptad, 1, &b[2], &b[3]); ptaGetPt(ptad, 2, &b[4], &b[5]); ptaGetPt(ptad, 3, &b[6], &b[7]); for (i = 0; i < 8; i++) { if ((a[i] = (l_float32 *)CALLOC(8, sizeof(l_float32))) == NULL) return ERROR_INT("a[i] not made", procName, 1); } a[0][0] = x1; a[0][1] = y1; a[0][2] = 1.; a[0][6] = -x1 * b[0]; a[0][7] = -y1 * b[0]; a[1][3] = x1; a[1][4] = y1; a[1][5] = 1; a[1][6] = -x1 * b[1]; a[1][7] = -y1 * b[1]; a[2][0] = x2; a[2][1] = y2; a[2][2] = 1.; a[2][6] = -x2 * b[2]; a[2][7] = -y2 * b[2]; a[3][3] = x2; a[3][4] = y2; a[3][5] = 1; a[3][6] = -x2 * b[3]; a[3][7] = -y2 * b[3]; a[4][0] = x3; a[4][1] = y3; a[4][2] = 1.; a[4][6] = -x3 * b[4]; a[4][7] = -y3 * b[4]; a[5][3] = x3; a[5][4] = y3; a[5][5] = 1; a[5][6] = -x3 * b[5]; a[5][7] = -y3 * b[5]; a[6][0] = x4; a[6][1] = y4; a[6][2] = 1.; a[6][6] = -x4 * b[6]; a[6][7] = -y4 * b[6]; a[7][3] = x4; a[7][4] = y4; a[7][5] = 1; a[7][6] = -x4 * b[7]; a[7][7] = -y4 * b[7]; gaussjordan(a, b, 8); for (i = 0; i < 8; i++) FREE(a[i]); return 0; } /*! * projectiveXformSampledPt() * * Input: vc (vector of 8 coefficients) * (x, y) (initial point) * (&xp, &yp) ( transformed point) * Return: 0 if OK; 1 on error * * Notes: * (1) This finds the nearest pixel coordinates of the transformed point. * (2) It does not check ptrs for returned data! */ l_int32 projectiveXformSampledPt(l_float32 *vc, l_int32 x, l_int32 y, l_int32 *pxp, l_int32 *pyp) { l_float32 factor; PROCNAME("projectiveXformSampledPt"); if (!vc) return ERROR_INT("vc not defined", procName, 1); factor = 1. / (vc[6] * x + vc[7] * y + 1.); *pxp = (l_int32)(factor * (vc[0] * x + vc[1] * y + vc[2]) + 0.5); *pyp = (l_int32)(factor * (vc[3] * x + vc[4] * y + vc[5]) + 0.5); return 0; } /*! * projectiveXformPt() * * Input: vc (vector of 8 coefficients) * (x, y) (initial point) * (&xp, &yp) ( transformed point) * Return: 0 if OK; 1 on error * * Notes: * (1) This computes the floating point location of the transformed point. * (2) It does not check ptrs for returned data! */ l_int32 projectiveXformPt(l_float32 *vc, l_int32 x, l_int32 y, l_float32 *pxp, l_float32 *pyp) { l_float32 factor; PROCNAME("projectiveXformPt"); if (!vc) return ERROR_INT("vc not defined", procName, 1); factor = 1. / (vc[6] * x + vc[7] * y + 1.); *pxp = factor * (vc[0] * x + vc[1] * y + vc[2]); *pyp = factor * (vc[3] * x + vc[4] * y + vc[5]); return 0; } leptonica-1.70/src/fhmtgen.1.c0000644000175000017500000001335311743720736014246 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /*! * Top-level fast hit-miss transform with auto-generated sels * * PIX *pixHMTDwa_1() * PIX *pixFHMTGen_1() */ #include #include "allheaders.h" PIX *pixHMTDwa_1(PIX *pixd, PIX *pixs, char *selname); PIX *pixFHMTGen_1(PIX *pixd, PIX *pixs, char *selname); l_int32 fhmtgen_low_1(l_uint32 *datad, l_int32 w, l_int32 h, l_int32 wpld, l_uint32 *datas, l_int32 wpls, l_int32 index); static l_int32 NUM_SELS_GENERATED = 10; static char SEL_NAMES[][80] = { "sel_3hm", "sel_3de", "sel_3ue", "sel_3re", "sel_3le", "sel_sl1", "sel_ulc", "sel_urc", "sel_llc", "sel_lrc"}; /*! * pixHMTDwa_1() * * Input: pixd (usual 3 choices: null, == pixs, != pixs) * pixs (1 bpp) * sel name * Return: pixd * * Notes: * (1) This simply adds a 32 pixel border, calls the appropriate * pixFHMTGen_*(), and removes the border. * See notes below for that function. */ PIX * pixHMTDwa_1(PIX *pixd, PIX *pixs, char *selname) { PIX *pixt1, *pixt2, *pixt3; PROCNAME("pixHMTDwa_1"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs must be 1 bpp", procName, pixd); pixt1 = pixAddBorder(pixs, 32, 0); pixt2 = pixFHMTGen_1(NULL, pixt1, selname); pixt3 = pixRemoveBorder(pixt2, 32); pixDestroy(&pixt1); pixDestroy(&pixt2); if (!pixd) return pixt3; pixCopy(pixd, pixt3); pixDestroy(&pixt3); return pixd; } /*! * pixFHMTGen_1() * * Input: pixd (usual 3 choices: null, == pixs, != pixs) * pixs (1 bpp) * sel name * Return: pixd * * Notes: * (1) This is a dwa implementation of the hit-miss transform * on pixs by the sel. * (2) The sel must be limited in size to not more than 31 pixels * about the origin. It must have at least one hit, and it * can have any number of misses. * (3) This handles all required setting of the border pixels * before erosion and dilation. */ PIX * pixFHMTGen_1(PIX *pixd, PIX *pixs, char *selname) { l_int32 i, index, found, w, h, wpls, wpld; l_uint32 *datad, *datas, *datat; PIX *pixt; PROCNAME("pixFHMTGen_1"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, pixd); if (pixGetDepth(pixs) != 1) return (PIX *)ERROR_PTR("pixs must be 1 bpp", procName, pixd); found = FALSE; for (i = 0; i < NUM_SELS_GENERATED; i++) { if (strcmp(selname, SEL_NAMES[i]) == 0) { found = TRUE; index = i; break; } } if (found == FALSE) return (PIX *)ERROR_PTR("sel index not found", procName, pixd); if (!pixd) { if ((pixd = pixCreateTemplate(pixs)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } else /* for in-place or pre-allocated */ pixResizeImageData(pixd, pixs); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); /* The images must be surrounded with 32 additional border * pixels, that we'll read from. We fabricate a "proper" * image as the subimage within the border, having the * following parameters: */ w = pixGetWidth(pixs) - 64; h = pixGetHeight(pixs) - 64; datas = pixGetData(pixs) + 32 * wpls + 1; datad = pixGetData(pixd) + 32 * wpld + 1; if (pixd == pixs) { /* need temp image if in-place */ if ((pixt = pixCopy(NULL, pixs)) == NULL) return (PIX *)ERROR_PTR("pixt not made", procName, pixd); datat = pixGetData(pixt) + 32 * wpls + 1; fhmtgen_low_1(datad, w, h, wpld, datat, wpls, index); pixDestroy(&pixt); } else { /* not in-place */ fhmtgen_low_1(datad, w, h, wpld, datas, wpls, index); } return pixd; } leptonica-1.70/src/grayquant.c0000640000175000017500000021034612244223330014450 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * grayquant.c * * Thresholding from 8 bpp to 1 bpp * * Floyd-Steinberg dithering to binary * PIX *pixDitherToBinary() * PIX *pixDitherToBinarySpec() * * Simple (pixelwise) binarization with fixed threshold * PIX *pixThresholdToBinary() * * Binarization with variable threshold * PIX *pixVarThresholdToBinary() * * Slower implementation of Floyd-Steinberg dithering, using LUTs * PIX *pixDitherToBinaryLUT() * * Generate a binary mask from pixels of particular values * PIX *pixGenerateMaskByValue() * PIX *pixGenerateMaskByBand() * * Thresholding from 8 bpp to 2 bpp * * Dithering to 2 bpp * PIX *pixDitherTo2bpp() * PIX *pixDitherTo2bppSpec() * * Simple (pixelwise) thresholding to 2 bpp with optional cmap * PIX *pixThresholdTo2bpp() * * Simple (pixelwise) thresholding from 8 bpp to 4 bpp * PIX *pixThresholdTo4bpp() * * Simple (pixelwise) quantization on 8 bpp grayscale * PIX *pixThresholdOn8bpp() * * Arbitrary (pixelwise) thresholding from 8 bpp to 2, 4 or 8 bpp * PIX *pixThresholdGrayArb() * * Quantization tables for linear thresholds of grayscale images * l_int32 *makeGrayQuantIndexTable() * l_int32 *makeGrayQuantTargetTable() * * Quantization table for arbitrary thresholding of grayscale images * l_int32 makeGrayQuantTableArb() * l_int32 makeGrayQuantColormapArb() * * Thresholding from 32 bpp rgb to 1 bpp * (really color quantization, but it's better placed in this file) * PIX *pixGenerateMaskByBand32() * PIX *pixGenerateMaskByDiscr32() * * Histogram-based grayscale quantization * PIX *pixGrayQuantFromHisto() * static l_int32 numaFillCmapFromHisto() * * Color quantize grayscale image using existing colormap * PIX *pixGrayQuantFromCmap() */ #include #include #include "allheaders.h" static l_int32 numaFillCmapFromHisto(NUMA *na, PIXCMAP *cmap, l_float32 minfract, l_int32 maxsize, l_int32 **plut); /*------------------------------------------------------------------* * Binarization by Floyd-Steinberg dithering * *------------------------------------------------------------------*/ /*! * pixDitherToBinary() * * Input: pixs * Return: pixd (dithered binary), or null on error * * The Floyd-Steinberg error diffusion dithering algorithm * binarizes an 8 bpp grayscale image to a threshold of 128. * If a pixel has a value above 127, it is binarized to white * and the excess (below 255) is subtracted from three * neighboring pixels in the fractions 3/8 to (i, j+1), * 3/8 to (i+1, j) and 1/4 to (i+1,j+1), truncating to 0 * if necessary. Likewise, if it the pixel has a value * below 128, it is binarized to black and the excess above 0 * is added to the neighboring pixels, truncating to 255 if necessary. * * This function differs from straight dithering in that it allows * clipping of grayscale to 0 or 255 if the values are * sufficiently close, without distribution of the excess. * This uses default values to specify the range of lower * and upper values (near 0 and 255, rsp) that are clipped * to black and white without propagating the excess. * Not propagating the excess has the effect of reducing the * snake patterns in parts of the image that are nearly black or white; * however, it also prevents the attempt to reproduce gray for those values. * * The implementation is straightforward. It uses a pair of * line buffers to avoid changing pixs. It is about 2x faster * than the implementation using LUTs. */ PIX * pixDitherToBinary(PIX *pixs) { PROCNAME("pixDitherToBinary"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("must be 8 bpp for dithering", procName, NULL); return pixDitherToBinarySpec(pixs, DEFAULT_CLIP_LOWER_1, DEFAULT_CLIP_UPPER_1); } /*! * pixDitherToBinarySpec() * * Input: pixs * lowerclip (lower clip distance to black; use 0 for default) * upperclip (upper clip distance to white; use 0 for default) * Return: pixd (dithered binary), or null on error * * Notes: * (1) See comments above in pixDitherToBinary() for details. * (2) The input parameters lowerclip and upperclip specify the range * of lower and upper values (near 0 and 255, rsp) that are * clipped to black and white without propagating the excess. * For that reason, lowerclip and upperclip should be small numbers. */ PIX * pixDitherToBinarySpec(PIX *pixs, l_int32 lowerclip, l_int32 upperclip) { l_int32 w, h, d, wplt, wpld; l_uint32 *datat, *datad; l_uint32 *bufs1, *bufs2; PIX *pixt, *pixd; PROCNAME("pixDitherToBinarySpec"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 8) return (PIX *)ERROR_PTR("must be 8 bpp for dithering", procName, NULL); if (lowerclip < 0 || lowerclip > 255) return (PIX *)ERROR_PTR("invalid value for lowerclip", procName, NULL); if (upperclip < 0 || upperclip > 255) return (PIX *)ERROR_PTR("invalid value for upperclip", procName, NULL); if ((pixd = pixCreate(w, h, 1)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); /* Remove colormap if it exists */ pixt = pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); datat = pixGetData(pixt); wplt = pixGetWpl(pixt); /* Two line buffers, 1 for current line and 2 for next line */ if ((bufs1 = (l_uint32 *)CALLOC(wplt, sizeof(l_uint32))) == NULL) return (PIX *)ERROR_PTR("bufs1 not made", procName, NULL); if ((bufs2 = (l_uint32 *)CALLOC(wplt, sizeof(l_uint32))) == NULL) return (PIX *)ERROR_PTR("bufs2 not made", procName, NULL); ditherToBinaryLow(datad, w, h, wpld, datat, wplt, bufs1, bufs2, lowerclip, upperclip); FREE(bufs1); FREE(bufs2); pixDestroy(&pixt); return pixd; } /*------------------------------------------------------------------* * Simple (pixelwise) binarization with fixed threshold * *------------------------------------------------------------------*/ /*! * pixThresholdToBinary() * * Input: pixs (4 or 8 bpp) * threshold value * Return: pixd (1 bpp), or null on error * * Notes: * (1) If the source pixel is less than the threshold value, * the dest will be 1; otherwise, it will be 0 */ PIX * pixThresholdToBinary(PIX *pixs, l_int32 thresh) { l_int32 d, w, h, wplt, wpld; l_uint32 *datat, *datad; PIX *pixt, *pixd; PROCNAME("pixThresholdToBinary"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 4 && d != 8) return (PIX *)ERROR_PTR("pixs must be 4 or 8 bpp", procName, NULL); if (thresh < 0) return (PIX *)ERROR_PTR("thresh must be non-negative", procName, NULL); if (d == 4 && thresh > 16) return (PIX *)ERROR_PTR("4 bpp thresh not in {0-16}", procName, NULL); if (d == 8 && thresh > 256) return (PIX *)ERROR_PTR("8 bpp thresh not in {0-256}", procName, NULL); if ((pixd = pixCreate(w, h, 1)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); /* Remove colormap if it exists. If there is a colormap, * pixt will be 8 bpp regardless of the depth of pixs. */ pixt = pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); datat = pixGetData(pixt); wplt = pixGetWpl(pixt); if (pixGetColormap(pixs) && d == 4) { /* promoted to 8 bpp */ d = 8; thresh *= 16; } thresholdToBinaryLow(datad, w, h, wpld, datat, d, wplt, thresh); pixDestroy(&pixt); return pixd; } /*------------------------------------------------------------------* * Binarization with variable threshold * *------------------------------------------------------------------*/ /*! * pixVarThresholdToBinary() * * Input: pixs (8 bpp) * pixg (8 bpp; contains threshold values for each pixel) * Return: pixd (1 bpp), or null on error * * Notes: * (1) If the pixel in pixs is less than the corresponding pixel * in pixg, the dest will be 1; otherwise it will be 0. */ PIX * pixVarThresholdToBinary(PIX *pixs, PIX *pixg) { l_int32 i, j, vals, valg, w, h, d, wpls, wplg, wpld; l_uint32 *datas, *datag, *datad, *lines, *lineg, *lined; PIX *pixd; PROCNAME("pixVarThresholdToBinary"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!pixg) return (PIX *)ERROR_PTR("pixg not defined", procName, NULL); if (!pixSizesEqual(pixs, pixg)) return (PIX *)ERROR_PTR("pix sizes not equal", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 8) return (PIX *)ERROR_PTR("pixs must be 8 bpp", procName, NULL); pixd = pixCreate(w, h, 1); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); datag = pixGetData(pixg); wplg = pixGetWpl(pixg); for (i = 0; i < h; i++) { lines = datas + i * wpls; lineg = datag + i * wplg; lined = datad + i * wpld; for (j = 0; j < w; j++) { vals = GET_DATA_BYTE(lines, j); valg = GET_DATA_BYTE(lineg, j); if (vals < valg) SET_DATA_BIT(lined, j); } } return pixd; } /*--------------------------------------------------------------------* * Slower implementation of binarization by dithering using LUTs * *--------------------------------------------------------------------*/ /*! * pixDitherToBinaryLUT() * * Input: pixs * lowerclip (lower clip distance to black; use -1 for default) * upperclip (upper clip distance to white; use -1 for default) * Return: pixd (dithered binary), or null on error * * This implementation is deprecated. You should use pixDitherToBinary(). * * See comments in pixDitherToBinary() * * This implementation additionally uses three lookup tables to * generate the output pixel value and the excess or deficit * carried over to the neighboring pixels. */ PIX * pixDitherToBinaryLUT(PIX *pixs, l_int32 lowerclip, l_int32 upperclip) { l_int32 w, h, d, wplt, wpld; l_int32 *tabval, *tab38, *tab14; l_uint32 *datat, *datad; l_uint32 *bufs1, *bufs2; PIX *pixt, *pixd; PROCNAME("pixDitherToBinaryLUT"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 8) return (PIX *)ERROR_PTR("must be 8 bpp for dithering", procName, NULL); if (lowerclip < 0) lowerclip = DEFAULT_CLIP_LOWER_1; if (upperclip < 0) upperclip = DEFAULT_CLIP_UPPER_1; if ((pixd = pixCreate(w, h, 1)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); /* Remove colormap if it exists */ pixt = pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); datat = pixGetData(pixt); wplt = pixGetWpl(pixt); /* Two line buffers, 1 for current line and 2 for next line */ if ((bufs1 = (l_uint32 *)CALLOC(wplt, sizeof(l_uint32))) == NULL) return (PIX *)ERROR_PTR("bufs1 not made", procName, NULL); if ((bufs2 = (l_uint32 *)CALLOC(wplt, sizeof(l_uint32))) == NULL) return (PIX *)ERROR_PTR("bufs2 not made", procName, NULL); /* 3 lookup tables: 1-bit value, (3/8)excess, and (1/4)excess */ make8To1DitherTables(&tabval, &tab38, &tab14, lowerclip, upperclip); ditherToBinaryLUTLow(datad, w, h, wpld, datat, wplt, bufs1, bufs2, tabval, tab38, tab14); FREE(bufs1); FREE(bufs2); FREE(tabval); FREE(tab38); FREE(tab14); pixDestroy(&pixt); return pixd; } /*--------------------------------------------------------------------* * Generate a binary mask from pixels of particular value(s) * *--------------------------------------------------------------------*/ /*! * pixGenerateMaskByValue() * * Input: pixs (2, 4 or 8 bpp, or colormapped) * val (of pixels for which we set 1 in dest) * usecmap (1 to retain cmap values; 0 to convert to gray) * Return: pixd (1 bpp), or null on error * * Notes: * (1) @val is the pixel value that we are selecting. It can be * either a gray value or a colormap index. * (2) If pixs is colormapped, @usecmap determines if the colormap * index values are used, or if the colormap is removed to gray and * the gray values are used. For the latter, it generates * an approximate grayscale value for each pixel, and then looks * for gray pixels with the value @val. */ PIX * pixGenerateMaskByValue(PIX *pixs, l_int32 val, l_int32 usecmap) { l_int32 i, j, w, h, d, wplg, wpld; l_uint32 *datag, *datad, *lineg, *lined; PIX *pixg, *pixd; PROCNAME("pixGenerateMaskByValue"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); d = pixGetDepth(pixs); if (d != 2 && d != 4 && d != 8) return (PIX *)ERROR_PTR("not 2, 4 or 8 bpp", procName, NULL); if (!usecmap && pixGetColormap(pixs)) pixg = pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); else pixg = pixClone(pixs); pixGetDimensions(pixg, &w, &h, &d); if (d == 8 && (val < 0 || val > 255)) { pixDestroy(&pixg); return (PIX *)ERROR_PTR("val out of 8 bpp range", procName, NULL); } if (d == 4 && (val < 0 || val > 15)) { pixDestroy(&pixg); return (PIX *)ERROR_PTR("val out of 4 bpp range", procName, NULL); } if (d == 2 && (val < 0 || val > 3)) { pixDestroy(&pixg); return (PIX *)ERROR_PTR("val out of 2 bpp range", procName, NULL); } pixd = pixCreate(w, h, 1); pixCopyResolution(pixd, pixg); datag = pixGetData(pixg); wplg = pixGetWpl(pixg); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lineg = datag + i * wplg; lined = datad + i * wpld; for (j = 0; j < w; j++) { if (d == 8) { if (GET_DATA_BYTE(lineg, j) == val) SET_DATA_BIT(lined, j); } else if (d == 4) { if (GET_DATA_QBIT(lineg, j) == val) SET_DATA_BIT(lined, j); } else { /* d == 2 */ if (GET_DATA_DIBIT(lineg, j) == val) SET_DATA_BIT(lined, j); } } } pixDestroy(&pixg); return pixd; } /*! * pixGenerateMaskByBand() * * Input: pixs (2, 4 or 8 bpp, or colormapped) * lower, upper (two pixel values from which a range, either * between (inband) or outside of (!inband), * determines which pixels in pixs cause us to * set a 1 in the dest mask) * inband (1 for finding pixels in [lower, upper]; * 0 for finding pixels in [0, lower) union (upper, 255]) * usecmap (1 to retain cmap values; 0 to convert to gray) * Return: pixd (1 bpp), or null on error * * Notes: * (1) Generates a 1 bpp mask pixd, the same size as pixs, where * the fg pixels in the mask are those either within the specified * band (for inband == 1) or outside the specified band * (for inband == 0). * (2) If pixs is colormapped, @usecmap determines if the colormap * values are used, or if the colormap is removed to gray and * the gray values are used. For the latter, it generates * an approximate grayscale value for each pixel, and then looks * for gray pixels with the value @val. */ PIX * pixGenerateMaskByBand(PIX *pixs, l_int32 lower, l_int32 upper, l_int32 inband, l_int32 usecmap) { l_int32 i, j, w, h, d, wplg, wpld, val; l_uint32 *datag, *datad, *lineg, *lined; PIX *pixg, *pixd; PROCNAME("pixGenerateMaskByBand"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); d = pixGetDepth(pixs); if (d != 2 && d != 4 && d != 8) return (PIX *)ERROR_PTR("not 2, 4 or 8 bpp", procName, NULL); if (lower < 0 || lower > upper) return (PIX *)ERROR_PTR("lower < 0 or lower > upper!", procName, NULL); if (!usecmap && pixGetColormap(pixs)) pixg = pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); else pixg = pixClone(pixs); pixGetDimensions(pixg, &w, &h, &d); if (d == 8 && upper > 255) { pixDestroy(&pixg); return (PIX *)ERROR_PTR("d == 8 and upper > 255", procName, NULL); } if (d == 4 && upper > 15) { pixDestroy(&pixg); return (PIX *)ERROR_PTR("d == 4 and upper > 15", procName, NULL); } if (d == 2 && upper > 3) { pixDestroy(&pixg); return (PIX *)ERROR_PTR("d == 2 and upper > 3", procName, NULL); } pixd = pixCreate(w, h, 1); pixCopyResolution(pixd, pixg); datag = pixGetData(pixg); wplg = pixGetWpl(pixg); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lineg = datag + i * wplg; lined = datad + i * wpld; for (j = 0; j < w; j++) { if (d == 8) val = GET_DATA_BYTE(lineg, j); else if (d == 4) val = GET_DATA_QBIT(lineg, j); else /* d == 2 */ val = GET_DATA_DIBIT(lineg, j); if (inband) { if (val >= lower && val <= upper) SET_DATA_BIT(lined, j); } else { /* out of band */ if (val < lower || val > upper) SET_DATA_BIT(lined, j); } } } pixDestroy(&pixg); return pixd; } /*------------------------------------------------------------------* * Thresholding to 2 bpp by dithering * *------------------------------------------------------------------*/ /*! * pixDitherTo2bpp() * * Input: pixs (8 bpp) * cmapflag (1 to generate a colormap) * Return: pixd (dithered 2 bpp), or null on error * * An analog of the Floyd-Steinberg error diffusion dithering * algorithm is used to "dibitize" an 8 bpp grayscale image * to 2 bpp, using equally spaced gray values of 0, 85, 170, and 255, * which are served by thresholds of 43, 128 and 213. * If cmapflag == 1, the colormap values are set to 0, 85, 170 and 255. * If a pixel has a value between 0 and 42, it is dibitized * to 0, and the excess (above 0) is added to the * three neighboring pixels, in the fractions 3/8 to (i, j+1), * 3/8 to (i+1, j) and 1/4 to (i+1, j+1), truncating to 255 if * necessary. If a pixel has a value between 43 and 127, it is * dibitized to 1, and the excess (above 85) is added to the three * neighboring pixels as before. If the value is below 85, the * excess is subtracted. With a value between 128 * and 212, it is dibitized to 2, with the excess on either side * of 170 distributed as before. Finally, with a value between * 213 and 255, it is dibitized to 3, with the excess (below 255) * subtracted from the neighbors. We always truncate to 0 or 255. * The details can be seen in the lookup table generation. * * This function differs from straight dithering in that it allows * clipping of grayscale to 0 or 255 if the values are * sufficiently close, without distribution of the excess. * This uses default values (from pix.h) to specify the range of lower * and upper values (near 0 and 255, rsp) that are clipped to black * and white without propagating the excess. * Not propagating the excess has the effect of reducing the snake * patterns in parts of the image that are nearly black or white; * however, it also prevents any attempt to reproduce gray for those values. * * The implementation uses 3 lookup tables for simplicity, and * a pair of line buffers to avoid modifying pixs. */ PIX * pixDitherTo2bpp(PIX *pixs, l_int32 cmapflag) { PROCNAME("pixDitherTo2bpp"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("must be 8 bpp for dithering", procName, NULL); return pixDitherTo2bppSpec(pixs, DEFAULT_CLIP_LOWER_2, DEFAULT_CLIP_UPPER_2, cmapflag); } /*! * pixDitherTo2bppSpec() * * Input: pixs (8 bpp) * lowerclip (lower clip distance to black; use 0 for default) * upperclip (upper clip distance to white; use 0 for default) * cmapflag (1 to generate a colormap) * Return: pixd (dithered 2 bpp), or null on error * * Notes: * (1) See comments above in pixDitherTo2bpp() for details. * (2) The input parameters lowerclip and upperclip specify the range * of lower and upper values (near 0 and 255, rsp) that are * clipped to black and white without propagating the excess. * For that reason, lowerclip and upperclip should be small numbers. */ PIX * pixDitherTo2bppSpec(PIX *pixs, l_int32 lowerclip, l_int32 upperclip, l_int32 cmapflag) { l_int32 w, h, d, wplt, wpld; l_int32 *tabval, *tab38, *tab14; l_uint32 *datat, *datad; l_uint32 *bufs1, *bufs2; PIX *pixt, *pixd; PIXCMAP *cmap; PROCNAME("pixDitherTo2bppSpec"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 8) return (PIX *)ERROR_PTR("must be 8 bpp for dithering", procName, NULL); if (lowerclip < 0 || lowerclip > 255) return (PIX *)ERROR_PTR("invalid value for lowerclip", procName, NULL); if (upperclip < 0 || upperclip > 255) return (PIX *)ERROR_PTR("invalid value for upperclip", procName, NULL); if ((pixd = pixCreate(w, h, 2)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); /* If there is a colormap, remove it */ pixt = pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); datat = pixGetData(pixt); wplt = pixGetWpl(pixt); /* Two line buffers, 1 for current line and 2 for next line */ if ((bufs1 = (l_uint32 *)CALLOC(wplt, sizeof(l_uint32))) == NULL) return (PIX *)ERROR_PTR("bufs1 not made", procName, NULL); if ((bufs2 = (l_uint32 *)CALLOC(wplt, sizeof(l_uint32))) == NULL) return (PIX *)ERROR_PTR("bufs2 not made", procName, NULL); /* 3 lookup tables: 2-bit value, (3/8)excess, and (1/4)excess */ make8To2DitherTables(&tabval, &tab38, &tab14, lowerclip, upperclip); ditherTo2bppLow(datad, w, h, wpld, datat, wplt, bufs1, bufs2, tabval, tab38, tab14); if (cmapflag) { cmap = pixcmapCreateLinear(2, 4); pixSetColormap(pixd, cmap); } FREE(bufs1); FREE(bufs2); FREE(tabval); FREE(tab38); FREE(tab14); pixDestroy(&pixt); return pixd; } /*--------------------------------------------------------------------* * Simple (pixelwise) thresholding to 2 bpp with optional colormap * *--------------------------------------------------------------------*/ /*! * pixThresholdTo2bpp() * * Input: pixs (8 bpp) * nlevels (equally spaced; must be between 2 and 4) * cmapflag (1 to build colormap; 0 otherwise) * Return: pixd (2 bpp, optionally with colormap), or null on error * * Notes: * (1) Valid values for nlevels is the set {2, 3, 4}. * (2) Any colormap on the input pixs is removed to 8 bpp grayscale. * (3) This function is typically invoked with cmapflag == 1. * In the situation where no colormap is desired, nlevels is * ignored and pixs is thresholded to 4 levels. * (4) The target output colors are equally spaced, with the * darkest at 0 and the lightest at 255. The thresholds are * chosen halfway between adjacent output values. A table * is built that specifies the mapping from src to dest. * (5) If cmapflag == 1, a colormap of size 'nlevels' is made, * and the pixel values in pixs are replaced by their * appropriate color indices. The number of holdouts, * 4 - nlevels, will be between 0 and 2. * (6) If you don't want the thresholding to be equally spaced, * either first transform the 8 bpp src using pixGammaTRC(). * or, if cmapflag == 1, after calling this function you can use * pixcmapResetColor() to change any individual colors. * (7) If a colormap is generated, it will specify (to display * programs) exactly how each level is to be represented in RGB * space. When representing text, 3 levels is far better than * 2 because of the antialiasing of the single gray level, * and 4 levels (black, white and 2 gray levels) is getting * close to the perceptual quality of a (nearly continuous) * grayscale image. With 2 bpp, you can set up a colormap * and allocate from 2 to 4 levels to represent antialiased text. * Any left over colormap entries can be used for coloring regions. * For the same number of levels, the file size of a 2 bpp image * is about 10% smaller than that of a 4 bpp result for the same * number of levels. For both 2 bpp and 4 bpp, using 4 levels you * get compression far better than that of jpeg, because the * quantization to 4 levels will remove the jpeg ringing in the * background near character edges. */ PIX * pixThresholdTo2bpp(PIX *pixs, l_int32 nlevels, l_int32 cmapflag) { l_int32 *qtab; l_int32 w, h, d, wplt, wpld; l_uint32 *datat, *datad; PIX *pixt, *pixd; PIXCMAP *cmap; PROCNAME("pixThresholdTo2bpp"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (nlevels < 2 || nlevels > 4) return (PIX *)ERROR_PTR("nlevels not in {2, 3, 4}", procName, NULL); /* Make the appropriate table */ if (cmapflag) qtab = makeGrayQuantIndexTable(nlevels); else qtab = makeGrayQuantTargetTable(4, 2); if ((pixd = pixCreate(w, h, 2)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); if (cmapflag) { /* hold out (4 - nlevels) cmap entries */ cmap = pixcmapCreateLinear(2, nlevels); pixSetColormap(pixd, cmap); } /* If there is a colormap in the src, remove it */ pixt = pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); datat = pixGetData(pixt); wplt = pixGetWpl(pixt); thresholdTo2bppLow(datad, h, wpld, datat, wplt, qtab); if (qtab) FREE(qtab); pixDestroy(&pixt); return pixd; } /*----------------------------------------------------------------------* * Simple (pixelwise) thresholding to 4 bpp * *----------------------------------------------------------------------*/ /*! * pixThresholdTo4bpp() * * Input: pixs (8 bpp, can have colormap) * nlevels (equally spaced; must be between 2 and 16) * cmapflag (1 to build colormap; 0 otherwise) * Return: pixd (4 bpp, optionally with colormap), or null on error * * Notes: * (1) Valid values for nlevels is the set {2, ... 16}. * (2) Any colormap on the input pixs is removed to 8 bpp grayscale. * (3) This function is typically invoked with cmapflag == 1. * In the situation where no colormap is desired, nlevels is * ignored and pixs is thresholded to 16 levels. * (4) The target output colors are equally spaced, with the * darkest at 0 and the lightest at 255. The thresholds are * chosen halfway between adjacent output values. A table * is built that specifies the mapping from src to dest. * (5) If cmapflag == 1, a colormap of size 'nlevels' is made, * and the pixel values in pixs are replaced by their * appropriate color indices. The number of holdouts, * 16 - nlevels, will be between 0 and 14. * (6) If you don't want the thresholding to be equally spaced, * either first transform the 8 bpp src using pixGammaTRC(). * or, if cmapflag == 1, after calling this function you can use * pixcmapResetColor() to change any individual colors. * (7) If a colormap is generated, it will specify, to display * programs, exactly how each level is to be represented in RGB * space. When representing text, 3 levels is far better than * 2 because of the antialiasing of the single gray level, * and 4 levels (black, white and 2 gray levels) is getting * close to the perceptual quality of a (nearly continuous) * grayscale image. Therefore, with 4 bpp, you can set up a * colormap, allocate a relatively small fraction of the 16 * possible values to represent antialiased text, and use the * other colormap entries for other things, such as coloring * text or background. Two other reasons for using a small number * of gray values for antialiased text are (1) PNG compression * gets worse as the number of levels that are used is increased, * and (2) using a small number of levels will filter out most of * the jpeg ringing that is typically introduced near sharp edges * of text. This filtering is partly responsible for the improved * compression. */ PIX * pixThresholdTo4bpp(PIX *pixs, l_int32 nlevels, l_int32 cmapflag) { l_int32 *qtab; l_int32 w, h, d, wplt, wpld; l_uint32 *datat, *datad; PIX *pixt, *pixd; PIXCMAP *cmap; PROCNAME("pixThresholdTo4bpp"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (nlevels < 2 || nlevels > 16) return (PIX *)ERROR_PTR("nlevels not in [2,...,16]", procName, NULL); /* Make the appropriate table */ if (cmapflag) qtab = makeGrayQuantIndexTable(nlevels); else qtab = makeGrayQuantTargetTable(16, 4); if ((pixd = pixCreate(w, h, 4)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); if (cmapflag) { /* hold out (16 - nlevels) cmap entries */ cmap = pixcmapCreateLinear(4, nlevels); pixSetColormap(pixd, cmap); } /* If there is a colormap in the src, remove it */ pixt = pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); datat = pixGetData(pixt); wplt = pixGetWpl(pixt); thresholdTo4bppLow(datad, h, wpld, datat, wplt, qtab); if (qtab) FREE(qtab); pixDestroy(&pixt); return pixd; } /*----------------------------------------------------------------------* * Simple (pixelwise) thresholding on 8 bpp with optional colormap * *----------------------------------------------------------------------*/ /*! * pixThresholdOn8bpp() * * Input: pixs (8 bpp, can have colormap) * nlevels (equally spaced; must be between 2 and 256) * cmapflag (1 to build colormap; 0 otherwise) * Return: pixd (8 bpp, optionally with colormap), or null on error * * Notes: * (1) Valid values for nlevels is the set {2,...,256}. * (2) Any colormap on the input pixs is removed to 8 bpp grayscale. * (3) If cmapflag == 1, a colormap of size 'nlevels' is made, * and the pixel values in pixs are replaced by their * appropriate color indices. Otherwise, the pixel values * are the actual thresholded (i.e., quantized) grayscale values. * (4) If you don't want the thresholding to be equally spaced, * first transform the input 8 bpp src using pixGammaTRC(). */ PIX * pixThresholdOn8bpp(PIX *pixs, l_int32 nlevels, l_int32 cmapflag) { l_int32 *qtab; /* quantization table */ l_int32 i, j, w, h, wpld, val, newval; l_uint32 *datad, *lined; PIX *pixd; PIXCMAP *cmap; PROCNAME("pixThresholdOn8bpp"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (nlevels < 2 || nlevels > 256) return (PIX *)ERROR_PTR("nlevels not in [2,...,256]", procName, NULL); if (cmapflag) qtab = makeGrayQuantIndexTable(nlevels); else qtab = makeGrayQuantTargetTable(nlevels, 8); /* Get a new pixd; if there is a colormap in the src, remove it */ if (pixGetColormap(pixs)) pixd = pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); else pixd = pixCopy(NULL, pixs); if (cmapflag) { /* hold out (256 - nlevels) cmap entries */ cmap = pixcmapCreateLinear(8, nlevels); pixSetColormap(pixd, cmap); } pixGetDimensions(pixd, &w, &h, NULL); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lined = datad + i * wpld; for (j = 0; j < w; j++) { val = GET_DATA_BYTE(lined, j); newval = qtab[val]; SET_DATA_BYTE(lined, j, newval); } } if (qtab) FREE(qtab); return pixd; } /*----------------------------------------------------------------------* * Arbitrary (pixelwise) thresholding from 8 bpp to 2, 4 or 8 bpp * *----------------------------------------------------------------------*/ /*! * pixThresholdGrayArb() * * Input: pixs (8 bpp grayscale; can have colormap) * edgevals (string giving edge value of each bin) * outdepth (0, 2, 4 or 8 bpp; 0 is default for min depth) * use_average (1 if use the average pixel value in colormap) * setblack (1 if darkest color is set to black) * setwhite (1 if lightest color is set to white) * Return: pixd (2, 4 or 8 bpp quantized image with colormap), * or null on error * * Notes: * (1) This function allows exact specification of the quantization bins. * The string @edgevals is a space-separated set of values * specifying the dividing points between output quantization bins. * These threshold values are assigned to the bin with higher * values, so that each of them is the smallest value in their bin. * (2) The output image (pixd) depth is specified by @outdepth. The * number of bins is the number of edgevals + 1. The * relation between outdepth and the number of bins is: * outdepth = 2 nbins <= 4 * outdepth = 4 nbins <= 16 * outdepth = 8 nbins <= 256 * With @outdepth == 0, the minimum required depth for the * given number of bins is used. * The output pixd has a colormap. * (3) The last 3 args determine the specific values that go into * the colormap. * (4) For @use_average: * - if TRUE, the average value of pixels falling in the bin is * chosen as the representative gray value. Otherwise, * - if FALSE, the central value of each bin is chosen as * the representative value. * The colormap holds the representative value. * (5) For @setblack, if TRUE the darkest color is set to (0,0,0). * (6) For @setwhite, if TRUE the lightest color is set to (255,255,255). * (7) An alternative to using this function to quantize to * unequally-spaced bins is to first transform the 8 bpp pixs * using pixGammaTRC(), and follow this with pixThresholdTo4bpp(). */ PIX * pixThresholdGrayArb(PIX *pixs, const char *edgevals, l_int32 outdepth, l_int32 use_average, l_int32 setblack, l_int32 setwhite) { l_int32 *qtab; l_int32 w, h, d, i, j, n, wplt, wpld, val, newval; l_uint32 *datat, *datad, *linet, *lined; NUMA *na; PIX *pixt, *pixd; PIXCMAP *cmap; PROCNAME("pixThresholdGrayArb"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (!edgevals) return (PIX *)ERROR_PTR("edgevals not defined", procName, NULL); if (outdepth != 0 && outdepth != 2 && outdepth != 4 && outdepth != 8) return (PIX *)ERROR_PTR("invalid outdepth", procName, NULL); /* Parse and sort (if required) the bin edge values */ na = parseStringForNumbers(edgevals, " \t\n,"); n = numaGetCount(na); if (n > 255) return (PIX *)ERROR_PTR("more than 256 levels", procName, NULL); if (outdepth == 0) { if (n <= 3) outdepth = 2; else if (n <= 15) outdepth = 4; else outdepth = 8; } else if (n + 1 > (1 << outdepth)) { L_WARNING("outdepth too small; setting to 8 bpp\n", procName); outdepth = 8; } numaSort(na, na, L_SORT_INCREASING); /* Make the quantization LUT and the colormap */ makeGrayQuantTableArb(na, outdepth, &qtab, &cmap); if (use_average) { /* use the average value in each bin */ pixcmapDestroy(&cmap); makeGrayQuantColormapArb(pixs, qtab, outdepth, &cmap); } pixcmapSetBlackAndWhite(cmap, setblack, setwhite); numaDestroy(&na); if ((pixd = pixCreate(w, h, outdepth)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); pixCopyResolution(pixd, pixs); pixSetColormap(pixd, cmap); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); /* If there is a colormap in the src, remove it */ pixt = pixRemoveColormap(pixs, REMOVE_CMAP_TO_GRAYSCALE); datat = pixGetData(pixt); wplt = pixGetWpl(pixt); if (outdepth == 2) { thresholdTo2bppLow(datad, h, wpld, datat, wplt, qtab); } else if (outdepth == 4) { thresholdTo4bppLow(datad, h, wpld, datat, wplt, qtab); } else { for (i = 0; i < h; i++) { lined = datad + i * wpld; linet = datat + i * wplt; for (j = 0; j < w; j++) { val = GET_DATA_BYTE(linet, j); newval = qtab[val]; SET_DATA_BYTE(lined, j, newval); } } } FREE(qtab); pixDestroy(&pixt); return pixd; } /*----------------------------------------------------------------------* * Quantization tables for linear thresholds of grayscale images * *----------------------------------------------------------------------*/ /*! * makeGrayQuantIndexTable() * * Input: nlevels (number of output levels) * Return: table (maps input gray level to colormap index, * or null on error) * Notes: * (1) 'nlevels' is some number between 2 and 256 (typically 8 or less). * (2) The table is typically used for quantizing 2, 4 and 8 bpp * grayscale src pix, and generating a colormapped dest pix. */ l_int32 * makeGrayQuantIndexTable(l_int32 nlevels) { l_int32 *tab; l_int32 i, j, thresh; PROCNAME("makeGrayQuantIndexTable"); if ((tab = (l_int32 *)CALLOC(256, sizeof(l_int32))) == NULL) return (l_int32 *)ERROR_PTR("calloc fail for tab", procName, NULL); for (i = 0; i < 256; i++) { for (j = 0; j < nlevels; j++) { thresh = 255 * (2 * j + 1) / (2 * nlevels - 2); if (i <= thresh) { tab[i] = j; /* fprintf(stderr, "tab[%d] = %d\n", i, j); */ break; } } } return tab; } /*! * makeGrayQuantTargetTable() * * Input: nlevels (number of output levels) * depth (of dest pix, in bpp; 2, 4 or 8 bpp) * Return: table (maps input gray level to thresholded gray level, * or null on error) * * Notes: * (1) nlevels is some number between 2 and 2^(depth) * (2) The table is used in two similar ways: * - for 8 bpp, it quantizes to a given number of target levels * - for 2 and 4 bpp, it thresholds to appropriate target values * that will use the full dynamic range of the dest pix. * (3) For depth = 8, the number of thresholds chosen is * ('nlevels' - 1), and the 'nlevels' values stored in the * table are at the two at the extreme ends, (0, 255), plus * plus ('nlevels' - 2) values chosen at equal intervals between. * For example, for depth = 8 and 'nlevels' = 3, the two * threshold values are 3f and bf, and the three target pixel * values are 0, 7f and ff. * (4) For depth < 8, we ignore nlevels, and always use the maximum * number of levels, which is 2^(depth). * If you want nlevels < the maximum number, you should always * use a colormap. */ l_int32 * makeGrayQuantTargetTable(l_int32 nlevels, l_int32 depth) { l_int32 *tab; l_int32 i, j, thresh, maxval, quantval; PROCNAME("makeGrayQuantTargetTable"); if ((tab = (l_int32 *)CALLOC(256, sizeof(l_int32))) == NULL) return (l_int32 *)ERROR_PTR("calloc fail for tab", procName, NULL); maxval = (1 << depth) - 1; if (depth < 8) nlevels = 1 << depth; for (i = 0; i < 256; i++) { for (j = 0; j < nlevels; j++) { thresh = 255 * (2 * j + 1) / (2 * nlevels - 2); if (i <= thresh) { quantval = maxval * j / (nlevels - 1); tab[i] = quantval; /* fprintf(stderr, "tab[%d] = %d\n", i, tab[i]); */ break; } } } return tab; } /*----------------------------------------------------------------------* * Quantization table for arbitrary thresholding of grayscale images * *----------------------------------------------------------------------*/ /*! * makeGrayQuantTableArb() * * Input: na (numa of bin boundaries) * outdepth (of colormap: 1, 2, 4 or 8) * &tab ( table mapping input gray level to cmap index) * &cmap ( colormap) * Return: 0 if OK, 1 on error * * Notes: * (1) The number of bins is the count of @na + 1. * (2) The bin boundaries in na must be sorted in increasing order. * (3) The table is an inverse colormap: it maps input gray level * to colormap index (the bin number). * (4) The colormap generated here has quantized values at the * center of each bin. If you want to use the average gray * value of pixels within the bin, discard the colormap and * compute it using makeGrayQuantColormapArb(). * (5) Returns an error if there are not enough levels in the * output colormap for the number of bins. The number * of bins must not exceed 2^outdepth. */ l_int32 makeGrayQuantTableArb(NUMA *na, l_int32 outdepth, l_int32 **ptab, PIXCMAP **pcmap) { l_int32 i, j, n, jstart, ave, val; l_int32 *tab; PIXCMAP *cmap; PROCNAME("makeGrayQuantTableArb"); if (!ptab) return ERROR_INT("&tab not defined", procName, 1); *ptab = NULL; if (!pcmap) return ERROR_INT("&cmap not defined", procName, 1); *pcmap = NULL; if (!na) return ERROR_INT("na not defined", procName, 1); n = numaGetCount(na); if (n + 1 > (1 << outdepth)) return ERROR_INT("more bins than cmap levels", procName, 1); if ((tab = (l_int32 *)CALLOC(256, sizeof(l_int32))) == NULL) return ERROR_INT("calloc fail for tab", procName, 1); if ((cmap = pixcmapCreate(outdepth)) == NULL) return ERROR_INT("cmap not made", procName, 1); *ptab = tab; *pcmap = cmap; /* First n bins */ jstart = 0; for (i = 0; i < n; i++) { numaGetIValue(na, i, &val); ave = (jstart + val) / 2; pixcmapAddColor(cmap, ave, ave, ave); for (j = jstart; j < val; j++) tab[j] = i; jstart = val; } /* Last bin */ ave = (jstart + 255) / 2; pixcmapAddColor(cmap, ave, ave, ave); for (j = jstart; j < 256; j++) tab[j] = n; return 0; } /*! * makeGrayQuantColormapArb() * * Input: pixs (8 bpp) * tab (table mapping input gray level to cmap index) * outdepth (of colormap: 1, 2, 4 or 8) * &cmap ( colormap) * Return: 0 if OK, 1 on error * * Notes: * (1) The table is a 256-entry inverse colormap: it maps input gray * level to colormap index (the bin number). It is computed * using makeGrayQuantTableArb(). * (2) The colormap generated here has quantized values at the * average gray value of the pixels that are in each bin. * (3) Returns an error if there are not enough levels in the * output colormap for the number of bins. The number * of bins must not exceed 2^outdepth. */ l_int32 makeGrayQuantColormapArb(PIX *pixs, l_int32 *tab, l_int32 outdepth, PIXCMAP **pcmap) { l_int32 i, j, index, w, h, d, nbins, wpl, factor, val; l_int32 *bincount, *binave, *binstart; l_uint32 *line, *data; PROCNAME("makeGrayQuantColormapArb"); if (!pcmap) return ERROR_INT("&cmap not defined", procName, 1); *pcmap = NULL; if (!pixs) return ERROR_INT("pixs not defined", procName, 1); pixGetDimensions(pixs, &w, &h, &d); if (d != 8) return ERROR_INT("pixs not 8 bpp", procName, 1); if (!tab) return ERROR_INT("tab not defined", procName, 1); nbins = tab[255] + 1; if (nbins > (1 << outdepth)) return ERROR_INT("more bins than cmap levels", procName, 1); /* Find the count and weighted count for each bin */ if ((bincount = (l_int32 *)CALLOC(nbins, sizeof(l_int32))) == NULL) return ERROR_INT("calloc fail for bincount", procName, 1); if ((binave = (l_int32 *)CALLOC(nbins, sizeof(l_int32))) == NULL) return ERROR_INT("calloc fail for binave", procName, 1); factor = (l_int32)(sqrt((l_float64)(w * h) / 30000.) + 0.5); factor = L_MAX(1, factor); data = pixGetData(pixs); wpl = pixGetWpl(pixs); for (i = 0; i < h; i += factor) { line = data + i * wpl; for (j = 0; j < w; j += factor) { val = GET_DATA_BYTE(line, j); bincount[tab[val]]++; binave[tab[val]] += val; } } /* Find the smallest gray values in each bin */ if ((binstart = (l_int32 *)CALLOC(nbins, sizeof(l_int32))) == NULL) return ERROR_INT("calloc fail for binstart", procName, 1); for (i = 1, index = 1; i < 256; i++) { if (tab[i] < index) continue; if (tab[i] == index) binstart[index++] = i; } /* Get the averages. If there are no samples in a bin, use * the center value of the bin. */ *pcmap = pixcmapCreate(outdepth); for (i = 0; i < nbins; i++) { if (bincount[i]) { val = binave[i] / bincount[i]; } else { /* no samples in the bin */ if (i < nbins - 1) val = (binstart[i] + binstart[i + 1]) / 2; else /* last bin */ val = (binstart[i] + 255) / 2; } pixcmapAddColor(*pcmap, val, val, val); } FREE(bincount); FREE(binave); FREE(binstart); return 0; } /*--------------------------------------------------------------------* * Thresholding from 32 bpp rgb to 1 bpp * *--------------------------------------------------------------------*/ /*! * pixGenerateMaskByBand32() * * Input: pixs (32 bpp) * refval (reference rgb value) * delm (max amount below the ref value for any component) * delp (max amount above the ref value for any component) * Return: pixd (1 bpp), or null on error * * Notes: * (1) Generates a 1 bpp mask pixd, the same size as pixs, where * the fg pixels in the mask are those where each component * is within -delm to +delp of the reference value. */ PIX * pixGenerateMaskByBand32(PIX *pixs, l_uint32 refval, l_int32 delm, l_int32 delp) { l_int32 i, j, w, h, d, wpls, wpld; l_int32 rref, gref, bref, rval, gval, bval; l_uint32 pixel; l_uint32 *datas, *datad, *lines, *lined; PIX *pixd; PROCNAME("pixGenerateMaskByBand32"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 32) return (PIX *)ERROR_PTR("not 32 bpp", procName, NULL); if (delm < 0 || delp < 0) return (PIX *)ERROR_PTR("delm and delp must be >= 0", procName, NULL); extractRGBValues(refval, &rref, &gref, &bref); pixd = pixCreate(w, h, 1); pixCopyResolution(pixd, pixs); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { pixel = lines[j]; rval = (pixel >> L_RED_SHIFT) & 0xff; if (rval < rref - delm || rval > rref + delp) continue; gval = (pixel >> L_GREEN_SHIFT) & 0xff; if (gval < gref - delm || gval > gref + delp) continue; bval = (pixel >> L_BLUE_SHIFT) & 0xff; if (bval < bref - delm || bval > bref + delp) continue; SET_DATA_BIT(lined, j); } } return pixd; } /*! * pixGenerateMaskByDiscr32() * * Input: pixs (32 bpp) * refval1 (reference rgb value) * refval2 (reference rgb value) * distflag (L_MANHATTAN_DISTANCE, L_EUCLIDEAN_DISTANCE) * Return: pixd (1 bpp), or null on error * * Notes: * (1) Generates a 1 bpp mask pixd, the same size as pixs, where * the fg pixels in the mask are those where the pixel in pixs * is "closer" to refval1 than to refval2. * (2) "Closer" can be defined in several ways, such as: * - manhattan distance (L1) * - euclidean distance (L2) * - majority vote of the individual components * Here, we have a choice of L1 or L2. */ PIX * pixGenerateMaskByDiscr32(PIX *pixs, l_uint32 refval1, l_uint32 refval2, l_int32 distflag) { l_int32 i, j, w, h, d, wpls, wpld; l_int32 rref1, gref1, bref1, rref2, gref2, bref2, rval, gval, bval; l_uint32 pixel, dist1, dist2; l_uint32 *datas, *datad, *lines, *lined; PIX *pixd; PROCNAME("pixGenerateMaskByDiscr32"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); pixGetDimensions(pixs, &w, &h, &d); if (d != 32) return (PIX *)ERROR_PTR("not 32 bpp", procName, NULL); if (distflag != L_MANHATTAN_DISTANCE && distflag != L_EUCLIDEAN_DISTANCE) return (PIX *)ERROR_PTR("invalid distflag", procName, NULL); extractRGBValues(refval1, &rref1, &gref1, &bref1); extractRGBValues(refval2, &rref2, &gref2, &bref2); pixd = pixCreate(w, h, 1); pixCopyResolution(pixd, pixs); datas = pixGetData(pixs); wpls = pixGetWpl(pixs); datad = pixGetData(pixd); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { pixel = lines[j]; extractRGBValues(pixel, &rval, &gval, &bval); if (distflag == L_MANHATTAN_DISTANCE) { dist1 = L_ABS(rref1 - rval); dist2 = L_ABS(rref2 - rval); dist1 += L_ABS(gref1 - gval); dist2 += L_ABS(gref2 - gval); dist1 += L_ABS(bref1 - bval); dist2 += L_ABS(bref2 - bval); } else { dist1 = (rref1 - rval) * (rref1 - rval); dist2 = (rref2 - rval) * (rref2 - rval); dist1 += (gref1 - gval) * (gref1 - gval); dist2 += (gref2 - gval) * (gref2 - gval); dist1 += (bref1 - bval) * (bref1 - bval); dist2 += (bref2 - bval) * (bref2 - bval); } if (dist1 < dist2) SET_DATA_BIT(lined, j); } } return pixd; } /*----------------------------------------------------------------------* * Histogram-based grayscale quantization * *----------------------------------------------------------------------*/ /*! * pixGrayQuantFromHisto() * * Input: pixd ( quantized pix with cmap; can be null) * pixs (8 bpp gray input pix; not cmapped) * pixm ( mask over pixels in pixs to quantize) * minfract (minimum fraction of pixels in a set of adjacent * histo bins that causes the set to be automatically * set aside as a color in the colormap; must be * at least 0.01) * maxsize (maximum number of adjacent bins allowed to represent * a color, regardless of the population of pixels * in the bins; must be at least 2) * Return: pixd (8 bpp, cmapped), or null on error * * Notes: * (1) This is useful for quantizing images with relatively few * colors, but which may have both color and gray pixels. * If there are color pixels, it is assumed that an input * rgb image has been color quantized first so that: * - pixd has a colormap describing the color pixels * - pixm is a mask over the non-color pixels in pixd * - the colormap in pixd, and the color pixels in pixd, * have been repacked to go from 0 to n-1 (n colors) * If there are no color pixels, pixd and pixm are both null, * and all pixels in pixs are quantized to gray. * (2) A 256-entry histogram is built of the gray values in pixs. * If pixm exists, the pixels contributing to the histogram are * restricted to the fg of pixm. A colormap and LUT are generated * from this histogram. We break up the array into a set * of intervals, each one constituting a color in the colormap: * An interval is identified by summing histogram bins until * either the sum equals or exceeds the @minfract of the total * number of pixels, or the span itself equals or exceeds @maxsize. * The color of each bin is always an average of the pixels * that constitute it. * (3) Note that we do not specify the number of gray colors in * the colormap. Instead, we specify two parameters that * describe the accuracy of the color assignments; this and * the actual image determine the number of resulting colors. * (4) If a mask exists and it is not the same size as pixs, make * a new mask the same size as pixs, with the original mask * aligned at the UL corners. Set all additional pixels * in the (larger) new mask set to 1, causing those pixels * in pixd to be set as gray. * (5) We estimate the total number of colors (color plus gray); * if it exceeds 255, return null. */ PIX * pixGrayQuantFromHisto(PIX *pixd, PIX *pixs, PIX *pixm, l_float32 minfract, l_int32 maxsize) { l_int32 w, h, wd, hd, wm, hm, wpls, wplm, wpld; l_int32 nc, nestim, i, j, vals, vald; l_int32 *lut; l_uint32 *datas, *datam, *datad, *lines, *linem, *lined; NUMA *na; PIX *pixmr; /* resized mask */ PIXCMAP *cmap; PROCNAME("pixGrayQuantFromHisto"); if (!pixs || pixGetDepth(pixs) != 8) return (PIX *)ERROR_PTR("pixs undefined or not 8 bpp", procName, NULL); if (minfract < 0.01) { L_WARNING("minfract < 0.01; setting to 0.05\n", procName); minfract = 0.05; } if (maxsize < 2) { L_WARNING("maxsize < 2; setting to 10\n", procName); maxsize = 10; } if ((pixd && !pixm) || (!pixd && pixm)) return (PIX *)ERROR_PTR("(pixd,pixm) not defined together", procName, NULL); pixGetDimensions(pixs, &w, &h, NULL); if (pixd) { if (pixGetDepth(pixm) != 1) return (PIX *)ERROR_PTR("pixm not 1 bpp", procName, NULL); if ((cmap = pixGetColormap(pixd)) == NULL) return (PIX *)ERROR_PTR("pixd not cmapped", procName, NULL); pixGetDimensions(pixd, &wd, &hd, NULL); if (w != wd || h != hd) return (PIX *)ERROR_PTR("pixs, pixd sizes differ", procName, NULL); nc = pixcmapGetCount(cmap); nestim = nc + (l_int32)(1.5 * 255 / maxsize); fprintf(stderr, "nestim = %d\n", nestim); if (nestim > 255) { L_ERROR("Estimate %d colors!\n", procName, nestim); return (PIX *)ERROR_PTR("probably too many colors", procName, NULL); } pixGetDimensions(pixm, &wm, &hm, NULL); if (w != wm || h != hm) { /* resize the mask */ L_WARNING("mask and dest sizes not equal\n", procName); pixmr = pixCreateNoInit(w, h, 1); pixRasterop(pixmr, 0, 0, wm, hm, PIX_SRC, pixm, 0, 0); pixRasterop(pixmr, wm, 0, w - wm, h, PIX_SET, NULL, 0, 0); pixRasterop(pixmr, 0, hm, wm, h - hm, PIX_SET, NULL, 0, 0); } else { pixmr = pixClone(pixm); } } else { pixd = pixCreateTemplate(pixs); cmap = pixcmapCreate(8); pixSetColormap(pixd, cmap); } /* Use original mask, if it exists, to select gray pixels */ na = pixGetGrayHistogramMasked(pixs, pixm, 0, 0, 1); /* Fill out the cmap with gray colors, and generate the lut * for pixel assignment. Issue a warning on failure. */ if (numaFillCmapFromHisto(na, cmap, minfract, maxsize, &lut)) L_ERROR("ran out of colors in cmap!\n", procName); numaDestroy(&na); /* Assign the gray pixels to their cmap indices */ datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); if (!pixm) { for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { vals = GET_DATA_BYTE(lines, j); vald = lut[vals]; SET_DATA_BYTE(lined, j, vald); } } FREE(lut); return pixd; } datam = pixGetData(pixmr); wplm = pixGetWpl(pixmr); for (i = 0; i < h; i++) { lines = datas + i * wpls; linem = datam + i * wplm; lined = datad + i * wpld; for (j = 0; j < w; j++) { if (!GET_DATA_BIT(linem, j)) continue; vals = GET_DATA_BYTE(lines, j); vald = lut[vals]; SET_DATA_BYTE(lined, j, vald); } } pixDestroy(&pixmr); FREE(lut); return pixd; } /*! * numaFillCmapFromHisto() * * Input: na (histogram of gray values) * cmap (8 bpp cmap, possibly initialized with color value) * minfract (minimum fraction of pixels in a set of adjacent * histo bins that causes the set to be automatically * set aside as a color in the colormap; must be * at least 0.01) * maxsize (maximum number of adjacent bins allowed to represent * a color, regardless of the population of pixels * in the bins; must be at least 2) * &lut ( lookup table from gray value to colormap index) * Return: 0 if OK, 1 on error * * Notes: * (1) This static function must be called from pixGrayQuantFromHisto() */ static l_int32 numaFillCmapFromHisto(NUMA *na, PIXCMAP *cmap, l_float32 minfract, l_int32 maxsize, l_int32 **plut) { l_int32 mincount, index, sum, wtsum, span, istart, i, val, ret; l_int32 *iahisto, *lut; l_float32 total; PROCNAME("numaFillCmapFromHisto"); if (!plut) return ERROR_INT("&lut not defined", procName, 1); *plut = NULL; if (!na) return ERROR_INT("na not defined", procName, 1); if (!cmap) return ERROR_INT("cmap not defined", procName, 1); numaGetSum(na, &total); mincount = (l_int32)(minfract * total); iahisto = numaGetIArray(na); if ((lut = (l_int32 *)CALLOC(256, sizeof(l_int32))) == NULL) return ERROR_INT("lut not made", procName, 1); *plut = lut; index = pixcmapGetCount(cmap); /* start with number of colors * already reserved */ /* March through, associating colors with sets of adjacent * gray levels. During the process, the LUT that gives * the colormap index for each gray level is computed. * To complete a color, either the total count must equal * or exceed @mincount, or the current span of colors must * equal or exceed @maxsize. An empty span is not converted * into a color; it is simply ignored. When a span is completed for a * color, the weighted color in the span is added to the colormap. */ sum = 0; wtsum = 0; istart = 0; ret = 0; for (i = 0; i < 256; i++) { lut[i] = index; sum += iahisto[i]; wtsum += i * iahisto[i]; span = i - istart + 1; if (sum < mincount && span < maxsize) continue; if (sum == 0) { /* empty span; don't save */ istart = i + 1; continue; } /* Found new color; sum > 0 */ val = (l_int32)((l_float32)wtsum / (l_float32)sum + 0.5); ret = pixcmapAddColor(cmap, val, val, val); istart = i + 1; sum = 0; wtsum = 0; index++; } if (istart < 256 && sum > 0) { /* last one */ span = 256 - istart; val = (l_int32)((l_float32)wtsum / (l_float32)sum + 0.5); ret = pixcmapAddColor(cmap, val, val, val); } FREE(iahisto); return ret; } /*----------------------------------------------------------------------* * Color quantize grayscale image using existing colormap * *----------------------------------------------------------------------*/ /*! * pixGrayQuantFromCmap() * * Input: pixs (8 bpp grayscale without cmap) * cmap (to quantize to; of dest pix) * mindepth (minimum depth of pixd: can be 2, 4 or 8 bpp) * Return: pixd (2, 4 or 8 bpp, colormapped), or null on error * * Notes: * (1) In use, pixs is an 8 bpp grayscale image without a colormap. * If there is an existing colormap, a warning is issued and * a copy of the input pixs is returned. */ PIX * pixGrayQuantFromCmap(PIX *pixs, PIXCMAP *cmap, l_int32 mindepth) { l_int32 i, j, index, w, h, d, depth, wpls, wpld; l_int32 hascolor, vals, vald; l_int32 *tab; l_uint32 *datas, *datad, *lines, *lined; PIXCMAP *cmapd; PIX *pixd; PROCNAME("pixGrayQuantFromCmap"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetColormap(pixs) != NULL) { L_WARNING("pixs already has a colormap; returning a copy\n", procName); return pixCopy(NULL, pixs); } pixGetDimensions(pixs, &w, &h, &d); if (d != 8) return (PIX *)ERROR_PTR("pixs not 8 bpp", procName, NULL); if (!cmap) return (PIX *)ERROR_PTR("cmap not defined", procName, NULL); if (mindepth != 2 && mindepth != 4 && mindepth != 8) return (PIX *)ERROR_PTR("invalid mindepth", procName, NULL); /* Make sure the colormap is gray */ pixcmapHasColor(cmap, &hascolor); if (hascolor) { L_WARNING("Converting colormap colors to gray\n", procName); cmapd = pixcmapColorToGray(cmap, 0.3, 0.5, 0.2); } else { cmapd = pixcmapCopy(cmap); } /* Make LUT into colormap */ if ((tab = (l_int32 *)CALLOC(256, sizeof(l_int32))) == NULL) return (PIX *)ERROR_PTR("tab not made", procName, NULL); for (i = 0; i < 256; i++) { pixcmapGetNearestGrayIndex(cmapd, i, &index); tab[i] = index; } pixcmapGetMinDepth(cmap, &depth); depth = L_MAX(depth, mindepth); pixd = pixCreate(w, h, depth); pixSetColormap(pixd, cmapd); pixCopyResolution(pixd, pixs); pixCopyInputFormat(pixd, pixs); datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { vals = GET_DATA_BYTE(lines, j); vald = tab[vals]; if (depth == 2) SET_DATA_DIBIT(lined, j, vald); else if (depth == 4) SET_DATA_QBIT(lined, j, vald); else /* depth == 8 */ SET_DATA_BYTE(lined, j, vald); } } FREE(tab); return pixd; } leptonica-1.70/src/freetype.c0000644000175000017500000003341112060445650014267 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * freetype.c * static l_int32 ftUtfToUniChar() * static PIX *ftDrawBitmap() * FT_LIBRARY *ftInitLibrary() * void ftShutdownLibrary() * PIX *pixWriteTTFText() */ #include #include #include "allheaders.h" #include #include FT_FREETYPE_H #include FT_GLYPH_H #undef MAX #define MAX(a, b) (((a)>(b))?(a):(b)) #define ROUNDUPDOWN(val, updown) (!updown) ? (val < 0 ? ((val - 63) >> 6) : val >> 6) : (val > 0 ? ((val + 63) >> 6) : val >> 6) struct ft_library_st { FT_Library library; }; static l_int32 ftUtfToUniChar(char *str, l_int32 *chPtr) { l_int32 byte; /* HTML4.0 entities in decimal form, e.g. Š{{{ */ byte = *((unsigned char *) str); if (byte == '&') { l_int32 i, n = 0; byte = *((unsigned char *) (str+1)); if (byte == '#') { for (i = 2; i < 8; i++) { byte = *((unsigned char *) (str+i)); if (byte >= '0' && byte <= '9') { n = (n * 10) + (byte - '0'); } else { break; } } if (byte == ';') { *chPtr = (l_int32) n; return ++i; } } } /* }}} */ /* Unroll 1 to 3 byte UTF-8 sequences */ byte = *((unsigned char *) str); if (byte < 0xC0) { /* Handles properly formed UTF-8 characters between 0x01 and 0x7F. * Also treats \0 and naked trail bytes 0x80 to 0xBF as valid * characters representing themselves. */ *chPtr = (l_int32) byte; return 1; } else if (byte < 0xE0) { if ((str[1] & 0xC0) == 0x80) { /* Two-byte-character lead-byte followed by a trail-byte. */ *chPtr = (l_int32) (((byte & 0x1F) << 6) | (str[1] & 0x3F)); return 2; } /* A two-byte-character lead-byte not followed by trail-byte * represents itself. */ *chPtr = (l_int32) byte; return 1; } else if (byte < 0xF0) { if (((str[1] & 0xC0) == 0x80) && ((str[2] & 0xC0) == 0x80)) { /* Three-byte-character lead byte followed by 2 trail bytes. */ *chPtr = (l_int32) (((byte & 0x0F) << 12) | ((str[1] & 0x3F) << 6) | (str[2] & 0x3F)); return 3; } /* A three-byte-character lead-byte not followed by two * trail-bytes represents itself. */ *chPtr = (l_int32) byte; return 1; } *chPtr = (l_int32)byte; return 1; } /* }}} */ static PIX * ftDrawBitmap(l_uint32 *datad, l_uint32 color, FT_Bitmap bitmap, l_int32 pen_x, l_int32 pen_y, l_int32 width, l_int32 height) { l_uint32 *ppixel = NULL, pixel; l_int32 x, y, row, col, pc, pcr, i; l_uint8 tmp; PROCNAME("ftDrawBitmap"); for (row = 0; row < bitmap.rows; row++) { pc = row * bitmap.pitch; pcr = pc; y = pen_y + row; /* Clip if out of bounds */ if (y >= height || y < 0) { continue; } for (col = 0; col < bitmap.width; col++, pc++) { int level; if (bitmap.pixel_mode == ft_pixel_mode_grays) { level = (bitmap.buffer[pc] * 127/ (bitmap.num_grays - 1)); } else if (bitmap.pixel_mode == ft_pixel_mode_mono) { level = ((bitmap.buffer[(col>>3)+pcr]) & (1<<(~col&0x07))) ? 127 : 0; } else { return (PIX *)ERROR_PTR("unsupported ft_pixel mode", procName, NULL); } if (color >= 0) { level = level * (127 - GET_DATA_BYTE(&color, L_ALPHA_CHANNEL)) / 127; } level = 127 - level; x = pen_x + col; /* Clip if out of bounds */ if (x >= width || x < 0) { continue; } ppixel = datad + y*width + x; /* Mix 2 colors using level as alpha */ if (level != 127) { l_uint8 new, old; pixel = *ppixel; for (i = 0; i < 3; i++) { new = GET_DATA_BYTE(&color, i); old = GET_DATA_BYTE(&pixel, i); tmp = (double)old * ((double)level/127) + (double)new * ((double)(127 - level)/127); SET_DATA_BYTE(ppixel, i, tmp); } } } } return NULL; } FT_LIBRARY * ftInitLibrary(void) { FT_Error err; FT_LIBRARY *lib_ptr; lib_ptr = CALLOC(1, sizeof(FT_LIBRARY)); err = FT_Init_FreeType(&lib_ptr->library); if (err) { FREE(lib_ptr); return NULL; } return lib_ptr; } void ftShutdownLibrary(FT_LIBRARY *lib_ptr) { if (lib_ptr) { FT_Done_FreeType(lib_ptr->library); FREE(lib_ptr); } } PIX * pixWriteTTFText(FT_LIBRARY *lib_ptr, PIX *pixs, l_float32 size, l_float32 angle, l_int32 x, l_int32 y, l_int32 letter_space, l_uint32 color, l_uint8 *fontfile, l_uint8 *text, l_int32 text_len, l_int32 *brect) { PIX *pixd, *pixt = NULL; FT_Error err; FT_Face face; FT_Glyph image; FT_BitmapGlyph bitmap; FT_CharMap charmap; FT_Matrix matrix; FT_Vector pen, penf; FT_UInt glyph_index, previous; FT_BBox char_bbox, bbox; l_uint32 *datad, letter_space_x, letter_space_y; l_int32 i, found, len, ch, x1 = 0, y1 = 0, width, height; l_uint16 platform, encoding; char *next; l_float32 cos_a, sin_a; PROCNAME("pixWriteTTFText"); if (pixGetDepth(pixs) != 32) { pixt = pixConvertTo32(pixs); if (!pixt) { return (PIX *)ERROR_PTR("failed to convert pixs to 32bpp image", procName, NULL); } pixd = pixCopy(NULL, pixt); } else { pixd = pixCopy(NULL, pixs); } if (!pixd) { pixDestroy(&pixt); return (PIX *)ERROR_PTR("pixd not made", procName, NULL); } datad = pixGetData(pixd); pixGetDimensions(pixd, &width, &height, NULL); err = FT_New_Face (lib_ptr->library, (char *)fontfile, 0, &face); if (err) { pixDestroy(&pixt); pixDestroy(&pixd); return (PIX *)ERROR_PTR("failed to load font file", procName, NULL); } err = FT_Set_Char_Size(face, 0, (FT_F26Dot6) (size * 64), LEPTONICA_FT_RESOLUTION, LEPTONICA_FT_RESOLUTION); if (err) { pixDestroy(&pixt); pixDestroy(&pixd); FT_Done_Face(face); return (PIX *)ERROR_PTR("failed to set font size", procName, NULL); } found = 0; for (i = 0; i < face->num_charmaps; i++) { charmap = face->charmaps[i]; platform = charmap->platform_id; encoding = charmap->encoding_id; if ((platform == 3 && encoding == 1) /* Windows Unicode */ || (platform == 3 && encoding == 0) /* Windows Symbol */ || (platform == 2 && encoding == 1) /* ISO Unicode */ || (platform == 0)) { /* Apple Unicode */ found = 1; break; } } if (!found) { pixDestroy(&pixt); pixDestroy(&pixd); FT_Done_Face(face); return (PIX *)ERROR_PTR("could not find Unicode charmap", procName, NULL); } /* Degrees to radians */ angle = angle * (M_PI/180); sin_a = sin(angle); cos_a = cos(angle); matrix.xx = (FT_Fixed) (cos_a * (1 << 16)); matrix.yx = (FT_Fixed) (sin_a * (1 << 16)); matrix.xy = -matrix.yx; matrix.yy = matrix.xx; FT_Set_Transform(face, &matrix, NULL); penf.x = penf.y = 0; /* running position of non-rotated string */ pen.x = pen.y = 0; /* running position of rotated string */ previous = 0; next = (char *)text; i = 0; while (*next) { if (i == 0) { /* use char spacing for 1+ characters */ letter_space_x = 0; letter_space_y = 0; } else { letter_space_x = cos_a * letter_space * i; letter_space_y = -sin_a * letter_space * i; } len = ftUtfToUniChar(next, &ch); // ch |= 0xf000; next += len; glyph_index = FT_Get_Char_Index(face, ch); err = FT_Load_Glyph(face, glyph_index, FT_LOAD_DEFAULT); if (err) { pixDestroy(&pixt); pixDestroy(&pixd); FT_Done_Face(face); return (PIX *)ERROR_PTR("could not load glyph into the slot", procName, NULL); } err = FT_Get_Glyph(face->glyph, &image); if (err) { pixDestroy(&pixt); pixDestroy(&pixd); FT_Done_Face(face); return (PIX *)ERROR_PTR("could not extract glyph from a slot", procName, NULL); } if (brect) { FT_Glyph_Get_CBox(image, ft_glyph_bbox_gridfit, &char_bbox); char_bbox.xMin += penf.x; char_bbox.yMin += penf.y; char_bbox.xMax += penf.x; char_bbox.yMax += penf.y; if (i == 0) { bbox.xMin = char_bbox.xMin; bbox.yMin = char_bbox.yMin; bbox.xMax = char_bbox.xMax; bbox.yMax = char_bbox.yMax; } else { if (bbox.xMin > char_bbox.xMin) { bbox.xMin = char_bbox.xMin; } if (bbox.yMin > char_bbox.yMin) { bbox.yMin = char_bbox.yMin; } if (bbox.xMax < char_bbox.xMax) { bbox.xMax = char_bbox.xMax; } if (bbox.yMax < char_bbox.yMax) { bbox.yMax = char_bbox.yMax; } } } if (image->format != ft_glyph_format_bitmap && FT_Glyph_To_Bitmap(&image, ft_render_mode_normal, 0, 1)) { pixDestroy(&pixt); pixDestroy(&pixd); FT_Done_Face(face); return (PIX *)ERROR_PTR("could not convert glyph to bitmap", procName, NULL); } /* Now, draw to our target surface */ bitmap = (FT_BitmapGlyph) image; ftDrawBitmap(datad, color, bitmap->bitmap, letter_space_x + x + x1 + ((pen.x + 31) >> 6) + bitmap->left, letter_space_y + y - y1 + ((pen.y + 31) >> 6) - bitmap->top, width, height); /* Record current glyph index for kerning */ previous = glyph_index; /* Increment pen position */ pen.x += image->advance.x >> 10; pen.y -= image->advance.y >> 10; penf.x += face->glyph->metrics.horiAdvance; FT_Done_Glyph(image); i++; } if (brect) { double d1 = sin (angle + 0.78539816339744830962); double d2 = sin (angle - 0.78539816339744830962); /* Rotate bounding rectangle */ brect[0] = (int) (bbox.xMin * cos_a - bbox.yMin * sin_a); brect[1] = (int) (bbox.xMin * sin_a + bbox.yMin * cos_a); brect[2] = (int) (bbox.xMax * cos_a - bbox.yMin * sin_a); brect[3] = (int) (bbox.xMax * sin_a + bbox.yMin * cos_a); brect[4] = (int) (bbox.xMax * cos_a - bbox.yMax * sin_a); brect[5] = (int) (bbox.xMax * sin_a + bbox.yMax * cos_a); brect[6] = (int) (bbox.xMin * cos_a - bbox.yMax * sin_a); brect[7] = (int) (bbox.xMin * sin_a + bbox.yMax * cos_a); /* Scale, round and offset brect */ brect[0] = x + ROUNDUPDOWN(brect[0], d2 > 0); brect[1] = y - ROUNDUPDOWN(brect[1], d1 < 0); brect[2] = x + ROUNDUPDOWN(brect[2], d1 > 0); brect[3] = y - ROUNDUPDOWN(brect[3], d2 > 0); brect[4] = x + ROUNDUPDOWN(brect[4], d2 < 0); brect[5] = y - ROUNDUPDOWN(brect[5], d1 > 0); brect[6] = x + ROUNDUPDOWN(brect[6], d1 < 0); brect[7] = y - ROUNDUPDOWN(brect[7], d2 < 0); } pixDestroy(&pixt); return pixd; } leptonica-1.70/src/colorseg.c0000644000175000017500000005645312244221052014264 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * colorseg.c * * Unsupervised color segmentation * * PIX *pixColorSegment() * PIX *pixColorSegmentCluster() * static l_int32 pixColorSegmentTryCluster() * l_int32 pixAssignToNearestColor() * l_int32 pixColorSegmentClean() * l_int32 pixColorSegmentRemoveColors() */ #include "allheaders.h" /* Maximum allowed iterations in Phase 1. */ static const l_int32 MAX_ALLOWED_ITERATIONS = 20; /* Factor by which max dist is increased on each iteration */ static const l_float32 DIST_EXPAND_FACT = 1.3; /* Octcube division level for computing nearest colormap color using LUT. * Using 4 should suffice for up to 50 - 100 colors, and it is * very fast. Using 5 takes 8 times as long to set up the LUT * for little perceptual gain, even with 100 colors. */ static const l_int32 LEVEL_IN_OCTCUBE = 4; static l_int32 pixColorSegmentTryCluster(PIX *pixd, PIX *pixs, l_int32 maxdist, l_int32 maxcolors); #ifndef NO_CONSOLE_IO #define DEBUG 0 #endif /* ~NO_CONSOLE_IO */ /*------------------------------------------------------------------* * Unsupervised color segmentation * *------------------------------------------------------------------*/ /*! * pixColorSegment() * * Input: pixs (32 bpp; 24-bit color) * maxdist (max euclidean dist to existing cluster) * maxcolors (max number of colors allowed in first pass) * selsize (linear size of sel for closing to remove noise) * finalcolors (max number of final colors allowed after 4th pass) * Return: pixd (8 bit with colormap), or null on error * * Color segmentation proceeds in four phases: * * Phase 1: pixColorSegmentCluster() * The image is traversed in raster order. Each pixel either * becomes the representative for a new cluster or is assigned to an * existing cluster. Assignment is greedy. The data is stored in * a colormapped image. Three auxiliary arrays are used to hold * the colors of the representative pixels, for fast lookup. * The average color in each cluster is computed. * * Phase 2. pixAssignToNearestColor() * A second (non-greedy) clustering pass is performed, where each pixel * is assigned to the nearest cluster (average). We also keep track * of how many pixels are assigned to each cluster. * * Phase 3. pixColorSegmentClean() * For each cluster, starting with the largest, do a morphological * closing to eliminate small components within larger ones. * * Phase 4. pixColorSegmentRemoveColors() * Eliminate all colors except the most populated 'finalcolors'. * Then remove unused colors from the colormap, and reassign those * pixels to the nearest remaining cluster, using the original pixel values. * * Notes: * (1) The goal is to generate a small number of colors. * Typically this would be specified by 'finalcolors', * a number that would be somewhere between 3 and 6. * The parameter 'maxcolors' specifies the maximum number of * colors generated in the first phase. This should be * larger than finalcolors, perhaps twice as large. * If more than 'maxcolors' are generated in the first phase * using the input 'maxdist', the distance is repeatedly * increased by a multiplicative factor until the condition * is satisfied. The implicit relation between 'maxdist' * and 'maxcolors' is thus adjusted programmatically. * (2) As a very rough guideline, given a target value of 'finalcolors', * here are approximate values of 'maxdist' and 'maxcolors' * to start with: * * finalcolors maxcolors maxdist * ----------- --------- ------- * 3 6 100 * 4 8 90 * 5 10 75 * 6 12 60 * * For a given number of finalcolors, if you use too many * maxcolors, the result will be noisy. If you use too few, * the result will be a relatively poor assignment of colors. */ PIX * pixColorSegment(PIX *pixs, l_int32 maxdist, l_int32 maxcolors, l_int32 selsize, l_int32 finalcolors) { l_int32 *countarray; PIX *pixd; PROCNAME("pixColorSegment"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("must be rgb color", procName, NULL); /* Phase 1; original segmentation */ if ((pixd = pixColorSegmentCluster(pixs, maxdist, maxcolors)) == NULL) return (PIX *)ERROR_PTR("pixt1 not made", procName, NULL); #if DEBUG pixWrite("/tmp/colorseg1.png", pixd, IFF_PNG); #endif /* DEBUG */ /* Phase 2; refinement in pixel assignment */ if ((countarray = (l_int32 *)CALLOC(256, sizeof(l_int32))) == NULL) return (PIX *)ERROR_PTR("countarray not made", procName, NULL); pixAssignToNearestColor(pixd, pixs, NULL, LEVEL_IN_OCTCUBE, countarray); #if DEBUG pixWrite("/tmp/colorseg2.png", pixd, IFF_PNG); #endif /* DEBUG */ /* Phase 3: noise removal by separately closing each color */ pixColorSegmentClean(pixd, selsize, countarray); FREE(countarray); #if DEBUG pixWrite("/tmp/colorseg3.png", pixd, IFF_PNG); #endif /* DEBUG */ /* Phase 4: removal of colors with small population and * reassignment of pixels to remaining colors */ pixColorSegmentRemoveColors(pixd, pixs, finalcolors); return pixd; } /*! * pixColorSegmentCluster() * * Input: pixs (32 bpp; 24-bit color) * maxdist (max euclidean dist to existing cluster) * maxcolors (max number of colors allowed in first pass) * Return: pixd (8 bit with colormap), or null on error * * Notes: * (1) This is phase 1. See description in pixColorSegment(). * (2) Greedy unsupervised classification. If the limit 'maxcolors' * is exceeded, the computation is repeated with a larger * allowed cluster size. * (3) On each successive iteration, 'maxdist' is increased by a * constant factor. See comments in pixColorSegment() for * a guideline on parameter selection. * Note that the diagonal of the 8-bit rgb color cube is about * 440, so for 'maxdist' = 440, you are guaranteed to get 1 color! */ PIX * pixColorSegmentCluster(PIX *pixs, l_int32 maxdist, l_int32 maxcolors) { l_int32 w, h, newmaxdist, ret, niters, ncolors, success; PIX *pixd; PIXCMAP *cmap; PROCNAME("pixColorSegmentCluster"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (pixGetDepth(pixs) != 32) return (PIX *)ERROR_PTR("must be rgb color", procName, NULL); w = pixGetWidth(pixs); h = pixGetHeight(pixs); if ((pixd = pixCreate(w, h, 8)) == NULL) return (PIX *)ERROR_PTR("pixd not made", procName, NULL); cmap = pixcmapCreate(8); pixSetColormap(pixd, cmap); pixCopyResolution(pixd, pixs); newmaxdist = maxdist; niters = 0; success = TRUE; while (1) { ret = pixColorSegmentTryCluster(pixd, pixs, newmaxdist, maxcolors); niters++; if (!ret) { ncolors = pixcmapGetCount(cmap); L_INFO("Success with %d colors after %d iters\n", procName, ncolors, niters); break; } if (niters == MAX_ALLOWED_ITERATIONS) { L_WARNING("too many iters; newmaxdist = %d\n", procName, newmaxdist); success = FALSE; break; } newmaxdist = (l_int32)(DIST_EXPAND_FACT * (l_float32)newmaxdist); } if (!success) { pixDestroy(&pixd); return (PIX *)ERROR_PTR("failure in phase 1", procName, NULL); } return pixd; } /*! * pixColorSegmentTryCluster() * * Input: pixd * pixs * maxdist * maxcolors * Return: 0 if OK, 1 on error * * Note: This function should only be called from pixColorSegCluster() */ static l_int32 pixColorSegmentTryCluster(PIX *pixd, PIX *pixs, l_int32 maxdist, l_int32 maxcolors) { l_int32 rmap[256], gmap[256], bmap[256]; l_int32 w, h, wpls, wpld, i, j, k, found, ret, index, ncolors; l_int32 rval, gval, bval, dist2, maxdist2; l_int32 countarray[256]; l_int32 rsum[256], gsum[256], bsum[256]; l_uint32 *ppixel; l_uint32 *datas, *datad, *lines, *lined; PIXCMAP *cmap; PROCNAME("pixColorSegmentTryCluster"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (!pixd) return ERROR_INT("pixd not defined", procName, 1); w = pixGetWidth(pixs); h = pixGetHeight(pixs); maxdist2 = maxdist * maxdist; cmap = pixGetColormap(pixd); pixcmapClear(cmap); for (k = 0; k < 256; k++) { rsum[k] = gsum[k] = bsum[k] = 0; rmap[k] = gmap[k] = bmap[k] = 0; } datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; for (j = 0; j < w; j++) { ppixel = lines + j; rval = GET_DATA_BYTE(ppixel, COLOR_RED); gval = GET_DATA_BYTE(ppixel, COLOR_GREEN); bval = GET_DATA_BYTE(ppixel, COLOR_BLUE); ncolors = pixcmapGetCount(cmap); found = FALSE; for (k = 0; k < ncolors; k++) { dist2 = (rval - rmap[k]) * (rval - rmap[k]) + (gval - gmap[k]) * (gval - gmap[k]) + (bval - bmap[k]) * (bval - bmap[k]); if (dist2 <= maxdist2) { /* take it; greedy */ found = TRUE; SET_DATA_BYTE(lined, j, k); countarray[k]++; rsum[k] += rval; gsum[k] += gval; bsum[k] += bval; break; } } if (!found) { /* Add a new color */ ret = pixcmapAddNewColor(cmap, rval, gval, bval, &index); /* fprintf(stderr, "index = %d, (i,j) = (%d,%d), rgb = (%d, %d, %d)\n", index, i, j, rval, gval, bval); */ if (ret == 0 && index < maxcolors) { countarray[index] = 1; SET_DATA_BYTE(lined, j, index); rmap[index] = rval; gmap[index] = gval; bmap[index] = bval; rsum[index] = rval; gsum[index] = gval; bsum[index] = bval; } else { L_INFO("maxcolors exceeded for maxdist = %d\n", procName, maxdist); return 1; } } } } /* Replace the colors in the colormap by the averages */ for (k = 0; k < ncolors; k++) { rval = rsum[k] / countarray[k]; gval = gsum[k] / countarray[k]; bval = bsum[k] / countarray[k]; pixcmapResetColor(cmap, k, rval, gval, bval); } return 0; } /*! * pixAssignToNearestColor() * * Input: pixd (8 bpp, colormapped) * pixs (32 bpp; 24-bit color) * pixm ( 1 bpp) * level (of octcube used for finding nearest color in cmap) * countarray ( ptr to array, in which we can store * the number of pixels found in each color in * the colormap in pixd) * Return: 0 if OK, 1 on error * * Notes: * (1) This is used in phase 2 of color segmentation, where pixs * is the original input image to pixColorSegment(), and * pixd is the colormapped image returned from * pixColorSegmentCluster(). It is also used, with a mask, * in phase 4. * (2) This is an in-place operation. * (3) The colormap in pixd is unchanged. * (4) pixs and pixd must be the same size (w, h). * (5) The selection mask pixm can be null. If it exists, it must * be the same size as pixs and pixd, and only pixels * corresponding to fg in pixm are assigned. Set to * NULL if all pixels in pixd are to be assigned. * (6) The countarray can be null. If it exists, it is pre-allocated * and of a size at least equal to the size of the colormap in pixd. * (7) This does a best-fit (non-greedy) assignment of pixels to * existing clusters. Specifically, it assigns each pixel * in pixd to the color index in the pixd colormap that has a * color closest to the corresponding rgb pixel in pixs. * (8) 'level' is the octcube level used to quickly find the nearest * color in the colormap for each pixel. For color segmentation, * this parameter is set to LEVEL_IN_OCTCUBE. * (9) We build a mapping table from octcube to colormap index so * that this function can run in a time (otherwise) independent * of the number of colors in the colormap. This avoids a * brute-force search for the closest colormap color to each * pixel in the image. */ l_int32 pixAssignToNearestColor(PIX *pixd, PIX *pixs, PIX *pixm, l_int32 level, l_int32 *countarray) { l_int32 w, h, wpls, wpld, wplm, i, j; l_int32 rval, gval, bval, index; l_int32 *cmaptab; l_uint32 octindex; l_uint32 *rtab, *gtab, *btab; l_uint32 *ppixel; l_uint32 *datas, *datad, *datam, *lines, *lined, *linem; PIXCMAP *cmap; PROCNAME("pixAssignToNearestColor"); if (!pixd) return ERROR_INT("pixd not defined", procName, 1); if ((cmap = pixGetColormap(pixd)) == NULL) return ERROR_INT("cmap not found", procName, 1); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (pixGetDepth(pixs) != 32) return ERROR_INT("pixs not 32 bpp", procName, 1); /* Set up the tables to map rgb to the nearest colormap index */ if (makeRGBToIndexTables(&rtab, >ab, &btab, level)) return ERROR_INT("index tables not made", procName, 1); if ((cmaptab = pixcmapToOctcubeLUT(cmap, level, L_MANHATTAN_DISTANCE)) == NULL) return ERROR_INT("cmaptab not made", procName, 1); w = pixGetWidth(pixs); h = pixGetHeight(pixs); datas = pixGetData(pixs); datad = pixGetData(pixd); wpls = pixGetWpl(pixs); wpld = pixGetWpl(pixd); if (pixm) { datam = pixGetData(pixm); wplm = pixGetWpl(pixm); } for (i = 0; i < h; i++) { lines = datas + i * wpls; lined = datad + i * wpld; if (pixm) linem = datam + i * wplm; for (j = 0; j < w; j++) { if (pixm) { if (!GET_DATA_BIT(linem, j)) continue; } ppixel = lines + j; rval = GET_DATA_BYTE(ppixel, COLOR_RED); gval = GET_DATA_BYTE(ppixel, COLOR_GREEN); bval = GET_DATA_BYTE(ppixel, COLOR_BLUE); /* Map from rgb to octcube index */ getOctcubeIndexFromRGB(rval, gval, bval, rtab, gtab, btab, &octindex); /* Map from octcube index to nearest colormap index */ index = cmaptab[octindex]; if (countarray) countarray[index]++; SET_DATA_BYTE(lined, j, index); } } FREE(cmaptab); FREE(rtab); FREE(gtab); FREE(btab); return 0; } /*! * pixColorSegmentClean() * * Input: pixs (8 bpp, colormapped) * selsize (for closing) * countarray (ptr to array containing the number of pixels * found in each color in the colormap) * Return: 0 if OK, 1 on error * * Notes: * (1) This operation is in-place. * (2) This is phase 3 of color segmentation. It is the first * part of a two-step noise removal process. Colors with a * large population are closed first; this operation absorbs * small sets of intercolated pixels of a different color. */ l_int32 pixColorSegmentClean(PIX *pixs, l_int32 selsize, l_int32 *countarray) { l_int32 i, ncolors, val; l_uint32 val32; NUMA *na, *nasi; PIX *pixt1, *pixt2; PIXCMAP *cmap; PROCNAME("pixColorSegmentClean"); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); if (pixGetDepth(pixs) != 8) return ERROR_INT("pixs not 8 bpp", procName, 1); if ((cmap = pixGetColormap(pixs)) == NULL) return ERROR_INT("cmap not found", procName, 1); if (!countarray) return ERROR_INT("countarray not defined", procName, 1); if (selsize <= 1) return 0; /* nothing to do */ /* Sort colormap indices in decreasing order of pixel population */ ncolors = pixcmapGetCount(cmap); na = numaCreate(ncolors); for (i = 0; i < ncolors; i++) numaAddNumber(na, countarray[i]); if ((nasi = numaGetSortIndex(na, L_SORT_DECREASING)) == NULL) return ERROR_INT("nasi not made", procName, 1); /* For each color, in order of decreasing population, * do a closing and absorb the added pixels. Note that * if the closing removes pixels at the border, they'll * still appear in the xor and will be properly (re)set. */ for (i = 0; i < ncolors; i++) { numaGetIValue(nasi, i, &val); pixt1 = pixGenerateMaskByValue(pixs, val, 1); pixt2 = pixCloseSafeCompBrick(NULL, pixt1, selsize, selsize); pixXor(pixt2, pixt2, pixt1); /* pixels to be added to type 'val' */ pixcmapGetColor32(cmap, val, &val32); pixSetMasked(pixs, pixt2, val32); /* add them */ pixDestroy(&pixt1); pixDestroy(&pixt2); } numaDestroy(&na); numaDestroy(&nasi); return 0; } /*! * pixColorSegmentRemoveColors() * * Input: pixd (8 bpp, colormapped) * pixs (32 bpp rgb, with initial pixel values) * finalcolors (max number of colors to retain) * Return: 0 if OK, 1 on error * * Notes: * (1) This operation is in-place. * (2) This is phase 4 of color segmentation, and the second part * of the 2-step noise removal. Only 'finalcolors' different * colors are retained, with colors with smaller populations * being replaced by the nearest color of the remaining colors. * For highest accuracy, for pixels that are being replaced, * we find the nearest colormap color to the original rgb color. */ l_int32 pixColorSegmentRemoveColors(PIX *pixd, PIX *pixs, l_int32 finalcolors) { l_int32 i, ncolors, index, tempindex; l_int32 *tab; l_uint32 tempcolor; NUMA *na, *nasi; PIX *pixm; PIXCMAP *cmap; PROCNAME("pixColorSegmentRemoveColors"); if (!pixd) return ERROR_INT("pixd not defined", procName, 1); if (pixGetDepth(pixd) != 8) return ERROR_INT("pixd not 8 bpp", procName, 1); if ((cmap = pixGetColormap(pixd)) == NULL) return ERROR_INT("cmap not found", procName, 1); if (!pixs) return ERROR_INT("pixs not defined", procName, 1); ncolors = pixcmapGetCount(cmap); if (finalcolors >= ncolors) /* few enough colors already; nothing to do */ return 0; /* Generate a mask over all pixels that are not in the * 'finalcolors' most populated colors. Save the colormap * index of any one of the retained colors in 'tempindex'. * The LUT has values 0 for the 'finalcolors' most populated colors, * which will be retained; and 1 for the rest, which are marked * by fg pixels in pixm and will be removed. */ na = pixGetCmapHistogram(pixd, 1); if ((nasi = numaGetSortIndex(na, L_SORT_DECREASING)) == NULL) { numaDestroy(&na); return ERROR_INT("nasi not made", procName, 1); } numaGetIValue(nasi, finalcolors - 1, &tempindex); /* retain down to this */ pixcmapGetColor32(cmap, tempindex, &tempcolor); /* use this color */ tab = (l_int32 *)CALLOC(256, sizeof(l_int32)); for (i = finalcolors; i < ncolors; i++) { numaGetIValue(nasi, i, &index); tab[index] = 1; } pixm = pixMakeMaskFromLUT(pixd, tab); FREE(tab); /* Reassign the masked pixels temporarily to the saved index * (tempindex). This guarantees that no pixels are labeled by * a colormap index of any colors that will be removed. * The actual value doesn't matter, as long as it's one * of the retained colors, because these pixels will later * be reassigned based on the full set of colors retained * in the colormap. */ pixSetMasked(pixd, pixm, tempcolor); /* Now remove unused colors from the colormap. This reassigns * image pixels as required. */ pixRemoveUnusedColors(pixd); /* Finally, reassign the pixels under the mask (those that were * given a 'tempindex' value) to the nearest color in the colormap. * This is the function used in phase 2 on all image pixels; here * it is only used on the masked pixels given by pixm. */ pixAssignToNearestColor(pixd, pixs, pixm, LEVEL_IN_OCTCUBE, NULL); pixDestroy(&pixm); numaDestroy(&na); numaDestroy(&nasi); return 0; } leptonica-1.70/src/morphseq.c0000644000175000017500000012400611707052573014310 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * morphseq.c * * Run a sequence of binary rasterop morphological operations * PIX *pixMorphSequence() * * Run a sequence of binary composite rasterop morphological operations * PIX *pixMorphCompSequence() * * Run a sequence of binary dwa morphological operations * PIX *pixMorphSequenceDwa() * * Run a sequence of binary composite dwa morphological operations * PIX *pixMorphCompSequenceDwa() * * Parser verifier for binary morphological operations * l_int32 morphSequenceVerify() * * Run a sequence of grayscale morphological operations * PIX *pixGrayMorphSequence() * * Run a sequence of color morphological operations * PIX *pixColorMorphSequence() */ #include #include "allheaders.h" /*-------------------------------------------------------------------------* * Run a sequence of binary rasterop morphological operations * *-------------------------------------------------------------------------*/ /*! * pixMorphSequence() * * Input: pixs * sequence (string specifying sequence) * dispsep (controls debug display of each result in the sequence: * 0: no output * > 0: gives horizontal separation in pixels between * successive displays * < 0: pdf output; abs(dispsep) is used for naming) * Return: pixd, or null on error * * Notes: * (1) This does rasterop morphology on binary images. * (2) This runs a pipeline of operations; no branching is allowed. * (3) This only uses brick Sels, which are created on the fly. * In the future this will be generalized to extract Sels from * a Sela by name. * (4) A new image is always produced; the input image is not changed. * (5) This contains an interpreter, allowing sequences to be * generated and run. * (6) The format of the sequence string is defined below. * (7) In addition to morphological operations, rank order reduction * and replicated expansion allow operations to take place * downscaled by a power of 2. * (8) Intermediate results can optionally be displayed. * (9) Thanks to Dar-Shyang Lee, who had the idea for this and * built the first implementation. * (10) The sequence string is formatted as follows: * - An arbitrary number of operations, each separated * by a '+' character. White space is ignored. * - Each operation begins with a case-independent character * specifying the operation: * d or D (dilation) * e or E (erosion) * o or O (opening) * c or C (closing) * r or R (rank binary reduction) * x or X (replicative binary expansion) * b or B (add a border of 0 pixels of this size) * - The args to the morphological operations are bricks of hits, * and are formatted as a.b, where a and b are horizontal and * vertical dimensions, rsp. * - The args to the reduction are a sequence of up to 4 integers, * each from 1 to 4. * - The arg to the expansion is a power of two, in the set * {2, 4, 8, 16}. * (11) An example valid sequence is: * "b32 + o1.3 + C3.1 + r23 + e2.2 + D3.2 + X4" * In this example, the following operation sequence is carried out: * * b32: Add a 32 pixel border around the input image * * o1.3: Opening with vert sel of length 3 (e.g., 1 x 3) * * C3.1: Closing with horiz sel of length 3 (e.g., 3 x 1) * * r23: Two successive 2x2 reductions with rank 2 in the first * and rank 3 in the second. The result is a 4x reduced pix. * * e2.2: Erosion with a 2x2 sel (origin will be at x,y: 0,0) * * d3.2: Dilation with a 3x2 sel (origin will be at x,y: 1,0) * * X4: 4x replicative expansion, back to original resolution * (12) The safe closing is used. However, if you implement a * closing as separable dilations followed by separable erosions, * it will not be safe. For that situation, you need to add * a sufficiently large border as the first operation in * the sequence. This will be removed automatically at the * end. There are two cautions: * - When computing what is sufficient, remember that if * reductions are carried out, the border is also reduced. * - The border is removed at the end, so if a border is * added at the beginning, the result must be at the * same resolution as the input! */ PIX * pixMorphSequence(PIX *pixs, const char *sequence, l_int32 dispsep) { char *rawop, *op, *fname; char buf[256]; l_int32 nops, i, j, nred, fact, w, h, x, y, border, pdfout; l_int32 level[4]; PIX *pixt1, *pixt2; PIXA *pixa; SARRAY *sa; PROCNAME("pixMorphSequence"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!sequence) return (PIX *)ERROR_PTR("sequence not defined", procName, NULL); /* Split sequence into individual operations */ sa = sarrayCreate(0); sarraySplitString(sa, sequence, "+"); nops = sarrayGetCount(sa); pdfout = (dispsep < 0) ? 1 : 0; if (!morphSequenceVerify(sa)) { sarrayDestroy(&sa); return (PIX *)ERROR_PTR("sequence not valid", procName, NULL); } /* Parse and operate */ pixa = NULL; if (pdfout) { pixa = pixaCreate(0); pixaAddPix(pixa, pixs, L_CLONE); snprintf(buf, sizeof(buf), "/tmp/seq_output_%d.pdf", L_ABS(dispsep)); fname = genPathname(buf, NULL); } border = 0; pixt1 = pixCopy(NULL, pixs); pixt2 = NULL; x = y = 0; for (i = 0; i < nops; i++) { rawop = sarrayGetString(sa, i, 0); op = stringRemoveChars(rawop, " \n\t"); switch (op[0]) { case 'd': case 'D': sscanf(&op[1], "%d.%d", &w, &h); pixt2 = pixDilateBrick(NULL, pixt1, w, h); pixSwapAndDestroy(&pixt1, &pixt2); break; case 'e': case 'E': sscanf(&op[1], "%d.%d", &w, &h); pixt2 = pixErodeBrick(NULL, pixt1, w, h); pixSwapAndDestroy(&pixt1, &pixt2); break; case 'o': case 'O': sscanf(&op[1], "%d.%d", &w, &h); pixOpenBrick(pixt1, pixt1, w, h); break; case 'c': case 'C': sscanf(&op[1], "%d.%d", &w, &h); pixCloseSafeBrick(pixt1, pixt1, w, h); break; case 'r': case 'R': nred = strlen(op) - 1; for (j = 0; j < nred; j++) level[j] = op[j + 1] - '0'; for (j = nred; j < 4; j++) level[j] = 0; pixt2 = pixReduceRankBinaryCascade(pixt1, level[0], level[1], level[2], level[3]); pixSwapAndDestroy(&pixt1, &pixt2); break; case 'x': case 'X': sscanf(&op[1], "%d", &fact); pixt2 = pixExpandReplicate(pixt1, fact); pixSwapAndDestroy(&pixt1, &pixt2); break; case 'b': case 'B': sscanf(&op[1], "%d", &border); pixt2 = pixAddBorder(pixt1, border, 0); pixSwapAndDestroy(&pixt1, &pixt2); break; default: /* All invalid ops are caught in the first pass */ break; } FREE(op); /* Debug output */ if (dispsep > 0) { pixDisplay(pixt1, x, y); x += dispsep; } if (pdfout) pixaAddPix(pixa, pixt1, L_COPY); } if (border > 0) { pixt2 = pixRemoveBorder(pixt1, border); pixSwapAndDestroy(&pixt1, &pixt2); } if (pdfout) { pixaConvertToPdf(pixa, 0, 1.0, L_FLATE_ENCODE, 0, fname, fname); FREE(fname); pixaDestroy(&pixa); } sarrayDestroy(&sa); return pixt1; } /*-------------------------------------------------------------------------* * Run a sequence of binary composite rasterop morphological operations * *-------------------------------------------------------------------------*/ /*! * pixMorphCompSequence() * * Input: pixs * sequence (string specifying sequence) * dispsep (controls debug display of each result in the sequence: * 0: no output * > 0: gives horizontal separation in pixels between * successive displays * < 0: pdf output; abs(dispsep) is used for naming) * Return: pixd, or null on error * * Notes: * (1) This does rasterop morphology on binary images, using composite * operations for extra speed on large Sels. * (2) Safe closing is used atomically. However, if you implement a * closing as a sequence with a dilation followed by an * erosion, it will not be safe, and to ensure that you have * no boundary effects you must add a border in advance and * remove it at the end. * (3) For other usage details, see the notes for pixMorphSequence(). * (4) The sequence string is formatted as follows: * - An arbitrary number of operations, each separated * by a '+' character. White space is ignored. * - Each operation begins with a case-independent character * specifying the operation: * d or D (dilation) * e or E (erosion) * o or O (opening) * c or C (closing) * r or R (rank binary reduction) * x or X (replicative binary expansion) * b or B (add a border of 0 pixels of this size) * - The args to the morphological operations are bricks of hits, * and are formatted as a.b, where a and b are horizontal and * vertical dimensions, rsp. * - The args to the reduction are a sequence of up to 4 integers, * each from 1 to 4. * - The arg to the expansion is a power of two, in the set * {2, 4, 8, 16}. */ PIX * pixMorphCompSequence(PIX *pixs, const char *sequence, l_int32 dispsep) { char *rawop, *op, *fname; char buf[256]; l_int32 nops, i, j, nred, fact, w, h, x, y, border, pdfout; l_int32 level[4]; PIX *pixt1, *pixt2; PIXA *pixa; SARRAY *sa; PROCNAME("pixMorphCompSequence"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!sequence) return (PIX *)ERROR_PTR("sequence not defined", procName, NULL); /* Split sequence into individual operations */ sa = sarrayCreate(0); sarraySplitString(sa, sequence, "+"); nops = sarrayGetCount(sa); pdfout = (dispsep < 0) ? 1 : 0; if (!morphSequenceVerify(sa)) { sarrayDestroy(&sa); return (PIX *)ERROR_PTR("sequence not valid", procName, NULL); } /* Parse and operate */ pixa = NULL; if (pdfout) { pixa = pixaCreate(0); pixaAddPix(pixa, pixs, L_CLONE); snprintf(buf, sizeof(buf), "/tmp/seq_output_%d.pdf", L_ABS(dispsep)); fname = genPathname(buf, NULL); } border = 0; pixt1 = pixCopy(NULL, pixs); pixt2 = NULL; x = y = 0; for (i = 0; i < nops; i++) { rawop = sarrayGetString(sa, i, 0); op = stringRemoveChars(rawop, " \n\t"); switch (op[0]) { case 'd': case 'D': sscanf(&op[1], "%d.%d", &w, &h); pixt2 = pixDilateCompBrick(NULL, pixt1, w, h); pixSwapAndDestroy(&pixt1, &pixt2); break; case 'e': case 'E': sscanf(&op[1], "%d.%d", &w, &h); pixt2 = pixErodeCompBrick(NULL, pixt1, w, h); pixSwapAndDestroy(&pixt1, &pixt2); break; case 'o': case 'O': sscanf(&op[1], "%d.%d", &w, &h); pixOpenCompBrick(pixt1, pixt1, w, h); break; case 'c': case 'C': sscanf(&op[1], "%d.%d", &w, &h); pixCloseSafeCompBrick(pixt1, pixt1, w, h); break; case 'r': case 'R': nred = strlen(op) - 1; for (j = 0; j < nred; j++) level[j] = op[j + 1] - '0'; for (j = nred; j < 4; j++) level[j] = 0; pixt2 = pixReduceRankBinaryCascade(pixt1, level[0], level[1], level[2], level[3]); pixSwapAndDestroy(&pixt1, &pixt2); break; case 'x': case 'X': sscanf(&op[1], "%d", &fact); pixt2 = pixExpandReplicate(pixt1, fact); pixSwapAndDestroy(&pixt1, &pixt2); break; case 'b': case 'B': sscanf(&op[1], "%d", &border); pixt2 = pixAddBorder(pixt1, border, 0); pixSwapAndDestroy(&pixt1, &pixt2); break; default: /* All invalid ops are caught in the first pass */ break; } FREE(op); /* Debug output */ if (dispsep > 0) { pixDisplay(pixt1, x, y); x += dispsep; } if (pdfout) pixaAddPix(pixa, pixt1, L_COPY); } if (border > 0) { pixt2 = pixRemoveBorder(pixt1, border); pixSwapAndDestroy(&pixt1, &pixt2); } if (pdfout) { pixaConvertToPdf(pixa, 0, 1.0, L_FLATE_ENCODE, 0, fname, fname); FREE(fname); pixaDestroy(&pixa); } sarrayDestroy(&sa); return pixt1; } /*-------------------------------------------------------------------------* * Run a sequence of binary dwa morphological operations * *-------------------------------------------------------------------------*/ /*! * pixMorphSequenceDwa() * * Input: pixs * sequence (string specifying sequence) * dispsep (controls debug display of each result in the sequence: * 0: no output * > 0: gives horizontal separation in pixels between * successive displays * < 0: pdf output; abs(dispsep) is used for naming) * Return: pixd, or null on error * * Notes: * (1) This does dwa morphology on binary images. * (2) This runs a pipeline of operations; no branching is allowed. * (3) This only uses brick Sels that have been pre-compiled with * dwa code. * (4) A new image is always produced; the input image is not changed. * (5) This contains an interpreter, allowing sequences to be * generated and run. * (6) See pixMorphSequence() for further information about usage. */ PIX * pixMorphSequenceDwa(PIX *pixs, const char *sequence, l_int32 dispsep) { char *rawop, *op, *fname; char buf[256]; l_int32 nops, i, j, nred, fact, w, h, x, y, border, pdfout; l_int32 level[4]; PIX *pixt1, *pixt2; PIXA *pixa; SARRAY *sa; PROCNAME("pixMorphSequenceDwa"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!sequence) return (PIX *)ERROR_PTR("sequence not defined", procName, NULL); /* Split sequence into individual operations */ sa = sarrayCreate(0); sarraySplitString(sa, sequence, "+"); nops = sarrayGetCount(sa); pdfout = (dispsep < 0) ? 1 : 0; if (!morphSequenceVerify(sa)) { sarrayDestroy(&sa); return (PIX *)ERROR_PTR("sequence not valid", procName, NULL); } /* Parse and operate */ pixa = NULL; if (pdfout) { pixa = pixaCreate(0); pixaAddPix(pixa, pixs, L_CLONE); snprintf(buf, sizeof(buf), "/tmp/seq_output_%d.pdf", L_ABS(dispsep)); fname = genPathname(buf, NULL); } border = 0; pixt1 = pixCopy(NULL, pixs); pixt2 = NULL; x = y = 0; for (i = 0; i < nops; i++) { rawop = sarrayGetString(sa, i, 0); op = stringRemoveChars(rawop, " \n\t"); switch (op[0]) { case 'd': case 'D': sscanf(&op[1], "%d.%d", &w, &h); pixt2 = pixDilateBrickDwa(NULL, pixt1, w, h); pixSwapAndDestroy(&pixt1, &pixt2); break; case 'e': case 'E': sscanf(&op[1], "%d.%d", &w, &h); pixt2 = pixErodeBrickDwa(NULL, pixt1, w, h); pixSwapAndDestroy(&pixt1, &pixt2); break; case 'o': case 'O': sscanf(&op[1], "%d.%d", &w, &h); pixOpenBrickDwa(pixt1, pixt1, w, h); break; case 'c': case 'C': sscanf(&op[1], "%d.%d", &w, &h); pixCloseBrickDwa(pixt1, pixt1, w, h); break; case 'r': case 'R': nred = strlen(op) - 1; for (j = 0; j < nred; j++) level[j] = op[j + 1] - '0'; for (j = nred; j < 4; j++) level[j] = 0; pixt2 = pixReduceRankBinaryCascade(pixt1, level[0], level[1], level[2], level[3]); pixSwapAndDestroy(&pixt1, &pixt2); break; case 'x': case 'X': sscanf(&op[1], "%d", &fact); pixt2 = pixExpandReplicate(pixt1, fact); pixSwapAndDestroy(&pixt1, &pixt2); break; case 'b': case 'B': sscanf(&op[1], "%d", &border); pixt2 = pixAddBorder(pixt1, border, 0); pixSwapAndDestroy(&pixt1, &pixt2); break; default: /* All invalid ops are caught in the first pass */ break; } FREE(op); /* Debug output */ if (dispsep > 0) { pixDisplay(pixt1, x, y); x += dispsep; } if (pdfout) pixaAddPix(pixa, pixt1, L_COPY); } if (border > 0) { pixt2 = pixRemoveBorder(pixt1, border); pixSwapAndDestroy(&pixt1, &pixt2); } if (pdfout) { pixaConvertToPdf(pixa, 0, 1.0, L_FLATE_ENCODE, 0, fname, fname); FREE(fname); pixaDestroy(&pixa); } sarrayDestroy(&sa); return pixt1; } /*-------------------------------------------------------------------------* * Run a sequence of binary composite dwa morphological operations * *-------------------------------------------------------------------------*/ /*! * pixMorphCompSequenceDwa() * * Input: pixs * sequence (string specifying sequence) * dispsep (controls debug display of each result in the sequence: * 0: no output * > 0: gives horizontal separation in pixels between * successive displays * < 0: pdf output; abs(dispsep) is used for naming) * Return: pixd, or null on error * * Notes: * (1) This does dwa morphology on binary images, using brick Sels. * (2) This runs a pipeline of operations; no branching is allowed. * (3) It implements all brick Sels that have dimensions up to 63 * on each side, using a composite (linear + comb) when useful. * (4) A new image is always produced; the input image is not changed. * (5) This contains an interpreter, allowing sequences to be * generated and run. * (6) See pixMorphSequence() for further information about usage. */ PIX * pixMorphCompSequenceDwa(PIX *pixs, const char *sequence, l_int32 dispsep) { char *rawop, *op, *fname; char buf[256]; l_int32 nops, i, j, nred, fact, w, h, x, y, border, pdfout; l_int32 level[4]; PIX *pixt1, *pixt2; PIXA *pixa; SARRAY *sa; PROCNAME("pixMorphCompSequenceDwa"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!sequence) return (PIX *)ERROR_PTR("sequence not defined", procName, NULL); /* Split sequence into individual operations */ sa = sarrayCreate(0); sarraySplitString(sa, sequence, "+"); nops = sarrayGetCount(sa); pdfout = (dispsep < 0) ? 1 : 0; if (!morphSequenceVerify(sa)) { sarrayDestroy(&sa); return (PIX *)ERROR_PTR("sequence not valid", procName, NULL); } /* Parse and operate */ pixa = NULL; if (pdfout) { pixa = pixaCreate(0); pixaAddPix(pixa, pixs, L_CLONE); snprintf(buf, sizeof(buf), "/tmp/seq_output_%d.pdf", L_ABS(dispsep)); fname = genPathname(buf, NULL); } border = 0; pixt1 = pixCopy(NULL, pixs); pixt2 = NULL; x = y = 0; for (i = 0; i < nops; i++) { rawop = sarrayGetString(sa, i, 0); op = stringRemoveChars(rawop, " \n\t"); switch (op[0]) { case 'd': case 'D': sscanf(&op[1], "%d.%d", &w, &h); pixt2 = pixDilateCompBrickDwa(NULL, pixt1, w, h); pixSwapAndDestroy(&pixt1, &pixt2); break; case 'e': case 'E': sscanf(&op[1], "%d.%d", &w, &h); pixt2 = pixErodeCompBrickDwa(NULL, pixt1, w, h); pixSwapAndDestroy(&pixt1, &pixt2); break; case 'o': case 'O': sscanf(&op[1], "%d.%d", &w, &h); pixOpenCompBrickDwa(pixt1, pixt1, w, h); break; case 'c': case 'C': sscanf(&op[1], "%d.%d", &w, &h); pixCloseCompBrickDwa(pixt1, pixt1, w, h); break; case 'r': case 'R': nred = strlen(op) - 1; for (j = 0; j < nred; j++) level[j] = op[j + 1] - '0'; for (j = nred; j < 4; j++) level[j] = 0; pixt2 = pixReduceRankBinaryCascade(pixt1, level[0], level[1], level[2], level[3]); pixSwapAndDestroy(&pixt1, &pixt2); break; case 'x': case 'X': sscanf(&op[1], "%d", &fact); pixt2 = pixExpandReplicate(pixt1, fact); pixSwapAndDestroy(&pixt1, &pixt2); break; case 'b': case 'B': sscanf(&op[1], "%d", &border); pixt2 = pixAddBorder(pixt1, border, 0); pixSwapAndDestroy(&pixt1, &pixt2); break; default: /* All invalid ops are caught in the first pass */ break; } FREE(op); /* Debug output */ if (dispsep > 0) { pixDisplay(pixt1, x, y); x += dispsep; } if (pdfout) pixaAddPix(pixa, pixt1, L_COPY); } if (border > 0) { pixt2 = pixRemoveBorder(pixt1, border); pixSwapAndDestroy(&pixt1, &pixt2); } if (pdfout) { pixaConvertToPdf(pixa, 0, 1.0, L_FLATE_ENCODE, 0, fname, fname); FREE(fname); pixaDestroy(&pixa); } sarrayDestroy(&sa); return pixt1; } /*-------------------------------------------------------------------------* * Parser verifier for binary morphological operations * *-------------------------------------------------------------------------*/ /*! * morphSequenceVerify() * * Input: sarray (of operation sequence) * Return: TRUE if valid; FALSE otherwise or on error * * Notes: * (1) This does verification of valid binary morphological * operation sequences. * (2) See pixMorphSequence() for notes on valid operations * in the sequence. */ l_int32 morphSequenceVerify(SARRAY *sa) { char *rawop, *op; l_int32 nops, i, j, nred, fact, valid, w, h, netred, border; l_int32 level[4]; l_int32 intlogbase2[5] = {1, 2, 3, 0, 4}; /* of arg/4 */ PROCNAME("morphSequenceVerify"); if (!sa) return ERROR_INT("sa not defined", procName, FALSE); nops = sarrayGetCount(sa); valid = TRUE; netred = 0; border = 0; for (i = 0; i < nops; i++) { rawop = sarrayGetString(sa, i, 0); op = stringRemoveChars(rawop, " \n\t"); switch (op[0]) { case 'd': case 'D': case 'e': case 'E': case 'o': case 'O': case 'c': case 'C': if (sscanf(&op[1], "%d.%d", &w, &h) != 2) { fprintf(stderr, "*** op: %s invalid\n", op); valid = FALSE; break; } if (w <= 0 || h <= 0) { fprintf(stderr, "*** op: %s; w = %d, h = %d; must both be > 0\n", op, w, h); valid = FALSE; break; } /* fprintf(stderr, "op = %s; w = %d, h = %d\n", op, w, h); */ break; case 'r': case 'R': nred = strlen(op) - 1; netred += nred; if (nred < 1 || nred > 4) { fprintf(stderr, "*** op = %s; num reduct = %d; must be in {1,2,3,4}\n", op, nred); valid = FALSE; break; } for (j = 0; j < nred; j++) { level[j] = op[j + 1] - '0'; if (level[j] < 1 || level[j] > 4) { fprintf(stderr, "*** op = %s; level[%d] = %d is invalid\n", op, j, level[j]); valid = FALSE; break; } } if (!valid) break; /* fprintf(stderr, "op = %s", op); */ for (j = 0; j < nred; j++) { level[j] = op[j + 1] - '0'; /* fprintf(stderr, ", level[%d] = %d", j, level[j]); */ } /* fprintf(stderr, "\n"); */ break; case 'x': case 'X': if (sscanf(&op[1], "%d", &fact) != 1) { fprintf(stderr, "*** op: %s; fact invalid\n", op); valid = FALSE; break; } if (fact != 2 && fact != 4 && fact != 8 && fact != 16) { fprintf(stderr, "*** op = %s; invalid fact = %d\n", op, fact); valid = FALSE; break; } netred -= intlogbase2[fact / 4]; /* fprintf(stderr, "op = %s; fact = %d\n", op, fact); */ break; case 'b': case 'B': if (sscanf(&op[1], "%d", &fact) != 1) { fprintf(stderr, "*** op: %s; fact invalid\n", op); valid = FALSE; break; } if (i > 0) { fprintf(stderr, "*** op = %s; must be first op\n", op); valid = FALSE; break; } if (fact < 1) { fprintf(stderr, "*** op = %s; invalid fact = %d\n", op, fact); valid = FALSE; break; } border = fact; /* fprintf(stderr, "op = %s; fact = %d\n", op, fact); */ break; default: fprintf(stderr, "*** nonexistent op = %s\n", op); valid = FALSE; } FREE(op); } if (border != 0 && netred != 0) { fprintf(stderr, "*** op = %s; border added but net reduction not 0\n", op); valid = FALSE; } return valid; } /*-----------------------------------------------------------------* * Run a sequence of grayscale morphological operations * *-----------------------------------------------------------------*/ /*! * pixGrayMorphSequence() * * Input: pixs * sequence (string specifying sequence) * dispsep (controls debug display of each result in the sequence: * 0: no output * > 0: gives horizontal separation in pixels between * successive displays * < 0: pdf output; abs(dispsep) is used for naming) * dispy (if dispsep > 0, this gives the y-value of the * UL corner for display; otherwise it is ignored) * Return: pixd, or null on error * * Notes: * (1) This works on 8 bpp grayscale images. * (2) This runs a pipeline of operations; no branching is allowed. * (3) This only uses brick SELs. * (4) A new image is always produced; the input image is not changed. * (5) This contains an interpreter, allowing sequences to be * generated and run. * (6) The format of the sequence string is defined below. * (7) In addition to morphological operations, the composite * morph/subtract tophat can be performed. * (8) Sel sizes (width, height) must each be odd numbers. * (9) Intermediate results can optionally be displayed * (10) The sequence string is formatted as follows: * - An arbitrary number of operations, each separated * by a '+' character. White space is ignored. * - Each operation begins with a case-independent character * specifying the operation: * d or D (dilation) * e or E (erosion) * o or O (opening) * c or C (closing) * t or T (tophat) * - The args to the morphological operations are bricks of hits, * and are formatted as a.b, where a and b are horizontal and * vertical dimensions, rsp. (each must be an odd number) * - The args to the tophat are w or W (for white tophat) * or b or B (for black tophat), followed by a.b as for * the dilation, erosion, opening and closing. * Example valid sequences are: * "c5.3 + o7.5" * "c9.9 + tw9.9" */ PIX * pixGrayMorphSequence(PIX *pixs, const char *sequence, l_int32 dispsep, l_int32 dispy) { char *rawop, *op, *fname; char buf[256]; l_int32 nops, i, valid, w, h, x, pdfout; PIX *pixt1, *pixt2; PIXA *pixa; SARRAY *sa; PROCNAME("pixGrayMorphSequence"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!sequence) return (PIX *)ERROR_PTR("sequence not defined", procName, NULL); /* Split sequence into individual operations */ sa = sarrayCreate(0); sarraySplitString(sa, sequence, "+"); nops = sarrayGetCount(sa); pdfout = (dispsep < 0) ? 1 : 0; /* Verify that the operation sequence is valid */ valid = TRUE; for (i = 0; i < nops; i++) { rawop = sarrayGetString(sa, i, 0); op = stringRemoveChars(rawop, " \n\t"); switch (op[0]) { case 'd': case 'D': case 'e': case 'E': case 'o': case 'O': case 'c': case 'C': if (sscanf(&op[1], "%d.%d", &w, &h) != 2) { fprintf(stderr, "*** op: %s invalid\n", op); valid = FALSE; break; } if (w < 1 || (w & 1) == 0 || h < 1 || (h & 1) == 0 ) { fprintf(stderr, "*** op: %s; w = %d, h = %d; must both be odd\n", op, w, h); valid = FALSE; break; } /* fprintf(stderr, "op = %s; w = %d, h = %d\n", op, w, h); */ break; case 't': case 'T': if (op[1] != 'w' && op[1] != 'W' && op[1] != 'b' && op[1] != 'B') { fprintf(stderr, "*** op = %s; arg %c must be 'w' or 'b'\n", op, op[1]); valid = FALSE; break; } sscanf(&op[2], "%d.%d", &w, &h); if (w < 1 || (w & 1) == 0 || h < 1 || (h & 1) == 0 ) { fprintf(stderr, "*** op: %s; w = %d, h = %d; must both be odd\n", op, w, h); valid = FALSE; break; } /* fprintf(stderr, "op = %s", op); */ break; default: fprintf(stderr, "*** nonexistent op = %s\n", op); valid = FALSE; } FREE(op); } if (!valid) { sarrayDestroy(&sa); return (PIX *)ERROR_PTR("sequence invalid", procName, NULL); } /* Parse and operate */ pixa = NULL; if (pdfout) { pixa = pixaCreate(0); pixaAddPix(pixa, pixs, L_CLONE); snprintf(buf, sizeof(buf), "/tmp/seq_output_%d.pdf", L_ABS(dispsep)); fname = genPathname(buf, NULL); } pixt1 = pixCopy(NULL, pixs); pixt2 = NULL; x = 0; for (i = 0; i < nops; i++) { rawop = sarrayGetString(sa, i, 0); op = stringRemoveChars(rawop, " \n\t"); switch (op[0]) { case 'd': case 'D': sscanf(&op[1], "%d.%d", &w, &h); pixt2 = pixDilateGray(pixt1, w, h); pixSwapAndDestroy(&pixt1, &pixt2); break; case 'e': case 'E': sscanf(&op[1], "%d.%d", &w, &h); pixt2 = pixErodeGray(pixt1, w, h); pixSwapAndDestroy(&pixt1, &pixt2); break; case 'o': case 'O': sscanf(&op[1], "%d.%d", &w, &h); pixt2 = pixOpenGray(pixt1, w, h); pixSwapAndDestroy(&pixt1, &pixt2); break; case 'c': case 'C': sscanf(&op[1], "%d.%d", &w, &h); pixt2 = pixCloseGray(pixt1, w, h); pixSwapAndDestroy(&pixt1, &pixt2); break; case 't': case 'T': sscanf(&op[2], "%d.%d", &w, &h); if (op[1] == 'w' || op[1] == 'W') pixt2 = pixTophat(pixt1, w, h, L_TOPHAT_WHITE); else /* 'b' or 'B' */ pixt2 = pixTophat(pixt1, w, h, L_TOPHAT_BLACK); pixSwapAndDestroy(&pixt1, &pixt2); break; default: /* All invalid ops are caught in the first pass */ break; } FREE(op); /* Debug output */ if (dispsep > 0) { pixDisplay(pixt1, x, dispy); x += dispsep; } if (pdfout) pixaAddPix(pixa, pixt1, L_COPY); } if (pdfout) { pixaConvertToPdf(pixa, 0, 1.0, L_FLATE_ENCODE, 0, fname, fname); FREE(fname); pixaDestroy(&pixa); } sarrayDestroy(&sa); return pixt1; } /*-----------------------------------------------------------------* * Run a sequence of color morphological operations * *-----------------------------------------------------------------*/ /*! * pixColorMorphSequence() * * Input: pixs * sequence (string specifying sequence) * dispsep (controls debug display of each result in the sequence: * 0: no output * > 0: gives horizontal separation in pixels between * successive displays * < 0: pdf output; abs(dispsep) is used for naming) * dispy (if dispsep > 0, this gives the y-value of the * UL corner for display; otherwise it is ignored) * Return: pixd, or null on error * * Notes: * (1) This works on 32 bpp rgb images. * (2) Each component is processed separately. * (3) This runs a pipeline of operations; no branching is allowed. * (4) This only uses brick SELs. * (5) A new image is always produced; the input image is not changed. * (6) This contains an interpreter, allowing sequences to be * generated and run. * (7) Sel sizes (width, height) must each be odd numbers. * (8) The format of the sequence string is defined below. * (9) Intermediate results can optionally be displayed. * (10) The sequence string is formatted as follows: * - An arbitrary number of operations, each separated * by a '+' character. White space is ignored. * - Each operation begins with a case-independent character * specifying the operation: * d or D (dilation) * e or E (erosion) * o or O (opening) * c or C (closing) * - The args to the morphological operations are bricks of hits, * and are formatted as a.b, where a and b are horizontal and * vertical dimensions, rsp. (each must be an odd number) * Example valid sequences are: * "c5.3 + o7.5" * "D9.1" */ PIX * pixColorMorphSequence(PIX *pixs, const char *sequence, l_int32 dispsep, l_int32 dispy) { char *rawop, *op, *fname; char buf[256]; l_int32 nops, i, valid, w, h, x, pdfout; PIX *pixt1, *pixt2; PIXA *pixa; SARRAY *sa; PROCNAME("pixColorMorphSequence"); if (!pixs) return (PIX *)ERROR_PTR("pixs not defined", procName, NULL); if (!sequence) return (PIX *)ERROR_PTR("sequence not defined", procName, NULL); /* Split sequence into individual operations */ sa = sarrayCreate(0); sarraySplitString(sa, sequence, "+"); nops = sarrayGetCount(sa); pdfout = (dispsep < 0) ? 1 : 0; /* Verify that the operation sequence is valid */ valid = TRUE; for (i = 0; i < nops; i++) { rawop = sarrayGetString(sa, i, 0); op = stringRemoveChars(rawop, " \n\t"); switch (op[0]) { case 'd': case 'D': case 'e': case 'E': case 'o': case 'O': case 'c': case 'C': if (sscanf(&op[1], "%d.%d", &w, &h) != 2) { fprintf(stderr, "*** op: %s invalid\n", op); valid = FALSE; break; } if (w < 1 || (w & 1) == 0 || h < 1 || (h & 1) == 0 ) { fprintf(stderr, "*** op: %s; w = %d, h = %d; must both be odd\n", op, w, h); valid = FALSE; break; } /* fprintf(stderr, "op = %s; w = %d, h = %d\n", op, w, h); */ break; default: fprintf(stderr, "*** nonexistent op = %s\n", op); valid = FALSE; } FREE(op); } if (!valid) { sarrayDestroy(&sa); return (PIX *)ERROR_PTR("sequence invalid", procName, NULL); } /* Parse and operate */ pixa = NULL; if (pdfout) { pixa = pixaCreate(0); pixaAddPix(pixa, pixs, L_CLONE); snprintf(buf, sizeof(buf), "/tmp/seq_output_%d.pdf", L_ABS(dispsep)); fname = genPathname(buf, NULL); } pixt1 = pixCopy(NULL, pixs); pixt2 = NULL; x = 0; for (i = 0; i < nops; i++) { rawop = sarrayGetString(sa, i, 0); op = stringRemoveChars(rawop, " \n\t"); switch (op[0]) { case 'd': case 'D': sscanf(&op[1], "%d.%d", &w, &h); pixt2 = pixColorMorph(pixt1, L_MORPH_DILATE, w, h); pixSwapAndDestroy(&pixt1, &pixt2); break; case 'e': case 'E': sscanf(&op[1], "%d.%d", &w, &h); pixt2 = pixColorMorph(pixt1, L_MORPH_ERODE, w, h); pixSwapAndDestroy(&pixt1, &pixt2); break; case 'o': case 'O': sscanf(&op[1], "%d.%d", &w, &h); pixt2 = pixColorMorph(pixt1, L_MORPH_OPEN, w, h); pixSwapAndDestroy(&pixt1, &pixt2); break; case 'c': case 'C': sscanf(&op[1], "%d.