camlspotter-camlimages-e471b3c4470d/.hg_archival.txt0000644000000000000000000000017212405272062020460 0ustar 00000000000000repo: e37886d73a98029822983bee73a2d90ceb4b298b node: e471b3c4470d1515267d42047085f7d7b5630502 branch: for_4.02 tag: 4.2.0 camlspotter-camlimages-e471b3c4470d/.cvsignore0000644000000000000000000000025512405272062017374 0ustar 00000000000000config.log config.status config.cache config.h Makefile.config Makefile.build customtop Makefile Makefile.in aclocal.m4 autom4te.cache configure install-sh missing stamp-h1 camlspotter-camlimages-e471b3c4470d/.hgignore0000644000000000000000000000124312405272062017175 0ustar 00000000000000\.apt-installed .*\.cm[a-z]+$ .*~$ \.(sp[io]t|annot|o|cm[a-z]+|orig|omc|lock|a|so)$ \.(byt|opt|run)$ \.omakedb$ \.depend$ CVS/.* autom4te\.cache/.* \.\# ^missing$ stamp-h1$ config\.status$ config\.log$ config\.h$ src/camlimages\.ml$ src/META$ doc/eng\.html doc/sphinx/_build test/out\.image$ test/test$ test/jpgexif$ test/jpgmark$ test/test2$ examples/converter/converter$ examples/converter-external/converter$ examples/crop/crop$ examples/edgedetect/edge$ examples/gifanim/gifanim$ examples/imgstat/imgstat$ examples/liv/liv$ examples/monochrome/monochrome$ examples/normalize/normalize$ examples/resize/resize$ examples/tiffps/tiffps$ examples/ttfimg/ttfimg$ \.svn/ camlspotter-camlimages-e471b3c4470d/.hgtags0000644000000000000000000000066712405272062016661 0ustar 00000000000000ee82aa9b74ac04d5c8ee2e49825f96b4bc3f032c camlimages-4.0.0 ff3f1ccc87431ff26bf9dda1495c953505ecbd23 v4.0.1 ff3f1ccc87431ff26bf9dda1495c953505ecbd23 v4.0.1 0000000000000000000000000000000000000000 v4.0.1 0000000000000000000000000000000000000000 v4.0.1 c803efa9d5d33b908069f27f49b876e35853a708 v4.0.1 f650e32ed440423e2290e1ef819aecd8c99375bc 4.1.3 f650e32ed440423e2290e1ef819aecd8c99375bc 4.1.3 71025db891bd826fc1d608c2b52b8b9d3afdd218 4.1.3 camlspotter-camlimages-e471b3c4470d/Changes.txt0000644000000000000000000000631612405272062017511 0ustar 000000000000004.2.0 * OCaml 4.02.0 string/bytes fix 4.1.2 * GIF lib version 5 support * clang related compilation fixes 4.1.1 * omake --config clean up * pkg-config is now used if exists in order to seek external libraries 4.1.0 * bmp was not linked with examples. Since bmp is pure ML libarary, you may need to add -linkall to linker command to your build script, otherwise the module is silently ignored. * bmp 32bit RGBA is now supported * added jpeg marker load/saving (not tested well) * added exif support (you need libexif) ! refactored ocamlfind package names (probably introduce some incompatibility) * removed unused old configure and make scripts * Applied GODI's patches. Now omake takes the following variable definitions: - INCLUDES - LDFLAGS - NATIVE_ENABLED - ARG_WANT_XXX - ARG_PATH_GS - ARG_FREETYPE_CONFIG If they are not defined, some default values are deduced. 4.0.2 * ppm save was somehow disabled. 4.0.1 * Minor bug fixes, patch submitted by Damien Doligez 4.0.0 * Stop supporting the autoconf build. (It might works though.) * Instead of autoconf, using omake and ocamlfind * Subpackages: no need to link codes for uninterested format. * Stop supporting lablgtk1 - Ximage2 module is now Ximage, and the older Ximage is removed - OXimage2 module is now OXimage, and the older OXimage is removed 3.2.0 * Misnamed version. It should have been 3.0.3 or something. * Small bug fix for image load memory allocation vulnerability 3.0.2 * O'Caml 3.11 port. * Integer overflow vulnerability fix for pngread.c 3.0.1 * Alpha channel support for png images. 3.0.0 * new version numbering scheme * autoconf and makefiles cleanup * fix examples compilation 2.2.1 * Now compiling with -warn-error -A 2.2 * complete code review and rewriting * the main module, originally named "Image" is now "Images". * the whole set of compiled files are now installed in the library * a new export for the Ps module: get_bounding_box : string -> bounding_box returns the bounding box option of a postscript file image. 2.12 * O'Caml 3.07 port. Added support for lablgtk2. 2.11 * bug fix release 2.01 * bug fix at load_Glyph at freetype1/ftintf.c 2.00 * O'Caml 3.03 dll support. (This and later versions of camlimages will not work with the older O'Camls). * Better support for giflib library 1.03 * Image.save takes the image format now as an option. 1.02 * added CMYK (Cyan Magenta Yellow and blacK) color space (even though we have no trivial good color conversion between CMYK and RGB) * added RGBA (RGB with the Alpha channel) and CMYK images * Colorhist * Unit * Geometry * (Jpeg now supports CMYK image reading and writing) * Postscript 1.01 * fix for O'Caml 3.00 + lablgtk 1.00 * bitmap cache files finalization is now standard. * bug fixes 1.0 * Initial distribution revision camlspotter-camlimages-e471b3c4470d/INSTALL.rst0000644000000000000000000000515712405272062017242 0ustar 00000000000000========================================================= CamlImages - Objective Caml image processing library ========================================================= Requirements ================= To install CamlImages library, you need the following softwares: * OCaml 4.01.0 or higher * Findlib (aka ocamlfind, http://www.camlcity.org/archive/programming/findlib.html ) * OMake ( http://omake.metaprl.org/index.html ) Note that this is the minimum requirement: you can read/write BMP or PXM (PPM, PGM, PBM) image formats but no other formats. If you want to deal with other image formats, you need to install the corresponding external libraries: * libpng for PNG format * libjpeg for JPEG format * libexif for EXIF tags in JPEG files * libtiff for TIFF format * libxpm for XPM format (could be already by the X server installation) * freetype for drawing texts using truetype fonts * libungif/libgif for GIF format * ghostscript for PS format * lablgtk2, an OCaml interface to gtk+ Installation ===================================== :: % yes no | omake --install % omake --configure % omake install At omake --configure, you can specify CFLAGS and LDFLAGS to add extra header and library search paths respectively. For example,:: % omake --configure CFLAGS="-I /usr/include/libexif" LDFLAGS="-L/opt/blah" List of configurable variables --------------------------------- CFLASG, INCLUDES, LDFLAGS: as usual. ARG_WANT_=bool Without specifying ARG_WANT_, omake --configure automatically searches the availability of and enables it when found. If ARG_WANT_=0, the feature is not checked, and disabled. If ARG_WANT_=1, the feature must exist and is enabled. If omake fails to find the feature, the entire build fails. Currently the following features are available: GIF, PNG, JPEG, EXIF, TIFF, XPM, GS, LABLGTK2, GRAPHICS, FREETYPE ARG_PATH_PKG_CONFIG=string ARG_PATH_FREETYPE_CONFIG=string ARG_PATH_GS=string PATH of external commands like pkg-config, freetype-config and gs Without specifying, omake tries to find them in the PATH. Test ---- Before you actually install the library, you can check that it really works, by running examples in the test directory. For the test programs,:: % cd test % omake % ./test % ./test.run (./test.run is the bytecode executable and ./test the binary executable). Where to report building issues? ========================================================== https://bitbucket.org/camlspotter/camlimages/issues?status=new&status=open camlspotter-camlimages-e471b3c4470d/License.txt0000644000000000000000000006346412405272062017532 0ustar 00000000000000This CamlImages library (the Library) is distributed under the terms of the GNU Library General Public License version 2 (included below). As a special exception to the GNU Library General Public License, you may link, statically or dynamically, a "work that uses the Library" with a publicly distributed version of the Library to produce an executable file containing portions of the Library, and distribute that executable file under terms of your choice, without any of the additional requirements listed in clause 6 of the GNU Library General Public License. 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You should have received a copy of the GNU Library General Public License along with this library; if not, write to the Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA Also add information on how to contact you by electronic and paper mail. You should also get your employer (if you work as a programmer) or your school, if any, to sign a "copyright disclaimer" for the library, if necessary. Here is a sample; alter the names: Yoyodyne, Inc., hereby disclaims all copyright interest in the library `Frob' (a library for tweaking knobs) written by James Random Hacker. , 1 April 1990 Ty Coon, President of Vice That's all there is to it! camlspotter-camlimages-e471b3c4470d/OMakefile0000644000000000000000000002560712405272062017163 0ustar 00000000000000#*********************************************************************# # # # Caml Images # # # # Fran輟is Pessaux, projet Cristal, INRIA Rocquencourt # # Pierre Weis, projet Cristal, INRIA Rocquencourt # # Jun Furuse, projet Cristal, INRIA Rocquencourt # # # # Copyright 1999-2004, # # Institut National de Recherche en Informatique et en Automatique. # # Distributed only by permission. # # # #*********************************************************************# include OMyMakeroot ############################################################## Warnings # For release, -warn-error should not be put OCAMLFLAGS= -w A-4-9-40-42-44-45-37-41-48 # For the development, -warn-error A is turned on if $(file-exists DEV) OCAMLFLAGS += -warn-error A export ########################################## External arguments # Specify directories where X's rgb.txt can be found PATH_RGB_TXT[]= /etc/X11 /usr/share/X11 ######################################################################## VERSION=4.2.0 # for src/META PACKAGE_NAME=camlimages PACKAGE_VERSION=$(VERSION) OCAMLMKLIB=ocamlmklib ##################################################### Auto configuration with_default(def, varname) = if $(not $(defined $(varname))) return $(def) else getvar($(varname)) true_if_not_defined(var)= with_default(true, $(var)) failwith_if_defined(var, msg) = if $(defined $(var)): eprintln(Error: $(msg)) exit 1 get_have(varname) = with_default(false, this.HAVE_$(varname)) # this required get_support(varname) = with_default(false, this.SUPPORT_$(varname)) # this required # CFLAGS_xxx and LDFLAGS_xxx must exist get_flags(varname) = cflags = $(getvar this.CFLAGS_$(varname)) ldflags = $(getvar this.LDFLAGS_$(varname)) value $(string $(cflags) $(ldflags)) print_configured() = println(--- Configuring) println(wordsize $(WORD_SIZE)) println(--- C libraries) println(libgif: $(get_have GIF)) println(libpng: $(get_have PNG)) println(libjpeg: $(get_have JPEG)) println(libexif: $(get_have EXIF)) println(libtiff: $(get_have TIFF)) println(libxpm: $(get_have XPM)) println(libz: $(get_have Z)) println(--- Subpackages) println(gif: $(get_support GIF) \($(get_flags gif)\)) println(png: $(get_support PNG) \($(get_flags png)\)) println(jpeg: $(get_support JPEG) \($(get_flags jpeg)\)) println(exif: $(get_support EXIF) \($(get_flags exif)\)) println(tiff: $(get_support TIFF) \($(get_flags tiff)\)) println(xpm: $(get_support XPM) \($(get_flags xpm)\)) println(freetype: $(get_support FREETYPE) \($(PATH_FREETYPE_CONFIG)\) \($(get_flags freetype)\)) println(ps: $(get_support PS) \($(PATH_GS)\)) println(rgb.txt: $(get_support RGB_TXT) \($(string $(PATH_RGB_TXT))\)) println(lablgtk2: $(get_support LABLGTK2)) println(graphics: $(get_support GRAPHICS)) println(--- Summary) println(supported subpackages: $(string $(SUPPORTED_SUBPACKAGES))) println(supported formats: $(string $(SUPPORTED_FORMATS))) println(supported non-formats: $(string $(SUPPORTED_NON_FORMATS))) println(---) .STATIC: # Variables must be initialized inside .STATIC, if they should be # exported out. if $(not $(OCAMLFIND_EXISTS)) eprintln(This project requires ocamlfind\, but is was not found.) eprintln(You need to install ocamlfind and run "omake --configure".) exit 1 OCAMLMKLIB_EXISTS = $(CheckProg $(OCAMLMKLIB)) if $(not $(OCAMLMKLIB_EXISTS)) eprintln(This project requires ocamlmklib, but is was not found.) eprintln(You need to install ocamlmklib and run "omake --configure".) exit 1 BYTE_ENABLED=1 if $(not $(defined NATIVE_ENABLED)): setvar(public.NATIVE_ENABLED, 1) export WORD_SIZE = $(Word_size) # Image formats implemented using external libraries or binaries FORMATS= gif png jpeg exif tiff xpm ps # Image formats with necessary libraries supported SUPPORTED_FORMATS[]= # GUI/font rendering libraries supported SUPPORTED_NON_FORMATS[]= # SUPPORTED_FORMATS + SUPPORTED_NON_FORMATS SUPPORTED_SUBPACKAGES[]= # OCaml packages found likable OCAMLPACKS[]= # pkg-config if $(true_if_not_defined ARG_WANT_PKG_CONFIG) if $(defined ARG_PATH_PKG_CONFIG): PATH_PKG_CONFIG = $(ARG_PATH_PKG_CONFIG) export else PATH_PKG_CONFIG = $(Check_prog_in_path pkg-config) export export # Zlib HAVE_Z = $(Check_header_library z, zlib.h, zlibVersion) # GIF CFLAGS_gif= LDFLAGS_gif= SUPPORT_GIF=false if $(true_if_not_defined ARG_WANT_GIF) if $(not $(pkg_config_between_vers gif, libgif, 4.0.0, 5.0.0)) HAVE_GIF = $(Check_header_library gif, gif_lib.h, DGifOpenFileName) SUPPORT_GIF = $(HAVE_GIF) if $(SUPPORT_GIF) LDFLAGS_gif=-lgif export else failwith_if_defined(ARG_WANT_GIF, gif requested but not found) export if $(SUPPORT_GIF) SUPPORTED_FORMATS+=gif export export # PNG CFLAGS_png= LDFLAGS_png= SUPPORT_PNG=false if $(true_if_not_defined ARG_WANT_PNG) # we need a separate statement to get the vars defined in pkg_config reflected. res=$(pkg_config png, libpng) if $(not $(res)) HAVE_PNG = $(Check_header_library png, png.h, png_create_read_struct) SUPPORT_PNG = $(and $(HAVE_Z) $(HAVE_PNG)) if $(SUPPORT_PNG) LDFLAGS_png=-lpng -lz export else failwith_if_defined(ARG_WANT_PNG, png requested but not found) export if $(SUPPORT_PNG) SUPPORTED_FORMATS+=png export export # JPEG CFLAGS_jpeg= LDFLAGS_jpeg= SUPPORT_JPEG=false if $(true_if_not_defined ARG_WANT_JPEG) res=$(pkg_config jpeg, libjpeg) if $(not $(res)) HAVE_JPEG = $(Check_header_library jpeg, jpeglib.h, jpeg_read_header) SUPPORT_JPEG = $(HAVE_JPEG) if $(SUPPORT_JPEG) LDFLAGS_jpeg=-ljpeg export else failwith_if_defined(ARG_WANT_JPEG, jpeg requested but not found) export if $(SUPPORT_JPEG) SUPPORTED_FORMATS+=jpeg export export # EXIF CFLAGS_exif= LDFLAGS_exif= SUPPORT_EXIF=false if $(true_if_not_defined ARG_WANT_EXIF) res=$(pkg_config exif, libexif) if $(not $(res)) HAVE_EXIF = $(Check_header_library exif, exif-data.h, exif_data_load_data) SUPPORT_EXIF = $(HAVE_EXIF) if $(SUPPORT_EXIF) LDFLAGS_exif=-lexif export else failwith_if_defined(ARG_WANT_EXIF, exif requested but not found) export if $(SUPPORT_EXIF) SUPPORTED_FORMATS+=exif export export # TIFF CFLAGS_tiff= LDFLAGS_tiff= SUPPORT_TIFF=false if $(true_if_not_defined ARG_WANT_TIFF) res=$(pkg_config tiff, libtiff-4) if $(not $(res)) HAVE_TIFF = $(Check_header_library tiff, tiff.h, TIFFOpen) # CR jfuruse: libtiff depends on jpeg and z too, which are required for -static. # Impossible to resolve all the cases: # the current OCaml cma has no capability to have different lib flags for dyn and static SUPPORT_TIFF = $(HAVE_TIFF) if $(SUPPORT_TIFF) LDFLAGS_tiff=-ltiff export else failwith_if_defined(ARG_WANT_TIFF, tiff requested but not found) export if $(SUPPORT_TIFF) SUPPORTED_FORMATS+=tiff export export # XPM CFLAGS_xpm= LDFLAGS_xpm= SUPPORT_XPM=false if $(true_if_not_defined ARG_WANT_XPM) res=$(pkg_config xpm, xpm) if $(not $(res)) HAVE_XPM = $(Check_header_library Xpm, X11/xpm.h, XpmReadFileToXpmImage) SUPPORT_XPM = $(HAVE_XPM) if $(SUPPORT_XPM) LDFLAGS_xpm=-lXpm export else failwith_if_defined(ARG_WANT_XPM, xpm requested but not found) export if $(SUPPORT_XPM) SUPPORTED_FORMATS+=xpm export export # PS CFLAGS_ps= LDFLAGS_ps= SUPPORT_PS=false if $(true_if_not_defined ARG_WANT_GS) if $(defined ARG_PATH_GS): PATH_GS = $(ARG_PATH_GS) SUPPORT_PS=true export else PATH_GS=$(Check_prog_in_path gs) SUPPORT_PS=$(if $(PATH_GS), true, false) export if $(SUPPORT_PS) SUPPORTED_FORMATS+=ps export else failwith_if_defined(ARG_WANT_GS, ps requested but not found) export # LABLGTK2 CFLAGS_lablgtk2= LDFLAGS_lablgtk2= SUPPORT_LABLGTK2=false if $(true_if_not_defined ARG_WANT_LABLGTK2) SUPPORT_LABLGTK2 = $(Check_ocamlfind_package lablgtk2) if $(SUPPORT_LABLGTK2) SUPPORTED_NON_FORMATS+=lablgtk2 OCAMLPACKS+=lablgtk2 export else failwith_if_defined(ARG_WANT_LABLGTK2, lablgtk2 requested but not found) export # GRAPHICS CFLAGS_graphics= LDFLAGS_graphics= SUPPORT_GRAPHICS=false if $(true_if_not_defined ARG_WANT_GRAPHICS) # CR: ocamlfind registers graphics even if not available SUPPORT_GRAPHICS = $(Check_ocamlfind_package_compilation graphics, Graphics) if $(SUPPORT_GRAPHICS) SUPPORTED_NON_FORMATS+=graphics OCAMLPACKS+=graphics export else failwith_if_defined(ARG_WANT_GRAPHICS, graphics requested but not found) export # FREETYPE CFLAGS_freetype= LDFLAGS_freetype= SUPPORT_FREETYPE=false if $(true_if_not_defined ARG_WANT_FREETYPE) PATH_FREETYPE_CONFIG= if $(defined ARG_PATH_FREETYPE_CONFIG): PATH_FREETYPE_CONFIG = $(ARG_PATH_FREETYPE_CONFIG) SUPPORT_FREETYPE = true export else PATH_FREETYPE_CONFIG = $(Check_prog_in_path freetype-config) SUPPORT_FREETYPE=$(if $(PATH_FREETYPE_CONFIG), true, false) export if $(SUPPORT_FREETYPE) # println(SUPPORT_FREETYPE=$(SUPPORT_FREETYPE)!) CFLAGS_freetype= $(shell $(PATH_FREETYPE_CONFIG) --cflags) LDFLAGS_freetype= $(shell $(PATH_FREETYPE_CONFIG) --libs) export if $(SUPPORT_FREETYPE) SUPPORTED_NON_FORMATS+=freetype export else failwith_if_defined(ARG_WANT_FREETYPE, freetype requested but not found) export SUPPORTED_SUBPACKAGES= $(SUPPORTED_FORMATS) $(SUPPORTED_NON_FORMATS) SUPPORT_RGB_TXT = $(Check_file_in_path $(PATH_RGB_TXT), rgb.txt) PATH_RGB_TXT = $(WHERE) print_configured() # for config.h CGeneratedFiles(config.h) section: PACKAGE=\"camlimages\" PACKAGE_BUGREPORT=\"jun.furuse@gmail.com\" PACKAGE_NAME=$(PACKAGE) PACKAGE_STRING=\"camlimages $(VERSION)\" PACKAGE_TARNAME=$(PACKAGE) PACKAGE_VERSION=\"$(VERSION)\" SIZEOF_LONG=$(WORD_SIZE) VERSION=$(PACKAGE_VERSION) ConfReplaceConfigH(config.h) .PHONY: configure configure: .SUBDIRS: src test examples camlspotter-camlimages-e471b3c4470d/OMakeroot0000644000000000000000000000012112405272062017207 0ustar 00000000000000open build/C open build/OCaml open build/LaTeX DefineCommandVars() .SUBDIRS: . camlspotter-camlimages-e471b3c4470d/OMyMakeroot0000644000000000000000000001741012405272062017526 0ustar 00000000000000#*********************************************************************# # # # Caml Images # # # # Fran輟is Pessaux, projet Cristal, INRIA Rocquencourt # # Pierre Weis, projet Cristal, INRIA Rocquencourt # # Jun Furuse, projet Cristal, INRIA Rocquencourt # # # # Copyright 1999-2004, # # Institut National de Recherche en Informatique et en Automatique. # # Distributed only by permission. # # # #*********************************************************************# DefineCommandVars() ######################################################################## tools USE_OCAMLFIND = true OCAML_WHERE = $(shell ocamlc -where) ##################################################################### configure open configure/Configure public.CheckCLib(libs, funs) = # This is broken in omake: LDFLAGS += $(addprefix -l, $(libs)) program = $""" #ifdef __cplusplus extern "C" #endif #pragma warning( disable : 4100 ) /* Override any gcc2 internal prototype to avoid an error. */ $(add-wrapper $(nl)extern char , $'();', $(funs)) int main(int argc, char **argv) { /* Usage */ $(add-wrapper $(nl) , $'();', $(funs)) return 0; } """ #echo "program = $(program)" return $(TryLinkC $(program)) Check_header_library(xlib, xheader, xfunc) = return $(and $(VerboseCheckCHeader $(xheader)), $(VerboseCheckCLib $(xlib), $(xfunc))) Have_library(libname, lib, header, func) = setvar(this.HAVE_$(libname), $(Check_header_library $(lib), $(header), $(func))) export Check_ocamlfind_package(package) = ConfMsgChecking($(package)) ConfMsgFound($(shell-success ocamlfind query $(package))) where1(com) = WHERE = $(where $(prog)) if $(WHERE) value $(nth 0, $(WHERE)) else value # export $(WHERE) Check_prog_in_path(prog) = ConfMsgChecking(for $(prog)) WHERE = $(where1 $(prog)) if $(WHERE) ConfMsgResult(found $(WHERE)) return $(WHERE) else ConfMsgResult(FAILED - no $(prog) found) return false # export $(WHERE) Check_file_in_path(path, file) = ConfMsgChecking(for $(file)) WHERE = $(find-in-path-optional $(path), $(file)) export WHERE if $(WHERE) WHERE = $(nth 0, $(WHERE)) export WHERE ConfMsgResult(found $(WHERE)) return true else WHERE = export WHERE ConfMsgResult(FAILED - no $(file) found) return false export WHERE # Return the size of word in bytes. Uses omake's arithmetic which depends # on OCaml's int Word_size() = if $(lt $(add $(int 1073741823) $(int 1)), $(int 0)) value 4 else value 8 Check_ocamlfind_package_compilation(package, module) = ConfMsgChecking($(package) compilability: open $(module)) tmp_ml = $(file $(tmpfile omake, .ml)) ConfMsgChecking($(tmp_ml)) tmp = $(file $(replacesuffixes .ml, $"$(EMPTY)", $(tmp_ml))) command[] = $(OCamlC) -warn-error -a -c -package $(package) $(tmp_ml) println($(string $(command))) # The program program = $"""(* Configuration file; you can remove this. *) open $(module) """ # Compile it fprint($(tmp_ml), $(program)) protected.result = $(shell-success-null $(command)) rm -f $(tmp_ml) $(tmp).cmi $(tmp).cmo $(tmp)$(EXE) return $(ConfMsgYesNo $(result)) #################################################################### build rule # annot, spot, spit files %.annot %.spot: %.ml %.cmi $(OCamlC) -c $< %.spit: %.mli $(OCamlC) -c $< # of course it only works with unix OCamlMkLibC(name, files, ldflags) = protected.COBJS=$(addsuffix .o, $(files)) dll$(name).so lib$(name).a: $(COBJS) $(OCAMLMKLIB) -o $(name) $(LDFLAGS) $(ldflags) $(COBJS) return $(array dll$(name).so, lib$(name).a) # If ocamlmklib does not work for you, you can do: # 1. Put -verbose switch to the above call of $(OCAMLMKLIB) and see the command. # 2. Tweak the commands ocamlmklib invokes for you environment. # 3. Redefine OCamlMklibC with the tweaked commands. # For example, in Linux, # # OCamlMkLibC(name, files, ldflags) = # protected.COBJS=$(addsuffix .o, $(files)) # dll$(name).so lib$(name).a: $(COBJS) # # Change the following # $(CC) -shared -o dll$(name).so $(LDFLAGS) $(ldflags) $(COBJS) # ar rc lib$(name).a $(COBJS); ranlib lib$(name).a # # Upto here # return $(array dll$(name).so, lib$(name).a) ################################################################ config replace ConfReplaceAt(file)= $(file): $(file).in section: # I dunno but section is required stdout = $(fopen $(file), w) fsubst($(file).in) case $"@\([A-Z0-9_]+\)@" g if $(defined $1) getvar($1) else value false close($(stdout)) ConfReplaceConfigH(file)= $(file): $(file).in section: # I dunno but section is required stdout = $(fopen $(file), w) fsubst($(file).in) case $"#undef \([A-Z_0-9]+\)" g try v=$(getvar $1) value $"#define $1 $(v)" default value $"/* undef $1 */" close($(stdout)) ##################################################################### directory ROOT = $(dir .) SRCDIR = $(ROOT)/src ################################################################### local build Subpackages_available(packs) = sequence-forall($(fun elem, $(mem $(elem), core all_formats supported $(SUPPORTED_SUBPACKAGES))), $(packs)) BuildExample(namex, modules, packages) = .PHONY: clean if $(Subpackages_available $(packages)) subs=core $(packages) # the library is created with -dllib: no -custom required OCAML_BYTE_LINK_FLAGS= -linkall OCAML_NATIVE_LINK_FLAGS= -linkall OCAMLINCLUDES += $(SRCDIR) OCAML_LIBS+= $(addprefix $(SRCDIR)/camlimages_, $(subs)) OCAML_BYTE_LINK_FLAGS+=-dllpath $(SRCDIR) OCAMLPACKS[]+=unix # exif requires unix export .DEFAULT: $(OCamlProgram $(namex), $(modules)) # too verbose # else # println(Warning: $(namex) is not built: it requires $(string $(packages))) # println(Warning: Supported: $(string all_formats supported $(SUPPORTED_SUBPACKAGES))) clean: rm -f $(filter-proper-targets $(ls R, .)) *.cmt* *.sp*t export ############################################################################### pkg_config(name, libname) = ConfMsgChecking(for $(libname) by pkg-config) if $(and $(defined this.PATH_PKG_CONFIG), $(equal 0, $(shell-code $(PATH_PKG_CONFIG) $(libname)))) # this is required since it is called in .STATIC setvar(this.LDFLAGS_$(name), $(shell $(PATH_PKG_CONFIG) --libs $(libname))) setvar(this.CFLAGS_$(name), $(shell $(PATH_PKG_CONFIG) --cflags $(libname))) setvar(this.SUPPORT_$(uppercase $(name)), true) setvar(this.HAVE_$(uppercase $(name)), true) ConfMsgResult(found) export value true else ConfMsgResult(failed $(PATH_PKG_CONFIG) $(libname)) value false export # PATH_PKG_CONFIG must be well defined pkg_config_version(libname) = value $(shell $(PATH_PKG_CONFIG) $(libname) --modversion) pkg_config_between_vers(name, libname, min_ver, too_high_ver) = if $(pkg_config $(name), $(libname)) ConfMsgChecking($(libname): $(min_ver) <= version < $(too_high_ver)) ver=$(pkg_config_version $(libname)) if $(and $(le $(cmp-versions $(min_ver), $(ver)), 0), $(lt $(cmp-versions $(ver), $(too_high_ver)), 0)) ConfMsgResult($(ver) ... yes) value true export else ConfMsgResult($(ver) ... no) value false # do not export export else value false export camlspotter-camlimages-e471b3c4470d/README.md0000644000000000000000000001217412405272062016656 0ustar 00000000000000======================================================== CamlImages - Objective Caml image processing library ======================================================== The latest released version is 4.1.3. ======================================================== Note: This library is currently under development. ======================================================== What is CamlImages ? ======================================================== This is an image processing library, which provides some basic functions of image processing and loading/saving various image file formats. In addition the library can handle huge images that cannot be (or can hardly be) stored into the memory (the library automatically creates swap files and escapes them to reduce the memory usage). Installation ======================================================== Read the file INSTALL.txt Using CamlImages ======================================================== Color models -------------------------------------------------------- CamlImages supports the following color models: * Rgb24 -- 24bit depth full color image * Index8 -- 8bit depth indexed image with transparent information * Index16 -- 16bit depth indexed image with transparent information For each color models, the corresponding module is provided. Use the module Rgb24 if you want to access 24bit depth full color images, for example. Load/Save image files and other fancy features -------------------------------------------------------- CamlImages supports loading and saving of the following file formats: * Bitmap (.bmp) * Tiff (.tiff or .tif), color only * Jpeg (.jpeg or .jpg) * Png (.png) * Ppm (.pbm, .pgm, .ppm), portable pixmaps * PS (.ps, .eps), PostScript files * X Pixmap (.xpm), no saving * Gif (.gif) (not recommended) * EXIF tag For each image format, we provide a separate module. For instance, there is a Tiff module to load and save images stored in the tiff file format. If you do not want to specify the file format, you can use Image.load: this function automatically analyses the header of the image file at hand and loads the image into the memory, if the library supports this format. CamlImages also provides an interface to the internal image format of O'Caml's Graphics library (this way you can draw your image files into the Graphics window). You can also draw strings on images using the Freetype library, which is an external library to load and render TrueType fonts. Class interface -------------------------------------------------------- The modules begins the letter 'o' are the class interface for CamlImages. Image swap -------------------------------------------------------- When you create/load a huge image, the computer memory may not be sufficient to contain all the data. (For example, this may happen if you are working with a scanned image of A4, 720dpi, 24bit fullcolor, even if you have up to 128Mb of memory!) (Well, my son, the first version of this document was written around 1998, and computers had less memory at that time.) To work with such huge images, CamlImages provides image swaps, which can escape part of the images into files stored on the hard disk. A huge image is thus partitioned into several blocks and if there is not enough free memory, the blocks which have not been accessed recently are swapped to temporary files. If a program requests to access to such a swapped block, the library silently loads it back into memory. By default, image swapping is disabled, because it slows down the programs. To activate this function, you have to modify Bitmap.maximum_live and Bitmap.maximum_block_size. Bitmap.maximum_live is the maximum heap live data size of the program (in words) and Bitmap.maximum_block_size is the maximum size of swap blocks (in words). For example, if you do not want to use more than 10M words (that is 40Mb for a 32bit architecture or 80Mb for a 64bit architecture), set Bitmap.maximum_live to 10000000. You may (and you should) enable heap compaction, look at the GC interface file, gc.mli, in the standard library for more details (you should change the compaction configuration). Bitmap.maximum_block_size affects the speed and frequency of image block swapping. If it is larger, each swapping becomes slower. If it is smaller, more swappings will occur. Too large and too small maximum_block_size, both may make the program slower. I suggest to have maximum_block_size set to !Bitmap.maximum_live / 10. If you activated image swapping, cache files for unused swapped blocks will be removed automatically by Caml GC finalization, but you may free them explicitly by hand also. The functions and methods named "destroy" will free those blocks. The swap files are usually created in the /tmp directory. If you set the environment variable "CAMLIMAGESTMPDIR", then its value replaces the default "/tmp" directory. The temporary files are erased when the program exits successfully. In other situations, for instance in case of spurious exception, you may need to erase temporary files manually. Where to report issues? ========================================================== https://bitbucket.org/camlspotter/camlimages/issues?status=new&status=open camlspotter-camlimages-e471b3c4470d/README.rst0000644000000000000000000002013712405272062017064 0ustar 00000000000000======================================================== CamlImages - Objective Caml image processing library ======================================================== The latest released version is 4.1.2. ======================================================== Note: This library is currently under development. ======================================================== What is CamlImages ? ======================================================== This is an image processing library, which provides some basic functions of image processing and loading/saving various image file formats. In addition the library can handle huge images that cannot be (or can hardly be) stored into the memory (the library automatically creates swap files and escapes them to reduce the memory usage). Installation ======================================================== Read the file INSTALL.txt CamlImages concepts ======================================================== Color models -------------------------------------------------------- CamlImages supports the following color models: * Rgb24 -- 24bit depth full color image * Index8 -- 8bit depth indexed image with transparent information * Index16 -- 16bit depth indexed image with transparent information For each color models, the corresponding module is provided. Use the module Rgb24 if you want to access 24bit depth full color images, for example. Load/Save image files and other fancy features -------------------------------------------------------- CamlImages supports loading and saving of the following file formats: * Bitmap (.bmp) * Tiff (.tiff or .tif), color only * Jpeg (.jpeg or .jpg) * Png (.png) * Ppm (.pbm, .pgm, .ppm), portable pixmaps * PS (.ps, .eps), PostScript files * X Pixmap (.xpm), no saving * Gif (.gif) (not recommended) * EXIF tag For each image format, we provide a separate module. For instance, there is a Tiff module to load and save images stored in the tiff file format. If you do not want to specify the file format, you can use Image.load: this function automatically analyses the header of the image file at hand and loads the image into the memory, if the library supports this format. CamlImages also provides an interface to the internal image format of O'Caml's Graphics library (this way you can draw your image files into the Graphics window). You can also draw strings on images using the Freetype library, which is an external library to load and render TrueType fonts. Class interface -------------------------------------------------------- The modules begins the letter 'o' are the class interface for CamlImages. Image swap -------------------------------------------------------- When you create/load a huge image, the computer memory may not be sufficient to contain all the data. (For example, this may happen if you are working with a scanned image of A4, 720dpi, 24bit fullcolor, even if you have up to 128Mb of memory!) (Well, my son, the first version of this document was written around 1998, and computers had less memory at that time.) To work with such huge images, CamlImages provides image swaps, which can escape part of the images into files stored on the hard disk. A huge image is thus partitioned into several blocks and if there is not enough free memory, the blocks which have not been accessed recently are swapped to temporary files. If a program requests to access to such a swapped block, the library silently loads it back into memory. By default, image swapping is disabled, because it slows down the programs. To activate this function, you have to modify Bitmap.maximum_live and Bitmap.maximum_block_size. Bitmap.maximum_live is the maximum heap live data size of the program (in words) and Bitmap.maximum_block_size is the maximum size of swap blocks (in words). For example, if you do not want to use more than 10M words (that is 40Mb for a 32bit architecture or 80Mb for a 64bit architecture), set Bitmap.maximum_live to 10000000. You may (and you should) enable heap compaction, look at the GC interface file, gc.mli, in the standard library for more details (you should change the compaction configuration). Bitmap.maximum_block_size affects the speed and frequency of image block swapping. If it is larger, each swapping becomes slower. If it is smaller, more swappings will occur. Too large and too small maximum_block_size, both may make the program slower. I suggest to have maximum_block_size set to !Bitmap.maximum_live / 10. If you activated image swapping, cache files for unused swapped blocks will be removed automatically by Caml GC finalization, but you may free them explicitly by hand also. The functions and methods named "destroy" will free those blocks. The swap files are usually created in the /tmp directory. If you set the environment variable "CAMLIMAGESTMPDIR", then its value replaces the default "/tmp" directory. The temporary files are erased when the program exits successfully. In other situations, for instance in case of spurious exception, you may need to erase temporary files manually. Use of CamlImages ==================================== OCamlFind ------------------------------------ Due to the library complexity, we recommend using OCamlFind. You can get the list of related packages by:: $ ocamlfind list | grep camlimages camlimages (version: 4.1.2) camlimages.all (version: 4.1.2) camlimages.all_formats (version: 4.1.2) camlimages.core (version: 4.1.2) camlimages.exif (version: 4.1.2) camlimages.freetype (version: 4.1.2) camlimages.gif (version: 4.1.2) camlimages.graphics (version: 4.1.2) camlimages.jpeg (version: 4.1.2) camlimages.lablgtk2 (version: 4.1.2) camlimages.png (version: 4.1.2) camlimages.ps (version: 4.1.2) camlimages.tiff (version: 4.1.2) camlimages.xpm (version: 4.1.2) After successful installation of CamlImages, you should see something similar above. At compilation of your program, you should list the packages of image formats and GUI of you needs. But if you are not sure which one is required, just use 'camlimages.all': it contains everything. Normally your compilation command should look like:: $ ocamlfind ocamlc -c -package camlimages.all blah.ml to compile a module using CamlImages, or to build an executable,:: $ ocamlfind ocamlc -linkpkg -package camlimages.all blah.ml Basic image manipulation -------------------------------------- We have a basic image manipulation modules for each image pixel type: Index8, Index16, Rgb24, Rgba32 and Cmyk32. All they have the same interface documented in Image_intf.IMAGE. Image saving/loading -------------------------------------- To save or load an image to some image format, use the corresponding module for the image format. Jpeg, Gif, Png and so on. Here is a simple code to create a 1x1 RGB24 image and save it to a jpeg file:: (* save it to sample.ml *) let () = let img = Rgb24.create 1 1 in Rgb24.set img 0 0 { Color.r = 255; g = 0; b = 0 }; Jpeg.save "sample.jpg" [] (Images.Rgb24 img) You should be able to compile it by:: $ ocamlfind ocamlc -linkpkg -package camlimages.all -o sample sample.ml and "./sample" should create an image file "sample.jpg". (To run the code correctly, your CamlImages must be compiled with JPEG library.) Examples -------------------------------------- Some one-ML-file examples are found in CamlImages source directory. Here are some recommendations: * examples/edgedetect : Good to learn basic image loading/saving and pixel color manipulation * examples/imgstat : Image header check which is written in pure OCaml code. * tests/test.ml : Various image load/save tests displaying them on OCaml's Graphics window. * examples/gifanim : How to handle Gif animation frames and how to write LablGtk app * examples/resize : Resizing image You can normally compile them by:: $ ocamlfind ocamlc -linkpkg -package camlimages.all -o XXX XXX.ml Some may just fail because some of required libraries are not found in your system. Where to report issues? ========================================================== https://bitbucket.org/camlspotter/camlimages/issues?status=new&status=open camlspotter-camlimages-e471b3c4470d/config.h.in0000644000000000000000000000311712405272062017417 0ustar 00000000000000/* config.h.in. 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Contact the authors jun.furuse@gmail.com and Pierre.Weis@inria.fr.
Created the 7th of February 2000.
Last update on Fri Oct 26 2009.

CamlImages

Version 3.0.2

Objective Caml image processing library

Note: this library is currently(=always) under development.

0. What is CamlImages ?

CamlImages is an image processing library, which provides

  • Basic functions for image processing and loading/saving various image file formats (hence providing a translation facility from format to format),
  • An interface with the Caml graphics library allows to display images in the Graphics module screen and to mix them with Caml drawings,
  • A freetype interface, integrated into the library: you can draw texts into images using any truetype fonts.

In addition, the library can handle huge images that cannot be (or can hardly be) stored into the main memory (the library then automatically creates swap files and escapes them to reduce the memory usage).

Additional example programs are supplied in the examples directory of the library:

converter:
a convertion program, that converts image from formats to formats.
crop:
a ``cropping'' program, that cuts an image to its edges.
edgedetect:
a program to detect edges into an image.
gifanim:
an animation program for gif encoded series of images.
liv:
an extension of the Unix ls command to view a set of images. (Also considered as a light version of xv with nice slide show capabilities.)
monochrome:
converts a color image to monochrome.
normalize:
normalizes the colormap of an image. This program anlyzes the colormap information of the image to normalize its brightness over the full range available.
resize:
a program to resize an image.
tiffps:
a program to output a postscript version of a tiff image (for instance to print it).
ttfimg:
true type font dump program. It can be used to create fancy banners or buttons.
Try for instance ttfimg ../../test/micap.ttf -message Bonjour -fg red -bg black. Visualize with liv (of course). ttfimg also creates some sample images of true type fonts. Try ttfimg -o sample_micap.jpg ../../test/micap.ttf.

1. Installation

Get the source tarball, decompress it, and read the file INSTALL.
You can also access the read-only CVS repository which contains the latest developing (but not yet released) version.

2. Using CamlImages

2.1 Color models

CamlImages supports the following color models:

  • Rgb24: 24bit depth full color image.
  • Index8: 8bit depth indexed image with transparent information.
  • Index16: 16bit depth indexed image with transparent.
  • Rgba32: 32bit depth full color image, with the alpha channel.
  • Cmyk32: 32bit Cyan Magenta Yellow and blacK image. (Unfortunatelly, beautiful conversion between RGB and CMYK is not supported.)
For each color model, a corresponding module is provided. For example, use the module Rgb24 if you want to access 24bit depth full color images.

2.2 Load/Save image files and other fancy features

CamlImages supports loading and saving of the following file formats:

  • Bitmap, windows bitmap format (.bmp).
  • Gif, graphics interchange format (.gif) (not recommended).
  • Jpeg, joint photographic experts group (.jpeg or .jpg).
  • Png, portable network graphics (.png).
  • Tiff, tagged image file format (.tiff or .tif). (Color only.)
  • X pixmaps (.xpm). (Loading only.)
  • Encapsulated Postscript (using ghostscript)
  • xv thumbnail files (see xvthumb directory).

For each image format, we provide a separate module. For instance, use the Tiff module to load and save images stored in the tiff file format.
If you do not want to specify the file format, you can use Image.load: this function automatically analyses the header of the image file at hand and loads the image into the memory, if the library supports this format.

CamlImages also provides an interface to the internal image format of O'Caml's Graphics library (this way you can draw your image files into the Graphics window).

You can also draw strings on images using the Freetype library, which is an external library to load and render TrueType fonts.

2.3 Class interface

The modules with names beginning with the letter 'o' contains the object class interface for CamlImages.

2.4 Image swap

When you create/load a huge image, the computer memory may not be sufficient to contain all the data. (For example, this may happen if you are working with a scanned image of A4, 720dpi, 24bit fullcolor, even if you have up to 128Mb of memory!) To work with such huge images, CamlImages provides image swaps, which can escape part of the images into files stored on the hard disk. A huge image is thus partitioned into several blocks and if there is not enough free memory, the blocks which have not been accessed recently are swapped to temporary files. If a program requests to access to such a swapped block, the library silently loads it back into memory.
By default, image swapping is disabled, because it slows down the programs. To activate this function, you have to modify Bitmap.maximum_live and Bitmap.maximum_block_size:

  • Bitmap.maximum_live is the maximum heap live data size of the program (in words)
  • Bitmap.maximum_block_size is the maximum size of swap blocks (in words).

For example, if you do not want to use more than 10M words (that is 40Mb for a 32bit architecture or 80Mb for a 64bit architecture), set Bitmap.maximum_live to 10000000. You may (and you should) enable heap compaction, look at the GC interface file, gc.mli, in the standard library for more details (you should change the compaction configuration).
Bitmap.maximum_block_size affects the speed and frequency of image block swapping. If it is larger, each swapping becomes slower. If it is smaller, more swappings will occur. Too large and too small maximum_block_size, both may make the program slower. I suggest to have maximum_block_size set to !Bitmap.maximum_live / 10.
If you activated image swapping, cache files for unused swapped blocks will be removed automatically by Caml GC finalization, but you may free them explicitly by hand also. The functions and methods named "destroy" will free those blocks.
The swap files are usually created in the /tmp directory. If you set the environment variable "CAMLIMAGESTMPDIR", then its value replaces the default "/tmp" directory. The temporary files are erased when the program exits successfully. In other situations, for instance in case of spurious exception, you may need to erase temporary files manually.

3. Miscellaneous

3.1 Examples of use of the library ?

You can find some examples in the examples directory including image auto-cropping, resizing and an image viewer with the lablgtk library.

3.2 How do I organize my Makefile to use the library ?

Put the following line at the top of your Makefile: 
	include /usr/local/lib/ocaml/camlimages/Makefile.config
The library directory can be different, if the library is installed somewhere else. The variables COMPFLAGS_CAMLIMAGES and LINKFLAGS_CAMLIMAGES are defined in Makefile.config; you should add them to the compiler and linker options. A sample Makefile is available as sample/Makefile.sample. camlspotter-camlimages-e471b3c4470d/doc/old/eng.html.in0000644000000000000000000002161012405272062020761 0ustar 00000000000000 CamlImages

Contact the authors jun.furuse@gmail.com and Pierre.Weis@inria.fr.
Created the 7th of February 2000.
Last update on Oct 26 2009.

CamlImages

Version @VERSION@

Objective Caml image processing library

Note: this library is currently(=always) under development.

0. What is CamlImages ?

CamlImages is an image processing library, which provides

  • Basic functions for image processing and loading/saving various image file formats (hence providing a translation facility from format to format),
  • An interface with the Caml graphics library allows to display images in the Graphics module screen and to mix them with Caml drawings,
  • A freetype interface, integrated into the library: you can draw texts into images using any truetype fonts.

In addition, the library can handle huge images that cannot be (or can hardly be) stored into the main memory (the library then automatically creates swap files and escapes them to reduce the memory usage).

Additional example programs are supplied in the examples directory of the library:

converter:
a convertion program, that converts image from formats to formats.
crop:
a ``cropping'' program, that cuts an image to its edges.
edgedetect:
a program to detect edges into an image.
gifanim:
an animation program for gif encoded series of images.
liv:
an extension of the Unix ls command to view a set of images. (Also considered as a light version of xv with nice slide show capabilities.)
monochrome:
converts a color image to monochrome.
normalize:
normalizes the colormap of an image. This program anlyzes the colormap information of the image to normalize its brightness over the full range available.
resize:
a program to resize an image.
tiffps:
a program to output a postscript version of a tiff image (for instance to print it).
ttfimg:
true type font dump program. It can be used to create fancy banners or buttons.
Try for instance ttfimg ../../test/micap.ttf -message Bonjour -fg red -bg black. Visualize with liv (of course). ttfimg also creates some sample images of true type fonts. Try ttfimg -o sample_micap.jpg ../../test/micap.ttf.

1. Installation

Get the source tar ball, decompress it, and read the file INSTALL.
You can also access the read-only CVS repository which contains the latest developing (but not yet released) version.

2. Using CamlImages

2.1 Color models

CamlImages supports the following color models:

  • Rgb24: 24bit depth full color image.
  • Index8: 8bit depth indexed image with transparent information.
  • Index16: 16bit depth indexed image with transparent.
  • Rgba32: 32bit depth full color image, with the alpha channel.
  • Cmyk32: 32bit Cyan Magenta Yellow and blacK image. (Unfortunatelly, beautiful conversion between RGB and CMYK is not supported.)
For each color model, a corresponding module is provided. For example, use the module Rgb24 if you want to access 24bit depth full color images.

2.2 Load/Save image files and other fancy features

CamlImages supports loading and saving of the following file formats:

  • Bitmap, windows bitmap format (.bmp).
  • Gif, graphics interchange format (.gif) (not recommended).
  • Jpeg, joint photographic experts group (.jpeg or .jpg).
  • Png, portable network graphics (.png).
  • Tiff, tagged image file format (.tiff or .tif). (Color only.)
  • X pixmaps (.xpm). (Loading only.)
  • Encapsulated Postscript (using ghostscript)
  • xv thumbnail files (see xvthumb directory).

For each image format, we provide a separate module. For instance, use the Tiff module to load and save images stored in the tiff file format.
If you do not want to specify the file format, you can use Image.load: this function automatically analyses the header of the image file at hand and loads the image into the memory, if the library supports this format.

CamlImages also provides an interface to the internal image format of O'Caml's Graphics library (this way you can draw your image files into the Graphics window).

You can also draw strings on images using the Freetype library, which is an external library to load and render TrueType fonts.

2.3 Class interface

The modules with names beginning with the letter 'o' contains the object class interface for CamlImages.

2.4 Image swap

When you create/load a huge image, the computer memory may not be sufficient to contain all the data. (For example, this may happen if you are working with a scanned image of A4, 720dpi, 24bit fullcolor, even if you have up to 128Mb of memory!) To work with such huge images, CamlImages provides image swaps, which can escape part of the images into files stored on the hard disk. A huge image is thus partitioned into several blocks and if there is not enough free memory, the blocks which have not been accessed recently are swapped to temporary files. If a program requests to access to such a swapped block, the library silently loads it back into memory.
By default, image swapping is disabled, because it slows down the programs. To activate this function, you have to modify Bitmap.maximum_live and Bitmap.maximum_block_size:

  • Bitmap.maximum_live is the maximum heap live data size of the program (in words)
  • Bitmap.maximum_block_size is the maximum size of swap blocks (in words).

For example, if you do not want to use more than 10M words (that is 40Mb for a 32bit architecture or 80Mb for a 64bit architecture), set Bitmap.maximum_live to 10000000. You may (and you should) enable heap compaction, look at the GC interface file, gc.mli, in the standard library for more details (you should change the compaction configuration).
Bitmap.maximum_block_size affects the speed and frequency of image block swapping. If it is larger, each swapping becomes slower. If it is smaller, more swappings will occur. Too large and too small maximum_block_size, both may make the program slower. I suggest to have maximum_block_size set to !Bitmap.maximum_live / 10.
If you activated image swapping, cache files for unused swapped blocks will be removed automatically by Caml GC finalization, but you may free them explicitly by hand also. The functions and methods named "destroy" will free those blocks.
The swap files are usually created in the /tmp directory. If you set the environment variable "CAMLIMAGESTMPDIR", then its value replaces the default "/tmp" directory. The temporary files are erased when the program exits successfully. In other situations, for instance in case of spurious exception, you may need to erase temporary files manually.

3. Miscellaneous

3.1 Examples of use of the library ?

You can find some examples in the examples directory including image auto-cropping, resizing and an image viewer with the lablgtk library.

3.2 How do I organize my Makefile to use the library ?

Put the following line at the top of your Makefile: 
	include /usr/local/lib/ocaml/camlimages/Makefile.config
The library directory can be different, if the library is installed somewhere else. The variables COMPFLAGS_CAMLIMAGES and LINKFLAGS_CAMLIMAGES are defined in Makefile.config; you should add them to the compiler and linker options. 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SPHINXOPTS = SPHINXBUILD = sphinx-build PAPER = BUILDDIR = _build # Internal variables. PAPEROPT_a4 = -D latex_paper_size=a4 PAPEROPT_letter = -D latex_paper_size=letter ALLSPHINXOPTS = -d $(BUILDDIR)/doctrees $(PAPEROPT_$(PAPER)) $(SPHINXOPTS) . .PHONY: help clean html dirhtml pickle json htmlhelp qthelp latex changes linkcheck doctest text blogger hatena confluence help: @echo "Please use \`make ' where is one of" @echo " html to make standalone HTML files" @echo " dirhtml to make HTML files named index.html in directories" @echo " pickle to make pickle files" @echo " json to make JSON files" @echo " htmlhelp to make HTML files and a HTML help project" @echo " qthelp to make HTML files and a qthelp project" @echo " latex to make LaTeX files, you can set PAPER=a4 or PAPER=letter" @echo " changes to make an overview of all changed/added/deprecated items" @echo " linkcheck to check all external links for integrity" @echo " doctest to run all doctests embedded in the documentation (if enabled)" @echo " text to make text files" @echo " blogger to make blogger draft texts" @echo " hatena to make hatena draft texts" @echo " confluence to make confluence draft texts" clean: -rm -rf $(BUILDDIR)/* html: $(SPHINXBUILD) -b html $(ALLSPHINXOPTS) $(BUILDDIR)/html @echo @echo "Build finished. The HTML pages are in $(BUILDDIR)/html." dirhtml: $(SPHINXBUILD) -b dirhtml $(ALLSPHINXOPTS) $(BUILDDIR)/dirhtml @echo @echo "Build finished. The HTML pages are in $(BUILDDIR)/dirhtml." pickle: $(SPHINXBUILD) -b pickle $(ALLSPHINXOPTS) $(BUILDDIR)/pickle @echo @echo "Build finished; now you can process the pickle files." json: $(SPHINXBUILD) -b json $(ALLSPHINXOPTS) $(BUILDDIR)/json @echo @echo "Build finished; now you can process the JSON files." htmlhelp: $(SPHINXBUILD) -b htmlhelp $(ALLSPHINXOPTS) $(BUILDDIR)/htmlhelp @echo @echo "Build finished; now you can run HTML Help Workshop with the" \ ".hhp project file in $(BUILDDIR)/htmlhelp." qthelp: $(SPHINXBUILD) -b qthelp $(ALLSPHINXOPTS) $(BUILDDIR)/qthelp @echo @echo "Build finished; now you can run "qcollectiongenerator" with the" \ ".qhcp project file in $(BUILDDIR)/qthelp, like this:" @echo "# qcollectiongenerator $(BUILDDIR)/qthelp/draft.qhcp" @echo "To view the help file:" @echo "# assistant -collectionFile $(BUILDDIR)/qthelp/draft.qhc" latex: $(SPHINXBUILD) -b latex $(ALLSPHINXOPTS) $(BUILDDIR)/latex @echo @echo "Build finished; the LaTeX files are in $(BUILDDIR)/latex." @echo "Run \`make all-pdf' or \`make all-ps' in that directory to" \ "run these through (pdf)latex." changes: $(SPHINXBUILD) -b changes $(ALLSPHINXOPTS) $(BUILDDIR)/changes @echo @echo "The overview file is in $(BUILDDIR)/changes." linkcheck: $(SPHINXBUILD) -b linkcheck $(ALLSPHINXOPTS) $(BUILDDIR)/linkcheck @echo @echo "Link check complete; look for any errors in the above output " \ "or in $(BUILDDIR)/linkcheck/output.txt." doctest: $(SPHINXBUILD) -b doctest $(ALLSPHINXOPTS) $(BUILDDIR)/doctest @echo "Testing of doctests in the sources finished, look at the " \ "results in $(BUILDDIR)/doctest/output.txt." text: $(SPHINXBUILD) -b text $(ALLSPHINXOPTS) $(BUILDDIR)/text @echo @echo "Build finished. The text pages are in $(BUILDDIR)/text." hatena: $(SPHINXBUILD) -b hatena $(ALLSPHINXOPTS) $(BUILDDIR)/hatena @echo "Build finished. The draft pages are in $(BUILDDIR)/hatena." confluence: $(SPHINXBUILD) -b confluence $(ALLSPHINXOPTS) $(BUILDDIR)/confluence @echo "Build finished. The draft pages are in $(BUILDDIR)/confluence." blogger: $(SPHINXBUILD) -b blogger $(ALLSPHINXOPTS) $(BUILDDIR)/blogger @echo "Build finished. The draft pages are in $(BUILDDIR)/blogger." camlspotter-camlimages-e471b3c4470d/doc/sphinx/conf.py0000644000000000000000000001430212405272062020747 0ustar 00000000000000# -*- coding: utf-8 -*- # # CamlImages documentation build configuration file, created by # sphinx-quickstart on Tue Jan 25 22:34:37 2011. # # This file is execfile()d with the current directory set to its containing dir. # # Note that not all possible configuration values are present in this # autogenerated file. # # All configuration values have a default; values that are commented out # serve to show the default. import sys, os # If extensions (or modules to document with autodoc) are in another directory, # add these directories to sys.path here. If the directory is relative to the # documentation root, use os.path.abspath to make it absolute, like shown here. #sys.path.append(os.path.abspath('.')) # -- General configuration ----------------------------------------------------- # Add any Sphinx extension module names here, as strings. They can be extensions # coming with Sphinx (named 'sphinx.ext.*') or your custom ones. extensions = [] # Add any paths that contain templates here, relative to this directory. templates_path = ['_templates'] # The suffix of source filenames. source_suffix = '.rst' # The encoding of source files. #source_encoding = 'utf-8' # The master toctree document. master_doc = 'index' # General information about the project. project = u'CamlImages' copyright = u'2011, Jun FURUSE and Pierre WEIS' # The version info for the project you're documenting, acts as replacement for # |version| and |release|, also used in various other places throughout the # built documents. # # The short X.Y version. version = '4.0.0' # The full version, including alpha/beta/rc tags. release = '4.0.0' # The language for content autogenerated by Sphinx. Refer to documentation # for a list of supported languages. #language = None # There are two options for replacing |today|: either, you set today to some # non-false value, then it is used: #today = '' # Else, today_fmt is used as the format for a strftime call. #today_fmt = '%B %d, %Y' # List of documents that shouldn't be included in the build. #unused_docs = [] # List of directories, relative to source directory, that shouldn't be searched # for source files. exclude_trees = ['_build'] # The reST default role (used for this markup: `text`) to use for all documents. #default_role = None # If true, '()' will be appended to :func: etc. cross-reference text. #add_function_parentheses = True # If true, the current module name will be prepended to all description # unit titles (such as .. function::). #add_module_names = True # If true, sectionauthor and moduleauthor directives will be shown in the # output. They are ignored by default. #show_authors = False # The name of the Pygments (syntax highlighting) style to use. pygments_style = 'sphinx' # A list of ignored prefixes for module index sorting. #modindex_common_prefix = [] # -- Options for HTML output --------------------------------------------------- # The theme to use for HTML and HTML Help pages. Major themes that come with # Sphinx are currently 'default' and 'sphinxdoc'. html_theme = 'default' # Theme options are theme-specific and customize the look and feel of a theme # further. For a list of options available for each theme, see the # documentation. #html_theme_options = {} # Add any paths that contain custom themes here, relative to this directory. #html_theme_path = [] # The name for this set of Sphinx documents. If None, it defaults to # " v documentation". #html_title = None # A shorter title for the navigation bar. Default is the same as html_title. #html_short_title = None # The name of an image file (relative to this directory) to place at the top # of the sidebar. #html_logo = None # The name of an image file (within the static path) to use as favicon of the # docs. This file should be a Windows icon file (.ico) being 16x16 or 32x32 # pixels large. #html_favicon = None # Add any paths that contain custom static files (such as style sheets) here, # relative to this directory. They are copied after the builtin static files, # so a file named "default.css" will overwrite the builtin "default.css". html_static_path = ['_static'] # If not '', a 'Last updated on:' timestamp is inserted at every page bottom, # using the given strftime format. #html_last_updated_fmt = '%b %d, %Y' # If true, SmartyPants will be used to convert quotes and dashes to # typographically correct entities. #html_use_smartypants = True # Custom sidebar templates, maps document names to template names. #html_sidebars = {} # Additional templates that should be rendered to pages, maps page names to # template names. #html_additional_pages = {} # If false, no module index is generated. #html_use_modindex = True # If false, no index is generated. #html_use_index = True # If true, the index is split into individual pages for each letter. #html_split_index = False # If true, links to the reST sources are added to the pages. #html_show_sourcelink = True # If true, an OpenSearch description file will be output, and all pages will # contain a tag referring to it. The value of this option must be the # base URL from which the finished HTML is served. #html_use_opensearch = '' # If nonempty, this is the file name suffix for HTML files (e.g. ".xhtml"). #html_file_suffix = '' # Output file base name for HTML help builder. htmlhelp_basename = 'CamlImagesdoc' # -- Options for LaTeX output -------------------------------------------------- # The paper size ('letter' or 'a4'). #latex_paper_size = 'letter' # The font size ('10pt', '11pt' or '12pt'). #latex_font_size = '10pt' # Grouping the document tree into LaTeX files. List of tuples # (source start file, target name, title, author, documentclass [howto/manual]). latex_documents = [ ('index', 'CamlImages.tex', u'CamlImages Documentation', u'Jun FURUSE and Pierre WEIS', 'manual'), ] # The name of an image file (relative to this directory) to place at the top of # the title page. #latex_logo = None # For "manual" documents, if this is true, then toplevel headings are parts, # not chapters. #latex_use_parts = False # Additional stuff for the LaTeX preamble. #latex_preamble = '' # Documents to append as an appendix to all manuals. #latex_appendices = [] # If false, no module index is generated. #latex_use_modindex = True camlspotter-camlimages-e471b3c4470d/doc/sphinx/index.rst0000644000000000000000000001660412405272062021320 0ustar 00000000000000.. CamlImages documentation master file, created by sphinx-quickstart on Tue Jan 25 22:34:37 2011. You can adapt this file completely to your liking, but it should at least contain the root `toctree` directive. ====================================== CamlImages v4.0.1 ====================================== *Objective Caml image processing library* .. toctree:: :numbered: What is CamlImages ? ====================================== CamlImages is an image processing library, which provides * Basic functions for image processing and loading/saving various image file formats (hence providing a translation facility from format to format), * Interfaces with the Caml graphics library and LablGtk2 allows to display images in GUI environments * A freetype interface, integrated into the library: you can draw texts into images using any truetype fonts. In addition, the library can handle huge images that cannot be (or can hardly be) stored into the main memory (the library then automatically creates swap files and escapes them to reduce the memory usage). Additional example programs are supplied in the examples directory of the library: converter Conversion program, that converts image from formats to formats. crop `Cropping' program, that cuts an image to its edges. edgedetect Program to detect edges into an image. gifanim Animation program for gif encoded series of images. liv Image viewer using LablGtk. monochrome Converts a color image to monochrome. normalize Normalizes the colormap of an image. This program analyzes the colormap information of the image to normalize its brightness over the full range available. resize Program to resize an image. tiffps Program to output a postscript version of a tiff image (for instance to print it). ttfimg True-type font dump program. It can be used to create fancy banners or buttons. Try for instance ``ttfimg ../../test/micap.ttf -message Bonjour -fg red -bg black``. Visualize with liv (of course). ttfimg also creates some sample images of true type fonts. Try ``ttfimg -o sample_micap.jpg ../../test/micap.ttf``. Download and Installation -------------------------- Get the source tar ball, decompress it, and read the file INSTALL. You can also access the read-only repository which contains the latest developing (but not yet released) version. Source download https://bitbucket.org/camlspotter/camlimages/get/v4.0.1.tar.gz Repository hg clone https://bitbucket.org/camlspotter/camlimages Using CamlImages ------------------- Color models ^^^^^^^^^^^^^^^^^^^^^^^^^^^^ CamlImages supports the following color models: * Rgb24: 24bit depth full color image. * Index8: 8bit depth indexed image with transparent information. * Index16: 16bit depth indexed image with transparent. * Rgba32: 32bit depth full color image, with the alpha channel. * Cmyk32: 32bit Cyan Magenta Yellow and black image. (Unfortunately, beautiful conversion between RGB and CMYK is not supported.) For each color model, a corresponding module is provided. For example, use the module Rgb24 if you want to access 24bit depth full color images. Load/Save image files and other fancy features ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ CamlImages supports loading and saving of the following file formats: * Bitmap, windows bitmap format (.bmp). * Gif, graphics interchange format (.gif) (not recommended). * Jpeg, joint photographic experts group (.jpeg or .jpg). * Png, portable network graphics (.png). * Tiff, tagged image file format (.tiff or .tif). (Color only.) * X pixmaps (.xpm). (Loading only.) * Encapsulated Postscript (using ghostscript) * xv thumbnail files (see xvthumb directory). For each image format, we provide a separate module. For instance, use the Tiff module to load and save images stored in the tiff file format. If you do not want to specify the file format, you can use Image.load: this function automatically analyzes the header of the image file at hand and loads the image into the memory, if the library supports this format. CamlImages also provides an interface to the internal image format of O'Caml's Graphics library (this way you can draw your image files into the Graphics window). You can also draw strings on images using the Freetype library, which is an external library to load and render TrueType fonts. Class interface ^^^^^^^^^^^^^^^^^^^^^^^^^^ The modules with names beginning with the letter 'o' contains the object class interface for CamlImages. Image swap ^^^^^^^^^^^^^^^^^^^^^^^^^^ When you create/load a huge image, the computer memory may not be sufficient to contain all the data. (For example, this may happen if you are working with a scanned image of A4, 720dpi, 24bit fullcolor, even if you have up to 128Mb of memory!) To work with such huge images, CamlImages provides image swaps, which can escape part of the images into files stored on the hard disk. A huge image is thus partitioned into several blocks and if there is not enough free memory, the blocks which have not been accessed recently are swapped to temporary files. If a program requests to access to such a swapped block, the library silently loads it back into memory. By default, image swapping is disabled, because it slows down the programs. To activate this function, you have to modify Bitmap.maximum_live and Bitmap.maximum_block_size: * Bitmap.maximum_live is the maximum heap live data size of the program (in words) * Bitmap.maximum_block_size is the maximum size of swap blocks (in words). For example, if you do not want to use more than 10M words (that is 40Mb for a 32bit architecture or 80Mb for a 64bit architecture), set Bitmap.maximum_live to 10000000. You may (and you should) enable heap compaction, look at the GC interface file, gc.mli, in the standard library for more details (you should change the compaction configuration). Bitmap.maximum_block_size affects the speed and frequency of image block swapping. If it is larger, each swapping becomes slower. If it is smaller, more swappings will occur. Too large and too small maximum_block_size, both may make the program slower. I suggest to have maximum_block_size set to !Bitmap.maximum_live / 10. If you activated image swapping, cache files for unused swapped blocks will be removed automatically by Caml GC finalization, but you may free them explicitly by hand also. The functions and methods named "destroy" will free those blocks. The swap files are usually created in the /tmp directory. If you set the environment variable "CAMLIMAGESTMPDIR", then its value replaces the default "/tmp" directory. The temporary files are erased when the program exits successfully. In other situations, for instance in case of spurious exception, you may need to erase temporary files manually. Miscellaneous ----------------- Examples of use of the library ? ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ You can find some examples in the examples directory including image auto-cropping, resizing and an image viewer with the lablgtk library. How do I organize my Makefile to use the library ? ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ From v4.0.0, CamlImages use the `OMake build system `_ and you need to write OMakefile instead of Makefile. You can see such an example of OMakefile at: examples/converter-external/OMakefile Issue tracker ---------------------- http://modulogic.inria.fr/bugtracker/view_all_bug_page.php camlspotter-camlimages-e471b3c4470d/doc/sphinx/make.bat0000644000000000000000000000600712405272062021060 0ustar 00000000000000@ECHO OFF REM Command file for Sphinx documentation set SPHINXBUILD=sphinx-build set BUILDDIR=_build set ALLSPHINXOPTS=-d %BUILDDIR%/doctrees %SPHINXOPTS% . if NOT "%PAPER%" == "" ( set ALLSPHINXOPTS=-D latex_paper_size=%PAPER% %ALLSPHINXOPTS% ) if "%1" == "" goto help if "%1" == "help" ( :help echo.Please use `make ^` where ^ is one of echo. html to make standalone HTML files echo. dirhtml to make HTML files named index.html in directories echo. pickle to make pickle files echo. json to make JSON files echo. htmlhelp to make HTML files and a HTML help project echo. qthelp to make HTML files and a qthelp project echo. latex to make LaTeX files, you can set PAPER=a4 or PAPER=letter echo. changes to make an overview over all changed/added/deprecated items echo. linkcheck to check all external links for integrity echo. doctest to run all doctests embedded in the documentation if enabled goto end ) if "%1" == "clean" ( for /d %%i in (%BUILDDIR%\*) do rmdir /q /s %%i del /q /s %BUILDDIR%\* goto end ) if "%1" == "html" ( %SPHINXBUILD% -b html %ALLSPHINXOPTS% %BUILDDIR%/html echo. echo.Build finished. The HTML pages are in %BUILDDIR%/html. goto end ) if "%1" == "dirhtml" ( %SPHINXBUILD% -b dirhtml %ALLSPHINXOPTS% %BUILDDIR%/dirhtml echo. echo.Build finished. The HTML pages are in %BUILDDIR%/dirhtml. goto end ) if "%1" == "pickle" ( %SPHINXBUILD% -b pickle %ALLSPHINXOPTS% %BUILDDIR%/pickle echo. echo.Build finished; now you can process the pickle files. goto end ) if "%1" == "json" ( %SPHINXBUILD% -b json %ALLSPHINXOPTS% %BUILDDIR%/json echo. echo.Build finished; now you can process the JSON files. goto end ) if "%1" == "htmlhelp" ( %SPHINXBUILD% -b htmlhelp %ALLSPHINXOPTS% %BUILDDIR%/htmlhelp echo. echo.Build finished; now you can run HTML Help Workshop with the ^ .hhp project file in %BUILDDIR%/htmlhelp. goto end ) if "%1" == "qthelp" ( %SPHINXBUILD% -b qthelp %ALLSPHINXOPTS% %BUILDDIR%/qthelp echo. echo.Build finished; now you can run "qcollectiongenerator" with the ^ .qhcp project file in %BUILDDIR%/qthelp, like this: echo.^> qcollectiongenerator %BUILDDIR%\qthelp\CamlImages.qhcp echo.To view the help file: echo.^> assistant -collectionFile %BUILDDIR%\qthelp\CamlImages.ghc goto end ) if "%1" == "latex" ( %SPHINXBUILD% -b latex %ALLSPHINXOPTS% %BUILDDIR%/latex echo. echo.Build finished; the LaTeX files are in %BUILDDIR%/latex. goto end ) if "%1" == "changes" ( %SPHINXBUILD% -b changes %ALLSPHINXOPTS% %BUILDDIR%/changes echo. echo.The overview file is in %BUILDDIR%/changes. goto end ) if "%1" == "linkcheck" ( %SPHINXBUILD% -b linkcheck %ALLSPHINXOPTS% %BUILDDIR%/linkcheck echo. echo.Link check complete; look for any errors in the above output ^ or in %BUILDDIR%/linkcheck/output.txt. goto end ) if "%1" == "doctest" ( %SPHINXBUILD% -b doctest %ALLSPHINXOPTS% %BUILDDIR%/doctest echo. echo.Testing of doctests in the sources finished, look at the ^ results in %BUILDDIR%/doctest/output.txt. goto end ) :end camlspotter-camlimages-e471b3c4470d/examples/.cvsignore0000644000000000000000000000002512405272062021205 0ustar 00000000000000Makefile Makefile.in camlspotter-camlimages-e471b3c4470d/examples/OMakefile0000644000000000000000000000014212405272062020764 0ustar 00000000000000.SUBDIRS: edgedetect liv normalize ttfimg converter gifanim resize crop imgstat monochrome tiffps camlspotter-camlimages-e471b3c4470d/examples/README.txt0000644000000000000000000000046412405272062020712 0ustar 00000000000000All the examples except converter-external can be built without installing camlimages. Therefore, Makefiles and OMakefiles in these directories are bit ad-hoc and not quite useful as examples to use camlimages. converter-external serves an example of actual use of camlimages, installed in `ocamlc -where`. camlspotter-camlimages-e471b3c4470d/examples/converter-external/OMakefile0000644000000000000000000000322212405272062024615 0ustar 00000000000000#*********************************************************************# # # # Caml Images # # # # Fran輟is Pessaux, projet Cristal, INRIA Rocquencourt # # Pierre Weis, projet Cristal, INRIA Rocquencourt # # Jun Furuse, projet Cristal, INRIA Rocquencourt # # # # Copyright 1999-2004, # # Institut National de Recherche en Informatique et en Automatique. # # Distributed only by permission. # # # #*********************************************************************# #(* $Id: OMakefile,v 1.1.2.3 2010/05/16 01:45:54 furuse Exp $ *) .PHONY: all clean BYTE_ENABLED = true NATIVE_ENABLED = true USE_OCAMLFIND = true if $(not $(OCAMLFIND_EXISTS)) eprintln(This project requires ocamlfind, but is was not found.) eprintln(You need to install ocamlfind and run "omake --configure".) exit 1 FILES[]= converter # If you are only interested in some parts of image formats, # for example, gif and jpeg, say camlimages.gif camlimages.jpeg # instead of camlimages.all_formats. OCAMLPACKS[]= camlimages.all_formats # the library is created with -dllib: no -custom required public.OCAML_BYTE_LINK_FLAGS = .DEFAULT: $(OCamlProgram converter, $(FILES)) clean: rm -f $(filter-proper-targets $(ls R, .)) camlspotter-camlimages-e471b3c4470d/examples/converter-external/OMakeroot0000644000000000000000000000315612405272062024667 0ustar 00000000000000######################################################################## # Permission is hereby granted, free of charge, to any person # obtaining a copy of this file, to deal in the File without # restriction, including without limitation the rights to use, # copy, modify, merge, publish, distribute, sublicense, and/or # sell copies of the File, and to permit persons to whom the # File is furnished to do so, subject to the following condition: # # THE FILE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, # EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES # OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. # IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, # DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR # OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION WITH THE FILE OR # THE USE OR OTHER DEALINGS IN THE FILE. ######################################################################## # The standard OMakeroot file. # You will not normally need to modify this file. # By default, your changes should be placed in the # OMakefile in this directory. # # If you decide to modify this file, note that it uses exactly # the same syntax as the OMakefile. # # # Include the standard installed configuration files. # Any of these can be deleted if you are not using them, # but you probably want to keep the Common file. # open build/C open build/OCaml open build/LaTeX # # The command-line variables are defined *after* the # standard configuration has been loaded. # DefineCommandVars() # # Include the OMakefile in this directory. # .SUBDIRS: . camlspotter-camlimages-e471b3c4470d/examples/converter-external/converter.ml0000644000000000000000000000301012405272062025372 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: converter.ml,v 1.1.2.1 2010/05/13 13:14:47 furuse Exp $ *) open Images;; open OImages;; open Info;; let files = ref [] in Arg.parse [] (fun s -> files := s :: !files) "converter src dst"; let src, dst = match List.rev !files with | [src; dst] -> src, dst | _ -> invalid_arg "you need two arguments" in let src = OImages.load src [] in let saver src = src#save dst None [] in try saver src with | Wrong_image_type -> (* try to use another color model *) let src' = match OImages.tag src with | Rgb24 img -> invalid_arg "Sorry! No color reduction is implemented" | Index8 img -> img#to_rgb24#coerce | Index16 img -> img#to_rgb24#coerce | _ -> invalid_arg "not supported" in saver src';; camlspotter-camlimages-e471b3c4470d/examples/converter/.cvsignore0000644000000000000000000000005512405272062023217 0ustar 00000000000000converter converter.byt Makefile Makefile.in camlspotter-camlimages-e471b3c4470d/examples/converter/OMakefile0000644000000000000000000000203412405272062022775 0ustar 00000000000000#*********************************************************************# # # # Caml Images # # # # Fran輟is Pessaux, projet Cristal, INRIA Rocquencourt # # Pierre Weis, projet Cristal, INRIA Rocquencourt # # Jun Furuse, projet Cristal, INRIA Rocquencourt # # # # Copyright 1999-2004, # # Institut National de Recherche en Informatique et en Automatique. # # Distributed only by permission. # # # #*********************************************************************# #(* $Id: OMakefile,v 1.1.2.2 2010/05/13 13:36:09 furuse Exp $ *) BuildExample(converter, converter, all_formats) camlspotter-camlimages-e471b3c4470d/examples/converter/converter.ml0000644000000000000000000000277012405272062023566 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: converter.ml,v 1.11 2004/09/21 18:15:41 weis Exp $ *) open Images;; open OImages;; let files = ref [] in Arg.parse [] (fun s -> files := s :: !files) "converter src dst"; let src, dst = match List.rev !files with | [src; dst] -> src, dst | _ -> invalid_arg "you need two arguments" in let src = OImages.load src [] in let saver src = src#save dst None [] in try saver src with | Wrong_image_type -> (* try to use another color model *) let src' = match OImages.tag src with | Rgb24 _img -> invalid_arg "Sorry! No color reduction is implemented" | Index8 img -> img#to_rgb24#coerce | Index16 img -> img#to_rgb24#coerce | _ -> invalid_arg "not supported" in saver src';; camlspotter-camlimages-e471b3c4470d/examples/crop/.cvsignore0000644000000000000000000000004312405272062022150 0ustar 00000000000000crop.byt crop Makefile Makefile.in camlspotter-camlimages-e471b3c4470d/examples/crop/OMakefile0000644000000000000000000000204612405272062021734 0ustar 00000000000000#*********************************************************************# # # # Caml Images # # # # Fran輟is Pessaux, projet Cristal, INRIA Rocquencourt # # Pierre Weis, projet Cristal, INRIA Rocquencourt # # Jun Furuse, projet Cristal, INRIA Rocquencourt # # # # Copyright 1999-2004, # # Institut National de Recherche en Informatique et en Automatique. # # Distributed only by permission. # # # #*********************************************************************# #(* $Id: OMakefile,v 1.1.2.2 2010/05/13 13:36:09 furuse Exp $ *) OCAMLPACKS[]= unix BuildExample(crop, crop, all_formats) camlspotter-camlimages-e471b3c4470d/examples/crop/README0000644000000000000000000000065312405272062021037 0ustar 00000000000000crop images Utility for autocropping images. [crop body.ext] crops the border of the image [body.ext] and save the result in [body.crop.ext]. For example, +------------------+ | | | /\ An image | | / \----+ | | / \ | | | | +------------------+ becomes +-------------+ | /\ An image| | / \----+ | |/ \ | | +-------------+ camlspotter-camlimages-e471b3c4470d/examples/crop/crop.ml0000644000000000000000000002422212405272062021452 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: crop.ml,v 1.14 2004/09/12 21:39:52 weis Exp $ *) open Images;; open OImages;; (* split a string according to char_sep predicate *) let split_str char_sep str = let len = String.length str in if len = 0 then [] else let rec skip_sep cur = if cur >= len then cur else if char_sep str.[cur] then skip_sep (succ cur) else cur in let rec split beg cur = if cur >= len then if beg = cur then [] else [String.sub str beg (len - beg)] else if char_sep str.[cur] then let nextw = skip_sep cur in (String.sub str beg (cur - beg)) ::(split nextw nextw) else split beg (succ cur) in let wstart = skip_sep 0 in split wstart wstart;; let get_extension s = let dotpos = String.rindex s '.' in String.sub s (dotpos + 1) (String.length s - dotpos - 1);; let edge edgename img24 = (* its not a true edge detection it is "directed" *) let edgeimg = match edgename with | Some _ -> Some (new rgb24_with img24#width img24#height [] (Bytes.copy img24#dump)) | None -> None in let edge = Array.init img24#width (fun _ -> Array.make img24#height 0) in (* inner kills outer *) let s = if img24#width < img24#height then img24#width else img24#height in let s = s / 2 in let diff x1 y1 x2 y2 = Color.rgb_square_distance (img24#get x1 y1) (img24#get x2 y2) > 5000 in (* directed edge *) for i = 0 to s - 1 do for x = i to img24#width - 1 - i do let y = i in let y' = y + 1 in if diff x y x y' then edge.(x).(y') <- 1; let y = img24#height - 1 - i in let y' = y - 1 in if diff x y x y' then edge.(x).(y') <- 1; done; for y = i to img24#height - 1 - i do let x = i in let x' = x + 1 in if diff x y x' y then edge.(x').(y) <- 1; let x = img24#width - 1 - i in let x' = x - 1 in if diff x y x' y then edge.(x').(y) <- 1; done; done; (* inner kills outer *) for i = 0 to s - 1 do for x = i to img24#width - 1 - i do let y = i in let y' = y + 1 in if edge.(x).(y') = 1 then edge.(x).(y) <- 0; let y = img24#height - 1 - i in let y' = y - 1 in if edge.(x).(y') = 1 then edge.(x).(y) <- 0; done; for y = i to img24#height - 1 - i do let x = i in let x' = x + 1 in if edge.(x').(y) = 1 then edge.(x).(y) <- 0; let x = img24#width - 1 - i in let x' = x - 1 in if edge.(x').(y) = 1 then edge.(x).(y) <- 0; done; done; let edge2 = Array.init img24#width (fun _ -> Array.make img24#height 0) in (* sole points are dead *) for x = 0 to img24#width -1 do for y =0 to img24#height -1 do let sole = ref true in if edge.(x).(y) > 0 then begin for sx = -1 to 1 do for sy = -1 to 1 do if sx * sy <> 0 || (sx = 0 && sy = 0) then () else begin try if edge.(x+sx).(y+sy) > 0 then sole := false with _ -> () end done done; end; if not !sole then edge2.(x).(y) <- 1 done done; begin match edgename, edgeimg with | Some _name, Some img -> for x = 0 to img24#width - 1 do for y = 0 to img24#height - 1 do if edge2.(x).(y) > 0 then begin let rgb = img#get x y in rgb.r <- (rgb.r + 255 * 9) / 10; rgb.g <- rgb.g / 10; rgb.b <- rgb.b / 10; img#set x y rgb end done done; | _ -> () end; edge2, edgeimg;; let save def name img format = if format = Jpeg then begin let rec saver quality = let defsize = (Unix.stat def).Unix.st_size in img#save name (Some Jpeg) [Save_Quality quality]; let newsize = (Unix.stat name).Unix.st_size in if newsize > defsize * 3 / 2 && quality > 50 then saver (quality - 5) else prerr_endline (Printf.sprintf "quality= %d" quality) in saver 95 end else begin img#save name (Some format) [Save_Quality 95]; prerr_endline "done." end;; type crop = | WHXY of int * int * int * int | XXYY of int * int * int * int | PROP of int * int;; let files = ref [] in let force_write = ref false in let test = ref false in let conf = ref None in let delim = ref 4 in Arg.parse [ "-force", Arg.Unit (fun () -> force_write := true), ": force to create a cropped file everytime"; "-test", Arg.Unit (fun () -> test := true), ": test"; "-delim", Arg.Int (fun x -> delim := x), ": delimit 1/x (1/4)"; "-crop", Arg.String (fun s -> let whxy = ref false in let prop = ref false in let xxyy = ref false in match List.map int_of_string (split_str (function '+' -> whxy := true; true | 'x' -> whxy := true; true | '-' -> xxyy := true; true | '/' -> prop := true; true | _ -> false) s) with | [w;h] when !prop -> conf := Some (PROP (w,h)) | [w;h;x;y] when !whxy -> conf := Some (WHXY (w,h,x,y)) | [x1;x2;y1;y2] when !xxyy -> conf := Some (XXYY (x1,x2,y1,y2)) | _ -> assert false), "?x?+?+? : explicit cropping"; ] (fun s -> files := s :: !files) "crop files"; let files = List.rev !files in List.iter (fun file -> try let format,_ = Images.file_format file in let orgimg = OImages.load file [] in let ext = get_extension file in let body = String.sub file 0 (String.length file - String.length ext - 1) in let outfile = body ^ ".crop." ^ ext in let edgefile = body ^ ".edge." ^ ext in let edgeimg = ref None in let x1, x2, y1, y2 = match !conf with | None -> let img = match OImages.tag orgimg with | Rgb24 i -> i | Index8 i -> i#to_rgb24 | _ -> raise Wrong_image_class in let edge, eimg = edge (if !test then Some edgefile else None) img in edgeimg := eimg; let borderdetect w h q = let max = w / !delim in let found = ref 0 in for x = 0 to max do let rec chunk y = if q x y = 1 then try chunk (y+1) + 1 with _ -> 1 else 0 in let rec chunks y = try let c = chunk y in c :: chunks (y + c + 1) with | _ -> [] in let chunks = chunks 0 in let power = List.fold_left (fun s x -> s + x) 0 (List.map (fun x -> x * x) chunks) in if power > h * h / 128 then found := x; done; !found in let x1 = borderdetect img#width img#height (fun x y -> edge.(x).(y)) in let x2 = borderdetect img#width img#height (fun x y -> edge.(img#width-x-1).(y)) in let y1 = borderdetect img#height img#width (fun x y -> edge.(y).(x)) in let y2 = borderdetect img#height img#width (fun x y -> edge.(y).(img#height-x-1)) in begin match !edgeimg with | Some img -> for x = x1 to img#width - 1 - x2 do let f y = if edge.(x).(y) > 0 then img#set x y {r=0;g=255;b=0} in f y1; f (img#height - 1 - y2) done; for y = y1 to img#height - 1 - y2 do let f x = if edge.(x).(y) > 0 then img#set x y {r=0;g=255;b=0} in f x1; f (img#width - 1 - x2) done; img#save edgefile (Some Jpeg) [Save_Quality 75]; img#destroy | None -> () end; x1, x2, y1, y2 | Some (WHXY (w, h, x, y)) -> prerr_endline "WHXY"; x, orgimg#width - x - w, y, orgimg#height - y - h | Some (XXYY (x1, x2, y1, y2)) -> x1, x2, y1, y2 | Some (PROP (w, h)) -> let r = float w /. float h in let dx = truncate (((float orgimg#width) -. (float orgimg#height) *. r) /. 2.0) in let dy = truncate (((float orgimg#height) -. (float orgimg#width) /. r) /. 2.0) in if dx > 0 then dx, dx, 0, 0 else if dy > 0 then 0, 0, dy, dy else 0, 0, 0, 0 in let w = orgimg#width - x1 - x2 and h = orgimg#height - y1 - y2 in prerr_string (Printf.sprintf "%s: %dx%d+%d+%d (x:%d %d, y:%d %d)" file w h x1 y1 x1 x2 y1 y2); flush stderr; if w <> orgimg#width || h <> orgimg#height then begin let img' = OImages.sub orgimg x1 y1 w h in prerr_string " saving... "; flush stderr; save file outfile img' format end else begin (* no need to create the file *) if !force_write then begin prerr_string " saving... "; flush stderr; save file outfile orgimg format end else prerr_endline " no need to save"; end with | Wrong_image_class -> prerr_endline (Printf.sprintf "%s not supported" file)) files;; camlspotter-camlimages-e471b3c4470d/examples/edgedetect/.cvsignore0000644000000000000000000000004312405272062023302 0ustar 00000000000000edge edge.byt Makefile Makefile.in camlspotter-camlimages-e471b3c4470d/examples/edgedetect/OMakefile0000644000000000000000000000202212405272062023060 0ustar 00000000000000#*********************************************************************# # # # Caml Images # # # # Fran輟is Pessaux, projet Cristal, INRIA Rocquencourt # # Pierre Weis, projet Cristal, INRIA Rocquencourt # # Jun Furuse, projet Cristal, INRIA Rocquencourt # # # # Copyright 1999-2004, # # Institut National de Recherche en Informatique et en Automatique. # # Distributed only by permission. # # # #*********************************************************************# #(* $Id: OMakefile,v 1.1.2.2 2010/05/13 13:36:09 furuse Exp $ *) BuildExample(edge, edge, all_formats) camlspotter-camlimages-e471b3c4470d/examples/edgedetect/README0000644000000000000000000000014412405272062022164 0ustar 00000000000000edge detection [edge body.ext] creates the edge-detected image of [body.ext] in [body.edge.jpg]. camlspotter-camlimages-e471b3c4470d/examples/edgedetect/edge.ml0000644000000000000000000000631112405272062022544 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: edge.ml,v 1.12 2004/09/12 21:47:43 weis Exp $ *) open Images;; open OImages;; let edge (bmp : rgb24) = let width = bmp#width in let height = bmp#height in let rgb24 = new rgb24 width height in let f x y = let center = bmp#get x y in let points = Array.init 3 (fun dx -> Array.init 3 (fun dy -> try bmp#get (x+dx-1) (y+dy-1) with Out_of_image -> center)) in let r = ref 0 and g = ref 0 and b = ref 0 in let diff = ref 0 in let add dx dy weight = let rgb = points.(dx+1).(dy+1) in r := !r + rgb.r * weight; g := !g + rgb.g * weight; b := !b + rgb.b * weight; let dr = center.r - rgb.r and dg = center.g - rgb.g and db = center.b - rgb.b in diff := !diff + truncate (sqrt ( float (dr * dr + dg * dg + db * db) )) in add (-1) 0 1; add 1 0 1; add 0 (-1) 1; add 0 1 1; add (-1) (-1) 1; add 1 (-1) 1; add (-1) 1 1; add 1 1 1; (* 0 <= diff <= 3544 *) let cw = let cw = float !diff /. 3544.0 in if cw < 0.0 then 0.0 else if cw > 1.0 then 1.0 else cw in (* we need to emphasize the difference *) let cw = truncate (sqrt cw *. 256.0) in let newcolor org = let c = org / 8 + cw in if c > 255 then 255 else c in { r= newcolor center.r; g= newcolor center.g; b= newcolor center.b } in for x = 0 to width -1 do for y = 0 to height -1 do rgb24#unsafe_set x y (f x y) done done; rgb24;; let files = ref [] in Arg.parse [] (fun s -> files := s :: !files) "edge files"; let files = List.rev !files in List.iter (fun file -> try let rgb = let oimage = OImages.load file [] in match OImages.tag oimage with | Index8 img -> let rgb = img#to_rgb24 in img#destroy; rgb | Index16 img -> let rgb = img#to_rgb24 in img#destroy; rgb | Rgb24 img -> img | _ -> raise (Invalid_argument "not supported") in let rgb' = edge rgb in let get_extension s = let dotpos = String.rindex s '.' in String.sub s (dotpos + 1) (String.length s - dotpos - 1) in let ext = get_extension file in let body = String.sub file 0 (String.length file - String.length ext - 1) in let outfile = body ^ ".edge.jpg" in rgb'#save outfile (Some Jpeg) []; with _ -> ()) files;; camlspotter-camlimages-e471b3c4470d/examples/gifanim/.cvsignore0000644000000000000000000000006112405272062022617 0ustar 00000000000000.depend gifanim gifanim.byt Makefile Makefile.in camlspotter-camlimages-e471b3c4470d/examples/gifanim/.depend0000644000000000000000000000014612405272062022063 0ustar 00000000000000guienv.cmo: guienv.cmx: usleep.cmo: usleep.cmx: gifanim.cmo: guienv.cmo gifanim.cmx: guienv.cmx camlspotter-camlimages-e471b3c4470d/examples/gifanim/OMakefile0000644000000000000000000000210512405272062022377 0ustar 00000000000000#*********************************************************************# # # # Caml Images # # # # Fran輟is Pessaux, projet Cristal, INRIA Rocquencourt # # Pierre Weis, projet Cristal, INRIA Rocquencourt # # Jun Furuse, projet Cristal, INRIA Rocquencourt # # # # Copyright 1999-2004, # # Institut National de Recherche en Informatique et en Automatique. # # Distributed only by permission. # # # #*********************************************************************# #(* $Id: OMakefile,v 1.1.2.2 2010/05/13 13:36:09 furuse Exp $ *) OCAMLPACKS[] = lablgtk2 unix BuildExample(gifanim, gifanim guienv usleep, gif lablgtk2) camlspotter-camlimages-e471b3c4470d/examples/gifanim/README0000644000000000000000000000022112405272062021475 0ustar 00000000000000Gifanim animate gif animation files. This is an LablGtk application. You need to install the library with the configure option --with-lablgtk. camlspotter-camlimages-e471b3c4470d/examples/gifanim/gifanim.ml0000644000000000000000000000541512405272062022573 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: gifanim.ml,v 1.12.2.1 2010/05/13 13:36:09 furuse Exp $ *) open Images;; open Ximage;; open Guienv;; open Gdk;; open GMain;; open Gif;; let file = ref "" in Arg.parse [] (fun s -> file := s) "gifanim file"; let gifseq = Gif.load !file [] in let darea = (* new GMisc.drawing_area :width :height show: true packing: window#add *) GMisc.drawing_area ~show: true ~packing: window#add ~width: gifseq.screen_width ~height: gifseq.screen_height () in window#show (); let drawing = darea#misc#window in prerr_endline "GUI done"; let frames = Array.of_list (List.map (fun frame -> frame, Ximage.of_image visual None (Index8 frame.frame_bitmap), Ximage.mask_of_image window#misc#window (Index8 frame.frame_bitmap) ) gifseq.frames) in prerr_endline "Image load done"; let len = Array.length frames in let gc = GC.create drawing in let rect = Rectangle.create ~x:0 ~y:0 ~width: gifseq.screen_width ~height: gifseq.screen_height in let pos = ref 0 in let rec disp_frame () = let frame, image, mask = frames.(!pos) in begin match mask with | Some bmp -> Gdk.GC.set_clip_origin gc ~x: frame.frame_left ~y: frame.frame_top; Gdk.GC.set_clip_mask gc bmp | None -> Gdk.GC.set_clip_origin gc ~x: 0 ~y: 0; Gdk.GC.set_clip_rectangle gc rect end; Gdk.Draw.image drawing gc image.data ~xsrc: 0 ~ysrc:0 ~xdest: frame.frame_left ~ydest: frame.frame_top ~width: frame.frame_bitmap.Index8.width ~height: frame.frame_bitmap.Index8.height; Gdk.X.flush (); if len = 1 then false else begin incr pos; if !pos = len then pos := 0; ignore (Timeout.add ~ms:(frame.frame_delay*10) ~callback: disp_frame); false end in prerr_endline "first call"; let id = ref None in id := Some (window#event#connect#configure ~callback: (fun _ev -> begin match !id with | Some id -> window#misc#disconnect id | None -> () end; disp_frame ())); prerr_endline "Entered main loop"; Main.main ();; camlspotter-camlimages-e471b3c4470d/examples/gifanim/guienv.ml0000644000000000000000000000243012405272062022450 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: guienv.ml,v 1.6.2.1 2010/05/13 13:36:09 furuse Exp $ *) open Gdk;; open GMain;; GtkMain.Main.init ();; let window = GWindow.window ~title: "gifanim" (* ~auto_shrink: true *) ~allow_shrink: true ~allow_grow: true ();; window#connect#destroy ~callback:Main.quit;; let visual = window#misc#visual;; let quick_color_create = Truecolor.color_creator visual;; let quick_color_parser = Truecolor.color_parser visual;; let colormap = Gdk.Color.get_system_colormap ();; camlspotter-camlimages-e471b3c4470d/examples/gifanim/usleep.ml0000644000000000000000000000164012405272062022452 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: usleep.ml,v 1.4 2004/09/23 06:56:23 weis Exp $ *) let usleep sec = ignore (Unix.select [] [] [] sec);; camlspotter-camlimages-e471b3c4470d/examples/imgstat/.cvsignore0000644000000000000000000000005112405272062022654 0ustar 00000000000000imgstat imgstat.byt Makefile Makefile.in camlspotter-camlimages-e471b3c4470d/examples/imgstat/OMakefile0000644000000000000000000000203012405272062022432 0ustar 00000000000000#*********************************************************************# # # # Caml Images # # # # Fran輟is Pessaux, projet Cristal, INRIA Rocquencourt # # Pierre Weis, projet Cristal, INRIA Rocquencourt # # Jun Furuse, projet Cristal, INRIA Rocquencourt # # # # Copyright 1999-2004, # # Institut National de Recherche en Informatique et en Automatique. # # Distributed only by permission. # # # #*********************************************************************# #(* $Id: OMakefile,v 1.1.2.2 2010/05/13 13:36:09 furuse Exp $ *) BuildExample(imgstat, imgstat, all_formats) camlspotter-camlimages-e471b3c4470d/examples/imgstat/README0000644000000000000000000000023212405272062021535 0ustar 00000000000000Resize images % resize -scaie creates an image file "out.", scaled image of by . Just works with Rgb24 image classes.camlspotter-camlimages-e471b3c4470d/examples/imgstat/imgstat.ml0000644000000000000000000000213212405272062022660 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: imgstat.ml,v 1.2 2004/09/21 18:15:42 weis Exp $ *) open Images;; Arg.parse [] (fun s -> try let f, h = file_format s in Printf.printf "%s %s %dx%d\n" s (extension f) h.header_width h.header_height with | _ -> Printf.printf "%s ???\n" s) "imgstat files";; camlspotter-camlimages-e471b3c4470d/examples/liv/.cvsignore0000644000000000000000000000005212405272062021777 0ustar 00000000000000liv liv.byt .xvpics Makefile Makefile.in camlspotter-camlimages-e471b3c4470d/examples/liv/BulletHole.xpm0000644000000000000000000000743612405272062022601 0ustar 00000000000000/* XPM */ static char * BulletHole_xpm[] = { "48 48 63 1", " c None", ". c #CF3CCB2BCF3C", "X c #EFBEEBADEFBE", "o c #D75CD34CD75C", "O c #514451445144", "+ c #9E799A699E79", "@ c #FFFFFBEEFFFF", "# c #E79DE38DE79D", "$ c #082008200820", "% c #965892489658", "& c #A699A289A699", "* c #BEFBBAEABEFB", "= c #410341034103", "- c #861782078617", "; c #8E388A288E38", ": c #DF7DDB6CDF7D", "> c #F7DEF3CEF7DE", ", c #208120812081", "< c #000000000000", "1 c #28A228A228A2", "2 c #B6DAB2CAB6DA", "3 c #30C230C230C2", "4 c #596559655965", "5 c #96589A699E79", "6 c #71C671C671C6", "7 c #69A669A669A6", "8 c #618561856185", "9 c #30C228A228A2", "0 c #DF7DD34CDF7D", "q c #BEFBB2CABEFB", "w c #492449244924", "e c #104010401040", "r c #104010400820", "t c #8E3892489658", "y c #AEBAB2CAAEBA", "u c #9E7992489E79", "i c #186118611861", "p c #86178A288617", "a c #79E779E779E7", "s c #596559655144", "d c #C71BC30BC71B", "f c #F7DEFBEEFFFF", "g c #AEBAA289A699", "h c #208128A22081", "j c #E79DEBADE79D", "k c #28A230C230C2", "l c #38E338E338E3", "z c #FFFFF3CEF7DE", "x c #9E7992489658", "c c #79E771C671C6", "v c #EFBEE38DE79D", "b c #BEFBC30BC71B", "n c #A699A2899E79", "m c #C71BCB2BCF3C", "M c #492451445144", "N c #861779E78617", "B c #CF3CD34CCF3C", "V c #AEBAAAAAB6DA", "C c #A699A289AEBA", "Z c #D75CCB2BCF3C", "A c #F7DEF3CEEFBE", "S c #79E782078617", "D c #596551445144", " ", " .X ", " XoO+ ", " @#O$% &X % ", " *@#%=$- o@o$; ", " :>:o%,>&= ", " >:;-67-88=9,11 @@@#.0-= ", " @qO4w1,13er$$,7ty u&.O3 ", " &@4e,,ie<<<<<<<+ws-21<<<<<<<<<<<<<<<<<<:oo@* +8$<<<<<<<<<<<<<<<<<<<<<<>f>Xg= ", " o@@@@@2&6e<<<<<<<<<<<<<<<<<<<<<<<#.:%<% ", " @..2&-l$<<<<<<<<<<<<<<<<<<<<<<<<<X*x$6 ", " .@+;63r<<<<<<<<<<<<<<<<<<<<<<<<<<<<6>Xd6i ", " X*uck$<<<<<<<<<<<<<<<<<<<<<<<<<<<<3v#:lO ", " b>n6l$<<<<<<<<<<<<<<<<<<<<<<<<<<<<,0:%< ", " X*al$<<<<<<<<<<<<<<<<<<<<<<<<<<<<aM$<<<<<<<<<<<<<<<<<<<<<<<<<<<<<*;$% ", " 2@26<<<<<<<<<<<<<<<<<<<<<<<<<<<<&4$<<<<<<<<<<<<<<<<<<<<<<<<<<<*uaw,<<<<<<<<<<<<<<<<<<<<<<<<<<2awl,,<<<<<<<<<<<<<<<<<<<<<<<<<<8:Ba1 ", " .XV3e$ekw$<<<<<<<<<<<<<<<<<<<<<<<<1+>b11 ", " #d1eO; 6-r<<<<<<<<<<<<<<<<<<<<<<$7X>&l1 ", " X4,tC ;>2$<<<<<<<<<<<<<<<<<<<<<=#@#&3= ", " d,+ d@7h<<<<<<<<<<<<<<<<<<$wd@zoq41 ", " 6- o@&81e$<<<<<<<<<<<<<145:@>#.Zae6 ", " d>#x=1e<<<<<<<<<<#:ZZ2,= ", " *XA*-==,i$<<<<<$l6*X@X0X#o.m..4<+ ", " X>d%784886M8-a% C.@@XX@>voZ:2ae8 ", " &#@dt;-SNux-&&6=3O2X@ --dXvZ %Oi= ", " &d@0&+%;NDi<<<11$$6o*<<3 &x=$1 ", " q@v* &g8Bd8i% ; ", " yXz.8i ", " gb@nr ", " ;a8<% ", " &7- "}; camlspotter-camlimages-e471b3c4470d/examples/liv/File.xpm0000644000000000000000000000562112405272062021413 0ustar 00000000000000/* XPM */ static char * File_xpm[] = { "48 48 20 1", " c None", ". c #514451445144", "X c #EFBEEFBEEFBE", "o c #000000000000", "O c #5144104071C6", "+ c #861710409E79", "@ c #71C610408617", "# c #514410406185", "$ c #5144000071C6", "% c #410310406185", "& c #514400006185", "* c #410310405144", "= c #410300006185", "- c #514400005144", "; c #30C210404103", ": c #30C2104030C2", "> c #30C200004103", ", c #2081000030C2", "< c #208100002081", "1 c #104000001040", " ", " ", " .......................................... 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camlspotter-camlimages-e471b3c4470d/examples/liv/FolderLink.xpm0000644000000000000000000000660712405272062022572 0ustar 00000000000000/* XPM */ static char * FolderLink_xpm[] = { "40 47 64 1", " c None", ". c #BEFBAAAAAEBA", "X c #EFBEDB6C9E79", "o c #FFFFCB2BAEBA", "O c #BEFB9A698E38", "+ c #AEBA9A699E79", "@ c #BEFBBAEAAEBA", "# c #DF7DDB6CCF3C", "$ c #BEFBAAAA8E38", "% c #AEBA8A2871C6", "& c #71C661855144", "* c #AEBA8A286185", "= c #8E3861856185", "- c #71C641034103", "; c #514430C230C2", ": c #30C220812081", "> c #EFBEEBADCF3C", ", c #5144410330C2", "< c #9E7971C65144", "1 c #9E798A288E38", "2 c #30C230C230C2", "3 c #514451445144", "4 c #CF3CCB2BBEFB", "5 c #8E3861855144", "6 c #6185410330C2", "7 c #AEBA9A696185", "8 c #71C6618571C6", "9 c #CF3CBAEAAEBA", "0 c #514441034103", "q c #618561856185", "w c #96588A289658", "e c #9E7961855144", "r c #AEBABAEAAEBA", "t c #514451444103", "y c #CF3C82075144", "u c #208120812081", "i c #000000000000", "p c #EFBEDB6CDF7D", "a c #AEBAAAAA9E79", "s c #28A228A228A2", "d c #DF7D618538E3", "f c #410330C22081", "g c #69A66DB669A6", "h c #410320812081", "j c #104010400000", "k c #104010401040", "l c #104010402081", "z c #082008200820", "x c #208110401040", "c c #F7DE49241040", "v c #4103410330C2", "b c #9E79618571C6", "n c #618559655144", "m c #30C220811040", "M c #30C210401040", "N c #71C6410330C2", "B c #410341034103", "V c #9E799A698E38", "C c #8E388A288E38", "Z c #492449244924", "A c #8E3841034103", "S c #DF7DBAEABEFB", "D c #30C230C21040", "F c #104000001040", " .XoO+ ", " @#X.$%&O ", " .Xo$O*%O=- ", " @oX.$%*%%$%; 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camlspotter-camlimages-e471b3c4470d/examples/liv/Monalisa.xpm0000644000000000000000000002123012405272062022271 0ustar 00000000000000/* XPM */ static char *Monalisa[] = { /* width height num_colors chars_per_pixel */ " 48 48 27 1", /* colors */ ". c #000000", "# c #281808", "a c #38240c", "b c #492c10", "c c #553414", "d c #593818", "e c #5a5a5a", "f c #65411c", "g c #794d24", "h c #7d5124", "i c #86592c", "j c #966534", "k c #9a6938", "l c #aa7545", "m c #ae7949", "n c #b68251", "o c #be8a59", "p c #c79665", "q c #cf9e6d", "r c #d3a275", "s c #d7aa7d", "t c #dfb28a", "u c #e3ba92", "v c #ebc7a6", "w c #ebcbae", "x c #ffffff", "y c None", /* pixels */ "eeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee", "e..............................................x", "e.oppqnnoononoonnoonpppooqpooonopppqppoonnpoopox", "e.oloonpnoonpooooopnpolljjllnpnqoopooopnnnnpoopx", "e.looooopnoonpoppoplifbbbbccdgloppppoqpoooopoqqx", "e.ooopqppqpoopopppibbdcababbddcdloppqoolpnppppqx", "e.pporpppppqppqoogbcdgabbbbbaccdckppqqpoopoqrrrx", "e.rpqqqooppoprrrgbccgdbcbbaababccbjppqqppopoqrrx", "e.pqppqsqpppqrrkbbdilkigcbabbabbdcclpqpqopppqqqx", "e.oqqqppqpqqrtpcgnrstrrnmifbbbbccccdnpqrqqqoqqqx", "e.qpqpqpqpqstrjdnruwwwusrnigcbabccdchrrsrqrqqprx", "e.oqqpqqpqrttoajrvwwwwwwrrlhdbbaacdcborqrrrrqrrx", "e.qqqrrtrstwtfdntwvvwvwwuqmjgcbbbacbbirqpqrrrrsx", "e.qrrrrrrrtvofdntwvwwvwutpmkidcbaaababpnopppprrx", "e.srprrrprspidhouwwvvwvtsrpnkjfbbaaaabjknnmnpprx", "e.rrsrrssssoddiruvvvvwvwttrrokgccbbabagjkkkmpnpx", "e.stwrwrwrvkddipuuvvvvtssrrpnkfdcbbaaafiijkllmnx", "e.lnrsrwrvpjddfppoqutslllmmkjifcddbbbbffhiklknmx", "e.kjjrsrwrmfddffkkjpslfilifdbhgcccbbbbcfgghjkkkx", "e.ijjrwrrrofdddblafmtiimmahfklhbccbabacfffgjjjhx", "e.hjjppklonddakoonlrtilrrnkornicccbbaacgfggfihfx", "e.fhfkiidjkdbakttrsrtmosstttrmhddddcbcbdffhkfghx", "e.dffafhfffhaairuutusqmwuwurplhdfddcdccggggghffx", "e.dddddfdddaddhruututnrswutrlkfcdfdfdcchjjkkmmkx", "e.daffdadaddaadrstrutomustsokffddddcdccddfhihjkx", "e.fgddddabadddalrsotpiktutpmkidcddfddcdddddghfgx", "e.fcddddbabbdbainrsnfairspnkigdcdfccdcccdddddfdx", "e.ddddbbddbbbadfmlsrkmmmmomkjgddfdfgdccdfffffffx", "e.ddcdadbbabddahlnlnmiiioonlffdbfdccddddfffffffx", "e.cdbbdbdcbcdbdakorrmmkmopniifdcddddcddddffgfgfx", "e.cddcbdddcabddadkrqmlmmnlkfhdbccccddcccdfdfgfgx", "e.dgffffhhcfadbddalsvtonkjffddcdccddcdccdggfgggx", "e.dcdddffgdadddbadaoqomkffffdbbbcbdddcbccfffgfgx", "e.cdddgilkfbcdbdaaaaiffffdfdbddbccddccbbcffdfgfx", "e.fhggghkkhddbdbaaaaadfafddbfbddccccbcbbcfddfgdx", "e.hkhmllkkidabdbbaaaafdfadbddffdcbabbbbabdffdfgx", "e.imlllhliifddbbb#baakjffddfhhhfcbdbbbbbbfdfiffx", "e.hljhllhjhfbdbbaaadafmlkihhhiihdbbbbabbbdfgghgx", "e.dhlggiiigdccdbaa#abgmlmkkjkklkhdbdbbdaabbccccx", "e.hbadfdcbcbaabaaabdfimnnmllmnmkiddbdddbbbabddcx", "e.gbbabbbabbbcbbbbbinrppoonppppojfdffddcbbabcbcx", "e.dba#abcbabcbcbdhknrtrtrrrrrrroliffidccccbdcghx", "e.fbab#acbbcbbccinsrtttssttwssrpkfigifcbbcbbbcfx", "e.daacbbdcbbbbdborpwttwwttwswsrpmigfgdbbdbbbbcdx", "e.dcccbcddcbddfirtuwwwswswswrwprlfigfdcddccbacdx", "e.fdcdcddbbcddgmrswwwuwtswwtwsrpjiiffccbcfddcbcx", "e.fdfhccbbbbfhiowwswwwtwutwttwrpjfiggbcdhgdfcbbx", "exxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx" }; SIMPLE = T BITPIX = 8 NAXIS = 2 NAXIS1 = 48 NAXIS2 = 48 HISTORY Written by XV 3.10 COMMENT the GIMP was here END ZZG>GY::1111GYaѲѻѻѫ nGaUU1:>YU>G:11ZG>:>:>>11:>>UѻѻѲnaaGG::1:G>>:1:Z>:::1:>>:1>>Ga ѲѲѲѫџGaUG>:>>::1':>Z>'':11>:1111>1ѻѻѲѲaUGU>11>1111:> ZG1'1':11:11::aѲrGaUaG:11:111:GZ>1''1:1'1:1:1>Yr aGGa>::::1>:UYZU11'111'111:11111anG>GG>>:11'1:1:ZY1'>G>:1:1''1' ''1>Gara>>1>>>111'1>>:Z>YUUaaaU>::>1'''1UrrnrrrY>1>11>''11:::: ZYnYYnYG1>11'''>'GraYYYaaY>1111'111>GUUYUZaYaaG>>1111''rnGG>>GYYYG :1>111111G>GaGGZYrYrra>'1>11''''G>G'>1>>GG>:1'1111'1>GG>GUZGYUUUYrrY>>1>1 '''''>G'G>>1G1>>::::1:11:G>>GU>Z:>>>UarG1:>1>''''aGGGG>G>1>>1::>>::11:GG>GUG Z>:>>>GGU>'>>>1'>'rGGGG>111:1>>>:1::GGGUGUZ>UGGGGYY:G'>1>>'λrnGG>>:> ::>>:>::>UUGUUUZ:>>:1>>>:'1>>'>rrGY>1::::>>:::>G>GUGUZ:>11>1>:1:>1>' rraaG>:>>>>:>>>>GGUGUGZ>>:>'>11'1>>'YaaaGG>1G>::>>>>GGGGGGGZ>>>>11>>111'>GrrnU>>G>GU>::>GGGGGGGZG:>>>>1'11>1'aG'araU>:>G::>:::>>>>>G>ZGU>>>>'1'>>>'arra>:>>G>>:>>>>>UYGUZ>'GG>'>'>>''>rGG>>>>:>::>>GYaYnrZ>>>>>G>>>'>>YrG:>G>G>::YnnrrrZ>GG'GYGGGY''aY>G>>:>::UUUUUYGGZGYGraa>nr>1'rY>>>>:1:1>GGYrGUYZYnnr>>'rara:::11'':UGUUGaYGZannѫG>>>1'Gaa'YGrY1::1'1':GGGUnnnYZrnnѫG>>GGrrnGaaG>1YU:::1111:GUUYnrrrZѫΟn>>GrnaG:>>1111GGYarrZѫѫѫr>>aλrG>:11'''GaanrZ>>aѻrU::11'1'UnrrrZa>YλrnG11''''1nrZΔG>ra>:1'''1'1ZѻG>nU:111':11aZ'nѫY>11'':>:1Zn>aU:1'1::>:YZ:UaG1111::::>Zr11>araU:1'11'11>::ZU1::U>1:11''1'1::1nZU1:>U'11111'::>:rZa11>:'1'11>>:>ZaG1111::>UZnnZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZZ camlspotter-camlimages-e471b3c4470d/examples/liv/OMakefile0000644000000000000000000000237112405272062021564 0ustar 00000000000000#*********************************************************************# # # # Caml Images # # # # Fran輟is Pessaux, projet Cristal, INRIA Rocquencourt # # Pierre Weis, projet Cristal, INRIA Rocquencourt # # Jun Furuse, projet Cristal, INRIA Rocquencourt # # # # Copyright 1999-2004, # # Institut National de Recherche en Informatique et en Automatique. # # Distributed only by permission. # # # #*********************************************************************# #(* $Id: OMakefile,v 1.1.2.2 2010/05/13 13:36:09 furuse Exp $ *) OCAMLPACKS[] = lablgtk2 unix MODULES[] = cache deficon display edge enhance gui icon iconcap jWidget jpf liv livmisc # livsh livshtype mylazy pathfind scandir seq tout viewer BuildExample(liv, $(MODULES), all_formats lablgtk2) camlspotter-camlimages-e471b3c4470d/examples/liv/README0000644000000000000000000000177712405272062020676 0ustar 00000000000000This is an LablGtk2 application. You need to install the library with lablgtk2 support. LV -- Labl image Viewer This is camlimages+lablgtk2 image viewer, like `xv', but much limited. It works just with True or Direct colormodels. No PseudoColor support. And more, it is UNDER CONSTRUCTION. Usage: lv imagefiles Options: -random Images are displayed randomly. Use with -wait. -wait sec Automatically display next image after waiting [sec] seconds. Useful for image slideshow. -root [center|random] Display images on root. [center] puts the images in the center of the screen. [random] puts them at random position. -transition [myst|transparent] Use with -root. You can see some funny transition animations. -size [w]x[h] Set the maximum size of images upto [w]x[h]. LV shell (like Visual schnauzer of xv) Copy iconcap and the xpm files in this directory in $HOME/.lv and type 'v' key in the image window of lv... You will have something fancy, but still under development. camlspotter-camlimages-e471b3c4470d/examples/liv/cache.ml0000644000000000000000000000465612405272062021412 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: cache.ml,v 1.5 2008/06/16 22:35:42 furuse Exp $ *) type ('a, 'b) elt = { key : 'a; data : 'b; at_remove : 'b -> unit; time : float; };; type ('a, 'b) t = ('a, 'b) elt option array;; let create size = Array.make size None;; let find_pos t key = let found = ref 0 in try for i = 0 to (Array.length t - 1) do match t.(i) with | None -> () | Some {key = key'} when key = key' -> found := i; raise Exit | _ -> () done; raise Not_found with | Exit -> !found;; let find t key = match t.(find_pos t key) with | Some elt -> elt.data | _ -> assert false;; let rename t key newkey = try let pos = find_pos t key in let data = match t.(pos) with Some d -> d | _ -> assert false in t.(pos) <- Some {data with key = newkey} with | Not_found -> ();; let find_empty_or_eldest t = let found = ref None in begin try for i = 0 to (Array.length t - 1) do match t.(i) with | None -> found := Some (i, None); raise Exit | Some elt -> match !found with | None -> found := Some (i, Some elt) | Some (_j, Some elt') when elt.time < elt'.time -> found := Some (i, Some elt) | _ -> () done with Exit -> () end; match !found with | Some (i, _) -> i | None -> raise Not_found;; let add t key data at_remove = let slot = try find_pos t key with Not_found -> try find_empty_or_eldest t with Not_found -> 0 in begin match t.(slot) with | Some elt -> elt.at_remove elt.data | None -> () end; t.(slot) <- Some {key = key; data = data; at_remove= at_remove; time = Unix.time ()};; camlspotter-camlimages-e471b3c4470d/examples/liv/cache.mli0000644000000000000000000000236512405272062021556 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: cache.mli,v 1.4 2008/06/16 22:35:42 furuse Exp $ *) type ('a, 'b) elt = { key : 'a; data : 'b; at_remove: 'b -> unit; time : float; };; type ('a, 'b) t = ('a, 'b) elt option array;; val create : int -> ('a, 'b) t;; val find_pos : ('a, 'b) t -> 'a -> int;; val find : ('a, 'b) t -> 'a -> 'b;; val rename : ('a, 'b) t -> 'a -> 'a -> unit;; val find_empty_or_eldest : ('a, 'b) t -> int;; val add : ('a, 'b) t -> 'a -> 'b -> ('b -> unit) -> unit;; camlspotter-camlimages-e471b3c4470d/examples/liv/deficon.ml0000644000000000000000000000702712405272062021751 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: deficon.ml,v 1.2 2004/09/21 18:15:43 weis Exp $ *) let data = [| "48 48 5 1"; " c None"; ". c #514451445144"; "X c #EFBEEFBEEFBE"; "o c #000000000000"; "O c #9E79A2899E79"; " "; " "; " .......................................... "; " .XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXoo "; " .XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXooo "; " .XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXooo "; " .XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXooo "; " .XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXooo "; " .XXX.oXo...XX.XXXOooooo.XXXX..X....XXXXXXooo "; " .XXXXXXXXXXXXXXOoo.OO.oooOXXXXXXXXXXXXXXXooo "; " .XXX....o..XXXOo.XXXXXOoooOXXXXXXXXXXXXXXooo "; " .XXXXXXXXXXXXX.oXXXXXXX.oooXXXXXXXXXXXXXXooo "; " .XXX.....X..XXoo.XX..XXOooo.XX..o......XXooo "; " .XXXXXXXXXXXXXoooXXXXXXXooooXXXXXXXXXXXXXooo "; " .XXXXXX..o..XXoooXX...XXooooXX..XX.XXXXXXooo "; " .XXXXXXXXXXXXX.o.XXXXXXXooooXXXXXXXXXXXXXooo "; " .XXX.o..o...oXXXXXX.X.XXooo.XX..X....XXXXooo "; " .XXXXXXXXXXXXXXXXXXXXXXOoooXXXXXXXXXXXXXXooo "; " .XXX..X...X......o...XX.oo.XXXXXXXXXXXXXXooo "; " .XXXXXXXXXXXXXXXXXXXXXXoooXXXXXXXXXXXXXXXooo "; " .XXXo......X.XXX..XXXXOooOXX...X.....XXXXooo "; " .XXXXXXXXXXXXXXXXXXXXXoo.XXXXXXXXXXXXXXXXooo "; " .XXXo.X...o.Xo.....XXOooXX........XXXXXXXooo "; " .XXXXXXXXXXXXXXXXXXXXooOXXXXXXXXXXXXXXXXXooo "; " .XXX...o..........XXXooXX.o..X..oX..o..XXooo "; " .XXXXXXXXXXXXXXXXXXXOoOXXXXXXXXXXXXXXXXXXooo "; " .XXX...o......XX..XXooXXXXXXXXXXXXXXXXXXXooo "; " .XXXXXXXXXXXXXXXXXXXoOXXXXXXXXXXXXXXXXXXXooo "; " .XXXXXXXXX..X..o..XXoXXX..o.XXXXXXXXXXXXXooo "; " .XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXooo "; " .XXX..o....o..X..XXXXXXX..o....XX...XXXXXooo "; " .XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXooo "; " .XXXoo..X......oXXOoooOXXXXXXXXXXXXXXXXXXooo "; " .XXXXXXXXXXXXXXXXXoooooXXXXXXXXXXXXXXXXXXooo "; " .XXX...X.o...X..XXoooooXXXXXXXXXXXXXXXXXXooo "; " .XXXXXXXXXXXXXXXXXoooooXXXXXXXXXXXXXXXXXXooo "; " .XXXXXXXXX..o.X.XXOoooOXX...X.o.....XXXXXooo "; " .XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXooo "; " .XXXoX..o...o....XXXXXXX..X...X...o...XXXooo "; " .XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXooo "; " .XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXooo "; " .XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXooo "; " .XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXooo "; " .ooooooooooooooooooooooooooooooooooooooooooo "; " ooooooooooooooooooooooooooooooooooooooooooo "; " oooooooooooooooooooooooooooooooooooooooooo "; " "; " "; |];; camlspotter-camlimages-e471b3c4470d/examples/liv/display.ml0000644000000000000000000002302312405272062022001 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: display.ml,v 1.36.2.1 2010/05/13 13:36:09 furuse Exp $ *) open Livmisc;; open Gui;; open Tout;; open Gdk;; type filter = [ `SIZE of int * int * [ `ATMOST | `ATLEAST | `NOASPECT ] ];; let current_filters = (ref [] : filter list ref);; let add_size w h = List.fold_right (fun x st -> match x with | `SIZE _ -> st (* | _ -> x :: st *)) !current_filters [`SIZE (w,h,`NOASPECT)];; let forward_redisplay = ref (fun _ -> ());; module WINDOW = struct let prev = ref (-1,-1) let pixmap = ref None let set_pixmap pix = begin match !pixmap with | None -> () | Some pix -> Gdk.Pixmap.destroy pix end; pixmap := Some pix let display pixbuf = let width = GdkPixbuf.get_width pixbuf in let height = GdkPixbuf.get_height pixbuf in let pixmap = Gdk.Pixmap.create ~window:window#misc#window ~width ~height () in GdkPixbuf.render_to_drawable pixmap pixbuf; prev := (width, height); prog#set_format_string "done"; sync (); prog#unmap (); (* Resizing window *) (* Changes from gtk1.2 to 2.0: It is no longer permissable to draw directly on an arbitrary widget, or to set an arbitrary widget's background pixmap. If you need to do that, use a GtkDrawingArea or (for a toplevel) a GtkWindow where gtk_widget_set_app_paintable() has been called. *) (* Format.eprintf "resizing %d %d@." ximage#width ximage#height; *) drawing#resize ~width ~height; Gdk.Window.set_back_pixmap drawing#misc#window (`PIXMAP pixmap); set_pixmap pixmap; Gdk.Window.clear drawing#misc#window; set_pixmap pixmap; sync (); set_timeout () let init () = ignore (drawing#event#connect#configure ~callback: (fun ev -> let w = GdkEvent.Configure.width ev and h = GdkEvent.Configure.height ev in let rec f w h = if (w, h) <> !prev then begin !forward_redisplay (add_size w h); end; let w', h' = Drawable.get_size drawing#misc#window in if (w', h') <> (w, h) then f w' h' in f w h; false)) end module ROOT = struct type root_geom = { width : int; height : int; xdest : int; xsrc : int; ydest : int; ysrc : int; put_width : int; put_height : int; };; let root_geom width height x y = let width0 = width in let height0 = height in let xdest0 = if x < 0 then 0 else x in let xsrc0 = if x < 0 then -x else 0 in let put_width0 = if x + width0 > screen_width then screen_width - xdest0 else x + width0 - xdest0 in let ydest0 = if y < 0 then 0 else y in let ysrc0 = if y < 0 then -y else 0 in let put_height0 = if y + height0 > screen_height then screen_height - ydest0 else y + height0 - ydest0 in { width= width0; height= height0; xdest= xdest0; ydest= ydest0; xsrc= xsrc0; ysrc= ysrc0; put_width= put_width0; put_height= put_height0; } let root_pixmap = lazy ( let pix = GDraw.pixmap ~window ~width: screen_width ~height: screen_height () in pix#set_foreground `BLACK; pix#rectangle ~x:0 ~y:0 ~width: screen_width ~height: screen_height ~filled: true (); pix#pixmap ) let display_at pixbuf x y = let geom = root_geom (GdkPixbuf.get_width pixbuf) (GdkPixbuf.get_height pixbuf) x y in GdkPixbuf.render_to_drawable !!root_pixmap ~dest_x: geom.xdest ~dest_y: geom.ydest pixbuf; Window.set_back_pixmap root_win (`PIXMAP(!!root_pixmap)); Window.clear root_win; set_timeout () end;; let working = ref (None : (int * OImages.rgb24 * filter list) option);; let waiting = ref None;; let check_waiting () = if !waiting <> None then raise Exit;; type root_mode = [ `NONE | `CENTER | `RANDOM ];; type transition = [ `NONE | `MYST | `TRANSPARENT ];; let root_mode = ref (`NONE : root_mode);; let transition = ref (`NONE : transition);; let root_prev_pos = ref None;; let display_pixbuf pixbuf = match !root_mode with | `CENTER | `RANDOM -> let width = GdkPixbuf.get_width pixbuf and height = GdkPixbuf.get_height pixbuf in let x, y = let w = screen_width - width and h = screen_height - height in match !root_mode with | `RANDOM -> let w = screen_width - width and h = screen_height - height in let overwrap x y = match !root_prev_pos with | None -> 0 | Some (pw, ph, px, py) -> let w = min (x + w - 1) (px + pw - 1) - max x px in let h = min (y + h - 1) (py + ph - 1) - max y py in if w < 0 || h < 0 then 0 else w * h in let random_x_y () = let x = if w <= 0 then w / 2 else Random.int w and y = if h <= 0 then h / 2 else Random.int h in (x, y), overwrap x y in let min = ref (random_x_y ()) in for _i = 0 to 5 do let (x, y), over = random_x_y () in if snd !min > over then min := (x, y), over done; let x, y = fst !min in root_prev_pos := Some (w, h, x, y); x, y | _ -> w/2, h/2 in ROOT.display_at pixbuf x y | _ -> WINDOW.display pixbuf;; let sort_filters (filters : filter list) = let rec get_size = function | [] -> [] | `SIZE x :: _ -> [`SIZE x] | _ :: xs -> get_size xs in (* let rec get_normalize = function | [] -> [] | `NORMALIZE :: _ -> [`NORMALIZE] | _ :: xs -> get_normalize xs in let rec get_enhance = function | [] -> [] | `ENHANCE :: _ -> [`ENHANCE] | _ :: xs -> get_enhance xs in *) List.flatten [(*get_enhance filters; get_normalize filters; *)get_size filters];; let resize w h cond old = let old_width = GdkPixbuf.get_width old in let old_height = GdkPixbuf.get_height old in let xmag,ymag = let xmag = float w /. float old_width and ymag = float h /. float old_height in let xmag,ymag = match cond with | `ATMOST -> let mag = if xmag > ymag then ymag else xmag in if mag > 1.0 then 1.0, 1.0 else mag, mag | `ATLEAST -> let mag = if xmag > ymag then xmag else ymag in if mag < 1.0 then 1.0, 1.0 else mag, mag | `NOASPECT -> xmag, ymag in let nw = truncate (float old_width *. xmag) and nh = truncate (float old_height *. ymag) in if nw > fst root_size || nh > snd root_size then let xmag = float (fst root_size) /. float old_width and ymag = float (snd root_size) /. float old_height in match cond with | `NOASPECT -> xmag, ymag | _ -> if xmag > ymag then ymag, ymag else xmag, xmag else xmag, ymag in if xmag = 1.0 && ymag = 1.0 then old else let nw = truncate (float old_width *. xmag) and nh = truncate (float old_height *. ymag) in prog#map (); let fmts = if xmag > 1.0 && ymag > 1.0 then Printf.sprintf "enlarging to %dx%d" nw nh else if xmag < 1.0 && ymag < 1.0 then Printf.sprintf "reducing to %dx%d" nw nh else Printf.sprintf "resizing to %dx%d" nw nh in prog#set_format_string fmts; if nw <> old_width || nh <> old_height then begin (* original pixbuf will be GC'ed automatically *) let pixbuf' = GdkPixbuf.create ~width: nw ~height: nh () in GdkPixbuf.scale ~dest: pixbuf' ~dest_x: 0 ~dest_y: 0 ~width: nw ~height: nh ~ofs_x: 0. ~ofs_y: 0. ~scale_x: (float nw /. float old_width) ~scale_y: (float nh /. float old_height) ~interp: `HYPER old; pixbuf' end else old let create_pixbuf (_id : int) image filters = let pixbuf = Imagegdk.to_pixbuf image in let filters = sort_filters filters in let filter_pixbuf pixbuf = function | [] -> pixbuf | `SIZE (w, h, cond) :: _fs -> (* original pixbuf will be GC'ed automatically *) resize w h cond pixbuf in filter_pixbuf pixbuf filters ;; let current = ref None;; let rec display id image filters = let start_waiting () = match !waiting with | Some (id, image, filters) -> prerr_endline "aborted!"; waiting := None; display id image filters | None -> () in if !working <> None then begin (* we store it at waiting *) (* hoping working process may find it and move to it *) prerr_endline "try to abort"; waiting := Some (id, image, filters); end else begin try working := Some (id, image, filters); (* XIMAGE let ximage = ximage_of_image id image filters in *) let pixbuf = create_pixbuf id image#coerce filters in current := Some (id, image); current_filters := filters; display_pixbuf pixbuf; working := None; start_waiting () with | Exit -> (* abort! *) working := None; start_waiting () end;; let redisplay new_filters = match !current with | Some (id, image) -> display id image new_filters | None -> ();; forward_redisplay := redisplay;; camlspotter-camlimages-e471b3c4470d/examples/liv/edge.ml0000644000000000000000000000423612405272062021245 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: edge.ml,v 1.12 2006/01/13 14:18:16 rousse Exp $ *) open Images;; open OImages;; let edge (bmp : index8) = let width = bmp#width in let height = bmp#height in let rgb24 = new rgb24 width height in let cmap = bmp#colormap.map in let cc x y = let center = cmap.(bmp#get x y) in let points = Array.init 3 (fun dx -> Array.init 3 (fun dy -> try cmap.(bmp#get (x + dx - 1) (y + dy - 1)) with | Out_of_image -> center)) in let r = ref 0 and g = ref 0 and b = ref 0 in let diff = ref 0 in let add dx dy w = let rgb = points.(dx + 1).(dy + 1) in r := !r + rgb.r * w; g := !g + rgb.g * w; b := !b + rgb.b * w; let dr = center.r - rgb.r and dg = center.g - rgb.g and db = center.b - rgb.b in diff := !diff + truncate (sqrt (float (dr * dr + dg * dg + db * db))) in add (-1) 0 1; add 1 0 1; add 0 (-1) 1; add 0 1 1; add (-1) (-1) 1; add 1 (-1) 1; add (-1) 1 1; add 1 1 1; let cw = (* diff = 0 ----- 3 diff = 3528 ----- 10 *) !diff / 300 + 3 in add 0 0 cw; let sw = cw + 8 in {r = !r / sw; g = !g / sw; b = !b / sw} in for x = 0 to width -1 do for y = 0 to height -1 do rgb24#unsafe_set x y (cc x y) done done; rgb24;; camlspotter-camlimages-e471b3c4470d/examples/liv/enhance.ml0000644000000000000000000000543712405272062021746 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: enhance.ml,v 1.5 2004/09/24 10:55:06 weis Exp $ *) open Images;; open Colorhist;; let make_id_rgb rgb = rgb;; let enhance keep t = let total = total_samples t in if total = 0 then raise (Failure "histgram is empty"); let cut_samples = truncate ((float total) *. (1.0 -. keep) /. 2.0) in let rec find_limit update sum b = let sum = sum + t.(b) in if sum > cut_samples then b else find_limit update sum (update b) in let min = find_limit ((+) 1) 0 0 and max = find_limit ((+) (-1)) 0 255 in if max <= min then 1.0, make_id_rgb else begin let average = let samples = ref 0 in let sum = ref 0 in for i = min to max do sum := !sum + t.(i) * (i - min); samples := !samples + t.(i) done; float !sum /. float !samples /. (float (max - min)) in let logmax = 1.0 /. 0.5 in let logmin = 1.0 /. 2.0 in (* average will go near 0.65 *) let log = log 0.65 /. log average in let log = if logmax < log then logmax else if logmin > log then logmin else log in prerr_endline (Printf.sprintf "average=%f gamma=%f min=%d max=%d" (average *. 255.0) (1.0 /. log) min max); let div = 2 in let make_elem x = if x < min then x / div else if x > max then 255 - (255 - x) / div else let x' = if x - min < (max - min) / 2 then x / div else 255 - (255 - x) / div in let pow = float (abs (x - min - (max - min) / 2)) /. float ((max - min) / 2) in let pow = pow *. pow in let len = float (max - min) in let newlen = float (255 - min / div - (255 - max) / div) in let x'' = truncate (((float (x - min) /. len) ** log) *. newlen) + min / div in int_of_float (float x' *. pow +. float x'' *. (1.0 -. pow) ) in let table = Array.init 256 make_elem in let make_table_rgb rgb = { r = table.(rgb.r); g = table.(rgb.g); b = table.(rgb.b); } in log, make_table_rgb end;; camlspotter-camlimages-e471b3c4470d/examples/liv/faceanm.gif0000644000000000000000000000377212405272062022074 0ustar 00000000000000GIF89a$$*&ZVF||v¢ª::0ƪqooήª FFFgZSҲ¶Ʀ...ֶҶҦ~vںRJ> ªnfUNB:rԖ~nbbaB>:B60޾vbvj\jjjz~~ή*"22.VNF޾&r^R^VJxvvv~zʶZJFfffJJJ:6.zk{ƺfbZʮWVNƮzƦԾFBB"" .*ZRBjbbZNIֲڶvn^bZMJFDFB4z>::ZZY²jbSRRPrfTʫ663zj~raʺVB>̾.*%~"Ʋ &&&XN@¶ھ&"rf\~nZRG²^^VڸҺF>2:66ʪNNNhfbҲֶҮtbV2222.'rjVVVVNF>޾®ƲRNNzj^ڶֺZVTʲºr>>=F>8znZnbW6.(JB6 ,**κ>:2º::6t62*VRRVNJꦒ~njj*&"zob|vjnjfnVJ;ζ>6.²ή! NETSCAPE2.0!,$$H*\ȰÇ#JHELłh:Bn"@3feĬRG*@<pmTC2 @` TObO%maF ȹܨl| @Eb= Qk1w!tb#d.( uwV#V\mlL% R$N!"DzD6BÆ׺7`\y {PE Ȫ[dQs )'dwsBL'FdE`{/Td *:,L t0׌.`缡 PVcI(c҉gcLr (`L(!*`J.&(R~@%U ϙRmeQC l' Ɉ"Cy!Krd'"۰0d',iP!-"XyP1@hBF# U$!,  B Hna1 ^BnP1Jā򼠐=1@`qI䡚!,  U H?-&0ڣCҾT0 yޔk \.R"@i]IhJF !, AG =~ P͘S @bAqa&b _ZAC:',9!, ?P!`W@u9(Q*HA1ŋPQ v9qC'Fm!,  ?1TߨJV ;camlspotter-camlimages-e471b3c4470d/examples/liv/gui.ml0000644000000000000000000001051712405272062021124 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: gui.ml,v 1.27 2008/02/19 12:44:04 furuse Exp $ *) open Gdk;; open GDraw;; open GMain;; GMain.Main.init ();; let active = ref true;; let sync () = while Glib.Main.iteration false do () done;; (* let window = GWindow.window ~title: "liv" ~allow_shrink: true ~allow_grow: true ();; *) let window = GWindow.window ~title: "liv" ();; (* We should not set allow_shrink and allow_grow here. *) window#connect#destroy ~callback:Main.quit;; window#misc#set_size_request ~width: 1 ~height: 1 ();; window#resize ~width: 1 ~height: 1;; window#misc#set_app_paintable true;; let drawing = window let fixed = GPack.fixed ~packing: window#add ~show: true ();; (* let drawing = GMisc.drawing_area ~width:150 ~height:150 ~packing: window#add ~show:true ();; *) (* let fixed = GPack.fixed ~packing: box#add ();; *) (* window#event#connect#configure (fun ev -> prerr_endline (Printf.sprintf "Configure %dx%d+%d+%d" (GdkEvent.Configure.width ev) (GdkEvent.Configure.height ev) (GdkEvent.Configure.x ev) (GdkEvent.Configure.y ev)); false (* continue configure event handling *)) *) class new_progress_bar obj = object inherit GRange.progress_bar obj as super val mutable previous = 0.0 method! set_fraction x = let x = floor (x *. 10.0) /. 