%d", &w, &h); pixt2 = pixColorMorph(pixt1, L_MORPH_CLOSE, w, h); pixSwapAndDestroy(&pixt1, &pixt2); break; default: /* All invalid ops are caught in the first pass */ break; } FREE(op); /* Debug output */ if (dispsep > 0) { pixDisplay(pixt1, x, dispy); x += dispsep; } if (pdfout) pixaAddPix(pixa, pixt1, L_COPY); } if (pdfout) { pixaConvertToPdf(pixa, 0, 1.0, L_FLATE_ENCODE, 0, fname, fname); FREE(fname); pixaDestroy(&pixa); } sarrayDestroy(&sa); return pixt1; } leptonica-1.70/src/bmf.h0000644000175000017500000000577112270566066013235 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ #ifndef LEPTONICA_BMF_H #define LEPTONICA_BMF_H /* * bmf.h * * Simple data structure to hold bitmap fonts and related data */ /* Constants for deciding when text block is divided into paragraphs */ enum { SPLIT_ON_LEADING_WHITE = 1, /* tab or space at beginning of line */ SPLIT_ON_BLANK_LINE = 2, /* newline with optional white space */ SPLIT_ON_BOTH = 3 /* leading white space or newline */ }; struct L_Bmf { struct Pixa *pixa; /* pixa of bitmaps for 93 characters */ l_int32 size; /* font size (in points at 300 ppi) */ char *directory; /* directory containing font bitmaps */ l_int32 baseline1; /* baseline offset for ascii 33 - 57 */ l_int32 baseline2; /* baseline offset for ascii 58 - 91 */ l_int32 baseline3; /* baseline offset for ascii 93 - 126 */ l_int32 lineheight; /* max height of line of chars */ l_int32 kernwidth; /* pixel dist between char bitmaps */ l_int32 spacewidth; /* pixel dist between word bitmaps */ l_int32 vertlinesep; /* extra vertical space between text lines */ l_int32 *fonttab; /* table mapping ascii --> font index */ l_int32 *baselinetab; /* table mapping ascii --> baseline offset */ l_int32 *widthtab; /* table mapping ascii --> char width */ }; typedef struct L_Bmf L_BMF; #endif /* LEPTONICA_BMF_H */ leptonica-1.70/src/boxfunc2.c0000644000175000017500000014716412244216761014210 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * boxfunc2.c * * Boxa/Box transform (shift, scale) and orthogonal rotation * BOXA *boxaTransform() * BOX *boxTransform() * BOXA *boxaTransformOrdered() * BOX *boxTransformOrdered() * BOXA *boxaRotateOrth() * BOX *boxRotateOrth() * * Boxa sort * BOXA *boxaSort() * BOXA *boxaBinSort() * BOXA *boxaSortByIndex() * BOXAA *boxaSort2d() * BOXAA *boxaSort2dByIndex() * * Boxa statistics * BOX *boxaGetRankSize() * BOX *boxaGetMedian() * * Boxa array extraction * l_int32 boxaExtractAsNuma() * l_int32 boxaExtractAsPta() * * Other Boxaa functions * l_int32 boxaaGetExtent() * BOXA *boxaaFlattenToBoxa() * BOXA *boxaaFlattenAligned() * BOXAA *boxaEncapsulateAligned() * l_int32 boxaaAlignBox() */ #include #include "allheaders.h" /* For more than this number of c.c. in a binarized image of * semi-perimeter (w + h) about 5000 or less, the O(n) binsort * is faster than the O(nlogn) shellsort. */ static const l_int32 MIN_COMPS_FOR_BIN_SORT = 200; /*---------------------------------------------------------------------* * Boxa/Box transform (shift, scale) and orthogonal rotation * *---------------------------------------------------------------------*/ /*! * boxaTransform() * * Input: boxa * shiftx, shifty * scalex, scaley * Return: boxad, or null on error * * Notes: * (1) This is a very simple function that first shifts, then scales. */ BOXA * boxaTransform(BOXA *boxas, l_int32 shiftx, l_int32 shifty, l_float32 scalex, l_float32 scaley) { l_int32 i, n; BOX *boxs, *boxd; BOXA *boxad; PROCNAME("boxaTransform"); if (!boxas) return (BOXA *)ERROR_PTR("boxas not defined", procName, NULL); n = boxaGetCount(boxas); if ((boxad = boxaCreate(n)) == NULL) return (BOXA *)ERROR_PTR("boxad not made", procName, NULL); for (i = 0; i < n; i++) { if ((boxs = boxaGetBox(boxas, i, L_CLONE)) == NULL) return (BOXA *)ERROR_PTR("boxs not found", procName, NULL); boxd = boxTransform(boxs, shiftx, shifty, scalex, scaley); boxDestroy(&boxs); boxaAddBox(boxad, boxd, L_INSERT); } return boxad; } /*! * boxTransform() * * Input: box * shiftx, shifty * scalex, scaley * Return: boxd, or null on error * * Notes: * (1) This is a very simple function that first shifts, then scales. * (2) If the box is invalid, a new invalid box is returned. */ BOX * boxTransform(BOX *box, l_int32 shiftx, l_int32 shifty, l_float32 scalex, l_float32 scaley) { PROCNAME("boxTransform"); if (!box) return (BOX *)ERROR_PTR("box not defined", procName, NULL); if (box->w <= 0 || box->h <= 0) return boxCreate(0, 0, 0, 0); else return boxCreate((l_int32)(scalex * (box->x + shiftx) + 0.5), (l_int32)(scaley * (box->y + shifty) + 0.5), (l_int32)(L_MAX(1.0, scalex * box->w + 0.5)), (l_int32)(L_MAX(1.0, scaley * box->h + 0.5))); } /*! * boxaTransformOrdered() * * Input: boxa * shiftx, shifty * scalex, scaley * xcen, ycen (center of rotation) * angle (in radians; clockwise is positive) * order (one of 6 combinations: L_TR_SC_RO, ...) * Return: boxd, or null on error * * Notes: * (1) This allows a sequence of linear transforms on each box. * the transforms are from the affine set, composed of * shift, scaling and rotation, and the order of the * transforms is specified. * (2) Although these operations appear to be on an infinite * 2D plane, in practice the region of interest is clipped * to a finite image. The center of rotation is usually taken * with respect to the image (either the UL corner or the * center). A translation can have two very different effects: * (a) Moves the boxes across the fixed image region. * (b) Moves the image origin, causing a change in the image * region and an opposite effective translation of the boxes. * This function should only be used for (a), where the image * region is fixed on translation. If the image region is * changed by the translation, use instead the functions * in affinecompose.c, where the image region and rotation * center can be computed from the actual clipping due to * translation of the image origin. * (3) See boxTransformOrdered() for usage and implementation details. */ BOXA * boxaTransformOrdered(BOXA *boxas, l_int32 shiftx, l_int32 shifty, l_float32 scalex, l_float32 scaley, l_int32 xcen, l_int32 ycen, l_float32 angle, l_int32 order) { l_int32 i, n; BOX *boxs, *boxd; BOXA *boxad; PROCNAME("boxaTransformOrdered"); if (!boxas) return (BOXA *)ERROR_PTR("boxas not defined", procName, NULL); n = boxaGetCount(boxas); if ((boxad = boxaCreate(n)) == NULL) return (BOXA *)ERROR_PTR("boxad not made", procName, NULL); for (i = 0; i < n; i++) { if ((boxs = boxaGetBox(boxas, i, L_CLONE)) == NULL) return (BOXA *)ERROR_PTR("boxs not found", procName, NULL); boxd = boxTransformOrdered(boxs, shiftx, shifty, scalex, scaley, xcen, ycen, angle, order); boxDestroy(&boxs); boxaAddBox(boxad, boxd, L_INSERT); } return boxad; } /*! * boxTransformOrdered() * * Input: boxs * shiftx, shifty * scalex, scaley * xcen, ycen (center of rotation) * angle (in radians; clockwise is positive) * order (one of 6 combinations: L_TR_SC_RO, ...) * Return: boxd, or null on error * * Notes: * (1) This allows a sequence of linear transforms, composed of * shift, scaling and rotation, where the order of the * transforms is specified. * (2) The rotation is taken about a point specified by (xcen, ycen). * Let the components of the vector from the center of rotation * to the box center be (xdif, ydif): * xdif = (bx + 0.5 * bw) - xcen * ydif = (by + 0.5 * bh) - ycen * Then the box center after rotation has new components: * bxcen = xcen + xdif * cosa + ydif * sina * bycen = ycen + ydif * cosa - xdif * sina * where cosa and sina are the cos and sin of the angle, * and the enclosing box for the rotated box has size: * rw = |bw * cosa| + |bh * sina| * rh = |bh * cosa| + |bw * sina| * where bw and bh are the unrotated width and height. * Then the box UL corner (rx, ry) is * rx = bxcen - 0.5 * rw * ry = bycen - 0.5 * rh * (3) The center of rotation specified by args @xcen and @ycen * is the point BEFORE any translation or scaling. If the * rotation is not the first operation, this function finds * the actual center at the time of rotation. It does this * by making the following assumptions: * (1) Any scaling is with respect to the UL corner, so * that the center location scales accordingly. * (2) A translation does not affect the center of * the image; it just moves the boxes. * We always use assumption (1). However, assumption (2) * will be incorrect if the apparent translation is due * to a clipping operation that, in effect, moves the * origin of the image. In that case, you should NOT use * these simple functions. Instead, use the functions * in affinecompose.c, where the rotation center can be * computed from the actual clipping due to translation * of the image origin. */ BOX * boxTransformOrdered(BOX *boxs, l_int32 shiftx, l_int32 shifty, l_float32 scalex, l_float32 scaley, l_int32 xcen, l_int32 ycen, l_float32 angle, l_int32 order) { l_int32 bx, by, bw, bh, tx, ty, tw, th; l_int32 xcent, ycent; /* transformed center of rotation due to scaling */ l_float32 sina, cosa, xdif, ydif, rx, ry, rw, rh; BOX *boxd; PROCNAME("boxTransformOrdered"); if (!boxs) return (BOX *)ERROR_PTR("boxs not defined", procName, NULL); if (order != L_TR_SC_RO && order != L_SC_RO_TR && order != L_RO_TR_SC && order != L_TR_RO_SC && order != L_RO_SC_TR && order != L_SC_TR_RO) return (BOX *)ERROR_PTR("order invalid", procName, NULL); boxGetGeometry(boxs, &bx, &by, &bw, &bh); if (bw <= 0 || bh <= 0) /* invalid */ return boxCreate(0, 0, 0, 0); if (angle != 0.0) { sina = sin(angle); cosa = cos(angle); } if (order == L_TR_SC_RO) { tx = (l_int32)(scalex * (bx + shiftx) + 0.5); ty = (l_int32)(scaley * (by + shifty) + 0.5); tw = (l_int32)(L_MAX(1.0, scalex * bw + 0.5)); th = (l_int32)(L_MAX(1.0, scaley * bh + 0.5)); xcent = (l_int32)(scalex * xcen + 0.5); ycent = (l_int32)(scaley * ycen + 0.5); if (angle == 0.0) { boxd = boxCreate(tx, ty, tw, th); } else { xdif = tx + 0.5 * tw - xcent; ydif = ty + 0.5 * th - ycent; rw = L_ABS(tw * cosa) + L_ABS(th * sina); rh = L_ABS(th * cosa) + L_ABS(tw * sina); rx = xcent + xdif * cosa - ydif * sina - 0.5 * rw; ry = ycent + ydif * cosa + xdif * sina - 0.5 * rh; boxd = boxCreate((l_int32)rx, (l_int32)ry, (l_int32)rw, (l_int32)rh); } } else if (order == L_SC_TR_RO) { tx = (l_int32)(scalex * bx + shiftx + 0.5); ty = (l_int32)(scaley * by + shifty + 0.5); tw = (l_int32)(L_MAX(1.0, scalex * bw + 0.5)); th = (l_int32)(L_MAX(1.0, scaley * bh + 0.5)); xcent = (l_int32)(scalex * xcen + 0.5); ycent = (l_int32)(scaley * ycen + 0.5); if (angle == 0.0) { boxd = boxCreate(tx, ty, tw, th); } else { xdif = tx + 0.5 * tw - xcent; ydif = ty + 0.5 * th - ycent; rw = L_ABS(tw * cosa) + L_ABS(th * sina); rh = L_ABS(th * cosa) + L_ABS(tw * sina); rx = xcent + xdif * cosa - ydif * sina - 0.5 * rw; ry = ycent + ydif * cosa + xdif * sina - 0.5 * rh; boxd = boxCreate((l_int32)rx, (l_int32)ry, (l_int32)rw, (l_int32)rh); } } else if (order == L_RO_TR_SC) { if (angle == 0.0) { rx = bx; ry = by; rw = bw; rh = bh; } else { xdif = bx + 0.5 * bw - xcen; ydif = by + 0.5 * bh - ycen; rw = L_ABS(bw * cosa) + L_ABS(bh * sina); rh = L_ABS(bh * cosa) + L_ABS(bw * sina); rx = xcen + xdif * cosa - ydif * sina - 0.5 * rw; ry = ycen + ydif * cosa + xdif * sina - 0.5 * rh; } tx = (l_int32)(scalex * (rx + shiftx) + 0.5); ty = (l_int32)(scaley * (ry + shifty) + 0.5); tw = (l_int32)(L_MAX(1.0, scalex * rw + 0.5)); th = (l_int32)(L_MAX(1.0, scaley * rh + 0.5)); boxd = boxCreate(tx, ty, tw, th); } else if (order == L_RO_SC_TR) { if (angle == 0.0) { rx = bx; ry = by; rw = bw; rh = bh; } else { xdif = bx + 0.5 * bw - xcen; ydif = by + 0.5 * bh - ycen; rw = L_ABS(bw * cosa) + L_ABS(bh * sina); rh = L_ABS(bh * cosa) + L_ABS(bw * sina); rx = xcen + xdif * cosa - ydif * sina - 0.5 * rw; ry = ycen + ydif * cosa + xdif * sina - 0.5 * rh; } tx = (l_int32)(scalex * rx + shiftx + 0.5); ty = (l_int32)(scaley * ry + shifty + 0.5); tw = (l_int32)(L_MAX(1.0, scalex * rw + 0.5)); th = (l_int32)(L_MAX(1.0, scaley * rh + 0.5)); boxd = boxCreate(tx, ty, tw, th); } else if (order == L_TR_RO_SC) { tx = bx + shiftx; ty = by + shifty; if (angle == 0.0) { rx = tx; ry = ty; rw = bw; rh = bh; } else { xdif = tx + 0.5 * bw - xcen; ydif = ty + 0.5 * bh - ycen; rw = L_ABS(bw * cosa) + L_ABS(bh * sina); rh = L_ABS(bh * cosa) + L_ABS(bw * sina); rx = xcen + xdif * cosa - ydif * sina - 0.5 * rw; ry = ycen + ydif * cosa + xdif * sina - 0.5 * rh; } tx = (l_int32)(scalex * rx + 0.5); ty = (l_int32)(scaley * ry + 0.5); tw = (l_int32)(L_MAX(1.0, scalex * rw + 0.5)); th = (l_int32)(L_MAX(1.0, scaley * rh + 0.5)); boxd = boxCreate(tx, ty, tw, th); } else { /* order == L_SC_RO_TR) */ tx = (l_int32)(scalex * bx + 0.5); ty = (l_int32)(scaley * by + 0.5); tw = (l_int32)(L_MAX(1.0, scalex * bw + 0.5)); th = (l_int32)(L_MAX(1.0, scaley * bh + 0.5)); xcent = (l_int32)(scalex * xcen + 0.5); ycent = (l_int32)(scaley * ycen + 0.5); if (angle == 0.0) { rx = tx; ry = ty; rw = tw; rh = th; } else { xdif = tx + 0.5 * tw - xcent; ydif = ty + 0.5 * th - ycent; rw = L_ABS(tw * cosa) + L_ABS(th * sina); rh = L_ABS(th * cosa) + L_ABS(tw * sina); rx = xcent + xdif * cosa - ydif * sina - 0.5 * rw; ry = ycent + ydif * cosa + xdif * sina - 0.5 * rh; } tx = (l_int32)(rx + shiftx + 0.5); ty = (l_int32)(ry + shifty + 0.5); tw = (l_int32)(rw + 0.5); th = (l_int32)(rh + 0.5); boxd = boxCreate(tx, ty, tw, th); } return boxd; } /*! * boxaRotateOrth() * * Input: boxa * w, h (of image in which the boxa is embedded) * rotation (0 = noop, 1 = 90 deg, 2 = 180 deg, 3 = 270 deg; * all rotations are clockwise) * Return: boxad, or null on error * * Notes: * (1) See boxRotateOrth() for details. */ BOXA * boxaRotateOrth(BOXA *boxas, l_int32 w, l_int32 h, l_int32 rotation) { l_int32 i, n; BOX *boxs, *boxd; BOXA *boxad; PROCNAME("boxaRotateOrth"); if (!boxas) return (BOXA *)ERROR_PTR("boxas not defined", procName, NULL); if (rotation < 0 || rotation > 3) return (BOXA *)ERROR_PTR("rotation not in {0,1,2,3}", procName, NULL); if (rotation == 0) return boxaCopy(boxas, L_COPY); n = boxaGetCount(boxas); if ((boxad = boxaCreate(n)) == NULL) return (BOXA *)ERROR_PTR("boxad not made", procName, NULL); for (i = 0; i < n; i++) { if ((boxs = boxaGetBox(boxas, i, L_CLONE)) == NULL) return (BOXA *)ERROR_PTR("boxs not found", procName, NULL); boxd = boxRotateOrth(boxs, w, h, rotation); boxDestroy(&boxs); boxaAddBox(boxad, boxd, L_INSERT); } return boxad; } /*! * boxRotateOrth() * * Input: box * w, h (of image in which the box is embedded) * rotation (0 = noop, 1 = 90 deg, 2 = 180 deg, 3 = 270 deg; * all rotations are clockwise) * Return: boxd, or null on error * * Notes: * (1) Rotate the image with the embedded box by the specified amount. * (2) After rotation, the rotated box is always measured with * respect to the UL corner of the image. */ BOX * boxRotateOrth(BOX *box, l_int32 w, l_int32 h, l_int32 rotation) { l_int32 bx, by, bw, bh, xdist, ydist; PROCNAME("boxRotateOrth"); if (!box) return (BOX *)ERROR_PTR("box not defined", procName, NULL); if (rotation < 0 || rotation > 3) return (BOX *)ERROR_PTR("rotation not in {0,1,2,3}", procName, NULL); if (rotation == 0) return boxCopy(box); boxGetGeometry(box, &bx, &by, &bw, &bh); if (bw <= 0 || bh <= 0) /* invalid */ return boxCreate(0, 0, 0, 0); ydist = h - by - bh; /* below box */ xdist = w - bx - bw; /* to right of box */ if (rotation == 1) /* 90 deg cw */ return boxCreate(ydist, bx, bh, bw); else if (rotation == 2) /* 180 deg cw */ return boxCreate(xdist, ydist, bw, bh); else /* rotation == 3, 270 deg cw */ return boxCreate(by, xdist, bh, bw); } /*---------------------------------------------------------------------* * Boxa sort * *---------------------------------------------------------------------*/ /*! * boxaSort() * * Input: boxa * sorttype (L_SORT_BY_X, L_SORT_BY_Y, * L_SORT_BY_RIGHT, L_SORT_BY_BOT, * L_SORT_BY_WIDTH, L_SORT_BY_HEIGHT, * L_SORT_BY_MIN_DIMENSION, L_SORT_BY_MAX_DIMENSION, * L_SORT_BY_PERIMETER, L_SORT_BY_AREA, * L_SORT_BY_ASPECT_RATIO) * sortorder (L_SORT_INCREASING, L_SORT_DECREASING) * &naindex ( index of sorted order into * original array) * Return: boxad (sorted version of boxas), or null on error */ BOXA * boxaSort(BOXA *boxas, l_int32 sorttype, l_int32 sortorder, NUMA **pnaindex) { l_int32 i, n, x, y, w, h, size; BOXA *boxad; NUMA *na, *naindex; PROCNAME("boxaSort"); if (pnaindex) *pnaindex = NULL; if (!boxas) return (BOXA *)ERROR_PTR("boxas not defined", procName, NULL); if (sorttype != L_SORT_BY_X && sorttype != L_SORT_BY_Y && sorttype != L_SORT_BY_RIGHT && sorttype != L_SORT_BY_BOT && sorttype != L_SORT_BY_WIDTH && sorttype != L_SORT_BY_HEIGHT && sorttype != L_SORT_BY_MIN_DIMENSION && sorttype != L_SORT_BY_MAX_DIMENSION && sorttype != L_SORT_BY_PERIMETER && sorttype != L_SORT_BY_AREA && sorttype != L_SORT_BY_ASPECT_RATIO) return (BOXA *)ERROR_PTR("invalid sort type", procName, NULL); if (sortorder != L_SORT_INCREASING && sortorder != L_SORT_DECREASING) return (BOXA *)ERROR_PTR("invalid sort order", procName, NULL); /* Use O(n) binsort if possible */ n = boxaGetCount(boxas); if (n > MIN_COMPS_FOR_BIN_SORT && ((sorttype == L_SORT_BY_X) || (sorttype == L_SORT_BY_Y) || (sorttype == L_SORT_BY_WIDTH) || (sorttype == L_SORT_BY_HEIGHT) || (sorttype == L_SORT_BY_PERIMETER))) return boxaBinSort(boxas, sorttype, sortorder, pnaindex); /* Build up numa of specific data */ if ((na = numaCreate(n)) == NULL) return (BOXA *)ERROR_PTR("na not made", procName, NULL); for (i = 0; i < n; i++) { boxaGetBoxGeometry(boxas, i, &x, &y, &w, &h); switch (sorttype) { case L_SORT_BY_X: numaAddNumber(na, x); break; case L_SORT_BY_Y: numaAddNumber(na, y); break; case L_SORT_BY_RIGHT: numaAddNumber(na, x + w - 1); break; case L_SORT_BY_BOT: numaAddNumber(na, y + h - 1); break; case L_SORT_BY_WIDTH: numaAddNumber(na, w); break; case L_SORT_BY_HEIGHT: numaAddNumber(na, h); break; case L_SORT_BY_MIN_DIMENSION: size = L_MIN(w, h); numaAddNumber(na, size); break; case L_SORT_BY_MAX_DIMENSION: size = L_MAX(w, h); numaAddNumber(na, size); break; case L_SORT_BY_PERIMETER: size = w + h; numaAddNumber(na, size); break; case L_SORT_BY_AREA: size = w * h; numaAddNumber(na, size); break; case L_SORT_BY_ASPECT_RATIO: numaAddNumber(na, (l_float32)w / (l_float32)h); break; default: L_WARNING("invalid sort type\n", procName); } } /* Get the sort index for data array */ if ((naindex = numaGetSortIndex(na, sortorder)) == NULL) return (BOXA *)ERROR_PTR("naindex not made", procName, NULL); /* Build up sorted boxa using sort index */ boxad = boxaSortByIndex(boxas, naindex); if (pnaindex) *pnaindex = naindex; else numaDestroy(&naindex); numaDestroy(&na); return boxad; } /*! * boxaBinSort() * * Input: boxa * sorttype (L_SORT_BY_X, L_SORT_BY_Y, L_SORT_BY_WIDTH, * L_SORT_BY_HEIGHT, L_SORT_BY_PERIMETER) * sortorder (L_SORT_INCREASING, L_SORT_DECREASING) * &naindex ( index of sorted order into * original array) * Return: boxad (sorted version of boxas), or null on error * * Notes: * (1) For a large number of boxes (say, greater than 1000), this * O(n) binsort is much faster than the O(nlogn) shellsort. * For 5000 components, this is over 20x faster than boxaSort(). * (2) Consequently, boxaSort() calls this function if it will * likely go much faster. */ BOXA * boxaBinSort(BOXA *boxas, l_int32 sorttype, l_int32 sortorder, NUMA **pnaindex) { l_int32 i, n, x, y, w, h; BOXA *boxad; NUMA *na, *naindex; PROCNAME("boxaBinSort"); if (pnaindex) *pnaindex = NULL; if (!boxas) return (BOXA *)ERROR_PTR("boxas not defined", procName, NULL); if (sorttype != L_SORT_BY_X && sorttype != L_SORT_BY_Y && sorttype != L_SORT_BY_WIDTH && sorttype != L_SORT_BY_HEIGHT && sorttype != L_SORT_BY_PERIMETER) return (BOXA *)ERROR_PTR("invalid sort type", procName, NULL); if (sortorder != L_SORT_INCREASING && sortorder != L_SORT_DECREASING) return (BOXA *)ERROR_PTR("invalid sort order", procName, NULL); /* Generate Numa of appropriate box dimensions */ n = boxaGetCount(boxas); if ((na = numaCreate(n)) == NULL) return (BOXA *)ERROR_PTR("na not made", procName, NULL); for (i = 0; i < n; i++) { boxaGetBoxGeometry(boxas, i, &x, &y, &w, &h); switch (sorttype) { case L_SORT_BY_X: numaAddNumber(na, x); break; case L_SORT_BY_Y: numaAddNumber(na, y); break; case L_SORT_BY_WIDTH: numaAddNumber(na, w); break; case L_SORT_BY_HEIGHT: numaAddNumber(na, h); break; case L_SORT_BY_PERIMETER: numaAddNumber(na, w + h); break; default: L_WARNING("invalid sort type\n", procName); } } /* Get the sort index for data array */ if ((naindex = numaGetBinSortIndex(na, sortorder)) == NULL) return (BOXA *)ERROR_PTR("naindex not made", procName, NULL); /* Build up sorted boxa using the sort index */ boxad = boxaSortByIndex(boxas, naindex); if (pnaindex) *pnaindex = naindex; else numaDestroy(&naindex); numaDestroy(&na); return boxad; } /*! * boxaSortByIndex() * * Input: boxas * naindex (na that maps from the new boxa to the input boxa) * Return: boxad (sorted), or null on error */ BOXA * boxaSortByIndex(BOXA *boxas, NUMA *naindex) { l_int32 i, n, index; BOX *box; BOXA *boxad; PROCNAME("boxaSortByIndex"); if (!boxas) return (BOXA *)ERROR_PTR("boxas not defined", procName, NULL); if (!naindex) return (BOXA *)ERROR_PTR("naindex not defined", procName, NULL); n = boxaGetCount(boxas); boxad = boxaCreate(n); for (i = 0; i < n; i++) { numaGetIValue(naindex, i, &index); box = boxaGetBox(boxas, index, L_COPY); boxaAddBox(boxad, box, L_INSERT); } return boxad; } /*! * boxaSort2d() * * Input: boxas * &naa ( numaa with sorted indices * whose values are the indices of the input array) * delta1 (min overlap that permits aggregation of a box * onto a boxa of horizontally-aligned boxes; pass 1) * delta2 (min overlap that permits aggregation of a box * onto a boxa of horizontally-aligned boxes; pass 2) * minh1 (components less than this height either join an * existing boxa or are set aside for pass 2) * Return: baa (2d sorted version of boxa), or null on error * * Notes: * (1) The final result is a sort where the 'fast scan' direction is * left to right, and the 'slow scan' direction is from top * to bottom. Each boxa in the baa represents a sorted set * of boxes from left to right. * (2) Three passes are used to aggregate the boxas, which can correspond * to characters or words in a line of text. In pass 1, only * taller components, which correspond to xheight or larger, * are permitted to start a new boxa. In pass 2, the remaining * vertically-challenged components are allowed to join an * existing boxa or start a new one. In pass 3, boxa whose extent * is overlapping are joined. After that, the boxes in each * boxa are sorted horizontally, and finally the boxa are * sorted vertically. * (3) If delta1 < 0, the first pass allows aggregation when * boxes in the same boxa do not overlap vertically. * The distance by which they can miss and still be aggregated * is the absolute value |delta1|. Similar for delta2 on * the second pass. * (4) On the first pass, any component of height less than minh1 * cannot start a new boxa; it's put aside for later insertion. * (5) On the second pass, any small component that doesn't align * with an existing boxa can start a new one. * (6) This can be used to identify lines of text from * character or word bounding boxes. */ BOXAA * boxaSort2d(BOXA *boxas, NUMAA **pnaad, l_int32 delta1, l_int32 delta2, l_int32 minh1) { l_int32 i, index, h, nt, ne, n, m, ival; BOX *box; BOXA *boxa, *boxae, *boxan, *boxa1, *boxa2, *boxa3, *boxav, *boxavs; BOXAA *baa, *baa1, *baad; NUMA *naindex, *nae, *nan, *nah, *nav, *na1, *na2, *nad, *namap; NUMAA *naa, *naa1, *naad; PROCNAME("boxaSort2d"); if (pnaad) *pnaad = NULL; if (!boxas) return (BOXAA *)ERROR_PTR("boxas not defined", procName, NULL); /* Sort from left to right */ if ((boxa = boxaSort(boxas, L_SORT_BY_X, L_SORT_INCREASING, &naindex)) == NULL) return (BOXAA *)ERROR_PTR("boxa not made", procName, NULL); /* First pass: assign taller boxes to boxa by row */ nt = boxaGetCount(boxa); baa = boxaaCreate(0); naa = numaaCreate(0); boxae = boxaCreate(0); /* save small height boxes here */ nae = numaCreate(0); /* keep track of small height boxes */ for (i = 0; i < nt; i++) { box = boxaGetBox(boxa, i, L_CLONE); boxGetGeometry(box, NULL, NULL, NULL, &h); if (h < minh1) { /* save for 2nd pass */ boxaAddBox(boxae, box, L_INSERT); numaAddNumber(nae, i); } else { n = boxaaGetCount(baa); boxaaAlignBox(baa, box, delta1, &index); if (index < n) { /* append to an existing boxa */ boxaaAddBox(baa, index, box, L_INSERT); } else { /* doesn't align, need new boxa */ boxan = boxaCreate(0); boxaAddBox(boxan, box, L_INSERT); boxaaAddBoxa(baa, boxan, L_INSERT); nan = numaCreate(0); numaaAddNuma(naa, nan, L_INSERT); } numaGetIValue(naindex, i, &ival); numaaAddNumber(naa, index, ival); } } boxaDestroy(&boxa); numaDestroy(&naindex); /* Second pass: feed in small height boxes */ ne = boxaGetCount(boxae); for (i = 0; i < ne; i++) { box = boxaGetBox(boxae, i, L_CLONE); n = boxaaGetCount(baa); boxaaAlignBox(baa, box, delta2, &index); if (index < n) { /* append to an existing boxa */ boxaaAddBox(baa, index, box, L_INSERT); } else { /* doesn't align, need new boxa */ boxan = boxaCreate(0); boxaAddBox(boxan, box, L_INSERT); boxaaAddBoxa(baa, boxan, L_INSERT); nan = numaCreate(0); numaaAddNuma(naa, nan, L_INSERT); } numaGetIValue(nae, i, &ival); /* location in original boxas */ numaaAddNumber(naa, index, ival); } /* Third pass: merge some boxa whose extent is overlapping. * Think of these boxa as text lines, where the bounding boxes * of the text lines can overlap, but likely won't have * a huge overlap. * First do a greedy find of pairs of overlapping boxa, where * the two boxa overlap by at least 50% of the smaller, and * the smaller is not more than half the area of the larger. * For such pairs, call the larger one the primary boxa. The * boxes in the smaller one are appended to those in the primary * in pass 3a, and the primaries are extracted in pass 3b. * In this way, all boxes in the original baa are saved. */ n = boxaaGetCount(baa); boxaaGetExtent(baa, NULL, NULL, NULL, &boxa3); boxa1 = boxaHandleOverlaps(boxa3, L_REMOVE_SMALL, 1000, 0.5, 0.5, &namap); boxaDestroy(&boxa1); boxaDestroy(&boxa3); for (i = 0; i < n; i++) { /* Pass 3a: join selected copies of boxa */ numaGetIValue(namap, i, &ival); if (ival >= 0) { /* join current to primary boxa[ival] */ boxa1 = boxaaGetBoxa(baa, i, L_COPY); boxa2 = boxaaGetBoxa(baa, ival, L_CLONE); boxaJoin(boxa2, boxa1, 0, -1); boxaDestroy(&boxa2); boxaDestroy(&boxa1); na1 = numaaGetNuma(naa, i, L_COPY); na2 = numaaGetNuma(naa, ival, L_CLONE); numaJoin(na2, na1, 0, -1); numaDestroy(&na1); numaDestroy(&na2); } } baa1 = boxaaCreate(n); naa1 = numaaCreate(n); for (i = 0; i < n; i++) { /* Pass 3b: save primary boxa */ numaGetIValue(namap, i, &ival); if (ival == -1) { boxa1 = boxaaGetBoxa(baa, i, L_CLONE); boxaaAddBoxa(baa1, boxa1, L_INSERT); na1 = numaaGetNuma(naa, i, L_CLONE); numaaAddNuma(naa1, na1, L_INSERT); } } numaDestroy(&namap); boxaaDestroy(&baa); baa = baa1; numaaDestroy(&naa); naa = naa1; /* Sort the boxes in each boxa horizontally */ m = boxaaGetCount(baa); for (i = 0; i < m; i++) { boxa1 = boxaaGetBoxa(baa, i, L_CLONE); boxa2 = boxaSort(boxa1, L_SORT_BY_X, L_SORT_INCREASING, &nah); boxaaReplaceBoxa(baa, i, boxa2); na1 = numaaGetNuma(naa, i, L_CLONE); na2 = numaSortByIndex(na1, nah); numaaReplaceNuma(naa, i, na2); boxaDestroy(&boxa1); numaDestroy(&na1); numaDestroy(&nah); } /* Sort the boxa vertically within boxaa, using the first box * in each boxa. */ m = boxaaGetCount(baa); boxav = boxaCreate(m); /* holds first box in each boxa in baa */ naad = numaaCreate(m); if (pnaad) *pnaad = naad; baad = boxaaCreate(m); for (i = 0; i < m; i++) { boxa1 = boxaaGetBoxa(baa, i, L_CLONE); box = boxaGetBox(boxa1, 0, L_CLONE); boxaAddBox(boxav, box, L_INSERT); boxaDestroy(&boxa1); } boxavs = boxaSort(boxav, L_SORT_BY_Y, L_SORT_INCREASING, &nav); for (i = 0; i < m; i++) { numaGetIValue(nav, i, &index); boxa = boxaaGetBoxa(baa, index, L_CLONE); boxaaAddBoxa(baad, boxa, L_INSERT); nad = numaaGetNuma(naa, index, L_CLONE); numaaAddNuma(naad, nad, L_INSERT); } /* fprintf(stderr, "box count = %d, numaa count = %d\n", nt, numaaGetNumberCount(naad)); */ boxaaDestroy(&baa); boxaDestroy(&boxav); boxaDestroy(&boxavs); boxaDestroy(&boxae); numaDestroy(&nav); numaDestroy(&nae); numaaDestroy(&naa); if (!pnaad) numaaDestroy(&naad); return baad; } /*! * boxaSort2dByIndex() * * Input: boxas * naa (numaa that maps from the new baa to the input boxa) * Return: baa (sorted boxaa), or null on error */ BOXAA * boxaSort2dByIndex(BOXA *boxas, NUMAA *naa) { l_int32 ntot, boxtot, i, j, n, nn, index; BOX *box; BOXA *boxa; BOXAA *baa; NUMA *na; PROCNAME("boxaSort2dByIndex"); if (!boxas) return (BOXAA *)ERROR_PTR("boxas not defined", procName, NULL); if (!naa) return (BOXAA *)ERROR_PTR("naindex not defined", procName, NULL); /* Check counts */ ntot = numaaGetNumberCount(naa); boxtot = boxaGetCount(boxas); if (ntot != boxtot) return (BOXAA *)ERROR_PTR("element count mismatch", procName, NULL); n = numaaGetCount(naa); baa = boxaaCreate(n); for (i = 0; i < n; i++) { na = numaaGetNuma(naa, i, L_CLONE); nn = numaGetCount(na); boxa = boxaCreate(nn); for (j = 0; j < nn; j++) { numaGetIValue(na, i, &index); box = boxaGetBox(boxas, index, L_COPY); boxaAddBox(boxa, box, L_INSERT); } boxaaAddBoxa(baa, boxa, L_INSERT); numaDestroy(&na); } return baa; } /*---------------------------------------------------------------------* * Boxa array extraction * *---------------------------------------------------------------------*/ /*! * boxaExtractAsNuma() * * Input: boxa * &nax ( array of x locations) * &nay ( array of y locations) * &naw ( array of w locations) * &nah ( array of h locations) * keepinvalid (1 to keep invalid boxes; 0 to remove them) * Return: 0 if OK, 1 on error */ l_int32 boxaExtractAsNuma(BOXA *boxa, NUMA **pnax, NUMA **pnay, NUMA **pnaw, NUMA **pnah, l_int32 keepinvalid) { l_int32 i, n, x, y, w, h; PROCNAME("boxaExtractAsNuma"); if (!pnax && !pnay && !pnaw && !pnah) return ERROR_INT("no output requested", procName, 1); if (pnax) *pnax = NULL; if (pnay) *pnay = NULL; if (pnaw) *pnaw = NULL; if (pnah) *pnah = NULL; if (!boxa) return ERROR_INT("boxa not defined", procName, 1); if (!keepinvalid && boxaGetValidCount(boxa) == 0) return ERROR_INT("no valid boxes", procName, 1); n = boxaGetCount(boxa); if (pnax) *pnax = numaCreate(n); if (pnay) *pnay = numaCreate(n); if (pnaw) *pnaw = numaCreate(n); if (pnah) *pnah = numaCreate(n); for (i = 0; i < n; i++) { boxaGetBoxGeometry(boxa, i, &x, &y, &w, &h); if (!keepinvalid && (w <= 0 || h <= 0)) continue; if (pnax) numaAddNumber(*pnax, x); if (pnay) numaAddNumber(*pnay, y); if (pnaw) numaAddNumber(*pnaw, w); if (pnah) numaAddNumber(*pnah, h); } return 0; } /*! * boxaExtractAsPta() * * Input: boxa * &ptal ( array of left locations vs. index) * &ptat ( array of top locations vs. index) * &ptar ( array of right locations vs. index) * &ptab ( array of bottom locations vs. index) * keepinvalid (1 to keep invalid boxes; 0 to remove them) * Return: 0 if OK, 1 on error */ l_int32 boxaExtractAsPta(BOXA *boxa, PTA **pptal, PTA **pptat, PTA **pptar, PTA **pptab, l_int32 keepinvalid) { l_int32 i, n, left, top, right, bot, w, h; PROCNAME("boxaExtractAsPta"); if (!pptal && !pptar && !pptat && !pptab) return ERROR_INT("no output requested", procName, 1); if (pptal) *pptal = NULL; if (pptat) *pptat = NULL; if (pptar) *pptar = NULL; if (pptab) *pptab = NULL; if (!boxa) return ERROR_INT("boxa not defined", procName, 1); if (!keepinvalid && boxaGetValidCount(boxa) == 0) return ERROR_INT("no valid boxes", procName, 1); n = boxaGetCount(boxa); if (pptal) *pptal = ptaCreate(n); if (pptat) *pptat = ptaCreate(n); if (pptar) *pptar = ptaCreate(n); if (pptab) *pptab = ptaCreate(n); for (i = 0; i < n; i++) { boxaGetBoxGeometry(boxa, i, &left, &top, &w, &h); if (!keepinvalid && (w <= 0 || h <= 0)) continue; right = left + w - 1; bot = top + h - 1; if (pptal) ptaAddPt(*pptal, i, left); if (pptat) ptaAddPt(*pptat, i, top); if (pptar) ptaAddPt(*pptar, i, right); if (pptab) ptaAddPt(*pptab, i, bot); } return 0; } /*---------------------------------------------------------------------* * Boxa statistics * *---------------------------------------------------------------------*/ /*! * boxaGetRankSize() * * Input: boxa * fract (use 0.0 for smallest, 1.0 for largest) * Return: box (with rank values for x, y, w, h), or null on error * or if the boxa is empty (has no valid boxes) * * Notes: * (1) This function does not assume that all boxes in the boxa are valid * (2) The four box parameters are sorted independently. * For rank order, the width and height are sorted in increasing * order. But what does it mean to sort x and y in "rank order"? * If the boxes are of comparable size and somewhat * aligned (e.g., from multiple images), it makes some sense * to give a "rank order" for x and y by sorting them in * decreasing order. But in general, the interpretation of a rank * order on x and y is highly application dependent. In summary: * - x and y are sorted in decreasing order * - w and h are sorted in increasing order */ BOX * boxaGetRankSize(BOXA *boxa, l_float32 fract) { l_float32 xval, yval, wval, hval; NUMA *nax, *nay, *naw, *nah; BOX *box; PROCNAME("boxaGetRankSize"); if (!boxa) return (BOX *)ERROR_PTR("boxa not defined", procName, NULL); if (fract < 0.0 || fract > 1.0) return (BOX *)ERROR_PTR("fract not in [0.0 ... 1.0]", procName, NULL); if (boxaGetValidCount(boxa) == 0) return (BOX *)ERROR_PTR("no valid boxes in boxa", procName, NULL); boxaExtractAsNuma(boxa, &nax, &nay, &naw, &nah, 0); /* valid boxes only */ numaGetRankValue(nax, 1.0 - fract, NULL, 1, &xval); numaGetRankValue(nay, 1.0 - fract, NULL, 1, &yval); numaGetRankValue(naw, fract, NULL, 1, &wval); numaGetRankValue(nah, fract, NULL, 1, &hval); box = boxCreate((l_int32)xval, (l_int32)yval, (l_int32)wval, (l_int32)hval); numaDestroy(&nax); numaDestroy(&nay); numaDestroy(&naw); numaDestroy(&nah); return box; } /*! * boxaGetMedian() * * Input: boxa * Return: box (with median values for x, y, w, h), or null on error * or if the boxa is empty. * * Notes: * (1) See boxaGetRankSize() */ BOX * boxaGetMedian(BOXA *boxa) { PROCNAME("boxaGetMedian"); if (!boxa) return (BOX *)ERROR_PTR("boxa not defined", procName, NULL); if (boxaGetCount(boxa) == 0) return (BOX *)ERROR_PTR("boxa is empty", procName, NULL); return boxaGetRankSize(boxa, 0.5); } /*---------------------------------------------------------------------* * Other Boxaa functions * *---------------------------------------------------------------------*/ /*! * boxaaGetExtent() * * Input: baa * &w ( width) * &h ( height) * &box (, minimum box containing all boxa * in boxaa) * &boxa (, boxa containing all boxes in each * boxa in the boxaa) * Return: 0 if OK, 1 on error * * Notes: * (1) The returned w and h are the minimum size image * that would contain all boxes untranslated. * (2) Each box in the returned boxa is the minimum box required to * hold all the boxes in the respective boxa of baa. * (3) If there are no valid boxes in a boxa, the box corresponding * to its extent has all fields set to 0 (an invalid box). */ l_int32 boxaaGetExtent(BOXAA *baa, l_int32 *pw, l_int32 *ph, BOX **pbox, BOXA **pboxa) { l_int32 i, n, x, y, w, h, xmax, ymax, xmin, ymin, found; BOX *box1; BOXA *boxa, *boxa1; PROCNAME("boxaaGetExtent"); if (!pw && !ph && !pbox && !pboxa) return ERROR_INT("no ptrs defined", procName, 1); if (pw) *pw = 0; if (ph) *ph = 0; if (pbox) *pbox = NULL; if (pboxa) *pboxa = NULL; if (!baa) return ERROR_INT("baa not defined", procName, 1); n = boxaaGetCount(baa); if (n == 0) return ERROR_INT("no boxa in baa", procName, 1); boxa = boxaCreate(n); xmax = ymax = 0; xmin = ymin = 100000000; found = FALSE; for (i = 0; i < n; i++) { boxa1 = boxaaGetBoxa(baa, i, L_CLONE); boxaGetExtent(boxa1, NULL, NULL, &box1); boxaDestroy(&boxa1); boxGetGeometry(box1, &x, &y, &w, &h); if (w > 0 && h > 0) { /* a valid extent box */ found = TRUE; /* found at least one valid extent box */ xmin = L_MIN(xmin, x); ymin = L_MIN(ymin, y); xmax = L_MAX(xmax, x + w); ymax = L_MAX(ymax, y + h); } boxaAddBox(boxa, box1, L_INSERT); } if (found == FALSE) /* no valid extent boxes */ xmin = ymin = 0; if (pw) *pw = xmax; if (ph) *ph = ymax; if (pbox) *pbox = boxCreate(xmin, ymin, xmax - xmin, ymax - ymin); if (pboxa) *pboxa = boxa; else boxaDestroy(&boxa); return 0; } /*! * boxaaFlattenToBoxa() * * Input: baa * &naindex ( the boxa index in the baa) * copyflag (L_COPY or L_CLONE) * Return: boxa, or null on error * * Notes: * (1) This 'flattens' the baa to a boxa, taking the boxes in * order in the first boxa, then the second, etc. * (2) If a boxa is empty, we generate an invalid, placeholder box * of zero size. This is useful when converting from a baa * where each boxa has either 0 or 1 boxes, and it is necessary * to maintain a 1:1 correspondence between the initial * boxa array and the resulting box array. * (3) If &naindex is defined, we generate a Numa that gives, for * each box in the baa, the index of the boxa to which it belongs. */ BOXA * boxaaFlattenToBoxa(BOXAA *baa, NUMA **pnaindex, l_int32 copyflag) { l_int32 i, j, m, n; BOXA *boxa, *boxat; BOX *box; NUMA *naindex; PROCNAME("boxaaFlattenToBoxa"); if (pnaindex) *pnaindex = NULL; if (!baa) return (BOXA *)ERROR_PTR("baa not defined", procName, NULL); if (copyflag != L_COPY && copyflag != L_CLONE) return (BOXA *)ERROR_PTR("invalid copyflag", procName, NULL); if (pnaindex) { naindex = numaCreate(0); *pnaindex = naindex; } n = boxaaGetCount(baa); boxa = boxaCreate(n); for (i = 0; i < n; i++) { boxat = boxaaGetBoxa(baa, i, L_CLONE); m = boxaGetCount(boxat); if (m == 0) { /* placeholder box */ box = boxCreate(0, 0, 0, 0); boxaAddBox(boxa, box, L_INSERT); if (pnaindex) numaAddNumber(naindex, i); /* save 'row' number */ } else { for (j = 0; j < m; j++) { box = boxaGetBox(boxat, j, copyflag); boxaAddBox(boxa, box, L_INSERT); if (pnaindex) numaAddNumber(naindex, i); /* save 'row' number */ } } boxaDestroy(&boxat); } return boxa; } /*! * boxaaFlattenAligned() * * Input: baa * num (number extracted from each) * fillerbox ( that fills if necessary) * copyflag (L_COPY or L_CLONE) * Return: boxa, or null on error * * Notes: * (1) This 'flattens' the baa to a boxa, taking the first @num * boxes from each boxa. * (2) In each boxa, if there are less than @num boxes, we preserve * the alignment between the input baa and the output boxa * by inserting one or more fillerbox(es) or, if @fillerbox == NULL, * one or more invalid placeholder boxes. */ BOXA * boxaaFlattenAligned(BOXAA *baa, l_int32 num, BOX *fillerbox, l_int32 copyflag) { l_int32 i, j, m, n, mval, nshort; BOXA *boxat, *boxad; BOX *box; PROCNAME("boxaaFlattenAligned"); if (!baa) return (BOXA *)ERROR_PTR("baa not defined", procName, NULL); if (copyflag != L_COPY && copyflag != L_CLONE) return (BOXA *)ERROR_PTR("invalid copyflag", procName, NULL); n = boxaaGetCount(baa); boxad = boxaCreate(n); for (i = 0; i < n; i++) { boxat = boxaaGetBoxa(baa, i, L_CLONE); m = boxaGetCount(boxat); mval = L_MIN(m, num); nshort = num - mval; for (j = 0; j < mval; j++) { /* take the first @num if possible */ box = boxaGetBox(boxat, j, copyflag); boxaAddBox(boxad, box, L_INSERT); } for (j = 0; j < nshort; j++) { /* add fillers if necessary */ if (fillerbox) { boxaAddBox(boxad, fillerbox, L_COPY); } else { box = boxCreate(0, 0, 0, 0); /* invalid placeholder box */ boxaAddBox(boxad, box, L_INSERT); } } boxaDestroy(&boxat); } return boxad; } /*! * boxaEncapsulateAligned() * * Input: boxa * num (number put into each boxa in the baa) * copyflag (L_COPY or L_CLONE) * Return: baa, or null on error * * Notes: * (1) This puts @num boxes from the input @boxa into each of a * set of boxa within an output baa. * (2) This assumes that the boxes in @boxa are in sets of @num each. */ BOXAA * boxaEncapsulateAligned(BOXA *boxa, l_int32 num, l_int32 copyflag) { l_int32 i, j, n, nbaa, index; BOX *box; BOXA *boxat; BOXAA *baa; PROCNAME("boxaEncapsulateAligned"); if (!boxa) return (BOXAA *)ERROR_PTR("boxa not defined", procName, NULL); if (copyflag != L_COPY && copyflag != L_CLONE) return (BOXAA *)ERROR_PTR("invalid copyflag", procName, NULL); n = boxaGetCount(boxa); nbaa = n / num; if (num * nbaa != n) L_ERROR("inconsistent alignment: num doesn't divide n\n", procName); baa = boxaaCreate(nbaa); for (i = 0, index = 0; i < nbaa; i++) { boxat = boxaCreate(num); for (j = 0; j < num; j++, index++) { box = boxaGetBox(boxa, index, copyflag); boxaAddBox(boxat, box, L_INSERT); } boxaaAddBoxa(baa, boxat, L_INSERT); } return baa; } /*! * boxaaAlignBox() * * Input: baa * box (to be aligned with the bext boxa in the baa, if possible) * delta (amount by which consecutive components can miss * in overlap and still be included in the array) * &index (of boxa with best overlap, or if none match, * this is the index of the next boxa to be generated) * Return: 0 if OK, 1 on error * * Notes: * (1) This is not greedy. It finds the boxa whose vertical * extent has the closest overlap with the input box. */ l_int32 boxaaAlignBox(BOXAA *baa, BOX *box, l_int32 delta, l_int32 *pindex) { l_int32 i, n, m, y, yt, h, ht, ovlp, maxovlp, maxindex; BOX *boxt; BOXA *boxa; PROCNAME("boxaaAlignBox"); if (!baa) return ERROR_INT("baa not defined", procName, 1); if (!box) return ERROR_INT("box not defined", procName, 1); if (!pindex) return ERROR_INT("&index not defined", procName, 1); n = boxaaGetCount(baa); boxGetGeometry(box, NULL, &y, NULL, &h); maxovlp = -10000000; for (i = 0; i < n; i++) { boxa = boxaaGetBoxa(baa, i, L_CLONE); if ((m = boxaGetCount(boxa)) == 0) { L_WARNING("no boxes in boxa\n", procName); continue; } boxaGetExtent(boxa, NULL, NULL, &boxt); boxGetGeometry(boxt, NULL, &yt, NULL, &ht); boxDestroy(&boxt); boxaDestroy(&boxa); /* Overlap < 0 means the components do not overlap vertically */ if (yt >= y) ovlp = y + h - 1 - yt; else ovlp = yt + ht - 1 - y; if (ovlp > maxovlp) { maxovlp = ovlp; maxindex = i; } } if (maxovlp + delta >= 0) *pindex = maxindex; else *pindex = n; return 0; } leptonica-1.70/src/numafunc1.c0000644000175000017500000030004112265645122014340 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - - Redistribution and use in source and binary forms, with or without - modification, are permitted provided that the following conditions - are met: - 1. Redistributions of source code must retain the above copyright - notice, this list of conditions and the following disclaimer. - 2. Redistributions in binary form must reproduce the above - copyright notice, this list of conditions and the following - disclaimer in the documentation and/or other materials - provided with the distribution. - - THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS - ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT - LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR - A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL ANY - CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, - EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, - PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR - PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY - OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING - NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS - SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. *====================================================================*/ /* * numafunc1.c * * Arithmetic and logic * NUMA *numaArithOp() * NUMA *numaLogicalOp() * NUMA *numaInvert() * l_int32 numaSimilar() * l_int32 numaAddToNumber() * * Simple extractions * l_int32 numaGetMin() * l_int32 numaGetMax() * l_int32 numaGetSum() * NUMA *numaGetPartialSums() * l_int32 numaGetSumOnInterval() * l_int32 numaHasOnlyIntegers() * NUMA *numaSubsample() * NUMA *numaMakeDelta() * NUMA *numaMakeSequence() * NUMA *numaMakeConstant() * NUMA *numaMakeAbsValue() * NUMA *numaAddBorder() * NUMA *numaAddSpecifiedBorder() * NUMA *numaRemoveBorder() * l_int32 numaGetNonzeroRange() * l_int32 numaGetCountRelativeToZero() * NUMA *numaClipToInterval() * NUMA *numaMakeThresholdIndicator() * NUMA *numaUniformSampling() * NUMA *numaReverse() * * Signal feature extraction * NUMA *numaLowPassIntervals() * NUMA *numaThresholdEdges() * NUMA *numaGetSpanValues() * NUMA *numaGetEdgeValues() * * Interpolation * l_int32 numaInterpolateEqxVal() * l_int32 numaInterpolateEqxInterval() * l_int32 numaInterpolateArbxVal() * l_int32 numaInterpolateArbxInterval() * * Functions requiring interpolation * l_int32 numaFitMax() * l_int32 numaDifferentiateInterval() * l_int32 numaIntegrateInterval() * * Sorting * NUMA *numaSortGeneral() * NUMA *numaSortAutoSelect() * NUMA *numaSortIndexAutoSelect() * l_int32 numaChooseSortType() * NUMA *numaSort() * NUMA *numaBinSort() * NUMA *numaGetSortIndex() * NUMA *numaGetBinSortIndex() * NUMA *numaSortByIndex() * l_int32 numaIsSorted() * l_int32 numaSortPair() * NUMA *numaInvertMap() * * Random permutation * NUMA *numaPseudorandomSequence() * NUMA *numaRandomPermutation() * * Functions requiring sorting * l_int32 numaGetRankValue() * l_int32 numaGetMedian() * l_int32 numaGetBinnedMedian() * l_int32 numaGetMode() * l_int32 numaGetMedianVariation() * * Numa combination * l_int32 numaJoin() * l_int32 numaaJoin() * NUMA *numaaFlattenToNuma() * * * Things to remember when using the Numa: * * (1) The numa is a struct, not an array. Always use accessors * (see numabasic.c), never the fields directly. * * (2) The number array holds l_float32 values. It can also * be used to store l_int32 values. See numabasic.c for * details on using the accessors. * * (3) If you use numaCreate(), no numbers are stored and the size is 0. * You have to add numbers to increase the size. * If you want to start with a numa of a fixed size, with each * entry initialized to the same value, use numaMakeConstant(). * * (4) Occasionally, in the comments we denote the i-th element of a * numa by na[i]. This is conceptual only -- the numa is not an array! */ #include #include "allheaders.h" /*----------------------------------------------------------------------* * Arithmetic and logical ops on Numas * *----------------------------------------------------------------------*/ /*! * numaArithOp() * * Input: nad ( can be null or equal to na1 (in-place) * na1 * na2 * op (L_ARITH_ADD, L_ARITH_SUBTRACT, * L_ARITH_MULTIPLY, L_ARITH_DIVIDE) * Return: nad (always: operation applied to na1 and na2) * * Notes: * (1) The sizes of na1 and na2 must be equal. * (2) nad can only null or equal to na1. * (3) To add a constant to a numa, or to multipy a numa by * a constant, use numaTransform(). */ NUMA * numaArithOp(NUMA *nad, NUMA *na1, NUMA *na2, l_int32 op) { l_int32 i, n; l_float32 val1, val2; PROCNAME("numaArithOp"); if (!na1 || !na2) return (NUMA *)ERROR_PTR("na1, na2 not both defined", procName, nad); n = numaGetCount(na1); if (n != numaGetCount(na2)) return (NUMA *)ERROR_PTR("na1, na2 sizes differ", procName, nad); if (nad && nad != na1) return (NUMA *)ERROR_PTR("nad defined but not in-place", procName, nad); if (op != L_ARITH_ADD && op != L_ARITH_SUBTRACT && op != L_ARITH_MULTIPLY && op != L_ARITH_DIVIDE) return (NUMA *)ERROR_PTR("invalid op", procName, nad); if (op == L_ARITH_DIVIDE) { for (i = 0; i < n; i++) { numaGetFValue(na2, i, &val2); if (val2 == 0.0) return (NUMA *)ERROR_PTR("na2 has 0 element", procName, nad); } } /* If nad is not identical to na1, make it an identical copy */ if (!nad) nad = numaCopy(na1); for (i = 0; i < n; i++) { numaGetFValue(nad, i, &val1); numaGetFValue(na2, i, &val2); switch (op) { case L_ARITH_ADD: numaSetValue(nad, i, val1 + val2); break; case L_ARITH_SUBTRACT: numaSetValue(nad, i, val1 - val2); break; case L_ARITH_MULTIPLY: numaSetValue(nad, i, val1 * val2); break; case L_ARITH_DIVIDE: numaSetValue(nad, i, val1 / val2); break; default: fprintf(stderr, " Unknown arith op: %d\n", op); return nad; } } return nad; } /*! * numaLogicalOp() * * Input: nad ( can be null or equal to na1 (in-place) * na1 * na2 * op (L_UNION, L_INTERSECTION, L_SUBTRACTION, L_EXCLUSIVE_OR) * Return: nad (always: operation applied to na1 and na2) * * Notes: * (1) The sizes of na1 and na2 must be equal. * (2) nad can only null or equal to na1. * (3) This is intended for use with indicator arrays (0s and 1s). * Input data is extracted as integers (0 == false, anything * else == true); output results are 0 and 1. * (4) L_SUBTRACTION is subtraction of val2 from val1. For bit logical * arithmetic this is (val1 & ~val2), but because these values * are integers, we use (val1 && !val2). */ NUMA * numaLogicalOp(NUMA *nad, NUMA *na1, NUMA *na2, l_int32 op) { l_int32 i, n, val1, val2, val; PROCNAME("numaLogicalOp"); if (!na1 || !na2) return (NUMA *)ERROR_PTR("na1, na2 not both defined", procName, nad); n = numaGetCount(na1); if (n != numaGetCount(na2)) return (NUMA *)ERROR_PTR("na1, na2 sizes differ", procName, nad); if (nad && nad != na1) return (NUMA *)ERROR_PTR("nad defined; not in-place", procName, nad); if (op != L_UNION && op != L_INTERSECTION && op != L_SUBTRACTION && op != L_EXCLUSIVE_OR) return (NUMA *)ERROR_PTR("invalid op", procName, nad); /* If nad is not identical to na1, make it an identical copy */ if (!nad) nad = numaCopy(na1); for (i = 0; i < n; i++) { numaGetIValue(nad, i, &val1); numaGetIValue(na2, i, &val2); switch (op) { case L_UNION: val = (val1 || val2) ? 