10.0 in if x <> previous then begin super#set_fraction x; sync (); previous <- x end end;; let new_progress_bar = GtkRange.ProgressBar.make_params [] ~cont:(fun pl ?packing ?show () -> GObj.pack_return (new new_progress_bar (GtkRange.ProgressBar.create pl)) ~packing ~show);; let prog_on_image = true class prog_nop = object method map () = () method unmap () = () method set_text (_s : string) = () method set_fraction (_s : float) = () end class prog (p : GRange.progress_bar) = object method map () = fixed#misc#map () method unmap () = fixed#misc#unmap () method set_text = p#set_text method set_fraction = p#set_fraction end let prog1 = if prog_on_image then let p = new_progress_bar ~packing: (fixed#put ~x:0 ~y:0) () in new prog p else (new prog_nop :> prog) ;; let visual = window#misc#visual;; let screen_width = Screen.width ();; let screen_height = Screen.height ();; let colormap = Gdk.Color.get_system_colormap ();; let quick_color_create = Truecolor.color_creator visual;; let quick_color_parser = Truecolor.color_parser visual;; let root_win = Window.root_parent ();; let root_size = Drawable.get_size root_win;; let drawing_root = new drawable root_win;; let infowindow = GWindow.window ~title:"liv info" ~width:300 ~height:150 ();; infowindow#misc#set_size_request ~width: 300 ~height: 150;; infowindow#resize ~width: 300 ~height: 150;; infowindow#connect#destroy ~callback:Main.quit;; let imglbox0 = GPack.vbox ~packing:infowindow#add ();; let imglbox = GPack.hbox ~packing:imglbox0#add ();; let sb = GRange.scrollbar `VERTICAL ~packing:(imglbox#pack ~from:`END ~expand:false) ();; let imglist = ((GList.clist ~shadow_type:`OUT ~columns: 1 ~packing: imglbox#add ~vadjustment:sb#adjustment ()) : string GList.clist);; imglist#misc#set_size_request ~width:300 ~height: 150;; let prog2 = GRange.progress_bar ~packing: (imglbox0#pack ~expand: false) ();; class progs = object method map = prog1#map method unmap = prog1#unmap method set_format_string s = prog1#set_text s; prog2#set_text s method set_fraction s = prog1#set_fraction s; prog2#set_fraction s end;; let prog = new progs;; sync();; camlspotter-camlimages-e471b3c4470d/examples/liv/icon.ml0000644000000000000000000001125312405272062021266 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: icon.ml,v 1.22 2004/09/24 10:55:07 weis Exp $ *) open Images;; open OImages;; open Geometry;; open OXimage;; let xvmode = ref false;; let mime_icons = Hashtbl.create 107;; let string_of_format = function | Gif -> "GIF8x" | Bmp -> "BMP" | Tiff -> "TIFF" | Jpeg -> "JPEG" | Png -> "PNG" | Xpm -> "XPM" | Ppm -> "PPM" | _ -> "???";; let thumb_path name = Filename.concat (Filename.concat (Filename.dirname name) (if !xvmode then ".xvpics" else ".livpics")) (Filename.basename name);; let create_xvthumb name = let thumbpath = thumb_path name in let thumbdir = Filename.dirname thumbpath in (* prerr_endline ("thumbdir: " ^ thumbdir); *) if not (Sys.file_exists thumbdir) then Unix.mkdir thumbdir 0o755; let format, _hdrs = Images.file_format name in let w, h, img = match format with | Jpeg -> OJpeg.load_thumbnail name [] { spec_width = Pixel 80; spec_height = Pixel 60; spec_aspect = Keep_at_most; spec_switch = Smaller_only; spec_x = 0; spec_y = 0 } | _ -> let img = OImages.load name [] in let w, h = img#width, img#height in w, h, img in let thumb = OXvthumb.create img in OXvthumb.save thumbpath (Printf.sprintf "%dx%d %s file (%d bytes)" w h (string_of_format format) (Unix.lstat name).Unix.st_size) thumb; img#destroy; thumb#destroy;; let create_livthumb name = let thumbpath = thumb_path name in let thumbdir = Filename.dirname thumbpath in (* prerr_endline ("thumbdir: " ^ thumbdir); *) if not (Sys.file_exists thumbdir) then Unix.mkdir thumbdir 0o755; let format, _hdrs = Images.file_format name in let w, h, img = match format with | Jpeg -> OJpeg.load_thumbnail name [] { spec_width = Pixel 80; spec_height = Pixel 60; spec_aspect = Keep_at_most; spec_switch = Smaller_only; spec_x = 0; spec_y = 0 } | _ -> let img = OImages.load name [] in let w, h = img#width, img#height in w, h, img in let ratiow = 80.0 /. float w in let ratioh = 60.0 /. float h in let ratio = if ratiow < ratioh then ratiow else ratioh in let img = let img = match OImages.tag img with | Index8 i -> i#to_rgb24 | Index16 i -> i#to_rgb24 | Rgb24 i -> i | _ -> assert false in img#resize None (Pervasives.truncate (float w *. ratio)) (Pervasives.truncate (float h *. ratio)) in img#save thumbpath (Some Jpeg) [Save_Quality 75]; img#destroy;; let load_icon name typ = let thumb = thumb_path name in let inf, pixmap = (* XVTHUMB *) try let inf, img = if !xvmode then let inf, img = OXvthumb.load thumb in inf, img#coerce else "", OImages.load thumb [] in inf, pixmap_of_image Gui.root_win None img with | _ -> let mj, mn = typ in try if mj <> "image" then raise Exit; let inf, img = if !xvmode then begin create_xvthumb name; let inf, img = OXvthumb.load thumb in inf, img#coerce end else begin create_livthumb name; "", OImages.load thumb [] end in inf, pixmap_of_image Gui.root_win None img with | _ -> let iconpath = try Hashtbl.find Iconcap.table (mj, mn) with | Not_found -> Hashtbl.find Iconcap.table (mj,"*") in let iconpath = Pathfind.find [ "."; "~/.liv"; "/usr/share/icons/"; "/usr/share/pixmaps"; ] iconpath in (* prerr_endline ("loading "^iconpath); *) (mj ^ "/" ^ mn), begin try Hashtbl.find mime_icons iconpath with | Not_found -> let pixmap = pixmap_of_image Gui.root_win None (OImages.load iconpath []) in Hashtbl.add mime_icons iconpath pixmap; pixmap end in inf, pixmap;; camlspotter-camlimages-e471b3c4470d/examples/liv/iconcap0000644000000000000000000000112212405272062021335 0ustar 00000000000000# This is a sample "iconcap" file for lv. # place this file in your $HOME/.lv directory #audio/mod; /usr/bin/mikmod %s # audio/*; /usr/bin/play %s text/*; File.xpm audio/*; sound.xpm image/*; Monalisa.xpm video/*; special/dir; Folder.xpm special/lnkdir; FolderLink.xpm special/lnk; FilesLink.xpm special/*; BulletHole.xpm application/postscript; /usr/share/WindowMaker/Icons/ps.tiff application/pdf; /usr/share/WindowMaker/Icons/pdf.tiff application/x-dvi; /usr/share/WindowMaker/Icons/xdvi.xpm encoding/gzip; /usr/share/icons/filez.tif encoding/compress; /usr/share/icons/filez.tif camlspotter-camlimages-e471b3c4470d/examples/liv/iconcap.ml0000644000000000000000000000353412405272062021755 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: iconcap.ml,v 1.16 2005/02/27 05:48:26 furuse Exp $ *) open Livmisc;; (* iconcap file parser *) let table = Hashtbl.create 107;; let load f = let ic = open_in f in try while true do let str = input_line ic in if str <> "" && str.[0] <> '#' then try let pos = String.index str ';' in let typ = remove_space (String.sub str 0 pos) in let icon = remove_space (String.sub str (pos + 1) (String.length str - pos - 1)) in let tokens = Mstring.split_str (function '/' -> true | _ -> false) typ in match tokens with | [maj; min] -> (* prerr_endline (Printf.sprintf "%s/%s => (%s)" maj min icon); *) Hashtbl.add table (maj, min) icon | _ -> assert false with | _ -> failwith (str ^ ": parse error") done; raise Exit with | End_of_file -> close_in ic;; try load (Pathfind.find [ "."; "~/.liv"; "/usr/lib/liv"; "/usr/local/lib/liv"; ] "iconcap") with | _ -> prerr_endline "no iconcap...";; camlspotter-camlimages-e471b3c4470d/examples/liv/jWidget.ml0000644000000000000000000000727412405272062021743 0ustar 00000000000000open GMain class status_bar ?packing ?show () = let hbox = GPack.hbox ?packing ?show () in let label = let f = GBin.frame ~shadow_type: `IN ~packing: (hbox#pack ~expand: true ~fill: true) () in let hbox = GPack.hbox ~packing: f#add () in (* add some space on the left side of the frame... *) let _ = GMisc.label ~text: " " ~packing: (hbox#pack ~expand: false) () in let l = GMisc.label ~packing: (hbox#pack ~expand: false ~fill: true) () in l in let progress = (* let f = GBin.frame ~width: 120 ~border_width: 0 ~shadow_type: `IN ~packing: (hbox#pack ~expand: false ~fill: false) () in *) let f = GBin.event_box ~width: 120 ~packing: (hbox#pack ~expand: false ~fill: false) () in let p = GRange.progress_bar ~packing: f#add () in (* p#set_show_text true; p#set_format_string ""; *) p in object inherit GObj.widget hbox#as_widget method set_text = label#set_text method text = label#text method set_justify = label#set_justify method set_pattern = label#set_pattern method set_line_wrap = label#set_line_wrap (* method adjustment = progress#adjustment method configure = progress#configure method percentage = progress#percentage method set_adjustment = progress#set_adjustment *) method get_fraction = progress#fraction method event = progress#event (* method set_activity_blocks = progress#set_activity_blocks method set_activity_step = progress#set_activity_step method set_bar_style = progress#set_bar_style method set_discrete_blocks = progress#set_discrete_blocks *) method set_orientation = progress#set_orientation (* val mutable activity_mode = false *) method set_fraction p = (* if activity_mode then begin progress#set_activity_mode false; activity_mode <- false end; *) progress#set_fraction p method activate () = (* if not activity_mode then begin progress#set_activity_mode true; activity_mode <- true end; *) let p = let p = progress#fraction +. 0.01 in if p > 1.0 then 0.0 else p in progress#set_fraction p end let status_bar ?packing ?show () = new status_bar ?packing ?show () class img_button ?label ?frames ?packing ?show () = let button = GButton.button (*?border_width ?width ?height*) ?packing ?show () in let vbox = GPack.vbox ~packing: button#add () in let pix = match frames with | Some [] | None -> None | Some frames -> Some (GMisc.pixmap (fst (List.hd frames)) ~packing: (vbox#pack ~expand: true ~fill: true) ()) in let _ = match label with | Some label -> Some (GMisc.label ~text: label ~packing: (vbox#pack ~expand: false ~fill: true) ()) | None -> None in object (self) inherit GButton.button (Obj.magic button#as_widget : Gtk.button Gtk.obj) val mutable current_frames = match frames with Some fs -> fs | None -> [] val mutable timeout = None method start_rotate = match pix, timeout, frames with | Some pix, None, Some frames when List.length frames > 1 -> let img, wait = match current_frames with | [img, wait] -> current_frames <- frames; img, wait | (img, wait)::fs -> current_frames <- fs; img, wait | _ -> assert false in let wait = if wait <= 0 then 100 else wait in pix#set_pixmap img; timeout <- Some (Timeout.add ~ms:wait ~callback: (fun () -> timeout <- None; self#start_rotate; false)); Gui.sync () | _ -> () method stop_rotate = match timeout with | Some id -> Timeout.remove id; timeout <- None; begin match pix, frames with | Some pix, Some ((img,_wait)::_) -> pix#set_pixmap img; Gui.sync () | _ -> () end | None -> () end let img_button = new img_button camlspotter-camlimages-e471b3c4470d/examples/liv/jpf.ml0000644000000000000000000000407212405272062021116 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: jpf.ml,v 1.4 2004/09/24 10:55:07 weis Exp $ *) type quality = int;; type enhance = bool;; type flags = quality * enhance;; let string_of_flags (q, e, c) = let qs = match q with | 2 -> "XX" | 1 -> "X" | 0 -> "" | _ when q >= 3 -> "XXX" | _ -> "_" in let es = if e then "e" else "" in let cs = if c then "c" else "" in qs ^ es ^ cs;; let parse_flags str = let enhanced = String.contains str 'e' in let checked = String.contains str 'c' in let prefix s = try String.sub str 0 (String.length s) = s with _ -> false in let q = if prefix "XXX" then 3 else if prefix "XX" then 2 else if prefix "X" then 1 else if prefix "_" then -1 else 0 in q, enhanced, checked;; let get_flags file = let body, _ext = Images.get_extension file in try let pos = String.rindex body '~' in let flag_str = String.sub body (pos+1) (String.length body - (pos+1)) in parse_flags flag_str with | _ -> 0, false, false;; let set_flags file flags = let body, ext = Images.get_extension file in let realbody = try let pos = String.rindex body '~' in String.sub body 0 pos with | _ -> body in let flags = string_of_flags flags in realbody ^ (if flags = "" then "" else "~" ^ flags) ^ "." ^ ext;; camlspotter-camlimages-e471b3c4470d/examples/liv/liv.ml0000644000000000000000000003211012405272062021123 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999,2000,2001,2002,2001,2002 *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) open Images open OImages (* let _ = Bitmap.maximum_live := 15000000; (* 60MB *) Bitmap.maximum_block_size := !Bitmap.maximum_live / 16; ;; *) let _ = prerr_endline "init done";; module D = Display open D (* open Gc *) open Unix open LargeFile open GMain open Livmisc open Gui open Tout exception Skipped let cwd = Unix.getcwd () let home = Sys.getenv "HOME" let convert_file file = let b = Buffer.create (String.length file) in let rec loop file = let dir = Filename.dirname file in let base = Filename.basename file in begin match dir with | "." -> Buffer.add_string b dir | "/" -> () | _ -> loop dir end; Buffer.add_char b '/'; Buffer.add_string b (try Glib.Convert.locale_to_utf8 base with _ -> base) in loop file; Buffer.contents b ;; let base_filters = ref ([] : D.filter list);; let _ = let files = ref [] in let random = ref false in let dirrandom = ref false in let dirsample = ref false in let size = ref false in Random.init (Pervasives.truncate (Unix.time ())); Arg.parse [ "-random", Arg.Unit (fun () -> random := true), ": random mode"; "-dirrandom", Arg.Unit (fun () -> dirrandom := true), ": random per directory mode"; "-dirsample", Arg.Unit (fun () -> dirsample := true), ": random per directory sample mode"; "-wait", Arg.Float (fun sec -> Tout.wait := sec), "sec : wait sec"; "-root", Arg.String (function "center" -> D.root_mode := `CENTER | "random" -> D.root_mode := `RANDOM | _ -> raise (Failure "root mode")), ": on root [center|random]"; (* "-transition", Arg.String (function "myst" -> D.transition := `MYST | "transparent" -> D.transition := `TRANSPARENT | _ -> raise (Failure "transition")), ": transition [myst|transparent]"; "-transparentborder", Arg.Unit (fun () -> base_filters := `TRANSPARENT_BORDER :: !base_filters), ": transparent border filter"; *) "-size", Arg.String (fun s -> match Mstring.split_str (function 'x' -> true | _ -> false) s with [w;h] -> size := true; base_filters := `SIZE (int_of_string w, int_of_string h,`NOASPECT) :: !base_filters | _ -> raise (Failure "size")), ": size [w]x[h]"; "-atleast", Arg.String (fun s -> match Mstring.split_str (function 'x' -> true | _ -> false) s with [w;h] -> size := true; base_filters := `SIZE (int_of_string w, int_of_string h,`ATLEAST) :: !base_filters | _ -> raise (Failure "zoom")), ": zoom [w]x[h]"; "-atmost", Arg.String (fun s -> match Mstring.split_str (function 'x' -> true | _ -> false) s with [w;h] -> size := true; base_filters := `SIZE (int_of_string w, int_of_string h,`ATMOST) :: !base_filters | _ -> raise (Failure "zoom")), ": zoom [w]x[h]"; ] (fun s -> files := s :: !files) "liv files"; let files = let fs = ref [] in List.iter (fun f -> try let st = stat f in match st.st_kind with | S_DIR -> Scandir.scan_dir (fun f -> try ignore (guess_extension (snd (Livmisc.get_extension f))); fs := f :: !fs; with _e -> (* prerr_endline ((f^": "^ Printexc.to_string e)) *) ()) f | _ -> fs := f :: !fs with | _ -> prerr_endline ("ERROR: " ^ f)) !files; Array.of_list !fs in if not !size then base_filters := `SIZE (fst root_size, snd root_size, `ATMOST) :: !base_filters; base_filters := List.rev !base_filters; let cur = ref (-1) in let curpath = ref "" in let disp_cur = ref (-1) in let random_array ary = let num = Array.length ary in for i = 0 to num - 1 do let tmp = ary.(i) in let pos = Random.int num in ary.(i) <- ary.(pos); ary.(pos) <- tmp done in if !dirsample then begin let tbl = Hashtbl.create 17 in let dirs = ref [] in let num_files = Array.length files in for i = 0 to num_files - 1 do let dirname = Filename.dirname files.(i) in Hashtbl.add tbl dirname files.(i); if not (List.mem dirname !dirs) then dirs := dirname :: !dirs done; let dirsarray = Array.of_list !dirs in random_array dirsarray; let pos = ref 0 in let subpos = ref 0 in let subfiles = Array.init (Array.length dirsarray) (fun a -> let ary = Array.of_list (Hashtbl.find_all tbl dirsarray.(a)) in random_array ary; ary) in while !pos < Array.length files do for i = 0 to Array.length dirsarray - 1 do if !subpos < Array.length subfiles.(i) then begin files.(!pos) <- subfiles.(i).(!subpos); incr pos end done; incr subpos done end else if !dirrandom then begin let tbl = Hashtbl.create 17 in let dirs = ref [] in let num_files = Array.length files in for i = 0 to num_files - 1 do let dirname = Filename.dirname files.(i) in Hashtbl.add tbl dirname files.(i); if not (List.mem dirname !dirs) then dirs := dirname :: !dirs done; let dirsarray = Array.of_list !dirs in random_array dirsarray; let pos = ref 0 in for i = 0 to Array.length dirsarray - 1 do let dirfiles = Array.of_list (List.sort compare (Hashtbl.find_all tbl dirsarray.(i))) in if !random then begin random_array dirfiles end; for j = 0 to Array.length dirfiles - 1 do files.(!pos) <- dirfiles.(j); incr pos done done end else if !random then random_array files; infowindow#show (); imglist#freeze (); Array.iter (fun file -> ignore (imglist#append [convert_file file])) files; imglist#thaw (); let cache = Cache.create 5 in let _rename pos newname = let oldname = files.(pos) in let xvname s = Filename.dirname s ^ "/.xvpics/" ^ Filename.basename s in let oldxvname = xvname oldname in let newxvname = xvname newname in let gthumbname s = let abs = if s = "" then "" else if s.[0] = '/' then s else Filename.concat cwd s in (Filename.concat (Filename.concat home ".gnome2/gthumb/comments") abs) ^ ".xml" in let oldgthumbname = gthumbname oldname in let newgthumbname = gthumbname newname in imglist#set_cell ~text: (convert_file newname) pos 0; let command s = Sys.command s in if Filename.dirname newname <> Filename.dirname oldname then begin ignore (command (Printf.sprintf "mkdir -p %s" (Filename.dirname newname))); end; prerr_endline (Printf.sprintf "%s => %s" oldname newname); ignore (command (Printf.sprintf "yes no | mv -i \"%s\" \"%s\"" oldname newname)); if Sys.file_exists oldxvname then begin ignore (command (Printf.sprintf "mkdir -p %s" (Filename.dirname newxvname))); ignore (command (Printf.sprintf "yes no | mv -i \"%s\" \"%s\"" oldxvname newxvname)) end; if Sys.file_exists oldgthumbname then begin ignore (command (Printf.sprintf "mkdir -p %s" (Filename.dirname newgthumbname))); ignore (command (Printf.sprintf "yes no | mv -i \"%s\" \"%s\"" oldgthumbname newgthumbname)) end; files.(pos) <- newname; Cache.rename cache oldname newname in let image_id = ref 0 in let display_image reload file = (* prerr_endline file; *) remove_timeout (); let load_image () = prog#map (); prog#set_fraction 0.01; prog#set_format_string ("loading..."); let image = try match tag (OImages.load file [Load_Progress prog#set_fraction]) with | Rgb24 i -> i | Rgba32 i -> i#to_rgb24 | Index8 i -> i#to_rgb24 | Index16 i -> i#to_rgb24 | _ -> raise (Failure "not supported") with | e -> prerr_endline (Printexc.to_string e); raise e in prog#set_fraction 1.0; sync (); image in let id, image = try if not reload then begin Cache.find cache file end else raise Not_found with Not_found -> let im = load_image () in incr image_id; !image_id, im in Cache.add cache file (id, image) (fun _ -> ()); prog#set_fraction 0.01; display id image !base_filters; (* this cause lots of gc *) window#set_title (convert_file file); disp_cur := !cur; curpath := file; in let display_image reload file = try display_image reload file with Wrong_file_type | Wrong_image_type -> try prerr_endline "guess type"; let typ = let typ = Livshtype.guess file in match typ with | Livshtype.ContentType x -> begin match Mstring.split_str (function '/' -> true | _ -> false) x with | [mj;mn] -> mj,mn | _ -> assert false end | Livshtype.ContentEncoding x -> "encoding", x | Livshtype.Special m -> "special",m in prerr_endline (fst typ ^ "/" ^ snd typ); match typ with | _ -> raise Wrong_file_type with | _ -> () in let _filter_toggle opt = if List.mem opt !base_filters then base_filters := List.fold_right (fun x st -> if x = opt then st else x :: st) !base_filters [] else base_filters := !base_filters @ [opt] in let display_current reload = let f = if !cur >= 0 && !cur < Array.length files then begin imglist#unselect_all (); imglist#select !cur 0; if imglist#row_is_visible !cur <> `FULL then begin imglist#moveto ~row_align: 0.5 ~col_align: 0.0 !cur 0 end; files.(!cur) end else !curpath in display_image reload f; () in let rec next mode = if !cur >= 0 then begin let cur' = if !cur >= Array.length files - 1 then 0 else !cur + 1 in if !cur = cur' then () else begin cur := cur'; try display_current false; with | Sys_error s -> prerr_endline s; next mode | Wrong_file_type | Wrong_image_type -> next mode end end in let rec prev mode = if !cur >= 0 then begin let cur' = if !cur = 0 then Array.length files - 1 else !cur - 1 in if !cur = cur' then () else begin cur := cur'; try display_current false with | Sys_error s -> prerr_endline s; prev mode | Skipped -> prev mode | Wrong_file_type | Wrong_image_type -> prev mode end end in let bind () = let callback = fun ev -> begin match GdkEvent.Key.string ev with (* | "E" -> filter_toggle `ENHANCE; display_current true *) (* | "N" -> filter_toggle `NORMALIZE; display_current true *) | "l" -> display_current true | " " | "n" | "f" -> next None | "p" | "b" -> prev None | "q" -> Main.quit () (* | "v" -> (* liv visual shell *) let rec func = fun file typ -> match typ with | "image", _ -> display_image false file (* | "special", "dir" -> new Livsh.livsh file func; () *) | _ -> Gdk.X.beep () in (* where we should display ? *) let dirname = if Array.length files = 0 then Unix.getcwd () else Filename.dirname files.(!cur) in let dirname = if Filename.is_relative dirname then begin let cwd = Unix.getcwd () in Filename.concat cwd dirname end else dirname in ignore (new Livsh.livsh dirname func) *) | _ -> () end; false in ignore (window#event#connect#key_press ~callback: callback); ignore (infowindow#event#connect#key_press ~callback: callback); ignore (imglist#connect#select_row ~callback: (fun ~row ~column:_ ~event:_ -> if !cur <> row then begin cur := row; display_image false files.(!cur) end)) in bind (); Tout.hook_next := next; window#show (); let starter = ref None in starter := Some (window#event#connect#configure ~callback: (fun _ev -> may window#misc#disconnect !starter; if Array.length files <> 0 then begin cur := 0; prog#unmap (); display_current false end else begin try display_image false (Pathfind.find [ "~/.liv"; "/usr/lib/liv"; "/usr/local/lib/liv"; "." ] "liv.jpg") with | _ -> () end; false)); (* let release _ = prerr_endline "freed string!" in let test () = let f () = let string = String.create 3000 in Gc.finalise release string; let buf = Gpointer.region_of_string string in ignore (GdkPixbuf.from_data ~width: 100 ~height: 10 ~bits: 8 ~rowstride:300 ~has_alpha: false buf); () in for i = 0 to 100 do f () done in test (); *) Main.main () camlspotter-camlimages-e471b3c4470d/examples/liv/livdemo.jpg0000644000000000000000000044527012405272062022157 0ustar 00000000000000JFIFHHCreated with The GIMPC      C  "    ! 1"AQa#2q$Bv &3468RTWbrs%5CDFSUVcf'9EHeuw7Xdg(Gtֳ E !1AQaq"2R#Bb$3r46C ?0c0 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` 0` uݕ)i.'֮ԹSTrV[_.m6PfKg5 gib=񻻺czdÍשӤP=*\8!(K@A.@$c9ns%^ 3P} hm)R\HPSRl n\qLsV19Kf 1Ke\Tbc+g xz2"=f\Z?lE5۬y Htع5.DG\SxAr:`]Xܔ#fMh5D%Tn궇fѲdLEVP܎R)m\I vq}SmJyt#>\FSNx&W!KCz$$8NS˖HDJ{hsc7 u+knMQKO$2DT0&&BqKh, 7# VfW"h(ØB;r].xn@B^ ߥyeҩmuR*/46.Y;ӷ 6q;ߨPC2m@4:ɐ0\R (+7BM?65ahr\u= CҔۍ[mj)$x)W@E7BW_TSz7slT\O?65c^_E?ף~8Qh؟.~lk')FpZ>g.~lk'ꋟ1Fpzѿk5ꋟ0zƿb~ aѿko Efzƿb~ ؟~o)Qh؟.~lk')FpZ>g.~lk'ꋟ1Fpzѿk5ꋟ0zƿb~ aѿko Efzƿb~ ؟~o)Qh؟.~lk')FpZ>g.~lk'ꋟ1Fpzѿk5ꋟ1jut8Km'rIo32b\lܾ!tM3YR)mfLU) } I1HaH%67Plz1) Ö! {=S_OH™ ieHR]ZIPGS݌J5$f_8%uc71i_66`XGw@8Ww7#q ]_iU1aU)/v?2.ߵJA -JF_5ʕ3ޗ7%~obOwRJVDSQ3GƤ1.(7IB1jyP3M&*<7)A尟:{a\i\fqKv! 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'\t'] do decr pos done; if !pos = l - 1 then s else String.sub s 0 (succ !pos);; let get_extension s = try let dotpos = String.rindex s '.' in String.sub s 0 dotpos, String.sub s (dotpos + 1) (String.length s - dotpos - 1) with | _ -> s, "";; let normalize_filename file = let is_absolute = not (Filename.is_relative file) in let tkns = Mstring.split_str (function '/' -> true | _ -> false) file in let tkns = List.fold_left (fun acc -> function | "." -> acc | ".." -> begin try List.tl acc with | _ -> if is_absolute then acc else ".." :: acc end | tkn -> tkn :: acc) [] tkns in (if is_absolute then "/" else "") ^ Mstring.catenate_sep "/" (List.rev tkns);; type 'a result = | Ok of 'a | Exn of exn;; let after f g = match let r = try Ok (f ()) with | e -> Exn e in g (); r with | Ok r -> r | Exn e -> raise e;; let (!!) = Lazy.force;; let string_tail str len = String.sub str (String.length str - len) len;; camlspotter-camlimages-e471b3c4470d/examples/liv/livsh.ml0000644000000000000000000003006712405272062021467 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: livsh.ml,v 1.10 2008/02/19 12:44:04 furuse Exp $ *) open GPack;; open Gui;; open Livshtype;; open Livmisc;; let font = Gdk.Font.load "-*-helvetica-medium-r-normal-*-12-*-*-*-*-*-iso8859-1";; let dummy_pixmap = try GDraw.pixmap_from_xpm_d (* ~window: window (may hang...) *) ~colormap: colormap ~data: Deficon.data () with | _ -> failwith "default icon does not exist...";; let joe_anim = lazy (try Some (Seq.load_sequence_as_pixmaps ~window: window#misc#window (Pathfind.find ["~/.liv"; "/usr/lib/liv"; "/usr/local/lib/liv"; "."] "faceanm.gif")) with | _ -> prerr_endline "There is no Joe's face!"; None);; let icon_width = 80;; let icon_height = 60;; let button_width = 100;; let button_height = 80;; let label_height = 16;; let max_text = button_width * 9 / 10;; class virtual icon_creator = object (self) val mutable icons = [] method virtual activate : unit -> unit method virtual deactivate : unit -> unit method virtual set_text : string -> unit method add f = let was_empty = icons = [] in icons <- f :: icons; if was_empty then ignore (GMain.Timeout.add ~ms: 1 ~callback: self#make_icon) method make_icon () = begin match icons with | [] -> self#deactivate (); sync () | f :: fs -> icons <- fs; f (); self#activate (); sync (); ignore (GMain.Timeout.add ~ms: 1 ~callback: self#make_icon) end; false method clear () = icons <- [] end and icon ~dir ~name (req : icon_creator) = let ebox = GBin.event_box ~border_width: 0 ~width: button_width ~height: (button_height + label_height) () in let vbox = lazy (GPack.vbox ~packing: ebox#add ()) in let pressed = ref (fun () -> ()) and enter = ref (fun () -> ()) and leave = ref (fun () -> ()) in let button = lazy ( let b = GButton.button (* ~width:button_width ~height:button_height ~border_width:0 *) ~packing: !!vbox#pack () in ignore (b#connect#pressed ~callback: !pressed); ignore (b#connect#enter ~callback: !enter); ignore (b#connect#leave ~callback: !leave); b) in let pix = lazy ( GMisc.pixmap dummy_pixmap ~width:icon_width ~height:icon_height ~packing: !!button#add ()) in let label = lazy ( let shorten_name name = let rec aux name = let name_dots = name ^ "..." in if Gdk.Font.string_width font name_dots > max_text then if name = "" then name_dots else aux (String.sub name 0 (String.length name - 1)) else name_dots in if Gdk.Font.string_width font name > max_text then aux name else name in GMisc.label ~text: (shorten_name name) ~width:button_width ~packing: !!vbox#pack ~justify: `LEFT ()) in let typ = lazy ( try let typ = Livshtype.guess (Filename.concat dir name) in match typ with | ContentType x -> begin match Mstring.split_str (fun c -> c = '/') x with | [mj; mn] -> mj, mn | _ -> assert false end | ContentEncoding x -> "encoding", x | Special m -> "special", m with | _ -> "?","?") in object (self) inherit GObj.widget_full ebox#as_widget method connect_pressed f = pressed := f method connect_enter f = enter := f method connect_leave f = leave := f method typ = !!typ val info_icon = Mylazy.make (fun () -> (* prerr_endline (Printf.sprintf "Icon(%s)" name); *) let info, pixmap = Icon.load_icon (Filename.concat dir name) !!typ in prog#unmap (); !!pix#set_pixmap pixmap; sync (); (* prerr_endline "done"; *) info, pixmap) method info = fst (Mylazy.force info_icon) method icon = snd (Mylazy.force info_icon) val mutable x = -1 val mutable y = -1 method position = x, y method set_position nx ny = x <- nx; y <- ny method name = name initializer let callback v = (fun _ -> (* we create vbox button pix and label if they are not available *) ignore !!vbox; ignore !!button; ignore !!pix; ignore !!label; begin match !info_icon with | Mylazy.Delayed _ -> req#add (fun () -> if !!button#misc#visible then (try ignore (self#icon) with _ -> ())) | _ -> () end; v) in (* (* for the widget visible from the first *) ignore (ebox#misc#connect#draw ~callback: (fun _ -> (* prerr_endline (Printf.sprintf "draw(%s)" name); *) callback () ())); *) (* for newly appearing widgets *) ignore (ebox#event#connect#expose ~callback: (fun _ -> if ebox#misc#visible then begin (* prerr_endline (Printf.sprintf "expose(%s)" name); *) callback true () end else true)) end;; class livsh init_dir func = (* widgets *) let win = GWindow.window ~allow_shrink: true ~allow_grow: true ~width: 100 ~height: 100 ~title: "liv shell" () in let style = win#misc#style in let _ = style#set_font font; win#misc#set_style style; in let vbox = vbox ~packing: win#add () in let vhbox = hbox ~packing: (vbox#pack ~expand: false ~fill: true) () in let toolbar = GButton.toolbar ~packing: (vhbox#pack ~expand: false ~fill: true) () in let _ = toolbar#insert_button ~text: "Back" ~tooltip: "Go back" () in let _ = toolbar#insert_button ~text: "Forward" ~tooltip: "Go forward" () in let _ = toolbar#insert_button ~text: "Reload" ~tooltip: "Reload" () in let _ = toolbar#insert_button ~text: "Home" ~tooltip: "Go to Home" () in let _ = GEdit.entry ~editable: true ~max_length: 256 ~packing: (vhbox#pack ~expand: true ~fill: true) () in let joe = JWidget.img_button ?frames: !!joe_anim ~packing: (vhbox#pack ~expand: false ~fill: false) () in let viewport = GBin.scrolled_window ~hpolicy: `AUTOMATIC ~vpolicy: `ALWAYS ~packing: (vbox#pack ~expand: true ~fill: true) () in let fixed = GPack.fixed ~border_width: 2 ~width: 1 ~height: 1 () in (* let fixed = GPack.layout ~border_width: 2 ~layout_width: 1000 ~layout_height: 1000 () in *) let _ = viewport#add_with_viewport fixed#coerce in let reconf_tout = ref None in object (self) inherit icon_creator inherit JWidget.status_bar ~packing: (vbox#pack ~expand: false ~fill: false) ~show: true () as status_bar method! activate () = joe#start_rotate; status_bar#activate () method deactivate () = joe#stop_rotate; status_bar#set_fraction 0.0 val mutable dir = init_dir val mutable items = [] val mutable prevw = -1 val mutable prevh = -1 method reconfigure () = let content_window = Gdk.Window.get_parent (Gdk.Window.get_parent fixed#misc#window) in let vw,vh = Gdk.Drawable.get_size content_window in if vw <> prevw || vh <> prevh then begin joe#start_rotate; prevw <- vw; prevh <- vh; (* prerr_endline "RECONFIG"; prerr_endline (Printf.sprintf "get size done (%d,%d)" vw vh); *) fixed#misc#unmap (); let mx = ref 0 and my = ref 0 in let x = ref 0 and y = ref 0 in let positions = List.map (fun _item -> let px = !x and py = !y in if !mx < !x + button_width then mx := !x + button_width; if !my < !y + button_height + label_height then my := !y + button_height + label_height; x := !x + button_width; if !x + button_width > vw then begin x := 0; y := !y + button_height + label_height end; px, py) items in let adj = viewport#vadjustment in adj#set_value 0.0; viewport#set_vadjustment adj; List.iter2 (fun item (x,y) -> let ix, _iy = item#position in if ix < 0 then fixed#put item#coerce ~x ~y else fixed#move item#coerce ~x ~y; item#set_position x y) items positions; (* prerr_endline (Printf.sprintf "change %dx%d" !mx !my); *) fixed#misc#set_size_request ~width: !mx ~height: !my (); fixed#misc#map (); end method force_reconfigure () = prevw <- -1; prevh <- -1; self#reconfigure () method open_dir d = joe#start_rotate; self#clear (); let num_files = ref 0 in List.iter (fun item -> item#destroy ()) items; items <- []; self#set_text ("Opening "^d^" ..."); let dh = Unix.opendir d in let files = let files = ref [] in begin try while true do files := Unix.readdir dh :: !files; self#activate (); sync (); incr num_files; done with | End_of_file -> () end; Unix.closedir dh; !files in self#set_text ""; self#set_fraction 0.0; (* successfully loaded *) dir <- d; self#set_text ("Scanning " ^ d); let items_unsort = let cntr = ref 0 in List.fold_right (fun f acc -> incr cntr; self#set_fraction (float !cntr /. float !num_files); sync (); if f = "." || f = ".xvpics" then acc else begin let box = new icon ~dir: dir ~name: f (self :> icon_creator) in ignore ( box#connect_pressed (fun () -> Livmisc.after (fun () -> if !active then begin active := false; let file = Livmisc.normalize_filename (Filename.concat dir f) in let typ = box#typ in prerr_endline ("Pressed " ^ file ^ " (" ^ fst typ ^ "/" ^ snd typ ^ ")"); match typ with | "special", "dir" | "special", "lnkdir" -> self#open_dir file; self#force_reconfigure () | t -> func file t end) (fun () -> active := true))); box#connect_enter (fun () -> self#set_text (Filename.concat dir f)); box#connect_leave (fun () -> self#set_text ""); box :: acc end) files [] in let sortf a b = let typval i = match i#typ with | "special", "dir" -> 0 | "special", "lnkdir" -> 0 | "special", _ -> 10 | _ -> 100 in if typval a = typval b then a#name < b#name else typval a < typval b in items <- Sort.list sortf items_unsort; self#set_text ""; self#deactivate () initializer ignore (win#connect#destroy ~callback: (fun () -> self#clear (); match !reconf_tout with | Some id -> GMain.Timeout.remove id | None -> ())); self#open_dir dir; (* This does not work well... ignore (win#connect#after#event#configure ~callback: (fun _ -> self#reconfigure (); true)); *) reconf_tout := Some (GMain.Timeout.add ~ms: 500 ~callback: (fun _ -> self#reconfigure (); true)); win#set_default_size ~width: (button_width * 13 / 2) ~height: ((button_height + label_height) * 9 / 2); win#show (); end;; camlspotter-camlimages-e471b3c4470d/examples/liv/livshtype.ml0000644000000000000000000001012612405272062022363 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: livshtype.ml,v 1.5 2004/09/24 10:55:08 weis Exp $ *) open Mstring;; open Unix;; open Images;; (* open Info;; *) type typ = | ContentType of string | ContentEncoding of string | Special of string;; let default_mime_types = "/etc/mime.types";; let suffixes = Hashtbl.create 107;; let add_suffix (s, t) = Hashtbl.add suffixes s t;; (* Even if we don't have a suffix file... *) (* If the suffix file says otherwise, it will have priority *) let default_mime_suffixes = [ "html", ContentType "text/html"; "htm", ContentType "text/html"; "txt", ContentType "text/plain"; "ps", ContentType "application/postscript"; "dvi", ContentType "application/x-dvi"; "advi", ContentType "application/advi"; "gif", ContentType "image/gif"; "jpeg", ContentType "image/jpeg"; "jpg", ContentType "image/jpeg"; "bmp", ContentType "image/bmp"; "png", ContentType "image/png"; "tiff", ContentType "image/tiff"; "tif", ContentType "image/tiff"; "au", ContentType "audio/basic"; "snd", ContentType "audio/basic"; "wav", ContentType "audio/x-wav"; "mid", ContentType "audio/midi"; "mpeg", ContentType "video/mpeg"; "mpg", ContentType "video/mpeg"; "avi", ContentType "video/avi"; "wmv", ContentType "video/wmv"; "fli", ContentType "video/fli"; "flc", ContentType "video/fli"; "gz", ContentEncoding "gzip"; "Z", ContentEncoding "compress"; "asc", ContentEncoding "pgp"; "pgp", ContentEncoding "pgp"; "cmo", ContentType "application/x-caml-applet"; ];; List.iter add_suffix default_mime_suffixes;; (* mime_types *) let read_suffix_file f = try let ic = open_in f in try while true do let l = input_line ic in if l <> "" && l.[0] <> '#' then let tokens = split_str (function ' ' | '\t' -> true | _ -> false) l in match tokens with | [] -> () | x :: l -> try ignore (String.index x '/'); List.iter (function sufx -> add_suffix (sufx, ContentType x)) l with | Not_found -> List.iter (function sufx -> add_suffix (sufx, ContentEncoding x)) l done with End_of_file -> close_in ic with Sys_error _ -> ();; let guess link_as_link f = let from_header f = match Images.guess_format f with | Gif -> ContentType "image/gif" | Tiff -> ContentType "image/tiff" | Jpeg -> ContentType "image/jpeg" | Png -> ContentType "image/png" | Xpm -> ContentType "image/x-xpixmap" | Bmp -> ContentType "image/bmp" | Ppm -> ContentType "image/x-portable-pixmap" | Ps -> ContentType "application/postscript" in let st = if link_as_link then Unix.lstat f else Unix.stat f in match st.st_kind with | S_DIR -> Special "dir" | S_CHR -> Special "chr" | S_BLK -> Special "blk" | S_LNK -> begin try let st = Unix.stat f in match st.st_kind with | S_DIR -> Special "lnkdir" | _ -> begin try from_header f with _ -> Special "lnk" end with | _ -> Special "lnk" end | S_FIFO -> Special "fifo" | S_SOCK -> Special "sock" | _ -> begin try from_header f with | _ -> Hashtbl.find suffixes (String.lowercase (snd (Livmisc.get_extension f))) end;; let guess = guess false (* prerr_endline "reading suffix"; *) let () = read_suffix_file default_mime_types camlspotter-camlimages-e471b3c4470d/examples/liv/livshtype.mli0000644000000000000000000000027112405272062022534 0ustar 00000000000000type typ = ContentType of string | ContentEncoding of string | Special of string val default_mime_types : string val read_suffix_file : string -> unit val guess : string -> typ camlspotter-camlimages-e471b3c4470d/examples/liv/mylazy.ml0000644000000000000000000000257512405272062021672 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Damien Doligez, projet Para, INRIA Rocquencourt *) (* *) (* Copyright 1997 Institut National de Recherche en Informatique et *) (* en Automatique. All rights reserved. This file is distributed *) (* under the terms of the GNU Library General Public License, with *) (* the special exception on linking described in file ../LICENSE. *) (* *) (***********************************************************************) (* $Id: mylazy.ml,v 1.2 2004/09/23 07:20:20 weis Exp $ *) (* Module [Lazy]: deferred computations *) type 'a status = | Delayed of (unit -> 'a) | Value of 'a | Exception of exn ;; type 'a t = 'a status ref;; exception Undefined;; let make f = ref (Delayed f);; let make_val v = ref (Value v);; let force l = match !l with | Value v -> v | Exception e -> raise e | Delayed f -> l := Exception Undefined; try let v = f () in l := Value v; v with e -> l := Exception e; raise e ;; camlspotter-camlimages-e471b3c4470d/examples/liv/mylazy.mli0000644000000000000000000000327212405272062022036 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Damien Doligez, projet Para, INRIA Rocquencourt *) (* *) (* Copyright 1997 Institut National de Recherche en Informatique et *) (* en Automatique. All rights reserved. This file is distributed *) (* under the terms of the GNU Library General Public License, with *) (* the special exception on linking described in file ../LICENSE. *) (* *) (***********************************************************************) (* $Id: mylazy.mli,v 1.1 2002/04/09 11:00:09 furuse Exp $ *) (** Deferred computations. *) type 'a status = Delayed of (unit -> 'a) | Value of 'a | Exception of exn type 'a t = 'a status ref (** A value of type ['a Lazy.t] is a deferred computation (also called a suspension) that computes a result of type ['a]. The expression [lazy (expr)] returns a suspension that computes [expr]. **) exception Undefined val make : (unit -> 'a) -> 'a t val make_val : 'a -> 'a t val force : 'a t -> 'a (** [Lazy.force x] computes the suspension [x] and returns its result. If the suspension was already computed, [Lazy.force x] returns the same value again. If it raised an exception, the same exception is raised again. Raise [Undefined] if the evaluation of the suspension requires its own result. *) camlspotter-camlimages-e471b3c4470d/examples/liv/pathfind.ml0000644000000000000000000000401612405272062022132 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: pathfind.ml,v 1.11 2004/09/23 07:20:20 weis Exp $ *) open Unix;; (* Tilde substitution *) (* skip to next / *) let rec next_slash s n = if n >= String.length s || s.[n] = '/' then n else next_slash s (succ n);; let tilde_subst s = try if s = "" || s.[0] <> '~' then s else let len = String.length s in if len = 1 then Sys.getenv "HOME" else match s.[1] with | '/' -> Filename.concat (Sys.getenv "HOME") (String.sub s 2 (len - 2)) | _ -> let final = next_slash s 1 in let user = String.sub s 1 (pred final) in let pwnam = getpwnam user in if succ final >= len then pwnam.pw_dir else Filename.concat pwnam.pw_dir (String.sub s (succ final) (len - succ final)) with | Unix_error (_, _, _) -> s | Sys_error _ -> s | Not_found -> s;; let find pathlist s = if s.[0] = '/' then if Sys.file_exists s then s else raise Not_found else begin let f = ref "" in try List.iter (fun path -> f := Filename.concat (tilde_subst path) s; (* prerr_endline ("tring "^ !f); *) if Sys.file_exists !f then raise Exit) pathlist; raise Not_found with | Exit -> !f end;; camlspotter-camlimages-e471b3c4470d/examples/liv/scandir.ml0000644000000000000000000000440012405272062021755 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: scandir.ml,v 1.10 2008/06/16 22:35:42 furuse Exp $ *) open Unix;; let ignore_dirs = ref [".xvpics"; ".livpics"; "0000HEADER"; "0000HEADERS"];; let scan_dir f fn = let scanned = ref [] in let rec sub fn = let st = stat fn in match st.st_kind with | S_DIR when not (List.mem st.st_ino !scanned) -> scanned := st.st_ino :: !scanned; let dh = opendir fn in let files = ref [] in begin try while true do files := readdir dh :: !files done with | End_of_file -> () | e -> prerr_endline ("readdir: " ^ Printexc.to_string e) end; closedir dh; let files = List.sort (fun x y -> compare y x) !files in let subdirs = ref [] in let treat fn' = if not (fn' = ".." || fn' = ".") then begin let fn'' = Filename.concat (if fn = "." then "" else fn) fn' in try let st = Unix.stat fn'' in match st.st_kind with | S_DIR -> (* sub-dir check is delayed *) if not (List.mem fn' !ignore_dirs) then subdirs := fn'' :: !subdirs | _ -> f fn'' (* or sub fn', but it's more efficient *) with | Unix.Unix_error(_,"stat",_) -> prerr_endline (fn'' ^ ": stat failed") | e -> prerr_endline (fn'' ^ ": " ^ Printexc.to_string e) end in List.iter treat files; List.iter sub (List.rev !subdirs) | S_DIR -> () | _ -> f fn in sub fn;; camlspotter-camlimages-e471b3c4470d/examples/liv/seq.ml0000644000000000000000000000217112405272062021125 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: seq.ml,v 1.3 2004/09/21 18:15:46 weis Exp $ *) open Images;; let load_sequence_as_pixmaps ~window file = let seq = load_sequence file [] in let seq = unoptimize_sequence seq in List.map (fun frame -> Ximage.pixmap_of_image window None frame.frame_image, frame.frame_delay) seq.seq_frames;; camlspotter-camlimages-e471b3c4470d/examples/liv/sound.xpm0000644000000000000000000002246112405272062021665 0ustar 00000000000000/* XPM */ static char * image_name[] = { "48 48 212 2", " c #618561856185", ". c #FFFFFFFFFFFF", "X c #D75CD34CDF7D", "o c #CF3CCF3CDF7D", "O c #CF3CCB2BDF7D", "+ c #C71BC30BDF7D", "@ c #BEFBBEFBDF7D", "# c #BEFBBAEADF7D", "$ c #B6DAB6DADF7D", "% c #B6DAB2CADF7D", "& c #AEBAAEBADF7D", "* c #AEBAAAAADF7D", "= c #A699A699DF7D", "- c #A699A289DF7D", "; c #9E799E79DF7D", ": c #9E799A69DF7D", "> c #96589658DF7D", ", c #96589248DF7D", "< c #8E388E38DF7D", "1 c #8E388A28DF7D", "2 c #86178617DF7D", "3 c #C71BC30BCF3C", "4 c #596555555965", "5 c #492449244924", "6 c #492445144103", "7 c #410341034103", "8 c #41033CF34103", "9 c #41033CF338E3", "0 c #38E338E338E3", "q c #410338E34103", "w c #38E334D338E3", "e c #30C230C230C2", "r c #61855D7579E7", "t c #A699A289D75C", "y c #69A669A669A6", "u c #20811C711861", "i c #208118611861", "p c #208114511861", "a c #30C22CB228A2", "s c #86178617AEBA", "d c #28A21C712081", "f c #5965596571C6", "g c #86178207DF7D", "h c #BEFBBAEAC71B", "j c #38E334D330C2", "k c #410338E338E3", "l c #38E330C230C2", "z c #28A228A228A2", "x c #410334D328A2", "c c #79E771C64103", "v c #C71BC30B9658", "b c #E79DDB6C6185", "n c #F7DEEBAD5144", "m c #186114511040", "M c #28A220812081", "N c #186118611861", "B c #186114511861", "V c #28A224921040", "C c #861779E728A2", "Z c #AEBAA69938E3", "A c #E79DDB6C4103", "S c #FFFFF3CE4924", "D c #79E77DF7DF7D", "F c #B6DAB2CAC71B", "G c #6185596528A2", "H c #EFBEE79D4924", "J c #C71BBEFB79E7", "K c #B6DAAAAAAEBA", "L c #CF3CC71B4103", "P c #8E38861738E3", "I c #61854D342081", "U c #96589658CF3C", "Y c #79E779E7DF7D", "T c #104014511040", "R c #596555552081", "E c #20811C712081", "W c #30C22CB238E3", "Q c #C71BBEFB9658", "! c #186110401040", "~ c #28A2249228A2", "^ c #514449244924", "/ c #51444D345144", "( c #8E388617C71B", ") c #BEFBB6DA9E79", "_ c #AEBAAAAAC71B", "` c #618559655965", "' c #596555551861", "] c #861775D62081", "[ c #AEBAA289AEBA", "{ c #71C675D6DF7D", "} c #18610C301040", "| c #492445144924", " . c #10400C301040", ".. c #28A2249230C2", "X. c #BEFBB2CA9658", "o. c #71C669A669A6", "O. c #8E3886178E38", "+. c #D75CCF3C79E7", "@. c #EFBEE38D5965", "#. c #E79DDF7D6185", "$. c #71C671C6DF7D", "%. c #104008201040", "&. c #861782078617", "*. c #965879E779E7", "=. c #30C22CB230C2", "-. c #38E330C20820", ";. c #D75CBEFB30C2", ":. c #71C675D6D75C", ">. c #A699A289AEBA", ",. c #104010401040", "<. c #38E32CB21040", "1. c #D75CCF3C4924", "2. c #F7DEEFBE4924", "3. c #8E386DB628A2", "4. c #EFBECB2B38E3", "5. c #8E387DF7AEBA", "6. c #B6DAAEBA9658", "7. c #69A66DB6DF7D", "8. c #FFFFD75C2081", "9. c #79E771C65144", "0. c #86178617D75C", "q. c #A6999E79AEBA", "w. c #A699A699C71B", "e. c #71C6659538E3", "r. c #69A669A6DF7D", "t. c #104008200820", "y. c #514451445144", "u. c #596559655965", "i. c #28A2249238E3", "p. c #9E79861779E7", "a. c #61856595DF7D", "s. c #61855D7569A6", "d. c #71C671C679E7", "f. c #79E775D679E7", "g. c #79E779E7AEBA", "h. c #71C66DB671C6", "j. c #28A2208128A2", "k. c #861782078E38", "l. c #DF7DCF3C5144", "z. c #79E775D69658", "x. c #61856185DF7D", "c. c #A699A289CF3C", "v. c #79E779E78617", "b. c #10400C300820", "n. c #69A66DB6CF3C", "m. c #9E799248AEBA", "M. c #D75CCF3C71C6", "N. c #86177DF78617", "B. c #71C671C6C71B", "V. c #AEBAAAAA9658", "C. c #E79DDB6C5965", "Z. c #59655D75DF7D", "A. c #208120812081", "S. c #9E799A69A699", "D. c #86177DF78E38", "F. c #6185596569A6", "G. c #38E330C228A2", "H. c #9E7996584103", "J. c #69A66595D75C", "K. c #A699A2899658", "L. c #59655965DF7D", "P. c #9E799E79CF3C", "I. c #69A6618530C2", "U. c #AEBAA2899658", "Y. c #DF7DD34C4924", "T. c #6185618569A6", "R. c #96589248AEBA", "E. c #51445555DF7D", "W. c #596555556185", "Q. c #965896589E79", "!. c #8E388A289658", "~. c #69A669A671C6", "^. c #B6DAAAAA5965", "/. c #96588E38AEBA", "(. c #A6999E799E79", "). c #49244D345144", "_. c #861786179658", "`. c #492445145965", "'. c #69A6659569A6", "]. c #79E771C638E3", "[. c #51445144DF7D", "{. c #AEBAA28971C6", "}. c #96588A2838E3", "|. c #AEBA9E799658", " X c #861771C69E79", ".X c #61856595D75C", "XX c #71C66595AEBA", "oX c #BEFB8E381861", "OX c #49244D34DF7D", "+X c #A699A699AEBA", "@X c #79E775D628A2", "#X c #DF7DD34C69A6", "$X c #61855D75BEFB", "%X c #61855D75AEBA", "&X c #71C6659528A2", "*X c #61856595AEBA", "=X c #59655965D75C", "-X c #59655144C71B", ";X c #61854D3430C2", ":X c #69A64D340820", ">X c #30C22CB24103", ",X c #69A665959658", " > , , , < < 1 1 . ", " X X X o o O O O + + + + @ @ @ # # $ $ % % % & & * * * = = - - - ; ; : : > > , , , < < 1 1 2 . ", " X X o 3 4 5 5 6 7 8 8 9 0 9 0 0 0 q 0 0 0 0 0 0 w e r t - - ; ; ; : : > > > , , < < 1 1 2 2 . ", " X o X y u i i i i i p i i i i i i i i i i i i i i i a s - - ; ; : : > > , , , < < 1 1 2 2 2 . ", " o o 3 u u i i i i i p u i i u i u u u u i u i i u u d f - ; ; : : > > , , , < < 1 1 2 2 2 g . ", " o O h j 0 0 9 6 9 7 9 0 k j a l j e a a a e e a a z x c v b n : : > , , , < < 1 1 2 2 2 g g . ", " O O h m d M N B p B B N i i i i p i i i i d V C Z A S S S S S > > , , , < < 1 1 2 2 2 g g D . ", " O O F m 8 7 N p B N N N i i i i i i i i i i G S S S H J v K v > , , , < < 1 1 2 2 2 g g D D . ", " O + F m j l m N N N N B B N i N i i i N i i G L P I i a U > v > , , < < 1 1 2 2 2 g g D D Y . ", " + + F T m T m B i N p N m p M u i B N N N N R C i E i W > > Q , , < < 1 1 2 2 2 g g D D Y Y . ", " + + F m m m m m ! m B m ~ 6 ^ / 5 ~ B B N B R C N N i W > , Q , < < ( ) 2 2 2 g g D D Y Y Y . ", " + + _ T ! m ! m m m m d 9 ^ 4 ` ^ 8 ~ m m m ' ] N N i W , , Q < < < [ S 2 2 g g D D Y Y Y { . ", " + @ _ } m ! m m m ! T 9 6 ^ 9 e ^ 5 | T ! m ' ] ! N N W , , Q < 1 1 [ b 2 g g D D Y Y Y { { . ", " @ @ _ T ! .! ! ! ! T 6 6 ^ 0 j j / 5 ! ! m ' ] m m N .., < Q 1 1 1 [ X.g g D D Y Y Y { { { . ", " @ @ _ .! ! ! m .m } 6 6 o.K O./ | | m m m ' ] T m m I +.@.#.1 2 2 [ X.g D D Y Y Y { { $.$.. ", " @ # _ T m .! .! m %.z ^ 4 &.*.^ ^ =.m B m G ] i m -.S S S ;.:.1 g >.X.D D Y Y Y { { { $.$.. ", " # # _ .m .m m .m } T a ^ ^ ^ 6 a ,.<.1.2.S 3.9 } V 2.S 4.5.2 2 g >.6.D Y Y Y { { $.$.$.7.. ", " # $ _ . . . . .,.} } } ,.u l l d m m L S S 8.9.6 T m a ( 0.g g g g q.6.Y Y Y { { { $.$.7.7.. ", " $ $ w. .} %. .} ,. . .} } } } .%.m m ] A 4.e.` e m m ..2 2 2 g g D q.6.Y Y { { $.$.$.7.7.r.. ", " $ % w. .t. . .,.,.} t.} z y. / w N .T . .T T ! m ..2 2 g g D D [ 6.Y { { { $.$.7.7.r.r.. ", " % % w.t. .t.} T . .z 4 ^ y.u.u.` / u.y.u } m m .! m i.2 g g 5.b 2.S p.{ { $.$.$.7.7.r.r.a.. ", " % % w.t. .%. . .} w 5 s.&.&.d.y d.&.f.4 4 z .m m .m ..g g D b S S 8.g.{ { $.$.7.7.r.r.a.a.. ", " % & w.t.%. .t.} e ^ &.h.l ~ M j.d j.7 k.y 7 i T ,. .m ..g D D X.@.l.z.{ $.$.$.7.7.r.r.r.a.a.. ", " & & w.t.} %.t.z 8 k.^ a z z z ~ ~ j.~ u y y 0 B } ! ,...D D Y Y Y Y { $.$.$.7.7.r.r.a.a.a.x.. ", " & * c.t. .t.N j v./ =.a a ~ M M M j.j.~ M d.5 =.b.m m ..D Y Y Y { { { $.$.7.n.m.6.M.n a.x.x.. ", " * * c.} .t.z 5 h.l =.a ~ M l 9 ~ M j.~ ~ j.N.9 N m ...Y Y Y { { { B.V.v C.S S S S S x.x.Z.. ", " * * c.} .T w d.8 l =.a A.=.k.S.v.M j.~ z u h.7 A.} ,...Y Y { { { $.m.S S S n M.V.5.V.x.Z.Z.. ", " * = c.} .i 8 N.a =.e e i =.s.D.F.~ d j.~ G.H. a } ,...Y { { { $.$.m.b V.5.J.a.a.x.K.x.Z.L.. ", " = = P.} .u 6 v.=.=.W =.B u e 8 =.i M ~ ~ I.S y l } m ..{ { $.$.$.7.m.U.r.a.a.a.x.x.K.Z.Z.L.. ", " = - c.} } E 6 k.W e 0 q ~ B M j.i E ~ ~ ~ I.Y.T.l ,.T ..{ { $.$.7.7.m.U.r.a.a.x.x.x.K.L.L.L.. ", " - - P.T %.i | D.e q 8 | 4 8 m ,.~ 0 =.a z I.H.u.a T ! ..$.$.$.7.7.r.R.U.a.a.x.x.Z.Z.K.L.L.E.. ", " - - P.T m B 8 d.4 8 | / W.v.Q.!.~.7 q e a G ^.8 M m m ..$.$.7.7.r.r./.U.a.x.x.Z.Z.L.(.L.E.E.. ", " - ; P.T ! } =.)._.`./ 4 '.~.~.~.W.| 8 w j ].^.l N m m ..$.7.7.r.r.a./.U.x.x.Z.Z.Z.L.(.E.E.[.. ", " ; ; P.T m } d 5 v.d.W.F.y ~.'.'.s./ 6 8 q {.}.a ! B m i.7.7.r.r.a.a./.|.x.Z.Z. XJ C.b E.[.[.. ", " ; : P.m m m } =.0 !.!.d.~.'.'.s.F.W.).).z.H.}.i N N B i.7.r.r.r.a..XR.|.Z.Z.XXS S S oX[.[.OX. ", " : : P.m ! m } ! e 9 f.+X!.v.v.h.h.~.v._.4 e.@Xm m m m i.r.r.a.XX#X2.S *.Z.L.$X2.S 4.%X[.OXOX. ", " : > U . .t.} ,.p j j 6 N.S.S.R.S._.'.6 0 &X] m m m m i.r.r.a.b S S 8.*XL.L.L.=X-X[.[.OXOXOX. ", " > > U ,.%.t.t. .%.m z k a j 6 ^ 7 7 ;XL 2.S :XT ! ! T >Xa.a.a.|.@.l.,XL.L.L.E.E.[.[.OXOXOX , P. .%.%.%.t.} .} B u a l l a A.1XS S 8.V ! m ! ! `.a.a.x.x.Z.Z.Z.L.L.E.E.[.[.OXOXOX () : [ `FORCE | `DIR ] option -> unit);; let nexttimeout = ref None;; let set_timeout () = (* prerr_endline "set timeout"; *) if !wait <> 0.0 then nexttimeout := Some (Timeout.add ~ms: (truncate (!wait *. 1000.0)) ~callback: (fun () -> !hook_next None; false));; let remove_timeout () = (* prerr_endline "remove timeout"; *) may Timeout.remove !nexttimeout;; camlspotter-camlimages-e471b3c4470d/examples/liv/viewer.ml0000644000000000000000000000502712405272062021641 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: viewer.ml,v 1.5 2004/09/23 07:20:20 weis Exp $ *) open Gdk;; open Gtk;; (* image viewer widget *) let sync () = while Glib.Main.iteration false do () done;; (* screen *) let screen_width = Gdk.Screen.width ();; let screen_height = Gdk.Screen.height ();; (* the viewer *) class viewer ?border_width ?width ?height ?packing ?show () = let fixed = GPack.fixed ?border_width ?width ?height ?packing ?show () in (* let prog = new_progress_bar ~packing: (fixed#put ~x:0 ~y:0) ~text: "" () in *) let prog = GRange.progress_bar ~packing: (fixed#put ~x:0 ~y:0) () in let visual = prog#misc#visual in object inherit GPack.fixed (Obj.magic fixed#as_widget : Gtk.fixed obj) val colormap = Gdk.Color.get_system_colormap () val color_create = Truecolor.color_creator visual val color_parser = Truecolor.color_parser visual val mutable previous_size = (-1,-1) method progress = prog method display (ximage : OXimage.ximage) = let pixmap = let win = fixed#misc#window in let pix = Gdk.Pixmap.create ~window: win ~depth: (Gdk.Visual.depth visual) ~width: ximage#width ~height: ximage#height () in let pixmap = new GDraw.drawable pix in pixmap#put_image ~x:0 ~y:0 ~width: ximage#width ~height: ximage#height ~xsrc:0 ~ysrc:0 ximage#data; pix in previous_size <- (ximage#width,ximage#height); fixed#misc#set_size_request ~width: ximage#width ~height: ximage#height (); Gdk.Window.set_back_pixmap fixed#misc#window (`PIXMAP pixmap); sync () end;; let viewer ?border_width ?width ?height ?packing ?show () = new viewer ?border_width ?width ?height ?packing ?show ();; camlspotter-camlimages-e471b3c4470d/examples/monochrome/.cvsignore0000644000000000000000000000002512405272062023353 0ustar 00000000000000Makefile Makefile.in camlspotter-camlimages-e471b3c4470d/examples/monochrome/OMakefile0000644000000000000000000000203612405272062023136 0ustar 00000000000000#*********************************************************************# # # # Caml Images # # # # Fran輟is Pessaux, projet Cristal, INRIA Rocquencourt # # Pierre Weis, projet Cristal, INRIA Rocquencourt # # Jun Furuse, projet Cristal, INRIA Rocquencourt # # # # Copyright 1999-2004, # # Institut National de Recherche en Informatique et en Automatique. # # Distributed only by permission. # # # #*********************************************************************# #(* $Id: OMakefile,v 1.1.2.2 2010/05/13 13:36:09 furuse Exp $ *) BuildExample(monochrome, monochrome, all_formats) camlspotter-camlimages-e471b3c4470d/examples/monochrome/monochrome.ml0000644000000000000000000000263212405272062024061 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: monochrome.ml,v 1.7 2009/02/08 15:25:37 weis Exp $ *) open Images;; let _ = let files = ref [] in Arg.parse [] (fun s -> files := s :: !files) "monochrome src dst"; let src, dst = match List.rev !files with | [src; dst] -> src, dst | _ -> invalid_arg "you need two arguments" in let src = OImages.rgb24 (OImages.load src []) in (* Make monochrome *) for x = 0 to src#width - 1 do for y = 0 to src#height - 1 do let rgb = src#get x y in let mono = Color.brightness rgb in src#set x y { r = mono; g = mono; b = mono; } done done; src#save dst None [] ;; camlspotter-camlimages-e471b3c4470d/examples/normalize/.cvsignore0000644000000000000000000000002512405272062023205 0ustar 00000000000000Makefile Makefile.in camlspotter-camlimages-e471b3c4470d/examples/normalize/OMakefile0000644000000000000000000000203412405272062022766 0ustar 00000000000000#*********************************************************************# # # # Caml Images # # # # Fran輟is Pessaux, projet Cristal, INRIA Rocquencourt # # Pierre Weis, projet Cristal, INRIA Rocquencourt # # Jun Furuse, projet Cristal, INRIA Rocquencourt # # # # Copyright 1999-2004, # # Institut National de Recherche en Informatique et en Automatique. # # Distributed only by permission. # # # #*********************************************************************# #(* $Id: OMakefile,v 1.1.2.2 2010/05/13 13:36:09 furuse Exp $ *) BuildExample(normalize, normalize, all_formats) camlspotter-camlimages-e471b3c4470d/examples/normalize/normalize.ml0000644000000000000000000000315612405272062023547 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: normalize.ml,v 1.7 2004/09/24 10:55:10 weis Exp $ *) let files = ref [] ;; Arg.parse [] (fun s -> files := s :: !files) "normalize src dst" ;; let src, dst = match List.rev !files with | [src; dst] -> src, dst | _ -> assert false ;; let src = OImages.rgb24 (OImages.load src []) ;; let _ = (* Make monochrome *) let hist = Colorhist.create () in for x = 0 to src#width - 1 do for y = 0 to src#height - 1 do Colorhist.store_sample hist (src#get x y) done done; prerr_endline "histogram done"; let normalizer = Colorhist.normalize 0.9 hist in prerr_endline "normalizer done"; for x = 0 to src#width - 1 do for y = 0 to src#height - 1 do let rgb = src#get x y in let new_rgb = normalizer rgb in src#set x y new_rgb; done done ;; src#save dst None [];; camlspotter-camlimages-e471b3c4470d/examples/resize/.cvsignore0000644000000000000000000000002512405272062022506 0ustar 00000000000000Makefile Makefile.in camlspotter-camlimages-e471b3c4470d/examples/resize/OMakefile0000644000000000000000000000202612405272062022270 0ustar 00000000000000#*********************************************************************# # # # Caml Images # # # # Fran輟is Pessaux, projet Cristal, INRIA Rocquencourt # # Pierre Weis, projet Cristal, INRIA Rocquencourt # # Jun Furuse, projet Cristal, INRIA Rocquencourt # # # # Copyright 1999-2004, # # Institut National de Recherche en Informatique et en Automatique. # # Distributed only by permission. # # # #*********************************************************************# #(* $Id: OMakefile,v 1.1.2.2 2010/05/13 13:36:09 furuse Exp $ *) BuildExample(resize, resize, all_formats) camlspotter-camlimages-e471b3c4470d/examples/resize/README0000644000000000000000000000023212405272062021366 0ustar 00000000000000Resize images % resize -scaie creates an image file "out.", scaled image of by . Just works with Rgb24 image classes.camlspotter-camlimages-e471b3c4470d/examples/resize/resize.ml0000644000000000000000000000306512405272062022350 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: resize.ml,v 1.11 2004/09/21 18:15:48 weis Exp $ *) open Images;; let file = ref "";; let scale = ref 1.0;; Arg.parse [ "-scale", Arg.Float (fun sc -> scale := sc), "scale"; ] (fun s -> file := s) "resize -scale ? file";; let file = !file;; let scale = !scale;; let outfile = "out" ^ file;; Bitmap.maximum_live := 15000000; (* 60MB *) Bitmap.maximum_block_size := !Bitmap.maximum_live / 16; let r = Gc.get () in r.Gc.max_overhead <- 30; Gc.set r;; let fmt, _ = Images.file_format file in let img = OImages.load file [] in let img = OImages.rgb24 img in let nw = truncate (float img#width *. scale) and nh = truncate (float img#height *. scale) in let newimage = img#resize None nw nh in img#destroy; newimage#save outfile (Some fmt) [Save_Quality 95];; camlspotter-camlimages-e471b3c4470d/examples/tiffps/.cvsignore0000644000000000000000000000002512405272062022500 0ustar 00000000000000Makefile Makefile.in camlspotter-camlimages-e471b3c4470d/examples/tiffps/OMakefile0000644000000000000000000000202712405272062022263 0ustar 00000000000000#*********************************************************************# # # # Caml Images # # # # Fran輟is Pessaux, projet Cristal, INRIA Rocquencourt # # Pierre Weis, projet Cristal, INRIA Rocquencourt # # Jun Furuse, projet Cristal, INRIA Rocquencourt # # # # Copyright 1999-2004, # # Institut National de Recherche en Informatique et en Automatique. # # Distributed only by permission. # # # #*********************************************************************# #(* $Id: OMakefile,v 1.1.2.2 2010/05/13 13:36:09 furuse Exp $ *) BuildExample(tiffps, tiffps, tiff jpeg ps) camlspotter-camlimages-e471b3c4470d/examples/tiffps/README0000644000000000000000000000111012405272062021354 0ustar 00000000000000Tiffps is a filter from a tiff (and jpeg) file to postscript. Usage: tiffps infile infile must be a tiff (or jpeg), and the program outputs a postscript file to the standard output. Command line options: There are many options. Try tiffps -help to print help message. I hope it explains enough. Note: Do not try tiffps for jpeg files. It works, but the result is in Postscript level 1 (without compression). For jpeg files you should use jpeg2ps, a wrapper for Postscript level 2 found at: http://www.pdflib.com/jpeg2ps/index.html This is much smaller and faster. camlspotter-camlimages-e471b3c4470d/examples/tiffps/tiffps.ml0000644000000000000000000003360312405272062022335 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: tiffps.ml,v 1.11 2008/05/17 19:55:50 furuse Exp $ *) open Images;; open Printf;; (* String utilities *) (* split a string according to char_sep predicate *) let split_str char_sep str = let len = String.length str in if len = 0 then [] else let rec skip_sep cur = if cur >= len then cur else if char_sep str.[cur] then skip_sep (succ cur) else cur in let rec split beg cur = if cur >= len then if beg = cur then [] else [String.sub str beg (len - beg)] else if char_sep str.[cur] then let nextw = skip_sep cur in String.sub str beg (cur - beg) :: split nextw nextw else split beg (succ cur) in let wstart = skip_sep 0 in split wstart wstart;; let inch_cm = 2.53012048193;; let inch_pt = 72.0;; let units = [ "mm", 0.1 /. inch_cm *. inch_pt; "cm", 1.0 /. inch_cm *. inch_pt; "pt", 1.0; "in", inch_pt ];; let parse_length s = (* return in pt *) let v = let l = String.length s in let digit, unit = if l > 2 then String.sub s 0 2, String.sub s (l-2) 2 else "", "" in try List.assoc (String.lowercase unit) units *. float_of_string digit with | Not_found -> (* think it is in "pt" *) float_of_string s in prerr_endline (Printf.sprintf "%s -> %fpt" s v); v;; (* Scanlined loader *) type scanlined_loader = { read_next_line: (string -> unit); close: (unit -> unit) };; let scanline_open name = match Images.file_format name with | Jpeg, _ -> let w,h,ic,_rev_markers = Jpeg.open_in name in let y = ref 0 in w, h, 200.0, { read_next_line = (fun buf -> Jpeg.read_scanline ic buf !y; incr y); close = (fun () -> Jpeg.close_in ic) } | Tiff, _ -> let w, h, dpi, _, ic = Tiff.open_in name in let y = ref 0 in w, h, dpi, { read_next_line = (fun buf -> Tiff.read_scanline ic buf !y; incr y); close = (fun () -> Tiff.close_in ic) } | _ -> assert false;; type rot = Rot0 | Rot90 | Rot180 | Rot270 | RotMax;; type at = | TopLeft of float * float | TopRight of float * float | BottomLeft of float * float | BottomRight of float * float | Center of float * float | A4Center;; type crop = { mutable cx : int; mutable cy : int; mutable cw : int; mutable ch : int; };; type size = | A4MaxSize | DPI of float | MaxBox of float * float | MinBox of float * float;; type conf = { mutable name : string; mutable crop : crop option; mutable rot : rot; mutable size : size; mutable pos : at; mutable mirror : bool; mutable mono : bool; };; let main () = (* global options *) let files = ref [] and justdpi = ref false and comments = ref true and showpage = ref true in let default_conf = { name = "noname"; crop = None; rot = Rot0; size = A4MaxSize; pos = A4Center; mirror = false; mono = false; } in let conf = { name = "noname"; crop = None; rot = Rot0; size = A4MaxSize; pos = A4Center; mirror = false; mono = false; } in let set_default () = conf.name <- default_conf.name; conf.crop <- default_conf.crop; conf.rot <- default_conf.rot; conf.size <- default_conf.size; conf.pos <- default_conf.pos; conf.mirror <- default_conf.mirror; conf.mono <- default_conf.mono in Arg.parse [ "-justdpi", Arg.Unit (fun () -> justdpi := true), ": print dpi information and quit"; "-nocomments", Arg.Unit (fun () -> comments := false), ": no comment lines"; "-noshowpage", Arg.Unit (fun () -> showpage := false), ": no showpage command"; "-crop", Arg.String (fun s -> match List.map int_of_string (split_str (function '+' | 'x' -> true | _ -> false) s) with | [w; h; x; y] -> conf.crop <- Some {cx = x; cy = y; cw = w; ch = h} | _ -> assert false), "?x?+?+? : cropping"; "-a4max", Arg.Unit (fun () -> conf.size <- A4MaxSize; conf.pos <- A4Center), ": expand image to a4 paper"; "-maxbox", Arg.String (fun s -> match List.map parse_length (split_str (function 'x' -> true | _ -> false ) s) with | [w; h] -> conf.size <- MaxBox (w, h) | _ -> assert false), "?x? : upper bound printing size"; "-minbox", Arg.String (fun s -> match List.map parse_length (split_str (function 'x' -> true | _ -> false ) s) with | [w; h] -> conf.size <- MinBox(w, h) | _ -> assert false), "?x? : lower bound printing size"; "-dpi", Arg.Float (fun x -> conf.size <- DPI x), "dpi : dpi setting"; "-at", Arg.String (fun s -> match List.map parse_length (split_str (function 'x' -> true | _ -> false ) s) with | [x; y] -> conf.pos <- BottomLeft (x, y) | _ -> assert false), "?x? : at bottom-left"; "-topleft", Arg.String (fun s -> match List.map parse_length (split_str (function 'x' -> true | _ -> false ) s) with | [x; y] -> conf.pos <- TopLeft (x, y) | _ -> assert false), "?x? : at top-left"; "-bottomleft", Arg.String (fun s -> match List.map parse_length (split_str (function 'x' -> true | _ -> false ) s) with | [x; y] -> conf.pos <- BottomLeft (x, y) | _ -> assert false), "?x? : at bottom-left"; "-topright", Arg.String (fun s -> match List.map parse_length (split_str (function 'x' -> true | _ -> false ) s) with | [x; y] -> conf.pos <- TopRight (x, y) | _ -> assert false), "?x? : at top-right"; "-bottomright", Arg.String (fun s -> match List.map parse_length (split_str (function 'x' -> true | _ -> false ) s) with | [x; y] -> conf.pos <- BottomRight (x, y) | _ -> assert false), "?x? : at bottom-right"; "-center", Arg.String (fun s -> match List.map parse_length (split_str (function 'x' -> true | _ -> false ) s) with | [x; y] -> conf.pos <- Center (x, y) | _ -> assert false), "?x? : at center"; "-rot", Arg.Int (fun x -> let rot = match x with | 0 -> Rot0 | 90 -> Rot90 | 180 -> Rot180 | 270 -> Rot270 | _ -> invalid_arg "rotation must be 90*x" in conf.rot <- rot), "r : rotation (x90 only)"; "-autorot", Arg.Unit (fun () -> conf.rot <- RotMax), ": auto rotate (to have larger image)"; "-mono", Arg.Unit (fun () -> conf.mono <- true), ": monochrome"; "-mirror", Arg.Unit (fun () -> conf.mirror <- true), ": mirror image" ] (fun x -> files := {conf with name = x} :: !files; set_default ()) "tiffps"; let files = List.rev !files in (* paper properties *) let paper_width = 595.0 and paper_height = 842.0 and border = 15.0 in let bbx1 = ref 0.0 and bby1 = ref 0.0 and bbx2 = ref 0.0 and bby2 = ref 0.0 in let first_image = ref true in let set_bbox x1 y1 x2 y2 = if !first_image then begin bbx1 := x1; bby1 := y1; bbx2 := x2; bby2 := y2; first_image := false end else begin if !bbx1 > x1 then bbx1 := x1; if !bby1 > y1 then bby1 := y1; if !bbx2 < x2 then bbx2 := x2; if !bby2 < y2 then bby2 := y2; end in (* printer *) let p = print_endline in let output_image_func conf = (* maximum printing area *) let limitw, limith = match conf.size with | MaxBox (w, h) -> w, h | MinBox (w, h) -> w, h | _ -> paper_width -. border *. 2.0, paper_height -. border *. 2.0 in (* open the file just to get the image size info. *) let imgw, imgh, _orgdpi, th = scanline_open conf.name in th.close (); (* cropping area *) let w, h, x1, y1 = match conf.crop with | Some crop -> (* check cropping area *) if crop.cx + crop.cw > imgw then crop.cw <- imgw - crop.cx; if crop.cy + crop.ch > imgh then crop.ch <- imgh - crop.cy; crop.cw, crop.ch, crop.cx, crop.cy | None -> imgw, imgh, 0, 0 in (* auto rotation *) if conf.rot = RotMax then begin let ratio0 = let rw = limitw /. (float w) and rh = limith /. (float h) in match conf.size with | MinBox _ -> if rw < rh then rh else rw | _ -> if rw > rh then rh else rw in let ratio90 = let rw = limith /. (float w) and rh = limitw /. (float h) in match conf.size with | MinBox _ -> if rw < rh then rh else rw | _ -> if rw > rh then rh else rw in match conf.size with | MinBox _ -> (* smaller is better *) conf.rot <- if ratio0 < ratio90 then Rot0 else Rot90 | _ -> (* larger is better *) conf.rot <- if ratio0 > ratio90 then Rot0 else Rot90 end; (* from the point of view of the image *) let limitw, limith = match conf.rot with | Rot0 | Rot180 -> limitw, limith | Rot90 | Rot270 -> limith, limitw | _ -> assert false in (* dpi *) let ratio = match conf.size with | DPI dpi -> prerr_endline (sprintf "%s : %f dpi" conf.name dpi); paper_width /. 8.26 /. dpi | _ -> let ratio = if limitw /. float w *. float h < limith then limitw /. float w else limith /. float h in let dpi = paper_width /. 8.26 /. ratio in prerr_endline (sprintf "%s : %f dpi" conf.name dpi); ratio in (* if just for printing dpi, quit. *) if !justdpi then raise Exit; let rw = float w *. ratio and rh = float h *. ratio in (* now on the paper ... *) let prw, prh = match conf.rot with | Rot0 | Rot180 -> rw, rh | Rot90 | Rot270 -> rh, rw | _ -> assert false in let paper_x1, paper_y1 = let x, y = match conf.pos with | BottomLeft (x, y) -> x, y | TopLeft (x, y) -> x, y -. prh | BottomRight (x, y) -> x +. prw, y | TopRight (x, y) -> x +. prw, y -. prh | Center (x, y) -> x -. prw /. 2.0 , y -. prh /. 2.0 | A4Center -> (paper_width -. prw) /. 2.0, (paper_height -. prh) /. 2.0 in match conf.rot with | Rot0 -> x, y | Rot180 -> prw +. x, prh +. y | Rot90 -> x, prh +. y | Rot270 -> prw +. x, y | _ -> assert false in set_bbox paper_x1 paper_y1 (paper_x1 +. prw) (paper_y1 +. prh); (fun () -> (* reopen file *) let _, _, _, th = scanline_open conf.name in if !comments then p "% Translate for offset"; p "gsave"; p (sprintf "%f %f translate" paper_x1 paper_y1); p (sprintf "%d rotate" begin match conf.rot with | Rot0 -> 0 | Rot90 -> -90 | Rot180 -> -180 | Rot270 -> -270 | _ -> assert false end); p (sprintf "%f -%f scale" rw rh); if !comments then p "% Variable to keep one line of raster data"; p (sprintf "/scanline %d 3 mul string def" w); if !comments then p "% Image geometry"; p (sprintf "%d %d 8" w h); if !comments then p "% Transformation matrix"; p (sprintf "[ %d 0 0 %d 0 %d ]" w h h); p "{ currentfile scanline readhexstring pop } false 3"; p "colorimage"; let buf = Bytes.create (imgw * 3) in for _y = 0 to y1 - 1 do th.read_next_line buf done; let prevperdec = ref (-1) in for y = y1 to y1 + h - 1 do let perdec = (y - y1) * 10 / h in if !prevperdec <> perdec then begin prerr_endline (sprintf "%d0 %% done" perdec); prevperdec := perdec end; th.read_next_line buf; let print_pixel = if not conf.mono then function x -> let adrs = x * 3 in for i = 0 to 2 do print_string (sprintf "%02x" (Char.code buf.[adrs+i])) done else let mono r g b = (r * 256 / 3 + g * 256 / 2 + b * 256 / 6) / 256 in function x -> let adrs = x * 3 in let m = mono (Char.code buf.[adrs]) (Char.code buf.[adrs + 1]) (Char.code buf.