1 : 0; numaSetValue(nad, i, val); break; case L_INTERSECTION: val = (val1 && val2) ? 1 : 0; numaSetValue(nad, i, val); break; case L_SUBTRACTION: val = (val1 && !val2) ? 1 : 0; numaSetValue(nad, i, val); break; case L_EXCLUSIVE_OR: val = ((val1 && !val2) || (!val1 && val2)) ? 1 : 0; numaSetValue(nad, i, val); break; default: fprintf(stderr, " Unknown logical op: %d\n", op); return nad; } } return nad; } /*! * numaInvert() * * Input: nad ( can be null or equal to nas (in-place) * nas * Return: nad (always: 'inverts' nas) * * Notes: * (1) This is intended for use with indicator arrays (0s and 1s). * It gives a boolean-type output, taking the input as * an integer and inverting it: * 0 --> 1 * anything else --> 0 */ NUMA * numaInvert(NUMA *nad, NUMA *nas) { l_int32 i, n, val; PROCNAME("numaInvert"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, nad); if (nad && nad != nas) return (NUMA *)ERROR_PTR("nad defined; not in-place", procName, nad); if (!nad) nad = numaCopy(nas); n = numaGetCount(nad); for (i = 0; i < n; i++) { numaGetIValue(nad, i, &val); if (!val) val = 1; else val = 0; numaSetValue(nad, i, val); } return nad; } /*! * numaSimilar() * * Input: na1 * na2 * maxdiff (use 0.0 for exact equality) * &similar ( 1 if similar; 0 if different) * Return: 0 if OK, 1 on error * * Notes: * (1) Float values can differ slightly due to roundoff and * accumulated errors. Using @maxdiff > 0.0 allows similar * arrays to be identified. */ l_int32 numaSimilar(NUMA *na1, NUMA *na2, l_float32 maxdiff, l_int32 *psimilar) { l_int32 i, n; l_float32 val1, val2; PROCNAME("numaSimilar"); if (!psimilar) return ERROR_INT("&similar not defined", procName, 1); *psimilar = 0; if (!na1 || !na2) return ERROR_INT("na1 and na2 not both defined", procName, 1); maxdiff = L_ABS(maxdiff); n = numaGetCount(na1); if (n != numaGetCount(na2)) return 0; for (i = 0; i < n; i++) { numaGetFValue(na1, i, &val1); numaGetFValue(na2, i, &val2); if (L_ABS(val1 - val2) > maxdiff) return 0; } *psimilar = 1; return 0; } /*! * numaAddToNumber() * * Input: na * index (element to be changed) * val (new value to be added) * Return: 0 if OK, 1 on error * * Notes: * (1) This is useful for accumulating sums, regardless of the index * order in which the values are made available. * (2) Before use, the numa has to be filled up to @index. This would * typically be used by creating the numa with the full sized * array, initialized to 0.0, using numaMakeConstant(). */ l_int32 numaAddToNumber(NUMA *na, l_int32 index, l_float32 val) { l_int32 n; PROCNAME("numaAddToNumber"); if (!na) return ERROR_INT("na not defined", procName, 1); n = numaGetCount(na); if (index < 0 || index >= n) return ERROR_INT("index not in {0...n - 1}", procName, 1); na->array[index] += val; return 0; } /*----------------------------------------------------------------------* * Simple extractions * *----------------------------------------------------------------------*/ /*! * numaGetMin() * * Input: na * &minval ( min value) * &iminloc ( index of min location) * Return: 0 if OK; 1 on error */ l_int32 numaGetMin(NUMA *na, l_float32 *pminval, l_int32 *piminloc) { l_int32 i, n, iminloc; l_float32 val, minval; PROCNAME("numaGetMin"); if (!pminval && !piminloc) return ERROR_INT("nothing to do", procName, 1); if (pminval) *pminval = 0.0; if (piminloc) *piminloc = 0; if (!na) return ERROR_INT("na not defined", procName, 1); minval = +1000000000.; iminloc = 0; n = numaGetCount(na); for (i = 0; i < n; i++) { numaGetFValue(na, i, &val); if (val < minval) { minval = val; iminloc = i; } } if (pminval) *pminval = minval; if (piminloc) *piminloc = iminloc; return 0; } /*! * numaGetMax() * * Input: na * &maxval ( max value) * &imaxloc ( index of max location) * Return: 0 if OK; 1 on error */ l_int32 numaGetMax(NUMA *na, l_float32 *pmaxval, l_int32 *pimaxloc) { l_int32 i, n, imaxloc; l_float32 val, maxval; PROCNAME("numaGetMax"); if (!pmaxval && !pimaxloc) return ERROR_INT("nothing to do", procName, 1); if (pmaxval) *pmaxval = 0.0; if (pimaxloc) *pimaxloc = 0; if (!na) return ERROR_INT("na not defined", procName, 1); maxval = -1000000000.; imaxloc = 0; n = numaGetCount(na); for (i = 0; i < n; i++) { numaGetFValue(na, i, &val); if (val > maxval) { maxval = val; imaxloc = i; } } if (pmaxval) *pmaxval = maxval; if (pimaxloc) *pimaxloc = imaxloc; return 0; } /*! * numaGetSum() * * Input: na * &sum ( sum of values) * Return: 0 if OK, 1 on error */ l_int32 numaGetSum(NUMA *na, l_float32 *psum) { l_int32 i, n; l_float32 val, sum; PROCNAME("numaGetSum"); if (!na) return ERROR_INT("na not defined", procName, 1); if (!psum) return ERROR_INT("&sum not defined", procName, 1); sum = 0.0; n = numaGetCount(na); for (i = 0; i < n; i++) { numaGetFValue(na, i, &val); sum += val; } *psum = sum; return 0; } /*! * numaGetPartialSums() * * Input: na * Return: nasum, or null on error * * Notes: * (1) nasum[i] is the sum for all j <= i of na[j]. * So nasum[0] = na[0]. * (2) If you want to generate a rank function, where rank[0] - 0.0, * insert a 0.0 at the beginning of the nasum array. */ NUMA * numaGetPartialSums(NUMA *na) { l_int32 i, n; l_float32 val, sum; NUMA *nasum; PROCNAME("numaGetPartialSums"); if (!na) return (NUMA *)ERROR_PTR("na not defined", procName, NULL); n = numaGetCount(na); nasum = numaCreate(n); sum = 0.0; for (i = 0; i < n; i++) { numaGetFValue(na, i, &val); sum += val; numaAddNumber(nasum, sum); } return nasum; } /*! * numaGetSumOnInterval() * * Input: na * first (beginning index) * last (final index) * &sum ( sum of values in the index interval range) * Return: 0 if OK, 1 on error */ l_int32 numaGetSumOnInterval(NUMA *na, l_int32 first, l_int32 last, l_float32 *psum) { l_int32 i, n, truelast; l_float32 val, sum; PROCNAME("numaGetSumOnInterval"); if (!na) return ERROR_INT("na not defined", procName, 1); if (!psum) return ERROR_INT("&sum not defined", procName, 1); *psum = 0.0; sum = 0.0; n = numaGetCount(na); if (first >= n) /* not an error */ return 0; truelast = L_MIN(last, n - 1); for (i = first; i <= truelast; i++) { numaGetFValue(na, i, &val); sum += val; } *psum = sum; return 0; } /*! * numaHasOnlyIntegers() * * Input: na * maxsamples (maximum number of samples to check) * &allints ( 1 if all sampled values are ints; else 0) * Return: 0 if OK, 1 on error * * Notes: * (1) Set @maxsamples == 0 to check every integer in na. Otherwise, * this samples no more than @maxsamples. */ l_int32 numaHasOnlyIntegers(NUMA *na, l_int32 maxsamples, l_int32 *pallints) { l_int32 i, n, incr; l_float32 val; PROCNAME("numaHasOnlyIntegers"); if (!pallints) return ERROR_INT("&allints not defined", procName, 1); *pallints = TRUE; if (!na) return ERROR_INT("na not defined", procName, 1); if ((n = numaGetCount(na)) == 0) return ERROR_INT("na empty", procName, 1); if (maxsamples <= 0) incr = 1; else incr = (l_int32)((n + maxsamples - 1) / maxsamples); for (i = 0; i < n; i += incr) { numaGetFValue(na, i, &val); if (val != (l_int32)val) { *pallints = FALSE; return 0; } } return 0; } /*! * numaSubsample() * * Input: nas * subfactor (subsample factor, >= 1) * Return: nad (evenly sampled values from nas), or null on error */ NUMA * numaSubsample(NUMA *nas, l_int32 subfactor) { l_int32 i, n; l_float32 val; NUMA *nad; PROCNAME("numaSubsample"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); if (subfactor < 1) return (NUMA *)ERROR_PTR("subfactor < 1", procName, NULL); nad = numaCreate(0); n = numaGetCount(nas); for (i = 0; i < n; i++) { if (i % subfactor != 0) continue; numaGetFValue(nas, i, &val); numaAddNumber(nad, val); } return nad; } /*! * numaMakeDelta() * * Input: nas (input numa) * Return: numa (of difference values val[i+1] - val[i]), * or null on error */ NUMA * numaMakeDelta(NUMA *nas) { l_int32 i, n, prev, cur; NUMA *nad; PROCNAME("numaMakeDelta"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); n = numaGetCount(nas); nad = numaCreate(n - 1); prev = 0; for (i = 1; i < n; i++) { numaGetIValue(nas, i, &cur); numaAddNumber(nad, cur - prev); prev = cur; } return nad; } /*! * numaMakeSequence() * * Input: startval * increment * size (of sequence) * Return: numa of sequence of evenly spaced values, or null on error */ NUMA * numaMakeSequence(l_float32 startval, l_float32 increment, l_int32 size) { l_int32 i; l_float32 val; NUMA *na; PROCNAME("numaMakeSequence"); if ((na = numaCreate(size)) == NULL) return (NUMA *)ERROR_PTR("na not made", procName, NULL); for (i = 0; i < size; i++) { val = startval + i * increment; numaAddNumber(na, val); } return na; } /*! * numaMakeConstant() * * Input: val * size (of numa) * Return: numa (of given size with all entries equal to 'val'), * or null on error */ NUMA * numaMakeConstant(l_float32 val, l_int32 size) { return numaMakeSequence(val, 0.0, size); } /*! * numaMakeAbsValue() * * Input: nad (can be null for new array, or the same as nas for inplace) * nas (input numa) * Return: nad (with all numbers being the absval of the input), * or null on error */ NUMA * numaMakeAbsValue(NUMA *nad, NUMA *nas) { l_int32 i, n; l_float32 val; PROCNAME("numaMakeAbsValue"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); if (nad && nad != nas) return (NUMA *)ERROR_PTR("nad and not in-place", procName, NULL); if (!nad) nad = numaCopy(nas); n = numaGetCount(nad); for (i = 0; i < n; i++) { val = nad->array[i]; nad->array[i] = L_ABS(val); } return nad; } /*! * numaAddBorder() * * Input: nas * left, right (number of elements to add on each side) * val (initialize border elements) * Return: nad (with added elements at left and right), or null on error */ NUMA * numaAddBorder(NUMA *nas, l_int32 left, l_int32 right, l_float32 val) { l_int32 i, n, len; l_float32 startx, delx; l_float32 *fas, *fad; NUMA *nad; PROCNAME("numaAddBorder"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); if (left < 0) left = 0; if (right < 0) right = 0; if (left == 0 && right == 0) return numaCopy(nas); n = numaGetCount(nas); len = n + left + right; nad = numaMakeConstant(val, len); numaGetParameters(nas, &startx, &delx); numaSetParameters(nad, startx - delx * left, delx); fas = numaGetFArray(nas, L_NOCOPY); fad = numaGetFArray(nad, L_NOCOPY); for (i = 0; i < n; i++) fad[left + i] = fas[i]; return nad; } /*! * numaAddSpecifiedBorder() * * Input: nas * left, right (number of elements to add on each side) * type (L_CONTINUED_BORDER, L_MIRRORED_BORDER) * Return: nad (with added elements at left and right), or null on error */ NUMA * numaAddSpecifiedBorder(NUMA *nas, l_int32 left, l_int32 right, l_int32 type) { l_int32 i, n; l_float32 *fa; NUMA *nad; PROCNAME("numaAddSpecifiedBorder"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); if (left < 0) left = 0; if (right < 0) right = 0; if (left == 0 && right == 0) return numaCopy(nas); if (type != L_CONTINUED_BORDER && type != L_MIRRORED_BORDER) return (NUMA *)ERROR_PTR("invalid type", procName, NULL); n = numaGetCount(nas); if (type == L_MIRRORED_BORDER && (left > n || right > n)) return (NUMA *)ERROR_PTR("border too large", procName, NULL); nad = numaAddBorder(nas, left, right, 0); n = numaGetCount(nad); fa = numaGetFArray(nad, L_NOCOPY); if (type == L_CONTINUED_BORDER) { for (i = 0; i < left; i++) fa[i] = fa[left]; for (i = n - right; i < n; i++) fa[i] = fa[n - right - 1]; } else { /* type == L_MIRRORED_BORDER */ for (i = 0; i < left; i++) fa[i] = fa[2 * left - 1 - i]; for (i = 0; i < right; i++) fa[n - right + i] = fa[n - right - i - 1]; } return nad; } /*! * numaRemoveBorder() * * Input: nas * left, right (number of elements to remove from each side) * Return: nad (with removed elements at left and right), or null on error */ NUMA * numaRemoveBorder(NUMA *nas, l_int32 left, l_int32 right) { l_int32 i, n, len; l_float32 startx, delx; l_float32 *fas, *fad; NUMA *nad; PROCNAME("numaRemoveBorder"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); if (left < 0) left = 0; if (right < 0) right = 0; if (left == 0 && right == 0) return numaCopy(nas); n = numaGetCount(nas); if ((len = n - left - right) < 0) return (NUMA *)ERROR_PTR("len < 0 after removal", procName, NULL); nad = numaMakeConstant(0, len); numaGetParameters(nas, &startx, &delx); numaSetParameters(nad, startx + delx * left, delx); fas = numaGetFArray(nas, L_NOCOPY); fad = numaGetFArray(nad, L_NOCOPY); for (i = 0; i < len; i++) fad[i] = fas[left + i]; return nad; } /*! * numaGetNonzeroRange() * * Input: numa * eps (largest value considered to be zero) * &first, &last ( interval of array indices * where values are nonzero) * Return: 0 if OK, 1 on error or if no nonzero range is found. */ l_int32 numaGetNonzeroRange(NUMA *na, l_float32 eps, l_int32 *pfirst, l_int32 *plast) { l_int32 n, i, found; l_float32 val; PROCNAME("numaGetNonzeroRange"); if (!na) return ERROR_INT("na not defined", procName, 1); if (!pfirst || !plast) return ERROR_INT("pfirst and plast not both defined", procName, 1); n = numaGetCount(na); found = FALSE; for (i = 0; i < n; i++) { numaGetFValue(na, i, &val); if (val > eps) { found = TRUE; break; } } if (!found) { *pfirst = n - 1; *plast = 0; return 1; } *pfirst = i; for (i = n - 1; i >= 0; i--) { numaGetFValue(na, i, &val); if (val > eps) break; } *plast = i; return 0; } /*! * numaGetCountRelativeToZero() * * Input: numa * type (L_LESS_THAN_ZERO, L_EQUAL_TO_ZERO, L_GREATER_THAN_ZERO) * &count ( count of values of given type) * Return: 0 if OK, 1 on error */ l_int32 numaGetCountRelativeToZero(NUMA *na, l_int32 type, l_int32 *pcount) { l_int32 n, i, count; l_float32 val; PROCNAME("numaGetCountRelativeToZero"); if (!pcount) return ERROR_INT("&count not defined", procName, 1); *pcount = 0; if (!na) return ERROR_INT("na not defined", procName, 1); n = numaGetCount(na); for (i = 0, count = 0; i < n; i++) { numaGetFValue(na, i, &val); if (type == L_LESS_THAN_ZERO && val < 0.0) count++; else if (type == L_EQUAL_TO_ZERO && val == 0.0) count++; else if (type == L_GREATER_THAN_ZERO && val > 0.0) count++; } *pcount = count; return 0; } /*! * numaClipToInterval() * * Input: numa * first, last (clipping interval) * Return: numa with the same values as the input, but clipped * to the specified interval * * Note: If you want the indices of the array values to be unchanged, * use first = 0. * Usage: This is useful to clip a histogram that has a few nonzero * values to its nonzero range. */ NUMA * numaClipToInterval(NUMA *nas, l_int32 first, l_int32 last) { l_int32 n, i, truelast; l_float32 val; NUMA *nad; PROCNAME("numaClipToInterval"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); if (first > last) return (NUMA *)ERROR_PTR("range not valid", procName, NULL); n = numaGetCount(nas); if (first >= n) return (NUMA *)ERROR_PTR("no elements in range", procName, NULL); truelast = L_MIN(last, n - 1); if ((nad = numaCreate(truelast - first + 1)) == NULL) return (NUMA *)ERROR_PTR("nad not made", procName, NULL); for (i = first; i <= truelast; i++) { numaGetFValue(nas, i, &val); numaAddNumber(nad, val); } return nad; } /*! * numaMakeThresholdIndicator() * * Input: nas (input numa) * thresh (threshold value) * type (L_SELECT_IF_LT, L_SELECT_IF_GT, * L_SELECT_IF_LTE, L_SELECT_IF_GTE) * Output: nad (indicator array: values are 0 and 1) * * Notes: * (1) For each element in nas, if the constraint given by 'type' * correctly specifies its relation to thresh, a value of 1 * is recorded in nad. */ NUMA * numaMakeThresholdIndicator(NUMA *nas, l_float32 thresh, l_int32 type) { l_int32 n, i, ival; l_float32 fval; NUMA *nai; PROCNAME("numaMakeThresholdIndicator"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); n = numaGetCount(nas); nai = numaCreate(n); for (i = 0; i < n; i++) { numaGetFValue(nas, i, &fval); ival = 0; switch (type) { case L_SELECT_IF_LT: if (fval < thresh) ival = 1; break; case L_SELECT_IF_GT: if (fval > thresh) ival = 1; break; case L_SELECT_IF_LTE: if (fval <= thresh) ival = 1; break; case L_SELECT_IF_GTE: if (fval >= thresh) ival = 1; break; default: numaDestroy(&nai); return (NUMA *)ERROR_PTR("invalid type", procName, NULL); } numaAddNumber(nai, ival); } return nai; } /*! * numaUniformSampling() * * Input: nas (input numa) * nsamp (number of samples) * Output: nad (resampled array), or null on error * * Notes: * (1) This resamples the values in the array, using @nsamp * equal divisions. */ NUMA * numaUniformSampling(NUMA *nas, l_int32 nsamp) { l_int32 n, i, j, ileft, iright; l_float32 left, right, binsize, lfract, rfract, sum, startx, delx; l_float32 *array; NUMA *nad; PROCNAME("numaUniformSampling"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); if (nsamp <= 0) return (NUMA *)ERROR_PTR("nsamp must be > 0", procName, NULL); n = numaGetCount(nas); nad = numaCreate(nsamp); array = numaGetFArray(nas, L_NOCOPY); binsize = (l_float32)n / (l_float32)nsamp; numaGetParameters(nas, &startx, &delx); numaSetParameters(nad, startx, binsize * delx); left = 0.0; for (i = 0; i < nsamp; i++) { sum = 0.0; right = left + binsize; ileft = (l_int32)left; lfract = 1.0 - left + ileft; if (lfract >= 1.0) /* on left bin boundary */ lfract = 0.0; iright = (l_int32)right; rfract = right - iright; iright = L_MIN(iright, n - 1); if (ileft == iright) { /* both are within the same original sample */ sum += (lfract + rfract - 1.0) * array[ileft]; } else { if (lfract > 0.0001) /* left fraction */ sum += lfract * array[ileft]; if (rfract > 0.0001) /* right fraction */ sum += rfract * array[iright]; for (j = ileft + 1; j < iright; j++) /* entire pixels */ sum += array[j]; } numaAddNumber(nad, sum); left = right; } return nad; } /*! * numaReverse() * * Input: nad ( can be null or equal to nas) * nas (input numa) * Output: nad (reversed), or null on error * * Notes: * (1) Usage: * numaReverse(nas, nas); // in-place * nad = numaReverse(NULL, nas); // makes a new one */ NUMA * numaReverse(NUMA *nad, NUMA *nas) { l_int32 n, i; l_float32 val1, val2; PROCNAME("numaReverse"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); if (nad && nas != nad) return (NUMA *)ERROR_PTR("nad defined but != nas", procName, NULL); n = numaGetCount(nas); if (nad) { /* in-place */ for (i = 0; i < n / 2; i++) { numaGetFValue(nad, i, &val1); numaGetFValue(nad, n - i - 1, &val2); numaSetValue(nad, i, val2); numaSetValue(nad, n - i - 1, val1); } } else { nad = numaCreate(n); for (i = n - 1; i >= 0; i--) { numaGetFValue(nas, i, &val1); numaAddNumber(nad, val1); } } /* Reverse the startx and delx fields */ nad->startx = nas->startx + (n - 1) * nas->delx; nad->delx = -nas->delx; return nad; } /*----------------------------------------------------------------------* * Signal feature extraction * *----------------------------------------------------------------------*/ /*! * numaLowPassIntervals() * * Input: nas (input numa) * thresh (threshold fraction of max; in [0.0 ... 1.0]) * maxn (for normalizing; set maxn = 0.0 to use the max in nas) * Output: nad (interval abscissa pairs), or null on error * * Notes: * (1) For each interval where the value is less than a specified * fraction of the maximum, this records the left and right "x" * value. */ NUMA * numaLowPassIntervals(NUMA *nas, l_float32 thresh, l_float32 maxn) { l_int32 n, i, inrun; l_float32 maxval, threshval, fval, startx, delx, x0, x1; NUMA *nad; PROCNAME("numaLowPassIntervals"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); if (thresh < 0.0 || thresh > 1.0) return (NUMA *)ERROR_PTR("invalid thresh", procName, NULL); /* The input threshold is a fraction of the max. * The first entry in nad is the value of the max. */ n = numaGetCount(nas); if (maxn == 0.0) numaGetMax(nas, &maxval, NULL); else maxval = maxn; numaGetParameters(nas, &startx, &delx); threshval = thresh * maxval; nad = numaCreate(0); numaAddNumber(nad, maxval); /* Write pairs of pts (x0, x1) for the intervals */ inrun = FALSE; for (i = 0; i < n; i++) { numaGetFValue(nas, i, &fval); if (fval < threshval && inrun == FALSE) { /* start a new run */ inrun = TRUE; x0 = startx + i * delx; } else if (fval > threshval && inrun == TRUE) { /* end the run */ inrun = FALSE; x1 = startx + i * delx; numaAddNumber(nad, x0); numaAddNumber(nad, x1); } } if (inrun == TRUE) { /* must end the last run */ x1 = startx + (n - 1) * delx; numaAddNumber(nad, x0); numaAddNumber(nad, x1); } return nad; } /*! * numaThresholdEdges() * * Input: nas (input numa) * thresh1 (low threshold as fraction of max; in [0.0 ... 1.0]) * thresh2 (high threshold as fraction of max; in [0.0 ... 1.0]) * maxn (for normalizing; set maxn = 0.0 to use the max in nas) * Output: nad (edge interval triplets), or null on error * * Notes: * (1) For each edge interval, where where the value is less * than @thresh1 on one side, greater than @thresh2 on * the other, and between these thresholds throughout the * interval, this records a triplet of values: the * 'left' and 'right' edges, and either +1 or -1, depending * on whether the edge is rising or falling. * (2) No assumption is made about the value outside the array, * so if the value at the array edge is between the threshold * values, it is not considered part of an edge. We start * looking for edge intervals only after leaving the thresholded * band. */ NUMA * numaThresholdEdges(NUMA *nas, l_float32 thresh1, l_float32 thresh2, l_float32 maxn) { l_int32 n, i, istart, inband, output, sign; l_int32 startbelow, below, above, belowlast, abovelast; l_float32 maxval, threshval1, threshval2, fval, startx, delx, x0, x1; NUMA *nad; PROCNAME("numaThresholdEdges"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); if (thresh1 < 0.0 || thresh1 > 1.0 || thresh2 < 0.0 || thresh2 > 1.0) return (NUMA *)ERROR_PTR("invalid thresholds", procName, NULL); if (thresh2 < thresh1) return (NUMA *)ERROR_PTR("thresh2 < thresh1", procName, NULL); /* The input thresholds are fractions of the max. * The first entry in nad is the value of the max used * here for normalization. */ n = numaGetCount(nas); if (maxn == 0.0) numaGetMax(nas, &maxval, NULL); else maxval = maxn; numaGetMax(nas, &maxval, NULL); numaGetParameters(nas, &startx, &delx); threshval1 = thresh1 * maxval; threshval2 = thresh2 * maxval; nad = numaCreate(0); numaAddNumber(nad, maxval); /* Write triplets of pts (x0, x1, sign) for the edges. * First make sure we start search from outside the band. * Only one of {belowlast, abovelast} is true. */ for (i = 0; i < n; i++) { istart = i; numaGetFValue(nas, i, &fval); belowlast = (fval < threshval1) ? TRUE : FALSE; abovelast = (fval > threshval2) ? TRUE : FALSE; if (belowlast == TRUE || abovelast == TRUE) break; } if (istart == n) /* no intervals found */ return nad; /* x0 and x1 can only be set from outside the edge. * They are the values just before entering the band, * and just after entering the band. We can jump through * the band, in which case they differ by one index in nas. */ inband = FALSE; startbelow = belowlast; /* one of these is true */ output = FALSE; x0 = startx + istart * delx; for (i = istart + 1; i < n; i++) { numaGetFValue(nas, i, &fval); below = (fval < threshval1) ? TRUE : FALSE; above = (fval > threshval2) ? TRUE : FALSE; if (!inband && belowlast && above) { /* full jump up */ x1 = startx + i * delx; sign = 1; startbelow = FALSE; /* for the next transition */ output = TRUE; } else if (!inband && abovelast && below) { /* full jump down */ x1 = startx + i * delx; sign = -1; startbelow = TRUE; /* for the next transition */ output = TRUE; } else if (inband && startbelow && above) { /* exit rising; success */ x1 = startx + i * delx; sign = 1; inband = FALSE; startbelow = FALSE; /* for the next transition */ output = TRUE; } else if (inband && !startbelow && below) { /* exit falling; success */ x1 = startx + i * delx; sign = -1; inband = FALSE; startbelow = TRUE; /* for the next transition */ output = TRUE; } else if (inband && !startbelow && above) { /* exit rising; failure */ x0 = startx + i * delx; inband = FALSE; } else if (inband && startbelow && below) { /* exit falling; failure */ x0 = startx + i * delx; inband = FALSE; } else if (!inband && !above && !below) { /* enter */ inband = TRUE; startbelow = belowlast; } else if (!inband && (above || below)) { /* outside and remaining */ x0 = startx + i * delx; /* update position */ } belowlast = below; abovelast = above; if (output) { /* we have exited; save new x0 */ numaAddNumber(nad, x0); numaAddNumber(nad, x1); numaAddNumber(nad, sign); output = FALSE; x0 = startx + i * delx; } } return nad; } /*! * numaGetSpanValues() * * Input: na (numa that is output of numaLowPassIntervals()) * span (span number, zero-based) * &start ( location of start of transition) * &end ( location of end of transition) * Output: 0 if OK, 1 on error */ l_int32 numaGetSpanValues(NUMA *na, l_int32 span, l_int32 *pstart, l_int32 *pend) { l_int32 n, nspans; PROCNAME("numaGetSpanValues"); if (!na) return ERROR_INT("na not defined", procName, 1); n = numaGetCount(na); if (n % 2 != 1) return ERROR_INT("n is not odd", procName, 1); nspans = n / 2; if (nspans < 0 || span >= nspans) return ERROR_INT("invalid span", procName, 1); if (pstart) numaGetIValue(na, 2 * span + 1, pstart); if (pend) numaGetIValue(na, 2 * span + 2, pend); return 0; } /*! * numaGetEdgeValues() * * Input: na (numa that is output of numaThresholdEdges()) * edge (edge number, zero-based) * &start ( location of start of transition) * &end ( location of end of transition) * &sign ( transition sign: +1 is rising, * -1 is falling) * Output: 0 if OK, 1 on error */ l_int32 numaGetEdgeValues(NUMA *na, l_int32 edge, l_int32 *pstart, l_int32 *pend, l_int32 *psign) { l_int32 n, nedges; PROCNAME("numaGetEdgeValues"); if (!na) return ERROR_INT("na not defined", procName, 1); n = numaGetCount(na); if (n % 3 != 1) return ERROR_INT("n % 3 is not 1", procName, 1); nedges = (n - 1) / 3; if (edge < 0 || edge >= nedges) return ERROR_INT("invalid edge", procName, 1); if (pstart) numaGetIValue(na, 3 * edge + 1, pstart); if (pend) numaGetIValue(na, 3 * edge + 2, pend); if (psign) numaGetIValue(na, 3 * edge + 3, psign); return 0; } /*----------------------------------------------------------------------* * Interpolation * *----------------------------------------------------------------------*/ /*! * numaInterpolateEqxVal() * * Input: startx (xval corresponding to first element in array) * deltax (x increment between array elements) * nay (numa of ordinate values, assumed equally spaced) * type (L_LINEAR_INTERP, L_QUADRATIC_INTERP) * xval * &yval ( interpolated value) * Return: 0 if OK, 1 on error (e.g., if xval is outside range) * * Notes: * (1) Considering nay as a function of x, the x values * are equally spaced * (2) Caller should check for valid return. * * For linear Lagrangian interpolation (through 2 data pts): * y(x) = y1(x-x2)/(x1-x2) + y2(x-x1)/(x2-x1) * * For quadratic Lagrangian interpolation (through 3 data pts): * y(x) = y1(x-x2)(x-x3)/((x1-x2)(x1-x3)) + * y2(x-x1)(x-x3)/((x2-x1)(x2-x3)) + * y3(x-x1)(x-x2)/((x3-x1)(x3-x2)) * */ l_int32 numaInterpolateEqxVal(l_float32 startx, l_float32 deltax, NUMA *nay, l_int32 type, l_float32 xval, l_float32 *pyval) { l_int32 i, n, i1, i2, i3; l_float32 x1, x2, x3, fy1, fy2, fy3, d1, d2, d3, del, fi, maxx; l_float32 *fa; PROCNAME("numaInterpolateEqxVal"); if (!pyval) return ERROR_INT("&yval not defined", procName, 1); *pyval = 0.0; if (!nay) return ERROR_INT("nay not defined", procName, 1); if (deltax <= 0.0) return ERROR_INT("deltax not > 0", procName, 1); if (type != L_LINEAR_INTERP && type != L_QUADRATIC_INTERP) return ERROR_INT("invalid interp type", procName, 1); n = numaGetCount(nay); if (n < 2) return ERROR_INT("not enough points", procName, 1); if (type == L_QUADRATIC_INTERP && n == 2) { type = L_LINEAR_INTERP; L_WARNING("only 2 points; using linear interp\n", procName); } maxx = startx + deltax * (n - 1); if (xval < startx || xval > maxx) return ERROR_INT("xval is out of bounds", procName, 1); fa = numaGetFArray(nay, L_NOCOPY); fi = (xval - startx) / deltax; i = (l_int32)fi; del = fi - i; if (del == 0.0) { /* no interpolation required */ *pyval = fa[i]; return 0; } if (type == L_LINEAR_INTERP) { *pyval = fa[i] + del * (fa[i + 1] - fa[i]); return 0; } /* Quadratic interpolation */ d1 = d3 = 0.5 / (deltax * deltax); d2 = -2. * d1; if (i == 0) { i1 = i; i2 = i + 1; i3 = i + 2; } else { i1 = i - 1; i2 = i; i3 = i + 1; } x1 = startx + i1 * deltax; x2 = startx + i2 * deltax; x3 = startx + i3 * deltax; fy1 = d1 * fa[i1]; fy2 = d2 * fa[i2]; fy3 = d3 * fa[i3]; *pyval = fy1 * (xval - x2) * (xval - x3) + fy2 * (xval - x1) * (xval - x3) + fy3 * (xval - x1) * (xval - x2); return 0; } /*! * numaInterpolateArbxVal() * * Input: nax (numa of abscissa values) * nay (numa of ordinate values, corresponding to nax) * type (L_LINEAR_INTERP, L_QUADRATIC_INTERP) * xval * &yval ( interpolated value) * Return: 0 if OK, 1 on error (e.g., if xval is outside range) * * Notes: * (1) The values in nax must be sorted in increasing order. * If, additionally, they are equally spaced, you can use * numaInterpolateEqxVal(). * (2) Caller should check for valid return. * (3) Uses lagrangian interpolation. See numaInterpolateEqxVal() * for formulas. */ l_int32 numaInterpolateArbxVal(NUMA *nax, NUMA *nay, l_int32 type, l_float32 xval, l_float32 *pyval) { l_int32 i, im, nx, ny, i1, i2, i3; l_float32 delu, dell, fract, d1, d2, d3; l_float32 minx, maxx; l_float32 *fax, *fay; PROCNAME("numaInterpolateArbxVal"); if (!pyval) return ERROR_INT("&yval not defined", procName, 1); *pyval = 0.0; if (!nax) return ERROR_INT("nax not defined", procName, 1); if (!nay) return ERROR_INT("nay not defined", procName, 1); if (type != L_LINEAR_INTERP && type != L_QUADRATIC_INTERP) return ERROR_INT("invalid interp type", procName, 1); ny = numaGetCount(nay); nx = numaGetCount(nax); if (nx != ny) return ERROR_INT("nax and nay not same size arrays", procName, 1); if (ny < 2) return ERROR_INT("not enough points", procName, 1); if (type == L_QUADRATIC_INTERP && ny == 2) { type = L_LINEAR_INTERP; L_WARNING("only 2 points; using linear interp\n", procName); } numaGetFValue(nax, 0, &minx); numaGetFValue(nax, nx - 1, &maxx); if (xval < minx || xval > maxx) return ERROR_INT("xval is out of bounds", procName, 1); fax = numaGetFArray(nax, L_NOCOPY); fay = numaGetFArray(nay, L_NOCOPY); /* Linear search for interval. We are guaranteed * to either return or break out of the loop. * In addition, we are assured that fax[i] - fax[im] > 0.0 */ if (xval == fax[0]) { *pyval = fay[0]; return 0; } for (i = 1; i < nx; i++) { delu = fax[i] - xval; if (delu >= 0.0) { /* we've passed it */ if (delu == 0.0) { *pyval = fay[i]; return 0; } im = i - 1; dell = xval - fax[im]; /* >= 0 */ break; } } fract = dell / (fax[i] - fax[im]); if (type == L_LINEAR_INTERP) { *pyval = fay[i] + fract * (fay[i + 1] - fay[i]); return 0; } /* Quadratic interpolation */ if (im == 0) { i1 = im; i2 = im + 1; i3 = im + 2; } else { i1 = im - 1; i2 = im; i3 = im + 1; } d1 = (fax[i1] - fax[i2]) * (fax[i1] - fax[i3]); d2 = (fax[i2] - fax[i1]) * (fax[i2] - fax[i3]); d3 = (fax[i3] - fax[i1]) * (fax[i3] - fax[i2]); *pyval = fay[i1] * (xval - fax[i2]) * (xval - fax[i3]) / d1 + fay[i2] * (xval - fax[i1]) * (xval - fax[i3]) / d2 + fay[i3] * (xval - fax[i1]) * (xval - fax[i2]) / d3; return 0; } /*! * numaInterpolateEqxInterval() * * Input: startx (xval corresponding to first element in nas) * deltax (x increment between array elements in nas) * nasy (numa of ordinate values, assumed equally spaced) * type (L_LINEAR_INTERP, L_QUADRATIC_INTERP) * x0 (start value of interval) * x1 (end value of interval) * npts (number of points to evaluate function in interval) * &nax ( array of x values in interval) * &nay ( array of y values in interval) * Return: 0 if OK, 1 on error * * Notes: * (1) Considering nasy as a function of x, the x values * are equally spaced. * (2) This creates nay (and optionally nax) of interpolated * values over the specified interval (x0, x1). * (3) If the interval (x0, x1) lies partially outside the array * nasy (as interpreted by startx and deltax), it is an * error and returns 1. * (4) Note that deltax is the intrinsic x-increment for the input * array nasy, whereas delx is the intrinsic x-increment for the * output interpolated array nay. */ l_int32 numaInterpolateEqxInterval(l_float32 startx, l_float32 deltax, NUMA *nasy, l_int32 type, l_float32 x0, l_float32 x1, l_int32 npts, NUMA **pnax, NUMA **pnay) { l_int32 i, n; l_float32 x, yval, maxx, delx; NUMA *nax, *nay; PROCNAME("numaInterpolateEqxInterval"); if (pnax) *pnax = NULL; if (!pnay) return ERROR_INT("&nay not defined", procName, 1); *pnay = NULL; if (!nasy) return ERROR_INT("nasy not defined", procName, 1); if (deltax <= 0.0) return ERROR_INT("deltax not > 0", procName, 1); if (type != L_LINEAR_INTERP && type != L_QUADRATIC_INTERP) return ERROR_INT("invalid interp type", procName, 1); n = numaGetCount(nasy); if (type == L_QUADRATIC_INTERP && n == 2) { type = L_LINEAR_INTERP; L_WARNING("only 2 points; using linear interp\n", procName); } maxx = startx + deltax * (n - 1); if (x0 < startx || x1 > maxx || x1 <= x0) return ERROR_INT("[x0 ... x1] is not valid", procName, 1); if (npts < 3) return ERROR_INT("npts < 3", procName, 1); delx = (x1 - x0) / (l_float32)(npts - 1); /* delx is for output nay */ if ((nay = numaCreate(npts)) == NULL) return ERROR_INT("nay not made", procName, 1); numaSetParameters(nay, x0, delx); *pnay = nay; if (pnax) { nax = numaCreate(npts); *pnax = nax; } for (i = 0; i < npts; i++) { x = x0 + i * delx; if (pnax) numaAddNumber(nax, x); numaInterpolateEqxVal(startx, deltax, nasy, type, x, &yval); numaAddNumber(nay, yval); } return 0; } /*! * numaInterpolateArbxInterval() * * Input: nax (numa of abscissa values) * nay (numa of ordinate values, corresponding to nax) * type (L_LINEAR_INTERP, L_QUADRATIC_INTERP) * x0 (start value of interval) * x1 (end value of interval) * npts (number of points to evaluate function in interval) * &nadx ( array of x values in interval) * &nady ( array of y values in interval) * Return: 0 if OK, 1 on error (e.g., if x0 or x1 is outside range) * * Notes: * (1) The values in nax must be sorted in increasing order. * If they are not sorted, we do it here, and complain. * (2) If the values in nax are equally spaced, you can use * numaInterpolateEqxInterval(). * (3) Caller should check for valid return. * (4) We don't call numaInterpolateArbxVal() for each output * point, because that requires an O(n) search for * each point. Instead, we do a single O(n) pass through * nax, saving the indices to be used for each output yval. * (5) Uses lagrangian interpolation. See numaInterpolateEqxVal() * for formulas. */ l_int32 numaInterpolateArbxInterval(NUMA *nax, NUMA *nay, l_int32 type, l_float32 x0, l_float32 x1, l_int32 npts, NUMA **pnadx, NUMA **pnady) { l_int32 i, im, j, nx, ny, i1, i2, i3, sorted; l_int32 *index; l_float32 del, xval, yval, excess, fract, minx, maxx, d1, d2, d3; l_float32 *fax, *fay; NUMA *nasx, *nasy, *nadx, *nady; PROCNAME("numaInterpolateArbxInterval"); if (pnadx) *pnadx = NULL; if (!pnady) return ERROR_INT("&nady not defined", procName, 1); *pnady = NULL; if (!nay) return ERROR_INT("nay not defined", procName, 1); if (!nax) return