[adrs + 2]) in for _i = 0 to 2 do print_string (sprintf "%02x" m) done in if not conf.mirror then for x = x1 to x1 + w - 1 do print_pixel x done else for x = x1 + w - 1 downto x1 do print_pixel x done; print_newline () done; prerr_endline "100 % done"; th.close (); p "grestore") in let funcs = List.map output_image_func files in (* Header *) if !comments then begin p "%!PS-Adobe-3.0"; p "%%Creator: Tiffps by Jun FURUSE"; p ("%%Title: "^ (Mstring.catenate_sep "+" (List.map (fun f -> f.name) files))); p "%%DocumentData: Clean7Bit"; p "%%Pages: 1"; p (sprintf "%%%%BoundingBox: %f %f %f %f" !bbx1 !bby1 !bbx2 !bby2); p "%%EndComments"; p "%%BeginProlog"; p "% Use own dictionary to avoid conflicts"; p "5 dict begin"; p "%%EndProlog"; if !showpage then p "%%Page: 1 1"; end; List.iter (fun f -> f ()) funcs; if !showpage then p "showpage"; if !comments then p "%%Trailer"; p "end"; if !comments then p "%%EOF";; main ();; camlspotter-camlimages-e471b3c4470d/examples/ttfimg/.cvsignore0000644000000000000000000000010012405272062022471 0ustar 00000000000000ttfimg ttfimg.byt sample_micap.jpg out.png Makefile Makefile.in camlspotter-camlimages-e471b3c4470d/examples/ttfimg/OMakefile0000644000000000000000000000203712405272062022263 0ustar 00000000000000#*********************************************************************# # # # Caml Images # # # # Fran輟is Pessaux, projet Cristal, INRIA Rocquencourt # # Pierre Weis, projet Cristal, INRIA Rocquencourt # # Jun Furuse, projet Cristal, INRIA Rocquencourt # # # # Copyright 1999-2004, # # Institut National de Recherche en Informatique et en Automatique. # # Distributed only by permission. # # # #*********************************************************************# #(* $Id: OMakefile,v 1.1.2.2 2010/05/13 13:36:09 furuse Exp $ *) BuildExample(ttfimg, ttfimg, all_formats freetype) camlspotter-camlimages-e471b3c4470d/examples/ttfimg/ttfimg.ml0000644000000000000000000001752012405272062022333 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: ttfimg.ml,v 1.11 2004/09/21 18:15:50 weis Exp $ *) open Images;; open OImages;; open Freetype;; open Fttext;; let fonts = ref [];; let message = ref None;; let csize = ref 100.0;; let outfile = ref None;; let fg = ref {r = 0; g = 0; b = 0};; let bg = ref {r = 255; g = 255; b = 255};; let kanjimode = ref false;; let dumpmode = ref false;; let verbosemode = ref false;; Arg.parse [ "-o", Arg.String (fun s -> outfile := Some s), ": outputfile" ; "-message", Arg.String (fun s -> message := Some s), ": message" ; "-charsize", Arg.Float (fun f -> csize := f), ": charsize (in 72dpi)" ; "-bg", Arg.String (fun s -> bg := Color.color_parse s), ": color"; "-fg", Arg.String (fun s -> fg := Color.color_parse s), ": color"; "-k", Arg.Unit (fun () -> kanjimode := true), "(japanese mode)" ; "-dump", Arg.Unit (fun () -> dumpmode := true), "(dump mode)"; "-verbose", Arg.Unit (fun () -> verbosemode := true), "(verbose mode)"; ] (fun s -> fonts := s :: !fonts) "ttfimg font";; let fonts = match !fonts with | [] -> failwith "specify font file!" | l -> List.rev l ;; match !outfile, fonts with | None, _ -> () | Some _x, [ _ ] -> () | Some _x, _ -> failwith "just one font if you specify -o !" ;; let treat_font font = if !verbosemode then prerr_endline (Printf.sprintf "Processing %s" font); try let out = match !outfile with | None -> let out = font ^ ".jpg" in prerr_endline (Printf.sprintf "%s: will be written in %s" font out); out | Some s -> s in let format = guess_format out in if !verbosemode then prerr_endline "opening font..."; let face = new OFreetype.face font 0 in face#set_char_size !csize !csize 72 72; if !verbosemode then List.iter (fun cmap -> prerr_endline (Printf.sprintf "charmap: { platform_id = %d; encoding_id = %d}" cmap.platform_id cmap.encoding_id) ) face#charmaps; begin try face#set_charmap { platform_id = 3; encoding_id = 1 } with | _ -> try face#set_charmap { platform_id = 3; encoding_id = 0 } with | _ -> face#set_charmap (List.hd face#charmaps) end; (* let mbbox = get_maximum_bbox inst#face in *) let smetrics = face#size_metrics in if !dumpmode then begin let plus = 2 in let num_glyphs = face#num_glyphs in let rec digit x = if x < 10 then 1 else digit (x / 10) + 1 in let digit_num = digit num_glyphs in let numid n = let s = string_of_int n in String.make (digit_num - String.length s) '0' ^ s in for i = 0 to num_glyphs do if !verbosemode then prerr_endline (Printf.sprintf "glyph #%d..." i); let x1,y1,x2,y2 = face#size_of_glyphs [|char_index_of_int i|] in let w = truncate x2 - truncate x1 + plus * 2 in let h = truncate y2 - truncate y1 + plus * 2 in let rgb = new rgb24_filled w h {r = 255; g = 255; b = 255} in OFreetype.draw_glyphs face Fttext.func_darken_only (rgb :> rgb map) (plus-(truncate x1)) (truncate y2 + plus) [|char_index_of_int i|]; rgb#save (out ^ "-" ^ numid i) (Some format) [Save_Quality 95] done end else begin match !message with | None -> let plus = 2 in let w = smetrics.x_ppem + plus in let h = smetrics.y_ppem + plus in let encode s = match Array.map face#char_index s with | [|glyph|] -> glyph | _ -> assert false in let num_glyphs = face#num_glyphs in let chars = if not !kanjimode then [ 0, 0, encode (unicode_of_latin "A"); 1, 0, encode (unicode_of_latin "B"); 2, 0, encode (unicode_of_latin "a"); 3, 0, encode (unicode_of_latin "b"); 0, 1, encode (unicode_of_latin "\224"); 1, 1, encode (unicode_of_latin "\225"); 2, 1, encode (unicode_of_latin "\231"); 3, 1, encode (unicode_of_latin "\238"); 0, 2, encode (unicode_of_latin "1"); 1, 2, encode (unicode_of_latin "2"); 2, 2, encode (unicode_of_euc_japan ""); 3, 2, encode (unicode_of_euc_japan ""); 0, 3, char_index_of_int (num_glyphs-4); 1, 3, char_index_of_int (num_glyphs-3); 2, 3, char_index_of_int (num_glyphs-2); 3, 3, char_index_of_int (num_glyphs-1); ] else [ 0, 0, encode (unicode_of_latin "A"); 1, 0, encode (unicode_of_latin "B"); 2, 0, encode (unicode_of_latin "a"); 3, 0, encode (unicode_of_latin "b"); 0, 1, encode (unicode_of_latin "\224"); 1, 1, encode (unicode_of_latin "\225"); 2, 1, encode (unicode_of_latin "\231"); 3, 1, encode (unicode_of_latin "\238"); 0, 2, encode (unicode_of_latin "1"); 1, 2, encode (unicode_of_latin "2"); 2, 2, encode (unicode_of_euc_japan ""); 3, 2, encode (unicode_of_euc_japan ""); 0, 3, encode (unicode_of_euc_japan ""); 1, 3, encode (unicode_of_euc_japan ""); 2, 3, encode (unicode_of_euc_japan ""); 3, 3, encode (unicode_of_euc_japan ""); ] in let rgb = new rgb24_filled (w*4) (h*4) {r = 255; g = 255; b = 255} in List.iter (fun (x, y, encoded) -> if !verbosemode then prerr_endline (Printf.sprintf "drawing glyph #%d..." (int_of_char_index encoded)); let x1, y1, _x2, _y2 = face#size_of_glyphs [|encoded|] in (*prerr_endline ".";*) OFreetype.draw_glyphs face Fttext.func_darken_only (rgb :> rgb map) (w * x + 1 - truncate x1) (h * (y + 1) - 1 + truncate y1) [|encoded|]) chars; rgb#save out (Some format) [] | Some s -> if !verbosemode then prerr_endline (Printf.sprintf "drawing %s..." s); let plus = 8 in let encoded = if !kanjimode then unicode_of_euc_japan s else unicode_of_latin s in let x1, y1, x2, y2 = face#size encoded in let h = truncate (ceil y2) - truncate y1 + 1 + plus in prerr_endline (Printf.sprintf "height = %d" h); let rgb = new rgb24_filled (truncate (x2 -. x1) + plus) h !bg in OFreetype.draw_text face (fun org level -> let level' = 255 - level in { r = (org.r * level' + !fg.r * level) / 255; g = (org.g * level' + !fg.g * level) / 255; b = (org.b * level' + !fg.b * level) / 255 }) (rgb :> rgb map) (plus / 2 - truncate x1) (truncate y2 + plus / 2) encoded; let outfile = match !outfile with | Some f -> f | None -> prerr_endline "Output to out.png"; "out.png" in rgb#save outfile None [] end with | Failure e -> prerr_endline (font ^ ": Failure " ^ e) ;; List.iter treat_font fonts;; camlspotter-camlimages-e471b3c4470d/opam/template/descr0000644000000000000000000000036612405272062021171 0ustar 00000000000000Image processing library An image processing library, which provides loading and saving various image formats with an interface for the Caml graphics library. It has also an interface with the freetype library to draw texts using truetype fonts. camlspotter-camlimages-e471b3c4470d/opam/template/opam0000644000000000000000000000065112405272062021022 0ustar 00000000000000opam-version: "1" maintainer: "jun.furuse@gmail.com" build: [ ["omake" "--configure"] ["omake" "install"] ] remove: [ ["ocamlfind" "remove" "camlimages"] ] depends: ["ocamlfind" "base-unix" "omake"] depopts: ["lablgtk"] ocaml-version: [>= "4.02.0"] homepage: "https://bitbucket.org/camlspotter/camlimages" license: "LGPL-2 with OCaml linking exception" authors: [ "Jun Furuse" "François Pessaux" "Pierre Weis" ] camlspotter-camlimages-e471b3c4470d/src/.cvsignore0000644000000000000000000000006612405272062020163 0ustar 00000000000000Makefile Makefile.in *.spot *.spit camlimages.ml META camlspotter-camlimages-e471b3c4470d/src/META.in0000644000000000000000000000522312405272062017241 0ustar 00000000000000name = "CamlImages" version = "@PACKAGE_VERSION@" description = "Objective Caml image processing library" requires = "camlimages.core" package "core" ( archive(byte) = "camlimages_core.cma" archive(native) = "camlimages_core.cmxa" version = "@PACKAGE_VERSION@" ) package "gif" ( requires = "camlimages.core" exists_if = "camlimages_gif.cma" archive(byte) = "camlimages_gif.cma" archive(native) = "camlimages_gif.cmxa" version = "@PACKAGE_VERSION@" ) package "jpeg" ( requires = "camlimages.core" exists_if = "camlimages_jpeg.cma" archive(byte) = "camlimages_jpeg.cma" archive(native) = "camlimages_jpeg.cmxa" version = "@PACKAGE_VERSION@" ) package "exif" ( requires = "camlimages.core, unix" exists_if = "camlimages_exif.cma" archive(byte) = "camlimages_exif.cma" archive(native) = "camlimages_exif.cmxa" version = "@PACKAGE_VERSION@" ) package "png" ( requires = "camlimages.core" exists_if = "camlimages_png.cma" archive(byte) = "camlimages_png.cma" archive(native) = "camlimages_png.cmxa" version = "@PACKAGE_VERSION@" ) package "tiff" ( requires = "camlimages.core" exists_if = "camlimages_tiff.cma" archive(byte) = "camlimages_tiff.cma" archive(native) = "camlimages_tiff.cmxa" version = "@PACKAGE_VERSION@" ) package "freetype" ( requires = "camlimages.core" exists_if = "camlimages_freetype.cma" archive(byte) = "camlimages_freetype.cma" archive(native) = "camlimages_freetype.cmxa" version = "@PACKAGE_VERSION@" ) package "xpm" ( requires = "camlimages.core" exists_if = "camlimages_xpm.cma" archive(byte) = "camlimages_xpm.cma" archive(native) = "camlimages_xpm.cmxa" version = "@PACKAGE_VERSION@" ) package "ps" ( requires = "camlimages.core" exists_if = "camlimages_ps.cma" archive(byte) = "camlimages_ps.cma" archive(native) = "camlimages_ps.cmxa" version = "@PACKAGE_VERSION@" ) package "graphics" ( requires = "camlimages.core, graphics" exists_if = "camlimages_graphics.cma" archive(byte) = "camlimages_graphics.cma" archive(native) = "camlimages_graphics.cmxa" version = "@PACKAGE_VERSION@" ) package "lablgtk2" ( requires = "camlimages.core, lablgtk2" exists_if = "camlimages_lablgtk2.cma" archive(byte) = "camlimages_lablgtk2.cma" archive(native) = "camlimages_lablgtk2.cmxa" version = "@PACKAGE_VERSION@" ) package "all_formats" ( requires = "camlimages.core, unix" archive(byte) = "camlimages_all_formats.cma" archive(native) = "camlimages_all_formats.cmxa" version = "@PACKAGE_VERSION@" ) package "all" ( requires = "camlimages.core, camlimages.all_formats, camlimages.freetype, camlimages.graphics, camlimages.lablgtk2" version = "@PACKAGE_VERSION@" ) camlspotter-camlimages-e471b3c4470d/src/OMakefile0000644000000000000000000001365612405272062017753 0ustar 00000000000000#*********************************************************************# # # # Caml Images # # # # Fran輟is Pessaux, projet Cristal, INRIA Rocquencourt # # Pierre Weis, projet Cristal, INRIA Rocquencourt # # Jun Furuse, projet Cristal, INRIA Rocquencourt # # # # Copyright 1999-2004, # # Institut National de Recherche en Informatique et en Automatique. # # Distributed only by permission. # # # #*********************************************************************# .PHONY: all clean libraries install .DEFAULT: all LIBRARY_PREFIX=camlimages ####################################################################### C FILES CFILES_freetype[]= ftintf CFILES_freetype_na[]= ftintf_na CFILES_gif[]= gifread gifwrite CFILES_gif_na[]= gif_na CFILES_jpeg[]= jpegread jpegwrite CFILES_jpeg_na[]= jpeg_na CFILES_exif[]= exif_c CFILES_exif_na[]= exif_na CFILES_png[]= pngread pngwrite CFILES_png_na[]= png_na CFILES_tiff[]= tiffread tiffwrite CFILES_tiff_na[]= tiff_na CFILES_xpm[]= xpmread xpmwrite CFILES_xpm_na[]= xpm_na CFILES_ps[]= CFILES_ps_na[]= CFILES_lib(name) = CFILES_VAR = $(if $(mem $(name), all all_formats supported $(SUPPORTED_SUBPACKAGES)), CFILES_$(name), CFILES_$(name)_na) value $(getvar $(CFILES_VAR)) CFILES_supported= foreach(p, $(SUPPORTED_FORMATS)) value $(CFILES_lib $(p)) CFILES_all_formats= foreach(p, $(FORMATS)) value $(CFILES_lib $(p)) ###################################################################### ML FILES FILES_core[]= util bitmap blend camlimages cmyk32 color colorhist genimage geometry images index16 index8 jis_table jis_unicode mstring oColor oImages reduce region rgb24 rgba32 tmpfile units bmp oBmp ppm oPpm xvthumb oXvthumb FILES_gif[]= gif oGif FILES_jpeg[]= jpeg oJpeg FILES_exif[]= exifutil exif exifanalyze exifanalyze.auto.mli: exifanalyze.ml $(OCamlC) -c -i exifanalyze.ml > $@ FILES_png[]= png oPng FILES_tiff[]= tiff oTiff FILES_freetype[]= freetype ftlow fttext oFreetype FILES_xpm[]= xpm oXpm FILES_ps[]= ps oPs FILES_supported= foreach(p, $(SUPPORTED_FORMATS)) value $(getvar FILES_$(p)) FILES_all_formats= foreach(p, $(FORMATS)) value $(getvar FILES_$(p)) FILES_graphics[]= graphic_image oGraphic FILES_lablgtk2[]= imagegdk oXimage oXimage2 ximage ximage2 ####################################################################### LDFLAGS LDFLAGS_core[]= LDFLAGS_supported= x= foreach(p, $(SUPPORTED_FORMATS)) x+= $(getvar LDFLAGS_$(p)) export value $(x) LDFLAGS_all_formats= x= foreach(p, $(FORMATS)) x+= $(getvar LDFLAGS_$(p)) export value $(x) ###################################################################### PACKAGES PACKS_graphics[]= graphics PACKS_lablgtk2[]= lablgtk2 ################################################################## C BUILD RULE CFLAGS_supported= x= foreach(p, $(SUPPORTED_SUBPACKAGES)) x+= $(getvar CFLAGS_$(p)) export value $(x) CFLAGS+= -fPIC -I $(OCAML_WHERE) $(CFLAGS_supported) MakeLibC(name) = OCamlMkLibC($(LIBRARY_PREFIX)_$(name), \ $(CFILES_lib $(name)), \ $(getvar LDFLAGS_$(name))) ################################################################# ML BUILD RULE MakeLibOCaml(name) = OCAMLPACKS= try getvar(PACKS_$(name)) default array() # default is empty pure= try $(equal 0, $(length $(getvar CFILES_$(name)))) default value true if $(pure) # pure ocaml library OCAML_LIB_FLAGS= try -linkall $(mapprefix -cclib, $(LDFLAGS) $(getvar LDFLAGS_$(name))) default array() OCamlLibrary($(LIBRARY_PREFIX)_$(name), $(getvar FILES_$(name))) else # inpure $(LIBRARY_PREFIX)_$(name).cma $(LIBRARY_PREFIX)_$(name).cmxa: $(MakeLibC $(name)) # OCAML_{BYTE,NATIVE}_LINK_FLAGS do not work for OCamlLibrary # Bit dirty workaround OCAMLCFLAGS+=-dllib -l$(LIBRARY_PREFIX)_$(name) -cclib -l$(LIBRARY_PREFIX)_$(name) OCAMLOPTFLAGS+=-cclib -l$(LIBRARY_PREFIX)_$(name) # use mapprefix instead of addprefix, otherwise "-cclib -lgif" # is considered one option. OCAML_LIB_FLAGS=-linkall $(mapprefix -cclib, $(LDFLAGS) $(getvar LDFLAGS_$(name))) OCamlLibrary($(LIBRARY_PREFIX)_$(name), $(getvar FILES_$(name))) LIBRARIES= # CR jfurue: lablgtk2, freetype and graphics may not be buildable foreach(i, core $(FORMATS) all_formats supported $(SUPPORTED_NON_FORMATS)) MakeLibOCaml($(i)) libraries: $(LIBRARIES) clean: rm -f *.sp*t *.cmt* rm -f $(filter-proper-targets $(ls R, .)) LocalOCamlGeneratedFiles(camlimages.ml) ConfReplaceAt(camlimages.ml) ConfReplaceAt(META) all: libraries META INSTALL_TARGETS()= value META \ $(glob i, *.mli) \ $(glob i, *.cmi) \ $(glob i, *.cmt) \ $(glob i, *.cmti) \ $(glob i, *.cma) \ $(glob i, *.cmxa) \ $(glob i, *.a) \ $(glob i, *.so) INSTALL()= value $(OCAMLFIND) install $(LIBRARY_PREFIX) $(INSTALL_TARGETS) UNINSTALL()= value $(OCAMLFIND) remove $(LIBRARY_PREFIX) install: all $(UNINSTALL) # I get bored typing ocamlfind remove camlimages each time before omake install $(INSTALL) .PHONY: uninstall uninstall: $(UNINSTALL) # Author's personal thing if $(defined BIG_ROOT) %.cmx %.cmo %.cmi %.cma %.cmxa %.annot %.spot %.spit: $(INSTALLED)/lablgtk2 $(INSTALLED)/camlimages: $(LIBRARIES) META $(touch_installed_md5 camlimages, $(INSTALL_TARGETS)) $(UNINSTALL) $(INSTALL) camlspotter-camlimages-e471b3c4470d/src/bitmap.ml0000644000000000000000000004533212405272062017776 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: bitmap.ml,v 1.7 2009/07/04 03:39:28 furuse Exp $*) open Util let debug = ref true;; let debugs s = if !debug then prerr_endline s;; let maximum_live = ref 0;; (* around 3M words for example *) let maximum_block_size = ref (!maximum_live / 10);; (* default 300K words *) (* see Temp to set temp file directory *) type block_data = | InMemory of string | Swapped | Destroyed;; type block = { block_width: int; block_height: int; block_size: int; mutable block_data: block_data; mutable last_used: float; swap: string option };; let swappable_blocks = ref [];; (* wrapped Bytes.create *) let string_create s = try Bytes.create s with Invalid_argument _ -> raise Out_of_memory;; module Block = struct type t = { width : int; height : int; x : int; y : int; dump : string; } end module type Bitdepth = sig val bytes_per_pixel : int end;; module Make(B:Bitdepth) = struct open B;; type t = { (* The whole size *) width : int; height : int; (* block partition size *) block_size_width : int; block_size_height : int; (* number of block partitions *) blocks_x : int; blocks_y : int; data : block array array; access : int -> int -> (string * int); };; (****************************************************************************) (* Destruction *) (****************************************************************************) let destroy _t = ();; (* do nothing... *) let destroy_block blk = if blk.block_data = Destroyed then () else begin match blk.swap with | Some fname -> begin match blk.block_data with | Swapped -> Sys.remove fname; blk.block_data <- Destroyed | InMemory _ | Destroyed -> () end | None -> () end; swappable_blocks := List.fold_right (fun blk' st -> if blk == blk' then st else blk' :: st) !swappable_blocks [];; let fill_string buf init = (* fill string with init quickly (hopefully) *) let fulllength = String.length buf in let halflength = fulllength / 2 in let rec sub = function | 0 -> let len = String.length init in String.unsafe_blit init 0 buf 0 len; sub len | x when x <= halflength -> String.unsafe_blit buf 0 buf x x; sub (x * 2) | x (* when x > halflength *) -> String.unsafe_blit buf 0 buf x (fulllength - x) in sub 0;; let check_init init = match init with | Some v -> if String.length v <> bytes_per_pixel then failwith "bitmap fill value is incorrect" | None -> ();; let memory width height init = (* try to have it whole in memory *) check_init init; (* we can have hsize lines at maximum in one string *) let hsize = Sys.max_string_length / (width * bytes_per_pixel) in let hsize = min height hsize in (* how many caml strings required? *) let blocks_y = (height - 1) / hsize + 1 in let buf_size_heights = Array.init blocks_y (fun by -> let height = if by = blocks_y - 1 then let m = height mod hsize in if m = 0 then hsize else m else hsize in (* CR jfuruse: check overflow *) let size = width * height * bytes_per_pixel in string_create size, size, height) in let bufs = Array.map (fun (buf, _, _) -> buf) buf_size_heights in begin match init with | Some v -> Array.iter (fun s -> fill_string s v) bufs; | None -> () end; { width = width; height = height; block_size_width = width; block_size_height = hsize; blocks_x = 1; blocks_y = blocks_y; data = [| Array.init blocks_y (fun h -> let buf, size, height = buf_size_heights.(h) in { block_width = width; block_height = height; block_data = InMemory buf; block_size = size; last_used = 0.0; swap = None; }) |]; access = if blocks_y = 1 then (fun x y -> bufs.(0), (y * width + x) * bytes_per_pixel) else (fun x y -> bufs.(y / hsize), ((y mod hsize) * width + x) * bytes_per_pixel) };; let swap_out = function | {block_data = Destroyed} -> failwith "swap_out: Already destroyed" | {swap = None} -> failwith "No swap file set" | {swap = Some fname; block_data = InMemory s; block_size = size} as blk -> begin try debugs (Printf.sprintf "swap out %s" fname (* blk.block_size*)); let oc = open_out_bin fname in output oc s 0 size; close_out oc; blk.block_data <- Swapped with | e -> prerr_endline "Swap-out failed"; raise e end | _ -> ();; let touch_block blk = blk.last_used <- Sys.time ();; let swap_out_eldest words = let sorted = List.sort (fun b1 b2 -> compare b1.last_used b2.last_used) !swappable_blocks in let rec swapper sorted i = match sorted with | [] -> () | x :: xs -> swap_out x; swapper xs (i - (x.block_size + Camlimages.word_size - 1) / Camlimages.word_size) in swapper sorted words;; let require bytes = let words = (bytes + Camlimages.word_size - 1) / Camlimages.word_size in let stat = Gc.stat () in let over = stat.Gc.live_words + words - !maximum_live in if over > 0 then swap_out_eldest over;; let swap_in = function | {block_data = Destroyed} -> raise (Failure "swap_in: Already destroyed") | {block_data = InMemory s} as blk -> touch_block blk; s | {swap = Some fname; block_data = Swapped; block_size = size} as blk -> begin try debugs ("swap in "^fname); require size; let ic = open_in_bin fname in let s = string_create size in really_input ic s 0 size; close_in ic; blk.block_data <- InMemory s; Sys.remove fname; touch_block blk; s with | e -> prerr_endline (Printf.sprintf "Swap-in failed (%s)" (Printexc.to_string e)); raise e end | _ -> assert false;; let alloc_swappable_block width height init = (* CR jfuruse: check overflow *) let size = bytes_per_pixel * width * height in require size; let s = string_create size in begin match init with | Some v -> fill_string s v | None -> () end; let blk = { block_width = width; block_height = height; block_size = size; block_data = InMemory s; last_used = Sys.time (); swap = Some (Tmpfile.new_tmp_file_name "swap") } in Gc.finalise destroy_block blk; swappable_blocks := blk :: !swappable_blocks; blk;; (****************************************************************************) (* Creation functions *) (****************************************************************************) let create width height init = if !maximum_live <= 0 then memory width height init else begin check_init init; (* determine the block size *) let rec get_block_size p = (* CR jfuruse: check overflow *) let whole_words = (bytes_per_pixel * width * height + Camlimages.word_size - 1) / Camlimages.word_size in let pp = p * p in if whole_words / pp > !maximum_block_size then get_block_size (p + 1) else p in let rec alloc_test_block p = let block_size_width = width / p + (if width mod p <> 0 then 1 else 0) and block_size_height = height / p + (if height mod p <> 0 then 1 else 0) in try (* CR jfuruse: check overflow *) p, string_create (block_size_width * block_size_height * bytes_per_pixel) with | Out_of_memory -> alloc_test_block (p + 1) in let blocks, test_block = alloc_test_block (get_block_size 1) in (* use the block so that it is not GCed too early *) test_block << 0 & '0'; (* Create bitmap *) let blocks_x = blocks and blocks_y = blocks in let block_size_width = width / blocks_x + (if width mod blocks_x <> 0 then 1 else 0) and block_size_height = height / blocks_x + (if height mod blocks_x <> 0 then 1 else 0) in debugs (Printf.sprintf "creating %d x %d blocks (%dx%d)" blocks blocks block_size_width block_size_height); let data = (* CR jfuruse: check overflow *) Array.init blocks_x (fun x -> Array.init blocks_y (fun y -> let w = if x <> blocks_x - 1 then block_size_width else width - block_size_width * (blocks_x - 1) and h = if y <> blocks_y - 1 then block_size_height else height - block_size_height * (blocks_y - 1) in alloc_swappable_block w h init)) in let t = { width = width; height = height; block_size_width = block_size_width; block_size_height = block_size_height; blocks_x = blocks_x; blocks_y = blocks_y; data = data; access = ( if blocks_x = 1 && blocks_y = 1 then begin let the_blk = data.(0).(0) in fun x y -> let str = swap_in the_blk in let pos = (the_blk.block_width * (y mod block_size_height) + (x mod block_size_width)) * bytes_per_pixel in str, pos end else begin fun x y -> let bx = x / block_size_width and by = y / block_size_height in let blk = data.(bx).(by) in let str = swap_in blk in let pos = (blk.block_width * (y mod block_size_height) + (x mod block_size_width)) * bytes_per_pixel in str, pos end); } in t end;; let create_with width height buf = { width = width; height = height; block_size_width = width; block_size_height = height; blocks_x = 1; blocks_y = 1; data = [| [| { block_width = width; block_height = height; block_data = InMemory buf; (* CR jfuruse: check overflow *) block_size = width * height * bytes_per_pixel; last_used = 0.0; swap = None; } |] |]; access = (fun x y -> buf, (y * width + x) * bytes_per_pixel); };; let create_with_scanlines width height scanlines = (* CR jfuruse: check overflow *) let block_size = width * bytes_per_pixel in if Array.length scanlines <> height then begin Format.eprintf "scanline error %d (height=%d) (bpp=%d)@." (Array.length scanlines) height bytes_per_pixel; assert false end; for y = 0 to height - 1 do if String.length scanlines.(y) <> block_size then begin Format.eprintf "scanline error %d = block_size %d = %d * %d (y=%d)@." (String.length scanlines.(y)) block_size width bytes_per_pixel y; assert false end done; { width = width; height = height; block_size_width = width; block_size_height = 1; blocks_x = 1; blocks_y = height; data = [| Array.mapi (fun _y scanline -> { block_width = width; block_height = 1; block_data = InMemory scanline; block_size = block_size; last_used = 0.0; swap = None }) scanlines |]; access = (fun x y -> scanlines.(y), x * bytes_per_pixel); };; (****************************************************************************) (* Tool functions *) (****************************************************************************) let access t = t.access;; (* strip access *) (* Here, "strip" is a rectangle region with height 1 *) let get_strip t x y w = (* No region checks for performance. You should wrap this to make safe in your applications. *) match t.blocks_x, t.blocks_y with | 1, _ -> (* optimized *) let bly = y / t.block_size_height in let y' = y mod t.block_size_height in let blk = t.data.(0).(bly) in let src = swap_in blk in let size = w * bytes_per_pixel in let adrs = (blk.block_width * y' + x) * bytes_per_pixel in let str = string_create size in String.unsafe_blit src adrs str 0 size; str | _, _ -> let bly = y / t.block_size_height in let y' = y mod t.block_size_height in let str = string_create (w * bytes_per_pixel) in let blx_start = x / t.block_size_width in let blx_last = (x + w - 1) / t.block_size_width in for blx = blx_start to blx_last do let blk = t.data.(blx).(bly) in let src = swap_in blk in let x1 = if blx = blx_start then x mod t.block_size_width else 0 in let x2 = if blx = blx_last then (x + w - 1) mod t.block_size_width else (blk.block_width - 1) in let w' = x2 - x1 + 1 in let size = w' * bytes_per_pixel in let adrs = (blk.block_width * y' + x1) * bytes_per_pixel in let offset = if blx = blx_start then 0 else (t.block_size_width * blx - x) * bytes_per_pixel in String.unsafe_blit src adrs str offset size done; str;; let set_strip t x y w str = (* No region checks for performance. You should wrap this to make safe in your applications. *) match t.blocks_x, t.blocks_y with | 1, _ -> (* optimized *) let bly = y / t.block_size_height in let y' = y mod t.block_size_height in let blk = t.data.(0).(bly) in let dst = swap_in blk in let size = w * bytes_per_pixel in let adrs = (blk.block_width * y' + x) * bytes_per_pixel in String.unsafe_blit str 0 dst adrs size | _, _ -> let bly = y / t.block_size_height in let y' = y mod t.block_size_height in let blx_start = x / t.block_size_width in let blx_last = (x + w - 1) / t.block_size_width in for blx = blx_start to blx_last do let blk = t.data.(blx).(bly) in let dst = swap_in blk in let x1 = if blx = blx_start then x mod t.block_size_width else 0 in let x2 = if blx = blx_last then (x + w - 1) mod t.block_size_width else (blk.block_width - 1) in let w' = x2 - x1 + 1 in let size = w' * bytes_per_pixel in let adrs = (blk.block_width * y' + x1) * bytes_per_pixel in let offset = if blx = blx_start then 0 else (t.block_size_width * blx - x) * bytes_per_pixel in String.unsafe_blit str offset dst adrs size done;; (* scanline access (special case of strip access) *) let get_scanline t y = get_strip t 0 y t.width;; (* returns the scan line address and how many lines we can get *) let get_scanline_ptr t = match t.blocks_x, t.blocks_y with | 1, 1 -> (* optimized *) Some (fun y -> let blk = t.data.(0).(0) in let src = swap_in blk in let adrs = (blk.block_width * y) * bytes_per_pixel in (src, adrs), blk.block_height - y) | 1, _ -> (* optimized *) Some (fun y -> let bly = y / t.block_size_height in let y' = y mod t.block_size_height in let blk = Array.unsafe_get (Array.unsafe_get t.data 0) bly in let src = swap_in blk in let adrs = (blk.block_width * y') * bytes_per_pixel in (src, adrs), blk.block_height - y') | _, _ -> None let set_scanline t y str = (* CR jfuruse: check overflow *) if String.length str <> t.width * B.bytes_per_pixel then failwith (Printf.sprintf "scan=%d width=%d bbp=%d" (String.length str) t.width B.bytes_per_pixel); set_strip t 0 y t.width str;; (* dump : of course this does not work for large images *) let dump t = (* CR jfuruse: check overflow *) let size = bytes_per_pixel * t.width * t.height in match t.blocks_x, t.blocks_y with | 1, 1 -> swap_in t.data.(0).(0) | 1, h -> let s = string_create size in let scanline_size = bytes_per_pixel * t.width in for y = 0 to h - 1 do let str = swap_in t.data.(0).(y) in String.unsafe_blit str 0 s (scanline_size * y) scanline_size done; s | w, h -> let s = string_create size in for x = 0 to w - 1 do for y = 0 to h - 1 do let blk = t.data.(x).(y) in let str = swap_in blk in let scanline_size = bytes_per_pixel * blk.block_width in for i = 0 to blk.block_height - 1 do String.unsafe_blit str (scanline_size * i) s (((y * t.block_size_height + i) * t.width + x * t.block_size_width) * bytes_per_pixel) scanline_size done done done; s;; (* sub-bitmap *) let sub t x y w h = Region.check t.width t.height x y; Region.check t.width t.height (x + w - 1) (y + h - 1); let dst = create w h None in try for i = 0 to h - 1 do set_scanline dst i (get_strip t x (y + i) w) done; dst with | e -> destroy dst; raise e;; let copy t = sub t 0 0 t.width t.height;; let blit src sx sy dst dx dy w h = Region.check src.width src.height sx sy; Region.check src.width src.height (sx + w - 1) (sy + h - 1); Region.check dst.width dst.height dx dy; Region.check dst.width dst.height (dx + w - 1) (dy + h - 1); for i = 0 to h - 1 do set_strip dst dx (dy + i) w (get_strip src sx (sy + i) w) done;; let blocks bmp = bmp.blocks_x, bmp.blocks_y let dump_block bmp x y = let blk = bmp.data.(x).(y) in let at_x = x * bmp.block_size_width in let at_y = y * bmp.block_size_height in let w = if x = bmp.blocks_x - 1 then bmp.width - at_x else bmp.block_size_width in let h = if y = bmp.blocks_y - 1 then bmp.height - at_y else bmp.block_size_height in { Block.width = w; height = h; x = at_x; y = at_y; dump = swap_in blk } end;; camlspotter-camlimages-e471b3c4470d/src/bitmap.mli0000644000000000000000000001142312405272062020141 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: bitmap.mli,v 1.5 2009/07/04 03:39:28 furuse Exp $*) (* Bitmaps used in images. Bitmaps are partitioned into blocks. Usually only one block is allocated for one image, but for huge images, they needs more... *) val debug : bool ref;; (* see Swap to set swap file directory *) val maximum_live : int ref;; val maximum_block_size : int ref;; (* Configuration parameters for image swapping. You can specify the maximum size of live data by setting [maximum_live] in words. If the size of live data in heap exceeds [maximum_live], then Camlimages library tries to escape part of image buffer into "swap" files. If swapped data are required, they are read back into memory. This swapping is automatically done by the camlimages library. If [maximum_live] is 0, image swapping is disabled. Swapped images are separated into block shaped "partitions". [maximum_block_size] is a maximum size of each partition, also in words. This parameter may affect the swapping performance. There is no theory (yet) how we should specify it. The author of the library propose to have (!maximum_live / 10). If it is larger, each swapping becomes slower. If smaller, more swappings will occur. Too large and too small maximum_block_size, both may make the program slower. If you use image swapping, you need to explicitly call [destroy] function of each image format (Rgb24.destroy, image#destroy, etc...) to free the memory and swap files of the needless images. The defaults are both 0. (i.e. swapping is disabled ) *) module Block : sig type t = { width : int; height : int; x : int; y : int; dump : bytes; } end module type Bitdepth = sig val bytes_per_pixel : int end;; module Make(B:Bitdepth) : sig type t;; (* Bitmap type *) val create : int -> int -> bytes option -> t (* [create width height initopt] creates a bitmap of size [width] x [height]. You can set [initopt] the value to fill the bitmap *) val create_with : int -> int -> bytes -> t (* [create_with width height initdata] creates a bitmap whose initial data is [initdata]. *) val create_with_scanlines : int -> int -> bytes array -> t val destroy : t -> unit (* Destroy bitmaps *) val access : t -> int -> int -> bytes * int val get_strip : t -> int -> int -> int -> bytes val set_strip : t -> int -> int -> int -> bytes -> unit (* Strip access Here, "strip" means a rectangle region with height 1. [get_strip t x y w] returns the bytes reprensentation of strip of [t] at (x, y) - (x + w - 1, y). [set_strip t x y w str] write [str] to the strip of [t] at (x, y) - (x + w - 1, y). *) val get_scanline : t -> int -> bytes val set_scanline : t -> int -> bytes -> unit (* Scanline access [get_scanline t y] returns the bytes representation of the scanline of [t] at [y]. [set_scanline t y str] writes [str] to the scanline of [t] at [y]. *) (* only for one row *) val get_scanline_ptr : t -> (int -> (bytes * int) * int) option val dump : t -> bytes (* Create a bytes representation of a bitmap. It may easily raise an exception Out_of_memory for large images. *) val copy : t -> t val sub : t -> int -> int -> int -> int -> t (* [sub src x y width height] returns sub-bitmap of [src], at (x, y) - (x + width - 1, y + height - 1). *) val blit : t -> int -> int -> t -> int -> int -> int -> int -> unit (* [blit src sx sy dst dx dy width height] copies the rectangle region of [src] at (sx, sy) - (sx + width - 1, sy + height - 1) to [dst], at (dx, dy) - (dx + width - 1, dy + height - 1) *) val blocks : t -> int * int (* returns number of blocks in row and column *) val dump_block : t -> int -> int -> Block.t end;; camlspotter-camlimages-e471b3c4470d/src/blend.ml0000644000000000000000000000454112405272062017603 0ustar 00000000000000type mode = | Normal | Multiply | Screen | Overlay (* | SoftLight | HardLight *) | ColorDodge | ColorBurn | Darken | Lighten | Difference | Exclusion (* | Luminosity | Color | Saturation | Hue *) ;; (* look at gxblend.c of ghostscript *) let blend = function | Normal -> fun src _dst -> src | Multiply -> fun src dst -> let t = dst * src + 0x80 in let t = t + t lsr 8 in t lsr 8 | Screen -> fun src dst -> let t = (0xff - dst) * (0xff - src) + 0x80 in let t = t + t lsr 8 in 0xff - t lsr 8 | Overlay -> fun src dst -> let t = if dst < 0x80 then 2 * dst * src else 0xf301 - 2 * (0xff - dst) * (0xff - src) in let t = t + 0x80 in let t = t + t lsr 8 in t lsr 8 (* | SoftLight -> if s < 0x80 then begin let t = (0xff - (src lsl 1)) * art_blend_sq_diff_8[dst] in let t = t + 0x8000 in dst - t lsr 16 end else begin let t = ((src lsl 1) - 0xff) * art_blend_soft_light_8[dst] in let t = t + 0x80 in let t = t + t lsr 8 in dst + t lsr 8 end *) | ColorDodge -> fun src dst -> if dst = 0 then 0 else if dst >= src then 0xff else (0x1fe * dst + src) / (src lsl 1) | ColorBurn -> fun src dst -> let dst = 0xff - dst in if dst = 0 then 0xff else if dst >= src then 0 else 0xff - (0x1fe * dst + src) / (src lsl 1) | Darken -> fun src dst -> if dst < src then dst else src | Lighten -> fun src dst -> if dst > src then dst else src | Difference -> fun src dst -> let t = dst - src in if t < 0 then -t else t | Exclusion -> fun src dst -> let t = (0xff - dst) * src + dst * (0xff - src) in let t = t + 0x80 in let t = t + t lsr 8 in t lsr 8;; open Color let f blendmode srcalpha = let blender = blend blendmode in match srcalpha with | 0 -> fun _src dst -> dst | 255 -> fun src dst -> {r = blender src.r dst.r; g = blender src.g dst.g; b = blender src.b dst.b} | _ -> let a' = 255 - srcalpha in fun src dst -> {r = (blender src.r dst.r * srcalpha + dst.r * a') / 255; g = (blender src.g dst.g * srcalpha + dst.g * a') / 255; b = (blender src.b dst.b * srcalpha + dst.b * a') / 255} ;; camlspotter-camlimages-e471b3c4470d/src/blend.mli0000644000000000000000000000066412405272062017756 0ustar 00000000000000type mode = | Normal | Multiply | Screen | Overlay (* | SoftLight | HardLight *) | ColorDodge | ColorBurn | Darken | Lighten | Difference | Exclusion (* | Luminosity | Color | Saturation | Hue *) val blend : mode -> int -> int -> int (* [blend blendmode src dst] *) val f : mode -> int -> Color.rgb -> Color.rgb -> Color.rgb (* [f blendmode srcalpha src dst] 8bit depth *) (* bug: no destination alpha support *) camlspotter-camlimages-e471b3c4470d/src/bmp.ml0000644000000000000000000010407112405272062017274 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004 *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: bmp.ml,v 1.3 2009/02/08 14:59:17 weis Exp $ *) (* Loading and saving image in the bmp format. *) open Images;; open Util (* Caml representation of a bmp bit map image. Fields are Caml values, decoded versions of raw data in the file. Structure of bitmaps files on disk : - BITMAPFILEHEADER : bytes 0 to 14 excluded - BITMAPINFOHEADER : bytes 14 to 54 excluded - RGBQUAD [] : color map - BYTES [] : bit map *) type bmp = { bmpFileHeader : bitmapfileheader; (* Bytes <0 14< *) bmpInfoHeader : bitmapinfoheader; (* Bytes <14 54< *) bmpRgbQuad : rgb array; (* Bytes <54 ... *) bmpBytes : string; (* Bytes Monochrome | 4 -> Color16 | 8 -> Color256 | 24 -> ColorRGB | 32 -> ColorRGBA | n -> failwith ("invalid colors number : " ^ string_of_int n) ;; (* #define BI_RGB 0L #define BI_RLE8 1L #define BI_RLE4 2L *) let read_compression ic = match read_dword ic with | 0 -> BI_RGB | 1 -> BI_RLE8 | 2 -> BI_RLE4 | n -> failwith ("invalid compression mode : " ^ string_of_int n) ;; (* Entries of color maps stored on disk have the following format typedef struct tagRGBQUAD { BYTE rgbBlue; BYTE rgbGreen; BYTE rgbRed; BYTE rgbReserved; } RGBQUAD; The RGBQUAD structure contains the following fields: Field Description rgbBlue Specifies the intensity of blue in the color. rgbGreen Specifies the intensity of green in the color. rgbRed Specifies the intensity of red in the color. rgbReserved Is not used and must be set to zero. When loading a bmp we simply skip the rgbReserved field. *) let load_rgbquad ic = let b = read_byte ic in let g = read_byte ic in let r = read_byte ic in let _u = read_byte ic in { b = b; g = g; r = r; } ;; let load_bitmapfileheader ic = let bfType = read_word ic in if bfType <> 19778 (* BM *) then failwith "Invalid file tag"; let bfSize = read_dword ic in let bfReserved1 = read_word ic in let bfReserved2 = read_word ic in let bfOffBits = read_dword ic in { bfType; bfSize; bfReserved1; bfReserved2; bfOffBits; } ;; let load_bitmapinfoheader ic = try (* Found a tagBITMAPINFO *) let biSize = read_dword ic in let biWidth = read_dword ic in let biHeight = read_dword ic in let biPlanes = read_word ic in let biBitCount = read_bit_count ic in let biCompression = read_compression ic in let biSizeImage = read_dword ic in let biXPelsPerMeter = read_dword ic in let biYPelsPerMeter = read_dword ic in let biClrUsed = read_dword ic in let biClrImportant = read_dword ic in (* header = tagBITMAPINFOHEADER *) { biSize; biWidth; biHeight; biPlanes; biBitCount; biCompression; biSizeImage; biXPelsPerMeter; biYPelsPerMeter; biClrUsed; biClrImportant; } with | (Failure s as e) -> prerr_endline s; raise e ;; let load_colors bfh _bih ic = (* Reading RGBQUADs *) (* If biClrUsed = 0 then the whole color range is used, else only *) (* the amount given by biClrUsed is effectively used in the bmp. *) (* But in any case, the size of the color map is stored in the file. *) let cmaplength = (* Color map starts from byte number 54, and ends at *) (* beginning of the bitmap (actual image data, i.e. pixels of the bmp).*) (* bfOffBits = offset from bfh to actual image data. *) (* 40 = sizeof (bfh), 14 = sizeof (bih). *) (* Hence color map length is bfOffBits - 54. *) (* Useful to load images with biClrUsed handled incorrectly *) (* In fact, some savers store the whole colormap, instead of *) (* the number of entries given by biClrUsed... *) (bfh.bfOffBits - 54) / 4 in Array.init cmaplength (fun _i -> load_rgbquad ic) ;; (* Loads image data when image has 8 bit depth *) let load_image8data bih ic = let bitmap = Bytes.create (bih.biWidth * bih.biHeight) in match bih.biCompression with | BI_RGB -> (* No compression : lines are stored in reverse order *) (* 'bih.biWidth' is padded to be a multiple of 4 pixels (32 bits) *) let pad = ((bih.biWidth + 3) / 4) * 4 in (* Reading *) for i = bih.biHeight - 1 downto 0 do let bitmapindex = ref (i * bih.biWidth) in for j = 0 to pad - 1 do let c = Char.chr (read_byte ic) in if j < bih.biWidth then bitmap << !bitmapindex & c; incr bitmapindex done done; bitmap | BI_RLE8 -> (* Run-length encoded format for bitmaps with 8 bits per pixel *) (* Coordinates of the current point in the image *) let x = ref 0 in let y = ref 0 in let bitmapindex = ref (!x + (bih.biHeight - !y - 1) * bih.biWidth) in while !y < bih.biHeight do match read_byte ic with (* Absolute mode, if second byte is between 03H and FFH. Encoded mode, with escape code otherwise. *) | 0 -> (* Escape codes mode *) begin match read_byte ic with | 0 -> (* End of line code *) x := 0; incr y; bitmapindex := !x + (bih.biHeight - !y - 1) * bih.biWidth | 1 -> (* End of bitmap : force exit *) y := bih.biHeight | 2 -> (* Delta *) let c1 = read_byte ic in x := !x + c1; let c2 = read_byte ic in y := !y + c2; bitmapindex := !x + (bih.biHeight - !y - 1) * bih.biWidth | c -> (* c should be between 03H and FFH *) (* Absolute mode: c represents the number of bytes which follow, each of which contains the color index of a single pixel. *) for _i = 0 to c - 1 do let c1 = read_byte ic in bitmap << !bitmapindex & Char.chr c1; incr x; incr bitmapindex done; (* Odd length run: read an extra pad byte *) if c land 1 <> 0 then skip_byte ic end | c -> (* Encoded mode *) let c1 = read_byte ic in for _i = 0 to c - 1 do bitmap << !bitmapindex & Char.chr c1; incr x; incr bitmapindex done done; bitmap | BI_RLE4 -> failwith ("Invalid compression mode : BI_RLE4") ;; let load_image1data bih ic = let bitmap = Bytes.create (bih.biWidth * bih.biHeight) in let c = ref 0 in (* each scan line 'w', is padded to be a multiple of 32 *) let pad = ((bih.biWidth + 31) / 32) * 32 in for i = bih.biHeight - 1 downto 0 do let bitmapindex = ref (i * bih.biWidth) in let bnum = ref 0 in for j = 0 to pad - 1 do if !bnum land 7 = 0 then begin c := read_byte ic; bnum := 0; end; if j < bih.biWidth then begin bitmap << !bitmapindex & if !c land 0x80 <> 0 then '\001' else '\000'; incr bitmapindex; c := !c lsl 1; end; incr bnum done done; bitmap ;; let load_image4data bih ic = let bitmap = Bytes.create (bih.biWidth * bih.biHeight) in match bih.biCompression with | BI_RGB -> (* 'w' is padded to be a multiple of 8 pixels (32 bits) *) let pad = ((bih.biWidth + 7) / 8) * 8 in let c = ref 0 in for i = bih.biHeight - 1 downto 0 do let bitmapindex = ref (i * bih.biWidth) in let nyblenum = ref 0 in for j = 0 to pad -1 do if !nyblenum land 1 = 0 then begin (* Read the next byte *) c := read_byte ic; nyblenum := 0 end; if j < bih.biWidth then begin bitmap << !bitmapindex & Char.chr ((!c land 0xf0) lsr 4); incr bitmapindex; c := !c lsl 4 end; incr nyblenum done done; bitmap | BI_RLE4 -> let x = ref 0 in let y = ref 0 in let bitmapindex = ref (!x + (bih.biHeight - !y - 1) * bih.biWidth) in let c1 = ref 0 in while !y < bih.biHeight do match read_byte ic with | 0 -> (* Escape codes *) begin match read_byte ic with | 0 -> (* End of line *) x := 0; incr y; bitmapindex := !x + (bih.biHeight - !y - 1) * bih.biWidth | 1 -> (* End of bitmap : force exit *) y := bih.biHeight | 2 -> (* Delta *) let c' = read_byte ic in x := !x + c'; let c'' = read_byte ic in y := !y + c''; bitmapindex := !x + (bih.biHeight - !y - 1) * bih.biWidth | c -> (* Absolute mode *) for i = 0 to c - 1 do if i land 1 = 0 then c1 := read_byte ic; let c = if i land 1 <> 0 then !c1 else !c1 lsr 4 in bitmap << !bitmapindex & Char.chr (c land 0x0F); incr x; incr bitmapindex done; (* Read pad byte *) if c land 3 = 1 || c land 3 = 2 then skip_byte ic end | c -> (* Encoded mode *) let c1 = read_byte ic in let col1 = c1 land 0x0F and col2 = (c1 lsr 4) land 0x0F in for i = 0 to c - 1 do let c = if i land 1 <> 0 then col1 else col2 in bitmap << !bitmapindex & Char.chr c; incr x; incr bitmapindex done done; bitmap | BI_RLE8 -> failwith ("Invalid compression mode : BI_RLE8") ;; let load_image24data bih ic = (* Bitmap is a string of RGB bytes *) let bitmap = Bytes.create ((bih.biWidth * bih.biHeight) * 3) in let pad = (4 - ((bih.biWidth * 3) mod 4)) land 0x03 in let pp = ref 0 in for i = bih.biHeight - 1 downto 0 do pp := (i * bih.biWidth * 3); for _j = 0 to bih.biWidth - 1 do bitmap << !pp + 2 & Char.chr (read_byte ic); (* Blue *) bitmap << !pp + 1 & Char.chr (read_byte ic); (* Green *) bitmap << !pp & Char.chr (read_byte ic); (* Red *) pp := !pp + 3 done; for _j = 0 to pad - 1 do skip_byte ic done; done; bitmap ;; let load_image32data bih ic = (* Bitmap is a string of RGB bytes *) let bitmap = Bytes.create ((bih.biWidth * bih.biHeight) * 4) in (* let pad = (4 - ((bih.biWidth * 4) mod 4)) land 0x03 in let pad = 1 in *) let pp = ref 0 in for i = bih.biHeight - 1 downto 0 do pp := (i * bih.biWidth * 4); for _j = 0 to bih.biWidth - 1 do bitmap << !pp + 2 & Char.chr (read_byte ic); (* Blue *) bitmap << !pp + 1 & Char.chr (read_byte ic); (* Green *) bitmap << !pp + 0 & Char.chr (read_byte ic); (* Red *) bitmap << !pp + 3 & Char.chr (read_byte ic); (* Alpha *) pp := !pp + 4 done; (* for j = 0 to pad - 1 do skip_byte ic done; *) done; bitmap ;; let load_imagedata bih ic = (* The bits in the array are packed together, but each scan line *) (* must be zero-padded to end on a LONG boundary. *) match bih.biBitCount with | Monochrome -> load_image1data bih ic | Color16 -> load_image4data bih ic | Color256 -> load_image8data bih ic | ColorRGB -> load_image24data bih ic | ColorRGBA -> load_image32data bih ic ;; let skip_to ic n = while !bytes_read <> n do skip_byte ic done ;; let check_header fname = let ic = open_in_bin fname in bytes_read := 0; try let _bfh = load_bitmapfileheader ic in let bih = load_bitmapinfoheader ic in close_in ic; { header_width = bih.biWidth; header_height = bih.biHeight; header_infos = []; } with | _ -> close_in ic; raise Wrong_file_type ;; let read_bmp ic = bytes_read := 0; let bfh = load_bitmapfileheader ic in let bih = load_bitmapinfoheader ic in let colormap = load_colors bfh bih ic in skip_to ic bfh.bfOffBits; let bitmap = load_imagedata bih ic in { bmpFileHeader = bfh; bmpInfoHeader = bih; bmpRgbQuad = colormap; bmpBytes = bitmap; } ;; let read_bmp_file fname = let ic = open_in_bin fname in let bmp = read_bmp ic in close_in ic; bmp ;; let image_of_bmp = function { bmpFileHeader = _bfh; bmpInfoHeader = bih; bmpRgbQuad = colormap; bmpBytes = bitmap; } -> match bih.biBitCount with | ColorRGB -> Rgb24 (Rgb24.create_with bih.biWidth bih.biHeight [] bitmap) | ColorRGBA -> Rgba32 (Rgba32.create_with bih.biWidth bih.biHeight [] bitmap) | Monochrome | Color16 | Color256 -> Index8 (Index8.create_with bih.biWidth bih.biHeight [] { map = colormap; max = 256; } (-1) bitmap) ;; let load fname _opts = image_of_bmp (read_bmp_file fname);; (* =================================================================== *) (* ============= Writting images as bmp files. ======================= *) (* =================================================================== *) let bytes_written = ref 0;; let write_byte oc b = incr bytes_written; output_byte oc b;; let output_word oc w = (* little-endian form *) let b0 = w land 255 in let b1 = (w lsr 8) land 255 in output_byte oc b0; output_byte oc b1 ;; let write_word oc w = output_word oc w; bytes_written := !bytes_written + 2 ;; let output_dword oc dw = (* little-endian form *) let b0 = dw land 255 in let b1 = (dw lsr 8) land 255 in let b2 = (dw lsr 16) land 255 in let b3 = (dw lsr 24) land 255 in output_byte oc b0; output_byte oc b1; output_byte oc b2; output_byte oc b3 ;; let write_dword oc dw = output_dword oc dw; bytes_written := !bytes_written + 4 ;; let write_bit_count oc bc = let byte = match bc with | Monochrome -> 1 | Color16 -> 4 | Color256 -> 8 | ColorRGB -> 24 | ColorRGBA -> 32 in write_word oc byte ;; let write_compression oc c = let dword = match c with | BI_RGB -> 0 | BI_RLE8 -> 1 | BI_RLE4 -> 2 in write_dword oc dword ;; let write_rgbquad oc rgb = let b = rgb.b in let g = rgb.g in let r = rgb.r in let u = 0 in write_byte oc b; write_byte oc g; write_byte oc r; write_byte oc u; ;; let write_bmpFileHeader oc = function { (* WORD *) bfType = bft; (* DWORD *) bfSize = bfs; (* WORD *) bfReserved1 = bfr1; (* WORD *) bfReserved2 = bfr2; (* DWORD *) bfOffBits = bfob } -> let start_index = !bytes_written in write_word oc bft; let bfSize_index = !bytes_written in write_dword oc bfs; write_word oc bfr1; write_word oc bfr2; let bfOffBits_index = !bytes_written in write_dword oc bfob; let end_bmpFileHeader = !bytes_written in start_index, bfSize_index, bfOffBits_index, end_bmpFileHeader ;; let write_bmpInfoHeader oc = function { (* DWORD *) biSize = bis; (* DWORD *) biWidth = biw; (* DWORD *) biHeight = bih; (* WORD *) biPlanes = bip; (* WORD *) biBitCount = bibc; (* DWORD *) biCompression = bic; (* DWORD *) biSizeImage = bisi; (* DWORD *) biXPelsPerMeter = bixpm; (* DWORD *) biYPelsPerMeter = biypm; (* DWORD *) biClrUsed = bicu; (* DWORD *) biClrImportant = bici } -> let biSize_index = !bytes_written in write_dword oc bis; write_dword oc biw; write_dword oc bih; write_word oc bip; write_bit_count oc bibc; write_compression oc bic; let biSizeImage_index = !bytes_written in write_dword oc bisi; write_dword oc bixpm; write_dword oc biypm; write_dword oc bicu; write_dword oc bici; let end_bmpInfoHeader = !bytes_written in biSize_index, biSizeImage_index, end_bmpInfoHeader ;; let write_colors oc color_map = (* If color_map is empty, should output a NULL character *) if Array.length color_map = 0 then write_byte oc 0 (* Otherwise write the rgb colors of the colormap *) else Array.iter (write_rgbquad oc) color_map ;; (* To denote the end of a scan line *) let write_end_of_scan_line oc = write_byte oc 0; write_byte oc 0;; (* To denote the end of the bitmap *) let write_end_of_bitmap oc = write_byte oc 0; write_byte oc 1;; (* Writing padding bytes. *) let write_pad oc n = for _i = 0 to n - 1 do write_byte oc 0 done;; (* Run length encoding: write the number n of pixels encoded *) (* the color number given by color index c *) let rec write_rle_code oc n c = if n <= 255 then begin write_byte oc n; write_byte oc c end else begin write_rle_code oc 255 c; write_rle_code oc (n - 255) c end ;; let write_rle oc n char = write_rle_code oc n (Char.code char);; (* In biRLE4 encoded mode the color byte is interpreted as two 4 bits colors to alternatively write even and odd pixels. Color is a char with 4 significant bytes. We duplicate them to get 2 identical colors, for run-length encoding. *) let write_rle4 oc n char = let code = Char.code char in write_rle_code oc n (code lsl 4 + code) ;; (* (4 - (n mod 4)) mod 4 *) let pad_bytes n = (4 - (n mod 4)) land 0x03;; let write_image1data bmp oc = let bih = bmp.bmpInfoHeader in if bih.biCompression <> BI_RGB then failwith "invalid compression for a monochrome bitmap" else let start_bitmap_index = !bytes_written in let bitmap = bmp.bmpBytes in let width = bih.biWidth in let height = bih.biHeight in let extra_padding_bytes = pad_bytes ((width + 7) / 8) in for i = height - 1 downto 0 do (* For each pixel in the line *) let start = i * width in let lim = (i + 1) * width - 1 in let rec write_line x count accu = if count = 8 then begin write_byte oc accu; if x <= lim then write_line x 0 0 end else let cur = bitmap.[x] in let chunk = Char.code cur lsl (7 - count) in let new_accu = chunk + accu in if x = lim then write_byte oc new_accu else write_line (x + 1) (count + 1) new_accu in write_line start 0 0; (* No end of scan line in bi_RGB mode *) (* Padding *) write_pad oc extra_padding_bytes; done; let end_bitmap_index = !bytes_written in start_bitmap_index, end_bitmap_index ;; let write_image24data bmp oc = let bih = bmp.bmpInfoHeader in if bih.biCompression <> BI_RGB then failwith "invalid compression for a rgb bitmap" else let start_bitmap_index = !bytes_written in let bitmap = bmp.bmpBytes in let width = bih.biWidth in let height = bih.biHeight in let extra_padding_bytes = pad_bytes (width * 3) in for i = height - 1 downto 0 do (* For each pixel in the line *) let start = i * width * 3 in let lim = (i + 1) * width * 3 - 1 in let rec write_line x = write_byte oc (Char.code bitmap.[x + 2]); (* Blue *) write_byte oc (Char.code bitmap.[x + 1]); (* Green *) write_byte oc (Char.code bitmap.[x]); (* Red *) let new_x = x + 3 in if new_x < lim then write_line new_x in write_line start; (* No end of scan line in bi_RGB mode *) (* Padding *) write_pad oc extra_padding_bytes; done; let end_bitmap_index = !bytes_written in start_bitmap_index, end_bitmap_index ;; let write_image32data bmp oc = let bih = bmp.bmpInfoHeader in if bih.biCompression <> BI_RGB then failwith "invalid compression for a rgba bitmap" else let start_bitmap_index = !bytes_written in let bitmap = bmp.bmpBytes in let width = bih.biWidth in let height = bih.biHeight in (* let extra_padding_bytes = pad_bytes (width * 4) in *) for i = height - 1 downto 0 do (* For each pixel in the line *) let start = i * width * 3 in let lim = (i + 1) * width * 4 - 1 in let rec write_line x = write_byte oc (Char.code bitmap.[x + 3]); (* Alpha *) write_byte oc (Char.code bitmap.[x + 2]); (* Blue *) write_byte oc (Char.code bitmap.[x + 1]); (* Green *) write_byte oc (Char.code bitmap.[x]); (* Red *) let new_x = x + 4 in if new_x < lim then write_line new_x in write_line start; (* No end of scan line in bi_RGB mode *) (* (* Padding *) write_pad oc extra_padding_bytes; *) done; let end_bitmap_index = !bytes_written in start_bitmap_index, end_bitmap_index ;; let write_image4data bmp oc = let bih = bmp.bmpInfoHeader in let start_bitmap_index = !bytes_written in let bitmap = bmp.bmpBytes in let width = bih.biWidth in let height = bih.biHeight in match bih.biCompression with | BI_RGB -> (* 'w' is padded to be a multiple of 8 pixels (32 bits) *) let extra_padding_bytes = pad_bytes ((width + 1) / 2) in for i = height - 1 downto 0 do (* For each pixel in the line *) let start = i * width in let lim = (i + 1) * width - 1 in let rec write_line x count accu = if count = 2 then begin write_byte oc accu; if x <= lim then write_line x 0 0 end else let cur = bitmap.[x] in let chunk = Char.code cur lsl (4 - count) in let new_accu = chunk + accu in if x = lim then write_byte oc new_accu else write_line (x + 1) (count + 1) new_accu in write_line start 0 0; (* Padding *) write_pad oc extra_padding_bytes; done; let end_bitmap_index = !bytes_written in start_bitmap_index, end_bitmap_index | BI_RLE4 -> (* We compress in encoded mode, not in absolute mode. *) (* So we do not have to align each run. *) (* However, each scan line is padded to be a multiple of 8 *) (* pixels (32 bits) *) (* For each line *) for i = height - 1 downto 0 do (* For each pixel in the line *) let start = i * width in let lim = (i + 1) * width - 1 in let rec write_line x count pred = let cur = bitmap.[x] in if cur = pred then if x = lim then write_rle4 oc (count + 1) pred else write_line (x + 1) (count + 1) pred else begin write_rle4 oc count pred; if x = lim then write_rle4 oc 1 cur else write_line (x + 1) 1 cur end in write_line start 0 bitmap.[start]; write_end_of_scan_line oc; (* No padding in this mode *) done; write_end_of_bitmap oc; let end_bitmap_index = !bytes_written in start_bitmap_index, end_bitmap_index | BI_RLE8 -> failwith ("Invalid compression mode : BI_RLE8");; let write_image8data bmp oc = let bih = bmp.bmpInfoHeader in let start_bitmap_index = !bytes_written in let bitmap = bmp.bmpBytes in let width = bih.biWidth in let height = bih.biHeight in match bih.biCompression with | BI_RGB -> (* 'w' is padded to be a multiple of 8 pixels (32 bits) *) let extra_padding_bytes = pad_bytes width in for i = height - 1 downto 0 do (* For each pixel in the line *) let start = i * width in let lim = (i + 1) * width - 1 in let rec write_line x = let cur = bitmap.[x] in write_byte oc (Char.code cur); if x < lim then write_line (x + 1) in write_line start; (* Padding *) write_pad oc extra_padding_bytes; done; let end_bitmap_index = !bytes_written in start_bitmap_index, end_bitmap_index | BI_RLE8 -> (* We compress in encoded mode, not in absolute mode. *) (* So we do not have to align each run. *) (* However, each scan line is padded to be a multiple of 8 *) (* pixels (32 bits) *) (* For each line *) for i = height - 1 downto 0 do (* For each pixel in the line *) let start = i * width in let lim = (i + 1) * width - 1 in let rec write_line x count pred = let cur = bitmap.[x] in if cur = pred then if x = lim then write_rle oc (count + 1) pred else write_line (x + 1) (count + 1) pred else begin write_rle oc count pred; if x = lim then write_rle oc 1 cur else write_line (x + 1) 1 cur end in write_line start 0 bitmap.[start]; write_end_of_scan_line oc; (* No padding in this mode *) done; write_end_of_bitmap oc; let end_bitmap_index = !bytes_written in start_bitmap_index, end_bitmap_index | BI_RLE4 -> failwith ("Invalid compression mode : BI_RLE8");; let write_image_data oc bmp = let bih = bmp.bmpInfoHeader in match bih.biBitCount with | Monochrome -> write_image1data bmp oc | Color16 -> write_image4data bmp oc | Color256 -> write_image8data bmp oc | ColorRGB -> write_image24data bmp oc | ColorRGBA -> write_image32data bmp oc ;; let bmp_of_image img = match img with | Rgb24 bitmap -> let biW = bitmap.Rgb24.width and biH = bitmap.Rgb24.height and data = Rgb24.dump bitmap in let bfh = { (* WORD *) bfType = 19778 (* BM *); (* DWORD *) bfSize = -1 (* Unknown to be updated *); (* WORD *) bfReserved1 = 0; (* WORD *) bfReserved2 = 0; (* DWORD *) bfOffBits = -1 (* Unknown to be updated *) } in let bih = { (* The size in bytes of this header. *) biSize = -1; (* Unknown to be updated *) (* Width and height of the image *) biWidth = biW; biHeight = biH; (* According to the format, Must be set to 1. *) biPlanes = 1; (* 24 bits pixels. *) biBitCount = ColorRGB; (* Compression is no compression: we output pixels as rgb rgb ... with padding. *) biCompression = BI_RGB; (* The size of the actual image pixels representation in the file. Due to padding, cannot be computed here. *) biSizeImage = -1 (* Unknown to be updated *); (* This should be OK *) biXPelsPerMeter = 600; biYPelsPerMeter = 600; (* Unknown: the number of colors actually used by the image. Must be computed while writing the image. *) biClrUsed = 0; (* Number of important colors. If 0, all colors are important *) biClrImportant = 0 } in { bmpFileHeader = bfh; bmpInfoHeader = bih; bmpRgbQuad = [||]; bmpBytes = data } | Rgba32 bitmap -> let biW = bitmap.Rgba32.width and biH = bitmap.Rgba32.height and data = Rgba32.dump bitmap in let bfh = { (* WORD *) bfType = 19778 (* BM *); (* DWORD *) bfSize = -1 (* Unknown to be updated *); (* WORD *) bfReserved1 = 0; (* WORD *) bfReserved2 = 0; (* DWORD *) bfOffBits = -1 (* Unknown to be updated *) } in let bih = { (* The size in bytes of this header. *) biSize = -1; (* Unknown to be updated *) (* Width and height of the image *) biWidth = biW; biHeight = biH; (* According to the format, Must be set to 1. *) biPlanes = 1; (* 24 bits pixels. *) biBitCount = ColorRGBA; (* Compression is no compression: we output pixels as rgb rgb ... with padding. *) biCompression = BI_RGB; (* The size of the actual image pixels representation in the file. Due to padding, cannot be computed here. *) biSizeImage = -1 (* Unknown to be updated *); (* This should be OK *) biXPelsPerMeter = 600; biYPelsPerMeter = 600; (* Unknown: the number of colors actually used by the image. Must be computed while writing the image. *) biClrUsed = 0; (* Number of important colors. If 0, all colors are important *) biClrImportant = 0 } in { bmpFileHeader = bfh; bmpInfoHeader = bih; bmpRgbQuad = [||]; bmpBytes = data } | Index8 bitmap -> let colormap = bitmap.Index8.colormap.map and biW = bitmap.Index8.width and biH = bitmap.Index8.height and data = Index8.dump bitmap in let bfh = { (* WORD *) bfType = 19778 (* BM *); (* DWORD *) bfSize = -1 (* Unknown to be updated *); (* WORD *) bfReserved1 = 0; (* WORD *) bfReserved2 = 0; (* DWORD *) bfOffBits = -1 (* Unknown to be updated *) } in let biBitCount,biClrUsed,biCompression,biClrImportant = let col_map_len = Array.length colormap in match col_map_len with | n when n <= 2 -> Monochrome, 2, BI_RGB, 2 | 16 -> Color16, col_map_len, BI_RGB, 0 | n when n <= 16 -> Color16, col_map_len, BI_RLE4, 0 | 256 -> Color256, col_map_len, BI_RGB, 0 | n when n <= 256 -> Color256, col_map_len, BI_RLE8, 0 | _n -> failwith "Too many colors for a bitmap with 8 bits per pixel" in let bih = { biSize = -1; biWidth = biW; biHeight = biH; biPlanes = 1; biBitCount = biBitCount; biCompression = biCompression; biSizeImage = -1; biXPelsPerMeter = 600; biYPelsPerMeter = 600; biClrUsed = biClrUsed; biClrImportant = biClrImportant; } in { bmpFileHeader = bfh; bmpInfoHeader = bih; bmpRgbQuad = colormap; bmpBytes = data; } | _ -> raise Wrong_image_type;; let write_bmp oc = function { bmpFileHeader = bmpFileHeader; bmpInfoHeader = bmpInfoHeader; bmpRgbQuad = colormap; bmpBytes = _bitmap } as bmp -> bytes_written := 0; let start_index, bfSize_index, bfOffBits_index, end_bmpFileHeader = write_bmpFileHeader oc bmpFileHeader in let start_bmpInfoHeader = end_bmpFileHeader in let biSize_index, biSizeImage_index, end_bmpInfoHeader = write_bmpInfoHeader oc bmpInfoHeader in write_colors oc colormap; let start_bitmap_index, end_bitmap_index = write_image_data oc bmp in (* Correcting sizes: bfSize, bfOffBits, biSize, bisizeImage *) let bfSize = (* Given in bytes! not in DWORDs *) !bytes_written - start_index in seek_out oc bfSize_index; output_dword oc bfSize; let bfOffBits = (* Given in bytes *) start_bitmap_index - start_index in seek_out oc bfOffBits_index; output_dword oc bfOffBits; let biSize = (* Given in bytes *) end_bmpInfoHeader - start_bmpInfoHeader in seek_out oc biSize_index; output_dword oc biSize; let biSizeImage = (* Given in bytes *) end_bitmap_index - start_bitmap_index in seek_out oc biSizeImage_index; output_dword oc biSizeImage; ;; let write_bmp_file fname bmp = let oc = open_out_bin fname in write_bmp oc bmp; close_out oc; ;; let save fname _opts img = write_bmp_file fname (bmp_of_image img);; add_methods Bmp { check_header = check_header; load = Some load; save = Some save; load_sequence = None; save_sequence = None; } ;; let save_bmp = write_bmp_file and load_bmp = read_bmp_file ;; camlspotter-camlimages-e471b3c4470d/src/bmp.mli0000644000000000000000000001210512405272062017441 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999, 2004 *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: bmp.mli,v 1.2 2009/02/08 14:27:00 weis Exp $ *) val check_header : bytes -> Images.header;; (** Checks the file header *) val load : bytes -> Images.load_option list -> Images.t;; (** Loads a bmp image. *) val save : bytes -> Images.save_option list -> Images.t -> unit;; (** Save an image in bmp format file. *) (*** Below, they are all lower interfaces *) (** The type of bmp images. *) (** The Caml representation of a bmp bit map image. Fields are Caml values, the decoded versions of raw data in the file. Structure of bitmaps files on disk : - BITMAPFILEHEADER : bytes 0 to 14 excluded - BITMAPINFOHEADER : bytes 14 to 54 excluded - RGBQUAD [] : color map - BYTES [] : bit map *) type bmp = { bmpFileHeader : bitmapfileheader; (** Bytes <0 14< *) bmpInfoHeader : bitmapinfoheader; (** Bytes <14 54< *) bmpRgbQuad : Images.rgb array; (** Bytes <54 ... *) bmpBytes : bytes; (** Bytes bmp;; val save_bmp : bytes -> bmp -> unit;; (** Load and save functions for BMP images. *) camlspotter-camlimages-e471b3c4470d/src/camlimages.ml.in0000644000000000000000000000311712405272062021224 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: camlimages.ml.in,v 1.3.2.1 2010/05/13 13:14:47 furuse Exp $ *) let version = "@VERSION@" (* Supported libraries *) let lib_gif = @SUPPORT_GIF@ let lib_png = @SUPPORT_PNG@ let lib_jpeg = @SUPPORT_JPEG@ let lib_tiff = @SUPPORT_TIFF@ let lib_freetype = @SUPPORT_FREETYPE@ let lib_ps = @SUPPORT_PS@ let lib_xpm = @SUPPORT_XPM@ let lib_exif = @SUPPORT_EXIF@ (* External files *) let path_rgb_txt = "@PATH_RGB_TXT@" let path_gs = "@PATH_GS@" (* They are written in ML, so always supported *) let lib_ppm = true let lib_bmp = true let lib_xvthumb = true (* Word size, used for the bitmap swapping memory management *) let word_size = @WORD_SIZE@ camlspotter-camlimages-e471b3c4470d/src/cmyk32.ml0000644000000000000000000001023612405272062017625 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: cmyk32.ml,v 1.4 2009/07/04 03:39:28 furuse Exp $*) (* CMYK 32 bit depth image format *) open Util module E = struct open Color type t = Color.cmyk let bytes_per_pixel = 4 let get str pos = { c = int_of_char str.[pos ]; m = int_of_char str.[pos + 1]; y = int_of_char str.[pos + 2]; k = int_of_char str.[pos + 3]; } let set str pos t = str << pos & char_of_int t.c; str << pos + 1 & char_of_int t.m; str << pos + 2 & char_of_int t.y; str << pos + 3 & char_of_int t.k let make t = let str = Bytes.create bytes_per_pixel in set str 0 t; str end;; module RI = Genimage.MakeRawImage(E);; type rawimage = RI.t;; type elt = Color.cmyk;; type t = { width : int; height : int; rawimage : RI.t; mutable infos : Info.info list; };; module C = struct type rawimage = RI.t type container = t let rawimage x = x.rawimage let create_default width height rawimage = { width = width; height = height; rawimage = rawimage; infos = []; } let create_duplicate src width height rawimage = { width = width; height = height; rawimage = rawimage; infos = src.infos; } end;; module IMAGE = Genimage.Make(RI)(C);; let create_with width height infos data = { width = width; height = height; rawimage = RI.create_with width height data; infos = infos; };; let create_with_scanlines width height infos data = { width = width; height = height; rawimage = RI.create_with_scanlines width height data; infos = infos; };; let rawimage = C.rawimage;; let create = IMAGE.create;; let make = IMAGE.make;; let dump = IMAGE.dump;; let unsafe_access = IMAGE.unsafe_access;; let get_strip = IMAGE.get_strip;; let set_strip = IMAGE.set_strip;; let get_scanline = IMAGE.get_scanline;; let set_scanline = IMAGE.set_scanline;; let unsafe_get = IMAGE.unsafe_get;; let unsafe_set = IMAGE.unsafe_set;; let get = IMAGE.get;; let set = IMAGE.set;; let destroy = IMAGE.destroy;; let copy = IMAGE.copy;; let sub = IMAGE.sub;; let blit = IMAGE.blit;; let map = IMAGE.map;; let blocks = IMAGE.blocks;; let dump_block = IMAGE.dump_block;; open Color;; (* image resize with smoothing *) let resize prog img nw nh = let newimage = create nw nh in let xscale = float nw /. float img.width in let yscale = float nh /. float img.height in for y = 0 to nh - 1 do for x = 0 to nw - 1 do let start_x = truncate (float x /. xscale) and start_y = truncate (float y /. yscale) in let end_x = truncate ((float x +. 0.99) /. xscale) and end_y = truncate ((float y +. 0.99) /. yscale) in let size = (end_x - start_x + 1) * (end_y - start_y + 1) in let sc = ref 0 and sm = ref 0 and sy = ref 0 and sk = ref 0 in for xx = start_x to end_x do for yy = start_y to end_y do let c = unsafe_get img xx yy in sc := !sc + c.c; sm := !sm + c.m; sy := !sy + c.y; sk := !sk + c.k; done done; unsafe_set newimage x y { c = !sc / size; m = !sm / size; y = !sy / size; k = !sk / size; } done; match prog with | Some p -> p (float (y + 1) /. float nh) | None -> () done; newimage;; camlspotter-camlimages-e471b3c4470d/src/cmyk32.mli0000644000000000000000000000452612405272062020003 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: cmyk32.mli,v 1.4 2009/07/04 03:39:28 furuse Exp $*) (* CMYK 32 bit depth image format *) type elt = Color.cmyk;; type rawimage;; (* The image type *) type t = { width : int; height : int; rawimage : rawimage; mutable infos : Info.info list; };; (* Generic functions *) (* Please read the comments of IMAGE in genimage.mli *) val dump : t -> bytes;; val unsafe_access : t -> int -> int -> bytes * int;; val get_strip : t -> int -> int -> int -> bytes;; val set_strip : t -> int -> int -> int -> bytes -> unit;; val get_scanline : t -> int -> bytes;; val set_scanline : t -> int -> bytes -> unit;; val unsafe_get : t -> int -> int -> elt;; val unsafe_set : t -> int -> int -> elt -> unit;; val get : t -> int -> int -> elt;; val set : t -> int -> int -> elt -> unit;; val destroy : t -> unit;; val blit : t -> int -> int -> t -> int -> int -> int -> int -> unit;; val map : (elt -> elt -> elt) -> t -> int -> int -> t -> int -> int -> int -> int -> unit;; val blocks : t -> int * int val dump_block : t -> int -> int -> Bitmap.Block.t val create_with : int -> int -> Info.info list -> bytes -> t;; val create_with_scanlines : int -> int -> Info.info list -> bytes array -> t;; val create : int -> int -> t;; val make : int -> int -> elt -> t;; val copy : t -> t;; val sub : t -> int -> int -> int -> int -> t;; val resize : (float -> unit) option -> t -> int -> int -> t;; val rawimage : t -> rawimage camlspotter-camlimages-e471b3c4470d/src/color.ml0000644000000000000000000002012412405272062017630 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: color.ml,v 1.1.2.1 2010/05/16 01:45:54 furuse Exp $*) exception Too_many_colors;; module type COLORMODEL = sig type t val square_distance : t -> t -> int end;; (***************************************************************** color map *) type 'a map = { mutable max: int; (* maximum color index allowed in the color map (-1 = unlimited) *) mutable map: 'a array; };; let size cmap = Array.length cmap.map;; let find_exact cmap c = let found = ref 0 in let map = cmap.map in try for i = 0 to Array.length map - 1 do let c' = map.(i) in if c = c' then begin found := i; raise Exit end done; raise Not_found with Exit -> !found;; let add_color cmap c1 = try find_exact cmap c1 with | Not_found -> let len = size cmap in if cmap.max >= 0 && len = cmap.max then raise Too_many_colors; cmap.map <- Array.append cmap.map [|c1|]; len;; let add_colors cmap cs = let ret, not_exist = List.fold_right (fun c (ret, not_exist) -> try let found = find_exact cmap c in (Some found :: ret), not_exist with | Not_found -> (None :: ret), (c :: not_exist)) cs ([],[]) in let len = size cmap in if cmap.max >= 0 && len + List.length not_exist > cmap.max then raise Too_many_colors; cmap.map <- Array.append cmap.map (Array.of_list not_exist); let cntr = ref len in List.map (function | Some x -> x | None -> let x = !cntr in incr cntr; x) ret;; let copy cmap = { max = cmap.max; map = Array.copy cmap.map; };; module MakeMap(CM:COLORMODEL) = struct let size = (size : CM.t map -> int) let find_exact = (find_exact : CM.t map -> CM.t -> int) let add_color = (add_color : CM.t map -> CM.t -> int) let add_colors = (add_colors : CM.t map -> CM.t list -> int list) let find_nearest cmap c = let found = ref (-1) in let diff = ref (-1) in let map = cmap.map in for i = 0 to Array.length map - 1 do let c' = map.(i) in let d = CM.square_distance c c' in if !diff < 0 || d < !diff then begin diff := d; found := i end done; if !found = -1 then raise Not_found else !found end;; module RgbModel = struct type t = { mutable r : int; mutable g : int; mutable b : int; } let square_distance c1 c2 = let dr = c1.r - c2.r and dg = c1.g - c2.g and db = c1.b - c2.b in dr * dr + dg * dg + db * db let plus rgb rgb' = { r = rgb.r + rgb'.r; g = rgb.g + rgb'.g; b = rgb.b + rgb'.b; } let minus rgb rgb' = { r = rgb.r - rgb'.r; g = rgb.g - rgb'.g; b = rgb.b - rgb'.b; } end;; module Rgb = struct include RgbModel include MakeMap(RgbModel) end;; type rgb = Rgb.t = { mutable r : int; mutable g : int; mutable b : int; };; module RgbaModel = struct type t = { color : rgb; mutable alpha : int; } let square_distance c1 c2 = let ds_rgb = Rgb.square_distance c1.color c2.color in let da = c1.alpha - c2.alpha in ds_rgb + da * da let plus c c' = { color = Rgb.plus c.color c'.color; alpha = c.alpha + c'.alpha; } let minus c c' = { color = Rgb.minus c.color c'.color; alpha = c.alpha - c'.alpha; } let merge src dst = (* I am not sure... *) let check v = if v < 0 then 0 else if v > 255 then 255 else v in if src.alpha = 0 then dst else if src.alpha = 255 then src else let alpha' = 255 - src.alpha in let c = { r = check ((alpha' * dst.color.r * dst.alpha / 255 + src.color.r * src.alpha) / 255); g = check ((alpha' * dst.color.g * dst.alpha / 255 + src.color.g * src.alpha) / 255); b = check ((alpha' * dst.color.b * dst.alpha / 255 + src.color.b * src.alpha) / 255); } in { color = c; alpha = check (255 - alpha' * (255 - dst.alpha) / 255); } end;; module Rgba = struct include RgbaModel include MakeMap(RgbaModel) end;; type rgba = Rgba.t = { color : rgb; mutable alpha : int; };; module CmykModel = struct type t = { mutable c : int; mutable m : int; mutable y : int; mutable k : int; } let square_distance c1 c2 = let dc = c1.c - c2.c and dm = c1.m - c2.m and dy = c1.y - c2.y and dk = c1.k - c2.k in dc * dc + dm * dm + dy * dy + dk * dk let plus c c' = { c = c.c + c'.c; m = c.m + c'.m; y = c.y + c'.y; k = c.k + c'.k; } let minus c c' = { c = c.c - c'.c; m = c.m - c'.m; y = c.y - c'.y; k = c.k - c'.k; } end;; module Cmyk = struct include CmykModel include MakeMap(CmykModel) end;; type cmyk = Cmyk.t = { mutable c : int; mutable m : int; mutable y : int; mutable k : int; };; (************************************************* RGB specialized functions *) let rgb_square_distance = Rgb.square_distance;; let plus = Rgb.plus;; let minus = Rgb.minus;; (* let brightness c = (c.r * 88 + c.g * 127 + c.b * 40) / 255 XV setting *) let brightness c = (c.r * 54 + c.g * 182 + c.b * 19) / 255;; (* Y = 0.212671 * R + 0.715160 * G + 0.072169 * B; ITU-R Recommendation BT.709, Basic Parameter Values for the HDTV Standard for the Studio and for International Programme Exchange (1990), [formerly CCIR Rec. 709], ITU, 1211 Geneva 20, Switzerland. *) (********************************************************* Color name parser *) let color_name_table = ref None;; (* CR jfuruse: path_rgb_txt may not exist *) let color_table_load () = let ic = open_in Camlimages.path_rgb_txt in let table = Hashtbl.create 107 in try while true do let s = input_line ic in if s.[0] <> '!' then let tokens = Mstring.split_str (function ' ' | '\t' -> true | _ -> false) s in match tokens with | r :: g :: b :: rest -> Hashtbl.add table (Mstring.catenate_sep " " rest) {r = int_of_string r; g = int_of_string g; b = int_of_string b;} | _ -> assert false done; raise Exit with | End_of_file -> close_in ic; color_name_table := Some table; table;; let color_name_query c = let table = match !color_name_table with | Some t -> t | None -> color_table_load () in Hashtbl.find table c;; let color_parse c = try if c = "none" || c = "None" then {r = -1; g = -1; b = -1} else if c.[0] = '#' then match String.length c with | 7 -> let r = int_of_string ("0x" ^ String.sub c 1 2) and g = int_of_string ("0x" ^ String.sub c 3 2) and b = int_of_string ("0x" ^ String.sub c 5 2) in {r = r; g = g; b = b} | 13 -> let r = int_of_string ("0x" ^ String.sub c 1 4) / 256 and g = int_of_string ("0x" ^ String.sub c 5 4) / 256 and b = int_of_string ("0x" ^ String.sub c 9 4) / 256 in {r = r; g = g; b = b} | _ -> raise Exit else color_name_query c with | _ -> failwith (Printf.sprintf "Color parse %s failed" c);; let colormap_parse cmap = let transparent = ref (-1) in let cmap = Array.map color_parse cmap in for i = 0 to Array.length cmap - 1 do let c = cmap.(i) in if c.r < 0 then begin c.r <- 0; c.g <- 255; c.b <- 0; transparent := i; prerr_endline (Printf.sprintf "transparent= %d" i); end done; cmap, !transparent;; camlspotter-camlimages-e471b3c4470d/src/color.mli0000644000000000000000000001060712405272062020006 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: color.mli,v 1.1 2006/11/28 15:43:28 rousse Exp $ *) (** Definition of colormaps, i.e. mappings from real RGB colors to integers. The integer corresponding to a color [c] is an index [i] into a vector of colors whose [i]th element is [c]. *) exception Too_many_colors;; type 'a map = { mutable max : int; mutable map : 'a array };; (** This is copied in Images also *) (** Colormap manipulation functions *) val size : 'a map -> int;; (** Returns the size of a colormap. *) val find_exact : 'a map -> 'a -> int;; (** Finds a color in the colormap and returns its color index. Raises exception [Not_found] if the color is not in the colormap. *) val add_color : 'a map -> 'a -> int;; (** Add a new color into the given colormap and return its index. If the color is already in the colormap, it is not added again, and the corresponding color index is returned. *) val add_colors : 'a map -> 'a list -> int list;; (** Add the list of new colors into the given colormap and return their indices. If a color is already in the colormap, it is not added again, and the corresponding color index is returned. *) val copy : 'a map -> 'a map;; (** Copy a colormap *) (* val find_nearest : 'a map -> 'a -> int;; (* [find_nearest m c] finds the color [co] that is the nearest to [c] color into the colormap [m]. Returns the color index of [co] and the distance between [c] and [co]. *) (* this is defined inside each color model implementation *) *) module Rgb : sig type t = { mutable r : int; mutable g : int; mutable b : int } val square_distance : t -> t -> int val plus : t -> t -> t val minus : t -> t -> t val size : t map -> int val find_exact : t map -> t -> int val add_color : t map -> t -> int val add_colors : t map -> t list -> int list val find_nearest : t map -> t -> int end;; type rgb = Rgb.t = { mutable r : int; mutable g : int; mutable b : int };; (* This is copied in Images also *) (* R(ed), G(reen), B(lue) representation of colors. *) module Rgba : sig type t = { color : rgb; mutable alpha : int; } val square_distance : t -> t -> int val plus : t -> t -> t val minus : t -> t -> t val merge : t -> t -> t val size : t map -> int val find_exact : t map -> t -> int val add_color : t map -> t -> int val add_colors : t map -> t list -> int list val find_nearest : t map -> t -> int end;; type rgba = Rgba.t = { color: rgb; mutable alpha : int; };; (** RGB with alpha (transparent) information *) module Cmyk : sig type t = {mutable c : int; mutable m : int; mutable y : int; mutable k : int } val square_distance : t -> t -> int val plus : t -> t -> t val minus : t -> t -> t val size : t map -> int val find_exact : t map -> t -> int val add_color : t map -> t -> int val add_colors : t map -> t list -> int list val find_nearest : t map -> t -> int end;; type cmyk = Cmyk.t = { mutable c : int; mutable m : int; mutable y : int; mutable k : int; };; (** Cyan Magenta Yellow blacK color model *) (** Rgb specialized functions (for backward compatibility) *) val rgb_square_distance : rgb -> rgb -> int;; (** Compute the distance between two colours. *) val plus : rgb -> rgb -> rgb;; val minus : rgb -> rgb -> rgb;; val brightness : rgb -> int;; (********************************************************* Color name parser *) val color_parse : string -> rgb;; val colormap_parse : string array -> rgb array * int;; camlspotter-camlimages-e471b3c4470d/src/colorhist.ml0000644000000000000000000000636512405272062020533 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: colorhist.ml,v 1.1 2006/11/28 15:43:28 rousse Exp $ *) open Color;; type t = int array;; let create () = Array.make 256 0;; let total_samples t = Array.fold_left (fun st x -> st + x) 0 t;; let store_sample t rgb = let brightness = Color.brightness rgb in t.(brightness) <- t.(brightness) + 1;; let normalize keep t = let total = total_samples t in if total = 0 then raise (Failure "histgram is empty"); let cut_samples = truncate ((float total) *. (1.0 -. keep) /. 2.0) in let rec find_limit update sum b = let sum = sum + t.(b) in if sum > cut_samples then b else find_limit update sum (update b) in let min = find_limit ((+) 1) 0 0 and max = find_limit ((+) (-1)) 0 255 in if max - min = 0 then fun x -> x else let new_b_array = Array.init 256 (fun b -> if b <= min then 0 else if b >= max then 255 else 255 * (b - min) / (max - min + 1)) in fun rgb -> let b = Color.brightness rgb in if b = 0 then {r=0; g=0; b=0} else begin let new_b = new_b_array.(b) in let color_fix c = if c < 0 then 0 else if c > 255 then 255 else c in { r = color_fix (rgb.r * new_b / b); g = color_fix (rgb.g * new_b / b); b = color_fix (rgb.b * new_b / b) } end;; open OImages;; let gamma log img = let table = Array.init 256 (fun x -> truncate (((float x /. 255.0) ** log) *. 255.0)) in let filter = fun rgb -> { r = table.(rgb.r); g = table.(rgb.g); b = table.(rgb.b) } in let img' = new rgb24 img#width img#height in for x = 0 to img#width - 1 do for y = 0 to img#height - 1 do img'#unsafe_set x y (filter (img#unsafe_get x y)) done done; img';; let filter f keep img = let hist = create () in for x = 0 to img#width - 1 do for y = 0 to img#height - 1 do store_sample hist (img#unsafe_get x y) done done; (* let dx = img#width / 100 in let dy = img#height / 100 in for x = 0 to (img#width - 1) / dx do for y = 0 to (img#height - 1) / dy do store_sample hist (img#unsafe_get (x*dx) (y*dy)) done done; *) let filter = f keep hist in let img' = new rgb24 img#width img#height in for x = 0 to img#width - 1 do for y = 0 to img#height - 1 do img'#unsafe_set x y (filter (img#unsafe_get x y)) done done; img';; camlspotter-camlimages-e471b3c4470d/src/colorhist.mli0000644000000000000000000000073512405272062020677 0ustar 00000000000000type t = int array val create : unit -> int array val total_samples : int array -> int val store_sample : int array -> Color.rgb -> unit val normalize : float -> int array -> Color.rgb -> Color.rgb val gamma : float -> < height : int; unsafe_get : int -> int -> Color.rgb; width : int; .. > -> OImages.rgb24 val filter : ('a -> int array -> Color.rgb -> Color.rgb) -> 'a -> < height : int; unsafe_get : int -> int -> Color.rgb; width : int; .. > -> OImages.rgb24 camlspotter-camlimages-e471b3c4470d/src/exif.ml0000644000000000000000000004070212405272062017451 0ustar 00000000000000open Exifutil module Numbers = struct type rational = int64 * int64 type srational = int32 * int32 let float_of_rational (x,y) = Int64.to_float x /. Int64.to_float y let float_of_srational (x,y) = Int32.to_float x /. Int32.to_float y let string_of_rational i1 i2 = Printf.sprintf "%Ld/%Ld" i1 i2 let string_of_srational i1 i2 = Printf.sprintf "%ld/%ld" i1 i2 end open Numbers module Endian = struct type t = Big (* Motorola *) | Little (* Intel *) let to_string = function | Big -> "Big" | Little -> "Little" let sys = if Sys.big_endian then Big else Little end module IFD = struct type t = | IFD_0 (** Info of the main image *) | IFD_1 (** Info of the thumbnail *) | EXIF (** camera info *) | GPS (** location *) | Interop (** exif format interoperability info *) end module Date = struct (* for GPSDateStamp *) type t = { year : int; month : int; (** 1-12, I guess *) day : int; } let to_string t = Printf.sprintf "%04d:%02d:%02d" t.year t.month t.day let of_string s = try if String.length s <> 10 then raise Exit; let check_colon n = if s.[n] <> ':' then raise Exit in let get_int from len = (* "0x12" is parsable, but who cares? *) int_of_string (String.sub s from len ) in check_colon 4; check_colon 7; let year = get_int 0 4 in let month = get_int 5 2 in let day = get_int 8 2 in `Ok { year; month; day; } with _ -> `Error s end module DateTime = struct type t = { year : int; month : int; (** 1-12, I guess *) day : int; hour : int; min : int; sec : int } let to_string t = Printf.sprintf "%04d:%02d:%02d %02d:%02d:%02d" t.year t.month t.day t.hour t.min t.sec let of_string s = try if String.length s <> 19 then raise Exit; let check_colon n = if s.[n] <> ':' then raise Exit in let get_int from len = (* "0x12" is parsable, but who cares? *) int_of_string (String.sub s from len ) in check_colon 4; check_colon 7; check_colon 13; check_colon 16; let year = get_int 0 4 in let month = get_int 5 2 in let day = get_int 8 2 in let hour = get_int 11 2 in let min = get_int 14 2 in let sec = get_int 17 2 in `Ok { year; month; day; hour; min; sec } with _ -> `Error s (* I had an Android phone which created DateTime tag with a little endian encoded unsigned int32 of unix time! This function tries to fix the issue. *) let of_string_packed_unix_time s = try let float_code c = float (Char.code c) in let converter sec = let open Unix in let tm = Unix.gmtime sec in { year = tm.tm_year; month = tm.tm_mon + 1; day = tm.tm_mday; hour = tm.tm_hour; min = tm.tm_min; sec = tm.tm_sec } in if s.[4] = '\000' then let sec = float_code s.[0] +. float_code s.[1] *. 256.0 +. float_code s.[2] *. 65536.0 +. float_code s.[3] *. 16777216.0 in (* \000\000\000\000\000 is treated as an error rather than 1970-01-01T00:00:00 *) if sec = 0.0 then `Error s else `Ok (converter sec) else `Error s with | _ -> `Error s end module Tag = struct type t = int external to_string : t -> IFD.t -> string = "caml_exif_tag_get_name_in_ifd" end module Entry = struct type t module Pack = struct type format = | ILLEGAL | BYTE (*= 1, *) | ASCII (*= 2, *) | SHORT (*= 3, *) | LONG (*= 4, *) | RATIONAL (*= 5, *) | SBYTE (*= 6, *) | UNDEFINED (*= 7, *) | SSHORT (*= 8, *) | SLONG (*= 9, *) | SRATIONAL (*= 10, *) | FLOAT (*= 11, *) | DOUBLE (*= 12 *) let string_of_format = function | ILLEGAL -> assert false | BYTE -> "BYTE" | ASCII -> "ASCII" | SHORT -> "SHORT" | LONG -> "LONG" | RATIONAL -> "RATIONAL" | SBYTE -> "SBYTE" | UNDEFINED -> "UNDEFINED" | SSHORT -> "SSHORT" | SLONG -> "SLONG" | SRATIONAL -> "SRATIONAL" | FLOAT -> "FLOAT" | DOUBLE -> "DOUBLE" type unpacked = | Bytes of int array | Asciis of string | Shorts of int array | Longs of int64 array | Rationals of (int64 * int64) array | SBytes of int array | Undefined of string | SShorts of int array | SLongs of int32 array | SRationals of (int32 * int32) array | Floats of float array | Doubles of float array external decode_bytes : string -> int -> int array = "Val_ExifBytes" external decode_shorts : string -> int -> int array = "Val_ExifShorts" external decode_longs : string -> int -> int64 array = "Val_ExifLongs" external decode_rationals : string -> int -> rational array = "Val_ExifRationals" external decode_sbytes : string -> int -> int array = "Val_ExifSBytes" external decode_sshorts : string -> int -> int array = "Val_ExifSShorts" external decode_slongs : string -> int -> int32 array = "Val_ExifSLongs" external decode_srationals : string -> int -> srational array = "Val_ExifSRationals" external decode_floats : string -> int -> float array = "Val_ExifFloats" external decode_doubles : string -> int -> float array = "Val_ExifDoubles" let unpack format components content = match format with | ILLEGAL -> assert false | BYTE (*= 1, *) -> Bytes (decode_bytes content components) | ASCII (*= 2, *) -> (* remove the last \000 *) let content = let len = String.length content in if content.[len-1] = '\000' then String.sub content 0 (len-1) else content in Asciis content | SHORT (*= 3, *) -> Shorts (decode_shorts content components) | LONG (*= 4, *) -> Longs (decode_longs content components) | RATIONAL (*= 5, *) -> Rationals (decode_rationals content components) | SBYTE (*= 6, *) -> Bytes (decode_sbytes content components) | UNDEFINED (*= 7, *) -> Undefined content | SSHORT (*= 8, *) -> SShorts (decode_sshorts content components) | SLONG (*= 9, *) -> SLongs (decode_slongs content components) | SRATIONAL (*= 10, *) -> SRationals (decode_srationals content components) | FLOAT (*= 11, *) -> Floats (decode_floats content components) | DOUBLE (*= 12 *) -> Doubles (decode_doubles content components) open Format let format ppf v = begin match v with | Asciis _ -> () | Undefined _ -> fprintf ppf "Undefined " | Bytes _ -> fprintf ppf "Bytes " | SBytes _ -> fprintf ppf "SBytes " | Shorts _ -> fprintf ppf "Shorts " | Longs _ -> fprintf ppf "Longs " | Rationals _ -> fprintf ppf "Rationals " | SShorts _ -> fprintf ppf "SShorts " | SLongs _ -> fprintf ppf "SLongs " | SRationals _ -> fprintf ppf "SRationals " | Floats _ -> fprintf ppf "Floats " | Doubles _ -> () end; match v with | Asciis s | Undefined s -> fprintf ppf "%S" s | Bytes is | SBytes is | Shorts is -> Format.array (fun ppf -> fprintf ppf "%d") ppf is | Longs is -> Format.array (fun ppf -> fprintf ppf "%Ld") ppf is | Rationals rs -> Format.array (fun ppf (i1,i2) -> fprintf ppf "%Ld/%Ld" i1 i2) ppf rs | SShorts is -> Format.array (fun ppf -> fprintf ppf "%d") ppf is | SLongs is -> Format.array (fun ppf -> fprintf ppf "%ld") ppf is | SRationals rs -> Format.array (fun ppf (i1,i2) -> fprintf ppf "%ld/%ld" i1 i2) ppf rs | Floats fs | Doubles fs -> Format.array (fun ppf -> fprintf ppf "%.20g") ppf fs end external unref : t -> unit = "caml_exif_entry_unref" module Decoded = struct type t = { tag : int; format : Pack.format; components : int; (* hope it will not overflow *) data : string; } end external decode : t -> Decoded.t = "caml_exif_decode_entry" type unpacked_entry = Tag.t * Pack.unpacked let unpack : Decoded.t -> unpacked_entry = fun d -> d.Decoded.tag, Pack.unpack d.Decoded.format d.Decoded.components d.Decoded.data let format_unpacked_entry ifd ppf (tag, p) = Format.fprintf ppf "%s(%x): %a" (Tag.to_string tag ifd) tag Pack.format p let format ifd ppf t = format_unpacked_entry ifd ppf (unpack (decode t)) end module Content = struct type t external unref : t -> unit = "caml_exif_content_unref" external entries : t -> Entry.t list = "caml_exif_content_entries" let entries t = let es = entries t in let finalise v = Gc.finalise (fun v -> Entry.unref v) v in List.iter finalise es; es let format ifd ppf t = let ents = entries t in Format.fprintf ppf "@[[ @[%a@] ]@]" (Format.list ";@ " (Entry.format ifd)) ents end module Data = struct type t external from_string : string -> t = "caml_val_exif_data" external unref : t -> unit = "caml_exif_data_unref" external get_byte_order : t -> Endian.t = "caml_exif_get_byte_order" external set_byte_order : t -> Endian.t -> unit = "caml_exif_set_byte_order" external fix : t -> unit = "caml_exif_data_fix" external dump : t -> unit = "caml_exif_data_dump" let from_string data = let t = from_string data in set_byte_order t Endian.sys ; (* Destructively fix the endianess *) Gc.finalise (fun v -> unref v) t; t type contents = { ifd_0 : Content.t option; ifd_1 : Content.t option; exif : Content.t option; gps : Content.t option; interop : Content.t option } external contents : t -> contents = "caml_exif_data_contents" let contents t = let cs = contents t in let finalise = function | None -> () | Some v -> Gc.finalise (fun v -> Content.unref v) v in finalise cs.ifd_0; finalise cs.ifd_1; finalise cs.exif; finalise cs.gps; finalise cs.interop; cs let get_ifd_0 t = (contents t).ifd_0 let get_ifd_1 t = (contents t).ifd_1 let get_exif t = (contents t).exif let get_gps t = (contents t).gps let get_interop t = (contents t).interop let unpack_gen f t = match f t with | None -> None | Some content -> Some (List.map (fun x -> Entry.unpack (Entry.decode x)) (Content.entries content)) let unpack_ifd_0 = unpack_gen get_ifd_0 let unpack_ifd_1 = unpack_gen get_ifd_1 let unpack_exif = unpack_gen get_exif let unpack_gps = unpack_gen get_gps let unpack_interop = unpack_gen get_interop open Format let format ppf t = let conts = contents t in fprintf ppf "{ @[ifd_0=%a;@ ifd_1=%a;@ exif=%a;@ gps=%a;@ inter=%a@] }" (Format.opt (Content.format IFD.IFD_0) ) conts.ifd_0 (Format.opt (Content.format IFD.IFD_1) ) conts.ifd_1 (Format.opt (Content.format IFD.EXIF) ) conts.exif (Format.opt (Content.format IFD.GPS) ) conts.gps (Format.opt (Content.format IFD.Interop)) conts.interop end module Analyze = struct (* Exif data analyzer Due to its updated-on-demand and lots-of-tags nature, This module is implemented in a separate file from exif.ml and its interface file is auto created. *) open Numbers open Entry.Pack type datetime = [ `EncodedInUnixTime of DateTime.t | `Error of string | `Ok of DateTime.t ] (** I have some photos from my old Android with non Ascii datetime. They have encoded 32 bit int in Unix time instead! :-( *) let parse_datetime s = match DateTime.of_string s with | (`Ok _ as r) -> r | `Error s -> match DateTime.of_string_packed_unix_time s with | `Ok v -> `EncodedInUnixTime v | (`Error _ as e) -> e let analyze_ifd (tag, pack) = match tag, pack with | 0x10f, Asciis s -> `Make s | 0x110, Asciis s -> `Model s | 0x112, Shorts [| 1 |] -> `Orientation `TopLeft | 0x112, Shorts [| 2 |] -> `Orientation `TopRight | 0x112, Shorts [| 3 |] -> `Orientation `BottomRight | 0x112, Shorts [| 4 |] -> `Orientation `BottomLeft | 0x112, Shorts [| 5 |] -> `Orientation `LeftTop | 0x112, Shorts [| 6 |] -> `Orientation `RightTop | 0x112, Shorts [| 7 |] -> `Orientation `RightBottom | 0x112, Shorts [| 8 |] -> `Orientation `LeftBottom | 0x11a, Rationals [| r |] -> `XResolution r | 0x11b, Rationals [| r |] -> `YResolution r | 0x128, Shorts [| 2 |] -> `ResolutionUnit `Inches | 0x128, Shorts [| 3 |] -> `ResolutionUnit `Centimeters | 0x131, s -> `Software s | 0x132, Asciis s -> `DateTime (parse_datetime s) | _ -> `Unknown (tag, pack) let analyze_exif (tag, pack) = match tag, pack with | 0x9000, Undefined s -> `ExifVersion s | 0x927c, Undefined s -> `MakerNote s | 0x9286, Undefined s -> `UserComment s (* The first 8 bytes indicate char code: ASCII 41.H, 53.H, 43.H, 49.H, 49.H, 00.H, 00.H, 00.H JIS 4A.H, 49.H, 53.H, 00.H, 00.H, 00.H, 00.H, 00.H JIS X0208-1990 Unicode 55.H, 4E.H, 49.H, 43.H, 4F.H, 44.H, 45.H, 00.H Unicode Standard Undefined 00.H, 00.H, 00.H, 00.H, 00.H, 00.H, 00.H, 00.H *) | 0x9003, Asciis s -> `DateTimeOriginal (parse_datetime s) | 0x9004, Asciis s -> `DateTimeDigitized (parse_datetime s) | 0x9290, Asciis s -> `SubsecTime s | 0x9291, Asciis s -> `SubsecTimeOriginal s | 0x9292, Asciis s -> `SubsecTimeDigitized s | _ -> `Unknown (tag, pack) (* CR jfuruse: unused module GPS = struct type latitude = [ `North | `South ] * rational type longitude = [ `East | `West ] * rational type altitude = [ `AboveSeaLevel | `BelowSeaLevel ] * rational type time_stamp_utc = { hour : rational; min : rational; sec : rational; } type direction = [ `True | `Magnetic ] * rational type map_datum = string type t = { version : (int * int * int * int) option; latitude : latitude option; longitude : longitude option; altitude : altitude option; time_stamp_utc : time_stamp_utc option; direction : direction option; map_datum : map_datum option } end *) let analyze_gps (tag, v) = match tag, v with | 00, Bytes [|x;y;z;w|] -> `GPSVersion (x,y,z,w) | 01, Asciis "N" -> `NorthLatitude | 01, Asciis "S" -> `SouthLatitude | 02, Rationals [|r|] -> `Latitude r | 03, Asciis "E" -> `EastLongitude | 03, Asciis "W" -> `WestLongitude | 04, Rationals [|r|] -> `Longitude r | 05, Bytes [|0|] -> `AboveSeaLevel | 05, Bytes [|1|] -> `BelowSeaLevel | 06, Rationals [|r|] -> `Altitude r | 07, Rationals [|h;m;s|] -> `TimeStampUTC (float_of_rational h, float_of_rational m, float_of_rational s) | 07, SRationals [|h;m;s|] -> (* It is illegal in the spec but I see some photos with SRationals *) `TimeStampUTCinSRationals (float_of_srational h, float_of_srational m, float_of_srational s) | 16, Asciis "T" -> `ImgDirectionTrue | 16, Asciis "M" -> `ImgDirectionMagnetic | 17, Rationals [|r|] -> `ImgDirection r | 18, Asciis s -> `GPSMapDatum s | 29, Asciis s -> `GPSDate (Date.of_string s) | _ -> `Unknown (tag, v) let exif_datetime t = match Data.unpack_exif t with | Some entries -> List.find_map_opt (function | `DateTimeOriginal t -> Some t | _ -> None) (List.map analyze_exif entries) | None -> None let ifd_0_datetime t = match Data.unpack_ifd_0 t with | Some entries -> List.find_map_opt (function | `DateTime t -> Some t | _ -> None) (List.map analyze_ifd entries) | None -> None let datetime t = match exif_datetime t with | (Some _ as res) -> res | None -> ifd_0_datetime t end camlspotter-camlimages-e471b3c4470d/src/exif.mli0000644000000000000000000001502712405272062017624 0ustar 00000000000000module Numbers : sig type rational = int64 * int64 (** unsigned 32bits int rational *) type srational = int32 * int32 (** signed 32bits int rational *) val float_of_rational : int64 * int64 -> float val float_of_srational : int32 * int32 -> float val string_of_rational : int64 -> int64 -> string val string_of_srational : int32 -> int32 -> string end module Endian : sig type t = Big | Little val to_string : t -> string val sys : t end module IFD : sig type t = | IFD_0 (** Info of the main image *) | IFD_1 (** Info of the thumbnail *) | EXIF (** camera info *) | GPS (** location *) | Interop (** exif format interoperability info *) end module Date : sig (** Date for GPSDateStamp *) type t = { year : int; month : int; day : int; } val to_string : t -> string val of_string : string -> [> `Error of string | `Ok of t ] end module DateTime : sig type t = { year : int; month : int; day : int; hour : int; min : int; sec : int; } val to_string : t -> string val of_string : string -> [> `Error of string | `Ok of t ] (** To convert DateTime string to DateTime.t. *) val of_string_packed_unix_time : string -> [> `Error of string | `Ok of t ] (** I had an Android phone which created DateTime tag with a little endian encoded unsigned int32 of unix time! This function tries to fix the issue. *) end module Tag : sig type t = int val to_string : t -> IFD.t -> string (** Tag name requires IFD.t since the same tag number has different meaning in IFD and GPS *) end module Entry : sig type t module Pack : sig type format = | ILLEGAL (** do not used it *) | BYTE | ASCII | SHORT | LONG | RATIONAL | SBYTE | UNDEFINED | SSHORT | SLONG | SRATIONAL | FLOAT | DOUBLE val string_of_format : format -> string type unpacked = | Bytes of int array | Asciis of string | Shorts of int array | Longs of int64 array | Rationals of (int64 * int64) array | SBytes of int array | Undefined of string | SShorts of int array | SLongs of int32 array | SRationals of (int32 * int32) array | Floats of float array | Doubles of float array (** Constructors start with "S" are signed. *) val unpack : format -> int -> string -> unpacked (** [unpack format components packed] [components] are the number of elements in [packed], not the bytes of [packed]. *) val format : Format.formatter -> unpacked -> unit end module Decoded : sig type t = { tag : int; format : Pack.format; components : int; data : string; } end val decode : t -> Decoded.t type unpacked_entry = Tag.t * Pack.unpacked val unpack : Decoded.t -> unpacked_entry val format_unpacked_entry : IFD.t -> Exifutil.Format.formatter -> Tag.t * Pack.unpacked -> unit val format : IFD.t -> Exifutil.Format.formatter -> t -> unit (** [format] does decode + unpack *) end module Content : sig type t val entries : t -> Entry.t list val format : IFD.t -> Exifutil.Format.formatter -> t -> unit end module Data : sig type t val get_byte_order : t -> Endian.t val set_byte_order : t -> Endian.t -> unit val fix : t -> unit val dump : t -> unit val from_string : string -> t val format : Exifutil.Format.formatter -> t -> unit type contents = { ifd_0 : Content.t option; ifd_1 : Content.t option; exif : Content.t option; gps : Content.t option; interop : Content.t option; } val contents : t -> contents val get_ifd_0 : t -> Content.t option val get_ifd_1 : t -> Content.t option val get_exif : t -> Content.t option val get_gps : t -> Content.t option val get_interop : t -> Content.t option val unpack_ifd_0 : t -> Entry.unpacked_entry list option val unpack_ifd_1 : t -> Entry.unpacked_entry list option val unpack_exif : t -> Entry.unpacked_entry list option val unpack_gps : t -> Entry.unpacked_entry list option val unpack_interop : t -> Entry.unpacked_entry list option end module Analyze : sig type datetime = [ `EncodedInUnixTime of DateTime.t | `Error of string | `Ok of DateTime.t ] (** I have some photos from my old Android with non Ascii datetime. They have encoded 32 bit int in Unix time instead! :-( *) val parse_datetime : string -> [> datetime ] val analyze_ifd : int * Entry.Pack.unpacked -> [> `DateTime of [> datetime ] | `Make of string | `Model of string | `Orientation of [> `BottomLeft | `BottomRight | `LeftBottom | `LeftTop | `RightBottom | `RightTop | `TopLeft | `TopRight ] | `ResolutionUnit of [> `Centimeters | `Inches ] | `Software of Entry.Pack.unpacked | `Unknown of int * Entry.Pack.unpacked | `XResolution of int64 * int64 | `YResolution of int64 * int64 ] val analyze_exif : int * Entry.Pack.unpacked -> [> `DateTimeDigitized of [> datetime ] | `DateTimeOriginal of [> datetime ] | `ExifVersion of string | `MakerNote of string | `SubsecTime of string | `SubsecTimeDigitized of string | `SubsecTimeOriginal of string | `Unknown of int * Entry.Pack.unpacked | `UserComment of string ] val analyze_gps : int * Entry.Pack.unpacked -> [> `AboveSeaLevel | `Altitude of int64 * int64 | `BelowSeaLevel | `EastLongitude | `GPSDate of [> `Error of string | `Ok of Date.t ] | `GPSMapDatum of string | `GPSVersion of int * int * int * int | `ImgDirection of int64 * int64 | `ImgDirectionMagnetic | `ImgDirectionTrue | `Latitude of int64 * int64 | `Longitude of int64 * int64 | `NorthLatitude | `SouthLatitude | `TimeStampUTC of float * float * float | `TimeStampUTCinSRationals of float * float * float | `Unknown of int * Entry.Pack.unpacked | `WestLongitude ] val ifd_0_datetime : Data.t -> [> datetime ] option (** Get ifd_0 DateTime *) val exif_datetime : Data.t -> [> datetime ] option (** Get exif DateTimeOriginal *) val datetime : Data.t -> [> datetime ] option (** Get one of the first finding of the followings: * exif DateTimeOriginal * ifd_0 DateTime *) end camlspotter-camlimages-e471b3c4470d/src/exif_c.c0000644000000000000000000001635512405272062017574 0ustar 00000000000000/***********************************************************************/ /* */ /* CamlImages */ /* */ /* Jun Furuse */ /* */ /* Copyright 1999-2013 */ /* Institut National de Recherche en Informatique et en Automatique. */ /* Distributed only by permission. */ /* */ /***********************************************************************/ #ifdef HAVE_CONFIG_H #include "config.h" #endif #include #include #include #include #include #include #include #include #include #include #include #include #include #include #include value Val_ExifBytes(unsigned char *p, value vsize) { CAMLparam0(); CAMLlocal1(res); int i; res = alloc(Int_val(vsize),0); for(i=0; iifd[i]; if( p ){ exif_content_ref(p); tmp = alloc_small(1,0); Field(tmp,0) = (value)p; tmp2 = alloc_small(1,0); //fprintf(stderr, "content=%x (count=%d)\n", p, p->count); Field(tmp2,0) = tmp; Store_field(res,i,tmp2); } else { Store_field(res,i,Val_int(0)); } } CAMLreturn(res); } void caml_exif_content_unref(value vdata) { ExifContent *c = (ExifContent*)Field(vdata,0); exif_content_unref(c); } value caml_exif_content_entries(value vdata) { CAMLparam1(vdata); CAMLlocal3(res, tmp, tmp2); int i; ExifContent *c = (ExifContent *)Field(vdata,0); //fprintf(stderr, "content=%x (count=%d)\n", c, c->count); res = Val_int(0); // null for(i=c->count-1; i>=0; i--){ ExifEntry *e = c->entries[i]; if( e ){ exif_entry_ref(e); // boxing tmp = alloc_small(1,0); Field(tmp,0) = (value)e; // cons tmp2 = alloc_small(2,0); Field(tmp2,0) = tmp; Field(tmp2,1) = res; // rewire res = tmp2; } } CAMLreturn(res); } void caml_exif_entry_unref(value vdata) { ExifEntry *c = (ExifEntry*)Field(vdata,0); exif_entry_unref(c); } value caml_exif_decode_entry(value vdata) { CAMLparam1(vdata); CAMLlocal1(tpl); ExifEntry *p = (ExifEntry *)Field(vdata,0); tpl = alloc_tuple(4); Store_field(tpl,0,Val_int(p->tag)); Store_field(tpl,1,Val_int(p->format)); Store_field(tpl,2,Val_int(p->components)); // hope it never overflow... Store_field(tpl,3,alloc_string(p->size)); memcpy(String_val(Field(tpl,3)), p->data, p->size); CAMLreturn(tpl); } camlspotter-camlimages-e471b3c4470d/src/exif_na.c0000644000000000000000000000272312405272062017742 0ustar 00000000000000/***********************************************************************/ /* */ /* CamlImages */ /* */ /* Jun Furuse */ /* */ /* Copyright 1999-2013 */ /* Institut National de Recherche en Informatique et en Automatique. */ /* Distributed only by permission. */ /* */ /***********************************************************************/ #include #include #include #include #define NA(x) value x(){ failwith("unsupported"); } NA(Val_ExifBytes) NA(Val_ExifSBytes) NA(Val_ExifShorts) NA(Val_ExifSShorts) NA(Val_ExifLongs) NA(Val_ExifSLongs) NA(Val_ExifRationals) NA(Val_ExifSRationals) NA(Val_ExifFloats) NA(Val_ExifDoubles) NA(caml_exif_tag_get_name_in_ifd) NA(caml_val_exif_data) NA(caml_exif_set_byte_order) NA(caml_exif_get_byte_order) NA(caml_exif_data_fix) NA(caml_exif_data_unref) NA(caml_exif_data_dump) NA(caml_exif_data_contents) NA(caml_exif_content_unref) NA(caml_exif_content_entries) NA(caml_exif_entry_unref) NA(caml_exif_decode_entry) camlspotter-camlimages-e471b3c4470d/src/exifanalyze.ml0000644000000000000000000001101512405272062021030 0ustar 00000000000000(* Exif data analyzer Due to its updated-on-demand and lots-of-tags nature, This module is implemented in a separate file from exif.ml and its interface file is auto created. *) open Exifutil open Exif open Exif.Numbers open Exif.Entry.Pack (* I have some photos from my old Android with non Ascii datetime. They have encoded 32 bit int in Unix time instead! :-( *) let analyze_datetime s = match DateTime.of_string s with | (`Ok _ as r) -> r | `Error s -> match DateTime.of_string_packed_unix_time s with | `Ok v -> `EncodedInUnixTime v | (`Error _ as e) -> e let analyze_ifd (tag, pack) = match tag, pack with | 0x10f, Asciis s -> `Make s | 0x110, Asciis s -> `Model s | 0x112, Shorts [| 1 |] -> `Orientation `TopLeft | 0x112, Shorts [| 2 |] -> `Orientation `TopRight | 0x112, Shorts [| 3 |] -> `Orientation `BottomRight | 0x112, Shorts [| 4 |] -> `Orientation `BottomLeft | 0x112, Shorts [| 5 |] -> `Orientation `LeftTop | 0x112, Shorts [| 6 |] -> `Orientation `RightTop | 0x112, Shorts [| 7 |] -> `Orientation `RightBottom | 0x112, Shorts [| 8 |] -> `Orientation `LeftBottom | 0x11a, Rationals [| r |] -> `XResolution r | 0x11b, Rationals [| r |] -> `YResolution r | 0x128, Shorts [| 2 |] -> `ResolutionUnit `Inches | 0x128, Shorts [| 3 |] -> `ResolutionUnit `Centimeters | 0x131, s -> `Software s | 0x132, Asciis s -> `DateTime (analyze_datetime s) | _ -> `Unknown (tag, pack) let analyze_exif (tag, pack) = match tag, pack with | 0x9000, Undefined s -> `ExifVersion s | 0x927c, Undefined s -> `MakerNote s | 0x9286, Undefined s -> `UserComment s (* The first 8 bytes indicate char code: ASCII 41.H, 53.H, 43.H, 49.H, 49.H, 00.H, 00.H, 00.H JIS 4A.H, 49.H, 53.H, 00.H, 00.H, 00.H, 00.H, 00.H JIS X0208-1990 Unicode 55.H, 4E.H, 49.H, 43.H, 4F.H, 44.H, 45.H, 00.H Unicode Standard Undefined 00.H, 00.H, 00.H, 00.H, 00.H, 00.H, 00.H, 00.H *) | 0x9003, Asciis s -> `DateTimeOriginal (analyze_datetime s) | 0x9004, Asciis s -> `DateTimeDigitized (analyze_datetime s) | 0x9290, Asciis s -> `SubsecTime s | 0x9291, Asciis s -> `SubsecTimeOriginal s | 0x9292, Asciis s -> `SubsecTimeDigitized s | _ -> `Unknown (tag, pack) module GPS = struct type latitude = [ `North | `South ] * rational type longitude = [ `East | `West ] * rational type altitude = [ `AboveSeaLevel | `BelowSeaLevel ] * rational type time_stamp_utc = { hour : rational; min : rational; sec : rational; } type direction = [ `True | `Magnetic ] * rational type map_datum = string type t = { version : (int * int * int * int) option; latitude : latitude option; longitude : longitude option; altitude : altitude option; time_stamp_utc : time_stamp_utc option; direction : direction option; map_datum : map_datum option } end let analyze_gps (tag, v) = match tag, v with | 00, Bytes [|x;y;z;w|] -> `GPSVersion (x,y,z,w) | 01, Asciis "N" -> `NorthLatitude | 01, Asciis "S" -> `SouthLatitude | 02, Rationals [|r|] -> `Latitude r | 03, Asciis "E" -> `EastLongitude | 03, Asciis "W" -> `WestLongitude | 04, Rationals [|r|] -> `Longitude r | 05, Bytes [|0|] -> `AboveSeaLevel | 05, Bytes [|1|] -> `BelowSeaLevel | 06, Rationals [|r|] -> `Altitude r | 07, Rationals [|h;m;s|] -> `TimeStampUTC (float_of_rational h, float_of_rational m, float_of_rational s) | 07, SRationals [|h;m;s|] -> (* It is illegal in the spec but I see some photos with SRationals *) `TimeStampUTCinSRationals (float_of_srational h, float_of_srational m, float_of_srational s) | 16, Asciis "T" -> `ImgDirectionTrue | 16, Asciis "M" -> `ImgDirectionMagnetic | 17, Rationals [|r|] -> `ImgDirection r | 18, Asciis s -> `GPSMapDatum s | 29, Asciis s -> `GPSDate (Date.of_string s) | _ -> `Unknown (tag, v) let exif_datetime t = match Data.unpack_exif t with | Some entries -> List.find_map_opt (function | `DateTimeOriginal t -> Some t | _ -> None) (List.map analyze_exif entries) | None -> None let ifd_0_datetime t = match Data.unpack_ifd_0 t with | Some entries -> List.find_map_opt (function | `DateTime t -> Some t | _ -> None) (List.map analyze_ifd entries) | None -> None let datetime t = match exif_datetime t with | (Some _ as res) -> res | None -> ifd_0_datetime t camlspotter-camlimages-e471b3c4470d/src/exifutil.ml0000644000000000000000000000154712405272062020353 0ustar 00000000000000module Format = struct include Format let array f ppf a = let len = Array.length a in fprintf ppf "@[[| @["; Array.iteri (fun i v -> f ppf v; if i < len - 1 then fprintf ppf ";@ ") a; fprintf ppf "@] |]@]" let rec list (sep : (unit, formatter, unit) format) f ppf = function | [] -> () | [x] -> f ppf x | x::xs -> fprintf ppf "@[%a@]%t%a" f x (fun ppf -> fprintf ppf sep) (list sep f) xs let opt f ppf = function | None -> fprintf ppf "None" | Some v -> f ppf v let option f ppf = function | None -> fprintf ppf "None" | Some v -> fprintf ppf "Some (%a)" f v end module List = struct include List let rec find_map_opt f = function | [] -> None | x::xs -> match f x with | Some v -> Some v | None -> find_map_opt f xs end camlspotter-camlimages-e471b3c4470d/src/freetype.ml0000644000000000000000000001422312405272062020340 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: freetype.ml,v 1.1 2007/01/18 10:29:57 rousse Exp $*) type ('a, 'b) refbox = { cont : 'a; ref : 'b ref; };; type t = (Ftlow.library, unit) refbox;; let init () = let t = {cont = Ftlow.init (); ref = ref ()} in Gc.finalise (fun v -> Ftlow.close v.cont) t; t;; type face = (Ftlow.face, t) refbox;; type face_info = Ftlow.face_info = { num_faces : int; num_glyphs : int; family_name : string; style_name : string; has_horizontal : bool; has_vertical : bool; has_kerning : bool; is_scalable : bool; is_sfnt : bool; is_fixed_width : bool; has_fixed_sizes : bool; has_fast_glyphs : bool; has_glyph_names : bool; has_multiple_masters : bool; };; let done_face face = Ftlow.done_face face.cont;; let new_face t font idx = let face = {cont = Ftlow.new_face t.cont font idx; ref = ref t} in let info = Ftlow.face_info face.cont in Gc.finalise done_face face; face, info;; let get_num_glyphs face = Ftlow.get_num_glyphs face.cont;; let float_of_intfrac dotbits i = let d = float (1 lsl dotbits) in float i /. d;; let intfrac_of_float dotbits f = let d = float (1 lsl dotbits) in truncate (f *. d);; let intfrac6_of_float = intfrac_of_float 6;; let float_of_intfrac6 = float_of_intfrac 6;; let intfrac16_of_float = intfrac_of_float 16;; let float_of_intfrac16 = float_of_intfrac 16;; let vector_float_of_intfrac6 (x, y) = float_of_intfrac6 x, float_of_intfrac6 y;; let set_char_size face char_w char_h res_h res_v = Ftlow.set_char_size face.cont (intfrac6_of_float char_w) (intfrac6_of_float char_h) res_h res_v;; let set_pixel_sizes face pixel_w pixel_h = Ftlow.set_pixel_sizes face.cont pixel_w pixel_h;; type charmap = Ftlow.charmap = { platform_id : int; encoding_id : int; };; type char_index = int;; (* abstracted *) let int_of_char_index = fun x -> x;; let char_index_of_int = fun x -> x;; let get_charmaps face = Ftlow.get_charmaps face.cont;; let set_charmap face charmap = Ftlow.set_charmap face.cont charmap;; let get_char_index face code = Ftlow.get_char_index face.cont code;; type render_mode = Ftlow.render_mode = | Render_Normal | Render_Mono;; type load_flag = Ftlow.load_flag = | Load_no_scale | Load_no_hinting;; let load_glyph face index flags = vector_float_of_intfrac6 (Ftlow.load_glyph face.cont index flags);; let load_char face code flags = vector_float_of_intfrac6 (Ftlow.load_char face.cont code flags);; let render_glyph_of_face face render_mode = Ftlow.render_glyph_of_face face.cont render_mode;; let render_glyph face index flags render_mode = vector_float_of_intfrac6 (Ftlow.render_glyph face.cont index flags render_mode);; let render_char face code flags render_mode = vector_float_of_intfrac6 (Ftlow.render_char face.cont code flags render_mode);; type matrix = { ft_xx : float; ft_xy : float; ft_yx : float; ft_yy : float; };; type vector = { ft_x : float; ft_y : float; };; let set_transform face mat vec = Ftlow.set_transform face.cont (intfrac16_of_float mat.ft_xx, intfrac16_of_float mat.ft_xy, intfrac16_of_float mat.ft_yx, intfrac16_of_float mat.ft_yy) (intfrac6_of_float vec.ft_x, intfrac6_of_float vec.ft_y);; let matrix_rotate r = let c = cos r and s = sin r in {ft_xx = c; ft_xy = -.s; ft_yx = s; ft_yy = c};; type bitmap_info = Ftlow.bitmap_info = { bitmap_left : int; bitmap_top : int; bitmap_width : int; bitmap_height : int; };; let get_bitmap_info face = Ftlow.get_bitmap_info face.cont;; let read_bitmap face x y = Ftlow.read_bitmap face.cont x y;; (* glyph metrics *) type bbox = { xmin : float; ymin : float; xmax : float; ymax : float; };; type bearing_advance = { bearingx : float; bearingy : float; advance : float; };; type glyph_metrics = { gm_width : float; gm_height : float; gm_hori : bearing_advance; gm_vert : bearing_advance; };; let get_glyph_metrics face = let bearing_advance_float_of_intfrac6 ba = { bearingx = float_of_intfrac6 ba.Ftlow.bearingx; bearingy = float_of_intfrac6 ba.Ftlow.bearingy; advance = float_of_intfrac6 ba.Ftlow.advance; } in let gm = Ftlow.get_glyph_metrics face.cont in { gm_width = float_of_intfrac6 gm.Ftlow.gm_width; gm_height = float_of_intfrac6 gm.Ftlow.gm_height; gm_hori = bearing_advance_float_of_intfrac6 gm.Ftlow.gm_hori; gm_vert = bearing_advance_float_of_intfrac6 gm.Ftlow.gm_vert; };; (* size metrics *) type size_metrics = { x_ppem : int; y_ppem : int; x_scale : float; y_scale : float; };; let get_size_metrics face = let low = Ftlow.get_size_metrics face.cont in { x_ppem = low.Ftlow.x_ppem; y_ppem = low.Ftlow.y_ppem; x_scale = float_of_intfrac16 low.Ftlow.x_scale; y_scale = float_of_intfrac16 low.Ftlow.y_scale; };; (* outline info *) type outline_tag = Ftlow.outline_tag = | On_point | Off_point_conic | Off_point_cubic;; type outline_contents = { n_contours : int; n_points : int; points : (float * float) array; tags : outline_tag array; contours : int array; };; let get_outline_contents face = let oc = Ftlow.get_outline_contents face.cont in { n_contours = oc.Ftlow.n_contours; n_points = oc.Ftlow.n_points; points = Array.map (fun (x, y) -> float_of_intfrac6 x, float_of_intfrac6 y) oc.Ftlow.points; tags = oc.Ftlow.tags; contours = oc.Ftlow.contours; };; camlspotter-camlimages-e471b3c4470d/src/freetype.mli0000644000000000000000000001067612405272062020521 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: freetype.mli,v 1.1 2007/01/18 10:29:57 rousse Exp $ *) type t;; (** type for Freetype library *) val init : unit -> t;; (** [init ()] initializes the Freetype library. The returned library is required to load fonts. *) type face;; (** Type for face *) type face_info = { num_faces : int; num_glyphs : int; family_name : string; style_name : string; has_horizontal : bool; has_vertical : bool; has_kerning : bool; is_scalable : bool; is_sfnt : bool; is_fixed_width : bool; has_fixed_sizes : bool; has_fast_glyphs : bool; has_glyph_names : bool; has_multiple_masters : bool; };; val new_face : t -> string -> int -> face * face_info;; (** [new_face library fontfile n] loads [n]-th font stored in the font file [fontfile], and returns its face and face information. *) val get_num_glyphs : face -> int;; (** Returns number of glyphs stored in the face. Equivalent to face_info.num_glyphs *) val set_char_size : face -> float -> float -> int -> int -> unit;; (** [set_char_size face charw charh resh resv] sets the character size of [face]. [charw] and [charh] are the points of the characters in width and height. [resh] and [resv] are the horizontal and vertical resolution (in dpi) *) val set_pixel_sizes : face -> int -> int -> unit;; (** [set_pixel_sizes face pixw pixh] also sets the character size of [face]. [pixw] and [pixh] are standard width and height of characters in pixels. *) type charmap = { platform_id: int; encoding_id: int; };; type char_index;; val int_of_char_index : char_index -> int;; val char_index_of_int : int -> char_index;; val get_charmaps : face -> charmap list;; val set_charmap : face -> charmap -> unit;; val get_char_index : face -> int -> char_index;; type render_mode = Render_Normal | Render_Mono;; type load_flag = Load_no_scale | Load_no_hinting;; (** if you give [], freetype loads glyphs with scaling and hinting *) val load_glyph : face -> char_index -> load_flag list -> float * float;; val load_char : face -> int -> load_flag list -> float * float;; val render_glyph_of_face : face -> render_mode -> unit;; val render_glyph : face -> char_index -> load_flag list -> render_mode -> float * float;; val render_char : face -> int -> load_flag list -> render_mode -> float * float;; (** matrix and vector *) type matrix = { ft_xx : float; ft_xy : float; ft_yx : float; ft_yy : float; };; type vector = { ft_x : float; ft_y : float; };; val set_transform : face -> matrix -> vector -> unit;; val matrix_rotate : float -> matrix;; (** bitmap ops *) type bitmap_info = { bitmap_left : int; bitmap_top : int; bitmap_width : int; bitmap_height : int; };; val get_bitmap_info : face -> bitmap_info;; val read_bitmap : face -> int -> int -> int;; (** glyph metrics *) type bbox = { xmin: float; ymin: float; xmax: float; ymax: float; };; type bearing_advance = { bearingx: float; bearingy: float; advance: float; };; type glyph_metrics = { gm_width: float; gm_height: float; gm_hori: bearing_advance; gm_vert: bearing_advance; };; val get_glyph_metrics : face -> glyph_metrics;; (** size metrics *) type size_metrics = { x_ppem: int; y_ppem: int; x_scale: float; y_scale: float; };; val get_size_metrics : face -> size_metrics;; (** outline info *) type outline_tag = On_point | Off_point_conic | Off_point_cubic;; type outline_contents = { n_contours : int; n_points : int; points : (float * float) array; tags : outline_tag array; contours : int array; };; val get_outline_contents : face -> outline_contents;; camlspotter-camlimages-e471b3c4470d/src/ftintf.c0000644000000000000000000003036512405272062017626 0ustar 00000000000000/***********************************************************************/ /* */ /* Objective Caml */ /* */ /* Jun Furuse, projet Cristal, INRIA Rocquencourt */ /* */ /* Copyright 1999,2000 */ /* Institut National de Recherche en Informatique et en Automatique. */ /* Distributed only by permission. */ /* */ /***********************************************************************/ #ifdef HAVE_CONFIG_H #include "config.h" #endif #include #include #include #include #include #include #include #include FT_FREETYPE_H value init_FreeType() { CAMLparam0(); FT_Library *library; if( (library = stat_alloc( sizeof(FT_Library) )) == NULL ){ failwith( "init_FreeType: Memory over" ); } if( FT_Init_FreeType( library ) ){ failwith( "FT_Init_FreeType" ); } CAMLreturn( (value) library ); } value done_FreeType( library ) value library; { CAMLparam1(library); if ( FT_Done_FreeType( *(FT_Library *)library ) ){ failwith( "FT_Done_FreeType" ); } stat_free( (void *) library ); CAMLreturn(Val_unit); } #include value new_Face( library, fontpath, idx ) value library; value fontpath; value idx; { CAMLparam3(library, fontpath, idx ); FT_Face *face; if( (face = stat_alloc( sizeof(FT_Face) )) == NULL ){ failwith( "new_Face: Memory over" ); } if( FT_New_Face( *(FT_Library *)library, String_val( fontpath ), Int_val( idx ), face ) ){ failwith( "new_Face: Could not open face" ); } CAMLreturn( (value) face ); } value face_info( facev ) value facev; { CAMLparam1(facev); CAMLlocal1(res); FT_Face face = *(FT_Face *)facev; res = alloc_tuple(14); Store_field(res, 0, Val_int( face->num_faces )); Store_field(res, 1, Val_int( face->num_glyphs )); Store_field(res, 2, copy_string( face->family_name == NULL ? "" : face->family_name )); Store_field(res, 3, copy_string( face->style_name == NULL ? "" : face->style_name )); Store_field(res, 4, Val_bool( FT_HAS_HORIZONTAL( face ) )); Store_field(res, 5, Val_bool( FT_HAS_VERTICAL( face ) )); Store_field(res, 6, Val_bool( FT_HAS_KERNING( face ) )); Store_field(res, 7, Val_bool( FT_IS_SCALABLE( face ) )); Store_field(res, 8, Val_bool( FT_IS_SFNT( face ) )); Store_field(res, 9, Val_bool( FT_IS_FIXED_WIDTH( face ) )); Store_field(res,10, Val_bool( FT_HAS_FIXED_SIZES( face ) )); Store_field(res,11, Val_bool( FT_HAS_FAST_GLYPHS( face ) )); Store_field(res,12, Val_bool( FT_HAS_GLYPH_NAMES( face ) )); Store_field(res,13, Val_bool( FT_HAS_MULTIPLE_MASTERS( face ) )); CAMLreturn(res); } value done_Face( face ) value face; { CAMLparam1(face); if ( FT_Done_Face( *(FT_Face *) face ) ){ failwith("FT_Done_Face"); } CAMLreturn( Val_unit ); } value get_num_glyphs( face ) value face; { CAMLparam1(face); CAMLreturn( Val_int ((*(FT_Face *) face)->num_glyphs) ); } value set_Char_Size( face, char_w, char_h, res_h, res_v ) value face; value char_w, char_h; /* 26.6 1 = 1/64pt */ value res_h, res_v; /* dpi */ { CAMLparam5( face, char_w, char_h, res_h, res_v ); if ( FT_Set_Char_Size( *(FT_Face *) face, Int_val(char_w), Int_val(char_h), Int_val(res_h), Int_val(res_v) ) ){ failwith("FT_Set_Char_Size"); } CAMLreturn(Val_unit); } /* to be done: query at face->fixed_sizes */ value set_Pixel_Sizes( face, pixel_w, pixel_h ) value face; value pixel_w, pixel_h; /* dot */ { CAMLparam3(face,pixel_w,pixel_h); if ( FT_Set_Pixel_Sizes( *(FT_Face *) face, Int_val(pixel_w), Int_val(pixel_h) ) ){ failwith("FT_Set_Pixel_Sizes"); } CAMLreturn(Val_unit); } value val_CharMap( charmapp ) FT_CharMap *charmapp; { CAMLparam0(); CAMLlocal1(res); res = alloc_tuple(2); Store_field(res,0, Val_int((*charmapp)->platform_id)); Store_field(res,1, Val_int((*charmapp)->encoding_id)); CAMLreturn(res); } value get_CharMaps( facev ) value facev; { CAMLparam1(facev); CAMLlocal3(list,last_cell,new_cell); int i = 0; FT_Face face; face = *(FT_Face *) facev; list = last_cell = Val_unit; while( i < face->num_charmaps ){ new_cell = alloc_tuple(2); Store_field(new_cell,0, val_CharMap( face->charmaps + i )); Store_field(new_cell,1, Val_unit); if( i == 0 ){ list = new_cell; } else { Store_field(last_cell,1, new_cell); } last_cell = new_cell; i++; } CAMLreturn(list); } value set_CharMap( facev, charmapv ) value facev; value charmapv; { CAMLparam2(facev,charmapv); int i = 0; FT_Face face; FT_CharMap charmap; int my_pid, my_eid; face = *(FT_Face *) facev; my_pid = Int_val(Field(charmapv, 0)); my_eid = Int_val(Field(charmapv, 1)); while( i < face->num_charmaps ){ charmap = face->charmaps[i]; if ( charmap->platform_id == my_pid && charmap->encoding_id == my_eid ){ if ( FT_Set_Charmap( face, charmap ) ){ failwith("FT_Set_Charmap"); } CAMLreturn(Val_unit); } else { i++; } } failwith("freetype:set_charmaps: selected pid+eid do not exist"); } value get_Char_Index( face, code ) value face, code; { CAMLparam2(face,code); CAMLreturn(Val_int(FT_Get_Char_Index( *(FT_Face *)face, Int_val(code)))); } value load_Glyph( face, index, flags ) value face, index, flags; { CAMLparam3(face,index,flags); CAMLlocal1(res); if( FT_Load_Glyph( *(FT_Face *) face, Int_val(index), FT_LOAD_DEFAULT | Int_val(flags)) ){ failwith("FT_Load_Glyph"); } res = alloc_tuple(2); Store_field(res,0, Val_int( (*(FT_Face*)face)->glyph->advance.x )); Store_field(res,1, Val_int( (*(FT_Face*)face)->glyph->advance.y )); CAMLreturn(res); } value load_Char( face, code, flags ) value face, code, flags; { CAMLparam3(face,code,flags); CAMLlocal1(res); /* FT_Load_Glyph(face, FT_Get_Char_Index( face, code )) */ if( FT_Load_Char( *(FT_Face *) face, Int_val(code), FT_LOAD_DEFAULT | Int_val(flags)) ){ failwith("FT_Load_Char"); } res = alloc_tuple(2); Store_field(res,0, Val_int( (*(FT_Face*)face)->glyph->advance.x )); Store_field(res,1, Val_int( (*(FT_Face*)face)->glyph->advance.y )); CAMLreturn(res); } value render_Glyph_of_Face( face, mode ) value face; value mode; { CAMLparam2(face,mode); if (FT_Render_Glyph( (*(FT_Face *)face)->glyph , Int_val(mode) )){ failwith("FT_Render_Glyph"); } CAMLreturn(Val_unit); } value render_Char( face, code, flags, mode ) value face, code, flags, mode; { CAMLparam4(face,code,flags,mode); CAMLlocal1(res); /* FT_Load_Glyph(face, FT_Get_Char_Index( face, code ), FT_LOAD_RENDER) */ if( FT_Load_Char( *(FT_Face *) face, Int_val(code), FT_LOAD_RENDER | Int_val(flags) | (Int_val(mode) ? FT_LOAD_MONOCHROME : 0)) ){ failwith("FT_Load_Char"); } res = alloc_tuple(2); Store_field(res,0, Val_int( (*(FT_Face*)face)->glyph->advance.x )); Store_field(res,1, Val_int( (*(FT_Face*)face)->glyph->advance.y )); CAMLreturn(res); } value set_Transform( face, vmatrix, vpen ) value face, vmatrix, vpen; { CAMLparam3(face, vmatrix, vpen); FT_Matrix matrix; FT_Vector pen; matrix.xx = (FT_Fixed)( Int_val(Field(vmatrix,0)) ); matrix.xy = (FT_Fixed)( Int_val(Field(vmatrix,1)) ); matrix.yx = (FT_Fixed)( Int_val(Field(vmatrix,2)) ); matrix.yy = (FT_Fixed)( Int_val(Field(vmatrix,3)) ); pen.x = (FT_Fixed)( Int_val(Field(vpen,0)) ); pen.y = (FT_Fixed)( Int_val(Field(vpen,1)) ); FT_Set_Transform( *(FT_Face *)face, &matrix, &pen ); CAMLreturn(Val_unit); } value get_Bitmap_Info( vface ) value vface; { CAMLparam1(vface); CAMLlocal1(res); FT_GlyphSlot glyph = (*(FT_Face *)vface)->glyph; FT_Bitmap bitmap = glyph->bitmap; switch ( bitmap.pixel_mode ) { case ft_pixel_mode_grays: if ( bitmap.num_grays != 256 ){ failwith("get_Bitmap_Info: unknown num_grays"); } break; case ft_pixel_mode_mono: break; default: failwith("get_Bitmap_Info: unknown pixel mode"); } res = alloc_tuple(5); Store_field(res,0, Val_int(glyph->bitmap_left)); Store_field(res,1, Val_int(glyph->bitmap_top)); Store_field(res,2, Val_int(bitmap.width)); Store_field(res,3, Val_int(bitmap.rows)); CAMLreturn(res); } value read_Bitmap( vface, vx, vy ) /* This "y" is in Y upwards convention */ value vface, vx, vy; { /* no boundary check !!! */ int x, y; CAMLparam3(vface, vx, vy); FT_Bitmap bitmap = (*(FT_Face *)vface)->glyph->bitmap; unsigned char *row; x = Int_val(vx); y = Int_val(vy); switch ( bitmap.pixel_mode ) { case ft_pixel_mode_grays: if (bitmap.pitch > 0){ row = bitmap.buffer + (bitmap.rows - 1 - y) * bitmap.pitch; } else { row = bitmap.buffer - y * bitmap.pitch; } CAMLreturn (Val_int(row[x])); case ft_pixel_mode_mono: if (bitmap.pitch > 0){ row = bitmap.buffer + (bitmap.rows - 1 - y) * bitmap.pitch; } else { row = bitmap.buffer - y * bitmap.pitch; } CAMLreturn (Val_int(row[x >> 3] & (128 >> (x & 7)) ? 255 : 0)); break; default: failwith("read_Bitmap: unknown pixel mode"); } } value get_Glyph_Metrics( face ) value face; { CAMLparam1(face); CAMLlocal3(res1,res2,res); /* no soundness check ! */ FT_Glyph_Metrics *metrics = &((*(FT_Face *)face)->glyph->metrics); res1 = alloc_tuple(3); Store_field(res1,0, Val_int(metrics->horiBearingX)); Store_field(res1,1, Val_int(metrics->horiBearingY)); Store_field(res1,2, Val_int(metrics->horiAdvance)); res2 = alloc_tuple(3); Store_field(res2,0, Val_int(metrics->vertBearingX)); Store_field(res2,1, Val_int(metrics->vertBearingY)); Store_field(res2,2, Val_int(metrics->vertAdvance)); res = alloc_tuple(4); Store_field(res,0, Val_int(metrics->width)); Store_field(res,1, Val_int(metrics->height)); Store_field(res,2, res1); Store_field(res,3, res2); CAMLreturn(res); } value get_Size_Metrics( face ) value face; { CAMLparam1(face); CAMLlocal1(res); FT_Size_Metrics *imetrics = &((*(FT_Face*)face)->size->metrics); res = alloc_tuple(4); Store_field(res,0, Val_int(imetrics->x_ppem)); Store_field(res,1, Val_int(imetrics->y_ppem)); Store_field(res,2, Val_int(imetrics->x_scale)); Store_field(res,3, Val_int(imetrics->y_scale)); CAMLreturn(res); } value get_Outline_Contents(value face) { /* ***************************************************************** Concrete definitions of TT_Outline might vary from version to version. This definition assumes freetype 2.0.1 ( anyway, this function is wrong...) ***************************************************************** */ CAMLparam1(face); CAMLlocal5(points, tags, contours, res, tmp); int i; FT_Outline* outline = &((*(FT_Face *)face)->glyph->outline); int n_contours = outline->n_contours; int n_points = outline->n_points; points = alloc_tuple(n_points); tags = alloc_tuple(n_points); contours = alloc_tuple(n_contours); for( i=0; ipoints; char* raw_flags = outline->tags; tmp = alloc_tuple(2); /* caution: 26.6 fixed into 31 bit */ Store_field(tmp, 0, Val_int(raw_points[i].x)); Store_field(tmp, 1, Val_int(raw_points[i].y)); Store_field(points, i, tmp); if ( raw_flags[i] & FT_Curve_Tag_On ) { Store_field(tags, i, Val_int(0)); /* On point */ } else if ( raw_flags[i] & FT_Curve_Tag_Cubic ) { Store_field(tags, i, Val_int(2)); /* Off point, cubic */ } else { Store_field(tags, i, Val_int(1)); /* Off point, conic */ } } for( i=0; icontours; Store_field(contours, i, Val_int(raw_contours[i])); } res = alloc_tuple(5); Store_field(res, 0, Val_int(n_contours)); Store_field(res, 1, Val_int(n_points)); Store_field(res, 2, points); Store_field(res, 3, tags); Store_field(res, 4, contours); CAMLreturn(res); } camlspotter-camlimages-e471b3c4470d/src/ftintf_na.c0000644000000000000000000000416212405272062020300 0ustar 00000000000000/***********************************************************************/ /* */ /* Objective Caml */ /* */ /* Fran輟is Pessaux, projet Cristal, INRIA Rocquencourt */ /* Pierre Weis, projet Cristal, INRIA Rocquencourt */ /* Jun Furuse, projet Cristal, INRIA Rocquencourt */ /* */ /* Copyright 1999,2000 */ /* Institut National de Recherche en Informatique et en Automatique. */ /* Distributed only by permission. */ /* */ /***********************************************************************/ #include #include #include #include value init_FreeType(){ failwith("unsupported"); } value done_FreeType(){ failwith("unsupported"); } value new_Face(){ failwith("unsupported"); } value face_info(){ failwith("unsupported"); } value done_Face(){ failwith("unsupported"); } value get_num_glyphs(){ failwith("unsupported"); } value set_Char_Size(){ failwith("unsupported"); } value set_Pixel_Sizes(){ failwith("unsupported"); } value val_CharMap(){ failwith("unsupported"); } value get_CharMaps(){ failwith("unsupported"); } value set_CharMap(){ failwith("unsupported"); } value get_Char_Index(){ failwith("unsupported"); } value load_Glyph(){ failwith("unsupported"); } value load_Char(){ failwith("unsupported"); } value render_Glyph_of_Face(){ failwith("unsupported"); } value render_Char(){ failwith("unsupported"); } value set_Transform(){ failwith("unsupported"); } value get_Bitmap_Info(){ failwith("unsupported"); } value read_Bitmap(){ failwith("unsupported"); } value get_Glyph_Metrics(){ failwith("unsupported"); } value get_Size_Metrics(){ failwith("unsupported"); } value get_Outline_Contents(){ failwith("unsupported"); } camlspotter-camlimages-e471b3c4470d/src/ftlow.ml0000644000000000000000000001104012405272062017642 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: ftlow.ml,v 1.1 2007/01/18 10:29:57 rousse Exp $ *) (* The lower interface *) type library type face;; type face_info = { num_faces : int; num_glyphs : int; family_name : string; style_name : string; has_horizontal : bool; has_vertical : bool; has_kerning : bool; is_scalable : bool; is_sfnt : bool; is_fixed_width : bool; has_fixed_sizes : bool; has_fast_glyphs : bool; has_glyph_names : bool; has_multiple_masters : bool; };; type charmap = { platform_id : int; encoding_id : int; };; type render_mode = | Render_Normal (* default *) | Render_Mono;; type load_flag = | Load_no_scale | Load_no_hinting;; type flags = int;; type bitmap_info = { bitmap_left : int; bitmap_top : int; bitmap_width : int; bitmap_height : int; };; (* glyph metrics *) type bbox = { xmin : int; (* 26.6 *) ymin : int; (* 26.6 *) xmax : int; (* 26.6 *) ymax : int; (* 26.6 *) };; type bearing_advance = { bearingx : int; (* 26.6 *) bearingy : int; (* 26.6 *) advance : int; (* 26.6 *) };; type glyph_metrics = { gm_width : int (* 26.6 *); gm_height : int (* 26.6 *); gm_hori : bearing_advance; gm_vert : bearing_advance; };; (* size metrics *) type size_metrics = { x_ppem : int; y_ppem : int; x_scale : int; (* 16.16 *) y_scale : int; (* 16.16 *) };; (* outline info *) type outline_tag = On_point | Off_point_conic | Off_point_cubic;; type outline_contents = { n_contours : int; n_points : int; points : (int * int) array; tags : outline_tag array; contours : int array; };; module C = struct external init : unit -> library = "init_FreeType";; external close : library -> unit = "done_FreeType";; external new_face : library -> string -> int -> face = "new_Face";; external face_info : face -> face_info = "face_info";; external done_face : face -> unit = "done_Face";; external get_num_glyphs : face -> int = "get_num_glyphs";; external set_char_size : face -> int -> int -> int -> int -> unit = "set_Char_Size";; external set_pixel_sizes : face -> int -> int -> unit = "set_Pixel_Sizes";; external get_charmaps : face -> charmap list = "get_CharMaps";; external set_charmap : face -> charmap -> unit = "set_CharMap";; external get_char_index : face -> int -> int = "get_Char_Index";; external load_glyph_raw : face -> int -> flags -> int * int = "load_Glyph";; external load_char_raw : face -> int -> flags -> int * int = "load_Char";; external render_glyph_of_face : face -> render_mode -> unit = "render_Glyph_of_Face";; external render_char_raw : face -> int -> flags -> render_mode -> int * int = "render_Char";; external set_transform : face -> (int * int * int * int) -> (int * int) -> unit = "set_Transform";; external get_bitmap_info : face -> bitmap_info = "get_Bitmap_Info";; external read_bitmap : face -> int -> int -> int = "read_Bitmap";; external get_glyph_metrics : face -> glyph_metrics = "get_Glyph_Metrics";; external get_size_metrics : face -> size_metrics = "get_Size_Metrics";; external get_outline_contents : face -> outline_contents = "get_Outline_Contents";; end include C let encode_flags flags = let int_of_flag = function | Load_no_scale -> 1 | Load_no_hinting -> 2 in List.fold_left (fun v f -> v lor int_of_flag f) 0 flags;; let load_glyph face code flags = load_glyph_raw face code (encode_flags flags);; let load_char face code flags = load_char_raw face code (encode_flags flags);; let render_glyph face idx flags render_mode = let adv = load_glyph face idx flags in render_glyph_of_face face render_mode; adv;; let render_char face code flags render_mode = render_char_raw face code (encode_flags flags) render_mode;; camlspotter-camlimages-e471b3c4470d/src/ftlow.mli0000644000000000000000000000706712405272062020031 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: ftlow.mli,v 1.1 2007/01/18 10:29:57 rousse Exp $ *) (** Almost all of the functions are just interpretation of functions of the freetype library. See the documents of the freetype library. *) type library;; val init : unit -> library val close : library -> unit type face type face_info = { num_faces : int; num_glyphs : int; family_name : string; style_name : string; has_horizontal : bool; has_vertical : bool; has_kerning : bool; is_scalable : bool; is_sfnt : bool; is_fixed_width : bool; has_fixed_sizes : bool; has_fast_glyphs : bool; has_glyph_names : bool; has_multiple_masters : bool; } val new_face : library -> string -> int -> face val face_info : face -> face_info val done_face : face -> unit val get_num_glyphs : face -> int val set_char_size : face -> int -> int -> int -> int -> unit val set_pixel_sizes : face -> int -> int -> unit type charmap = { platform_id : int; encoding_id : int; } val get_charmaps : face -> charmap list val set_charmap : face -> charmap -> unit val get_char_index : face -> int -> int type render_mode = | Render_Normal (** default *) | Render_Mono type load_flag = | Load_no_scale | Load_no_hinting val load_glyph : face -> int -> load_flag list -> int * int val load_char : face -> int -> load_flag list -> int * int val render_glyph_of_face : face -> render_mode -> unit val render_glyph : face -> int -> load_flag list -> render_mode -> int * int val render_char : face -> int -> load_flag list -> render_mode -> int * int val set_transform : face -> (int * int * int * int) -> (int * int) -> unit type bitmap_info = { bitmap_left : int; bitmap_top : int; bitmap_width : int; bitmap_height : int; } val get_bitmap_info : face -> bitmap_info val read_bitmap : face -> int -> int -> int (** glyph metrics *) type bbox = { xmin : int; (** 26.6 *) ymin : int; (** 26.6 *) xmax : int; (** 26.6 *) ymax : int; (** 26.6 *) } type bearing_advance = { bearingx : int; (** 26.6 *) bearingy : int; (** 26.6 *) advance : int; (** 26.6 *) } type glyph_metrics = { gm_width : int (** 26.6 *); gm_height : int (** 26.6 *); gm_hori : bearing_advance; gm_vert : bearing_advance; } val get_glyph_metrics : face -> glyph_metrics (** size metrics *) type size_metrics = { x_ppem : int; y_ppem : int; x_scale : int; (** 16.16 *) y_scale : int; (** 16.16 *) } val get_size_metrics : face -> size_metrics (** outline info *) type outline_tag = On_point | Off_point_conic | Off_point_cubic type outline_contents = { n_contours : int; n_points : int; points : (int * int) array; tags : outline_tag array; contours : int array; } val get_outline_contents : face -> outline_contents camlspotter-camlimages-e471b3c4470d/src/fttext.ml0000644000000000000000000001423012405272062020031 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004 *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: fttext.ml,v 1.2 2008/06/16 22:35:42 furuse Exp $ *) open Images;; open Freetype;; type 'a drawer = 'a -> int -> 'a;; let func_darken_only org level = let level = 255 - level in { r = if org.r > level then level else org.r; g = if org.g > level then level else org.g; b = if org.b > level then level else org.b };; let func_red_only _org _level = { r = 255; g = 0; b = 0 };; let unicode_of_latin s = Array.init (String.length s) @@ fun i -> Char.code s.[i] let unicode_of_euc_japan s = Jis_unicode.encode s;; let draw_gen render_mode renderf rot func face px py string = let matrix = matrix_rotate rot in let curx = ref (0.0) and cury = ref (0.0) in for i = 0 to Array.length string - 1 do set_transform face matrix {ft_x = !curx; ft_y = !cury}; let advx, advy = renderf face string.(i) [] render_mode in let binfo = get_bitmap_info face in for y = 0 to binfo.bitmap_height - 1 do for x = 0 to binfo.bitmap_width - 1 do let z = read_bitmap face x y in let level = if z < 0 then 0 else if z > 255 then 255 else z in try let px = px + binfo.bitmap_left + x and py = py - (binfo.bitmap_top - binfo.bitmap_height + y) (* in and py = py + (binfo.bitmap_top + binfo.bitmap_height - y) *) in func px py level with Out_of_image -> () done; done; curx := !curx +. advx; cury := !cury +. advy; done;; let draw_rotated_text = draw_gen Render_Normal render_char;; let draw_rotated_glyphs = draw_gen Render_Normal render_glyph;; let draw_text = draw_rotated_text 0.0;; let draw_glyphs = draw_rotated_glyphs 0.0;; let draw_mono_rotated_text = draw_gen Render_Mono render_char;; let draw_mono_rotated_glyphs = draw_gen Render_Mono render_glyph;; let draw_mono_text = draw_mono_rotated_text 0.0;; let draw_mono_glyphs = draw_mono_rotated_glyphs 0.0;; module type T = sig type t type elt val create : int -> int -> t val destroy : t -> unit val get : t -> int -> int -> elt val set : t -> int -> int -> elt -> unit val unsafe_get : t -> int -> int -> elt val unsafe_set : t -> int -> int -> elt -> unit end;; module Make(T : T) = struct let putpixel f bitmap = fun px py level -> try let orgcolor = T.get bitmap px py in T.set bitmap px py (f orgcolor level) with Out_of_image -> () let draw_rotated_text face func bitmap px py rot string = draw_rotated_text rot (putpixel func bitmap) face px py string let draw_rotated_glyphs face func bitmap px py rot string = draw_rotated_glyphs rot (putpixel func bitmap) face px py string let draw_text face func bitmap px py string = draw_text (putpixel func bitmap) face px py string let draw_glyphs face func bitmap px py string = draw_glyphs (putpixel func bitmap) face px py string let draw_mono_rotated_text face func bitmap px py rot string = draw_mono_rotated_text rot (putpixel func bitmap) face px py string let draw_mono_rotated_glyphs face func bitmap px py rot string = draw_mono_rotated_glyphs rot (putpixel func bitmap) face px py string let draw_mono_text face func bitmap px py string = draw_mono_text (putpixel func bitmap) face px py string let draw_mono_glyphs face func bitmap px py string = draw_mono_glyphs (putpixel func bitmap) face px py string end;; let size_gen face loadf string = let curx = ref 0.0 and leftmost = ref None and rightmost = ref None and upmost = ref None and downmost = ref None in for i = 0 to Array.length string - 1 do let _advx, _advy = loadf face string.(i) [] in let metrics = get_glyph_metrics face in let left = metrics.gm_hori.bearingx +. !curx and right = metrics.gm_hori.bearingx +. metrics.gm_width +. !curx and up = metrics.gm_hori.bearingy and down = metrics.gm_hori.bearingy -. metrics.gm_height in begin match !leftmost with | None -> leftmost := Some left | Some x when x > left -> leftmost := Some left | _ -> () end; begin match !rightmost with | None -> rightmost := Some right | Some x when x < right -> rightmost := Some right | _ -> () end; begin match !upmost with | None -> upmost := Some up | Some x when x < up -> upmost := Some up | _ -> () end; begin match !downmost with | None -> downmost := Some down | Some x when x > down -> downmost := Some down | _ -> () end; curx := !curx +. metrics.gm_hori.advance done; match !leftmost, !downmost, !rightmost, !upmost with Some l, Some d, Some r, Some u -> l,d,r,u | _ -> assert false;; let size face string = size_gen face load_char string;; let size_of_glyphs face string = size_gen face load_glyph string;; let vector_gen loadf turn_y rot func face px py string = let matrix = matrix_rotate rot in let matrix = if turn_y then { matrix with ft_xy = -. matrix.ft_xy; ft_yy = -. matrix.ft_yy; } else matrix in let curx = ref px and cury = ref py in for i = 0 to Array.length string - 1 do set_transform face matrix {ft_x = !curx; ft_y = !cury}; let advx, advy = loadf face string.(i) [] in func (get_outline_contents face); curx := !curx +. advx; cury := !cury +. advy done;; let vector_text turn_y func face px py rot string = vector_gen load_char turn_y rot func face px py string;; let vector_glyphs turn_y func face px py rot string = vector_gen load_glyph turn_y rot func face px py string;; camlspotter-camlimages-e471b3c4470d/src/fttext.mli0000644000000000000000000001064512405272062020210 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: fttext.mli,v 1.1 2007/01/18 10:29:57 rousse Exp $ *) open Color;; open Freetype;; (* the type for actual drawing functions and some samples *) type 'a drawer = 'a -> int -> 'a;; val func_darken_only : rgb drawer;; val func_red_only : rgb drawer;; val unicode_of_latin : string -> int array;; val unicode_of_euc_japan : string -> int array;; (* general drawing function *) val draw_rotated_text : float -> (int -> int -> int -> unit) -> face -> int -> int -> int array -> unit;; val draw_rotated_glyphs : float -> (int -> int -> int -> unit) -> face -> int -> int -> char_index array -> unit;; val draw_text : (int -> int -> int -> unit) -> face -> int -> int -> int array -> unit;; val draw_glyphs : (int -> int -> int -> unit) -> face -> int -> int -> char_index array -> unit;; val draw_mono_rotated_text : float -> (int -> int -> int -> unit) -> face -> int -> int -> int array -> unit;; val draw_mono_rotated_glyphs : float -> (int -> int -> int -> unit) -> face -> int -> int -> char_index array -> unit;; val draw_mono_text : (int -> int -> int -> unit) -> face -> int -> int -> int array -> unit;; val draw_mono_glyphs : (int -> int -> int -> unit) -> face -> int -> int -> char_index array -> unit;; module type T = sig type t type elt val create : int -> int -> t val destroy : t -> unit val get : t -> int -> int -> elt val set : t -> int -> int -> elt -> unit val unsafe_get : t -> int -> int -> elt val unsafe_set : t -> int -> int -> elt -> unit end;; module Make(T : T) : sig (* Draw texts *) (* [draw face drawer image x y text] *) (* Draw a text on image at (x,y), using drawer function *) (* text must be encoded by some encoder and translated into int array *) val draw_text : Freetype.face -> T.elt drawer -> T.t -> int -> int -> int array -> unit (* Draw rotated texts *) (* [draw_rotated face drawer image x y r text] *) (* Draw a text on image at (x,y) rotated r *) (* Drawn text is automatically smoothed *) val draw_rotated_text : Freetype.face -> T.elt drawer -> T.t-> int -> int -> float -> int array -> unit val draw_glyphs : Freetype.face -> T.elt drawer -> T.t -> int -> int -> char_index array -> unit val draw_rotated_glyphs : Freetype.face -> T.elt drawer -> T.t-> int -> int -> float -> char_index array -> unit (* Monochrome (black/white) drawing *) val draw_mono_text : Freetype.face -> T.elt drawer -> T.t -> int -> int -> int array -> unit val draw_mono_rotated_text : Freetype.face -> T.elt drawer -> T.t-> int -> int -> float -> int array -> unit val draw_mono_glyphs : Freetype.face -> T.elt drawer -> T.t -> int -> int -> char_index array -> unit val draw_mono_rotated_glyphs : Freetype.face -> T.elt drawer -> T.t-> int -> int -> float -> char_index array -> unit end;; (* Get the size information of text *) val size : Freetype.face -> int array -> float * float * float * float;; val size_of_glyphs : Freetype.face -> char_index array -> float * float * float * float;; (* Vector based *) val vector_gen : (Freetype.face -> 'a -> 'b list -> float * float) -> bool -> float -> (Freetype.outline_contents -> 'c) -> Freetype.face -> float -> float -> 'a array -> unit;; val vector_text : bool -> (Freetype.outline_contents -> 'a) -> Freetype.face -> float -> float -> float -> int array -> unit;; val vector_glyphs : bool -> (Freetype.outline_contents -> 'a) -> Freetype.face -> float -> float -> float -> Freetype.char_index array -> unit;; camlspotter-camlimages-e471b3c4470d/src/genimage.ml0000644000000000000000000001223012405272062020265 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: genimage.ml,v 1.6 2009/07/04 03:39:28 furuse Exp $ *) open Color;; open Image_intf module MakeRawImage(E:ENCODE) = struct module Bitmap= Bitmap.Make(E) module Encode = E type elt = E.t type bitmap = Bitmap.t type t = { width: int; height: int; bitmap: bitmap; } let width t = t.width let height t = t.height let dump t = Bitmap.dump t.bitmap let create_with width height init_buffer = { width= width; height= height; bitmap= Bitmap.create_with width height init_buffer; } ;; let create_with_scanlines width height init_scanlines = { width= width; height= height; bitmap= Bitmap.create_with_scanlines width height init_scanlines; } ;; let create width height = { width= width; height= height; bitmap= Bitmap.create width height None; } ;; let make width height init = { width= width; height= height; bitmap= Bitmap.create width height (Some (E.make init)); } ;; let unsafe_access t x y = Bitmap.access t.bitmap x y;; let get_strip t = Bitmap.get_strip t.bitmap let set_strip t = Bitmap.set_strip t.bitmap let get_scanline t = Bitmap.get_scanline t.bitmap let get_scanline_ptr t = Bitmap.get_scanline_ptr t.bitmap let set_scanline t = Bitmap.set_scanline t.bitmap let unsafe_get t x y = let str, pos = Bitmap.access t.bitmap x y in E.get str pos ;; let unsafe_set t x y c = let str, pos = Bitmap.access t.bitmap x y in E.set str pos c ;; let get t x y = Region.check t.width t.height x y; unsafe_get t x y ;; let set t x y c = Region.check t.width t.height x y; unsafe_set t x y c ;; let destroy t = Bitmap.destroy t.bitmap ;; let copy src = { src with bitmap = Bitmap.copy src.bitmap } let sub src x y w h = { width= w; height= h; bitmap= Bitmap.sub src.bitmap x y w h; } ;; let blit src sx sy dst dx dy w h = Bitmap.blit src.bitmap sx sy dst.bitmap dx dy w h ;; let map f src sx sy dst dx dy w h = for y = 0 to h - 1 do for x = 0 to w - 1 do let s = unsafe_get src (sx + x) (sy + y) in let dx' = dx + x and dy' = dy + y in let d = unsafe_get dst dx' dy' in unsafe_set dst dx' dy' (f s d) done done let blocks img = Bitmap.blocks img.bitmap let dump_block img = Bitmap.dump_block img.bitmap end;; module Make(RI:RAWIMAGE)(CON:CONTAINER with type rawimage = RI.t) = struct type t = CON.container type elt = RI.elt let dump t = RI.dump (CON.rawimage t) let create width height = CON.create_default width height (RI.create width height) let make width height c = CON.create_default width height (RI.make width height c) let unsafe_access t = RI.unsafe_access (CON.rawimage t) let get_strip t = RI.get_strip (CON.rawimage t) let set_strip t = RI.set_strip (CON.rawimage t) let get_scanline t = RI.get_scanline (CON.rawimage t) let get_scanline_ptr t = RI.get_scanline_ptr (CON.rawimage t) let set_scanline t = RI.set_scanline (CON.rawimage t) let unsafe_get t = RI.unsafe_get (CON.rawimage t) let unsafe_set t = RI.unsafe_set (CON.rawimage t) let get t = RI.get (CON.rawimage t) let set t = RI.set (CON.rawimage t) let destroy t = RI.destroy (CON.rawimage t) let copy t = let t' = CON.rawimage t in CON.create_duplicate t (RI.width t') (RI.height t') (RI.copy t') let sub t x y w h = let t' = CON.rawimage t in CON.create_duplicate t w h (RI.sub t' x y w h) let blit src sx sy dst dx dy w h = RI.blit (CON.rawimage src) sx sy (CON.rawimage dst) dx dy w h let map f src sx sy dst dx dy w h = RI.map f (CON.rawimage src) sx sy (CON.rawimage dst) dx dy w h let blocks img = RI.blocks (CON.rawimage img) let dump_block img = RI.dump_block (CON.rawimage img) end;; module MakeIndexed(RI:RAWIMAGE with type elt = int) (CON:CONTAINER_INDEXED with type rawimage = RI.t) = struct include Make(RI)(CON) type mapelt = CON.mapelt let unsafe_get_color t = let colormap = CON.colormap t in fun x y -> colormap.map.(unsafe_get t x y) let get_color t = let colormap = CON.colormap t in fun x y -> let i = get t x y in if i < 0 || i >= Array.length colormap.map then raise Not_found; colormap.map.(i) end;; camlspotter-camlimages-e471b3c4470d/src/genimage.mli0000644000000000000000000000302312405272062020436 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: genimage.mli,v 1.6 2009/03/01 11:24:10 furuse Exp $ *) open Image_intf (** Low level image creator *) module MakeRawImage : functor (E : ENCODE) -> (RAWIMAGE with type elt = E.t);; module Make : functor (RI : RAWIMAGE) -> functor (CON : CONTAINER with type rawimage = RI.t) -> IMAGE with type t = CON.container and type elt = RI.elt;; module MakeIndexed(RI:RAWIMAGE with type elt = int) (CON:CONTAINER_INDEXED with type rawimage = RI.t) : IMAGEINDEXED with type t = CON.container and type elt = int and type mapelt = CON.mapelt;; camlspotter-camlimages-e471b3c4470d/src/geometry.ml0000644000000000000000000000641012405272062020347 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: geometry.ml,v 1.1 2006/11/28 15:43:28 rousse Exp $*) (* geometry setting *) type size = | Scale of float | Pixel of int | Guess;; type aspect_opts = | Keep_at_most | Keep_at_least | Dont_keep;; type resize_switch = | Always | Bigger_only | Smaller_only;; type from = | TopLeft | BottomRight | Center;; type position = | AtPixel of from * int | AtScale of from * float;; type t = { geom_width : int; geom_height : int; geom_x : int; geom_y : int; };; type spec = { spec_width : size; spec_height : size; spec_aspect : aspect_opts; spec_switch : resize_switch; spec_x : int; spec_y : int; };; let compute spec orgw orgh = let w, h = match spec.spec_width, spec.spec_height, spec.spec_aspect with | Scale s, Guess, asp when asp <> Dont_keep -> truncate (float orgw *. s), truncate (float orgh *. s) | Guess, Scale s, asp when asp <> Dont_keep -> truncate (float orgw *. s), truncate (float orgh *. s) | Scale sw, Scale sh, _ (* asp is ignored *) -> truncate (float orgw *. sw), truncate (float orgh *. sh) | Pixel w, Guess, asp when asp <> Dont_keep -> let s = float w /. float orgw in w, truncate (float orgh *. s) | Guess, Pixel h, asp when asp <> Dont_keep -> let s = float h /. float orgh in truncate (float orgw *. s), h | Pixel w, Pixel h, _ (* asp is ignored *) -> w, h | _ -> raise (Invalid_argument "Geometry.compute") in let scalew = float w /. float orgw and scaleh = float h /. float orgh in let scalew', scaleh' = match spec.spec_aspect with | Keep_at_most -> if scalew < scaleh then scalew, scalew else scaleh, scaleh | Keep_at_least -> if scalew < scaleh then scaleh, scaleh else scalew, scalew | Dont_keep -> scalew, scaleh in let scalew'', scaleh'' = match spec.spec_switch with | Always -> scalew', scaleh' | Bigger_only when scalew' >= 1.0 && scaleh' >= 1.0 -> scalew', scaleh' | Smaller_only when scalew' <= 1.0 && scaleh' <= 1.0 -> scalew', scaleh' | _ -> 1.0, 1.0 in let w' = if scalew = scalew'' then w else truncate (float orgw *. scalew'') and h' = if scaleh = scaleh'' then h else truncate (float orgh *. scaleh'') in { geom_width = w'; geom_height = h'; geom_x = spec.spec_x; geom_y = spec.spec_y; };; camlspotter-camlimages-e471b3c4470d/src/geometry.mli0000644000000000000000000000103512405272062020516 0ustar 00000000000000type size = Scale of float | Pixel of int | Guess type aspect_opts = Keep_at_most | Keep_at_least | Dont_keep type resize_switch = Always | Bigger_only | Smaller_only type from = TopLeft | BottomRight | Center type position = AtPixel of from * int | AtScale of from * float type t = { geom_width : int; geom_height : int; geom_x : int; geom_y : int; } type spec = { spec_width : size; spec_height : size; spec_aspect : aspect_opts; spec_switch : resize_switch; spec_x : int; spec_y : int; } val compute : spec -> int -> int -> t camlspotter-camlimages-e471b3c4470d/src/gif.ml0000644000000000000000000003567412405272062017277 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: gif.ml,v 1.2 2008/06/16 22:35:42 furuse Exp $ *) open Images;; open Index8;; open Util let debug = try ignore (Sys.getenv "CAMLIMAGES_DEBUG_GIF"); true with | _ -> false;; let debug_endline = if debug then prerr_endline else (fun _ -> ());; type in_channel;; type out_channel;; type screen_info = { s_width : int; s_height : int; s_color_resolution : int; s_back_ground_color : int; s_colormap : rgb array; };; type record_type = | Undefined | Screen_desc | Image_desc | Extension | Terminate;; type gif_desc = { desc_left : int; desc_top : int; desc_width : int; desc_height : int; desc_interlace : bool; desc_colormap : Color.rgb array; } external dGifOpenFileName : string -> screen_info * in_channel = "dGifOpenFileName";; external dGifCloseFile : in_channel -> unit = "dGifCloseFile";; external dGifGetRecordType : in_channel -> record_type = "dGifGetRecordType";; external dGifGetImageDesc : in_channel -> gif_desc = "dGifGetImageDesc";; external dGifGetLine : in_channel -> string = "dGifGetLine";; external dGifGetExtension : in_channel -> int * string list (* reversed!!! *) = "dGifGetExtension";; external eGifOpenFileName : string -> out_channel = "eGifOpenFileName";; external eGifCloseFile : out_channel -> unit = "eGifCloseFile";; external eGifPutScreenDesc : out_channel -> screen_info -> unit = "eGifPutScreenDesc";; external eGifPutImageDesc : out_channel -> gif_desc -> unit = "eGifPutImageDesc";; external eGifPutLine : out_channel -> string -> unit = "eGifPutLine";; external eGifPutExtension : out_channel -> int * string list -> unit = "eGifPutExtension";; type gif_extension = | GifComment of string list | GifGraphics of string list | GifPlaintext of string list | GifApplication of string list | GifOtherExt of int * string list;; type gif_frame = { frame_left : int; frame_top : int; frame_bitmap : Index8.t; mutable frame_extensions : gif_extension list; frame_delay : int; };; type gif_sequence = { screen_width : int; screen_height : int; screen_colormap : Color.rgb Color.map; frames : gif_frame list; loops : int; };; let gif_parse_extension func exts = let exts = List.rev exts in match func with | 0xfe -> GifComment exts | 0xf9 -> GifGraphics exts | 0x01 -> GifPlaintext exts | 0xff -> GifApplication exts | _ -> GifOtherExt (func, exts);; let gif_make_extension ext = match ext with | GifComment exts -> 0xfe, exts | GifGraphics exts -> 0xf9, exts | GifPlaintext exts -> 0x01, exts | GifApplication exts -> 0xff, exts | GifOtherExt (func, exts) -> func, exts;; open Printf;; let load filename opts = let prog = Images.load_progress opts in let sinfo, ic = dGifOpenFileName filename in debug_endline (sprintf "Screen = %dx%d ColorRes = %d BG = %d Colors = %d" sinfo.s_width sinfo.s_height sinfo.s_color_resolution sinfo.s_back_ground_color (Array.length sinfo.s_colormap)); let frames = ref [] in let current_extensions = ref [] in let transparent = ref (-1) in let loops = ref 0 in let delay = ref 0 in try while true do match dGifGetRecordType ic with | Terminate -> raise Exit | Image_desc -> let desc = dGifGetImageDesc ic in (* reset progress bar *) begin match prog with | Some p -> p 0.0 | None -> () end; if debug then debug_endline (sprintf "Size=%dx%d Colors=%d" desc.desc_width desc.desc_height (Array.length desc.desc_colormap)); let img = Index8.create desc.desc_width desc.desc_height in img.transparent <- !transparent; let cmap = img.colormap in cmap.max <- 256; cmap.map <- (if Array.length desc.desc_colormap = 0 then sinfo.s_colormap else desc.desc_colormap); if debug then for i = 0 to Array.length cmap.map -1 do prerr_string (sprintf " %2d: %02xh %02xh %02xh " i cmap.map.(i).r cmap.map.(i).g cmap.map.(i).b); if i mod 4 = 3 then prerr_endline ""; done; (* Interlaced gif encoding dst src 0 <----------- 0 8 <----------- 1 16 <----------- 2 ... <----------- ... ... <----------- x-1 4 <----------- x 12 <----------- x+1 20 <----------- x+2 ... <----------- ... ... <----------- y-1 2 <----------- y 6 <----------- y+1 10 <----------- y+2 14 <----------- y+3 ... <----------- ... ... <----------- z-1 1 <----------- z 3 <----------- z+1 5 <----------- z+2 7 <----------- z+3 9 <----------- z+4 11 <----------- z+5 ... <----------- ... <----------- image.height - 1 *) let interlace_reader () = let lines = ref 0 in let rec loop src dest dest_step = if dest >= desc.desc_height then src else begin let line = dGifGetLine ic in Index8.set_scanline img dest line; incr lines; begin match prog with | Some p -> p (float !lines /. float desc.desc_height) | None -> () end; loop (src + 1) (dest + dest_step) dest_step end in let src_1 = loop 0 0 8 in let src_2 = loop src_1 4 8 in let src_3 = loop src_2 2 4 in ignore (loop src_3 1 2) in let normal_reader () = for y = 0 to desc.desc_height - 1 do let line = dGifGetLine ic in Index8.set_scanline img y line; begin match prog with | Some p -> p (float (y + 1) /. float desc.desc_height) | None -> () end; done in begin try if desc.desc_interlace then interlace_reader () else normal_reader () with | Failure _e -> prerr_endline "Short file"; end; let frame = { frame_left = desc.desc_left; frame_top = desc.desc_top; frame_bitmap = img; frame_extensions = !current_extensions; frame_delay = !delay; } in current_extensions := []; transparent := (-1); delay := 0; frames := frame :: !frames | Extension -> debug_endline "EXTENSION"; let func, exts = dGifGetExtension ic in let ext = gif_parse_extension func exts in begin match ext with | GifGraphics (str :: _ as exts) -> if debug then begin prerr_string "GRP: "; for i = 0 to String.length str - 1 do prerr_string (Printf.sprintf "%02x " (int_of_char str.[i])) done end; List.iter debug_endline exts; if String.length str < 4 then raise Exit; if int_of_char str.[0] land 0x1 <> 0 then begin debug_endline (Printf.sprintf "TRANSPARENT %d" (int_of_char str.[3])); transparent := int_of_char str.[3] end; delay := int_of_char str.[1] + int_of_char str.