ERROR_INT("nax not defined", procName, 1); if (type != L_LINEAR_INTERP && type != L_QUADRATIC_INTERP) return ERROR_INT("invalid interp type", procName, 1); if (x0 > x1) return ERROR_INT("x0 > x1", procName, 1); ny = numaGetCount(nay); nx = numaGetCount(nax); if (nx != ny) return ERROR_INT("nax and nay not same size arrays", procName, 1); if (ny < 2) return ERROR_INT("not enough points", procName, 1); if (type == L_QUADRATIC_INTERP && ny == 2) { type = L_LINEAR_INTERP; L_WARNING("only 2 points; using linear interp\n", procName); } numaGetMin(nax, &minx, NULL); numaGetMax(nax, &maxx, NULL); if (x0 < minx || x1 > maxx) return ERROR_INT("xval is out of bounds", procName, 1); /* Make sure that nax is sorted in increasing order */ numaIsSorted(nax, L_SORT_INCREASING, &sorted); if (!sorted) { L_WARNING("we are sorting nax in increasing order\n", procName); numaSortPair(nax, nay, L_SORT_INCREASING, &nasx, &nasy); } else { nasx = numaClone(nax); nasy = numaClone(nay); } fax = numaGetFArray(nasx, L_NOCOPY); fay = numaGetFArray(nasy, L_NOCOPY); /* Get array of indices into fax for interpolated locations */ if ((index = (l_int32 *)CALLOC(npts, sizeof(l_int32))) == NULL) return ERROR_INT("ind not made", procName, 1); del = (x1 - x0) / (npts - 1.0); for (i = 0, j = 0; j < nx && i < npts; i++) { xval = x0 + i * del; while (j < nx - 1 && xval > fax[j]) j++; if (xval == fax[j]) index[i] = L_MIN(j, nx - 1); else /* the index of fax[] is just below xval */ index[i] = L_MAX(j - 1, 0); } /* For each point to be interpolated, get the y value */ nady = numaCreate(npts); *pnady = nady; if (pnadx) { nadx = numaCreate(npts); *pnadx = nadx; } for (i = 0; i < npts; i++) { xval = x0 + i * del; if (pnadx) numaAddNumber(nadx, xval); im = index[i]; excess = xval - fax[im]; if (excess == 0.0) { numaAddNumber(nady, fay[im]); continue; } fract = excess / (fax[im + 1] - fax[im]); if (type == L_LINEAR_INTERP) { yval = fay[im] + fract * (fay[im + 1] - fay[im]); numaAddNumber(nady, yval); continue; } /* Quadratic interpolation */ if (im == 0) { i1 = im; i2 = im + 1; i3 = im + 2; } else { i1 = im - 1; i2 = im; i3 = im + 1; } d1 = (fax[i1] - fax[i2]) * (fax[i1] - fax[i3]); d2 = (fax[i2] - fax[i1]) * (fax[i2] - fax[i3]); d3 = (fax[i3] - fax[i1]) * (fax[i3] - fax[i2]); yval = fay[i1] * (xval - fax[i2]) * (xval - fax[i3]) / d1 + fay[i2] * (xval - fax[i1]) * (xval - fax[i3]) / d2 + fay[i3] * (xval - fax[i1]) * (xval - fax[i2]) / d3; numaAddNumber(nady, yval); } FREE(index); numaDestroy(&nasx); numaDestroy(&nasy); return 0; } /*----------------------------------------------------------------------* * Functions requiring interpolation * *----------------------------------------------------------------------*/ /*! * numaFitMax() * * Input: na (numa of ordinate values, to fit a max to) * &maxval ( max value) * naloc ( associated numa of abscissa values) * &maxloc ( abscissa value that gives max value in na; * if naloc == null, this is given as an interpolated * index value) * Return: 0 if OK; 1 on error * * Note: if naloc is given, there is no requirement that the * data points are evenly spaced. Lagrangian interpolation * handles that. The only requirement is that the * data points are ordered so that the values in naloc * are either increasing or decreasing. We test to make * sure that the sizes of na and naloc are equal, and it * is assumed that the correspondences na[i] as a function * of naloc[i] are properly arranged for all i. * * The formula for Lagrangian interpolation through 3 data pts is: * y(x) = y1(x-x2)(x-x3)/((x1-x2)(x1-x3)) + * y2(x-x1)(x-x3)/((x2-x1)(x2-x3)) + * y3(x-x1)(x-x2)/((x3-x1)(x3-x2)) * * Then the derivative, using the constants (c1,c2,c3) defined below, * is set to 0: * y'(x) = 2x(c1+c2+c3) - c1(x2+x3) - c2(x1+x3) - c3(x1+x2) = 0 */ l_int32 numaFitMax(NUMA *na, l_float32 *pmaxval, NUMA *naloc, l_float32 *pmaxloc) { l_float32 val; l_float32 smaxval; /* start value of maximum sample, before interpolating */ l_int32 n, imaxloc; l_float32 x1, x2, x3, y1, y2, y3, c1, c2, c3, a, b, xmax, ymax; PROCNAME("numaFitMax"); *pmaxval = *pmaxloc = 0.0; /* init */ if (!na) return ERROR_INT("na not defined", procName, 1); if (!pmaxval) return ERROR_INT("&maxval not defined", procName, 1); if (!pmaxloc) return ERROR_INT("&maxloc not defined", procName, 1); n = numaGetCount(na); if (naloc) { if (n != numaGetCount(naloc)) return ERROR_INT("na and naloc of unequal size", procName, 1); } numaGetMax(na, &smaxval, &imaxloc); /* Simple case: max is at end point */ if (imaxloc == 0 || imaxloc == n - 1) { *pmaxval = smaxval; if (naloc) { numaGetFValue(naloc, imaxloc, &val); *pmaxloc = val; } else { *pmaxloc = imaxloc; } return 0; } /* Interior point; use quadratic interpolation */ y2 = smaxval; numaGetFValue(na, imaxloc - 1, &val); y1 = val; numaGetFValue(na, imaxloc + 1, &val); y3 = val; if (naloc) { numaGetFValue(naloc, imaxloc - 1, &val); x1 = val; numaGetFValue(naloc, imaxloc, &val); x2 = val; numaGetFValue(naloc, imaxloc + 1, &val); x3 = val; } else { x1 = imaxloc - 1; x2 = imaxloc; x3 = imaxloc + 1; } /* Can't interpolate; just use the max val in na * and the corresponding one in naloc */ if (x1 == x2 || x1 == x3 || x2 == x3) { *pmaxval = y2; *pmaxloc = x2; return 0; } /* Use lagrangian interpolation; set dy/dx = 0 */ c1 = y1 / ((x1 - x2) * (x1 - x3)); c2 = y2 / ((x2 - x1) * (x2 - x3)); c3 = y3 / ((x3 - x1) * (x3 - x2)); a = c1 + c2 + c3; b = c1 * (x2 + x3) + c2 * (x1 + x3) + c3 * (x1 + x2); xmax = b / (2 * a); ymax = c1 * (xmax - x2) * (xmax - x3) + c2 * (xmax - x1) * (xmax - x3) + c3 * (xmax - x1) * (xmax - x2); *pmaxval = ymax; *pmaxloc = xmax; return 0; } /*! * numaDifferentiateInterval() * * Input: nax (numa of abscissa values) * nay (numa of ordinate values, corresponding to nax) * x0 (start value of interval) * x1 (end value of interval) * npts (number of points to evaluate function in interval) * &nadx ( array of x values in interval) * &nady ( array of derivatives in interval) * Return: 0 if OK, 1 on error (e.g., if x0 or x1 is outside range) * * Notes: * (1) The values in nax must be sorted in increasing order. * If they are not sorted, it is done in the interpolation * step, and a warning is issued. * (2) Caller should check for valid return. */ l_int32 numaDifferentiateInterval(NUMA *nax, NUMA *nay, l_float32 x0, l_float32 x1, l_int32 npts, NUMA **pnadx, NUMA **pnady) { l_int32 i, nx, ny; l_float32 minx, maxx, der, invdel; l_float32 *fay; NUMA *nady, *naiy; PROCNAME("numaDifferentiateInterval"); if (pnadx) *pnadx = NULL; if (!pnady) return ERROR_INT("&nady not defined", procName, 1); *pnady = NULL; if (!nay) return ERROR_INT("nay not defined", procName, 1); if (!nax) return ERROR_INT("nax not defined", procName, 1); if (x0 > x1) return ERROR_INT("x0 > x1", procName, 1); ny = numaGetCount(nay); nx = numaGetCount(nax); if (nx != ny) return ERROR_INT("nax and nay not same size arrays", procName, 1); if (ny < 2) return ERROR_INT("not enough points", procName, 1); numaGetMin(nax, &minx, NULL); numaGetMax(nax, &maxx, NULL); if (x0 < minx || x1 > maxx) return ERROR_INT("xval is out of bounds", procName, 1); if (npts < 2) return ERROR_INT("npts < 2", procName, 1); /* Generate interpolated array over specified interval */ if (numaInterpolateArbxInterval(nax, nay, L_LINEAR_INTERP, x0, x1, npts, pnadx, &naiy)) return ERROR_INT("interpolation failed", procName, 1); nady = numaCreate(npts); *pnady = nady; invdel = 0.5 * ((l_float32)npts - 1.0) / (x1 - x0); fay = numaGetFArray(naiy, L_NOCOPY); /* Compute and save derivatives */ der = 0.5 * invdel * (fay[1] - fay[0]); numaAddNumber(nady, der); for (i = 1; i < npts - 1; i++) { der = invdel * (fay[i + 1] - fay[i - 1]); numaAddNumber(nady, der); } der = 0.5 * invdel * (fay[npts - 1] - fay[npts - 2]); numaAddNumber(nady, der); numaDestroy(&naiy); return 0; } /*! * numaIntegrateInterval() * * Input: nax (numa of abscissa values) * nay (numa of ordinate values, corresponding to nax) * x0 (start value of interval) * x1 (end value of interval) * npts (number of points to evaluate function in interval) * &sum ( integral of function over interval) * Return: 0 if OK, 1 on error (e.g., if x0 or x1 is outside range) * * Notes: * (1) The values in nax must be sorted in increasing order. * If they are not sorted, it is done in the interpolation * step, and a warning is issued. * (2) Caller should check for valid return. */ l_int32 numaIntegrateInterval(NUMA *nax, NUMA *nay, l_float32 x0, l_float32 x1, l_int32 npts, l_float32 *psum) { l_int32 i, nx, ny; l_float32 minx, maxx, sum, del; l_float32 *fay; NUMA *naiy; PROCNAME("numaIntegrateInterval"); if (!psum) return ERROR_INT("&sum not defined", procName, 1); *psum = 0.0; if (!nay) return ERROR_INT("nay not defined", procName, 1); if (!nax) return ERROR_INT("nax not defined", procName, 1); if (x0 > x1) return ERROR_INT("x0 > x1", procName, 1); if (npts < 2) return ERROR_INT("npts < 2", procName, 1); ny = numaGetCount(nay); nx = numaGetCount(nax); if (nx != ny) return ERROR_INT("nax and nay not same size arrays", procName, 1); if (ny < 2) return ERROR_INT("not enough points", procName, 1); numaGetMin(nax, &minx, NULL); numaGetMax(nax, &maxx, NULL); if (x0 < minx || x1 > maxx) return ERROR_INT("xval is out of bounds", procName, 1); /* Generate interpolated array over specified interval */ if (numaInterpolateArbxInterval(nax, nay, L_LINEAR_INTERP, x0, x1, npts, NULL, &naiy)) return ERROR_INT("interpolation failed", procName, 1); del = (x1 - x0) / ((l_float32)npts - 1.0); fay = numaGetFArray(naiy, L_NOCOPY); /* Compute integral (simple trapezoid) */ sum = 0.5 * (fay[0] + fay[npts - 1]); for (i = 1; i < npts - 1; i++) sum += fay[i]; *psum = del * sum; numaDestroy(&naiy); return 0; } /*----------------------------------------------------------------------* * Sorting * *----------------------------------------------------------------------*/ /*! * numaSortGeneral() * * Input: na (source numa) * nasort ( sorted numa) * naindex ( index of elements in na associated * with each element of nasort) * nainvert ( index of elements in nasort associated * with each element of na) * sortorder (L_SORT_INCREASING or L_SORT_DECREASING) * sorttype (L_SHELL_SORT or L_BIN_SORT) * Return: 0 if OK, 1 on error * * Notes: * (1) Sorting can be confusing. Here's an array of five values with * the results shown for the 3 output arrays. * * na nasort naindex nainvert * ----------------------------------- * 3 9 2 3 * 4 6 3 2 * 9 4 1 0 * 6 3 0 1 * 1 1 4 4 * * Note that naindex is a LUT into na for the sorted array values, * and nainvert directly gives the sorted index values for the * input array. It is useful to view naindex is as a map: * 0 --> 2 * 1 --> 3 * 2 --> 1 * 3 --> 0 * 4 --> 4 * and nainvert, the inverse of this map: * 0 --> 3 * 1 --> 2 * 2 --> 0 * 3 --> 1 * 4 --> 4 * * We can write these relations symbolically as: * nasort[i] = na[naindex[i]] * na[i] = nasort[nainvert[i]] */ l_int32 numaSortGeneral(NUMA *na, NUMA **pnasort, NUMA **pnaindex, NUMA **pnainvert, l_int32 sortorder, l_int32 sorttype) { NUMA *naindex; PROCNAME("numaSortGeneral"); if (!na) return ERROR_INT("na not defined", procName, 1); if (sortorder != L_SORT_INCREASING && sortorder != L_SORT_DECREASING) return ERROR_INT("invalid sort order", procName, 1); if (sorttype != L_SHELL_SORT && sorttype != L_BIN_SORT) return ERROR_INT("invalid sort type", procName, 1); if (!pnasort && !pnaindex && !pnainvert) return ERROR_INT("nothing to do", procName, 1); if (pnasort) *pnasort = NULL; if (pnaindex) *pnaindex = NULL; if (pnainvert) *pnainvert = NULL; if (sorttype == L_SHELL_SORT) naindex = numaGetSortIndex(na, sortorder); else /* sorttype == L_BIN_SORT */ naindex = numaGetBinSortIndex(na, sortorder); if (pnasort) *pnasort = numaSortByIndex(na, naindex); if (pnainvert) *pnainvert = numaInvertMap(naindex); if (pnaindex) *pnaindex = naindex; else numaDestroy(&naindex); return 0; } /*! * numaSortAutoSelect() * * Input: nas (input numa) * sortorder (L_SORT_INCREASING or L_SORT_DECREASING) * Return: naout (output sorted numa), or null on error * * Notes: * (1) This does either a shell sort or a bin sort, depending on * the number of elements in nas and the dynamic range. */ NUMA * numaSortAutoSelect(NUMA *nas, l_int32 sortorder) { l_int32 type; PROCNAME("numaSortAutoSelect"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); if (sortorder != L_SORT_INCREASING && sortorder != L_SORT_DECREASING) return (NUMA *)ERROR_PTR("invalid sort order", procName, NULL); type = numaChooseSortType(nas); if (type == L_SHELL_SORT) return numaSort(NULL, nas, sortorder); else if (type == L_BIN_SORT) return numaBinSort(nas, sortorder); else return (NUMA *)ERROR_PTR("invalid sort type", procName, NULL); } /*! * numaSortIndexAutoSelect() * * Input: nas * sortorder (L_SORT_INCREASING or L_SORT_DECREASING) * Return: nad (indices of nas, sorted by value in nas), or null on error * * Notes: * (1) This does either a shell sort or a bin sort, depending on * the number of elements in nas and the dynamic range. */ NUMA * numaSortIndexAutoSelect(NUMA *nas, l_int32 sortorder) { l_int32 type; PROCNAME("numaSortIndexAutoSelect"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); if (sortorder != L_SORT_INCREASING && sortorder != L_SORT_DECREASING) return (NUMA *)ERROR_PTR("invalid sort order", procName, NULL); type = numaChooseSortType(nas); if (type == L_SHELL_SORT) return numaGetSortIndex(nas, sortorder); else if (type == L_BIN_SORT) return numaGetBinSortIndex(nas, sortorder); else return (NUMA *)ERROR_PTR("invalid sort type", procName, NULL); } /*! * numaChooseSortType() * * Input: na (to be sorted) * Return: sorttype (L_SHELL_SORT or L_BIN_SORT), or UNDEF on error. * * Notes: * (1) This selects either a shell sort or a bin sort, depending on * the number of elements in nas and the dynamic range. * (2) If there are negative values in nas, it selects shell sort. */ l_int32 numaChooseSortType(NUMA *nas) { l_int32 n, type; l_float32 minval, maxval; PROCNAME("numaChooseSortType"); if (!nas) return ERROR_INT("nas not defined", procName, UNDEF); numaGetMin(nas, &minval, NULL); n = numaGetCount(nas); /* Very small histogram; use shell sort */ if (minval < 0.0 || n < 200) { L_INFO("Shell sort chosen\n", procName); return L_SHELL_SORT; } /* Need to compare nlog(n) with maxval. The factor of 0.003 * was determined by comparing times for different histogram * sizes and maxval. It is very small because binsort is fast * and shell sort gets slow for large n. */ numaGetMax(nas, &maxval, NULL); if (n * log((l_float32)n) < 0.003 * maxval) { type = L_SHELL_SORT; L_INFO("Shell sort chosen\n", procName); } else { type = L_BIN_SORT; L_INFO("Bin sort chosen\n", procName); } return type; } /*! * numaSort() * * Input: naout (output numa; can be NULL or equal to nain) * nain (input numa) * sortorder (L_SORT_INCREASING or L_SORT_DECREASING) * Return: naout (output sorted numa), or null on error * * Notes: * (1) Set naout = nain for in-place; otherwise, set naout = NULL. * (2) Source: Shell sort, modified from K&R, 2nd edition, p.62. * Slow but simple O(n logn) sort. */ NUMA * numaSort(NUMA *naout, NUMA *nain, l_int32 sortorder) { l_int32 i, n, gap, j; l_float32 tmp; l_float32 *array; PROCNAME("numaSort"); if (!nain) return (NUMA *)ERROR_PTR("nain not defined", procName, NULL); if (sortorder != L_SORT_INCREASING && sortorder != L_SORT_DECREASING) return (NUMA *)ERROR_PTR("invalid sort order", procName, NULL); /* Make naout if necessary; otherwise do in-place */ if (!naout) naout = numaCopy(nain); else if (nain != naout) return (NUMA *)ERROR_PTR("invalid: not in-place", procName, NULL); array = naout->array; /* operate directly on the array */ n = numaGetCount(naout); /* Shell sort */ for (gap = n/2; gap > 0; gap = gap / 2) { for (i = gap; i < n; i++) { for (j = i - gap; j >= 0; j -= gap) { if ((sortorder == L_SORT_INCREASING && array[j] > array[j + gap]) || (sortorder == L_SORT_DECREASING && array[j] < array[j + gap])) { tmp = array[j]; array[j] = array[j + gap]; array[j + gap] = tmp; } } } } return naout; } /*! * numaBinSort() * * Input: nas (of non-negative integers with a max that is * typically less than 50,000) * sortorder (L_SORT_INCREASING or L_SORT_DECREASING) * Return: na (sorted), or null on error * * Notes: * (1) Because this uses a bin sort with buckets of size 1, it * is not appropriate for sorting either small arrays or * arrays containing very large integer values. For such * arrays, use a standard general sort function like * numaSort(). */ NUMA * numaBinSort(NUMA *nas, l_int32 sortorder) { NUMA *nat, *nad; PROCNAME("numaBinSort"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); if (sortorder != L_SORT_INCREASING && sortorder != L_SORT_DECREASING) return (NUMA *)ERROR_PTR("invalid sort order", procName, NULL); nat = numaGetBinSortIndex(nas, sortorder); nad = numaSortByIndex(nas, nat); numaDestroy(&nat); return nad; } /*! * numaGetSortIndex() * * Input: na * sortorder (L_SORT_INCREASING or L_SORT_DECREASING) * Return: na giving an array of indices that would sort * the input array, or null on error */ NUMA * numaGetSortIndex(NUMA *na, l_int32 sortorder) { l_int32 i, n, gap, j; l_float32 tmp; l_float32 *array; /* copy of input array */ l_float32 *iarray; /* array of indices */ NUMA *naisort; PROCNAME("numaGetSortIndex"); if (!na) return (NUMA *)ERROR_PTR("na not defined", procName, NULL); if (sortorder != L_SORT_INCREASING && sortorder != L_SORT_DECREASING) return (NUMA *)ERROR_PTR("invalid sortorder", procName, NULL); n = numaGetCount(na); if ((array = numaGetFArray(na, L_COPY)) == NULL) return (NUMA *)ERROR_PTR("array not made", procName, NULL); if ((iarray = (l_float32 *)CALLOC(n, sizeof(l_float32))) == NULL) return (NUMA *)ERROR_PTR("iarray not made", procName, NULL); for (i = 0; i < n; i++) iarray[i] = i; /* Shell sort */ for (gap = n/2; gap > 0; gap = gap / 2) { for (i = gap; i < n; i++) { for (j = i - gap; j >= 0; j -= gap) { if ((sortorder == L_SORT_INCREASING && array[j] > array[j + gap]) || (sortorder == L_SORT_DECREASING && array[j] < array[j + gap])) { tmp = array[j]; array[j] = array[j + gap]; array[j + gap] = tmp; tmp = iarray[j]; iarray[j] = iarray[j + gap]; iarray[j + gap] = tmp; } } } } naisort = numaCreate(n); for (i = 0; i < n; i++) numaAddNumber(naisort, iarray[i]); FREE(array); FREE(iarray); return naisort; } /*! * numaGetBinSortIndex() * * Input: na (of non-negative integers with a max that is typically * less than 1,000,000) * sortorder (L_SORT_INCREASING or L_SORT_DECREASING) * Return: na (sorted), or null on error * * Notes: * (1) This creates an array (or lookup table) that contains * the sorted position of the elements in the input Numa. * (2) Because it uses a bin sort with buckets of size 1, it * is not appropriate for sorting either small arrays or * arrays containing very large integer values. For such * arrays, use a standard general sort function like * numaGetSortIndex(). */ NUMA * numaGetBinSortIndex(NUMA *nas, l_int32 sortorder) { l_int32 i, n, isize, ival, imax; l_float32 size; NUMA *na, *nai, *nad; L_PTRA *paindex; PROCNAME("numaGetBinSortIndex"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); if (sortorder != L_SORT_INCREASING && sortorder != L_SORT_DECREASING) return (NUMA *)ERROR_PTR("invalid sort order", procName, NULL); /* Set up a ptra holding numa at indices for which there * are values in nas. Suppose nas has the value 230 at index * 7355. A numa holding the index 7355 is created and stored * at the ptra index 230. If there is another value of 230 * in nas, its index is added to the same numa (at index 230 * in the ptra). When finished, the ptra can be scanned for numa, * and the original indices in the nas can be read out. In this * way, the ptra effectively sorts the input numbers in the nas. */ numaGetMax(nas, &size, NULL); isize = (l_int32)size; if (isize > 1000000) L_WARNING("large array: %d elements\n", procName, isize); paindex = ptraCreate(isize + 1); n = numaGetCount(nas); for (i = 0; i < n; i++) { numaGetIValue(nas, i, &ival); nai = (NUMA *)ptraGetPtrToItem(paindex, ival); if (!nai) { /* make it; no shifting will occur */ nai = numaCreate(1); ptraInsert(paindex, ival, nai, L_MIN_DOWNSHIFT); } numaAddNumber(nai, i); } /* Sort by scanning the ptra, extracting numas and pulling * the (index into nas) numbers out of each numa, taken * successively in requested order. */ ptraGetMaxIndex(paindex, &imax); nad = numaCreate(0); if (sortorder == L_SORT_INCREASING) { for (i = 0; i <= imax; i++) { na = (NUMA *)ptraRemove(paindex, i, L_NO_COMPACTION); if (!na) continue; numaJoin(nad, na, 0, -1); numaDestroy(&na); } } else { /* L_SORT_DECREASING */ for (i = imax; i >= 0; i--) { na = (NUMA *)ptraRemoveLast(paindex); if (!na) break; /* they've all been removed */ numaJoin(nad, na, 0, -1); numaDestroy(&na); } } ptraDestroy(&paindex, FALSE, FALSE); return nad; } /*! * numaSortByIndex() * * Input: nas * naindex (na that maps from the new numa to the input numa) * Return: nad (sorted), or null on error */ NUMA * numaSortByIndex(NUMA *nas, NUMA *naindex) { l_int32 i, n, index; l_float32 val; NUMA *nad; PROCNAME("numaSortByIndex"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); if (!naindex) return (NUMA *)ERROR_PTR("naindex not defined", procName, NULL); n = numaGetCount(nas); nad = numaCreate(n); for (i = 0; i < n; i++) { numaGetIValue(naindex, i, &index); numaGetFValue(nas, index, &val); numaAddNumber(nad, val); } return nad; } /*! * numaIsSorted() * * Input: nas * sortorder (L_SORT_INCREASING or L_SORT_DECREASING) * &sorted ( 1 if sorted; 0 if not) * Return: 1 if OK; 0 on error * * Notes: * (1) This is a quick O(n) test if nas is sorted. It is useful * in situations where the array is likely to be already * sorted, and a sort operation can be avoided. */ l_int32 numaIsSorted(NUMA *nas, l_int32 sortorder, l_int32 *psorted) { l_int32 i, n; l_float32 preval, val; PROCNAME("numaIsSorted"); if (!psorted) return ERROR_INT("&sorted not defined", procName, 1); *psorted = FALSE; if (!nas) return ERROR_INT("nas not defined", procName, 1); if (sortorder != L_SORT_INCREASING && sortorder != L_SORT_DECREASING) return ERROR_INT("invalid sortorder", procName, 1); n = numaGetCount(nas); numaGetFValue(nas, 0, &preval); for (i = 1; i < n; i++) { numaGetFValue(nas, i, &val); if ((sortorder == L_SORT_INCREASING && val < preval) || (sortorder == L_SORT_DECREASING && val > preval)) return 0; } *psorted = TRUE; return 0; } /*! * numaSortPair() * * Input: nax, nay (input arrays) * sortorder (L_SORT_INCREASING or L_SORT_DECREASING) * &nasx ( sorted) * &naxy ( sorted exactly in order of nasx) * Return: 0 if OK, 1 on error * * Notes: * (1) This function sorts the two input arrays, nax and nay, * together, using nax as the key for sorting. */ l_int32 numaSortPair(NUMA *nax, NUMA *nay, l_int32 sortorder, NUMA **pnasx, NUMA **pnasy) { l_int32 sorted; NUMA *naindex; PROCNAME("numaSortPair"); if (!pnasx) return ERROR_INT("&nasx not defined", procName, 1); if (!pnasy) return ERROR_INT("&nasy not defined", procName, 1); *pnasx = *pnasy = NULL; if (!nax) return ERROR_INT("nax not defined", procName, 1); if (!nay) return ERROR_INT("nay not defined", procName, 1); if (sortorder != L_SORT_INCREASING && sortorder != L_SORT_DECREASING) return ERROR_INT("invalid sortorder", procName, 1); numaIsSorted(nax, sortorder, &sorted); if (sorted == TRUE) { *pnasx = numaCopy(nax); *pnasy = numaCopy(nay); } else { naindex = numaGetSortIndex(nax, sortorder); *pnasx = numaSortByIndex(nax, naindex); *pnasy = numaSortByIndex(nay, naindex); numaDestroy(&naindex); } return 0; } /*! * numaInvertMap() * * Input: nas * Return: nad (the inverted map), or null on error or if not invertible * * Notes: * (1) This requires that nas contain each integer from 0 to n-1. * The array is typically an index array into a sort or permutation * of another array. */ NUMA * numaInvertMap(NUMA *nas) { l_int32 i, n, val, error; l_int32 *test; NUMA *nad; PROCNAME("numaInvertMap"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); n = numaGetCount(nas); nad = numaMakeConstant(0.0, n); test = (l_int32 *)CALLOC(n, sizeof(l_int32)); error = 0; for (i = 0; i < n; i++) { numaGetIValue(nas, i, &val); if (val >= n) { error = 1; break; } numaReplaceNumber(nad, val, i); if (test[val] == 0) { test[val] = 1; } else { error = 1; break; } } FREE(test); if (error) { numaDestroy(&nad); return (NUMA *)ERROR_PTR("nas not invertible", procName, NULL); } return nad; } /*----------------------------------------------------------------------* * Random permutation * *----------------------------------------------------------------------*/ /*! * numaPseudorandomSequence() * * Input: size (of sequence) * seed (for random number generation) * Return: na (pseudorandom on {0,...,size - 1}), or null on error * * Notes: * (1) This uses the Durstenfeld shuffle. * See: http://en.wikipedia.org/wiki/Fisher–Yates_shuffle. * Result is a pseudorandom permutation of the sequence of integers * from 0 to size - 1. */ NUMA * numaPseudorandomSequence(l_int32 size, l_int32 seed) { l_int32 i, index, temp; l_int32 *array; NUMA *na; PROCNAME("numaPseudorandomSequence"); if (size <= 0) return (NUMA *)ERROR_PTR("size <= 0", procName, NULL); if ((array = (l_int32 *)CALLOC(size, sizeof(l_int32))) == NULL) return (NUMA *)ERROR_PTR("array not made", procName, NULL); for (i = 0; i < size; i++) array[i] = i; srand(seed); for (i = size - 1; i > 0; i--) { index = (l_int32)((i + 1) * ((l_float64)rand() / (l_float64)RAND_MAX)); index = L_MIN(index, i); temp = array[i]; array[i] = array[index]; array[index] = temp; } na = numaCreateFromIArray(array, size); FREE(array); return na; } /*! * numaRandomPermutation() * * Input: nas (input array) * seed (for random number generation) * Return: nas (randomly shuffled array), or null on error */ NUMA * numaRandomPermutation(NUMA *nas, l_int32 seed) { l_int32 i, index, size; l_float32 val; NUMA *naindex, *nad; PROCNAME("numaRandomPermutation"); if (!nas) return (NUMA *)ERROR_PTR("nas not defined", procName, NULL); size = numaGetCount(nas); naindex = numaPseudorandomSequence(size, seed); nad = numaCreate(size); for (i = 0; i < size; i++) { numaGetIValue(naindex, i, &index); numaGetFValue(nas, index, &val); numaAddNumber(nad, val); } numaDestroy(&naindex); return nad; } /*----------------------------------------------------------------------* * Functions requiring sorting * *----------------------------------------------------------------------*/ /*! * numaGetRankValue() * * Input: na * fract (use 0.0 for smallest, 1.0 for largest) * nasort ( increasing sorted version of na) * usebins (0 for general sort; 1 for bin sort) * &val ( rank val) * Return: 0 if OK; 1 on error * * Notes: * (1) Computes the rank value of a number in the @na, which is * the number that is a fraction @fract from the small * end of the sorted version of @na. * (2) If you do this multiple times for different rank values, * sort the array in advance and use that for @nasort; * if you're only calling this once, input @nasort == NULL. * (3) If @usebins == 1, this uses a bin sorting method. * Use this only where: * * the numbers are non-negative integers * * there are over 100 numbers * * the maximum value is less than about 50,000 * (4) The advantage of using a bin sort is that it is O(n), * instead of O(nlogn) for general sort routines. */ l_int32 numaGetRankValue(NUMA *na, l_float32 fract, NUMA *nasort, l_int32 usebins, l_float32 *pval) { l_int32 n, index; NUMA *nas; PROCNAME("numaGetRankValue"); if (!pval) return ERROR_INT("&val not defined", procName, 1); *pval = 0.0; /* init */ if (!na) return ERROR_INT("na not defined", procName, 1); if (fract < 0.0 || fract > 1.0) return ERROR_INT("fract not in [0.0 ... 1.0]", procName, 1); n = numaGetCount(na); if (n == 0) return ERROR_INT("na empty", procName, 1); if (nasort) { nas = nasort; } else { if (usebins == 0) nas = numaSort(NULL, na, L_SORT_INCREASING); else nas = numaBinSort(na, L_SORT_INCREASING); if (!nas) return ERROR_INT("nas not made", procName, 1); } index = (l_int32)(fract * (l_float32)(n - 1) + 0.5); numaGetFValue(nas, index, pval); if (!nasort) numaDestroy(&nas); return 0; } /*! * numaGetMedian() * * Input: na * &val ( median value) * Return: 0 if OK; 1 on error * * Notes: * (1) Computes the median value of the numbers in the numa, by * sorting and finding the middle value in the sorted array. */ l_int32 numaGetMedian(NUMA *na, l_float32 *pval) { PROCNAME("numaGetMedian"); if (!pval) return ERROR_INT("&val not defined", procName, 1); *pval = 0.0; /* init */ if (!na) return ERROR_INT("na not defined", procName, 1); return numaGetRankValue(na, 0.5, NULL, 0, pval); } /*! * numaGetBinnedMedian() * * Input: na * &val ( integer median value) * Return: 0 if OK; 1 on error * * Notes: * (1) Computes the median value of the numbers in the numa, * using bin sort and finding the middle value in the sorted array. * (2) See numaGetRankValue() for conditions on na for which * this should be used. Otherwise, use numaGetMedian(). */ l_int32 numaGetBinnedMedian(NUMA *na, l_int32 *pval) { l_int32 ret; l_float32 fval; PROCNAME("numaGetBinnedMedian"); if (!pval) return ERROR_INT("&val not defined", procName, 1); *pval = 0; /* init */ if (!na) return ERROR_INT("na not defined", procName, 1); ret = numaGetRankValue(na, 0.5, NULL, 1, &fval); *pval = lept_roundftoi(fval); return ret; } /*! * numaGetMode() * * Input: na * &val ( mode val) * &count ( mode count) * Return: 0 if OK; 1 on error * * Notes: * (1) Computes the mode value of the numbers in the numa, by * sorting and finding the value of the number with the * largest count. * (2) Optionally, also returns that count. */ l_int32 numaGetMode(NUMA *na, l_float32 *pval, l_int32 *pcount) { l_int32 i, n, maxcount, prevcount; l_float32 val, maxval, prevval; l_float32 *array; NUMA *nasort; PROCNAME("numaGetMode"); if (!na) return ERROR_INT("na not defined", procName, 1); if (!pval) return ERROR_INT("&val not defined", procName, 1); *pval = 0.0; if (pcount) *pcount = 0; if ((n = numaGetCount(na)) == 0) return 1; if ((nasort = numaSort(NULL, na, L_SORT_DECREASING)) == NULL) return ERROR_INT("nas not made", procName, 1); array = numaGetFArray(nasort, L_NOCOPY); /* Initialize with array[0] */ prevval = array[0]; prevcount = 1; maxval = prevval; maxcount = prevcount; /* Scan the sorted array, aggregating duplicates */ for (i = 1; i < n; i++) { val = array[i]; if (val == prevval) { prevcount++; } else { /* new value */ if (prevcount > maxcount) { /* new max */ maxcount = prevcount; maxval = prevval; } prevval = val; prevcount = 1; } } /* Was the mode the last run of elements? */ if (prevcount > maxcount) { maxcount = prevcount; maxval = prevval; } *pval = maxval; if (pcount) *pcount = maxcount; numaDestroy(&nasort); return 0; } /*! * numaGetMedianVariation() * * Input: na * &medval ( median value) * &medvar ( median variation from median val) * Return: 0 if OK; 1 on error * * Notes: * (1) Finds the median of the absolute value of the variation from * the median value in the array. Why take the absolute value? * Consider the case where you have values equally distributed * about both sides of a median value. Without taking the absolute * value of the differences, you will get 0 for the variation, * and this is not useful. */ l_int32 numaGetMedianVariation(NUMA *na, l_float32 *pmedval, l_float32 *pmedvar) { l_int32 n, i; l_float32 val, medval; NUMA *navar; PROCNAME("numaGetMedianVar"); if (!pmedvar) return ERROR_INT("&medvar not defined", procName, 1); *pmedvar = 0.0; /* init */ if (!na) return ERROR_INT("na not defined", procName, 1); numaGetMedian(na, &medval); if (pmedval) *pmedval = medval; n = numaGetCount(na); navar = numaCreate(n); for (i = 0; i < n; i++) { numaGetFValue(na, i, &val); numaAddNumber(navar, L_ABS(val - medval)); } numaGetMedian(navar, pmedvar); numaDestroy(&navar); return 0; } /*----------------------------------------------------------------------* * Numa combination * *----------------------------------------------------------------------*/ /*! * numaJoin() * * Input: nad (dest numa; add to this one) * nas ( source numa; add from this one) * istart (starting index in nas) * iend (ending index in nas; use -1 to cat all) * Return: 0 if OK, 1 on error * * Notes: * (1) istart < 0 is taken to mean 'read from the start' (istart = 0) * (2) iend < 0 means 'read to the end' * (3) if nas == NULL, this is a no-op */ l_int32 numaJoin(NUMA *nad, NUMA *nas, l_int32 istart, l_int32 iend) { l_int32 n, i; l_float32 val; PROCNAME("numaJoin"); if (!nad) return ERROR_INT("nad not defined", procName, 1); if (!nas) return 0; if (istart < 0) istart = 0; n = numaGetCount(nas); if (iend < 0 || iend >= n) iend = n - 1; if (istart > iend) return ERROR_INT("istart > iend; nothing to add", procName, 1); for (i = istart; i <= iend; i++) { numaGetFValue(nas, i, &val); numaAddNumber(nad, val); } return 0; } /*! * numaaJoin() * * Input: naad (dest naa; add to this one) * naas ( source naa; add from this one) * istart (starting index in nas) * iend (ending index in naas; use -1 to cat all) * Return: 0 if OK, 1 on error * * Notes: * (1) istart < 0 is taken to mean 'read from the start' (istart = 0) * (2) iend < 0 means 'read to the end' * (3) if naas == NULL, this is a no-op */ l_int32 numaaJoin(NUMAA *naad, NUMAA *naas, l_int32 istart, l_int32 iend) { l_int32 n, i; NUMA *na; PROCNAME("numaaJoin"); if (!naad) return ERROR_INT("naad not defined", procName, 1); if (!naas) return 0; if (istart < 0) istart = 0; n = numaaGetCount(naas); if (iend < 0 || iend >= n) iend = n - 1; if (istart > iend) return ERROR_INT("istart > iend; nothing to add", procName, 1); for (i = istart; i <= iend; i++) { na = numaaGetNuma(naas, i, L_CLONE); numaaAddNuma(naad, na, L_INSERT); } return 0; } /*! * numaaFlattenToNuma() * * Input: numaa * Return: numa, or null on error * * Notes: * (1) This 'flattens' the Numaa to a Numa, by joining successively * each Numa in the Numaa. * (2) It doesn't make any assumptions about the location of the * Numas in the Numaa array, unlike most Numaa functions. * (3) It leaves the input Numaa unchanged. */ NUMA * numaaFlattenToNuma(NUMAA *naa) { l_int32 i, nalloc; NUMA *na, *nad; NUMA **array; PROCNAME("numaaFlattenToNuma"); if (!naa) return (NUMA *)ERROR_PTR("naa not defined", procName, NULL); nalloc = naa->nalloc; array = numaaGetPtrArray(naa); nad = numaCreate(0); for (i = 0; i < nalloc; i++) { na = array[i]; if (!na) continue; numaJoin(nad, na, 0, -1); } return nad; } leptonica-1.70/style-guide.txt0000644000175000017500000001503512270133426014505 0ustar dandan/*====================================================================* - Copyright (C) 2001 Leptonica. All rights reserved. - This software is distributed in the hope that it will be - useful, but with NO WARRANTY OF ANY KIND. - No author or distributor accepts responsibility to anyone for the - consequences of using this software, or for whether it serves any - particular purpose or works at all, unless he or she says so in - writing. Everyone is granted permission to copy, modify and - redistribute this source code, for commercial or non-commercial - purposes, with the following restrictions: (1) the origin of this - source code must not be misrepresented; (2) modified versions must - be plainly marked as such; and (3) this notice may not be removed - or altered from any source or modified source distribution. *====================================================================*/ style-guide.txt 24 Jan 2014 [This is not complete. You need to look at existing code to verify your code meets the style guidelines. And if you find any aberrant code, please let me know!] The C code in leptonica follows these conventions: (1) ANSI C, with no exceptions (a) C-style comments only: /* */ (b) Variables are declared at the beginning of a function. [This is more strict than ANSI C, which only requires declarations to be at the beginning of a scope delineated by braces.] (c) Use typedefs for structs like Pix; e.g., function(PIX *pixs) Do not do this; it is valid C++, but not C: function(Pix *pixs) (2) Formatting (a) White space: 4 space indentation. No tabs, ever. No trailing spaces. (b) Function header is in this format: /*! * boxContains() * * Input: box1, box2 * &result ( 1 if box2 is entirely contained within * box1, and 0 otherwise) * Return: 0 if OK, 1 on error */ (c) Function definition has return value on separate line and starting brace on separate line. PIX * function(...) { (d) Function arguments and local variables line up vertically; allow at least 2 spaces between type and variable name (including '*') function(PIX *pixs, l_int32 factor, l_float32 *pave) { char buf[BUF_SIZE]; l_int32 w, h, d; l_float32 *vect; (e) Braces are placed like this for 'if', 'while', 'do': if (...) { ... } else if (...) { ... } The exceptions are for the beginning of a function and for the switch: switch (x) { case 1: ... ... } Braces are required if any of the clauses have a single statement: if (...) { x = 0; } else { x++; y = 3.0 * x; } (f) Section headers should look like this: /*----------------------------------------------------------------------* * Statistics in an arbitrary rectangle * *----------------------------------------------------------------------*/ (g) Major inline comments (starting a section) should be indented 4 extra spaces and start with a capital. Multiple line comments should be formatted like this: /* If w and h not input, determine the minimum size required * to contain the origin and all c.c. */ (h) Minor inline comments (e.g., at the end of a line) should have 2 spaces and no leading capital; e.g. if (i && ((i % ncols) == 0)) { /* start new row */ (3) Naming (a) Function names begin with lower case and successive words have the first letter capitalized; e.g., boxIntersects(). (b) The first word in the function name is the name of the primary input data structure (if there is one). (c) Variable names are as short as possible, without causing confusion. (d) Pointers to data structures are typically named by the type of struct, without a leading 'p'; e.g., pixt, boxt. (e) When ptrs are input to a function, in order to return a value, if the local name would be 'ave', the pointer is 'pave'. (f) Preprocessor variables and enums are named all caps, with '_' between parts. (g) There are very few globals in the library. Of these, there are just a handful of static globals that can be changed. Globals are named with each word beginning with a capital; e.g., ImageFileFormatExtensions[] Static globals are named like preprocessor variables, except they are prepended by 'var_'; e.g., var_PNG_WRITE_ALPHA Functions that set globals are named with a pre-pended 'l_'; e.g., l_pngSetWriteAlpha() (4) Arg checking Both number values and ptrs can be returned in function arguments. The following applies equally to both types, and happens at the beginning of the function. We distinguish between returned entities that are optional and required. (a) First, all optional values are initialized if possible: if (ppixd) *ppixd = NULL; // Pix **ppixd is optional (b) Second, if there is more than 1 required value, each is initialized if possible: if (pnar) *pnar = NULL; // Numa **pnar is required if (pnag) *pnag = NULL; // Numa **pnag is required Then all required arguments are tested in arbitrary order. But if there is exactly 1 required value, it is checked and initialized if possible: if (!ppixd) return ERROR_INT("&pixd not defined, procName, 1); *ppixd = NULL; (5) Miscellaneous (a) Look around at the code after reviewing the guidelines. (b) Return nothing on stdout. (c) Returns to stderr should be blockable by compiler flags, such as NO_CONSOLE_IO, and by setting message severity thresholds both at compile and at run time. Naked fprintf(stderr, ...) should be avoided in the library. (d) Applications (in prog) that hand a FILE ptr to a library function, or accept heap-allocated data from a library function, should use special wrappers. See lept_*() functions in utils.c. (e) Changes to existing data structures and API changes should be avoided if possible. (f) Accessors are typically provided for struct fields that have extensive use. leptonica-1.70/version-notes.html0000664000175000017500000016546112270004763015226 0ustar dandan

Version Notes for Leptonica

Note: The following are highlights of the changes in each version. They are not a complete listing of the modifications. 


1.70   24 Jan 14   (distribution to debian; ubuntu 14-04; 4.0.0)
       New bilateral filtering.
       New simple character recognition utility.
       Improved dewarping functionality, in model building and rendering.
        More flexible use of ref models.
       Better and more consistent handling of alpha layer in RGBA, though
        use of the spp field.  Ability to handle more png files with alpha,
        including palette with alpha.
       New fast converters from jpeg and jpeg2000 to pdf, without transcoding.
       Made bmp reader (and pix reading in general) more robust; avoid
        size overflow errors.
       New text labelling operations; depth conversion of a set of images
       New license (essentially BSD 2-clause), to specify conditions
        for both source and binary distribution.
       Improved auto make: make all progs, install just 11, test 61.
       New src files: bilateral.{c,h}, dewarp1.c, dewarp2.c,
           dewarp3.c, dewarp4.c, jp2kio.c, jp2kiostub.c,
           pixlabel.c, recogbasic.c, recogdid.c, recogident.c,
           recogtrain.c, recog.h
       New prog files: adaptmap_dark.c, alphaxform_ret.c,
           bilateral_reg.c, binarize_reg.c, binarize_set.c,
           blackwhite_reg.c, blend1_reg.c, blend3_reg.c, blend4_reg.c,
           boxa1_reg.c, colorcontent_reg.c, coloring_reg.c,
           colorspace_reg.c, compare_reg.c, converttopdf.c,
           croptest.c, dewarprules.c, dewarptest1.c, dewarptest2.c,
           dewarptest3.c, dewarptest4.c, displayboxa.c, displaypix.c,
           displaypixa.c, findcorners_reg.c, fpix1_reg.c,
           fpix2_reg.c, fpixcontours.c, insert_reg.c, italictest.c,
           jpegio_reg.c, label_reg.c, multitype_reg.c, nearline_reg.c,
           newspaper_reg.c, numa1_reg.c, numa2_reg.c, recogsort.c,
           recogtest1.c, shear1_reg.c, webpio_reg.c, wordboxes_reg.c
       Removed src files: arithlow.c, binexpandlow.c, binreducelow.c,
           dewarp.c
       Removed prog files: blend_reg.c, blendtest1.c,
           dewarptest.c, fpix_reg.c, inserttest.c, numa_reg.c, rotatetest2.c
           shear_reg, xvdisp.c

1.69   16 Jan 12   (distribution to debian; ubuntu 12-04; 3.0.0)
       Fixed bug in pdf generation for large files, using a new
        double array (dnabasic.c).  Added several new modes for pdf
        generation from sets of images.
       Dewarp based on image content now aligns to left and right margins;
        works at book level; is more robust to bad disparity models;
        version 2 serialization.
       Fixed regutils to return the actual number of errors.
       Improved sorting efficiency of numas in cases where binning,
        which is order N, makes sense.
       Fixed fpix serialization (now version 2).
       New version (5) of xtractprotos, allows putting prototypes in-line in
        allheaders.h.  Having them separately in leptprotos.h still an option
       New copyright (BDS, 2 clause) on src files.
       Removed all trailing whitespace in src files.
       New src files: boxfunc4.c coloring.c, dnabasic.c
       New prog files: dna_reg.c, alphaops_reg.c
       Removed prog file: alphaclean_reg.c

1.68   10 Mar 11
       Fixed windows issues with passing pointers across C-runtime boundaries
       when using dlls, by providing special functions (e.g., lept_fopen()).
       Proper version numbers are now set with automake.
       New utility (quadtree.c) for generating quadtree statistics.
       New utility (in colorspace.c) for conversions to and from YUV.
       Refactored functions for assembling image data for generating
       either PS or PDF images using g4, jpeg or flate encoding.
       Better tempfile names, using current time in microseconds.
       Functions for getting resolution from jpeg and png files.
       Use size_t throughout for reading and writing binary data.
       Deprecate arrayRead*() and arrayWrite() functions; replace in
       the library with l_binaryRead*() and l_binaryWrite().
       Better handling of colormap images for in-place rasterop and shear.
       New utility (bytearray.c) for parsing and handling binary data;
       used for generating PDF files.
       New utility (pdfio.c) for generating PDF files.
       Refactored regutils functions to make them simpler to use.
       Top-level deskew now works on any image.
       Added functions in utils.c for cross-platform development, mostly
       for functions that make and remove directories, copy, move
       and delete files, etc.  It should now be straightforward to write
       programs that will compile and run on windows.
       Reg tests have better printout; all give timings.
       New utility program: convertfilestopdf

1.67   9 Nov 10
       Autoconf: now built with James Cuirot's config files that
         build the library and all 200 progs.
       New sudoku solver.  Just a game, but there are interesting aspects.
       Modified parseprotos.c to reject a type of "extern" decl.
       Add faster implementation for very small gray morphology
         operations (3x1, 1x3, 3x3).
       Eliminate warnings on recent gcc if you don't check return values
         from fread, fscanf, fgets, system, etc.
       Convolution: new functions for windowed variance and stdev; allow
         non-square kernel for windowed mean square.
       Put stdio.h and stdlib.h in alltypes.h, so they're not required
         in any .c files.
       Replace numaConvolve(), which is just a windowed mean, by
         windowed statistics functions (mean, mean square, variance).
       Generalize pixExtractOnLine() for arbitrary lines.
       Add pix interface to webp (webpio.c, webpiostub.c).  This is a
         new open source codec, based on the video codec vpx (webm).
       Serialization of FPix and DPix
       Interconversion between FPix and DPix
       Integer scaling of FPix and DPix; includes the last row and column.
       New convertfiles.c: depth conversion on files in a directory.
       Testing programs in prog:
           convolve_reg.c, numa_reg.c: expanded test set
           projection_reg.c (tests pixRowStats(), pixColumnStats())
           dewarptest.c: output ps and pdf files
           writemtiff.c: simple driver to write images to a single file

1.66   3 Aug 10
       More tweaks for including (or not) bounding box hints for
         PS wrapping.  Default is to write b.b., but not in functions
         that wrap images as full pages (psio1.c, psio2.c)
       pix4.c split in two files, and added function to identify c.c.
         that are sufficiently similar in shape to rectangles (pix5.c)
       Modify 2 and 4 bit setters to clip the input value so that it can
         only affect the pixel requested (arrayaccess.c, arrayaccess,h)
       New pseudorandom sequence functions (numafunc1.c)
       Dewarping camera-based images using textlines (dewarp.c, prog/dewarp*)
       Geometrical function for aggregating overlapping bounding boxes.
       Programs to generate figures for book chapter "Document Image
         Applications" in "Mathematical Morphology: theory and applications"
         (see: http:/www.leptonica.org/najman-talbot-book-chapter.html)
         (prog/livre*.c)
       Functions that do affine and other operations in images with
         alpha blending at edges: pix*WithAlpha().  Also do this
         with a gamma/inverse-gamma wrapper to further reduce edge aliasing.
          (rotate.c, scale.c, projective.c, affine.c, bilinear.c,
           prog/alphaxform_reg.c)
       Improved color segmentation (fixed bugs; made faster)
       Higher order least square fits: quadratic, cubic, quartic. (pts.c)
       Various mods for otsu binarization and the *SplitDistribution*()
         functions (numafunc2.c, prog/otsutest2.c)
       Control sampling in convolution output (convolve.c, prog/fpix_reg.c)
       Morphological operations on numas (numafunc1.c, numafunc2.c,
         prog/numa_reg.c)
       Pix serialization wrapped so we can use pixRead(), etc on these
         files (spixio.c, readfile.c, writefile.c)
       Gif read/write to memory fixed (and cheated -- using files) (gifio.c)
       New fpix and dpix accessors; contour rendering on fpix (fpix1.c, fpix2.c)
       Various functions for linearly mapping colors and displaying arrays
         of colors (pix4.c, blend.c, prog/rankhisto_reg.c)
       Functions for getting approximate ranges of colors and color
         components in an image (pix4.c, colormap.c)
       Cleaned up windows platform and compiler defines and macros.

1.65   5 Apr 10
       Added regression test utility functions for standardizing and
         automating construction and running of regression tests.  Makes the
         golden files when the 2nd arg to the reg test is 'generate'.
         (regutils.{c,h})
         Converted 22 reg tests in prog to use this; invoked with alltests_reg.
         Goal is to put all prog/*_reg.c into this format and put a set
         of golden files on the web.
       Small fixes in gifio for handling streams properly.
       New functions for shifting colors, hue invariant transforms, etc
         (blend.c)
       prog/dwamorph*.c: rename *1_reg.c to dwalineargen.c; others
         converted to standard reg tests.
       New rgb convolution functions.
       For PS output, write all images with a bounding box hint and with
         page numbers, which works for both embedded (e.g., in tex) and
         full page generated PS.  Once converted to pdf, this is fine
         in all situation.
       New functions for initialization and random insertion with pixcomp.
       For color quantization, make the lightest color white if sufficiently
         close; ditto for black (colorquant1.c, colorquant2.c).
       Rank binning of 8 bpp and rgb images (numafunc2.c, pix4.c)
       A function to rank colors by the intensity of the minimum comp (pix4.c)
       New pixRotateBinaryNice(), rotates 1 bpp pix in such a way that
         the shear lines aren't visible. (rotate.c)
       New pixSaveTiledWithText(), a convenience function to append text
         to images that are being tiled. (writefile.c)
       Stereoscopic warping functions and stereo pair functions (warper.c)
       Linear interpolated shear -- better than rasterop shear (shear.c)
       Option to use higher quality chroma (U,V) sampling in jpeg (jpegio.c)
       Rename Bmf --> L_Bmf.
       New tests in prog:
         alltests_reg.c alphaclean_reg.c, psio_reg.c, rankbin_reg.c,
         rankhisto_reg.c, warpertest.c

1.64   3 Jan 10
       Easy setup for standard byte processing on 8 bpp pix (pix2.c)
       Evaluation of difference between similar images; test for
       similar images and (compare.c)
       Subpixel scaling, with color input and separate scale factors (pixconv.c)
       Fix tiff header reader to get correct format (tiffio.c)
       Enable pixDisplay() to work with i_view (windows) and with
         xzgv and xli as well as xv; allow application to choose
         which to use (writefile.c).
       Use a mask to specify regions that are changed by a morphological
         operation (morphapp.c).
       Improve the default sharpening for scaling (scale.c)
       Function to test for equivalence of file data (utils.c)
       Select and read image files with embedded index (readfile.c)
       Fix box size calculation in pixEmbedForRotation(); solution
         provided by Brent Sundheimer.
       New pixDisplayMultiple(), instead of calling gthumb directly; this
         is now set up to use i_view for windows.
       Changed criteria for determining if an image is color (colorcontent.c,
         colorquant{1,2}.c.
       Optional mode where the filename extension is automatically written
         to output image files; particularly useful for windows.
       Initialize boxa and pixa as full, with minimal placeholders.
       Get rank valued numbers and boxes in numa and boxa.
       Cute implementation for finding largest solid rectangle (maze.c)
       New median cut quantization for mixed (color/gray) images (colorquant2.c)
       Many changes to allow the library and applications be built easily
         in windows.  There is now a thorough windows readme, written by Tom
         Powers, for doing this.  The windows build information and
         project files are now in a new vs2008 directory.