[2] * 256; | _ -> () end; current_extensions := ext :: !current_extensions | Undefined | Screen_desc -> raise (Failure "Gif.load") done; raise (Failure "impos") with | Exit -> debug_endline "CLOSING"; dGifCloseFile ic; debug_endline "FINISHED"; { screen_width = sinfo.s_width; screen_height = sinfo.s_height; screen_colormap = {max = 256; map = sinfo.s_colormap; }; frames = (List.rev !frames); loops = !loops; } | Failure e -> prerr_endline ("Gif.load Error " ^ e); debug_endline "CLOSING"; dGifCloseFile ic; debug_endline "FINISHED"; { screen_width = sinfo.s_width; screen_height = sinfo.s_height; screen_colormap = {max = 256; map = sinfo.s_colormap; }; frames = (List.rev !frames); loops = !loops };; let seq_of_gifseq gifseq = { seq_width = gifseq.screen_width; seq_height = gifseq.screen_height; seq_frames = List.map (fun gifframe -> { Images.frame_left = gifframe.frame_left; Images.frame_top = gifframe.frame_top; Images.frame_image = Index8 gifframe.frame_bitmap; Images.frame_delay = gifframe.frame_delay * 10; }) gifseq.frames; seq_loops = gifseq.loops; };; let load_sequence filename opts = seq_of_gifseq (load filename opts);; let load_first filename opts = (* inefficient... *) let sequence = load filename opts in let bitmap = (List.hd sequence.frames).frame_bitmap in Index8 bitmap;; let save filename opts sequence = let interlace = Images.save_interlace opts in let oc = eGifOpenFileName filename in debug_endline "OPENED"; let color_resolution = let max = ref 0 in List.iter (fun frame -> let colors = Color.size frame.frame_bitmap.colormap in if colors > !max then max := colors ) sequence.frames; let colors = !max in let rec sub k k' = if colors < k' then k else sub (k + 1) (k' * 2) in let res = sub 0 1 in if res = 0 then 1 else res in try debug_endline "SDESC"; eGifPutScreenDesc oc { s_width = sequence.screen_width; s_height = sequence.screen_height; s_color_resolution = color_resolution; s_back_ground_color = 0; s_colormap= (List.hd sequence.frames).frame_bitmap.colormap.map }; (* write loops *) let loop_written = ref false in if sequence.loops <> 0 then begin let str = Bytes.create 3 in Bytes.unsafe_set str 0 @@ '\001'; Bytes.unsafe_set str 1 @@ char_of_int (sequence.loops mod 256); Bytes.unsafe_set str 2 @@ char_of_int (sequence.loops / 256); eGifPutExtension oc (gif_make_extension (GifApplication ["NETSCAPE2.0"; str])); loop_written := true end; List.iter (fun frame -> let graphics_ext = ref None in List.iter (fun ext -> debug_endline "SEXT"; try begin match ext with | GifApplication ["NETSCAPE2.0"; _] -> (* Overridden and written already *) if !loop_written then raise Exit | GifGraphics [str] -> (* delayed *) graphics_ext := Some str; raise Exit | _ -> () end; eGifPutExtension oc (gif_make_extension ext) with | Exit -> ()) frame.frame_extensions; (* graphics extension *) (* If frame_delay and transparent information is different from the graphics extension possibly contained in the extensions, we override the graphics extension by them *) if !graphics_ext <> None || frame.frame_delay <> 0 || frame.frame_bitmap.transparent <> -1 then begin let str = match !graphics_ext with | Some str -> str | None -> String.make 4 '\000' in if frame.frame_bitmap.transparent <> -1 then begin str << 0 & char_of_int (int_of_char str.[0] lor 0x01); str << 3 & char_of_int frame.frame_bitmap.transparent end else begin str << 0 & char_of_int (int_of_char str.[0] land 0xfe); str << 3 & '\000' end; str << 1 & char_of_int (frame.frame_delay mod 256); str << 2 & char_of_int (frame.frame_delay / 256); eGifPutExtension oc (gif_make_extension (GifGraphics [str])) end; let bmp = frame.frame_bitmap in debug_endline "IDESC"; eGifPutImageDesc oc { desc_left = frame.frame_left; desc_top = frame.frame_top; desc_width = bmp.width; desc_height = bmp.height; desc_interlace = interlace; desc_colormap = bmp.colormap.map; }; let interlace_writer () = let rec loop src dest dest_step = if dest >= bmp.height then src else begin eGifPutLine oc (Index8.get_scanline bmp dest); loop (src + 1) (dest + dest_step) dest_step end in let src_1 = loop 0 0 8 in let src_2 = loop src_1 4 8 in let src_3 = loop src_2 2 4 in ignore (loop src_3 1 2) in let normal_writer () = for y = 0 to bmp.height - 1 do eGifPutLine oc (Index8.get_scanline bmp y) done in debug_endline "IMAGE"; if interlace then interlace_writer () else normal_writer () ) sequence.frames; eGifCloseFile oc with | Failure s as e -> debug_endline ("ERROR " ^ s); eGifCloseFile oc; raise e;; let save_image name opts image = match image with | Index8 bmp -> save name opts { screen_width = bmp.width; screen_height = bmp.height; screen_colormap = bmp.colormap; frames = [ { frame_left = 0; frame_top = 0; frame_bitmap = bmp; frame_extensions = []; (* not implemented *) frame_delay = 0; }; ]; loops = 0; } | _ -> raise Wrong_image_type;; let check_header filename = let len = 10 in let ic = open_in_bin filename in try let str = Bytes.create len in really_input ic str 0 len; close_in ic; match String.sub str 0 6 with | "GIF87a" | "GIF89a" -> { header_width = int_of_char str.[6] + int_of_char str.[7] * 256; header_height = int_of_char str.[8] + int_of_char str.[9] * 256; header_infos = []; } | _ -> raise Wrong_file_type with | _ -> close_in ic; raise Wrong_file_type;; add_methods Gif { check_header = check_header; load = Some load_first; save = Some save_image; load_sequence = Some load_sequence; save_sequence = None; };; camlspotter-camlimages-e471b3c4470d/src/gif.mli0000644000000000000000000000641312405272062017435 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: gif.mli,v 1.1 2007/01/18 10:29:57 rousse Exp $ *) (** High level interfaces *) type gif_extension = | GifComment of string list | GifGraphics of string list | GifPlaintext of string list | GifApplication of string list | GifOtherExt of int * string list;; type gif_frame = { frame_left : int; frame_top : int; frame_bitmap : Index8.t; mutable frame_extensions : gif_extension list; frame_delay : int; };; type gif_sequence = { screen_width : int; screen_height : int; screen_colormap : Color.rgb Color.map; frames : gif_frame list; loops : int; };; val check_header : string -> Images.header;; (** Checks the file header *) val load : string -> Images.load_option list -> gif_sequence (** Loads a gif image sequence *) val load_sequence : string -> Images.load_option list -> Images.sequence (** Loads a gif image sequence, but to more general type *) val load_first : string -> Images.load_option list -> Images.t (** Loads the first frame of a gif image sequence. *) val save : string -> Images.save_option list -> gif_sequence -> unit (** Saves a gif image sequence *) val save_image : string -> Images.save_option list -> Images.t -> unit (** Saves an image as a gif file with only one frame *) (*** Below they are all low level interfaces *) type in_channel;; type out_channel;; type screen_info = { s_width : int; s_height : int; s_color_resolution : int; s_back_ground_color : int; s_colormap : Color.rgb array; };; type record_type = | Undefined | Screen_desc | Image_desc | Extension | Terminate;; type gif_desc = { desc_left : int; desc_top : int; desc_width : int; desc_height : int; desc_interlace : bool; desc_colormap : Color.rgb array; };; val dGifOpenFileName : string -> screen_info * in_channel;; val dGifCloseFile : in_channel -> unit;; val dGifGetRecordType : in_channel -> record_type;; val dGifGetImageDesc : in_channel -> gif_desc;; val dGifGetLine : in_channel -> string;; val dGifGetExtension : in_channel -> int * string list;; val eGifOpenFileName : string -> out_channel;; val eGifCloseFile : out_channel -> unit;; val eGifPutScreenDesc : out_channel ->screen_info -> unit;; val eGifPutImageDesc : out_channel -> gif_desc -> unit;; val eGifPutLine : out_channel -> string -> unit;; val eGifPutExtension : out_channel -> int * string list -> unit;; camlspotter-camlimages-e471b3c4470d/src/gif_na.c0000644000000000000000000000355212405272062017555 0ustar 00000000000000/***********************************************************************/ /* */ /* Objective Caml */ /* */ /* Fran輟is Pessaux, projet Cristal, INRIA Rocquencourt */ /* Pierre Weis, projet Cristal, INRIA Rocquencourt */ /* Jun Furuse, projet Cristal, INRIA Rocquencourt */ /* */ /* Copyright 1999,2000 */ /* Institut National de Recherche en Informatique et en Automatique. */ /* Distributed only by permission. */ /* */ /***********************************************************************/ #include #include #include #include value Val_GifColorType(){ failwith("unsupported"); } value Val_ColorMapObject(){ failwith("unsupported"); } value Val_GifImageDesc(){ failwith("unsupported"); } value Val_ScreenInfo(){ failwith("unsupported"); } value dGifOpenFileName(){ failwith("unsupported"); } value dGifCloseFile(){ failwith("unsupported"); } value dGifGetRecordType(){ failwith("unsupported"); } value dGifGetImageDesc(){ failwith("unsupported"); } value dGifGetLine(){ failwith("unsupported"); } value dGifGetExtension(){ failwith("unsupported"); } value eGifOpenFileName(){ failwith("unsupported"); } value eGifCloseFile(){ failwith("unsupported"); } value eGifPutScreenDesc(){ failwith("unsupported"); } value eGifPutImageDesc(){ failwith("unsupported"); } value eGifPutLine(){ failwith("unsupported"); } value eGifPutExtension(){ failwith("unsupported"); } camlspotter-camlimages-e471b3c4470d/src/gifread.c0000644000000000000000000001373712405272062017741 0ustar 00000000000000/***********************************************************************/ /* */ /* Objective Caml */ /* */ /* Franois Pessaux, projet Cristal, INRIA Rocquencourt */ /* Pierre Weis, projet Cristal, INRIA Rocquencourt */ /* Jun Furuse, projet Cristal, INRIA Rocquencourt */ /* */ /* Copyright 1999,2000 */ /* Institut National de Recherche en Informatique et en Automatique. */ /* Distributed only by permission. */ /* */ /***********************************************************************/ #ifdef HAVE_CONFIG_H #include "config.h" #endif #include #include #include #include #include "oversized.h" #include #include #include // GIFLIB_MAJOR is only defined in libgif >= 4.2.0 #if !defined(GIFLIB_MAJOR) # define GIFLIB_MAJOR 4 #endif value Val_GifColorType( GifColorType *color ) { CAMLparam0(); CAMLlocal1(res); CAMLlocalN(r,3); int i; r[0] = Val_int( color->Red ); r[1] = Val_int( color->Green ); r[2] = Val_int( color->Blue ); res = alloc_small(3,0); for(i=0; i<3; i++) Field(res, i) = r[i]; #ifdef DEBUG_GIF fprintf(stderr, "Color(%d,%d,%d)\n", color->Red, color->Green, color->Blue); fflush(stderr); #endif CAMLreturn(res); } value Val_ColorMapObject( ColorMapObject *colorMap ) { CAMLparam0(); CAMLlocal1(cmap); int i; if ( colorMap != NULL ){ #ifdef DEBUG_GIF fprintf(stderr, "Colormap(%d)...\n", colorMap->ColorCount); fflush(stderr); #endif cmap = alloc_tuple(colorMap->ColorCount); for(i= 0; i< colorMap->ColorCount; i++){ Store_field(cmap,i, Val_GifColorType( &colorMap->Colors[i] )); } } else { #ifdef DEBUG_GIF fprintf(stderr, "Colormap(0)...\n"); fflush(stderr); #endif cmap = Atom(0); /* cmap = alloc_tuple(0); is WRONG!! */ } CAMLreturn(cmap); } value Val_GifImageDesc( GifImageDesc *imageDesc ) { CAMLparam0(); CAMLlocal1(res); CAMLlocalN(r,6); int i; #ifdef DEBUG_GIF fprintf(stderr, "imagedesc...\n"); fflush(stderr); #endif /* { int Len,i,j; Len = 1 << imageDesc->ColorMap->BitsPerPixel; for (i = 0; i < Len; i+=4) { for (j = 0; j < 4 && j < Len; j++) { printf("%3d: %02xh %02xh %02xh ", i + j, imageDesc->ColorMap->Colors[i + j].Red, imageDesc->ColorMap->Colors[i + j].Green, imageDesc->ColorMap->Colors[i + j].Blue); } printf("\n"); } } */ r[0] = Val_int( imageDesc->Left ); r[1] = Val_int( imageDesc->Top ); r[2] = Val_int( imageDesc->Width ); r[3] = Val_int( imageDesc->Height ); r[4] = Val_int( imageDesc->Interlace ); r[5] = Val_ColorMapObject( imageDesc->ColorMap ); res = alloc_small(6,0); for(i=0; i<6; i++) Field(res, i) = r[i]; CAMLreturn(res); } value Val_ScreenInfo( GifFileType *GifFile ) { CAMLparam0(); CAMLlocal1(res); CAMLlocalN(r,5); int i; r[0] = Val_int(GifFile->SWidth); r[1] = Val_int(GifFile->SHeight); r[2] = Val_int(GifFile->SColorResolution); r[3] = Val_int(GifFile->SBackGroundColor); r[4] = Val_ColorMapObject(GifFile->SColorMap); res = alloc_small(5,0); for(i=0; i<5; i++) Field(res, i) = r[i]; CAMLreturn(res); } value dGifOpenFileName( value name ) { CAMLparam1(name); CAMLlocal1(res); CAMLlocalN(r,2); GifFileType *GifFile; int i; #if (GIFLIB_MAJOR <= 4) GifFile = DGifOpenFileName( String_val(name) ); #else GifFile = DGifOpenFileName( String_val(name), NULL); #endif if(GifFile == NULL){ failwith("DGifOpenFileName"); } r[0] = Val_ScreenInfo( GifFile ); r[1] = (value) GifFile; res = alloc_small(2,0); for(i=0; i<2; i++) Field(res, i) = r[i]; CAMLreturn(res); } void dGifCloseFile( value hdl ) { CAMLparam1(hdl); /* For the bug libungif/giflib 4.1.0 */ /* This may add a new memory leak, but it is better than having segmentation faults */ ((GifFileType *)hdl)->Image.ColorMap = NULL; #if (GIFLIB_MAJOR <= 4) DGifCloseFile( (GifFileType *) hdl); #else DGifCloseFile( (GifFileType *) hdl, NULL ); #endif CAMLreturn0; } value dGifGetRecordType( value hdl ) { CAMLparam1(hdl); GifRecordType RecordType; if (DGifGetRecordType((GifFileType*) hdl, &RecordType) == GIF_ERROR) { failwith("DGifGetRecordType"); } CAMLreturn(Val_int(RecordType)); } value dGifGetImageDesc( value hdl ) { CAMLparam1(hdl); if (DGifGetImageDesc( (GifFileType*) hdl ) == GIF_ERROR){ failwith("DGIFGetImageDesc"); } CAMLreturn(Val_GifImageDesc( &((GifFileType*) hdl)-> Image )); } value dGifGetLine( value hdl ) { CAMLparam1(hdl); CAMLlocal1(buf); GifFileType *GifFile = (GifFileType*) hdl; if( oversized( GifFile->Image.Width, sizeof(GifPixelType) ) ){ failwith_oversized("gif"); } buf = alloc_string( GifFile->Image.Width * sizeof(GifPixelType) ); if( DGifGetLine(GifFile, String_val(buf), GifFile->Image.Width ) == GIF_ERROR ){ // PrintGifError (); failwith("DGifGetLine"); } CAMLreturn(buf); } value dGifGetExtension( value hdl ) { CAMLparam1(hdl); CAMLlocal3(ext,exts,res); CAMLlocal1(newres); GifFileType *GifFile = (GifFileType*) hdl; int func; GifByteType *extData; exts = Val_int(0); if (DGifGetExtension(GifFile,&func, &extData) == GIF_ERROR){ failwith("DGifGetExtension"); } while( extData != NULL ){ ext= alloc_string(extData[0]); memcpy(String_val(ext), &extData[1], extData[0]); newres = alloc_small(2,0); Field(newres, 0)= ext; Field(newres, 1)= exts; exts= newres; DGifGetExtensionNext(GifFile, &extData); } res = alloc_small(2,0); Field(res,0) = Val_int(func); Field(res,1) = exts; CAMLreturn(res); } camlspotter-camlimages-e471b3c4470d/src/gifwrite.c0000644000000000000000000001167612405272062020160 0ustar 00000000000000/***********************************************************************/ /* */ /* Objective Caml */ /* */ /* Franois Pessaux, projet Cristal, INRIA Rocquencourt */ /* Pierre Weis, projet Cristal, INRIA Rocquencourt */ /* Jun Furuse, projet Cristal, INRIA Rocquencourt */ /* */ /* Copyright 1999,2000 */ /* Institut National de Recherche en Informatique et en Automatique. */ /* Distributed only by permission. */ /* */ /***********************************************************************/ #ifdef HAVE_CONFIG_H #include "config.h" #endif #include #include #include #include #include #include #include // GIFLIB_MAJOR is only defined in libgif >= 4.2.0 #if !defined(GIFLIB_MAJOR) # define GIFLIB_MAJOR 4 #endif int list_length( value list ) { CAMLparam1(list); CAMLlocal1(l); register int length = 0; for(l = list; l != Val_int(0); l = Field(l,1)){ length ++; } CAMLreturn(length); } ColorMapObject *ColorMapObject_val( value cmap ) { // no caml allocation inside. int len; int i; ColorMapObject *cmapobj; if( cmap == Atom(0) ){ return NULL; } len = Wosize_val(cmap); /* fprintf(stderr, "Creating map with length = %d ...\n", len); fflush(stderr); */ #if (GIFLIB_MAJOR == 4) cmapobj = MakeMapObject( len, NULL ); #else cmapobj = GifMakeMapObject( len, NULL ); #endif for(i=0; i< len; i++){ cmapobj->Colors[i].Red = Int_val(Field(Field(cmap,i),0)); cmapobj->Colors[i].Green = Int_val(Field(Field(cmap,i),1)); cmapobj->Colors[i].Blue = Int_val(Field(Field(cmap,i),2)); } return cmapobj; } value eGifOpenFileName( name ) value name; { CAMLparam1(name); GifFileType *GifFileOut; #if (GIFLIB_MAJOR <= 4) GifFileOut = EGifOpenFileName( String_val( name ), 0 ); #else GifFileOut = EGifOpenFileName( String_val( name ), 0, NULL ); #endif if (GifFileOut == NULL) { failwith("EGifOpenFileName"); } /* gcc -fwritable-strings is required to compile libungif */ #if GIFLIB_BUG_FIXED EGifSetGifVersion("89a"); #endif CAMLreturn((value)GifFileOut); } void eGifCloseFile( value hdl ) { CAMLparam1(hdl); /* For the bug libungif/giflib 4.1.0 */ /* This may add a new memory leak, but it is better than having segmentation faults */ ((GifFileType *)hdl)->Image.ColorMap = NULL; #if (GIFLIB_MAJOR <= 4) EGifCloseFile( (GifFileType *) hdl ); #else EGifCloseFile( (GifFileType *) hdl, NULL ); #endif CAMLreturn0; } void eGifPutScreenDesc( value oc, value sdesc ) { CAMLparam2(oc,sdesc); GifFileType *GifFileOut = (GifFileType*) oc; if ( EGifPutScreenDesc(GifFileOut, Int_val(Field(sdesc, 0)), Int_val(Field(sdesc, 1)), Int_val(Field(sdesc, 2)), Int_val(Field(sdesc, 3)), ColorMapObject_val( Field(sdesc, 4) )) == GIF_ERROR){ failwith("EGifPutScreenDesc"); } CAMLreturn0; } void eGifPutImageDesc( value oc, value idesc ) { CAMLparam2(oc,idesc); GifFileType *GifFileOut = (GifFileType*) oc; if ( EGifPutImageDesc(GifFileOut, Int_val(Field(idesc, 0)), Int_val(Field(idesc, 1)), Int_val(Field(idesc, 2)), Int_val(Field(idesc, 3)), Int_val(Field(idesc, 4)), ColorMapObject_val( Field(idesc, 5) )) == GIF_ERROR){ failwith("EGifPutImageDesc"); } CAMLreturn0; } void eGifPutLine( value oc, value buf ) { CAMLparam2(oc,buf); GifFileType *GifFileOut = (GifFileType*) oc; if ( EGifPutLine(GifFileOut, String_val(buf), GifFileOut->Image.Width) == GIF_ERROR ){ // PrintGifError (); failwith("EGifPutLine"); } CAMLreturn0; } void eGifPutExtension( value oc, value ext ) { CAMLparam2(oc,ext); CAMLlocal1(l); GifFileType *GifFileOut = (GifFileType*) oc; int extCode; int extLen; char **extension; int i; extCode = Int_val(Field(ext,0)); extLen = list_length( Field(ext,1) ); if( (extension = malloc(sizeof(char*) * extLen)) == NULL ){ failwith("EGifPutExtension"); } for( i=0, l= Field(ext,1); i 255 ){ failwith("EGifPutExtension: strlen > 255"); } if( (str = malloc(len + 1)) == NULL ){ failwith("EGifPutExtension"); } str[0] = len; memcpy(str+1, String_val(Field(l,0)), len); extension[i] = str; } if( EGifPutExtension(GifFileOut, extCode, extLen, extension) == GIF_ERROR ){ for(i=0; i let w = bitmap.Index8.width and h = bitmap.Index8.height and colormap = bitmap.Index8.colormap.map in let cmap = Array.map (fun {r = r; g = g; b = b} -> Graphics.rgb r g b) colormap in if bitmap.Index8.transparent <> -1 then cmap.(bitmap.Index8.transparent) <- transp; Array.init h (fun i -> Array.init w (fun j -> cmap.(Index8.unsafe_get bitmap j i))) | Index16 bitmap -> let w = bitmap.Index16.width and h = bitmap.Index16.height and colormap = bitmap.Index16.colormap.map in let cmap = Array.map (fun {r = r; g = g; b = b} -> rgb r g b) colormap in if bitmap.Index16.transparent <> -1 then cmap.(bitmap.Index16.transparent) <- transp; Array.init h (fun i -> Array.init w (fun j -> cmap.(Index16.unsafe_get bitmap j i))) | Rgb24 bitmap -> let w = bitmap.Rgb24.width and h = bitmap.Rgb24.height in Array.init h (fun i -> Array.init w (fun j -> let {r = r; g = g; b = b} = Rgb24.unsafe_get bitmap j i in rgb r g b)) | Rgba32 _ | Cmyk32 _ -> failwith "RGBA and CMYK not supported" ;; let of_image img = Graphics.make_image (array_of_image img);; let draw_image img x y = Graphics.draw_image (of_image img) x y;; let image_of grpimg = let rgb_of_color color = { r = (color lsr 16) land 0xFF; g = (color lsr 8) land 0xFF; b = color land 0xFF; } in let array = Graphics.dump_image grpimg in let height = Array.length array in let width = Array.length array.(0) in let img = Rgb24.create width height in for y = 0 to height - 1 do for x = 0 to width - 1 do Rgb24.unsafe_set img x y (rgb_of_color array.(y).(x)) done done; img ;; let get_image x y w h = image_of (Graphics.get_image x y w h);; camlspotter-camlimages-e471b3c4470d/src/graphic_image.mli0000644000000000000000000000336312405272062021450 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: graphic_image.mli,v 1.2 2009/02/08 15:00:49 weis Exp $ *) (** Interface of images from this library to images of the Caml [Graphics] library. *) val draw_image : Images.t -> int -> int -> unit;; (** Draw an [Images.t] value into the graphic window. *) val get_image : int -> int -> int -> int -> Rgb24.t (** [get_image x y w h] Capture the contents of a rectangle of the graphic window with lower left corner at [x,y], width [w] and height [h] *) (** lower interface *) val array_of_image : Images.t -> Graphics.color array array;; (** Convert an [Images.t] value to an array of colors. *) val of_image : Images.t -> Graphics.image;; (** Convert an [Images.t] value to a graphic image. *) val image_of : Graphics.image -> Rgb24.t;; (** Convert an [Graphics.image] value to *our* image *) camlspotter-camlimages-e471b3c4470d/src/image_intf.mli0000644000000000000000000001371612405272062020776 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franis Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: image_intf.mli,v 1.2 2009/07/04 03:39:28 furuse Exp $ *) (** Color to bytes encoder/decoder module type *) module type ENCODE = sig type t val bytes_per_pixel : int val get : bytes -> int -> t val set : bytes -> int -> t -> unit val make : t -> bytes end;; (** Low level image module type *) module type RAWIMAGE = sig module Encode : ENCODE type elt and bitmap and t = { width : int; height : int; bitmap : bitmap; } val width : t -> int val height : t -> int val dump : t -> bytes val create_with : int -> int -> bytes -> t val create_with_scanlines : int -> int -> bytes array -> t val create : int -> int -> t val make : int -> int -> elt -> t val unsafe_access : t -> int -> int -> bytes * int val get_strip : t -> int -> int -> int -> bytes val set_strip : t -> int -> int -> int -> bytes -> unit val get_scanline : t -> int -> bytes val get_scanline_ptr : t -> (int -> (bytes * int) * int) option val set_scanline : t -> int -> bytes -> unit val unsafe_get : t -> int -> int -> elt val unsafe_set : t -> int -> int -> elt -> unit val get : t -> int -> int -> elt val set : t -> int -> int -> elt -> unit val destroy : t -> unit val copy : t -> t val sub : t -> int -> int -> int -> int -> t val blit : t -> int -> int -> t -> int -> int -> int -> int -> unit val map : (elt -> elt -> elt) -> t -> int -> int -> t -> int -> int -> int -> int -> unit val blocks : t -> int * int val dump_block : t -> int -> int -> Bitmap.Block.t end;; (** low image container module type *) module type CONTAINER = sig type container type rawimage val rawimage : container -> rawimage val create_default : int -> int -> rawimage -> container val create_duplicate : container -> int -> int -> rawimage -> container end;; module type IMAGE = sig type t type elt (** Image creation *) val create : int -> int -> t (** [create w h] creates an image with a size [w]x[h]. The content is the image is not initialized. *) val make : int -> int -> elt -> t (** [make w h c] creates an image with a size [w]x[h]. The content is the image is initialized to the color [c]. *) val destroy : t -> unit (** [destroy t] explicitly frees the image content of [t]. If you do not use bitmap swap files, you do not need to call this function, since GC will free unreachable image data automatically. Read bitmap.mli for more details. *) (** Pixel access *) val get : t -> int -> int -> elt (** [get t x y] gets image pixel of [t] at [x],[y]. If [x],[y] is outside of the image size, Images.Out_of_image exception is raised. *) val set : t -> int -> int -> elt -> unit (** [set t x y c] sets image pixel of [t] at [x],[y] by the color [c]. If [x],[y] is outside of the image size, Images.Out_of_image exception is raised. *) val unsafe_get : t -> int -> int -> elt val unsafe_set : t -> int -> int -> elt -> unit (** Unsafe versions of [get] and [set]. It does not perform any image boundary check. If the coordinates are out of the given image, the result is undefined. Use carefully. *) (** Image copy *) val copy : t -> t (** [copy t] duplicates the image [t]. *) val sub : t -> int -> int -> int -> int -> t (** [sub t x y w h] duplicates a subimage of [t] of size [w]x[h], whose origin (0,0) is at (x,y) of [t]. *) val blit : t -> int -> int -> t -> int -> int -> int -> int -> unit (** [blit src x y dst x' y' w h] copies rectangular area of [src] at [x],[y] with size [w]x[h], to an image [dst]. The origin of the subimage comes at [x'],[y'] of [dst]. *) val map : (elt -> elt -> elt) -> t -> int -> int -> t -> int -> int -> int -> int -> unit (** [map f src x y dst x' y' w h] maps pixels of the rectangular area of [src] at [x],[y] with size [w]x[h], to an image [dst], using color conversion function [f]. The origin of the subimage comes at [x'],[y'] of [dst]. *) (** functions for internal use *) val dump : t -> bytes val unsafe_access : t -> int -> int -> bytes * int val get_strip : t -> int -> int -> int -> bytes val set_strip : t -> int -> int -> int -> bytes -> unit val get_scanline : t -> int -> bytes val get_scanline_ptr : t -> (int -> (bytes * int) * int) option val set_scanline : t -> int -> bytes -> unit val blocks : t -> int * int val dump_block : t -> int -> int -> Bitmap.Block.t end;; module type CONTAINER_INDEXED = sig type container type rawimage type mapelt val rawimage : container -> rawimage val create_default : int -> int -> rawimage -> container val create_duplicate : container -> int -> int -> rawimage -> container val colormap : container -> mapelt Color.map end;; module type IMAGEINDEXED = sig include IMAGE type mapelt (** Pixel access *) val get_color : t -> int -> int -> mapelt (** [get_color x y] returns image pixel color value of [t] at [x],[y]. If [x],[y] is outside of the image size, Images.Out_of_image exception is raised. *) val unsafe_get_color : t -> int -> int -> mapelt end;; camlspotter-camlimages-e471b3c4470d/src/imagegdk.ml0000644000000000000000000000506612405272062020272 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: imagegdk.ml,v 1.2 2009/03/01 09:49:53 furuse Exp $*) let initialized = ref None ;; let try_initialize () = if !initialized = None then begin Gdk.Rgb.init (); initialized := Some (Gdk.Rgb.get_visual (), Gdk.Rgb.get_cmap ()) end ;; open OImages let draw (obj : #GDraw.drawable) ?x ?y ?dither image = try_initialize (); match tag image, image#blocks with | Rgb24 image, (1,1) -> let string = fst (image#unsafe_access 0 0) in let buf = Gpointer.region_of_string string in obj#put_rgb_data ~width: image#width ~height: image#height ?x ?y ?dither ~row_stride:(image#width * 3) buf | _ -> failwith "Gdkrgb.draw" ;; let to_pixbuf image = match tag image, image#blocks with | Rgb24 image, (1,1) -> let string = fst (image#unsafe_access 0 0) in let buf = Gpointer.region_of_string string in (* string may be GC'ed here? *) let pixbuf = GdkPixbuf.from_data ~width: image#width ~height: image#height ~bits: 8 ~rowstride:(image#width * 3) ~has_alpha: false buf in pixbuf | Rgb24 image, (w,h) -> let dest = GdkPixbuf.create ~width:image#width ~height:image#height ~bits: 8 ~has_alpha: false () in for x = 0 to w - 1 do for y = 0 to h - 1 do let blk = image#dump_block x y in let width = blk.Bitmap.Block.width in let height = blk.Bitmap.Block.height in let buf = Gpointer.region_of_string blk.Bitmap.Block.dump in let pixbuf = GdkPixbuf.from_data ~width ~height ~bits: 8 ~rowstride:(width * 3) ~has_alpha: false buf in GdkPixbuf.copy_area ~dest ~dest_x: blk.Bitmap.Block.x ~dest_y: blk.Bitmap.Block.y ~width ~height pixbuf done done; dest | Cmyk32 _, _ -> failwith "Gdkrgb.draw cmyk32" | _ -> failwith "Gdkrgb.draw" ;; camlspotter-camlimages-e471b3c4470d/src/imagegdk.mli0000644000000000000000000000172712405272062020443 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) val draw : #GDraw.drawable -> ?x:int -> ?y:int -> ?dither:Gdk.Tags.rgb_dither -> OImages.oimage -> unit val to_pixbuf : OImages.oimage -> GdkPixbuf.pixbuf camlspotter-camlimages-e471b3c4470d/src/images.ml0000644000000000000000000002642312405272062017767 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: images.ml,v 1.3 2008/06/16 22:35:42 furuse Exp $ *) (* The image data structure definition. *) (**************************************************************** Exceptions *) exception Out_of_image;; (* exception for illegal point access *) exception Wrong_image_type;; (* exception for illegal internal image type *) exception Wrong_file_type;; (* exception for unsupported image FILE format *) (* Update region.error *) Region.error := (fun () -> raise Out_of_image);; (************************************************************* Generic image *) type t = | Index8 of Index8.t | Rgb24 of Rgb24.t | Index16 of Index16.t | Rgba32 of Rgba32.t | Cmyk32 of Cmyk32.t;; (* Generic image type *) type sequence = { seq_width: int; seq_height: int; seq_frames: frame list; seq_loops: int } and frame = { frame_left: int; frame_top: int; frame_image: t; frame_delay: int (* mili secs *) };; (******************************************************************** Colors *) (* Colors: the copies of color.mli *) type rgb = Color.rgb = { mutable r: int; mutable g: int; mutable b: int };; type rgba = Color.rgba = { color: rgb; mutable alpha: int };; type cmyk = Color.cmyk = { mutable c : int; mutable m : int; mutable y : int; mutable k : int };; type 'a map = 'a Color.map = { mutable max: int; (* maximum number allowed in the color map (-1 = unlimited) *) mutable map: 'a array };; (********************************************************* Image file format *) (* Image formats *) type format = | Gif | Bmp | Jpeg | Tiff | Png | Xpm | Ppm | Ps;; (************************************************ Image file name extensions *) let extension = function | Gif -> "gif" | Bmp -> "bmp" | Jpeg -> "jpg" | Tiff -> "tif" | Png -> "png" | Xpm -> "xpm" | Ppm -> "ppm" | Ps -> "eps";; let get_extension s = try let dotpos = String.rindex s '.' in String.sub s 0 dotpos, String.sub s (dotpos + 1) (String.length s - dotpos - 1) with | _ -> s, "";; let guess_extension s = let s = String.lowercase s in match s with | "gif" -> Gif | "bmp" -> Bmp | "jpeg" | "jpg" -> Jpeg | "tiff" | "tif" -> Tiff | "png" -> Png | "xpm" -> Xpm | "ppm" | "pgm" | "pbm" -> Ppm | "eps" | "ps" | "epsf" | "epsi" -> Ps | _ -> raise Not_found;; let guess_format file = guess_extension (snd (get_extension file));; (******************************************** Image file header informations *) type colormodel = Info.colormodel = | Gray | RGB | Index | GrayA | RGBA;; (* Infos attached to bitmaps *) type info = Info.info = | Info_DPI of float (* dot per inch *) | Info_BigEndian | Info_LittleEndian (* endianness of image file *) | Info_ColorModel of colormodel (* color model of image file *) | Info_Depth of int (* Image bit depth *) | Info_Corrupted (* For corrupted PNG files *);; (* Info query *) let rec dpi = function | [] -> None | Info_DPI dpi :: _ -> Some dpi | _ :: xs -> dpi xs;; (* Image file header *) type header = { header_width : int; header_height : int; header_infos : info list };; (**************************************************** Image file I/O options *) (* Load options *) type load_option = | Load_Progress of (float -> unit) (* For progress meters *) | Load_Resolution of float * float (* Pixel/Inch for rasterization of PS *) ;; (* Save options *) type save_option = | Save_Quality of int (* Save quality for Jpeg compression *) | Save_Progress of (float -> unit) (* For progress meters *) | Save_Interlace (* Interlaced Gif *);; (* Option queries *) let rec load_progress = function | [] -> None | Load_Progress p :: _ -> Some p | _ :: xs -> load_progress xs;; let rec load_resolution = function | [] -> None | Load_Resolution (px, py) :: _ -> Some (px, py) | _ :: xs -> load_resolution xs;; let rec save_progress = function | [] -> None | Save_Progress p :: _ -> Some p | _ :: xs -> save_progress xs;; let rec save_interlace = function | [] -> false | Save_Interlace :: _ -> true | _ :: xs -> save_interlace xs;; let rec save_quality = function | [] -> None | Save_Quality q :: _ -> Some q | _ :: xs -> save_quality xs;; (******************************** The type for methods of image file formats *) type format_methods = { check_header: (string -> header); load: (string -> load_option list -> t) option; save: (string -> save_option list -> t -> unit) option; load_sequence: (string -> load_option list -> sequence) option; save_sequence: (string -> save_option list -> sequence -> unit) option; };; let methods_list = ref [];; let file_format filename = let result = ref None in try List.iter (fun (format, methods) -> try result := Some (format, methods.check_header filename); raise Exit with | Wrong_file_type -> ()) !methods_list; raise Wrong_file_type with | Exit -> match !result with | Some r -> r | None -> assert false;; (************************************************ Generic image manupilation *) let add_methods format methods = methods_list := (format, methods) :: !methods_list let load filename load_options = let result = ref None in try List.iter (fun (_format, methods) -> try let _ = methods.check_header filename in match methods.load with Some load -> result := Some (load filename load_options); raise Exit | None -> raise Wrong_file_type with | Wrong_file_type -> ()) !methods_list; raise Wrong_file_type with | Exit -> match !result with | Some r -> r | None -> assert false;; let save filename formatopt save_options t = try let format = match formatopt with | Some format -> format | None -> guess_format filename in let methods = List.assoc format !methods_list in match methods.save with Some save -> save filename save_options t | None -> raise Wrong_file_type with | Not_found -> raise Wrong_file_type;; let size img = match img with | Index8 bmp -> bmp.Index8.width, bmp.Index8.height | Index16 bmp -> bmp.Index16.width, bmp.Index16.height | Rgb24 bmp -> bmp.Rgb24.width, bmp.Rgb24.height | Rgba32 bmp -> bmp.Rgba32.width, bmp.Rgba32.height | Cmyk32 bmp -> bmp.Cmyk32.width, bmp.Cmyk32.height;; let width img = match img with | Index8 bmp -> bmp.Index8.width | Index16 bmp -> bmp.Index16.width | Rgb24 bmp -> bmp.Rgb24.width | Rgba32 bmp -> bmp.Rgba32.width | Cmyk32 bmp -> bmp.Cmyk32.width;; let height img = match img with | Index8 bmp -> bmp.Index8.height | Index16 bmp -> bmp.Index16.height | Rgb24 bmp -> bmp.Rgb24.height | Rgba32 bmp -> bmp.Rgba32.height | Cmyk32 bmp -> bmp.Cmyk32.height;; let destroy img = match img with | Index8 bmp -> Index8.destroy bmp | Rgb24 bmp -> Rgb24.destroy bmp | Index16 bmp -> Index16.destroy bmp | Rgba32 bmp -> Rgba32.destroy bmp | Cmyk32 bmp -> Cmyk32.destroy bmp;; let sub img x y w h = let f = match img with | Index8 img -> (fun x y w h -> Index8 (Index8.sub img x y w h)) | Rgb24 img -> (fun x y w h -> Rgb24 (Rgb24.sub img x y w h)) | Index16 img -> (fun x y w h -> Index16 (Index16.sub img x y w h)) | Rgba32 img -> (fun x y w h -> Rgba32 (Rgba32.sub img x y w h)) | Cmyk32 img -> (fun x y w h -> Cmyk32 (Cmyk32.sub img x y w h)) in f x y w h;; let copy img = sub img 0 0 (width img) (height img);; let blit src sx sy dst dx dy = let f = match src, dst with | Index8 src, Index8 dst -> (fun sx sy -> Index8.blit src sx sy dst) | Rgb24 src, Rgb24 dst -> (fun sx sy -> Rgb24.blit src sx sy dst) | Index16 src, Index16 dst -> (fun sx sy -> Index16.blit src sx sy dst) | Rgba32 src, Rgba32 dst -> (fun sx sy -> Rgba32.blit src sx sy dst) | Cmyk32 src, Cmyk32 dst -> (fun sx sy -> Cmyk32.blit src sx sy dst) | _ -> raise (Invalid_argument "Images.blit") in f sx sy dx dy;; (* image sequences *) let make_sequence t = { seq_width = width t; seq_height = height t; seq_frames = [ { frame_left= 0; frame_top= 0; frame_image= t; frame_delay= 0 } ]; seq_loops = 0 };; let unoptimize_sequence seq = (* sequence must be non-empty *) let coe = function | Index8 t -> Rgba32 (Index8.to_rgba32 t) | Index16 t -> Rgba32 (Index16.to_rgba32 t) | t -> t in { seq with seq_frames = begin let _, result = let head_frame = List.hd seq.seq_frames in List.fold_left (fun (previmage, result) frame -> let newimage = copy previmage in let src = coe frame.frame_image in begin match src, newimage with | Rgb24 _, _ | Cmyk32 _, _ -> (* non transparent *) blit src 0 0 newimage frame.frame_left frame.frame_top (width src) (height src) | Rgba32 src32, Rgba32 dst32 -> (* transparent *) Rgba32.map Color.Rgba.merge src32 0 0 dst32 frame.frame_left frame.frame_top (width src) (height src) | _ -> assert false end; (newimage, { frame_left = 0; frame_top = 0; frame_image = newimage; frame_delay = frame.frame_delay } :: result)) (coe head_frame.frame_image, [head_frame]) (List.tl seq.seq_frames) in List.rev result end };; let load_sequence filename load_options = let result = ref None in try List.iter (fun (_format, methods) -> try let _ = methods.check_header filename in match methods.load_sequence, methods.load with | Some load, _ -> result := Some (load filename load_options); raise Exit | None, Some load -> result := Some (make_sequence (load filename load_options)); | None, None -> raise Wrong_file_type with | Wrong_file_type -> ()) !methods_list; raise Wrong_file_type with | Exit -> match !result with | Some r -> r | None -> assert false;; let save_sequence filename formatopt save_options seq = try let format = match formatopt with | Some format -> format | None -> guess_format filename in let methods = List.assoc format !methods_list in match methods.save_sequence with Some save -> save filename save_options seq | None -> raise Wrong_file_type with | Not_found -> raise Wrong_file_type;; let blocks img = match img with | Index8 img -> Index8.blocks img | Rgb24 img -> Rgb24.blocks img | Index16 img -> Index16.blocks img | Rgba32 img -> Rgba32.blocks img | Cmyk32 img -> Cmyk32.blocks img camlspotter-camlimages-e471b3c4470d/src/images.mli0000644000000000000000000001652412405272062020141 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004 *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: images.mli,v 1.3 2009/02/08 15:04:20 weis Exp $ *) (** The image data structure definition. *) (**************************************************************** Exceptions *) exception Out_of_image;; (** Exception for illegal point access *) exception Wrong_image_type;; (** Exception for illegal internal image type *) exception Wrong_file_type;; (** Exception for unsupported image FILE format *) (************************************************************* Generic image *) type t = | Index8 of Index8.t | Rgb24 of Rgb24.t | Index16 of Index16.t | Rgba32 of Rgba32.t | Cmyk32 of Cmyk32.t;; (** Generic image type *) type sequence = { seq_width: int; seq_height: int; seq_frames: frame list; seq_loops: int } and frame = { frame_left: int; frame_top: int; frame_image: t; frame_delay: int (* mili secs *) };; (******************************************************************** Colors *) (** Colors: the copies of color.mli *) type rgb = Color.rgb = { mutable r: int; mutable g: int; mutable b: int };; type rgba = Color.rgba = { color: rgb; mutable alpha: int };; type cmyk = Color.cmyk = { mutable c : int; mutable m : int; mutable y : int; mutable k : int };; type 'a map = 'a Color.map = { mutable max: int; (* maximum number allowed in the color map (-1 = unlimited) *) mutable map: 'a array };; (********************************************************* Image file format *) (** Image formats *) type format = | Gif | Bmp | Jpeg | Tiff | Png | Xpm | Ppm | Ps;; (************************************************ Image file name extensions *) (** Functions for filename extensions *) val extension : format -> string;; (** returns the corresponding extension "gif", "bmp" etc. for given format *) val guess_format : string -> format (** returns the image format guessed from the file extension of a given file name *) (** Lower interface *) val get_extension : string -> string * string;; val guess_extension : string -> format;; (******************************************** Image file header informations *) type colormodel = Info.colormodel = | Gray | RGB | Index | GrayA | RGBA;; (** Infos attached to bitmaps *) type info = Info.info = | Info_DPI of float (** dot per inch *) | Info_BigEndian | Info_LittleEndian (** endianness of image file *) | Info_ColorModel of colormodel (** color model of image file *) | Info_Depth of int (** Image bit depth *) | Info_Corrupted (** For corrupted PNG files *);; (** Info query *) val dpi : info list -> float option;; (** Image file header *) type header = { header_width : int; header_height : int; header_infos : info list };; val file_format : string -> format * header (** [file_format filename] reads the header of image file [filename] and returns its format and some useful information found in the header (ex. width, height). [file_format] does not read image contents, but just quickly returns file header information. [file_format] does not depend on any external libraries *) (**************************************************** Image file I/O options *) (** Load options *) type load_option = | Load_Progress of (float -> unit) (** For progress meters *) | Load_Resolution of float * float (** Pixel/Inch for rasterization of PS *) ;; (** Save options *) type save_option = | Save_Quality of int (** Save quality for Jpeg compression *) | Save_Progress of (float -> unit) (** For progress meters *) | Save_Interlace (** Interlaced Gif *);; (** Option queries *) val load_progress : load_option list -> (float -> unit) option;; val load_resolution : load_option list -> (float * float) option;; val save_progress : save_option list -> (float -> unit) option;; val save_interlace : save_option list -> bool;; val save_quality : save_option list -> int option;; (******************************** The type for methods of image file formats *) type format_methods = { check_header: (string -> header); load: (string -> load_option list -> t) option; save: (string -> save_option list -> t -> unit) option; load_sequence: (string -> load_option list -> sequence) option; save_sequence: (string -> save_option list -> sequence -> unit) option; };; (************************************************ Generic image manupilation *) val add_methods : format -> format_methods -> unit (** If you write new drivers for some image format, use this function to register their loading/saving functions into the libaray *) val load : string -> load_option list -> t;; (** [load filename options] read the header of an image file [filename], loads the image by calling corresponding loading method, and returns it. If the file format is not supported by the library, a Wrong_file_type exception will be raised. You can specify loading options in [options] such as progressive meter function. *) val save : string -> format option -> save_option list -> t -> unit;; (** [save filename formatopt options image] saves [image] into a file [filename]. The image format can be specified by [formatopt]. If [formatopt] is [Some format], then [format] is used. If it is [None], then the image format is guessed from [filename]. You can specify some saving parameters [options]. Some options are specific to some image formats and do not work with the others. *) val load_sequence : string -> load_option list -> sequence;; val save_sequence : string -> format option -> save_option list -> sequence -> unit;; val unoptimize_sequence : sequence -> sequence;; val size : t -> int * int;; (** Returns size (width and height) of image *) val destroy : t -> unit;; (** Free the image. If you turn on image swapping (see bitmap.mli), you can call this function explicitly to tell the library that this image is no longer used. (This is not required, though.) *) val sub : t -> int -> int -> int -> int -> t;; (** [sub dst x y width height] returns sub-bitmap of [dst], at (x, y) - (x + width - 1, y + height - 1). *) val blit : t -> int -> int -> t -> int -> int -> int -> int -> unit;; (** [blit src sx sy dst dx dy width height] copies the rectangle region of [src] at (sx, sy) - (sx + width - 1, sy + height - 1) to [dst], at (dx, dy) - (dx + width - 1, dy + height - 1). *) val blocks : t -> int * int;; camlspotter-camlimages-e471b3c4470d/src/index16.ml0000644000000000000000000001152312405272062017773 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: index16.ml,v 1.4 2009/07/04 03:39:28 furuse Exp $*) open Util module E = struct type t = int let bytes_per_pixel = 2 let get str pos = int_of_char str.[pos ] * 256 + int_of_char str.[pos + 1] let set str pos t = str << pos & char_of_int (t / 256); str << pos + 1 & char_of_int (t mod 256) let make t = let str = Bytes.create bytes_per_pixel in set str 0 t; str end;; module RI = Genimage.MakeRawImage(E);; type rawimage = RI.t;; type elt = int;; type t = { width : int; height : int; rawimage : RI.t; mutable infos : Info.info list; mutable colormap : Color.rgb Color.map; mutable transparent : int };; module C = struct open Color type rawimage = RI.t type container = t type mapelt = Color.rgb let rawimage x = x.rawimage let create_default width height rawimage = { width = width; height = height; rawimage = rawimage; colormap = { map = [||]; max = 65535 }; transparent = (-1); infos = [] } let create_duplicate src width height rawimage = { width = width; height = height; rawimage = rawimage; colormap = src.colormap; transparent = src.transparent; infos = src.infos; } let colormap t = t.colormap end;; module IMAGE = Genimage.MakeIndexed(RI)(C);; let create_with width height infos colormap transparent data = { width = width; height = height; rawimage = RI.create_with width height data; colormap = colormap; transparent = transparent; infos = infos; };; let create_with_scanlines width height infos colormap transparent data = { width = width; height = height; rawimage = RI.create_with_scanlines width height data; colormap = colormap; transparent = transparent; infos = infos; };; let rawimage = C.rawimage;; let create = IMAGE.create;; let make = IMAGE.make;; let dump = IMAGE.dump;; let unsafe_access = IMAGE.unsafe_access;; let get_strip = IMAGE.get_strip;; let set_strip = IMAGE.set_strip;; let get_scanline = IMAGE.get_scanline;; let set_scanline = IMAGE.set_scanline;; let unsafe_get = IMAGE.unsafe_get;; let unsafe_set = IMAGE.unsafe_set;; let get = IMAGE.get;; let set = IMAGE.set;; let unsafe_get_color = IMAGE.unsafe_get_color;; let get_color = IMAGE.get_color;; let destroy = IMAGE.destroy;; let copy = IMAGE.copy;; let sub = IMAGE.sub;; let blit = IMAGE.blit;; let map = IMAGE.map;; let blocks = IMAGE.blocks;; let dump_block = IMAGE.dump_block;; let unsafe_get_rgb = unsafe_get_color;; let get_rgb = get_color;; open Color;; let to_rgb24 ?failsafe t = let rgb24 = Rgb24.create t.width t.height in let cmapsize = Array.length t.colormap.map in begin match failsafe with | Some failsafecolor -> for y = 0 to t.height - 1 do for x = 0 to t.width - 1 do let idx = unsafe_get t x y in let rgb = if idx < 0 || idx >= cmapsize then failsafecolor else t.colormap.map.(idx) in Rgb24.unsafe_set rgb24 x y rgb done done | None -> for y = 0 to t.height - 1 do for x = 0 to t.width - 1 do Rgb24.unsafe_set rgb24 x y (unsafe_get_color t x y) done done end; rgb24;; let to_rgba32 ?failsafe t = let rgba32 = Rgba32.create t.width t.height in let cmapsize = Array.length t.colormap.map in begin match failsafe with | Some failsafecolor -> for y = 0 to t.height - 1 do for x = 0 to t.width - 1 do let rgba = let index = unsafe_get t x y in if index < 0 || index >= cmapsize then failsafecolor else { color = t.colormap.map.(index); alpha = if index = t.transparent then 0 else 255; } in Rgba32.unsafe_set rgba32 x y rgba done done | None -> for y = 0 to t.height - 1 do for x = 0 to t.width - 1 do let index = unsafe_get t x y in Rgba32.unsafe_set rgba32 x y { color = t.colormap.map.(index); alpha = if index = t.transparent then 0 else 255 } done done end; rgba32;; camlspotter-camlimages-e471b3c4470d/src/index16.mli0000644000000000000000000000563012405272062020146 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: index16.mli,v 1.4 2009/07/04 03:39:28 furuse Exp $*) (** Indexed 16 bit depth image format *) type elt = int;; type rawimage;; (* The image type *) type t = { width : int; height : int; rawimage : rawimage; mutable infos : Info.info list; mutable colormap : Color.rgb Color.map; mutable transparent : int; };; val to_rgb24 : ?failsafe: Color.rgb -> t -> Rgb24.t;; val to_rgba32 : ?failsafe: Color.rgba -> t -> Rgba32.t;; (** [to_rgb? ~failsafe t]: Image format conversion functions to Rgb24.t and Rgba32.t images. If the color for some pixel value is not defined, [failsafe] color is used as default. *) (** Generic functions. *) (** Please read the comments of IMAGEINDEXED in genimage.mli *) val dump : t -> bytes;; val unsafe_access : t -> int -> int -> bytes * int;; val get_strip : t -> int -> int -> int -> bytes;; val set_strip : t -> int -> int -> int -> bytes -> unit;; val get_scanline : t -> int -> bytes;; val set_scanline : t -> int -> bytes -> unit;; val unsafe_get : t -> int -> int -> elt;; val unsafe_set : t -> int -> int -> elt -> unit;; val get : t -> int -> int -> elt;; val set : t -> int -> int -> elt -> unit;; val unsafe_get_color : t -> int -> int -> Color.rgb;; val get_color : t -> int -> int -> Color.rgb;; val unsafe_get_rgb : t -> int -> int -> Color.rgb;; val get_rgb : t -> int -> int -> Color.rgb;; val destroy : t -> unit;; val blit : t -> int -> int -> t -> int -> int -> int -> int -> unit;; val map : (elt -> elt -> elt) -> t -> int -> int -> t -> int -> int -> int -> int -> unit;; val blocks : t -> int * int val dump_block : t -> int -> int -> Bitmap.Block.t val create_with : int -> int -> Info.info list -> Color.rgb Color.map -> int -> bytes -> t;; val create_with_scanlines : int -> int -> Info.info list -> Color.rgb Color.map -> int -> bytes array -> t;; val create : int -> int -> t;; val make : int -> int -> elt -> t;; val copy : t -> t;; val sub : t -> int -> int -> int -> int -> t;; val rawimage : t -> rawimage camlspotter-camlimages-e471b3c4470d/src/index8.ml0000644000000000000000000001125012405272062017711 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: index8.ml,v 1.4 2009/07/04 03:39:28 furuse Exp $*) open Util module E = struct type t = int let bytes_per_pixel = 1 let get str pos = int_of_char str.[pos] let set str pos t = str << pos & char_of_int t let make t = let str = Bytes.create bytes_per_pixel in set str 0 t; str end;; module RI = Genimage.MakeRawImage(E);; type rawimage = RI.t;; type elt = int;; type t = { width : int; height : int; rawimage : RI.t; mutable infos : Info.info list; mutable colormap : Color.rgb Color.map; mutable transparent : int; };; module C = struct open Color type rawimage = RI.t type container = t type mapelt = Color.rgb let rawimage x = x.rawimage let create_default width height rawimage = { width= width; height= height; rawimage = rawimage; colormap = { map= [||]; max= 255 }; transparent = (-1); infos= [] } let create_duplicate src width height rawimage = { width= width; height= height; rawimage = rawimage; colormap = src.colormap; transparent = src.transparent; infos= src.infos } let colormap t = t.colormap end;; module IMAGE = Genimage.MakeIndexed(RI)(C);; let create_with width height infos colormap transparent data = { width= width; height= height; rawimage= RI.create_with width height data; colormap = colormap; transparent = transparent; infos= infos; };; let create_with_scanlines width height infos colormap transparent data = { width= width; height= height; rawimage= RI.create_with_scanlines width height data; colormap = colormap; transparent = transparent; infos= infos; };; let rawimage = C.rawimage;; let create = IMAGE.create;; let make = IMAGE.make;; let dump = IMAGE.dump;; let unsafe_access = IMAGE.unsafe_access;; let get_strip = IMAGE.get_strip;; let set_strip = IMAGE.set_strip;; let get_scanline = IMAGE.get_scanline;; let set_scanline = IMAGE.set_scanline;; let unsafe_get = IMAGE.unsafe_get;; let unsafe_set = IMAGE.unsafe_set;; let get = IMAGE.get;; let set = IMAGE.set;; let unsafe_get_color = IMAGE.unsafe_get_color;; let get_color = IMAGE.get_color;; let destroy = IMAGE.destroy;; let copy = IMAGE.copy;; let sub = IMAGE.sub;; let blit = IMAGE.blit;; let map = IMAGE.map;; let blocks = IMAGE.blocks;; let dump_block = IMAGE.dump_block;; let unsafe_get_rgb = unsafe_get_color;; let get_rgb = get_color;; open Color;; let to_rgb24 ?failsafe t = let rgb24 = Rgb24.create t.width t.height in let cmapsize = Array.length t.colormap.map in begin match failsafe with | Some failsafecolor -> for y = 0 to t.height - 1 do for x = 0 to t.width - 1 do let idx = unsafe_get t x y in let rgb = if idx < 0 || idx >= cmapsize then failsafecolor else t.colormap.map.(idx) in Rgb24.unsafe_set rgb24 x y rgb done done | None -> for y = 0 to t.height - 1 do for x = 0 to t.width - 1 do Rgb24.unsafe_set rgb24 x y (unsafe_get_color t x y) done done end; rgb24;; let to_rgba32 ?failsafe t = let rgba32 = Rgba32.create t.width t.height in let cmapsize = Array.length t.colormap.map in begin match failsafe with | Some failsafecolor -> for y = 0 to t.height - 1 do for x = 0 to t.width - 1 do let rgba = let index = unsafe_get t x y in if index < 0 || index >= cmapsize then failsafecolor else { color= t.colormap.map.(index); alpha= if index = t.transparent then 0 else 255 } in Rgba32.unsafe_set rgba32 x y rgba done done | None -> for y = 0 to t.height - 1 do for x = 0 to t.width - 1 do let index = unsafe_get t x y in Rgba32.unsafe_set rgba32 x y { color= t.colormap.map.(index); alpha= if index = t.transparent then 0 else 255 } done done end; rgba32;; camlspotter-camlimages-e471b3c4470d/src/index8.mli0000644000000000000000000000562412405272062020072 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: index8.mli,v 1.4 2009/07/04 03:39:28 furuse Exp $*) (** Indexed 8 bit depth image format *) type elt = int;; type rawimage;; (* The image type *) type t = { width : int; height : int; rawimage : rawimage; mutable infos : Info.info list; mutable colormap : Color.rgb Color.map; mutable transparent : int; };; val to_rgb24 : ?failsafe: Color.rgb -> t -> Rgb24.t;; val to_rgba32 : ?failsafe: Color.rgba -> t -> Rgba32.t;; (* [to_rgb? ~failsafe t]: Image format conversion functions to Rgb24.t and Rgba32.t images. If the color for some pixel value is not defined, [failsafe] color is used as default. *) (** Generic functions *) (** Please read the comments of IMAGEINDEXED in genimage.mli *) val dump : t -> bytes;; val unsafe_access : t -> int -> int -> bytes * int;; val get_strip : t -> int -> int -> int -> bytes;; val set_strip : t -> int -> int -> int -> bytes -> unit;; val get_scanline : t -> int -> bytes;; val set_scanline : t -> int -> bytes -> unit;; val unsafe_get : t -> int -> int -> elt;; val unsafe_set : t -> int -> int -> elt -> unit;; val get : t -> int -> int -> elt;; val set : t -> int -> int -> elt -> unit;; val unsafe_get_color : t -> int -> int -> Color.rgb;; val get_color : t -> int -> int -> Color.rgb;; val unsafe_get_rgb : t -> int -> int -> Color.rgb;; val get_rgb : t -> int -> int -> Color.rgb;; val destroy : t -> unit;; val blit : t -> int -> int -> t -> int -> int -> int -> int -> unit;; val blocks : t -> int * int val dump_block : t -> int -> int -> Bitmap.Block.t val map : (elt -> elt -> elt) -> t -> int -> int -> t -> int -> int -> int -> int -> unit;; val create_with : int -> int -> Info.info list -> Color.rgb Color.map -> int -> bytes -> t;; val create_with_scanlines : int -> int -> Info.info list -> Color.rgb Color.map -> int -> bytes array -> t;; val create : int -> int -> t;; val make : int -> int -> elt -> t;; val copy : t -> t;; val sub : t -> int -> int -> int -> int -> t;; val rawimage : t -> rawimage camlspotter-camlimages-e471b3c4470d/src/info.mli0000644000000000000000000000271512405272062017624 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: info.mli,v 1.1 2006/11/28 15:43:28 rousse Exp $ *) (* Image misc infos (copied to images.ml/mli *) (* File header informations *) type colormodel = | Gray | RGB | Index | GrayA | RGBA;; (* Infos attached to bitmaps *) type info = | Info_DPI of float (* dot per inch *) | Info_BigEndian | Info_LittleEndian (* endianness of image file *) | Info_ColorModel of colormodel (* color model of image file *) | Info_Depth of int (* Image bit depth *) | Info_Corrupted (* For corrupted PNG files *);; camlspotter-camlimages-e471b3c4470d/src/jis_table.ml0000644000000000000000000013566512405272062020467 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: jis_table.ml,v 1.1 2007/01/18 10:29:57 rousse Exp $ *) let table = "0\0000\0010\002\255\012\255\0140\251\255\026\255\027\255\031\255\0010\155\ 0\156\000\180\255@\000\168\255>\255\227\255?0\2530\2540\1570\1580\003N\221\ 0\0050\0060\0070\252\032\021\032\016\255\015\255<\255^\"%\255\\\032&\032%\ \032\024\032\025\032\028\032\029\255\008\255\0090\0200\021\255;\255=\255[\ \255]0\0080\0090\0100\0110\0120\0130\0140\0150\0160\017\255\011\255\013\000\ \177\000\215\000\247\255\029\"`\255\028\255\030\"f\"g\"\030\"4&B&@\000\176\ \0322\0323!\003\255\229\255\004\255\224\255\225\255\005\255\003\255\006\255\ \010\255\032\000\167&\006&\005%\203%\207%\206%\199%\198%\161%\160%\179%\178\ %\189%\188\032;0\018!\146!\144!\145!\1470\0190\2510\2510\2510\2510\2510\251\ 0\2510\2510\2510\2510\251\"\008\"\011\"\134\"\135\"\130\"\131\"*\")0\2510\ \2510\2510\2510\2510\2510\2510\251\"'\"(\255\226!\210!\212\"\000\"\0030\251\ 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f\251_EN(N\225N\252O\000O\003O9OVO\146O\138O\154O\148O\205P@P\"O\255P\030\ PFPpPBP\148P\244P\216QJQdQ\157Q\190Q\236R\021R\156R\166R\192R\219S\000S\007\ S$SrS\147S\178S\221\250\014T\156T\138T\169T\255U\134WYWeW\172W\200W\199\250\ \015\250\016X\158X\178Y\011YSY[Y]YcY\164Y\186[V[\192u/[\216[\236\\\030\\\166\ \\\186\\\245]']S\250\017]B]m]\184]\185]\208_!_4_g_\183_\222`]`\133`\138`\222\ `\213a\032`\242a\017a7a0a\152b\019b\166c\245d`d\157d\206eNf\000f\021f;f\009\ f.f\030f$fefWfY\250\018fsf\153f\160f\178f\191f\250g\014\249)gfg\187hRg\192\ h\001hDh\207\250\019ih\250\020i\152i\226j0jkjFjsj~j\226j\228k\214l?l\\l\134\ lol\218m\004m\135mom\150m\172m\207m\248m\242m\252n9n\\n'n let h = (Char.code s.[i * 2] - 0x80) and l = (Char.code s.[i * 2 + 1] - 0x80) in let pos = ((h - 0x21) * 94 + (l - 0x21)) * 2 in int_of_char table.[pos] * 256 + int_of_char table.[pos+1] camlspotter-camlimages-e471b3c4470d/src/jis_unicode.mli0000644000000000000000000000162512405272062021163 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: jis_unicode.mli,v 1.1 2007/01/18 10:29:57 rousse Exp $ *) val encode : string -> int array;; camlspotter-camlimages-e471b3c4470d/src/jpeg.ml0000644000000000000000000002235212405272062017444 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004 *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: jpeg.ml,v 1.4 2009/07/04 03:39:28 furuse Exp $ *) open Util open Images;; open Rgb24;; type in_handle;; module Marker = struct type raw = { code : int; data : string } type t = | Comment of string | App of int * string let t_of_raw r = match r.code with | 0xFE -> Comment r.data | n -> App (n - 0xE0, r.data) let raw_of_t = function | Comment s -> { code = 0xFE; data = s } | App (n, s) -> { code = 0xE0 + n; data = s } open Format let format ppf = function | Comment s -> fprintf ppf "Comment: %s" s | App (n, s) -> fprintf ppf "App%d (%d bytes)" n (String.length s) end external open_in_header : string -> int * int * in_handle * Marker.raw list = "open_jpeg_file_for_read";; external set_scale_denom : in_handle -> int -> unit = "jpeg_set_scale_denom";; external open_in_start : in_handle -> int * int * in_handle = "open_jpeg_file_for_read_start";; external read_scanline : in_handle -> string -> int -> unit = "read_jpeg_scanline";; external read_scanlines : in_handle -> string -> int -> int -> unit = "read_jpeg_scanlines";; external close_in : in_handle -> unit = "close_jpeg_file_for_read";; type out_handle;; external open_out : string -> int -> int -> int -> out_handle = "open_jpeg_file_for_write";; external open_out_cmyk : string -> int -> int -> int -> out_handle = "open_jpeg_file_for_write_cmyk";; external write_marker : out_handle -> Marker.raw -> unit = "caml_jpeg_write_marker" external write_scanline : out_handle -> string -> unit = "write_jpeg_scanline";; external close_out : out_handle -> unit = "close_jpeg_file_for_write";; let open_in name = let _, _, ic, rev_markers = open_in_header name in let w, h, ic = open_in_start ic in w, h, ic, List.rev_map Marker.t_of_raw rev_markers let open_in_thumbnail name geom_spec = if geom_spec.Geometry.spec_aspect = Geometry.Dont_keep then raise (Invalid_argument "Jpeg.open_in_thumbnail: illegal geom_spec"); let image_width, image_height, ic, rev_markers = open_in_header name in let scale = try let geom = Geometry.compute geom_spec image_width image_height in (* prerr_endline (Printf.sprintf "Denom %d/%d" image_width geom.Geometry.geom_width); *) image_width / geom.Geometry.geom_width with | _ -> 1 in let denom = if scale < 2 then 1 else if scale < 4 then 2 else if scale < 8 then 4 else 8 in set_scale_denom ic denom; image_width, image_height, open_in_start ic, List.rev_map Marker.t_of_raw rev_markers;; let load_aux prog ic w h = let prog y = match prog with | Some p -> p (float (y + 1) /. float h) | None -> () in let img = Rgb24.create w h in begin match Rgb24.get_scanline_ptr img with | Some f -> let load_once_at = max 1 (h / 10) in let rec load_scanlines y = if y >= h then () else begin let (string, off), at_most = f y in let lines_read = min load_once_at at_most in read_scanlines ic string off lines_read; prog y; load_scanlines (y + lines_read) end in load_scanlines 0 | None -> (* CR jfuruse: check overflow *) let scanline = Bytes.create (w * 3) in for y = 0 to h - 1 do read_scanline ic scanline 0; Rgb24.set_scanline img y scanline; prog y done end; close_in ic; Rgb24 img;; let load name load_opts = let w, h, ic, _markers = open_in name in let prog = Images.load_progress load_opts in load_aux prog ic w h let load_thumbnail name load_opts geom_spec = let prog = Images.load_progress load_opts in let ow, oh, (w, h, ic), _markers = open_in_thumbnail name geom_spec in ow, oh, load_aux prog ic w h let save_with_markers name opts image markers = let quality = match Images.save_quality opts with | Some q -> q | None -> 80 in let prog = Images.save_progress opts in match image with | Rgb24 bmp -> let oc = open_out name bmp.width bmp.height quality in List.iter (fun mrk -> write_marker oc (Marker.raw_of_t mrk)) markers; for y = 0 to bmp.height - 1 do write_scanline oc (Rgb24.get_scanline bmp y); match prog with | Some p -> p (float (y + 1) /. float bmp.height) | None -> () done; close_out oc | _ -> raise Wrong_image_type;; let save name opts image = save_with_markers name opts image [] let save_as_cmyk name opts trans image = let quality = match Images.save_quality opts with | Some q -> q | None -> 80 in let prog = Images.save_progress opts in let get_cmyk_scanline width scanline = let buf = Bytes.create (width * 4) in for x = 0 to width - 1 do let r = int_of_char scanline.[x * 3 + 0] in let g = int_of_char scanline.[x * 3 + 1] in let b = int_of_char scanline.[x * 3 + 2] in let c, m, y, k = trans {r = r; g = g; b = b} in buf << x * 4 + 0 & char_of_int (255 - c); buf << x * 4 + 1 & char_of_int (255 - m); buf << x * 4 + 2 & char_of_int (255 - y); buf << x * 4 + 3 & char_of_int (255 - k) done; buf in match image with | Rgb24 bmp -> let oc = open_out_cmyk name bmp.width bmp.height quality in for y = 0 to bmp.height - 1 do let buf = get_cmyk_scanline bmp.width (Rgb24.get_scanline bmp y) in write_scanline oc buf; match prog with | Some p -> p (float (y + 1) /. float bmp.height) | None -> () done; close_out oc | _ -> raise Wrong_image_type;; let save_cmyk_sample name opts = let quality = match Images.save_quality opts with | Some q -> q | None -> 80 in let _prog = Images.save_progress opts in let sample_point x y = let c = x / 16 * 17 and m = (x mod 16) * 17 and y = y / 16 * 17 and k = (y mod 16) * 17 in c, m, y, k in let sample_scan y = let s = Bytes.create (256 * 4) in for x = 0 to 255 do let c, m, y, k = sample_point x y in s << x * 4 + 0 & char_of_int c; s << x * 4 + 1 & char_of_int m; s << x * 4 + 2 & char_of_int y; s << x * 4 + 3 & char_of_int k; done; s in let oc = open_out_cmyk name 256 256 quality in for y = 0 to 256 - 1 do let buf = sample_scan y in write_scanline oc buf done; close_out oc;; let find_jpeg_size ic = (* jump to the next 0xff *) let rec loop () = let rec jump_to_0xff () = let ch = int_of_char (input_char ic) in if ch <> 0xff then jump_to_0xff () in let rec jump_to_non_0xff () = let ch = int_of_char (input_char ic) in if ch = 0xff then jump_to_non_0xff () else ch in jump_to_0xff (); let ch = jump_to_non_0xff () in let str = Bytes.create 4 in match ch with | 0xda -> raise Not_found | _ when ch >= 0xc0 && ch <= 0xc3 -> really_input ic str 0 3; really_input ic str 0 4; int_of_char str.[2] lsl 8 + int_of_char str.[3], (* width *) int_of_char str.[0] lsl 8 + int_of_char str.[1] (* height *) | _ -> (* skip this block *) let blocklen = really_input ic str 0 2; int_of_char str.[0] lsl 8 + int_of_char str.[1] in let s = Bytes.create (blocklen - 2) in really_input ic s 0 (blocklen - 2); loop () in try loop () with | _ -> raise Not_found (* any error returns Not_found *);; let check_header filename = let len = 2 in let ic = open_in_bin filename in try let str = Bytes.create len in really_input ic str 0 len; if (* I had some jpeg started with 7f58, the 7th bits were missing... *) (* int_of_char str.[0] lor 0x80 = 0xff && int_of_char str.[1] lor 0x80 = 0xd8 *) int_of_char str.[0] = 0xff && int_of_char str.[1] = 0xd8 (* && String.sub str 6 4 = "JFIF" --- JFIF standard *) then begin let w, h = try find_jpeg_size ic with | Not_found -> -1, -1 in Pervasives.close_in ic; { header_width = w; header_height = h; header_infos = []; } end else raise Wrong_file_type with | _ -> Pervasives.close_in ic; raise Wrong_file_type;; let read_markers filename = let _, _, ic, rev_markers = open_in_header filename in close_in ic; List.rev_map Marker.t_of_raw rev_markers let write_marker oh mrk = write_marker oh (Marker.raw_of_t mrk) let () = add_methods Jpeg { check_header = check_header; load = Some load; save = Some save; load_sequence = None; save_sequence = None};; camlspotter-camlimages-e471b3c4470d/src/jpeg.mli0000644000000000000000000000535712405272062017623 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004 *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: jpeg.mli,v 1.2 2008/05/17 19:55:50 furuse Exp $ *) module Marker : sig (** Jpeg Marker such as EXIF *) type t = | Comment of string | App of int * string val format : Format.formatter -> t -> unit end val load : string -> Images.load_option list -> Images.t;; (** Loads a jpeg image. *) val load_thumbnail : string -> Images.load_option list -> Geometry.spec -> int * int * Images.t;; val save : string -> Images.save_option list -> Images.t -> unit;; (** Save a full-color image in jpeg format file. Raises [Invalid_argument] if the image is not a full-color image. *) val save_with_markers : string -> Images.save_option list -> Images.t -> Marker.t list -> unit;; (** Same as [save] but it also writes markers *) val save_as_cmyk : string -> Images.save_option list -> (Images.rgb -> int * int * int * int) -> Images.t -> unit;; (** This converts RGB images to CMYK, but the color conversion is not something fancy. *) val save_cmyk_sample : string -> Images.save_option list -> unit;; (** Create CMYK jpeg image sample. Just for developpers. *) (** Scanline based I/O functions *) type in_handle;; val open_in : string -> int * int * in_handle * Marker.t list;; val open_in_thumbnail : string -> Geometry.spec -> int * int * (int * int * in_handle) * Marker.t list;; val read_scanline : in_handle -> bytes -> int -> unit;; val close_in : in_handle -> unit;; type out_handle;; val open_out : string -> int -> int -> int -> out_handle;; val write_marker : out_handle -> Marker.t -> unit;; val write_scanline : out_handle -> bytes -> unit;; val close_out : out_handle -> unit;; val check_header : string -> Images.header;; (** Checks the file header *) val read_markers : string -> Marker.t list (** Open the file, read the markers, then close it immediately. *) camlspotter-camlimages-e471b3c4470d/src/jpeg_na.c0000644000000000000000000000355112405272062017734 0ustar 00000000000000/***********************************************************************/ /* */ /* Objective Caml */ /* */ /* Fran輟is Pessaux, projet Cristal, INRIA Rocquencourt */ /* Pierre Weis, projet Cristal, INRIA Rocquencourt */ /* Jun Furuse, projet Cristal, INRIA Rocquencourt */ /* */ /* Copyright 1999,2000 */ /* Institut National de Recherche en Informatique et en Automatique. */ /* Distributed only by permission. */ /* */ /***********************************************************************/ #include #include #include #include value jpeg_set_scale_denom(){ failwith("unsupported"); } value open_jpeg_file_for_read(){ failwith("unsupported"); } value open_jpeg_file_for_read_start(){ failwith("unsupported"); } value read_jpeg_scanline(){ failwith("unsupported"); } value read_jpeg_scanlines(){ failwith("unsupported"); } value close_jpeg_file_for_read(){ failwith("unsupported"); } value open_jpeg_file_for_write_colorspace(){ failwith("unsupported"); } value open_jpeg_file_for_write(){ failwith("unsupported"); } value open_jpeg_file_for_write_cmyk(){ failwith("unsupported"); } value write_jpeg_scanline(){ failwith("unsupported"); } value close_jpeg_file_for_write(){ failwith("unsupported"); } value read_JPEG_file(){ failwith("unsupported"); } value write_JPEG_file(){ failwith("unsupported"); } void caml_jpeg_write_marker(){ failwith("unsupported"); } camlspotter-camlimages-e471b3c4470d/src/jpegread.c0000644000000000000000000002366112405272062020116 0ustar 00000000000000/***********************************************************************/ /* */ /* Objective Caml */ /* */ /* Fran輟is Pessaux, projet Cristal, INRIA Rocquencourt */ /* Pierre Weis, projet Cristal, INRIA Rocquencourt */ /* Jun Furuse, projet Cristal, INRIA Rocquencourt */ /* */ /* Copyright 1999,2000 */ /* Institut National de Recherche en Informatique et en Automatique. */ /* Distributed only by permission. */ /* */ /***********************************************************************/ /* $Id: jpegread.c,v 1.5 2009/10/16 16:08:33 weis Exp $ */ #ifdef HAVE_CONFIG_H #include "config.h" #endif #include #include #include #include #include "oversized.h" #include #include /* * Include file for users of JPEG library. * You will need to have included system headers that define at least * the typedefs FILE and size_t before you can include jpeglib.h. * (stdio.h is sufficient on ANSI-conforming systems.) * You may also wish to include "jerror.h". */ #include "jpeglib.h" /* * is used for the optional error recovery mechanism shown in * the second part of the example. */ #include #ifdef DEBUG_JPEG # define DEBUGF(...) do{fprintf(stderr, __VA_ARGS__); fflush(stderr); }while(0) #else # define DEBUGF(...) do{/*do nothing*/}while(0) #endif char jpg_error_message[JMSG_LENGTH_MAX]; struct my_error_mgr { struct jpeg_error_mgr pub; /* "public" fields */ jmp_buf setjmp_buffer; /* for return to caller */ }; typedef struct my_error_mgr * my_error_ptr; void my_error_exit (j_common_ptr cinfop) { /* cinfo->err really points to a my_error_mgr struct, so coerce pointer */ my_error_ptr myerr = (my_error_ptr) cinfop->err; /* Always display the message. */ /* We could postpone this until after returning, if we chose. */ fprintf(stderr,"setting libjpeg error message: \"%s\"\n", jpg_error_message); (*cinfop->err->format_message) (cinfop, jpg_error_message ); /* Return control to the setjmp point */ longjmp(myerr->setjmp_buffer, 1); } value jpeg_set_scale_denom( jpegh, denom ) value jpegh; value denom; { CAMLparam2(jpegh,denom); struct jpeg_decompress_struct *cinfop; cinfop = (struct jpeg_decompress_struct *) Field ( jpegh, 0 ); cinfop->scale_num = 1; cinfop->scale_denom = Int_val( denom ); CAMLreturn(Val_unit); } value caml_val_jpeg_marker( jpeg_saved_marker_ptr p ) { CAMLparam0(); CAMLlocal2(res, tmp); tmp = caml_alloc_string(p->data_length); memcpy( String_val(tmp), p->data, p->data_length); res = alloc_small(2,0); Field(res, 0) = Val_int(p->marker); Field(res, 1) = tmp; // fprintf(stderr, "mark %x %d\n", p->marker, p->data_length); CAMLreturn(res); } value caml_val_jpeg_rev_markers( jpeg_saved_marker_ptr q ) { CAMLparam0(); CAMLlocal3(res, tmp, hd); jpeg_saved_marker_ptr p = q; res = Val_int(0); // null while(p){ hd = caml_val_jpeg_marker(p); // This cannot come before the call of caml_val_jpeg_marker! // New allocation with non-initialized blocks crashes GC! tmp = alloc_small(2,0); Field(tmp, 0) = hd; Field(tmp, 1) = res; res = tmp; p = p->next; } CAMLreturn(res); } value open_jpeg_file_for_read( name ) value name; { CAMLparam1(name); CAMLlocal1(res); CAMLlocalN(r,4); char *filename; /* This struct contains the JPEG decompression parameters and pointers to * working space (which is allocated as needed by the JPEG library). */ struct jpeg_decompress_struct* cinfop; /* We use our private extension JPEG error handler. * Note that this struct must live as long as the main JPEG parameter * struct, to avoid dangling-pointer problems. */ struct my_error_mgr *jerrp; /* More stuff */ FILE * infile; /* source file */ int i; filename= String_val( name ); if ((infile = fopen(filename, "rb")) == NULL) { failwith("failed to open jpeg file"); } cinfop = malloc(sizeof (struct jpeg_decompress_struct)); jerrp = malloc(sizeof (struct my_error_mgr)); /* In this example we want to open the input file before doing anything else, * so that the setjmp() error recovery below can assume the file is open. * VERY IMPORTANT: use "b" option to fopen() if you are on a machine that * requires it in order to read binary files. */ /* Step 1: allocate and initialize JPEG decompression object */ /* We set up the normal JPEG error routines, then override error_exit. */ cinfop->err = jpeg_std_error(&jerrp->pub); jerrp->pub.error_exit = my_error_exit; /* Establish the setjmp return context for my_error_exit to use. */ if (setjmp(jerrp->setjmp_buffer)) { /* If we get here, the JPEG code has signaled an error. * We need to clean up the JPEG object, close the input file, and return. */ jpeg_destroy_decompress(cinfop); free(jerrp); fclose(infile); failwith(jpg_error_message); } /* Now we can initialize the JPEG decompression object. */ jpeg_create_decompress(cinfop); /* Step 2: specify data source (eg, a file) */ jpeg_stdio_src(cinfop, infile); /* EXIF and other markers */ jpeg_save_markers(cinfop, JPEG_COM, 0xFFFF /* all */); for(i=0; i<16; i++) jpeg_save_markers(cinfop, JPEG_APP0+i, 0xFFFF /* all */); /* Step 3: read file parameters with jpeg_read_header() */ (void) jpeg_read_header(cinfop, TRUE); r[0] = Val_int(cinfop->image_width); r[1] = Val_int(cinfop->image_height); r[2] = alloc_small(3,0); Field(r[2], 0) = (value)cinfop; Field(r[2], 1) = (value)infile; Field(r[2], 2) = (value)jerrp; r[3] = caml_val_jpeg_rev_markers( cinfop->marker_list ); res = alloc_small(4,0); for(i=0; i<4; i++) Field(res, i) = r[i]; CAMLreturn(res); } value open_jpeg_file_for_read_start( jpegh ) value jpegh; { CAMLparam1(jpegh); CAMLlocal1(res); CAMLlocalN(r,3); struct jpeg_decompress_struct* cinfop; struct my_error_mgr *jerrp; FILE *infile; int i; cinfop = (struct jpeg_decompress_struct *) Field( jpegh, 0 ); infile = (FILE *) Field( jpegh, 1 ); jerrp = (struct my_error_mgr *) Field( jpegh, 2 ); /* We can ignore the return value from jpeg_read_header since * (a) suspension is not possible with the stdio data source, and * (b) we passed TRUE to reject a tables-only JPEG file as an error. * See libjpeg.doc for more info. */ /* Step 4: set parameters for decompression */ /* In this example, we don't need to change any of the defaults set by * jpeg_read_header(), so we do nothing here. */ cinfop->out_color_space = JCS_RGB; /* Step 5: Start decompressor */ (void) jpeg_start_decompress(cinfop); DEBUGF("jpeg_start_decompress"); /* We can ignore the return value since suspension is not possible * with the stdio data source. */ /* We may need to do some setup of our own at this point before reading * the data. After jpeg_start_decompress() we have the correct scaled * output image dimensions available, as well as the output colormap * if we asked for color quantization. * In this example, we need to make an output work buffer of the right size. */ /* JSAMPLEs per row in output buffer */ /* row_stride = cinfop->output_width * cinfop->output_components; */ // CR jfuruse: integer overflow r[0] = Val_int(cinfop->output_width); r[1] = Val_int(cinfop->output_height); r[2] = alloc_small(3,0); Field(r[2], 0) = (value)cinfop; Field(r[2], 1) = (value)infile; Field(r[2], 2) = (value)jerrp; res = alloc_small(3,0); for(i=0; i<3; i++) Field(res, i) = r[i]; DEBUGF("cinfop= %d infile= %d %d %d \n", (int)cinfop, (int)infile, cinfop->output_scanline, cinfop->output_height); CAMLreturn(res); } value read_jpeg_scanline( jpegh, buf, offset ) value jpegh, offset, buf; { CAMLparam3(jpegh,offset,buf); struct jpeg_decompress_struct *cinfop; JSAMPROW row[1]; cinfop = (struct jpeg_decompress_struct *) Field( jpegh, 0 ); row[0] = String_val( buf ) + Int_val( offset ); jpeg_read_scanlines( cinfop, row, 1 ); CAMLreturn(Val_unit); } /* no boundary checks */ void read_jpeg_scanlines( value jpegh, value buf, value offset, value lines ) { CAMLparam4(jpegh,offset,buf,lines); struct jpeg_decompress_struct *cinfop; JSAMPROW row[1]; int clines = Int_val(lines); int i; row[0] = String_val(buf) + Int_val(offset); cinfop = (struct jpeg_decompress_struct *) Field( jpegh, 0 ); // width is NOT image_width since we may have scale_denom <> 1 int scanline_bytes = cinfop->output_width * 3; // no padding (size 3 is fixed? ) for(i=0; ioutput_scanline, cinfop->output_height); if( cinfop->output_height > 0 ){ // == 0 means jpeg_start_decompress is never called if( cinfop->output_scanline >= cinfop->output_height ){ DEBUGF("finish_decompress\n"); jpeg_finish_decompress( cinfop ); } } DEBUGF("destroy\n"); jpeg_destroy_decompress( cinfop ); free(cinfop); free(jerrp); DEBUGF("file close\n"); fclose(infile); CAMLreturn(Val_unit); } camlspotter-camlimages-e471b3c4470d/src/jpegwrite.c0000644000000000000000000001462112405272062020331 0ustar 00000000000000/***********************************************************************/ /* */ /* Objective Caml */ /* */ /* Franois Pessaux, projet Cristal, INRIA Rocquencourt */ /* Pierre Weis, projet Cristal, INRIA Rocquencourt */ /* Jun Furuse, projet Cristal, INRIA Rocquencourt */ /* */ /* Copyright 1999,2000 */ /* Institut National de Recherche en Informatique et en Automatique. */ /* Distributed only by permission. */ /* */ /***********************************************************************/ #ifdef HAVE_CONFIG_H #include "config.h" #endif #include #include #include #include #include #include /* * Include file for users of JPEG library. * You will need to have included system headers that define at least * the typedefs FILE and size_t before you can include jpeglib.h. * (stdio.h is sufficient on ANSI-conforming systems.) * You may also wish to include "jerror.h". */ #include "jpeglib.h" /* * Sample routine for JPEG compression. We assume that the target file name * and a compression quality factor are passed in. */ #ifdef DEBUG_JPEG # define DEBUGF(...) do{fprintf(stderr, __VA_ARGS__); fflush(stderr); }while(0) #else # define DEBUGF(...) do{/*do nothing*/}while(0) #endif extern char jpg_error_message[JMSG_LENGTH_MAX]; struct my_error_mgr { struct jpeg_error_mgr pub; /* "public" fields */ jmp_buf setjmp_buffer; /* for return to caller */ }; typedef struct my_error_mgr * my_error_ptr; extern void my_error_exit (j_common_ptr); value open_jpeg_file_for_write_colorspace( name, width, height, qual, colorspace ) value name; value width; value height; value qual; J_COLOR_SPACE colorspace; { CAMLparam0(); CAMLlocal1(res); char *filename; int image_height; int image_width; int quality; struct jpeg_compress_struct* cinfop; struct my_error_mgr *jerrp; /* More stuff */ FILE * outfile; /* source file */ image_width= Int_val( width ); image_height= Int_val( height ); filename= String_val( name ); quality= Int_val(qual); if ((outfile = fopen(filename, "wb")) == NULL) { failwith("failed to open jpeg file"); } cinfop = malloc(sizeof (struct jpeg_compress_struct)); jerrp = malloc(sizeof (struct my_error_mgr)); cinfop->err = jpeg_std_error(&jerrp->pub); jerrp->pub.error_exit = my_error_exit; if (setjmp(jerrp->setjmp_buffer)) { /* If we get here, the JPEG code has signaled an error. * We need to clean up the JPEG object, close the input file, and return. */ jpeg_destroy_compress(cinfop); free(jerrp); fclose(outfile); failwith(jpg_error_message); } jpeg_create_compress(cinfop); jpeg_stdio_dest(cinfop, outfile); cinfop->image_width= image_width; cinfop->image_height= image_height; cinfop->input_components = (colorspace == JCS_RGB ? 