1.63   8 Nov 09
       Added pixScaleToGrayFast(), a faster version with very similar quality.
       Fixed scaleGrayLILow() to handle edge pixels more accurately
       Text processing:
         new text application (finditalic.c, prog/finditalic.c) for locating
           words in italic type style.
         Easier to add text to a pix using the bitmap font stored in
           the font directory; see, e.g., prog/writetxt_reg.c.
       Blending of 2 images with an alpha channel: pixBlendWithGrayMask()
       Fixed bug in color segmentation; it now (again) works properly.
       New utility (pixcomp.c) for handling compressed pix arrays in
          memory; new PixComp and PixaComp structs.
       Fast serialization of pix without compressing (pixSerializeToMemory
          and pixDeserializeFromMemory); required serialized colormaps
       FileI/O: new functions for reading file headers.
          PostScript generation modernized; split psio.c into psio1.c
            and psio2.c; added level 3 (flate) encoding.
          new functions for reading and writing multipage tiffs, for
            arbitrary input images.  For writing, compression is lossless
            (either g4 or zip)
          update all I/O stub files
       Miscellaneous: new pixaAddBorderGeneral(); new functions in pix3.c
          for counting fg pixels and summing 8 bpp pixels by column and row;
          new numaUniformSampling() for resampling with interpolation;
          subpixel scaling.
       New or improved regression tests in prog:
          extrema_reg, pixalloc_reg, blend2_reg, rotateorth_reg,
          ioformats_reg, colorseg_reg, pixcomp_reg, pixserial_reg,
          writetext_reg, psioseg_reg, subpixel_reg.
       Interface changes:
         findFileFormat() and findFileFormatBuffer(): now returns format
             using input ptr.  The function return value is 0 if OK; 1 on error
         rename: pixThresholdPixels() --> pixThresholdPixelSum()

1.62   26 Jul 09
       Expanded composite Dwa implementation as a sequence of operations,
       so that it now works beyond a size of 63.  It's typically about 2x
       faster than the composite rasterop implementation (with help
       from Ankur Jain).  Also use data transfer instead of data copy
       whenever possible.  Thorough tests with binmorph4_reg and binmorph5_reg.
       New functions in colorseg.c for masking and histogramming in HSV
       color space.
       Treat string constants rigorously as const char*, initializing
       to char[] if to be used as non-const, or in some cases casting
       to char*.  This avoids compiler warnings.
       Improved color quantization using existing colormap for octcubes
       and a new version for grayscale.  This will rigorously map most
       black and most white octcubes (rsp) to black and white
       if they exist in the colormap.
       Fast quantization to an existing colormap for color and grayscale.
       Fixed some bugs; e.g., in pixAffineSampled() for 1 bpp with
       L_BRING_IN_BLACK; reading and writing pnm for 2 and 4 bpp.
       In pngio.c, enable compile time control over these settings:
         converting 16 bpp --> 8 bpp on read
         removing alpha channel on read
         setting zlib compression on write
       For general scaling, allow sharpening to be optional, and provided
       faster sharpening operations.
       Improve support for 16 bpp grayscale.
       For scaleToGray* functions, reduce the width truncation.
       In psio.c, new functions for converting segmented page images
       (text and image) into level 2 PostScript.
       Removed all implicit casting to const char*.
       New custom pix memory allocator, designed for large pix whose
       memory needs to be reused many times.
       In xtractprotos, we now allow prepending an arbitrary string to
       each prototype.
       In environ.h, additions for MSVC to work with VC++6, including
       prototpye strings for dll import and export (thanks to Ray Smith).
       In colorseg.c, new functions for building HSV histograms, finding 
       peaks, and generating masks based on the peaks.
       New or improved regression tests:
         pixalloc_reg, binmorph4_reg, binmorph5_reg, conversion_reg,
         scale_reg, cmapquant_reg, 

1.61   26 Apr 09
       New histo-based grayscale quantization: pixGrayQuantizeFromHisto(),
       that is used in new pixQuanitzeIfFewColorsMixed().
       Made final fix in pixBlockconv().  No underflows; no more overflows!
       More efficient rgb write with pnm.
       Add proto to jpegiostub.c, allowing proper use of the stubber.
       Fix several filter functions to use proper test on filter size; viz.,
         pixMinMaxTiles(), several functions in convolve.c.
       Redo shear implementation to handle arbitrary angles, to handle
         colormapped images, and to avoid the singularity at pi/2.
       Removed both static vars from pixSaveTiled().
       Generalized pixRotate() to handle colormapped images, and to use
         pixRotateBySampling() in place of the removed pixRotateEuclidean().
       New skew finder for full angle range, pixFindSkewOrthogonalRange().
       For skew detection, now allow shear about image center as well as
         about the UL corner.
       New rotation reg tests: rotate1_reg.c and rotate2_reg.c.
       Better serialization format for boxaa; introduce new version numbers
         for boxaa, pixa, and boxa, as required.
       Proper init in boxGetGeometry(), boxaGetBoxGeometry(), and the
         accessors in sel1.c and kernel.c.
       Improved Numa functions in numafunc1.c and numafunc2.c; in
         particular, numaMakeHistogramAuto() and numaGetStatsUsingHistogram().
         With all histo generators, make sure the start and binsize params
         are properly set and are used.
         Interface change: Use these parameters implicitly in
         numaHistogramGetRankFromVal() and numaHistogramGetValFromRank().
       Interface change to ptaGetLinearLSF(): add 1 optional parameter.
       In several pixaDisplay*() functions, handle colormaps properly.
       pixafunc.c split to pixafunc1.c and pixafunc2.c.
         New connected component selections and options in pixaSort.
       Patch from Tony Dovgal for reading tiff rgba files.
       Added new logical operation options for numas.
       New pixConvertRGBToGrayMinMax() that chooses min or max of 3 components.
       Computation of pixelwise aligned stats between multiple images
         of the same size (e.g., video), in pix4.c.
       Very fast binsort implemented for boxa and pixa.
       Cleanup and rename stack, queue, heap and ptra functions:
         all structs and typedefs start with "L_"
         all functions start with "l"
       Sel creation for crosses and T junctions.
       New thresholding operations to binary; split out from adaptmap.c
         into binarize.c.
       Implementation of sauvola binarization, including use of pixtiling.
       Added composite parallel union and intersection morphological operations.
       Small changes to scaling and rotation to improve accuracy; only
         visible on very tiny, symmetric images.
       Implemented DPix (double precision data); useful for the mean
         square accumulator for sauvola binarization.
       New fast hybrid grayscale seedfill, in addition to the interative
         version (contributed by Ankur Jain).
       New or improved regression tests:
         rotate1_reg, rotate2_reg, shear_reg, numa_reg, skew_reg,
         ptra1_reg, ptra2_reg, paint_reg, smallpix_reg, pta_reg,
         pixmem_reg, binarize_reg, grayfill_reg.


1.60   19 Jan 09
       Fixed bug in pixBlockconv(), introduced in 1.59, that causes
       overflow when convolving with an image that has white (255)
       at the edges.  [quickly found by Dave Bryan]
       Include function to display freetype fonts in a pix.
       The files freetype.c and freetype.h are in the distribution, but are not
       yet linked into the library.  This is contributed by Tony Dovgal,
       and this version works only for MSVC.
       Found that the problems with binary compression in giflib are fixed
       with giflib 4.1.6.

1.59   11 Jan 09
       Lots of changes since 1.58.
       New files: affinecompose.c, ptra.c, warper.c, watershed.{h,c}.
          Split: boxfunc.c --> (boxfunc1.c, boxfunc2.c, boxfunc3.c)
       Improved connected component filtering, with logical functions
       applied to indicator arrays (pix4.c, pixafunc.c, numafunc1.c).
       Function to determine if an image can be quantized nicely with
       only a few colors (colorcontent.c, pixconv.c).
       New gray seed-filling functions (seedfill.c, seedfilllow.c).
       Fixed bugs in tophats and hdome, due to misuse of pixSubtractGray()
       (morphapp.c).
       New function for improving contrast (adaptmap.c)
       Watershed transform (still slightly buggy) (watershed.c,h).
       Fast random access into a pix using line pointers (pix1.c, arrayaccess.*)
       Conversions of colormaps from gray to color and v.v. (colormap.c)
       Seedfill function that applies an upper limit to the fill
       distance (seedfill.c)
       New function for warping images with random harmonic distortion
       (with help from Tony Dovgal).
       New generic ptr array utility: all O(1) functions of a stack plus
       random replace, insert and delete (ptra.c).
       Simple functions for colorizing a grayscale image with an arbitrary
       color (pixconv.c, colormap.c)
       Flexible affine transforms (translation, scale, rotation) on pta
       and boxa (affinecompose.c).
       Clipping of foreground (both exact and approximate) starting from
       within a rectangular region of the image (pix4.c)
       Blending a colored rectangle over an image (pix2.c, boxfunc3.c)
       Generation of rectangle covering of mask components (boxfunc3.c).
       Block convolution using tiles (for very large images)  (convolve.c)
       New or improved regression tests in prog:
          locminmax_reg, lowaccess_reg, grayfill_reg, adaptnorm_reg,
          xformbox_reg, warper_reg, cmapquant_reg, compfilter_reg,
          splitcomp_reg, affine_reg, bilinear_reg, projective_reg
       Acknowledgments:
       (1) Big thanks to Tony Dovgal for helping with the warping
           (e.g. for captcha).  Tony also provided an implementation that
           allows rendering truetype fonts into a Pix on windows.
           This is not yet incorporated, because it opens a huge
           "can of worms," which is OK if you're going fishing but
           maybe not if you're trying to support leptonica on many platforms.
           TBD.
       (2) David Shao provided a libtools build system that includes
           building the prog directory!  I believe this will work, but it
           is is not yet included because of problems I continue to have
           with macros in version 2.61 of gnu libtools.
       (3) Steve Rogers is working on a MSVC build for the prog directory.
           I hope to have this available for 1.60.

1.58   27 Sept 08
       Added serialization for numaa.
       New octree quantizer pixOctreeQuantByPopulation(), that uses a
       mixture of level2 and level4 octcubes.  Renamed many functions
       in colorquant1.c, and arranged/documented them more carefully.
       Revised documentation in leptonica.org/papers/colorquant.pdf.
       Simplified customization for I/O libraries and fmemopen() in environ.h.
       Fixed bugs in colormap.c, viewfiles.c, pixarith.c.
       Verified Adam Langley's jbig2enc (encoding jbig2 and generating pdf from
       these encoded files) works properly with the current version -- see
       Section 24 of README.html for usage and build hints.
       New separable convolution; let pixConvolve() take 8, 16 and 32 bpp input.
       New floating pt pix (FPix) utility, which allows convolution and
       arithmetic operations on FPix; also interconversion to Pix.
       Ability to read headers on multipage tiff.
       More robust updown text detection in flipdetect.c.
       Use of sharpening to improve scaling when the scale factor is near 1.0.
       See prog/fpix_reg.c for regression test and usage.
       See prog/blend_reg.c for blending regression test, with new functions.

1.57   13 Jul 08
       New Debian distribution for 1.57 (thanks to Jeff Breidenbach).
       Improved the Otsu-type approach for finding a binarization threshold,
       by choosing the min in the histogram subject to constraints
       (numafunc2.c, adaptmap.c)
       New function pixSeedspread() in seedfill.c, similar to a voronoi tiling,
       that is used for adaptive thresholding in pixThresholdSpreadNorm().
       In the process, fixed a small bug in pixDistanceFunction().
       (The approach was suggested by Ray Smith, and uses the fast
       Vincent distance function method to expand each seed.)
       Generalized the functions in kernel.c to use float weights
       for general convolution (Version 2 for kernel), and added
       gaussian kernel generation.
       Put all jpeg header functions into jpegio.c, where they belong.
       Fixed bugs in pixaInsertPix() and pixaRemovePix().
       Added read/write serialization for Numaa.
       New functions for comparing two images using bounding boxes (classapp.c).

1.56   12 May 08
       Added several new 1d barcode decoders.  The functional interface
       is still in flux.
       Autoconf!   To get this working, it was necessary to: determine and
       set the endian flag; select which libraries are to be linked;
       determine if stream-based memory I/O is enabled.
       This required a major cleanup of the include files, minimizing
       dependencies on external library header files, and getting everything
       to work with both autoconf (HAVE_CONFIG_H) and the old
       customized makefile.  Customization is now all in environ.h.
       pixSaveTiled(): a new way to display tiled images.
       pixtiling.c: interface for splitting an image into a set of
       overlapping tiles, using mirrored borders for tiles touching the
       image boundary.
       pixBlendHardLight(): new blending mode with nice visual effects.
       pixColorFraction(): determines extent of color in image
       Both octree and median-cut color quantization check first if
       image is essentially grayscale; improvements to both algorithms.
       box*TransformOrdered(): general sequence of linear transforms.
       colorquant_reg.c, xformbox_reg.c, hardlight_reg.c: new regr tests.

1.55   16 Mar 08
       New functions for combining two images arbitrarily through a mask,
       including mirrored tiling (pix3.c)
       Modify pixSetMasked*() to work on all images (pix3.c)
       New functions for extracting masked regions such as pixClipMasked()
       (pix3.c) and pixMaskConnComp() and pixMaskBoxa() (boxfunc.c).
       New functions to separate fg from bg (pix3.c), one of which is supported
       by numaSplitDistribution (numafunc.c).
       Modify sobel edge detector to take another parameter (edge.c)
       Support for 4 bpp cmyk color space in jpeg (jpegio.c)
       Modified median cut color quantization (colorquant2.c)
       Renamed colorquant.c (for octree quant) --> colorquant1.c.
       Absorbed conncomp.h and colorquant.h into specific files that
       depend on them (colorquant1.c, conncomp.c, pix.h)
       General convolution with utility for building kernels
       (convolve.c, kernel.c)
       Initial implementation of 1D barcode reader.  So far, we just have the
       signal processing to locate barcodes on a page, deskew them, and
       find the bar widths, along with decoders for two formats.
       (readbarcode.*, prog/barcodetest.c)
       Made the default to stub out read/write for non-tiff image formats
       to memory; it doesn't work on Macs & they were complaining (*io.c)
       Include MSVC project files for building leptonlib under
       windows (leptonlib.*)

1.54   21 Jan 08
       Histogram equalization (enhance.c).
       New functions for pixaa: serialization (r/w), creation
       from pixa, and a tiled/scaled display into a pixa (pixabasic.c,
       pixafunc.c).
       Read/write of tiff to memory (instead of a file, using
       the TIFFClientOpen() callback interface), contributed by Adam
       Langley (tiffio.c, testing in prog/ioformats_reg).
       Improved image statistics functions, both over tiles and
       through a mask over the entire image.  Added standard deviation
       and variance; enable statistics for rgb and colormapped images,
       in addition to 8 bpp grayscale (pix3.c).  New function to
       extract rgb components from a colormapped image (pix2.c).
       Fix pixWriteStringPS() to work with all depths and colormap (psio.c)
       Enable all non-tiff formats to also write and read to/from memory (*io.c)
       Added support for read/write to gif, contributed by Tony Dovgal
       (gifio.c, gifiostub.c, imageio.h).  See Makefile for instructions
       on enabling this.

1.53   29 Dec 07
       Add 4th arg to pixDistanceFunction() to specify b.c.,
       and fixed output to 16 bpp grayscale pix. (seedfill*.c)
       New un-normalized block grayscale convolution (convolve.c)
       Fixed bug in getLogBase2(), so that pixMaxDynamicRange() works
       properly.  This is useful for displaying a 16 bpp pix as
       8 bpp (pixarith.c).  New function for getting rank val for
       rgb over a region specified by a mask (pix3.c).  New function
       for extremem values of rgb colormap (colormap.c).  New
       function pixGlobalNormNoSatRGB(), a variant of pixGlobalNormRGB()
       that prevents saturation for any component above a specified
       rank value (adaptmap.c).  Added mechanism for memory
       management of pix (pix1.c).  Added selective morphology by
       region given by a mask (morphapp.c).  Fixed prototype extracdtion
       to work properly with function prototypes as args; released
       version 1.2 of xtractprotos (parseprotos.c, xtractprotos.c).
       Add a boxa field for pixaa, along with serialization (pixabasic.c),
       and modified display of pixaa to include this (pixafunc.c).
       Coalesced the version numbers for pixa, pixaa, boxa, and boxaa
       serialization (pix.h).
       New progs: modifyhuesat displays modified versions on a grid;
       textlinemask shows simple methods for extracting textline masks.

1.52   25 Nov 07
       Implemented Breuel's whitespace partitioning algorithm (partition.c).
       Generalized pixColorMagnitude() to allow different methods
       for computing the color amount of a pixel (colorcontent.c).
       New methods for computing overlap of boxes (boxfunc.c).
       New methods for painting (solid) and drawing (outline) of boxes,
       replacing boxaDisplay() with pixDrawBoxa*() and pixPaintBoxa*()
       (pix2.c, boxfunc.c).
       Ray Smith fixed bug in the distance function (seedfilllow.c).
       For pixConvertTo1() and pixConvertTo8(), treat input pixs as a
       const and never return a clone or altered cmap (pixconv.c).
       Make pixGlobalNormalRGB() crash-proof (adaptmap.c).
       Tony Dovgal added ability to read jpeg comment (jpegio.c).

1.51   21 Oct 07
       Improved histogramming of gray and color images (pix3.c)
       Histogram statistics (numafunc.c).  Better handling of tiff
       formats, testing rle and packbits output and improving
       level 2 postscript conversion efficiency (readfile.c, psio.c).
       Test program for r/w and display of Sels (prog/seliotest.c).
       Use endiantest to determine automatically which flags to set
       when compiling for big- or little-endians (endiantest.c)
       Compute a color magnitude for each rgb pixel (colorcontent.c).
       Allow separate modification of hue and saturation (enhance.c).
       Global transform of color image for arbitrary white point (adaptmap.c).
   
1.50   07 Oct 07
       |||||||||||||||||||||||||||||||||||||||||||||||||||||||||
       NOTE CAREFULLY: The  image format enum in imageio.h has
       changed.  This is an ABI change, and it requires
       recompilation of the library.
       |||||||||||||||||||||||||||||||||||||||||||||||||||||||||
       Suggestions by David Bryan again resulted in several changes,
       including improvements to the dwa generating functions and interfaces.
       Major improvements for dwa code generation, including an
       optional filename for the output code, adding function prototypes
       to the code so it can easily be linked outside the library.
       Addition of 2-way composable dwa functions for bricks, with
       code addition to the library, and a new interpreter for dwa
       composable brick sequences  (fmorphauto.c, fhmtauto.c,
       morphtemplate1.c, hmttemplate1.c, morphdwa.c, dwacomb*.2.c, morphseq.c)
       Exhaustively tested in six programs (prog/binmorph*_reg,
       prog/dwamorph*_reg).
       New input modes for Sels, from both color bitmap editors
       and a simple file format (sel1.c).
       Better Sel generation functions in sel2.c, including combs for
       composable brick operations and linear bricks for comparison.
       Removed unnecessary copies for more efficient border add'n & removal. 
       Added RLE basline enc/dec for tiff.
       Binary morphology documentation on the web page updated for these
       changes/additions.
       William Rucklidge unrolled inner loops and added LUTs to
       speed up several more functions, including correlation
       (correlscore.c), centroid calculation (morphapp.c),
       2x linear interp grayscale scanning (scalelow.c),
       thresholding to binary (grayquantlow.c), and removal
       of colormaps to gray (pixconv.c).

1.49   23 Sep 07
       |||||||||||||||||||||||||||||||||||||||||||||||||||||||||
       NOTE CAREFULLY: The  image format enum in imageio.h has
       changed.  This is an ABI change, and it requires
       recompilation of the library.
       |||||||||||||||||||||||||||||||||||||||||||||||||||||||||
       Suggestions by David Bryan resulted in several changes.
       pixUnpackBinary() unpacks to all depths.
       Can now write and read tiff in LZW and ZIP (gzip) formats.
       These, like uncompressed tiff, work on all bit depths.
       Also enabled pnm 16 bpp r/w, both non-ascii and ascii.
       ioFormatTest() now has better coverage and clarity; this is
       used in prog/ioformats_reg.c.
       Rewrite of morphautogen code to implement opening and closing atomically.
       Cleaner interaction with new text templates (fmorphauto.c,
       fhmtauto.c, sarray.c, *template*.txt,).
       More regression testing (e.g., binmorph1_reg.c, binmorph3_reg.c).

1.48   30 Aug 07
       William Rucklidge sped up pixCorrelationScore() by in-lining
       all bit operations (jbclass.c).
       Generalized rank filtering from 8 bpp to color (rank.c).
       Fixed many functions that take a dest pix so that they don't fail if
       the dimensions or depth are not consistent with the src pix.
       The underlying change for this is to pixCopy() (pix1.c).
       Improved display of Sel as a pix; added selaDisplayInPix() to
       display all Sels in a Sela, orthogonal rotations of Sels (sel1.c).
       New functions for thinning and thickening while preserving connectivity
       and avoiding both free end erosion and dendritic cruft (ccthin.c,
       prog/ccthin1_reg.c, prog/ccthin2_reg.c).
       New function pixaDisplayTiledInRows() for compactly tiling pix
       in a pixa, plus documentation of different existing methods. (pixafunc.c)

1.47   22 Jul 07
       New brick rank order filter (rank.c, prog/ranktest.c, prog/rank_reg.c).
       Use mirror reflection b.c. to avoid special processing at
       boundaries (pix2.c).  Simple sobel edge detector (edge.c).
       Utility for assempling level 2 compressed images in PostScript
       (psio.c, prog/convertfilestops.c).  Enable read/write of 16 bpp,
       grayscale tiff (tiffio.c, pix2.c).
       New function for finding the number of c.c., which is a bit
         faster than finding the b.b. or the component images (conncomp.c)
       New functions for finding local extrema in grayscale image (seedfill.c)

1.46   28 Jun 07
       Added interpreted mode for color morphology (morphseq.c).
       In functions, make effort to consistently do early initialization
       of ptrs to objects returned on the heap.  This is to try to
       avoid letting functions return uninitialized objects, even if
       the return early because of bad input.
       Split pixa.c into 2 files; revised the component filtering
       in both pixafunc.c and boxfunc.c.  Added component filtering
       for "thin" components.
       Added subsampling functions for numa and pta.
       Word segmentation now works at both full and half resolution.
       Better methods for displaying and tiling (for debugging),
       using pixDisplayWrite(), pixaReadFiles() and pixaDisplayTiledAndScaled().

1.45   27 May 07
       Further improvements of orientation and mirror flip detection
       (flipdetect.c).  Added 2x rank downscaling and general integer
       replicative expansion (scale.c).  Simplified interface for
       averaging, and included tiled averaging, which is yet another
       integer reduction scaling function (pix3.c).

1.44   1 May 07
       Split pix2.c into (pix2.c, pix3.c), with basic housekeeping
       functions (e.g., ops on borders, padding) in pix2.c.
       Split numarray.c into (numabasic.c, numafunc.c), with
       constructors and accessors in numabasic.c.  Added a number
       of histogram, rank value and interpolation functions to numafunc.c.
       Add rms and rank difference comparison functions (compare.c).
       Separated orientation and mirror flip detection; fixed the latter
       (flipdetect.c).

1.43   24 Mar 07
       New and fixed functions for handling word boxes (classapp.c)
       More consistent use of L_* flags (e.g., sarray.h, morph.h)
       Morphology on color images (gray ops on each component) (colormorph.c)
       New methods for generating sels; we now have five methods in
       sel1.c and 3 others in selgen.c.  Also a function that
       displays Sels as an image, for use in documentation (sel1.c)
       New high-level converters, such as pixConvertTo8(), pixConvertTo32(),
        pixConvertLossless()   (pixconv.c)
       Identify regression tests, and rename them as prog/*_reg.c.
       Complete revision of plotting package (gplot.c)
       New functions for comparing pix (compare.c)
       New morph application functions, such as the ability to run a
       morph sequence separately on selected c.c. in an image, and
       a fast, quasi-tophat function (morphapp.c)
       Cleanup and new interfaces to border representations of c.c. (ccbord.c)
       Page segmentation application (pageseg.c)
       Better serialization with version control for all major structs.
       Morphological brick operations with 2-way composite sels (morph.c)

1.42   26 Dec 06
       New sorting functions, including 2-d sorting, for boxa and pixa,
       and functions that sort by index (e.g., pixa --> pixa and
       for 2d, pixa --> pixaa; ditto for boxa).  
       New accessors for pix dimensions.  A new strtokSafe() to
       substitute for strtok_r (utils.c).
       Page flip detection, using both rasterop and dwa morphology
       (flipdetect.c), with dwa generation (fliphmtgen.c) and testing
       (prog/fliptest.c).
       Increased basic sels from 42 to 52 (sel2.c).
       Better high-level interfaces for binary morphology with
       brick (separable) sels, both for rasterop (morph.c) and for
       dwa (morphdwa.c); fully tested for both asymmetric and
       symmetric b.c. (prog/morphtest3.c).  Faster area mapping
       reduction for power-of-2 scaling.

1.41   5 Nov 06
       Simplified morph enums, removing all unused ones (morph.h).
       Added new high-level interfaces for adaptive mapping (adaptmap.c).
       New method to extract color content of images (colorcontent.c).
       New method to generate sels from text strings, and to identify
       roman text that is not properly oriented (thanks to Adam Langley).
       Fast grayscale min/max (rank) scale reduction by integer factors.
       New accessors for box and sel, that should be used when possible.
       Thresholding grayscale mask by bandpass (grayquant.c).
       Use of strtok_r() for thread safety.

1.40   15 Oct 06
       Fixed xtractprotos for cygwin.  Minor fixes and improved documentation
       (baseline.c, conncomp.c, pix2.c, morphseq.c, pts.c, numarray.c,
       utils.c, skew.c).  Add ability to quantize an rgb image to a
       specified colormap (colorquant.c); tested in prog/cmapquanttest.c.
       Modifications to allow conditional compilation on MS VC++,
       and to allow I/O calls to be stubbed out (new files: *iostub.c,
       zlibmemstub.c, pstdint.h, arrayaccess.h.ms60)
 
1.39   31 Aug 06
       |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
       NOTE CAREFULLY:  There has been an interface change to make
       affine, bilinear and projective transforms more general.
       The implementation has been changed to allow them to handle
       all image types and to make them faster (esp. with both sampled
       and interpolated mapping on color images).
       |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
       Added prog/Makefile.mingw to build executables.  This is still
       in a relatively raw state.  It is necessary to download
       gnuwin32 packages for 4 libraries (jpeg, png, zlib, tiff)
       to link with leptonlib and the main, and I still have not
       been able to build static executables (they require jpeg2b.dll, etc.).

1.38   8 Aug 06
       |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
       NOTE CAREFULLY: There has been an interface change to both
       simplify and generalize the grayscale morphology operations:
           pixErodeGray(), pixDilateGray(), pixOpenGray(),
	   pixCloseGray(), pixTophat() and pixMorphGradient().
       The prototypes are not changed; old code will compile, but
       it will be wrong!  The old interface had a size and a type
       (horizontal, vertical, square).  The new interface takes
       horizontal and vertical Sel dimensions.
       |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
       For cross-compilation to make windows programs, you can use
       src/Makefile.mingw to make a windows version of the library.
       6x scale-to-gray function donated by Alberto Accomazzi.
       Interpreter added for sequence of grayscale morphological
       operations, including the tophat (morphseq.c).
       Pixacc container added to simplify the interface
       for accumulator arithmetic using Pix.
       Removed fmorph.c and fmorphlow.c from the library.  These are
       very limited and were deprecated in favor of fmorphauto(), which
       autogens the code from (nearly) any Sel.
       Fixed some of the gray morphology operations, which had errors
       on the boundary.  All gray morph ops should now be rigorously
       OK (graymorph.c).  For testing of graymorph dualities, the 
       the graymorph interpreter, etc., see prog/morphgraytest.c. 

1.37   10 Jul 06
       [After v.36 was released, Jeff Breidenbach built a Debian
       distribution of Leptonica based on v.36, and you can now get Leptonica
       as a Debian package.  Use "apt-cache search leptonica" to see
       what is available.]  The libraries are now combined into a single
       library (liblept.a, liblept.so) and the function prototypes are
       also in a single file (leptprotos.h).  cextract was found not
       to work on recent versions of linux that support 64 bit data types,
       and it is no longer distributed with leptonica.  Instead, I wrote
       a prototype extractor in leptonica (xtractprotos).  When you
       'make allprotos', it now uses this program.  The shared libraries
       now have major and minor numbers corresponding to the version.

1.36   17 Jun 06
       Line graphics generation (graphics.c) reorganized; separated out pta
       generation from rendering.  Can now render with alpha blending.
       Examples of use are given in prog/graphicstest.c.
       Sort functions for basic geometrical objects now have the option
       of returning a numa giving the sort order on the original array.
       The pixa sort can sort with either clones or copies of the pix.

1.35   21 May 06
       The efficiency of the multipage jbig unsupervised classifier is
       significantly improved due to a NumaHash struture implemented
       by Adam Langley.  Functions for computing runlength in 1 bpp
       images have been added.

1.34   7 May 06
       Completely rewrote the jbig unsupervised classifier.
       It now works on multiple pages, and is more accurate in performing
       visually lossless substitutions.  You can classify by connected
       components, characters, or words.  The old data structures
       and interfaces have been removed.  New unpackers from 1 to 2 and
       1 to 4 bpp, with and without colormaps in the dest.

1.33   18 Mar 06
       Generalized color snap to have different src and target colors,
       and to include colormaps (blend.c).  Distribute into root directory
       that specifies the version number (e.g., 1.33).  Add color
       space conversion between rgb and hsv.  Re-bundle thresholding
       code from (binarize*.c, dibitize*.c) to grayquant*.c.
       pixThreshold8() now also quantizes 8 bpp --> 8 bpp.
       High-level pixRotate() that optionally expands image sufficiently
       so that no pixels are lost in any sequence of rotations (rotate.c).
       Generalize shear to specify color of pixels brought in, including
       for in-place operation (shear.c, rotateshear.c).  Faster version of
       color rotation by area mapping, both about center and about UL corner.
       You can now use the standard color rotator (pixRotateAM) and get
       nearly the same speed as with the "Fast" one.

1.32   4 Feb 06
       Ability to specify a sequence of binary morphological
       (& binary reduction/expansion) operations in a single
       function (morphseq.c).  Fast downscaling combined with conversion
       from rbg to gray and to binary (scale.c).  Utility for
       segmenting images by color (colorseg.c).

1.31   7 Jan 06
       Remove more complicated functions that threshold to 2 bpp, 
       retaining the simplest interface.  Retest all thresholding and
       dithering.  Add "ascii" write of PNM.  Improve graphics writing
       of lines; generalize to colormaps.  New colorization functions
       (paintcmap.c, blend.c).

1.30   22 Dec 05
       Remove most instances of fprintf(stderr, ...), except within
       DEBUG or encapsulated in error, warning or info macros. 
       As a result, there is no output to stderr if NO_CONSOLE_IO is defined. 
       Adaptive mapping to make bg uniform (adaptmap.c).  A few bug fixes.
       New PostScript output functions for embedding PS files
       (prog/converttops).  Generalized some image enhancement functions.
       New functions for generating hit-miss sels.

1.29   12 Nov 05
       More flexible blending of two images, with and without colormaps
       (see blend.c).  Painting colormapped images through masks, etc
       (see paintcmap.c).  More flexible interface for gamma and
       contrast enhancement (see enhance.c).

1.28   8 Oct 05
       Removed all pix colormaps for 1 bpp.  Allow programmatic resetting
       of binary morphology boundary conditions.  Added (yet) another
       simple octcube color quantizer.  New colormap operations.

1.27   24 Sep 05
       Renamed many of the enums and typedefs to avoid namespace
       collisions.  This includes structs and typedefs for BMP.
       Interface change to pixClipRectangle(); apologies to everyone
       whose code is broken by these changes -- I hope it's worth it.
       Removed colormap.h; simplified all colormap usage, hiding details
       from all but a few colormap functions.  Am now saving file format
       in the pix when an image is read, and can by default write
       out in this format.  Resolution info added for jpeg and png.
       Added L_INFO* macros and l_info* fctns for printing
       (e.g., debugging) info.  Suggestions and code kindly
       supplied by Dave Bryan, who helped solve compatibility issues
       with MINGW32 (e.g., in timing and directory functions).
       Added some blending and linear TRC functions.
       Generalized pixEqual() to include all cases with and without
       colormaps.  New regression tests in prog: ioformats, equaltest.

1.26   24 Jul 05
       Generalized affine pointwise to do interpolation as well as
       sampling.  For both projective and bilinear transforms,
       implemented using both sampling and interpolation.
       Added function to remove keystoning by computing the necessary
       projective transform and doing it.  Also find baselines in text images.
       Added downscaling using accurate area-mapping over subpixels.

1.25   25 Jun 05
       Better endian conversion fctns for 2 and 4 byte words.
       Remove colormaps before converting by thresholds.
       Added functions to read header parameters for png and tiff.

1.24   5 Jun 05
       Added image splitting to allow printing in tiles (as several pages).
       Added new octree quantization function to generate 4 and 8 bpp
       colormapped output (not dithered).  Fixed bmp resolution.
       Added new flag for colormap removal (using dest depth based on
       src colormap).  Added I/O tests (prog/ioformats.c)

1.23   10 Apr 05
       Added thresholding from 8 bpp to 2 and 4 bpp, allowing specification
       of both the number of output levels and whether or not a colormap
       is made.

1.22   27 Mar 05
       Add pointer queue facility.  To demonstrate it, you can now
       generate a binary maze using a cellular automaton and find
       the shortest path between two points in the maze.  Add heap
       of pointers (keyed on the first field), which is used to
       implement a priority queue.  This is applied to search for
       a "least cost" path on a grayscale image (a generalization
       of a binary maze).

1.21   28 Feb 05
       Read/write of colormaps to file.  For gplot, add a new
       latex output terminal.  Bring ptrs into 21st century by
       including stdint.h, and using uintptr_t for the ptr address
       arithmetic in arrayaccess.*.  This seems to be OK back to
       RH 7.0, but if you run into trouble with an earlier
       C compiler, let me know.  Also, use enums for global
       constants whenever possible, and qualify named constants
       (e.g., ADD --> ARITH_ADD, HORIZ --> MORPH_HORIZ) to avoid
       possible interactions with other libraries.

1.20   31 Jan 05
       Speed up of tiffio and pngio with byte swap generating new pix.
       In textops.c, ability to split string into paragraphs, 
       in preparation for more general typesetting.
       Automatic hit-miss Sel generation for pattern matching.
       Fast downscaling using a lowpass filter and subsampling.
       Generalization of several grayscale and color operations
       to work on colormapped images.  Improved scale-to-gray and
       scaling reduction operations to be antialiased for best results.

1.19   30 Nov 04
       Additions to fileIO: (1) new jpeg reading options, such as
       returning warnings and scaled raster; (2) ability to write
       custom tiff flags.  Better tiling functions.
       Edge extraction, both with grayscale morphology
       and clipped convolution filters.  More general painting
       through a binary mask: pixSetMaskedGeneral().
       Unpacking from binary to 8, 16 and 32 bpp.  Thresholding
       and dithering from 8 bpp to 2 bpp ("dibitization").  New bitmap
       font facility, using a single rendered font in a variety of
       sizes: allows painting the text on an image (binary, gray, RGB).
       (People have asked for the ability to write text on images).

1.18   25 Aug 04
       Changed typedefs of built-in types to avoid possible conflicts.
       Cleaned up and tested all programs in the prog directory.
       Simplified and fixed the pixSetMasked() and pixCombineMasked()
       functions.

1.17   31 May 04
       Implemented distance function for 16 bpp.  We can now generate
       out 16 bpp PNG.  Simple programs for generating PS from a
       directory of g4tiff or jpeg images.  Changed implementation of
       erosion to allow either asymmetric or symmetric boundary conditions.
       The distinction is described on the binary morphology web page.
       Allow read/write of multipage TIFF files.  Implemented
       read/write of PNM files.

1.16   31 Mar 04
       New depth conversion functions, improved conversion to false color,
       new contour rendering (onto 1 bpp or onto the src grayscale image),
       new orthogonal rotations, better interface for doing arithmetic
       on 2-d arrays using a pix, improved distance function.

1.15   31 Jan 04
       Fast interpolated color rotation with 4x4 subpixels; has
       nearly the accuracy of the slower method using 16x16 subpixels.
       Demonstration of line removal from grayscale sketch in
       prog/lineremoval.c.  Conversion of grayscale to false color.
       Fixed shear and rotation functions to handle angle = 0.0 properly.
       Other small fixes and interface improvements.

1.14   30 Nov 03
       Small implementation changes to list.c.  Better sorting
       routines for number arrays (numa), plus sorting for box
       arrays (boxa) and pix arrays (pixa).  PostScript wrapper
       for jpeg.  Better handling of colormaps, and a simple
       function to convert an RGB pix with not more than 256
       colors to the smallest colormapped pix.  PS output wrappers
       for JFIF JPEG and TIFF G4 files.  Comments compatible
       with doxygen for automatic documentation.

1.13   31 Oct 03
       Cleaned up documentation in src.  Made libraries and test programs
       ANSI C++ compliant.  Added special cases to rasterops for
       alignment to word boundaries.  Fixed pngio.c to work with
       most recent libpng (1.2.5).

1.12   30 Jun 03
       Implemented border chain representation from a binary image,
       writes/reads a compressed version, and renders the original
       image back from the borders.   Also writes outline file out
       in svg format.  Number arrays (numa) and point arrays (pta)
       are also extended to 2nd level arrays (numaa, ptaa).
       Serialized I/O for boxa, pta, and pixa.

1.11   31 May 03
       Implemented generic list handling, for doubly-linked
       list cons cells and arbitrary objects.

1.10   14 Apr 03
       Implemented simple image enhancements in gray and color:
       gamma correction, contrast enhancement, unsharp masking.
       Extended smoothing via block convolution to color.
       Implemented auto-gen'd DWA version of hit-miss transform;
       the code for generating these hmt routines is very similar to
       that for DWA auto-gen'd erosion and dilation.
       
1.9    28 Feb 03
       Implemented a safe, expandable byte queue.  As an example of
       its use, implemented memory-to-memory compression and decompression
       using zlib.  Generalized PS write to include RGB color.
       Implemented a method to find image skew.

1.8    31 Jan 03
       Implemented a simple 1-pass color quantization with dithering,
       and improved the 2-pass octree color quantization.
       Documented with an application page, that includes jbig2.
       Added new general sampling operations and made a table
       that summarizes the available scaling operations.

1.7    31 Dec 02
       Added pixHtmlViewer(), a formatter that allows portable viewing of
       a set of images (like a slide show) in a browser.
       Implemented better octree color quantization, with variable
       number of colors, pruning the octree for good color clusters,
       and fast traversal for pixel assignment to colormap.

1.6    30 Nov 02
       Generalized shear and shear rotation to arbitrary locations
       about which the operation is performed.  Implemented in-place
       translation using pixRasteropIP().  Implemented arbitrary
       affine transform of image two ways: pointwise and sequential.
       Added binarization by error diffusion.  Added simple color
       quantization by octree.

1.5    31 Oct 02
       Put jpeglib.h in local directory.  This, along with the jmorecfg.h
       file there prevents compiler warnings about redefined typedefs.
       Compiled everything with g++ to make strictly ansi C compatible.
       Added interface gplotFromFile() for simple file-based plotting with 
       gnuplot 3.7.2.   Added functions to convert 2, 4 and 8 bpp
       color-mapped (i.e., palletted) images to 24 bpp color or
       8 bpp grayscale.  Added several jbig2 application cores that
       only require a simple wrapper to make into programs.

1.4    30 Sep 02
       Added interface to gnuplot 3.7.2 and to x11 display of images. 
       Added new functions with arrays of images for use in applications
       such as jbig2 encoders, along with a simple jbig2 implementation
       using either hausdorff or correlation scoring.  Added centroid
       finder for images.  For accessing image arrays from arrays of
       image arrays, added a "new reference" (NEW_REF) flag, with a
       ref count attached to the array.  Added power-of-2 binary
       expansion and reduction.

1.3    30 Jun 02
       Extended connected components to 8.  Added morphological
       operations tophat and hdome, along with clipped arithmetic
       operators on grayscale images.  Fixed memory error in
       rasteropGeneralLow() that was found using valgrind.
       Tested most operations with valgrind for memory errors.
       Replaced integer arrays with number arrays, to include floats.
       Added arithmetic functions on grayscale images.

1.2    30 May 02
       Added connected component utility, stack utility, pix arrays,
       line drawing and seed filling.  Binary reconstruction,
       both morphological and raster-oriented, are now supported
       for 4 and 8 connected fills.  Added the distance function
       on binary images, grayscale reconstruction, and grayscale
       morphology using the Gil-Werman method.

1.1    30 Apr 02
       Added orthogonal rotations, binary scaling, PS output,
       binary reconstruction, integer arrays, structuring element
       input/output.

1.0    25 Feb 02
       Initial distribution, with rasterops, binary morphology (two
       implementations: rasterops and dwa), affine transforms
       (translation, shear, scaling, rotation), fast convolution,
       and basic i/o (BMP, PNG and JPEG).