3 : 4); cinfop->in_color_space= colorspace /* JCS_RGB or JCS_CMYK */; jpeg_set_defaults(cinfop); jpeg_set_quality(cinfop, quality, TRUE); jpeg_start_compress(cinfop, TRUE); res = alloc_small(3,0); Field(res, 0) = (value)cinfop; Field(res, 1) = (value)outfile; Field(res, 2) = (value)jerrp; /* fprintf(stderr, "cinfop= %d outfile= %d %d %d \n", cinfop, infile, cinfop->output_scanline, cinfop->output_height); fflush(stderr); */ CAMLreturn(res); } value open_jpeg_file_for_write( name, width, height, qual ) value name; value width; value height; value qual; { return open_jpeg_file_for_write_colorspace( name, width, height, qual, JCS_RGB ); } value open_jpeg_file_for_write_cmyk( name, width, height, qual ) value name; value width; value height; value qual; { return open_jpeg_file_for_write_colorspace( name, width, height, qual, JCS_CMYK ); } void caml_jpeg_write_marker( value jpegh, value raw ) { struct jpeg_compress_struct *cinfop; cinfop = (struct jpeg_compress_struct *) Field( jpegh, 0 ); // EXTERN(void) jpeg_write_marker // JPP((j_compress_ptr cinfo, int marker, // const JOCTET * dataptr, unsigned int datalen)); int code = Int_val(Field(raw,0)); char *data = String_val(Field(raw,1)); unsigned int len = caml_string_length(Field(raw,1)); jpeg_write_marker(cinfop, code, data, len); // This actually writes bytes, so data seems to be ok being GCed. } // You can write special markers immediately following the datastream header by // calling jpeg_write_marker() after jpeg_start_compress() and before the first // call to jpeg_write_scanlines(). When you do this, the markers appear after // the SOI and the JFIF APP0 and Adobe APP14 markers (if written), but before // all else. Specify the marker type parameter as "JPEG_COM" for COM or // "JPEG_APP0 + n" for APPn. (Actually, jpeg_write_marker will let you write // any marker type, but we don't recommend writing any other kinds of marker.) // For example, to write a user comment string pointed to by comment_text: // jpeg_write_marker(cinfo, JPEG_COM, comment_text, strlen(comment_text)); value write_jpeg_scanline( jpegh, buf ) value jpegh, buf; { struct jpeg_compress_struct *cinfop; JSAMPROW row[1]; cinfop = (struct jpeg_compress_struct *) Field( jpegh, 0 ); row[0] = String_val( buf ); jpeg_write_scanlines( cinfop, row, 1 ); return Val_unit; } value close_jpeg_file_for_write( jpegh ) value jpegh; { struct jpeg_compress_struct *cinfop; struct my_error_mgr *jerrp; FILE *outfile; DEBUGF( "closing\n"); cinfop = (struct jpeg_compress_struct *) Field( jpegh, 0 ); outfile = (FILE *) Field( jpegh, 1 ); jerrp = (struct my_error_mgr *) Field( jpegh, 2 ); DEBUGF( "cinfop= %d outfile= %d %d %d \n", cinfop, outfile, cinfop->next_scanline, cinfop->image_height); if( cinfop->next_scanline >= cinfop->image_height ){ DEBUGF( "finish\n"); jpeg_finish_compress( cinfop ); } DEBUGF( "destroy\n"); jpeg_destroy_compress( cinfop ); free(cinfop); free(jerrp); DEBUGF( "file close\n"); fclose(outfile); return Val_unit; } camlspotter-camlimages-e471b3c4470d/src/mstring.ml0000644000000000000000000001207112405272062020177 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: mstring.ml,v 1.1 2006/11/28 15:43:28 rousse Exp $*) (** String utilities *) open Util (** split a string according to char_sep predicate *) let split_str char_sep str = let len = String.length str in if len = 0 then [] else let rec skip_sep cur = if cur >= len then cur else if char_sep str.[cur] then skip_sep (succ cur) else cur in let rec split beg cur = if cur >= len then if beg = cur then [] else [String.sub str beg (len - beg)] else if char_sep str.[cur] then let nextw = skip_sep cur in String.sub str beg (cur - beg) :: split nextw nextw else split beg (succ cur) in let wstart = skip_sep 0 in split wstart wstart;; (* split a string according to char_sep predicate *) let split_str_quoted char_sep str = let len = String.length str in if len = 0 then [] else let cword = ref "" in let rec skip_sep cur = if cur >= len then cur else if char_sep str.[cur] then skip_sep (succ cur) else cur in let rec close_quote cur = if cur >= len then cur else if str.[cur] = '"' then cur else begin cword := !cword ^ String.make 1 str.[cur]; close_quote (succ cur) end in let rec split beg cur = if cur >= len then if beg = cur then [] else [!cword] else if str.[cur] = '"' then let endquote = close_quote (succ cur) in split beg (succ endquote) else if char_sep str.[cur] then let nextw = skip_sep cur in let word = !cword in cword := ""; word :: split nextw nextw else begin cword := !cword ^ String.make 1 str.[cur]; split beg (succ cur) end in let wstart = skip_sep 0 in split wstart wstart;; (* extract the . suffix (dot excluded) of a string *) let get_suffix s = try let dotpos = succ (String.rindex s '.') in String.sub s dotpos (String.length s - dotpos) with | Not_found -> "";; (* HEX/DEC conversions *) let hex_to_dec c = match c with | '0'..'9' -> int_of_char c - 48 | 'a'..'f' -> int_of_char c - 87 (* 87 = int_of_char 'a' - 10 *) | 'A'..'F' -> int_of_char c - 55 (* 55 = int_of_char 'A' - 10 *) | _ -> failwith "hex_to_dec";; let dec_to_hex i = if i < 10 then char_of_int (i + 48) (* 48 = int_of_char '0' *) else char_of_int (i + 55) (* 55 = int_of_char 'A' - 10 *);; (* Converting a hex stored string *) let hex_to_string s = let len = String.length s / 2 in Bytes.init len @@ fun i -> char_of_int ( 16 * (hex_to_dec s.[i + i]) + hex_to_dec s.[i + i + 1]) ;; let gensym = let cnter = ref 0 in (fun n -> incr cnter; n ^ string_of_int !cnter);; let rem_trailing_sp s = let l = String.length s in let pos = ref (l - 1) in while !pos >= 0 && List.mem s.[!pos] [' '; '\t'] do decr pos done; if !pos = l - 1 then s else String.sub s 0 (succ !pos);; let catenate_sep = String.concat;; (** Filters CRLF: - CR -> LF - CRLF -> LF - LF -> LF We do this on successive chunks of a stream, so we need to consider the case when the chunk finishes on CR. Assume len > 0 *) let norm_crlf lastwascr buf offs len = let rpos = ref offs and wpos = ref 0 and dest = Bytes.create (len + 1) (* we need one more char *) and limit = offs + len - 1 and lastiscr = ref false in if lastwascr then if buf.[!rpos] = '\n' then begin dest << !wpos & '\n'; incr rpos; incr wpos end else begin dest << !wpos & '\n'; incr wpos end; while !rpos < limit do match buf.[!rpos] with | '\n' -> dest << !wpos & '\n'; incr rpos; incr wpos | '\r' -> if buf.[!rpos + 1] = '\n' then begin dest << !wpos & '\n'; rpos := !rpos + 2; incr wpos end else begin dest << !wpos & '\n'; incr rpos; incr wpos end | c -> dest << !wpos & c; incr rpos; incr wpos done; begin match buf.[offs+len-1] with | '\n' -> dest << !wpos & '\n'; incr wpos | '\r' -> lastiscr := true | c -> dest << !wpos & c; incr wpos end; String.sub dest 0 !wpos, !lastiscr;; let hexchar c = let i = int_of_char c in String.init 3 @@ function | 0 -> '%' | 1 -> dec_to_hex (i / 16) | 2 -> dec_to_hex (i mod 16) | _ -> assert false camlspotter-camlimages-e471b3c4470d/src/mstring.mli0000644000000000000000000000323412405272062020351 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: mstring.mli,v 1.1 2006/11/28 15:43:28 rousse Exp $*) (** String utilities *) val split_str : (char -> bool) -> string -> string list;; val split_str_quoted : (char -> bool) -> string -> string list;; val get_suffix : string -> string;; val hex_to_dec : char -> int;; val dec_to_hex : int -> char;; val hex_to_string : string -> string;; val gensym : string -> string;; val rem_trailing_sp : string -> string;; val catenate_sep : string -> string list -> string;; val norm_crlf : bool -> string -> int -> int -> string * bool;; (** [norm_crlf last_was_cr buf offs len] returns buf with CRLF/CR/LF converted to LF, and a flag indicating whether last char was CR. *) val hexchar : char -> string;; camlspotter-camlimages-e471b3c4470d/src/oBmp.ml0000644000000000000000000000212012405272062017403 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: oBmp.ml,v 1.1 2007/01/18 10:29:57 rousse Exp $ *) open OImages;; let load name opts = OImages.make (Bmp.load name opts);; let save name opts image = match image#image_class with | ClassRgb24 | ClassIndex8 -> Bmp.save name opts image#image | _ -> raise Wrong_image_class;; camlspotter-camlimages-e471b3c4470d/src/oColor.ml0000644000000000000000000000367012405272062017756 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: oColor.ml,v 1.1 2006/11/28 15:43:28 rousse Exp $*) (** Class interface for Color *) open Color;; class virtual ['a] map (cmap : 'a Color.map) = object val mapobj = cmap method colormap = mapobj method max = mapobj.max method map = mapobj.map method query_color x = if x < size cmap then cmap.map.(x) else raise Not_found method set_max max = mapobj.max <- max method set_map map = mapobj.map <- map method size = size mapobj method find_exact = find_exact mapobj method add_color = add_color mapobj method add_colors = add_colors mapobj method virtual find_nearest : 'a -> int end;; class rgbmap (cmap : rgb Color.map) = object inherit [rgb] map cmap method find_nearest = Rgb.find_nearest mapobj end;; class rgbamap (cmap : rgba Color.map) = object inherit [rgba] map cmap method find_nearest = Rgba.find_nearest mapobj end;; class cmykmap (cmap : cmyk Color.map) = object inherit [cmyk] map cmap method find_nearest = Cmyk.find_nearest mapobj end;; camlspotter-camlimages-e471b3c4470d/src/oColor.mli0000644000000000000000000000467212405272062020132 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: oColor.mli,v 1.1 2006/11/28 15:43:28 rousse Exp $*) (** Class interface for Color *) class rgbmap : Color.rgb Color.map -> object method add_color : Color.rgb -> int method add_colors : Color.rgb list -> int list method colormap : Color.rgb Color.map method find_exact : Color.rgb -> int method find_nearest : Color.rgb -> int method map : Color.rgb array method max : int method query_color : int -> Color.rgb method set_map : Color.rgb array -> unit method set_max : int -> unit method size : int end;; class rgbamap : Color.rgba Color.map -> object method add_color : Color.rgba -> int method add_colors : Color.rgba list -> int list method colormap : Color.rgba Color.map method find_exact : Color.rgba -> int method find_nearest : Color.rgba -> int method map : Color.rgba array method max : int method query_color : int -> Color.rgba method set_map : Color.rgba array -> unit method set_max : int -> unit method size : int end;; class cmykmap : Color.cmyk Color.map -> object method add_color : Color.cmyk -> int method add_colors : Color.cmyk list -> int list method colormap : Color.cmyk Color.map method find_exact : Color.cmyk -> int method find_nearest : Color.cmyk -> int method map : Color.cmyk array method max : int method query_color : int -> Color.cmyk method set_map : Color.cmyk array -> unit method set_max : int -> unit method size : int end;; camlspotter-camlimages-e471b3c4470d/src/oFreetype.ml0000644000000000000000000001214112405272062020454 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: oFreetype.ml,v 1.2 2008/06/16 22:35:42 furuse Exp $ *) open Images;; open Freetype;; let library = ref None;; (* We do not want more than 1 engine, don't we ? *) let get_library () = match !library with | None -> let e = init () in library := Some e; e | Some e -> e;; class face file id = let library = get_library () in let face, _info = new_face library file id in object method library = library method face = face method set_char_size = set_char_size face method set_pixel_sizes = set_pixel_sizes face method num_glyphs = get_num_glyphs face method charmaps = get_charmaps face method set_charmap = set_charmap face method char_index = get_char_index face method load_glyph = load_glyph face method load_char = load_char face method render_glyph_of_face = render_glyph_of_face face method render_glyph = render_glyph face method render_char = render_char face method set_transform = set_transform face method glyph_metrics = get_glyph_metrics face method size_metrics = get_size_metrics face method outline_contents = get_outline_contents face method size string = Fttext.size face string method size_of_glyphs string = Fttext.size_of_glyphs face string end;; let draw_gen render_mode renderf rot func face px py string = let face = face#face in let matrix = matrix_rotate rot in let curx = ref (0.0) and cury = ref (0.0) in for i = 0 to Array.length string - 1 do set_transform face matrix {ft_x= !curx; ft_y= !cury}; let advx, advy = renderf face string.(i) [] render_mode in let binfo = get_bitmap_info face in for y = 0 to binfo.bitmap_height - 1 do for x = 0 to binfo.bitmap_width - 1 do let z = read_bitmap face x y in let level = if z < 0 then 0 else if z > 255 then 255 else z in let px = px + binfo.bitmap_left + x and py = py - (binfo.bitmap_top - binfo.bitmap_height + y) in func px py level done; done; curx := !curx +. advx; cury := !cury +. advy done;; let draw_rotated_gen render_mode face (func : 'a -> int -> 'a) (image : 'a OImages.map) px py rot renderf string = (*let putpixel px py level = try let orgcolor = image#get px py in image#set px py (func orgcolor level); with Out_of_image -> () in*) let face = face#face in let matrix = matrix_rotate rot in let curx = ref (0.0) and cury = ref (0.0) in for i = 0 to Array.length string - 1 do set_transform face matrix {ft_x= !curx; ft_y= !cury}; let advx, advy = renderf face string.(i) [] render_mode in let binfo = get_bitmap_info face in for y = 0 to binfo.bitmap_height - 1 do for x = 0 to binfo.bitmap_width - 1 do let z = read_bitmap face x y in let level = if z < 0 then 0 else if z > 255 then 255 else z in try let px = px + binfo.bitmap_left + x and py = py - (binfo.bitmap_top - binfo.bitmap_height + y) in let orgcolor = image#get px py in image#set px py (func orgcolor level); with Out_of_image -> () done; done; curx := !curx +. advx; cury := !cury +. advy done;; let draw_rotated_text face func image x y rot string = draw_rotated_gen Render_Normal face func image x y rot render_char string;; let draw_rotated_glyphs face func image x y rot string = draw_rotated_gen Render_Normal face func image x y rot render_glyph string;; let draw_text face func image x y string = draw_rotated_text face func image x y 0.0 string;; let draw_glyphs face func image x y string = draw_rotated_glyphs face func image x y 0.0 string;; (* mono *) let draw_mono_rotated_text face func image x y rot string = draw_rotated_gen Render_Mono face func image x y rot render_char string;; let draw_mono_rotated_glyphs face func image x y rot string = draw_rotated_gen Render_Mono face func image x y rot render_glyph string;; let draw_mono_text face func image x y string = draw_mono_rotated_text face func image x y 0.0 string;; let draw_mono_glyphs face func image x y string = draw_mono_rotated_glyphs face func image x y 0.0 string;; (* Vector based *) let vector_text turn_y func face px py rot string = Fttext.vector_gen load_char turn_y rot func face#face px py string;; let vector_glyphs turn_y func face px py rot string = Fttext.vector_gen load_glyph turn_y rot func face#face px py string;; camlspotter-camlimages-e471b3c4470d/src/oGif.ml0000644000000000000000000000240112405272062017374 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: oGif.ml,v 1.2 2008/06/16 22:35:42 furuse Exp $ *) open OImages;; let load_first name opts = OImages.make (Gif.load_first name opts);; let save_image name opts image = let img = image#image in match img with | Images.Index8 _bmp -> Gif.save_image name opts img | _ -> raise Wrong_image_class;; camlspotter-camlimages-e471b3c4470d/src/oGraphic.ml0000644000000000000000000000234412405272062020252 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: oGraphic.ml,v 1.1 2007/01/18 10:29:57 rousse Exp $ *) open Images;; open OImages;; let draw image x y = try Graphic_image.draw_image image#image x y with | Wrong_image_type -> raise Wrong_image_class;; let get x y w h = new rgb24_wrapper (Graphic_image.get_image x y w h);; camlspotter-camlimages-e471b3c4470d/src/oImages.ml0000644000000000000000000003167312405272062020111 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: oImages.ml,v 1.5 2009/03/01 09:49:53 furuse Exp $ *) open Images;; exception Non_supported_method;; exception Wrong_image_class;; type image_class = | ClassRgb24 | ClassIndex8 | ClassIndex16 | ClassRgba32 | ClassCmyk32;; class type imgsize = object method width : int method height : int end;; class type ['a] map = object inherit imgsize method unsafe_get : int -> int -> 'a method unsafe_set : int -> int -> 'a -> unit method get : int -> int -> 'a method set : int -> int -> 'a -> unit method unsafe_access : int -> int -> string * int end;; class type oimage = object inherit imgsize method infos : info list method set_infos : info list -> unit method image_class : image_class method image : Images.t method destroy : unit method dump : string method save : string -> format option -> save_option list -> unit method coerce : oimage method blocks : int * int method dump_block : int -> int -> Bitmap.Block.t end;; (* Implementation *) class virtual oimage_impl = object (self) method virtual image_class : image_class method virtual image : Images.t method virtual width : int method virtual height : int method virtual infos : info list method virtual set_infos : info list -> unit method virtual destroy : unit method virtual dump : string method virtual save : string -> format option -> save_option list -> unit method coerce = (self :> < image : _; image_class : _; width : _; height : _; infos : _; set_infos : _; destroy : _; dump : _; save : _; coerce : _; blocks : _; dump_block : _>) method virtual blocks : int * int method virtual dump_block : int -> int -> Bitmap.Block.t end;; open Rgb24;; class type rgba32_class = object inherit oimage inherit [Color.rgba] map method sub : int -> int -> int -> int -> rgba32_class method blit : int -> int -> rgba32_class -> int -> int -> int -> int -> unit method resize : (float -> unit) option -> int -> int -> rgba32_class method to_rgb24 : rgb24_class end and rgb24_class = object inherit oimage inherit [Color.rgb] map method sub : int -> int -> int -> int -> rgb24_class method blit : int -> int -> rgb24_class -> int -> int -> int -> int -> unit method resize : (float -> unit) option -> int -> int -> rgb24_class method to_rgba32 : rgba32_class end;; class rgba32_wrapper img = object inherit oimage_impl method image_class = ClassRgba32 method image = Images.Rgba32 img method width = img.Rgba32.width method height = img.Rgba32.height method infos = img.Rgba32.infos method dump = Rgba32.dump img method set_infos infos = img.Rgba32.infos <- infos method unsafe_access = Rgba32.unsafe_access img method unsafe_get = Rgba32.unsafe_get img method unsafe_set = Rgba32.unsafe_set img method get = Rgba32.get img method set = Rgba32.set img method destroy = Rgba32.destroy img method sub x y w h = new rgba32_wrapper (Rgba32.sub img x y w h) method blit sx sy (dst : rgba32_class) = Images.blit (Rgba32 img) sx sy dst#image method resize prog nw nh = new rgba32_wrapper (Rgba32.resize prog img nw nh) method save name format opts = Images.save name format opts (Rgba32 img) method to_rgb24 = new rgb24_wrapper (Rgb24.of_rgba32 img) method blocks = Rgba32.blocks img method dump_block = Rgba32.dump_block img end and rgb24_wrapper img = object inherit oimage_impl method image_class = ClassRgb24 method image = Images.Rgb24 img method width = img.Rgb24.width method height = img.Rgb24.height method infos = img.Rgb24.infos method dump = dump img method set_infos infos = img.Rgb24.infos <- infos method unsafe_access = unsafe_access img method unsafe_get = unsafe_get img method unsafe_set = unsafe_set img method get = get img method set = set img method destroy = destroy img method sub x y w h = new rgb24_wrapper (sub img x y w h) method blit sx sy (dst : rgb24_class) = Images.blit (Rgb24 img) sx sy dst#image method resize prog nw nh = new rgb24_wrapper (resize prog img nw nh) method save name format opts = Images.save name format opts (Rgb24 img) method to_rgba32 = new rgba32_wrapper (Rgb24.to_rgba32 img) method blocks = Rgb24.blocks img method dump_block = Rgb24.dump_block img end;; class rgba32 width height = object inherit rgba32_wrapper (Rgba32.create width height) end;; class rgba32_filled width height init = object inherit rgba32_wrapper (Rgba32.make width height init) end;; class rgba32_with width height data bitmap = object inherit rgba32_wrapper (Rgba32.create_with width height data bitmap) end;; class rgb24 width height = object inherit rgb24_wrapper (create width height) end;; class rgb24_filled width height init = object inherit rgb24_wrapper (make width height init) end;; class rgb24_with width height data bitmap = object inherit rgb24_wrapper (create_with width height data bitmap) end;; open Index8;; class type index8_class = object inherit oimage inherit [Index8.elt] map inherit OColor.rgbmap method sub : int -> int -> int -> int -> index8_class method blit : int -> int -> index8_class -> int -> int -> int -> int -> unit method get_color : int -> int -> Color.rgb method unsafe_get_color : int -> int -> Color.rgb method transparent : Index8.elt method set_transparent : Index8.elt -> unit method to_rgb24 : rgb24_class method to_rgba32 : rgba32_class end;; class index8_wrapper img = object (self) inherit oimage_impl inherit OColor.rgbmap img.colormap method image_class = ClassIndex8 method image = Index8 img method width = img.width method height = img.height method transparent = img.transparent method infos = img.infos method dump = dump img method set_transparent c = img.transparent <- c method set_infos infos = img.infos <- infos method unsafe_access = unsafe_access img method unsafe_get = unsafe_get img method unsafe_set = unsafe_set img method get = get img method set = set img method get_color x y = self#query_color (self#get x y) method unsafe_get_color x y = self#query_color (self#unsafe_get x y) method destroy = destroy img method sub x y w h = new index8_wrapper (Index8.sub img x y w h) method blit sx sy (dst : index8_class) = Images.blit (Index8 img) sx sy dst#image method save name format opts = Images.save name format opts (Index8 img) method to_rgb24 = new rgb24_wrapper (Index8.to_rgb24 img) method to_rgba32 = new rgba32_wrapper (Index8.to_rgba32 img) method blocks = Index8.blocks img method dump_block = Index8.dump_block img end;; class index8 width height = object inherit index8_wrapper (create width height) end;; class index8_filled width height init = object inherit index8_wrapper (make width height init) end;; class index8_with width height infos cmap trans bitmap = object inherit index8_wrapper (create_with width height infos cmap trans bitmap) end;; open Index16;; class type index16_class = object inherit oimage inherit [Index16.elt] map inherit OColor.rgbmap method sub : int -> int -> int -> int -> index8_class method blit : int -> int -> index8_class -> int -> int -> int -> int -> unit method get_color : int -> int -> Color.rgb method unsafe_get_color : int -> int -> Color.rgb method transparent : Index16.elt method set_transparent : Index16.elt -> unit method to_rgb24 : rgb24_class method to_rgba32 : rgba32_class end;; class index16_wrapper img = object (self) inherit oimage_impl inherit OColor.rgbmap img.colormap method image_class = ClassIndex16 method image = Index16 img method width = img.width method height = img.height method transparent = img.transparent method infos = img.infos method dump = dump img method set_transparent c = img.transparent <- c method set_infos infos = img.infos <- infos method unsafe_access = unsafe_access img method unsafe_get = unsafe_get img method unsafe_set = unsafe_set img method get = get img method set = set img method get_color x y = self#query_color (self#get x y) method unsafe_get_color x y = self#query_color (self#unsafe_get x y) method destroy = destroy img method sub x y w h = new index16_wrapper (Index16.sub img x y w h) method blit sx sy (dst : index16_class) = Images.blit (Index16 img) sx sy dst#image method to_rgb24 = new rgb24_wrapper (Index16.to_rgb24 img) method to_rgba32 = new rgba32_wrapper (Index16.to_rgba32 img) method save name format opts = Images.save name format opts (Index16 img) method blocks = Index16.blocks img method dump_block = Index16.dump_block img end;; class index16 width height = object inherit index16_wrapper (create width height) end;; class index16_filled width height init = object inherit index16_wrapper (make width height init) end;; class index16_with width height infos cmap trans bitmap = object inherit index16_wrapper (create_with width height infos cmap trans bitmap) end;; open Cmyk32;; class type cmyk32_class = object inherit oimage inherit [Color.cmyk] map method sub : int -> int -> int -> int -> cmyk32_class method blit : int -> int -> cmyk32_class -> int -> int -> int -> int -> unit method resize : (float -> unit) option -> int -> int -> cmyk32_class end;; class cmyk32_wrapper img = object inherit oimage_impl method image_class = ClassCmyk32 method image = Images.Cmyk32 img method width = img.width method height = img.height method infos = img.infos method dump = dump img method set_infos infos = img.infos <- infos method unsafe_access = unsafe_access img method unsafe_get = unsafe_get img method unsafe_set = unsafe_set img method get = get img method set = set img method destroy = destroy img method sub x y w h = new cmyk32_wrapper (sub img x y w h) method blit sx sy (dst : cmyk32_class) = Images.blit (Cmyk32 img) sx sy dst#image method resize prog nw nh = new cmyk32_wrapper (resize prog img nw nh) method save name format opts = Images.save name format opts (Cmyk32 img) method blocks = Cmyk32.blocks img method dump_block = Cmyk32.dump_block img end;; class cmyk32 width height = object inherit cmyk32_wrapper (create width height) end;; class cmyk32_filled width height init = object inherit cmyk32_wrapper (make width height init) end;; class cmyk32_with width height data bitmap = object inherit cmyk32_wrapper (create_with width height data bitmap) end;; type tagged = | Rgb24 of rgb24_class | Index8 of index8_class | Index16 of index16_class | Rgba32 of rgba32_class | Cmyk32 of cmyk32_class;; let rgb24 oimage = if oimage#image_class = ClassRgb24 then (Obj.magic oimage : rgb24_class) else raise Wrong_image_class;; let index8 oimage = if oimage#image_class = ClassIndex8 then (Obj.magic oimage : index8_class) else raise Wrong_image_class;; let index16 oimage = if oimage#image_class = ClassIndex16 then (Obj.magic oimage : index16_class) else raise Wrong_image_class;; let rgba32 oimage = if oimage#image_class = ClassRgba32 then (Obj.magic oimage : rgba32_class) else raise Wrong_image_class;; let cmyk32 oimage = if oimage#image_class = ClassCmyk32 then (Obj.magic oimage : cmyk32_class) else raise Wrong_image_class;; let tag img = match img#image_class with | ClassRgb24 -> Rgb24 (Obj.magic img : rgb24_class) | ClassIndex8 -> Index8 (Obj.magic img : index8_class) | ClassIndex16 -> Index16 (Obj.magic img : index16_class) | ClassRgba32 -> Rgba32 (Obj.magic img : rgba32_class) | ClassCmyk32 -> Cmyk32 (Obj.magic img : cmyk32_class);; let make = function | Images.Index8 img -> (new index8_wrapper img)#coerce | Images.Rgb24 img -> (new rgb24_wrapper img)#coerce | Images.Index16 img -> (new index16_wrapper img)#coerce | Images.Rgba32 img -> (new rgba32_wrapper img)#coerce | Images.Cmyk32 img -> (new cmyk32_wrapper img)#coerce;; let sub img x y w h = match tag img with | Rgb24 i -> (i#sub x y w h)#coerce | Index8 i -> (i#sub x y w h)#coerce | Index16 i -> (i#sub x y w h)#coerce | Rgba32 i -> (i#sub x y w h)#coerce | Cmyk32 i -> (i#sub x y w h)#coerce;; let load filename load_options = make (Images.load filename load_options);; camlspotter-camlimages-e471b3c4470d/src/oImages.mli0000644000000000000000000001262412405272062020255 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: oImages.mli,v 1.5 2009/03/01 11:24:10 furuse Exp $ *) (** Class interface for Images *) open Images (* open Color *) exception Non_supported_method exception Wrong_image_class type image_class = | ClassRgb24 | ClassIndex8 | ClassIndex16 | ClassRgba32 | ClassCmyk32 class type imgsize = object method width : int method height : int end class type ['a] map = object inherit imgsize method unsafe_get : int -> int -> 'a method unsafe_set : int -> int -> 'a -> unit method get : int -> int -> 'a method set : int -> int -> 'a -> unit method unsafe_access : int -> int -> bytes * int end class type oimage = object inherit imgsize method infos : info list method set_infos : info list -> unit method image_class : image_class method image : Images.t method destroy : unit method dump : bytes method save : string -> format option -> save_option list -> unit method coerce : oimage method blocks : int * int method dump_block : int -> int -> Bitmap.Block.t end class type rgba32_class = object inherit oimage inherit [Color.rgba] map method sub : int -> int -> int -> int -> rgba32_class method blit : int -> int -> rgba32_class -> int -> int -> int -> int -> unit method resize : (float -> unit) option -> int -> int -> rgba32_class method to_rgb24 : rgb24_class end and rgb24_class = object inherit oimage inherit [Color.rgb] map method sub : int -> int -> int -> int -> rgb24_class method blit : int -> int -> rgb24_class -> int -> int -> int -> int -> unit method resize : (float -> unit) option -> int -> int -> rgb24_class method to_rgba32 : rgba32_class end class rgba32_wrapper : Rgba32.t -> rgba32_class class rgba32 : int -> int -> rgba32_class class rgba32_filled : int -> int -> Color.rgba -> rgba32_class class rgba32_with : int -> int -> Info.info list -> bytes -> rgba32_class class rgb24_wrapper : Rgb24.t -> rgb24_class class rgb24 : int -> int -> rgb24_class class rgb24_filled : int -> int -> Color.rgb -> rgb24_class class rgb24_with : int -> int -> Info.info list -> bytes -> rgb24_class class type index8_class = object inherit oimage inherit [Index8.elt] map inherit OColor.rgbmap method sub : int -> int -> int -> int -> index8_class method blit : int -> int -> index8_class -> int -> int -> int -> int -> unit method get_color : int -> int -> Color.rgb method unsafe_get_color : int -> int -> Color.rgb method transparent : Index8.elt method set_transparent : Index8.elt -> unit method to_rgb24 : rgb24_class method to_rgba32 : rgba32_class end class index8_wrapper : Index8.t -> index8_class class index8 : int -> int -> index8_class class index8_filled : int -> int -> int -> index8_class class index8_with : int -> int -> Info.info list -> Color.rgb Color.map -> int -> bytes -> index8_class class type index16_class = object inherit oimage inherit [Index16.elt] map inherit OColor.rgbmap method sub : int -> int -> int -> int -> index16_class method blit : int -> int -> index16_class -> int -> int -> int -> int -> unit method get_color : int -> int -> Color.rgb method unsafe_get_color : int -> int -> Color.rgb method transparent : Index16.elt method set_transparent : Index16.elt -> unit method to_rgb24 : rgb24_class method to_rgba32 : rgba32_class end class index16_wrapper : Index16.t -> index16_class class index16 : int -> int -> index16_class class index16_filled : int -> int -> int -> index16_class class index16_with : int -> int -> Info.info list -> Color.rgb Color.map -> int -> bytes -> index16_class class type cmyk32_class = object inherit oimage inherit [Color.cmyk] map method sub : int -> int -> int -> int -> cmyk32_class method blit : int -> int -> cmyk32_class -> int -> int -> int -> int -> unit method resize : (float -> unit) option -> int -> int -> cmyk32_class end class cmyk32_wrapper : Cmyk32.t -> cmyk32_class class cmyk32 : int -> int -> cmyk32_class class cmyk32_filled : int -> int -> Color.cmyk -> cmyk32_class class cmyk32_with : int -> int -> Info.info list -> bytes -> cmyk32_class val rgb24 : oimage -> rgb24_class val index8 : oimage -> index8_class val index16 : oimage -> index16_class val rgba32 : oimage -> rgba32_class val cmyk32 : oimage -> cmyk32_class type tagged = | Rgb24 of rgb24_class | Index8 of index8_class | Index16 of index16_class | Rgba32 of rgba32_class | Cmyk32 of cmyk32_class val tag : oimage -> tagged val make : Images.t -> oimage val load : string -> Images.load_option list -> oimage val sub : oimage -> int -> int -> int -> int -> oimage camlspotter-camlimages-e471b3c4470d/src/oJpeg.ml0000644000000000000000000000241712405272062017563 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: oJpeg.ml,v 1.1 2007/01/18 10:29:57 rousse Exp $ *) let load name opts = OImages.make (Jpeg.load name opts);; let load_thumbnail name opts geom_spec = let w, h, img = Jpeg.load_thumbnail name opts geom_spec in w, h, OImages.make img;; let save name opts image = let rgb24 = OImages.rgb24 image in Jpeg.save name opts rgb24#image;; let save_as_cmyk name opts trans image = let rgb24 = OImages.rgb24 image in Jpeg.save_as_cmyk name opts trans rgb24#image;; camlspotter-camlimages-e471b3c4470d/src/oJpeg.mli0000644000000000000000000000055612405272062017736 0ustar 00000000000000val load : string -> Images.load_option list -> OImages.oimage val load_thumbnail : string -> Images.load_option list -> Geometry.spec -> int * int * OImages.oimage val save : string -> Images.save_option list -> OImages.oimage -> unit val save_as_cmyk : string -> Images.save_option list -> (Images.rgb -> int * int * int * int) -> OImages.oimage -> unit camlspotter-camlimages-e471b3c4470d/src/oPng.ml0000644000000000000000000000205412405272062017417 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: oPng.ml,v 1.1 2007/01/18 10:29:57 rousse Exp $ *) let load_as_rgb24 name opts = OImages.make (Png.load_as_rgb24 name opts);; let load name opts = OImages.make (Png.load name opts);; let save name opts image = Png.save name opts image#image;; camlspotter-camlimages-e471b3c4470d/src/oPng.mli0000644000000000000000000000033012405272062017563 0ustar 00000000000000val load_as_rgb24 : string -> Images.load_option list -> OImages.oimage val load : string -> Images.load_option list -> OImages.oimage val save : string -> Images.save_option list -> < image : Images.t; .. > -> unit camlspotter-camlimages-e471b3c4470d/src/oPpm.ml0000644000000000000000000000212012405272062017421 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999, 2004 *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: oPpm.ml,v 1.1 2007/01/18 10:29:57 rousse Exp $ *) open OImages;; let load name opts = OImages.make (Ppm.load name opts);; let save name opts image = match image#image_class with | ClassRgb24 | ClassIndex8 -> Ppm.save name opts image#image | _ -> raise Wrong_image_class;; camlspotter-camlimages-e471b3c4470d/src/oPs.ml0000644000000000000000000000155012405272062017255 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: oPs.ml,v 1.1 2007/01/18 10:29:57 rousse Exp $ *) camlspotter-camlimages-e471b3c4470d/src/oTiff.ml0000644000000000000000000000201212405272062017555 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: oTiff.ml,v 1.1 2007/01/18 10:29:57 rousse Exp $ *) let load name opts = OImages.make (Tiff.load name opts);; let save name opts image = let rgb24 = OImages.rgb24 image in Tiff.save name opts rgb24#image;; camlspotter-camlimages-e471b3c4470d/src/oXimage.ml0000644000000000000000000000611112405272062020103 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: oXimage.ml,v 1.1.2.1 2010/05/13 13:14:47 furuse Exp $*) open OImages;; open Ximage;; open Gdk;; class ximage xim = object method width = xim.width method height = xim.height method unsafe_get = Ximage.unsafe_get xim method unsafe_set = Ximage.unsafe_set xim method get = Ximage.get xim method set = Ximage.set xim method data = xim.data method destroy = Ximage.destroy xim end;; let create ~kind ~visual ~width ~height = let xim = Ximage.create ~kind ~visual ~width ~height in new ximage xim;; let get_image drawable ~x ~y ~width ~height = new ximage (Ximage.get_image drawable ~x ~y ~width ~height);; let of_image visual progress img = new ximage (Ximage.of_image visual progress img#image);; let mask_of_image win img = (* It is really inefficient *) let mono_gc = get_mono_gc win in let width, height = img#width, img#height in let draw_mask i = prerr_endline "making mask"; let bmp = Bitmap.create ~window:win ~width ~height () in let ximg = get_image bmp ~x:0 ~y:0 ~width ~height in for x = 0 to width - 1 do for y = 0 to height - 1 do if i#unsafe_get x y = i#transparent then ximg#unsafe_set x y 0 else ximg#unsafe_set x y 1 done; done; Gdk.Draw.image bmp mono_gc ximg#data ~xsrc:0 ~ysrc:0 ~xdest:0 ~ydest:0 ~width ~height; Some bmp in (* BUG ? of gtk or lablgtk? Using None for mask does not work *) begin match OImages.tag img with | Index8 i -> if i#transparent >= 0 then draw_mask i else Some (plain_mask win img#width img#height) | Index16 _i -> let i = OImages.index16 img in if i#transparent >= 0 then draw_mask i else Some (plain_mask win img#width img#height) | _ -> Some (plain_mask win img#width img#height) end;; let pixmap_of win ximage = pixmap_of win { width= ximage#width; height= ximage#height; data= ximage#data; (* finalised= false*) };; let pixmap_of_image win progress img = let visual = Gdk.Window.get_visual win in let ximage = of_image visual progress img in let msk = mask_of_image win img in let pixmap = new GDraw.pixmap ?mask: msk (pixmap_of win ximage) in pixmap;; camlspotter-camlimages-e471b3c4470d/src/oXimage.mli0000644000000000000000000000342712405272062020263 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: oXimage.mli,v 1.1.2.1 2010/05/13 13:14:47 furuse Exp $*) class ximage : Ximage.t -> object method width : int method height : int method unsafe_get : int -> int -> Ximage.elt method unsafe_set : int -> int -> Ximage.elt -> unit method get : int -> int -> Ximage.elt method set : int -> int -> Ximage.elt -> unit method data : Gdk.image method destroy : unit end;; val create : kind:Gdk.Image.image_type -> visual:Gdk.visual -> width: int -> height: int -> ximage;; val get_image : [>`drawable] Gobject.obj -> x:int -> y:int -> width:int -> height:int -> ximage;; val of_image : Gdk.visual -> (float -> unit) option -> OImages.oimage -> ximage;; val mask_of_image : Gdk.window -> OImages.oimage -> Gdk.bitmap option;; val pixmap_of_image : Gdk.window -> (float -> unit) option -> OImages.oimage -> GDraw.pixmap;; camlspotter-camlimages-e471b3c4470d/src/oXimage2.ml0000644000000000000000000000210512405272062020164 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: oXimage2.ml,v 1.2.2.1 2010/05/13 13:14:47 furuse Exp $*) (* This module is for backward compatibility *) include OXimage camlspotter-camlimages-e471b3c4470d/src/oXpm.ml0000644000000000000000000000164312405272062017442 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: oXpm.ml,v 1.1 2007/01/18 10:29:57 rousse Exp $ *) let load name opts = OImages.make (Xpm.load name opts);; camlspotter-camlimages-e471b3c4470d/src/oXvthumb.ml0000644000000000000000000000224012405272062020325 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004 *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: oXvthumb.ml,v 1.1 2007/01/18 10:29:57 rousse Exp $ *) open OImages;; let load name = let info, img = Xvthumb.load name in info, new index8_wrapper img;; let save name info img = match img#image with | Images.Index8 bmp -> Xvthumb.save name info bmp | _ -> raise Wrong_image_class;; let create img = new index8_wrapper (Xvthumb.create img#image);; camlspotter-camlimages-e471b3c4470d/src/oXvthumb.mli0000644000000000000000000000200012405272062020470 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004 *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: oXvthumb.mli,v 1.1 2007/01/18 10:29:57 rousse Exp $ *) val load : string -> string * OImages.index8 val save : string -> string -> OImages.index8 -> unit val create : OImages.oimage -> OImages.index8 camlspotter-camlimages-e471b3c4470d/src/oversized.h0000644000000000000000000000050312405272062020342 0ustar 00000000000000#include /* Test if x or y are negative, or if multiplying x * y would cause an * arithmetic overflow. */ #define oversized(x, y) \ ((x) < 0 || (y) < 0 || ((y) != 0 && (x) > INT_MAX / (y))) #define failwith_oversized(lib) \ failwith("#lib error: image contains oversized or bogus width and height"); camlspotter-camlimages-e471b3c4470d/src/png.ml0000644000000000000000000001142212405272062017277 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: png.ml,v 1.7 2009/07/04 03:39:28 furuse Exp $ *) open Util open Images;; (* do not change the ordering, since the tags are used in png*.c *) type png_read_result = | PNG_RGB24 of string array | PNG_RGBA32 of string array | PNG_INDEX8 of string array * rgb array | PNG_INDEX16 of string array * rgb array | PNG_INDEX4 of string array * rgb array ;; external read_as_rgb24 : string -> int * int * string array = "read_png_file_as_rgb24" ;; external read : string -> int * int * png_read_result = "read_png_file" ;; external write_rgb : string -> string -> int -> int -> bool -> unit = "write_png_file_rgb" ;; external write_index : string -> string -> rgb array -> int -> int -> unit = "write_png_file_index" ;; let load_as_rgb24 name _opts = let w, h, buf = read_as_rgb24 name in Rgb24 (Rgb24.create_with_scanlines w h [] buf) ;; let load name _opts = let w, h, res = read name in match res with | PNG_RGB24 buf -> Rgb24 (Rgb24.create_with_scanlines w h [] buf) | PNG_RGBA32 buf -> Rgba32 (Rgba32.create_with_scanlines w h [] buf) | PNG_INDEX8 (buf,cmap) -> Index8 (Index8.create_with_scanlines w h [] { max = 255; map = cmap; } (-1) buf) | PNG_INDEX16 (buf,cmap) -> Index16 (Index16.create_with_scanlines w h [] { max = 65535; map = cmap } (-1) buf) | PNG_INDEX4 (buf,cmap) -> let buf' = Array.init h (fun _ -> Bytes.create w) in for y = 0 to h - 1 do let b = buf' >@! y in for x = 0 to w - 1 do b << x & char_of_int (let c = int_of_char buf.(y).[x / 2] in if x mod 2 = 0 then c lsr 4 else c mod 16) done done; Index8 (Index8.create_with_scanlines w h [] { max = 16; map = cmap } (-1) buf') ;; let save name _opts image = match image with | Rgb24 bmp -> write_rgb name (Rgb24.dump bmp) bmp.Rgb24.width bmp.Rgb24.height false | Rgba32 bmp -> write_rgb name (Rgba32.dump bmp) bmp.Rgba32.width bmp.Rgba32.height true | Index8 bmp -> write_index name (Index8.dump bmp) bmp.Index8.colormap.map bmp.Index8.width bmp.Index8.height | Index16 bmp -> write_index name (Index16.dump bmp) bmp.Index16.colormap.map bmp.Index16.width bmp.Index16.height | Cmyk32 _ -> failwith "Saving of CMYK not supported yet" ;; let check_header filename = let len = 24 in let ic = open_in_bin filename in try let str = Bytes.create len in really_input ic str 0 len; close_in ic; if String.sub str 1 3 = "PNG" then begin if String.sub str 0 8 <> "\137PNG\013\010\026\010" then begin { header_width= -1; header_height= -1; header_infos= [Info_Corrupted]; } end else begin let belong str = int_of_char str.[0] lsl 24 + int_of_char str.[1] lsl 16 + int_of_char str.[2] lsl 8 + int_of_char str.[3] in let w = belong (String.sub str 16 4) in let h = belong (String.sub str 20 4) in let bdepth = Info_Depth (int_of_char str.[12]) in let infos = try let colormodel = match int_of_char str.[13] with | 0 -> Info_ColorModel Gray | 2 -> Info_ColorModel RGB | 3 -> Info_ColorModel Index | 4 -> Info_ColorModel GrayA | 6 -> Info_ColorModel RGBA | _ -> raise Not_found in [colormodel; bdepth] with | Not_found -> [bdepth] in { header_width = w; header_height = h; header_infos = infos; } end end else raise Wrong_file_type with | _ -> close_in ic; raise Wrong_file_type ;; add_methods Png { check_header = check_header; load = Some load; save = Some save; load_sequence = None; save_sequence = None; } ;; camlspotter-camlimages-e471b3c4470d/src/png.mli0000644000000000000000000000263612405272062017457 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: png.mli,v 1.2 2008/10/31 08:51:46 weis Exp $ *) val check_header : string -> Images.header;; (** Checks the file header of a png image. *) val load : string -> Images.load_option list -> Images.t;; (** Loads a png image. *) val load_as_rgb24 : string -> Images.load_option list -> Images.t;; (** Loads a png image, and coerce it to Rgb24. *) val save : string -> Images.save_option list -> Images.t -> unit;; (** Saves an image into a png file format. *) camlspotter-camlimages-e471b3c4470d/src/png_na.c0000644000000000000000000000255112405272062017572 0ustar 00000000000000/***********************************************************************/ /* */ /* Objective Caml */ /* */ /* Fran輟is Pessaux, projet Cristal, INRIA Rocquencourt */ /* Pierre Weis, projet Cristal, INRIA Rocquencourt */ /* Jun Furuse, projet Cristal, INRIA Rocquencourt */ /* */ /* Copyright 1999,2000 */ /* Institut National de Recherche en Informatique et en Automatique. */ /* Distributed only by permission. */ /* */ /***********************************************************************/ #include #include #include #include value read_png_file_as_rgb24(){ failwith("unsupported"); } value Val_PngColor(){ failwith("unsupported"); } value Val_PngPalette(){ failwith("unsupported"); } value read_png_file(){ failwith("unsupported"); } value write_png_file_rgb(){ failwith("unsupported"); } value write_png_file_index(){ failwith("unsupported"); } camlspotter-camlimages-e471b3c4470d/src/pngread.c0000644000000000000000000002705212405272062017753 0ustar 00000000000000/***********************************************************************/ /* */ /* Objective Caml */ /* */ /* Franois Pessaux, projet Cristal, INRIA Rocquencourt */ /* Pierre Weis, projet Cristal, INRIA Rocquencourt */ /* Jun Furuse, projet Cristal, INRIA Rocquencourt */ /* */ /* Copyright 1999,2000 */ /* Institut National de Recherche en Informatique et en Automatique. */ /* Distributed only by permission. */ /* */ /***********************************************************************/ /* $Id: pngread.c,v 1.5 2009/07/04 04:02:42 furuse Exp $ */ #ifdef HAVE_CONFIG_H #include "config.h" #endif #include "string.h" #include "oversized.h" #include #include #include #include #include #define PNG_TAG_RGB24 0 #define PNG_TAG_RGBA32 1 #define PNG_TAG_INDEX8 2 #define PNG_TAG_INDEX16 3 #define PNG_TAG_INDEX4 4 value read_png_file_as_rgb24( name ) value name; { CAMLparam1 ( name ); CAMLlocal3 ( res,r,tmp ); char *filename; png_structp png_ptr; png_infop info_ptr; png_uint_32 width, height; int bit_depth, color_type, interlace_type; FILE *fp; size_t rowbytes; filename = String_val( name ); if (( fp = fopen(filename, "rb")) == NULL ){ failwith("png file open failed"); } png_ptr = png_create_read_struct(PNG_LIBPNG_VER_STRING, NULL, NULL, NULL); /* (void *)user_error_ptr, user_error_fn, user_warning_fn); */ if( png_ptr == NULL ){ fclose(fp); failwith("it is not a png file."); } info_ptr = png_create_info_struct(png_ptr); if(info_ptr == NULL ){ fclose(fp); png_destroy_read_struct(&png_ptr, (png_infopp)NULL, (png_infopp)NULL); failwith("not enough memory"); } /* error handling */ if (setjmp(png_jmpbuf(png_ptr))) { /* Free all of the memory associated with the png_ptr and info_ptr */ png_destroy_read_struct(&png_ptr, &info_ptr, (png_infopp)NULL); fclose(fp); /* If we get here, we had a problem reading the file */ failwith("png read error"); } /* use standard C stream */ png_init_io(png_ptr, fp); /* png_set_sig_bytes(png_ptr, sig_read (= 0) ); */ png_read_info(png_ptr, info_ptr); png_get_IHDR(png_ptr, info_ptr, &width, &height, &bit_depth, &color_type, &interlace_type, NULL, NULL); if (oversized(width, height)){ png_destroy_read_struct(&png_ptr, &info_ptr, (png_infopp)NULL); fclose(fp); failwith_oversized("png"); } if ( color_type == PNG_COLOR_TYPE_GRAY || color_type == PNG_COLOR_TYPE_GRAY_ALPHA ) { png_set_gray_to_rgb(png_ptr); } if ( color_type & PNG_COLOR_TYPE_PALETTE ) png_set_expand(png_ptr); if ( bit_depth == 16 ) png_set_strip_16(png_ptr); if ( color_type & PNG_COLOR_MASK_ALPHA ) png_set_strip_alpha(png_ptr); png_read_update_info(png_ptr, info_ptr); png_get_IHDR(png_ptr, info_ptr, &width, &height, &bit_depth, &color_type, &interlace_type, NULL, NULL); if ( color_type != PNG_COLOR_TYPE_RGB || bit_depth != 8 ) { png_destroy_read_struct(&png_ptr, &info_ptr, (png_infopp)NULL); fclose(fp); failwith("unsupported color type"); } rowbytes = png_get_rowbytes(png_ptr, info_ptr); // rowbytes * height should be the maximum malloc size in this function if (oversized(rowbytes, height) || oversized(sizeof(png_bytep), height)){ png_destroy_read_struct(&png_ptr, &info_ptr, (png_infopp)NULL); fclose(fp); failwith("png error: image contains oversized or bogus width and height"); } { int i; png_bytep *row_pointers; void * buf; row_pointers = (png_bytep*) stat_alloc(sizeof(png_bytep) * height); buf = stat_alloc( rowbytes * height ); for( i = 0; i < height; i ++ ){ row_pointers[i] = buf + rowbytes * i; } png_set_rows(png_ptr, info_ptr, row_pointers); /* Later, we can return something */ if (setjmp(png_jmpbuf(png_ptr))) { /* Free all of the memory associated with the png_ptr and info_ptr */ png_destroy_read_struct(&png_ptr, &info_ptr, (png_infopp)NULL); fclose(fp); /* If we get here, we had a problem reading the file */ fprintf(stderr, "png short file\n"); stat_free(row_pointers); stat_free(buf); CAMLreturn(res); } png_read_image(png_ptr, row_pointers); png_read_end(png_ptr, info_ptr); png_destroy_read_struct(&png_ptr, &info_ptr, (png_infopp)NULL); r = alloc_tuple(height); for( i = 0; i < height; i ++ ){ tmp = caml_alloc_string(rowbytes); memcpy(String_val(tmp), buf+rowbytes*i, rowbytes); Store_field( r, i, tmp ); } res = alloc_small(3,0); Field( res, 0 ) = Val_int(width); Field( res, 1 ) = Val_int(height); Field( res, 2 ) = r; /* close the file */ fclose(fp); stat_free((void*)row_pointers); stat_free(buf); CAMLreturn(res); } } value Val_PngColor( png_color *col ) { CAMLparam0(); CAMLlocal1(res); CAMLlocalN(r,3); int i; res = Val_int(0); r[0] = Val_int( col->red ); r[1] = Val_int( col->green ); r[2] = Val_int( col->blue ); res = alloc_small(3,0); for(i=0; i<3; i++) Field(res, i) = r[i]; CAMLreturn(res); } value Val_PngPalette( png_colorp plte, int len ) { CAMLparam0(); CAMLlocal1(cmap); int i; if ( len != 0 ) { cmap = alloc_tuple( len ); for(i= 0; i< len; i++){ Store_field(cmap, i, Val_PngColor( &plte[i] )); } } else { cmap = Atom(0); } CAMLreturn(cmap); } value read_png_file( name ) value name; { CAMLparam1 ( name ); CAMLlocal4 ( res,r1,r2,tmp ); char *filename; png_structp png_ptr; png_infop info_ptr; png_uint_32 width, height; int bit_depth, color_type, interlace_type; FILE *fp; size_t rowbytes; filename = String_val( name ); if (( fp = fopen(filename, "rb")) == NULL ){ failwith("png file open failed"); } png_ptr = png_create_read_struct(PNG_LIBPNG_VER_STRING, NULL, NULL, NULL); /* (void *)user_error_ptr, user_error_fn, user_warning_fn); */ if( png_ptr == NULL ){ fclose(fp); failwith("it is not a png file."); } info_ptr = png_create_info_struct(png_ptr); if(info_ptr == NULL ){ fclose(fp); png_destroy_read_struct(&png_ptr, (png_infopp)NULL, (png_infopp)NULL); failwith("not enough memory"); } /* error handling */ if (setjmp(png_jmpbuf(png_ptr))) { /* Free all of the memory associated with the png_ptr and info_ptr */ png_destroy_read_struct(&png_ptr, &info_ptr, (png_infopp)NULL); fclose(fp); /* If we get here, we had a problem reading the file */ failwith("png read error"); } /* use standard C stream */ png_init_io(png_ptr, fp); /* png_set_sig_bytes(png_ptr, sig_read (= 0) ); */ png_read_info(png_ptr, info_ptr); png_get_IHDR(png_ptr, info_ptr, &width, &height, &bit_depth, &color_type, &interlace_type, NULL, NULL); if (oversized(width, height)){ png_destroy_read_struct(&png_ptr, &info_ptr, (png_infopp)NULL); fclose(fp); failwith_oversized("png"); } if ( color_type == PNG_COLOR_TYPE_GRAY || color_type == PNG_COLOR_TYPE_GRAY_ALPHA ) { png_set_gray_to_rgb(png_ptr); } /* We have no support for 48bit depth colors yet */ if ( bit_depth == 16 ) png_set_strip_16(png_ptr); png_read_update_info(png_ptr, info_ptr); png_get_IHDR(png_ptr, info_ptr, &width, &height, &bit_depth, &color_type, &interlace_type, NULL, NULL); rowbytes = png_get_rowbytes(png_ptr, info_ptr); // rowbytes * height should be the maximum malloc size in this function if (oversized(rowbytes, height) || oversized(sizeof(png_bytep), height)){ png_destroy_read_struct(&png_ptr, &info_ptr, (png_infopp)NULL); fclose(fp); failwith_oversized("png"); } { int i; png_bytep *row_pointers; void *buf; char mesg[256]; buf = stat_alloc(rowbytes * height); row_pointers = (png_bytep*)stat_alloc(sizeof(png_bytep) * height); for(i=0; i #include #include #include #include value write_png_file_rgb( name, buffer, width, height, with_alpha ) value name; value buffer; value width; value height; value with_alpha; { CAMLparam5 ( name, buffer, width, height, with_alpha ); FILE *fp; png_structp png_ptr; png_infop info_ptr; int w, h; int a; w = Int_val(width); h = Int_val(height); a = Bool_val(with_alpha); if (( fp = fopen(String_val(name), "wb")) == NULL ){ failwith("png file open failed"); } if ((png_ptr = png_create_write_struct(PNG_LIBPNG_VER_STRING, NULL, NULL, NULL)) == NULL ){ fclose(fp); failwith("png_create_write_struct"); } if( (info_ptr = png_create_info_struct(png_ptr)) == NULL ){ fclose(fp); png_destroy_write_struct(&png_ptr, (png_infopp)NULL); failwith("png_create_info_struct"); } /* error handling */ if (setjmp(png_jmpbuf(png_ptr))) { /* Free all of the memory associated with the png_ptr and info_ptr */ png_destroy_write_struct(&png_ptr, &info_ptr); fclose(fp); /* If we get here, we had a problem writing the file */ failwith("png write error"); } /* use standard C stream */ png_init_io(png_ptr, fp); /* we use system default compression */ /* png_set_filter( png_ptr, 0, PNG_FILTER_NONE | PNG_FILTER_SUB | PNG_FILTER_PAETH ); */ /* png_set_compression...() */ png_set_IHDR( png_ptr, info_ptr, w, h, 8 /* fixed */, a ? PNG_COLOR_TYPE_RGB_ALPHA : PNG_COLOR_TYPE_RGB, /* fixed */ PNG_INTERLACE_ADAM7, PNG_COMPRESSION_TYPE_DEFAULT, PNG_FILTER_TYPE_DEFAULT ); /* infos... */ png_write_info(png_ptr, info_ptr); { int rowbytes, i; png_bytep *row_pointers; char *buf = String_val(buffer); row_pointers = (png_bytep*)stat_alloc(sizeof(png_bytep) * h); rowbytes= png_get_rowbytes(png_ptr, info_ptr); #if 0 printf("rowbytes= %d width=%d\n", rowbytes, w); #endif for(i=0; i< h; i++){ row_pointers[i] = (png_bytep)(buf + rowbytes * i); } png_write_image(png_ptr, row_pointers); stat_free((void*)row_pointers); } png_write_end(png_ptr, info_ptr); png_destroy_write_struct(&png_ptr, &info_ptr); fclose(fp); CAMLreturn(Val_unit); } void PngPalette_val( value cmap, png_colorp *pltep, int *lenp ) { int i; if( cmap == Atom(0) ){ *pltep = NULL; *lenp = 0; return; } *lenp = Wosize_val( cmap ); *pltep = malloc( sizeof( png_color ) * *lenp ); for(i=0; i< *lenp; i++){ (*pltep)[i].red = Int_val(Field(Field(cmap,i),0)); (*pltep)[i].green = Int_val(Field(Field(cmap,i),1)); (*pltep)[i].blue = Int_val(Field(Field(cmap,i),2)); } return; } value write_png_file_index( name, buffer, cmap, width, height ) value name; value buffer; value cmap; value width; value height; { CAMLparam5 ( name, buffer, cmap, width, height ); FILE *fp; png_structp png_ptr; png_infop info_ptr; int w, h; w = Int_val(width); h = Int_val(height); if (( fp = fopen(String_val(name), "wb")) == NULL ){ failwith("png file open failed"); } if ((png_ptr = png_create_write_struct(PNG_LIBPNG_VER_STRING, NULL, NULL, NULL)) == NULL ){ fclose(fp); failwith("png_create_write_struct"); } if( (info_ptr = png_create_info_struct(png_ptr)) == NULL ){ fclose(fp); png_destroy_write_struct(&png_ptr, (png_infopp)NULL); failwith("png_create_info_struct"); } /* error handling */ if (setjmp(png_jmpbuf(png_ptr))) { /* Free all of the memory associated with the png_ptr and info_ptr */ png_destroy_write_struct(&png_ptr, &info_ptr); fclose(fp); /* If we get here, we had a problem writing the file */ failwith("png write error"); } /* use standard C stream */ png_init_io(png_ptr, fp); /* we use system default compression */ /* png_set_filter( png_ptr, 0, PNG_FILTER_NONE | PNG_FILTER_SUB | PNG_FILTER_PAETH ); */ /* png_set_compression...() */ png_set_IHDR( png_ptr, info_ptr, w, h, 8 /* fixed */, PNG_COLOR_TYPE_PALETTE, /* fixed */ PNG_INTERLACE_ADAM7, PNG_COMPRESSION_TYPE_DEFAULT, PNG_FILTER_TYPE_DEFAULT ); { png_colorp palette; int num_palette; PngPalette_val( cmap, &palette, &num_palette ); if( num_palette <= 0 ){ png_destroy_write_struct(&png_ptr, &info_ptr); fclose(fp); /* If we get here, we had a problem writing the file */ failwith("png write error (null colormap)"); } png_set_PLTE( png_ptr, info_ptr, palette, num_palette ); } /* infos... */ png_write_info(png_ptr, info_ptr); { int rowbytes, i; png_bytep *row_pointers; char *buf = String_val(buffer); row_pointers = (png_bytep*)stat_alloc(sizeof(png_bytep) * h); rowbytes= png_get_rowbytes(png_ptr, info_ptr); #if 0 printf("rowbytes= %d width=%d\n", rowbytes, w); #endif if( rowbytes != w && rowbytes != w * 2 ){ png_destroy_write_struct(&png_ptr, &info_ptr); fclose(fp); /* If we get here, we had a problem writing the file */ failwith("png write error (illegal byte/pixel)"); } for(i=0; i< h; i++){ row_pointers[i] = (png_bytep)(buf + rowbytes * i); } png_write_image(png_ptr, row_pointers); stat_free((void*)row_pointers); } png_write_end(png_ptr, info_ptr); png_destroy_write_struct(&png_ptr, &info_ptr); fclose(fp); CAMLreturn(Val_unit); } camlspotter-camlimages-e471b3c4470d/src/ppm.ml0000644000000000000000000002117712405272062017317 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999, 2004 *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: ppm.ml,v 1.2 2008/06/16 22:35:42 furuse Exp $ *) (* Manipulating images in portable format: PPM, PGM, and PBM. PPM: portable pixmap (pixels (picture element) map). PGM: portable greymap (grey scale map). PBM: portable bitmap (binary digit map). *) open Images;; (* Reading PPM images. *) type ppm_magic_number = | P1 | P2 | P3 | P4 | P5 | P6;; (* Magic numbers for PPM images. P1 and P4 indicate bitmaps (P1 is ascii encoding, P4 is raw encoding). P2 and P5 indicate greymaps, in raw or ascii encoding. P3 and P6 indicate pixmaps (P3 is ascii encoding, P6 is raw encoding). The library systematically saves images in raw form (which is more compact). *) let magic_number_of_string = function | "P1" (* BITMAP, ASCII form *) -> P1 | "P2" (* BITMAP, ASCII form *) -> P2 | "P3" (* PIXMAP, ASCII form *) -> P3 | "P4" (* BITMAP, RAW form *) -> P4 | "P5" (* BITMAP, ASCII form *) -> P5 | "P6" (* PIXMAP, RAW form *) -> P6 | s -> invalid_arg ("Unknown magic number for PPM image: " ^ s);; let read_ppm_magic_number ic = magic_number_of_string (input_line ic);; let string_of_magic_number = function | P1 -> "P1" | P2 -> "P2" | P3 -> "P3" | P4 -> "P4" | P5 -> "P5" | P6 -> "P6";; (* Auxiliaries: skipping comments and reading numbers into strings. *) let skip_comment ic = let rec r0 () = match input_char ic with | '#' -> r1 () | ' ' -> r0 () | '\n' -> r0 () | c -> c and r1 () = match input_char ic with | '\n' -> r0 () | _ -> r1 () in r0 ();; (* Read a sequence of digits eventually followed by a single space. *) let read_int_accu accu ic = let rec read accu = match input_char ic with | '0' .. '9' as c -> read1 (10 * accu + int_of_char c - 48) | ' ' -> read accu | '\n' -> read accu | _ -> invalid_arg "read_int" and read1 accu = match input_char ic with | '0' .. '9' as c -> read1 (10 * accu + int_of_char c - 48) | _ -> accu in read accu;; let read_int ic = read_int_accu 0 ic;; let read_dims c ic = let cols = read_int_accu (int_of_char c - 48) ic in let lines = read_int ic in cols, lines;; let read_max ic = read_int ic;; let read_ppm_header ic = (* Reads something like P6 # CREATOR: XV Version 3.10 Rev: 12/16/94 256 162 255 *) let mn = read_ppm_magic_number ic in let char = skip_comment ic in let c, l = read_dims char ic in mn, l, c;; let check_header filename = let ic = open_in_bin filename in try let _mn, l, c = read_ppm_header ic in close_in ic; { header_width = c; header_height = l; header_infos = [] } with | _ -> close_in ic; raise Wrong_file_type;; (* Reading pixmaps. *) let read_raw_pixel24 ic = let r = input_byte ic in let g = input_byte ic in let b = input_byte ic in {r = r; g = g; b = b};; let read_ascii_pixel24 ic = let r = read_int ic in let g = read_int ic in let b = read_int ic in {r = r; g = g; b = b};; let read_raw_ppm_ic ic l c _max = let img = Rgb24.create c l in for i = 0 to l - 1 do for j = 0 to c - 1 do Rgb24.set img j i (read_raw_pixel24 ic) done done; img;; let read_ascii_ppm_ic ic l c _max = let img = Rgb24.create c l in for i = 0 to l - 1 do for j = 0 to c - 1 do Rgb24.set img j i (read_ascii_pixel24 ic) done done; img;; (* Reading greymaps. *) let read_raw_grey = input_byte;; let read_ascii_grey = read_int;; let read_raw_gen_ic read_pixel ic l c max = let img = Index8.create c l in let greymap = { Color.max = max; Color.map = let make_grey i = {r = i; g = i; b = i} in Array.init (max + 1) make_grey} in img.Index8.colormap <- greymap; for i = 0 to l - 1 do for j = 0 to c - 1 do Index8.set img j i (read_pixel ic) done done; img;; let read_raw_pgm_ic ic = read_raw_gen_ic read_raw_grey ic;; let read_ascii_pgm_ic ic = read_raw_gen_ic read_ascii_grey ic;; let black = 0 and white = 255;; let max_byte = 255;; (* Reading bitmaps. *) let read_raw_pbm_ic ic l c = let img = Index8.create c l in let greymap = { Color.max = max_byte; Color.map = let make_grey i = {r = i; g = i; b = i} in Array.init (max_byte + 1) make_grey} in img.Index8.colormap <- greymap; for i = 0 to l - 1 do let rec loop j bn byte = if j = c then () else if bn = 8 then loop j 0 (input_byte ic) else let color = match byte land 0x80 with | 0 -> white | _ -> black in Index8.set img j i color; let new_byte = byte lsl 1 in loop (j + 1) (bn + 1) new_byte in loop 0 0 (input_byte ic) done; img;; let rec read_ascii_bit ic = match input_char ic with | '0' -> white | ' ' -> read_ascii_bit ic | '\n' -> read_ascii_bit ic | _ -> black;; let read_ascii_pbm_ic ic l c = read_raw_gen_ic read_ascii_bit ic l c max_byte;; let read_ppm_ic ic = let mn, l, c = read_ppm_header ic in let img = match mn with | P1 -> Index8 (read_ascii_pbm_ic ic l c) | P4 -> Index8 (read_raw_pbm_ic ic l c) | P2 | P3 | P5 | P6 -> let max = read_max ic in match mn with | P2 -> Index8 (read_ascii_pgm_ic ic l c max) | P3 -> Rgb24 (read_ascii_ppm_ic ic l c max) | P5 -> Index8 (read_raw_pgm_ic ic l c max) | _ -> Rgb24 (read_raw_ppm_ic ic l c max) in img;; let read_ppm s = let ic = open_in_bin s in try let img = read_ppm_ic ic in close_in ic; img with End_of_file -> close_in ic; invalid_arg "read_ppm: premature end of file";; let load_ppm s = match read_ppm s with | Rgb24 img -> img | _ -> invalid_arg (s ^ " is not a ppm file.");; (* Saving images. *) let save_ppm_header _img mn oc l c = output_string oc (Printf.sprintf "%s\n" (string_of_magic_number mn)); output_string oc "# CREATOR: CamlImages package\n"; output_string oc (Printf.sprintf "%d %d\n" c l); if mn <> P1 && mn <> P4 then output_string oc (Printf.sprintf "%d\n" 255);; let bit_set = 1 and bit_cleared = 0;; let gen_save_raw_pbm_oc is_white img oc l c = save_ppm_header img P4 oc l c; for i = 0 to l - 1 do let rec loop j bn byte = if j = c then if bn = 0 then () else let byte = byte lsl (8 - bn) in output_byte oc byte else if bn = 8 then (output_byte oc byte; loop j 0 0) else let color = if is_white (Index8.get_rgb img j i) then bit_set else bit_cleared in let new_byte = (byte lsl 1) lor color in loop (j + 1) (bn + 1) new_byte in loop 0 0 0 done;; (* Save a bitmap in raw form. *) let save_raw_pbm_oc = gen_save_raw_pbm_oc (fun c -> c.r = 255 && c.g = 255 && c.b = 255);; (* Save a pixmap in raw form. *) let save_raw_ppm_oc img oc l c = save_ppm_header img P6 oc l c; for i = 0 to l - 1 do for j = 0 to c - 1 do let color = Rgb24.get img j i in output_byte oc color.r; output_byte oc color.g; output_byte oc color.b done done let save_ppm_oc img oc = let l = img.Rgb24.height in if l = 0 then invalid_arg "save_ppm: invalid null line number"; let c = img.Rgb24.width in if c = 0 then invalid_arg "save_ppm: invalid null column number"; save_raw_ppm_oc img oc l c let save_ppm s img = let oc = open_out_bin s in save_ppm_oc img oc; close_out oc;; let save_bitmap_oc img oc = let l = img.Index8.height in if l = 0 then invalid_arg "save_ppm: invalid null line number"; let c = img.Index8.width in if c = 0 then invalid_arg "save_ppm: invalid null column number"; save_raw_pbm_oc img oc l c;; let save_bitmap s img = let oc = open_out_bin s in save_bitmap_oc img oc; close_out oc;; let load s _ = read_ppm s;; let load_bitmap s = match load s [] with | Index8 t -> t | _ -> invalid_arg "Not a pbm file.";; let save s _ = function | Index8 t -> save_bitmap s t | Rgb24 t -> save_ppm s t | _ -> invalid_arg "Ppm.save";; add_methods Ppm { check_header = check_header; load = Some load; save = Some save; load_sequence = None; save_sequence = None};; camlspotter-camlimages-e471b3c4470d/src/ppm.mli0000644000000000000000000000452512405272062017466 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004 *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: ppm.mli,v 1.1 2007/01/18 10:29:57 rousse Exp $ *) (** Loading and saving images in portable format: PPM, PGM, and PBM. PPM: portable pixmap (pixels (picture element) map). This is represented as an RGB24.t image. PGM: portable greymap (grey scale map). This is represented as an Index8.t image. PBM: portable bitmap (binary digit map). This is represented as an Index8.t image. *) val load : string -> Images.load_option list -> Images.t;; (** [Ppm.load filename] reads the image contained in the file [filename], and returns an image. Assumes that the image is stored in PPM (Portable Pixmap) or PGM (Portable Greymap), or PBM (Portable Bitmap) formats. PPM format is 24 bits per pixel, and both ASCII and raw encoding are suppoorted. PGM format is 8 bits per pixel, and both ASCII and raw encoding are suppoorted. PBM is 1 bit per pixel, and both ASCII and raw encoding are suppoorted. *) val save : string -> Images.save_option list -> Images.t -> unit;; (** [Ppm.save : filename img] stores image [img], on file [filename]. The image is saved as a portable pixmap, in raw encoding mode. *) val save_bitmap : string -> Index8.t -> unit;; val load_bitmap : string -> Index8.t;; (** Same as above for portable bitmaps. *) val load_ppm : string -> Rgb24.t;; val save_ppm : string -> Rgb24.t -> unit;; (** Specialized version for portable bitmaps. *) camlspotter-camlimages-e471b3c4470d/src/ps.ml0000644000000000000000000002553412405272062017146 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: ps.ml,v 1.2 2008/06/16 22:35:42 furuse Exp $ *) open Images;; open Rgb24;; type bounding_box = (int * int * int * int) option;; let debug = try ignore (Sys.getenv "DEBUG_PS"); true with _ -> false;; let debug_endline = if debug then prerr_endline else fun _ -> ();; let check_header filename = let ic = open_in_bin filename in try let s = input_line ic in if String.sub s 0 4 <> "%!PS" && String.sub s 0 4 <> "%PDF" then raise Exit; close_in ic; { header_width = -1; header_height = -1; header_infos = []; } with | _ -> close_in ic; raise Wrong_file_type;; let get_bounding_box file = let ic = open_in_bin file in let bbox = ref None in let bbox_head = "%%BoundingBox:" in try while true do let line = input_line ic in if String.sub line 0 1 <> "%" then raise Exit; try if String.sub line 0 (String.length bbox_head) = bbox_head then begin let rem = String.sub line (String.length bbox_head) (String.length line - String.length bbox_head) in let x1, y1, x2, y2 = match List.map int_of_string (Mstring.split_str (function ' ' -> true | _ -> false) rem) with | [x1; y1; x2; y2] -> x1, y1, x2, y2 | _ -> assert false in bbox := Some (x1, y1, x2, y2); raise Exit end with | _ -> () done; None with | _ -> close_in ic; !bbox;; let load_ps file bbox_opt options = if not Camlimages.lib_ps then failwith "ps is not supported" else let resx, resy = match load_resolution options with | Some (rx, ry) -> rx, ry | None -> 72.0, 72.0 in let bbox = match bbox_opt with | Some bbox -> Some bbox | None -> get_bounding_box file in let tmpfile = Tmpfile.new_tmp_file_name "temp" in let command = match bbox with | None -> Printf.sprintf "%s -sDEVICE=ppmraw -r%fx%f -q -dSAFER -dNOPAUSE \ -sOutputFile=%s %s -c showpage -c quit" Camlimages.path_gs resx resy tmpfile file | Some (x1, y1, x2, y2) -> let ratiox = resx /. 72.0 in let ratioy = resy /. 72.0 in let width = truncate (float (x2 - x1 + 1) *. ratiox) in let height = truncate (float (y2 - y1 + 1) *. ratioy) in Printf.sprintf "%s -sDEVICE=ppmraw -r%fx%f -g%dx%d -q -dSAFER -dNOPAUSE \ -sOutputFile=%s -c %d %d translate -f %s -c showpage -c quit" Camlimages.path_gs resx resy width height tmpfile (-x1) (-y1) file in debug_endline command; if Sys.command command <> 0 then begin Tmpfile.remove_tmp_file tmpfile; failwith "gs interpretation failed" end else let img = Ppm.load tmpfile [] in Tmpfile.remove_tmp_file tmpfile; img;; let load file options = load_ps file None options;; open Printf;; type rot = Rot0 | Rot90 | Rot180 | Rot270 | RotMax;; type at = | TopLeft of float * float | TopRight of float * float | BottomLeft of float * float | BottomRight of float * float | Center of float * float | A4Center;; type crop = { mutable cx : int; mutable cy : int; mutable cw : int; mutable ch : int; };; type size = | A4MaxSize | DPI of float | MaxBox of float * float | MinBox of float * float;; type conf = { mutable crop : crop option; mutable rot : rot; mutable size : size; mutable pos : at; mutable mirror : bool; mutable mono : bool; };; let super_save file conf comments showpage images = (* paper properties *) let paper_width = 595.0 and paper_height = 842.0 and border = 15.0 in let bbx1 = ref 0.0 and bby1 = ref 0.0 and bbx2 = ref 0.0 and bby2 = ref 0.0 in let first_image = ref true in let set_bbox x1 y1 x2 y2 = if !first_image then begin bbx1 := x1; bby1 := y1; bbx2 := x2; bby2 := y2; first_image := false end else begin if !bbx1 > x1 then bbx1 := x1; if !bby1 > y1 then bby1 := y1; if !bbx2 < x2 then bbx2 := x2; if !bby2 < y2 then bby2 := y2; end in (* printer *) let oc = open_out_bin file in let p s = output_string oc s; output_char oc '\n' in let p_ = output_string oc in let output_image_func image = (* maximum printing area *) let limitw, limith = match conf.size with | MaxBox (w, h) -> w, h | MinBox (w, h) -> w, h | _ -> paper_width -. border *. 2.0, paper_height -. border *. 2.0 in (* open file just for getting image size info. *) let imgw, imgh = image.width, image.height in (* cropping area *) let w, h, x1, y1 = match conf.crop with | Some crop -> (* check cropping area *) if crop.cx + crop.cw > imgw then crop.cw <- imgw - crop.cx; if crop.cy + crop.ch > imgh then crop.ch <- imgh - crop.cy; crop.cw, crop.ch, crop.cx, crop.cy | None -> imgw, imgh, 0, 0 in (* auto rotation *) if conf.rot = RotMax then begin let ratio0 = let rw = limitw /. float w and rh = limith /. float h in match conf.size with | MinBox _ -> if rw < rh then rh else rw | _ -> if rw > rh then rh else rw in let ratio90 = let rw = limith /. float w and rh = limitw /. float h in match conf.size with | MinBox _ -> if rw < rh then rh else rw | _ -> if rw > rh then rh else rw in match conf.size with | MinBox _ -> (* smaller is better *) conf.rot <- if ratio0 < ratio90 then Rot0 else Rot90 | _ -> (* larger is better *) conf.rot <- if ratio0 > ratio90 then Rot0 else Rot90 end; (* from the point of view of the image *) let limitw, limith = match conf.rot with | Rot0 | Rot180 -> limitw, limith | Rot90 | Rot270 -> limith, limitw | _ -> assert false in (* dpi *) let ratio = match conf.size with | DPI dpi -> debug_endline (sprintf "%f dpi" dpi); paper_width /. 8.26 /. dpi | _ -> let ratio = if limitw /. float w *. float h < limith then limitw /. float w else limith /. float h in (* let dpi = paper_width /. 8.26 /. ratio in debug_endline (sprintf "%f dpi" dpi); *) ratio in let rw = float w *. ratio and rh = float h *. ratio in (* now on the paper ... *) let prw, prh = match conf.rot with | Rot0 | Rot180 -> rw, rh | Rot90 | Rot270 -> rh, rw | _ -> assert false in let paper_x1, paper_y1 = let x, y = match conf.pos with | BottomLeft (x, y) -> x, y | TopLeft (x, y) -> x, y -. prh | BottomRight (x, y) -> x +. prw, y | TopRight (x, y) -> x +. prw, y -. prh | Center (x, y) -> x -. prw /. 2.0, y -. prh /. 2.0 | A4Center -> (paper_width -. prw) /. 2.0, (paper_height -. prh) /. 2.0 in match conf.rot with | Rot0 -> x, y | Rot180 -> prw +. x, prh +. y | Rot90 -> x, prh +. y | Rot270 -> prw +. x, y | _ -> assert false in set_bbox paper_x1 paper_y1 (paper_x1 +. prw) (paper_y1 +. prh); (fun () -> if comments then p "% Translate for offset"; p "gsave"; p (sprintf "%f %f translate" paper_x1 paper_y1); p (sprintf "%d rotate" begin match conf.rot with | Rot0 -> 0 | Rot90 -> -90 | Rot180 -> -180 | Rot270 -> -270 | _ -> assert false end); p (sprintf "%f -%f scale" rw rh); if comments then p "% Variable to keep one line of raster data"; p (sprintf "/scanline %d 3 mul string def" w); if comments then p "% Image geometry"; p (sprintf "%d %d 8" w h); if comments then p "% Transformation matrix"; p (sprintf "[ %d 0 0 %d 0 %d ]" w h h); p "{ currentfile scanline readhexstring pop } false 3"; p "colorimage"; let prevperdec = ref (-1) in for y = y1 to y1 + h - 1 do let perdec = (y - y1) * 10 / h in if !prevperdec <> perdec then begin (* debug_endline (sprintf "%d0 %% done" perdec); *) prevperdec := perdec end; let buf = Rgb24.get_scanline image y in begin let print_pixel = if not conf.mono then function x -> let adrs = x * 3 in for i = 0 to 2 do p_ (sprintf "%02x" (Char.code buf.[adrs+i])) done else let mono r g b = (r * 256 / 3 + g * 256 / 2 + b * 256 / 6) / 256 in function x -> let adrs = x * 3 in let m = mono (Char.code buf.[adrs]) (Char.code buf.[adrs + 1]) (Char.code buf.[adrs + 2]) in for _i = 0 to 2 do p_ (sprintf "%02x" m) done in if not conf.mirror then for x = x1 to x1 + w - 1 do print_pixel x done else for x = x1 + w - 1 downto x1 do print_pixel x done end; p "" done; debug_endline "100 % done"; p "grestore") in let funcs = List.map output_image_func images in (* Header *) if comments then begin p "%!PS-Adobe-3.0"; p "%%Creator: Camlimages PS writer by Jun FURUSE"; p ("%%Title: " ^ file); p "%%DocumentData: Clean7Bit"; p "%%Pages: 1"; p (sprintf "%%%%BoundingBox: %f %f %f %f" !bbx1 !bby1 !bbx2 !bby2); p "%%EndComments"; p "%%BeginProlog"; p "% Use own dictionary to avoid conflicts"; p "5 dict begin"; p "%%EndProlog"; if showpage then p "%%Page: 1 1"; end; List.iter (fun f -> f ()) funcs; if showpage then p "showpage"; if comments then p "%%Trailer"; p "end"; if comments then p "%%EOF"; close_out oc;; let default_conf = { crop = None; rot = Rot0; size = A4MaxSize; pos = A4Center; mirror = false; mono = false; };; let save file _options im = match im with | Rgb24 img -> super_save file default_conf true false [img] | _ -> raise Wrong_image_type;; add_methods Ps { check_header = check_header; load = Some load; save = Some save; load_sequence = None; save_sequence = None; };; camlspotter-camlimages-e471b3c4470d/src/ps.mli0000644000000000000000000000302712405272062017310 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: ps.mli,v 1.1 2007/01/18 10:29:57 rousse Exp $ *) type bounding_box = (int * int * int * int) option;; (** The bounding box of a postscript image. *) val load : string -> Images.load_option list -> Images.t;; (** Loads a postscript image. *) val save : string -> Images.save_option list -> Images.t -> unit;; (** Save a full-color image in the Encapuslated PS format file. Raises [Invalid_argument] if the image is not a full-color image. *) val load_ps : string -> bounding_box -> Images.load_option list -> Images.t;; (** Loads a postscript image within a bounding box. *) val get_bounding_box : string -> bounding_box;; (** Return the bounding box option of the postscript image inside the file argument. *) camlspotter-camlimages-e471b3c4470d/src/reduce.ml0000644000000000000000000000601612405272062017765 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: reduce.ml,v 1.1 2006/11/28 15:43:28 rousse Exp $*) open Color;; open Rgb24;; module type REDUCER = sig val find_nearest : Color.rgb Color.map -> Color.rgb -> int end;; (* Error diffusion weight table *) let diffusion_table = let sum = 1.0 +. 1.0 +. 1.0 /. sqrt 2.0 in let base = 1.0 /. sum in [| [| 0.0 ; base |]; [| base; base /. (sqrt 2.0) |] |];; (* Reduce colors to the given colormap (<= 256 colors) using error diffusion *) module ErrorDiffuse( R : REDUCER ) = struct let f src colormap = if colormap.max > 256 then raise (Invalid_argument "Rgb24.to_index8: too large colormap"); let error_table = Array.init 2 (fun _ -> Array.init (src.width + 1) (fun _ -> {r = 0; g = 0; b = 0})) in let get_error x y = let y' = y mod 2 in error_table.(y').(x) in let add_error x y rgb = let y' = y mod 2 in let rgb' = error_table.(y').(x) in error_table.(y').(x) <- Color.plus rgb rgb' in let next_line y = (* reset the error table of the current line *) let y' = y mod 2 in for x = 0 to src.width do error_table.(y').(x) <- {r=0; g=0; b=0} done in let id8 = Index8.create (src.width) (src.height) in id8.Index8.colormap <- colormap; for y = 0 to src.height - 1 do for x = 0 to src.width -1 do let ideal_rgb = Color.plus (unsafe_get src x y) (get_error x y) in let c = R.find_nearest colormap ideal_rgb in Index8.unsafe_set id8 x y c; let new_error = Color.minus ideal_rgb colormap.map.(c) in for ey = 0 to 1 do for ex = 0 to 1 do let diffuse_rgb = { r= truncate (float new_error.r *. diffusion_table.(ex).(ey)); g= truncate (float new_error.g *. diffusion_table.(ex).(ey)); b= truncate (float new_error.b *. diffusion_table.(ex).(ey)); } in add_error (x+ex) (y+ey) diffuse_rgb done done done; next_line y done; id8 end;; module ErrorDiffuseIndex8 = ErrorDiffuse(Color.Rgb);; let error_diffuse = ErrorDiffuseIndex8.f;; camlspotter-camlimages-e471b3c4470d/src/reduce.mli0000644000000000000000000000232312405272062020133 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) module type REDUCER = sig val find_nearest : Color.rgb Color.map -> Color.rgb -> int end;; module ErrorDiffuse : functor(R : REDUCER) -> sig val f : Rgb24.t -> Color.rgb Color.map -> Index8.t end;; val error_diffuse : Rgb24.t -> Color.rgb Color.map -> Index8.t;; camlspotter-camlimages-e471b3c4470d/src/region.ml0000644000000000000000000000236712405272062020006 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: region.ml,v 1.1 2006/11/28 15:43:28 rousse Exp $ *) let error = ref (fun () -> raise (Failure "Region error"));; (* This will be overridden in images.ml, so that it raises Images.Out_of_image *) let check width height x y = if x < 0 || x >= width || y < 0 || y >= height then !error ();; camlspotter-camlimages-e471b3c4470d/src/region.mli0000644000000000000000000000244412405272062020153 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: region.mli,v 1.1 2006/11/28 15:43:28 rousse Exp $ *) val check : int -> int -> int -> int -> unit;; (** [check width height x y] checks whether the point (x,y) is in the region of (0, 0) - ([width] - 1, [height] - 1). If not, it raises [Images.Out_of_image]. *) val error : (unit -> unit) ref;; (* just for system use *) camlspotter-camlimages-e471b3c4470d/src/rgb24.ml0000644000000000000000000002446312405272062017444 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: rgb24.ml,v 1.7 2009/07/04 03:39:28 furuse Exp $ *) open Util module E = struct open Color type t = Color.rgb let bytes_per_pixel = 3 let get str pos = { r = int_of_char str.[pos ]; g = int_of_char str.[pos + 1]; b = int_of_char str.[pos + 2] } let set str pos t = str << pos & char_of_int t.r; str << pos + 1 & char_of_int t.g; str << pos + 2 & char_of_int t.b let make t = let str = Bytes.create bytes_per_pixel in set str 0 t; str end ;; module RI = Genimage.MakeRawImage(E);; type rawimage = RI.t;; type elt = Color.rgb;; type t = { width : int; height : int; rawimage : RI.t; mutable infos : Info.info list } ;; module C = struct type rawimage = RI.t type container = t let rawimage x = x.rawimage let create_default width height rawimage = { width = width; height = height; rawimage = rawimage; infos = [] } let create_duplicate src width height rawimage = { width = width; height = height; rawimage = rawimage; infos = src.infos } end ;; module IMAGE = Genimage.Make(RI)(C);; let create_with width height infos data = { width = width; height = height; rawimage = RI.create_with width height data; infos = infos } ;; let create_with_scanlines width height infos data = { width = width; height = height; rawimage = RI.create_with_scanlines width height data; infos = infos; };; let rawimage = C.rawimage;; let create = IMAGE.create;; let make = IMAGE.make;; let dump = IMAGE.dump;; let unsafe_access = IMAGE.unsafe_access;; let get_strip = IMAGE.get_strip;; let set_strip = IMAGE.set_strip;; let get_scanline = IMAGE.get_scanline;; let get_scanline_ptr = IMAGE.get_scanline_ptr;; let set_scanline = IMAGE.set_scanline;; let unsafe_get = IMAGE.unsafe_get;; let unsafe_set = IMAGE.unsafe_set;; let get = IMAGE.get;; let set = IMAGE.set;; let destroy = IMAGE.destroy;; let copy = IMAGE.copy;; let sub = IMAGE.sub;; let blit = IMAGE.blit;; let map = IMAGE.map;; let blocks = IMAGE.blocks;; let dump_block = IMAGE.dump_block;; open Color;; (* image resize with smoothing *) (* good result for reducing *) let resize_reduce prog img nw nh = let newimage = create nw nh in let xscale = float nw /. float img.width in let yscale = float nh /. float img.height in let xs = Array.init nw (fun x -> let sx = truncate (float x /. xscale) in let ex = truncate ((float x +. 0.99) /. xscale) in let dx = ex - sx + 1 in (sx, ex, dx)) in let ys = Array.init nh (fun y -> let sy = truncate (float y /. yscale) in let ey = truncate ((float y +. 0.99) /. yscale) in let dy = ey - sy + 1 in (sy, ey, dy)) in for x = 0 to nw - 1 do let sx,ex,dx = xs.(x) in for y = 0 to nh - 1 do let sy,ey,dy = ys.(y) in let size = dx * dy in let sr = ref 0 and sg = ref 0 and sb = ref 0 in for xx = sx to ex do for yy = sy to ey do let c = unsafe_get img xx yy in sr := !sr + c.r; sg := !sg + c.g; sb := !sb + c.b done done; unsafe_set newimage x y { r = !sr / size; g = !sg / size; b = !sb / size; } done; match prog with | Some p -> p (float (x + 1) /. float nw) | None -> () done; newimage ;; let resize_enlarge prog img nw nh = let newimage = create nw nh in let xscale = float nw /. float img.width in let yscale = float nh /. float img.height in let ww = truncate (ceil xscale) and wh = truncate (ceil yscale) in let weight = Array.init ww (fun x -> Array.init wh (fun y -> let x0 = x - ww / 2 and y0 = y - wh / 2 in let x1 = x0 + ww - 1 and y1 = y0 + wh - 1 in let a = Array.init 3 (fun xx -> Array.init 3 (fun yy -> let mx0 = (xx - 1) * ww and my0 = (yy - 1) * wh in let mx1 = mx0 + ww - 1 and my1 = my0 + wh - 1 in let cx0 = if x0 < mx0 then mx0 else x0 in let cy0 = if y0 < my0 then my0 else y0 in let cx1 = if x1 > mx1 then mx1 else x1 in let cy1 = if y1 > my1 then my1 else y1 in let dx = cx1 - cx0 + 1 and dy = cy1 - cy0 + 1 in let dx = if dx < 0 then 0 else dx and dy = if dy < 0 then 0 else dy in dx * dy)) in a )) in let wsum = Array.init ww (fun x -> Array.init wh (fun y -> let sum = ref 0 in Array.iter (Array.iter (fun w -> sum := !sum + w)) weight.(x).(y); if !sum = 0 then raise (Failure "resize_enlarge wsum"); !sum)) in let xs = Array.init img.width (fun x -> let sx = truncate (float x *. xscale) in let ex = truncate (float (x + 1) *. xscale) - 1 in let dx = ex - sx + 1 in if dx > ww then raise (Failure "resize_enlarge"); (sx, ex, dx)) in let ys = Array.init img.height (fun y -> let sy = truncate (float y *. yscale) in let ey = truncate ((float (y + 1)) *. yscale) - 1 in let dy = ey - sy + 1 in if dy > wh then raise (Failure "resize_enlarge"); (sy, ey, dy)) in let query c x y = if x < 0 || y < 0 || x >= img.width || y >= img.height then c else unsafe_get img x y in for y = 0 to img.height - 1 do let sy,_ey,dy = ys.(y) in for x = 0 to img.width - 1 do let sx,_ex,dx = xs.(x) in let colors = let c = unsafe_get img x y in Array.init 3 (fun dx -> Array.init 3 (fun dy -> query c (x + dx - 1) (y + dy - 1))) in for xx = 0 to dx - 1 do for yy = 0 to dy - 1 do let sr = ref 0 and sg = ref 0 and sb = ref 0 in let weight = weight.(xx).(yy) in let wsum = wsum.(xx).(yy) in for xxx = 0 to 2 do for yyy = 0 to 2 do let c = colors.(xxx).(yyy) in sr := !sr + c.r * weight.(xxx).(yyy); sg := !sg + c.g * weight.(xxx).(yyy); sb := !sb + c.b * weight.(xxx).(yyy); done done; let r = !sr / wsum and g = !sg / wsum and b = !sb / wsum in unsafe_set newimage (sx + xx) (sy + yy) { r = r; g = g; b = b; } done done done; match prog with | Some p -> p (float (y + 1) /. float img.height) | None -> () done; newimage ;; let resize prog img nw nh = let xscale = float nw /. float img.width in let yscale = float nh /. float img.height in if xscale >= 1.0 && yscale >= 1.0 then resize_enlarge prog img nw nh else if xscale <= 1.0 && yscale <= 1.0 then resize_reduce prog img nw nh else resize_reduce prog img nw nh (* let project prog img fill proj proj' smooth = if smooth < 0 then raise (Invalid_argument "project"); (* calculation of the destination image size *) let w = 0.49 in let w' = 1.0 -. w in let topleft = proj (-. w) (-. w) in let topright = proj (float (img.width - 1) +. w) (-. w) in let bottomleft = proj (-. w) (float (img.height - 1) +. w) in let bottomright = proj (float (img.width - 1) +. w) (float (img.height - 1) +. w) in let minx, miny, maxx, maxy = let minx = ref (fst topleft) and miny = ref (snd topleft) and maxx = ref (fst topleft) and maxy = ref (snd topleft) in let rec calc_bbox = function | [] -> int_of_float (ceil (!minx +. w')), int_of_float (ceil (!miny +. w')), int_of_float (floor (!maxx -. w')), int_of_float (floor (!maxy -. w')) | (x,y)::xs -> if !minx > x then minx := x else if !maxx < x then maxx := x; if !miny > y then miny := y else if !maxy < y then maxy := y; calc_bbox xs in calc_bbox [topright; bottomleft; bottomright] in let nw = maxx - minx + 1 and nh = maxy - miny + 1 in let scale = smooth + 1 in let weight = scale * scale in let dst = create (nw * scale) (nh * scale) in for y = 0 to nh - 1 do for x = 0 to nw - 1 do let sr = ref 0 and sg = ref 0 and sb = ref 0 in for yy = 0 to scale - 1 do for xx = 0 to scale - 1 do let sx = float x -. 0.5 +. (float xx +. 0.5) /. float scale in let sy = float y -. 0.5 +. (float yy +. 0.5) /. float scale in let ox, oy = proj' sx sy in let oxi = int_of_float (ox +. 0.5) and oyi = int_of_float (oy +. 0.5) in let c = try get img oxi oyi with | Image.Out_of_image -> fill in sr := !sr + c.r; sg := !sg + c.g; sb := !sb + c.b; done done; unsafe_set dst x y { r = !sr / weight; g = !sb / weight; b = !sg / weight; } done done; dst ;; *) let to_rgba32 t = let rgba32 = Rgba32.create t.width t.height in for y = 0 to t.height - 1 do for x = 0 to t.width - 1 do Rgba32.unsafe_set rgba32 x y { color = unsafe_get t x y; alpha = 255; } done done; rgba32 ;; let of_rgba32 t = let rgb24 = create t.Rgba32.width t.Rgba32.height in for y = 0 to t.Rgba32.height - 1 do for x = 0 to t.Rgba32.width - 1 do let { color = c } = Rgba32.unsafe_get t x y in unsafe_set rgb24 x y c done done; rgb24 ;; camlspotter-camlimages-e471b3c4470d/src/rgb24.mli0000644000000000000000000000530512405272062017607 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: rgb24.mli,v 1.6 2009/07/04 03:39:28 furuse Exp $ *) (* RGB 24 bit depth image format *) type elt = Color.rgb;; type rawimage;; (** Image type *) type t = { width : int; height : int; rawimage : rawimage; mutable infos : Info.info list; } ;; val resize : (float -> unit) option -> t -> int -> int -> t;; (* [resize progress t w h] creates a resized image of [t] with size [w]x[h]. You can specify a progress meter function [progress], which takes a float from 0 to 1.0. *) val to_rgba32 : t -> Rgba32.t;; val of_rgba32 : Rgba32.t -> t;; (** Image format conversion functions between Rgba32.t images *) (** Generic functions *) (* Please read the comments of IMAGE in genimage.mli *) val create_with : int -> int -> Info.info list -> bytes -> t;; val create_with_scanlines : int -> int -> Info.info list -> bytes array -> t;; val create : int -> int -> t;; val make : int -> int -> elt -> t;; val destroy : t -> unit;; val get : t -> int -> int -> elt;; val set : t -> int -> int -> elt -> unit;; val unsafe_get : t -> int -> int -> elt;; val unsafe_set : t -> int -> int -> elt -> unit;; val get_strip : t -> int -> int -> int -> bytes;; val set_strip : t -> int -> int -> int -> bytes -> unit;; val get_scanline : t -> int -> bytes;; val get_scanline_ptr : t -> (int -> (bytes * int) * int) option;; val set_scanline : t -> int -> bytes -> unit;; val blit : t -> int -> int -> t -> int -> int -> int -> int -> unit;; val map : (elt -> elt -> elt) -> t -> int -> int -> t -> int -> int -> int -> int -> unit ;; val blocks : t -> int * int val dump_block : t -> int -> int -> Bitmap.Block.t val copy : t -> t;; val sub : t -> int -> int -> int -> int -> t;; val dump : t -> bytes;; val unsafe_access : t -> int -> int -> bytes * int;; val rawimage : t -> rawimage camlspotter-camlimages-e471b3c4470d/src/rgba32.ml0000644000000000000000000002212712405272062017577 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: rgba32.ml,v 1.5 2009/07/04 03:39:28 furuse Exp $ *) open Util module E = struct open Color type t = Color.rgba let bytes_per_pixel = 4 let get str pos = { color = { r = int_of_char str.[pos ]; g = int_of_char str.[pos + 1]; b = int_of_char str.[pos + 2] }; alpha = int_of_char str.[pos + 3] } let set str pos t = str << pos & char_of_int t.color.r; str << pos + 1 & char_of_int t.color.g; str << pos + 2 & char_of_int t.color.b; str << pos + 3 & char_of_int t.alpha let make t = let str = Bytes.create bytes_per_pixel in set str 0 t; str end;; module RI = Genimage.MakeRawImage(E);; type rawimage = RI.t;; type elt = Color.rgba;; type t = { width : int; height : int; rawimage : RI.t; mutable infos : Info.info list; };; module C = struct type rawimage = RI.t type container = t let rawimage x = x.rawimage let create_default width height rawimage = { width = width; height = height; rawimage = rawimage; infos = []; } let create_duplicate src width height rawimage = { width = width; height = height; rawimage = rawimage; infos = src.infos; } end;; module IMAGE = Genimage.Make(RI)(C);; let create_with width height infos data = { width = width; height = height; rawimage = RI.create_with width height data; infos = infos; };; let create_with_scanlines width height infos data = { width = width; height = height; rawimage = RI.create_with_scanlines width height data; infos = infos; };; let rawimage = C.rawimage;; let create = IMAGE.create;; let make = IMAGE.make;; let dump = IMAGE.dump;; let unsafe_access = IMAGE.unsafe_access;; let get_strip = IMAGE.get_strip;; let set_strip = IMAGE.set_strip;; let get_scanline = IMAGE.get_scanline;; let set_scanline = IMAGE.set_scanline;; let unsafe_get = IMAGE.unsafe_get;; let unsafe_set = IMAGE.unsafe_set;; let get = IMAGE.get;; let set = IMAGE.set;; let destroy = IMAGE.destroy;; let copy = IMAGE.copy;; let sub = IMAGE.sub;; let blit = IMAGE.blit;; let map = IMAGE.map;; let blocks = IMAGE.blocks;; let dump_block = IMAGE.dump_block;; open Color;; (* image resize with smoothing *) (* good result for reducing *) let resize_reduce prog img nw nh = let newimage = create nw nh in let xscale = float nw /. float img.width in let yscale = float nh /. float img.height in let xs = Array.init nw (fun x -> let sx = truncate (float x /. xscale) in let ex = truncate ((float x +. 0.99) /. xscale) in let dx = ex - sx + 1 in (sx, ex, dx)) in let ys = Array.init nh (fun y -> let sy = truncate (float y /. yscale) in let ey = truncate ((float y +. 0.99) /. yscale) in let dy = ey - sy + 1 in (sy, ey, dy)) in for x = 0 to nw - 1 do let sx, ex, dx = xs.(x) in for y = 0 to nh - 1 do let sy, ey, dy = ys.(y) in let size = dx * dy in let sr = ref 0 and sg = ref 0 and sb = ref 0 and sa = ref 0 in for xx = sx to ex do for yy = sy to ey do let c = unsafe_get img xx yy in sr := !sr + c.color.r; sg := !sg + c.color.g; sb := !sb + c.color.b; sa := !sa + c.alpha done done; unsafe_set newimage x y { color = { r = !sr / size; g = !sg / size; b = !sb / size }; alpha = !sa / size; } done; match prog with | Some p -> p (float (x + 1) /. float nw) | None -> () done; newimage;; let resize_enlarge prog img nw nh = let newimage = create nw nh in let xscale = float nw /. float img.width in let yscale = float nh /. float img.height in let ww = truncate (ceil xscale) and wh = truncate (ceil yscale) in let weight = Array.init ww (fun x -> Array.init wh (fun y -> let x0 = x - ww / 2 and y0 = y - wh / 2 in let x1 = x0 + ww - 1 and y1 = y0 + wh - 1 in Array.init 3 (fun xx -> Array.init 3 (fun yy -> let mx0 = (xx - 1) * ww and my0 = (yy - 1) * wh in let mx1 = mx0 + ww - 1 and my1 = my0 + wh - 1 in let cx0 = if x0 < mx0 then mx0 else x0 in let cy0 = if y0 < my0 then my0 else y0 in let cx1 = if x1 > mx1 then mx1 else x1 in let cy1 = if y1 > my1 then my1 else y1 in let dx = cx1 - cx0 + 1 and dy = cy1 - cy0 + 1 in let dx = if dx < 0 then 0 else dx and dy = if dy < 0 then 0 else dy in dx * dy)))) in let wsum = Array.init ww (fun x -> Array.init wh (fun y -> let sum = ref 0 in Array.iter (Array.iter (fun w -> sum := !sum + w)) weight.(x).(y); if !sum = 0 then failwith "resize_enlarge wsum"; !sum)) in let xs = Array.init img.width (fun x -> let sx = truncate (float x *. xscale) in let ex = truncate (float (x + 1) *. xscale) - 1 in let dx = ex - sx + 1 in if dx > ww then failwith "resize_enlarge"; (sx, ex, dx)) in let ys = Array.init img.height (fun y -> let sy = truncate (float y *. yscale) in let ey = truncate (float (y + 1) *. yscale) - 1 in let dy = ey - sy + 1 in if dy > wh then failwith "resize_enlarge"; (sy, ey, dy)) in let query c x y = if x < 0 || y < 0 || x >= img.width || y >= img.height then c else unsafe_get img x y in for y = 0 to img.height - 1 do let sy, _ey, dy = ys.(y) in for x = 0 to img.width - 1 do let sx, _ex, dx = xs.(x) in let colors = let c = unsafe_get img x y in Array.init 3 (fun dx -> Array.init 3 (fun dy -> query c (x + dx - 1) (y + dy - 1))) in for xx = 0 to dx - 1 do for yy = 0 to dy - 1 do let sr = ref 0 and sg = ref 0 and sb = ref 0 and sa = ref 0 in let weight = weight.(xx).(yy) in let wsum = wsum.(xx).(yy) in for xxx = 0 to 2 do for yyy = 0 to 2 do let c = colors.(xxx).(yyy) in sr := !sr + c.color.r * weight.(xxx).(yyy); sg := !sg + c.color.g * weight.(xxx).(yyy); sb := !sb + c.color.b * weight.(xxx).(yyy); sa := !sa + c.alpha * weight.(xxx).(yyy); done done; unsafe_set newimage (sx + xx) (sy + yy) {color= {r = !sr / wsum; g = !sg / wsum; b = !sb / wsum}; alpha = !sa / wsum} done done done; match prog with | Some p -> p (float (y + 1) /. float img.height) | None -> () done; newimage;; let resize prog img nw nh = let xscale = float nw /. float img.width in let yscale = float nh /. float img.height in if xscale >= 1.0 && yscale >= 1.0 then resize_enlarge prog img nw nh else if xscale <= 1.0 && yscale <= 1.0 then resize_reduce prog img nw nh else resize_reduce prog img nw nh;; (* (* image resize with smoothing *) let resize prog img nw nh = let newimage = create nw nh in let xscale = float nw /. float img.width in let yscale = float nh /. float img.height in for y = 0 to nh - 1 do for x = 0 to nw - 1 do let sx = truncate (float x /. xscale) and sy = truncate (float y /. yscale) in let ex = truncate ((float x +. 0.99) /. xscale) and ey = truncate ((float y +. 0.99) /. yscale) in (* let ex = if ex >= img.width then img.width - 1 else ex and ey = if ey >= img.height then img.height - 1 else ey in *) let size = (ex - sx + 1) * (ey - sy + 1) in let sr = ref 0 and sg = ref 0 and sb = ref 0 and sa = ref 0 in for xx = sx to ex do for yy = sy to ey do let c = unsafe_get img xx yy in sr := !sr + c.color.r; sg := !sg + c.color.g; sb := !sb + c.color.b; sa := !sa + c.alpha done done; unsafe_set newimage x y { color = { r = (!sr/size); g = (!sg/size); b = (!sb/size) }; alpha = (!sa/size) } done; match prog with Some p -> p (float (y + 1) /. float img.height) | None -> () done; newimage ;; *) camlspotter-camlimages-e471b3c4470d/src/rgba32.mli0000644000000000000000000000503212405272062017744 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: rgba32.mli,v 1.5 2009/07/04 03:39:28 furuse Exp $ *) (** RGBA 32 bit depth image format *) type elt = Color.rgba;; type rawimage;; (* The image type *) type t = { width : int; height : int; rawimage : rawimage; mutable infos : Info.info list; };; val resize : (float -> unit) option -> t -> int -> int -> t;; (** [resize progress t w h] creates a resized image of [t] with size [w]x[h]. You can specify a progress meter function [progress], which takes a float from 0 to 1.0. *) (** Generic functions *) (** Please read the comments of module [IMAGE] in file [genimage.mli]. *) val dump : t -> bytes;; val unsafe_access : t -> int -> int -> bytes * int;; val get_strip : t -> int -> int -> int -> bytes;; val set_strip : t -> int -> int -> int -> bytes -> unit;; val get_scanline : t -> int -> bytes;; val set_scanline : t -> int -> bytes -> unit;; val unsafe_get : t -> int -> int -> elt;; val unsafe_set : t -> int -> int -> elt -> unit;; val get : t -> int -> int -> elt;; val set : t -> int -> int -> elt -> unit;; val destroy : t -> unit;; val blit : t -> int -> int -> t -> int -> int -> int -> int -> unit;; val map : (elt -> elt -> elt) -> t -> int -> int -> t -> int -> int -> int -> int -> unit;; val blocks : t -> int * int val dump_block : t -> int -> int -> Bitmap.Block.t val create_with : int -> int -> Info.info list -> bytes -> t;; val create_with_scanlines : int -> int -> Info.info list -> bytes array -> t;; val create : int -> int -> t;; val make : int -> int -> elt -> t;; val copy : t -> t;; val sub : t -> int -> int -> int -> int -> t;; val rawimage : t -> rawimage camlspotter-camlimages-e471b3c4470d/src/tiff.ml0000644000000000000000000001013612405272062017444 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: tiff.ml,v 1.2 2008/06/16 22:35:42 furuse Exp $ *) open Images;; open Rgb24;; type colormodel = RGB | CMYK | WHITEBLACK | BLACKWHITE;; type in_handle;; external open_in : string -> int * int * float * colormodel * in_handle = "open_tiff_file_for_read";; external read_scanline : in_handle -> string -> int -> unit = "read_tiff_scanline";; external close_in : in_handle -> unit = "close_tiff_file";; type out_handle;; external open_out : string -> int -> int -> float -> out_handle = "open_tiff_file_for_write";; external write_scanline : out_handle -> string -> int -> unit = "write_tiff_scanline";; external close_out : out_handle -> unit = "close_tiff_file";; let load name opts = let prog = Images.load_progress opts in let w, h, _dpi, colormodel, tif = open_in name in let img, buf = match colormodel with | RGB -> let img = Rgb24.create w h in Rgb24 img, Bytes.create (w * 3) | CMYK -> let img = Cmyk32.create w h in Cmyk32 img, Bytes.create (w * 4) | WHITEBLACK -> let img = Index8.create w h in img.Index8.colormap.map <- [| {r = 255; g = 255; b = 255}; {r = 0; g = 0; b = 0} |]; Index8 img, Bytes.create ((w + 7) / 8) | BLACKWHITE -> let img = Index8.create w h in img.Index8.colormap.map <- [| {r = 0; g = 0; b = 0}; {r = 255; g = 255; b = 255} |]; Index8 img, Bytes.create ((w + 7) / 8) in let set_scanline = match colormodel, img with | _, Rgb24 img -> fun buf y -> Rgb24.set_scanline img y buf | _, Cmyk32 img -> fun buf y -> Cmyk32.set_scanline img y buf | BLACKWHITE, Index8 img | WHITEBLACK, Index8 img -> let bits = [| 128; 64; 32; 16; 8; 4; 2; 1 |] in fun buf y -> for x = 0 to w - 1 do let c = x lsr 3 in let b = x land 7 in if Char.code buf.[c] land Array.unsafe_get bits b <> 0 then Index8.unsafe_set img x y 1 done | _ -> assert false in for y = 0 to h - 1 do read_scanline tif buf y; set_scanline buf y; match prog with | Some p -> p (float (y + 1) /. float h) | None -> () done; close_in tif; img;; let save name _opts image = match image with | Rgb24 bmp -> let resolution = (* resolution in DPI *) match Images.dpi bmp.infos with | Some r -> r | None -> 200.0 in let oc = open_out name bmp.width bmp.height resolution in for y = 0 to bmp.height - 1 do write_scanline oc (Rgb24.get_scanline bmp y) y done; close_out oc | _ -> raise Wrong_image_type;; let check_header filename = let len = 4 in let ic = open_in_bin filename in try let str = Bytes.create len in really_input ic str 0 len; Pervasives.close_in ic; match str with | "MM\000\042" -> { header_width = -1; header_height = -1; header_infos = [Images.Info_BigEndian]; } | "II\042\000" -> { header_width = -1; header_height = -1; header_infos = [Images.Info_LittleEndian]; } | _ -> raise Wrong_file_type with | _ -> Pervasives.close_in ic; raise Wrong_file_type;; add_methods Tiff { check_header = check_header; load = Some load; save = Some save; load_sequence = None; save_sequence = None; };; camlspotter-camlimages-e471b3c4470d/src/tiff.mli0000644000000000000000000000345312405272062017621 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: tiff.mli,v 1.1 2007/01/18 10:29:57 rousse Exp $ *) val check_header : string -> Images.header;; (** Checks the file header *) val load : string -> Images.load_option list -> Images.t;; (** Loads a tiff image. *) val save : string -> Images.save_option list -> Images.t -> unit;; (** Save a full-color image in tiff format file. Raises [Invalid_argument] if the image is not a full-color image. *) (** Scanline based I/O functions *) type colormodel = RGB | CMYK | WHITEBLACK | BLACKWHITE;; type in_handle;; val open_in : string -> int * int * float * colormodel * in_handle;; val read_scanline : in_handle -> bytes -> int -> unit;; val close_in : in_handle -> unit;; type out_handle;; val open_out : string -> int -> int -> float -> out_handle;; val write_scanline : out_handle -> bytes -> int -> unit;; val close_out : out_handle -> unit;; camlspotter-camlimages-e471b3c4470d/src/tiff_na.c0000644000000000000000000000250412405272062017734 0ustar 00000000000000/***********************************************************************/ /* */ /* Objective Caml */ /* */ /* Fran輟is Pessaux, projet Cristal, INRIA Rocquencourt */ /* Pierre Weis, projet Cristal, INRIA Rocquencourt */ /* Jun Furuse, projet Cristal, INRIA Rocquencourt */ /* */ /* Copyright 1999,2000 */ /* Institut National de Recherche en Informatique et en Automatique. */ /* Distributed only by permission. */ /* */ /***********************************************************************/ #include #include #include #include value open_tiff_file_for_read(){ failwith("unsupported"); } value read_tiff_scanline(){ failwith("unsupported"); } value close_tiff_file(){ failwith("unsupported"); } value open_tiff_file_for_write(){ failwith("unsupported"); } value write_tiff_scanline(){ failwith("unsupported"); } camlspotter-camlimages-e471b3c4470d/src/tiffread.c0000644000000000000000000001002712405272062020111 0ustar 00000000000000/***********************************************************************/ /* */ /* Objective Caml */ /* */ /* Franois Pessaux, projet Cristal, INRIA Rocquencourt */ /* Pierre Weis, projet Cristal, INRIA Rocquencourt */ /* Jun Furuse, projet Cristal, INRIA Rocquencourt */ /* */ /* Copyright 1999,2000 */ /* Institut National de Recherche en Informatique et en Automatique. */ /* Distributed only by permission. */ /* */ /***********************************************************************/ #ifdef HAVE_CONFIG_H #include "config.h" #endif #include #include #include #include #include #include "oversized.h" // This is to resolve the conflict of these int types in caml/config.h and tiff.h // Replace all the occurrences of (u?int[0-9]+) by $1_tiff, tiff.h's int types have // now different names from caml's. #undef int16 #undef uint16 #undef int32 #undef uint32 #undef int64 #undef uint64 #define int16 int16_tiff #define uint16 uint16_tiff #define int32 int32_tiff #define uint32 uint32_tiff #define int64 int64_tiff #define uint64 uint64_tiff #include extern value *imglib_error; value open_tiff_file_for_read( name ) value name; { CAMLparam1(name); CAMLlocal1(res); CAMLlocalN(r,5); char *filename; TIFF* tif; filename = String_val( name ); tif = TIFFOpen(filename, "r"); if (tif) { uint32 imagelength; uint32 imagewidth; uint16 imagesample; uint16 imagebits; tdata_t buf; int i; uint16 runit; float xres, yres; uint16 photometric; TIFFGetField(tif, TIFFTAG_IMAGELENGTH, &imagelength); TIFFGetField(tif, TIFFTAG_IMAGEWIDTH, &imagewidth); TIFFGetField(tif, TIFFTAG_BITSPERSAMPLE, &imagebits); TIFFGetField(tif, TIFFTAG_SAMPLESPERPIXEL, &imagesample); TIFFGetField(tif, TIFFTAG_RESOLUTIONUNIT, &runit); TIFFGetField(tif, TIFFTAG_XRESOLUTION, &xres); TIFFGetField(tif, TIFFTAG_YRESOLUTION, &yres); TIFFGetField(tif, TIFFTAG_PHOTOMETRIC, &photometric); if (oversized (imagewidth, imagelength)) { failwith_oversized("tiff"); } if( imagesample == 3 && photometric == PHOTOMETRIC_RGB ){ if( imagebits != 8 ){ failwith("Sorry, tiff rgb file must be 24bit-color"); } r[3] = Val_int(0); /* RGB */ } else if( imagesample == 4 && photometric == PHOTOMETRIC_SEPARATED ){ if( imagebits != 8 ){ failwith("Sorry, tiff cmyk file must be 32bit-color"); } r[3] = Val_int(1); /* CMYK */ } else if( imagesample == 1 && imagebits == 1 ) { /* BW */ r[3] = Val_int (photometric == PHOTOMETRIC_MINISWHITE ? 2 : 3); } else { fprintf(stderr, "photometric=%d, imagesample=%d, imagebits=%d\n", photometric, imagesample, imagebits); failwith("Sorry, unsupported tiff format"); } buf = _TIFFmalloc(TIFFScanlineSize(tif)); r[0] = Val_int(imagewidth); r[1] = Val_int(imagelength); if ( runit == RESUNIT_INCH && xres == yres ){ r[2] = copy_double( xres ); } else { r[2] = copy_double ( -1.0 ); } /* r[3] is defined above */ r[4] = (value)tif; res = alloc_small(5,0); for(i=0; i<5; i++) Store_field(res, i, r[i]); CAMLreturn(res); } else { failwith("failed to open tiff file"); } } value read_tiff_scanline( tiffh, buf, row ) value tiffh; value buf; value row; { CAMLparam3(tiffh,buf,row); TIFFReadScanline((TIFF*)tiffh, String_val(buf), Int_val(row), 0); CAMLreturn(Val_unit); } value close_tiff_file( tiffh ) value tiffh; { CAMLparam1(tiffh); TIFFClose((TIFF*)tiffh); CAMLreturn(Val_unit); } camlspotter-camlimages-e471b3c4470d/src/tiffwrite.c0000644000000000000000000000613012405272062020330 0ustar 00000000000000/***********************************************************************/ /* */ /* Objective Caml */ /* */ /* Franois Pessaux, projet Cristal, INRIA Rocquencourt */ /* Pierre Weis, projet Cristal, INRIA Rocquencourt */ /* Jun Furuse, projet Cristal, INRIA Rocquencourt */ /* */ /* Copyright 1999,2000 */ /* Institut National de Recherche en Informatique et en Automatique. */ /* Distributed only by permission. */ /* */ /***********************************************************************/ #ifdef HAVE_CONFIG_H #include "config.h" #endif #include #include #include #include // This is to resolve the conflict of these int types in caml/config.h and tiff.h // Replace all the occurrences of (u?int[0-9]+) by $1_tiff, tiff.h's int types have // now different names from caml's. #undef int16 #undef uint16 #undef int32 #undef uint32 #undef int64 #undef uint64 #define int16 int16_tiff #define uint16 uint16_tiff #define int32 int32_tiff #define uint32 uint32_tiff #define int64 int64_tiff #define uint64 uint64_tiff #include extern value *imglib_error; value open_tiff_file_for_write( value file, value width, value height, value resolution ) { CAMLparam4(file,width,height,resolution); int image_width; int image_height; double res; TIFF* tif; image_width = Int_val( width ); image_height = Int_val( height ); res = Double_val( resolution ); tif = TIFFOpen(String_val( file ), "w"); if( tif ){ /* needs */ /* Resolution */ /* FillOrder */ TIFFSetField(tif, TIFFTAG_IMAGEWIDTH, (uint32) image_width); TIFFSetField(tif, TIFFTAG_IMAGELENGTH, (uint32) image_height); TIFFSetField(tif, TIFFTAG_ORIENTATION, ORIENTATION_TOPLEFT); TIFFSetField(tif, TIFFTAG_SAMPLESPERPIXEL, 3); TIFFSetField(tif, TIFFTAG_BITSPERSAMPLE, 8); TIFFSetField(tif, TIFFTAG_PLANARCONFIG, PLANARCONFIG_CONTIG); TIFFSetField(tif, TIFFTAG_COMPRESSION, COMPRESSION_LZW); /* LZW */ TIFFSetField(tif, TIFFTAG_PREDICTOR, 2); /* ??? */ TIFFSetField(tif, TIFFTAG_PHOTOMETRIC, PHOTOMETRIC_RGB); TIFFSetField(tif, TIFFTAG_ROWSPERSTRIP, image_height); /* ??? */ TIFFSetField(tif, TIFFTAG_RESOLUTIONUNIT, RESUNIT_INCH); TIFFSetField(tif, TIFFTAG_XRESOLUTION, res); TIFFSetField(tif, TIFFTAG_YRESOLUTION, res); CAMLreturn( (value) tif); } else { failwith("failed to open tiff file to write"); } } value write_tiff_scanline( tiffh, buf, row ) value tiffh; value buf; value row; { CAMLparam3(tiffh,buf,row); TIFFWriteScanline((TIFF*)tiffh, String_val(buf), Int_val(row), 0); CAMLreturn(Val_unit); } camlspotter-camlimages-e471b3c4470d/src/tmpfile.ml0000644000000000000000000000322412405272062020154 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999 - 2003 *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* temporary directory *) let tmp_dir = ref (try Sys.getenv "CAMLIMAGESTMPDIR" with Not_found -> "/tmp");; let cnter = ref 0;; let rec new_tmp_name prefx = incr cnter; let name = Filename.concat !tmp_dir (Printf.sprintf "camlimages-%s-%d" prefx !cnter) in if not (Sys.file_exists name) then name else begin prerr_endline ("Warning: tmp file " ^ name ^ " already exists"); new_tmp_name prefx end;; let remove_tmp_file tmpfile = try Sys.remove tmpfile with _ -> ();; let new_tmp_file_name prefx = if not (Sys.file_exists !tmp_dir) then failwith ("Temporary directory " ^ !tmp_dir ^ " does not exist") else let f = new_tmp_name prefx in at_exit (fun () -> remove_tmp_file f); f;; camlspotter-camlimages-e471b3c4470d/src/tmpfile.mli0000644000000000000000000000257112405272062020331 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999 - 2003 *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) val tmp_dir : string ref (* swap file directory: the default is /tmp, but note that it is often the case that /tmp is not large enough for some huge images!! *) val new_tmp_file_name : string -> string (* [new_swap_file_name prefix] returns a new swap file name with prefix [prefix]. *) val remove_tmp_file : string -> unit (* [remove_tmp_file fname] removes [fname] if it can; nothing happens if [fname] cannot be removed. *) camlspotter-camlimages-e471b3c4470d/src/units.ml0000644000000000000000000000306212405272062017656 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: units.ml,v 1.1 2006/11/28 15:43:28 rousse Exp $ *) let inch_cm = 2.54;; let inch_pt = 72.0;; let units = [ "mm", 0.1 /. inch_cm *. inch_pt; "cm", 1.0 /. inch_cm *. inch_pt; "pt", 1.0; "in", inch_pt; ];; let parse_length s = (* return in pt *) let v = let l = String.length s in let digit,unit = if l > 2 then String.sub s 0 2, String.sub s (l-2) 2 else "", "" in try (List.assoc (String.lowercase unit) units) *. float_of_string digit with | Not_found -> (* think it is in "pt" *) float_of_string s in prerr_endline (Printf.sprintf "%s -> %fpt" s v); v;; camlspotter-camlimages-e471b3c4470d/src/unsupported.pl0000755000000000000000000000225612405272062021116 0ustar 00000000000000#!/usr/bin/perl print "/***********************************************************************/ /* */ /* Objective Caml */ /* */ /* Fran輟is Pessaux, projet Cristal, INRIA Rocquencourt */ /* Pierre Weis, projet Cristal, INRIA Rocquencourt */ /* Jun Furuse, projet Cristal, INRIA Rocquencourt */ /* */ /* Copyright 1999,2000 */ /* Institut National de Recherche en Informatique et en Automatique. */ /* Distributed only by permission. */ /* */ /***********************************************************************/ #include #include #include #include "; while(<>){ if ( /value +([^\(]+)\(/ ) { print "value $1(){ failwith(\"unsupported\"); }\n"; } } camlspotter-camlimages-e471b3c4470d/src/util.ml0000644000000000000000000000234012405272062017467 0ustar 00000000000000(***********************************************************************) (* *) (* CamlImages *) (* *) (* Fran輟is Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2014, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) external ( & ) : ('a -> 'b) -> 'a -> 'b = "%apply" let (<<) = Bytes.set let (<@!) = Array.unsafe_get camlspotter-camlimages-e471b3c4470d/src/util.mli0000644000000000000000000000312312405272062017640 0ustar 00000000000000(***********************************************************************) (* *) (* CamlImages *) (* *) (* Fran輟is Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2014, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (** Bytes and Strings In 4.02.0, [s.[i] <- c] becomes deprecated and this is very frustrating for CamlImages. We introduce [(<<)] and replace them by [s << i & c]. *) external ( & ) : ('a -> 'b) -> 'a -> 'b = "%apply" val (<<) : bytes -> int -> char -> unit (** equivalent with [Bytes.set] *) val (< int -> char -> unit (** equivalent with [Bytes.unsafe_set] *) val range_check : bytes -> int -> int -> unit (** [range_check bs from to_] raises [Invalid_argument "index out of bounds"] when [from] and [to_] are invalid range for [bs]. *) val (>@!) : 'a array -> int -> 'a (** equivalent with [Array.unsafe.get] *) camlspotter-camlimages-e471b3c4470d/src/ximage.ml0000644000000000000000000001530512405272062017771 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: ximage.ml,v 1.1.2.1 2010/05/13 13:14:47 furuse Exp $*) open Images;; type elt = int;; (* must be int32, but lablgtk uses int *) type t = { width: int; height: int; data : Gdk.image; };; let destroy t = Gdk.Image.destroy t.data;; module Truecolor = struct (* Truecolor quick color query *) open Gdk.Truecolor let color_creator visual = let f = color_creator visual in fun rgb -> f ~red:(rgb.r * 257) ~green:(rgb.g * 257) ~blue:(rgb.b * 257) let color_parser visual = let f = color_parser visual in fun pixel -> let r, g, b = f pixel in { r = r lsr 8; g = g lsr 8; b = b lsr 8 } end;; let capsulate width height data = { width = width; height = height; data = data; };; let create ~kind ~visual ~width ~height = let ximage = Gdk.Image.create ~kind ~visual ~width ~height in capsulate width height ximage;; let unsafe_get t x y = Gdk.Image.get_pixel t.data ~x ~y;; let unsafe_set t x y c = Gdk.Image.put_pixel t.data ~x ~y ~pixel:c;; let get t x y = Region.check t.width t.height x y; unsafe_get t x y;; let set t x y c = Region.check t.width t.height x y; unsafe_set t x y c;; let get_image drawable ~x ~y ~width ~height = let ximage = Gdk.Image.get drawable ~x ~y ~width ~height in capsulate width height ximage;; (* external init_color_conversion : Gdk.visual -> unit = "init_color_conversion" external color_conversion : string -> int -> int = "color_conversion" *) let of_image visual progress img = let quick_color_create = Truecolor.color_creator visual in let prog v (* 0.0 .. 1.0 *) = match progress with | Some f -> f v | None -> () in let put_rgb ximg x y rgb = Gdk.Image.put_pixel ximg.data ~x ~y ~pixel:(quick_color_create rgb) in match img with | Rgb24 t -> let width = t.Rgb24.width in let height = t.Rgb24.height in let ximg = create ~kind: `FASTEST ~visual ~width ~height in let f_height = float height in for y = 0 to height - 1 do for x = 0 to width - 1 do put_rgb ximg x y (Rgb24.unsafe_get t x y) done; prog (float (y + 1) /. f_height) done; ximg | Rgba32 t -> (* ignore alpha *) let width = t.Rgba32.width in let height = t.Rgba32.height in let ximg = create ~kind: `FASTEST ~visual ~width ~height in let f_height = float height in for y = 0 to height - 1 do for x = 0 to width - 1 do put_rgb ximg x y (Rgba32.unsafe_get t x y).color done; prog (float (y + 1) /. f_height) done; ximg | Index8 t -> let width = t.Index8.width in let height = t.Index8.height in let cmap = t.Index8.colormap.map in let ximg = create ~kind: `FASTEST ~visual ~width ~height in let f_height = float height in let xcmap = Array.map quick_color_create cmap in for y = 0 to height - 1 do for x = 0 to width - 1 do Gdk.Image.put_pixel ximg.data ~x ~y ~pixel:xcmap.(Index8.unsafe_get t x y) done; prog (float (y + 1) /. f_height) done; ximg | Index16 t -> let width = t.Index16.width in let height = t.Index16.height in let cmap = t.Index16.colormap.map in let ximg = create ~kind: `FASTEST ~visual ~width ~height in let f_height = float height in let xcmap = Array.map quick_color_create cmap in for y = 0 to height - 1 do for x = 0 to width - 1 do Gdk.Image.put_pixel ximg.data ~x ~y ~pixel:xcmap.(Index16.unsafe_get t x y) done; prog (float (y + 1) /. f_height) done; ximg | _ -> failwith "not supported";; open GDraw;; let get_mono_gc win = let colormap = Gdk.Color.get_system_colormap () in let bmp = Gdk.Bitmap.create ~window:win ~width:1 ~height: 1 () in let gc = Gdk.GC.create bmp in (* GC.set_foreground gc (Color.color_parse "black"); *) Gdk.GC.set_foreground gc (Gdk.Color.alloc ~colormap: colormap `WHITE); gc;; let plain_mask win w h = let colormap = Gdk.Color.get_system_colormap () in let mono_gc = get_mono_gc win in let bmp = Gdk.Bitmap.create ~window:win ~width:w ~height:h () in Gdk.GC.set_foreground mono_gc (Gdk.Color.alloc ~colormap: colormap `WHITE); Gdk.Draw.rectangle bmp mono_gc ~x:0 ~y:0 ~width:w ~height:h ~filled: true (); bmp;; let mask_of_image win img = (* It is really inefficient *) let mono_gc = get_mono_gc win in let width, height = Images.size img in let draw_mask t transp image_get = prerr_endline "making mask"; let bmp = Gdk.Bitmap.create ~window:win ~width ~height () in let ximg = get_image bmp ~x:0 ~y:0 ~width ~height in for x = 0 to width - 1 do for y = 0 to height - 1 do if image_get t x y = transp then Gdk.Image.put_pixel ximg.data ~x ~y ~pixel: 0 else Gdk.Image.put_pixel ximg.data ~x ~y ~pixel: 1 done; done; Gdk.Draw.image bmp mono_gc ximg.data ~xsrc:0 ~ysrc:0 ~xdest:0 ~ydest:0 ~width ~height; Some bmp in (* BUG ? of gtk or lablgtk? Using None for mask does not work *) let width, height = Images.size img in begin match img with | Index8 t -> if t.Index8.transparent >= 0 then draw_mask t t.Index8.transparent Index8.unsafe_get else Some (plain_mask win width height) | Index16 t -> if t.Index16.transparent >= 0 then draw_mask t t.Index16.transparent Index16.unsafe_get else Some (plain_mask win width height) | _ -> Some (plain_mask win width height) end;; let pixmap_of win ximage = let visual = Gdk.Window.get_visual win in let pix = Gdk.Pixmap.create ~window: win ~depth: (Gdk.Visual.depth visual) ~width: ximage.width ~height: ximage.height () in let pixmap = new drawable pix in pixmap#put_image ~x:0 ~y:0 ~width: ximage.width ~height: ximage.height ~xsrc:0 ~ysrc:0 ximage.data; pix;; let pixmap_of_image win progress img = let visual = Gdk.Window.get_visual win in let ximage = of_image visual progress img in let msk = mask_of_image win img in let pixmap = new GDraw.pixmap ?mask: msk (pixmap_of win ximage) in pixmap;; camlspotter-camlimages-e471b3c4470d/src/ximage.mli0000644000000000000000000000402212405272062020134 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: Exp *) type elt = int;; (* must be int32, but lablgtk uses int *) (** ximage data structure with size information *) type t = { width: int; height: int; data : Gdk.image; };; val destroy : t -> unit;; (** You need manual destroy *) val create : kind:Gdk.Image.image_type -> visual:Gdk.visual -> width: int -> height: int -> t;; (** Same as Gdk.Image.create, but with size info *) val unsafe_get : t -> int -> int -> elt;; val unsafe_set : t -> int -> int -> elt -> unit;; val get : t -> int -> int -> elt;; val set : t -> int -> int -> elt -> unit;; val get_image : [>`drawable] Gobject.obj -> x:int -> y:int -> width:int -> height:int -> t (* Same as Gdk.Image.get, but with size info *) val of_image : Gdk.visual -> (float -> unit) option -> Images.t -> t;; val get_mono_gc : Gdk.window -> Gdk.gc;; val plain_mask : Gdk.window -> int -> int -> Gdk.bitmap;; val pixmap_of : Gdk.window -> t -> Gdk.pixmap;; val mask_of_image : Gdk.window -> Images.t -> Gdk.bitmap option;; val pixmap_of_image : Gdk.window -> (float -> unit) option -> Images.t -> GDraw.pixmap;; module Truecolor : sig val color_creator : Gdk.visual -> Images.rgb -> int val color_parser : Gdk.visual -> int -> Images.rgb end;; camlspotter-camlimages-e471b3c4470d/src/ximage2.ml0000644000000000000000000000165712405272062020060 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: ximage2.ml,v 1.5.2.1 2010/05/13 13:14:47 furuse Exp $*) (* This module is for backward compatibility *) include Ximage camlspotter-camlimages-e471b3c4470d/src/xpm.ml0000644000000000000000000000461212405272062017322 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: xpm.ml,v 1.2 2008/06/16 22:35:42 furuse Exp $ *) open Images open Color open Util external read : string -> int * int * string array * int array = "read_xpm_file";; let load file _opts = let w, h, cmap, imap = read file in let cmap, transparent = colormap_parse cmap in (* if the colors <= 256 then we create index8, otherwise create index16 *) if Array.length cmap <= 256 then begin let buf = Bytes.create (w * h) in for i = 0 to w * h - 1 do buf << i & char_of_int imap.(i) done; Index8 (Index8.create_with w h [] { map = cmap; max = 256 - 1; } transparent buf) end else begin let buf = Bytes.create (w * h * 2) in for i = 0 to w * h - 1 do let (&) = (@@) in buf << i * 2 & char_of_int (imap.(i) / 256); buf << i * 2 + 1 & char_of_int (imap.(i) mod 256) done; Index16 (Index16.create_with w h [] { map = cmap; max = 256 * 256 - 1; } transparent buf) end;; let check_header filename = let len = 9 in let ic = open_in_bin filename in try let str = Bytes.create len in really_input ic str 0 len; close_in ic; if str = "/* XPM */" then { header_width = -1; header_height = -1; header_infos = []; } else raise Wrong_file_type with | _ -> raise Wrong_file_type;; add_methods Xpm { check_header = check_header; load = Some load; save = None; load_sequence = None; save_sequence = None; };; camlspotter-camlimages-e471b3c4470d/src/xpm.mli0000644000000000000000000000237112405272062017473 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: xpm.mli,v 1.1 2007/01/18 10:29:57 rousse Exp $ *) val check_header : string -> Images.header;; (** Checks the file header *) val load : string -> Images.load_option list -> Images.t;; (** Loads an xpm image. *) (* NO SAVE val save : string -> Images.save_option list -> Images.t -> unit *) camlspotter-camlimages-e471b3c4470d/src/xpm_na.c0000644000000000000000000000213212405272062017605 0ustar 00000000000000/***********************************************************************/ /* */ /* Objective Caml */ /* */ /* Fran輟is Pessaux, projet Cristal, INRIA Rocquencourt */ /* Pierre Weis, projet Cristal, INRIA Rocquencourt */ /* Jun Furuse, projet Cristal, INRIA Rocquencourt */ /* */ /* Copyright 1999,2000 */ /* Institut National de Recherche en Informatique et en Automatique. */ /* Distributed only by permission. */ /* */ /***********************************************************************/ #include #include #include #include value read_xpm_file(){ failwith("unsupported"); } camlspotter-camlimages-e471b3c4470d/src/xpmread.c0000644000000000000000000000542412405272062017772 0ustar 00000000000000/***********************************************************************/ /* */ /* Objective Caml */ /* */ /* Franois Pessaux, projet Cristal, INRIA Rocquencourt */ /* Pierre Weis, projet Cristal, INRIA Rocquencourt */ /* Jun Furuse, projet Cristal, INRIA Rocquencourt */ /* */ /* Copyright 1999,2000 */ /* Institut National de Recherche en Informatique et en Automatique. */ /* Distributed only by permission. */ /* */ /***********************************************************************/ #ifdef HAVE_CONFIG_H #include "config.h" #endif #include #include #include #include #include #include value read_xpm_file( name ) value name; { CAMLparam1(name); CAMLlocal3(cmap,imap,result); char *filename; XpmImage image; int i; filename = String_val( name ); if( !XpmReadFileToXpmImage( filename, &image, NULL ) ){ /* fprintf(stderr, "width = %d\n", image.width); fprintf(stderr, "height = %d\n", image.height); fprintf(stderr, "colors = %d\n", image.ncolors); */ cmap = alloc_tuple( image.ncolors ); for(i=0; istring); fprintf(stderr, " symbolic= %s", color->symbolic); fprintf(stderr, " m_color= %s", color->m_color); fprintf(stderr, " g4_color= %s", color->g4_color); fprintf(stderr, " g_color= %s", color->g_color); */ /* fprintf(stderr, "%d c_color= %s\n", i, color->c_color); */ if( color->c_color == NULL ) { fprintf(stderr, "color id %d has no c_color\n", i); Store_field(cmap, i, copy_string("null")); } else { Store_field(cmap, i, copy_string(color->c_color)); } } { /* image map alloc */ int size = image.width * image.height; imap = alloc_tuple( size ); for(i=0; i prerr_endline "wrong header id"; raise Wrong_image_type;; let read_header ic = read_id ic; let info = ref None in try while true do let str = input_line ic in if str = "#END_OF_COMMENTS" then raise Exit; try let pref = "#IMGINFO:" in let pref_len = String.length pref in if String.sub str 0 pref_len = pref then begin info := Some (String.sub str pref_len (String.length str - pref_len)) end; with | _ -> () done; raise Exit with | Exit -> let info = match !info with Some info -> info | None -> raise Wrong_image_type in try let str = input_line ic in let tokens = List.map int_of_string (Mstring.split_str (function ' ' -> true | _ -> false) str) in match tokens with [w;h;cols] when cols <= 255 -> info, w, h | _ -> prerr_endline ("GEOM get failed: " ^ str); raise Wrong_image_type with | _ -> raise Wrong_image_type;; let cmap_332 () = { max = 256; map = Array.init 256 (fun x -> { r = (255*((x land (7 lsl 5)) lsr 5))/ 7; g = (255*((x land (7 lsl 2)) lsr 2))/ 7; b = (255*((x land (3 lsl 0)) lsr 0))/ 3 }) };; let load_body ic w h = let length = w * h in let str = Bytes.create length in try really_input ic str 0 length; Index8.create_with w h [] (cmap_332 ()) (-1) str with | _ -> prerr_endline "short"; raise Wrong_image_type;; let load name = let ic = open_in_bin name in let info, w, h = read_header ic in let img = load_body ic w h in close_in ic; info, img;; (********************************************************************** save *) open Index8;; let write_id oc = output_string oc "P7 332\n";; let write_header oc info width height = write_id oc; output_string oc "#XVVERSION:Version 3.10a (created the camlimages library)\n"; output_string oc "#IMGINFO:"; output_string oc info; output_char oc '\n'; output_string oc "#END_OF_COMMENTS\n"; output_string oc (string_of_int width); output_char oc ' '; output_string oc (string_of_int height); output_string oc " 255\n";; let convert_332 rgb = (* no dithering !!! *) (rgb.r / 32) lsl 5 + (rgb.g / 32) lsl 2 + rgb.b / 64;; let save_body oc img = for y = 0 to img.height - 1 do for x = 0 to img.width - 1 do output_byte oc (convert_332 (unsafe_get_rgb img x y)) done done;; let save name info img = let oc = open_out name in write_header oc info img.width img.height; save_body oc img; close_out oc;; let create img = let w, h = Images.size img in let nw, nh = let scale_w = 80.0 /. float w and scale_h = 60.0 /. float h in if scale_w > 1.0 && scale_h > 1.0 then w, h else begin if scale_w < scale_h then begin 80, truncate (float h *. scale_w) end else begin truncate (float w *. scale_h), 60 end end in let resized24 = match img with | Rgb24 t -> Rgb24.resize None t nw nh | Index8 t -> let rgb24 = Index8.to_rgb24 t in let resized = Rgb24.resize None rgb24 nw nh in Rgb24.destroy rgb24; resized | Index16 t -> let rgb24 = Index16.to_rgb24 t in let resized = Rgb24.resize None rgb24 nw nh in Rgb24.destroy rgb24; resized | Rgba32 _ | Cmyk32 _ -> failwith "RGBA and CMYK not supported" in let thumb = Index8.create_with nw nh [] (cmap_332 ()) (-1) (Bytes.create (nw * nh)) in for y = 0 to nh - 1 do for x = 0 to nw - 1 do Index8.unsafe_set thumb x y (convert_332 (Rgb24.unsafe_get resized24 x y)) done done; Rgb24.destroy resized24; thumb;; camlspotter-camlimages-e471b3c4470d/src/xvthumb.mli0000644000000000000000000000246112405272062020364 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: xvthumb.mli,v 1.1 2007/01/18 10:29:58 rousse Exp $ *) (** XV thumbnail loader. XV thumbnails are thumbnail files created by an application "xv" and they are stored in .xvpics directory. This module provides loading of these thumbnail files. *) val load : string -> string * Index8.t (** Returns image info and its thumbnail *) val save : string -> string -> Index8.t -> unit (** Save xv thumbnail. The [Index8.t] value must be 80x80 at most. *) val create : Images.t -> Index8.t;; camlspotter-camlimages-e471b3c4470d/test/.cvsignore0000644000000000000000000000006612405272062020353 0ustar 00000000000000test test.byt test.opt out.image Makefile Makefile.in camlspotter-camlimages-e471b3c4470d/test/OMakefile0000644000000000000000000000303012405272062020124 0ustar 00000000000000#*********************************************************************# # # # Caml Images # # # # Fran輟is Pessaux, projet Cristal, INRIA Rocquencourt # # Pierre Weis, projet Cristal, INRIA Rocquencourt # # Jun Furuse, projet Cristal, INRIA Rocquencourt # # # # Copyright 1999-2004, # # Institut National de Recherche en Informatique et en Automatique. # # Distributed only by permission. # # # #*********************************************************************# #(* $Id: OMakefile,v 1.1.2.2 2010/05/13 13:37:15 furuse Exp $ *) OCAMLPACKS[]= graphics SUB_PACKAGES[]= all_formats graphics freetype BuildExample(test, test, $(SUB_PACKAGES)) # BuildExample is badly written, so we need reseting OCAML_LIBS OCAML_LIBS= BuildExample(test2, test2, $(SUB_PACKAGES)) # BuildExample is badly written, so we need reseting OCAML_LIBS OCAML_LIBS= BuildExample(jpgmark, jpgmark, $(SUB_PACKAGES)) # BuildExample is badly written, so we need reseting OCAML_LIBS OCAML_LIBS= BuildExample(jpgexif, jpgexif, $(SUB_PACKAGES)) clean: rm -f $(filter-proper-targets $(ls R, .)) rm -f out.image camlspotter-camlimages-e471b3c4470d/test/images/.cvsignore0000644000000000000000000000001012405272062021605 0ustar 00000000000000.xvpics camlspotter-camlimages-e471b3c4470d/test/images/apbm.pbm0000644000000000000000000027060512405272062021247 0ustar 00000000000000P1 # CREATOR: XV Version 3.10a+FLmask+jp5.3.3+PNG patch 1.2d+misc Rev: 12/29/94 # CREATOR: XV Version 3.10a+FLmask+jp5.3.3+PNG patch 1.2d+misc Rev: 12/29/94 266 175 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 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162 230 202 164 232 200 168 228 202 164 228 201 162 228 201 162 228 202 164 229 202 166 233 203 168 233 203 166 230 202 162 229 201 160 232 203 164 230 202 162 231 203 168 235 204 168 235 204 168 235 204 166 231 203 166 235 204 170 233 203 168 233 203 166 235 204 170 235 204 168 233 203 166 235 204 168 232 203 164 233 203 166 230 202 164 233 203 168 233 203 166 235 204 168 235 204 168 233 203 166 231 201 160 233 203 168 232 202 166 235 204 168 233 203 168 235 204 168 231 203 166 228 202 164 228 202 164 228 202 164 228 201 162 230 202 164 228 202 164 232 203 164 234 203 164 232 203 164 230 202 164 233 203 168 230 202 164 231 203 166 233 203 166 234 203 164 232 203 164 232 203 164 230 202 162 230 202 162 232 203 164 230 202 164 230 202 164 236 204 164 232 203 164 234 203 164 232 203 164 232 203 164 232 203 164 231 203 166 228 202 164 228 202 164 228 202 164 232 202 164 233 203 168 228 201 162 230 202 164 231 203 166 230 202 164 230 202 164 230 202 164 230 202 164 230 202 162 230 202 164 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209 172 235 208 168 235 210 167 235 212 169 235 206 169 237 207 167 236 204 164 235 204 168 228 202 164 230 202 164 228 202 164 230 200 156 229 201 160 228 202 164 231 201 160 228 202 164 230 202 162 234 203 164 230 202 164 232 203 164 232 202 162 236 204 164 232 203 164 236 204 164 234 203 164 236 204 164 235 204 166 236 204 164 234 203 164 230 202 164 230 202 164 228 201 162 229 201 160 229 201 160 230 202 162 228 202 164 232 202 162 234 203 164 230 202 164 228 202 164 232 203 164 232 203 164 230 202 164 228 202 164 232 202 162 234 203 164 234 203 162 229 200 158 228 202 164 228 202 164 230 202 164 230 202 164 232 202 162 228 202 164 228 202 164 232 202 162 235 204 168 230 202 162 228 202 164 235 204 166 232 203 164 234 203 164 232 203 164 230 202 162 230 202 162 228 202 164 228 201 162 228 201 162 229 201 160 228 201 162 228 202 164 228 201 162 228 201 162 228 202 164 228 201 162 228 201 162 228 202 164 229 201 160 228 201 162 228 201 162 228 201 162 230 202 162 228 202 164 229 202 166 229 202 166 228 201 162 233 203 168 235 204 168 233 203 166 230 202 162 230 202 164 230 202 164 234 203 164 232 203 164 234 203 164 232 203 164 234 203 164 233 203 168 234 203 164 228 202 164 230 202 164 230 202 164 232 202 162 228 201 162 230 202 164 228 201 162 228 202 164 229 202 166 230 202 164 229 202 166 231 203 168 229 202 166 231 203 168 229 202 166 235 204 170 233 203 166 235 204 170 235 204 166 236 204 164 229 202 166 231 203 166 234 203 164 235 204 168 231 203 168 235 204 170 235 204 168 233 203 166 232 203 164 232 203 164 233 203 168 235 204 170 235 204 170 235 204 170 233 203 170 235 204 168 235 204 166 235 204 170 235 204 172 233 203 166 233 203 168 231 203 168 228 201 162 230 202 164 234 203 164 230 202 162 232 203 164 232 203 164 232 203 164 235 204 170 235 204 170 233 203 170 235 204 166 235 204 168 236 204 164 236 204 164 234 203 164 234 203 164 236 204 164 235 204 168 233 203 166 232 203 164 231 203 166 235 204 166 236 204 164 236 204 164 233 203 166 230 202 164 234 203 164 231 203 166 230 202 164 228 202 164 230 202 164 232 203 164 231 203 166 232 203 164 234 203 164 233 203 166 234 203 164 228 202 164 230 202 164 228 202 164 232 202 164 233 203 166 235 204 166 235 204 166 235 204 168 234 203 164 234 203 164 234 203 166 232 203 164 228 202 164 232 203 164 232 203 164 234 203 164 234 203 164 233 203 168 230 202 164 229 202 166 228 201 162 228 201 162 235 204 168 234 203 164 235 204 168 228 202 164 230 202 162 232 203 164 233 203 166 235 206 165 234 203 164 235 204 166 235 204 166 232 203 164 235 206 167 235 208 166 235 204 166 235 206 165 233 203 168 235 204 168 235 204 166 235 204 168 232 203 164 234 203 164 236 204 164 236 204 164 230 202 164 232 203 164 230 202 162 229 201 160 234 203 164 233 203 168 236 204 164 234 203 164 235 204 168 235 204 168 235 204 168 235 204 168 235 204 166 235 204 166 235 204 168 231 203 166 236 204 164 234 203 166 235 204 168 235 206 167 235 204 168 235 204 166 235 204 168 235 204 166 236 204 164 235 204 166 235 204 166 232 203 164 231 203 166 235 204 166 233 203 168 235 204 166 234 203 164 234 203 164 232 202 164 236 204 164 235 204 166 236 204 164 235 206 167 235 210 169 235 208 170 235 208 168 237 208 173 235 210 169 235 210 169 237 205 168 235 204 170 235 204 170 236 204 164 235 204 166 232 203 164 228 202 164 232 203 164 234 203 164 230 202 164 228 201 162 228 202 164 232 203 164 232 202 162 236 204 164 236 204 164 234 203 162 232 202 162 233 202 160 230 200 156 231 201 160 229 201 160 232 203 164 232 202 162 236 204 164 236 204 164 234 203 164 236 204 164 234 203 164 231 201 160 234 203 164 235 204 166 236 204 164 236 204 164 232 202 164 234 203 164 236 204 164 236 204 164 234 203 164 234 203 164 235 204 166 230 202 164 234 203 162 228 202 164 233 202 160 234 203 164 230 200 156 230 202 164 228 202 164 235 204 166 234 203 164 228 202 164 230 202 164 230 202 164 232 203 164 232 203 164 234 203 164 234 203 164 232 202 162 233 203 166 230 202 164 234 203 164 229 201 160 228 202 164 232 203 164 228 201 162 230 200 156 228 201 162 230 200 156 229 200 158 233 202 160 229 201 160 230 202 162 232 203 164 232 203 164 228 202 164 232 202 162 234 203 164 233 203 166 231 201 158 230 202 162 234 203 164 236 204 164 232 203 164 235 204 166 232 202 162 228 202 164 236 204 164 234 203 164 235 204 168 235 204 166 234 203 164 234 203 164 234 203 164 236 204 164 235 204 166 236 204 164 234 203 164 232 203 164 230 202 164 236 204 164 230 202 164 230 202 164 230 202 164 234 203 164 232 203 164 228 202 164 228 201 162 236 204 164 234 203 164 235 204 166 236 204 164 235 204 166 232 203 164 234 203 162 232 203 164 236 204 164 236 204 164 236 204 164 236 204 164 236 204 164 235 204 166 236 204 164 234 203 164 233 203 166 236 204 164 235 204 168 235 204 166 232 203 164 236 204 164 236 204 164 234 203 164 236 204 164 232 203 164 235 204 168 235 204 166 232 203 164 230 202 164 230 202 164 229 202 166 232 203 164 230 202 162 230 202 164 230 202 162 231 203 166 235 204 172 235 204 166 236 204 164 235 206 165 235 204 166 236 204 164 236 204 164 232 203 164 236 204 164 233 203 166 236 204 164 235 204 168 236 204 164 234 203 164 234 203 164 236 204 164 236 204 164 230 202 162 228 201 162 231 201 160 233 203 166 236 204 164 230 202 164 233 203 166 234 203 164 234 203 164 235 204 168 235 204 168 234 203 164 234 203 164 236 204 164 233 203 166 233 203 166 234 203 164 234 203 164 233 203 166 230 202 164 235 204 166 235 204 168 235 206 165 236 204 164 233 203 166 232 203 164 232 203 164 234 203 164 230 202 164 234 203 164 231 203 168 234 203 164 232 203 164 232 203 164 234 203 164 232 203 164 231 201 160 233 203 166 232 202 162 233 203 166 234 203 164 236 204 164 233 203 166 235 206 167 235 204 170 234 203 164 233 203 166 238 203 167 235 208 166 235 204 168 233 203 166 235 204 166 235 208 166 233 203 170 235 204 166 235 204 166 235 204 166 235 204 170 235 204 168 233 203 166 230 202 162 229 202 166 230 202 164 232 203 164 234 203 164 234 203 164 235 204 166 235 204 170 235 204 166 235 206 165 235 204 170 235 204 166 233 203 166 235 204 166 235 204 166 235 204 166 236 204 164 235 204 166 235 204 166 236 204 164 236 204 164 235 204 168 236 204 164 236 204 164 236 204 164 235 204 168 235 206 167 235 204 166 233 203 166 235 204 168 235 204 168 236 204 164 235 204 166 240 205 167 236 204 164 235 204 166 235 204 166 235 206 167 235 206 167 236 204 164 235 206 171 235 204 168 235 204 168 235 208 170 235 206 169 235 208 170 235 204 168 235 208 168 235 206 169 228 202 164 228 202 164 234 203 164 234 203 164 232 202 162 233 203 166 232 202 162 234 203 164 233 203 166 233 203 166 234 203 164 234 203 164 231 201 160 232 203 164 232 202 162 233 202 160 232 202 162 236 204 164 234 203 164 236 204 164 232 203 164 234 203 164 236 204 164 235 204 166 234 203 164 235 204 166 234 203 164 236 204 164 236 204 164 235 204 168 233 203 166 234 203 164 234 203 164 234 203 164 236 204 164 235 204 166 231 203 166 232 202 162 232 202 162 231 201 160 234 203 162 234 203 164 232 202 162 234 203 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166 237 203 169 235 204 166 235 204 166 235 204 166 235 204 168 235 204 166 235 204 166 235 204 168 235 204 168 238 203 167 235 204 172 235 204 166 235 204 168 236 204 164 235 204 168 235 204 166 235 206 169 235 210 169 235 204 170 235 206 167 camlspotter-camlimages-e471b3c4470d/test/images/bmp.bmp0000644000000000000000000012324212405272062021100 0ustar 00000000000000BM6(lm m (,P04@@DPHLXPT`hhx 0H@Xphx0(0@8@H@H``` 8( XLH@$(P0 H(@ 0 X8 `@ pL(xp``0hXHt@PPH0`84(xpPX@@D0hlP̰HT8PXHİ$hth(4(XdX@L@x8TH@\P0L@8dXxXtp8D@0D@@TPH\X@\X8LHHTP ((x0LPHdhh(DH8TX(48088hXtp@TXhtxpxx((hXdh0DHxhXhXxHdxxxPpx8HPHX`hxx@LPHTX@HH@`x(8@hXhp8L`,@h8@HP\`PXX`hh0Hp0@`XtHXphx x0<@`hp@LX`lpx(4P8xhxP`(,0 (XxXd@Hp@L`px(0h8@XPXp8Dht 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Jpeg.Marker.format mrk; match mrk with | Jpeg.Marker.App (1, cont) when (try String.sub cont 0 6 = "Exif\000\000" with _ -> false) -> let exif = Exif.Data.from_string cont in Exif.Data.dump exif; Format.eprintf "%a@." Exif.Data.format exif; Exif.Data.dump exif; | _ -> () ) (Jpeg.read_markers path) let images = let images = ref [] in Arg.parse [] (fun x -> images := x :: !images) "test images"; List.rev !images let main () = try List.iter dump images with | Exit -> exit 0 | End_of_file -> exit 0 | Sys.Break -> exit 2;; main ();; camlspotter-camlimages-e471b3c4470d/test/jpgmark.ml0000644000000000000000000000233312405272062020337 0ustar 00000000000000(***********************************************************************) (* *) (* CamlImages *) (* *) (* Jun Furuse *) (* *) (* Copyright 1999-2013, *) (* *) (***********************************************************************) (* $Id: test.ml,v 1.32.2.1 2010/05/13 13:14:47 furuse Exp $ *) let dump path = Format.eprintf "File: %s@." path; let markers = Jpeg.read_markers path in prerr_endline "markers loaded"; List.iter (fun t -> Format.eprintf " %a@." Jpeg.Marker.format t) markers let images = let images = ref [] in Arg.parse [] (fun x -> images := x :: !images) "test images"; List.rev !images let main () = try for _i = 0 to 10000 do List.iter dump images done with | Exit -> exit 0 | End_of_file -> exit 0 | Sys.Break -> exit 2;; main ();; camlspotter-camlimages-e471b3c4470d/test/micap.ttf0000644000000000000000000025366412405272062020201 0ustar 000000000000000OS/2Y@kVNcmapzbWe,@Hcvt 156fpgm3Oglyfkhdmx&^F headSW86hheaWp$hmtx- %(kernU0locayr!,maxpDW namepost}::*:prep4iC XVpH1i;S+b$  y i C  X V p H1 Version2.3-Font Designed by (c)1996-1997.SmileStudio/Tohru Fukushima. Original font name "Micahels'type".Version2.3 Fon Designed by (c)1996 1997.SmileSudio/tohru Fukushima. 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(supported Camlimages.lib_bmp); printf "ppm\t: %s@." (supported Camlimages.lib_ppm); printf "gif\t: %s@." (supported Camlimages.lib_gif); printf "jpeg\t: %s@." (supported Camlimages.lib_jpeg); printf "tiff\t: %s@." (supported Camlimages.lib_tiff); printf "png\t: %s@." (supported Camlimages.lib_png); printf "xpm\t: %s@." (supported Camlimages.lib_xpm); printf "xv thumbnails\t: %s@." (supported Camlimages.lib_xvthumb); printf "postscript\t: %s@." (supported Camlimages.lib_ps); printf "freetype\t: %s@." (supported Camlimages.lib_freetype); printf "*******************************************************@.";; let show_image img x y = let img = match img with | Rgba32 img -> Rgb24 (Rgb24.of_rgba32 img) | _ -> img in let gr_img = Graphics.make_image (Graphic_image.array_of_image img) in Graphics.draw_image gr_img x y;; module FtDraw = Fttext.Make(Rgb24);; let draw_string = if Camlimages.lib_freetype then begin (* Freetype library initialization *) let library = Freetype.init () in let src_dir = (try Sys.getenv "srcdir" with Not_found -> ".") in let src_file = Filename.concat src_dir "micap.ttf" in let face, _face_info = Freetype.new_face library src_file 0 in Freetype.set_char_size face 18.0 18.0 72 72; fun str x y -> let str = Fttext.unicode_of_latin str in let x1,y1,x2,y2 = Fttext.size face str in let w = truncate (x2 -. x1) + 2 and h = truncate (y2 -. y1) + 2 in let tmpbitmap = Rgb24.create w h in for x = 0 to w - 1 do for y = 0 to h - 1 do Rgb24.unsafe_set tmpbitmap x y { r = 255; g = 255; b = 255 } done done; FtDraw.draw_text face Fttext.func_darken_only tmpbitmap (- (truncate x1)) (truncate y2) str; show_image (Rgb24 tmpbitmap) x (y - h) end else fun _ _ _ -> ();; let go_on () = prerr_endline "Press return to proceed, s: save a screenshot, q: quit"; let s = input_char stdin in (* save screen shot *) if s = 's' then begin prerr_endline "Saving screenshot"; let gr_img = Graphic_image.get_image 0 0 (Graphics.size_x ()) (Graphics.size_y ()) in Images.save "screen.bmp" (Some Bmp) [] (Rgb24 gr_img); prerr_endline "done" end; s <> 'q';; let images_default = [ "apbm.pbm"; "apgm.pgm"; "appm.ppm"; "pbm.pbm"; "pgm.pgm"; "ppm.ppm"; "jpg.jpg"; "png.png"; "png-alpha.png"; "bmp.bmp"; "tif.tif"; "xpm.xpm"; "eps.eps"; "gif.gif"; "mmm.anim.gif"; ];; let images = let images = ref [] in Arg.parse [] (fun x -> images := x :: !images) "test images"; if !images <> [] then List.rev !images else let src_dir = (try Sys.getenv "srcdir" with Not_found -> ".") in let images_src_dir = Filename.concat src_dir "images" in List.map (fun x -> Filename.concat images_src_dir x) images_default;; open Gif;; let treat_image name = prerr_endline name; try prerr_endline "Analysing header..."; let format, header = Images.file_format name in prerr_endline (Printf.sprintf "%s: %s format, %dx%d" name (extension format) header.header_width header.header_height); match format with | Gif -> prerr_endline ("Loading " ^ name ^ "..."); let sequence = Gif.load name [] in prerr_endline "Loaded"; let w = sequence.screen_width and h = sequence.screen_height in let w' = Graphics.size_x () - w and h' = Graphics.size_y () - h in let x = if w' > 0 then Random.int w' else 0 and y = if h' > 0 then Random.int h' else 0 in draw_string name x y; List.iter (fun frame -> let put_x = x + frame.frame_left and put_y = y + frame.frame_top in show_image (Index8 frame.frame_bitmap) put_x put_y; (* if not (go_on ()) then raise Exit *) ) sequence.frames; begin try Gif.save "out.image" [] sequence; prerr_endline "Saved"; with | _ -> prerr_endline "Save failed" end; if not (go_on ()) then raise Exit | _ -> prerr_endline ("Loading " ^ name ^ "..."); let img = Images.load name [] in prerr_endline "Loaded"; let w, h = Images.size img in let w' = Graphics.size_x () - w and h' = Graphics.size_y () - h in let x = if w' > 0 then Random.int w' else 0 and y = if h' > 0 then Random.int h' else 0 in show_image img x y; draw_string name x y; begin try Images.save "out.image" (Some format) [] img; prerr_endline "Saved"; with | _ -> prerr_endline "Save failed" end; if not (go_on ()) then raise Exit with | Wrong_file_type -> prerr_endline "file format detection failed" | Failure s -> prerr_endline s;; let main () = capabilities (); Graphics.open_graph ""; try List.iter treat_image images with | Exit -> exit 0 | End_of_file -> exit 0 | Sys.Break -> exit 2;; main ();; camlspotter-camlimages-e471b3c4470d/test/test2.ml0000644000000000000000000000620512405272062017747 0ustar 00000000000000(***********************************************************************) (* *) (* CamlImages *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999-2004, *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) (* $Id: test.ml,v 1.32.2.1 2010/05/13 13:14:47 furuse Exp $ *) open Images;; open Format;; let capabilities () = let supported b = if b then "supported" else "not supported" in printf "*******************************************************@."; printf "Camlimages library capabilities currently available@."; printf "bmp\t: %s@." (supported Camlimages.lib_bmp); printf "ppm\t: %s@." (supported Camlimages.lib_ppm); printf "gif\t: %s@." (supported Camlimages.lib_gif); printf "jpeg\t: %s@." (supported Camlimages.lib_jpeg); printf "tiff\t: %s@." (supported Camlimages.lib_tiff); printf "png\t: %s@." (supported Camlimages.lib_png); printf "xpm\t: %s@." (supported Camlimages.lib_xpm); printf "xv thumbnails\t: %s@." (supported Camlimages.lib_xvthumb); printf "postscript\t: %s@." (supported Camlimages.lib_ps); printf "freetype\t: %s@." (supported Camlimages.lib_freetype); printf "*******************************************************@.";; let show_image img x y = let img = match img with | Rgba32 img -> Rgb24 (Rgb24.of_rgba32 img) | _ -> img in let gr_img = Graphics.make_image (Graphic_image.array_of_image img) in Graphics.draw_image gr_img x y;; module FtDraw = Fttext.Make(Rgb24);; let images = [ "apbm.pbm"; "apgm.pgm"; "appm.ppm"; "pbm.pbm"; "pgm.pgm"; "ppm.ppm"; "jpg.jpg"; "png.png"; "png-alpha.png"; "bmp.bmp"; "tif.tif"; "xpm.xpm"; "eps.eps"; "gif.gif"; "mmm.anim.gif"; ];; let treat_image name0 = let name = "images/" ^ name0 in prerr_endline (name ^ "..."); try let format, header = Images.file_format name in prerr_endline (Printf.sprintf "%s: %s format, %dx%d" name (extension format) header.header_width header.header_height); match format with | Gif -> let sequence = Gif.load name [] in Gif.save ("out-" ^ name0) [] sequence | _ -> let img = Images.load name [] in Images.save ("out-" ^ name0) (Some format) [] img; with | Wrong_file_type -> prerr_endline "file format detection failed" | Failure s -> prerr_endline s;; let main () = capabilities (); try List.iter treat_image images with | Exit -> exit 0 | End_of_file -> exit 0 | Sys.Break -> exit 2;; main ();; camlspotter-camlimages-e471b3c4470d/tools/COPY0000644000000000000000000000170212405272062017227 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Franois Pessaux, projet Cristal, INRIA Rocquencourt *) (* Pierre Weis, projet Cristal, INRIA Rocquencourt *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999,2000 *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) camlspotter-camlimages-e471b3c4470d/tools/COPY-JPF0000644000000000000000000000145612405272062017652 0ustar 00000000000000(***********************************************************************) (* *) (* Objective Caml *) (* *) (* Jun Furuse, projet Cristal, INRIA Rocquencourt *) (* *) (* Copyright 1999,2000 *) (* Institut National de Recherche en Informatique et en Automatique. *) (* Distributed only by permission. *) (* *) (***********************************************************************) camlspotter-camlimages-e471b3c4470d/tools/putcopy0000644000000000000000000000277712405272062020175 0ustar 00000000000000#!/usr/local/bin/perl # exec in camlimages directory open(IN, "find . -name '*.ml' -o -name '*.mli' -o -name '*.ml.in' -o -name '*.mli.in' -o -name '*.c' | grep -v xvpics | grep -v CVS |"); while(){ chop; $file= $_; open(IN2, "$file"); $_ = ; if ( /\(\*\*\*\*\*\*\*\*\*\*\*\*\*\*\*\*\*[\*]+\)/ || /\/\*\*\*\*\*\*\*\*\*\*\*\*\*\*\*\*\*[\*]+\// ){ # long comment, should be copyright notice print STDERR "Find a copyright in $file"; open(OUT, "> $file.out"); if( $file =~ /freetype|examples|xvthumb|ps|bitmap\.ml|\/o[A-Z]/ ){ print STDERR " (JPF only)\n"; open(COPY, "tools/COPY-JPF"); } else { print STDERR "\n"; open(COPY, "tools/COPY"); } if( $file =~ /\.c$/ ){ while(){ s/[\(\)]/\//g; print OUT $_; } } else { while(){ print OUT $_; } } close COPY; while(){ if ( /\(\*\*\*\*\*\*\*\*\*\*\*\*\*\*\*\*\*[\*]+\)/ || /\/\*\*\*\*\*\*\*\*\*\*\*\*\*\*\*\*\*[\*]+\// ){ last; } } while(){ print OUT $_; } close IN2; close OUT; `mv $file $file.bak`; `mv $file.out $file`; } else { # we have no copyright notice $org = $_; print STDERR "Newly put a copyright in $file\n"; open(OUT, "> $file.out"); open(COPY, "tools/COPY"); if( $file =~ /\.c$/ ){ while(){ s/[\(\)]/\//g; print OUT $_; } } else { while(){ print OUT $_; } } close COPY; print OUT $org; while(){ print OUT $_; } close IN2; close OUT; `mv $file $file.bak`; `mv $file.out $file`; } } camlspotter-camlimages-e471b3c4470d/tools/recopy0000755000000000000000000000036012405272062017760 0ustar 00000000000000for i in `find . -type f -name '*.ml*' | grep -v bak | grep -v CVS` do echo $i sed -e 's/.*Copyright 1999.*/(* Copyright 1999,2000,2001,2002,2001,2002 *)/' < $i > tmp.tmp mv $i $i.bak mv tmp.tmp $i done